1976_Digital_Integrated_Circuit_DATA_Book_22ed 1976 Digital Integrated Circuit DATA Book 22ed
User Manual: 1976_Digital_Integrated_Circuit_DATA_Book_22ed
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SPRING 1976
22nd EDITION
THIS D.A.T .A.BOOK VALID UNTIL AUGUST 1976
D ..11. T. jJ.
iI
REFERENCE
STANDARDS FOR
INDUSTRY
DIGITAL INTEGRATED CIRCUIT
D.A.T .A.BO 0 K"
.
22nd EDITION
SPRING 1976
EXECUTIVE AND EDITORIAL OFFICES
32 Lincoln Ave., Orange, N.J. 07050
Tel: (201)673-8030 TWX: 710-994-5839
HOW-TO-USE INFORMATION
PUBLISHER
Herman Schlesinger, General Manager
MANAGING TECHNICAL EDITOR 8. STAFF
Hugh Marriott, Val DeGeiso,
Chuck Chakravarty, Nance McLemore
MANAGING PRODUCTION EDITOR 8. STAFF
Jerry O'Aliegro, Valdora Adams,
Jeanne Del Giudice, Sybble Holcomb
How To Make Maximum Use Of This D.A.T.A.BOOK ....
ii
Use Of Powers-Of-Ten Multipliers and Symbols & Codes
In The Technical Sections ...........................................
iii
How Type Numbers Are Sequenced In The Type Number
Cross-Index ................................................................. iii
How Type Numbers Are Sequenced In The Technical
Sections - Sequencing Parameters .............................
iv
STAFF COORDINATOR
Jeanne Mehmed
EDITORIAL SECRETARY
Belle Monk
TYPE No. CROSS-INDEX
3. All Types .................................................................. ..
2-47
GRAPHICS MANAGER 8. STAFF
Clint Leinweber, Ellen Zorn
PRINTING PRODUCTION 8. STAFF
Paul Ehrlich, Daniel O'Connor,
Gregory Uzzolino
D. P. MANAGER 8. STAFF
Jerry Cohen, Marie Fitzgerald,
Gwen Mitchell. Irene Rowlett
MARKETING DIR./SALES 8. STAFF
Harvey Sanderson, Pat McGill
ADVERTISING SALES MANAGER
Geraldine Purdy
Direct Line - (2011 673-2466
TECHNICAL SECTIONS
4. Binary or Flip-Flops ................................................... .
5. Clocks or Multivibrators ............................................. .
6. Counters ......................................................................
7. Decoders .................................................................... ..
8. Gates .......................................... _.............................. .
Note:
Shift Registers (formerly Sec. 9) now in
MSI-LSI MEMORY D.A.T.A.BOOK
10. Time Delays ................................................................
11. Miscellaneous ..............................................................
48-70
71 - 72
73-87
88- 97
98 -162
163 - 167
168 - 255
CUSTOMER SERVICES
Beatrice Ehrlich
ORDER FULFILLMENT MGR. 8. STAFF
Irene Boykewich, Gloria Patterson (Asst.),
Joanne Bianco. Kathleen Coughlan. Sherry Knarr
COPYRIGHT @ 1976
by Derivation And Tabulation Associates, Inc~r
all rights reserved. ReprOduction In whole or In •
SUPPLEMENTARY SECTIONS
11A.
11B.
12.
13.
14.
15.
DigitallCs With U.S. Mil. Specs ............................... .
Commercial-to-Military Type No. Cross-Index ........... .
Logic Drawings ...........................................................
Outline Drawings .......................................................
Manufacturers' Local Offices .................................... ..
Manufacturer Codes, Names & Addresses .................. .
SYMBOLS & CODES EXPLAINED .......................... .
part. without written parmlsslon, Is prohibited.
256 - 262
263
264 -740
741 - 817
818 - 826
827 - 828
See Cards
At back of
D.A.T.A.BOOK
DIGITAL D.A.T.A.BOOK is published semi-annually In February and August
by DERIVATION AND TABULATION ASSOCIATES, INC.. a Cordura
Company.
SUBSCRIPTION RATES: Current rates on Order Card.
CHANGE OF ADDRESS: When sending in change of address, please Include
old address; preferably the label from the latest edition.
ADVERTISING INQUIRIES: Please address all inquiries to Advertising Sales
Manager. ·For prompt action, call special advertising Hot Line (201)673-2466.
maximum use of this D.A.T.A.BOOK, select the particular known-unknown
situation below that defines your problem, and follow the instructions as indicated.
1
KNOWN:
Electrical and Mechanical Requirements
UNKNOWN: Suitable Type Numbers
a. Tum to the Table of Contents (first page) and select the technical data section corresponding to the
subject device type.
b. Turn to any page in the selected section. Note the sequencing parameters (those characteristics for
which the data is sequenced) indicated at the top corner of the page.
c. Using the sequencing parameters, locate the type numbers that are in general agreement with your
requirements. (Because of the sequencing arrangement, these types will appear together, in groups
and sub-groups.) From among these, select the one or ones most suitable.
d. To identify the manufacturer of the selected type number(sl. follow the instructions in Block 2 below.
2
Type Number
KNOWN:
UNKNOWN: Manufacturer(sl. Address, Local Offices
a. Turn to Type No. Cross-Index (Section 3) and locate the subject type number. (Refer to 'HOW TYPE
NUMBERS ARE SEQUENCED IN THE TYPE NUMBER CROSS-INDEX'.)
b. Note the 3- or 4-letter manufacturer's code(s), e.g., Til, GESY indicated for each of the subject types.
c. Use the listing of 'MANUFACTURERS & THEI R CODES' in back of the book to identify the codes.
(Note: Local offices for manufacturers shown in bold print on this listing are identified in a special
section in back of the book.)
3.
KNOWN:
UNKNOWN:
Type Number
Its Electrical Characteristics, And/Or Logic and Outline Drawings
a. Turn to Type No. Cross-Index and locate the subject type number.
b. Note the page and line number, e.g., 70-104, alongside the type number.
c. Locate the type number as noted, in the technical sections.
(Note: Along with the electrical and performance characteristics listed for each type number are
references to the logic and outline drawings, located in Section 12 and Section 13,
respectively.)
4
Type Number
KNOWN:
UN KNOWN: Equivalent Types for Replacement
a. Follow the instructions in Block 3 above.
b. Survey the type numbers surrounding the subject number to determine the suitable alternatives.
5
KNOWN:
UNKNOWN:
Military Requirements
Suitable Type Number(s)
a. Follow the instructions in Block 1, to determine the general type numbers that meet the military
requirements. From among these, select the military types by means of the identifying prefix (M38510).
b. To identify the manufacturers, follow the instructions in Block 6.
6
KNOWN:
Military Type Number
Qualified Manufacturers And/Or Applicable Military Specification
UN KNOWN:
a. Turn to Section 11A (TYPES WITH U. S. MILITARY SPECIFICATIONS), and locate the subject
type number. (Type numbers are arranged in alpha-numeric order.)
b. Note the manufacturer's code(s) and detail specification listed next to the type number. (The detail
specification added to the general specification indicated in the column heading for the detail specification, makes up the complete military specification for the subject device.)
c. Use the listing of MANUFACTURERS & THEI R CODES in back of the book to identify the manufacturer code(s).
7
KNOWN:
Type Number Not I ncluded I n Book
UNKNOWN: What Happened To It?
a_ Consult D.A.T_A.BOOK OF DISCONTINUED INTEGRATED CIRCUITS_
••
II
To present a maximum amount of information in a minimum amount of space, use is made in this book of
the following data modifiers:
POWERS-OF-TEN MULTIPLIERS
The powers-of-ten multipliers shown below are used in numeric columns when the value being entered is many
times greater or smaller than the units of measure indicated in the column heading. Usually, the latter are the
so-called 'basic' units; such as V (volts), A (amperes) and s (seconds). The multipliers and an explanation of
their use are given below:
EXPLANATION
MUL TIPLIERS
PREFIXES & SYMBOLS
Indicating Powers of Ten
Power
10 12
109
106
10 3
10 2
Prefix Symbol
tera
T
giga
G
mega
M
k
kilo
h
hecto
Power
10
10- 1
10- 2
10- 3
10-6
Recommended by I nternational Committee
on Weights and Measures
Adopted by National Bureau of Standards
Prefix Symbol Power
10-9
deka
da
10- 12
deci
d
10- 15
centi
c
10- 18
milli
m
micro
!1
Prefix Symbol
nano
n
pico
P
f
femto
atto
a
Value of Data
To Be Entered
3 milliamperes
9 megaohms
0.5 volt
10 amperes
Basic Unit In
Column Heading
Actual
Entry
A (amperes)
(ohms)
V (volts)
A (amperes)
3.0m
9.0M
500m *
10
n
* May also be written as 0.5, with no
multiplier
SYMBOLS & CODES
Symbols - Symbols such as #, 1\, and $ are used in all columns, numeric or otherwise, whenever the data
entries differ in some way from the entity defined in the column heading. For instance, if a given heading
specifies Max. Power (in Watts) and the numeric value being entered for a given type represents the minimum
power instead, the variance is denoted by the appearance of a special symbol alongside the numeric entry.
NOTE: The symbols and codes used herein are explained on the cards in back of the book.
Codes - Codes are used in some columns as means to abbreviate the data being.entered. The codes may be
alphabetic (A,B,C, etc.) numeric (1,2,3, etc.) or some combination of both.
HOW TYPE NUMBERS ARE SEQUENCED IN THE TYPE NUMBER CROSS-INDEX
Sequencing of type numbers in the Type Number Cross-Index is governed by the following rules:
Rules:
EXAMPLES
1) Type numbers are listed in numeric·alphabetic sequence; i.e., type numbers beginning
with a number (decimal, fraction, or whole) precede type numbers beginning with a
letter.
13AOl
143
1202
A147
AN127
B2000
2) Decimals and fractions precede whole numbers. An equivalent decimal precedes the
fraction when the remainder of type number is identical.
25Z150
1/4Z150
3/4M12Z
1T3
3) Zeros are ignored in sequencing except when the zero is the only basis for distinguishing one type number from another. I n this case the type number containing the zero
is listed first.
4) Number and/or letter groupings preceding hyphens or slashes are the controlling
factors inc sequencing. The hyphens and slashes themselves precede any identically
positioned letters also having the same beginning number/letter groupings.
•••
III
0112
112
0113
00115
APOl
APl
c~c
AP02
66-0706
66Ml
70/10
70A9
NOTE: LOGIC TYPE IS NOW A MAJOR SEQUENCE PARAMETER TO FACILITATE LOGIC SYSTEM DESIGN
The arrangement of types in the technical sections is keyed to a set of special characteristics selected for their importance from
among the general group of characteristics tabulated in each section. These selected characteristics, or sequencing parameters,
differ from one section to another, and are identified at the top corner of each page, as shown in the sample below.
MAJOR CHARACTERISTICS
l§j
LINE
No.
TYPE
No.
~'PE
OF
GATE
"
~:A~
o ER· PRO·
ATING rSS
F~EQ.
Hz)
•
SEQUENCING PARAMETERS
LOGIC -'J
LEVEL .ITYPE
1J'L;L
~~)
;~}
8.FANGATES
POWER
IN rUT
SUPPLY
SPAN
NJy1'IP~~'
~ IN ORDER OF (l)TYPE OF GATE(2)LOGIC TYP~.
MAX.
PROPA· RISE IFALL
GATION TIME TIME
DE~~Y
~~)
fs)
• (3 LEVEL'l'(4 LEVEL'O'(5)MAX FREQ(S)TYPE No.
MAX. MAX.
TEMP. CKT
DRAWINGS
TOTAL NOISE
PER LOGIC 'I~UTLINE
PKG. REJECT
Mor DWG. No DWG. No
HI
6=MO
DI~~'
(V)
'C 'C
L~1
The different types within a section are first arranged in ascending numeric (or alphabetic) order of the first such parameter.
Groups of types having a common value for the first parameter are then arranged in ascending order of the second parameter.
This process continues for each parameter in turn, up to and including the last parameter which, in every instance, is the type
number itself. The final arrangement, by type number, is done in accordance with the sequencing of type numbers in the
cross·index, as explained on the preceding page.
A simplified model of the arrangement as described is shown below.
4
Type Number
A13
A4
A9
Ala
A3
Al
A8
A7
All
A2
A5
A6
Last
Seq.
Par.
3
100
100
100
100
100
100
100
110
120
120
120
1st
Seq.
Par.
A
A
B
C
C
D
A
A
B
B
2nd
Seq.
Par.
325
1000
20
200
40
80
900
35
60
300
150
200
(Not
Seq.)
0
20
25
25
15
10
15
30
25
15
20
3rd
Seq.
Par.
Note that the absence of an entry for any sequencing parameter is regarded as a zero, and precedes any actual entries in the
sequencing.
iv
YPE No.
l~~~~~
lN5770
lN5771
I N5772
lN5773
1 N5774
1 N5775
lN5981
lN5982
lN5983
lN5984
2N5146
2N6501
3N151
6N126
6N127
6N128
6N129
6N130
6N131
6N132
6N133
33
54ROO
54R02
54Rll
54R40
54R64
54R74
54Rl12
54Rl13
54R 114
54R140
54R181
54R192
54R193
74ROO
74R02
74R40
74R74
74Rl12
74Rl13
74Rl14
74R181
74R192
74R193
93l010C
93l010M
93l01FC
93l01FM
93L01PC
93l080C
93L080M
93l08FC
93L08FM
93l08PC
93l090C
93l090M
93l09FC
93L09FM
93l09PC
93l100C
93l100M
93l10FM
93l10PC
93l110C
93l110M
93l11FC
93l11FM
93LllPC
93l120C
93L 120M
93l12FC
93l12FM
93L12PC
93l140C
93L140M
93l14FM
93l14PC
93L160C
93L 160M
93L 16FM
93l16PC
93L180C
93L 180M
2
MFRS P!l&Line
~i::
m:~~
£\Til
231 - 67
,',TII
231· 26
23 ,. 68
,',TII
23 ,. 27
,',TII
,',TII
1231.69
23 ,. 28
,',TII
,',ITT
232· 17
,',ITT
232- 10
,',ITT
231·70
,',ITT
231 - 50
,',tMOTA 233 - 63
RTN
,',MOTA 233 - 64
,',tGIC
233 - 32
INl
,',TII
1'34.
42
,',TII
134- 43
,',TII
152· 90
,',TII
152- 91
,',TII
152- 92
,',TII
152- 93
,',TII
152- 94
,',TII
53- 50
tSSE
203- 65
147 - 85
RTN
122- 77
RTN
RTN
102- 26
147· 86
RTN
RTN
110- 60
RTN
70- 23
RTN
60· 22
RTN
60- 23
RTN
60- 24
RTN 219- 48
RTN 245 - 90
RTN
76- 48
RTN
82- 14
RTN
147 - 89
RTN
122- 78
RTN
147·90
RTN
70- 24
RTN
60- 25
RTN
60- 26
60- 27
RTN
RTN 245· 91
RTN
76 - 49
RTN
82 - 15
AMV
88-106
FSC
AMV
88·107
FSC
FSC
96· 81
AMV
88 ·108
FSC
89- 1
AMV
AMV 1250.35
FSC
AMV 250- 36
FSC
248 - 94
FSC
AMV 250 - 37
FSC
AMV 249- 4
AMV 236 - 36
FSC
AMV 236 - 39
FSC
FSC
235 - 84
AMV 236- 40
FSC
AMV 1235-101
AMV
74 - 26
FSC
AMV
74· 27
FSC
AMV
74 - 28
FSC
74- 29
AMV
AMV
89 - 2
FSC
AMV
89 - 3
FSC
FSC
96· 82
AMV
89 - 4
FSC
AMV
89- 5
AMV 236 - 37
FSC
AMV 236- 41
FSC
FSC
235 - 85
tAMV 236 - 42
FSC
AMV 235 -102
AMV 248 -103
FSC
AMV 248 -104
FSC
AMV 248 -105
FSC
AMV 248 -106
AMV
79- 91
FSC
AMV
79- 92
FSC
AMV
79 - 93
FSC
AMV
79· 94
AMV 251- 10
FSC
AMV 251- 11
FSC
.
3. TYPE
No CROSS INDEX
MFRS pg&Line TYPE No.
MFRS Pa&Line TYPE No.
mg ~g: ~~ ~~ggr
~~CV 125' -'2 I~g~t
YPE No.
193L18FM
93L18PC
93L210C
93L210M
93L21 FM
93l21PC
93L220C
93l220M
93L22FC
93L22FM
93L22PC
93L240C
93L240M
93L24FM
93L24PC
93l400C
93L400M
93L40FM
93l40PC
93l410C
93l410M
93141 FM
93l41PC
93l600C
93l600M
93l60FM
93l60PC
93l660C
93l660M
93l66FM
93l66PC
93S100C
93S100M
93S10FM
93S10PC
93S160C
93S160M
93S16FM
93S16PC
93S210C
93S210M
93S21FM
93S21PC
93S480C
93S480M
93S48FM
93S48PC
96l020C
96l020M
96l02FM
96l02PC
104BCO-N
104BCO-P
104BIN-N
104BIN-P
105BCO-N
105BCO·P
105BIN-N
105BIN-P
106-1
107BCO
107BIN
109
158
160-10
160-12
161-10
161-12
168-12
170-8
170-10
170-12
171-8
171-10
171-12
175-8
175-10
175-12
190
191
192
195
301Al
301Bl
301CJ
301Cl
301Ml
302Al
302Bl
302CJ
302Cl
302ML
303Al
303Bl
303CJ
303Cl
303Ml
311AJ
311Al
311Bl
311CJ
311Cl
311Ml
312AJ
D.A. T.A.
AMV 251- 13 312CJ
tAMV
89- 6 312CL
312ML
FSC
tAMV
89- 7 313AJ
313AL
FSC
tAMV
89- 8 313BL
313CJ
FSC
tAMV
89- 9 313CL
AMV 236 - 38 313Ml
FSC
321AJ
AMV 236 - 43 321Al
321BL
FSC
FSC
235 - 86 321CJ
AMV 236 - 44 321Cl
FSC
321ML
AMV 235-103 322AJ
AMV 246 - 27 322Al
322Bl
FSC
AMV 246- 28 322CJ
322Cl
FSC
AMV 246 - 29 322Ml
323AJ
FSC
AMV 246- 30 323Al
AMV 244 -109 323BL
AMV 244 ·110 323CJ
AMV 245· 1 323Cl
AMV 245· 2 323Ml
AMV 245· 3 324AJ
AMV 245· 4 324Al
AMV 245 - 5 324Bl
AMV 245· 6 324CJ
AMV
74 - 36 324Cl
AMV
74- 37 324Ml
AMV
74 - 38 325AJ
AMV
74 - 39 325Al
AMV
86- 82 325Bl
AMV
86- 83 325CJ
86- 84 325Cl
AMV
AMV
86- 85 325Ml
+AMV
76- 23 326AJ
tAMV
76- 24 326Al
tAMV I 76- 25 326Bl
tAMV
76- 26 326CJ
tAMV
76- 27 326Cl
tAMV
76· 28 326ML
tAMV
76- 29 331AJ
tAMV
76- 30 331Al
tAMV
97 - 9 331Bl
tAMV
97- 10 331CJ
tAMV
97- 11 331Cl
tAMV
97- 12 331ML
tAMV 247 - 66 332AJ
tAMV 247 - 67 332Al
tAMV 247 - 68 332Bl
tAMV 247 - 69 332CJ
AMV 165· 62 332Cl
AMV 165· 63 332Ml
AMV 165- 64 333Al
AMV 165- 65 333Bl
tFMI
169- 98 333CJ
170- 22 333CL
tFMI
tFMI
169- 99 333ML
+FMI
170- 20 334AJ
tFMI
169-100 334Al
tFMI
170· 26 334Bl
169-101 334CJ
+FMI
tFMI
170- 24 334Cl
tFMI
170- 21 334Ml
tFMI
170- 17 335Al
tFMI
170- 18 335Bl
tFMI
170- 19 335CJ
170- 28 335Cl
tFMI
tFMI
170- 27 335Ml
169-102 341AJ
tFMI
169-103 341Al
tFMI
tFMI
170- 30 341Bl
FMI
170- 29 341CJ
170- 31 341Cl
tFMI
tFMI
170- 32 341Ml
tFMI
170- 33 342AJ
170- 34 342AL
tFMI
tFMI
170- 35 342Bl
170- 36 342CJ
tFMI
FMI
170- 56 342Cl
170- 55 342Ml
FMI
FMI
170- 53 343AJ
252- 1 I 343Al
tFMI
25212 343Bl
tFMI
tFMI
243 - 60 343CJ
tFMI
252- 15 343Cl
130- 24 343ML
HSC
·13025 344AJ
HSC
HSC 1131- 1 344Al
130- 26 344Bl
HSC
HSC
130- 27 344CJ
HSC
130- 28 344Cl
HSC
130- 29 344Ml
HSC
130- 30 347AJ
130- 31 347Al
HSC
HSC
130- 32 347Bl
HSC
130- 33 347CJ
HSC
130· 34 347Cl
HSC
130-110 347Ml
HSC
130- 35 349AJ
HSC
130· 36 349Al
HSC
50- 78 349Bl
HSC
50- 79 349CJ
HSC
50- 80 349Cl
HSC
50- 66 349Ml
50- 81 350AJ
HSC
HSC
50- 82 350Al
50- 67 350BL
HSC
t,-Registered with JEDEC
by this manufacturer
HSC
HSC
HSC
HSC
HSC
HSC
HSC
HSC
HSC
HSC
HSC
HSC
HSC
HSC
HSC
HSC
HSC
HSC
HSC
HSC
HSC
HSC
HSC
HSC
HSC
HSC
HSC
HSC
HSC
HSC
HSC
HSC
HSC
HSC
HSC
HSC
HSC
HSC
HSC
HSC
HSC
HSC
HSC
HSC
HSC
HSC
HSC
HSC
HSC
HSC
HSC
HSC
HSC
HSC
HSC
HSC
HSC
HSC
HSC
HSC
HSC
HSC
HSC
HSC
HSC
HSC
HSC
HSC
HSC
HSC
HSC
HSC
HSC
HSC
HSC
HSC
HSC
HSC
HSC
HSC
HSC
HSC
HSC
HSC
HSC
HSC
HSC
HSC
HSC
HSC
HSC
HSC
HSC
HSC
HSC
HSC
HSC
HSC
HSC
HSC
HSC
HSC
HSC
HSC
HSC
HSC
HSC
HSC
HSC
HSC
HSC
HSC
50- 63
50- 70
50- 7 I
50- 72
50- 73
50- 74
50- 75
50- 76
50- 77
130- 37
130- 38
130- 39
131- 2
130- 40
130- 41
130- 42
130- 43
130- 44
131- 3
130- 45
130- 46
130- 47
130- 48
130- 49
130- 50
130- 51
130- 52
130- 53
130- 54
130- 55
130-108
130- 56
130- 57
130- 58
130· 59
130- 60
131- 4
130- 61
130- 62
130- 63
130- 64
130- 65
130·109
130- 66
130- 67
158- 47
158- 48
158· 49
157· 85
158- 50
158 - 51
150- 74
150- 75
150- 76
150- 77
150- 78
150- 79
150- 80
150· 81
150- 82
150· 83
150- 84
194- 50
194- 51
194- 52
194- 53
194- 54
194- 55
194- 56
194- 57
194- 58
194 - 59
194- 60
104- 64
104- 65
104- 66
155 - 27
104- 67
104- 68
164 - 78
164 - 79
164- 80
164 - 81
164 - 82
164 - 83
247 - 23
247 - 24
247 - 25
247 - 26
247 - 27
247 - 28
104- 69
104- 70
104- 71
104- 72
104· 73
104- 74
164- 84
164- 85
164 - 86
164- 87
164- 88
164- 89
164- 35
164 - 36
164 - 37
164 - 38
164 - 39
164- 40
243 - 89
243 - 90
243- 91
350ML
351AJ
351AL
351BL
351CJ
351CL
351ML
361AJ
361AL
361BL
361CJ
361CL
361ML
362AJ
362Al
362BL
362CJ
362CL
362ML
363Al
363BL
363CJ
363CL
363ML
367AJ
367Al
367Bl
367CJ
367Cl
367Ml
368AJ
368AL
368Bl
368CJ
368Cl
368Ml
371AJ
371Al
371Bl
371CJ
371Cl
371Ml
372AJ
372Al
372Bl
372CJ
372Cl
372Ml
373AJ
373Al
373Bl
373CJ
373Cl
373Ml
374AJ
374Al
374Bl
374CJ
374Cl
374ML
380AJ
380Al
380Bl
380CJ
380CL
380ML
381AJ
381Al
381Bl
381CJ
381CL
381Ml
382AJ
382Al
382Bl
382CJ
382CL
382ML
383AJ
383Al
383Bl
383CJ
383Cl
383Ml
411-8BIN-1
411-8BIN-V
411_10BIN-1
411-10BIN-V
411-12BCO-1
411-12BCO-V
411-12BIN-1
411-12BIN-V
:m:~
416BCO
416BIN
418BCO
501"
501A"
501B
501HT
50n
502
502A"
502C
502T
503
503A
503AT
503B
503T
504
IN TYPE NUMBER SEQUENCE
MFRS Pa&Line
HS(';
HSC
HSC
HSC
HSC
HSC
HSC
HSC
HSC
HSC
HSC
HSC
HSC
HSC
HSC
HSC
HSC
HSC
HSC
HSC
HSC
HSC
HSC
HSC
HSC
HSC
HSC
HSC
HSC
HSC
HSC
HSC
HSC
HSC
HSC
HSC
HSC
HSC
HSC
HSC
HSC
HSC
HSC
HSC
HSC
HSC
HSC
HSC
HSC
HSC
TSC
TSC
TSC
TSC
TSC
TSC
TSC
TSC
TSC
TSC
TSC
TSC
HSC
HSC
HSC
HSC
HSC
HSC
HSC
HSC
HSC
HSC
HSC
HSC
HSC
HSC
HSC
HSC
HSC
HSC
HSC
HSC
HSC
HSC
HSC
HSC
tFMI
tFMI
tFMI
tFMI
tFMI
tFMI
tFMI
tFMI
FMI
tFMI
tFMI
tFMI
tFMI
tOTC
tOTC
tOTC
tOTC
tOTC
tOTC
tOTC
tOTC
tOTC
tOTC
tOTC
tOTC
tOTC
tOTC
tOTC
YPE No.
243- 93 l~g~!T
243- 94 504B
243 - 95 504T
243- 96 506
243·97 507
243- 98 507B
243- 99 507T
243 ·100 508
184- 69 508T
184- 70 510
184 - 71 SlOT
184- 72 511
184- 73 sIn
184 - 74 512
184· 75 512T
184· 76 513T
184- 77 514T
184 - 78 530
184- 79 530A
184- 80 530B
184- 81 530C
184- 82 531
184- 83 531A
184- 84 53n
184- 85 540,',
198- 88 540A
198 - 89 540AT
198· 90 540T
198- 91 541
198- 92 543
198· 93 546
198- 94 546A
198- 95 550
198- 96 550A
198- 97 551
198- 98 553
198- 99 553A
73- 87 556J
73- 88 556l
73- 89 562
73- 92 566
73- 90 566A
73- 91 566BT
86- 69 566HT
86· 70 566T
86- 71 624
73- 93 690A
86- 72 698
86- 73 722BFC
73 - 81 722FC
73- 82 750
73- 83 755
73- 84 770-712-80
73- 85 770-712-120
73- 86 770-731
86- 63 770-750-0-20-0
86- 64
86- 65 770-750-0-20-1
86- 66
86- 67 770-750-0-20-2
86- 68
90- 86 770-750-0-20-3
90- 87
90- 88 770-750-1-20-0
90- 35
90- 89 770-750-1-20-1
90- 90
90- 91 770-750-1-20-2
90- 92
90- 93 770-750-1-20-3
90- 94
90- 95 770-750-2-20-0
90- 96
90- 97 770-750-2-20-1
90- 98
90- 99 770-750-2-20-2
90-100
90-101 770-750-2-20-3
90-102
94- 16 770-750-3-20-0
94- 17
94 - 18 770-750-3-20-1
94- 19
94- 20 770-750-3-20-2
94- 21
177- 89 770-750-3-20-3
177 - 90
177- 91 770-750-4-20-0
177·92
177- 93 770-750-4-20-1
177- 94
177- 95 770-750-4-20-2
177- 96
176- 42 770-750-4-20-3
176- 32
176- 33 770-753-0-20-0
176 - 34
176- 35 770-753-0-20-1
187 - 17
187 - 18 770-753-0-20-2
187 - 19
187 - 21 770-753-0-20-3
187 - 20
128 - 73 770-753-1-20-0
98- 57
112- 55 770-753-1-20-1
132· 94
128- 76 770-753-1-20-2
128- 77
132· 95 770-753-1-20-3
128 - 78
132- 96 770-753-2-20-0
128- 79
1243- 92
.-Copy of mfr's data sheet
may be ordered from D.A.T.A.
MFR::> pg&Line
m~g
tOTC
tOTC
tOTC
tOTC
tOTC
tOTC
tOTC
tOTC
tOTC
tOTC
tOTC
tOTC
tOTC
tOTC
tOTC
tOTC
OTC
OTC
OTC
OTC
OTC
OTC
OTC
OTC
OTC
OTC
OTC
OTC
tOTC
tOTC
tOTC
OTC
OTC
OTC
OTC
OTC
HSC
HSC
tOTC
tOTC
tOTC
tOTC
tOTC
tOTC
OTC
OTC
OTC
FSC
FSC
tHBC
tHBC
tZEL
tZEL
ZEL
tZEL
tZEL
tZEL
tZEL
tZEL
m:~~
128- 81
132- 98
158- 32
128- 82
128- 83
132- 99
128- 84
132-100
66- 21
62-104
66- 96
66- 98
64- 42
65- 6
68- 2
62-105
71- 83
71- 84
71 - 85
71 - 86
72- 6
72- 7
72- 12
164- 14
167 - 34
167· 24
163- 66
198 - 86
163- 3
163- 42
165· 61
196- 59
196- 60
196- 61
90- 33
90- 34
164- 42
164- 43
155 - 35
128- 74
128- 75
132- 91
132· 92
132- 93
198- 2
65- 72
158- 33
176-108
176-109
251 - 72
251- 73
173- 65
173- 66
234-103
169- 39
169- 40
169- 41
169- 42
169- 43
169- 44
tZEL
169 - 45
tZEL
tZEL
tZEL
+ZEL
tZEL
tZEL
tZEL
tZEL
tZEL
tZEL
tZEL
169- 46
169- 47
169- 48
169- 49
169- 50
169 - 51
169- 52
169- 53
169- 54
169- 55
169- 56
tZEL
169 - 57
tZEL
tZEL
tZEL
tZEL
tZEl
tZEl
tZEl
tZEL
tZEl
tZEl
169- 58
169- 59
169- 60
169- 61
169- 62
169- 63
169- 64
169- 65
169- 66
169- 67
tZEl
2
TYPE No.
tZEL
770-753·2·20·2
i 169· 68 11glgg~
1169. 69 1101CPl
1101CP2
169· 70 1101MOI
tZEL
1101M02
169· 7 I 1102COI
1102C02
tZEL
169· 72 1102CPl
tZEL
1102CP2
169· 73 1102MOI
tZEL
1102M02
1169. 74 1103COI
1103C02
tZEL
169.75 1103t;Pl
tZEL
1103CP2
169· 76 1103MOI
tZEL
1103M02
169· 77 1104COI
1104C02
tZEL
169· 78 1104CPl
tZEL
1104CP2
1172. 45 1104MOI
tZEL
1104M02
1172. 46 1105CPl
tZEL
1105CP2
172· 47 1106CPl
tZEL
1106CP2
172· 48 1106CP3
tZEL
1106CP4
172· 49 1107CPl
tZEL
1107CP2
169· 38 1107CP3
tZEL
1107CP4
171· 71 1107MOI
tZEL
1107M02
1171· 72 1107M03
tZEL
1107M04
,171· 73 1108CPl
tZEL
1108CP2
171· 74 1108CP3
tZEL
1108CP4
171· 75 1108MOI
tZEL
1108M02
171· 76 1108M03
tZEL
1108M04
171·77 1109COI
1109CPl
tZEL
171· 78 1109MOI
tZEL
1110COI
171· 79 I I 10CPl
tZEL
1110MOI
171·80 I II lCOl
tZEL
I I I lCPl
171·81 l111MOl
tZEL
I I 12COI
171· 82 I I 12CPl
tZEL
1112MOI
171· 83 I 113COI
tZEL
I I 13CPl
17 1· 84 1113MOI
+ZEL
I I 14COI
171· 85 I 114CPl
tZEL
1114MOI
171·86 I 115COI
tZEL
1115CPl
171· 87 1115MOI
tZEL
I I 16COI
171· 88 I 116epl
tZEL
1116MOI
171·89 1501CPl
tZEL
1501CP2
171·90 1501CP3
tZEL
1501MOI
171·91 1501M02
tZEL
1501M03
171· 92 2110
tZEL
2110A
171·93 3100·4·6J
+ZEL
3101·4·6J
171· 94 3102·4·5F
tZEL
3202
OTC 1196. 6 3700·42·3J
OTC
71· 87 3700·43·3J
OTC ! 71· 88 3701
+BEC ' '201·85 3705·42·6J
OTC '199· 33 3705·43·6J
OTC 1201. 7 3750·4·6H
OTC
199· 34 3751·4·6H
tBEC
3800·4·6H
tBEC
173·103 3800·9·6H
173·104 4002A
tBEC
173·105 4007A
tBEC
tOTC
198· 3 4011A
+BEC
173·106 4012A
tBEC 1173.107 4015
tBEC 1173.108 4016
tBEC ,173·109 4020
+BEC 1173.110 4021
tBEC
174· 1 4022
BEC
179·38 4023
BEC ,179.39 4023A
tBEC 1179· 40 4024
+BEC 1179. 41 4025
tBEC
170· 57 4025A
tBEC
170· 58 4026
tBEC 1170.59 4027
tBEC
170· 60 4027B
tBEC
170· 61 4028
tBEC
170· 62 4029
tBEC 1176.36 4034-25
tBEC
176· 37 4039QZ
tBEC 1176.38 4060
+BEC
176· 39 4061
tZEL
770·753·2·20·3
770·753·3·20·0
770·753·3·20·1
770·753·3·20·2
770·753·3·20·3
770·753·4·20·0
770·753·4·20·1
770· 753·4·20·2
770·753·4·20-3
770·754·1·20·0
770·754·1·20·1
770·754·1·20·2
770·754·1·20·3
770·754·1·20·4
770·754·1·20·5
770·755-0·20·0
770·755-0·20·1
770-755·0·20·2
770·755·0·20-3
770·755-2·20·0
770·755·2-20·1
770·755·2·20·2
770·755·2·20·3
770·755·4·20·0
770·755·4·20·1
770·755·4·20·2
770·755-4·20·3
770·756·0·20·0
770·756·0·20·1
770·756·0·20·2
770·756·0·20-3
770·756·2·20·0
770·756·2·20·1
770·756·2·20·2
770·756·2·20·3
770· 756·4·20·0
770·756·4·20·1
770·756·4·20·2
770·756·4·20·3
782
823
823A
831,',
831iZl
831A
831B
845B5
845Bl0
845U5
845Ul0
84M
848B5
848B501
848Bl0
848Bl00l
848Ul0
848Ul00l
849
872
87201
87202
876B5
876B501
876Bl0
876Bl001
876Ul0
876Ul001
877·69COI
877·69C02
877·69MOI
877·69M02
3
.
3. TYPE
No CROSS INDEX
MFRS Pa&Line TYPE No.
MFRS Pa&Line TYPE No.
:ggg 1~6L\~ I~g~~
m~ Im:~J 1~~gA
MFRSPa&Line TYPE No.
1770-753-2-20-1
I"'·'"
D.A. T.A.
tOOC 253· I I 4072
tOOC 206· I 4109
tOOC 253· 12 4109·10
tOOC 206· 2 4110
tOOC 253· 13 41 I I
tOOC 1206. 3 41 I 1·10
4112,',
tOOC
4113,',
tOOC
tOOC 253· 15 4114,',
tOOC 206· 5 4116iZl
tOOC 253· 16 4116·10
tOOC 206· 6 4117iZl
Il:i: ':
.nnr
tOOC
i
253- 17 4117-10
206· 7
tOOC 253· 18
tOOC 206· 8
tOOC 253· 19
tOOC 206· 9
tOOC 253·20
tOOC 206· 10
tOOC 253·21
tODC 206· I I
tOOC 206· 74
tOOC 206· 75
tOOC 206· 76
tOOC 1206. 77
tOOC 253· 26
tOOC 1253.27
tOOC 206· 78
tOOC 206· 79
tOOC 253· 28
tOOC 253· 29
tOOC 206· 80
tOOC 206· 81
tOOC 253· 30
tOOC 253·31
tOOC 206· 82
tOOC 206· 83
tOOC 253· 32
tOOC 253· 33
tOOC 206·84
tOOC 206· 85
tOOC 253· 34
tOOC 253· 35
tOOC 207·70
tOOC 207·71
tOOC 207· 72
tOOC 207·73
tOOC 207· 74
tOOC 207·75
tOOC 207· 76
tOOC 207· 77
tOOC 207· 78
tOOC 207· 79
tOOC 207· 80
tOOC
tOOC l~gL ~j
tOOC 207· 83
tOOC 207· 84
tOOC 207· 85
tOOC 207· 86
tOOC 207· 87
tOOC 207· 88
tOOC 207·89
tOOC 207·90
tOOC 207·91
tOOC 207· 92
tOOC 207· 93
tOOC 1174. 10
tOOC ,174· I I
tOOC 1174. 12
tOOC '174· 13
tOOC 174· 14
tOOC 174· 15
tlNL
205· 81
tlNL
205·82
tFSC
I I I ·106
tFSC
64· 16
tFSC
203· 85
tlTL
88·38
+FSC
179· 36
tFSC
179·33
tFSC
253· 8
tFSC
179· 37
tFSC
179· 34
179· 42
tFSC
tFSC
172· 64
tFSC
203· 95
tFSC
203· 96
tSIC
116· 20
tSIC 1194. 67
tSIC
125· 41
tSIC
125· 42
HPN
174· 16
HPN
174· 17
HPN
174· 18
HPN
174· 19
HPN
174· 20
HPN
174· 21
+SIC
125· 43
HPN
174· 22
HPN
174· 23
+SIC
"6·21
HPN
174· 24
HPN
174·25
tSIC
48· 30
HPN
174· 26
HPN
174· 27
+BUB 251·74
HPN
174·28
HPN
174· 29
HPN
174· 30
41290Z10
41290Z
4130·10
4130·20
4130·30
4130·40
4131·10
4131·20
4131·30
4131·40
4132·1 I
4132·22
4133·1 I
4133·22
4550
4551
4552
4850
4853
4854
4855
4856
5021
5022
5023
5024
5025
5026
5030
5031
5032
5060
5061
5310
5320
5330
5340
5350
5360
5512
5512A
5512C
5515
5515A
5515B
5517
5517A
5518
5518A
5519
5522
5522A
5523
5523A
5523B
5523C
5524
5524A
5524B
5524C
5528
5535
5536
5540
5540A
5546
5548
5549
5550
5551
5551A
5551B
5551C
5553
5553A
5557
5557A
5557B
5560
5560A
5566
5567
5581
5582
5583
5585
5586
5886
5893
5900
5920·1
5925·1
5950·1
5955·1
6409
6409A
6410
6410A
6412
"".Registered with JEDEC
by this manufacturer
HPN
HPN
HPN
HPN
HPN
HPN
HPN
HPN
HPN
HPN
HPN
HPN
~TPN
HPN
HPN
HPN
HPN
HPN
HPN
HPN
HPN
HPN
HPN
HPN
HPN
HPN
HPN
HPN
HPN
HPN
HPN
HPN
HPN
HPN
HPN
OEI
tOEI
tOEI
tOEI
tOEI
tOEI
tOEI
tOEI
tOEI
tOE I
tOEI
OIS
OIS
OIS
OIS
OIS
OIS
tOTC
tOTC
tOTC
tOTC
tOTC
tOTC
tOTC
tOTC
tOTC
tOTC
tOTC
tOTC
tOTC
tOTC
tOTC
tOTC
tOTC
tOTC
tOTC
tOTC
tOTC
tOTC
tOTC
tOTC
tOTC
tOTC
tOTC
tOTC
tOTC
tOTC
tOTC
tOTC
tOTC
tOTC
tOTC
tOTC
tOTC
tOTC
tOTC
tOTC
tOTC
tOTC
tOTC
tOTC
tOTC
tOTC
tOTC
tOTC
tOEI
WEI
OIS
OIS
OIS
DIS
OIS
tOTC
tOTC
tOTC
+OTC
tOTC
174·33
169·104
169·105
170· 37
169·106
169·107
124·74
123· 57
124·75
170· 88
170· 89
170· 90
6413A
6430
6432
6433
6433A
6470
6471
6472
6605CJ
6605CL
7560
7561
168· I
168· 2
170· 92
170· 93
170· 94
170· 95
170· 96
170· 97
170· 98
170· 99
170·100
170·101
170·102
170·103
243· 85
243· 72
243· 73
202· 62
252· 6
.251 ·100
1251 ·101
252· 36
1252.40
252· 20
252· 30
!252.31
1252.33
252· 41
1252.35
202· 84
1252.29
244· 78
1244. 79
92 ·102
25 1· 37
,25 1·38
125 1·39
,251.40
,25 1· 4 I
1132·101
! 99· 8
1I 12· 91
132·102
99· 9
132·103
132·104
99· 10
215· 66
215· 67
68· 66
79·81
74· 10
79·78
74· 7
79· 79
8
I 74·
79· 80
74· 9
79· 77
74· 6
248·102
244·108
252·51
163· 43
165· 70
163· 74
90· 3
88· 5
217·66
221· 14
221· 15
221· 16
221· 17
90· 18
90· 19
93· 83
93· 84
I 93· 85
155· 67
1161 ·109
241 ·107
1241 ·108
97·32
96· 25
90· 20
1248.51
'246· 26
1251.87
251· 90
' 92·103
92·104
251· 42
251·43
251· 44
171· 62
1171.63
171·64
1171. 65
17 1·66
7563
7581
7582
7722BFC
7722FC
8111·01
8111·02
81 I 1·05
90000C
90000M
9000FC
9000FM
90010C
90010M
9001FC
9001FM
90020C
90020M
9002FC
9002FM
90030C
90030M
9003FC
9003FM
90040C
90040M
9004FC
9004FM
90050C
90050M
9005FC
9005FM
90060C
90060M
9006FC
9006FM
90070C
90070M
9007FC
9007FM
90080C
90080M
9008FC
9008FM
90090C
90090M
9009FC
9009FM
90120C
90120M
9012FM
90140C
90140M
901S0C
90150M
9015FC
9015FM
90160C
90160M
9016FC
9016FM
90170C
90170M
9017FM
90200C
90200M
9020FC
9020FM
90220C
90220M
9022FC
9022FM
90240C
90240M
9024FC
9024FM
9028
9093BC
90930C
1"7n
I
n1
IN TYPE NUMBER SEQUENCE
MFRS pn'&Line TYPE No.
t~TC
tOTC
tOTC
tOTC
tOTC
tOTC
tOTC
tOTC
tOTC
tOTC
HSC
HSC
OEI
OEI
..,~~.,
I.JU""
90930M
9093FC
9093FM
9094BC
90940C
90940M
9094FC
9094FM
9097BC
9097DC
v~,
I171·68
. 67 1909ruM
171·69
1173.92
173·93
1173.94
173·95
235·93
203·64
251·75
217·67
217·68
178·109
178·110
1;;9. ;
9097FC
9097FM
9099BC
90990C
90990M
9099FC
9099FM
179· 2 91090C
OEI
tOEI
176· 67 91100C
tOEI
176· 68 91 I 10C
tFSC 1178.26 91110M
tFSC ,178.27 91 l1FC
tOOC 252· 37 9111FM
tOOC 252· 38 91120C
tOOC 252· 39 93010C
FSC
52· 39
FSC
52· 5 93010M
52· 40
FSC
FSC
52· 6 9301FC
FSC
52· 48 9301FM
FSC
52· 10
FSC 1 52· 49 9301PC
FSC
52· I I 93020C
FSC
132· 38 93020M
FSC
132· 15 9302FC
FSC
132· 39 9302FM
FSC
132· 16 93040C
FSC
132· 40
FSC
132· 17 93040M
FSC
132·41
FSC
132· 18 9304FC
FSC
132· 42 9304FM
132· 19
FSC
132· 43 9304PC
FSC
FSC
132· 20 93050C
FSC
99· 2 93050M
FSC
98·104 9305FC
FSC
99· 3 9305FM
FSC
98·105 93060C
FSC
159·22 93060M
FSC
159· 6 9306FM
159 ·.23 9306PC
FSC
159· 7 93070C
FSC
132· 44 93070M
FSC
FSC
132· 21 9307FC
FSC
132· 45 9307FM
132·22 93080C
FSC
99· 4
FSC
FSC
98·106 93080M
99· 5
FSC
FSC
98·107 9308FC
FSC
132· 46 9308FM
FSC
132· 23
FSC
132· 47 9308PC
FSC
132· 24 93090C
FSC
132· 48
132· 25 93090M
FSC
132· 26
FSC
FSC
155· 66 9309FC
FSC
155·65 9309FM
FSC
119· 42
FSC
119· 32 9309PC
FSC
119· 43 93100C
119· 33
FSC
FSC
186· 26 93100M
FSC
186· 8
FSC
186· 27 9310FC
186· 9 9310FM
FSC
186· 28
FSC
186· 10 9310PC
FSC
FSC
186· I I 93110C
FSC
52· 50
FSC
52· 12 93110M
52· 51
FSC
52· 13 9311FC
FSC
FSC
52· 52 9311FM
FSC
52· 14
FSC
52·53 9311PC
FSC
52· 15 93120C
FSC
52·41
FSC
52· 7 93120M
FSC
52·42
FSC
52· 8 9312FC
tOEI
201·97 9312FM
49· 17
tSGAI
FSC
49· 18 9312PC
93130C
tSGAI
FSC
49· 13 93130M
9313FC
+SGAI
49· 19 9313FM
FSC
tSGAI
93140C
49· 14
FSC
93140M
+SGAI
tSGAI
49· 20
FSC
49· 21 9314FC
9314FM
tSGAI
FSC
49· 22
9314PC
tSGAI
FSC
49· 23 93150C
93150M
tSGAI
FSC
49· 24 9315FC
9315FM
SGAI
49· 25 93160C
+SGAI
FSC I 49· 26
93160M
+SGAI
• ·Copy of mfr's data sheet
may be ordered from D.A.T.A.
MFRS Pa&Line
t~~;'1
4"·'
1
FSC
49· 28
tSGAI
FSC 1 49· 29
tSGAI
tSGAI
49· 30
FSC
49· 31
tSGAI
49· 15
FSC
tSGAI
FSC
49· 32
tSGAI
FSC
49· 16
+SGAi
FSC
185·94
FSC
185·95
FSC
65·82
FSC
65·69
FSC
65·83
FSC
65· 70
FSC
185· 96
AMY
93· 29
FSC
AMY
93· 30
FSC 1
93· 31
FSC
AMY
93·32
FSC
AMY
93· 33
FSC
93·34
FSC
93·35
FSC
93· 36
FSC
93·37
AMY 179· 71
FSC
AMY 179· 72
FSC
179· 73
FSC
AMY 179· 74
FSC
AMY 1179 . 75
FSC
86· 60
FSC
86· 59
FSC
86· 61
FSC
86· 62
AMY
73·110
AMY
74· I
AMY
74· 2
AMY
74· 3
FSC
96· 86
FSC
96· 84
FSC
96· 87
FSC
96· 85
AMY 250· 38
FSC
AMY 250· 39
FSC
FSC
249· 5
AMY 249· 6
FSC
AMY 249· 7
AMY 241·98
FSC
AMY 241·99
FSC
FSC
235· 88
AMY 241 ·100
FSC
AMY 236· 54
AMY
74· 60
FSC
AMY
74· 61
FSC
FSC
74· 5
AMY
74· 62
FSC
AMY
74· 52
AMY
93· 22
FSC
AMY
93· 20
FSC
FSC
93· 23
AMY
93· 21
FSC
AMY
93· 38
AMY 241 ·101
FSC
AMY 241 ·102
FSC ,
FSC
235· 89
AMY 241 ·103
FSC
AMY 236· 55
236· 56
FSC
236· 57
FSC
FSC
236· 58
FSC
236· 59
AMY 249· 8
FSC
AMY 249· 9
FSC
FSC
65· 51
AMY 249· 10
FSC
AMY 249· 11
FSC
89· 83
FSC
88·104
FSC
89· 84
FSC
88·105
AMY
87· 1
FSC
AMY
87· 2
FSC
3
rYPE No.
I~:m~~
9316PC
9317BDC
9317BDM
9317BFC
9317BFM
9317CDC
9317CDM
9317CFC
9317CFM
9318DC
9318DM
9318FC
9318FM
9318PC
9321DC
9321DM
9321FC
9321FM
9321PC
9322DC
9322DM
9322FC
9322FM
9322PC
9324DC
9324DM
9324FC
9324FM
9324PC
9334DC
9334DM
9334FC
9334FM
9334PC
9340DC
9340DM
9340FC
9340FM
9340PC
9341DC
9341DM
9341FC
9341FM
9341PC
9342DC
9342DM
9342FC
9342FM
9342PC
9344DC
9344DM
9344FC
9344FM
9345DC
9345DM
9345FC
9345FM
9348DC
9348DM
9348FC
9348FM
9350DC
9352DC
9352DM
9352FC
9352FM
9353DC
9353DM
9353FC
9353FM
9354DC
9354DM
9354FC
9354FM
9356DC
9357ADC
9357ADM
. 9357AFC
9357AFM
9357BDC
9357BDM
9357BFC
9357BFM
9358DC
9358DM
9358FC
9358FM
4
3. TYPE
No. CROSS INDEX
MFRS Pa&Line TYPE No.
MFRS Pa&Line TYPE
MFRS Pa&Line TYPE No.
~t\
~~: 7:1~~m~
FSC
AMV
86 - 86
FSC
96- 89
FSC
96 - 90
FSC
96 - 93
FSC
96 - 91
FSC
96- 94
FSC
96 - 95
FSC
96 - 96
FSC
96 - 92
AMV 251- 14
FSC
AMV 251 - 15
FSC
FSC
202- 58
AMV 251- 16
FSC
AMV 251 - 17
tAMV
89 - 20
FSC
tAMV
89 - 21
FSC
FSC
96- 83
tAMV
89 - 22
FSC
tAMV
89 - 23
AMV 241 -104
FSC
AMV 241 -105
FSC
FSC
235 - 90
AMV 241 -106
FSC ]
9360DC
9360DM
9360FC
9360FM
9360PC
9366DC
9366DM
9366FC
9366FM
9366PC
9368DC
9369DC
9370DC
9375DC
9375DM
9375FC
9375FM
9377FC
9377FM
9380DC
9380DM
9380FC
9380FM
9382DC
9382DM
9382FC
9382FM
!~~ I ~~t ~g ~~~~g~
FSC
AMV
FSC
FSC
AMV
FSC
AMV
tAMV
FSC
tAMV
FSC
FSC
tAMV
FSC
tAMV
AMV
FSC
AMV
FSC
FSC
~~CV
9383FC
246 - 49 9383FM
9386DC
246 - 25 9386DM
246- 50 9386FC
9386FM
246- 51 9390DC
249- 12 9390DM
9390FC
249- 13 9390FM
9392DC
249 - 14 9392DM
249 - 15 9392FC
9392FM
249- 16 9393DC
245 - 12 9393DM
9393FC
245- 13 9393FM
9502DC
244-1079503DC
245
- 1 4 ~;g~gg
1
AMV /245- 15 9600DC
~~CV
/245- 16 ~~gg~~
AMV "245- 17 99660001PDCC
FSC
FSC
245 - 18
AMV 245- 19 9601DM
FSC
AMV 245- 20 9601FC
AMV 252- 52 9601FM
FSC
AMV 252- 53 9601PC
~~g 1 252 - 54 9602DC
i
I
AMV /252 - 55 9602DM
FSC I
AMV 252 - 56 9602FC
FSC
233 - 90 9602FM
FSC
233 - 91
FSC
233- 92 9602PC
FSC
233- 93 9612ERC
FSC
93 - 39 9612ERM
FSC
93- 40 9612ETC
FSC
93- 41 9612RC
FSC
93- 42 9612RM
FSC
247- 70 9612TC
FSC
247 - 71 9613RC
FSC
247 - 72 9613RM
FSC
247- 73 9613TC
FSC
76- 94 9614DC
FSC
91 - 10
FSC
91 - 11 9614DM
FSC
91- 12
~~g
~~:
9614FM
FSC
96- 28 9614PC
FSC
96 - 29 961 5DC
FSC
96- 30
FSC
97 - 33 961 5DM
FSC
97 - 34
FSC
97- 35 9615FM
FSC
97- 36
FSC
82 - 81 961 5PC
FSC
94- 37 9616CDC
FSC
94 - 38 961 6DC
FSC
94 - 39
FSC
94- 40 9616DM
FSC
94- 41 9616EDC
FSC
94 - 42 961 6EPC
FSC
94- 43 9616FM
FSC
94 - 44 9616PC
FSC
94- 45 9617DC
FSC
94 - 46
FSC
94- 47 9617PC
FSC
94 - 48
n
D.A. T.A.
~~~
~:: ~~19620DC
~~CV
AMV
FSC
AMV
FSC
FSC
AMV
FSC
AMV
AMV
FSC
AMV
FSC
FSC
AMV
FSC
AMV
FSC
FSC
FSC
FSC
FSC
FSC
FSC
FSC
FSC
FSC
FSC
FSC
FSC
FSC
FSC
FSC
FSC
75 - 56 9620DM
87 - 8 9621 FC
9621FM
81 - 31
87 - 9 9621 PC
9622DC
87- 10 9622DM
200- 19 9622FC
200- 20 9622FM
200 - 21 9624DC
249- 17 9624DM
249 - 18 9624FC
249- 19 9624FM
249- 20 9624PC
249 - 21 9625DC
249 - 22 9625DM
179 - 76 9625FC
179- 77 9625FM
179- 78 9625PC
179- 79 9627CDC
179- 80 9627DC
179 - 81 9627DM
179- 82 9627FM
179- 83 9627PC
AMV
FSC
FSC
AMV
FSC
AMV
AMV
FSC
AMV
FSC
FSC
AMV
FSC
AMV
FSC
FSC
FSC
FSC
FSC
FSC
FSC
FSC
FSC
FSC
FSC
FSC
FSC
FSC
FSC
tFSC
tFSC
FSC
FSC
FSC
FSC
FSC
FSC
FSC
FSC
FSC
FSC
FSC
FSC
FSC
FSC
FSC
FSC
FSC
FSC
FSC
FSC
FSC
FSC
179 - 86 9634FM
179 - 87 9634PC
162- 2 9635DC
162 - 3 9635DM
162- 4 9635FM
162- 5 9635PC
76-107 9636RC
76-1089636RM
76 - 109 9636TC
76-110 9637RC
82- 95 9637RM
82 - 96 9637TC
82 - 97 9638RC
82- 98 9638RM
82- 99 9638TC
82-100 9640DC
82-101 9640DM
82-1029640FM
114 - 89 9640PC
114- 90 9641DC
FSC
FSC
FSC
FSC
FSC
FSC
FSC
FSC
FSC
FSC
FSC
FSC
FSC
FSC
FSC
FSC
FSC
FSC
FSC
FSC
~~g
75- 57 9620FC
9620FM
75 - 44
75 - 58 9620PC
9621DC
75 - 59
87 - 7 9621 DM
m: ~~ ~~~:g~
~~g
~~g
m: ~~
AMV
165- 35 9641PC
m: 1~ ~~::g~
FSC
AMV
AMV
FSC
AMV
FSC
FSC
AMV
FSC
AMV
165- 36 9650-1DC
165· 37 9650-1DM
9650-2DC
165- 12 9650-2DM
9650-3DC
163- 41 9650-3DM
165- 13 9664ADC
9664APC
165- 38 9664BDC
165- 39 ~~~:g~c
FSC
FSC
FSC
FSC
FSC
FSC
FSC
FSC
FSC
!~~
~~CV
~~: 1~~
AMV 165 - 14 9664PC
FSC
9665DC
FSC
165 - 40 9665PC
AMV 165 - 15 9666DC
FSC
9666PC
AMV 165- 41 9667DC
FSC
217- 69 9667PC
FSC
217 - 70 9900- 1-5D
tFSC
217- 71 9900HC
FSC
217- 72
FSC
217- 73 9903HC
tFSC
217- 74
FSC
222- 92 9904HC
FSC
222- 93
tFSC
222- 94 9905HC
AMV ]217- 56
FSC '
9907HC
AMV ]217 - 75
tFSC 1
9908HC
~~CV /217- 44 ~~n~g
AMV 217- 57 9911HC
AMV 223 - 56 991 2HC
FSC
9913HC
AMV 222 - 95 991 4EC
FSC
9914HC
AMV 222- 96
FSC
9915HC
AMV 223 - 57
FSC
217- 76 9921HC
tAMV 217 - 77 9923EC
tFSC
9923HC
tFSC '1217- 78 9926FC
tFSC
217- 79 9926FM
FSC
217- 80 9926HC
FSC
217- 81 9926HM
FSC 1217 - 82
tAMV 1,222- 97 9927HC
tFSC
FSC
222- 98 9930BC
9930DC
"'-Registered with JEDEC
by this manufacturer
~~g
~~g
~~g
FSC
FSC
FSC
FSC
FSC
FSC
FSC
SGAI
FSC
SGAI
FSC
SGAI
FSC
SGAI
FSC
SGAI
FSC
SGAI
FSC
~~g
FSC
FSC
FSC
FSC
FSC
SGAI
FSC
SGAI
FSC
FSC
FSC
FSC
FSC
FSC
FSC
SGAI
FSC
SGAI
.SGAI
tSGAI
No.
[224- 1JI!I!lJUUM
224 - 11 9930FC
9930FM
224- 22
224 - 12 9930HM
9931FM
224 - 14 9932BC
219- 5 9932DC
9932DM
219 - 6
9932FC
217 - 51 9932FM
219- 7
9932HM
219 - 8 9933BC
1
224 - 23 9933DC
224 - 24 9933DM
224 - 25
224 - 26 9933FC
183- 68 9933FM
183 - 69
183- 70 9933HM
183- 71 9934BC
183- 72 9934DC
185 - 10 9934FC
185 - 11 9935BC
185- 12 9935DC
185 - 13
185- 14 9935DM
221 - 18
221 - 19 9935FC
221 - 20
221- 21 9935FM
221 - 22
217- 16 9936BC
217- 17 9936DC
217 - 18
217- 19 9936DM
220- 18
220- 19 9936FC
220- 20
220 - 21 9936FM
217 - 20
217 - 21 9937DC
217 - 22 9937DM
220 - 22 9937FC
220- 23 9937FM
220- 24 9941DM
217 - 23 9941 FM
217 - 24 9941HM
217 - 25 9944BC
220- 25 9944DC
220- 26 9944DM
220- 27
220- 28 9944FC
220 - 29 9944FM
220- 30
220 - 31 9944HM
220 - 32 9945BC
226 - 85 9945DC
226 - 86 9945DM
202 - 63
202 - 59 9945FC
202- 64
202 - 60 9945FM
,202- 65
/202- 61 9945HC
199 - 45 9945HM
199- 46 9946BC
199 - 47 9946DC
199 - 48 9946DM
199- 49
199 - 50 9946FC
199- 51 9946FM
199 - 52
199 - 53 9948BC
199 - 54 9948DC
199-559948DM
199 - 56
185 - 24 9948FC
185 - 25
9948FM
124- 26
9948HC
182- 86 9948HM
9949DC
66 - 65 9949DM
9949FC
124- 27 9949FM
9950DM
179- 50 9950FC
118 - 83 9950FM
124 - 28 9950HC
124- 85 9950HM
182- 87 9951BC
66- 43 9951DC
124- 29 9951DM
124- 30
9951FC
124- 86 9951FM
9951HM
9952DC
9953DC
9954DC
9955DC
9956DC
9957DC
9958DC
185- 26 9958HC
9960DC
127- 31 9961DC
127 - 32 9961DM
15851 51 48484848-
60
31
34
88
89
90
91
IN TYPE NUMBER SEQUENCE
MFRS Pa&Line TYPE No.
t~~<;",
tSGAI
FSC
tSGAI
FSC
FSC
tSGAI
.SGAI
FSC
.SGAI
.SGAI
FSC
tSGAI
FSC
tSGAI
tSGAI
FSC
tSGAI
.SGAI
FSC
tSGAI
FSC
.SGAI
tSGAI
.SGAI
tSGAI
FSC
tSGAI
FSC
.SGAI
FSC
.SGAI
FSC
.SGAI
.SGAI
FSC
.SGAI
FSC
.SGAI
FSC
.SGAI
FSC
.SGAI
FSC
FSC
FSC
FSC
FSC
FSC
FSC
.SGAI
.SGAI
FSC
.SGAI
.SGAI
FSC
.SGAI
FSC
tSGAI
tSGAI
FSC
.SGAI
FSC
tSGAI
FSC
.SGAI
FSC
FSC
tSGAI
.SGAI
FSC
.SGAI
.SGAI
FSC
tSGAI
tSGAI
.SGAI
FSC
tSGAI
FSC
.SGAI
FSC
.SGAI
FSC
FSC
FSC
FSC
FSC
FSC
FSC
FSC
FSC
FSC
FSC
.SGAI
.SGAI
FSC
.SGAI
.SGAI
FSC
.SGAI
FSC
FSC
FSC
FSC
FSC
FSC
FSC
FSC
FSC
FSC
FSC
FSC
127- 21 l~g~I~~
127 - 33 9962BC
127 - 22 9962DC
9962DM
152- 26
65 - 84 9962FC
127 - 34 9962FM
127 - 35
127 - 23 9963DC
9963DM
127 - 36 9963FC
127 - 24 9963FM
9964DC
152- 27 9966DC
157 - 86 9967DC
157 - 87 9971DC
157 - 88 9989DC
9989HC
157 - 89 10100B
157-90 10100F
10101B
158- 36 10101F
151- 19 10102B
151 - 20 10102F
151 - 21 10103B
186 - 39 10103F
186- 40 10104B
10104F
186- 22 10105B
10105F
186- 41 10106B
10106F
186- 23 10107B
10107F
186 - 42 10108B
186- 43 10108F
10109B
186 - 24 10109F
10110B
186 - 44 10110F
10111B
186 - 25 10111F
10112B
193- 1 10112F
186- 60 10113B
193- 2 10113F
186- 61 10114F
163 - 56 10115B
163 - 57 10115F
163 - 58 10116B
127 - 37 10116F
127 - 38 10117B
127 - 25 10117F
10118B
127 - 39 10118F
127 - 26 10119B
10119F
152 - 28 10121B
64 - 31 10121F
64- 32 10124B
64- 27 10124F
10125B
64 - 33 10125F
10129F
64 - 28 10130F
10131F
64 - 56 10132F
64 - 57 10133F
127 - 40 10134F
127 - 41 10135F
127 - 27 10136F
10137F
127 - 42 10158F
127 - 28 10159F
10160F
64 - 34 10161F
64- 35 10162F
64 - 29 10164F
10165F
64- 36 10170F
10171F
64- 30 10172F
10173F
64- 58 10174F
64- 59 10175F
152- 29 10179B
151 - 46 10179F
128-108 10181F
151 - 47 10190F#1
64- 38 10190F#2
64- 70 10191F
64- 39 10210B
64- 60 10210F
64- 61 10211B
163- 31 10211F
163- 32 10212B
163- 24 10212F
10216B
163 - 33 10216F
163- 25 10231B
10231F
163 - 59 60088
119- 17 75450BJ
111-100 75450J
111-101 75451BP
111-10275451P
114- 74 75452BP
64-109 75452P
73 - 71 75453BP
73- 72 75453P
96 - 79 75454BP
152- 30 75454P
151- 48 75460J
MFRS Pa&Line
~~~
:+~g I~~~: ~
• -Copy of mfr's data sheet
may be ordered from D_A.T.A_
-
----------
l~~: 4~
.SGAI 127 - 43
tSGAI 127 - 44
FSC
127 - 29
tSGAI
tSGAI 127 - 45
FSC
127 - 30
tSGAI
FSC
152- 31
FSC
151 - 50
FSC
129 - 2
FSC
151- 51
FSC
111-103
FSC
114- 72
FSC
51 - 89
FSC
114- 73
FSC
73- 69
FSC
73 - 70
.SIC
118- 67
.SIC
118- 68
SIC
114-98
.SIC
115- 12
.SIC
118- 69
tSIC
118- 70
.SIC
115- 13
tSIC
115- 14
.SIC
131- 36
.SIC
131- 37
.SIC
115- 15
.SIC
115- 16
.SIC
118-71
.SIC
118-72
.SIC
157-42
.SIC
157-43
.SIC
111 - 83
.SIC
111-84
.SIC
115- 17
tSIC
115- 18
.SIC
112 - 78
.SIC
112 - 79
tSIC
118- 73
.SIC
118 - 74
tSIC
115- 19
.SIC
115- 20
.SIC
155- 54
.SIC
155- 55
.SIC
220- 85
.SIC
220- 86
.SIC
220 - 87
tSIC
220 - 88
.SIC
220 - 89
tSIC
104 - 22
SIC
104 - 23
.S.lC
114-52
.SIC
114 - 53
.SIC
114- 54
tSIC
114 - 55
.SIC
114- 81
.SIC
114 - 82
.SIC
183- 54
tSIC
195 -108
tSIC
196- 42
.SIC
196- 43
tSIC
220- 66
.SIC
67 - 59
tSIC
67 - 62
.SIC
67 - 60
.SIC
248 - 75
.SIC
67-61
.SIC
51- 22
.SIC
86 - 76
.SIC
84 - 37
.SIC
235 - 47
.SIC
235 - 48
.SIC
247 - 57
.SIC
88- 73
.SIC
88 - 74
.SIC
235 - 49
tSIC
251 - 6
tSIC
247 - 58
.SIC
88 - 75
tSIC
88 - 76
.SIC
67 - 56
.SIC
235 - 50
.SIC
248 - 76
tSIC
252- 45
tSIC
252- 46
tSIC
244 -100
tSIC
220- 67
tSIC
196- 1
tSIC
195 - 79
.SIC
112- 68
tSIC
112-69
tSIC
117-110
.SIC
118- 1
.SIC
114- 91
.SIC
114 - 92
tSIC
220 - 68
tSIC
220- 69
tSIC
I 67 - 72
.SIC
/ 67- 73
tOPT
226- 67
tTSC
226-105
tTSC
226-106
tTSC
226-107
tTSC
226 -108
tTSC
226-109
tTSC 1226-110
tTSC
227 - 1
tTSC
227 - 2
tTSC
227 - 3
4
----~
TYflE.No.
jg:~i~
75463P
75464P
93141DC
.93145DC
93145DM
93145FC
93145FM
93150DC
93150DM
93150FC
93150FM
93151DC
93151DM
931S1!=C
93151FM
93152DC
93152DM
93152FC
93152FM
93153DC
93153DM
93153FC
93153FM
A851-10
A851-12
A854BCD
A854BIN
A855-13
A855-14
'A856-16
A857-4
A857-8
A857H4B
A857H8B
AS60-12
A861-S
A861-10
A862-12
A866-13
A867-14
A867·16
A8S0
A881
AD 124-08CW 1
AD 124-08CW3
ADI24-0SDWI
AD 124·08DW3
AD124·09CWI
AD550JD
AD550JF
AD550KD
AD550KF
AD550lD
AD550LF
AD550SD
AD550SF
AD550TD
AD55DTF
AD550UD
AD650UF
ADS53J
AD553K
AD553l
AD553S
A0553T
AD553U
AD555JD
AD555JF
AD555KD
AD555KF
AD555lD
AD555lF
AD555SD
AD555SF
AD555TD
AD555TF
AD555UD
AD555UF
AD5p9KD·BIN
AD559SD·BIN
AD562AD·BCD
AD562AD·BIN
AD562KD·BCD
AD562KD·BIN
AD562SD·BCD
AD562SD·BIN
AD563JD·BCD
AD663JD·BIN
AD563KD·!lCD
AD563KD·BIN
AD563SD'BCD
AD563SD·BIN
AD563TD·BCD
AD563TD·BIN
AD7501JD
AD7501JN
AD7501KD
AD7501KN
AD7501SD
AD7502JD
AD7502JN
AD7502KD
AD7502KN
AD7502SD
AD7503JP
AD7503JF
AD7503JII\
AD7503KD
AD7503KF
AD7503KN
AD7503SD
AD7503SF
5
.
3. TYPE
No CROSS INDEX
MFRS pg&Line TYPE No.
MFRS Pa&Line TYPE
MFRS Pa&Line TYPE No.
tr:;\.: [227 - 0
tTSC
227 - 7 I!g~~
tTSC
227- 8 AD7506KD
227- 9 AD7506KN
tTSC
91- 14 AD7506SD
FSC
93- 43 AD7506TD
FSC
93- 44 AD7507JD
FSC
93- 45 AD7507JN
FSC
FSC
93- 46 AD7507KD
FSC
236- 61 AD7507KN
FSC
236- 62 AD7507SD
FSC
236 - .63 .AD7507TD
236 - .64 AD7510JD
FSC
FSC
236- 65 , ,AD7510JN
FSC
236 - 66 AD7510KD
An"71:11'\VJ..
Q,
~~Q
FSC
FSC
236- 68
FSC
236- 69 AD7511JD
FSC
236- 70 AD7511JN
FSC
236- 71 AD7511KD
FSC
236- 72 AD7511KN
FSC
236 - 73 AD7511SD
236 - 74 AD7511TD
FSC
236- 75 AD7512JD
FSC
FSC
236 - 76 AD7512JN
tlTI
170- 63 AD7512KD
tlTi
170- 54 AD7512KN
ITI
170- 25 AD7512SD
ITI
170- 23 AD7512TD
ITI
170- 39 AD7513JH
ITI
170- 38 AD7513JN
tlTI
170- 40 AD7513KH
tlTI
170- 82 AD7513KN
tlTI
170- 76 AD7513SH
.ITI
170- 83 AD7513TH
.ITI
170- 77 AD7516JD
ITI
176- 84 AD7516JN
176- 60 AD7516SD
ITI
176- 61 AD7516SN
ITI
.ITI
174- 34 AD7519JN
ITI
176- 69 AD7520JD
176- 40 AD7520JN
.ITI
176- 41 AD7520KD
tlTI
.ITI
252 - 28 AD7520KN
252 - 26 AD7520lD
ITI
169- 93 AD7520lN
.PMI
169- 94 AD7520SD
.PMI
.PMI
169- 95 AD7520TD
.PMI
169· 96 AD7520UD
169- 97 AD7521JD
.PMI
tANA 174· 35 AD7521JN
tANA 174· 36 AD7521KD
tANA 174 - 37 AD7521KN
tANA 174· 38 AD7521lD
tANA 174· 39 AD7521lN
tANA 174 - 40 AD7521SD
.ANA 174· 41 AD7521TD
tANA 174· 42 AD7521UD
.ANA 174- 43 AD7522JD
tANA 174·44 AD7522JN
.ANA 174·45 AD7522KD
tANA 174- 46 AD7522KN
tANA 174 - 47 AD7522lD
tANA 174 - 48 AD7522lN
tANA 1174. 49 AD7522SD
tANA 174- 50 AD7522TD
tANA 174 - 51 AD7522UD
tAN A 174· 52 AD7570JD
.ANA 174 - 53 AD7570lD
tANA 174 - 54 ADACI
tANA 174 - 55 ADAC1BCD
tANA 174 - 56 ADAC3
tANA 174 - 57 ADAC3BCD
tANA 174 - 58 ADC80MET
.ANA 174· 59 ADC80MSN
tANA 174· 60 ADC80U
tAN A 174· 61 ADC8S
.ANA 174. 62 ADC100MET
tAN A 174· 63 ADC100MSN
.ANA 174· 64 ADC100U
tAN A 174· 65 ADClOZ
tANA 174· 66 ADC120lJ
.ANA 174· 67 ADC120LK
tANA 174· 68 ADC120MET
tANA 174· 69 ADC120MSN
tANA 174· 70 ADC120U
.ANA 174·71 ADC120Z003
tANA 174· 72 ADC120Z013
tANA 174· 73 ADC120Z023
tAN A 174·74 ADC120Z033
.ANA 174· 75 ADC120Z
tANA 174 - 76 ADC141
.ANA 174· 77 ADC160
tANA 174· 78 ADC171
tANA 174 - 79 ADC40·08·BIN
.ANA 174· 80 ADC40·10·BIN
.ANA 234 - 68 ADC40·12·BCD
tANA 234 - 69 ADC40·12·BIN
tANA 1234- 70 ADC50·08·BIN
tANA 234 - 71 ADC50·10·BIN
tANA 234· 72 ADC50·12·BCD
tANA 234 - 73 ADC50·12·BIN
tANA 234· 74 ADC55·10·BIN
tANA 234· 75 ADC55·12·BIN
tANA 234 - 76 ADeeo·os
tANA 234· 77 ADC60·10
.ANA 243 - 74 ADC60·12
.ANA 243· 75 ADCS5·10
tANA 234 - 78 ADC85·12
.ANA 242· 88 ADC85C·l0
.ANA 243· 76 ADC85C-12
+ANA 234· 79 ADC100·BCD
tANA 242 - 89 ADC100·SMD
tANA 242·90 ADC100BOB
AD7510SD
D.A. T.A.
tANA
tANA
tANA
tANA
tANA
tANA
tANA
tANA
tANA
tANA
tANA
tANA
tANA
tANA
tANA
.1.'11.
I..
II.
'l'l"'InM
I~~t ~g I~~g~~~~~~
242 234243 242 243 234 242 234 243 242 205 205 205 -
91
81
46
92
47
82
93
83
48
94
35
36
37
!g¥~
ADC535-3BCD tHBC
ADC535-3BCD-BP
tHBC
ADC535-12A-E tHBC
ADC540-8
tHBC
ADC540WB8
tHBC
.HBC
ADC550-10E
ADC550-10lD .HBC
tHBC
ADC550-10S
ADC550-12E
.HBC
AD.C550-12lD .HBC
ADC550-12S
.HBC
ADC560-3BCD-E
205 - 33
.H6C
tANA 205 - 39 ADC560-3BCD-lD
tHBC
tANA 211- 65
tANA 211- 66 ADC560-12AE tHBC
tANA 207 - 94 ADC560-12AlD .HBC
tANA 207 - 95 ADC560-12BE tHBC
.ANA 211 - 67 ADC560-12BlD tHBC
tANA 207 - 96 ADC560-12CE tHBC
tANA 211- 68 ADC560-12CLD .HBC
.HBC
tANA 211 - 69 ADC575-12
tHBC
tANA 207· 97 ADC585-12
tANA 207· 98 ADC590-2BCD .HBC
tHBC
tANA 211- 70 ADC590-8
tHBC
.ANA 207· 99 ADC591-8
tHBC
tAN A 211 - 71 ADC591-10
tHBC
tAN A 211- 72 ADC591-12A
tHBC
tANA 207 -100 ADC591-12.C
tHBC
tANA 207-101 ADC592-8
.HBC
.ANA 211- 73 ADC592-10
.DTl
.ANA 207-102 ADC898B
.DTl
tANA 210- 76 ADCS9SD
.ANA
tANA 210- 77 ADCll00
tANA
tANA 210- 78 ADCll02
tANA 210- 79 ADC 11 03-00 1 tANA
.ANA 212- 17 ADCll03-002 .ANA
tANA ,177- 97 ADC 11 03-003 tANA
tANA
tANA 1177 - 98 ADCll05J
tANA
tANA 177- 99 ADCll05K
tANA
tANA 177-100 ADCll09
.ANA
tANA 177-101 ADClill
tANA
tANA 177-102 ADC1123
.oDC
.ANA 177-103 ADC-H8BCDI
.DDC
.ANA 177-104 ADC·HSBCD3
.DDC
.ANA 177-105 ADC·HSBINI
.DDC
tANA 177·106 ADC·H8BIN3
tANA 177·107 ADC_Hl0BCDI .DDC
tANA 177·108 ADC·H 10BCD3 .DDC
tANA 177·109 ADC·Hl0BINI .DDC
tANA 177·110 ADC·Hl0BIN3 .DDC
tANA 178· 1 ADC-H 12BCD 1 .DDC
tANA 178· 2 ADC·H 12BCD3 .DDC
tANA 178· 3 ADC·HI2BINI .DDC
.ANA 178· 4 ADC·H 12BIN3 .oDC
.DTl
tANA 17.8· 5 ADCCM8B
.oTl
tANA 178- 6 ADCCM10B
.DTL
tANA 178· 7 ADCCM12B
.oTl
tANA 17.8- 8 ADCD8B
.oTL
tANA 178· 9 ADCD10B
.DTl
tANA 178· 10 ADCD12B
.DTl
tANA 178· 11 ADCESB
.DTl
tANA 178- 12 ADCE8D
ADCE10B
.DTl
tANA 178· 13
tDTL
tANA 172- 52 ADCE12B
.oTl
ADCE12D
tANA 172- 53
.oTl
.oDC 173.61 ADCEH8Bl
.oTl
tDDC 173· 62 ADCEH8B2
.oTl
.oDC 173· 63 ADCEH10Bl
.DTl
.oDC 173- 64 ADCEH10B2
.oTl
tANA 170-104 ADCEH12Bl
.oTl
.ANA 170·105 ADCEH12B2
.DTl
tANA 170·106 ADCEH12B3
.oTl
tANA 170·107 ADCEP14B5
.DTl
tANA 170·108 ADCEP14B6
tDTl
.ANA 170·109 ADCEP16D5
.DTl
.ANA 170-110 ADCEP16D6
.DTl
tANA 171· 1 ADCER8B
.DTl
.ANA 172- 71 ADCER8D
.oTl
tANA 172· 72 ADCER10B
.DTl
.ANA 171- 2 ADCER12B
.oTl
.ANA 171· 3 ADCER12D
.oTl
tANA 17.1· 4 ADCG8B
.oTl
.HBC 168- 3 ADCG10B
.DTl
.HBC 168- 4 ADCH4B
.DTl
.HBC 168· 5 ADCH6B
.DTl
.HBC 168- 6 ADCH8B
.DTl
tANA 171· 5 ADCH10B
.DTl
tANA 171· 6 ADCHY12BC
.DTl
.ANA 171· 7 ADCK8B
.DTl
tANA 171- 8 ADCK10B
.DTl
BUB 169·108 ADCK12B
tDTL
BUB 169·109 ADCl8B
.oTL
.BUB 169-110 ADCl8D
.oTt
BUB 170- 1 ADCLlOB
.oTl
BUB 170- 2 ADCl12B
.oTl
BUB 170· 3 ADCl12D
.DTl
.BUB 170- 4 ADCMSB
.oTl
BUB 170- 5 ADCM8D
.oTl
BUB 169- 90 ADCM10B
.oTL
BUB 169- 89 ADCM12B
tBUB 170· 6 ADCM12D
.oTL
.BUB 170· 7 ADCMA10B2A .DTL
_.BUB 170- 8 ADCMA10B2B .oTL
.BUB 170- 9 ADCMA12B2A .DTL
.BUB 170· 10 ADCMA12B2B .DTl
tDTl
tBUB 170· 11 ADCN10B
.DTl
tBUB
170- 12 ADCN12B
.oTl
tBUB 166· 7 ADCP8B
.oTl
.BUB 168- 8 ADCP10B
.oTl
.BUB 168· 9 ADCSH4B
e,·Registered with JEDEC
by this manufacturer
No.
m:!~ I~gg~~~~
168- 11 ADCUH8B
168- 12 ADCVH4B
ADCVH6B
168- 13 ADCVH8B
172- 42 ADH8-1
172- 43 ADH9-1
168- 14 ADH 10-1
168 - 15 ADH030-8
168- 16 ADH030-10
168- 17 ADH050
168 - 18 ADH051
168· 19 AHOO14CD
168- 20 AHOO14CF
AHOOi4D
168- 21 AHOO14F
AHOO15CD
168- 22 AHOO15D
168- 23 AHOO19CD
168- 24 AHOO19CF
168- 25 AHOO19D
168- 26 AHOO19F
168- 27 AH0126CD
169 - 82 AH0126CF
172- 65 AH0126D
172- 34 AH0126F
172- 35 AH0129CD
172- 36 AH0129CF
172- 37 AH0129D
172'38 AH0129F
172- 39 AH0133CD
172- 40 AH0133CF
172- 41 AH0133D
172- 2 AH0133F
172- 3 AH0134CD
171- 9 AH0134CF
168 - 28 AH0134D
171- 10 AH0134F
171 - 11 AH0139CD
171- 12 AH0139CF
168- 29 AH0139D
168- 30 AH0139F
168- 31 AH0140CD
171- 13 AH0140CF
172- 70 AH0140D
168- 32 AH0140F
168- 33 AH0141CD
168·34 AH0141CF
168· 35 AH0141D
168· 36 AH0141F
168 - 37 AH0142CD
168· 38 AH0142CF
168· 39 AH0142D
168· 40 AH0142F
168· 41 AH0143CD
168· 42 AH0143CF
168· 43 AH0143D
171· 45 AH0143F
171· 44 AH0144CD
171· 43 AH0144CF
171· 14 AH0144D
171· 15 AH0144F
171· 16 AH0145CD
172· 1 AH0145CF
171·110 AH0145D
171·109 AH0145F
171·107 AH0146CD
171·108 AH0146CF
171·100 AH0146D
171·101 AH0146F
171·102 AH0151CD
171·103 AH0151CF
171·104 AH0151D
171-105 AH0151F
171·106 AH0152CD
172- 30 AH0152CF
172· 31 AH0152D
172· 32 AH0152F
172 - 33 AH0153CD
168· 44 AH0153CF
168- 45 AH0153D
168 - 46 AH01.53F
168·47 AH0154CD
168- 48 AH0154CF
171· 52 AH0154D
171- 50 AH0154F
171 - 59 AH0161CD
171- 54 AH0161CF
171· 53 AH0161D
171· 51 AH0161F
171· 17 AH0162CD
171- 18 AH0162CF
171· 19 AH0162D
171- 20 AH0162F
172· 9 AH0163CD
172- 10 AH0163CF
172- 6 AH0163D
172- 4 AH0163F
172- 5 AH0164CD
172· 12 AH0164CF
172- 13 AH0164D
172· 11 AH0164F
172· 7 AH2114CG
172· S AH2114G
171· 21 AH5009CN
171- 22 AH5010CN
171- 23 AH5011CN
171- 24 AH5012CN
171- 46 AH5013CN
171· 47 AH5014CN
171- 48 AH5015CN
171- 49 AH5016CN
171· 70 AH5017CN
IN TYPE NUMBER SEQUENCE
MFRS Pg&Line
Pa&Line TYPE No.
MFRS
+D'IT
tDTl
tDTl
tDTl
tDTl
tDTl
.DDC
.oDC
.oDC
.oDC
.oDC
.oDC
.oDC
tNSC
.NSC
tNSC
.NSC
.NSC
tNSC
tNSC
tNSC
tNSC
.NSC
.NSC
.NSC
.NSC
.NSC
.NSC
tNSC
tNSC
tNSC
tNSC
.NSC
.NSC
.NSC
.NSC
.NSC
.NSC
.NSC
.NSC
.NSC
.NSC
.NSC
.NSC
.NSC
.NSC
.NSC
.NSC
.NSC
.NSC
.NSC
.NSC
.NSC
.NSC
.NSC
.NSC
.NSC
.NSC
.NSC
.NSC
.NSC
.NSC
.NSC
.NSC
.NSC
.NSC
.NSC
.NSC
.NSC
.NSC
.NSC
.NSC
.NSC
.NSC
.NSC
.NSC
.NSC
.NSC
.NSC
tNSC
.NSC
.NSC
.NSC
.NSC
+NSC
.NSC
.NSC
tNSC
.NSC
.NSC
.NSC
.NSC
.NSC
.NSC
.NSC
tNSC
.NSC
.NSC
.NSC
.NSC
.NSC
.NSC
+NSC
.NSC
+NSC
.NSC
.NSC
.NSC
.NSC
.NSC
.NSC
.NSC
.NSC
.NSC
I~~~g~~g~
TIT:"W
171- 57 AH5020CN
171171171168168168172172251251206206-
58
61
55
49
50
51
73
74
91
88
88
89
206- 90
206- 91
206- 92
206- 93
206- 94
206- 95
206- 96
206- 97
210- 81
210- 82
210- 83
210- 84
210- 85
210- 86
210- 87
210- 88
210- 89
210- 90
210- 91
210- 92
210- 93
210- 94
210- 95
210- 96
210· 97:
210· 98
210·99'
210-100
210-101
210-10?
210-103
210-104
210-105
210·106
210-107
210·108
210·109
210·110
211· 1
211· 2
211· 3
211· 4
211· 5
211· 6
211· 7
211· 8
211- 9
211· 10
211· 11
211· 12
211· 13
211· 14
211· 15
211· 16
211· 17
211· 18
211· 19
211· 20
211· 21
211· 22
211· 23
211· 24
211- 25
211- 26
211· 27
211· 28
211· 29
211· 30
211· 31
211- 32
211· 33
211- 34
211· 35
211- 36
211· 37
211- 38
211- 39
211- 40
211· 41
211- 42
211· 43
211· 44
211· 45
211· 46
211· 47
211- 48
211· 49
211· 50
212· 55
212· 56
206·58
206- 12
206· 59
206- 13
206· 60
206· 14
206- 61
206· 15
206· 62
:~~g I~gg: ~~
tNSC
tNSC
AH5021CN
tNSC
AH5022CN
AH5023CN
.• NSC
AH5024CN
'.NSC
tAMV
AM25l05DC
tAMV
AM25l05DM
AM25l05FM
tAMV
tAMV
AM25l05PC
AMV
AM25l06DC
AMV
AM25l06DM
AM25l06FM
AMV
AMV
AM25l06PC
AM25LS14DC tAMV
AM25lS14DM tAMV
AM25lS14FM tAMV
AM25lS14PC tAMV
AM25lS 138DCtAMV
AM25lS138DM tAMV
AM25lS138FM .AMV
AM25lS138PC .tAMV
AM25lS139DC tAMV
AM25lS139DM .AMV
AM25lS139FM +AMV
AM25lS139PC tAMV
AM25lS151DC tAMV
AM25lS 151 OM tAMV
AM25lS 151 FM tAMV
AM25lS151PC tAMV
AM25lS153DC •.AMV
AM25lS 153DM ,AMV
AM25lS153FM .AMV
AM25lS153PC .AMV
AM25lS157DC .AMV
AM25lS157DM tAMV
AM25lS157FM .AMV
AM25lS157PC .AMV
.AM25lS158DC tAMV
AM25lS158DM tAMV
AM25lS158FM tAMV
AM25LS 158PC .AMV
AM25lS251DC tAMV
AM25lS251 OM tAMV
AM25lS251 FM.AMV
AM25lS251 PC .AMV
AM25lS253DC ,AMV
AM25lS253DM,tAMV
AM25lS253FM .AMV
AM25lS253PC .AMV
AM25lS257DC +AMV
AM25lS257DM tAM V
AM25lS257FM +AMV
AM25lS257PC ·tAMV
AM25lS258DC tAMV
AM25lS258DM tAMV
AM25lS258FM tAMV
AM25lS25SPC tAMV
AM25S05DC
.AMV
.AMV
AM25S05DM
AM25S05FM
tAMV
tAMV
AM25S05PC
.AMV
AM25S10DC
.AMV
AM25S10DM
tAMV
AM25S10FM
tAMV
AM25S10PC
AMV
AM26l02DC
AM26l02DM
AMV
AM26l02FM
AMV
AM26l02PC
AMV
tAMV
AM26S02DC
tAMV
AM26S02DM
tAMV
AM26S02FM
tAMV
AM26S02PC
tAMV
AM26S10DC
.AMV
AM26S10DM
tAMV
AM26S10FM
.AMV
AM26S10PC
AM26S11DC
tAMV
tAMV
AM26S11DM
AM26S11FM
tAMV
tAMV
AM26S11PC
AM26S12ADC#1
tAMV
AM26S 12ADC#2
tAMV
AM26S12ADM#1
tAMV
AM26S 12ADM#2
.AMV
AM26S12AFM#1
.AMV
AM26S 12AFM#2
tAMV
AM26S 12APC# 1
.AMV
AM26S 12APC#2
tAMV
AM26S12DC#1 tAMV
AM26S 12DC#2 .AMV
AM26S 12DM# 1
tAMV
AM26S 12DM#2
+AMV
AM26S 12FM# HAMV
AM26S 12FM#2tAMV
AM26S12PC#1 tAMV
AM26S 12PC#2 tAMV
.NSC
AM1000H
.NSC
AM1001H
AM1002H
.NSC
.NSC
AM2009CD
.NSC
AM2009CF
.·Copy of mfr's data sheet
may be ordered from D.A.T.A.
206- 17
206- 64
206- 18
206- 65
206- 19
233 - 84
233 - 85
233- 86
233- 87
245- 7
245- 8
245- 9
245- 10
233- 94
233- 95
233- 96
233- 97
97 - 67
97- 63
97- 64
97- 68
97- 13.
97- 5
97· 6
97- 14
236- 77
235·104
235-105
236- 78
236- 79
235 -106
235 -107
236 - 80
236- 81
235 -108
235 -109
236- 82
236- 83
235-110
236- 1
236· 84
236· 85
236· 2
236- 3
236- 86
236· 87
236· 4
236· 5
236· 88
236·89
236- 6
236· 7
236- 90
236· 91
236· 8
236- 9
236· 92
233· 98
233· 99
233·100
233·101
233·102
233·103
233-104
233·105
165· 66
165· 67
165· 68
165· 69
165· 71
165· 72
165· 73
165· 74
221· 23
221· .24
221· 25
221· 26
221· 27
221· 28
221· 29
221· 30
217· 83
222· 61
217·84
222· 62
217· 85
222- 63
217·86
222- 64
217·87
221- 9
217· 88
221· 10
217·
221217·
221·
212·
212·
212·
253·
253·
89
11
90
12
41
47
42
63
64
5
TYPE No.
I~~~gg~~
3. TYPE No. CROSS INDEX
P!l&Line TYPE
MFRS Po&Line TYPE No.
:~~~ I~~~: ~~
~~~91t 165UU
86 - 80 BFV91N
AMV
AMV
86- 81 BFV92
AMV 233-106 BFV92N
AMV 233-107 BFV93N
AMV 233-108 BFV94N
AMV '233-109 BFV95N
AMV 245 - 21 BFV96N
AMV 245· 22 BFV97N
AMV 245 - 23 BFV98
AMV 245· 24 BFV98N
AMV 165· 42 BFX16
AMV 165- 16 BHBOO07
AMV 165 - 17 BHBOO07A
AMV 165· 43 BHBOO08
AMV 165· 44 BHBOO08A
AMV 165· 18 BIP8804·1
AMV 165· 19 BIP8804·2
AMV 165·45 BIP8806·1
AMV 217·58 BIP8806·2
AMV 217 - 45 BIP9501
AMV 217 - 46 BIP9502
AMV 217·59 BIP9801·1
AMV 222· 99 BIP9801·2
AMV 223· 58 Cn05
AMV 223· 59 C3404
AMV 1222-100 CA555CE
tNSC
253- 51 CA555CG
tNSC
253· 52 CA555CS
CA555CT
CA555E
*AMV 1'63.77 CA555G
CA555S
*AMV 163· 78
,170 - 86 CA555T
CA1541D
tFMI
AN·DI802RAD·C
1'70- 87 CAG6
CAG6·10
tFMI
tFMI '170· 84 CAG7
AN·DI802VID
CAG7·10
tFMI
170·
85
AN·DII 002VI D
tANA 201- 98 CAG10
API1620
CAG10A
tAPX
226·
24
ATF456
*APX 226· 25 CAG10B
ATF466#1
CAG10C
tAPX
226·
26
ATF466#2
tAPX
226 - 28 CAG10D
ATF467#1
CAG13
tAPX
226·
29
ATF467#2
*APX
226· 27 CAG13A
ATF468
225 - 58 CAG13C
ATF474
tAPX
GIC
203· 41 CAG13D
AY5·1008
GIC
203· 42 CAG14
AY5·1010
tGIC
219·94 CAG14A
AY5·1012
+GIC
203 - 47 CAG24
AY6·4010
GIC 1243.56 CAG27
AY6·4016
195· 19 CAG27·10
Bl04
+DEC
195- 20 CAG30
+DEC
Bl05
B113
+DEC 1'23' 58 CAG42
B115
+DEC
123· 59 CAG45A
+DEC
123· 60 CAG48A
BI17
B123
+DEC .150· 91 CAM601A
B124
+DEC ',23· 61 CAM604A
+DEC ['" ·105 CD2500E
B130
+DEC
96· 78 CD2501E
B155
B171
+DEC 1'24 - 15 CD2502E
+DEC
65· 52 CD2503E
B201
65 - 67 CD4000AD
B204
+DEC
+DEC 1,67. 65 CD4000AE
B301
163· 4 CD4000AF
B360
+DEC
71· 58 CD4000AK
B401
+DEC
71·100 CD4001AD
B405
+DEC
+DEC
195· 21 CD4001AE
B681
FERB 230·105 CD4001AF
BAT21
FERB 230·106 CD4001AK
BAT22
FERB 230·107 CD4001BD
BAT23
FERB 230·108 CD4001BE
BAT24
FERB 230·109 CD4001BF
BAT25
BAT26
FERB 230·110 CD4001BK
BAT27
FERB 231- 1 CD4001BY
FERB 231· 2 CD4002AD
BAT28
BAX45
+SGAI 232· 18 CD4002AE
BAX46
+SGAI 232- 19 CD4002AF
BAX47
+SGAI 232·20 CD4002AK
+SGAI 232· 21 CD4007AD
BAX48
+SGAI 232· 22 CD4007AE
BAX49
+SGAI 232· 23 CD4007AF
BAX50
+SGAI 232· 24 CD4007AK
BAX51
+SGAI 232· 25 CD4008AD
BAX52
+SGAI : 232· 26 CD4008AE
BAX53
tSGAI 1232. 27 CD4008AF
BAX54
+SGAI ·232· 28 CD4008AK
BAX55
BAX56
+SGAI 1232. 29 CD4008BD
tSGAI 232· 30 CD4008BE
BAX57
+SGAI 1232· 31 CD4008BF
BAX58
BAX59
+SGAI 1232. 32 CD4008BK
tSGAI 232· 33 CD4008BY
BAX60
+SGAI 232· 34 CD4009AD
BAX61
BAX62
+SGAI !232· 35 CD4009AE
BAX63
+SGAI 1232 - 36 CD4009AK
+SGAI 232· 37 CD4009BD
BAX64
+SGAI232· 38 CD4009BE
BAX65
BAX66
+SGAI 232- 39 CD4009BF
BAX67
tSGAI 232 - 40 CD4009BK
+SGAI 232· 41 CD4009BY
BAX68
BAX69
+SGAI 232 - 42 CD4010AD
BAX70
+SGAI 232· 43 CD4010AE
+SGAI 232· 44 CD4010AK
BAX71
BAX72
+SGAI 1232. 45 CD4010BD
tSGAI 232· 46 CD4010BE
BAX73
+BOW 200· 13 CD4010BF
BD5030
BD5031
+BOW 1200. 14 CD4010BK
+DDC ,172- 75 CD4010BY
BDACI
BDAC3
+DDC 1'72-76 CD4011AD
88· 1 CD4011AE
BDM1615500 tANA
BDM1616500 +ANA , 88· 2 CD4011AF
BDM1617500 tANA I 88. 3 CD4011AK
AM2501DC
AM2501DM
AM2505DC
AM2505DM
AM2505FM
AM2505PC
AM2506DC
AM2506DM
AM2506FM
AM2506PC
AM2600DC
AM2600DM
AM2600FM
AM2600PC
AM2602DC
AM2602DM
AM2602FM
AM2602PC
AM2614DC
AM2614DM
AM2614FM
AM2614PC
AM2615DC
AM2615DM
AM2615FM
AM2615PC
AM3705CD
AM3705D
AM26123DC
AM26123DM
AM26123FM
AM26123PC
AN·DI802RAD·B
6
:~~~
,m: ~~
D.A. T.A.
MFRS Pa&Line TYPE No.
tANA
HIIF
HIIF
HIIF
HIIF
HIIF
HIIF
HIIF
HIIF
HIIF
HIIF
HIIF
tSGAI
tSOD
tSOD
tSOD
tSOD
tBUR
tBUR
tBUR
tBUR
tBUR
tBUR
tBUR
tBUR
tlTL
tlTL
tRCA
tRCA
tRCA
tRCA
tRCA
tRCA
tRCA
tRCA
tRCA
HCY
HCY
HCY
HCY
HCY
HCY
HCY
HCY
HCY
HCY
HCY
HCY
HCY
HCY
HCY
HCY
HCY
HCY
HCY
HCY
HCY
HCY
HCY
HCY
+RCA
+RCA
+RCA
+RCA
+RCA
+RCA
+RCA
+RCA
+RCA
+RCA
+RCA
+RCA
RCA
RCA
RCA
RCA
RCA
+RCA
+RCA
+RCA
+RCA
tRCA
+RCA
+RCA
+RCA
+RCA
tRCA
tRCA
tRCA
RCA
RCA
RCA
RCA
RCA
+RCA
+RCA
+RCA
RCA
RCA
RCA
RCA
RCA
+RCA
+RCA
+RCA
RCA
RCA
RCA
RCA
RCA
+RCA
+RCA
+RCA
+RCA
232-102 rrn-gm~
88"-4
232-101
233· 11
233· 12
233· 41
233· 42
233· 43
233· 30
233· 10
233· 69
233· 70
233 - 65
227- 10
227- 11
227 - 12
227· 13
90· 25
90- 26
90- 16
90· 17
200· 8
200· 9
90· 27
90· 28
88· 39
250· 40
185· 16
185· 17
185· 18
185· 19
185· 20
185· 21
185· 22
185· 23
215·41
212· 72
212· 73
211·63
211- 64
207·103
207 -104
207·105
207 ·106
207· 69
207 -107
207 ·108
207 ·109
207 ·110
211- 98
211- 99
208· 1
206· 98
206· 99
207· 62
208- 2
208· 3
208- 4
242- 83
242 - 84
93· 95
93- 96
93· 97
93· 98
117· 2
117 - 3
116· 44
117 - 4
117· 5
117 - 6
116· 45
117 - 7
117·38
117 - 39
117· 40
117 - 41
117·42
117· 8
117· 9
116· 46
117· 10
232· 89
232- 90
232· 79
232- 91
182· 55
182· 56
182· 40
182· 57
182· 80
182·81
182·82
182·83
182·84
195· 23
195·24
195·25
197· 42
197·43
197·44
197· 45
197·46
197· 5
197· 6
197· 7
197·47
197 - 48
197· 49
197·50
197· 51
126· 26
126· 27
125· 76
126· 28
CD4011 BF
CD4011 BK
CD4011BY
CD4012AD
CD4012AE
CD4012AF
CD4012AK
CD4013AD
CD4013AE
CD4013AF
CD4013AK
CD4016AD
CD4016AE
CD4016AF
CD4016AK
CD4017AD
CD4017AE
CD4017AF
CD4017AK
CD4018AD
CD4018AE
CD4018AF
CD4018AK
CD4019AD
CD4019AE
CD4019AF
CD4019AK
CD4020AD
CD4020AE
CD4020AF
CD4020AK
CD4022AD
CD4022AE
CD4022AF
CD4022AK
CD4023AD
CD4023AE
CD4023AF
CD4023AK
CD4024AD
CD4024AE
CD4024AF
CD4024AK
CD4024AT
CD4025AD
CD4025AE
CD4025AF
CD4025AK
CD4026AD
CD4026AE
CD4026AF
CD4026AK
CD4027AD
CD4027AE
CD4027AK
CD4028AD
CD4028AE
CD4028AF
CD4028AK
CD4029AD
CD4029AE
CD4029AK
CD4030AD
CD4030AE
CD4030AF
CD4030AK
CD4032AD
CD4032AE
CD4032AK
CD4033AD
CD4033AE
CD4033AF
CD4033AK
CD4037AD
CD4037AE
CD4037AF
CD4037AK
CD4038AD
CD4038AE
CD4038AK
CD4040AD
CD4040AE
CD4040AF
CD4040AK
CD4041AD
CD4041AE
CD4041AK
CD4043AD
CD4043AE
CD4043AK
CD4044AD
CD4044AE
CD4044AK
CD4045AD
CD4045AE
CD4045AK
CD4047AD
CD4047AE
CD4047AK
CD4048AD
CD4048AE
CD4048AK
CD4049AD
CD4049AE
CD4049AF
CD4049AK
CD4049BD
CD4049BE
CD4049BF
CD4049BK
CD4049BY
CD4050AD
/1.Registered with JEDEC
by this manufacturer
MFRS
m: g~ I~g:ggg~~
~~~
RCA
RCA
RCA
tRCA
tRCA
tRCA
tRCA
tRCA
tRCA
tRCA
tRCA
tRCA
tRCA
tRCA
tRCA
tRCA
tRCA
tRCA
tRCA
tRCA
tRCA
tRCA
tRCA
tRCA
tRCA
tRCA
tRCA
tRCA
tRCA
tRCA
tRCA
tRCA
tRCA
tRCA
tRCA
tRCA
tRCA
tRCA
tRCA
tRCA
tRCA
tRCA
tRCA
tRCA
tRCA
tRCA
tRCA
tRCA
tRCA
tRCA
tRCA
tRCA
tRCA
tRCA
tRCA
tRCA
tRCA
tRCA
+RCA
+RCA
+RCA
+RCA
+RCA
+RCA
+RCA
+RCA
+RCA
+RCA
+RCA
+RCA
+RCA
+RCA
+RCA
+RCA
+RCA
+RCA
+RCA
+RCA
+RCA
tRCA
+RCA
+RCA
tRCA
+RCA
+RCA
tRCA
+RCA
+RCA
+RCA
+RCA
+RCA
+RCA
+RCA
+RCA
+RCA
tRCA
+RCA
+RCA
+RCA
+RCA
+RCA
+RCA
tRCA
tRCA
+RCA
+RCA
RCA
RCA
RCA
RCA
RCA
+RCA
No.
126- 56
126· 57
126· 58
126- 29
126- 30
125· 77
126- 31
67 - 39
67- 40
67 - 29
67 - 41
205 - 83
205 - 84
205 - 85
205 - 86
85·60
85·61
85·26
85 - 62
85· 63
85·64
85· 27
85 - 65
102·102
102·103
102· 91
102·104
79· 23
79· 24
78- 63
79· 25
85 - 66
85·67
85·28
85· 68
126- 32
126· 33
125 - 78
126· 34
1
79 26
79·27
.
78· 64
79· 28
79 - 29
117· 11
117 - 12
116 - 47
117· 13
85 - 69
85· 70
85·29
85· 71
48· 62
48 - 63
48- 64
90· 61
90· 62
90· 48
90- 63
86· 5
86· 6
86- 7
155· 19
155- 20
155· 8
155· 21
182· 70
182· 71
182· 72
73- 52
73· 53
73 - 15
73- 54
102-105
102·106
102· 92
102·107
182· 73
182- 74
182· 75
79- 10
79· 11
78- 46
79· 12
217· 8
217· 9
217· 10
250· 97
250· 98
250· 99
250·100
250-101
250·102
167 - 78
167· 79
167· 80
71- 7
71· 8
71· 9
203· 86
203· 87
203·88
197· 8
197· 9
196· 72
197· 10
197· 52
197· 53
197·54
197 - 55
197· 56
197· 11
CD4050AK
CD4050BD
CD4050BE
CD4050BF
CD4050BK
CD4050BY
CD4051AD
CD4051AE
CD4051AK
CD4051BD
CD4051BE
CD4051BF
CD4051BK
CD4051BY
CD4052AD
CD4052AE
CD4052AK
CD4052BD
CD4052BE
CD4052BF
CD4052BK
CD4052BY
CD4053AD
CD4053AE
CD4053AK
CD4053BD
CD4053BE
CD4053BF
CD4053BK
CD4053BY
CD4054AD
CD4054AE
CD4054AK
CD4054BD
CD4054BE
CD4054BF
CD4054BK
CD4054BY
CD4055AD
CD4055AE
CD4055AK
CD4055BD
CD4055BE
CD4055BF
CD4055BK
CD4055BY
CD4056AD
CD4056AE
CD4056AK
CD4056BD
CD4056BE
CD4056BF
CD4056BK
CD4056BY
CD4057AD
CD4057AH
CD4057AK
CD4059AD
CD4060AD
CD4060AE
CD4060AF
CD4060AH
CD4060AK
CD4063BD
CD4063BE
CD4063BF
CD4063BH
CD4063BK
CD4066AD
CD4066AE
CD4066AH
CD4066AK
CD4067BD
CD4068BD
CD4068BE
CD4068BF
CD4068BH
CD4068BK
CD4069BD
CD4069BE
CD4069BF
CD4069BH
CD4069BK
CD4070BE
CD4071BD
CD4071BE
CD4071 BF
CD4071 BH
CD4071BK
CD4072BD
CD4072BE
CD4072BF
CD4072BH
CD4072BK
CD4073BD
CD4073BE
CD4073BF
CD4073BH
CD4073BK
CD4075BD
CD4075BE
CD4075BF
CD4075BH
CD4075BK
CD4077BE
CD4078BD
CD4078BE
CD4078BF
CD4078BH
CD4078BK
CD4081 BD
CD4081BE
IN TYPE NUMBER SEQUENCE
MFRS Po&Line TYPE No.
19 .. IT
tHeA
tRCA
tRCA
RCA
RCA
RCA
RCA
RCA
tRCA
tRCA
tRCA
RCA
RCA
RCA
RCA
RCA
tRCA
tRCA
tRCA
RCA
RCA
RCA
RCA
RCA
tRCA
tRCA
tRCA
RCA
RCA
RCA
RCA
RCA
tRCA
tRCA
tRCA
RCA
RCA
RCA
RCA
RCA
tRCA
tRCA
tRCA
RCA
RCA
RCA
RCA
RCA
tRCA
tRCA
tRCA
RCA
RCA
RCA
RCA
RCA
tRCA
tRCA
tRCA
+RCA
+RCA
+RCA
+RCA
+RCA
+RCA
+RCA
+RCA
+RCA
+RCA
tRCA
+RCA
+RCA
+RCA
tRCA
+RCA
+RCA
+RCA
+RCA
+RCA
+RCA
+RCA
+RCA
+RCA
+RCA
+RCA
+RCA
+RCA
+RCA
+RCA
+RCA
tRCA
+RCA
tRCA
+RCA
+RCA
+RCA
+RCA
+RCA
+RCA
+RCA
tRCA
+RCA
+RCA
+RCA
tRCA
+RCA
+RCA
+RCA
+RCA
+RCA
+RCA
tRCA
+RCA
+RCA
196 - 73
197 - 13
197 - 57
197· 58
197 - 59
197·60
197 - 61
244 - 45
244- 46
244 - 47
244 - 58
244 - 59
244 - 60
244· 61
244·62
244· 48
244· 49
244 - 50
244· 63
244· 64
244· 65
244· 66
244· 67
244 - 51
244· 52
244· 53
244· 68
244· 69
244· 70
244· 71
244· 72
201· 33
201· 34
201· 35
201· 46
201· 47
201· 48
201· 49
201· 50
94· 10
94· 11
94· 12
201· 51
201· 52
201· 53
201· 54
201· 55
94· 13
94· 14
94 - 15
201· 56
201· 57
201· 58
201· 59
201· 60
246· 3
246· 4
246- 5
204- 7
79· 7
79 - 6
79· 8
78·45
79· 9
247· 44
247· 45
247 - 46
247· 37
247· 47
205· 40
205- 41
205 - 42
205· 43
234· 84
126· 35
126· 36
126· 37
125· 79
126· 38
195 - 26
195· 27
195· 28
194·102
195· 29
155· 9
112· 25
112· 26
112· 27
112· 3
112· 28
112· 29
112- 30
112· 31
112· 4
112· 32
98· 32
98· 33
98- 34
98· 10
98· 35
112· 33
112· 34
112· 35
112· 5
112· 36
161· 94
117· 14
117· 15
117· 16
116· 48
117· 17
98· 36
98·37
rrnID~~
CD4081BK
CD4082BD
CD4082BE
CD4082BF
CD4082BH
CD4082BK
CD4085BD
CD4085BE
CD4085BF
CD4085BH
CD4085BK
CD4086BD
CD4086BE
CD4086BF
CD4086BH
CD4086BK
CD4089BE
CD4093BD
CD4093BE
CD4093BF
CD4093BH
CD4093BK
CD4095BD
CD4095BE
CD4095BF
CD4095BK
CD4096BD
CD4096BE
CD4096BF
CD4096BK
CD4097BD
CD4098BE
CD4099BE
CD4502AD
CD4502AE
CD4502AF
CD4502AK
CD4502AY
CD4502BE
CD4510BE
CD4511BE
CD4514BD
CD4514BH
CD4515BD
CD4515BH
CD4516BE
CD4518BD
CD4518BE
CD4518BF
CD4518BH
CD4518BK
CD4520BD
CD4520BE
CD4520BF
CD4520BH
CD4520BK
CD4527AD
CD4527AE
CD4527AF
CD4527AK
CD4527AY
CD4527BD
CD4527BE
CD4527BF
CD4527BK
CD4527BY
CD4532BD
CD4532BE
CD4532BF
CD4532BK
CD4555BD
CD4555BE
CD4555BF
CD4555BH
CD4555BK
CD4556BD
CD4556BE
CD4556BF
CD4556BH
CD4556BK
CD40101AD
CD40101AE
CD40101AF
CD40101AK
CD40101AY
CD40101BD
CD40101BE
CD40101BF
CD40101BK
CD40101BY
CD40102AD
CD40102AE
CD40102AF
CD40102AK
CD40102AY
CD40102BD
CD40102BE
CD40102BF
CD40102BK
CD40102BY
CD40103AD
CD40103AE
CD40103AF
CD40103AK
CD40103AY
CD40103BD
CD40103BE
CD40103BF
CD40103BK
CD40103BY
CD40107AD
CD40107AE
.·Copy of mfr's data sheet
may be ordered from D.A.T.A.
MFRS pg&Line
:~~~
tRCA
tRCA
tRCA
tRCA
tRCA
tRCA
tRCA
tRCA
tRCA
tRCA
tRCA
tRCA
tRCA
tRCA
tRCA
tRCA
tRCA
tRCA
tRCA
tRCA
tRCA
tRCA
tRCA
tRCA
tRCA
tRCA
tRCA
tRCA
tRCA
tRCA
tRCA
tRCA
tRCA
RCA
RCA
RCA
RCA
RCA
tRCA
tRCA
tRCA
tRCA
tRCA
tRCA
tRCA
tRCA
tRCA
tRCA
tRCA
tRCA
tRCA
tRCA
tRCA
tRCA
tRCA
tRCA
RCA
RCA
RCA
RCA
RCA
RCA
+RCA
RCA
RCA
RCA
+RCA
+RCA
+RCA
+RCA
+RCA
+RCA
+RCA
+RCA
+RCA
+RCA
+RCA
+RCA
tRCA
+RCA
RCA
RCA
RCA
RCA
RCA
RCA
RCA
RCA
RCA
RCA
RCA
RCA
RCA
RCA
RCA
RCA
RCA
RCA
RCA
RCA
RCA
RCA
RCA
RCA
RCA
RCA
RCA
RCA
RCA
RCA
RCA
RCA
~g: ~~
98- 39
98- 40
98 - 41
98- 42
98- 12
98 - 43
104 - 28
104- 29
104- 30
104- 26
104- 31
104- 32
104· 33
104· 34
104· 27
104· 35
234 - 44
199· 1
199· 2
199· 3
198·106
199· 4
48- 70
48·71
48· 72
48·73
48·59
48· 60
48·74
48 - 61
234· 85
164 - 47
248·63
194·97
194· 98
194· 99
194·100
194·101
195- 30
73 - 3
93·94
88· 54
88·47
88 - 55
88·48
77·68
73· 60
73· 61
73· 62
73·32
73· 63
79· 18
79· 19
79· 20
78· 54
79· 21
234 - 55
234· 56
234· 57
234· 58
234· 59
234· 63
234· 64
234· 65
234· 66
234· 67
251·68
251· 69
251- 70
251·71
88 - 56
88· 57
88· 58
88· 49
88- 59
88· 60
88- 61
88· 62
88· 63
88· 64
248· 53
1248. 54
248· 55
248· 56
248· 57
248· 58
248 - 59
248 - 60
248- 61
248·62
73· 10
73· 11
73· 12
73· 13
73· 14
73· 64
73· 65
73· 66
73· 67
73- 68
78· 38
78· 39
78· 40
78· 41
78· 42
79· 44
79· 45
79· 46
79· 47
79- 48
219·110
220· 1
6
MFRS Pa&Line TYPE No.
1~~:~~~4~~
~g~
CD40107AY
CD40107BD
CD40107BE
CD40107BF
CD40107BK
CD40107BY
CD40181AD
CD40181AK
CD40181BD
CD40181BK
CD40182AD
CD40182AE
CD40182AF
CD40182AK
CD40182AY
CD40182BD
CD40182BE
CD40182BF
CD40182BK
CD40182BY
CD40257AD
CD40257AE
CD40257AF
CD40257AK
CD40257AY
CD40257BD
CD40257BE
CD40257BF
CD40257BK
CD40257BY
CDA1·3
CDA2·1
CDA2·2
CDA2·3
CDA2·4
CDA4A
CDA6
CDAll
CDA18
CDA18A
CDA23
CDA28A
CDA28B
CDA29A
CDA29B
CDASI
CDASIA
CDR5
CDR125AL
CDR125AP
CH 1032
CH1033#1
CH 1033#2
CH1034
CH1036
CH1037
CH1038
CH1041M
CH1041P
CH 1044M
CH1044P
CH1050
CH1060
CH1070
CH1071
CHll0l
CHll02
CH 1140
CH 1141
CH 1142
CH2001A
CM1151
CM1160
CM1161
CM4000AD
CM4000AE
CM4001AD
CM4001AE
CM4002AD
CM4002AE
CM4004AE
CM4007AD
CM4007AE
CM4008AD
CM4008AE
CM4009AD
CM4009AE
CM4010AD
CM4010AE
CM4011AD
CM4011AE
CM4012AD
CM4012AE
CM4013AD
CM4013AE
CM4016AD
CM4016AE
CM4017AD
CM4017AE
CM4018AD
CM4018AE
CM4019AD
CM4019AE
CM4020AD
CM4020AE
CM4022AD
CM4022AE
CM4023AD
CM4023AE
CM4024AD
CM4024AE
CM4025AD
7
.
3. TYPE No CROSS INDEX
MFRS Po&Line TYPE
TYPE No.
RCA
RCA
RCA
RCA
RCA
RCA
RCA
RCA
RCA
RCA
RCA
RCA
RCA
HCA
RCA
RCA
RCA
RCA
RCA
RCA
RCA
RCA
RCA
RCA
RCA
RCA
RCA
RCA
RCA
RCA
HCY
HCY
HCY
HCY
HCY
HCY
HCY
HCY
HCY
HCY
HCY
HCY
HCY
HCY
HCY
HCY
HCY
HCY
HCY
HCY
+CER
+CER
+CER
+CER
+CER
+CER
+CER
+CER
+CER
+CER
+CER
+CER
+CER
+CER
+CER
CER
+CER
CER
CER
CER
+CER
+CER
+CER
+CER
+SOD
+SOD
.SOD
+SOD
+SOD
+SOD
.SOD
+SOD
+SOD
+SOD,
+SOD
+SOD
+SOD
+SOD
+SOD
+SOD
+SOD
+SOD
+SOD
+SOD
+SOD
+SOD
+SOD
+SOD
+SOD
+SOD
+SOD
+SOD
+SOD
+SOD
+SOD
.SOD
+SOD
+SOD
+SOD
+SOD
+SOD
+SOD
MFRS Pa&Line TYPE No.
1m: ~ Ig~:g~~~6
:~gg
+SOD
220· 4 CM4026AE
CM4027AD
220· 13
+SOD
220· 14 CM4027AE
+SOD
tSOD
220· 15 CM4028AD
220· 16 CM4028AE
+SOD
220· 17 CM4029AD
+SOD
246· 8 CM4029AE
+SOD
+SOD
246· 9 CM4030AD
246· 17 CM4030AE
+SOD
246· 18 CM4032AD
+SOD
252·101 CM4032AE
+SOD
+SOD
252·102 CM4033AD
252 -103 CM4033AE
+SOD
CM4037AD
+SOD
12~2-104
252 ·105 CM4037AE
+SOD
+SOD
1253 - 3 CM4038AD
+SOD
1253 - 4 CM4038AE
253· 5 CM4040AD
+SOD
253· 6 CM4040AE
+SOD
CM4041AD
+SOD
1253. 7
244· 12 CM4041AE
+SOD
+SOD
1244· 13 CM4043AD
+SOD
1244. 14 CM4043AE
244· 15 CM4044AD
+SOD
244· 16 CM4044AE
+SOD
244· 73 CM4045AD
+SOD
244· 74 CM4045AE
+SOD
+SOD
244 - 75 CM4047AD
+SOD
244 - 76 CM4047AE
+SOD
244· 77 CM4047AF
206- 86 CM4048AD
SOD
SOD
211· 59 CM4048AE
211· 60 CM4049AD
+SOD
211· 61 CM4049AE
+SOD
211· 62 CM4050AD
+SOD
+SOD
210· 80 CM4050AE
211-108 CM4066AD
+SOD
+SOD
205·44 CM4066AE
SOD
211·100 CM4069BD
SOD
211·101 CM4069BE
211-102 CM4102AD
+SOD
207·63 CM4102AE
+SOD
SOD
207· 64 CM4102AF
207· 65 CM4104AD
+SOD
207·66 CM4104AE
+SOD
+SOD
1173· 98 CM4104AF
+SOD
1173. 99 CM410SAD
207· 67 CM4108AE
+SOD
,226 . 22 CM4108AF
+SOD
: 226· 23 CM4116AD
+SOD
'225·93 CM4116AE
+SOD
SOD
1225.102 CM4116AF
1225·95 CM4117AD
+SOD
1225·108 CM4117AE
+SOD
+SOD
1225. 94 CM4117AF
225 - 92 C0231
+VEL
+VEL
226· 3 C0231L
+VEL
'225·109 C0232
+VEL
1225 ·110 C0233M
+VEL
226· 1 C0235
+VEL
226· 2 C0236
+VEL
C0238
I203·
71· 57
HCY
48 CSH101A
,201· 99 CSH101B
HCY
DAC
1201.100 CTL 100N31-12
DAC
183· 45 CTL 100N3124
DAC
1185. 15 CTL 100P31·12
DAC
,184· 61 CTL 100P3124
DAC
1184. 62 CTL 1DO PIN 12
184· 63 CTL 100P/N 12S DAC
;201· 83 CTL 100P/N24 +DAC
DAC
'220· 7 CTL250N31·12
DAC
220·101 CTL250P31·12
DAC
220·102 CTL250P312B
123 - 45 CTL250P412S-28
DAC
123· 46
123 - 47 CTL250PIN 12
DAC
DAC
123· 48 CTL250P/N24
DAC
123 - 49 CTL250P/N28
DAC
: 123· 50 CTPSP12
1 77.63 CTPSP24
DAC
·232· 92 CTR100P/N6PB DAC
232· 93 CTR 1OOP/N 12PB DAC
182· 58 CTR100P/N 12S tDAC
182· 59 CTR100P/N24 tDAC
195· 31 CTR100P/N24PB DAC
195· 32 CTR250PIN24PB DAC
197 - 14 CTR500P/N 12MSO
DAC
197· 15
' 124·105 CTR500P/N 12SMSO
DAC
i 124·106
DAC
1124.107 CTR500PIN24
DAC
124·108 CTR750NI2
' 67· 4 CTR750P12MSO DAC
MON
1 67· 5 050
+INL
1212.39 o 112MDD
212· 40 o 112MFD
+INL
+INL
I 83· 80 D113MDD
+INL
! 83· 81 o 113MFD
D120MDD
+INL
I 85·
96
85·97 D120MFD
+INL
102· 74 D121MDD
+INL
+INL
1102.75 D121MFD
77· 61 D123AL
+SIX
+SIX
I 77· 62 D123AP
+SIX
I 85·99
85· 98 D123BL
D123BP
+SIX
i 124·109 D123MDD
+INL
1124.110 D123MFD
+INL
+SIX
77· 64 D125AL
SIX
77· 65 D125AP
'123· 51 D125BL
+SIX
I
D.A. T.A.
11~~: ~~ l~mFriD
83· 83
48· 10
48· 11
90· 64
90· 65
76· 81
76· 82
154· 98
154 - 99
182· 76
182- 77
83· 84
83· 85
102 ·108
102·109
182· 78
182· 79
77- 66
77 - 67
220· 8
220· 9
64· 17
64· 18
64· 19
64· 20
167· 76
167· 77
71- 10
71 - 11
71· 12
203· 89
203- 90
197· 16
1197
197 -197 253·
253 1195195·
73·
17
18
19
71
72
33
34
7
IB
!
197·20
197· 21
197· 22
. 244· 37
'244· 38
244·39
205 - 87
205·88
205 - 89
93·102
93·103
93·104
72· 3
71-109
72· 1
71- 89
72· 2
71· 94
71· 77
208· 5
208· 6
201·101
201·102
201·103
201·104
201·105
201·106
201·107
201·108
201-109
201·110
202· I
202·
202·
202·
1202·
202I 66·
66·
6666·
6666·
66·
2
3
4
5
6
54
55
56
57
58
59
60
66· 61
66- 62
66· 63
66· 64
163· 5
226· 39
226· 40
226· 41
226· 42
226· 43
226· 44
226· 45
226·46
226· 62
226- 63
226· 64
226· 65
226· 11
226· 12
226· 14
226· 15
226· 16
+~~~
D1251FD
+INL
D125MDD
+INL
D125MFD
+INL
D129AL
+SIX
SIX
D129AP
.SIX
D129BL
SIX
D129BP
SIX
D130AA
D130AL
SIX
SIX
D130BA
D130BL
SIX
D132AL
+SIX
D132AP
+SIX
SIX
D132BL
SIX
D132BP
D139AL
+SIX
D139AP
SIX
D139BL
+SIX
SIX
D139BP
D139CJ
+SIX
+ITL
03205
D3207A
+ITL
D3207A·l
+ITL
D3208A
+ITL
03210
+ITL
03211
+ITL
+ITL
03235
03404
+ITL
D3408A
+ITL
DACO 1AP,AS,A Y%
+PMI
DACO 1BP.BS.BY%
+PMI
DACOI CP.CS.CY%
+PMI
DACOI FP.FS.FY%
+PMI
DACOI HP.HS.HY%
+PMI
DAC01P
+PMI
DAC02ACUI
+PMI
DAC02ACU2
+PMI
DAC02BCUI
+PMI
DAC02BCU2
+PMI
DAC02CCUI
+PMI
+PMI
DAC02CCU2
DAC02DDUI
+PMI
DAC02DDU2
+PMI
DAC03ADUI
+PMI
DAC03ADU2
+PMI
DAC03BDUI
+PMI
+PMI
DAC03BDU2
DAC03CDUI
+PMI
DAC03CDU2
+PMI
DAC03DDUI
+PMI
DAC03DDU2
+PMI
DAC04ACU2
+PMI
DAC04ADU2
+PMI
DAC04BCU2
+PMI
DAC04BDU2
+PMI
DAC04CCU2
+PMI
DAC04CDU2
+PMI
DAC04DCU2
+PMI
DAC04DDU2
+PMI
DAC08AZ
+PMI
DAC08CZ
+PMI
+PMI
DAC08EZ
DAC08Z
+PMI
+ANA
DAC8M
DAC80MET
+ANA
DAC80MSN
+ANA
+ANA
DAC80SET
DAC80SSN
+ANA
+DTL
DAC9·8BI
DAC9·8BIR
+DTL
+DTL
DAC9·8DI
+DTL
DAC9·8DIR
+ANA
DAC10DF
DAC100MET
+ANA
DAC100MSN
+ANA
DAC100SET
+ANA
+ANA
DAC100SSN
DAC10Zl
+ANA
DAC10Z3
+ANA
DAC12M
+ANA
+ANA
DAC120MET
DAC120MSN
+ANA
DAC120SET
+ANA
DAC120SSN
+ANA
DAC 120Z·BCD +ANA
+HBC
DACI20Z·BIN +ANA
+BUB
+HBC
DAC140G
+ANA
+ANA
DAC140M
+ANA
DAC160G
DAC160M
+ANA
DACI9·8B
+DTL
DACI9·8BI
+DTL
DACI9-SD
+DTL
DACI9·8DI
tDTL
DAC20·08B·BOB
+BUB
DAC20-08B-USB
tBUB
DAC20·08U·BOB
tBUB
DAC20·08U·USB
+BUB
DAC20-10B-USB
+BUB
t,·Registered with JEDEC
by this manufacturer
IHt
IN TYPE NUMBER SEQUENCE
No.
MFRS Po&Line TYPE No.
rrrs·17
MFRS, PQ&Line
I UA{;2U·l uu·tluB
;m:~g
I g!~~ gg~~¥;,
+BUB
9 DAC20·10U·USB
177·41
175· 18 DAC100CCT2 +PMI
226· 10
DAC100CDNl +PMI
177· 42
+BUB
226· 8
177· 43
175· 19 DAC100CDOl +PMI
226· 13 DAC20·12B·BCD
DAC100CD02 +PMI
177·44
+BUB
177· 45
,,226·
31 DAC20·12B·BOB
175· 20 DAC100DBNl +PMI
1226 . 30
177· 46
DAC100DBOl +PMI
+BUB
226· 32
177·47
175· 21 DAC100DB02 +PMI
1226.33 DAC20·12B·BTC
177·48
DAC100DCNl +PMI
+BUB
226· 18
177· 49
175· 22 DAC100DCOl +PMI
226· 19 DAC20·12B·USB
177 - 50
DAC100DC02 +PMI
tBUB
226· 20
177 - 51
175· 23 DAC100DDNl +PMI
1226- 21 DAC20·12U·BCD
DAC100DDOl +PMI
177· 52
+BUB
203· 59
177· 53
175 - 24 DAC100DD02 +PMI
203· 60 DAC20-12U·BOB
177· 54
DAC100DD03 +PMI
+BUB
203· 61
177· 55
175· 25 DAC100DD04 +PMI
203· 62 DAC20-12U·USB
DAC100DDT1 +PMI
177·56
+BUB
226· 34
177·57
+DTL 1179- 13 DAC100DDT2 +PMI
226· 35 DAC29-8B
HRW 177 - 86
tDTL : 179· 14 DAC10l
226· 36 DAC29·8D
tDTL
176· 82
226· 37 DAC40·08B·BIN BUB [175.26 DAC169·16B
tDTL
176· 83
175·27 DAC169-16D
226· 38 DAC40·08B-BOB
DAC310-10
+HBC
178· 44
88- 40
+BUB
+HBC
178· 45
175 - 28 DAC310·11
196· 29 DAC40-08B-BTC
+HBC
178· 46
DAC310·12
+BUB
196· 30
+HBC
178· 47
175· 29 DAC310Dl0
1215.30 DAC40·08U·CBI BUB
178· 48
+HBC
175·30 DAC310Dll
196- 7 DAC40·10B·BIN BUB
+HBC
178· 49
175·31 DAC310D12
196·102 DAC40·10B·BTC
178·87
DAC316·3BCD +HBC
+BUB
196· 8
178· 88
+HBC
175 - 32 DAC316·10
1250. 41 DAC40-10U-CBI BUB
178·89
175 - 33 DAC316·11
+HBC
215·31 DAC40-12B-BCD
+HBC
178· 90
DAC316·12
+BUB
1176 ·102
178·50
175·34 DAC32814BCD +HBC
DAC40·12B·BIN BUB
+HBC
178·51
'176·103 DAC40·12B-BTC
175·35 DAC328116
178· 52
DAC328V4BCD +HBC
+BUB
178·53
+HBC
175· 36 DAC328V16
1176.104 DAC40-12U-CBI BUB
178· 14
+HBC
DAC40-12U-CCD
175· 37 DAC331·8
178· 15
DAC331·10
+HBC
+BUB
176 ·105
175 - 44
176· 43 DAC345110BP +HBC
DAC45CBI
+BUB
175· 45
176 - 44 DAC345110UP +HBC
+BUB
176·106 DAC45CCD
175·46
DAC49-10B
+DTL
179· 15 DAC345112BP +HBC
175·47
179· 16 DAC345112UP +HBC
+DTL
176·107 DAC49-10BI
175·48
179· 17 DAC346Vl0BP +HBC
+DTL
174· 81 DAC49·12D
175·49
179 - 18 DAC346Vl0UP +HBC
tDTL
174·82 DAC49-12DI
DAC346V12BP
+HBC
175·50
175 - 38
+BUB
174·83 DAC60·10
175·51
+BUB
175· 39 DAC346V 12UP +HBC
174· 84 DAC60-12
178 - 16
+DTL
179· 19 DAC355·4BCD +HBC
174·85 DAC69·12B
+HBC
178· 17
179· 20 DAC355·14
+DTL
174·86 DAC69·12BI
DAC355-16
+HBC
178·
18
177·64
174 - 87 DAC70C·CCD·1 +BUB
+HBC
175·52
177· 65 DAC365·8
174 - 88 DAC70C·COB-1 +BUB
175
53
DAC365·10
+HBC
177·66
174 - 89 DAC70C·CSB-1 +BUB
175·54
177 - 67 DAC365·12
+HBC
+BUB
174· 90 DAC70CCD-1
175 - 55
+HBC
177·68 DAC368-8
174 - 91 DAC70COB·1
+BUB
+HBC
175·56
177·69 DAC368·10
+BUB
174· 92 DAC70CSB·1
DAC368·12
+HBC
175·
57
175·40
+BUB
174·93 DAC80CBI·1
178·54
175 - 41 DAC371·2BCD +HBC
+BUB
174· 94 DAC80CBI-V
17280
DAC371-2BCD·LV
175·42
+BUB
174·95 DAC80CCD·1
175 - 43
+HBC
+BUB
174· 96 DAC80CCD·V
178·55
176
70
DAC371·8
+HBC
[174.97 DAC85C-CBI·1 +BUB
172·81
+HBC
176·71 DAC371·8LV
174·98 DAC85C·CBI·V +BUB
+HBC
178· 56
176- 72 DAC371110
DAC85C-CCD·1 +BUB
178·57
176·73 DAC371110BCD +HBC
DAC85C·CCD-V +BUB
+HBC
178·58
DAC371Vl0
176·74
,174·101 DAC85CBI·1
+BUB
178· 59
176· 75 DAC371Vl0BCD
+BUB
1174 ·102 DAC85CBI·V
+HBC
176· 76
174·103 DAC85CCD·1
+BUB
+HBC
178· 60
+BUB
176· 77 DAC372·8
'174 ·104 DAC85CCD·V
178·61
+HBC
1174.105 DAC85ET·CBI·1
176 - 78 DAC372·10
+HBC
178· 62
DAC372·11
+BUB
174·106
17S- 63
+HBC
176· 79 DAC372·12
174 -107 DAC85ET·CBI·V
178· 64
DAC372·12BCD +HBC
174·108
+BUB
178·
65
DAC37218
+HBC
176·
80
177- 58 DAC85LD·CBI·1
178· 66
DAC372110
+HBC
174-109
+BUB
178·67
DAC372111
+HBC
176·
81
174-110 DAC85LD·CBI·V
178 - 68
DAC372112
+HBC
+BUB
175- 1
178· 69
HRW 177· 85 DAC372112BCD +HBC
175· 2 DAC100
178- 70
+HBC
176·110 DAC372WB8
179· 5 DAC100AANl +PMI
178 - 71
177· 1 DAC372WB10 +HBC
179 - 6 DAC100AAOl +PMI
178- 72
177- 2 DAC372WBll +HBC
179· 7 DAC100AA02 +PMI
178·
73
DAC372WBI2
+HBC
177·
3
DAC100ABNl
+PMI
179- 8
178- 74
177· 4 DAC372WB 12BCD
179 - 35 DAC100ABOl +PMI
+HBC
177 - 5
175- 3 DAC100AB02 +PMI
178- 75
177· 6 DAC37313BCD +HBC
175- 4 DAC100ACNl +PMI
178- 76
+HBC
177· 7 DAC373112
175· 5 DAC100ACOl +PMI
175· 58
177· 8 DAC37S-3BCD +HBC
175- 6 DAC100AC02 +PMI
175 - 59
177
DAC375-8
+HBC
9
DAC100AC03
+PMI
172·77
175- 60
177 - 10 DAC37S-10
+HBC
172- 78 DAC100AC04 +PMI
175·
61
DAC37S-11
+HBC
177·
11
DAC100ACTl
+PMI
177·59
+HBC
175· 62
177· 12 DAC37S·12
175· 7 DAC100ACT2 +PMI
174· 2
177· 13 DAC380·3BCD +HBC
175· 8 DAC100ADNl +PMI
174· 3
+HBC
177· 14 DAC380·10
175· 9 DAC100ADOl +PMI
174- 4
+HBC
177· 15 DAC380·11
175· 10 DAC100AD02 +PMI
+HBC
174· 5
177- 16 DAC380·12
172· 79 DAC100BANl +PMI
179· 43
177· 17 DAC38S12BCD +HBC
DAC100BAOl +PMI
179- 44
+HBC
177 - 18 DAC38S18
175· 11 DAC100BA02 +PMI
178- 77
+HBC
177· 19 DAC390·10
DAC100BBNl +PMI
+HBC
178· 78
177· 20 DAC390·11
177- 60 DAC100BBOl +PMI
178- 79
+HBC
177· 21 DAC390·12
177· 61 DAC100BB02 +PMI
178· 80
+HBC
177·22 DAC390Dl0
177·62 DAC100BCNl +PMI
178· 81
+HBC
177· 23 DAC390Dll
177- 63 DAC100BCOl +PMI
+HBC
178· 82
177·24 DAC390D12
179 - 9 DAC100BC02 +PMI
+HBC
178· 83
177· 25 DAC395·12A
179- 10 DAC100BC03 +PMI
.HBC
178· 84
177· 26 DAC39S·12B
179- 11 DAC100BC04 +PMI
+HBC
178·85
+PMI
177- 27 DAC395·12C
179- 12 DAC100BCT1
177- 28 DAC1009BCD +ANA 172- 82
175· 12 DAC100BCT2 +PMI
+ANA 172· 83
177· 29 DAC1009BIN
DAC100BDNl +PMI
177·30 DACll06·001 +ANA 179· 48
175 - 13 DAC100BDOl +PMI
177· 31 DAC 1106·002 +ANA 179· 49
DAC100BD02 +PMI
+ANA 178·86
177·32 DACll08
175· 14 DAC100CBNl +PMI
+ANA 177· 70
177·33 DAC1112
DAC100CBOl +PMI
+ANA i 177- 71
177· 34 DAC1117
175· 15 DAC100CB02 +PMI
177·35 DAC 1118·023 +ANA i 175· 63
DAC100CCNl +PMI
177· 36 DAC 1118·025 tANA 1175.64
175- 16 DAC100CCOl +PMI
177·37 DAC 1118·044 +ANA 175-65
DAC100CC02 +PMI
+ANA 174· 6
177·38 DAC1125
DAC100CC03 +PMI
:~~:
Im:l~~
• ·Copy of mfr's data sheet
may be ordered from D.A.T.A.
7
TYPE No.
Ig~g~~~1
DAC-E8BCD
DAC-E8BIN
DAC-El0BCD
DAC-El0BIN
DAC-EI2BCD
DAC-EI2BIN
DACCM8B
DACCM10B
DACCM12B
DACFI8B
DACFll0B
DACGI8B
DACGll0B
DACHB8B
DACHB10B
DACHB12B
DACHB12D
DACHI8B
DACHll0B
DACHI12B
DACHR13B
DACHR14B
DACHR15B
DACHR16B
DACHV6Bl00
DACHV8Bl00
DACHV10B 100
DACHY12BC
DACHY12DC
DACI8B
DACI8D
DACll0B
DACI12B
DACI12D
DACIC8BC
DACIC8BM
DACMI8B
DACMI8D
DACMll0B
DACMI12B
DACMI12D
DACMV8B
DACMV8D
DACMV10B
DACMV12B
DACMV12D
DACR8B
DACR8D
DACR10B
DACR12B
DACR12D
DACTR8B
DACTR8D
DACTR10B
DACTR12B
DACTR12D
DACV8B
DACV8D
DACV10B
DACV12B
DACV12D
DACVR8B
DACVR8D
DACVR10B
DACVR12B
DACVR12D
DAS8DLP12B
DAS16L8B
DAS16L8D
DAS16L10B
DAS16L12B
DAS16L 12D
DAS16LP12B
DAS16M8B
DAS16M8D
DAS16Ml0B
DAS16M12B
DAS16M12D
DAS400
DAS401
DAS450
DAS450HP
DAS2107
DAS2110
DAS2114
DAS2126B3
DAS2132Bl
DAS2133Bl
DAS2136Bl
DAS2137Bl
DDAC10-l
DDAC10-3
DDACll-l
DDAC11-3
DDAC12-1
DDAC12-3
DF2 I lCR
DF21 I DICE
DGI I lMDD
DGlllMFD
DG112MDD
DG112MFD
DG116AL
DG116AP
DG116BL
DG116BP
DG116MDD
DG116MFD
DG118MDD
DG118MFD
DG120MDD
DG120MFD
8
3. TYPE
No. CROSS INDEX
MFRS Pa&Line TYPE
MFRS Pa&Line TYPE No.
MFRS' Pa&Line TYPE No.
:~~~ 1~~: g~ Ig~m~~g
+DDC
+DDC
+DDC
+DDC
+DDC
+DDC
+DTL
+DTL
+DTL
+DTL
+DTL
+DTL
+DTL
+DTL
+DTL
+DTL
+DTL
+DTL
tDTL
+DTL
+DTL
+DTL
+DTL
+DTL
+DTL
+DTL
+DTL
+DTL
+DTL
+DTL
+DTL
+DTL
+DTL
+DTL
+DTL
+DTL
+DTL
+DTL
tDTL
+DTL
+DTL
tDTL
+DTL
+DTL
tDTL
+DTL
+DTL
+DTL
tDTL
+DTL
+DTL
+DTL
+DTL
+DTL
+DTL
tDTL
tDTL
tDTL
tDTL
tDTL
tDTL
tDTL
tDTL
tDTL
tDTL
+DTL
tDTL
+DTL
tDTL
+DTL
+DTL
+DTL
+DTL
tDTL
+DTL
+DTL
+DTL
+DTL
+HBC
+HBC
+HBC
tHBC
SIE
SIE
SIE
SIE
SIE
SIE
SIE
SIE
+DDC
+DDC
+DDC
+DDC
+DDC
+DDC
+SIX
+SIX
tlNL
+INL
tlNL
tlNL
SIX
SIX
SIX
SIX
+INL
tlNL
tlNL
+INL
+INL
+INL
175 - 67
175 - 68
175· 69
175· 70
175· 71
175·72
179· 45
179· 46
179· 47
175· 73
175· 74
175· 75
175 - 76
176 - 85
176 - 86
176 - 87
176 - 88
175 - 77
175 - 78
175 - 79
173 - 86
173 - 87
173 - 88
173 - 89
175 - 80
175 - 8 I
175 - 82
175 - 83
175 - 84
175 - 85
175 - 86
175 - B7
175 - 88
175 - 89
173 - 84
173 - 85
176- 62
176- 63
176- 64
176- 65
176- 66
176- 45
176· 46
176- 47
176 - 48
176· 49
176 - 50
176· 51
176· 52
176 - 53
176· 54
176 - 55
176- 56
176 - 57
176- 58
176- 59
176 - 89
176- 90
176- 91
176 - 92
176 - 93
176 - 94
176- 95
176 - 96
1176- 97
176- 98
,254 - 18
1254-26
254 - 27
254· 25
1254· 23
'254-24
1254. 19
254 - 35
254 - 36
254· 34
254· 28
254 - 29
254· 20
254- 21
254· 39
254 - 40
212· 43
212- 49
212- 44
206· 87
21 1- 51
21 1· 53
21 1·52
21 I - 54
172· 85
172· 86
172- 87
1172. 88
172· 89
: 172- 90
1254.92
254- 93
206- 28
1206- 29
206 - 30
206- 31
253 - 22
253 - 23
253 - 24
253 - 25
206 - 32
206- 33
205 - 45
205 - 46
206- 34
206 - 35
DG123AL
DG123AP
DG 123BL
DG123BP
DG123MDD
DG123MFD
DG125AL
DG125AP
DG125BL
DG125BP
DG125MDD
DG125MFD
DG126ADD
DG126AFD
DG126AL
DG126AP
DG126BL
DG126BP
DG126DD
DG 126FD
DG129ADD
DG I 29AFD
DG129AL
DG129AP
DG129BL
DG129BP
DG129DD
DG129FD
DG133ADD
DG133AFD
DG133AL
DG133AP
DG133BL
DG 133BP
DG133DD
DG133FD
DG134ADD
DG 134AFD
DG134AL
DG134AP
DG134BL
DG134BP
DG134DD
DG134FD
DG139ADD
DG139AFD
DG139AL
DG139AP
DG139BL
DG139BP
DG139DD
DG139FD
DG140ADD
DG140AFD
DG140AL
DG140BL
DG140DD
DG 140FD
DG141ADD
DG I 41AFD
DG141AL
DG141AP
DG141BL
DG141BP
DG141DD
DG141FD
DG142ADD
DG142AFD
DG142AL
DG142AP
DG142BL
DG I 42BP
DG142DD
DG142FD
DG143ADD
DG143AFD
DG143AL
DG143AP
DG143BL
DG143BP
DG143DD
DG143FD
DG144ADD
DG144AFD
DG144AL
DG144AP
DG144BL
DG144BP
DG144DD
DG144FD
DG145ADD
DG145AFD
DG I 45AL
DG145AP
DG145BL
DG145BP
DG145DD
DG145FD
DG146ADD
DG146AFD
DG146AL
DG146AP
DG146BL
DG146BP
DG146DD
DG146FD
DG151ADD
DG 151AFD
DG151AL
DG151AP
DG151BL
DG151BP
D.A. T.A.
fTl'IL
+INL
SIX
SIX
SIX
SIX
+INL
+INL
SIX
SIX
SIX
SIX
+INL
+INL
+INL
+INL
+SIX
SIX
SIX
SIX
+INL
+INL
+INL
+INL
+SIX
+SIX
SIX
SIX
+INL
+INL
+INL
+INL
+SIX
SIX
SIX
SIX
+INL
+INL
+INL
+INL
+SIX
SIX
SIX
SIX
+INL
+INL
+INL
+INL
+SIX
SIX
+SIX
SIX
tlNL
+INL
+INL
tlNL
tSIX
SIX
tlNL
tlNL
tlNL
tlNL
+SIX
SIX
SIX
SIX
+INL
+INL
+INL
+INL
tSIX
SIX
+SIX
SIX
+INL
tlNL
+INL
tlNL
+SIX
SIX
+SIX
SIX
+INL
tlNL
+INL
+INL
+SIX
SIX
+SIX
SIX
+INL
+INL
+INL
+INL
tSIX
SIX
+SIX
SIX
+INL
+INL
tlNL
tlNL
+SIX
SIX
+SIX
SIX
+INL
+INL
+INL
+INL
tSIX
SIX
,SIX
SIX
j2U5 ·47
205 - 48
206· 38
206 - 39
206- 40
206- 41
206- 36
206· 37
212- 13
212- 14
212· 15
212- 16
205· 49
205 - 50
209- 14
209- 15
208- 69
208 - 70
208- 71
208- 72
209- 16
209- 17
209- 18
209- 19
208 - 73
208- 74
208· 75
208· 76
209- 20
209· 21
209- 22
j209- 23
208· 77
208 - 7B
'208- 79
208 - 80
209 - 24
209· 25
209 - 26
209 - 27
208- 81
208- 82
208 - 83
208· 84
209 - 28
209 - 29
209 - 30
209- 31
21 I - 74
21 1- 75
21 I - 76
211· 77
209 - 32
209- 33
209 - 34
209 - 35
208 - 85
208 - 86
209 - 36
209- 37
209 - 38
209 - 39
208 - 87
208 - 88
208 - 89
208 - 90
209 - 40
209- 41
209- 42
209 - 43
2 11 - 78
,21 1· 79
121 1- 80
21 I - 81
209 --44
209 - 45
209 - 46
209 - 47
21 1- 82
21 1- 83
21 1- 84
21 I - 85
209- 48
209 - 49
209 - 50
209- 51
21 I - 86
21 1- 87
21 I - 88
21 1·89
209· 52
209 - 53
209· 54
209 - 55
21 I - 90
21 1- 91
21 1- 92
21 1- 93
209 - 56
209 - 57
209 - 58
209- 59
21 I - 94
211- 95
211- 96
211- 97
209- 60
209- 61
209- 62
209- 63
208- 91
208- 92
208- 93
208 - 94
Ig~1g1~g
DG152ADD
DG152AFD
DG152AL
DG152AP
DG 152BL
DG152BP
DG152DD
DG152FD
DG153ADD
DG153AFD
DG153AL
DG153BL
DG153DD
DG153FD
DG154ADD
DG154AFD
DG154AL
DG154AP
DG154BL
DG I 54BP
DG154DD
DG 154FD
DG161ADD
DG161AFD
DG161AL
DG161AP
DG161BL
DG161BP
DG161DD
DG161FD
DG162ADD
DG162AFD
DG162AL
DG162AP
DG162BL
DG162BP
DG162DD
DG162FD
DG163ADD
DG163AFD
DG163AL
DG163BL
DG163DD
DG 163FD
DG164ADD
DG164AFD
DG164AL
DG164AP
DG164BL
DG164BP
DG164DD
DG164FD
DG170AP
DG170BP
DG I 70CJ
DG171AA
DG17 I BA
DG172AL
DG172AP
DG172BL
DGI72BP
DG172CJ
DG173AL
DG173AP
DG 173BL
DG173BP
DG175AA
DG I 75BA
DG180AA
DG180AL
DG180AP
DG180BA
DG I 80BL
DG I 80BP
DG181AA
DG181AL
DG181AP
DG181BA
DG181BL
DG181BP
DG182AA
DG182AL
DG182AP
DG182BA
DG182BL
DG182BP
DG183AL
DG183AP
DG183BL
OG183BP
oG184AL
oG184AP
DG184BL
DG184BP
DG185AL
DG185AP
DG185BL
DG185BP
DG186AA
DG186AL
DG186AP
DG186BA
DG186BL
DG186BP
!;-Registered with JEDEC
by this manufacturer
::~t
+INL
+INL
+SIX
SIX
+SIX
SIX
+INL
tlNL
+INL
+INL
+SIX
+SIX
+INL
+INL
+INL
+INL
+SIX
+SIX
+SIX
+SIX
+INL
+INL
+INL
+INL
+SIX
+SIX
+SIX
+SIX
+INL
+INL
+INL
+INL
+SIX
+SIX
+SIX
+SIX
+INL
+INL
tlNL
+INL
+SIX
+SIX
+INL
tlNL
+INL
+INL
tSIX
+SIX
tSIX
+SIX
+INL
tlNL
SIX
SIX
+SIX
+SIX
+SIX
+SIX
SIX
+SIX
SIX
tSIX
+SIX
SIX
+SIX
SIX
tSIX
+SIX
+SIX
+SIX
SIX
+SIX
+SIX
SIX
+SIX
SIX
+INL
SIX
+SIX
SIX
+INL
SIX
+SIX
SIX
tlNL
SIX
tSIX
SIX
+INL
SIX
+SIX
SIX
tSIX
SIX
SIX
+INL
SIX
SIX
+INL
SIX
SIX
+INL
SIX
SIX
+INL
SIX
+SIX
+SIX
SIX
+SIX
+SIX
SIX
No.
~g~: ~~ ~~1~~~~
209 - 66
209 - 67
208 - 95
208- 96
208· 97
208- 98
209· 68
209· 69
209 - 70
209· 71
208- 99
208-100
209· 72
209 - 73
209· 74
209 - 75
208-101
208-102
208-103
208 ·104
I~g~: ~~
'209· 78
209· 79
208 ·105
208 -106
208 ·107
208 -lOB
209· 80
209- 81
209 - 82
209 - 83
208 -109
208-110
209- I
209- 2
209 - 84
209 - 85
209 - 86
209 - 87
209- 3
209· 4
209 - 88
209- 89
209- 90
209- 91
209- 5
209- 6
209- 7
209- 8
209 - 92
209- 93
209- 9
209- 10
209- I I
21 I -109
21 I -I 10
212- I
212- 2
212- 3
212- 4
212- 5
212- 6
212· 7
212- 8
212- 9
212· 10
212- I I
206-100
206-101
206-102
206-103
206-104
206-105
206-106
206-107
206-108
206-109
206-110
207- I
207· 2
207- 3
207 - 4
207 - 5
207 - 6
207- 7
207207207 207207 207-
8
9
10
II
12
13
207 - 14
207 - 15
207- 16
1207 - 17
207 - 18
j207- 19
207 - 20
1207 - 21
207 - 22
Ir07207 - 23
24
207 - 25
DG187AP
DG187BA
DG187BL
DG187BP
DG188AA
DG188AL
DG188AP
DG188BA
DG188BL
DG188BP
DG189AL
DG189AP
DG189BL
DG189BP
DG190AL
DG190AP
DG190BL
DG190BP
DG191AL
DG191AP
DG191BL
DG191BP
DG200AA
DG200AL
DG200AP
DG200BA
DG200BL
DG200BP
DG200CJ
DG201AP
DG201BP
DG201CJ
DG426ADD
DG426AFD
DG426DD
DG426FD
DG429ADD
DG429AFD
DG429DD
DG429FD
DG433ADD
DG433AFD
DG433DD
DG433FD
DG434ADD
DG434AFD
DG434DD
DG434FD
DG439ADD
DG439AFD
DG439DD
DG439FD
DG440ADD
DG440AFD
DG440DD
DG440FD
DG441ADD
DG441AFD
DG44 I DD
DG441 FD
DG442ADD
DG442AFD
DG442DD
DG442FD
DG443ADD
DG443AFD
DG443DD
DG443FD
DG444ADD
DG444AFD
DG444DD
DG444FD
DG445ADD
DG445AFD
DG445DD
DG445FD
DG446ADD
DG446AFD
DG446DD
DG446FD
DG451ADD
DG451AFD
DG451DD
DG451FD
DG452ADD
DG452AFD
DG452DD
DG452FD
DG453ADD
DG453AFD
DG453DD
DG453FD
DG454ADD
DG454AFD
DG454DD
DG454FD
DG461ADD
DG461AFD
DG461DD
DG461FD
DG462ADD
DG462AFD
IN TYPE NUMBER SEQUENCE
MFRS Pa&Line TYPE No.
t~:~
+INL
SIX
+SIX
SIX
+INL
SIX
+SIX
SIX
+INL
SIX
tSIX
SIX
tlNL
SIX
tSIX
SIX
+SIX
SIX
SIX
+INL
SIX
SIX
+INL
SIX
SIX
tlNL
SIX
SIX
tlNL
SIX
tSIX
SIX
+INL
SIX
+SIX
SIX
+INL
SIX
SIX
SIX
SIX
+SIX
tlNL
+INL
tlNL
+INL
tlNL
tlNL
+INL
tlNL
+INL
+INL
tlNL
+INL
+INL
+INL
+INL
+INL
+INL
+INL
+INL
+INL
+INL
+INL
+INL
+INL
+INL
+INL
+INL
+INL
+INL
+INL
+INL
+INL
+INL
+INL
+INL
+INL
+INL
+INL
+INL
+INL
+INL
+INL
+INL
+INL
+INL
+INL
+INL
+INL
+INL
+INL
+INL
+INL
+INL
+INL
+INL
+INL
+INL
+INL
+INL
+INL
+INL
+INL
+INL
+INL
+INL
+INL
tlNL
+INL
+INL
tlNL
I~gj: ~~ Ig~:~~~g
207 - 28 DG463ADD
DG463AFD
207 - 29 DG463DD
207 - 30 DG463FD
207- 31 DG464ADD
DG464AFD
207 - 32 DG464DD
207 - 33 DG464FD
207 - 34 DG501AP
DG501BP
207 - 35 DG501CJ
207 - 36 DG503AP
207· 37 DG503BP
DG506AR
207· 38 DG506BR
207 - 39 DG506CJ
207 - 40 DG507AR
207·41 DG507BR
207 - 42 DG507CJ
207 - 43 DG508AP
DG508BP
207 - 44 DG508CJ
207· 45 DG509AP
DG509BP
207 - 46 DG509CJ
207 - 47 DG51 lAP
DG511BP
207 - 48 DG515ADICE
207 - 49 DG515AP
DG515BDICE
207 - 50 DG515BP
207 - 51 DG515CDICE
208· 7 DG515CJ
DG516ADICE
207 - 52 DG516AR
207· 53 DG516BDICE
208- 8 DG516BR
DG516CDICE
208· 9 DG5 I 6CJ
207 - 54 DGMlllAL
207· 55 DGMlllAP
207 - 56 DGMI I lBL
209· 94 DGMlllBP
209 - 95 DGM122AL
209- 96 DGM122AP
209 - 97 DGM122BL
209 - 98 DGM122BP
209 - 99 DHOO06CH
209 -100 DHOO06CN
209-101 DHOO06H
209 -102 DHOO08CH
209-103 DHOO08CN
209-104 DHOO08H
,209-105 DH0011CH
1209 -106 DHOOllCN
209-107 DHOOI I H
'209-108 DH0016CN
209 -109 DH0017CN
209-110 DH0018CN
210- I DH0028CH
210- 2 DH0028CN
210- 3 DH0034CD
210- 4 DH0034CH
210- 5 DH0034D
210- 6 DH0034H
210- 7 DH0035CG
210- 8 DH0035G
210- 9 DH3467CD
210- 10 DH3467CN
210- I I DH3468CN
210- 12 DH3724CD
210- 13 DH3724CN
210- 14 DH3725CD
210- 15 DH3725CN
210· 16 DH6376CD
210- 17 DI-AN802RAD
210- 18 DI-AN 1002RAD
210- 19 DM54HOOJ
210- 20 DM54HOON
210- 21 DM54H01J
210- 22 DM54HOIN
210- 23 DM54H04J
210- 24 DM54H04N
210- 25 DM54H05J
210- 26 DM54H05N
210- 27 DM54H08J
210- 28 DM54H08N
210- 29 DI\I154Hl0J
210- 30 DM54Hl0N
210- 31 DM54Hl1J
210- 32 DM54HllN
210- 33 DM54H20J
210- 34 DM54H20N
210- 35 DM54H21J
210- 36 DM54H21N
210- 37 DM54H22J
210- 38 DM54H22N
210- 39 DM54H30J
210- 40 DM54H30N
210- 41 DM54H40J
210- 42 DM54H40N
210- 43 DM54H50J
210- 44 DM54H50N
210- 45 DM54H51J
210- 46 DM54H51N
210- 47 DM54H52J
210- 48 DM54H52N
210- 49 DM54H53J
210- 50 DM54H53N
210· 51 DM54H54J
210- 52 DM54H54N
210- 53 DM54H55J
+-Copy of mfr's data sheet
may be ordered from D.A.T.A.
MFRS Pa&Line
::~t l~lg: ~~
+INL
tlNL
+INL
+INL
+INL
+INL
+INL
+INL
SIX
SIX
+SIX
SIX
SIX
SIX
SIX
SIX
SIX
SIX
SIX
+SIX
+SIX
+SIX
+SIX
+SIX
+SIX
+SIX
+SIX
+SIX
+SIX
+SIX
+SIX
+SIX
+SIX
+SIX
+SIX
tSIX
tSIX
tSIX
tSIX
SIX
SIX
SIX
SIX
tSIX
tSIX
tSIX
+SIX
tNSC
+NSC
tNSC
+NSC
+NSC
tNSC
+NSC
+NSC
tNSC
tNSC
tNSC
+NSC
+NSC
+NSC
tNSC
+NSC
+NSC
tNSC
+NSC
+NSC
+NSC
+NSC
tNSC
+NSC
+NSC
tNSC
tNSC
tNSC
FMI
FMI
tNSC
+NSC
tNSC
+NSC
tNSC
tNSC
+NSC
+NSC
+NSC
tNSC
tNSC
+NSC
tNSC
+NSC
tNSC
tNSC
tNSC
tNSC
+NSC
tNSC
tNSC
+NSC
+NSC
tNSC
tNSC
tNSC
tNSC
+NSC
+NSC
tNSC
+NSC
+NSC
tNSC
+NSC
tNSC
210- 56
210- 57
210- 58
210- 59
210- 60
210- 61
210- 62
210- 63
243 - 53
243 - 54
243 - 55
244- 10
244- I I
236- 93
236 - 94
236 - 95
236- 96
236 - 97
236 - 98
236 - 99
236 - 100
236-101
236 -102
236-103
236 - 104
236-105
236 - 106
179- 21
179- 22
179- 23
179 - 24
179- 25
179- 26
179 - 27
179- 28
179 - 29
179- 30
179- 31
179 - 32
206- 42
206 - 43
206 - 44
206 - 45
206 - 46
206 - 47
206 - 48
206- 49
227 - 14
227 - 15
227 - 16
227 - 17
227 - 18
227 - 19
226- 93
226 - 94
226 - 95
226 - 87
226 - 88
226 - 89
227 - 20
227 - 21
196- 9
196- 10
196- I I
196 - 12
226- 81
226 - 82
226- 4
226- 5
224 - 47
224 - 48
224 - 49
226 - 6
226- 7
224 - 50
176 - 99
176-100
134 - 44
134 - 45
134 - 46
134 - 47
187·56
187 - 57
187 - 58
187 - 59
99 - 21
99·22
134 - 48
134- 49
99 - 23
99 - 24
134 - 50
134 - 51
99·25
99- 26
134- 52
134·53
134 - 54
134·55
134· 56
134·57
105·54
105·55
105· 56
105·57
103· 31
103· 32
105- 58
105- 59
105· 60
105- 61
105- 62
8
TYPE No.
Ig~~:~~6~
3. TYPE
No. CROSS INDEX
MFRS Pa&Line TYPE
MFRS Pa&Line TYPE No.
MFRS Pa&Line TYPE No.
DM54H60N
DM54H61J
DM54H61N
DM54H62J
DM54H62N
DM54H71J
DM54H71N
DM54H72J
DM54H72N
DM54H73J
DM54H73N
DM54H74J
DM54H74N
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
nua:t.4M7F:: I
• f\1 C::('"
DM54i-i76N
DM54H78J
DM54H78N
DM54LOOF
DM54LOOJ
DM54LOON
DM54L01F
DM54L02F
DM54L02J
DM54L02N
DM54L03J
DM54L03N
DM54L04F
DM54L04J
DM54L04N
DM54L 10F
DM54L 10J
DM54LI0N
DM54L20F
DM54L20J
DM54L20N
DM54L30F
DM54L30J
DM54L30N
DM54L42AF
DM54L42AJ
DM54L42AN
DM54L51F
DM54L51J
DM54L51N
DM54L54F
DM54L54J
DM54L54N
DM54L55F
DM54L55J
DM54L55N
DM54L71F
DM54L71J
DM54L71N
DM54L72F
DM54L72J
DM54L72N
DM54L73F
DM54L73J
DM54L73N
DM54L74F
DM54L74J
DM54L74N
DM54L78F
DM54L78J
DM54L78N
DM54L85F
DM54L85J
DM54L85N
DM54L86F
DM54L86J
DM54L86N
DM54L90F
DM54L90J
DM54L90N
DM54L93F
DM54L93J
DM54L93N
DM54L98F
DM54L98J
DM54L98N
DM54L 123N
DM54L 154AD
DM54L 154AF
DM54L 154AN
DM54L 192F
DM54L 192J
DM54L 192N
DM54L 193F
DM54L 193J
DM54L 193N
DM70L95N
DM70L96N
DM70L97N
DM70L98N
DM71 L22F
DM71 L22J
DM71L22N
DM71 L23F
DM71L23J
DM71L23N
DM74HOOJ
DM74HOON
DM74H01J
DM74HOl N
DM74H04J
DM74H04N
DM74H05J
DM74H05N
DM74H08J
DM74H08N
DM74HI0J
DM74H 10N
9
+NSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
+NSC
tNSC
tNSC
tNSC
tNSC
tNSC
+NSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
1105 - ~3
159 - 36
159-37
1159- 38
: 159 - 39
159- 40
159 - 41
63 - 6
63 - 7
53 - 51
53 - 52
53 - 53
53 - 54
68 - 29
68 - 30
I iUi
53 - 57
53 - 58
133 - 2
133 - 3
133 - 4
133 - 5
119 - 52
119 - 53
119 - 54
133- 6
133 - 7
187 - 22
187 - 23
187 - 24
133 - 8
133- 9
133- 10
133 - 11
133 - 12
133 - 13
133 - 14
133 - 15
133- 16
90- 9
90- 10
90- 11
,105- 14
1105-15
105- 16
105- 17
105- 18
105- 19
105- 20
105- 21
105- 22
65- 17
65- 18
65 - 19
53- 17
53- 18
53- 19
53- 20
53- 21
53- 22
68- 22
68- 23
53- 23
53- 24
25
I 5353- 26
246- 31
246 - 32
246- 33
155 - 68
155 - 69
155 - 70
74 - 14
74- 15
74- 16
I 79-101
79-102
79-103
1236- 45
236 - 46
236 - 47
1163-101
89- 10
89- 11
89- 12
74- 20
74 - 21
74 - 22
79- 85
79- 86
79- 87
215- 68
187- 60
215- 69
187 - 61
236- 10
236- 11
236- 12
236- 13
236- 14
236- 15
134 - 58
134' 59
134- 60
134- 61
187- 62
187- 63
187, 64
187 - 65
99- 27
99- 28
134- 62
134 - 63
I
I
DM74HllJ
DM74HllN
DM74H20J
DM74H20N
DM74H21J
DM74H21N
DM74H22J
DM74H22N
DM74H30J
DM74H30N
DM74H40J
DM74H40N
DM74H50J
DM74H50N
DM74H51J
D~"'!74!-!51 N
DM74H52J
DM74H52N
DM74H53J
DM74H53N
DM74H54J
DM74H54N
DM74H55J
DM74H55N
DM74H60J
DM74H60N
DM74H61J
DM74H61N
DM74H62J
DM74H62N
DM74H71J
DM74H71N
DM74H72J
DM74H72N
DM74H73J
DM74H73N
DM74H74J
DM74H74N
DM74H76J
DM74H76N
DM74H78J
DM74H78N
DM74LOOF
DM74LOOJ
DM74LOON
DM74LOl F
DM74L02F
DM74L02J
DM74L02N
DM74L03J
DM74L03N
DM74L04F
DM74L04J
DM74L04N
DM74L 10F
DM74L 10J
DM74L 10N
DM74L20F
DM74L20J
DM74L20N
DM74L30F
DM74L30J
DM74L30N
DM74L42AF
DM74L42AJ
DM74L42AN
DM74L51F
DM74L51J
DM74L51N
DM74L54F
DM74L54J
DM74L54N
DM74L55F
DM74L55J
DM74L55N
DM74L71F
DM74L71J
DM74L71N
DM74L72F
DM74L72J
DM74L72N
DM74L73F
DM74L73J
DM74L73N
DM74L74F
DM74L74J
DM74L74N
DM74L78F
DM74L78J
DM74L78N
DM74L85F
DM74L85J
DM74L85N
DM74L86F
DM74L86J
DM74L86N
DM74L90F
DM74L90J
DM74L90N
DM74L93F
DM74L93J
DM74L93N
DM74L98F
DM74L98J
DM74L98N
DM74L 123N
DM74L 154AD
DM74L154AF
DM74L154AN
DM74L 192F
DM74L 192J
DM74L 192N
DM74L193F
DM74L 193J
D.A. T.A.
:~~g
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
~~: ~6
134 134 9999134 134 134134134134 105105105-
64
65
31
32
66
67
68
69
70
71
64
65
66
e7
~NSC
1C~-
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
103- 33
103- 34
105- 68
105- 69
105- 70
105- 71
105- 72
105- 73
159 - 42
159- 43
159- 44
159 - 45
159- 46
159- 47
63 - 8
63- 9
53 - 59
53- 60
53 - 61
53 - 62
68 - 31
68 - 32
53 - 63
53 - 64
53 - 65
53 - 66
133 - 17
133- 18
133- 19
133- 20
119- 55
119- 56
119 - 57
133- 21
133- 22
187 - 25
187 - 26
187- 27
133- 23
133- 24
133- 25
133- 26
133- 27
133 - 28
133- 29
133- 30
133- 31
90- 12
90- 13
90- 14
105 - 23
105- 24
105- 25
105- 26
105 - 27
105 - 28
105- 29
105- 30
105- 31
65- 20
65 - 21
65 - 22
53- 27
53- 28
53- 29
53- 30
53- 31
53- 32
68 - 24
68 - 25
68- 26
53 - 33
53 - 34
53- 35
246 - 34
246 - 35
246- 36
155 - 71
155- 72
155- 73
74 - 17
74- 18
74- 19
79-104
79-105
79-106
236 - 48
236 - 49
236- 50
163-102
89- 13
89- 14
89 - 15
74 - 23
74 - 24
74 - 25
79 - 88
79- 89
1~~74L 193N
DM74S00N
DM74S03N
DM74S04N
DM74S05N
DM74S 10N
DM74S11N
DM74S15N
DM74S20N
DM74S22N
DM74S40N
DM74S64N
DM74S65N
DM74S74N
DM74S86N
n •• .., A C'"
.... '11/.,...., I
,,~,..
:~~~ l~t ~g g~~:g~~
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
134 187 187 134 9999134 134134105 105 69 155 -
73
66
67
74
33
34
75
76
77
74
75
67
84
58 - S4
. . .dC" ....
",,.
'1'1 .. ..., ....
I
DM74S113N
DM74S114N
DM74S135N
DM74S140N
DM74S151N
DM74S153N
DM74S157N
DM74S158N
DM74S251N
DM74S253N
DM74S257N
DM74S258N
DM75L11D
DM75L11 F
DM75LIIN
DM75L 12F
DM75L 12J
DM75L12N
DM75L52F
DM75L52J
DM75L52N
DM75L54F
DM75L54J
DM75L54N
DM76L24J
DM76L24N
DM76L75F
DM76L75J
DM76L75N
DM76L76F
DM76L76J
DM76L76N
DM76L93F
DM76L93J
DM76L93N
DM78L 12F
DM78L 12J
DM78L 12N
DM80L95N
DM80L96N
DM80L97N
DM80L98N
DM81 L22F
DM81 L22J
DM81L22N
DM81 L23F
DM81 L23J
DM81L23N
DM85L llD
DM85L l1F
DM85LllN
DM85L 12F
DM85L 12J
DM85L 12N
DM85L52F
DM85L52J
DM85L52N
DM85L54F
DM85L54J
DM85L54N
DM86L24J
DM86L24N
DM86L75F
DM86L75J
DM86L75N
DM86L76F
DM86L76J
DM86L76N
DM86L93F
DM86L93J
DM86L93N
DM88L 12F
DM88L 12J
DM88L 12N
DM930N
DM932N
DM933N
DM935N
DM936N
DM937N
DM944N
DM945N
DM946N
DM948N
DM949N
DM957N
DM958N
DM961N
DM962N
DM963N
DM1800N
DM1801N
DM5400J
DM5400N
DM5400W
DM5401J
DM5401 N
DM5401W
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
58 - 95
58- 96
157 - 44
134- 78
236 -107
236 -108
236-109
236-110
237- 1
237- 2
237 - 3
237 - 4
68- 16
68 - 17
68 - 18
62- 69
62- 70
62- 71
77 - 53
77 - 54
77- 55
83 - 74
83 - 75
83- 76
246 - 37
246 - 38
74 - 30
74- 31
74 - 32
79 - 95
79- 96
79- 97
79-107
79 -108
79-109
187 - 28
187 - 29
187 - 30
215 - 70
187 - 68
215 - 71
187 - 69
236- 16
236- 17
236- 18
236- 19
236- 20
236- 21
68- 19
68- 20
68- 21
62- 72
62- 73
62- 74
77 - 56
77 - 57
77- 58
83- 77
83- 78
83 - 79
246 - 39
246- 40
74 - 33
74 - 34
74 - 35
79- 98
I 79- 99
79-100
I 79-110
80- 1
80- 2
185 -108
185 -109
185-110
129- 34
129- 35
158- 37
193- 15
193- 16
193 - 17
129- 36
64 - 65
129 - 37
64 - 66
129- 38
129- 39
129- 40
129- 41
129- 42
129- 43
129- 44
129- 45
134- 79
134- 80
134 - 81
134- 82
134- 83
134 - 84
",-Registered with JEDEC
by this manufacturer
No.
DM5402W
DM5403J
DM5403N
DM5404J
DM5404N
DM5404W
DM5405J
DM5405N
DM5405W
DM5406J
DM5406N
DM5406W
DM5407J
DM5407N
DM5407W
DM5408J
DM5408N
DM5408W
DM5409J
DM5409N
DM5409W
DM5410J
DM5410N
DM5410W
DM5411J
DM5411N
DM5413J
DM5413N
DM5413W
DM5414J
DM5414N
DM5414W
DM5416J
DM5416N
DM5416W
DM5417J
DM5417N
DM5420J
DM5420N
DM5420W
DM5423J
DM5423N
DM5423W
DM5425J
DM5425N
DM5425W
DM5426J
DM5426N
DM5427J
DM5427N
DM5427W
DM5430J
DM5430N
DM5430W
DM5432J
DM5432N
DM5432W
DM5437J
DM5437N
DM5437W
DM5438J
DM5438N
DM5438W
DM5440J
DM5440N
DM5440W
DM5441AJ
DM5441AW
DM5442J
DM5442W
DM5445J
DM5445W
DM5446AJ
DM5446AN
DM5446AW
DM5447AJ
DM5447AN
DM5447AW
DM5448J
DM5448N
DM5448W
DM5450J
DM5450N
DM5450W
DM5451J
DM5451N
DM5451W
DM5453J
DM5453N
DM5453W
DM5454J
DM5454N
DM5454W
DM5460J
DM5460N
DM5460W
DM5470J
DM5470N
DM5470W
DM5472J
DM5472N
DM5472W
DM5473J
DM5473N
DM5473W
DM5474J
DM5474N
DM5474W
DM5475J
DM5475N
DM5475W
DM5476J
IN TYPE NUMBER SEQUENCE
MFRS Pa&Line TYPE No.
:~~g
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
'9'1'1"'"'
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
+NSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
+NSC
tNSC
m: ~~ g~W~t!"
119- 80
134· 85
134- 86
187·70
187· 71
187- 72
187 - 73
187 - 74
187 - 75
187 - 76
187 - 77
187 - 78
187 - 79
101 -
OV
187 - 81
99 - 35
99- 36
99- 37
99- 38
99- 39
99- 40
134- 87
134 - 88
134- 89
99- 41
99- 42
197 - 85
197- 86
197 - 87
197 - 88
197 - 89
197- 90
187 - 82
187 - 83
187 - 84
187 - 85
187- 86
134- 90
134- 91
134- 92
119- 81
119 - 82
119 - 83
119- 84
119 - 85
119- 86
183 - 75
183- 76
119- 87
119 - 88
119- 89
134- 93
134 - 94
134 - 95
112 - 94
112 - 95
112 - 96
134 - 96
134 - 97
134- 98
134 - 99
134-100
134-101
134-102
134-103
134 -104
91- 15
91- 16
91- 17
91- 18
91- 19
91- 20
94 - 51
94- 52
94 - 53
94- 54
94- 55
94- 56
94- 57
94 - 58
94- 59
105 - 76
105- 77
105- 78
105 - 79
105- 80
105- 81
105- 82
105- 83
105- 84
105- 85
105- 86
105- 87
159- 48
159- 49
159- 50
63- 23
63 - 24
63- 25
63- 40
63 - 41
63- 42
56- 50
56- 51
56- 52
69 - 23
69 - 24
69 - 25
249 - 23
249 - 24
249 - 25
56- 53
DM5483J
DM5483W
DM5485N
DM5486J
DM5486N
DM5486W
DM5490J
DM5490N
DM5490W
DM5492J
DM5492N
DM5492W
DM5493J
Divi5493i"
H.. 5C
DM5493W
DM7090J
DM7090N
DM7090W
DM7091J
DM7091N
DM7091W
DM7092J
DM7092N
DM7092W
DM7093J
DM7093W
DM7094J
DM7094W
DM7095J
DM7095W
DM7096J
DM7096W
DM7097J
DM7097W
DM7098J
DM7098W
DM7121J
DM7121W
DM7123J
DM7123W
DM7130D
DM7130F
DM7131J
DM7131N
DM7131W
DM7136J
DM7136W
DM7160D
DM7160W
DM7200J
DM7200N
DM7200W
DM7210J
DM7210W
DM7211J
DM7211W
DM7214J
DM7214W
DM7219D
DM7219F
DM7220J
DM7220N
DM7220W
DM7223J
DM7230J
DM7230W
DM7280J
DM7280W
DM7281J
DM7281W
DM7288J
DM7288W
DM7400J
DM7400N
DM7401J
DM7401N
DM7402J
DM7402N
DM7403J
DM7403N
DM7404J
DM7404N
DM7405J
DM7405N
DM7406J
DM7406N
DM7407J
DM7407N
DM7408J
DM7408N
DM7409J
DM7409N
DM7410J
DM7410N
DM7411J
DM7411N
DM7413J
DM7413N
DM7414J
DM7414N
DM7414W
DM7416J
DM7416N
DM7417J
DM7417N
DM7420J
DM7420N
DM7423J
DM7423N
DM7423W
DM7425J
DM7425N
+-Copy of mfr"s data sheet
may be ordered from D_A_T_A_
MFRS Pa&Line
tNS"
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
5H56179179246155·
155 155 77777786868683-
54
55
88
89
41
85
86
87
22
23
24
51
52
53
42
03- 43
tNSC
83- 44
tNSC
187 - 87
tNSC
187 - 88
tNSC
187 - 89
134-105
tNSC
tNSC
134-106
tNSC
134-107
tNSC
134-l08
134-109
tNSC
tNSC
134-110
tNSC
215- 72
tNSC
215- 73
tNSC 215- 74
tNSC
215 - 75
tNSC 215 - 76
tNSC 215 - 77
187 - 90
tNSC
187 - 91
tNSC
tNSC 215- 78
tNSC 215- 79
tNSC 1187 - 92
tNSC
187- 93
tNSC
237 - 5
tNSC ·237 - 6
tNSC \237 - 7
tNSC 237- 8
tNSC 246 - 52
246- 53
tNSC
tNSC 246 - 54
tNSC 246 - 55
tNSC 246 - 56
tNSC 246 - 57
tNSC 246 - 58
tNSC 246 - 59
tNSC 246- 60
tNSC
246- 61
tNSC 246- 62
tNSC 246- 63
tNSC 253 - 36
tNSC 253 - 37
tNSC 253 - 38
tNSC 253 - 39
tNSC 237- 9
tNSC 237- 10
+NSC 237 - 11
tNSC 237- 12
tNSC 247 - 74
tNSC 247 - 75
tNSC 247 - 76
tNSC 237- 13
tNSC 237- 14
tNSC 237- 15
82- 51
tNSC
tNSC
82- 52
76- 84
tNSC
tNSC
76- 85
tNSC 204- 81
tNSC 204 - 82
135- 1
+NSC
tNSC
135 - 2
tNSC
135- 3
tNSC
135 - 4
119- 90
tNSC
119- 91
tNSC
tNSC
135 - 5
tNSC
135 - 6
tNSC
187 - 94
tNSC
187 - 95
187- 96
tNSC
tNSC
187 - 97
tNSC
187 - 98
187- 99
tNSC
187-100
tNSC
187-101
tNSC
tNSC
99- 43
99- 44
tNSC
tNSC
99 - 45
tNSC
99- 46
tNSC
135 - 7
tNSC
135- 8
99- 47
tNSC
tNSC
99- 48
tNSC
197 - 91
197 - 92
tNSC
tNSC
197- 93
tNSC
197 - 94
tNSC
197- 95
187-102
tNSC
tNSC 1187-103
tNSC
187-104
tNSC 1188- 1
tNSC
135- 9
tNSC '135- 10
119- 92
tNSC
tNSC
119- 93
tNSC
119 - 94
tNSC
119 - 95
119- 96
tNSC
9
TYPE No.
~~4:~~f
DM7426N
DM7427J
DM7427N
DM7427W
DM7430J
DM7430N
DM7432J
DM7432N
DM7437J
DM7437N
DM7437W
DM7438J
DM7438N
DM7438W
DM7440J
DM7440N
DM7441AJ
DM7441AN
DM7442J
DM7442N
DM7445J
DM7445N
DM7445W
DM7446AJ
DM7446AN
DM7446AW
DM7447AJ
DM7447AN
DM7447AW
DM7448J
DM7448N
DM7448W
DM7450J
DM7450N
DM7451J
DM7451N
DM7453J
DM7453N
DM7454J
DM7454N
DM7460J
DM7460N
DM7470J
DM7470N
DM7472J
DM7472N
DM7473J
DM7473N
DM7474J
DM7474N
DM7475J
DM7475N
DM7476J
DM7476N
DM7483J
DM7483N
DM7485N
DM7486J
DM7486N
DM7490J
DM7490N
DM7492J
DM7492N
DM7493J
DM7493N
DM7511J
DM7511N
DM7511W
DM7512J
DM7512N
DM7512W
DM7520J
DM7520W
DM7552J
DM7552W
DM7553J
DM7553W
DM'7554J
DM7554W
DM7555N
DM7556N
DM7560J
DM7560W
DM7563J
DM7563W
DM7800H
DM7802J
DM7806J
DM7806W
DM7810J
DM7810N
DM7811J
DM7811N
DM7811W
DM7812J
DM7812N
DM7812W
DM7819J
DM7819N
DM7819W
DM7820AD
DM7820AJ
DM7820AW
DM7820D
DM7820J
DM7820W
DM7822D
DM7822J
10
3. TYPE No. CROSS INDEX
MFRS Pa&Line TYPE
MFRS, Pa&Line TYPE No.
:~~~ i~~: ~~ Ig~~~~g~
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
+NSC
tNSC
+NSC
tNSC
+NSC
+NSC
tNSC
+NSC
+NSC
+NSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
+NSC
tNSC
+NSC
+NSC
tNSC
+NSC
tNSC
tNSC
tNSC
tNSC
tNSC
+NSC
tNSC
tNSC
tNSC
tNSC
tNSC
+NSC
tNSC
+NSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
+NSC
tNSC
+NSC
tNSC
tNSC
+NSC
tNSC
tNSC
+NSC
+NSC
+NSC
tNSC
tNSC
+NSC
tNSC
+NSC
tNSC
tNSC
tNSC
tNSC
tNSC
+NSC
tNSC
+NSC
+NSC
tNSC
+NSC
+NSC
tNSC
+NSC
tNSC
tNSC
tNSC
tNSC
tNSC
+NSC
tNSC
+NSC
+NSC
tNSC
+NSC
tNSC
+NSC
+NSC
+NSC
tNSC
tNSC
+NSC
tNSC
+NSC
tAMV
tNSC
+AMV
+NSC
tNSC
tAMV
tNSC
tAMV
+NSC
NSC
tNSC
183· 78
119- 98
119- 99
119-100
135 - 11
135 - 12
112- 97
112 - 98
135 - 13
135 - 14
135 - 15
135 - 16
135 - 17
135 - 18
135 - 19
135- 20
91- 21
91 - 22
91· 23
91- 24
91- 25
91· 26
91- 27
94- 60
94· 61
94- 62
94- 63
94· 64
94· 65
94· 66
94· 67
94· 68
105· 88
105· 89
105· 90
105- 91
105- 92
105· 93
105 - 94
105- 95
159- 51
159- 52
63 - 26
63- 27
63 - 43
63- 44
56· 56
56- 57
69· 26
69· 27
249· 26
249 - 27
56- 58
56· 59
179- 90
1179- 91
246- 42
155 - 88
155 - 89
77 - 25
77 - 26
86- 54
86- 55
86- 31
86- 32
69- 56
69 - 57
69- 58
62- 75
62- 76
62- 77
204 - 63
204 - 64
77- 48
77 - 49
249 - 28
249 - 29
I 8363
83- 64
75 -107
81- 96
75 - 45
, 75 - 46
81 - 32
81- 33
: 196- 26
1196- 13
! 196- 14
1196- 15
183- 79
1183- 80
183 - 81
1183 - 82
,183- 83
188 - 2
188- 3
188- 4
99- 49
99- 50
99- 51
222 - 65
222 - 66
I
I
222 - 67
223 - 60
1223-61
1223 - 62
223 - 63
223 - 64
DM783DW
DM7831J
DM7831W
DM7832J
DM7832W
DM7833
DM7834
DM7835
DM7836J
DM7836W
DM7837J
DM7837W
DM7838J#1
DM7838J#2
DM7838W#1
DM7838W#2
DM7839
DM7853J
DM7853W
DM7856J
DM7856N
DM7856W
DM7858J
DM7858N
DM7858W
DM7875AD
DM7875BD
DM7880J
DM7887J
DM7889J
DM7897J
DM8090J
DM8090N
DM8090W
DM8091J
DM8091 N
DM8091W
DM8092J
DM8092N
DM8092W
DM8093J
DM8093N
DM8094J
DM8094N
DM8095J
DM8095N
DM8095W
DM8096J
DM8096N
DM8096W
DM8097J
DM8097N
DM8097W
DM8098J
DM8098N
DM8098W
DM8121J
DM8121N
DM8121W
DM8123F
DM8123J
DM8123N
DM8130D
DM8130F
DM8130N
DM8131J
DM8131N
DM8136N
DM8160J
DM8160N
DM8160W
DM8200J
DM8200N
DM8210J
DM8210N
DM8211J
DM8211N
DM8214J
DM8214N
DM8214W
DM8219D
DM8219F
DM8219N
DM8220J
DM8220N
DM8223J
DM8223N
DM8230J
DM8230N
DM8280J
DM8280N
DM8280W
DM8281J
DM8281N
DM8281W
DM8288J
DM8288N
DM8288W
DM8301J
DM8301 N
DM8301W
DM8309J
DM8309N
DM8309W
DM8312J
DM8312N
D.A. T.A.
MFRS Pa&Line TYPE No.
:~~~ 1~1~: ~~ Ig~8t2~f
tNSC
AMV
tNSC
AMV
tNSC
AMV
+NSC
AMV
+NSC
AMV
+NSC
+NSC
+NSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
+NSC
+NSC
tNSC
+NSC
tNSC
tNSC
tNSC
tNSC
tNSC
+NSC
+NSC
+NSC
+NSC
+NSC
+NSC
+NSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
+NSC
+NSC
tNSC
+NSC
tNSC
+NSC
+NSC
+NSC
tNSC
+NSC
tNSC
+NSC
+NSC
+NSC
tNSC
+NSC
+NSC
+NSC
+NSC
+NSC
+NSC
+NSC
+NSC
+NSC
tNSC
+NSC
+NSC
+NSC
+NSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
+NSC
+NSC
+NSC
+NSC
+NSC
+NSC
+NSC
tNSC
+NSC
+NSC
+NSC
+NSC
+NSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
+NSC
tNSC
tNSC
tNSC
tNSC
tNSC
+NSC
+NSC
tNSC
+NSC
tNSC
DM8322N
217 - 92 DM8322W
DM8334J
217 - 93 DM8334N
DM8334W
1217 - 94 DM8511J
DM8511N
1217 - 95 DM8511W
DM8512J
[217. 96 DM8512N
DM8512W
,222-101 DM8520J
222-102 DM8520N
222-103 DM8552J
222 - 79 DM8552N
222 - 80 DM8552W
222- 81 DM8553J
222 - 82 DM8553N
217 - 97 DM8553W
222- 83 DM8554J
217 - 98 DM8554N
221- 31 DM8554W
222-104 DM8555N
165 - 75 DM8556N
165 - 76 DM8560J
200- 22 DM8560N
200· 23 DM8563J
200· 24 DM8563N
200· 25 DM8601J
200· 26 DM8601N
200· 27 DM8601W
233 ·110 DM8602J
234- 1 DM8602N
200· 28 DM8602W
199- 57 DM8800H
201- 67 DM8802J
199- 58 DM8802N
188- 5 DM8806J
188 - 6 DM8806N
1188 - 7 DM8806W
1135 - 21 DM8810J
135 - 22 DM8810N
135 - 23
1135 - 24 DM8811J
135- 25 DM8811N
135 - 26
215· 80 DM8811W
215 - 81 DM8812J
215 - 82 DM8812N
215 - 83 DM8812W
215· 84 DM8819J
215· 85 DM8819N
215 - 86 DM8819W
188- 8 DM8820AJ
188- 9
188- 10 DM8820AN
215 - 87
215 - 88 DM8820AW
215- 89 DM8820J
188- 11
188 - 12 DM8820N
188- 13
237 - 16 DM8820W
237 - 17 DM8822N
237 - 18 DM8830J
237 - 19
237 - 20 DM8830N
237 - 21
246 - 64 DM8830W
246- 65 DM8831J
246- 66
246- 67 DM8831N
246- 68
246 - 69 DM8831W
246- 70 DM8832J
246- 71
246- 72 DM8832N
246 - 73
246 - 74 DM8832W
253 - 40 DM8833
253 - 41 DM8834
253 - 42 DM8835
253 - 43 DM8836J
253 - 44 DM8836N
1237.22 DM8836W
237 - 23 DM8837J
237 - 24 DM8837N
237· 25 DM8837W
237 - 26 DM8838J#1
247 - 77 DM8838J#2
247 - 78 DM8838N#1
237 - 27 DM8838N#2
237 - 28 DM8838W#1
237 - 29 DM8838W#2
237 - 30 DM8839
82- 53 DM8853J
82- 54 DM8853N
82- 55 DM8853W
76- 91 DM8856J
76- 92 DM8856N
76- 93 DM8856W
204 - 83 DM8857J
204 - 84 DM8858J
204 - 85 DM8858N
91- 28 DM8858W
91- 29 DM8859J
91- 30 DM8859N
237 - 31 DM8861N
237 - 32 DM8863N
237 - 33 DM8864N
237 - 34 DM8865N
237 - 35 DM8866N
fl.-Registered with JEDEC
by this manufacturer
IN TYPE NUMBER SEQUENCE
No.
:~~~ l~h: ~~ Ig~~~~~~
tNSC
tNSC
+NSC
tNSC
+NSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
+NSC
tNSC
tNSC
tNSC
tNSC
+NSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
+NSC
+NSC
+NSC
tNSC
+NSC
+NSC
+NSC
tNSC
tNSC
+NSC
tNSC
237· 38
237·39
249·30
249· 31
249 - 32
69· 59
69- 60
69· 61
62- 78
62- 79
62· 80
204- 65
204- 66
77- 50
77- 51
77- 52
249 - 33
249· 34
249 - 35
83- 65
83- 66
83· 67
75-108
81- 97
75- 47
75- 48
81- 34
81- 35
165- 46
165 - 47
165- 48
165 - 49
165- 50
165· 51
196- 27
196· 16
196- 17
196- 18
196· 19
1196- 20
183- 84
150- 87
183 - 85
183- 86
+NSC
150- 88
tNSC
183 - 87
183- 88
tNSC
188- 14
tNSC
188- 15
tNSC
tNSC 1188- 16
99- 52
tNSC
tNSC
99- 53
+NSC
99- 54
AMV 222 - 68
tNSC
AMV 1222.69
tNSC
+NSC '222· 70
AMV 223· 65
+NSC
AMV 223 - 66
+NSC
tNSC 223 - .67
+NSC 223 - 68
AMV 217 - 99
tNSC
AMV 217-100
+NSC
+NSC 217 -101
AMV 217 -102
+NSC
AMV 217-103
+NSC
tNSC 217 -104
AMV 217 -105
tNSC
AMV 217-106
tNSC
+NSC 217-107
+NSC 222-105
+NSC 222-106
+NSC 222-107
+NSC 222 - 84
tNSC 222 - 85
+NSC 222 - 86
tNSC 222 - 87
tNSC 222 - 88
+NSC 222- 89
tNSC 217 -108
tNSC 221- 32
+NSC 217 ·109
tNSC 222- 90
+NSC 217-110
+NSC 221- 33
+NSC 222-108
165- 77
tNSC
165 - 78
tNSC
+NSC
165 - 79
tNSC 200- 29
tNSC 200- 30
+NSC 200- 31
+NSC 200- 32
+NSC 200- 33
+NSC 200- 34
tNSC 200- 35
tNSC 200- 36
tNSC 200- 37
tNSC 201- 42
tNSC 1201- 43
+NSC 200-101
tNSC 200-102
+NSC '200 -103
I
DM8875AJ
DM8875AN
DM8875BJ
DM8875BN
DM8880J
DM8880N16
DM8880N
DM8884AN
DM8885J
DM8885N
DM8887J
DM8887N
DM8889J
DM8889N
DM8897J
DM8897N
DM9002CJ
DM9002CN
DM9003CJ
DM9003CN
DM9004CJ
DM9004CN
DM9005CJ
DM9005CN
DM9006CJ
DM9006CN
DM9008CJ
DM9008CN
DM9009CJ
DM9009CN
DM9012CJ
DM9012CN
DM9016CJ
DM9016CN
DM9093N
DM9094N
DM9097N
DM9099N
DM9301J
DM9301N
DM9301W
DM9309J
DM9309N
DM9309W
DM9312J
DM9312N
DM9312W
DM9322J
DM9322N
DM9322W
DM9334J
DM9334W
DM9601J
DM9601N
DM9601W
DM9602J
DM9602N
DM9602W
DM10l01J
DM10102J
OM 10105J
DM10l06J
OM 10107J
DM10l09J
DM10110J
DM10lllJ
DM10112J
DM10115J
DM10116J
DM10117J
DM10118J
DM10119J
DM10121J
DM10124J
DM54107J
DM54107N
DM54121J
DM54121N
DM54121W
DM54123N
DM54125J
DM54125W
DM54126J
DM54126W
DM54132J
DM54132N
DM54132W
DM54141J
DM54141W
DM54145J
DM54145W
DM54150F
DM54150J
DM54151J
DM54151W
DM54153J
DM54153W
DM54154F
DM54154J
DM54155J
DM54155W
DM54156J
DM54156W
DM54157J
DM54157N
DM54157W
DM54160N
DM54161N
DM54162N
DM54163N
DM54176J
DM54176W
MFRS PQ-&Line TYPE No.
MFRS PQ&Line
:~~~ ~gg: 5~ Ig~g:d~
:~~~
tNSC
tNSC
tNSC
+NSC
+NSC
tSIC
tNSC
tNSC
+NSC
+NSC
tNSC
tNSC
tNSC
tNSC
tNSC
+NSC
tNSC
tNSC
+NSC
+NSC
+NSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
+NSC
+NSC
+NSC
+NSC
+NSC
tNSC
+NSC
tNSC
+NSC
+NSC
+NSC
+NSC
+NSC
+NSC
+NSC
tNSC
+NSC
+NSC
+NSC
tNSC
+NSC
+NSC
tNSC
tNSC
+NSC
tNSC
tNSC
+NSC
+NSC
tNSC
+NSC
tNSC
+NSC
+NSC
+NSC
tNSC
tNSC
+NSC
+NSC
+NSC
tNSC
tNSC
tNSC
+NSC
+NSC
tNSC
+NSC
tNSC
+NSC
tNSC
+NSC
tNSC
tNSC
+NSC
+NSC
+NSC
+NSC
+NSC
+NSC
+NSC
+NSC
+NSC
tNSC
+NSC
tNSC
+NSC
+NSC
+NSC
+NSC
+NSC
+NSC
tNSC
+NSC
tNSC
+NSC
+NSC
+NSC
+NSC
+NSC
+NSC
tNSC
234 - 2
234 - 3
234 - 4
234 - 5
200- 40
200- 41
200 - 42
200 - 78
200- 43
183- 89
201- 25
201· 26
201- 68
201- 69
199- 59
199· 60
131 - 89
131- 90
131· 91
131- 92
131- 93
131- 94
104- 84
104- 85
159 - 1
159 - 2
104- 86
104 - 87
131- 95
131- 96
131- 97
131- 98
186- 3
186- 4
50- 33
50- 34
50- 35
50- 36
91- 31
91- 32
90- 21
237 - 40
237 - 41
237 - 42
237 - 43
237 - 44
237 - 45
237 - 46
237 - 47
237· 48
249 - 36
249 - 37
165·20
165- 21
165- 22
165- 23
165- 24
165 - 25
115- 31
123- 53
115- 32
118 - 54
157 - 61
115 - 33
112- 71
123- 54
115 - 34
220- 70
220- 71
104- 20
103- 21
103- 22
104- 21
196- 21
53 - 97
56- 60
167- 8
167- 9
167- 10
163-103
215- 90
215 - 91
215- 92
215 - 93
197- 96
197 - 97
197- 98
91- 33
91· 34
91- 35
91- 36
237 - 49
237 - 50
237 - 51
237 - 52
237 - 53
237 - 54
93 - 47
93- 48
237 - 55
237 - 56
237 - 57
237 - 58
237 - 59
237 - 60
237 - 61
75 - 95
81- 85
75 - 96
81 - 86
82- 56
82- 57
DM5418DJ
DM54180W
DM54181J
DM54182J
DM54190J
DM54190W
DM54191J
DM54191W
DM54192J
DM54192W
DM54193J
DM54193W
DM54196J
DM54196N
DM54197J
DM54197N
DM74107J
DM74107N
DM74121J
DM74121N
DM74123N
DM74125J
DM74125N
DM74126J
DM74126N
DM74132J
DM74132N
DM74132W
DM74141J
DM74141N
DM74141W
DM74145J
DM74145N
DM74145W
DM74150J
DM74150N
DM74151J
DM74151N
DM74151W
DM74153J
DM74153N
DM74153W
DM74154F
DM74154J
DM74154N
DM74155J
DM74155N
DM74155W
DM74156J
DM74156N
DM74156W
DM74157J
DM74157N
DM74157W
DM74160N
DM74161N
DM74162N
DM74163N
DM74176J
DM74176N
DM74176W
DM74177J
DM74177N
DM74177W
DM74180J
DM74180N
DM74180W
DM74181J
DM74181N
DM74182J
DM74182N
DM74190J
DM74190N
DM74190W
DM74191J
DM74191N
DM74191W
DM74192J
DM74192N
DM74193J
DM74193N
DM74196J
DM74196N
DM74197J
DM74197N
DM75491J
DM75491N
DM75492J
DM75492N
DM75493J
DM75493N
DM75494J
DM75494N
DN803T
DN804
DN805
DN806
DN807
DN811
DN819
DN822
DN830
DN831
DN834
DN837
DN850
DN851
DN852
DN1093
ON1094
DN1097
DN1099
+-Copy of mfr's data sheet
may be ordered from D.A.T.A.
tNSC
tNSC
tNSC
+NSC
tNSC
+NSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
+NSC
tNSC
tNSC
+NSC
tNSC
+NSC
+NSC
+NSC
+NSC
+NSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
+NSC
tNSC
tNSC
+NSC
+NSC
tNSC
+NSC
+NSC
tNSC
+NSC
tNSC
tNSC
tNSC
+NSC
+NSC
tNSC
tNSC
+NSC
tNSC
tNSC
+NSC
tNSC
+NSC
tNSC
+NSC
+NSC
tNSC
+NSC
+NSC
tNSC
+NSC
tNSC
+NSC
tNSC
+NSC
+NSC
tNSC
tNSC
+NSC
+NSC
+NSC
+NSC
+NSC
+NSC
+NSC
+NSC
tNSC
+NSC
+NSC
+NSC
+NSC
tNSC
+NSC
+NSC
+NSC
tNSC
MATJ
MATJ
MATJ
MATJ
MATJ
MATJ
MATJ
MATJ
MATJ
MATJ
MATJ
MATJ
MATJ
MATJ
MATJ
MATJ
MATJ
MATJ
MATJ
~t g~
247 - 79
247 - 80
245 - 25
252 - 57
74- 84
74- 85
80· 46
80· 47
75- 49
75· 50
81- 36
81 - 37
75-109
75-110
76- 1
76- 2
56- 61
56- 62
167 - 11
167 - 12
163-104
215 - 94
215 - 95
215- 96
215 - 97
197 - 99
197-100
197-101
91- 37
91- 38
91- 39
91- 40
91- 41
91- 42
237 - 62
237 - 63
237 - 64
237 - 65
237 - 66
237 - 67
237 - 68
237 - 69
93- 49
93- 50
93- 51
237 - 70
237 - 71
237 - 72
237 - 73
237 - 74
237 - 75
237 - 76
237 - 77
237 - 78
75 - 97
81- 87
75 - 98
81- 88
82- 58
82- 59
82- 60
76- 88
76- 89
76- 90
247 - 81
247 - 82
247 - 83
245 - 26
245 - 27
252 - 58
252- 59
74- 86
74 - 87
74- 88
80- 48
80- 49
80- 50
75 - 51
75- 52
81- 38
81- 39
76- 3
76- 4
76- 5
76 - 6
199- 94
201- 40
199- 95
201- 41
199- 61
199- 62
199- 63
199- 64
232- 11
231-104
66-105
231-105
233- 46
86- 13
205 - 25
96- 20
203- 11
202- 7
202- 93
202- 28
71- 64
79- 53
88- 13
50- 29
50- 31
50- 32
50- 30
10
TYPE No.
g~m~
DN1933
DN1935
DN1936
DN1937
DN1944
DN1946
DN1949
DN1961
DN1962
DN 1963
DOXOI
DOXOIF
DOX02
DOX02F
DRV01Y
DS0025CH
DS0025CN
DS0025H
DS0026CG
DS0026CH
DS0026CJ
DS0026CN
DS0026G
DS0026H
DS0026J
DS0026N
DS0026W
DSOO56CG
DS0056CH
DS0056CJ
DS0056CN
DS0056G
DS0056H
DS0056J
DS0056N
DS78L12J
DS78L 12W
DS78LS20J
DS78LS20W
DS88L12J
DS88L 12N
DS88LS20J
DS88LS20N
DS1488J
DS1489AJ
DS1489J
DS1603J
DS1603W
DS1605J
OS 1606J
DS1607J
DS1608J
DS1611H
DS1612H
DS1613H
DS1614H
DS1630J
DS1631H
DS1631J
DS1632H
DS1632J
DS1633H
DS1633J
DS1634H
DS1634J
DS1640J
DS1642H
DS1642J
DS1645J
DS1646J
OS 1648J
DS1649J
OS 1670J
DS1671H
DS1671J
DSI672H
DSI672J
DS1675J
DS1676J
OS 1678J
OS 1679J
DS1686H
DS1686J
OS 1688J
DS1689J
DS1690J
DS3603J
DS3603N
DS3604J
DS3604N
DS3605J
DS3605N
DS3606J
DS3606N
DS3607J
DS3607N
DS3608J
DS3608N
DS3611H
DS3611N
DS3612H
DS3612N
DS3613H
DS3613N
DS3614H
DS3614N
DS3625N
DS3629J
DS3629N
DS3630J
DS3630N
DS3631H
11
3. TYPE No. CROSS INDEX
Pa&Line TYPE
MFRS Pa&Line TYPE No.
~Nj
m: ~ Ig~ml~
MATJ 157 - 91
MATJ 193· 3
MATJ 193- 4
MATJ 193- 5
MATJ 129- 5
MATJ 129- 6
MATJ 129· 7
MATJ 129- 8
MATJ 129· 9
MATJ 129- 10
tSTK
71· 90
tSTK [ 71-91
tSTK , 71 - 95
tSTK
201- 96
82
fPMI 171fNSC
225 - 96
fNSC 225 - 97
fNSC
225 - 98
fNSC
224 - 96
fNSC 224 - 97
fNSC 224 - 98
fNSC 224 - 99
224 -100
fNSC
224-101
tNSC
224 -102
fNSC
tNSC
224·103
fNSC
224-104
224 -105
fNSC
fNSC
224 -106
fNSC
224 -107
fNSC 1224-108
fNSC
224 -109
fNSC .224-110
fNSC ]225- 1
fNSC '225 - 2
fNSC 1187 - 31
fNSC
187 - 32
223 - 69
fNSC
fNSC
223 - 70
fNSC 1187 - 33
187 - 34
fNSC
fNSC
223 - 71
fNSC
223 - 72
tNSC 1219-102
tNSC 220-109
fNSC '220- 96
fNSC 1222-109
fNSC
222-110
tNSC
212· 85
212- 86
tNSC
fNSC
212- 87
212- 88
tNSC
fNSC
227 - 22
fNSC 227· 23
tNSC
227 - 24
fNSC
227 - 25
fNSC
195· 15
230- 80
fNSC
230- 81
fNSC
230- 82
tNSC
tNSC
230- 83
fNSC
230- 84
fNSC
230· 85
tNSC 230- 86
fNSC
230 - 87
fNSC
227 - 26
fNSC
225 - 4
fNSC
225 - 5
fNSC
225· 6
fNSC
225 - 7
fNSC
237· 79
fNSC
225 - 8
fNSC 1227- 27
fNSC
224· 89
tNSC '224- 90
tNSC 1225 - 9
fNSC 1225 - 10
fNSC
225 - 11
fNSC
225- 12
tNSC
237 - 80
tNSC
225 - 13
tNSC
201- 86
201- 87
tNSC
tNSC
218- 1
fNSC
fNSC
tNSC 1223- 1
fNSC :223- 2
fNSC [223-. 3
tNSC ,223- 4
tNSC !212- 89
tNSC 1212- 90
tNSC :212 - 91
tNSC 1212- 92
tNSC 1212- 93
tNSC 212- 94
tNSC '212- 95
tNSC 1212- 96
227 - 28
tNSC
tNSC
227 - 29
tNSC 1227- 30
tNSC
227 - .31
tNSC 1227- 32
tNSC
227 - 33
tNSC
227 - 34
tNSC 1227 - 35
tNSC
212- 97
tNSC 1230- 60
tNSC 230- 61
tNSC i 195- 16
tNSC 1195 - 17
tNSC
230- 88
I~~l: ~~
DS3632H
DS3632J
DS3632N
DS3633H
DS3633J
DS3633N
DS3634H
DS3634J
DS3634N
DS3640J
DS3640N
DS3642H
DS3642J
DS3642N
DS3643J
DS3643N
DS3644J
DS3644N
DS3645J
DS3645N
DS3646J
DS3646N
DS3648J
DS3648N
DS3649J
DS3649N
DS3650J
DS3650N
DS3651J
DS3651N
DS3652J
DS3652N
DS3653J
DS3653N
DS3670J
DS3670N
DS3671H
DS3671J
DS3671N
DS3672H
DS3672J
DS3672N
DS3673J
DS3673N
DS3674J
DS3674N
DS3675J
DS3675N
DS3676J
DS3676N
DS3678J
DS3678N
DS3679J
DS3679N
DS3686H
DS3686J
DS3686N
DS3688J
DS3688N
DS3689J
DS3689N
DS3690J
DS3690N
DS5520AJ
DS5520J
DS5521J
DS5522AJ
DS5522J
DS5523J
DS5524AJ
DS5524J
DS5525J
DS5528AJ
DS5528J
DS5529J
DS5534AJ
DS5534J
DS5535J
DS5538AJ
DS5538J
DS5539J
DS7520AJ
DS7520J
DS7520N
DS7521AJ
DS7521J
DS7521N
DS7522AJ
DS7522AN
DS7522J
DS7522N
DS7523J
DS7523N
DS7524AJ
DS7524AN
DS7524J
DS7524N
DS7525J
DS7525N
DS7528AJ
DS7528AN
DS7528J
DS7528N
DS7529J
DS7529N
DS7534AJ
DS7534AN ,
DS7534J
DS7534N
DS7535J
DS7535N
DS7538AJ
D.A. T.A.
MFRS Pa&Une TYPE No.
MFRS
:~~g 1~3~: ~5 1~~7~3~~N
:~~g
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
fNSC
fNSC
fNSC
fNSC
+NSC
fNSC
fNSC
tNSC
tNSC
fNSC
fNSC
tNSC
tNSC
tNSC
fNSC
tNSC
tNSC
fNSC
fNSC
fNSC
fNSC
fNSC
fNSC
fNSC
fNSC
fNSC
fNSC
fNSC
fNSC
fNSC
tNSC
fNSC
fNSC
fNSC
fNSC
fNSC
tNSC
fNSC
fNSC
fNSC
fNSC
fNSC
fNSC
fNSC
tNSC
tNSC
fNSC
fNSC
tNSC
tNSC
tNSC
tNSC
tNSC
fNSC
tNSC
tNSC
fNSC
tNSC
fNSC
fNSC
fNSC
fNSC
fNSC
tNSC
tNSC
tNSC
tNSC
tNSC
fNSC
tNSC
tNSC
fNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
fNSC
tNSC
fNSC
+NSC
fNSC
tNSC
+NSC
tNSC
tNSC
tNSC
+NSC
fNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
fNSC
+NSC
tNSC
tNSC
tNSC
230- 91
230- 92
1230.93
230- 94
,230- 95
!230- 96
1230- 97
230- 98
1230227 227·
225 -
99
36
37
14
225 - 15
225- 16
225- 17
225 - 18
225 - 19
225 - 20
225 - 21
225 - 22
225 - 23
225· 24
237 - 81
237 - 82
225 - 25
1225.26
223 - 5
223- 6
1212- 98
212 - 99
,220- 34
220- 35
212-100
212-101
227 - 38
227 - 39
224 - 91
224 -92
224 - 93
225· 27
225 - 28
225 - 29
225· 30
225 - 31
225 - 32
.225 - 33
225 - 34
225 - 35
225 - 36
225 - 37
237 - 83
237 - 84
225 - 38
225 - 39
201- 88
201- 89
201- 90
218- 2
218- 3
221- 36
221- 37
,221- 38
1221- 39
1212 ·102
,212-103
1212-104
1212-105
212-106
'212-107
212-108
212-109
212-110
213- 1
213 - 2
213- 3
213- 4
213 - 5
213- 6
213- 7
213- 8
213- 9
213- 10
213- 11
213 - 12
213 - 13
213 - 14
213 - 15
213- 16
213 - 17
213- 18
213- 19
213- 20
213- 21
213- 22
213- 23
1213- 24
213- 25
!213- 26
1213 - 27
213- 28
1213- 29
213- 30
'213- 31
213- 32
213- 33
213- 34
213- 35
213- 36
213- 37
213- 38
213- 39
213· 40
DS7538N
DS7539J
DS7539N
DS7640J
DS7640W
DS7641J
DS7800H
DS7802J
DS7803J
DS7806J
DS7806W
DS7807J
DS7810J
DS7810W
DS7811J
DS7811W
DS7812J
DS7812W
DS7819J
DS7819W
DS7820AJ
DS7820AW
DS7820J
DS7820W
DS7822J
DS7830J
DS7830W
DS7831J
DS7831W
DS7832J
DS7832W
DS7833J
DS7833W
DS7834J
DS7834W
DS7835J
DS7835W
DS7836J
DS7836W
DS7837J
DS7837W
DS7838J
DS7838W
DS7839J
DS7839W
DS7856J
DS7856W
DS7858J
DS7858W
DS7880J
DS7885J
DS7887J
DS7889J
DS7891J
DS7891N
DS7895J
DS7897J
DS8640J
DS8640N
DS8641J
DS8641N
DS8642J
DS8642N
DS8650DICE
DS8650N
DS8651N
DS8654N
DS8655N
DS8656N
DS8G58N
DS8659N
DS8673J
DS8673N
DS8674J
DS8674N
DS8692N
DS8693N
DS8694N
DS8800H
DS8802J
DS8802N
DS8803J
DS8803N
DS8806J
DS8806N
DS8807J
DS8807N
DS8810J
DS8810N
DS8811J
DS8811N
DS8812J
DS8812N
DS8813N
DS8817N
DS8819J
DS8819N
DS8820AJ
DS8820AN
DS8820AW
DS8820J
DS8820N
DS8820W
DS8822N
DS8830J
DS8830N
DS8830W
DS8831J
DS8831N
DS8832J
DS8832N
DS8833J
l;-Registered with JEDEC
by this manufacturer
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
fNSC
fNSC
fNSC
fNSC
fNSC
~NSC
fNSC
tNSC
fNSC
fNSC
fNSC
fNSC
fNSC
fNSC
fNSC
fNSC
fNSC
fNSC
tNSC
fNSC
fNSC
fNSC
fNSC
fNSC
fNSC
fNSC
fNSC
fNSC
fNSC
fNSC
fNSC
fNSC
fNSC
tNSC
fNSC
fNSC
fNSC
fNSC
fNSC
fNSC
fNSC
fNSC
fNSC
fNSC
fNSC
fNSC
fNSC
fNSC
fNSC
fNSC
tNSC
tNSC
tNSC
fNSC
fNSC
tNSC
fNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
fNSC
fNSC
tNSC
tNSC
tNSC
fNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
'm::~
213 - 43
213 - 44
'213- 45
221- 3
221- 4
221- 40
196- 22
183- 90
225 - 71
183 - 91
183- 92
225 - 74
183 - 93
183- 94
183 - 95
183- 96
188 - 17
188- 18
99- 55
99- 56
222- 71
222- 72
223 - 73
223 - 74
224 - 45
218- 4
218- 5
218· 6
218- 7
,218· 8
1218- 9
1221. 41
221· 42
221· 43
221· 44
1221- 45
221· 46
1220 ·103
220-104
1220-105
220-106
221- 47
221- 48
221- 49
221· 50
200- 44
200 - 45
200· 46
200 - 47
200- 48
200· 49
199- 65
199 - 66
200- 3
200- 4
,201- 10
199- 67
220-107
220-108
221- 51
221- 52
221- 53
221- 54
200-17
200- 18
199 - 68
200- 80
201- 13
201- 66
199·93
·199- 69
'200. 50
200· 51
200 - 52
200· 53
201· 61
199· 87
201· 39
196- 23
,183 - 97
1183 - 98
225 - 75
,225-76
183 - 99
183-100
225- 80
225 - 81
183 -101
183 -102
183-103
183 -104
188 - 19
1188 - 20
1225- 77
225 - 82
99 - 57
99 - 58
222 - 73
222 - 74
222 - 75
223 - 75
223 - 76
223 - 77
224 - 46
218- 10
218- 11
218- 12
218- 13
218- 14
218 - 15
218- 16
221- 55
No.
CDS8833N
DS8834J
DS8834N
DS8835J
DS8835N
DS8836J
DS8836N
DS8837J
DS8837N
DS8838J
DS8838N
DS8839J
DS8839N
DS8844N
IN TYPE NUMBER SEQUENCE
M FRS Pa&Line TYPE No.
tIIISCf21 . -56
tNSC ,221· 57 Ig~~~~g4~
tNSC 1221. 58 DS75208J
tNSC 221· 59 DS75208N
tNSC 1221- 60 DS75324J
tNSC 221· 5 DS75324N
tNSC ,221- 6 DS75325J
tNSC 1221- 7 DS75325N
221· 8 DS75361J
tNSC
tNSC ,221- 61 DS75361N
221- 62 DS75362J
fNSC
tNSC 1221- 63 DS75362N
fNSC 1221- 64 DS75364J
fNSC [200-104 OS75364N
DS8855N
~NSC
DS8856J
DS8856N
DS8857J
DS8858J
OS8858N
DS8859J
DS8859N
DS8861N
DS8863N
DS8864N
DS8865N
DS8866N
DS8867N
DS8868J
DS8868N
DS8869J
DS8869N
DS8870J
DS8870N
DS8871N
DS8872N
DS8873N
DS8874J
DS8874N
DS8876J
DS8876N
DS8877J
DS8877N
DS8879J
DS8879N
DS8880J
DS8880N
DS8884AN
DS8885J
DS8885N
DS8887J
DS8887N
DS8889J
DS8889N
DS8891J
DS8891N
DS8892N
DS8895J
DS8895N
DS8897J
DS8897N
DS8963N
DS8973N
DS8974N
DS8976N
DS8977N
DS16149J
DS16179J
DS36149J
DS36149N
DS36179J
DS36179N
DS55107J
DS55107W
DS55108J
DS55108W
DS55109J
DS55110J
DS55121J
DS55121W
DS55122J
DS55122W
DS55325J
DS55325W
DS55450J
DS55451H
DS55452H
DS55453H
DS55454H
DS55460J
DS55461H
DS55462H
DS55463H
DS55464H
DS75107J
DS75107N
DS75108J
DS75108N
DS75109J
DS75109N
DS75110J
DS75110N
DS75121J
DS75121N
DS75122J
DS75122N
DS75123J
DS75123N
DS75124J
DS75124N
DS75150J
DS75150N
DS75154J
DS75154N
fNSC
tNSC
fNSC
tNSC
fNSC
fNSC
fNSC
fNSC
fNSC
fNSC
fNSC
fNSC
fNSC
fNSC
tNSC
fNSC
tNSC
fNSC
tNSC
tNSC
fNSC
fNSC
fNSC
fNSC
tNSC
fNSC
tNSC
tNSC
fNSC
tNSC
fNSC
fNSC
tNSC
fNSC
fNSC
fNSC
fNSC
tNSC
fNSC
tNSC
fNSC
fNSC
fNSC
tNSC
fNSC
tNSC
fNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
?f"\
I
1na:: nc.,a;.")t::c
.................... w ...
liOO."54
200 - 55
200 - 56
200· 57
200 - 58
200·106
200·107
199- 98
199·104
200-108
200-109
200·110
201- 4
199-106
199-107
201- 1
201- 2
199-108
199-109
199· 88
199· 89
199· 90
200 - 85
200· 86
200· 87
]200. 88
.201· 8
i201. 9
200· 89
'200· 90
1200.59
200· 60
200 - 79
200- 61
200· 62
201- 27
201· 28
199- 70
199 - 71
200- 5
200- 6
199 - 91
201- 11
201- 12
201- 29
201- 30
199-105
200· 98
1200- 99
200-100
199-92
1225 - 40
225- 41
225 - 42
225-43
:~~g.lm::~
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
fNSC
tNSC
tNSC
fNSC
fNSC
tNSC
tNSC
fNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
+NSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
m:
223 223219219218 218221221 227·
227 227 227 227 227 227·
227 227 227 1227 227 22312231223.
223219219 219219218 218:22112211218218 i2211221218 1218 224 ,224 -
1
9
10
15
16
17
18
65
66
40
41
42
43
44
45
46
47
48
49
50
51
11
12
13
14
17
18
19
20
19
20
67
68
21
22
69
70
23
24
15
16
DS75365N
DS75450J
DS75450N
DS75451H
DS75451N
DS75452H
DS75452N
DS75453H
DS75453N
DS75454H
DS75454N
DS75460J
DS75460N
DS75461H
DS75461 N
DS75462H
DS75462N
DS75463H
DS75463N
DS75464H
DS75464N
DS75491J
DS75491N
DS75492J
DS75492N
DS75493J
DS75493N
DS75494J
DS75494N
DSC160551Z
DSC160571Z
DSC160651Z
DSC160671Z
DSC1605507
DSC1605707
DSC1606707
DSC1607517
DSC1607717
DT307
DV600#1
DV600#2
DV610
DV611
DV640
DV641
E50
E51
E300D2
E300D7
E300F2
E300F7
E301D2
E301D7
E301F2
E301F7
E302D2
E302D7
E302F2
E302F7
E303D2
E303D7
E303F2
E303F7
E304D2
E304D7
E304F2
E304F7
E305D2
E305D7
E305F2
E305F7
E306D2
E306D7
E306F2
E306F7
ECDX-Hl
ECDX-H3
ECDX-L 1
ECDX-L3
EDAC8-1
EDAC8-3
EDAC9-1
EDAC9-3
EDAC10-1
EDAC10-3
EDACll-1
EDACll·3
EDRC-L 1
EDRC-L3
EDSC6-1
EDSC6-3
EDSC-H 1
EDSC-H3
EDSC-L 1
EDSC-L3
ERDC-Hl
ERDC-H3
ERDC-L 1
ERDC-L3
+-Copy of mfr's data sheet
may be ordered from D.A.T.A.
MFRS,Pa&Line
:~~g I~~t l~
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
fNSC
fNSC
tNSC
fNSC
."'I~r'
fNSC
fNSC
fNSC
fNSC
fNSC
fNSC
fNSC
fNSC
fNSC
fNSC
fNSC
fNSC
fNSC
fNSC
tNSC
fNSC
fNSC
fNSC
fNSC
tNSC
fNSC
fNSC
fNSC
+NSC
tNSC
tNSC
tNSC
tNSC
tNSC
tANA
tANA
tANA
fANA
fANA
tANA
fANA
fANA
tANA
fDTC
tHBC
fHBC
fHBC
tHBC
fHBC
+HBC
MON
MON
SGAI
SGAI
SGAI
SGAI
SGAI
SGAI
SGAI
SGAI
SGAI
SGAI
SGAI
SGAI
SGAI
SGAI
SGAI
SGAI
SGAI
SGAI
SGAI
SGAI
SGAI
SGAI
SGAI
SGAI
SGAI
SGAI
SGAI
SGAI
tDDC
tODC
tODC
tDDC
tDDC
tODC
tDDC
tODC
tODC
tDDC
tDDC
tODC
tDDC
tDDC
tDDC
tDDC
tDDC
tDDC
tDDC
tDDC
tODC
tDDC
tDDC
tDDC
223- 17
223- 18
230· 62
230- 63
227· 52
227 - 53
183-105
183·106
183-107
183·108
'184· 64
I~~~-,~~
1
183 :1'0
227 - 54
! 227 - 55
i227 - 56
227 - 57
Im:~g
1227
227 -- 60
61
227 - 62
227 - 63
1227 - 64
227- 65
227 - 66
227 - 67
227 - 68
227· 69
227 - 70
227 - 71
227· 72
227 - 73
199· 99
199-100
199-101
199·102
199- 72
199- 73
199- 85
199· 86
172- 91
172· 92
172· 93
172· 94
172· 95
172· 96
172 . 97
1172·
98
172- 99
169· 81
203· 54
203 - 55
251· 61
251- 62
1243 - 86
243 - 87
1157 - 75
157 - 76
66- 92
66 - 93
[ 66- 94
66 - 95
1150- 96
150- 97
150- 98
1150.99
150-100
1150-101
15.1· 1
:l~l:
~
1151.
151,1511151151151151·
151·
151151·
151·
151151151151217217 1217 -
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
26
27
28
1217.
29
172-100
172-101
172-102
172-103
1172-104
172·105
172-106
1172.107
172-108
1172-109
172-110
173- 1
173 - 2
1173- 3
173 - 4
.173 - 5
1168 - 52
1168- 53
1168 - 54
168- 55
11
TYPE No.
I~~gg~:~
ESDC-H 1
ESDC-H3
ESDC-L 1
ESDC·L3
FCH10l
+RTCF
FCHlll
+RTCF
FCH121
+RTCF
FCH131
+RTCF
FCH141
+RTCF
FCH151
+RTCF
FCH161
+RTCF
FCH 171
+RTCF
FCH181
+RTCF
FCH191
tRTCF
FCH201
+RTCF
FCH211
tRTCF
FCH221
+RTCF
FCH231
+RTCF
FCH281
FCH291
FCH301
RTCF
FCH311
RTCF
FCH321
RTCF
FCJ10l
+RTCF
FCJlll
+RTCF
FCJ121
RTCF
FCJ131
RTCF
FCJ141
RTCF
FCJ191
RTCF
FCJ201
RTCF
FCJ211
RTCF
FCJ221#
FCKlll
RTCF
FCL10l
+RTCF
FCY101
+RTCF
FEJ271
FEY10l
FJB9308
FJB9309
FJB9312
FJB9322
FJH10l·7430
FJH 111·7420
FJH121·7410
FJH131·7400
FJH141-7440
FJH151-7450
FJH161·7451
FJH171·7453
FJH 181·7454
FJH 191·7480
FJH201·7482
FJH211·7483
FJH221·7402
FJH231·7401
FJH241·7404
FJH251·7405
FJH261·7442
FJH291·7403
FJH301·7426
FJH311·7401
FJH311·7401S1
~ ~~: ~~
:gg~
+DOC
+DOC
+DOC
+DOC
+PHIN
tvALG
+PHIN
tvALG
+PHIN
tvALG
+PHIN
tvALG
+PHIN
tvALG
+PHIN
tvALG
+PHIN
+VALG
+PHIN
tVALG
+PHIN
tvALG
+PHIN
tvALG
+PHIN
tvALG
+PHIN
tvALG
+PHIN
+VALG
+PHIN
tvALG
RTCF
tvALG
RTCF
tvALG
+PHIN
tvALG
+PHIN
tvALG
+PHIN
tvALG
+PHIN
tvALG
+PHIN
+VALG
+PHIN
tvALG
+PHIN
tvALG
+PHIN
tvALG
+PHIN
tvALG
+PHIN
tvALG
+PHIN
tvALG
+PHIN
tvALG
+PHIN
tvALG
+PHIN
tvALG
+PHIN
tvALG
tvALG
+VALG
RTCF
RTCF
RTCF
RTCF
+PHIN
+PHIN
+PHIN
+PHIN
+PHIN
+PHIN
+PHIN
+PHIN
+PHIN
+PHIN
+PHIN
+PHIN
+PHIN
+PHIN
tPHIN
+PHIN
+PHIN
+PHIN
+PHIN
+PHIN
168 168168168·
124·
58
59
60
61
4
124· 5
124· 6
124· 7
124· 8
124- 9
124· 10
124· 11
124 - 12
124- 13
192- 84
192· 85
124- 14
>
151· 60
247· 22
248· 52
88· 12
194· 44
194· 45
50· 17
50· 62
50· 10
48· 6
79·55
48- 7
50·
1
48· 8
67· 47
167·66
198· 56
157 - 92
73- 2
203· 75
249· 38
237· 85
237· 86
237· 87
135 - 27
135 - 28
135· 29
135· 30
135· 31
103· 35
103· 36
103· 37
103· 38
179·92
179· 93
179· 94
119·101
135·32
188- 21
188- 22
91· 43
135· 33
135· 34
135 - 35
135·36
+PHIN
+PHIN 188· 23
FJH321·7405
188· 24
FJH321·7405S1
tPHIN
54·51
FJJ 111-7472
+PHIN
+PHIN
54· 52
FJJ121-7473
68· 54
FJJ131-7474
+PHIN
+PHIN
74· 55
FJJ141·7490
+PHIN
54· 58
FJJ191·7476
80· 13
FJJ211·7493
+PHIN
80· 14
FJJ251·7492
+PHIN
54· 53
FJJ261·74107 +PHIN
FJK 101-74121 +PHIN 165·80
231· 51
+FSC
FJT2000
+PHIN 159· 53
FJY101·7460
FLH101·7400 +SIEG 135· 37
FLH 105·8400 +SIEG 135 - 38
FLHlll·7410 +SIEG 135- 39
FLH115-8410 +SIEG ! 135· 40
12
.
3 TYPE No. CROSS INDEX
MFRS Pa&Line TYPE No.
MFRS Pa&Line TYPE No.
~t~ ~ ~J:~:~g :~:~~ m: :2 Ft~g ~~:~:~~ :mg 1m: ; I~t~m:~:m
MFRS Pa&Line TYPE No.
FLH131-7430 +SIEG
FLH 135-8430 +SIEG
FLH141-7440 +SIEG
FLH 145·8440 +SIEG
FLH 151·7450 +SIEG
FLH 155·8450 +SIEG
+SIEG
FLH161·7451
FLH 165·8451
+SIEG
FLH171·7453
+SIEG
FLH 175·8453 +SIEG
FLH181·7454 +SIEG
FLH 185·8454 +SIEG
FLH191·7402 +SIEG
FLH191S7402S1
+SIEG
FLH 195·8402 +SIEG
FLH195S8402S1
+SIEG
FLH201·7401
+SIEG
FLH201S7401S1
+SIEG
FLH201T7401S3
+SIEG
+SIEG
FLH205·8401
FLH205S8401S1
+SIEG
FLH205T8401S3
+SIEG
FLH211-7404 +SIEG
FLH215·8404
+SIEG
FLH221·7480 +SIEG
FLH225·8480 +SIEG
FLH231·7482 +SIEG
FLH235·8482 +SIEG
FLH241·7483 +SIEG
FLH245·8483 +SIEG
FLH251·4929 +SIEG
FLH255·49829 +SIEG
FLH271·7405 +SIEG
FLH271S7405S1
+SIEG
FLH271T7405S3
+SIEG
FLH275·8405 +SIEG
FLH275S8405S1
+SIEG
FLH275T8405S3
+SIEG
FLH281·7442 +SIEG
FLH285-8442 +SIEG
FLH291·7403 +SIEG
FLH291S7403S1
+SIEG
FLH291T7403S3
+SIEG
FLH291U7426 +SIEG
+SIEG
FLH295·8403
FLH295S8403S1
+SIEG
FLH295T8403S3
+SIEG
FLH295U8426 +SIEG
FLH321·4930 +SIEG
FLH325-49830 +SIEG
+SIEG
FLH331·4931
FLH335·49831 +SIEG
FLH341·7486 +SIEG
FLH345·8486 +SIEG
FLH351·7413 +SIEG
FLH351-7414
+SIEG
FLH355·8413 +SIEG
FLH355·8414 +SIEG
+SIEG
FLH361·7443
tSIEG
FLH365·8443
FLH371·7444
+SIEG
+SIEG
FLH375·8444
FLH381·7408 +SIEG
FLH385·8408 +SIEG
FLH391·7409
+SIEG
FLH391T7 409S 1
+SIEG
FLH395·8409 +SIEG
FLH395T8409S1
+SIEG
FLH401·74181 +SIEG
FLH405·84181 +SIEG
FLH411·74182 +SIEG
FLH415-84182 +SIEG
FLH421·74180 +SIEG
FLH425·84180 +SIEG
FLH431·7485
+SIEG
+SIEG
FLH435-8485
FLH441-74H87 +SIEG
FLH445-84H87 +SIEG
FLH451·74H183
+SIEG
FLH455-84H 183
+SIEG
FLH461-4934
+SIEG
FLH465·49834 +SIEG
FLH471·4935
+SIEG
FLH475·49835 +SIEG
FLH481-7406 +SIEG
FLH481T7416 +SIEG
FLH485·8406 +SIEG
FLH485T8416 +SIEG
FLH491·7407
+SIEG
FLH491T7417 +SIEG
FLH495·8407
+SIEG
FLH495T8417 +SIEG
FLH501·7412 +SIEG
FLH505·8412 +SIEG
D.A. T.A.
135 - 43
135 - 44
135· 45
135 - 46
103- 39
105- 96
103· 40
105- 97
105· 98
105· 99
105-100
105-101
119-102
120- I
120· 2
120· 3
135· 47
150- 23
150- 7
135· 48
150· 24
150· 8
188·25
188· 26
179- 95
179·96
179·97
179· 98
179- 99
179·100
150- 85
150· 86
188· 27
188· 28
188· 29
188· 30
188· 31
188-32
91· 44
91· 45
135·49
150· 25
150· 9
135- 50
135· 51
150· 26
150· 10
135- 52
135· 53
135 - 54
135· 55
135· 56
155·90
155· 91
197·109
197 ·102
197·110
197-103
96· 31
96· 32
96· 33
96· 34
101-104
101·105
101·106
99· 59
101·107
99· 60
245· 28
245·29
252- 60
252· 61
247· 84
247· 85
246· 75
246· 76
202· 66
202· 67
179·101
179·102
188· 33
188· 34
188· 35
188· 36
188·37
188· 38
188· 39
188.· 40
188· 41
188· 42
188· 43
188· 44
135· 57
135· 58
120120135·
135·
135 135 94·
9490·
9088-
6
7
59
60
61
62
69
70
5
6
7
FLH521-7425 +SIEG
+SIEG
FLH525-8425
FLH531·7437 +SIEG
+SIEG
FLH535·8437
FLH541·7438 +SIEG
+SIEG
FLH545·8438
FLH551·7448 +SIEG
FLH555·8448 +SIEG
FLH561·74184 +SIEG
FLH565·84184 +SIEG
FLH571·74185A
+SIEG
88- 8
FLH575·84185A
+SIEG
197
-104
+SIEG
FLH601·74132
FLH605·84132 +SIEG 197·105
+SIEG
135·
63
FLH611·7422
FLH6 I 5·8422 +SIEG 135· 64
+SIEG 120· 8
FLH621·7427
FLH625·8427
+SIEG 120· 9
FLH631-7432 +SIEG 112· 99
FLH635-8432 +SIEG 112-100
FLH641·49703 +SIEG 163· 1
FLH661-7428 +SIEG 120· 10
FLH661-7433 +SIEG 120- 1 I
FLH661-7483A +SIEG 179·103
FLH661-74125 +SIEG 215·98
FLH661·74126 +SIEG 215· 99
FLH661·74128 +SIEG 120- 12
FLH661·74136 +SIEG 155· 92
96· 21
FLH661·74147 +SIEG
96- 22
FLH661·74148 +SIEG
FLH661·74283 +SIEG 179·104
FLH665·8428 +SIEG 120· 13
FLH665·8433 +SIEG 120- 14
FLH665·8433A +SIEG 179·105
FLH665-84125 +SIEG 215·100
FLH665·84126 +SIEG 215·101
FLH665·84128 +SIEG 120· 15
FLH665·84136 +SIEG 155 - 93
96· 23
FLH665·84147 +SIEG
96· 24
FLH665·84148 +SIEG
FLH665·84283 +SIEG 179·106
FLH731·49713 +SIEG 198· 15
198· 16
FLH731T49713S 1
+SIEG
FLH735·49813 +SIEG 198· 17
198· 18
FLH735T49813S1
+SIEG
55· 27
FLJ10l·7470
+SIEG
55·28
+SIEG
FLJ105·8470
55- 29
+SIEG
FLJ 111·7472
+SIEG
55· 30
FLJ 115·8472
55 - 31
+SIEG
FLJ121·7473
+SIEG
55· 32
FLJ 125·8473
55·33
FLJ131-7476
+SIEG
55· 34
FLJ135-8476
+SIEG
68· 67
+SIEG
FLJ 141·7474
+SIEG
68· 68
FLJ145·8474
75 ·105
FLJ161·7490A +SIEG
75·106
FLJ 165·8490A +SIEG
87·31
FLJ171·7492A +SIEG
87·32
FLJ 175·8492A +SIEG
81· 94
FLJ181-7493A +SIEG
81· 95
FLJ 185·8493A +SIEG
84· 57
FLJ201·74190 +SIEG
84· 58
FLJ205·84190 +SIEG
FLJ211·74191 +SIEG
80· 51
80· 52
FLJ215·84191 +SIEG
84·68
FLJ241·74192 +SIEG
84·69
FLJ245-84192 +SIEG
81· 40
FLJ251·74193 +SIEG
81· 41
FLJ 255·84193 +SIEG
51· 95
FLJ271·74107 +SIEG
51- 96
FLJ275·84107 +SIEG
53·67
FLJ281·74104 +SIEG
53·68
FLJ291-74105 +SIEG
234·
45
FLJ331-7497
+SIEG
63· 38
FLJ341-74110 +SIEG
+SIEG
63·39
FLJ345·84110
56- 63
FLJ351·741 I 1 +SIEG
56· 64
FLJ355-84111 +SIEG
76- 17
FLJ381·74196 +SIEG
76· 18
FLJ385·84196 +SIEG
81-102
FLJ391·74197 +SIEG
81·103
FLJ395·84197 +SIEG
75· 60
FLJ401·74160 +SIEG
75·61
FLJ405·84160 +SIEG
81· 42
FLJ411·74161 +SIEG
81· 43
FLJ415·84161 +SIEG
FLJ421·74162 +SIEG
75· 62
FLJ425·84162 +SIEG
75· 63
FLJ431·74163 +SIEG 181.44
81· 45
FLJ435·84163 +SIEG
FLJ471-74167 +SIEG 234· 46
81·104
FLJ501·49704 +SIEG
FLJ505·49804 +SIEG I 81·105
FLJ511·49705 +SIEG . 76· 19
76· 20
FLJ515·49805 +SIEG
56· 65
FLJ521·74115 +SIEG
56· 66
FLJ525·84115 +SIEG
57· 87
FLJ561-74109 +SIEG
85 - 18
FLJ561·74176 +SIEG
FLJ561·74177 +SIEG
83· 72
FLJ561·74298 +SIEG 237· 88
57·88
FLJ565-84109 +SIEG
85· 19
FLJ565·84176 +SIEG
83· 73
FLJ565·84177 +SIEG
FLJ565·84298 +SIEG 237·89
FLK10l·74121 +SIEG 166· 67
FLK105·84121 +SIEG 166- 68
FLKlll·74122 +SIEG 165- 81
"'.Registered with JEDEC
by this manufacturer
I
IN TYPE NUMBER SEQUENCE
MFRS Pa&Line TYPE No.
:m~
FLK 125-84123 +SIEG
FLL 101-74141 +SIEG
FLL 111·7445
+SIEG
FLL ll1T74145 +SIEG
FLL 115-8445
+SIEG
FLL 115T84145 +SIEG
FLL 121-7446
+SIEG
FLL 121T7447 +SIEG
FLL 121 U7446A +SIEG
FLL 121V7447A +SIEG
FLL 125-8446
+SIEG
FLL125T8447 +SIEG
FLL 125U8446A +SIEG
FLL 125V844 7 A +SIEG
FLL 131-49700 +SIEG
FLL 131T49700S I
+SIEG
FLL 135·49800 +SIEG
FLL135T49800S1
+SIEG
FLL 141·4970 1 +SIEG
FLL 141T4970 1S 1
+SIEG
FLL 145·49801 +SIEG
FLL145T49801S1
+SIEG
FLL151·74142 +SIEG
FLL171·74143 +SIEG
FLL 171T74144 +SIEG
FLL 175·84 I 43 +SIEG
FLL 175T84144 +SIEG
+SIEG
FLY101·7460
+SIEG
FLY105·8460
FLY111·74150 +SIEG
FLY 115-84150 +SIEG
FLY121·74151 +SIEG
FLY125·84151 +SIEG
FLY131·74153 +SIEG
FLY135·84153 +SIEG
FLY141-74154 +SIEG
FLY145·84154 +SIEG
FLY151·74155 +SIEG
FLY155·84155 +SIEG
FLY161·74156 +SIEG
FLY165·84156 +SIEG
FLY171·74157 +SIEG
FLY175-84157 +SIEG
FLY181·74120 +SIEG
FLY181·74284 +SIEG
FLY181·74285 +SIEG
FLY185·74284 +SIEG
FLY185-74285 +SIEG
FLY185-84120 +SIEG
SGAI
FOH101-830
SGAI
FOHlll·861
SGAI
FOH 121·846
SGAI
FOH131·849
SGAI
FOH141·836
SGAI
FOH151·837
SGAI
FOH161·832
SGAI
FOH 171·844
SGAI
FOH 181·862
SGAI
FOH191·863
SGAI
FOJ 101·845
SGAI
FOJ 111·848
SGAI
FOJ121
SGAI
FOJ131
SGAI
FOJ141
SGAI
FOJ151
SGAI
FOY10l·833
+FSC
FSA2500M
+FSC
FSA2501 M
FSA2502M
+FSC
+FSC
FSA2503M
FSA2504M
+FSC
+SIEG
FYH104
+SIEG
FYHl14
+SIEG
FYH 124
+SIEG
FYH134
+SIEG
FZH101
tvALG
+SIEG
FZH105
+SIEG
FZHlll
tvALG
FZHl15
+SIEG
FZH121
+SIEG
tvALG
+SIEG
FZH 125
+SIEG
FZH131
tvALG
+SIEG
FZH135
+SIEG
FZH141
tvALG
+SIEG
FZH 145
+SIEG
FZH151
tvALG
+SIEG
FZH 155
FZH161
+SIEG
tvALG
+SIEG
FZH 165
+SIEG
FZH171
+VALG
+SIEG
FZH175
+SIEG
FZH 181
tvALG
+SIEG
FZH 185
+SIEG
FZH191
tvALG
+SIEG
FZH195
+SIEG
FZH201
+VALG
+SIEG
FZH205
l~b-
165 165 91919291·
9293969696·
96969696230·
230-
82
83
84
46
47
97
48
98
86
13
18
14
15
16
19
17
40
41
IFZI1211
FZH215
FZH231
FZH235
FZH241
FZH245
FZH251
FZH255
FZH261
FZH265
FZH27 I
FZH275
FZH281
230· 42
230- 43 FZH285
FZH291
230· 44
227· 74 FZH295
FZJ101
230· 45
227· 75 FZJ105
FZJ111
200· 75
200· 71 FZJ115
200· 72 FZJ121
200 - 73
200· 74 FZJ I 25
159- 54 FZJ141
159· 55
237· 90 FZJ 141A
237 - 91 FZJ 145
237· 92 FZJ 145A
237· 93 FZJ151
237· 94
237 - 95 FZJ 155
89· 24 FZK10l
89· 25
89· 26 FZK 105
89· 27 FZL101
89· 28
89· 29 FZL105
237·96 FZL111
237· 97 FZL121
225 - 46 FZL125
234· 6 FZL131
234· 7 FZL 135
234 - 8 FZL141
234· 9 FZL145
225· 47 G115AP
129·67 Gl15BP
130- 13 G1151DD
129 - 68 Gl151FD
130· 14 G116AL
193· 18 G116BL
194· 24 G116CDD
129· 69 Gl16CFD
129· 70 G116MDD
129· 71 Gl16MFD
130- 15 G117CDD
65· 49 Gl17CFD
65· 50 Gl17MDD
50· 53 G117MFD
50· 56 Gl18AL
50· 54 Gl18BL
50· 57 Gl18CDD
157·93 G 118CFD
232· 12 Gl18MDD
232· 13 Gl18MFD
232· 14 Gl19AL
232· 15 Gl19BL
232- 16 Gl19CDD
115 - 27 Gl19CFD
115· 28 Gl19MDD
115· 29 Gl19MFD
115· 30 G122AL
130· 86 G122BL
G123AL
130· 87 G123AP
130· 88 G123BL
G123BP
130· 89 G 123100
130· 90 G 1231FD
G124AL
130· 91 G124BL
130· 92 G125AF
G1251FD
130· 93 G125MFD
130· 94 G126AF
G1261FD
130· 95 G126MFD
103· 15 G127AF
G1271FD
103· 16 G127MFD
196· 70 G128AF
G128AP
196· 71 G128BP
124· 94 G1281FD
G128MFD
124- 95 G129AF
196· 24 G 1291FD
G129MFD
196· 25 G130AF
130· 96 G130lFD
G130MFD
130· 97 G131AF
130- 98 G1311FD
G131MFD
130· 99 G132AF
••Copy of mfr's data sheet
may be ordered from D.A.T.A.
MFRS Pa&Line
:~~~G
+SIEG
+SIEG
tvALG
+SIEG
+SIEG
tvALG
+SIEG
+SIEG
tvALG
+SIEG
+SIEG
tvALG
+SIEG
+SIEG
tvALG
+SIEG
+SIEG
tvALG
+SIEG
+SIEG
tvALG
+SIEG
+SIEG
tvALG
+SIEG
+SIEG
tvALG
+SIEG
+SIEG
tvALG
+SIEG
+SIEG
tvALG
+SIEG
+SIEG
+SIEG
+SIEG
tvALG
+SIEG
+SIEG
tvALG
+SIEG
+SIEG
tvALG
SIEG
+SIEG
+SIEG
+SIEG
+SIEG
+SIEG
+SIEG
+SIEG
SIX
SIX
+INL
+INL
+SIX
+SIX
+INL
+INL
+INL
+INL
+INL
+INL
+INL
+INL
+SIX
+SIX
+INL
+INL
+INL
+INL
+SIX
+SIX
+INL
+INL
+INL
+INL
SIX
SIX
SIX
SIX
+SIX
SIX
+INL
+INL
SIX
SIX
+SIX
+INL
+INL
+SIX
+INL
+INL
+SIX
+INL
+INL
+SIX
+SIX
+SIX
+INL
+INL
+SIX
+INL
+INL
+SIX
+INL
+INL
+SIX
+INL
+INL
+SIX
Il:l4-
9~
124 - 97
124- 98
124- 99
198·100
198-101
98· 71
98· 72
150- 89
150· 90
155 - 41
155· 42
117 ·108
117·109
112· 66
112· 67
50· 85
50· 86
50· 87
50· 88
50· 83
50· 84
73·102
73·103
73·104
73·105
79· 58
79· 59
164· 92
164· 93
90·103
90·104
96· 12
230· 72
230· 73
230· 74
230· 75
230· 76
230· 77
253· 83
253· 84
212· 69
212· 24
253· 85
253·86
226· 47
226· 48
226· 66
226· 49
226· 50
226· 51
226· 52
226· 53
253· 87
253· 88
226· 54
226· 55
226 - 56
226 - 57
253- 89
253· 90
226· 58
226· 59
226· 60
226· 61
253· 91
253· 92
253· 93
263· 94
253· 95
253· 96
212· 70
212· 71
253- 97
253· 98
253· 99
212· 26
212· 27
253 ·100
212· 57
212- 58
253·101
212· 28
212· 29
253·102
253·103
253·104
212· 59
212· 60
253·105
212· 30
212· 31
253·106
212· 61
212· 62
253·107
212· 32
212· 33
253·108
12
TYPE No.
l~m~~D
G1330lFD
G1330MFD
G 1340lFD
G1340MFD
G1350lFD
G1350MFD
G1360lFD
G1360MFD
GFB7400
GFB7401
GFB7401S1
GFB7402
GFB7403
GFB7404
GFB7405
GFB7405S1
GFB7408
GFB7410
GFB7413
GFB7420
GFB7426
GFB7430
GFB7440
GFB7442
GFB7450
GFB7451
GFB7453
GFB7454
GFB7460
GFB7470
GFB7472
GFB7473
GFB7474
GFB7475
GFB7476
GFB7486
GFB7490
GFB7493
GFB74107
GFB74116
GFB74121
GFB74141
GFB74150
GFB74151
GFB74153
GFB74154
GFB74155
GFB74157
GFB74180
GFB74181
GFB74193
GJB74HOOP
GJB74H01P
GJB74H04P
GJB74H05P
GJB74Hl0P
GJB74HllP
GJB74H20P
GJB74H30P
GJB74H40P
GJB74H50P
GJB74H51P
GJB74H53P
GJB74H54P
GJB74H72P
GJB74H74P
GTB74S00P
GTB74S03P
GTB74S04P
GTB74S05P
GTB74S10P
GTB74S11P
GTB74S64P
GTB74S74
GTB74S86P
GTB74S112
GTB74S151
GTB74S153
GTB74S157
GTB74S180
GTB74S181
GXB10101
GXB10102
GXB10105
GXB10l06
GXB10l07
GXB10l09
GXB10110
GXB10111
GXB10115
GXB10117
GXB10118
GXB10119
GXB10121
GXB10130
GXB10131
13
3. TYPE
No. CROSS INDEX
MFRS Pa&Une TYPE No.
MFRS Pa&Line TYPE
MFRS Pa&Line TYPE No.
+INL
Il· 03 IGXB10T37
212· 64
+INL
212· 34 GXB 10134
+INl
212· 35
+INl
+INl
212· 65 GXB10136
212· 66 GXB 10137
+INl
212· 36 GXB10160
+INl
212· 37
+INl
212· 67 GXB10161
+INl
+INl
212· 68
RTCF 135·65 GXB10162
RTCF 135· 66
RTCF 135· 67 GXB10164
RTCF 120· 16
RTCF 135· 68 GXB10172
RTCF 188 - 45 GXBi0173
RTCF 188·46
RTCF 188· 47 GXB10174
RTCF
99· 61 GXB10179
RTCF 135·69 GXB10181
RTCF 197 -106 GZF1200
RTCF 135·70 GZF1201
RTCF 135· 71 GZF1202
RTCF 135 - 72 Hl02Dl
RTCF 135 - 73 Hl02D2
RTCF
91· 49 Hl02D6
RTCF 105 ·102 Hl03Dl
RTCF 105-103 Hl03D2
RTCF 105 -104 H 10306
RTCF 105 -105 Hl04Dl
RTCF 159 - 56 Hl04D2
RTCF
55 - 35 Hl04D6
RTCF
54 - 54 Hl05Dl
RTCF
54- 55 Hl05D2
RTCF
68 - 55 Hl05D6
RTCF 249 - 39 Hl09Dl
RTCF
54 - 56 Hl09D2
RTCF 155 - 94 H 10906
RTCF
77- 1 Hl10Dl
RTCF
82-103 Hll0D2
RTCF
54 - 57 Hll0D6
RTCF 249 - 40 Hll1Dl
RTCF 1167 - 38 Hl11D2
RTCF
91- 50 Hl11D6
+RTCF 237 - 98 H112Dl
RTCF ,237 - 9.9 H112D2
+RTCF 1237 -100 H112D6
RTCF ! 89 - 30 H113Dl
+RTCF 1237 -101 H113D2
+RTCF 237 -102 H113D6
RTCF 247 - 86 H114Dl
+RTCF 245 - 30 H114D2
81- 46 H114D6
+RTCF
RTCF 135 - 74 H115Dl
RTCF 135 - 75 H115D2
RTCF 188 - 48 H115D6
RTCF 188 - 49 H117Dl#1
RTCF 135 - 76 H117Dl#2
RTCF
99- 62 H117D2#1
RTCF 135- 77 H117D2#2
RTCF 135 - 78 H117D6#1
RTCF 135 - 79 H117D6#2
RTCF 105-106 H118Dl
RTCF 105-107 H118D2
RTCF 105-108 H118D6
RTCF 105-109 H119Dl
RTCF
57 - 95 H119D2
RTCF
69- 28 H119D6
RTCF 131- 46 H122Dl
RTCF 131 - 47 H122D2
RTCF 185 - 27 H122D6
RTCF 185 - 28 H124Dl
RTCF 131- 48 H 12402
RTCF
98 - 93 H124D6
RTCF 105 -110 H156Dl
67·97 H156D2
RTCF
RTCF 112- 90 H156D6
RTCF
51- 90 H157Dl
RTCF 234 - 86 H157D2
RTCF 234 - 87 H157D6
RTCF 234 - 88 H158Dl
RTCF 247 - 87 H158D2
RTCF 1245- 31 H158D6
+MUlB 114- 99 H159Dl
H165Dl
+RTCF
+MUlB 118 - 47 H166Dl
H167Dl
+RTCF
+MUlB 114-100 H202Bl
H203Bl
+RTCF
+MUlB 118-48 H204Bl
H205Bl
+RTCF
+MUlB 157-37 H209Bl
H210Bl
+RTCF I
+MUlBI114-101 H211Bl
H212Bl
+RTCF
+MUlB 112-70 H213Bl
H214Bl
+RTCF 1
+MUlBII18- 49 H215Bl
H218Bl
+RTCF
+MUlB 220- 57 H21981
H222Bl
+RTCF I
+MUlB 114-83 H224Bl
H227Bl
:~TUC(BI114_ 56 H256Bl
H257Bl
ORTCF
+MUlB 114 - 57 H258Bl
HADC9-1
+RTCF
+MUlB 114 - 84 HADC9-3
HADC10-l
+RTCF
+MUlB 248 - 70 HADC10-3
HADC11-1
+RTCF
+MUlB 67- 63 HADCI1-3
HAG20011
+RTCF
HAG20019
I
D.A. T.A.
tMULB Il3b· 4U
.~~~~gg~~
RTCF
+MUlB 67·57 HBC4000AD
HBC4000AF
RTCF
RTCF
86· 77 HBC4000AK
RTCF
84·38 HBC4001AD
+MUlB 247· 54 HBC4001AF
HBC4001AK
+RTCF
+MUlB 88· 77 HBC4002AD
HBC4002AF
+RTCF
+MUlB 88· 78 HBC4002AK
HBC4007AD
+RTCF
+MUlB 235· 41 HBC4007AF
HBC4007AK
+RTCF
88·79 HBC4008AD
RTCF
,MULB 67 - 58 HBC4008AF
HBC4008AK
RTCF
RTCF 235·42 HBC4009AD
RTCF 252· 42 HBC4009AF
RTCF 244· 95 HBC4009AK
+RTCF 203- 43 HBC4010AD
+RTCF 243- 61 HBC4010AF
+RTCF 203 - 44 HBC4010AK
+SGAI 152 - 51 HBC4011AD
+SGAI 152- 52 HBC4011AF
+SGAI 152- 53 HBC4011AK
+SGAI 152- 54 HBC4012AD
+SGAI 152- 55 HBC4012AF
SGAI 152- 56 HBC4012AK
+SGAI 152- 57 HBC4013AD
+SGAI 152- 58 HBC4013AF
SGAI 152- 59 HBC4013AK
+SGAI 103· 17 HBC4016AD
SGAI 103- 18 HBC4016AF
+SGAI 103- 19 HBC4016AK
98- 73 HBC4017AD
+SGAI
98- 74 HBC4017AF
+SGAI
SGAI
98- 75 HBC4017AK
50- 92 HBC4018AD
+SGAI
5d- 93 HBC4018AF
SGAI
50- 94 HBC4018AK
SGAI
+SGAI
50- 95 HBC4019AD
SGAI
50- 96 HBC4019AF
50- 97 HBC4019AK
SGAI
+SGAI 194- 80 HBC4020AD
SGAI 194 - 81 HBC4020AF
+SGAI 194- 82 HBC4020AK
+SGAI 184-102 HBC4022AD
SGAI 184-103 HBC4022AF
SGAI 184-104 HBC4022AK
+SGAI 183 - 64 HBC4023AD
SGAI 183- 65 HBC4023AF
SGAI 183- 66 HBC4023AK
+SGAI 194- 83 HBC4024AD
SGAI 194- 84 HBC4024AF
+SGAI 194 - 85 HBC4024AK
71- 16 HBC4025AO
+SGAI
+SGAI 164 - 94 HBC4025AF
71 - 17 HBC4025AK
+SGAI
+SGAI 164 - 95 HBC4026AD
71- 18 HBC4026AF
+SGAI
+SGAI 164 - 96 HBC4026AK
+SGAI 194 - 86 HBC4027AD
SGAI 194 - 87 HBC4027AF
+SGAI 194 - 88 HBC4027AK
+SGAI 194 - 89 HBC4028AD
SGAI 194- 90 HBC4028AF
+SGAI 194 - 91 HBC4028AK
+SGAI 130-100 HBC4029AD
+SGAI 130-101 HBC4029AF
+SGAI 130-102 HBC4029AK
+SGAI 130-103 HBC4030AD
+SGAI 130-104 HBC4030AF
tSGAI 130-105 HBC4030AK
79- 60 HBC4033AD
+SGAI
79- 61 HBC4033AF
+SGAI
79- 62 HBC4033AK
+SGAI
73-106 HBC4037AD
+SGAI
73-107 HBC4037AF
+SGAI
73-108 HBC4037AK
SGAI
90-105 HBC4038AD
+SGAI
SGAI
90-106 HBC4038AF
90-107 HBC4038AK
SGAI
50- 89 HBC4040AD
SGAI
50- 90 HBC4040AF
SGAI
50- 91 HBC4040AK
SGAI
SGAI 155 - 43 HBC4041AD
SGAI 152- 60 HBC4041AF
SGAI 152- 61 HBC4041AK
SGAI 152- 62 HBC4045AD
SGAI 103- 20 HBC4045AK
SGAI
98- 76 HBC4046AD
50- 98 HBC4046AF
SGAI
SGAI
50- 99 HBC4046AK
SGAI 194 - 92 HBC4047AD
SGAI 184-105 HBC4047AK
SGAI 183- 67 HBC4049AD
SGAI 194- 93 HBC4049AF
SGAI 194 - 94 HBC4049AK
SGAI 194- 95 HBC4050AD
SGAI 130-106 HBC4050AF
SGAI 130-107 HBC4050AK
71- 19 HBC4057AD
SGAI
79- 63 HBC4057AK
SGAI
SGAf
73-109 HBC4066AD
90-108 HBC4066AF
SGAI
169- 30 HBC4066AK
+DDC
169- 31 HBF4000AE
+DDC
169- 32 HBF4000AF
+DDC
169- 33 HBF4001AE
+DDC
+DDC
169 - 34 HBF4001AF
+DDC 169- 35 HBF4002AE
FSC
123- 6 HBF4002AF
FSC
123- 4 HBF4007AE
C.-Registered with JEDEC
by this manufacturer
~~g
No.
m: \U ~~~:gg~~~
SGAI 117 - 18 HBF4008AF
SGAI 117 - 19 HBF4009AE
SGAI 117 - 20 HBF4009AF
SGAI 117· 21 HBF4010AE
SGAI 117 - 22 HBF4010AF
SGAI 117·23 HBF4011AE
SGAI 117·24 HBF4011AF
SGAI 117·25 HBF4012AE
SGAI 117·26 HBF4012AF
SGAI 232- 94 HBF4013AE
SGAI 232· 95 HBF4013AF
SGAI 232· 96 HBF4016AE
SGAI 182· 60 HBF4016AF
SGAi 182- 61 HBF40i7AE
SGAI 182- 62 HBF4017AF
SGAI 195·35 HBF4018AE
SGAI 195· 36 HBF4018AF
SGAI 195·37 HBF4019AE
SGAI 197· 23 HBF4019AF
SGAI 197 - 24 HBF4020AE
SGAI 197 - 25 HBF4020AF
SGAI 126- 39 HBF4022AE
SGAI 126· 40 HBF4022AF
SGAI 126- 41 HBF4023AE
SGAI 126- 42 HBF4023AF
SGAI 126- 43 HBF4024AE
SGAI 126- 44 HBF4024AF
67- 42 HBF4025AE
SGAI
SGAI
67- 43 HBF4025AF
SGAI
67 - 44 HBF4026AE
SGAI 253 - 73 HBF4026AF
SGAI 253 - 74 HBF4027AE
SGAI 253- 75 HBF4027AF
SGAI
85- 72 HBF4028AE
85 - 73 HBF4028AF
SGAI
85 - 74 HBF4029AE
SGAI
SGAI
85 - 75 HBF4029AF
SGAI
85 - 76 HBF4030AE
SGAI
85 - 77 HBF4030AF
SGAI 102-110 HBF4033AE
SGAI 103- 1 HBF4033AF
SGAI 103- 2 HBF4037AE
79- 30 HBF4037AF
SGAI
79- 31 HBF4038AE
SGAI
79 - 32 HBF4038AF
SGAI
85 - 78 HBF4040AE
SGAI
SGAI
85 - 79 HBF4040AF
85- 80 HBF4041AE
SGAI
SGAI 126- 45 HBF4041AF
12646 HBF4045AE
SGAI
SGAI 126· 47 HBF4046AE
HBF4046AF
7933
SGAI
SGAI
79- 34 HBF4047AE
HBF4049AE
79
35
SGAI
SGAI 117 - 27 HBF4049AF
HBF4050AE
117
28
SGAI
SGAI 117 - 29 HBF4050AF
85 - 81 HBF4066AE
SGAI
SGAI
85 - 82 HBF4066AF
85 - 83 HBG20011
SGAI
SGAI
48 - 65 HBG20019
SGAI
48 - 66 HBG20021
SGAI
48- 67 HBG20029
SGAI
90- 66 HBY80801
SGAI
90- 67 HBY80809
SGAI
90- 68 HDI-54COO
SGAI
86- 8 HD 1-54C02
SGAI
86- 9 HDl-54C04
SGAI
86- 10 HDl-54C08
SGAI 155- 22 HDI-54Cl0
SGAI 155 - 23 HDI-54Cl07
SGAI 155 - 24 HDI-54CI4
SGAI
73 - 55 HDI-54C151
SGAI
73 - 56 HDl-54C154
73 - 57 HDl-54C157
SGAI
SGAI 103- 3 HDI-54C160
SGAI 103- 4 HDl-54C161
SGAI 103- 5 HDI-54C 162
SGAI 182- 63 HDI-54C163
SGAI 182- 64 HDI-54C192
SGAI 182 - 65 HDI-54C193
79- 13 HD 1-54C20
SGAI
SGAI
79 - 14 HDI-54C221
SGAI
79 - 15 HDI-54C30
SGAI 217 - 11 HDI-54C42
SGAI 217 - 12 HDI-54C48
SGAI 217 - 13 HDI-54C73
79-.40 HDl-54C74
SGAI
79- 41 HDl-54C76
SGAI
SGAI 247- 48 HDI-54C83
SGAI '247-49 HDl-54C85
SGAI 247- 50 HDI-54C86
71 - 13 HDl-54C901
SGAI
71- 14 HDI-54C902
SGAI
SGAI 197 - 26 HDI-54C903
SGAI 197 - 27 HDI-54C904
SGAI 197 - 28 HDI-70C95
SGAI 197 - 29 HDI-70C97
SGAI 197- 30 HDI-74COO
SGAI 197 - 31 HDI-74C02
SGAI 246- 6 HDI-74C04
SGAI 246- 7 HDI-74C08
SGAI 253 - 76 HDI-74Cl0
SGAI 253- 77 HDI-74Cl07
SGAI 253 - 78 HDl-74C14
SGAI 117- 30 HDI-74C151
SGAI 117 - 31 HDI-74C154
SGAI 117 - 32 HDI-74C157
SGAI 117- 33 HDI-74C160
SGAI 117 - 34 HDI-74C161
SGAI 117 - 35 HDI-74C162
SGAI 232 - 97 HDI-74C163
IN TYPE NUMBER SEQUENCE
MFRS Pa&Line TYPE No.
MFRS Pa&Line
~!T m:~~ l~g1:~:g:~~
:~~~
SGAI 182· 67 HD1·74C20
SGAI 195· 38 HD1·74C221
SGAI 195· 39 HD1·74C30
SGAI 197-32 HDI-74C42
SGAI 197· 33 HDI-74C48
SGAI 126· 48 HD1·74C73
SGAI 126· 49 HD1·74C74
SGAI 126· 50 HD1·74C76
SGAI 126· 51 HD1·74C83
SGAI
67· 45 HDI-74C85
SGAI
67 - 46 HD1·74C86
SGAI 253 - 79 HDI-74C901
SGAI 253· 80 HD1·74C902
85- 84 HDi-74C903
SGAi
SGAI
85· 85 HD1·74C904
85- 86 HD1·80C95
SGAI
SGAI
85·87 HDI-80C97
SGAI 103- 6 HDI-4000A2
SGAI 103- 7 HDI-4000A9
79- 36 HDI-4001A2
SGAI
SGAI
79 - 37 HDI-4001A9
SGAI
85- 88 HDI-4002A2
SGAI
85 - 89 HDI-4002A9
SGAI 126- 52 HDI-4007A2
SGAI 126- 53 HDI-4007A9
SGAI
79 - 38 HDI-4011A2
SGAI
79- 39 HDI-4011A9
SGAI 117 - 36 HDI-4012A2
SGAI 117 - 37 HDI-4012A9
SGAI
85- 90 HDI-4013A2
SGAI
85 - 91 HDI-4013A9
48- 68 HDI-4017A2
SGAI
SGAI
48- 69 HDI-4017A9
9069 HDI-4018A2
SGAI
90- 70 HDI-4018A9
SGAI
8611 HDI-4019A2
+SGAI
86- 12 HDI-4019A9
+SGAI
SGAI 155 - 25 HDI-4020A2
SGAI 155 - 26 HDI-4020A9
SGAI
73- 58 HDI-4022A2
SGAI
73 - 59 HDI-4022A9
SGAI 103- 8 HDI-4023A2
SGAI 103- 9 HDI-4023A9
SGAI 182- 68 HDI-4024A2
SGAI 182- 69 HDI-4024A9
SGAI
79 - 16 HDI-4025A2
SGAI
79- 17 HDI-4025A9
SGAI 217- 14 HDI-4027A2
SGAI 217- 15 HDI-4027A9
79- 42 HDI-4028A2
SGAI
SGAI 247 - 51 HDI-4028A9
SGAI 247 - 52 HDI-4029A2
71- 15 HDI-4029A9
SGAI
SGAI 197 - 34 HDI-4030A2
SGAI 197 - 35 HDI-4030A9
SGAI 197- 36 HDI-4040A2
SGAI 197 - 37 HDI-4040A9
SGAI 253- 81 HDI-4043A2
SGAI 253- 82 HDI-4043A9
123- 7 HDI-4044A2
FSC
123- 5 HDI-4044A9
FSC
FSC
123- 2 HDI-4049A2
FSC
123- 3 HDI-4049A9
FSC
244- 80 HDI-4050A2
244- 81 HDI-4050A9
FSC
125- 60 HDI-4066A2
+HAS
116- 40 HDI-4066A9
+HAS
194- 68 HDI-4819-5
+HAS
98- 6 HD1A1488
+HAS
125- 61 HD1A1489
+HAS
+HAS I 48- 35 HD1A1489A
+HAS
198-102 HD1A6600-2
+HAS 243 -109 HD1A6600-5
+HAS : 88- 43 HD1A6605-2
+HAS 243-110 HD1A6605-5
+HAS
84· 8 HD1J0140-2
78- 26 HD1J0140-5
+HAS
84- 9 HD1J0140A2
+HAS
78 - 27 HD1J0140A5
+HAS
84- 16 HD1S234
+HAS
78 - 34 HD1S235
+HAS
125- 62 HD1S245
+HAS
163- 10 HD1S246
+HAS
125 - 63 HD1S248
+HAS
90- 36 HD1S249
+HAS
93-105 HD1S534
+HAS
+HAS
48- 36 HD1S535
67 - 25 HD1S536
+HAS
48- 37 HD1S545
+HAS
+HAS
182 - 36 HD1S546
+HAS 247· 33 HD1S548
+HAS
155- 4 HD1S549
194- 69 HD1W4019-2
+HAS
+HAS
184 - 86 HD1W4019-9
+HAS
194· 70 HD9-54COO
+HAS
184 - 87 HD9-54C02
+HAS
184 - 88 HD9-54C04
184- 89 HD9-54C08
+HAS
125 - 64 HD9-54Cl0
+HAS
116- 41 HD9-54Cl07
+HAS
+HAS
194 - 71 HD9-54C14
+HAS
98- 7 HD9-54C151
tHAS
125 - 65 HD9-54C154
48- 38 HD9-54C157
+HAS
+HAS
198-103 HD9-54C160
+HAS 244- 1 HD9-54C161
+HAS
88 - 44 HD9-54C162
+HAS 244- 2 HD9-54C163
84- 10 HD9-54C192
+HAS
78- 28 HD9-54C193
+HAS
84- 11 HD9-54C20
+HAS
78- 29 HD9-54C221
+HAS
+-Copy of mfr's data sheet
may be ordered from D.A.T.A.
+HAS
+HAS
+HAS
+HAS
+HAS
+HAS
+HAS
+HAS
+HAS
+HAS
+HAS
+HAS
+HAS
~~: ~~
125· 66
163· 11
125· 67
90· 37
93·106
48· 39
67· 26
48· 40
182· 37
247· 34
155· 5
194· 72
184· 90
.HAS 194- 73
+HAS
184· 91
+HAS
184· 92
184· 93
+HAS
116- 49
+HAS
116- 50
+HAS
116- 51
+HAS
+HAS
116- 52
+HAS
116- 53
116- 54
+HAS
+HAS 232- 80
+HAS 232- 81
+HAS
125- 80
125 - 81
+HAS
+HAS
125 - 82
+HAS
125 - 83
67- 30
+HAS
67 - 31
+HAS
+HAS
85- 30
+HAS
85 - 31
+HAS
85 - 32
+HAS
85 - 33
+HAS
102- 93
+HAS
102- 94
78- 65
+HAS
78- 66
+HAS
85 - 34
+HAS
+HAS
85 - 35
125- 84
+HAS
+HAS
125 - 85
+HAS
78- 67
+HAS
78 - 68
+HAS
116- 55
116· 56
+HAS
48- 52
+HAS
48- 53
+HAS
+HAS
90- 49
+HAS
90- 50
85-106
+HAS
+HAS
85-107
+HAS
155- 10
155 - 11
+HAS
+HAS
78 - 47
+HAS
78 - 48
+HAS 250- 75
+HAS 250- 76
+HAS 250- 77
+HAS 250- 78
196- 74
+HAS
196- 75
+HAS
196- 76
+HAS
+HAS
196- 77
+HAS 205- 51
+HAS 205 - 52
+HAS 254 - 60
+HAS 219-104
+HAS 220- 97
+HAS 220-110
+HAS 227 - 76
+HAS 227 - 77
HAS 227 - 78
HAS 227 - 79
93- 87
+HAS
93- 88
+HAS
+HAS
93- 89
93- 90
+HAS
HAS
194- 22
HAS
195- 57
+HAS 219- 41
+HAS 223 - 78
+HAS 223 - 79
+HAS 223- 80
193 - 59
HAS
195 - 58
HAS
HAS
193- 63
+HAS 219- 42
+HAS 223- 81
+HAS 223- 82
+HAS 223- 83
103· 11
+HAS
+HAS
103- 10
+HAS
125- 68
116- 42
+HAS
194- 74
+HAS
98- 8
+HAS
125 - 69
+HAS
+HAS I 48 - 41
198-104
+HAS
+HAS 1244- 3
+HAS
88 - 45
+HAS 244- 4
84- 12
+HAS
+HAS
78- 30
84 - 13
+HAS
+HAS
78 - 31
84- 18
+HAS
78- 36
+HAS
+HAS 125- 70
163- 12
+HAS
13
3. TYPE
No. CROSS INDEX
MFRS Pa&Line TYPE No.
M FRS PQ&Line TYPE
TYPE No.
MFRS Pa&Line TYPE No.
I~g~:~:~~~
:~~~
HD9-54C48
HD9-54C73
HD9-54C74
HD9-54C76
HD9-54C83
HD9-54C85
HD9-54C86
HD9-54C901
HD9-54C902
HD9-54C903
HD9-54C904
HD9-70C95
HD9-70C97
HD9-74COO
HD9-74C02
HD9-74C04
HD9-74C08
HD9-74Cl0
HD9-74Cl07
HD9-74C14
HD9-74C151
HD9-74C154
HD9-74C157
HD9-74C160
HD9-74C161
HD9-74C162
HD9-74C163
HD9-74C192
HD9-74C193
HD9-74C20
HD9-74C221
HD9-74C30
HD9-74C42
HD9-74C48
HD9-74C73
HD9-74C74
HD9-74C76
HD9-74C83
HD9-74C85
HD9-74C86
HD9-74C901
HD9-74C902
HD9-74C903
HD9-74C904
HD9-80C95
HD9-80C97
HD9-4000A2
HD9-4000A9
HD9-4001A2
HD9-4001A9
HD9-4002A2
HD9-4002A9
HD9-4007A2
HD9-4007A9
HD9-4011A2
HD9-4011A9
HD9-4012A2
HD9-4012A9
HD9-4013A2
HD9-4013A9
HD9-4017A2
HD9-4017A9
HD9-4018A2
HD9-4018A9
HD9-4019A2
HD9-4019A9
HD9-4020A2
HD9-4020A9
HD9-4022A2
HD9-4022A9
HD9-4023A2
HD9-4023A9
HD9-4024A2
HD9-4024A9
HD9-4025A2
HD9-4025A9
HD9-4027A2
HD9-4027A9
HD9-4028A2
HD9-4028A9
HD9-4029A2
HD9-4029A9
HD9-4030A2
HD9-4030A9
HD9-4040A2
HD9-4040A9
HD9-4043A2
HD9-4043A9
HD9-4044A2
HD9-4044A9
HD9-4049A2
HD9-4049A9
HD9-4050A2
HD9-4050A9
HD9-4066A2
HD9-4066A9
HD9V234
HD9V235
HDflV245
HD9V246
HD9V248
HD9V249
HD9V534
HD9V535
HD9V536
HD9V545
HD9V546
HD9V548
HD9V549
HDAC9-1
HDAC9-3
HDAC10-l
14
tHAS
tHAS
tHAS
tHAS
tHAS
tHAS
tHAS
tHAS
tHAS
tHAS
tHAS
tHAS
tHAS
tHAS
tHAS
tHAS
tHAS
tHAS
tHAS
tHAS
tHAS
tHAS
tHAS
tHAS
tHAS
tHAS
tHAS
tHAS
tHAS
tHAS
tHAS
tHAS
tHAS
tHAS
tHAS
tHAS
tHAS
+HAS
tHAS
tHAS
tHAS
tHAS
tHAS
tHAS
tHAS
tHAS
tHAS
tHAS
tHAS
tHAS
tHAS
tHAS
tHAS
tHAS
tHAS
tHAS
tHAS
tHAS
tHAS
tHAS
tHAS
tHAS
tHAS
tHAS
tHAS
tHAS
tHAS
tHAS
tHAS
tHAS
tHAS
tHAS
tHAS
tHAS
tHAS
tHAS
tHAS
tHAS
tHAS
tHAS
tHAS
tHAS
tHAS
tHAS
tHAS
tHAS
tHAS
tHAS
tHAS
tHAS
tHAS
tHAS
tHAS
tHAS
tHAS
tHAS
HAS
HAS
tHAS
tHAS
tHAS
tHAS
HAS
HAS
HAS
tHAS
tHAS
tHAS
tHAS
tDDC
tDDC
tDDC
l~g: ~8 ~g~~l~:~
93·107
48· 42
67· 27
48· 43
182 - 38
247· 35
155· 6
194 - 75
184 - 94
194· 76
184· 95
184· 96
184· 97
125· 72
116- 43
194- 77
98 - 9
125 - 73
48 - 44
198-105
244 - 5
88 - 46
244· 6
84· 14
78 - 32
84 - 15
78 - 33
84 - 19
78 - 37
125 - 74
163- 13
125 - 75
90- 39
93-108
48 - 45
67 - 28
48 - 46
lB2- 39
247 - 36
155 - 7
194 - 78
lB4 - 9B
194 - 79
lB4 - 99
lB4-100
lB4-101
116- 57
116- 58
116- 59
116- 60
116- 61
116 - 62
232 - 82
232- 83
125 - 86
125 - 87
125· 88
125· 89
67 - 32
67 - 33
85 - 36
85 - 37
85· 38
85 - 39
102- 95
102- 96
78- 69
78- 70
85· 40
85· 41
125- 90
125· 91
78 - 71
78· 72
116- 63
116- 64
48- 54
48- 55
90· 51
90- 52
85 ·108
85 ·109
155 - 12
155 - 13
78 - 49
78- 50
250 - 79
1250- 80
i250· 81
1250- 82
'196- 78
196- 79
196- 80
196- 81
205 - 53
205 - 54
194- 23
195 - 59
219- 43
223 - 84
223 - 85
223 - 86
193- 60
195- 60
193· 64
219· 44
223· 87
223 - 88
1223.89
173· 6
173- 7
i 173· 8
fDlJC"
HDACll-3
HDAC12-1
HDAC12-3
HEP553-RT
HEP554-RT
HEP556-RT
HEP558-RT
HEP570-RT
HEP571-RT
HEP572-RT
HEP573-RT
HEP580-RT
HEP581-RT
HEP582-RT
HEP583-RT
HEP584-RT
HEPC0900P-RT
H EPC090 1P-RT
HEPC0902P-RT
HEPC0903P-RT
HEPC0904P-RT
HEPC0905P-RT
HEPC0906P-RT
HEPC0907P-RT
HEPC0908p·RT
HEPC0909P-RT
HEPC0910P-RT
HEPC0911 P-RT
HEPC0912P-RT
HEPC1030P-RT
HEPC1032p·RT
HEPC 1033P-RT
HEPC 1035P-RT
HEPC 1038p·RT
HEPC1039P-RT
HEPC 1044P-RT
HEPC1045P-RT
HEPC1052P-RT
HEPC105BP-RT
HEPC1062P-RT
HEPC2001 P-RT
HEPC2002P-RT
HEPC2500P·RT
HEPC250 1P-RT
HEPC2502P-RT
HEPC2503P-RT
HEPC3000P-RT
HEPC3001P-RT
HEPC3004P-RT
HEPC3010P-RT
HEPC3020P-RT
HEPC3030P-RT
HEPC3040P-RT
HEPC3041P-RT
HEPC3050P-RT
HEPC3073P-RT
HEPC3075P-RT
HEPC3400P-RT
HEPC3401P-RT
HEPC3800P-RT
HEPC3801P-RT
HE PC3 803 P-RT
HEPC3804P-RT
.oDC
tDDC
tDDC
tDDC
MOTA
MOTA
MOTA
MOTA
MOTA
MOTA
MOTA
MOTA
MOTA
MOTA
MOTA
MOTA
MOTA
tMOTA
MOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
MOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
MOTA
tMOTA
MOTA
tMOTA
tMOTA
+MOTA
MOTA
tMOTA
tMOTA
MOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
MOTA
tMOTA
HEPC3805P-RT
HEPC3806P-RT
HEPC6007P-RT
HEPC6011-RT
HEPC6015-RT
HI2Al080
HI2A 1085
HI9Ml080
HI9Ml085
HI-1Al080
HI-1A 1085
HI-1D0180
HI-1D0185
HI-l F1800-2
HI-l F1800-5
HI-1F1800A2
HI-l F1800A5
HI-l F1818-2
HI-l F1818-5
HI-l F 1818A2
HI-l F1818A5
HI-1F1828-2
HI-1F1828-5
HI-1F1828A2
HI-l F1828A5
HI-l L506A2
HI-l L506A5
HI-l L507A2
HI-1L507A5
HM1A010
HM1A012
HM1A013
HM1A030
HM1A031
HM1A034
HM1A040
HM1A041
HM1A044
HM1A050
HM1A051
HM1A055
HM1A074
HM1A075
HM1A077
HM1A080
HM1A081
HM1A084
HM1A090
MOTA
MOTA
tMOTA
tMOTA
tMOTA
tHAS
tHAS
HAS
HAS
tHAS
tHAS
HAS
HAS
tHAS
tHAS
tHAS
tHAS
tHAS
tHAS
tHAS
tHAS
tHAS
tHAS
tHAS
tHAS
tHAS
tHAS
tHAS
tHAS
tHAS
tHAS
tHAS
tHAS
tHAS
tHAS
tHAS
tHAS
tHAS
tHAS
tHAS
tHAS
tHAS
tHAS
tHAS
tHAS
tHAS
tHAS
tHAS
D.A. T.A.
~-9
173- 10
173- 11
173- 12
173· 13
182· 88
202· 8
114· 93
50·105
118 - 84
215 - 52
51 - 32
185 - 29
118- 85
123· 55
215- 53
51 - 33
118- 86
220- 10
48 - 87
131- 5
157 - 94
131- 6
131- 7
64- 74
250-1.3
185- 30
131- 8
184 - 39
71- 20
104 - 75
126- 59
193- 19
157 - 95
185 - 50
73 - 76
79 - 54
127 - 16
66- 97
50- 37
127 - 17
129- 46
15B - 61
lB5 - 31
158- 62
91- 1
llB- B7
62- 81
131- 49
131- 50
192- 86
131- 51
146- 73
146- 74
131- 52
91- 4
109-105
59- 14
250- 43
51- 29
51- 30
84 - 73
81-106
166- 88
84- 98
166- 94
84- 46
202- 9
66- 99
66-100
66-101
177 - 72
177 - 73
177- 74
177- 75
177- 76
177- 77
170- 13
170- 14
211-103
211-104
211-105
211-106
243- 64
243 - 65
243 - 66
243 - 67
243 - 68
243 - 69
243 - 70
243 - 71
243 - 77
243 - 78
243- 79
243- 80
231-106
231 - 71
231 - 52
231-107
231- 72
231 - 53
231-108
231 - 73
231 - 54
231-109
231- 74
231- 55
231-110
231- 75
231- 56
232- 1
231· 76
231- 57
232- 2
~j
HM1A0104
HM1AOll0
HM1A0168
HM1A0186
HM9H010
HM9H012
HM9H013
HM9H030
HM9H031
HM9H034
HM9H040
HM9H041
HM9H044
HM9H050
HM9H051
HM9H055
HM9H074
HM9H075
HM9H077
HM9H080
HM9H081
HM9H084
HM9H090
HM9H091
HM9H093
HRA 16-4
HS9Pl000
HT1A6500
HT1A6501
HT1A6502
HWG16
HXK21011
HXK21019
1100
1101
1106
1107
1110
1111
1113
1200
1201
1202
1203
1204
1206
1207
1209
1210
1211
1300
1301
1302
1306
1311
1312
1313
1400
1401
1402
1403
1404
1405
1406
11107
1408
1409
1410
1413
1414
1415
1416
1417
1418
1419
1420
1422
1741
1751
1754
1755
1756
1757
1762
1763
1768
1769
1775
1795
1797
ICH7201CDD
ICH7201CGC
ICH7201MDD
ICH7201MGC
ICL8018CPD
ICL8018MDD
ICL8019CPD
ICL8019MDD
ICL8020CPD
ICL8020MDD
IG126DD
IG126FD
IG129DD
IG129FD
IG133DD
IG133FD
IG134DD
IG134FD
IG426DD
IG426FD
IG429DD
IG429FD
b.-Registered with JEDEC
by this manufacturer
IN TYPE NUMBER SEQUENCE
No.
:~~~ I~~l: ~~ I:~:~~~g
IG434DD
HAS 231- 21
HAS 1231- 22 IG434FD
HAS 231- 23 IH5001CPA
HAS 231· 24 IH5002CPA
tHAS 232- 3 IH5003MDD
tHAS 231- 78 IH5003MFD
tHAS 231- 59 IH5004MDD
tHAS 232- 4 IH5004MFD
tHAS 231- 79 IH5005MDD
tHAS 231- 60 IH5005MFD
tHAS 232 - 5 IH5006MDD
tHAS 231- 80 IH5006MFD
tHAS 231- 61 IH5007MDD
tHAS 232- 6 IH5007MFD
tHAS 231- 81 IH5009CPD
tHAS 231- 62 IH5009CPE
tHAS 232- 7 IH5010CPD
tHAS 231- 82 IH5010CPE
tHAS 231- 63 IH5011CPD
tHAS
232- 8 IH50 11 CPE
tHAS 231- 83 IH5012CPD
tHAS 231- 64 IH5012CPE
tHAS 232- 9 IH5013CPD
tHAS 231- 84 IH5014CPD
tHAS 231- 65 IH5015CPE
tECD
237 -103 IH5016CPE
tHAS 235 - 94 IH5017CPA
tHAS 233 - 74 IH5018CPA
tHAS 233 - 62 IH5019CPA
tHAS 233 - 27 IH5020CPA
tECD
202- 68 IH5021CPA
FSC
199 - 74 IH5022CPA
FSC
199 - 75 IH5023CPA
tABA
50- 59 IH5024CPA
tABA
79 - 57 IH5040CDE
MBA
50- 60 IH5040CPE
tABA
50- 61 IH5040MDE
MBA
B2- 70 IH5040MFD
tABA
73- 80 IH5041CDE
tABA
64 - 73 IH5041CPE
MBA 130- 17 IH5041 MOE
MBA 130- lB IH5041 MFD
MBA 130- 19 IH5042CDE
MBA 130- 20 IH5042CPE
MBA 130- 21 IH5042CTW
tABA 130- 22 IH5042MDE
tABA 130- 23 IH5042MFD
MBA 247 - 20 IH5042MTW
MBA
90- 30 IH5043CDE
ABA 155- 40 IH5043CPE
MBA 194- 42 IH5043MDE
tABA 163- 34 IH5043MFD
tABA 164- 76 IH5044CDE
tABA
71- 55 IH5044CPE
tABA 164- 77 IH5044CTW
tABA
71- 82 IH5044MDE
tABA 201- 5 IH5044MFD
tABA 158- 45 IH5044MTW
tABA 199- 32 IH5045CDE
tABA
90- 31 IH5045CPE
tABA 184- 55 IH5045MDE
tABA 184- 56 IH5045MFD
tABA 201- 94 IH5046CDE
tABA 201- 6 IH5046CPE
tABA 158- 46 IH5046CTW
MBA 184- 57 IH5046MDE
tABA 184 - 58 IH5046MFD
tABA 203 - 63 IH5046MTW
tABA 184 - 59 IH5047CDE
tABA 219- 93 IH5047CPE
tABA 224 - 43 IH5047MDE
tABA 184- 60 IH5047MFD
tABA
88 - 11 IH5048CDE
90- 32 IH5048CPE
tABA
tA8A 201- 92 IH5048CTW
tABA 201- 93 IH5048MDE
ABA
96- 88 IH5048MFD
ABA
75 - 64 IH5048MTW
ABA 179 -107 IH5049CDE
ABA 112-101 IH5049CPE
ABA 112-102 IH5049MDE
ABA 135- 80 IH5049MFD
ABA
152- 95 IH5050CDE
ABA 120- 17 IH5050CPE
ABA 155 - 95 IH5050CTW
ABA
68- 69 IH5050MDE
ABA
55 - 36 IH5050MFD
tABA 219- 92 IH5050MTW
ABA
82- 68 IH5051CDE
ABA
85 - 4 IH5051CPE
224 - 85 IH5051MDE
tlNL
224
- 86 IH5051MFD
tlNL
224 - 87 IH5060CDI
tlNL
tlNL
224 - 88 IH5060MDI
178- 28 IH5070CDI
tlNL
178- 29 IH5070MDI
tlNL
tlNL
178 - 30 IH5110CDE
tlNL
178 - 31 IH5110MDE
178 - 32 IH5111CDE
tlNL
178- 33 IH5111MDE
tlNL
tlNL
205 - 55 IM5001CDD
tlNL
205 - 56 IM5001MDD
tlNL
205 - 57 IM5003CDD
tlNL
205 - 58 IM5003CPD
tlNL
205 - 59 IM5003CTC
tlNL
205 - 60 IM5003MDD
205- 61 IM5003MTC
tlNL
tlNL
205 - 62 IM5011CDD
205 - 63 IM5011MDD
tlNL
tlNL
205 - 64 IM5013CDD
tlNL
205 - 65 IM5013CTC
205 - 66 IM5013MDD
tlNL
MFRS Pa&Line TYPE No.
IlUb- o.
tlNL
tlNL
tlNL
tlNL
tlNL
tlNL
tlNL
tlNL
tlNL
tlNL
tlNL
tlNL
tlNL
tlNL
tlNL
tlNL
tlNL
tlNL
tlNL
tlNL
tlNL
tlNL
tlNL
tlNL
tlNL
tlNL
tlNL
tlNL
tlNL
tlNL
tlNL
tlNL
tlNL
tlNL
tlNL
tlNL
tlNL
tlNL
tlNL
tlNL
tlNL
tlNL
tlNL
tlNL
tlNL
tlNL
tlNL
tlNL
tlNL
tlNL
tlNL
tlNL
tlNL
tlNL
tlNL
tlNL
tlNL
tlNL
tlNL
tlNL
tlNL
tlNL
tlNL
tlNL
tlNL
tlNL
tlNL
tlNL
tlNL
tlNL
tlNL
tlNL
tlNL
tlNL
tlNL
tlNL
tlNL
tlNL
tlNL
tlNL
tlNL
tlNL
tlNL
tlNL
tlNL
tlNL
tlNL
tlNL
tlNL
tlNL
tlNL
tlNL
tlNL
tlNL
tlNL
tlNL
tlNL
tlNL
tlNL
tlNL
tlNL
tlNL
tlNL
tlNL
tlNL
tlNL
tlNL
+INL
tlNL
tlNL
tlNL
tlNL
tlNL
tlNL
205 205 205 210210210210210210210210210210210210206 205206205 205 206 205 206206 206206206206 206 206206 206 206 206 206 208208 208208208208208 20B20B20820B 20B208 20B 20B 208 208 208 208 208 208 208208 208 208 208 208 208 208 208 208 208 208 208 208 208 208 208 208 208 208 208 208 208 208 208 208 208 208 208 208 208 208 208 208 208 208 208 243 243 243 243 251 251 251 251 230227 224 224 224 224 224 230 227 224 224 224 -
68
69
70
64
65
66
67
68
69
70
71
72
73
74
75
66
71
20
72
73
67
74
21
68
22
69
23
70
24
71
25
72
26
73
27
10
11
12
13
14
15
16
17
lB
19
20
21
22
23
24
25
26
27
28
29
30
31
32
33
34
35
36
37
38
39
40
41
42
43
44
45
46
47
48
49
50
51
52
53
54
55
56
57
58
59
60
61
62
63
64
65
66
67
49
50
51
52
76
77
78
79
46
80
76
77
78
79
80
47
81
81
82
83
I:~~~~
t-Copy of mfr's data. sheet
may be ordered from D.A.T.A.
IM7108M
IM7118C
IM7118M
ITT301-1D
ITT301-50
ITT302-1D
ITT302-5D
ITT303-1D
ITT303-5D
ITT312-1D
ITT312-5D
ITT321-1D
ITT321-5D
ITT322-1D
ITT322-5D
ITT323-1D
ITT323-5D
ITT324-1D
ITT324-5D
ITT325-1D
ITT325-5D
ITT326-1D
ITT326-5D
ITT331-1D
ITT331-5D
ITT332-1D
ITT332-5D
ITT342-1D
ITT342-5D
ITT370-1D
ITT370-5D
ITT491
ITT492
ITT493
ITT494
ITT500
ITT501
ITT502
ITT503
ITT504
ITT505
ITT506
ITT507
ITT508
ITT509
ITT511
ITT512
ITT517
ITT518
ITT522
ITT523
ITT525
ITT552
ITT554
ITT556
ITT1488
ITT1489
ITT1489A
ITT5400J
ITT5401J
ITT5402J
ITT5404J
ITT5405J
ITT5410J
ITT5420J
ITT5430J
ITT5440J
ITT5450J
ITT5451J
ITT5453J
ITT5454J
ITT5460J
ITT5470J
ITT5472J
ITT5473J
ITT5474J
ITT5475J
ITT5476J
ITT5482J
ITT5483J
ITT5490J
ITT5492J
ITT5493J
ITT5534
ITT5535
ITT7400J
MFRS Pil&Line
::~t
tlNL
tlNL
tlNL
tlTT
tlTT
tlTT
tlTT
tlTT
tlTT
tlTT
tlTT
tlTT
tlTT
tlTT
tlTT
tlTT
tlTT
tlTT
tlTT
tlTT
tlTT
tlTT
tlTT
tlTT
tlTT
tlTT
tlTT
tlTT
tlTT
tlTT
tlTT
tlTT
tlTT
tlTT
tlTT
tlTT
tlTT
tlTT
tlTT
tlTT
tlTT
tlTT
tlTT
tlTT
tlTT
tlTT
tlTT
tlTT
tlTT
tlTT
tlTT
tlTT
tlTT
tlTT
tlTT
tlTT
tlTT
tlTT
INTG
ITT
INTG
ITT
INTG
ITT
INTG
ITT
INTG
ITT
INTG
ITT
INTG
ITT
INTG
ITT
INTG
ITT
INTG
ITT
INTG
ITT
INTG
ITT
INTG
ITT
INTG
ITT
INTG
ITT
INTG
ITT
INTG
ITT
INTG
ITT
INTG
tlTT
INTG
ITT
INTG
ITT
INTG
ITT
INTG
ITT
INTG
ITT
INTG
ITT
tlTT
tlTT
INTG
ITT
Im:gj
253 - 54
253 - 55
253 - 56
130- 68
130- 69
130- 70
130- 71
130- 72
130- 73
50- 64
50- 65
130- 74
130- 75
130- 76
130- 77
130- 78
130- 79
130- 80
130- 81
130- 82
130- S3
130- 84
130- 85
157- 96
157 - 97
194- 61
194- 62
164- 90
164- 91
67 - 48
67 - 49
199- 96
199- 97
201- 16
199- 84
200 - 84
201- 14
201- 17
201- 18
201- 45
201- 44
201- 15
201- 19
201 - 36
201- 37
201- 20
201- 73
201- 21
201- 22
201- 23
201- 24
201- 38
199-110
200- 1
200- 2
219-107
220 - 98
221- 13
135- 81
135- 82
120- 18
188- 50
188- 51
135- 83
135- 84
135- 85
135- 86
99- 63
99- 64
99- 65
99- 66
159- 57
62- 65
54- 59
54- 60
68- 70
249- 41
55-
1
179-108
179-109
76-101
83- 7
83- 8
213- 46
213- 47
135- 87
14
YPE No.
ITT74U1J
ITT7402J
ITT7403J
ITT7404J
ITT7406J
ITT7410J
ITT7420J
ITT7430J
ITT7440J
ITT7450J
ITT7451J
ITT7453J
ITT7454J
ITT7460J
ITT7470J
ITT7472J
ITT7473J
ITT7474J
ITT7475J
ITT7476J
ITT7482J
ITT7483J
ITT7486J
ITT7492J
ITT7493J
ITT7520
ITT7521
ITT7522
ITT7523
ITT7524
ITT7525
ITT7528
ITT7529
ITT7534
ITT7535
ITT9614·1
ITT9614·5
ITT9615·1
ITT9615·5
ITT55138
ITT55325
ITT75138
ITT75234
ITT76235
ITT75324
ITT75325
ITT75450
ITT75451
ITT75452
ITT75453
ITT75454
K003
K012
K113
K123
K202
K210
K220
K303
L50
L51
L54
LCE301
LCE302
LCE303
LCE304
LCE305
LCE306
LCE308
LCE309
LCE310
LCE311
LCE401
LCE402
LCE403
LCE404
LCE406
LCE407
LCE408/A
LCE408/0
LCE410
LCE411
LCE501
LCE502
LCE503
LCE504
LCE506
tg~~g~
15
.
.
3 TYPE
No CROSS INDEX
MFRS Pal!tLine TYPE No.
MFRS Pa&Line TYPE
MFRS Pa&Line TYPE No.
i~{u 135· 88
INTG
ITT
INTG
ITT
INTG
ITT
INTG
ITT
INTG
ITT
INTG
ITT
INTG
ITT
INTG
ITT
INTG
ITT
INTG
ITT
INTG
ITT
INTG
ITT
INTG
ITT
INTG
ITT
INTG
ITT
INTG
ITT
INTG
ITT
INTG
tlTT
INTG
ITT
INTG
ITT
INTG
ITT
INTG
ITT
INTG
ITT
INTG
ITT
tlTT
tlTT
tlTT
tlTT
tlTT
. tlTT
tlTT
tlTT
tlTT
tlTT
tlTT
tlTT
tlTT
tlTT
tlTT
tlTT
tlTT
tlTT
tlTT
tlTT
tlTT
tlTT
tlTT
tlTT
tlTT
tlTT
DEC
DEC
DEC
DEC
DEC
DEC
DEC
DEC
MON
MON
MON
HERB
tFERB
HERB
tFERB
tFERB
tFERB
tFERB
tFERB
tFERB
tFERB
tFERB
tFERB
tFERB
tFERB
tFERB
tFERB
FERB
FERB
tFERB
tFERB
FERB
FERB
FERB
FERB
FERB
FERB
FERB
Itg~m
120· 19 LCE703
LCE704
135· 89 LCE706
LCE707
188· 52 LCE708
LD110CJ
188· 53 LD111CJ
LD114CR
135· 90 LF1650D
LF2650D
135· 91 LF3650D
LF3650N
135· 92 LH0023CG
LH0023G
135- 93 LH0043CG
LH0043G
99- 67 LM122F
LM122H
99.68 LM163J
99· 69 LM163N
LM165
99· 70 LM166
LM167
159· 58 LM168
LM175D
62· 66 LM222H
LM2750
55 - 2 LM322H
LM322N
55· 3 LM350N
LM351N
68- 71 LM363AJ
249· 42 LM363AN
55· 4 LM363J
179·110 LM363N
180' 1 LM365
LM366
155· 96 LM367
LM368
83- 9 LM375D
LM375N
83· 10 LM555CH#1
LM555CH#2
213- 48 LM555CN#1
213· 49 LM555CN#2
213· 50 LM555H#1
213- 51 LM555H#2
213- 52 LM2905N
213· 53 LM3905N
213· 54 LOXOI
213· 55 LOXOIF
213· 56 LOX02
213· 57 LOX02F
217·42 LSI
217' 43 LS3
224 - 20 MOOlTl
224 - 27 M002T1
218- 25 M003T1
227- 82 M003T2
218- 26 M004T1
213· 58 M004T2
213· 59 M005T1
230· 64 M5S000P
227·83 M5S003P
227·84 M5S004P
227·85 M5S005P
227·86 M5S010P
227·87 M5S011P
227·88 M5S015P
158· 43 M5S020P
158· 44 M5S022P
130· 16 M5S030P
98· 70 M5S112P
50- 58 M5S113P
76- 83 M5S114P
77· 38 M5S133P
164- 75 M5S151P
196- 40 M5S157P
196· 41 M5S158P
200· 83 M5S181P
65· 1 M5S182P
119- 23 M009T1
131·43 Ml00
194· 47 M.l02
71·61 Ml03
164· 99 Ml06
98· 91 Ml07
112· 88 M113
119· 24 M116
198· 87 M117
65- 2 M119
119· 25 M121
131- 44 M141
194· 48 M161
164·100 M200
71· 62 M201
158· 98 M202
158· 99 M203
98· 92
112· 89 M204
65.· 3
119· 26 M205
131· 45 M206
194· 49
164·101 M207
71·63 M302
158·100 M400
D.A. T.A.
~~~~
FERB
FERB
FERB
FERB
FERB
tSIX
tSIX
SIX
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
NSC
NSC
AMV
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
NSC
tNSC
NSC
NSC
tNSC
tNSC
AMV
tNSC
AMV
tNSC
AMV
tNSC
AMV
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
NSC
NSC
NSC
NSC
NSC
NSC
NSC
NSC
tSTK
tSTK
tSTK
tSTK
tDDC
tDDC
tSGAI
tSGAI
tSGAI
tSGAI
tSGAI
tSGAI
tSGAI
MITJ
MITJ
MITJ
MITJ
MITJ
MITJ
MITJ
MITJ
MITJ
MITJ
MITJ
MITJ
MITJ
MITJ
MITJ
MITJ
MITJ
MITJ
MITJ
tSGAI
ABA
ABA
ABA
tSIX
tSIX
DEC
DEC
DEC
DEC
DEC
DEC
DEC
ABA
ABA
ABA
ABA
DEC
ABA
DEC
ABA
ABA
DEC
DEC
DEC
ABA
1~;:li~ I~~~j
131·42
194· 46
164· 98
71· 60
158· 97
171· 29
171· 25
171· 26
207-57
207· 58
207 -59
207 - 60
251·102
251-103
251 ·104
251 ·105
164· 16
164· 17
223· 19
223·
213·
21.3·
213·
213·
72·
164·
72·
164·
164·
227·
227·
215·
20
60
61
62
63
13
18
14
19
20
89
90
34
215· 35
223· 21
223· 22
213213·
21321372·
64
65
66
67
15
72· 16
164· 44
71· 4.
164· 45
71- 5
164- 46
71· 6
164- 21
164- 22
71-92
71- 93
71- 97
71·98
253· 61
253· 62
122·103
225·107
77'.89
77· 90
243· 58
243'.59
235· 30
135· 94
135- 95
188· 54
188· 55
135- 96
99· 71
99· 72
135· 97
135· 98
135· 99
58· 69
58- 70
58'.71
135-100
237 ·104
237·105
237·106
245 - 32
252· 62
235· 31
48· 12
85·100
76· 80
233· 33
233· 34
147· 13
147· 14
147· 15
147· 16
156· 80
110· 27
90- 29
150· 12
122·100
150· 13
65· 23
122·101
59· 15
150· 14
122·102
65· 99
157· 36
59· 16
166· 87
197· 38
g~~
l~j: ~~
OEC
147·44
M627
MITJ 159· 59
M5304P
MITJ 135·101
M5310P
MITJ 135·102
M5320P
MITJ 135·103
M5325P
MITJ 135·104
M5330P
MITJ 135·105
M5340P
MITJ 106· 1
M5352P
MITJ
90- 22
M5362P
MITJ
63- 37
M5372P
MITJ
56- 48
M5373P
MITJ
68- 65
M5374P
MITJ
M5375P
63· 45
MITJ
56· 49
M5376P
M5393P
MITJ
82·106
M5811P
MITJ
67· 3
M5812P
MITJ
85· 20
M5930P
MITJ 151·52
MITJ 151·53
M5932P
MITJ 157· 98
M5933P
MITJ 186·' 62
M5935P
M5936P
MITJ 186· 63
MITJ 186· 64
M5937P
MITJ 151·54
M5944P
MITJ
66· 19
M5945P
MITJ 151·55
M5946P
MITJ
66· 20
M5948P
M5949P
MITJ 151·56
M5952P
MITJ
49· 75
MITJ
49· 76
M5953P
MITJ
49·109
M5955P
MITJ
49·110
M5956P
M5961P
MITJ 151·57
MITJ 151·58
M5962P
M5963P
MITJ 151·59
JANM38510/00101 BAA
ITT .
MOTA1135.106
NSC
JANM38510/00101 BAB
ITT
MOTA 136· 1
JANM38510/00101BA
FSC
ITT
1136. 2
MOTA
NSC
JANM38510/00101BCA
MOTAI136· 3
JANM38510/00101 BCB
4
FSC
ITT
MOTA
NSC
SIC
Til
JANM38510/00101BC
ITT
SIC 1136· 5
JANM38510/00101 BDB
NSC
SIC f36' 6
Til
JANM38510/00101BD
SIC 1136- 7
JANM38510/00101CAA
ITT
MOTAI136. 8
NSC
JANM38510/00101 CAB
ITT
MOTAI136· 9
JANM38510/00101CAC
FSC
ITT
1136. 10
MOTA
NSC
JANM3851 0/00 10 1CCA
MOTAI136· 11
JANM3851 0/00 10 1CCB
FSC
ITT
1136. 12
MOTA
NSC
SIC
Til
JANM38510/00101CCC
ITT
SIC 1136· 13
JANM38510/00101CDB
NSC
SIC 1136 •.14
.
Til
JANM38510/00101CDC
SIC 1136· 15
JANM38510/00102BAA
ITT
MOTAI136. 16
NSC
JANM38510/00102BAB
ITT
MOTAI136- 17
JANM38510/00102BAC
FSC
ITT
1136- 18
MOTA
NSC
JANM38510/00102BCA
MOTAI136· 19
JANM38510/00 102BCB
FSC
ITT
1136.20
MOTA
NSC
SIC
Til
JANM38510/00102BCC
ITT
1136· 21
JANM38510/00102BDB
NSC
SIC 1136.22
TIl
JANM38510/00102BDC
SIC 1136- 23
JANM38510/00102CAA
ITT
MOTA1136.24
NSC
JANM38510/00102CAB
ITT
MOTAI136· 25
JANM3851 0/00 102CAC
FSC
ITT
1136.26
MOTA
NSC
JANM38510/00102CCA
MOTAI136· 27
JANM38510/00102CCi
FSC
ITT
136· 28
~OTA
NSC
IC
Til
A·Registered with JEDEC
by this manufacturer
t
1136.
IN TYPE NUMBER SEQUENCE
MFRS Pa&Line TYPE No.
MFRS Pal!tLine
No.
IJANMJIIOlU/UU~136. 29 I-J1OOIIJ~~l:0/OOIg.~CCi 188. 67
MOTA
NSC
SIC
Til
JANM38510/00105CCC
ITT
SIC 1188· 68
JANM38510/00105CDB
SIC
Til
1188 ·69
JANM38510/00106BCB
Til
1137· 7
JANM38510/00106BDB
Til
1137· 8
JANM38510/00106CCB
Til
1137· 9
JANM38510/00106CDB
Til
j137 - iO
JANM38510/00107BAA
ITT
MOTAI137. 11
NSC
JANM38510/00 107BAB
ITT
MOTAI137- 12
JANM38510/00 107BAC
FSC
ITT
1137 - 13
MOTA
NSC
JANM38510/00 107BCA
MOTAI137· 14
JANM38510/00107BCB
FSC
ITT
1137. 15
MOTA
NSC
SIC
Til
JANM38510/00107BCC
ITT
1137.16
JANM38510/00107BDB
NSC
SIC f37.17
Til
JANM38510/00107BD
SIC 1137·18
JANM38510/00107CAA
ITT
MOTAI137 - 19
NSC
JANM38510/00107CAB
ITT
MOTA1137·20
JANM38510/00107CAC
FSC
ITT
1137.21
MOTA
NSC
JANM38510/00107CCA
MOTA1137·22
JANM3851 0/00 107CCB
FSC
ITT
1137- 23
MOTA
NSC
SIC
Til
JANM38510/00 107CCC
ITT
1137·24
JANM38510/00 107CDB
NSC
SIC 1137 - 25
Til
JANM38510/00107CDC
. SIC 1137- 26
JANM38510/00108BAA
ITT
MOTAI188.7O
NSC
JANM38510/00 108BAB
ITT
MOTAI188· 71
JANM38510/00108BAC
FSC
ITT
118&- 72
MOTA
NSC
JANM38510/00108BCA
MOTAI188· 73
JANM38510/00108BCB
FSC
ITT
1188.74
MOTA
NSC
SIC
Til
JANM3851 0/00 108BCC
ITT
SIC 1188·75
JANM38510/00108BDB
Til
SIC
1188· 76
JANM3851 0/00 108CAA
ITT
MOTAI188-77
NSC
.
JANM38510/00108CAB
ITT
MOTAI188· 78
JANM3851 0/00 108CAC
FSC
ITT
1188. 79
MOTA
NSC
JANM38510/00108CCA
MOTAI188· 80
JANM38510/00108CCB
FSC
ITT
1188.81
MOTA
NSC
SIC
Til
JANM38510/00 108CCC
ITT
SIC 1188- 82
JANM3851 0/00 108CDB
SIC
Til
1189· 1
JANM38510/00109BCA
MOTAI137· 27
JANM38510/00109BCB
FSC
ITT
1137.28
MOTA
NSC
SIC
Til
JANM38510/00109BCC
ITT
SIC 1137· 29
JANM38510/00109CCA
MOTAI137· 30
JANM38510/00109CCB
FSC
ITT
1137 ·31
MOTA
NSC
SIC
Til
JANM38510/00109CCC
ITT
SIC
1137·32
JANM38510/00201 BAA
ITT
MOTAI 53· 98
JANM38510/00105CC~
NSC
MOTA 188· 66
JANM38510/00102COB
NSC
SIC 1136.30
Til
JANM38510/00102COC
SIC 1136·31
JANM38510/00103BAA
ITT
MOTA1136.32
NSC
JANM3851 0/00 103BAB
ITT
MOTA 136.33
JANM3851 0/00 103BA
ITT
MOTAI136- 34
NSC
JANM38510/00 103BCA
MOTAI136- 35
JANM38510/00103BCB
FSC
ITT
1136. 36
MOTA
NSC
SIC
Til
JANM38510/00103BCC
ITT
1136- 37
JANM38510/00103BDB
NSC
SIC 1136- 38
Til
JANM38510/00 103BDC
SIC 1136- 39
JANM38510/00103CAA
ITT
MOTAI136- 40
NSC
JANM38510/00103CAB
ITT
MOTAI136· 41
JANM38510/00103CAC
ITT
MOTA1136.42
NSC
JANM38510/00103CCA
MOTAI136· 43
JANM38510/00103CCB
FSC
ITT
1136 -44
MOTA
NSC
SIC
Til
JANM38510/00103CCC
ITT
1136- 45
JANM38510/00103CDB
NSC
SIC 1136- 46
Til
JANM3851 0/00 103CDC
SIC 1136- 47
JANM3851 0/00 104BAA
ITT
MOTAI136- 48
NSC
JANM3851 0/00 104BAB
ITT
MOTAI136· 49
JANM38510/00104BAC
FSC
ITT
1136- 50
MOTA
NSC
JANM38510/00104BCA
.
MCTAI136- 51
JANM38510/00104BCB
FSC
ITT
1136 • 52
MOTA
NSC
Til
JANM38510/00104BCC
ITT
1136· 53
JANM38510/00104BDB
Til
1136· 54
NSC
JANM38510/00104CAA
ITT
MOTAI136- 55
NSC
JAN M38 51 0/00 104CAB
ITT
MOTAI137- 1
JANM38510/00104CAC
FSC
ITT
1137- 2
MOTA
NSC
JANM38510/00104CCA
MOTAI137- 3
JANM38510/00 104CCB
FSC
ITT
1137. 4
MOTA
NSC
Til
JANM3851 0/001 04CCC
ITT
1137- 5
JANM38510/00104CDB .
NSC
Til
1137- 6
JANM38510/00105BAA
ITT
MOTAI188- 56
NSC
JANM38510/00105BAB
ITT
MOTA 188.57
JAN M38 51 0/00 105 BA
FSC
ITT
1188- 58
MOTA
NSC
JANM38510/00105BCA
MOTAI188- 59
JANM38510/00105BCB
FSC
ITT f88.6O
MOTA
NSC
SIC
Til
JANM38510/00105BC
ITT
SIC 1188·61
JANM38510/00105BDB
Til
1188· 62
SIC
JANM38510/00105CAA
ITT
MOTA1188.63
NSC
JANM38510/00105CAB
ITT
MOTAI188· 64
JANM38510/00106CAC
FSC
ITT
1188.65
MOTA
NSC
t
t
.·Copy of mfr's data sheet
may be ordered from D.A.T.A.
15
TYPE No.
3. TYPE
No. CROSS INDEX
MFRS Pa&Line TYPE No.
MFRS Pa&Line TYPE
MFRS Pa&Line TYPE No.
IJANM3~iiO/002~bBT~~
IN TYPE NUMBER SEQUENCE
MFRS Pa&Line TYPE No.
MFRS Pa&Line
ITT
I 68- 49IJANM3~~Cv/vv.>TildD~ 137 _ 55 IJANM""O
MOTAI120- 48IJANM3~5S~
SIC
1106- 30
JANM38510/00201 BAC
NSC
JANM38510/00302CAA
JANM38510/00403CAB
Til
ITT
MOTAI 54 _ 1 JANM38510/00205CCB
ITT
MOTAI138- 1
MOTAI120- 49 JANM38510/00502CDC
NSC
ITT
NSC I 68- 50 JANM38510/00302CAB
JANM38510/00403CAC
SIC
1106- 31
JANM38510/00201BCA
SIC
Til
ITT
MOTAI138· 2
MOTAI120- 50 JANM38510/00503BAA
MOTAI 54· 2 JANM38510/00205CCC
JANM38510/00302CAC
JANM38510/004D3CCA
ITT
MOTAl106- 32
JANM38510/00201BCB
ITT
I 68- 51
ITT
MOTAi138- 3
MOTAI120- 51
NSC
ITT
MOTAI 54· 3 JANM38510/00205CDB
JANM38510/00302CCA
JANM38510/00403CCB
JANM38510/00503BAB
NSC
SIC
SIC
Til
I 68- 52
MOTAI138- 4
MOTA
Til
1120- 52
ITT
MOTAll06- 33
Til
JANM38510/D0205CDC
JANM38510/00302CCB
JANM38510/00403CDB
JANM38510/00503BAC
JANM38510/00201BCC
SIC
168-53
ITT
MOTAI138- 5
Til
1120-53
ITT
MOTAl106-34
ITT
SIC
I 54- 4 JANM38510/00206BAA
SIC
Til
JANM38510/004D4BAA
NSC
JANM38510/00201BDB
ITT
MOTAI 54· 37 JANM38510/00302CCC
MOTAI120- 54 JANM38510/00503BCA
SIC
Til
I 54 - 5 JANM38510/00206BAB
ITT
SIC
1138 - 6 JANM38510/004D4BAB
MOTAll06· 35
JANM38510/00201CAA
ITT
MOTA! 54 - 38 JANM38510/00302CDB
MOTAI120- 55 JANM38510/00503BCB
ITT
MOTAI 54 - 6 JANM38510/00206BAC
SIC
Til
1138 - 7 JANM38510/00404BAC
ITT
MOTAl106- 36
NSC
ITT
MOTA] 54- 39 JANM38510/00303BAA
MOTAI120- 56
NSC
SIC
JANM3851 0/0020 1CAB
JANM38510/00206BCA
MOTAI138 - 8 JANM38510/00404BCA
Til
ITT
MOTA[ 54- 7
MOTAI 54- 40 JANM38510/00303BAB
MOTAI120- 57 JANM38510/00503BCC
JANM38510/00201CAC
JANM38510/002D6BCB
MOTAI138- 9 JANM38510/00404BCB
ITT
1106- 37
ITT
MOTAI 54· 8
ITT
MOTAI 54- 41 JANM38510/00303BAC
FSC
MOTAI120- 58 JANM38510/00503BDB
NSC
SIC
Til
FSC
MOTA1138-10
Til
NSC
SIC
1106-38
JANM3851 0/00201 CCA
JANM38510/0020SBCC
JANM38510/00303BCA
JANM38510/00404BDB
Til
MOTAI 54- 9
ITT
I 54- 42
MOTAI138- 11
Til
1120- 59 JANM38510/00503BDC
JANM38510/00201CCB
JANM38510/0020SBDB
JANM38510/003D3BCB
JANM38510/00404CAA
SIC
1106- 39
INTSTC
SMIOcTAI 54- 10
SIC
Til
I 54- 43
MOTA
SIC
1138- 12
MOTAI120- 60 JANM38510/00503CAA
JANM38510/0020SCAA
Til
JANM38510/00404CAB
ITT
MOTAl106-40
Til
.
ITT
MOTAI 54- 44 JANM38510/00303BCC
MOTAI120· 61
NSC
JANM38510/00201CCC
JANM38510/0020SCAB
SIC
1138- 13 JANM38510/00404CAC
JANM38510/0D503CAB
ITT
SIC
I 54- 11
ITT
MOTAI 54- 45 JANM38510/00303BDB
MOTAI120- 62
ITT
MOTAll06- 41
JANM3851 0/00201 COB
JANM38510/0020SCAC
SIC
Til
1138 - 14 JANM38510/00404CCA
JANM38510/0D503CAC
SIC
Til
I 54- 12
ITT
MOTAI 54- 46 JANM38510/00303CAA
MOTAI121- 1
ITT
MOTAl106- 42
JANM38510/00202BAA
JANM38510/00206CCA
MOTAI138 - 15 JANM38510/00404CCB
NSC
MOTAI 54- 47 JANM38510/00303CAB
FSC
MOTAI121- 2 JANM38510/00503CCA
ITT
MOTAI 54- 13
NSC
JANM38510/0020SCCB
MOTAI138- 16
Til
MOTAll0S- 43
JANM38510/00202BAB
ITT
MOTAI 54 - 48 JANM38510/00303CAC
JANM38510/00404CDB
JANM38510/0D5D3CCB
ITT
MOTAI 54· 14
SIC
Til
FSC
MOTAI138- 17
Til
1121- 3
ITT
MOTAl106- 44
JANM38510/00202BAC
JANM38510/00206CCC
JANM38510/0D3D3CCA
JANM38510/0050 1BAA
NSC
SIC
ITT
MOTAI 54- 15
ITT
I 54- 49
MOTAI138- 18
ITT
MOTAI10S- 2
Til
NSC
JANM38510/00206CDB
JANM38510/00303CCB
NSC
JANM38510/00503CCC
JANM38510/00202BCA
SIC
Til
I 54- 50
MOTA
SIC
1138- 19 JANM38510/00501BAB
ITT
1106- 45
MOTAI 54- 16 JANM38510/00207BAA
Til
ITT
MOTAll0S- 3 JANM38510/00503CDB
JANM38510/00202BCB
MOTAI 70- 37 JANM38510/00303CCC
JANM38510/00501BAC
NSC
SIC
1106- 46
ITT
MOTA' 54- 17 JANM38510/00207BAB
SIC
1138- 20
ITT
MOTAl106- 4
Til
NSC
SIC
I
MOTAI 70- 38 JANM38510/00303CDB
NSC
JANM38510/005D3CDC
Til
[JANM38510/00207BAC
SIC
Til
1138- 21 JANM38510/00501BCA
SIC
1106- 47
JANM38510/00202BCC
MOTAI 70- 39 JANM38510/00401BAA
MOTAll06- 5 JANM38510/00504BAA
ITT
,54-18 JANM38510/00207BCA
ITT
MOTAI120-20 JANM38510/00501BCB
ITT
MOTAl106-48
JANM38510/00202BDB
MOTAI 70- 40
NSC
ITT
MOTAI10S- 6
NSC
Til
I 54- 19 JANM38510/00207BCB
JANM38510/00401BAB
NSC
SIC
JANM38510/00504BAB
SIC
JANM38510/00202CAA
MOTAI 70- 41
ITT
MOTAI120- 21
Til
ITT
MOTAll06- 49
ITT
MOTAI 54 - 20 JANM38510/00207CAA
JANM38510/00401BAC
JANM38510/00501BCC
JANM38510/00504BAC
NSC
MOTAI 70- 42
FSC
ITT
1120- 22
ITT
SIC
1106- 7
ITT
MOTAllOS- 50
JANM38510/00202CAB
JANM38510/00207CAB
MOTA
NSC
JANM38510/00501 BOB
NSC
ITT
MOTAI 54- 21
MOTAI 70- 43 JANM38510/00401BCA
NSC
SIC
1106- 8 JANM38510/00504BCA
JANM38510/00202CAC
JANM38510/00207CAC
MOTAI120- 23
Til
MOTAll06- 51
ITT
MOTAI 54- 22
MOTAI 70- 44 JANM38510/00401BCB
JANM38510/00501CAA
JANM38510/00504BCB
NSC .
JANM38510/00207CCA
FSC
ITT
1120- 24
ITT
MOTAl106- 9
ITT
MOTAll06- 52
JANM38510/00202CCA
MOTAI 70- 45
MOTA
NSC
NSC
NSC
SIC
MOTAI 54- 23 JANM38510/00207CCB
SIC
Til
JANM38510/00501CAB
Til
JANM38510/00202CCB
MOTAI 70- 46 JANM38510/00401BCC
ITT
MOTAll06- 10 JANM38510/00504BCC
ITT
MOTAI54- 24 JANM38510/00301BAA
ITT
SIC
1120- 25 JANM38510/00501CAC
ITT
1106- 53
NSC
SIC
ITT
MOTAI137- 33 JANM38510/00401BDB
ITT
MOTAl106- 11 JANM38510/00504BDB
Til
JANM38510/00301BAB
NSC
SIC
1'120- 26
NSC
NSC
SIC
1106- 54
JANM38510/00202CCC
ITT
MOTAI137 - 34
Til
JANM38510/00501CCA
Til
ITT
I 54- 25 JANM38510/00301BAC
JANM38510/00401BDC
MOTAll06- 12 JANM38510/00504BDC
JANM38510/00202CDB
FSC
ITT
1137- 35
SIC
1120- 27 JANM38510/00501CCB
SIC
[106- 55
SIC
Til
I 54- 26
MOTA
JANM38510/00401CAA
ITT
MOTAll06. 13 JANM38510/00504CAA
JANM38510/00203BCA
JANM38510/00301BCA
ITT
MOTAI120- 28
NSC
SIC
ITT
MOTAl107. 1
MOTA154.27
MOTA1137·36
NSC
Til
NSC
JANM38510/00203BCB
JANM38510/00301 BCB
JANM38510/00401CAB
JANM38510/00501CCC
JANM38510/00504CAB
MOTA
NSC I 54· 28
FSC
ITT
1137. 37
ITT
MOTAI120- 29
ITT
SIC
1106· 14
ITT
MOTAll07· 2
SIC
Til
I
MOTA
SIC
JANM38510/00401CAC
JANM38510/00501CDB
JANM38510/00504CAC
JANM38510/00203BCC
Til.
FSC
ITT
'1120- 30
NSC
SIC
1106- 15
ITT
MOTAl107. 3
SIC
I 54- 29 JANM38510/00301BCC
MOTA
NSC
Til
NSC
JANM38510/00203CCA
ITT
SIC
1137· 38 JANM38510/00401CCA
JANM38510/00502BAA
JANM38510/00504CCA
MOTAI 54· 30 JANM38510/00301BDB
MOTAI120· 31
ITT
MOTAl106- 16
MOTAll07· 4
JANM38510/00203CCB
SIC
Til
1137· 39 JANM38510/00401CCB
NSC
JANM38510/00504CCB
MOTA
NSC I 54· 31 JANM38510/00301BDC
FSC
ITT
1120.32 JANM38510/00502BAB
ITT
MOTAll07. 5
SIC
Til
SIC
1137·40
MOTA
NSC
ITT
MOTAll06·17
NSC
SIC
JANM38510/00203CCC
JANM38510/00301CAA
SIC
Til
JANM38510/00502BAC
Til
SIC
I 54· 32
ITT
MOTAI137· 41 JANM38510/00401CCC
ITT
MOTAl106. 18 JANM38510/00504CCC
JANM38510/00204BEB
JANM38510/00301CAB
ITT
SIC
1120· 33
NSC
ITT
1107· 6
ITT
NSC I 54- 33
ITT
MOTA1137.42 JANM38510/00401CDB
JANM38510/00502BCA
JANM38510/00504CDB
SIC
Til
JANM38510/00301CAC
NSC
SIC
1120-34
MOTAll06· 19
NSC
SIC
1107 . 7
JANM38510/00204BFB
FSC
ITT
1137.43
Til
JANM38510/00502BCB
Til
SIC
I 54· 34
MOTA
JANM38510/00401CDC
ITT
MOTAll06.20 JANM38510/00504CDC
JANM38510/00204CEB
JANM38510/0030 1CCA
SIC
1120. 35
NSC
SIC
SIC
1107· 8
ITT
NSC I 54 - 35
MOTAI137· 44 JANM38510/00402BEA
Til
JANM38510/00601BAA
SIC
Til
JANM38510/00301CCB
MOTAI120· 36 JANM38510/00502BCC
ITT
MOTAI180· 2
JANM38510/00204CFB
FSC
ITT
1137.45 JANM38510/00402BEB
ITT
1106· 21 JANM38510/00601BAB
SIC
I 54- 36
MOTA
SIC
MOTA
Til
1120· 37 JANM38510/00502BDB
ITT
MOTAI180· 3
JANM38510/00205BAA
Til
JANM38510/00402BFB
NSC
SIC
1106.22 JANM38510/00601 BAC
ITT
NSC I 68· 40 JANM38510/00301CCC
MOTA
Til
1120- 38
Til
ITT
MOTAI180- 4
JANM38510/00205BAB
ITT
SIC
1137· 46 JANM38510/00402CEA
JANM38510/00502BDC
JANM38510/00601BCA
ITT
168·41 JANM38510/00301CDB
MOTA1120·39
SIC
1106·23
MOTAI180· 5
JANM38510/00205BAC
SIC
Til
1137·47 JANM38510/00402CEB
JANM38510/00502CAA
JANM38510/00601BCB
FSC
ITT
I 68· 42 JANM38510/00301CDC
MOTA
Til
1120- 40
ITT
MOTAl106.24
ITT
MOTAI180· 6
NSC
SIC
1137·48 JANM38510/00402CFB
NSC
JANM38510/00601BCC
JANM38510/00205BCB
JANM38510/00302BAA
MOTA
Til
1120- 41 JANM38510/00502CAB
ITT
1180· 7
ITT
NSC I 68- 43
ITT
MOTAI137· 49 JANM38510/00403BAA
ITT
MOTAll06· 25 JANM38510/00601BDC
SIC
Til
JANM38510/00302BAB
MOTAI120· 42 JANM38510/00502CAC
ITT
1180· 8
JANM38510/00205BCC
ITT
MOTAI137- 50 JANM38510/00403BAB
ITT
MOTAl106.26 JANM38510/00601CAA
ITT
I 68- 44 JANM38510/00302BAC
MOTAI120· 43
NSC
ITT
MOTAI180· 9
JANM38510/00205BDB
ITT
MOTAI137. 51 JANM38510/00403BAC
JANM38510/00502CCA
JANM3851 0/0060 lCAB
SIC
Til
\ 68- 45 JANM38510/00302BCA
MOTAI120· 44
MOTAll06· 27
ITT
MOTAI180· 10
JANM38510/00205BDC
MOTAI137· 52 JANM38510/00403BCA
JANM38510/00502CCB
JANM38510/00S01CAC
SIC
I 68·4S JANM38510/00302BCB
MOTA1120·45
ITT
MOTAll06.28
ITT
MOTA1180·11
JANM38510/00205CAA
ITT
MOTAI137. 53 JANM38510/00403BCB
NSC
SIC
JANM38510/00S01CCA
ITT
NSC! 68· 47
SIC
Til
MOTA
Til
1120· 46
Til
MOTAI180· 12
JANM38510/00205CAB
JANM38510/00302BC9
JANM38510/00403BD~
JANM38510/00502CC9
JANM38510/00S01CCB
ITT
I 68· 48
I T T ' SIC
1137.54
Til
1120.47
ITT
1106.29
ITT
MOTAI180· 13
16
53 _ 99IJANM3~~bU/
No.
D.A. T.A.
.!::.·Registered with JEDEC
by this manufacturer
.·Copy of mfr's data sheet
may be ordered from D.A.T.A.
16
TYPE No.
.
3. TYPE No. CROSS INDEX
MFRS Pa&Line TYPE No.
JANM38510/006g.~CCT180_ 14IJANM3~frw
MFRS pn&Lirie -YPE No.
MFASIPa&Line TYPE No.
MOTAI189- 23IJANM"MJ~~010~~CCE' 97- 41
JANM38510/00602BEB
JANM38510/00802CAB
JANM38510/01003CFB
ITT
MOTAI180- 15
ITT
MOTA1189-24
MOTA
SIC
197-42
Til
JANM38510/00802CAC
JANM38510/01004BEB
JANM38510/00602BFB
FSC
ITT
1189- 25
Til
I 91 - 57
SIC 1180- 16
MOTA
JANM38510/01004BFB
JANM38510/00602CEB
JANM38510/00802CCA
Til
I 91- 58
ITT
Til
1180- 17
' MOTAI 189- 26 JANM38510/01004CEB
JANM38510/00602CFB
JANM38510/00802CCB
Til
I 91 - 59
SIC 1180- 18
ITT
MOTAI189- 27 JANM38510/01004CFB
JANM38510/00603BEA
Til
Til
I 91 - 60
MOTAI180- 19 JANM38510/00802CCC
JANM38510/01005BEB
JANM38510/00603BEB
ITT
1189- 28
Til
I 91 - 61
MOTA! 180- 20 JAt.JM38510/C0802CCB
JANM38S'O/01005BFB
JANM38510/00603BFB
Til
1189- 29
Til
I 91 - 62
MOTAI180- 21 JANM38510/00803BAA
JANM38510/01005CEB
JANM38510/00603CEA
ITT
MOTAI189- 30
Til
I 91 - 63
MOTAI180- 22 JANM38510/00803BAB
JANM38510/01005CFB
JANM38510/00603CEB
ITT
MOTAI189- 31
Til
I 91- 64
MOTAI180- 23 JANM38510/00803BAC
JANM38510/01006BEB
JANM38510/00603CFB
FSC
ITT
1189- 32
SIC
Til
I 94- 71
MOTAI180- 24
MOTA
JANM38510/01006BFB
JANM38510/00701BAA
JANM38510/00803BCA
SIC
Til
I 94- 72
ITT
MOTAI155- 97
MOTAI 189- 33 JANM38510/01006CEB
JANM38510/00701BAB
JANM38510/00803BCB
SIC
Til
I 94- 73
ITT
MOTAI155- 98
ITT
MOTA 189- 34 JANM38510/01006CFB
JANM38510/00701BAC
Til
SIC
Til
I 94- 74
FSC
ITT
1155- 99 JANM38510/00803BC
JANM38510/01007BEB
MOTA
ITT
1189- 35
SIC
Til
I 94- 75
JANM38510/00701 BCA
JANM38510/00803BDB
JANM38510/01007BFB
MOTA1155-100
Til
1189- 36
SIC
Til
I 94- 76
JANM38510/00701 BCB
JANM38510/00803CAA
JANM38510/01007CEB
ITT
MOTA1155-101
ITT
MOTAI189- 37
SIC
Til
I 94- 77
SIC
Til
JANM38510/00803CAB
JANM38510/0 1007CFB
JANM38510/00701BCC
ITT
MOTAI189- 38
SIC
Til
I 94- 78
ITT
SIC 1155 -102 JANM38510/00803CAC
JANM38510/01008BEA
JANM38510/00701BDB
FSC
ITT
1189- 39
MOTAI 94- 79
SIC
Til
1156- 1
MOTA
JANM38510/01008BEB
JANM38510/00701BDC
JANM38510/00803CCA
MOTAI 94- 80
SIC 1156- 2
MOTAI189- 40 JANM38510/01008BFB
JAI'IM38510/00701CAA
JANM38510/00803CCB
MOTAI 94- 81
ITT
MOTAI156- 3
ITT
MOTAI189- 41 JANM38510/01008CEA
JANM38510/00701CAB
Til
MOTAI 94- 82
MOTAI156 - 4 JANM38510/00803CCC
JANM3851 0/0 1008CEB
ITT
JANM38510/00701CAC
ITT
1189- 42
MOTAI 94- 83
FSC
ITT
1156 - 5 JANM38510/00803CDB
JANM3851 0/0 1008CFB
MOTA
Til
1189-43
MOTA194-84
JANM3851 0/00701 CCA
JANM38510/00804BAA
JANM3851 0/0 1009BDB
MOTAI156- 6
ITT
MOTAI189- 44
Til
I 94- 85
JANM38510/00701CCB
JANM38510/00804BAB
JANM38510/01009CDB
ITT
MOTAI156- 7
ITT
MOTAI189- 45
Til
I 94- 86
SIC
Til
JANM38510/00804BAC
JANM38510/01101BJC
JANM38510/00701CCC
FSC
ITT
1189-46
AMV 1245-33
ITT
SIC 1156- 8
MOTA
JANM38510/01101BKB
JANM38510/00701CDB " ,
JANM38510/00804BCA
Til" 1245- 34
SIC
Til
1156- 9
MOTAI189- 47 JANM38510/01101BLB
JANM38510/00701CDC
JANM38510/00804BCB
Til
1245- 35
SIC 1156- 10
ITT
MOTAI189- 48 JANM38510/01101BZC
JANM38510/00701DAA
Til
AMV 1245- 36
ITT
1156- 11 JANM38510/00804BCC
JANM38510/01101CJC
JANM38510/00701DAB
ITT
1189- 49
AMV 1245- 37
ITT
1156- 12 JANM38510/00804BDB
JANM38510/01101CKB
JANM38510/00701DAC
Til
1189- 50
Til
1245- 38
ITT
1156- 13 JANM38510/00804CAA
'JANM38510/01101CLB
JAN"1I38510/00801BAA
ITT
MOTAI189- 51
Til
1245- 39
"ITT
MOTAI189- 2 JANM38510/00804CAB
JANM38510/01101CZC
JANM38510/00801BAB
ITT
MOTAI189- 52
AMV 1245- 40
ITT
MOTAI189- 3 JANM38510/00804CAC
JANM38510/01102BEB
JANM38510/00801BAC
FSC
ITT
1189- 53
SIC 1252- 63
FSC
ITT
1189- 4
MOTA
JANM38510/01102BFB
,MOTA
JANM38510/00804CCA
SIC 1252- 64
JANM38510/00801BCA
MOTAI 189- 54 JANM38510/01102CEB
MOTAI189- 5 JANM38510/00804CCB
SIC
1252- 65
JANM38510/00801 BCB
ITT
MOTA 189- 55 JANM38510/01102CFB
ITT
MOTAI189- 6
Til
SIC 1252- 66
Til
JANM38510/00804CC
JANM38510/01201BAA
JANM38510/00801BCC
ITT
1190- 1
ITT
1165-85
ITT
1189- 7 JANM38510/00804CDB
JANM38510/01201BAB
JANM38510/00801BDB
'
Til
1190- 2
ITT '1165-86
Til
1189- 8 JANM38510/01001BEA
JANM38510/01201BAC
JANM38510/00801CAA'
MOTAI 91- 51
ITT '1165- 87
ITT
MOTAI189- 9 JANM38510/01001BEB
JANM38510/01201BCA
JANM38510/00a01CAB
ITT
MOTAI 91- 52
MOTAI165- 88
ITT
MOTAI189- 10
'
SIC
JANM38510/01201BCB
JANM38510/0Q801CAC
JANM38510/01001BFB
ITT
SIC 1165- 89
FSC'ITT
1189- 11
MOTA
SIC 191-53 JANM38510/01201BCC
MOTA
JANM38510/01001CEA
ITT
1165- 90
JANM38510/00801CCA
MOTAI 91- 54 JANM38510/01201BDB'
'MOTAI189- 12 JANM38510/01001CEB
SIC 1165- 91
JANM38510/00801CCB
ITT
MOTAI 91 - 55 JANM38510/01201CAA
ITT
MOTAI189- 13
SIC
ITT
1165- 92
Til
JANM38510/01001CFB
JANM38510/01201CAB
JANM38510/00801CCC
MOTA
SIC
I 91- 56
ITT
1165- 93
ITT
1189- 14 JANM38510/01002BEA
JANM38510/01201CAC
JANM38510/00801CDB
MOTAI 96- 35
'
ITT
1165- 94
Til
1189- 15 JANM38510/01002BEB
' JANM38510/01201CCA
JANM38510/00802BAA'
MOTA
SIC I 96- 36
MOTAI165- 95
'ITT
MOTAI189- 16 JANM38510/01002BFB
JANM38510/01201CCB
JANM38510/00802BAB
MOTA
SIC I 96- 37
ITT
SIC 1165- 96
,
'ITT
MOTAI189- 17 JANM38510/01002CEA
JANM38510/01201CCC
JANM38510/00802BAC
MOTAI 96- 38
ITT
1165- 97
f'SC
ITT
1189- 18 JANM38510/01002CEB
JANM38510/01201CDB
MOTA
MOTA
SIC I 96· 39
SIC '1166- 1
JANM38510/00802BCA
JANM38510/01002CFB
JANM38510/01202BCA ,
MOTAI 189- 19
MOTA
SIC I 96- 40
MOi'AI'166- 2
JANM38510/00802BCB
JANM38510/01003BEA
JANM385 10/01 202BCB
ITT
MOTAI189- 20
MOTAI 97- 37
MOTAI166- 3
Til
"
JANM38510/01003BEB
JANM38510/01202CCA'
JANM38S10/00802BCC
MOTA
SIC
I 97- 38
MOTAI166- 4
ITT
1189- 21 JANM38510/01003BFB
JANM38510/01202CCB'
JANM38510/00802BDB
MOTA
SIC
I 97- 39
MOTAllS6- 5
Til
"189- 22 JANM38510/01003CEA
JANM38510/01203BE~
I
MOTAI 97- 40
MOTAI166- 6
J
J
17
D.A. T.A.
t.-Registered with JEDEC
by this manufacturer
'IN TYPE NUMBER SEQUENCE
MFRS Pil&Line TYPE No.
"
;1O/012~~BE'166_ 7
JANM38510/01203BEC
AMV 1166- 8
JANM38510/01203BFB
AMV
SIC 1166- 9
JANM38510/01203BFC
AMV 1166- 10
JANM38510/01203CEA
MOTAI166 - 11
JANM38510/01203CEB
SIC' 1166- 12
JANM38510/01203CEC
AMV 1166- 13
..,!"ANM38S'O/O'203CFB
AMV
SIC 1166- 14
JANM38510/01203CFC
AMV 1166- 15
JANM38510/01301BAA
MOTAI 86- 17
JANM38510/01301BAB
MOTAI 86- 18
JANM38510/01301BAC
MOTAI 86- 19
JANM38510/01301BCA
MOTAI 86- 20
JANM38510/01301BCB
ITT
MOTAI 86- 21
JANM38510/01301BCC
ITT
I 86- 22
JANM38510/01301CAA
MOTAI 86- 23
JANM38510/01301CAB
MOTAI 86- 24
JANM3851 0/0 130 1CAC
MOTAI 86- 25
JANM38510/01301CCA
MOTAI 86- 26
JANM38510/01301CCB
ITT
MOTAI 86- 27
JANM38510/01301CCC
ITT
I 86- 28
JANM38510/01302BAA
MOTAI 80- 15
JANM385 10/0 1302BAB
MOTAI 80- 16
JANM,38510/0 1302BAC
,
MOTA180-17
JANM38510/0 1302BCA
MOTAI 80- 18
JANM38510/01302BCB
ITT
SIC I 80- 19
JANM38510/01302BCC
ITT
180-20
JANM38510/01302CAA
MOTAI 80- 21
JANM38510/01302CAB
MOTAI 80- 22
JANM38510/01302CAC
MOTAI 80- 23
JANM38510/01302CCA
MOTAI 80- 24
JANM38510/01302CCB
ITT
SIC I 80- 25
JANM38510/01302CCC
ITT
I 80- 26
JANM38510/01303BEB
AMV
SIC I 74-76
JANM38510/01303BFB
AMV
SIC I 74- 77
Til
JANM38510/01303CEB
AMV
SIC
I 74- 78
JANM38510/01303CFB
AMV
SIC
I 74- 79
Til
JANM38510/01304BEB
AMV
SIC 180-38
JANM38510/01304BFB
AMV
SIC 180-39
Til
JANM38510/01304CEB
AMV
SIC
I 80- 40
JANM38510/01304CFB
AMV
SIC 1 80- 41
Til
JANM38510/01305BEB
AMV
SIC I 74- 80
JANM38510/01305BFB
AMV
SIC 1 74- 81
Til
JANM38510/01305CEB
AMV
SIC
I 74- 82
JANM38510/01305CFB
AMV
SIC 174- 83
Til
JANM38510/01306BEB
AMV
SIC I 80- 42
JANM3B510/01306BFB
AMV
SIC 1 80- 43
Til
JANM38510/01306CEB
AMV
SIC I 80- 44
JANM38510/01306CFB
AMV
SIC 1 80- 45
Til
JANM38510/01307BCA
MOTAI 74- 56
JANM38510/01307BCB
,
MOTAI 74· 57
JANM38510/01307CCA
MOTAI 74- 58
JANM38510/01307CCB
MOTAI 74- 59
MFRS Pa&Line
IJANM""DIU/ll14~;gIJI237_107
JANM38510/01401 BlB
Til
1237-108
JANM38510/01401BZC
SIC 1238- 1
JANM38510/01401CJC
SIC 1238- 2
JANM38510/01401ClB
Til
1238 - 3
JANM38510/01401CZC
SIC 1238- 4
JANM38510/01402BEA
MOTAI238- 5
J.A.NM38510l01402BEB
ITT
MOTAI238- 6
JANM38510/01402BEC
ITT
1238- 7
JANM38510/01402BFB
MOTAI238- 8
JANM38510/01402BFC
AMV 1238- 9
JANM38510/01402CEA
MOTAI238- 10
JANM38510/01402CEB
ITT
MOTAI238- 11
JANM38510/01402CEC
ITT
1238- 12
JANM38510/01402CFB
MOTAI238- 13
JANM38510/01402CFC
AMV 1238- 14
JANM38510/01403BEA
MOTAI238- 15
JANM38510/01403BEB
MOTAI238- 16
JANM38510/01403BFB
MOTAI238- 17
JANM38510/01403CEA
MOTAI238- 18
JANM38510/01403CEB
MOTAI238- 19
JANM38510/01403CFB
MOTAI238- 20
JANM38510/01404BEA
MOTAI238- 21
JANM38510/01404BEB
ITT
MOTA1238-22
SIC
JANM38510/01404BEC
ITT
1238- 23
JANM38510/01404BFB
MOTAI238- 24
JANM38510/01404BFC
AMV 1238-25
JANM38510/01404CEA
MOTAI238- 26
JANM38510/01404CEB
ITT
MOTAI238- 27
JANM38510/01404CEC
ITT
1238- 28
JANM38510/01404CFB
MOTAI238- 29
JANM38510/01404CFC
AMV 1238- 30
JANM38510/01405BEA
MOTAI238- 31
JANM38510/01405BEB
ITT
MOTA1238-32
JANM38510/01405BEC
ITT
1238-33
JANM38510/01405BFB
MOTAI238- 34
JANM38510/01405BFC
AMV 1238- 35
JANM38510/01405CEA
MOTAI238- 36
JANM38510/01405CEB
ITT
MOTAI238- 37
JANM38510/01405CEC
ITT
1238- 38
JANM38510/01405CFB
MOTAI238- 39
JANM38510/01405CFC
AMV 1238- 40
JANM38510/01501BEA
MOT~1249-43
JANM38510/01501BEB
MOTA
SIC '1249JANM38510/01501BFB
MOTA
SIC 1249JANM38510/01501CEA
MOTAI249JANM38510/01501CEB
,
MOTA
SIC 1249JANM38510/01501CFB
MOTA
SIC 1249JANM38510/01502BAA
MOTAI249JA/liM38510/01502BAB
MOTAI249JANM38510/01502BAC
MOTAI249JANM38510/01502BCA
MOTAI249JANM38510/01502BCB
MOTAI249 JANM38510/01502BCC
MOTA! 249JANM38510/01502BDB
JANM38510/01SS012CCAA1249-
+.copy of mfr"s data sheet
may be ordered from D.A.T.A.
44
45
46
47
48
49
50
51
52
53
54
55
l'!IoT"'i1249- 56
17
TYPE No.
3. TYPE No. CROSS INDEX
MFRS Pa&Line TYPE No.
MFRS Pa&Line TYPE No.
IJANM38510!015~~~'J..~249. 57IJANM3851O!020~~133.
JANM38510/01502CAC
MOTA1249·58
JANM38510/01502CCA
MOTAI249· 59
JANM38510/01502CCB
MOTA!249· 60
JANM38510/01502CCC
MOTAI249· 61
JANM38510/01502CDB
SIC
1249· 62
JANM38510/01601BAA
MOTAI 99· 73
JANM38510/01601 BAB
MOTAI 99· 74
JANM38510101601BAC
MOTAI 99· 75
JANM38510/01601BCA
MOTAI 99·76
JANM38510/01601BCB
FSC
MOTAI 99· 77
SIC
JANM38510101601BDB
SIC
I 99· 78
JANM38510/01601CAA
MOTAI 99·79
JANM38510101601CAB
MOTAI 99· 80
JANM38510/01601CAC
MOTAI 99· 81
JANM38510/01601CCA
MOTAI 99· 82
JANM38510/01601CCB
FSC
MOTAI 99· 83
SIC
.
JANM38510/01601CDB
SIC
I 99· 84
JANM38510101602BAA
MOTAI 99· 85
JANM38510101602BAB
MOTAI 99· 86
JANM38510101602BAC
MOTAI 99· 87
JANM38510/01602BCA
MOTAI 99· 88
JANM38510101602BCB
MOTA
SIC
I 99· 89
Til
JANM38510/01602BDB
SIC
I 99· 90
JANM38510101602CAA
MOTAll00· 1
JANM38510101602CAB
MOTAll00. 2
JANM38510101602CAC
MOTAll00· 3
JANM38510/01602CCA
MOTAll00. 4
JANM38510101602CCB
MOTA
SIC
1100· 5
JANM38510/01602CDB
SIC
1100· 6
JANM38510102001 BAA
NSC 1133·32
JANM38510102001 BAC
NSC 1133·33
JANM38510102001BCB
NSC ! 133·34
JANM38510/02001BDB
NSC 1133·35
JANM38510/02001CAA
NSC 1133· 36
JANM38510/02001CAC
NSC 1133·37
JANM38510/02001CCB
NSC 1133· 38
JANM38510/02001CDB
NSC 1133· 39
JANM38510/02002BAA
NSC 1133· 40
JANM38510102002BAC
NSC 1133· 41
JANM38510/02002BCB
NSC 1133· 42
JANM38510102002BDB
NSC 1133· 43
JANM38510102002CAA
NSC 1133· 44
JANM38510/02002CAC
NSC 1133· 45
JANM38510/02002CCB
NSC 1133·46
JANM38510102002CDB
NSC 1133· 47
JANM38510102003BAA
NSC 1133· 48
JANM38510102003BAC
NSC 1133· 49
JANM38510102003BCB
NSC !133·50
JANM38510102003BDB
NSC 1133·51
JANM38510102003CAA
NSC 1133· 52
JANM38510/02003CAC
NSC 1133· 53
JANM38510/02003CCB
NSC 1133· 54
JANM38510102003CDB
NSC 1133·55
JANM38510/02004BAA
NSC 1133.56
18
57
JANM38510/02004BCB
NSC 1133·58
JANM38510/02004BDB
NSC 1133· 59
JANM38510/02004CAA
NSC 1133· 60
JANM38510/02004CAC
NSC 1133· 61
JANM38510/02004CCB
NSC 1133· 62
JANM38510/02004CDB
NSC 1133· 63
JANM38510/020058AA
NSC 1187· 35
JANM38510102005BAC
NSC 1187· 36
JANM38510/02005BCB
NSC 1187. 37
JANM38510/02005CAA
NSC 1187· 38
JANM38510/02005CAC
NSC 1187· 39
JANM38510/02005CCB
NSC 1187· 40
JANM38510102006BCB
NSC 1133· 64
JANM38510102006CCB
NSC 1133· 65
JANM38510/02101 BAA
NSC I 65· 7
JANM38510/02101 BAC
NSC I 65· 8
JANM38510/02101BCB
NSC I 65· 9
JANM38510/02101CAA
NSC I 65· 10
JANM38510102101CAC
NSC I 65· 11
JANM38510/02101CCB
NSC I 65· 12
JANM38510/02102BAA
NSC I 52·101
JANM38510102102BAC
NSC I 52·102
JANM38510102102BCB
NSC I 52·103
JANM38510102102CAA
NSC I 52·104
JANM38510/02102CAC
NSC I 52·105
JANM38510102102CCB
NSC I 53· 1
JANM38510/02103BAA
NSC I 53· 2
JANM38510102103BAC
NSC I 53· 3
JANM38510/02103CAA
NSC I 53· 4
JANM38510102103CAC
NSC I 53· 5
JANM38510102104BAA
NSC I 53· 6
JANM38510/02104BAC
NSC I 53· 7
JANM38510102104CAA
NSC I 53· 8
JANM38510/02104CAC
NSC I 53· 9
JANM38510/02105BAA
NSC I 68· 3
JANM38510102105BAC
NSC I 68· 4
JANM38510102105BCB
NSC 1 68· 5
JANM38510/02105CAA
NSC I 68· 6
JANM38510102105CAC
NSC I 68· 7
JANM38510102105CCB
NSC I 68· 8
JANM38510102201BAA
MOTAI 55· 37
JANM38510/02201BAB
MOTAI 55·38
JANM38510/02201BAC
MOTAI 55· 39
JANM38510102201BCA
MOTAI 55· 40
JANM38510/02201BCB
MOTA
SIC
I 55·41
JANM38510102201BDB
SIC I 55·42
JANM38510102201CAA
MOTAI 55·43
JANM38510102201CAB
MOTAI 55·44
JANM38510102201CAC
MOTAI 55·45
JANM38510102201CCA
MOTAI 55·46
JANM38510/02201CCB
MOTA
SIC
1 55· 47
JANM38510102201CDB
SIC I 55· 48
JANM38510/02202BCA
MOTA155·49
JANM38510/02202BCB
SIC
1 55·50
JANM38510/02202BDB
SIC
I 55· 51
JANM38510102202CCB
SIC
I 55· 52
D.A. T.A.
MFRS Pa&Line TYPE No.
·JANM38510!022~~GD~
55.
53IJANM38510/023~~BT'J..T138.
JANM38510/02203BCB
SIC 169·18
JANM38510/02203BDB
SIC I 69· 19
JANM38510/02203CCB
SIC I 69· 20
JANM38510/02203CDB
SIC I 69· 21
JANM38510/02204BEB
SIC
Til
I 55· 54
JANM38510/02204BFB
SIC
Til
I 55· 55
JANM38510/02204CEB
SIC
Til
I 55· 56
JANM38510/02204CFB
SIC
Til
I 55· 57
JANM38510/02205BCA
MOTAI 56·105
JANM38510/02205BCB
MOTA
SIC I 56·106
JANM38510/02205BDB
SIC I 56·107
JANM38510/02205CCA
MOTAI 57· 1
JANM38510/02205CCB
MOTA
SIC
I 57· 2
JANM38510/02205CDB
SIC I 57· 3
JANM38510102206BCA
MOTAI 57· 4
JANM38510102206BCB
MOTA
SIC I 57· 5
JANM38510/02206BDB
SIC I 57· 6
JANM38510102206CCA
MOTA! 57· 7
JANM38510/02206CCB
MOTA
SIC I 57· 8
JANM38510/02206CDB
SIC I 57· 9
JANM38510102301 BAA
ITT
MOTAI138· 22
JANM38510102301BAB
ITT
MOTAI138· 23
JANM38510/0230 1BAC
FSC
ITT
1138· 24
MOTAI
JANM38510/02301BCA
MOTAI138· 25
JANM38510/02301BCB
FSC
ITT
1138.26
MOTA
SIC
Til
JANM38510/02301 BCC
ITT
SIC 1138·27
JANM38510102301 BOB
SIC
Til
1138· 28
JANM38510/02301BDC
SIC 1138· 29
JANM38510/02301CAA
ITT
MOTAI138· 30
JANM38510/02301CAB
ITT
MOTA1138·31
JANM38510/02301CAC
FSC
ITT
1138.32
MOTA
JANM38510102301CCA
MOTAI138· 33
JANM38510/02301CCB
FSC
ITT
1138.34
MOTA
SIC
Til
JANM38510102301CCC
ITT
SIC 1138· 35
JANM38510/02301CDB
SIC
Til
1138· 36
JANM38510/02301CDC
SIC 1138· 37
JANM38510/02302BAA
ITT
MOTAI138· 38
JANM38510/02302BAB
ITT
MOTAI138· 39
JANM38510/02302BAC
ITT
MOTAI138· 40
JANM38510/02302BCA
MOTAI138· 41
JANM38510/02302BCB
FSC
MOTAI138. 42
SIC
Til
JANM38510/02302BDB
SIC
1138·43
JANM38510/02302BDC
SIC 1138· 44
JANM38510/02302CAA
MOTAI138· 45
JANM38510/02302CAB
MOTAI138· 46
JANM38510/02302CAC
ITT
MOTA1138·47
JANM38510/02302CCA
MOTA1138·48
JANM38510/02302CCB
FSC
MOTA1138.49
SIC
Til
JANM38510/02302CDB
SIC 1138·50
JANM38510/02302CDC
SIC 1138· 51
JANM38510102303BAA
MOTAI138· 52
JANM38510/02303BA~
MOTA, 138· 53
.0.-Registered with JEDEC
by this manufacturer
IN TYPE NUMBER SEQUENCE
MFRS Pa&Line TYPE No.
54
~
JANM38510/02303BCA
MOTA1138·55
JANM38510/02303BCB
FSC
MOTAI139. 1
SIC
Til
JANM38510/02303BCC
SIC 1139· 2
JANM38510/02303BDB
SIC
1139· 3
JANM38510/02303BDC
SIC
1139· 4
JANM38510/02303CAA
MOTAI139· 5
JANM38510/02303CA8
MOTAI139· 6
JANM38510102303CAC
MOTAI139· 7
JANM38510102303CCA
MOTAI139. 8
JANM38510/02303CCB
FSC
MOTAI139. 9
SIC
Til
JANM38510/02303CCC
SIC
1139· 10
JANM38510102303CDB
SIC
1139· 11
JANM38510/02303CDC
SIC 1139· 12
JANM38510/02304BAA
MOTAI139· 13
JANM38510/02304BAB
MOTAI139· 14
JANM38510/02304BAC
MOTAI139· 15
JANM38510102304BCA
MOTAI139· 16
JANM38510/02304BCB
FSC
MOTAI139. 17
SIC
Til
JANM38510/02304BCC
SIC
1139· 18
JANM38510/02304BDB
SIC 1139· 19
JANM38510/02304BDC
SIC
1139· 20
JANM38510/02304CAA
MOTA1139·21
JANM38510/02304CAB
MOTAI139· 22
JANM38510/02304CAC
MOTA1139·23
JANM38510/02304CCA
MOTAI139· 24
JANM38510/02304CCB
FSC
MOTA1139.25
SIC
Til
JANM38510/02304CCC
SIC
1139· 26
JANM38510/02304CDB
SIC
1139· 27
JANM38510/02304CDC
SIC 1139· 28
JANM38510/02305BAA
MOTAI190· 3
JANM38510102305BAB
MOTAI190· 4
JANM38510102305BAC
FSC
MOTAI190· 5
JANM38510/02305BCA
MOTAI190· 6
JANM38510/02305BCB
FSC
MOTAI190. 7
SIC
Til
JANM38510102305BCC
SIC
1190· 8
JANM38510/02305BDB
SIC
Til
1190· 9
JANM38510/02305CAA
MOTAI190· 10
JANM38510/02305CAB
MOTAI190· 11
JANM38510/02305CAC
FSC
MOTAI190· 12
JANM38510102305CCA
MOTAI190· 13
JANM38510/02305CCB
FSC
MOTAI190.14
SIC
Til
JANM38510102305CCC
SIC
1190· 15
JANM38510102305CDB
SIC
Til
1190· 16
JANM38510/02306BCA
MOTAI139· 29
JANM38510/02306BCB
MOTA
SIC 1139.30
Til
JANM38510/02306BDB
Til
1139·31
JANM38510/02306CCA
MOTA1139·32
JANM38510102306CCB
MOTA
SIC
1139.33
Til
JANM38510/02306CDB
Til
1139·34
JANM38510/02307BCA
MOTAI139· 35
JANM38510/02307BC B
MOTA
SIC
139· 36
Til
1
+-Copy of mfr's data sheet
may be ordered from D.A.T.A.
MFRS Pa&Line
IV/v"'''MOTAI139. 37
JANM38510/02307CCB
MOTA
SIC
1139.38
Til
JANM38510/02401BAA
MOTAI139· 39
JANM38510/02401BAB
MOTAI139· 40
JANM38510/02401BAC
MOTAI139· 41
JANM38510/02401BDB
SIC
1139· 42
JANM38510/02401CAA
MOTAI139· 43
JANM38510/02401CAB
MOTAI139· 44
JANM38510102401CAC
MOTAI139· 45
JANM38510102401CDB
SIC
1139· 46
JANM38510/02701BAA
NSC 1119· 58
JANM38510/02701BAC
NSC 1119· 59
JANM38510/02701BCB
NSC 1119· 60
JANM38510102701BDB
NSC 1119· 61
JANM3!1510102701CAA
NSC 1119· 62
JANM38510/02701CAC
NSC 1119· 63
JANM38510/02701CCB
NSC 1119· 64
JANM38510102701CDB
NSC 1119· 65
JANM38510/03001BAA
ITT
1127· 52
JANM38510/03001BAB
ITT
1127· 53
JANM38510103001BAC
ITT
1127· 54
JANM38510/03001BCB
FSC
ITT
1127· 55
JANM3851O/03001BCC
ITT
1127· 56
JANM38510/03001CAA
ITT
1127·57
JANM38510/03001CAB
ITT
1127· 58
JANM38510/03001CAC
ITT
1127·59
JANM38510/03001CCB
FSC
ITT
1127· 60
JANM38510103001CCC
ITT
1127·61
JANM38510103002BAA
ITT
1186· 65
JANM38510103002BAB
ITT
1186· 66
JANM38510/03002BAC
ITT
1186· 67
JANM38510103002BCB
ITT
1186·68
JANM38510/03002BCC
ITT
1186.69
JANM38510/03002CAA
ITT
1186· 70
JANM38510/03002CAB
ITT
1186· 71
JANM38510/03002CAC
ITT
1186· 72
JANM38510/03002CCB
ITT
1186· 73
JANM38510/03002CCC
ITT
1186· 74
JANM38510/03003BAA
ITT
1186· 75
JANM38510/03003BAB
ITT
1186· 76
JANM38510/03003BAC
ITT
1186· 77
JANM38510/03003BCB
ITT
1186· 78
JANM38510103003BCC
ITT
1186· 79
JANM38510/03003CAA
ITT
1186· 80
JANM38510/03003CAB
ITT
1186· 81
JANM38510/03003CAC
ITT
1186·82
JANM38510/03003CCB
ITT
1186· 83
JANM38510/03003CCC
ITT
1186· 84
JANM38510/03004BAA
ITT
1127· 62
JANM38510/03004BAB
ITT
1127·63
JANM38510103004BAC
ITT
1127·64
JANM38510/03004BCB
FSC
ITT
1127· 65
JANM38510/03004BCC
ITT
1127· 66
JANM38510/03004CAA
ITT
1127· 67
JANM38510/03004CAB
ITT
1127·68
JANM38510/03004CAC
ITT
1127.69
18
Yt'E No.
3. TYPE
No CROSS INDEX
MFRS Pa&Line' TYPE No.
MFRSIPa&Line TYPE
MFRS Pa&Line TYPE No.
IJANM~!Sb lU/U~U~;~I,;~ 127 _ 70 JANM~!Sb lU/Ub 1~~!E~
JANM38510/03004CCC
ITT
1127 - 71
JANM38510/03005BAA
ITT
1127- 72
JANM38510/03005BAB
ITT
1127-73
JANM38510/03005BAC
ITT
1127- 74
JANM38510103005BCB
FSC 1127- 75
JANM38510103005BCC
ITT
1127· 76
JANM38510103005CAA
ITT
i127-77
JANM38510/03005CAB
ITT
1127·78
JANM38510/03005CAC
ITT
1127· 79
JANM38510/03005CCB
FSC 1128· 1
JANM38510103005CCC
ITT
1128· 2
JANM38510104001 BCB
SIC
Til
1107· 9
JANM38510/04001 BOB
SIC
Til
1107·10
JANM3851 0104001 CCB
SIC
Til
1107·11
JANM38510104001CDB
SIC
Til
1107· 12
JANM38510/04002BCB
SIC
Til
1107· 13
JANM38510/04002BDB
SIC
Til
1107- 14
JANM38510/04002CCB
SIC
Til
1107- 15
JANM38510104002CDB
SIC
Til
1107- 16
JANM38510/04003BCB
SIC
Til
1107· 17
JANM38510/04003BDB
SIC
Til
1107· 18
JANM38510104003CCB
SIC
Til
1107-19
JANM38510104003CDB
SIC
Til
1107- 20
JANM38510104004BCB
SIC
Til
1107· 21
JANM38510/04004BDB
SIC
Til
1107- 22
JANM38510/04004CCB
SIC
Til
1107- 23
JANM38510/04004CDB
SIC
Til
1107·24
JANM38510104005BCB
SIC
Til
1107- 25
JANM38510/04005BDB
SIC
Til
1107- 26
JANM38510/04005CCB
SIC
Til
1107- 27
JANM38510/04005CCC
Til
1107· 28
JANM38510104005CDB
SIC
Til
1107·29
JANM38510/05001ACA
RCA 1125- 11
JANM38510105001ADA
RCA 1125· 12
JANM38510105001BCA
RCA 1125· 13
JANM38510/05001 BOA
RCA 1125· 14
JANM38510105001CCA
RCA 1125· 15
JANM38510/05001CDA
RCA 1125· 16
JANM38510105002ACA
RCA 1125- 17
JANM38510105002ADA
RCA 1125- 18
JANM38510/05002BCA
RCA 1125- 19
JANM38510105002BDA
RCA 1125- 20
JANM38510/05002CCA
RCA 1125· 21
JANM38510105002CDA
RCA 1125· 22
JANM38510/05003ACA
RCA 1125· 23
JANM38510105003ADA
RCA 1125-24
JANM38510/05003BCA
RCA 1125-25
JANM38510/05003BDA
RCA 1125·26
JANM38510/05003CCA
RCA 1125- 27
JANM38510/05003CDA
RCA 1125- 28
JANM38510/05101ACA
RCA I 67- 9
JANM38510/05101ADA
RCA I 67- 10
JANM38510/05101BCA
RCA i 67· 11
JANM38510105101BDA
RCA I 67- 12
JANM38510/05101CCA
RCA I 67- 13
JANM38510/051~~~D~
19
67- 14
48. 20
JANM38510/05102AFA
RCA I 48 - 21
JANM38510/05102BEA
RCA I 48- 22
JANM38510/05102BFA
RCA I 48- 23
JANM38510/05102CEA
RCA I 48- 24
JANM38510/05102CFA
RCA I 48· 25
JANM38510/05201ACA
RCA 1115· 83
JANM38510/05201ADA
RCA ili5- 84
JANM38510/05201BCA
RCA 1115·85
JANM38510/05201BDA
RCA 1115- 86
JANM38510/05201CCA
RCA 1115- 87
JANM38510105201CDA
RCA 1115· 88
JANM38510105202ACA
RCA 1115- 89
JANM38510105202ADA
RCA 1115·90
JANM38510105202BCA
RCA 1115·91
JANM38510/05202BDA
RCA 1115· 92
JANM38510/05202CCA
RCA 1115- 93
JANM38510105202CDA
RCA 1115· 94
JANM38510105203ACA
RCA 1115· 95
JANM38510105203ADA
RCA 1115· 96
JANM38510105203BCA
RCA 1116- 1
JANM38510/05203BDA
RCA 1116- 2
JANM38510105203CCA
RCA 1116- 3
JANM38510/05203CDA
RCA '116- 4
JANM38510105204ACA
RCA 1116- 5
JANM38510105204ADA
RCA 1116- 6
JANM38510105204BCA
RCA 1116· 7
JANM38510/05204BDA
RCA '116· 8
JANM38510/05204CCA
RCA :116· 9
JANM38510105204CDA
RCA 1116- 10
JANM38510105301ACA
RCA 1232· 66
JANM38510105301ADA
RCA 1232· 67
JANM38510/05301BCA
RCA 1232- 68
JANM38510/05301BDA
RCA '232· 69
JANM38510105301CCA
RCA 1232· 70
JANM38510/05301CDA
RCA '232- 71
JANM38510105302AEA
RCA 1104- 11
JANM38510/05302AFA
RCA 1104· 12
JANM38510/05302BEA
RCA 1104· 13
JANM38510/05302BFA
RCA 1104- 14
JANM38510/05302CEA
RCA 1104- 15
JANM38510/05302CFA
RCA 1104- 16
JANM38510/05501AEA
RCA 1216- 58
JANM38510/05501AFA
RCA 1216- 59
JANM38510/05501BEA
RCA 1216- 60
JANM38510/05501 BFA
RCA 1216- 61
JANM38510105501CEA
RCA 1216-62
JANM38510/05501CFA
RCA 1216·63
JANM38510/05502AEA
RCA 1216-64
JANM38510/05502AFA
RCA 1216- 65
JANM38510/05502BEA
RCA 1216- 66
JANM38510/05502BFA
RCA 1216- 67
IJANM38510/05502CEA
RCA 1216- 68
JANM38510/05502CFA
RCA i216- 69
JANM38510/05503AEA
RCA 1216- 70
JANM38510/05503AFA
RCA 1216- 71
JANM38510/055~~!E~216_
D.A. T.A.
72
IN TYPE NUMBER SEQUENCE
MFRS Pn&Line TYPE No.
No.
MFRS Pa&Line
IJANM38510/055~~!F~216_ 73IJANM3~5J~/l04~l~F~ 238 _ 45 I ~~:~~~~
JANM38510/05503CEA
RCA : 216 - 74
JANM38510105503CFA
RCA 1216· 75
JANM38510/05504AEA
RCA 1216- 76
JANM38510/05504AFA
RCA 1216- 77
JANM38510/05504BEA
RCA 1216· 78
JANM38510105504BFA
RCA 1216- 79
JANM38510105504CEA
RCA i216- 80
JANM38510105504CFA
RCA 1216-81
JANM38510105601AEA
RCA 183· 92
JANM38510105601AFA
RCA 183- 93
JANM38510105601 BEA
RCA I 83· 94
JANM38510/05601BFA
RCA I 83- 95
JANM38510105601CEA
RCA 183-96
JANM38510105601 CFA
RCA 183·97
JANM38510105602AEA
RCA I 86- 41
JANM38510105602AFA
RCA I 86· 42
JANM38510105602BEA
RCA 186- 43
JANM38510/05602BFA
RCA I 86- 44
JANM38510105602CEA
RCA I 86- 45
JANM38510/05602CFA
RCA 186- 46
JANM38510/05603AEA
RCA I 78- 2
JANM38510105603AFA
RCA 178- 3
JANM38510/05603BEA
RCA, 78· 4
JANM38510/05603BFA
RCA: 78- 5
JANM38510/05603CEA
RCA! 78- 6
JANM38510/05603CFA
RCA I 78- 7
JANM38510/05604AEA
RCA 186·35
JANM38510/05604AFA
RCA I 86· 36
JANM38510/05604BEA
RCA I 86· 37
JANM38510/05604BFA
RCA, 86- 38
JANM38510/05604CEA
RCA
86· 39
JANM38510105604CFA
RCA I 86· 40
JANM38510/05605ACA
RCA I 77·101
JANM38510105605ADA
RCA I 77-102
JANM38510/05605BCA
RCA i 77·103
JANM38510/05605BDA
RCA! 77·104
JANM38510105605CCA
RCA I 77·105
JANM38510105605CDA
RCA I 78- 1
JANM38510/07001BCB
SIC
! 139· 47
JANM38510/07001BDB
SIC
1139· 48
JANM38510/07001CCB
SIC
1139- 49
JANM38510/07001CDB
SIC
1139· 50
JANM38510/10401BCB
Til
1223- 23
JANM38510/10401CCB
Til
1223- 24
JANM38510/10402BCB
Til
1223· 25
JANM38510/10402CCB
Til
1223-26
JANM38510/10403BEA
FSC 1218·27
JANM38510/10403BEB
AMV
FSC 1218-28
JANM38510/10403BEC
AMV 1218- 29
JANM38510/10403BFA
FSC 1238- 41
JANM38510/10403BFB
AMV
FSC 1238- 42
JANM38510/10403BFC
AMV
FSC 1238- 43
JANM38510/10403CEA
FSC 1218- 30
JANM38510/10403CEB
AMV
FSC 1218- 31
JANM38510/10403CEC
AMV 1218- 32
JANM38510/10403CFC
AMV
FSC! 238 - 46
JANM38510/10404BEA
FSC 1221- 71
JANM38510/10404BEB
AMV
FSC 1221- 72
Til
JANM38510/10404BEC
AMV 1221- 73
JANM38510/10404BFA
FSC i 221- 74
JANM38510/10404BFB
FSC i221- 75
JANM385iO/i0404oFC
FSC 1221· 76
JANM38510/10404CEA
FSC 1221- 77
JANM38510/10404CEB
AMV
FSC i221- 78
Til!
JANM38510/10404CEC
AMV 1221 - 79
JANM38510/10404CFA
FSC 1221· 80
JANM38510/10404CFB
AMV
FSC 1221·81
JANM38510/10404CFC
FSC 1221·82
JANM38510/10405BEB
Til
1218· 33
JANM38510/10405CEB
Til
218· 34
M53200P
MITJ 139· 51
M53201P
MITJ 139· 52
M53202P
MITJ 121· 4
M53203P
MITJ 139· 53
M53204P
MITJ 190· 17
M53205P
MITJ 190- 18
M53206P
MITJ 190· 19
M53207P
MITJ 190- 20
M53208P
MITJ 152- 96
M53209P
MITJ 152· 97
M53210P
MITJ 139· 54
M53213P
MITJ 197·107
M53214P
MITJ 198- 9
M53216P
MITJ 190- 21
M53217P
MITJ 190- 22
M53220P
MITJ 139- 55
M53225P
MITJ 121- 5
M53227P
MITJ 121- 6
M53230P
MITJ 139- 56
M53237P
MITJ 139· 57
M53238P
MITJ 139· 58
M53240P
MITJ 139·59
M53241P
MITJ
90· 23
M53242P
MITJ
90· 24
M53243P
MIT J
96· 26
M53244P
MITJ
96- 71
M53245P
MITJ
91- 65
M53247P
MITJ
93- 91
M53248P
MITJ
93· 92
M53250P
MITJ 107· 30
M53253P
MITJ 107· 31
M53260P
MITJ 159· 60
M53270P
MITJ
63- 46
M532np
MITJ
63- 16
M53273P
MITJ
55- 5
M53274P
MITJ
68- 72
M53275P
MITJ 249· 63
M53276P
MITJ
55· 6
M53280P
MIT J 180- 25
M53283P
MITJ 180· 26
M53286P
MITJ 156· 14
M53290P
MITJ
77· 10
M53292P
MIT J
83· 11
M53293P
MITJ
83- 12
M53307P
MITJ
55- 58
M53321P
MITJ 167- 39
M53322P
MITJ 163· 67
M53323P
MITJ 163- 73
M53325P
MITJ 215-102
M53326P
MITJ 215-103
M53332P
MITJ 198- 10
M53345P
MITJ
91· 66
M53350P
MITJ 238- 47
M53351P
MITJ 238- 48
M53353P
MITJ 238· 49
M53354P
MITJ
88· 34
M53355P
MIT J
88 - 35
M53356P
MITJ
88· 36
M53357P
MITJ 238- 50
M53358P
MITJ 238-51
M53360P
MITJ
74- 89
M53361P
MITJ
80-53
M53362P
MITJ
74- 90
M53363P
MITJ
80-54
M53380P
MITJ 247 - 88
M53381P
MITJ 1245- 41
M53382P
MITJ '252- 67
M53390P
MITJ
74· 91
M53391P
MITJ
80· 55
M53392P
MITJ
74- 53
M53393P
MITJ
80- 11
M54304P
MITJ 180- 27
M54401P
MITJ 245- 42
M54402P
MITJ
88- 15
M54406P
MITJ
92-105
M54501Y
MITJ ,218- 35
M54502P
MITJ 1218- 36
M54503P
MITJ 218- 37
44
3:
JANM38510/104~l~F~238_
ll-Registered with JEDEC
by this manufacturer
I'
~m~6~
\
~:ij
m:
.-Copy of mfr's data sheet
may be ordered from D.A.T,A,
~:i~ 1m: ~~
M54602P
MITJ 227 - 93
M54603P
MIT J 227· 94
M54604P
MIT J 227· 95
M54605P
MITJ 227· 96
M54650P
MIT J 218·39
M54654P
MITJ 224· 17
MADC8-1
.oDC
169- 22
MADC8-3
.oDC
169· 23
MADC9-1
.oDC
169· 24
MADC9·3
+DDC
169· 25
MADC10
+RTN
172· 51
MADC10-1
.oDC
169- 26
MADC10-3
+DDC
169·27
iViADCiO-04
.nll'l
1 / ' - "t.,
MADCll-l
+DDC
169- 28
MADCII-3
+DDC
169·29
MADC13
+RTN
172- 50
MAG6
+WLD 111- 81
MAG8
+WLD
98 - 67
MAG9
+WLD 111· 93
MAG 10
+WLD
98·66
MAG 12
+WLD 111· 82
MBDI
RTN
88- 42
MBD1£>
RTN
90- 4
MBD1(Zi
+WLD
88- 65
MBDIA
+WLD
88-66
MBD8
+WLD 124· 87
MC8T13L
+MOTA218-40
MC8T13P
+MOTA 218- 41
MC8T14L
+MOTA 221- 83
MC8T14P
+MOTA 221- 84
MC8T23L
+MOTA 218· 42
MC8T23P
+MOTA 218- 43
MC8T24L
+MOTAI221- 85
MC8T24P
+MOTA!221- 86
MC54H74AF
+MOTA, 69- 93
MC54H74AL
+MOTA 69· 94
MC54H87F
+MOTA 202· 94
MC54H87L
+MOTA 202· 95
MC74H74AF
+MOTA 69· 95
MC74H74AL,P%+MOTA 69· 96
MC74H87F
+MOTA 202- 96
MC74H87L,P% +MOTAI202- 97
MC301F
+MOTAI15·66
MC301G
+MOTA 115· 67
MC302F
+MOTA 64· 98
MC302G
+MOTA 64· 99
MC303F
+MOTA 182·107
MC303G
+MOTA 182·108
MC304F
+MOTA 202· 43
MC304G
+MOTA 202· 44
MC305F
+MOTA 158- 56
MC305G
+MOTA 158- 57
MC306F
+MOTAI15-68
MC306G
+MOTA 115· 69
MC307F
+MOTA 115- 70
MC307G
+MOTA 115 - 71
MC308F
+MOTA 50-106
MC308G
+MOTA 50-107
MC309F
+MOTA 124- 16
MC309G
+MOTA 124· 17
MC310F
+MOTA 124· 18
MC310G
+MOTA 124· 19
MC311F
+MOTA 124· 20
MC311G
+MOTA 124- 21
MC312AF
+MOTA 118- 45
MC312AG
+MOTA 118- 46
MC312F
MOTA 124- 22
MC312G
MOTA 124- 23
MC313F
+MOTA 118- 2
MC314F
+MOTA 51- 4
MC314G
+MOTA 51- 5
MC315F
+MOTA 115- 47
MC315G
+MOTA 115- 48
MC316F
+MOTA 199- 7
MC316G
+MOTA 199- 8
MC317F
+MOTA 195- 80
MC317G
+MOTA 195- 81
MC318F
+MOTA 195- 82
MC318G
+MOTA 195· 83
MC351F
+MOTA 115· 35
MC351G
+MOTA 115- 36
MC352AF
+MOTA 65- 57
MC352AG
+MOTA 65- 58
MC353F
+MOTA 182-109
MC353G
+MOTA 182-110
MC354F
+MOTA 202· 45
MC354G
+MOTA 202- 46
MC355F
+MOTA 158· 58
MC355G
+MOTA 158· 59
MC356F
+MOTA 115- 37
MC356G
+MOTA 115-38
MC357F
+MOTA 115· 39
MC357G
+MOTAI15-40
MC358AF
+MOTA 62- 86
MC358AG
+MOTA 62-87
MC358F
MOTA 51- 8
MC358G
MOTA 51- 9
MC359F
+MOTA 118- 35
MC359G
+MOTA 118- 36
MC360F
+MOTA 118- 37
MC360G
+MOTA 118- 38
MC361F
+MOTA 118- 39
MC361G
+MOTA 118- 40
MC362AF
+MOTA 118- 41
MC362AG
+MOTA 118- 42
MC362F
MOTA 118- 43
MC362G
MOTA 118- 44
MC363F
+MOTA 118- 3
MC364F
+MOTA 51- 6
~g~~~
:~gi! I~J: 4~
19 .
3. TYPE No. CROSS INDEX
TYPE No.
I~g~g~~
MC366G
MC367F
MC367G
MC368F
MC368G
MC369F
MC369G
MC400F
MC400l,P%
MC401F
MC401l,P%
MC402F
MC402l.P%
MC403F
MC403l,P%
MC404F
MC404l,P%
MC405F
MC405l,P%
MC406F
MC406l,P%
MC407F
MC407l,P%
MC408F
MC408l,P%
MC409F
MC409l,P%
MC410F
MC410l,P%
MC411F
MC411l,P%
MC412F
MC412l,P%
MC413F
MC413l,P%
MC414F
MC414l,P%
MC415F
MC415l,P%
MC416F
MC416l,P%
MC419F
MC419l,P%
MC420F
MC420l,P%
MC421F
MC421l,P%
MC422F
MC422l,P%
MC423F
MC423l,P%
MC424F
MC424l,P%
MC426F
MC426l,P%
MC427F
MC427l
MC427l,P%
MC427P
MC429F
MC429l,P%
MC450F
MC450l,P%
MC451F
MC451l,P%
MC452F
MC452l,P%
MC453F
MC453l,P%
MC454F
MC454l,P%
MC455F
MC455l,P%
MC456F
MC456l,P%
MC457F
MC457L,P%
MC458F
MC458l,P%
MC459F
MC459l,P%
MC460F
MC460l,P%
MC461F
MC461l,P%
MC462F
MC462l,P%
MC463F
MC463l,P%
MC464F
MC464l,P%
MC465F
MC465l,P%
MC466F
MC466l,P%
MC469F
MC469l,P%
MC470F
MC470l,P%
MC471F
MC471 l,P%
MC472F
MC472l,P%
MC473F
MC473l,P%
MC474F
MC474l,P%
MC476F
MC476l,P%
MC477F
MC477l,P%
MC478F
20
MFRS Pa&Line TYPE No.
MFRS P!l&Line TYPE No.
MFRS pn&Line TYPE No.
:~gi~ 1~~: 5~I~g:~g~,,%
:~g+~11~L ~~I~ggg~t:~~
:~gi~ 1~~: ~~I~~~~~~
+MOTA 199- 10
+MOTA 195- 84
+MOTA 195- 85
+MOTA 195- 86
+MOTA 195- 87
+MOTA 124- 24
+MOTA 124- 25
+MOTA 148· 41
+MOTA 148· 42
+MOTA 110· 73
+MOTA 110· 74
+MOTA 148- 43
+MOTA 148- 44
+MOTA 150- 60
+MOTA 150- 61
+MOTA 110- 75
+MOTA 110· 76
+MOTA 110· 77
+MOTA 110· 78
+MOTA 148- 45
+MOTA 148· 46
+MOTA 148 47
+MOTAi148: 48
+MOTA 148· 49
+MOTA 148· 50
+MOTA 161·74
+MOTA 161·75
+MOTA 160- 51
+MOTA 160· 52
+MOTA 160· 53
+MOTA 160· 54
+MOTA!148.51
+MOTA 148· 52
+MOTA 65- 24
+MOTA 65· 25
+MOTA 65- 59
+MOTA 65- 60
+MOTA 60- 64
+MOTA 60- 65
+MOTA 60· 66
+MOTA 60- 67
+MOTA 219- 29
+MOTA 219- 30
+MOTA 110- 79
+MOTA 110- SO
+MOTA 65- 33
+MOTA 65- 34
+MOTA 69·103
+MOTA 69·104
+MOTA 59- 50
+MOTA 59· 51
+MOTA 59- 52
+MOTA 59- 53
+MOTA 102- 31
+MOTA 102- 32
+MOTA 102· 10
+MOTA 102· 11
+MOTA 102- 12
+MOTA 102- 13
+MOTA 193- 71
+MOTA 193- 72
+MOTA 14S- 53
MC479l,P%
MC500F
MC500l
MC501F
MC501l
MC502F
MC502l
MC503F
MC503l
MC504F
MC504l
MC505F
MC505l
MC506F
MC506l
MC507F
MC507l
MC508F
MC508l
MC509F
MC509l
MC510F
MC510l
MC511F
MC511l
MC512F
MC512l
MC513F
MC513l
MC514F
MC514l
MC515F
MC516F
MC516l
MC519F
MC519l
MC520F
MC520l
MC521F
MC521l
MC522F
MC522l
MC523F
MC523l
MC524F
MC524l
MC526F
MC526l
MC527F
MC527l
MC52SF
MC52Sl
MC529F
MC529l
MC550F
MC550l
MC551F
MC551l
MC552F
MC552l
MC553F
MC653l
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
193- 74
148- 65
148- 66
110- 89
110- 90
148- 67
148- 68
150- 63
150- 64
110- 91
110- 92
110- 93
110- 94
148- 69
148- 70
148- 71
148- 72
148- 73
148- 74
161- 78
161 - 79
160- 59
160· 60
160- 61
160- 62
148- 75
148- 76
65- 28
65- 29
65- 63
65· 64
60· 72
60· 73
60· 74
219- 33
219- 34
110- 95
110- 96
65- 37
65- 38
70· 1
70- 2
59- 58
59- 59
59- 60
59- 61
102- 27
102- 28
102- 16
102- 17
161 - 51
161·52
193· 75
193-76
148-77
148- 78
110- 97
110- 98
148-79
148- SO
150· 65
150- 66
MC666l,P%
MC667l,P%
MC668l,P%
MC669l,P%
MC670l,P%
MC671l,P%
MC672l,P%
MC673l,P%
MC674l,P%
MC675l,P%
MC676l
MC676P
MC677l
MC677P
MC678l
MC678P
MC679Bl,P%
MC679l,P%
MC680l,P%
MC681l,P%
MC682l
MC682P
MC683l,P%
MC684l
MC684P
MC685l
MC685P
MC688l
MC688P
MC689l,P%
MC690l,P%
MC691l,P#1%
MC691l,P#2%
MC696l
MC696P
MC699P
MC699PC
MC700F
MC700G
MC701G
MC702G
MC703F
MC703G
MC704F
MC704G
MC705F
MC705G
MC706F
MC706G
MC707F
MC707G
MC70SF
MC70SG
MC709F
MC709G
MC710F
MC710G
MC711F
MC711G
MC712F
MC712G
MC713F
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
197- 39
163- 35
131- 12
158- 52
131- 13
131- 14
131- 15
104- 76
104- 77
203- 92
90· 78
90- 79
195- 41
195- 42
195- 43
195- 44
199- 5
199- 6
195- 45
195- 46
250-104
250·105
155- 44
84- 33
84- 34
79- 64
79- 65
50-101
50-102
195- 47
195· 4S
192· 74
192- 75
220· 11
220· 12
9S- 6S
9S· 69
185-103
185-104
202- 57
64·108
124- 64
124- 65
183- 1
183- 2
66- 86
66- S7
66- 75
66- 76
124- 66
124- 67
183- 3
183- 4
185- 99
185-100
124- 59
124- 60
124- 83
124- 84
1S3- 5
183- 6
67- 94
MC781G
MC782G
MC783F
MC783P
MC784F
MC784P
MC785AP
MC785F
MC785P
MC786F
MC786P
MC787P
MC788F
MC788P
MC789AP
MC789F
MC789P
MC790F
MC790P
MC791F
MC791P
MC792F
MC792P
MC793F
MC793P
MC796P
MC797F
MC797P
MC798F
MC798P
MC799F
MC799G
MC799P
MCSOOF
MCSOOG
MCS01G
MCS02G
MCS03F
MCS03G
MCS04F
MCS04G
MCS05F
MCS05G
MCS06F
MC806G
MCS07F
MC807G
MC80SF
MC808G
MCS09F
MCS09G
MC810F
MCS10G
MC811F
MC811G
MC812F
MCS12G
MC813F
MC813G
MCS14F
MCS14G
MC815F
+MOTA,I110.82
+MOTA, 148· 55
+MOTA 148- 56
+MOTA 150- 59
+MOTA 150- 62
+MOTA 110- 83
+MOTA 110- 84
+MOTA. 110· 85
+MOTA 110- 86
+MOTA 148- 57
+MOTA 148- 58
+MOTA 148- 59
+MOTA 148- 60
+MOTA 148- 61
+MOTA 148- 62
+MOTA 161 - 76
+MOTA 161 - 77
+MOTA 160- 55
+MOTA, 160- 56
+MOTA 160- 57
+MOTA 160- 58
+MOTA 148- 63
+MOTA 148- 64
+MOTA 65 - 26
+MOTA 65 - 27
+MOTA 65- 61
+MOTA 65 - 62
+MOTA 60- 68
+MOTA 60- 69
+MOTA 60- 70
+MOTA 60- 71
+MOTA 219- 31
+MOTA 219- 32
+MOTA 110- 87
MC555F
MC555l
MC556F
MC556l
MC557F
MC557l
MC558F
MC558l
MC559F
MC559L
MC560F
MC560L
MC561F
MC561l
MC562F
MC562l
MC563F
MC563l
MC564F
MC564L
MC565F
MC565L
MC566F
MC566l
MC569F
MC569l
MC570F
MC570l
MC571F
MC571L
MC572F
MC572l
MC573F
MC573l
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
110-101
110-102
14S- 81
148- 82
148- 83
148- 84
148- 85
148- S6
161 - SO
161- S1
160- 63
160- 64
160- 65
160- 66
148- 87
148- S8
65- 30
65- 31
65- 65
65 - 66
60- 75
60- 76
60- 77
60- 78
219 - 35
219- 36
110-103
110-104
65- 39
65- 40
70- 3
70- 4
59- 62
59- 63
MC714G
MC715F
MC715G
MC715P
MC717F
MC717P
MC718F
MC71SG
MC71SP
MC719F
MC719P
MC720F
MC720G
MC721F
MC721G
MC722F
MC722G
MC722P
MC723F
MC723G
MC723P
MC724AP
MC724F
MC724P
MC725F
MC725P
MC726F
MC726G
MC726P
MC727F
MC727G
MC728F
MC728G
MC729F
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
124- 69
124- 70
124- 71
118-10S
119- 11
11S-109
119- 12
119· 13
119- 1
119- 14
119- 2
51 - 77
51 - 78
158· 85
158- 86
51· 79
51· 80
51·51
51 - S4
51 - 85
51 - 69
119- 18
124- 72
119· 19
124 - 73
119· 3
51· 86
51· 87
51 - 70
185-101
185-102
152- 64
152· 65
124- 61
MCS16F
MC816G
MCS16P
MCS17F
MCS17P
MCS1SF
MCS18G
MCS18P
MC819F
MC819P
MC820F
MC820G
MC821F
MC821G
MC822F
MC822G
MC822P
MC824AP
MC824F
MC824P
MC825F
MC825P
MCS26F
MC826G
MC826P
MCS27F
MC827G
MC828F
MCS28G
MC829F
MC829G
MC830F
MC830G
MC830L,P%
+MOTA'165- 36
+MOTA 69-105
+MOTA 69-106
+MOTA 59- 54
+MOTA 59 - 55
+MOTA 59- 56
+MOTA 59- 57
+MOTA 102- 33
+MOTA 102- 34
+MOTA 102- 14
+MOTA 102- 15
+MOTA 161 - 49
MC576F
MC576l
MC577F
MC577l
MC578F
MC578l
MC579F
MC579l
MC660L,P%
MC661L,P%
MC662l,P%
MC663L P%
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
-+MOTA
+MOTA
102- 29
102· 30
102- 18
102- 19
161 - 53
161- 54
193- 77
193- 78
131 - 9
131- 10
131- 11
50-103
MC767AP
MC767P
MC770P
MC771F
MC771P
MC775F
MC775P
MC776F
MC776P
MC777P
MC778F
MC77SP
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
250- 66
250- 67
91· 2
155- 62
155·63
182- S9
182-105
51 - 83
51 - 68
79-72
67- 96
67 - 93
MC832l,P%
MC833F
MC833G
MC833L,P%
MC834F
MC834l,P%
MC835F
MC835l,P%
MC836F
MCS36l,P%
MC837F
MC837L P%
:~gi~lltg: ~t ~g~~:r
:~gi~11J~: ~~ ~g~m
D.A. T.A.
:~gi~ ng:1~~ ~gl~~
:~gi~ ~~: ~~ ~g~~~
t:>-Registered with JEDEC
by this manufacturer
:~gi~ 1~~: ~~ ~g~l~~
:~gi~
m: ~~ ~g~~~~
IN TYPE NUMBER SEQUENCE
MFRS Pa&Line YPE No.
MFRS Pa&Line
:~gi~ ~~::: l~g~~~r,P%
:~g+~
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
tMOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
123- 20
51- 81
66- 72
66- 73
66- 78
66- 79
158- 89
158- 87
158- 90
158- 88
158- 79
62- 82
123- 18
123- 17
193- 29
185-105
193- 30
51- 88
51- 71
51- 82
51 - 72
119- 15
119- 7
119- 16
119- 8
179- 56
244 - 86
244- 87
123- 19
123- 15
185-106
185 -107
185- 91
185- 84
185- 85
202- 40
64 -107
124- 49
124 - 50
182-102
182-103
66- 84
66 - 85
66- 69
66- 70
124- 51
124- 52
182- 95
182- 96
185- 73
185- 74
124- 35
124- 36
124- 81
124- 82
182- 97
182- 98
67 - 89
67 - 90
124- 53
124 - 54
124 - 55
124 - 56
119- 9
51- 60
51- 61
51- 73
118- 94
118 - 95
118 - 96
118 - 97
118- 98
119 - 6
1 1S - 99
51- 45
51- 46
158- 69
158- 70
51·47
51 - 48
51- 67
119 - 20
1 1S -104
119- 21
118-105
119 - 10
51-65
51- 66
51- 74
185- S6
185- 87
124- 37
124- 3S
124- 57
124- 58
129· 47
129- 48
129· 49
129· 50
129- 51
129- 52
157- 99
157 ·100
157·101
193- 20
193- 21
193- 40
193- 41
193- 22
193- 23
193- 24
193 - 25
+-Copy of mfr's data sheet
may be ordered from D.A,T.A.
MC839F
MC839l,P%
MC840F
MC840l,P%
MC841F
MC841l,P%
MC843G
MCS44F
MC844G
MCS44l,P%
MC845F
MCS45G
MC845L,P%
MC846F
MC846G
MC846l,P%
MC847F
MC847L,P%
MC848F
MC848G
MC848l,P%
MC849F
MC849G
MC849l,P%
MC850F
MC850G
MC850l,P%
MC851F
MC851G
MC851l,P%
MC852F
MC852l,P%
MC853F
MC853l,P%
MC855F
MC855l,P%
MC856F
MC856L,P%
MC857F
MC857L,P%
MC858F
MC858l,P%
MC861 F
MC861G
MC861l,P%
MC862F
MC862G
MC862l,P%
MC863F
MC863G
MC863l,P%
MC864P
MC867AP
MC867P
MC870P
MC871F
MC871P
MC874G
MC875F
MC875P
MC876F
MC876P
MC877P
MC878F
MC878P
MC879P
MC880P
MC881G
MC882G
MC883F
MC883P
MC884F
MC8S4P
MC885AP
MC885F
MC885P
MC886F
MC886P
MC887P
MC888F
MC888P
MC889AP
MC889F
MC889P
MC890F
MC890P
MCS91F
MC891P
MC892F
MC892P
MC893F
MC893P
MC896F
MC896P
MC897F
MC897P
MC89SF
MC89SP
MC899F
MC899G
MC899P
MC900F
MC900G
MC901G
MC902G
MC903F
MC903G
MC904F
MC904G
MC905F
MC905G
MC906F
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
H: ~~
85-94
85 - 95
193- 42
193- 43
193- 44
193- 45
183- 74
129- 53
129- 54
129- 55
66- 31
66- 32
66- 33
129- 56
193- 26
129- 57
157 -102
157 -103
66- 34
66- 35
66- 36
129- 58
193- 27
129- 59
64-67
64- 68
64- 69
164- 70
164- 71
164- 72
50- 38
50- 39
50- 40
50- 41
50- 42
50- 43
50- 44
50- 45
129- 72
129 - 73
129- 74
129- 75
129- 60
129- 61
129- 62
129 - 63
150- 72
129- 64
129- 65
150- 73
129 - 66
155- 59
250- 68
250- 69
91- 3
155 - 61
155 - 64
51- 62
182-104
182-106
51- 49
51- 52
79- 73
67 - 91
67-92
62- 85
84-45
123- 10
51- 50
66- 71
66- 74
66- 77
66- 80
15S- 91
158 - 76
158- 92
158- 77
158- 83
62- 83
123 - 14
123 - 16
193 - 31
1S5 - 88
193- 32
51- 63
51- 75
51- 64
51- 76
118-100
119- 4
118-101
119- 5
179- 57
179- 54
244- 88
244- S4
123- 11
123 - 12
185- 89
185- 90
185- 76
185 - 77
185- 78
202- 39
64 -106
124- 39
124- 40
182- 99
182-100
66- 81
66- 82
66- 66
20
TYPE No.
I~g~g~~
MC907G
MC908F
MC908G
MC909F
MC909G
MC910F
MC910G
MC911F
MC911G
MC912F
MC912G
MC913F
MCe'3G
MC914F
MC914G
MC915F
MC915G
MC916F
MC916G
MC917F
MC918F
MC918G
MC919F
MC920F
MC920G
MC921F
MC921G
MC922F
MC922G
MC924F
MC925F
MC926F
MC926G
MC927F
MC927G
MC928F
MC928G
MC929F
MC929G
MC930F
MC930G
MC930l
MC931F
MC932F
MC932G
MC932l
MC933F
MC933G
MC933l
MC934F
MC934l
MC935F
MC935l
MC936F
MC936l
MC937F
MC937l
MC938F
MC938l
MC939F
MC939l
MC940F
MC940l
MC941F
MC941l
MC943G
MC944F
MC944G
MC944l
MC945F
MC945G
MC945l
MC946F
MC946G
MC946l
MC947F
MC947L
MC948F
MC948G
MC948l
MC949F
MC949G
MC949l
MC950F
MC950G
MC950l
MC951F
MC951G
MC951l
MC952F
MC952l
MC953F
MC953l
MC955F
MC955l
MC956F
MC956l
MC957F
MC957l
MC958F
MC958l
MC961F
MC961G
MC961l
MC962F
MC962G
MC962l
MC963F
MC963G
MC963l
MC971F
MC974G
21
3. TYPE
No. CROSS INDEX
MFRS Pa&Line TYPE No.
MFRS 'P!l&Line TYPE
MFRS P &Line TYPE No.
:~g+~ l~t ~i'~g~m
tMOTA 124- 42 MC978F
m: ~i
tMOTA 185- 71
:~g:::~
~g~ig
:~gi~ l~~:l~d~ggm
tMOTA
67- 88 MC1214F
:~g:::~ '~t 4~ ~ggm
185- 72
124- 31
124- 32
124-79
124- 80
182- 93
182- 94
67- 86
~MOTA 67- 87
tMOTA 124- 43
tMOTA 124- 44
tMOTA 124- 45
tMOTA 124- 46
tMOTA 51- 53
tMOTA 51- 54
tMOTAl18-90
tMOTA 118- 91
tMOTA 118- 92
tMOTA 118- 93
tMOTA 51- 39
tMOTA 51- 40
tMOTA 158- 66
tMOTA 158- 67
tMOTA 51- 41
tMOTA 51- 42
tMOTA 118-102
tMOTA 118-103
tMOTA 51- 58
tMOTA 51- 59
tMOTA 185- 79
tMOTA 185- 80
tMOTA 124- 33
tMOTA 124- 34
tMOTA 124- 47
tMOTA 124- 48
tMOTA 129- 11
tMOTA 129- 12
tMOTA 129- 13
tMOTA 66- 22
tMOTA 129- 14
tMOTA 129- 15
tMOTA 129- 16
tMOTA 157-104
tMOTA 157-105
tMOTA 157-106
tMOTA 193- 6
tMOTA 193- 7
tMOTA 193- 46
tMOTA 193- 47
tMOTA 193- 8
tMOTA 193- 9
tMOTA 193- 10
tMOTA 193- 11
tMOTA 73- 74
tMOTA 73-75
tMOTA 85- 92
tMOTA 85- 93
tMOTA 193- 48
tMOTA 193- 49
tMOTA 193- 50
tMOTA 193- 51
tMOTA 183- 73
tMOTA 129- 17
tMOTA 129- 18
tMOTA 129- 19
tMOTA 66- 23
tMOTA 66- 24
tMOTA 66- 25
tMOTA 129- 20
tMOTA 193- 12
tMOTA 129- 21
tMOTA 157-107
tMOTA 157 -108
tMOTA 66- 37
tMOTA 66- 26
tMOTA 66- 38
tMOTA129-22
tMOTA 193- 13
tMOTA 129- 23
tMOTA 64- 62
tMOTA 64- 63
tMOTA 64- 64
tMOTA 164- 66
tMOTA 164- 67
tMOTA 164- 68
tMOTA 50- 21
MC983F
MC984F
MC985F
MC986F
MC988F
MC989F
MC990F
MC991F
MC992F
MG993f
MC996F
MC997F
MC998F
MC999F
MC999G
MC1001P
MC1002P
MC1003P
MC1004P
MC1005P
MC1006P
MC1007P
MC1008P
MC1009P
MC10l0P
MC10llP
MC1012P
MC1013P
MC1014P
MC1015P
MC1016P
MC1017P
MC1018P
MC1019P
MC1020P
MC1021P
MC1022P
MC1023P
MC1024P
MC1025P
MC1026P
MC1027P
MC1028P
MC1029P
MC1030P
MC1031P
MC1032P
MC1033P
MC1034F
MC1034P
MC1035P
MC1038P
MC1039P
MC1040P
MC1042P
MC1043F
MC1043P
MC1044P
MC1045P
MC1046P
MC1047P
MC1048P
MC1050F
MC1051F
MC1052F
MC1059P
MC1062P
MC1063P
MC1065P
MC1066P
MC1067P
MC1068P
MC1070P
MCll03F
MCll03l
MCll03P
MC1105F
MC1105l
MC1105P
MC1106F
MCll06l
MC1106P
MC1107F
MCll07l
MC1107P
MC1201F
MC1201l
tMOTA 66- 83
tMOTA 66- 68
tMOTA 158- 73
tMOTA 158- 74
tMOTA 123- 13
tMOTA 185- 81
tMOTA 51- 56
tMOTA 51- 57
tMOTA 118-106
.MOTA 118-107
tMOTA 179- 55
tMOTA 244- 85
tMOTA 123- 9
tMOTA 185- 82
tMOTA 185- 83
tMOTA 115- 51
tMOTAl15-52
tMOTA 115- 53
tMOTA 115- 54
tMOTA 115- 55
tMOTA 115- 56
tMOTA 118- 4
tMOTA 118- 5
tMOTA 118- 6
tMOTA 118- 7
tMOTA 118- 8
tMOTA 118- 9
tMOTA 51- 15
tMOTA 64- 78
+MOTA 64- 79
tMOTA 64- 80
tMOTA 195- 88
tMOTA 195- 89
tMOTA 179- 58
tMOTA 220- 54
tMOTA 244- 90
tMOTA 67- 53
tMOTA 224- 57
tMOTA 115- 57
tMOTA 158- 53
tMOTA 224- 64
tMOTA 51- 1
tMOTA 235- 32
tMOTA 235- 33
tMOTA 155- 45
tMOTA 157- 64
tMOTA 50-108
tMOTA 64- 81
tMOTA 67- 50
tMOTA 67- 83
tMOTA 197- 72
tMOTA 235- 34
+MOTA 195- 90
tMOTA 248- 64
tMOTA 88- 69
tMOTA 88-102
tMOTA 88- 71
tMOTA 88- 67
tMOTA 200- 10
tMOTA 247- 53
tMOTA 98- 77
tMOTA 131- 30
tMOTA 118- 10
tMOTA 118- 11
tMOTA 118- 12
tMOTA 179- 59
tMOTA 118- 13
tMOTA 118- 14
tMOTA 220- 46
tMOTA 220- 47
tMOTA 195- 91
tMOTA 195- 92
tMOTA 248- 65
tMOTA 231- 4
tMOTA 231- 5
tMOTA 231- 6
tMOTA 231- 7
tMOTA231- 8
tMOTA 231- 9
tMOTA 231- 10
tMOTA 231- 11
tMOTA 231- 12
tMOTA 231- 13
tMOTA 231- 14
tMOTA 231- 15
tMOTA 115- 41
tMOTA 115- 58
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
50-24
50- 25
50-26
50- 27
50- 28
129-76
129-77
129- 78
129- 79
129- 24
129- 25
MC1203F
MC1203l
MC1204F
MC1204l
MC1205F
MC1205l
MC1206F
MC1206l
MC1207F
MC1207l
MC1208F
tMOTAl15-43
tMOTA 115- 60
tMOTA115-44
tMOTA 115- 61
tMOTAI'15- 45
tMOTAI'15- 62
tMOTA 115- 46
tMOTA 115- 63
tMOTA 118- 15
tMOTA 118- 16
tMOTA 118- 17
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
15012912915012915551-
MC1209L
MC1210F
MC1210L
MC1211F
MC1211L
MC1212F
MC1212L
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
:~g:::~ ~g: ~~ ~gm~r
:~g:::~lgt ~~ ~ggg~~
70
28
29
71
30
60
55
D.A. T.A.
:~g:::~
m: ~~
MC1215l
MC1216F
MC1216l
MC1217F
MC1217l
MC1218F
MC1218l
MC1219F
MC1219l
MC1220F
MC1220l
MC1221F
MC1221l
MC1222F
MC1222l
MC1223F
MC1223l
MC1224F
MC1224l
MC1225F
MC1225l
MC1226F
MC1226l
MC1227F
MC1227L
MC1228F
MC1228l
MC1229F
MC1229l
MC1230F
MC1230l
MC1231F
MC1231l
MC1232F
MC1232l
MC1233F
MC1233l
MC1234F
MC1234l
MC1235F
MC1235l
MC1238F
MC1238l
MC1239F
MC1239l
MC1240F
MC1240l
MC1242F
MC1242l
MC1243F
MC1243l
MC1245F
MC1245l
MC1247F
MC1247l
MC1248F
MC1248l
MC1259F
MC1259l
MC1262F
MC1262l
MC1263F
MC1263l
MC1266F
MC1266l
MC1267F
MC1267L
MC1268F
MC1268l
MC1270F
MC1270l
MC1405l
MC1406l
MC1407l
MC1408l6
MC1408l7
MC1408l8
MC1440F
MC1440G
MC1440l,P%
MC1441F
MC1441l
MC1444F
MC1444l
MC1446l
MC1455G
MC1455Pl
~gm~r
118118118118118118118-
20
21
22
23
24
25
26
:~g+~1 ~1: l~l~gm;~
tMO~~! 64- 82 MC1585l
:~g:::~1 ~:: ~~ ~gl~gi~
tMOTAI64- 85
tMOTA 64- 86
tMOTA 64- 87
tMOTA 195- 93
tMOTA 1'95- 94
tMOTA '95- 95
tMOTA 195- 96
tMOTA 1 179- 60
tMOTA 179- 61
tMOTA 220- 55
tMOTA 220- 56
tMOTA 244- 91
tMOTA 244- 92
tMOTA 67- 54
tMOTA 67- 55
tMOTA 224- 58
tMOTA224-59
tMOTA 115- 64
tMOTA 115- 65
tMOTA 158- 54
tMOTA 158- 55
tMOTA 224- 65
tMOTA 224- 66
tMOTA 51- 2
tMOTA 51- 3
tMOTA 235- 35
tMOTA 235- 36
tMOTA 235- 37
tMOTA 235- 38
tMOTA 155- 46
tMOTA 155- 47
tMOTA 157- 65
tMOTA 157- 66
tMOTA 50-109
tMOTA 50-110
tMOTA 64- 88
tMOTA 64- 89
tMOTA 67- 84
tMOTA: 67- 85
tMOTA 197- 73
tMOTA 197- 74
tMOTA 235- 39
tMOTA 234- 89
tMOTA 195- 97
tMOTA'195- 98
tMOTAI248- 66
tMOTA 248- 67
tMOTA 88- 68
tMOTA 88- 70
tMOTA: 88- 72
tMOTAi 88-103
tMOTA!200- 11
tMOTA 200- 12
tMOTAI98- 78
tMOTA 98- 79
tMOTA131- 31
tMOTA 131- 32
tMOTA 179- 62
tMOTA 179- 63
tMOTA 118- 27
tMOTA 118- 28
tMOTA 118- 29
tMOTA 118· 30
tMOTA 220- 48
tMOTA 220- 49
tMOTA 195- 99
tMOTA 195-100
tMOTA 195-101
tMOTA 195-102
tMOTA 248- 68
tMOTA 248- 69
oMOTA 170- 15
tMOTA 178- 19
tMOTA 172- 54
tMOTA 175- 90
tMOTA 175- 91
tMOTA 175- 92
tMOTA215-46
tMOTA 215- 47
tMOTA215- 48
tMOTA 1215- 42
tMOTA j 215- 43
tMOTA 213- 68
tMOTA 213- 69
tMOTA 212- 84
tMOTA 167- 27
tMOTA 167- 28
t!~V
IN TYPE NUMBER SEQUENCE
MFRS Pii&'Line TYPE No.
:~g+~lm: 291~gl~m
tMOTA 225- 91 MC1918l
m: 1~
tMOTA 115- 11
:~g:::~
MC1603F
MC1604F
tMOTA 220- 84
MC1605F
tMOTA 67- 78
MC1648F#1
tMOTA 72- 10
MC1648F#2
tMOTA 72- 8
MC1648l,P#1%
72- 11
tMOTA
MC1648l,P#2%
72- 9
tMOTA
MC1650F
tMOTA 246- 20
MC1650l
tMOTA 246- 21
MC1651F
tMOTA 246- 22
MC1651l
tMOTA 246- 23
MC1654l
tMOTA 79- 68
MC1658F
tMOTA 71- 21
MC1658l
tMOTA 71- 22
MC1658P
tMOTA 71-23
MC1660F
tMOTA 114-108
MC1660l
tMOTA 114-109
MC1662F
tMOTA 118- 55
MC1662l
tMOTA 118- 56
MC1664F
tMOTA 112-72
MC1664l
tMOTA 112· 73
MC1666F
tMOTA 64-104
MC1666l
tMOTA 64-105
MC1668F
tMOTA 67- 68
MC1668l
tMOTA 67- 69
MC1670F
tMOTA 67-76
MC1670l
tMOTA 67· 77
MC1672F
tMOTA 155· 50
MC1672l
tMOTA 155- 51
MC1674F
tMOTA 161-103
MC1674l
tMOTA 161-104
MC1678l
tMOTA 86· 16
MC1688F
tMOTA 114·110
MC1690F
tMOTA 67- 79
MC1690l
tMOTA 67- 80
MC1692F
tMOTA 220- 72
MC1692l
tMOTA 220- 73
MC1696F
tMOTA 84- 43
MC1697P
tMOTA 202- 56
MC1699F
tMOTA 79- 69
MC1800F
tMOTA 129- 80
MC1800l,P%
tMOTA 129- 81
MC1801F
tMOTA 129- 82
MC1801l,P%
tMOTA 117- 80
MC1802F
tMOTA 129- 83
MC1802l,P%
tMOTA 129- 84
MC1803F
tMOTA 129-85
MC1803l,P%
tMOTA 129- 86
MC1804F
tMOTA 129- 87
MC1804l,P%
tMOTA 129- 88
MC1805F
tMOTA 129- 89
MC1805l,P%
tMOTA 129- 90
MC1806F
tMOTA 98- 62
MC1806l,P%
tMOTA 98- 63
MC1807F
tMOTA 98- 64
MC1807l,P%
tMOTA 98- 65
MC1808F
tMOTA 112- 60
MC1808l,P%
tMOTA 112- 61
MC1809F
tMOTA 112- 62
MC1809l,P%
tMOTA 112- 63
MC1810F
tMOTA 117- 99
MC1810l,P%
tMOTA 117-100
MC1811F
tMOTA 117-101
MC1811l,P%
tMOTA 117-102
MC1812F
tMOTA 155- 38
MC1812l,P%
tMOTA 155- 39
MC1814F
tMOTA 250- 63
MC1814l,P%
tMOTA 250- 64
MC1815F
tMOTA 66- 39
MC1815l,P%
tMOTA 66- 40
MC1816F
tMOTA 66- 41
MC1816l,P%
tMOTA 66 - 42
MC1818F
tMOTA 127- 18
MC1818l,P%
tMOTA 127- 19
MC1820l,P%
tMOTA 185- 52
MC1900F
tMOTA129-91
MC1900l
tMOTA 129- 92
MC1901F
tMOTA 129- 93
MC1901l
tMOTA 129- 94
MC1902F
tMOTA 129-95
MC1902l
tMOTA 129- 96
MC1903F
tMOTA 129- 97
MC1903l
tMOTA 129- 98
MC1904F
tMOTA 129-99
MC1904l
tMOTA 129,'100
m:\W ~gl~g~r
~ggggr,P%
MC2001F
MC2001l,P%
MC2002F
MC2002l,P%
MC2003F
MC2003l,P%
MC2004F
MC2004l,P%
MC2005F
MC2005l,P%
MC2006F
MC2006l,P%
MC2007F
MC2007l,P%
MC2011F
MC2011l,P%
MC2012F
MC2012l,P%
MC2013F
MC2013l,P%
MC2016F
MC2016l,P%
MC2023F
MC2023l,P%
MC2024F
MC2024l,P%
MC2025F
MC2025l,P%
MC2026F
MC2026l,P%
MC2028F
MC2028l,P%
MC2050F
MC2050l,P%
MC2051F
MC2051l,P%
MC2052F
MC2052l,P%
MC2053F
MC2053l,P%
MC2054F
MC2054l,P%
MC2055F
MC2055l,P%
MC2056F
MC2056l,P%
MC2057F
MC2057l,P%
MC2061F
MC2061l,P%
MC2062F
MC2062l,P%
MC2063F
MC2063l,P%
MC2065F
MC2065l,P%
MC2066F
MC2066l,P%
MC2073F
MC2073l,P%
MC2074F
MC2074l,P%
MC2075F
MC2075l,P%
MC2076F
MC2076l,P%
MC2078F
MC2078l,P%
MC2100F
MC2100l
MC2101F
MC2101l
MC2102F
MC2102l
MC2103F
MC2103l
MC2104F
MC2104l
MC2105F
MC2105l
MC2106F
MC2106l
MC2107F
MC2107l
MC2111F
MC2111l
MC2112F
:~g:::~!m:lgi ~gm~
MC1505l
MC1506l
tMOTA
AMV
tSIC
AMV
tMOTA
AMV
+SIC
AMV
tMOTA
tMOTA
tMOTA
MC1906F
221- 1 MC1906l
223-99 MC1907F
221- 2 MC1907l
MC1908F
220- 99 MC1908l
223-100 MC1909F
220-100 MC1909l
MC1910F
170- 16 MC1910l
178- 20 MC1911F
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
+MOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
98-58
98- 59
98-60
98- 61
112- 56
112- 57
112· 58
112- 59
117- 95
117' 96
117- 97
MC2113l
MC2116F
MC2116l
MC2123F
MC2123l
MC2124F
MC2124l
MC2125F
MC2125l
MC2126F
MC2126L
MC1540F
MC1540G
MC1540L
MC1541F
MC1541L
MC1543L
MC1544F
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
215215215215215212213-
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
+MOTA
tMOTA
155250250·
250666666·
MC2150F
MC2150L
MC2151F
MC2151L
MC2152F
MC2152L
MC2153F
MC1489AB
MC1489AF
MC1489Al
MC1489B
MC1489F
MC1489l
:~g:::~ m:l~ ~gl~g~t8
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
No.
D.-Registered with JEDEC
by this manufacturer
:~g:::~
m: ~~49
50
51
44
45
82
70
~gl~m
MC1912L
MC1913L
MC1914F
MC1914L
MC1915F
MC1915L
MC1916F
:~g:::~ lJ~: g~ ~gmr
37
60
61
62
27
28
29
+-Copy of mfr's data sheet
may, be ordered from D.A,T.A.
M FRS Pa&Line
:~g:::~ 1~~: ~~
tMOTA 127 - 15
tMOTA 110- 44
tMOTA 110- 45
tMOTA 149- 76
tMOTA 149- 77
tMOTA 161- 33
tMOTA 161- 34
tMOTA 149- 78
tMOTA 149- 79
tMOTA 110- 46
tMOTA 110- 47
tMOTA 149- 80
tMOTA 149- 81
,MOTA i6i - 35
tMOTA 161- 36
tMOTA 149 - 82
tMOTA 149 - 83
tMOTA 147- 45
tMOTA 147 - 46
tMOTA 109-106
tMOTA 109-107
tMOTA 110- 48
tMOTA 110- 49
tMOTA 193- 54
tMOTA 193 - 55
tMOTA 59- 66
tMOTA 59- 67
tMOTA 59- 68
tMOTA 59- 69
tMOTA 63- 86
tMOTA 63- 87
tMOTA 63- 88
tMOTA 63- 89
tMOTA 61-107
tMOTA 61-108
tMOTA 110- 50
tMOTA 110- 51
tMOTA 149- 84
tMOTA 149- 85
tMOTA 161- 37
tMOTA 161- 38
tMOTA 149- 86
tMOTA 149- 87
tMOTA 110- 52
tMOTA 110- 53
tMOTA 149- 88
tMOTA 149- 89
tMOTA 161- 39
tMOTA 161- 40
tMOTA 149- 90
tMOTA 149- 91
tMOTA 147 - 47
tMOTA 147 - 48
tMOTA 109-108
+MOTA 109-109
tMOTAll'-21
tMOTA1"-22
tMOTA 219- 95
+MOTA 219- 96
+MOTA 193- 56
+MOTA 193- 57
tMOTA 59- 70
tMOTA 59-71
tMOTA 59- 72
+MOTA 59- 73
tMOTA 63- 90
tMOTA 63- 91
tMOTA 63- 92
tMOTA 63- 93
tMOTA i 61-109
tMOTA 61-110
tMOTA 111- 23
1
tMOTAll'-24
tMOTA 149- 92
tMOTA '49- 93
tMOTA 1 161- 41
tMOTA 161- 42
tMOTA 149- 94
tMOTA 149- 95
tMOTAll'-25
tMOTAll'-26
tMOTA 149- 96
tMOTA 149- 97
tMOTA 161- 43
tMOTA 161- 44
tMOTA 149- 98
tMOTA 149- 99
tMOTA 146- 75
tMOTA 146- 76
tMOTA 110- 1
tMOTA 110- 2
tMOTAll'-27
tMOTAll'-28
+MOTA 193- 65
tMOTA 193- 66
tMOTA 59 - 74
tMOTA 59 - 75
oMOTA I 59- 76
tMOTA 59 - 77
tMOTA 63- 78
tMOTA 63- 79
tMOTA 63- 80
+MOTA 83- 81
tMOTA 62- 1
tMOTA 62- 2
tMOTA 111- 29
tMOTAll'-30
tMOTA 149-100
tMOTA 149-101
tMOTA 161- 45
tMOTA 161- 46
tMOTA 149-102
21
TYPE No.
I~C~m~
MC2154l
MC2155F
MC2155l
MC2156F
MC2156l
MC2157F
MC2157l
MC2161F
MC2161l
MC2162F
MC2162l
MC2163F
MC2163l
MC2165F
MC2165l
MC2166F
MC2166l
MC2173F
MC2173l
MC2174F
MC2174l
MC2175F
MC2175l
MC2176F
MC2176l
MC2178F
MC2178l
, MC2255l
MC2257l
MC2259l
MC2260l
MC3000F
MC3000l,P%
MC3001F
MC3001l,P%
MC3002F
MC3002l,P%
MC3003F
MC3003l,P%
MC3004F
MC3004l,P%
MC3005F
MC3005l,P%
MC3006F
MC3006l,P%
MC3007F
MC3007l,P%
MC3008F
MC3008l,P%
MC3009F
MC3009l,,'%
MC3010F
MC3010l,P%
MC3011F
MC3011l,P%
MC3012F
MC3012l,P%
MC3015F
MC3015l,P%
MC3016F
MC3016l,P%
MC3018F
MC3018l,P%
MC3019F
MC3019l,P%
MC3020F
MC3020l,P%
MC3021F
MC3021l,P%
MC3022F
MC3022l,P%
MC3023F
MC3023l,P%
MC3024F
MC3024l,P%
MC3025F
MC3025l,P%
MC3026F
MC3026l,P%
MC3028F
MC3028l,P%
MC3029F
MC3029LP%
MC3030F
MC3030l,P%
MC3031F
MC3031l,P%
MC3032F
MC3032l,P%
MC3033F
MC3033l,P%
MC3034F
MC3034l,P%
MC3050F
MC3050l,P%
MC3051F
MC3051l,P%
MC3052F
MC3052l,P%
MC3053F
MC3053l,P%
MC3054F
MC3054l,P%
MC3055F
MC3055l,P%
MC3060F
MC3060l,P%
MC3061F
MC3061l,P%
MC3062F
MC3062l,P%
MC3063F
22
3. TYPE
No. CROSS INDEX
MFRS Pa&Line TYPE
MFRS Pa&Line TYPE No.
MFRS Pa&Line TYPE No.
:~O+~
m: ff
l
tMOTA 111- 32
tMOTA 149·104
tMOTA 149-105
tMOTA 161 - 47
tMOTA 161 - 48
tMOTA 149-106
tMOTA 149-107
tMOTA 146- 77
tMOTA 146- 78
tMOTA 110- 3
tMOTA 110- 4
tMOTA 111- 33
tMOTA 111 - 34
tMOTA 219·97
tMOTA 219 - 98
tMOTA 193- 67
tMOTA 193· 68
tMOTA 59· 78
tMOTA 59 - 79
tMOTA 59 - 80
tMOTA 59· 81
tMOTA 63 - 82
tMOTA 63 - 83
tMOTA 63 - 84
tMOTA 63 - 85
tMOTA 62· 3
tMOTA 62- 4
tMOTA 203 - 84
tMOTA 220- 5
tMOTA 224 - 44
tMOTA 220- 6
tMOTA 146- 79
tMOTA 146- 80
tMOTA 101-108
tMOTA 101 -109
tMOTA 122- 45
tMOTA 122- 46
tMOTA 113 - 46
tMOTA 113- 47
tMOTA 146·'81
tMOTA 146- 82
tMOTA 147 - 49
tMOTA 147·50
tMOTA 102- 20
tMOTA 102- 21
tMOTA 131·63
tMOTA 131· 64
tMOTA 192·106
tMOTA 192·107
tMOTA 185· 47
tMOTA 192-108
tMOTA 147 - 51
tMOTA 147· 52
tMOTA 102· 22
tMOTA 102- 23
tMOTA 131·65
tMOTA 131 - 66
tMOTA 147- 53
tMOTA 147 - 54
tMOTA 147 - 55
tMOTA 147- 56
tMOTA 160- 45
tMOTA 160· 46
tMOTA 160- 47
tMOTA 160- 48
tMOTA 103- 96
tMOTA 110- 5
tMOTA 156- 81
tMOTA 156 - 82
tMOTA 162- 10
tMOTA 162- 1 I
tMOTA 103- 97
tMOTA 110- 6
tMOTA 147 - 57
tMOTA 147 - 58
tMOTA 147 - 59
tMOTA 147 - 60
tMOTA 102- 24
tMOTA 102- 25
tMOTA 111-109
tMOTA 111-110
tMOTA 154- 92
tMOTA 154 - 93
tMOTA' 160- 49
tMOTA] 160- 50
tMOTA 103- 98
:~g:::!i 1~~:
8l
tMOTAlll0- 8
.MO'T"· "
tMOTA 110- 9
tMOTA 110- 10
tMOTAll0-ll
tMOTA 63 - 72
:~gi!i ~~: ,~~
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
6363 63 70706363 6363707059 59 59 59 59-
77
74
75
5
6
58
59
60
61
7
8
82
83
84
85
34
l~g~g~~.P%
MC3100l
MC3101F
MC3101l
MC3102F
MC3102l
MC3103F
MC3103l
MC3104F
MC3104l
MC3105F
MC3105l
MC3106F
MC3106l
MC3107F
MC3107l
MC3108F
MC3108l
MC3109F
MC3109l
MC3110F
MC3110l
MC3111F
MC3111l
MC3112F
MC3112l
MC3115F
MC3115l
MC3116F
MC3116l
MC3118F
MC3118l
MC3119F
MC3119l
MC3120F
MC3120l
MC3121F
MC3121l
MC3122F
MC3122l
MC3123F
MC3123l
MC3124F
MC3124l
MC3125F
MC3125l
MC3126F
MC3126l
MC3128F
MC3128l
MC3129F
MC3129l
MC3130F
MC3130l
MC3131F
MC3131l
MC3132F
MC3132l
MC3133F
MC3133l
MC3134F
MC3134l
MC3150F
MC3150l
MC3151F
MC3151l
MC3152F
MC3152l
MC3153F
MC3153l
MC3154F
MC3154l
MC3155F
MC3155l
MC3160F
MC3160l
MC3161F
MC3161l
MC3162F
MC3162l
MC3163F
MC3163l
MC3302P
MC3380P
MC3437l
MC3437P
MC3438l#1
MC3438l#2
MC3438P#1
MC3438P#2
MC3440P
MC3441P
MC3443P
MC3450l
MC3450P
MC3452l
MC3452P
MC3453l
MC3453P
MC3456l#1
MC3456l#2
MC3456P#1
MC3456P#2
MC3459l,P%
MC3460l
MC3460P
MC3461 l
MC3466l
MC3466P
MC3490P
MC3491P
~g~~cirdtl
D.A. T.A.
:~gi! 1~~:~~
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
146- 84
101 -1 10
102- I
122- 47
122- 48
113- 44
113 - 45
146- 85
146- 86
146 - 87
146- 88
102- 2
102- 3
131- 67
131- 68
192 - 87
192-109
185 - 48
192-110
146- 89
146- 90
102- 4
102- 5
131- 69
131- 70
146- 91
146- 92
146- 93
146 - 94
160- 33
160- 34
160- 35
160- 36
103- 91
110- 12
156- 74
156- 75
162- 8
162- 9
103- 92
110· 13
146 - 95
146- 96
146- 97
146- 98
102· 6
102- 7
111-107
111 ·108
154· 90
154· 91
160- 37
160- 38
103- 93
103· 94
110- 14
110- 15
103- 95
110- 16
110- 17
110- 18
63- 66
63- 67
63- 70
63 - 7 I
63- 68
63- 69
69- 78
69- 79
63- 62
63- 63
63- 64
63- 65
69- 85
69- 86
59 - 42
59· 43
59- 44
59 - 45
59- 36
59 - 37
246- 19
71 - 56
223 - 27
223 - 28
218 - 44
223 - 29
218· 45
223 - 30
221 - 87
221 - 88
221 - 89
223- 31
223 - 32
223 - 33
223· 34
218- 46
218 - 47
71- 68
167 - 25
71· 69
167 - 26
218 - 48
225 - 48
225 - 49
212- 83
225 - 50
225 - 51
201· 32
200- 91
200- 7
71- 70
I~c~ggg~#"
MC4000l,P%
MC4001l#1
MC4001l#2
MC4001P#1
MC4001P#2
MC4002F
MC4002l,P%
MC4006F
MC4006l,P%
MC4007L
MC4007P
MC4008F
MC4008l,P%
MC4010F
MC4010l,P%
MC4015l
MC4015P
MC4016l
MC4016P
MC4018l
MC4018P
MC4021 P
MC4022P
MC4023F
MC4023l,P%
MC4024F
MC4024LP%
MC4026F
MC4026l,P%
MC4027F
MC4027l,P%
MC4028F
MC4028l,P%
MC4029F
MC4029l,P%
MC4030F
MC4030l,P%
MC4031F
MC4031l,P%
MC4032F
MC4032l,P%
MC4035F
MC4035l,P%
MC4037F
MC4037l,P%
MC4038P
MC4040P
MC4041P
MC4042F
MC4042l,P%
MC4043F
MC4043l,P%
MC4044F
MC4044l,P%
MC4048P
MC4050F
MC4050l
MC4050P
MC4051 F
MC4051l
MC4051P
MC4062P
MC4300F
MC4300l
MC4306F
MC4306l
MC4307L
MC4308F
MC4308l
MC4310F
MC4310l
MC4316l
MC4318l
MC4324F
MC4324l
MC4326F
MC4326l
MC4327F
MC4327l
MC4328F
MC4328l
MC4329F
MC4329l
MC4330F
MC4330l
MC4331F
MC4331l
MC4332F
MC4332l
MC4335F
MC4335l
MC4337F
MC4337l
MC4344F
MC4344l
MC4350F
MC4350l
MC5400F
MC5400l
MC5401F
MC5401l
MC5402F
MC5402l
MC5403l
MC5404F
MC5404l
MC5405F
MC5405l
MC5406l
MC5407l
MC5408l
MC5409l
L;·Registered with JEDEC
by this manufacturer
IN TYPE NUMBER SEQUENCE
No.
:~O+~ ~~1 :10~ l~g~:1gr
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
+MOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
+MOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
241-110
90- 7
88 - 9
90- 8
88- 10
242 - 95
242- 96
89- 95
89- 96
89 - 97
89- 98
248 - 38
248 - 39
248 - 40
248 - 41
70- 9
70- 10
85 - 12
85 - 13
87 - 23
87 - 24
247 - 3
247 - 4
86- 33
86- 34
71- 67
71- 25
181- 67
181· 68
181- 69
181- 70
181- 71
181- 72
181· 73
181· 74
181- 75
181· 76
181·77
181· 78
251 - 2
25 1- 3
202· 98
202· 99
202·100
202-101
89 - 85
90· 1
202· 91
202- 35
202- 36
235 - 25
235 - 26
203- 9
203- 10
89- 99
76- 46
76 - 35
76- 36
76- 44
76- 45
76- 37
202 - 92
242- 1
242- 2
89- 86
89- 87
89- 88
248 - 26
248 - 27
248 - 28
248 - 29
85 - 5
87 - 16
71- 66
71- 24
181· 79
181- 80
181- 81
181- 82
181· 83
181- 84
181 - 85
181- 86
181· 87
181- 88
181- 89
181- 90
251- 4
251- 5
202-102
202-103
202-104
202-105
202-106
202-107
76- 47
76- 38
147 - 18
147 - 19
147 - 20
147 - 21
122- 51
122- 52
147 - 22
192- 88
192- 89
185 - 49
192· 90
192· 91
192· 92
102- 8
98- 94
MC5416l
MC5417l
MC5420F
MC5420l
MC5426l
MC5430F
MC5430l
MC5437F
MC5437L
MC5438F
MC5438l
MC5440F
MC5440l
MC5441Al
MC5442l
MC5443l
MC5444l
MC5445l
MC5446l
MC5447l
MC5448l
MC5449F
MC5450F
MC5450l
MC5451 F
MC5451l
MC5453F
MC5453l
MC5454F
MC5454l
MC5460F
MC5460l
MC5470l
MC5472F
MC54"l2l
MC5473F
MC5473l
MC5475l
MC5477F
MC5479F
MC5479l
MC5480F
MC5480l
MC5483l
MC5486F
MC5486l
MC5490F
MC5490l
MC5492F
MC5492l
MC5493F
MC5493l
MC5522l
MC5523l
MC5524l
MC5525l
MC5528l
MC5529l
MC5534l
MC5535l
MC5538l
MC5539l
MC6860l
MC7241F
MC7241l,P%
MC7242F
MC7242l,P%
MC7250l,P%
MC7251l
MC7251P
MC7260F
MC7260l
MC7260P
MC7261F
MC7261l,P%
MC7266F
MC7266l
MC7266P
MC7267F
MC7267l
MC7267P
MC7280F
MC7280l,P%
MC7281F
MC7281l,P%
MC7400F
MC7400l,P%
MC7401 F
MC7401 l,P%
MC7402F
MC7402l,P%
MC7403l,P%
MC7404F
MC7404l,P%
MC7405l,P%
MC7406l,P%
MC7407l,P%
MC7408L,P%
MC7409l,P%
MC7410F
MC7410l,P%
MC7416l,P%
MC7417l,P%
MC7420F
MC7420l,P%
MC7426l,P%
MC7430F
MC7430l,P%
MC7437F
MC7437l,P%
MC7438F
MC7438l P%
MFRS P,,&Line TYPE No.
MFRS Pa&Line
:~gi! Im:~~ l~g::gLp%
:~g:::! Im::~
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
+MOTA
+MOTA
tMOTA
192· 93
192· 94
147 - 25
147 - 26
150- 21
147 - 27
147 - 28
146- 99
146-100
146-101
146-102
147- 29
147- 30
91- 5
92- 83
96- 65
97 - 57
93- 5
95-103
95-104
95-105
95-106
110- 28
110- 29
110- 30
110- 31
110- 32
110- 33
110- 34
110- 35
160- 41
160- 42
59- 40
59- 28
59- 29
59- 17
59- 18
250- 44
250- 45
69- 87
69- 88
181- 92
181- 43
181- 44
156- 76
156- 77
84- 77
84- 78
204- 67
204 - 68
81-107
81-108
213- 72
213- 73
213 - 74
213 - 75
213- 76
213- 77
213- 78
213 - 79
213- 80
213· 81
254 - 41
156- 95
156- 96
161 -105
161·106
89-100
89·101
89-102
245 - 92
245 - 93
245 - 94
203- 12
203- 13
242 - 97
242 - 98
242- 99
242-100
242-101
242-102
84-105
84-106
82- 47
82- 48
147 - 31
147·32
147 - 33
147 - 34
122· 53
122· 54
147· 35
192- 95
192· 96
192- 97
192- 98
192- 99
102- 9
98- 95
147 - 36
147 -37
192-100
192-101
147 - 38
147- 39
150- 22
147- 40
147 - 41
146-103
146-104
146-105
146-106
MC7441Al
MC7441AP
MC7442l
MC7442P
MC7443l
MC7443P
MC7444l
MC7444P
MC7445l
MC7445P
MC7446l
MC7446P
MC7447l
MC7447P
MC7448l
MC7448P
MC7449F
MC7450F
MC7450l,P%
MC7451F
MC7451l,P%
MC7453F
MC7453l,P%
MC7454F
MC7454l,P%
MC7460F
MC7460l,P%
MC7470l,P%
MC7472F
MC7472l,P%
MC7473F
MC7473l,P%
MC7475l
MC7475P
MC7476P
MC7477F
MC7479F
MC7479l,P%
MC7480F
MC7480l,P%
MC7483l
MC7483P
MC7486F
MC7486l,P%
MC7490F
MC7490LP%
MC7492F
MC7492l,P%
MC7493F
MC7493l,P%
MC7522l
MC7522P
MC7523l
MC7523P
MC7524l
MC7524P
MC7525l
MC7525P
MC7528l
MC7528P
MC7529l
MC7529P
MC7534l
MC7534P
MC7535l
MC7535P
MC7538l
MC7538P
MC7539l
MC7539P
MC8241F
MC8241l
MC8242F
MC8242l
MC8250l
MC8251 l
MC8260F
MC8260l
MC8261F
MC8261l
MC8266F
MC8266l
MC8267F
MC8267l
MC8280F
MC8280l
MC8281F
MC8281l
MC8301F
MC8301 l
MC8301 P
MC8304F
MC8304l
MC8304P
MC8306l
MC8306P
MC8307F
MC8307l
MC8307P
MC8308F
MC8308l
MC8308P
MC8309F
MC8309l
MC8309P
MC8310F
MC8310l
MC8310P
MC8311F
MC8311 l
MC8311P
MC8312F
.·Copy of mfr's data sheet
may be ordered from D.A.T.A.
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
+MOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
91- 6
91-·7
92- 84
92- 85
96- 66
96- 67
97 -58
97- 59
93- 6
93- 7
95-107
95-108
95-109
95-110
96- 1
96- 2
96- 3
110- 36
110- 37
110- 38
110- 39
110- 40
110- 41
110- 42
110- 43
160- 43
160- 44
59- 41
59- 30
59- 31
59- 19
59- 20
250- 46
250- 47
59- 21
250- 48
69- 89
69- 90
181 - 45
181 - 46
181 - 47
181- 48
156- 78
156- 79
84- 79
84- 80
204 - 69
204 - 70
81-109
81-110
213- 82
213- 83
213- 84
213- 85
213- 86
213- 87
213- 88
213- 89
213- 90
213- 91
213- 92
213- 93
213 - 94
213- 95
213- 96
213- 97
2,13- 98
213- 99
213-100
213-101
156- 97
157· 1
161-107
161-108
89-103
89-104
245 - 95
245,96
203- 14
203- 15
242-103
242 -104
234- 90
234- 91
84-107
84-108
82- 49
82- 50
92- 86
92- 87
92- 88
181- 49
181- 50
181- 51
84 - 74
84 - 75
96- 7
96- 8
96- 9
248- 95
248- 96
248 - 97
242- 3
242- 4
242- 5
84- 51
84- 52
84- 53
93- 24
93- 25
93- 26
242- 76
22
-YPE No.
I~g~~m
MC8314F
MC8314L
MC8314P
MC8316F
MC8316L
MC8316P
MC8318F
MC8318L
MC8318P
MC8322F
MC8322L
MC8322P
MC8324F
MC8324L
MC8324P
MC8345L
MC8345P
MC8352L
MC8352P
MC8353L
MC8353P
MC8354L
MC8354P
MC8358L
MC8358P
MC8359F
MC8375L
MC8375P
MC8377F
MC8380F
MC8380L,P%
MC8383L
MC8383P
MC8390F
MC8390L,P%
MC8392F
MC8392L,P%
MC8503P
MC8504P
MC8505P
MC8506P
MC8601F
MC8601L,P%
MC8602F
MC8602L
MC8602P
MC8603F
MC8603L,P%
MC9301 F
MC9301 L
MC9304F
MC9304L
MC9306L
MC9307F
MC9307L
MC9308F
MC9308L
MC9309F
MC9309L
MC9310F
MC9310L
MC9311F
MC9311L
MC9312F
MC9312L
MC9314F
MC9314L
MC9316F
MC9316L
MC9318F
MC9318L
MC9322F
MC9322L
MC9324F
MC9324L
MC9345L
MC9352L
MC9353L
MC9354L
MC9358L
MC9359F
MC9375L
MC9377F
MC9380F
MC9380L
MC9383L
MC9390F
MC9390L
MC9392F
MC9392L
MC9601F
MC9601L
MC9602F
MC9602L
MC9603F
MC9603L
MC9701 P
MC9702P
MC9704P
MC9707P
MC9709P
MC9713P
MC9714P
MC9715P
MC9718P
MC9719AP
MC9719F
MC9719P
MC9720P
MC9721F
MC9721P
MC9722P
23
3. TYPE
No. CROSS INDEX
MFRS PQ&Line TYPE
MFRS PQ&Line TYPE No.
MFRS Pa&Line TYPE No.
:~gi~ m:~~ l~g~H~p
+MOTA 250- 49
+MOTA 250- 50
+MOTA 250- 51
+MOTA 84 - 54
+MOTA 84- 55
+MOTA 84- 56
+MOTA 251- 45
+MOTA 251- 46
+MOTA 251- 47
+MOTA 242 - 6
+MOTA 242- 7
+MOTA 242- 8
+MOTA 246 -108
+MOTA 246-109
+MOTA 246-110
+MOTA 93- 8
+MOTA 93- 9
+MOTA 92 - 89
+MOTA 92- 90
+MOTA 96- 68
+MOTA 96- 69
+MOTA 97- 60
+MOTA 97- 61
+MOTA 96- 4
+MOTA 96- 5
+MOTAI94-22
+MOTAI250- 52
+MOTA 250- 53
+MOTA 250- 54
+MOTA 181- 52
+MOTA 181- 53
+MOTA 181- 54
+MOTA!181- 55
+MOTA 84-81
+MOTAI 84- 82
+MOTA 204- 71
+MOTA 204 72
+MOTA 203- 4
+MOTA 202- 69
+MOTA 226- 80
+MOTA 203- 8
+MOTAI165- 52
+MOTAI165- 53
+ MOTA. 166- 89
+MOTA 166- 90
+MOTA 166- 91
+MOTA 166- 92
+MOTA 166- 93
+MOTA 92- 91
+MOTA 92- 92
+MOTA 181- 56
+MOTA 181- 57
+MOTA 84 - 76
+MOTA 96- 10
+MOTA 96- 11
+MOTA 248 - 98
+MOTA 250 - 55
+MOTA 242 - 9
+MOTAI242- 10
+MOTA, 84 - 47
I
:~gi!1 ~t ~~
+MOTA 93+MOTA 242+MOTA 242+MOTA 250+MOTA 250+MOTA 84 +MOTA 84tMOTA 251+MOTA 251+MOTA 242+MOTA 242 +MOTA 247 +MOTA 247 +MOTA 93+MOTA 92+MOTA 96+MOTA 97+MOTA 96+MOTAi 94+MOTA I 250+MOTA 250+MOTA 181+MOTA 181+MOTA 181+MOTA 84 +MOTA 84+MOTA 204·
28
11
12
56
57
49
50
48
49
13
14
1
2
10
93
70
62
6
23
58
59
58
59
60
83
84
73
:~gi!i~g~: ~~
+MOTA.165· 27
+MOTA 166- 69
+MOTA 166- 70
+MOTA 166- 71
+MOTA 166- 72
+MOTA 234 -106
+MOTA 51 - 35
+MOTAI179- 52
+MOTA 234- 92
+MOTA 197 - 66
+MOTA 98- 89
:~g+!1 m: ~~
+MOTAI185 +MOTA 158+MOTA 158+MOTA 158 +MOTA 158+MOTA 158 +MOTA 158 +MOTA 51-
92
93
80
94
63
81
82
36
MC9725P
MC9801P
MC9802P
MC9804P
MC9807P
MC9809P
MC9813P
MC9814P
MC9815P
MC9818P
MC9819AP
MC9819F
MC9819P
MC9820P
MC9821 F
MC9821P
MC9822P
MC9823P
MC9824P
MC9825P
MC9919F
MC9921 F
MC10100L
MC10100P
MC10101L
MC10101P
MC10l02L
MC10l02P
MC10l03L
MC10103P
MC10l04L
MC10104P
MC10l05L
MC10l05P
MC10106L
MC10l06P
MC10l07L
MC10107P
MC10109L
MC10109P
MC10ll0L
MC10l10P
MC10lllL
MC10111P
MC10113L
MC10113P
MC10114L
MC10114P
MC10115L
MC10115P
MC10116L
MC10116P
MC10117L
MC10117P
MC10118L
MC10118P
MC10119L
MC10119P
MC10121L
MC10121P
MC10123L
MC10123P
MC10124L
MC10124P
MC10125L
MC10125P
MC10128L
MC10129L
MC10130L
MC10130P
MC10131L
MC10131P
MC10132L
MC10132P
MC10133L
MC10133P
MC10134L
MC10134P
MC10135L
MC10135P
MC10136L
MC10136P
MC10137L
MC10137P
MC10138L
MC10138P
MC10153L
MC10158L
MC10159L
MC10160L
MC10160P
MC10161L
MC10161P
MC10162L
MC10162P
MC10163L
MC10164L
MC10164P
MC10165L
MC10165P
MC10166L
MC10168L
MC10170L
MC10171L
MC10171P
MC10172L
MC10172P
MC10173L
MC10173P
MC10174L
MC10174P
MC10177L
D.A. T.A.
1~~: ~b ~glgm~
+MOTA
+MOTA
+MOTA 112- 86
+MOTA 234-107
+MOTA 51- 37
+MOTA 179- 53
+MOTA 234- 93
+MOTA 197 - 67
+MOTA 98- 90
+MOTA 131- 39
+MOTA 112- 85
+MOTA 185 - 75
+MOTA 158- 95
+MOTA 158 - 78
+MOTA 158 - 96
+MOTA 158 - 64
+MOTA 158 - 71
+MOTA 158- 72
+MOTA 51- 38
+MOTA 98- 88
+MOTA 131- 41
+MOTA 112 - 87
+MOTA 158 - 75
+MOTA 158- 68
+MOTA 118 - 57
+MOTA 118 - 58
+MOTA 115 - 1
+MOTA 115 - 2
+MOTA 118- 59
+MOTA 118 - 60
+MOTA 115 - 72
+MOTA 115 - 73
+MOTA 98· 82
+MOTA 98- 83
+MOTA 115- 3
+MOTA 115· 4
+MOTA 118 - 61
+MOTAII18- 62
+MOTAI157- 40
+MOTAI57-41
+MOTA 115- 5
+MOTA 115 - 6
+MOTA 112- 74
+MOTA 112· 75
+MOTA 118- 63
+MOTA 118- 64
+MOTA 155· 52
+MOTA 155 - 53
+MOTA,220- 74
+MOTAi220- 75
+MOTAI220- 76
tMOTAI220- 77
+MOTA 220- 78
+MOTA 220- 79
+MOTA 114- 77
+MOTA 114 - 78
+MOTA 114 - 64
+MOTA 114 - 65
+MOTA 114 - 66
+MOTA 114 - 67
+MOTA 114 - 79
+MOTA 114- 80
+MOTA 217 - 36
+MOTA 217 - 37
+MOTA 196- 2
+MOTAI196- 3
+MOTA 196- 35
+MOTAI196- 36
+MOTA 219- 45
+MOTA 220- 80
+MOTA 248- 77
+MOTAI248 - 78
+MOTA 67 - 70
+MOTA 67- 71
+MOTAI235- 51
+MOTA 235 - 52
+MOTA 248 - 79
+MOTAI248- 80
+MOTA 235- 53
+MOTA 235 - 54
+MOTA 51- 23
+MOTA 51- 24
+MOTA 86- 78
+MOTA 86- 79
tMOTA 84- 41
+MOTA 84 - 42
+MOTA 86- 14
+MOTA 86- 15
+MOTA 248 - 81
+MOTA 235 - 55
+MOTA 235 - 56
+MOTA 247 - 59
+MOTA 247 - 60
+MOTA 88 - 88
+MOTA 88- 89
+MOTA 88- 90
+MOTA 88- 91
+MOTA,202- 49
+MOTAI235-57
+MOTA 235 - 58
+MOTA251- 7
:~g+!lm: 2~
+MOTAI248+MOTA 247 +MOTA 88+MOTA 88+MOTA 88 tMOTA 88+MOTA 235 +MOTA 235 +MOTA 235+MOTA 235 +MOTA 184 -
82
61
92
93
94
95
59
60
61
62
38
MC10179L
MC10179P
MC10180L
MC10180P
MC10181L
MC10181P
MC10182L
MC10183L
MC10190L
MC10191L
MC10193L
MC10194L#1
MC10194L#2
MC10195L
MC10197L
MC10210L
MC10210P
MC10211L
MC10211P
MC10212L
MC10212P
MC10216L
MC10216P
MC10231L
MC10231P
MC10287L
MC10501F
MC10501L
MC10502F
MC10502L
MC10504F
MC10504L
MC10505F
MC10505L
MC10506F
MC10506L
MC10507F
MC10507L
MC10509F
MC10509L
MC10514F
MC10514L
MC10515F
MC10515L
MC10516F
MC10516L
MC10517F
MC10517L
MC10518F
MC10518L
MC10519F
MC10519L
MC10521F
MC10521L
MC10523F
MC10524F
MC10524L
MC10525F
MC10525L
MC10530F
MC10530L
MC10531F
MC10531L
MC10533F
MC10533L
MC10535F
MC10535L
MC10537F
MC10537L
MC10560F
MC10560L
MC10561F
MC10561L
MC10562F
MC10562L
MC10564F
MC10564L
MC10571F
MC10571L
MC10572F
MC10572L
MC10574F
MC10574L
MC10579F
MC10579L
MC10580F
MC10580L
MC10581F
MC10581L
MC10616F
MC10616L
MC10631F
MC10631L
MC12000L#1
MC12000L#2
MC12012L#1
MC12012L#2
MC12013L#1
MC12013L#2
MC12013L#3
MC12013L#4
MC12013P#1
MC12013P#2
MC12013P#3
MC12013P#4
MC12014L
MC12020L,P
MC12021L
MC12021P
MC12040L#1
~gl~g:g~!~
ll-Registered with JEDEC
by this manufacturer
:~gi~ ~~: ~~
+MOTA 252 - 47
+MOTA 252 - 48
+MOTA 244-101
+MOTA I 244-102
+MOTA,244-103
+MOTAI244-104
+MOTA[244-105
+MOTA 233 - 82
+MOTA 202- 50
+MOTA 202 - 38
+MOTA i 202- 51
+MOTA'217- 35
+MOTAI220- 81
+MOTA 185 - 93
+MOTA 98 - 84
+MOTA 112 - 76
+MOTA 112- 77
+MOTA 118 - 65
+MOTA 118- 66
+MOTA 115 - 7
+MOTA 115 - 8
+MOTA 220- 82
+MOTA 220- 83
+MOTA 67 - 74
+MOTA 67 - 75
+MOTA 233 - 83
+MOTA 114-102
+MOTA 114-103
+MOTA 118- 50
+MOTA 118- 51
+MOTA 98- 80
+MOTA 98· 81
+MOTA 114-104
+MOTA 114-105
+MOTA 118- 52
+MOTA 118- 53
+MOTA 157 - 38
+MOTA 157 - 39
+MOTA 114-106
+MOTA 114 -107
+MOTA 220- 58
+MOTA 220- 59
+MOTA 220- 60
+MOTA 220- 61
+MOTA 220- 62
+MOTA 220- 63
+MOTA 114 - 75
+MOTA 114 - 76
+MOTA 114 - 58
+MOTA 114 - 59
+MOTA 114- 60
+MOTA 114· 61
+MOTA 114 - 62
+MOTA 114- 63
+MOTA 217 - 34
+MOTA 195-109
+MOTA 195-110
+MOTA 196- 37
+MOTA 196- 38
+MOTA 248 - 71
+MOTA 248 - 72
+MOTA 67 - 64
+MOTA 67 - 65
+MOTA 248 - 73
+MOTA 248 - 74
+MOTA 51- 20
tMOTA 51 - 21
+MOTA 84 - 39
+MOTA 84- 40
+MOTA 247 - 55
+MOTA 247 - 56
+MOTA 88- 80
+MOTA 88 - 81
+MOTA 88- 82
+MOTA 88 - 83
+MOTA 235 - 43
+MOTA 235 - 44
+MOTA 88 - 84
+MOTA 88 - 85
+MOTA 88 - 86
+MOTA 88 - 87
+MOTA 235 - 45
+MOTA 23.5 - 46
+MOTA 252 - 43
+MOTA 252 - 44
+MOTA 244 - 96
+MOTA 244 - 97
+MOTA 244 - 98
+MOTA 244 - 99
+MOTA 220- 64
+MOTA 220 - 65
+MOTA 67- 66
+MOTA 67 - 67
+MOTA 203- 49
+MOTA 202- 55
+MOTA 202- 54
+MOTA 203- 52
+MOTA 184 -107
+MOTA 185 - 9
+MOTA 184 - 53
+MOTA 184- 36
+MOTA 205- 7
+MOTA 205 - 19
+MOTA 204 - 88
+MOTA 204· 78
+MOTA 203- 5
+MOTA 203- 6
+MOTA 242 - 85
+MOTA 242 - 86
+MOT1If02- 52
+MOTA 203- 50
+MOTA 202- 53
IN TYPE NUMBER SEQUENCE
MFRS PO&Line TYPE No.
IV! 0' ~1203 - 5 I ~gl::~~r
~ggg~gr#2 ++MOTA
71-102
No.
+MOTAi 71-103
MC12060P
MC12061L
+MOTAi 71-105
+MOTA' 71-106
MC12061P
MC12513L#1 +MOTA 183- 55
MC12513L#2 +MOTA 185 - 8
MC12513L#3 +MOTA 184 - 54
MC12513L#4 +MOTA 184 - 37
MC12513P#1 +MOTA 204- 51
MC12513P#2 +MOTA 205- 18
MC12513P#3 +MOTA 204 - 89
MC12513P#4 +MOTA 204 - 79
+MOTA 203- 7
MC12520L
MC12521L
+MOTA 242 - 87
MC12540L#1 +MOTA 202 - 48
MC12540L#2 +MOTA 203 - 53
+MOTA 71-104
MC12560L
+MOTA 71-107
MC12561L
MC 12663L.P% +MOTA 50-100
MC14000AL
+MOTA 116- 65
MC 14000CL,P% + MOTA 116- 66
MC14001AL
+MOTA 116- 67
MC14001CL,P%+MOTA 116- 68
+MOTA 116- 69
MC14002AL
MC14002CL,P%+MOTA 116- 70
MC14007AL
+MOTA 194 - 25
MC 14007CL,P% + MOTA 194 - 26
MC14008AL
+MOTA 182 - 28
+MOTA 182- 29
MC14008CL
MC14008CP
+MOTA 182- 30
MC14009AL
+MOTA 194- 27
MC14009CL
+MOTA 194- 28
MCI4-009CP
MC14010AL
+MOTAI194- 31
MC14010CL
MC14010CP
+MOTAI194- 32
MC14011AL
+MOTA 125- 92
MCI4011CL,P%+MOTA 126- 1
MC14012AL
+MOTA 126- 2
MCI4012CL,P%+MOTA 126- 3
MC14013AL
+MOTA 67 - 15
MCI4013CL,P%+MOTA 67- 16
MC14016AL
+MOTA 244- 17
MCI4016CL,P%+MOTA 244- 18
MC14017AL
+MOTA 204-106
MC14017CL
+MOTA 204 -107
MC14017CP
+MOTA 204 -108
MC14020AL
+MOTA 78- 93
MC14020CL
+MOTA 78- 94
MC14020CP
+MOTA 78- 95
MC14022AL
+MOTA 85 - 57
MC14022CL
+MOTA 85 - 58
MC14022CP
+MOTA 85· 59
MC14023AL
+MOTA 126- 4
MC 14023CL,P% +MOTA 126- 5
MC14024AL
+MOTA 78- 44
MC 14024CL,P% +MOTA 78- 43
MC14025AL
+MOTA 116- 71
MC 14025CL,P% +MOTA 116- 72
+MOTA 48- 56
MC14027AL
+MOTA 48- 57
MC14027CL
+MOTA 48- 58
MC14027CP
MC14028AL#1 +MOTA 90- 53
MC 14028AL#2 + MOTA 88- 16
MC14028CL#1 +MOTA 90- 54
MC14028CL#2 +MOTA 88 - 17
MC14028CP#1 +MOTA 90- 55
MC14028CP#2 +MOTA 88- 18
+MOTA 182- 49
MC14032AL
MC14032CL
+MOTA 182- 50
MC14032CP
+MOTA 182- 51
MC14038AL
+MOTA 182- 52
MC14038CL
+MOTA 182- 53
MC14038CP
+MOTA 182- 54
MC14040AL
+MOTA 78- 96
MC14040CL
+MOTA 78 - 97
MC14040CP
+MOTA 78 - 98
MC14042AL
+MOTA 250- 83
MC14042CL
+MOTA 250- 84
MC14042CP
+MOTA 250- 85
MC14049AL
+MOTA 194-103
MC14049CL
+MOTA 194-104
+MOTA 194-105
MC14049CP
+MOTA 194-106
MC14050AL
MC14050CL
+MOTA 194-107
MC14050CP
+MOTA 194-108
+MOTA 112- 6
MC14071AL
MCI4071CL,P%+MOTA 112- 7
MC14081AL
+MOTA 98- 13
MCI4081CL,P%+MOTA 98- 14
MC14410L
+MOTA 251- 63
MC14410P
+MOTA 251- 64
MC14411L
+MOTA 204 - 75
MC14411P
+MOTA 204 - 76
MC14412FL
+MOTA 254 - 44
+MOTA 254 - 45
MC14412VL
MC14415EFL
+MOTA 167- 70
MC14415EVL +MOTA 167- 67
MC14415FL
+MOTA 167 - 71
MC14415FP
+MOTA 167- 72
MC14415VL
+MOTA 167- 68
MC14415VP
+MOTA 167- 69
MC14419L
+MOTA 250-106
MC14419P
+MOTAI 25O -107
MC14435EFL +MOTA 172- 60
MC14435EVL +MOTA 172- 61
+MOTA 172- 62
MC14435FL
+MOTA 172- 63
MC14435FP
+MOTA 172- 56
MC14435VL
MC14435VP
+MOTA 172- 57
+MOTA 254 - 89
MC14440L
+MOTA 254 - 90
MC14440Z
MC14450L
+MOTA 204 - 60
:~gi!ll~t
5g
MC14451P
MC14490EFL
MC14490EVL
MC14490FL
MC14490FP
MC14490VL
MC14490VP
MC14501AL
MC14501CL
MC14501CP
MC14502AL
MC14502CL
MC14502CP
MC14506AL
MC14506CL
~gmg~~r
MFRS Pa&Line
:~gi~! ~g:: ~j
+MOTA 204- 58
+MOTA 203- 66
+MOTA 203- 56
+MOTA 203- 67
+MOTA 203- 68
+MOTA 203 - 57
+MOTA 203- 58
+MOTA.150- 67
+MOTAI150- 68
+MOTAI150- 69
+MOTA 194-109
+MOTA 194 -110
+MOTA 195 - 1
+MOTA,104- 17
+MOTA! 104- 18
:~gi!ll~::I~~
MC14507CL,P%+MOTA'154-104
MC14508AL
+MOTA 250- 72
+MOTA 250- 73
MC14508CL
MC14508CP
+MOTA 250- 74
MC14510AL
+MOTA 73 - 33
MC14510CL
+MOTA 73- 34
MC14510CP
+MOTA 73- 35
MC14511AL
+MOTA 93- 99
MC14511CL
+MOTA 93-100
MC14511CP
+MOTA 93-101
MC14512AL
+MOTA 244 - 19
MC14512CL
+MOTA 244 - 20
MC14512CP
+MOTA 244 - 21
MC14514AL
+MOTA 88- 50
MC14514CL
+MOTA 88- 51
MC14515AL
+MOTA 88- 52
MC14515CL
+MOTA 88- 53
MC14516AL
+MOTA 73- 36
MC14516CL
+MOTA 73- 37
+MOTA 73 - 38
MC14516CP
MC14518AL
+MOTA 73 - 39
MC14518CL
+MOTA 73- 40
MC14518CP
+MOTA 73- 41
MC14519AL#1 +MOTA 244 - 22
MC14519AL#2 tMOTA 161- 95
MC14519AL#3 +MOTA 161- 96
MC14519CL#1 +MOTA 244 - 23
MC14519CL#2 +MOTA 161- 97
MC14519CL#3 +MOTA 161- 98
MCI4519CP#I+MOTA 244 - 24
MC14519CP#2 +MOTA 161- 99
MC14519CP#3 +MOTA 161-100
MC14520AL
+MOTA 78 - 55
MC14520CL
+MOTA 78- 56
MC14520CP
+MOTA 78- 57
MC14521AL
+MOTA 204 -109
MC14521CL
+MOTA 204-110
MC14521CP
+MOTA 205- 1
MC14522AL
+MOTA 73- 16
MC14522CL
+MOTA 73- 17
+MOTA 73- 18
MC14522CP
+MOTA 78 - 51
MC14526AL
+MOTA 78- 52
MC14526CL
+MOTA 78 - 53
MC14526CP
+MOTA 234 - 60
MC14527AL
+MOTA 234- 61
MC14527CL
MC14527CP
+MOTA 234- 62
+MOTA 164- 27
MC14528AL
MC14528CL
+MOTA 164- 28
MC14528CP
+MOTA 164- 29
MC14529AL
+MOTA 244 - 34
MC14529CL
+MOTA 244 - 35
+MOTA 244 - 36
MC14529CP
+MOTA 203 - 69
MC14530AL
+MOTA 203 - 70
MC14530CL
MC14530CP
+MOTA 203- 71
+MOTA 248 - 48
MC14531AL
MC14531CL
+MOTA 248 - 49
+MOTA 248- 50
MC14531CP
+MOTA 251- 65
MC14532AL
+MOTA 251- 66
MC14532CL
+MOTA 251- 67
MC14532CP
+MOTA 84- 22
MC14534AL
MC14534CL
+MOTA 84- 20
MC14534CP
+MOTA 84- 21
MC14536AL
+MOTA 86- 56
MC14536CL
+MOTA 86- 57
+MOTA 86· 58
MC14536CP
+MOTA 244 - 25
MC14539AL
+MOTA 244 - 26
MC14539CL
+MOTA 244 - 27
MC14539CP
+MOTA 167- 73
MC14541AL
+MOTA 167 - 74
MC14541CL
+MOTA 167 - 75
MC14541CP
MC14543AL
+MOTA 93-109
MC14543CL
+MOTA 93-110
MC14543CP
+MOTA 94- 1
MC14553AL
+MOTA 73- 19
MC14553CL
+MOTA 73- 20
MC14553CP
+MOTA 73- 21
+MOTA 234 - 41
MC14554AL
+MOTA 234 - 42
MC14554CL
+MOTA 234 - 43
MC14554CP
+MOTA 244 - 28
MC14555AL
MC14555CL
+MOTA 244 - 29
MC14555CP
+MOTA 244 - 30
MC14556AL
+MOTA 244- 31
MC14556CL
+MOTA 244- 32
MC14556CP
+MOTA 244- 33
MC14558AL
+MOTA 94- 2
+MOTA
94 - 3
MC14558CL
+MOTA 94- 4
MC14558CP
18241
+MOTA
MC14560AL
+MOTA 182- 42
MC14560CL
MC14560CP
+MOTA 182- 43
+-Copy of mfr's data sheet
may be ordered from D.A.T.A.
23
TYPE No.
I
~gm~l~t.P%:~gi~ Im:l~
tMOTA 203· 72
MC14566AL
tMOTA 203· 73
MC14566CL
tMOTA 203· 74
MC14566CP
tMOTA 112· 8
MC14570AL
MC14570CL.P%tMOTA 112· 9
tMOTA 98· 15
MC14571AL
MC14571CL.P%tMOTAI98' 16
MC14572AL
tMOTA 195· 2
MC14572CL
tMOTA 195· 3
MC14572CP
tMOTA 195· 4
MC14581AL
tMOTA 246· 1
MC14581CL
+MOTAI246' 2
MC14582AL
tMOTA 252·106
MC14582CL
+MOTA 253· 1
MC 14582CP
+MOTA, 253· 2
MC14583AL
+MOTAj 198·107
MC14583CL
+MOTAI198·108
MC14583CP
+MOTA 198·109
+MOTAI247· 38
MC14585AL
+MOTA 247· 39
MC14585CL
tMOTA 247· 40
MC14585CP
+MOTA 180· 28
MC15482F
+MOTA 180· 29
MC15482L
+MOTA 180· 30
MC17482F
MC17482L.P% +MOTA 180· 31
+MOTA 180· 32
MC25482F
+MOTA 180· 33
MC25482L
+MOTA 180· 34
MC27482F
MC27482L.P% +MOTA 180· 35
+MOTA 69· 80
MC54100F
MC54100L
+MOTA: 69· 81
+MOTA 59· 22
MC54107F
+MOTA' 59· 23
MC54107L
MC54121F
+MOTA\ 166· 73
+MOTA 166· 74
MC54121L
+MOTA 93· 11
MC54145L
MC54150L
MC54151L
tMOTAI242· 17
MC54152F
MC54152L
tMOTA1242.18
tMOTA 242· 19
MC54153F
MC54153L
MC54155F
tMOTA 242· 22
MC54155L
tMOTA 242· 23
MC54156F
+MOTA 242· 24
MC54156L
tMOTA 242· 25
MC54157F
tMOTA 242· 26
MC54157L
tMOTA 202·110
MC54176F
+MOTA 203· 1
MC54176L
tMOTA 203· 2
MC54177F
+MOTA 203· 3
MC54177L
+MOTA 248·30
MC54180L
+MOTA 245· 85
MC54181F
tMOTA 245· 86
MC54181L
+MOTA 252· 96
MC54182F
tMOTA 252· 97
MC54182L
+MOTA 84· 88
MC54192F
+MOTA 84· 89
MC54192L
tMOTA
82· 7
MC54193F
tMOTA, 82· 8
MC54193L
MC54406F
+MOTAI 89· 89
+MOTA, 89· 90
MC54406L
MC54408F
+MOTAI248.31
tMOTA 248·32
MC54408L
+MOTA 85· 6
MC54416L
+MOTAI 85· 7
MC54417L
MC54418L
+MOTA' 87· 17
MC54419L
+MOTAI 87· 18
+MOTA, 76· 39
MC54450F
MC54450L
+MOTA! 76· 40
+MOTA 84·93
MC54452F
MC54452L
MC54453F
+MOTA! 87· 12
MC54453L
MC54454L
+MOTA' 84· 85
MC54455L
tMOTAI82' 3
tMOTA 181· 61
MC54456F
tMOTA 181· 62
MC54456L
+MOTA 253· 45
MC54460F
tMOTA253· 46
MC54460L
tMOTA 196· 31
MC54468F
tMOTA 196· 32
MC54468L
tMOTA 221· 90
MC55107L
tMOTA 221· 91
MC55108L
tMOTA 227· 97
MC55325F
tMOTA 227·98
MC55325L
tMOTA 69· 82
MC74100F
tMOTA 69· 83
MC74100L
tMOTA 69· 84
MC74100P
tMOTA 59· 24
MC74107F
MC74107L.P% tMOTA 59·25
MC74121F
tMOTA\ 166· 75
MC74121L.P% tMOTA 166· 76
MC74145L
tMOTA 93· 12
MC74145P
tMOTA 93· 13
tMOTA 242· 27
MC74150L
+MOTA 242· 28
MC74150P
tMOTA 242· 29
MC74151 L
tMOTA 242·30
MC74151P
tMOTA 242· 31
MC74152F
MC74152L.P% tMOTA 242· 32
+MOTA 242· 33
MC74153F
tMOTA 242· 34
MC74153L
tMOTA 242· 35
MC74153P
tMOTA1242.36
MC74155F
MC74155L
+MOTAI242.37
tMOTA 242·38
MC74155P
tMOTA 242· 39
MC74156F
tMOTA 242· 40
MC74156L
MC74156P
:~gi~;m:
MC74157F
:~gi~~m: 1~
:~gi~!~:~: ~~
:~gi~' ~j: ~1
:1
24
3. TYPE
No. CROSS INDEX
MFRS Pa&Line TYPE No.
MFRS Pa&Line TYPE No.
1
:~gi~ m:5~ 1~~ggg9CG
~g:m~
:~gi~ I~:t !! MCBC5402
tMOTA 192·104 MHOO09G
tMOTA 248· 33 MCSC5404
MFRS Pa&Line TYPE No.
MC74180P
tMOTA 245· 87
MC74181F
tMOTA 245· 88
MC74181L
tMOTA 245· 89
MC74181P
tMOTA 252· 98
MC74182F
tMOTA 252· 99
MC74182L
tMOTA 252·100
MC74182P
tMOTA 84· 90
MC74192F
tMOTA 84· 91
MC74192L
tMOTA 84· 92
MC74192P
tMOTA 82· 9
MC74193F
+MOTA 82· 10
MC74193L
tMOTA 82· 11
MC74193P
MC74406F
+MOTA 89· 91
MC74406L.P% +MOTA 89· 92
tMOTA 248· 34
MC74408F
MC7 4408 L.P% +MOTA 248· 35
tMOTA 85· 8
MC74416L
+MOTA 85· 9
MC74416P
tMOTA 85· 10
MC74417L
tMOTA 85· 11
MC74417P
+MOTA 87· 19
MC74418L
MC74418P
+MOTA 87· 20
+MOTA 87· 21
MC74419L
+MOTA 87· 22
MC74419P
tMOTA 76· 41
MC74450F
+MOTA 76· 42
MC74450L
tMOTA 76· 43
MC74450P
+MOTA 84· 95
MC74452F
+MOTA 84· 96
MC74452L
+MOTA 84· 97
MC74452P
tMOTA 87· 13
MC74453F
MC74453L
+MOTA 87· 14
tMOTA 87· 15
MC74453P
MC74454L
+MOTA 84· 86
+MOTA 84· 87
MC74454P
tMOTA 82· 4
MC74455L
tMOTA
82· 5
MC74455P
tMOTA,181· 63
MC74456F
MC74456L
tMOTA1181.64
+MOTA 181· 65
MC74456P
tMOTA 253· 47
MC74460F
+MOTA 253· 48
MC74460L
MC74460P
tMOTA\253.49
+MOTA 196· 33
MC74468F
MC74468L.P% tMOTA 196· 34
MC75107L.P% +MOTA 221· 92
MC75108L.P% +MOTA:221· 93
MC7 51 09 L.P% +MOTA]218· 49
MC75110L.P%
MC75113L
MC75140Pl
+MOTA 222· 91
+MOTA 227· 99
MC75325F
+MOTA 227·100
MC75325L
+MOTA 227 ·101
MC75325P
MC75358L.P#1+MOTA 185· 4
MC75358L.P#2+MOTA 185· 5
+MOTA 225· 52
MC75365L
+MOTA 225· 53
MC75365P
MC75368L.P#1+MOTA 185· 6
MC75368L.P#2+MOTA 185· 7
MC75450L.P% +MOTA 184· 1
+MOTA 227 ·102
MC75451 P
+MOTA 227·103
MC75452P
+MOTA 227 ·104
MC75453P
+MOTA 227 ·105
MC75454P
tMOTA 227 ·106
MC75461P
tMOTA 227 ·107
MC75462P
MC75463P
+MOTA 227 ·108
MC75464P
+MOTA 227·109
MC75491 L.P% +MOTA 199'· 76
MC75492L.P% +MOTA 199·103
tMOTA 93· 14
MC83145L
MC83145P
+MOTA 93· 15
tMOTA 242· 45
MC83150L
+MOTA 242· 46
MC83150P
MC83151L
+MOTA 242· 47
tMOTA 242· 48
MC83151P
tMOTA 242· 49
MC83152F
tMOTA 242· 50
MC83152L
MC83152L.P% tMOTA 242· 51
tMOTA 242· 52
MC83153F
tMOTA 242· 53
MC83153L
tMOTA 242· 54
MC83153P
tMOTA 248·36
MC83180P
tMOTA 93· 16
MC93145L
+MOTA 242· 55
MC93150L
tMOTA 242· 56
MC93151L
tMOTA 242· 57
MC93152F
tMOTA 242· 58
MC93152L
tMOTA 242· 59
MC93153F
tMOTA 242· 60
MC93153L
tMOTA 248· 37
MC93180L
tMOTA 146·107
MCS5400F
tMOTA:146·108
MCS5401F
MCS5402F
tMOTA1122.49
tMOTA 192 ·102
MCS5404F
tMOTA 192 ·103
MCS5405F
+MOTA 147· 1
MCS5410F
MCS5420F
tMOTAI147' 2
tMOTA 147· 3
MCS5430F
+MOTA 147· 4
MCS5440F
+MOTA 110· 19
MCS5450F
+MOTAlll0· 20
MCS5451F
+MOTAill0· 21
MCS5453F
tMOTA 110· 22
MCS5454F
tMOTA
160· 39
MCS5460F
+MOTA 59· 32
MCS5472F
tMOTA
59· 26
MCB5473F
tMOTA 69· 91
MCB5479F
MCS54140F
+MOTA 202·108
tMOTA 147· 5
MCSC5400
D.A. T.A.
:~gi~l~l~: ~g
MCSC5405
MCSC5410
MCSC5420
MCSC5430
MCSC5440
MCSC5450
MCSC5451
MCSC5453
MCSC5454
MCSC5460
MCSC5472
MCSC5473
MCSC5479
MCC14440
MCC14450
MCC14451
MCE54H01F
MCE54H72F
MCE54H73F
MCE54H 146F
MCE74H01F
MCE74H72F
MCE74H73F
MCE74H 146F
MCE930F
MCE932F
MCE933F
MCE936F
MCE944F
MCE945F
MCE946F
MCE948F
MCE962F
MCE7003F
MCE7005F
MCE7006F
MCE54103F
MCE74103F
MCGl
MCOl
MC010
MC050
MOA2
MOA8F
MOA10F
MOA10Z25
MOA10Zl10
MOA10Z
MOAllMF
MOA12QO
MOA12QOET
MOACl
MOAC2
MOAC3
MOSl
MOC8
MOOl
M001A
MORC·Hl
MORC·H3
MORC·L 1
MORC·L3
MOS4
MOS4A
MEM550
MEM550C
MEM550F
MEM7800
MEM780F
MEM780P
MEM8510
MEM851F
MEM851P
MEM8530
MEM853F
MEM853P
MEM8550
MEM855F
MEM855P
MEM8560
MEM856F
MEM856P
MEM8570
MEM857F
MEM857P
MEM954
MEM954A
MEM954S
MEM1056
MEM 1056SCO
MEM2009
MEM2017
MEM5021
MEM5031
MEM5035
ME08
MES4A
MES10
MES10S
MES10N
MES10S
MFC4040MFC6020
MFC6050
MFC6060
MFC6080
MFC8050
MFE5000
MG02
MGE6
MHOO07CH
-
Ll·Registered with JEDEC
by this manufacturer
tMOTA 192·105
tMOTA 147· 7
tMOTA 147· 8
tMOTA 147· 9
tMOTA 147· 10
tMOTA 110· 23
tMOTA 110· 24
tMOTA 110· 25
tMOTA 110· 26
+MOTA 160· 40
+MOTA 59·33
+MOTA 59·27
+MOTA 69·92
+MOTA 254· 91
+MOTA 204· 62
+MOTA 204· 59
+MOTA 147· 11
+MOTA 59· 46
+MOTA 59· 38
:~gi~11:~:
n
+MOTA 59· 47
+MOTA 59·39
+MOTA 89· 94
tMOTA 129· 31
+MOTA 129·32
+MOTA 158· 1
:~gi~,m: ~6
tMOTA 66· 15
tMOTA 129· 33
tMOTA 66· 16
tMOTA 126· 61
tMOTA 231· 85
+MOTA 231· 29
+MOTA 231· 86
+MOTA 59· 48
tMOTA 59· 49
71· 81
tRTN
71· 78
+WLO
71·79
+WLO
71· 80
+WLO
176·101
tRTN
tANA 178· 21
+ANA 177· 78
+ANA 173· 14
+ANA 173· 15
+ANA 177·79
tANA '177·80
+ANA 177· 81
+ANA 177·82
+OOC
173·67
tOOC
173·68
173· 69
+DDC
RTN
88· 6
+WLO 247· 11
+WLO
93· 1
93· 2
+WLO
173· 16
+ODC
tOOC
173· 17
173· 18
+ODC
173· 19
+ODC
+WLO 243·43
+WLO 243· 44
tGIC
233· 35
+GIC
233· 29
+GIC
233· 36
+GIC
+GIC
tGIC
1254.
254· 91
+GIC
254· 10
+GIC
254· 11
+GIC
+GIC
+GIC
tGIC
254· 5
254· 12
+GIC
tGIC
254· 13
tGIC
254· 14
254· 15
tGIC
254· 16
tGIC
tGIC
254· 17
tGIC
254· 6
tGIC
254· 7
254· 8
tGIC
tGIC ,233· 37
WIC
233· 38
233· 39
tGIC
tGIC
201· 71
201· 70
tGIC
tGIC
173· 20
173·21
tGIC
tGIC ,203·97
tGIC 1183. 7
tGIC
182·85
tWLO 154·94
tWLO 217·33
tWLO 211·55
tWLO 211· 58
tWLO 211· 56
+WLO 211· 57
+MOTA 66·102
tMOTA 66·103
tMOTA 66·104
tMOTA 102· 73
tMOTA 64· 21
tMOTA 62·29
tMOTA 233· 47
tRTN
128· 85
tWLO 158· 41
tNSC 225· 61
I~~~:l~g
!~~:: ~
MHOO12CG
MHOO12G
MHOO13CG
MHOO13G
MH0025CH
MH0025CN
MH0025H
MH0026CF
MH0026CG
MH0026CH
MH0026CJ
MH0026CN
MH0026F
MH0026G
MH0026H
MH0026J
MH453F
MH7803J
MH7803N
MH7807N
MH8803J
MH8803N
MH8804N
MH8805N
MH8807N
MH8808J
MH8808N
MHQ2221
MHQ2222
MHQ2369
MHQ2906
MHQ2907
MHQ3467
MHQ3546
MHQ4001A
MHQ4002A
MHQ4013
MHQ4014
MIA18
MIC74HOOJ
MIC74H01J
MIC74H04J
MIC74H05J
MIC74Hl0J
MIC74H llJ
MIC74H20J
MIC74H21J
MIC74H22J
MIC74H30J
MIC74H40J
MIC74H50J
MIC74H51J
MIC74H53J
MIC74H54J
MIC74H55J
MIC74H60J
MIC74H62J
MIC74H72J
MIC74H73J
MIC74H74J
MIC74H76J
MIC74LOOJ
MIC74L03J
MIC74L04J
MIC74L 10J
MIC74L20J
MIC74L30J
MIC74L74J
MIC74L93J
MIC301·1D
MIC301·101
MIC301·50
MIC301·501
MIC302·10
MIC302·101
MIC302·50
MIC302·501
MIC303·10
MIC303·101
MIC303·50
MIC303·501
MIC311·10
MIC311·101
MIC311·50
MIC311·501
MIC312·10
MIC312·1Dl
MIC312·50
MIC312·501
MIC321·10
MIC321·101
MIC321·50
MIC321·501
MIC322·10
MIC322·101
MIC322·50
MIC322·501
MIC323·10
MIC323·101
MIC323·50
MIC323·501
MIC324·10
MIC324·101
MIC324·50
MIC324·501
MIC325·10
IN TYPE NUMBER SEQUENCE
MFRS Pa&Line
YPE No.
224· 52
tNSC
224· 94
tNSC
224· 95
tNSC
225·105
tNSC
tNSC
225·106
tNSC
225· 99
tNSC
225·100
225·101
tNSC
tNSC
224· 67
tAMV 224· 68
+NSC
+AMV 224· 69
+NSC
+NSC 224· 70
tAMV 224· 71
tNSC
+NSC 224· 72
+AMV 224· 73
+NSC
+AMV 224· 74
+NSC
+NSC 224· 75
NSC 208· 68
+NSC 225· 72
+NSC 225· 73
+NSC 224· 53
+NSC 225· 78
+NSC 225· 79
+NSC 226· 68
+NSC 226· 69
+NSC 224· 54
+NSC 225· 89
+NSC 225· 90
+MOTA 233· 56
+MOTA 233· 57
+MOTA 233· 14
tMOTA 233· 58
+MOTA 233· 59
+MOTA 233· 51
+MOTA 232·104
+MOTA 233· 52
+MOTA 233· 67
+MOTA 233· 53
+MOTA\233.68
+WLO 193· 58
ITTS 139· 60
ITTB 140· 1
ITTS 190· 23
ITTS 190· 24
ITTS 140· 2
ITTS 100· 7
ITTS 140· 3
ITTS 100· 8
ITTS 140· 4
ITTB 140· 5
ITTS 140· 6
ITTS 107· 32
ITTS 107· 33
ITTB 107· 34
ITTS 107· 35
ITTS 107· 36
ITTB 159· 61
ITTS 159· 62
57· 10
ITTS
57· 11
ITTS
69· 29
ITTS
57· 12
ITTB
ITTB 133· 66
ITTS 132·105
ITTB 187· 41
ITTS 133· 67
ITTS 133· 68
ITTB 133· 69
ITTB
68· 9
ITTS
82· 82
ITTS 126· 62
ITTS 126· 63
ITTS 126· 64
ITTS 126· 65
ITTS 126· 66
ITTS 126· 67
ITTS 126· 68
ITTB 126· 69
ITTS 126· 70
ITTS 126· 71
ITTS 126· 72
ITTS 126· 73
48· 75
ITTS
48· 76
ITTS
48· 77
ITTS
48· 78
ITTS
ITTS
48· 79
48· 80
ITTS
48· 81
ITTS
48· 82
ITTS
ITTS 126· 74
ITTS 126· 75
ITTS 126· 76
ITTS 126· 77
ITTS 126· 78
ITTS 126· 79
ITTS 126· 80
ITTS 126· 81
ITTS 126· 82
ITTS 126· 83
ITTS 126· 84
ITTS 126· 85
ITTS 126· 86
ITTB 126· 87
ITTB 126· 88
ITTS 126· 89
ITTS 126· 90
MIC325·501
MIC326·10
MIC326·101
MIC326·50
MIC326·501
MIC331·10
MIC331·101
MIC331·5D
MIC331·5Dl
MIC332·10
MIC332·101
MIC332·50
MIC332·501
MIC333·10
MIC333·101
MIC333·50
MIC333·501
MIC334·10
MIC334·101
MIC334·5D
MIC334·5Dl
MIC335·10
MIC335·101
MIC335·50
MIC335·501
MIC341·10
MIC341·1Dl
MIC341·50
MIC341·501
MIC342·10
MIC342·101
MIC342·5D
MIC342·501
MIC343·10
MIC343·1 0 1
MIC343·50
MIC343·501
MIC361·10
MIC361·101
MIC361·50
MIC361·501
MIC362·10
MIC362·101
MIC362·50
MIC362·501
MIC370·1D
MIC370·101
MIC370·50
MIC370·501
MIC371·10
MIC371·101
MIC371·50
MIC371·501
MIC372·10
MIC372·101
MIC372·50
MIC372·501
MIC380·10
MIC380·101
MIC380·50
MIC380·501
MIC381·10
MIC381·101
MIC381·50
MIC381·501
MIC382·10
MIC382·101
MIC382·50
MIC382·501
MIC930·1S
:~~g I~~t ~~ 1~:g~;:~gl
•• Copy of mfr's data sheet
may be ordered from D.A.T.A.
MIC930·1C
MIC930·10
ITT
MIC930·5S
MIC930·5C
MIC930·50
ITT
MIC930R30
MIC930R60
MIC930R70
MIC932·1B
MIC932·1C
MIC932·10
ITT
MIC932·5S
MIC932·5C
MIC932·50
ITT
MIC932R30
MIC932R60
MIC932R70
MIC933·1S
MIC933·1C
MIC933·10
ITT
MIC933·5B
MIC933·5C
MIC933·50
ITT
MIC933R30
MIC933R60
MIC933R70
MIC935·10
MIC935·50
MIC936·1S
MFRS Pa&Line
B
ITTB
ITTS
ITTS
ITTS
ITTS
ITTB
ITTB
ITTB
ITTB
ITTS
ITTB
ITTS
ITTB
ITTS
ITTS
ITTS
ITTS
ITTS
ITTS
ITTS
ITTB
ITTS
ITTS
ITTB
ITTS
ITTS
ITTS
ITTB
ITTB
ITTS
ITTS
ITTS
ITTS
ITTB
ITTB
ITTS
ITTS
ITTS
ITTB
ITTB
ITTS
ITTB
ITTS
ITTS
ITTS
ITTS
ITTB
ITTS
ITTS
ITTB
ITTS
ITTS
ITTS
ITTS
ITTS
ITTB
ITTB
ITTS
ITTS
ITTS
ITTS
ITTB
ITTS
ITTS
ITTS
ITTS
ITTB
ITTS
ITTS
ITTS
INTG
ITT
ITT
INTG
+ITTS
INTG
ITT
ITT
INTG
tlTTS
ITTS
ITTS
ITTB
INTG
ITT
ITT
INTG
tlTTS
INTG
ITT
ITT
INTG
tlTTB
ITTB
ITTS
ITTS
INTG
ITT
ITT
INTG
tlTTS
INTG
ITT
ITT
INTG
+ITTS
ITTS
ITTS
ITTS
ITTB
ITTS
INTG
ITT
m:92
126· 93
126· 94
126· 95
126· 96
126· 97
158· 2
158· 3
158· 4
158· 5
185·32
185·33
185·34
185·35
185·36
185·37
185·38
185· 39
185· 40
185· 41
185·42
185· 43
194· 63
194· 64
194· 65
194· 66
155· 28
155· 29
155· 30
155· 31
164· 48
164· 49
164· 50
164· 51
247· 29
247·30
247·31
247· 32
184· 22
184· 23
184·24
184· 25
183· 8
183· 9
183· 10
183· 11
66· 88
66· 89
66· 90
66· 91
73·94
73· 95
73· 96
73· 97
73· 98
73· 99
73·100
73·101
90· 71
90· 72
90· 73
90· 74
90· 75
90· 15
90· 76
90· 77
90· 80
90· 81
90· 82
90· 83
128· 3
128· 4
128· 5
128· 6
128· 7
128· 8
150·
150·
150·
132·
27
28
29
87
128· 9
128· 10
132· 88
128· 11
128· 12
150· 30
150· 31
150· 32
158·25
158· 26
128· 13
158·27
158·28
128· 14
158· 29
158· 30
158·31
193·52
193·53
186· 85
24
TYPE No.
IMI(;930i~¥
MIC936-5B
MIC936-50
ITT
MIC936R30
MIC936R60
MIC936R70
MIC937-1 B
MIC937-10
ITT
MIC937-5B
MIC937-50
ITT
MIC941-1B
MIC941-10
MIC941-5B
MIC941-50
MIC944-1B
MIC944-1C
MIC944-10
ITT
MIC944-5B
MIC944-5C
MIC944-50
ITT
MIC944R30
MIC944R60
MIC944R70
MIC945-1 B
MIC945-1C
MIC945-10
ITT
MIC945-5B
MIC945-5C
MIC945-50
ITT
MIC945R30
MIC945R60
MIC945R70
MIC946-1B
MIC946-1C
MIC946-10
ITT
MIC946-5B
MIC946-5C
MIC946-50
ITT
MIC946R30
MIC946R60
MIC946R70
MIC948-1B
MIC948-1C
MIC948-10
ITT
MIC948-5B
MIC948-5C
MIC948-50
ITT
MIC949-1B
MIC949-1C
MIC949-10
ITT
MIC949-5B
MIC949-5C
MIC949-50
ITT
MIC950-1B
MIC950-1C
MIC950-10
ITT
MIC950-5B
MIC950-5C
MIC950-50
ITT
MIC951-1B
MIC951-1C
MIC951-10
ITT
MIC951-5B
MIC951-5C
MIC951-50
ITT
MIC961-1B
MIC961-1C
MIC961-10
ITT
MIC961-5B
MIC961-5C
MIC961-50
ITT
MIC962-1B
25
.
3 TYPE
No. CROSS INDEX
MFRS Pa&Line TYPE
MFRS Pa&Line TYPE No.
MFRS Pa&Line TYPE No.
t:~;~
INTG
ITT
INTG
tlTTB
ITTB
ITTB
ITTB
INTG
ITT
INTG
tlTTB
INTG
ITT
INTG
tlTTB
ITT
ITT
ITTB
ITT
ITT
ITTB
INTG
ITT
ITT
INTG
tlTTB
INTG
ITT
ITT
INTG
tlTTB
ITTB
ITTB
ITTB
INTG
ITT
ITT
INTG
tlTTB
INTG
ITT
ITT
INTG
tlTTB
ITTB
ITTB
ITTB
INTG
ITT
ITT
INTG
tlTTB
INTG
ITT
ITT
INTG
tlTTB
ITTB
ITTB
ITTB
INTG
ITT
ITT
INTG
tlTTB
INTG
ITT
ITT
INTG
tlTTB
INTG
ITT
ITT
INTG
tlTTB
INTG
ITT
ITT
INTG
tlTTB
INTG
ITT
ITT
INTG
tlTTB
INTG
ITT
ITT
INTG
tlTTB
INTG
ITT
ITT
INTG
tlTTB
INTG
ITT
ITT
INTG
tlTTB
INTG
ITT
ITT
INTG
tlTTB
INTG
ITT
ITT
INTG
tlTTB
INTG
ITT
'186- 86
~:g~~~:lg
186- 87
MIC962-5B
186- 88
MIC962-5C
33 MIC962-50
34
ITT
35 MIC962R30
89 MIC962R60
MIC962R70
186- 90 MIC963-1B
150150150186-
187 -
1 MIC963-1C
MIC963-1D
ITT
MIC963-5B
14
15 MIC963-5C
MIC963-50
16
ITT
17 MIC5400J
187 - 2
163163163163-
132- 89 MIC5401AJ
128 - 15 MIC5401J
128 - 16
MIC5402J
132- 90
MIC5403AJ
128 - 17
128 - 18 MIC5403J
15015015062-
36 MIC5404J
37
38 MIC5405AJ
48
MIC5405J
62- 49
62- 50 MIC5406J
62- 51 MIC5407J
62- 52 MIC5408J
62 - 53
MIC5409AJ
62- 54 MIC5409J
62- 55
62- 56 MIC5410J
128- 19
MIC5411J
128- 20
128- 21 MIC5412AJ
128- 22 MIC5412J
128- 23 MIC5413J
128- 24
MIC5416J
150- 39
150- 40 MIC5417J
150- 41
62- 57 MIC5420J
62- 58 MIC5421J
62- 59
MIC5425J
62- 60 MIC5426J
62- 61 MIC5428J
62- 62
MIC5430J
128- 25
MIC5432J
128- 26 MIC5433AJ
128 - 27
MIC5433J
128- 28
MIC5437J
128- 29
128- 30 MIC5438AJ
MIC5438J
62- 44
MIC5440J
62- 45
62- 46 MIC5441AJ
62- 41 MIC5442J
62- 42 MIC5443J
62- 43
MIC5444J
163- 18
MIC5445J
163- 19
163- 26 MIC5446AJ
MIC5446J
163- 20
MIC5447AJ
163- 21 MIC5447J
163 - 27
MIC5448J
128- 31
MiC5450J
128 - .32
128- 33 MIC5451J
128- 34 MIC5453J
128 - 35 MIC5454J
128- 36
MIC5460J
128-104
D.A. T.A.
ITT
INTG
tlTTB
INTG
ITT
ITT
INTG
tlTTB
ITTB
ITTB
ITTB
INTG
ITT
ITT
iNTG
tlTTB
INTG
ITT
ITT
INTG
tlTTB
INTG
tlTTB
INTG
tlTTB
INTG
tlTTB
INTG
tlTTB
INTG
tlTTB
INTG
tlTTB
INTG
tlTTB
INTG
tlTTB
INTG
tlTTB
INTG
tlTTB
INTG
tlTTB
INTG
tlTTB
tlTTB
INTG
tlTTB
INTG
tlTTB
INTG
tlTTB
INTG
tlTTB
INTG
tlTTB
INTG
tlTTB
INTG
tlTTB
INTG
tlTTB
INTG
tlTTB
INTG
tlTTB
tlTTB
INTG
tlTTB
INTG
tlTTB
INTG
tlTTB
tlTTB
INTG
tlTTB
INTG
tlTTB
INTG
tlTTB
tlTTB
INTG
tlTTB
INTG
tlTTB
INTG
tlTTB
INTG
tlTTB
INTG
tlTTB
INTG
tlTTB
INTG
tlTTB
tlTTB
INTG
tlTTB
tlTTB
INTG
tlTTB
INTG
tlTTB
INTG
tlTTB
INTG
tlTTB
INTG
tlTTB
INTG
tlTTB
INTG
tlTTB
128- 37 MI(;o470J
128 - 38
MIC5472J
128 - 39
MIC5473J
128 - 40
128- 41 MIC5474J
150- 42 MIC5475J
150- 43
150- 44 MIC5476J
128-105
MIC5480J
128 - 42 MIC5482J
i28-i06
MIC5483J
128 - 43
MIC5486J
128 - 44
128 - 45 MIC5490J
140-
7 MIC5492J
140- 8 MIC5493J
140- 9 MIC6400J
121- 7 MIC6401AJ
140- 10 MIC6401J
140- 11 MIC6402J
190- 25 MIC6403AJ
190- 26 MIC6403J
190- 27 MIC6404J
195 - 61 MIC6405AJ
195 - 62 MIC6405J
100- 9 MIC6406J
100- 10 MIC6407J
100- 11
MIC6408J
140- 12
MIC6409AJ
100- 12 MIC6409J
140- 13 MIC6410J
140- 14 MIC6411J
198- 11 MIC6412AJ
195 - 49 MIC6412J
195- 50 MIC6413J
140- 15 MIC6416J
100- 13 MIC641'7J
121- 8 MIC6420J
140- 16
MIC6421J
121- 9
MIC6425J
140- 17 MIC6426J
112-103 MIC6428J
121- 10
MIC6430J
121- 11
MIC6432J
140- 18 MIC6433AJ
140- 19 MIC6433J
140- 20
MIC6437J
140- 21
MIC6438AJ
91- 67 MIC6438J
91- 68 MIC6440J
96 - 41 MIC6441AJ
96- 72 MIC6442J
91- 69 MIC6443J
94 - 87 MIC6444J
94 - 88
MIC6445J
94- 89
94- 90 MIC6446AJ
MIC6446J
94 - 91
MIC6447AJ
107 - 37 MIC6447J
107 - 38 MIC6448J
107 - 39 MIC6450J
107 - 40 MIC6451J
159 - 63 MIC6453J
,',-Registered with JEDEC
by this manufacturer
t:~;~
INTG
tlTTB
INTG
tlTTB
INTG
tlTTB
INTG
tlTTB
INTG
tlTTB
ITTB
INTG
tiTTa
INTG
tlTTB
INTG
tlTTB
INTG
tlTTB
INTG
tlTTB
INTG
tlTTB
INTG
tlTTB
INTG
tlTTB
INTG
tlTTB
INTG
tlTTB
INTG
tlTTB
INTG
tlTTB
INTG
tlTTB
INTG
+ITTB
INTG
tlTTB
INTG
tlTTB
INTG
tlTTB
INTG
tlTTB
tlTTB
INTG
tlTTB
INTG
tlTTB
INTG
tlTTB
INTG
tlTTB
INTG
tlTTB
INTG
tlTTB
INTG
tlTTB
INTG
tlTTB
INTG
tlTTB
INTG
tlTTB
ITTB
INTG
tlTTB
INTG
tlTTB
INTG
tlTTB
tlTTB
INTG
tlTTB
INTG
tlTTB
INTG
tlTTB
tlTTB
INTG
tlTTB
INTG
tlTTB
INTG
tlTTB
INTG
tlTTB
INTG
tlTTB
INTG
tlTTB
INTG
tlTTB
tlTTB
INTG
tlTTB
tlTTB
INTG
tlTTB
INTG
tlTTB
INTG
tlTTB
INTG
tlTTB
INTG
tlTTB
63- 47
No.
J~rC6454J
55 - 59 MIC6460J
55- 60 MIC6470J
68- 73 MIC6472J
68- 33 MIC6473J
249 - 64
55 - 61 MIC6474J
180- 36 MIC6475J
180· 37
iviiC6476J
180- 38
MIC6480J
156· 15 MIC6482J
77- 11 MIC6483J
86- 47 MIC6486J
83- 13 MIC6490J
140- 22 MIC6492J
140- 23 MIC6493J
140- 24 MIC7400J
121- 12 MIC7400N
MIC7401AJ
140- 25
MIC7401AN
140- 26 MIC7401J
190- 28 MIC7401N
MIC7402J
190- 29
MIC7402N
190- 30 MIC7403AJ
195 - 63 MIC7403AN
MIC7403J
195 - 64
MIC7403N
100- 14 MIC7404J
100- 15 MIC7404N
100- 16 MIC7405AJ
140- 27 MIC7405AN
MIC7405J
100- 17
MIC7405N
140- 28 MIC7406J
140- 29 MIC7406N
MIC7407J
198- 12
MIC7407N
195 - 51 MIC7408J
195 - 52 MIC7408N
MIC7409AJ
140- 30 MIC7409AN
MIC7409J
100- 18
MIC7409N
121- 13 MIC7410J
140- 31
MIC7410N
112-104 MIC7411J
140- 32 MIC7411N
MIC7412AJ
112-105
121 - 14 MIC7412AN
MIC7412J
121- 15
MIC7412N
140- 33 MIC7413J
140- 34 MIC7413N
140- 35 MIC7416J
140- 36 MIC7416N
MIC7417J
91- 70
MIC7417N
91 - 71 MIC7420J
96- 42 MIC7420N
MIC7421J
96- 73
MIC7421N
91- 72 MIC7425J
MIC7425N
94 - 92 MIC7426J
94- 93
MIC7426N
94 - 94 MIC7428J
95- 1
MIC7428N
95 - 2 MIC7430J
107 - 41 MIC7430N
MIC7432J
107 - 42 MIC7432N
MIC7433AJ
107 - 43
MIC7433AN
IN TYPE NUMBER SEQUENCE
MFRS pn&Line TYPE No.
MFRS Pa&Line
t:~i~
t:~~B
INTG
tlTTB
INTG
tlTTB
INTG
tlTTB
INTG
tlTTB
INTG
tlTTB
INTG
tlTTB
iNTG
tlTTB
ITTB
INTG
tlTTB
INTG
tlTTB
INTG
tlTTB
INTG
tlTTB
INTG
tlTTB
INTG
tlTTB
INTG
tlTTB
tlTTB
INTG
tlTTB
tlTTB
INTG
tlTTB
tlTTB
INTG
+ITTB
tlTTB
INTG
tlTTB
tlTTB
INTG
tlTTB
tlTTB
INTG
tlTTB
tlTTB
INTG
tlTTB
tlTTB
INTG
tlTTB
tlTTB
INTG
tlTTB
tlTTB
INTG
tlTTB
tlTTB
INTG
tlTTB
tlTTB
tlTTB
tlTTB
INTG
tlTTB
tlTTB
INTG
tlTTB
tlTTB
INTG
tlTTB
tlTTB
INTG
tlTTB
tlTTB
INTG
tlTTB
tlTTB
INTG
tlTTB
tlTTB
INTG
tlTTB
tlTTB
INTG
tlTTB
tlTTB
INTG
tlTTB
tlTTB
INTG
tlTTB
tlTTB
tlTTB
tlTTB
INTG
tlTTB
tlTTB
INTG
tlTTB
tlTTB
INTG
tlTTB
tlTTB
tlTTB
tlTTB
INTG
tlTTB
tlTTB
107- 44 IMII,;/433J
159- 64 MIC7433N
MIC7437J
.63· 48
MIC7437N
55 - 62 MIC7438AJ
MIC7438AN
55 - 63 MIC7438J
68- 74 MIC7438N
MIC7440J
68- 34
MIC7440N
55 - 64
... "' ..........
IVII"'" , ...... 'M.,J
180- 39 MIC7441AN
180- 40 MIC7442J
180- 41 MIC7442N
MIC7443J
156- 16
MIC7443N
77 - 12 MIC7444J
86- 48 MIC7444N
MIC7445J
83- 14
MIC7445N
140- 37 MIC7446AJ
MIC7446AN
140- 38 MIC7446J
140- 39
MIC7446N
140- 40 MIC7447AJ
140- 41 MIC7447AN
MIC7447J
140- 42
121- 16 MIC7447N
MIC7448J
121- 17
140- 43 MIC7448N
MIC7450J
140- 44
140- 45 MIC7450N
MIC7451J
140- 46
190- 31 MIC7451N
MIC7453J
190- 32
190- 33 MIC7453N
MIC7454J
190- 34
190- 35 MIC7454N
MIC7460J
190- 36
195 - 65 MIC7460N
MIC7470J
195- 66
195 - 67 MIC7470N
MIC7472J
195 - 68
100- 19 MIC7472N
MIC7473J
100- 20
100- 21 MIC7473N
100- 22 MIC7474J
100- 23
MIC7474N
100- 24 MIC7475J
140- 47
MIC7475N
140- 48 MIC7476J
100- 25
MIC7476N
100- 26 MIC7480J
140- 49 MIC7480N
MIC7482J
140- 50
140- 51 MIC7482N
MIC7483J
140- 52
198 - 13 MIC7483N
MIC7486J
198 - 14
195 - 53 MIC7486N
MIC7490J
195 - 54
195 - 55 MIC7490N
MIC7492J
195 - 56
140- 53 MIC7492N
MIC7493J
140- 54
100- 27 MIC7493N
MIC9000-1B
100- 28 MIC9000-10
121 - 18
tlTT
121 - 19 MIC9000-5B
140- 55 MIC9000-50
tlTT
140- 56 MIC9001-1B
121- 20 MIC9001-10
tlTT
121· 21 MIC9001-5B
140- 57 MIC9001-50
tlTT
140- 58 MIC9002-1B
112-106 MIC9002-10
112-107
tlTT
121- 22 MIC9002-5B
MIC9002-50
tlTT
121- 23
MIC9003-1B
+-Copy of mfr's data sheet
may be ordered from D_A_T_A.
tlTTB
INTG
tlTTB
tlTTB
tlTTB
tlTTB
INTG
tlTTB
tlTTB
INTG
tlTTB
tlTTB
, .. ,T,...
InlU
u
-
~4
121- 25
140- 59
140140140140-
60
61
62
63
140- 64
140· 65
140- 66
1."14
;,:J I
.,.,
-
Iv
tlTTB
tlTTB
91- 74
INTG
91- 75
tlTTB
tlTTB
91- 76
INTG
96- 43
tlTTB
tlTTB
96- 44
INTG
96- 74
tlTTB
tlTTB
96- 75
INTG
91- 77
tlTTB
tlTTB
91- 78
tlTTB
95 - 3
tlTTB
93- 52
INTG
95 - 4
tlTTB
tlTTB
93- 53
tlTTB
95 - 5
tlTTB
93- 54
INTG
95- 6
tlTTB
tlTTB
93- 55
INTG
95 - 7
tlTTB
tlTTB
93- 56
INTG 107- 45
tlTTB
tlTTB 107- 46
INTG 107- 47
tlTTB
tlTTB 107 - 48
INTG 107 - 49
tlTTB
tlTTB 107 - 50
INTG 107 - 51
tlTTB
tlTTB 107 - 52
INTG 159- 65
tlTTB
tlTTB 159- 66
63- 49
INTG
tlTTB
tlTTB
63- 50
INTG
55 - 65
tlTTB
tlTTB
55 - 66
INTG
55 - 67
tlTTB
tlTTB
55 - 68
INTG
68- 75
tlTTB
tlTTB
76
INTG 1 2.
65
tlTTB
tlTTB 12:
66
INTG
- 69
tlTTB
tlTTB
55 - 70
ITTB 180-42
ITTB 180- 43
INTG 180- 44
tlTTB
tlTTB 180- 45
INTG 180- 46
tlTTB
tlTTB 180- 47
INTG 156- 17
tlTTB
tlTTB 156- 18
INTG
77 - 13
tlTTB
tlTTB
77 - 14
INTG
86- 49
tlTTB
86- 50
tlTTB
INTG
83 - 15
tlTTB
tlTTB
83- 16
tlTT
53- 69
INTG
53- 70
ITTB
tlTT
52- 97
INTG
52- 98
ITTB
tlTT
53- 71
INTG
53- 72
ITTB
tlTT
52- 99
52-100
INTG
ITTB
tlTT
140- 67
INTG 140- 68
ITTB
tlTT
132- 75
INTG 132- 76
ITTB
tlTT
140- 69
25
TYPE No.
IMI<';ljU~~~U
MIC9003-5B
MIC9003-5D
tlTT
MIC9004-1B
MIC9004-10
tlTT
MIC9004-5B
MIC9004-5D
tlTT
MIC9005-10
MIC9005-50
MIC9007-1B
MIC9007-10
MIC9007-5B
MIC9007-50
MIC9008-10
MIC9008-50
MIC9009-1B
MIC9009-10
tlTT
MIC9009-5B
MIC9009-50
tlTT
MIC9012-10
MIC9012-50
MIC9016-1B
MIC9016-10
tlTT
MIC9016-5B
MIC9016-50
tlTT
MIC9020-1D
MIC9020-5D
MIC9022-10
MIC9022-50
MIC9024-10
MIC9024-50
MIC9093-1B
MIC9093-10
ITT
MIC9093-5B
MIC9093-50
ITT
MIC9093R30
MIC9093R6D
MIC9093R7D
MIC9093Xl0
MIC9093X50
MIC9093XR30
~:~~g~~~~~g
MIC9094-1B
MIC9094-10
ITT
MIC9094-5B
MIC9094-50
ITT
MIC9094Xl0
MIC9094X50
MIC9097-1B
MIC9097-10
ITT
MIC9097-5B
MIC9097-50
ITT
MIC9097Xl0
MIC9097X50
MIC9099-1 B
MIC9099-10
ITT
MIC9099-5B
MIC9099-50
ITT
MIC9099R30
MIC9099R60
MIC9099R70
MIC9099Xl0
MIC9099X50
MIC9099XR30
MIC9099XR60
MIC9099XR70
MIC9109-50
MIC9112-50
MIC9301-10
MIC9301-50
MIC9304-10
MIC9304-50
MIC9308-10
MIC9308-50
MIC9309-1B
MIC9309-10
MIC9309-5B
MIC9309-50
MIC9311-10
MIC9311-50
MIC9312-1B
26
3. TYPE No. CROSS INDEX
MFRS P &Line TYPE
MFRS Pa&Line TYPE No.
:~.;~
tlTT
INTG
ITTB
tlTT
INTG
ITTB
tlTT
INTG
ITTB
ITTB
ITTB
tlTT
INTG
tlTT
tlTT
INTG
tlTT
ITTB
ITTB
tlTT
INTG
ITTB
tlTT
INTG
ITTB
ITTB
ITTB
tlTT
INTG
ITTB
tlTT
INTG
ITTB
ITTB
ITTB
ITTB
ITTB
ITTB
ITTB
INTG
ITT
INTG
tlTTB
INTG
ITT
INTG
tlTTB
ITTB
ITTB
ITTB
ITTB
ITTB
ITTB
ITTB
ITTB
INTG
ITT
INTG
tlTTB
INTG
ITT
INTG
tlTTB
ITTB
ITTB
INTG
ITT
INTG
tlTTB
INTG
ITT
INTG
tlTTB
ITTB
ITTB
INTG
ITT
INTG
tlTTB
INTG
ITT
INTG
tlTTB
ITTB
ITTB
ITTB
ITTB
ITTB
ITTB
ITTB
ITTB
ITTB
ITTB
tlTT
ITTB
tlTT
ITTB
tlTT
ITTB
tlTT
ITTB
ITTB
ITTB
tlTT
tlTT
ITTB
tlTT
tlTT
ITTB
ITTB
ITTB
tlTT
14U' IU IMIC9312-1D
132- 77 MIC9312-5B
132- 78 MIC9312-5D
140- 71 MIC9316-1B
140- 72 MIC9316-1D
132 - 79 MIC9316-5B
132· 80 MIC9316-5D
98·108
99- 6
140- 73
140- 74
132 - 81
132 - 82
99 - 1
99· 7
140- 75
140- 76
MIC9322-10
MIC9322·50
MIC9601-1B
MIC9601-10
tlTT
MIC9601-5B
MIC9601-50
tlTT
MIC9602-10
MIC9602-50
MIC54104J
MIC54105J
132- 83
132- 84 MIC54107J
132132140140132132525252 52 5252 49-
27 MIC54109J
49 MIC54121J
77
78 MIC54122AJ
MIC54122J
85 MIC54123AJ
86 MIC54123J
MIC54124J
16 MIC54130J
54 MIC54131J
17 MIC54135J
55 MIC54137J
9 MIC54138J
43 MIC54139J
39 MIC54145J
49 - 40 MIC54150J
49 - 41 MIC54151J
49 - 42 MIC54153J
MIC54154J
49 - 43
49 - 44 MIC54155J
49 - 45
49 - 46 MIC54156J
49 - 47
49- 48 MIC54157J
49- 49 MIC54160J
49- 50 MIC54161J
49 - 51 MIC54162J
MIC54163J
49 - 52 MIC54174J
MIC54180J
49· 53
MIC54181J
49 - 54 MIC54182J
MIC54190J
49 - 55 MIC54191J
49 - 56 MIC54192J
49 - 57
MIC54193J
49 - 58
MIC64104J
49- 59
MIC64105J
49- 60
MIC64107J
49- 61
49- 62 MIC64109J
49- 63 MIC64121J
49- 64 MIC64122AJ
MIC64123AJ
49- 65 MIC64130J
MIC64131J
49- 66 MIC64135J
MIC64137J
49 - 67 MIC64138J
49 - 68 MIC64139J
49 - 69 MIC64141J
49 - 70 MIC64145J
49- 71
49- 72 MIC64150J
49- 73
49- 74 MIC64151J
185 - 97
185 - 98 MIC64153J
93- 81 MIC64154J
MIC64155J
93- 82
MIC64156J
181- 66
MIC64157J
181- 91 MIC64160J
MIC64161J
MIC64162J
~:: - 99
93 MIC64163J
61 MIC64174J
62 MIC64180J
W·
?4: - 79 MIC64181J
24: - 80 MIC64182J
MIC64190J
92- 99 MIC64191J
92·101 MIC64192J
242- 63
D.A. T.A.
MFRS Pa&Line TYPE No.
1242.64 1MI<';04llj;jJ
t:nB
242· 81 MIC74104J
tlTT
242·82
tlTT
MIC74104N
ITTB
tlTT
82· 1 MIC74105J
tlTT
82- 2
MIC74105N
ITTB
82- 12 MIC74107J
tlTT
82· 13
tlTT
MIC74107N
ITTB
ITTB 235· 81 MIC74109J
ITTB 235· 87 MIC74109N
tlTT
163·52 MIC74121J
INTG 163·53
MIC74121N
ITTB
tlTT
163· 54 MIC74122AJ
INTG 163· 55 MIC74122AN
MIC74122J
ITTB
ITTB 165· 28 MIC74122N
ITTB 165· 54 MIC74123AJ
INTG
63· 10 MIC74123AN
MIC74123J
tlTTB
63· 11 MIC74123N
INTG
MIC74124J
tlTTB
55· 71 MIC74124N
INTG
MIC74130J
tlTTB
ITTB
56·67 MIC74130N
INTG 166· 16 MIC74131J
MIC74131N
tlTTB
ITTB 163· 79 MIC74135J
tlTTB 163·80 MIC74135N
ITTB 163·81 MIC74137J
tlTTB 163· 82 MIC74137N
tlTTB 166· 17 MIC74138J
tlTTB 100· 29 MIC74138N
tlTTB 100· 30 MIC74139J
tlTTB 190· 37 MIC74139N
tlTTB 190· 38 MIC74141J
tlTTB 112·108 MIC74141N
tlTTB 113· 1 MIC74145J
91·79
INTG
MIC74145N
tlTTB
INTG 238· 52 MIC74150J
tlTTB
INTG 238· 53 MIC74150N
MIC74151J
tlTTB
tlTTB 238· 54
INTG
89- 31 MIC74151N
MIC74153J
tlTTB
89- 32 MIC74153N
INTG
MIC74154J
tlTTB
INTG
89- 33
MIC74154N
tlTTB
tlTTB 238 - 55 MIC74155J
tlTTB
74·92
tlTTB
80- 56 MIC74155N
tlTTB
74 - 93 MIC74156J
tlTTB
80- 57
ITTB
68 - 77 MIC74156N
INTG 247 - 89 MIC74157J
MIC74157N
tlTTB
ITTB 245 - 43 MIC74160J
ITTB 252 - 68 MIC74160N
ITTB
74 - 94 MIC74161J
ITTB
80- 58 MIC74161N
75 - 65 MIC74162J
INTG
MIC74162N
tlTTB
81 - 47 MIC74163J
INTG
MIC74163N
tlTTB
62· 88 MIC74180J
INTG
tlTTB
INTG
62·89 MIC74180N
MIC74181J
tlTTB
INTG
55 - 72 MIC74181N
MIC74182J
tlTTB
ITTB
56 - 68 MIC74182N
INTG 166- 18 MIC74190J
MIC74190N
tlTTB
ITTB 163 - 83 MIC74191J
ITTB 163 - 84 MIC74191N
tlTTB 100- 31 MIC74192J
tlTTB 100- 32
tlTTB 186 - 12 MIC74192N
tlTTB ,186 - 13 MIC74193J
tlTTB 1113- 2
tlTTB 1113 - 3 MIC74193N
ITTB
91- 80 MIS8
91 - 81 MLA4
INTG
MLCI
tlTTB
INTG 238 - 56 MLC2
MLC3
tlTTB
INTG 238 - 57 MLC4
MM8
tlTTB
tlTTB 238 - 58 MM16
tlTTB
88 - 37 MM54COOO
89 - 34 MM54C020
INTG
MM54C040
tlTTB
89 - 35 MM54C080
INTG
MM54Cl00
tlTTB
tlTTB 238 - 59 MM54C14D
74 - 4 MM54C200
ITTB
ITTB
79 - 75 MM54C300
ITTB
74 - 95 MM54C32D
ITTB
80- 59 MM54C42D
ITTB
68 - 78 MM54C480
INTG 247 - 90 MM54C730
MM54C740
tlTTB
ITTB 245 - 44 MM54C760
MM54C830
252
69
ITTB
74 - 96 MM54C850
ITTB
80- 60 MM54C860
ITTB
75 - 66 MM54Cl070
INTG
MM54C1510
tlTTB
",-Registered with JEDEC
by this manufacturer
t:~';~
H - 4H
No.
!~~~:g~~;g
63- 12 MM54C160D
INTG
MM54C161D
tlTTB
tlTTB
63- 13 MM54C162D
63- 14 MM54C163D
INTG
MM54C1920
tlTTB
63 - 15 MM54C193D
tlTTB
INTG
55 - 73 MM54C221D
MM54C9010
tlTTB
55 - 74 MM54C9020
tlTTB
56 - 69 MM54C9030
ITTB
56- 70 MM54C9040
ITTB
INTG 166- 19 MM54C9060
MM54C9070
tlTTB
tlTTB 166- 20 MM54C9080
ITTB 163 - 85 MM70C95D
ITTB 163- 86 MM70C97D
tlTTB 163 - 87 MM74COON
tlTTB 163- 68
ITTB 163 - 88 MM74C02N
ITTB 163- 89
tlTTB 133- 90 MM74C04N
tlTTB 163· 91
tlTTB 166· 21 MM74C08N
tlTTB 166- 22 MM74Cl0N
tlTTB 100· 33
tlTTB 100· 34 MM74C14N
tlTTB 100- 35 MM74C20N
tlTTB 100· 36
tlTTB 190· 39 MM74C30N
tlTTB 190- 40 MM74C32N
tlTTB 190- 41 MM74C42N
tlTTB 190· 42
tlTTB 113· 4 MM74C48N
tlTTB 113· 5 MM74C73N
tlTTB 113· 6
tlTTB 113· 7 MM74C74N
ITTB
91· 82
ITTB
91· 83 MM74C76N
91· 84
INTG
MM74C83N
tlTTB
tlTTB
91 - 85 MM74C85N
INTG 238· 60 MM74C86N
MM74Cl07N
tlTTB
tlTTB 238- 61
INTG 238- 62 MM74C151N
tlTTB
tlTTB 238- 63 MM74C154N
tlTTB 238 - 64
tlTTB 239- 1 MM74C157N
89- 36
INTG
MM74C160N
tlTTB
tlTTB I 89· 37
INTG I 89· 38 MM74C161N
tlTTB
tlTTB
89· 39 MM74C162N
89· 40
INTG
MM74C163N
tlTTB
89- 41
tlTTB
tlTTB 239· 2 MM74C192N
tlTTB 239 - 3
74· 97 MM74C193N
tlTTB
74 - 98
tlTTB
80- 61 MM74C221N
tlTTB
80- 62 MM74C901N
tlTTB
75- 1 MM74C902N
tlTTB
75 - 2 MM74C903N
tlTTB
80- 63 MM74C904N
tlTTB
80- 64 MM74C906N
tlTTB
INTG 247 - 91 MM74C907N
MM74C908N
tlTTB
tlTTB 247 - 92 MM80C95N
ITTB 245 - 45 MM80C97N
ITTB 245 - 46 MM410
ITTB 252- 70 MM450H
ITTB 252- 71 MM450TW
ITTB
75 - 3 MM451H
75 - 4 MM451TW
ITTB
80- 65 MM4520
ITTB
80- 66 MM452F
ITTB
INTG
75 - 67 MM452FO
MM454F
tlTTB
75 - 68 MM455H
tlTTB
81- 49 MM455TW
INTG
MM480
+ITTB
81- 50 MM481
tlTTB
tWLO 196 - 49 MM482
tWLO 173 - 91 MM483
197 - 4 MM510
tRTN
196- 28 MM550H
tRTN
19639 MM550TW
tRTN
196- 52 MM551H
tRTN
24197 MM551TW
tOTL
243 - 83 MM5520
tOTL
125- 1 MM552F
tNSC
tNSC
115 - 78 MM552FO
193-106 MM554F
tNSC
98 - 4 MM555H
tNSC
125- 2 MM555TW
tNSC
197 - 62 MM580
tNSC
125 - 3 MM581
tNSC
tNSC
125 - 4 MM582
112- 1 MM583
tNSC
90- 40 MM4015
tNSC
92 -107 MM45040
tNSC
48 - 13 MM4504F
tNSC
67 - 6 MM4601AD
tNSC
48 - 14 MM4602AD
tNSC
182- 25 MM4602AF
tNSC
tNSC 247 - 17 MM4607AD
154-100 MM4609AD
tNSC
48 - 15 MM4609AF
tNSC
tNSC 243 - 62 MM4610AD
IN TYPE NUMBER SEQUENCE
MFRS Pa&Line TYPE No.
:~~~ Im:~~ r:~:~1~!6
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
HSC
tNSC
HSC
tNSC
HSC
tNSC
tNSC
HSC
tNSC
tNSC
HSC
tNSC
tNSC
tNSC
HSC
tNSC
tNSC
HSC
tNSC
HSC
tNSC
HSC
tNSC
tNSC
tNSC
tNSC
HSC
tNSC
HSC
tNSC
HSC
tNSC
HSC
tNSC
HSC
tNSC
HSC
tNSC
HSC
tNSC
HSC
tNSC
HSC
tNSC
HSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tlNL
tNSC
tlNL
tNSC
tNSC
tlNL
tNSC
tNSC
tlNL
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tlNL
tNSC
tlNL
tNSC
tNSC
tlNL
tNSC
tNSC
tlNL
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
83- 86
77·91
83· 87
77- 92
83· 90
77- 95
167·36
193-107
193-108
193-109
193·110
194- 1
194- 2
226- 70
194· 3
194- 4
125· 5
115· 79
194- 5
98- 5
125- 6
197- 63
125 - 7
125 - 8
112- 2
90- 41
92-108
48- 16
67 - 7
48· 17
182· 26
247 - 18
154-101
48- 18
244- 7
244- 8
244- 9
83 - 88
77- 93
83· 89
77·94
83- 91
77- 96
167·37
194· 6
194- 7
194- 8
194 - 9
194- 10
194 - 11
226- 71
194- 12
194· 13
203- 80
205 -100
206- 50
205-101
206- 51
205 -102
205 ·103
206· 52
235· 28
205 ·104
206 - 53
122- 98
157 - 34
244 - 43
62- 33
203- 81
205-105
206· 54
205-106
206· 55
205 -107
205 -108
206 - 56
235 - 29
205 -109
206- 57
122- 99
157 - 35
244- 44
62- 34
203- 77
253 - 67
253 - 68
122- 96
116- 11
116 - 12
232 - 72
194- 33
194- 34
196- 56
+-Copy of mfr's data sheet
may be ordered from D.A.T.A.
MM4611AF
MM4612AD
MM4612AF
MM4613AO
MM4613AF
MM4616AO
MM4617AO
MM4617AF
MM4619AO
MM4619AF
MM4620AO
MM4620AF
MM4622AO
MM4622AF
MM4623AO
MM4623AF
MM4624AO
MM4624AF
MM4625AO
MM4625AF
MM4627AO
MM4627AF
MM4630AO
MM4630AF
MM4649AO
MM4649AF
MM4650AO
MM4650AF
MM5015
MM5307AAO
MM5307AAN
MM5309N
MM53110
MM5311N
MM53120
MM5312N
MM53130
MM5313N
MM53140
MM5314N
MM5315N
MM53160
MM5316N
MM53700
MM5370N
MM53710
MM5371N
MM5375AAN
MM5375ABN
MM5375ACN
MM5375AON
MM5375AEN
MM55040
MM5504F
MM5554N
MM5555N
MM5556N
MM5601AN
MM5602AN
MM5607AN
MM5609AN
MM5610AN
MM5611AN
MM5612AN
MM5613AN
MM5616AN
MM5617AN
MM5619AN
MM5620AN
MM5622AN
MM5623AN
MM5624AN
MM5625AN
MM5627AN
MM5630AN
MM5649AN
MM5650AN
MM5725N
MM5736N
MM5738N
MM5739N
MM14511AO
MM14511CN
MM54284
MM54284J
MM54284N
MM54285
MM54285J
MM54285N
MM74284
MM74284J
MM74284N
MM74285
MM74285J
MM74285N
MM08
MMH0026CG
MMH0026CL
MMH0026CPl
MMH0026G
MMH0026L
MMUXI
MMUX3
MMV16
MMV1!Z1
MMV2
MN115
MN116
MN204
MN301
MFRS pg&Line
:~~g .~~~: ~~
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tMMI
tMMI
tMMI
tMMI
tMMI
tMMI
tMMI
tMMI
tMMI
tMMI
tMMI
+MMI
tOTL
tMOTA
tAMV
tMOTA
tMOTA
tMOTA
tAMV
tMOTA
tOOC
+DOC
tRTN
+WLO
tWLO
MATJ
MATJ
tMNC
tMNC
125- 30
125- 31
125 - 32
67· 17
67· 18
205 - 75
83· 98
83· 99
102- 79
102- 80
78- e
78 - 9
83-100
83-101
125- 33
125 - 34
78- 11
78- 12
116- 13
116- 14
48 - 26
48- 27
154-105
154-106
194- 35
194- 36
194- 37
194- 38
203 - 78
246- 12
246- 13
254-107
254-108
254-109
254-110
255- 1
255- 2
255- 3
255- 4
255 - 5
255 - 6
254 - 95
254 - 96
254 - 98
254 - 99
254-100
254-101
254 -102
254 -103
254 -104
254 -105
254-106
253- 69
253- 70
204- 11
204- 9
204- 10
122· 97
116 - 15
232 - 73
194- 39
196- 58
125 - 35
125- 36
67- 19
205· 76
83-102
102- 81
78- 10
83-103
125 - 37
78- 13
116· 16
48· 28
154-107
194- 40
194- 41
244 - 82
246- 14
246- 15
246- 16
250- 70
250- 71
234· 10
234- 11
234- 12
234- 13
234- 14
234- 15
234- 16
234 - 17
234 - 18
234 - 19
234- 20
234- 21
243- 84
225 - 83
225 - 84
225 - 85
225 - 86
225 - 87
234234717171205 205 226173 -
94
95
52
53
54
22
23
73
96
26
TYPE No.
1~~~~2
MN302H
MN303
MN303H
MN304
MN306
MN307
MN308
MN308H
MN309
MN309H
MN310
MN310R
MN311
MN312
MN316
MN319
MN321
MN325
MN328
MN328B
MN329
MN329R
MN333
MN343
MN343H
MN350
MN350H
MN351
MN351H
MN352
MN352H
MN360
MN360H
MN362
MN362H
MN364
MN364H
MN370
MN370H
MN371
MN371H
MN380
MN410
MN410H
MN411
MN411H
MN412
MN412H
MN413
MN413H
MN415
MN415H
MN416
MN416H
MN417
MN417H
MN502
MN502H
MN503
MN503H
MN504
MN504H
MN507
MN507H
MN508
MN508H
MN509
MN509H
MN510
MN510H
MN511
MN511H
MN515
MN515H
MN516
MN516H
MN517
MN517H
MN3000
MN3000H
MN3001
MN3001H
MN3002
MN3002H
MN3003
MN3003H
MN3004
MN3004H
MN3005
MN3005H
MN3006
MN3006H
MN3007
MN3007H
MN3008
MN3008H
MN3200
MN3201
MN3202
MN3850
MN3850E
MN3850H
MN3860
MN3860E
MN3860H
MN5060
MN5060H
MN5065
MN5065H
MN5066
MN5066H
MN5100
27
3. TYPE
No. CROSS INDEX
MFRS Pa&Line TYPE
MFRS Pn&Line TYPE No.
MFRS Pa&Line TYPE No.
:~~g Im:~~ ~~~ l~gH
+MNC
+MNC
+MNC
+MNC
+MNC
+MNC
+MNC
+MNC
+MNC
+MNC
+MNC
+MNC
+MNC
.MNC
+MNC
+MNC
+MNC
+MNC
tMNC
+MNC
tMNC
tMNC
tMNC
tMNC
+MNC
+MNC
+,MNC
+MNC
+MNC
+MNC
+MNC
tMNC
+MNC
+MNC
+MNC
+MNC
+MNC
+MNC
+MNC
+MNC
+MNC
tMNC
+MNC
+MNC
+MNC
+MNC
+MNC
tMNC
+MNC
tMNC
+MNC
+MNC
+MNC
tMNC
+MNC
tMNC
+MNC
+MNC
+MNC
+MNC
MNC
MNC
MNC
MNC
MNC
MNC
MNC
MNC
MNC
MNC
MNC
MNC
+MNC
+MNC
+MNC
+MNC
+MNC
+MNC
+MNC
+MNC
+MNC
+MNC
+MNC
+MNC
+MNC
+MNC
+MNC
+MNC
+MNC
+MNC
+MNC
+MNC
+MNC
+MNC
+MNC
+MNC
tMNC
+MNC
+MNC
+MNC
+MNC
+MNC
+MNC
+MNC
+MNC
+MNC
+MNC
+MNC
+MNC
+MNC
+MNC
+MNC
178- 23
177- 83
177- 84
230- 50
175· 94
175- 95
175-96
175-97
175- 98
175- 99
175-100
175 -101
179- 3
i79 - 4
175 -102
175-103
175-104
175-105
175 -106
175 -107
175 -108
175 ·109
175 -110
251-106
251 -107
202-85
202- 86
202-87
202- 88
202- 89
202- 90
178-34
178-35
178-36
178-37
178-38
178-39
176- 1
176- 2
176- 3
176- 4
178-91
178-92
178-93
173- 22
173- 23
178- 94
178· 95
178-96
1178. 97
178- 40
178- 41
178- 24
178- 25
178· 42
178- 43
172· 14
172- 15
172- 16
172- 17
172- 18
172- 19
172- 20
172- 21
172-22
172· 23
172- 24
172- 25
172- 26
172- 27
172- 28
172- 29
169- 83
169- 84
169· 85
'169- ,86
169- 87
169- 88
176- 5
176- 6
176- 7
: 176· 8
176- 9
176- 10
176· 11
176· 12
176· 13
176· 14
1176· 15
1176- 16
1176- 17
176- 18
176· 19
176· 20
173·100
173·101
176· 21
176· 22
176· 23
176· 24
176- 25
176- 26
174- 7
174· 8
174· 9
172- 58
172- 59
172- 66
172- 67
172- 68
172- 69
169- 91
MN5121
MN5122
MN5123
MN5200
MN5200H
MN5201
MN5201H
MN5202
MN5202H
MN5203
MN5203H
MN5204
MN5204H
MN0205
MN5205H
MN5206
MN5206H
MN5210
MN5210H
MN5211
MN5211H
MN5212
MN5212H
MN5213
MN5213H
MN5214
MN5214H
MN5215
MN5215H
MN5216
MN5216H
MN5250
MN5250H
MNA7000
MNG2
MNG6
MNG8
MNG9
MNG10
MNG12
MNR12
MOA2
MOA4
MOF2
MOF4
MOR12
MOSl
MOS6P
MOS10N
MOS10P
MPC2B
MPC2D
MPC8D
MPC16S
MPG8
MPG8A
MPM-8S
MP01000
MP01000N
MP01050
MP01500
MP01500N
MP02369
MP03303
MP03467
MP03546
MP03725
MP03725A
MP03762
MP04003
MP04004
MP06842
MPX8A
M0982
M02369
M06100
MRC1B
MRC1D
MRRl
MS504#1
MS504#2
MS504#3
MS504#4
MSC2B
MSC2D
MSHl
MSM500
MSM502
MSM505
MSM506
MSM507
MSM508
MSM509
MSM510
MSM512
MSM514
MSM530
MSM531
MSM551
MSM552
MSM561
MSM580
MSM581
MSM582
MSM591
MSM5500
MSM5502
MSM5503
MSM5504
MSM5505
MSM5506
MSM5507
D.A. T.A.
:~~g m:~~ ~~~~~g~
+MNC 170- 79
+MNC 170- 80
+MNC 170- 81
+MNC 170- 41
+MNC 170- 42
+MNC 170- 43
+MNC 170- 44
+MNC 170- 45
+MNC 170- 46
+MNC 170- 47
+MNC 170- 48
+MNC 170- 49
+MNC I~Z~' ~~
.MNC
0 I
+MNC 170- 52
+MNC 169- 36
+MNC 169- 37
+MNC 170· 64
+MNC 1170.65
tMNC 170- 66
tMNC 170- 67
+MNC 1170. 68
+MNC 170- 69
+MNC 170- 70
+MNC ,170- 71
+MNC 1170- 72
+MNC 1170- 73
+MNC 1170. 74
+MNC 1170. 75
tMNC 169- 79
tMNC ,169- 80
+MNC 1168' 62
+MNC 168- 63
+MNC 254- 37
+WlD
+WlD
+WlD 1129.104
tWlD 129-109
tWlD 1129-105
tWLD : 129-106
tWlD "17 ·103
+WlD 1164. 23
+WlD i 164- 24
+WlD 163- 6
tWlD i 163- 7
tWlD 1112.64
tRTN 1163. 22
tWlD 196· 51
+WlD 196· 48
+WLD 196- 50
+WLD
77- 59
73- 1
tWlD
tBUB 243· 81
+BUB ,243- 82
+WLD 130- 1
tWLD 130· 2
+BUB 239- 4
+MOTA 201- 64
+MOTA 201- 65
+MOTA 233- 45
+MOTA 201- 62
+MOTA 201- 63
+MOTA 233- 13
+MOTA 233- 1
+MOTA 233- 50
tMOTA 232-103
+MOTA 233- 54
+MOTA 233- 71
+MOTAI233- 61
+MOTA 233· 55
+MOTA 233· 72
+MOTA 233· 40
+ANA 242- 65
+MOTA 233- 73
+MOTA 233- 15
+MOTA I 233- 66
+WlD I 83· 53
+WLD
77-37
+RTN
201-91
+RAG 244- 54
+RAG 244- 55
+RAG 244- 56
tRAG
244· 57
+WLD
79- 56
73- 79
+WLD
+RTN
251- 89
+OKIJ 125- 9
+OKIJ 125- 10
+OKIJ 115- 80
+OKIJ 115- 81
+OKIJ 1115. 82
+OKIJ 194· 20
+OKIJ '194- 21
+OKIJ 102- 76
+OKIJ 102- 77
+OKIJ 102- 78
+OKIJ
67· 8
+OKIJ
48- 19
+OKIJ
85-21
+OKIJ 200- 92
+OKIJ 200- 93
+OKIJ 182- 27
+OKIJ 154 -102
+OKIJ 247- 19
+OKIJ 211-107
+OKIJ 200- 96
+OKIJ 200- 97
73- 4
+OKIJ
+OKIJ
77- 97
+OKIJ
73- 5
+OKIJ 234- 54
+OKIJ
77- 98
II/V.
im:18~
MSM5521
MSM5522
MSM5535
MSM5536
MSM5538
MSM5562
MSM5562A
MSM5563
MSM5563A
MSM5564
MSM5564A
MSM5570
MSM5570A
IVI;)IVIOO I
I
MSM5571A
MSM5572
MSM5572A
MSM5573
MSM5573A
MSM5574
MSM5574A
MSM5576
MSM5576A
MSM5577
MSM5577A
MSSHOl
MSSH02
MSSH05
MSTl
MST2
MTG4
MTG20
MU6-2281
MU6-8572
MUX201
MUX201MIL
MX02D
MX03C
MX04C
MX52D
MX53C
MX53L
MX54C
MX55C
N8H16A
N8H16F
N8H 16J
N8H200
N8H21A
N8H21F
N8H210
N8H22B
N8H22E
N8H70A
N8H70J
N8H80A
N8H80J
N8H90A
N8H90F
N8H90J
N8T01B
N8T01E
N8T04B
N8T04F
N8T04W
N8T05B
N8T05F
N8T05W
N8T06B
N8T06F
N8T06W
N8T09A
N8T09F
N8T09W
N8T10B
N8T10F
N8T10W
N8T13B
N8T13F
N8T13W
N8T14B
N8T14F
N8T14W
N8T15A
N8T15F
N8T16A
N8T16F
N8T18A
N8T18F
N8T18W
N8T20B
N8T20F
N8T22A
N8T22F
N8T23B
N8T23F
N8T23W
N8T24B
N8T24F
N8T24W
N8T25V
N8T26B
N8T26F
L',.Registered with JEDEC
by this manufacturer
:g~:j
+OKIJ
+OKIJ
+OKIJ
+OKIJ
+OKIJ
+OKIJ
+OKIJ
+OKIJ
+OKIJ
+OKIJ
+OKIJ
+OKIJ
+OKIJ
.OKIJ
+OKIJ
+OKIJ
+OKIJ
+OKIJ
+OKIJ
+OKIJ
+OKIJ
+OKIJ
+OKIJ
tOKIJ
+OKIJ
tDDC
+DDC
+DDC
tRTN
tWlD
RTN
RTN
+GIC
tGIC
tHBC
tHBC
tAMI
+AMI
tAMI
+AMI
+AMI
tAMI
+AMI
+AMI
tSIC
SIC
tSIC
SIC
SIC
SIC
SIC
SIC
SIC
+SIC
+SIC
+SIC
+SIC
+SIC
SIC
+SIC
SIC
SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+FSC
+SIC
FSC
+SIC
+SIC
FSC
+SIC
FSC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+FSC
+SIC
FSC
tSIC
+SIC
+FSC
+SIC
FSC
tSIC
+SIC
AMV
+SIC
AMV
+SIC
No.
IN8T30A
1201 : ~5 N8T30F
200- 94 N8T34A
200- 95 N8T37A
73- 6 N8T38B
87- 25 N8T38F
77-100 N8T51B
, 77- 79 N8T54B
77- 69 N8T59F
77- 80 N8T71 B
77- 70 N8T74B
77- 81 N8T75B
77- 71 N8T79F
77-82 N8T80A
77-72 N8T80F
77 - 33 1'.0 I OVVY
77- 73 N8T90A
77- 84 N8T90F
77- 74 N8T90W
77-85 N8T93A
77- 75 N8T93F
77- 86 N8T94A
77- 76 N8T94F
77- 87 N8T95B
77-77 N8T95F
77-88 N8T96B
77-78 N8T96F
251- 80 N8T97B
251- 81 N8T97F
251- 82 N8T98B
198- 85 N8T98F
198-61 N8T363A
98- 1 N8T380A
, 98- 2 N74HOOA
'234-96 N74HOOF
243- 57 N74H01A
234 -104 N74H01F
234-105 N74H04A
234- 97 N74H04F
234- 98 N74H05A
254- 2 N74H05F
234- 99 N74H08A
234 -100 N74H08F
157- 78 N74Hl0A
212- 38 N74Hl0F
212- 25 N74Hl1A
153- 56 N74HllF
153- 57 N74H20A
153- 58 N74H20F
60- 10 N74H21A
60- 11 N74H21F
60- 12 N74H22A
60- 13 N74H22F
60· 14 N74H30A
60- 15 N74H30F
153- 59 N74H30W
153- 60 N74H40A
153- 61 N74H40F
153- 62 N74H50A
193- 34 N74H50F
193- 35 N74H51A
'193- 36 N74H51F
I 88.30 N74H52A
,
88· 31 N74H52F
95- 8 N74H53A
95- 9 N74H53F
95- 10 N74H54A
95- 11 N74H54F
95· 12 N74H55A
95- 13 N74H55F
95· 14 N74H60A
95- 15 N74H60F
I 95· 16 N74H61A
N74H61F
219- 22 N74H62A
219- 23 N74H62F
69- 97 N74H71A
69· 98 N74H71F
I21969- 99 N74H72A
9 N74H72F
N74H73A
1219' 10 N74H73F
N74H74A
219- 11 N74H74F
223-90 N74H76B
N74Hl01A
223- 91 N74Hl01F
N74Hl02A
223- 92 N74Hl02F
219-100 N74Hl03A
219-101 N74Hl03F
223- 93 N74Hl06B
223· 94 N74Hl06F
184-46 N74Hl08A
184-47 N74H108F
184- 48 N74LSOOA
166- 95 N74lS00F
167- 1 N74lS01A
166- 77 N74LSOl F
166- 78 N74LS02A
219-59 N74lS02F
N74LS03A
219- 60 N74lS03F
N74lS04A
219- 61 N74LS04F
224-31 N74LS05A
N74lS05F
223- 95 N74lS08A
224- 32 N74lS08F
184- 52 N74lS09A
219- 2 N74LS09F
N74LS10A
219- 3 N74LS10F
N74LS11A
I"'"
IN TYPE NUMBER SEQUENCE
MFRS Po&Line TYPE No.
+SlCf19. 88
+SIC
219- 89
:~:g
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
~S:C
+SIC
tSIC
tSIC
tSIC
tSIC
tSIC
tSIC
tSIC
tSIC
tSIC
+SIC
+SIC
+SIC
tSIC
+SIC
tSIC
+SIC
+SIC
+SIC
SIC
tSIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
tSIC
+SIC
tSIC
+SIC
+SIC
+SIC
+SIC
+SIC
tSIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
tSIC
+SIC
+SIC
tSIC
tSIC
+SIC
+SIC
tSIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
tSIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
tSIC
+SIC
:m: ~~
'219- 37
:219· 38
95- 17
95- 18
95- 19
95- 20
95· 21
95- 22
95· 23
183· 21
183· 22
183- 23
183- 24
183· 25
183· 26
184· 45
184· 42
183· 12
183· 13
215-104
215 -105
190· 43
190· 44
215·106
215·107
190· 45
190· 46
184· 40
223· 36
140- 79
140- 80
140· 81
140· 82
190· 47
190· 48
190· 49
190· 50
100· 37
100· 38
140· 83
140· 84
100· 39
100· 40
140· 85
140· 86
100- 41
100· 42
140· 87
140· 88
140- 89
140· 90
140· 91
140· 92
140· 93
107· 53
107· 54
107- 55
107· 56
103· 41
103- 42
107· 57
107· 58
107· 59
107- 60
107· 61
107- 62
159- 67
159- 68
159- 69
159- 70
159- 71
159- 72
56- 71
56- 72
56- 73
56- 74
56- 75
56- 76
69- 30
69· 31
56- 77
57- 96
57- 97
57· 98
57- 99
57-100
57-101
58- 1
58- 2
58- 3
58- 4
140- 94
140- 95
140- 96
140- 97
121- 26
121- 27
140- 98
140- 99
190- 51
190- 52
190- 53
190- 54
100- 43
100- 44
100- 45
100- 46
1140.100
1
i
168: 2;
• -Copy of mfr's data sheet
may be ordered from D.A.T.A.
~~m1J~
N74LS15F
N74LS20A
N74LS20F
N74LS21A
N74LS21F
N74LS22A
N74LS22F
N74LS27A
N74LS27F
N74LS30A
N74LS30F
N74LS32A
N74LS32F
N74LS51A
N74LS51F
N74LS54A
N74LS54F
N74LS55A
N74LS55F
N74LS73A
N74LS73F
N74LS74A
N74LS74F
N74LS76B
N74LS76F
N74LS78A
N74LS78F
N74LS107A
N74LS107F
N74lS109B
N74lS109F
N74LS112B
N74LSl12F
N74LS113A
N74LS113F
N74LS114A
N74LSl14F
N74lS138B
N74lS138F
N74lS139B
N74lS139F
N74LS151B
N74LS151F
N74LS153B
N74LS 153F
N74lS181F
N74lS181N
N74lS196A
N74lS196F
N74lS197A
N74LS197F
N74LS251B
N74LS251F
N74lS253B
N74LS253F
N74lS260A
N74lS260F
N74lS261B
N74lS261F
N74S00A
N74S00F
N74S02A
N74S02F
N74S03A
N74S03F
N74S04A
N74S04F
N74S04W
N74S05A
N74S05F
N74S05W
N74S08A
N74S08F
N74S09A
N74S09F
N74S10A
N74S10F
N74S11A
N74S11F
N74S15A
N74S15F
N74S20A
N74S20F
N74S22A
N74S22F
N74S37A
N74S37F
N74S38A
N74S38F
N74S40A
N74S40F
N74S51A
N74S51F
N74S64A
N74S64F
N74S65A
N74S65F
N74S74A
N74S74F
N74S85B
N74S85F
N74S86A
N74S86F
N74S86W
N74S112B
N74S112F
N74S113A
N74S113F
N74S114A
N74S114F
N74S133B
N74S133F
MFRS Pg&Line
188: :~
:~:g
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
.elr
+SIC
+SIC
tSIC
+SIC
+SIC
+SIC
+SIC
+SIC
tSIC
+SIC
+SIC
tSIC
tSIC
tSIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
tSIC
tSIC
tSIC
tSIC
tSIC
tSIC
+SIC
tSIC
tSIC
tSIC
tSIC
tSIC
tSIC
tSIC
+SIC
+SIC
+SIC
tSIC
tSIC
tSIC
+SIC
tSIC
tSIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
tSIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
tSIC
+SIC
tSIC
+SIC
+SIC
tSIC
+SIC
+SIC
+SIC
+SIC
tSIC
+SIC
+SIC
+SIC
+SIC
tSIC
+SIC
+SIC
tSIC
+SIC
+S!C
tSIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
100- 50
140-102
140-103
100- 51
100- 52
140-104
140-105
121- 28
121- 29
140-106
140-107
113- 8
113- 9
107 €3
107- 64
107- 65
107- 66
107- 67
107- 68
57· 13
57- 14
I 68-79
68- 80
57- 15
16
I 5757- 17
57- 18
57- 19
57-20
56- 78
56- 79
57-21
57-22
57-23
57-24
57-25
i 57-26
97-69
II 97-70
97- 15
I 97- 16
239
1
. 5
239- 6
!239. 7
239- 8
245- 47
245- 48
82- 71
82- 72
82- 73
82- 74
239- 9
1239. 10
,239- 11
239- 12
121- 30
121- 31
234- 22
234- 23
140-108
140·109
121- 32
121- 33
140-110
141- 1
190- 55
190- 56
190- 57
190- 58
190- 59
190- 60
100- 53
100- 54
100- 55
100- 56
141- 2
141- 3
100- 57
100- 58
100- 59
100- 60
141- 4
141- 5
141- 6
141- 7
141- 8
141- 9
141- 10
141- 11
141- 12
141- 13
103- 43
103- 44
103-45
103- 46
103- 47
103- 48
69- 62
69- 63
246· 77
246· 78
157- 45
157- 46
157· 47
58· 97
58- 98
58-99
i
i
I
~~:18~
58-102
141- 14
141- 15
27
TYPE No.
I~~:~m~
N74S134F
N74S134W
N74S135B
N74S135F
N74S135W
N74S138B
N74S138F
N74S138W
N74S139B
N74S139F
N74S139W
N74S140A
N74S140F
N74S151B
N74S151F
N74S151W
N74S153B
N74S153F
N74S153W
N74S157B
N74S157F
N74S157W
N74S158B
N74S158F
N74S158W
N74S181F
N74S181N
N74S181Q
N74S196A
N74S196F
N74S197A
N74S197F
N74S251B
N74S251F
N74S251W
N74S253B
N74S253F
N74S253W
N74S257B
N74S257F
N74S257W
N74S258B
N74S258F
N74S258W
N74S260A
N74S260F
N75S107A
N75S107F
N75S108A
N75S108F
N75S207A
N75S207F
N75S208A
N75S208F
N82S62A
N82S62F
N82S90A
N82S90F
N82S91A
N82S91F
Nl004A
Nl005A
Nl006A
Nl0l0A
Nl0llA
Nl012A
Nl013A
Nl014A
Nl015A
Nl016A
Nl017A
Nl024A
Nl025A
Nl027A
Nl033A
Nl039B
Nl068B
N7400A
N7400F
N7401A
N7401F
N7402A
N7402F
N7403A
N7403F
N7404A
N7404F
N7405A
N7405F
N7406A
N7406F
N7407A
N7407F
N7408A
N7408F
N7409A
N7409F
N7410A
N7410F
N7411A
N7411F
N7413A
N7413F
N7414A
N7414F
N7414W
N7416A
N7416F
N7417A
N7417F
N7420A
N7420F
28
:~:g
I~:~: ~~
~~m~
+SIC
1141-18 N7426A
+SIC
141- 19 N7426F
157· 48 N7427A
+SIC
157· 49 N7427F
+SIC
157· 50 N7430A
+SIC
97· 71 N7430F
+SIC
97·72 N7432A
+SIC
97· 73 N7432F
+SIC
97· 17 N7437A
+SIC
97- 18 N7437F
+SIC
97·
19 N7437W
+SIC
141- 20 N7438A
+SIC
N7438F
141·
21
+SIC
239- 13 N7439A
+SIC
239· 14 N7439F
+SIC
239- 15 N7440A
+SIC
239- 16 N7440F
+SIC
239- 17 N7441B
+SIC
239- 18 N7442B
+SIC
239 - 19 N7443B
+SIC
239 - 20 N7444B
+SIC
239- 21 N7444F
+SIC
239 - 22 N7445B
+SIC
239 - 23 N7446B
+SIC
239 - 24 N7447B
+SIC
245 - 49 N7448B
+SIC
245 - 50 N7450A
+SIC
245 - 51 N7450F
+SIC
76- 67 N7451A
+SIC
76- 68 N7451F
+SIC
+SIC
82 - 43 N7453A
82 - 44 N7453F
+SIC
239 - 25 N7454A
+SIC
239 - 26 N7454F
+SIC
239 - 27 N7460A
+SIC
239 - 28 N7460F
+SIC
239 - 29 N7470A
+SIC
239 - 30 N7470F
+SIC
239 - 31 N7472A
+SIC
239 - 32 N7472F
+SIC
239 - 33 N7473A
+SIC
239 - 34 N7473F
+SIC
+SIC
'239 - 35 N7474A
1239 - 36 N7474F
+SIC
121 - 34 N7476B
+SIC
121- 35 N7476F
+SIC
224- 2 N7480A
+SIC
224 - 3 N7480F
+SIC
220 - 42 N7483B
+SIC
220 - 43 N7483F
+SIC
215 - 39 N7485B
+SIC
215- 40 N7485F
+SIC
212- 80 N7486A
+SIC
212- 81 N7486F
+SIC
+AMV 247 - 93 N7490A
+AMV 247 - 94 N7490F
76- 76 N7492A
+SIC
76- 77 N7492F
+SIC
82- 66 N7493A
+SIC
+SIC
82 - 67 N7493F
122-106 N7520B
SIC
122-107 N7521B
SIC
122-108 N7522B
SIC
122-104 N7523B
SIC
122-105 N7524B
SIC
131- 35 N7525B
SIC
51- 19 N8162A
SIC
64-100 N8162F
SIC
64-101 N8162J
SIC
64-102 N8230B
SIC
195-105 N8230E
SIC
122-109 N8230R
SIC
202 - 47 N8231B
SIC
51- 18 N8231E
SIC
64-103 N8231R
SIC
195-106 N8232B
SIC
195 -107 N8232E
SIC
141- 22 N8232R
+SIC
141- 23 N8233B
+SIC
141- 24 N8233E
+SIC
141 - 25 N8233R
+SIC
12136 N8234B
+SIC
121- 37 N8234E
+SIC
14126 N8234R
+SIC
141- 27 N8235B
+SIC
190- 61 N8235E
+SIC
190- 62 N8235R
+SIC
190- 63 N8241A
+SIC
190- 64 N8241F
+SIC
190- 65 N8241Q
+SIC
190- 66 N8242A
+SIC
190- 67 N8242F
+SIC
190- 68 N8242Q
+SIC
100- 61 N8243N
+SIC
100- 62 N8243P
+SIC
100- 63 N8243Y
+SIC
100- 64 N8250A
+SIC
141- 28 N8250F
+SIC
141- 29 N8250J
+SIC
100- 65 N8251B
+SIC
100- 66 N8251E
+SIC
198- 19 N8251R
+SIC
198- 20 N8252B
+SIC
198- 21 N8252E
+SIC
198- 22 N8252R
+SIC
198- 23 N8260N
+SIC
190- 69 N8260P
+SIC
190- 70 N8260Y
+SIC
190- 71 N8261A
+SIC
190- 72 N8261F
+SIC
141- 30 N8261Q
+SIC
141- 31 N8262A
+SIC
I
D.A. T.A.
.
3 TYPE
No. CROSS INDEX
MFRS Pa&Line TYPE No.
MFRS Pa&Line TYPE No.
~:g I~:t :~ ~~~~~~
:~:~ ;gg: ~8 ~~~~~~
243- 7 N8828A
MFRS Pa&Line TYPE No.
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
SIC
SIC
SIC
SIC
SIC
SIC
+SIC
SIC
+SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
141- 32
141 - 33
121- 38
121- 39
141 - 34
141 - 35
113- 10
113- 11
141- 36
141- 37
141- 38
141- 39
141- 40
141- 41
141- 42
141 - 43
141 - 44
91- 86
91- 87
96- 45
97 - 43
97 - 44
91 - 88
95 - 24
95 - 25
95 - 26
103- 49
103- 50
103- 51
103- 52
103- 53
103 - 54
103 - 55
103- 56
159 - 73
159 - 74
57 - 89
57 - 90
55 - 75
55 - 76
55 - 77
I 55 - 78
68 - 81
68 - 82
55 - 79
55 - 80
180- 48
180- 49
180- 50
180- 51
246 - 79
246 - 80
113- 12
113- 13
74 - 63
74 - 64
87 - 26
87 - 27
80- 29
80- 30
212 - 74
212 - 75
212 - 76
212- 77
212- 78
212- 79
167 - 13
167 - 14
167 - 15
242-i05
242-106
242-107
242-108
242-109
242-110
243- 1
243- 2
243- 3
243- 4
243 - 5
243- 6
235 - 13
235 - 14
235 - 15
235 - 16
235 - 17
235 - 18
156- 83
156- 84
156- 85
122- 55
122- 56
122- 57
202 - 29
202 - 30
202- 31
88- 26
88 - 24
88 - 27
92 - 94
91- 89
91- 90
91- 91
91- 92
91- 93
245 - 97
245 - 98
245 - 99
203- 16
203- 17
203- 18
248 - 42
N8263N
N8263P
N8263Y
N8264N
N8264P
N8264Y
N8266B
N8266E
N8266R
N8267B
N8267E
N8267R
N8268A
N8268F
N8268Q
N8269A
N8269F
N8269Q
N8275B
N8275E
N8275R
N8280A
N8280F
N8280Q
N8281A
N8281F
N8281Q
N8284A
N8284F
N8284Q
N8285A
N8285F
N8285Q
N8288A
N8288F
N8288Q
N8290A
N8290F
N8290Q
N8291A
N8291F
N8291Q
N8292A
N8292F
N8292Q
N8293A
N8293F
N8293Q
N8415A
N8415F
N8415J
N8416A
N8416F
N8416J
N8417A
N8417F
N8417J
N8424A
N8424F
N8424J
N8425A
N8425F
N8425J
N8440A
N8440F
N8440J
N8455A
N8455F
N8455J
N8470A
N8470F
N8470J
N8471A
N8471J
N8480A
N8480F
N8480J
N8481A
N8481F
N8481J
N8490A
N8490F
N8490J
N8731A
N8731F
N8731J
N8806A
N8806F
N8806J
N8808A
N8808J
N8815A
N8815J
N8816A
N8816F
N8816J
N8821J
N8822A
N8822F
N8822J
N8824B
N8825A
N8825F
N8825J
N8826A
N8826F
N8826J
N8827A
t.-Registered with JEDEC
by this manufacturer
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
+SIC
SIC
SIC
+SIC
SIC
SIC
AMV
SIC
AMV
SIC
SIC
AMV
SIC
AMV
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
+SIC
SIC
+SIC
+SIC
SIC
+SIC
+SIC
SIC
+SIC
+SIC
SIC
+SIC
SIC
SIC
SIC
+SIC
SIC
+SIC
+SIC
SIC
+SIC
+SIC
SIC
+SIC
+SIC
+SIC
+SIC
SIC
+SIC
+SIC
SIC
+SIC
+SIC
SIC
+SIC
+SIC
SIC
+SIC
+SIC
SIC
+SIC
+SIC
+SIC
SIC
SIC
+SIC
SIC
+SIC
SIC
SIC
SIC
SIC
SIC
+SIC
SIC
+SIC
+SIC
SIC
+SIC
tSIC
243 - 8
243 - 9
243 - 10
243 - 11
243 - 12
243 - 13
243 - 14
243- 15
243- 16
243- 17
243- 18
181- 95
181· 96
181- 97
247· 5
247· 6
247 - 7
70- 11
70· 12
70- 13
84-103
84 - 99
84-100
82- 41
82· 25
82- 26
87· 4
87 - 5
82- 18
75 - 53
75 - 54
76 - 52
82 - 27
82 - 28
82 - 29
76- 61
76- 62
76- 63
82 - 35
82- 36
82- 37
76 - 53
76 - 54
76 - 55
82- 19
82- 20
82- 21
127 - 2
127 - 3
127 - 4
130- 3
130- 4
130- 5
127 - 5
127 - 6
127 - 7
65 - 87
65 - 88
65 - 89
65- 90
65 - 91
65 - 92
157 - 20
157 - 21
157 - 22
154- 50
154 - 51
154 - 52
149- 15
149- 16
149- 17
131- 53
131- 54
149 - 18
149- 19
149- 20
131 - 55
131- 56
131- 57
194- 14
194- 15
194- 16
157 - 80
157 - 81
157 - 82
158-101
158-102
158-103
147 - 61
147 - 62
122 - 58
122- 59
147 - 63
147 - 64
147 - 65
59 - 86
59 - 87
59 - 88
59- 89
59- 90
59 - 91
59 - 92
59- 93
59-108
59-109
59-110
60- 1
N8828F
N8828J
N8829A
N8829F
N8829J
N8840A
N8840F
N8840J
N8848A
N8848F
N8848J
N8855A
N8855F
N8855J
N8870A
N8870F
N8870J
N8875A
N8875F
N8875J
N8880A
N8880F
N8880J
N8881A
N8881F
N8881J
N8885A
N8885F
N8885J
N9309B
N9309F
N9309W
N9602B
N9602F
N9602W
N74107A
N74107F
N74109B
N74109F
N74109W
N74121A
N74121F
N74121W
N74122A
N74122F
N74123B
N74123F
N74125A
N74125F
N74125W
N74126A
N74126F
N74126W
N74132A
N74132F
N74132W
N74141B
N74145B
N74147B
N74147F
N74147W
N74148B
N74148F
N74148W
N74150F
N74150N
N74151B
N74151F
N74153B
N74153F
N74154N
N74155B
N74156B
N74157B
N74157F
N74158B
N74158F
N74160B
N74160F
N74161B
N74161F
N74162B
N74162F
N74163B
N74163F
N74180A
N74180F
N74181F
N74181N
N74182B
N74182F
N74190B
N74190F
N74190W
N74191B
N74191F
N74191W
N74192B
N74192F
N74193B
N74193F
N74232A
N74232F
N74232W
N74279B
N74279F
N74279W
N75324A
N75324F
NCOO07
NCOO07C
IN TYPE NUMBER SEQUENCE
MFRS Pa&Line TYPE No.
+~:C
+SIC
SIC
+SIC
+SIC
SIC
+SIC
+SIC
SIC
+SIC
+SIC
SIC
+SIC
+SIC
SIC
+SIC
+SIC
SIC
+SIC
SIC
SIC
SIC
+SIC
S'+SIC
SIC
SIC
SIC
SIC
SIC
SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+GIC
+GIC
: ~g:
~ I~gggg~c
70· 17
70· 18
70- 19
59 - 94
59 - 95
59- 96
156- 86
156· 87
156- 88
110- 54
110· 55
110· 56
153· 63
153 - 64
153 - 65
147 - 66
147 - 67
147 - 68
122- 60
122- 61
122 - 62
147 - 69
147 - 70
147 - 71
131- 71
147- 72
131- 72
122- 63
122- 64
122- 65
235 - 76
235 - 77
235 - 78
165 - 4
165 - 5
165- 6
55 - 81
55 - 82
53- 73
53 - 74
53- 75
166- 79
166- 80
166- 81
166- 23
166- 24
166- 25
166- 26
215 -108
215-109
215-110
216- 1
216- 2
216- 3
198- 24
198 - 25
198 - 26
92- 1
92- 2
251- 18
251- 19
251- 20
251- 21
251 - 22
251- 23
239- 37
239 - 38
239- 39
239- 40
239- 41
239 - 42
239- 43
239 - 44
239 - 45
239- 46
239 - 47
239- 48
239- 49
75- 69
75 - 70
81- 51
81- 52
75 - 71
75- 72
81- 53
81- 54
247 - 95
247 - 96
245 - 52
245 - 53
252 - 72
252 - 73
75 - 5
75 - 6
75 - 7
80- 67
80- 68
80- 69
84- 59
84- 60
80- 70
80- 71
198 - 62
198- 63
198- 64
249 - 67
249 - 68
249 - 69
230- 65
230- 66
225 - 65
225 - 66
+-Copy of mfr's data sheet
may be ordered from D.A.T.A.
NC74HOON
NC74H01N
NC74Hl0N
NC74HllN
NC74H20N
NC74H21N
NC74H22N
NC74H30N
NC74H40N
NC74H50N
NC74H51N
NC74H52N
NC74H53N
NC74H54N
NC74H55N
NC74H60N
NC74H61N
NC74H71N
NC74H72N
NC74H87N
NC74LOON
NC74L 10N
NC74L30N
NC74L51N
NC74L54N
NC74L55N
NC74L71N
NC74L72N
NC450
NC451
NC490
NC611
NC612
NC2001
NC2001C
NC2114
NC2126
NC2127
NC2137
NC7400N
NC7401BN
NC7401N
NC7402N
NC7403BN
NC7403N
NC7404N
NC7405N
NC7410N
NC7420N
NC7426N
NC7430N
NC7440N
NC7441AN
NC7442N
NC7450N
NC7451N
NC7453N
NC7454N
NC7460N
NC7470N
NC7472N
NC7473N
NC7474N
NC7475N
NC7476N
NC7483N
NC7486N
NC7490N
NC7492N
NC7493N
NC74107N
NC74121N
NDAC8-1
NDAC8-3
NDAC10-l
NDAC10-3
NE543K
NE553BA
NE553F
NE554BA
NE554F
NE555T
+INL
NE555V
+FSC
NE556A
NHOO06
NHOO06C
NHOO07
NHOO07C
NHOO08
NHOO08C
NHOO09
NHOO09C
NHOO12
NHOO12C
NHOO13
NHOO13C
NHOO16CN
NHOO18CN
NS8000A
OM802#1
OM802#2
P3205
P3208A
P3404
P3408A
PC491
PC612
PD850-3BCD
MFRS Pa&Line
:~:C Im:~~
NPC
NPC
NPC
NPC
NPC
NPC
NPC
NPC
NPC
NPC
NPC
NPC
NPC
NPC
NPC
NPC
NPC
NPC
NPC
NPC
NPC
NPC
NPC
NPC
NPC
NPC
NPC
NPC
+GIC
+GIC
+GIC
+GIC
+GIC
+GIC
+GIC
GIC
GIC
GIC
GIC
NPC
NPC
NPC
NPC
NPC
NPC
NPC
NPC
NPC
NPC
NPC
NPC
NPC
NPC
NPC
NPC
NPC
NPC
NPC
NPC
NPC
NPC
NPC
NPC
NPC
NPC
NPC
NPC
NPC
NPC
NPC
NPC
NPC
+DDC
+DDC
+DDC
+DDC
+SIC
+SIC
+SIC
+SIC
+SIC
AMV
+SIC
AMV
+INL
+SIC
+FSC
+SIC
+NSC
+NSC
+NSC
+NSC
+NSC
+NSC
+NSC
+NSC
+NSC
+NSC
+NSC
+NSC
+NSC
+NSC
+SSE
+MULB
+MULB
+ITL
+ITL
+ITL
+ITL
+GIC
+GIC
tHBC
141- 45
141- 46
141- 47
100- 69
141· 48
100· 70
141· 49
141- 50
141· 51
107 - 69
107- 70
103- 57
107 - 71
107·72
107- 73
159· 75
159· 76
57· 27
57- 28
202- 70
133· 70
133· 71
133· 72
124· 76
124 - 77
124 - 78
65- 13
53- 10
205 - 77
205 - 78
253· 9
225 - 88
196- 4
200- 16
200- 15
212 - 45
209- 12
212- 46
209- 13
141- 52
141- 53
141- 54
121- 40
141 - 55
141- 56
190- 73
190- 74
141- 57
141- 58
141- 59
141- 60
141- 61
92- 3
92- 4
107- 74
107- 75
107- 76
107- 77
159- 77
63 - 51
63- 17
55 - 7
68- 83
249- 70
55 - 83
180- 52
156- 19
77 - 15
83- 17
83- 18
55 - 8
167- 40
173- 24
173- 25
173- 26
173- 27
202- 37
164-106
164-107
164-108
164-109
164-104
164-105
167- 4
200- 81
200- 82
225 - 67
225 - 68
230- 48
230- 49
225 - 63
225 - 64
225 - 69
225 - 70
225-103
225 -104
226 - 74
226 - 75
203- 91
164- 15
71- 1
88- 41
215 - 32
250- 42
215 - 33
253- 50
196- 5
168- 64
28
MFRS Pa&Line TYPE No.
~~;~~:3~CD
:~;~
PD.85·5-12
PI'U472B
'f!TI482B
Q2T2222
Q2T2905
Q2T3244
Q2T3725
ROOI
ROO:;!
Rl07
~m
R121#
R122
R123
R131
R141
R151
R181
R200
R201#
R202
R203
R204
R205
R302
R303
R401
R405
RC8T13M
RC8T13MP
RC8T14M
RC8T14MP
RC8T23M
RC8T23MP
RC8T24M
RC8T24MP
RC555DN#1
RC555DN#2
RC655T#1
RC655T#2
RC556D#1
RC555D#2
RC556DP#1
RC556DP#2
RC1488D
RC1489AD
RC1489D
AC6172T
AC6175G
AC6176G
RC6178T
AC6179T
RC6180T
RC6181T
AC6184T
RC6185T
AC7520DD
AC7520MP
RC7521DD
AC7521MP
AC7522DD
AC7522MP
AC7523DD
RC7523MP
AC7524DD
RC7524MP
RC7526DD
RC7525MP
RC9621D
RC9622D
RC75107AD
AC75107ADP
RC75108AD
RC75108ADP
RC75109D
AC75109DP
AC75110D
AC75110DP
RDAC10-l
ADAC10-2
ADACll-l
ADACII-2
ADACI2-1
ADACI2-2
ADC50.0Hl
RDC500H3
ADC500Ll
ADC500l3
ADC500Ml
ADC500M3
ADC510Hl
ADC510H3
ADC510Ll
ADC510L3
ADC510Ml
RDC510M3
ADC511Hl
AOC511H3
AOC511L 1
AOC511L3
ROC511Ml
AOC511M3
AF10D
AF30D
AF30K
AF31D
RF31K
29
tHBC
tWDC
tWDC
nil
nliB
nil
nliB
nil
HIIB
nil
nliB
tDEC
tDEC
tDEC
tDEC
tDEC
tDEC
tDEC
tDEC
tDEC
tDEC
tDEC
tDEC
tDEC
tDEC
tDEC
tDEC
tDEC
tDEC
tDEC
tDEC
tDEC
tDEC
tRTN
tRTN
tRTN
tRTN
tRTN
tRTN
tRTN
tRTN
tRTN
tRTN
tRTN
tRTN
tRTN
tRTN
tRTN
tRTN
tRTN
tRTN
tRTN
RTN
RTN
RTN
RTN
ATN
ATN
ATN
ATN
ATN
tATN
tATN
tATN
tATN
tATN
tATN
tATN
tRTN
tRTN
tATN
tATN
tATN
tATN.
tRTN
tATN
tATN
tATN
tATN
tATN
tATN
tATN
tATN
tDDC
tDDC
tDDC
tDDC
tDDC
tDDC
tDDC
tDDC
tDDC
tDDC
tDDC
tDDC
tDDC
tDDC
tDDC
tDDC
tDDC
tDDC
tDDC
tODC
tOOC
tOOC
tOOC
tODC
tRTN
tRTN
tRTN
tRTN
tRTN
m:gg I~m~
168224 219233-
67
38
85
44
233- 81
233 - 80
233- 60
157- 83
157- 1:14
195- 18
152- 53
150- 94
127- 20
117- 45
150- 95
155 - 32
111-104
88- 14
203 - 76
6.4- 25
65- 53
65- 54
65- 55
64- 26
65- 56
167- 35
164- 97
71- 59
71- 99
219- 51
219- 52
224- 4
224- 5
219- 52
219- 53
224- 33
224 - 34
71- 28
163- 62
71- 29
163- 63
71- 30
163- 64
71- 31
163- 65
219-108
224- 39
224- 40
150- 45
128- 86
128- 87
151- 61
151- 62
151- 53
151- 64
151- 65
151- 66
213-102
213-103
213-104
213-105
213-106
213-107
213-108
213-109
213-110
214- 1
214- 2
214- 3
217- 52
224- 28
221- 94
221- 95
221- 96
221- 97
218- 51
218- 52
218 - 53
218- 54
173 - 78
173 - 79
173 - 80
173- 81
173- 82
173- 83
168- 68
168- 69
168- 70
168- 71
168- 72
168- 73
168- 74
168- 75
168- 76
168- 77
168- 78
168- 79
168- 80
168- 81
168- 82
168- 83
168- 84
168- 85
65- 32
66- 4
66- 5
66- 6
66- 7
RF33D
AF33K
AF50D
AF50K
AF51D
RF51K
AF52D
AF52K
AF53D
RF53K
AF50D
RF60K
RF81D
RF51K
AF620
RF52K
RF53D
RF63K
RF100BL
RF100D
RF100K
RF101BL
RFIOID
RF101K
RF102BL
RF102D
RF102K
RF103BL
RF103D
RF103K
RFll0BL
RFll0D
RFll0K
RFlllBL
RFlllD
RFlllK
RF112BL
RF112D
RF112K
RF113BL
AF113D
RF113K
RF120BL
RF120D
RF120K
RF121BL
RF121D
RF121K
RF122BL
RF122D
RF122K
AF123BL
AF123D
RF123K
RF130BL
RF130D
RF130K
RF131BL
RF131D
RF131K
RF132BL
RF132D
RF132K
RF133BL
RF133D
RF133K
RF200BL
AF200D
AF200K
RF201BL
RF201D
RF201K
AF202BL
RF202D
RF202K
AF203BL
RF203D
AF203K
RF210D
AF210K
AF211D
AF211K
AF212D
RF212K
RF213D
RF213K
AF250D
AF250K
AF251D
AF251K
AF251P
AF252D
RF252K
AF253D
AF253K
RF260D
AF260K
AF261D
AF261K
RF262D
AF262K
RF263D
RF263K
AF400P
RF3120D
AF3120K
AF31220
AF3122K
AF31300
AF3130K
RF31320
RF3132K
D.A. T.A.
.
3. TYPE
No CROSS INDEX
MFRSI Pa&Line TYPE No.
MFRS Pa&Line TYPE No.
t
~~: .~ I~~~g~
:~:::~ gg: ~~ r~~l~~~
tRTN
rYPE No;
tRTN
tRTN
tRTN
tATN
tRTN
tRTN
tRTN
tRTN
tRTN
tATN
tATN
tATN
tRTN
tATN
tATN
tATN
tATN
tRTN
tRTN
tRTN
tRTN
tRTN
tRTN
tRTN
tRTN
tRTN
tRTN
tRTN
tRTN
tRTN
tRTN
tRTN
tRTN
tRTN
tRTN
tRTN
tRTN
tRTN
tRTN
tRTN
tRTN
tRTN
tRTN
tRTN
tRTN
tRTN
tRTN
tRTN
tRTN
tRTN
tRTN
tATN
tATN
tATN
tRTN
tATN
tATN
tATN
tRTN
tATN
tATN
tATN
tRTN
tATN
tATN
tATN
tRTN
tRTN
tATN
tATN
tATN
tRTN
tATN
tRTN
tRTN
tATN
tATN
tRTN
tATN
tRTN
tRTN
tATN
tATN
tRTN
tATN
tATN
tATN
tATN
tRTN
tATN
RTN
+RTN
tATN
tATN
tRTN
tRTN
tRTN
tRTN
tRTN
tRTN
tRTN
tRTN
tRTN
RTN
RTN
ATN
RTN
RTN
RTN
ATN
RTN
RTN
66- 10
66- 11
66- 12
62- 68
66- 13
66- 14
61- 19
6J - 20
61- 21
61- 22
61- 23
61- 24
61- 25
6·1- 26
61- 27
61- 28
61- 29
61-30
60- 28
61- 40
61- 41
60- 29
61- 42
61- 43
60- 30
61- 44
61- 45
60- 31
61- 46
61- 47
60- 32
51- 48
61- 49
60- 33
61- 50
61- 51
50- 34
61- 52
61- 53
60- 35
51- 54
61- 55
60- 35
61- 57
61- 58
60- 37
61- 59
61- 60
60- 38
61- 61
61- 62
60- 39
61- 63
61- 64
60- 40
61- 65
61- 66
60- 41
61- 67
61- 68
60- 42
61- 69
61- 70
60- 43
61- 71
61- 72
60- 44
61- 73
61- 74
60- 45
61- 75
61- 76
60- 46
61- 77
61- 78
60- 47
61- 79
61- 80
61- 81
61- 82
61- 83
61- 84
61- 85
61- 86
61- 87
61- 88
60- 60
60- 61
60- 62
60- 63
61- 31
60- 52
60- 53
60- 54
60- 55
61- 32
61- 33
61- 34
61- 35
61- 36
61- 37
61- 38
61- 39
61- 56
48- 92
48- 93
48- 94
48- 95
51- 91
51- 92
51- 93
51- 94
RF3202D
AF3202K
RF32Hl.D
RF321QK
RF32120
AF3H2K
'RF3220D
AF3220K
AF3222D
RF3222K
AF3230D
~~~~~~~
RF3232K
RF860fQC
RF860lK..·
RF8601P
RF9.601DC
RF9601K.
RF9501P
R.G40D
RG40K
RG41D
RG41K
RG42D
RG42K
RG430
RG43K
RG50D
RG50K
RG51D.
RG51K
RG62D
RG52K
RG53D
RG53K
RG60D
RG60K
RG61D
RG61K
RG62D
RG62K
RG63D
RG63K
RG70D
RG70K
RG71D
RG71K
RG72D
RG72K
RG73D
RG73K
AG80D
RG80K
RG81D
RG81K
RG82D
RG82K
RG83D
RG83K
RG90D
RG90K
RG91D
RG91K
RG92D
RG92K
RG93D
RG93K
RG100D
RG100K
RG101D
RG101K
RG102D
RG102K
RG103D
RG103K
RGll0D
RGll0K
RGlllD
RGlllK
RG112D
AG112K
AG113D
RG113K
RG120D
AG120K
AG121D
AG121K
AG122D
RG122K
RG123D
AG123K
AG130D
AG130K
AG131D
AG131K
AG132D
RG132K
RG133D
AG133K
AG140D
AG140K
RG141D
RG141K
AG142D
AG142K
RG143D
RG143K
RG150D
AG150K
AG151D
AG151K
t.-Registered with JEDEC
by this manufacturer
tRTN
tATN
tRTN
tATN
tATN
tRTN
ATN
ATN
RTN
ATN
ATN
ATN
RTN
ATN
tATN
tATN
tATN
tATN
tRTN
tRTN
tRTN
tRTN
tRTN
tRTN
tRTN
tRTN
tRTN
tRTN
tRTN
tRTN
tRTN
tRTN
tRTN
tRTN
tRTN
tRTN
tRTN
tRTN
tRTN
tRTN
tRTN
tRTN
tRTN
tRTN
tRTN
tRTN
tRTN
tRTN
tRTN
tRTN
tATN
tRTN
ATN
RTN
ATN
RTN
RTN
RTN
RTN
ATN
tATN
tATN
tATN
tRTN
tRTN
tATN
tATN
tATN
tRTN
tRTN
tR·TN
tATN
tRTN
tATN
tATN
tATN
tATN
tATN
tRTN
tATN
tATN
tATN
tATN
tATN
tATN
tRTN
tATN
tATN
tATN
·tATN
tATN
tATN
tATN
tATN
t.ATN
tATN
tATN
tATN
tATN
tATN
tATN
tATN
tATN
tATN
tATN
tRTN
tATN
tATN
tATN
tATN
tATN
tRTN
60- 48
60- 49
60- 58
50- 59
50- 50
60- 51
67- 98
57- 99
57-100
57-101
67-102
67-103
57-104
58- 1
155- 55
165- 56
165- 57
165- 29
165- 30
165- 31
148- 89
148- 90
148- 91
148- 92
148- 93
148- 94
148- 95
148- 96
113- 52
113- 53
113- 54
113- 55
113- 48
113- 49
113- 50
113- 51
148 - 97
148- 98
148- 99
148-100
148-101
148-102
148-103
148-104
113- 86
113- 87
113- 88
113- 89
113- 90
113- 91
113- 92
113- 93
102- 43
102- 44
102- 45
102- 46
102- 47
102- 48
102- 49
102- 50
157 - 71
157- 72
157 - 73
157 - 74
157 - 67
157- 68
157- 69
157- 70
113- 94
113- 95
113- 96
113- 97
113- 98
113- 99
113-100
113-101
113-102
113-103
113 -104
113-105
113-106
113-107
113-108
113-109
148- 25
148- 26
148- 27
148- 28
148- 17
148- 18
148- 19
148- 20
148-105
148-106
148-107
148-108
154- 38
154- 39
154- 40
154- 41
148-109
148-110
149- 1
149- 2
149- 3
149- 4
149- 5
149- 6
161- 27
161- 28
161- 5
151- 5
AG153D
AG153K
RG160D
RG160K
RG161D
RG151K
RG152D
RG162K
RG1530
RG163K
RG170D
AG170K
RG.171D
AG171K
AG172D
AG172K
AG173D
RG173K
RG180D
RG180K
RG181D
RG181K
RG182D
RG182K
RG183D
AG183K
RG190D
RG190K
RG191D
RG191K
RG192D
RG192K
RG193D
RG193K
RG200D
RG200K
RG200P
RG201D
RG201K
RG202D
RG202K
RG203D
RG203K
RG210BL
RG210D
RG210K
RG211BL
RG211D
RG211K
RG212BL
RG212D
RG212K
RG213BL
AG213D
RG213K
RG220BL
RG220D
RG220K
RG221BL
AG221D
AG221K
RG222BL
RG222D
RG222K
AG223BL
RG223D
RG223K
RG230D
RG230K
RG231D
AG231K
RG232D
AG232K
RG233D
RG233K
AG240SL
RG240D
RG240K
RG241BL
RG241D
RG241K
RG242BL
RG242D
AG242K
RG243BL
RG243D
AG243K
AG250BL
AG250D
AG250K
RG251BL
AG251D
AG251K
AG252BL
AG252D
AG252K·
RG253BL
AG253D
AG253K
AG260BL
AG260D
AG260K
RG261BL
AG261D
AG261K
AG262BL
AG262D
AG262K
RG263BL
AG263D
AG263K
RG270D
IN TYPE NUMBER SEQUENCE
MFRS Pa&Line
MFRS Pa&Line TYP No.
:~:::~
tATN
tATN
tATN
tATN
tRTN
tATN
tRTN
tRTN
tRTN
tATN
tRTN
tRTN
tRTN
tATN
tATN
tATN
tATN
tRTN
tRTN
tRTN
tRTN
tRTN
tRTN
tRTN
tRTN
tRTN
tRTN
tRTN
tRTN
tRTN
tRTN
tRTN
tRTN
tRTN
tRTN
tRTN
RTN
tRTN
tRTN
tRTN
tRTN
tRTN
tRTN
tRTN
tRTN
tRTN
tRTN
tRTN
tRTN
tRTN
tATN
tRTN
tATN
tRTN
tRTN
tRTN
tRTN
tRTN
tRTN
tRTN
tATN
tRTN
tATN
tRTN
tRTN
tATN
tATN
tRTN
tATN
tATN
tRTN
tATN
tRTN
tRTN
tATN
tRTN
tRTN
tRTN
tATN
tATN
tATN
tATN
tATN
tATN
tATN
tATN
tATN
tATN
tRTN
tRTN
tATN
tRTN
tATN
tATN
tATN
tRTN
tRTN
tRTN
tATN
tATN
tRTN
tRTN
tRTN
tATN
tRTN
tATN
tRTN
tRTN
tRTN
tATN
tRTN
tATN
19l:
161-
~ I~~~~~~
9
161- 10
219- 75
219- 75
219- 77
219- 78
219- 79
219- 80
219- 81
219- 82
161- 11
161- 12
161- 13
161- 14
161'- 15
161- 16
15.1- 17
161;-18
102- 51
102- 52
102- 53
102- 54
102- 55
102- 56
102- 57
102- 58
149- 7
149- 8
149- 9
149- 10
149- 11
149-.12
149- 13
149- 14
147-107
147-108
149- 27
147-109
147-110
147 - 91
147- 92
147- 93
147- 94
110- 69
113-110
114- 1
110- 70
114- 2
114- 3
110- 61
114- 4
114- 5
110- 62
114- 6
114- 7
150- 53
149- 28
149- 29
150- 54
149- 30
149- 31
150- 47
149- 32
149- 33
150- 48
149- 34
149- 35
114- 8
114- 9
114- 10
114- 11
114- 12
114- 13
114- 14
114- 15
150- 55
149- 36
149- 37
150- 56
149- 38
149- 39
150- 49
149- 40
149- 41
150- 50
149- 42
149- 43
110- 71
114- 16
114- 17
110- 72
114 - 18
114- 19
110- 63
114- 20
114- 21
110- 64
114- 22
114- 23
150- 57
149- 44
149- 45
150- 58
149- 46
149- 47
150- 51
149- 48
149- 49
150- 52
149- 50
149- 51
114- 24
+-Copy of mfr's data sheet
may be ordered from D.A_T_A.
RG271K
AG272D
AG272K
AG273D
AG273K
AG280D
AG280K
RG281D
AG281K
AG282D
RG282K
AG283D
AG283K
RG290D
RG290K
RG291D
AG291K
RG292D
RG292K
RG293D
RG293K
RG300D
RG300K
RG301D
RG301K
RG302D
RG302K
RG303D
RG303K
RG310D
RG310K
RG311D
RG311K
RG312D
RG312K
RG313D
RG313K
RG320D
RG320K
RG321D
RG321K
RG322D
AG322K
RG323D
RG323K
RG340D
RG340K
RG341D
RG341K
RG342D
RG342K
RG343D
RG343K
RG370D
RG370K
RG371D
RG371K
AG372D
AG372K
RG373D
AG373K
RG380D
RG380K
RG381D
AG381K
AG382D
RG382K
AG383D
RG383K
RG3180D
RG3180K
RG3182D
AG3182K
AG3182P
RG3200D
RG3200K
AG3202D
AG3202K
AG3210D
RG3210K
AG3212D
AG3212K
AG3220D
RG3220K
AG3222D
RG3222K
AG3230D
RG3230K
AG3232D
AG3232K
AG3240D
AG3240K
AG3242D
AG3242K
AG3250D
AG3260K
AG3252D
RG3252K
AG3260D
AG3260K
RG3262D
RG3262K
AG32700
AG3270K
AG32720
AG3272K
RG33000
AG3300K
AG3302D
RG3302K
~~mg~
:~+~ In::~~
tRTN
tATN
tRTN
tRTN
tRTN
RTN
RTN
RTN
ATN
ATN
RTN
RTN
RTN
RTN
RTN
RTN
ATN
RTN
RTN
RTN
RTN
tRTN
tRTN
tRTN
tRTN
tRTN
tRTN
tRTN
tRTN
tRTN
tRTN
tRTN
tRTN
tRTN
tRTN
tRTN·
tRTN
tRTN
tRTN
tRTN
tRTN
tRTN
tRTN
tRTN
tRTN
RTN
RTN
RTN
RTN
RTN
RTN
ATN
RTN
tRTN
tATN
tRTN
tATN
tRTN
tATN
tATN
tATN
tATN
tATN
tATN
tRTN
tATN
tATN
tATN
tATN
tATN
tRTN
tATN
tATN
ATN
RTN
ATN
ATN
ATN
RTN
RTN
ATN
RTN
tATN
tATN
tATN
tATN
RTN
ATN
RTN
RTN
tRTN
tATN
tATN
tRTN
RTN
RTN
RTN
ATN
tRTN
tRTN
tRTN
tATN
RTN
ATN
ATN
ATN
RTN
ATN
ATN
RTN
ATN
RTN
114- 27
114- 28
114- 29
114- 30
114- 31
102- 59
102- 60
102- 51
102- 62
102- 63
102- 64
102- 65
102- 66
161- 19
161- 20
161- 21
161- 22
161- 23
161- 24
161- 25
161- 26
114- 32
114- 33
114- 34
114- 35
114- 36
114- 37
114 - 38
114- 39
114- 40
114- 41
114- 42
114- 43
114- 44
114- 45
114- 45
114- 47
148- 21
148- 22
148- 23
148- 24
148- 1
148- 2
148- 3
148- 4
122- 84
122- 85
122- 86
122- 87
122-.88
122- 89
122- 90
122- 91
193- 82
193- 83
193- 84
193- 85
193- 86
193- 87
193- 88
193- 89
193- 90
193- 91
193- 92
193- 93
193- 94
193- 95
193- 96
193- 97
102- 67
102- 68
102- 69
102- 70
98- 44
126- 98
126- 99
126-100
126-101
104-36
104- 37
104- 38
104- 39
148- 5
148- 6
147- 95
147- 96
104- 40
104- 41
104- 42
104- 43
148- 7
148- 8
147 - 97
147- 98
104- 44
104- 45
104- 46
104- 47
148- 9
148- 10
147- 99
147-100
104- 48
104- 49
104- 50
104- 51
104- 52
104- 53
104- 54
104- 55
104- 56
104- 57
29
rvPE No.
~gm~~
RG33200
RG3320K
RG33220
RG3322K
RG33800
RG3380K
RG3382D
RG3382K
RG33900
RG3390K
RG33920
RG3392K
RG34000
RG3400K
RG34020
RG3402K
RG3410D
RG3410K
RG34120
RG3412K
RG34200
RG3420K
RG34220
RG3422K
RG34300
RG3430K
RG34320
RG3432K
RG34400
RG3440K
RG34420
RG3442K
RG34500
RG3450K
RG34520
RG3452K
RG75100
RG7510K
RG75110
RG7511K
RG75120
RG7512K
RG75130
RG7513K
RG75200
RG7520K
RG75210
RG7521K
RG75220
RG7522K
RG75230
RG7523K
RG75400
RG7540K
RG75410
RG7541K
RG75420
RG7542K
RG75430
RG7543K
RL100
RL10K
RU 10
RL11K
RU20
RL12K
RL130
RI.13K
RL200
RL20K
AL210
RL21K
RL22D
RL22K
RL230
RL23K
RL30D
RL30K
RL310
RL31K
RL320
RL32K
RL330
RL33K
RL400
RL40K
RL410
AL41K
RL420
RL42K
AL430
RL43K
RL600
RL60K
RL610
RLS1K
RL620
RL62K
RL630
RL63K
RL700
RL70K
RL710
RL71K
RL720
RL72K
RL730
RL73K
RL1410
RL 143D
RU510
RU530
30
.
3. TYPE1>,,-&No
CROSS INDEX
ine YPE No.
MFRS IPa&Line
MFRs Pa&Line TYPE No.
~+~
tRTN
tRTN
tRTN
tRTN
tRTN
tRTN
tRTN
tRTN
RTN
RTN
RTN
RTN
RTN
RTN
RTN
RTN
tRTN
tRTN
tRTN
tRTN
tRTN
tRTN
tRTN
tRTN
tRTN
tRTN
tRTN
tRTN
RTN
RTN
RTN
RTN
tRTN
tRTN
tRTN
tRTN
tRTN
tRTN
tRTN
tRTN
tRTN
tRTN
tRTN
tRTN
tRTN
tRTN
tRTN
tRTN
tRTN
tRTN
tRTN
tRTN
tRTN
tR1N
tATN
tRTN
tRTN
tRTN
tRTN
tRTN
ATN
RTN
RTN
RTN
ATN
RTN
RTN
RTN
RTN
RTN
ATN
RTN
RTN
RTN
RTN
RTN
RTN
RTN
RTN
ATN
RTN
RTN
RTN
RTN
ATN
RTN
RTN
RTN
ATN
RTN
RTN
RTN
ATN
RTN
RTN
RTN
RTN
ATN
RTN
RTN
ATN
RTN
RTN
ATN
RTN
RTN
RTN
ATN
tRTN
tRTN
tRTN
tRTN
19t ~g ~tmg
148· 11
148· 12
147 ·101
147·102
193· 69
193· 70
193· 61
193· 62
98·45
98· 46
98 - 47
98· 48
98· 49
98· 50
98· 51
98· 52
122· 81
122· 82
122· 79
122· 80
148· 13
148· 14
147 ·103
147 ·104
148· 15
148· 16
147·105
147·106
104· 60
104· 61
104· 62
104· 63
103·101
103·102
103· 99
103·100
154· 42
154· 43
154· 44
154· 45
154· 46
154· 47
154· 48
154· 49
199· 17
199- 18
199· 19
199· 20
199· 21
199· 22
199- 23
199· 16
199· 24
199· 25
199· 26
199· 27
199· 28
199· 29
199· 30
199· 31
182· 1
182· 2
182· 3
182· 4
182· 5
182· 6
182· 7
182· 8
182· 9
182· 10
182· 11
182· 12
182. 13
182· 14
1182. 15
182· 16
.182· 17
182· 18
182· 19
182· 20
182· 21
182· 22
182· 23
182· 24
251· 52
251· 53
251· 54
251· 55
251·56
251· 57
251·58
251·59
203· 23
203· 24
203·25
203· 26
203.27
203 - 28
203·29
203·30
203· 31
203· 32
203· 33
203· 34
203· 35
203· 36
203· 37
203· 38
82· 64
82· 65
76· 74
76· 75
RL1810
RL 1830
RU910
RL 1930
RL2110
RL211K
RL2130
RL213K
RL3100N
RL3102N
RL3200K
RL3202K
RM8T13L
RM8T13M
RM8T14L
RM8T14M
RM8T14MP
RM8T23M
RM8T24M
RM2010
RM201G
RM201T
RM2020
RM202G
RM202T
RM2040
RM204G
RM204T
RM2060
RM206G
RM2100
RM210G
RM210T
RM2110
RM211G
RM211T
RM2120
RM212G
RM21n
RM2130
RM213G
RM213T
RM2140
RM214G
RM214T
AM2150
RM215G
RM215T
RM2160
RM216G
RM217G
RM217T
RM2200
RM220G
RM220T
RM2210
RM221G
RM221T
RM2220
RM222G
RM222T
RM2240
RM224G
RM224T
RM2250
RM225G
RM225T
RM2260
RM226G
RM2270
RM227G
RM227P
RM2310
RM231G
RM231T
RM234D
RM234G
RM234T
RM2360
RM236G
RM2410
RM241G
RM241T
RM2460
RM24BG
RM2610
RM261G
RM2660
RM26BG
RM286D
RM286G
RM2880
RM288T
RM2960
RM296G
RM555T#1
RM555T#2
RM55BO#1
RM5560#2
RM930J
RM930T
RM932J
RM932T
RM933J
RM933T
RM934J
RM935J
RM936J
RM937J
RM940J
AM9410
RM941J
D.A. T.A.
M1'~
:~+~
tRTN
tRTN
tRTN
tRTN
RTN
RTN
RTN
RTN
RTN
RTN
RTN
RTN
tRTN
tRTN
tRTN
tRTN
tRTN
tRTN
tRTN
RTN
tRTN
tRTN
RTN
tRTN
tRTN
RTN
tRTN
tRTN
RTN
tRTN
RTN
tRTN
tRTN
RTN
tRTN
tRTN
RTN
tRTN
tRTN
RTN
tRTN
tRTN
RTN
tRTN
tRTN
RTN
tRTN
tRTN
ATN
tATN
tRTN
tRTN
RTN
tRTN
tRTN
RTN
tRTN
tRTN
RTN
tATN
tRTN
RTN
tRTN
tRTN
RTN
tRTN
tRTN
RTN
tRTN
RTN
tRTN
RTN
RTN
tRTN
RTN
RTN
tRTN
tRTN
RTN
tATN
RTN
tRTN
tRTN
ATN
tRTN
RTN
tRTN
RTN
tRTN
RTN
tRTN
tRTN
tATN
RTN
tRTN
tRTN
tRTN
tRTN
tRTN
RTN
RTN
RTN
ATN
RTN
ATN
RTN
RTN
RTN
RTN
RTN
RTN
ATN
n:~1 ~~~::y
82· 62
82· 63
76· 72
76· 73
242.66
242· 67
242· 68
242· 69
181· 98
181· 99
251· 50
251· 51
219· 53
219· 54
224· 6
224· 7
224· 8
219· 64
224· 35
151· 67
151·68
151· 69
64· 43
64· 44
64· 45
151·70
151· 71
151· 72
151· 73
151· 74
128· 88
128· 89
128· 90
151·75
151· 76
151·77
64· 46
64·47
64· 48
79·49
79· 50
79· 51
151·78
151· 79
151·80
50· 11
50· 12
50· 13
151· 81
151·82
231· 18
231· 19
128.91
128.92
128· 93
151· 83
151· 84
151·85
64· 49
64· 50
64· 51
151·86
151.87
151·88
50. 14
50· 15
50· 16
151· 89
151·90
231· 16
231·20
231· 17
151·91
151·92
151·93
151·94
151· 95
151· 96
151·97
151·98
151·99
151 ·100
151 ·101
151 ·102
151 ·103
151 ·104
151 ·105
151 ·106
151 ·107
128· 94
128· 95
164· 58
164.59
128· 96
128· 97
71·26
163· 60
71· 27
163· 61
151 ·108
151 ·109
151·110
152· 1
158· 34
158· 35
192· 76
192· 77
192· 78
192· 79
192· 80
192· 81
192.82
RM944T
RM9450
RM945J
RM9450
RM945T
RM9460
RM946J
RM946T
RM9480
RM948J
RM9480
RM948T
RM9490
RM949J
RM949T
RM950D
RM950J
RM9500
RM950T
RM9510
RM951J
RM9510
RM951T
RM9570
RM957J
RM9580
RM958J
RM9610
RM961J
RM961T
RM962D
RM962J
RM962T
RM9630
RM963J
RM963T
RM9930
RM993J
RM9940
RM994J
RM9970
RM997J
RM9990
RM999J
RM5520DO
AM5520MP
RM552100
RM5521MP
RM552200
RM5522MP
AM552300
AM5523MP
RM552400
RM5524MP
RM552500
AM5525MP
RMS172T
RM6175G
RM6176G
RM6178T
RM6179T
RMB180T
RMBI81T
RM6184T
RM6185T
RM96210
AM9621J
RM96220
RM9622J
RM55107AD
RM5510MO
RM551090
RM551100
RSN54HOOH
RSN54H04H
RSN54H10H
RSN54H20H
RSN54H31H
RSN54H40H
RSN54H56H
RSN54H57H
RSN54H58H
RSN54H74H
RSN54Hl03H
RSN54H149H
RSN54LOOH
ASN54L10H
RSN54L20H
RSN54L57H
RSN54L71 H
RSN54L72H
RSN54L74H
A·Registered with JEOEC
by this manufacturer
~+~
RTN
RTN
RTN
RTN
RTN
RTN
RTN
RTN
RTN
RTN
RTN
RTN
RTN
RTN
RTN
RTN
RTN
RTN
RTN
RTN
RTN
RTN
RTN
RTN
RTN
RTN
RTN
RTN
RTN
RTN
RTN
RTN
RTN
RTN
RTN
RTN
RTN
RTN
RTN
RTN
RTN
RTN
RTN
RTN
tRTN
tRTN
tRTN
tRTN
tRTN
tRTN
tRTN
tRTN
tRTN
tRTN
tRTN
tRTN
RTN
tATN
tRTN
RTN
RTN
tRTN
tRTN
RTN
RTN
tRTN
tATN
tRTN
tRTN
tRTN
tRTN
tRTN
tRTN
HII
TIIB
tTll
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
tTll
TIIB
tTll
TIIB
tTll
TIIB
tTll
TIIB
tTll
TIIB
tTll
TIIB
tTll
TIIB
tTll
TIIB
HII
TIIB
tTll
TIIB
HII
TIIB
tTll
TIIB
tTll
TIIB
tTll
TIIB
m: ~
152· 4
65· 73
65·74
65· 75
65·76
152· 5
152· 6
152· 7
65· 77
65·78
65·79
65· 80
152· 8
152· 9
152· 10
64· 52
64· 53
64· 54
64· 55
164· 60
'64· 61
164· 62
164· 63
128·98
128· 99
128·100
128·101
152- 11
152· 12
152· 13
152· 14
152· 15
152· 16
152· 17
152· 18
152· 19
50· 2
50· 3
50· 4
50· 5
50· 6
50· 7
50· 8
50· 9
214· 4
214· 5
214· 6
214· 7
214· 8
214· 9
214· 10
214· 11
214· 12
214· 13
214· 14
214· 15
150· 46
128·102
128·103
152· 20
152· 21
152· 22
152· 23
152· 24
152· 25
217· 53
217· 54
224· 29
224· 30
221·98
222· 1
218· 55
218· 56
141·62
190· 75
141· 63
141·64
141·65
141· 66
107· 78
107· 79
107· 80
69· 22
56· 80
239· 50
132· 70
132· 71
132· 72
104· 24
65· 4
52· 96
68· 39
YPE No.
I RSN54L 130H
RSN54L131H
RSN5400H
RSN5404H
RSN5410H
RSN5420H
RSN5431H
RSN5440H
RSN5456H
RSN5457H
RSN5458H
RSN5474H
S8H16A
S8H16F
S8H 16J
S8H200
S8H21A
S8H21F
S8H210
S8H22B
S8H22E
S8H70A
S8H70J
S8H80A
S8H80J
S8H90A
S8H90F
S8H90J
S8T01B
S8T01E
S8T04B
S8T04F
S8T04W
S8T05B
S8T05F
S8T05W
S8TOSB
S8T06F
S8T06W
SeT09A
S8T09F
S8T09W
S8T10B
S8T10F
S8T10W
S8T13B
S8T13F
S8T13W
S8T14B
S8T14F
S6T14W
S8T18A
S8T18F
S8T18W
S8T20B
S8T20F
S8T30A
S8T30F
S8T34A
S8T37A
S8138B
S8T38F
S8T80A
S8T80F
S8T80W
S8T90A
S8T90F
S8T90W
S8T93A
S8T93F
S8T94A
S8T94F
S8T363A
S8T380A
S54HOOA
S54HOOF
S54HOOW
S54H01A
S54H01F
S54H01W
S54H04A
S54H04F
S54H04W
S54H05A
S54H05F
S54H05W
S54H08A
S54H08F
S54H08W
S54H10A
S54H10F
S54H10W
554H11A
S54H1 IF
554H11W
S54H20A
S54H20F
S54H20W
IN TYPE NUMBER SEQUENCE
MFRS Pa&Line 'YPE'~o;
t::::: B
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
tSIC
SIC
tSIC
SIC
SIC
SIC
SIC
SIC
SIC
tSIC
tSIC
tSIC
tSIC
tSIC
SIC
tSIC
SIC
SIC
tSIC
tSIC
tSIC
tSIC
tSIC
tSIC
tSIC
tSIC
tSIC
SIC
SIC
tSIC
tSIC
tSIC
tSIC
tSIC
FSC
tSIC
FSC
tSIC
tSIC
FSC
tSIC
FSC
tSIC
tSIC
tSIC
tSIC
tSIC
tSIC
tSIC
tSIC
tSIC
tSIC
tSIC
tSIC
tSIC
tSIC
tSIC
tSIC
tSIC
tSIC
tSIC
tSIC
tSIC
tSIC
tSIC
tSIC
tSIC
tSIC
tSIC
tSIC
tSIC
tSIC
tSIC
tSIC
tSIC
tSIC
tSIC
tSIC
tSIC
tSIC
t51C
tSIC
+SIC
tSIC
tSIC
tSIC
tSIC
tSIC
tSIC
tSIC
132· 73
'~~:~~l~
132· 74 S54H21W
S54H22A
141· 67 S54H22F
S54H22W
190· 76 S54H.30A
S54H30F
141· 68 S54H30W
S54H40A
141·69 S54H40F
S54H40W
141· 70 S54H50A
S54H50F
141· 71 S54H50W
S54H51.A
107· 81 S54H51F
S54H51W
108· 1 S54H52A
S54H52F
108· 2 S54H52W
S54H53A
68.56 S54H53F
S54H53W
153· 66 S54H54A
153· 67 S54H54F
153· 68 S54H54W
60· 16 S54H55A
60· 17 S54H55F
60· 18 S54H55W
60· 19 S54H60A
60· 20 S54H60F
60· 21 S54H60W
153· 69 S54H61A
153· 70 S54H61f
153· 71 S54H61W
153· 72 S54H62A
193· 37 S54H62F
193· 38 S54H62W
193· 39 S54H71A
88· 32 S54H71F
88· 33 S54H71W
95· 27 S54H72A
95· 28 S54H72F
93· 93 S54H72W
95· 29 S54H73A
95· 30 S54H73F
95· 31 S54H73W
95· 32 S54H74A
95· 33 S54H74F
95· 34 S54H74W
21g· 24 S54H76B
219· 25 S54H101A
219· 26 S54H101F
69·100 S54H101W
69·101 S54H102A
69·102 S54H102F
219· 12 S54H102W
219· 13 S54H103A
S54H103F
219· 14 S54H103W
S54H106B
223·96 S54H106F
223.97 S54H106W
S54H10804
223· 98 S54H108F
S54H108W
184· 49 S54LS138B
184· 50 S54LS138F
184· 51 S54LS138W
167· 2 S54LS139B
167· 3 S54LS139F
219· 90 S54LS139W
219· 91 S54LS1516
217· 31 S54LS151F
223· 37 S54LS151W
219· 39 S54LS1536
219· 40 S54LS153F
183· 27 S54LS153W
183· 28 S54LS181F
183· 29 S54LS181 N
183· 30 S54LS1810
183· 31 S54LS196A
183· 32 S54LS196F
184· 43 S54LS196W
184.44 S54LS197A
183· 14 S54LS197F
183· 15 S54LS197W
184· 41 S54LS251B
223· 38 S54LS251F
141·72 S54LS251W
141·73 S54LS2536
141·74 S54LS253F
141·75 S54LS253W
141·76 S54LS260A
141· 77 S54LS260F
190· 77 S54LS260W
190· 78 S54LS261F
190· 79 S54LS261W
190· 80 S54S00A
190· 81 S54S00F
190· 82 S54S00W
100· 71 S54S02A
100· 72 S54S02F
100· 73 S54S02W
141· 78 S54S03A
141· 79 S54S03F
141·80 S54S03W
100· 74 S54S04A
100· 75 S54504F
100· 76 S54504W
141·81 S54S05A
141·82
141·83
.·Copy of mfr's data sheet
may be ordered from O,A.T.A.
~~:~g~~
MFRS Pa&Line
:~:~ Il~~:H
tSIC
tSIC
tSIC
tSIC
tSIC
tSIC
tSIC
tSIC
tSIC
tSIC
tSIC
tSIC
tSIC
tSIC
tSIC
tSIC
tSIC
tSIC
tSIC
tSIC
tSIC
tSIC
tSIC
tSIC
tSIC
tSIC
tSIC
tSIC
tSIC
tSIC
tSIC
tSIC
tSIC
tSIC
tSIC
tSIC
tSIC
tSIC
tSIC
tSIC
tSIC
tSIC
tSIC
tSIC
tSIC
tSIC
tSIC
tSIC
tSIC
tSIC
tSIC
tSIC
tSIC
tSIC
tSIC
tSIC
tSIC
tSIC
tSIC
tSIC
tSIC
tSIC
tSIC
tSIC
tSIC
tSIC
tSIC
tSIC
tSIC
tSIC
tSIC
tSIC
tSIC
tSIC
tSIC
tSIC
tSIC
tSIC
tSIC
tSIC
tSIC
tSIC
tSIC
+SIC
tSIC
tSIC
tSIC
tSIC
tSIC
tSIC
+SIC
tSIC
tSIC
tSIC
tSIC
tSIC
tSIC
tSIC
tSIC
tSIC
+SIC
tSIO
tSIC
tSIC
tSIC
tSIC
tSIC
tSIC
tSIC
tSIC
tSIC
tSIC
100· 79
141· 84
141· 85
141· 86
141· 87
141· 88
141· 89
141· 90
141· 91
141· 92
108· 3
108· 4
108· 5
108· 6
108· 7
108· 8
103· 58
103· 59
103· 60
108· 9
108· 10
108· 11
108· 12
108· 13
108· 14
108· 15
108· 16
108· 17
159· 78
159· 79
159· 80
159· 81
159· 82
159· 83
159· 84
159· 85
159· 86
56· 81
56· 82
56· 83
56· 84
56· 85
56.86
56· 87
56· 88
56· 89
69· 32
69· 33
69· 34
56· gO
58· 5
58· 6
58· 7
58· 8
58· 9
58· 10
58· 11
58· 12
58· 13
58· 14
58· 15
58· 16
58· 17
58· 18
58· 19
97· 74
97·75
97.76
97· 20
97· 2.1
97· 22
239· 51
239· 52
239· 53
239· 54
239· 55
239· 56
245· 54
245· 55
245· 56
82· 75
82· 76
82· 77
82· 78
82· 79
82· 80
239·57
239· 58
239· 59
239· 60
239.· $1
239.· 62
121·41
121· 42
121·43
234· 24
234·25.
141·93
141· 94
141· 95
121·44
121·45
121·46
141· 96
141·97
141.98
190· 83
190· 84
190· 85
190· 86
190· 87
190· 88
30
TYPE No.
I~~:~g~;
S54S08W
S54S09A
S54S09F
S54S09W
S54S10A
S54S10F
S54S10W
S54S20A
S54S20F
S54S20W
S54S22A
S54S22F
S54S22W
3. TYPE
No. CROSS INDEX
M FRS Pa&Line TYPE
MFRS Pa&Line YPE No.
MFRS Pa&Line TYPE No.
:~:g
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
199:
~¥
100- 82
100- 83
100- 84
100- 85
141- 99
141-100
141-101
141-102
141-103
141-104
141-105
141-106
141-107
554537A
.SiC
14i -i08
S54S37F
S54S37W
S54S38A
S54S38F
S54S38W
S54S40A
S54S40F
S54S40W
S54S51A
S54S51F
S54551W
554574A
554574F
554574W
554S85F
S54585W
S54S86A
554586F
554586W
554S1126
S545112F
554S112W
5545113A
S545113F
S54S113W
554S114A
554S114F
S54S114W
55451336
554S133F
S54S133W
S54S1346
S54S134F
5545134W
55451356
S54S135F
S54S135W
S54S1386
S54S138F
554S138W
S54S1396
S54S139F
S54S139W
S54S140A
S545140F
S545140W
S5451516
S54S151F
S545151W
55451538
S545153F
S545153W
S54S1578
S54S157F
S545157W
S54S1588
S54S158F
S54S158W
S54S181N
S54S2518
S545251F
S54S251W
S54S2538
S545253F
S54S253W
S54S2578
S54S257F
S545257W
S54S2588
S54S258F
S54S258W
S545260A
S54S260F
S54S260W
S82562F
S1400
S1400A
S14008
S1401
S1401A
S14018
S1402
S1402A
S14028
S1403
S1403A
S14038
S1404
S1404A
S14048
S1410
S1694
S1757#1
S1757#2
S1856
S1883#1
S1883#2
S1907A
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+51C
+SIC
+51C
+51C
+SIC
+SIC
+SIC
+51C
+SIC
+51C
+51C
+SIC
+SIC
+SIC
+SIC
+51C
+SIC
+SIC
+51C
+SIC
+SIC
+SIC
+SIC
+SIC
+51C
+51C
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+51C
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+51C
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+AMV
+AMI
+AMI
+AMI
tAMI
+AMI
+AMI
+AMI
tAMI
+AMI
+AMI
+AMI
+AMI
.+AMI
+AMI
+AMI
tAMI
AMI
+AMI
+AMI
+AMI
+AMI
+AMI
+AMI
1.41-109
141-110
142- 1
142- 2
142- 3
142- 4
142- 5
142- 6
103- 61
103- 62
103- 63
69- 64
69- 65
69- 66
246- 81
246 - 82
157 - 51
157 - 52
157 - 53
58-103
58-104
58-105
58-106
58 -107
58-108
58-109
58-110
59- 1
142- 7
142- 8
142- 9
142- 10
142- 11
142- 12
157 - 54
157 - 55
157 - 56
97- 77
97 - 78
97 - 79
97- 23
97 - 24
97 - 25
142- 13
142- 14
142- 15
239- 63
239 - 64
239- 65
239 - 66
239 - 67
239- 68
239 - 69
239 - 70
239- 71
239- 72
,239- 73
239 - 74
245 - 57
239- 75
239- 76
239- 77
239- 78
239- 79
239- 80
239- 81
239 - 82
239- 83
1239- 84
239 - 85
239 - 86
,121 - 47
'121- 48
1121- 49
1247-97
1 254 - 72
,254 - 73
1254.74
254 - 75
254· 76
254 - 77
254 - 78
254 - 79
254 - 80
254 - 81
254 - 82
254 - 83
254 -84
1254-85
254· 86
31
1254.
77 219224·
254·
1219 224 201-
71
60
86
41
97
87
42
72
~J~~~
S2193
S2470
S2555
S2556
S2567
S5400A
S5400F
S5400W
S5401A
S5401F
S5401W
S5402A
S5402F
S5402W
S5403A
S5403F
S5404A
S5404F
S5404W
S5405A
S5405F
S5405W
S5406A
S5406F
55406W
55407A
S5407F
S5407W
S5408A
S5408F
S5408W
S5409A
S5409F
S5409W
S5410A
S5410F
S5410W
S5411A
S5411F
S5411W
S5413A
S5413F
S5413W
S5414A
S5414F
S5414W
S5416A
S5416F
S5416W
S5417A
55417F
55417W
S5420A
S5420F
S5420W
S5421A
S5421F
S5421W
55426A
S5426F
S5427A
S5427F
S5430A
55430F
S5430W
S5432A
S5432F
S5432W
S5437A
S5437F
S5437W
S5438A
S5438F
S5438W
S5439A
S5439F
S5440A
S5440F
S5440W
S54428
S5442F
S5442W
S54438
S5443F
S5443W
S54446
S5444W
S5445F
S5445W
S5450A
S5450F
S5450W
S5451A
S5451F
S5451W
S5453A
S5453F
S5453W
S5454A
S5454F
S5454W
S5460A
S5460F
S5460W
S5470A
S5470F
S5470W
S5472A
S5472F
S5472W
S5473A
S5473F
D.A. T.A.
+AMI
+AMI
+AMI
+AMI
+AMI
+AMI
+AMI
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+51C
+51C
+SIC
+SIC
+SIC
+SIC
+SIC
+51C
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+51C
+SIC
+51C
+SIC
+51C
+SIC
+SIC
+SIC
+SIC
+SIC
+51C
+SIC
+SIC
+51C
+SIC
+SIC
+SIC
+SIC
+SIC
+51C
+SIC
+SIC
+51C
+SIC
+SIC
+SIC
+51C
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
1~4- 94 IS5473W
244 - 89
205- 13
205 - 20
203 - 82
203- 83
79- 74
142- 16
142- 17
142- 18
142- 19
142- 20
142- 21
121- 50
121- 51
121- 52
142- 22
142- 23
190- 89
190- 90
190- 91
190- 92
190- 93
190- 94
191- 1
191- 2
191- 3
191- 4
191- 5
191- 6
100- 86
100- 87
100- 88
100- 89
100- 90
100- 91
142- 24
142- 25
142- 26
100- 92
100- 93
100- 94
198- 27
198 - 28
198- 29
198- 30
198- 31
198 - 32
191 - 7
191 - 8
191 - 9
191 - 10
191 - I I
191 - 12
142- 27
142- 28
142- 29
100- 95
100- 96
100- 97
142- 30
142 - 31
121- 53
121 - 54
142- 32
142- 33
142- 34
113 - 14
113- 15
113- 16
142 - 35
142 - 36
142 - 37
142- 38
142- 39
142- 40
142- 41
142 - 42
142 - 43
142- 44
142- 45
92- 5
92- 6
92- 7
96- 46
96- 47
96 - 48
97 - 45
97 - 46
92- 8
92- 9
103- 64
103- 65
103· 66
103· 67
103· 68
103- 69
103- 70
103· 71
103- 72
103- 73
103- 74
103· 75
159 - 87
159·88
lb9 - 89
57 - 91
57 - 92
57 - 93
55 - 84
55 - 85
55 - 86
~~: g~
S5474A
S5474F
S5474W
S54766
S5476F
S5476W
S54770
S5480A
S5480F
S5480W
S54836
S5483F
S5483W
S54856
S5485F
S5485W
S5486A
S5486F
S5486W
S5490A
S5490F
S5492A
S5492F
S5492W
S5493A
S5493F
S5493W
S8162A
S8162F
S8162J
S82306
S8230E
S8230R
582316
S8231E
S8231R
582326
S8232E
S8232R
582336
S8233E
58233R
582346
S8234E
S8234R
582356
S8235E
S8235R
S8241A
S8241F
S82410
S8242A
S8242F
582420
58243N
S8243P
S8243Y
S8250A
S8250F
S8250J
582516
S8251E
58251R
S82528
S8252E
S8252R
S8260N
58260P
S8260Y
S8261A
S8261F
S82(;10
S8262A
S8262F
S82620
S8263N
S8263P
S8263Y
S8264N
S8264P
S8264Y
S82668
S8266E
S8266R
S82678
S8267E
S8267R
S8268A
S8268F
S82680
S8269A
S8269F
S82690
S82758
S8275E
S8275R
S8280A
S8280F
S82800
S8281A
S8281F
S82810
S8284F
S8285A
S8285F
S82850
S8288A
S8288F
S82880
S8290A
S8290F
LI-Registered with JEDEC
by this manufacturer
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
t51C
SIC
+SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
51C
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
+SIC
SIC
SIC
+SIC
SIC
SIC
AMV
SIC
SIC
AMV
SIC
SIC
SIC
SIC
SIC
SIC
SIC
. ~t g~
No.
IS82900
S8291A
68 - 85 S8291F
68 - 86 S82910
56- 1 S8292A
56- 2 S8292F
56- 3 S82920
1249- 71 S8293A
180- 53 S8293F
180- 54 S82930
180- 55 S8415A
180- 56 S8415F
180- 57 S8415J
.180- 58 S8416A
1246- 83 S8416F
246 - 84 S8416J
246 - 85 S8417A
113- 17 S8417F
113- 18 S8417J
113- 19 S8424A
74- 65 S8424F
74 - 66 S8424J
87 - 28 S8425A
87 - 29 S8425F
87 - 30 S8425J
80- 31 S8440A
80- 32 S8440F
80- 33 S8440J
,167- 16 58455A
[167 - 17 S8455F
167 - 18 58455J
243 - 19 S8470A
243- 20 S8470F
243- 21 S8470J
243 - 22 S8471A
243 - 23 S8471J
243 - 24 S8480A
243 - 25 S8480F
243 - 26 S8480J
243 - 27 S8481A
243 - 28 S8481F
243 - 29 S8481J
1243- 30 S8490A
235 - 19 S8490F
235 - 20 S8490J
235 - 21 58731A
1235 - 22 58731F
235 - 23 S8731J
S8806A
S8806F
1156- 90 S8806J
156- 91 S8808A
122 - 66 S8808J
122- 67 S8815A
122 - 68 S8815J
202 - 32 58816A
202 - 33 S8816F
202 - 34 S88 I 6J
88 - 28 S8821J
88 - 25 S8822A
1 88 - 29 S8822F
I 92- 95 S8822J
92- 10 S88248
92 - I I S8825A
92- 12 S8825F
92- 13 S8825J
92 - 14 S8826A
245 -100 S8826F
[245 -101 S8826J
245 -102 S8827A
203- 19 S8827F
203- 20 S8827J
203- 21 S8828A
248 - 45 S8828F
248 - 46 S8828J
248 - 47 S8829A
243- 31 S8829F
243 - 32 S8829J
243- 33 S8840A
243 - 34 S8840F
243 - 35 S8840J
243 - 36 S8848A
243 - 37 S8848F
243 - 38 S8848J
243 - 39 S8855A
243 - 40 S8855F
243- 41 S8855J
243 - 42 S8870A
181-100 S8870F
181-101 S8870J
181-102 S8875A
247- 8 S8875F
247 - 9 S8875J
247· 10 S8880A
70- 14 S8880F
70- 15 S8880J
70- 16 S8881A
84-104 S8881F
84-101 S8881J
84·102 S8885A
1 82· 42 S8885F
82- 30 S8885J
82- 31 S93098
87 - 6 S9309F
S9309W
76- 59 S9411
75 - 55 S9412A
S94126
76- 60 S9412C
82- 32 S9414A
82- 33 S94148
82- 34 S9510
76- 64 1~9511
76- 65
96026
I~~~: ~~
IN TYPE NUMBER SEQUENCE
MFRS Pa&Line TYPE No.
~:~
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
+SIC
SIC
+SIC
+SIC
SIC
+SIC
+SIC
SIC
+SIC
+SIC
SIC
+SIC
SIC
SIC
SIC
+SIC
SIC
+51C
+51C
SIC
+SIC
+SIC
SIC
+SIC
+SIC
+SIC
+SIC
SIC
+SIC
+SIC
SIC
+SIC
+SIC
SIC
+SIC
+51C
SIC
SIC
+SIC
SIC
+SIC
+SIC
+SIC
SIC
SIC
+SIC
SIC
+SIC
SIC
SIC
SIC
SIC
SIC
+SIC
SIC
+SIC
+SIC
SIC
+SIC
+SIC
SIC
+SIC
+SIC
SIC
SIC
+SIC
SIC
+SIC
+SIC
SIC
+SIC
+SIC
SIC
+SIC
+SIC
SIC
+SIC
+SIC
SIC
+SIC
SIC
SIC
SIC
+SIC
SIC
+SIC
SIC
SIC
SIC
SIC
SIC
SIC
tSIC
+SIC
+SIC
+AMI
tAMI
+AMI
tAMI
+AMI
+AMI
+AMI
+AMI
+SIC
~~: ~~ 1~~~g~0
82- 39
82- 40
76 - 56
76- 57
76- 58
82 - 22
82- 23
82 - 24
127 - 8
127 - 9
127 - 10
130- 6
130- 7
130- 8
127 - 11
127 - 12
127 - 13
65 - 93
65 - 94
65 - 95
65 - 96
65 - 97
65 - 98
157 - 23
157 - 24
157 - 25
154 - 53
154 - 54
154 - 55
149- 21
149 - 22
149- 23
131 - 58
131 - 59
149 - 24
149- 25
149- 26
131- 60
131- 61
131- 62
194 - 17
194- 18
194- 19
158 - 6
158- 7
158- 8
158-104
158-105
158-106
147 - 73
147 - 74
122- 69
122- 70
147 - 75
147 - 76
147 - 77
59- 97
59 - 98
59- 99
59-100
59 -101
59-102
59 -103
59 -104
60- 4
60- 5
60- 6
60- 7
60- 8
60- 9
70- 20
70- 21
70- 22
59 -105
59-106
59-107
156- 92
156- 93
156- 94
110- 57
110- 58
110- 59
153 - 73
153- 74
153- 75
147·78
147· 79
147· 80
122- 71
122- 72
122 - 73
147· 81
147 - 82
147 - 83
131- 73
147- 84
131- 74
122- 74
122·75
122- 76
239 - 87
239 - 88
239 - 89
254 - 58
254 - 52
254 - 53
254 - 54
254 - 55
254 - 56
254 - 49
1254- 50
165 - 7
• -Copy of mfr's data sheet
may be ordered from D.A.T_A.
S9650
S9651
S54107A
S54107F
S541096
S54109F
S54109W
S54121A
S54121F
S541210
S54121W
S54122A
S54122F
S541220
S541236
S54123E
S54123F
S54123W
S54125A
S54125F
S54125W
S54126A
S54126F
S54126W
S54132A
554132F
554132W
S54145E
S54145F
S54145R
S54145W
S541476
S54147F
S54147W
S541486
S54148F
S54148W
S54150F
S54150N
554150P
S541500
S54150Y
S541516
S54151E
S54151F
S54151R
S54151W
S541520
S54152W
S541536
S54153F
S54153W
S54154F
S54154N
S54154P
S541540
S54154Y
S541556
S54155F
S54155W
S541566
S54156F
S54156W
S541576
S54157F
S54157W
S541588
S54158F
S54158W
S541606
S54160F
S54160W
S541616
S54161E
S54161F
S54161R
S54161W
S541628
S54162E
S54162F
S54162R
S54162W
S541638
S54163E
S54163F
S54163R
S54163W
S54180A
S54180F
S541800
S54180W
S54181F
S54181N
S541810
5541828
S54182F
S54182W
S541908
S54190F
S54190W
S541918
S54191F
S54191W
S541928
S54192E
S54192F
S54192R
S54192W
S541938
S54193E
S54193F
S54193R
MFRS Pa&Line
:~:g
11~~:
g
+AMI
+AMI
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
SIC
+SIC
SIC
SIC
SIC
+SIC
SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
SIC
+SIC
SIC
+SIC
tSIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+51C
SIC
+SIC
SIC
+SIC
SIC
+SIC
SIC
+SIC
SIC
+SIC
+SIC
+SIC
tSIC
+SIC
+SIC
SIC
+SIC
SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
tSIC
+SIC
+SIC
SIC
+SIC
SIC
+SIC
+SIC
SIC
+SIC
SIC
+SIC
+SIC
SIC
+SIC
SIC
+SIC
+SIC
+SIC
SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
+SIC
SIC
+SIC
SIC
+SIC
+SIC
SIC
+SIC
SIC
254 254 5656535353 166166166166-
51
57
4
5
76
77
78
82
83
84
85
Il~t ~~
11661166[166166-
iJ~t
86
29
30
31
31
1216- 5
l~lt ~
1216216[198 198198192929292251251251 251 251 251 239239239239[239239 -
8
9
33
34
35
15
16
17
18
24
25
26
27
28
29
90
91
92
93
94
95
I~~~: ~~
239- 98
,239- 99
239-100
239-101
239 -102
239 -103
239 -104
239-105
239 -106
239-107
239 -108
239 -109
239-110
240- I
240- 2
240- 3
240- 4
1240- 5
240- 6
240- 7
[240- 8
240- 9
240- 10
,240- I I
. 75 - 73
75- 74
75 - 75
81- 55
79- 70
81- 56
79 - 71
81 - 57
75 - 76
80- 72
75- 77
80- 73
75 - 78
81- 58
84· 61
81- 59
84 - 62
81- 60
247 - 98
247 - 99
247 -100
247-101
245 - 58
245 - 59
245 - 60
252 - 74
252· 75
252 - 76
75- 8
75 - 9
75- 10
80· 74
80- 75
80- 76
84- 63
84- 64
84- 65
84 - 66
84- 67
80- 77
80- 78
80- 79
80- 80
31
TYPE No.
I~~:~~~~
S54232F
S54232W
S54279B
S54279F
S54279W
S/H725
S/H725LH
S/H725WB
SAA1000
SAA10l0
SAA1022
SAA1024
SAA1025
SAA1030
SAH190
SAH215
SAJll0
SAJ110A
SAJ 110B
SAJ131
SAJ131-1
SAJ131A
SAJ131AI
SAJ135
SAJ 135-1
SAJ135A
SAJ 135AI
SAJ210AX2
SAJ210AX7
SAJ220C
SAJ2200
SAJ220H
SAJ220M
SAJ220P
SAJ220S
SAJ250A
SAJ250AA
SAJ250AB
SAJ250B
SAJ250BA
SAJ270E
SAJ300
SAJ300S
SAJ300T
SAJ410
SAK 100
SAK115
SAK140
SAK215
SAY115
SAYl15X
SAY115Y
SCDX162351Z
SCDX162361Z
SCDX 1623507
SCDX1623607
SCLl
SCL 1006
SCL4000AC
SCL4000AD
SCL4000AE
SCL4000AF
SCL4000AH
SCL4001AC
SCL4001AD
SCL4001AE
SCL4001AF
SCL4001AH
SCL4002AC
SCL4002AD
SCL4002AE
SCL4002AF
SCL4002AH
SCL4007AC
SCL4007AD
SCL4007AE
SCL4007AF
SCL4007AH
SCL4008AC
SCL4008AD
SCL4008AE
SCL4008AF
SCL4008AH
SCL4009AC
SCL4009AD
SCL4009AE
SCL4009AF
SCL4009AH
SCL4010AC
SCL4010AD
SCL4010AE
SCL4010AF
SCL4010AH
SCL4011AC
SCL401 lAD
SCL4011AE
SCL4011AF
SCL4011AH
SCL4012AC
SCL4012AD
SCL4012AE
SCL4012AF
SCL4012AH
SCL4013AC
SCL4013AO
SCL4013AE
32
3. TYPE
No. CROSS INDEX
MFRS Pi1&Lin e TYPE
MFRS Pa&Line TYPE No.
MFRS Pa&Lin e TYPE No.
:~:~
1~~: ~~ 1~~t:81~~~
+SIC
198- 66
198- 67
+SIC
+SIC
249 - 72
249- 73
+SIC
249 - 74
.SIC
+HBC 1252- 21
+HBC 252- 22
+HBC 252- 25
INTG 202- 22
INTG 202- 23
+INTG 1202.42
INTG 202· 24
INTG 202- 25
+INTG 202 - 27
INTG 202- 26
+ITT
+ITT
203 - 79
+PHIN 204 - 93
tVALG
INTG 204 - 94
+ITT
INTG 204 - 95
+ITT
+SIEG 205- 14
+SIEG 205- 8
+SIEG 205- 15
.SIEG 1205- 9
.SIEG 205· 16
+SIEG 1205- 10
.SIEG 205- 17
.SIEG 205· 11
.SGAI 204 - 96
.SGAI 204 - 97
.ITT
203 - 98
tlTT
203 - 99
203 -108
.ITT
.ITT
203 -100
203-101
.ITT
.ITT
203 -109
71- 72
.PHIN
tVALG 71- 73
tVALG 71- 74
71- 75
.PHIN
tVALG.71-76
INTG 1203-107
.ITT
254-61
:~i~ i~g:: ~
.SIEG 1205- 12
tV ALG 203· 22
.INTG 1202.19
.ITT
.MULB 202· 10
.PHIN
INTG 202- 20
INTG 202· 21
.ITT
203 - 45
.ITT
203 - 46
.ANA 173- 28
.ANA 173 - 29
.ANA 173- 30
+ANA 173 - 31
254 - 42
tDTL
.ANA 202-109
.SSS
116- 73
116- 74
.SSS
.SSS
116- 75
.SSS
116- 76
.SSS
116- 77
.SSS .116- 78
.SSS 1116- 79
.SSS .116- 80
.SSS '116· 81
.SSS 1116.82
.SSS
116· 83
.SSS ! 116· 84
.SSS 1116- 85
.SSS
116· 86
116- 87
.SSS
.SSS
232· 84
.SSS
232- 85
.SSS
232 - 86
.SSS
232 - 87
.SSS
232 - 88
182 - 44
.SSS
182- 45
.SSS
182- 46
.SSS
182- 47
.SSS
182· 4.8
.SSS
196· 82
.SSS
tSSS 1196- 83
.SSS
196- 84
.SSS
196· 85
.SSS i 196- 86
.SSS
196'87
196- 88
+SSS
196- 89
+SSS
.SSS
196- 90
196- 91
.SSS
126· 6
+SSS
.SSS
126- 7
126- 8
+SSS
126- 9
+SSS
126- 10
.SSS
126- 11
+SSS
126- 12
.SSS
126- 13
.SSS
126- 14
.SSS
126 - 15
+SSS
67 - 34
+SSS
67 - 35
+SSS
67 - 36
.SSS
SCL4016AC
SCL4016AD
SCL4016AE
SCL4016AF
SCL4016AH
SCL4017AC
SCL4017AD
SCL4017AE
SCL4017AF
SCL4017AH
SCL4018AC
SCL4018AD
SCL4018AE
SCL4018AF
SCL4018AH
SCL4019AC
SCL4019AD
SCL4019AE
SCL4019AF
SCL4019AH
SCL4020AC
SCL4020AD
SCL4020AE
SCL4020AF
SCL4020AH
SCL4022AC
SCL4022AD
SCL4022AE
SCL4022AF
SCL4022AH
SCL4023AC
SCL4023AD
SCL4023AE
SCL4023AF
SCL4023AH
SCL4024AC
SCL4024AD
SCL4024AE
SCL4024AF
SCL4024AH
SCL4024AT
SCL4025AC
SCL4025AD
SCL4025AE
SCL4025AF
SCL4025AH
SCL4026AC
SCL4026AD
SCL4026AE
SCL4026AF
SCL4026AH
SCL4027AC
SCL4027AD
SCL4027AE
SCL4027AF
SCL4027AH
SCL4028AC
SCL4028AD
SCL4028AE
SCL4028AF
SCL4028AH
SCL4029AC
SCL4029AD
SCL4029AE
SCL4029AF
SCL4029AH
SCL4030AC
SCL4030AD
SCL4030AE
SCL4030AF
SCL4030AH
SCL4033AC
SCL4033AD
SCL4033AE
SCL4033AF
SCL4033AH
SCL4040AC
SCL4040AD
SCL4040AE
SCL4040AF
SCL4040AH
SCL4041AC
SCL4041AD
SCL4041AE
SCL4041AF
SCL4041AH
SCL4043AC
SCL4043AD
SCL4043AE
SCL4043AF
SCL4043AH
SCL4044AC
SCL4044AD
SCL4044AE
SCL4044AF
SCL4044AH
SCL4049AC
SCL4049AD
SCL4049AE
SCL4049AF
SCL4049AH
SCL4050AC
SCL4050AD
SCL4050AE
SCL4050AF
SCL4050AH
SCL4051AC
SCL4051AD
SCL4051AE
SCL4051AF
SCL4051AH
SCL4052AC
D.A. T.A.
:~~~
+SSS
+SSS
+SSS
+SSS
+SSS
.SSS
+SSS
+SSS
+SSS
+SSS
+SSS
+SSS
+SSS
+SSS
+SSS
+SSS
+SSS
+SSS
+SSS
+SSS
+SSS
+SSS
+SSS
+SSS
+SSS
+SSS
.SSS
.SSS
.SSS
.SSS
.SSS
.SSS
.SSS
.SSS
+SSS
.SSS
.SSS
.SSS
.SSS
.SSS
.SSS
.SSS
.SSS
.SSS
.SSS
.SSS
.SSS
.SSS
.SSS
.SSS
.SSS
.SSS
.SSS
.SSS
.SSS
.SSS
.SSS
.SSS
.SSS
.SSS
.SSS
.SSS
.SSS
.SSS
.SSS
.SSS
.SSS
.SSS
.SSS
.SSS
.SSS
.SSS
.SSS
.SSS
.SSS
.SSS
.SSS
.SSS
.SSS
.SSS
.SSS
.SSS
.SSS
.SSS
.SSS
.SSS
.SSS
.SSS
.SSS
.SSS
.SSS
.SSS
.SSS
.SSS
+SSS
+SSS
+SSS
+SSS
+SSS
+SSS
.SSS
.SSS
+SSS
.SSS
+SSS
+SSS
.SSS
.SSS
.SSS
+SSS
+SSS
+SSS
~i: ~~ 1~~t:8~~~~
205 - 90
205 - 91
205- 92
205 - 93
205 - 94
84 - 23
84- 24
84· 25
84 - 26
84- 27
84- 28
84- 29
84- 30
84 - 31
84 - 32
102- 97
102- 98
102- 99
102-100
102-101
78- 73
78- 74
78- 75
78- 76
78· 77
85· 42
85· 43
85· 44
85 - 45
85· 46
126- 16
126- 17
126- 18
126- 19
126- 20
78- 99
78-100
78-101
78-102
78-103
79- 43
116- 88
116- 89
116- 90
116- 91
116- 92
85 - 47
85 - 48
85 - 49
85- 50
85 - 51
48 - 47
48 - 48
48 - 49
48- 50
48 - 51
90· 56
90- 57
90- 58
90- 59
90- 60
85-110
86- 1
86- 2
86- 3
86- 4
155 - 14
155· 15
155 - 16
155· 17
155 - 18
85 - 52
53
I 85·
I 85- 54
85· 55
85- 56
78 - 78
78· 79
78- 80
78- 81
78- 82
216- 84
216- 85
216- 86
217- 1
217 - 2
250- 86
250- 87
250- 88
250- 89
250- 90
250- 91
250· 92
250- 93
250· 94
250· 95
196· 92
196- 93
196- 94
196· 95
196- 96
196- 97
196- 98
196- 99
196-100
196-101
234-108
234-109
234-110
235· 1
235- 2
235 - 3
SCL4052AF
SCL4052AH
SCL4053AC
SCL4053AD
SCL4053AE
SCL4053AF
SCL4053AH
SCL4060AC
SCL4060AD
SCL4060AE
SCL4060AF
SCL4060AH
SCL4071AC
SCL4071AD
SCL4071AE
SCL4071AF
SCL4071AH
SCL4072AC
SCL4072AD
SCL4072AE
SCL4072AF
SCL4072AH
SCL4073AC
SCL4073AD
SCL4073AE
SCL4073AF
SCL4073AH
SCL4075AC
SCL4075AD
SCL4075AE
SCL4075AF
SCL4075AH
SCL4081AC
SCL4081AD
SCL4081AE
SCL4081AF
SCL4081AH
SCL4082AC
SCL4082AD
SCL4082AE
SCL4082AF
SCL4082AH
SCL4402AC
SCL4402AD
SCL4402AE
SCL4402AF
SCL4402AH
SCL4404AC
SCL4404AD
SCL4404AE
SCL4404AF
SCL4404AH
SCL4404AT
SCL4412AC
SCL4412AD
SCL4412AE
SCL4412AF
SCL4412AH
SCL4416AC
SCL4416AD
SCL4416AE
SCL4416AF
SCL4416AH
SCL4426AC
SCL4426AD
SCL4426AE
SCL4426AF
SCL4426AH
SCL4428AC
SCL4428AD
SCL4428AE
SCL4428AF
SCL4428AH
SCL4433AC
SCL4433AD
SCL4433AE
SCL4433AF
SCL4433AH
SCL4441AC
SCL4441AD
SCL4441AE
SCL4441AF
SCL4441AH
SCL4445AC
SCL4445AD
SCL4445AE
SCL4445AF
SCL4445AH
SCL4449AC
SCL4449AD
SCL4449AE
SCL4449AF
SCL4449AH
SCL4502AC
SCL4502AD
SCL4502AE
SCL4502AF
SCL4502AH
SCL4510AC
SCL4510AD
SCL4510AE
SCL4510AF
SCL4510AH
SCL4511AC
SCL4511 AD
SCL4511AE
SCL4511AF
SCL4511AH
SCL4516AC
SCL4516AD
SCL4516AE
SCL4516AF
",-Registered with JEDEC
by this manufacturer
:~~~ I~~~:
+SSS
+SSS
+SSS
+SSS
+SSS
+SSS
+SSS
+SSS
+SSS
+SSS
+SSS
+SSS
+SSS
+SSS
+SSS
+SSS
.SSS
+SSS
+SSS
.SSS
+SSS
+SSS
+SSS
+SSS
+SSS
+SSS
+SSS
+SSS
+SSS
+SSS
+SSS
.SSS
+SSS
+SSS
+SSS
+SSS
.SSS
.SSS
.SSS
.SSS
.SSS
.SSS
.SSS
.SSS
.SSS
.SSS
.SSS
.SSS
.SSS
.SSS
.SSS
.SSS
.SSS
.SSS
.SSS
.SSS
.SSS
.SSS
.SSS
.SSS
.SSS
.SSS
.SSS
.SSS
.SSS
.SSS
.SSS
.SSS
.SSS
.SSS
.SSS
.SSS
.SSS
.SSS
.SSS
.SSS
.SSS
.SSS
.SSS
.SSS
.SSS
.SSS
.SSS
.SSS
.SSS
.SSS
.SSS
.SSS
.SSS
.SSS
.SSS
.SSS
.SSS
.SSS
.SSS
+SSS
+SSS
.SSS
+SSS
+SSS
+SSS
.SSS
.SSS
+SSS
.SSS
.SSS
+SSS
.SSS
+SSS
.SSS
.SSS
+SSS
235 235 235 235 235235235 78 78 78 78781121121121121121121121121121129898·
98 9898 112112112 112 11298989898989898989898 116116116116 117 78 78 7878 78 79 126126126·
126126205 205 205 205 205 73 7373·
73·
73·
88·
888888·
8873·
73737373 217 217 217 217 217 205205205205205195195195 195195 195195195·
195195 73·
73 737373·
94·
9494949478·
78·
7878-
IN TYPE NUMBER SEQUENCE
No.
; I~~t:~~~~~
6 SCL4518AD
7 SCL4518AE
8 SCL4518AF
9 SCL4518AH
10 SCL4520AC
11 SCL4520AD
12 SCL4520AE
83 SCL4520AF
84 SCL4520AH
85 SCL4528AC
86 SCL4528AD
87 SCL4528AE
10 SCL4528AF
11 SCL4528AH
12 SCL5420D
13 SCL5420E
14 SCL5420F
15 SCL5420H
16 SCLCM
17 SD5000B
18 SD5001B
19 SD5100A
17 SD5101A
18 SD5200B
19 SDAC10-l
20 SDAC10-3
21 SDAC11-1
20 SDACll-3
21 SDAC12-1
22 SDAC12-3
23 SDC36-6-1
24 SDC36-6-3
22 SDC36Hl
23 SDC36H3
24 SDC36L 1
25 SDC36L3
26 SDC500-6-1
27 SDC500-6-3
28 SDC500Hl
29 SDC500H3
30 SDC500L 1
31 SDC500L3
93 SDC501-1
94 . SDC501-3
95 SDC510-6-1
96 SDC510-6-3
1 SDC510Hl
88 SDC510H3
89 SDC510L 1
90 SOC510L3
91 SDC511-6-1
92 SDC511-6-3
22 SDC511Hl
21 SDC511H3
22 SDC511L 1
23 SDC511L3
24 SDC160251Z
25 SDC160261Z
95 SDC160351Z
96 SDC160361Z
97 SDC1602507
98 SDC1602607
99 SOC1603507
22 SDC1603607
23 SDC1604507
24 SDC1604707
25 SDM850
26 SDM850A
19 SDM851
20 SDM851A
21 SE553BA
22 SE553F
23 SE554BA
27 SE554F
28 SE555T
.INL
29
30 SE555V
31
3 SE556A
4 SE556CA
5 SFC400E
6
7 SFC400EM
2
3 SFC400ET
4
5 SFC400EV
6 SFC400HE
5
6 SFC400HEM
7
8 SFC400HP
9 SFC400HPM
10
11 SFC400LE
12
13 SFC400LEM
14
42 SFC400LPM
43
44 SFC400P
45 SFC400PM
46
5 SFC401AE
6 SFC401E
7
8 SFC401 EM
9
58 SFC401 ET
59
60 SFC401EV
61
MFRS Pa&Lin e TYPE No.
:~~~
+SSS
+SSS
+SSS
+SSS
+SSS
+SSS
+SSS
+SSS
+SSS
+SSS
+SSS
+SSS
+SSS
+SSS
+SSS
+SSS
+SSS
+SSS
+OTL
tSIC
.SIC
+SIC
.SIC
+SIC
tODC
.ODC
tODC
.ODC
tODC
tODC
tODC
+ODC
tODC
tODC
tODC
tODC
tODC
.ODC
tODC
tODC
.ODC
tODC
tODC
tODC
tODC
.ODC
tODC
tODC
tODC
tODC
.ODC
tODC
.ODC
tODC
tODC
tODC
.ANA
+ANA
.ANA
.ANA
+ANA
.ANA
.ANA
.ANA
.ANA
.ANA
.BUB
.BUB
.BUB
.BUB
+SIC
.SIC
.SIC
.SIC
AMV
.SIC
.INL
.SIC
.SIC
.SIC
NPC
HHCF
NPC
THCF
NPC
THCF
NPC
NPC
THCF
NPC
THCF
NPC
NPC
THCF
NPC
THCF
NPC
THCF
NPC
THCF
NPC
NPC
THCF
NPC
NPC
THCF
NPC
THCF
NPC
THCF
NPC
~g: ~~
ISFC401HE
73- 48
73- 49
73- 50
73- 51
79- 1
79- 2
79- 3
79 - 4
79- 5
164- 30
164- 31
164- 32
164- 33
164 - 34
254- 62
254 - 63
254 - 64
254 - 65
254 - 22
212- 54
212- 50
212- 51
212 - 52
212- 53
173- 32
173 - 33
173- 34
173- 35
173 - 36
173- 37
168 - 86
168 - 87
168 - 88
168- 89
168- 90
168- 91
168 - 92
168 - 93
168- 94
168 - 95
168- 96
168· 97
168- 98
168· 99
168-100
168-101
168-102
168-103
168-104
168-105
168-106
168-107
168·108
168-109
168-110
169· 1
171· 38
171- 39
171· 40
171- 41
171· 30
171 - 31
171- 32
171· 33
171 - 27
171- 28
254 - 30
254 - 31
254 - 32
254 - 33
164-110
165- 1
165- 2
165- 3
164-102
SFC401HEM
SFC401HP
SFC401HPM
SFC401P
SFC401PM
SFC402E
SFC402EM
SFC402ET
SFC402EV
SFC402P
SFC402PM
SFC403E
SFC403EM
SFC403ET
SFC403EV
SFC403LE
SFC403LEM
SFC404E
SFC404EM
SFC404ET
SFC404EV
SFC404HE
SFC404HEM
SFC404HPM
SFC404LE
SFC404LEM
SFC404P
SFC404PM
SFC405E
SFC405EM
SFC405ET
SFC405EV
SFC405P
SFC405PM
SFC406E
SFC406EM
SFC406ET
SFC406EV
SFC406P
SFC406PM
SFC407E
SFC407EM
SFC407ET
SFC407EV
164-103 SFC407P
SFC407PM
167· 5
167- 6 SFC408E
142- 46
SFC408EM
142· 47
SFC408ET
142- 48
SFC408EV
142- 49 SFC408P
142- 50 SFC408PM
142- 51 SFC409E
142- 52 SFC409EM
142· 53
SFC409ET
133- 73
SFC409EV
133- 74 SFC409P
SFC409PM
133- 75 SFC410E
142- 54 SFC410EM
142- 55
SFC410ET
142- 56
142- 57 SFC410HE
142- 58 SFC410HEM
142- 59 SFC410HP
142- 60 SFC410HPM
••Copy of mfr's data sheet
may be ordered from D.A.T.A.
MFRS Pa&Line
~~~F
NPC
THCF
NPC
NPC
THCF
NPC
NPC
THCF
NPC
THCF
NPC
THCF
NPC
THCF
NPC
NPC
NPC
THCF
NPC
THCF
NPC
THCF
NPC
THCF
NPC
NPC
THCF
NPC
THCF
NPC
THCF
NPC
THCF
NPC
THCF
NPC
NPC
THCF
NPC
THCF
NPC
THCF
NPC
THCF
NPC
THCF
NPC
NPC
THCF
NPC
THCF
NPC
THCF
NPC
THCF
NPC
NPC
NPC
THCF
NPC
THCF
NPC
THCF
NPC
THCF
NPC
NPC
NPC
THCF
NPC
THCF
NPC
THCF
NPC
THCF
NPC
NPC
NPC
THCF
NPC
THCF
NPC
THCF
NPC
THCF
NPC
NPC
NPC
THCF
NPC
THCF
NPC
THCF
NPC
THCF
NPC
NPC
NPC
NPC
HHCF
NPC
THCF
NPC
THCF
NPC
HHCF
NPC
HHCF
NPC
HHCF
NPC
HHCF
14;£- Ii
142- 62
142 - 63
142 - 64
142 - 65
142- 66
121 - 55
121- 56
121 - 57
121 - 58
121- 59
121- 60
142 - 67
142 - 68
142- 69
142- 70
132-106
132 -107
191- 13
191- 14
191 - 15
191- 16
191· 17
191- 18
191- 19
187 - 42
187 - 43
191- 20
191- 21
191- 22
191- 23
191- 24
191- 25
191- 26
191- 27
191- 28
191- 29
191- 30
191- 31
191- 32
191- 33
191- 34
191- 35
191- 36
191- 37
191- 38
191- 39
100- 98
100- 99
100-100
100-101
100-102
100-103
100-104
lOl-
l
101- 2
101101101142·
3
4
5
71
142· 72
142- 73
142- 74
142- 75
142- 76
142- 77
32
YPI; No.
ISFC410LE.
3. TYPE
No. CROSS INDEX
MFRS PQ&Line YPE No.
MFRS IPo&Line
MFRS PQ&Line TYPE No.
~~gF
SFC411HPM
NPC
THCF
NPC
THCF
NPC
+THCF
NPC
+THCF
NPC
+THCF
NPC
+THCF
NPC
SFC413E
•N'pe'
SFC410LSM
SFC410LPM
SFC410PM
SFC411HE
SFC411HEM
SFC411HP
133- 76 ISFC442EM
134-
1 SFC442ET
134- 2 SFC450E
142- 78 SFC450EM
101- 6 SFC450ET
101- 7 SFC450HE
SFC450HPM
101· 8 SFC450PM
101- 9 SFC451E
.l.TUr-t:
SFC413EM
SFC413ET
SFC413PM
SFC416E
SFC416EM
SFC416ET
SFC416PM
SFC417E
SFC417EM
SFC417ET
SFC417PM
SFC420E
SFC420EM
SFC420ET
SFC420HE
SFC420HEM
SFC420HPM
SFC420LE
SFC420LEM
SFC420PM
SFC421HE
SFC421HEM
SFC426E
SFC426EM
SFC426ET
SFC430E
SFC430EM
SFC430ET
SFC430HE
SFC430HEM
SFC430HPM
SFC430LE
SFC430LEM
SFC430PM
SFC437E
SFC437EM
SFC437ET
SFC438E
SFC438EM
SFC438ET
SFC440E
SFC440EM
SFC440ET
SFC440HE
SFC440HEM
SFC440HPM
SFC440PM
SFC442E
33
THCF
NPC
THCF
NPC
THCF
NPC
THCF
NPC
198- 36 SFC451EM
198- 31 SFC451ET
198- 38 SFC451HE
198- 39 SFC451HEM
191- 40 SFC451HPM
~~gF l'
THCF
NPC
THCF
NPC
THCF
NPC
THCF
NPC
THCF
NPC
THCF
NPC
THC!'
NPC
+THCF
NPC
THCF
NPC
THCF
NPC
+THCF
NPC
THCF
NPC
+THCF
NPC
THCF
NPC
THCF
NPC
+THCF
NPC
THCF
NPC
THC!'
NPC
THCF
NPC
THCF
NPC
THCF
NPC
+THCF
NPC
THCF
NPC
THCF
NPC
+THCF
NPC
THCF
NPC
+THCF
NPC
THCF
NPC
THCF
NPC
+THCF
NPC
THCF
NPC
THCF
NPC
THCF
NPC
+THCF
NPC
+THCF
NPC
+THCF
NPC
+THCF
NPC
THCF
NPC
THCF
NPC
tTHCF
NPC
THCF
NPC
+THCF
NPC
+THCF
~~gF
- 41 SFC451LE
~~gF
NPC
THCF
NPC
+THCF
NPC
THCF
NPC
THCF
NPC
NPC
NPC
+THCF
NPC
.THCF
NPC
THCF
NPC
THCF
NPC
THCF
NPC
THCF
NPC
THCF
NPC
THCF
191- 42 SFC451 LEM
~~gF
191- 43 SFC451PM
NPC
tTHCF
NPC
+THCF
NPC
THCF
NPC
THCF
NPC
NPC
NPC
+THCF
NPC
+THCF
NPC
THCF
NPC
THCF
NPC
THCF
NPC
THCF
NPC
THCF
NPC
THCF
NPC
THCF
NPC
+THCF
NPC
+THCF
NPC
THCF
NPC
THCF
NPC
+THCF
NPC
+THCF
NPC
THCF
NPC
THC;F
NPC
NPC
NPC
THCF
NPC
THCF
NPC
tTHCF
NPC
+THCF
NPC
THCF
NPC
THCF
NPC
THCF
NPC
THCF
NPC
+THCF
NPC
THCF
NPC
THCF
NPC
THCF
NPC
NPC
THCF
NPC
THCF
NPC
THCF
NPC
THCF
NPC
THCF
NPC
THCF
191- 44 SFC453E
191- 45 SFC453EM
191- 46 SFC453ET
1'9 - 47 SFC463HE
SFC453HPM
142- 79 SFC453PM
142- 80 SFC454E
142' 81 SFC454EM
142- 82 SFC454ET
142- 83 SFC454HE
142· 84 SFC454HEM
134- 3 SFC454HPM
134- 4 SFC454LE
142 ~ 85 SFC454LEM
101- 10 SFC454PM
101- 11 SFC460E
142- 86 SFC460EM
142 - 87 SFC460ET
142- 88 SFC460PM
142- 89 SFC472E
142- 90 SFC472EM
142- 91 SFC472ET
142· 92 SFC472HE
SFC472HPM
142- 93 SFC472LE
142· 94 SFC472LEM
142- 95 SFC472PM
134- 5 SFC473E
142- 96 SFC473EM
142- 97 SFC473ET
142- 98 SFC473LE
142- 99 SFC473LEM
142·100 SFC473PM
142·101 SFC474E
142-102 SFC474EM
142-103 SFC474ET
142-104 SFC474EV
SFC474HE
142-105
SFC474HEM
142-106
SFC474HPM
142-107
SFC474LE
142-108
SFC474LEM
142-109
SFC474PM
92- 19
D.A. T.A.
92- 20 ISFC475E
92- 21 SFC475EM
156- 20 SFC475ET
108- 18 SFC475EV
SFC476E
156- 21
SFC416EM
156- 22
156- 23 SFC476ET
156- 24
SFC483E
156- 25
SFC483EM
108· 19
SFC483ET
108- 20
SFC485E
108· 21
SFC485EM
108- 22
SFC485ET
108- 23
SFC486E
105- 32
SFC486EM
- 33
11
SFC486ET
156- 26
SFC486PM
108- 24
SFC490E
108- 25
SFC490EM
108~ 26
SFC490ET
108- 27
108- 28 SFC490PM
142-110
SFC492E
108- 29
SFC492EM
108- 30
SFC492ET
108- 31
SFC492PM
108- 32
SFC493E
108- 33
SFC493EM
108- 34
SFC493ET
105· 34
SFC493LE
105- 35
SFC493LEM
108- 35
SFC493PM
159- 90
SFC930E
159- 91 SFC932E
SFC933E
169 - 92 SFC935E
SFC936E
159- 93 SFC944E
SFC945E
63- 18 SFC946E
SFC948E
63- 28 SFC951E
SFC962E
63- 29 SFC2524EC
48- 83 SFC2524KM
48- 84
53- 11 SFC2525EC
53- 12 SFC2525KM
48 - 85 SFC2528EC
63- 19 SFC2528KM
56- 6 SFC2529EC
56- 7 SFC2529KM
53- 13 SFC4107E
53- 14 SFC4107EM
48 - 86 SFC4107ET
68- 87 SFC4121E
68- 88 SFC4121EM
68- 89 SFC4121ET
68- 90 SFC4121PM
69- 35
SFC4122E
69- 36
SFC4122EM
69- 37
SFC4122ET
68- 10
SFC4122PM
68 - 11
SFC4123E
69- 1
SFC4123EM
to-Registered with JEDEC
by this manufacturer
~~gF
NPC
THCF
NPC
THCF
NPC
NPC
THCF
NPC
THCF
NPC
THCF
NPC
THCF
~~gF
NPC
THCF
NPC
+THC!'
NPC
+THCF
NPC
+THCF
NPC
THCF
NPC
THCF
NPC
THCF
NPC
THCF
NPC
THCF
NPC
THCF
NPC
THCF
NPC
THCF
NPC
THCF
NPC
THCF
NPC
THCF
NPC
THCF
NPC
THCF
NPC
THCF
NPC
THCF
NPC
THCF
NPC
THCF
NPC
THCF
NPC
NPC
NPC
NPC
NPC
NPC
NPC
NPC
NPC
NPC
NPC
NPC
THCF
NPC
THCF
NPC
THCF
NPC
THCF
NPC
THCF
NPC
THCF
NPC
THCF
NPC
THCF
NPC
THCF
NPC
THCF
NPC
THCF
NPC
THCF
NPC
THCF
NPC
THCF
NPC
THCF
NPC
+THCF
NPC
+THCF
NPC
+THCF
NPC
+THCF
NPC
THCF
NPC
THCF
YPE No
1249- 75 ISFC4123E'
249- 76 SFC4132E
249 - 77 SFC4132EM
249 - 78 SFC4132ET
56- 8
SFC4132KM
56- 9
SFC4132PM
56- 10
SFC4141E
180- 59
SFC4150E
iSO- 60 SFC4150EM
1'80- 61
SFC4150ET
246 - 86
SFC4151E
246- 87
SFC4151EM
246 - 88
SFC4151ET
156- 27
SFC4153E
156- 28
SFC4153EM
156- 29
SFC4153ET
156- 30
SFC4154E
74- 67
SFC4154EM
74- 68
SFC4154ET
74- 69
SFC4155E
74- 70
SFC4155EM
83- 19
SFC4155ET
83- 20
SFC4156E
83- 21
SFC4156EM
83- 22
SFC4156Ei
83- 23
SFC4157E
83- 24
SFC4157EM
83- 25
SFC4157ET
82- 83
SFC4180E
82- 84
SFC4180EM
83- 26
SFC4180ET
152- 35
152- 36 SFC4180PM
158- 38
192- 83 SFC4181E
193- 28
152- 37 SFC4181EM
64" 71
152· 38 SFC4181ET
64 - 72
163- 28 SFC4182E
152- 39
214· 16 SFC4182EM
I
214- 17 SFC4182ET
1214- 18 SFC4192E
214- 19 SFC4192EM
214- 20 SFC4192ET
214- 21 SFC4193E
214- 22 SFC4193EM
214- 23 SFC4193ET
56· 11 SFC5107AE
56- 12 SFC5107AEM
56- 13 SFC5108AE
167- 59 SFC5108AEM
167- 60 SFC5109E
167- 61 SFC5109EM
167- 62 SFC5110E
163- 69 SFC5110EM
163- 70 SFC54!;oAE
163- 71 SFC5451AO
163- 72 SFC54620
163- 92 SG1488J
SG1489AJ
163- 93 SG1489J
SG3081J
IN TYPE NUMBER SEQUENCE
MFRS Po&Line TYPE No.
~~gF
NPC
+THCF
NPC
+THCF
NPC
+THeF
NPC
+THCF
NPC
+THCF
NPC
+THCF
NPC
THCF
NPC
THCF
NPC
THCF
NPC
THCF
NPC
THCF
NPC
THCF
NPC
THCF
NPC
THCF
NPC
THCF
NPC
THCF
NPC
THCF
NPC
THCF
NPC
THCF
NPC
THCF
NPC
THCF
NPC
THCF
NPC
THCF
NPC
THCF
NPC
THCF
NPC
THCF
NPC
THCF
NPC
THCF
NPC
THCF
NPC
THCF
NPC
THCF
NPC
THCF
NPC
THCF
NPC
THeF
NPC
+THCF
NPC
+THCF
NPC
+THCF
NPC
THCF
NPC
THCF
NPC
THCF
NPC
THCF
NPC
THCF
NPC
THCF
NPC
THCF
NPC
THCF
NPC
THCF
NPC
THCF
NPC
THCF
NPC
THCF
NPC
THCF
NPC
THCF
NPC
THCF
NPC
THCF
NPC
THCF
tSGL
+SGL
r=~~~
4 SG3082N
[T63'-94
198-
198- 5
198- 6
198- 7
198- 8
92- 22
240- 12
240- 13
240- 14
240- 15
240- 16
240- 17
240- 18
240- 19
240- 20
93- 57
93- 58
93- 59
89 - 42
89- 43
89- 44
89 - 45
89- 46
89- 47
240- 21
240- 22
240- 23
247 ·102
247 ·103
247-104
247-105
245- 61
245 - 62
245 - 63
252 - 77
252 - 78
252" 79
74- 54
75 - 79
75· 80
81- 61
81- 62
81- 63
222- 2
222- 3
222- 4
222- 5
222- 6
222- 7
222- 8
222- 9
227-110
228-
1
228- 2
219-109
223-101
t~gt 1~~t'fJ
SG7520J
SG7520N
SG7521J
SG7521N
SG7522J
SG7522N
SG7523J
SG7523N
SG7524J
SG7524N
SG7625J
SG7525N
SG752.8J
SG7528N
SG7529J
SG7529N
SG7534J
SG7534N
SG7535J
SG7535N
SG7538J
SG7538N
SG7539J
SG7539N
SG55450BJ
SG56460J
SG75450BJ
SG75450BN
SG75460J
SG75460N
SHOO13HC
SHOO13HM
SH730
SH740
SH2001
SH2001FC
SH2001FM
SH2001HC
SH2001HM
SH2002
SH2002FC
SH2002FM
SH2002HC
SH2002HM
SH2002P
SH2002pC
SH2200FC
SH2200FM
SH2200HC
SH2200HM
SH2200P
SH2200PC
SH3001
SH3002HC
SH3002HM
SH8090FM
SHAIA
SHA2A
SHA5
SHA6
SHA1114
SHA 1134
SHAll I
SHAIV
SHC23
SHC23ET
SHC85
SHC85ET
SHMI
SHM2
SHM3
SHM4
SHM60
SHM6401
SHM-40
SHM·41
SHMCM
SHMCMI
SHMICI
SHMUH
SI3002AA
SI3002BP
S1370514:2P
SI3705143P
SI3705192P
SI3705193P
SL301AE
SL301AT
SL301BE
SL301BT
SL301CE
SL301CT
SL301EE
SL301ET
SL303AE
SL303AT
SL303BE
SL303BT
SL354BE
SL354BF
Sl362C
SMC1001
SMX1004
SMX2607
SN54HOOJ
+Til
SN54HOON
SN54HOOW
+Til
SN54H01J
+Til
.'Copy of mfr's data sheet
may be ordered from D.A.T.A.
MFRs pg&Line
~gt I~~~: H
SGL
SGL
SGl
SGL
SGL
SGL
SGL
SGL
SGL
SGL
SGL
SGl
SGL
SGL
SGL
SGL
SGL
SGL
SGL
SGL
SGL
SGL
SGL
SGL
SGL
tSGL
tSGL
tSGL
tSGL
tSGL
tSGL
FSC
FSC
tHBC
tHBC
tNSC
FSC
FSC
FSC
FSC
tNSC
FSC
FSC
FSC
FSC
tNSC
FSC
FSC
FSC
FSC
FSC
tNSC
FSC
FSC
FSC
FSC
FSC
tANA
tANA
tANA
tANA
tANA
tANA
tANA
tANA
tBUB
tBUB
taUB
taUB
tOTL
tOTL
tOTL
tOTL
taUB
NSC
taUB
tBUB
tOTL
tOTL
tOTL
tOTL
SIX
SIX
SIX
SIX
SIX
SIX
tPLSB
tPLSB
tPLSB
tPLSB
tplSB
tPLSB
tPLSB
tPLSB
tPLSB
tPLSB
tPLSa
tPLSB
tPLSB
tPLSB
tPLSB
+ANA
tANA
tANA
FSC
+TIIB
FSC
FSC
TIIB
FSC
TflB
233- 23
214 - 24
214- 25
214- 26
214- 27
214- 28
214- 29
214- 30
214- 31
214-32
214- 33
214- 34
214· 35
214- 36
214·3.7
214- 38
214- 39
214· 40
214- 41
214- 42
214- 43
214· 44
214- 45
214- 46
214- 47
230- 51
230- 52
230- 53
230- 54
230- 55
230· 56
225 - 59
226 - 60
251-108
252- 32
226 - 77
226- 96
226-103
226- 97
226-104
226· 78
226- 98
226-101
226- 99
226-102
226- 79
226-100
226- 90
226- 83
226- 91
226- 84
226- 76
226- 92
169- 2
205- 79
205- 80
173- 90
251-109
251-110
252- 10
252· 7
252 - 34
252- 24
252· 13
252- 14
252- 8
252- 9
252- 16
252- 17
252- 18
252- 23
252- 5
252 - 19
252- 1
252- 2
252- 3
252- 4
251- 96
251" 83
252· 27
251- 97
207 - 68
207- 61
253 - 57
253- 58
253- 59
253 - 60
233' 16
233- 17
233- 4
233- 5
232 - 99
232-100
233- 2
233- 3
233- 18
233- 19
233- 6
233- 7
233-8
233- 9
232- 78
242- 70
242- 71
234-102
143- 1
143- 2
143- 3
143- 4
33
TYPE No.
MFRS Pa&Line
I~~~:~~;~
FSC
HII
SN54H04J
HII
SN54H04N
SN54H04W
HII
SN54H05J
HII
SN54H05N
SN54H05W
HII
SN54Hl0J
HII
SN54Hl0N
SN54Hl0W
HII
SN54Hl1J
HII
SN54Hl1N
SN54Hl1W
HII
SN54H15J
SN54H15W
SN54H20J
HII
SN54H20N
SN54H20W
HII
SN54H21J
HII
SN54H21N
SN54H21W
HII
SN54H22J
HII
SN54H22N
SN54H22W
HII
SN54H30J
HII
SN54H30N
SN54H30W
HII
SN54H40J
HII
SN54H40N
SN54H40W
HII
SN54H50J
HII
SN54H50N
SN54H50W
HII
SN54H51J
HII
SN54H51N
SN54H51W
HII
SN54H52J
HII
SN54H52N
SN54H52W
HII
SN54H53J
HII
SN54H53N
SN54H53W
SN54H54J
HII
SN54H54N
SN54H54W
HII
SN54H55J
HII
SN54H55N
SN54H55W
HII
SN54H60J
HII
SN54H60N
SN54H60W
HII
SN54H61J
HII
SN54H61N
SN54H61W
HII
SN54H62J
HII
SN54H62N
SN54H62W
HII
SN54H71J
HII
SN54H71N
SN54H71W
HII
SN54H72J
HII
SN54H72N
SN54H72W
HII
SN54H73J
HII
SN54H73N
SN54H73W
HII
SN54H74J
HII
34
TIIB
FSC
TIIB
FSC
FSC
TIIB
FSC
TIIB
FSC
FSC
TIIB
FSC
HIIB
FSC
FSC
TIIB
FSC
HIIB
FSC
FSC
TIIB
HII
TIIB
HII
TIIB
FSC
HIIB
FSC
FSC
TIIB
FSC
HIIB
FSC
FSC
TIIB
FSC
TIIB
FSC
FSC
TIIB
FSC
HIIB
FSC
FSC
TIIB
FSC
HIIB
FSC
FSC
TIIB
FSC
HIIB
FSC
FSC
TIIB
FSC
TIIB
FSC
FSC
TIIB
FSC
HIIB
FSC
FSC
TIIB
FSC
HIIB
FSC
HII
TIIB
FSC
TIIB
FSC
FSC
TIIB
FSC
HIIB
FSC
FSC
TIIB
FSC
HIIB
FSC
FSC
TIIB
FSC
HIIB
FSC
FSC
TIIB
FSC
HIIB
FSC
FSC
TIIB
FSC
HIIB
FSC
FSC
TIIB
FSC
HIIB
FSC
FSC
TIIB
FSC
TIIB
FSC
FSC
TIIB
FSC
TIIB
'm:
.
3. TYPE No CROSS INDEX
MFRS
YPE No.
~ I~~~:~~:~
HII
191·48 SN54H76J
HII
191· 49 SN54H76N
187·44 SN54H76W
187·45 SN54H78J
HII
187·46 SN54H78N
187· 47 SN54H78W
HII
143· 7 SN54H87J
HII
143· 8 SN54H87N
143· 9 SN54H87W
HII
101· 12 SN54Hl01J
HII
101· 13 SN54Hl01N
101· 14 SN54Hl01W
HII
101. 15 SN54Hl02J
HII
101- 16 SN54Hl02N
SN54Hl02W
HII
143- 10
SN54Hl03J
143· 11
HII
143· 12 SN54Hl03N
SN54Hl03W
101· 17
HII
SN54Hl06J
HII
101- 18
101- 19 SN54Hl06N
SN54Hl06W
143- 13
SN54H 108J
143 - 14
HII
143- 15 SN54Hl08N
SN54Hl08W
143- 16
HII
SN54H 183J
HII
143- 17
143· 18 SN54H183N
SN54H183W
143- 19
SN54LOOJ
143- 20
143- 21 SN54LOOT
108- 36 SN54L01T
108- 37 SN54L02J
108- 38
SN54L02T
108- 39
SN54L03J
108- 40
108- 41 SN54L04J
103- 76 SN54L04T
103- 77 SN54L 10J
103- 78
SN54L lOT
108- 42
SN54L20J
108- 43
108- 44 SN54L20T
108- 45 SN54L30J
108- 46 SN54L30T
108- 47
SN54L42J
108- 48
SN54L46J
108- 49
108- 50 SN54L47J
159· 94 SN54L51J
159- 95 SN54L51T
159- 96
SN54L54J
159- 97
SN54L54T
159- 98
159- 99 SN54L55J
159-100 SN54L55T
159-101 SN54L71J
159-102
SN54~71T
57·29
SN64L72J
57·30
57 - 31 SN54L72T
57- 32 SN54L73J
57·33 SN54L73T
57- 34
SN54L74J
57 - 35
SN54L74T
57 - 36
57 - 37 SN54L75J
69·38 SN54L77T
D.A. T.A.
Pa&Line TYPE No.
MFRS I Pa&Line TYPE No.
~~g
TIIB
FSC
TIIB
FSC
HII
TIIB
FSC
TIIB
FSC
FSC
TIIB
FSC
TIIB
FSC
FSC
TIIB
FSC
TIIB
FSC
FSC
TIIB
FSC
TIIB
FSC
FSC
TIIB
FSC
TIIB
FSC
FSC
TIIB
FSC
TIIB
FSC
HII
TIIB
FSC
TIIB
FSC
FSC
TIIB
FSC
TIIB
FSC
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
g~:~~
ISN54L78J
SN54L78T
57·38
SN54L85J
57·39
56· 91 SN54L86J
57· 40 SN54L86T
57·41 SN54L90J
57· 42
SN54L90T
202· 71
SN54L93J
202· 72
202· 73 SN54L93T
58· 24 SN54L98J
58·25 SN54L 121J
58· 26
SN54L 121T
58· 27
SN54L 122J
58 - 28
58- 29 SN54L 122T
58- 30 SN54L 123J
58- 31 SN54L153J
58· 32
SN54L 154J
58 - 33
SN54L157J
58- 34
58- 35 SN54L 192J
58 - 36 SN54L 193J
58 - 37 SN54LSOOJ
58· 38
SN54LSOOW
180- 62
SN54LS01J
180- 63
180- 64 SN54LS01W
134- 6 SN54LS02J
134- 7 SN54LS02W
132-108 SN54LS03J
119- 66 SN54lS03W
119- 67 SN54LS04J
132-109 SN54LS04W
187 - 48 SN54LS05J
187 - 49 SN54LS05W
134- 8 SN54LS08J
134- 9 SN54LS08W
134· 10 SN54LS09J
134 - 11 SN54LS09W
134-12 SN54LS10J
134 - 13 SNS4LS10W
92- 23 SN54LS llJ
95 - 35 SN54LSllW
95· 36 SN54LS12J
105- 36 SN54LS12W
105- 37 SN54LS13J
105- 38 SN54LS13W
105- 39 SN54LS14J
105- 40
SN54~SI4W
105· 41 SN54LS 15J
65 - 14 SN54LS15W
65- 5 SN54lS20J
62-106 SN54LS20W
62-107 SN54LS21J
62-108 SN64LS21W
62-109 SN54LS22J
68- 12 SN54LS22W
68· 13 SN54LS26J
249 - 79 SN54LS26W
249- 80 SN54LS27J
A·Registered with JEDEC
by this manufacturer
tillB
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
HIIB
HII
HIIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
TII8
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
62·110 ISN54LS27W
IN TYPE NUMBER SEQUENCE
MFRS P.1-' 'v,,.
SN5416W
HII
240- 84
SN5417J
HII
240- 85
SN5417N
121- 71 SN5417W
HII
121- 72 SN5420J
HII
234 - 28 SN5420N
SN5420W
202- 18
SN5422J
202- 79
SN5422W
247·110
SN5423J
248- 1
HII
SN5423N
181-103 SN5423W
HII
181-104 SN5425J
HII
245· 69 SN5425N
SN5425W
250- 1
HII
SN5426J
250- 2
HII
SN6426N
50- 52 SN5426W
111- 94
111- 98 SN5427J
152- 48
HII
111- 99 SN5427N
193· 33 SN5427W
66- 17
66- 18 SN5428J
144 - 18
SN5428W
144- 19
144- 20 SN5430J
HII
144- 21 SN5430N
SN5430W
144- 22
144- 23 SN5432J
1~'"
121- 73 SN5432N
SN5432W
121· 74
121- 75 SN5433J
144 - 24 SN5433W
144 - 25 SN5437J
144- 26
HII
SN5437N
19i - 72 SN5437W
HII
191- 73 SN5438J
HII
191- 74
SN5438N
191- 75 SN5438W
HII
191- 76 SN5440J
191- 77 SN5440N
SN5440W
191- 78
HII
SN5442AJ
191- 79
191- 80 SN5442AW
191- 81 SN5442N
SN5443AJ
191- 82
191- 83 SN5443AW
152- 98 SN5443N
SN5444AJ
152- 99
152-100 SN5444AW
152-101 SN5444N
SN5445J
152-102
HII
152-103 SN5445N
SN5445W
152-104
SN5446AJ
144 - 27
SN5446AW
144- 28
152-105 SN5446N
SN5447AJ
144- 29
SN5447AW
t.-Registered with J':DEC
by this manufacturer
1144- 30
ti::B .
I~~~:!~~
144- 31
HII
HII
TIIB
SN5448N
FSC
198- 46 SN5448W
HIIB
FSC
197 -108 SN5449W
FSC
198·47
HII
SN5450J
HIIB
HII
Til
198- 69
SN5450N
rllB
Til
198- 70 SN5450W
TIIB
FSC
191- 84 SN5451J
HII
TIIB
FSC
FSC
TIIB
FSC
TIIB
FSC
FSC
TIIB
FSC
TIIB
FSC
HII
rllB
trll
TIIB
HII
TIIB
FSC
HIIB
FSC
FSC
HIIB
FSC
HIIB
FSC
FSC
TIIB
FSC
TIIB
FSC
HII
TIIB
FSC
HIIB
FSC
HII
rllB
HII
TIIB
HII
TIIB
FSC
TIIB
FSC
HII
TIIB
FSC
HII
FSC
FSC
HII
HII
TIIB
HII
TIIB
FSC
HII8
FSC
FSC
rllB
FSC
HIIB
FSC
FSC
TIIB
HII
TIIB
FSC
FSC
tllB
HII
TIIB
HII
TIIB
FSC
HII
TIIB
HII
TIIB
FSC
tTIl
TII8
t111
tllB
FSC
FSC
TIIB
FSC
tTll
TIIB
HII
TIIB
HII
rllB
FSC
trll
TIIB
HII
TIIB
H11·0:;)
SN545iN
191- 86 SN5451W
191·87 SN5453J
HII
191- 88 SN5453N
191- 89 SN5453W
152-106 SN5454J
nil
144- 32 SN5454N
152-107 SN5454W
144- 33 SN5460J
HII
144- 34 SN5460N
SN5460W
121- 76
SN5470J
HII
121- 77
121- 78 SN5470N
SN5470W
121- 79
SN5472J
HII
121- 80
121- 81 SN5472N
SN5472W
144· 35
SN5473J
144- 36
HII
144- 37 SN5473N
SN5473W
121- 82
Hit
SN5474J
HII
121- 83
121- 84 SN5474N
SN5474W
121- 85
SN5475J
121- 86
HII
SN5475N
144 - 38 SN5475W
144 - 39 SN5476J
144- 40
trll
SN5476N
113- 26 SN5476W
113- 27 SN5477W
HII
113- 28
SN5480J
HII
121- 87
SN54BON
121- 88 SN5480W
HII
144- 41 SN5482J
HII
42 SN5482N
43 SN5482W
HII
144,44 SN5483AJ
m:
144 - 45 SN5483AW
144- 46
SN5483J
144·47 S1\I54831\1
SN5485J
144- 48
144- 49 SN5485W
92- 32 SN5486J
HII
92- 33 SN5486N
SN5486W
92- 34
HII
96- 49 SN5490AJ
96- 50 SN5490AW
96- 51 SN5490J
97 - 47 SN5490N
97· 48 SN5490S
SN5492AJ
96· 76
92- 35 SN5492AW
92- 36 SN5492S
92- 37 SN5493AJ
95· 53 SN5493AW
95- 54 SN5493S
SN5497J
93- 63
95- 55 SN5497W
95- 56 SN5520JA
IN TYPE N MBER SEQUENCE
MFRS rPn&line TYPE No.
~~g
TIIB
FSC
HII
TIIB
FSC
rllB
FSC
TIIB
FSC
HII
TII8
FSC
TIIB
FSC
HII
TIIB
FSC
TIIB
FSC
nil
TIIB
FSC
rllB
FSC
HII
TIIB
FSC
TIIB
FSC
HII
TIIB
FSC
TIIB
FSC
HII
TIIB
FSC
TIIB
FSC
HII
TIIB
FSC
TIIB
FSC
FSC
TIIB
FSC
TIIB
FSC
HII
rllB
FSC
TIIB
FSC
HII
TIIB
FSC
TII8
FSC
HII
TIIB
FSC
TIIB
FSC
TIIB
FSC
FSC
TIIB
FSC
TIIB
FSC
FSC
TIIB
HII
rllB
HII
TIIB
FSC
FSC
HII
TIIB
HII
TIIB
FSC
Til 8
FSC
FSC
TIIB
HII
TIIB
HII
rllB
FSC
FSC
TIIB
FSC
HII
TIIB
tTll
TIIB
FSC
HII
rilB
HII
TIIB
FSC
tTIl
TIIB
trll
TIIB
trll
TIIB
~;: ~; I"NOO"l~A
SN5522JA
93- 65
95 - 58 SN5523JA
94 - 24 SN5524J
HII
108· 87 SN5.524JA
108- 88 SN5S24W
108- 89 SN5525J
HII
108· 90 SN5525JA
108- 91 SN5525W
108- 92 SN5528J
SN5528JA
108- 93
SN5528W
108- 94 SN5529J
108- 95 SN5529JA
i08,96 SN5529W
SN5534J
108- 97 SN5534W
108- 98 SN5535J
SN5535W
160- 2 SN5538J
SN5538W
160- 3 SN5539J
160- 4 SN5539W
SN6400N
63- 52 SN6401AN
SN6401N
63- 53 SN6402N
63- 54 SN6403N
SN6404N
63- 30 SN6405AN
SN6405N
63- 20 SN6410N
63- 31 SN6420N
SN6430N
56- 14 SN6440N
SN6442N
63- 21 SN6443N
56- 15 SN6444N
SN6450N
69- 4 SN6451N
SN6453N
69- 5 SN6454N
69- 6 SN6460N
SN6470N
250- 3 SN6472N
SN6473N
250- 4 SN6474N
250- 5 SN6475N
SN6476N
56- 16 SN6480N
SN6482N
S6- 17 SN6483N
56- 18 SN6486N
SN6490N
250- 6 SN6492N
SN6493N
180- 71 SN7400J
180- 72 SN7400N
t111
180- 73
SN7401J
180- 74
HII
SN7401N
tTIl
180- 75
180- 76 SN7402J
HII
180- 77 SN7402N
HII
180- 78 SN7403J
HII
.180- 79 SN7403N
HII
180- 80
246- 95 SN7404J
HII
246- 96 SN7404N
HII
156- 41 SN7404W
SN7405J
156- 42
156- 43 SN7405N
HII
77- 6 SN7406J
HII
77- 7 SN7406N
HII
76- 31 SN7406W
76· 32 SN7407J
t111
76-102 SN7407N
87- 37
HII
SN7407W
87 - 38 SN7408J
HII
83- 27 SN7408N
82-109
HII
SN7408W
82-110 SN7409J
83· 28 SN7409N
234 - 37
SN7409S
234- 38
SN7410J
214- 48
.-Copy of mfr's data sheet
may be ordered from D.A.T.A.
MFRS Pa&Une
t+::B
HII
TIIB
HII
TIIB
FSC
HIIB
HII
TIIB
FSC
FSC
HIIB
HII
TIIB
FSC
FSC
HII
TIIB
FSC
FSC
HII
TIIB
FSC
FSC
FSC
FSC
FSC
FSC
FSC
FSC
FSC
TIIB
HIIB
TIIB
TIIB
TIIB
TIIB
HIIB
TIIB
TIIB
TIIB
TIIB
TII8
TIIB
TIIB
TIIB
TIIB
TIIB
TIIB
TIIB
TIIB
TIIB
TIIB
TIIB
TIIB
TIIB
rllB
TIIB
rllB
TIIB
TIIB
TIIB
rllB
TIIB
HII
TIIB
FSC
HIIB
FSC
TIIB
FSC
HIIB
FSC
TIIB
FSC
.tllB
FSC
TIIB
FSC
TIIB
FSC
TIIB
FSC
TIIB
FSC
HII
TIIB
FSC
TIIB
FSC
tllB
FSC
TIIB
FSC
FSC
TIIB
FSC
TIIB
FSC
FSC
TIIB
FSC
TIIB
FSC
FSC
TIIB
FSC
TIIB
FSC
TIIB
+Til
TIIB
1214- 49
214- SO
214- 51
214 - 52
214 - 53
214 - 54
214 - 55
214- 56
214 - 57
214 - 58
214- 59
214- 60
214- 61
214- 62
214- 63
214- 64
214- 65
214- 66
214- 67
214- 68
214- 69
214- 70
214- 71
144- 50
144 - 51
144- 52
121" 89
144" 53
191- 90
191- 91
191- 92
144 - 54
144- 55
144- 56
144- 57
92- 38
96- 52
96- 77
108- 99
108-100
108-101
108·102
160- 5
63- 55
63- 22
55- 9
69- 7
250- 7
55- 10
180- 81
180- 82
180- 83
156- 44
77- 16
83- 29
83- 30
144- 58
144- 59
144- 60
144- 61
121· 90
121- 91
144- 62
144- 63
191- 93
191- 94
191- 95
191- 96
191- 97
191- 98
191- 99
191-100
191-101
191-102
191-103
152-108
152.-109
152-110
153 - 1
153- 2
153- 3
144 - 64
37
TYPE No.
ISN741~~,
SN7412J
SN7412N
SN7412W
SN7413J
HII
SN7413N
HII
SN7413W
SN7414J
SN7414N
SN7416J
HII
SN7416N
HII
SN7416W
SN7417J
HII
SN7417N
HII
SN7417W
SN7420J
HII
SN7420N
HII
SN7422J
SN7422N
SN7423J
HII
SN7423N
HII
SN7423W
SN7425J
HII
SN7425N
HII
SN7425W
SN7426J
HII
SN7426N
HII
SN7427J
HII
SN7427N
HII
SN7428J
SN7428N
SN7430J
HII
SN7430N
HII
SN7432J
SN7432N
SN7432W
SN7433J
SN7433N
SN7437J
HII
SN7437N
HII
SN7437W
SN7438J
HII
SN7438N
HII
SN7438W
SN7440J
SN7440N
HII
SN7440S
SN7440W
SN7442AJ
SN7442AN
SN7443AJ
SN7443AN
SN7444AJ
SN7444AN
SN7445J
HII
SN7445N
HII
SN7446AJ
SN7446AN
SN7447AJ
SN7447AN
SN7447J
Til
SN7447N
Til
38
3. TYPE
No. CROSS INDEX
MFRS Pa&Line TYPE
MFRS Po&Line TYPE No.
MFRS Pa&Line TYPE No.
.~~~
HII
TIIB
HII
TIIB
HII
TIIB
FSC
HIIB
FSC
HIIB
FSC
HII
TIIB
HII
TIIB
FSC
TIIB
FSC
TIIB
FSC
FSC
TIIB
FSC
TIIB
FSC
FSC
TIIB
FSC
HIIB
HII
TIIB
HII
TIIB
FSC
HIIB
FSC
HIIB
FSC
FSC
HIIB
FSC
HIIB
FSC
FSC
TIIB
FSC
TIIB
FSC
HIIB
FSC
TIIB
HII
TIIB
HII
TIIB
FSC
TIIB
FSC
HIIB
FSC
HII
FSC
HII
FSC
HII
TIIB
HII
TIIB
FSC
HIIB
FSC
HIIB
FSC
FSC
HIIB
FSC
HIIB
FSC
HII
TIIB
FSC
HIIB
FSC
FSC
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
FSC
TIIB
FSC
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
FSC
TIIB
FSC
TIIB
[144.65 ISN744NII
144·66 SN7448N
HII
144·67 SN7450J
HII
144·68 SN7450N
HII
198·48 SN7451
SN7451J
HII
198· 1
SN7451N
HII
198·49
198· 71 SN7453
SN7453J
HII
198· 72
SN7453N
HII
191·104
SN7454
191·105 SN7454J
HII
191·106 SN7454N
HII
191·107
SN7460J
HII
191·108
SN7460N
HII
191·109
153· 4 SN7470J
HII
144· 69 SN7470N
HII
144· 70 SN7472J
HII
144·71 SN7472N
HII
121· 92 SN7473J
HII
121· 93 SN7473N
HII
121· 94 SN7473W
121· 95 SN7474J
HII
121· 96 SN7474N
HII
121· 97 SN7475J
144· 72
SN7475N
HII
144· 73
SN7476J
HII
121· 98
SN7476N
HII
121· 99
SN7477W
121·100 SN7480J
HII
121·101 SN7480N
HII
144·74 SN7480W
SN7482J
HII
144·75
SN7482N
HII
113· 29
SN7482W
113· 30 SN7483AJ
113· 31 SN7483AN
121·102
SN7483J
121·103 SN7483N
SN7485J
144·76
SN7485N
144· 77
SN7486J
HII
144· 78
144· 79 SN7486N
HII
144· 80 SN7486W
SN7490AJ
144· 81
144· 82 SN7490AN
144· 83 SN7490AW
SN7492AJ
153· 5
144· 84 SN7492AN
92· 39
SN7493AJ
92· 40
SN7493AN
96.53
SN7493AW
96·54 SN7497J
97· 49 SN7497N
97· 50 SN7520J
SN7520N
92· 41
SN7521J
92· 42 SN7521N
95· 59 SN7522J
SN7522N
95· 60
SN7523J
95· 61 SN7523N
95· 62 SN7524J
HII
93· 66 SN7524N
HII
93· 67 SN7525J
HII
D.A. T.A.
~~~
FSC
TIIB
FSC
TIIB
FSC
HIIB
TIIB
FSC
TIIB
FSC
TIIB
TIIB
FSC
TIIB
FSC
TIIB
TIIB
FSC
TIIB
FSC
TIIB
FSC
TIIB
FSC
HIIB
FSC
TIIB
FSC
HIIB
FSC
TIIB
FSC
TIIB
FSC
TIIB
FSC
TIIB
FSC
FSC
TIIB
FSC
TIIB
HII
TIIB
FSC
HIIB
FSC
TIIB
FSC
HIIB
FSC
FSC
TIIB
FSC
TIIB
FSC
FSC
TIIB
FSC
HIIB
FSC
HII
TIIB
HII
TIIB
FSC
FSC
HII
TIIB
HII
TIIB
FSC
TIIB
FSC
TIIB
FSC
HII
TIIB
HII
TIIB
FSC
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
FSC
HII
TIIB
HII
TIIB
HII
HII
TIIB
HII
HII
TIIB
HII
HII
TIIB
HII
HII
TIIB
.FSC
HIIB
FSC
TIIB
.FSC
HIIB
YO·
ti~
It;N'~2;~,
95· 64 SN7528J
108·103 SN7528N
HII
108·104 SN7529J
108·105 SN7529N
HII
108·106
SN7534J
108·107 SN7534N
SN7535J
108·108 SN7535N
108·109 SN7538J
SN7538N
108 ·110 SN7539J
SN7539N
109· 1 SN10100J
109· 2
SN10l00N
109· 3
SN10101J
160· 6
SN10l01N
160· 7
SN10102J
63· 56
SN10102N
63· 57
SN10103J
63· 32
SN10l03N
63· 33
SN10l04J
56· 19
SN10104N
56· 20
SN10105J
56· 21
69· 8 SN 10105N
69· 9 SN 10106J
250· 8 SN10l06N
250· 9 SN10107J
56· 22 SN10107N
56· 23 SN10l08J
250· 10 SN10l08N
180· 84
SN 10109J
180· 85
SN10l09N
180· 86
180· 87 SN10110J
181·
1 SN10110N
181· 2 SN10111J
181· 3
SN10111N
181· 4
SN10112J
181· 5
181· 6 SN10112N
246· 97
SN 10113J
246· 98
SN10113N
156· 45
SN10114J
156· 46
SN10114N
156· 47
77· 8 SN10115J
77· 9 SN10115N
76·103 SN10116J
87· 39
SN10116N
87· 40
SN10117J
83· 1
SN10117N
83· 2
SN10118J
83· 31
234· 39 SN10118N
234· 40 SN10119J
214· 72 SN10119N
214· 73
SN10121J
214· 74
214· 75 SN10121N
214· 76 SN10123J
214· 77
SN10123N
214·78
214· 79 SN10124J
214· 80 SN10124N
214·81 SN10125J
214·82 SN10125N
l;.Registered with JEOEC
by this manufacturer
Ws
FSC
HII
FSC
TIIB
FSC
HII
FSC
TIIB
FSC
FSC
FSC
FSC
FSC
FSC
FSC
FSC
HII
TIIB
HII
TIIB
HII
TIIB
+TII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
.TII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB.
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
No.
f214. ~3 It;NlU13UJ
214· 84 SN10130N
214· 85 SN10131J
214· 86 SN10131N
214· 87 SN10132J
214· 88
214· 89
214· 90
214· 91
214·92
214· 93
214·94
214· 95
118·75
SN10132N
SN10133J
SN10133N
SN10134J
SN10134N
118· 76 SN10135J
115· 21 SN10135N
115· 22 SN 10136J
118· 77 SN10136N
118· 78 SN 10137J
112· 80 SN10137N
112·81 SN10158J
98· 85 SN10158N
98· 86 SN10159J
115· 23 SN10159N
115· 24 SN10160J
118· 79 SN10160N
118· 80 SN10161AJ
155·56 SN10161AN
155· 57 SN10162J
111·85 SN10162N
111·86 SN10164AJ
115· 25 SN10164AN
115· 26 SN10167J
112· 82 SN10167N
112· 83 SN10171J
118·81 SN10171N
118· 82 SN10172J
217· 38 SN10172N
217· 39 SN10173J
157·62 SN10173N
157·63 SN10174AJ
220· 90 SN10174AN
220· 91 SN10175J
220· 92 SN10175N
220· 93 SN10179AJ
220· 94 SN10179AN
220· 95 SN10180J
114· 85 SN10180N
114· 86 SN10184J
114· 68 SN10184N
114·69 SN10185J
114· 70 SN 10185N
114· 71 SN 10302J
114·87 SN10302N
114· 88 SN15830
217· 40 SN 15830N
217·41 SN15831
183· 56 SN15831N
183·57 SN 15832
183·58 SN 15832N
183· 59 SN 15833
IN TYPE NUMBER SEQUENCE
MFRS Pa&Line TYPE No.
·+::B
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
Til
TIIB
Til
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
1248.83 It;Nl~83m
248· 84 SN 15836F,R
SN15836J
67· 81 SN15836N
SN15837F,R
67· 82 SN15837J
SN15837N
248· 85 SN15838N
248· 86 SN15844
248· 87 SN15844N
248· 88 SN15845
248· 89 SN15845N
248· 90 SN15846
51· 25 SN15846N
51· 26 SN15848
86· 74 SN15848N
86· 75 SN15849F,R
SN15849J
84· 35 SN15849N
SN15850
84· 36
SN15850N
235·63
SN15851
235· 64
SN15851N
235· 65
SN15861F,R
235· 66 SN15861J
SN15861N
247· 62 SN15862
247·63 SN15862N
93· 3 SN 15863F,R
SN15863J
93· 4 SN15863N
SN15930
88· 96
SN15930N
88· 97
SN15931
235· 67
SN15931N
235· 68
SN15932
235· 69
SN15932N
235· 70
SN15933
88· 98
SN15933N
88· 99
SN15936F,R
88·100 SN15936J
SN15936N
88·101 SN15937F,R
SN15937J
235· 71 SN15937N
SN15938N
235· 72
SN15944
235· 73
SN15944N
235· 74
SN15945
248· 91
SN15945N
248·92
SN15946
252· 49
SN15946N
252· 50
SN15948
244·93
SN15948N
244·94
SN15949F,R
183· 60 SN15949J
SN15949N
183· 61 SN15950
183· 62 SN15950N
183· 63 SN15951
51· 27 SN15951N
51· 28 SN15961F,R
SN15961J
152· 40 SN15961N
SN15962
152· 41
SN15962N
50· 46
SN15963F,R
50· 47 SN15963J
SN15963N
152· 42 SN17908L
SN17909L
150· 93 SN17910L
SN17911L
158· 39
.·Copy of mfr's data sheet
may be ordered from O,A.T.A.
~~g~nt
MFRS pg&Line
·+::B
Til
Til
Til
Til
Til
Til
Til
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
Til
Til
Til
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
Til
Til
Til
HII
TIIB
HII
TIIB
Til
Til
Til
HII
TIIB
Til
TIIB
HII
TIIB
Til
TIIB
HII
TIIB
Til
TIIB
HII
TIIB
Til
TIIB
Til
Til
Til
Til
Til
Til
Til
TIIB
HII
TIIB
Til
TIIB
HII
TIIB
Til
TIIB
HII
TIIB
Til
TIIB
HII
TIIB
Til
TIIB
Til
Til
Til
HII
TIIB
Til
TIIB
HII
TIIB
Til
TIIB
Til
Til
Til
HII
TIIB
Til
TIIB
Til
Til
Til
HII
HII
HII
HII
HII
HII
11~8·
40
187·
187·
187·
187·
187·
187·
187·
3
4
5
6
7
8
9
152· 49
152· 50
50· 48
50· 49
152· 43
152· 44
50· 50
50· 51
128· 46
128· 47
128· 48
65·85
65· 86
164· 64
164· 65
128·
128·
128·
152·
49
50
51
45
152· 46
128·
128·
128·
152·
52
53
54
32
128· 55
50· 18
62· 47
152· 47
128· 56
158· 9
158· 10
187·10
187· 11
187· 12
187· 13
187· 14
187· 15
187· 16
152· 33
128· 57
50· 19
62· 63
152· 34
128· 58
50· 20
62· 64
128·
128·
128·
65·
59
60
61
81
65·71
164· 73
164· 69
128· 62
128· 63
128· 64
128·107
128· 65
128·
128·
128·
179·
118·
118·
123·
182·
158·
66
67
68
51
88
89
56
90
65
38
J
TYPE No.
ISN29000J
SN29000N
SN29001J
SN29001N
SN29002J
SN29002N
SN29003J
SN29003N
SN29004J
SN29004N
SN29005J
SN29005N
SN29007J
SN29007N
SN29008J
SN29008N
SN29009J
SN29009N
SN29012J
SN29012N
SN29016J
SN29016N
SN29024J
SN29024N
SN29301J
SN29301N
SN29308J
SN29308N
SN29309J
SN29309N
SN29310J
SN29310N
SN29311J
SN29311N
SN29312J
SN29312N
SN29316J
SN29316N
SN29318J
SN29318N
SN29322J
SN29322N
SN29601J
SN29601N
$N39301J
SN39308J
SN39309J
SN39310J
SN39311J
SN39312J
3. TYPE
No. CROSS INDEX
MFRS Pa-&line TYPE No.
MFRS Pa&line TYPE
MFRS P!l&line TYPE No.
t~::B
52- 371SN5410id
HII
TIIB
HII
TlIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
H!!
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
t::::: B
81- 69
TIIB
H11251-30
TIIB
HII
251- 31
TIIB
HII
240- 92
TIIB
HII
I' 240 - 93
TIIB
+:::::B 1163 - 48
HII
163- 49
TIIB
HII
92- 45
TIIB
HII
250- 13
TIIB
HII
240- 94
TIIB
HII
I 84- 72
TIIB
HII
240- 95
t::::: B
240- 96
TIIB
SN39316J
SN39318J
SN39322J
SN54100J
SN54100W
SN54104J
Til
SN54104W
Til
39
52- 38 SN54105W
Til
52- 46 SN54107J
HII
52- 47 SN54107N
SN54109J
132- 50
HII
SN54109W
132- 51
HII
SN54110J
132- 52
SN54110W
132- 53
SN54111J
132- 54
SN54111W
132- 55
SN54116J
105- 10
HII
SN54116W
105 - 11
HII
SN54120J
132- 56
SN54120W
132-57
SN54121J
105- 12
HII
SN54121N
105- 13 SN54121W
HII
132- 58 SN54122J
HII
132- 59 SN54122W
HII
132- 60 SN54123J
FSC
132- 61
SN54123N
186- 29 SN54123W
FSC
186- 30
SN54125J
52- 44
SN54125W
52-45
SN54126J
92- 43
SN54126W
92- 44
SN54128J
250- 11
SN54128W
250- 12
SN54132J
240-86
SN54132W
240 - 87
SN54136J
84- 70
SN54136W
84- 71
SN54143J
240- 88
SN54143W
240 - 89
SN54144J
240- 90
SN54144W
240- 91
SN54145J
81- 68
HII
t::::: B
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
FSC
TIIB
FSC
TIIB
SN54145W
SN54147J
SN54147W
SN54148J
SN54148W
SN54150J
SN54150N
SN54150W
t~~
62- 921SN541;id
t~~
FSC
TIIB
FSC
TIIB
FSC
FSC
TIIB
FSC
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
AMV
TIIB
AMV
TIIB
HII
TIIB
HII
TIIB
FSC
TIIB
FSC
FSC
TIIB
FSC
HIIB
FSC
HIIB
+AMV
HII
HIIB
FSC
+AMV
HII
HIIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
FSC
TIIB
62- 93 SN54155N
SN54155W
56- 24
SN54156J
56- 25
HII
56- 94 SN54156N
SN54156W
56- 95
SN54157J
56- 26
FSC
FSC
HII
TIIB
FSC
TIIB
FSC
HII
TIIB
AMV
HII
TIIB
FSC
AMV
HII
TIIB
HII
TIIB
HII
TIIB
AMV
HII
TIIB
FSC
AMV
TIIB
AMV
HII
TIIB
FSC
AMV
TIIB
AMV
TIIB
AMV
TIIB
AMV
TIIB
AMV
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
FSC
TIIB
FSC
FSC
TIIB
AMV
TIIB
FSC
AMV
TIIB
AMV
HII
TIIB
FSC
AMV
TIIB
FSC
HIIB
FSC
FSC
t::::: B
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
~~~
SN54151J
Til
SN54151N
SN54151W
Til
HII
TIIB
HII
TIIB
HII
TIIB
FSC
TIIB
FSC
FSC
TIIB
SN54152f-W
SN54152S
t::::: B
FSC
SN54151AJ
SN54151AW
1 81 - 70 SN54152W
1251-32 SN54153J
,
FSC
12,40,- 97
SN54153N
250- 14 SN54153W
HII
·250- 15 SN54154J
I"
FSC
62· 90
SN54154N
I 62-91 SN54154W
HII
D.A. T.A.
~~C
AMV
HII
TIIB
FSC
AMV
TIIB
AMV
HII
TIIB
FSC
AMV
TIIB
56- 27 SN54157N
SN54157W
56- 28
FSC
56- 29 SN54159J
250- 16 SN54159W
250- 17 SN54160J
FSC
225 - 54
SN54160N
225- 55 SN54160W
HII
167- 41 SN54161J
FSC
167- 42
167- 43 SN54161N
SN54161W
163-105
HII
SN54162J
163-106
HII
SN54162W
163·107
HII
I
SN54163J
HII
163-108 SN54163W
163-109
HII
SN54167J
216- 22 SN54167W
216- 23 SN54176J
216- 24 SN54176W
216- 25 SN54177J
121-104 SN54177W
121-105 SN54180J
HII
198- 40 SN54180N
SN54180W
198- 41
HII
SN54181J
156- 48
HII
SN54181N
156- 49 SN54181W
HII
200- 63 SN54182J
FSC
200 - 64
SN54182N
200- 65 SN54182W
HII
200 - 66 SN54190J
HII
92 - 46 SN54190N
SN54190W
I
92- 47
1250-108
SN541t~lj
HII
SN54191N
250-109 SN54191W
HII
97- 1 SN54192J
I
FSC
97 - 2
SN54192N
240- 98 SN54192W
240- 99
240-100
SN541~~j
FSC
240-101 SN54193N
SN54193W
240-102
HII
SN54196J
240-103
HII
SN54196N
240-104 SN54196W
240-105
SN54197J
240-106 SN541~j'~
240-107 SN54197W
240-108 SN54221J
240-109
HII
SN54221W
HII
240-110 SN54246J
241- 1
SN54246W
93- 68
SN54247J
89- 52 SN54247W
93-69
!:>-Registered with JEDEC
by this manufacturer
.~~~
HIIB
FSC
FSC
HIIB
AMV
HII
TIIB
FSC
AMV
No.
89- 53 ISN5424U
89- 54 SN54248W
89 -55
SN54249J
89- 56
SN54249W
I 89- 57
89- 58 SN54251J
241- 2 SN54251W
SN54259J
241- 3
241- 4 SN54259W
SN54265J
251- 33
SN54265W
251- 34
SN54283J
75- 21
SN54283W
75- 22 SN54284J
75- 23
SN54284W
81- 2
SN54285J
75- 24 SN54285W
81- 3
SN54290J
75 - 25
SN54290W
75- 26
SN54293J
81- 4
SN54293W
81- 5
SN54298J
234- 47
SN54298W
234 - 48
SN54365J
85 - 14
SN54365W
85 - 15
SN54366J
83 - 68
SN54366W
1 83- 69
SN54367J
,248- 2
SN54367W
248- 3
248 - 4 SN54368J
1
,245 - 70 SN54368W
\245 - 71 SN54390J
245 - 72
SN54390W
252- 84
SN54393J
1
1
252 - 85 SN54393W
252- 86
SN54425J
75 - 27
SN54425W
75 - 28
75 - 29 SN54426J
81- 6 SN54426W
81 - 7 SN54490J
81- 8
SN54490W
75- 81
SN55107AJ
+FSC
75 - 82
75- 83 SN55107AW
ll~v
81- 71 SN55107BJ
HII
HII
SN55107BW
TIIB
FSC
81- 72 SN55107J
AMV ' 81- 73 SN55108AJ
tFSC
TIIB
76- 7
FSC
SN55108AW
HIIB
76- 8
FSC
76- 9 SN55108BJ
HII
HII
HIIB
81· 98 SN55108BW
FSC
SN55108J
t~~~
81- 99 SN55109J
76- 10
'tFSC
HII
+ll~Bv
167-52 SN55109W
TIIB
AMV
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
167-53 SN55110J
tFSC
95- 65
SN55110W,
95 - 66
SN55112J
95- 67 SN55112W
SN55113J
95- 68
SN55113SB
IN TYPE NUMBER SEQUENCE
MFRS Pa&Line TYPE No.
MFRS pg&Line
'-:::::B~5.trn SN5b 114J
t~::B
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
AMV
HII
TIIB
AMV
FSC
FSC
TIIB
FSC
+FSC
AMV
HII
TIIB
AMV
FSC
FSC
TIIB
FSC
+FSC
AMV
HII
HIIB
AMV
FSC
AMV
HII
HIIB
AMV
FSC
FSC
FSC
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
FSC
TIIB
FSC
FSC
TIIB
FSC
HII
TIIB
HII
TIIB
HII
TIIB
FSC
FSC
FSC
FSC
FSC
FSC
FSC
HII
TIIB
FSC
FSC
HII
TIIB
FSC
AMV
FSC
HII
TIIB
FSC
AMV
FSC
HII
TIIB
FSC
HII
TIIB
HII
TII8
AMV
HII
TIIB
HII
TIIB
FSC
AMV
FSC
HII
TIIB
FSC
AMV
HII
TIIB
HII
TIIB
HII
TIIB
FSC
FSC
TIIB
HII
TIIB
HII
TIIB
FSC
FSC
TIIB
HII
TIIB
HII
TIIB
FSC
HII
TIIB
HII
TIIB
95·70SN55114SB
95- 71 SN55115J
95- 72 SN55115SB
241- 5 SN55116J
241- 6 SN55117JP
242· 72 SN55121J
HII
1242-73
SN55121W
,
SN55122J
'216 - 26
HII
SN55122W
216- 27 SN55138J
181- 7 SN55182J
181· 8 SN55183J
234· 29 SN55207J
SN55208J
234 - 30 SN55224J
SN55224W
1234- 31 SN55225J
SN55225W
1234 - 32 SN55232J
SN55232JA
77- 29
SN55232W
77· 30 SN55233J
SN55233JA
83 - 47
SN55233W
83 - 48 SN55234J
,I
241 - 7 SN55234JA
241 - 8 SN55234W
SN55235J
216- 28
SN55235JA
216-29
SN55235W
216- 30 SN55236SB
216- 31 SN55237SB
216- 32 SN55238J
FSC
216- 33
SN55238JA
216- 34
SN55238W
216 - 35 SN55239J
75- 99 SN55239JA
1 75 -100 SN55239W
SN55325J
80- 12
FSC
81 - 89 SN55325JB
216- 36 SN55325SB
216· 37 SN55325W
SN55326J
216- 38
HII
SN55326JB
216- 39
SN55326SB
77 - 33
SN55326W
77 - 34 SN55327J
HII
223·39 SN55327JB
SN55327SB
223- 40
SN55327W
223 - 41 SN55329RA
223 - 42 SN55367J
222- 10
1220- 36 SN55367JB
SN55367N
223- 43
SN55367SB
1
220- 37
i223- 44
1222- 11
1222- 12
1222- 13
1222- 14
,222- 15
218-59
218 - 60
218- 61
SN55430J
SN55430W
SN55431JP
SN55431L
SN55432JP
SN55432L
SN55433JP
SN55433L
SN55434JP
SN55434L
SN55450AJ
SN55450AW
SN55450BJ
HII
SN55450BJB
SN55450BW
218- 62 SN55451AJP
SN55451AL
.-Copy of mfr's data sheet
may be ordered from D.A_T_A.
:~iiB
TIIB
HII
TIIB
FSC
FSC
FSC
FSC
FSC
FSC
FSC
FSC
FSC
FSC
tFSC
FSC
tFSC
TIIB
HII
TIIB
FSC
FSC
FSC
218 - 63
218- 64
1
223- 45
223- 46
222- ,16
222- 17
218 - 65
218 - 66
222- 18
1222- 19
,224- 21
'1',222. 76
218 - 67
1222- 20
1222- 21
1214- 96
214- 97
214- 98
214- 99
214-100
214-101
214-102
214-103
214-104
214-105
214-106
214-107
214-108
'214-109
214-110
215 - 1
215- 2
215 - 3
215- 4
215 - 5
215- 6
215- 7
215 - 8
215- 9
228- 3
228- 4
I
228- 5
228- 6
228 - 7
228 - 8
228- 9
228 - 10
228- 11
228- 12
228- 13
I
228- 14
226- 72
184· 2
I:::: :
184- 5
228 2282282282282282282282282282282282281
1
15
16
17
18
19
20
21
22
23
24
25
26
27
228- 28
228- 29
228- 30
228- 31
39
TYPE No.
I ~Nbb4;~lr~
SN55451BL
+TIl
5N55452AJP
5N55452AL
5N55452BJP
+Til
5N55452BL
+Til
5N55453AJP
5N55453AL
5N55453BJP
+TIl
5N55453BL
+TIl
5N55454AJP
5N55454AL
5N55454BJP
+TIl
5N55454BL
+TIl
5N55460DM
5N55460FM
5N55460J
+TIl
5N55460JB
5N55460W
5N55461HM
5N55461JP
+Til
5N55461L
+Til
5N55461RM
5N55462HM
5N55462JP
+TIl
5N55462L
+TIl
5N55463HM
5N55463JP
+Til
5N55463L
+TIl
5N55463RM
5N55464HM
5N55464JP
+TIl
5N55464L
+Til
5N55464RM
5N55470J
5N55470W
5N55471JP
5N55471L
5N55472JP
5N55472L
5N55473JP
5N55473L
5N55474JP
5N55474L
5N55480J
5N64107N
5N74100J
5N74100N
5N74104J
5N74104N
5N74104W
5N74105J
Til
5N74105N
5N74105W
5N74107J
+Til
5N74107N
+Til
5N74109J
+Til
5N74109N
5N74109W
5N74110J
5N74110N
5N74111J
5N74111N
5N74116J
+TIl
5N74116N
+Til
5N74120J
5N74120N
5N74121J
+Til
5N74121N
+Til
5N74121W
5N74122J
+Til
5N74122N
5N74122W
40
3. TYPE No. CROSS INDEX
MFRS Pa&Line TYPE
;j
MFRS Pa&Line TYPE No.
MFRS Pa&Line TYPE No.
11;4,
I~NI41:id
:~lrV
FSC
TIIB
F5C
F5C
F5C
TIIB
F5C
TIIB
F5C
F5C
F5C
TIIB
F5C
TIIB
F5C
F5C
F5C
TIIB
F5C
TIIB
+F5C
+F5C
F5C
TIIB
+TIl
TIIB
F5C
+F5C
F5C
TIIB
F5C
TIIB
+F5C
+F5C
F5C
TIIB
F5C
TIIB
+F5C
F5C
TIIB
F5C
TIIB
+F5C
+F5C
F5C
TIIB
F5C
TIIB
+F5C
F5C
F5C
F5C
F5C
F5C
F5C
F5C
F5C
F5C
F5C
+TIl
TIIB
TIIB
+Til
TIIB
+Til
TIIB
Til
TIIB
Til
TIIB
F5C
F5C
TIIB
Til
TIIB
F5C
F5C
TIIB
F5C
+TIIB
F5C
TIIB
+TIl
TIIB
F5C
+TIl
TIIB
+TIl
TIIB
+TIl
TIIB
+Til
TIIB
AMV
TIIB
AMV
TIIB
+Til
TIIB
+Til
TIIB
F5C
TIIB
F5C
TIIB
F5C
F5C
+TIIB
+Til
TIIB
F5C
+TIIB
+AMV 164- 4
+TIl
TIIB
164- 5
F5C
216- 40
+Til
TIIB
216- 41
+Til
TIIB
+TIl
216· 42
TIIB
216- 43
+TIl
TIIB
121·106
+TIl
TIIB
121-107
+Til
TIIB
198- 42
+Til
TIIB
198- 43
+TIl
TIIB
156· 50
+Til
TIIB
156- 51
+Til
TIIB
92· 48
F5C
TIIB
F5C
92· 49
TIIB
200- 76
+Til
TIIB
200· 77
+Til
TIIB
200- 67
+Til
TIIB
200- 68
+Til
TIIB
200- 69
+Til
TIIB
200- 70
+Til
TIIB
92- 50
F5C
TIIB
92- 51
F5C
TIIB
250-110
+Til
TIIB
251- 1
+Til
TIIB
97- 3
+Til
TIIB
97- 4
+TIl
TIIB
241- 9
+Til
TIIB
241- 10
F5C
TIIB
241 - 11
+TIl
TIIB
241- 12
+Til
TIIB
241 - 13
F5C
TIIB
241 - 14
F5C
TIIB
241· 15
F5C
241 - 16
+Til
TIIB
241 - 17
F5C
AMV 241· 18
+Til
TIIB
AMV 241- 19
+TIl
TIIB
AMV
93- 70
+Til
TIIB
93- 71
AMV
+TIl
TIIB
89- 59
F5C
TIIB
89- 60
F5C
TIIB
89- 61
F5C
TIIB
89- 62
F5C
TIIB
AMV 241- 20
+Til
TIIB
AMV 241- 21
+Til
TIIB
241- 22
F5C
251- 35
+Til
TIIB
251- 36
+Til
TIIB
75- 30
AMV
+TIl
TIIB
AMV
75 - 31
+Til
TIIB
AMV
81- 9
+Til
TIIB 1
81- 10
AMV I
TIIB
~~~ '1228.32 ISN7412~~C
1228.33
5N74123N
1228- 34
F5C
1228 - 35
'228· 36 5N74123W
5N74125J
228· 37
5N74125N
228·38
228· 39 5N74126J
228· 40
5N74126N
228· 41
5N74128J
228 - 42
228· 43 5N74128N
228· 44
5N74132J
228 - 45
5N74132N
228· 46
228 - 47 5N74136J
228· 48
5N74136N
228 - 49
5N74141J
+TIl
228- 50
228- 51 5N74141N
+Til
228 - 52
5N74142J
228 - 53
5N74142N
228 - 54
228· 55 5N74143J
228 - 56
5N74143N
228· 57
5N74144J
228 - 58
228 - 59 5N74144N
228· 60 5N74145J
+Til
228- 61 5N74145N
+Til
228 - 62
228 - 63 5N74147J
228 - 64 5N74147N
228· 65
228· 66
228 - 67
i 228 - 68
'228 - 69
228 - 70
228 - 71
228 - 72
228 - 73
228 - 74
.228-75
95 - 73
5N74148J
5N74148N
5N74150J
5N74150N
+Til
5N74151AJ
5N74151AN
5N74151J
Til
55 - 11
250- 18 5N74151N
Til
250- 19 5N74151W
5N74152AW
62- 94
5N741525
62- 95 5N74153J
F5C
62- 96
62- 97 5N74153N
F5C
62- 98
5N74154J
F5C
62- 99
56- 30
5N74154N
F5C
56- 31
56- 96 5N74155J
+Til
56- 97 5N74155N
+Til
53- 83 5N74156J
+Til
56- 32
5N74156N
+Til
56- 33
5N74157J
F5C
56- 34
56 - 35 5N74157N
F5C
250· 20
5N74157W
250· 21 5N74159J
225 ·56 5N74159N
225· 57 5N74160J
F5C
167- 44
5N74160N
F5C
167·45
167- 46 5N74161J
F5C
163-110
1 5N74161N
+Til
164- 2
164-
D.A. T.A.
5N74162N
+Til
5N74163J
+Til
5N74163N
+Til
5N74167J
5N74167N
5N74176J
5N74176N
5N74177J
5N74177N
5N74180J
+TIl
5N74180N
+Til
5N74180W
5N74181J
+TIl
5N74181N
F5C
5N74182J
F5C
5N74182N
F5C
5N74190J
+TIl
5N74190N
+Til
5N74190W
5N74191J
+TIl
5N74191N
+TIl
5N74191W
5N74192J
F5C
5N74192N
F5C
5N74193J
F5C
5N74193N
F5C
5N74196J
+Til
5N74.196N
+Til
5N74197J
+Til
5N74197N
+Til
SN74221J
+TIl
5N74221N
+Til
5N74246J
5N74246N
5N74247J
5N74247N
5N74248J
5N74248N
5N74249J
5N74249N
5N74251J
5N74251N
5N74259J
5N74259N
5N74265J
5N74265N
5N74283J
5N74283N
5N74284J
5N74284N
5N74285J
5N74285N
5N74290J
5N74290N
L',-Registered with JEDEC
by this manufacturer
75 -
~lrBV
AMV
TIIB
AMV
TIIB
AMV
TIIB
+Til
TIIB
+TIl
TIIB
+Til
TIIB
+Til
TIIB
+Til
TIIB
+Til
TIIB
F5C
TIIB
F5C
TIIB
F5C
AMV
TIIB
AMV
+Til
TIIB
AMV
+Til
TIIB
AMV
+TIl
TIIB
F5C
+TIIB
FSC
+TIIB
F5C
F5C
+TIIB
F5C
+TIIB
F5C
AMV
+Til
TIIB
AMV
+Til
TIIB
AMV
+Til
TIIB
AMV
+Til
TIIB
F5C
+TIIB
F5C
TIIB
F5C
+TIIB
F5C
+TIIB
AMV
TIIB
AMV
TIIB
+Til
TIIB
+Til
TIIB
+TIl
TIIB
+Til
TIIB
+Til
TIIB
+Til
TIIB
+Til
TIIB
+TIl
TIIB
+TIl
TIIB
+TIl
TIIB
+TIl
TIIB
+TIl
TIIB
+Til
TIIB
+TIl
TIIB
+TIl
TIIB
+Til
TIIB
+TIl
TIIB
+Til
TIIB
+Til
TIIB
+Til
TIIB
+TIl
TIIB
+TIl
TIIB
No.
3~ I~NI4~";j~
75 - 33 5N74293N
81- 11 5N74298J
81- 12 5N74298N
234 - 49 5N74351N
234 - 50 5N74365J
85· 16 5N74365N
85· 17 5N74366J
83- 70 5N74366N
83 - 71 5N74367J
248- 5 5N74367N
248- 6 5N74368J
1248 - 7 5N74368N
245 - 73
5N74390J
245 - 74
5N74390N
252 - 87 5N74393J
5N74393N
252 - 88
5N74425J
75 - 34 5N74425N
75· 35 SN74426J
77- 36 5N74426N
81- 13
5N74490J
81· 14
5N74490N
83- 52
75 - 84 5N75107AJ
+F5C
75· 85 5N75107AN
+F5C
81· 74 5N75107BJ
+TIl
5N75107BN
+TIl
81· 75
5N75107J
5N75107N
76- 11 5N75108AJ
+F5C
76· 12
5N75108AN
+F5C
81-100
81-101 5N75108BJ
+Til
167 - 54 5N75108BN
+TIl
167 - 55 5N75108J
5N75108N
95· 74 5N75109J
+F5C
95 - 75
5N75109N
+F5C
95 - 76
95- 77 5N75110J
+F5C
95 - 78
5N75110N
+F5C
95 - 79
95·80 5N75112J
+Til
95 - 81 5N75112N
+Til
241- 23 5N75113J
241 - 24 5N75113N
1242- 74 5N751135B
242 - 75 5N75114J
216- 44 5N75114N
216- 45 5N751145B
1181- 9 5N75115J
1181- 10 5N75115N
1234 - 33 5N751155B
234 - 34 511175116J
234 - 35 5N75116N
.234 - 36 5N75117P
I
I
77- 31 5N75121J
+Til
77-32 5N75121N
+Til
IN TYPE NUMBER SEQUENCE
M FRS Pa&Line TYPE No.
Wd
ISN 75
\IIBI 83 - 49
+Til
1 83· 50 5N75122N
+TIl
TlIB
+Til
241· 25 5N75123J
+TIl
TIIB
+Til
241- 26 5N75123N
+Til
TIIB
241· 27 5N75124J
+TIl
+Til
TIIB
216- 46 5N75124N
+TIl
+TIl
TIIB
216· 47 5N75138J
+Til
TlIB
+TIl
216· 48 5N75138N
TIIB
216- 49 5N75140P
+TIl
TIIB
+TIl
216· 50 5N75150J
+Til
TIIB
+TIl
216· 51 5N75150JP
5N75150N
TIIB
+Til
216- 52
+TIl
5N75150P
TIIB
+Til
216- 53
+TIl
5N75152J
TIIB
+TIl
75·101
5N75152N
TIIB
75-102
+TIl
5N75154J
TIIB
+Til
81· 90
+TIl
5N75154N
TIIB
+TIl
81- 91
+TIl
5N75182J
TIIB
+Til
216- 54
5N75182N
TIIB
+TIl
216- 55
5N75183J
TIIB
216- 56
+Til
5N75183N
TIIB
216· 57
+TIl
5N75188J
TIIB
76-106
+Til
5N75188N
TlIB
+TIl
77·35
5N75189AJ
TIIB I
AMV 1223- .47
5N75189AN
+TIl
TIIB
AMV 1223- 48 5N75189J
+TIl
5N75189N
TIIB
223 - 49
F5C
5N75207BJ
TIIB
223 - 50
F5C
5N75207BN
TIIB
222- 22
+F5C
222 - 23 5N75207J
+F5C
+Til
AMV 220- 38
5N75207N
+TIl
+Til
TIIB
AMV 220- 39 5N75208BJ
+Til
5N75208BI\I
TIIB
220- 40
F5C
5N75208J
TIIB
+TIl
220- 41
F5C
5N75208N
TIIB
+Til
222- 24
+F5C
222 - 25 5N75224J
+F5C
5N75224N
AMV 222 - 26
5N75225J
+TIl
5N75225N
+TIIB
AMV 222 - 27 5N75232J
+Til
+TIl
5N75232N
+TIIB
+Til
222
28
AMV
5N75233J
+TIl
+Til
+TIIB
AMV 222 - 29 5N75233N
+Til
+TIl
5N75234J
+TIIB
F5C
21868
F5C
TIIB
5N75234N
21869
F5C
F5C
TIIB
+TIl
218- 70
5N75235J
TIIB
+Til
218 - 71
+TIl
5N75235N
TIIB
F5C
218- 72
+Til
TIIB
218 - 73 5N752365B
+Til
TIIB
218- 74 5N752375B
+Til
TIIB
218 - 75 5N75238J
+Til
F5C
TIIB
223 - 51
+TIl
5N75238N
TIIB
F5C
223- 52
+Til
TIIB
223 - 53 5N75239J
+Til
F5C
TIIB
222- 30
+Til
5N75239N
TIIB
F5C
222- 31
+Til
TIIB
222 - 32 5N75244JA
+TIl
TIIB
218 - 76 5N75244N
F5C
TIIB
218- 77 5N75270J
F5C
TIIB
+-Copy of mfr's data sheet
may be ordered from D.A.T.A.
MFRS Pa&Line
~TI~
Im-;j;j
F5C
222 - 34
TIIB
F5C
TIIB
I218-78
m
F5C
TIIB
F5C
TIIB
+Til
TIIB
+Til
TIIB
+TIl
TIIB
F5C
TIIB
F5C
F5C
TIIB
F5C
TIIB
+TIl
TIIB
+TIl
TIIB
F5C
TIIB
F5C
TIIB
+Til
TIIB
+Til
TIIB
+TIl
TIIB
+Til
TIIB
+TIl
TIIB
+Til
TIIB
+TIl
TIIB
+TIl
TIIB
+Til
TIIB
+Til
TIIB
+Til
TIIB
+Til
TIIB
+F5C
TIIB
+F5C
TIIB
+Til
TIIB
+TIl
TIIB
+F5C
TIIB
+F5C
TIIB
F5C
F5C
F5C
F5C
F5C
TIIB
F5C
TIIB
F5C
TIIB
F5C
TIIB
AMV
+TIl
TIIB
AMV
+Til
TIIB
F5C
TIIB
AMV
+TIl
TIIB
+Til
TIIB
+TIl
TIIB
AMV
+Til
TIIB
AMV
+TIl
TIIB
AMV
+TIl
TIIB
AMV
+TIl
TIIB
+Til
TIIB
+TIl
TIIB
+Til
TIIB
I"'·"
222 - 35
222 - 36
!224- 9
224 - 10
222 - 37
218- 80
218- 81
218- 82
218 - 83
222 - 38
222 - 39
224 - 18
224 - 19
222- 77
222 - 78
218 - 84
218 - 85
217 - 64
217 - 65
223 -103
223 -104
223 -105
223 -106
222 - 40
222- 41
222 - 42
222 - 43
222 - 44
222 - 45
222 - 46
222 - 47
215215215215 215 -
10
11
12
13
14
215 - 15
215 - 16
215- 17
215- 18
215- 19
1215- 20
,
1215. 21
215 - 22
1215- 23
215 - 24
1215 - 25
215 - 26
215- 27
215 - 28
215 - 29
215- 36
40
YPE No.
I::iN/b"'VN
SN75303N
SN75308J
SN75308N
SN75322J
SN75322N
SN75324J
SN75324N
SN75325J
FSC
SN75325N
FSC
SN75325SB
SN75326J
+Til
SN75326N
+Til
SN75326SB
SN75327J
+Til
SN75327N
+Til
SN75327SB
SN75358J
SN75358N
SN75361AJ
SN75361AN
SN75361AP
SN75363J
SN75363N
SN75364J
SN75364N
SN75364P
SN75365J
SN75365N
SN75366J
SN75366N
SN75367J
SN75367N
SN75367SB
SN75368J
SN75368N
SN75369J
SN75369N
SN75369P
SN75370JB
SN75370N
SN75401ND
SN75402ND
SN75403ND
SN75404ND
SN75430J
SN75430N
SN75431JP
SN75431L
SN75431P
SN75432JP
SN75432L
SN75432P
SN75433JP
SN75433L
SN75433P
SN75434JP
SN75434L
SN75434P
SN75450AJ
SN75450AN
SN75450BJ
+Til
SN75450BN
+Til
SN75450J
SN75450N
tSIC
41
.
3 TYPE
No. CROSS INDEX
MFRS pg&Line TYPE No.
MFRS Po&Line TYPE No.
MFRS Pa&Line TYPE No.
'TIIB
.~~~~
+Til
233- 31 SN75451AP
+TIl
232 - 65
232- 64 SN75451BJP
+Til
+TIl
184· 6 SN75451BL
+TIl
TIIB
184·. 7 SN75451BP
+Til
+Til
TIIB
+TIl
230· 59 SN75451P
tSIC.
TIIB
tTIi
1230.67
SN75452AJP
Tile
AMV 228· 76 SN75452AL
SN75452.AJ)
tTl!
SN7.5452BJP
TIIB
AMV 228· 77 SN75452BL
+Til
+Til
SN75452BP
TIIB
+Til
+Til
228· 78
SN75452P
TIIB
FSC
228· 79 SN75453AJP
SN75453AL
TIIB
FSC
228· 80 SN75453AP
SN75453BJP
TIIB
+Til
228 - 81 SN75453BL
TIIB
+Til
FSC
228 - 82 SN75453BP
TIIB
+Til
228· 83 SN75453P
FSC
TIIB
SN75454AJP
+Til
228 - 84 SN75454AL
TIIB
SN75454AP
+Til
184 ·110 SN75454BJP
SN75454BL
TIIB
+TIl
+Til
185- 1
SN75454BP
TIIB
+TIl
+TIl
184· 8
SN75454P
TIIB
+Til
184· 9 SN75460AJ
SN75460AN
TIIB
+Til
184- 10 SN75460DC
TIIB
SN75460J
+Til
184· 11
SN75460N
TIIB
+Til
184 - 12
SN75460PC
TIIB
184·66 SN75461AP
+TIl
SN75461HC
TIIB
SN75461JP
+Til
TIIB 1'84' 67 SN75461L
+Til
184- 68
+Til
SN75461P
TIIB
+TIl
·184· 13
TIIB
SN75461RC
184· 14 SN75461TC
+Til
TIIB
SN75462AP
+Til
184· 15 SN75462HC
TIIB
SN75462JP
+Til
184· 16 SN75462L
+TIl
TIIB
184· 17 SN75462P
+Til
TIIB
+Til
184- 18 SN75462RC
SN75462RM
TIIB
+Til
184 - 19 SN75462TC
SN75463AP
TIIB
+TIl
185· 2 SN75463HC
SN754.63JP
TIIB
185· 3 SN75463L
+Til
TIIB
+Til
184·33 SN75463P
+TIl
TIIB
184·34 SN75463RC
+Til
SN75463TC
TIIB
+Til
184·35 SN75464AP
SN75464HC
TIIB
184· 20 SN75464JP
+Til
SN75464L
TIIB
+TIl
+Til
184· 21
SN75464P
TIIB
+Til
228· 85
TIIB
SN75464RC
228·86 SN75464TC
+Til
TIIB
SN75470J
+Til
228· 87 SN75470N
SN75471JP
TIIB
+Til
228·88 SN75471L
TIIB
SN75471P
FSC
228·89 SN75472JP
FSC
228 - 90 SN75472L
228- 91 SN75472P
FSC
FSC
228·92 SN75473JP
FSC
228·93 SN75473L
FSC
228·94 SN75473P
FSC
228·95 SN75474JP
FSC
228·96 SN75474L
FSC
228·97 SN75474P
FSC
228·98 SN75480J
FSC
228·99
228 ·100 SN75480N
FSC
FSC
228·101
228·102 SN75481N
FSC
tFSC
228 ·103
228·104 SN75491AJ
tFSC
SN75491AN
tSIC
tFSC
228 ·105 SN75491BJ
TIIB
SN7.549 I BN
228 -106 SN75491J
tFSC
SN75491N
TIIB
+Til
tFSC
228 ·107
FSC
228 ·108 SN75492AJ
SN75492AN
+Til
SN75492BJ
+TIIB
l:llb- 37
D.A. T.A.
~~g Im::¥~ I~~~~:~~~N
tFSC
tSIC
FSC
tFSC
TIIB
tFSC
TIIB
FSC
+Til
+TIIB
FSC
FSC
FSC
FSC
tFSC
TIIB
tFSC
TIIB
tFSC
FSC
FSC
FSC
FSC
tFSC
TIIB
tFSC
TIIB
tFSC
FSC
FSC
FSC
FSC
tFSC
TIIB
tFSC
TIIB
tFSC
FSC
FSC
tFSC
+Til
TIIB
+Til
TIIB
tFSC
FSC
tFSC
FSC
FSC
TIIB
+Til
TIIB
tFSC
tFSC
FSC
tFSC
FSC
FSC
TIIB
+Til
TIIB
tFSC
tFSC
tFSC
FSC
tFSC
FSC
FSC
TIIB
+Til
TIIB
tFSC
tFSC
FSC
tFSC
FSC
FSC
TIIB
+Til
TIIB
tFSC
tFSC
FSC
FSC
FSC
FSC
FSC
FSC
FSC
FSC
FSC
FSC
FSC
FSC
FSC
FSC
+Til
TIIB
+Til
TIIB
+Til
TIIB
FSC
tFSC
FSC
FSC
FSC
tFSC
TIIB
• FSC
tFSC
FSC
229·
229·
229·
229·
229·
1 SN75492N
+Til
2 SN75493AN
3
SN75494N
4
SN75495N
5
SN75497N
229· 6 SN75498N
229· 7
229· 8 S!l!15161QN
229· 9
229· 10 SN151811N
229· 11 SN151910N
229·
229·
229·
229·
229·
229·
12
13
14
15
16
17
229· 18
229·
229·
229·
229·
229·
229·
19
20
21
22
23
24
229·25
229· 26
229· 27
229· 28
229·29
229· 30
229· 31
229· 32
229·33
229· 34
229· 35
229· 36
229· 37
229·
229·
229·
229·
229·
229·
SN151911N
SN158093F
SN158093J
SN158093N
SN158093R
SN158094F
SN 158094J
SN158094N
SN158094R
SN158097F
SN158097J
SN158097N
SN158097R
SN158099F
SN158099J
SN158099N
SN158099R
SN159093F
SN159093J
SN159093N
SN159093R
SN159094F
SN159094J
SN159094N
SN159094R
SN159097F
SN 159097J
SN159097N
SN159097R
SN159099F
SN 159099J
SN159099N
SN159099R
SNF30J
38
39
40 SNF30W
41
42 SNF31J
43
SNF31W
229 - 44
SNF32J
229- 45
229- 46 SNF32W
229- 47
229 - 48 SNF33J
229· 49
229· 50 SNF33W
229·51
SNF50J
229· 52
SNF50W
229· 53
229· 54 SNF51J
229· 55
229·56 SNF51W
229· 57
229· 58 SNF52J
229· 59 SNF52W
229· 60
229· 61
229·62
229· 63
1229.64
229· 65
229· 66
229· 67
229· 68
229· 69
229· 70
229· 71
229· 72
229· 73
229· 74
229· 75
95· 82
SNF53J
SNF53W
SNF60J
SNF60W
SNF61J
SNF61W
SNF62J
SNF62W
SNF63J
95· 83 SNF63W
201· 31 SNF100J
183·33 SNF100W
183·34
183· 35 SNF101J
183· 36
183· 37 SNF101W
183·38
SNF102J
183· 39
SNF102W
m:~~
fl.-Registered with JEDEC
by this manufacturer
~~~ ..
tFSC
TIIB
+TIl
TIIB
+Til
TIIB
+Til
+TIIB
+Til
TIIB
+Til
TIIB
Til
TIIB
Til
TIIB
Til
TIIB
Til
TIIB
Til
Til
Til
Til
Til
Til
Til
Til
Til
Til
Til
Til
Til
Til
Til
Til
Til
Til
Til
Til
Til
Til
Til
Til
Til
Til
Til
Til
Til
Til
Til
Til
Til
TIIB
Til
TIIB
Til
TIIB
Til
TIIB
Til
TIIB
Til
TIIB
Til
TIIB
Til
TIIB
Til
TIIB
Til
TIIB
Til
TIIB
Til
TIIB
Til
TIIB
Til
TIIB
Til
TIIB
Til
TIIB
Til
TIIB
Til
TIIB
Til
TIIB
Til
TIIB
Til
TIIB
Til
TIIB
Til
TIIB
Til
TIIB
Til
TIIB
Til
TIIB
Til
TIIB
Til
TIIB
Til
TIIB
Til
TIIB
:~~: :~
I::iN
lV~J
183- 44 SNF103W
183· 16 SNFll0J
18·3· 19 SNFll0W
183· 17 SNFlllJ
183·20 SNFlllW
183· 18 SNF112J
117·89 SN~112W
117· 90 SNF113J
117· 93 SNF113W
117·94 SNF120J
49· 77
49·78
49· 79
49· 80
49· 81
49· 82
49· 83
49· 84
49· 85
49· 86
49· 87
49· 88
49· 89
49· 90
49· 91
49· 92
49- 93
49· 94
49· 95
49.96
49· 97
49·98
49· 99
49·100
49·101
49·102
49·103
49·104
49·105
49·106
49·107
49·108
65·100
SNF120W
SNF121J
SNF121W
SNF122J
SNF122W
SNF123J
SNF123W
SNF130J
SNF130W
SNF131J
SNF131W
SNF132J
SNF132W
SNF133J
SNF133W
SNF200J
SNF200W
65·101 SNF201J
65·102 SNF201W
65·103 SNF202J
65.104 SNF202W
66-
I
SNF203J
66· 2 SNF203W
66· 3 SNF210J
60· 79 SNF210W
60· 80 SNF211J
60· 81 SNF211W
60· 82 SNF212J
60· 83 SNF212W
60· 84 SNF213J
60· 85 SNF213W
60· 86· SNG40J
63· 96 SNG40W
53· 97 SNG41J
63· 98 SNG41W
63· 99 SNG42J
63·100 SNG42W
63·101 SNG43J
63·102 SNG43W
63·103 SNG50J
60· 89 SNG50W
60·90 SNG51J
60· 91 SNG51W
60· 92 SNG52J
60· 93 SNG52W
60· 94 SNG53J
IN TYPE NUMBER SEQUENCE
MFRS IPa&Line TYPE No.
oo-.--gs-
MFRS Pa&Line
TIIB
Til
TIIB
Til
TIIB
Til
TIIB
Til
TIIB
Til
TIIB
Til
TIIB
Til
TIIB
Til
TIIB
Til
TIIB
Til
TIIB
Til
TIIB
Til
TIIB
Til
TIIB
Til
TIIB
Til
TIIB
Til
TIIB
Til
TIIB
Til
TIIB
Til
TIIB
Til
TIIB
Til
TIIB
Til
TIIB
Til
TIIB
Til
TIIB
Til
TIIB
Til
TIIB
Til
TIIB
Til
TIIB
Til
TIIB
Til
TIIB
Til
TIIB
Til
TIIB
Til
TIIB
Til
TIIB
Til
TIIB
Til
TIIB
Til
TIIB
Til
TIIB
Til
TIIB
Til
TIIB
Til
TIIB
Til
TIIB
Til
TIIB
Til
TIIB
Til
TIIB
Til
TIIB
Til
TIIB
Til
TIIB
Til
TIIB
Til
TIIB
Til
TIIB
Til
TIIB
Til
TIIB
Til
TIIB
Til
TIIB
Til
TIIB
t::B
Til
TIIB
Til
TIIB
Til
TIIB
Til
TIIB
Til
TIIB
Til
TIIB
Til
TIIB
Til
TIIB
Til
TIIB
Til
TIIB
Til
TIIB
Til
TIIB
Til
TIIB
Til
TIIB
Til
TIIB
Til
TIIB
Til
TIIB
Til
TIIB
Til
TIIB
Til
TIIB
Til
TIIB
Til
TIIB
Til
TIIB
Til
TIIB
Til
TIIB
Til
TIIB
Til
TIIB
Til
TIIB
Til
TIIB
Til
TIIB
Til
TIIB
Til
TIIB
Til
TIIB
Til
TIIB
Til
TIIB
Til
TIIB
Til
TIIB
Til
TIIB
Til
TIIB
Til
TIIB
Til
TIIB
Til
TIIB
Til
TIIB
Til
TIIB
Til
TIIB
Til
TIIB
Til
TIIB
Til
TIIB
Til
TIIB
Til
TIIB
Til
TIIB
Til
TIIB
Til
TIIB
Til
TIIB
Til
TIIB
Til
TIIB
60· 96 SNG60J
60· 97 SNG60W
60· 98 SNG61J
60· 99 SNG61W
60·100 SNG62J
60·101 SNG62W
60·102 SNG63J
60·103 SNG63W
60·104 SNG70J
60·109 SNG70W
60·110 SNG71J
61· 1 SNG71W
61· 2 SNG72J
61· 3 SNG72W
61· 4 SNG73J
61· 5 SNG73W
61· 6 SNG80J
61· 7 SNG80W
61· 8 SNG81J
61· 9 SNG81W
61· 10 SNG82J
61· 11 SNG82W
61· 12 SNG83J
61· 13 SNG83W
61· 14 SNG90J
63·106 SNG90W
63·.107 SNG91J
63·108 SNG91W
63·109 SNG92J
63·110 SNG92W
64·
1 SNG93J
64- 2 SNG93W
64- 3 SNG100J
64· 4 SNG100W
64· 5 SNG101J
64· 6 SNG101W
64· 7 SNG1·02J
64· 8 SNG102W
64· 9 SNG103J
64· 10 SNG103W
64· 11 SNGll0J
153·88 SNG110W
153·89 SNG111J
153· 90 SNGll1W
153·91 SNG112J
153· 92 SNG112W
153· 93 SNG113J
153· 94 SNG113W
153· 95 SNG120J
113· 56 SNG120W
113· 57 SNG121J
113· 58 SNG12iW
113· 59 SNG122J
113· 60 SNG122W
113· 61 SNG123J
113· 62 SNG123W
+-Copy of mfr's data sheet
may· be ordered from D.A.T.A.
.113- 63
153· 96
153· 97
153· 98
153· 99
153-100
153·101
153-102
153·103
111· 3
111· 4
111- 5
",.
6
111· 7
",.
8
111- 9
111·10
197· 77
197· 78
197· 79
197· 80
197·81
197·82
197· 75
197·76
157· 10
1"57· I I
157· 12
157· 13
157· 1.4
157· 15
157· 16
157· 17
113· 64
113· 65
113· 66
113· 67
113· 68
113· 69
113· 70
113· 71
113· 72
113· 73
113· 74
113· 75
113· 76
113· 77
113· 78
113· 79
153·104
153·105
153·106
153-i07
153·108
153·109
153·110
154· 1
41
TYPE No.
ISNG130J
SNG130W
SNG131J
SNG131W
SNG132J
SNG132W
SNG133J
SNG133W
SNG140J
SNG140W
SNG141J
SNG141W
SNG142J
SNG142W
SNG143J
SNG143W
SNG150J
SNG150W
SNG151J
SNG151W
SNG152J
SNG152W
SNG153J
SNG153W
SNG170J
SNG170W
SNG171J
SNG171W
SNG172J
SNGl72W
SNG173J
SNG173W
SNG180J
SNG180W
SNG181J
SNG181W
SNG182J
SNG182W
SNG183J
SNG183W
SNG190J
SNG190W
SNG191J
SNG191W
SNG192J
SNG192W
SNG193J
SNG193W
SNG200J
SNG200W
SNG201J
SNG201W
SNG202J
SNG202W
SNG203J
SNG203W
SNG210J
42
3 TYPE
N10. CROSS INDEX
MFRS Pa&Line TYPE
MFRS pn&Line TYPE No.
MFRS Pa&Line TYPE No.
154· 2 ISNG210W
i::B
Til
TIIB
Til
TIIB
Til
TIIB
Til
TIIB
Til
TIIB
Til
TIIB
Til
TIIB
Til
TIIB
Til
TIIB
Til
TIIB
Til
TIIB
Til
TIIB
Til
TIIB
Til
TIIB
Til
TIIB
Til
TIIB
Til
TIIB
Til
TIIB
Til
TIIB
Til
TIIB
Til
TIIB
Til
TIIB
Til
TIIB
Til
TIIB
Til
TIIB
Til
TIIB
Til
TIIB
Til
TIIB
Til
TIIB
Til
TIIB
Til
TIIB
Til
TIIB
Til
TIIB
Til
TIIB
Til
TIIB
Til
TIIB
Til
TIIB
Til
TIIB
Til
TIIB
Til
TIIB
Til
TIIB
Til
TIIB
Til
TIIB
Til
TIIB
Til
TIIB
Til
TIIB
Til
TIIB
Til
TIIB
Til
TIIB
Til
TIIB
Til
TIIB
Til
TIIB
Til
TIIB
Til
TIIB
Til
TIIB
Til
TIIB
154· 3 SNG211J
154· 4 SNG211W
154· 5 SNG212J
154· 6 SNG212W
154· 7 SNG213J
154· 8 SNG213W
154· 9 SNG220J
154· 10 SNG220W
154· 11 SNG221J
154· 12 SNG221W
154· 13 SNG222J
154· 14 SNG222W
154· 15 SNG223J
154· 16 SNG223W
154· 17 SNG230J
160· 85 SNG230W
160· 86 SNG231J
160· 87 SNG231W
160· 88 SNG232J
160· 89 SNG232W
160· 90 SNG233J
160· 91 SNG233W
160· 92 SNG240J
160· 93 SNG240W
160· 94 SNG241J
160· 95 SNG241W
160· 96 SNG242J
160· 97 SNG242W
160· 98 SNG243J
160· 99 SNG243W
160·100 SNG250J
160·101 SNG250W
160·102 SNG251J
160·103 SNG251W
160·104 SNG252J
160·105 SNG252W
160·106 SNG253J
160·107 SNG253W
160·108 SNG260J
154· 18 SNG260W
154· 19 SNG261J
154· 20 SNG261W
154· 21 SNG262J
154· 22 SNG262W
154· 23 SNG263J
154· 24 SNG263W
154·25 SNG270J
154· 82 SNG270W
154·83 SNG271J
154· 84 SNG271W
154· 85 SNG272J
154· 86 SNG272W
154· 87 SNG273J
154· 88 SNG273W
154· 89 SNG280J
111· 35 SNG280W
D.A. T.A.
·
i::B
Til
TIIB
Til
TIIB
Til
TIIB
Til
TIIB
Til
TII8
Til
TIIB
Til
TIIB
Til
TIIB
Til
TIIB
Til
TIIB
Til
TIIB
Til
TIIB
Til
TIIB
Til
TIIB
Til
TIIB
Til
TIIB
Til
TIIB
Til
TIIB
Til
TIIB
Til
TIIB
Til
TIIB
Til
TIIB
Til
TIIB
Til
TIIB
Til
TIIB
Til
TIIB
Til
TIIB
Til
TIIB
Til
TIIB
Til
TIIB
Til
TIIB
Til
TIIB
Til
TIIB
Til
TIIB
Til
TIIB
Til
TIIB
Til
TIIB
Til
TIIB
Til
TIIB
Til
TIIB
Til
TIIB
Til
TIIB
Til
TIIB
Til
TIIB
Til
TIIB
Til
TIIB
Til
TIIB
Til
TIIB
Til
TIIB
Til
TIIB
Til
TIIB
Til
TIIB
Til
TIIB
Til
TIIB
Til
TIIB
Til
TIIB
111·36 I"N";.:~IJ
111· 37 SNG281W
111· 38 SNG282J
111·39 SNG282W
111· 40 SNG283J
111· 41 SNG283W
111· 42 SNG290J
154· 56 SNG290W
154· 57 SNG291J
154· 58 SNG291W
154· 59 SNG292J
154· 60 SNG292W
154· 61 SNG293J
154· 62 SNG293W
154·63 SNG300J
161· 56 SNG300W
161· 57 SNG301J
161· 58 SNG301W
161· 59 SNG302J
161· 60 SNG302W
161· 61 SNG303J
161· 62 SNG303W
161· 63 SNG310J
154· 64 SNG310W
154· 65 SNG311J
154· 66 SNG311W
154·67 SNG312J
154· 68 SNG312W
154· 69 SNG313J
154· 70 SNG313W
154· 71 SNG320J
111· 43 SNG320W
111· 44 SNG321J
111·45 SNG321W
Ill· 46 SNG322J
111· 47 SNG322W
111· 48 SNG323J
111· 49 SNG323W
111· 50 SP300A
SP301A
154· 72 SP302A
154· 73 SP304A
SP305A
164· 74 SP306A
SP314At,
154· 75 SP317A
SP321A
154· 76 SP322B
154· 77 SP328A
154· 78 SP333A
SP334A
154· 79 SP337A
SP352A
159· 12
SP356A
159· 13 SP357A
SP358A
159· 14 SP362A
SP363A
159· 15 SP370A
SP374A
159· 16 SP37,5A
SP377A
159· 17 SP380A
SP381A
159· 18 SP384A
SP387A
159· 19 SP391A
SP520B
103·,03 SP521B
SP522B
103·104 SP616A
SP620A
L:.-Registered wit" JEDEC
by this manufacturer
II
TIIB
Til
TIIB
Til
TIIB
Til
TIIB
Til
TIIB
Til TIIB
HI
No.
IN TYPE NUMBER SEQUENCE
PE No.
MFRS Pa&Line
l~~g~~~
:~:g
,g~: ~~ l~~~g~;~
103·106 SP659A
+SIC
150· 92
204· 8
126·103
126·104
185· 44
196·103
196·104
196·105
196·106
196·107
196·108
196·109
196·110
195· 69
195· 70
195· 71
195· 7'1.
71·108
218· 86
218· 87
218· 88
184· 26
184· 27
184· 28
184· 29
184· 30
184· 31
184· 32
247· 14
247· 15
247· 16
247· 43
247· 41
247· 42
196· 44
196· 45
196· 46
)96· 47
230·100
230· 57
230· 79
230·101
230· 58
114· 94
114·95
118· 31
118· 32
64· 90
64· 91
64· 92
220· 50
224·60
224· 61
51· 13
155· 48
161·101
51· 11
64· 93
67· 51
220· 51
195·103
131· 33
114· 96
114·97
118· 33
118· 34
51· 10
64· 94
64· 95
64· 96
220· 52
224· 6,2
224·63
51· 14
'55· 49
161·102
5" 1~
64· 97
67· 52
220· 53
195·104
131· 34
229· 76
251.98
251· 99
85· 2
85. 3
204·.39
204· 40
204· 37
204· 38
204· 35
204· 36
204· 12
204· 22
204· 17
204· 18
204· 14
204· 15
204· 41
204· 42
204· 43
204· 52
204· 53
204· 54
204· 56
204· 55
204· 16
204· 13
204· 28
204· 23
204· 19
lU;$·105
103·107 SP670A
SP680At,
103·108 SP690A
SP701A
103·109 SP701B
SP702A
103·110 SP702B
SP703AE
160· 67 SP703AF
SP703BE
~N:B 160· 68 SP703BF
SP704AE
mEl
TIl,
160· 69 SP704AF
SP704BE
Till;!
Til
160· 70 SP704BF
SP705B
TII,B
nI
160· 71 SP721BE
SP121BF
TIIB
Til
160· 72 SP721BT
SP722BE
TIIB
Til
160· 73 SP722BF
SP722BT
TIIB
160· 74 SP723BE
Til
SP723BF
TIIB
Til
111· 51 SP724BE
SP724BF
TIIB
111·52 SP740BE
Til
SP740BF
TIIB
Til
111·53 SP740BT
SP741BE
TIIB
Til
111·54 SP741BF
SP741BT
TIIB
Til
111·55 SP751A
SP751B
TIIB
Til
111·56 SP752A
TIIB
SP752B
Til
111·57 SP761B
SP762B
TIIB
Til
111·58 SP763B
SP764B
TIIB
,1,· 59 SP765B
Til
SP1001
TIIB
1,,· 60 SP1004
Til
SP1007
TIIB
Til
111· 61 SP1010
SP1014
TIIB
Til
11,· 62 SP1015
SP1016
TIIB
Til
111· 63 SP1020
SP1023
TIIB
Til
111·64 SP1026
SP1027
TIIB
111· 65 SP1030
Til
SP1031
TIIB
Til
111· 66 SP1032
SP1033
TIIB
Til
132·28 SP1034
SP1035
TIIB
Til
132·29 SP1039
SP1048
TIIB
132· 30 SP1201
Til
SP1204
TIIB
Til
132· 31 SP1207
SP1210
TIIB
132· 32 SP1213
Til
SP1214
TIIB
Til
132· 33 SP1215
SP1216
TIIB
Til
132· 34 SP1220
SP1223
TIIB
Til
132· 35 SP1226
SP1227
TIIB
158· 11 SP1230
SIC
.SIC
158·42 SP1231
66· 44 SP1232
SIC
102· 71 SP1233
102· 72 SP1234
SIC
98·53 SP1235
SIC
SIC
98·54 SP1239
SIC
117 ·104 SP1248
117·105 SP1404
SIC
50·104 SP1650B
SIC
50· 55 SP1651B
SIC
124· 63 SP3280A
70· 36 SP3281A
SIC
158· SA SP8505
112·65 Sp8515
SIC
1,14· 48 SP8600A
.SIC
130· 9 SPg600B
.SIC
SIC
66· 45 SP 601A
131· 76 Spe601B
SIC
130· 12 SP8602A
149·108 SP8602B
SIC
131· 76 5P8603A
SIC
~S4· 74 SP8603B
.SIC
SIC
203·40 SP8604A
117. ·10~ SP8604B
SIC
114·49 SP8607A
+SIC
114· 50 SP8607B
+SIC
.SIC
130· 10 SP8607M
117 ·107 SP8613B
SIC
117·44 SPa614B
SIC
114·51 SP8615B
+SIC
130· 11 SP8616B
+SIC
185·51 SP86160
SIC
87·45 SP8621B
+PLSB
+PLSB 234·53 SP8622B
+PLSB 204·80 SP8630B
126·102 SP8631B
+SIC
62· 67 SP8632B
+SIC
+SIC
SIC
+SIC
+PLSB
+PLSB
+PLSB
+PLSB
+PLSB
+PLS6
+PLSB
+PLSB
+PLSB
+PLSB
+PLSB
+PLSB
+PLSB
+PLSB
+PLSB
+PLSB
+PLSB
+PLSB
+PLSB
+PLSB
+PLSB
+PLSB
+PLSB
+PLSB
+PLSB
+PLSB
+PLSB
+PLSB
+PLSB
+PLSB
+PLSB
+PLSB
+PLSB
+PLSB
+PLSB
+PLSB
+PLSB
.PLSB
.PLSB
.PLSB
.PLSB
.PLSB
.PLSB
.PLSB
.PLSB
.PLSB
.PLSB
.PLSB
.PLSB
+PLSB
.PLSB
.PLSB
.PLSB
.PLSB
.PLSB
.PLSB
.PLSB
.PLSB
.PLSB
.PLSB
.PLSB
.PLSB
.PLSB
.PLSB
.PLSB
.PLSB
.PLSB
.PLSB
.PLSB
.PLSB
.PLSB
.PLSB
+PLSB
.PLSB
.PLSB
.PLSB
.PLSB
.PLSB
.PLSB
.PLSB
SIC
SIC
.PLSB
.PLSB
.PLSB
.PLSB
.PLSB
.PLSB
.PLSB
.PLSB
.PLSB
.PLSB
.PLSB
.PLSB
.PLSB
.PLSB
.PLSB
+PLSB
+PLSB
+PLSB
+PLSB
+PLSB
+PLSB
.PLSB
+PLSB
.PLSB
.PLSB
SP8636B
SP8637B
SP8640A
SP8640B
SP8641A
SP8641B
SP8642A
SP8642B
SP8643B
SP86500
SP8651B
SP8652B
SP8655A
SP8655B
SP8657A
SP8657B
SP8659A
SP8659B
SP8660A
SP8660B
SP8665B
SP8666B
SP8667B
SP8670
SP8685A
SP8685B
SP8695A
SP8695B
SP8790A
SP8790B
SP8790M
saXOl
saX02
SRX1005
SRX2605
SS4001AE
SS4002AE
SS4011AE
SS4012AE
SS4013AE
SS4023AE
SS4025AE
SS4027AE
SS4028AE
SS4030AE
SS4049AE
SS4050AE
SSCT162151Z
SSCT162161Z
SSCT1621507
SSCT1621607
SSCT·Hl
SSCT·H3
SSCT·Ll
SSCT·L3
SSS1408A6Z
SSS1408A7Z
SSS1408A8Z
SSS1508A8Z
STM163052Z
STM163062Z
STM163152Z
STM163162Z
STX1003
STX2603
SW705·1P
SW705·2M
SW705·2P
SW706·1P
SW706·2M
SW706·2P
SW708·1P
SW708·2M
SW708·2P
SW709·IP
SW709·2M
SW709·2P
SW727·1P
SW727·2M
SW727·2P
SW728·1P
SW728·2M
SW728·2P
SW729·1P
SW729·1T
SW729·2M
SW729·2P
SW736·1P
SW736·2M
SW736·2P
SW737·1P
SW737·2M
SW737·2P
SW744·1P
SW744·2M
SW744·2P
SW751·1P
SW751·2M
SW751·2P
SW770·1P
SW770·2M
SW770·2P
SW772·1P
SW772·2M
SW772·2P
SW774·1P
SW774·2M
SW774·2P
SW776·1P
SW776·2M
SW776·2P
SW778·1P
.-Copy of mfr's data sheet
may be ordered from D.A.T.A.
MFRS Pa&Line
:;t~~ l~g4: ~9
+PLSB
+PLSB
+PLSB
+PLSB
+PLSB
+PLSB
+PLSB
+PLSB
+PLSB
+PLSB
+PLSB
+PLSB
+PLSB
+PLSB
+PLSB
+PLSB
+PLSB
+PLSB
+PLSB
+PLSB
+PLSB
+PLSB
+PLSB
+PLSB
+PLSB
+PLSB
+PLSB
+PLSB
+PLSB
+PLSB
+PLSB
+STK
+STK
+ANA
+ANA
+SST
+SST
+SST
+SST
+SST
.SST
.SST
.SST
.SST
.SST
.SST
.SST
.ANA
.ANA
.ANA
.ANA
+OOC
.OOC
.OOC
.OOC
.PMI
.PMI
.PMI
.PMI
.ANA
.ANA
+ANA
.ANA
+ANA
.ANA
.SWM
SWM
.SWM
.SWM
SWM
.SWM
+SWM
SWM
+SWM
+SWM
SWM
+SWM
.SWM
SWM
.SWM
SWM
SWM
SWM
.SWM
.SWM
SWM
.SWM
SWM
SWM
SWM
SWM
SWM
SWM
SWM
SWM
SWM
.SWM
.SWM
+SWM
.SWM
SWM
+SWM
+SWM
SWM
+SWM
+SWM
SWM
+SWM
+SWM
SWM
+SWM
+SWM
204· 24
204· 20
204· 44
204· 45
204· 46
204· 47
204· 48
204· 49
204· 50
204·30
204·25
204· 21
204 ·100
204·101
204·102
204·103
204 ·104
204 ·105
204·98
204·99
204· 32
204· 33
204· 34
205· 21
204· 26
204· 27
204· 90
204· 91
204·86
204· 77
204· 87
71· 71
72· 4
223· 54
220· 33
115· 74
115· 75
124·100
124·101
67· 1
124·102
115· 76
48· 9
90· 47
154· 96
194· 96
184·106
173· 38
173· 39
173· 40
173· 41
202· 11
202· 12
202· 13
202· 14
176· 27
176· 28
176· 29
176· 30
171· 34
171· 35
171· 36
171· 37
219· 27
217· 32
49· 33
49· 34
49· 35
62· 35
62· 36
62· 37
49· 36
49· 37
49· 38
62· 38
62· 39
62· 40
158· 13
158· 14
158· 15
164· 55
164· 56
164· 57
199· 11
199· 12
199· 13
199· 14
186· 45
186· 46
186· 47
186· 48
186· 49
186.50
126·105
126·106
127· 1
163· 23
163· 29
163· 30
111· 87
111· 89
111· 90
64· 37
64· 40
64· 41
111· 95
111· 96
111· 97
103· 12
103· 13
103· 14
111· 88
42
MFRS Pa&Line TYPE No.
1~~44g:~~
t~~~ Illl:~~ 1~~4:1~~
SW930-1P
SW930-2M
SW930-2P
SW932-1P
SW932-.2M
SW932-2P
SW933-.1P
SW933-1T
SW933-2M
SW933-2P
SW935-1P
SW935-2M
SW935-2P
SW936-1P
SW936-2M
SW936-2P
SW937-1P
SW937-2M
SW937-2P
SW938-2P
SW939-2P
SW944-1P
SW944-2M
SW944-2P
SW945-1P
SW945-2M
SW945-2P
SW946-1P
SW946-2M
SW946-2P
SW948-1P
SW948-2M
SW948-2P
SW949-1P
SW949-2M
SW949-2P
SW950-1P
SW950-2M
SW950-2P
SW951-1P
SW951-2M
SW951-2P
SW957-1P
SW957-2M
SW957-2P
SW958-1P
SW958-2M
SW958-2P
SW961-1P
SW961-2M
SW961-2P
SW962-1P
SW962-2M
SW962-2P
SW963-1P
SW963-2M
SW963-2P
SW1800M
SW1800P
SW1802M
SW1802P
SW1804M
SW1806M
SW1806P
SW1808M
SW1808P
SW1810M
SW1810P
SW1812M
SW1812P
SW1813M
SW1814M
SW1814P
SW4001A
SW4002A
SW4009A
SW4010A
SW4011A
SW4012A
SW4013A
SW4016A
SW4017A
SW4019A
SW4020A
SW4023A
SW4024A
SW4025A
SW4027A
SW4028A
SW4029A
SW4030A
SW4049A
SW4050A
SW7400J
SW7400N
SW7401J
SW7401N
SW7402J
SW7402N
SW7403J
SW7403N
SW7404J
SW7404N
SW7405J
SW7405N
SW7406J
SW7406N
SW7407J
SW7407N
SW7408N
SW7410J
SW7410N
43
.
3 TYPE
No. CROSS INDEX
MFRS Pa&Line TYPE
MFRS Pa&Line TYPE No.
TYPE No.
SWM
SWM
SWM
SWM
SWM
SWM
tSWM
151-22
151- 23
151-24
151- 25
151- 26
151 - 27
158-16
t~~~
1m: l~
tSWM
SWM
SWM
SWM
SWM
SWM
SWM
SWM
SWM
SWM
SWM
SWM
SWM
SWM
SWM
SWM
SWM
SWM
SWM
SWM
SWM
SWM
SWM
SWM
SWM
SWM
SWM
SWM
SWM
SWM
SWM
SWM
SWM
SWM
SWM
SWM
SWM
SWM
SWM
SWM
SWM
SWM
SWM
SWM
SWM
SWM
SWM
SWM
SWM
SWM
SWM
SWM
SWM
SWM
SWM
SWM
SWM
SWM
SWM
SWM
SWM
SWM
1158- 19
186- 51
186- 52
186 - 53
186 - 54
186- 55
186- 56
186- 57
186- 58
186- 59
73 - 73
79 - 52
151- 28
151-29
151- 30
65 - 43
65 - 44
65 - 45
151- 31
151 - 32
151- 33
65- 46
65 - 47
65 - 48
151- 34
151 - 35
151- 36
64- 22
64- 23
64- 24
164· 52
164- 53
164 - 54
127 - 46
127· 47
127- 48
127 - 49
127.· 50
127· 51
151- 37
151- 38
151· 39
151- 40
151- 41
151- 42
151- 43
151- 44
151- 45
128- 69
128- 70
128- 71
128- 72
129-103
98 - 55
98-56
112- 53
112- 54
117 - 91
117- 92
155 - 33
155 - 34
250- 65
~~~ I~:tlg~
tSWM
tSWM
tSWM
+SWM
tSWM
tSWM
tSWM
tSWM
tSWM
+SWM
tSWM
tSWM
tSWM
tSWM
tSWM
tSWM
tSWM
tSWM
tSWM
tSWM
SWM
SWM
SWM
SWM
SWM
SWM
SWM
SWM
SWM
SWM
SWM
SWM
SWM
SWM
SWM
SWM
SWM
SWM
SWM
116- 17
116- 18
185 - 45
195 - 73
125 - 38
125- 39
67- 20
212- 12
78 - 14
102- 82
. 78 - 15
125- 40
78- 16
116- 19
48- 29
90- 42
85-101
154-108
185- 46
195 - 74
144- 85
144- ~6
144- 87
144 - 88
122- 1
122- 2
144- 89
144- 90
1~1-110
192192192192192192192144144144-
1
2
3
4
5
6
7
91
92
93
SW7416J
SW7416N
SW7417J
SW7417N
SW7420J
SW7420N
SW7423J
SW7423N
SW7425J
SW7425N
SW7426N
SW7430J
SW7430N
SW7437J
SW7437N
SW7438J
SW7438N
SW7440J
SW7440N
SW7441AJ
SW7441AN
SW7442J
SW7442N
SW7443J
SW7443N
SW7444J
SW7444N
SW7445J
SW7445N
SW7446AJ
SW7446AN
SW7446J
SW7446N
SW7447AJ
SW7447AN
SW7447J
SW7447N
SW7448J
SW7448N
SW7450J
SW7450N
SW7451J
SW7451N
SW7453J
SW7453N
SW7454J
SW7454N
SW7472J
SW7472N
SW7473J
SW7473N
SW7474J
SW7474N
SW7475J
SW7475N
SW7476N
SW7480J
SW7480N
SW7482J
SW7482N
SW7483J
SW7483N
SW7485J
SW7485N
SW7486J
SW7486N
SW7490J
SW7490N
SW7492J
SW7492N
SW7493J
SW7493N
SW9601-1M
SW9601-1P
SW9601-2M
SW9601-2P
SW9602-1P
SW9602-2P
SW74100J
SW74.100N
SW74104J
SW74.104N
SW7.4105J
SW74105N
SW74107J
SW74107N
SW74121J
SW74121N
SW74122J
SW74122N
SW74123J
SW74123N
SW74141J
SW74141N
SW74145J
SW74145N
SW74150J
SW74150N
SW74151J
SW74151N
SW74153J
SW74153N
SW74154J
SW74154N
SW74155J
SW74155N
SW74156J
SW74156N
SW74160J
SW74161J
SW74162J
SW74163J
D.A. T.A.
~~~ l~~:
:;
SWM 192- 8
SWM 192- 9
SWM 192- 10
SWM 192- 11
SWM 144 -94
SWM 144 - 95
SWM 122- 3
SWM 122- 4
SWM 122- 5
SWM 1122- 6
SWM 1144- 96
SWM 144- 97
SWM 144-98
SWM 144- 99.
SWM 144-100
SWM 144·101
SWM 144-102
SWM 144·103
SWM 144-104
92- 52
SWM
SWM
92- 53
tSWM
90- 2
tSWM
92· 54
tSWM
96- 55
tSWM
96- 56
tSWM
97 - 51
tSWM
97- 52
tSWM
92- 55
tSWM
92- 56
tSWM
95- 84
tSWM
95- 85
tSWM
95- 86
tSWM
95- 87
tSWM
95- 88
tSWM
95- 89
tSWM
95- 90
tSWM
95- 91
95- 92
tSWM
tSWM
95- 93
SWM 109- 4
SWM 109- 5
SWM 109- 6
SWM 109- 7
SWM 109- 8
SWM 109- 9
SWM 109- 10
SWM 109- 11
SWM
55 - 12
SWM
55 - 13
SWM
53 - 84
SWM
53 - 85
69- 10
SWM
SWM
69- 11
tSWM 250- 22
tSWM 250- 23
SWM
55 - 14
tSWM 181- 11
tSWM 181- 12
tSWM 181- 13
tSWM 181- 14
SWM 181- 15
tSWM 181- 16
SWM
89- 63
89- 64
SWM
+SWM 156- 52
tSWM 156- 53
tSWM
77- 2
tSWM
77- 3
82-104
tSWM
82-105
tSWM
tSWM
80- 27
tSWM
80- 28
tSWM 165- 32
+SWM 165.- 33
tSWM 165, 58
tSWM 165- 59
tSWM 165 - 34
tSWM 165- 60
tSWM 1250- 24
tSWM 1250 - 25
SWM
62-100
SWM
62-101
SWM62-102
SWM
62-103
SWM
56' 36
SWM
56- 37
tSWM 167 - 47
tSWM 167 - 63
tSWM 163 - 95
tSWM 163- 96
tSWM 16.3- 97
tSWM 163.- 98
SWM
92' 57
tSWM
92- 58
92- 59
tSWM
92- 60
tSWM
tSWM 241- 28
tSWM 241- 29
tSWM 241- 30
tSWM 241- 31
tSWM 241·32
+SWM 241- 33
SWM
89- 65
89- 66
SWM
89- 67
tSWM
89- 68
+SWM
tSWM
89- 69
tSWM
89-70
SWM
75 - 86
SWM
81- 76
SWM
75 - 87
SWM
81- 77
1~~:1~g~
SW74181J
SW74181N
SW74182J
SW74182N
SW74192J
SW74192N
SW74193J
SW74193N
T54S73J
T54S76J
T54S78J
T54S86F
Tb4S86J
T54S103J
T54S106J
T54S107AJ
T54S107J
T54S108J
T54S136F
T54S136J
T54S138F
T54S138J
T54S139F
T54S139J
T54S151F
T54S151J
T54S152F
T54S 152J
T54S153F
T54S153J
T54S157F
T54S157J
T54S158F
T54S158J
T54S181
T54S181A
T54S182F
T54S182J
T54S251F
T54S251J
T74HOOBI
T74HOODI
T74HOOD2
.T74H04Bl
T74H04Dl
T74H04D2
T74H05Bl
T7.4H05Dl
T74H05D2
T74Hl0Bl
T74Hl0Dl
T74Hl0D2
T74HllBl
T74HllDl
T74Hl1D2
T74H20Bl
T74H20Dl
T74H20D2
T74H21Bl
T74H21Dl
T74H21D2
T74H40Bl
T74H40Dl
T74H40D2
T74H50Bl
T74H50Dl
T74H5092
T74H51Bl
T74H51Dl
T74H51D2
T74H52Bl
T74H52Dl
T74H52D2
T74H53Bl
T74H53Dl
T74H53D2
T74H54Bl
T74H64Dl
T74H54D2
T74H61Bl
T74H61Dl
T74H61D2
T74H62Bl
T74H62Dl
T74H62D2
T74H71Bl
T74H71Dl
T74H71D2
T74H72Bl
T74H72Dl
T74H72D2
T74S73J
T74S76J
T74S78J
T74S86F
T74S86J
T74S103J
T74S106J
T74S107AJ
T74S107J
T74S10.8J
T74S136F
T74S136J
T74S138F
T74S138J
T74S139F
T74S139J
T74S151F
T74S151J
T74S152F
T74S152J
T74S153F
A-Registered with JEDEC
by this manufacturer
No.
:~~~ I~g~: ~~ I:gm~~t
SWM
SWM
SWM
SWM
tSWM
tSWM
tSWM
tSWM
HEC
HEC
HEC
HEC
tlEe
HEe
HEC
HEC
HEe
HEC
HEC
HEC
HEC
HEC
HEC
HEC
HEC
HEC
HEC
HEC
HEC
HEC
HEC
HEC
HEC
HEC
HEC
HEC
HEC
HEC
HEC
HEC
SGAI
SGAI
SGAI
SGAI
SGAI
SGAI
SGAI
SGAI
SGAI
SGAI
SGAI
SGAI
SGAI
SGAI
SGAI
SGAI
SGAI
SGAI
SGAI
SGAI
SGAI
SGAI
SGAI
SGAI
SGAI
SGAI
SGAI
SGAI
SGAI
SGAI
SGAI
SGAI
SGAI
SGAI
SGAI
SGAI
SGAI
SGAI
SGAI
SGAI
SGAI
SGAI
SGAI
SGAI
SGAI
SGAI
SGAI
SGAI
SGAI
SGAI
SGAI
HEC
HEC
HEC
HEC
+TEC
HEe
HEC
HEC
HEC
HEC
+TEC
HEC
HEC
HEC
HEC
HEC
HEC
HEC
HEC
HEC
HEC
245 245 25225275 75 757558 15858 -
75
76
89
90
36
37
38
39
53
54
55
!~~- ~~
1:;'0- 00
5858585858156156.·
86
87
88
56
89
56
57
19372
93- 73
93- 74
93- 75
241- 34
1241- 35
241- 36
1241- 37
241- 38
241- 39
241- 40
241- 41
241- 42
241- 43
245 - 77
245 - 78
252- 91
252 - 92
241 - 44
241- 45
144 -105
144-106
144-107
192- 12
192- 13
192- 14
192- 15
192- 16
192- 17
144-108
144-109
144-110
101- 56
101- 57
101- 58
145- 1
145- 2
145- 3
101- 59
101- 60
101' 61
145- 4
145- 5
145- 6
109-12
109- 13
109- 14
109- 15
109- 16
109- 17
103- 82
103- 83
103- 84
109- 18
109- 19
109- 20
109- 21
109- 22
109- 23
160- 8
160· 9
160- 10
160- 11
160·12
160- 13
53- 86
53- 87
53- 88
53· 89
53· 90
53· 91
58- 57
58- 58
58 - 5.9
156- 58
156- 59
58- 90
58 - 91
58- 92
58- 60
58- 93
156-60
156- 61
93- 76
93- 77
93- 78
93- 79
241 - 46
241- 47
241- 48
241 - 49
241- 50
IN TYPE NUMBER SEQUENCE
MFRS pn&Line TYPE No.
mg
HEC
HEC
HEC
HEC
HEC
HEC
HEC
HEC
T74S157J
T74S158F
T74S158J
T74S181
T74S182F
T74S182J
T74S251F
T74S251J
T100
TlOOBl
Tl00Dl
TlOOD2
TIOOFi
Tl00F2
Tl0l
Tl01Bl
Tl01Dl
Tl01D2
Tl01Fl
Tl01F2
Tl02Bl
Tl02Dl
Tl02D2
Tl02Fl
Tl02F2
Tl03(Z1
Tl03Bl
Tl03Dl
Tl03D2
Tl03Fl
Tl03F2
Tl04B 1
Tl04Dl
Tl04D2
Tl04Fl
Tl04F2
Tl05
Tl05B 1
Tl05Dl
Tl05D2
Tl05Fl
Tl05F2
Tl06(Z1
Tl06B 1
Tl06Dl
Tl06D2
Tl06Fl
Tl06F2
Tl07
Tl07Bl
Tl07Dl
Tl07D2
Tl07Fl
Tl07F2
Tl08
Tl08Bl
Tl08Dl
Tl08D2
Tl08Fl
Tl08F2
Tl09
+ABA
tSGAI
tSGAI
tSGAI
.SGAi
tSGAI
tABA
tSGAI
tSGAI
tSGAI
tSGAI
tSGAI
tSGAI
tSGAI
tSGAI
tSGAI
tSGAI
tABA
tSGAI
tSGAI
tSGAI
tSGAI
tSGAI
tSGAI
tSGAI
tSGAI
tSGAI
tSGAI
tABA
tSGAI
tSGAI
tSGAI
tSGAI
tSGAI
tABA
tSGAI
tSGAI
tSGAI
tSGAI
tSGAI
ABA
tSGAI
tSGAI
tSGAI
tSGAI
tSGAI
ABA
tSGAI
tSGAI
tSGAI
tSGAI
tSGAI
ABA
Tl09Bl
Tl09Dl
H09D2
Tl09Fl
Tl09F2
Tll0
tSGAI
tSGAI
tSGAI
tSGAI
tSGAI
+ABA
Tll0Bl
Tll0Dl
Tl10Fl
Tl12Bl
Tl12Dl
T112D2
Tl12Fl
Tl12F2
Tl13
Tl15Bl
Tl15Dl
Tl15D2
Tl15Fl
Tl15F2
Tl16Bl
Tl16Dl
Tl16D2
Tl16Fl
Tl16F2
TlISBI
T11SDI
T118D2
Tl18Fl
Tl18F2
T120Bl
H20D1
Tl20D2
Tl21Bl
Tl21Dl
Tl21D2
Tl22B 1
T122Dl
Tl22D2
Tl22Fl
Tl22F2
T151Bl
Tl51Dl
Tl51D2
Tl52B 1
Tl52Dl
Tl52D2
T163Bl
Tl63Dl
tSGAI
tSGAI
tSGAI
tSGAI
tSGAI
+SGAI
tSGAI
tSGAI
+ABA
tSGAI
tSGAI
tSGAI
tSGAI
tSGAI
tSGAI
tSGAI
tSGAI
tSGAI
tSGAI
tSGAI
tSGAI
tSGAI
tSGAI
tSGAI
tSGAI
tSGAI
tSGAI
tSGAI
tSGAI
tSGAI
tSGAI
tSGAI
+SGAI
tSGAI
tSGAI
tSGAI
tSGAI
tSGAI
tSGAI
tSGAI
tSGAI
tSGAI
+SGAI
1~:I: ~2 Tl~~~~
241-53
241- 54
241- 55
245 - 79
252 - 93
252 - 94
241- 56
241- 57
62- 30
51-103
51-104
51- 97
5i -i05
51- 98
62- 31
51-106
51-107
51- 99
51-108
51-100
131- 99
131-100
131- 77
131-101
131- 78
62· 32
131·102
132· 1
131· 79
132· 2
131- 80
132- 3
132· 4
131· 81
132· 5
131- 82
204- 92
104 - 88
104- 89
104- 78
104· 90
104 - 79
76- 79
159- 3
159-4
158·107
159- 5
158-108
83 - 54
132- 6
132- 7
131· 83
132- 8
131- 84
76- 78
104- 91
104- 92
104- 80
104- 93
104- 81
82- 69
202- 41
132-9
132- 10
131- 85
132- 11
131- 86
65- 41
71-101
70- 25
70- 26
70- 27
132- 12
132- 13
131-87
132· 14
131- 88
65- 42
104- 94
104- 95
104· 82
104- 96
104- 83
186- 5
186· 6
186· 1
186- 7
186- 2
163 - 36
163· 37
163- 38
163- 39
163- 40
51-109
51-110
51-101
52- 1
52· 2
51-102
119- 29
119- 30
119 - 27
119-31
119- 28
93- 18
93- 19
93 - 17
179- 65
179- 66
179- 64
235 - 79
235- 80
Tl64Dl
Tl64D2
Tl67Bl
Tl67Dl
Tl68B 1
Tl68Dl
Tl72B 1
Tl73B 1
Tl74B 1
Tl75Dl
Tl76B 1
Tl76Dl
T176D2
Tl76F 1
Tl76F2
T200
T201
T202
T203
T207
T208
T211
T212
T213
T214
T215
T216
T217
T218
T219
T220
T221
T222
T223
T300
T301
T302
T306
T513
T7400B 1
T7400Dl
T7400D2
T7401Bl
T7401Dl
T7401 D2
T7402Bl
T7402Dl
T7402D2
T7403Bl
T7403Dl
T7403D2
T7404Bl
T7404Dl
T7404D2
T7405B 1
T7405Dl
T7405D2
T7406Bl
T7406Dl
T7406D2
T7407Bl
T7407Dl
T7407D2
T7408Bl
T7408Dl
T7408D2
T7409Bl
T7409Dl
T7409D2
T7410Bl
T7410Dl
T7410D2
T7416Bl
T7416Dl
T7416D2
T7417Bl
T7417Dl
T7417D2
T7420Bl
T7420Dl
T7420D2
T7426Bl
T7426Dl
T7426D2
T7428B 1
T7428Dl
T7428D2
T.7430B 1
T7430Dl
T7430D2
T7433Bl
T7433Dl
T7.433D2
T7440Bl
T7440Dl
T7440D2
T7441AB1
T7441ADI
T7441AD2
T7442Bl
T7442Dl
T7442D2
T7443B1
T7443Dl
T7443D2
T7444Bl
T7444Dl
T7444D2
T7450B1
T7450Dl
T7450D2
+-Copy of mfr's data sheet
may' be ordered from D.A.T.A.
MFRS Pa&Line
:~~~:
1m: ~~
tSGAI ,235· 92
tSGAI 1241· 58
tSGAI 1248 - 8
tSGAI 248 - 9
tSGAI 241- 59
tSGAI 241- 60
tSGAI 224- 1
tSGAI 250· 26
tSGAI 223 - 55
tSGAI 218- 89
SGAI
52- 34
SGAI
52- 35
SGA:
3
SGAI
52- 36
SGAI
52- 4
+ABA 149-109
+ABA 149-110
tABA 150- 1
+ABA 150- 2
+ABA 150- 3
tABA 150- .4
+ABA 111- 79
tABA
111- 80
tABA 161- 55
tABA 194- 43
tABA
92-106
tABA 182- 31
tABA 243 - 88
tABA 247- 21
ABA
92-100
ABA 23'5- 82
A8A 244 -106
ABA 235 - 83
ABA
96- 80
tABA
72- 5
+ABA 167 - 22
tABA 167- 23
71- 32
+ABA
198 -110
ABA 251- 9
tSGAI 145- 7
SGAI 145- 8
SGAI 145- 9
tSGAI 145- 10
SGAI 145 - 11
SGAI 145 - 12
tSGAI 122· 7
SGAI 122- 8
SGAI 122- 9
tSGAI 145 - 13
SGAI 145- 14
SGAI 145- 15
+SGAI 1192- 18
SGAI 192- 19
SGAI 192- 20
tSGAI 192· 21
SGAI 192- 22
SGAI 192- 23
tSGAI 192- 24
SGAI 192- 25
SGAI 192- 26
tSGAI 192 - 27
SGAI 192- 28
SGAI 192- 29
+SGAI 153- 6
SGAI 145- 16
SGAI 145 - 17
+SGAI 153 - 7
SGAI 145 - 18
SGAI 145 - 19
tSGAI 145- 20
SGAI 145 - 21
SGAI 145- 22
+SGAI 192- 30
SGAI 192 - 31
SGAI 192- 32
tSGAI 192- 33
SGAI 192 - 34
SGAI 19.2 - 35
tSGAI 145 - 23
SGAI 145 - 24
SGAI 145 - 25
tSGAI 145 - 26
SGAI 145 - 27
SGAI 145 - 28
tSGAI 122- 10
SGAI 122- 11
SGAI 122- 12
tSGAI 145 - 29
SGAI 145- 30
SGAI ! 145 - 31
+SGAI 1122- 13
SGAI 122-14
SGAI 122- 15
tSGAI 145- 32
SGAI 145- 33
SGAI 145- 34
92- 61
tSGAI
SGAI
92- 62
SGAI
92· 63
tSGAI
92- 64
SGAI
92· 65
92- 66
SG.AI
96- 57
tSGAI
SGAI
96· 58
SGAI
96- 59
tSGAI
97· 53
SGAI
97 - 54
SGAI
97 - 55
tSGAI 109- 24
SGAI 109- 25
SGAI 109- 26
C~
43
TYPE No.
IH:glgl
T7451D2
T7453Bl
T7453Dl
T7453D2
T7454Bl
T7454Dl
T7454D2
T7460Bl
T7460Dl
T7460D2
T7472Bl
T7472Dl
T7472D2
T7473Bl
T7473Dl
T7473D2
T7474Bl
T7474Dl
T7474D2
T7475Bl
T7475Dl
T7475D2
T7476Bl
T7476Dl
T7476D2
T7483Bl
T7483Dl
T7486Bl
T7486Dl
T7486D2
T7490Bl
T7490Dl
T7490D2
T7492Bl
T7492Dl
T7492D2
T7493Bl
T7493Dl
T7493D2
T9309F
T9309FM
T9309J
T9309JM
T9312F
T9312FM
T9312J
T9312JM
T9322F
T9322FM
T9322J
T9322JM
T9324F
T9324FM
T9324J
T9324JM
T9600F
T9600FM
T9600J
T9600JM
T9601F
T9601FM
T9601J
T9801JM
T74107Bl
T74107Dl
T74107D2
T74121Bl
T74121Dl
.T74121D2
T74122Bl
T74122Dl
T74122D2
T74123Bl
T74123Dl
T74123D2
T74157Bl
T74157Dl
T74157D2
T74180Bl
T74180Dl
T74180D2
T74192Bl
T74192Dl
T74192D2
T74193Bl
T74193Dl'
T74193D2
T75107ABI
T75107ADI
T75107AD2
T75108ABI
T75108AD'1
T75108AD2
T75109Bl
T75109Dl
T75109D2
T75110Bl
T75110Dl
T75110D2
T75207ABI
T75207ADI
T75207AD2
T75208ABI
T75208ADI
T75208AD2
T75451ABI
TA8179W
TAA560
TAA790A
TAA790B
TBA840
44
.~~~:
SGAI
.SGAI
SGAI
SGAI
.SGAI
SGAI
SGAI
.SGAI
SGAI
SGAI
.SGAI
SGAI
SGAI
.SGAI
SGAI
SGAI
.SGAI
SGAI
SGAI
.SGAI
SGAI
SGAI
,SGAI
SGAI
SGAI
,SGAI
.SGAI
,SGAI
SGAI
SGAI
,SGAI
SGAI
SGAI
.SGAI
,SGAI
SGAI
.SGAI
SGAI
SGAI
tTEC
tTEe
tTEe
tTEe
tTEe
tTEe
tTEe
tTEe
tTEC
tTEe
tTEC
tTEC
tTEC
tTEC
tTEC
tTEe
tTEC
tTEC
tTEC
tTEC
tTEC
tTEC
tTEC
tTEC
,SGAI
SGAI
SGAI
,SGAI
,SGAI
SGAI
SGAI
SGAI
SGAI
SGAI
SGAI
SGAI
.SGAI
SGAI
SGAI
.SGAI
SGAI
SGAI
.SGAI
SGAI
SGAI
.SGAI
SGAI
SGAI
,SGAI
,SGAI
SGAI
.SGAI
.SGAI
SGAI
,SGAI
.SGAI
SGAI
.SGAI
.SGAI
SGAI
.SGAI
,SGAI
SGAI
,SGAI
.SGAI
SGAI
.SGAI
.RCA
tTll
.MULB
+INTG
.INTG
.ITT
Ilgt ~8
tg~~~g
109- 29 TDA0470
109- 30 TDA2620
109- 31 TDA2630
109- 32 TDA2631
109- 33 TDSC6-6
109- 34 TDSC6-20
109- 35 TDSCH-6
160- 14 TDSCH-20
109- 36 TDSCL-6
160- 15 TDSCL-20
63- 34 TF20F
63- 35 TF20J
63- 36 ' TF21F
56- 38 TF21J
56- 39 TF22F
56- 40 TF22J
69- 12 TF23F
68- 35 TF23J
68- 36 TF50F
250- 27 TF50J
250 - 28 TF51F
250- 29 TF51J
56- 41 TF52F
56- 42 TF52J
58- 43 TF53F
181- 17 TF53J
181- 18 TF54S74F
156- 62 TF54S74J
156- 63 TF54S112F
156- 64 TF54S112J
77-17 TF54S113F
77- 18 TF54S113J
77- 19 TF54S114F
83- 32 TF54S114J
83- 33 TF60F
83- 34 TF60J
83: 35 TF61F
83- 36 TF61J
83- 37 TF62F
241- 61 TF62J
241- 62 TF63F
241- 63 TF63J
241- 64 TF74S74F
241- 65 TF74S74J
241- 66 TF74S112F
241- 67 TF74S112J
241- 68 TF74S113F
241- 69 TF74S113J
241- 70 TF74S114F
241- 71 TF74S114J
241- 72 . TF80F
246- 99 TF80J
246-100 TF81F
246-101 TF81J
246-102 TF82F
166- 46 TF82J
166- 47 TF83F
166- 48 TF83J
166- 49 TF90F
166- 50 TF90J
166- 51 TF91F
166- 52 TF91J
166- 53 TF92F
53- 95 TF92J
56- 44 TF93F
53- 96 TF93J
166- 58 TF100F
166- 59 TF100J
166- 60 TF101F
166- 61 TF101J
166- 62 TF102F
186- 63 TF102J
166- 64 TF103F
166- 65 TF103J
166- 66 TFll0F
241- 73 TFll0J
241- 74 TFlllF
241- 75 TFll1J
248- 10 TF112F
248- 11 TF112J
248- 12 TF113F
75- 40 TF113J
75- 41 TF120F
75- 42 TF120J
81- 15 TF121F
81- 16 TF121J
81- 17 TF122F
222- 48 TF122J
222- 49 TF123F
222- 50 TF123J
222- 51 TF130F
222- 52 TF130J
222' 53 TF131F
218- 90 TF131J
218- 91 TF132F
218- 92 TF132J
218- 93 TF133F
218- 94 TF133J
218- 95 TF200F
222- 54 TF200J
222- 55 TF201F
222- 56 TF201J
222- 57 TF202F
222- 58 TF202J
222- 59 TF203F
229- 77 TF203J
78- 17 TF210F
TF210J
197- 64 TF211F
202- 15 TF211J
202- 16 TF212F
254- 66 TF212J
D.A. T.A.
.
.
3 TYPE No CROSS INDEX
MFRS pnRrline TYPE No.
MFRS Pa&lin e TYPE No.
•,ITT 1~5~: 6; 't~~m
mg ~~: ~g TF4507AN
52- 26
MFR S pa&lin e TYPE No.
""DU/A~
,ITT
.VALG
+VALG
,VALG
,DDC
.DDC
,DDC
.DDC
.DDC
,DDC
TEC
TEC
TEG
TEC
TEC
TEC
TEC
TEC
TEC
TEC
TEC
TEC
TEC
TEC
TEC
TEC
tTEe
tTEC
tTEC
tTEC
tTEC
tTEe
tTEe
tTEC
TEC
TEe
TEe
TEe
TEe
TEC
TEe
TEC
tTEe
tTEC
tTEe
tTEe
tTEe
tTEe
tTEC
tTEC
tTEe
tTEC
TEe
TEC
tTEe
tTEC
TEC
TEC
tTEC
tTEe
tTEC
tTEC
tTEC
tTEe
tTEC
tTEC
TEC
TEC
TEC
TEC
TEC
TEe
TEC
TEe
TEC
TEC
TEC
TEe
TEC
TEC
TEC
TEC
tTEC
tTEe
tTEe
tTEC
tTEC
tTEC
tTEC
tTEC
TEC
TEC
TEC
TEC
TEC
TEC
TEC
TEC
tTEC
tTEC
tTEC
tTEC
tTEC
tTEC
tTEC
tTEC
tTEC
tTEC
tTEC
tTEC
tTEC
HEe
233- 28
212-.48
212- 18
212- 19
173 - 42
173- 43
173- 44
173- 45
173- 46
173- 47
66- 46
66- 47
66- 48
66- 49
66- 50
66- 51
66- 52
66- 53
52- 18
52- 19
52- 20
52- 21
52- 80
52- 81
52- 82
52- 83
69- 74
69- 75
59- 2
59- 3
59- 4
59- 5
59- 6
59- 7
52- 22
52- 23
52- 24
52- 25
52- 84
52- 85
52- 86
52- 87
69- 76
69- 77
59- 8
59- 9
59- 10
59- 11
59- 12
59- 13
68- 57
68- 58
68- 59
68- 60
68- 61
68- 62
68- 63
68- 64
69- 44
69- 45
69- 46
89- 47
69- 48
89- 49
69- 50
89- 51
82- 5
82- 8
62- 7
62- 8
62- 9
62- 10
62- 11
82- 12
62- 13
62- 14
62- 15
62- 16
62- 17
62- 18
62- 19
62-20
52- 56
52- 57
52- 58
52- 59
52- 60
52- 61
52- 62
52- 63
62- 21
62- 22
62- 23
62- 24
62- 25
62- 26
62- 27
62- 28
52- 64
52- 65
52- 66
52- 67
52- 68
52' 69
52- 70
52- 71
52- 72
52- 73
52- 74
52- 75
52- 76
52- 77
TF250F
TF250J
TF251F
TF251J
TF252F
TF252J
TF253F
TF253J
TF260F
TF260J
TF261F
TF261J
TF262F
TF262J
TF263F
TF263J
TF4000AJ
TF4001AJ
TF4001AN
TF4002AJ
TF4002AN
TF4007AJ
TF4007AN
TF4008AJ
TF4008AN
TF4010AJ
TF4011AJ
TF401 iAN
TF4012AJ
TF4012AN
TF4013AJ
TF4013AN
TF4016AJ
TF4016AN
TF4017AJ
TF4017AN
TF4019AJ
TF4019AN
TF4023AJ
TF4023AN
TF4025AJ
TF4025AN
TF4027AJ
TF4027AN
TF4028AJ
TF4028AN
TF4029AJ
TF4029AN
TF4049AJ
TF4049AN
TF4050AJ
TF4050AN
TF4301AJ
TF4301AN
TF4311AJ
TF4311AN
Tf;4360AJ
TF4360AN
TF4361AJ
TF4361AN
TF4362AJ
TF4362AN
TF4383AJ
TF4383AN
8-Registered with JEDEC
by this manufacturer
TEC
TEC
TEC
TEC
TEC
TEC
TEC
TEC
TEC
TEC
TEC
TEC
TEC
TEC
TEC
TEC
HII
TIIB
HII
TIIB
tTll
TIIB
tTll
TIIB
HII
TIIB
tTll
TIIB
tTll
TIIB
tTll
TIIB
tTll
TIIB
tTll
TIIB
tTl I
TIIB
tTll
TIIB
tTll
TIIB
HII
TIIB
HII
TIIB
tTll
TIIB
HII
TIIB
tTll
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
tTll
TIIB
HII
TIIB
tTll
TIIB
tTll
TIIB
tTll
TIIB
HII
TIIB
tTll
TIIB
tTll
TIIB
tTll
TIIB
HII
TIIB
HII
TIIB
tTll
TIIB
HII
TIIB
tTll
TIIB
tTll
TIIB
HII
TIIB
tTll
TIIB
tTll
TIIB
tTll
TIIB
tTll
TIIB
tTll
TIIB
tTll
TIIB
tTll
TIIB
tTll
TIIB
tTll
TIIB
tTll
TIIB
tTll
TIIB
525252525252525252525252525252116-
27
28
29
88
89
90
91
30
31
32
33
92
93
94'
95
22
TF4512AJ
TF4512AN
TF4519AJ#1
TF4519AJ#2
TF4519AJ#3
TF4519AN#1
TF4519AN#2
TF4519AN#3
116- 23 TG40F
TG40J
116- 24 TG41F
TG41J
116- 25 TG42F
TG42J
116- 26 TG43F
TG43J
232- 74 TG50F
TG50J
232 - 75 TG51F
TG51J
182- 32 TG52F
TG52J
182- 33 TG53F
TG53J
216- 82 TG54S00F
TG54S00J
125- 44 TG54S01F
TG54S01J
125- 45 TG54S03F
TG54S03J
125- 46 TG54S04F
TG54S04J
125- 47 TG54S05F
TG54S05J
67- 21 TG54S08F
TG54S08J
67- 22 TG54S09F
TG54S09J
212- 20 TG54S10F
TG54S10J
212- 21 TG54S11F
TG54S11J
85- 22 TG54S15F
TG54S15J
85- 23 TG54S20F
TG54S20J
102- 83 TG54S21F
TG54S21J
102- 84 TG54S22F
TG54S22J
125- 48 TG54S30F
TG54S30J
125- 49 TG54S40F
TG54S40J
118- 27 TG54S50F
TG54S50J
116- 28 TG54S51F
TG54S51J
48- 31 TG54S64F
TG54S64J
48- 32 TG54S65F
TG54S65J
90- 43 TG54S140F
TG54S140J
90- 44 TG60F
TG60J
85-102 TG61F
TG61J
85-103 TG62F
TG62J
196- 62 TG63F
TG63J
196- 63 TG70F
TG70J
196- 66 TG71F
TG71J
196- 67 TG72F
TG72J
116- 29 TG73F
TG73J
116- 30 TG74S00F
TG74S00J
125- 50 TG74S01F
TG74S01J
125- 51 TG74S03F
TG74S03J
84- 4 TG74S04F
TG74S04J
84- 5 TG74S05F
TG74S05J
78- 22 TG74S08F
TG74S08J
78- 23 TG74S09F
TG74S09J
84- 6 TG74S10F
TG74S10J
84- 7 TG74S11F
TG74S11J
78- 24 TG74S15F
TG74S15J
78- 25 TG74S20F
TG74S20J
IN TYPE NUMBER SEQUENCE
MFRS Pa&line
MFRS Pa&Line TYPE No.
'+::B
.TlI
TIIB
tTll
TIIB
tTll
TIIB
tTll
TIIB
tTll
tTllB
tTll
tTllB
tTll
TIIB
tTll
tTllB
tTll
tTllB
TEC
TEC
TEC
TEC
TEC
TEC
TEC
TEC
TEe
TEC
TEe
TEe
TEC
TEe
TEC
TEC
tTEC
tTEC
tTEC
tTEC
tTEe
tTEC
tTEC
tTEC
tTEC
tTEC
tTEe
tTEe
tTEe
tTEC
tTEC
tTEe
tTEC
tTEC
tTEC
tTEC
tTEC
tTEC
tTEC
tTEC
,TEC
tTEC
tTEC
tTEe
TEC
TEC
tTEe
TEC
tTEC
tTEC
tTEC
tTEC
tTEC
tTEC
TEC
TEe
TEC
TEe
TEe
TEe
TEe
TEe
TEe
TEe
TEe
TEC
TEC
TEe
TEC
TEe
TEC
TEC
tTEC
tTEC
tTEe
tTEC
tTEC
tTEC
tTEC
tTEe
tTEC
,TEC
tTEC
tTEC
tTEC
tTEC
tTEC
tTEC
tTEC
tTEC
tTEe
tTEe
tTEC
tTEe
1154-109
It~~:~~l~
155- 1 TG74S22F
TG74S22J
243 -101 TG74S30F
TG74S30J
243 -102 TG74S40F
TG74S40J
243-103 TG74S50F
TG74S50J
102- 85 TG74S51F
TG74S51J
161- 90 TG74S64F
TG74S64J
243-104 TG74S65F
TG74S65J
102- 86 'TG74S140F
TG74S140J
161- 91 TG80F
TG80J
153- 16 TG81F
153- 17 TG81J
153- 18 TG82F
153- 19 TG82J
153- 20 TG83F
153- 21 TG83J
153- 22 TG90F
153- 23 TG90J
123- 21 TG91F
123- 22 TG91J
123- 23 TG92F
123- 24 TG92J
123- 25 TG93F
123- 26 TG93J
123- 27 TG100F
123- 28 TG100J
145- 35 TG101F
145- 36 TG101J
145- 37 TG102F
145- 38 TG102J
145- 39 TG103F
145- 40 TG103J
192- 36 TGll0F
192- 37 TG110J
192 - 38 TG111F
192- 39 TG111J
101- 62 TG112F
101- 63 TG112J
101- 64 TG113F
101- 65 TG113J
145- 41 TG120F
145- 42 TG120J
101- 66 TG121F
101- 67 TG121J
101- 68 TG122F
101- 69 TG122J
145- 43 TG123F
145 - 44 TG123J
101- 70 TG130F
101- 71 TG130J
145- 45 TG131F
145- 46 TG131J
145- 47 TG132F
145- 48 TG132J
145- 49 TG133F
145- 50 TG133J
109- 37 TG140F
109- 38 TG140J
109- 39 TG141F
109- 40
109- 41
109- 42 TG142J
109- 43' TG143F
109- 44 TG143J
145- 51 TG150F
145- 52 TG150J
153- 24 TG151F
153- 25 TG151J
153- 26 TG152F
153- 27 TG152J
153- 28: TG153F
153- 29 TG153J
153- 30 TG160F
153- 31 TG160J
111- 11 TG161F
111- 12 TG161J
111-,13 TG162F
111- 14 TG162J
111- 15 TG163F
111- 16 TG163J
111- 17 TG170F
111- 18 TG170J
145- 53 TG171F
145- 54 TG171J
145- 55 TGI72F
145- 56 TGI72J
145- 57 TG173F
145- 58 TG173J
192- 40 TG180F
192- 41 TG180J
192- 42 TG181F
192- 43 TG181J
101- 72 TG182F
101- 73 TG182J
101-74 TG183F
101- 75 TG183J
145- 59 TG190F
145- 60 TG190J
101,- 76 TG191F
101- 77 TG191J
101-78 TG192F
101- 79 TG192J
145- 61 TG193F
145- 62 TG193J
+·Copy of. mfr's data sheet
may be o,rdered from D_A_T_A.
t~l:~~
:He
tTEC
tTEC
tTEC
tTEC
TEC
TEC
tTEC
tTEC
tTEC
tTEC
tTEC
tTEC
tTEC
tTEC
TEC
TEC
TEC
TEC
TEC
TEC
TEC
TEC
TEC
TEC
TEC
TEC
TEe
TEe
TEe
TEC
TEC
TEe
TEe
TEC
TEC
TEe
TEC
TEC
TEC
TEC
TEC
TEC
TEC
TEC
TEC
TEe
TEC
TEe
TEC
TEe
TEC
TEe
TEC
TEC
TEC
TEe
TEC
TEC
TEC
TEC
TEC
TEC
TEC
TEC
TEC
TEC
TEC
TEC
TEC
TEC
TEC
TEC
tTEC
tTEC
tTEC
tTEC
tTEe
tTEe
tTEC
tTEe
TEe
TEe
TEe
TEe
TEe
TEe
TEe
TEe
tTEe
tTEe
tTEe
tTEe
tTEe
tTEe
tTEe
.TEe
tTEe
tTEe
tTEe
tTEe
tTEe
tTEe
tTEe
tTEe
TEe
TEe
TEe
TEe
TEe
TEe
TEe
TEe
81
;01:
145- 63
145' 64
145- 65
145- 66
145- 67
145- 68
109- 45
109- 46
109- 47
109- 48
109- 49
109- 50
109- 51
109- 52
445- 69
145- 70
98- 96
98- 97
98- 98
98- 99
98-100
98-101
98-102
98-103
157- 2
157- 3
157- 4
157- 5
157- 6
157- 7
157- 8
157- 9
123- 29
123- 30
123- 31
123- 32
123- 33
123- 34
123- 35
123- 36
105- 2
105- 3
105- 4
105- 5
105- 6
105- 7
105- 8
105- 9
153- 32
153- 33
153- 34
153- 35
153- 36
153- 37
153- 38
153- 39
148- 29
148- ,30
148- 31
148- 32
148- 33
148- 34
148- 35
148- 36
153- 40
153- 41
153- 42
153- 43
153- 44
153- 45
153- 46
153- 47
161- 82
161- 83
161- 84
161- 85
161- 86
161- 87
161- 88
161- 89
217- 47
217- 48
217- 49
217 - 50
217- 60
217- 61
217- 62
217 - 63
159- 8
159- 9
159- 10
159- 11
159- 32
159- 33
159- 34
159- 35
160- 75
160- 76
160- 77
160- 78
160- 79
160- 80
160- 81
160- 82
153- 48
153- 49
153- 50
153- 51
153- 52
153- 53
153- 54
153- 55
44
. rVPE No.
MFRS Po&Line
If~~ggj
t~g
TG20,lF
TG201J
TG202F
TG202J
TG203F
TG203J
TG210F
TG210J
TG211F
TG211J
TG2,12F
TG212J
TEC
TEC
TEC
TEC
TEC
TEC
TEC
TEC
TEC
TEC
TEC
TEC
TG213J
TG220F
TG2·20J
TG2:21F
TG221J
TG222F
TG222J
TG223F
TG223J
TG230F
TG230J
TG231F
TG231J
fG232F
TG232J
TG233F
TG233J
TG240F
TG240J
TG241F
TG241J
TG242F
TG242J
TG243F
TG243J
TG250F
TG250J
TG251F
TG251J
TG262F
TEC
TEC
TEC
TEC
TEC
TEC
TEC
TEC
TEC
HEC
HEC
.TEC
HEC
HEC
.TEC
HEC
HEC
TEC
TEC
TEC
TEC
TG2i3F
+g~g~~
TG253J
TG260F
TG260J
TG261F
TG261J
TG262F
TG262J
TG263F
TG263J
TG270F
fG270J
fG271F
TG271J
TG272F
TG272J
TG273F
fG273J
TG280F
TG280J
TG281F
TG281J
TG2B2F
TG282J
TG283F
TG283J
TG290F
TG290J
TG291F
TG291J
TG292F
tG292J
TG293F
TG293J
TG300F'
TG300J
TG301F
TG301J
TG302F
TG302J
TG303F
TG303J
TG310F
TG310J
TG311F
TG311J
TG312F
TG312J
TG313F
TG313J
TG320F
TG32QJ
TG321F
TG321J
TG322F
TG322J
TG323F
TG323J
TG330F
TG330J
TG331F
TG331J
TG332F
TG332J
TG333F
TG333J
:::8~:g~
'45
TEe
Ug
TEC
TEC
TEC
TEC
tEC
TEC
TEC
TEC
TEC
TEC
TEC
TEC
TEC
TEC
TEC
TEC
'tEc
TEC
HEC
+TEC
HEC
HEC
HEC
HEC
HEC
HEC
TEC
TEC
TEC
TEC
TEC
TEC
TEC
TEC
TEC
TEC
HEC
.TEC
TEC
TEC
HEC
HEC
TEC
TEC
fEC
TEC
TEC
TEC
TEC
TEC
TEC
TEC
TEC
TEC
TEC
TEC
TEC
TEC
TEC
TEC
TEe:
TEC
TEC
TEC
TEC
TEC
TEC
TEC
TEC
TEC
TEC
TEC
TEC
TEC
fEC
TEC
3. TYPE
No. CROSS INDEX
MFRs 'IPa&Line
MFRS Pa&Line TYPE NO.
VPE No.
m:H
~~~:rr
153- 78 TG342F
Wc
TEC
153- 79
153- 80
153,81
153- 82
163- 83
103- 23
103- 24
103- 25
103- 26
103- 27
103- 28
TG342J
TG343F
TG343J
TG350F
TG350J
TG351F
TG351J
TG352F
TG352J
TG353F
TG353J
TEC
TEC
TEC
TEC
TEC
TEC
TEC
TEC
TEC
TEC
TEC
103152152152152152162152152161 161161161161161161161152,152152-
TG370J
TG371F
TG371J
TG372F
TG372J
TG373F
TG373J
TG380F
TG380J
TG381F
TG381J
TG382F
TG382J
TG383F
TG383J
TI021A
HIIB
TI022A
HIIB
TI023A
HIIB
TI024A
HIIB
TI025A
HIIB
TI026A
HIIB
TI029A
HIIB
TI03QA
HIIB
TI0121
iu3· 29 iG3iOF
30
66
67
68
69
70
71
72
73
66
67
68
69
70
71
72
73
74
75
76
m:~~\
152- 79
162- 80
152- 81
104- 97
104- 98
104- 99
104-100
104-101
104-102
104-103
105- 1
162- 82. TI0122
152- 83
152- 84 TI0123
152- 85
152- 86 TI0124
152- 87
152- 88 TI0126
152- 89
159- 24 TI0126
159- 25
159- 26 TI0129
159- 27
159- 28 TI0130
169- 29
159- 30 TI0131
159,31
102'35 TI0132
102- 36
102- 3.7 TI0133
102- 38
102- 39 fl0134
102- 40
102- 41 TI01,35N
102- 42:
110,65 TI0136N
110- 611
11'0-105 TI0139F
110-106
110- 67 T!0139N
110- 68
110-107 TIOl40F
110-108
123- 37 TI0140N
123- 38 (
123,39 TI0141F
123- 40 123- 41 TI0141N
123- 42
123- 43 Tl0142F
'123- 44
111- 67 TI0142N
111'- 68
1I I - 69 TI0143F
I I I - 70
II I - 71 TI0143N
111- 72
11 I - 73 TI014 4F
11 1- 74
132- 62 TI0144N
132- 63
132-64 TIOM155F
132- 66
132- 66 TIOM155J
132- 67
132- 68 TIOM166F
132- 69 '
119- 34 TIOM166J
119- 36
119- 36 TIOMt68F·
119- 37
119- 38 TI01\il168J
119- 39
119-40 TIOM185F
119- 41
119-44 TlOM186J
119- 45
D.A. T.A.
TEC
TEC
" TEC
TEC
TEC
TEC
TEC
TEC
TEC
TEC
TEC
TEC
TEC
TEC
TEC
TEC
HII
TIIO
HII
TIIO
HII
TIIO
HII
TIIO
HII
TIIO
HII
TIIO
HII
TIIO
HII
TIIO
HII
HIIB
HII
HIIB
HII
HIIB
HII
HIIB
HII
HIIB
HII
HIIB
HII
HIIB
HII
HIIB
HII
HIIB
HII
HIIB
HII
HIIB
.TlI
HIIB
HII
HIIB
HII
HIIB
HII
HIIB
HII
HIIB
HII
HIIB
HII
HIIB
HII
HIIB
HII
HIIB
HII
HIIB
HII
HIIB
HII
HII8
HII
+T1\~
HII
+1'I1B
HII.
HIIB
HII
TIIB
HII
TIIB
.TlI
TIIB
HII
TIIB
HII
TIIB
:HII
TIIB
HII
TIIB
HII
TIIB
rm::~
TIOMHltlF
119· 48 TIOM1,86J
119- 49
119- 50 TIOM255F
119- 51
218- 96 TIOM265J
218- 97
218- 98 TIOM266F
218- 99
218·,.00 TIOM266J
218-101
218-102 TIOM268F
219- I
186- 14 TIOM268J
186- 15
186-16 TIOM285F
186-17
186- 18 TIOM285J
186- 19
186- 20 TIOM286F
186- 21
186- 31 TIOM286J
186' 32
186- 33 TIH10l
186- 34
186- 36 TL74H87N
186- 36 TL74H183N
186- 37 TL660L
186- 38 TL660P
232 - 47 TL661L
TL661P
231- 87 TL662L
TL662P
232- 48 TL664L
TL664P
231- 88 TL665L
TL665P
232- 49 TI.:666L
TL666P
231- 89 TL668L
TL668P
232- 50 TL670L
TL670P
231- 90 TL671L
TL671P
232- 51 TL672L
TL672P
231- 91 TL681L
TL681P
232- 52 TL7400N
TL7401N
231- 92 TL7402N
TL7403N
232- 63 TL7404N
TL7405N
231 - 93 TL7406N
TL7407N
232- 54 TL7408N
TL7409N
231- 94 TL7410N
TL7412N
232' 55 TL7413N
TL7416N
231- 95 TL7417N
TL7420N
232- 56 TL7423N
TL7425N
231- 9,6 TL7426N
TL7430N
232- 57 TL7437N
TL7438N
231- 97 TL7440N
TL7442N
232- 58 TL7443N
TL7444N
2:12- 59 TL7445N
TL7446AN
231-98 fL7447AN
TL7448N
231 - 99 TL7450N
TL7461N
232 - 60 TL7453N
TL7454N
232- 61 TL7460N
TL7470N
231 -100 TL7472N
TL7473N
231 -101 TL7474N
TL7475N
232- 62 TL7476N
TL7480N
232- 63 TL7482N
TL7483N
231 ;102 TL7485N
TL7486N
231-103 TL7490N
TL7492N
231'- 30 TL7493N
TL7497N
231- 31 TL74104N
TL74105N
231- 32 TL74107N
TL74110N
231 - 33 iU4111N
TL74115N
231 ·34 TL74121N
TL74122N
231- 35 TL74123N
TL74141N
231; 36 TL74145N
TL74150N
231 - 37
:::mm~
t..Registered with JEDEC
.,. by this manufacturer
·f::B
.TlI
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
tTlI
TIIB
.TII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
ALGG
ALGG
ALGG
AL,GG
AlGG
ALGG
ALGG
ALGG
ALGG
ALG"C3
ALGG
ALGG
ALGG
ALGG
ALGG
ALGG
ALGG
ALGG
ALGG
ALGG
ALGG
ALGG
ALGG
ALGG
ALGG
ALGG
ALGG
ALGG
ALGG
ALGG
ALGG
ALGG
ALGG
ALGG
ALGG
ALGG
ALGG
ALGG
ALGG
ALGG
ALGG
ALGG
ALGG
ALGG
ALGG
ALGG
ALGG
ALGG
ALGG
ALGG
ALGG
ALGG
ALGG
ALGG
ALGG
ALGG
ALGG
ALGG
ALGG
ALGG
ALGG
ALGG
ALGG
ALGG
ALGG
ALGG
ALGG
ALGG
ALGG
ALGG
ALGG
ALGG
ALGG
ALGG
ALGG
ALGG
ALGG
ALGG
ALGG
ALGG
ALGG.·
ALGG
ALGG
ALGG
ALGG
ALGG
ALGG
ALGG
123' - 3H
VPE No.
m:m~
IN TYPE NUMBER SEQUENCE
MFRS Pa&Line V ~E No;
~ 1~: ~~
ALGG
231- 39 TL74156N
ALGG
TL74160N
ALGG
23,.-40 TL74161N
ALGG
TL74162N
ALGG
231- 41 TL74163N
TL74167N
ALGG
ALGG
231- 42 TL74180N
ALGG
TL74181N
ALGG
231- 43 TL74182N
TL74190N
ALGG
231: 44 TI.:74191N
ALGG
ALGG
TL74192N
ALGG
23' - 45 TL74"T93N
ALGG
TL74196N
ALGG
231- 46 TL74197N
.WLO
TMAG3
.WLO
231 -' 47 TMAG8
.WLO
TMBA2
.WLO
231 - 48 TMBA3
.WLO
TMCOl
.WLO
231- 49 TMC02
.WLO
TMOC3
.WLO
202- 82 TMOC8
.WLO
TMOOl
.WLO
202- 83: TM002
181- 19. rME08
.WLO
.WLO
1;11- HI, TMFA3
.WLO
131' .1.7 TMGE6
,131- ,8 TMIA18
.WLO
.WLO
131- .19 TMNG4
.WLO
131- 20 TMNG6
.WL:O
131- 21 TMNG9
.WLO
64- 76 TMNG1Q
.WLO
64- 77 TMNG12
.WLO
196- 54 TMNR12
.WLO
196- 55 TMOA2
.WLO
197- 40 TMOA4
.WLO
197- 41 TMOF2
.WLO
131- 22 TMOF4
.WLO
131- 23 TMPG6
Til
131- 24 TMS0100NC
,
TIIB
131- 25
Til
131- 26 TMS0200NC
TIIB
131- 27
Til
131- 28 TMS0300NC
TIIB
131- 29
Til
186- 53 TMS0800NC
TIIB
185- 54
HII
145 - 71 TMS0850NC
. TIIB
145- 72
Til
122- 16 TMS1000NC
TIIB
145- 73
HII
192- 44 TMS3952NL
TIIB
192- 45
HII
192- 46 TMS3954NL'
TIIB
192- 47
HII
101- 82 TMS6011JC
TIIB
101- 83
HII
145- 74 TMS6011NC
TIIB
145- 75
.WLO
1118- 68 TMUF3
.WLO
19·Z- 48 TMUF.4
.WLO
192- 411 TMWC2
HEC
145- 711 TNG6511F
122- 17
HEC
122- i8 TNG5511J
HEC
1"45- 77 ~,t;lG5512F
145 - 78
HEC
1'45-79 TNG6612J
HEC
145-80 TNG5513F
145- 81
HEC
92-67 TNG5513J
96: 60 TNG6514F
HEC
97- 56
HEC
92- 68 TNG5514J
HEC
95 - 94 TNG5611F
95- 95
HEC
95- 96 TNG6611J
HEC
109- 53 TNG6612F
109- 54
HEC
109- 55 TNG6612J
HEC
109- 56 TNG5613F.
HEC
160- 16 TNG5613J
trEC
57- 94 TNG5614F
HEC
56- 45 TNG5614J
. HII
56- 46 TP4000AJ
TIIB
69- 13
.TlI
68- 37 TP4001AJ
TIIB
56- 47
HII
181 - 20 TP4001AN
TIIB
181 - 21
HII
181 - 22 TP4002AJ
TIIB
246-103
HII
156- 65 TP4002AN
TIIB
74- 71
HII
80- 34 TP40Q7AJ
TIIB
80- 35
HII
234- 51 TP4007AN
TIIB
53-·92
HII
1i3- 93 TP4008AJ
TIIB
58- 94
56- 98 TP4008AN. - ·HII
TIIB
56- 99
HII
56-100 TP4010AJ
167-7 '
TIIB
HII
163- 99 TP4011AJ
TIIB
163-100
HII
92- 69 TP4011AN
TIIB
92- 70
HII
241 - 76 TP4012AJ
TIIB
241- 77
241 - 78
89· 72
75.88
81- 78
75- 89
81- 79
234 - 52
248- 13
245 - 80
252- 95
.75- '43
81 -'·18
75- 90
~4U"12AN
TP4013AJ,
TP4013AN
TP4016AJ
TP4016AN
Tf'4017AJ
TP4017AN
81- 80 TP4019AJ
MFR::; Pa&Line
·+::B
HII
TIIB
.TlI
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
+T!!
TIIB
HII
TIIB
HII
TP4023AJ
TIIB
Tf'4Q23AN
HII
TIIB
TP4025AJ
.TII
TIIB
HII
TP4025AN
TIIB
TP4027AJ
HII
TIIB
HII
TP4027AN
TIIB
TP4028AJ
HII
TIIB
TP4028AN
HII
TIIB
HII
TP4029AJ
TIIB
TP4029AN
.TII
TIIB
TP4049AJ
HII
TIIB
TP4049AN
HII
TIIB
HII
TP4050AJ
TIIB
HII
254- 47 TP4050AN
TIIB
HII
254- 48 TP4301AJ
TIIB
HII
254- 46 TP4301AN
TIIB
HII
254- 38 TP4311AJ
TIIB
HII
254- 59 TP4311AN
TIIB
HII
254- 87 TP4360AJ
TIIB
HII
254 - 88 TP4360AN
TIIB
HII
184-108 TP4361AJ
TIIB
HII
184-109 TP4361AN
TIIB
HII
48- 4 TP4362AJ
TIIB
48- 5
HII
247- 12 TP4362AN
TIIB
148'- 37
HII
219- 65 TP4363AJ
TIIB
219- 66
HII
148- 38 TP4363AN
TIIB
219- 55
HII
219- 56 TP4507AJ
TIIB
148- 39
HII
219- 67 TP4507AN
TIIB
219- 68
HII
148- 40 TP4512AJ
TIIB
219- 67
HII
219- 58 TP4512AN
'I.'
TIIB
150- 5
199- 35 TP4519AJ#1 HII
TIIB
199- 36
150- 6 TP4519AJ#2 HII
HIIB
199 - 37
199- 38 TP4519AJ#3 HII
HIIB
199- 39
1,99- 40 TP4519AN#t HII
TIIB
199- 41
199- 42 TP4519AN#2 HII
HIIB
116- 31
TP4519AN#3 HII
HIIB
116- 32
TR1602A#1
.WDC
.WOC
116- 33 TR1602A#2
.WOC
TR1602B#1
.WOC
116- 34 TR1602B#2
TRW
TRW7400#1
TRW
116- 35 TRW7400#2
TRW
TRW,7401#1
TRW
232- 76 TRW7401#2
TRW
TRW7402#1
TRW, ,
232- 77 TRW7402#2
TRW
TRW7403#1
TRW
182- 34 TRW7403#2
TRW
TRW7404#1.
TRW
182- 35 TRW7404#2
TRW
TRW7405#l,
TRW
216- 83 TRW7406#2
TRW
TRW7406#1
TRW.
125- 52 TRW7406#2
TRW
TRW7407#1
125,53 TRW7407#2
TRW
TRW
TRW7408#1
125, 54 TRW7408#2
TRW
TRW
:::~~~:lg~~ TRW
76- 21
76- 22
104- 25
98; 3
181 -105
181 -106
84-109
84-110
85- 1
247- 13
90- 84
90- 85
154- 95
181-107
157- 77
193- 79
124- 8,8
124- 89
124- 90
124- 91
124- 92
122- 83
164- 25
164- 26
163- 8
163- 9
124- 93
254- 43
TP4019AN
.• -Copy of mfr's data sheet
may be ordered from D_A.T.A.
12b- bb
67- 23
67- 24
212- 22
212- 23
85- 24
85- 25
~d2 -
87
102,88
125- 56
125- 57
116- 36
116- 37
48- 33
48- 34
90- 45
90- 46
85-104
85-105
196- 64
196- 65
196- 68
196- 69
116- 38
116- 39
125- 58
125- 59
83-104
84- ,1
78- 18
78- 19
84- 2
84- 3
78- 20
78- 21
155- 2
155- 3
243-105
243-106
243 -107
102- 89
161 - 92
243-108
102- 90
Hil- 93
224- 36
219- 83
224- 37
219- 84
145,82
145- 83
145,84
145- 85
122- 19
.122- 20
145- 86
145- 87
192- 50
192- 51
192- 52
192- 53
192- 54
192- 55
192-ji6
192- 57
145- 88
145- 89
145- 90
145- 91
45
TYPE No.
li~~m1~:~
TRW7420#1
TRW7420#2
TRW7430#1
TRW7430#2
TRW7437#1
TRW7437#2
TRW7438#1
TRW7438#2
TRW7450#1
TRW7450#2
TRW7451#1
TRW7451#2
TRW7453#1
TRW7453#2
TRW7454#1
TRW7454#2
TRW7472#1
TRW7472#2
TRW7474
TRW7475
TRW7490#1
TRW7490#2
TRW74121
TRWF50#1
TRWF50#2
TRWF60#1
TRWF60#2
TRWF90#1
TRWF90#2
TRWF100#1
TRWF100#2
TRWFll0#1
TRWF110#2
TRWFI20#1
TRWFI20#2
TRWFI30#1
TRWFI30#2
TRWF200#1
TRWF200#2
TRWF210#1
TRWF210#2
TRWG40#1
TRWG40#2
TRWG50#1
TRWG50#2
TRWG60#1
TRWG60#2
TRWG70#1
TRWG70#2
TRWG80#1
TRWG80#2
TRWG90#1
TRWG90#2
TRWG100#1
TRWG100#2
TRWGll0#1
TRWG110#2
TRWGI20#1
TRWGI20#2
TRWGI30#1
TRWGI30#2
TRWG140#1
TRWG140#2
TRWG150#1
TAWGI50#2
TRWG160#1
TRWGI60#2
TRWG170#1
TRWG170#2
TRWG180#1
TRWG180#2
TRWG190#1
TRWG190#2
TRWG210#1
TRWG210#2
TRWG220#1
TRWG220#2
TRWG230#1
TRWG230#2
TRWG240#1
TRWG240#2
TRWG250#1
TRWG250#2
TRWG260#1
TRWG260#2
TRWG270#1
TRWG270#2
TRWG280#1
TRWG280#2
TRWG290#1
TRWG290#2
TRWG300#1
TRWG300#2
TRWG310#1
TRWG310#2
TRWG320#1
TRWG320#2
TRWG350#1
TRWG350#2
TRWG380#1
TRWG380#2
TRWG390#1
TRWG390#2
TRWG393#1
TRWG393#2
TRWG394#1
TRWG394#2
TRWG395#1
TRWG395#2
TRWM20
TRWM30
TRWM40
46
3. TYPE
No. CROSS INDEX
MFRS Pa&Line TYPE
MFRS Pa&Line TYPE No.
MFRS pQ&Line TYPE No.
i~~ 11~t ~~ li~~~1~1:~~ !iR~ Im:1~ I ~~~:~~-1
TRW
TRW
TRW
TRW
TRW
TRW
TRW
TRW
TRW
TRW
TRW
TRW
TRW
TRW
TRW
TRW
TRW
TRW
TRW
TRW
TRW
TRW
TRW
TRW
TRW
TRW
TRW
TRW
TRW
TRW
TRW
TRW
TRW
TRW
TRW
TRW
TRW
TRW
TRW
TRW
TRW
TRW
TRW
TRW
TRW
TRW
TRW
TRW
TRW
TRW
TRW
TRW
TRW
TRW
TRW
TRW
TRW
TRW
TRW
TRW
TRW
TRW
TRW
145 - 92
145 - 93
145 - 94
145 - 95
145 - 96
145 - 97
145 - 98
145 - 99
109- 57
['09- 58
109- 59
109- 60
109- 61
1'09- 62
109- 63
109- 64
63- 94
63- 95
168- 38
250- 30
77- 20
77- 21
1'67- 64
I 60- 87
I 60- 88
I 63 -104
63 -105
170- 28
70- 29
60-105
60-106
60-107
60-108
61- 15
61- 16
61- 17
61- 18
64- 12
64- 13
64- 14
64 - 15
154 - 26
154 - 27
113- 80
113- 81
154 - 28
154 - 29
111- 19
111- 20
197 - 83
197 - 84
157 - 18
157 - 19
113 - 82
113- 83
113- 84
113 - 85
154 - 30
154 - 31
154 - 32
154 - 33
154 - 34
1154-35
I'"·''
TRW 160-110
TRW 219-69
TRW 219- 70
TRW 161- 1
TRW ,'6'- 2
TRWi'6'-3
TRW,161-4
TRW 1'54- 36
TRW 154-37
TRW 110-109
TRW 1"0-"0
TRW 153-84
TRW 153- 85
TRW 1'6'-64
TRW 161- 65
TRW 153- 86
TRW 1'53-87
TRW 111- 1
TRW 111- 2
TRW i'54- 80
TRW 1'54-8'
TRW 1'59 - 20
TRW 159- 21
TRW 104- 1
TRW 1104- 2
TRW! 160- 83
TRW 1160- 84
TRW 111- 75
TRW 111- 76
,"W
i~~
InL n
TRW' 132- 36
TRW 1132- 37
TRW 219- 71
TRW 219- 72
TRW )193- 80
TRW 193- 81
TRW 219- 73
TRW 219- 74
TRW 150- 15
TRW 150- 16
TRW 150- 17
TRW 150- 18
TRW 150- 19
TRW 150- 20
TRW 181-108
TRW 181-109
TRW 181-110
TRWM123-02
TRWM123-03
TSDC160851Z
TSDC160861Z
TSDC160951Z
TSDC160961Z
TSDC161051Z
TSDC161061Z
TSDC161151Z
TSDC161161Z
TSDC1608507
TSDC1608607
TSDC1609507
TSDC1609607
TSDC1610507
TSDC1610607
TSDC1611507
TSDC1611607
TSL1612500
uPB246D
U140M
UAA100l
UC1005B
UC1006B
UC6410F
UC7410F
UCN4103A
UCN4104A
UCN4105A
UDAC9-1
UDAC9-3
UDAC"-'
UDACI'-3
UDACI2-1
UDACI2-3
UDAC13-1
UDACI3-3
UDACI4-1
UDACI4-3
UDN6144A
UDN6164A
UDN6184A
UDN7183A
UDN7184A
UDN7186A
UHC060
UHC400
UHC400-1
UHC402
UHC402-1
UHC403
UHC403-1
UHC406
UHC406-1
UHC407
UHC407-1
UHC408
UHC408-1
UHC432
UHC432-1
UHC433
UHC433-1
UHC500
UHC502
UHC503
UHC506
UHC507
UHC508
UHC532
UHC533
UHD060
UHD400
UHD400-1
UHD402
UHD402-1
UH0403
UHD403-1
UHD406
UHD406-1
UHD407
UHD407-1
UHD408
UH0408-1
UHD432
UHD432-1
UH0433
UHD433-1
UHD490
UHD491
UHD500
UHD502
UHD503
UHD506
UHD507
UHD508
UHD532
UHD533
UHP060
UHP400
UHP400-1
UHP402
UHP402-1
UHP403
UHP403-1
UHP406
UHP406-1
UHP407
UHP407-1
UHP408
UHP408-1
UHP432
UHP432-1
D.A. T.A.
HRW 248- 16
HRW 248- 17
+ANA 169- 3
tAN A 169- 4
tANA 169- 5
tANA 169- 6
tANA 169- 7
tAN A 169- 8
tANA 169- 9
tANA 169- 10
+ANA 169- 11
tAN A 169- 12
tANA 169- 13
tANA 169- 14
tANA 169-, 15
tANA 169- 16
tANA 169- 17
tANA 169- 18
tANA 169- 19
tNECM 225 - 3
tALGG 77- 47
INTG 202- 17
tSPR
158- 20
tSPR
158- 21
tSOD 244- 40
tSOD 244 - 41
tSPR
254 - 68
tSPR
254- 69
+SPR
254 - 70
+ODC 173- 48
tDDC
173 - 49
tDDC 173 - 70
tDDC 173- 71
tODC 173- 72
tODC 173- 73
tDDC 173 - 74
tODC 173- 75
tODC 173- 76
tODC 173- 77
199- 77
+SPR
199- 78
tSPR
199- 79
tSPR
199- 80
tSPR
199- 81
tSPR
tSPR
199- 82
230-104
tSPR
tSPR
229 - 78
tSPR
229 - 79
tSPR
229' 80
229- 81
tSPR
229- 82
tSPR
tSPR
229- 83
tSPR
229 - 84
tSPR
229 - 85
tSPR
229 - 86
tSPR
229 - 87
tSPR
229 - 88
229- 89
tSPR
229 - 90
tSPR
229- 91
tSPR
tSPR
229- 92
tSPR
229 - 93
tSPR
229 - 94
tSPR
229- 95
tSPR
229- 96
tSPR
229- 97
tSPR
229 - 98
tSPR
229 - 99
tSPR
229 -100
tSPR
229-101
tSPR
230-102
229 -102
tSPR
229 -103
tSPR
229 -104
tSPR
tSPR
229-105
229-106
tSPR
tSPR
229-107
tSPR
229 -108
tSPR
229-109
229-110
tSPR
230- 1
tSPR
230- 2
tSPR
tSPR '230- 3
tSPR
230- 4
tSPR
230- 5
230- 6
tSPR
tSPR
230- 7
201· 74
tSPR
201- 75
tSPR
230- 8
tSPR
230- 9
tSPR
230- 10
tSPR
230- 11
tSPR
tSPR
230- 12
230- 13
tSPR
230- 14
tSPR
230- 15
tSPR
230-103
tSPR
230- 16
tSPR
230- 17
tSPR
230- 18
tSPR
tSPR
230-19
tSPR
230- 20
230- 21
tSPA
230- 22
tSPA
tSPR
230- 23
230 - 24
+SPR
tSPA
230- 25
tSPA
230- 26
tSPR
230- 27
tSPR
230-28
230- 29
tSPR
UHP480
UHP481
UHP482
UHP490
UHP491
UHP495
UHP500
UHP502
UHP503
UHP506
UHP507
UHP508
UHP532
UHP533
UL02C
UL03C
UL51L#1
UL51L#2
UL52C
UL52L
UL53L#1
UL53L#2
ULN2001A
ULN2002A
ULN2003A
ULN2031A
ULN2032A
ULN2033A
ULN2064A
ULN2074A
ULN3006T
ULN3303M
ULN3304M
ULN3305M
ULN3306M
ULS3006T
UPA38A
UPA39A
US54HOOA
US54HOOJ
US54H01A
US54H01J
US54H04A
US54H04J
US54H05A
US54H05J
US54H08A
US54H08J
US54Hl0A
US54Hl0J
US54H l1A
US54H llJ
US54H20A
US54H20J
US54H21A
US54H21J
US54H22A
US54H22J
US54H30A
US54H30J
US54H37A
US54H37J
US54H40A
US54H40J
US54H50A
US54H50J
US54H51A
US54H51J
US54H52A
US54H52J
US54H53A
US54H53J
US54H54A
US54H54J
US54H55A
US54H55J
US54H60A
US54H60J
US54H61A
US54H61J
US54H62A
US54H62J
US54H71A
US54H71J
US54H72A
US54H72J
US54H74A
US54H74J
US54H16A
US54H78A
US54H78J
US54H571A
US54H571J
US54H572A
US54H572J
US74HOOA
US74HOOJ
US74H01A
US74H01J
US74H04A
US74H04J
US74H05A
US74H05J
US74H08A
US74H08J
US74Hl0A
US74H 10J
US74HllA
US74HllJ
US74H20A
US74H20J
US74H21A
f.-Registered with JEDEC
by this manufacturer
Ing: 3~
201- 79
tSPR
201· 80
tSPR
201- 81
tSPR
201- 76
tSPR
201- 77
tSPR
201- 78
tSPR
tSPR
230- 32
tSPR
230- 33
230- 34
tSPR
tSPR
230- 35
230- 36
+SPR
230- 37
+SPR
tSPR
230- 38
230,39
tSPR
150- 11
tAMI
tAMI
195 - 40
tAMI
67 - 2
tAMI
154 - 97
124-104
tAMI
124-103
tAMI
tAMI
157 - 79
195 - 22
tAMI
tSPR
233 - 77
tSPR
233 - 78
233 - 79
+SPR
233 - 24
tSPR
tSPR
233 - 25
233 - 26
tSPR
tSPR
233 - 75
233 - 76
tSPR
203- 93
tSPR
tSPR
197 - 68
tSPR
197 - 69
tSPR
197 - 70
tSPR
197 - 71
tSPR
203 - 94
NECJ 233 - 48
NECJ 233 - 49
145-100
SPR
145-101
SPR
SPR
145-102
145 -103
SPR
192- 58
SPR
192- 59
SPR
192- 60
SPR
192- 61
SPR
101- 84
SPR
SPR
101- 85
145-104
SPR
145-105
SPR
101- 86
SPR
101- 87
SPR
145-106
SPR
145-107
SPR
SPR
101-88
SPR
101- 89
SPR
145-108
145-109
SPR
145-110
SPR
146- 1
SPR
146- 2
SPR
146- 3
SPA
146 - 4
SPA
146- 5
SPA
109- 65
SPA
SPR
109- 66
SPR
109- 67
SPR
109- 68
103- 85
SPR
SPR
103- 86
109- 69
SPR
109- 70
SPR
109- 71
SPR
SPR
109- 72
109- 73
SPR
SPR
109' 74
SPR
160- 17
160- 18
SPR
SPR
160- 19
160- 20
SPR
160- 21
SPR
160- 22
SPR
SPR
57 - 73
57 - 74
SPR
57 - 75
SPR
SPR
57 - 76
tSPR
69- 52
tSPR
69 - 53
SPR
57" 77
SPR
57 - 78
57- 79
SPR
58- 61
tSPR
58- 62
tSPR
58- 63
tSPR
58- 64
tSPR
146- 6
SPR
146- 7
SPR
146- 8
SPR
146- 9
SPR
192-62
SPR
192- 63
SPR
SPR
192- 64
192- 65
SPR
101- 90
SPR
101- 91,
SPR
146- 10
SPR
146- 11
SPR
SPR
101- 92
SPR
101- 93
146- 12
SPR
146- 13
SPR
101- 94
SPA
:~~~
IN TYPE NUMBER SEQUENCE
No.
1~~;:~~2i
US74H22J
US74H30A
US74H30J
US74H37A
US74H37J
US74H40A
US74H40J
US74H50A
US74H50J
US74H51A
US74H51J
US74H52A
US74H52J
US74H53A
US74H53J
US74H54A
US74H54J
US74H55A
US74H55J
US74H60A
US74H60J
US74H61A
US74H61J
US74H62A
US74H62J
US74H71A
US74H71J
US74H72A
US74H72J
US74H74A
US74H74J
US74H76A
US74H78A
US74H78J
US74H571A
US74H571J
US74H572A
US74H572J
US5400A
US5400J
US5401A
US5401J
US5402A
US5402J
US5403A
US5404A
US5404J
US5405A
US5405J
US5408A
US5408J
US5409A
US5409J
US5410A
US5410J
US5411A
US5411J
US5418A
US5418J
US5420A
US5420J
US5426A
US5427A
US5427J
US5429A
US5429J
US5430A
US5430J
US5432A
US5432J
US5438A
US5440A
US5440J
US5441A
US5442A
US5443A
US5444A
US5445A
US5446A
US5447A
US5448A
US5450A
US5450J
US5451A
US5451J
US5453A
US5453J
US5454A
US5454J
US5459A
US5459J
US5460A
US5460J
US5470A
US5470J
US5472A
US5472J
US5473A
US5473J
US5474A
US5474J
US5475A
US5476A
US5477J
US5480A
US5480J
US5482A
US5482J
US5483A
US5486A
US5486J
US5490A
MFRS Pa&Line TYPE No.
~~~ q~J: ~~ I~~~~~~i
SPR
SPR
SPR
SPR
SPR
SPR
SPR
SPR
SPR
SPR
SPR
SPR
SPR
SPR
SPR
SPR
SPR
SPR
SPR
SPR
SPR
SPR
SPR
SPR
SPR
SPR
SPR
SPR
SPR
tSPR
tSPR
SPR
SPR
SPR
tSPR
tSPR
tSPR
tSPR
SPR
SPR
SPR
SPR
SPR
SPR
SPR
SPR
SPR
SPR
SPR
SPR
SPR
SPR
SPR
SPR
SPR
SPR
SPR
SPR
SPR
SPR
SPR
tSPR
tSPA
tSPR
tSPR
tSPR
SPR
SPR
SPR
SPR
tSPR
SPR
SPR
SPR
SPR
SPR
SPR
SPR
SPR
SPR
SPR
SPR
SPR
SPR
SPR
SPR
SPR
SPR
SPR
SPR
SPR
SPR
SPR
SPR
SPR
SPR
SPR
SPR
SPR
SPR
SPR
SPR
SPR
SPA
SPR
SPR
SPR
SPA
SPR
tSPR
tSPR
SPR
146- 15
146- Hi
146- 11
146- 18
146- 19
146- 20
146- 21
109- 75
109- 76
109- 77
109- 78
103- 87
103- 88
109- 79
109- 80
109- 81
109- 82
109- 83
109- 84
160- 23
160- 24
160- 25
160- 26
160- 27
160- 28
57 - 80
57- 81
57 - 82
57 - 83
69 - 54
69- 55
57 - 84
57 - 85
57 - 86
58 - 65
58- 66
58- 67
58 - 68
146- 22
146- 23
146- 24
146- 25
122- 21
122- 22
146- 26
192- 66
192- 67
192- 68
192- 69
101- 96
101- 97
146- 27
146- 28
146- 29
146- 30
101- 98
101- 99
113- 32
113- 33
146- 31
146- 32
146- 33
122- 23
122- 24
122- 25
122- 26
146- 34
146- 35
113- 34
113- 35
146- 36
146- 37
146- 38
92- 71
92- 72
96- 61
96- 62
92- 73
95 - 97
95- 98
95- 99
109- 85
109- 86
109- 87
109- 68
109-89
109- 90
109- 91
109- 92
109- 93
109- 94
160- 29
160- 30
56-101
56-102
55 - 15
55 - 16
55 - 17
55 - 18
69- 14
69- 15
250- 31
55 - 19
250- 32
181- 23
181- 24
181- 25
181- 26
181- 21
156- 66
156- 67
74- 72
US5492J
US5493A
US5493J
US7400A
US7400J
US7401A
US7401J
US7402A
US7402J
US7403A
US7404A
US7404J
US7405A
US7405J
US7408A
US7408J
US7409A
US7409J
US7410A
US7410J
US7411A
US7411J
US7418A
US7418J
US7420A
US7420J
US7426A
US7427A
US7427J
US7429A
US7429J
US7430A
US7430J
US7432A
US7432J
US7438A
US7438J
US7440A
US7440J
US7441A
US7442A
US7443A
US7444A
US7445A
US7446A
US7447A
US7448A
US7450A
US7450J
US7451A
US7451J
US7453A
US7453J
US7454A
US7454J
US7459A
US7459J
US7460A
US7460J
US7470A
US7470J
US7472A
US7472J
US7473A
US7473J
US7474A
US7474J
US7475A
US7476A
US7477J
US7480A
US7480J
US7482A
US7482J
US7483A
US7486A
US7486J
US7490A
US7490J
US7492A
US7492J
US7493A
US7493J
US54107A
US54121A
US54121J
US54145A
US54153A
US54154A
US54180A
US54180J
U,S74107A
US74121A
US74121J
US74145A
US74153A
US74154A
US74180A
US74180J
US75324A
US75324G
US75324H
US75324J
VADC8-17
VADC-A
VADC-B
VMUX
VSSH·Fl
VSSH-F3
VSSH-Sl
VSSH-S3
W040
.-Copy of mfr's data sheet
may be ordered from D.A.T.A.
MFRS Pa&line
~~~
SPR
SPR
SPR
SPR
SPR
SPR
SPR
SPR
SPR
SPR
SPR
SPR
SPR
SPR
SPR
SPR
SPR
SPR
SPR
SPR
SPR
SPR
SPR
SPR
SPR
SPR
tSPR
tSPR
tSPR
tSPR
tSPR
SPR
SPR
SPR
SPR
tSPR
tSPR
SPR
SPR
SPR
SPR
SPR
SPR
SPR
SPR
SPR
SPR
SPR
SPR
SPR
SPR
SPR
SPR
SPR
SPR
SPR
SPR
SPR
SPR
SPR
SPR
SPR
SPR
SPA
SPR
SPR
SPR
SPR
SPR
SPR
SPR
SPR
SPR
SPR
SPR
tSPR
tSPR
SPR
SPR
SPR
SPR
SPR
SPR
SPR
tSPR
tSPR
SPR
tSPR
tSPR
tSPR
tSPR
SPR
tSPR
tSPR
SPR
tSPR
tSPR
tSPR
tSPR
tSPR
tSPR
tSPR
+SPR
tDDC
tDDC
tDDC
tDDC
tDDC
tDDC
tDDC
tDDC
tDEC
8~:~~
83- 51
82-,93
82- 6
146- 39
146- 40
146- 41
146- 42
122- 27
122- 28
146- 43
192- 70
192- 71
192- 72
192- 73
101-100
101-101
146- 44
146- 45
146- 46
146- 47
101-102
101-103
113- 36
113- 37
146- 48
146- 49
146- 50
122- 29
122- 30
122- 31
122- 32
146- 51
146- 52
113- 38
113- 39
146- 53
146- 54
146- 55
146- 56
92- 74
92- 75
96- 63
96- 64
92- 76
95-100
95-101
95-102
109- 95
109- 96
109- 97
109- 98
109- 99
109-100
109-101
109-102
109-103
109-104
160- 31
160- 32
56-103
56-104
55- 20
55 - 21
55 - 22
55 - 23
69- 16
69- 17
250- 33
55 - 24
250- 34
181- 28
181- 29
181- 30
181- 31
181- 32
156- 68
156- 69
76- 33
76- 34
82- 94
83- 39
83- 40
83- 41
55 - 25
166- 54
166- 55
92- 71
241 - 19
89- 13
248 - 18
248- 19
55- 26
166- 56
166- 57
92- 78
241- 80
89- 74
248 - 20
248- 21
230- 68
230- 69
230- 70
230- 71
202- 18
169- 20
169- 21
234-101
251- 94
251- 95
251- 92
251- 93
201- 84
46
3. TYPE No. CROSS INDEX
MFRS Pa&Line TYPE
TYPE No.
MFRS Pa&Line TYPE No.
I~g~~
:g~g
lUg: ~~ 1~~~~gE
MFRS Pa&Line TYPE No.
tOEC
tOEC
tOEC
tOEC
+DEC
+DEC
tOEC
tOEC
tOEC
+DEC
tOEC
tOEC
ZN221
ZN221 E
ZN222
ZN222E
ZN224
ZN224E
ZN226
ZN226E
ZN229
ZN229E
ZN230
ZN230E
:m~ m:~~ I~~g:g~~
tFERB
tFERS
tFERS
,FERS
tFERS
tFERS
tFERS
FERS
tFERB
tFERS
tFERB
,FERS
7N?':t?
.i=ERB i; ;7·52
W051
W061
W501
W510
W511
W520
W600
W601
we02
W700
W800
W802
XR220M1t2
XR320#1
XR320#2
XR320#3
XR555CN#1
XR555CN#2
XR555CN#3
XR555CP#1
XR555CP#2
XR555CP#3
XR555M#1
XR555M#2
XR555M#3
XR556CN#1
XR556CN#2
XR556CN#3
XR556CP#1
XR556CP#2
XR556CP#3
XR556M#1
XR556M#2
XR556M#3
XR1488N
XR1488P
XR1489AN
XR1489AP
XR2240CN#1
XR2240CN#2
XR2240CN#3
XR2240CP#1
XR2240CP#2
XR2240CP#3
XR2240M#1
XR2240M#2
XR2240M#3
XR2240N#1
xR2240N#2
XR2240N#3
XR2240P#1
XR2240P#2.
XR2240P#3
XR2250CN#1
XR2250CN#2
XR2250CN#3
XR2250CP#1
XR2250CP#2
XR2250CP#3
XR2250M#1
XR2250M#2
XR2250M#3
XR2250N#1
XR2250N#2
XR2250N#3
XR2250P#1
XR2250P#2
XR2250P#3
XR2271CP
XR2556CN#1
XR2556CN#2
XR2556CN#3
XR2556CP#1
XR2556CP#2.
XR2556CP#3
XR2556M#1
XR2556M#2
XR2556M#3
Z0354Ml
Z0354M2
Z0364Ml
Z0364M2
Z0374Ml
Z0374M2
Z0384Ml
Z0384M2
Z0394Ml
Z0394M2
Z0400
Z0401
Z0429
Z0430
Z0430El
Z0430Ell
Z0430E20
Z0430E21
Z0431
Z0432
Z0433
Z0440
Z0441
Z0442
Z0451
Z0452
Z0453
Z0460
Z0461
Z0462
Z0470
Z0471
ZN219
ZN219E
47
] 199· 44
201· 95
197·65
,195· 76
1197. 1
197 · 2
.195· 77
i 195· 78
!197· 3
1195· 75
:201· 96
1244 ..42
I 71 _ ?
~EXR
tEXR 1164.41
tEXR
71·3
tEXR 1205· 24
tEXR ]71. 33
tEXR
167·30
tEXR
205· 26
tEXR
71· 34
tEXR 1167.31
tEXR
205· 27
tEXR
71· 39
tEXR
167· 32
,EXR
205·32
tEXR
167· 81
tEXR
71· 35
tEXR
205· 28
tEXR
167· 82
71· 36
tEXR
tEXR
205·29
tEXR
167· 85
tEXR
71· 40
tEXR
205· 33
tEXR
219·105
tEXR
219·106
tEXR
220· 44
tEXR
220· 45
tEXR
167· 92
tEXR
203·110
tEXR
71· 47
tEXR
167·93
tEXR
204· 1
tEXR
71· 48
tEXR
167· 94
tEXR
204· 2
tEXR
71· 49
tEXR
167·95
tEXR
204· 3
tEXR
71· 50
tEXR
167· 96
,EXR
204· 4
tEXR
71· 51
tEXR
167· 87
tEXR
203 ·102
tEXR
71· 42
tEXR
167·88
tEXR
203 ·103
tEXR
71· 43
tEXR
167·89
tEXR
203 ·104
tEXR
71· 44
tEXR
167·90
tEXR
203 ·105
tEXR
71· 45
tEXR
167·91
tEXR ,203 ·106
tEXR I 71· 46
tEXR
199· 83
tEXR 1167.83
tEXR
71· 37
tEXR
205·30
tEXR
167· 84
tEXR
71· 38
tEXR
205· 31
tEXR
i67· 86
tEXR
71· 41
tEXR
205·34
ZEL
173· 50
ZEL
173· 5 r
ZEL
173· 52
ZEL
173·53
ZEL
173· 54,
ZEL
173·55
ZEL
173·56
ZEL
173 ·57
ZEL
173· 58
ZEL
173· 59
tZEL
177· 87
tZEL
177·88
tZEL
178· 98
tZEL
178· 99
tZEL
178·100
tZEL
178·101
tZEL
178·102
tZEL
178·103
tZEL
178·104
tZEL
178·105
tZEL
178 ·106
tZEL
178·107
tZEL' ,178 ·108
+ZEL ,173· 60
tZEL
tZEL
251· 85
ZEL
251· 86
,ZEL
171· 95
tZEL
171· 96
tZEL
171 97
tZEL 1171·
. 98
tZEL
171· 99
'FERB
'FERB i
I'" ..
llt ~~
ZN232E
ZN233
ZN233E
ZN236
ZN236E
ZN244
ZN244E
ZN246
ZN246E
ZN248
ZN248E
ZN262
ZN262E
ZN294E
ZN297E
ZN319
ZN319E
ZN320
ZN320E
ZN321
ZN321E
ZN322
ZN322E
ZN324
ZN324E
ZN326
ZN326E
ZN329
ZN329E
ZN330
ZN330E
ZN332
ZN332E
ZN333
ZN333E
ZN336
ZN336E
ZN344
ZN344E
ZN346
ZN346E
ZN348
ZN348E
ZN362
ZN362E
ZN394E
ZN397E
ZN1002E
ZN 1004E
ZN 1005E
ZN10l0E
ZN1010F
ZN1025E
ZN1030E
ZN2010E
ZN2010F
ZN5400E
ZN5400F
ZN5401 E
ZN5401F
ZN5402E
ZN5402F
ZN5403E
ZN5403J
ZN5404E
ZN5404F
ZN5405E
ZN5405F
ZN5408E
ZN5408J
ZN5409E
ZN5409J
ZN5410E
ZN5410F
ZN5412E
ZN5412J
ZN5413E
ZN5413J
ZN5420E
ZN5420F
ZN5425E
ZN5425J
ZN5427E
ZN5427J
ZN5428E
ZN5428J
ZN5430E
ZN5430F
ZN5432E
ZN5432J
ZN5437E
ZN5437J
ZN5438E
ZN5438J
ZN5440E
ZN5440F
ZN5442E
ZN5442J
ZN5450E
D.A. T.A.
.S:J:RR.
48· 96
48·97
48· 98
48· 99
117·48
117·46
185·55
185· 56
117· 43
117· 47
117 ·49
117·50
117 _ 1;;1
tFERS 1112.41
tFEAS 112· 42
tFERS 185· 57
FERS 185· 58
1m:
m~~
~~
tFERBl17· 55
tFERB 117' 56
tFERS . 48·100
tFERS I 48 ·101
tFEAS 117· 57
tFERS 117· 58
FERS
48·102
FERS
48· 1
tFERS 112· 43
tFERS 112· 44
tFERS 112· 45
tFERS 112· 46
tFERS
48·103
tFERS
48·104
tFERS
49· 1
tFERS
49· 2
'FERB 117· 59
tFERS 117·60
tFERS 185· 59
tFERS 185· 60
.FERS 117·61
tFERS 117·62
tFERS 117·63
tFERS 117·64
tFERS 1117.65
'FERB 117·66
'FERS 112·47
tFERS 1112.48
tFERS 185·61
tFERS 185·62
tFERS 117·67
tFERS 117·68
tFERS i117· 69
tFERB 1117· 70
tFERS I 49· 3
'FERB 149. 4
tFERS 117·71
tFERS 117·72
FERS , 48·2
FERS , 48· 3
,FERS '203.39
tFERS ]219. 4
tFERB 222· 60
tFERS 163· 50
tFERB 163·51
tFERSi183· 49
tFERB1215.38
FERS 167· 19
FERS 167·20
t FERB 149· 52
tFERB 149· 53
tFERB 149·54
tFERB 149· 55
tFERB 122, 92
tFERS 122· 93
FERS 146· 57
FERB 146·58
+FERB 193· 98
tFERS 193· 99
,FERS 193·100
tFERB 193 ·101
FERS 153· 8
FERB 153· 9
FERS 153· 10
FERS 153· 11
tFERS 149· 56
tFERS 149· 57
FERB 146· 59
FERS 146· 60
FERB ,198· 55
FERS 198· 52
,FERS 149·58
tFERB 149·59
FERS 122· 33
FERS 122· 34
FERS 122· 35
FERS 122·36
FERB 122·37
FERS 122·38
tFERB 149· 60
tFERS 149· 61
FERB 113· 40
FERS 113·41
FERB 146· 61
FERS 146· 62
FERS 146· 63
FERS 146· 64
tFERB 149·62
tFERB 149" 63
FERS
92·79
FERS
92· 80
tFERS 157· 26
ZN5451F
ZN5453E
ZN5453F
ZN5454E
ZN5454F
ZN5460E
ZN5460F
ZN5470E
ZN5470F
ZN5472E
ZN5472F
ZN5473E
7N~.d7':tJ:
ZN5474E
ZN5474F
ZN5475E
ZN5476E
ZN5482E
ZN5482J
ZN5483AE
ZN5483AJ
ZN5485E
ZN5485J
ZN5486E
ZN5486J
ZN5492AE
ZN5492AJ
ZN5493AE
ZN5493AJ
ZN7400E
ZN7400F
ZN7401 E
ZN7401F
ZN7402E
ZN7402F
ZN7403E
ZN7403J
ZN7404E
ZN7404F
ZN7405E
ZN7405F
ZN7408E
ZN7408J
ZN7409E
ZN7409J
ZN7410E
ZN7410F
ZN7412E
ZN7412J
ZN7413E
ZN7413J
ZN7420E
ZN7420F
ZN7425E
ZN7425J
ZN7427E
ZN7427J
ZN7428E
ZN7428J
ZN7430E
ZN7430F
ZN7432E
ZN7432J
ZN7437E
ZN7437J
ZN7438E
ZN7438J
ZN7440E
ZN7440F
ZN7441AE
ZN7442E
ZN7442J
ZN7450E
ZN7450F
ZN7451E
ZN7451F
ZN7453E
ZN7453F
ZN7454E
ZN7454F
ZN7460E
ZN7460F
ZN7470E
ZN7470F
ZN7472E
ZN7472F
ZN7473E
ZN7473F
ZN7474E
ZN7474F
ZN7475E
ZN7476E
ZN7482E
ZN7482J
ZN7483AE
ZN7483AJ
ZN7485E
ZN7485J
ZN7486E
ZN7486J
ZN7490E
ZN7490F
ZN7492AE
ZN7492AJ
ZN7492E
ZN7492F
ZN7493AE
ZN7493AJ
ZN7493E
ZN7493F
ZN54107E
t,.Registered,with JEDEC
by this manufacturer
No.
:F~~~ ~g7A~ 1~~~!1g;~
157·29
104· 3
104· 4
104· 5
104· 6
161· 29
161· 30
61· 89
61· 90
61· 91
61· 92
61· 93
+FERB 61- 94
tFERS
70· 30
tFERS
70· 31
tFERS
70· 32
tFERS
61· 95
FERS 176· 31
FERS 1181.33
FERS 181· 34
FERS i 181 • 35
FERS 1246.104
FERS 246·105
FERS 156· 70
FERS 156· 71
FERS, 87· 41
87· 42
FERS
FERS
83· 3
FERS
83· 4
'FERS 149·64
tFERS 149· 65
tFERS 149· 66
tFERS 149· 67
tFERB 122· 94
tFERB 122· 95
FERS 146· 65
FERS 146· 66
tFERS 193·102
tFERB 193·103
tFERB 193·104
,FERS 193·105
FERS 153· 12
FERS 153· 13
FERB 153· 14
FERS 153· 15
tFERS 149·68
'FERS : 149·69
FERB 146· 67
FERB 146· 68
FERB 198· 53
FERB 198· 54
tFERS 149· 70
tFERS 149· 71
FERB 122· 39
FERB 1122.40
FERB 1122. 41
FERS 122· 42
tFERS
tFERS
tFERS
tFERS
tFERS
tFERS
HERS
tFERS
tFERS
tFERS
tFERS
tFERS
~~~~ Im::~
,FERB )149· 72
tFERS 1149. 73
FERS 113· 42
FERS 113· 43
FERS 146· 69
FERB 146· 70
FERS 146· 71
FERS 146· 72
tFERS 149· 74
tFERS 149·75
92.96
tFERS
92· 81
FERS
92· 82
FERB
tFERS 157· 30
157·
31
tFERS
tFERS 157·32
tFERS 157·33
tFERB 104· 7
tFERS 104· 8
tFERB 104· 9
tFERS 104· 10
tFERS 161' 31
tFERB 161·32
,FERB
61· 96
61· 97
'FERB
,FERB
61· 98
tFERS
61· 99
tFERS
61·100
tFERS
61·101
tFERS
70· 33
tFERS
70· 34
tFERS
70· 35
tFERS
61·102
FERS 181· 36
FERB 181· 37
FERS 181.38
FERS 181· 39
FERS 246·106
FERB 246·107
FERS 156· 72
FERB 156· 73
74· 74
tFERB
tFERB
74· 75
FERB
87· 43
FERS
87· 44
86· 29
+FERB
tFERS
86· 30
FERB
83· 5
181· 40
FERS
83·6
+FERB
80· 36
+FERS
80· 37
tFERS
61·103
i
ZN54121J
ZN54122E
ZN54122J
ZN54123E
ZN54123J
ZN54150E
ZN54150J
ZN54151E
ZN54151J
ZN54153E
ZN54153J
ZN54154E
ZN54154J
ZN54155E
ZN54155J
ZN54157E
ZN54157J
ZN54161E
ZN54161J
ZN54163E
ZN54163J
ZN54180E
ZN54180J
ZN54181E
ZN54181J
ZN54191E
ZN54191J
ZN54192E
ZN54192J
ZN54193E
ZN54193J
ZN54197E
ZN54197J
ZN74107E
ZN74107F
ZN74121 E
ZN74121J
ZN74122E
ZN74122J
ZN74123E
ZN74123J
ZN74150E
ZN74150J
ZN74151E
ZN74151J
ZN74153E
ZN74153J
ZN74154E
ZN74154J
ZN74155E
ZN74155J
ZN74157E
ZN74157J
ZN74161E
ZN74161J
ZN74163E
ZN74163J
ZN74180E
ZN74180J
ZN74181E
ZN74181J
ZN74191E
ZN74191J
ZN74192E
ZN74192J
ZN74193E
ZN74193J
ZN74197E
ZN74197J
ZS051A
ZS081A
ZS0111A
ZS0131A
ZSF51B
ZSF51CT
ZSF81B
ZSF81CT
ZSF111S
ZSFll1CT
ZSF131S
ZSF131CT
ZSM1A
ZSM1S
ZSSlA
ZSSlB
ZSS2A
ZSS2B
ZSS3A
ZSS3B
ZSS51A
ZSS51B
ZSS53A
ZSS53B
ZSS54A
ZSS5.4B
ZSS55A
ZSS55B
ZSS56S
ZSS57S
ZSS58
ZSS59A
ZSS59S
ZSS81A
ZSS81B
ZSS83A
ZSS83B
ZSS84A
ZSS84B
ZSS85A
ZSS85S
ZSS86B
ZSS87B
IN TYPE NUMBER SEQUENCE
MFRS Pa&Line TYPE No.
MFRS Pa&Line
~~~ 11~;:1~: I~~~~~A
~~~~
FERS 167· 49
FERSI164· 6
FERS!164· 7
FERS '164· 8
FERS 1164.9
FERB 241· 81
FERS 241· 82
FERB 1241.83
FERB 241· 84
FERS 241· 85
FERS 1241· .86
FERS
89· 75
FERB 89- -78
FERS
89· 77
89· .78
FERS
FERS 241· 87
FERS 241· 88
FERS
81· 19
I
~~~~ !
gl j~
FERS 181. 22
FERS 248· 22
FERS 248· 23
FERS,245·81
FERS 1245. 82
FERS
81· 23
FERS' 81·24
FERS
75·91
FERS , 75· 92
FERS : 81· 81
FERS 181.82
FERB
76· 13
FERS
76· 14
tFERS
61·105
tFERB
61·106
FERS . 167· 50
FERS 167· 51
FERS 164· 10
FERS 164· 11
FERS 164· 12
FERS 164· 13
FERS 241· 89
FERS 241· 90
FERB 241· 91
FERS 241· .92
FERS 241· 93
FERS 241· 94
FERS
89' 79
FERS
89· 80
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89·81
FERS
89· 82
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FERS 241· 96
FERS
81· 25
FERS
81· 26
FERB
81· 27
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81· 28
FERS 248· 24
FERS 1248. 25
FERB 245· 83
FERS 245· 84
FERS . 81· 29
FERB I 81· 30
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75· 93
FERB , 75· 94
FERS 181.83
FERB
81· 84
FERB
76· 15
FERB '76·16
tFERB 1158.22
'FERS 117·73
tFERS 158' 23
tFERS 158· 24
tFERS
49· 5
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49· 6
,FERB
49· 7
49, 8
FERB
tFERB I 49· 9
+FERB
49· 10
tFERS
49· 11
tFERB ! 49· 12
FERS 117·81
FERB 117.·82
tFERB 117 ·83
tFERB 117.• 84
tFERB 117 ·85
+FERS 117 ·86
'FERS 117' 87
,FERS 117·88
tFERS 123· 62
,FERS 123· 63
'FERS 123·64
tFERS ' 123· 65
tFERB ! 185' 63
tFERB ; 185· 64
,FERB ! 123· 66
tFERB 1123:67
tFERB 123· 68
tFERB 123 ·69
FERB 183· 46
ZSS89S
ZSSl I lA
ZSS111S
ZSSl13A
ZSSl13S
ZSSl14A
ZSSl14B
ZSS115A
ZSSl15B
ZSSl1.6S
ZSSl17S
ZSS118
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ZSSl19S
ZSS131A
ZSS131S
ZSS133A
ZSS133S
ZSS134A
ZSS134S
ZSS135A
ZSS135S
ZSS136B
ZSS137B
ZST2
ZST51A
ZST52A
ZST52S
ZST53A
ZST53S
ZST54A
ZST81A
ZST82A
ZST82S
ZST83A
ZST83S
ZST84A
ZSTlllA
ZSTl12A
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ZSTl13A
ZST113B
ZST114A
ZST131A
ZST132A
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ZST133A
ZST133B
ZST134A
lH~·
41
117· 76
117·77
123· 78
123· 79
123· 80
123· 81
185· 67
185· 68
123, .82
123· 83
123· 84
123· 85
183· 48
FERS
tFERS
tFERS
tFERS
tFERS
tFERS
tFERS
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tFERS
tFERS
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'FERS 117· 79
tFERS 123· 86
'FERS 123· 87
tFERS 123· 88
'FERS 123· 89
'FERS 185· 69
'FERS 185· 70
tFERS 123· 90
tFERS 123· 91
tFERS 123· 92
tFERS 123· 93
tFEAS 199· 15
tFERS 123· 94
tFERS·1123.95
tFERS 123· 96
tFERS 123· 97
tFERS 123· 98
tFERS '123· 99
tFERS 123·100
tFERS 123·101
'FERS 123·102
tFERS 123·103
tFERB 123·104
tFERB 123·105
tFERS 123·106
tFERS 112· 49
,FERS 112· 50
tFERS 123,107
tFERS 123·108
tFERS 123·109
tFERS 123·110
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"'''
.·Copy of mfr's data sheet
may be ordered from D.A.T.A.
47
LINE
No,
~
.
. FLOP
4 BINARY OR FLIP
FAN
POWER
TYPE
No,
~TYPE
OF ~rtl
OPER· PRO·
FLlP·ATING 'lfESS
FIJ~~'
FLOP
1#
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4,.
5,.
6
7
8
9
10
11
12
13
14
15
16
17
18
i~:'"
21
22+
23
:l4+
25
26
27
28
29
30
31,.
32,.
33,.
34,.
35
36
37
38
39
40
41
42
43
44
45
:~
48
49
50
51
52
53
54
55
56
57
;~
60
61
62+
63+
64+
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67#
68#
69#
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72
73
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RF31220
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100# ZN248
101# ZN248E
102.11 ZN294E
ZN321
ZN321E
48
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3,3
3,3
6,0
6,0
6.0
9,8%
10
10
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10
3,5%
3,5%
MOS 3,5%
Mq~ 3,5%
Mq§ 3,5%
MaS 3,5%
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Mm
PCB
PCB
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2
2
2
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1
2
0,0
1,5*
1.5*
1.5*
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15
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0
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0
70
70
0
75
0
75
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200m
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500m
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500m 450m'" ·55 125
500m 450m'"
70
500m 450m'" g
70
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70
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19m
120m
160m
100m
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10
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10
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18
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10
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20u% 4,5
20u% 4,5
20u% 4,5
20u% 4.5 ,.,
200u% 4,5 ,.,
20u% 4,5 ,.,
200u% 4,5 ,.,
20u
200u
200u
200m§
200m§
200m§
20u% 4,5 .!>
200u% 4,5 .!>
20u% 4,5 .!>
20u% 4,5 .!>
20u% 4,5 .!>
20u% 4,5 .!>
200u% 4.5 .!>
200u% 4,5 .!>
200m§
200m§
200m§
200m§
200m§
1
5,Ou
5,Ou
5,Ou
5,Ou
5,Ou'"
5.0u
5,Ou
5,Qu
5.0u
5,Ou
5,Ou'"
5,Ou
5,Ou
5,Ou
5,Ou
5,Ou
5,Ou
5,Ou
5,Ou
5,Ou
5,Ou
5,Ou
5,Ou
5,Ou
5,Ou
5,Ou
20nt
20nt
5,Ou
5.0u
5,Ou'"
5.0u
5.0u
5.0u
5,Ou
5.0u
5,Ou'"
5,Ou
5.0u
5.0u
5,Ou
5,Ou
5,Ou
5,Ou
5,Ou
5,~u
5.0u
5.0u
5,Ou
5,Ou
5,Ou
5.0u
20nt
20nt
5~~~
.~unt
5,Ou.!>
5,Ou.!>
5,Ou.!>
5,Ou'"
5,Ou.!>
5,Ou.!>
5,Ou.!>
5,Ou.!>
20nt
20nt
20nt
20nt
20nt
5,Ou.!>
5,Ou.!>
5,Ou.!>
5,Ou.!>
5,Ou.!>
5,Ou.!>
5,Ou.!>
20nt
20nt
20nt
20nt
20nt
·~5
l~
12
15
7
6n
7
6n
7 13n
7 13n
15
12
12
12
12
5
5
5
5
5,0
50n
5,0
50n
5,0
50n
5,0
50n
5,0
50n
5.0
50n
4,5 9,On
5,0
15n
15n
5.0
I
20mt
20mt
10mt
10mt
200m
500m.!>
500m.!>
500m.!>
500m.!>
110mt
110mt
110mt
110mt
19m
19m
19m
19m
19m
19m
19m
19m
19m
400m
400m
400m
400m
1,1
1.1
1.1
1,1
1,0
1.0
1,0
SYMBOLS AND CODES
EXPLAINED IN INTERPRETER
J~5
m
~~~11
M200q
M200q
FP103
FP103
M191
M191
M278
.!>OOlAO
.!>OOlAB
~gg~~~
.!>OOlAC
.!>004AG
.!>OOlAE
.!>OOlAE
.!>004AG
,.,OOlAC
.!>OOlAE
.!>OOlAO
.!>OOlAB
.!>OOlAB
.!>004AF
.!>OOlAB
M200d
M200d
M200d
M200d
M153a
~m:
B0294b
B0288
M153a
TOl16
ZB165
ZB165
ZB165
TOl16
FP28b
FP28b
T0100
T0100
Ml05m
FP21b
Ml05m
FP21b
T088
M126
T088
M126
T088
M126
M126
T088
M126
48
t' ..-
LINE
No.
,
fBJ
'.
.. ~ ,~.
TY~E
....
JjTYPE
.'
OF
'''FLlPFLOP
- No.
a- I~~~~~E
I~,
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3;H; zN348
a ~m:~T
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ZSF131CT
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2
2
2
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32# I~g~~~g
33
SW705-1P
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MIC9093-1B
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MIC9093R30
MIC9093R6.0
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2
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2
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2
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2
2
2
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63
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63
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68# ~:~~g~~~~8
69# MIC9099R70
70#
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2
~
2
2
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.
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78
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106 . SN159099F
19~
108
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l~~: ~g:g~~
49
2
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MO~
1.~~
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18Mt
18Mt
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5.0M
I~·OM
5.0M
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5.0M
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1.8%
1.8%
1.8%
1.8%
~g: 1:~%
g:
1,2*
1.8%
1.8%
Moi
1.8%
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1.8%
1.8%
MOl
1.8%
1.8%
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1.8%
MO
1.1,1%
M~~ 1.8%
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1.9%
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1.9%
M'!;
MO
1.9%
MO~
1.9%
'~~f
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5.0M
5.0M
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5.0M
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5.0M
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6.0M
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5·2 M
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1.9%
1.9%
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~~~
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MO
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MOl
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1.9%
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1.9%
1.9%
l:~:
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MOr
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1.9%
1.9%
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Moi 1.9%
'1.9%
1.9%
MOl 1.9%.
~:g~~ ~~f
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1.9%
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1.9%
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1.9%
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1.9%
MO
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1.1*
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1.1*
1,1*
1.1*
1.1*
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1.1*
1.1*
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4
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7
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1.7%
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TYPE
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2
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,(V)
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2
2
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PER-PRO~Mtu
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2.
6# ZSF51CT
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ZSF1-''''B'
36
37
38
39
~ FLOP.
4. BINARY
OR FLIP
. FAN
' LOGIC··
PROPA-
.
:
4
4
4
4
4
4
4
4
4
'4
4
4
4
4
4
4
4
4
4
4
4
4
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4
4
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4
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4
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5
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5
6
4
4
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6
5
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5
5
4
4
4
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4
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5
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g
6
10
10
10
~~~ER
SUPPLY
SPAN
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~:g l~~
g:g
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0.0
0.0
0.0
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19 Ig:g
10 0.0
10 0.0
10 0.0
10 0.0
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10 0.0
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19 Ig:g
10 0.0
10 0.0
10 0.0
10 0,0
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10 0.0
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g
9
11
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12
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24
~~
12
g
11
11
11'
11
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11
11
g
5.0
tg
4.5
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4.5
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5.0
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1~
MAX.
GATION RISE" ~ALL
DELAY' TIME TIME
~:g
6.5
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8
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8
8
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8
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8
1.0 A
l~g~§
~
19~::::
162rn§
140m§
50n%
40n%
40n%
40n%
75nA
100mt
100mt
100mt
70m
19~~:
l:g~:
80mt
:8~;
~2n%
1~2m
m~
75m
150m
140m§
140m§
150m§
75nA
76nA
75nA
75nA
Z5nA
75nA
75nA
75nA
75nA
65nA
!!~nA
66nA
65nA
75nA
75nA
65nA
g~~~
66nA
!6nA
75nA
75nA
Z6nA
~~~~ .,
70nA
70nA
70nA
70nA
~2nA
18
8
~
8
10·
0
8,0
22 0,0
22 0.0
8.0
75nA
40n%
40n%
~~~~
~
A
A
A
A
A
A
A
5 1~~5
:!i
0
-55 125
0
-55 ~g5
-55 125
0
0
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-55 125
-55 125
0
70
0
70
-55 125
.55 125
-55 125
;.OD HD
0
75
75
75
75
0
0
0
0
5
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0
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0
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0
1.0 A ·55
1.2 A 0
1.0 A -55
1.0 A 0
1.2 A 0
1.0 A 0
1.0
-55
0
l:g
0
1.0
-55
1.0
0
1.0
0
350m* -55
~g8~:
i0
5
"
~g:~
70mA
aOmA
80mA
80niA
:g~~
80mA
80mA
80mA
70mA
7g~~
70mA
52mt 1.0 A
52mt 1.0 A
SYMBOLS AND CODES
EXPLAINED IN INTERPRETER
M~~~
1
1
1
T088
1
¥~t
~~6
T05
l'
CN2
1
CN2
2 i8f201
B 2201 ~1298~ ,
2 B 22018 M294
.~ ~g~~818
2 B02201
~ :g~~8J
nil
125
75
2
2
2
2
n5
75
125
75
I~g
tflfJ'u
M294
FP2.8g
~J~:u
~ :g~~gg l~p~98~
B02200 FP28ii
B022008 M!~,!u
B022008 !~~94
B022008 294
~ :8~~8g: FP28g
2 B022018 M126u
FP~l,Ig
~ :g~~gl: ~p2298~
125
75
75
125
2 B02110
T0116
2 B02110
~g
~
:gm8
2 B02190
T0116
Ml05n
T0116
FP32
2 B02302
M313b
2 B02190
M294b
M294b
M294b
M294b
M294b
M294b
FP32
125
125
76
76
350m*
650m' -40
650m
-20 ~~
650m
75
0
-55 125
l~g~: Ig~8~ 0 75
140m§ 650m
-40 85
~u 75
l~g~: 6~2m
650m
75
81m 350m* -55 125
'!!~m 1~50m* -55 j~5
87m.
0
176m 1~~Om*
50m* 0
75
-55 125
m~: Igg8~ 0 75
81in 350m" -66 126
'!!~m
:!i 5 ~~II
87m I~gg~! 0
175in 360m* 0
76
162ni§' 1!!~2ni . :.Db
162m. 650m,
70m 350m* ~5 125
140m
j~6
~~g~: :56
0
l~g~ 350m* 0 75
140m§ 650m . -40 85
140m§ 6501)'1
-20 76
150m§ 650m
0
75
140m§ 6~2m
-55 126
150m§ 650m
76
140m§ 650m
~O 85
:20 75 .
l~g~: g~g~ 0 75 '
48mt 1.0 A 0
75
48mt I.U A o 0 75
75
80m A
80m A
0 75
76
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g 76
:~~~
0
75
0
75
1,17mA
87mA
75
0
87mA
75
0
0
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I~~
87mA
0
87mA
0
75
87mA
U 0 7675
80mA
80mA
0 75
-0 75
80mA
80mA
0 7·5
70m
-55 125
-~~
~
2 B02200
HI>
75nA
75nA
75nA
75nA
75nA
76nA
Z5nA
76nA .
50n%
50n%
75nA
75nA
g
5
5
4
a
1~2m§
80nA
80nA
80nA
90nA
90nA
90nA
50n%
~8~~
1.0
,:g
1.0
.1.0
1.0
1.0
1.0
m~: 1.0
162m§ 1.0
~g~~
~~~~
1.0
150m§
150m§
175m§
'·75m§
:8~~
70nA
l:g
1.0
l.u
1,40m§
140m§ 1:8
~~nA
g
8
g
0
:
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19m
19m
19m
19m
19m
111 m
19m
19m
~g~~
g
5
g
0
l~~
19m
90nA
90nA
80nA
80nA
g
9
9
9
10
1.0
10
10
10
9
9
9
fs)
15n
15n
50n
9.0n
50n
9.0n
50n
50n
50n
50n
75nA
75nA
75nA
75nA
75nA
75nA
75nA
75nA
75nA
76nA
75nA
70nA
70nA
70nA
?QnA
70nA
70nA
70nA
70nA
75nA
12
12
1'2
~~5)
IN ORDER OF (1)FLlP FLOP (2)LOG TYPE (3)LOG
LEV1' -14iLOG LEVO' iSIMAX FREQ iSiTYPE No•
. DRAWINGS
TEMP, ~.KT
MAX. MAX.
TOTAL NOISE
PER L()GIC OUTLI NE
PKG. REJECT LOVI HI MOt DWG. No DWG. No
c.=MO
DI~'
(V)
'C 'C
m
-66
-55 125
-!!~ 125
-55 125
.55 125
-55
.55
-55 125
-55
-55
-55 125
-65
-55
-55 125
0
76
75
0
~ :8~ng ~Jff6
~ I:gng~
~ :g~1~8 ~~~:g
~ :8~lgg
2 B02190
2 B02190
2 B02190
2
~ B02302 l~p3313b
2 B02302 M313b
B~~190 M294b
~ :?2190 M294b
2 02191 FP32
~ :g~~g~8 l~p3313b.
2 B023028 M313b
~ gg~l~l ~~~:g
2
FP32
B023028 ~p3313b
2 B023028 M31-3b
B02191.
~ B02191 ~~~:g
2 B02191 M294b
~
~ :g~m ~~~:g
2 B02191
~
M294b
:g~l~l ~~~:g
2
2
2
2
2
B02101
B02102
B02918
B02918
Ml05'
Ml05,
T084
T0116
2
2
2
2
2
2
2
B0291a
B02918
B02918
B02918
B02928
B02928
B02928
T084
T0116
M126
T084
T084
T0116
M126
2 B02928
ig::
T0116
~ :8~~1! ~J::
~ :8~~~:
~ :8~~~: ~J::
2802918
2 B02918
2 B02918.
2 B02918
T084
T01!:6
~J;:
~1~g~~l: +g~16
2 B02918
m ~ :8~~i:
m
m
~p3313b
2
2
2
2
B02928
B02928
B02928
B02928
M126
18::
T0116
M126
T084
T084
~ :g~9~: ~~2~6
2 B02928
T084
~ :8~lgi~ ~lggt.
49
LINE
No.
~:;F
3
4
5
6
7
8
9
1?-#
12
13
14
15
16
17-#
18
~g
21
22
23
24
!J
ui
TYPE
No.
~~:
~~:
33
34
35
36
~~
~~~~:J
~~J21ND
RM215G
RM215T
RM225D
RM225G
RM225T
FCJ10l
SN15931
I~~m:~
MC952F
MC952L
MC953F
MC953L
MC956F
MC956L
DN1093
DN1099
DN1094
DN1097
DM9093N
DM9094N
DM9097N
DM9099N
~Eti~~~2P.R I
m;
~~:
~~:
~ll?g~
~~16~~
98~~
99+ H211Bl
100
~g~~~~3L,P%
101
102
MC688P
MC663L,P%
SP321A
105
HEP558·RT
19~+
19~
1~~
50
,~+t
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
MC852L P%
MC853F
MC853L,P%
MC855F
MC855L,P%
MC856F
MC856L P%
SN15831
SN15831N
SN15845
SN15845N
SN15848
SN15848N
SN530
FQJ121
FQJ141
SP322B
55
FQJ131
FQJ151
K202
58
59
1100
1106
60
61
1107
62-# FCJlll
312CJ
63
64
ITT312·1D
ITT312·5D
65
311CJ
66
67
I~g~t
68
312BL
69
70
312CL
71
312ML
313AJ
72
73
I~n~t
74
313CJ
75
76
313CL
77
313ML
311AJ
78
311AL
79
311BL
80
81
311CL
82
83+ Imr1~
84+ FZJ 125
85+ FZJ101
86+ FZJ105
8H FZJ111
88+ FZJ115
89+ H159Dl
90+ H165Dl
H166Dl
Hll0Dl
93+ Hl10D2
~~+
95~1
96+ HlllD2
108
1:~:
I~
39
40
41
42
43
44
45
46
47
48
49
50
51
52
9H~
TYPE
~'MJ9L~3D
~~ I~g~gr
27
28
YPE
OF
PER· PRO·
LEVEL
LOGIC
FLIP· ATING CESS ~
.!J
'1'
'0'
FLOP FREQ.
(Hz)
(V)
(VI
RM993J
RM997D
RM997J
RM999D
RM999J
~gg~~
MC1032P
MC1232F
MC1232L
~~M~1
.
4 BINARY OR FLIP . FLOP
~~~
MO
~g~
Ma~
M~~
MO
MO~
5.0M
5.0Mt
5.0Mt
5.0Mt
14Mt
14M
14M
5.0M
7.0MI1
IZ·OMI1
7.0MI1
I~
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
M~~
~g~
Mq~
MO~
MO~
~:g~
2.0%
2.0%
2.0%
2.0%
2.0%
2.3%
2.4%
~q; ~::~
MO~
M:~
MO
MO
2.6%
2.6%
2.6%
2.6%
~g~ ~:g~
Mm
7.0MI1
7.0MI1
III·OMI1
8.0MI1
M~~
MO
MO~
M~~
~g~
M~~
M()~
Mar
MO
I~
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
~~~
MO
t~%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
~g:
~g:
MOr
M~:
7.0MI1
7.0MI1
7.0MI1
7.0MI1
7.0MI1
7.0MI1
5.0M%
5.0M%
5.0M%
5.0M%
lOOk
5.0M
5.0M
5.0M
3.0M
2.0MM
5.0Mt%
5.0Mt%
5.0Mt%
5.0Mt%
5.0Mt%
5.0Mt%
5.0Mt%
5.0Mt%
5.0Mt%
5.0Mt%
5.0Mt%
~gr
M()~
M()~
MOr
~qf
Mm
M~;
~g~
M()~
M()~
MOr
PCB
PCB
PCB
PC~
~g~
MOr
~q~ g:~:
MO~
M:~
MO
MO
~g~
MOr
M()~
M()~
MO~
M1~
MO
MO
500k%
500k%
500k%
500k%
500k%
500k%
M()~
M()~
Mar
M()~
M()!
MOr
~qf
MOr
1.0Mt%
1.0Mt%
1.0Mt%
1.0Mt%
1.0Mt%
1.0Mt%
1.0Mt%
1.0Mt%
3.0Mt%
2.6%
2.6%
2.6%
2.6%
2.6%
2.6%
2.6%
2.6%
2.6%
2.6%
2.60%
2.6%
2.6%
2.6%
2.6%
2.6%
2.6%
2.6%
2.6%
2.6%
2.6%
2.6%
2.6%
2.6%
2.6%
2.7
3.1%
3.1%
3.6%
4.3%
4.3%
5.0
5.0
5.0
5.0
5.3%
6.5*
6.5
6.5
6.5*
M~;
~gr
M()~
M()r
Mar
~Q~
MO
Mm
M~;
~:~~~~ ~g~
3.0Mt%
10Mt
Mu~
30M
M~~
6.5*
6.5*
6.5*
6.5*
6.5*
6.5*
6.5*
6.5*
6.5*
7.0*
7.0*
7.0*
7.0*
7.0*
7.5%
7.5%
7.5%
7.5%
7.5%
7.5%
8.0%
8.0%
8.0%
8.0%
8.0%
8.0%
8.0%
8.0%
~.O%
8.0%
8.0%
11%
12.5%
12:5%
12.5%
38
.75
MO
.75
MOr ·.70
·.70
75M~§
75Mt ~g~ ·.70
~~~tQl
D.A. T.A.
1.0*
l:g:
1.0*
1.0*
1.0*
1.0*
1.()*
1.0*
1.0*
1.0*
1.0*
1.0*
1.0*
.80*
.4*t
.4*t
.4*t
.40*
.40*
.40*
.40*
.40*
.40*
.40*
.40*
.40*
.40*
.40*
.40*
.45t*
.45t*
.45t*
.45t*
.45*t
.45*
.45*
.45*
.45*
.45*
.45*
.45*
.45*
.45*t
.45*t
.45*t
.45*t
.45*t
.45*t
.30
.45t*
.45t*
.60t*
.45t*
.45t*
0.0
0.0
0.0
0.0
.4t*
5.0%
5.0
5.0
5.0%
5.~%
5.0%
5.0%
5.0%
5.0%
5.0%
5.0%
5.0%
5.0%
5.0%
5.0%
5.0%
5.0%
5.0%
5.0%
5.0%
4.0*
4.0*
4.5*
4.5*
4.5*
4.5*
6.0*
6.0*
6.0*
6.0*
6.0*
6.0*
6.0*
6.0*
6.0*
6.0*
6.0*
1.8*t
1.50*t
1.50*t
1.5*t
.60
·1.6
·1.6
·1.8
·1.8
·1.8
IN
f.?J
DTL
DTL
DTL
DTL
DTL
DTL
DTL
DTL
DTL
DTL
DTL
DTL
DTL
DTL
DTL
DTL
git
DTL
DTL
DTL
DTL
DTL
DTL
DTL
DTL
DTL
DTL
DTL
DTL
DTL
DTL
DTL
DTL
DTL
DTL
DTL
DTL
DTL
DTL
DTL
DTL
DTL
DTL
DTL
DTL
DTL
DTL
DTL
DTL
DTL
DTL
DTL
DTL
DTL
DTL
DTL
DTL
DTL
DTL
DTL
DTL
DTL
DTL
DTL
DTL
DTL
DTL
DTL
DTL
DTL
DTL
DTL
g+t
DTL
DTL
DTL
DTL
gR
DTL
DTL
DTL
DTL
DTL
DTL
DTL
g:::t
DTL
DTL
DTL
DTL
DTL
DTL
DTL
DTL
DTL
DTL
DTL
DTL
ECT
ECT
ECT
ECT
ECT
ECT
~
4
4
4
4
4
4
4
5t
8
8
8
~
8
7
7
7
7
4
4
4
4
4
4
4
4
4
5
4
5
4
4
8
8
4
4
4
4
4
4
4
4
4
7
7
7
7
7
7
6
3t
3t
5
3t
3t
2
7
5
4
5
5
5
5
10
~
5
5
5
5
5
5
5
5
5
10
10
10
10
10
5
5
7
7
10
10
2
2
2
4
4
4
4
4
4
2
2
4
5
5
4
~
5
5
5
MAX.
PROPA·
~()WER
FALL
SUPPLY GATION RISE
DELAY TIME TIME
SPAN
Ir
If
N~G POS
(VI
(sl
(sl
(sl
I(VI
g 5.06 40n
;~
12
40n
0 5.0
5.~
~?n
g 5.0
35n
35n
12
0 5.0
12
35n
0 5.0
12
40n
5.0
0
40n
12
0 5.0
8
8
0
15
0 6.0
15
0 6.0
15
0 6.0
10
0 6.0
lOt 0.0
6.0
60n%
6.0
60n%
l¥t 0.0
6
0
14
8
75nl1
0
0
75nl1
75nl1
0
5.0
40n
20 0.0
0.0
5.0
40n
20
5.0
40n
20 0.0
5.0
40n
20 0.0
18 0.0
5.0
40n
40n
18 0.0
5.0
18 0.0
5.0
40n
18 0.0
5.0
40n
12 0.0
5.0
50n%
12 0.0
5.0
50n%
11 0.0
5.0
40n%
11 0.0
5.0
40n%
5.0 100nl1
0.0
0.0
5.0 100nl1
0.0
5.0 100nl1
0.0
5.0 100nl1
0.0
5.0
40n
24 0.0
5.0
40n
24 0.0
5.0
40n
24 0.0
5.0
40n
24 0.0
5.0
40n
22 0.0
5.0
40n
22 0.0
5.0
40n
22 0.0
5.0
40n
5.0
40n
22 0.0
14
8 75nl1
0
14
0
8 75nl1
24
0
8 75nl1
24
0
8 75nl1
0
8 70n%
22
0
8 75nl1
22
0
4 60n
45n
40n
10
75n
12 0.0
5.0
25n%
75n
75n
12 0.0
5.0
25n%
75n
9 0.0
5.0
65n
11 0.0
5.0
75n
25n%
65n
11 0.0
5.0
25n%
75n
240u 120u
15 0.0
5.0 5.0u
25n
10 4.8
5.2
50n
50n
5.2
25n
50n
50n
10 4.8
5.2
50n
10 4.8
50n
25n
8
0
8 140n
12 80nl1
5 0.0
12 80nl1
0.0
0.0
12 80nl1
5 0.0
12 255nl1
15 ~~Onl1
5 O.~
15 600nl1
5 0.0
12 600nl1
5 0.0
12 600nl1
5 0.0
15 600nl1
5 0.0
15 600nl1
5 0.0
5 0.0
15 600nl1
12 600nl1
5 0.0
12 600nl1
5 0.0
5 0.0
12 600nl1
15 600nl1
5 0.0
15 820nl1
6 0.0
15 820nl1
6 0.0
12 820nl1
6 0.0
6 0.0
12 820nl1
15 820nl1
6 0.0
10 0.0
12
10 0.0
12
10 0.0
12 770M 340nt 120nt
12 770nl1 340nt 120nt
10 0.0
12 770nl1 340nt 120nt
10 0.0
10 0.0
12 770nl1 340nt 120nt
25 0.0
20 770nl1
25 0.0
20
25 0.0
20
20 600nl1
25 0.0
16 0.0
20 600nl1
16 0.0
20 ~OOnl1
20 600nl1
25 0.0
16 0.0
20 600nl1
16 0.0
20 600nl1
16
25 0.0
25 0.0
16
9 0.0
12 180n
4.0n
4.0n
10 0.0
15 450n
10 0.0
15 450n
36nt 5.0nt
15 180n
9 0.0
13
0
6 35n
5 0.0
6.0
15n
16n
25 5.2
12n
~~n
18n
25 5.2
12n
16n
8,5n
0.0 5.0n%
8.5n
25 5.2
25 5.2
0.0 5.Qn'J6
8.5n
8.5n
25 5.2
0.0 5.0n%
FAN
OUT
MAX.
g
~~
~
ggg~~
g
~:~~
IN ORDER OF (1)FLlP·FLOP (2)LOG TYPE (3)LOG
LEV1' /4ILOG LEV'O' /5IMAX FREQ /6ITYPE No.
TEMP.
CKT
DRAWINGS
MAX. MAX.
TOTAL NOISE
PE~[ LOGIC OUTLI~.E
PKG.
REJECT LOv\ HI MO DWG. No DWG. No
DISS.
ll=MO
(V)
(W)
'C
'C
.550
~~b~~
280mt Jgom
FP28
280mt 500m
2
·55 125
Ml05m
:!24mt 5Q~m
·55
324mt 500m
FP28
~
·55
Ml05m
324mt 500m
125
2
·55
FP28
324mt 500m
2
·55 125
2
Ml05m
280mt 500m
·55 125
FP28
280mt 500m
2
·55 125
2
T0116
100m
0 75
55mt 550m
1 ~g~~~9 Ml05k
·55 125
55mt 550m
1 B0265
T084
·55 125
TOIOI
55mt 550m
1 B0255
·55 125
55mt 650m
125
1
Ml05m
·55
35m 550m* ·55 125
1 B02678 FP21e
1
35m 550m* ·55 125
0 75
1
81m 1.2 11
20m
1 B0287
T084
·55 125
1
·55 125
ig~:
~g~
1
·55 125
2 B02101 T086
120mt
·55 125
T0116
120mt
2
·55 125
19la T086
120mt
2
·55 125
2 B02101a T0116
120mt
·55 125
2 B02101b T086
140mt
·55 125
2 B02101b T0116
140mt
·55 125
140mt
2 B02101e T086
·55 125
140mt
2 B02101e TOl16
·55 125
2 B02102 T0116
48mt 1.011
0
75
48mt 1.0 11
0
75
2 B02101 T0116
2 B02102a T0116
52mt 1.011
0
75
2 B02101b T0116
1.011
0
75
75
2 B02190 M344
0
75
2 B02190a M344
0
225~;
1 B02191a M344
225m
0
75
1 B02191b M344
180m~
0
75
0
75
2 B02254 T0116
2 B02101 T086
0
75
120mt
0
75
2 B02101 T0116
2 B02101a T086
120mt
0
75
2 B02101a T0116
120mt
0
75
2 B02101b T086
140mt
0
75
2 B02101b
140mt
0
75
140mt
0
75
2 B02101e ig~~6
140mt
0
75
2 B02101e T0116
1 B0287
0
75
~~mt
30mt
0 75
1 B0287
1 B02103 T084
20mt
0 75
20mt
0 75
1 B02103 M126
20mt
0 75
1 B02103a T084
0 75
1 B02103a M126
20mt
ZB5
1 B024e
27m 200m
·55 125
2 B02201 T0116
0
150m 1.0 11
75
2 B02200 T0116
150m 1.011
0
75
2 B02250 M256
0
75
1.1 *
2 B02201a TOll6
127m 1.0 11
0
75
2 B02200a T0116
175m 1.0 11
0
75
2
550m 1.6
0
65
6
450m 1.0
0 70
C~~
CB
0 70
8
600m 1.0
0 70
8
600m 1.0
1 B038v
13m
0 75
M319
2 B038a
280m 3.5
·35 80
2 B02259 M200d
·55 125
2 B02259 M200d
·30 85
1 B02148 M319
180m 3.5
·35 80
70
~Q~lIq
I~:~
:~g 70
B038q
IM200'
2 B0380
360mt 3.5
'55 125
M200j
2 B038q
360mt 3.5
·30 85
M200j
2 B038q
620mt 3.2
·55 125
M319
2 B0380
620mt 3.2
·30 70
2 B038q
620mt 3.2
·30 70
M~QOj
2 B038q
M200j
360mt 3.5
·55 125
2 B038a
IM319
360mt 3.5
·30 85
2 B038q
M200j
·30 85
~~Omt 3.5
2 B038q
M200j
620mt 3.2
·55 125
1 B02148 M319
375mt 3.2
·30 70
1 B0214.8 M200j
375mt 3.2
·30 70
1 B02148 M200j
216mt 3.5
·55 125
1 B02148 M200'
216mt 3.5
·30 85
1 B02148 M200j
375mt 3.2
·55 125
2 B02266 M117aa
288m§ 5.011
0
70
2 B02266 Ml17aa
288m§ 5.011
·25 85
1 B02242 M117aa
168m§ 5.011
70
0
1 B02242 M117aa
168m§ 5.0 11
·25 85
1 B02242a M117aa
168m§ 5.011
70
0
1 B02242a M117aa
168m§ 5.011
·25 85
5.011
0
75
75
0
5.011
0
75
5.011
2 B02245 M294
700m§ 5.011
0
75
384m§ 5.011
2 B02245 M294
·55 125
2 B02245 M443a
448m§ 5.0 11
·40 85
700m§ 5.0 11
75
2 B02245a M200e
0
384m§ 5.0 11
2 B02245a M200e
·55 125
2 B02245a
5.011
·40 85
j~g~~ 5.0 11 0 75
2 B02245 ~~~ge
75
2 B02245a M200e
700m~ 5.0 11
0
2 B038t
200mt
·30 75
2 B02271 ~~~\6
375mt
·30 75
2 B02271 M278
375mt
·30 75
2 B038t
200mt
·30 75
75
2
90mt 800m
CNg
87m
1
85m
·55 125
~~~1
~gm
1
85m
·55 125
75
2 B02214 M278
180mt
0
2 B02214 T086
180mt
·55 125
2 B02214 T0116
180mt
·55 125
1~~
~
m
~g~g~: ~~1~6
~g~lg~a
~g~
1~~~~
m~~
m~~
~g~16
g~g~~
SYMBOLS AND CODES
EXPLAINED IN INTERPRETER
~
~~6~j
m\~~
50
LINE
No.
f§J
rr
TiYPE
OF
FlIPFLOP
TYPE
No.
2
I~~~~HF
I~
3
4
5
6
MC1227l
MC314F
MC314G
MC364F
2
2
40M
40M
,
2
I~~~
M~~ -·Z~
2
2
2
2
100M
SP1232
SP1027
SP1227
MC1Q13P
1~
~ggm
2
2
18
N 1027A
2
33
10135F
MC10135l
MC10135P
SN10135J
SN10135N
SN10302J
SN10302N
HEPC3400P-RT
HEPC3401 P-RT
~~~~~~-RT
HEP583-RT
2
2
2
2
2
2
2
2
2
2
2
2
MC9802P
MC9822P
MC920F
42
43
44
45
46
47
48
MC922G
MC976F
MC982G
MC820F
MC820G
MC822F
MC822G
:~
30M
30M
30M
~9M
70
71
72
~~
81
82
83
84
85
86
87
88
89
90#
91
92
93
94
2
2
2
2
2
140Mt
140Mt
140Mt
125f11!~
2
2
2
2
2
2
2
2
2
MC926F
MC926G
MC816F
MC816G
MC874'G
MC890F
MC891F
MC826F
MC826G
125M~•. MC?~-.98%
150Mh MOo·.98%
150Mt'll MO~-.98%
M~! -1.8%
MOr -1.8%
~g~
1.0Mt
MO~
3.0MtlO ~g~
MO~
~g~
4.0Mt
2
4.0Mtr~
M~~
8Mt M~~.
MO~
MO~
8Mt
1.0Mt
3.0Mt¢
4.0Mt
4.0Mt
4.0Mt
4.0Mt
4.0Mt
MO~
M~~~~
MO
MO
~2~
M~!
MOr
'~qf
MOr
2
2
2
2
2
2
2
2
2
2
2
2
.75%
.75%
.75%
.75%
.75%
.75%
.80%
.80%
.80%
.80%
P
FAN
POWER PROPAMAX.
IN lOUT
SUPPLY GATION RISE FALL
MAX.
SPAN
DELAY TIME TIME
I
NEG pas
tf
I
IV)
(VI
(sl
~~I
isl
3.0M
4.0Mt
4.0Mt
4.0M
4.0M
4.0M
35M
~q~
Mm
M~r
M~~
Mm
Mq~
~g~
.82%
.84%
.84%
.84%
.84%
.84%
.84%
.84%
.85%
.85%
.85%
.85%
.85%
.85%
.88%
.88%
.88%
.88%
1.1
1.1
1.1
1.1
1.1
1.1
1.1
1.1
1.1
1.1
1.1
1.1
2.5
2
2
2
2
2
2
2
75Mt MOr
20M% MC?~
20MM MO~
20Mtr'1!~ MO
Mo:r~
20Mt
50Mt MO
50Mt~ MO~
50M!~ MC?~
50Mh MOo
2
2
2
2
D.A. T.A.
1.4%
1.4%
1.4%
1.4%
1.4%
1.4%
1.4%
1.4%
1.6%
1.6%
1.6%
1.6%
1.6%
16%
,.,6%
1.6%
5.2
55 . 2
0
00
0
0
0
~.2
5:2
5.2
16n
', 6 n
16n
16nll
16nll
~gf 1~
~~ ~:~
8:g
~:g~
ECT
25
0.0
4.5n
4.0n
4.0n
6.0n
6.0n
6.0n
4.0n
6.0n
4.5nll
4.5nll
3.0n
3.0n%
3.0n%
3.5n
3.5n
3.5n
3.5n
8.5nll
6.0nll
15n
36n
80n
15n
55n
75n
55n
75n
50n
50n
70n
70n
50n
:l:~:i
-1.8
-1.8
~gi
ECT
ECT
l:~:i ~gi
5
184
4
~
-1.6*t
-1.6*t
-1.6*t
-1.6*
-1.6*
-1.6*
-1.6*
-.70*t
-.70*t
ECl
ECT
ECT
ECT
ECT
ECT
ECT
ECT
ECT
~it
:
.45*
.45*
.45*
.45*
.45*
.45*
.46*
.46*
.46*
.46*
RTl
RTl
RTl
RTl
RTl
RTl
RTl
RTl
RTl
RTl
RTl
RTl
RTl
RTl
RTl
RTl
4
4
4
4
4
4
4
4
5
5
4
4
4
4
5
5
~it
:
RTl
RTl
RTl
RTl
RTl
RTl
RTl
RTl
RTl
RTl
~it
.46*
.57*
.57*
.57*
.57*
.57*
.57*
.57*
.55*
.55*
.55*
.55*
.55*
.55*
.55*
.46*
.46*
.46*
.46*
.46*
.46*
.50*
.50*
.50*
.50*
.10
.10
.10
.10
.10
.10
.10
.10
.10
.10
.10
.10
.50t
2
2
25
25
25
:~:~~
2
2
2
2
ECT
2
ECT
~
ECT~
ECT
2
ECT'6
ECT
6
-1.6t
.~~~
.80%
.80%
.80%
.82%
.82%
.82%
.82%
.82%
.~2%
2
2
2
51
MO~
MOo
2
2
16
:':6
-1.6
-1.6
-1.6
-1.6
2.0M
4.0Mt
4.0Mt
4.0Mt
4.0Mt
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
MC782G
MC791F
MC776F
MC723F
MC723G
MC726F
MC726G
MC790F
9967DC
GTB74S112
RF3130D
AF3130K
AF3132D
RF3132K
95.~ FLJ271-74107
96. FLJ275-84·107
97# TlOOD2
109# Tl20Bl
110jt, Tl20Dl
r·O·
(VI
MOr
2
MC726P
MC790P
MC791P
~~: i18~~~
MO:~~ -.96%
MO -.96%
MO -.96%
MO~ -.98%
2
2
2
2
2
2
MC876P
MC916F
MC916G
100# Tl01F2
101# Tl20D2
102# T121D2
-.85
-.85
2
2
2
2
~~~~~~
~~H~~
121
1:8~i~ ~g~ ::~~~
2
58
59
60
61
62
63
64
65
66
TYPE
141
j8~i~ ~g~ J~~
2
52
53
54
LOGIC
LEVEL
MO~ ::75
85M
I~
2
37
38
39
roPER- PROATING CESS 31
FREQ.
~'1'
(Hz)
tVl
Mor 75
MOr ::75
MOr-.75
M~~ ·.75
M~~ ·.75
MOr ·.75
2
~~: ~~~~J~
~~
4. BINARY OR FLIP . FLOP
2
12+
13.
14.
15
22
23
24
25
26
27.
28.
29
30
15 I M~1
.80*
.80*
.90*
.90*
.90*
.90*
.90*
.90*
.85*
.85*
.85*
.85*
.85*
.85*
.85*
.85*
RTl
RTl
RTl
RTl
RTl
RTl
RTl
RTl
RTl
RTl
RTl
RTl
RTl
RTl
RTl
I RTl
RTl
RTl
ATl
ATl
ATl
ATl
ATl
RTl
RTl
RTl
RTl
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
5.2
~~ ~:~
25
25
5
5
5
5
5
5.2
5.2
~:~
8:8
0.0
0.0
8:8
5:2
5.2
5.2
5.2
5.2
5.2
5.2
5.2
5.2
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
~8
8:8 U
2
20
3
4
3
4
4
4
8
8
4
4
4
4
8
8
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0
0
0.0
0.0
0
0
4.0
3.6
3.6
3.6
3.6
3.6
4
4
4
4
4
4
4
4
4
4
5
4
4
4
4
4
4
5
5
4
8
4
6
6
10
6
10
5
5
6
0.0
0.0
0
0
0
0
0
0
0
0
3.6
3.6
4
4
:4
1
10
10
4
5
5
5
4
4
5
4
4
4
5
4
4
4
4
5
5
4
4
4
4
4
5
5
4
8
5
3
3
3
3
4
4
10
10
10
10
5
5
10
10
10
10
10
10
5
5
25
25
:
g :
4
4
4
4
4
4
g6 8
:4
0
10
5
5
8
4
20
32
20
32
20
32
20
32
4
4
8
8
4
22
4
20
20
32
32
20
12
10
11
11
0
0
0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0
0
0
0
0
0.0
0.0
0
0
0
2.0
0.0
9
9
0
0
0
0
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
4
4
4
3.6
3.6
3.6
3.6
3.6
3.6
3.6
3.6
3.6
3.6
4
4
4
4
4
4
4
3.6
3.6
4
35n
30n
35n
35n
40n
35n
35n
35n
7.5n
6.0n
125mt
18Cmt
180mt
250mt
·250mt
125mt
125mt
-55 125
0
75
-55 125
0
75
-55 125
0
75
-55 1'25
5
~5
1
2
2
1
1
1
1
1
~~g:::t
400m
125m 400m
280mt
280mt
235mt
280mt
280mt
208mt
208mt
268m
268m
125mt
250mt
1~8:::i
'n
0
75
-55 125
-55 125
-30 85
-30 85
-30 85
0.85
0
85
0
85
0
85
0
75
0
75
15 55
o
15
15
o
o
-55
-55
-55
-55
-55
-55
o
o
15
188:::
'~~:::i
I
91mt
91mt
100mt
100mt
182mt
1.0
37mll
110mt
110mt
110mt
110mt
200m§
200m§
115m§
115m§
140m§
140m§
300m§
300m§
140m§
140m§
140m§
165m§
165m§
165m§
300m§
300m§
o
o
o
o
o
35mt
41m
91m
100mt 300m
182mt
115mt
91mt
100mt 300m
182mt
115mt
20mt
20mt
24mt
24mt
23mt
40n
32nll
32nll
7.5n
6.0n
11~g~lg: +g~Jtj
1 B02104
B0276
B0276
B0277
-55
-55
-55
-55
-55
-55
-55
54mt
65mt
108mt
115mt
35n
40n
35n
35n
40nll
40nll
30nll
30nll
30nll
30nll
32nll
32nll
30nll
30nll
30nll
7.5n
7.5n
7.5n
8.5n
8.5n
5.0n
5.0n
45n
2.0nt
2.0nt
I~~
-55 125
-55 125
-55 125
0 75
g8:::i
188:::
54mt
~~~
5
5
5
5
7.5n
7.5n
7.5n
8.5n
8.5n
5.0n
5.0n
4.5n
2.0nt
2.0nt
g
~~g:::~
250mt
150m
150m
150m
182m
24mt
182m
24mt
15mt
15mt
17mt
17mt
31mt
15mt
20mt
20mt
24mt
24mt
41mt
23mt
35mt
41m
54mt
54mt
65mt
108mt
115mt
50n
40n
50n
50n
70n
70n
80n
40n
50n
35n
35n
36n
36n
35n
16n
',66nn
16n
16n
16n
250m
. 23m
50n
50n
70n
70n
4
4
4.5
5.0 3.0n
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
16n
', 6 n
16n
16n
16n
IN OROER OF (1)FLlP·FLOP (2)LOG TYPE (3)LOG
LEV1' /4ILOG LEVa' /SIMA)( FREQ /6ITYPE No.
MAX. MAX.
TEMP. CKT
DRAWINGS
TOTAL NOISE
PER LOGIC OUTLINE
PKG. REJECT LOVI HIMQ[ DWG. No DWG. No
D!.S~.
nn
6=MO
IWI
IVI
'C 'C
500m
1.1
1.1
1.1
1.1
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
o
o
o
o
o
o
o
o
15
15
15
15
15
o
o
o
o
15
15
15
15
15
15
15
15
15
15
15
15
15
o
-55
-55
II
II
II
II
II
II
II
II
II
II
II
II
II
II
II
II
SYMBOLS AND CODES
EXPLAINED IN INTERPRETER
o
o
o
-25
-55
-55
-55
-55
-55
-55
o
o
o
o
o
o
o
o
70
55
55
75
75
125
125
125
125
125
125
75
75
75
75
75
75
55
75
125
125
125
125
125
125
125
100
100
100
100
100
100
100
75
55
55
55
55
55
75
75
75
75
55
55
55
55
55
55
55
55
55
55
55
55
55
70
125
125
75
75
70
85
125
125
125
125
125
125
75
75
75
75
75
75
75
75
B02104
802299
B02299
B02298
B02298
B02202
B02202
B02202
TOl16
T091
CN9
T091
M257a
u")nn,.
M200~
M257a
M257a
TOl16
T086
mn~
2
2
2
2
2
2
2
2
2
1
1
1
2
1
1
2
2
2
2
1
B0221
B02246
B02198
B02246
B02198
B0230a
M153a
FP85
M 191
M 153e
M 191
M278
M 153d
M 117x
M 153d
M 117x
TOl16
TO 116
CN34
T0116
T099
T099
TO 116
T0116
TOl16
TOl16
T091
1
2
1
1
B02119
B02120
B0230a
T0100
T086
T099
T091
B02278
B02278
B02268
B02268
B02268
B02296
B02296
B02296
B02296
B02202
B02202
B0221
1B0227
:8~~~a
1 :g~~~a
ig~~
ig~~
1
2
1
1
2
1
1
1
2
2
B0227
B02119
B02120
B0227a
B02113
B0230
B0230
B02118
B02121
B02118b
T0100
T086
T099
TO 116
T01l6
T091
T099
T099
T086
T086
1
1
2
2
1
1
1
2
2
2
2
2
1
1
2
2
1
1
1
1
1
2
2
1
1
1
1
2
1
2
2
2
2
2
B0230
B02118
602121
B02118b
80227
B0227
B0227a
B02113
B0230b
B0227a
B02121a
B02118a
B0230b
B0227a
B02121a
B02118a
B0230
B0230
B0227
B0227
B02120
B02118b
B02119
B0230
B0230
B0227
B0227
B02121
B02149
B02257
T099
T099
T086
T086
T091
T0100
T0116
TOl16
T0116
TOl16
TOl16
TOl16
TOl16
TOl16
TOl16
T0116
T091
T099
T091
T0100
T099
T086
T086
T091
T099
T091
T0100
T086 "
TOl16
2 B02211
2 B02211
B02167
B02167
B02168
1 B02168
2 B02224
2 B02225
B02167
B02167
B02167
B02168
B02168
B02168
2 B02224
2 B02224
Ml05m
FP21b
Ml05m
FP21b
M126p
M126p
M294
FP28g
M294
FP28g
M200m
M200m
MI26u
M294
FP28a
M267
M200m
51
LINE
No.
~
4. BINARY OR FLIP
~TYPE
~Mt1
OF
OPER- PRO-
TYPE
No.
FLlPFLOP
~
~: T;~;gl
3#
4#
5
6
7
~#
10
11
12
13
14
15
16#
17#
18
19
20
21
22
23
24
T176D2
T176F2
9000DM
9000FM
~g~:~~
MIC9024-1D
9001DM
9001FM
9020DM
9020FM
9022DM
9022FM
1~:g~g~~lg
TF50F
TF50J
TF51F
TF51J
TF60F
TF60J
TF61F
TF61J
TF250F
27
TF250J
28
TF251F
29
TF251J
TF260F
30
TF260J
31
TF261F
32
TF261J
33
34# T176Bl
35# T176Dl
36# T176Fl
SN29000J
37
38
SN29000N
39
9000DC
40
41
42
9024FC
~~
55#
56
57
58
59
60
61
62
63
64
65
66
g~
69
70
71
72
73
74
75
76
77
78
79
80
81
82
83
84
85
86
87
g~
90
91
92
93
94
95
96
~~
99
19~
10:.!
103
104
105
52
2
2
2
2
2
2
2
2
2
2
I~
MO
~g~
25Mt~
M~~
25M!~ MO
25Mt'l! Mm
50M1;
50Mt MO
50Mt'l' MO
M:~
50M!~ M~~
50Mt
50Mt ~g~
50Mt~ M=MO
(W)
(V)
'C
'C
1.7%
1.7%
1.7%
1.7%
1.7%
1.7%
1.7%
1.7%
1.7%
1.7%
1.7%
1.7%
1.7%
1.7%
1.7%
1.7%
1.7%
1.7%
1.7%
1.7%
1.7%
1.7%
1.7%
1.7%
1.7%
1.7%
1.7%
1.7%
1.7%
1.7%
1.7%
1.8%
1.8%
1.8%
1.8%
1.8%
1.8%
1.8%
1.8%
1.8%
1.!!~
1.8%
1.8%
1.8%
1.8%
1.8%
1.8%
1.8%
1.8%
1.8%
1.8%
1.8%
1.8%
1.8%
1.8%
1.8%
1.8%
1.8%
1.8%
1.8%
1.8%
1.8%
1.8%
1.8%
1.8%
1.8%
1.8%
1.8%
1.8%
1.8%
1.8%
1.8%
1.8%
1.8%
1.8%
1.8%
1.8%
1.8%
1.8%
1.8%
1.8%
1.8%
1.8%
1.8%
1.8%
1.8%
1.8%
1.8%
1.8%
1.8%
1.8%
1.8%
1.8%
1.9%
1.9%
1.9%
1.9%
1.9%
.90*
.90*
.90*
.90*
.90*
.90*
.90*
.90*
.90*
.90*
.90*
.90*
.90*
.90*
.90*
1.2*
1.2*
1.2*
1.2*
1.2*
1.2*
1.2*
10
10
8
8
FAN
OUT
MAX.
. FLOP
14()m
140m
140m
40mt
40mt
40mt
40mt
40mt
40mt
40mt
:gg~
400m
500m'"
500m'"
500m'"
500m'"
500m'"
500m'"
500m'"
60mt ~gg~~
60mt 500m'"
~Omt 500m'"
60mt 500m'"
60mt 500m'"
60mt 500m'"
60mt 500m'"
60mt 500m'"
400m
400m
400m
~lJmt
l:g~;
140m
140m
1~2:;
400m
400m
400m
140m
140m
l~~~;
55m
55m
55m
55m
55m
55m
55m
55m
65m
65m
65m
65m
65m
65m
65m
65m
40mt
40mt
40mt
40mt
40mt
40mt
40mt
40mt
60mt
60mt
60mt
60mt
60mt
60mt
60mt
60mt
7.2m%
500m'"
500m'"
~gg~~
500m'"
500m'"
500m'"
500m'"
500m'"
500m'"
500m'"
500m'"
500m'"
500m'"
500m'"
500m'"
SYMBOLS AND CODES
EXPLAINED IN INTERPRETER
Ig
0
0
0
0
0
0
0
Ig
0
0
-55
-55
-55
-55
0
0
0
0
-55
-55
-55
-55
0
0
0
0
-55
-55
-55
-55
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
-55
m
125
125
125
125
125
125
125
75
75
75
75
75
75
75
75
75
75
75
75
75
75
75
75
75
75
75
75
75
75
125
125
125
125
75
75
75
75
125
125
125
125
75
75
75
75
125
125
125
125
75
75
75
~~
75
75
75
75
75
75
75
75
75
75
75
75
75
75
75
125
75
g 75
0 75
0 75
~I:g~~~~ ~~g~m
M200m
1 B02185
1 B02185
11:g~m
1
1
1
2
2
2
2
2
2
1
1
1
1
1
1
1
B02185
B02185
B02185
B02187
B02187
B02187
B02187
B02187
B02187
B0242
B0242
B0242
B0242
B0257
B0257
B0257
11 B0242
~g~~~
1 B0242
1 B0242
1 B0257
11 B0257
~g~~~
1
1
1
1
1
1
1
2
2
1
1
1
1
2
2
B02167
B02167
B02151
B02151
B02185
B02185
B02185
B02151
B02151
B02187
B02187
M157
FP28b
M153a
FP47a
M153a
M157
FP28b
M153a
FP47a
M153a
FP47a
M153a
M153a
FP21c
T0116
FP21c
T0116
FP21c
T0116
FP21c
~~n:
T0116
FP21c
T0116
FP21c
T0116
FP21c
T0116
M267
M200m
M157b
M126e
M157
FP28b
M153a
FP47a
M153a
M157b
M126e
M157b
M126e
M157
FP28b
M153a
FP47a
~ ~g~m ~p~5laa
2 B02187
~ BOZ187
M153a
M153a
2
2
2
2
2
2
2
1
1
1
1
1
1
1
1
1
1
1
1
;
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
B0242
B0242
:g~g
B0257
B0257
B0257
B0257
B0242
B0242
B0242
FP21c
T0116
FP21c
T0116
FP21c
T0116
FP21c
T0116
~bW6
FP21c
T0116
FP21c
T0116
B0257
FP21c
B0257
T0116
B0257
B02283a FP69b
:g~~~
~g~lg~ :::g~~6
B02168
B02168
T086
T0116
125
1 B02255
FP115
125
1 B02255
FP115
1 B02255
M314
125
1 B02255
FP115
125
1 B02255
FP115
52
LINE
No.
~
.
. FLOP
4 BINARY
OR FLIP
LOGIC
FAN
POWER PROPA-
1 TYPE~Mt1
OF
PER- PRO'FLlP- ATING CESS]J
TYPE
No.
FLOP
1
2
3
4
5
B
7
8
9
10
11#
12#
I~ANM;jHb lU/U:lI~U:ll,;l,;t
1~
18
19
20
21
~~
24
~~ ...
27
~g
30
31
32
33
34
35
36.
37.
38.
39.
40.
41.
42.
43.
44.
45.
4.,.
47.
48.
49.
50+
51
52
53
54
55
56
57
58
59
60
g~
63
~~
66
67#
68#
69
70
71
72
77..,
78.
79
80
81
SUPPLY
SPAN,
I~~G r~S
(Ill
MAX.
GATION RISE FALL
DELAY TIME TIME
tr
(s)
(sl
fs,
TTL
9
10
0.0
5.5
250nt.
11m
-55
125
1 B02255
M314
2.5Mt.~ MO~
2.0%
.60*
TTL
4
10
0.0
5.5
250nt.
22m
-55
125
2 B02203
FP115
2.5Mt.¢ MOll
JANM3851 0/021 03CA
'..
12
2.5Mt.¢ MO~
JAN M3851 0/021 03CA
2.5Mt.~ MO~
.
,1.2
2.0%
.60*
TTL
4
10
0.0
5.5
250nt.
22m
-55
125
2 B02203
FP115
2.0%
.60*
TTL
4
10
0.0
5.5
250nt.
-55
125
2 B02203
FP115
2.0%
.60*
TTL
4
10
0.0
5.5
250nt.
,22m
I·,
22m
-55
125
2 B02203
FP115
·2.5MMl i MO~
2.0%
.70*
TTL
8
10
0.0
5.5
250nt.
22m.
-55
125
2 B02256
FP115
FP115
2,5Mt.¢
JANM38510/02103BA
JANM38510/02:103BA
.JANM38~10!021104BA.
iJANM38510/02104BA
2.5Mt.¢ Mar 2.0%
12
JANM38510/02104CA
2.5Mt.ll> MOr 2.0%
JANM38510/oR04CA
2
2.5Mt.0 Mar 2.0%
NC74L72N
2
3.0M%t.
2.0%
SFC472LE
2
3.0M%t.
2.0%
SFC412LEM
2
3.0M%t. MO~ 2.0%
2
M~~ 2.(j%
2.0%
2
SN74L78J
2
3.0M%t.
2.0%
2
2.0%
!3'P1Mlt~
g~~~'t?7~~ , 2
2.0%
DM54L72J
2
llMt'lE
2.0%
2
l1M!~ MO 2.0%
l1Mt
2.0%
2
DM54L73J
2
l1Mt'lE MO
2.0%
2
DM54L~3N
2.(j%
l1M:~
2
llMt
2.0%
L8~54L74N
M54L78F
2
llMt MO~ 2.0%
2
llMt~ Mq~ 2.0%
2
llMt~ Mq~ 2.0%
DM74L72F
2
llMt% MO~ 2.0%
DM74L72J
2
2.0%
lIM:~
DM74L72N
2
llMt
2.0%
DM74L73F
2
llMt MO
2.0%
DM74L73J
2
lIM:~ M~~ 2.0%
OM74L73N
2
llMt
2.0%
DM74L78F
llMt ~g~ 2.0%
2
2
2.0%
lIM!~
2
MO
2.0%
11~~ M~~
SN54LS109J
2
25M
MO~ 2.0%
SN54LS109W 2
25~?:1 M~~ 2.0%
SN54LS73J
2
2.0%
30~g
SN54LS73W
2
30M
2.0%
SN54LS76J
2
30~?:1 M~~ 2.0%
SN54LS76W
2
2.0%
30~~
~g~ 2.0%
SN54LS78J
2
30M
2
30~?;1 Mq~ 2.0%
2
2.0%
30~~ Mq~
SN54LS112W 2
30M
MO~ 2.0%
SN54LS113J
2
2.0%
30~?:1
SN54LS113W 2
2.0%
30~g MO
SN54LS 114J
2
30M
MO
2.0%
SN54LS114W 2
30Mll> MO~ 2.0%
6N133
2
2.0%
DM54H72J
2
MO~ 2.0%
2
Mq~ 2.0%
2
Mq~ 2.0%
DM54H73N
2
MO~ 2.0%
DM54H76J
2
2.0%
DM54H76N
2
MO
2.0%
M1f
DM54H78J
2
MO
2.0%
DM54H78N
2
M~; 2.0%
DM74H72J
2
2.0%
~g~ 2.0%
DM74H72N
2
DM74H73J
2
Mq~ 2.0%
DM74H73N
2
Mq~ 2.0%
DM74H76J
2
M6~ 2.0%
~q;
~:8~~~
~~~
~g~
g~~:m~
M1~
~8~
g~~:m~
~~~
g~j:t~~~
~g~
~~~:t~im
M1~
g~~:~n~
g~j:~j~~
DM74H78N
FLJ281-74104
FLJ291-74105
MIC9000-1B
~:g~gg~:l~
MIC9001-ID
N74109W
S54109B
S54109F
S54109W
~~~:~11~~
gg:
il~~7t~J
~g~ ~:8~
I~
MO~
2
I~
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
M~~
~.O%
~g~
Mq~
Mq~
,
MO~
MO
~g~
M~;
~g~
M~f
~g~
M~f
MO
~ .,
~
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2:0%
2.0%
2.0%
2.0%
~
Mq~
20m% Mq~
20m% M6~
~.O%
T74107D2
D'-154107J
99
JANM3851 0/001~0 1BA
2
2
JANM38510/001~01
25mt% Mm
BA
10
0.0
5.5
250nt.
22m
-55
125
2 B02256
8
10
0.0
5.5
250nt.
22m
-55
125
2 B02256
FP115
.70*
.70*
.70*
.70*
.70*
.70*
.70*
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
8
9
9
9
4
4
5
5
9
9
9
4
4
4
4
8
8
8
9
9
9
4
4
4
8
8
8
5
5
4
4
5
5
5
5
5
5
4
4
5
5
3
9
9
4
4
5
5
5
5
9
9
4
4
5
5
5
5
10
10
7
10
20
10
10
10
10
20
20
20
20
20
20
20
20
20
10
0.0
5.5
0.0
5.0
0.0
5.0
0.0
5.0
0.0
5.0
0.0
5.0
0.0
5.0
0.0
5.0
5.0
0.0
0.0
5.0
0.0
5.0
0.0
5.0
0.0
5.0
0.0
5.0
0.0
5.0
0.0
5.0
0.0
5.0
18 0.0
5.0
20 0.0
5.0
20 0.0
5.0
20 0.0
5.0
20 0.0
5.0
20 0.0
5.0
20 0.0
5.0
10 0.0
5.0
5.0
10 0.0
10 0.0
5.0
11 0.0
5.0
11 0.0
5.0
11 0.0
5.0
11 0.0
5.0
11 0.0
5.0
11 0.0
5.0
11 0.0
5.0
11 0.0
5.0
11 0.0
5.0
11 0.0
5.0
11 0.0
5.0
11 0.0
5.0
11 0.0
5.0
11 0.0
5.0
0.0
5.0
10 0.0
5.0
10 0.0
5.0
10 0.0
5.0
10 0.0
5.0
10 0.0
5.0
10 0.0
5.0
10 0.0
5.0
10 0.0
5.0
10 0.0
5.0
10 0.0
5.0
10 0.0
5.0
10 0.0
5.0
10 0.0
5.0
(j.0
5.(j
18 0.0
5.0
10 0.0
5.0
5.0
10 0.0
10 0.0
5.0
10
0 5.5
10
0 5.5
10
0 5.5
10
0 5.5
0.0
5.(j
0.0
5.0
20 0.0
5.0
20 0.0
5.0
20 0.0
5.0
20 0.0
5.0
20 0.0
5.0
20 0.0
5.0
20 0.0
5.0
20 0.0
5.0
20 0.0
5.0
10 0.0 5.25
10 0.0 5.25
10 0.0
5.0
10 0.0
5.0
10· 0.0
5.0
10 0.0
5.0
10 0.0
5.0
5.0
(j.0
~g 0.0 5.0
5.0
25 0.0
0.0
5.0
0.0
5.0
10 0.0
5.0
10 0.0
5.0
250nt.
200nt.
200nt.
200nt.
200nt.
200nt.
200nt.
200nt.
22m
-55
0
0
-55
0
-55
0
0
-55
-55
-55
-55
-55
-55
-55
-55
'55
-55
0
0
0
0
0
0
0
0
0
-55
-55
-55
-55
-55
-55
-55
-55
-55
-55
125
70
70
125
70
125
70
70
125
125
125
125
125
125
125
125
125
125
70
2
1
1
1
2
2
2
FP115
T0116
T0116
T0116
T0116
T0116
M157b
M126e
FP87.
M294b
M344
FP87a
M294b
M344
M344
FP87.
M294b
M344
FP87.
M294.
M344
FP87.
:~8:
.70*
.70*
.70*
.70*
.70*
.70*
.70*
.70*
.70*
.70*
.70*
.70*
.70*
.70*
.70*
.70*
.70*
.70*
.70*
.70*
.70*
.70*
.70*
.70*
.70*
.70*
.70*
.70*
.70*
.70*
.70*
.70*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
:~g:
.80*
:~8:
.80*
.80*
.80*
.80*
.80*
.80*
.80*
:~8:
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
:::it
TTL
TTL
TTL
TTL
~
7
5
5
5
5
~
4
5
4
5
5
4
4
2.0%
2.0%
2.0%
2.0%
2.0%
~~:
~~
8
TTL
10
10
4
4
4
4
~g~
M~~
TTL
.70*
.80*
.80*
.80*
.80*
.80*
Mar
~.O%
I
.70*
Ht
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
2
2
2
2
TL74105N
imb%~
M~f
~g~
M~f
MO
2.0%
2.0%
2.0%
2.0%
2.0%
2;0%
2.0%
Mar
m~
53
~
OUT
MAX.
.60*
SN74S113W
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75.
76.
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TYPE
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15
LEVEL
IN ORDER OF (I)FLIP-FLOP (2)LOG TYPE (3)LOG
LEV'!' (4ILOG LEV'O' /5IMAX FREQ (6ITYPE No.
MAX. MAX.
TEMP. CKT
DRAWINGS
TOTAL NOISE.
PE~[ LOGIC OUTLINE
PKG, REJECT LOW HI MO DWG. No DWG, No
LI=MO
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19
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150nt.
150nt.
150nt.
150nt.
150nt.
150nt.
150nt.
150nt.
40nt.
40nt.
30nt.
30nt.
30nt.
30nt.
30nt.
30nt.
30nt.
30nt.
:3 0n t.
30nt.
30nt.
30nt.
40nt.
27nt.
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27nt.
27nt.
27nt.
27nt.
27nt.
27nt.
27nt.
27nt.
27nt.
27nt.
27nt.
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27nt.
25nt.
25nt.
35nt.
35nt.
35n.'>
35nt.
35nt.
35nt.
5.0n
5.0n
5.0n
5.0n
35nt.
50nt.
50nt.
5.0mt
5.0mt
5.0mt
10mt
10mt
10mt
10mt
5.0mt
5.0mt
5.0mt
5.0mt
5.0mt
5.0mt
10mt
10mt
10mt
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5.0mt
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1.0
1.0
1.0
1.0
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t.
t.
t.
t.
20mt.
20mt.
20mt.
20mt.
20mt.
20mt.
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-55
-55
-55
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70
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125
125
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125
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125
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250m
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-55
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125
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125
125~~
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250~;
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70
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8
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120m§ 1.0
0
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140m§ 1.0
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70
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-55 125
-55 125
-55 125
150m§ 1.0 t
0
70
150m§ 1.0 t
0
70
150m§ 1.0 t
0
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150m§ 1.~ t .. -55 125
150m§ 1.0 t
-55 125
150m§ 1.0 t
-55 125
1.0 t.
-55 125
250:~ 1.0 t. -55 125
250m
250m 1.0 t.
0
70
1.0 t:.
70
0
1.0 t.
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70
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40mt 1.0
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100m 1.0 t.
-55 125
90m 1.0 t.
0
70
90m 1.0 t.
0
70
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90m 1.0 t.
120mt
0
70
120mt
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0
g
1.0 t.
70
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200m§ 1.0 t.
90mt 1.0 t
-55 125
250~;
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1
1
2
2
B02154
B02154
B02285.
B02285.
B02285.
B02286
B02286
1
1
1
1
1
1
2
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B02286.
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B02285
B02285.
B02285.
B02286
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~ :g~~~6
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1
1
1
2
B02286.
B02286.
B02286a
B02300
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M294b
M344
M153d
FP98b
M157b
2 B02274 FP97a
2 B02275 M153d
2 B02275 FP98b
2 B02154 M157b
2 B02154 FP97a
2 B02257 M153d
2 B02257 FP98b
2 B02258 M157b
2 B02258 FP97a
2 B02258. M157b
2 B02258a FP97.
2 B02203 T084
M294b
1 B0295
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250~'lI
250m
250m~
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B0288
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2
2
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1
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~~~:b
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1
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9
10
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125
1 902267
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9
10
0.0 . 5.5
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125
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FP115
D.A. T.A.
SYMBOLS AND CODES
EXPLAINED IN INTERPRETER
53
.§J
LINE
No.
1
2
3
4
5
8
7
8
9
10
11
12
1<1
14
15
1 "r'rPE
OF
ER· PRO·
LEVEL
FLIP· ATING CESS
~T
.!J·O'
FLOP
FrJZ?'
IVI
IVI
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5.0MII¢ MO~ 2.0%
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JANM3851 010020 1BC
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JANM3851
0/00:10
,
2 1BC 5.0MA0 Mm 2,0%
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. TYPE
No.
..IANMIU/UUI~UIIS(;1
18~
19
20
21
22
23
24
25~
26
27
':11
I..IANM3851
A
JANM38510100~02CC
JANM38510100:~02CCI
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JANM38510/002D2CD
JANM3851
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29
JANM38510/00203BC
30
JANM3851
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31
JANM3861 0100,~03CCI
32
JANM3851010o'l03cC
33
34
35
36
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110m
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10
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125
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10
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10
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JANM38510100204CEE
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10
20
10
10
10
10
10
10
10
10
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10
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10
10
10
10
10
10
10
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20
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10
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0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
O.t!
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
5.5
7.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
1;.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
36n'"
20n%
40n'"
40n'"
40n'"
40n'"
40n'"
40n'"
40n'"
40n'"
40n'"
40n'"
40n'"
40n'"
40n'"
40n'"
40n'"
40n'"
40n'"
40n'"
40n'"
40n'"
40n'"
40n'"
40n'"
~~n'"
40n'"
40n'"
40n'"
40n'"
40n'"
40n'"
40n'"
12nl2l
296m
50mt
50mt
100mt
100mt
50mt
100mt
100mt
50mt
50mt
100mt
100mt
100mt
100mt
100mt
100mt
100mt
100mt
100m§
100m§
200m§
200m§
200m!
200m§
200m§
200m§
-55
0
-55
-55
-55
-40
-40
-40
0
0
0
0
0
0
-55
-40
0
0
0
0
0
0
0
0
0
0
0
·55
-55
-55
-55
-55
-55
125
75
125
125
125
85
85
85
75
75
75
75
75
75
125
85
75
75
70
70
70
70
70
70
70
70
70
125
125
125
125
125
125
2
2
1
2
FP117
20M~l MC?~
20M'" MO'
~g~~9 M1:
MO
20M"'l MO
~()M'" M~~
20M4~
20M'" ~gr
20M'" MC?!
20M"'9 MC?~
20Mt.9 Mm
~g~~9 ~q;
20M"'9 Mm
~g~~~ M~;
20M%
20M%
20M%
20M%
20M%
20M%
20M%
~gr
MC?!
MC?~
MO~
Ml~
MO
MO
2.~~
2.0%
2.0%
~g~~ '~~; ~:g~
20M% MO~
20M%
20M% MO
20M% IMm
20M%
20M% ~g;
D.A. T.A.
M~~
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
:8~:
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
9
9
9
4
4
4
I
100m§
100m§
1·00m§
200m§
200m§
200m§
1.0'"
400m
400m
400m
400m
400m
400m
400m
400m
400m
400m
400m
400m
400m
400m
400m
400m
1.0 t
1.0 t
1.0 t
1.0 t
1.0 t
1.0 t
1.0 t
1.0 t
1.0 '"
1.0 t
1.0 t
1.0 t
1.0 t
1.0 t
1.0 t
SYMBOLS AND CODES
EXPLAINED IN INTERPRETER
B02275
B02211
B02221
B02205
~ I~g~~~~a
2
2
1
1
2
2
2
2
2
2
2
2
1
1
2
2
B02205
B02205a
B02221
B02221
B02205
B02205
B02205a
B02205.
B02203.
B02203a
B02203.
802203.
B0288
B0288
B02203
B02203
r~?n
T0116
M153g
T0116
T0116
M153a
T0116
M126x
T0116
M126x
M153a
M117ab
T0116
T0116
T0116
M126x
M318
M257f
M318
M257f
~I~gn~~ ~~J6v
2
2
2
1
1
1
2
2
2
B02251
B02251
B0292
B0288
B0288
B0288
B02203
B02203
B02203
M318
M257f
M117
M318
M257f
FP3ge
M318
M257f
FP3ge
55 .
LINE
No.
1+
2.
3.
~.
f§J
U
TYPE ~M11
LOGIC
OF
OPER· PRO·
LEVEL
FLIp· ATING CESSf1J.
FLOP FREQ.
'"
'0'
(Hz)
(VI
(V)
TYPE
No.
I~~g~~
I~
S5476W
2
I~~::g~~
I~
~~ SFC473EM
7# SFC473ET
SFC476E
SFC476EM
10# SFC476ET
11# SFC4107E
12# SFC4107EM
g:
2
2
2
2
2
2
2
:~# 1~~~~mET
I~
SN5473W
SN5476J
SN5476N
SN5476W
SN7473J
SN7473N
SN7473W
SN7476J
SN7476N
SN54107J
SN54107N
SN54110J
SN54110W
SN54111J
SN54111W
SN74107J
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
~~m~b~
I~
15
:~
18
19
20
21
~~
24
25
26
27
28
29
30
U
33
SN74110N
SN74111J
SN74111N
SW74107J
36
SW74107N
T7473Bl
39# T7473Dl
MlC74109J
MIC74109N
N74H71A
N74H71F
N74H72A
N74H72F
N74H73A
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
~~:~~~:
I~
~~
~~#
:~: 'i~g~~~
42# T7476Dl
:~:
g:ignl
45# TL7472N
TL7473N
TL7476N
48# M5373P
:~:
~g#
51
52
53
54
55
56
57
58
59
60
61
62
63#
64#
~~~~~~J
DM5473N
DM5473W
DM5476J
DM5476N
g~~g~yv
DM7473N
DM7476J
DM7476N
DM54107N
DM74107J
DM74107N
FLJ351;74111
~tmt~:m
~~:~ FLJ525·84115
~:gg:18~j
ga
69*
70#
71
72
73
74
75
~;
78
~~
81
:~
84
~g
87
88
89
90
91
92.
93.
~;
N74LS109B
N74LS109F
RSN54Hl03H
S54H71A
S54H71F
S54H71W
S54H72A
2
2
2
2
2
2
2
I~~:~g~
I~
S54H73A
S54H76B
SN54H76W
SN74LS109J
SN74LS109N
2
2
2
2
2
2
2
~~~:;g~~
~
~~:~n~
SN74109J
2
SN74109N
2
TL74110N
2
TL74111N
2
2
100# TL74115N
US5470A
2
101
US5470J
2
102
US7470A
2
103
US7470J
2
104
JANM38510102205BC
105
96
97
gg!
0102:~05BC
106
JANM3851
107.
JANM38510/02,~05BD
56
.
. FLOP
4 BINARY OR FLIP
POWER PROPA·
FAN
fiT
~:g~
~g:~ ~Mm
M~i 2.0%
20M% MO
20M%
M~: ~:g~
20M% MO
20M%
20M% MO
20M% MO
20M%
20M% M~~
20M% ~g~
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
20M% MO~
20M%
20M% MO
20M% MO
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
M1~
~g~~' \~g; ~:g~
M1~
~8~~~ M~~
20M% ~g~
20M%
20M% M~~
20M% ~g~
20M%
20MlI ~g~
20MlI MO
20MlI
20MlI M~:
20M% ~gi
~8~~ ~g:
20MlI Moi
20Mt.
20Mt. M~:
20M% ~gl
20M%
M~:
20M~: ~g~
20Mt.
20Mt.
20M~~ ~g:
20Mt. Moi
20Mt.
1~g;
~g~~9i Mar
~g~I~ M~:
~gi
23M*
~~~*
25M1~
~g:
25Mt
Moi
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M~;
25M:~ M~:
25Mt
25Mt ~g~
25Mt%
25Mtoii
25Mt'j!
~gi
M~:
25M1~ ~g~
25Mt
25Ml~
25Mt
25M%
25M%
25M%
25M%
~~~
M~:
~g~
M~~
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Moi
25M
25M
25Mt. M~:
25Mt. ~gi
25Mt.
25Mt. M~:
25Mt. ~gi
~~~~ M~:
~.O%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
~:8~
2.0%
2.0%
2.0%
2.0%
~.O%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0,)!>
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
~gi
25M
25M
25Mt. M~:
25Mt. ~gi
25Mt.
25Mt. M~:
25Mt. ~gi
25Mt. Mm
25Mt.
2.0%
25Mt. MO
2.0%
25Mt.
25Mt. M~~ 2.0%
25Mt. ~gi 2.0%
25M
M~: 2.0%
25~~ MO
M~i 2.0%
25M
2.0%
2.0%
25Mt.
2.0%
25Mt. MO
2.0%
25Mt. MO
2.0%
25Mf~ M~~ 2.0%
25Mt
25Mt ~gi 2.0%
2.0%
~~M~~
25Mt. MO
25M~~ MO
2.0%
~g~ 2.0%
M~~ ~:g~
M1~
~~~~~
30Mt.\1
30Mt.<2
30Mt.O
D.A. T.A.
M1~ ~:g~
MO~
MO~
MO~
2.0%
2.0%
2.0%
.80*
.80*
.80*
::g:
.80*
.80*
.80*
.80*
.80*
.80*
.80*
TYPE
TTL
TTL
TTL
Tg:
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
TTL
]g":
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.BO*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
]g":
.80*
.80*
.80*
.80*
.80*
.80*
.80*
~1l0*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
~
5
4
iTt
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
::8:
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
IN
1J
4
8
8
8
8
8
8
8
If
8
8
5
5
5
8
4
8
8
5
9
9
5
5
8
5
9
9
5
5
4
4
4
5
5
5
4
9
4
5
4
5
4
4
4
4
4
4
4
4
4
4
4
4
4
5
5
5
5
5
5
5
5
10
10
9
9
4
4
5
5
5
4
10
10
10
9
~
4
4
4
5
5
5
5
5
5
5
5
9
5
4
9
9
9
9
10
OUT
MAX.
SUPPLY
SPAN
~~G r~S
10
10
10
g:g
~:g
0.0
:g
10
10
10
10
10
10
10
g:8
0.0
0.0
0.0
0.0
0.0
0.0
0.0
5.0
5.(j
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.(j
5.0
5.0
5.0
5.0
5.0
5.0
5.3
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
!8 8:8
40 0.0
20 0.0
20 0.0
20 0.0
40 0.0
10 0.0
40 0.0
20
0
20 0.0
40 0.0
10 0.0
20 0.0
20 0.0
20 0.0
20 0.0
40 0.0
10
20 :8:8
20 0.0
20 0.0
~.O
5.0
20 0.0
10 0.0 5.25
10 0.0 5.25
5.0
10 0.0
5.0
10 0.0
5.0
10 O.(j
5.0
10 0.0
5.0
10 0.0
5.0
10 0.0
5.0
10 0.0
5.0
10 0.0
5.0
10 0.0
5.0
10 0.0
7.0
20 0.0
7.0
20
5.0
10 8:8
5.0
10 0.0
5.0
10 0.0
10 0.0
5.0
5.0
10 0.0
5.0
0.0
10
5.0
10 0.0
10 0.0
5.0
5.0
10 0.0
5.0
10 0.0
5.0
10 0.0
5.0
10 0.0
5.0
10 0.0
5.0
20 0.0
5.0
20 0.0
5.0
20 0.0
5.0
20 0.0
5.0
20 (j.0
5.0
20 0.0
5.0
20 0.0
5.0
20 0.0
5.0
10 0.0
5.0
10 0.0
5.0
10 0.0
5.0
10 0.0
5.0
10 0.0
5.0
10 0.0
10 0.0
5.0
5.0
0.0
5.0
0.0
5.0
0.0
5.0
10 0.0
5.0
0.0
5.0
18 0.0
5.0
10 0.0
5.0
g:g
5.0
5.0
10 0.0
5.0
10 0.0
5.0
10 0.0
5.0
10 0.0
5.0
0.0
5.0
22 0.0
5.0
22 0.0
19
~g
g:g
5.~
MAX.
GATION RISE FALL
DELAY TIME TIME
tf
lsi
~~nll
)~I
lsi
40nll
40nll
40nll
40nll
40nll
40nll
40nll
40nll
40nll
40nll
40nll
4(jnll
40nll
40nll
20n
20n
20n
40nll
30n%
40nll
40nll
40nll
40nll
40nll
30nll
30nll
30nll
30nll
40nll
40nll
30nll
30nt.
IN ORDER OF (1)FLlP·FLOP (2)LOG TYPE (3)LOG
LEV1' 141LOG LEVO' 151MAX FREQ 161TYPE No.
DRAWINGS
TEMP. CKT
MAX. MAX.
TOTAL NOISE
PEf[ LOGIC OUTLINE
PKG. REJECT LOlA HI MO DWG. No DWG. No
lI=MO
D!~~.
(VI
°C °C
1.0
1.0
200m§ 1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
50mt 1.0
50mt 1.0
100mt 1.0
100mt 1.0
100mt 1.0
50mt 1.0
50mt 1.0
1.0
1.0
1.0
1.0
200~~ 1.0
1.0
1.0
1.0
l:g~~ 1.0
1.0
~(j0~; 1.0
100~
10n(21
210m
·55
125
1 80297
M314
MO~
2.0%
.80*
TTL
10
10
0.0
5.5
;l8nt>
10nlZl
210m
·55
125
1 B0297
M314
30MA~ MO~
2.0%
.80*
TTL
10
10
0.0
5.5
28n4
10nJZ1
210m
-55
125
1 B0297
FP116
MO~
2.0%
.80*
TTL
4
10
0.0
5.5
46nt>
10n(21
210m
·55
125
;l B02203
M314
30Mt>~ MO~
2.0%
.80*
TTL
4
10
O.U
5.5
46nt>
10nlLl
210m
-55
12b
2 B02203
M314
30MM
30MM
30Mt>
MO~
2.0%
.80*
TTL
4
10
0.0
5.5
46nt>
10nl2l
210m
·55
125
2 B02203
FP116
30MM
MO~
2.0%
.80*
TTL
4
10
0.0
5.5
46nt>
10n(21
210m
-55
125
2 B02203
M314
30Mt>~ MO~
2.0'lb
.80*
TTL
10nlZl
1210m
-55
125
2 B02203 IM314
MO~
2.0%
.80*
TTL
4
10
0.0
10nl2l
210m
~
~g
-55
0
0
0
0
0
0
125
5
75
75
70
70
70
2 B02203 'FP116
++t
TTL
5.0
~.~
7.0
5.0
5.0
5.0
5.0
46nt>
:~g~
2 B022S1
I~g
~ l:ig~m ~~~~a
2.0~
2.0%
2.0%
2.~~
2.0%
2.0%
30M% MO~
30M
30M
30M
Mm
3g~ '~qf tg~
~~~
30M
MOt
~g~
I~Q~
MOt
~g~ I~~~
30M
MO
30M
~g~
30Mt>~
2.0%
~:g~
2.0%
2.~~
2.0%
2.0%
~q~ ~:g~
MO~
~g~~~ MO
~Q~
30Mt> MO~
30M%
30Mt> MO
30Mt> MO
30M%
30Mt> '~g~
30Mt> MO~
30M%
30M%
30M% MO~
30Mt>
30Mt> M~;
30M% ~g~
2.()%
~.O%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
SN74H71N
~g
~~~:~nf
I~
~~~:~Hf
2
I~
30Mb~ 1Mq~ ~:g~
~~~:~m"'
SN54H73N
~~ I~~~:~m"'
39
40
41
42
SN54H76N
SN54H78J
SN54H78N
SN54H78W
:~: i~~gm~~
45# SN64L73N
:~# ~~~:~~~~
51
~~
54
55
56
57
~;
60
SN74H72N
SN74H73N
~~~:~~~f
SN74H76N
~~~:~~g~
SN74H78W
g~: ~~~:t~~~~
63 ...
SN74LS76J
6~: ~~~:mg~
66 ...
SN74LS78N
g~: ~~~:t~l g~
69 ...
SN74LS113J
72 ...
SN74LS114N
~~: I~~~:t~ll~~
~~
75
76
77
78
~g
81
lu~~:~~l~
I~~~:~~~i
I~~~:~~~i
lu~~:~H~
:g
I~~~:~~g~
84
~
2
2
2
I~
US74H76A
2
I~
87 ... :/j FU561·74109
2
~~r~ I~V:~gt41U\f
I~
90...
N7470F
g~! ~~:~g~
93 ... S5470W
94#
95.:#
96
N74Hl01A
~~1Wm2p
~a
~~:~lg~~
99
N74Hl02F
19~
~~:~lg~~
57
30M~l M~~ ~:g~
30Mt> ~g~ 2.0%
30Mt> Mq~
~g~~ I~~~ ~:g~
30M0 MO
2.0%
2.~~
~g~~ '~qf 2.0%
~
US74H71J
~~
~QMt>
~
2
2
2
US54H78A
'~~~
2~0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
30Mt;~ MOt
30M%
30M ')6 f~qf
30M% Mm
~
US54H72A
M:~
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
I~
2
2
2
~)
0.0
48
~~~:~m"'
SN54H72N
~~)
10
2.0%
30M~l Mq~ 2.0%
30Mt> MO' 2.0%
30M%
2.~~
30Mt> f~~; 2.0%
30Mt> Mm 2.0%
~~
(s)
10
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
33
34
35
36
~~G r~S
PROPA·
MAX.
GATION R!:>.E FALL
DELAY TIME TIME
TTL
30Mt>
15
POWER
SUPPLY
SPAN
.80*
3g~~ '~q~
2
2
2
2
1J
FAN
OUT
MAX.
2.0%
~:~~:~m
I~
IN
IN ORDER OF (1)FLlP.FLOP (2)LOG TYPE (3)LOG
LEV1' (4)LOG LEVO' (5)MAX FREQ (6)TYPE No.
RAWINGS
MAX. MAX.
TEMP. Ci(T
TOTAL NOISE
PER ~.l?~I(; OUTLINE
PKG. REJECT LOVI HI MO[ DWG. No DWG. No'
6=MO
DI~~'
(V)
'C 'C
30MM Mm
JANM38510/021i06CD
2
l¥:
12# MIC74H76J
TYPE
. FLOP
~g~~~ M:~
MO
30M% MO
30M0
MO~
30",!~
~~~
30~~
30M
MO~
2.0%
2.~~
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.~~
2.0%
2.0%
M~~ ~:g~
~g~~ ~g~
30M0
~g~~~ Mq~
Mq~
30Mll~
MO~
~~M~~ ;~g~
30M~~
30Mt> MO
~g~~ !~~~
30Mt> MO
30Mt>
30Mt>
30Mt>
30Mt>
30Mt>
33M%
'~g;
MO~
M~~
~g
2.0%
2.0%
2.0%
2.0%
2:~~
2.0%
2.0%
2.Q%
2.0%
2.0%
2.C!~
2.0%
2.0%
2.0%
2.0%
2.0%
~~~~. '~~~ '~:g~
35M% MOl
~~~~'
M~~
MO
35M% MO
~g~~ M~:
~g,
40Mt>
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
:g~~ I~qf ~:g~
40Mt> MOt
40Mt>
40Mt> ~g:
D.A. T.A.
2.0%
2.0%
2.0%
.80*
.80*
.80*
.80*
:gg:
.80*
.80*
.80*
.80*
.80*
.80*
.80*
:~g:
,80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
:gg:
.80*
.80*
.80*
.80*
.80*
.80*
.80*
:gg:
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
TTL
TTL
TTL
Ht
TTL
TTL
TTL
TTL
TTL
TTL
TTL
~~t
TTL
l+it
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
+it
TTL
TTL
TTL
TTL
+it
TTL
nt
TTL
Ht
TTL
+it
TTL
TTL
TTL
TTL
+R
TTL
TTL
TTL
TTL
iit
TTL
TTL
TTL
TTL
::g:
.80*
IHt
TTL
::g:
.80*
li:::t
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
:~g:
.80*
.80*
.80*
.80*
::g:
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
Ht
TTL
TTL
TTL
TTL
~:::t
TTL
TTL
TTL
5
4
4
5
g
5
4
4
5
5
4
4
g
10
9
10
10
10
9
9
9
4
4
4
5
5
5
5
5
10
9
4
5
10
10
'g
9
9
4
4
4
5
5
5
5
5
4
4
5
5
5
5
5
5
4
4
5
5
10
10
9
9
5
5
,g
Ig:g
10 0.0
20 0.0
20 0.0
20 0.0
~g
20
20
20
20
20
~g
g:g
7.0
7.0
7
7
5.0
7
7
5.0
7.0
7.0
5.0
5.0
5.0
7.0
7.0
5.0
Z·O
7.0
7.0
1.0
7
7
5.0
7
7
5.Q
7.0
7.0
5.0
5.0
7.0
7.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5·2
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
~g
~:g
~~
~~
20
~
19
io
~g
20
20
20
20
~g
10
Ig:g
0.0
0.0
0.0
0.0
0.0
0.0
0.0
IQ·O
0.0
0.0
5.~
5.0
5.~
5.0
5.0
5.0
5.0
5.0
5.Q
5.0
5.0
~:g
IKg
0.0
10 0.0
10 0.0
10 0.0
5.0
5.0
5.0
5.0
!g:g
0.0
10 0.0
10 0.0
g:g
5.0
5.0
5.0
'g 19
9
10
4
4
g:g
5.0
5.0
5.0
5.0
5.Q
5.0
5.0
Kg
0.0
0.0
0
0
0.0
0
0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0
0
oO
iO.
~g
20
0
~g O.Q
0.0
20 0.0
20 0.0
20 0.0
10 0.0
2. 0
~g 0.0
20 0.0
0.0
0.0
22 0.0
0.0
0.0
22 0.0
22 0.0
22 0.0
22 0.0
22
22 g:g
22 0.0
0.0
~g 0.0
20 0.0
20 0.0
20 0,0
20 0.0
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
10
9
9
5
5
5
5
5
9
9
9
9
9
10
Kg
0.0
0.0
0.0
0.0
0.0
0.0
0.0
~~~~
80mt> 1.0 t>
160mt 1.0 t>
40m
40m
40m
20n
15n
15n
25n
~g~
:g~
g
0
0
0
0
0
0
0
Ig
0
0
:55
·55
40m
40m
40m
40m
~Qm
40m
40m
~Qm
40m
25n
15n
15n
25n
~5n
25n
25n
~~n
~~~t>
27nt>
27nt>
27nt>
27nt>
27nt>
27nt>
27nt>
19n%
19n%
19n%
20n
20n
19n%
19n%
19n%
.~?
80mt>
80mt>
184mt
160mt
160mt
!!Omt>
80mt>
184mt
1.0 t>
1.0 t>
1.0 t>
1.0 t>
lOt>
1.0 t>
1.0 t>
1.0 t>
~~mt l.Q
43mt
80mt 1:g t>
80mt 1.0 t>
~~~~
19n%
19n%
27nt>
27nt>
-55
·55
·55
·55
·55
·55
·55
·55
·55
·55
'55
'~Q
·40
·40
·40
0
0
0
27nt>
0
~~~~
27nt>
ent>
20n
20n
27nt>
27nt>
27nt>
~Ont>
30nt>
30nt>
~~nt>
30nt>
30nt>
~g~~
27nt>
27nt>
27nt>
!On
IOn
IOn
~~n
IOn
IOn
~~n
IOn
IOn
IOn
IOn
IOn
~~~~
19~
19~
~~~~
27nt>
27nt>
27nt>
27nt>
27nt>
27nt>
35nt>
~5nt>
g
0
0
0
0
0
0
0
20mt> 1:g :
20mt> 1.0 *
1.0 *
~g~~ 1.0 *
20mt> 1.0 *
20mt> 1.0 *
20mt> 1.0 *
20mt> 1.0 *
20mt>
20mt> 1:g :
20mt> 1.0 *
g
0
0
0
0
0
0
0
0
0
0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
~Omt>
~Ont>
30nt>
30nt>
30nt>
ent>
t>
t>
t>
t>
t>
t>
t>
t>
80mt>
80mt>
184mt
160mt
160mt
80mt>
80mt>
184mt
IOn
IOn
IOn
IOn
IOn
IOn
IOn
IOn
IOn
IOn
IOn
IOn
160mt 1.0 t>
80m 1.0 t>
80m 1.0 t>
160mt 1.0 t>
80m 1,0 t>
80m
150m§ 1:8
~
199~:
f
50nt>
50nt>
Lg
130m§ 1.0 t
~g~~
l3g~:
50nt>
50nt>
27nt>
23n
n~
23n
23n
23n
1.~
t
1.0 t
130m§ 1.0 t
1~6mt
84mt 400m
190m§
l~g~:
190m§
380m§
380m§
SYMBOLS AND CODES
EXPLAINED IN INTERPRETER
.:~
·55
·55
·55
·55
·55
·55
0
0
Ig
0
0
0
0
:.20
0
0
~g
~ l:igggl I~~~~a
70
70
125
125
125
125
125
B02281
B02280
B02280
B02281
B02281
B02294
B02294
M256
2
2
2
2
2
2
2
M235a
M318
~~35a
256
~~~~a
M235a
1 B0297
M126
1 :g~g~
1 B0297
1 :g~g~
M126
~mb
~~~~~A
1 B0295
M126
t>004AA
M157b
B02155a M126
B02155a
~~~~~A
B0292
B0292
M117
B02155 M157b
M126
t>004AA
m ~ :g~~~5a
125
125
125
125
125
125
125
Ig~
85
8~0
70
70
I~g
70
70
70
70
70
70
70
1~8
70
70
70
70
70
70
70
i~g
70
125
125
125
m
125
M5
70
~g
2
2
2
2
2
~ :g~m
1 :g~g~
~m·
2 B02155a M126
~ :g~~~5 ~mb
1 B0297
M126e
1 :g~g~ ~~~~b
1 B0295
Mi26e
~ :g~~g5a ~~~;b
2 B02155a M126e
2 B02155a
2 B0292
M126e
B0292
~~~~b
~ :g~m ~m~
2
2
2
2
B02155
B<:»~274
BOn74
B02 75
~ :gn~~
2 B02154
T084
~m~
M153d
MI17x
M157b
M126e
~ :g~~~~ ~m~
2 B02258 M157b
802258
~ B02258a I~m~
2 B02258. M126e
Ml05b
T088
1 B0295
Ml05b
T088
1 :8~g~
~ :g~g~
~lgg~
~ l:g~~~5 I~~~~b
2 B02155
1 B0297
:g~~~
T088
~c:~r
70
70
70
70
1
2
2
2
2
~g
~ 'gg~~~u 1~~l~W
·55
·55
0
0
0
70
125
125
125
70
70
70
g
0
0
0
70
70
70
.:~
~ :g~~:g ~~~~a
70
70
70
70
70
70
70
017~0
~~~~
~l~~
~. BO
:i~~~~5a
92
M157
~g
B0292
BC?~155
B021~g
B0226
Ml05b
Ml05b
T088
MI17w
1 B0273
M257f
l~g~H
I~~~~f
1 B0273
1 :g~~4C
1 B02219
1 ~g~ng
1 B02220
2 B02203
2 B02203
FP3ge
M12Sn
M126n
M318
~~¥~x
M200x
~~Jgx
57 .
LINE
No.
~
FLOP
OR FLIP·
4. BINARY
FAN
POWER PROPA·
LOGIC
PER· PRO·
OF ~Mt1
~~YPE
FLIP· ATING CESS
TYPE
No.
FLOP
~
3
4
5
6
7
8
9
1~
12
1~
15
16
17
18
19
20
21
22
23
24
2g
27
2~
30
~
~~:~lgg~
N74Hl08A
~J:~~g~r
S54Hl01F
S54Hl01W
S54Hl02A
S54Hl02F
~~4Hl(l~W
s54H1g~A
S54Hl 3F
~
SN54Hl02J
~~5:~lg~~
SN54Hl08J
SN74Hl01J
SN74Hl01N
SN74Hl01W
SN74Hl02J
2
2
2
2
2
22
SN74Hl03J
2
2
2
:~
~~~:~18~~
~
~~
~~~:~18~~
51
52
53
54
5~
57
~~
60.
~~
~~~:~lg~~
SN74Hl06J
SN74Hl08N
SN74Hl08W
T54S73J
T54S76J
T74S107J
~~~:~m~
.~
~~:~ig~J
T74S73J
g:~m
US54H572A
66
US74H571J
~~~:~~ni
gg ~~~:~~~~~
69# M5S112P
~~: ~mm
72
SN54S112J
1~~5mg~
7~
i~~5mmV
~~
~~7m~~~
78
79
80
81
84
85
86
87
:~
90
g~
93
~~
96
SN54S113J
SN54S114W
SN74S112J
SN74S112N
SN74S112W
SN74S114J
¥S£:WJN
12
2
I~
2
2
2
2
2
2
2
I~
Hmg~iJ
I~
T74S108J
gM7:~m~
DM74S114N
N74S113A
N74S114F
S54S112B
~r4S112F
54S112W
~~:~m~
S54S113W
l~g: ~~:m:~
58
2
2
2
2
2
19~: ~7:~~ ~~~
102",
103",
104,.
105",
10!!",
107",
108",
2
2
2
2
2
T54S106J
T54S107AJ
T54S108J
T74S103J
~~: ~~:~m~
99",
2
I~
4~
75
~
2
2
2
2
2
2
2
2
2
2
63
~~
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
'2
jJ·O·
IVI
IVI
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
~8~ ~:g~
2
~~~:~lgl~
~~
48
:g~~ ~g~
40MI!.
40MI!.
40MI!. Mci~
SN54H 106J
SN54HI01J
1~~~:~lg~~
:~
M~~
~g~~
SN54LSI07W
~~~:t~lg~~
1~~~:~lgg~
45
M:~
SN54Hl03J
~~~~m~J
~~
39
40
41
42
40MI!. Mci~
40MI!.
40MI!. MO
40MI!. MO
40MI!.
40MI!.
40MI!.
40MI!.
40MI!.
40MI!.
45M%
45M%
45M%
45M%
50M%
50M%
50M%
50M%
50M%
50M%
50M%
~~:~lg~~
S54Hl06F
S54Hl06W
S54Hl08A
S54Hl08F
~~
36
~
~.,.
:g~~ !~g~ ~:g~
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
1~~~:~lg~~
33
2
2
2
2
2
2
2
F~Jz?'
:g~~ M~~
M~~
MO
M~~
~g~
MO~
:~g~
~~~
MO
~g~
MO
2.0%
~.O%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
~:g~
~:g~
2.0%
~g~ ~:g~
Mci~
~g~~ M~:
50M% ~g~
2.0%
2·2%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
M1~
2.0%
2.0%
2.0%
2.0%
2.0%
~~~
50Mt MO
50M%
50M% MO
50M% MO
M1~
50M%
50M% M~~
50M% ~g~
50M%
50M% MO
50M% MO
50M%
50M% ~g~
50M% Mci~
50M%
~PM%
OM%
M~~
~g~
M1~
50M%
60MI!. MO
60MI!. MO
60MI!.
60Mt> M~~
60MI!. ~g~
60MI!.
~.O%
~:8~
2.0%
2.0%
2.0%
2.0%
2.0%
~:g~
2.0%
2.0%
2.0%
2.(l%
60Mt>~ '~g~ 2.0%
60Mt> MON 2.0%
2.0%
~g~~' '~g~ 2.0%
60M% MO~ 2.0%
2.0%
gg~~'
2.0%
BOM% MO
2.0%
60M%
2.0%
60M% ~g~
80Mt> MO
~~~
~:8~
:8~~ ~~~ ~:g~
Mci~
80MI!.
:g~~
M1~
MO
80Mt> MO
80Mt>
80Mt> ~g~
80Mt> Mci~
80MI!.
80Mt> M~~
80Mt> ~g~
~g~~
~~~
80MI!. MO
80MI!.
110M~: ~g~
110MI!. Mci~
n8~~9
M~~
110Mt> ~g~
110MI!.
110Mt> 'M~~
M~~
110MI!. MO
125MI!.
125Mt> M~~
125M% ~g~
125M% MO~
125M%
125M%
m~~
~g~
~g~
125M%
125M%
125M% MO
125M% MO
125M%
125M% M~~
125M% ~g~
125M%
125M% ~g~
D.A. T.A.
M:~
TYPE
LEVEL
2.0%
~:8~
2.0%
~.O%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
;W~
~:8~
2.0%
2.0%
2.0%
~.O%
~:O%
.0%
2.0%
2.0%
::g:
.80*
.80*
.80*
.80*
.80*
.80*
.80*
::g:
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
:~g:
.80*
.80*
.80*
.80*
.80*
.80*
.80*
:~g:
.80*
.80*
.80*
.80*
.80*
.80*
.80*
:~8:
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
;g0*
.80*
.80*
.80*
.80*
.80*
IN
~
rL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
[TTL
TTL
TTL
ITTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
nt
TTL
+it
TTL
TTL
TTL
TTL
TTL
TTL
TTL
::g:
.80*
.80*
.80*
.80*
nt
TTL
TTL
TTL
TTL
::8:
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
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:80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
]J()*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
]J()*
.80*
nt
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
~it
TTL
TTL
TTL
55
5
10
10
10
9
9
9
4
4
4
5
6
5
5
5
5
4
4
4
4
9
9
9
9
9
9
5
5
5
5
5
5
5
5
5
9
9
9
9
9
9
5
5
5
5
5
5
5
5
4
5
9
4
4
5
9
4
5
4
5
5
5
5
4
4
5
5
5
5
5
4
4
5
5
4
5
4
9
4
5
4
9
5
4
5
5
5
4
4
8
8
5
5
5
4
4
4
:
i~~1.
10
10
19
10
10
10
10
MAX.
SUPPLY GATION RISE FALL
DELAY TIME TIME
SPAN
tr
NEG POS
I(V) (V)
Is)
Is)
1
0:0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
19 Ig:g
10 0.0
10 0.0
10 0.0
10 0.0
10 12.0
10 0.0
10 0.0
10 0.0
5 0.0
5 0.0
10 0.0
10 0.0
10 0.0
10 0.0
10 0.0
10 0.0
2. 0
0.0
10 0.0
10 12. 0
10 0.0
10 0.0
10
0
10 0.0
10
0
10
0
10 0.0
10
0
10
0
10 0.0
10
0
10
0
10 0.0
10
0
12.0
10 0.0
10 0.0
10 0.0
10 0.0
10 0.0
10 0.0
10 0.0
10 0.0
10 0.0
10 0.0
10 0.0
10 1(l'0
10 0.0
10 0.0
10 0.0
10 0.0
10 0.0
10 0.0
10 0.0
10 0.0
10 0.0
10 0.0
10 0.0
19
18 Ig:g
20 0.0
28 IKg
20 0.0
~g 0·2
0.0
20 0.0
20 0.0
20 0.0
20 0.0
~g
20
20
10
10
10
10
10
10
10
10
10
10
10
20
20
20
~g
20
20
20
20
20
20
20
28
IKg
0.0
12.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
12.0
0.0
0.0
0.0
0.0
0.0
Kg
0.0
0·2
0.0
0.0
0.0
0.0
0.0
0,2
0.0
5:0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.(l
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5·2
5.0
5.0
5.(l
5.0
5.0
5·2
5.0
5.0
5·2
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.(l
5.0
5.0
5.0
5.0
5.0
~.O
5.0
5.0
5.0
5.0
5.0
5·2
~I
~~~
I~:g::::
380m§
380m§
190m§
190m§
190m§
190m§
190m§
23n
23n
23n
23n
23n
23n
23n
~~~
J:g::::
380m§
23n
23n
23n
23n
23n
23n
23n
23n
30nI!.
30nI!.
I~:g::::
380m§
380m§
380m§
380m§
380m§
40m§ 300m
40m§ 300m
40m§ 4qQm
~g~~
Igg::::
100mt
100mt
100mt
100mt
100mt
200mt
200mt
200mt
200mt
200mt
200mt
200mt
200mt
200mt
100mt
100mt
100mt
100mt
100mt
100mt
200mt
13n
13n
13n
13n
!~n
13n
13n
13n
13n
13n
13n
13n
13n
13n
13n
13n
13n
13n
13n
13n
13n
13n
13n
13n
13n
13n
13n
13n
13n
1~8g:::~
200mt
200mt
200mt
200mt
200mt
~~Om§
80m§
~~~~
nO~
1.0
1.0
1.0
1.0
1.0
1.0
1.2
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.(l
1.0
1.0
1.0
1.0
1.0
1.0
I!.
I!.
I!.
I!.
I!.
I!.
I!.
I!.
I!.
I!.
I!.
I!.
I!.
I!.
I!.
I!.
I!.
I!.
I!.
I!.
I!.
I!.
I!.
I!.
I!.
I!.
I!.
I!.
~:g::::
25nt>
25nt>
25nt>
25nt>
25nt>
25nt>
Zn
380m§
~:8::::
380m§
5~mt
55mt
55mt
55mt
55mt
55mt
55mt
7n
7n
zn
7n
7n
7n
7n
5.0n
5·2 n
5.0n
~:O
.0 5.0n
5,2 5'2 n
5.0 5.0n
5.0 5.0n
5·2 5.0n
5.0 5.0n
5.0 5.0n
5.0 5.0n
5.0n
5.0n
5,2 5.~n
5.0 5.0n
5.0 5.0n
5.0 5.0n
5.0
20nt>
5.0
20nt>
5.0
20nt>
5.0
20nI!.
5.0
20nt>
5.0
20nt>
20nt>
5.0
20nt>
50
5.0 7.0nt>
5.0 7.0nt>
5.0 7.0nI!.
5.0 7.0nt>
5.0 7.0nt>
5.0 7.0nt>
5,2 7.0nt>
5.0 7.0nt>
5.0 7.0nI!.
5.0 7.0nI!.
5.0 7.0nI!.
5.0 7.0nt>
5.0 7.(lnt>
5.0 7.0nI!.
5.0 7.0ni!.
5,2 7.0nI!.
5.0 7.0nt>
IN O~~~~ OF (1)FLlPi~~PP (2)LOG TYPEf~~ LOG
LEV,. 4 LOG LEVO' 5 MAX FREQ (61TY No.
TEMP. CKT
DRAY liNGS
MAX. MAX.
LuGIl; IYu.,. INE
TOTAL NOISE
PE~[
PKG. REJECT LO\l\ HI MO DWG. No DWG. No
ll=MO
DI~~'
IVI
'C 'C
2~~:::~
1.0 t>
1.0 t>
1.0 t>
1.0 I!.
1.0 t>
1.0 I!.
1.0 I!.
1:8
~
1.2 t>
1~50~; 1.0
t>
I~~O~~
50m
1.0 I!.
'~~8~:
250m
1:8
~
1.0 t>
1.2 t>
2~2~; 1.0
t>
~~8:::~
1.0 I!.
250,,:; 1.0 I!.
1.0 t>
I~~O~~
50m 1.0 t>
~:8
1250:~
250m
1.0 t>
1.0 t>
250m
1.0 I!.
~~8::::
1.0 t>
380m§
380m§
380m§
380m§
380m§
380m§
380m§
I
l~g:::~
150mt
~50m§
250m§
250m§
250m§
250m§
250m§
250m§
250m§
250m§
250m§
250m§
250m§
~~g::::
1.0
1.0
1.0
1. 0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
t
t
t
t
t
t
t
t
t
t
t
t
t
t
SYMBOLS AND CODES
EXPLAINED IN INTERPRETER
Ig
0
0
·55
·55
·55
·55
·55
·55
·55
·55
·55
·55
·55
·55
·55
·55
·55
·55
·55
0
0
·55
·55
·55
·55
·~5
·55
·55
·55
·55
·55
·55
·55
·55
·55
·55
0
0
0
0
0
0
0
0
0
0
0
0
0
0
·55
·55
·55
·55
0
Ig
0
·55
·55
·55
·55
0
0
0
0
0
8
0
·55
·55
·55
·55
·55
·55
·55
·55
i M200v
2 B02227
2 B02227
1
1 B02219
1 B02220
1 B02220
M318
M200x
M318
M200x
FP3ge
M318
M200x
125
f'Zo
125
125
2 B02203
~iI9:
M OOx
2 B02215
M200v
125
2 B02227
M200x
125
70
70
125
125
2 B02280a I!.004AA
M157b
=g~~l~
m ~ rggr~~g
~ =g~~n ~iI9;
m ~ =g~n~ ~Nj
m 1 =g~~~ba ~13:;b
~ =g~~:g:
1
1
1
1
~~26e
B02219
B02219
B02219
B02220
157b
M126
I!.004AA
M157b
1 :g~~~g
2 B02203
~JJ:AA
125
125
125
125
2
2
2
2
M157b
M117
I!.004AA
M157b
70
70
70
70
70
70
70
70
70
70
70
70
70
1 B02219
m
m
125
T~~
...~
m
m
70
TCr
70
70
125
125
125
M157b
:g~~g~ ~JJ:AA
B02217
B02217
B02217
B02218
~ :gm~ I~JJ:AA
1 :g~~l~
1 B02220
1 B02220
~I:g~~~g
~ 1:8~~8~
2
2
2
2
2
2
2
ig5
125
B02217
B02217
B02218
B02218
B02218
B02274
B02275
M157b
M126e
T084
M157b
M126e
T084
MI57b
e
rtcll:
M157b
M126e
M157b
M126e
~~~~c
M352
~ :g~~~~ ~m~
2 B02274
2
1 :g~~~~
2 B02276
1
1
1
1
1
1
1
2
j~5
70
70
70
75
rg- ~
·55 125
·55
·55
·55
·55
·55
·55
0
0
0
18
0
0
·55
·55
·55
·55
0
18
0
18
0
0
0
0
~IB022~5
~g
70
70
125
125
125
125
125
..
~
gg~lgg~
B0288
Bq~I!!!.
M157c
~~~~c
M157c
~_105b
T088
Ml05b
~~~~b
~g~106a
B 2106b T088
B0288
rtcl~ib
B0288
B02257 M153b
:g~~~:8 '~18~1
2 B02257
M153d
m ~ Ig022~~
m 1 :8~~~:a ~~~~~A
125
I:rJJ1AG
2 B02258 M157b
125
70
70
70
2
2
2
2
~g
B022588
Bu2257
B02257
B02257
t>004AA
M153d
M117x
I!.004AG
~ Igg225~ Ml~~~
70
2 B022588 M157b
;g5
125
125
125
70
2
2
1
2
~8
70
70
70
70
70
70
70
~8
70
m
125
125
125
125
125
125
~ :8~~~:8 ~1~~~
B02275
B02276
B02277
B02274
M352
!I'! 157c
M157c
M157c
~ :o~~~g M~5~C
1 B02277
M157c
~ :8~~~~ ~~::
2 B022588 M344
M317
~I:g~~~~ FP47g
2 B02258 M318
~ :g22~~8 M~W
1
2
2
2
2
2
2
1
B022588 M257f
BO~~~7
B~~~57
BO 257
B02258
B02258
B02258
g0225~:
~~~bv
FP47a
~~J~f
FP3ge
M318
M257f
58
LINE
No.
'TYPE
OF
FLIp·
FLOP
~
TYPE
No.
4. BINARY OR FLIP - FLOP
f*LMt1
LOGIC
OPER· PRO·
LEVEL
ATiNG CESS 3 I
4I
FREQ.
~T
~'O'
(Hz)
(VI
TYPE
2I
~
IN
FAN
OUT
MAX.
POWER PROPA·
MAX.
SUPPLY GATION RISE
FALL
SPAN
DELAY TIME TIME
NEG POS
t
tf
I(V)
(VI
(V)
(sl
I ...
2
3
4
5
6
TF54S114F
~
m:~ll~t
9
1¥
i2
i~~:~lm
TF74S112J
TF74S113F
n:74S! !3J
TF74S114F
1~.
15
16
17
18
M207
MC5473F
MC5473l
~g:nr,P%
MC7476P
25
26
27
~g~~l%~'P%
MCBC5473
~g~:nr
MC7472F
MC7472l,P%
MCB5472F
MCBC5472
~gg~gr,P%
MC3163F
37
38
39
:~
42
43
44
45
46
47
48
~g~:~gt,P%
MC3161F
MC3161L
MC3162F
MC3162l
MCE54H72F
MCE74H72F
MCE54103F
~g
~g~~;~03F
51
52
53
54
MC423l P%
MC424F
MC424l,P%
MC473F
MC473l,P%
MC474F
MC474l P%
55
56
57
~g
60
61
62
63
64
65
66
70
71
72
n
75
j~
MC524l
MC573F
MC573l
MC574F
MC574l
MC2023F
MC2023l,P%
MC2024F
MC2024l P%
MC2073F
MC2073l,P%
MC2074F
MC2074l,P%
MC2123F
MC2123l
~g~mt
78
MC2173F
~g
~gm~
81
MC2174l
~gg~lr,P%
MC3062F
~i:f~}l,P%
91
92
93
100
101
102
~g~
105
~g~
108
109
110
59
N8822A
N8822F
N8822J
N8824B
N8825A
N8825F
N8825J
N8829A
N8829F
N8829J
S8822J
S8824B
S8825A
2
2
2
2
2
2
1~5Mll M()r
125Mii Mor
125Mll'MOr
2
125M.6 ~ MQ~
2
125M6' Mar
~
~~5M6
M()~
125M6~ MC!~
125M6, Mar
125M6 MOr
~.O%
TTL
TTL
TTL
TTL
TTL
TTL
TTL
2.0%
.80*
TTL
4
2.0%
.80*
TTL
5
20
20
20
20
20
20
20
?n
20
1
1
4
4
4
4
5
4
4
4
4
4
4
10
10
10
10
. 10
10
10
10
10
10
10
10
10
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
35n
35n
30n
30n
30n
30n
30n
30n%
30n
30n%
30n%
30n
30n
TTL
TTL
9
9
10
10
g:g
0.0
0.0
5.0
5.0
30n
30n
5.0
5.0
5.0
5.0
5.0
5.0
50
5:0
5.0
10n%
10n%
10n%
10n%
15n%
15n%
"un""
3011%
12n
16n%
16n%
12n%
~.O%
4
4
5
5
5
5
4
Ht
5.~
5.0
5.0
5.0
5.0
7,Qr!6.
5.0
7.0n6
:~g:t
2
2
20M% Mor
20M% M~~
2.4%
2.4%
::g:r
.40*t
.40*t
2
2
2
2
2
2
30M%
30M%
30M%
30M%
30M6
30M6
""M.",
351\11%
MO~
MC!~
MO~
50Mt~ MOr
2.4%
2.4%
2.4%
2.4%
2.4%
2.4%
2.4.",
2.4%
2.4%
::g*t
.40t*
.40*t
.40t*
.40*t
.40t*
.40t*
.4u*t
.40*t
.40*t
TTL
TTL
TTL
TTL
TTL
TTL
TTl
TTl
TTL
4
4
4
4
4
4
9
9
4
10
10
10
10
10
10
10
10
g:g
0.0
0.0
0.0
0.0
0.0
0.0
00
0:0
0.0
2
2
2
2
2
2
2
50M6 M()~
50M6 M()~
50Mt'lE MOr
50M!:* Mo~r~
45M% MO
45M% MO
45M% M~~
2.4%
2.4%
2.4%
2.4%
2.4%
2.4%
2.4%
10
10
10
I! 23
0.0
0.0
0.0
0 . 00
0
5.0
5.0
5.0
5. 0
0
5
4
5t
13
13
0.0
0.0
5.0
5.0
'"
20n%
20n%
2
2
2
2
2
2
2
45M%
45M%
45M%
45M%
45M%
45M%
45M%
M()~
M()~
::~:i
TTL
TTL
TTL
TTL
TTL
TTL
TTL
9
9
4
44
:~~~ ~gr ~::~
.40t*
.40t*
.40*t
.40*t
.45*t
.45*t
.45*t
2.4%
2.4%
2.4%
2.4%
2.4%
2.4%
.45*t
.45*t
.45*t
.45*t
.45t*
.45*t
.45t*
TTL
TTL
TTL
TTL
TTL
TTL
TTL
4
5t
5t
4
4
5t
5t
7
7
7
16
16
16
16
g:g
0.0
0.0
0.0
0.0
0.0
0.0
0.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
20n
20n
20n
20n
20n
20n
20n
4.0n
4.0n
4.0n
4.0n
4.0n
4.0n
4.0n
2
2
2
2
2
2
45M%
45M%
70M%
70M%
70M%
70M%
2.4%
2.4%
2.4%
2.4%
2.4%
2.4%
.45*t
.45t*
.45*t
.45*t
.45*t
.45*t
TTL
TTL
TTL
TTL
TTL
TTL
5t
5t
4
4
5
5
g:g
8 0.0
8 10.0
9 0.0
9 0.0
9 0.0
9 0.0
5.0
5.0
5.0
5.0
5.0
5.0
20n
20n
15n6
15n6
15n6
15n6
4.0n
4.0n
4.0n
4.0n
4.0n
4.0n
2
2
2
2
2
2
2
70M% M()~
70M% M()~
70M% MOr
2.4%
2.4%
2.4%
15n6
15n6
15n6
15n6
15n6
15n6
15n6
4.0n
4.0n
4.0n
2.4%
2.4%
2.4%
TTL
TTL
TTl
TTL
TTL
TTL
TTL
5.0
5.0
5.0
70M% Mq~
70M% MOr
70M% M~~
.45*t
.45*t
.45*t
.45*t
.45*t
.45*t
.45*t
.40*t
.40*t
.40*t
.40*t
.40*t
.40*t
.40t*
.40*t
.40*t
.40*t
.40t*
.40*t
.40*t
.40t*
.40*t
.40*t
.40*t
.40t*
40*t
.40*t
.40*t
TTl
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTl
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TT:!Tll
I~
2
2
~
~
~
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
I~
2
2
I~
2
2
~g~~ ~g~ ~::%
MOr
M()~
M()~
MOr
M()r
Mar
M()r
MOr
MOr
M~~
2.~~
:~~~ ~gr ~::~
M()~
MC!~
MO,'
Mo~r~
MO
MO
~~!"1% ~~~
2.4~
jg~~ ~gr ~::~
50Mt~ M()~
50Mt~ M()~
50Mt% Mor
50Mt~ M()~
25M!~ M()~
25Mt'lE
25M%i~
25Mt
25Mt
25M!!!
MOr
Mo:r~
MO
MO
M()~
25M~, MC!~
25Mt" MOr
25M~/I' M()~
25M% M()~
25Mt% MOr
~5Mt~ Mo:~r
25M!/I'MO
25M% MO
25Mt~ Mq~
25M!~ MC?~
25Mh MOr
~~M% ~~~
25Mt~ ~Q~
25Mt%
25M?"",
25M!::
30Mt%
D.A. T.A.
Mm
Mm:~
MO
MO
~.5%
2.5%
2.5%
2.5%
2.6%
2.6%
2.6%
2.6%
2.6%
2.6%
2.6%
2.6%
2.6%
2.6%
2.6%
2.6%
2.6%
2.6%
2.6%
2.6%
2.6%
2.6%
2.6%
2.6%
2.6%
2.6%
2.6%
::~;J
::~:i
.~~t*
.40*t
.40*t
.40t*
.40*t
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Ht
~
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~
Ht
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nt :
nt
TTL
I
19
19
io
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Kg
~:g 17fo~
~:g
~:g
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5
4
4
5
5
4
4
5
11
11
11
11
6
6
0.0
0.0
0.0
0.0
0.0
0.0
0.0
5.0
5.0
5.0
4
4
4
4
5
5
5
5
5
9
9
9
99
10
10
10
10
20
20
20
20
20
20
20
20
0.0
0.0
0.0
0.0
0
0
0.0
0
0
0
0.0
0
0.00
5.0
5.0
5.0
5.0
5
5
5.0
5
5
5
5.0
5
5.05
9
5
5
5
5
5
9
9
9
9
4
9
4
20
20
20
20
20
20
20
0
0
0
0.0
0
0
0
00
. 0
0
0.0
0
0
5
5
5
5.0
5
5
5
5.u.
. 5
5
5.0
5
5
~
~
2~~0
~O
20
20
20
20
10
g:g
5.~
~:g
2gg~~
15n
15n
~g~% tg~
~g~
::g~
4.~n
4.0n
4.0n
4.0n
1~~~ ::g~
12n
12n
12n
12n
20n%
20n%
20n%
20n%
20n%
50n%6
50n%
50n%6
5500nn~LI
'"
50n%6
20n%
20n%
20n%
200%
20n%
50n%6
50n%
50n%6
50n%
50n%
50n%6
28n%6
M352
·55
·55
0
0
0
0
0
125
125
70
70
70
70
70
2
2
2
2
2
2
2
B02258a
B02258a
B02257
B02257
B02258
802258
B02258a
T086
M157c
FP10l
M352
T086
~..n57c
T086
0
T086
T0116
T086
T0116
M278
m ~ :gn~~~~~~c
~ I ~g~~~ga ~dn~
70
70
70
125
125
70
70
70
4
6
2
2
2
2
2
B02196
B02196
B02196
B02196
B02196
40mt
40mt
40mt
40mt
40mt
40mt
176mt
176mt 700m
176mt
176mt 700m
140mt
140mt
·55
·55
0
0
·55
·55
0
0
·55
·55
·55
0
125
125
70
70
125
125
75
75
125
125
125
70
1
1
1
1
1
1
2
2
2
2
1
1
B02195 T086
B02195 T0116
B02195 T086
B02195aT0116
B02230 FP77
B02230 FC2
B02233 T086
B02233 T0116
B02233 T086
B02233 TO 116
.B02196b T086
B02196b T086
1 ~gm~:
ig11~
100m
100mt
100m
100mt
70mt
70mt
100mt
·55
·55
·55
·55
·55
0
·55
125
125
125
125
125
70
125
2
2
2
2
1
1
2
B02173
B02173
B02173a
B02173a
B02235
B02235
B02270
T086
T0116
T086
T0116
T086
T086
T086
110mt
110mt
110mt
110mt
110mt
110mt
110mt
0
0
0
0
0
0
75
75
75
75
75
75
75
2
2
2
2
2
2
2
B02186
B02186a
B02186a
B02186
B02186
B02186a
B02186a
T0116
T086
T0116
T086
T0116
T086
T0116
110mt
110mt
110mt
110mt
110mt
110mt
110mt
110mt
110mt
110mt
110mt
110mt
110mt
110mt
110mt
·55
·55
·55
·55
·55
·55
0
0
0
0
0
0
0
0
·55
·55
125
125
125
125
125
125
75
75
75
75
75
75
75
75
125
125
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
B02186a
B02186a
B02186
B02186
B02186a
B02186a
B02186
B02186
B02186a
B02186a
B02186
B02186
B02186a
B02186a
B02186
B02186
6
T086
T0116
T086
T0116
T086
T0116
T086
T0116
T086
T0116
T086
T0116
T086
T0116
T086
T0116
50n
50n
110mt
110mt
110mt
100m
100mt
100m
100mt
72m6600m
72m6600m
·55
·55
·55
0
0
0
0
0
0
50n
50n
50n
72m6600m
72m6600m
132m 600m
50n
50n
132m
132m
50n
50n
50n
132m 600m
72m6 600m
72m6 600m
50n
50n
50n
72m6 eOOm
72m6600m
132m 600m
125
125
125
75
75
75
75
75
75
o 75
o 75
o 75
o 75
o 75
o 75
75
o
75
0 75
·55 125
·55 125
·55 125
·55 125
·55 125
·55 125
2
2
2
2
2
2
2
2
2
2
2
2
1
1
1
1
1
1
2
2
2
2
2
1
B02186 T0116
B02186a T086
B02186a T0116
B02173 T086
B02173 T0116
B02173a T086
B02173aT0116
B02184 T088
B02184a T0116
B02184a M157
B02184a T088
B02184b M117a
B0273
T0116
B0273
M157
B0273
T088
B02134 T0116
B02134 M157
B02134 T088
B02184 T088
B02184a TO 116
B02184a M157
B02184a T088
B02184b M117a
B0273
T0116
50n
50n
132m
132m
600m
600m
·55
1 B02134
50n
50n
50n
50n
132m
62m
62m
62m
600m
600m
600m
600m
~~~i
4.0n
4.0n
2 B02257
0
0
·55
·55
0
0
0
~g~
4.0n
~ ~gH~~a Im~~
125
200m 1.0
240m 1.0
80mt
80mt
80mt
80mt
80mt
15n
15n
~g~
2'20nn~
:~~ 1~~
·55
:~~
250m§
250m§
250m§
250m§
250m§
250m§
250m§
.40
.40
.40*t
.40*t
.40*t
.40*t
.40*t
.4(:)*t
.40*t
.40*t
.40*t
.40*t
.40*t
~
,W, ,V,
I~~g~~ 1.0 t
~~g~~
7.0nll
7.0nll
7.0n6
7.0n6
7.0n6
7.0n6
7.0n6
~:~~
TTl
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
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5.0
5.0
5.0
2.4
2.4
2.4%
2.4%
2.4%
2.4%
2.4%
2.4%
2.4%
2.4%
2.4%
2.4%
2.4%
~g~~ ~~; ~::~
~
0.(:)
0.0
0.0
0.0
0.0
0.0
0.0
nn
0:0
~
125M6 >~g;
210M
PCB
210M
PCB
2
15M% Mcf~
2
15M% MOr
2
15M% Mo~r~
2
15M% MO
2
15M% MO
2
15M6 M()r
2
15M%. MC!~
2
15M67 MQ~
2
15M% M()~
2
15M% MC!~
2
15M% MOr
~
isl
250m§
'110*
.80*
.80*
.80*
.80*
.80*
.80*
2.0%
2.0%
2.0%
2.0%
2.0%
(~I
IN ORDER OF (1)FLlP·FLOP (2)LOG TYPE (3)LOG
LEY1' (4ILOG LEV'O' (5IMAX FREQ (6ITYPE No.
MAX. MAX.
TEMP. CKT
DRAWINGS
TOTAL NOISE
PER LOGIC OUTLINE
PKG.
REJECT LOV. HI MOD DWG. No DWG. No
D!,S~.
''''
Il=MO
·C·C
2.5n
2.5n
2.5n
2.5n
2.5n
2.5n
2.5n
2.5n
2."n
2.5n
2.5n
2.5n
2.5n
2.5n
2.5n
2.5n
2.5n
2.5n
2.5n
2.5n
2.5n
2.5n
2.5n
2.5n
2.5n
2.5n
~5 j~5
g
0
l~g~i
11110mt
g~i
:~~
j~
~ ~g~~~~ ig~~
m ~ ~g~ 1~~
ig~~
~.5n
2.5n
2.5n
2.5n
2.5n
2.5n
600m
600m
SYMBOLS AND CODES
EXPLAINED IN INTERPRETER
o
:~~
:~~
o
o
o
m 1 ~g~n
125
1~~ 21B02108
:g~ 1~:
75
75
75
2 B02108
2 B02108
~dil
T0116
~dil
T0116
M157
T088
59
LINE
No.
2
3
4
5
8
~
9
10
11
12
13
14
15
1~
lB
19
20
21
22
23
24
~~
27
~g
30
31
32
33
34
35
38
~~
39
:~
42
43
44
45
:~
48
49
50
51
~~
54
5!i
58
57
f§J
~::~g~
~~~~~~
~
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
SBB27J
~:~~~~
NBH21F
~:~~~~
NBH22E
SBI-!~'!l!
~rH21A
BH21F
~:~~~~
S8H22E
~:=lg
54R114
I~
~4~; ~~
74R114
2
~~lg~:t
~
RF102BL
RF103BL
RFll0BL
RF111BL
2
2
2
2
I~
~~lg~t
RF120BL
2
2
2
2
2
2
2
~~m:t
RF123BL
~~m:t
RF132BL
~Hgg~t
I~
RF201BL
RF3202D
~~~g~:t
2
2
2
2
~~~~~~~
I~
RF3212K
2
~~~~~~
I~
RF253D
RF253K
RF3200D
RF3200K
i~
~~~~lg~
I~
~m¥~
88
87
Q8
89
2
2
2
2
S8828J
g~
63
~
~~~~~~
N8827J
RF250D
2
2
2
~
RF251K
2
=g:m,p%
MC416F
~g:~~V%
MC465LP%
~¥ 1=~:~~Lp%
72
MC515F
75
78
MC585F
78
MC588L
n
77
~g
81
:~
84
:~
87
~g.
90.
~g~m
~g~g~~
~~~gg~
SNF51J
~~~mv
SNF52W
~~m~
TRWF50~1
SNF10ru'H'''
SNF100W
~~: ~~~lgl~
93.
SNF102J
~~: !~~~~g~y
98.
g:r
~~~~ 1~~
+~W~~¥g:~
TRWF1Hi#2
1~~: ~~~gg~
60
2
2
2
2
~
~~: !~~~,~g~
~g~
I~
~
2
~
2
~
2
~
2
2
2
LEVEL
~'1'
1\/\
~g~~~ ~g~ U~
30Mtiti MO~
~g~
30M!~
~g~r~
MO~
~~~
30M!:
30Mt
30Mt MO
M~~
:g~r'lE ~g~
BOM%
:g~r~ M~~
M~~
80M% MO
801V!~:
BOMt~
~~~
~I?M%
M~~
BOM% MO
80Mt%
80M%
70M
70M
70M
~g~
35Mt~
M~~
35M~~
M~~
35Mt MO
35M!!!:
MO
35M~~
35Mt MO
M:~
~5M!!!:
35Mt¢
50Mtii'
2.8%
2.8%
~:g~
~:g~
2.8%
2.8%
2.8%
2.8%
2.8%
2.8%
2.8%
~:g~
2.8%
2.8%
2.8%
2.8%
2.7
2.B
2.8
~:~
~g~
70M
M~~
~g~
2.8
3.0%
3.0%
3.0%
3.0%
3.0%
3.0%
3.0%
3.0%
3.0%
M~~ ~.O%
50M~~
50Mt ~g~ ~:g~
50Mt~
50M!~
~~~
50M~& MO
50Mt
50M!~
50Mt¢ I~g~
5iiMt~ MO~
50Mt~
~:g~
3.0%
3.0%
3.0%
3.0%
~:g~
50Mt¢ ~g~
90Mt MO~ 3.0%
~g~~ M~~
M~~
90Mt
MO
3.0~
3.0%
3.0%
~g=~~ M~~ ~:1~
30Mt~ ~g~ 3. I¥:
~.1%
~g~~~ M~~ 3.1%
90Mt ~g~ 3.1%
!lI?Mt
90M~<2l ~~~ ~:1~
30Mt
MO
3.2%
~g~~~ ~g~ ~:~~
30Mt~ MON 3.2¥:
~g~ ~:~
~
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
SNF103W
99. !si-ml1J
100.
101+ ~~~1
102. SNF112W
103.
104.
TRWF100~1
105
108
~M~1
PER- PROOF
YPE ATING CESS
FLlPFLOP
FrJz?'
TYPE
No.
g:
60
g:
ui
FLOP
OR FLIP·
4. BINARY
FAN
POWER PROPALOGIC
MO~
=~~
MO~
IMO~
3.3
3.3
3.3
3.3
~:~
M~i 3.3
MO
I~~:
Moi
M~:
20M
20M
20M
20M
20M
20M
20M
20M
20M
~g~
35M
~gi
IMOI
M~i
~g:
MO
Moi
~~!
MO
IMOI
~.3
3.3
3.3
3.3
3.3
3.3
3.3
3.3
3.3
3.3
3.3
3.3
3.3
3.3
3.3
~:~
M~i 3.3
~g~
~~~
35M
50M
50M
D.A. T.A.
~211
.28
.26
.28
.28
.28
:~g
.26
.28
.26
.28
:~g
.28
.28
.28
.28
.28
.28
.26
.28
.26
.28
m
~g~ ~:~
MO~ 3.3
~g~ ~:~
:~g
:~:
19
10
30
30
30
~g
30
~g
30
30
30
30
10
10
10
~g
4
4
4
4
8
8
10
11
8
9
5
11
8
B
10
10
IHt
TTL
TTL
TTL
TTL
8
8
8
8
9t
9t
9t
9t
:
4
4
4
4
18
~
:::it
TTL
TTL
TTL
TTL
TTL
TTL
TTL
19
10
10
8
8
8
8
10
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TTL
19
10
Ht
TTL
TTL
TTL
TTL
IHt
TTL
IHt
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
.28
.28
.26
MO
MO
.28
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10
10
10
10
11
6
9
5
11
6
9
5
l1t
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TTL
TTL
TTL
MO~
:~g
~
5
4
4
4
5
5
5
4
5
5
5
5
5
4
5
5
5
5
5
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TTL
TTL
TTL
TTL
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TTL
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M:~ 3:3
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~~~ U
MO
3.3
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M~~
3.3
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35M
35M
35M
35M
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~~=
35M
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SUPPLY
SPAN
;
~~
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4
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l~~
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GATION
DELAY
N~G
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TTL
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MO
3.3
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liJ·O• W
Ht
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TTL
TTL
TTL
TTL
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TTL
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TTL
TTL
TTL
TTL
MO
~~~
35M
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g:g
0.0
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0.0
0.0
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0.0
1 0.0
0
0.0
0
0.0
0
0.0
0.0
0.0
0.0
0.0
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m
Kg
7t 0.0
7t O.Q
12t 0.0
12t 0.0
0.0
g~ 0.0
15t 0.0
m
Kg
15t 0.0
1St
15t g:g
(sl
MAX.
FALL
TIME
~:~~
I~)
0
5.00
5
5.0
5
5.0
5.0
5
5.0
5.0
5
5.0
5.0
5
5.0
5.Q
5.0
5.0
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5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
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5.0
5.0
5.0
5.0
5.0
5.0
5.0
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5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
g:g
5.0
5.Q
5.0
5.0
5.Q
5.0
5.0
5.0
8
5.0
8
5.0
8
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.~
5.0
g:g
~Qn
50n
50n
~On
~.Qn
50n
50n
50n
50n
50n
~Qn
SOn
5·0n
50n
50n
50n
50n
50n
50n
~gg~
12n!:>
25n!:>
~g~~
25nA
25n!:>
25n!:>
25n!:>
~5n!:>
25n!:>
25n!:>
~~n!:>
25n!:>
25n
;ton
20n
~g~
20n
I~OOm
~Qmt
~!!n!:>
~~n!:>
~gg~
700m
700m
700m
700m
ng~~ 700m
110mt 700m
110mt
110mt ~gg~
110mt 700m
110mt
110mt ~gg~
110mt 700m
I!Qmt 700m
50mt
50mt 12~om
OOm
15n!:>
15n!:>
15n!:>
15n!:>
15n!:>
15n!:>
15n!:>
15n!:>
15n!:>
15n!:>
~g~~
ggg~
~g~~ 800m
90m!:> 1~I?Om
90m!:> 800m
90m!:> 800m
90m!:>
gOm!:> Iggg~
90m!:> 800m
90m!:>
90m!:> ggg~
90m!:> 600m
250m
110mt
110mt
110mt
110mt
110mt
110mt
~g~~
25nl\
25n!:>
12n!:>
12n!:>
g:~ Iggg~
64m 800m
90m!:>
250m
250m
~Qn!:>
15n!:>
12n!:>
12n!:>
12n!:>
12n!:>
I~~~I~~
2~Qm
20n!:>
20n!:>
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~:g
gg~
50n
2.0n
2.0n
9.0n%
9.0n%
9.0n%
!I.Qn%
9.0n%
9.0n%
90n_?&
9.0n%
90n%
9_0n%
9.0n%
90n%
lIn
lIn
lIn
n
lIn
lIn
20n!:>
20n!:>
20n!:>
5.0
5.0
5.Q
5.0
5.0
5.Q
5.0
5.0
5.0
5.Q
5.0
5.0
5.Q
5.0
5.0
fa)
IN O~~~n OF (1)FLlr~~~p (2)LOG TYPE (3)LOG
LEV1' 4 LOG LEVO' 5 MAX FREQ (8)TYPE No.
DRAWINGS
KT
MAX. MAX.
TEMP.
TOTAL NOISE
LO~IC
PE~[
REJECT LOV\i HI MO DWG. No
PKG.
6=MO
Dl~'
IVI
'C
'C
g:~ Iggg~ o 0 7~5 ~I~g~~g~a M~5~1I
2 B02108a T088
84m 800m
0 75
21B02108
82m
-55 125
2 B02108 L~~~8
-55 125
82m Iggg~
2 B02108 TOB8
-55 125
82m 800m
50mt I~gg~
8.0n
8.0n
8.0n
3.0n
3.0n
2.5n
2.5n
2.5n
2.5n
4.0n
4.0n
4.0n
4.0n
2.5n
2.5n
~.On
I~·!!n
3.0n
~.On
3.0n
3.0n
~'Qn
3.0n
8.0n
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8.0n
8.0n
5.0n
5.0n
5.0n
5.0n
~:g~
5.0n
5.0n
5.0n
2.5n
4.0n
4.Qn
4.0n
4.0n
1~·On
8.0n
8.0n
8.Qn
8.0n
8.0n
1!!·Qn
8.0n
8.0n
I~:g~t It~~t
1.0nt
I.Qnt
1.0nt
1.0nt
I.Qn
1.0nt
1.0nt
I.Qnt
1.0nt
1.0nt
1.0nt
1.0nt
1.0nt
I.Qnt
1.0nt
1.0n
I.Qn
1.0n
1.0n
l:g~~
1.7nt
1.7nt
1.7nt
1.7nt
1.7nt
1.7nt
1.7nt
l.~nt
1.7nt
1.7nt
1.~nt
1.7nt
1.7nt
1.7nt
1.7nt
1.7n
l.~n
1.7n
1.7n
!.!nt
1.7nt
500mt
50mt
80mt
80mt
1.1
1.1
1.1
1.1
gg~~ I:gg~
50mt 900m
50mt i~~om
1.1
1.1
gg~~ 1.1
50mt 900m
~g~~
gg~~ :gg~
50mt
40mt
40mt
50mt
50mt
40mt
40mt
50mt
50mt
40mt
900m
~gg~
900m
900m
900m
900m
:gg~
900m
~Qmt I!!OOm
50mt 900m
40mt 900m
40mt 900m
50mt 900m
50mt 900m
00m
~g~ I !1900m
40m 900m
40m
40m I~gg~
40m 900m
40m 1900m
40m 900m
40m 900m
~g~ I:gg~
50m
80m
900m
900m
900m
900m
80m
900m
gg~
gg~ :gg~
~Om
50m
50m
50m
80m
80m
i~gg~
900m
:gg~
900m
gg~ :gg~
50m
900m
gg~ ~gg~
50m
50m
50m
900m
BOOm
900m
SYMBOLS AND CODES
EXPLAINED IN INTERPRETER
:~~
-55
0
0
0
0
0
0
-55
-55
-55
-55
-55
-55
~55
-55
-55
Ig
0
-55
-55
0
0
-55
-55
Ig
-55
-55
0
0
-55
-55
0
1~5
-55
m
125
75
75
75
'15
75
:~~
-55
-55
-55
:gg
·55
0
0
0
g
0
g
-55
~-
-55
·55
-55
-55
·55
:gg
·55
-55
0
0
0
0
-55
~ :g~~~~ ~~~~a
M153a
125
2 B0292c
125
125
125
125
2 B0292d
M157
T088
MI17a
M153a
~ :g~~~~ +~~~8
1~ ~ :g~~~~
~g
75
n-5
125
75
75
125
125
75
75
125
,~
75
75
m
75
75
125
125
75
75
75
~g
75
15
125
125
m
m
~ :g~~g:
2
2
2
2
·55
0
Ig
0
-~~
·55
-55
·55
0
0
0
0
·55
:gg
-55
-55
·55
B02284
B02284
B02284a
B02284a
~ :g~~g:: ~g:
FC4
FC4
FC4
FC4
2 B02284
FC4
~ :g~~g:: FC4
2 B02284a FC4
~ :g~~g:
~ rg~~g:a ~g:
1 B02285
1 :g~~gg
1 B02231
:g~~~~
1
1 B02232
1~g~~g7
1 B02107
125
125
1
1 B02107
75
75
75
I~~
125
125
125
125
125
125
125
m
125
125
75
75
75
75
125
:g~lg~
1 :g~lgg
1 B02105
T088
1 :g~lgg
1 B02105
1 B02105
1 B02108
1 B02108
1 B0274
1 B0274
1 B0274
l1B0274
1 B0274
1 B0274
1
:g~~:
1 B0274
2
~g
~
125
m
125
125
125
Ml05ar
f!'.2_'b
Ml05ar
FP21b
T0118
75
~g
FP21b
~p1u,5bm
1 :g~lg~
1 B02105
2
125
125
75
75
Ml05ar
T088
125
m
~gg
Ml05m
FP21b
Ml05m
FP21b
:rp1°,5.,ar
1 :g~1gg
1 B02108
2180274
75
FC5
:g~~g~ ~,2d:m
1
1 B02231
1
:g~~~~
1 B02107
1r
75
FC4
FC4
FC4
FC4
FC4
FC4
2 B02284
m
:so
m .~
:gg
·55
:::g~~8
2 B0292d
m
rg- 1r
75
0
0
0
0
Ig
0
0
~I~gz~g~a M~5~o
2 B0210Ba TOBB
B0292b
2 B0292c
2 B0292" M157
~
:::g~~8
+~~~8
:::g~~8
+g~~8
T088
T0118
T088
T0118
I~J~I:F
M157b
~~~~~F
!:>oo4AF
~J~I:F
M157
=mb
;;'004AF
~ri81:F
M157b
~~~~~F
2
!:>004AF
2
2
M15ib
~
~
~ri8::F
~~~~~F
2
2
2
2
!:>004AF
2
2
=m
M128
~
~
~J8::F
Ml~7
'X'ri8::F
60
LINE
No.
f§.J
ui
YPE
OF
ER- PROFLIp· ATING CESS
FLOP FREQ.
(Hz)
TYPE
No.
~: ~~~m~
3.
;:
6.
I~
SNF122J
2
~~~g~f
I~
SNF123W
2
2
2
2
~: ~~~gg~
9.
SNF131J
12.
SNF132W
m ~~~mf
m ~~~m~
'~
18
TRWF130
~g
2
2
2
2
2
2
2
I~m~
21
RF53D
RF53K
RF60D
RF60K
~
15
l~
TRWFI20#1
TRW!:120#2
TRWFI3~:~
33
34
35
36
RF262D
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
~~
~~~g~~
~
~~
24
~~ I~m~
27
RF62D
~g
'~m~
30
~J
RF63K
~mJ~
RF260K
~~m~
39
RF263K
:~
~~lgg~
42
RF101D
:~
~~lg~~
:~
~~lg~~
45
48
49
50
51
2
~
RF102K
RFll0D
RFll0K
RF111D
RFll1K
RF113D
~~lJg~
RF120D
~~g~~
63
RF121K
RF122D
RF122K
RF123D
66
RF130K
g~
~~m~
g~
g;
~mg~
69
70
RF132D
RF132K
RF133D
RF133K
~~
~~~gg~
n
75
RF201D
~~
~~~gJ~
78
~g
81
~~
84
g~
87
~m~~
~
gg#
~~~470E
90#- Z 5470F
ZN5472E
;2: ZN5472F
ZN5473E
ZN5473F
~;: ZN5476E
96#- ZN7470E
ZN7470F
ZN7472E
99# ZN7472F
I~
1~~7:H~
I~
93#
;~li
102
ZN7476E
105# ZN74107E
19~# ZN74107F
MC2028F
108
MC2028L P%
2
2
2
2
2
2
2
·~gg~~rp%
I~
19~: ~~~:lg~~
l~g
61
MO~
~~~
MO~
20Mt
MO~
20Mt
MO~
~g~~ ~g~
~g~i
20Mt
~~~
MO
~g~~ ~q~
20Mt
MOr
~g~i I~~;
30Mt
~g~~
30Mt
MOt
M1~
MO
MO
.26
g
3.3
3.3
3.3
3.3
3.4
3.4
3.4
3.4
~.4
3.4
3.4
3.4
3.4
3.4
3.4
3.4
3.4
3.4
3.4
3.4
~g~i '~~H ~::
30Mt
~~~~
MO'
3.4
MO
MO'
3.4
3.4
MO~
3.4
3.4
!Q;
~~~~ ~g~
35Mt
35Mt
35Mt
35Mt
35Mt
35Mt
35Mt
35Mt
~~~~
MO~
M~~
MO
MO~
~g~
~.4
~.4
~.4
3.4
3.4
3.4
3.4
3.4
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3.4
MO~ 3.4
MO~ 3.4
MO~ 3.4
MO~ 3.4
~q~
3.~
3.4
MO~ 3.4
3.4
3.4
MO
MO
3.4
:!.4
I~q~ 3.4
50Mt MO' 3.4
~~~i
50Mt
50Mt
50Mt
50Mt
50Mt
50Mt
50Mt
~g~~
50Mt
50Mt
50Mt
50Mt
M1~
I~g:
MO
M~~
~gt
!Qf
MO
Mm
I~~~
MO
~.4
3.4
3.4
3.4
3.4
3.4
3.4
3.4
3.4
~.4
~:4
.4
M~~
3.4
3.4
3.4
~~~~ MO
!Q~
MO~
3.~
~g~
50Mt
~g~~
50Mt
50Mt
~~~
MO
M~~
~g~
~~~
MO~
M1~
MO
MO
M~~
~g~
3.4
3.4
~.4
~:4
.4
3.4
3.5
3.5
:!.5
3.5
3.5
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3.5
3.5
3.5
3.5
3.5
~:~
~Q;
MO~ 3.5
~~~
MO
Mq~
Mq~
~~~i& MO~
3.5
3.5
3.5
3.5
3.5
3.5
~~~~~ ~g~ t~
D.A. T.A.
(V)
:~g
3.3
3.3
3.~
TYPE
IN
f.!J '0' 1.J
3.3
3.3
3.3
3.3
g
~g~~ ~g~ ~::
2
2
2
2
~~:
MO~
~g~ I~~~
;g~i
2
2
2
2
2
2
2
R~.~13K
~~;
Mm
LtVEL
LOGIC
.26
.26
.26
.26
.26
.26
.26
50M
50M
50M
50M
I~
2
RF213D
MO'
;g~ I~g~
50M
2
2
2
2
~
RF211K
50M
50M
50M
50M
50Mt
50Mt
50Mt
50Mt
50Mt
50Mt
50Mt
2
2
2
2
2
2
2
I~m¥~
ijg~ I~~~
~~~i ~Q~
.~
'1'
(V)
MO~ 3.3
~
2
2
2
2
2
2
2
RF202K
RF203D
RF203K
RF210D
50M
35Mt
I~
1.l.
~g~ I~q~ I~
2
2
2
2
2
2
2
2
2
2
2
2
2
2
~~ I~~m~
54
55
56
57
58
59
60
~~t1
.
4 BINARY OR FLIP
FAN
iit
:4
TTL
fit
TTl:
TTL
TTL
TTL
:~g
iit
TTL
:~g
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
.26
.26
.26
.26
.~O
.20
.20
.20
.20
.20
.20
.20
.20
.~~
.20
.20
:~g
.20
.20
.20
.20
:~g
.20
.20
.20
.20
.20
.20
.20
.~O
.20
.20
.20
.20
.20
.20
.20
.20
.~O
.20
.20
:~g
4
4
4
5
5
5
g
5
5
5
4
4
5
5
6
6
6
g
++t
TTL
TTL
TTL
TTL
8
8
8
8
8
8
8
9
8
8
8
8
8
fit
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
g
8
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
~
Ht
TTL
TTL
TTL
TTL
3
3
3
3
.20
fit
TTL
3
.20
.20
.20
.20
.20
++t
TTL
TTL
TTL
TTL
.20
.20
.20
.20
:~g
'~2
:~g
.20
.20
.20
.20
.20
.20
.20
:~g
.20
.20
.20
.20
.~O
.20
.20
.20
.20
.20
.~~
.20
.20
.20
.20
.20
++t
TTL
Ht
TTL
TTL
TTL
TTL
Ht
TTL
IHt
TTL
TTL
TTL
TTL
TTL
TTL
TTL
~
~
3
3
3
3
6
6
6
g
6
6
6
8
6t
15t
15t
7t
7t
l2T
12t
6t
6t
15t
15t
15t
15t
g
6
6
15
15
7
7
12
1~
6
1~
11
6
6
9
~
5
11
11
6
6
9
9
~
11
11
6
6
9
9
5
5
11
11
11
6
6
9
9
5
5
11
11
g
9
9
5
5
11
11
6
~
~
~
.20
.20
.~O
:~~
Ht
l~
.20
.20
.20
.20
l~i
~
8
9
9
Ht
TTL
TTL
TTL
TTL
:~g
7t
12t
g
8
4
4
5
9
9
9
9
4
4
5
4
4
4
4
10
10
liit
TTL
TTL
TTL
TTL
TTL
TTL
TTL
luUT
MAX.
9
5
5
11
11
6
6
8
. FLOP
5
5
10
10
10
10
10
19
10
10
10
10
MAX.
~()WER PROPASUPPLY GATION IIiISE
FALL
SPAN
DELAY TIME TIME
tr
NEG P'(jS
tf
(s)
(s)
(s)
I(V)
IV)
. n
."n
1.0nt 1.7nt
'K~ ~:~
1.0nt 1.7nt
0.0
5.0
1.2 nT l.~nt
5·2
'gg
5.0
1.7nt
1.7nt
0.0
5.0
0.0
5.0
1.0nt 1.7nt
1.0nt 1.7nt
0.0
5.0
0.0
5.0
1.0nt 1.7nt
1.0nt . l.~nt
0.0
5.0
1.UnT 1. InT
0.0
~.O
5.0
1.0nt 1.7nt
0.0
O.I,!
1.0nT 1.7nt
~.O
5.0
1.0nt 1.7nt
0.0
0.0
5.0
15n
1.0n
1.7n
0.0
5.0
15n
1.0n
1.7n
1.7n
0.0
5.0
15n
1.0n
0.0
5.0
15n
1.0n
1.7n
5·2
g 5.0
0 5.0
0 5.0
0 5.0
0 5.0
0 5.0
0.0
5.0
0 5.0
0 5.0
0 5.0
0 5.0
0 ~.O
0 5.0
0 5.0
0
5
0
5
0
5
l:g~i
g
0
0
0
0
0
0
0
g
0
0
0
0
0
0
0
0
0.0
0
0
0
0
0
0
0
0
0
0
g
0
0
0
0
0
0
0
0
0
0
0
0
0
g
0
~
0
0
0.0
0.0
0,2
0.0
0.0
0.0
~
t
8:g
0.0
0.0
0.0
0.0
0.0
0.0
0.0
~ I~:g
~:g
g:g
0.0
0.0
0.0
10
10
10
10
10
10
10
9
9
60m
50m
50m
50m
~2m
cum
60m
~Om
60m
50m
50m
50m
50m
~2mt
50mt
50mt
50mt
55mt
55mt
55mt
55mt
55mt
55mt
55mt
55mt
~I,!mt
55mt
55mt
55mt
55mt
55mt
~~~~
~~~i
~
13n
13n
~~n
13n
13n
13n
13n
13n
13n
13n
13n
13n
13n
13n
13n
13n
13n
13n
~g~~
~g~~
~gg~
gg~ I~gg~
110mt
110mt
110mt
110mt
55mt
55mt
55mt
5
5
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
7.0
7.0
60m
ng~~
n~~i
ij
5
5
5
5
5
5
5
~.O
~~~
55mt
110mt
110mt
110mt
110mt
110mt
110mt
110mt
110mt
110mt
! 10mt
110mt
110mt
110mt
110mt
110mt
110mt
110mt
110mt
110mt
110mt
110mt
110mt
110mt
110mt
1 ~2mt
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5.0
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5.0
5.0
5,2
5.0
5.0
IN ORDER OF (l)FLlP.FLOP (2)lOG TYPE (3)LOG
LEV.,. (4)LOG LEV'O' (5)MAX FREQ (6)TYPE No.
MAX. MAX.
TEMP.
CKT
ORA INGS
TOTAL NOISE
PE~C LuG Iii. I!!.UILINE
PKG.
REJECT LOVI HI MO DWG. No DWG. No
DISS.
A=MO
(W)
(V)
'C
'C
I,:,,,,,m
55mt
55mt
55mt
55mt
55mt
55mt
55mt
55mt
55mt
55mt
55mt
10m
10m
10m
10m
10m
10m
10m
10m
10m
10m
10m
10m
10m
10m
10m
10m
10m
10m
60mt
60mt
900m
900m
900m
900m
~22m
t:fuum
900m
9QI,!m
900m
900m
900m·
900m
900m
1.1
1.1
1.1
1.1
1.1
1.1
1.1
1.1
1.1
1. ~
1.1
1.1
1.1
1.1
1.1
1.1
1.1
1.1
Ll
1.1
1.1,!
1.0
1.0
1.0
1.0
1.0
1.2
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1·2
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1'2
1.0
1.0
1.0
1.0
1.0
1.1,!
1.0
1.0
1.0
1.0
1.0
~.O
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.2
1.0
1.0
1.2
1.0
1.0
1.0
1.0
1.0
~~~~ l:~
SYMBOLS AND CODeS
EXPLAINED IN INTERPRETER
:~~
0
;g
0
-55
-55
-55
-55
0
0
g
-55
-55
-55
·55
Ig
0
0
-55
-55
-55
·55
0
0
0
0
:~~
-55
0
Ig
0
-~~
-55
-55
-55
0
0
0
0
-55
-55
-55
-55
0
0
0
0
-55
-55
-~~
-55
-55
0
0
0
0
-55
-55
:ij~
10
0
0
0
-~~
-55
-55
-55
Ig
0
0
-55
:~~
·55
0
0
0
0
-55
·55
.~5
-55
·55
·55
·55
0
g
0
0
0
0
.~~
-55
0
0
0
0
g
m
75
Ij~
75
125
125
125
!~5
li~
75
75
125
125
125
125
j~
75
75
125
125
125
125
75
75
75
75
125
125
125
125
125
75
Ij~
1r;:~3:~F
~
M157b
6_~I.!.~F
2
~
I~JgI:F
2
2
2
2
2
2
2
M157b
6004AF
M157b
!,.~'?~~F
MI~/P
6004AF
M157b
6004AF
M157
M126
M157
M126
~
2
2
2
2
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
:g~g
B0242
:g~~~
B0257
B0257
B0257
B0257
B0257
B0257
B0257
~p101~m
Ml05m
FP21b
Ml05m
FP21b
Ml05m
FP21b
Ml05m
1~1~15bm
B02109
B02109
B02109
B02109
B02109
FP21b
Ml05k
Ml05m
FP21b
Ml05m
FP21b
Ml05m
1:g~lg~
1~7d5bm
75
1 B02109
FP21b
125
2 B038.
B038.
Ml05m
FP21b
Ml05m
FP21b
m ~ :g~g;
~~5
75
75
75
125
125
125
125
75
75
75
75
125
125
~
2 :g~:;
~ :g~g;
2 B038s
B038s
~ B038s
J. B038s
~ :g~~~
2 B038s
B038s
~
2 B038.
m
2
n5
125
B038r
B038.
2 B038.
B038r
B038s
2 B038s
125
75
75
75
~
~
BO~!!.
:g~~;
m~5bm
~p1015bm
Ml05m
~lOl5bm
FP21b
Ml05m
~lQll>bm
FP21b
Ml05k
Ml05m
FP21b
Ml05m
FP21b
Ml05m
FP21b
Ml05m
~
1~12015bm
m ~ :g~~:
l~p1ulobm
75
125
m
2
2
2
2
1
1
1
j~5
1 ~g~lg~
I~~
75
B038s
B038s
B038s
B038s
B02105
B02105
B02105
FP21b
Ml05m
FP21b
Ml05m
FP21b
Ml05m
FP21b
Ml05m
l~f21b
75
75
75
125
1
1 B02106
Ml05m
FP21b
Ml05m
FP21b
Ml05m
125
1
:g~lgg
1 B02106
rp1015bm
m
I~~
75
75
125
125
125
12~
125
1 B02105
:g~lg~
~!,.2_1b
:g~lgg l~p1°15bm
1
1 B02106
1 B02106
1
1
1
2
Ml05m
FP21b
M126
T086
irri;:
M126
m~
i~~~~
~g
~
!~6::
2
~ri;:
70
70
70
70
1
1
1
1
70
2
2
m
70
M126
T086
M126
T086
M126
75
2
2
1 B02169
1 B02169
~~
ll~g~l~~ +g~~6
~g
M126
T086
ig~~6
61
LINE
No.
1
2
3
4
5
6
7
8
9
10
11
12
l~
15
16
17
18
19
20
21
~~
24
25
26
27
28
29.
30
31
32
33
34
35
36
37
38
39
40
41
42
43.
44
45
46.
47
48
49
50.
51
52
~
4. BINARY OR FLIP
~iYPE
~-M~1
OF
OPER· PRO·
TYPE
No.
FLIP·
FLOP
~~~l~~r
I~
MC2178F
2
~F~~b7F8l
I~
TF100J
mgl~
TF102F
TF102J
TF103F
TF103J
li~llgj
TFlllF
TF111J
TF112F
TF112J
TFl13F
TF113J
TF130F
im~~
TF131J
m~~j
TF133F
TF133J
MFC8050
T100
TlOl
Tl03P
MM483
MM583
SW706·1P
SW706·2M
SW706·2P
SW709·1P
SW709·2M
SW709·2P
MIC950·5B
MIC950·5C
MIC950·5D
MIC950·1B
MIC950·1C
MIC950·1 D
SN15931N
MIC945·1B
MIC945·1C
MIC945·1 D
MIC945·5B
MIC945·5C
MIC945·5D
~~;. MIC945R3D
55# MIC945R6D
56# MIC945R7D
57
MIC948·1B
58
MIC948·1C
59. MIC948·1D
60
MIC948·5B
61
MIC948·5C
62. MIC948·5D
63
SN15945N
64
SN15948N
ITT5470J
65
66
ITT7470J
~~. ~~~~~A
DM75l12F
DM75L12J
DM75l12N
DM85L12F
DM85l12J
DM85L12N
DM7512J
DM7512N
DM7512W
78
DM8512J
79
DM8512N
80
DM8512W
HEPC2503p·RT
81
82
MC787P
83
MC887P
84
MC779P
85
MC879P
86
MC358AF
87
MC358AG
88# MIC64104J
89# MIC64105J
SN54104J
90
SN54104W
91
92
SN54105J
SN54105W
93
69
70
71
72
73
74
75
~~
~~
~~~: 19:~
I~
~~~
SN74104W
SN74105J
SN74105N
SN74105W
SW74104J
SW74104N
SW74105J
~~~
1~~~41U5N
I~~
514T
SN54l72J
SN54l72T
SN54l73J
SN54l73T
SN54l78J
2F
2F
21'
2F
2F
2F
62
MO~
~~~t" ~g~
35M
96
97
98
99
100
101
102
105
106
107
108
109
110
3~~i¢ ~Q~
MO
35Mtizl
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2,3
23
2,3
2,3
23
2,3
2,3
23
2,3
2,3
23
2,3
2,3
23
2,3
2,3
23
12 ,3
.2,3
23
2,3
2,3
23
2,3
2,3
23
2,3
2,3
23
2,3
1 2 ,3
23
2,6
2,6
28
2,8
2,8
28
2,8
2,8
28
2,8
2,8
28
2,8
2,8
2AC
2AC
2AC
2BC
2BC
2F
2F
2F
2F
2F
2F
2F
2F
2F
2F
2F
2F
2F
2F
2F
2F
2F
L GIC
LEVEL
ATING CESSl.J.
FREQ.
'1'
(Hz)
(VI
3~~
35M
35M
35M
35M
35M
35M
35M
35M
35M
35M
50M
50M
50M
50M
50M
50M
50M
50M
3.0 t%
15M
15M
15M
2.0Mt%
2.0Mt%
15Mt
15Mt
15Mt
18Mt
18Mt
18Mt
20M
20M
20M
20M
20M
20M
10MA
MO~
Mq~
M(j~
MO~
~q~
MO~
~g~
Moi
Mq~
M(j~
Mor
~q~
Mar
M1~
MO
MO
M(j~
Mq~
Mor
M~J
MO
PCB
PCB
PCB
Mm
M(j~
M(jr
MOr
M?~
MO
MOr
M1~
MO
MO
M~~
~g~
M?;
MO
MO~
M1~
MO
MO
MO~
MO~
MO~
M~~
MO
Mm
M1~
MO
MO
M~~
10MA
10MA
~g~
MO~
35M~;
35MA
5:i'oMJr
10MM
10MA
3.5
3.5
~.5
3.5
3.5
3.5
3.5
3.5
3.5
3.5
3.5
~.5
3.5
3.5
3.5
3.5
3.5
3.5
3.5
3.5
3.5
3.5
3.5
3.5
3.5
3.5
3.5
3.5%
5.0
5.0
5.0
·8.0%
·8.0%
1.8%
1.8%
1.8%
1.8%
1.8%
1.8%
1.9%
1.9%
1.9%
1.9%
1.9%
1.9%
1.9%
1.9%
1.9%
1.9%
1.9%
1.9%
1.9%
1.9%
1.9%
1.9%
1.9%
1.9%
1.9%
1.9%
1.9%
1.9%
1.9%
1.9%
2.0%
2.0%
MO
~gi
M~;
10M4~ ~gi
10MA
10MA
10MM
28MA
28MA
28MA
28MA
28MA
28MA
14.0Mt
4.0Mt
4.0Mt
4.0Mt
4.0Mt
30M
30M
~.5
M(j~
Mq~
MOr
M1~
MO
MO
M~;
~gi
Mq~
Mq~
3.4
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
M(j~
MO~
.85%
.88%
.80%
.80%
·.75
·.75
1.7%
1.7%
1.7%
1.7%
1.7%
1.7%
1.7%
1.7%
1.7%
1.7%
1.7%
1.7%
1.7%
1.7%
1.7%
~u~
20M
35M
PCB
3.0M%A
3.0M%A
3.0M%A MO
3.0M%A
3.0M%A
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
MOr
M1~
MO
MO
M~;
~g~
Mq~
MO~
MO~
~q;
MO~
M1~
MO
MO
M(j~
D.A. T.A.
~~~
~g~
1.~~
.!J'O'
IV)
:~~
.20
:~~
.25
.25
.25
.25
.25
.25
.25
.~5
.25
.25
.25
.25
.25
.25
.25
.25
.25
.25
.25
TYPE
IN
..fJ
++t
TTL
nt
TTL
TTL
TTL
TTL
TTL
TTL
TTL
iit
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
.~5
.25
TTL
TTL
.25
.25
TTL
.50t* TTL
0.0
TTL
0.0
TTL
0.0
TTL
·1.0*t
TTL
TTL
·1.0*t
DTl
1.2*
DTl
1.2*
DTl
1.2*
DTl
1.2*
DTl
1.2*
DTl
1.2*
DTl
.78*
DTl
.78*
DTl
.78*
DTl
.80*
DTl
.80*
DTl
.80*
DTl
.95*
DTl
1.1*
DTl
1.1*
1.1*
DTl
DTl
1.1*
DTl
1.1*
DTl
1.1*
DTl
1.1*
DTl
1.1*
DTl
1.1*
DTl
1.1*
DTl
1.1*
DTl
1.1*
DTl
1.1*
DTl
1.1*
DTl
1.1*
DTl
1.1*
DTl
1.1*
TTL
.80*
TTL
.80*
DTl
.20
TTL
TTL
.70*
TTL
.70*
TTL
.70*
TTL
.70*
TTL
.70*
TTL
.70*
TTL
.80*
TTL
.80*
TTL
.80*
TTL
.80*
.80*
TTL
TTL
.80*
RTl
RTl
.46*
RTl
.50*
RTl
.40*
RTL
.46*
·1.6
ECT
·1.6
ECT
TTL
.90*
TTL
.90*
TTL
.90*
TTL
.90*
TTL
.90*
TTL
.90*
TTL
.90*
TTL
.90*
TTL
.90*
TTL
.90*
TTL
.90*
TTL
.90*
.90*
TTL
TTL
.90*
TTL
.90*
TTL
.90*
TTL
.45*
TTL
.45*
TTL
.70*
TTL
.70*
TTL
.70*
TTL
.70*
TTL
.70*
FAN
OUT
MAX.
10
10
10
10
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
10
10
7
5
5
5
5
5
5
5
5
4
4
4
4
4
4
7
5
5
5
5
5
5
7
7
7
5
5
5
5
5
5
7
~
9
5
6
10
10
10
10
10
10
10
10
10
10
10
10
4t
4t
4t
4t
4t
6
6
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
9
9
9
9
4
8
5
11
11
11
11
15t
15t
15t
15t
7t
7t
7t
7t
7t
15t
15t
15t
7t
7t
7t
7t
15t
15t
15t
15t
7t
7t
7t
7t
10
10
10
10
10
10
12
12
9
11
11
10
10
10
8
8
8
7
10
10
10
12
12
12
10
10
10
9
9
9
11
11
11
10
9
10
10
8
15
80
20
20
20
20
15
15
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
. FLOP
POWER
SUPPLY
SPAN
~~G r~S Is)
~:~ ~:~ ~~~~
0.0
(j.o
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
g:g
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
10
10
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0
0
0
0
0
0
0.0
0.0
0.0
0
0
0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
5.2
5.2
0.0
0.0
0.0
0.0
0.0
0.0
O.~
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
l~ ~:~
10
20
20
20
10
20
MAX.
PROPA·
GATION RISE
FALL
DELAY TIME TIME
0.0
0.0
0.0
0.0
0.0
0.0
8.0
~:g
If
Is)
20nA
20nA
1.0nt
1.0nt
1.0nt
1.0nt
1.0nt
1.0nt
1.0nt
1.0nt
1.(jnt
1.0nt
1.0nt
1.0nt
1.0nt
1.0nt
1.0nt
1.0nt
1.0nt
1.0nt
1.0nt
1.0nt
1.0nt
1.0mt
1.0nt
1.0nt
250nt
6.0
6.0
6.0
6.0
6.0
6.0
6.0
~:g
6.0
6.0
6.0
6.0
6.0
6.0
6.0
6.0
6.0
6.0
6.0
6.0
6.0
6.0
4.0
5.0
5.0
5.0
0
0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.5
5.5
5.5
5.0
5.5
5.5
5.5
5
5
5
5.0
5.0
5.0
5.5
5.5
5.5
5.0
5.0
5.0
5.0
5.0
5.0
5.0
4.5
5
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
3.6
3.6
3.6
3.6
3.6
0
0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
7.0
7.0
5.0
5.0
5.0
5.0
5.0
:;)
1.7nt
1.7nt
1.7nt
1.7nt
1.7nt
1.7nt
1.7nt
1.7nt
l·Znt
1.7nt
1.7nt
1.7nt
1.7nt
1.7nt
1.7nt
1.7nt
1.7nt
1.7nt
1.7nt
1.7nt
1.7nt
1.7nt
1.7nt
1.7nt
60nt
15n
15n
17n
500nA
500nA
50n%
50n%
50n%
40n%
40n%
40n%
35n
35n
35n
30n
30n
30n
75nA
75n
75n
75n
75n
75n
75n
75nA
75nA
75nA
65n
65n
65n
65n
65n
65n
75nA
75nA
150ntA
150ntA
IN ORDER OF (I)FLlP·FlOP (2)lOG TYPE (3)lOG
lEV'l' (41l0G lEV'O' (5IMAX FREQ (6ITYPE No.
MAX. MAX.
TEMP.
CKT
DRAWINGS
TOTAL NOISE
PER LOGIC
OUTLINE
REJECT LOVI HI MOC DWG. No DWG. No
PKG.
A=MO
IV)
°C
'C
DI~~'
~~:::i
60mt
I'!(jmt
50m
50m
50m
50m
50m
50m
50m
50m
~g:::
1.~
:~~
1.0
1.0
·55
1:g
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.(j
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
A
A
A
A
A
A
A
A
A
A
A
A
A
A
A
A
A
A
A
A
A
A
A
A
50m
50m
50m
50m
50m
50m
50m
50m
50m
50m
50m
50m
50m
50m
1.0
700m'JI 1.0
740m'll 1.0
1.1 % 1.0
80mt
80mt
80mt
100mt
100mt
100mt
46m
46m
46m
43m
43m
43m
20mt
70m
70m
70m
75m
75m
75m
70m§
70m§
75m§
81m
81m
81m
87m
87m
87m
20mt
20mt
10mt
10mt
1.0
1.0
1.0
1.0
1.0
1.0
350m*
350m*
350m*
350m*
350m*
350m*
650m
650m
650m
350m*
350m*
350m*
350m*
350m*
350m*
l~?mt 2.0
~g:::~
120nA
120nA
120nA
120nA
120nA
120nA
40n
40n
40n
40n
4Dn
40n
15n
7.5n
7.5n
25nA
25nA
25nA
25nA
25nA
25nA
25nA
25nA
25nA
25nA
25nA
25nA
25nA
25nA
25nA
25nA
25nA
27nA
200nA
48n%
200nA
48n%
200nA
22~;
22m
285m'JI
285:~
285m
285m
·~5
91m
138mt
138mt
141mt
141mt
87m
87m
120m
140m
120mt
m
125
m
120:~
120m
120m
140:~
140m
140m
120m
120m
140m
J~g:::§
520m§
1.0
1.0
1.0
1.0
1.0
A
A
A
A
A
SYMBOLS AND CODES
EXPLAINED IN INTERPRETER
B02169
2
2
2
2
2
2
2
125
125
75
75
75
75
125
2
2
2
2
2
2
2
2
2
2
2
2
2
2
1
4
4
3
1
1
2
2
2
2
2
2
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
B03120
B03120
B03120
B03120
B03120
B0287
B03132
B03132b
B03132
B03132
B03132b
B03132
B03132
B03132
B03132
B031328
B03132c
B03132a
B03132a
B03132c
B031328
BD2103
B02103a
B0623
B0623
1
1
1
1
1
1
B02287
BD2287
B02287
B02287
B02287
B0863a
m
m
125
75
75
75
75
75
125
70
125
75
75
125
75
75
75
75
75
125
125
125
125
125
125
125
75
75
75
85
75
75
125
125
125
75
75
75
125
125
125
7D
75
125
125
125
125
70
70
70
125
125
125
70
70
70
55
75
55
75
0 75
0 75
·40 85
·40 85
·55 125
·55 125
·55 125
·55 125
120~;
11 B02169
:~~1~~
i
125
125
125
75
75
75
75
15
0
15
0
140m
140m'll
8.0mt
·55
0
·55
0
0
·55
0
0
0
0
0
·55
·55
·55
·55
·55
·55
·55
0
0
0
·40
·20
0
·55
·55
·55
0
0
0
·55
·55
·55
0
·55
D
0
0
~~~:::~
8.0mt
:~~
·55
·55
0
0
0
0
·55
·55
·55
·55
0
0
0
0
·10
·55
·55
·55
0
0
0
·55
22:~
8.0n
8.0n
·55
·55
·55
·55
0
0
0
0
1~55
1.1
22m
22m
8.0n
8.0n
·5~
~g
g
0
0
0
0
0
0
0
70
70
70
70
70
70
70
g
0
·55
·55
·55
·55
·55
70
125
125
125
125
125
~g
T086
~~llr
T0116
~:;~~6
FP18
T0116
FP18
T0116
1~:;~~6
~
FP18
~~llr
T0116
FP18
T0116
FP18
T0116
FP18
T0116
FP18
T0116
T0116
T0116
B02234
B02209
B02209
B02210
B038w
B038w
B02111
B02111
B02111
B02111
B02111
~i~8
C~B
CBP
T0100
T0100
T0116
Ml05n
T0116
T0116
Ml05n
:g~m ~~dd6
11 B02287
:g~J~a
11 B0863a
:g~~~:
1
1
4
4
4
4
4
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1+~~~6
B0863a
B0863a
B02158
B02158
B02158
B02158
B0231
B0231
B02167
B02168
B02167
B02167
B02172
B02172
B02167
B02167
B02167
B02172
B02172
B02172
B02167
B02167
B02172
CN38
M313b
FP33
CN38
M313b
M126a
FP33
CN38
M313b
FP32
CN38
M313b
M294b
M294b
M294b
FP33
CN38
M313b
FP32
CN38
M313b
M126a
M126a
M157
M157
Ml05ae
FP21b
FP88b
M200r
M345
FP88b
M200r
M345
M200r
W8~5a
M200r
M345
FP88a
T0116
TOl16
T0116
T0116
T0116
T091
CN9
T0116
T0116
M157
T084
M157
T084
M157
M126a
T084
M157
M126a
T084
T0116
Ml05n
T0116
:g~J~~ I~~gi"
J
4 B0294c
1:g~~~
2 B02130
2 B02130
2 B02154
CB62
M157b
FP52e
M157b
FP52e
M157b
62
f§J
LINE
No.
~
4. BINARY OR FLIP . FLOP
~iYPE
OF ~nM~1
OPER- PRO-
TYPE
No.
FLlPFLOP
I~~
I~~~:t~~}
3
4
5
6
7
8
9
10+'/1
1 i~~
12+
SN74L72N
SN74L73J
SN74L73N
DM54H71J
DM54H71N
DM74H71J
DM74H71N
MIC54104J
MIC54105J
MIC74104J
MIC74104N
13:!
14. MIC74105J
15+ MIC74105N
16# M53272P
NC7472N
SFC472E
19# SFC473E
20
SN5472N
SN5473N
21
22# SN6472N
23
DM5470J
24
DM5470N
DM5470W
DM7470J
27
DM7470N
28#
29#
30
SN5472J
31
SN5472W
SN7472J
32
33
SN7472N
l~#
~~
~~gg~~~
~;: IHg~gl
~~:
:~:
~~~:4g~
54
55#
56
57
58
59
60
SN5470W
SN6470N
SN7470J
SN7470N
MC3054F
MC3054L,P%
MC3055F
~~
~g~~~~,P%
MC3154L
MC3155F
MC3155L
MC3150F
MC3150L
MC3152F
MC3152L
63
~~
66
67
68
69
70
71
72
73
74
75
76
77
78
79
80
81
~gl~lr
MC3050F
MC3050L,P%
MC3052F
MC3052L P%
MC3051F
MC3051L,P%
MC2125F
~gm~
MC2126L
MC2175F
MC2175L
MC2176F
MC2176L
MC2025F
MC2025L P%
~~
84
85
86
87
~~
90
91
92
93
~;
96
~~
99
100
101
102
19~
105
19~
108
109
110
63
I
~~~g~~r,P%
MC2075F
~ggj~~'P%
MC2076L P%
T~~7472#1
TRW7472#2
SNF60J
SNF61W
SNF62J
SNF62W
SNF63J
SNF63W
i~~~~g:~
~~~~gg~
~~~~g~f
2F
2F
2F
2F
2F
2F
2F
2F
2F
2F
2F
2F
2F
2F
2F
2F
2F
2F
2F
2F
2F
2F
2F
~~
2F
2F
2F
2F
2F
2F
2F
2F
2F
2F
2F
2F
2F
2F
2F
2F
2F
2F
2F
2F
2F
2F
2F
2F
2F
2F
2F
2F
2F
2F
2F
2F
2F
2F
2F
2F
2F
12F
:2F
2F
2F
2F
2F
i~~
~~~~y~
SNF201J
I~~
I~~
36# T7472D2
37# M5372P
FLJ341-74110
FLJ345-84110
40
DM5472J
41
DM5472N
42
DM5472W
43
DM7472J
44
DM7472N
45# M5375P
46# M53270P
MIC5470J
MIC6470J
49# MIC7470J
50.:/1 MIC7470N
NC7470N
51
;~
2F
2F
2F
2F
2F
2F
2F
2F
2F
2F
2F
2F
2F
2F
2F
2F
2F
2F
2F
2F
2F
2F
2F
2F
2F
2F
2F
2F
2F
2F
2F
2F
2F
2F
ATING CESS
FREQ.
(Hz)
1,J
LOGIC
LEVEL
'1'
(V)
Itg~~~ I~q~ ~:g~
3.0M%b. Mor
3.0M%b.
3.0M%b. M?f
MO
MOr
M~~
~g~
Mq~
MO~
MO~
M?;
MO
MO~
l~~~ M~~
~g~
15M%
15M% Mq~
15M% MO~
15M% MO~
15M%
MO
20M~~ M?;
20Mb. MO~
20M~~
20M~9
~~~
20Mb. MO
20M%
20M%
20M% MO~
20M%
20M% MO
~q~
M?~
20Mb.~ MO~
2.0%
2.0%
2.0%
2.0%
~.O%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
~.O%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
~g~~~ ~g~ ~:g~
20Mb.
23M*
25M%
25M%
MO~
Mq~
MOr
MO~
27Mt~ Mq~
27Mt~ Mq~
27Mt,* MOr
27Mt~
~~;
27Mt
28M* Mar
35M%
35M~~
35Mb.
35Mb.
35Mb.9
35M%
35M%
35M%
35M%
35M%
35M%
35M%
30M%
30M%
30M%
30M%
30M%
30M%
30M%
M~~
~g~
Mq~
MOr
MOr
~q~
MOr
M~~
~g~
MO~
MO~
MO~
M1~
MO
MO
M~~
tg~r¢ ~g~
40M!~ MO~
40M~g
MO~
40Mt
MO~
5°1~
MO~
MO~
40~1p"
~~;
MO~
50Mt
40M
40Mt¢
40MtQ:
50M!~
MO~
50Mt¢ M~~
70M%
70M% Mq~
70M% Mq~
70M% MO~
70M%
70M%
70M% MO~
70M%
~g~
~q;
50M~&
50Mt
50M!?!
50M~g
50Mt
50M!~
M~~
~g~
~q~
MOr
~qf
50Mt¢
50Mt0 MOr
15M
M~;
15M
~g~
20M
~g~
20M
20M
20M
20M
20M
20M
20M
50M
50M
50M
50M
50M
D.A. T.A.
Mq~
Mq~
MOr
~~;
MOr
M~~
~g~
MO~
MO~
MO~
~g~
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
AJ,O'
Cv)
:~g:
.70'
.70*
.70*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
:~g:
2.0%
2.0%
2.0%
2.0%
2.0%
2.4%
2.4%
2.4%
2.4%
2.4%
2.4%
2.4%
2.4%
2.4%
2.4%
2.4%
2.4%
2.4%
2.4%
2.5%
2.5%
2.5%
2.5%
2.5%
2.5%
2.8
2.8
2.8
2.B
2.8
2.8
2.8
2.8
3.0%
3.0%
3.0%
3.0%
3.0%
3.0%
3.0%
3.0%
3.3
3.3
3.3
.80*
.80*
.80'
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.40*t
.40*t
.40*t
.40*t
.40*t
.40*t
.40*t
.40*t
.40*t
.40*t
.40*t
.40*t
.40*t
.40*t
.40*t
.40*t
.40*t
.40*t
.40*t
.40*t
.45
.45
.45
.45
.45
.45
.45
.45
.40*t
.40*t
.40*t
.40*t
.40*t
.40*t
.40*t
.40*t
.26
.26
.26
~.3
.~6
~.O%
3.3
3.3
3.3
3.3
3.3
3.3
3.3
3.3
3.~
3.3
3.3
3.3
3.3
.26
.26
.26
.26
.26
.26
.26
.26
.26
.26
.26
.26
.26
TYPE
IN
1J
:m
FAN
OUT
MAX.
g
~g
,TTL
TTL
TTL
TTL
9
4
4
10
10
10
TTL
10
TTL
10
TTL
10
TTL
10
TTL
10
TTL
10
TTL
10
TTL
9
TTL
9
TTL
9
TTL
4
TTL
9
TTL
4
. TTL
9
9
ITTL
TTL
9
TTL
9
TTL
9
TTL
9
TTL
9
TTL
9
TTL
9
TTL
9
TTL
9
TTL
9
9
9
TTL ' 9
TTL
9
TTL
9
TTL
9
TTL
9
TTL
9
TTL
9
TTL
9
TTL
9
TTL
9
TTL
9
TTL
9
TTL
9
TTL
9
TTL
9
TTL
9
TTL
9
TTL
9
TTL
9
TTL
9
TTL
9
TTL
9
TTL I 10
TTL
10
TTL
9
TTL
9
TTL
10
TTL
10
TTL
9
TTL
9
TTL
10
TTL
10
TTL
10
TTL
10
TTL
10
TTL
10
TTL
10
TTL
10
TTL
10
TTL
10
10
10
TTL
10
TTL
10
TTL
10
10
TTL
TTL
10
TTL
10
TTL
10
TTL
10
TTL
10
TTL
10
TTL
10
TTL
10
TTL
10
TTL
10
TTL
10
TTL
10
TTL
9
TTL
9
TTL
12
TTL
12
TTL
12
TTL
12
TTL
12
TTL
12
TTL
12
TTL
12
TTL
12
TTL
12
TTL
10
TTL, 10
TTL! 10
TTL I 10
TTL I 10
20
20
20
10
10
10
10
10
10
10
10
10
10
20
20
10
10
10
10
20
nt
10
10
10
10
10
20
10
10
10
20
20
20
nt
:m
I
20
20
10
10
10
10
20
10
20
10
20
10
20
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
11
11
11
11
6
6
6
6
9
9
9
9
5
5
5
5
20
20
15t
15t
7t
7t
12t
12t
6t
6t
15
15
15t
15t
7t
7t
12t
POWER IPROPAMAX.
SUPPLY GATION IRISE IFALL
SPAN ,DELAY TIME TIME
I~~G: r~s
Kg
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0 I
0.0
0.0
0.0
0.0
0.0
0
0
0.0
0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0
0.0
0.0
0.0 I
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0
0.0
0.0
0.0
0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0 '
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0 .
0.0 I
0.0
0.0
0.0
0.0
0.0 I
0.0
12. 0
0.0
0.0
g:g
0.0
0.0
0.0
0.0
Kg
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
Il~)
(5)
5·2
5.0 I~gg~~
5.0 200nb.
5.0 200nb.
5.0 200nb.
5.0
27nb.
5.0
~?nb.
6.0
27nb.
5.0
27nb.
5.0
25nb.
5.0
25nb.
5.0
25nb.
5.0
25nb.
5.0
25nb.
5.0
25nb.
7.0
0n %
:3
7
50nb.
7 50nb.
7.0
50nb.
5.5
30n%
5.5
30n%
7.0 I 50nb.
5.0 I 50nb.
5.0
50nb.
5.0
50nb.
5.0
50nb.
5.0
50nb.
5.0
40nb.
5.0
40nb.
5.0
40nb.
5.0 I 40nb.
5.0
40nb.
7 50nb.
40nb.
52
5.0
40nb.
5.0
40nb.
7.0
25n%
5.0
30nb.
5.0
30nb.
5.0
45nb.
5.0
45nb.
5.0
45nb.
5.0
45nb.
5.0
45nb.
7.0
30n%
7.0
22n%
5.0 I 50nb.
5.0
50nb.
5.0
50nb.
5.0
50nb.
7.0
50nb.
5.0
50nb.
5.5
50nb.
5.0
50nb.
7.0
50nb.
5.0
50nb.
7 50nb.
5.0
20n
5.0
20n%
5.0
10n%
5.0
10n%
5.0
20n
20n%
5.0
5.0
10n%
10n%
5.0
5.0
14nb.
5.0
14nb.
5.0
20nb.
20nb.
5.0
14nb.
5.0
14nb.
5.0
14nb.
5.0
5.0
14nb.
5.0
20nb.
5.0
20nb.
5.0
14nb.
5.0
14nb.
5.0
15n
5.0
15n
15n
5.0
5.0
15n
5.0
15n
15n
5.0
5.0
15n
15n
5.0
5.0
5.0
5.0
5.0
5.0
52
5.0
5.0
5.0
50n
5.0
50n
5.0
25nb.
25nb.
~:g 25nb.
5.0
25nb.
5.0
25nb.
5.0
25nb.
25nb.
5.0
5.0
25nb.
25n
5.0
5.0
25n
5.0
l1nb.
5.0
11nb.
l1nb.
5.0
5.0
l1nb.
5.0
l1nb.
I
fsl
IN ORDER OF
LEV'I' 141LOG
MAX. MAX.
TOTAL NOISE
PKG. REJECT
SS ,
D!lW)
(V)
,
~
::g
1.0 b.
1.0 b.
1.0 b.
150m'*
150~~
150m
150m
75mt
85mt
75mt
75mt
85mt
85mt
40mt
40mt
40mt
40mb.
40mt
40mb.
40mt
1.(1b.
1.0
400m*
400m*
1.0
1.0
1.0
130m~
130m')!
130:~
130m
130m
50mt
50mt
50mt
50mt
50mt
50mt
40mt
100m§
100m§
40mt
170m§
170m§
1,2
1.0
1.0
1.0
1.0
1.0
1.2
1.0
1.0
1.0
1.0
1.0
b.
b.
b.
b.
b.
b.
b.
b.
b.
b.
b.
85m~
85m~
85m~
4.0n
4.0n
4.0n
'4.0n
14.On
4.0n
4.0n
4.0n
!
5.0n
5·l2 n
5.0n
5.0n
5.0n
5.0n
5.0n
5.0n
5.0n
5.0n
1.0nt
1.0nt
1.0nt
1.0nt
1.0nt
2.5n
2.5n
2.5n
2.5n
2.5n
2.5n
2.5n
2.5n
8.0n
~.On
8.0n
8.0n
8.0n
8.0n
8.0n
8.0n
8.0n
8.0n
1.7nt
1.7nt
1.7nt
1.7nt
1.7nt
85~~
85m
70mt 1.0 b.
65mt 1.0 b.
75mt 400m
75mt 400m
75mt 400m
75mt 400m
70m 1.0
!Omt 1,2 b.
70mt 1.0
70mt 1.0 b.
70m 1.0
70mt 1.0 b.
70m 1.0
95mt 700m
95mt 700m
80mt 700m
80mt 700m
95mt 700m
95mt 700m
80mt 700m
80mt 700m
80mt 700m
80mt 700m
75mt 700m
75mt 700m
50mt 700m
50mt 700m
BOmt 700m
80mt 700m
75mt 700m
75mt 700m
50mt 700m
50mt 700m
50mt
50mt'
60mt
60mt
50mt
50mt
60mt
60mt
50mt
50mt
60mt
60mt
50mt
50mt
60mt
60mt
40m 900m
40m 900m
60m 900m
60m
60m I~gg~
60m 900m
60m 900m
60m 900m
60m 900m
60m 900m
60m 900m
60m 900m
SOm 900m
50m 900m
50m 900m
50m 900m
60m 900m
SYMBOLS AND CODES
EXPLAINED IN INTERPRETER
(I)FLlP-FlOP (2)LOG TYPE (3)LOG
LEV'O' (5IMAX FREQ (6ITYPE No.
TEMP. CKT
DRAWINGS
PER LOGIC OUTLINE
DWG.
No DWG. No
Moe
HI
,',=MO
·C I ·C
~5 j~5
~ ~g~~~4 ~1?527eb
L01
0
0
0
-55
-55
0
0
-55
-55
0
0
0
0
0
0
0
0
-55
-55
-40
-55
-55
-55
0
0
-55
-25
-55
-55
0
0
70
70
70
125
125
70
70
125
125
75
75
75
75
75
70
70
70
125
125
85
125
125
125
70
70
125
85
125
125
70
70
70
70
125
75
170
85
125
125
125
70
70
75
75
125
85
75
75
70
g
-55
0
0
-25
-55
-55
-55
0
0
0
0
-55
-40
0
0
0
-55
-55
-55 125
-40 85
70
0
0 70
75
0
75
0
75
0
0
75
-55 125
-55 125
-55 125
-55 125
-55 125
.-55 125
!-55 125
-55 125
-55 125
-55 125
75
0
75
0
75
0
75
0
0
75
0
75
-55 125
-55 125
-55 125
-55 125
-55
-55
-55 125
-55 125
75
0
0
75
0
75
0
75
0
75
0
75
0
75
0
75
-55 125
-55 125
-55 125
-55
-55
-55 1125
75
0
0
75
75
0
0
75
-55 125
-55 125
-55 125
-55 125
-55 125
-55 125
75
0
m
1
2
2
1
B0288
B02130
B02130
B0297
11 60297
~g~~~
1 B02167
i B02i68
1 602167
11 B02168
~g~l~~
1 B0288
1
1 B0288
2 B0291
1 B0288
2 B0291
1 B0288
1 B022
1 B022
1
1
1 6022
1 60288
1 60288
1 B0288
1 B0288
1 B0288
1 B0288
1
1
1 B0288
1 B0288
1 B0288
1 B0288
1 B0295
1 B0295
1 B0295
1 B0295
1 B0295
1 B0273
1 6022
1 B0623
1 B0623
1 60623
1 B0623
1 6022
1 B022
1 B022
1 6022
1 6022
1 B022
1 6022
1 B0297
1 B0297
1 B0295
1 60295
1 60297
1 B0297
1 ,60295
1 B0295
1 B02170
1 B02170
1 B02172
1 B02172
1 B02227
1 B02227
1 B02170
1 602170
1 602172
1 602172
1 602227
1 602227
1 B02193
1 602193
1 B02194
1 602194
~g~~
~g~~~
m 1~g~m
m
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
602194
602194
B02193
B02193
B02194
B02194
B02193
B02193
B02194
602194
60288
B0288
60257
60257
60257
B0257
B0257
60267
60257
60257
60257
60257
602105
602105
602105
602105
602105
M126e
M157b
M126e
M294b
M344
M294b
M344
TOl16
TOii6
TOl16
M126x
TOl16
M126x
Ml05j
TOl16
TOl16
I!Ol16
M75.
M75.
M75 •
M294b
M344
FP97.
M294b
M344
igm
M157b
b.004AA
M157b
M126e
~mu
M294
Ml05j
M126p
M1260
M294b
M344
FP97.
M294b
M344
Ml05'
Ml05j
TOl16
TOl16
TOl16
M126x
M126
M157b
M75.
b.004AA
M75.
M157b
M126e
T086
TOl16
T086
TOl16
T086
TOl16
T086
TOl16
T086
TOl16
T086
TOl16
ig~~6
TOB6
TOl16
T086
T0116
T086
TOl16
T086
T0116
T086
TOl16
ig~~6
T086
T0116
T086
T0116
ig~~6
T086
ig~~6
T0116
M157
M126
M157b
M04AF
M157b
b.004AF
M157b
b.004AF
M157b
b.004AF
M157
M126
M157b
b.004AF
M157b
b.004AF
M157b
63
LINE
No.
J
3
4
5
6
7
8
9
10
11
12
13
14
15
16.
17
18
f§J
TYPE
No.
~~
2F
2F
2F
2F
2F
2F
2F
2F
2F
2F
2F
2F
2F
2G
3
3
~~mg~
SNF211J
SNF211W
SNF212J
SNF212W
SNF213J
~~~F~~~:/tl
TRWF200#2
:::~~~~lg!J
3101-4-6J
CM4043AD
CM4043AE
g~:g::~~
~~
~~~~g:J~
I~
3
3
3
3
~g: I~~:m~
~
33it 9945FC
~~: ~~:ggg
3ii~ 9948FC
37
38
39
40
41
42
:~
45
:~
48
49
50
51
52
53
64
~~
57
58
59
60
61
62
63
~~~7D2M1P
9950FM
SW772-2M
SW772-2P
512
RM202D
RM202G
RM202T
RM212D
RM212G
RM212T
RM222D
RM222G
RM222T
RM950D
RM950J
RM950Q
1~:4955~J
9945HM
9948HC
9948HM
9950HC
1~9C5905~~
MC950G
~~ I~~~~g~
66
67
68
69
70
71
72
~~
75
DM948N
MC850F
MC850G
MC850L P%
1~~~g:~E
SFC948E
MC1014P
MC1015P
MC1016P
MC1033P
MC1214F
MC1214L
MC1215F
MC1215L
MC1216F
MC1216L
MC1233F
MC1233L
SP1014
~J: ~~181~
93.
94.
95.
96.
~H
98
99
19~
102
103
104
105
18~
108
109
110.
64
SP1033
SP1214
SP1215
SP1216
~cI3'i?iF
MC302G
~181~~
Nl016A
Nl033A
~glgggr
~g:8~~
MC702G
~~g~gf
40Mt
40Mt
40Mt
2.0M
2.0M
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
~Q~
H
3.3
3.3
3.3
3.3
3.3
3.3
3.3
3.~
3.3
3.3
3.3
3.3
3.3
9.0%
10
10
I~~~
MO
18
14%
Mq~
Mq~
MO~
PC8 0.0
PC8 0.0
MOl 1.7%
MOr
7.0Mt
20Mt
20Mt
7.0Mt
7.0Mt
5.0M
~~!
MO
M.P!'·
OUT
SUPPLY GATION R!~.E
FALL
MAX.
SPAN
DELAY TIME TIME
NEG POS
tr
tf
(V)
(s)
(s)
(VI
(s)
nt.
.!n
.~n
0:0
5:0
lInt.
1.7nt
6t 0.0
5.0
lInt.
1.7nt
15t 0.0
5.0
lInt. 1.0nt 1.7nt
15t 0.0
5.0
lInt. 1.0nt 1.7nt
7t
0
5 lInt. 1.0nt 1.7nt
7t 0.0
5.0
lInt. 1.0nt 1.7nt
12t
0
5 lInt. 1.0nt 1.7nt
12t 0.0
5.0
lInt. 1.0nt 1.7nt
6t
0
5 lInt. 1.0nt 1.7nt
6t 0.0
5.0
lInt. 1.0nt 1.7nt
15 0.0
5.0
lIn
1.0nt 1.7nt
15 0.0
5.0
lIn
1.0nt 1.7nt
15 0.0
5.0
lIn
1.0nt 1.7nt
15 0.0
5.0
lIn
1.0nt 1.7nt
29 0.0 1.0nt.
0.0
10 175nt.
0.0
10 200nt.
0.0
10 175nt.
0.0
10 200nt.
0.0
16
5.!!
~~n%
18:8
5.0
25n%
8 0.0
5.0
25n%
17
15
10
70n lOOn
17
15
10
90n 130n
10 0.0
5.0
75nt.
'St
l~r
g g
6
2
2
7
~
7
7
7
7
7
7
7
2
6
6
2
2
2
~
6
SA
SA
SA
SA
SA
SA
6
6
6
~
6
6
6
6
6
6
6
6
7
7
6
6
6
~
7
~
7
7
7
3
3
2
2
3
3
3
3
2
2
2
2
3
~
2
3
3
2
2
4
4
2
2
1
1
3
3
2
2
2
6
18 18:8
10 0.0
10 0.0
10 0.0
10 0.0
10 0.0
10 0.0
10 0.0
8 0.0
0.0
0.0
8 0.0
8 0.0
10 0.0
10
10
o
10
0
10
0
10
0
10
0
10
0
10
0
10
0
8
0
8
0
8
0
8
0
24 0.0
20 0.0
22 0.0
18 0.0
20 0.0
16 0.0
8 0.0
8 0.0
8 0.0
0.0
0.0
10 0.0
10 0.0
10 0.0
zO 0.0
0.0
0.0
7 !!.O
8 0.0
8 0.0
8 0.0
8 0.0
50 5.2
50 5.2
50 5.2
50 5.2
50 5.2
50 5.2
50 5.2
50 5.2
50 5.2
50 5.2
50 5.2
50 5.2
25 5.2
o
~~ I~:~
25 5.2
25 5.2
25 5.2
25 5.2
25 5.2
25 5.2
25 5.2
25 5.2
25 5.2
25 5.2
25 5.2
70 5.2
70 5.2
8
0
8
0
26
0
11.5 Iz.u
6
~:8
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
7.0
~.O
~~~~
75nt.
!!Ont.
90nt.
90nt.
80nt.
80nt.
80nt.
60n%
K8
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
4
4
4
4·1b2
6.0n~
50::;
50m
900::;
900m
~8::; ~88::;
60m
900m
~og::;t. 4.5 t.
4.5 t.
200m
4:5 ~
I~oo::;
1
1.0
30mt
30mt
30mt
213m
519m
70m§
I.!!
1.0
1.0
800m
800m
1.0 t.
81::;;
81m§
1:0
~
1.0 t.
48mt
60n%
60n%
30n%
48n
48n
48n
48n
48n
48n
48n
48n
48n
30n
30n
30n
30n
36n
36n
36n
36n
36n
36n
15n
16n
15n
6.0n%
6.0n%
6.0n%
6.0n%
6.0n%
6.0n%
6.0n%
6.0n
!!.!!n
6.0n
6.0n
6.0n
6.0n
6.0n
6.0n
18n
18n
1!!·On
6.0n
6.0n
6.0n
1.8n
1.8n
14n
14n
22n
!!!n
30n
50::; 1900 ::;
..§.Om 90Q!!!.
60m 900m
60m 900m
60m 900m
900m
5g::; 900m
50m 900m
1.0 t.
8~~: 1.0 t.
87m§ 1.0 t.
30nt.
30nt.
6.0n%
6.0n%
6.0n%
6.0n%
DW8.I~o
75m§ 1.0 t.
75m§ 1.0 t.
75m§ 1.0 t.
48mt
48mt.
260mt
llmt
llmt
llmt
! lmt
l1mt
llmt
20mt
20mt
20mt
23mt
23mt
23mt
Z;$mt
6.0
6.0
6.0
6.0
6.0
6.0
6.0
6.0
5.0
5.0
5.0
5.0
5.5
5.5
5.5
5.0
8.0
8.0
5.0
5.0
5.0
5.0 100nt.
5.0 100nt.
5.0
15n
5.0
15n
5.0
15n
5.0
35nt.
5.0
75nt.
5.0
65nt.
;$5n
5.0
15
18
18
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
IN ORDER OF (I)FLlP-FLOP (2)LOG TYPE (3)LOG
LEV'l'l41LOG LEVO' (5)MAX FREQ f61TYPE No•
MAX. MAX.
TEMP. CKT
DRAWINGS
TOTAL NOISE
PER
Q.UTLINE
PKG.
REJECT LO\l\i HI Me[
DWG. No
DISS.
f.=MO
(W)
(V)
'C
'C
50mt
50mt
1:8
t.
1.0 t.
1.0
1.0
550m
550m
550m
5~!!m
18n
18n
~.!!n
9.0n
9.0n
9.0n
2.5n
2.5n
1~·5n
8.5n
8.5n
8.6n
8.5n
8.5n
8.5n
8.5n
17n
17n
9.0n
9.0n
9.0n
9.0n
2.2n
2.2n
~~g::;;
1.0
160mt
160mt
160mt
140mt
140mt
140mt
140mt
5.0
5.0
5.0
175m
175m
1:8::;r
140mt
140mt
140mt
140mt
140mt
140mt
140mt
175m
175m
175m
175m
175m
175m
175m
1:8::;r
140mt
140mt
140mt
140mt
140mt
55m
55m
140m
140m
140m
140m
220mt
220mt
22mt
22mt
80mt
l.u
m_::;
1~:m
:~~
0
-55
0
-55
0
-55
-56
-55
-55
0
0
0
0
0
10
0
ouum
SYMBOLS AND CODES
EXPLAINED IN INTERPRETER
~55
75
75
65
66
126
m
125
125
125
126
125
125
125
~~b
125
75
125
70
125
125
125
g5
75
75
75
75
75
76
75
75
-30 75
-30 75
-30 75
-30 75
0
75
75
0
0
75
0
75
-55 125
-55 125
-55 125
-55 125
-55 125
-55 125
-55 125
-55 125
0
75
75
75
8
0
75
-:~
400m
400m
400m
4uOm
125
85
125
85
1
1
1
1
1
1
1
1
1
1
1
1
1
1
2
4
4
4
4
1
1
1
1
1
4
1
iio~18~ ~~~j~F
802105
802106
802106
802106
802106
802106
802106
802106
802106
802106
802105
802106
802106
802171
803158
803158
803159
803159
803154
80397a
80397a
80397a
8038n
8038m
80395
-55
-55
-55
-55
-55
0
0
0
0
-30
-30
-55
:g~~~
1
1 80395
1 :g~~~:
1 80395a
J
15
-15
1
3
3
10
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
80397d
803130
803130
:g~~:
80319
:g~~l~
80321a
:g~~~:
80325a
80395
80395
80395a
80395a
80397c
:oa~~~
80397d
1Igg~~~d
1 80395h
:g~~~~
1
1 80397d
1 :g~~~c
1 80395a
1~
M157b
t.004AF
M157b
t.004AF
~ri8X:F
M157
M126
M157
M126
M148
M210b
M210b
~~lgg
M221
T0116
Ml05n
T0116
C831
C831
M294
FP28a
~J~~u
FP280
~~~~u
FP28a
T0116
M157
FP28c
Ml05n
T0116
C862
Ml05k
:::g~ril
Ml05k
T084
T010l
Ml05k
T084
T010l
Ml05m
FP28
FP26b
T010l
T0100
T0100
T0100
T0100
T0100
:::g~go
T0100
T0116
M344
M344
T086
T0100
T0116
~12::
M126
~83m ~g~16
1 803127
1 803127
1 803127
2 803125
2 803126
2 803138
2 803139
2 803125
2 803125
2 803126
2 803126
2 803138
21803138
2 803139
2 803139
2 803160
T0116
~lm
T0116
T0116
T0116
T0116
l:::g~~6
T086
T0116
T086
T0116
T086
T0116
M257a
~ :g~l~~ '~~g~:
:oa1gg
803161
803161
80320
80320
M267a
M257a
M257a
M257a
M257a
T091
CN9
803150
803150
M153a
M153a
FP85
M191
2 803161
m~
125
125
126
125
75
75
75
75
85
85
125
100
55
55
65
t.004AF
~ri81:F
:8~~ga I~i:i
1
1 80395a
m ~ :g~J~~
:?b
50mt
50mt
50mt
46m
75m
87m
m
:55 1~5
-55 125
75
0
0
75
0
75
0
175
0
0
75
-55
-55
-55 125
0
75
0
75
0
70
-55 125
-55 125
-55 126
I~~um
~!!mt
8.5n
8.5n
8.5n
8.5n
0
-20
-20
-55
-55
-55
-55
-55
-55
-55
-55
1.0
1.0
1.0
1.0
1.0
75
75
125
126
125
125
75
75
75
75
125
~b ~~6
550m
550m
550m
550m
550m
500m
500m
500m
11~g::;;
9.0n
9.0n
9.0n
9.0n
9.0n
9.0n
9.0n
9.0n
9.0n
9.0n
9.0n
9.0n
10
0
-55
-55
-55
-!i5
0
0
0
0
-55
-~!!
-55
-55
-55
-55
-40
-55
-40
0
2
2
1
1
~lg~:
2
2
1
1
1
1
1
:g~gg
80360
803131
:::g~~
T099
~~~16
64
4, BINARY OR FLIP
~~YPE
~"Mt1
OF
OPER- PRO-
.§J
LINE
No.
TYPE
No.
FLlP, FLOP
L
J:
tg~~gl
~
19~
~
'~:g~~~
15
lCE501
3
5.0M
RSN54l71H
SN54l71T
512T
20M
3
JANM38510/02 tol BA
2.5Mll¢
13
JANM38510/02101 BA
2.5Mll\Zl
JANivi3iiS
BC,
2.5M1l0
JANM38510/02101CA
2.5Mll¢
13
JANM38510/02101CA
2.5Mll\Zl
JANM38510/021t01CCE
2.5Mll¢
3
3.0M%1l
3
3.0M%1l
3
SN74l71J
3
3.0M%1l
l~
g~Wl~"~
3+
4
5
6
7
8
9
10
11
12
l~
18
19
20
21
22
23
24
iOi02:kol
~~~ml~
I~
OM54l71J
OM54l71N
OM74L71 F
OM74l71J
OM74l71N
M203
MC413F
3
3
3
3
3
3
3
I~
27
~g:~~~'~'"
MC463l P%
3
~~
~g~m
~
~g
30
31
32
33
~;
36
~~
MC563F
MC563l
RF100
MC421F
~gmv'"
MC471lP%
~gmr
39
40
41
42
T1 13
:~
~~~:~:~~
45
46
47
48
49#
50#
51
~~
54
55
56
57
58
59
60
~i
MC571F
~IC15cil l
SW945-2P
SW948-1P
SW948-2M
SW948-2P
FQJ 101-845
FQJIII-848
9314FC
B~~1
R201#
R202
R203
R205
MC352AF
MC352AG
MC414F
MC414lP%
~~:m,P%
63
64
65
66
67
68
69
MC514F
MC514l
MC564F
MC564l
B204
SP629A
91110M
72
73
74
75
76
77
78
690A
RM9450
RM945J
RM945Q
RM945T
RM9480
RM948J
~O
~~~:~¥
4Y I~~U~~ON
81
82
83
84
85
86
87
~~
90
91
92
93
94
95
96
97
98
99
19~
102
103
104
65
SN15950
91110C
9111FC
9931FM
SN15850
SN15850N
N8424A
N8424F
N8424J
N8425A
~~g~j
S8424A
S8424F
S8424J
S8425A
S8425F
S8425J
M206
SNF30J
SNF30W
SNF31J
SNF31W
SNF32J
3
3
3
3
~
3
3
3
3
3
3
3
;!,2
3,2
32
3,2
3,2
32
3,2
3.2
38
3CG
3F
3F
3F
3F
3F
3F
3F
3F
I~~
3F
3F
3F
3F
3G
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
LOGIC
LEVEL
ATING CESSflJ.
FREQ.
'1'
(Hz)
(V)
1;$'flM~~
~g: ~:g
6.0
1.9%
~g; 2 .. 0%
PCB 2.0%
MOf
m
TTL
9
10
0.0
5.5
250nll
11m
-55
125
1 B03156
FP115
.70*
TTL
9
10
0.0
5.5
250nll
11m
125
1 B03156
FP115
Mm
2.0%
.70*
TTL
9
10
0.0
5.5
250nll
11m
-55
1
-55
125
1 B03J56
M314
Mm
2.0%
.70*
TTL
9
10
0.0
5.5
250nll
11m
-55
1251
1 B03156
FP115
MOr
2.0%
.70*
TTL
9
10
0.0
5.5
250nll
11m
-55
125
1 B03156
FP115
Mm
2.0%
2.0%
2.0%
2.0%
.70*
.70*
.70*
.70*
.70*
.70*
.70*
.70*
.70*
.70*
.70*
.40
.26
TTL
9
TTL
9
TTL
9
TTL
9
TTL
9
TTL
9
TTL
9
TTL
9
TTL
9
TTL
9
TTL
9
TTL
1
TTL
6
TTL
6
TTL
6
TTL
6
TTL
6
TTL
6
TTL
6
TTL
6
TTL
6
TTL
6
TTL
TTL
TTL
6
TTL
6
TTL
6
TTL I 6
TTL
6
TTL
7
TTL
2
OTl
7
OTl
7
OTl
7
OTl
7
OTl
7
Oll
7
OTl
3t
OTl
3t
TTL
RCT
7
OTl
12
OTl
5
OTl
3
OTl
6
ECT
511
ECT
511
TTL
9
TTL
9
TTL
TTL
TTL
9
TTL
9
TTL
9
TTL
9
RCT
1
OTl
6
OTl
10
OTl
10
OTl
6
OTl
7
OTl
6
OTL
6
OTl
6
OTl
6
OTl
6
OTl
6
OTl
6
OTl
6
OTl
6
OTl 10
OTl 10
OTl
7
OTl
6
OTl
6
OTl
4
OTl
4
OTl
4
OTl
5
OTl
5
OTl
5
OTL
4
DTL
4
OTL
4
OTL
5
OTL
5
OTl
5
TTL
1
TTL
6
TTL
6
TTL
6
TTL
6
TTL
6
10
20
20
20
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0
0.0
5.5
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5
5.0
5.0
5.0
5.0
5.0
8
5.0
8
5.0
5.0
5.0
5.0
5.0
5.0
8
5.0
8
5.2
5.2
5.0
5.0
5.0
250nll
48n%
48n%
48n%
48n%
150nll
150nll
150nll
150nll
150nll
150nll
30n
20n
11m
8.0mt
8.0mt
8.0mt
8.0mt
5.0mt
5.0mt'
5.0mt
5.0mt
5.0mt
5.0mt
175m
30mt
-55
0
1-55
'0
125
70
125
70
-55
-55
0
0
0
0
0
125
125
70
70
70
70
75
M~~
~g~
MO~
MO~
~.O%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.4
3.3
g
~~~
MO~ 3.3
~q~
MO~
M~~
~gi
19~+ ~~f
10Mt MOr
~q;
MOr
~CO~
PCB
~~f
MOr
M1~
MO
MO
Mq~
MOr
MOr
~g~
PCB
~g~
MOr
M~~
~gr
~~f
Mm
3.3
3.3
3.3
3.3
3.4
3.5
~.5
3.5
3.5
3.5
3.5
3.5
3.5
5.0
5.0
1.8%
1.8%
1.8%
1.8%
1.8%
1.8%
3.1%
4.3%
1.8%
-3.0
0.0
0.0
0.0
0.0
-.75
-.75
3.5
3.5
~:~
MOr
PCB
3.5
3.5
3.5
3.5
0.0
MO
1.9%
~q~
M~-~
10Mll ~g;
5.0Mll PCB
~q~
MOr
Mq~
MOr
MOr
~~f
MOr
M1~
MO
MO
D.A. T.A.
nt
TTL
.70*
MOr
7.0Mll
7.0Mll
12Mt
12Mt
12Mt
12Mt
12Mt
12Mt
12Mt
12Mt
12Mt
12Mt
12Mt
12Mt
15M
10M
10M
10M
10M
10M
.45*
199 1:g~~~a
2.0%
~6~a ~CO:
7.0Mll
~I l~ ~~~
9
9
2
:~g:
20
10
RTl
RTl
RTl
2.0%
~q~
10M
2.0M
2.0M
2.0M
2.0M
60M
60M
2.5Mll%
2.5Mll%
2.5Mll%
2.5Mll%
2.5Mll%
2.5Mll%
2.5Mll%
2.5Mll%
10M
10Mt%
g:g+
O.Ot
fIJ
MOr
llMr~
llMt
llMt MOr
10Mt
10Mt
10Mt
10Mt
10M
10M
15Mt
15Mt
15Mt
18Mt
18Mt
18Mt
5.0M%
5.0M%
'0'
(V)
TYPE
IN ORDER OF (1)FLlP·FLOP (2ILOG TYPE (3JLOG
LEV.,. (4)LOG LEV'O' (5)MAX FREQ (6)TYPE No.
MAX. MAX.
TEMP.
CKT
DRAWINGS
TOTAL NOISE
LOGIC
OUTLINE
PE~C
REJECT LOW HI MO DWG. No DWG. No
PKG.
DISS.
lI=MO
(W)
(V)
'C
'C
-4()
1~~;7
'~~g:::
-40
-30
80
1
M45
7.2m%
-55
1 B02283 FP69b
8.0mt 1.0 II
-55
1 B03117 FP52e
300mt
70
10
CB62
0
Mm
llMt~ MO~
20Mt
10Mt
fiJ,
. FLOP
POWER iPROPAMAX.
FALL
SUPPLY iGATION RISE
SPAN
DELAY TIME TIME
NEG
tr
If
r~S! (s)
IV)
(s)
(s)
44n
~4n
44n
34n
61
12 25n
5.0 '150nll
0.0
48n%
0.0
5.0
0.0
7.0
25n%
FAN
IN
OUT
MAX.
Mq~
MOr
MOr
M~f
MO
MOr
~q;
Mar
M~~
~g~
Mq~
MO!,
PCB
M1~
MO
MO
~g~
l:~~
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.~%
2.0%
2.4%
2.~%
2.6%
2.6%
2.6%
2.6%
3.4%
3.4%
3.4%
3.4%
3.4%
3.4%
3.4%
3.4%
3.4%
3.4%
3.4%
3.4%
2.4
3.3
3.3
3.3
3.3
3.3
:~~
.26
.26
.26
.26
.26
.20
.20
:~g
.20
.20
.20
.20
.20
0.0
0.0
g:
1.2*
1,2*
1.2*
1.2*
.45t*
.45t*
.85*
0.0
-3.0
-3.0
-3.0
-3.0
-1.6
-1.6
.20
.20
:~g
.20
.20
.20
.20
-3.0
1.1*
1.1*
1.1*
.45*
1.0*
1.0*
1.0*
1.0*
1.0*
1.0*
1.0*
1.0*
.4*t
.40t*
.40t*
.40t*
.45*t
.45*t
.35*t
.35t*
.35*t
.35*t
.35t*
.35*t
.35*t
.35t*
.35*t
.35*t
.35t*
.35*t
.40
.26
.26
.26
.26
.26
~
~
~g
20
20
20
20
20
9
12
12
6 Ig:g
6 0.0
15 0,0
15
0
7 0.0
7
0
15
0
12 0.0
1~ 11l'0
0.0
6 0.0
15 10 .0
15 ' 0
7 0.0
7
0
9 4.8
9 4.8
10 0.0
12 0.0
12 0,0
9 0.0
11 0.0
11 0.0
12 0.0
11 0.0
16
11
15
15
13
15
15
12
12
15
15
15
15
15
5.2
5.2
0.0
0.0
~g~
20n
20n
20n
20n
20n
~.O
5.0
5.0
5,0
5.0
8
11
12
12
12
12
12
12
0.0
0
0
0
0.0
0
0
0
16
11
11
0
0.0
0.0
0.0
0
0
0
0.0
0
0
0.0
0
0
0.0
0
0
0.0
0
10
10
10
10
10
0
0
5.0
5.0
5,0
5.0
5.0
8
5.0
8
10
4.5
5.0
5.0
5.0
5
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
8
5.0
5.0
5.0
8
8
5
5.0 ,
5
5
5.0 I
5:
5'
5.0
5
5
5.0
5
0.0
0.0
0.0
0.0
0.0
5.0
5.0
5.0
5.0
5.0
~
15
15
7
7
6
8
g
16
16
9
9
9
9
9
9
9
9
9
9
9
9
10
15t
15t
7t
7t
12t
~.O
0.0
0.0
0
0.0
0
15
0.0
0.0
~.O
g
i
15n
8.0n
1~·Iln
8.0n
8,On
8.0n
8.0n
8.0n
8.0n
18n
~~n
18n
18n
18n
18n
18n
18n
15n
8.0n
50n%
50n%
50n%
40n%
40n%
40n%
25n%
75n
25n%
75n
32nll
IOn
15n
70n
90n
70n
90n
70n
90n
70n
lIOn
lIn
8.0n
lIn
!8.0n
20n
I
20n
15n
5.0n
5.0n
5.0n
5,On
5.0n
5.0n
5.0n
5.0n
35n
75n
65n
15n
130n
130n
130n
130n
8.0n
8.0n
35n
75nll
75nll
32nll
60n~
10
10
10
10
10
10
10
10
4
6t
15
15
7
7
12
12
6
6
15
7
7
10
9
16
16
24
22
10
14
10
10
10
9
10
10
9
9
12
12
12
11
11
11
9
9
12
12
11
11
6
4
4
15
15
7.0
7.0
15
15
7.0
7.0
5
MAX.
FALL
SUPPLY GATION RISE
DELAY TIME TIME
SPAN
NEG pas
(s)
(V)
I(v)
~:g
0.0
0
0
0
0
0
0
0
0
0
0
0
0.0
0.0
0
0
0.0
0.0
0.0
0
0.0
0
0.0
0
0.0
0.0
0.0
0.0
0.0
0
0.0
0.0
0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0
0
0.0
0.0
0.0
0.0
0.0
0.0
12. 0
0.0
0.0
5.0
18n
5
5
5
5
5
5
5
5
5
5
5
5.0
5.0
8 400n
8 400n
8.0
50n%
8.0
40n%
40n%
7.0
8 40n
5.0
40n
8 40n
5.0
40n
8 40n
5.0
40n
5.0
40n
5.0
40n
5.0
40n
5.0
40n
8 40n
5.0
40n
5.0
40n
8 40n
5.0
40n
40n
5.0
5.0
40n
5.0
40n
5.0
40n
5.0
40n
5.0
40n
3.6
15n
8 30n
8 30n
18n
5.0
5.0
18n
18n
5.0
5.0
18n
5.0
18n
5.0
18n
l~n
5'2
5.0
18n
6.0 200n
~~~
20M
20M
20M
20M
20M
20M
, 20M
20M
500k
3DM
500k
500k
500k
3DM
3DM
3DM
MTL
MTL
MTL
4
4
4
5
5
5
0.0
0.0
0.0
12 200n
12 200n
24 200n
M1~
M1~
MO
MO
I!
M~~
~g~
MO~
Mor
MO~
~~~
1.01'>
1.01'>
3.0
3.0
3.0
3.0
3.0
3.0
.22
.22
.30
.30
.30
.30
.30
.30
~.O
:~g
3.0
~)
1~)
Ig:g
DTL
DTL
DTL
DTL
DTL
DTL
DTL
DTL
DTL
DTL
DTL
DTL
DTL
DTL
DTL
DTL
RTL
RTL
·RTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
MTL
~g~:~~
CTR100P/N12S 5
CTR100P/N24 i 5
CTR100P!N 24P f5
MO~
(~)
~~~
~g~:~~
imj
I~q~
LOGIC
LEVEL
lJ..
1~·2n
5.0n
5.0n
1~·2n
8.0n
8.0n
500n
500n
2.4u
2.4u
10n
10n
10n
10n
10n
10n
10n
10n
10n
10n
10n
10n
10n
10n
10n
10n
!
IN ORDER OF (l)FLlP·FLOP (2)LOG TYPE (3)LOG
LEV.,. 141LOG LEV'O' 151MAX FREQ 161TYPE No.
MAX. MAX.
TEMP.
CKT
DRAWINGS
PER LOGIC OUTLINE
TOTAL NOISE
PKG.
REJECT Lalli HI MO[ DWG. No DWG. No
ll=MO
(V)
'C
'C
D!~1'
~g~ I~gg~
Ig jg
30m
30mt
30mt
30mt
30mt
30mt
30mt
30mt
30mt
50mt
50mt
50mt
eOmt
7()mt
13m
12.mt
48mt
52mt
320m§
55mt
60mt
60mt
60mt
70mt
65mt
65mt
75mt
75mt
60mt
60mt
SOmt
70mt
70mt
70mt
70mt
70mt
65mt
65mt
75mt
75mt
900m
1.1
1.1
1.1
1.1
1.1
1.1
1.1
1.1
1.1
1.1
1.1
0
·55
·55
·55
·55
0
0
0
0
·55
·55
·55
·55
200m
200m
1.0 I'>
1.0 I'>
45m
45m
50m
50m
50m
50m
50m
50m
50m
50m
80m
320m
320m
1.0 I'>
1.0 I'>
1.0 I'>
1.0 I'>
1.0 I'>
1.0 I'>
1.0 I'>
1.0 I'>
·55
·55
0
0
0
·55
·55
·55
·55
·55
·55
·55
·55
·55
0
0
0
0
0
0
·55
·55
0
0
0
0
0
·55
·55
·55
·55
·55
·55
0
0
0
0
·~5
75
125
125
125
125
75
75
75
75
125
125
125
125
m
125
75
75
70
125
125
125
125
125
125
125
125
125
75
75
75
75
75
75
125
125
75
75
75
75
70
125
125
125
125
125
125
75
75
75
75
55
100m
100m
250m
55
100
100
~ Igg::~
~~~;~~
1 B0442
I'>004AF
Ml05m
FP21b
Ml05m
FP21b
Ml05m
FP21b
Ml05m
FP21b
Ml05m
Ml05m
FP21b
T086
11 B0442
~g:g
11 B0442
~g:g
11 ~g:g
B0242
1
1
1
1
1
1
1
1
4
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
B0242
B0242
B0482
B0488
B0473
B0473
B04129
B04129.
B0294c
B0487
B04129
B04129
~g:ma
B04140
B04140
B04140
B04140
B04129
B04129
B04129
B04129.
B04129.
B04129.
B04129.
B04129.
B04140
B04140
B04140
B04140
B0452
B04130
B04130
B0477
B0477
B0477
B0477
B0477
B0477
~gg~
~~~~
FP22
Ml05j
Ml05j
CB62
T086
T086
T0100
TOl16
T0100
T086
TOl16
T086
TOl16
T086
T0100
TOl16
T086
T0100
TOl16
T086
TOl16
T086
TOl16
T086
TOl16
T099
T0100
FP2
FP21c
TOl16
FP21c
TOllS
FP21c
TOl16
~b~\~
M18.
M18.
lB26
lB26
500k
3DM
MTL
4
5
0.0
24 200n
150m
100
M18
.500k
3DM
MTL
4
5
0.0
24 200n
150m
100
M18
500k
3DM
MTL
4
5
0.0
12 200n
200m
55
M18.
500k
500k
500k
500k
3DM
3DM
3DM
3DM
MTL
MTL
MTL
MTL
RTL
RTL
RTL
RTL
RTL
RTL
RTL
RTL
RTL
RTL
RTL
RTL
RTL
RTL
RTL
RTL
RTLI
RTL
RTL
RTL
RTL
RTL
RTL,
DTL'
DTL!
DTL
DTL
DTL
DTL
DTL
DTL
DTL
DTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
RTL
4
4
4
4
5
5
5
5
42
8
8
8
8
8
8
26
26
200m
200m
80m
80m
250m
36mt
36mt
120mt
36mt
36mt
110mt
140mt
140mt
140m
52mt
52mt
75mt
100mt
120mt
120mt
53mt
53mt
140mt
53mt
53mt
75mt
75mt
100
100
55
55
M18.
lB26
M18.
M18.
T099
T091
T099
T086
T091
T099
T086
T086
TOl16
M1~
MO
MO
.82%
.82%
Mq~ .82%
MOr .84%
MO~ .84%
Mq~ .84%
MOr .85%
MOr .85%
.88%
MO
1.1
MO
1.1
.84%
M~~ .85%
~g~ .85%
Mq~ .88%
MOr .82%
MOr .82%
Mq~ .82%
Mq~ .84%
MOr .84%
M~~ 1.1
1.1
M1~
~g~
.57'
.57*
.57*
.55'
.55*
.55*
.46'
.46*
.50'
.10
.10
.55*
.46*
.46*
.50*
.57*
.57*
.57*
.55*
.55*
.10
.10
Mq~
Mq~
MOl
~~~
Mor
1.7%
1.7%
1.7%
1.7%
5.0M
2.0%
MOr 2.60%
20M
PCB 2.0%
3.0Mt%
3.5%
3.0Mt% ~g~ 3.5%
3.0Mt%
3.5%
3.0Mt%
15.5%
3.0Mt% MOr 15.5%
3.0Mt%
15.5%
~g~ 10
1.0M
D.A. T.A.
~c"~
~~~
.90*
.90*
.90*
.90*
.45*
.45*t
.45*
.50*t
.50*t
.50*t
1.0*t
1.0*t
1.0*t
.40
~
3
3
3
3
~
3
~
a
3
3
3
3
3
3
3
3
3
3
3
0.0
0.0
0.0
0.0
0.0
0
0
0
0
0
0.0
0.0
0.0
0.0
0,
0
0.0
0.0
0.0
0.0
0
0
0
0
0
0
0
0.0
0.0
0.0
0.0
~~
26
8
26
26
8
13
13
13
13
13
42
42
7
7
7
7
5
10 I~O
10 0.0
10 0.0
10 0.0
10 0.0
5
1
1
10
1
1
1
1
1
12
24
12
12
3.6
4
4
4
4
4
3.6
3.6
3.6
3.6
4
4
3.6
3.6
3.6
3.6
4
4
4
4
4
4
4
12
15
12
15
5.0
5.0
5.0
5.0
7.0
0.0
7.0
12
0.0
0.0
12
0.0
12
0.0
16
0.0 I
lS
0.0
16
lS
200n
200n
200n
200n
15n
22n
22n
22n
22n
22n
22nt
22nt
22nt
22nt
22n
22n
22nt
22nt
22nt
22nt
22n
22n
22n
22n
22n
22n
22n
250nl'>
250nl'>
250nl'>
250nl'>
60n%
40n
34n%
250n
250nt
250nt
250nt
250nt
250nt
SOn
SOnt
SOnt
60nt
60nt
SOnt
5.5m%
5.5m%
5.5m%
5.5m%
52mt
SOmt
SOmt
1.0
1.0
1.0
1.0
1.0
1.0
200m
450m
450m
450m
450m
SYMBOLS AND CODES
EXPLAINED IN INTERPRETER
0
·55
·55
·55
0
0
0
15
15
0
15
15
0
15
15
0
·55
·55
·55
0
0
15
15
·55
·55
·30
·30
·55
·20
·55
·20
0
0
0
·10
·10
·10
·10
·10
·10
·20
i~5
125
125
100
100
75
55
55
7g 5
55
75
55
55
75
125
125
125
100
100
55
55
125
J~5
85
125
100
125
100
70
75
70
75
75
75
75
75
75
75
1
1
1
2
1
1
2
2
2
2
1
1
2
2
2
2
1
1
2
1
1
1
1
4
4
4
4
1
1
1
1
6
1
6
1
2
2
1
2
2
B0531
B0530
B0530
B0530b
B0530
B0530
B0531.
B0531.
B0531.
B0531.
B0530
B0530
B0530.
B0530.
B0530.
B0530.
B0531
B0531
B0531.
B0531
B0531
B0531
B0531
B0619
B0619
B0619
B0619
BOS27
B077.
B077
B078
B077.
B077
B078
igJ16
T099
T086
T086
TOl16
TOl16
T091
T099
T086
T091
T099
T091
T099
M153a
M153.
M153.
M153.
FP28c
FP28c
Ml05e
Ml05e
CB62
TOl16
CB62
M220
M220
~ng
M221
M221
CN70
66
IN ORDER OF (1)FLlP·FLOP (2)LOG TYPE (3)LOG
LEV'1' (4)LOG LEVO' (5)MAX FREQ (6)TYPE No.
MAX. MAX.
TEMP. CKT
DRAWINGS
TOTAL NOISE
PER LOGIC OUTLINE
PKG. REJECT LOy., HI MO[ DWG. No DWG. No
DISS.
ll=MO
(WI
(V)
'C'C
4. BINARY OR FLIP· FLOP
LINE
No.
1 TYPE ~nMt1
LOGIC
FAN
POWER PROPA·
MAX.
OF
OPER· PRO· I----;L..,.ETIV~ELP-r-Tn:Yrnp""EhliTN-'-'TiO' M~§ .3~i;~':
lOOk
MOS·9.0%
1100MMtt~ MMOO~~
1100
u
3.5Mt% MO
3.5Mt% M~~
2.0M%!!. MOS
3.5%
3.5%
3.6%
MO~
3.65%
1.0MA(l)
~
g
60
10132F
10134F
61
62
10131F
63# GXB10131
8
8
8
8
~~
I~gl~~~~l
MC1668l
g
0.0
0.0
7
0.0
1.0MA¢ M~~
10Mt MO<
10Mt. _ MO~
10MA' MO~
10MAj MO
1OMA MC!~
1.25*
.01*t
.01*t
.01*t
.01*t
.01*t
0.0
2.9*
CMS
CMS
CMS
CMS
CMS
CMS
CMS
CMS
CMS
CMS
CMS
CMS
CMS
CMS
CMS
CMS
CMS
CMS
CMS
CMS
CMS
CMS
CMS
CMS
CMS
CMS
4
4
4
4
4
4
4
4
4
4
4
7
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
150M
150M
150M
MC!~
M~~
M~§
MC!§
MOS
MOS
MO~
~~
Mm:~ -.85%
MO -.85
MO -.88
MO~
::gg
-.88
-.88
160Mt~ MO:~~
160M!~ MO
225Mt% MO
2:l5Mt'll MO~
-.93%
-.93%
-.93%
-.93%
M~~-.96%
8
MOo -.96%
160Mt~ Mq~.
MO~
MC1690F
MC1690l
SN10131J
SN10131N
MC1034P
MC1234F
8
8
8
8
8
8
~~
~gJU~l
,~
87
88
89
90
91
92
93
MC913G
MC978F
MC813F
MC813G
MC878F
MC878P
MC778P
8
8
8
8
8
8
8
3"OMt'" M"" -.96%
350Mt~ M6~ -.96%
500Mt
5.2
:!.In
5.2
0.0 1.8n
2.5n
5.2
0.0 1.8n
2.5n
5.2
0.0 4.5n
4.5n
0.0
15.2
i 5.2 0.0 2.0n
3.1n
5.2
0.0 2.0n
3.1n
5.2
0.0 3.3n!!.
3.1n
5.2
0.0 3.3n!!.
3.1n
5.2
0.0 2.5n
2.5n
0.0 2.5n
5.2
2.5n
0.0 1.4nt
7500t
5.2
5.2
0.0 1.5n
1.3n
0.0 1.5n
5.2
1.3n
0.0 2.8n
5.2
0.0 2.8n
5.2
0.0 4.0n
4.0n
5.2
5.2
0.0 4.0n
4.0n
5.2
0.0 4.0n
4.0n
4.0
75n
0.0
0.0
4.0
75n
o
4 60n
o
4 75n
o
4 75n
o
4 60n
o
4 48n
o
4 48n
o
4 75n
4 75n
o
4 60n
0.0
5.0 3.0n
o
5
o
5
I~:g
4
6
2
2
5
M183.
M153b
Ml05.v
M 105av
M346a
M345
M318a
2 B0823
4
4
10M%
10M%
10MtA
10Mt!!.
10Mt!!.
10Mtt,
10MtA
5.0M!!'%
B0823
B0823
B0885
B0885
B0892
125
4
MC!~
M~~
2
2
2
2
2
125
CMS
CMS
MOo
75
125
85
125
70
70
·55
CMS
M~§
0
·55
·40
·55
0
·20
·55
1.25*
1.25*
MOo
~u ~g
200",
1.25*
8.0%
9.99%
9.99%
9.99%
9.99%
9.99%
5.0u!!. 5.0u!!.
5.0u!!. 15.0u!!.
4.0!!.
2.0!!.
4.5 A
4.5 A
450m!!.
450mA
200m
1.0MAIZl MO~ 3.65%
1.0MM'l Mm 3.65%
MC!~
60mt
58mt
200m
200m
500m
500m
50u§
i 550nA
1.0MA¢ MO~ 3.65%
8.0M%A
10M%
10M%
10M%
10M%
10M%
1.5u%
lIOn!!.
125nll
250n
250n
500n!!.
5.0
4
2.9*
2.0*
2.0*
2.0*
2.0*
.01*t
.01*t
.01*t
.01*t
.01*t
.01*t
.01*t
.01*t
.0Pt
.01*t
O.Ot
.30
10
10
5.0
5.0
5.0
5.0 155on,',
4
~:~:
is)
7
CMS
CMS
3.65%
4.99%
4.99%
4.99%
4.99%
4.99%
4.0MA.~ M~§ 5.0
10Mt"MOo 7.1%
(~)
7 10.0
1.25*
I
(s]
O.~U 10Unt!.
Uf7
30
0.0
0.0
0.0
0.0
10.0
1.25*
150M
~~# ~~~igF173
CMS
CMS
,CMS
5
8'
4
4
4
4
4
15
MO~ 3.65%
1.0MA(15
~g~ -.75
69
·4.0*
O.Ot
, O.Ot
1.5*
1.5*
.80*
8
8
8
8
8
8
·8
8
(\lllV)
(V)
.9~~*T
g
l~ m~~
i
200m
5.0n%
5.0n%
500m
500m
500m
200m
1.2m%
1.2m%
2.8m%
2.8m%
50n%
50n%
50n%
50n%
20u%
20u%
175n
200n
5.0u
5.0u
5.0uA
5.0u!!.
5.0uA
5.0u!!.
5.0u
5.0u
5.0u
5.0u
5.0u
5.0u
5.0u
5.0u
5.0u
5.0u!!.
5.0uA
5.0u!!.
5.0uA
5.0uA
5.0u!!.
5.0uA
5.0uA
120n
i
I:~g ~~5
1-40
I-55
'-55
-40
-55
-40
-55
-55
-40
-55
-55
-55
lIn
lIn
lIn
3.5n
185m
185mt
185mt
110mt
110mt
110mt
220m 200m
4.5n
4.5n
4.5n
4.5n
2.0nt
4.5n
4.5n
3.1n
180m
285m
285m
290m
230mt
235mt
235mt
270mt
4.5n
,225mt
'235mt
270mt
270mt I
270mt,
270mt
3.1n
3.1n
3.1n
3.1n
1.3n
1.3n
150m
150m
150m
150m
200mt
200mt
223mt
223mt
240m
240m
240m
17mt
17mt
35mt
24mt
24mt
48mt
35mt
35mt
24mt
24mt
48mt
5.0n
5.0n
5.0n
5
5
5
J
85
125
125
85
125
85
125
125
85
125
125
125
:~g ~~5
-55
-55
-55
-40
-40
o
-55
-30
o
o
o
o
:~g J~5
4.5 A
4.5 A
4.5 A
4.5 !!.
4.5 A
4.5 A
200u~ 4.5 A
20u% 4.5 A
200u% 4.5 A
20u% 4.5
20u% 4.5
20u% 4.5
20u% 4.5
20u% 4.5
20u% 4.5 !!.
200u% 4.5 A
20u% 4.5 !!.
20u% 4.5 A
20u% 4.5 A
20u%!4.5 A
200u% 4.5 A
200u% 4.5 A
300m 1.2!!.
o
o
o
-55
-55
-55
-30
o
o
-30
-30
-30
-30
o
-55
-55
-55
-55
-30
-30
-30
-30
-30
-30
-30
-30
-30
-30
-30
-30
-30
o
o
o
-55
125
125
125
85
85
75
125
85
75
70
125
75
125
125
85
75
75
85
85
85
85
75
125
125
125
125
85
85
85
75
85
85
85
85
85
85
85
85
85
85
85
75
125
t~ l~~
55
125
55 125
o 75
o 75
75
75
15' 55
15 55
15 55
15 55
o
o
o
11.1
1. 1
1
1.1
1.1
1.1
SYMBOLS AND CODES
EXPLAINED IN INTERPRETER
7C?
-55 ,125
-55 '125
o 75
o 75
-55 125
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
4
1
2
2
2
2
2
2
2
2
2
2
B0833
B0833
B0833
B0833
B0833
B0832
B0832
~ ~g~~~
2
2
2
2
1
1
2
1
1
2
2
1
1
1
1
1
B0882
B0882
B0833
B0833
B03153
B03153
B0890
B0854
B0854
B0884
B0884
B038y
B038v
B038y
B081
B081
2 B086
2 B088
2 B088
1 B081
1 B081 ,
2 B086
2 B0836
3
3
3
3
2
M126v
T086
T086
M475.
M475b
M475c
FP110
FC(ZI
AOOIAD
~ggl!~
AOOIAD
!!.OOIAD
M117q
M200d
M200d
T085
M257a
M257.
T0116
T086
T0116
M153a
M200f
IM200f
M200n
FP85
M191
FP85
M191
FP85
M191
M191
M278
M256
M153e
~.191
M278
FP85
M191
FP85
FP85
M191
M153d
M117x
T0116
T086
T0116
T091
T099
T086
T091
T099
T086
T0116
T0116
T091
T099
T086
Ml05m
FP21b
Ml05m
FP21b
Ml05m
67
TYPE
No.
LINE
No.
1 TYPE ~nMA~1
OF
FLIP·
FLOP
4. BINARY OR FLIP . FLOP
OPER· PRO·
ATING CESS
FREQ.
(Hz)
5;3f~L"
3
JANM38510/02105BA
4
JANM38510/02~1805BA 12.5M"~ M~~
6
7
s
18
JANM38510/02105BC
18
JANM38510/02105CA
,1.8
JANM38510/021k05CA
JANMaSo 1U/U21...U5\,;\,;1
MIC74L74J
SFC474LE
SFC474LEM
SN54L74J
~ I:!
0~!5L 11 D
~5
26
27"
DM75LllF
DM75L11N
DM85L11D
DM85L 11 F
DM85L11 N
DM54L7~F
DM54L74J
DM74L74F
DM74L74J
DM74L74N
SN54LS74J
:<4# IMICfi475J
35# ';:7474Dl
36# T7474D2
40
41
42
43
44
45
46
47
49
50
I (V)
(V)
(5)
(5)
(5)
(W)
(V)
°C
°C
~
.70'
TTL
4
10
0.0
5.5
200n"
22m
·55
125
2 B0846
FPl15
.70'
TTL
4
10
0.0
5.5
200n"
22m
·55
125
2 B0846
FPl15
2.0%
.70'
TTL
4
10
0.0
5.5
200n"
22m
·55
125
2 B0846
M314
2.5M"p Mar
2.5M"¢ Mar
2.0%
2.0%
.70'
TTL
4
10
0.0
5.5
200nll
22m
·55
125
2 B0846
FPl15
·55
125
2 B0846
FPl15
·55
125
70
70
125
125
125
70
70
2 B0846
B085
2 B085
2 B085
2 B085
2 B085
2 B085
2 B085
1 B0875
1 B0875
1 B0875
1 B0875
1 B0875
1 B0875
2 B0874
2 B0874
2 B0874
2 B0874
2 B0874
2 B0836
2 B0836
2 B0816
2 B0816
2 B0816
2 B0816
4 B0625
M314
TOl16
TOl16
TOl16
M157b
FP52e
M157b
M126e
M346a
FP88b
M345
M346a
FP88b
M345
FP87a
M294b
FP87a
M294b
M344
M157b
FP97a
M294b
M344
M294b
M344
M153a
~:g~~~ ~g~ ~:g~
.70'
TTL
4
10
0.0
5.5
200n"
.70'
.70'
.70'
.70'
.70
.70
.70'
.70
.70'
.70'
.70'
.70'
.70'
.70'
.70'
.70'
.70'
.70'
.70'
.70'
.70'
.80*
.80*
.80*
.80*
.80'
4
4
4
4
4
4
4
4
10
10
10
10
10
10
4
4
4
4
4
4
4
4
4
4
4
2
2
4
4
4
4
4
10
20
10
10
20
20
20
20
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
5.5
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
200n"
150n"
150n"
150n"
150n"
150n"
150n"
150n"
125n"
125n"
125n"
125n"
125nll
125nll
120nll
120n"
120n"
120n"
120n"
40n"
40n"
30n"
30n"
30n"
30nll
40n"
5.0
5.0
7.0
5.0
40n"
24n
150nll
5.5
50n"
8
8
8
3.0M%ll M~t
3.0M%ll Mq~
3.0M%ll MO~
2.0%
2.0%
2.0%
8
8
8
8
8
8
8
8
8
8
8
8
~.OM" % ~2~
9.0M"% Mq~
9.0M"% MO.
9.0M"% Mq~
9.0M" % Mq~
9.0M" % MO~
11 Mt'ij MO~
11 Mt~ M~~
11 Mt'lj MO"
11 Mt!'! MO~
11 Mt'l! Mq~
25MI2l MO"
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
Mn~
7.n""
:~g:
MOr
2.0%
.80'
.80'
.80
.80*
2.0%
.80'
TTL
4
10
0.0
L.O%
2.0%
.80*
TTL
4
10
0.0
5.5
.80'
TTL
4
10
0.0
5.5
2.0%
'.80'
TTL
4
10
0.0
8
8
8
MO' 2:0%
JANM38510/00205BA
"
18
5.0M"¢ MO,·
JANM38510/00205BA
,1,8
5.0M"1D MOl'
JANM3851 0/001~05BA( 5.0M"Q) Mar
JANM38510/00205BCE
18
JANM38510/00205BC(
,1,8
JANM38510/00,205BDE
18
JANM38510100205BD
JANM38510/001t05CA
,.
5.0M"¢ MO.·
20
20
20
20
20
11
11
10
10
10
10
10
~g
20
10
20
~:g
22m
22m
85mt
85mt
85mt
85mt
85mt
85mt
85mt
18mt
18mt
18mt
18mt
18mt
18mt
10mt
10mt
10mt
10mt
10mt
20m" 1.0 •
20m~~" 1.0 *
250m
250m
250m,!!
~~g~f 400m
160mt 400m
150m§ 1.0 II
150m§ 1.0 "
o
o
·55
·55
·55
o
o
·55
·55
·55
m
·55
·55
125
70
70
70
125
125
70
70
70
125
125
·55
125
o
o
o
·55
·55
o
o
o
~U I~g
·55
o
2 B0625
2 B085
2 B0846
Ml17u
·55
125
70
70
125
220m
·55
125
2 B0816
FP115
5Un"
luum
·55
125
2 BOll16
FPl15
50n"
220m
·55
125
2 B0816
FP115
5.5
50n"
220m
·55
125
2 B0816
M314
o
FP69b
5.0M"1D MO~
~
..
5.0M"(D MO.
2.0%
.80'
TTL
4
10
0.0
5.5
50n"
220m
·55
125
2 B08115
M314
2.0%
.80'
TTL
4
10
0.0
5.5
50n"
220m
·55
125
2 B0816
FP80
5.0Mt>.¢ Mar
5.0M"p Mar
JANM38510/001~05CA 5.0M"¢ MO~
2.0%
2.0%
2.0%
.80*
TTL
4
10
0.0
5.5
50n"
220m
·55
125
2 B0816
FP80
4
10
0.0
5.5
50nll
220m
·55
125
2 B0816
FPl15
JANM38510/00205CA
18
5.0M"¢ MO~
JANM38510/00205CC
5.0M"1D MO~
52
5.0M"Q) Mar
~6
im~
g~
i~W
~~. ~~XiX1N
~a ~~gg:~M
.80*
4
10
0.0
5.5
50nll
220m
·55
125
2 B0816
FPl15
2.0%
.80'
TTL
4
10
0.0
5.5
50n"
220m
·55
125
2 B0816
FP115
2.0%
.80'
TTL
4
10
0.0
5.5
50nll
220m
·55
125
2 B0816
M314
2.0%
.80'
TTL
4
10
0.0
5.5
50n"
220m
·55
125
2 B0816
M314
.80'
TTL
4
10
0.0
5.5
50n"
220m
·55
125
2 B0816
FP80
.80'
.80'
.80'
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
4
4
4
4
4
4
10
10
10
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
5.5
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
50n"
50n"
40n"
150n"
28n
28n
20n
20n
28n
28n
20n
20n
25n%
29n%
40n"
40nll
24n
20n
20n
24n%
40n"
40n"
40n"
40n"
17n%
17n%
25n
25n
40nll
40n"
24n%
40n"
40n"
40n"
40n"
40n"
40n"
40n"
220m
85mt 1.0 "
85m 400m
140m!,!
240m!,!400m
240m'l! 400m
96mt
·55
125
70
70
125
125
125
125
125
75
75
75
75
2
2
2
2
2
2
2
2
2
2
2
2
JANM38510/00205CD
5.0M"¢ Mar 2.0%
18
JANM38510/00205CD
8
5·105M
M"P ~g~ ~:g~
8
8
15M" MOr 2.0%
8
20MM Mq~ 2.q:!b
~~ ~~~JF474H
8
20Mt Mq~ 2.0%
8
58
TF80J
20Mt Mar 2.0%
8
8
61
TF82F
8
8
8
64
TF83J
8
8
~~# ~55N4P
8
8
67# FLJ141·7474
8
68# FLJ145·8474
~;~" ~CO: ~:g%
69
1768
8
70
ITT5474J
8
25Mll
2.0%
8
71
ITT7474J
8
72# M53274P
8
73# MIC5474J
74# IMW6474J
, ~5 M" M()r 2.0'jb
'~
75# 'NiiC7474J
I 25Mi~ MOr
2.0%
76U MIC7474N
8
25Mll~ Mar
2.0%
8
77# MI~54174J
25Mll Mq~ 2.0%
8
78# MIC64174J
25M" Mq~ 2.0%
8
79
N74LS74A
25M
MO, 2.0%
80
N74LS74F
8
25M
Mq~ 2.0%
8,. N7474A
,8
25M% Mq~ 2.0%
82" N7474F
8
25M% Mar 2.0%
8
25M% M2~r~ 2.0%
8
25M% MO
2.0%
8
85" S5474F
25M% MO
2.0%
8
86" S5474W
25M% Mq~ 2.0%
8
25M% Mq~ 2.0%
8
25M% MO" 2.0%
25M% MOl' 2.0%
8
25M% MO~ 2.0%
8
.80'
:~g:
.80'
.80'
.80'
.80'
.80'
.80'
.80'
:~g:
.80*
.80'
.80
.80'
.80'
.80'
.80'
:~g:
.80'
.80'
.80'
.80'
.80'
.80'
.80'
.80'
.80'
.80'
.80'
.80'
.80'
.80'
.80'
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
4
4
4
4
4
4
4
10
4
4
4
4
4
4
4
4
4
4
8
8
4
4
4
4
4
4
4
4
4
4
4
4
10
10
10
10
~g
10
10
20
20
20
20
10
10
10
10
20
20
10
10
20
10
10
10
20
20
20
20
g:g
-
~~~~'---'-~
I
7.Q
5.0
0.0
5.0
0.0
5.0
0.0
7.0
0.0
5.0
0.0
5.0
0.0
7.0
0.0
5.0
0.0
5.0
0.0
5.0
0.0
5.0
0.0
5.0
0.0
5.0
'0.0
5.0
0.0
5.0
0.0
5.0
0.0
5.0
7.0
10.0
5.0
10.0
'0.0
5.0
0.0
5.0
0.0 5.25
0.0
5.5
0.0 5.25
0.0 5.25
5.0nt
5.0nt
3.0nt
3.0nt
5.0nt
5.0nt
3.0nt
3.0nt
2~g~~ 400m
~~g~r 400m
150mt
7~~~~
150m§
150m§
172m
20mt
20mt
42mt
85mt
1.0 "
1.0 "
1.0 "
1.0
'-.-.-.--'~"
-,
_.
------_.'
o
o
·55
·55
·55
·55
·55
o
o
o
o
g
o
o
·25
·55
1.0 "
400m
~;~+ :gg~
85mt 400m
225m:!l1.0 II
225m'l! 1.0 "
40m
40m
150m! 1.0 t
150m! 1.0 t
43m" 1.0
150m! 1.0 t
150m! 1.0t
150m! 1.0 t
43m" 1.0"
43m" 1.0"
43m" 1.0"
43m" 1.0"
SYMBOLS AND CODES
EXPLAINED IN INTERPRETER
D.A. T.A.
68
- ,
1.J
(V)
IN ORDER OF (1 )FLlP·FLOP (2)LOG TYPE (3)LOG
LEV1' (4)LOG LEV'C' (5)MAX FREQ (6)TYPE No.
MAX. MAX.
TEMP. CKT
DRAWINGS
TOTAL NOISE
PER LOGIC OUTLINE
PKG.
REJECT LOVI HI MO'C DWG. No DWG. No
DISS.
lI=MO
2.0%
2.0%
53
~-
TYPE
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
JANM38510/00:~05CC
51
'0'
POWER PROPA·
MAX.
SUPPLY GATION RISE
FALL
SPAN
DELAY TIME TIME
NEG POS
tr
tf
2.5M"", MOe
,.
2.5M"¢ MO"
,1.8
48
..!J
FAN
IN OUT
MAX.
J~
9#
10#
11#
12
17
18
19
20
21
22
23
24
'1'
(V)
~
5
f1!
LOGIC
LEVEL
·55
·40
o
o
o
o
o
·55
·55
·55
o
·55
·25
·40
B0816
B0838
B0289
B0846
FP80
M126f
T0116
1FP69b
B0868
B0868
T086
M157c
B0868
B0868
T086
M157c
~g
1~ B085
70
85
70
125
70
75
125
85
75
75
125
85
70
70
70
70
70
125
125
125
70
125
85
85
2
2
16
2
2
2
2
B0840
B0840
B0816
B0816
B085
B0836
~ :g~~~
2
6
6
2
2
2
2
2
2
2
2
2
2
2
2
B0836
B0866
B0866
B0846
B0846
B085
B085
B085
B085
B085
B085
B085
B085
B085
M126p
CB!ZI
M157
M157
Ml05j
T0116
igm
M126x
M153a
M153a
M318
M235a
M318
M257f
T0116
M318
M257f
FP3ge
TOl16
TOl16
68
LINE
No.
i:
3,.
~
TYPE
No.
4. BINARY OR FLIP· FLOP
TiYPE ~L
MA~1
OPER· PRO·
OF
FLIP·
FLOP
ATING CESS 3 I
FREQ.
~ '1'
(Hz)
~~~~I~m
20
SN74LS74N
SN5474J
SN5474N
SN5414w
SN6474N
SN7474J
SN7474N
SW7474J
25M% Mq~
25M% Mq~
25M% MOr
25M% M,:,'
25Mll MO~
25Mll MO~
~~:~~:~
S54H74A
S54H74F
36# SFC474HEM
37# SFC474HPM
38
SN54H74J
~~~:~mt
41
42
43
44
45
46
47
SN74H74J
SN74H74N
SN74H74W
TF90F
TF90J
TF91F
TF91J
51
52
53
54
55
56
57
58
59
60
61
62,.
63,.
64,.
65,.
TF93F
TF93J
US54H74A
US54H74J
US74H74A
US74H74J
DM7511J
DM7511N
DM7511W
DM8511J
DM8511N
DM8511W
N74S74A
N74S74F
S54S74A
S54S74F
:g50
i~~~j
1g~
104
69
TTL
TTL
TTL
TTL
TTL
TTL
22
20
20
20
20
10
20
0.0
0.0
0.0
0.0
0.0
0
0.0
5.0
5.0
5.5
5.0
7.0
7
7.0
40nll
40nll
24n%
40nll
24n%
45nll
24n%
10
10
10
10
10
0.0
0.0
0.0
0.0
0.0
5.0
5.0
5.0
5.0
5.0
40nll
(s)
(s)
20mll
~
20mll 1.0 *
1.0 II
43mll 1.0
1.0 II
43mt 1.0
130m 1.0
43mll 1.0
Lg
I
i
I
I g::; 1:8
150m§ 1.0 II
157ml
18n
18n
18n
18n
8.0n
8.0n
8.0n
8.0n
TF74S74J
MC3153F
MC3153L
MC54100F
MC54100L
MC74100F
MC74100L
70
125
125
70
70
o
o
B085
B085
B085
B0836
B0836
B0816
B0816
B0816
B0816
~~~~b
M126e
M157b
M75.
l1004AA
M75a
M157b
M126e
Ml14
M 105n
M126u
M126n
Ml05b
T088
Ml05b
T088
20
0.0
5.5
38nll
15nlZl
250m
·55
125
2 B0816
M314
4
20
0.0
5.5
38nll
15nlZl
250m
·55
125
2 B0816
FP116
28Mll~
2.0%
.80*
TTL
4
20
0.0
5.5
38nll
15nlZl
250m
'·55
125
2 B0816
M314
38nll
150nll
40nll
40nll
40nll
40nll
40nll
30nll
30nll
250m
·55
·55
·55
·55
·55
2
2
2
2
2
2
M344
FP97.
M294b
M344
M126n
M157
:~g:
8
8
8
8
8
8
8
35Mll Mq~
35Mll Mq~
35M% Mar
35M% Mq~
35M% MO~
35M% MO~
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
.80*
.80*
.80*
.80*
.80*
.80*
.80
MO~
MO~
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
45Mll MO~
45Mll M~~
90M% MO~
2.0%
2.0%
2.0%
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
O.(,J
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
5.5
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
I~
TTL
4
20
TTL
4
TTL
4
10
TTL
4
10
TTL
4
10
10
TTL
4
TTL
4
10
10
TTL
4
TTL
4
20
TTL
4
~g
TTL
4
TTL
4
20
TTL
4 I 20
TTL
4
20
TTL
4
10
10
TTL
4
10
TTL I 4
TTL
4
20
TTL
4
20
TTL
4
20
TTL
4
20
TTL
4
20
20
TTL
4
TTL
4
TTL
4
TTL
4
TTL
4
TTL
4
TTL
4
TTL
4
TTL
4
TTL
4
20
TTL
4
20
TTL
4
20
TTL
4
20
TTL
5
TTL
5
TTL
5
TTL
5
TTL
5
TTL
5
TTL
4
20
20
TTL
4
20
TTL
4
TTL
4
20
TTL
4
~g
TTL
4
TTL
4
20
20
TTL
4
TTL
4
20
TTL
4
20
TTL
4
20
TTL
4
20
TTL
4
20
20
TTL
4
20
TTL
4
20
TTL
4
TTL
10
10
10
TTL 10
10
TTL
5
10
TTL
5
10
TTL
5
10
TTL
5
10
TTL
5
TTL
4
10
10
TTL
4
10
TTL
4
10
TTL
4
10
TTL
4
10
TTL
4
10
TTL
4
TTL
4
10
10
TTL
4
TTL
4
10
TTL
4
10
10
i
4
TTL
TTL
8
20
20
TTL
8
20
TTL
TTL I 88
20
TTL
8
20
20
TTL I 84
TTL
12
TTL
4
12
4
TTL
6
TTL
4
6
15nlZl
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80
Mm
35Mll Mq~
35MLI~ Mq~
35Mll, Mar
35Mll Mq~
35M¢ Mq~
35M% MO~
I~
8
8
8
8
8
8
8
8
8
8
35M%
35M%
35MI
35Mt
35Mt
35Mt
35MI
35MI
35Ml
35MI
40MM
40Mll
40Mll
40Mll
45Mll
8
8
8
8
8
8
8
8
8
8
8
8
8
8
8
8
8
8
I~
8
8
8
Mq~
Mar
MO~
MO~
MO~
MO:~~
MO
MO
MO~
Mq~
MO"
Mm
Mq~
90M% ~!'II2~
110Mll1 Mq~
110Mll MO"
110Mll M~~
110Mll M~~
11 OMll1 MO~
110Mll M()~
110MLI~ Mq~
110Mll, MO"
M()~
Mq~
MO"
M()~
30M!.,
30Mb
30M%
30M%
30M%
8
8
8
8
8
8
MC74H74AL,P% 8
8
I~~ilg~
8
N8T10W
8
S8T10B
8
8
S8T10F
MC422L P%
0
·55
·55
80 70j8
B0836
B085
B085
B085
B085
4
8
8
~8CT412021
~ ~gg~6
2
2
2
2
2
2
2
2
:2
2
2
2
2
2
2
TTL
8
8
8
8
8
8
~g~g~r
j~5
70
125
125
125
85
70
70
TTL
8
MC7479F
MC7479L,P%
MCB5479F
MCBC5479
r
0
·55
·55
·55
·40
0
0
.80*
8
~~
.80*
.80*
.80*
4
4
4
4
4
4
4
4
4
4
:g~~
.80*
8
I:::m~~:t
99
100
101
2.0%
2.0%
2.0%
4
(s)
~:g
2.0%
8
~~
96
25MI,,! M~~
25Mll M~~
25MLl1 MO~
4
4
4
4
(V)
g:g
i
2.0%
8
SN54S74J
SN54S74N
SN54S74W
SN74S74J
SN74S74N
SN74S74W
TF54S74F
~~
TTL
TTL
TTL
TTL.
TTL
TTL
TTL
I (V)
i~
28MM Mar
8
8
8
8
8
8
8
~~,. g~4.,s;Sj~N
89
90
91
92
;l.U""
2.0%
2.0%
.80*
.80*
.80*
.80*
.80*
.80*
:
IN ORDER OF (l)FLlP.FLOP (2)LOG TYPE (3)LOG
LEV'!' (4ILOG LEV'O' (5IMAX FREQ (6ITYPE No.
MAX. MAX.
TEMP. CKT
DRAWINGS
TOTAL NOISE
PER LOGIC OUTLINE
PKG. REJECT LOW HI MOt DWG. No DWG. No
DISS.
II=MO
(W)
(V)
'C
'C
28Mll Mm
8
68
69
70
71
72
73
74
77
78
79
80
81
82
83
2.0%
2.0%
2.0%
TTL
18
~~# ~~~~j:~
~g
1.J1
(V)
iit
TTL
JANM38510/02203CD
8
22
RSN54H74H
8
23
DM5474J
8
24
DM5474N
8
25
DM5474W
8
8
26
DM7474J
27
DM7474N
8
28,."" GJB74H74P
8
29#'" MIC74H74J
8
~?
TYPE
POWER PROPA·
MAX.
SUPPLY GATION RISE
FALL
SPAN
DELAY TIME TIME
NEG POS
tr
tf
JANM38510/02203CC
21,.
32
33
(V)
I~
8
8
8
8
8
8
8
8
'1
C::W747.fN
8
i2~ T7474Bl
8
13# TL7474N
8
14
US5474A
8
15
US5474J
8
16
US7474A
8
17
US7474J
8
18
JANM38510/02203BC
4
5
6
7#
8
9
10
LOGIC
LEVEL
4I
~ '0'
FAN
IN OUT
MAX.
I,
I
I'
:i5MI(/)
35MtlZl
35Mt0
35M~~
50MM
50MM
50MM
50MM
50MM
50MM
30M %
30M%
D.A. T.A.
Mq~
Mar
MO~:
MO
MO
MO'
Mq~
MOr
Mm~:
MO
MO
M()~
Mq~
Mar
~.(,J%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.4%
2.4%
2.4%
2.4%
2.4%
2.4%
2.4%
2.4%
2.4%
2.4%
2.4%
2.4%
2.4%
2.4%§
2.4%§
2.4%§
2.4%§
2.4%§
M~.
~.4%§
MO~
2.4 %
2.4%
M()~·
.80
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.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
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.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
:gg:
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.80*
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.80*
.80*
.80*
.80*
.40*1
.40*1
.40*1
.40*1
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.40*1
.40*1
.40*1
.40*1
.40*1
.40*1
.40*1
.40*1
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.40*1
.40*1
.40*1
.40*1
.40*1
.45*1
.45*1
.45*1
.45*1
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I'
225m~
30m~
30m~
30m~
30m~
30m
150mt 400m
150ml 1.0 II
~g~~
5.0
30nll
5.0
30nll
5.0
30nll
5.0
30nll
5.0
30nll
5.0
30nll
5.0
30nll
5.0
30nll
5.0
30nll
5.0
30nll
5.0
30nll
5.0
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5.0
20n
5.0
20n
5.0
20n
5.0
20n
5.0
20n
5.0
20n
5.0
20n
5.0
20n
5.0
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5.0
30nll
5.0
30nll
5.0
30nll
5.0
30n
5.0
30n
5.0
30n
5.0
30n
5.0
30n
5.0
30n
5.0 8.0n
5.0 8.0n
5.0 8.0n
5.0 8.0n
210m§
210m§
150mt
150mt
150mt
150mt
150ml
150mt
150ml
150mt
150ml
375m'll 400m
375m~ 400m
375m~ 400m
375m'll 400m
375m~~~ 400m
375m 400m
375m 400m
375m';!! 400m
IOn
IOn
IOn
IOn
IOn
IOn
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·55
·55
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·55
·55
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o
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o
275m:!,
275m!!
150ml
150m!
150ml
150ml
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150ml
150ml
150ml
150ml
16n
16n
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16n
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·55
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5.0
5.0
5.0
5.0
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5.0
5.0
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5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
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5.0
5.0
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1.0
1.0
1.0
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1.0
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I
I
I
I
II
II
250m§ I
250m§ I
250m§'
100ml
100mt
320ml
320mt
320mt
320ml
320mt
120m
·120ml 700m
84ml
84ml
84ml
84ml
84ml
84ml
84ml
84ml
84ml
84m!
619m§
619m§
619m§
619m§
619m§
o~~~~
84ml
SYMBOLS AND CODES
EXPLAINED IN INTERPRETER
ig
,0
'·55
·55
·55
o
·55
·55
·55
o
o
o
·55
·55
o
o
·55
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·55
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o
o
o
·55
·55
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·55
o
o
·55
·55
·55
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o
o
o
o
o
·55
·55
m
125
125
125
70
70
70
75
B0816
B0816
B0816
B0816
B0836
B085
~g
~ ~gm
125
2 B0831
B0831
M200x
B0831
2 B0831
2 B0831
,T0116
2 B0831
T085
2 B085
M157b
M126a
2 B085
l1004AA
2 B085
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2 B085
2 B085
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2
2
2
2
2
2
2
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2 B0831
Ml05.!
2 B0831
T088
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2 B0872
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M345
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M345
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FP88a
2 B0872
M318
2 B0846
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2 B0846
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2 B0846
2 B0846
M257!
2
2
2
2 B0836
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2 B0846
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2 B0846
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2 B0846
T086
1 B0828
TOl16
1 B0828
FP91
2 B0862
M291
2 B0862
FP91
2 B0862
2 B0862
M291
M237
2 B0862
T086
2 B0810
T0116
2 B0810
2 B0810b T086
T0116
2 B0810
2 B0810b T086
TOl16
2 B0810
2 B0810e T086
2 B0810e FC3
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2 B0858
T0116
2 B0858
2 B0858
T08S
TOllS
2 B0858
M317
4 B0881
4 B0881
M200v
FP47g
4 B0881
4 B0881
M317
4 B0881
M200v
4 B0881
FP47g
2 B0810a T086
2 B0810a T0116
2
T086
T0116
2
125
70
125
125
125
125
125
70
70
70
125
125
125
125
1
m
125
125
125
125
70
70
125
125
125
70
70
70
70
70
125
125
125
70
125
125
125
70
70
70
125
125
70
70
125
125
125
1251
75
75
I'
125
125
70
70
125
'125
125
125
75
75
75
75
75
125
125
125
75
75
75
75
\~6~~':;
69
LINE
No.
2
3
4
5
6
7
8
9
10
11
12
13
14
15
1~
18
~
U
TYPE
OF
OPER· PRO·
FLIp·
ATING CESS
FLOP FREQ.
(Hz)
TYPE
No.
1~~~~2~
I~
MC572F
8
l~g6~~F
I~
MC3053L P%
MC3060F
MC3060L,P%
MC4015L
MC4015P
N8275B
N8275E
N8275R
S8275B
S8275E
8
B
8
8
8
8
8
8
8
8
8
8
B
~~~~~~
NBB2BF
i6
~::~:i
21
SB828F
~
8
8
8
74R74
24
8
8
25# T110Bl
T110Dl
8
T110Fl
8
28
TRWF90#1
8
29
TRWF90#2
8
30# ZN5474E
8
31# ZN5474F
8
ZN5475E
8
ZN7474E
8
ZN7474F
8
ZN7475E
8
36
SP328A
8
37
IJANM38510/0C2(J7BA
18E
JANM38510/00207BA
38
J8E
39
JANM38510/001207BA
8E
40
JANM38510/00207BC
18E
41
JANM3B510/00207BC
,I,8E
42
JANM38510/00 207CA
18E
43
JANM38510/00207CA
18E
44
JANM38510/00207CA
~~
~"Mt1
~~~W
m~
4tl
1.J
LOGI
LEVEL
.,.
(V)
3~~% '~~f ~::%
2.4%
30M% Mar
30M%
~q~
MO~
M~f
~8~h~ MO
30M%
Mar
30M%
~~;
MO~
~g~
MO~
25Mi~
25Mt
Mq~
Mq~
MO~
~.4%
2.5%
2.5%
2.5%
2.5%
2.5%
2.5%
2.6%
2.6%
2.6%
2,6%
2,6%
2.6%
2,6%
2.6%
MO~
~g~a
MO~
80M
15M6 MO~
15M~i
15M6
MO~
MO~
M~~
MO
MO~
M~~
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Mq~
MO~
TYPE
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(V)
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T+t
TTL
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Ht
TTL
2,7
2.8
3.0
3.0
3.0
3.3
3.3
3.5
3.5
3.5
3,5
3,5
3.5
3.5%
,40t*
,40*t
.40
.40
.20
.20
.20
- .26
,26
.20
.20
.20
,20
.20
.20
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~.6%
IN
1J
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
~:~~
~~~!~ ~~~ 2.6%
25Ma
~~:
~~:
45
4. BINARY OR FLIP
FAN
::~:i
:
4
4
10
10
4
4
10
10
2
2
2
2
2
2
4
4
4
4
4
4
OUT
MAX.
POWER
SUPPLY
SPAN
NEG
V)
rv~s
~~ ~:~
7
16
10
10
10
10
10
20
20
20
20
20
20
20
20
28
20
4
4
3
4
4
3
4
20
10
10
10
10
10
10
10
10
10
10
10
10
10
7
4
4
4
. FLOP
~:~
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0
0.0
MAX.
PRQPA·
GATION RISE
FALL
DELAY TIME TIME
(s)
1s1
~~~
0.0
0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0,0
0.0
0.0
0.0
0.0
24n%
24n%
15n
15n
40n6
40n6
40n6
15n
15n
13n
13n
13n
13n
13n
13n
25n%
Di~~'
~:~~
16n
16n
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5
5.0
5
5
5.0
5
5.0
5,0
5,0
5,0
5,0
5.0
5,0
5,0
5.0
5.0
5.0
5.0
5,0
5.0
~
:;)
IN ORDER OF (1)FLIP·FLOP (2)LOG TYPE (3)LOG
LEV'1' (4ILOG LEV'O' (51 MAX FREQ (6ITYPE No.
MAX. MAX.
TEMP.
CKT
DRAWINGs
TOTAL NOISE
PER LOGIC OUTLINE
PKG.
REJECT LOVI HI Moe DWG. No DWG. No
lI=MO
(V)
'C
'C
84mt
19ri~i
17n6
17n6
16n%
~~n%
16n
40n6
16n
16n
16n
16n
24n%
24n%
50n
50n
50n
50n
50n
50n
50n
50n
~~n
50n
50n
50n
2:~%
2.0
2.0
2.0
2.0
100mt
120m
120mt 700m
190mt
190mt
265m
265m
265m
265m
265m
265m
52m6 600m
52m6 600m
52m6
52m6 I~~~~
52m6 600m
52m6 600m
250m
250m
120m§ 1.06
120m§ 1.06
120m§ 1.06
150m 900m
150m 900m
10m 1.0
10m 1.0
10m 1.0
10m 1.0
10m 1.0
10m 1.0
190m 1.06
:~~ ~2~
125
22 B0810a
~~~~~:
j~5
~ :g~iga
75
75
75
75
75
125
75
75
125
125
125
75
75
75
125
125
125
125
75
75
75
75
125
125
125
125
125
70
70
70
125
1
2
2
1
2
2
2
2
2
2
2 B0844
M126u
M294
FP28a
M157
M126
M126
T086
M126
M126
T086
T086
TOl16
FPl15
-55
-55
0
0
0
0
0
0
-55
0
0
-55
-55
-55
0
0
_55U
-55
-55
-55
0
0
0
0
-55
-55
-55
-55
-55
0
0
0
-55
l4
4
4
4
4
2
2
l+g~~6
B0828
B0810
B0810
B0822
T086
TOl16
T086
TOl16
T086
TOl16
M191
:8~2~
T01~,?
~117h
B0820
B0820
B0820
B0820
B0820
B085
B085
2 :~~~
2 B085
2 B085
:8~g
2
2
2 B0827
153a
FP47c
Ml17h
Ml05s
FP47c
TOl16
M157
+~~~6
M157
T088
5.0M6¢
MO~
2.0%
.80*
TTL
4
10
0.0
5,5
39n6
220m
-55
125
2 B0841
5.0M60
MO~
2.0%
.80*
TTL
4
10
0.0
5.5
39n6
220m
-55
125
2 B0841
FPl15
5.0M60
MO~
2,0%
.80*
TTL
4
10
0.0
5.5
39n6
220m
-56
126
2 BOB41
FPl15
5,OM6¢
MO~
2.0%
,80*
TTL
4
10
0.0
5.5
39n6
220m
-55
125
2 B0841
M314
5.0M61O
MO~
2.0%
.80*
TTL
4
10
0.0
5.5
39n6
220m
-55
125
2 B0841
M314
5,OM6¢
MO~
2.0%
.80*
TTL
4
10
0.0
5.5
39n6
220m
-55
125
2 B0841
FPl15
5.0M6¢ Mar
2.0%
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TTL
4
10
0,0
5.5
39n6
220m
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125
2 B0841
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JANM38510/0o'tJ7CC
5,OM60 Mar
BE
JANMJIS510/00 ~~7CCt
5,OM6¢ MO~
2.0%
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TTL
4
10
0.0
5.5
39n6
220m
-55
125
2 B0841
FPl15
2,0%
.80*
TTL
4
10
0.0
5.5
39n6
220m
-55
125
2 B0841
M314
2.0%
.80*
TTL
4
10
0,0
5.5
39nl>.
220m
-55
125
2 B0841
M314
I
I
I
I
I
i
I
I
70
D.A. T.A.
SYMBOLS AND CODES
EXPLAINED IN INTERPRETER
70
5• CLOCK OR MULTIVIBRATOR
IN ORDER OF (l)TYPE OF MV(2)LOGIC TYPE
(3 LEVEL'1'(4 LEVEL'O'(5IMAX FREQ(6ITYPE No.
0
~"MA~1
TYPE
LINE
No.
87++
f#PE
OF
M-V
No.
'::C'0044~20'4477AAOE
OPER- PROATING CESS
Ff~z?'
~2~
11
M~~
LOGIC
LEVEL
1..1.
~o
;~l
;~l
10
10
O.Ot
O.Ot
g~!8:j!~
1
1
11
16+:iHl1701#1
1178++ HH1111770026;~11
'''''
1
11
21
22
23
1
1
1
1
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MOS
M()~
M~~
MO-,
Mq~
M~~
MOr
Mur
~g:'1I ~~~~gJllP-RT 1
~2465
27
~~
MC1658F
MC1658L
MC1658P
~RMg5!655~T;~:Pl%
'''''
RM5560#1
~g~~m;tl
1
1
1
10
10
10
10
8.0%
8.0*
8.0%
11.0%
Mm 12.5%
175M
175M
175M
MOl~~ -.~6%
MO -.96%
MO -.96%
~8~~ MOr
~~~ 3.3
~:~~
Mq~
3.3
O.Ot
O.Ot
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6.0*
6.0*
6.0*
CCMM~§SI
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OTL
OTL
OTL
2
2
2
2
25
25
25
25
1.5*t
-1.6*t
-1.6*t
-1.6*t
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ECT
ECT
ECT
1
3
3
3
10
:!8:~
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TTL
1
5
5
j
0.0
5.2
5.2
5.2
8:8
0.0
0.0
i
~:8
0.0
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.25*t
.25*t
8:8
0.0
0.0
0.0
15
15
15
8:8
0.0
0.0
0.0
0.0
15
15
15
15
Moil
~g~
1.5M%
MOt
~M~M2vv2{1:r#3
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2
2
2
3
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MMV2
1306
MC3380P
LCE707
3
~
Mq~
lOOk
lOOk
5.0M
100kt%
PCB
PCB
PCB
MOt
2.0%
3;0%
3.0%
5.0
2.4
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.40*
.40*
0.0
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1.0M
M~t
6.0
O.Ot
~:8~
~3+
LCE507
64# ONa50
65
M401
3
5.0M
3
35k¢
310M
68+
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3
3
3
~
nt
TTL
TTL
TTL
TTL
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lU
XR2250P#3
1U
XR2240CNdt3 lU
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60
9:0
2.4
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100kt% Mq~
100kt% Mq~
8:8
12%
12%
13%
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om
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OTL
OTL
2
3
6
4
25
0.05
8
0.0
8
0
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0.0
RTL
6.0
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RTL
RTL
TTL
nt
2.7*t 'TTL
2.7*t ITTL
2.2*t TTL
~:8
1
3
:
10
~
400m~5.0
400m'* 5.0
500m'* 5.0
75n
2.7n
2.7n
2.7n
240mt
1~8~~
-55
-40
l~b
199~~ 199~~ ~gg~
15
lOOnt
l~
ll=MO
1 COl15
1 CO 115
M~~
30n
-30
-30
-30
-30
2
1
1
1
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COl16
COl16
COl16
TOl16
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M191
M278
-55
-55
~ g8~~~
1 C0122
2 C0122a
igll~
CN13
125
g
j8
1 g8m
~~~~c
'lOOnt lOOnt 625m
750m
625m
75
75
75
2 C0120
2 C0125
2 C0125
8
-55
0
0
0
125
75
75
75
~~
1
g8g:
1 C0124
180nt 180nt 625m
125m
125m
175m'l'
12nt 45nt 300m
l~ ~~~
COl15
COl15
COl14
COl14
COl14
COllA
b.001AO
b.004AF
b.001AB
M443
M443
M443
M443
COll~
0
~~g~
1~
1
1
1
1
1
1
1
1
75
85
85
85
C0115
~~~
1.0mb.
1.0
LOu
1.0
75
j~
~~
1 J0598
~ ~~~~~
M312
M239f
~~~~~
M294e
M294e
M294e
~~88~
1 C0124
1 CO 124
1 COl19
M200u
M200u
M200u
M200u
CB53
CB53
CBIZI
M293a
8
0
0
70
70
0
75
1 c8~lg
1
2
1 C0211
1 C0325
-15
65
1
1 g8~16
1
3 F041
1
~~~~~
M45
~~~7
6.0!
12 25n
0.0
12 100n%
0 5.0
200nt 50nt 186mt
15n 150n 325m 1.0
::8 188
-30 80
-20 75
0
70
g:g
0.0
0.0
0.0
:
lOOnt lOOnt 1.0
lOOnt lOOnt 625m
lOOnt 100nt 1.0
0
0
-55
70
70
125
2 C0326
2 C0326
2 C0326
TOl16
M157d
TOl16
-10
-10
60
60
1 C0435
1 C0435
T099
M226a
0
0
0
0
0
0
70
70
70
70
70
70
1
1
1
1 C0434
1 C0430
1 C0429
CB53
CB53
CB53
CB37c
CBIZI
CB55
8
0
0
70
70
1
1 C0429
1 C0425
CB55
CB50
~:8
15
15 i
151
180m
~~
-55 125
-55 125
-55 125
-40 85
0
75
-55 125
,-40 85
,0
75
8
0
0
0
750m
750m
625m
180nt 180nt 750m
5.0
5.0
5
10
85
lOOnt 385m
188~~ 188~~ ~g8~
l~
i
~5 j~5
125
lOOnt lOOnt 600m
lOOnt lOOnt 600m
~:8
12
500m~5.0
275n
2.7n
2.7n
2.7n
5.0
5.0
5
:~~:~
~
150n
150n
150n
150n
91ub.
91ub.
91ub.
1.0ub.
15
0.0
0.0
0.0
5
X~~250N#3
~~!M:~
200m 4.5 b.
100u% 4.~ b.
100u% 4:5 b.
1.0m% 4.5 b.
nt
TTL
TTL
TTL
X~R~2222~55508gM'~';3~
l~
''IE. 1 U
MC3456L#1
MMCC33455566PL##11
15
15
15
15
20
16
16
16
7
7
77
TTL
!4342",,"
~~
0.0
5.0
5.0
5.0
0.0
0.0
0.0
0.0
.c.c
iIZ!
~~!.-i---Hg~:gH-~lg~l~g'*g!!.~-+---+--*~g*'g!f'-~~C;:",:~~~-P.:!~gH-8T:~~~~~I'---J.l+g*'g~;}";H~i--+~Hf,Jj",F---I
,
.25*t
12.7%
4.5 b.
4.5 b.
200m
200m
M~~
~g~ 19~
(s)
15 150n
15 150n
I~MS
nt
DI~~'
5.0
5.0
1
Mq~ 12.7%
M~~ 12.7%
MOr 12.7%
~~: tg~~8~
I~lrs)
MAX. MAX.
TEMP. CKT
DRAWINGS
TOTAL NOISE
PER LOGIC OUTLINE
PKG.
REJECT LO'll HI MO[ DWG. No DWG. No
7
7
om
.10t
.10t
CMS
(sl
:m
36t
3
3 87 ""
60+
0.0
N(~~. P~~.
~g~ ~:~
1
XR556CP#2
1
XXRR22555566CCNp~1!'.22 1
-'it'.
1
55231++
5
54t
55
56
CM~!
MIN.
DELAY
MAX.
RISE ilFALL
TIME TIME
1
XR555CN#1
45"
46"
47
CM~I
POWER
SUPPLY
SPAN
TTL
33"
~~: ~~~~~g~,!~
~
g<-- -+-*g:'*g,,-t-117<~~!~!i
hl-::gc"~-+ig;
M250
CN44b
·55
·55
0
0
0
·30
500m
500m
500m
500m
90mt
90mt
110mt 300m
110mt 300m
90mt
90mt
110mt 400m
110mt 400m
525mt 300m
525mt I~OOm
525mt 400m
525mt 400m
gg~~2
~lgg~l~
3
1
1
2
2
1
1
C0613
C072
C072
C071
C071
C072
C072
~ gg~l
2
2
2
2
C071
C071
C071
C071
CB~
T0116
M297a
M297a
M297a
M126m
M157b
FP97a
M153d
",004AG
M157b
M126e
M153d
M117x
M153d
",004AG
M153d
M117x
I
I
I
72
D.A. T.A.
SYMBOLS AND CODES
EXPLAINED IN INTERPRETER
72
LINE
No.
fU
~TYPE
OF
<
300nLl
19
10
10
10
10
10
10
10
9
K8
0.0
0.0
0.0
4t 0.0
4t 0.0
5 0.0
5 0.0
3~t
32
8
32
32
5
5
5
5
4
5
~
g
5
5
5
10
19
10
~~
25
25
8:8
0.0
0.0
0.0
0.0
0.0
0.0
0.0
!!:O
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
g:8
0.0
0.0
0.0
0.0
0.0
0.0
0.0
K8
0.0
g:g
0.0
0.0
0.0
0.0
O.!!
0.0
~I
5.0u
5.0u
5.0u
~g8~~
500nLl
500nLl
500nLl
500nl>
l~g8~~
500nLl
500nLl
260nLl
100n%
100n%
100n%
40n%
40n~
199~~
19 ~gg~~
10 300nLl
~!,OnLl
18 175nLl
10 175nLl
175nLl
19 I 75nLl
10 I 75nLl
10 500nLl
10 700nLl
10 500nLl
10
10 ~g8~~
10 500nLl
700nLl
19 700nLl
10 :l60nLl
10 260nLl
10 260nLl
10 260nLl
15
15 I~~g~~
15 250n/';
15 250nLl
15
6.0 2gg~Ll
6.0
90n
6.0
6.0
15u
50nt
50nt
50nt
15u
50nt
50nt
50nt
199~ lig~
125n
l~uLl
15uLl
15ul>
15uLl
15uLl
15uLl
15uLl
15
·55 125
~8
75nt
75nt
I ~2nt II0ht
II0nt
I ~g~~
25nt
~~nt
60:~
::~
1~~~ ::g~; IU~
15uLl
15uLl
·55 125
·55
·55
·55 125
'~2
·40 Igg
·55 125
4.0u%
4.0u%
4.0u%
100u%
100u%
100u%
100u%
·40
·55
'~Q
·40
·55
·55
·40
·55
199~~
4.5
4.5
4.5
4.5
4.!!
4.5
4.5
4.5
4.5
4.5
4.5
l~~: 4.5
100u% 4.5
Ll
Ll
Ll
Ll
Ll
Ll
Ll
Ll
Ll
Ll
Ll
Ll
Ll
199~~ I::~ ~
100u%
I.Qm%
1.0m%
200m
200m
4.5
4.5
4.5
4.5
4.5
4.5
4.5
Ll
Ll
Ll
Ll
Ll
Ll
Ll
200m
385m
50n
1.0
1.0
1.0
I.QLl
1.0
1.0
1.0
3.2
3.~
~20nLl
ggg~~
!!Q!!nLl
300n
300n
lOOn
lOOn
gg~
:~~
·55
0
0
0
0
·55
·55
·55
Ig
0
0
.~~
·30
·55
·55
~gg~~
140nt
140nt
60nt 240m§
240m§
60nt 240m§
240m§
720m§
352m§
720m§
U?~~
4 Om
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
Ll
Ll
Ll
Ll
Ll
Ll
Ll
SYMBOLS AND CODES
EXPLAINED IN INTERPRETER
125
m
75
75
75
75
125
125
125
~~
75
55
70
70
125
85
85
125
70
70
125
85
:3g 8S o
85
·30
·55
1~
m
·55 125
·40 85
·40 85
·55 125
·40 85
-55 125
·55 125
.:io
12 200nt
12 200nt
12
12
20
16 ~gg~~
20 600nLl
600nLl
5.b" 60nLl
E058
2
I
I
I
I
~g~g8
E0173
EOl73
E0173
EOl74
125
·55
·30
Ll
5.0 Ll
1~8g~
·55
m
:~g ~~5
.~!,
~~g~ ~:~
350m
~g~~
1
I E057
I E057
I E057
E058
2
2
2
2
2
·30
·30
·55
·30
3.2
795mt 3.2
795mt
492mt ~:~
492mt 3.5
SOOnLl
~81~~
i E0183
125
85
125
125
:~g
3.5
3.5
1
·55
·40
·55
·55
·30
3.~
1 ~g~~09
I EOI77
I EOI77
I EOI77
11~gm
:~~
125
125
85
70
125
125
:~g
I;g
70
0
0
·25 I~g
·25 85
0
75
·55 125
·40 80
g
I~g
~~~~q
~001.l\C
M256a
M396a
M318a
M210b
~Ob
~~11~~ ~~~1~~
1
I EOII09
I EOII09
2 E0175
2 E0175
2 E0175
E0199
E0199
E0199
E0199
.~~
~1!5m
IIe01108
I EOII05
I EOII06
I EOII04
I EOl89
I EOl89
I EOl89
125
85
85
125
125
85
125
·55
~OOm
~ I~~~~o
I~~
:~~ ;~~
~gg~
200m
140m
140m
150m
150mt
150mt
150mt
150mt
150mt
1.2 t
750m'"
m
.~!!
100u%
100u%
100u%
100u%
!~gg~
25n
50n
:~g ~~11
60m'" 4.5 Ll
4.5 Ll
2gg~'" 4.5 Ll
100u%
1.0m%
1.0m%
1.0u%
~~~~ l:g~~
25nt
75n
75n
IIQn lIOn
lIOn lIOn
15uLl 15uLl
!5uLl
~~uLl
15uLl 15uLl
15uLl 15uLl
15uLl
5.0uLl 5.b~~Ll
5.0uLl 5.0uLl
1~·QuLl 5.0ul>
5.0uLl 5.0uLl
5.0uLl 5.0uLl
15uLl 15uLl
15uLl 15uLl
15uLl 15uLl
. 15ul>
15uLl {~~~
15uLl 15uLl
15uLl 15uLl
15uLl 15u4
~:g
5.0
5.0
5.0
5.0
5.0
5.0
15
15
12
12
~O ~~
200m
250u§
250u§
250u§
m
<~~~~
Kg
0.0
0.0
0.0
0.0
2. 0
0.0
0.0
3
9
Ig:g~~
280nLl
1.0uLl . 5:0u
1.0uLl
5.0u
5.0u
1.0u"
19
10
10
10
10
C",!~
C:~
18
10
10
10
10
10
10
10
~~I
IN ORDER OF (I)TYPE OF COUNTER(2)LOGIC TYPE
13 LEVEL'1'I4 LEVEL'O'I51MAX FREQ(6ITYPE No.
MAX. MAX.
TEMP. CKT
DRAWINGS
TOTAL NOISE
PER LOGIC ~.UTLINE
REJECT LOlA HI MOt DWG. No DWG. No
PKG.
8=MO
DI~~'
IVI
'c 'C
;':Dum
.U
1.0m
18:g
0.0
0.0
0.0
0.0
CMS
.Ol*t
15
5.0
5.0
5.0
5.0
5.0
5.0
lsi
{Dn
10 500n
~~~
MOS 9.99%
g:~
<'
PROPA·
MAX.
GATION RISE
FALL
DELAY TIME TIME
0.0
:gl:~ ~~~
:gl:~
Ufl
0.0
0.0
0.0
0.0
0.0
0.0
0.0
8:8
0.0
IQ·O
0·0
0.0
0.0
0.0
0.0
6.0M%
6.0M%
15
15
1.5
:~~:~ I~~~
:05*t
.05*t
POvvER
SUPPLY
SPAN
,
!~gl~~
E0175
EOl75
E0175
E0175
1 ~ggg
I j
MO~
M~~
2.0%
2.0%
MC!~ 2.0%
Mm 2.0%
2.0%
2.0%
MO
30MlJ.j Mm 2.0%
2.0,!"
~g~~ ~g~ 2.0%
30M% MO~ 2.0%
30M% M~~ 2.0%
32M% MC!~ 2.0%
32M% MO~ 2.0%
32M%
2.0%
32M% MO
2.0%
32M% MO~ 2.0%
32M%
2.0%
32M% ~g~ 2.0%
32M% Mci~ 2.0%
32M
PC8 2.0
32M%
M~~ 2.0%
32M% MO
2.0%
32M%
2.0%
2.0%
32M% MO
32M% MO~ 2.0%
32M%
2.0%
32M% MO
2.0%
32M% MO
2.0%
32M% MC!~ 2.0%
32M% MC!~ 2.0%
32M% MO~ 2.0%
32M% MC!~ 2.0%
32M% MC!~ 2.0%
32M% MO~ 2.0%
32M%
2.0%
32M% MO
2.0%
32M% MO
2.0%
32M%
2.0%
32M% M~~ 2.0%
32M% ~g~ 2.0%
32M%
2.0%
32M% MO
2.0%
32M% Mm 2.0%
2.0%
32M~~ MO 2.0%
32Mt
32Mt MO
2.0%
32M% MC!~ ~.O%
32M%
2.0%
M~~ 2.0%
32M% MO
2.0%
2.0%
35MlJ.j MO~ 2.0%
M~: 2.0%
2.0%
35M% ~g~ 2.0%
35M%
2.0%
35M% M!f
MO
2.0%
35M% MO~ 2.0%
2.0%
M~~
40M~~
40MlJ.
2.0%
42MlJ.
2.0%
42MlJ. MC!~ 2.0%
50M
2.0%
MO~
50M
Mci~ 2.0%
2.0%
50M
~g~ 2.0%
50M
~g~~9 M~~
M~~
M~;
M~~
M~~
M~f
M~~
~~~~j ~q~
~~~~j
D.A. T.A.
~g~
~'O'
IVI
:~~:
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
:~g:
.80*
.80*
.80*
.80*
.80*
.80*
.80*
:~g:
.80*
.80*
.80*
.80*
.80
.80*
.80*
:~g:
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
6. COUNTERS
TYPE
IN
1J
ht
TTL
nt
TTL
~R
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
nt
TTL
8
8
8
8
20
20
20
20
~
~g
Kg
20
20
0.0
0.0
8
8
8
8
9
9
9
9
8
8
9
9
9
9
9
9
9
9
8
8
8
9
9
9
9
8
8
4
4
4
4
8
8
8
12
~
8
8
8
8
8
8
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
6
6
8
8
8
8
9
'iit
20
20
20
20
I
10
10
10
20
10
20
10
10
10
10
10
10
10
10
10
10
10
10
10
10
1~
I 10
~
~
9
8
8
8
8
8
10
10
10
10
TTL' 10
TTL
10
TTL
10
TTL
10
TTL
10
10
'TTL
TTL
8
TTL
8
TTL
8
TTL
8
TTL
8
TTL
8
TTL
8
4
I 4
ITTL I 10
10
iTTL
TTL
10
TTL
8
TTL
8
TTL
8
ITTL
8
TTL
9
TTL
9
TTL
9
TTL
9
TTL
3
TTL
3
TTL
3
TTL
3
TTL
9
TTL
9
TTL
6
TTL
6
TTL
5
5
TTL'
TTL
8
TTL
8
nU
POWER
SUPPLY
SPAN
PROPA·
MAX.
GATION RISE
FALL
DELAY TIME TIME
~~G rv~s lsi
~~ ~:~ ~:~ , ~~~~
~
TTL
TTL
TTL
TTL
TTL
TTL
:m
FAN
OUT
MAX.
I
10
10
10
10
10
10
10
12
12
12
6
6
6
6
10
10
10
10
60
10
10
10
10
20
20
20
20
20
20
20
20
20
20
10
10
60
60
60
60
60
20
20
10
60
60
60
60
10
10
10
10
10
10
20
20
20
20
0.0
5.0
0.0 i 5.0
0.0
5.0
0.0
5.0
g:g
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
g:g
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
[0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
5.~
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.25
5.25
5.25
5.25
5.0
5.0
5.0
5·2
5.0
5.0
5.0
5.0
5.0
5.0
5.0
I 5.0
! 5.2
! 5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
I 5.0
5.0
5.0
I 5.0
5.0
, 5.0
g:g I ~:g
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
00
1 .
0.0
0.0
2.0
0.0
0.0
O.~
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
)~I
fsl
,
24n%
24n%
52nlJ.
52nlJ.
1.0
1.0
1.0
1.0
lJ.
lJ.
t
t
~~~~~' ~:g ~
525m§ 1.0 t
1525m§ 1.0 t
70~~
70m
93mt 400m
93mt 400m
93mt 400m
400m
93~~
~g~~
IOn
IOn
IOn
IOn
IOn
IOn
IOn
IOn
~~n
IOn
475mt 300m
475mt 300m
305mt 400m
455m 1.0 lJ.
305mt 400m
455m'li 1.0 lJ.
305mt 400m
305mt 400m
325mt
325mt
325mt 1.0
305mt 400m
305mt.400m
305mt 400m
305mt 400m
325mt
325mt
341mt
341mt
341mt
341mt
510m§
510m§
510m§
~51mt
~~~~
~~g~~
47nLl
47nLl
47nlJ.
47nlJ.
47nlJ.
47nlJ.
47nlJ.
47nlJ.
510m~
510~~
510m
510m~
510m~
5.0n
47nlJ.
47nlJ.
47nlJ.
47nlJ.
35nlJ.
35nlJ.
35nLl
35nlJ.
47n
47nlJ.
47nlJ.
47nlJ.
47nlJ.
35nlJ.
35nlJ.
35nlJ.
35nlJ.
35nlJ.
35nlJ.
35nLl
35nlJ.
35nlJ.
35nlJ.
47nlJ.
47nlJ.
47nlJ.
47nlJ.
47nlJ.
47nlJ.
47nlJ.
35nlJ.
35nlJ.
35nlJ.
35nlJ.
47nLl
47nlJ.
47nlJ.
47nlJ.
47nlJ.
35nlJ.
35nlJ.
35nlJ.
35nlJ.
13n
13n
13n
13n
25nLl
25nlJ.
50nlJ.
50nlJ.
27n
27n
45nlJ.
45nlJ.
.~~~~~ ~:~ ~
325mt
325mt
525m§
525m§
~~~~
52nlJ.
52nlJ.
50nLl
50nLl
38nLl
38n'"
38nlJ.
38nlJ.
50nlJ.
50nlJ.
25nlJ.
25nlJ.
38nlJ.
35nlJ.
38nlJ.
35nlJ.
38M
38nlJ.
50nlJ.
50nlJ.
50nlJ.
38nlJ.
38nlJ.
38nlJ.
38nLl
50nlJ.
50nLl
20nt
20nt
20nt
20nt
47nlJ.
47nlJ.
47nlJ.
IN ORDER OF (l)TYPE OF COUNTER(2)LOGIC TYPE
13 LEVEL'1'14 LEVEL'O'ISIMAX FREQI61TYPE No.
MAX. MAX.
TEMP. CKT
DRAWINGS
TOTAL NOISE
PER LOGIC OUTLINE
PKG. REJECT LOVI HI Moe DWG. No DWG. No
,.,=MO
DI~~' LV) 'C 'C
5.0n
,
510m'j(
510m'li
360m
360m
360m'
1510~~
445m
1:45m~
510m
'505~:
IOn
IOn
IOn
IOn
!
j505m§
'505m§
505m§
975m
325mt
325mt
325mt
325mt
505m§
505m§
505m§
505m§
455m§
455m§
455m§
455m§
455m§
455m§
325mt
325mf
325mt
325mt
325mf
325mf
325mt
325mt
325mt
511mt
511mt
535mt
325mt
325mt
325mt
~~~~;
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
LI
lJ.
LI
lJ.
t
t
t
t
t
t
t
t
t
t
~
0
0
0
0
Ijg
75
~g
70
o
-55
·55
-55
-55
·55
·55
·55
-55
-55
-55
·55
-55
-55
0
0
0
0
0
0
0
0
-55
0
0
-55
-55
0
0
-55
-55
0
0
0
0
-55
,0
i-55
-55
0
0
]-25
io
125
125
125
125
70
70
70
70
70
70
70
,70
'125
125
125
125
lJ.
lJ.
lJ.
lJ.
455m'jl
455:~
455m
210m '1.0 lJ.
210m~ 1.0 lJ.
210~~ 1.0 lJ.
210m 1.0 lJ.
475mt,300m
~ig~iI300m
210m§
375mt
375mt
150mt
150mt
SYMBOLS AND CODES
EXPLAINED IN INTERPRETER
M153.
M153.
M317
M200v
1
1
I
I
I
1
1
1
1
1
1
1
1
1
1
1
E0182
E0182
E0320
E0320
E0166
E0166
E0166
E0166
E0320
E0320
E0166
E0166
E0166
E0164
E0166
E0166
m
m
125
1
~gl~~
1 E0320
125
125
125
125
70
70
70
70
70
70
70
70
125
1
1
1
1
I
I
1
I
I
1
1
1
1
1
1
~~
1
~gn~
I E0148
125
125
70
70
125
125
70
i~~
75
125
75
125
125
75
70
~g
-25 85
70
0
-55 125
-40 85
75
0
0
75
70
0
0
70
70
0
70
0
-55 125
-55 125
-55 '125
-55 125
-55 125
-55 125
-55 : 125
-55 '125
-55 125
70
0
0
70
0
70
0
70
0
70
0
70
70
0
-55 125
-55 125
0
70
0
70
-55 125
-55 125
0
~g
0
-55 125
it5 125
70
0
70
-55 125
-55 125
70
0
-25
-55 1~~5
0
70
-55 125
-55 125
E0320
E0320
E0166
E0166
E0166
E0166
E0320
E0320
EOl48
E0148
EOl48
E0148
E0148
EOl48
E0148
1 E0148
1 EOl48
1 EOl48
1 E0148
1 E0148
1 EOl48
1 EOl48
1 E0252
1 E0252
I E0252
I E0148
I E0148
1 E0148
I E0148
I E0164
I E0164
I E0164
1 E0164
3
1 EOl48
1 EOl48
I E0148
I E0148
l 1E0164
I EOl64
I E0164
I E0164
I E0164
1 E0164
1 E0164
1 EOl64
1 EOl64
I EOl64
1 E0148
1 E0148
1 E0329
1 E0148
1 E0329
1 E0329
1 E0329
I E0164
1 E0164
1 E0164
1 EOl64
1 E0148
I E0148
I E0148
1 E0148
I E0148
1 E0164
1 EOle6
:~~ i~~5
1.0
1.0
1.0
1.0
I~m~b
E0182
E0320
E0182
E0182
1 ~g~~~
~5 li~5
-55
.-55
-55
-55
0
0
0
0
0
0
0
~ ~~~gg
1
1
1
1
1 ~gl~~
2
2
2
2
,
E0187
E0187
EOl87
EOl87
1
~gl~~
I E0161
1
1
I
1
1
E0161
E0193
EOl93
E0157
EOl57
~34?f
M200v
FP47a
M I 53-d
lJ.004AG
M153d
M117x
M153d
M117x
MI53d
M117x
M153d
M117x
M153d
MI17
LlO04AG
M117
M153d
!J.004AG
MI53d
M117m
lJ.004AG
MI53d
M117x
M153d
M117x
M153d
MI17x
MI53
MI17
MI53
MI17
M126s
M294d
M294d
~PWbU
M200r
FP88a
M200r
M345
M200r
FP88.
M200r
M345
M344.
M297a
M297a
M224c
M224c
FP79b
M357
MI17w
MI17w
MI17w
MI17w
C~~.
MI53g
M153.
MI53g
M117.b
M317
M200v
M317
M200v
M317
M200v
FP47a
M317
M200v
FP47a
M117
MI17
M153d
M117
·LlO04AG
M153d
M117x
MI17
MI17
MI17u
MI17u
M117u
TOl16
M257e
TOl16
M257e
M345
M345
M345
M345
MI53d
lJ.004AG
MI53d
MI17x
M153d
lJ.004AG
M1260
MI26p
M345
M345
M294b
M344
75
LINE
No.
TYPE
No.
~
g~~:m~
3
4
5
6
7
8
9
DM74196J
DM74196N
DM74197J
DM74197N
SN54196J
SN54196N
SN54196W
w
1
~~~:~mv
93S16PC
SN5490J
SN5490N
US7490A
US7490J
MC4050L
MC4050P
r
~g~
~~: ~~~~~~~
50M
MO~
50M
MO~
50M
M~~
50M
MOr
50Mt> M,
50Mt>
70M%
70M%
7nM'"
70M%
70Mt%
70M!!!
100M%
100M%
100M%
100M%
100M%
100M%
100M%
100M%
20M
20M
20M
20M
35Mt'JE
35Mt'!'
16# ZN74197J
17# FLJ381-74196
18# FLJ385-84 196
TL74197N
93S10DC
93S10DM
93S10FM
93S10PC
93S16DC
LOGIC
FAN
POWER
OPER- PRO- f-----'L"E-ITVF.EL"'-"'-";T"'Y"'PFEhIN..'-'nO"'U"'T.-I SUPPLY
ATING CESSI31
41
121
MAX.
SPAN
50Mt>~ MO~
50M~i M~~
12
SN74196N
13# ZN54197E
22#
23"
24"
25"
26"
27"
~ Mt1
1 TYPE
OF
COUNTE~
I~
6. COUNTERS
Mq~,
MO~
100MI~ M ~~S
:~~:
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
~
8
8
8
8
8
8
8
8
~
::g:
.80*
.80*
.80*
.80*
.80*
.80*
RO*
:80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.40*
.40*
.40*
.40*
.40*1
.40*1
~.4'16
.40*1
2.4%
.40*1
2.4%
.40*1
2.4%
.40*1
2.4%
.40*t
2.4%
.40*1
2.4%
.40*1
2.4%
.80*t
2.4%
.80*1
2.4%
.80*1
2.4%
.80*1
2.5
.40
2.5.40
2.5
.50
2.5
.50
2.6%
.401
2.6%
.40t
2.6%
.401*
2.6%
.401
2.6%
.40t
2.6%
.40t*
2.6%
.401
2.6%
.401*
2.6%
.401*
2.6%
.401
2.6%
.40t*
2.6%
.40t
nt
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TT
TTt
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL I
TTL
TTL
TTL
TTL
2.6%
2.6%
2.7
2.7
3.3%
3.3%
3.3%
3.3%
3.3%
3.5
3.5
5.0
5.0
.50*1
.50*t
.50
.50
.30%
.30%
.30%
.30%
.30%
.501
.50t
0.0
0.0
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
8
8
8
8
7
7
7
11
11
8
8
9
8
g:gt
TTL
~
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.4%
2.4%
2.4%
2.4%
2.4%
2.4%
19
I~~G r~s (sl
~~ I~:~ ~:~ ~~~~
r
TTt
8
8
8
8
8
8
3
3
8
8
9
9
9
9
9
9
9
9
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
8
8
6
8
8
8
8
8
8
6
6
8
8
8
20
20
20
20
r
10
10
10
10
10
10
20
20
10
10
20
20
20
20
20
20
20
20
20
20
10
10
10
10
8
8
~
8
8
8
8
8
8
8
8
8
8
10
10
10
10
12
4
4
4
4
12
12
20
20
10
10
12
12
12
12
12
6
10
50
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
g:g
0.0
0.0
0.0
0.0
0.0
0.0
0.0
00
0:0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0
0
0.0
0.0
0.0
0.0
O.()
0:0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
4.8
0.0
8:8
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
45nt>
45nt>
60nt>
60nt>
42nt>
38nt>
63nt>
63nt>
5.0
5.0
5.0
5.0
5.0
5.0
5.0
63nt>
63nt>
63nt>
63nt>
42nt>
42nt>
38nt>
~:g
38
~:g
5.0
5.0
5.0
5.0
5.25
5.5
5.25
5.5
5.25
5.0
5.0
5.2
5.0
18
45M~~ M~~
M~ MO
32Mt>~ MO
35mt>
10~~
MO~
Mq~
10MIO MOr
D.A. T.A.
10
10
10
10
10
10
10
10
10
10
4
4
10
10
10
)~I
~I
~~O~I
5.0n
5.0n
~~~~
5.0n
5.0n
42~~
5.0
63nt>
5.0
14n
5.0
14n
5.0
14n
5.0
14n
5.0
14n
5.0
14n
5.0
14n
5.0
14n
5.0
50n
5.0
50n
5.0
50n
5.0
50n
5.0
5.0
50
5:0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
34n
5.0
34n
5.0 9.0n
5.0 9.0n
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
45Mt
45Mt
45M!2!
45Mh
18M%
3.0M¢
3.0M%
PROPAMAX.
GATION RISE FALL
DELAY TIME TIME
10nl
10nl
10nl
10nt
10nl
10nl
10nl
10nl
20n
34n
400n
300nt>
600nt>
5.0u
45nt>
45nt>
45nt>
45nt>
45nt>
45nt>
45nt>
45nt>
45nt>
45nt>
100nt>
340nt>
340nt>
340nt>
340nt>
50nt>
50nt>
100nt>
100nt>
100nt>
70nt>
70nt>
13n
100nt>
100nt>
100nt>
100nt>
:~~
150ml
150ml
150ml
150ml
240ml
240ml
240ml 1.0
240ml 1.0
240ml
240ml
0
0
0
0
-55
-55
-55
-55
0
0
~:g~~
:~~
240ml
240mt
295m§
295m§
1:g
1.0
1.0
1.0 t>
1.0 t>
~~g~:
1:g
309m I
309mt
635m
635m
635m
635m
635m
635m
635m
635m
160mt>
160mt>
160mt>
160mt>
450mt
450ml
1.0
1.0
1.0
1.0
~
t>
t>
t>
t>
I:~g~~
5.0n
5.0n
5.0n
5.0n
5.0n
5.0n
5.0n
5.0n
5.0n
5.0n
5.0n
5.0n
5.0n
5.0n
5.0n
5.0n
5.0n
5.0n
9.0n
9.0n
40nt>
40nt>
40nt>
37nt>
37nt>
22nt>
22nt>
IN ORDER OF (1)TYPE OF COUNTER(2)LOGIC TYPE
(3 LEVEL'1'(4 LEVEL'O'(5IMAX FREQ(SITYPE No.
MAX. MAX.
TEMP. CKT
DRAWINGS
TOTAL NOISE
PER LOGIC OUTLINE
PKG. REJECT LOlA HI Moe DWG. No DWG. No
DISS.
ll=MO
(WI
(V)
'C'C
8.0n
8.0n
8.0n
8.0n
8.0n
5.0n
5.0n
5.0n
5.0n
5.0n
450ml
450ml
450ml
450ml
450mt
450mt
450ml
450ml
450ml
445m
445m
400ml
400ml
420m
69m
69m
69m
69m
69m
69m
420m
420m
255m
255m
255m
255m
255m
255m
461m§
461m§
400ml
400mt
275m
400m
400m
200m
200m
461m
461m
1.2
0
0
0
-25
0
0
0
-55
-55
0
0
-55
-55
0
-55
-55
-55
-55
0
0
1.0 t
1.0 t
1.0 t>
1.0 t>
400m*
400m*
400m*
400m*
400m*
1.0
~~g~'!' U
15ut> 15ut> 200m 4.5 t>
15ut> 15ut> 200m 4.5 t>
240u
120u 750m 1.6
130ml
130ml
130ml
130ml
130ml
130ml
130ml
130mt
130ml
130ml
1~8~r i~O~
20ml
20m I
20mt
45mt
45mt
160mt
160mt
160mt
75m§
75m§
1.0 t>
1.0 t>
1.0 t>
1.(l t>
1.0 t>
1.0 t>
1.0 t>
300m
300m
n~~~
1.0 t>
275m§
SYMBOLS AND CODES
EXPLAINED IN INTERPRETER
-55
-55
0
0
0
0
0
0
-55
-55
0
-55
-55
0
0
0
0
-55
-55
-55
-55
-55
0
0
0
-55
-55
-55
0
0
0
0
0
-55
0
-55
0
0
0
0
E0157
E01S7
E0157a
E0157a
E0157a
E0157
E0157.
E0167a
E0157a
E01S7a
M294b
M344
M294b
M344
M157b
M126e
t>004AG
t>004AG
M157b
M126e
70
70
70
85
1
1
1
1
E0167a
E0167a
E0157
E0157
TOl16
M257e
M126p
M1260
m ~ ~gm:
~~~!,~
~ ~g~~g~ ~~
n:
70
70
75
125
125
75
75
125
125
75
125
125
125
125
75
75
1
1
4
4
4
4
4
4
4
4
1
1
1
1
1
1
E0157
E0266
E01101
E01101
EOll0l
E01101
E01102
E01102
EOll02
EOll02
E0131
E0131
E0131
E0131
K15353
K15353
M126n
M 1 26n
M356
M356
FP79b
M357
M356
M357
FP79b
M357
M75a
M75a
Ml05b
T088
M191
M278
125
125
75
75
75
75
75
75
125
125
75
125
125
75
75
75
75
125
125
125
125
125
75
75
75
125
125
125
70
70
70
70
75
125
75
125
75
75
75
70
1
1
1
1
1
1
1
1
1
K 15353
K15353
K 15353
K15353
K 15353
K 15353
K15353
K 15353
K 15353
FP85
M19l
FP85
M191
M278
FP85
M19l
FP85
FP85
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
3
E0157
E0157
E0252
E0249
E0249
E0249
E0249
E0249
E0249
E0252
E0252
E0249
E0249
E0249
E0249
E0249
E0249
E0249
E0249
E0157
E0157
E0264
E0156
E0156
E0155
E0155
E0249
E0249
M157b
t>004AA
T088
Ml05q
M157
T088
Ml05q
M157
T088
T0116
T088
Ml05q
M157
T088
Ml05q
M157
T088
M318
M257f
M157b
M126e
TOl16
TOl16
T0116
TOl16
T0116
M318
!n5
-55 95
-55 125
-40 85
0
65
-55 125
-55 125
-55 125
-55 125
0
70
0
70
0
70
0
70
0
70
0
70
~5 i~5
-55
0
0
-55
-55
-55
-55
0
-55
-55
125
70
70
125
125
125
125
70
125
125
-55
125
8
1 ~O~~~: I~~~:D
1
1
1
1
1
1
1
1
1
1
~5 ~~
~5
1.0 t>
1.0 t>
m
70
70
70
70
125
125
125
125
70
70
jg
~ ~m~~ ~~~~
3 K168
4
1 E0611
E0611
1
1
1
1
1
1
1
E0192
E0192
E0192
E0192
E0192
E0192
E0192
1
~gl~~
1 E0192
11~81~1
1
1
1
1
E0131
E0131
E0131
E0131
1 ~gm
1
1
1
1
2
1
1
1
1
E0131
E0131
E0340
E0340
E0188
E0131
E0131
E0131
E0131
~~~7b
CBm
CSa
M210b
M210b
M294b
FP97a
M294b
FP97.
M294b
M344
FP97a
M294b
M344
FP97a
Ml05.d
M157b
FP52e
M157b
M126e
M157b
~~~~AA
T084
T084
M157b
t>004AA
Ml17x
TOl16
T0116
FPl15
FP115
76
,.
L:lNE
,No.
'.!J
t
TYPE
No. '
2"':?' ~t;-/4~ru
3
~.
5
6
7
8
9
10#
1'1'#
12#
SW7490N
~~~:t~~g~
S'N5490AJ
SN5490AW
SN7490AJ
SN7490AN
M53290P
MIC5490J
MIC6490J
~:g:~g~
m":.\ NC7490N'
15
1~: ~~::~~~
18#
19#
20
21 '
T749001
T74~g~2
TRW749~!?
TRW7490
~~
12~5490J
~~
DM7490J
24
.27
28
29
30
2
~~~490N
o 5490W
g~I:~~2N90J
I~~~:~~~~ON
SN54290W
lF
lF
lF
lF
lF
lF
lF
lF
lF
lF
10M!!. MO'
16~~ MO~
16M
18M%
18M~; MO
18M!!. MO
1~
a~~~ ~g~
SN54490J
~~
~~~::~~~
lF
lF
lF
lF
lF
lF
lF
45
~~~mg~~
SN74S168J
~~~~~158N
:~"-=II DM7552J
48
~~
g~6gg~:f'
61
DM8552N
~~
g~~~~~~
54
55
56
67
DM75L52J
DM75L52N
DM85L52F
DM85L52J
~~. ~~~~~5;tN
60
61
62
63
CM4004AE
g~
I~~:g~:~~
86
51694
g.~:g~g~~
CM4040AD
g~..- I~~:~i~::
69..~O..-
71..72..73..74..75..-
H;
78..-
MSM5662A
~~~~gg~~
MSM5570A
:g:
90.
91
92
93
~~
96
MSM5577'(>'
~~~~~7f
lV
lV
lV
lV
lV
lV
lV
lV
lV
lV
lV
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
35M!!.
35M!!.
~~~35il77
M003T2
MM54C16lD
MM54C'163D
MM74C161N
~~~:gl~~~
MM74C193N
~.O%
2.0%
2.0%
2.0%
2.0%
2.0%
2,q!,
2.0%
2.0%
MO~
Ml~
MO
MO
20M
2'fo~
~~~~
Ht
TTL
TTL
TTL
TTL
2.0%
~:g~
25M!!. MOr 2.0%
40M!!.
2.0%
40M!!. MO
40M!!. MO
40M!!.
. 2co.%
M~~ ·2.0%
l~g~!!.!!.~
2.0%
23M!!. Mq~ 2.0%
23M~; Mq~ 2,0%
23M!!. MO~ 2.0%
Ml~ ~:g~
~g~
~:~~
11M!!. MO~ 2.4%
11M!!.
2.4%
11M!!. M~~ 2.4%
11M!!. ~g~ 2.4%
~.4%
llo/l!!.
2.0M
3.0%
1.0M
MOS ·4,2
8.0Mt!!.
M~§ 19
MO
8'foMJ~ MOS
10
10M%
10
M~~ 10
19~%
.10
10
4.1C:!!.
15%
MOS 1.1%
1'.1%
MO
M1i
MO
1.1%
1.1%
MO
1.1%
~d'~
MOS
M~~
M~~
MO
Mq~
Mq~
MOf
.80*
.9~~*
.80*
:gg:
.80*
.80*
.70*
.70*
.70*
.70*
.70*
.70*
.40*
·1.2
CMS
CMS
2.7%
:~~:
:~g:
3:5%
3.5%
3,6%
3.6%
2
4.0M%
3.5%
~
~:g~~~ I~~~ ~:g~
1.5*
~:~~~'Ib ~q~ ~:~~
JANM3851~/05:~05BD
D.A. T.A.
g
6
g
6
6'
6
6
6
6
6
6
6
6
6
6
6
6'
6
3
3
3
8
13
2
9
9
9
9
~
9
9
7,
~
7
7
7
7
7
7
7
7
16
2
2
2
2
2
2
.30*
.30*
.30*
.30*
:~g:
.30*
.30*
.80*
.80*
1.5*
1.5*
1.5*
MOS
TTl
2.7%
2.7%
2.7%
2.7%
~g~ U~
g
6
g:~~
1.0M
1.0M
MO
3.0M!!'% Mq~
3.0M!!'% M~~
3.0M!!'% MO~
~
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
CMS
g~
6
6
6
6
+it
TTL
ITTL
.20*
1.1~
MSM5608
2
2.0M%!!. MO
3.6%
MSM5538
2
2.0M%!!. MO~ 3.6%
19~::tI JAN
M385 ~ O(051~05AC
1. 1M!!. MO~ 3.95%
102..;1'
12
1.1M!!. Mm 3.95%
103..- JANM38510/05605BC
1:1M!!. MO~ 3.95%
104..1.1M!!. MO~ 3.95%
105..- JANM38510/U51~U5CC~
UM!!. MO~ 3.95%
·77
:~g:
Ht
TTL
TTL
TTL
TTL
DTL
DTL
TTL
TTL
TTL
TTL
1.1%
1.1%
l:l~
I~q~ g~
2
2
2
2
:gg:
.40
.40*
0
.70*
.70*
.80*
.80*
Ht
TTL
CMS
CMS
~gs
MO~
::g:
.80*
g
Ht
TTL
O.Ot
O.Ot
O.Ot
0.0
0.0
.05*
.20*
.20*
.20*
.20*
.20*
.20*
.20*
~~~
~g~
:gg:
.80*
.80*
.80*
.80*
;:~:
::g:
.80*
.80*
g~~
g~§
CMS
OUT
MAX.
10
,Ig:g
0.0
0.0
0.0
4 0.0
4
4 Kg
4 0.0
2.0
0.0
1
60m~ 1.0 t>
60m'); 1.0 t>
;:8
13n
-55
-55
-55
0
8
125
125
1 E0166
1 E0166
1 E0166
~ ~~
11 E0167.
~~~~4:
~~
125
70
60m');
~
190m'); 1.0 t>
-55
125
1 E0167.
1 E0257
2 E02107
~~~~~G
t>004AG
M157b
t>004AA
M157b
M126e
M153b
M153d
10
0.0
5.5
112nt>
268m
-55
125
1 E0253
FP115
10
0.0
5.5
112nt>
268m
-55
125
1 E0253
FP115
10Mt>
MO~
2.0%
.80*
TTL
4
10
0.0
5.5
112nt>
268m
-55
125
1 E0253
FP115
luMt>
MO~
2.0%
.80*
TTL
4
10
0.0
5.5
112nt>
268m
-55
125
1 E0253
M314
10Mt>
MO~
2.0%
.80*
TTL
4
10
0.0
5.5
112nt>
268m
-55
125
1 E0253
M314
10Mt>
MO~
2.0%
.80*
TTL
4
10
0.0
5.5
112nt>
268m
-55
125
1 E0253
M314
10Mt>
MO~
2.0%
.80*
TTL
4
10
0.0
5.5
112nt>
268m
-55
125
1 E0253
FP 115
10Mt>
MO~
2.0%
.80*
TTL
4
10
0.0
5.5
112nt>
268m
-55
125
1 E0253
FP 115
10Mt>
MO~
2.0%
.80*
TTL
4
10
0.0
5.5
112nt>
268m
-55
125
1 E0253
FP115
10Mt>
IMO~
2.0%
.80*
TTL
4
10
0.0
5.5
112nt>
268m
-55
125
1 E0253
M314
10Mt> MO'
2.0%
.80*
TTL
4
10
0.0
5.5
112nt>
268m
-55
125
1 E0253
M314
M~~
.80*
.80*
.80*
.80*
.80*
4
4
4
4
4
4
4
4
4
4
2
2
10
10
10
10
10
10
10
10
10
10
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
5.5
5.25
5.25
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
112nt>
135nt>
135nt>
135nt>
135nt>
135nt>
135nt>
135nt>
100nt>
135nt>
135nt>
135nt>
-55
.80*
.80*
.80*
.80*
.80*
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
268m
160mt
160mt
265m§
265m§
230m§
230m§
230m§
267mt
18M!% M~~
18M% MOr
18M% MOr
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
125
70
70
70
70
125
125
125
70
70
70
70
1
1
1
1
1
1
1
1
1
1
1
1
M314
M114
Ml05n
M318
M257f
M318
M257f
FP3ge
M126n
M126n
M126
T086
20Mt>
MO~
2.0%
.80*
TTL
4
20
0.0
5.5
20Mt>
MO~
2.0%
.80*
TTL
4
20
0.0
20Mt>
MO~
2.0%
.80*
TTL
4
20
10Mt>
10Mt>
10Mt>
18M%
18M%
18M%
18M%
18M%
MOr
MO'
Mc?~
MO~
MMOO)~~:
MO
18Mt~ M
500m
-55
125
1 E0166
5.5
58nt>
500m
-55
125
1 EOl66
FP117
0.0
5.5
58nt>
500m
-55
125
1 EO 166
M323
o
160m'1l
M323
20Mt>
MO~
2.0%
.80*
TTL
4
20
0.0
5.5
58nt>
500m
-55
125
1 E0166
FP117
20Mt>
MO~
2.0%
.80*
TTL
4
20
0.0
5.5
58nt>
500m
-55
125
1 E0166
M323
20Mt>
MO~
2.0%
.80*
TTL
4
20
0.0
5.5
58nt>
500m
-55
125
1 E0166
FP117
20Mt>
MQ_~
2.0%
.80*
TTL
4
20
0.0
5.5
58nt>
500m
-55
125
1 E0166
M323
20Mt>. M~~
25Mt>, MOr
2.0%
2.0%
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
4
20
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
5.5
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
-55
-55
-55
125
125
125
70
70
70
70
85
75
75
75
125
125
125
85
85
75
75
75
75
1 E0166
1 E0182
FP117
M200r
FP88.
M200r
M345
FP88.
M117w
M117w
M153b
M153b
M153b
M153g
M153g
M153.
M153a
M153.
M153a
M 117ab
M153g
MI17ab
25Mt>~ M
38nt>
38nt>
42nt>
42nt>
42nt>
42nt>
.80*
~
g~: ~:gm~;~
iit
5.0
5.0
5.0
50
5:0
5.0
5.0
.80*
2
2
2
64+~ MIC74163N
8
8
8
0.0
0.0
0.0
00
0:0
0.0
0.0
2.0%
~tmJ:~ml
63+~MIC74163J
~
10
10
10
20
20
20
20
2.0%
25Mt> 'IVI Mm
25Mt>
85
86
87
88
2.0%
2.0%
2.0%
.70*
.70*
.70*
.70*
.70*
.70*
.70*
10Mt>
25M(D, MO,
70+
71'1'
72
73
74'1'
75'1'
76'1'
77+
78
79'1'
80
81'1'
82
~.O%
~g~ ~:8~
DM74191N
DM74191VV
53~~ M53361P
54'1' M53363P
55#' M53391P
67'1'
2.0%
2.0%
2.0%
JANM38510101306BEE
JANM3851
49
50
35m%
M
25Mt>
25Mt>
50Mt>
50Mt>
50Mt>
50Mt>
JANM38510101304BFB
44'1'
45+
IN ORDER OF (l)TYPE OF COUNTER(2)LOGIC TYPE
(3 LEVEL'l'(4 LEVEL'O'(5)MAX FREQ(6)TYPE No,
MAX. MAX.
TEMP. CKT
DRAWINGS
TOTAL NOISE
PER LOGIC OUTLINE
PKG.
REJECT LOVI HI Moe DWG. No DWG. No
DISS.
c,=MO
IW)
IV)
'C'C
75M%
25M%
25M%
25M
25M
25M
z5Mt>
25Mt>
25Mt>
25Mt>
25Mt>
25Mt>
D.A. T.A.
Mm
M6~
MO'
M
54nt>
54nt>
54nt>
54nt>
54nt>
52nt>
52nt>
38nt>
38nt>
50nt>
35nt>
35nt>
24n%
17n%
24n%
35nt>
35nt>
35nt>
35nt>
525m~
525m~
525m~
~~~~:
IOn
IOn
1.0 t>
525m§ 1.0 t>
305mt 400m
305mt 400m
325mt
305mt
305mt 1.0 t>
325mt 1.0 t>
~g~~r
305mt
~8~~~
1.0 t>
305mt 1.0 t>
Ig:8 ;:8
0.0
5.0
~:~~
52nt>
~~~~~
5.~
~~nt>
~~~~:
0.0
0.0
0.0
1:,>.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
5.0
5.0
5.0
5.0
5.0
5.1:,>
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
52nt>
47nt>
47nt>
35nt>
35nt>
52nt>
52nt>
52nt>
47nt>
26n
47nt>
26n
47nt>
50nt>
50nt>
38nt>
38nt>
:!8nt>
38nt>
50nt>
50nt>
25nt>
1:8 ~
525m§
-55
-55
-55
-40
-40
o
o
o
o
l:g ~ Igo
1.0 t
;:8 ~ Igo
LOt
510m§
510m§ 1.0 t
325mt
325mt
;~~~:
o
o
o
o
-25
o
o
o
1:8 ~
525m§ 1.0 t
445m§ 1.0 t
445m§ 1.0 t
~g~r
400m
93mt 400m
o
-55
-55
-55
-55
-55
-55
-55
-55
-55
-55
-55
-55
o
o
o
o
o
o
o
~~
70
~g
70
70
125
125
125
125
125
125
125
125
125
125
125
125
70
70
70
70
70
70
70
; ~8;~~
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
E0182
E0182
E0320
E0320
E0166
E0166
E0320
E0147
E0271
E0320
E0271
E0320
E0147
E0147
E0271
E0271
; ~gj~~ I~m:
1 E0191
M317
1
1
1
1
E0257
E0257
E0164
E0164
M200v
M153.
FP79a
1
1
1
1
1
1
1
1
1
1
1
1
1
1
E0257
E0328
E0257
E0328
E0257
E0320
E0320
E0166
E0166
E0166
E0166
E0320
E0320
E0166
M317
M153a
M200v
FP79.
FP47g
M153d
t>004AG
MI53d
M117x
M153d
M117x
M153d
M117x
M153d
; ~~;~;
;1 E0191
~81~1
SYMBOLS AND CODES
EXPLAINED IN INTERPRETER
- - - - - - - - _.. _ - - - - - - - -
80
L£J
LINE
No.
i
3
4
5
6
7
8
9
10
'1
12
13
1 TYPE
LOGIC
OF ~Mt1
PER- PRO- i
LEVEL
COUNTEF ATING CESSflJ
~.
FREQ.
'1'
'0'
(HzI
(VI
(VI
TYPE
No.
~~~:~~~JN
!~
SN54161W
SN54163J
SN54163W
SN54191J
SN54191N
SN54191W
SN74161J
SN74161N
SN74163J
SN74163N
SN74191J
SN74191N
T74193B 1
2
2
2
2
2
2
2
1~~
~~: :::m~~gi
18.# TL74191N
19# ZN54161E
ZN54161J
ZN54163E
ZN54163J
ZN54191E
24~ ZN54191J
~'i:
g:
~~: ~~mgl~
27~ ZN74163E
~~:
ZN74163J
ZN74191E
ZN74191J
9366FC
DM7563J
DM7563W
DM8563J
DM8563N
DM54193J
DM54193W
DM74193J
DM74193N
FLJ251-74193
FLJ255-84193
FLJ411-74161
FLJ415-84161
FLJ431-74163
FLJ435-84163
GFB74193
MIC54193J
MIC64193J
MIC74193J
MIC74193N
N74161B
N74161F
N74163B
N74163F
S541618
S54161F
S54161W
S541638
S54163F
S54163W
SFC4193E
SFC4193EM
SFC4193ET
30~
31
32
33
~~
36
37
38
39
40#
41#
42~
:~:
45#
46 ... ~
4~~~
48
49t~
50t~
51+
52 ...
53+
54 ...
55+
56 ...
57 ...
58+
59 ...
60 ...
gi:
63#
~~
66
67
68
69
j~
72
n
75
j~
78~
I
~~;:t~ ~~~
1
SN74LS193J
SN74LS193N
SN29316J
SN29316N
~~~~~J~~
SN54193N
SN54193W
SN74193J
SN74193N
~~j:l~j~
:::ml~~~
~~:
S~l443':t~
90
SN74393J
~~
~~~:~~~~J
93
94 ... ~
95 ... ~
96
97
98
99
100
101
SN54S163W
FLJ181-7493A
F~J 185-8493A
DM7556N
DM8556N
SN54197J
SN54197N
SN74197J
SN74197N
102~ FLJ391-74197
~23# FLJ395-84197
104!~ FLJ501-49704
105t FLJ505-49804
19~
108
109
110
81
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
.2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
.2
2
2
2
2
2
2
2
2
2
2
2
2
2
~
TL74161N
79#
80#
81# ZN54193E
82# ZN54193J
ZN74193E
ZN74193J
DM54161N
85
86
DM54163N
87
DM74161N
~g
I~
~~~lg~~P-RT
MC5493L
MC7493F
MC7493L P%
2
2
2
2
2
2
2
2
2
2
~
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
~~~~ I~~f t~%
25M,', MO
2.0%
25M,',
25M,', M~~
25M% ~g~
25M% Mq~
25M,',~
Mq~
25MM Mm
25M~~
I 25iviil
~~~
25M,', MO
25M%
25M% M~~
~g~
25M
:::~:
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
.80*
.80*
.80*
.80*
.80*
.80*
.80*
~~~ ~q~ ~:~%
25Mt'lE Mm
25M,',
25M1~
25M,',
M~~
~g~
MO~
~~~~ MC?~
25M% MO~
:::~:
~~~~ I~Q~ ~:g%
2.0%
~.O%
~~~~ ~g~ 2.0%
25M,', Mar
25M,', MO'
30M% MC?~
30M~~
MO~
30M,', MO'
30M,', Mq~
30M,',~
30M,',~
Mq~
Mm
~g~~9 ~~;
30M,',~ MO~
~~~~ M~~
~g~
32M%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
~~~~ ~q~ ~:g%
32M%
32M
32M%
32M%
32M%
32M%
32M%
32M%
32M%
32M%
32M%
32M%
32M%
32M%
32M%
32M%
32M%
32M%
32M%
MO~
2.0%
2.0%
MO
2.0%
MO
2.0%
M~~ 2.0%
2.0%
~g~ 2.0%
2.0%
2.0%
MO~ 2.0%
2.0%
MO
2.0%
MO
2.0%
2.0%
M~~ 2.0%
~g~ 2.0%
Mq~ 2.0%
Mq~ 2.0%
MO~ 2.0%
2.0%
MO
2.0%
32M,', MO
2.0%
32M,', MC?~ 2.0%
32M~; MOr 2.0%
32M,', MO~ 2.0%
32M,',
2.0%
32M% ~~qf 2.0%
32M% MO~ 2.0%
32M%
2.0%
32M%
2.0%
32M% MO~ 2.0%
M~; 2.0%
2.0%
32Mt~ ~g~ 2.0%
2.0%
32Mt:!!
2.0%
32M!%
32M% MO~ 2.0%
32M%
2.0%
32M% M~; 2.0%
32M% ~g~ 2.0%
35M,', Mq~ 2.0%
35M~; MO~ 2.0%
35M,', MO~ 2.0%
~~~~
M:~
~g~
M1~
I
M1~
:8g:
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
~~f
n~%
I~~~
~~~~ '~q~ tg~
MO~
2.0%
:~g:
35M%
~6~~g MO~
40M,',
42M,',
42M,',~
50M
~g~
Mq~
Mq~
MO~
~g~,',~ M~;
MO
50M
MO~
;g~±~ M~~
~g~
jg~~ ~g~
70M%
70M%
D.A. T.A.
MO~
~q~
MO~
~g~
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.4%
2.4%
2.4%
2.4%
2.4%
:::g:
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80"
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
I
.80*
.80*
.80'
.80*
.80*
.80'
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.40*t
.40*t
.40*t
.40*t
.40*t
6· COUNTERS
FAN
POWER
TYPE
IN
lOUT
IMAX.
f£J
T+t
TTL
TTL
TTL
TTL
TTL
TTL
TTL
I:!::!:L
I IL
TTL
TTL
TTL
TTL
nt
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
nt
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
PROPA·
MAX.
FALL
SUPPLY GATION RISE
SPAN
DELAY TIME TIME
NEG
tf
r~S (sl
(sl
VI
I
~ I ~~ ~:~
9
10 0.0
9
9
8
8
8
9
9
9
9
8
8
8
10
10
10
10
10
10
10
10
::
1~
10
9
9
9
9
8
8
10
10
10
10
10
10
10
10
10
10
10
10
10
6
10
10
10
10
10
10
10
10
10
10
20
20
20
20
60
10
10
10
10
20
20
20
20
20
20
20
20
20
20
10
10
10
~
9
9
8
8
8
8
8
8
8
8
8
8
8
8
8
9
9
9
9
8
8
8
8
8
10
10
10
10
10
10
10
10
10
10
8
8
8
8
8
8
8
8
8
8
8
8
4
4
10
10
10
8
8
8
8
9
9
9
9
2
2
2
9
9
4
4
5
5
8
8
8
8
8
8
3
3
4
6
6
6
6
60
60
60
60
60
20
20
10
60
60
60
60
:
,
10
10
10
10
10
20
20
10
10
10
10
10
10
10
10
10
~X
Lon,',
38n,',
38n,',
38n,',
38n,',
50n,',
50n,',
50n,',
38n,',
38n,',
38n,',
38n,',
50n,',
50n,',
47n,',
47n,',
47n,',
52n,',
38n,',
38n,',
38n,',
38n,',
50n,',
50n,',
38n,',
38n,',
38n,',
5.0
0.0
5.0
0.0
5.0
0.0 I 5.0
0.0
5.0
0.0
5.0
0.0
5.0
0.0
5.0
0.0
5.0
0.0
5.0
0.0
5.0
0.0
5.0
0.0
5.0
0.0
5.~
0.0
5.0
0.0
5.0
0.0
5.0
0.0
5.0
0.0
5.0
0.0
5.0
5.0
10 .0
0.0
5.0
0.0
5.0
0.0
5.0
0.0
5.0
5.0
0.0
~8n,',
50n,',
0.0 I 5.0
0.0
5.0
50n,',
0.0
5.0
47n,',
47n,',
0.0
5.0
47n,',
0.0
5.0
47o,',
0.0
5.0
0.0
47o,',
5.0
47o,',
0.0
5.0
47o,',
0.0
5.0
47n,',
0.0
5.0
0.0
47n,',
5.0
47n,',
0.0
5.0
47n,',
0.0
5.0
0.0
5.0
35n,',
0.0
5.~
~~o,',
0.0
5.0
35o,',
0.0
5.0
35n,',
47n,',
0.0
5.0
47o,',
0.0
5.0
47n,',
0.0
5.0
47o,',
0.0
5.0
47n,',
0.0
5.0
35o,',
0.0
5.0
0.0
5.0
0.0
5.0
35o,',
0.0
5.0
35n,',
0.0
5.0
35o,',
0.0
5.0
0.0
5.0
35o,',
35n,',
0.0
5.0
35o,',
0.0
5.0
0.0
5.0
35n,',
47n,',
0.0
5.0
47o,',
0.0
5.0
0.0
5.0
47n,',
47n,',
0.0
5.0
47n,',
0.0
5.0
47n,',
0.0
5.0
47o,',
0.0
5.0
35n,',
0.0
5.0
35n,',
0.0
5.0
0.0
5.~ I 35n,',
0.0
5.0
47n,',
5.0
47o,',
0.0
47n,',
0.0
5.0
0.0
47n,',
5.0
47o,',
0.0
5.0
0.0
35n,',
5.0
35n,',
0.0
5.0
35n,',
0.0
5.0
35n,',
0.0
5.0
47n,',
0.0
5.0
47o,',
0.0
5.0
47o,',
0.0
5.0
47o,',
0.0
5.0
47o,',
0.0
5.0
35n,',
0.0
5.0
0.0
5.0
350A
35n,',
0.0
5.0
0.0
~5n,',
5.~
0.0
5.0
13n
0.0
5.0
130
0.0
5.0
130
25o,',
0.0
5.0
25o,',
0.0
5.0
70o,',
0.0
5.0
70n,',
0.0
5.0
0.0
5.0
27n
0.0
5.0
270
42n,',
0.0
5.0
38n,',
0.0
5.. 0
0.0
5.0 I 42o,',
0.0
I
0.0
63o,',
0.0
5.0
38n,',
0.0
5.0
38n,',
0.0
5.0
0.0
5.0
60n
0.0
5.0
200
0.0
20n
5.0
20n
0.0
5.0
0.0
5.0 ~ 200
1~1
~~~~
;~~~t ~~~~
IOn
IOn
IOn
IOn
IOn
IOn
IOn
IOn
IOn
IOn
IOn
IOn
IOn
IOn
IOn
IOn
IOn
IOn
305mt
305mt
305mt
325mt
325mt
325mt
305mt
,305mt
305mt
305mt
325mt
325mt
510m§
510m§
510m§
551mt
305mt
305mt
305mt
305mt
325mt
325mt
305mt
305mt
305mt
305mt
325mt
325mt
400m
400m
400m
1.0
400m
400m
400m
400m
1.0 ,',
1.0 ,',
1.0 ,',
1.0 ,',
1.0 ,',
1.0 ,',
1.0 ,',
1.0,',
1.0 ,',
1.0,',
1.0 ,',
1.0,',
510n;~
510m
510~;
510m
510m~
510m§
510m§
505m§
505m§
505m§
505m§
325mt
325mt
325mt
325mt
325mt
505m§
505m§
505m§
505m§
455m§
'455m§
455m§
1 455m §
455m§
'455m§
325mt
325mt
325mt
85,,:;
85m
85m'lj
i
1.0 ,',
1.0,',
1.0 ,',
1.0 ,',
1.0 ,',
1.0 ,',
1.0 ,',
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
t
t
t
t
t
t
t
t
t
t
85:~
315m
315m
l()n
IOn
511mt
511mt
535mt
325mt
325mt
325mt
325mt
1.0
1.0
1.0
1.0
455~~
455m
455m
li~g~; 1.0 ,',
190m~ 1.0,',
1.0 ,',
300m
475mt 300m
195m§
195m§
375mt
375mt
240mt
240mt
240mt
240mt
295m§ 1.0 ,',
295m§ 1.0,',
590m§ 1;0 ,',
590m§ 1.0 ,',
l~~~r
5.00
5.0n
5.00
5.0n
l~g~~
160mt
160mt
160mt
SYMBOLS AND CODES
EXPLAINED IN INTERPRETER
~ I~g~gg
1
1
1
1
E0166
E0166
E0166
E0320
1
~g~~g
1 E0166
E0166
E0166
E0166
E0320
E0320
70
g
-55
-55
0
0
-55
-55
0
125
125
70
70
125
125
70
1
1
1
1
1
1
1
0
70
i2 E02107
~g~i67
0
-55
-55
-55
-55
-55
-55
i~5
70
125
125
125
125
125
125
.g
I~g
70
0
0
Ijg
0
0
70
75
0
-55 125
-55 125
0
;g
0
-55 125
-55 125
0
70
0
70
0
70
-25 85
0
70
:25 85
0
70
-25 85
70
0
-55 125
-40 85
75
0
0
75
0
70
0
70
0
70
70
0
-55 125
-55 125
-55 125
-55 125
-55 125
-55 . 125
70
0
-55 125
-25 85
125
-~5
-55 125
70
0
0
70
75
0
1 75
0
-55
-55
-55
0
0
0
0
0
~~~~~
125
125
125
125
125
125
125
125
125
125
70
70
70
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
-~5
~i~::;r
325mt
325mt
325mt
325mt
IOn
IOn
~5 ;~5
-55
-55
-55
-55
-55
-55
-55
-55
-55
-55
0
0
0
1~5
300~~
510m
510m
510m:!!
~~~~ I
~g
IN ORDER OF (l)TYPE OF COUNTER(2)LOGIC TYPE
(3ILEVEL'1'(4 LEVEL'O'(5IMAX FREQ(6ITYPE No.
TEMP. CKT
DRAWINGS
MAKI MAX.
TOTAL NOISE
PER LOGIC OUTLINE
PKG. 1 REJECT LOV, HI MO[ DWG. No DWG. No
lI=MO
DI~~'
(VI
'C 'C
m
125
125
70
70
jg
jg
~5 ~~5
i~5 i~5
-55
0
-25
,55
0
-55
-55
0
0
0
-25
0
-25
0
-55
-55
0
0
125
70
85
125
70
125
125
70
70
70
85
70
85
70
125
125
75
75
~g~~j
E0320
E0166
E0166
E0166
E0166
E0320
E0320
E0166
E0166
E0166
E0166
E0320
E0320
E0257
E0257
E0257
E0257
E0257
E0257
E0257
E0257
E0257
E0257
E0257
E0271
~g~~l
E0271
E0257
E02S7
E0257
E0257
E0257
E0271
~gm
E0271
E0271
E0271
E0271
E0271
E0271
E0271
E0257
E0257
E0257
E0332a
E0332a
E0332a
E0332a
E0166
E0166
M2~~y
M200y
M117u
T0116
M257e
T0116
M257e
T0116
M257e
~~~j~
T0116
M257e
T0116
M257e
FP47b
M200r
FP88a
M200r
M345
M200r
FP88a
M200r
M345
M117w
M117w
M117w
M117w
M117w
M117w
M200f
M153g
M153a
M153g
M117ab
M317
M200v
M317
M200v
M317
M200v
FP47a
M317
M200v
FP47g
M117
MI17
M117
M153d
M117x
M153d
M117x
M153d
M117x
~gj~~a ~m~
E0257
E0332a
E0332a
E0332a
E0271
E0271
E0166·
11~gi~~
2
1
1
1
1
1
1
1
1
1
1
1
1
2
2
~~~~~
,',004AG
M153d
,',004AG
M153d
M117m
,',004AG
M153d
M117x
M153d
M117x
M153d
M117x
M267c
E0332a
E0332.
E0332a
E0332a
E0166
E0271
EOl66
E02107
E0166
E0166
E0234
E0234
E02112
E02112
E0167a
E0266
E0167a
E0167a
E0266
E0266
E02102
E02102
~ ~g~~~
1 E0253
1 E0253
1 E0253
M117
,',0,04AG
M153d
M117x
M117
M117
M117u
~m~
T0116
M257e
T0116
M257e
M345
M345
M345
r;:;g~~AG
M153d
~lm
,',004AG
M126p
M126p
M345
M345
M157b
M126e
M157b
M126e
M126p
M126p
MI17w
M117w
T0116
T086
T0116
TOB6
T0116.
81
.§J
LINE
No.
•
2+.
3
4
5
6
7
8
9
1~
TYPE
No.
~:~~:ms:~g
MC54455L
MC74455L
MC74455P
US5493J
MC54193F
MC54193L
MC74193F
~g:m~
12.
13.
14+
15.
16.
17+
18
19
20
21
22
23
24
25
26
27
N82930
S8293A
S8293F
S82930
N8281F
N82810
N8288A
~~
~~~~~ri
30
31
32
33
34
35
36
~~
MIC9316·5B
.~
48
49
50
51
52
53
54
55
56
57
58
59
60
61
62
63
64
65
66
67
68
69
70
71
72
MC7281L P%
MC8281F
MC8281L
OM7280J
OM7280W
OM8280J
OM8280N
OM8280W
OM54176J
OM54176W
OM74176J
OM74176N
OM74176W
RL 1630
RL 1810
RL 1830
RL 1410
RL 1430
N82S91A
N82S91F
1795
n09
1110
N74LS196A
N74LS196F
~~
~~m1~~~
S54LS196A
S54LS196F
S54LS196W
S54LS197A
S54LS197F
S54LS197W
93560C
~~~~~~~~J
SFC493LEM
SN54L93J
SN54L93T
SN74L93J
85
86
87
88
89
90
SN54LS93W
~~
~~~m~~~~
19~
102
~~~:m~J
US5493A
US7492A
93920C
93920M
9392FC
9392FM
93930C
~~~~~~
108
9393FM
GFB7493
SW7492J
SW7492N
M5393P
SN74LS93J
SN74LS93N
1~~
~~g!~~!~
19~,.:jj
105
19~#
82
I~
~g~~1~
~~~~~~
!~. ~~j~~W7N
93
94
95
96
97
98
99
2
2
2
2
2
2
2
S8281F
S82810
S8288A
S8288F
S82880
N8291A
N8291F
~J~~~~6.50
74R193
SN54S197J
SN54S197W
N82840
S8291F
S82910
N8281A
S8281A
N74S197A
N74S197F
SN74S197J
~~:
~
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
39
40
41+
42.
43,.
44,.
45.
75
76
77
78
79
80
81
82#
t
~LMt1
OF
OPER· PRO·
TYPE ATING CESS
COUNTEF
FREQ.
IHzl
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2,1
2,3V
23V
Ig~
23V
2.3V
2.3V
23V
2.3V
2,3V
2F
2F
2F
2F
2F
2F
2F
2F
2F
2F
2F
2F
2F
2F
2F
2F
2F
2F
2F
2F
2F
2F
2F
2F
2F
2F
2F
2F
~~
12M% MO~
12M%
12M% M~~
~g~
20M
25M
Mq~
25M
MO~
25M
Mm
~~~
MO~
M~~
10M+;
10Mt MO
10Mt'* MO~
10M~~ MO
10Mt
10Mt MO
25Mt:!E M<:>~
M1~
25Mt
flJ· 1• ~'O'
IVI
~::~
2.4%
2.4%
2.4%
2.4%
2.4%
2.4%
2.4%
~g~ ~:~
35M
35M
100M% MO~
.100M% M~~
25Mi~
LOGIC
LEVEL
MO~
MO'
~~Mt~ Mq~
25M!,* M<:>~
25M% MO'
25Mr~ M~~
25Mt
25Mt ~g~
25Mt:!E M<:>~
60Mi~ MO'
60Mt MO~
2.4%
2.4%
2.5
2.5
2.5
2.5
2.6%
2.6%
2.6%
2.6%
2.6%
2.6%
2.6%
2.6%
2.6%
2.6%
2.6%
2.6%
2.6%
2.6%
2.6%
2.6%
2.6%
2.6%
2.6%
~g~!~ ~q~ ~:~~
60Mt% Mm
60Mr~ MO
25Mt
25Mt MO
M1~
100Mt~
M~~
2.6%
2.6%
2.6%
2.6%
2.6%
2.6%
2.7
~g~
l~g~~~ ~q~ ~:~%
100M!%
100M%
25Mt'* Mm
25Mr~
25Mt
45Mt Mm
45Mr; M~~
~~~
!~~+~ ~g~
45Mt~ MO~
45Mr~ M<:>~
45Mt
MOr
~~f
45Mf;
45Mt
I
45Mt,* Mm
[ 10~~
. 15~~ MO
15M
MO
M1~
~g~~ M~~
~gr
100Mt,*
l~g~t'* ~g
10M
PCB
5.0M
30Mll
30Mll MO
M~
~g~~
Mq~
M<:>~
30Mll MO~
30Mll
30Mll MO
30Mll MO~
30Mll
30Mll M~~
18M% ~g~
3.0M% Mq~
3.0M% MO~
3.0M% MO~
M'l~
3.01V!~
~:g~~
Mq~
Mq~
MO~
~~~
1~~~ MO~
3.0~q>~
32M\~
32Mll
~q~
18m% MO~
18m%
~g~
10~~ Mm
10M
101V!~
10~~
10M
M'lf
MO
Mm
2.8%
2.8%
2.8%
2.8%
2.8%
2.8%
2.8%
2.8%
2.8%
2.8%
2.8%
2.8%
2.8%
3.3%
3.3%
3.3%
~.3%
3.3%
3.5
3.5
5.0
5.0
5.0
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
1.8%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
~:g~
19~~ M~;
~gr
10M0
19~~~
Mq~
Mq~
10Mb Mm
15M%
1~~~ ~~~
MO~
~~~~
16
D.A. T.A.
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
~g~ ~:g~
6. COUNTERS
FAN
POWER
TYPE
flJj
IN
OUT
MAX.
li~~G Iv~S
IVI
::g: I++t
TTL
.40*t
.40*t
.40*t
.40*
.40*t
.40*t
.40*t
:!g:+
.45*
.45*
.40
.40
.50
.50
.40t
.40t
.40t*
.40t
.40t
.40t*
.40t
.40t*
.40t*
.40t
.40t*
.40t
.40t*
.40t*
.40t
.40t*
.40t
.40t
.40t*
::g~
.40t*
.40t
.50*t
.50*t
.50*t
.50*t
.50
.50
.40*t
.40*t
.40*t
.40*t
.40t*
.40t*
.40t*
.40t*
.40t*
.40t*
.40t*
.40t*
.40t*
.40t*
.30%
.30%
.30%
.30%
.30%
.50t
.50t
0.0
0.0
0.0
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.85*
.70*
.70*
.70*
.70*
.70*
.70*
.70*
.70*
.70*
.70*
.70*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
:~g:
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
!TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
OTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
SUPPLY
SPAN
~g
9
9
9
1
8
8
8
~
10
10
8
8
6
8
8
8
8
8
8
8
8
8
8
8
8
8
8
8
8
8
8
~
8
8
8
8
8
8
8
8
8
8
8
8
8
8
8
8
8
8
8
8
8
8
7
7
7
11
11
8
8
8
9
8
8
8
8
8
8
8
8
8
8
8
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
~
10
10
10
10
10
10
10
10
10
6
19
10
10
10
12
4
4
4
4
8
8
8
8
12
Igg ;g
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
~.O
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
g gg
0.0
12 0.0
0
8
8
0
20 0.0
20 0.0
10 0.0
10 0.0
4 0.0
4 0.0
4 0.0
4 0.0
0.0
0.0
20 0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
12 0.0
12 0.0
12 0.0
12 0.0
12 0.0
0.0
0.0
4 4.8
6 4.8
10 4.8
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
10 0.0
10 0.0
10 0.0
10 0.0
0.0
19 0.0
10 0.0
10 0.0
10 0.0
10 0.0
4 0.0
4 0.0
10 0.0
10 0.0
10 0.0
10 0.0
10 0.0
10 0.0
10 0.0
10 0.0
10 0.0
10 0.0
10 0.0
10 0.0
10 0.0
40 0.0
10 0.0
10 0.0
0.0
19 0.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.~
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
PROPA·
MAX.
FALL
GATION RISE
DELAY TIME TIME
(s1
~:~
50n
31n%
31n%
31n%
~I
I~gg:::~
:;;
10nt
600mt
600mt
600mt
10nt 160mll 1.0 II
325mt
325mt
325mt
·55
0
0
·55
~~~:::+
~ln%
5.0n
5.0n
5.0n
5.0n
5.0n
5.0n
5.0n
5.0n
5.0n
5.0n
5.0n
5.0n
5.0n
5.0n
25n%ll
25n%ll
5.~
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.26
5.5
5.25
5.5
5.25
5.0
5.0
5.2
5.2
5.2
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.25
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.5
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.25
5.25
7.0
5.0
5.0
5.0
5.0
1~1
31n%
14n
14n
34n
34n
9.0n
9.0n
~~~~~
5.0n
5.0n
5.0n
5.0n
5.0n
5.0n
5.~n
5.~n
5.0n
5.0n
5.0n
5.0n
50n
50n
25n%ll
25n%ll
9.0n
9.0n
25nll
25nll
25nll
25nll
45nll
45nll
45nll
45nll
45nll
45nll
45nll
45nll
45nll
45nll
40nll
40nll
40nll
37nll
37nll
22nll
22nll
50n
20n
50n
41n
41n
~:!n
63n
41n
41n
41n
63n
63n
63n
135nll
280n
280n%
280n%
450nll
450nll
450nll
450nll
70nll
70nll
70nll
70nll
75n%
100nll
100nll
100nll
100nll
100nll
135nll
135nll
135nll
135nll
135nll
100nll
100nll
100n%
70nll
70nll
?2 nll
70nll
IN ORDER OF (1)TYPE OF COUNTER(2)LOGIC TYPE
13 LEVEL'1'14 LEVEL'O'I5lMAX FREQI6lTYPE No.
MAX. MAX.
TEMP.
CKT
DRAWINGS
TOTAL NOISE
PER LOGIC
OUTLINE
PKG.
REJECT LOV. HI Moe DWG. No DWG. No
lI=MO
D!~~.
(VI
'C
'C
8.0n
8.0n
8.0n
8.0n
8.0n
5.0n
5.0n
5.0n
5.0n
5.0n
50n
25n
50n
25n
300mt
300mt
445m
445m
400mt 1.0 II
400mt 1.0 II
420m
69m
69m
69m
69m
69m
69m
236m
236m
194m
~~~:::
236m
236m
194m
236m
194m
255m
255m
1~~5m
255m
255m
255m
194m
194m
461m§
461m§
400mt
400mt
130mt
130mt
130mt
130mt
130mt
130mt
130mt
130mt
130mt
130mt
130mt
130mt
130mt
130mt
275m
400m
400m
200m
200m
461m
461m
600m
1.2
300m
100mt
100mt
100mt
100mt
100mt
100mt
100mt
100mt
100mt
~gg:::~
16mt
16mt
16mt
16mt
16mt
16mt
16mt
45mt
45mt
75m§
75m§
155mt
155mt
255m§
255m§
255m§
255m§
265m§
1~5
1.0
1.0
1.0
1.0
1.0
1.0
II
II
t
t
II
II
400m*
400m*
400m*
400m*
400m*
1.0
1.0
1.0
m:::i
·55
·55
0
·55
0
0
0
Ig
0
·55
·55
·55
·55
0
0
0
·55
·55
0
0
0
0
·55
0
·65
0
0
0
0
0
0
0
0
Ig
400m
1.0 II
1.0 II
1.0 II
1.0 II
1.0 II
1.0 II
1.0 II
1.0 II
1.0 II
300m
300m
1.0
~~~::::
265m§
128m
155mt
155mt
155mt
45mt
45mt
.~~
·55
0
0
0
0
0
·55
0
·55
·55
0
0
0
0
·55
·55
·55
0
0
0
0
0
·55
·55
·55
·55
·55
0
0
1.0
1.0
1.0
1.0
1.0
1.0
1.2
1.0
II
II
II
II
II
II
SYMBOLS AND CODES
EXPLAINED IN INTERPRETER
·55
·55
·55
·55
·55
·55
0
0
0
·55
·55
·55
0
0
·55
·55
·55
·55
·55
0
0
·55
0
·55
0
·55
0
·55
0
0
0
0
0
0
·55
·55
m
125
75
75
125
125
125
75
75
75
75
75
125
75
125
125
75
75
75
75
125
125
125
75
75
75
75
75
125
125
125
125
125
75
75
75
125
125
125
75
125
70
70
70
70
75
75
125
125
125
125
70
70
70
125
125
70
70
70
75
125
75
125
75
75
75
70
70
70
70
70
70
70
125
125
125
125
125
125
75
75
70
125
125
1.25
70
70
125
125
125
125
125
70
70
125
70
125
70
j~5
125
70
70
70
75
70
70
m
~ I~g;:~
l~l"s'j'a
2
2
2
1
1
1
1
1
1
1
1
M291
M291
M237
T088
FP85
M191
FP85
E0337
E0337
E0337
E0235
E0332
E0332
E0332
E0332
E0332
EO 147
E0147
1 E0266
1 E0266
1 E0251
1 E0250
1 E0250
1 E0250
1 E0250
1 E0250
1 E0250
1 E0237
1 E0237a
1 E0248
1
1
1 E0237
1 E0237a
1 E0248
1 E0248
1 E0248
1 E0250
1 E0250
1
1 ~g~;g
1 E0250
1 E0250
1 E0237
1 E0237
1 E0250
1 E0250
1 E0266
1
1
1 E0289
1 E0289
1 E0289
1 E02110
1 E02110
1 E02110
1 E02110
1 E02110
1 E02110
1 E02110
1 E02110
1 E02110
1 E02110
1 E0263
1 E0265
1 E0265
1 E0262
1 E0262
1 E0250
1 E0250
4
3
4
1 E02117
1 E02117
1
1
1 E02117
1 E02117
1 E02117
1 E02117
1 E02117
1 E02117
1 E0234b
1 E0254
1 E0254
1 E0254
1 E0253a
1 E0253a
1 E0253a
1 E0253a
1 E0253a
1 E0253a
1
1
1 E0235
1 E0234
1 E0234
1 E0234
1 E0234
1 E0234
1 E0235
1
1
1 E0235
1 E0235
1 E0234
1 E0234
1 E0246
1 E0253a
1 E0253a
~g~:~
~g~~~
~~~~
FP47b
M153a
M157b
l1004AA
T088
Ml05q
M157
T088
Ml05q
M157
T088
M157
T088
Ml05Q
M157
T088
M157
T088
Ml05a
M157
T088
Ml05q
M157
~~~~q
M157
T088
TOl16
TOl16
M318
M257f
M157b
~rii~e
TOl16
T086
T0116
M294b
FP97a
M294b
M344
FP97a
M294b
FP97a
M294b
M344
FP97a
igm
TOl16
T0116
TOl16
M318
M257b
g~~
~BJ'I8
M200x
~g~1g ~~6gx
~g~1g~
1
M318
M200x
FP3ge
M318
M200x
FP3ge
M 105ad
TOl16
TOl16
TOl16
M157b
FP52e
M157b
M126e
M157b
l1004AA
M157b
l1004AA
Ml05b
Ml05b
T0116
TOl16
FPl15
FPl15
T0116
~g~~~
~~lW
~g~;~
M126e
M157b
l1004AA
FP115
M146e
Ml14
Ml05n
~1g~b
.
82
fiJ
LINE
No.
I~~j:~~~~
~
t
3# ZN5493AE
4# ZN5493AJ
ZN7493AE
ZN7493AJ
7
ITT5492J
8
ITT5493J
9
ITT7492J
10
ITT7493J
M53292P
M53293P
~:
~J:
1~: ~:g~:m
15# MIC7493J
MIC7493N
NC7492N
18
NC7493N
19# SFC492E
SFC492EM
SFC492ET
~~# SFC492PM
23# SFC493E
24# SFC493EM
25# SFC493ET
26# SFC493PM
27
SN5492S
SN5493S
28
SN6492N
SN6493N
SN7493AW
T7492Bl
33# T749201
34# T7492D2
35# T7493Bl
36# T7493Dl
37# T7493D2
38
US5492A
39
US7492J
40
US7493A
41
US7493J
DM5493J
42
43
DM5493N
44
DM5493W
45
SN74lS293J
46
SN74lS293N
47
SN54293J
48
SN54293W
49
SN74293J
50
SN74293N
51
US5492J
52
SN74191W
53+ MRC1B
54
Tl07
55
SN54lS169J
56
SN54lS169W
57
SN74lS169J
W'iI
~~:
~g:
~i#
~~
!
~~~:~~ ~~~N
60
61
62
63
64
65
66
SN54S169W
SN74S169J
SN74S169N
DM7554J
DM7554W
DM8554J
DM8554N
DM8554W
SN54177J
69
SN54177W
SN74177J
SN74177N
72y:Jj FLJ561-74177
ny'il FLJ565-84177
DM75L54F
75
DM75L54J
DM75l54N
j~ DM85l54F
78
DM85l54J
79
DM85l54N
80
CM4017AD
81
CM4017AE
~~
j¥
~~
84
~~
87
88
89
90
91
92
93
94
95
96
97
98
99
100
101
102
103
104y
"I
83
~~M~1
L GIC
OF
OPER- PROLEVEL
TYPE ATING CESS
COUNTEF
2].,.
.!J '0'
FREQ.
(Hz)
(V)
(V)
TYPE
No.
~~:g~~~~
I~~
2F
2F
2F
2F
2F
2F
2F
2F
2F
2F
2F
2F
2F
2F
12F
2F
2F
2F
2F
2F
2F
2F
2F
2F
2F
2F
2F
2F
2F
2F
2F
2F
2F
2F
2F
2F
2F
2F
2F
2F
2F
2F
2F
2F
2F
2F
2F
2F
2F
2F,4R
2R
2R
2R,U
2R,U
2R U
I~~'U
2R,U
2R U
2R,U
2R,U
2V
2V
2V
2V
2V
2V
2V
2V
2V
2V
2V
2V
2V
2V
2V
2V
2V
3
3
I~
CM4033AD
3
MM54C162D
MM74C160N
MM74C162N
MM54C192D
MM74C192N
3
3
3
3
3
~~~~~31'},~D I~
JANM38510/051~01AE~
1~~§ ~g; ~:g~
16M0 Mar
16"1~ Mq~
16~g
Mq~
16M
MOt
18M%
18M%
18M% MOt
18M%
18M% ~~~
18M% MO~
18Mb.
~~f
18M~; M~~
18Mb. ~gt
18Mb.
18M%
18M%
18M%
18M%
18M%
18M%
18M%
18M%
MO
~g~
M~~
~g~
Mq~
Mq~
MOt
18M% IM~~
18M%
MO
18M% MOt
18M%
Ir~~
:~~~~g~
:~~~ I~g~
18M% IMO~
18M% Mq~
18M% Mq~
18M% MO~
18M%
18M%
18M% MO~
18M%
M~~
18M%
32M%
~~;
i
I ~~~~
32Mb.
32Mb.
32Mb.
32Mb.
32Mb.
32Mb.
20M
20M
2.0M
10M
25Mb.
25Mb.
25Mb.
I
~g~
Mq~
Mq~
MO~
M1~
MO
MO
M~~
~g~
~COB~
PCB
~g;
Mot
~6~~ ~q;
40Mb.
40Mb.
40Mb.
23Mb.
23Mb.
23Mb.
23Mb.~
Mar
Mq~
Mq~
Mot
~~;
Mot
23Mb.
35Mb. M~;
35Mb.
35Mb. Mq~
35Mb. Mqt
50M% MOt
50M%
~gj
lIMb.~
11Mb.~
~~;
Mot
M~;
llM~; ~gr
11Mb.
11Mb.
11Mb. Mq~
5.0Mtb. MO~
5.0Mtb. M05
I ~:g~i~
5.0Mtb. MOS
5.0Mtb.
3.0Mb.%
3.0Mb.% MOE
3.0Mb.%
3.0Mb.%
4.0M%
4.0M% MOS
350kb.
JANM38510/05601AF
350kb.
13
JANM38510/05601BE
350kb.
JANM38510/051JOl BFt
350kb.
'3
JANM3851 0/051~0 1CE~
350kb.
JANM38510/05601CF
3
350kb.
MM4617AD
3
2.5Mb.%
MM4617AF
2.5Mb.%
3
MM4622AD
3
2.5Mb.%
MM4622AF
2.5Mb.%
3
MM5617AN
3
2.5Mb.%
MM5622AN
3
2.5Mb.%
TP4360AJ
2.5Mb.%
3
D.A. T.A.
~q~
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.4%
2.4
3.0%
5.0
2.0%
2.0%
2.0%
2.1,)%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.4%
2.4%
2.4%
2.4%
2.4%
2.4%
10
10
10
10
10
~g~ 3.1~
M~~
~g5
3.5%
3.5%
3.5%
3.5%
3.5%
:~g:
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80~
.80*
.80*
.80*
I .80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.40*
.40
.40*
0.0
.70*
.70*
.80*
:~g:
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.70*
.70*
.70*
.70*
.70*
.70*
O.Ot
O.Ot
TYPE
IN
OUT
MAX.
.lJ
nt
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTl
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
'TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
DTl'
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL ,
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
6
6
6
4
4
4
4
4
4
1
8
12
8
9
9
9
~
CMS
CMS
CMS
CMS
CMS
CMS
9
9
9
7
7
7
7
7
8
8
8
8
8
8
7
7
7
7
7
7
3
3
4
4
5
5
9
9
9
9
8
8
O.~!
O.Ot
O.Ot
O.Ot
1.5*
1.5*
1.5*
1.5*
1.5*
1.5*
IN ORDER OF (l)TYPE OF COUNTER(2)LOGIC TYPE
6· COUNTERS
FAN
POWER
19
10
10
10
10
40
40
40
40
40
,
40
10
10
10
10
40
40
10
10
10
10
10
10
10
10
40
40
40
40
40
10
10
10
10
10
10
10
10
10
10
4
4
4
4
4
4
10
10
12
10
10
10
20
~g
10
10
10
PROPAM X.
FALL
SUPPLY GATION RISE
SPAN
DELAY TIME TIME
NEG POS
tr
If
V)
(V)
(5)
(5)
(5)
gg
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
4.8
0.0
0.0
0.0
O.~
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
~.O
20
20
(3 LEVEL'1'(4 LEVEL'O'~IMAX FREQ(6)TYPE No.
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
Ig:g
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
~:g
5.0
5.0
5.0
5.0
7.0
7.0
7.0
7.0
7.0
I
7.0
5.0
5.0
5.0
5.0
7.0
7.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
7.0
7.0
7.0
7.0
7.0
5.0
5.0
5.0
5.0
5.0
5.0
5.5
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.2
5.0
5.0
5.0
5.~
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
10
10
gg~i
1.1,) b.
1.0 b.
130mt 1.0 b.
130mt 1.0 b.
130mt 1.0 b.
130mt 1.0 b.
155mt 1.0 b.
155mt 11.0 b.
155mt 1.0 b.
155mt 1.0 b.
155mT 1.0 b.
160mt 1.0 b.
120mt 500m
120mt 500m
120mt 500m
500m
1.0
155mt 1.0 b.
155mt 1.0
155mt 1.0
155mt 1.0
155mt 1.0
155mt 1.0
155mt 1.0
155mt 1.0
155mt 1.0
155mt 1.0 b.
155mt 1.0 b.
155mt 1.0m
155mt 1.0m
155mt 1.0 b.
255~~ 1.0 b.
255m 1.0 b.
1.0 b.
1.0 b.
265m§
265m§ 1.0 b.
155mt 1.0
155mt
155mt
~g~~
70nb.
70nb.
70n6
70nb.
75n%
75n%
75n%
75n%
60n%
75n%
135nb.
135nb.
135nb.
135nb.
75n%
75n%
75n%
75n%
75n%
75n%
75n%
75n%
75n%
75n%
75n%
75n%
75n%
75n%
75n%
100nb.
100nb.
100nb.
135nb.
135n6
135nb.
75n%
100nb.
135nb.
135nb.
100nb.
100nb.
100nb.
70nb.
70nb.
70nb.
70nb.
70nb.
70nb.
50n
20n
1~~~i
~~~~~
~1~~~
10nt
34n
35nb.
35nb.
35nb.
~~nb.
28nb.
28nb.
28nb.
28nb.
70nb.
70nb.
70nb.
70nb.
~t?nb.
MAX. MAX.
TEMP.
TOTAL NOISE
PKG. REJECT LOW HI
DISS.
(W)
(V)
'C 'C
,
215~~
215m
75m§ 400m
75m§'400m
195m§ 400m
195m§ 400m
195m§ 400m
195m§ 400m
10nt 160mb. 1.0 b.
550m 1.0
440m 1.0
750m 1.0
100mt 300m
100mt 300m
100mt 400m
400m
Jgg~i 300m
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19 700nb.
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5.b 290n
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5.0 290n
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5.0 250n
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38mt
38mt
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15ub. 200m 4.5 b.
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4.5 b.
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83
6. COUNTERS
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10
10
10
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10
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50
50
0.0
4.8
0.0
0.0
0.0
0.0
0.0
0,0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
30
0.0
0.0
0.0
0.0
0.0
0.0
0.0
II!·O
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
12. 0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
'0.0
0.0
0.0
0.0
1 0 .0
1 0 .0
0.0
0.0
0.0
~:g
5.0
5.2
5.0
5.0
5.0
5.0
5.0
5,0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
.30
5.0
10
10
10
10
10
10
:g
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
5.0
5.0
5.0
5.0
10
~g~",
50n'"
50n
78n'"
45n'"
45n'"
45n'"
45n'"
50n
25n
400n'"
~gg~~
400n'"
~gg~~
500n'"
400n'"
800n'"
400n'"
500n'"
400n",
500n'"
400n'"
800n'"
450n'"
450n'"
450n'"
450n'"
450n'"
500n",
500n'"
500n'"
500n'"
500n'"
500n'"
500n'"
500n'"
500n'"
500n'"
400n'"
500n'"
500n'"
400n'"
500n'"
400n'"
400n'"
500n'"
400n'"
400n'"
800n'"
400n'"
500n'"
700n'"
500n'"
400n'"
:gg~~
400n'"
400n'"
400n'"
400n'"
400n'"
400n'"
500n'"
500n'"
500n'"
500n'"
500n'"
500n'"
500n'"
800n'"
800n'"
700n'"
700n'"
400n'"
:gl~~~~~
10 250n'"
10 I~OOn
5.0 425n
10 550n'"
10 550n'"
10 1.1u'"
10 1.1u'"
10 300n'"
10 600n'"
10 300n'"
19 I~OOn'"
300n'"
~:g
'"
260m 1.0'"
600m 1.0
250mt
250mt
250mt
250mt
250mt
250~t
250mt
~~g~;
150m'*
~4n
~gg~~
I,c
igg~
'50mt
45n,6
45n'"
78n'"
78n'"
34n
34n
34n
51n'"
51n'"
1.5u%
1.0u'"
600n'"
600n'"
750n'"
IN ORDER OF (l)TYPE OF COUNTER(2)LOGIC TYPE
J3 LEVEL'1'(4)LEVEL'O'{IDMAX FREQI6lTYPE No.
MAX. MAX.
TEMP.
CKT
DRAWINGS
TOTAL NOISE I
PER LOSlIC OUTLINE
REJECT ,LOlli HI MO[ DWG. No DWG. No
PKG.
I
DISS.
Ll=MO
(V)
(W)
'C
:~g~;
5.0u
5.0u
240m§
240m§
16mt 2.0'"
250u§
6.0m%
6.0m%
14m~
15u
15u
15u
15u
15u
15u
15u
15u
15u
15u
15u
15u
15u
15u
15u
15u
15u
15u
15u
15u
15u
15u
15u
15u
15u
15u
15u
15u
15u
15u
15u'" 15u'"
15u'" 15u'"
15u'" 15u'"
15u'" 15u'"
15u'" 15u'"
15u'" 15u'"
15u'" 15u'"
15u'" 15u'"
15u'" 15u'"
15u'" 15u'"
15u'" 15u'"
15u'" 15u'"
15u'" 15u'"
15u'" 15u'"
15u'" 15u'"
'75n
75n
lIOn
lIOn
lIOn
lIOn
15u'" 15u'"
15u'" 15u'"
15u'" 15u'"
15u'" 15u'"
15u'" 15u'"
15u'" 15u'"
15u'" 15u'"
15u'" 15u'"
15u'" 15u'"
15u", 15u'"
15u'" 15u'"
15u'" 15u'"
15u'" 15u'"
15u'" 15u'"
15u'" 15u'"
15u'" 15u'"
15u'" 15u'"
15u'" 15u'"
15u'" 15u'"
15u'" 15u'"
15u'" 15u'"
15u'" 15u'"
15u'" 15u'"
15u'" 15u'"
15u'" 15u'"
15u'" 15u'"
15u'" 15u'"
15u'" 15u'"
15u'" 15u'"
15u'" 15u'"
15u/\ 15u'"
15u'" 15u'"
~~~
15u'"
15u'"
15u'"
15u'"
15u
15u'"
15u'"
15u'"
15u'"
15u
16g~~
4.5 '"
100u% 4.5 '"
~gg~~ I::~ ~
100u%
1.0m%
100u%
1.0m%
100u%
1.0m%
100u%
1.0m%
100u%
1.0m%
100u%
1.0m%
100u%
100u%
100u%
100u%
100u%
100u%
100u%
100u%
100u%
100u%
100u%
100u%
100u%
100u%
100u%
100u
1.0m
1.0m
100u%
1.0m%
100u%
100u%
1.0m%
100u%
100u%
1.0m%
100u%
100u%
1.0m%
100u%
100u%
:gg~~
100u%
100u%
100u%
100u%
100u%
100u%
100u%
100u%
100u%
1.0m%
1.0m%
1.0m%
1.0m%
1.0m%
1.0m%
1.0m%
1.0m%
150mt
150mt
150mt
150mt
200m
200m
200m
200m
4.5
4.5
4.5
4.5
4.5
4.5
4.5
4.5
4.5
4.5
4.5
4.5
4.5
4.5
4.5
4.5
4.5
4.5
4.5
4.5
4.5
4.5
4.5
4.5
4.5
4.5
4.5
'"
'"
'"
'"
'"
'"
'"
'"
'"
'"
'"
'"
4.5 '"
4.5 '"
U~
4.5
4.5
4.5
4.5
4.5
4.5
4.5
4.5
4.5
4.5
4.5
4.5
4.5
4.5
4.5
4.5
4.5
4.5
4.5
4.5
4.5
4.5
4.5
4.5
4.5
4.5
4.5
4.5
1.0
1.0
1.0
1.0
4.5
4.5
4.5
4.5
4.5
'"
'"
'"
'"
'"
'"
'"
'"
'"
'"
'"
'"
'"
'"
'"
'"
'"
'"
'"
'"
'"
'"
'"
'"
'"
'"
'"
'"
'"
'"
'"
'"
200m
6.0m%
6.0m~
14m
15u
15u
15u
15u
15u'"
15u
15u
15u
15u
15u'"
14m
100u%
1.0m%
100u%
1.0m%
100u%
4.5
4.5
4.5
4.5
4.5
'"
'"
'"
'"
SYMBOLS AND CODES
EXPLAINED IN INTERPRETER
!g
0
0
0
-55
-55
0
0
0
0
0
0
-55
-55
I~~
75
70
75
125
125
75
75
75
75
75
75
125
125
~g
g
0
70
-25 85
0
75
-20 70
-55 125
-55 125
-40 85
-40 85
-55 125
-55 125
-55
.55
-55 125
-40 85
-55 125
-40 85
-55 125
-40 85
·-55 125
-40 85
-55 125
-40 85
-55 125
-40 85
-55 125
-55 125
-40 85
-55 125
-55 125
-55 125
-55 125
-40 85
-55 125
-55 125
-55 125
-55 125
-40 85
-55 125
-55 125
-55 125
-40 85
-40 85
-55 125
-40 85
.,55 125
-55 125
-40 85
-55 125
-55 125
-40 85
-55 125
-55 125
-40 85
-55 125
-55 125
-55
-55
-55 125
-55 125
-55 125
-55 125
-55 125
-55 125
-55 125
-55 125
-55 125
-40 85
-40 85
-40 85
-40 85
-40 85
-40 85
-40 85
85
-12
-55 125
-55 125
0
75
75
0
-55 125
-40 85
-55 125
-40 85
-55 95
-40 85
-55 125
-55 125
-40 85
-40 85
-55 125
-40 85
-55 125
-40 85
-55 125
m
m
~
1
4
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
3
1
1
1
1
1
1
1
1
1
1
E0326
E0327
E0322
E0322
E0338
E0322
E0322
E0338
E0338
E0322
E0322
E0157a
E0157a
E0157a
E0157a
E0157a
E0157a
E054
E0510
E0259
E0259
E0259
E0259
E0259
E0260
~g~~
E0259
E0259
E0260
E0260
E056
E056
E0259
E0259
E0260
E0260
E056
E056
E056
E056
E056
E056
E056
E057
E057
E057
E057
E057
E058
E058
E058
E058
E058
E059
E059
E059
E0259
E0259
E0259
E0260
~g~~g
E056
E056
E056
E057 ,
E057
E057
E0259
E0259
E0259
E0260
E0260
E0260·
E056
E056
E056
E057
E057
E057
E0259
E0259
E0260
E0260
E056
E056
E057
E057
E053
E053
E053
E053
E0260
E0260
E056
E056
E0611
E0611
~g~11
E0611
E0611
E0611
E0611
E0611
E0618
¥g~~6
T0116
~g~l~
M191
M191
M191
M278
~i! 191
M278
M191
M278
M157b
"'004AA
M157b
M126e
M126p
M126p
Ml05j
M256a
M153d
M117x
M153d
M117x
",OOIAC
"'OOIAC
~gg:!g
M200a
M200q
M200q
M200a
M200q
M200q
FP103
FP103
FP103
FP103
FP103
FP103
M475d
M475e
M475f
FPll1
~(,;J'?5d
M475e
M475f
~~~11
M475d
M475e
M475f
FPlll
FC!Zi
M200w
M200w
M117y
",OOIAE
",OOIAC
"'004AG
"'OOIAE
~ggl!g
",OOIAE
",OOIAC
",004AG
",OOIAE
",OOIAC
",004AG
",OOIAE
~ggl!~
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",OOIAE
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",OOIAC
",OOIAE
",OOIAC
",OOIAE
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"'OOIAC
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T086
T0116
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M210b
M210b
M210b
M210b
1~~~7z
M153d
1~1~~~
M117x
M200q
·IIM200q
FPI03
~4\053d
85
LINE
No.
~
3
4
5t
6t
H
~
TYPE
No.
~~t:g~~~~
SCL4029AF
~5~6~~~'6H
C04029AE
C04029AK
HBC4029AO
HBC4029AF
10# HBC4029AK
HBF4029AE
HBF4029AF
g:
u:
t
~LM~1
OF
OPER- PROTYPE ATING CESS
COUNTER
FREQ.
(Hz)
~
6
6
6
6
6
6
6
6
6
6
LOGIC
LEVEL
~~~6~38L
(V)
MaS 9.99%
Mq~ 1!I·99%
10
Mq§
MOS
10
10
MO
10
M1i
MO
10
10
MO~
10
M~§
MOS
10
~g~
n#
.. 9Ji'lb
150Mt¢
~
15
MC10138P
6
150Mt0 MO~ ·.96%
16
MC1678L
6
350M% MO~ ·.96%
17. JANM38510/01 13601 BA
10Mb. MO~ 2.0%
18. JANM38510/01301BA
10Mb. MO~ 2.0%
16
19. JANM38510/01301 BA
10Mb. Mu~ 2.u'Ib
20. JANM38510/01:3:01 BC
10Mb. MO~ 2.0%
2,. JANM3851 % 1301 BC
16
10Mb. Mar 2.0%
2H JANM38510/01301BC
10Mb. MOr 2.0%
23. JANM38510/01:3:01CA
10Mb. Mar 2.0%
24. IJANM3851u/ul,,,_ulo.;A
10Mb. MOr 2.0%
16
25. JANM3851 % 130 1CA
10Mb. Mar 2.0%
26. JANM38510/0 1;3:0 1CC
10Mb. Mar 2.0%
2H JANM38510/01301CCE
10Mb. Mar 2.0%
16
28t JANM38510/01301CC
10Mb. Mq~ 2.0%
18M% Mq~ 2.0%
29~~ ZN7492E
'6
30t ZN7492F
18M% MOr 2.0%
31
OM7493J
6
32M%
M~~ 2.0%
32
OM7493N
32M% MO
6
2.0%
3H MC4023F
6
30M%
2.5*
34
30M% MO~ 2.5'
MC4023L,P% ,1,6
35
.~.~NM38510/051~04AE~
'
6b.8
350kb. MOr 3.95%
JANM"B510/u5,t>y4AF;
"t>
350kb. MOr 3.95%
16M
37
JANM38510/05604BE
350kb. MO~ 3.95%
JM8
38
JANM38510/051~04BF
6b.8
350kb. MO~ 3.95%
39
JANM38510/05604CEJ
350kb. MO~ 3.95%
IM8
40
JANM38510/05604CF
350kb. MO~ 3.95%
),6b.8
41
JANM38510/05 602AE
16u
350kb. MO~ 3.95%
42
JANM38510/05602AF
350kb. Mar 3.95%
16u
43
JANM38510/05602BE
350kb. MOr 3.95%
,I,6u
44
JANM3851 0/051602BF~
6u
350kb. Mar 3.95%
45
JANM38510/05602CEJ
350kb. Mar 3.95%
16u
46
JANM38510/05602CF
6u
3.95%
3~~~b.b.~ Mq~
47# MIC5492J
6F
Mq~ 2.0%
6F
18Mb. ~ MOr 2.0%
48# MIC6492J
49# MIC7492J
6F
M~~ 2.0%
6F
2.0%
50+0/1 MIC7492N
51
OM5492J
6F
32M% ~g~ 2.0%
I~
1~~~~
~~
54
55
56t
5H
58
59
60
61
62
63
64
65
66
67
68
69
70
71
72
n
75
~~#
78
79
80
81
82
83
84
85
86
86
~~;:~~~
OM7492J
OM7492N
MC14536AL
MC14536CL
MC14536CP
93050M
93050C
~~g~~~
374AJ
374AL
374BL
374CJ
374CL
374ML
372AJ
372AL
372BL
372CL
372ML
SN10136J
SN10136N
10136F
GXB10136
MC10136L
MC10136P
AM25010C
AM25010M
93L660C
93L660M
93L66FM
93L66PC
9316PC
~~
6F
6F
6U
6U
6U
6U
6U
6U
6U
7
7
7
7
7
7
7
I~
7
7
7
7
7
7
7
7
7
7
7
7
7
7
7
~~~~ ~g~ tg~
32M% Mar 2.0%
32M%
2.0%
3.0Mb.%
9.99%
3.0Mb.% MOS 9.99%
9.99%
3.0Mb.%
20Mb. M~~ 1.7%
,20Mb. ~gr 1.8%
2.0%
20~il1
M~~ 2.0%
20M¢ MO
MOr 6.5*
6.5*
MO
6.5*
MO
6.5*
Mq~ 6.5*
M~~ 6.5%
1.0Mt% Ma~ 6.5*
1.0Mt% Mq~ 6.5'
1.0Mt% Mq~ 6.5*
1.0Mt% MO~ 6.5*
1.0Mt%
6.5*
.98%
MOr .98%
100M
M=MO
(W)
(V)
'C 'C
1~~~ 1~~~ 199~~ ::~
15ub.
15ub.
15ub.
15ub.
15ub.
15ub.
15ub.
15ub.
15ub.
15ub.
2.5nt
2.5nt
2.7n
15ub.
15ub.
15ub.
15ub.
15ub.
15ub.
15ub.
15ub.
15ub.
15ub.
2.5nt
2.5nt
2.6n
100u% 4.5
4.5
4.5
1.0m% 4.5
100u% 4.5
100u% 4.5
100u% 4.5
100u% 4.5
1.0m% 4.5
1.0m% 4.5
1.u
199~~
:~g ~~5
b.
b.
b.
b.
b.
b.
b.
b.
j~g~t
-55
·55
·55
·40
·55
·55
·55
·55
·40
·40
:~g
125
m
85
125
125
125
125
85
85
75
85
85
85
11 E0618
~g~l~
11 E0611
~g~l~
1
1
1
1
1
1
E0611
E0611
E0611
E0611
E0611
E0611
11 E0615
~g~l~
~:;gi'
FPlll
~~~IAE
b.001AC
b.004AG
b.001AE
b.001AE
b.004AG
b.001AC
b.001AE
~~~;d
370mt
750mt
·30
·30
81nb.
268m
·55
125
1 E0614
FPl15
81nb.
268m
·55
125
1 E0614
FPl15
1 E069
M278
M191
.~O*
TTL
4
lu
0.0
5.5
81nb.
l:lo8m
·55
125
1 Euo14
FP115
.80'
TTL
4
10
0.0
5.5
81nb.
268m
·55
125
1 E0614
M314
.80*
TTL
4
10
0.0
5.5
81nb.
268m
·55
125
1 E0614
M314
.80*
TTL
4
10
0.0
5.5
81nb.
268m
·55
125
1 E0614
M314
.80*
TTL
4
10
0.0
5.5
81nb.
268m
·55
125
1 E0614
FP115
.80'
TTL
4
10
0.0
5.5
81 nb.
268m
·55
125
1 E0614
FP115
.80'
TTL
4
10
81 nb.
268m
·55
125
1 E0614
FP115
.80'
TTL
4
10
0.0 I 5.5
0.0
5.5
81nb.
268m
·55
125
1 E0614
M314
I .80'
TTL
4
10
0.0
5.5
81nb.
268m
·55
125
1 E0614
M314
TTL
TTL
TTL
TTL
TTL
TTL
TTL
4
2
2
6
6
4
8
10
5.5
5.0
5.0
5.0
5.0
5.2
5.0
81nb.
100nb.
100nb.
80nb.
80nb.
16n
16n
268m
225m
200mt
200mt
225~;
·55
0
0
0
0
0
0
j~5
10
10
0.0
0.0
0.0
0.0
0.0
0.0
0.0
70
70
70
75
75
1
1
1
1
1
1
1
M314
M126
T086
M294b
M344
T086
T0116
·.85*
CMS
3
7
0.0
5.0
2.9ub.
200m
·55
125
1 E056
M393
·.85*
CMS
3
7
0.0
5.0
2.9ub.
200m
·55
125
1 E056
FP117
,·.85*
CMS,
3
7
0.0
5.0
2.9ub.
200m
·55
125
1 E056
M393
1.. 85 *
CMS'
3
7
0.0
5.0
2.9ub.
200m
·55
125
1 E056
FP117
·.85*
CMS
3
7
0.0
5.0
2.9ub.
200m
-55
125
1 E056
M393
·.85*
CMS
;:s
7
0.0
5.0
2.9ub.
200m
·55
125
1 E056
FPl17
·.85*
CMS
9
7
0.0
5.0
2.3ub.
200m
·55
125
1 E0260
M393
·.85*
CMS
9
7
0.0
5.0
2.3ub.
200m
·55
125
1 E0260
FP117
·.85*
CMS
9
7
0.0
5.0
2.3ub.
200m
·55
125
1 E0260
M393
·.85*
CMS
9
7
0.0
5.0
2.3ub.
200m
·55
125
1 E0260
FP117
·.85*
CMS
9
7
0.0
5.0
2.3ub.
200m
·55
125
1 E0260
M393
CMS
TTL
TTL
TTL
TTL
TTL
TTL
:gg:
TTL
TTL
.80*
.80*
TTL
.01*t CMS
.01*t CMS
.01*t CMS
.90* 'TTL
TTL
.85*
TTL
.80*
.80*
TTL
5.0%
OTL
5.0%
OTL
5.0%
OTL
5.0%
OTL
5.0%
OTL,
OTL!
5.0%
5.0%
OTL
5.0%
OTL
5.0%
OTL
5.0%
OTL
OTL
I 5.0%
ECT
-1.6*
ECT
·1.6*
-1.7
ECT
ECT
·1.7t
ECT
·1.6*t
ECT
·1.6*t
TTL
.85*
TTL
.85*
TTL
.70'
TTL
.70*
TTL
.70*
TTL
.70*
TTL
.80*
9
4
4
4
4
6
7 0.0
10 0.0
10 0.0
10 .0.0
10 0.0
0.0
5.0
5.0
5.0
5.0
5.0
5.0
2.3ub.
100nb.
100nb.
100nb.
100nb.
80nb.
200m
124mt 500m
124mt 500m
124mt 500m
500m
·55 125
·55 125
-40 85
0
75
0
75
·55 125
-55
·55
0
70
0
70
·55 125
·40 85
·40 85
·55 125
75
0
0
75
·55 125
·30 70
·30 70
·55 125
·30 85
·55 125
·55 125
·30 70
·30 70
·55 125
·30 85
·55 125
85
0
0
85
·30 85
0
75
-30 85
85
~u 75
·55 125
0
75
·55 125
-55 125
0
75
0
75
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
FP117
T0116
T0116
T0116
M126x
M294b
.80'
.80'
.80'
.80'
.80'
.40*t
.40*t
·.85*
.80*
.80*
.80*
.80*
.80*
~
6
6
5
5
5
6
6
6
6
10
10
10
10
10
10
8
8
8
8
8
8
8
5
8
8
8
14
14
10
10
10
10
10
8
8
8
8
5
5
5
5
5
70
I
i
6
Ig:8
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
5.2
5.2
5.2
5.2
5.2
5.2
0.0
0.0
0.0
0.0
0.0
0.0
0.0
g:8
5.0
5.0
10
10
10
5.0
5.0
5.0
5.0
15
15
12
12
15
15
15
15
12
12
15
0.0
0.0
0.0
0.0
0.0
0.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
155~~
155m
~~~~~
80nb.
80nb.
650n
650n
650n
55n%
55n%
62nb.
57nb.
215m'!'
225m9E
75n
lIOn
lIOn
75n
lIOn
lIOn
~~g~~
1.0m%
1.0m~
400m
400m
330m§ 400m
330m§ 400m
3.2
3.2
3.5
3.5
3.2
3.2
795mt 3.2
795mt 3.2
492mt 3.5
492mt 3.5
795mt 3.2
~~~~9E
800nb.
800nb.
800nb.
800nb.
800nb.
5.0n
2.0n%
3.3n%
3.3n%
60nb.
60nb.
75nb.
75nb.
75nb.
75nb.
50nb.
m
~15m~
g8~~
3.5n
3.5n
400m
2.0nt
2.0nt
2.0nt
2.0nt
625mt
625mt
480m,!,
455m'JI
85mt
85mt
85mt
200m
4~g~~
SYMBOLS AND CODES
EXPLAINED IN INTERPRETER
E0614
E0613
E0613
E0235
E0235
E067
E067
E0260
E0234
E0234
E0234
E0234
E0613
~8~g
E0613
E0613
E0616
E0616
E0616
E068
E068
E068
E068
E0257
E0257
E0257
E0257
E0257
E0257
E0150
E0150
E0150
E0150
E0150
E075
E075
E073
E073
E073
E0146
E0146
E0171
E0171
E0171
E0171
E0147
W9j~
M294b
M344
M200aa
M200aa
M278
M 105ad
M 105ad
T086
T086
M319
M200j
M200j
M319
M200j
M200j
M319
M200j
M200j
M200'
M200j
M153d
M117x
M153a
M200f
M200w
M117y
M246
M246
M224c
M224c
M357
FP79b
M357
86
LINE
No.
~
3
4
5
6
~
9
10
;1
12
13
14
15
l~
18
~g
21
~~
24
~
t
mgg~
I~
9316FM
7
7
7
7
~:~::~
S8284F
Ig~~~g~
I~
9366FM
9366PC
MC54453f
MC54453L
MC74453F
MC7.4453L
MC74453P
~C~~l~~L
MC5441iiL
~g::l:~
MC74419L
~c~~~J~p
MC4018P
2g:;ll ·Nf.n~~;'6
27.
N7492F
~~: ~~:g~~
30t S5492W
31~: FLJ171-7492A
32.
FLJ 175-8492A
33
SN54LS92J
~;
36
~~
39
40
:J!
1~~~:t~:2f
SN74LS92N
SN5492AJ
SN5492AW
SN7492AJ
SN7492AN
ZN5492AE
ZN5492AJ
m~ ~~~::2~~
45# SP520B
87
~r~1
LOGIC
ER- PROLEVEL
OF
TYPE ATiNG CESS
COUNTER
1.]". f-!J,O'
FREQ.
(V)
(V)
(Hzl
TYPE
No.
1~~~ I~g~ ~:8~
15M%
30M%
30M%
30M%
MO'
M~~
MC?~
MO~
~~~~ I~~~ ~:g~
7
7
32M% MO
7
7
7
7
40Mt
7
~~
7U
7U
7U
7U
7U
7U
7U
8
8
8
8
8
8
8
8
8F
:~
3~!V!% M~~
40Mi~ MO
M~~
40M!~ M~~
40M~~ M~~
40Mt MO~
1~·OM!!e
8.0Mt¢
8.0Mt0 MO
8.0M!f!:1 M~~
~~~
8.0M~~
~g~
2.~~
~::~
~.4%
~g~
'~~f ~:g~
:~
19~~
92
~::~
~~~
16~~ Mar
16M
Ig~
2.0%
2.0%
2.4%
2.4%
2.4%
2.4%
2.4%
2.4%
2.5%
8.0M~~
8.0Mt
MO~ 2.5%
2.0M%t.
3.6%
18M%
2.0%
18M% MO
2.0%
18M%
2.0%
18M% M~~ 2.0%
18M% ~g~ 2.0%
42Mt. Mq~ 2.0%
Mq~ 2.0%
42~£j
16M
MO' 2.0%
2.0%
16~!e
8.0Mt
8.0M!SE
8F
8F
8F
8F
8F
2.0%
2.0%
2.0%
2.0%
~~:
16M0 MO
16111!f!:1 M~;
16~~ ~g,
16M
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
19~~ ~q~ 2:g~
D.A. T.A.
MO~
3.0%
::8:
.80*
.80*
.80*
.80*
::g:
.80*
.80*
.40*t
.40*t
.40*t
.40*t
.40*t
::~:r
.40*t
.40*t
.40*t
.40*t
.40*t
.40*t
.40*t
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.70*
.70*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
:gg:
1.0*
.
6 COUNTERS
rYPE
FAN
IN
1J
+it
TTL
TTL
TTL
TTL
+it
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
I¥~t~
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
RTL
I~~~.
g
18
10
6
6
6
6
12
12
12
8
8
6
6
:
~
3
3
3
3
3
8
8
9
8
8
9
9
8
8
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
POWER PROPA~
SUPPLY GATION
SPAN
DELAY
NEG POS
IV)
(V)
(5)
8:8
0.0
0.0
0.0
0.0
~'2
0.0
0.0
0.0
nn
v.v
10
10
8
8
8
8
8
8
8
8
8
15
10
10
10
10
10
20
20
10
1~
10
10
10
10
10
10
10
19
0.0
0.0
0.0
0.0
I~:~
~:8
5.0
5.0
5.0
5.0
5·2
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.~
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
Kg
0.0
5.0
5.0
5.~
MAX.
!:ALL
TIME
~:~~
tr
tf
(s)
(5)
5.on
5.on
~8~~
50nt.
g~~
47nt.
47nt.
8nt.
78nt.
78nt.
78nt.
78nt.
78nt.
78nt.
78nt.
78nt.
1.0ut.
100nt.
100nt.
100nt.
100nt.
100nt.
50nt.
50nt.
50nt.
50nt.
50nt.
50nt.
50nt.
50nt.
50nt.
50nt.
50nt.
50nt.
~~nt.
50nt.
IN ORDER OF (I)TYPE OF COUNTER(~OGIC TYPE
13 LEVEL'1'I4 LEVEL'O'I51MAX FREQ/SI" PE No.
TEMP. CKT
MAX. MAX.
DRAWINGS
TOTAL NOISE
PER Lq~I(~.
PKG.
REJECT LOVI HI MQ[ DWG. No g~};tl%~
lI"';MO
DISS.
(V)
(W)
'C
'C
:~8:::~ :88::: 1~5
-55
470';;' 400m
360m
0
360m
0
360m
. -55
~~
125
1~5 ~i5
g~g~~
350mt
350mt
350mt
350mt
-55
0
-55
-55
0
0
0
125~:::r
!~5
~~g:::~
1~50mt
5.uu
125
~10:;
445m
445m
250mt
250mt
5.uu
~i5
250mt
250mt
1~50u§
255m§
255m§
220m§
220m§
220m§
195m§
195m§
45mt
45mt
45mt
45mt
1.0
1.0
!.O
1.0
1.0
t
t
t
t
t
1.0 t.
1.0 t.
1.0 t.
1.0 t.
1.0 t.
1:8 ~
m:::r
130mt
130mt 1.0 t.
130mt 1.0 t.
130mt 1.0 t.
ag:::r l:g
~
SYMBOLS AND CODES
EXPLAINED IN INTERPRETER
-55
0
0
0
0
0
0
-:!-u
g
-~5
-55
-55
0
-25
125
E0147
EC?~~1
EO~~1
E02 1
11~g~~~
~~~:~
FP79b
M344.
M297d
M297d
~~~:~
FP79b
Hs
125
1 E0257
1 E0257
~ ~g~~g
~~
2 ~~~36
2 ~g~36
2 E 336
M191
FP85
M191
M278
75
75
125
125
75
75
75
I~~
75
70
70
70
125
125
125
70
-55 ~i5
-55
0
0
-55
-55
0
0
-55
-55
Ig
0
11~8m
1
1
1
1
j~D
70
125
125
70
70
125
125
~g
70
11 E074
~8~1
11 E074
~8~1
11 E071
~~~~
1
1
1
1
1
1
E081
E0254
E0254
E0254
E0254
E0254
11 E0234
~gl~g
11 E0234
~g~~:
11 E0234
~g~~:
1 E0234
1 E0234
1 E0234
ll~g~~:
E091
~n38557
~~~\tj
M191
M!!!1
~~r8
M
91
~~~~
M278
'~~l~a
M257f
I~~~~f
FP3ge
Ml~!!p
~mC
~~~j~A
M126e
M157b
t.004AA
M157b
M126e
T0116
M257e
~~~~~
M400
87
LINE
No.
~
DECODES
.§J
TYPE
No.
rMOM
~O
PRO·
3
LOGIC CES
S
TYPE
LOGIC
LEVEL
f!J '1' fiJ· O'
IVI
2
3
4
5
6.
~~~l~1~~gg
BDM1617500
BOM1618500
5549
MOBI
H=II FLH571·74185A
1 1
8. FLH575·84185A
1
1
9.
10. ~g:gg1~~~
1
1,. 1417
1
FCH301
1
1
ON852
14. R151
1
1
15# M54402P
16. MC 14028AL#2 1
lH M~ 14()~~~L#2 1
18. MC 14028CP#2 1
1
19. SCL4428AC
1
SCL4428AD
SCL4428AE
1
1
22. SCL4428AF
23. SCL4428AH
1
24. N8250F
1
25. S8250F
1
N8250A
1
~~: N8250J
1
1
28. S8250A
1
29.
30+ ~~~g~~
1
3,. N8TOIE
1
1
32t S8TOIB
S8TOIE
1
M53354P
1
g,#
~¥:
~~~
~~: I~m~~~
37:#
38
39
40
41
42t
43.
4H
45.
46+
4H
48+
49+
50+
5,.
52t
53+
54+
55+
56+
5H
58+
59+
60+
6,.
MIC64154J
3202
C3205
03205
P3205
MBDI
HOI-54C154
HOI-74C154
H09-54C154
H09-74C154
CD4514BH
CD4515BH
C04555BH
MC14514AL
MC14514CL
MC14515AL
~~41;~d:gL
C04515BO
C04555BO
C04555BE
C04555BF
Iggm~~~
C04556BE
g~: ggmg~~
6H
C04556BK
6H
68+
69+
70+
7,.
72+
73+
7H
75.
76+
MC1044P
~~! ~~g1~
~gl~g~
MC1242L
MC1043P
MC1243F
10161F
10162F
10171F
10172F
7H~ GXB10161
78+~ GXB10162
79+ GXB10172
~~: ~glg~~lr
82t
83+
8H
8St
MC10562F
MC10562L
MC10571F
MC10571L
~~: ~glg~nr
88+
89+
90+
9,.
92t
93+
9H
95+
96+
9H
98+
99+
100+
MC10161L
~glgl~~r
MC10162P
MC10171L
MC10171P
MC10172L
MC10172P
SN10162J
SN10162N
~~lgm~
SN10172J
l~~: I~~\~~~~N
103+
10H
lOSt
106+
MC1243L
m;~~
93L010C
19~: ~m1~~
88
~
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
7· DECODERS
No. OF
POWER
LINES
IN OUT
~~G li~S
K~ I~:~
IVI
3~~
2
2
2
2
30M
30M
PCB 2.0%
PCB 2.0%
.80*
.95*
7
1
7
11
5
2
TTL
MO~
2.0%
.80*
5
2
2
2
3
4
8
8
I
8
8
8
8
8
8
8
8
8
8
8
8
8
8
8
10
10
10
10
18t
TTL
TTL
TTL
Mm
2.0%
2.5*
2.5*
5.0
6.0
.80*
.45*t
.45*t
0.0
0.0
5
6
6
4
4
0.0
2.0%
9.99%
9.99%
9.99%
9.99%
9.99%
9.99%
9.99%
9.99%
2.0%
2.0%
2.6%
2.6%
2.6%
2.6%
68%
68%
68%
68%
2.0%
-3.0
.80*
.01*t
.01*t
.01*t
.01*t
.01*t
.01*t
.01*t
.01*t
.80*
.80*
.40t
.40t
.40t
.40t
2.7t*
2.7t*
2.7t*
2.7*t
.80*
7
4
3
3
3
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
6
m
18
18
18
18
18
18
18
18
18
18
18
18
18
18
18
18
18
18
18
18
18
18
18
18
18
18
18
18
l~
18
18
18
18
18
18
18
18
18
18
18
18
18
l~
18
18
18
18
.18
118
18
18
18
18
18
18
18
18
18
18
18
18
18
18
18
18
18
18
18
l~
D.A. T.A.
PCB
M~~
MO
CMS
CMS
CMS
CMS
CMS
CMS
CMS
CMS
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
iit
~~~
MOS
~g~
MO
Mq~
Mq~
MOE
~q~
Mm
~g~
MO~
Mq~
Mq~
MO~
~q~
MO~
I~g~ ~:g~
MO~
CMS
CMS
CMS
CMS
CMS
CMS
CMS
CMS
CMS
CMS
CMS
CMS
CMS
CMS
CMS
CMS
CMS
CMS
CMS
Ig~~
CMS
OTL
OTL
ECT
ECT
ECT
ECT
ECT
ECT
ECT
ECT
ECT
ECT
ECT
ECT
ECT
ECT
ECT
ECT
ECT
ECT
ECT
ECT
ECT
ECT
ECT
ECT
ECT
ECT
ECT
ECT
ECT
ECT
ECT
ECT
ECT
ECT
~gi
ECT
TTL
TTL
TTL
:m
PCB
MO
Mq~
Mq~
MOE
Mq~
Mq~
MO~
M~~
2.0%
2.0%
2.0%
2.0%
2.0%
5.0
8.0%
8.0%
8.0%
8.0%
9.99%
9.99%
9.99%
9.99%
~g~ ~:~~~
Mq~ 9.99%
M~§
MOS
Mq~
Mq~
MOS
M?~
MO
MOS
M~§
10
10
10
10
10
10
15%
15%
15%
15%
15%
~gs
'~g~ ~:~~
MO~
M1~
MO
MO
ECT
M~~
MO
M~;
MO
MO~
M~~
~g~
.85%
-.75%
-.75%
-.75%
-.85%
-.85%
-.85
-.85
-.85
-.85
-.88
-.88
-.88
-.~3%
-.93%
~~~
MO~ -.93%
~q; -.93%
-.93%
MO~
-.93%
M~~ -.93%
-.93%
~gr
-.96%
Mq~ -.96%
Mq~ -.96%
MO~
~q~
MO~
~g~
MO~
-.96%
-.96%
-.96%
-.96%
-.96%
-.98%
-.98%
-'~~!b
M~~ -.98%
MO
MO~ -.98%
~g -.98%
-85%
ECT -85%
Mq~ 1.9%
1.9%
M()~
MO~ 2.0%
.~g~ t~%
:~g:
.80*
.85*
.85*
.85*
.85*
0.0
2.0*
2.0*
2.0*
2.0*
.01*t
.01*t
.01*t
.01*t
.0Pt
.01*t
.01*t
0.0
0.0
0.0
0.0
0.0
0.0
.05*t
.05*t
.05*t
.05*t
.05*t
.40*
.40*
1.5*t
1.6*
-1.6*
-1.6*
-1.5*t
-1.5*t
-1.7
-1.7
-1.7
-1.7
-1.7
-1.7
-1.7t
-1.6*t
-1.6*t
-1.6*t
-1.6*t
-1.6*t
-1.6*t
-1.6*t
-1.6*t
-1.6*t
: l:g:~
-1.6*t
-1.6*t
-1.6*t
'-1.6*t
-1.6*t
-1.6*
-1.6*
-1.6*
-1.6*
-1.6*
: l:~:t
-1.5*t
1.1*
1.1*
.70*
:~~:
TRAN· RISE
SUPPLY SITION TIME
tr
SPAN
TIME
~
6
8
6
6
6
4
4
4
4
4
6
6
3
6
6
6
6
6
6
2
2
2
2
2
2
~
2
4
4
4
3
3
3
3
3
5
5
5
5
5
5
5
3
3
3
3
2
2
2
2
5
5
5
5
5
2
5
2
5
5
4
4
4
4
3
3
4
4
4
4
4
0.0
0.0
0.0
5.0
5.0
5.0
5.0
0.0
5.0
lsi
151
0.0
0.0
0.0
4.8
151
IN ORDER OF (1IFROM CODE(2ITO CODE(3ILOGIC
TYPE141LEVEL '1' 151LEVEL '0' 61TYPE No.
DRAWINGS
MAX. MAX.
TEMP. CKT
TOTAL NOISE
PER LOGIC OUTLINE
POWE REJECT LO'v\ HI Mar DWG. No DWG. No
ll=MO
Di~X
IVI
'C 'C
L~
I~
;~
0
0
0
0
70
70
70
70
40nt t.
2.0
2.0
930mt
565m 1.0 t.
40ntt.
495m§ 1.0 t.
0
70
1 F0275
M117w
495m§ 1.0 t.
300mt
300mt
600m 1.0
1.0
-25
0
0
0
0
-20
-20
0
-55
-40
-40
-55
-55
-40
-55
-55
0
-55
0
0
-55
-55
0
0
-20
-55
0
'g
-40
0
-i5
-65
-65
0
-55
-40
-55
-40
-55
-55
-55
-55
-40
-55
-40
-55
-55
-55
-40
-55
-55
-55
-40
-55
-55
-55
0
0
0
-55
0
-55
0
-55
-30
-30
-30
-30
0
0
0
-55
-55
-55
-55
-55
-55
-55
-55
-30
-30
-30
-30
-30
-30
-30
-30
0
0
85
75
75
70
70
75
65
75
125
85
85
125
125
85
125
125
75
125
75
75
125
125
75
75
85
125
75
1
1
1
3
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
M117w
M191
M278
75
125
75
125
75
125
85
85
85
85
75
75
75
125
125
125
125
125
125
125
125
85
85
85
85
85
85
85
85
85
85
I~
.~~
0
Ig
-55
-55
-55
0
-55
-55
85
5.0
40nt t.
5.0
45n
5.0
45n
10
5.2 100n
100n
10
6.0
70n
0.0 5.0
8
15 10
75n
30n%
80 0.0 7.0
10 0.0
10 180nt.
75n
10 0.0
10 290nt. lIOn
10 0.0
10 290nt. lIOn
0.0
10 75nt.
0.0
10 75nt.
0.0
10 75nt.
0.0
10 75nt.
0.0
10 75nt.
0.0 5.0
0.0 5.0
8 0.0 5.0
5.0n
8 0.0 5.0
5.0n
5.0n
8 0.0 5.0
8 0.0 5.0
5.0n
10
5
5
10 5.0 5.0
10
5
5
10 5.0 5.0
10 0.0 5.0
5.()
ig Ig:g 5.0
16 0.0 5.0
23nt
6 0.0 5.0
40nt t.
8 0.0 5.0
18nt t.
18nt t.
8 0.0 5.0
8 0.0 5.0
18nt t.
25n%
8 0.0 5.0
16 0.0
10
20n
16 0.0
10
20n
16 0.0
10
20n
16 0.0
10
20n
16 0.0
15 200nt.
16 0.0
15 200nt.
4 0.0
15 100n
16 0.0
10 300nt
120nt
16 0.0
10 300nt
120nt
16 0.0
10 300nt
120nt
16 0.0
10 300nt
120nt
16 0.0
15 200nt.
16 0.0
15 200nt.
4 0.0
15 200nt.
4 0.0
15 200nt.
4 0.0
15 200nt.
4 0.0
15 200nt.
4 0.0
15 200nt.
4 0.0
15 200nt.
4 0.0
15 200nt.
4 0.0
15 lOOn
4 0.0
15 200nt.
40nt
8 II!'O 5.0
40nt
8 0.0 5.0
10 5.2 0.0 6.0n
14n
4 5.2 0.0
4 5.2 0.0 6.5n
4 5.2 0.0
14n
8 5.2 0.0 6.0n
4.5n
4.5n
8 5.2 0.0 6.0n
2.5nt
8 5.2 0.0 4.0n
2.5nt
8 5.2 0.0 4.0n
2.5nt
8 5.2 0.0 4.0n
2.5nt
8 5.2 0.0 4.0n
3.0nt
8 5.2 0.0 4.0nt
8 5.2 0.0 4.0nt
3.0nt
5.2 0.0 2.0nt
8 5.2 0.0 4.0nt
3.3n
3.3n
8 5.2 0.0 4.0nt
8 5.2 0.0 4.0nt
3.3n
3.3n
8 5.2 0.0 4.0nt
4 5.2 0.0 4.0nt
3.3n
4 5.2 0.0 4.0nt
3.3n
4 5.2 0.0 4.0nt
3.3n
4 5.2 0.0 4.0nt
3.3n
8 5.2 0.0 6.0nt.
3.3n
8 5.2 0.0 1~'I!nt.
3.3n
3.3n
8 5.2 0.0 6.0nt.
8 5.2 0.0 6.0nt.
3.3n
5.2 0.0 4.0n% 2.0nt
4 5.2 0.0 4.0n% 2.0nt
5.2 0.0 4.0n% 2.0nt
4 5.2 0.0 4.0n%
2.0nt
8 5.2 0.0 2.On
8 5.2 0.0 2.0n
4 5.~ 0.0 2.0n
4 5.2 0.0 2.On
4 5.2 0.0 2.On
4 5.2 0.0 2.()n
25 5.2 0.0 6.0n
4.5n
25 5.2 0.0 6.0n
4.5n
10 0.0 5.0
10 0.0 5.0
10 0.0 5.0
70nt t.
10 I~'O 5.~
70nt t.
10 0.0 5.0
70nt t.
5
FALL
TIME
tf
100n
60n
75n
lIOn
lIOn
5.0n
5.0n
5.0n
5.0n
f~~~~
800m
113mt
100u
LOrn
LOrn
100u%
100u%
100u%
100u%
100u%
125m
125m
125m
125m
125m
125m
60mt
60mt
60mt
60mt
170mt
1.0 t.
4.5
4.5
4.5
4.5
4.5
m~~
170mt 400m
j~g~~
20nt
20nt
20nt
20nt
180nt
180nt
180nt
180nt
350m§
350m§
260m
100n%
100n%
100n%
100n%
200m
200m
200m
200mt
200mt
200mt
200mt
200m
200m
200m
200m
200m
200m
200m
200m
~OOm
200m
200m
1~60m
6.5n
6.5n
2.5nt
2.5nt
2.5nt
2.5nt
3.0nt
3.0nt
260m
245m
245mt
245m
245mt
210m
210m
285mt
285mt
295mt
295mt
490mt
490mt
3.3n
3.3n
3.3n
3.3n
3.3n
3.3n
3.3n
3.3n
3.3n
3.:!n
3.3n
3.3n
2.0nt
2.0nt
2.0nt
2.Ont
315mt
315mt
315mt
315mt
330mt
330mt
325mt
325mt
315mt
315mt
315mt
315mt
325mt
325mt
325mt
325mt
6.5n
6.5n
1.0
4.5
4.5
4.5
4.5
4.5
4.5
4.5
4.5
4.5
4.5
4.5
4.5
4.5
4.5
4.5
4.5
4.5
4.5
1.0
1.0
t.
t.
t.
t.
t.
t.
t.
t.
t.
t.
t.
t.
t.
t.
t.
t.
t.
4
200m
200m
200m
200m
210m
210m
45mt 400m
45mt ~~~m
45mt 400m
SYMBOLS AND CODES
EXPLAINED IN INTERPRETER
~~
85
75
125
125
75
70
125
85
125
85
125
125
125
125
85
125
85
125
125
125
85
125
125
125
85
125
125
125
~~
~~
125
125
125
75
125
125
CB62
CB37c
3
F0275
F0236
F0236
F0120
F0150
F016
F0235
F0272
F0272
F0272
F0155
F0155
F0155
F0155
F0155
F0125
F0125
F0125
F0125
F0125
F0125
F0119
F0119
F0119
F0119
F0130
1 ~gm
1 F0139
1 F0132
F0158
F0158
F0158
8
1 F182
1 F182
1 F182
1 F182
1 F0146
1 F0146
2 F0153
1 F0146
1 F0146
1 F0146a
1 F0146a
1 F0146
1 F0146
2 F0153
2 F0153
2 F0153
2 F0153
2 F0154
2 F0154
2 F0154
2 F0154
2 F0154
8
8
1 F0129
2 F0127
2 F0127
2 F0127
1 F0126
1 F0126
1 F0142
1 F0143
1 F0144
1 F0145
1 F0136
1 F0136
2 F0145
1 F0152
1 F0152
1 F0152a
1 F0152a
2 F0144
2 F0144
2 F0145
2 F0145
1 F0136
1
1 ~gma
1 F0136a
2 F0144
2 F0144
2 F0145
2 F0145
1 F0156
1 F0156
2 F0157
2 F0157
2 F0157a
2 F0157a
1 F0126
1 F0126
1 F0233a
1 F0233a
1 F0233
1
1 ~~~~~
~~~7f
M200m
CB31
Ml05j
M191
M191
M278
M475a
M475b
M475c
FPll0
~C~7
M157
Ml05q
T088
Ml05JL
T088
M117a
M153a
MI17a
M153a
M186
~~m~
M197b
M207a
M207a
M146f
M146g
CB53
M197d
M197d
FP105
FP105
~g~
FC0
M292
M292
M292
M292
t.015AG
t.015AG
t.001AE
t.001AC
t.001AC
t.004AG
t.001AE
t.001AC
t.001AC
FC\ZI
t.004AG
g~~~
M278
FP85
M278
M191
T0116
T086
M153a
M163a
M153a
M153a
M200n
M200n
M200f
FP85
M191
FP85
M191
FP85
M191
FP85
M191
M191
M278
M191
M278
M19!
M278
M191
M278
M153d
M117x
M153d
M117x
M153d
M117x
T085
T0116
M153a
FP47b
M224c
~ll9tc
88
LINE
No.
l§J
DECODES
~: i~~t~l~~
3.
4+
5.
6.
7+
8.
9.
lU.
93L l1DM
lH
UM~4L 1 b4A~
DM54L 154AN
DM74L154AD
DM74L 154AF
DM74L154AN
SN54LS155J
SN54LS155W
SN54LS156J
SN54LS156W
9321DC
9321DM
12.
1~:
15+
16.
17+
18+
19+
20+
2,.
~~tm~
93L21DC
93L21DM
93L21FM
93L21PC
DM~4L 1~4AD
~~: ~m~~
24.
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
18
18
18
18
18
18
18
18
18
18
18
18
18
18
18
18
18
18
18
18
18
1
18
TTL
MQ
2.0%
1
,18
TTL
MQ~
1
18
1
TTL
1
18
1
18
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
18
18
18
18
18
18
18
18
18
18
18
18
18
18
1~
FLY141·74154
25.41 FLYI45.84154:
26.'11 FLY151.74155
27+
FLY155·84155
I
28.41 FLY161.74156:
~RO'
LOGIC
LEVEL
3
LOGIC CESS
.iJ'1'
.iJ '0'
TYPE
,
(V)
(V)
TTL
~g~
:~g:
TTL
M6~ 2.0%
TTL
.70*
.70*
~.O%
Ht
2.0%
.70*
M6~ 2.0%
.70*
TTL
TTL
.70*
2.0%
2.0%
.70*
TTL
Mar 2.0%
.70*
TTL
TTL
2.0%
.70*
M~;
TTL
2.0%
.70*
~g~ 2.0.% .70.*
TTL
TTL
.70.*
M()~ 2.0%
TTL
.70*
M()~ 2.0%
MQ~
TTL
2.0.%
.70*
2.0%
TTL
.70.*
2.0.%
TTL
.70*
Mar 2.0.%
TTL
.70*
TTL
.70*
M~~ 2.0%
TTL
2.0%
.80*
~g~ 2.0.% .80.*
TTL
TTL
.80.*
M()~ 2.0%
MQ~
TTL
2.0%
.80.*
~OM .l,fo
TYPE
No.
7· DECODERS
No. OF
LINES
IN
OUT
4
4
1
4
4
3
3
3
3
6
6
6
6
6
6
6
6
6
6
3
3
3
3
16
16
4
4
4
4
16
16
16
16
16
16
8
8
8
8
4
4
4
4
POWER
SUPPLY
SPAN
NEG POS
V) (V)
5.Q
g:g 5.0
0.0 5.0
12. 0 5.0
0.0 5.0
0.0 5.0
0.0 5.0
0.0 5.0
0.0 5.0
0.0 5.0
0.0 5.0
0..0. 5.0.
0.0 5.0
0.0 5.0
0.0 5.0.
0.0 5.0
0..0 5.0.
0.0 5.0
0.0 5.0
0.0 5.0
0.0 5.0.
0.0 5.0
0.0 5.0
.80.'
6
16
0.0
5.0
36ntt.
28Qm§ 1.0 t.
0
2.0.%
.80*
6
16
0.0
5.0
36ntt.
280m§ 1.0 t.
·25
MO~
2.0%
.80*
6
8
0..0.
5.0.
32ntt.
2QQm§ 1.0 t.
TTL
MO~
2.0%
.80*
6
8
0.0
5.0.
32ntt.
TTL
MO~
2.0.%
.80.*
6
8
0..0
5.0
34ntt.
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
~g~
2.0%
2.0.%
2.0%
2.0%
2.0.%
2.0%
2.0.%
2.0.%
2.0%
2.0.%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0.%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0.%
2.0%
2.0%
2.0.%
2.0.%
2.0%
2.0.%
2.0.%
2.0.%
2.0%
.80*
.80.'
.80.*
.80.*
.80*
.80*
.80.*
.80.*
.80.*
.80.*
.80.*
.80.*
.80*
.80*
.80.*
.80*
.80.*
.80.*
.80.*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80.*
.80.*
.80*
.80.*
.80*
.80*
.80*
.80*
.80.*
.80*
.80*
.80'
.80*
.80*
.80*
.80*
.80'
.80'
.80'
.80'
.80'
.80.*
.80*
.80*
.80.'
.80*
.80.*
6
3
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
3
11
6
6
6
6
6
6
7
7
4
4
6
6
6
6
6
6
6
6
4
4
3
3
3
3
4
4
4
4
4
4
3
3
3
3
6
4
4
4
4
4
8
16
16
8
8
8
8
16
16
8
8
8
8
10
I~:g
34ntt.
36ntt.
23nt
16nt
16nt
16nt
16nt
23nt
23nt
16nt
16nt
16nt
16nt
~:g~
I~~~
,
~~~
~q;
19
16
29U FLY165·84156
30."11 GFB74154
31~; MIC54154J
32+
MIC54155J
33. MIC54156J
~~:-1! 1~:g~:l~~j
36.
37+
38.
39.
40.
41+
42.
MIC74154J
MIC74154N
MIC74155J
MIC74155N
MIC74156J
MIC74156N
SFC4155E
:~: ~~~:m~~
45.
46.
47+
48.
49.
50.
51+
SFC4156E
SFC4156EM
SFC4156ET
SN74LS155J
~~~mm~
63.
64+
65.
66+
67+
68.
69+
SN74LS156N
SN54154N
SN54155J
SN54155N
SN54155W
SN54156J
SN54156N
SN54156W
SN74155J
SN74155N
SN74156J
SN74156N
SW7485J
SW7485N
SW74154J
SW74154N
SW74155J
SW74155N
SW74156J
72.
73.
74+
75+
76+
77+
78.
79.
80+
81+
82+
83+
84.
85.
86.
87+
88.
89.
90+
91+
92+
93.
TL74156N
US54154A
US74154A
ZN54154E
ZN54154J
ZN54155E
ZN54155J
ZN74154E
ZN74154J
ZN74155E
ZN74155J
9315DC
9315FC
MC4038P
MC43Q6F
MC4306L
MC4307L
MC54406F
MC54406L
MC74406F
MC74406L,P%
MCE54H146F
~~:
54+
55+
56+
57+
58+
59+
60..
~~:
4¥~~ ~~~i~~~N
94+
95+
96+
97+
98+
99.
19~:
10.2+
10.3.
10.4+
89
,I
I
~g~b~~~ 46F i
MC4Q06L P%
~g:gg~~
MC4048P
MC7250L,P%
MC7251L
MC7251P
MC8250L
MC8251L
I,
11
1
19
18
18
18
18
18
18
18
18T
18
18T
18
18
18T
18
18
18
18
18
18T
18
18T
18
1ST
18T
18T
18T
18
18
18
18
18
18
18
18
18
18
18
18
18
18
18
18
18
18
18
18
18
18
18
18
18
18
18
18
18
18
18
18
18
18
D.A. T.A.
Ht
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
M~~
~g~
MO~
MO~
MO~
M1~
MO
MO
M~~
~gj,
M()~
M()~
Mar
~g;
Mar
M~;
~g~
M()~
M()!
Mar
~qf
MO~
M~;
~gt
M()~
M()~
MO~
~qf
Mar
M~;
~gt
'~~f
MO~
M!f
MO
Mar
M~;
~g~
M()~
M()~
MO~
~q;
Mar
M~;
~g~
M()~
M()~
Mar
MO
M1f
MO
I~~~
MO
M!f
MO
Mar
MO
M1f
MO
~g~
I
~.O%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0.%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0.%
2.0.%
2.0%
2.0%
2.0%
2.4%
2.4%
2.4%
2.4%
2.4%
2.4%
2.4%
2.4%
2.4%
2.5%
2.5%
2.5%
2.5%
2.5%
2.8%
2.8%
2.8%
2.8%
2.8%
I
:~~:
.85*
.90.*
.40*t
.40*t
.40*t
.40*t
.40*t
' .40*t
I .40*t
.4Qt*
.4Qt*
.40*t
.40*t
.40*t
.40*t
.45*t
.4Q*t
.40*t
.4Q*t
.40*t
.40*t
I
1
19
10
10
10
8
8
8
8
1~
10
8
8
10
8
8
8
~
10
3
10
16
8
8
8
~
I
I
8
16
16
10
10.
10.
10.
10.
10
10.
10
10
10.
8
8
8
4
8
8
8
8
10
10
gg
0.0.
0.0
0..0.
0.0
0..0.
0.0
0.0
0.0
0.0
0.0
0.0
0..0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0..0.
0.0
0.0
0.0
0.0
0..0.
0.0
0..0.
0.0
0.0
0.0
0.0
0..0
0.0
0..0.
0.0
0..0
0.0
0.0
0..0
0.0
0..0
0..0
0..0
0..0
0..0
0..0.
0.0
0..0.
0..0.
0..0
0..0
0..0
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0..0.
0.0
0..0
0..0.
0..0.
0.0
: Ig:g
10. ,0..0
4 10..0
8 0.0
8 0.0
10 0.0
10. 0.0.
8 0.0
8 0..0
RISE
TIME
FALL
TIME
tr
tf
(s)
(s)
(s)
~~~+~
75ntt.
75ntt.
75ntt.
65ntt.
65ntt.
65ntt.
65ntt.
150ntt.
150ntt.
150ntt.
150ntt.
150ntt.
150ntt.
30ntt. .
;~~+~ I
51 ntt.
21ntt.
21 ntt.
21ntt.
21 ntt.
15.0.
5.0
'5.0
5.0
5.0.
5.0.
5.0
5.0
5.0
5.0
5.0
5.0.
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0.
5.0
5.0
5.0
5.0
5.0.
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.2
5.2
5.2
5.2
5.0
15.0
5.0
5.0
5.0
5.0
5.0
5.0.
5.0
5.0
·5.0.
5.0.
5.0.
5.0
5.0
5.0
5.0.
5.0
5.0
5.0
5.0
5.0
5.0
0.0
5.0
5.0.
5.0.
5.0.
5,0
50
5.0
5.0
5.0
5.0
TRAN·
SITION
TIME
IN ORDER OF (1)FROM CODE(2)TO CODE(3)LOGIC
TYPE(4)LEVEL '1' (5)LEVEL '0' 6)TYPE No.
MAX. MAX.
TEMP.
CKT
DRAWINGS
TOTAL NOISE
PE~C LOGIC OUTLINE
POWE REJECT LOIJ\ HI MO DWG. No DWG. No
DISS.
c,=MO
(W)
(V)
'C
'C
45mt
I~~ ,
58mt 400m Ig
58mt 400m
·55 125'
1 F0232
M246
58mt 400m
·55 125
~11~ia
58mt
0
75
45mt
75
2 F0149
0
M356
,·55 125
45mt
2 F0149
M224c
45mt
2 F0149
FP79b
·55 125
2 F0149
45mt
0
M357
75
20mt
125
1
F0139
M400
·55
20mt
·55 125
1 F0139
FP1Q7a
2Qmt
125
1
FQ139
M396
·55
20mt
M40Q
0
70
1 F0139
70.
1 F0139
FP107a
0
20mt'
20mt
1 FQ139
70.
M396
0
1 FQ131
31mt 4QOm
·55 125
M153d
1 FQ131
31mt 400m
t.OQ4AG
·55 125
1 FQ131
31mt 4QQm
·55 125
M153d
31mt 4QQm
1 FQ131
t.QQ4AG
·55 125
M224c
0
75
2
F1714
250~~
25Qm
2 F1714
M224c
·55 125
FP79b
125
2
F1714
·55
250m:!!
25Qm'lE
0
75
2 F1714
M357
i
,
i
3Qntt.
3Qntt.
51ntt.
51ntt.
32ntt.
32ntt.
34ntt.
34ntt.
32ntt.
32ntt.
34ntt.
34ntt.
,
~~~~
70.
1 F0249
M186
85
1 iF0249
M186
0.
70.
1 FQ131
Ml17w
2Qum§ 1.0. t.
·25
85
20Qm§ 1.0. t.
0
70.
,2QQm§
170mt
170mt
125mt
125mt
125mt
125mt
170mt
170mt
125mt
125mt
125mt
125mt
125mt
125mt
125mt
125mt
125mt
125mt
31mt
31mt
31mt
31mt
170mt
125mt
125mt
125mt
125mt
125mt
125mt
125mt
125mt
1.0 t.
400m
400m
4QOm
40Qm
4QOm
400m
4QOm
400m
4QOm
400m
4QOm
400m
36nt.
32nt.
32nt.
34nt.
~:~~t.
34ntt.
36ntt.
36ntt.
32ntt.
32ntt.
36ntt.
36ntt.
32ntt.
32ntt.
400m
400m
400m
4QQm
1.0.
1.0
1.0.
1.0
1.2
1.0
1.0
1.0
t.
t.
t.
t.
t.
t.
t.
t.
240mt
10Qmt
10Qmt
125mt
10Qmt
lQQmt
10Qmt
10Qmt
13Qmt
13Qmt
lQQmt
10Qmt
125mt
125mt
240mt
75mt
I
14nt
14nt I
29ntt. ,
14nt
I
~g~U
I
·25
0
·55
·55
1·55
·40
·40.
0
0
0
0
0
0
0
·55
·25
0
85
70.
125
125
125
85
85
75
75
75
75
75
(75
70.
125
85
70
:~~ i~~5
1~~~+
280mt
280mt
170mt
294m'li
210mt
21Qmt
21Qmt
210mt
21Qmt
210mt
170mt
170mt
170mt
17Qmt
125mt
125mt
17Qmt
17Qmt
125mt
125mt
35nt.
14nt
14nt
14nt
14nt
14nt
14nt
14nt
1~g~~~
1~g~~~
75mt
8Qmt
SYMBOLS AND CODES
EXPLAINED IN INTERPRETER
0
'70
0
70
0
70
0
70.
·55 125
·55 125
·55 125
·55 125
·55 125
·55 125
·55 125
0
70.
70
0.
0
70
0.
70
0
70
0
70
0
70
0
70
70
0
0
70
70
0.
0
70
0
70
0
70
·55 125
0
70
·55 125
·55 125
·55 125
·55 125
0
70
0
70
70
0
0
70.
70.
,0
0
70.
0
75
·55 125
·55 125
·55 125
·55 125
·55 ,125
0
75
76
1?55 125
0
70
0
0
0
0
'0
0
0
0.
0.
0
75
75
,75
175
175
75
75
75
75
75
I
1 F0131
M117w
1 FQ131
Ml17w
1 FQ131
1 FQ245
1 FQ139
1 FQ131
1 FQ131
1 F0131
1 F0131
1 FQ139
1 FQ139
1 FQ131
1 FQ131
1 F0131
1 F0131
1 F0131
1 FQ131
1 FQ131
1 F0131
1 F0131
1 F0131
1 F0131
1 FQ131
1 F0131
1 FQ131
1 F0130
1 F0131
1 FQ131
1 FQ131
1 F0131
1 FQ131
1 FQ131
1 FQ131
1 FQ131
1 F0131
1 F0131
1
1 K3217
1 F0130
1 F0130
1 FQ131
1 F0131
1 FQ131
1 F0131
1 FQ131
1 F0131
1 F0130
1 F0130
1 F013Q
1 FQ130
1 FQ131
1 F0131
1 F013Q
1 F013Q
1 FQ131
1 FQ131
1 FQ233a
1 F0233a
1 F0122
1 F0121
1 FQ121
2 F0128
1 FQ121
1 FQ121
1 FQ121
1 FQ121
1 FQ134
1 FQ134
1 F0121
1 F0121
2 FQ128
2 FQ128
1 FQ122
1 FQ137
1 FQ138
1 F0138
I,F0137
I ' FOI38
M117w
M199a
M197b
M153g
M153a
M153a
M153a
M197b
M274
M153g
M117ab
M153g
Ml17ab
M117
M117
M117
Ml17
M117
M117
M153d
Ml17x
M153d
Ml17x
~l~~d
Ml17
t.004AG
M153d
M117
t.004AG
M153d
M117x
M153d
MI17x
M153
M117
M197
M274
M153
M153
M153
M153
M117u
MI17u
M186
M186
T0116
M257e
T0116
M257e
m~!'~
TOl16
M257e
M153a
FP47b
M278
T086
TOl16
M191
T086
TOl16
T086
TOl16
T086
T08S
T086
T0116
M191
M278
M278
T0116
,M191
iM278
TOl16
M191
89
.§J
LINE
No.
TYPE
No.
-h\OM
~O
I~~~~:~j
U
5548
3
4+
5+4/
6+4/
7+
8+
9+
10+
11+
12+
13+
14+
15#
16 ...
17 ...
18
19
20+
~i#
23#
24#
25 ...
26 ...
27 ...
28 ...
29+
30+
31+
32+
33+
34+
35+
36+
37+
38+
39+
40+
41+
42+
43 ...
44 ...
45 ...
46 ...
47+
48+
49+
1
2
2
MBD1,',
2
FLH561-74184 1 2
FLH565·84184
2
MC4001L#1
2
MC4001P#1
2
DM54L42AF
2
DM64L42AJ
2
DM54L42AN
2
DM74L42AF
2
DM74L42AJ
2
2
~rZ3"sLl~~~~ 2
BIP8806-1
2J
BIP8806-2
2J
5553
2
5553A
2
5583
2
DM9301W
2
M5362P
2
M53241 P
2
M53242P
2
BIP8804·1
2J
BIP8804·2
2J
BIP9801·1
2J
2J
BIP9801·2
M161
I 2
1210
2
1402
2
1418
2
553
2
553A
2
380CJ
2
HD1·54C42
2
HD1·74C42
2
HD9·54C42
2
HD9-74C42
2
MM54C42D
2
~~~6i:;N
~
TF4028AJ
TF4028AN
TP4028AJ
TP4028AN
SS4028AE
CD4028AF
HDI-4028A2
2
2
2
2
2
2
2
~~: I~g~::g~~~~
52+
~3+
54+
55+
56+
57+
58+
74+~
75+~
76+
~~:'1l
79+
80+~
81+~
82+
CD4028AD
CD4028AE
CD4028AK
CM4028AD
CM4028AE
HBC4028AD
HBC4028AF
HBC4028AK
HBF4028AE
HBF4028AF
MIC380·1D
MIC380·1Dl
MIC380·5D
MIC380·5Dl
MIC381-1D
MIC381-5D
MIC381-5Dl
MC676L
MC676P
MIC382-1D
MIC382·1Dl
MIC382-5D
~~!'1l ~~CD3~r5Dl
85.
86+
87+
88+
89+
90+
91+
92+
93+
94+
95+
96+
97+
98+
99+
100+
101+
102+
103+
104+
105+
106+
107+
108+
90
TMDD2
380AJ
380AL
380BL
380CL
380ML
381AJ
381AL
381BL
381CJ
381CL
381ML
382AJ
382AL
382BL
382CJ
382CL
382ML
FZL10l
FZL105
H158Dl
H158D2
H158D6
H258Bl
19
1
1
I
I
~
HD9·4028A9
~C 1~2~8AL# 1
MC 14028CL# 1
MC14028CP#1
SCL4028AC
SCL4028AD
SCL4028AE
~g: ~~t:g~g~~
61+
62+
63+
64+
65+
66+
67+
68+
69+
70+
71+
72+
73+
~
DECODES
2
~
2
2
2
2
II
I
iit
7· DECODERS
c!J 'I'
fiJ· O'
(V)
(V)
I~g~ ~:g~
PCB
PCB
2.0%
2.0%
.80*
.95*
1
TTL
MO~
2.0%
.80*
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
MO~
2.0%
2.5*
2.5*
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
.80*
.45*t
.45*t
.70*
.70*
.70*
.70*
.70*
.70*
1.0%
1.0%
I~g~ 2.0%
PCB 2.0%
PC~~ 2.0%
~g~ 2.0%
2.0%
M~~ 2.0%
Mo.~ 2.0%
3DM 2.0%
3DM 2.0%
3DM 2.1%
3DM 2.1%
PCB 2.4
PCB 5.0
PCB 5.0
PCB 5.0
PCB 5.0
PCB 5.0
Mm 6.5%
M~~ 8.0%
Mm 8.0%
8.0%
8.0%
Mm 3.5%
:!.5%
5.0
MO~ 7.1%
7.1%
~gs 7.1%
MOS 7.1%
9.8%
9.99%
MOS 9.99%
.50*
.50*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.85*
.85*
.80*
.80*
.40
0.0
0.0
0.0
.45
.45
5.0%
2.0*
2.0*
2.0*
2.0*
1.5*
1.5*
0.0
2.9*
2.9*
2.9*
2.9*
.20*t
.01*t
.01*t
4
4
4
4
4
4
4
4
4
4
4*
4*
4*
4*
4*
4*
4*
4
4
4,',
4,',
4,',
4,',
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
D.A. T.A.
M~~
MO
M~~
MO~
MO~
~~~
I~~~
CMS
CMS
CMS
CMS
CMS
CMS
CMS
~~~
CMS
~~~
CMS
CMS
CMS
CMS
C~~
CMS
CMS
CMS
CMS
CMS
CMS
CMS
CMS
CMS
CMS
DTL
DTL
DTL
DTL
DTL
DTL
DTL
DTL
DTL
DTL
DTL
DTL
DTL
DTL
DTL
DTL
DTL
DTL
DTL
DTL
DTL
DTL
DTL
DTL
DTL
DTL
DTL
DTL
DTL
DTL
DTL
DTL
DTL
DTL
DTL
DTL
IDTL
DTL
~g~
~~H
~~~
~~§ I~:~~~
MO~ 9.99%
~~~ ~:~~~
MOS 9.99%
9.99%
9.99%
MOS 9.99%
~g~
~~~ '~:~~~
10
MOS
M~~
MO
MOS
MO
M1!
MO
M1~
MO
MO
M~~
M~~
MOr
10
10
10
10
10
10
10
10
10
M~~
M~~
M~~
Mm
~~~
MO~
M~~
~g~
Mq~
MO~
MO~
~~;
MO~
M~~
~g~
~g~
O.Ot
O.Ot
O.Ot
I
2.5M
MO
MOr
M~~
I
om
1.2,', t
1.2,',t
1.5*!
1.5*!
2.5"'!
M~~
2.5"'t
2.5M
3.3
3.3
6.5*
6.5*
6.5*
6.5*
6.5*
6.5*
6.5*
6.5*
6.5*
6.5*
6.5*
6.5%
6.5%
6.5%
6.5%
6.5%
6.5%
8.0%
8.0%
8.0%
8.0%
8.0%
8.0%
.22
.22
5.0%
5.0%
5.0%
5.0%
5.0%
5.0%
5.0%
5.0%
5.0%
5.0%
5.0%
5.0%
5.0%
5.0%
5.0%
5.0%
5.0%
5.0*
5.0*
6.0*
6.0*
6.0*
6.0*
7
1
5
5
6
6
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
7
8
8
4
8
i
I
i
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
8
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
Kg
0.0
0.0
5
0.0
5
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
10
10
10
10
10
10
10
10
10
10
10
19
10
10
10
10
I
1
I
POWER TRAN·
SUPPLY SITION
SPAN
TIME
NEG POS
V) I(V)
(s)
19
7
7
10
10
10
10
10
10
10
10
10
10
10
10
10
100
10
10
10
10
10
10
20
10
10
12
8
4
4
4
4
4
4
4
:g1:i
.01*t
.01*t
.01*t
.01*t
.01 *t
.01*t
.01*t
.01*t
.01*t
O.Ot
O.Ot
O.Ot
O.Ot
O.Ot
O.Ot
1.2M
MOr
MOt
~gt
I
1.2M
~gt
~cOJ
I
1.2,', !
1.2,',!
1.2,',t
M~:
PCB
:
1.2M
3DM
CMS
No. OF
LINES
IN
OUT
~g:
1
1
1
3
3
3
3
3
3
4*
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
:
~
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
!
2
PRO·
3
LOGIC CESS
TYPE
LOGIC
LEVEL
50
50
50
10
10
50
50
50
50
50
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
4.8
4.8
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
12.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
I~:~
RISE
TIME
tr
FALL
TIME
(s)
(s)
tf
IN ORDER OF (l)FROM CODE(2)TO CODE(3)LOGIC
TYPE(4)LEVEL T (5)LEVEL '0' 6)TYPE No.
MAX. MAX.
TEMP.
DRAWINGS
CKT
TOTAL NOISE
PER LOGIC
OUTLINE
MO[
POWE REJECT LOv\ HI
DWG. No DWG. No
DISS.
t.=MO
(W)
(V)
'C
'C
I~~g~t
jg~%
495m§ 1.0,',
0
70
1 F0275
Mll,}~_
495m§ 1.0,',
300mt
300mt
15mt
15mt
15mt
15mt
15mt
15mt
·25
0
0
·55
·55
·55
0
0
0
-55
0
0
0
0
0
·55
0
1
1
1
1
1
1
1
1
1
1
MI17w
M191
M278
FP88b
M346a
M345
FP88b
M346a
Ig
0
0
·25
-25
0
0
0
85
75
75
125
125
125
70
70
70
125
75
75
70
70
70
125
75
75
75
75
75
100
100
70
70
70
0
0
·35
·55
·40
·55
·40
·55
0
·40
·55
·55
·40
·40
·30
·55
·55
70
70
80
125
85
125
85
125
70
85
125
125
85
85
85
125
125
1.0
930mt
521m 1.0,',
5.0
40nt,',
40nt,',
5.0
5.0
45n
5.0
45n
5.0 140nt,',
5.0 140nt,',
5.0 140nt,',
5.0 140nt,',
5.0 140nt,',
5.0 140ntt>
15
200
200
50nt,',
5.0
50nt,',
5.0
5.0
35nt,',
30nt,',
5.0
7.0
30n%
7.0
7.0
30n%
200
200
200
200
5.0
15n
5.2
35n
50n
5.2
35n
50n
50n
50
1 .
5.0
5.0
12
10 140nt,', 1 250n
10 140nt,',
10 140nt,',
10 140nt,',
5.0 250nt
52 1~50nt
5.0 250nt
10 150n,',
10 150n,',
10 220n,',
10 220n,',
10 300nt
10 75n,',
10 75n,',
20n
19
g:g
0.0
10
0.0
10
10
0.0
0.0
10
0.0
10
0.0
10
0.0
10
0.0
10
0.0
10
0.0
10
0.0
10
0.0
10
0.0
10
0.0
10
0.0
10
0.0
10
0.0
10
0.0
10
0.0
10
0.0
12
0.0
15
0.0
12
0.0
15
0.0
12
0.0
12
0.0
15
0.0
15
0.0
15
0.0
12
0.0
15
0.0
12
0.0
15
0.0 5.0
0.0 5.0
0.0
15
0.0
15
12
0.0
0.0
12
0.0
15
0.0
15
0.0
15
0.0
12
0.0
12
0.0
15
0.0
15
0.0
15
0.0
15
0.0
12
0.0
12
0.0
12
0.0
15
0.0
12
12
0.0
0.0
20
0.0
16
0.0
20
0.0
16
1~2n,',
75n,',
150n,',
180n,',
290n,',
290n,',
75n,',
75n,',
75n,',
75n,',
75n,',
75n,',
150,',
75n,',
75n,',
150n,',
75n,',
75n,',
75n,',
150n,',
150n,',
750mt
750mt
420mt
125mt
138mt 1.0,',
105mt 1.0,',
140mt 1.0 ,',
200n
400m
240mt
100m
1.0 %
400m
50n%
50n%
50n%
50n%
500m
500m
200m
6.0m%
ti.Om%
1.0
1.0
1.0
1.0
5.0,',
4.5 ,',
4.5 ,',
4.5 ,',
4.5 ,',
450m,',
450m,',
14m~
14m~
4.5 ,',
100u% 4.5 ,',
100u% 4.5 ,',
4.~ ,',
~g~i
4.5 ,',
20nt 1.0m% 4.5 ,',
100u
1.0m
lIOn
1.0m
100u% 4.5
100u% 4.5
100u% 4.5
100u% 4.5
100u% 4.5
100u% 4.5 ,',
1.0m% 4.5 ,',
100u% 4.5 ,',
200m 4.5 ,',
200m 4.5 ,',
100u% 4.5 ,',
100u% 4.5 ,',
100u% 4.5 ,',
1.0m% 4.5 ,',
1.0m% 4.5 ,',
20nt
19~~
~g~
20n
75n
lIOn
lIOn
l~g~
1
500n
500n
18nt
110nt
lIOn!
20nt
20n!
F~~2~: ~~~~b
70
70
40nt,',
15n
25n
25n
~g
Ig
0
0
5.0
5.0
20nt 380mt
20nt 380m!
80m
210m
570mt
570mt
360mt
360mt
570mt
570mt
570m!
360mt
360mt
570mt
570mt
465mt
465mt
'288m!
288mt
288m!
465mt
300m§
300m§
600m§
600m§
~gg~~
1.0
1.0
3.2
3.2
3.5
3.5
3.2
3.2
3.2
3.5
3.5
3.2
3.2
3.2
3.2
3.5
3.5
3.5
3.2
5.0,',
5.0,',
5.0,',
5.0 ,',
5.0,',
5.0 ,',
SYMBOLS AND CODES
EXPLAINED IN INTERPRETER
·~2
·55
·40
·55
·40
·40
·55
·55
·40
-55
-55
·55
·40
·55
-55
·40
-55
·55
·55
-40
-40
-55
·55
-30
·30
-55
·30
·30
·30
·30
-55
·55
-30
·30
0
0
·30
-30
·55
·30
-55
-30
-30
·55
·30
·30
-55
·30
·30
·55
-30
·30
-55
0
·25
0
·55
·40
0
1~~5
85
125
85
85
125
125
85
m
125
85
125
125
85
125
125
125
85
85
125
125
85
70
125
85
70
75
75
125
125
85
70
70
70
70
70
125
85
125
70
70
125
85
85
125
70
70
125
85
85
125
70
85
75
125
85
75
1
3
3
3
3
1
1
1
1
1
1
2
3
1
1
1
1
1
1
1
1
1
1
1
1
1
1
CB62
CB37c
F0275
F0236
F0236
F0243
F0243
F0243
F0243
F0243
F0243
F0247
F0293
F0293
F0259
F0259
F0262
F0280
F0229.
F0229
F179
F0292
F0292
F0294
F0294
F176a
g:~5
CB55
M319
M200q
M200a
FP103
FP103
M346a
~g~~~
1~~1~z
11~g~~:
1 F0254
1 ~g2g
F0272
F0254
F0254
F0254
1
~g~~:
1 F0254
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
2
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
g:~
F0247
F0283
F0283
F0283
F0283
F0282
F0296
F0296
F0296
F0296
F0291
1 F0254
1 F0254
1
1
1
1
~~~gd
M518
M518
CB62
CB62
CB62
FP88a
M153b
M153b
M153b
M518
M518
M519
M519
F0254
F0254
F0254
F0254
F0254
F0254
F0254
F0254
F0254
F0247
F0247
F0247
F0247
F0247
F0247
F0247
F0255
F0255
F0247
F0247
F0247
F0247
F0247
F0247
F0247
~g~:~
F0247
F0247
F0247
F0247
F0247
F0247
F0247
F0247
F0247
F0247
F0247
F0247
F0229.
~gn~~
F0233b
F0233b
F0233b
M153d
Ml17x
M153d
M117x
,',OOIAC
M200a
Wl00~q
FP103
M191
M191
M278
M475d
M475e
M475f
FPlll
FC!Zi
,',OOIAE
,',OOlAC
,',004AG
M210b
M210b
,',OOlAE
,',OOIAE
,',004AG
,',OOIAC
,',OOlAE
M200d
M200d
M200d
M200d
M200d
M200d
M200d
l~:191
278
M200d
M200d
M200d
M200d
CB53
CB53
M319
M200j
M200'
M200j
M200j
M319
M200j
M200j
M319
M200j
M200j
M319
M200j
M200j
M319
M200j
M200j
Ml17.a
Ml17 ••
M200c
M200c
M200c
M200c
90
DECODES
LINE
No.
TYPE
No.
lto
fhlOM
3
~
PROLOGIC CESS.!J
TYPE
1+
2+
3+
4+
2
Ht:t'l.::loU 1 t'·H
MC770P
2
MC870P
2
HEPC3041P-RT
5+
6+
7+
8+
9+
10+
11+
12+
13+
14+
15 +
16+
MC5441AL
MC7441AL
MC7441AP
SN54LS42J
SN54LS42W
9352DC
9352DM
9352FC
9352FM
93141DC
DM5441AJ
DM5441AW
19+
20+
21+
22.
23+
24+
25+
26+
27+
28+
29+
30+
31+
32+
33+
34+
DM5445J
DM5445W
DM7441AJ
OM7441AN
DM7442J
DM7442N
DM7445J
DM7445N
DM7445W
DM8301J
DM8301N
DM8301W
DM9301J
DM9301 N
DM54141J
DM54141W
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
w g~~::~~
~~: I~~~:m~
37+
40.
41+
42+
43U
44H
45+
46+
DM74145J
DM74145N
DM74145W
FJH261·7442
FLH281·7442
FLH285·8442
FLL10l·74141
4
4
4
4
4
4
4
4
4
4
4
411
411
4
4
4
4
411
411
4
4
4
4
4
4
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
2
2
2
2
2
2
2
2
4
4
4
4
4
4
4
4
4
4
4
2
4
2
2
4
4
DM74141J
~~: g~m:l~
4
4
4
RTL
RTL
RTL
LOGIC
LEVEL
No. OF
1 POWER TRANLINES
1 SUPPLY SITION
IN
OUT
SPAN
TIME
!J
;~l;t
~iG r~S
J>j
4
4
7
10
10
0.0
0.0
0.0
3.6
3.6
3.6
36n
35n
35n
4
4
4
4
4
4
4
4
4
4
4
4
4
0.0
0.0
0.0
0.0
10 0.0
10 0.0
10 '0.0
10 0.0
10 0.0
10 0.0
0.0
10 0.0
10 0.0
5.0
5.0
5.0
5.0
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
,80*
.80*
.80*
.80*
.80*
.80*
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
:~~:
:4
Mor
Mot
MO'
2.5*t
2.5*t
2.5*t
2.5*t
.70*
.70*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
Mci~
MOr
Mq~
Mq~
MOr
Mor
Mq~
MOr
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
~~~ ~:g~
MO~
Mq~
Mq~
MOr
Mq~
Mq~
Mot
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
L.O%
Mor
2.0%
2.0%
4
4
4
4
4
4
4
4
10
10
10
10
10
10
10
10
10
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
1~ ~:g
I
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
l~ '~:~
MAX. MAX.
TEMP. ~~!
DRAWINGS
TOTAL NOISE
PER LOGIC OUTLINE
POWE REJECT LOVI HI Moe DWG. No DWG. No
tr
FALL
TIME
tf
(~l
~l
Di~'
40n
40n
100m
100mt
100mt
o
15
55
75
1 F0234
1 F0234
105mt
o
70
125
70
70
1
1
1
1
1
1
1
1
1
1
1
1
1
F0229
F0237
F0237
F0237
F0243
F0243
F179
F179
F179
F179
F0229
F0253
F0253
1
1
1
1
1
1
1
1
1
1
F0262
F0262
F0253
F0253
F0233c
F0233c
F0262
F0262
F0262
F0280
RISE
TIME
40n
40n
·55
30ntll
30ntll
35ntll
35ntll
35ntll
35ntll
I
o
o
35mt 1.0 II
35mt 1.0 t,
280m§
280m§
280m§
280m§
55mt
180mt
180mt
o
·55
-55
·55
-55
-55
-55
280m~
:!5ntll
35nt II
30nt II
30nt II
280m~
210mt
210mt
180mt
180mt
o
o
o
o
o
o
o
~gg~~
35ntll
35ntll
30nt II
30nt II
30nt II
30nt II
30nt II
30ntll
30nt II
30nt II
o
210mt
210mt
210mt
125mt
125mt
125mt
125mt
125mt
55mt
55mt
o
o
·55
·55
·55
-55
-55
-55
~10mt
210mt
55mt
55mt
55mt
210mt
210mt
210mt
140mt
280m§ 1.0 II
280m§ 1.0 II
Mq~
2.0%
2.0%
MO'
2.[)%
2:0%
Mor
.80*
.80*
.80*
.80*
.80*
4
4
4
4
4
10 0.0
10 ,0.0
10 0.0
10 0.0
10 0.0
5.0
5.0
5.0
5.0
5:0
50nt II
50nt II
1.0 II
350m§ 1,0 II
140mt 400m
115mt 400m
-25
MOr
~g~ ~:g~
Mci~
I
30ntll
30nt II
30nt II
20n%
30nt II
30nt II
70
125
125
125
125
125
125
70
70
70
'70
70
70
70
70
70
70
125
125
125
125
m
o
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
~~~ ~:g~
~=MO
'C'C
(V)
I
I~:g
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5,0
5,0
5,0
5,0
5,0
5.0
5,0
5,0
5,0
5.0
5.0
5.0
5,0
5,0
5,0
5,0
5,0
5.0
5,0
5,0
:4
2.0%
Mil.
Mq~
IN ORDER OF (')FROM CODE(2)TO CODE(3)LOGIC
TYPEI4lLEVEL ,,; 15lLEVEL '0' 6lTYPE No.
7. DECODERS
o
o
o
o
o
o
o
·25
o
o
o
~;g~~
l·~g~~~~
1 ~g~~g
1 F0280
1 ~g~gg
1 F0290
M278
M154
1~1~1
M278
M200j
FP47b
FP47b
M267
M200k
FP98b
M200r
FP88a
M200k
FP98
M200k
M345
M200r
M345
M200k
M345
FP98
M200r
M345
FP88a
M200r
M345
M200k
FP98
l'~~~~~
70
70
70
70
70
70
70
70
85
1
1
1
1
1
,
1
1
1
F0290
F0290
F0290
F0262
F0262
F0262
F179
F0229a
F0229.
70
70
85
70
70
1
1
1
1
1
F0253
F179
F179
F0243
F0274
M345
FP98
M200k
M345
FP98
'Ml17q
TTL
TTL
TTL
TTL
TTL
'Mor
MO~
2,0%
2,0%
2.0%
2,0%
2,0%
TTL
MO~
2,0%
.80*
4
10
0,0
5,5
46ntll
226m
·55
125
1 FO:.!43
M323
TTL
MOr
2,0%
,80*
4 ' 10
0,0
5,5
46ntll
226m
·55
125
1 F0243
M323
TTL
MO~
2.0%
.80*
4
10
0,0
5,5
46ntll
226m
-55
125
1 F0243
FPl17
TTL
MO~
2,0%
,80*
4
10
0,0
5,5
46nt II
226m
-55
125
1 F0243
M323
TTL
Mm
2,0%
.80*
4
10
0.0
5.5
46ntll
226m
·55
125
1 F0243
M323
TTL
MO~
2,0%
,80*
4
10
0.0
5,5
46ntll
226m
-55
125
1 F0243
FPl17
57+
JANM38510/01004BEB
4
JANM385101011t04B~B 4
TTL
MO~
2,0%
,tsO*
4
10
0,0
5,5
73ntll
341m
·55
120
1 F0243
58+
M3:l3
TTL
MO~
2.0%
,80*
4
10
0,0
5,5
73ntll
341m
·55
125
1 F0243
FPl17
47+~ FLLlll·7445
48+1) FLL 115·8445
52+
JANM3851010:1t01B~B 4
2
: 4
JANM38510/01001BFB
I 2
I 4
JANM38510/01001CEA
I
53+
54+
56+
JANM38510/01001CFB
I
1
2
2
I
'4
59+
JANM38510/01004CEB
60+
JANM38510/01004CFB
62+
I 2
I 4
2
I
4
63+
JANM38510/01005CEB
64+
JANM38510/011t05C~B 4
~~:
70+
71+
72+
73+
74+
75+
76+
77+
78+
79+
80+
81+
82+
83+
84t
85+
86+
87+
88+
89+
90+
91+
91
1
1
o
I
Ml17w
Ml17w
Ml17w
M14,6e
Ml17v
TTL
MO~
2,0%
,80*
4
10
0,0
5,5
73nt II
341m
·55
125
1 F0243
M323
TTL
IMO~
2,0%
,80*
4
10
0,0
5,5
73ntll
341m
·55
125
1 FO:.!43
FPl17
TTL
MO~
2,0%
,80*
4
10
0,0
5,5
73ntll
341m
·55
125
1 F0243
M323
TTL
MO~
2,0%
,80*
4
10
0,0
5,5
73ntll
341m
TTL
Mot
2,0%
,80*
4
10
0,0
5,5
73nt II
341m
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
10 0,0 5,5
10 0,0 5,0
10 0,0 5,0
10 0,0 5,0
10 0,0 5.0
10 0,0 5,0
10 0,0 5,0
10 0,0 5,0
10 0,0 15,0
10 0,0 5.0
10 0,0 5,0
10 0,0 5.0
10 0,0 5.0
10 O,~ 5.0
10 0,0 5,0
10 0,05,0
10 0,0 15.0
10 0,0 5.0
10 '0,0 5,0
10 0,0 5,0
10 0,0 5,0
10 0,0 5,0
10 0,0 5,0
10 0,0 5,0
10 0,0 5,0
10 0,0 5,0
10 0,0 5,0
10 0,0 5,0
10 ~,O 5,0
10 0,0 5,0
73ntll
50nll
50nll
341m
215mt
215mt
140mt
140mt
215mt
140mt
140mt
215mt
140mt
140mt
140mt
140mt
215mt
215mt
215mt
221mt
215mt
221mt
221mt
215mt
215mt
210m§
280m§
350m§
135m
135m
JANM38510101005BFB
I
65 ...
66 ...
67+
Mq~
MO~
M53245P
M53345P
MIC5441AJ
MIC5442J
MIC5445J
MIC6441AJ
MIC6442J
MIC6445J
MIC7441AJ
MIC7441AN
MIC7442J
MIC7442N
MIC7445J
MIC7445N
MIC54145J
MIC64141J
MIC64145J
MIC74141J
MIC74141N
MIC74145J
MIC74145N
N7441B
N7442B
N7445B
N8251E
N8251R
N8252S
2
4
2
4
2
2
4
4
2
2
2
2
4
4
4
4
2
4
2
2
4
4
2
2
4
4
2
4
2
2
4
4
2
,2
2
411
4
411
2
2
4
4
2
4*
2
2
2
2
2
4
4
4
4
4
D.A. T.A.
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
MO'
M~~
MOr
MO'
M~~
MOr
2,0%
.80*
2.~%
,80t
,80t
,80*
,80*
2,0%
2,0%
2,0%
2,0%
2,0%
2,0%
2,0%
2,0%
2,0%
2,0%
2,0%
2,0%
2,0%
2.0%
:gg:
,80*
,80*
,80*
,80*
,80*
,80*
,80*
,80*
,80*
,80*
.80*
.80*
,80*
2,q~
IMq~
Mq~
MO.
2.0%
2,0%
2,0%
2,0%
2.0%
2,0%
2,0%
2,0%
2,0
2,0
2,0
2,0
2,0
i
:gg:
I
.80*
,80*
,80*
,80
,80
,80
,~O
.80
I
: i
25nt
35nt
25nt
35nt
25nt
25nt
35nt
35nt
35nt
35nt
35nt
35nt
35ntll
50nt II
35nt
35nt
35ntll
1 F0243
M323
·55
125
75
75
125
125
125
85
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
F0243
F179
F179
F0229
F0233c
F0233c
F0229
F0233c
F0233c
F0229
F0229
F0233c
F0233c
F0233c
F0233c
F0233c
F0229
F0233c
F0229
F0229
1
1
1
1
1
1
F0119a
F0243
F0243
F0125a
F0125.
F0125a
FPl17
M153b
M153b
M153a
M153g
M153a
M153a
M153a
M153a
M153a
Ml17ab
M153g
Ml17ab
M153g
Ml17ab
M153a
M153a
M153a
M153a
Ml17
M153a
Ml17ab
M317
M317
M317
M153a
FP79a
M256
M153a
FP79a
o
o
o
o
o
o
o
-55
-40
-40
400m
400m
1,0 t
1.0 t
1.0 t
SYMBOLS AND CODES
EXPLAINED IN INTERPRETER
125
-55
-55
-55
-40
-40
-40
400m
.
FPl17
-55
o
1,0 II
1.0 II
400m
400m
400m
400m
400m
400m
400m
400m
400m
400m
400m
400m
400m
1 F0243
o
o
o
o
o
o
o
o
o
0
o
o
g~
75
75
75
75
75
75
125
85
85
75
75
75
75
70
70
70
11~gn~~
91
LINE
No.
,.
2t
3+
4*
5+
6 ..
7 ..
8 ..
9 ..
10+
I,.
12t
W
15+
1~:
18 ..
~g:
2,.
f§J
f.h\OM
~~~m:
~
NC7441AN
2
2
2
2
2
2
2
2
2
2
~~I:i~N
S5442F
S5442W
S5445F
S5445W
S8251E
58251 R
S8252B
~
~m~~
2
2
2
2
2
2
2
S54145E
S54145F
S54145R
S54145W
SFC442E
SFC442EM
SFC442ET
~~:-11 ~~~!~m
24+
25+
26+
2H
28+
29+
30+
~~:
33+
34.
35+
36+
~~;11
39+
~~:
42+
43+
44*
45+
46+
4H
48+
49+
50+
5,.
52+
53+
54*
55+
56+
5H
SN54LS 145J
~~~~mj5W
SN74L42N
SN74LS42J
SN74LS42N
SN74LS145J
SN 4LS145N
SN5442AJ
SN5442AW
SN5442N
SN5445J
SN5445N
SN5445W
SN6442N
SN7442AJ
~r-'744LAN
SN7445J
SN7445N
SN29301J
SN29301N
SN39301J
SN54145J
SN54145W
SN74141J
SN74141N
SN74145J
SN74145N
SW7441AJ
SW7441AN
SW7442N
SW7445J
SW7445N
SW74141J
~~: ~~~:1:~~
60+ SW74145N
6"~ :m:l~gl
62+~
63+
T7441A02
~~: g~:~gl
66.
6H
68+
69+
70.
7,.
72+
73.
74*
75+
T744202
TL7442N
TL7445N
TL74141N
TL74145N
US5441A
US5442A
US5445A
US7441A
US7442A
j~: 1~~~~i~~A
78+
US74145A
80+'; 1~~~!m
8,. ZN7442E
ZN7442J
~~:~ MC5442L
84* MC7442L
79.~
~~: ~~~~~~~
8H
88+
89+
90+
MC8301L
~g~~~~r
MC8352P
~~: 1~~~~glE
~
2
2
2
2
2
2
2
~
2
2
2
2
2
2
2
~
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
~
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
93. MC9352L
94+
95+
96+ ZN7441AE
97":11 FLL1 I 1T74 I 45
I 2
98 .. FLLl15T84145
2
2
99# MIC9311-10
2
1219
100
2
~~~~;j' I-SO
2
2
103+ 5900
2
104+
2
105# ~9l40466P
2
106+ T215
2
10H
2
108+ ~~~!g!~~
~~~~l:
19~f
92
~
DECODES
TYPE
No.
fio
4*
4*
4
4
4
4
4
4*
4*
4
4
4
4
4
4
4*
4
4*
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
411
411
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
PRO3
LOGIC CESS
TYPE
~~:
LOGIC
LEVEL
f!J'1'
7. DECODERS
POWER
~ '0'
No. OF
LINES
IN OUT
TRAN- RISE
SUPPLY SITION TIME
TIME
tr
SPAN
I~EG
VI IrV~S
IVI
1\11
~:g~
-:-S-O*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80
.80
.80
.80
.80
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.40*t
.40*t
.40*t
.40*t
.40*t
.40*t
.40*t
.40*t
.40*t
.40*t
.40*t
.40t
.40t
.20
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
6
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
19
10
I':?·O
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
12.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
12. 0
0.0
0.0
0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
12.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
5.0
5.0
5.0
7.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
7
5.0
5.0
5.0
7.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
15.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.2
5.0
5.0
5.0
5.2
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
7.0
5.0
5.0
5.0
5.0
5,2
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
lsI
lsi
FALL
TIME
tf
lsI
IN ORDER OF (')FROM CODE(2)TO CODE(3)LOGIC
TYPE(4ILEVEL ',; (SILEVEL '0' 61TYPE No.
DRAWINGS
TEMP. CKT
MAX. MAX.
LOGIC OUTLINE
TOTAL NOISE
PE~[
POWE REJECT LOVI HI MO DWG. No DWG. No
ll=MO
Di~~' (VI 'C 'C
1)
M317
1
70
1.2 t
3~g::::
~g~~~
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
TTL
MO~
15(Zl¢
.80*
4
10
0.0
5.0
50ntll
350m§
0
70
1 F179
4
18
18
TTL
1.j5.r'
~~~ 1.7
.80*
.90*
.90
.85*
.80*
.80*
.80*
.80*
0.0
1.5*
1.5*
4
4
4
4
10
16
16
It:;
0.0
0.0
0.0
2. 0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
50ntll
350m§
175m
350m 400m
175m
460m
460m
460m
1.0 II
1.0
500m 450mll
500m 450mll
-25
-55
0
0
0
0
85
125
70
75
70
70
70
75
-55
0
125
70
1
1
2
1
1
1
1
1
3
1
1
4
M~~
M~~
MO
M~~
~g~
~g~
MO~
M~;
M~~
MO
M~~
~g~
M~~
~g~
M~~
MO
MO
M~:
~gi
~g:
Mor
~g:
Mor
M~:
~g~
M~:
~gi
M~:
~g~
MO
M11
MO
M~:
~g~
M~:
~g~
M~:
M~~
MO
MO
M1~
MO
M~~
~g~
M~-~
M~~
MO
Mm
MO
MO
M~:
~g,
Mq:
M~,
MO
MO
M1:
MO
M~:
~g~
M~:
M~~
MO
M~~
~g,
M~~
~g~
~.~~
~g~
M~~
~g~
~~~
l~
CMS
CMS
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0
2.0
2.0
2.0
2.0
2.0t
T:g-r
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2~'lb
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
--:2.U'lb
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.4%
2.4%
2.4%
2.4%
2.4%
24'j(,
2.4%
2.4%
2.4%
2.4%
2.4%
2.6%
2.6%
3.5
1.8%
2.0%
IMO~ 2.0%
2.0%
2.0%
PCB 5.0
3.5%
~g~ 3.5%
~CO:
18
D.A. T.A.
M~:
MO
MO
PCB
l~
18
18
18
MO
7
4
4
4
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
100
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
19
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
8
8
10
12
10
7
7
50ntll
140mt
205m§
205m§
205m§
310m§
310m§
135m
135m
30n%
35ntll
35ntll
35ntll
50ntll
50ntll
35nt
35nt
35ntll
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
t
II
II
t
t
t
t
t
~5nt
35nt
60ntll
50ntll
60ntll
50ntll
35nll
35nll
35nll
310m§ 1.0 t
310m§
140mt
140mt
140mt
80mt
70mt
35mt
35mt
70mt
70mt
35mt
35mt
35mt
70ntll
50ntll
50ntll
70ntll
70ntll
30ntll
30ntll
50ntll
50ntll
30ntll
30ntll
:3 0n %
50nll
50nll
50nll
l~g:::i
140mt
140mt
215mt
215mt
215mt
140mt
140mt
215mt
215mt
145~~
30ntll
~Ontll
50nll
50nll
30nt
30nt
30nt
50ntll
50ntll
1.0 II
1.0
1.0
1.0
1.0
II
II
II
II
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
II
II
II
II
II
II
II
II
II
II
m:::~
215mt
215mt
55mt
55mt
215mt
215mt
221m
221m
140m
215mt
215mt
55mt
84mt
215mt
215mt
210m§
210m§
210m§
140mt
140mt
140mt
294mt
367mt
131mt
367mt
50ntll
50ntll
30n%
50nll
50nll
50nll
50nll
30nll
35ntll
35ntll
35ntll
50ntll
50ntll
140mt
215mt
105mt
140mt
1215mt
215mt
215mt
140mt
140mt
140mt
140mt
140mt
140mt
35nll
50nll
35nll
50nll
50nll
50nll
30ntll
30ntll
30ntll
30ntll
22nt
22nt
22nt
10nt
10nt
22nt
22nt
10nt
1.0 t
5.0n
5.0n
35n
5.0n
5.0n
1.0
1.0 II
1.0 II
1.0 II
1.0 II
1.0 II
1.0 II
1.0 II
1.0 II
1.0
1.0 II
1.0 II
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
II
II
II
II
II
II
II
II
m:::i
125mt
125mt
140mt
140mt
125mt
125mt
140mt
135m
135m
10m
~n:::~
100nll
20n
SYMBOLS AND CODES
EXPLAINED IN INTERPRETER
--'--.-
_._----
0
0
0
-55
-55
-55
-55
-55
-55
-55
-55
-55
-55
-55
-55
-55
-55
0
-55
-25
0
-55
-55
-55
0
0
0
0
0
0
-55
-55
-55
-55
-55
-55
-40
0
0
0
0
0
0
-55
-55
-55
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
-55
0
0
-55
0
0
0
0
-55
-55
-55
0
0
1~5
0
-55
-55
0
0
-55
0
0
0
0
0
0
0
-55
-55
-55
0
-55
0
ig
70
70
70
125
125
125
125
125
125
125
125
125
125
125
125
125
125
70
125
85
70
125
125
125
70
70
70
70
70
70
125
125
125
125
125
125
85
70
70
70
70
75
75
125
125
125
70
70
70
70
70
70
70
70
70
70
70
70
70
70
70
125
70
70
125
70
70
70
70
125
125
125
70
70
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
I
I
1
I
1
I
I
I
I
1
1
1
I
1
1
1
1
1
1
1
I
1
I
1
1
1
I
1
1
1
1
1
1
I
1
1
I
1
1
I
I
1
I
1
1
1
1
1
1
1
1
1
1
1
I
I
I
I
I
I
I
I
1
I
I
I
I
I
1
I
I
I
I
I
I
I
lfit
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
ITTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
ITTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
lig5
70
125
125
70
70
125
70
f()
75
75
75
75
75
125
125
125
75
125
70
F0229
F0229a
F0243
F0243
F0243
F0243
F0243
F0125a
F0125a
F0125a
~gm:
F0243
F0243
F0243
F0243
F0229a
F0229a
F0229a
~g~~~
F179
F179
F0243
F0243
F0243
F0243
F179
~(m3
F0243
F0229a
F179
F179
F179
F0229
F0243
~~~~3
F179
F0280
F0280
F0280
F179
F179
F0229
F0229
F179
F179
~gn~
F0229.
F179
F179
F0229
F0258
F179
F179
F0233a
F0233a
F0233a
F179
F179
F179
F0229a
F0229a
F0229
F0229a
F0229
F0229a
F0229a
F0229
F0229a
~g~~~:
F0229a
~g~g
F0243
F0243
F0243
F0243
~g~!~
F0246
F0246
F0243
F0243
F0246
F0246
F0243
F0125a
F0125a
F179
F0232
M317
TOl16
TOl16
M317
M200v
FP47g
M200v
FP47a
M153a
FP79a
M256
M153a
FP79a
M153a
M200v
FP79a
FP47a
Ml17
Ml17
Ml17
Ml17
M153d
M153d
1I004AG
M153d
Ml17x
M153d
Ml17x
M153d
M117x
M153d
1I004AG
M117
M153d
Ml17
1I004AG
Ml17
M153d
M117x
M153d
M117x
M153d
Ml17x
M153d
M153d
1I004AG
M153d
Ml17x
M153d
M117x
M200
M117
M117
M153
Ml17
Ml17
Ml17
M153
Ml17
M267
M200m
M200m
M267c
M200y
M200v
Ml17u
M117u
Ml17u
Ml17u
Ml17g
Ml170
M117g
M1179
M117a
M1179
M117g
Ml lIlt
T0116
M257e
T0116
M257e
M191
M191
M278
FP85
M191
M278
M191
M278
FP85
M191
M191
M117h
M117h
M126
M117w
Ml17w
CBW
F0232
F0260
F0229c
F0284
F0284
M263
M264
M262
~~~3b
M346a
M345
92
f,§J
LINE
No.
DECODES
TYPE
No.
fF\OM
~! I~~~;A
3+
4+
5+
6+
7+
8+
9+
10+
11+
12+
13+
14+
15+
~!'!+
17t=
18+
~~:'iI
21+
22+
23+
24+
25+
26+
27+
28+
29+
30+
31+
32+
33+
SN10161AJ
t~1~~~tAN
MC7445L
MC7445P
MC8345L
MC8345P
MC9345L
MC54145L
MC74145L
MC74145P
MC83145L
MC83145P
~lC5111;jD124 5 L
T151Bl
T151Dl
9311DM
9311FM
9311DC
9311FC
MC8311F
~g~~m
9302FC
9302FM
9311PC
9345DC
9345DM
9345FC
9345FM
I~~mg~
93145FC
93145FM
DM54 I 54F
DM54154J
DM74154F
DM74154J
DM74154N
g~: ~:g~::~~N
54+
55+
56+
57+
58+
59+
60+
~~:
63+
64+
65+
66+
67+
68+
69+
70+
7,.
72+
73+
74+
75+
76+
77+
78+
79+
~~:~
MIC7447AN
MIC7447N
MIC7448N
SFC4154E
SFC4154EM
SFC4154ET
SN54L154J
SN74L154J
SN74L154N
SN5446N
SN5447N
SN5448N
SN7447J
SN7447N
SN54154J
SN54154W
~~mg~~
T54S138F
T54S138J
T54S139F
T54S139J
T74S138F
T74S138J
T74S139F
+l;~~~~~
MIC9301-1D
82+ MIC9301-5D
83
5557
84
5557A
85
5557B
86# FLL121-7446
87
HD1J0140-2
HD1J0140-5
88
HD1J0140A2
89
HD1J0140A5
90
91# M53247P
92# M53248P
S8T04W
93
94+ CD4511BE
95+ CD2500E
96. CD2501 E
~~: Ig~~~8~~
99+
100+
101+
102+
l8~:
105+
10S+
107+
108+
109+
110.
93
MC1451 lAL
MC14511CL
MC14511CP
CM4117AD
CM4117AE
CM4117AF
HD1-54C48
~g~:~:g:~
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
~
MC9311F
MC9311L
9301DC
9301DM
9301FC
9301 FM
9301PC
~;: I~~g~g~
36+
37+
38+
39+
40+
4,.
42+
43.
44+
45+
46.
47+
48+
49+
50+
51+
~
HD9-74C48
MC14543AL
MC14543CL
flfo
l~
18
18
18
18
18
18
18
18
18
18
18
18
18
18
18
18
18
18
18
18
18
18
18
18
18
18
18
18
18
18
18
18
18
18
18
18
18
18
18
18
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
18
18
18
18
18
18
18
~
l~
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
~
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
l~
18
18
18
18
18
18
18
18
18
18
18
18
18
18
18
18
18
18
18
18
18
18
18
18
18
18
18
18
18
20
20
20
20
20
20
20
20
20
20
20
20
20
20
~g
20
20
20
20*
20*
20*
20
20
20
20
20
20
D.A. T.A.
3
~
PROLOGIC CESS
TYPE
I~+t
ECT
ECT
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
MO~
~q~
~qf
Mar
~~f
Mq~
Mq~
MOl
MO
M1~
MO
~8;
Mor
Mq~
Mq~
MO~
M~~
~g~
Mor
~g~
M~~
~g~
M~~
~g~
M~~
MO
MO~
~g~
MO~
~g~
MOr
Mq~
Mq~
MOr
M1~
MO
MO
M~~
~gr
M~f
MO
Mar
M~~
~g,
1.4%
1.6%
1.6%
1.7%
1.7%
1.8%
1.8%
1.8%
1.8%
1.8%
1.8%
1.8%
2.0%
2.0%
~.O%
2.0%
2.0%
~.O%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
~.O%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2·0%
2.0%
~.O%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
~.O%
2.0%
2,0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
M~~ ~:g~
~gr
M~f
MO
Mar
M~~
~g~
M
21n%I'>
25n
25n
12ntl'>
12ntl'>
12ntl'>
25n
25n
25n
12ntl'>
12ntl'>
I7.5n
12ntl'> I
7.5n
22n
22n
7.5n
7.5n
35ntt.
35ntl'>
35ntt.
35ntl'>
35ntl'>
m
:g~
;9~~~1
;~~
70
70
125
125
125
125
70
0
0
-55
-55
-55
-55
0
-55
m
-55
t
t
t
t
t
t
70
70
70
70
0
0
0
0
0
0
0
0
-55
-55
-55
-55
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-55
0
0
0
0
0
0
0
0
-55
0
-55
70
70
125
125
125
125
125
125
70
70
70
70
70
70
70
70
125
70
125
~g
11~1~1
l~rig:1G
1 F181
1 F181
M153d
MI17x
M356
FP79b
M153d
t.004AG
M356
M356
FP72b
M357
M356
M357
M317
M200v
M317
M200v
FP47g
M317
M200v
FP479
M317
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FP47g
M153d
I'>004AG
M153d
M117x
M153d
M117x
CB62
M200'
M200j
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FP47b
2
2
2
2
2
2
F191
F191
F191
F191
1
1
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
3
1
1
1
1
F191
F191
F191
F191
F191
F191
F191
F191
F191
F191
F191
F191
F191
F191
F191
F191
F191
F212
F213
F213
F213
F213
[:101
F191
TTL
MO~
2.0%
.80*
4
10
0.0
5.5
46ntl'>
226m
-55
125
l1F211
TTL
MO~
2.0%
.80*
4
10
0.0
5.5
46ntl'>
226m
-55! 125
1 F211
M323
TTL
MO~
2.0%
.80*
4
10
0.0
5.5
46ntl'>
226m
-55 '125
1 F211
FPI17 __
i- 55
125
1 F211
M323
j-55
125
1 F211
M323
'-55
0
0
-55
-55
-55
-55
0
0
0
0
0
0
-55
0
-55
0
0
0
0
-55
-55
-55
-55
-55
0
0
0
0
0
0
0
-55
-55
-55
-55
-55
-55
-55
-55
0
0
-55
-55
125
70
70
125
125
125
125
70
70
70
70
70
70
125
70
125
75
70
75
75
125
125
125
125
125
70
70
70
70
70
70
70
125
,125
/125
125
125
1125
,125
'125
70
70
125
125
1
1
1
1
1
1
1
1
1
FP117
M317
M200v
M317
FP47g
M153d
I'>004AG
M153d
M117x
M153
M153
M200y
i
TTL
MO~
2.0%
.80*
4
10
0.0
5.5
46ntl'>
226m
TTL
Mm
2.0%
.80*
4
10
0.0
5.5
4ontl'>
226m
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
MO~
2.0%
2.0%
.80*
.80*
.80*
.80*
.80*
.80*
.80*
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
10 0.0 5.5
10 0.0 5.0
10 0.0 5.0
10 0.0 5.0
10 0.0 5.0
10 0.0 5.0
10 0.0 5.0
10 0.0 ,5.0
10 0.0 5.0
10 0.0 5.0
10 ,0.0 5.0
10 0.0 5.0
10 0.0 5.0
10 0.0 5.0
10 0.0 5.0
10 0.0 5.0
0.0 5.0
19 0.0 5.0
10 0.0 5.0
10 0.0 5.0
10 0.0 5.0
0.0 5.0
0.0 5.0
0.0 5.0
0.0 5.0
0.0 5.0
0.0 5.0
20 0.0 5.0
20 0.0 5.0
7 0.0 5.0
7 0.0 5.0
7 12. 0 5.0
20 0.0 5.0
20 0.0 5.0
20 0.0 5.0
7 0.0 5.0
7 0.0 5.0
7 0.0 5.()
0.0 5.0
0.0 5.0
0.0 5.0
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35ntt. '
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226m
280m§ 11.0
280m§ 1.0
205m§ 1.0
205m§ 1.0
140mt 1.0
140mt 1.0
140mt 1.0
140mt 1.0
140mt
140mt
140mt 1.0
140mt 1.0
140mt 1.0
294mt
140mt 1.0
140mt 1.~
140mt 1.0
140mt
140mt
140mt
50m
50m
32mt
32mt
50m
50m
50mt
50mt
450m§ 1.0
450m§ 1.0
450m§ 1.0
50mt
50mt
50mt
370m§ 1.0
370m§ 1.0
370m§ 1.0
245mt
245mt
32mt
32mt
245mt
245mt
M~~
~8j, ~:g~
MO~
MO~
MO~
~~~
MO
M~~
~gj,
M~~
MO~
MO~
~~~
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M~~
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2.0%
2.0%
2.0%
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2.0%
2.0%
2.0%
2.0%
2.0%
2·2%
2.0%
2.4%
~::~
2.4%
2.4%
2.4%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2·2%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
:~g:
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.80*
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.80*
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.40*t
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5
5
6
6
6
6
6
6
6
6
6
6
6
3
3
5
5
3
3
10nt
10nt
10nt
27n%I'>
27n%t.
22n
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~~~~~
26n
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12ntl'>
12ntl'>
26n
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12ntt>
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8.0n
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t.
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1
1
1
1
1
1
1
;
1
1 F211
1 F211
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1 F231
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1
1
1
1
1
2
2
2
1
1
1
1
1
1
1
1
1
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FP47g
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M200v
FP47g
M 153d
t.004AG
M153d
M117x
M153d
M117x
~~1
i
M323
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F231
F231
F231
F231
F231
F231
F231
F231
F231
F231
F231
F231
F231
F231
F231
F231
~~~~
,
I
!
I
I
,
97
D.A. T.A.
SYMBOLS AND CODES
EXPLAINED IN INTERPRETER
97
LINE
No.
i
3T
~
TYPE
No.
I#PE
OF
GATE
1~
15
16
~g1:~~1~t,p~1
17
18
19
ATING CESS
Fr~z?'
I~:g~
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1
1
1
HDl-54COB
1
HDl-74C08
1
HD9-54COB
1
HD9-74C08
1
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1
CD4081BH
1
CD40B2BH
1
r.I!,::l~~~lAL
1
MC 14081 CL'Pfl
4
5
6
7
B
9
10
11
12
OPER· PRO·
~MMt1
20M
TMAG8
~~~:gg~~
1
1
1
1
1
1
SCL4081AC
1
SCL4081AD
1
1
SCL4081AE
SCL4081AF
1
,SCL4081AH
1
SCL4082AC
1
1
SCL4082AD
1
I~~t:gg~~ 1
SCL4082AH
1
CD4073BD
1
CD4073BE
1
CD4073BF
1
CD4073BK
1
CD4081 BD
1
CD4081BE
1
1
Igg:g~l~~
1
CD4082BD
1
CD4082BE
1
1
CD4082BF
C04082BK
1
RG3182P
1
1
RG3390D
RG3390K
1
1
1
RG3400D
1
RG3400K
1
RG3402D
1
1
RG3402K
SP306A
1
SP306A
1
1
SW1806M
1
~~~~06P
1
MC1906F
1
MC1906L
1
MC1907F
1
MC1907L
1
MC1806F
1
MC1806L,P% 1
MC1807F
1
MC1807L,P% 1
MAG10
1
1
MAG8
MC699P
1
MC699PC
1
K123
1
FZH261
1
FZH256
,1
Hl09Dl
'1
1
Hl09D2
1
Hl09D6
1
H209Bl
MC1047P
1
MC1247F
1
MC1247L
1
MC10604F
1
MC10504L
MC10l04L
11
1
1
SN 10104J
1
SN10l04N
MC9723P
11
MC9823P
.1
MC9713P
1
MC9813P
1
LCE308
1
1
1
MC5409L
1
MC7409L,P% 1
TG80F
1
TG80J
1
TG81F
1
TG81J
1
TG82F
1
1
1
TG83J
1
1
1
1
9008DM
9008FM
1
MIC9005-1D
1
~~
25
26
27
28
29
30
31
32
33
34
36
36
37
~~
40
41
42
43
44
46
46
47
48
49
50
51
52
53
54
55
~~
58
59
60
61
62
63
64
66
66+
67+
68+
69+
70
71+
72+
73+
74+
75+
76+
77
78
79
80
81
82
83
84
85
86
87
88
89
90
91+
94
95
96
97
98
99
100
19i
103
104
105
106
19~.#
98
~'O'
(VI
1111
60
CMS
CMS,
2
2
50
50
0.0
0.0
Mm 9.99%
M~; 9.99%
9.99%
9.99%
9.99%
9.99%
MOE 9.99%
9.99%
9.99%
M01 9.99%
9.99%
M~~ 9.99%
~gi 9.99%
.01*t
.01*t
.01*t
.01*t
CMS
CMS
CMS
CMS
2 : 50
3 I
3
3
1~·99%
~q~
~q~
~q~
Mm
M~~
~g~
M~~
~g~
~g~
MO~
~CO:
MO~
M~~
~g~
M~~
MO
MO~
I~CO:
PCB
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PCB
M~~
M~r
MO
M~~
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MO
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M~f
M~,
MO
M~~
MO
MO
I
14M%
I3.0M
14M%
3 OM
1 .
i
M~:
1.9%
1.9%
2.0%
2.6%
2.6%
2.6%
2.6%
2.6%
2.6%
2.6%
2.6%
3.0%
3.0%
3.2
3.2
5.0
7.6%
7.6%
8.0%
8.0%
8.0%
8.0%
-.75%
-.75%
-.75%
-.93%
-.93%
-.96%
-.96%
-.96%
-.98%
-.98%
~g~
Mq~
Mql
MOf
Ml~
6.0
6.0
MO
MO
M~~
~gr
Mq~
Mql
MOl
I+~~~~
iM~~
IMO
MOl
~gg~~~
M~~
D.A. T.A.
~b
.01*t
.01*!
~~~
~glglgjr
NI~~ P~~.
~
~gr
~g~
1.3%
1.3%
1.3%
1.3%
1.3%
1.3%
1.3%
1.3%
1.7%
1.7%
1.7%
1.7%
1.7%
I
gl:i
.01*t
.01*t
.01*t
.01*t
.01*t
.01*t
.01*t
I~~~
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CMS
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CMS
CMS
CMS
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CMS
I 0.0
I 0.0
CM~:
0.0
CMS
0.0
0.0
0.0
CMS
0.0
CMS
0.0
CMS
0.0
CMS
0.0
CMS
0.0
·CMS
0.0
CMS
DTL
IDTL
DTL
,DTL
IDTL
DTL
IDTL
DTL
DTL
DTL
DTL
DTL
1.2*
DTL
DTL
.40*t DTL
.40*t
.40*t 'git
.40*t DTL
.46*t DTL
.46*t DTL
.46*t DTL
.46*t DTL
DTL
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DTL
.40*
2.0
DTL
2.0
DTL
0.0
DTL
4.6*
DTL
4.6*
DTL
6.0*
6.0*
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6.0*
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6.0*
ECT
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ECT
-1.6*
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ECT
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ECT
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ECT
ECT
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ECT
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ECT
-1.6*
ECT
-1.6*
RTL
RTL
RTL
RTL
om 'RTL
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TTL
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TTL
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TTL
1.05*
TTL
1.06*
TTL
1.05*
TTL
1.06*
TTL
1.06*
TTL
1.06*
TTL
1.05*
TTL
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TTL
.90*
TTL
.90*
TTL
.90*
TTL
.90*
g~~!
~~:
DT~I
IN ORDER OF (1)TYPE OF GATE(2)LOGIC TYPE
13 LEVEL'1'14 LEVEL'O'15IMAX FREOl§tTYPE No.
CKT
DRAWINGS
MAX. MAX.
TEMP.
LOGIC OUTLINE
TOTAL NOISE
PEf[
HI
MO
DWG.
No DWG. No
PKG.
REJECT LOVI
f..=MO
IVI
'C
'C
MAX.
FALL
PROPA- RISE
0.0 I 5.0
0.0
5.0
24n£>
35n£>
0.0 I 5.0
0.0
5.0
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0.0
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0.0
5.0
24n£>
0.0
5.0
35n£>
0.0
35n£>
5.0
0.0
5.0
24n£>
0.0
5.0
24n£>
0.0
5.0
12n£>
0.0
5.0 I 12n£>
0.0
5.0
12n£>
0.0
5.0 ! 12n£>
0.0
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5.0
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0.0
5.0
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0.0
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5.0
27n£>
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0.0 I 5.0 , 32n£>
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5.0
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0.0
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5.0
0.0
5.0
16n
0.0
5.0
32n
0.0
5.0
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0.0
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0.0
5.0
32n
MAX.
FALL
TIME
tf
Is)
2.5nt
2.5nt
2.5nt
II
g:g
I
~ 1§?II"u
i~5
:~~
m
i
19 g:g
1910
10
10
10
10
10
10
10
10
10
10
10
10
IN ORDER OF (l)TYPE OF GATE(2)LOGIC TYPE
(3)LEVEL'1'(4)LEVEL'O'(5)MAX FREQ(6)TYPE No.
DRAWINGS
MAX'.li MAX.
TEMP. ,CKT
TOTAL NOISE ,
[PER
LOGIC OUTLINE
PKG. i REJECT LO"," HI IMOC OWG. No DWG. No
DISS.
l'l=MO
IW)
IV)
'C'C'
55mt
75
1~153a
18
75mt
G01188 M157
175
! 75
75mt
2 G01188 'FP28b
0
70mt,
0
75
2 GOl190 M157
70mt'
0
75
2 G01190 FP28b
75mt 400m
0
75
2 GOllS8 M153a
70mt 400m
0
75
1 tiOllllU
~~Ua
264mt
70
12
'0
224mt
10
70
8
CB62
540mt
12
CB62
70
' 44m i 1.0 *
4 'G01266 jM157b
125
,·55 125
44m 1.0 *
4 G01266 FP97a
44m 1.0 *
·55 125
4 G01266 M157b
44m 1.0 *
4 G01266 FP97a
·55 125
33m 1.0 *
·55 125
3 G01267 M157b
·55 ,125
3 G01267 I FPy} a
1.0 *
~~::; 1.0 *
3 G01267 M157b
1m
33m 1.0 *
3 G01267 FP97a
22m 1.0 *
2 G01268 M157b
·55 '125
22m 1.0 *
·55 125
2 G01268 FP97a
320m§
4 G01227b M294b
·55 125
320m§
4 G01227b M344
·55 125
·55 125
3 G01227 M294b
·55 125
3 G01227 M344
160m§
·55
160m§
·55
~ l~glm ~~~:b
320m§ ,
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~
2
3
3
4
4
2
2
2
2
2
2
2
2
2
2
3
3
4
4
2
2
2
2
3
3
3
3
4
4
2
2
2
2
3
3
3
3
2
2
2
2
3
3
4
4
3
4
2
2
2
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3
~
4
4
2
2
2
2
2
2
2
2
2
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3
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4
4
2
2
2
2
2
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20
20
20
20
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0.0
20
0.0
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0.0
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10
0.0 I 5.0
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0.0
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0.0
5.0
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0.0
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0.0
5.0
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0.0
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0.0
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0.0
7.0
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10
0.0
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10
0.0
5.0
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10
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0.0
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4.0n
4.0n
4.0n
4.0n
4.0n
4.0n
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78mt
78mt
59mt
59mt
40mt
40mt
155mt
155mt
155mt
155mt
155mt
155mt
155mt
155mt
320m§
320m§
240m§
240m§
160m§
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44m
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130m§
130m§
130m§
130m§
100m§
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65m§
65m§
320m§
320m§
320m§
240m§
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1.0
1.0
1.0
1.0
1.0
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100m§
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1.0 t
1.0 t
1.0 t
1.0 t
1.0 t
1.0 t
1.0 t
1.0 t
1.0 t
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130m 400m
130m 400m
130~; 400m
400m
400m
400m
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SYMBOLS AND CODES
EXPLAINED IN INTERPRETER
Ig
0
0
0
0
0
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0
0
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0
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Ij;
75
75
75
75
75
125
125
85
85
75
75
75
75
70
70
70
70
70
70
70
70
70
70
70
70
70
70
70
70
70
70
70
70
70
70
70
70
70
70
70
70
70
70
70
70
70
70
125
125
125
125
125
125
125
125
125
125
125
125
125
125
125
125
125
125
125
125
125
125
125
m
125
125
70
125
85
85
70
125
70
:
4
3
3
2
2
4
4
:
4
4
4
4
4
4
3
G01238
G01153a
G01153
G01266
G01266
G01266
G01267
G01268
G04414
G04401
G04401
G01266
G01266
G01266
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T0116
T0116
T0116
T0116
T0116
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T0116
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G01266
G01267
G01267
G01268
G01268
G01236
G01236
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G01236
G01236
G01236
G01236
G01183b
GOl183b
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M126x
T0116
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T0116
T0116
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T0116
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T0116
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M318
M200x
M318
M200x
M318
2 G01197a M200x
4 G01266 M318
4 G01266 M235a
4 G01266 M318
4 G01266 M235a
3 G01267 M318
3 G01267 M235a
3 G01267 M318
3 G01267 M235a
2 G01268 M318
2 G01268 M235a
4 G01249 M318
4 G01249 M200x
4 G01249a
4 G01249a
3 G01249c M318
~ ~gm~a
•
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3
4
4
4
4
3
3
2
2
3
2
4
4
G01249b
G01225b
G01225b
G01227a
G01227a
G01225a
G01225a
G01225
G01225
G01153a
G01153
G01183b
G01183b
~ ggm~b
3
3
2
2
2
4
4
4
4
4
4
4
4
4
4
4
4
3
3
3
2
2
2
4
4
4
4
4
4
4
G01197
G01197
G01197a
G01197a
G01197a
G01249
G01249
G01249
G01249a
G01249a
G01249a
G01225b
G01225b
G01225b
G01227a
G01227a
G01227a
G01225a
G01225a
G01225a
G01225
G01225
G01225
G04414
G04414
G04414
G04414
G04414
G04414
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M257f
M318
M257f
M318
M257f
M318
M257f
~~~~f
M126
M126
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M200x
FP3ge
M318
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FP3ge
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M200x
FP3ge
M318
M200x
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T0116
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100
LINE
No.
1#
~:
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TYPE
No.
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OF
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SFC409EV
4# SFC409P
SFC409PM
SFC411HE
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15
16
17
18
19
20
21
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24
25
26
27
28
29
30
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33
34
35
36,.
37,.
38,.
39,.
40,.
41,.
42,.
43,.
44,.
45,.
46
47
48
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51
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54
55
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57#
58#
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61#
62
63
64
65
66
67
68
69
70
71
72
73
74
75
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78
79
80
81
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84
85
86
87
88
89
90
91
92
93
~~gm~~M
SFC411HPM
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1
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1
1
1
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1
1
1
1
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1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
~~~:~gg~
1
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1
T74H21Dl
1
T74H21D2
1
1
TG54S08F
TG54S08J
1
TG54S09F
1
TG54S09J
1
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1
1
TG54S11J
TG54S15F
1
TG54S15J
1
TG54S21F
1
TG54S21J
1
TG74S08F
1
TG74S08J
1
TG74S09F
1
TG74S09J
1
1
1
1
TG74S15F
TG74S15J
1
1
TG74S21F
TG74S21J
1
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1
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1
US54H08A
1
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1
US54HllA
1
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1
US54H21A
1
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1
US74H08A
1
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1
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1
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1
US5411A
1
US5411J
1
US7408A
1
US7408J
1
US7411A
1
US7411J
1
FLH381-7408
1
FLH385-8408
1
FLH391-7409
1
FLH395-8409
1
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1
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1
104~~
105.
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108
109
110
101
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~~~
MO~
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MO~
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2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
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MO
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~~ 1~~;:~~1~
96
97
98
99
100
101
102
103
LOGIC
LEVEL
MOt
Mq~
M()'
MO'
M~f
MO
Mm
4.0M
4.0M
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2.0%
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2.0%
2.0%
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0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
2.
g:g
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0·2
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
PROPA- RISE
GATION TIME
DE~~Y
5.0
5.0
5.0
32n6
5.0
32n6
5.0
32n6
5.0
12n6
12n6
5·2
5.0
12n6
5.0
12n6
5.0
12n6
5.0
12n6
7 15n6
7
15n6
5.0
15n6
5.0
12n
5.0
12n
7
15n6
7
15n6
5.0
15n6
5.0 7.5n6
5.0 7.5n6
l<]n6
10n6
5.0 5.0n
5.0 5.0n
5.0 ·6.0n
5.0 6.0n
7
15n6
7 15n6
5.0
15n6
5.0
12n
5.0
12n
7 15n6
7 15n6
5.0
15n6
5.0
24n6
5.0
24n6
5.0
35n6
5.0
35n6
5.0
24n6
5.0
24n6
5.0
35n6
5.0
35n6
5.0
24n6
5.0
24n6
5.0 ~.~n6
5.0 7.5n6
5.0
10n6
5.0
10n6
5.0 5.0n
5.0 5.0n
5.0 [5.0n
5.0 .6.0n
5.0 6.0n
5.0 [6.0n
5.0 8.0n
5.0' 8.0n
5.0 8.0n
5.0 8.0n
5.0 8.0n
5.0 8.0n
5.0 7.5n6
5.0 7.5n6
5.0 9.0n6
5.0 9.0n6
5.0 7.5n6
5.0 7.5n6
5.0 9.0n6
5.0 9.0n6
5.0 7.5n6
5.0 7.5n6
5.0 7.5n6
5.0 7.5n6
5.0 9.0n6
5.0 9.0n6
5.0 IZ·5n6
5.0 7.5n6
5.0 9.0n6
5.0 9.0n6
5.0 7.5n6
5.0 7.5n6
5.0
27n6
5.0
32n6
5.0
15n6
5.0
15n6
5.0
15n6
5.0
15n6
5.0
15n6
5.0
15n6
5.0
15n6
5.0
15n6
5.0
15n6
5.0
15n6
l~n6
52
5.0
15n6
5.0
16n
5.0 . 16n
5.0 I 16n
5.0
16n
~~)
~~~~
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
1~~
16n
16n
27n6
27n6
32n6
32n6
9.0n
9.0n
9.0n
fs)
~i~~'
45n
18n
18n
!:!Om:!l 400m
130m,!, 400m
130m~ 400m
130~~ 400m
130m 400m
60mt 400m
60mt 400m
60mt 400m
60mt 400m
1.06
1.06
1.06
1.06
120mt 1.06
265m 1.0
265m 1.0
1.0 6
1.06
80mt 1.0 6
285m§ 1.0 6
314m 1.0 6
1.06
I
1.06
96mt 1.06
96mt 1.06
87mt 1.06
87mt 1.06
1.0 6
1.06
120mt 1.06
250m 1.0
250m 1.0
1.06
1.06
80mt 1.06
44m 1.0 *
44m 1.0 *
44m 1.0 *
44m 1.0 *
33m 1.0 *
33m 1.0 *
33m 1.0 *
33m 1.0 *
22m 1.0 *
22m 1.0 *
285m§ 1.06
285m§ 1.0 6
285m§ 1.06
285m§ 1.06
96mt 1.06
96mt 1.06
96mt 1.06
87mt 1.06
!
87mt 1.06
87mt. 1.06
I
130m 1.06
130m 1.06
130m 1.06
80m 1.06
80m 1.06
80m 11.06
70m§
70m§
70m§
70m§
70m§
70m§
70m§
70m§
70m§
70m§
I 70m§
70m§
70m§,
70m§
70m§
70m§
70m§
70m§
70m§
70m§
141mt
141mt
IOn
1.06
IOn
1.06
1.06
IOn
IOn
1.06
IOn
1.06
IOn
1.06
IOn
1.06
IOn
1.06
IOn
1.06
IOn
11.06
1.2 6
12n
IOn
1.0 6
8.0n
18.On
18n
18.On
18n
!8.0n
,
~:~~:
~:8
tg I
MAX ..
FALL
TIME
IN ORDER OF (1)TYPE OF GATE(2)LOGIC TYPE
13 LEVEL'1'14 LEVEL'O'(5)MAX FREQIS)TYPE No.
MAX. MAX.
TEMP. CKT
DRAWINGS
TOTAL NOISE
PER LOGIC OUTLINE
PKG. REJECT LOVI HI MO[ DWG. No DWG. No
l>=MO
IV)
'C 'C
,
,
I
IOn
IOn
IOn
IOn
45n
45n
IOn
IOn
IOn
IOn
4~n
1~~ i~:g~
19~ i~:g~
150m§
150m§
150m§
150m§
112mt
112mt
112mt
1.06
1.0 6
1.0 6
1.06
SYMBOLS AND CODES
EXPLAINED IN INTERPRETER
-55
-25
-40
0
-55
0
-55
0
-55
0
-55
-55
-5~
-55
-55
-55
-55
-55
-55
-55
-55
-~5
-55
-55
-55
,-55
'-55
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
-55
0
0
-55
-55
-55
-55
-55
-55
-55
-55
-55
-55
-55
0
0
0
0
0
0
0
0
0
0
0
0
-55
-55
-55
-55
-55
-55
0
0
0
0
g
-55
-55
-55
-55
0
0
0
0
0
'-25
0
-25
0
0
-55
J~5
85
70
125
70
125
70
125
70
125
125
m
125
125
125
125
125
125
125
:
~g::gl
4
4
4
3
G04401
G04401
G04401
G0414a
G0414a
G0414a
3 G0414a
2
2
3 G01153a
~
~ Iggm~:
Itgm
r0116
T085
T085
T0116
T0116
T085
T085
T0116
~~~j~
M126
6004AA
3 G01227 M157b
3 G01227 6004AA
2 G01153 M157b
2 G01153 M126
2 G01153 6004AA
4 G01249a M157b
4 G01249a 6004AA
m : Ig8m~ l~riglkA
125
125
125
125
70
70
70
70
70
70
70
70
70
70
70
70
70
70
70
70
70
70
70
70
70
70
70
70
70
70
70
70
70
70
125
70
70
125
126
125
125
125
125
125
125
125
125
125
70
70
70
70
70
70
70
70
70
70
70
70
125
125
125
125
125
125
70
70
70
70
70
70
125
125
125
125
70
70
70
70
70
85
70
85
75
75
125
3
3
3
3
3
3
3
~
2
2
2
4
4
4
4
G01183a M157b
GOl183a 6004AA
G01183c M157b
G01183c 6004AA
G01153a[M157b
G01153a M126e
G01153a T084
G01227 'M157b
G01227 M126e
G01153 M157b
G01153 M126e
G01153 T084
G01266 M157b
G01266 M126e
G01266 M157b
G01266 M126e
M157b
M126e
G01267 M157b
G01267 M126e
G01268 M157b
G01268 M126e
G01249a M157b
G01249a M126e
G01249 M157b
G01249 M126e
G01183a
G01183a
G01183a 6004AA
G01183c M157b
G01183c M126e
G01183c 6004AA
~ ggm~
3
3
2
2
4
4
4
4
3
3
3
3
3
3
~m~
3
3
2
2
4
4
4
4
3
3
2
2
4
4
3
3
G01153b i T086
G01153b M157c
G01183 T086
G01183 M157c
G01183a TOB6
GOllB3a M157c
G01183a TOB6
G01183a M157c
G01153 TOB6
G01153 M157c
G01153b T086
G01153b M157c
GOllB3 T086
G01183 M157c
1~01183a T086
G01183a M157c
G01183a T086
G01183a M157c
G01153 T086
G01153 M157c
G04414 M126n
G04401 M126n
G01153b Ml05b
G01153b T088
G01153a Ml05b
G01153a T088
G01153 Ml05b
G01153 T088
G01153b Ml05b
G01153b T088
G01153a Ml05b
G01153a T088
4
4
3
3
4
4
3
3
4
4
4
4
4
4
4
G01202
G01202
G01202a
G01202a
G01202
G01202
G01202a
G01202a
G04414
G04414
G04401
G04401
G01183
G01183
G01183
4
4
4
4
3
3
3
3
2
2
4
4
4
4
~
~Iggm~ !t6~:b
Ml05b
T088
Ml05b
T088
Ml05b
T088
Ml05b
T088
M126p
MI2E1JL
M126p
M126p
T086
T0116
T086
101
LINE
No.
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
~
TYPE
No.
1~~~1~~~
MC3106L
MC3111F
MC3111L
MC3126F
~g~l~~t
MC7408L P%
MC427F
MC427L
MC427L P%
MC427P
MC477F
MC477L P%
~gmr
MC577F
MC577L
MC3006F
MC3006L P%
MC3011 F
MC3011L,P%
MC3026F
~4{;R;'lUl:ltiL.P'!b
~~
ATING CESS
FREQ.
IHzI
MO~
M~~
~g~
Mq~
Mq~
Mm
~q~
MO~
M1~
i1
MO
MO
!i
MO~
Mq~
Mq~
M?~
MO
MO~
M~~
~g~
MU~
MO~
M~~
~g~
M~~
~g~
Mq~
MO~
MO~
~g;
MO~
M~~
~g~
Mq~
20M
20M
I 20M
20M
20M
20M
20M
20M
20M
Mm
~g~
~~f
1~~1~~~
20M
20M
20M
20M
20M
20M
20M
20M
20M
20M
~g~
20M
~~
Mq~
MOr
~qf
Mm
~g~
MO~
M1~
MO
MO
M~~
~g~
Mq~
MO~
MO~
~q~
MO~
M~~
~g~
IVI
2.4%
2.4%
2.4%
2.4%
2.4%
2.4%
2.4%
2.4%
2.4%
2.4%
2.4%
2.4%
2.4%
~.4%
2.4%
2.4%
2.4%
2.5%
2.5%
2.5%
2.5%
2.5%
~.~'!b
2.7
2.9%
2.9%
2.9%
2.9%
3.0%
3.0%
3.0%
3.0%
3.0%
3.0%
3.0%
3.0%
3.0%
3.0%
3.0%
3.0%
3.4
3.4
3.4
3.4
3.4
3.4
3.4
3.4
3.4
~.4
3.4
3.4
3.4
3.4
3.4
3.4
3.4
3.4
3.4
3.4
3.4
3.4
3.4
3.4
3.4
3.4
3.4
I~g~ ~:~%
MO~
3.5%
15%
~q§ 10
MOS
10
3.6%
MO
3.6%
MO
3.6%
4.99%
Mq~
Mq~ 4.99%
MO 4.99%
MOl 5.0
'MOl 7.1%
MO
7.1%
MO~ 7.1%
MOl 7.1%
MO
7.1%
Mq~ 7.1%
7.1%
Mq~
MO
7.1%
MOl 9.99%
Mq~ 9.99%
MOl 9.99%
M~~ 9.99%
9.99%
~g~ 9.99%
Mq~ 9.99%
MO~ 9.99%
MO~ 9.99%
MO 9.99%
9.99%
10
M~~ 10
10
~gs 10
10
Mq~
10
MO~
MOS
10
10
M~~ 10
MO
M1~
i~6~~~~
I
~~::gl~!~
I
(U
102
1.] '1'
i~~~ ~::%
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
27
MC526F
1
28
MC526L
1
MC576F
1
29
MC576L
1
30
MC426F
1
31
MC426L,P%
1
32
MC476F
1
33
34
1
~i24lJ'V% 1
35
TG280J
1
36
37
TG281 F
1
TG281J
1
38
TG282F
1
39
40
TG282J
1
41
TG283F
1
42
TG283J
1
1
43
I~~~g~
1
44
RG81D
1
45
46
RG81K
1
RG82D
1
47
RG82K
1
48
RG83D
1
49
RG83K
1
50
RG180D
51
1
1
1
RG181K
1
54
RG182D
1
55
RG182K
1
56
57
RG183D
1
RG183K
1
58
RG280D
1
59
60
RG280K
1
61
RG281D
1
62
RG281K
1
RG282D
1
63
RG282K
1
.~~
RG283D
1
RG283K
1
66
RG3180D
1
1
RG3180K
RG3182D
1
69
1
j~ ~~~ri~~K
1
SP304A
1
72
73
MFC6060
1
CM4019AD
1,2
74
CM4019AE
12
75
1,2
76,,:~ MSM510
MSM512
1,2
77Y~
78y MSM514
12
1,2
MM4619AD
~g MM4619AF 1.2
81
MM5619AN
12
82
1.2
83y
1,2
84y TF4019AN
12
85y TF4519AJ#2 1,2
86y TF4519AN#2 1,2
87y TP4019AJ
12
88y TP~219AN
1,2
89y TP4519AJi~~ 1,2
90y TP4519AN 2 12
CD4019AF
91
1.2
CD4037AF
92
1.2
HD1·4019A2
12
93
94
.HDl-4019A9
1.2
1,2
95
96
12
1,2
97
SCL4019AC
1,2
98
SCL4019AD
99
SCL4019AE
12
100
SCL4019AF
SCL4019AH
101
! 12
102+ CD4019AD
1,2
103+ CD4019AE
1,2
104+ CD4019AK
12
105+ CD4037AD
1,2
106+ CD4037AE
1,2
107+ CD4037AK
CM4037AD
108
12
CM4037AE
1,2
l~g:tL HSC4019AD 112
~~
OPER· PRO·
~nMt1
-#PE
OF
GATE
lOGIC
LEVEL
D.A. T.A.
~g~
TYPE
8FAN
· GATES
POWER
IN
OUT
~
1~
f!J '0' flJ
P?V~'
IVI
::~:t
.40*t
.40*t
.40*t
.40*t
::~:~
.40*t
.45*t
.45*t
.45*t
.45*t
.45*t
.45*t
.45*t
.45*t
.45*t
.45*t
.40*t
.40*t
.40*t
.40*t
.40*t
.40*t
.40
.45*t
.45*t
.45*t
.45*t
.45*t
.45*t
.45*t
.45*t
.45*t
.45*t
.45*t
.45*t
.45*t
.45*t
.45*t
.45*t
.20
.20
.20
.20
.20
.20
.20
.20
.20
.~O
.20
.20
.20
.20
.20
.20
.20
.20
.20
.20
.20
.20
.20
.20
.30t
.30t
.30t
:~g~*
.60t*
.60*t
O.Ot
O.Ot
.80*
.80*
.80*
.01*t
.01 *t
.01*t
0.0
2.9*
2.9*
2.9*
2.9*
2.9*
~:~:
2.9*
.01*t
.01*t
.01*t
.01*t
.01*t
.01 *t
.01*t
.01*t
.01*t
.01*t
.01*t
O.Ot
om
O.Ot
om
O.Ot
om
0.0
0.0
O.Ot
T+t
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
:m
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
gt
TTL
TTL
SUPPLY
SPAN
NEG.
IVI
3
4
4
4
4
2
2
51'>
51'>
51'>
51'>
51'>
51'>
51'>
51'>
51'>
51'>
3
3
4
4
4
4
3
51'>
5l>
51'>
51'>
51'>
5l>
5f;
51'>
3
3
3
3
3
3
3
3
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
51'>
51'>
51'>
~I'>
2
51'>
3
10
10
4
8
8
4
4
4
10
10
10
CMS
CMS
CMS
CMS
CMS
CMS
CMS
CMS
CMS
CMS
CMS
CMS 10
CMS 10
CMS
CMS
CMS 10
CMS
3
CMS
CMS
CMS
CMS
CMS 10
CMS 10
CMS 10
CMS 10
CMS 10
CMS 10
CMS 10
CMS 10
CMS
3
CMS
3
CMS
3
CMS
5
CMS
5
CMS 10
10
10
10
20
20
10
10
12
12
12
12
6
6
15
15
7
7
10
10
10
10
20
~g
16
16
8
8
13
13
7
7
15
15
7
7
15
15
7
7
15
15
7
7
12
12
6
6
15
15
7
7
12
12
6
6
12
12
15
15
15
50
~:~
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
~.O
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
O.~
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0·2
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
2. 0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
~:~
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
7.0
7.0
7.0
7.0
7.0
7.0
7.0
7.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5,2
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5,2
5.0
5.0
16
10
10
5.0
5.0
5.0
5.0
5.0
5.0
MAX.
PROPA· RISE
FALL
GATION TIME TIME
tr
DELAY
tf
lsi
lsi
(sl
I,,·~n
:~~
~~:::t
9.0n
9.0n
9.0n
9.0n
9.0n
1I.0n
15n%
15n%
10n
10n
10n
10n
10n
10n
10n
10n
10n
10n
9.0n
9.0n
9.0n
9.0n
9.0n
1I.0n
10n
15n
15n
15n
15n
15n
15n
15n
15n
12n
12n
12n
12n
12n
12n
12n
12n
lln
lln
l1n
lln
lln
lln
lln
lln
LOn
1.2 n
LOn
LOn
LOn
LOn
LOn
LOn
l1n
l1n
lln
lln
l1n
l1n
lln
l1n
3.0n
3.0n
3.0n
1;'·!J_n
15n
15n
lOOn I'>
125nl'>
400nl'>
400nl'>
400nl'>
lOOn
lOOn
lOOn
lOOn
5·~0 170nl'>
10 170nl'>
10
10
10 220nl'>
10 220nl'>
10 300nl'>
10 300nl'>
10 100nl'>
10 180nl'>
10 100nl'>
10 125nl'>
10 lOOn I'>
10 125nl'>
120nl'>
19 120nl'>
10 120nl'>
10 120nl'>
10 120nl'>
10 lOOn I'>
10 125nl'>
10 100nl'>
10 180nl'>
10 250nl'>
10 180nl'>
10 180nl'>
10 250nl'>
10 50n
IN ORDER OF (l)TYPE OF GATE(2)lOGIC TYPE
(3 lEVEl'l'(4 lEVEl'O'(5IMAX FREQ(6ITYPE No.
TEMP.
DRAWINGS
CKT
MAX. MAX.
LOGIC OUTLINE
TOTAL NOISE
PE~[
PKG.
REJECT LOlA HI MO DWG. No DWG. No
DISS.
ll=MO
'C
(VI
(WI
'C
84mt
56mt
56mt
90mt
90mt
70mt
70mt
38m
38m
38m
38m
38m
38m
38m
38m
38m
38m
84mt
84mt
56mt
56mt
90mt
lIumt
60m
60m
60m
60m
60m
60m
60m
60m
80mt
80mt
80mt
80mt
80mt
80mt
80mt
80mt
60mt
60mt
60mt
60mt
60mt
60mt
60mt
60mt
20mt
~g:::i
20mt
20mt
20mt
20mt
20mt
76mt
76mt
76mt
76mt
76mt
76mt
76mt
76mt
62m
62mf>.
1.0
200m
200m
25u§
25u§
25u§
500m
500m
500m
200m
6.0m%
6.0m%
600u%
~~~~~
20n
20n
20n
20n
20nt
20nt
20nt
20nt
·55
·55
·55
·55
·55
·55
0
0
0
0
0
0
0
·55
·55
·55
·55
0
0
0
0
0
0
·55
·55
·55
·55
·55
0
0
0
1~55
·55
·55
-55
0
0
0
0
-55
-55
·55
·55
0
0
0
0
-55
1.1
1.1
1.1
1.1
1.1
1.1
1.1
1.1
1.1
1.1
1.1
1.1
1.1
1.1
1.1
1.1
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
900m
900m
900m
·55
0
0
0
0
·55
·55
0
~~U~
~
1.8 I'>
-~5
-55
·55
0
0
0
0
·55
-55
-~~
0
0
4.5 I'>
·55
4.5 I'>
·40
·20
·20
-20
450ml'> ·55
450ml'> ·55
450ml'> ·40
-40
-55
·55
-55
-55
6~~~~
·40
·40
14~~
·40
3.0m%
·40
3.0m%
100u% 4.5 I'>
-55
100u% 4.5 I'>
-55
100u% 4.5 I'>
-55
.40
1.0m% 4.5 I'>
100u% 4.51'>
-55
-40
1.0m% 4.5 I'>
100u% 4.5
·55
100u% 4.5
·55
100u% 4.5
·40
100u% 4.5
·55
100u% 4.5
-55
100u% 4.5 I'>
·55
1.0m% 4.5 I'>
·40
100u% 4.5 I'>
·55
200m 4.5 I'>
·55
-40
200m 4.5 I'>
200m 4.5 I'>
·55
200m 4.5 I'>
·55
200m 4.5 I'>
·40
100u% 4.5 I'>
·55
SYMBOLS AND CODES
EXPLAINED IN INTERPRETER
m ;I~gm~a
ig~~6
125
125
125
125
3 GOl183a TOl16
T086
TOl16
2 GOl185 T086
70
75
75
75
75
75
75
125
125
125
125
75
75
75
75
75
75
125
125
125
125
125
75
75
75
75
125
125
125
125
75
75
75
75
125
125
125
125
75
75
75
75
125
4
2
2
2
2
2
2
2
2
2
2
3
3
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
125
75
75
75
75
125
125
125
125
75
75
75
75
125
125
75
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
GOllS7
GOl157
G01157
FP28
Ml05m
FP28
Ml05m
FP28
Ml05m
FP28
Ml05m
FP28
Ml05m
FP28
Ml05m
FP28
Ml05m
FP21b
Ml05m
2
1
1
1
2
1
1
GOl226
G01224
G01215
G01215
G01274
G01275
G01276
TOl16
M221
M210b
M210b
M318a
M318a
M318a
m
~ gg::l~
~ I~~m~
TOl16
T086
TOl16
TOl16
Ml14
T086
TOll6
G01208
G01208
G01208
G01208
G01208
G01208
G01208
T086
TOl16
T086
TOl16
T086
T0116
T086
2
2
2
2
2
2
2
~~
~~5
125
~~5
125
85
125
ig~~6
T086
TOl16
T086
TOl16
T086
T0116
T086
TU11ti
~ ~ggg~b ~~il1~
GOl165b
GOl165b
GOl16Sb
GOl165b
G01165b
GOl165b
G01165b
G0657
m ~ ggg~~
75
75
125
85
70
70
70
125
125
85
85
125
125
125
125
85
85
85
85
125
125
125
85
125
85
125
125
85
125
125
125
igm
G01227b
G01209
G01209
G01209
G01209
G01209
G01209
G01209
G01209
G01209
G01209
GOl183a
GOl183
G04419
G04419
GOl185
:l \;Ulll15
G0657
G0657
G0657
G0657
G0657
T0116
FP21c
TOl16
FP21c
T0116
FP21c
T0116
Ml05m
FP28
Ml05m
FP28
Ml05m
FP28
Ml05m
FP28
Ml05m
~1:l~5m
~ ~gm~a %~\~
:
4
1
4
4
I~~gg ~~:g:
G01273
G02190
G01277
G01277
K30139
K30139
4 G01277
4
~~M~~
4
1
1
1
1
1
K30139
G01215
G01230
G01239
G01239
G01239
G01239
4
4
4
4
4
4
1
1
1
1
1
1
G01239
G01239
G01239
G01215
G01215
G01215
G01230
G01230
G01230
G01230
G01230
G01215
: ~gm~
M345
M117z
M153d
Ml17x
M153d
Ml17x
M153d
M117x
M153d
M117x
1'>001AC
1'>001AS
M200Q
M200q
FP103
FP103
M475d
M475e
M475f
FP111
FCtzj
1'>001AE
1'>001AC
f>.004AG
1'>00 lAD
1'>001AS
1'>00 lAS
f>.OOlAD
1'>001AS
1'>001AE
102
LINE
No.
~
TYPE
No.
YvPE
OF
GATE
OPER· PRO·
~"Mt1
ATING CESS
FREQ.
(Hz)
~: ~~g:81~~~
U
12
'~8~
MOS
~:~:g~~~~
1,~
Mq~
Mq~
:jjt HBC4037AD
4#
~:
HBF4019AE
7# HBF4019AF
HBF4037AE
HBF4037AF
HD1W4019-9
~:
~~
HD1W4019-2
SW776-1P
SW776-2M
SW776-2P
FZH151
16+~ FZH155
17+011 Hl05Dl
18+ Hl05D2
~g:~ 1~~8~~~
~m:~
~~:
~~
~gm~
93
94
95
96
MC3131F
MC3131L
MC3133F
MC3020F
~~
~g~8~~~
99
100
101
102
103
104
105
106
107
108
:~g
103
RG3452D
~g~:~~~
RG3450K
~~~~~g~
SNG281J
SNG281W
SNG282J
SNG282W
~~g~g~~
10M
',,'~
10M
~~~
IYI)~
Mq~
MO~
MO~
M~~
MO
MO~
M~~
~g~
Mq~
Mq~
MO~
MO
M~~
MO
M~~
~g~
Mq~
Mq~
MOt
~~f
Mm
M~;
~gr
Mq~
Mq~
MOt
M~~
MO
Mm
~qf
Mm
M~;
~gr
Mq~
Mq~
Mm
~q;
Mm
M~~
~gr
Mq~
Mq~
MOt
M~f
MO
MO
M~~
~gr
Mq~
Mq~
MOt
M~~
MO
MO
M~~
~gr
Mq~
Mq~
MOt
M~f
MO
Mm
~qf
MOt
~~;
MOt
Mq~
Mq~
1.~
1,2
12
MOt
1.~
M~~
MO
MO
M~~
~g~
M~f
MO
MOt
~q;
Mm
i
D.A. T.A.
~g~
8 GATES
·
FAN
TYPE' IN OUT
f!J,o' ~l
(V)
g~~i 18
18
K8f
CMS' 3
10
O.Ot
flj'l'
(V)
10
10
10
10
10
10
15
18
1.8%
1.9%
~:~~
7.5%
8.0%
8.0%
~:8~
I~~~
MO -.96%
1,2
12
1,2
1,2
12
1,2
1,2
12
1,2
1,2
12
1,2
1,2
12
1,2
1.2
12
1,2
1,2
12
1,2
1,2
12
1,2
1,2
12
1,2
1,2
12
1,2
1,2
12
1.2
1.2
12
1,2
1.2
12
1,2
1.2
12
1,2
1,2
12
1,2
1,2
12
1,2
1,2
12
1,2
1,2
12
1,2
1.2
12
1,2
1.2
12
1,2
1,2
12
1,2
1,2
12
1,2
1,2
12
1,2
1,2
12
1,2
1,2
12
1,2
12
1,2
1,2
12
1,2
1,2
12
1.2
1,2
12
1,2
12
~~~
MOS
MO
1,~
DM10118J
DM10119J
TG210F
TG210J
TG211F
TG211J
TG212F
TG212J
TG213F
TG213J
DM54H52J
DM54H52N
DM74H52J
DM74H52N
FJH151-7450
~g: FJH161-7451
FJH 171-7453
FJH 181-7454
39t:/J FLH 151-7450
:~+011 FLH161-7451
N74H52A
N74H52F
42
43 ... N74S51A
44 ... N74S51F
45 ... N74S64A
N74S64F
:~: N74S65A
48 ... N74S65F
49+ N7450A
50 ... N7450F
51+ N7451A
52 ... N7451F
53+ N7453A
54 ... N7453F
55+ N7454A
56 ... N7454F
NC74H52N
57
S54H52A
58
59
S54H52F
60
S54H52W
61 ... S54S51A
62 ... S54S51F
63 ... S54S51W
!:!~+ S5450A
65 ... S5450F
66 ... S5450W
67t
68 ...
69 ... S5451W
70+ S5453A
71 ... S5453F
72 ... S5453W
S5454A
4~! S5454F
75 ... S5454W
76
SN54H52J
SN54H52N
77
SN54H52W
78
79
SN74H52J
SN74H52N
80
SN74H52W
81
82# T74H52Bl
T74H52Dl
T74H52D2
US54H52A
85
86
US54H52J
US74H52A
87
US74H52J
88
MC3031L,P%
89
MC3033F
90
~~:
MOS
12
1,2
1.2
12
1,2
1,2
12
12
13
14
15+
21
22
23
24
25
26
27
28
29
30
31
32
33
34
1.2
12
1,2
1,2
12
1.2
LOGIC
LEVEL
-.96%
1.7%
1.7%
1.7%
1.7%
1.7%
1.7%
1.7%
1.7%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
~.O%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
~.O%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.4%
2.4%
2.~:!?
2.4%
2.4%
2.4%
2.4%
2.5%
~.5%
2.5%
3.0%
:!.O%
3.1%
3.1%
3.3
3.3
3.3
3.3
3.3
3.3
3.3
3.3
O.Ot
O.Ot
O.Ot
O.Ot
O.Ot
CMS
CMS
CMS
CMS
CMS
CMS
0.0
g~~
om
nn
V.V
1.2*
1.2*
1.2*
4.5*
4.5*
6.0*
6.0*
~:8:
-1.6t*
-1.6t*
1.1*
1.1*
1.1*
1.1*
1.1*
1.1*
1.1*
1.1*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
:~g:
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.40*t
.40*t
::g:~
.40*t
.40*t
.40*t
.40*t
::8:~
.45*t
.45*t
.40*t
.40*t
.26
.26
.26
.26
.26
.26
.~~
.26
DTL
DTL
DTL
DTL
DTL
DTL
DTL
8it
ECT
ECT
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL'
,TTL I
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL,
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL'
TTL
3
3
10
10
3
3
4
4
5
5
5
10
10
5ll
5ll
POWER
MAX.
FALL
SUPPLY PROPA· RISE
SPAN
GATION TIME TIME
NEG. POS. DELAY
tr
tf
(V)
(V)
(5)
(5)
(5)
8:8
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
V.V
10
12
12
20
20
25
25
0.0
0.0
0.0
0.0
0.0
0.0
0.0
~~ ~~
8:8
5.2
11
12
9ll
15
9ll' 15
9ll
9ll
9ll
7
7
15
15
~~I 7
911 1 7
lOll 10
lOll 10
lOll 10
lOll 10
10
M
4
10
lOll 10
10
8
6ll 10
4
10
lOll 10
lOll 10
4
4
11
20
11
20
11
10
11
10
6t
10
6t
10
6t
10
6t
10
lOll 10
lOll 10
lOll 10
lOll 10
lOll 10
lOll 10
lOll 10
lOll 10
4
4
4
6t
6t
6t
6t
6t
6t
lOll
lOll
lOll
lOll
lOll
lOll
lOll
lOll
lOll
lOll
lOll
lOll
lOll
lOll
lOll
lOll
lOll
lOll
lOll
lOll
9
6t
4
9
lOll
9
6t
4
9
II
I'
II
II
5ll
5ll
5ll
5ll
5ll
5ll
5ll
5ll
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
:89t
9t
lit
lit
15t
15t
7t
7t
12t
12t
6t
6t
18
10
10
10
10
10
10
10
15
188~~1::~ ~
~8~
180nll
180nll
180nll
50n
50n
250nll
250nll
~~Onll
35n%
35n%
35n%
400nll
400nll
105nt
105nt
330nt 200nt
330nt 200nt
:~ :8~~f
0.0 3.4nll
5.2
0.0 3.4nll
7.0
0.0
0.0
7.0
7.0
0.0
7.0
0.0
7.0
0.0
7.0
0.0
0.0
7.0
0.0
7.0
0.0
5.0
15nll
5.0
15nll
0.0
5.0
15nll
0.0
15nll
0.0
5.~
0.0
5.0
lln%
5.0
0.0
lln%
5.0
lln%
0.0
5.0
lln%
0.0
5.0
0.0
22nll
5.0
0.0
22nll
0.0
5.0
IOn
0.0
5.0
IOn
0.0
5.0 5.5nll
5.0 5.5nll
0.0
0.0
5.0 5.5nll
0.0
5.0 5.5nll
0.0
5.0 7.5nll
0.0
5.0 7.5nll
0.0
5.0
22nll
0.0
5.0
22nll
0.0
5.0
22nll
0.0
5.0 1 22nll
0.0
5.0 i 22nll
5.0
22nll
0.0
0.0
5.0
22nll
5.0
22nll
0.0
0.0
7.0
15nll
5.0
IOn
0.0
5.0
IOn
0.0
5.0
0.0
IOn
5.0 5.5nll
0.0
0.0 , 5.0 5.5nll
0.0 , 5.0 5.5nll
0.0
5.0
22nll
0.0
5.0
22nll
5.0
0.0
22nll
5.0
22nll
0.0
5.0
0.0
22nll
5.0
22nll
0.0
0.0
5.0
22nll
5.0
0.0
22nll
0.0
5.0
22nll
5.0
0.0
22nll
0.0
5.0
22nll
0.0
5.0
22nll
7 15nll
0
0
7 15nll
0.0
5.0
15nll
7 15nll
0
0
7 15nll
0.0
5.0
15nll
5.0
0.0
0.0
5.0
5.0
0.0
15nll
0.0
5.0
0.0
5.0
15nll
5.0
0.0
15nll
0.0
5.0
15nll
10n%
0.0
5.0
0.0
5.0 7.0n
0.0
5.~ 6.~n
5.0 6.0n
0.0
0.0
5.0
IOn
5.0
10n%
0.0
5.0 7.0n
0.0
5.0 6.0n
0.0
0.0
5.0 6.0n
5.0
IOn
0.0
5.0
10nll
0.0
10nll
0.0
5.0
0.0
5.0
10nll
5.0
0.0
10nll
5.0
IOn
0.0
5.0
IOn
0.0
0.0
5.0
IOn
5.0
IOn
0.0
0.0
5.0
IOn
5.0
IOn
0.0
0.0
5.0
IOn
5.0
IOn
0.0
4.0n
4.0n
4.0n
4.0n
4.0nt
4.0nt
,
IOn
IOn
IOn
IOn
3 .on
3.0n
3.0n
3.0n
5.0n
,5.0n
15.0n
1~·On
,5.0n
15.0n
5.0n
5.0n
1
IOn
IOn
IOn
IOn
2.5n
2.5n
2.5n
2.5n
8.0n
8.0n
8.0n
8.0n
8.0n
8.0n
8.0n
8.0n
:~~
m
-55 125
-55 125
I-55 125
'-40 85
-40 85 ,,
-40 85
-40 85
-40 85
-55 i i25
1200rn
50mt 1.0 II
-55 125
50mt 800mll 0
75
50mt 800mll 0
75
110m§ 5.0 II
70
0
110m§ 5.0 II
-25 85
500m§ 5.0 II
0
75
278m§ 5.0 II
-55 125
~78m§ 5.l? II
~o
500m 5.0 II
100mt
-30 85
100mt
-30 85
22mt 1.0 II
-55 125
22mt 1.0 II
-55 125
22mt 1.0 II
-55 125
22mt 1.0 II
-55 125
22mt 1.0 II
0
75
22mt 1.0 II
0
75
75
22mt 1.0 II
0
22mt 1.0 II
0
75
120m§
-55 125
120m§
-55 125
120m§
0
70
120m§
0
70
28mt 1.0 II
70
0
28mt 1.0 II
70
0
22mt 1.0 II
0
70
22mt 1.0 II
0
70
70m§ 1.0 II
0
70
70m§ 1.0 II
0
70
155m§
0
70
155m§
0
70
110m§
0
70
110m§
0
70
80m§ 1.0 t
70
0
80m§ 1.0 t
70
0
80m§ 1.0 t
70
0
80m§ 1.0 t
70
0
70m§ 1.0 t
0
70
70m§ 1.0 t
70
0
70m§ 1.0 t
0
70
70m§ 1.0 t
0
70
47m§ 1.0 t
0
70
47m§ 1.0 t
0
70
47m§ 1.0 t
0
70
47m§ 1.0 t
0
70
1.0 II
0
70
155m§,
-55 125
155m§1
-55 125
155m§
-55 125
110m§
-55 125
110m§
-55 125
110m§
-55 125
70m§ 1.0 t
-55 125
70m§ 1.0 t
-55 125
70m§ 1.0 t
-55 125
70m§ 1.0 t
-55 125
70m§ 1.0 t
·55 125
70m§ 1.0 t
-55 125
47m§ 1.0 t
-55 125
47m§ 1.0 t
-55 125
47m§ 1.0 t
-55 125
47m§ 1.0 t
-55 125
47m§ 1.0 t
-55 125
47m§ 1.0 t
-55 125
,1.0 II
-55 125
-55 125
11.0 II
-55 125
90mt 1.0 II
,1.0 II
0 70
1.0 II
0 70
70
90mt 1.0 II
0
0
70
90m
0
70
90m
-55 125
90m
1.0 II
-55 125
1.0 II
-55 125
1.0 II
0
70
0
70
11.0 II
87mt
0
75
75
40mt
0
-55 125
~~~~
-55 125
87mt
-55 125
-55 125
87mt
-55 125
40mt
62mt
0
75
75
62mt
87mt
75
40mt 1.1
75
0
40mt 1.1
0
75
40mt 1.1
-55 125
40mt 1.1
-55 125
76m 1.0
-55 125
76m 1.0
-55 1,125
76m 1.0
-55 125
76m 1.0
-55 125
75
76m 1.0
0
76m 1.0
0
75
75
76m
0
1.~
I 76m 1.0
0
75
100u%'4.5
100u% 4.5
100u% 4.5
1.0m% 4.5
1.0m% 4.5
1.0m% 4.5
1.0m% 4.5
200m
,
18 175n6-
5.0
5.0
5.0
12
12
20
16
IN ORDER OF (l)TYPE OF GATE(2)LOGIC TYPE
(3JLEVEL'1'(4 LEVEL'O'(5IMAX FREQ(6)TYPE No.
TEMP. CKT
DRAWINGS
MAX'.II MAX.
TOTAL 1NOISE
[rER LOGIC OUTLINE
LOlli
HI
,MO[
DWG. No DWG. No
PKG. I REJECT
DISS.
ll=MO
(W)
(V)
'C 'C
II
II
II
II
II
II
II
SYMBOLS AND CODES
EXPLAINED IN INTERPRETER
~~
8
11~8m~ ~88l~~
1 G01230 llOOIAD
1 G01230 llOOIAD
1 G01230 l1004AF
1 G01215 llOOIAC
1 G01215 llOOIAE
1 G01230 llOOIAB
1 G01230 llOOIAD
4 G02190 M200q
4 G02i90 M200q
2 G02125 T0116
2 G02125 Ml05n
2 G02125 T0116
2 G01223 MI17 ••
2 G01223 MI17 ••
2 G01191 ,M294
2 'G01191 M294
I
~ I~g: :~: ~i~~·
:iggmb
1 G03189b
1 G03189b
1 G03189b
1 G03189b
1 G03189b
1 G03189b
1 G03189b
1 G02124
1 G02124
1 G02124
1 G02124
2 G03174
2 G03174.
1 G01217
1 G01218
2 G01170
2 G01170.
1 G01198
1 G01198
2 G01240
2 G01240
1 G01288.
1 G01228.
1 G01228
1 G01228
2 G02170
2 G02170
2 G02170
2 G02170
1 G01211
1 G01211
1 G01211
1 G01211
1 'G02124
1 G01198
1 GOl198
1 G01198
2 G01240
2 G01240
2 G01240
G02170
~ G02170
2 G02170.
2 G02170
2 G02170
2 G02170.
1 G01211
1 G01211
1 G01211b
1 G01211
1 G01211b
1 G01211b
1 G02124
1 G02124
1 G02124
1 G02124
1 G02124
1 G02124
1 G02167
M200r
M200r
FP21c
T0116
FP21c
T0116
FP21c
T0116
FP21c
T0116
M294b
M344
M294b
M344
M126f
M126f
M126f
M126f
M1260
M126p
M318
M200x
M318
M257f
M318
M257f
M318
M257f
M318
M257f
M318
M257f
M318
M257f
M318
M257f
M126
M318
M200x
FP3ge
M318
M257f
FP3ge
M318
M257f
FP3ge
M318
M257f
FP3ge
M318
M257f
FP3ge
M318
M257f
FP3ge
M157b
M126
l1004AA
M157b
M126e
T084
1
1
1
1
1
1
Ml05b
T088
Ml05b
T088
T0116
T086
G02124
G02124
G02124
G02124
G02124
G01211.
~~g: :~: ig~~
1
1
1
2
2
1
1
1
I
I
2
2
2
2
2
2
2
2
G02124
G02124
G01211.
G01184
G01184
G02124
G01216
G01216
G01216
G01216
G01157
G01157
GOl157
G01157
G01157
G01157
G01157
G01157
T086
T0116
T086
T086
T086
TOB6
Ml05m
FP21b
Ml05m
FP21b
M157b
l1004AF
M157b
l1004AF
M157b
l1004AF
M157b
llOO4AF
103
LINE
No.
TYPE
No.
J.j..
TYPE
OF
GATE
L§J Mt1
L GIC
IIOOPPER- PROLEVEL
ATING CESSI31
141
FREQ.
r'1' r,o'
1Hz)
IV)
IV)
,~g; ~:~
:~g
3.5
3.5
3.5
3.5
3.5
3.5
3.5
3.5
.20
MO~
MfAFA
11,2F I
TYPE
TTL
TTL
MO~~~
1.2
~()WER
.20
.20
.20
.20
.20
.20
MO,'
7# ZN7453E
.~O
8.FANGATES
511
5lI
5lI
1111
4
4
6t
6t
1111
1111
6t
6t
6t
1111
1111
1111
4
4
4
lOll
lOll
lOll
lOll
lOll
lOll
lOll
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
15
15
7
7
15
15
7
0.0
0.0
0.0
0.0
0.0
5.2
5.2
5.2
5.2
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
O.~
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
5'fo
10
10
0.0
0.0
0.0
0.0
5.0
5.0
10
10
10
10
10
10
10
10
5~g~lI
80n
80n
2.3n
2.3n
2.3n
2.3n
90nll
18n
200nll
200nll
200nll
200nll
200nll
200nll
200nll
200nll
75n
110n
110n
2.2nt
2.5nt
2.5nt
2.5nt
75n
110n
110n
2.2nt
2.5nt
2.5nt
2.5nt
100n%
100mt
100mt
100mt 200m
100mt 200m
4.9m%
200m
200m
200m
200m
200m
200m
4.5
4.5
4.5
4.5
4.5
4.5
II
II
II
II
II
II
19l~gg~~
I~gg~
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
15
15
12
12
15
15
15
12
12
12
15
U~
30mt
30mt
30mt
30mt
7.0mt
7.0mt
7.0mt
7.0mt
40mt
40mt
40mt
40mt
7.0mt
7.0mt
7.0mt
7.0mt
35mt
35mt
35mt
35mt
60mt
60mt
60mt
60mt
60mt
60mt
60mt
60mt
225mt
225mt
132mt
132mt
225mt
210mt
210mt
120mt
120mt
120mt
210mt
1.1
1.1
1.1
1.1
1.1
1.1
1.1
1.1
1.1
1.1
1.1
1.1
1.1
1.1
1.1
1.1
1.1
1.1
1.1
1.1
1.1
1.1
1.1
1.1
1.1
1.1
1.1
1.1
3.2
3.2
3.5
3.5
3.2
3.2
3.2
3.5
3.5
3.5
3.2
5.5n
5.5n
5.5n
5.5n
2.0n
2.0n
2.0n
2.0n
6.0n
6.0n
6.0n
6.0n
loOn
loOn
1.0n
loOn
6.0n
6.0n
6.0n
6.0n
5.5n
5.5n
5.5n
5.5n
5.5n
5.5n
5.5n
5.5n
410nll
410nll
410nll
410nll
410nll
600nll
600nll
600nll
600nll
600nll
600nll
15 110n
15 110n
15 125n
5.0
15nll
5.0
15nll
5.0
15nll
5.0
15nll
5.0
15nll
15nll
5.0
5.0
15nll
15nll
5.0
15nll
5.0
15nll
5.0
18nll
5.0
18nll
5.0
18nll
5.0
18nll
5.0
18nll
5.0
18nll
18nll
18nll
18nll
7.0
7.0
7.0
7.0
7.0
200n
20n
20n
200n
20n
20n
160mt
160mt
160mt
22mt
22mt
l1mt
11 mt
22mt
22mt
136m§
136m§
88m§
88m§
22mt
22mt
22mt
11 mt
11 mt
l1mt
22mt
22mt
22mt
22mt
22mt
22mt
22mt
22mt
22mt
22mt
-55
o
-55
-55
-55
-40
-55
-55
-55
-40
-55
-55
-55
-55
o
o
-55
-55
o
o
-55
-55
o
o
-55
-55
o
o
-55
-55
o
o
-55
-55
o
o
-55
-55
o
o
-30
-30
-55
-30
-55
-30
-30
-55
-30
-30
-55
1.0
1.0
1.0
1.0
1.0
1.0
II
II
II
II
II
II
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
II
II
II
II
II
II
II
II
II
II
II
II
II
II
II
II
SYMBOLS AND CODES
EXPLAINED IN INTERPRETER
-30
-30
-30
-55
-55
-55
-55
-55
-55
o
o
o
o
o
o
o
o
o
o
o
o
o
-55
-55
-55
-55
o
o
o
m
125
125
75
75
125
125
75
75
125
125
75
75
125
125
75
75
125
125
75
75
125
125
75
75
125
125
75
75
70
70
125
85
125
70
70
125
85
85
125
75
75
75
125
125
125
125
125
125
75
75
75
75
75
75
75
75
75
75
75
75
75
125
125
125
125
75
75
75
ggm~
2 G01231
2 G01231
1 G02166
1 G02184
2 G01229
2 G01229
1
3
2
1
2
2
2
2
1
1
G01251
G01263
G01264
G01263
G01263
G01263
G01263
G01264
G01264
M393
FPl17
M191
M191
M278
M200r
M200r
M256
M153a
FP69b
CB53
~g~
lI001AD
lI001AB
lIOO lAB
lI004AF
lI001AD
lI001AB
~ggl~~
Ml05m
FP28
Ml05m
FP28
Ml05m
FP28
Ml05m
2
2
2
2
2
2
G01235
G01235
G01235
G01235
G01235
G01235
Ml05m
FP28
Ml05m
FP28
Ml05m
FP28
Ml05m
FP28
Ml05m
FP28
Ml05m
FP28
Ml05m
FP28
Ml05m
FP28
Ml05m
FP28
M319
M200j
M200'
M200j
M200J
M319
M200j
M200j
M319
M200j
M200j
2
2
2
2
2
1
G01257
G01191
GOl192
G03248
G03248
G03249
T0116
T0116
TOl16
M294
FP28g
M294
1
2
2
2
2
2
2
2
2
2 G0590
2 G0590
2 G0590
~ gg~~g
~ gg~~:~a ~fe8i
2
2
2
1
1
2
2
2
1
1
1
2
2
2
1
1
1
1
1
1
1
G03248a
G01184
G01184
G01211
G01211
G03248
G03248
G03248
G03249
G03249
G03249
G03248a
G03248a
G03248a
G03204
G03204
G03204
G03204
G03204
G03204
G03204
FP28a
M294b
M344
M294b
M344
M 126u
M294
FP28g
M126u
M294
FP28g
M 126u
M294
FP28g
FP21 c
TOl16
FP21 c
TOl16
FP21c
T0116
FP21 c
104
.§J
LINE
No.
i3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
~~
27
~g
30
TYPE
No.
-NPE
OF
GATE
i~~~6t
TGll0J
TGlllF
TGlllJ
TGl12F
TGl12J
TG 113F
TGl13J
SN29005J
SN29005N
SN29008J
SN29008N
DM54L51 F
DM54L51J
DM54L51N
DM54L54F
DM54L54J
g~~m~~
DM54L55J
DM54L55N
DM74L51F
DM74L51J
g~jml~
DM74L54J
g~~m~~
OM74L55J
~~# g~J4\L15CEN
33.# SFC451LEM
m~ 1~~~:~:t~M
SN54L51J
36
37
38
39
40
41
42"
43"
44"
45"
46"
47"
48
49
50
51
52
53
54
55
56
57
58
59
60
g~
63
64
135
11.6
~~
69
~~
72
n
75
76
77
78
79
80
81
82
83
84
g~
87
~g
90
91
92
93
94
95
9St
SN54L51T
~~~mu
SN54L55J
SN54L55T
SN54LS51J
SN54LS51W
SN54LS54J
SN54LS54W
~~~:m;~
SN74L51J
SN74L51N
SN74L54J
SN74L54N
SN74L55J
SN74L55N
DM54H50J
g~~:~~~~
DM54H51N
DM54H53J
DM54H53N
DM54H54J
g~~:~~~~
DM54H55N
g~~:~~g~
DM74H51J
DM74H51N
DM74H53J
DM74H53N
g~~:~~:~
DM74H55J
g~~:~g:~
DM74S65N
g~~:~g~
DM5450W
lQ~"
DM5461W
DM5453J
DM5453N
DM5453W
g~~:~:~
DM5454W
g~~:~8~
DM7451J
DM7451N
DM7453J
DM7453N
g~~:~:~
FLH 155·8450
FLH 175-8453
FLH181·7454
FLH 185-8454
GFB7450
GFB7451
GFB7453
GFB7454
107". ~j:i:~~~~
108" GJ674H53P
l~g~· ~~~~:~~:~
105
ATING CESS
FREQ.
(Hzf
1,:!
1,3
13
1.3
1.3
13
1,3
1,3
13
1,3
1,3
13
1,3
1.3
13
1.3
1.3
13
1,3
1,3
13
1,3
1,3
13
1.3
1.3
13
1,3
1,3
13
1,3
1,3
13
1,3
1.3
13
1,3
1,3
13
1,3
1,3
13
1,3
1.3
13
1,3
1,3
13
1.3
1,3
13
1.3
1,3
13
1.3
1,3
13
1,3
1.3
13
1,3
1,3
13
1.3
1,3
13
1,3
1,3
13
1,3
1,3
13
1,3
1,3
13
1,3
1,3
13
l,~
g~~m~
~~: ~t~1~t~m
aSt
lOOt
10lt
102"
103"
104"
105"
OPER- PRO~~Mt1
MO'
M~~
M~~
MO'
M~~
~g~
M~~
M~~
MO
M~~
M~~
MO~
~g~
MO~
M~~
M~~
MO~
M~~
MO
MO~
~g~
MO~
MC!~
M~~
MO~
M~~
MO
MO~
~~~
Mor
~qf
MO'
~~f
MO
~~~
MO
M~~
M~'
MO
MO
~g~
M~1
MO
MO
M~~
M~~
MO'
M~~
M~~
Mm
~g~
MOr
M~~
M~'
MO'
~~~
MO
M~~
MO
MO'
M~~
M~'
MO'
~~~
MO'
Ml~
MO
MO
1:~
~g,
1,~
1,3
13
1,3
13
D.A. T.A.
1J'1'
f!J '0'
(V)
PI)
I~q~ L~~
1,3
13
1,3
1,3
1,3
13
1.3
1,3
13
1,3
1,3
13
1,3
1.3
13
1,3
1,3
13
1,3
1,3
13
1,3
1,3
13
LOGIC
LEVEL
M~~
M~~
M~~
Mm
1.7%
1.7%
1.7%
1.7%
1.7!6
1.7%
1.7%
1.8%
1.8%
1.8%
1.8%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.Q%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2 ..0%
2.0%
2 ..0%
2.0%
2.0%
2 ..0%
2.0%
2 ..0%
.2.0%
2.Q%
2.0%
2.0%
~:g~
.2;0%
2.0%
2.0%
2.0%
2.0%
2.0.%
2.0%
2.Q~
2.0%
2.0%
2:0%
2.0%
2.0%
2.0%
2.0%
2.0%
~.O%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
~:g~
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2·2%
2.0%
2.0%
~:g~
I~~~
MO
2.0%
M~~
M~~
MO'
M~~
MO
MOt
M~:
~gr
~~:
MO
M~~
MO
Mm
~g~
MO~
~g;
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2 ..0%
2.()~
2.0%
2.0%
2.0%
2.0%
u:
1.2'
1.2'
1.2'
1.2'
u:
1.2*
.85'
.85 4
.85*
.85'
.70*
.70*
:~8:
.70'
.70'
.70'
.70'
.70'
.70'
.70*
.70'
.70*
.70'
.70'
.70'
.70'
.70'
.70'
.70'
.70'
.70'
.7.0'
.70'
.70'
.7.0'
;70'
.70'
.70'
.70'
.70'
.70'
.7.0'
.70'
.70'
.70'
.70'
.70*
.70'
.70'
.80'
.80*
.80*
.80*
.80'
.80*
.80*
:~8:
.80'
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
:~g:
.80*
.80*
.80*
.80*
.~O*
.80*
.80*
.80'
.80*
.80*
.80*
.80*
.80*
.~O*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
:~8:
.80*
.80*
.80*
.80*
.80*
.80*
.80*
:~8:
.80'
.80*
.80'
TYPE
8FAN
· GATES
POWER
IN
OUT
1J
i+t
TTL
19~ 1~
lOt:
106
lOll
lOll
lOll
itt
TTL
6t
St
9
9
6t
6t
6t
10
10
10
8
8
8
6t
6t
6t
10
10
10
8
8
8
4
4
1.0
1.0
6t
6t
10
1.0
8
8
6t
6t
1.0
10
6
6
6t
6t
10
10
8
8
6t
:m
tTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL '
TTL
iit
TTL
TTL
TTL
MAX.
PROPA- RISE
FALL
GATION TIME .tIME
N(t~· P~~. DE~fY
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
tTL
tTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
tTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
SUPPLY
SPAN
19~
~t
4
4
1111
1111
9
9
lOll
lOll
6t
6t
4
4
1111
1111
9
9
lOll
lOll
11
11
g~
6t
6t
6t
6t
lOll
lOll
lOll
lOll
lOll
lOll
g~
6t
6t
lOll
lOll
lOll
lOll
6lI
4
lOll
lOll
8
8
6t
4
8t
6t
6t
4
l1t
9
11
15
15
15
15
15
15
15
Kg
~:g
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
V.V
20
.20
20
20
20
20
20
:1O
20
2'0
20
20
20
20
20
20
20
20
10
10
10
10
10
10
10
10
10
10
11
11
11
11
11
11
10
10
10
10
10
10
10
10
10
10
10
10
10
1810
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
1810
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
1810
10
20
1~)
.
rsl
22nll
22nll
22nll
22nll
22nll
22nll
22nll
22nll
15nll
~~~~
20mt
20mt
20mt
20mt
20mt
20mt
20mt
68n%
l:¥ 1I~
1.1
1. 1
1.1
1. 1
1.1
1. 1
1.1
1I
1I
1I
1I
1I
1I
~~~~
15n.6.
0.0
15nll
15nll
0.0
0.0 I
90nll
~:g 90nll
0.0
0.0
5.0
90nll
5.0
90nll
0.0
0.0
5.0
90nll
5.0
0.0
90nll
5.0
90nll
0.0
0.0
5.0
90nll
5.0
90n6
0.'0
0.0
5.0
90nll
5.0
90nll
0.0
5.0
90nll
0.'0
5.0
90nll
0.'0
0.0
90nll
.5.0
0.0
5.0
90nll
0.0
5.0
90nll
0.0
5.0
90nll
5.0
90nll
0.0
0.0
5.0
90nll
0.0
5 ..0
90nll
0 ..0
5.0
90nll
5.0
.0.0
90nll
5.0
0.0
90nll
5.0
9.onll
0.0
0 ..0
5 ..0
90nll
0.0
5 ..0
9.onll
5.0
0.0
90nll
0.0
5.0
90nll
5.0
0.0
20nll
5.0
20nll
0 ..0
5.0
0 ..0
25nll
5 ..0
.0.0
25nll
5 ..0
20nll
Q.O
5.0
.0.0
20nll
0.0
5.0
90nll
0.0
5.0
90nll
0.0
5.0
90nll
0.0
5.0
90nll
0.0
5.0
90nll
0.0
5.0
90nll
5.0
0.0
11 nll
5.0
11 nll
0.0
5.0
11 nll
0.0
0.0
5.0
llnll
0.0
5.0
11 nll
0.0
5.0
llnll
5.0
0.0
llnll
llnll
0.0
~.O
5.0
llnll
0.0
5.0
0.0
llnll
5.0
llnll
0.0
5.0
llnll
0.0
5.0
0.0
llnll
5.0
0.0
llnll
0.0
5.0
llnll
0.0
5.0
llnll
llnll
Q.O
~.O
5.0
11 nll
0.0
11 nll
0.0
5.0
5.0
llnll
0.0
5.0 5.5nll
0.0
0.0
5.0 8.5nll
5.0
0.0
34nll
0.0
5.0
34nll
0.0
5.0
34nll
5.0
34nll
0.0
0.0
5.0
34nll
5.0
34nll
0.0
5.0
34nll
0.0
0.0
5.0
34nll
0.0
5.0
34nll
0.0
5.0
34nll
5.0
0.0
34nll
0.0
5.0
34nll
34nll
0.0
~.o
0.0
5.0
34nll
0.0
5.0
34nll
0.0
5.0
34nll
5.0
0.0
34nll
5.0
0.0
34nll
5.0
0.0
34nll
0.0
5.0
34nll
0.0
5.0
22M
5.0
0.0
22nll
0.0
5.0
22nll
0.0
5.0
22nll
0.0
5.0
22nll
0.0
5.0
22nll
0.0
5.0
13n
0.0
5.0
13n
0.0
5.0
13n
13il
0.0
5.0
o.() 5.0 13n
0.0
5.0
13n
0.0
5.0
13n
0.0
13n
~.O
5.0 3.0nt
0.0
IN ORDER OF (l)TYPE OF GATE(2)LOGIC TYPE
13 LEVEL'1'14ILEVEL'O'15IMAX FREQI6lTYPE No.
MAX. MAX.
TEMP. CKT·
DRAWINGS
PER LOGIC OUTLINE
TOTAL NOISE .
REJECT'LOVI HI MOE DWG. No DWG. No
PKG.
6=MO
Dl~~'
'C
'C
IV)
2~7m~'*
2.0mt
2.0mt
1.0mt
1.0mt
1.0mt
1.0mt
1.0mt
1.0mt
2.0mt
2.0mt
~.Omt
1.0mt
1.0mt
1.0mt
1.0mt
1.0mt
1.0mt
1.0mt
1.0mt
1.0mt
1.0mt
1 ..omt
1.0mt
l..omt
1.0mt
14m
14m
10m
10m
6.5m
6.5m
1.0mt
1.0mt
1.0mt
1.0mt
1.0mt
1.0mt
120m§
120m§
120m§
120m§
70m§
70m§
70m§
70m§
I 60m§
60m§
120m§
120m§
120m§
120m§
70m§
70m§
70m§
70m§
60m§
60m§
39mt
36mt
28m§
28mt
28mt
~~~~
28mt
14mt
14mt
14mt
14mt
14mt
14mt
28mt
28mt
28mt
28mt
14mt
14mt
14mt
4.0nt
4.0nt
4.0nt
4.0nt
4.0nt
4.0nt
1.0mt
1..omt
1.0 1I
1:g
~
1.0 II
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1I
1I
1I
1I
'
'
'
'
'
'
1I
1I
1I
1I
1I
1I
400m
400m
400m
400m
400m
400m
400m
400m
400m
400m
400m
400m
400m
400m
400m
400m
400m
400m
400m
j6~~j1~0~
70m§ 1..0 1I
47m§ 1.0 1I
47m§ 1.0 II
47m§(0 to.
47m§,1.0 1I
28mt i400m
28mt 400m
28mt 400m
28mt 400m
28mt 4()Om
28mt 400m
28mt 400m
28mt 400m
19mt 1.0 1I
SYMBOLS AND CODES
EXPLAINED IN INTERPRETER
1~5 f~5
-55
·55
·55
·55
·55
·55
-55
0
0
0
0
·55
-55
·55
-55
·55
·55
-55
·55
-55
I-55
-55
-55
0
0
0
0
0
0
0
·55
.0
·55
·55
·55
-55
·55
-55
-55
-55
-55
·55
·55
-55
-55
0
0
0
0
0
0
-55
-55
·55
-55
·55
·55
·55
·55
·55
·55
0
0
0
0
0
0
0
0
0
0
0
0
·55
·55
-55
-55
-55
·55
·55
·55
·55
·55
·55
·55
g
0
0
0
0
0
0
·25
-25
0
·25
0
-25
0
0
0
0
0
0
0
0
0
125
125
125
125
125
125
125
75
75 i
75
75
125
125
125
125
125
125
125
125
125
125
125
125
70
70
70
70
70
70
70
125
70
125
125
125
125
125
125
125
125
125
125
125
125
125
70
70
70
70
70
70
125
125
125
125
125
125
125
125
125
125
70
70
70
70
70
70
70
70
70
70
70
70
125
125
125
125
125
125
125
125
125
125
125
125
70
70
70
70
70
70
70
70
85
85
70
85
70
85
70
70
70
70
~8
70 '
70
70
1
~g~~~~
1 G02191
I+g~~o
M157c
1 G02191 T086
1 G02191 M157c
1 G02191 T086
1 G02191 M157c
1 G02191 T086
1 G02191 M157c
2 G03174 M157b
:2 G03174 M126e
1
M157b
1
M126e
2 G01259 FP87a
2 G01259 M294b
2 G01259 M344
1 G03107g FP87a
1 G03107a M294b
1 G03107g M344
1 G01259a FP87.
1 G01259. M294b
1 G01259. M344
2 G01259 FP87a
2 G01259 M294b
2 G01259 M344
1 G03107g FP87a
1 G03107a M294b
1 G03107g M344
1 G01259a FP87a
1 G01259a M294b
1 G01259a M344
2 G03175b TOl16
2 G03175b T.ol16
1 G.o3175d TOl16
1 G03175d TOl16
2 G03175b M157b
2 G03175b FP52e
1 G.o3175d M157b
1 G03175d FP52e
1 G03175c M157b
1 G03175c FP52e
2 G01269 M157b
2 G01269 FP97a
1
M157b
1
FP97a
1.G01278 M157b
1 IG01278 FP97a
21G03175b M157b
2 G03175b M126e
1 G03175d M157b
1 ·G03175d M126e
1 G03175c M157b
1 G03175c M126e
2 G03174 M294b
2 G03174 M344
2 G03174 M294b
2 G03174 M344
1 G03175a M294b
1 G03175a M344
1 G03175a M294b
1 G03175a M344
1 G03214b M294b
1 G03214b M344
2 G03174 M294b
2 G03174 M344
2 G03174 M294b
2 G03174 M344
1 G03175a M294b
1 G03175a M344
1 G03175a M294b
1 G03175a i M344
1 G03214b M294b
1 G03214b M344
1 G01228a M344
1 G01228 M344
2 G03174 M294b
2 G03l74 M344
2 G03174 FP97a
2 G03174 M294b
2 G03174 M344
2 G03174 FP97a
1 G03175a M294b
1 G03175a M344
1 G03175a FP97a
1 G03175a M294b
1 G03175a M344
1 G03175a FP97a
M294b
~ I~g~g: M344
2 G03174 M294b
2 G03174 M344
1 G03175a M294b
1 G03175a M344
1 G03175a M294b
1 G03175a M344
2 GOl170 M126D
2 GOl170a Ml~6p
1 GOl171 M126p
1 GOl171 M126D
1 GOl171. M126p
1 GOll71a M126p
2 G03174 T01l6
2 G01203 TOl16
2 G01204 TOl16
2 G01205 TOl16
G03174 ITOl16
~ G01203 TOl16
2 G01204 TOll6
~
ggggg. im1~~
105
LINE
No.
3
4
6
7
!l
10
12
13
TYPE
No.
-U
TYPE
~~
Mt1PROOPER-
OF
GATE
ATING CESS 31
FREQ.
~'1'
(Hz)
(V)
JANM38510/00501 BAB
11.3
I
JANM38510/00501BAC
JANM38510/00501BCB
11.3
1
JANM3851 0/0050 1 BCC
JANM;l8510;00501CAA
11.3
I
JANM38510/00501CAB
JANM38510/00501CCA
11.3
I
JANM38510/00501CCB
15
JANM38510/0~~~IC~B
16
JANM38510/00502BAA
18
19
21
22
23
24
25
JANM38510/00502BAC
11.3
I
JANM38510/00502BCA
JANM38510/00502BCC
11.3
I
JANM38510/00502BOB
JANM3851 0/0~5~2BDi'C
113
IJANM38510/00502CAA
11.3
1
JANM38510/00502CAB
27
JANM38510/00502CCA
28
JANM38510/00502CCB
30
31
33
34
36
37
39
40
42
43
45
46
48
49
b
1
52
54
55
106
11.3
1
JANM38510/00502CDB
11.3
1
JANM38510/00502CDC
JANM38510/00503BAB
11.3
"
JANM38510/00503BAC
JANM38510/00503l,;A:l,;
11.3
I
JANM38510/00503CCA
JANM38510/00503CCC
11.3
1
JANM38510/00503CDB
I
JANM38510/00504BDB
11.3
1
JANM38510/00504BDC
1 1.
IU
II>
:.I luU;l:.llH
MlOl>J
TTL
6t
10
0.0
5.5
27nll
102m
-55
125
2 G01244
FP115
FP115
14mT 1.U II
2.0%
.80*
TTL
6t
10
0.0
5.5
27nll
102m
-55
125
2 G01244
MOr
2.0%
.80*
TTL
6t
10
0.0
5.5
27nll
102m
-55
125
2 G01244
FP115
Mm
2.0%
.80*
TTL
6t
10
0.0
5.5
27nll
102m
-55
125
2 G01244
M314
Mm
2.0%
.80*
TTL
6t
10
0.0
5.5
27nl;
102m
-55
125
2 G01244
M314
Mm
2.0%
.80*
TTL
6t
10
0.0
5.5
27nll
102m
-55
125
2 G01244
M314
MO~
2.0%
.80*
TTL
6t
10
0.0
5.5
27nl;
102m
-55
125
2 G01244
FP116
MO~
2.0%
.80*
TTL
6t
10
0.0
5.5
27nll
102m
-55
125
2 G01244
FP115
MO~
:l.U'lE>
.1l0*
TTL
tit
1U
0.0
5.5
:.I7nll
lU:.Im
-55
125
2 u01244
FPlll>
MO~
2.0%
.80*
TTL
6t
10
0.0
5.5
27nl;
102m
-55
125
2 G01244
FP115
MO~
2.0%
.80*
TTL
6t
10
0.0
5.5
27nl;
102m
-55
125
2 G01244
M314
M314
2.0%
.80*
TTL
6t
10
0.0
5.5
27"'"
102m
-55
125
2 G01244
2.0%
.80*
TTL
6t
10
0.0
5.5
27nll
102m
-55
125
2 G01244
M314
MO~
2.0%
.80*
TTL
6t
10
0.0
5.5
27nll
102m
-55
125
2 G01244
FP116
MO~
2.0%
.80*
TTL
4
10
0.0
5.5
27nl;
102m
-55
125
2 G01:.145
FP115
MO~
2.0%
.80*
TTL
4
10
0.0
5.5
27nll
102m
-55
125
2 G01245
FP115
Mm
2.0%
.80*
TTL
4
10
0.0
5.5
27nll
102m
-55
125
2 G01245
FP115
MOr
2.0%
.80*
TTL
4
10
0.0
5.5
27nll
102m
-55
125
2 G01245
M314
Mar 2.0%
.80*
TTL
4
10
0.0
5.5
27nll
102m
-55
125
2 G01245
M314
Mm
2.0%
.80*
TTL
4
10
0.0
5.5
27nll
102m
-55
125
2 G01245
M314
MOr
2.0%
.80*
TTL
4
10
0.0
5.5
27nl;
102m
-55
125
2 G01245
FP116
Mar 2.0%
.80*
TTL
4
10
0.0
5.5
27nll
102m
-55
125
2 G01245
FP116
MO~
2.0%
.80*
TTL
4
10
0.0
5.5
27nll
102m
-55
125
2 G01245
FP115
MO~
2.0%
.80*
TTL
4
10
0.0
5.5
27nll
102m
-55
125
2 G01245
FP115
Mar
2.0%
.80*
TTL
4
10
0.0
5.5
27nll
102m
-55
125
2 G01245
FP115
M314
MO~
2.0%
.80*
TTL
4
10
0.0
5.5
27nll
102m
-55
125
2 G01245
MOr
2.0%
.HO*
TTL
4
10
0.0
5.5
27nl;
102m
-55
125
2 u01245
M314
!MO~
2.0%
.80*
TTL
4
10
0.0
5.5
27nll
102m
-55
125
2 G01245
M314
FP116
Mm
2.0%
.80*
TTL
4
10
0.0
5.5
27nll
102m
-55
125
2 G01245
MO~
2.0%
.80*
TTL
4
10
0.0
5.5
27nll
102m
-55
125
2 G01245
FP116
MO~
2.0%
.80*
TTL
lOll
10
0.0
5.5
27nll
68m
-55
125
1 G01246
FP115
MO~
2.0%
.80*
TTL
lOll
10
0.0
5.5
27nl;
68m
-55
125
1 G01246
FP115
Mm 2.0%
.80*
TTL
101;
10
0.0
5.5
27nll
68m
-55
125
1 G01246
FP115
MO~
2.0%
.80*
TTL
lOll
10
0.0
5.5
27nll
68m
-55
125
1 G01246
M314
2.0%
.80*
TTL
101;
10
0.0
5.5
27nll
68m
-55
125
1 G01246
M314
Mur
2.u%
.80*
TTL
lUI;
10
O.U
5.5
27nll
ti8m
-55
lZo
lluOl24!i
M314
I
MO~
2.0%
.80*
TTL
lOll
10
0.0
5.5
27nll
68m
-55
125
1 G01246
FP116
Mar
2.0%
.80*
TTL
lOll
10
0.0
5.5
27nll
68m
-55
125
1 G01246
FP116
MO~
2.0%
.80*
TTL
lOll
10
0.0
5.5
27nll
68m
-55
125
1 G01246
FP115
Mar
2.0%
.80*
TTL
101;
10
0.0
5.5
27nl;
68m
-55
125
1 G01246
FP115
0.0
5.5
27nll
68m
-55
125
1 G01246
FP115
68m
-55
125
1 G01246
M314
MO~
2.0%
.80*
TTL
101;
10
Mar
2.0%
.80*
TTL
lOll
10
0.0
5.5
27nll
MO~
2.0%
.80*
TTL,
101;
10
0.0
5.5
27nll
68m
-55
125
1 G01246
M314
MO~
2.0%
.80*
TTL
lOll
10
0.0
5.5! 27nll
68m
-55
125
1 G01246
M314
1 G01246 IFP116
I
MOr
2.0%
.80*
TTL
101;
10
0.0
5.5
27nll
68m
-55
125
MO~
2.0%
.80*
TTL
101;
10
0.0
5.5
27nll
68m
-55
125
1 G01246
MO~
2.0%
.80*
TTL
8
10
0.0
5.5
27nll
68m
-55
125
1 G01247
FP115
MO~
2.0%
.80*
TTL
8
10
0.0
5.5
27nll
68m
-55
125
1 G01247
FP115
MO~
2.0%
.80*
'TTL
8
10
0.0
5.5
27nll
68m
-55
125
1 G01247
FP115
MO~
2.0%
.80*
TTL
8
10
0.0
5.5
27nll
68m
-55
125
1 G01247
M314
MO~
2.0%
.80*
TTL
8
10
0.0
5.5
27nl;
68m
-55
125
1 G01247
M314
MO~
2.0%
.80*
TTL
8
10
0.0
5.5
27nll
68m
-55
125
1 G01247
M314
MO~
2.0%
.80*
TTL
8
10
0.0
5.5
270ll
68m
-55
125
1 G01247
FP116
MO~
2.0%
.80*
lTL
H
lu
O.U
5.5
27nll
!i8m
-bo
125
1 G01247
FP116
JANM38510/00504BAB
JANM4CAA
,SO*
MO~
2.0%
11,3
JANM3S510/00504CAB
Mur ~.U%
,Su*
LINE
No.
1
OF
GATE
1
2
3
MO~
4
JANM38510/00_SP4CCA
11,3
1
JANM38510/00504CCB
5
IN ORDER OF (1)TYPE OF GATE(2)LOGIC TYPE
13 LEVELTI4 LEVEL'O'IS)MAX FREQI61TYPE No.
8. GATES
2,0%
,SO*
TYPE
121
r
IN
OUT
MAX. MAX.
TEMP. CKT
DRAWINGS
TOTAL NOISE
PER LOGIC OUTLINE
PKG.
REJECT LO"'" HI Moe DWG. No DWG. No
POWER
MAX.
SUPPLY PROPA- RISE
FALL
SPAN
GATION TIME TIME
NEG 'POS !DELAY
t
tf
(V)" . (V)"
i~)
is)
Dl~~'{\fL
-is)
JANM38510/00504COB
11.3
I
JANM3S510/00504COC
8
S
10
0.0
5,5
27n"
68m
-55
125
1 G01247
SilO
0,0
5,5
27n"
6Sm
,-55
125
1 G01247
FPl15
TTL
S
0,0
5,5
27n"
6Sm
-55
125
1 G01247
FP115
10
MO~
2,0%
,80*
TTL
8
10
0,0
5,5
27n"
6Sm
-55
125!
1 G01247
M314
2,0%
,80*
TTL
8
10
0,0
5,5
27n"
68m
-55
125
i
1 G01247
M314
MOr
2,0%
,80*
TTL
S
10
0,0
5,5
27n"
68m
-55
125'
1 G01247
M314
MOr
2,0%
,80*
TTL
8
10
0,0
5.5
68m
-55
125
1 G01247
FPl16
MOr
2,0%
,80*
TTL
8
10
0,0
MOr
2,0%
,SO*
TTL
M
10
0,0
2.0%
,80*
TTL
6"
10
0,0
1.
5.5
27n"
68m
-55
125
1 G01247
M314
5,5
26n"
140m
-55
125
2 G02170
M314
5,5
26n"
140m
-55
125
2 G02170a I FPl16
Mur
~,O%
,~O*
TTL
6"
10
0,0
5,5
26n"
140m
-55
125,
MOr
2.0%
,80*
TTL
M
10
0,0
5,5
26n"
140m
-55
125
MOr
2,0%
,80*
TTL
4
10
0,0
5.5
18n"
140m
-55
125
2 G01240
MOr
2,0%
,80*
TTL
4
10
0,0
5,5
18n"
140m
-55
125
2 G01240a FPl16
MO~
2,0%
,80*
TTL
4
10
0,0
5,5
18n"
140m
-55
125
2 G01240
MO~
2.0%
,80*
TTL
4
10
0,0
5,5
18n"
140m
-55
125
2 G01240a FP116
MO~
2,0%
.80*
TTL
10"
10
0,0
5,5
26n"
140m
-55
125
1 G01211
Mm
2,0%
.SO*
TTL
10,,1 10
0,0
5,5
26n"
140m
-55
125
1 G01211b FP116
12
JANM38510/04002BCB
11.3
1
JANM38510/04002BOB
13
14
FPl15
MOr
JANM3851 0/04001 BOB
11,3
1
JANM3851 0/0400 1CCB
11
6=MO
TTL
9
10
'C
TTL
6
7
'C
!
21G02170
M314
2 G02170a FPl16
M314
15
It;
JANM;j~510/04002<.;OB
17
11,3
1
JANM38510/04003BCB
18
19
JANM38510/04003CCB
11.3
1
I
M314
M314
2.0%
,80*
TTL
10"
10 i 0,0
5,5
26n"
140m
-55
125
1 G01211
M314
MOr
~,O%
,8U*
TTL
10"
10
0,0
5,5
20n"
140m
-55
125
1 G02201
FP116
Mm
2,0%
,SO*
TTL
8
10
0,0
5,5
lSn"
140m i
-55
125
1 G02202
M314
MOr
2,0%
,80*
TTL
S
10
0.0
5,5
18n"
140m I
-55
125:
1 G02201
FPl16
Mor
2,0%
,SO*
TTL
S
10
0,0
5,5
lSn"
140m
-55
125
1 G02202
M314
Mm
2,0%
,SO*
TTL
8
10
0,0
5,5
18n"
140m
-55
125·
1 G02201
FPl16
.80*
TTL
10"
10
0,0
5,5 I 26n"
75m
-55
125
1 G01241
M314
,SO*
TTL
10"
10
0,0
5,5
26n"
-55
125
1 G01241a FP116
,SO*
TTL
10"
10
0,0
5.5
26n"
-55
125
1 G01241
,80*
,TTL]
10"
10
0,0
5.5
20n"
-55
125
1 G01241
l++t
I
TTL'
1~~
,-55
7'25!5
1 r.;np41a
JANM38510/04003COB
21
JANM38510/04004BOB
22
i 1.3
1
JANM38510/04004CCB
23
24
25
JANM38510/04YP5BCB
11.3
1
JANM38510/04005BOB
26
27
28
JANM38510/04005CCC
11.3
1
JANM38510/04005COB
29
:~g:
U
13
32# MIC74H50J
33# MIC74H51J
34# MIC74H53J
~~
N74H51A
l~j:~gJ~
1.3
1.3
13
1,3
1,3
13
1.3
1,3
13
1,3
1.3
13
1.3
1,3
13
1,3
1,3
13
1.3
1,3
13
1,3
1.3
13
58
59
60
61
62
63
64
65
66
67
6S
69
70
71
72
73
N74H53F
N74H54A
N74H54F
N74H55A
N74H55F
N74lS51A
N74lS51F
N74lS54A
N74lS54F
N74lS55A
N74lS55F
NC74H50N
NC74H51N
NC74H53N
NC74H54N
NC74H55N
j~
~g:~~~
13
1.3
1,3
13
1.3
1,3
13
1,3
1.3
13
1,3
1,3
13
1.3
1,3
13
~~u ~r~5451J
39~~ MIC5453J
40+
41 #
42#
43#
44#
45+
46+
47+
4S+
49+
50+
51 ~~
52+
MIC5454J
MIC6450J
MIC6451J
MIC6453J
MIC6454J
MIC7450J
MIC7450N
MIC7451J
MIC7451N
MIC7453J
~~
~j:~~g~
55
MIC74~,!N
MIC7454J
MIC7454N
76
77
7S
79
M=MO
D!,SS.
W)
(V)
°C °C
~~~r
:~~
39mt
39mt
62mt
62mt
40mt
40mt
40mt
30mt
30mt
62mt
62mt
40mt
40mt
40mt
30mt
30mt
28mt
28mt
22mt
~~~;
15n
28mt
22mt
22mt
250m 1.0
28mt
28mt
28mt
~~mt
22mt
22mt
22mt
22mt
50n
50n
50n
50n
50n
50n
3.0n
3.0n
3.0n
3.0n
3.0n
3.0n
3.0n
3.0n
6.0n
6.0n
6.0n
6.0n
6.0n
6.0n
!j.On
6.0n
6.0n
6.0n
6.0n
6.0n
6.0n
6.0n
6.0n
6.0n
6.0n
6.0n
6.0n
6.0n
6.0n
!j.On
6.0n
6.0n
6.0n
6.0n
6.0n
6.0n
6.0n
6.0n
6.0n
6.0n
8.0n
8.0n
8.0n
8.0n
4.5n
4.5n
-55
-55
0
0
0
0
0
0
0
-55
-55
-55
-55
-55
-55
-55
-55
-55
-55
-55
-55
-55
-55
-55
0
-55
-55
-55
-55
-55
-55
-55
-55
-55
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
-55
-55
-55
-55
0
0
0
0
-55
-55
0
0
-55
-55
-55
-55
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
-55
-55
-55
-55
-55
28mt
28mt
28mt
28mt
22mt
22mt
22mt
22mt
27mt
27mt
36mt
36mt
58mt
58mt
27mt
27mt
36mt
36mt
49m6 600m
49m6 600m
49m6 600m
49m6 600m
49m6 600m
49m6 600m
62m
22mt 1.0
22mt 1.0
22mt 1.0
22mt 1.0
80mt
80mt
80mt
80mt
22mt 1.0
22mt 1.0
22mt 1.0
22mt 1.0
30mt 900m
30mt 900m
25mt 900m
25mt 900m
20mt 900m
20mt 900m
40mt 900m
40mt 900m
30mt 900m
30mt 900m
25mt 900m
25mt 900m
20mt 900m
20mt 900m
40mt 900m
40mt 900m
30mt 900m
30mt 900m
25mt 900m
25mt 900m
20mt 900m
20mt
-5~
40mt
-55
40mt 900m
-55
30mt
-55
30mt
-55
25mt 900m
-55
25mt 900m
-55
20mt 900m
-55
20mt 900m
-55
40mt 900m
-55
40mt 900m
-55
38mt 400m6 -55
38mt 400m6 -55
38mt 550m6 0
38mt 550m6 0
44m 1.0
-55
44m 1.0
-55
~gg~
SYMBOLS AND CODES
EXPLAINED IN INTERPRETER
m
~ ~g~~~~ fg~~6
125
1 G03223
j~5
~ ~g~~~~
75
75
75
75
75
75
125
125
125
125
125
125
125
125
125
125
125
125
125
125
125
70
125
125
125
125
125
125
125
125
125
70
70
70
70
70
70
70
75
75
75
75
75
75
75
75
75
75
75
75
75
125
125
125
125
75
75
75
75
125
125
75
75
125
125
125
125
75
75
75
75
75
75
75
75
75
75
75
75
75
75
75
75
125
125
125
125
125
m
125
125
125
125
125
125
125
125
125
125
125
75
75
125
125
2
1
1
1
1
1
2
G01184
G01211
G01211
G01211a
G01212
G01212
G01184
~ ~gm1
1
1
1
1
2
2
1
1
2
2
1
1
4
2
2
2
T086
T0116
T0116
T0116
T086
T0116
T0116
T086
T0116
T0116
T0116
T086
T0116
T0116
T086
T0116
FP77
FP77
T086
G01211
G01211a
G01212
G01212
G01193
G03267a
G01213a
G01214a
G01193 ~g~6
G03267a FCl
G01213a FCl
G01214a FC1
G01193 T086
GOl193a TOl16
GOl193b T086
11~gm~c :::g~~6
1
1
1
2
2
2
1
1
1
1
1
1
1
1
1
2
2
1
1
1
1
1
1
1
1
G01194a
G01194b
G01194c
G01193
G01193a
GOl193b
G01193c
G01194
G01194a
G01194b
G01194c
G03226
G03226
G03221
G03221
G03227
G03227
G03226
G03226
G03221
G03221
G03199
G03199
G03199
G03199
1
~g~1~~
1
1
1
1
2
2
2
2
1
1
1
1
1
1
1
1
1
1
2
2
1
1
1
1
G01163
G01163
GOl164
G01164
G03209b
G03209b
G03209b
G03209b
G01163
G01163
G01164
GOl164
G03222
G03222
G03223
~g~~~~
G03224
G03225
G03225
G03223
~g~~~~
G03223
~g~~~:
1
2 G03225
~ ~g~n~
1
1
1
1
G03222
G03223
G03223
G03224
TOl16
T086
TOl16
T086
T0116
T086
T0116
T086
TOl16
T086
T0116
T086
T0116
T086
T0116
T086
T0116
T086
T0116
T086
T0116
T0116
M157
T088
T0116
M157
T088
FC5a
FC5a
FC5a
FC5a
FP21c
T0116
FP21c
T0116
FC5a
FC5a
FC5a
FC5a
T086
TOl16
T086
T0116
T086
T0116
T086
T0116
T086
TOl16
T086
T0116
T086
T0116
T086
T0116
T086
T0116
T086
T0116
T086
~ ~gn~~ :::g~~6
2 G03225
11~g~~~~
1
1
1
1
2
2
2
2
2
2
1
1
G03223
G03223
G03224
G03224
G03225
G03225
G03209b
G03209b
G03209b
G03209b
G01163
G01163
TOl16
TOB6
TOl16
T086
T0116
T086
T0116
T086
T0116
FP21c
TOl16
FP21c
TOl16
M157
M126
110
LINE
No_
~
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
~~
27
28
29
30
31
32
33
~~
36
37
38
39
40
41
42
43
44
45
46
47
48
49
50
51
52
53
54
55
56
57
58
59
60
~~
63
64
65
66
67
68
69
70
71
72
n
75
76
77
78
79
80
8,.
82+
83
84
85
86
87
~~
90
91
92
93+
94
95
96
97
98
99
100
101
102
103
104
105
19~
108
109
110
111
~
+~~~~gg~~
SNG70J
SNG70W
SNG71J
SNG71W
F~JZ?'
U
13
1,~
1,3
13
1.3
SNG73J
SNG73W
TG70F
TG70J
TG71F
TG71J
TG72F
TG72J
TG73F
TG73J
TRWG70#2
MC2063F
MC2063l,P%
MC2100F
MC2100l
~g1g:r
MC2113F
MC2113l
MC2150F
MC2150l
MC2154F
MC2154l
MC2163F
~~J~~gj
SNG210W
SNG211J
SNG211W
SNG212J
SNG212W
SNG213J
SNG213W
I~~g~~g~
SNG251J
I~~g~~~rv
SNG252W
SNG253J
SNG253W
SNG300J
SNG300W
SNG301J
SNG301W
SNG302J
SNG302W
SNG303J
SNG303W
SNG310J
SNG310W
~~gm~
13
1,3
1.3
13
1,3
1,3
13
1,3
1.3
13
1,3
1,3
13
1.3
1,3
13
1.3
1,3
13
1.3
1,3
13
1.3
1.3
13
1.3
1,3
13
1,3
1,3
13
1,3
1,3
13
1,3
1.3
13
1,3
1.3
13
1,3
1.3
13
1,3
1,3
13
1,3
1,3
13
1,3
~~~~1~rv
~g~
ig~1~t
1,3
1,3
13
1,3
1,3
13
TRWG300#2 1,3
TRWG310#1 1,3
TRWG310#2 13
1,3
1,3
MAGS
14
MAG12
1,4
10108B
1,4
10108F
14
SN10108J
11,4
SN10108N
1.4
SW770-1P
14S
I.4S
~~~mg:~~
I.4S
SW770-2P
14S
SW778-2M
1,4S
SW778-2P
I,4S
MAG9
lG
SN531
lGM
SW774-1P
1M
SW774-2M
1M
i~~)~jOO:ltl
Wi
MO~
~~~
MO/
g
3.3
3.3
.,.,
v.v
3.3
3.3
MO
3.3
Mm 3.3
3.3
M~; 3.3
3.3
Mq~ 3.3
Mq~ 3.3
MO~
3.5
3.5
MO
3.5
MO~
3.5
3.5
3.5
MO~ 3.5
3.5
Mq~
Mq~ 3.5
MO~ 3.5
3.5
3.5
MO~ 3.5
3.5
M~~ 3.5
3.5
Mq~ 3.5
3.5
M9~
MO~ 3.5
3.5
MO
3.5
MO~ 3.5
3.5
MO
3.5
MO
3.5
3.5
3.5
MO~ 3.5
M9~ 3.5
M9~ 3.5
MO' 3.5
Mm 3.5
M9~ 3.5
Mm 3.5
M9~ 3.5
M9' 3.5
MO' 3.5
M9~ 3.5
M9~ 3.5
Mm 3.5
M~~
~g~
~8~
~~~
~g~
M~~
M~~
~~~
I
!
~~~
MO
M9~
M9'
MO'
Mm
M9~
Mm
~~;
I
i
40M
40M
I 40M
40M
15M
15M
5.0M
5.0M
Mm
M9~
M9'
MO~
M!f
MO
Mm
PCB
PCB
PCB
PCB
M~:
MO
M!f
MO
Mm
IM9~
IMq~
Mm
5.0M
I~g;
PCB
Mq~
Mq~
Mm
1~
1M
1M
1M
1M
lMA
lMS
lMS
lMS
I ~b03U;~-:~
lIS
MC3128l
IS
MC3028F
IS
MC3028l P% lS
MO~
M~~
'U
13
TG312J
TG313F
M~~
3.3
3.3
3.3
MO~
~g~
1,3
1,3
13
SNG313W
TG310F
TG310J
TG311F
H
3.3
MO
i 1'~
SNG312J
lJ'1'
(V)
~q~
20M
20M
20M
20M
20M
20M
20M
20M
20M
20M
20M
20M
20M
20M
20M
20M
1.3
T~Y..":G70#1
SN534
99530C
99540C
9955DC
99640C
R141
B130
ATING CESS
1,3
1.3
13
~~~m'V
~r:l;t2P
OPER- PRO~~M:1
fi.i,PE
OF
GATE
TYPE
No,
LOGIC
LEVEL
MO
M1~
MO
~.5
3.5
3.5
3.5
3.5
3.5
3.5
3.5
3.5
3.5
3.5
3.5
3.5
3.5
3.5
3.5
3.5
3.5
5.0
5.0
3.0%
3.0%
-.96%
-.96%
-.98%
-.98%
1.8%
1.8%
1.9%
1.9%
1.9%
1.9%
3.0%
2.7
1.8%
1.9%
1.9%
2.7
2.7
fij,O'
.26
.26
.26
.26
.2~
.26
.26
.26
.26
.26
.26
.26
.26
.26
.26
.26
.~~
.26
.25t
.25t
.25t
.25t
.~?t
.25t
.25t
.25t
.25t
.25t
.25t
I .25t
.25t
.25t
.25
.25
.25
.25
.25
.25
.25
.25
.25
.25
.25
.25
.25
I .25
.25
.25
.25
.25
.25
.25
.25
.25
.25
.25
.25
.25
.~5
.25
.25
.~:!
.25
.25
.25
.25
.25
.25
.25
.25
.25
.25
.25
.25
.25
.25
0.0
0.0
.40*
.40*
-1.7*t
-1.7*t
-1.6*
-1.6*
1.2*
1:~:
1.2*
1.2*
1.2*
.40*
.30
1.2*
1.2*
1.2*
.30
.30
MO~
D.A. T.A.
~CO: -3.0
PCB -3.0
M~~ 9.0'j(,
2.4%
~g~ 2.4%
2.5%
~g~ 2.5%
flJ
IN
0.0
0.0
~g:t
SUPPLY
SPAN
lOUT
I
(II)
:~~
Mq~
Mq~
2.0M
10M
TYPE
8FAN
· GATES
POWER
tit I
nt
19
TTL . 6t
6t
6t
6t
TTL
TTL
TTL
6t
TTL
TTL
6t
TTL
St
6t
TTL
TTL
6t
TTL
6t
TTL
6t
6t
TTL
6t
TTL
6t
TTL
TTL
6
TTL
6
TTL
5t
TTL
5t
9,',
TTL
9,',
TTL
TTL
TTL
18±
5t
TTL
TTL I 5t
TTL I 9,',
9,',
TTL'
TTL 1 10,'"
10,',
TTL
TTL
5t
TTL
5t
9,',
'TTL
9,',
TTL
9,',
TTL
9,',
TTL
9,',
TTL
9,',
TTL
9,',
TTL
9,',
TTL
TTL
10,',
10,',
TTL
TTL
10,',
10,',
TTL
10,',
TTL
10,',
TTL
10,',
ITTl
10,',
TTL
!TTl
10,',
10,',
TTL
10,',
TTL
10,',
TTL
10,',
TTL
10,',
TTL
10,',
TTL
10,',
TTL
TTL
6t
TTL
6t
~i
nt
TTL
TTL
TTL
'TTl
TTL
ITTl
TTL
Int
TTL
TTL
TTL
TTL
:::it
TTL
TTL
TTL
OTl
OTl
ECT
ECT
ECT
ECT
OTl
OTl
IOTl
OTl
OTl
OTl
OTl
OTl
OTl
OTl
OTl
OTl
OTL
RTl
RTl
RTl
RTl
OTl
OTl
nt
TTL
.40*t
.40*t TTL
.40*t 'TTL
11
11
15t
15t
7t
7t
12t
12t
6t
i~i
!
N(W
P~~,
g:g
0.0
0.0
0.0
0.0
0·2
0.0
0.0
0.0
g:g
5.0
5.0
5.0
5.0
5·2
5.0
5.0
5.0
v,v
I
I
15t I 0.0
15t
15t 00
0.0
15t 0.0
15t 0.0
15t 0.0
15t 0.0
15
0.0
15
0.0
5
0.0
5
0.0
11
0.0
11
0
11
0.0
11
O·
11
0.0
11
0.0
6
0.0
6
0
6 I 0.0
6
0
6 I 0.0
6 ' 0.0
11
0.0
11
0.0
6
0.0
6
0.0
II
0.0
9
0.0 I
5
g:g I
5
11
0.0 I
11
g:g I
6
6
0.0
9
0.0
9
0.0
5
0.0
5
0.0
11
0.0
11
0.0
6
0.0
6
0.0
9
0.0
9
0.0
5
0.0
5 , 0.0
11
0.0
11
0.0
0.0
0.0
6t
9
0.0
6t
9
0.0 !
6t
5
0.0
0.0
6t ' 5
6t
11 I 0.0
6t
11
0.0
6t
9
0.0
6t
0.0
6t
0.0
6t
6
0.0
6t
5
0.0
6t
5
0.0
11
0.0
10
10
11
0.0
6
11
0.0
6
11
0.0
5,', 10
0.0
10,', 10
0.0
5,',
8
0.0
2
H
0.0
4
5.2
4
5.2
4
5.2
4
5.2
I
0.0
10 I 8
8
0.0 I
16
8
0.0
10
a
0.0
4
8
0.0
4
8
0.0
3t
8
0.0
M
10
0
3
10
0.0
3
12
0.0
3
0.0
1~
0
M
4
3t
0
3t
11
2.0
4
11
2.0
11
2.0
8
3t
11
2.0
14
20
15
12
10 ! 15
10
2,9
i
~i i ~
~
I
~
3
3
3
I
0.0
0.0
0.0
0.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
7.0
7.0
8.0
8
8.0
8
8.0
8.0
8.0
8
8.0
8
8.0
8.0
5.0
5.0
5.0
5.0
5.0
5.0
~:g
5.0
~:g
5.0
5.0
5.0
5.0
5.0
5.0
~.O
MAX,
FALL
PROPA- RISE
GATION TIME TIME
DELSfY
(s
1~·2n
6.0n
12n
12n
12n
12n
12n
12n
12n
12n
i 2n
12n
12n
12n
12n
12n
12n
12n
12n
12n
8.0n
8.0n
16.0n
6.0n
7.0n
7.0n
8.0n
8.0n
6.0n
6.0n
7.0n
7.0n
8.0n
8·2 n
6.0n
6.0n
6.0n
6.0n
6.0n
I~:g~
6.0n
6.0n
6.0n
6.0n
6.0n
6.0n
6.0n
6.0n
6.0n
6.0n
6.0n
6.0n
6.0n
6.0n
6.0n
6.0n
16.on
6.0n
6.0n
On
6.0n
6.0n
6.0n
6.0n
6.0n
6.0n
6.0n
6.0n
6.0n
6.0n
6.0n
6.0n
6.0n
6.0n
6.0n
6.0n
6.0n
8.0n
8.0n
1 35n
35n
2.8n
2.8n
3.0n
6.0n
6.0n
6.0n
6.0n
.6.0n
6.0n
6.0n
6.0n
6.0n
6.0n
6.0n
6.0n
6.0n
6.0n
6.0n
6.0n
6.0n
6.0n
4.5n
4.5n
4.5n
4.5n
4.5n
4.5n
4.5n
4.5n
4.5n
4.5n
4.5n
4.5n
4.5n
14.5n
3.0n
3.0n
3.0n
3.0n
3.0n
3.0n
3.0n
3.0n
3.0n
3.0n
3.0n
3.0n
3.0n
3.0n
3.0n
3.0n
3.0n
3.0n
3.0n
3.0n
3.0n
3.0n
3.0n
3.0n
3.0n
3.0n
3.0n
3.0n
3.0n
3.0n
3.0n
3.0n
3.0n
3.0n
3.0n
3.0n
3.0n
3.0n
3.0n
13.0n
3.0n
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
52
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
1~·On
5.0
1~·On
5.0
3.0n
5.0
5.0
!
5.0
5.0
0.0
4.0n
0.0
4.0n
0.0
0.0
5.0
40n%
30n%
5.0
5.0
40n%
40n%
5.0
5.0
30n%
5.0
30n%
5.0
35n
4 30n,',
45n
5.0
35n%
5.0
35n%
35n%
5.0
lOOn
8 5.0n
8 5.0n
lOOn
4.5 3.0n
4.5 3.0n
4.5 3.0n
4.5 ,3.0n
10
45n
10 15n
0 I!jOOn,',
5.0 9.0n
5.0 9.0n%
5.0 9.0n
5.0 9.0n%
1
ili·
~)
1~)
4.~n
!~'2n
4.5n
8.0n
8.0n
8.0n
8.0n
~.On
8.0n
8.0n
8.0n
8.0n
8.0n
8.0n
8.0n
8.0n
8.0n
8.0n
8.0n
8.0n
8.0n
3.0n
3.0n
3.0n
3.0n
1~·2n
3.0n
3.0n
3.0n
3.0n
3.0n
3.0n
3.0n
3.0n
~.On
4.5n
4.5n
4.5n
4.5n
4.5n
4.5n
4.5n
4.5n
4.5n
4.5n
4.5n
4.5n
4.5n
4.5n
4.5n
4.5n
4.5n
4.5n
4.5n
4.5n
4.5n
4.5n
4.5n
4.5n
4.5n
4.5n
4.5n
4.5n
4.5n
4.5n
4.5n
4.5n
4.5n
4.5n
4.5n
4.5n
4.5n
4.5n
4.5n
4.5n
4.5n
4.5n
4.5n
4.5n
IN ORDER OF (1)TYPE OF GATE(2)LOGIC TYPE
13 LEVEL'1'14ILEVEL'O'15IMAX FREQI6lTYPE No,
MAX, MAX,
EMP, CKT
DRAWINGS
TOTAL NOISE .1
PER LOGIC OUTLINE
PKG, REJECT ,LOW HI MQ[ DWG. No DWG. No
ll=MO
DI~~'
(V)
'C 'C
m~
40m
40m
40m
40m
40m
40m
40m
40m
I
40m
]:g
900m
900m
900m
900m
900m
900m
900m
900m
gOOm
900m
900m
900m
900m
40m
40m
40m
40m
40m ~20m
40m 900m
40m 900m
40m 900m
40m 900m
58mt 1.0
58mt 1.0
27mt 1.0
27mt 1.0
36mt 1.0
36mt 1.0
58mt 1.0
58mt 11.0
27mt 11.0
27mt 1.0
36mt 1.0
36mt 1.0
58mt 1.0
58mt 1.0
44m 1.0
44m 1.0
44m 1.0
1.0
44m
1 44m 1.0
44m 1.0
1.0
I 44m
44m 1.0
156m 1.0
156m 1.0
156m 1.0
156m 1.0
156m 1.0
156m 1.0
156m 1.0
156m 1.0
36m 1.0
36m 1.0
36m 1.0
36m 1.0
36m ~.O
36m 1.0
36m 1.0
36m 1.0
174m 1.0
174m 1.0
174m 1.0
174m 1.0
174m 1.0
174m 1.0
174m 1.0
174m 1.0
174m 1.0
174m 1.0
174m 1.0
lZ4m 1.0
174m 1.0
174m 1.0
174m 1.0
174m 1.0
36m 1.0
36m 1.0
174m 1.0
174m 1.0
1.0
1.0
200m 1.0
1.0
145m
145m
50mt
50mt
16mt 1.0,',
16mt 1.0,',
16mt 800m,',
16mt 800m,',
16mt 800m,',
16mt 800m,',
350m 1.0
24m 200m
60mt 1.0,',
60mt 800m,',
60mt 800m,',
20m 200m
20m 200m
1.0
2.0
1.0
1.0
290m 800m
1.9
800m
200m,',
S6mt
56mt
56mt
56mt
~~~~~
4.0n
4.0n
I
I
40n
200n
200n
70n
SYMBOLS AND CODES
EXPLAINED IN INTERPRETER
:gg
-55
-55
-55
-55
g
0
0
-55
m
125
125
125
125
,75
75
75
75
125
-55 125
-55 125
-55 125
75
0
0
75
0
75
0
75
-55 125
-55 125
0
75
0
75
-55 125
-55 125
-55 125
-55 125
-55 125
-55 125'
-55 125
-55 125 1
-55
-55
-55 125 '
-55 1251
-55 1125 I
-55 125'
m!
:~~
1m
0
0
-30
-30
0
0
-55
-55
0
0
0
0
0
-55
-55
0
0
-55
-55
15
70
70
85
85
85
85
125
o
'75
75
0
75
0
75
0
-55 125
-55 125
-55 125
-55 125
0
75
75
0
0
75
0
75
-55 125
-55 125
-55 125
-55 125
0
75
0
17 5
0
75
75
0
-55 125
-55 125
125
-5~
-55 125
75
0
0
75
75
0
0
75
-55 125
-55 125
75
0
75
0
-55 125
-55 125
75
0
0
75
-55 125
-55 125
-55 125
-55 125
W
75
75
75
70
125
125
75
75
125
125
165
1~ i~~
_150 i~~
-20
-55
-55
-55
0
0
65
85
125
125
75
75
11~g11~: ~m
2 G01156 M157b
2 G01156 ,',004AF
2 G01156 M157b
2 G01156 ,',004AF
2 G01156 M157b
2 G01156 1,',004AF
2 G01156 M157b
2 G01156 ,',004AF
2jG01156 FP18
2 G01156 M75
2'G01156 FP18
2 G01156 M75
2 G01156 FP18
M75
FP18
2 G01156 M75
2 G01156 M157
2 G01156 M126
2 G03227 T086
2 G03227 T0116
1 G03226 T086
1 G03226 T0116
~ ~gm~
ig~~6
1
2 G03227 T086
2 G03227 T0116
1 G03226 T086
1 G03226 T0116
1 G03221 T086
1 G03221 T0116
2 G03227 T086
2 G03227 T0116
1 G01163
1 G01163
1 G01163 M157b
liG01163 ,',004AF
1 G01163 M157b
l1G01163 ,',004AF
1 G01163 ,M157b
1 G01163 ,',004AF
1 G01164 M157b
1 G01164 ,',004AF
1 G01164 M157b
1 G01164 ,',004AF
1 G01164 . M157b
1 G01164 ,',004AF
1 G01164 M157b
1 G01164. l:,004AF
1 G01159, M157b
1 G01159 ,',004AF
1 G01159 M167b
1 G01159 ,',004AF
1 G01159 M157b
1 G01159 ,',004AF
1 G01159 M157b
1 G01159 ,',004AF
2 GOI158·· M157b
2 G01158 ,',004AF
2 G01158 M157b
2 G01158 ,',004AF
2 G01158 M157b
2 G01158 ,',004AF
2 G01158 M157b
2 G01158 ,',004AF
2 G01158 FP18
2 G01158 M75
2 G01158 FP18
2 G01158 M75
2 G01158 FP18
2 GOl158 M75
2 G01158 FP18
2 G01158 T0116
1 GOl159 M126
1 GOl159 M157
2 G01158 M126
2 GOl158 M157
8 G01206 C~!?l
4 G01207 CB!Zl
6 G01160 CB53
12 G01160a CB53
2 G01265 M256
2 G01265 M153a
2 G01265 M153d
2 G01265 Ml17x
1 G01172 T0116
gg~~~1
l~clgl~F
~ ~g1ma m~~~
1
2
2
11
1
~
3
1
2
3
2
1
3
1
1
GOll72
GOI172.
GOII72a
G01161
G016a
gg1m
G01173
G01116
G01116a
GOl177
G01177b
GOl178
GOl177a
GOll04
GOll01a
~ l~g11:~
2 G01186
~
gg1
TOl16
Ml05n
T0116
CB53
ZB5
T0116
Ml05n
T0116
ZB5
ZB5
TO;;6
T0116
T0116
T0116
CB31
CB31
M148
T086
T0116
miig~~6
111
LINE
No.
f§J
TYPE
No.
OPER- PRO~DMt1
ATING CESS
iiPE
OF
GATE
FREQ.
(Hz)
2
3
4
5
6
7
8
9
10
11
12
13
1;
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
~~
34
~~
37#
38#
~g:
41#
42#
43#
44#
:~1
47#
:~:
50#
51#
52#
53
54
55
56
57
58
59
60
61
MM74C3i~
I
2
2
2
2
2
2
2
2
2
2
2
2
'2
2
2
2
g~
I~
82
83
84
85
86
87
88.
89.
90#
91
92 ...
93 ...
94
95
96
97
98
1~~1g1g~~
SN10110J
SN10ll0N
MC9715P
MC9815P
MC9725P
MC9825P
LCE309
~~~j~k86P
5512C
SN54LS32J
SN54lS32W
OM5432J
g~~g~~
OM7432J
OM7432N
FLH631-7432
99t~ FLH635-8432
100.
101
1754
1755
102
103. MIC5432J
104#
105# ~:g~:m
106. MIC7432J
MIC7432N
19~t~ MIC54138J
112
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
(V)
9.99%
9.99%
.01*t
.0Pt
~g~ 9.99%
.0Pt
.01*t
.01*t
.01*t
.01*t
.01*t
.01*t
.0Pt
.01*t
.01*t
.01*t
.01*t
.01*t
.01*t
.01*t
.01*t
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
4.0
4.0
4.0
4.0
4.0
4.0
4.0
4.0
4.0
4.0
4.0
4.0
4.0
4.0
4.0
4.0
1.2*
1.2*
.45*
.40*t
.40*t
.40*t
.40*t
.45*t
.45*t
.45*t
.45*t
.45*
.60*
4.5*
4.5*
M~~
~:~~~
MOS 9.99%
9.99%
M?~ 9.99%
MO
MOS 9.99%
M1~ ~:~~~
1
I
MO
MO 9.99%
9.99%
~g~ 9.99%
MO 9.99%
~g: 9.99%
9.99%
MOS
10
10
MO~
10
MOS
MQS
10
10
Mq~
10
Mq§
MO~
10
MOS
10
10
Mq~
MOS
10
10
IM~~ 10
~g~ .20
Mq~ .20
MO~ .20
Mm .20
.20
.20
Mm .20
.20
M~~ .20
~g~ .20
MO~ .20
M~~ .20
M6~ .20
.20
M?; .20
MO
MO~ .20
1.9%
1.9%
PCB 2.0%
Mq~ 2.6%
Mq~ 2.6%
MO' 2.6%
2.6%
M,?; 2.6%
MO
MO' 2.6%
~~;
5.0M
~a~
~g;
PCB
35M
~g~
2.~%
2.6%
2.6%
3.8%
7.5%
7.5%
M1~
MO
MO -.88
M~~ -.96%
-.96%
~g~ -.96%
Mq~ -.96%
MO~ -.96%
MO~ -.96%
-.96%
-.96%
MO~ -.96%
I
~~;
I~~~ ::~g~
M6~ -.98%
-.98%
M?;
14M% MO
14M% Mm
M~~
3.0M
3.0M
40M
D.A. T.A.
~~~
CMS
CMS
9.99%
~&
Mq~
MO!,
PCB
6.0
6.0
2.0%
2.0%
2.0%
2.0%
M~~ 2.0%
2.0%
~g~ 2.0%
Mq~ 2.0%
Mq~ 2.0%
MO~
2.0%
PCB 2.0
2.0
2.0%
MO~ 2.0%
MO~ 2.0%
MO~ 2.0%
2.0%
~g~ 2.0%
M,?;
MO
Mm
~CJ3~
-1.7t
-1.6t*
-1.6*t
-1.6t*
-1.6*t
-1.6*t
-1.6*t
-1.6*t
-1.7*t
-1.7*t
:u:
g~~
2
4
3
2
CMS
CMS
2
2
CMS
CMS
2
2
2
2
2
2
4
4
4
4
4
3
3
3
3
3
2
2
2
2
4
4
4
4
3
3
g~~
CMS
CMS
CMS
CMS
g~~
CMS
CMS
g~~
CMS
CMS
CMS
CMS
CMS
CMS
CMS
CMS
CMS
CMS
CMS
CMS
CMS
CMS
OTL
OTL
OTL
OTL
OTL
OTL
OTL
g~ti
OTL
OTL
OTL
OTL
OTL
OTL
OTL
OTL
OTL
OTL
OTL
OTl
OTl
OTl
OTl
OTl
OTl
OTl
OTL
OTL
OTL
OTL
ECT
ECT
ECT
ECT
ECT
ECT
ECT
ECT
ECT
ECT
ECT
ECT
~g~
ECT
ECT
RTl
RTl
.25#* RTl
.25#* RTl
O.Ot
RTL
O.Ot
RTl
TTL
.45*
TTL
.70*
TTL
.70*
TTL
.80*
TTL
.80*
TTL
.80*
TTL
.80*
TTL
TTL
.80*
.80*
TTL
TTL
.80*
.80
TTL
.80
TTL
.80*
TTL
.80*
TTL
TTL
.80*
.80*
TTL
TTL
.80*
.80*
TTL
-1.6*
-1.6*
IN
lOUT
1J
.01*t
.01*t
.01*t
.01*t
M~~
~~ i~g1:g~r,P% ~
MOR12
SP333A
FZH291
66t~ FZH295
67t
68
10210B
69
10210F
70# GXB10ll0
OM10ll0J
71
MC1664F
72
MC1664l
73
74
MC10ll0l
75
MC10l10P
76
MC10210L
MC10210P
77
10110B
78
79
10110F
~'O'
(V)
TYPE
MO 9.99%
9.99%
M~~ 9.99%
~gs 9.99%
~g~
~~~~~E
64
65.
~'1'
~~~
~
C04071BH
2
C04072BH
2
C04075BH
2
MC14071AL
2
M(;14071CL,pr2
MC14570AL
2
MC 14570CL,P%
2
SCL4071AC
2
SCL4071AO
2
SCL4071AE
2
SCL4071AF
2
SCL4071AH
2
2
SCL4072AC
SCL4072AO
2
SCL4072AE
2
SCL4072AF
2
SCL4072AH
2
SCL4075AC
2
SCL4075AO
2
SCL4075AE
2
SCL4075AF
2
SCL4075AH
2
C04071BO
2
2
Igg:gj 1~~
2
C04071BK
2
C04072BO
2
C04072BE
2
C04072BF
2
C04072BK
2
C04075BO
2
C04075BE
2
2
gg:gj~~~
2
ZN219
2
ZN219E
2
ZN220
2
ZN220E
2
ZN233
2
ZN233E
2
ZN319
2
.2
~~~J~E
12
ZN320E
2
2
2
ZST112A
2
ZST112B
2
ZST132A
2
ZST132B
2
SW1808M
2
SW1808P
2
502C
2
MC1908F
2
MC1908L
2
MC1909F
2
MC1909l
2
MC1808F
2
MC1808l P% 2
LOGIC
LEVEL
8FAN
. GATES
POWER
75n
75n
50
50
0.0
0.0
10 135n'"
10 45n%
110n
75n
110n
75n
50
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
2.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0
0.0
0.0
5.2
5.2
5.2
5.2
5.2
5.2
5.2
5.2
5.2
5.2
5.2
5.2
10 45n%
10 75n'"
10 75n'"
10 75n'"
10 75n'"
10 75n'"
10 75n'"
10 75n'"
10 75n'"
10 75n'"
10 75n'"
10 75n'"
10 75n'"
10 75n'"
10 75n'"
10 75n'"
10 200n'"
10 200n'"
10 200n'"
10 200n'"
10 200n'"
10 200n'"
10 200n'"
10 200n'"
10 200n'"
10 200nt.
10 I ~OOn'"
10 200n6
5.0 9.0n
5.0 9.0n
5.0 9.0n
5.0 9.0n
5.0 9.0n
5.0 9.0n
5.0
15n
5.0
15n
5.0
15n
5.0
15n
5.0
15n
5.0
15n
5.0
15n
5.0
15n
5.0
15n
5.0
15n
8.0
30n
8.0
30n
7.0
35n%
5.0
35n
5.0
35n
5.0
30n
5.0
30n
5.0
35n
5.0
35n
5.0
30n
5.0
30n
5.0
35n
6 35n
12 260nt
12 260nt
0.0 1.7n
0.0 1.7n
0.0 2.4n%
0.0 3.5n6
0.0 1.1n
0.0 1.ln
0.0 2.4n%
0.0 2.4n%
0.0 1.5n%
0.0 1.5n%
0.0 2.4n
0.0 2.4n
110n
110n
5.2
5.2
5.2
56 0.0
56 0.0
4
0.0
4
0.0
6
6
10
0.0
12
0.0
11
0.0
11
0.0
0.0
0.0
0.0
10
0.0
0.0
10
0.0
0.0
10
10
0.0
10
0.0
10
0.0
30
0.0
0.0
10
0.0
10
0.0
54 i 0.0
Kg 2.0n
0.0
0.0
3.6
3.6
50n%
3.6
3.6
50n%
12 25n
12 25n
5.0 3.0n
7.0 9.0n%
5.0
22n6
5.0
22n6
5.0
22n6
5.0
22n6
5.0
22n6
5.0
22n'"
5.0
22n6
22n6
5.0
5.0
22n'"
5.0
27n
5.0
27n
5.0
22n'"
5.0
15n6
5.0
22n6
5.0
22n'"
5.0
22n'"
5.0
35n'"
8
8
8
8
8
8
8
8
8
8
8
8
8
8
8
8
8t
8t
8
8
8
7
7
8
8
7
7
16
10
10
70
70
;",1
5t.
3
3
5.~
~
3
3
2
2
2
2
5
4
2
2
2
2
2
2
2
2
2
2
2
3
2
2
2
2
2
2
2
50
10 200n'"
10 200n'"
10 200n'"
10 90n'"
~
I
.
MAX.
FALL
TIME
tf
(s!
0.0
0.0
0.0
0.0
4
4
4
4
2
2
2
2
3
3
~
4
4
4
4
4
4
4
4
4
4
4
4
5
5
2
2
2
2
2
2
2
2
2
2
2
2
2
24
3
3t
3t
3
3
3
3
2
2
3
SUPPLY PROPA- RISE
SPAN
GATION TIME
NEG. POS. DELAY
tr
(V)
(V!
(s!
(s!
IN ORDER OF (1)TYPE OF GATE(2)LOGIC TYPE
(3 LEVEL'1'(4 LEVEL'O'(5)MAX FREG(6)TYPE No.
MAX. MAX.
TEMP. CKT
DRAWINGS
TOTAL NOISE
LOGIC OUTLINE
PE~r DWG.
PKG.
REJECT LOVI HI MO
No DWG. No
",=MO
DISS.
(V)
(W!
'C 'C
:~g:::~ ~5 j~5 :I~g~~~~ ~~:~a
200m§ 4.5 '"
200m§ 4.5 '"
200m§ 4.5 '"
1.0u%
-55
-55
-55
-55
125
125
125
125
4
2
3
4
10u%
1.0u%
-40
-55
85
125
4 G02192
4 G02192
TOl16
TOl16
-40
-55
-55
-40
I-55
-55
-55
-55
-40
-55
-55
-55
-55
-40
-55
-55
-55
-40
-55
-55
-55
-40
-55
-55
-55
-40
-55
-55
-55
-55
-55
-55
-55
-55
-55
0
-55
0
-55
0
-55
-55
0
0
0
0
0
-55
-55
-55
-55
0
0
Ig
85
125
125
85
125
125
125
125
85
125
125
125
125
85
125
125
125
85
125
125
125
85
125
125
125
85
125
125
125
125
125
125
125
125
125
70
125
70
125
70
125
125
70
70
75
75
70
125
125
125
125
75
75
75
75
4
4
4
4
4
4
2
2
2
2
2
3
3
3
3
3
4
4
4
4
2
2
2
2
3
3
TOl16
M475a
M475b
M475c
FPll0
0
0
-25
-30
-30
0
-30
-30
-30
-30
-30
-30
-30
-30
-30
75
70
85
85
85
75
85
85
85
85
85
85
85
85
85
10u%
1.0u% 4.5
1.0u% 4.5
1.0u% 4.5
1.0u% 4.5
1.0u% 4.5
1.0u% 4.5
1.0u% 4.5
1.0u% 4.5
1.0u% 4.5
1.0u% 4.5
1.0u% 4.5
1.0u% 4.5
1.0u% 4.5
1.0u% 4.5
1.0u% 4.5
200m 4.5 '"
200m 4.5 '"
200m 4.5 '"
200m 4.5 '"
200m 4.5 '"
200m 4.5 '"
200m 4.5 '"
200m 4.5 '"
200m 4.5 '"
200m 4.5 '"
200m 4.5 6
200m 4.5 6
19m 1.0
19m 1.0
19m 1.0
19m 1.0
19m 1.0
19m 1.0
19m 1.0
19m 1.0
19m 1.0
1
19m 1.0
19m 1.0
19m 1.0
19m 1.0
19m 1.0
19m 1.0
19m 1.0
100mt 1.0
100mt 1.0
2.0nt
300mt
97mt
97mt
115mt
115mt
97mt
97mt
115mt
115mt
300mt
44mt 1.2
340nt 120nt 228m§ 5.0'"
340nt 120nt 228m§ 5.06
1.5nt 1.5nt 150mt
1.5nt 1.5nt 150mt
2.0nt 2.0nt 150mt
3.5n
1~·5n
2.1n
2.1n
240mt
2.1n
2.1n
2.2nt 2.2nt 160mt
2.2nt 2.2nt 160mt
1.5nt 1.5nt 150mt
1.5nt 1.5nt
150~~
3.5n
3.5n
150m
3.5n
3.5n
150m
~~~:::r
199:::~
1~'2n
30n
30n
36n
36n
2.5nt
50mt
50mt
100mt
100mt
28mt
28mt
250m
250m
37m'"
456mt
49m
49m
176m§
176m§
176m§
176m§
176m§
190m§
190m§
~
1.0 *
1.0 *
1.0 6
1.0 6
95mt
100mt 500m
10n
4.0n
95mt
95mt 1.0 6
155mt
SYMBOLS AND CODES
EXPLAINED IN INTERPRETER
0
0
15
0
15
0
-40
-40
0
0
-55
-55
-55
-55
-55
0
0
0
-25
0
0
-55
-40
-40
0
0
-55
I~~
85
85
55
75
55
75
100
100
70
70
125
125
125
125
125
70
70
70
85
70
70
125
85
85
75
75
125
G02193 Fed
G02193a
G02193b ~g~
G02192 TOl16
G02192
G02193
~~~1~~
G02193
G02193
G02193a
G02193a
G02193a
G02193a
G02193a
G02193b
G02193b
G02193b
G02193b
G02193b
G02193
G02193
G02193
G02193
G02193a
G02193a
G02193a
G02193a
G02193b
G02193b
~I~g~mg
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
4
4
12
4
4
4
4
4
4
:
12
2
4
4
2
2
2
2
4
4
2
2
2
2
2
2
~C~5a
M475b
M475c
~~bl0
M475a
M475b
M475c
FPll0
FC!Zl
"'OOlAO
"'OOlAB
"'OOlAB
"'004AF
"'OOlAO
"'OOlAB
t.001AB
"'004AF
"'OOlAO
"'OOlAB
6001AB
6004AF
T088
M126
T088
M126
T088
M126
T088
~rii:
G02136
G02136
G02136
G02136
G02136
~g~m
G02136
M126
T088
M126
CN2
CN2
CN2
CN2
Ml05n
Ml14
CB62
T086
TOl16
T086
TOl16
T086
TOl16
~g~m ~g~~6
G02188
G02188
G02195
G02195
G02165
~g~1~~
G02169
G02165
G02165
G02165
G02105
G02195
G02195
Ml14c
Ml17aa
Ml17aa
M256
M153e
M200n
M200r
FP85
M191
M191
M278
M191
M278
M256
M153a
:1~~~1~~ ~m~
2
2
4
4
4
4
1
1
4
12
4
4
4
4
4
4
4
4
4
12
16
4
:
G02195
G02195
G02130
G02130
G02130a
G02130a
G0224
G0224a
G04377
G02198
G02198
G02185
~g~m
G02185
G02185
G02185
G02185
M153d
M117x
TOl16
T0116
TOl16
TOl16
CN27
M45
CB62
M157b
FP97a
M294b
M344
FP97a
M294b
M344
M126p
M126~
g~m
G02198 TOl16
1,;03233a
4 G02198
4 G02198
4 G02189
~g11~
TOl16
M126x
TOl16
112
LINE
No.
~nMt1
OPER· PRO·
TYPE
No.
ATING CESSi31
FREQ.
r '1'
(Hzl
(VI
4# MIC74138J
~~.'iI MIC74138N
6"" MIC74139J
~+'iI ~j~r~1~~N
9
10,.
11T
12.
N74LS32F
N7432A
N7432F
N7486A
~g~ ~:g~
i~
\2
MO~
2
MO~
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
2
2
~g1 ~:g~
:~g;
M~~
M~~
.80*
.80*
.80*
.80*
.80*
.80*
.80*
MO~
'2
12
2
2
2
2
M~~
MOo
MO:~~
MO
MO
S5432W
S5486A
S5486F
S5486W
SN54S32J
SN54S32W
MO~~~
2
2
2
2
2
2
MO
MO
M~~
~gIl ~:g~
~~; ~~~!m~~ '~
24
25
26
27
SN74S32J
SN74S32N
SN5432J
SN5432N
~~
Mel'
SN7432N
2
~~
~~~:~~~
~
US5418J
US5432A
US5432J
US7418A
US7418J
US7432A
US7432J
~q; ~:g~
2
2
2
2
2
2
2
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.40*t
.40*t
MOr
MO~
M~~
MO~
1 M~~
IM~~
MOr
MOr
ZN7432J
MC3103F
MC3103L
MC3003F
MC3003L,P%
RG52D
RG52K
RG53D
RG53K
~~
~g~8~
~~
2
2
2
2
~~~~1~
~
SNG52J
SNG52W
SNG53J
SNG53W
SNG100J
SNG100W
SNG101J
70
71
72
73
74
75
76
2
2
2
2
2
2
2
SNG103J
SNG103W
SNGll0J
SNGll0W
SNG111J
SNG111W
SNGl12J
SNG112W
SNGl13J
77
78
79
80
81
SNGl13~"Y.
2
2
2
2
2
2
2
2
2
~
RG51D
RG51K
SNG50J
SNG50W
60
61
62
63
54
65
66
2
2
2
2
2
2
2
2
2
TRWG50#1
TRWG50#2
'~
2
2
:~
~~fO(jDll0#2,~
87
RG70K
2
:~
l~g~l~
~
90
~~
RG72D
~~lgg~
2
~
96
97
98
99
RGI01D
RG101K
RG102D
RG102K
2
2
2
2
19~
~~lg~~
~
102
RGll0D
2
19~ I~~~ 1~~
~
105
106
107
108
113
RGlllK
RGI12D
RG112K
RG113D
:~g:
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.4%
2.4%
M~~
54
55
56
57
.80*
M~~
M~~
2
12~
Mq~
M~~
MO~
20M
20M
20M
20M
~8~
20M
20M
20M
20M
20M
20M
20M
20M
20M
20M
20M
20M
20M
20M
20M
20M
20M
20M
20M
20M
20M
20M
20M
20M
20M
20M
. 20M
'20M
20M
20M
20M
20M
20M
20M
20M
20M
20M
20M
20M
20M
20M
20M
20M
20M
20M
20M
20M
20M
20M
~8~
20M
20M
20M
20M
20M
D.A. T.A.
MO"
:<.1%
MO~
3.1 %
3.2%
3.2%
3.2%
3.2%
.40*
.40*
.40*
.40*
.40*
.40*
.40*
3.3
3.3
3.3
.26
.26
.26
~q; ~:~
:~~
M6~ 3:1%
MO~~~
MO
MO
M~~
~g~ ~j
M~~
M~~
MOl'
MO~
:~~
3.3
3.3
.26
.26
3.3
3.3
MOo 3.3
MQ~ 3.3
M~~ 3.3
MO~ 3.3
M~~ 3.3
.26
.26
.26
.26
.26
.26
.26
M~~
M~~
.26
.26
.26
.26
.26
.26
M~~
~g~
M~~
M~~
g
~g~ ~:~
MOo
MQ~
M~~
MO~
IV!~~
M~~
M6~
M~~
3.3
3.3
3.3
3.3
3.3
3.3
a.~
3.4
3.4
3.4
~g~ ~::
M~~
M~~
j~
:~~
.26
.20
.20
.20
jg
3.4
3.4
MOo 3.4
M~~ 3.4
M~~ 3.4
MO,' 3.4
.20
.20
.20
.20
.20
.20
~g' ~::
:~g
MO
.20
3.4
~
~:
2
2
54
54
~
~:
~
~
2
2
2
2
2
2
3
2
~ I
!
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
!TL
TTL j
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
~g~ tg~
5.0
5.0
10n
22nt,
22nt,
30nt,
30nt,
30nt,
5.0
5.0
5.0
5.0
5.0
5.0
5,0
7.0nt,
7.0nt,
22nt,
22nt,
22nt,
22nt,
22nt,
~:8
~~
~~~~
0.0
0.0
5.0
5.0
27nt,
27nt,
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
27nt,
27nt,
27nt,
22nt,
22nt,
22nt,
22nt,
9.0n
9.0n%
9.0n%
9.0n%
23nt,
~:8
1810 8:8
0.0
11 t,
11 t,
1
6t
0.0
15t i 0.0
9
9
9
9
9
9
9
9
lOt,
lOt,
lOt,
lOt,
10"
lOt,
lOt,
lOt,
'9t,
9t,
9t,
9t,
9t,
9t,
9t,
9t,
9
9
10
10
9
7t
15t
15t
5
7t
12t
12t
6t
6t
15t
15t
7t
7t
12t
12t
6t
6t
15t
15t
7t
7t
12t
12t
6t
6t
15t
15t
7
7
15
5.0
0.0
5.0
0.0
5.0
0.0
5.0
0.0
5.0
0.0
5.0
0.0
5.0
0.0
5.0
0.0
5.0
0.0
5.0
0.0 i 5.0
0.0
5.0
0.0
5.0
0.0
5.0
0.0
5.0
0.0
5.0
0.0
5.0
0.0
5.0
0.0
5.0
0.0
5.0
0.0
5.0
0.0
5.0
0.0
5.0
0.0
5.0
0.0
5.0
0.0
5.0
0.0
5.0
0.0
5.0
0.0
5.0
0.0
5.0
1~
g:8
0.0
~
1~; I
8:g
0.0
4
4
4
4
4
4
4
9
9
9
9
9
9
15
7
7
12
12
6
6
15
15
7
7
12
12
9
6
~
~
8
8
8
8
8
8
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0,
0.0
1~
1~
7
12
12
6
6
11
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
1
.
0.0
8:g
~:8
5.0
5.0
~:g
~:~
I
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
~:g
g~ I ~:g
0.0
0.0
0.0
0.0
0.0
0.0
I
:~g ~g5
155mt
155mt
155mt
155mt
155mt
49m
49m
-40
0
,0
0
0
0
0
190m§
215m§
215m§
215m§
340m§
340m§
49m
49m
340m§
340m!
190m'i<
~:8 ~:8~~
~:8 ~~~~
10
10
20t,
20t,
20t,
20t,
10
10
10
10
12t
111~~t,
4.0n
m~i
85
75
75
75
75
70
70
~~~~
0.0
0.0
0.0
0.0
0.0
0.0
8:8
4.0n
4.0n
~~~~
10
20t, I
20t,
20t,
20t,
20t,
~i
10n
10n
IN ORDER OF (l)TYPE OF GATE(2)LOGIC TYPE
/3 LEVELT/4 LEVEL'O'fSIMAX FREQ/SITYPE No.
MAX. MAX.
TEMP. CKT
DRAWINGS
TOTAL NOISE
PER LOGIC OUTLINE
PKG. REJECT LOv\ HI MO[ DWG. No DWG. No
D).SS,
..
lI=MO
,W)
,V)
'C 'C
30nt,
5.0
5.0
5.0
5.0
3
2
2
2
2
2
2
2
2
2
2
11 t,
n~
(51
~~.~~
I
18t,
10
10
(S)
35nt,
14n
14n
8:8 5.0
;:8
1
i
~~~~ I 19~ ::g~
0.0
0.0
0.0
0.0
0.0
18 8:8
I ~~10 ! 8:8
0.0
~
(s)
MAX.
FALL
TIME
tf
35nt,
35nt,
5.0
i
2
nt
++t
PROP A., IRISE
5.0
5.0
~:g
g:g
0.0
~g
20
20
10
10
10
~:g
0.0
0.0
10
~
(V)
g:g
0.0
g:g
I ~:g
0.0
5.0
2 1 54
2
2
2
2
2
2
2
(V)
0.0
~ I ~g
+it
TTL
.80*
SUPPLY
NEG. POS. DELAY , tr
2
:~~:
2.0%
OUT
6~SPC.!A~N,,=--jGATION ITIME
TTL
TTL
TTL
TTL
TTL
TTL \
TTL
:~g:
Mm
Mq~
43#
44
45
46
47
48
49
50
51
2.0%
IN
i
TTL
TTL
TTL
,TTL
TTL
TTL
TTL
TTL
TTL
~
30
33
34
35
36
37
38
39
~~~ ~:~~
2
2
2
2
~~~!~~~
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
TYPE
:~g: I~~t
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
MOo
16,.
17.
18+
19,.
20
21
LOGIC
LEVEL
41
~ '0'
(VI
8.FANGATES
POWER
g~~
~~~~
23nt,
23nt,
~~~~
18n
18n
18n
18n
18n
18n
18n
18n
'~:8~
g~
g~
g~
5.0
12n
5.0
12n
5.0
12n
5.0
12n
5.0
12n
5 7.0n
6.0n
6.0n
6,On
6.0n
6.0n
6.0n
6.0n
6.0n
8.0n
8.0n
8.0n
8.0n
8.0n
8.0n
8.0n
8.0n
8.0n
8.0n
8.0n
8.~n
8.0n
8.0n
8.0n
8.0n
8.0n
8.0n
8.0n
8.0n
8.0n
8.0n
8.0n
8.0n
8.0n
8.0m
8.0n
8.0n
8.0n
8.0n
-55 125
-55 125
-55 125
-55 125
-55 125
-55 125
,0
70
0
70
0
70
0
70
-55 125
-55 ·125
-55 125
0
70
0
70
~5
i~5
-55
-55
-55
125
125
125
70
o
1~8~r
8.0n
8.0n
8.0n
8.0n
8.0n
8.0n
8.0n
8.0n
6.0n
6.0n
t
t
t
t
t,
t,
*
*
t,
t,
t,
t,
t,
t,
t,
t,
190m::! 1.0 t,
190m~ 1.0 t,
190m'll 1.0 t,
[
23nt,
12n
12n
12n
12n
12n
6.0n
12n
6.0n
12n
6.0n
12n
6.0n
12n
6.0n
12n
6.0n
12n
6.0n
12n
6.0n
6.0n
12n
12n
6.0n
12n
6.0n
12n
6.0n
12n
6.0n
12n
6·0n
12n
6.0n
12n
6.0n
12n
6.0,11
12n
6.
on
i6.0n
12n
12n
6.On
1
,6.0n
12n
12n
6.0n
6.0n
12n
12n
6:0n
12n
6.0n
6.0n
12n
12n
12n
12n
12n
12n
12"
12n
12n
12n
12n
12n
12n
12n
8.0n
8.0n
8.0n
8.0n
8.0n
8.0n
8.0n
·8.0n
1.0
1.0
1.0
1.0
1.0
1.0
1.u
1.0
1.0
1.0
1.0
190m~ 1.0
190m~ 1.0
190m~ 1.0
190m." 1.0
190m'll 1.0
1.0 t,
150mt
150mt
150mt'
30mt 900m
30mt 900m
30mt 900m
30mt 900m
30mt 900m
30mt 900m
30mt 900m
30mt 900m
30m 900m
30m 900m
30m 900m
30m 900m
,30m 900m
30m 900m
30m 900m
30m 900m
25m 900m
25m 900m
25111 900m
~,~~. ~88~
25111
25m
25m
20m
20m
20m
20m
20m
20m
20m
20m
30m
30m
25m
25m
20m
900m
900m
900m
900m
900m
900m
900m
900m
900m
900m
900m
900m
900m
900m
900m
900m
~g~t ~~om
40mt
40mt
40mt
40mt
40mt
40mt
40mt
75mt
75mt
75mt
75mt
75mt
75mt
75mt
75mt
20mt
20mt
20mt
20mt
20mt
20mt
20mt
20mt
60mt
1.1
1.1
1.1
1.1
1.1
1.1
1.1
1.1
1.1
1. 1
1.1
1.1
1.1
1.1
1. 1
1.1
1.1
1.1
1.1
1.1
1.1
1.1
1.1
1.0
SYMBOLS AND CODES
EXPLAINED IN INTERPRETER
8o
-55
-55
o
o
-55
-55
o
o
o
o
.0
o
-55
-55
-55
-55
-55
-55
-55
-55
o
-55
-55
-55
-55
o
o
o
o
-55
-55
-55
-55
o
o
o
-55
-55
-55
!-55
-55
-55
-55
-55
o
o
o
o
-55
-55
-55
-55
o
o
g-55
-55
-55
-55
o
o
o
o
-55
~g
70
125
125
70
70
1125
125
75
75
75
75
75
75
125
125
125
125
125
125
125
125
75'
:4 1~8~m
G02189
TOl16
T0116
M126x
TO 116
4
4
4
4
4
4
4
4
4
4
4
4
M235a
M318
M257f
M318
M257f
M318
M257f
FP3ge
M318
M257f
FP479
M157b
t,004AA
:4 G02198
g8~m
G02185
G02185
G0572b
G0572b
G02185
G02185
G02185
G0572b
G0572b
G0572b
G01253
G01253
125
125
125
125
125
125
125
125
75
75
75
75
125
125
'125
125
75
75
I~g
125
125
125
125
75
75
75
75
125
~11~x
:4 G01253
g8~1~~~1~~~
M157b
4
4
4
4
G01253
G02185
G02185
G02185
! g8~1~~
M126e
M157b
M126e
t,004AA
~m~
j g8~ m:~~~~~A
3
4
5
3
3
4
4
G02135' T088
G02135aM 105b
G02135ii T088
G02135 Ml05b
G02135i T088
G02135a Ml05b
G02135a T088
4
4
4
4
4
1
G02185. M257e
G02126' ;r086
G02126'. ;rOl16
G02125'i, )1'086
G02126E:;r0116
G0218
Ml05.r
1
1
1
1
1
1
G0218
Ml05.r
G0218' \FP21b
G0218 I' tiM 105.r
G0218' ':1":P21b
G0218 ,','M157b
G0218 11t,004AF
1 G02181"
125
125
125
125
75
75
75
75
125
125
125
125
75
75
75
~gll~
4 G02189
4 G02189
4 G02 189
~ gg~ 1~
I
1 G0219
1 G0219,
1 G0219.·
li004AF
~J~IRF
M157b
i!i004AF
M157b
1 gg~ 1~ ',~~~~F
1 G0219
1 G0220
1 gg~~8
'l1004AF
lI004AF
il~J~IRF
1 G0220· ·M157b
1 G0220' ,t,004AF
1 G0220
'M157b
1 gg~1g~~~-;AF
1
1
1
1
G0218
M126
G0219' M157
G0219 ' M126
G0220 • M157
2 G01156
2 G01156
2 GOl156
·MI05m
fP21b
Ml05m
J
3 G0219
FP21b
3 G0219 ..•. Ml05m
3 G0219
FP21b
3 'jG0219
1~_105m
3 G0219
FP21b
1 G0220 .·Ml05m
1 G0220
Ml05m
llgg~~g
a'12d~m
1 G0220
2 G01163
FP21b
Ml05m
113
LINE
No.
f§J
TYPE
No.
~ I~~~~~~
RG211K
RG212D
RG212K
RG213D
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
~~
27
28
29
30
31
32
33
34
35
36
37
38
39
40
41
42
43
44
45
46
47
48
49
50
51
52
53
54
55
m:
58
59
60
~~~j~~
RG230K
RG231D
RG231K
RG232D
~g~~~~
RG233K
RG250D
RG250K
RG251D
RG251K
RG252D
RG252K
~~~~~~
RG270D
~~~n~
· RG271K
~gn~~
RG273D
· ~~~b~~
RG300K
RG301D
.RG301 K
RG302D
RG302K
RG303D
RG303K
~~~~g~
RG311D
RG311 K
RG3.12D
RG3,12K
RG3.13D
· RG3.13K
SP334A
SP374A
SP375A
SP384A
101186
'10118F
101196
·10119F
GX610118
GX610119
· MC10518F
MC10518L
MC10519F
~~ '~glg~~~~
63
64
65
66
67
68
69
70
71
72
73
74
75
76
MC10521L
MC10118L
MC10118P
MC10119L
· MC10119P
SN10118J
SN10118N
~.~ 1911~~
9966DC
9971DC
9956DC
MC10517F
MC10517L
MC10117L
MC10117P
77
78
79
80
81
82
~glgm~
101216
- -10121F
8~:IGX610117
84 - GX610121
85
SN10117J
86
SN10117N
SN10121J
87
'SN10121N
88
9502DC
89
9503DC
90
102126
91
10212F
92
HEP556-RT
93
SP1001
~~1~ SP1004
96. SP1201
~7# SP1204
101016
~g.1t GX610101
GXB 10105
GX610109
MC10501F
102
MC10501L
103
MC10505F
104
MC10505L
105
106
l~glg;g~E
107
MC1660F
108
109
MC1660L
110
MC1688F
19~:
114
~PE
OF
GATE
OPER· PRO~M~1
ATING CESS
F~JZ?'
I~
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2,1
2,1
21
2.1
2,1
21
2,1
2,1
21
2,1
2.1
21
2,1
2,1
21
2.1
2,1
21
2,1
2,1
21
2,1
2,1
21G
2,lG
2,lG
21G
2,lG
2,lG
215
2,15
2,15
215
2,15
2,15
215
2,15
2,3
23
2,3
2,3
23
2,3
2,3
23
2,3
2,3
23
2,3
2,3
23
2,3
2,3
23
2,3
2,3
23
2,3
23
3.5
3.5
3.5
MO~
M~;
~g~
~~,
MO'
MO'
M~;
~g,
M~;
~g~
M~~
M~r
Mor
M~;
~g,
M~;
~g~
M~~
M~r
MOr
Ml~
MO
MO
M~;
~g~
M~;
~g~
M~~
M~r
MO
M~;
~g~
~g~
MO~
150M
150M
150M
150M
/\11
M~1
~g~
I
fiJ,O'
IVI
H
3.5
MO
Mor
I~
~.,.
I~~:
Mor
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
LOGIC
LEVEL
MO~
MO~
MO~
Ml~
MO
MO
M~~
~g~
~.5
3.5
3.5
3.5
3.5
3.5
3.5
3.5
3.5
3.5
3.5
3.5
3.5
3.5
3.5
3.5
3.5
3.5
3.5
3.5
3.5
3.5
3.5
3.5
3.5
3.5
3.5
3.5
3.5
3.5
3.5
3.5
3.5
3.5
3.5
3.5
3.5
3.5
3.5
3.5
3.5
3.8%
3.8%
3.8%
3.8%
-.85
-.85
-.85
-.85
-.88
-.88
-.93%
-.93%
-.93%
MO~ -.9~%
M~~ -.93%
MO~ -.93%
-.96%
M~~ -.96%
-.96%
M~~ -.96%
-.98%
~gi -.98%
-.98%
-.98%
MOr
~g~
~g;
M~~
2.6
MO
MO -.93%
-.93%
M~; -.96%
~g~ -.96%
150M
150M
150M
150M
I~g; ::~g~
MOr -.85
-.85
MO -.88
MO -.88
M~; -.98%
-.98%
~g~ -.98%
M~; -.98%
-.90
~g~ -.90
M~~
~g;
.75
-.75
~g; -.75
MO~ -.75
150M
I
I
D.A. T.A.
M~; -.75
-.85
~gi
-.88
-.88
MO -.88
MOr -.93%
M~: -.93%
~g; -.93%
-.93%
M~: -.93%
-.93%
~g~ -.96%
-.96%
M~; -.96%
MO
M~!
:~8
8FAN
. GATES
POWER
TYPE
IN
OUT
~
1~
~
SUPPLY
SPAN
N/W
I
itt
.20
TTL
8
6
.20
TTL
8
9
.20
TTL
8
9
TTL
8
.20
5
.20
TTL
8
5
.20
TTL
5
.20
TTL
5
5
.20
TTL
.20
TTL
5
.20
TTL
5
.20
TTL
5
.20
TTL
5
.20
5
TTL
.20
TTL
9 I 11
11
.20
TTL
9
9
6
.20
TTL
9
TTL
6
.20
9
TTL
9
.20
9
9
.20
TTL
TTL
9
5
.20
9
TTL
5
.20
4
TTL
.20
4
.20
TTL.
4
.20
TTL
4
.20
TTL
4
TTL
.20
TTL
4
.20
TTL
4
.20
.20
TTL
4
.20
TTL
11
9
11
.20
TTL
9
.20
TTL
9
6
.20
TTL
9
6
.20
TTL
9
9
.20
TTL
9
9
.20
TTL
9
5
.20
TTL
9
5
.20
TTL
11
4
.20
TTL
4
11
.20
TTL
4
6
.20
4
6
TTL
.20
TTL
4
9
.20
TTL
4
9
.20
TTL
4
5
.20
TTL
4
5
TTL
11
.6*T
5'"
3
11
.6*t ]TTL
.6*T TTL
3'" 11
.6*T TTL
2
11
-1.7
6
10
10
-1.7
6
ECT 12
10
-1.7
10
-1.7
ECT' 12
-1.7T
6
ECT]
-1.7T
ECT
4t
ECT
6
-1.6*t
ECT
6
-1.6*t
-1.6*t
ECT
4t
ECT
4t
-1.6*t
ECT
3
-1.6*T
ECT
3
-1.6*t
ECT
6
-1.6*t
-1.6*t
ECT
6 I
4t !
-1.6*t
ECT
ECT
4t
-1.6*t
ECT
6
-1.6*
6
ECT
-1.6*
-1.6*
ECT
7t
-1.6*
ECT
7t
RTL
4T
11
RTL
4
11
-.45t
RTL
2
25
-1.6*t
ECT
5
ECT
5
-1.6*t
-1.6*t
ECT
5
ECT
5
-1.6*t
-1.6*t
ECT'
3
ECT
3
-1.6*t
-1.7
ECT 11
10
ECT 11
10
,-1.7
-1.7t
ECT
5
-1.7T
ECT
3
-1.6*
ECT
5
ECT
-1.6*
5
-1.6*
ECT
6
-1.6*
ECT
6
10
-1.7
CML
9
-1.7
10
CML
7
ECT
3
ECT
3
1.55
ECT
3
5
-1.6t
ECT
25
6
-1.6t
ECT
4 2.5
-1.6T
ECT
6
25
ECT
4 2.5
-1.~t
2t
10
-1.7
,ECT
ECl1
-1.7t
8
-1.7t
ECT
3t
-1.7t
ECT
5t
ECT
5
10
-1.6*t
-1.6*t
ECT.
5
10
ECTI
-1.6*t
3t
ECT
3t
-1.6*t
-1.6*t
ECT
5t
-1.6*t
ECT
5t
-1.6*t
ECT
4
70
4
70
-1.6t*
ECT
ECT
5t
70
-1.6*t
1m:
IN ORDER OF (1)TYPE OF GATE(2)LOGIC TYPE
/3 LEVEL'1'/4 LEVEL'O'/5IMAX FREQ(6ITYPE No.
8:8
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0
0
0
0
5.2
5.2
5.2
5.2
5.2
5.2
5.2
5.2
5.2
5.2
5.2
5.2
5.2
5.2
5.2
5.2
5.2
5.2
5.2
5.2
2.0
2.0
2.0
5.2
5.2
5.2
5.2
5.2
5.2
5.2
5.2
5.2
5.2
5.2
5.2
5.2
5.2
5.2
5.2
5.2
5.2
0.0
5.2
5.2
5.2
5.2
5.2
5.2
5.2
5.2
5.2
5.2
5.2
5.2
5.2
5.2
5.2
5.2
5.2
PROPA- RISE
GATION TIME
P~~. DE~~Y
'.Un
g 7.0n
5
5.0
5.0
5.0
5.0
5
5
5
5
5
5
5
5
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5
5
5
5
5
5
5
5
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5
5
5
5
5
5
5.5
5.5
5.5
5.5
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
4.5
4.5
4.5
0.0
0.0
0.0
0.0
0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
6.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
--2.
7.0n
7.0n
7.0n
7.0n
7.0n
2.0n
2.0n
2.0n
2.0n
2.0n
2.0n
2.0n
2.0n
8.0n
8.0n
8.0n
8.0n
8.0n
8.0n
8.0n
8.0n
LOn
1.()n
LOn
LOn
LOn
LOn
LOn
LOn
7.0n
7.0n
7.0n
7.0n
7.0n
7.0n
7.0n
7.0n
7.0n
7.0n
7.0n
7.0n
7.0n
7.0n
7.0n
7.0n
35n%
35n%
35n%
35n%
2.3n
2.3n
'2.3n
2.3n
2.3n%
2.3n%
3.4n'"
3.4n'"
3.4n'"
3.4n'"
3.4n'"
3.4n'"
2.3n%
2.3n%
2.3n%
2.3n%
2.6n
2.6n
2.9n
2.9n
3.0n
3.0n
14n
3.4n'"
3.4n'"
2.3n%
2.3n%
2.3n%
2.3n%
2.3n
2.3n
2.3n%
2.3n%
2.5n
2.5n
2.9n
2.9n
2.5n
2.5n
1.7n
1.7n
15n
4.0n
4.0n%
4.0n
4.0n%
2.0n
2.0n%
2.0n%
2.0n%
2.0n%
2.0n%
2.9n'"
2.9n'"
2.9n'"
2.9n'"
1.1n
JdO'n%
:~I
MAX.
FALL
TIME
~I
DRAWINGS
TEMP.
CKT
MAX. MAX.
OUTLINE
LOGIC
TOTAL NOISE
PE~[
REJECT LOVI HI MO DWG. No DWG. No
PKG.
lI=MO
D!~~.
(VI
'C
'C
--60mt 1.0
-55
~I~g~~~~ ~1;tcf5m
60mt 1.0
-55
2 GOl163 FP28
60mt 1.0
-55 125
Ml05m
1.0
75
0
60mt
~ ggm~ FP28
75
60mt 1.0
0
2 GOl163 Ml05m
0
60mt 1.0
75
2 GOl163
0
75
60mt 1.0
4 G06109 ~12~5m
-55 125
28mt 1.0
4 G06109 FP28
-55 125
28mt 1.0
4 G06109 Ml05m
-55 125
28mt 1.0
4 G06109 FP28
-55 125
28mt 1.0
4 G06109 Ml05m
75
0
28mt 1.0
FP28
0
75
28mt 1.0
l~g~lg~ Ml05m
0
75
28mt 1.0
75
4 G06109 FP28
28mt 1.0
0
Ml05m
160mT 1.0
-55 125
l~gl1~: FP28
160mt 1.0
-55 125
4 GOl164 Ml05m
-55 125
160mt 1.0
4 GOl164 FP28
-55 125
160mt 1.0
4 GOl164 Ml05m
75
0
160mt 1.0
4 GOl164 FP28
75
160mt 1.0
0
4 GOl164 Ml05m
0
160mt 1.0
4 GOl164 FP28
160mt 1.0
0 I~~
2 G06111 Ml05m
-55 125
28mt 1.0
28mt 1.0
-55 125
28mt 1.0
-55 125
2 G06111 FP28
-55 125
28mt 1.0
2 G06111 Ml05m
75
28mt 1.0
0
2 G06111 FP28
75
28mt 1.0
0
2 G06111 Ml05m
75
28mt 1.0
0
2 G06111 FP28
0
75
28mt 1.0
3 GOl159 Ml05m
-55 125
105mt 1.0
3 GOl159 FP28
105mt 1.0
-55 125
Ml05m
105mt 1.0
-55 125
~ l~gl1~~ FP28
-55 125
105mt 1.0
75
3 GOl159 Ml05m
0
105mt 1.0
3 GOl159 FP28
0
75
105mt 1.0
3 GOl159 Ml05m
75
0
105mt 1.0
3 GOl159 FP28
75
105mt 1.0
0
2 GOl158 Ml05m
-55 125
60mt 1.0
2 GOl158 FP28
60mt 1.0
-55 125
2 GOl158 Ml05m
-55 125
60mt 1.0
2 GOl158 FP28
-55 125
60mT 1.0
2 GOl158 Ml05m
75
0
60mT 1.0
2 GOl158 FP28
75
60mT 1.0
0
2 GOl158 M105m
75
60mt 1.0
0
2 GOl158 FP28
75
60mt 1.0
0
2 G0278b TOl16
0 75
44mt 1.7 '"
3 G0278c TOl16
44mt 1.7 '"
0 75
3 G0278d TOl16
44mt 1.7'"
0 75
4 G0278e TOl16
44mt 1.7 '"
0 75
2 G02182 M256
100mt 200m
-30 85
2 G02182 M153a
-30 85
100mt 200m
1 G02183 M256
100mt 200m
-30 85
1 G02183 M153a
-30 85
100mt 200m
2 G02167 M200n
75
100mT
0
4 G02168 M200n
75
100mt
0
2 G02167 FP85
100mt
-55 125
2 G02167 M191
-55 125
100mT
4 G02168 FP85
-55 125
100mt
4 G02168 M191
-55 125
100mt
4 G02184 FP85
-55 125
100mt
4 G02184 M191
-55 125
100mT
2 G02167
-30 85
100mT
2 G02167
100mt
-30 85
4 G02168 M191
-30 85
100mt
4 G02168 M278
-30 85
100mt
2 G02182 M153d
85
50mt
0
2 G02182 Ml17x
0
85
50mt
85
25mt
0
gg~l~~ 1IIiI153d
Ml17x
85
25mt
0
3 G02120 TOl16
15 55
1.0
TOl16
2
G02120b
15 55
2.0
2 GOl179 TOl16
15 55
2.0
2 G02166 FP85
-55 125
100mt
2 G02166 M191
-55 125
100mt
2 G02166 M191
-30 85
100mt
2 G02166 M278
-30 85
100mt
100mt
1-30 85
I~~~J
-30 85
100mt
1 G02184 M256
-30 85
100mt 200m
1 G02184 M153a
-30 85
100mt 200m
2 G02166 M200n
75
0
100mt
4 G02184 M200n
75
0
100mT
2 G01229 M153d
85
50mt
0
2 G01229 M117x
0
85
50mt
1 G02184 M153d
85
25mt
0
1 G02184 Ml17x
85
25mt
0
1 G02139 M200b
75
0
230m 300m
1 G02139a M200b
75
310m 300m
0
2
G02196 M256
-30 85
150mT
2 G02196 M153e
150mT
-30 85
CN8
1
37m
75
1 G02203 M257.
0
115mt
M257.
G02187
75
2
0
95mt
1 G02203 M257.
-55 125
115mt
M257.
G02187
2
-55
125
95mt
M256
4
-30 85
100mt 200m
M200n
G02162
4
75
100mt
0
75
0
3 G02163 M200n
75mt
M200n
G02164
75
2
0
50mt
4 G02178 FP85
-55 125
100mt
M191
G02178
125
-55
100mt
G03279 FP85
90mt
-55 125
M191
3
G03279
125
-55
90mt
FP85
-55 125
60mt
gg~l~!
M191
-55
125
60mt
2 G02161 FP85
-30 85
120mt
M191
2
G02161
-30 85
120mt
2 G02164 FP85
-30 85
125mt
m
!
:
1 g8~111
2.5nt
2.5nt
2.5nt
2.5nt
2.5nt
2.5nt
4.0n
4.0n
4.0n
4.0n
4.0n
4.0n
4.0n
4.0n
4.0n
4.0n
2.5nT
2.5nT
2.5nt
2.5nt
2.5nt
2.5nT
4.0n
4.0n
4.0n
4.0n
4.0n
4.0n
4.0n
4.0n
4.0n
4.0n
~,z~5m
I~~~J
1
4.0n
4.0n
4.0n
2.2nt
4.0n
2.5nt
2.5nt
2.5nt
2.2nt
2.5nt
4.0n
4.0n
4.0n
2.2nt
4.0n
2.5nt
2.5nT
2.5nt
2.2nt
2.5nt
4.5n
4.5n
1.5nt
1.5nT
4.5n
4.5n
1.5nT
1.5nt
2.0nt
2.0nt
2.0nt
2.0nt
3.3n
3.3n
3.3n
3.3n
3.3n
3.3n
2.1n
2.1n
1.7nt
2.0nt
2.0nt
2.0nt
2.0nt
3.3n
3.3n
3.3n
3.3n
3~n
3.3n
2.1n
2.1n
1.7nt
! gg~l~:
~
~
SYMBOLS AND CODES
EXPLAINED IN INTERPRETER
114
---.------------------~
LINE
No.
MA~1
~PE !J_
O~ER- PRO-
TYPE
No.
OF
GATE
~
I~~:g:g:~
Ig
3
4
5
6
7
8
9
MC10l05l
MC10l05P
MC10l09l
MC10l09P
MC10212l
MC10212P
MC1601F
23
2,3
2,3
23
2,3
2,3
23
13
14
15
16
17
18
19
20
21
22
23
24
10103B
10103 F
10105B
10105F
10109B
10109F
10112B
10112F
SN 10101J
SN10l01N
SN10105J
SN 10105N
2,3
2,3
23
2,3
2,3
23
2,3
2,3
23
2,3
~~,.;~
29,.
30,.
31
32
33
34
35
36
FYH 114
FYH 124
FYH134
OM10l01J
OM 10105J
OM 10109J
OM10112J
MC351F
MC351G
2,3
2,3
23
2,3G
2,3G
23G
2,3G
2M
2M
~~
39
:~
~g~~~~
MC357F
~g~6~
2S
2S
2S
2S
2S
2S
2S
~g 1gg~~
j~
~ggj~
12
85+
87t
88+
90
91
93
94
Mar-.75
-1.6t*
-1.6
-1.6
ECT
ECT
,ECT:
~q; ::j~
:L~
SS"4 Q'
-1.()%
M 25
5.2
5ll 25 I 5.2
5t> 25
5.2
6 150 I 5.2
5.2
6 150
5.2
6
150
4
50
5.2
5.2
4
50
5.2
4
50
4t>, 50
5.2
6 150
5.2
6 150
5.2
6 150
5.2
5.2
I ~g
5.2
4
50
5.2
4t> 50
5.2
4t> 50
5.2
5
26
5.2
5
26
5.2,
3
25
3
25
3
25
5.2
3
25
5.2
2
5.2
!
~:~ i
~
i
g:~
CMSI
CMS
CMS,
CMS
4
3
9
2
2
2
4
8
10
2
2
15
15
15
0.0
0.0
5.2
0.0
0.0
0.0
0.0
0.0
~:g~~
~:g~T
2.0n%
2.0n%
2.0n%
2.0n%
1.5n%
1.5n%
750p
750p
2.0n
2.0n
2.0nt
2.0nT
1.5nt
1.5nt
750pt
750pt
~.()nT
i 7~g~
~~~Pt
2.0n
3.3n
2.0n
3.3n
2.0n
3.3n
2.0n
3.3n
2.0n
3.3n
2.0n
3.3n
2.4n
3.5n
2.4n
3.5n
2.0n
2.0n
2.0n
2.0n
2.0n
2.0n
1On'"
10nt>
10nt>
10nt>
2.9nt>
3.3n
2.0n
'2.0nt
3.3n
2.9nt>
3.5nt>
3.5n
12n
~1~~ 12n
10n
20nt>
20nt>
10n
20nt>
10n
10n
41~nt>
7.0n
4.0n
7.0n
4.0n
7.0n
7.0n
7.0n
4.0n
7.0n
20n
20n
20n
20n
20n
19n
20n
19n
4.0n%
4.0n%
4.0n%
4.0n%
4.0n %
4.0n%
4.0n%
4.0n% \
7
4.0n%
4.0n%
4.0n% I
4.0n%
4.0n%
4.0n%
4.0n%
12n
6.5n
12n
6.5n
12n
12n
12n
6.0n
12n
6.0n
2.0nt
2.0n%
l~g~~
g,
0
0
0
g
0
0
g0 ::g~
0
0
0
0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0
0
i
g
~:g~
0
0
0.0
: O'PO
~go~
10
10
0.0
5.0
5.0
5.0
5.0
5.0
100nt>
lOOn'"
2.5n
50n
50n
300nt>
300nt>
300nt>
199~+
2.0n
90mt
2.0n
90mt
2.0n
2.0nt
60mt
60mt
2.0nt
1.5nt 160mt
1.5nt
750pt ~gg~~
750pt 460m~
750pt 320mj(
3.3n
100m'll
100m
3.3n
3.3n
l~g~'lI
3.3n
, 75m:1!
3.3n
3.3n I 50m:1!
50m'll
3.3n
3.5n
3.5n
100mt
100mt
75mt
75mt
50mt
50mt
150m!
275m!
262m!
235m!
25mt
3.3n
2.0nt
109m~
3.3n
12m"
3.5n
1~~~\'! 400m
15n
15n
48m 400m
48m 400m
14n
48m 400m
14n
20m ,400m
14n
14n
8.0n
8.0n
40mt 175m
8.0n
95mt 175m
8.0n
65mt 175m
8.0n
45mt,175m
8.0n
20n 340m
20n 340m
19n 340m.)
19n 340m
115mT'
80mt
40mt
95mt
65mt
45mt
95mt
115mt
80mt
40mt
95mt
65mt
45mt
95mt
95mt
47m 400m
12n
47m 400m
12n
l1.n
47m 400m
47m 400m
11.n
l1.n
l1.n
2.0nt 100mt
Z.Unt
100mt 4.5 t>
'4.5 t>
~g~ !gg~
z.unt
4.5n
4.5n
r 350m
1500m
500m 450mt>
25u!
25u!
I 25u!
:~g ~~
-30
-30
-30
-30
-30
85
85
85
85
85
:~g ~~
-30
'·30
-30
-30
85
85
85
85
:~g ~~
-30
i-30
1-30
85
85
85
:~g ~~
0
0
0
0
0
0
10
10
10
10
-30
-30
-30
-300
0
0
0
0
85
85
85
85
85
185
'60
\60
60
,60
85
85
85
-55
-55
-55
-55
-55
-55
0
0
0
0
0
0
0
0
0
-55
-55
-55
-55
-55
-55
-55
-55
-55
-55
-55
-55
125
125 i
125'
125
125
125
75·
751
75'
75
75
75
75
75
75
125
125
125
125
125
125
125
125
125
125
125
125
:~~
8~5
75
75
75
75
1~~
: Igg~l~~
~~~~
1 gg~j~
~~~1
3
3
2
2
2
2
4
3
2
4
4
4
3
3
2
2
2
2
4
4
3
3
2
2
1
4
2
2
1
3
2
2
1
1
G02163 M191
G02163 M278
G02164 M191
G02164 M278
G02200 M200w
G02200 M 117y
G02178a FP85
G02179a FP85
G02 i 94a FP85
G02178 M153a
G02197 M256
G02197 M153a
G02179 M256
G02179 M153a
G02194 M256
G02194 M153a
G02196 M256
G02196 M153a
G02178 M153d
G02178 M117x
G02179 M153d
G02179 Ml17x
G02194 M153d
G02 194M 11 7x
G02204 T087
G02205 T087
G02204a T087
G02204a T087
G02162 M200r
G02163 M200r
G02164 M200r
G03263 M200r
G0279b T091
G0279b CN9
1
1
1
1
1
2
2
2
1
1
1
1
1
1
1
2
G0279a T091
G0279a CN9
G02106 T086
G02106a T086
G02106b T086
G02101 T086
G02101a T086
G02101b. T086
G0284·. : T091
G0284" CN9
G0284
T091
G0284 ,eN9
G02106 T0116
G02106a TOl16
G02106b T0116
G02 101 TO 116
1
1
1
2
2
2
G02 106 TO 116
G02106a T0116
G02106b T0116
G02101 ]T0116
G02101a i TOl16
G02101b T0116
1 G0242
1 G0242
1 G0242
1 IG0242a
1 ,G0242a
4 G02199
II
-30
85
:~g ~~
: I~g~~~~
-30
85
0
-20
-20
-20
70
70
70
70
2
3
1
4
4
4
2
1
G03291
G03292
G02139b
G03287
G03287
G03303
G03303.
G03303b
CN9
T091
CN9
T091
CN9
M191
M27H
M200b
M297.
M344
M318.
M318.
M318.
.85*
CMS
3
7
0.0
5.0
270nt>
200m
-55
125
3 G03281
M314
MOS 3.95%
.85*
CMS
3
7
0.0
5.0
270nt>
200m
-55 ,125
3 G03281
FPl16
MO~
5.0
270nt>
200m
-55 1125
3 G03281
M314
5.0
270nt>
200m
-55
i 125
3 G03281
FP116
7
0.0' 5.0
270nt>
200m
-55 1125
3 G03281
M314
7
0.0
5.0
270nt>
200m
-55
125
3 G03281
FP116
7
0.0
5.0
270nt>
200m
-55
125
4 G03282
M314
7
0.0
5.0
270nt>
200m
-55
125
4 G03282
FP116
2
7
0.0
5.0
270nt>
!
200m
-55 1125
4 G03282
M314
CMS
2
7
0.0
5.0
270nt>
I
200m
-55
4 G03282
FP116
.85*
CMS
2
7
0.0
5.0
270nt>
200m
3.95%
.85*
CMS
2
7
0.0
5.0 .270nt>
200m
MOS 3.95%
.85*
CMS
4
7
0.0
5.0
i270nt>
.85*
CMS
4
7
0.0
5.0
270nt>
3.95%
.85*
CMS
3
MO 3.95%
.85*
CMS
3
.85*
CMS
3
MO 3.95%
.85*
3
MO 3.95%
.85*
2
MO 3.95%
.85*
CMS
2
Mm 3.95%
.115*
";MS
MO 3.95%
.85*
,MOS 3.95%
MOS 3.95%
D.A. T.A.
ECT
ECT
ECT
ECT
ECT
ECT
ECT'
ECT'
ECTI
ECT 1
3
2
2
4
2
2
2
2t
2t
5t
5t
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
MOS 3.95%
JANM38510/05202BCA
JANM38510/05202CCA
EECCTTI
Kg
~:~
90
90
90
90
1.5*
.80*
.80*
.80*
JANM38510/05202AOA
13
19
3t
3t
5t
5t
IN ORDER OF (1)TYPE OF GATE(2)LOGIC TYPE
(3 LEVEL.,,(4 LEVEL'O'(5)MAX FREQ(6)TYPE No.
MAX. MAX.
TEMP.
CKT:
DRAWINGS
TOTAL NOISE
. I
PER LOGIC OUTLINE
PKG.
REJECT LO~I HI Moe DWG. No DWG. No
DISS.
,.,=MO
(W)
(V)
'C
'C
M1~ 3.5%
MO
3.6%
3.6%
MO
MOS 3.6%
MO~
115
-1.6
-1.6
-1.6
-1.6
-1.6
-1.6
-1.6
-1.6
-1.6
-1.6
2S
,~::>
~g
Mar -.75
Mq~ -.75
M~~ -.75
MO, -.75
Mq~ -.75
Mq~ -.75
MO, -.75
Mq~ -.75
Mq~ -.75
Mar -.75
MOi~~-.75
MO -.75
MO -.75
MO~
2S
2S
2S
2S
MC10l03l
1 0'lU::
75
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76
SS4025AE
77
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78
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79
MM74C02N
80~~ MSM505
81,. MSM506
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ECT
ECT
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ECT
ECT
ECT
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ECT
ECT
ECT
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ECT
ECT
M=MO
2 G03283
3
M.
3
3
3
2
2
2
4
4
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3
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2
2
2
4
4
4
3
3
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3
3
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8
8
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4
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4
4
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8
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7
7
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7
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16
16
16
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10
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10
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340nb
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10
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10u%
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1.0u%
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50u%
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0.0
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5.0
5.0
5.0
5.0
5.0
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5.0
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, 15n
15n
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30n
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75nb
30n
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90nb
75nb
30n
30n
25n
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30n
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30n
20n
20n
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12 260nt
12 260nt
0.0 1.7n
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30n
30n
30n
30n
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4.5
4.5
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4.5
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4.5
4.5
4.5
4.5
4.5
4.5
4.5
4.5
4.5
4.5
4.5
4.5
4.5
4.5
4.5
4.5
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40m
19m
1.0
1.0
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19m
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19m
19m
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19m
19m
19m
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19m
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19m
19m
19m
19m
19m
19m
19m
19m
19m
19m
19m
19m
19m
19m
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75m
160m
160m
130m
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160m
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1.0
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20mt
20mt
70mt
70mt
20mt
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75m
75m
100m
100m
75m
75m
100m
100m
225mt
22mt
22mt
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120nt ·288m§
120nt 288m§
1.5nt 150mt
I
340nt
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4.5 b
b
b
b
b
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D.
b
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b
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b
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m
.~5
·55
·55
·55
·55
·40
·40
·40
·40
·40
-40
·40
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·55
·55
·55
·55
·55
125
125
125
85
85
85
85
85
85
85
85
125
125
125
125
125
0
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·55
75
65
125
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·55
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125
125
125
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1:8
1.0
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1.0
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1.0
1.0
1.0
1.0
1.0
1.0
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1.0
1.0
m
ml
:~~
·40 85
·55
·55
·40 85
·55 125
·55 125
·40 85
·55 125
-55 i25
·40 85
·55 125
·55 125
·40 85
·55 125
·55 125
·55 125
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·55 125
·55 125
·55 125
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l>.
b
b
b
b
b
l>.
b
1.0
1.0
1.2
1.2
1.2
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5.0 b
5.0 b
SYMBOLS AND CODES
EXPLAINED IN INTERPRETER
·55
·55
·55
·55
·55
·55
·55
0
·55
0
·55
0
·55
0
·55
0
·55
0
·55
0
0
·55
·55
0
0
·55
·55
0
·40
·40
·40
·40
·40
·40
·40
40
0
0
0
·55
·55
·55
·55
·55
·55
0
0
0
0
0
1
3 G03266
3
3
1
1
1
1
2
2
2
4
4
4
2
G03266
G03266
G03288
G03288
G03288
G03288
G03211.
G03211.
G03211.
G03212.
G03212.
G03212.
G03213.
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G03212.
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~ ~8m~:
~~5
70
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70 I
125
70
125
70
70
125
125
70
70
125
125
75
125
125
125
125
125
125
125
125
75
75
75
75
125
125
125
125
m
,
b001AB
~ggi!~
bOO lAB
b004AF
b001AO
bOO lAB
b004AF
c.OOiAD
bOO lAB
b004AF
b001AO
b001AB
bOO lAB
b004AF
bOO lAO
b001AO
b004AF
bOO lAO
b001AO
b004AF
bOO lAO
~ ggm~: ~ggl!~
3 G03266
2
2
4
4
m
75
75
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g 75
70
0
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·30 85
0
0
G03211.
G03211.
G03211.
G03212.
G03212.
G03213.
G03213.
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~ ~g~~~~
125
125
125
125
125
125
70
125
70
125
75
75
75
75
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2
2
4
4
4
2
2
2
3
3
4
4
4
4
4
2
4
4
4
2
4
2
2
2
2
2
2
4
4
3
3
4
4
2
2
2
2
2
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4
4
3
3
1
2
2
4
1
1
1
1
1
1
2
2
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4
4
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G03266
G03266
G03212.
G03212a
G03212.
G0321'2.
G032f.2a
G03270
G03131 It?116
B31
M126
M126
T088
T088
: M126
'. T088
~ri;:
M126
~~~~
T088
M126
. T088
M126
:., T088
T088
T088
M126
.. T088
M126
T088
M126
T088
M126
T088
M126
G0686a CN2
CN2
CN2
CN2
CN2
CN2
CN2
G02137 T0116
G03113 CN2
G03113a CN2
G03112 CN2
G03112. CN2
G03119 CN2
G03119. CN2
G03118 CN2
G03118.
~~~6.
G02137
M126a
Ml05n
M114
M126.
M126a
T086
T0116
T086
T0116
T086
T0116
T086
TOl16
G03280
G03280
G03294
M114c
M114c
Ml14c
M114c
Ml17 ••
M 117aa
M256
G02137
G02137
G02137
G02137
G02137
G02137
G02137
: Igg~m
4
12
1
2
3
4
4
4
2
b001AO
bOO lAO
b004AF
bOO lAB
bOO lAO
l>.OOlAB
bOO lAO
bOO lAB
bOO lAO
bOO lAB
bOO lAO
bOO lAO
bOO lAB
bOO lAB
b004AF
b001AB
117
PER- PRO~PE ~Mt1
OF
ATING CESS
.§J
LINE
No.
TYPE
No.
FREQ.
(HzI
GATE
2
3
4
5
6
7
8
9
1~
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31#
~~L313F
I~
MC363F
MC1007P
MC1008P
MC1009P
MC10l0P
MC10llP
MC1012P
3
3
3
3
3
3
3
~glgm
~ggg~r
m~
~~
39
40
41
42
43
44
45.
46.
~ggg~
MC361F
MC361G
MC362AF
MC362AG
MC362F
MC362G
MC312AF
MC312AG
GXB10102
GXB10106
:a ~~~b~g~
49#
50
51
52
53
54
55
56
57
58
59
60
61
62
63
64
65
66
67
68
69
70
71
72
n
75
j~
78
79
80
81
:~.
84
85
86
87
88
89
90
91
92
93
94
95
96
97
98
1~~
101
19~
104
105
106
107
108
109
118
MC10502L
MC10506F
MC10506L
OM 10106J
~glgm
MC10l00L
MC10l00P
MC10l02L
MC10102P
MC10l06L
MC10106P
MC101 I lL
MC101 I lP
MC10211L
MC10211P
10100B
10100F
10102B
10102F
10106B
10106F
~q;
I~~;
~g~
M1~
~g~
~q~
~g~
40M
40M
40M
40M
40M
40M
40M
40M
40M
40M
~~~
~gt
M~f
~qf
~g~
I
~q;
~g~
3
~gt
3
3
3
3
3
3
3
3
3
3
~q~
~gt
I~
101m
SN 10100J
3
SN10l00N
3
SN10l02J
3
SN10l02N
3
SN10l06J
3
SN10l06N
3
SN10l I lJ
3
SN10l lIN
3
9909HC
3
HEP570-RT
3
HEP580-RT
3
HEP584-RT
3
HEPC2502P-RT
3
SN I 7909L
3
SN17910L
3
MC917F
3
MC918F
3
MC918G
3
MC919F
3
MC817F
3
MC817P
3
3
3
MC818P
3
MC819P
3
MC892F
3
MC893F
3
MC924F
3
MC925F
3
MC824F
3
MC825F
3
MC992F
3
MC993F
3
MC715P
3
MC717P
3
-,75
M~~ -.75
-,75
-,75
-.75
M'!f
MO -.75
Mm -.75
-.75
-.76
Mm -.75
-.75
-.75
-.75
Mq~ -.75
IMq~ -,75
MOt -.75
-.75
MO -.75
MO -.75
M~; -.75
-.75
-.75
-.75
Mq~
.MO~ -.75
'Mm -.75
-.75
-.75
MOt -.75
-.75
M~~ -.75
-.75
Mq~ -.75
MO~ -.75
MOt -.75
-.75
-.75
MO -.75
M~~ -.75
-.75
-.75
-.75
MO -.75
MOt -.8*
-.8*
-,88
Mm -.88
-.88
M~; -.93%
-.93%
Mq~ -.93%
-.93%
Mq~
Mot -.96%
-.96%
-,96%
Mot -.96%
-.96%
M~; -.96%
-.96%
M~; -.96%
-.96%
-.96%
Mq~ -.96%
Mq~ -.96%
MOt -.96%
-.96%
-.96%
MOt -.96%
-.96%
M~~ -.96%
-.96%
-.96%
M~~ -.96%
MO
MOt -.98%
-.98%
MO -.98%
MO -.98%
-.98%
M~~ -.98%
-.98%
-.98%
~8t
~
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
(VI
MO~
3
3
3
3
3
3
3
MC1210F
MC1210L
MC121 IF
MC1211L
MC1212F
MC1212L
MC1262F
MC1262L
MC1263F
MC1263L
SP1007
SP10l0
SP1207
34# SP1210
35
MC359F
36
MC359G
lJ· 1•
I~q~ -,75
~
MC1052F
MC1062P
MC1063P
MC1207F
MC1207L
MC1208F
MC1208L
M1~
I
I
I
. GATES
8FAN
POWER
LOGIC
LEVEL
~g~
~g~
YPE
I~~T
RTL
IRTL
RTL
3
2
2
4t
4t
3
3
3
3
2
2
4t
4t
3
3
;!
2
2
2
RTL
RTL
RTL
RTL
RTL
RTL
RTL
RTL
RTL
RTL
RTL
RTL
RTL
RTL
RTL
RTL
RTL
RTL
RTL
RTL
RTL
RTL
RTL
2
2
2
2
3
3
4
2
2
3
3
3
4
3
3
2
4
2
4
3
3
3
2
30
4
4
4
4
4
4
4
4
4
4
4
5
4
5
5
5
5
5
4
16
4
ECT
ECT
ECT
ECT
ECT
ECT
ECT
~gi
ECT
ECT
ECT
ECT
ECT
ECT
ECT
ECT
ECT
ECT
ECT
ECT
ECT
ECT
ECT
ECT
ECT
ECT
ECT
ECT
ECT
ECT
ECT
ECT
ECT
ECT
ECT
ECT
ECT
ECT
ECT
ECT
ECT
ECT
ECT
ECT
ECT
ECT
ECT
ECT
ECT
ECT
ECT
ECT
ECT
ECT
ECT
ECT
ECT
-1,~
-1,6
-1,6
-1.6
-1.6
-1.6
-1.6
-1.6
-1.6
-1,6
-1.6
-1.6
-1,6t
-1.6t
-1.6t
-1.6t
-1.6
-1.6
-1.6
-1.6
-1.6
-1.6
-1.6
-1.6
-1.6
-1.6
-1.8*
-1.8*
-1.7t
-1.7t
-1.7t
-1.6*t
-1.6*t
-1.6*t
-1.6*t
-1.6t*
-1.6*t
-1.6*t
-1.6*t
-1.6*t
-1.6*t
-1.6*t
-1.6*t
-1.6*t
-1.6*t
-1.6*t
-1.6*t
-1.6*t
-1.7*t
-1.7*t
-1.7*t
-1.7*t
-1.7*t
-1.7*t
-1.7*t
-1.7*t
-1.6*
-1.6*
-1.6*
-1.6*
-1.6*
-1.6*
-1.6*
-1.6*
~g
ECT
ECT
ECT
ECT
ECT
ECT
ECT
ECT
ECT
ECT
~~i
ECT
ECT
ECT
ECT
ECT
ECT
ECT
~¥[
I
i
~g:l~~
D.A. T.A.
Mm
M~;
~g~
Mq~
MOt
MOt
M,!~
MO
MOt
M~;
~g~
Mq~
MO~
MOt
~g~
.45*
.45*
.45*
.45*
.46*
.46*
.46*
.46*
.46*
.46*
.57*
.57*
.57*
.57*
.55*
.55*
.55*
.55*
.46*
.46*
~
SUPPLY
SPAN
NEG. POS,
(VI
(VI
u.uO
~:~
25
5.2
25
5.2
25
5.2
25
25
5.2
25
5.2
5.2
25
25
5.2
10
5.2
10
5.2
10
5.2
25
5.2
5.2
25
5.2
25
5.2
25
5.2
25
25
5.2
25
5.2
5.2
25
25
5.2
25
5.2
5.2
25
5.2
25
25
5.2
5.2
25
25
5.2
25
5.2
25
5.2
5.2
25
5.2
25
25 I 5.2
5.2
25
5.2
25
5.2
25
5.2
25
5.2
5.2
5.2
25
5.2
25
15
5.2
5.2
15
5.2
25
25
5.2
5.2
8
5.2
8
5.2
5.2
5.2
5.2
5.2
5.2
5.2
5.2
70
5.2
70
5.2
5.2
5.2
90
5.2
5.2
90
5.2
5.2
5.2
5.2
5.2
5.2
5.2
5.2
5.2
5.2
5.2
5.2
5.2
5.2
5.2
5.2
5.2
5.2
5.2
5.2
5.2
5.2
0.0
30
16
0.0
4
0.0
0.0
16
.
.75%
.75%
.75%
.75%
.80%
.80%
.80%
.80%
.80%
.80%
.82%
.82%
,82%
.82%
,84%
,84%
,84%
.84%
.85%
,85%
IUUI
(VI
-1.6
-1.6
-1.6
-1.6
-1.6
-1,6
-1,6
-1,6
-1.6
-1,6
-1,6
-1,6
-1,6
-1.6
-1.6
-1.6
-1,6
M~~
~gt
~q;
IN
fiJ· O• f£J
2
3
3
3
2
2
2
4
4
8
2
2
3
3
3
3
3
3
2
2
2
2
2
2
2
2
2
2
3
2
3
2
2
2
2
2
2
2
3
3
3
3
3
3
2
4t
3
2
2
4t
4t
4t
2
2
3
3
2
2
4t
4t
3
3
5n
5n
3
~~
MAX.
PROPA- RI:sE
FALL
GATION TIME TIME
DELAY
tr
If
(sl
(sl
. n
12n
0
12n
0.0 4.0n%
0.0 4.0n%
0.0 4.0n%
0.0 4.5n%
0,0 4.5n%
0.0 4.5n%
.~n
12n
12n
o
o
o
5.0n
~.On
5.0n
5.0n
5.0n
5.0n
0.0 2.0n%
3.5n
0,0 2.0n%
3.5n
0,0 4.0n%
0.0 4.0n%
0.0 4.0n%
0.0 4.0n%
0.0 4.0n%
0.0 4.0n%
0,0 4.5n%
0.0 4.5n%
0,0 4.5n%
0.0 4.5n%
0,0 4.5n%
0,0 4.5n%
0.0 2.0n%
3.5n
0.0 2.0n%
3.5n
0.0 2.0n%
3.5n
0.0 2.0n%
3.5n
0,0 4.0n%
0.0 4.5n%
0.0 4.0n%
0.0 4.5n%
0
19nn
IOn
0
IOn
19nn
0
19nn
IOn
0
19nn
IOn
0
19nn
IOn
0
IOn
19nn
7.5n
9.5n
9.5n
7.5n
12n
0 21nn
21nn
12n
g 8.5n
12.n
8.5n
12.n
O.O(J. 2.0n%
2.0nt
2,Ont
0.0 2.0n%
0,0 2.4n%
2.1nt
0.0 2.9nn
3.3n
3,3n
0.0 2.9nn
0.0 2,9nn
3.3n
3,3n
0.0 2.9nn
2.0nt
0.0 2.0n
0.0 1. In
2.1n
0.0 I. In
2. In
0.0 2.0n%
0.0 2.0n%
2.0nt
0.0 2.0n%
2.0nt
0,0 2.0n%
2.0n
0,0 2.0n%
3.3n
0.0 2.0n%
3.3n
0.0 2.4n%
3.5n
0,0 2.4n%
3.5n
0.0 1,5n%
1.5nt
0,0 1.5n%
1.5nt
0.0
20n
3.3n
0,0
20n
3.3n
0.0 2.0n
3.3n
0.0 2.0n
3.3n
0.0 2.0n
3.3n
0.0 2.0n
3.3n
0.0 2.4n
1:!·5n
0.0 2.4n
3.5n
0.0 2.5n
0.0 2.5n
0.0 2,On
0,0 2,On
0.0 2.0n
0.0 2.0n
0.0 3.5n
0.0 1 3 .5n
3.6
40n
4.0
12n
4.0
27n
4,0
12n
o
o
3,6
0.0
8
0
0
8
0.0
3.0
0.0 , 3,0
3,0
0.0
3,0
0.0
3,6
0.0
3,6
0.0
0.0
3.6
0.0
3.6
0.0
3.6
3.6
0.0
3.6
0.0
3.6
0.0
4
0
0
4
0
4
0
4
3,0
0.0
0.0
3.0
0.0
3.6
0.0
3.6
27n
27n%
27n%
27n%
27n%
27n%
27n%
27n%
27n%
27n%
27n%
12n%
27n%
12n
12n
12n
12n
12n%
27n%
12n%
27n%
I
I
(sl
.~n
14n
14n
4.0n
4.0n
4.0n
3.5n
3.5n
3.5n
3.5n
3.5n
3.5n
14n
14n
14n
14n
14n
14n
9.0n
9.0n
14n
14n
14n
14n
2.0nt
2.0nt
2.1nt
3.3n
3.3n
3.3n
3.3n
2.0nt
2. In
2.1n
2.0nt
2.0nt
2.0n
3.3n
3.3n
3.5n
3.5n
1.5nt
1.5nt
3.3n
3.3n
3.3n
3.3n
3.3n
3.3n
=!.~n
3.5n
IN ORDER OF (1)TYPE OF GATE(2)LOGIC TYPE
(3 LEVEL'1'(4 LEVEL'O'(5IMAX FREQ(6ITYPE No.
MAX. MAX.
TEMP.
CKT
DRAWINGS
TOTAL NOISE
LUIlIC uuTLINE
PE~[
PKG.
REJECT LOVI HI MO DWG. No DWG. No
DISS.
lI=MO
(WI
(VI
'C
'C
~~O~
150m
110mt
75mt
60mt
115mt
95mt
65mt
305m
1
260m
180m
320mt
320mt
110mt
110mt
75mt
75mt
60mt
60mt
115mt
115mt
95mt
95mt
65mt
65mt
320mt
320mt
320mt
320mt
110mt
115mt
110mt
115mt
71m
71m
71m
71m
55m
55m
70m
70m
71m
71m
375m
375m
:~~ 1~~5
0
0
0
450m
450m
450m
a
a
0
a
g
0
75
75
75
75
75
75
75
jg
-30
-30
-30
-30
-30
-30
-30
-30
-30
-30
-30
-30
-30
-30
-30
-30
70
75
75
125
125
125
125
125
125
125
125
125
125
125
125
125
125
125
125
75
75
125
125
75
75
75
75
75
75
75
75
75
75
125
125
75
75
75
125
125
125
125
85
85
85
85
85
85
85
85
85
85
85
85
85
85
85
85
85
85
85
1~~~;
150m
:~g I~~
100mt
100mt
100mt
100mt
75mt
75mt
50mt
50mt
2.0m
250m
250m
10m
50m
0
0
0
0
0
0
0
0
0
85
85
85
85
85
85
85
85
70
20m
10mt
4mt
16mt
9.5mt
9.5mt
l1mt
20mt
20mt
12mt
12mt
12mt
15
-55
-55
-55
-55
-55
-55
0
0
0
0
0
55
125
125
125
125
125
125
75
75
75
75
75
Ig
0
-55
-55
0
0
-55
-55
15
15
igo
400m
400m
400m
400m
400m
400m
400m
400m
100mt
75mt
150mt
100mt
100mt
90mt
90mt
109m'jl
240mt
240mt
100mt
100mt
100mt
100mt
90mt
90mt
160mt
160mt
150mt
150mt
100:~
100m
100m
100~;
j~~~
!~mt
57mt
18mt
76mt
38m
76mt
38m
57mt
14mt
55mt
20mt
SYMBOLS AND CODES
EXPLAINED IN INTERPRETER
a
0
-55
-55
-55
-55
-55
-55
-55
-55
-55
-55
-55
-55
-55
-55
-55
-55
0
0
-55
-55
0
0
0
0
0
0
0
0
0
0
-55
-55
0
0
0
-55
-55
-55
-55
-30
:~g
~1~o~15~ ~08te
4 G03159
3
4
4
4
2
2
1
4
4
3
3
3
3
G03183b
G03159
G03159a
G03159b
G03264
G03274
G03183
G03183
G03183a
G03183a
4
2
4
2
4
2
4
4
4
4
3
4
3
4
2
2
G03159
G03159
G03159a
G03159a
G03159b
G03159b
G03264
G03264
G03274
G03274
G03131d
G0366e
G03131d
G0366e
G03151
G03151
~ ~g~l:~g
~ I~g~m:
2
2
2
2
2
2
2
2
4
3
G03151b
G03151b
G0384
G0384
G03179
G03179
G03262
G03265
~I~g~~~~
4
3
3
3
G03277
G03265
G03265
G03265
:
4
4
4
4
3
3
2
2
2
2
4
4
4
4
3
3
G03293
G03293
G03262
G03262
G03265
G03265
G03263
G03263
G02165
G02165
G03293
G03293
G03272
G03272
G03271
G03271
gg~~~
~ ~g~~~:
4
4
4
4
3
3
2
G03293
G03293
'G03272
G03272
G03271
G03271
G03294
T0116
T0116
T0116
T0116
i8:g
T086
M278
T0116
T086
T0116
T086
T0116
T086
T0116
T086
T0116
T086
T0116
T086
T0116
T086
M191
T086
T0116
M257.
M257.
M257.
M257a
T091
CN9
T091
CN9
T091
CN9
T091
CN9
T086
CN42
T091
CN9
M200n
M200n
M200n
FPS5
M191
FP85
M191
M200r
FP85
M191
M200w
Mll7y
~~~J
M191
M278
M191
M278
M191
M278
M256
M153.
M256
M153a
M256
M153.
M256
~m~
M117x
M153d
M117x
M153d
M117x
M153d
~ Igg~~~4 ~J~~x
T0116
T099
T099
4
2
2
75
125
125
100
100
125
125
55
55
T086
~ ~g~ma i811~
4
I
2
4
2
2
2
4
4
2
2
2
G0391e
G03136
G03153
~~UO
CN13
TOS6
T091
G0392e T0100
G0367a T086
G0391b T086
G0391e T0116
G0392d T091
G0392e T0100
G0365f T0116
TOll6
T086
3 G0365d T086
4 G03153a T086
2 G0390a T086
4 G03153a T086
2 G0390a T086
3 G0365d T086
3 G0365d T086
2 G0392e T0116
4 G039 Ie T0116
~g~~~~
~ gg~~~~
118
~
LINE
No.
hHPE
OF
GATE
TYPE
No.
~ l~g1g~
MC724AP
MC724P
MC824AP
MC824P
LCE702
~~:
~g~~~~
~~:-11 tg~~g~
2H
27:# T122D2
28# T122F2
1
~g: T122B
T122Dl
T122Fl
~.1#
9015DM
32
9015FM
33
34
TG330F
TG330J
35
36
TG331 F
37
TG331J
TG332F
38
39
TG332J
i~~~~j
:~
42
43
44
45
46
47
48
MO~ .85%
.85%
.85%
MO~
.88%
.88%
.88%
,88%
MO~
MJp
MA
OPER· PRO·
OF jATING CESS
GATE ··FREQ.
IHzl
TYPE
No.
i3
2*'# FLH 195-8402
3"1/ FLH195S8402S1
3
4+011 FLH511-7423
3
3
~:~
3
FLH525-8425
3
H
3
8t FLH621-7427
3
9t FLH625-8427
3
10" FLH661-7428
3
II" FLH6.6_1-7433
12" FLH661-74128[3
I
~t~~~tm~
18
19
20
3
3
3
ITT5402J
3
ITT7402J
3
JANM38510/00401BAA
21
JANM38510/0~401 B~B
22
23
24
JANM38510/00401 BAC
13
1
JANM3851 0/00401 BCA
IJANM
22n.'>
22n.'>
22n.'>
22n.'>
15n.'>
15n.'>
18n.'>
24n.'>
4.0nt
135m§
95m§
95m§
95m§
95m§
130m§
130m§
285m§
285m§
-25
0
:25
0
-25
0
-25
0
0
85
70
85
70
85
70
85
70
70
4 G03200 M126p
2 G03257a MI17w
M117w
~ I~g~~~~a M126p
2 G03257 M126n
3 G03258 M126p
3 G03258 M126p
4 G03289 M126"
4 G03301 M126p
~g
0.0
O.()
0.0
5.0
5.0
5.0
18n.'>
18n.'>
24n.'>
2
2
2
2
2
60
10
10
10
10
0.0
0.0
0.0
0.0
0.0
5.0
5.0
7.0
5.0
5.0
18n.'>
13n
22n
22n.'>
22n.'>
285m§
56mt 400m
56m
40mt
40mt
1.0 .'>
1.0.'>
1.0.'>
1.0 .'>
1.0. .'>
1.0 .'>
1.0 .'>
285m§
I~g~~:
0
70
4 G03289
M1260
-25
-~5
g~
:I~g~~g~
M126p
-25
0
-40
-55
0
85
70
85
125
70
4
4
16
4
4
G03289
G03173
Ml~t;ip
M126p
~g~16
G03233a M157
G03233a M157
MOr
2.0%
.80*
TTL
2
10
0.0
5.5
25n.'>
240m
-55
125
4 G03173
FP115
Mm
2.0%
.80*
TTL
2
10
0.0
5.5
25n.'>
240m
-55
125
4 G03173
FP115
2.0%
.80*
TTL
2
10
0.0
5.5
25n.'>
240m
-55
125
4 G03173
FP115
2.0%
.80*
TTL
2
10
0.0
5.5
25n.'>
240m
-55
125
4 G03173
M314
MOr
2.0%
.80*
TTL
2
10
0.0
5.5
25n.'>
240m
-55
125
4 G03173
M314
'MOr
2.0%
.80*
TTL
2
10
0.0
5.5
25n.'>
240m
-55
125
4 G03173
M314
FP116
MOr
2.0%
.80*
TTL
2
10
0.0
5.5
25n.'>
240m
-55
125
4 G03173
MOr
2.0%
.80*
TTL
2
10
0.0
5.5
25n.'>
240m
-55
125
4 G03173
FP116
MOr
2.0%
.80*
TTL
2
10
0.0
5.5
25n.'>
240m
-55
125
4 G03173
FP115
i
0.0
5.5
25n.'>
240m
-55
125
4 G03173
FP115
0.0
5.5
25n.'>
240m
-55
125
4 G03173
FP115
MO~
2.0%
.80*
TTL
2
10
0.0
5.5
25n.'>
240m
-55
125
4 G03173
M314
JANM38510/0~401Cdc
,MO~
2.0%
.80*
TTL
2
10
0.0
5.5
25n.'>
240m
-55
125
4 G03173
M314
1
'3
JANM38510/00401COB
1
!3
JANM38510/00401COC
lMQr
2.0%
.80*
TTL
2
10
0.0
5.5
25n.'>
240m
-55
125
4 G03173
M314
!Mm
2.0%
.80*
TTL
2
10
0.0
5.5
25n.'>
240m
-55
125
4 G03173
FP116
JANM38510/0~402B~A
Mm
2.0%
.80*
TTL
2
10
0.0
5.5
25n.'>
240m
-55
125
4 G03173
FP116
Mm
2.0%
.80*
TTL
7t
10
0.0
5.5
27n.'>
120m
-55
125
2 G03257a M146e
2 G03257a M146e
JANM38510/00402BEB
[3
1
JANM38510/00402BFB
13
J.
JANM38510/0[~402CEt
0/0:~403C~A
JANM38510/00403CAB
13
1
JANM38510/00403CAC
JANM38510/01~403C~A
53
JANM38510/00403CCB
13
1
JANM38510/00403COB
54
JANM38510/0~404B~A
120
2.0%
~g~
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
M126p
M1260
10
JANM3851
62
MO~
4 G03200
4 G03200
10
48
61
10
10
10
10
10
20
20
60
30
70
85
2
49
59
2
7t
7t
5
5
3
3
2
2
0
-25
2
JANM38510/00403BCB
13
1
,JANM38510/00403B08
60
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
135m§ 1.0 .'>
135m§ 1.0 .'>
TTL
47
58
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
4.0nt
4.0nt
TTL
JANM38510/0~403B~A
57
MO~
MO~
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
22n.'>
22n.'>
.80*
45
56
M~~
MO
5.0
5.0
.80*
44
55
0.0
0.0
2.0%
JANM38510/0[~403B~A
52
10
10
Di~~'
2.0%
,JANM
120m
-55
125
MOr
2.0%
.80*
TTL
7t
10
0.0
5.5
27n.'>
120m
-55
125
2 G03257a FP93b
Mm
2.0%
.80*
TTL
7t
10
0.0
5.5
27n.'>
120m
-55
125
2 G03257a M146e
MOr
2.0%
.80*
TTL
7t
10
0.0
5.5
27n.'>
[120m
-55
125
2 G03257a M146e
MOr
2.0%
.80*
TTL
7t
10
0.0
5.5
27n.'>
120m
-55
125
2 G03257a FP93b
Mar
2.0%
.80*
TTL
5
10
0.0
5.5
25n.'>
120m
-55
125
2 G03257
FP115
MOr
2.0%
.80*
TTL
5
10
0.0
5.5
25n.'>
120m
-55
125
2 G03257
FP115
MOr
2.0%
.80*
TTL
5
10
0.0
5.5
25n.'>
120m
-55
125
2 G03257
FP115
MO~
2.0%
.80*
TTL
5
10
0.0
5.5
25n.'>
120m
-55
125
2 G03257
M314
1
MO~
2.0%
.80*
TTL
5
10
0.0
5.5
25n.'>
120m
-55
125
2 G03257
M314
MOr
2.0%
.80*
TTL
5
10
0.0
5.5
25n.'>
120m
-55
125
2 G03257
FP116
MO~
2.0%
.80*
TTL
5
10
0.0
5.5
25n.'>
120m
-55
125
2 G03257
FP115
2 G03257
M314
FP115
MO~
2.0%
MOr
2.0%
MQ~
2.0%
.80*
I
TTL
5
10
0.0
5.5
25n.'>
120m
-55
125
-55
125
2 G03257
-55
125
2 G03257
M314
2 G03257
M314
FP116
.80*
TTL
5
10
0.0
5.5
25n.'>
120m
.80*
TTL
5
10
0.0
5.5
25n.'>
120m
MOr
2.0%
.80*
TTL
5
10
0.0
5.5
25n.'>
120m
-55
125
Mm
2.0%
.80*
TTL
5
10
0.0
5.5
25n.'>
120m
-55
125
2 G03257
Mm
2.0%
.80*
TTL
3
10
0.0
5.5
25n.'>
180m
-55
125
3 G03233b FPI15
Mm
2.0%
.80*
TTL
3
10
0.0
5.5
25n.'>
180m
-55
125
2 G03233b FP115
Mur
:l.0%
.80*
,TTL
3
10
U.O
5.5
25n.'>
180m
-55
1:l5
2 IG03233b FP115
Mm
2.0%
.80*
ITTL
3
10
0.0
5.5
25n.'>
180m
-55
125
2 G03233b M314
. MOr
2.0%
.80*
TTL
3
10
0.0
5.5
25n.'>
180m
-55
125
3 G03233b M314
5.5
25n.'>
180m
-55
125
3 G03233b FP116
5.5
25n.'>
180m
-55
125
3 G03233b FP115
180m
-55
125
3 G03233b FP115
180m
-55
125
3 G03233b FP115
MOr
2.0%
.80*
TTL
3
10
0.0
Mar
2.0%
.80*
TTL
3
10
0.0
[MOr
2.0%
.80*
ITTL
3
10
0.0
5.5
25n.'>
MOr
2.0%
.80*
TTL
3
10
0.0
5.5
25n.'>
!
I
SYMBOLS AND CODES
EXPLAINED IN INTERPRETER
-.-~-----------
120
LINE
No.
1
2
3
f.§..J
TYPE
No.
:fiPE
OF
GATE
FREQ.
(Hz)
IJANM385 'v, 13
I
JANM38510/00404CCB
JANM3851 0/0~404CdB
3
~: ~g~~~~~
si:
~
M53227P
8~~ ~:g~:~~j
7#
9. MIC5428J
lOt: ~:g~:~~~J
1,.
12#' MIC6402J
13#
~:gg:~giJ
1:! MIC6433J
1~: ~:g:g~~
18.
19.
20.
2,.
22.
23.
24.
MIC7425J
MIC7425N
MIC7428J
MIC7428N
~:g:~~~~
MIC7433J
~~. I~~~r~~~~
27
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
I~
N74LS02F
36., N7402A
3
3
3
3
3
3
3
3
3
3
3s"
39
3
3
~g
30"
31"
32
33
3~
:~"
42"
:~"
45
:~
48
49
50.
51"
I~~:t~~~:
N74LS260A
N74LS260F
~~:~g~:
~~:~~gg:
N~,!!!~F
~?427A
7427F
~~l~~f:oA
S54LS260F
S54~~~~UW
S54S0~:
S54S02
~~:~~~~
S54S260F
S54~~60W
~F402A
5402F
~~" ~~:~~~
54
S5427F
~8#
69# ~~g:g~~v
60i: SFC402PM
g~:
66"
67"
68"
69"
~~~:~~gg~
SN74LS02J
S~Z~~~
180m
-55
125
MOr
2.0%
.80*
TTL
3
10
0.0
5.5
:t5nt>
180m
-55
125
3 G03233b M314
MO~
2.0%
2.0%
2.0%
2.0%
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
3
2
8t>
3
2
5
2
2
2
2
5
2
2
10
10
10
20
10
10
30
0.0
0.0
0.0
0.0
5.5
7.9,
5.0
5.0
25n[;
5.0
5.0
5·2
5.0
5.0
S.O
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
10n%
125
75
75
75
125
125
125
3
4
2
3
g:g
0.0
0·2
0.0
0.0
0.0
0.0
0.0
-55
0
0
0
·55
·55
·55
-55
·55
·40
·40
~~~m 1.0 t>
-40
oOmt 400m*
Il OOmt
400m* ·40
M~~
~8~
Mq~
MO~
MO~
M~~
MO
MO~
M~~
~8~
~~~
MO~
M~~
MO
MOl
2.~%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
~.O%
2.0%
2.0%
2.0%
2.0%
2.0%
2.q~
M~: 2.0%
~gr
M~~
~8,
I~g:
1~8
Ml:
Mq~
Mq~
MO~
2.0%
~.O%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
~:g~
::g:
.80*
.80*
.80*
.80*
.80*
.80*
.80*
::g:
.80*
.80*
.80*
.80*
.80*
.80*
.80*
::g:
.80*
:~g:
I~Q~
MO~
2.0%
.80*
~8~
2.0%
2.0%
:gg:
.80*
.80*
M~~
Mq~
Mq~
2.q~
2.~%
2.0%
MO~ 2.0%
2.0%
MO 2.0%
MO~
2.0%
M~~ 2.0%
2.0%
~8~ 2.0%
!Q;
~g~
~.O%
2.0%
Mci~ 2.0%
2.!!/6
2.0%
MO~ 2.0%
2.0%
MO 2.0%
MO 2.0%
~~~
M:~
~:g~
~8~
MO~ 2.0%
~g~
MO
M~~
~:g~
2.0%
2.0%
~8i ~:g~<1l
I~~~ ~:g~\O
Ht
TTL
TTL
TTL
TTL
TTL
TTL
TTL
nt
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
::g:
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
IHt
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
::g:
.80*
.80*
.80*
.80*
.80*
.80*
.80*
Ht
TTL
TTL
TTL
TTL
TTL
TTL
TTL
:gg:
.80*
~
5
5
2
2
2
2
2
2
2
2
3t
3t
5
5
2
2
5
5
2
~
3
2
5
5
5
2
2
2
5
5
~
2
2
3
3
2
2
2
~
2
~
38
10
10
30
30
10
10
10
10
30
30
30
30
30
30
20
20
20
20
~g
10
10
20
20
10
~g
20
20
20
20
10
10
10
20
20
10
10
10
10
10
10
10
10
22
2
2
3
3
2
2
2
gg
66
~
~g
~~
22
O.~
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
g:8
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0,0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
g:g
0.0
g:g
0.0
0.9,
0.0
0.0
Kg
0.0
5.~
~~~'l6
15nt>
~2nt>
15nt>
23nt>
23nt>
22nt>
l}n%
52nt>
52nt>
~~nt>
~5~~
~!!n%
15nt>
15nt>
23nt>
23nt>
23nt>
23nt>
29mt>
29mt>
~:g
5.0
5.0
5.0
~:g
22nt>
~~nt>
10n
10n
22nt>
22nt>
22nt>
22nt>
22nt>
22nt>
~.5n
5.0 3icnt>
5.0
20nA
5.0
20nt>
5.0
20nt>
5.0
~4nt>
5.0
24nt>
5.0
32nt>
~:g
.'!.:tnt>
~:g~
'~qf
Mer 2.0%
:gg:
.80*
Ht
TTL
MO
M1:
MO
::g:
.80*
8t>
M
M
8t>
8t>
3
3
2
2
2
2
2
2
20
20
g:g
0.0
O.Q
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
.80*
Ht
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
gg
30
30
30
30
g:g
0.0
0.0
0.0
0.0
~~~
5.0
5.0
22n
5.0
15n'"
5.0
15nt>
5.0
15nt>
18nt>
5.9,
18nt>
5.0
5.0
12n
5.0
~4nt>
7.0
22n%
5.0
22nt>
22nt>
5.0
5.0
22n
5.0
22n
22n
5.0
5.0
22n
5.0
22n
5.0
5.0
~~~A
5.0
15nA
5.0 8.0n
5.0
18 A
5.0
12n
24nA
~.O
5.0 8-.0n
5.0
18 A
:gg:
I++t
~
~g
g:g
~:g
~g,
M~:
~8,
'~~f
Mci~
I~~~
MO
M~~
~g,
Mq~
Mq~
MO~
M1~
I~g
M~~
~g~
~:g~
2.0%
2.C?'!6
2.0%
2.0%
~:g~
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
~g~ ~:g~
.80*
:gg:
.80*
:gg:
.00*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
::g:
.80*
::g:
~
;g
10
8t>
8t>
Kg
0.0
0.0
0.0
0.0
8t>
Kg
0.0
2
8lI
g~
~
3
2
2
2
~
2
2
8t>
~g
20
gg
30
~g
10
10
3.5n
5.0 3.5n
5.!!
~~nt>
5.0
22nt>
22n
5.0
5.0
22n
5.0
22n
5.0
22n
5.~
lI'f8' t>
1.0 t>
1.0 t>
500m
500m
400m*
199~i 400m*
100mt 400m*
100mt 4Uum*
3.5n
3.5n
:!.5n
3.5n
3.5n
3.5n
22n[;
5.~
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
20nt>
::g:
:80*
M~:
:~g:
10
45mt
45mt
100mt
100mt
2.7mt>
2.7mt>
2.0%
2.0%
2.0%
2.0%
I~g:
MO
tg~
5
'~~~~ ~gg~
10n
10n
5.0
10n
5.0
10n
5.0
20nt>
5.0
20nt>
5.0 3.5n
5.0 3.5n
5.~ 1:!·5n
5.0
5.0 3i;nt>
~~nt>
5·2
10,n
5.0
5.0
10n
5.0
22nt>
5.0
20nt>
5.0
20nt>
~:O
.0
nt
TTL
TTL
TTL
TTL
TTL
TTL
TTL
Mor 2.0%
180m
12mt 1.0 t>
100m
137m
55mt
45mt !~~O~
100mt 500m
100mt 400m*
100mt 400m*
55mt 500m
34m
34m
26m§
26m§
29mt>
29mt>
46mt>
46mt>
135m§ 1.0 t
135m§ 1.0 t
80mt>
80mt>
40mt 1.0 t>
26m§
26m§
26m§
~~mt>
46mt>
46mt>
46mt>
135m§ 1.0 t
135m§ 1.0 t
,:!5m§ loU t
80mt>
80mt>
~~m
56m
56m
56m
56m
56m
58mt
58mt
27m
~7m
34m
34m
69m
69m
69m
1.2 t>
1.0 t>
1.0 t>
1:g
~
1.0 t>
300m
300m
1.0 *
1.0 *
1.0 *
1.0 *
1.0 *
1.0 *
1.0 *
~:~t ~~o~
58mt 300m
~2mt
S6m
1.0 t>
1.0 A
14mt> 1.0 t>
19,~m
105m
105m
19~~
105mA
143m
143m
143m
112mt 1.0 t>
112mt 1.0 A
112mt 1.0 t>
1.~ A
11~~~ 1.0
40mt 1.0 A
56m 1.0 A
100m
100m
100m
100m
100m
100mt>
137m
137m
112mt
112mt
112mt
112mt
112mt
112mt
;g~~
1.0
1.0
1.0
1.0
1.0
t>
t>
t>
t>
t>
1:8
~
1.0 A
SYMBOLS AND CODES
EXPLAINED IN INTERPRETER
g
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
-55
·55
·55
·55
·55
-~~
-55
-55
-55
·55
·55
:~~
·55
0
·55
-25
·40
0
-55
-55
-55
0
g
0
g
0
m
8~
85
85
85
~~
75
75
75
75
75
75
75
75
70
70
I~g
70
I~g
70
70
70
70
70
70
70
70
125
125
125
125
125
125
125
125
125
125
125
m
3 G03233b M314
G03233b
G03173
G03257
G03258
FPl16
M1Q!!!
Ml05j
Ml05'
~ ~8~~~~a +~m
4 G03233. TOl16
: ~g~~:~ :::811g
4 G03233. TOl16
TOl16
~ ~g~~~~ TOl16
4 G03228 TOl16
!0116
: ~g~~3~: M126x
2 G03257 TOl16
2 G03257 M126x
4 G03233. TOl16
4 G03233. M126x
4 G03287 T0116
4 G03287 M126x
4 G03287 TOl16
M126x
: ~g~~:~
4 G03287 ~~~g.
M318
~ I~g~~~g M235.
2 G03289 M318
2 G03289
~~~~f
~g~~:~: M200x
~ ~g~~g~ 1~~Jgx
:
4
4
3
3
G03173.
G03173.
G03258
G03258
2
2
4
4
4
2
2
G03289
G03289
G03289. 1~:1l-J:
G03289. M200x
G03289.
G03289 ~i19:
G03289 M200x
4
4
3
3
4
4
4
G03173a
G03173.
G03258
G03258
G03173.
G03173.
G03173a
~ ~g~~~~
M318
M257f
M318
M200x
M126
M318
M257f
~ ~gnn. ~i19:
M257f
FP3ge
M318
M200x
125
70
125
85
85
70
125
125
125
70
:::811g
TOl16
TOl16
: ~g~m: T085
4 G03173a T085
2 G03289 M157b
2 G03289 A004AA
4 G03287 M157b
70
70
70
70
3
4
4
4
~g
I~g
g
0
70
-55 125
-55 125
-55 125
-55 125
-55 125
·65 125
·55
-55
-55 125
-55
-55
-55 125
-55 125
-55 125
·55 125
·55
·40 ~~b
70
0
70
0
70
0
0
70
70
0
70
0
70
0
0
~g
0
0
70
0
I~g
0
70
0
0
ii~5
·55
·55 125
0
70
70
0
m
~ ~g~~g~ ~m~
G03302
G03287
G03287
G03287
M126e
M157b
M126e
M157b
~ l~g3~g~ ~;~~~
M126e
M157b
M126d
G03173 A004AA
G03257a M153d
G03257a Ml17m
G03257. [;004AG
M157b
~ l~g3~g~ M126e
2 G03257 t>004AA
2 G03289
:
4
2
2
2
~gH~~a
m ~ I~g~~g:
~m~
3
4
4
4
G03258
G03228
G03228
G03301
t>004AA
M157b
A004AA
M157b
4
4
2
2
2
2
2
G03173
G03233a
G03257a
G03257a
G03257a
G03257
G03257
M157b
M126e
M153d
Ml17x
A004AG
M157b
M126e
: I~g~~n
~~~~AA
~ I~g~~g~ r,~~jb
3 G03258
:
4
4
4
4
:
~g~~~g
G03301
G03301
G03228
G03228
I~g~~~~
M126e
M157b
M126e
M157b
M126e
M157b
t>004AA
M157b
M126e
121
LINE
No.
r
TYPE
No.
r
~
3
4
5
6
7#
~P~~~RO.
ATING CESS
-#PE
OF
GATE
I~~~:g~~
MO~
MO~
MO~
MO~
M~;
MO
~:
MO~
n: g:~~gl
M~~
~g~
Mq~
1;:
Mq~
MO'
Mm
Mq~
Mm
~g~
Mm
~~
M~;
~g~
Mq~
Mq~
MO~
~~~
MO~
M~~
~~#
~g~
Mq~
MO~
MO~
~~:
;g
~g~~~~~~
MC5402F
MC5402L
MC7402F
MC7402L P%
N8242A
N8242F
N8242Q
N8815A
N8815J
N8875A
N8875F
N8875J
N8885A
N8885F
N8885J
S8242A
69
70
71
72
73
74
75
76
77
78
79
80
81
82
83+
84
85
86
87
88
89
90
91
S8815A
S8815J
S8875A
S8875F
S8875J
S8885A
S8885F
!?7t ~~~gri
68
~~~g~J
74R02
RG3412D
RG3412K
RG3410D
RG3410K
TMNR12
RG340D
RG340K
RG341D
RG341K
RG342D
RG342K
RG343D
RG343K
ZN5402E
ZN5402F
~~!
~a 1~~4:g~~
96
97
98
99
100
101
102
19~·'Il
105
106
107
108
109
110
122
MM4601AD
~~~~glAN
MM580
M201
M203
M205
MOOHl
Nl0l0A
Nl011A
Nl004A
Nl005A
Nl00SA
Nl024A
HAG20021
(V)
I~g~ ~:g~
i
3
13
3
3
3
Ig!g~gl
3
T7402D2
3
3
10# T7428B 1
13
T7428Dl
'3
T7428D2
13#
3
3
T7433D2
3
16# TL7402N
3
3
17# TL7423N
18# TL7425N
3
19
TRW7402#1 3
20
TRW7402#2 3
US5402A
21
3
US5402J
3
US5427A
3
24
US5427J
3
US5429A
25
3
26
US5429J
3
27
US7402A
3
28
US7402J
3
29
US7427A
3
30
US7427J
3
US7429A
3
31
US7429J
3
ZN5425E
3
34# ZN5425J
3
ZN5427E
3
ZN5427J
3
37# ZN5428E
3
3
38# ZN5428J
13
39# ZN7425E
3
40# ZN7425J
ZN7427E
3
! a ZN7427J
3
43# ZN7428E
3
3
44# ZN7428J
MC3002F
45
3
46
MC3002L,P% 3
MC3102F
47
3
48
MC3102L
3
51
52
53
54
55
56
57
58
59
60
61
62
63
64
65
66
Mq~
MO~
MO~
~q;
MO~
Mq~
Mq~
MO~
Mq~
Mq~
Mm
i~
~g:
3
30Mll Moi
~g~~ M~;
~
3
3
3
3
3
3
3
30Mll
Mq~
Mq~
~~~
MO~
M~~
~g~
M~~
~g~
M~~
MO
MO~
M1~
MO
MO
I
M~~
I
~g~
MO~
M1~
MO
MO
~CO~
35M
35M
35M
35M
35M
35M
35M
35M
M6~
M~f
MO
Mm
~q~
Mm
M~~
~g~
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.4%
2.4%
2.4%
2.4%
2.4
2.4
2.4%
2.4%
2.4%
2.4%
2.6
2.6%
2.6
2.6%
2.6%
2.6%
2.6%
2.6%
2.6%
2.6%
2.6%
2.6
2.6
2.6
2.6%
2.~%
2.6%
2.6%
2.6%
2.6%
2.6%
2.~%
2.7
2.8
3.0%
3.0%
3.1%
3.1%
3.3
3.3%
3.:!%
3.3%
3.3%
3.3%
3.3%
3.3%
3.3%
3.5
3.5
~q; t~
~
3
3
3
3
3
3
3
3,4
3,4
34
3,4
3,4
34
3,4
34S
~g~
MO~
~
3
3
3
3
'3
3
3
'3
13
3
3
3
3
3
,3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
JJ.,.
FREQ.
(Hz)
~
SW7423J
SW7423N
SW7425J
SW7425N
LOGI
LEVEL
Mm
2.0M
2.0M
3.0M
3.0M
3.0M
~q~
MOS
PCB
PCB
PCB
MO~
65M
65M
75M
75M
75M
75M
D.A. T.A.
MO~
3.5%
3.5%
-8.0%
-8.0%
10
10
10
-9.0%
'.85
-.85
-.85
-.85
-.85
-.85
..!J '0'
(V)
::g:
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80
.80
.80*
::g:
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.40*t
.40*t
.40*t
.40*t
.40
.40
.40*t
.40*t
.40*t
.40*t
.40t
.40t*
.40t
.40*t
.40*t
.40*t
.40t*
AO*t
.40*t
.40t*
AO*t
AOt
.40t
.40t
.40*t
.40*t
.40*t
.40t*
.40*t
AO*t
.40t*
.40*t
.40
.40
.45*t
.45*t
.40*t
.40*t
.22
.30%
.30%
.30%
.30%
.30%
.30%
.30%
.30%
.20
.20
.20
.20
1.5*
1.5*
-1.0*t
-1.0*t
0.0
0.0
0.0
-3.0*
-1.8
-1.8
-1.8
-1.8
-1.8
-1.8
TYPE
IN
OUT
.lJ
:m
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL·
TTL
TTL
TTL
TTL,
TTL 1
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
'iit
'TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
:m
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
CMS
ECT
ECT
ECT
ECT
ECT
ECT
DTL
IN ORDER OF (l)TYPE OF GATE(2)LOGIC TYPE
(3 LEVEL'l'(4 LEVEL'O'(5)MAX FREQ(6)TYPE No.
MAX.
MAX. MAX.
TEMP. ICKT
DRAWINGS
SUPPLY PROPA· RISE
FALL TOTAL NOISE
PER LOGIC OUTLINE
PKG.
REJECT LOVi HI Mor DWG. No DWG. No
SPAN
GATION TIME TIME
NEG. POS. DELAY
tr
tf
DISS.
c,=MO
(V)
(V)
(s)
(5)
(s)
(W)
(V)
'C
'C
14m
Ig
;g
g:g !~:~~
:
~~~~
14m l:g
0.0
5.0
22n
100m
70
0
2 G03257. M200
0.0
5.0
22n
100m
0
70
2 G03257. Ml17
0.0
5.0
22n
70
100m
0
2 G03257 TOl16
22n
100m
70
5.0
0.0
0
2 G03257 Ml05n
5.0
22nll
40mt 1.0 II
70
4 G0366e M126u
0.0
0
0.0
5.0
22nll
40mt 1.0 II
70
4 G0366e M294
0
0.0
5.0
22nll
40mt 1.0 II
0
70
4 G0366e M294
0.0
5.0
18nll
112mt 1.0 II
75
4 G03228 M126.
0
5.0
18nll
112mt 1.0 II
0.0
0
75
4 G03228 M294d
0.0
5.0
18nll
112mt 1.0 II
-55 125
4 G03228 M294d
0.0
5.0
24nll
112mt 1.<,J II
75
g
:
0.0
5.0
24nll
112mt 1.0 II
75
5.0
24nll
112mt 1.0 II
0.0
-55 125
4 G03228 M294d
0.0
5.0
22nll
183mt
70
4 G03173 M126n
0
5.0
0.0
22nll
91mt
0
70
2 G03257. Ml17u
0.0
5.0
22nll
91mt
0
70
2 G03257 M126n
0.0
5.0
22n
40mt 1.0
0
70
4 G03173 M126
22n
40mt 1.0
0
70
4 G03173 M157
0.0
5.0
0.0
5.0
10n
18n 8.0n
-55 125
4 G03233. Ml05b
0.0
5.0
10n
18n 8.0n
-55 125
4 G03233 T088
0.0
5.0
10n
50mt 1.0 II
-55 125
3 G04233B Ml05b
0.0
5.0
10n
50mt 1.0 II
-55 125
3 G03233c T088
0.0
5.0
10n
45mt 1.0 II
·55 125
2 G03233d Ml05b
0.0
5.0
10n
45mt 1.0 II
-55 125
2 G03233e T088
0.0
5.0
10n
18n 8.0n
70
0
4 G03233. Ml05b
70
0.0
5.0
18n 8.0n
0
4 G03233 T088
10n
0.0
5.0
50mt 1.0 II
70
0
3 G03233b Ml05b
10n
5.0
10n
70
0.0
50mt 1.0 II
0
3 G03233c T088
0.0
5.0
10n
45mt 1.0 II
70
0
2 G03233d Ml05b
0.0
5.0
10n
45mt 1.0 II
70
2 G03233e T088
0
0.0
5.0
22n
105m
-55 125
2 G03257 TOl16
0.0
5.0
22n
105m
-55 125
2 G03257 M257e
0.0
5.0
15nll
143m
-55 125
3 G03258 TOl16
0.0
5.0
15nll
143m
-55 125
2 G03258 M257e
0.0
5.0
18nll
112mt
-55 125
4 G03228 TOl16
0.0
5.0
18nll
112mt
-55 125
4 G03228 M257e
0.0
5.0
22n
105m
70
2 G03257 TOl16
0
0.0
5.0
22n
105m
0
70
M257e
0.0
5.0
15nll
143m
0
70
TOl16
0.0
5.0
15nll
143m
0
70
2 G03258 M257e
0.0
5.0
18nll
112mt
0
70
4 G03228 TOl16
0.0
5.0
112mt
0
70
4 G03228 M257e
75
4 G03228 TOS6
0.0
5.0 i6.b~nll
122mt
0
0.0
5.0 6.0n
122mt
75
4 G03228 TOl16
0
5.0 6.0n
122mt
-55 125
4 G03228 T086
0.0
0.0
5.0 6.0n
122mt
-55 125
4 G03228 TOl16
-55
FP77
0.0
5.0
10n
48mt
:
48mt
-55
FC2
0.0
5.0
10n
10n
40mt
-55 125
4 G03233 T086
0.0
5.0
10n
40mt
-55 125
TOl16
0.0
5.<,J
! ggn~~· T086
70
0.0
5.0
10n
40mt
0
0.0
5.0
10n
40mt
0
75
4 G03233. TOl16
0.0
5.0
18n
50n 250m
0
70
4 G03242 Ml05q
4 G03242 M157
0.0
5.0
18n
50n
250m
0
75
0.0
5.0
18n
50n 250m
0
70
4 G03242 T088
75
2
G03218b TOl16
0
5 9.0n%
50n
50mll 600m
0
2 G03218b T088
0
5 9.0n%
50n
50mll 600m
0 75
44mll
600m
75
3
G03218c TOl16
0
5 9.0n%
50n
0
44mll ~<,JOm
75
M157
0.0
5.0 9.0n%
50n
0
T088
0
5 9.0n%
50n
44mll 600m
0 75
37mll 600m
4 G03218d TOl16
0
5 9.0n%
50n
0 75
37mll ~~Om
75
4 G03218d M157
0.0
5.0 9.0n%
50n
0
37mll 600m
4 G03218d T088
0
5 9.0n%
50n
0 75
-55
125
4
G03242 Ml05a
0.0
5.0
18n
50n 250m
5.0
18n
50n 250m
-55 125
4 G03242 Ml05,
0.0
5.0
18n
50n
250m
-55
125
4
G03242 T088
0.0
50n
50mll 600m
-55 125
2 G03218b TOl16
0
5 9.0n%
125
2
G03218b
T088
5
50n
50mll
600m
-55
0
9.<,Jn%
44mll 600m
3 G03218c TOl16
5 9.0n%
50n
-55 125
0
50n
44mll 600m
-55 125
3 G03218c M157
0.0
5.0 9.0n%
50n
44mll 600m
-55 125
3 G03218c T088
0
5 9.0n%
50n
37mll 600m
-55 125
4 G03218d TOl16
0
5 9.0n%
37mll 600m
-55 125
4 G03218d M157
0.0
5.0 9.0n%
50n
4 G03218d T088
50n
37mll 600m
·55 125
0
5 9.0n%
170m
-55 125
0.0
5.0 6.5n
5.0 6.5n
170m
0
75
0.0
75
Ml05m
0.0
5.0 9.5nll
3.0n
2.5n
120mt 1.1
0
!
FP21b
5.0 9.5nll
3.0n
2.5n
120mt 1.1
0
75
0.0
3.0n
2.5n
120mt 1.1
·55 125
4 G03259 Ml05m
0.0
5.0 9.5nll
FP21b
5.0 9.5nll
3.0n
2.5n
120mt 1.1
-55 125
4
0.0
12
CB53
5.0
29nll
225mt
0.0
TOl16
5.0 6.0n
3.0n
2.5n
120m 1.1
-55 125
4
0.0
125
4
5.0 1~·On
3.0n
2.5n
120m 1.0
0.0
-~5
2.5n
120m 1.1
-55 125
4
0.0
5.0 6.0n
3.0n
FP21g_
-55 125
5.0 6.0n
3.0n
2.5n
120m 1.1
4
0.0
0.0 1 5.0 6.0n
120m 1.1
75
4
TOl16
3.0n
2.5n
0
FP21g
3.0n
2.5n
120m 1.0
0
75
4
0.0
5.0 6.0n
TOl16
0
3.0n
2.5n
120m 1.1
75
4
0.0
5.0 6.0n
2.5n
120m 1.1
75
4
FP21g
0.0
5.0 6.0n
3.0n
0
4
M126
5.0
29n
10m 1.0
-55 125
0.0
10m 1.0
-55 125
4
T086
0.0
5.0
29n
5.0
29n
10m 1.0
-55
4
0.0
29n
10m 1.0
-55
4
0.0
5.0
500m 450m
4 G03299 M297.
0.0
5.0
35n
-55 125
500m 450m
85
M344
0.0
5.0
35n
:;~ 125 ~I~g~~g~ T0100
24m
o 250n%
19!
2 G03202 T0100
o 250n%
24m
0
70
16
20n
20n
-55 95
0.0 I 10 65n
g~~
20n
20n
-55 95
12
0.0
10 45n
20n
20n
8
-55 95
0.0
10 80n
20mt
1 G03298
0.0
5~27 0.0 4.5n
'~~
g
ig;~6
115m 400m
95m 400m
75
TOl16
5.2
0.0 4.5n
0
95m 400m
75
TOl16
5.2
0.0 4.0n
0
TOl16
65m 400m
75
5.2
0.0 4.0n
0
TOl16
45m 400m
0
75
5.2
0.0 4.0n
TOl16
5.2
0.0 4.0n
95m 400m
0
75
1 G03210 T0100
800m
-55 126
0
8
8FAN
· GATES
POWER
~
n
n
5
5
2
2
2
2
2
2
2
2
2
2
n
511
2
2
2
2
3
3
4
4
2
2
3
3
4
4
811
8ll
3
3
2
2
811
811
3
3
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
4
4
3
3
3
2
2
2
2
2
2
4
4
3
3
3
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
~
2
2
3
3
2
3
4
2
2
4
4
4
2
5
I
jg
10
10
10
10
10
10
10
30
30
30
30
30
30
10
20
20
10
10
10
10
10
10
10
10
10
10
10
10
10
10
20
20
60
60
20
20
60
60
10
10
10
10
10
10
10
10
10
10
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
10
10
11
11
11
11
11
11
7
7
9
9
6
6
10
10
10
10
10
10
50
50
50
25
25
25
25
25
25
~g~14~ ~1~;n
gg~~~: I~~~~~
~ ggn~~
m
~g~~g~
~ gg~~l:~
gg~~~~
~g~~3~.
~6~~~
m
~6;~
csiZi
SYMBOLS AND CODES
EXPLAINED IN INTERPRI:TER
122
LINE
No.
~
3
::
6+
+
8
9
10
11
12
13
14
15
l~
f§J
TYPE
No.
HBG20021
HBG20029
~;g~ggl~
~g
~~
33
3~
36
37
38
39
3~
TG53F
TG53J
TG100F
TG100J
3FM
3FM
3FM
3FM
I~~~
iglgl~
TG102F
3FM
13~~
If~l~~~
TG103J
TG300F
TG300J
TG301F
CM4000AD
CM4000AE
CM4001AD
CM4001AE
~!II!4002AD
g~4002AE
M4025AD
g~tg~g~j
DM10lllJ
HEP581·RT
SN17911l
4113"
B113
B115
B117
m:~
~~~
3G
3G
3G
3G
g~: ~~~~~:
~~
3M
3M
3M
3M
~~
~~
81# ZSS113B
~~
3M
~~: ~~~llg:
~~~l~~:
gg:
90'# ZSSi35A
~2: ~~~m~
93# ZSS137B
94#
95#
96i: ZST52B
97# ZST53A
ZST53B
ZST54A
~~i~~~
~~:
l~~: ~~igJ~
102# ZST82B
103# ZST83A
ZST83B
19a ZST84A
19~: ~~im~
108'# ZST113B
l~gi ~m~t~
19~
1UM
~~
~g: ~~~m~
84# ZSS1168
g~: ZSS117B
ZSS131A
87# ZSS1318
1.0M
10M
3M
~a
Mq~
Mq~
MO~
~~~
MO
M~~
.!!~%
::r%
.0
.90
1.1
3.0
3.0
3.0
3.0
~.O
3.0
3.0
3.0
3.0
3.0
~g~
~g~ ~:g
MO~ 3.0
~q~
MO~
~~~
MO
~q~
MOl
~.O
3.0
3.0
3.0
3.0
3.0
3,2
3.0
3.0
~q! ~:~
MO!
Mq!
MO!
MO!
10
10
10
10
10
10
10
MO
10
·.96%
MO' ·.96%
I~g~
~~
ZSS85B
78# ZSS86B
ZSS87B
ZSS111A
MO
M1~
MO
MO
M1~
MO
.80%
.80%
.80%
.82%
.84%
.85%
~g~
~g
3M
3M
3M
3M
3M
3M
3M
~~~g~!
~g~
20M
3G
3G
3G
3G
3M
69# ZSS57B
70#. ZSS81A
ZSS81B
ZSS83A
73#
~~~
20M
20M
20M
20M
66# ZSS55A
g~: ~~~~~:
20M
20M
20M
20M
20M
20M
20M
3FM
3FM
3FM
3FM
3FM
3FM
3FM
3M
123
MO~
~~~
63# ZSS51B
~~:
~q~
13~~
g~# ~~~:IA
n:
~g~
f~~~~
1+~3~~~
57
58
59
60'
M~~
TG51J
i~~W
2.0%
2.0%
2.2%
:'75%
I~~~
MO
.7S%
20M
20M
20M
20M
~g:~~
:~
~~
~gt
3E
3E
3E
3FM
3FM
3FM
3FM
TG302J
g~
M~:
~~~~~~
:~ lig~g~~
54
~.4S
MC798P
~g~gg~
42
45
46
47
48
49
50
51
MOf
~E4S
TG50F
30
34S
3E
3E
3E
3E
3E
3E
3E
~'1'
(V)
I~g:
~C~8~Gl
21
22
23
24
27
FREQ.
(Hz)
~::~
MC998F
MC881G
MC898F
MC898P
MC788F
~~
PER- PRD~Mt1
ATING CESS
3,4S
34S
HAG20011
18
~g
#PE
OF
GATE
LOGI
LEVEL
~~
3M
3M
3M
3M
~~
3M
~~
3M
3M
3M
3M
3M
3M
3M
3M
3M
3M
3M
3M
3M
I~~
3M
3M
3M
D.A. T.A.
~CO:
PCB
PCB
PCB
~g:
MO
M1:
MO
MOl
.20
Mq~
Mq~
MO'
~~~
MO
M1~
~q~ :~g
~Q~
MO
MO'
M1~
MO
MO
:~g
.20
.20
.20
.20
M~~ :~g
~g, .20
MO
MO'
~Q~
.20
MO
M1:
MO
.20
:~g
:~g
~q~ :~g
MO~
M~~
MO
MO'
~~~
MO
M~~
::~:
.45*
.46*
.46*
.46*
.57*
.55*
.46*
.46*
.50*
.10
.10
.10
.30
.30
.30
.30
.30
.30
.30
.30
.30
.30
.30
.30
.30
:3~
.30
.30
.30
.30
.30
.30
.30
:~~
.20
:~g
.20
.20
.20
.20
.20
.20
.20
~g~
~g~ :~g
Igit
DTl
DTl
DTl
DTl
':RTl
=ITt
IN
OUT
.1~6~~
·1.6t*
4.0
4.0
4.0
4.0
4.0
4.0
4.0
4.0
4.0
4.0
4.0
4.0
4.0
4.0
4.0
4.0
4,2
4.0
4.0
4.~
4.0
4.0
4.0
4.0
4.0
4.0
4.0
4.0
4·2
4.0
4.0
4.0
4.0
4.0
4·2
4.0
4.0
4.0
4.0
4.0
4.0
4.0
4.0
4.0
4.0
4.0
4,2
4.0
g
~
2
3
3
2
3
3
2
2
9"
9"
9"
9"
ag
80
30
30
15
15
7
7
9"
9"
10"
10"
10"
10"
10"
7
7
15
15
7
7
15
Ht
TTL
10"
10"
10"
10"
nt
TTL
10"
7
15
15
7
7
15
15
7
7
Ht
TTL
nt
TTL
TTL
TTL
TTL
ift
ECT
ECT
RTl
RTl
DTl
DTl
DTl
DTl
Ig+t
DTl
8it
DTl
DTl
DTl
DTl
DTl
DTl
DTl
DTl
DTl
DTl
DTl
DTl
DTl
DTl
DTl
DTl
DTl
DTl
DTl
2
2
2
~~ l~
l~~
19~
19~
3
3
2
2
4
4
3
3
2
3
4
4
2
2
3
6
~"
5"
2
2
5
5
4
4
5"
1~
4
7
9
~g
16
8
8
8
8
8
8
8
8
8
8
8
8
8
8
8
8
8
18it
DTl
DTl
DTl
DTl
DTl
DTl
DTl
DTl
DTl
DTl
~"
2
2
5
5
5
5
5"
5"
2
2
5
5
4
4
5
2
2
8it
DTl
5"
25
5
5
5
5
5
25
25
25
25
8
8
8
8
8
8ft
DTl
DTl
DTl
DTl
DTl
DTl
DTl
DTl
DTl
~
g
8
8
8
8
8
8
8
8
8
8
8
8
8
25
25
25
~g
~~
g
0
0
0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
~:~
0.0
0.0
0.0
0.0
0·2
0.0
0.0
g:g
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
5.2
5.2
0.0
0
15
15
15
15
15
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
Kg
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
!?O
g:O
.0
0.0
0.0
0.0
0.0
0.0
IN ORDER OF (l)TYPE OF GATE(2)LOGIC TYPE
LEVEL'1'f4 LEVEL'0151MAX FREQlel'TYPE No.
MAX. MAX.
TEMP. CKT
DRAWINGS
TOTAL NOISE
LOGIC OUTLINE
PE~[
PKG.
REJECT LOVI HI MO DWG. No DWG. No
DISS.
lI=MO
(V)
(W)
'C
'C
l!~gmg ~~d~O
ggg:::
_550 1~~
800m
0 70
1 G03210 FP26
800m
0 70
1 G03210 T0100
800m
0 70
1 G03210 FP26
1 G03210 T0100
800m
·55 125
-55
8g~:::t
;6~~
-55
-55 125
2 G03185 T086
32mt
46mt
2 G03184 T099
0 75
46mt
2 G03185 T086
0 75
46mt
0
75
2 G03185a T0116
128mt
-55 125
T086
~ gg~lg~ T086
128mt
100
0
46mt
15 55
2 G03185a T0116
75
0
~ ~~~18"a T0116
15 55
2 gg~186a T0116
145mt
15 55
2 0 186 T086
46mt
15
~ G03185a T086
15 5~5
2 G03184 T099
46mt
60m 1.0 "
0
75
1 G031078 FP21c
75
1 G031078 T0116
60m 1.0 "
0
60m 1.0 "
0
75
1 G031078 FP21c
75
1 G031078 T0116
60m 1.0 "
0
60m 1.0 "
-55 125
1 ~g~lg~:
60m 1.0 "
-55 125
0
75
1 G031078 FP21c
60m 1.0 "
60m 1.0 "
75
1 G03107e T0116
0
45m 1.0 "
-55 125
1 G03107d FP21c
-55 125
1 G03107d T0116
45m 1.0 "
45m 1.0 "
-55
FP21c
1 gg~lg~~ T0116
-55
45m 1.0 "
45m 1.0 "
0
75
1 G03107d FP21c
1.~ "
I~
11~~31~~~ 1~~dl1:
:~::: 1.0
~~
"
1 G03107d T0116
45m 1.0 "
0
75
45m 1.0 "
-55 125
1 G03107d FP21c
1 G03107d T0116
45m 1.0 "
·55 125
45m 1.0 "
-55 125
1 G03107d FP21c
45m 1.0 "
0
T0116
I~~
1 gg~lg~~ FP21c
45m 1.0 "
0
45m 1.0 "
0
75
1 G03107d T0116
45m
75
"
Ig
ll~g~lg~~ !~6~~~
45m 1.2
75
1.0 "
2 G03281 Ml05av
-55 125
200m 4.5 "
-40 85
2 G03281 Ml05av
2c:!!?m 4.5 "
4 G03282 ·Ml05av
200m 4.5 "
-55 125
200m 4.5 "
-40 85
4 G03282 Ml05av
200m 4.5 "
-55 125
2 G03283 M 105av
-40 85
200m 4.5 "
2 G03283 Ml05av
200m 4.5 "
3 G03266 M 105av
·55 125
·40
1~22m 14.~ "
~Igg~~~~ !II!.105av
M200r
·30 Igg
2 G03263 M200r
·30 85
1
8.0m
T099
4mt
1 G03154
·55 125
g~~3
1.3
500m
·20 55
6
652m 800m
·20
65
4 G0345
CB31
65
3 G0346
CB31
635m 800m
·20
378m 800m
65
2 G0338
CB31
·20
1(;0;,1;'\1
40m 1.0
~~~1
:5~
19m 1.0
~
CN2
19m 1.0
1
·55 125
G03121 CN2
·55 125
~~m 1.~
G03121a CN2
19m 1.0
·55 125
1 G03121d CN2
·55 125
19m 1.0
1 G03121c CN2
·55 125
111m .1.2
1 G03126 CN2
19m 1.0
·55 125
1 G03124 CN2
19m 1.0
·55 125
70
G03121b CN2
0
19m 1.0
G03121c CN2
0
19m 1.0
70
0
19m 1.0
70
G03121 CN2
0
19m 1.0
70
CN2
0
70
CN2
19m 1.0
0
19m 1.0
70
G031218 CN2
19m 1.0
70
G03126 CN2
0
0
19m 1.0
70
G03122 CN2
1 G03121b CN2
19m 1.0
·55 125
19m 1.0
1 G03121.c
·55
19m 1.0
2 G03121
·55
19m 1.0
-55 125
2 G03121a CN2
CN2
·55 125
!!jm 1.0
CN2
19m 1.0
·55 125
1 G03126 CN2
19m 1.0
·55 125
19m 1.0
CN2
·55 125
1
0
19m 1.0
70
CN2
.0
70
1 G03121c CN2
19m 1.0
CN2
111m 1.2
I~g
l~g~ma CN2
19m 1.0
1 G03121d CN2
0
70
19m 1.0
70
CN2
!lI m 1.0
l·~g~me CN2
g
19m 1.0
70
70
1 G03122 CN2
0
19m 1.0
CN2
1
19m 1.0
·55 125
2
CN2
19m 1.0
·55 125
19m 1.0
-55 125
2
CN2
111 m 1·2
2
CN2
·55 125
19m 1.0
2
CN2
·55 125
19m 1.0
1
CN2
·55 125
19m 1.0
70
CN2
g
70
CN2
19m 1.0
0
19m 1.0
70
CN2
0
19m 1.0
70
CN2
0
19m 1.0
70
CN2
19m 1.0
70
CN2
0
,CN2
19m 1.0
1
·55 125
19m 1.0
2
CN2
·55 125
19m 1.0
2
CN2
·55 125
-55
1
!lI m 1.2
j~5
I~~~
19m 1.0
0
1
i3
MAX.
SUPPLY PROPA- RISE
FALL
SPAN
GATION TIME TIME
DELAY
tr
tf
N~~. P~~.
(V)
(V)
(s)
(s)
(S)
g
0
0
0
0
5
5
5
5
30
30
30
30
30
25
25
30
RTl
RTl
RTl
RTl
RTl
RTl
RTl
RTl
RTl
RTl
RTl
TTL
TTL
TTL
TTL
TTL
TTL
TTL
O.Ot
O.Ot
O.Ot
O.Ot
O.Ot
O.Ot
O.Ot
';'4~0
MO
MO
M~:
.45*
.45*
.45*
~g
.20
.20
·~2
.20
.20
.20
.20
.20
.20
.20
.20
.20
.20
.20
~g,
(V)
-3.0
·3.0
-3.0
·3.0
.~O
TYPE
fiJ· O• fZJ
0.0 "
0.0
0.0 .
0.0
.20
8.FANGATES
POWER
g
8
8
8
8
:
4
4
4
3.6
3.0
3.0
3.6
3.6
3.6
3.6
3.6
4
5.0
5.0
5.0
5.0
5.0
~:O
.0
5.0
5.0
5.0
5.0
5.0
5.0
m
57n
57n
57n
~~~%
24n%
24n%
57n%
24n~
24n%
24n%
57n%
57n
18n
18n
18n
18n
18n
18n
18n
18n
18n
18n
!l;In
18n
18n
l:~:::~
5.0n
5.0n
5.0n
5.0n
5.0n
5.0n
5.0n
5.0n
5.0n
5.0n
5.0n
5.0n
5.0n
5.0n
5.0n
5.0n
5.0n
5.0n
5.0n
5.0n
5.0n
5.0n
5.0n
5.0n
5.0n
I:·~n
I:·~n
5.~n
~:~ l~~ 5.0n
5.0
18n
5.0n
5.0
18n
5.0n
5.0
18n
5.0n
5.0
18n
5.0n
5·2
1~·On
5.0n
5.0
5.0
18n
5.0n
5.0n
5,2
!2 n
5.0
IOn
5.0n
10 45n"
10 65n"
10 45n"
10 65n"
10 45n"
10 65n"
10 45n"
.1!.5n"
0.10 2.9n"
3.3n
0.0 3.5n"
3.5n
4.0
60n
8
10
130n
10
60n
10
60n
10
60n
5.bU 9.0n
5.0 9.0n
5.0 9.0n
5.0 9.0n
5.0 9.0n
5.0 9.0n
5.0 9.0n
5.0 9.0n
5.0 III· On
5.0 9.0n
5.0 9.0n
5.0 9.0n
5.0 9.0n
5.0 9.0n
5.0 9.0n
5.0 9.0n
5.0
15n
15n
5·2
5.0
15n
5.0
15n
5.0
~:n
5.0
15n
5.0
15n
5.0
15n
15n
15n
5.0
15n
5.0
15n
5.0
15n
5.0
15n
5.0
15n
5.0
15n
5.0 9.0n
5.0 9.0n
5.0 9.0n
~.O 9.0n
5.0 9.0n
5.0 9.0n
5,2 9.0n
5.0 9.0n
5.0 9.0n
5.0 9.0n
5.0 9.0n
5.0 9.0n
15n
5·2
5.0
15n
5.0
15n
5.0
15n
5.0
15n
19~
~:g
~ gg~~J~
5.0n
5.0n
5.0n
5.0n
5.0n
5·2 n
5.0n
5.0n
5.0n
5.0n
3.3n
3.5n
70n
40n
40n
40n
if6WiI
m
19~:::~
SYMBOLS AND CODES
EXPLAINED IN INTERPRETER
1~~
~
gg~m~
m
~~~
l~g~m~
gg~mb
g
~
123
~
LINE
No.
TYPE
No.
YvPE
OF
GATE
2: Z~T;~~~
3#
~:
l~:
~6
~gl~~
MC311G
MC312F
MC312G
MC369F
MC369G
9903HC
9907HC
~~l~~~
9914HC
MC910F
MC910G
MC928F
MC928G
MC810F
MC810G
MC828F
MC828G
MC903F
MC903G
MC907F
MC907G
MC914F
MC914G
MC915F
MC915G
MC929F
MC929G
[MC803F
MC803G
MC807F
MC807G
MC814F
MC814G
MC815F
MC815G
MC829F
MC829G
MC710F
MC710G
MC729F
MC729G
SP322B
~~
39
40
41
42
43
44
45
46
41*
48+
49
50
51
52
53
54
55
56
51*
58+
59
60
61
62
63#
64
65
66
67
68
69
70
71
72
73
74
75
~gg~~
MC707F
MC707G
MC714F
MC714G
MC715F
MC715G
MC724F
MC725F
4112t:.
4114t:.
NC74L51N
NC74L54N
NC74L55N
MC911F
MC911G
MC811F
j~
78
79
80
81
82
83
84
85
86
81*
1!
97
98+
99+
100
101
102
103
104
105
106
107
108
:::~~~~
l~~ Ig~:g~~~~
124
3S
3S
4
4
4
4
4
4
4
4
4
4
4
14
4
4
4
4
4
4
1
~~~
~~f
'MOr
4.0
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
0.0
-1.6
-1.6
-1.6
-1.!j
-1.6
-1.6
-1.6
-1.6
-1.6
-1.6
Ml~
.45*
Mq~ .75%
Mqr .75%
.45*
MOr .75%
.45*
.75%
.45*
.80%
.46*
MO~ .80%
.46*
.80%
.46*
M~~ .80%
.46*
.82%
.57*
.57*
Mq~ .82%
MO~ .82%
.57*
MO~ .82%
.57*
.82%
.57*
MO
.82%
.57*
MO~ .82%
.57*
.57*
M~~ .82%
.82%
.57*
.82%
.57*
.84%
.55*
Mq~
.55*
Mq~ .84%
MOr .84%
.55*
.84%
.55*
.84% I .55*
MOr .84%
.55*
.84%
.55*
M~; .84%
.55*
.84%
.55*
.55*
Mq~ .84%
.10
Mqr .90
MOr .90
.10
.90
.10
MO
.90
.10
Mar 1.0
.22
1.1
.10
M~; 1.1
, .10
1.1
.10
.10
M~; 1.1
1.1
.10
1.1
.10
1.1
.10
MO
1.1
.10
MO~
1.1
.10
1.1
.10
~CO: -3.0
0.0
PCB -3.0
0.0
.70*
MO~ 2.0%
.70*
M~~ 2.0%
MO~ 2.0%
.70*
.75%
.45*
MO
.75%
.45*
MO~ .80%
.46*
.~O%
.4t;i*
.90
.10
MO~ .90
.10
,~~~
I
~&~
M~;
~g~
~g~
~gr
M~~
~gr
~gr
M~~
1.0M
1.0M
M~;
~~~
I
'2.0M
20M
20M
20M
20M
20M
20M
500k%
500k%
500k%
500k%
'500k%
500k%
Mq~
MO_~
PCB
PCB
PCB
PCB
PCB
PCB
PCB
Mq~
Mq~
Mar
M~~
MO
MOr
M~~
M~§
4
MOS
4
4
4
4
4
~~§
MOS
D.A. T.A.
~g~
TYPE
IN
OUT
(V)
::~
MO
MO
1
3MS
TMNG9
TMNG10
TMNG12
TMPG6
FZH171
FZH 175
FZH211
FZH215
FZH231
FZH235
SS4011AE
SS4012AE
SS4023AE
UL52L
UL52C
CM4011AD
CM4011AE
CM4012AD
CM4012AE
10M
40M
40M
40M
:g~
I~~~
gg:
M:~
40M
40M
40M
80M
80M
MC711G
9911HC
9915HC
M8D8
90 ...
91 ...
92 ...
93 ...
94#
95#
96.~
~g~
M~;
3M
3M
3M
3M
3M
3M
3M
3M
3M
3M
3M
3M
1 3M
I~gll~
:2~
.20
M~~ 2.3%
2.3%
2.3%
2.3%
MO
2.3%
MO~ 2.3%
2.3%
MO
2.3%
MO
2.3%
M~~ 2.3%
MO!, 2.3%
PCB -3.0
M~~ -.75
M~~ -.75
MO~ -.75
-.75
-.75
MO -.75
M~~ -.75
MOr -.75
MOr -.75
-.75
MO
I~~
13M
3M
13M
3M
3M
3M
3M
3M
3M
3M
3M
3M
3M
3M
3M
3M
3M
3M
3M
3M
3M
3M
3M
3M
3M
3M
3M
3M
3M
3M
3M
3M
3M
3M
3M
3M
3M
3M
3M
3M
3M
3M
3M
3M
3M
3MS
3MS
3MS
(V)
~~~
3M
3M
3M
3M
3M
3M
3M
3M
3M
3M
3M
3M
3M
3M
3M
3M
8FAN
. GATES
POWER
f1J'1' JJ '0' flJ
ATING CESS
FREQ.
(Hz)
~~
ZST134A
4# FCH10l
FCHlll
FCH121
7# FCH131
8# FCH141
9# FCH151
10# FCH161
FCH171
FCH181
13# FCH191
14# FCH221
B171
15
MC309F
16
17
MC309G
MC310F
18
21
22
23
24
25
26
27
28
29
30
31
32
33
34
35
36
OPER- PRO~-M~1
LOGIC
LEVEL
3.0%
3.3
3.3
3.3
3.3
3.3
3.3
7.5%
7.5%
7.5%
7.5%
7.5%
7.5%
9.8%
9.8%
9.8%
-3.5%
-9.0%
10
10
10
10
10
10
.40*
.22
.22
.22
.22
.22
.22
4.5*
4.5*
4.5*
4.5*
4.5*
4.5*
.20*t
.20*t
.20*t
-9.0*
-3.5*
O.Ot
O.Ot
om
O.Ot
(j.Ot
O.Ot
I~+t
DTL
DTL
DTL
DTL
DTL
gitl
DTL
DTL
DTL
DTL
DTL
DTL
ECT
ECT
ECT
m:
ECT
ECT
ECT
ECT
ECT
RTL
RTL
RTL
RTL
RTL
RTL
RTL
RTL
RTL
RTL
RTL
RTL
RTL
RTL
RTL
RTL
RTL
RTL
RTL
RTL
RTL
RTL [
RTL
RTL
RTL
RTL
RTL
RTL
RTL
RTL
RTL'
RTL
RTL
RTL
RTL
RTL
RTL
RTL
RTL
RTL
RTL
RTL
RTL
RTL
RTL
RTL
RTL
RTL
RTL
RTL
l+it
TTL
RTL
RTL
RTL
RTL
RTL
RTL
RTL
RTL
2
5t:.
~
8
8
8
5t:.
8
5t:.
8
8
~t:.1 8
8
3t:.1
3 I 8
2 , 8
2
8
16
3
16
12
2
25
2
25
2
25
lOt:.
lOt:.
~
2
3
3
4
2
3
4
2
2
2
2
2
5
5
2
2
5
5
3
3
4
4
2
2
3
3
5
5
3
3
4
4
2
2
3
3
5
5
2
2
5
5
4
3
3
4
4
2
2
3
3
2
4
2
4t
6t
10
8
4
4
4
4
4
4
4
3
3
8
4
3
3
2
4
4
4
3t
3t
6t:.
6t:.
2
4
3
2
2
2
2
4
4
~
~~
25
25
25
25
~g
16
4
16
16
4
4
4
4
4
4
4
4
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
4
4
16
16
10
16
16
16
16
16
16
16
16
16
16
9
9
10
10
10
7
7
7
7
7
7
7
16
8
10
10
10
10
10
30
10
10
10
10
10
10
MAX.
SUPPLY PROPA- RISE
FALL
SPAN
GATION TIME TIME
NEG. POS. DELAY
tr
tf
(V)
(V)
(s)
(s)
(s)
~:~
0.0
0
0
0
0
0
0
0
0
0
0
0
15
5.2
5.2
5.2
5.2
5.2
5.2
5.2
5.2
5.2
~2
0.0
0.0
0.0
0.0
0.0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
15
15
0.0
0.0
0.0
0
0
0
0
0
0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
27
15
0.0
0.0
0.0
0.0
(j.0
0.0
~:~
g
.~
;~~ 1:~
;~~
5.0
15n
6 31n
6 31n
6 31n
6 31n
6 31n
6 31n
6 31n
6 31n
6 31n
6 31n
6 93n
10
0 6.0n
o 6.0n
o 6.0n
1!j·On
6.0n
o 6.0n
0.0 6.5n
0.0 6.5n
o 3.0n
o 3.0n
3.6
15n
3.6
15n
3.6
15n
3.6
15n
3.6
15n
4 27n
4 27n
4 27n
4 27n
4 27n
4 27n
4, 27n
4 27n
4
12n
4 12n
4 12n
4 12n
4 12n
12n
12n
4 12n
4 12n
4 12n
4
12n
4
12n
4
12n
4 12n
4
12n
4 12n
4 12n
4 12n
4 12n
4 12n
4 27n
4 27n
4 12n
4 12n
8 12n
4 12n
4 12n
4 12n
4 12n
4
12n
4
12n
4 12n
4 12n
4 12n
4 12n
10
10
90ne,
5.0
5.0
90nt:.
90ne,
5.0
4 60n
4 60n
4 60n
4
4 ~g~
4 60n
3.6
15n
3.6
15n
5.0
25n
5.0
18n
18n
5.0
5.0
18n
5.0
18n
5.0
18n
5.0
18n
12 175nt
12 175nt
12 125nt
12 125nt
12 125nt
12 125nt
10 100nt:.
10 100nt:.
10 100nt:.
0.0 125n
0.0 350n
10 40nt:.
10 50ne,
10 75ne,
10 lOOn
10 40nt:.
10 50nt:.
IN ORDER OF (l)TYPE OF GATE(2)LOGIC TYPE
(3 LEVEL'1'(4 LEVEL'O'(5)MAX FREQ(6)TYPE No.
MAX. MAX.
TEMP.
CKT
DRAWINGS
TOTAL NOISE
LOGIC OUTLINE
PE~[
PKG.
REJECT LOlA HI MO DWG. No DWG. No
DISS.
c.=MO
(W)
IV)
'C
'C
70n
70n
70n
70n
70n
70n
70n
70n
70n
70n
105n
60n
9.0n
9.0n
9.0n
19.(jn
9.0n
9.0n
12n
12n
4.0n
4.0n
85n
85n
85n
85n
85n
85n
85n
85n
85n
85n
80n
40n
14n
14n
14n
14n
14n
14n
lln
lln
4.0n
4.0n
19m
7.0m
11m
14m
22m
21m
21m
33m
33m
28m
44m
22m
468m
68m
68m
68m
1.0
1.2 t:.
1.2 t:.
1.2 t:.
1.2 t:.
1.2 t:.
1.2 t:.
1.2 t:.
1.2 t:.
1.2 t:.
1.2 t:.
1.2 t:.
800m
400m
400m
400m
~~~ :gg~
53m
68m
68m
250m
250m
20m
20m
40m
400m
400m
400m
250m
250m
250m
300m
300m
8.0mt
8.0mt
6.5mt
6.5mt
10mt
10mt
7.5mt
7.5mt
19mt
19mt
19mt
19mt
38mt
38mt
38mt
38mt
19mt
19mt
19mt
19mt
19mt
19mt
38mt
38mt
38mt
38mt
19mt
19mt
20mt
20mt
:'
~~mt
70n
70n
~40nt
340nt
230nt
230nt
230nt
230nt
600n
600n
120nt
120nt
120nt
120nt
120nt
120nt
33mt
30m
28mt
28mt
30mt
30mt
100mt
100mt
110mt
110mt
400mt
120mt
937m
940m
2.5mt
4.5mt
2.5mt
6.0mt
6.0mt
8.0mt
8.0mt
8mt
8mt
20m
40m
600m
SOm
90m
135m
150m
180m
260m
62m§
62m§
81m§
81m§
40m§
40m§
40mt
635m
200m
200m
200m
200m
~OOm
200m
320m
500m
500m
1.0 t:.
1.0 t:.
1.0 e,
;~
70
0 75
0 75
0 75
0 75
0 75
0 75
0 75
0 75
0 75
0 75
0 75
-20
65
-55 125
-55 125
-55 125
0
-~5
-55
-55
-55
-55
0
0
0
0
0
15
0
-55
-55
-55
-55
0
0
0
0
-55
-55
-55
-55
-55
-55
-55
-55
-55
-55
0
0
0
0
0
0
0
0
0
0
15
15
15
15
0
15
15
15
15
15
15
15
15
15
15
-20
-20
0
0
0
-55
-55
0
m
125
125
125
75
75
70
70
70
55
70
125
125
125
125
75
75
75
75
125
125
125
125
125
125
125
125
125
125
100
100
100
100
100
100
100
100
100
100
55
55
55
55
70
55
55
55
55
55
55
55
55
55
55
55
55
70
70
70
125
125
70
1~ ~~
15
250m
250m
1.0
1.0
1.0
1.0
1.0
5.0
5.0
5.0
5.0
5.0
5.0
4.5
4.5
4.5
t:.
t:.
t:.
t:.
t:.
t:.
t:.
t:.
t:.
4.5
4.5
4.5
4.5
4.5
4.6
t:.
t:.
t:.
t:.
e,
t:.
SYMBOLS AND CODES
EXPLAINED IN INTERPRETER
55
70
70
0 70
70
0
0
70
0
70
70
0
70
0
0
70
0
70
-25 85
70
0
-25 85
70
0
-25 85
-30 86
-30 85
-30 85
0
70
-25 75
-55 125
-40 85
-55 125
-40 85
-55
-40 ~~5
0
0
IC~2
21
1
1
2
2
3
3
3
3
4
4
2
1
2
2
2
G03180
G03180.
G03180b
G03180c
G03180d
G03180f
(;(j3180e
G03180g
G03180h
G03180j
G03181
G0337
G03151
G03151
G0385
2
2
2
2
2
1
1
2
2
2
2
2
1
1
2
2
1
1
1
1
1
1
2
2
2
2
1
1
1
1
1
4
2
2
G0386
G0384
G0384
~I~g~~~
G0382
G0380
G0359
G03153
G03153
G0391
G0391
G03187
G03187
G0391
G0391
G03187
G03187
G0389
G0389
G0390
G0390
G0391a
G0391
G0392c
G0392c
G03187
GO.3187
G0389
G0389
G0390
G0390
G0391a
G0391
CN2
TOl16
TOl16
TOl16
TOl16
TOl16
TOl16
:::gl1~
TOl16
TOl16
TOl16
CB31
T091
CN9
T091
~~~1
CN9
T086
CN42
T086
CN9
T099
T099
~~~~
T099
T091
T099
T091
T099
T091
T099
T091
T099
T091
T099
T091
T099
T091
T099
T091
T0100
T091
T099
T091
T099
T091
T099
T091
T099
T091
T0100
1 G03187 T091
1 G03187 T099
2 G0391
T091
2 G0391
T099
1 G03187 T091
1 G03187 T099
2 G0359a T078
1 G0389
T091
1 G0389
T099
1 G0390
T091
T099
1 G0390
2 G0391. T091
2 G0391
T099
2 G0392
T091
2 G0392
T0100
4 G03153a T086
2 G0390a T086
6
4
G03175b TOl16
~ G03175a TOl16
1 G03175c TOl16
1 G0358
T091
T099
1 G0358
1 G0358
T091
~ I~g~~~~
g:g
1~g~;g
1
1
2
8
4
6
9
10
12
6
2
2
4
4
2
2
4
2
3
4
4
4
4
2
2
~
:::g~~
G0358
T099
G0358
G0377
G04326a
CB53
CB53
CB53
CB53
CB53
CB53
G04429. Ml17r
G04429. Ml17r
G04448 Ml17.a
G04448 Ml17aa
G04449 Ml17aa
G04449 Ml17aa
G04478
G04479
G04480
G04375
G04445 ~pwa
G04403 M 105av
G04403 Ml05av
G04404 M 105av
G04404 Ml05av
~04397a Ml05av
G04397a M 105av
:::g~go
124
~
LINE
No.
PER· PRO·
~PE
~M:1
OF
ATING CESS
TYPE
No.
GATE
i3
FrJZ?'
I~~~:~~gg
4
5
6
7
8
9.,
l~:-1l
I:
MM54C200
4
MM54C300
4
MM74COON
4
MM74Cl0N
4
MM74C20N
4
MM74C30N
4
MSM500
4
MSM502
4
jANM385 iOiOl5400 i A~A
13+
JANM3851005001AOA
14
1
JANM38510/05001 BCA
14+
JANM38510/0:5~01 B~A
12+
15+
JANM385 10/0500 lCCA
14
1
JANM385 10/0500 1COA
16+
10/0:5~02A~A
17+
JANM385
18+
19+
JANM38510/0500ZAOA
14
1
JANM38510/05002BCA
20+
JANM385
10/0:5~02B~A
22+
JANM38510/05002CCA
14
1
JANM385 10/05002COA
23+
JANM385 1
0/0:5~03A~A
24+
JANM38510/05.U03AOA
14
1
JANM38510/05003BCA
2 +
25+
10/0:5~03B~A
26+
JANM385
27+
JANM38510/05003CCA
14
1
JANM38510/05003COA
4
MM461 lAD
4
MM4611AF
4
28+
29
30
~~!gg!~
H
33
MM4623AO
~~:~n!~
34
35
36
37
38
39
40
41
42
MM5612AN
MM5623AN
SW4011A
SW4012A
~;f,~~23A
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63
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69
70
71
72
73
74
75
76
77
78
79
80
81
82
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90
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IN ORDER OF (l)TYPE OF GATE(2)LOGIC TYPE
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3
3
2
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3
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·40
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4
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D.A. T.A.
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3
2
2
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2
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4
4
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4
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3
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3
3
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2
2
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4
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3
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8
8
8
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2
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2
4
4
4
3
3
3
2
2
4
4
3
3
2
2
2
2
2
50
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
60nll
45nll
45nll
45nll
45nll
45nll
45nll
45nll
45nll
45nll
45nll
45nll
45nll
45nll
45nll
45nll
45nll
45nll
45nll
45nll
45nll
40nll
50nll
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75nll
100nll
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260nll
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75nll
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85
125
125
85
125
125
125
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125
125
85
125
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125
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125
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125
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125
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4
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2
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311
311
311
311
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311
311
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311
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15
8
8
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25
25
25
25
20
20
20
20
~~
28
28
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
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5
5
5
5
5
5
5
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10
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10
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30
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25
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25
25
25
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1
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0
0.0
0
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0.0
0
0.0
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5
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5
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5.0
5
5.0
5.0
5.0
5.0
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5.2
5.2
5.2
5.2
5.2
5.2
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15
12
12
15
15
12
12
12
15
15
12
12
15
15
15
12
12
15
15
15
12
12
15
15
15
12
12
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15
15
15
12
12
15
15
15
12
12
15
15
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12
12
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12
12
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O.~
0.0
0.0
0.0
0.0
0.0
0.0
4.8
4.8
4.8
4.8
4.8
4.8
4.8
0.0
0.0
0.0
0.0
0.0
0.0
0.0
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0.0.
0..0
0..0
0..0
0..0.
0..0
0..0.
0..0.
0.0.
0..0
0..0
0.0
0..0
0..0
0..0
0..0.
0.0.
0..0
0.0.
0..0
0..0
0.0.
.0..0.
0..0.
0.0.
0.0
0.0
0..0.
0.0.
0.0
0..0
0..0.
0.0
0.0
0.0
0.0.
0.0
0.0
0..0
0..0.
0..0
I
MAX.
FALL
PROPA· RISE
GATION TIME TIME
DE~Y
:g~
25n%
25n%
25n%
2.0u
25n
25n
~5n
40n
30n
30n
40n
400n6.
400n6.
400n6.
400n6.
600n6.
600n6.
g)
75n
75n
75n
75n
75n
75n
95n
95n
95n
95n
95n
95n
45n
45n
45n
D!~1'
:gg:::~
~~g::: I~:g ~
·55
·30
·30
·55
·30
·55
·30
·55
.:!O
·30
·55
·30
·55
·30
·30
·55
·30
·55
·30
·30
·55
·30
·30
·55
·30
·30
·55
·30
·55
·30
·30
·55
·30
·55
·30.
·30.
·55
·30
·55
·55
·30.
·55
·30
·55
·30
·55
·30.
·55
·30.
·55
·30.
·55
·30.
·55
1.30.
·55
·30
0.
·25
0.
·25
0.
·25
0
·25
0.
·25
0.
·25
0.
·25
0.
·55
·40.
0.
·55
·40.
0.
0.
·30.
Ijg
75
75
75
125
125
125
75
75
75
75
75
75
75
65
70
70
70
70
70
70
70
70
125
85
125
70
125
85
85
125
70
125
85
125
70
70
125
85
125
70
70
125
85
125
70.
70
125
85
85
125
70
70
125
85
125
75
70
125
85
125
70.
70.
125
85
125
125
85
125
85
125
85
125
85
125
85
125
85
125
85
125
85
125
85
70
85
70.
85
70.
85
70
85
70
85
70
85
70.
85
75
125
85
75
125
85
75
70.
85
400m
:3g
I~~
25m6.
25m6.
25m6.
25m£,
25m6.
25m6.
90mt
m:::~
30n
30n
30n
180u
SOn
50n
50n
50n
50n
50n
50n
50n
50n
SOn
180u
25n
25n
25n
25n
25n
25n
25n
600n6.
600n6.
600n6.
600n6.
600n6.
600n6.
30Dn6.
300n6.
300n6.
300n6.
300n6.
550n6.
550n6.
550n6.
550n6.
550n6.
400n6.
400n6.
400n6.
100n
400n6.
4DOn6.
600n6.
600n6.
600n6.
600n6.
600n6.
300n6.
300n6.
300n6.
300n6.
30Dn6.
60Dn6.
6DDn6.
6DOn6.
6DDn6.
6DDn6.
18Dn6.
160n6.
;:g
1.4
1.4
1.4
1.4
1.4
1.4
1.2
1.2
1.2
30mt 1.0 6.
30mt 1.06.
30mt 1.0 6.
85m 1.6
320m 1.0
240m 1.0
160m 1.0
900m 1.0
600m 1.0
400m 1.0
600m 1.0
1.0 t
3.2
576mt 3.5
576mt 3.5
1.0 t
3.2
1l!9Omt I~:~
480mt
480mt
900mt
1.0 t
508mt
508mt
1.0 t
~gg:::~
180mt
180mt
300mt
165mt
165mt
96mt
96mt
~~g:::~
120mt
66mt
320m
66mt
nOmt
600mt
600mt
336mt
336mt
600mt
200mt
200mt
180mt
180mt
2DDmt
6DDmt
6DDmt
336mt
336mt
6DDmt
3.5
3.2
3.2
3.5
3.5
3.2
3.2
3.2
3.5
3.5
3.2
3.2
3.2
3.5
3.5
3.2
3.2
3.2
3.5
5.06.
3.5
3.2
3.2
3.2
3.5
3.5
3.2
3.2
3.2
3.5
3.5
3.2
3.2
:!.2
3.5
3.5
3.2
25Dn6.
220n6.
25Dn6.
22Dn6.
25DnA
220n6.
31Dn6.
31Dn6.
g 31Dn6.
31Dn6.
12
12
12
12
12
12
12
12
12
12
20
16
16
20
16
16
16
16
12
12
12
~~)
IN ORDER OF (1)TYPE OF GATE(2)LOGIC TYPE
(3 LEVEL'1'{4 LEVEL'O'{5IMAX FREQ{6ITYPE No.
TEMP.
CKT
DRAWINGS
MAX. MAX.
PER LOGIC
OUTLINE
TOTAL NOISE
PKG.
REJECT LOVI HI Moe DWG. No DWG. No
lI=MO
'C
'C
lVl
31Dn6.
310nA
310nA
310n6.
310nA
31Dn6.
175nt
175nt
175nt
175nt
4DOn6.
4DDn6.
4DOnA
4DOn6.
4DOn6.
4DOn6.
4DDn6.
4DOn6.
110n
l1Dn
140n
34Dnt 120nt 124m§ 5.0. 6.
34Dnt 12Dnt 124m§ 5.06.
5.0 6.
34Dnt
5.0 A
62m§ 5.0. A
34Dnt 12Dnt
120nt
~~m§ 5.0 6.
62m§ 5.0. 6.
12Dnt
62m§ 5.0. A
34Dnt 12Dnt
62m§ 5.06.
34Dnt 12Dnt
62m§ 5.0 A
34Dnt 120nt
34Dnt 12Dnt 108m§ 5.0. A
34Dnt 12Dnt lD8m§ 5.0 6.
34Dnt 120nt 216m§ 5.0. A
34Dnt 12Dnt 216m§ 5.0. 6.
5.~ 6.
5.0. A
I
384m§ 5.0. 6.
3DDm§ 5.0. A
192m§ 5.0. 6.
192m§ 5.0. 6.
5DDm 5.0. A
1~4Dnt
m~t 1~:::::
I~:g~i
~~~::::
lDDn
l~g~
6Dn
60n
180n
!~Dm
5.0. 6.
5.0. 6.
SYMBOLS AND CODES
EXPLAINED IN INTERPRETER
g
0
0
0
·55
·55
·55
0
g
0
0
0
0
·20
0
0
0
0
0
0
0
·30
·55
·30
·55
.:!~
~
I~~g~
TQl16
M157
TQ88
TQl16
M157
TQ88
Ml05a
Ml05q
~ I~g::gg~ Ml05q
TQl16
2 K:211
2 G04354 TQl16
4 GQ4354a TQl16
3 GQ4354b TQl16
3
16
12
8
C~!".l
12
CBiZl
12
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8
C~B
8
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2 G04238 M200'
2 G04238 M200j
2 GQ4238 M200j
2 604238 M200'
2
2
2
2
2
2
2
G04258a
G04258a
G04258
G04258a
G04258a
G04258
G04400a
g:g
:
4
4
4
4
4
4
4
:
4
4
4
2
2
2
2
I~g:n~
G04329
G04329
G04329
GD4380
G04380
G04380
G04380
~gg~~
G04237
G04237
G04237
G04236
G04236
G04236
G04236
~ ~gg~~
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
:
4
4
2
2
4
4
4
4
4
4
2
2
4
4
4
4
4
4
4
4
4
4
:
2
~~OOJ
M200j
M319
M200j
M200j
M200'
M200j
M200j
M200'
M319
M200j
M200'
M200j
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M200j
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M200j
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M200j
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G04316
G04316
G04316
G04316
G04316
GD4381
G04381
G04381
G04381
G04381
G04382
G04382
G04382
G04382 1~200j
GD4382 M20Dj
GD4383 M319
M200j
M20Dj
GD4383 M20D'
G04383 M2DOj
GD4441 M20Dd
GD4441 M20Dd
GD438Da M2DDd
GD438Da M2DDd
GD438D M20Dd
GD438D M20Dd
GD4442 M2DDd
GD4442 M2DDd
GD4236 M20Dd
GD4236 M2DDd
GD4316 M2DOd
GD4316 M2DOd
GD4381 M20Dd
GD4381 M2DOd
GD4382 M2DOd
GD4382 M20Dd
GD4383 M20Dd
GD4383 M2DOd
GD4428 Ml17aa
GD4428 Ml17a.
Ml17 ••
Ml17a.
GD4429 Ml17a.
M 117a.
Ml17aa
GD4429a Mll70a
GD4429a Mll7aa
GD4429a M117a.
GD4446 Ml17aa
GD4446 Ml17aa
GD4447 M117a.
GD4447 M 117aa
~g:~~~
I~g::~~:
~ ~g:g~a
2
2
2
3
3
6
6
:
4
2
2
2
4
2
4
4
4
~g3~~g: ~:~j
GD326Da
GD326D
GD326D
GD326Q
GD326Qa
GD326D
GD4381
GD4383
GD4380
M443a
M294
M443
M443a
TQl16
T0116
M172
Ml72
Ml72
130
LINE
No.
J
3
4
5
6
~
TYPE
No.
LNPE
OF
GATE
4
4
4
32~,:::J
4
HEPC0902P-R~ 4
7
HEPC0909P-R{:
11
12
13
14
15
~g~g~t:~~
MC662L P%
~~~~gt:~~
MC671 L P%
MC672L,P%
TL660L
TL660P
:~!
l~: iml~
TL662L
TL662P
TL668L
TL668P
TL670L
TL670P
TL671L
27# TL671P
TL672L
TL672P
30
MC1048P
31
MC1248F
32
MC1248L
SP1048
33t~ SP1248
34+
35
Nl012A
2.0M
,4
4
51
53
54
55
56
57
58
~~
61
62
63
64
g~
67
68
69
70
71
72
73
74
75
76
77#
j~!
80#
81#
82#
~~:
85#
g~:
88#
89
90
91
92
65M
93
94
95
96
97
98
99#
100#
19~!
131
Ig~~gg~g~
OM9012CJ
OM9012CN
Tl02Bl
Tl0201
Tl02Fl
Tl03Bl
l~~
13%
13%
13%
MO~
13%
13%
MO
13%
MO
13%
13%
M~~ 13%
~g, 13%
MO -.75
-.75
-.75
-.75
-.75
-.85
-.96%
M~~ :.96%
~g~
Mq~
Mm
M1~
6.0
6.0
6.0
6.0
MO
MO
M~~
~g~
MO~
OUT
~:~
;~
~~~~6
5
5
1
0.0
0.0
12 220n6
12 220n"
2
10
0.0
15 125n
3
10
0.0
15 125n
10
0.0
15 125n
5t
I
fsl
I
90n
70n
56,
200n
20n
20n
lOOn
20n
20n
20n
20n
20n
20n
20n
20n
20n
20n
20n
20n
20n
20n
20n
20n
20n
20n
20n
20n
20n
20n
8.0n
2·2 nt
2.0nt
8.0n
2.0nt
2.0nt
44n
44n
80n
80n
~:g I~:g~
3 G04323b TOl16
75
2 G04323
T0115
75
75
75
75
75
75
75
75
75
75
,75
75
75
75
75
75
75
75
75
75
75
75
75
125
125
75
125
75
85
85
55
75
55
75
65
100
100
80
70
70
70
4 G04468
2
2
2 G04362
T0116
TOl16
T0116
T0116
T0116
TOl16
TOl16
ITOl16
M157a
M114f
M157a
M114f
M157a
M114f
M157a
Ml14f
M157a
Ml14f
M157a
Ml14f
M157a
Ml14f
-~O
-30
-30
-:!O
-30
-30
-30
-30
-30
5.0
5.0
5.0
5.0
5.0
5.0
~~mt
-30
-30
75mt
180mt
180mt
175mt
175mt
132mt
132mt
132mt
132mt
176mt
176mt
130mt
130mt
130mt
130mt
130mt
65m 400m
m"
42
40m6
145mt
145mt
80mt
80mt
25m
25m
-~O
-30
-30
-30
-30
-30
-30
-30
-30
-30
-30
-30
0
-55
-55
0
-55
0
-32
-30
15
0
15
0
-15
-40
-40
-_30
0
0
0
gg:~n
~ gg:~~~~
3
4
2
2
~
2
2
4
4
3
G04362a
G04364
G04322
G04322
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G04362
G04362
G04352c
G04352c
G04352d
~ iggg~~~
31§04362a
4 G04364
4 G04364
4 G043k
ig~Jti
4 G043k
4 G043k
TOl16
4 G043k
M257a
4 G043k
M257a
T0116
41G04481 M256
4 G04481 M153a
4 G04389 TOl16
4 G04389 TOl16
4 G04389a T0116
4 G04389a TOl16
1
M45
1 G0480
I~N27
1 G0481
M45
1
,M45
4 G04377 i
4 G04377
3 G04377a
0.0
5.0
13n
40m
4 G04387
0.0
5.0
35n
40m
4 G04387a T0116
TTL
3
10
0.0
5.0
13n
30m
3
TTL
4
3
3
2
2
2
3
30
9
9
9
9
9
9
0.0
0
0
0
0.0
0
0
0
0
0.0
0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0
0
0
0
0.0
0.0
0.0
0.0
0,0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0 I
0.0
0.0
5.0
5
5
5
5.0
5
5
M~~
~g~
~~;
MO~
~g~
MO~
Mq~
MO~
MO~
WQ~
I~g~
,M~~
i~O
MO~
I~~~
MO
~~~
MO
M~~
~gr
Mq~
I~g:
I~g~
~g;
MO'
D.A. T.A.
4 G04323a TOl16
75
10
~g~
4
75
-30
2
MQ1.
I
-30
132mt
5·2
5.0
6.0
Ml72
Ml72
TTL
MO~
I
176mt
176mt
75mt
75mt
180mt
175mt
132mt
132mt
176mt
75mt
75mt
2 G04236
41G04382
MO~
~q~
,4
'4
14
4
~ I~~:g~ ~~b~
85
85
37m"
37m"
37m6
I
:~~ I~~
-30
-30
2 I 10
MO~
I
5.0 6
5.0 "
5.0 "
384m
96m
160m
TTL
MO~
4
4
4
4
4
4
14
LOj
iDI~~'
MO~
Mq~
"
IN ORDER OF (l)TYPE OF GATE(2)LOGIC TYPE
(3 LEVELT(4 LEVEL'O'(5IMAX FREQ{SITYPE No.
MAX. MAX.
TEMP.
CKT
DRAWINGS
PER LOGIC OUTLINE
iTOTAL NOISE
,PKG,
REJECT
HI MO[ DWG. No DWG. No
6=MO
'C I 'C
(VI
BBrnt j
i
2
10 I 0.0
15 110n
15 110n
56 1 10 I 0.0
10 ,0.0
15 125n
56 30 ' 0.0
15 140n
2
10
0.0
15 125n
10
0.0
15 125n
3
10
0.0
15 110n
3
2
10
0.0
15 110n
10
0.0
15 110n
5"
56 10
0.0
15 110n
10
0.0
15 i 125n
5"
56 10
0.0
15 125n
30
0.0
15 140n
5"
0.0
15 140n
5" 30
0,0 I 15 125n
2
10
10
0.0
15 125n
2
3
10
0.0
15 125n
0.0
15 125n
3 I 10
3
10
0.0
15 110n
3
10
0.0
15 110n
2
10
0.0
15 110n
2
10
0.0
15 110n
2
25
5.2 1 0.0 5.0n%
2
25
5.2
0.0 5.0n%
2
25
5.2
0.0 5.0n%
2
25
5.2
0.0 5.0n
2
25
5.2
0.0 5.0n
5.2
2
25
0.0 4.5n
2
5.2
0·2 2.7n
5.2
0.0 2.7n
2
2
3.6
5" 0.0
2
3.6
5" 0.0
2
4
0.0
3.6
50n%
2
4
0.0
3.6
50n%
4
6
12 30n
6
12 25n
5
4
6
12 25n
4
6
1..2 25n
2
10
0.0
2
10
0.0
10
3
0.0
5.0 3.0n
,
4
4
4
4
4
4
4
13%
13%
13%
13%
13%
13%
13%
~g~
1.0M
3.0M
3.0M
5.0M
"6
36
66
3t
OTL
OTL
OTL
OTL
OTL
OTL
OTL
OTL
OTL
OTL
OTL
OTL
OTL
OTL
OTL
OTL
OTL
OTL
OTL
OTL
OTL
OTL
ECT
ECT
ECT
ECT
ECT
ECT
ECT
ECT
RTL
RTL,
.23#* RTLI
.25#* RTL,
O.Ot
RTLI
O.Ot
RTL
O.Ot
RTL
O.Ot
RTL
TTL
TTL
TTL
14M%
14M% Mq~
i!
!!
4
4
4
4
4
4
4
4
4
4
4
OTL
1.5*t
1.5*
1.5*
1.5*t
1.5*t
1.5*t
1.5*t
1.5*t
1.5t*
1.5t*
1.5t*
1.5t*
1.5t*
1.5t*
1.5t*
1.5*t
1.5t*
1.5t*
1.5t*
1.5t*
1,5t*
1.5t*
-1.6
-1.6
-1.6
-1.6t
-1.6t
-1.8
-1.7*t
-1.7*t
~g~
~~mi
I:
1.5*t
M1~
~g:~lj
~~~~~i
12.5%
I~~~
HEPC3040P-R·r
4
N8471A
4
N8471J
4
N8481A
4
4
4
S8471A
4
4
4
S8481F
4
S8481J
4
MC3007F
4
MC3007L P% 4
MC~212F
4
SP358A
Tl0202
Tl02F2
Tl0302
Tl03F2
Tl0402
TI04F2
Tl07D2
Tl07F2
TI0902
Tl09F2
Tl1202
T112F2
OM9002CJ
OM9002CN
OM9003CJ
IDM9003CN
OM9004CJ
OM9004CN
MO~
Mm 12.5%
MO~
HEPC3001 P-RT
14
HEPC30 1OP-RT
MC3112L
N8881A
N8881J
Sa881A
OTL
Mq~
Mq~
19l9:~
~g~6~V%
~gm~
1.5*t
~g~
:~~
52
OTL
12.5%
M~~
~~!
50
1.5*t
MO~
~~~
,
MAX.
FALL
SUPPLY I PROPA-r!~_E
SPAN
,GATION TIME TIME
N(~~. P~~. DE~~Y i }~l
~Tt
Mm 12.5%
MO~
IN
·
1J
OTL
OTL
~q~
~~!
TYPE
1.2t
1.2t
MO~
4
I:
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
38
MC9714P
4
39
MC9814P
4
40
MC9724P
4
41
MC9824P
4
42. LCE703
4
43. LCE303
4
44. LCE403
4
LCE503
4
GTB74S00P
4
47# GTB74S03P
4
4
48# GTB74S10P
49
HEPC3000P-R~ 4
~~
1:~+
8FANGATES
POWER
ld
11.3
Mm 11.3
~g~
4
20#
21#
22#
23#
24#
fiJ,O'
(VI
I~~~
MO
322CJ
8.
flJ'l'
(VI
FREQ.
(Hzl
!~~~gj
HEPC0904P-RT
14
HEPC0905P-RT
1~
OPER- PRO~oMt1
ATING CESS
LOGIC
LEVEL
M~~
MO
MOr
~g~
1.4%
1.4%
1.4%
1.4%
1.4%
1.4%
1.4%
1.4%
1.4%
1.4%
1.4%
1.4%
1.6%
1.6%
1.6%
1.6%
.35*t
.35*t
.35*t
.35t*
.35*t
.35*t
.35*t
.35*t
.35t*
.35*t
.40*t
.40*t
.40*t
.40*t
.40*t
.40*t
.40*t
.40*t
I, .40*t
.40*t
I .40*t
.40*t
.60t*
.60t*
I ,90*
.90*
.90*
.90*
.90*
.90*
.90*
.90*
.90*
.90*
.90*
.90*
.85*
.85*
,85*
.85*
l:~~ I :~~:
1.6%
1.6%
1.6%
1.6%
1.6%
1.6%
1.6%
1.6%
I
.85*
.85*
.85*
.85*
.85*
.85*
.85*
.85*
ITTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
~
iiti
TTL!
TTL
TTL
TTL!
TTL I
TTL
TTL,
TTL
TTL ,
TTL
TTL
TTL
'TTL
TTL
TTL
TTL
TTL
TTL
i
I
iit
TTL
2
5"
2
2
2
3
3
4
4
8
8 ,
4
I 2~
TTL '
TTL
TTL
,TTL
jTTL I
,TTL
I
ITTL 1
ITTL
TTL
ITTL
TTL
TTL
TTL,
TTL 1
TTL I
liitl
~
2
2
3
3
4
4
3
3
4
4
2
2
2
I
9
9
10
10
10
10
10
10
10
10
20
20
20
20
18
40
10
10
10
10
10
10
10
10
10
10
10
10
I
2
2
3
3
4
4
I
: I
2 1
2
2
2
2
3
I
,
I
10
10
10
10
I
13n
150n
150n
150n
150n
150n
150n
150n
150n
5.0 150n
5 150n
5.0 8.0n
5.0 8.0n
5.0 8.0n
5.0 8.0n
5.0 8.0n
5.0 8.0n
5.0 8.0n
5.0 8.0n
5 25n%"
5 25n%"
5 25n%"
51 25n%"
5.0
30n
5.0 . 50n6
5.0 I 12nA
5.0 , 12n"
5.0
12nA
5.0
12n"
5.0
12n"
5.0
12n"
5.0
12n"
5.0
12nA
5.0
15n"
5.0
15n"
5.0
32n"
5.0
32n"
5.0
15nA
5.0
15n"
5.0
15nA
5.0
15n"
5.0
15nA
5.0
15nA I
5.0
17n" j
5.0
17n" I
5.0
45n"
5.0
45n"
5.0
15n"
5.0
15n"
5.0
15n"
5.0
15nA
75n
75n
75n
75n
75n
75n
75n
75n
75n
75n
~
50n
50n
50n
I 50n
I
50m
17m" 1.4
17m" 1.4
17m6 1.4
17m" 1.4
17m6 1.4
I 17m6 1.4
17m" 1.4
17m6 1.4
17m" 1.4
17m6 1.4
66mt
66mt
44mt
44mt
66mt
66mt
44mt
44mt
31mA 600m
31m6 600m
31m" 600m
31mA 600m
84mA 600m"
92mA 300m*
44mt 1.0 A
44mt 1.0 "
33mt 1.0 "
33mt 1.0 "
22mt 1.0 "
22mt 1.0 "
llmt 1.0"
11 mt 1.0 "
22mt 1.0 "
22mt 1.0 "
44mt 1.0 "
44,;,t 1.0 A
122m§1
i 1~~~:
91m§
61m§
61m§
146m§
146m§
122m§
li
122m§
::~~
~
l1:g
44mti 1.0"
33mt '1.0 A
SYMBOLS AND CODES
EXPLAINED IN INTERPRETER
75
75
75
0
75
0 75
-55 125
-55
-55
-55 125
-55 125
75
0
75
0
75
0
75
0
-55 125
-55 125
-55 125
-55 125
0 75
0 75
-55 125
-55 125 1
0
75 I
0
75
-55
-55 125
-55 125 1
55 125
I--55
125
-55 125
55 125
-55 125
'-55 125
I-55 125
I-55 125
,-55 125
75
75
75
75
75
75
0
,75
0
'75
0
175
0
0
75
0
1 75
75
0
0
75
75
0
0
0
0
m
I-
18
)g
2
3
3
4
4
4
3
T0116
G04342
G04342
G04342a
G04342a
G04342a
G04342
~ gg!~!~a
4
4
3
3
2
2
3
3
2
2
4
4
4
4
2
4
4
4
3
3
2
2
T0116
G04342a
G04342a
G04386a
G04386a
G04386b
G04386b
G04386a
G04386a
G04386b
G04386b
G04233a
G0423.3a
G04233a
G04233a
G04435
G04436a
G03250a
G03250a
G03250b
G03250b
G03250
G03250
T0116
TOl16
T088
T0116
M157
T088
T0116
T088
T0116
M157
T088
T086
T0116
l+g~~6
T086
TOl16
T086
T0116
TOl16
T088
T0116
T088
T0116
T0116
M294
FP28g
m294
FP28g
M294
FP28a
M294
1
FP289
2 G03250 M294
2 G03250 FP289
4 'G04330d M294
4 G04330d FP28g
4 G043g
1~294b
4 G043g
,M344
3 G043b
M294b
M344
3 GO~:!o
2 G043q
M294b
M344
2 G043a
2 G043q
~~~:b
2 G043q
4 G043q
M294b
4 G043q
M344
4 G03250a M126u
4 G03250a M294
4 G03250a FP289
3 G03250b M126u
gg~~~g~
131
LINE
No.
a
3#
~
TYPE
No.
~:
i~~j~ll
Tl09Bl
10# T109Dl
T109Fl
Tl12Bl
T112Dl
13#
14# T112Fl
9002DM
15
~~:
~~
18
19
20
21
n
24
25.
26.
27#
28
29
30
31
32
33
34
35
36
37
38
39
40
41
42
43
44
45
46
47
48.
49#
50
51
~~
54
55
56
57
58
59
60
~~
63
64
65
66
67
68
69
j~
72
73
74
75
76
77
78
79
80
81
82
83
84
85
86
8H
~~~~:;~
9003FM
9004DM
9004FM
9007DM
~gg~:;~
9009FM
I~gg~~
MIC9012-1D
SNG320J
SNG320W
SNG321J
~~~~mv
SNG322W
SNG323J
~~~~2332~# 1
TRWG320#2
9002DC
9002FC
9003DC
9003FC
9004DC
~ggj:;~
9007FC
9009DC
9009FC
9012DC
MIC9012-5D
SN29002J
SN29002N
~~~~gg~~
SN29004J
SN29004N
SN29007J
SN29007N
SN29009J
SN29009N
SN29012J
~~~~g~2N
TG320J
TG321F
TG321J
TG322F
TG322J
TG323F
TG323J
RSN54LOOH
RSN54Ll0H
RSN54L20H
RSN54L 130H
RSN54L131H
MIC9002-5B
MIC9002-5D
MIC9003-5B
MIC9003-5D
MIC9004-5B
MIC9004-5D
MIC9007-5B
MIC9007-5D
MIC9009-5B
MIC9009-5D
MIC9016-5B
MIC9016-5D
MIC932-1B
~~: ~:g~~~:~:
90.
91
92
93
94
95
96
97
98
99
100
101
102
103
19~#
lq~#
MIC944-5B
566BT
566HT
566T
502T
503AT
503T
504AT
504T
507T
508T
5512
5515
5515B
5517
MIC74L03J
~~g:gmM
107#
108
SN54L01T
109
SN54L03J
110
SN74L03J
132
ATING CESS
ilJ'1'
FREO.
(V)
(Hz)
:
li~g~~ll
T104Bl
4# T104Dl
T104Fl
T107Bl
7#
~:
OPER- PRO~LMt1
-#PE
OF
GATE
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
,4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
14
,4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
LOGIC
LEVEL
~g~ ~:~~
MO~
M~~
~g~
MO
~g~
M~~
MO
MO
M~~
~g~
~Q~
MO
MO~
M~~
~g~
M~~
~g~
Mar
M~;
~g~
Mq~
Mq~
MO~
40M
40M
M1~
MO
MO
M~~
~g~
Mq~
MO~
MO~
M1~
MO
MO
~g~
Mq~
Mq~
MO~
~1~
MO
M~~
~gr
Mq~
Mq~
Mar
M~;
~g~
Mq~
Mq~
MO~
~~~
I
Mor
M~~
~gi
Mq~
MO~
MOr
~~;
MO~
M~~
~g~
Mq~
Mq~
MOr
~~;
Mar
M~;
~gt
I
20M
20M
20M
20M
20M
20M
20M
40M
40M
40M
40M
PCB
PCB
PCB
PCB
PCB
PCB
PCB
PCB
PCB
PCB
PCB
PCB
PCB
~~
Mq~
Mq~
MO~
I
D.A. T.A.
~g~
1.6%
1.6%
1.6%
1.6%
1.6%
1.6%
1.6%
1.6%
1.6%
1.6%
1.6%
1.6%
1.7%
1.7%
1.7%
1.7%
1.7%
1.7%
1.7%
1.7%
1.7%
1.7%
1~~
1.7%
1.7%
1.7%
1.7%
1.7%
1.7%
1.7%
1.7%
1.~~
1.7%
1.7%
1.7%
1.8%
1.8%
1.8%
1.8%
1.8%
1.8%
1.8%
1.8%
1.8%
1.8%
1.8%
1.8%
1.8%
1.8%
1.8%
1.8%
1.8%
1.8%
1.8%
1.8%
1.8%
1.8%
1.8%
1.!1%
1.8%
1.8%
1.8%
1.8%
1.8%
1.8%
1.8%
1.8%
1.9%
1.9%
1.9%
1.9%
1.9%
1.9%
1.9%
1.9%
1.9%
1.9%
1.9%
1.9%
1.9%
1.9%
1.9%
1.9%
1.9%
1.9%
1.9%
1.9%
1.9%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2:0%
2.0%
2.0%
2.0%
2.0%
f!,J'O'
IVI
:~~:
.85*
.85*
.85*
.85*
.85*
.85*
.85*
.85
.85
.85*
.85*
.85*
.90*
:~g:
.90*
.90*
.90*
.90*
.90*
.90*
.90*
.90*
.90*
.90*
1.1*
1.1*
1.1*
1.1*
1.1 *
1.1*
1.1*
1.1*
1.1
1.1
.85*
.85*
.85*
.85*
.85*
.85*
.85*
.85*
.85*
.85*
.85*
.85*
.85*
.85*
.85*
.85*
.85*
.85*
.85*
.85*
.85*
.85*
.85*
.85*
1.1 *
1.1 *
1.1*
1.1*
1.1*
1.1 *
1.1*
1.1*
:~g:
.80*
.80*
.80*
.85
.85
.85*
.85*
.85*
.85*
.85*
.85*
.85*
.85*
.85*
.85*
1.1*
1.1*
1.1*
1.1*
.45*
.45*
.45*
.45*
.45*
.45*
.45*
.45*
.45*
.45*
.45*
.45*
.45*
.45*
.60*
.60*
.60*
.60*
.60*
.60*
8. GATES
TYPE
FAN
IN OUT
f-?J
liit
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
~
4
4
4
8
8
8
4
4
4
2
2
2
2
~
3
4
4
8
8
4
4
2
2
2
3
3
3
3
3
3
3
3
3
3
2
2
3
3
4
4
8
8
4
4
2
2
2
2
~g
10
10
10
10
10
10
10
10
10
10
10
10
11
11
11
11
11
11
11
11
33
33
11
11
6
6
9
9
5
5
11
11
10
10
10
10
10
10
10
10
30
30
~
4
4
8
8
4
4
2
2
3
3
3
3
3
3
3
3
2
3
4
3
4
2
2
3
3
4
4
8
8
4
4
1
1
5.1;
5.1;
5.1;
5.1;
5
5
5
2
3
3
4
4
2
8
2
4
4
2
2
2
2
2
2
2
60
60
11
11
11
11
11
11
11
11
10
10
10
10
10
10
10
10
30
30
10
10
25
25
25
25
10
12
10
10
30
10
30
10
30
10
12
12
25
25
10
10
10
10
10
10
POWER
MAX.
SUPPLY PROPA- RISE FALL
SPAN
GATION TIME TIME
NEG. POS. DELAY
tr
tf
IV)
Is)
IVI
151
151
~:g
g:g
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0 I
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.5
5.5
5.5
5.5
5.5
5.5
5.5
5.5
5.5
5.5
5.5
5.5
5.5
5
5.5
5
7.0
7.0
7.0
7.0
7.0
7.0
7.0
7.0
7.0
7.0
7.0
7.0
7.0
7.0
5.0
5.0
5.0
5.0
5.0
5.0
~.O
5.~
15n.l;
15n.l;
15n.l;
15n.l;
15n.l;
15n.l;
15n.l;
15n.l;
17n.l;
17n.l;
17n.l;
35n.l;
35n.l;
35n.l;
10n.l;
10n.l;
10n.l;
10n.l;
10n.l;
10n.l;
10n.l;
10n.l;
15n.l;
15n.l;
45n.l;
45n.l;
IN ORDER OF (1)TYPE OF GATE(2)LOGIC TYPE
(3 LEVEL'1'(4 LEVEL'O'(5)MAX FREQ(6)TYPE No.
MAX. MAX.
TEMP. CKT
DRAWINGS
TOTAL NOISE
LOGIC OUTLINE
PE~(
PKG. REJECT LOVI HI MO DWG. No DWG. No
DISS.
l.I=MO
'C 'C
IWI
IVI
1.<] .I;
~I~~~~~~~ ~P":z"8~
~~~~ 1.0.1; I~ ~~
22mt
22mt
22mt
llmt
l1mt
llmt
22mt
22mt
22mt
44mt
44mt
44mt
44mt
44mt
33mt
33mt
22mt
22mt
l1mt
llmt
22mt
22mt
1.0.1;
1.0.1;
1.0.1;
1.0 .I;
1.0 .I;
1.0 .I;
1.0.1;
1.0 .I;
1.0 .I;
1.0.1;
1.0.1;
1.0.1;
70~~
70m
6.0n
6.0n
6.0n
6.0n
6.0n
6.0n
6.0n
6.0n
6.0n
6.0n
13n.l;
13n.l;
13n.l;
13n.l;
13n.l;
13n.l;
13n.l;
13n.l;
17n.l;
17n.l;
45n.l;
66m
66m
66m
66m
66m
66m
66m
66m
66m
66m
44mt
44mt
33mt
33mt
22mt
22mt
llmt
llmt
22mt
15n.l;
15n.l;
15n.l;
15n.l;
15n.l;
15n.l;
15n.l;
15n.l;
17n.l;
17n.l;
45n.l;
45n.l;
10n.l;
10n.l;
10n.l;
10n.l;
10n.l;
10n.l;
10n.l;
10n.l;
27n%
27n%
27n%
27n%
27n%
27n%
27n%
27n%
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
~~~~
I
68~~
68m
47n%
47n%
66mt
66mt
66mt
66mt
66mt
66mt
66mt
66mt
2.2m%
~On.l;
60n.l;
60n.l;
g~~
2.2m%
2.2m%
80n.l;
80n.l;
50n.l;
50n.l;
15n%
10n%
13n%
13n%
13n%
13n%
13n:!b
13n%
13n%
13n%
6.0n%
6.0n%
6.0n%
6.0n%
90n.l;
90n.l;
90n.l;
90n.l;
90n.l;
90n.l;
2.5nt
8.0nt
8.0nt
8.0nt
8.0nt
2.5nt
1.5nt
5:0nt
5.0nt
5.0nt
5.0nt
1.5nt
2.0nt
2.0nt
2.0nt
2.0nt
2.5nt
2.5nt
2.5nt
2.5nt
133m
150m
100m
100m
240mt
500mt
240mt
120mt
250mt
100mt
200mt
80mt
300mt
40mt
264mt
176mt
280mt
120mt
1.0mt
1.0mt
1.0mt
1.0mt
1.0mt
1.0mt
350m*
350m*
350m*
350m*
1.0.1;
1.0 .I;
1.0 .I;
1.0 .I;
1.0 .I;
1.0.1;
SYMBOLS AND CODES
EXPLAINED IN INTERPRETER
0
0
0
0
0
0
0
0
0
0
0
0
-55
-55
-55
-55
-55
-55
-55
-55
-55
-55
-55
-55
-55
-55
-55
-55
-55
0
0
0
0
-55
-55
0
0
0
0
0
0
0
0
0
0
0
-55
0
0
0
0
0
0
0
0
0
0
0
0
-55
-55
-55
-55
-55
-55
-55
-55
-55
-55
-55
-55
-55
0
0
0
0
0
0
0
0
0
0
0
0
-55
0
-55
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
-55
-55
-55
0
75
75
75
75
75
75
75
75
75
75
75
75
125
2
2
2
1
M126u
M294
FP28g
M126u
M294
FP28g
2 G03250 M126u
2 G03250 M294
2 G03250 FP28g
4 G04330d M126u
4 G04330d M294
4 G04330d FP28g
4 G04345 M157
~~g~~~g~
m
125
125
125
125
125
125
125
125
125
125
125
125
125
125
75
75
75
75
125
125
75
75
75
75
75
75
75
75
75
75
75
125
75
75
75
75
75
75
75
75
75
75
75
75
125
125
125
125
125
125
125
125
125
125
125
125
125
75
75
75
75
75
75
75
75
75
75
75
75
125
75
125
75
70
70
70
70
70
70
70
70
70
70
70
70
70
70
75
70
125
125
125
70
G03250
G03250
G03250
G03250c
;
3
2
2
1
1
2
2
4
4
4
3
3
3
3
3
3
3
3
3
3
4
4
3
3
2
2
1
1
2
2
4
4
4
4
~
2
2
1
1
2
2
4
4
3
3
3
3
3
3
3
3
4
3
2
2
2
4
4
3
3
2
2
1
~g:~:~a ~1~2~03B~B
51
52
53
54
55
JANM3851
JANM38510/02003BDB
14
1
JANM38510/02003CAA
JANM3851
0/0:2~03C~C
JANM38510/02003CCB
14
I
JANM38510/02003CDB
0/0:~04B~A
56
JANM3851
57
58
JANM38510/02004BAC
14
1
JANM38510/02004BCB
59
JANM38510/0:~04B~B
60
61
62
63
64
65
~~:
68io
69#
70
71
72
73#
74#
m~
133
JANM3~51 0/02004CAA
14
I
JANM38510/02004CAC
JANM38510/0f~04C~B
JANM38510/02004CDB
14
1
JANM38510/02006BCB
JANM3851 0/0124006C~B
4
~!_74LOOJ
MIC74L 10J
MIC74L20J
MIC74L30J
NC74LOON
NC74L ION
NC74L30N
SFC400LE
SFC400LEM
SFC400LPM
SFC410LE
4
4
4.
4
4
14
4
4
4
I:
D.A. T.A.
~
~g
~:g Igg~~
~:g~~
.70'
TTL
8
10
0.0
5.5
154n/o
.70'
TTL
8
10
0.0
5.5
154n/o
2.u%
.70'
TTL
8
10
0.0
5.5
2.0%
.70'
TTL
8
10
0.0
5.5
.70'
TTL
8
10
0.0
5.5
154n/o
4.0m
.70'
TTL
8
10
0.0
5.5
154n/o
4.0m
2.0%
MO~
2.0%
MO~
MO~
MO~
2.0%
MO~
2.0%
MO~
MO~
'fit
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
ITTL'
·TTL
TTL
TTL
TTL
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.u
MO~
MO~
I
IN ORDER OF (1)TYPE OF GATE(2)LOGIC TYPE
(3 LEVEL'1'(4 LEVEL'O'(5)MAX FREQ(6)TYPE No,
MAX. MAX.
TEMP. CKT
DRAWINGS
TOTAL NOISE
LOGIC OUTLINE
PE~[
PKG. REJECT LO'" HI MO DWG. No DWG. No
DISS.
t.=MO
(W)
(VI
'C 'C
lfit
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
2.0%
2.0%
2.0%
Mq~
TYPE
POWER
MAX.
SUPPLY PROPA- RISE
FALL
SPAN
GATION TIME TIME
NEG. POS. DELAY
tr
tf
(s)
(s)
(s)
(VI
(VI
2
2
2
3
3
3
4
4
4
8
8
8
2
2
2
2
2
2
3
3
3
4
4
4
8
8
8
.70'
.70'
.70'
.70'
.70'
.70'
.70'
.70'
.70*
.70'
.70'
.70'
.70'
.70'
.70'
.70'
.70'
.70'
.70'
.70'
.70'
.70'
.70'
.70'
.70'
.70'
.70'
.70'
.70'
~g~
JANM3851 0/0.2.00 1BAC
14
1
JANM38510/0200 1BCB
14
JANM38510/012400 1B~B
(VI
:~g:
FAN
IN OUT
g:g
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
2.0%
2.0%
Mq~ 2.0%
MOl 2.0%
M~~ 2.0%
2.0%
~gi 2.0%
2.0%
~~; 2.0%
~~~ 2.0%
Mq~ 2.0%
Mq~ 2.0%
MO~ 2.0%
M~~ 2.0%
2.0%
~gi 2.0%
2.0%
Mq~
Mq~ 2.0%
MO~
2.0%
Mq~ 2.0%
Mq~ 2.0%
MO~
2.0%
M~~ 2·.0%
2.0%
2.0%
4
~'O'
8. GATES
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
MO~
Mq~
JANM38510/02001CDB
,I
14
JANM38510/02002BAA
4Z
LOGIC
LEVEL
2.0~
fit
TTL
2
2
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.~
100n/o
100n/o
90n/o
90n/o
90n/o
100n/o
100n/o
100n/o
100n/o
100M
100n/o
90nll
90nll
90n/o
100n/o
100n/o
100n/o
90n/o
90nll
90n/o
100n/o
100n/o
100n/o
100nll
100n/o
1.0 /0
1~5 li~5
~ ~~~~~g~ l~p~"7~e
-55
-55
-55
-55
-55
-55
-55
-55
-55
-55
0
-55
-55
-55
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
125
125
125
125
125
125
125
125
125
125
70
125
125
125
70
70
70
70
70
70
70
70
70
70
70
70
70
70
70
2
2
2
1
1
G04466d
G04466d
G04466d
G04466.
G04466.
4
4
4
4
4
3
3
3
2
2
2
1
1
1
G04466b
G04466b
G04233a
G04233b
G04233b
G04466c
G04466c
G04466c
G04466d
G04466d
GO.4466d
G04466.
G04466.
G04466.
4.0m
-55
125
1 G04440
FP115
4.0m
-55
125
1 G04440
FP115
154n/o
4.0m
-55
125
1 G04440
M314
154m/o
4.0m
-55
125
1 G04440
FP116
-55
125
1 G04440
FP115
-55
125
1 G04440
FP115
1()~n/o
90nll
90n/o
90n/o
4.0mt
4.0mt
4.0mt
4.0mt
4.0mt
3.0mt
3.0mt
3.0mt
2.0mt
2.0mt
2.0mt
1.0mt
1.0mt
~:g~~
4.0mt
4.0mt
4.0mt
4.0mt
4.0mt
3.0mt
3.0Mt
3.0mt
2.0mt
2.0mt
2.0mt
1.0mt
1.0mt
1.0mt
M294b
M344
FP87a
M294b
M344
~g:~~~~ FP87a
3 G04466c M294b
4
4
4
4
G04466b
G04466b
G04233a
G04233b
j
3 G04466c M344
~ ~g::~~~
FP87a
M294b
M344
Fp87a
M294b
M344
FP87a
M294b
M344
FP87a
M294b
M344
FP87a
M294b
M344
FP87a
M294b
M344
FP87a
M294b
M344
MO~
2.0%
.70'
TTL
8
10
0.0
5.5
154n/o
4.0m
-55
125
1 G04440
M314
MOl
2.0%
.70'
TTL
8
10
0.0
5.5
154n/o
4.0m
-55
125
1 G04440
FP116
MOl
2.0%
.70'
TTL
4
10
0.0
5.5
99n/o
8.0m
-55
125
2 G04440a FP115
MOl
2.0%
.70'
TTL
4
10
0.0
5.5
99n/o
8.0m
-55
125
2 G04440a FP115
MOl
2.0%
.70'
TTL
4
10
0.0
5.5
99nll
8.0m
-55
125
2 G04440a M314
,
I
MOr
2.0%
.70'
TTL
4
10
u.O
5.5
99n/o
8.0m
'55
125
2 G04440a FP116
MOl
2.0%
.70'
TTL
4
10
0.0
5.5
99n/o
8.0m
-55
125
2 G04440a FP115
MOl
2.0%
.70'
TTL
4
10
0.0
5.5
99n/o
8.0m
-55
125
2 G04440a FP115
MOr
2.0%
.70'
TTL
4
10
0.0
5.5
99nll
8.0m
-55
125
2 G04440a M314
MOr
2.0%
.70'
TTL
4
10
0.0
5.5
99n/o
8.0m
-55
125
2 G04440a FP116
MOl
2.0%
.70'
TTL
3
10
0.0
5.5
99n/o
12m
-55
125
3 G04440b FP115
MOl
2.0%
.70'
TTL
3
10
0.0
5.5
99n/o
12m
-55
125
3 G04440b FP115
MO~
2.0%
.70'
TTL
3
10
0.0
5.5
99n/o
12m
-55
125
3 G04440b M314
MO~
2.0%
.70'
TTL
3
10
0.0
5.5
99n/o
12m
-55
125
3 G04440b FP116
MO~
2.0%
.70'
TTL
3
10
0.0
5.5
99nll
12m
-00
1:l5
;j
MO~
2.0%
.70'
TTL
3
10
0.0
5.5
99n/o
12m
-55
125
3 G04440b FP115
MO~
2.0%
.70'
TTL
3
10
0.0
5.5
99n/o
12m
-55
125
3 G04440b M314
MO~
2.0%
.70'
TTL
3
10
0.0
5.5
99n/o
12m
-55
125
3 G04440b FP116
I
I
i
uu4440b FP115
MO~
2.0%
.70'
TTL
2
10
0.0
5.5
99n/o
16m
-55
125
4 G04440c FP115
MOr
2.0%
.70'
TTL
2
10
0.0
5.5
99n/o
16m
-55
125
4 G04440c FP115
MOr
2.0%
.70'
TTL
2
10
0.0
5.5
99n/o
16m
-55
125
4 G04440c M314
MO~
2.0%
.70'
TTL
2
10
0.0
5.5
99nll
16m
-55
125
4 G04440c FP116
MO~
2.0%
.70'
TTL
2
10
0.0
5.5
99n/o
16m
-55
125
4 G04440c FP115
IMOr
2.0%
.70'
TTL
2
10
0.0
5.5
9>1nll
10m
-05
1:l5
4 u04440c FP115
MOr
2.0%
.70'
TTL
2
10
0.0
5.5
99nll
16m
-55
125
4 G04440c M314
MOr
2.0%
.70'
TTL
2
10
0.0
5.5
99nll
16m
-55
125
4 G04440c FP116
MO~
2.0%
.70'
TTL
2
10
0.0
5.5
140n/o
16m
-55
125
4 G04330b M314
MOr
2.0%
.70'
.70'
TTL
TTL
TTL
TTL
2
2
3
4
8
10
3
8
2
2
2
3
10
10
10
10
10
10
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
5.5
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
140n/o
60n,;,
60n/o
60n/o
60nll
60n
600n/o
100n/o
60n/o
60n/o
60nll
60n/o
16m
I.Omt
1.0mt
1.0mt
1.0mt
4.0mt
3.0mt
1.7mt
1.0mt
1.0mt
1.0mt
1.0mt
-55
18
10
125
75
75
75
75
70
70
4
4
3
2
1
4
3
1
4
4
4
3
0%
M~~ :1.
2.0%
~g~
2.0%
2.0%
2.0%
~g~ 2.0%
2.0%
MO
2.0%
MOr 2.0%
2.0%
~g~ 2.0%
M~~
M~~
.:j~'
O'
.70'
.70'
.70'
.70'
.70'
.70'
.70'
.70'
nt
TTL
TTL
TTL
TTL
TTL
TTL,
10
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1I
/0
1I
/0
/0
/0
1I
/0
/0
/0
/0
SYMBOLS AND CODES
EXPLAINED IN INTERPRETER
I~
0
0
0
0
0
0
-55
-55
0
~g
125
125
70
G04330b
G0414
G0414a
G0414b
G0414c
G0414
G0414a
G0414c
G0414
G0414
G0414
G0414a
M314
T0116
T0116
T0116
TOl16
T0116
T0116
T0116
T0116
T0116
T085
T0116
133
LINE
No.
~
~: ~~g:lgt~~
3#
SFC420lE
4#
5# ~~gggt~~
SN54l00J
6
~
9
1~
12
1~~
15~
1!,~
17~
18~
19~
20~
21~
I~~~:t~g}
SN54l lOT
~~~:t~g~
SN54l30J
SN54l30T
SN54lS00J
SN54lS00W
SN54lS01J
SN54lS01W
SN54lS03J
SN54lS03W
SN54lS10J
SN54lS10W
~~~ ~~~:t~~g~
24~
25~
26~
27~
~g~
30~
31~
32~
33~
34
35
36
37
38
39
40
41
42.
43.
44
45
46
47
48
~5
51
52
53
54
55
56
57
~~
60
~~
63
~~
66
~~
69
70
71
72
73
74
75
~~
78
79
80
81
82
83
84
~~
87
88
89
90
91
92
93
94
95
96
97
98
99
19?
102
19~
105
106
107
108
109
110
134
SN54lS22J
SN54lS22W
SN54lS30J
SN54lS30W
SN54lS37J
SN54lS37W
SN54lS38J
SN54lS38W
SN54lS40J
SN54lS40W
SN74l00J
SN74l00N
SN74l10J
SN74l10N
SN74l20J
SN74l20N
SN74l30J
SN74l30N
6N126
6N127
DM54HOOJ
DM54HOON
DM54H01J
DM54HOl N
DM54Hl0J
DM54Hl0N
DM54H20J
DM54H20N
DM54H22J
DM54H22N
DM54H30J
DM54H30N
DM54H40J
DM54H40N
DM74HOOJ
DM74HOON
DM74H01J
DM74H01N
DM74Hl0J
DM74Hl0N
g~~:~~g~
DM74H22J
DM74H22N
DM74H30J
DM74H30N
DM74H40J
DM74H40N
DM74S00N
DM74S03N
DM74S10N
DM74S20N
g~~:~~~~
DM74S140N
DM5400J
DM5400N
DM5400W
DM5401J
DM5401N
DM5401W
DM5403J
DM5403N
DM5410J
DM5410N
DM5410W
DM5420J
DM5420N
DM5420W
DM5430J
g~~:~gtt
DM5437J
DM5437N
DM5437W
DM5438J
g~~:~gtt
DM5440J
g~~::gtt
DM7091J
DM7091N
DM7091W
DM7092J
DM7092N
DM7092W
OPER- PRO~~M~1
fNpE
OF
GATE
TYPE
No.
I:
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
LOGIC
LEVEL
ATING CESS
fl]'I'
FREQ.
(Hz)
(V)
~g~ ~:g~
MO~
Mq~
Mq~
MO~
M:~
MO
MO
~g~
MO~
Mq~
MO~
MO~
M~~
~gj,
Mq~
MO~
MO~
~g~
MO~
M~~
~g~
M~~
~g~
Mq~
Mq~
MO~
M~~
~gt
Mq~
MOr
MOt
Mq~
MOr
M~~
MO
M~~
~gr
~q~
Mar
M:~
MO
MO
M~~
~g~
Mq~
Mq~
MOr
I
M~;
MO
MOr
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0!"
2.0%
2.0%
2.0%
2.0%
2.0%
nt
TTL
TTL
TTL
TTL
TTL
TTL
TTL
~.O%
2.0%
2.0%
2.0%
2.0%
2.0%
Mor
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2'1!?6
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
Mq~
Mq~
~:g~
Mq~
MO~
MO~
~q;
MO~
M~~
~g~
M .70*
2.0%
.70'
2.0%
.70*
2.0%
.70'
.70'
~:g~Q\ .70'
.70*
2.0~\l>
2.0%
.70*
2.0%
.70*
2.0%
.70*
.70*
~:g~Q\ .70*
.70*
2.0~\O
2.0%
.70*
2.0%
.70*
2.0%
.70*
2.0%
.70*
2.0%
.70*
2.0%
.70*
2.0%
.70*
2.0%
.70'
2.0%
.70'
2.0%
.70'
2.0%
.80.*
2.0%
.80*
2.0%
.80*
2.0%
.80*
2.0%
.80*
2.0%
.80*
2.0%
.80*
~g~ ~:g~
MO~
~'O'
TYPE
8FAN
· GATES
POWER
:::+t
TTL
TTL
TTL
TTL
TTL
TTL
TTL
,TTL
'TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
nt I
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
fit
TTL
:~g: IHt
.80*
.80*
.80*
.80*
.80*
.80'
TTL
TTL
TTL
TTL
TTL
TTL
4
4
8
2
2
3
3
4
4
8
8
2
2
2
2
2
2
3
3
4
4
8
8
2
2
2
2
4
4
2
2
3
~
4
8
8
2
4
2
2
2
2
3
3
4
4
4
4
8
8
4
4
2
2
2
2
3
3
4
4
4
4
8
8
4
4
2
2
3
4
4
4
4
2
2
2
2
2
2
2
2
3
3
3
4
4
4
8
8
8
2
2
2
2
2
2
4
4
4
2
2
2
5
5
5
10
10
10
10
10
10
10
10
10
1¥11
11
11
11
11
11
11
11
11
11
11
11
11
33
33
33
33
33
33
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
30
30
30
30
30
30
30
~g
30
30
30
SUPPLY PROPA- RISE
GATION TIME
SPAN
Ir
PO~. DE~AY
NE/~'
(V
(5)
(V
5)
g:g
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0
0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
O'I!
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
O'I!
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
~:g
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.1!
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.5
5.5
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
~g~~
60n'"
60n'"
60n'"
60n'"
60n'"
60n'"
60n'"
60n'"
60n'"
lOOn'"
100n'"
20n'"
20n'"
32n'"
32n'"
32n'"
32n'"
20n'"
20n'"
20n'"
20n'"
32n'"
32n'"
35n'"
35n'"
24n'"
24n'"
32n'"
32n'"
24n'"
24n'"
60n'"
60n'"
60n'"
60n'"
60m'"
60n'"
60n'"
60n'"
20n'"
20n'"
10n'"
10n'"
15n'"
15n'"
10n'"
10n'"
10n'"
10n'"
15n'"
15n'"
12n'"
12n'"
12n'"
12n'"
10n'"
10n'"
15n'"
15n'"
10n'"
10n'"
~I!n'"
10n'"
15n'"
15n'"
12n'"
12n'"
12n'"
12n'"
5.0n'"
7.0n'"
5.0n'"
5.0n'"
7.0n'"
6.5n'"
6.5n'"
25n'"
25n'"
25n'"
45n'"
45n'"
45n'"
45n'"
45n'"
25n'"
25n'"
25n'"
25n'"
25n'"
25n'"
22n'"
22n'"
22n'"
22n'"
22n'"
22n'"
22n'"
22n'"
22n'"
25n'"
~~"'"
25n'"
22n'"
22n'"
22n'"
25n'"
25n'"
25n'"
MAX.
FALL
TIME
g)
IN ORDER OF (I)TYPE OF GATE(2)LOGIC TYPE
/3 LEVEL'I'/4 LEVEL'O'/5IMAX FREQ/SITYPE No.
MAX. MAX.
TEMP. CKT
DRAWINGS
PER LOGIC OUTLINE
TOTAL NOISE
PKG. REJECT LO .... HI MO[ DWG. No DWG. No
ll=MO
D!~1'
(V)
'C
'C
l:g:::i
1.0mt
1.0mt
1.0mt
1.0mt
1.0mt
1.l!mt
1.0mt
1.0mt
1.0mt
22m
22m
22m
22m
22m
22m
16m
16m
11m
11m
11m
11m
5.5m
5.5m
60m
60m
60m
60m
30m
30m
1.0mt
1.0mt
1.0mt
1.0mt
1.0mt
1.0mt
1.0mt
1.0mt
1:g ~
1.0mt
1.0mt
1.0'"
1.0'"
1.0 /1
1.0 '"
1.0'"
l'l! '"
1.0'"
1.0 '"
1.0'"
1.0
1.0 ••
1.0 •
1.0 •
1.0 •
1.0 *
1.0 •
1.0 *
1.0 •
1.0 *
1.0 •
1.0 *
1.0 •
1.0 *
1.0 •
1.0 •
1.0 •
1.0 *
1.0 •
1.0 *
1.0 '"
1.0'"
1.0 '"
1.0'"
1.0 '"
1.0 '"
1.0'"
1.0'"
84m§
84m§
200m§
200m§
150m§
150m§
100m§
100m§
100m§
100m§
50m§
50m§
200m§
200m§
~4m§
84m§
200m§
200m§
150m§
150m§
100m§
100m§
100m§
100m§
50m§
50m§
200m§
200m§
76mt
68mt
57mt
38mt
~~mt
82mt
82mt
40mt
40mt
40mt
102m§
102m§
102m§
120m§
102m§
30mt
30mt
30mt
20mt
20mt
20mt
10mt
10mt
10mt
1.0 §
1.0 §
1.0 §
1.0 §
1.0 §
1.0 §
1 14m§
1 14m§
1 14m§
230m§
230m§
230m§
51m§
51m§
51m§
400m
400m
400m
400m
400m
400m
400m
400m
400m
400m
400m
400m
400m
400m
400m
400m
400m
1.0 t
1.0 t
1.0 t
1.0 t
1.0 t
1.0 t
400m
400m
400m
SYMBOLS AND CODES
EXPLAINED IN INTERPRETER
:~~ ~~b
0
-55
-55
-55
-55
-55
-55
-55
-55
-55
-55
-55
-55
-55
-55
-55
-55
-55
-55
-55
-55
-55
-55
-55
-55
-55
-55
-55
-55
-55
-55
0
0
0
0
0
0
0
0
-55
-55
-55
-55
-55
-55
-55
-55
-55
-55
-55
-55
-55
-55
-55
-55
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
-55
-55
-55
-55
-55
-55
-55
-55
-55
-55
-55
-55
-55
-55
-55
-55
-55
-55
-55
-55
-55
-55
-55
-55
-55
-55
-55
-55
-55
-55
-55
-55
70
125
125
125
125
125
125
125
125
125
125
125
125
125
125
125
125
125
125
m
125
125
125
125
125
125
125
125
125
125
70
70
70
70
70
70
70
70
125
125
125
125
125
125
125
m
125
125
125
125
125
125
125
~g
70
70
70
70
~g
70
70
70
70
70
70
70
70
70
70
70
70
70
125
125
125
125
125
125
125
125
125
125
125
125
125
125
125
125
125
125
125
125
125
125
125
125
125
125
125
125
125
125
125
125
~ i~g:1:: +g11~
2
2
1
4
4
3
3
2
2
1
1
4
4
4
4
4
4
3
3
2
2
2
2
1
1
4
4
4
4
2
2
4
4
3
3
2
2
1
1
4
2
4
4
4
4
3
G0414b
G0414b
G0414c
G0414
G0414
G0414a
G0414a
G0414b
G0414b
G0414c
G0414c
G04469
G04469
G04482
G04482
G04469
G04469
G04470
G04470
G04471
G04471
G04471
G04471
G04483
G04483
G04469
G04469
G04469
G04469
G04471
G04471
G0414
G0414
G0414a
G0414a
G0414b
G0414b
G0414c
G0414c
G04384
G04392b
G04387
G04387
G04330b
G04330b
G04387'
TOl16
TOl16
TOl16
M157b
FP52e
M157b
FP52e
M157b
FP52e
M157b
FP52e
M157b
FP97a
M157b
FP97a
M157b
FP97a
M157b
FP97a
M157b
FP97a
M157b
FP97a
M157b
FP97a
M157b
FP97a
M157b
FP97a
M157b
FP97a
M157b
M126e
M157b
~m~
M126e
M157b
M126e
T084
T084
M294b
M344
M294b
M344
M294b
1~~4387j M344
~ G04387g M294b
2 G04387Q M344
M294b
~igg:~~~~ M344
1 G04387h M294b
1 G04387h M344
2 G0415b M294b
2 G0415b M344
IM294b
: ggg~~ M344
4 G04330b M294b
4 G04330b M344
3 G04387j M294b
3 G04387' M344
2 ~~4387g
2 G04387g ~~~:b
2 G04387b M294b
M344
~ gg:~~~~ M294b
1 G04387h M344
2 G0415b M294b
2 G0415b M344
4 G04387 M344
4 G04330b M344
3 G04387j M344
2 G04387a M344
M344
~ gg:~~~b M344
2 G0415b M344
4 G04387 M344
4 G04387 M344
4 G04387 FP97a
4 G04330b M294b
4 G04330b M344
4 G04330c FP97a
4 G04330b M294b
4 G04330b M344
3 G04381' M294b
M344
~ I~g:~m FP97a
2 G04387a M294b
2 G04387g M344
2 G04387g FP97a
1 G04387h M294b
1 G04387h M344
1 G04387r FP97a
4 G04388b M294b
M344
: gg:~~~~ FP97a
4 G04387c M294b
4 G04387c M344
4 G04387c FP97a
2 G0415b M294b
~Igg:l~~ W94.,~
4
4
4
2
2
2
G0415n
G0415n
G0415n
G043bb
G043bb
G043bb
M294b
M344
FP97a
M294b
M344
FP97a
134
.§.]
~
TYPE
No.
LINE
No.
TYPE
OF
IGATE
~~;mgg~
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
DM7401J
DM7401N
DM7403J
DM7403N
DM7410J
DM7410N
DM7420J
DM7420N
DM7430J
DM7430N
DM7437J
DM7437N
DM7437W
DM7438J
DM7438N
DM7438W
DM7440J
DM7440N
DM8091J
DM8091N
DM8091W
DM8092J
~g
g~g8~~~
27# FJH 101-7430
FJH 111-7420
FJH121-7410
FJH131-7400
30#
FJH 141-7440
FJH231-7401
33,# FJH291-7403
~~:
~~:
~4#
~j~~~1:~m
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
~nM:1
OPER- PRO·
~~.~
GFB7410
GFB7420
GFB7426
GFB7430
GFB7440
GJB74HOOP
GJB74H01P
~().
71.
72.
73.
74.
75.
~~.
77.
78.
79.
80
81
I~j:~:~~g~
~~
84
85
86
87
88
89
90
91
92
93
94#
~~l
GJB74H30P
~J5Bl4H40P
ITT5400J
:n~:~6j
ITT5420J
:n~:~gj
ITT7400J
ITT7401J
ITT7403J
ITT7410J
:+i~:~gj
ITT7440J
~~~8gg~
135
TTt i
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL,
TTL I
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
MO~
-I:
M~~
MO
2.0%
2.0%
.80*
.80*
4
~g~
4
M~~
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
.80*
.80*
.80*
.80*
.80*
.80*
.80*
i .80*
.80*
.80*
.80*
.80*
.80*
.80*
~g~
,
:
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
D.A. T.A.
~~~
~~;
M1~
M~~
MO
MO~
M~~
MO
MO
M~~
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M~~
M~~
MO~
~q;
MO~
~g~
~g~
M~~
M~~
Mor
M,?;
MO
Mm
~~:
MO
~:g~
MO~
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
Mm
2.0%
~~;
Mor
M~~
M~~
Mer
~qf
Mer
~CO~
Mer
~q;
Mer
M~~
~gr
M~~
M~~
Mm
M~;
MO
:~g:
OUT
i
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
·TTL
TTL
TTL
TTL
TTL
~~;
M5S010P
97# M5S020P
M5S022P
~~r,jj M5S030P
M5S133P
19~#l1 M5310P
102# M5320P
103# M5325P
M5330P
M5340P
106
JANM38510/01~101 B~A
19~:
:~g:
IN
~I
.80*
.80*
.80*
.80*
.80'
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
I~~~
~g~
55+ FLH331-4931
56+.;1 FLH33.5-49831 4
69.
'0'
{VI
TYPE
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
i
i
~t~mJ:gl6
~~: l~m:g~SI
~:g%
~g~
~tmtmg
FLHSOl-7412
FLHSOS-8412
~~:~ FLH531-7437
FLHS3S-8437
61+ FLH541-7438
62+ FLH545-8438
63+ FLH611-7422
64+~ I F,LH615-8422
65. GFB7400
66. GFB7401
T
(V)
.!J
.80*
.80'
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80'
.80*
.80*
.80*
.80*
.80*
.80'
.80'
.80'
.80*
.80'
.80'
.80*
.80'
.80'
~~:
5H
58+
LOGIC
LEVEL
2.0%
M~~ 2.0%
2.0%
2.0%
M~~ 2.0%
M~~ 2.0%
MO~ 2.0%
2.0%
2.0%
MO~ 2.0%
M~~ 2.0%
2.0%
2.0%
M~~ 2.0%
M~~ 2.0%
MO~
2.0%
2.0%
2.0%
MO~
2.0%
2.0%
M~~ 2.0%
2.0%
2.0%
2.0%
Mm 2.0%
2.0%
2.0%
2.0%
MO~
2.0%
2.0%
MO
2.0%
MO
MO~ 2.0%
MO~
2.0%
MO
35#
36# FJH311-7401S1
4
4
3H'#, FLH101-7400
38+ FLH 105-8400
4
FLHl11-7410
4
FLH115-8410
4
41+ FLH121-7420
4
42.
4
43+
4
44+ FLH 135-8430
4
45. FLH 141-7440
4
46+ FLH 145-8440
4
47+ FLH201-7401
4
48. FLH205-840 1
4
FLH291-7403
4
FLH291U7426 4
4
~~~'1l
4
4
53+ FLH321-4930
54+" FLH325-49830
~~~'
f1J
ATING CESS
FREQ.
I
(Hz)
I
8FAN
· GATES
POWER
~
2
2
2
2
3
3
4
4
8
8
2
2
2
2
2
2
4
4
2
2
2
5
5
5
8
4
3
2
4
2
2
~
2
2
2
3
3
4
4
8
8
4
4
2
2
2
2
19
10
10
10
10
10
10
10
10
10
10
30
30
30
30
30
30
30
30
30
, 30
I 30
10
10
10
10
30
10
10
10
10
SUPPLY
SPAN
NEG.
P~~.
{VI
O'l)
~:g
0.0
0.0
5.0
0.0
5.0
0.0
5.0
0.0
5.0
0.0
5.0
0.0
5.0
0.0
5.0
0.0
5.0
0.0
5.0
5.0
0.0
5.0
0.0
5.0
I 0.0
0.0
5.0
5.0
0.0
0.0
5.0
0.0
5.0
5.0
0.0
0.0
5.0
0.0
5.0
0.0
5.0
0.0
5.0
5.0
0.0
0.0
5.0
0.0
5.0
0.0
5.0
0.0
5.0
0.0
5.0
0.0
5.0
0.0
5.0
0.0
5.0
0.0
5.0
5.0
0.0
0.0
5.0
PROPA- RISE
GATION TIME
DELAY
(sl
,,5nll
25nll
45nll
45nll
45nll I
45nll I
25nll
25nll
25nll
25nll
22".6
22nll
22nll
22nll
22nll
22nll
22nll
22nll
25nll
25nll
22nll
22nll
22nll
25nll
25nll
25nll
l1n%
l1n%
l1n%
l1n%
l1n%
22n%
22n%
22n%
22n%
2
10
10
10
10
10
10
10
10
10
30
30
10
10
10
10
10
10
30
8:g I
0.0 I 5.0
0.0
5.0
0.0
5.0
0.0 I 5.0
0.0
5.0
0.0 . 5.0
0.0
5.(J
0.0
5.0
0.0
5.0
22n%
22nll
22nll
22nll
22nll
22nll
22nll
22nll
22nll
22nll
22nll
45nll
45nll
45nll
24nll
45nll
24nll
22"ll
TTL
TTL
2
5
30
10
0.0
0.0
5.0
5.0
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
5
3
3
2
2
10 : 0.0
10 i 0.0
10
0.0
30
0.0
30
0.0
30 , 0.0
30 I 0.0
10
0.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
~
2
2
4
I
Ht
TTL
TTL ,
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
4
2
2
2
2
3
4
2
8
4
2
2
3
4
8
4
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
2
3
4
8
4
nt
TTL
2
TTL
2
TTL
2
TTL
3
4
TTL
TTL
8
TTL
4
TTL
2
TTL
2
TTL
3
TTL
4
4
TTL
TTL
8
TTL
13
TTL
8
TTL
4
TTL,
4
3
ntl
2
.80*
TTL
~
8
19
10
10
10
10
10
10
10
10
10
10
10
10
10
30
10
10
0.0
0.0
0.0
0.0
0.0
0.0
0.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
~:8
i
I
10
10
10
10
30
10
10
10
10
10
10
10
10
10
30
10
10
8:8
0.0
(J.o
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
50
5.0
5.0
5.0
5.0
5.0
5.0
5.0
7.0
7.0
7.0
7.0
7.0
10
0.0
5.5
10
10
10
30
10
5.~
fsl
I
DI~~'
:gg~
~g:5~~
lig
10mt
110m§
110m§
82m§
82m§
55m§
55m§
30m§
30m§
135m§
135m§
110m§
110m§
110m§
110m§
110m§
110m§
270m§
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
II
II
II
II
II
II
II
II
II
II
II
II
II
II
1.0 II
22nll
22nll
270m§ 1.0 II
60m§ 1.0 II
-25
0
22nll
45nll
45nll
22nll
22nll
22nll
22nll
45nll
45nll
13n
45nll
60m§
82m§
82m§
270m§
270m§
270m§
270m§
55m§
55m§
40mt
40mt
4~nll
4.0nt
4.0nt
4.0nt
4.0nt
4.0nt
4.0nt
4.0nt
4.0nt
4.0nt
4.0nt
:g~i
13n%
13n%
30mt
20mt
40mt
10mt
52mt
92mt
86mt
~~mt
46mt
23mt
92mt
160m
40mt
40mt
30mt
20mt
10mt
20mt
40mt
40mt
40mt
30mt
20mt
10mt
20mt
76mt
68mt
57mt
76mt
68mt
19mt
19mt
10mt
10mt
24mt
10mt
10mt
25nll
40m
~~n%
1.0 II
1.0 II
1.0 II
1.0 II
1.0 II
1.0 II
1.0 II
1.0 II
1.0 II
1.0 II
400m
400m
400m
400m
400m
400m
400m
400m
400m
400m
400m
400m
400m
400m
400m
1.0
1.0 II
1.0 II
1.0 II
1.0 II
1.0 II
1.0 II
300m
300m
1.0 II
1.0 II
1.0 II
1.0 II
1.0 II
SYMBOLS AND CODES
EXPLAINED IN INTERPRETER
70
70
85
70
85
70
85
70
85
70
85
70
85
70
70
70
:
4 G0415n
M126f
M126p
M1260
M126p
M126p
M126p
M126p
M126p
M1260
M126p
M126p
M1260
M126p
M126p
M126p
M126p
M126p
M1260
85
70
4 G0415n
2 G04424
M126p
M1260
2 G04424
M126p
I~~
-25 85
1 70
0
-25 85
70
0
-25 85
0
70
-25 85
0
70
-25 85
0
70
0
70
0
70
0
70
0
70
0
170
70
0
70
0
70
0
0
70
0
70
0
70
70
0
0
70
0
70
0
70
I-55 125
125
1:55
-55 125
-55 125
,-55 125
I-55 125
!O
70
70
0
0
70
,0
70
·0
70
70
0
70
0
0
75
75
0
0
75
75
0
0
75
0
75
0
75
0
75
0
75
0
75
0
,75
0
'75
-55
~ I~g!~gg
~ :~8!~~~e
Ig
Ig
0
0
-25
0
-25
0
-25
0
-25
0
-25
0
-25
0
0
-25
-25
0
45nll
13n
13n
45M
13n
, 13n
13nll
18nll
13nll
13nll
13nll
12nll
45n
22nll
30nll
22nll
22nll
22nll
22nll
22nll
30nll
45n%
22nll
22nll
22nll
22nll
3.0n%
5.0n%
3.0n%
3.0n%
,5.0n%
'7.0nll
i7.Omll
I 13n%
13n%
i
1~)
MAX.
FALL
TIME
IN ORDER OF f1ITYPE OF GATE(2ILOGIC TYPE
(3 LEVELT{4 LEVEL'O'{5IMAX FREQ{S)TYPE No.
MAX. MAX.
TEMP.
CKT
DRAWINGS
TOTAL NOISE
LOGIC OUTLINE
PER DWG. No DWG. No
PKG.
REJECT LOI/\ HI,MOr
[,=MO
'C i
(VI
'C
~~mt
Ig
I~~~:O
;g
:
40mt
102m§ 400m
70
4 G04330b IM294b
0
102m§ 400m
70
4 G04330b M344
0
102m§ 400m
0
70
4 G04330b M294b
120m§ 400m
0
70
4 G04330b M344
30mt 400m
70
3 G04387j
0
30mt 400m
3 G04387j ~~~:b
0
,70
20mt 400m
2 G04387a M294b
0
'70
20mt 400m
70
2 G04387g ~~~4
0
10mt 400m
1 G04387h M294b
0
70
10mt 400m
1 G04387h M344
0
70
1.0 § 1.0 t
0
70
4 G04388b M294b
1.0 § 1.0 t
0
70
4 G04388b M344
1.0 § 1.0 t
70
4 G04388b FP97a
0
1.0 § 1.0 t
4 G04387c M294b
0
~g
1.0 § 1.0 t
0
4 G04387c M344
1.0 § 1.0 t
70
0
4 G04387c FP97a
114m§ 400m
70
2 G0415b M294b
0
114m§ 400m
70
2 G0415b M344
0
230m§
0
70 I 4 G0415n M294b
230m§
0
70 [ 4 G0415n M344
230m§
70
4 G0415n FP97a
0
70 . 2 G043bb M294b
51m§
0
51m§
0
M344
51m§
0
FP97a
10mt 1.0 II
1 G0414c M126f
70
0
20mt 1.0 II
70
2 G0414b M126f
0
30mt 1.0 II
3 G0414a M126f
0
70
4 G0414
40mt 1.0 II
0
70
M126f
53mt 1.0 II
70
M126f
30mt 1.0 II
70
M126f
30mt 1.0 II 10
4 G04233b M126f
70
10mt 1.0 II
70
4 1~04233b M126f
10mt ,1.0 II
70
4 G04233e M126f
125
4
4
4
3
3
2
2
1
1
2
2
4
4
4
4
G04233e
G04387k
G04387k
G04387j
G04387j
G04358k
G04358k
G04387h
G04387h
G0415m
G0415m
G04233e
G04233e
G04233b
G04233b
~gg~~g
3 G04450c M126p
3
4
4
4
4
2
2
4
4
:
3
2
4
1
2
4
4
G04450c
G04388b
G04388b
G04387c
G04387c
G04387b
G04387b
G0414
G04233a
I~gg~~:
M126p
M126p
M126D
M126p
M126p
M1260
M126p
T0116
T0116
G04358f
G04387a
G04399a
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7
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14
1
JANM38510/00101CAA
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JANMj8510/00101CAC
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JANM38510/00101CCA
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15
16
17
JANM38510/00101CCC
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JANM38510/0~101C~C
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8
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32
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43
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47
JANM38510/00103CDB
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JANM3851 0/00 103CDC
50
JANM38510/00104BAB
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1
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53
136
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80m
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2 G04430a FP 115
4
10
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80m
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2 G04430a FP 115
4
10 1 0.0
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80m
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125
2 G04430a FPl15
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80m
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2 G04430f M314
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80m
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2 G04430f M314
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2 G04430a FPl15
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10
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2 G04430a FP 115
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2 G04430f M314
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2 G04430a FP 116
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I
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125
3 G04430b FPl15
0.0
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3 G04430b FPl15
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120m
-55
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3 G04430g M314
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120m
-55
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3 G04430a M314
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10
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160m
-55
125
4 G04430c FP115
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10
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160m
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4 G04430c FPl15
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10
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10
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160m
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4 G04430h M314
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10
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4 G04430h M314
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160m
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125
4 G04430h M314
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SYMBOLS AND CODES
EXPLAINED IN INTERPRETER
136
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No.
IJJ
TYPE
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LOGIC
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9
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JANM38510/00106COB
14
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JANM38510/00107BAA
11
13
JANM38510/00107BAC
14
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JANM38510/00107BCA
14
15
16
JANM38510100107BCC
14
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JANM38510/00107BOB
17
18
19
JANM38510/00107CAA
14
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JANM3851 0/00 107CAB
20
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37
39
40
41
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JANM38510/00 109SCB
14
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JANM38510/00109CCB
14
I
JANM38510/00109CCC
JANM38510/00301 BAB
14
I
JANM3851 0/0030 1 BAC
JANM3851
0/0~30 1 B~B
JANM38510/0~.301CAC
14
I
JANM3851 0/0030 1CCA
TTL
2
10
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5.5
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160m
·55
125
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2
10
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160in
·55
125
4 G04430c FP 115
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2
10
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5.5
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160m
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4 G04430h M314
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4 G04430h M314
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10
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4 G04430h M314
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3 G04431e FPl16
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Mor
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125
4 G04431
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10
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160m
·55
125
4 G04431c M314
0.0
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4 G04431c M314
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5.5
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125
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2 G0415b
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2'G0415b
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2 G0415b
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30
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4
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4
30
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125
2 G0415b
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125
2 G0415b
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·55
125
2 G0415b
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4
30
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200m
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125
MO~
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4
30
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·55
125
2 G0415b
FP115
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4
30
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125
2 G0415b
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4
30
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125
2 G0415b
FP 115
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30
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125
2 G0415b
M314
2.0%
.80*
TTL
4
30
0.0
5.5
25nll
200m
·55
125
2 G0415b
M314
Mor
2.0%
.80*
TTL
4
30
0.0 i 5.5
25nll
200m
·55
125
2 G0415b
M314
Mm
2.0%
.80*
TTL
4
30
0.0
5.5
25nll
I 200m
·55
125
2 G0415b
FPl16
Mm
2.0%
.80*
TTL
4
30
0.0
5.5
25nll
200m
·55
125
2 G0415b
FPl16
2.0%
.80*
TTL
2
30
0.0
5.5
25nll
400m
·55
125
4 G0415.
FPl15
Mm
2.0%
.80*
TTL
2
30
0,0
5.5
25nll
400m
·55
125
4 G0415a IFP115
Mm
2.0%
.80*
TTL
2
30
0.0
5.0
25nll
400m
·55
125
4 G0415.
FP115
Mm
2.0%
.80*
TTL
2
30
0.0
1I 5.5
25nll
400m
1.55
125
4 G0415.
M314
MOr
2.0%
.80*
TTL
2
30
0.0
5.5
25nll
400m
1.55
125
4 G0415.
M314
Mm
2.0%
.80*
TTL
2
30
0.0
5.5
25nll
400m
1.55
125
4 G0415.
M314
Mm
2.0%
.80*
TTL
2
30
0.0
5.5
25nll
400m
1.55
125
4 G0415.
FPl16
JANM38510/00302BAA
14
I
50
JANM38510/00302BAB
51
JANM38510/0~302B~C
JANM38510/00302BCA
14
!
JANM38510/00302BCB
54
55
137
I
I
MOr
48
53
4 G04430c FP 115
MO~
MO~
45
52
fi=MO
'C
.80*
JANM38510/00301 BOC
14
I
JAN M 38 51 0/0030 1CAA
43
49
'c
2.0%
JANM38510/00301 BCB
14
I
JANM38510/00301 BCC
44
47
tV)
MO~
42
46
D!~X
rs)
.80*
36
38
1J
MAX.
FALL
TIME
2.0%
33
35
PROPA· RISE
~'>iSPc..!.Ar.;N""'-IGATION TIME
N(~~. PPV~' DE(~~Y ~~)
1
30
31
SUPPLY
MO~
27
28
OUT
(V)
21
29
IN
IN ORDER OF (l)TYPE OF GATE(2)LOGIC TYPE
(3)LEVEL'1'(4 LEVEL'O'(5)MAX FREQ(6)TYPE No.
MAX. I MAX.
TEMP. CKT
DRAWINGS
TOTALINOISE
PER LOGIC OUTLINE
PKG. REJECT LOV\ HI MQ[ DWG. No DWG. No
(V)
12
26
TYPE
JANM38510/00104CAC
3
25
8.FANGATES
POWER
D.A. T.A.
I'
I
SYMBOLS AND CODES
EXPLAINED IN INTERPRETER
137
LINE
No.
f§J
TYPE
No.
i-HPE
OF
GATE
OPER- PRO~nMt1
ATING CESS
FREn.
2
3
4
5
6
7
8
9
10
(V)
(V)
(V)
(s)
1
JANM38510100302CAB
TTL
2
30
0.0
5.5
25nl>
400m
-55
125
4 G0415a
FPl15
010~302C~C
MOr
2.0%
.80*
TTL
2
30
0.0
5.5
25nl>
400m
-55
125
4 G0415a
FP115
Mor
2.0%
.80*
TTL
2
30
0.0
5.5
25nl>
400m
-55
125
4 G0415a
FP115
Mm
2.0%
.80*
TTL
2
30
0.0
5.5
25nl>
400m
-55
125
4 G0415a
M314
Mor
2.0%
.80*
TTL
2
30
0.0
5.5
25nl>
400m
-55
125
4 G0415a
M314
MQr
2.0%
.80*
TTL
2
30
0.0
5.5
25nl>
400m
-55
125
4 G0415a
M314
Mm
2.0%
.80*
TTL
2
30
0.0
5.5
25nl>
400m
-55
125
4 G0415a
FP116
FPl15
JANM3851
IJANM38510/00302CCA
14
1
JANM38510/00302CCB
JANM3851
010:~302CSC
JANM38510100302COB
14
1
JANM38510/00303BAA
JANM38510/0~03B1B
JANM38510/0~03BSB
16
17
iJANM38510/00303BCC
14
1
JANM38510/00303BOB
JANM38510/0~303C~A
JANM38510100303CAB
14
1
JANM38510100303CAC
0/0:~03CSA
18
JANM3851
19
20
JANM38510100303CCB
14
1
JANM38510/00303CCC
21
JANM38510/016:303C~B
""
23
~ANM3~51 U/01"430 1 B~A
JANM38510/0:2:30 1B1c
25
26
JANM3851 010230 1BCA
14
1
JANM38510/02301 BCB
27
JANM38510/0:2l01 BSC
29
30
JANM38510102301 BOB
14
1
JANM38510102301 BOC
JANM38510/0;2:301C
r
(s)
(s)
Mm
2.u'lb
.~U'
TTL
2
;jU
U.U
5.5
,,5nl>
4uOm
-55
1:<5
4 (3u415a
Mm
2.0%
.80'
TTL
2
30
0.0
5.5
25nl>
400m
-55
125
4 G0415a
FP115
MOr
2.0%
.80'
TTL
2
30
0.0
5.5
25nl>
400m
-55
125
4 G0415a
FP115
MOr
2.0%
.80'
TTL
2
30
0.0
5.5
25nl>
400m
-55
125
4 G0415a
M314
MOr
2.0%
.80'
2
30
0.0
5.5
25nl>
400m
-55
125
4 G04330b M314
4 G04330b M314
MOr
2.0%
.80'
TTL
TTL
2
30
0.0
5.5
25nl>
400m
-55
125
Mor
2.0%
.80'
TTL
2
30
0.0
5.5
25nl>
400m
-55
125
4 G04430b FPl16
MQr
2.0%
.80'
TTL
2
30
0.0
5.5
25nl>
400m
-55
125
4 G0415a
Mor
2.0%
.80'
TTL
2
30
0.0
5.5
25nl>
400m
-55
125
4 G0415a
FP115
MO
2.0%
.80*
TTL
2
30
0.0
5.5
25nl>
400m
-55
125
4 G0415a
FPl15
MOr
2.0%
.80'
30
0.0
5.5
25nl>
400m
-55
125
4 G0415a
M314
2.0%
.80*
TTL .
TTL
2
MOr
2
30
0.0
5.5
25nl>
400m
-55
125
4 G04330b M314
Mor
2.0%
.80'
TTL
2
30
0.0
5.5
25nl>
400m
-55
125
4 G04330b M314
MQr
2.0%
.80'
TTL
2
30
0.0
5.5
25nl>
400m
-55
125
4 G04330b FPl16
Mor
2.0%
.80*
TTL
8
10
0.0
5.5
18nl>
198m
-55
125
1 G04393
FP115
MOr
2.0%
.80'
TTL
8
10
0.0
5.5
18nl>
198m
-55
125
1 G04393
FP115
MO~
2.0%
.80'
TTL
8
10
0.0
5.5
18nl>
198m
-55
125
1 G04393
FPl15
Mm
2.0%
.80*
TTL
8
10
0.0
5.0
18nl>
198m
-55
125
1 G04393a M314
JANM3851 0/0230 1 BAB
24
28
OUT
.80*
11
15
IN
1J
IN ORDER OF 11)TYPE OF GATEI2)LOGIC TYPE
(3 LEVEL'1'(4 LEVEL'O'(51MAX FREQ(61TYPE No.
MAX. MAX.
TEMP. CKT
DRAWINGS
TOTAL NOISE
PER LOGIC OUTLINE
PKG. REJECT LOVI HI MO[ DWG. No DWG. No
DISS.
lI=MO
(W)
(V)
°C
°C
(V)
12
13
TYPE
MAX.
POWER
SUPPLY PROPA- RISE
FALL
GATION TIME TIME
SPAN
DELAY
tr
NEG. POS.
tf
2.0%
,WI' 14
JANM38510/00303BAC
14
1
JANM38510/00303BCA
14
flJ'1' fiJ '0'
8FAN
. GATES
Mm
(Hz)
1
LOGIC
LEVEL
i
FP115
MOr
2.0%
.80'
TTL
8
10
0.0
5.5
18nl>
198m
-50
125
1 G04393a M314
MOr
2.0%
.80*
TTL
8
10
0.0
5.5
18nl>
198m
-55
125
1 G04393a M314
MOr
2.0%
.80*
TTL
8
10
0.0
5.5
18nl>
198m
-55
125
1 G04393
FPl16
MOr
2.0%
.80*
TTL
8
10
0.0
5.5
18nl>
198m
-55
125
1 G04393
FPl16
Mm
2.0%
TTL
10
0.0
5.5
18nl>
198m
-55
125
1 G04393
FPl15
I~ANM;j~51010!~01CAB
.80*
8
31
Mm
2.0%
.80*
10
0.0
5.5
18nl>
198m
-55
125
1 G04393
FPl15
0/0:~30 1CSA
MOr
2.0%
.80*
ITTL
TTL
8
32
14
1
JANM38510/0230 lCAC
8
10
0.0
5.5
18nl>
198m
-55
125
1 G04393
FPl15
MOr
2.0%
.80*
TTL
8
10
0.0
5.0
18nl>
198m
-55
125
1 G04393a M314
33
34
35
36
37
38
JANM3851
JANM3851 0/0230 1CCB
14
1
JANM3851 0/0230 1CCC
JANM38510/0:~301C9B
JANM38510/0230 1CDC
14
1
JANM38510/02302BAA
39
JANM38510/0:2l 02B 1 B
40
JANM38510/02302BAC
14
1
JANM38510/02302BCA
41
42
43
JANM38510/0:~302BSB
44
JANM38510/02302BOB
14
1
JANM38510/02302BOC
45
0/0:2l02C~A
46
JANM3851
47
JANM38510102302CAB
14
1
JANM38510/02302CAC
48
JANM38510/0:2:302C SA
49
50
51
52
53
54
55
138
JANM38510/02302(;CB
14
1
JANM38510/02302COB
JANM38510/0:2:302C9C
JANM38510/02303BAA
14
1
JANM38510/02303BAB
JANM38510/0:2l03B~C
JANM38510/012l03B~A
D.A. T.A.
MOr
2.0%
.80*
TTL
8
10
0.0
5.5
18nl>
198m
-55
125
1 G04393a M314
Mur
z.o%
.SO*
TTL
8
10
0.0
5.5
18nl>
198m
-55
1,,5
1 (304393a M314
MOr
2.0%
.80*
TTL
8
10
0.0
5.5
18nt.
198m
-55
125
1 G04393
MOr
2.0%
.80*
TTL
8
10
0.0
5.5
18nl>
198m
-55
125
1 G04393
FPl16
MOr
2.0%
.80*
TTL
4
10
0.0
5.5
16nt.
396m
-55
125
2 G04388
FPl15
FPl16
MQ.r
2.0%
.80*
TTL
4
10
0.0
5.5
16nt.
396m
-55
125
2 G04388
FPl15
MOr
2.0%
.80*
TTL
4
10
0.0
5.5
16nl>
396m
-55
125
2 G04388
FPl15
MOr
2.0%
.80*
TTL
4
10
0.0
5.5
16nt.
396m
-55
125
2 G04388a M314
MOr
2.0%
.80*
TTL
4
10
0.0
5.5
16nl>
396m
-55
125
2 G04388a M314
MOr
2.0%
.80*
TTL
4
10
0.0
5.5
16nt.
396m
-55
125
2 G04388
FPl16
MOr
2.0%
.80'
.TTL
4
10
0.0
5.5
ltinl>
396m
-55
125
2 G04388
FPl16
MO~
2.0%
.80*
TTL
4
10
0.0
5.5
16nt.
396m
-55
125
2 G04388
FPl15
MO~
2.0%
.80*
TTL
4
10
0.0
5.5
16nl>
396m
-55
125
2 G04388
FPl15
MOr
2.0%
.80*
TTL
4
10
0.0
5.5
16nt.
396m
-55
125
2 G04388
FPl15
MQ~
2.0%
.80*
TTL
4
10
0.0
5.5
16nl>
396m
-55
125
2 G04388a M314
Mm
2.0%
.80*
TTL
4
10
0.0
5.5
16nt.
396m
-55
125
2 G04388a M314
Mm
2.0%
.80*
TTL
4
10
0.0
5.5
16nl>
396m
-55
125
2 G04388
FPl16
MOr
2.0%
.80*
TTL
4
10
0.0
5.5
16nl>
396m
-55
125
2 G04388
FPl16
Mm
2.0%
.80*
TTL
3
10
0.0
5.5
16nl>
594m
-55
125
3 G04388c FPl15
MOr
2.0%
.80*
TTL
3
10
0.0
5.5
ltinl>
594m
-55
125
3 G04388c FP115
MOr
2.0%
.80*
TTL
3
10
0.0
5.5
16nl>
594m
-55
125
3 G04388c FPl15
Mm
2.0%
.80*
TTL
3
10
0.0
5.5
16nl>
594m
-55
125
3 G04388d M314
SYMBOLS AND CODES
EXPLAINED IN INTERPRETER
138
LINE
No.
f§J
A';.
g:g
10nl>
0.0
7.0
10nl>
0.0
5.0 9.0n
7.0
11nl>
0.0
10nl>
0.0
7.0
5.0
22nl>
0.0
5.0
45nl>
0.0
5.0
45nl>
0.0
0.0
5.0
45nl>
0.0
5.0
45nl>
5.0
22nl>
0.0
45nl>
5.0
O.I!
0.0
5.0
45nl>
0.0
5.0
22nl>
0.0
5.0
24nl>
0.0
5.0
22nl>
0.0
5.0
22nl>
0.0
5.0
22nl>
22nl>
0.0
5.0
5.0
22nl>
0.0
0.0
5.0
22nl>
45nl>
5.0
0.0
0.0
5.0
45nl>
5.0
45nl>
0.0
45nl>
0.0
5.0
5.0
22nl>
0.0
5.0
45nl>
0.0
0.0
5.0
45nl>
5.0
22nl>
0.0
24nl>
0.0
5.0
22nl>
0.0
5.0
22nl>
0.0
5.0
22nl>
0.0
5.0
0.0
5.0
22nl>
22nl>
5.0
0.0
22nl>
5.0
0.0
22nl>
0.0
5.0
45nl>
0.0
5.0
5.0
45nl>
0.0
5.0
45nl>
0.0
0.0
5.0
45nl>
0.0
5.0
45nl>
0.0
5.0
45nl>
17n
0.0
7.0
17n
0.0
5.0
22nl>
0.0
5.0
22nl>
0.0
5.0
45nl>
0.0
51!
5.0
45nl>
0.0
5.0
45nl>
0.0
5.0
45nl>
0.0
5.0
22nl>
0.0
5.0
22nl>
0.0
5.0
24nl>
0.0
0.0
5.0
24nl>
5.0
22nl>
0.0
5.0
22nl>
0.0
5.0
22nl>
0.0
0.0
5.0
22nl>
0.0
5.0
22nl>
5.0
0.0
22nl>
22nl>
0.0
5.0
22nl>
0.0
5.0
22nl>
0.0
5.0
22nl>
0.0
5.0
0 5.5
0 5.5
0 5.5
0.0
5.5
0 5.5
0 5.5
0 5.5
0 5.5
0 5.5
0 5.~
0 5.5
0 5.5
5.0 6.2n
0.0
0.0
5.0 6.2n
5.0
10n
0.0
0.0
5.0
10n
0.0
5.0
10nl>
0.0
5.0
10nl>
0.0
5.0
10nl>
0.0
5.0
10nl>
5.0
10n
0.0
5.0
10n
0.0
0.0
5.0 8.9n
5.0 8.9n
0.0
0.0
5.1! 8.9n
5.0 8.5n
0.0
5.0 8.5n
0.0
0.0
5.0
25n
0.0
5.0
25n
0.0
5.0
16n
0.0
5.0
16n
16n
0.0
5.0
16n
0.0
5.0
0.0
5.0
25n
0.0
5.0
25n
5.0
25n
0.0
0.0
5.0
25n
0.0
5.0
16n
16n
0.0
5.0
25n
0.0
5.0
25n
5.0
0.0
0.0
5.0 5.0nl>
0.0
5.0 5.0nl>
0.0
5.0 5.0n
~:g
IN ORDER OF (1)TYPE OF GATE(2ILOGIC TYPE
13 LEVEL'1'14 LEVEL'O'15IMAX FREQ(6)TYPE No.
CKT
DRAWINGS
TEMP.
MAX. MAX.
LOGIC OUTLINE
TOTAL NOISE
PE~[
REJECT LOV'o HI MO DWG. No DWG. No
PKG.
t.=MO
IVI
'C
80mt
Ig
j!~g:~~~ I~m
2 G0415b M157
0
75
1.0 l>
75
2 G04387b T0116
0
75nt 1.0 l>
1 G04150a M157
75
1.0 l>
0
75
2 G0415b M157
1.0 l>
0
T0116
40mt 500m
-55 125
:
T0116
40mt 500m
-55 125
T0116
4
G04387a
40mt 500m
-55 125
4 G04358f T0116
-55 125
40mt 500m
4 G04387 T0116
-55 125
40mt 500m
3 G04358h T0116
30mt 500m
-55 125
125
30mt 400m* -55
igm
30mt 400m* -55 125
2 G04358k T0116
-55 125
20mt 500m
4 G04358n T0116
-55 125
40mt 500m
1 G04483 T0116
10mt 500m . -55 125
4 G04469 T0116
107mt 400m* -55 125
125
4
G04469 T0116
-55
97mt 400m*
4 G04469 T0116
97mt 400m* -55 125
2
G04471 T0116
125
53mt 500m
-55
4 G04358f T0116
-40 85
40mt 500m
4
G04387a T0116
-40
85
40mt 500m
4 G04387a T0116
-40 85
40mt 500m
4 G04358f T0116
40mt 500m
-40 85
4 G04387 T0116
-40 85
40mt 500m
3 G04358h T0116
-40 85
30mt 500m
3 G04450d T0116
30mt 400m* -40 85
3 G04450d T0116
30mt 400m* -40 85
2 G04358k T0116
-40 85
20mt 500m
40mt 500m
-40 85
ig::~
10mt 500m
-40 85
4 G04388b T0116
428mt 400m* -40 85
4 G04387c T0116
388mt 400m* -40 85
4 G04387c T0116
368mt 400m* -40 85
2 G04358k T0116
-40 85
53mt 500m
4 G04358f T0116
75
40mt 500m
0
4 G04358f M126x
75
40mt 500m
0
4 G04387a T0116
75
40mt 500m
0
4 G04387a M126x
75
40mt 500m
0
4 G04387a T0116
75
0
40mt 500m
4 G04387a M126x
75
40mt 500m
0
4 G04358f T0116
75
40mt 500m
0
4 G04358f M126x
75
40mt 500m
0
4 G04387 M157
75
0
40mt 1.0
4 G04387 M126x
75
40mt 1.0
0
3 G04358h T0116
75
30mt 500m
0
3 G04358h M126x
75
30mt 500m
0
75
30mt 400m*
75
30mt 400m* Ig
3 G04450d T0116
75
30mt 400m* 0
3 G04450d M126x
75
30mt 400m* 0
2 G04358k T0116
75
20mt 500m
0
75
2 G04358k M126x
20mt 500m
0
4 G04358n T0116
75
40mt 500m
0
4 G04358n M126x
0
75
40mt 500m
1 G04483 T0116
75
10mt 500m
0
1 G04483 M126x
75
10mt 500m
0
75
4 G04469 T0116
107mt 400m* 0
4 G04469 M126x
75
107mt 400m* 0
4 G04469 T0116
75
97mt 400m* 0
4 G04469 M126x
75
97mt 400m* 0
4 G04469 T0116
75
97mt 400m* 0
4 G04469 M126x
75
97mt 400m* 0
2 G04471 T0116
75
53mt 500m
0
2 G04471 M126x
75
53mt 500m
0
4 G04345 T086
-55 125
4 G04345 T0116
-55 125
3 G04345a T086
-55 125
3 G04345a T0116
-55 125
2 G04345b T086
-55 125
2 G04345b T0116
-55 125
1 G04345c T086
-55 125
1 G04345c T0116
-55 125
2 G04345b T086
-55 125
-55
igJJ6
-55
6 G04345d T0116
-55 125
4 G04377 M318
70
0
4 G04377 M200x
70
0
4 G04387 M318
70
0
M200x
70
0
j
M318
70
150m§
0
3 G04377a M200x
70
150m§
0
70
Ig
70
2 G04387b M318
70
0
100m§
2 G04387b M200x
70
100m§
0
1 G04377g M318
50m§
70
0
1 G04377a M200x
50m§
70
0
50m§
70
0
~3'(8
200m§
70
0
2 G04388a M200x
200m§
70
0
4
G04469
M318
70
0
~ml>
4 G04469 M235a
70
0
2ml>
4 G04482 M318
70
0
2ml>
4 G04482 M235a
70
0
2ml>
4 G04469 M318
70
0
2ml>
4 G04469 M235a
70
0
2ml>
3 G04470 M318
70
2ml>
0
3 G04470 M235a
70
0
2ml>
2 G04471 M318
70
2ml>
0
2 G04471
70
0
2ml>
2 G04471 ~~~~a
70
0
2ml>
2 G04471 M235a
70·
0
2ml>
1 G04483 M318
70
2ml>
0
1 G04483 M235a
70
2ml>
0
4 G04377 M318
70
180mt 1.0 t
0
4 G04377 M257f
70
180mt 1.0 t
0
4 G04386 M318
70
180mt 1.0 t
0
DI~1'
::8 ~
·c
;g
~gg~~~
~ ~g::~g~
t ~gg~g~
~ ~g::~g~ ~~11~
m
~I~g:~:~~
~g:~na
:gg~:
SYMBOLS AND CODES
EXPLAINED IN INTERPRETER
~I~g:~j~~ ~~6gx
~ ~g:~~~~
140
LINE
No.
f&J
~PE
TYPE
No.
OF
GATE
~~!
24+
25"
26+
27"
28.
29"
30+
31"
32+
33"
34+
35"
36"
37.
38"
39"
40"
41"
42"
43+
44"
45
46
47
48
~~
51
52
53
54
55
56
57
58
59
60
~~
63
64
65
66
~~
69
70
71
72
73
74
75
76
77
78
79
80
81
82
83
84
85
86
87
88
89
90
91
92
93"
94"
95"
96"
"!.!"
98"
99"
100"
101"
102"
103"
104"
105"
106"
107"
108
109
110
141
~j:~m~
N74S134F
~j:~1~6l"
N74S140F
N7400A
N7400F
N7401A
~j:g~~
N7403F
N7410A
N7410F
N7420A
N7420F
N7426A
N7426F
~j:~g~
N7437A
N7437F
N7437W
N7438A
N7438F
N7439A
N7439F
I~j!!g~
NC74HOON
NC74H01N
NC74Hl0N
NC74H20N
NC74H22N
NC74H30N
NC74H40N
NC7400N
NC7401BN
NC7401N
NC7403BN
NC7403N
NC7410N
NC7420N
NC7426N
NC7430N
~~~~!~~OH
RSN54Hl0H
RSN54H20H
RSN54H31H
RSN54H40H
RSN5400H
RSN5410H
RSN5420H
RSN5431H
RSN5440H
S54HOOA
S54HOOF
S54HOOW
S54H01A
S54HO IF
S54H01W
S54Hl0A
S54Hl0F
S54Hl0W
S54H20A
S54H20F
S54H20W
S54H22A
S54H22F
S54H22W
S54H30A
S54H30F
S54H30W
S54H40A
S54H40F
S54H40W
S54S00A
S54S00F
S54S00W
S54S03A
S54S03F
S54S03W
S54S10A
~~:~lg~
S54S20A
S54S20F
S54S20W
S54S22A
S54S22F
S54S22W
S54S37A
S54S37F
S54S37W
I!
'4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
lJ .,.
fiJ '0'
(VI
(VI
2.0%
2.0%
2.0%
:gg:
.80*
.80*
.80*
.80*
2.0%
2.0%
.80*
.80*
MO~ 2.0%
4
4
4
N74S37F
N74S38A
N74S38F
N74S40A
N74S40F
N74S133B
N74S133F
,I
LOGIC
LEVEL
I~g~ ~:g~
i:
N74S10F
N74S20A
N74S20F
N74S22A
?"
I~j:~n~
8
9
10
11
12"
13"
14"
15"
16"
17"
18"
19"
20"
21"
FREQ.
(Hzl
I~
1"
2" I~~:~~~~
3"
4"
5"
6"
OPER· PRO·
~~M~~
ATING CESS
M~~
MO
Mm
~~~
MO
~~~
MO~
Mq~
Mq~
MO~
~:g~
L.V70
2.0%
2.0%
2.0%
2.0%
M~~ ~:g~
~g~
2.0%
MO~
2.0%
2.0%
Mq~
Mq~
2.~%
M~~ ~:g~
MO
MO~
Mq~
~g~
M~~
MO
MO~
~&;
MO~
~~~
MO~
Mq~
Mq~
M6~
~Q;
MO
MO~
~~~
MO~
Mq~
Mq~
MOr
~9f
MO
M1~
MO
Mm
Mq~
Mq~
Mm
~qf
Mar
M~;
~gi
Mq~
Mq~
Mm
M1~
MO
MO
M~;
~g~
~g;
M1~
MO
MO
Mq~
Mqr
MO~
I
D.A. T.A.
~g~
M1~
MO
MO
Mq~
Mqr
MO~
M!f
MO
Mar
M~;
~g~
Mq~
Mq~
MOr
M1~
MO
MO
M~;
~gr
Mq~
Mq~
Mar
~g;
2.0%
2·2%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2·2%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
;1.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2,0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
:~g:
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
:gg:
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
8FAN
. GATES
POWER
TYPE
IN
OUT
1J
SUPPLY
SPAN
N(W
Ht
TTL
TTL
TTL
TTL
fit
TTL
TTL
TTL
TTL
TTL
TTL
TTL
Int
TTL
Int
TTL
liit
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
~
3
4
4
4
4
2
2
2
2
4
4
13
13
13
13'"
13'"
13'"
4
4
2
2
2
2
2
2
3
3
4
4
2
2
8
8
2
2
2
2
2
2
2
4
4
2
2
3
4
4
8
4
2
2
2
2
2
3
4
2
8
4
2
3
4
11
4
2
3
4
11
4
2
2
2
2
2
2
3
3
3
4
4
4
4
4
4
8
8
8
4
4
4
2
2
2
2
2
2
3
3
3
4
4
4
4
4
4
2
2
2
~g
20
20
20
10
~g
20
20
20
60
60
20
20
~g
30
30
60
60
19
10
10
10
10
10
10
10
10
10
10
10
10
30
30
30
30
30
30
30
30
30
10
10
10
10
10
10
30
10
10
10
10
10
10
10
10
10
30
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
30
30
30
20
20
20
20
~g
20
20
20
20
20
20
10
10
10
10
10
10
iP~~, DE~fY
g:g
g:g
0.0
5.0
0.0
5.0
5.0
0.0
0.0
5.0
0.0
5.0
0.0
5.0
0.0
5.0
0.0
5.0
0.0
5.0
0.0
5.0
5.0
0.0
5.0
0.0
0.0
5.0
0.0
5.0
0.0
5.0
0.0
5.0
0.0
5.0
0.0
5.0
0.0
5.0
0.0
5.0
0.0
5.0
0.0
5.0
0.0
5.0
0.0 I 5.0
0.0
5.0
0.0
5.0
0.0
5.0
0.0
5.0
5.0
0.0
0.0
5.0
0.0
5.0
0.0
5.0
0.0
5.0
0.0
5.0
0.0
5.0
0.0
5.0
0.0
5.0
0.0
5.0
0.0
5.0
0.0
5.0
5.0
0.0
0.0
5.0
0.0
7.0
0.0
5.0
0.0
7.0
0.0
7.0
0.0
5.0
0.0
7.0
0.0
7.0
0.0
7.0
5.0
0.0
0.0
5.0
0.0
5.0
0.0
5.0
0.0
7.0
7.0
0.0
0.0
5.0
0
7
7.0
O.~
0.0
5.0
0.0
5.0
0.0
5.0
5.0
0.0
5.0
0.0
0.0
5.0
0.0
5.0
0.0
5.0
5.0
2.0
0.0
5.0
0.0
5.0
0.0
5.0
0.0
5.0
0.0
5.0
0.0
5.0
0.0
5.0
0.0
5.0
0.0
5.0
0.0
5.0
0.0
5.0
0.0
5.0
0.0
5.0
0.0 . 5.0
0.0
5.0
0.0
5.0
0.0
5.0
0.0
5.0
0.0
5.0
0.0
5.0
0.0
5.0
0.0
5.0
0.0
5.0
0.0
5.0
0.0.
5.0
0.0
5.0
0.0
5.0
0.0
5.0
0.0
5.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
PROPA· RISE
GATION TIME
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
I~·~n'"
5.0n'"
5.0n'"
5.0n'"
5.0n'"
7.5n'"
7.5n'"
6.0n
6.0n
8.5n
8.5"
6.5n'"
6.5n'"
7.0n'"
7.0n'"
7.0n'"
7.5n'"
7.5n'"
7.5n'"
6.5n'"
6.5n'"
22n'"
22n'"
45n'"
45n'"
45n'"
45n'"
22n'"
22n'"
22n'"
22n'"
24n'"
24n'"
22n'"
22n'"
22n'"
22n'"
22n'"
22n'"
22n'"
22n'"
22n'"
22n'"
22n'"
IOn'"
9.0n'"
IOn'"
IOn'"
9.0n
lin'"
IOn'"
13n
30n%
30n%
45n%
45n%
13n
13n
24n'"
13n%
1~~",
12n'"
12n'"
20n'"
12n'"
18n'"
18n'"
18n'"
25n'"
18n'"
6.2n
6.2n
6.2n
IOn
IOn
IOn
IOn'"
IOn'"
IOn'"
IOn'"
7.0n
IOn'"
IOn
IOn
IOn
8.9n
8.9n
8.gn
8.5n
8.5n
8.5n
7.0n'"
7.0n'"
7.0n'"
7.0n'"
7.0n'"
7.0n'"
5.0n'"
5.0nL.
5.0n'"
5.0n'"
5.0n'"
5.0n'"
7.5n'"
7.5n'"
7.5n'"
6.0n
6.0n
6.0n
I;J
MAX.
FALL
TIME
fsl
IN ORDER OF (l)TYPE OF GATE(2)LOGIC TYPE
(3 LEVEL'1'(4 LEVEL'O'(SIMAX FREQ(6ITYPE No.
TEMP.
CKT
MAX. MAX.
.DRAWINGS
TOTAL NOISE
PER LOGIC OUTLINE
REJECT LOVI HI MQ[ DWG. No DWG. No
PKG.
lI=MO
(VI
'C
'C
~~~.
~ ~~:::~ ~ :g~
135mt
90mt
90mt
90m'
90mt
100m'"
100m'"
100m'"
iOOm'"
220mt
220mt
50m§
50m§
~~m§
80m§
80m§
80m§
220mt
220mt
110m§
110m!
110m!
110m!
110m!
110m!
82m§
82m!
55m§
55m§
110m§
110m§
30m§
30m§
270m§
270m§
270m§
270m§
270m§
270m§
270m§
135m§
135m§
80mt
75mt
10m'"
10m'"
10m'"
40mt
40mt
10m'"
11g:::~
10mt
10m'"
LOt
1.0 t
1.0 t
1.0 t
1.0.t
1.0 t
1.0 t
1.0 t
1.0t
1.0 t
1.0 t
1.0.t
1.0 t
1.0 t
1.0 t
1.0 t
1.0 t
1.0 t
1.0 t
1.0 t
1.0 t
1.0 t
1.0 t
1.0 t
1.0 t
1.0 t
1.0 t
1.0 t
1.0 t
1.0 t
1.0 t
1.0 t
1.0 t
1.0 t
1.0 t
1.0 t
1.0 t
1.0 t
1.0'"
1.0 '"
1.0'"
1.0'"
1.0'"
1.0'"
1.0'"
1.0
1.0'"
1.0
1.0 '"
1.0 '"
1.0
1.0
1.0 '"
1.0
1.0
54~;
54m
54~~
54~;
135m
28~;
~~:::~
I~g
70
70
70
70
70
70
70
70
70
70
70
70
70
70
70
70
70
70
70
70
70
70
70
70
70
70
70
70
70
70
70
70
70
70
70
70
70
70
70
70
70
70
70
70
70
70
70
70
70
70
70
70
70
70
70
70
70
0 70
70
0
·55 125
·55 125
·55 125
·55 125
·55 125
·55 125
·55 125
·55 125
·55
·55
·55 125
·55 125
·55 125
·55 125
·55 125
·55 125
·55 125
·55 125
·55 125
·55 125
·55 125
·55 125
·55 125
·55 125
·55 125
·55 125
·55 125
·55 125
·55 125
·55 125
·55 125
·55 125
·55
·55
·55 125
·55 125
·55 125
·55 125
,55 125
·55 125
·55 125
·55 125
·55 125
·55 125
·55 125
·55 125
·55 125
·55 125
·55 125
m
28m~
63m'll
150m§
150m§
150m§
100m§
l~g::::
100m§
100m§
100m§
50m§
50m§
50m§
200m§
200m§
200m§
180mt
180mt
180mt
180mt
180mt
180mt
135mt
135mt
135mt
90mt
90mt
90mt
90mt
gOmt
90mt
100m'"
100m'"
100m'"
g
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
1.0
1.0
1.0
1.0
t
t
t
t
u) t
1.0 t
LOt
1.0 t
1.0 t
1.0 t
1.0 t
1.0 t
LOt
1.2 t
1.0 t
SYMBOLS AND CODES
EXPLAINED IN INTERPRETER
m
;
3
2
2
2
2
4
4
4
4
2
2
1
1
1
1
1
1
2
2
4
4
4
4
4
4
3
3
2
2
4
4
1
1
4
4
4
4
4
4
4
2
2
4
4
3
2
2
1
2
4
4
4
4
4
2
2
4
1
2
4
3
2
1
2
4
3
2
1
2
4
4
4
4
4
4
3
3
3
2
2
2
2
2
2
1
1
1
2
2
2
4
4
4
4
4
4
3
3
3
2
2
2
2
2
2
4
4
4
I~g:~~~a I~~~~'
G04377a
G04377b
G04377b
G04386b
G04386b
G04464
G04464
G04464a
G04464a
G04377b
G04377b
G04474
G04474
G04474
G04475
G04475
G04475
G04377b
G04377b
G04387k
G04387k
<>04387a
G04387a
G04387
G04387
G04387j
G04387j
G04387n
G04387n
G04387c
G04387c
G04387h
G04387h
G04388b
G04388b
G04388b
G04388b
G04388b
G04387a
G04387a
G04388a
G04388a
G0415a
G04386
G0415f
G0415b
G04387b
G04150a
G0415b
G04233a
G04233a
G04399a
G04399a
G04342a
G04461
G04461a
G04461b
G04461c
G04465
G04461
G04461a
G04461b
G04461c
G04465
G04377
G04377
G04377d
G04387
G04387
G04387
G04377a
G04377a
G04377e
G04377b
G04377b
G04377f
G04387b
G04387b
G04387b
G04377a
G04377g
G04377g
G04388a
G04388a
G04388
G04377
G04377
G04377
G04386
G04386
G04386
G04377a
G04377a
G04377a
G04377b
G04377b
G04377b
G04386b
G0438611
G04386b
G04464
G04464
G04464
M257f
M318
M257f
M318
~~~~f
M200x
M318
M200x
M318
M257f
M317
M200v
FP47g
M317
M200v
FP47g
M318
M257f
M318
M257f
M318
~257f
M318
M257f
M318
M257f
M318
M257f
M318
M257f
M318
M257f
M318
M257f
FP3ge
M318
M257f
M318
M257f
~~~~f
M126
M126
M126
M126
M126
M126
M126
T0116
T0116
M126
T0116
M126
T0116
T0116
T0116
T0116
T0116
FP69b
FP69b
FP69b
FP69b
FP69b
FP69b
FP69b
FP69b
FP69b
FP69b
M318
T0116
FP3ge
M318
M200x
FP3ge
M318
M200x
FP3ge
M318
Ml05,
FP3ge
M318
M200x
FP3ge
M318
M200x
FP3ge
M318
M200x
FP3ge
M318
M257f
FP3ge
M318
M257f
FP3ge
M318
M257f
FP3ge
M318
M257f
FP3ge
M318
M257f
FP3ge
M318
M200i<
FP3ge
I
141
LINE
No.
2
3
4"
5"
6"
7"
8"
9"
10"
II"
12"
13"
14"
15"
16.
17"
18"
1!!t
20"
21"
22.
23"
24*
25"
26"
2H
.§J
~PE ~oM~1
OPER- PRO-
TYPE
No.
OF
GATE
~;~~3~;
I~
S54S38W
S54S40A
S54S40F
S54S40W
~~:~1~~~
S54S133W
~;:~1~:~
S54S134W
S54S140A
S54S140F
S54S140W
S5400A
S5400F
S5400W
S5401A
S5401F
S5401W
S5403A
S5403F
S5410A
S5410F
S5410W
S5420A
~~: I~~gg~
30.
31+
32+
33"
34"
35"
36"
~7"
38"
39"
40"
41"
42"
43+
44"
45"
46#
m;
49#
~~:
52#
53#
54#
55#
~~:
58#
g~:
61#
62#
63#
64#
65#
66#
67#
~~i
70#
71#
72#
73#
~~:
S5426A
S5426F
S5430A
S5430F
S5430W
S5437A
S5437F
~~:~~X'
S5438F
S5438W
S5439A
S5439F
S5440A
S5440F
S5440W
SFC400E
SFC400EM
SFC400ET
SFC400EV
SFC400HE
SFC400HEM
SFC400HP
SFC400HPM
SFC400P
SFC400PM
SFC401AE
SFC401E
SFC401EM
SFC401ET
SFC401EV
SFC401HE
SFC401HEM
SFC401HP
SFC401 HPM
SFC401P
SFC401PM
SFC403E
SFC403EM
SFC403ET
SFC403EV
SFC410E
SFC410EM
~~g:1g~1
SFC410HEM
SFC410HP
SFC410HPM
SFC410PM
SFC420E
SFC420EM
:~: SFC420ET
SFC420HE
~~~1i SFC420HEM
84* SFC420HPM
85+~1i SFC420PM
SFC426E
SFC426EM
SFC426ET
SFC430E
90# SFC430EM
76#
77#
78+
79#
~~:
~~:
~1#
9~lt1i ~~ggg~1
93
SFC430HEM
94~1i SFC430HPM
SFC430LE
~g:,jj SFC430PM
97# SFC437E
SFC437EM
SFC437ET
1()0#
~~g:~:~M
10
102
SFC438ET
103# SFC440E
104# SFC440EM
105# SFC440ET
SFC440HE
19~~;# SFC440HEM
108t,jj SFC440HPM
~~:
1:
109~:
110+
142
~~g:;g~~
LOGIC
LEVEL
ATING CESS
~'1'
FREQ.
IHzI
IVI
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
D.A. T.A.
~:~%
I~~~
MO
2.0%
M~~
~g~
M~~
MO
MO~
~~~
MO
M~~
~gr
Mq~
Mq~
MOt
M~~
MO
MO
M~;
~g~
M~~
MO
MOt
~~~
MO
M~~
~g~
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
~:g%
2.0%
2.0%
2.0%
2.0%
I~g~ ~:g~
MO~
~~~
MO
M~~
~g~
M~;
MO
MO~
M~~
~g~
Mq~
MOt
MOt
M~~
MO
MOt
M~~
MO
MO
M~~
~gj
Mq~
MO~
MO~
Mq~
Mq~
MOt
M:~
MO
MO
M~~
~g~
~~~
MO
M~~
~g~
Mq~
Mq~
MOl
M~~
MO
MO
M~;
~gr
Mq~
Mq~
MOl
M:~
MO
MO
M~~
~g~
MO~
MO~
MO~
I~~~
MO
M~~
~g~
Mq~
Mq~
MO~
~g~
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
",.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
f!J·O·
IVI
:~~~
.80*
.80*
.80*
.80*
:~g:
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
:~~:
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
::g:
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
TYPE
~
T+t
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL I
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
8FAN
· GATES
POWER
IN
~
2
4
4
4
13
13
13
13~
13ll
4
4
4
2
2
2
2
2
2
2
2
3
3
3
4
4
4
2
2
8
8
8
2
2
2
2
2
2
2
2
4
4
4
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
3
3
3
3
3
3
3
3
4
4
4
4
4
4
4
2
2
2
8
8
8
8
8
8
8
8
2
2
2
2
2
2
4
4
4
4
4
4
4
8
OUT
SUPPLY
SPAN
PROPA- RISE
GATION TIME
MAX.
FALL
TIME
NI~~' P~~. DE~~Y }~L
~~ K~ ~:~ I~·~n
8.5n
10
60
60
60
20
20
20
40
40
40
60
60
60
10
10
10
10
10
10
10
10
10
10
10
10
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
;g
10
10
10
10
10
30
30
Kg
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0
0.0
0.0
0.0
0
0.0
0
0
0.0
0.0
0.0
0.0
0.0
0.0
0
0.0
0
0.0
0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0
0.0
0
0
0
~g
30
30
30
30
30
30
30
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
20
20
20
20
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
30
30
30
30
30
30
30
30
30
30
10
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
~:g
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
7.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
7.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
7.0
5.0
5.0
5.0
5.0
5.0
5.0
7
7.0
5.0
5.0
7
5.0
7
7
5.0
5.0
5.0
7.0
5.0
5.0
7
5.0
7
5.0
7
5.0
5.0
5.0
~:g
5.0
7.0
5.0
5.0
7
5.0
7
7
7
!s)
8.5n
6.5nll
6.5nll
6.5nll
7.0nll
7.0nll
7.0nll
7.5nll
7.5nll
7.5nll
6.5nll
6.5nll
6.5nll
22nll
22nll
22nll
45nll
45nll
45nll
45nll
45nll
22nll
22nll
22nll
22nll
~~~~
~~nll
22nll
22nll
13n
22nll
22nll
6n
10nll
6n
l;jn
13n
~gg:::~
100mll
220mt
220mt
220mt
50m§
50m§
50m§
24nll
24nll
22nll
22nll
22nll
22nll
22nll
"2nll
22nll
22nll
22nll
22nll
22nll
22nll
22nll
22nll
13n
13n
13n
13n
6.0n
6.0n
6.0n
6.0n
13n
13n
23nll
23nll
23nll
23nll
7.0n
7.0n
7.0n
7.0n
23nll
23nll
23nll
23nll
23nll
23nll
13n
32nll
32nll
10nll
10nll
10nll
10nll
13n
13n
22nll
22nll
6n
10nll
6n
13n
24nll
24nll
24nll
13n
22nll
22nll
6n
llnll
6n
60nll
13n
22nll
22nll
22nll
IN ORDER OF (1)TYPE OF GATE(2)LOGIC TYPE
13 LEVEL'1'I4 LEVEL'O'I51MAX FREQI61TYPE No.
MAX. MAX.
TEMP. I~~T
DRAWINGS
TOTAL NOISE
PER LOGIC OUTLINE
PKG. REJECT LOV'l HI MOC DWG. No DWG. No
A=MO
Dl~~'
(V)
'C 'C
:~~
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
t
t
t
t
t
t
t
~~m§
80m§
t
80m§
t
220mt
t
220mt
t
220mt
t
110m§
t
110m§
t
110m§
t
110m§
t
110m§
t
110m§
t
110m!
t
110m§
t
82m§
t
82m§
t
82m§
t
55m§
t
~5m§ 1.~ t
55m§ 1.0 t
110m§ 1.0 t
110m§ 1.0 t
30m§ 1.0 t
30m§ 1.0 t
30m§ 1.0 t
270m§ 1.0 t
270m§ 1.0 t
Om § 1.~ t
270m§ 1.0 t
270m§ 1.0 t
270m§ 1.0 t
270m§ 1.0 t
270m§ 1.0 t
135m§ 1.0 t
135m§ 1.0 t
135m§ 1.0 t
10mll 400m*
40mt 400m
40mt 400m
40mt 400m
40mt 400m
40mt 400m
40mt 400m
40mt 400m
40mt 400m
40mt 400m
10mll 400m*
40mt 400m
40mt 400m
40mt 400m
40mt 400m
40mt 400m
40rnt 400rn
40rnt 400rn
40rnt 400rn
40rnt 400rn
40rnt 400rn
40rnt 1.0 II
40mt 1.0 II
40mt 1.0 II
40rnt 1.0 II
10mll 400rn*
1.0mt 400rn*
1.0mt 400rn*
60mt 400rn
60rnt 400rn
60mt 400m
60mt 400rn
30mt 400rn
10mll 400rn*
1.0mt 400rn*
10rnt 400rn*
40rnt 400rn
1.0 II
40mt 400m
400m
110m
110m
110m'll
10mll 400rn*
10mt 1.0
10mt 1.0
20mt 400m
1.0 II
20mt 400m
1.0mt 1.0 II
10mt 400m
297m
297m
297m
297m
297m
297m
27mll 400m*
135~~ 1.0 II
135m 1.0 II
40rnt 400m
1.0 II
40mt 400m
20mt 400m
40mt 400m
e
20:~
I
SYMBOLS AND CODES
EXPLAINED IN INTERPRETER
-55
-55
-55
-55
-55
-55
-55
-55
-55
-55
-55
-55
-55
-55
-55
-55
-55
-55
-55
-55
-55
-55
-55
-55
-55
-~5
-55
-55
-55
-55
-55
-55
-55
-55
-55
-55
-55
-55
-55
-55
-55
-55
-55
0
-55
-25
-40
0
-55
0
-55
0
-55
0
0
-55
-25
-40
0
0
-55
-55
0
-55
0
-55
-25
-40
0
-55
-25
0
-55
0
-55
-55
0
-55
-25
0
-55
-55
-55
0
-55
-25
0
-55
-25
0
-55
-55
0
-55
0
-55
-25
m
125
125
125
125
125
125
125
125
125
125
125
125
125
125
125
125
125
125
125
125
125
125
125
125
125
:
4
2
2
2
1
1
1
~g::g:: 1~~6gx
G04464a
G04377b
G04377b
G04377b
G04474
G04474
G04474
FP3ge
M318
M257f
FP3ge
M317
M200v
~g::~;
M317
M200v
FP47a
M318
M257f
FP3ge
M318
M257f
FP3ge
M318
M257f
FP3ge
M318
M257f
M318
M257f
FP3ge
M318
1
1
2
2
2
4
4
4
G04475
G04377b
G04377b
G04377b
G04387k
G04387k
G04387k
:
4
4
4
3
3
3
2
G04387
G04387
G04387
G04387'
G04387j
G04387p
G04387n
4
4
1
1
G04387c
G04387c
G04387h
G04387h
~g:3~~:
m ~1~g:3g~~
125
125
125
125
125
125
125
125
125
125
125
125
125
125
125
125
70
125
85
85
70
125
70
125
70
125
70
70
125
85
85
70
70
125
125
70
125
70
125
85
85
70
125
~g
125
70
125
125
70
85
85
70
125
125
125
70
125
85
70
125
85
70
125
125
70
125
70
125
85
70
:~5 125
-25 85
70
0
-55 125
-25 85
0 70
-55 125
-55 125
-55
·-55
m
FP47~
~p2359:r
M318
M257f
M318
M257f
FP3ge
l~g:~:~b M318
4 G04388b M257f
FP3ge
: ~g:~~~~ M318
4 G04388b M257f
4 G04388b FP3ge
4 G04387a M318
4 G04387a M257f
2 G04388a M318
2 G04388a M257f
2 G04388 FP3ge
4 G0414e T0116
4 G04358f T0116
4 G04358f T0116
4 G04358f T0116
4 G04358f T0116
4 G04358f T0116
4 G04358e T085
4 G04358c T085
4 G04358e T085
4 G04358e T085
4 G04233b T0116
4 G04387a T0116
4 G04387a T0116
4 G04387a T0116
4 G04387a T0116
4 G04387 T0116
4 G04387 T0116
4 G04387 T085
4 G04387 T085
4 G04387 T085
4 G04387 T085
4 G04399b T0116
4 G04399b T0116
4 G04399b T0116
4 G04399b TOl16
3 G0414a T0116
3 G0414a TOl16
G0414a TO 16
3 G0415f T0116
3 G0415f T0116
3 G0415f T085
3 G0415f T085
3 G0414a ZB165
2 G0414b T0116
2 G0414b T0116
2 G0414b T0116
T0116
~ ~g:1~~ T0116
2 G0414b ZB165
2 G0414b ZB165
4
T0116
4
T0116
4
T0116
1 G0414c T0116
1 G0414c T0116
1 G0414c
1 G0414c igm
1 G04150a T0116
1 G0414c ZB165
1 G0414c T0116
1 G0414c ZB165
: ~g:~~:~
igm
4 G04388b T0116
: ~g:3~~~
4 G04387c
G0415b
~ G0415b
2 G0415b
2 G0414b
2 G0415b
2 G0414b
G0414b
~
ig11g
T0116
TOl16
T0116
T0116
T0116
T0116
ZB165
~:1~~
142
OPER- PRO~nMt1
ATING CESS
.§J
TYPE
No.
LINE
No.
YvPE
OF
GATE
S~~:~gg~
2
3
6
7
8
9
10
11
12
SN54HOOW
SN54H01J
SN54HOIN
SN54H01W
SN54Hl0J
SN54Hl0N
SN54Hl0W
SN54H20J
SN54H20N
SN54H20W
1~
~~~:~~~~
;
15
16
17
18
19
20
21
~~
24
25
26
27
~g
30
31
32
33
34
35
36
37
38
39
40
41
42
43
44
45
1~
48
49
50
51
52
53
54
55
56
57
58
59
60
61
62
63
64
65
66
67
68
69
70
71
72
73
74
75,.
76,.
77,.
78,.
~~,.
80,.
81,.
82,.
83
84
85,.
86,.
87 ...
88,.
89
90
91,.
92,.
93,.
94,.
95,.
96,.
97,.
98,.
99
100
101
102
103
104
105
106
107
108
109
110
:
M~~
~g~
I:
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
~'1'
(V)
'~qf
Mm
4
SN54H22W
SN54H30J
SN54H30N
SN54H30W
SN54H40J
SN54H40N
SN54H40W
SN54LS 12J
SN54LS 12W
SN54LS26J
SN54LS26W
SN54S00J
SN54S00N
SN54S00W
SN54S03J
SN54S03N
SN54S03W
11
SN54S10J
SN54S10W
4
SN54S20J
4
SN54S20N
4
SN54S20W
4
SN54S22J
4
SN54S22N
4
SN54S22W
4
SN54S37J
4
SN54S37W
4
SN54S38J
4
SN54S38W
4
SN54S40J
4
SN54S40N
4
SN54S40W
4
SN54S133J
4
SN54S133W 4
SN54S134J
4
SN54S134W 4
SN54S140J
4
SN54S140N
SN54S140W
SN74HOOJ
4
SN74HOON
4
SN74HOOW
4
SN74H01J
4
SN74HOIN
4
SN74H01W
4
SN74Hl0J
4
SN74Hl0N
4
SN74Hl0W
4
SN74H20J
4
SN74H20N
4
SN74H20W
4
SN74H22J
4
SN74H22N
4
SN74H22W
4
SN74H30J
4
SN74H30N
4
SN74H30W
4
SN74H40J
4
SN74H40N
4
SN74H40W
4
SN74LSOOJ
4
SN74LSOON
4
SN74LS01J
SN74LSOIN
SN74LS03J
14
SN74LS03N
4
SN74LS10J
4
SN74LS10N
4
SN74LS12J
4
SN74LS12N
4
SN74LS20J
4
SN74LS20N
4
SN74LS22J
4
SN74LS22N
4
SN74LS26J
4
SN74LS26N
4
4
4
SN74LS37J
4
SN74LS37N
4
SN74LS38J
4
SN74LS38N
4
SN74LS40J
4
SN74LS40N
4
SN74S00J
4
SN74S00N
4
SN74S00W
4
SN74S03J
4
SN74S03N
4
SN74S03W
4
SN74S10J
4
,SN74SlON
4
ISN74S10W
4
'SN74S20J
4
SN74S20N
4
SN74S20W
4
143
FREQ.
(Hzl
LOGIC
LEVEL
Mq~
Mq~
MO~
~~~
MO~
fij,O'
(V)
tg% .80'
:80:
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
.80'
.80'
.80'
.80'
.80'
.80'
.80'
.80'
.80'
:~g:
~g~ ~:g~
MO~
M~~
MO
MO~
~~~
MO~
M~~
~g~
Mq~
M=MO
,WI
,VI
'C'C
-55
~
:~;
m
70
70
70
70
70
70
70
18~
1:8
1.0';
1.0';
1.0';
1.0';
1.0';
1.0';
1.0';
1.0';
1.0';
1.0';
1.0';
1.0';
1.0';
1.0';
1.0';
1.0';
IOn
IOn
IOn
IOn
IOn
IOn
IOn
IOn
IOn
IOn
IOn
IOn
25n
25n
18n
18n
40n
40n
40n
40n
40n
18n
18n
18n
18n
IOn
IOn
8.0n
8.0n
12n
12n
12n
12n
12n
8.0n
8.0n
8.0n
8.0n
18n
18n
8.0n
8.0n
18n
18n
18n
8.0n
8.0n
8.0n
0
70
0
70
0
70
0
70
0
70
0
70
0
70
0
70
0
70
0
70
0
70
0
·70
0
70
0
70
0
70
0
70
-55 125
-55 125
-55 125
-55 125
-55125
-55 125
-55 125
-55 125
-55 125
-55 125
-55 125
-55 125
-55 125
-55 125
-55 125
-55 125
-55 125
0
70
40n
40n
40n
40n
18n
18n
18n
8'P;n
12n
12n
12n
12n
8.0n
8.0n
8.0n
8
0
0
0
0
0
0
0
ll1n
18n
18n
8.0n
8.0n
8.0n
80mt
80mt
75mt
75mt
140mt
140mt
40mt 1.0';
85mt 1.0,;
19~
40mt 1.0';
85mt 1.0';
85mt 1.0';
18n
8.0n
18n
8.0n
:4 G04387
~8:~~~: ~~~~b
T088
4 G04387bMl05b
4 G04401 Ml05b
4 G0440 1 T088
~ G04358h Ml05b
3 G04358g T088
2 G04358k Ml05b
rl~8:~m I~~~~b
1
1
4
4
2
G04358n
G04358m
G04387
G04387
G04388a
Ml05b
T088
Ml05b
T088
M 105b
~ ~8:~~~a ig~~ 6
22n,;
nnt>
297m
297m
297m
0.0
5.0
13n
20mt
lln%
lln%
6.0n
6·2 n
8.0n
8.0n
6.0n
6.0n
8.0n
8.0n
6.0n
6.0n
6.0n
6.0n
8.0n
8.0n
8.0n
8.0n
6.0n
6.0n
6.0n
6.0n
22n%
22n%
22n%
22n%
22n%
22n%
22n%
22n%
IOn
45n,;
10mt
22mt
22mt
22mt
22mt
88mt
88mt
88mt
88mt
88mt
88mt
88mt
88mt
66mt
66mt
44mt
44mt
22mt
22mt
22mt
22mt
90mt
90mt
70mt
70mt
50mt
50mt
50mt
50mt
50mt
50mt
50mt
50m'll
40mt
40mt
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5,0
5.0
5.0
5.0
5.0
G0415a Ml05b
G0415a T088
G04387 M 105b
G04387 T088
G0415f Ml05b
G0415f T088
G0415b Ml05b
G0415b T088
G04387b Ml05b
G04387b T088
G04150a Ml05b
G04150a T088
G0415a Ml05b
G0415a T088
G0415b Ml05b
G0415b T088
G04358f Ml05b
G04358e T088
G04387a Ml05b
G04387 T088
G04387bMl05b
G04401 Ml05b
G04401 T088
G04358h Ml05b
G043580 T088
G04358k Ml05b
G04358j T088
G04387a Ml05b
G04358n Ml05b
G04358m TOB8
G04387 M 105b
G04388a Ml05b
G04388 T088
G04358f M 105b
~ ~g:~~g~ !tJ~J6
22nt>
5.2
~ ~8:m !td~~b
4
4
4
4
3
3
2
2
2
2
1
1
4
4
2
2
4
4
4
4
4
4
4
3
3
2
2
4
1
1
4
2
2
4
:~~
~
5
5. 0
0
5.0
3.0n
3.0n
3.0n
3.0n
70
70
70
70
~~~~b
T088
~5 ;~5
i
0.0
4.5n
4.5n
4.5n
4.5n
i8
70
4 G0415a
40mt 1.0';
45n,;
22n,;
22n,;
22n,;
5.0
5.0
5.0
8
0
0
0
0
0
j8
J ~g:lg~a
~~~~
5.0
5.0
5.0
5.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
125
IOn
IOn
45n
45n
IOn
IOn
IOn
IOn
45n
45n
IOn
IOn
1:8
82m§ 1.0 t>
297m 1.0';
2g7m 1.0,;
297m 1.0';
0. 0
:~~
m
140mt l:g ~
140mt 1.0';
1.0 t>
1.0';
1.0 t>
SYMBOLS AND CODES
EXPLAINED IN INTERPRETER
m
-55
-55
-55
-55
125
125
125
125
3
4
4
4
G04450d
G04388b
G04388b
G04387c
M257e
T0116
M257e
T0116
0
0
0
70
70
70
4 G04388b M257e
4 G04387c T0116
4 G04387c M257e
2 G04387g TO 116
-55
-55
-55
-55
125
125
m
o
75
o
75
125
125
125
125
125
125
125
125
125
125
125
125
125
125
125
125
125
125
125
125
70
70
70
70
g
-55
-55
-55
-55
-55
-55
-55
-55
-55
-55
-55
-55
-55
-55
-55
-55
-55
-55
-55
-55
o
o
o
o
-55
-55
i~
1 G04387h TOl16
1 G04358a T086
1 G04358a TO 116
4
4
4
4
4
4
4
3
3
2
2
1
1
1
1
2
2
2
2
4
4
4
4
4
4
4
4
4
4
G04377
G04386
G04386
G04377
G04377
G04386
G04386
G04377a
G04377a
G04377b
G04377b
G04377b
G04377b
G04377g
G04377a
G04377b
G04377b
G04377b
G04377b
G04388b
G04388b
G04450
G04450
G04388b
G04388b
G04450
G04450
G04425b
G04330c
TOl16
T086
T0116
T086
TOl16
T086
TOl16
T086
TOl16
T086
T0116
T086
T0116
T086
T0116
T086
TOl16
T086
TOl16
T08S
TO 116
T086
T0116
T086
TO 116
T086
TOl16
T086
FP77
146
LINE
No.
r
OPER~OF I~pM~1
.ATING CESS
TYPE
No.
~
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
GATE
MCB5430F
~g~~~~g~
MCBC5401
MCBC5410
MCBC5420
MCBC5430
MCBC5440
MCE54H01F
MCE74HOIF
M113
MIlS
M117
M119
M617
MC5400F
MC5400L
MC5401F
MC5401 L
I~g~:~~~
MC5410L
25
~~
33
34
35
36
37
38
39
40
41
42
43
44
45
46
47
48
49
50
51
52
53
54
55
56
57
58
59
60
61
62
63
64
65
56
67
68
69
70
71
72
73
74
75
76
77
78
79
SO
SI
82
83
84
85
86
87
gg
90
91
92
93
94
95
96
~~
99
100
101
102
103
104
105
106
107
108
109
110
FREQ.
(Hz)
]
~g~~:~g~
~g~:~gr
26
27
28
29
30
PRO~
I TYPE
I
I
MC5430F
MC5430L
MC5440F
MC5440L
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OUT II SUPPLY PROPA- RISE I FALL
GATION TIME ,TIME
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tr
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IN ORDER OF (l)TYPE" OF GATE(2)LOGIC TYPE
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12
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19~
19
8
4
2
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51
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SYMBOLS AND CODES
EXPLAINED IN INTERPRETER
:g~
1
m
-55 '125
-55 125
-55 125
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i25
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~ ~g:~~~f I~~~;
1 G04358m FP77
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4 G04330c FCI
3 G04358g FCI
21G04358j FCI
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10
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1 G04358m T086
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2 G04388 T086
2 G04388a T0116
4 G04358e TOS6
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.4 G04387 T086
4 G04387a T0116
4 G04387c T0116
3 G043580 T086
3 G04358h T0116
2 G04358j T086
2 G04358k T0116
1 G04358m T086
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6
1 G04358a T086
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1 G04358a T086
1 G04358a T0116
3 G04377a T086
3 'G04377a T0116
2 G04377b T086
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1 G04377b TOB6
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1 G04273
1 G04273 ig~~6
2 G04273a T0116
2 G04273a M157.
2 G04273a TOS8
3 G04273b T0116
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4 G04273c'T0116
4 !G04273C M157
4 G04273c TOSS
4'G04233a M157
1 'G04273 T0116
1 G04273 TOB8
2 G04273a T0116
2 G04273a M157
2 G04273a T088
3 G04273b T0116
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4 G04273c T0116
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T088
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M157
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S IG04476
8 G04477
1
1
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4
4
G04240c
G04240c
G04240c
G04240c
G04377h
G04377h
Ml05ar
FP21b
M 105a.
FP21b
Ml05m
FP21b
21~04377j Ml05m
2 G04377j FP21b
1 G04377k Ml05m
1 G04377k FP21b
3 G04377m'Ml05m
3 G04377m FP21b
2 G04427 Ml05m
2 G04427 FP21b
1 G04427a Ml05m
1 G04427a FP21b
1 G04240c Ml05a,
1 G04240c FP21b
1 G04240c M 105ar
1 G04240c FP21b
147
LINE
No.
2
3
4
5
6
7
8
9
l~
f§J
TYPE
No.
RG323D
RG323K
RG3220D
RG3220K
RG3240D
RG3240K
RG3260D
~~~~~g~
RG3320K
RG3420D
RG3420K
RG3430D
l~
~~1~~gK
RG122K
ig ~~m~
RG320D
21
22
23
24
25
26
27
RG320K
RG321D
RG321K
RG120D
RG120K
RG121D
~g
~ggri~
30
31
32
33
TG130J
TG131F
TG131J
TG132F
~~
36
37
38
39
40
41
42
:~
45
:~
48
49
50
51
52
53
54
55
56
57
58
59
60
61
62
63
64
65
66
67
68
69
~¥
72
~~
75
76
77
78
79
80
81
82
83
84
85
86
87
88
89
90
91
92
93
94
95
96
97
98
99
100
101
102
103
104
105
106
107
108
109
110
148
i~m~
TG133J
TNG5511F
TNG5512F
TNG5513F
TNG5514F
MC400F
MC400L P%
~g:g~E.P%
MC406F
MC406L.P%
MC407F
MC407L P%
MC408F
MC408L.P%
MC412F
MC412L.P%
MC450F
MC450L P%
MC452F
MC452L.P%
MC456F
MC456L.P%
MC457F
MC457L P%
MC458F
MC458L.P%
MC462F
MC462L.P%
MC500F
MC500L
MC502F
MC502L
MC506F
MC506L
MC507F
MC507L
~g~g~E
MC512F
MC512L
MC550F
MC550L
MC552F
MC552L
MC556F
MC556L
MC557F
MC557L
~g~~~E
MC562F
~5:cl'JL
RG40K
RG41D
RG41 K
RG42D
RG42K
RG43D
RG43K
RG60D
RG60K
RG61D
RG61K
RG62D
RG62K
RG63D
RG63K
RG130D
~~m~
RG131K
RG140D
RG140K
OPER· PRO·
~nMt1
ATING CESS
FREQ.
1Hz)
i:
I~~~H~
12
13
14
15
18
f.NPE
OF
GATE
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
'4
flj'1'
(V)
~:1%
I~~:
MO
3.1%
M~~
~g~
M~~
MO
Mm
~g~
Mm
M~~
~g~
20M
20M
20M
20M
~q~
MO~
~~~
MO~
M~~
20M
20M
20M
20M
~g~
M~~
MO
MO~
~~~
MO
M~~
~g~
1
Mq~
Mq~
MO~
M~~
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Mq~
MO'
Mel,
M~f
MO
MO'
MO'
M~~
MO
Mq~
MO~
MO~
Mq~
Mq~
MO~
M1~
MO
MO
M~~
~g~
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
'4
4
4
LOGIC
LEVEL
Mq~
Mq~
MO~
M1~
MO
MO
M~~
~g~
Mq~
Mqr
MO'
M~~
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Mq~
M
2.4%
2.4%
2.4%
2.4%
2.4%
2.4%
2.4%
2.4%
2.4%
2.4%
2.4%
2.4%
2.4%
2.4%
~.4%
2.4%
2.4%
2.4%
2.4%
2.4%
~.4%
2.4%
2.4%
2.4%
2.4%
2.4%
2.4%
2.4%
2.4%
2.4%
2.6%
2.6%
2.6%
2.6%
2.6%
2.6%
2.6%
2.6%
2.6%
2.6%
2.6%
2.6%
2.6%
2.6%
2.6%
2.6%
2.6%
2.~%
2.6%
2.6%
2.8%
2.8%
2.8%
2.8%
2.8%
2.8%
2.8%
2.8%
3.3
3.3
3.3
3.3
3.3
3.3
3.3
3.3
3.3
3.3
3.3
3.3
3.3
3.3
3.3
3.3
3.3
3.3
3.3
3.3
3.3
3.3
3.3
3.3
3.3
3.3
3.3
:~g:
8FAN
. GATES
POWER
TYPE
::g:i
SUPPLY PROPA- RISE
SPAN
GATION TIME
NEG. POS. DELAY
tr
(V)
liit
TTL
TTL
TTL
TTL,
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
::~:~
::~:~
OUT
~
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80·
.45*t
.45*1 Int
.45*t TTL
.45*t TTL
.45*t TTL
.45*t TTL
.45*t TTL
.45*t TTL
.45*t TTL
TTL
TTL
.45*t TTL
.45*t TTL
.45*t TTL
.45*t TTL
.45*t TTL
.45*t TTL
.45*t TTL
.45*t TTL
.45*t TTL
.45*t TTL
.45*t TTL
.45*t TTL
.45*t TTL
.45*t
.45*t
.45*t
.45*t
.45*t
.45*t
.45*t
.45*t
.45*t
.45*t
.45*t
.45*t
.45*t
.45*t
.40*t
.40t*
.40*t
.40*t
.40*t
IN
Ht
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
.40*t
.40t*
.40*t
.40*t
.40t*
.40*t
.40*t
.40*t
.40*t
.40*t TTL
.40*t TTL
.40t* TTL
.40*t TTL
.45
TTL
.45
TTL
.45
TTL
.45
TTL
.45
TTL
.45
TTL
.45
TTL
.45
TTL
.26
TTL
.26
TTL
.26
TTL
.26
TTL
TTL
.~I'i
.26
TTL
.26
TTL
.26
I +it
.26
.26
TTL
.26
TTL
.26
TTL
.26
TTL
.26
TTL
.26
TTL
.26
TTL
.26
TTL
.26
TTL
.26
TTL
.26
TTL
.26
TTL
.26
TTL
.26
TTL
.26
TTL
.26
TTL
.26
TTL
.26
TTL
Ht
~
2
4
4
2
2
2
2
19
10
10
10
10
10
10
10
2
2
2
2
2
2
4
4
4
4
4
4
4
4
8
~
8
8
8
8
8
8t.
8t.
8t.
8l'.
8t.
8l'.
8l'.
8t.
22
2
2
2
2
2
3
:3
3
3
3
3
3
4
4
4
3
3
2
2
4
4
4
4
4
4
3
~
2
4
4
4
~
9
9
9
9
9
9
2
2
4
4
4
4
4
4
4
4
4
4
8
8
8
8
8
8
8
Kg
0.0
(V)
(5)
~:g
~~~~
0.0
0.0
0.0
0.0
0.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
10
0.0
5.0
32n~
10
10
10
10
10
15
15
7
7
15
15
7
7
15
15
7
7
15
15
7
7
15
15
7
7
15
15
7
7
15
15
7
7
15
15
7
7
15
15
7
7
15
15
7
7
30
30
30
30
30
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0·2
0.0
0.0
5.0
5.0
5.0
5.0
5.0
32nl'.
27nl'.
27nl'.
32nl'.
32nl'.
12n
12n
12n
12n
12n
12n
12n
12n
12n
12n
12n
12n
12n
12n
12n
12n
12n
12n
12n
12n
12n
12n
12n
12n
~~n
12n
12n
12n
12n
12n
12n
12n
12n
12n
12n
12n
12n
12n
12n
12n
6.0n%
6.0n%
6.0n%
6.0n%
6.0n%
6.0n%
6.0n%
~g
60
60
60
30
30
30
30
~g
30
60
60
60
15
15
15
15
7
7
7
7
11
11
11
1.1
15t
15t
71
7t
12t
12t
6t
6t
15t
15t
7t
7t
121
12t
6t
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9l'.
9n
9l'.
9l'.
9l'.
9l'.
IN ORDER OF (l)TYPE OF GATE(2)LOGIC TYPE
~ LEVEL'1.14 LEVEL'Ojli)MAX FREQ(S)TYPE No.
~t
7t
7t
12t
121
6t
~.O
~.O
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0
0.0
0
0
0
0
0
0
0.0
0
0
0.0
0
0
g
0
0
0.0
0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
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0.0
0.0
0.0
0.0
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0.0
0.0
0.0
0.0
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7.0
7.0
7.0
7.0
7.0
7.0
7.0
7.0
7.0
7.0
7.0
7.0
7.0
7.0
7.0
7.0
7.0
7.0
7.0
7.0
7.0
7.0
7.0
7.0
7.0
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MO~
~CO:
MO~
0.0
1.9%
1.9%
2.0%
2.6%
~q~ ~:~~
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5.0M
"
98
JANM38510/01~701 B~B
1~:g~
~g~ -.75
MO -.75
-.75
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MOl
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MO -.96%
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Mm
M~:
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1
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5
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Mq~ -.75%
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95
96
97
2.6%
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8.0%
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5
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5
5
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5
5
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81
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SN54LS136J
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5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
~gm~
7.1%
MOE 9.99%
~
SN10107N
MC764P
MC864P
MC971F
(V)
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42+
f!J '0'
(it)
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5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
SW1812M
SW1812P
562
MC1912F
1.J'1'
l~q1 ~:l~
5
5
5
5
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SCL4030AD
SCL4030AE
SCL4030AF
SCL4030AH
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~
4
5
6
9
10
11
12
OPER- PROfMMt1
ATiNG CESS
LQijlC
LEVEL
~~
.82%
.84%
.85%
.85%
.88
U~
MOl
2.0%
2.0%
2.0%
MOr
~:g~
~g: ~'2~
~q:
MOl
Mq~
Mq~
MOl
MO
M11
MO
Mq~
Mq~
MO'
2'2~
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0~
t~Qf
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~:::
2.9*
t8:
2.0*
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.01*t
.01*t
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0.21
0.01
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1.21
8.FANGATES
TYPE
~~~
cMS
CMS
CMS
CMS
CMS
Ig~§
CMS
CMS
CMS
CMS
Ig~~
CMS
Ig~~
CMS
g~.~
DOL
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-1.7*t
-1.7*t
-1.6*
-1.6*
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ECT
ECT
ECT
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ECT
~~:::
ECT
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RTL
RTL
RTL
RTL
RTL
TTL
TTL
.85*
TTL
.45*
TTL
.70*
.70*
TTL
TTL
TTL
TTL
.70*
TTL
:~g: TTL
.70*
TTL
.70*' TTL
TTL
.70*
TTL
.70*
.70*
TTL
TTL
.70*
TTL
.70*
TTL
.70*
TTL
.70*
TTL
.80*
.57*
.55*
.46*
.46*
:~8:
:~8:
:~g:
~
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SUPPLY
SPAN
g:g
0:0
0.0
0.0
0.0
2.0
0.0
0.0
0.0
0.0
0.0
2
2
2
2
~~§
CMS
c~~ ~
::~:~
-1.6*
-1.6t
-1.61
-1.6*t
-1.6*t
OUT
N(W
Ig:::t
DTL
DTL
-3.0
DTL
DTL
1.2*
DTL
1.2*
DTL
.45*
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DTL
DTL
.45*t DTL
DTL
DTL
4.5*
DTL
6.0*
1.5*t g:::t
ECT
-1.6*
-1.~*
IN
.lJ
2
2
2
2
~
Kg
00
0·2
0.0
0.0
2
~
2
2
2
2
2
2
2
2
2
6t:.
6t:.
6t:.
6t:.
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2
2
2
2
2
2
2
2
50
50
50
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0.0
0.0
g8
50
50
50
5
8:8
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
3t
8t
8t
8
8
8
8
8
7
10
10
~
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~t
2
2
2
2
2
2
2
u'~5
25
25
25
25
25
70
70
~
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2
2
2
2
2
2
2
2
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TTL
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TTL
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2
2
2
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5.2
5.2
5.2
5.2
5.2
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5.2
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5.2
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2
2
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2
4
4
2
2
2
2
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2
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2
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0.0
0.0
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0.0
0.0
4
4
5
5
16
16
5
11
11
10
20
20
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20
20
10
10
10
10
10
10
19
20
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0.0
0.0
0.0
0.0
0.0
0·2
0.0
0.0
0.0
0.0
0.0
0·2
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
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MAX.
PROPA- RISE
FALL
GATION TIME TIME
P~~. DE~fY
~~g~~
19
10 250nl>
90nl>
90nt:.
90nt:.
90nt:.
100nt:.
70n
100nt:.
150';t:.
100nt:.
150nt:.
19 100nt:.
10 100nt:.
10
10
10 100nt:.
10 100nt:.
10 150nt:.
10 100nt:.
10
10
10
10
10
10
10
10
10
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20n
20n
2Dn
20n
20nt
20nt
20nt
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lun
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10nt
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10n1
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18
10
10
10
12
12
15
12
15
10
8.0
8.0
7.0
5.0
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0.0
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0.0
0.0
0.0
0.0
0.0
g:g
0.0
0.0
0.0
0.0
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3.6
3.0
:l.O
3.6
3.6
3.6
5.0
5.0
7.0
g:8
5.0
5.0
5.0
5.0
5.0
5.0
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5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
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1~·5n%
2.5n%
2.5n
2.5n
2.4n
2.4n
65n
65n
12n%
12n%
12n%
12n%
12n%
13n
14n
14n%
60nt:.
60nt:.
60n/!,.
60nt:.
60nt:.
60nt:.
55n
55n
!On
IOn
30nt:.
30nt:.
17nt:.
17nt:.
55n
55n
10nt:.
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4.5
4.5
4.5
4.5
4.5
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t:.
t:.
t:.
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4.5
4.5
4.5
4.5
4.5
4.5
4.5
4.5
4.5
4.5
4.5
4.5
4.5
4.5
4.5
4.5
4.5
5.0
t:.
t:.
t:.
t:.
50n
340n1
340nt
8.i~~nt
n
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2.5n
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t:.
t:.
1~8~
25n 250m 1.0
120nt 288m§ 5.0/!"
120nt 288m§ 5.0 t:.
5.0 t:.
20nt
9.0n
13QmJ
130m1
9.0n
9.0n
130m1
130mt
130mt
2.2n
220mt
2.2n
220m1
175m1
~·2n1
2.0n1
2.5nt
2.5nt 1~~m"
75mt
75mt
IOn
25mt
IOn
25mt
72mt 100m
72m1 100m
28m1 100m
28mt 100m
28m1 100m
85m1
85m1
2.5n1 300mt
4.0mt
4.0m1
~·2m1
4.O'm1
4.0m1
4.0mt
15mt
15mt 1:8
30mt 1.0 t:.
30mt 1.0 t:.
30m1
j~8~~
l~g:'Jj
~
:!~m1
30mt 300m
30m1 300m
15mt 1.2 t:.
1.0 t:.
3~g~~
!60m1
160m1
160mt
!~~mt
19
10
10
10
10
10
0.0
0.0
0.0
0.0
0.0
0.0
5.0
5.0
5.0
6.0
5.0
30nt:.
30nt:.
30nA
30nt:.
1~8:"t
25
m§
250m§
1.0
1.0
1.0
1.0
1.0
-40 85
-55
-40 ~~b
-55 125
-40 85
-55 125
-40 85
-55 125
-40 85
-55 125
-40
-55
-55 1125
~i5
:~g 1~~5
40m 1.0
125m1 1.0
125mt 1.0
396mt
130m
130m
30n
30n
40n%
40n
40n
5.0n
5.0n
5.0n
5.0n
5.0n
1.3n
1.3n
1.4m%
10n%
10n%
10n%
10n%
IOu,,"
200m§
10u%
100u%
10u%
100u%
10u%
10u%
10u%
10u%
10u%
10u%
100u%
10u%
10u%
10u%
100u%
100u%
144m
100nt:.
150nt:.
150nt:.
220nt:.
~g ~gg~~
DI~~'
I~~o,:::
!~u%
199~~
5.0
:~n
5.0
On
5.2
35n
12 '260nt
12 260~1
IN ORDER OF (1)TYPE OF GATE(2)LOGIC TYPE
13 LEVEL'1'14 LEVEL'O~5IMAX FREQf61TvPE No.
MAX. MAX.
EMP. CKT
DRAWINGS
TOTAL NOISE
LO~IC 19UTLINE
PE~C
PKG.
REJECT LOV'< HI MO DWG. No DWG. No
l>=MO
(V)
'C
'C
t:.
t:.
t:.
t:.
t:.
-55 125
-55 125
-40
-55
-55
-55
-55 125
-40 85
-40 85
-30 85
-55 125
-55 125
-30 85
-30 85
-20
65
0
75
0
~g
0
-55 125
:,55 125
75
0
0
75
70
Ig
70
-25 85
75
0
-30 75
0
75
~~5
:
'4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
~g~m I~m~
G05126
G0572c
G0572c
G0572c
G0572c
G05117
G05126
G05119
G05119
G05119
G05119
G05126
G05126
G05126
G05126
G05126
: 1~8g1g
4 G05117
G04403
G04403
4 G04403
4 G04403
4 G04403
2 G0590
2
2
2
2
4 G0584
4 G02138
4 G02138
12
4 G02138
m:
:~~
0
-~:!
-30
-30
-30
-30
-30
:.JO
0
0
15
0
-55
0
-55
0
0
-55
0
0
-55
-55
-55
0
0
0
-55
-55
-~~
-55
-55
-55
-55
-55
g
0
-~5
m
75
125
85
85
85
85
85
:~
85
55
75
125
100
125
75
75
125
75
70
125
125
125
70
70
70
125
125
m
125
125
125
125
~g~m
:
4 G02138
6
4 G05116
4 G05116
4
4
4
4
4
4
G05106
G0598
~2~98
G05~~i
G051 8
G05128
~ g8g18~
4 G05125
4 G05125
4 G05124
1
1
1
1
1
4
4
12
4
4
G05100a
G05100a
G05100a
G05100
G05100
G02132
G02132
G05122
G05122
:Igggm
4 G05122
4 G05122
4 G0572c
4 G0572c
:I~ggm
: 1~8gm
4 G05121
70
85
: gggm
4 G05121
4 G05121
1~8
~~~10
t:.001AD
t:.001AB
t:.004AF
t:.001AD
t:.001AD
t:.004AF
t:.001AB
t:.001AD
MI72
M153a
M153a
M153a
~Jir
Ml05n
M114
CB62
T086
T0116
T086
T0116
1~~~7aa
M 117aa
M443
T0116
T0116
T086
M157a
M257a
M257a
1~85
191
M~~~w
MI17y
M256
~ g8~181 +gll~
126
m
M475b
M475c
M!~3a
~I~ggm ;~153d
117x
70
-55
-55
0
0
0
-25
~~~~a
3 G05113
4 G05120
41~~~!~0
4 g?572c
4 I 0572c
4 G0572c
4 G0572c
4 G05122
I~g
M126e
M126v
M126v
T086
T086
t:.001AB
t:.001AB
M126v
M126v
T086
T086
T086
T086
T0116
T0116
M153a
M153a
CB62
FP87a
M294b
M344
FP87a
M294b
M344
M157b
FP52e
M157b
t:.004AA
M157b
t:.004AA
M157b
t:.004AA
M157b
M126e
M344
~~~:b
MOr
2.0'1b
.80*
.80*
.80*
.80*
.80*
MOl
2.0%
.80*
TTL
2
10
0.0
5.0
65nt:.
250m§
0
70
4 G05127
M126D
~g:
~~,
2.0%
2.0%
2.0
2.0%
.80*
.80*
.80
.80*
TTL
TTL
TTL
TTL
2
2
2
2
10
10
10
10
0.0
0.0
0.0
0.0
5.0
5.0
7.0
5.0
55nt:.
12n%
15n
15n
250m§
.39m 1.0
156m
30mt 1.0 t:.
-25
0
0
0
85
70
70
70
4 G05127
4 G0572b
16
4
M126p
Ml05d
MOr
2.0%
.80*
TTL
2
20
0.0
5.5
37nt:.
256m
-55
125
4 G05109 . FP115
M~: ~:g~
~g, 2.0%
FP97a
M294b
M344
M126D
M126p
-ig~16
Mm
2.0%
.80*
TTL
2
20
0.0
5.5
37nt:.
1256m
-55
125
4 G05109
FP116
Mm
2.0%
.80*
TTL
2
20
0.0
5.5
37nt:.
256m
-55
125
100
JANM38510/00701 BAC
15
I
JANM38510/00701 BCA
4 G06109
FP116
JANM38510/0~701 B~B
2.0%
.80*
TTL
2
;to
0.0
6.5
37nt:.
256m
-55
1;t5
101
MO'
4 G05109
M314
MO'
2.0%
.80*
TTL.
2
20
0.0
5.5
37nt:.
256m
-55
125
4 G05109
M314
Mm
2.0%
.80*
TTL
2
20
0.0
5.5
37nt:.
266m
-55
125
4 G05109
M314
99
102
155
JANM3851 0/0~70 1B~C
D.A. T.A.
SYMBOLS AND CODES
EXPLAINED IN INTERPRETER
155
.§J
LINE
No.
TYPE
No.
YvPE
OF
GATE
OPER· PRO·
~nMt1
ATING CESS
JANM38510/Ui5 'Ul '"
JANM38510/00701 BDC
2
3
JANM3851 0/0:i70 1
C~A
5
JANM38510/00701CAB
15
JANM38510/00701CAC
6
JANM38510/0~701C~A
4
I
JANM38510/00701CCB
15
JANM38510/00701CCC
7
I
8
C~B
9
JANM38510/0:i70 1
10
11
JANM385 10/00701 CDC
15
JANM3851 0/0070 1DAA
12
JANM38510/0~701 D~B
I
1;$
JANM;$8510/0~70 1 D~C
14# M53286P
15# MIC5486J
MIC6486J
MIC7486J
MIC7486N
NC7486N
20+ SFC450E
21# SFC450ET
22+ SFC450HE
23+ SFC450HPM
24+ SFC450PM
25+ SFC451E
26+ SFC451PM
~~:
W-1l
~~: ~~g::~~M
29~
30#
31
32
33
34
35
SFC486ET
SFC486PM
SN54S86J
SN54S86W
SN74LS86J
SN74LS86N
SN74LS136J
SN74LS136N
SN74LS386J
SN74LS386N
38
39
SN74S86J
40
SN74S86N
41
SN5486J
42# SN5486N
SN5486W
SN6486N
45
SN7486J
46# SN7486N
47
SN7486W
48
49
SN74136J
50
51
SN74136N
52
SW7486J
53
SW7486N
54
55
T54S136F
56
~~
:~#
~~~:m~
i~:~~~j
~~ I+~:~~~~.J
59
60
~i#
T74S86J
T74S136F
T74S136J
T7486Bl
g~: g:~ggi
65~ TL7486N
~~
68
69
j~:
72#
73#
74
75
76
77
I~~~:~~~
US7486A
~~~:~~~
ZN5486J
ZN7486E
ZN7486J
MC3121F
MC3121L
MC5486F
MC5486L
78
79
80
81
82
83+
84
85+
86
87
88
89+
M121
MC3021F
MC3021L,P%
N8241A
N8241F
N8241Q
N8840A
N8840F
N8840J
S8241A
92
93
94
95
96
97
S8840A
S8840F
S8840J
MC7241F
MC7241L,P%
MC8241F
~g::~r,P%
~¥: I~~~:~ri
156
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
15
5
5
5
5
5
5
OUT
SUPPLY
SPAN
IN ORDER OF (1)TYPE OF GATE(2)LOGIC TYPE
(3 LEVEL'1'(4 LEVEL'O'(5)MAX FREQ(6)TYPE No.
MAX. MAX.
TEMP.
CKT
DRAWINGS
PER LOGIC OUTLINE
TOTAL NOISE
PKG.
REJECT LOlli HI Moe DWG. No DWG. No
f>=MO
D!~~.
(VI
'C
'C
(V)
(V)
MO~
2.0%
.80*
TTL
2
20
0.0
5.5
37n!>
256m
-55
125
4 G05109
MO~
2.0%
.80*
TTL
2
20
0.0
5.5
37n!>
256m
-55
125
4 G05109
FPl16
MO~
2.0%
.80*
TTL
2
20
0.0
5.5
37n!>
256m
-55
125
4 G05109
FPl15
FPl15
flJ
N(~~. P~~.
(s)
~)
I~)
FPl16
Mar
2.0%
.80*
TTL
2
20
0.0
5.5
37n!>
256m
-55
125
4 G05109
Mar
2.0%
.80*
TTL
2
20
0.0
5.5
37n!>
256m
-55
125
4 G05109
FPl15
Mar
2.0%
.80*
TTL
2
20
0.0
5.5
37n!>
256m
-55
125
4 G05109
M314
M314
Mar
2.0%
.80*
TTL
2
20
0.0
5.5
37n!>
256m
-55
125
4 G05109
Mar
2.0%
.80*
TTL
2
20
0.0
5.5
37n!>
256m
-55
125
4 G05109
M314
Mar
2.0%
.80*
TTL
2
20
0.0
5.5
37n!>
256m
-55
125
4 G05109
FPl16
Mar
2.0%
.80*
TTL
2
20
0.0
5.5
37n!>
256m
-55
125
4 G05109
FPl16
Mar
2.0%
.80*
TTL
2
20
0.0
5.5
37n!>
256m
-55
125
4 G05109
FPl15
Mar' 2.0%
.80*
TTL
2
20
0.0
5.5
37n!>
256m
-55
125
4 G05109
FPl15
~g~
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
2
2
2
2
2
2
2
4
4
2
4
4
4
4
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
20
10
20
20
20
20
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
~~~~f2
256m
39m!>
150mt
150mt
150mt
150mt
39m!>
20mt
-55
0
-55
-40
0
0
0
0
-25
0
-55
-55
0
-55
0
-55
-25
-55
-55
-55
0
0
0
0
0
0
0
0
-55
-55
-55
-40
0
0
0
-55
-55
0
0
0
0
-55
-55
-55
-55
0
0
0
0
0
0
-55
0
-55
-55
0
0
-55
-55
0
0
-55
-55
-55
-55
0
0
0
0
0
0
0
0
0
0
0
-55
-55
-55
-55
-55
-55
0
0
-55
125
75
125
85
75
75
70
70
85
70
125
125
70
125
70
125
85
125
125
125
70
70
70
4
4
4
4
4
4
4
2
2
2
2
2
2
2
G05109
G0572b
G0572b
G0572b
G0572b
G0572b
G0572b
FPl15
Ml05'
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
G0572b
G0572b
G0572c
G0572c
G0572c
G0572c
G05120
G05120
G0572c
G0572c
G0572c
G0572c
G0572b
G0572b
G0572b
G0572b
G0572b
G0572b
M~~
M~~
~g~
M~~
MO
MO~
~~~
MO~
M~~
~g~
Mq~
Mq~
Mar
M~~
MO
Mar
Ml~
MO
MO
Mq~
Mq~
Mar
~~;
MO~
M~~
~g~
MO~
M()~
MCl~
~g~
Mar
M()~
Mar
MOt
Mq~
Mq~
MCl'
~~~
Mar
M~~
~g~
~g~
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
~.O%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
~.O%
2.0%
2.0%
2.0%
2.0%
2.0%
2.(l%
2.0%
2.0%
~.O%
2.0%
MClr 2.0%
2.0%
MO
2.0%
MO
2.0%
2.0%
~g~ 2.0%
MO~ 2.4%
2.4%
2.4%
MO~ 2.4%
2.4%
~g; 2.4%
PCB 2.4
2.5%
~g~ 2.5%
MOr 2.6%
M()~ 2.6%
Mqr 2.6%
Mar 2.6%
2.6%
2.6%
Mar 2.6%
Ml~
~g~
D.A. T.A.
IN
MAX.
PROPA· RISE
FALL
GATION TIME TIME
DELAY
~'O'
~g~
20M
TYPE
8FAN
· GATES
POWER
@J'1'
FREQ.
(Hz)
i"
1
LOGIC
LEVEL
~~;
~q~ U~
MO~
Mq~
Mq~
Mar
~g~
2.6%
2.6%
2.6%
2.8%
2.8%
2.8%
:~g:
.80*
:~g:
.80*
.80*
.80*
.80*
.80*
.80*
.40*t
.40*t
.40*t
.40*t
.40*t
.40*t
.40
.40*t
.40*t
.40t
.40*t
.40t
.40*t
.40t*
.40*t
.40t
'~(lt
.40t
.40*t
.40t*
.40*t
.40*t
.40*t
.40*t
+it
TTL
TTL
TTL
TTL
TTL
TTL
TTL
fit
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
iit
TTL
TTL
TTL
TTL
TTL
TTL I
TTL'
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
2
2
2
2
2
2
2
1
2
2
2
2
2
4
4
4
2
~
4
4
4
2
2
2
20
20
10
10
10
10
10
10
10
10
10
10
10
20
20
20
20
20
20
20
20
10
10
10
10
80
80
80
80
10
10
10
10
8.0
8
10
10
10
10
10
8.0
8
20
20
20
20
20
20
20
~g
20
20
20
10
10
10
0.0
5.5
0.0
7.0
0.0
5.0
0.0
5.0
0.0
5.0
0.0
5.0
0.0
5.0
0
7
0.0
5.0
0
7
0
7
0
7
0
7
0
7
5.0
O.(l
0.0
5.0
0.0
5.0
0.0
5.0
0.0
5.0
0.0
5.0
0.0
5.0
0.0
5.0
0.0
5.0
0.0
5.0
0.0
5.0
0.0
5.0
5.0
0.0
0.0
5.0
0.0
5.0
5.0
0.0
0.0
5.0
5.0
0.0
0.0
5.0
0.0
5.0
0.0
5.0
0.0
5.0
0.0
5.0
0.0
5.0
0.0
5.0
0.0 5.25
0.0 5.25
0.0
6.0
5.0
0.0
0.0 I 5.0
0.0
5.0
0.0
5.0
0.0
5.0
0.0
5.0
0.0
5.0
0.0
5.0
0.0
5.0
0.0
5.0
0.0
5.0
5.0
(j.0
0.0
5.0
0.0
5.0
0.0
5.0
0.0
5.0
0.0
5.0
0.0
5.0
0.0
5.0
0.0
5.0
0.0
5.0
0.0
5.0
0.0
5.0
0.0
5.0
0.0
5.0
5
0
5.0
(l.0
5.0
0.0
0.0
5.0
0.0
5.0
0.0
5.0
0
5
0.0
5.0
0
5
0.0
5.0
0.0
5.(j
0.0
5.0
0
5
0.0
5.0
5
0
0.0
5.0
5.0
0.0
0.0
5.0
,
30n!>
30n!>
30n!>
~g~~1Z
I
13n
13n
6n
6n
13n
13n
13n
15n
15n
15n
15n
7.0n
7.0n
IOn
IOn
30n!>
30n!>
17n!>
17n!>
7.0n
7.0n
14n
1.0 !>
400m
400m
400m
400m
1.0
?~mt 400m
40mt
40mt
20mt
20mt
20mt
400m
400m
400m
400m
1.0 !>
1.0 !>
1.0 !>
1.0 !>
250m 1.0 !>
250m 1.0 !>
30mt 1.0 !>
30mt 1.0 !>
30mt
;30mt
30mt 300m
30mt 300m
250m 1.0 !>
250m 1.0 !>
150mt 1.0 !>
39m!> 1.0
150mt 1.0 !>
39m!> 1.0
150mt 1.0 !>
150mt 1.0
30mt 1.0 !>
150mt
150mt
150mt
150mt
150mt 1.0
150mt 1.0
375m§
375m§
375m§
375m§
375m§
375m§
375m§
375m§
150m§ 1.0 !>
150m§ 1.0 !>
150m§ 1.0 !>
262mt
~~~%1Z
12n%f2
14n
14n
15n
12n
12n
12n
12n
15n%
15n%
IOn!>
IOn!>
14n!>
14n!>
IOn!>
IOn!>
14n!>
14n!>
30n!>
;30n!>
30n!>
30n!>
~g~~
30n!>
30n!>
14n
14n
14n
14n
14n
14n
30n!>
30n!>
30n!>
30n!>
15n
14n
14n
IOn
20n!>
IOn
13n%!>
13n%!>
13n%!>
IOn
IOn
IOn
13n%!>
13n%!>
13n%!>
10n%
10n%
10n%
15n
15n
50n
50n
50n
50n
50n
50n
5(jn
50n
50n
50n
50n
150mt
150mt
150mt
150mt
100mt
100mt
215m§
215m§
250m§
250m§
205m 1.0
100mt
100mt
300m
300m
37m!> 600m
37m!> 600m
37m!> 600m
300m
I~gg~
37m!> 600m
37m!> 600m
37m!> 600m
225mt
225mt
225mt
SYMBOLS AND CODES
EXPLAINED IN INTERPRETER
jg
70
70
70
125
125
125
85
70
70
70
125
125
70
70
70
70
m
: Igg~ng
G05120
G05120
G05120
G05120
G05112
G05112
G05120
G05120
G05120
125
125
70
70
70
70
70
70
125
70
125
125
70
70
125
125
70
70
125
125
125
125
75
75
70
75
75
75
75
75
75
75
75
125
4 G05102
125
125
125
75
75
125
2 G0587
2 G0587
2 G0587
4
4
4
m
gg~gg
G05120
G05120
G05120
G05120
: Igg~gg
4 G0572b
:i~g~ng
4
4
4
4
4
4
4
4
4
4
4
4
6
4
4
4
4
4
2
G0572b
G0572b
G0572b
G0572b
G0572b
G0572b
G05103
G05103
G05120
G05120
G05120
G05120
G05103
G05103
G05102
G05102
G05102
G0587
~ gg~:j
igm
TOl16
M126x
M126
TOl16
TOl16
TOl16
ZB165
ZB165
TOl16
ZB165
TOl16
TOllS
T0116
T085
M157b
!>004AA
M157b
M126e
M157b
M126e
M157b
M126e
M157b
M126e
M157b
M75a
!>004AA
M75a
M157b
M126e
T084
M157b
!>004AA
M157b
M126e
M114
Ml05n
T086
M157c
T086
M157c
T086
M157c
T086
M157c
M126u
M294
M294
M126n
Ml05al
T088
M 105al
TOB8
T0116
M257e
T0116
M257e
T086
T0116
T086
T0116
T086
T0116
TOB6
T0116
Ml05a
M157
T088
T0116
M157
T088
Ml0!i.Q_
:!~g~~g~ ~ri~:r
T0116
M157
T088
T086
T0116
T086
156
8.FANGATES
.
~
LINE
No.
iY ~r:1
TYPE
No.
YPE
OF
GATE
~'~2
4
1
1
2
2
2
2
~g~
M~;
MO
D.A. T.A.
OUT
RTL
RTL
RTL
RTL
RTL
RTL
RTL
RTL
RTL
RTL
RTL
RTL
RTL
RTL
RTL
RTL
RTL
RTL
RTL
RTL
RTL
RTL
RTL
RTL
RTL
RTL
RTL
RTL
RTL
RTL
RTL
RTL
RTL
RTL
RTL
RTL'
RTL
RTL
RTL
M~~
6
6
6
6
6
6
IN
RTL
~~~
MO
I~
TYPE
Mm
Mm
1.0M
3C?M
3.0M
5.0M
GATES
FAN
POWER
I~+t
MO~
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
16
6
6
6
lOGIC
lEVEL
a.
3.6
3.6
8
4
4
4
4
4
4
4
4
4
4
4
4
4
4.0
4
4.0
4.0
4.0
8
4
4
4
4
3.6
3.6
3.6
3.6
3.6
3.6
3.6
3.6
12
12
12
12
5
5.0
5
5
5.0
5
5.0
5.0
l\,jm
19m
19m
150m§
150m§
133m§
17m
8.0m%
18mt
10m
10m
180mt
15m
60m
500m
78mt
78mt
g8~+
78mt
lln
l1n
l~n
13n
lln
lln
14n
14n
40m
-55
-30
-30
-55
-55
-55
-55
-55
1.0 /::,
15
2.0
0
1.0 /::,
-55
1.0 /::,
0
1.0 /::,
0
1.0 /::,
-55
1.0
-55
800m/::' 0
800m/::' 0
-55
-55
1.0
-~5
1.0
-55
1.0
0
35Om* -55
350m* -55
350m*
0
~~~m* 0
-40
700m
700m
-20
700m
0
0
0
-55
-55
-55
0
0
0
0
1.0
0
1.2
0
1.6
-20
1.6
-20
0
_300
3.2
3.2
-30
3.5
-55
3.5
-30
3.2
-55
-30
175m
0
-55
175m
-55
175m
-55
-55
0
0
250m
0
m
125
85
85
125
125
125
125
125
55
75
125
75
75
m
75
75
125
125
m
70
125
125
75
75
85
75
75
70
70
125
125
125
75
75
75
75
70
75
65
65
70
70
70
70
125
85
125
j~
125
125
125
125
g~%
l~n%
27n
27n%
12n
12n
27n
27n
12n
12n
12n
12n
12n
12n
12n
12n
12n
12n
~~~~~
26n%LI
26n%LI
26n%LI
26n%LI
15n/::'
15n/::'
~~~~
~g~t
20m
20mt
13m
13m
13m
13m
8.9m/::'
8.9m/::'
8.9mLl
8.9m/::'
8.9m/::'
8.9m/::'
22mt
22mt
I~gg~
600m
600m
600m
600m
~:g ~
SYMBOLS AND CODES
EXPLAINED IN INTERPRETER
4 G04400
~
8
2
2
2
2
2
2
2
2
2
2
1
1
CBI2I
G06170
G06170
G06170
G06170
G06170
G06161
G06164
G06164
G06164
G0683
G0683
~s:,9
M200'
M200j
M200j
M200'
i8: :~
~ I~g~:~~e
T0116
T0116
T0116
CN13
T091
T099
T086
T091
T099
T086
T0116
T086
T086
T086
T086
:~
13mt 100m
20mt
100m
100m
20mt 100m
20mt
320m
6.0mt
6.0mt
80mt
40mt
G0694b
G0661y
G0694b
G06107
G06107
T0116
~g~t
12n
gg~m
G0664a
g~~
CN2
FP32
CN38
FP32
CN38
M294b
M294b
M294b
CB62
CB50
FP28
T0101
T0116
M344
M126
T084
M75a
CB53
Ml05Q
4 G06134
!!!n
12n
12n
o
o
o
G0686a
G0686a
G06136
G06136
G06136
G06136
G06136
G06136
TOl16
TOl16
CN39
Ml05n
TOl16
M55
M55
75
55
55
75
0
.55 125
-55 125
-55 125
-55 125
0 75
0 75
0
7~5
0
-55 125
-55
-55
100
100
100
15 55
-55 125
0
75
75
0
75
0
-55 125
15 55
15 55
15 55
15 55
15
15 ;~
0
75
75
0
15 55
15 55
75
0
75
0
-15
65
-40 100
-40 100
-30
80
0 75
75
0
0 75
-55 125
-55 125
-55 125
-55 125
-55 125
13mt 100m
g8~:g~: mh~~
G06103a
G0694
G0694a
G0694
G0694
G0674
G0674a
: Ig8~~~
2 G0667
j;
0
3.0mt
3.0mt
20mt 100m
3.0mt
3.0mt
~Omt 100m
20mt 100m
G0661e
70
20m
27n
27n
27n%
27n
27n
27n%
27n%
12n
12n
12n%
12n
:
4
2
2
2
2
1
1
1
1
1
2
2
2
2
2
2
2
12
9
2
2
2
2
2
2
2
G06152
G06152
G06152
G06107
G06101
~~~~a
M153a
M153a
M153a
TOl16
M157
T088
T084
M126a
Ml05
M 105ae
T086
T0116
T091
CN9
T091
CN9
T099
12n
30mt
~ liUtllUl
2
2
2
4
4
4
2
2
2
4
m
6
2
2
2
1
2
2
1
1
4
2
1
4
2
1
2
1
1
1
2
2
2
2
4
2
4
4
4
4
6
6
6
6
G06163
G06134
G06142
G06142
G06142b
G06142
G06142
G06142b
G06142f
G06142b
G06142a
G06142e
G06142b
G06142a
G06142e
G06142e
G06142e
G06142b
G06142f
G06142e
G0667a
G06142
G06142
G06142b
G06142a
G06134a
G06134a
G06134a
G06134a
G06163
G06163
G06163
G06163
ig~~
T0116
T086
T086
TOl16
T0116
T078
T091
T099
T086
T086
T0116
TOl16
T0116
T0116
TOl16
TOl16
TOl16
TOl16
M45
M45
M45
M45
2 G06133a T0116
2 G06133a M157
2 G06133 T088
2 G06133a TOl16
M157
~ gg~ma T088
2 G06159c
2 G06159c ~P:t298~
:~gm
158
LINE
No.
~
~MMt1
OPER- PRO-
...j1PE
OF
GATE
TYPE
No.
DM9006C~
3# n06Bl
~
(~I
I
~q~ ~ :~~
MO~
6
MO:~~
~
~g~~~~
TG170J
TG171F
TG171J
SNG270J
6
6
6
6
1~
~~~~mV
~
15
1~
SNG271W
SNG273J
~~~~mV
~
~~
~gg~~2
~
TG270F
6
~~
i~~j?~
~
TG271J
TG272F
TG272J
TG273F
6
6
i~~j~~
~~
g~~:~~?~
!~
I~~~:~~~~
'~
42
43
44
45
46
47
48
49
50
51
DM54H61N
DM74H60J
DM74H60N
DM74H61J
DM74H61N
DM74H62J
DM74H62N
DM5460J
DM5460N
DM5460W
DM7460J
MO~
MO~~~
MO
MO
MO~
MO~
MO~
MO~
1.~*
1.2*
1.2*
1.2*
U
.SO*
.SO*
.80*
I~Qf ~:g~
:~g:
Mq~
Mq~
MOl'
MOt
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
.80*
I .80*
.SO*
.SO*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
~g; ~:g~
:~g:
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
2.0%
2.0%
2.0%
.80*
.80*
.80*
~~; ~:g~
:~8:
Mq~~~
MO
MO
M()~
Mq~
MOl'
Mq~
M()~
MOt
~Q~
MO~
6
6
6
:~~:
.85*
.85*
.85*
.90*
.90*
1.2*
1.2*
1.2*
1.2*
1.2*
1.2*
1.2*
1.2*
2.0%
2.0%
2.0%
M()~~~
M()~
55# FLY105-8460
56';'* GFB7460
57
ITT5460J
(~I
1.1*
1.1*
1.1 *
1.1 *
1.2*
1.2*
MO
MO
6
6
6
6
6
6
6
6
6
6
fiJ"
1.8%
1.8%
l.S%
I.S%
I.S%
l.S%
MO~
6
1.6%
1.6%
1.6%
1.7%
1.7%
1.7%
1.7%
1.7%
1.7%
1.7%
1.7%
1.7%
1.7%
1.7%
1.7%
1.7%
1.7%
~g~ l:j~
Mq~
~
6
6
6
6
Mq~
M()~
6
TG172J
TG173F
TG173J
DM54H60J
:?
:g~
6
33
34
35
36
39
40M
40M
40M
40M
40M
40M
40M
40M
6
24
~~
~n
0.0 5.0n
0.0 5.0n
0.0 1.3n
0.0 1.3n
5.0
18n%
5.0
18n:!b
5.0 , 18n%
5.0
18n%
14,,%
30n
~:g
I~gg~
:gg
900m
1900m
20mt 1.1
20mt 1.1
20mt 1.1
20mt 1.1
20mt 1.1
20mt 1.1
10mf U
10mt 1.1
10mt 1.1
10mt 1.1
IOmt 1.1
10mt 1.1
10mt 1.1
10mt 1.1
30mt 1.0
30mt 1.0
30mt 1.0
30mt 1.0
30mt 1.0
30mt 1.0
30mt 1.0
30mt 1.0
20mt 1.1
20mt 1.1
10m 1.0
10m 1.0
10m 1.0
10m 1.0
28mt
-55
~.~m
5.0m
I
1~~~
O.~
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0
0.0
0
0.0
0.0
0.0
0.0
0.0
00
0·2
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
5.2
5.2
5.2
5.2
0.0
0.0
0.0
0.0
0.0
0.0
DE~~Y
MAX.
FALL
TIME
~ 1:g~
0.0
0.0
0.0
0.0
0.0
0.0
~
5
5
5
5
5ll
10
10
10
10
10
10
10
10
10
10
l1A
1111
1111
1111
llA
1111
1111
1111
10
10
10
10
10
10
10
10
1111
llA
11 Ii
1111
1111
1111
1111
1111
N&~.
PROPA· RISE
GATION TIME
IN ORDER OF (1ITYPE OF GATE(2)LOGIC TYPE
(3 LEVELT{4 LEVEL'O'{5IMAX FREQ{6ITYPE No.
DRAWINGS
TEMP. CI5T
MAX. MAX.
TOTAL NOISE
PER LOGIC OUTLINE
PKG.
REJECT LOW HI MOC DWG. No DWG. No
ll=MO
DI~'
(V)
'C
'C
~!!mt
5·2"
5.0n
5.0n
5.0n
5.0n
5.0n
14mt
14mt
28mt
28mt
14mt
14mt
28mt
28mt
14mt
14mt
28mt
~~mt
14mt
14mt
15mt
15mt
15mt
15mt
15mt
15mt
64m'll
28m
28m
28m
28m
28m
28m
28m
28m
28m
28m
25mt
25mt
14mt
14mt
25mt
25mt
14mt
14mf
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0 II
1.0 II
1.0 II
1.0 II
~20m
~gg~
25mt
25mt
25mt
25mt
25mt
25mt
25mt
25mt
600u%
600u%
3.0m%
3.0m%
200m§
2.5n
2.5n
1~·2n
2.2n
J~~r~2
2.2
2.2
100mt 2.2
2.5u% 2.2
100mt 2.2
2.2
~gg~r
A
II
II
A
A
A
130mt
220mt
220mt
170mt
170mt
gg~~
2.0nt
2.5nt
2~6~~
SYMBOLS AND CODES
EXPLAINED IN INTERPRETER
125
mi
0
-55
-55
·55
-55
·55
-55
-55
-55
125 1
75
75
75
75
125
125
125
125
75
75
75
75
125
125
125
125
75
75
75
75
125
125
125
125
125
125
75
75
75
75
75
75
75
75
125
125
125
125
125
125
125
125
-55
·55
-55
-55
125
125
125
125
g
900m
900m
75n
140n
lIOn
200n
lIOn
llun
-55
-55
0
0
0
0
-55
-55
-55
-55
0
0
0
·0
.~~
-55
-55
:55
0
0
0
0
-55
-55
-55
-55
-55
-55
0
0
0
0
0
0
a
900m
900m
900m
75n
140n
lIOn
200n
lIOn
llun
·~5
I~~
-55
-55
·55
·55
0
0
0
0
-55
-55
-55
·~5
-55
-55
0
0
0
0
0
0
0
0
-55
-55
-55
·55
-55
·55
·55
-55
0
0
0
0
-55
-55
-40
-40
-40
-55
-55
-40
-40
-40
-40
0
-55
-30
-30
0
0
-55
-55
0
·55
~~
125
125
m
75
75
75
75
125
125
125
125
125
125
75
75
75
75
75
75
75
75
125
125
125
125
125
125
125
125·
75
7.5
75
75
125
125
85
85
85
125
125
85
85
85
~5 I
125
85
85
75
I~~5
125
ig5
~,~g~;~
I~m
2
2
4
4
4
4
4
M157
M126
Ml05m
FP28
Ml05m
FP28
Ml05m
FP28
M105m
FP28
Ml05m
FP28
Ml05m
G065?
G0657
G06143
G06143
G06143
G06143
G06143
~ ~g~J~3
2 G0656
~ ~g~~~
2
2
2
2
2
2
2
2
2
2
2
2
4
4
2
2
2
2
1
1
2
2
1
1
2
2
G0656
G0656
G06S6
G0656
G06143
G06143
G06159
G06159
G06143
G06143
G06159
G06159
2
2
1
1
2
2
G06159
G06159
G06143
G06143
G06159
G06159
G06143
G06143
1~g~l:~
~7J5m
FP28
Ml05m
FP28
Ml05m
FP28
Ml05m
FP28
Ml05m
FP28
Ml05m
FP28
M126
T086
M126
T086
T086
0116
1.T086
T0116
T086
T0116
T086
TOl16
T086
T0116
T086
T0116
T086
T0116
T086
TOl16
~ ~g~l~; ig~~6
2
2
2
2
G06165
G06165
G06165
G06165
T086
T0116
T086
T0116
1
1
1
1
1
1
1
G06109
G06109
G06109
G06109
G06109
G06109
G06109
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
A004AF
M157b
l1004AF
M157b
l1004AF
M157b
l1004AF
M126
G06143
G06143
G06143
G06143
G06143
G06143
G06143
G06143
G06143
G06143
G06143
G06143
G06143
G06143
G06143
G06143
~ ~g~~6~ ~~~7b
~g~1g~
57
P21c
W
T0116
FP21c
T0116
FP21c
T0116
FP21c
ig~~6
T0116
T086
T0116
T086
T0116
T086
T0116
~ ~g~~g~ ~:;~~~
1
1
1
1
1
1
4
4
G06109
~06109
06109
G06109
G06109
G06109
K30139
K30139
K30139
K30139
G075
K306
K306
K306
K306
K306
4
1
1
1
1
1
1
4
4 G076
3
3 gg~l
4
4
4
4
12
4 G075
~~~~
FP21c
~~n:
T0116
FP21c
T0116
M153d
M117x
M153d
M117x
llOOIAB
M191
M191
M191
M191
M278
M278
M257a
M257a
FP85
M191
T086
T0116
T086
TOl16
CB62
M157b
161
.§j
TYPE
No.
LINE
No.
f#PE
OF
GATE
OPER- PRO~nMt1
~~~~5~200W I~
~
9386DM
9386FC
9386FM
SN74LS266J
SN74LS266N
MC3122F
MC3122L
3
4
5
6
7
8
9
10
11
lJ'1'
f!J '0'
(V)
(it)
I~~~ tg~
M6~
7
7
7
7
7
7
7
7
7
~gg~~r,P%
LOGIC
LEVEL
ATING CESS
FREQ
(Hz)
2.0%
2.0%
M~~
MO
2.0%
MO~ 2.0%
M~~ 2.0%
2.4%
~g~ 2.4%
Mq~ 2.5%
Mm 2.5%
:~g:
.80*
.80*
.80*
.80*
.80*
.40*t
.40*t
.40*t
.40*t
TYPE
IN
OUT
TTL
TTL
TTL
TTL
TTL
TTL
nt
~
2
2
2
2
2
2
2
2
2
13 LEVELTI4 LEVEL'O'ISIMAX FREQI6lTYPE No.
SUPPLY
SPAN
1J
Ht
TTL
IN ORDER OF (l)TYPE OF GATE(2)LOGIC TYPE
8FAN
· GATES
POWER
8
8
8
8
N(~~.
?v1'
g:g
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
PROPA- RISE
GATION TIME
DELs~Y
(5
~:g
~~~6
25n6
25n6
25n6
30n
30n
14n
14n
14n
14n
l~)
MAX.
FALL
TIME
~)
MAX. MAX.
TEMP. CKT
DRAWINGS
TOTAL NOISE
PER LOGIC OUTLINE
PKG.
REJECT LO,,", HI Moe DWG. No DWG. No
b=MO
°C
°C
(VJ
D!~1'
1jg~r
170mt
170mt
170mt
40m~
40m~
85mt
85mt
85mt
85mt
:.00
j~O
?55
0
-55
-55
: I~g~~
125
70
125
125
125
125
125
75
75
4
4
4
4
4
4
4
G074
G074
G074
G075
G075
G05104
G05104
:
gg~1g:
-~5
-55
-55
0
0
~~~~~~
M 105ad
FP115
FP115
M157b
M126e
TOS6
T0116
TOB6
T0116
I
I
I
I
I
I
I
,
I
I
I
I
I
I
I
I
I
I
I
i
162
D.A. T.A.
SYMBOLS AND CODES
EXPLAINED IN INTERPRETER
162
!J
LINE
No.
2:'11
3
4
5
6t
7+
8t
9t
10
11
12
13
14
15
16
17
18
19
20
21
22
~~,.
~~f
27+
28
29
30
31#
1
OPER- PROIME fRJnM:1
DELAY ATING CESS
TYPE FREQ.
1Hz)
TYPE
No.
~C~c3451049703
543
B360
D50
MOF2
1~~~~2
TMOF4
~gl:~:g~l
HD9-54C221
HD9-74C221
MIC941-1B
MIC941-1D
MIC941-5B
MIC941-5D
MIC951-1B
1~:g~~tJ~
MIC951-5C
MOSI
SW751-1P
9951DM
9951FM
MIC951-10
MIC951-5D
SFC951E
SW751-2M
SW751-2P
9951FC
1301
MC6671.P%
36,. T118Bl
~a ill~g~
T118Fl
T118F2
9601FC
546
5540
SN54L 121J
SN54L121T
SN74L121J
SN74L121N
SN29601J
SN29601N
ZN10l0E
ZN1010F
MIC9601-1B
MIC9601-1D
MIC9601,5B
39#
40#
41
42
43
44
45
46
47
48
49
~~l
52
53
54
~J~~g~1-5D
gg
57
58
59
60
61
62
63
9941FM
9941HM
~~551~~"2
RM556D#2
~g~~g?~J2
RC5~~~#2
g~
RC556DP#2
540T
66
~~tllH2N
~7~~
6~Jt.
69
SFC4122E
70# SFC4122EM
SFC4122ET
SFC4122PM
~~:
n# ~5516323P
75
AM26123DC
AM26123DM
AM26123FM
78
AM26123PC
79# MIC54122AJ
MIC54122J
8~t1J
81
MIC54123AJ
~~
~~#1J ~:gg:lm~J
84# MIC64123AJ
85# MIC74122AJ
MIC74122AN
MIC74122J
88# MIC74123AJ
MIC74123AN
MIC74123J
MIC74123N
~~#1J SFC4123E
93# SFC4123EM
94# SFC4123ET
95
SW74122J
96
SW74122N
97
SW74123J
SW74123N
~~,. TL74122N
100# TL74123N
101
DM54L 123N
102
DM74L 123N
103
DM54123N
104
DM74123N
105
SN54122J
106
SN54122W
107
SN54123J
108
SN54123N
~~~
~g:=~
l~g
I~~~!m~
163
500k,',
3
I~AG
~mgg
~~:
3~
j
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
'4
4
4.5
4.5
4.5
4.5
4.5
'4.5
1 4 .5
,4.5
45
4,5
4,5
45
4,5
4,5
45
4,5
4,5
4.5
4,5
4,5
45
4,5
4,5
45
4,5
4,5
45
4,5
4,5
45
4,5
4,5
45
4,5
4,5
45
4,5
4,5
45
4,5
4,5
45
4,5
,45
10M
5.0M
5.0M
5.0M
5.0M
LOGIC
LEVEL
1J'1'
.!J '0'
(V)
IV)
I~Q.~ ~19'"
PCB
PCB
PCB
PCB
PCB
PCB
PCB
~g~
MO~
Mq~
2.0%
0.0
2.6%
3.0%
3.0%
3.3
3.3
8.0%
8.0%
8.0%
8.0%
10· TIME DELAY
POWER
o.~'
.45*
-3.0
.50*
.40*
.40*
.22
.22
, 2.0*
2.0*
2.0*
2.0*
MO~
MO~
MO
~g~
M~~
~g~
2.0M
10Mt
PC~~
~g~
MO
~g~
10Mt
10Mt
M~~
~g~
M~~
~g~
~CJ3~
MO~
~g~
MO~
~g;
PCB
PCB
~g~
~q~
MO~
MO~
10M
10M
10M
10M
Mqr
Mq~
MO~
~qf
MO~
M1~
MO
MO
20M
D.A. T.A.
M~~
~g~
~~;
PCB
M1~
MO
MO
M~~
~g~
~g
MO~
M1~
MO
MO
M~~
~g~
Mq~
Mq~
MO~
~q~
Mm
M~~
~g~
M~~
MO
Mm
M1~
MO
MO
M~~
~g~
~q~
MO~
M1~
MO
MO
~g~
MO~
M~~
MO
2.0%
.50*
2.5%
.40*t
2.5%
.45t*
2.5%
.45t*
2.6%
.40*t
3.2%
.45*t
3.2%
.45t*
3.2%
.45*t
3.2%
.45*t
3.2%
.50t*
3.2%
.50*t
.50t*
3.2%
0.0
5.0
1.5*t
12.5%
1.7
1.4
1.7
1.4
1.4
1.7
1.4
1.7
1.7
1.4
1.8%
.85*
2.0%
.45*
2.0%
.80*
2.0%
.80*
2.0%
.80*
2.0%
.80*
2.0%
.80*
2.0%
.80*
2.0%
.80*
2.0%
.80*
2.0%
.80*
2.0%
.80*
2.0%
.80*
2.0%
.80*
2.0%
2.0%
2.0%
.85*
2.0%
.85*
2.0%
.85*
.10t
3.3
.10t
3.3
3.3
.25t
.25t
3.3
.25t
3.:!
.25t
3.3
5.5
0
2.0%
.80*
2.0%
.80*
2.0%
.80*
2.0%
.80*
2.0%
.80*
2.0%
.80*
2.4
I .40
2.0% I .80*
2.0%
.80*
2.0%
.80*
2.0%
.80*
2.0%
.80*
2.0%
.80*
2.0%
.80*
2.0%
.80*
2.0%
.80*
2.0%
.80*
2.0%
.80*
2.0%
.80*
2.0%
.80*
2.0%
.80*
2.0%
.80*
2.0%
.80*
2.0%
.80*
.80*
2.~?6
2.0%
.80*
2.0%
.80*
2.0%
.80*
2.0%
.80*
2.0%
.80*
2.0%
.80*
2.0%
.80*
2.0%
.80*
2.0%
.80*
2.4
.40
.40
2.4
.40
2.4
.40
2.4
.40
2.4
.40
2.4
.40
2.4
.40
2.4
.40
~.4
2.4
.40
:~~:
FAN
IN ,OUT
IMAX.
TYPE
1J
I
c~Lsl
DTL'
RTL
CMS
eMS
CMS
CMS
DTL
DTL
DTL
DTL
DTL
DTL
DTL
DTL
DTL
DTL
DTL
OTL
gitl
git
DTL
DTL
OTL
DTL
OTL
DTL
TTL
TTL
TTL
TTL
TTL
l
ntl
TTL I
ITTL i
. TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
nt[
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
nt:
nt!
TTL'
'TTL [
ITTL
TTL
ITTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL'
ITTL
TTL
TTL
ITTL
TTL,I
'TTL
TTL
TTL
TTL
TTL
TTL
TTL
,TL
TTL
TTL
TTL
TTL
TTL
,TTL
ITTL
ITTL
ITTL
ITTL
2t,
10
SUPPLY
SPAN
NEG. POS.
IV)
IV)
MIN.
DELAY
(5)
MAX.
RISE
FALL
TIME TIME
tr
tf
(5)
Is)
O~O
24 g:g 1~~~,',
3
25
0.0
5.0
25n
120n
1
12
15
10 20n
0 5.0 lOOn
3
0.0
5.0 120n
2
8
0.0
8
5.0 '120n
2
0.0
5.0
25n*
0.0
5.0
25n*
10 250n%,',
I 0.0
0.0
10
10
00
0.0
10 250n%,',
10
0 5.5
3
5.5
10
0
3
3
10
0 5.0
3
10
0 5.0
3,', 10
0 5.0 lOOn,',
2
10
0 5,0 lOOn,',
3,', 10
0 5.0 lOOn,',
2
10
0 5.0 100M
5.0 500n
2
25
5.0
0.0
5.0
25n%
4t, I 10
4,', 10
0.0
5.0
40n,',
40n,',
10
0.0
5.0
10
0 5.0 lOOn,',
3,', 10
0 5.0 lOOn,',
4,',
0.0
5.0
4t
10
0.0
5.0
25n%
4t
10
0.0
5.0
25n%
4,', 10
40n,',
0.0
5.0
4,', 10
0.0
5.0
40n,',
4,', 10
0.0
5.0
40n,',
10
4.8
5.2
90n
50n
2
0.0
1
10
15 140nt
50n,',
6
10
0.0
5.0
10
0.0
5.0
50n,',
6
0.0
5.0
50n,',
6
10
0.0
5.0
50n,',
6
10
0.0
5.0
50n,',
6
10
0.0
5.0
45n
4
12
0.0
5.0
40n
5
8
0.0
9
10
5.0
50n
20
0.0
5.0 160n,',
3
0.0
5.0 160n,',
3
20
3
20
0.0
5.0 I 160n,',
0.0
5.0 160n,',
3
20
40n,',
4
20 , 0.0
5.0
4
20 ! 0.0
5.0! 40n,',
3
10
0.0 ,5.25 i 35n
10
0.0 5.25
35n
3
50n,',
4
16
0 5.0
50n,',
0 5.0
4
16
50n,',
4
16
0 5.0
4
16
0 5.~
~~n,',
4,', 20
0.0
5.0
40n,',
4,', 20
0.0
5.0
40n,',
4,', 20
0.0
8.0
4,', 20
0.0
8.0
0.0
5.0
100nt
5
0.0
5.0
100nt
5
0.0
5.0 I
100nt
5
0.0
5.0
100nt
5
100nt
5
0.0
5.0
5
0.0
5.0
100nt
I
1
60n
30 i
0 5.0
10
0.0
5.0
65n
5
40n,',
10
0.0
5.0
5
40n,',
0.0
5
10
5.0
10
0.0
5.0
40n,',
5
0.0
5.0
40n,',
5
10
40n,',
5
10
0.0
5.0
0.0
5.0
65n
3
10
10
0.0 I 5.0
30n
5
65n,',
3
10
0.0
5.0
65n,',
3
10
0.0
5.0
0.0 I 5.0 I 65n,',
3
10
0.0
5.0
65n,',
10
3
5
10
0.0
5.0
65n
10
0.0
5.0
40n,',
5
3
10
0.0
5.0
65n
40n,',
10
0.0
5.0
3
10
0.0
5.0
65n
5
3
10
0.0
5.0
65n
5
10
0.0
5.0
65n
0.0
5
10
5.0
65n
0.0
40n,',
5
10
5.0
3
10
0.0
5.0
65n
0.0
5.0
3
10
65n
0.0
5.0
40n,',
3
10
10
0.0
5.0
3
~9n,',
40n,',
5
20
0.0
5.0
40n,',
20
0.0
5.0
5
40n,',
40n(Zl
20
5
0.0 I 5.0
0.0 5.25
5
10
65n
5
10
0.0 '5.25
65n
0.0 5.25
3
10
65n
I
3
10
0.0 5.25
65n
I
0.0
8
20
5.0
40n
3
20
0.0
5.0
40n
3 , 10
0.0
5.0
65n
0.0
3
10
5.0
65n
0.0
5.0
10
65n
10
0.0
5.0
65n
I 10 0.0 5.0 65n
5
10
0.0
5.0 I 65n
3
10
0.0
5.0
65n
0.0
3
10
5.0
65n
10
0.0
5.0
!,!?n
~ 10 0.0 5.0 65n
,
Iml
25n
ig~16
m::::
1~gg~
~~~!
45~;
!~l~~:c
i
I
I
ll~gg~
;~I
~
ILOIfI
I
~~g~~~1
:g~~
IN ORDER OF 11)TlME DELAYI2)LOGIC TYPE
13 LEVEL'1'(4)LEVEL'O'15)MAX FREQI6)TYPE No.
MAX. MAX.
TEMP. CKT
DRAWINGS
,PER LOGIC OUTLINE
TOTAL NOISE '
PKG.
REJECT
HllMOr DWG. No DWG. No
DISS.
6=MO
'C
IW)
IV)
'C
[, .. oms .u,',
1%77 W
~O ~~ I ~ Ij~32
'500m§
70 ' 2
0
CB62
800m 800m
1 J031
-20 85
CB31
70
3
0
150m 1.0
70
2
CB53
0
150m 1.0
70
4
CB53
0
250mt 1.0 ,',
70
2 J0438
CB53
0
500mt 1.0 ,',
70
4 J0438
CB53
0
2 .)0445
500m 4.5 ,', 1·55 125
M200q
500m 4.5 ,',
-40 1 85 '
2 J0445
M200q
500m 4.5 ,',
-55 125
2 J0445
FP103
500m 4.5 ,',
-40 85
2 J0445
FP103
-55 125
1 J0433a
FP32
1 J0433a
M750
-55 125
0
1 J0433a
FP32
75
0
75
1
J0433a
M75g
1
40m
-55 125
1 J0429
FP32
40m
-55 125
CN38
42m
0
75
FP32
42m
75
1 J0429
0
CN38
0
70
3 J0437
CB37c
'-55 125
40mt
1 J0433a
T0116
54m§
-55 125
1 J0433
M294
54m§
-55
1 J0433
FP28g
40m
-55
1 J0429
M313b
42m
75
1 J0429
0
M313b
75
1 J0433
M126
0
40mt
75
1 J0433a
0
Ml05n
40mt I
75
1 J0433a TOl16
0
54m§ '1.0,',
0
75
1 J0433
M126u
54m§ 1.0,',
1 J0433
0
75
M294
54m§
FP28g
0
75
1 J0433
200m 1.0
0
70
4
240mt
75
2 J0440
131m§ 1.0,', I~O 75
1 J0438
M126u
1.(J,',
,0
75
1.0,', I-55 125
131m§ 1.0 ,', '0
75
1 J0438
FP28n
137m§ 1.0,',
-55 125
1 J0438
FP28g
200m
0
75
1 J0438
FP28b
500mt
0
70
4
CB62
460mt
o ·70
4
CB62
1 'J0447
M157b
45m~ 1.2 ,',
-55 1125
45m~ 1.2 ,',
-55 125
1 J0447
FP52e
1.2 ,',
1 J0447
M157b
0
i~g
45m 1.2 ,',
1 J0447
0
M126e
115m
75
1 J0438
0
'M157b
115m~
75
1 J0438
0
-55 125'
1 J0442
-65 125
1 J0442
'T086
1 J0438
-55 125
FP32
1 J0438
-55 125
[TOl16
0
75
1 J0438
FP32
75
~~~V;
1~5 125
54m
54m
-55 125
1 J0433a FP28b
-55 125
1 J0433a T0100
1 J0433
-55 125
T0100
-55 125
1 C0122
600m
CN13
600m
-55 125
2 C0122a M312
600m
-55 125
1 C0122
M239c
600m
70
1 C0122
CN13
0
600m
0
70
2 C0122a M312
600m
0
70
2 C0122a M313
70 I
2
0
147m 1.0
75
1 J0444
Ml05j
100
75
'M126x
115mt 1.0
1 J0444
1 J0444
154m 1.0
70
T0116
0
1 J0444
TOl16
154m 1.0
-55 125
1 J0444
154m 1.0
-25 85
TOl16
154m 1.0
1 J0444
T085
-55 125
2 J0444
347m 1.0
0
75
M153b
0
8
CB62
920mt,
1 70
,70
347m 1.0
0
2 J0582a M224c
347m 1.0
-55 125
2 J0582a M224c
347m 1.0
2 J0582a
FP79b
-55 1125
347m 1.0
o ·70
2 J0582a .M357
154m§ 1.0
1 J0444
125
TOl16
55 125
115mt 1.0
1 J0444
T0116
-55
363m§ 1.0
-55 125,
2 J0445
M153a
230mt 1.0
-55 125[
2 J0445
M153
147m§ 1.0
-40 85
1 J0444
I TOl169
347m§ 1.0
-40 85 '
2 J0445
M153a
147m§ 1.0
1 J0444
TOl16
0
75 I
147m§ 1.0
0
TOl16
75 I 1 J0444
115mt 1.0
0
75
1 J0444
T0116
347m§ 1.0
0
M153a
75 ! 2 J0445
75 , 2 J0445
347m§ 1.0
0
M153a
230mt 1.0
75 i 2 J0445
M1530
0
2 J0445
230mt 1.0
0
M117ab
75 '
363m 1.0
0
M117
70 I 2 J0448
363m 1.0
-55 125
2 J0448
M117
363m 1.0
-25 85 I 2 J0448
M117
70
1 J0444
154m 1.0
0
M114
147m 1.0
0
70 I l 1 J0444
Ml05n
347m 1.0
0
70
M153
~ !J0445
347m 1.0
0
70
21J0445
IM105n
1 J0444
M126n
147mt
0
70
341mt
0
70
2 J0445
Ml17u
363m 1.0
-55 125
2 J0444
M345
363m 1.0
0
70
2 J0444
M345
2 J0444
363m 1.0
-55 125
M345
363m 1.0
0
70
2 J0444
M345
154m 1.0
-55 125
1 J0444
M157b
,',004AA
154m 1.0
-55 125
1 J0444
363m 1.0
2 J0445
M153d
-55 1125
2 J0445
363m 1.0
-55 125
M117m
2 J0445
,',004AG
363m 1.0
-55
j~O
147m 1.0
1 J0444
M157b
0
1~g:~~a
100nt
100nt
100nt
100nt
100nt
WOnt
SYMBOLS AND CODES
EXPLAINED IN INTERPRETER
I-
163
1
.§J
LINE
No.
~~MA
TIME OPER- PRO·
DELAY ATING CESS
TYPE FREQ.
TYPE
No.
SN74123J
SN74123N
SN74123W
ZN54122E
7# ZN54122J
ZN54123E
ZN54123J
10# ZN74122E
ZN74122J
ZN74123E
13# ZN74123J
4
~.#
~:
1a
1~ . . ~ gt,<>102#1
16
LM122F
17
18
19
20
21
22
23+
2H
25+
26+
27
28
29
30
31
32
33
34
35 ...
36 ...
37 ...
38 ...
39 ...
40 ...
41
42 ...
43 ...
44
45
46
LM122H
LM222H
LM322H
LM322N
LM2905N
LM3905N
MOA2
MOM
TMOA2
TMOA4
MC14528AL
MC14528CL
MC14528CP
SCL4528AC
SCL4528AD
SCL4528AE
SCL4528AF
SCL4528AH
349AJ
349AL
349BL
349CJ
349CL
349ML
XR320#1
556J
556L
LM555CH.#1
LM555CN#1
LM555H#1
CD4098BE
MIC342-1D
49# 1!V!!C342-1Dl
MIC342-5D
MIC342-5Dl
SW951-1P
52
53
SW951-2M
54
SW951·2P
55
;~~n~:J~
56
57
SW728-2P
:~#
~~:
=~m~
~~
60
61
62
63
64
65
66
RM951D
RM951J
RM951Q
RM951T
SN15851
SN15851N
MC951F
~g~~1~
~~
69
70
71
72
73
7H
75
SN15951N
MC851F
MC851G
MC851LP%
SN15951
SP362A
K303
1302
1311
342AJ
342AL
342BL
342CJ
342CL
342ML
347AJ
347AL
347BL
347CJ
347CL
347ML
ITT342-1D
j~
78
79
80
81
82
83
84
85
86
87
88
89
90
91
~~TK31~2;bD
92t=
93+ FZK105
95+
94
96+
97
98.
99.
100.
101+
102+
103.
104.
105.
106 ...
107 ...
108 ...
109 ...
110...
~1ggJ:~
R303
1= H11706#2
LCE706
LCE306
m~g~
SE555T
SE555V
NE555T
NE555V
l~m~~A
164
NE554BA
NE554F
SE553BA
I~~;
'MO~
i::~
45
4,5
4,5
45
4,5
4,5
45
4,5
4,5
45
4,5
4F
5
IM~~
~g~
M~~
MO
MO~
M~~
~g~
5.0M
~CO~
I~
5
5
5
5
5
5
5
5
5
15
5
5
5
5
5
5
5
5
'5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5.0M
5.0M
5.0M
5.0M
flJ'1'
(V)
(Hz)
~~m~~~
J3
LOGIC
LEVEL
PCB
PCB
PCB
PCB
MOS
MO§
Me!
MO
MO
~.4
2.4
2.4
2.4
2.4
2.4
2.4
2.4
2.4
2.4
2.4
2.4
2.4
5.0
f!J·O·
(V)
.~~
.40
.40
.40
.40
.40
.40
.40
.40
.40
.40
.40
.40
:~~#
0.0
0.0
0.0
0.0
0.0
0.0
0.0
3.0%
3.0%
3.3
3.3
9.99%
9.99%
9.99%
9.99%
1.6
1.6
1.6
1.6
1.6
1.6
1.6
.40*
.40*
.22
.22
.01*t
.01*t
.01*t
.01*t
.0Pt
.01*t
.01*t
.01 *t
1.8*t
1.8*t
1.8*t
1,8*t
1.8*t
1.8*t
1,5*t
2.7*t
2,7*t
2.5t
2.5t
2.5t
,OPt
M~; ~:~~~
MO 9.99%
9.99%
MO
10%
10%
MO'
M~~ 10%
10%
10%
10%
M~~ 10,4%l>.
12%
MOr
12%
12,5
I
12.5
12,5
M~~ 9,99%
MO
M~1
~g~
~g~
Mq~
I
10Mt
10Mt
10Mt
10Mt
10Mt
10Mt
MO~
MO~
I
M~~
,30t
.30t
,30t
1.2*
1.2*
1,2*
1,0*
1.0*
1.0*
1.0*
1,0*
1.0*
,45*
,45
,40*
.40*
.40*
.40t*
.45*
.45*
.45'
.45't
.40*
0
0.0
0,0
5.0%
5.0%
5,0%
5.0%
5,0%
5,0%
5,0%
5,0%
5.0%
5.0%
5,0%
5.0%
5,0
5,0
4.5*
4.5*
6.0*
6,0*
6.0*
-3,0
O,Ot
O,Ot
O.Ot
O,Ot
.10t
, lOt
.25t
,25t
LOt
LOt
LOt
13.5t
13,5t
MO
MO~
~g~
MO~
MO~
MO~
I
MO~
DTL
DTL
DTL
M~~
~gr
~~f
~~f
MOr
I
I
MO'
lOOk
~g~
PCB
PCB
~~
~~;
MQr
M~~
~gr
Mq~
Mq~
MO~
~g~
M~~
MO
M
2.6%
2.6%
2.6%
2.6%
2,6%
2,6
3.5%
5.0
5.0
5.0
6,5'
6.5*
6.5*
6.5*
6.5*
6.5*
6.5*
6.5*
6.5*
6.5*
6.5*
6.5*
6.5
~:~%
7,5%
8.0%
8.0%
8.0%
0,0
6,0
6.0
6,0
6,0
I
TYPE
IN
~
l:::it
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
DTL
~
POWER
OUT
SUPPLY
MAX.
SPAN
NEG. POS.
(V)
(V)
1~
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0
0.0
0.0
6
0.0
6
0.0
6
0.0
6
6
0.0
0.0
4
4
0.0
0.0
2
8
0.0
2
8
0.0
0.0
3
0.0
0.0
3
0.0
3
3
0.0
0.0
I 33
0.0
3
0.0
3
0.0
0.0
0,0
0,0
I
0,0
0.0
0,0
0,0
4 I
0,0
0,0
0,0
5
0.0
5
0,0
5
0,0
CMS
3
0,0
DTL
DTL
0.0
0,0
DTL
0,0
DTL
0,0
DTL
3/:' 10
0,0
DTL
3l>. 10
0,0
DTL
3l>. 10
DTL
16
0.0
5
DTL
5
16
0.0
0,0
DTL
16
5
DTL
2
l1t
0.0
0,0
l1t
2
IDTL
DTL
6
10
0
6
10
0
DTL'
10
0
DTL
6
10
0
DTL
6
DTL
3l>. 20
0
DTL
0
3l>. 10
DTL
3/:' 10 I 0,0
2t:,
10
DTL
0.0
DTL
3/:' 10
0.0 !
DTL
10
0.0
3
0,0
DTL
3l>. 10
DTL
2l>. 10
0.0
0,0
OTL
3/:' 10
DTL
0
3l>. 20
OTL
5
0.0
OTL
2
15
0
DTL
2
10
4.8
DTL
1
8
4.8
0,0
DTL
5
5
DTL
0.0
5
5
DTL
0.0
5
5
2/:,
OTL
0,0
5
0,0
5
5
OTL
0,0
DTL
5
5
0,0
OTL
5
5
0,0
OTL
5
5
0,0
5
OTL
5
DTL
5
5
0.0
5
5
0.0
OTL
DTL
5
5
0.0
DTL
6
0.0
0,0
OTL
6
0,0
OTL 12/:, 10
0,0
OTL 12l>. 10
OTL
2
25
0.0
2
25
0.0
giti
2
25
0.0
3
15
RCT!
6.0
RTLI
I
RTL
6.0
6,0
RTL
RTL
6.0
TTL
5
0.0
0.0
5
nt
5
0.0
0.0
TTL
5
0,0
TTL
2
0,0
TTL
2
0,0
TTL
2
TTL
2
0.0
TTL
0.0 I
2
3
3
3
5
5
3
3
5
5
3
3
4
10
10
10
10
10
10
10
10
10
10
10
12
~:~
~:~
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
6.0
40
40
40
40
40
40
5~O
5.0
5.0
5.0
10
10
10
10
10
10
10
10
15
15
15
15
15
15
12
15
15
15
15
15
10
12
15
12
15
5.0
5.0
5,0
5.0
5.0
5,0
6.0
6,0
5,0
5.0
5.0
5.0
8,0
8,0
5,0
5.0
5.0
5,0
5.0
5,0
5,0
8.0
5.0
5.0
5,2
5.2
15
15
12
12
12
15
15
15
12
12
12
15
12
12
12
12
20
16
16
10
12
12
12
12
5.0
5,0
5.0
5.0
5,0
5,0
5,0
5.0
5,0
MIN.
DELAY
(51
MAX.
RISE
FALL
TIME TIME
tr
tf
Is)
(5)
;:4:::
~~~
65n
65n
65n
65n
65n
65n
65n
65n
65n
65n
65n
75n
3.0u
3.0u
3.0u
3.0u
3.0u
3.0m$
3.0m$
120n
120n
25n*
25n*
230n%
230n%
230n%
175n
175n
175n
175n
175n
750n/:'
750n/:'
750n/:'
750nl>.
750nl>.
750nl>.
10u$
10u$
10u$
75nt$
347m
347m
347m
154m
154m
363m
363m
154m
154m
363m
363m
75n
110n
liOn
75n
750
75n
75n
75n
100nt
lOOn
lOOn
100nt
100nt
100nt
75n
110n
110n
75n
75n
75n
I 75n
75n
40nt
100nt
100nt
100nt
100nt
100nt
25n%
25n%
25n%
25n%
25n%
25n%
100nl>.
lOOn/:'
50n
50n
40n
40n
40n
50n/:'
40n
40n
40n
90n
35n%
5,Ou
90n
90n
260n/:'
260n/:'
260n/:'
140nl>.
260nl>.
260nl>.
200n
200n
200n
200n
200n
200n
150n/:'
140n/:'
180n%
180n%
91u/:'
91u/:'
91u/:,
3.5u
30n
25n
25n
25n
1.0u%
1.0u%
1.0u%
1.0u%
1.0u%
1.0u%
IN ORDER OF (l)TIME DELAY(2)LOGIC TYPE
(3 LEVEL'1'(4 LEVEL'O'(5)MAX FREQ(6)TYPE No.
MAX. MAX.
TEMP. CKT
DRAWINGS
TOTAL NOISE
PER LOGIC OUTLINE
PKG.
REJECT LO~ HI Moe DWG. No DWG. No
DISS.
lI=MO
(W)
(V)
'C
'C
40nt
50n
50n
25n
25n
165m
500m
500m
500m
500m
500m
500m
500m
150m
150m
250mt
500mt
40u%
400u%
400u%
20u%
20u%
20u%
20u%
20u%
750m§
750m§
750m§
750m§
750m§
750m§
750m
530m
530m
600m
600m
600m
200n%
30mt
30mt
30mt
35mt
35mt
35mt
!5m
75m
35mt
35mt
35mt
35mt
20mt
20mt
30mt
:!Omt
30mt
20mt
30mt
30mt
30mt
20mt
125m
100m
60m
345mt
345mt
204mt
200m
204mt
345mt
1:~
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
l>.
l>.
l>.
l>.
l>.
l>.
l>.
/:,
1.0
1.0
1.0 l>.
1.0 /:,
4.5
4.5
4.5
4.5
4.5
3.5
3,5
3,5
3,5
3.5
3,5
l>.
/:,
/:,
l>.
l>.
*
*
*
*
*
*
4.5 l>.
1.0
1,0
1.0
1.0
1,0
1.0
1.6
1,0
1.0
3.2
3,2
3.5
5.0 l>.
3.5
3.2
3.2
3.2
3.5
3.5
3,5
3.2
228m§ 5.0 l>.
228m§ 5.0 l>.
500~; 5,()
400m 5,0
400m~ 5,0
50n
60n
100nt 100nt
100nt 100nt
100nt 100nt
100nt 100nt
100nt 100nt
100nt 100nt
100nt 100nt
100nt 100nt
100nt 100nt
40m
200m
600m
600m
600m
600m
135m§
135m§
135m§
135m§
135m§
SYMBOLS AND CODES
EXPLAINED IN INTERPRETER
I~
;~
0
0
0
·55
·55
·55
·55
0
0
0
0
0
·55
·55
-55
-25
0
0
·40
70
70
70
125
125
125
125
70
70
70
70
70
125
125
125
85
70
70
85
70
70
70
70
70
125
85
85
125
Ig
0
0
0
-55
-40
-40
-55
-55
-40
-55
-55
-30
-30
·55
-30
-30
-55
0
0
0
0
0
-55
-40
-55
-55
-30
-30
-55
0
0
-55
0
0
-~~
-55
·55
·55
-55
-55
0
0
·55
·55
·55
-55
0
0
0
·55
0
-20
0
0
·30
~~5
125
125
70
70
125
70
70
125
75
70
70
70
70
125
85
125
125
85
85
125
75
75
1
2
2
2
1
1
2
2
1
1
2
2
2
1
1
1
1
1
1
1
1
2
2
2
4
2
2
2
2
j~:::
J0445
J0445
J0444
J0444
J0445
J0445
J0444
J0444
J0445
J0445
J0572
J05109
J05100
J05100
J05100
J05100
J05100
J05100.
J05100.
J0438
J0438
J0582
J0582
J0582
J0582
~ ~g~~~
2
2
2
2
2
2
2
2
1
2
2
1
1
1
2
2
J0582
J0582
J05107
J05107
J05107
J05107
J05107
J05107
C0121
J05106
J05106
J0598
J0598
J0598
J05104
~
2
1 J0574
1 J0574
1 J0574
j~5
1Ijg~~g
75
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
3
2
2
2
2
2
2
2
2
2
2
2
2
m
125
125
125
125
75
75
125
125
125
125
75
75
75
125
75
65
70
70
70
·~O 70
·55 125
-30 85
-30 85
-55 125
-30 70
-~~ 70
-55 125
-30 85
-30 85
-55 125
-55 125
-30 85
70
0
-25 85
0
75
-55 125
-40 85
-20 65
-15 65
-40 100
-40 100
-30 80
-55 125
-55
j~5
0
0
70
70
0
70
0
70
0
70
0
-55 125
J0550
J0576
J0576
J0563
J0563
J0545
J0545.
J0545
J0563
J0545
J0545.
J0545
J0563
J0579
J0575
J0549
J0549
J0549
J0549
J0549
J0549
J05102
J05102
J05102
J05102
~ ~g~1g~
2
2
1
1
1
1
1
1
1
1
1
1
1
1
1
1
4
4
4
4
4
J0596
J0596
J05103
J05103
COl14
COl14
C0114
B038 ••
J0525
J0526
J0598
~g;~~
J0598
J05110
J05110
J05110
J05110
J05110
I~~~:AF
M153d
Ml17x
l>.004AG
TOl16
M257e
TOl16
M257e
TOl16
M257e
TOl16
M257e
CB55
CN71c
FP96
CN23b
CN23b
CN23b
M344
M239b
M239b
CB53
CB53
CB53
CB53
M200w
M200w
Ml17y
M475d
M475e
M475f
FP111
~C:fi9
M200'
M200j
M319
M200'
M200j
M294e
M157f
M157g
CN13
M239b
CN13
/:,OOIAC
M153.
M153.
M153.
M153.
T0116
Ml05n
T0116
~~b~~
TOl16
~~~~:
Ml05m
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FP26b
T0101
T084
M75.
T086
ig1~~
M126.
T086
T0100
T0116
T084
MiZI
C~0
CBiZI
M319
M200j
M200J
M319
M200j
M200j
M319
M200j
M200j
M319
M200j
M200j
M200d
M200d
MI17 ••
Ml17 ••
M443
M443
M443
CB31.
M45
CN27
M45
M45
CN46b
M239d
CN46b
M239d
M317
M200v
M317
~~~~v
164
LINE
No.
f.!1J
~
TYPE
No.
Y
2
2y l~m~~A
3y
4Y
5y
6y
7y
8y
9y
10
11
12
l~
I~
SE554F
N9602B
N9602F
N9602W
I~~~g~~
S9502W
9600DM
9600FM
9601DM
~~g~~~
15
9602FM
l~
!~~~gg~~
18
19
20
21
22
23
24
25
26
27
28#
29
30
31
32
33
34
35
36
~.~
39
40
41
42
43
44
45
46
47
48
49
50
51
~~
54#
55
56
57
58
59
60
61
62
63
64
65
66
67
68
69
AM2602DM
AM2602FM
DM9601J
DM9601N
g~~~g~f
DM9602N
DM9602W
MC9601F
MC9601L
~~~~g?~~D
RF9601 K
~~:grir-IM
.sW9601-1P
~'t'o~~~2-1P
9600PC
9601DC
9601PC
9602DC
~~g~~g
AM2600DC
!~~gg~:;g
AM2602PC
!g~g~gl~
~g~glr,P%
MIC9602-SD
RF8601DC
RF8601K
RF8601P
::iW9601-2M
~~~~gg~
g~~~2DC
96L02DM
~m~~~
AM26L02DC
AM26L02DM
AM26L02FM
AM26L02PC
AM26S02DM
AM26S02FM
AM26S02PC
DM7853J
DM7853W
DM8853J
DM8853N
g~:*
84+
85
FLKlll-74122
FLK115-84122
FLK121-74123
FLK 125-84123
Mq~
Mq~
l:~;~
l:~~~
I~~~
MO 1.55%
~g~
MOr
M~~
MO
MOr
M~~
~g~
Mq~
Mq~
MOt
Ml~
MO
MO
M~~
~g~
10M
10M
10M
20M
20M
20M
Mq~
Mq~
M6~
M1~
MO
MO
~~~
MOt
Mq~
M()~
MOr
~~~
MO
Ml~
MO
MOt
Mq~
M()~
Mor
~~~
MOr
Ml~
I~g
Mq~
M()~
10M
10M
10M
MOt
20M
MO
MOr
~g~
~Q~
13.5t
.85*
.85*
.85*
.85'
.85*
.85'
:~g:
.90'
.90*
.90'
.90'
.90'
.90'
.90*
.90*
.90*
.90*
.90*
.90*
.90'
.90*
.90
.90
:~g:
.90*
.90*
.90*
.90*
.90*
.85*
.85*
.85*
.85*
.85*
.85*
.85*
.85*
.85*
.85*
.85*
.85*
.85*
.85*
.85*
.85*
.85*
.85
.85
.85'
.85*
.85'
.85*
:g~:
MOl
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
~g~
~~~
MO~
~~~
MOr
IPC~r
~g~
M~~
MO
MO
MO
MO
MO
MO
M91
MO
5
5
5
5
5
5
1.~~
1.7%
17%
1.7%
1.7%
1.7%
1.7%
1.7%
1.7%
1.7%
1.7%
1.7%
1.7%
1.7%
1.7%
1.7%
1.7
1.7
1.7%
1.7%
1.7%
1.7%
1.7%
1.7%
1.7%
1.8%
1.8%
1.8%
1.8%
1.8%
1.~~
1.8%
1.8%
1.8%
1.8%
1.8%
1.8%
1.8%
1.8%
1.8%
1.8%
1.8%
1.8
1.8
1.8%
1.8%
1.8%
1.8%
1.8%
1.8%
1.8%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
~g!
~:g~
~.O%
BAA
10· TIME
DELAY
FAN
PO~ER
TYPE I IN
SUPPLY
OUT
SPAN
MAX.
ffJ
tH
TiL
TTL
TTL
TTL
Int
TTL
TTL
TTl
TTL
TTL
TiL
TTL
TTL
TTL
TTL
TTL
:m
TTL
TTL
TTL
TTL
TTL
TTL
+it
TTL
TTL
TTL
TTL
tttl
TTL'
TTL
TTL
TTL
Int
TTL
TTL
TTL
TTL
TTL
TTL
TTL'
TTL
TTL
TTL
nt
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TiL
TTL
:m
TTL
TiL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
~
10
10
10
; 19
5 10
5
5
4
4
2
2
5
5
2
2
4
4
4
5
5
5
4
4
6
4
4
4
4
4
4
5
5
4
4
2
6
2
5
5
2
2
4
4
4
5
5
5
4
4
6
4
4
4
4
4
4
5
2
2
2
2
2
2
2
2
9
12
12
16
16
16
16
6
6
4
12
12
16
4
16
16
16
I
8
6
4
8
10
~ i
TTL
3 I
3 I
3
3
3
3
3
6
10
7
20
20
7
2
2
nt-
~g
2.0%
.80*
TTL
3
10
0.0
5.5
87
/io B~C
2.0%
.80*
TTL
3
10
0.0
90
JANM38510/01:i01B~C
lilY jJANM;Jlj51UfOl 2 Ul B~B
j5
92
JANM3851 0/0 120 1CAA
93
94
JANM385 i 0/0 l:io i
C~B
95
JANM38510/01201CAC
15
I
JANM385 10/0120 lCCA
96
JANM3851O;01:i01C~B
97
165
JANM38510/01,~01C~C
D.A. T.A.
:~~
100nt 100nt 135m§
260m~ ~.O
t
260~~ Lg ~
260m
22!;~~ 1.0 t
n;~;
1.0 t
1.0 t
130m,!!
130~~
100m~
260~~ 400m
260m
400m
130~;
130m
250m 1.0
250m~ 1.0
125~~
125m
125~;
225m
225m'J'
225m'J'
80mt
80mt
175m
270m~
270m'lE
2'='0~~
100m~
n~~~
400m
400m
120m'1O
120m~
225m 1.0
225m 1.0
125m:!!
125~~
125m
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
m
:
4
2
2
2
2
2
2
1
i
1
jgmg
J05110
J0582
J0582
J0582
J0582
J0582
J0582
J0586
J0586
J0438
125
75
75
75
125
125
125
125
125
125
125
125
125
125
125
125
125
125
125
125
125
125
125
125
125
125
125
125
125
125
125
1
1
2
2
2
1
1
2
1
1
1
1
1
W
~ jg~~~
~ jg~~~
2 J0582
l jg;~~
2 J0582
~ jg~~~
75
75
75
75
j~
J0438
J0438
J0582
J0582
J0582
J0581
J0581
J0582
J0438
J0438
J0438
1
1
1
2
J0586
J0438
J0438
J0582
~ jg;g~
75
75
70
70
I~;
1
1
2
2
1
1
1
2
2
2
1
1
2
1
1
1
1
1
2
4
2
2
2
2
2
2
2
2
4
2
2
2
J0586
J0586
J0582
J0582
J0438
J0438
J0438
J0582
J0582
J0582
J0581
J0581
J0582
J0438
J0438
J0438
2
2
2
2
1
1
1
2
2
J0582a
J0582a
J0582a
J0582a
J0588
J0444
J0444
J0445
J0445
I~~~~v
M200v
M317
M200v
FP47a
~~6~v
FP47a
M297d
FPi06
M297d
FP106
M224c
FP79b
M297d
FP106
M224c
FP79b
M294b
M344
FP97a
M200r
M345
P88a
T086
TOl16
M153a
Ml05y
FP21a
Ml05y
Ml05n
M153
M153
M297d
M344a
~~97d
1~~44a
224c
FP47b
M357
M297d
M344a
M224c
M357
M294b
M344
FP97a
~~g:::: 11:g ~
330m§ 1.0 <'>
Ig
'0
-25
0
-25
75
75
75
75
75
75
75
75
75
75
75
75
75
70
75
125
125
75
70
125
125
70
70
70
125
125
70
125
125
75
75
75
70
70
85
70
85
60n!LI
220m
-55
125
1 J0588
FP115
60n(Zl
220m
-55
125
1 J0588
FPl15
FPl15
250~;
250m
250m'1O
~g~~1
175m
270~;
270m
280m'lE
500:~
80m
80m
80m:!!
80~~ 1.0
80~; 1.0
80m
1.0
80m
80m'lE 1.0
~()mt
375m
375m
375m
~~6~'lE
360~~
.<
360m
360m'lE
360m'*
~g~tl1.0
14
m§ 1.0 <'<'>>
55n
-55
-55
-55
-55
-55
-55
-55
-55
-55
-55
-55
-55
-55
-55
-55
-55
-55
-55
-55
-55
-55
-55
~5
gg~~
I~?O~;
25m
-55
0
0
0
-55
-55
-55
-55
-55
100m
~:g
MOl
89
(s)
~6~<,>
IMOI
1
15
JANM38510/01201 BCA
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tf
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15
I
JANM3851 0/0 120 1BAB
JANM3851 0/0
tr
IN ORDER OF (1 )TIME DELAY(2)LOGIC TYPE
13 LEVEL'1'(4 LEVEL'O'(51MAX FREQ(6IJYPE No.
MAX. MAX.
TEMP. CKT
DRAWINGS
TOTAL NOISE
PE~ LOGIC OUTLINE
PKG.
REJECT LO~ HI MO DWG. No DWG. No
DISS.
b=MO
(W)
(V)
'C
'C
199~~ 199~~ m~:
5.0 1.0u%
5.0
48n<'>
0.0
5.0
48"<'>
5.0 . 48n<,>
0.0
O.()
5.()
4;3n<'>
43n<,>
0.0
5.0
0.0
5.0' 43n<'>
0.0
5.0
80n<'>
, 0.0 5.0 BOnt,
0.0
5.0
75n<'>
0.0
5.0
75n<'>
0.0
5.0
75n<'>
0.0
5.0
75n<'>
5.0
().O
75n<'>
0.0
5.0
75n<'>
0.0
5.0
75n<'>
0.0
5.0
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5.0
65n<'>
g:o
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5.0
65n<'>
0.0
5.0
65n<'>
0.0
5.0 100n<'>
0.0
6.0 100n<'>
0.0
5.0 100n<'>
25n
0.0
5.0
0.0
5.0
25n
0.0
5.0
45n
0.0
5.0
40n<'>
0.0
5.0
40n<'>
0.0
5.0
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0.0
5.0
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0.0
5.0
65n
0.0
5.0
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5.0
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g:g
5.0
80n<'>
0.0
5.0
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0.0
5.0
75n<'>
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lIOnS
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86
88
(s)
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0.0
2
5
5
5
MAX.
FALL
RISE
TIME TIME
MIN.
DELAY
NEG. POS.
(V)
(VI
(VI
.85'
.45*
.70*
.70*
.70*
.70*
.70*
.70*
.70*
.70*
.80*
.80*
.80*
.80*
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.80*
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5
5
5
5
5
5
5
5
5
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5
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5
5
5
5
5
5
5
5
5
5
5
6
5
5
5
5
JANM38510/01~01
I~g~
MOt
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
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5
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72y
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75
76
77
78
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TIME OPER- PRODELAY ATING CESS
1.]'1'
TYPE
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LOGIC
LEVEL
g
0
0
0
0
0
0
0
0
0
-55
-55
0
0
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-55
0
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0
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0
0
I
J0582
J0582
J0582
J0582
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~~~~r
FP88a
T086
T0116
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Ml05y
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Ml05n
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M153
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M224c
M224c
FP79b
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FP79b
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M3S6
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M357
M200r
FP88a
M200r
M345
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MO
2.0%
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TTL
3
10
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5.5 I 55n
5.5 i 55n
60nl2l
22Qm
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125
1 J0588
MOl
2.0%
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TTL
3
10
0.0
5.5
55n
60n!Zl
220m
-55
125
1 J0588
M314
MOl
2.0%
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TTL
3
10
0.0
5.5
55n
60n(Zl
220m
-55
125
1 J0588
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2.0%
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TTL
3
10
0.0
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55n
60n!Zl
220m
-55
125
1 J0588
M314
MOt
2.0%
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TTL
3
10
0.0
5.5
55n
60n!Zl
220m
-55
125
1 J0588
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MOt
2.0%
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TTL
3
10
0.0
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55n
60niZ!,
MOt
2.0%
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TTL
3
10
0.0
5.5
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3
10
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5.5
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:.1.0%
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TTL
3
10
0.0
5.5
55n
MOt
2.0%
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TTL
3
10
0.0
5.5
55n
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2.0%
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TTL
3
10
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5.5
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1
I
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125
l J0588
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125
1 J0588
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220m
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125
1 J0588
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220m
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125
1 J05S8
M314
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220m
-55
125
1 J0588
M314
60n!Zi
220m
-55
125
1 J0588
M314
SYMBOLS AND CODES
EXPLAINED IN INTERPRETER
FP115
1
165
1
. ~PERM:1PROLOGIC
TIME
LEVEL
DELAY IATING CESS ~
~
TYPE FREQ.
T
'0'
IHzl
IV)
(V)
.§J
LINE
No.
1"
TYPE
No.
JANM38510/011~01C~B
JANM3851 0/0 1202BCA
5
-1.
3" JANM38510/0 l'202B~B
,5
4" IJANM38510/01202CCA
15
I
5" JANM3851 010 1202CCB
2"
10101:~03B~A
6"
JANM385
7"
JANM38510/01203BEB
15
I
JANM38510/01203BEC
8"
9
10
11"
12"
13"
14
15
JANM38510/01:~03B~B
JANM38510/01203BFC
15
t
JANM3851 0/0 1203CEA
,5
JANM385 10/0 lt~03C~B
JANM3851 0/0 1203CEC
15
I
JANM38510/01203CFB
JANM385 10/0
/i03C~C
5
5
5
5
5
5
5
5
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5
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5
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5
5
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5
27
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5
30
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5
31"
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5
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5
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5
5
5
37
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38
SN54LS 123J
5
39
SN54LS123W 5
40
SN74L 122J
5
41
SN74L 122N
5
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42
SN74LS122J
43
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5
44
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45
5
46
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5
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48
5
49
5
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50
5
51
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5
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5
53
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54
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5
56
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5
57
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5
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5
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5
69
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5
70
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5
71
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5
72
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5
5
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5
75
76
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77
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5
84
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5
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86
S541220
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87
5
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HEPC3803P-RT
5
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89
MC8602F
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90
MC8602L
91
MC8602P
5
92
MC8603F
5
MC8603L P%
93
5
HEPC3804P-RT
94
5
N8T20B
95
5
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10
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10
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10
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9
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9
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6
6
6
6
6
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6
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3
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20
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0.0
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0.0
0.0
0.0
0.0
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0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
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380m
90mt
150mt
90mt
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90mt
150mt
150mt
140m!
140m§
330m§
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70
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TYPE
IN ORDER OF 11)TIME DELAYI2)LOGIC TYPE
13 LEVEL'1'14 LEVEL'O'I5lMAX FREQI6lTYPE No,
DRAWINGS
MAX. MAX.
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TOTAL NOISE
PER LOGIC OUTLINE
PKG. REJECT LOVI HI MOD DWG. No DWG. No
DISS.
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Mm
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10· TIME DELAY
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5.0
50n6
5.0
50n6
5.0
50n6
80n6
5.0
5.0
80n6
5.0
25n%
5.0
25n'1l>
5.0
5.0
5.0
~9n6
5.0
80n6
5.0
80n6
80n6
5.0
40n6
5.0
5.0
40n6
80n6
I 80n6
80n6
5.0
5.0
80n6
5.0
80n6
5.0
80n6
80n6
5.0
5.0
40n6
5.0
50n
5.0
25n~
5.0
25n%
5.0
25n%
5.0
25n%
5.0
5.0
5.0
5.0
50n6
5.0
500m
500m
500m
500m
~~8:::~
1~30m§
330m§
60mt 1.06
60mt 1.06
165,,:~ 1.0 *
55m 300m
300m
100m 300m
100m 300m
60mt 1.06
1.06
400m
400m
55m~
100~~ 400m
100m 400m
125m§
125m§
125m§
125m§
125m§
125m§
125m§
125m§
55~~
~~:::~
3.0u0
~:8~~
3.0u0
~:8~~
3.0~~
3.0u!Zi
14nt
14nt
14nt
14nt
7.0nt
7.0nt
7.0nt
7.0nt
200m§
200m§
200m§
90m
90m
90m
90m
90m
90m
1.0 6
1:8
~
1.06
1.06
1.06
1.06
1.06
1.06
1~9Om§ 1.~ 6
200m§ 1.26
160mt
160mt
90mt
90mt
90mt
90mt
90mt
90mt
132m
132m
200m§
200m§
200m§
200m§
200m§
I,
200m!
20n
20n
650m 1.0
80mt
160mt
160mt
160mt
90mt
90mt
150mt
395m
SYMBOLS AND CODES
EXPLAINED IN INTERPRETER
0
0
0
0
m
125
125
125
125
125
125
125
125
125
125
70
70
125
125
125
125
75
125
75
125
75
125
75
125
125
125
70
70
70
70
125
70
70
125
70
70
125
'~~
125
125
125
125
125
125
75
75
75
75
70
70
70
125
125
125
125
125
70
75
75
75
75
75
75
75
75
J0445
~~~~~
J0583
J0583
J0583
COl17
COl17
J0591
J0591
J0448
J0448
J0444
J0444
J0448
J0445
~j8::g
1
1
1
1
1
2
2
1
1
1
1
2
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
J0444
J0444
J05108
J0444
J0444
J0445
J0445
J0444
J0444
J0444
J0444
J0445
J0445
J0586
J0586
J0586
J0586
J0590
J0590
J0590
J0590
J0438a
J0438a
J0438a
J0438a
J0580
J0580
J0580
J0580
J0580
J0580
J0580
J0580
J0580
1 jg~~:
2
2
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
2
1
2
2
2
1
1
2
1
J0582
J0582
jg~:~
J0585
J0585
J0590
J0590
J0583
J0583
J0583
J0583
J0583
J0580
J0583
J0591
J0581
J0582
J0582
J0582
E0342
J0589
FP117
T0116
T0116
TOl16
TOl16
M126x
TOl16
M126x
M318
M257f
M317
M200v
T0116
M157
M317
M153a
M200v
FP47g
M157b
FP52e
M153d
M157b
6004AA
M153d
6004AG
M157b
M126e
M157b
M126e
M153d
M117x
T086
T086
M157c
M157c
T086
T086
M157c
M157c
M126.
M294d
M294d
M126.
M294d
M294d
M126.
M294d
M294d
M~~!!p
M126p
FP85
M191
T086
T0116
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T086
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M157
M318
M257f
FP3ge
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T088
FP3ge
T088
~~~~6
M191
!fc?l:
T0116
T0116
M317
166
f§J
LINE
No.
~
TYPE
No.
TIME
DELAY
TYPE
1~8+~~~
~
58T20F
3
4+
5+
6+
7#
8
9
10
ii
12
~~~~gt
SE556CA
TL74121N
OM54121J
OM54121N
Ig~~:mf
OM74121N
m ~~l~~~
~~m~
S8162J
ZN2010E
ZN2010F
SN54LS221W
J~;~
21+
~~
ggJ
540AT
24
25+
26+
27
28
29
30 ...
31 ...
32 ...
33+
34
35
36
37
~g:~~~:~
MC1455G
MC1455Pl
MC1555G
XR555CN#2
XR555CP#2
~~~55~~r;2
540A
R302
MM54C2210
MM74C221N
GFB74121
M53321P
3~~-#
39
~~~:mf
40
41
42
43
44
45
SN54121N
SN54121W
SN74121J
SN74121N
SN74121W
SW74121J
48# ZN54121E
:~
~~: ~~~:mi
51# ZN74121J
52
53
54
SN74221J
55
56
57
5N74LS221J
SN74LS221N
SFC4121E
60# SFC4121EM
61# 5FC4121ET
62# SFC4121PM
63
SW74121N
64
TRW74121
B301
FCKI I 1
MC14415EVL
67
68
MC14415VL
69
MC14415VP
70
MC14415EFL
71
MC14415FL
MC14415FP
72
MC14541AL
73
MC14541CL
74
MC14541CP
75
76
CM4045AO
77
CM4045AE
78
C04045AO
79
C04045AE
C04045AK
80
81+ XR556CN#1
82+ XR556CP#1
83 ...
II
84 ...
85 ... XR556M#1
86 ...
87 ...
XR2250CP#1
XR2250M#1
90 ... XR2250N#1
91 ... XR2250P#1
92+
93+
~~~!m~
1~~~!m~lJ
~~#
~~#
~~~~~~g~:
~~:
~~:
96+
~~~~~g~:il
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XR2240~ll
XR2240P
51Mt1
PRO·
CESS
I~
I~:~~
5
5
5
5
5
5
5
5
5
5
8.0M
1
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5F
5F
5F S
5F,S
5F,S
5F S
5F,S
5F,S
5F S
5F,S
5F,S
5F S
5F,S
5F,S
5F S
lJ'1'
(VI
F~JZ?'
I~q~ t~~
MO~
M~~
MO
MO
Mq~
Mq~
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2.6%
2,75%
3.0%
3.0%
3.3
3.3
3.3
~:~
M()~
Mq~
MOt
3.3
~g~ ~::~
.~
N8162J
15+
16+
17+
18+
LOGIC
LEVEL
PER~ING
Mq~
Mq~
MOr
MOt
PCB
PCB
PCB
~~~
'MO~
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MOt
100k%
5.0M
2.0M
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MO
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5F,S
5F S
2.0%
3.4
3.4
3.4
~g~
~~:~
5F S
5F,S
5FS
5FS
5FS
5FS
5FS
5FS
5G
6.5M
55
6
1 OM
6
1 1.0M'"
'"
.
6
1.0M'"
6
1
OM
6
1 1.0M'"
'"
.
6
1.0M'"
6
I~·OM'"
6
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6
,4.0M'"
6
6
6
10M%
6
10M%
6
10M%
6
6
6
6
6
6
6U
6U
6U
6U
6U
6U
1.5M%
6U
1.5M%
1.5M%
1.5M%
6U
1.5M%
~~
f!J,o'
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3.5
3.5
MO~
TYPE
1J
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.35*t
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::g~:
:gg:
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.20t
.20t
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:m
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TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
Ht
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Ht
TTL
TTL
TTL
TTL
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TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
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RCT
CMS
CMS
TTL,
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
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.25t
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2.0%
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TTL
2.0%
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TTL
2.0%
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2.0%
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2.2%
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3.0%
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3.0%
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3.0%
8.0%
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8.0%
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8.0%
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9.99%
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9.99%
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9.99%
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O.Ot
CMS
10
O.Ot
10
O.Ot
10
10
O.Ot
CMS
O.Ot
CMS
10
12.7%
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TTL
12.7%
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.25*t TTL
12.7%
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12.7%
13%
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13%
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TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
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TTL
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MO~
~~~
MO
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M()~
Mq§
MOS
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MOS
M~~
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IN
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IMAX.
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3.4%
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3.4%
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.40t*
3.4%
3.4%
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.20
3.5
3.5
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.25t
3.5
0.0
5.0
5.0
0.0
5.5
0
12%
2.7*t
2.7*t
12%
12.5
2.5t
2.5t
12.5
2.5t
12.5
12.7%
.25*t
12.7%
.25*t
13%
.15*t
2.2*t
13%
5.0
.45
0.0
-3.0
3.5%
1.5*
3.5%
1.5*
2.0%
.80*
2.0%
.80*
2.0%
.80*
2.0%
.80*
2.0%
.80*
2.0%
.80*
2.0%
.80*
2.0%
.80*
2.0%
.80*
2.0%
.80*
2.0%
.80*
MO'
20M
100k%
100k%
10. TIME
DELAY
FAN
POWER
iit
~
~~
6
4
4
4
6
3
3
3
3
3
7
7
7
7
7
7
10
10
10
10
10
10
10
12
12
12
12
12
12
19
10
3
4
4
I
8
8
30
3
3
3
5
5
5
4
2
3
3
3
3
3
3
3
3
3
3
3
3
3
12
18
10
10
19
10
10
10
10
10
10
10
~
19
10
3
3
3
3
~
!
3 I
3
3
3
3
3
3
3
2'"
2
4
4
4
4
4
4
g~~i
M(j§
MOS
M()§
M()~
MOt
M~~
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M()~
M(j~
MO~
M~~
MO
MO~
M(j~
MO~
MO~
M()~
M(j~
MO~
10
10
10
10
10
10
10
10
10
10
10
10
10
14
14
SUPPLY
SPAN
NEG. POS.
IVI
IVI
~:~
~:~
IN ORDER OF (1)TlME DELAY(2)LOGIC TYPE
(3 LEVEL'1'(4 LEVEL'O'(5)MAX FREQ(6)TYPE No.
MIN.
DELAY
RISE
TIME
tr
(51
(51
MAX.
FALL
TIME
~~~~
5.0
5.0
50n'"
5.0
(J.O
0.0
5.0
5.0
0.0
50n
0.0
5.0
0.0
5.0
50n'"
0.0
5.0
50n'"
5.0
50n'"
~O
5.0 , 50n'"
0.0
0.0
5.0
50n'"
0 5.(J
52n%'"
0.0
5.0
52n%'"
0 5.0
52n%'"
0 5.0
52n%'"
0.0
5.0
52n%'"
0 5.0
52n%'"
0.0 5.25
0.0 5.25
0.0
5.0
50n'"
4.8
5.2
25n
4.8
5.2
25n
60n
0 5.0
0.0
15
0.0
15 '
0.0
15
0.0
15
0.0 I
15
0.0
15
0.0
15
0.0
15
0.0
15
0 5.0
75n
15
10 400n
0.0
5.0 250n%
0.0
5.0 250n%
0.0
5.0
30n
0.0
7.0
0.0
5.0
30n
5.0
30n
0.0
30n
0.0
5.0
30n
0.0
5.0
30n
0.0
5.0
0.0
5.0
30n
0.0
5.0
30n
0.0 5.25
30n
0.0
5.0
30n
5.0
O.(J
~On
30n
0.0
5.0
0.0
5.0
30n
0.0
5.0
50n'"
0.0
5.0
50n'"
0.0 I 5.0
50n'"
0.0
5.0
50n'"
0.0
5.0
50n'"
0.0
5.0
50n'"
0.0
5.0
50n'"
0.0
5.0
30n
0.0
5.0
30n
0.0
5.0
30n
0.0
5.0
30n
0.0 5.25
30n
30n
0.0
5.0
10 50n
15
6.0
0.0
200n'"
5.0 1.2u'"
0.0
0.0
5.0 11.2u",
0.0
5.0 1.2u'"
0.0
10,600n'"
0.0
10!600n'"
0.0
10'600n'"
0.0
1°11.2U$
10 1.2u$
0.0
1011.2u$
0.0
0.0
10
0.0
10
0.0
10
0.0
10
10
i 0.0
5.0
15
5.0
15
0.0
15
0.0
15
0.0
15
0.0
15
0.0
15
0.0
15
0.0
15
0.0
15
0.0
15
0.0
15
0.0
15
0.0
15
0.0
15
0.0
15
tf
(5)
I
100nt
100nt
100nt
MAX. MAX.
DRAWINGS
TEMP. CKT
TOTAL NOISE
PER LOGIC IIOUTLINE
PKG.
REJECT LOW HI .MQ[ DWG. No DWG. No
DISS.
ll=MO
(V)
(WI
'C
'C
1~5
~~~~
395m
100nt 600m
100nt 600m I
100nt 600m
170mt
90mt 1.2
90mt 1.2
90mt 1.2
I 90mt 1.2
90mt 1.2
!(j0m 1.4
~(Jn
50n
100m 1.4
50n
100m 1.4
100m 1.4
50n
100m 1.4
50n
100m 1.4
50n
t
t
t
t
t
-55
0
-55
-55
0
-55
-55
-55
0
0
0
0
0
-55
I-55
i-55
!~55
23mt 1.2 '"
500m 1.0
500m 1.0
40niZl
100nt 100nt
100nt 100nt
100nt 100nt
100nt 100nt
100nt 100nt
100nt 100nt
100nt 100nt
100nt 100nt
100nt 100nt
25n
25n
20~El
20~m
20n
20n!,;!
40~m
40n
40niZl
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I
60n
85n
85n
85n
60n
60n
60n
35nt
35nt
35nt
lOu
lOu
lOu
lOu
lOu
100nt
100nt
100nt
100nt
100nt
100nt
,150n
150n
150n
80n
80n
80n
35nt
35nt
35nt
lOu
lOu
lOu
lOu
lOu
100nt
100nt
100nt
100nt
100nt
100nt
180nt
180nt
I:~~
I ;~5'
125
70
125
125
70
125
125
125
70
70
75
75
75
125
125
125
125
125
125
70 ,
70
70
70
70
70
70
125
75
75
125
125
70
65
125
70
70
75
70
125
125
125
70
70
70
70
125
125
70
70
125
125
70
70
125
70
70
70
125
85
125
70
70
85
75
]g
10
1.0
0
625m
0
680mt
0
.625mt
0
680mt
-55
385m
0
300m
0
385m
-55
1.0
-55
0
1.3
800m
-20
500m 450m'" -55
500m 450m'" 0
90mt 400m
0
115mt 1.0'"
0
115mt 1.0'"
0
115mt 1.0'"
-55
115mt 1.0'"
-55
115mt 1.0'"
-55
115mt 1.0 '"
0
115mt 1.0 '"
0
115mt 1.0'"
0
200mt 1.0
0
115mt 1.0'"
-55
115mt 1.0'"
-55
115mt 1.0'"
0
115mt 1.0'"
0
400m§ 1.2 '"
-55
400m§ 1.2 '"
-55
400m§ 1.2'"
0
400m§
0
'"
23mt 1.?
-55
1.2 '"
23mt 1.2'"
0
23mt 1.2'"
0
115mt 1.0'"
0
115mt 1.0'"
-55
115mt 1.0'"
-25
115mt 1.0'"
-55
200mt 1.0
0
200mt 1.0
0
1.7
800m
-20
98mt
0
250u% 2.2 '"
-55
J~5
250u% 2.2'"
250u% 2.2'" I:!g 85
1.0m% 4.5 '"
-55 125
1.0m% 4.5 '"
-40 85
-40 85
1.0m% 4.5 '"
100u% 4.5 '"
-55 125
1.0m% 4.5 '"
-40 185
-40 !85
1.0m% 4.5 '"
-55 125
250u% 4.5 '"
-40 85
1.0m% 4.5 '"
-55 125
250u% 4.5 '"
-40 85
1.0m% 4.5 '"
-55 125
250u% 4.5 '"
75
750m
0
625m ,
75
0
75
750m
0
0
75
625m
725m
-55 125
750m
-55 125
750m
0
75
625m
75
0
750m
-55 125
,0
75
750m
0
75
I~~g~
0
75
75
625m
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I J0571
I J0571
I J0571
I J0571
2 J05101
4
4
2
C0326
C0326
I J0599
I J0599
I J0599
I J0598
I J0598
I J0598
C0326
2 J0572
2 J0533
2 J05105
2 J05105
I J0580
I J0580
I
I
I
I
I
I
I
I J0592
I
1
I
I
2 J05101
21~05101
2 J05101
2!J05101
2iJ05101
2'J05101'
J05101
~
'M318
1~126n
M294b
M344
FP97a
M294b
M344
6
TOSS
T0116
M157
TOS8
mn
~~
"'004AG
C~!';l
CBP
T0116
M157d
T099
M293
T099
M239f
M239f
M239f
T0116
CB55
CB31
M346a
M345
T0116
Ml05'
m1~~
M126
"'004AA
M157b
M126e
T084
M114
T0116
M257e
T0116
M257e
M153d
"'004AG
M153d
Ml17x
M153d
M153d
Ml17x
T0116
T0116
TOl16
T085
Ml05n
1
1
1
1 J0592
J0592
1 J0529. CB31
1 J0587
M126f
4 J061
M200w
. M200w
4 J061
4 J061
MI17y
4 J061
M200w
4 J061
M200w
4 J061
MI17v
T0116
I J062
I J062
T0116
1 J062
M157d
I J063
1 J063
1 J063
"'OOIAE
1 J063
"'001AC
I J063
"'004AG
2 C0120
M294e
2 C0120
M294e
2 C0125
M294e
M294e
2 C0125
2 C0120
M294e
M294e
2 C0125
1 C0124
M200u
I C0124
M200u
I C0124
M200u
1 C0124
'M200u
M200u
ggm
M200u
I C0119
M200u
1 C0119
,M200u
1 C0119
iM200u
1 C0119
'M200u
~~
1
I
I _0-
I
I
I
i
167
D.A. T.A.
SYMBOLS AND CODES
EXPLAINED IN INTERPRETER
167
LINE
No.
,."
2 ...
3 ...
4 ...
5 ...
6 ...
7
8
9
10
1,.
12.
13+
14
15
16
17
18
19
20 ...
21 ...
22 ...
23 ...
24 ...
25 ...
26 ...
27 ...
28
29
30
~i
33
34
35
36
37
38
39
40
41
42
43
44
45
46
47
48
~g
51
52
53
54
55
56
57
58
59
60
61
62 ...
63 ...
64
65
66 ...
67 ...
68
69
70
71
72
73
74
75
76
77
78
79
80
81
82
83
84
85
86
87
88
89
90
91
92
93
94
95
96
97
98
99
100
101
102
103
104
105
106
107
108
109
110
168
~
UJ
fiJ_ Mt1
USE OPER- PRO-
TYPE
No.
ATING CESS flj'"
FREQ.
(Hz)
(VI
l:mg~1O
AOC120Z003
~ggl~g~gn
ADC120Z033
~gglgg:~~~
AOC100BOB
AOC100USB
AOC535-3BCO
AOC535-3BCO-BP
AOC535-12A-E
AOC550-10E
AOC550-10LO
AOC550-10S
AOC550-12E
AOC550-12LO
AOC550-12S
AOC560-3BCO-E
AOC560-3BCO-LO
AOC560-12AE
AOC560-12ALO
AOC560-12BE
AOC560-12BLD
AOC560-12CE
AOC560-12CLO
AOCll02
AOC1105J
AOC 1105K
~gg_~180:C 01
AOC-H8BC03
AOC-H8BINl
AOC-H8BIN3
AOC-Hl0BCOl
AOC-H 10BC03
AOC-Hl0BINl
AOC-Hl0BIN3
AOC-H 12BCO 1
AOC-H 12BC03
AOC-H12BINl
AOC-H 12BIN3
AOCER8B
AOCER80
AOCER10B
AOCER12B
AOCER120
AOH8-1
AOH9-1
AOH10-l
EROC-Hl
ERDC-H3
EROC-L 1
EROC-L3
ESDC6-1
ESDC6-3
ESDC-Hl
ESDC-H3
ESOC-L 1
ESDC-L3
MN5250
MN5250H
PD850-3BCD
PD850-12
PD855-3BCO
P0855-12
RDC500Hl
ROC500H3
ROC500L 1
ROC500L3
RDC500Ml
RDC500M3
RDC510Hl
ROC510H3
RDC510L1
RDC510L3
RDC510Ml
RDC510M3
RDC511Hl
RDC511H3
RDC511Ll
RDC511L3
ROC511Ml
RI?~511M3
SOC36-6-1
SOC36-6-3
SDC36Hl
SDC36H3
SDC36L 1
SOC36L3
SDC500-6-1
SOC500-6-3
~gg~gg~~
SDC500L 1
SDC500L3
SOC501-1
SDC501-3
SDC510-6-1
SOC510-6'3
SOC510Hl
~g~~lg~r
SOC510L3
SOC511-6-1
SDC511-6-3
SDC511Hl
SDC511H3
SDC511L 1
I
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
D.A. T.A.
11 . MISCELLANEOUS
POWER
MAX. TEMP.
LOGIC
LEVEL
fIJ'O'
(V)
~g~
1~
30M
~g~
30M
~g~
30M
30M
30M
30M
30M
30M
30M
30M
30M
30M
30M
30M
30M
30M
30M
30M
30M
30M
30M
30)~
~gi
I~P?r
~gi
MO
~g:
M~~
~gi
M~~
~gi
~~~
30M
30M
30M
30M
PCB
PCB
PCB
30M
30M
30M
30M
30M
30M
30M
30M
30M
I~~~
TFH
30M
30M
30M
~~~
MO
~gl
MO
~g~
MO
M~~
~g,
~~f
Mm
M~~
~gi
~Jl~
30M
30M
30M
30M
~_O)~
~gi
M~~
M~~
MO
MO~
M~~
~g~
M<:>~
M<:>~
MOr
MO
M1!
MO
~g:
SUPPLY
TOTAL
SPAN
PKG.
LOV. HI
POS.
N(~~. (VI D!~~. 'C 'C
I
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
0.0
0.0
0.0
0.0
0.0
15
15
15
15
15
15
15
15
15
15
15
15
15
12
12
15
15
15
15
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
15
15
15
15
15
15
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
1;
15
15
15
15
1~
15
15
15
15
1~
1.8
1.8
1.8
1.8
t
t
t
t
2.1
2.1
1.2
1.4
t
t
t
t
g~
I~
j~
0
-55
0
-55
-25
-25
-25
-25
0
0
70
151.2t~~0
450m 0
15
15
15
15
15
450m
0
450m~0
450"r;~ 0
450m
0
1~ t~Ot'* g
15 1.9 t
0
15 1.9 t
0
15 1.9 t
0
15 1.9 t
0
15 1.g t
0
15 1.9 t
0
15 1.9 t
0
15
0
15 1.8 § 0
15 1.8 § 0
15
0
5.0 2.6 t -55
5.0 2.6 t
0
5.0 2.6 t
-55
5.0 2.6 t
0
5.0 2.6 t
-55
5.0 2.6 t
0
5.0 2.6 t
-55
5.0 2.6 t
0
5.0 2.6 t
-55
5.0 2.6 t
0
5.0 2.6 t
-55
5.0 2.6 t
0
5.0 1.2
0
5.0 1.2
0
5.0 1.2
0
5.0 1.2
0
5.0 1.2
0
5.0
-55
5.0
-55
5.0
-55
15 3.8 t
-55
15 3.8 t
0
15 3.8 t
-55
15 3.8 t
0
15 3.8 t -55
15 3.8 t
0
15 3.8 t
-55
15 3.8 t
0
15 3.8 t
-55
15
12 13586~t g
12 56mt -55
15
15 ~gg~; g
15
0
15
0
15 675mt -55
15 675mt 0
15 675mt -55
15 675mt 0
15 675mt -55
15 675mt 0
15 2.3 t
-55
15 2.3 t
0
15 2.3 t -55
15 2.3 t
0
15 2.3t -55
15 2.3 t
15 2.3 t 1?55
15 2.3 t
0
15 2.3 t
-55
15 2.3 t
0
15 2.3 t -55
15 2.3 t
0
15 6.0 t
-55
15 6.0 t
0
15 6.0 t -55
15 6.0 t
0
15 6.0 t
-55
15
0
15 1~705~t -55
15 675mt 0
15 675mt -55
15 675mt 0
15 675mt -55
15 675mt 0
15
-55
15
0
15 2.3 t -55
15 2.3 t
0
15 2.3 t
-55
15 1~.3 t
15 2.3 t 1~5
15 2.3 t
0
15 2.3 t -55
15 2.3 t
0
15 2.3 t
-55
15 2.3 t
0
15 2.3 t -55
IN ORDER OF (1)USE(2)LEVEL'l'(3)LEVEL'O'
(41MAX OPER FREQ(51TYPE No,
DRAWINGS
LOGIC OUTLINE
DWG. No DWG. No
lI=MO
!;'~TT.ered 1~ ."it A,:,,:,~Acc ± l/ Converter 64: 1
I ~ Speed Synchro to Dig Converter.
8 Bit Video;Vi .50V;Acc ±.20% of FS.
8 Bit Video'Vi ±2.5V·Acc ±.20% of FS.
8 Bit;VI ±10V;lc 70mA.
8 Bit;VI ±10V;lc 70mA.
9 BitVI ±10V'lc 70mA.
9 Bit;VI ±10V;lc 70mA.
10 Bit;VI ±10V;lc 70mA.
10 Bit'VI ±10V'lc 70mA.
11 Bit;VI ± 10V;lc 70mA.
11 Bit;VI ±10V;lc 70mA.
9.0 Bit. accuraCY; 11 Bit. re.olution.
9.0 Bit. accuracy; 11 Bit. re.olution.
10 Bit. accuracy; 11 Bit. re.olution.
10 Bit. accuraJ;Y; 11 Bit.re.olution.
,11 Bit. accuracy; 11 Bit. re.olution.
111 Bits accuracy; 11 Bits resolution.
12 Bit'Lin ±112 LSBVin 0 to Diu. 10V.
12 Bit;Lin ±112 LSB;Vin 0 to plu. 10V.
13 Bit BCD Ten. Complement Output Code.
8 Bit AID Converter.
8 Bit AID Converter.
8 Bit AID Converter.
8 Bit AID Converter.
9 Bit w/Straight Binary Output Code.
9 Bit w/Straight Binary Output Code.
9 Bit w/Straioht Binarv OutDut Code.
9 ~B,it w/Straight Binary Output Code.
10 Bit w/One. Complement Output Code.
10 Bit w/One. Complement OutDut Code.
10 Bit w/One. Complement Output Code.
10 Bit w/One. Complement OUtput Code.
11 Bit w/Two. ComQiement OutDut Code.
11 Bit w/Two. Complement Output Code.
11 Bit w/Two. Complement Output Code.
11 Bit w/Two. Complement Outnut Code.
12 Bit w/Ott.et Binary Output c,;ode.
12 Bit w/Ott.et Binary Output Code.
12 Bit w/Ott.et Binary Outout Code.
12 Bit w/Ott.et Binary Output Code.
8 Bit AID Converter.
8 Bit AID Converter.
8 Bit AID Converter.
,8 Bit AID Converter.
i9 Bit w/Strllli!ht BinalY. Output Code.
19 Bit w/Straight Binary Output Code.
9 Bit w/Straight Binary Output Code.
9 Bit w/Strajght Bin~ry Outout Code.
10 Bit w/One. Complement Output Code.
10 Bit w/One. Complement Output Code.
10 Bit w/One. COl1'1Qlement Output Code.
10 Bit w/One. Complement (jutput Code.
11 Bit w/Twos Complement Output Code.
11 Bit w/Twos Complement Outnut Code.
11 Bit w/Two. Complement Output Code.
11 Bit w/Two. Complement Output Code.
12 Bit w/Ottset BinaI'L OutDut Code.
12 Bit w/Ottset Binary Output Code.
12 Bit w/Ottset Binary Output Code.
12 Bit w/Ottset BinaK Output Code.
12 Bit;Vin 0 to plus 10V;Lin ± 112 LSB max
12 Bit;Vin 0 to plus 10V;Lin ±112 LSB max
1 Ckt.
Acc 0.02% max;Gain vs Temp 30ppm/'C.
12 Bit;Multi Range Input;lnt Ref.
12 Bit'Multi Range Input'lnt Ref.
12 Bit;Output Register;Multi Range Input.
12 Bit;Output Register;Multi Range Input.
12 Bit BCD'Vin 0 to 5V'0 to 10V'Lin±1I2LSB
12 Bit BCD;Vin 0 to 5V;0 to 1OV;Lin± 1/2LSB
12 Bit;Conv Speed 12us max.
10 Bit'Conv ~eed 8us max.
8 Bit;Lin ±112 LSB;Conv Time 1.5us.
8 Bit;Lin ± 112 LSB;Conv Time 1.5us.
8-12 Successive Approximation Serie •.
8-12 Successive Approximation Series.
8-12 Successive Approximation Series.
8-12 Successive ~oximation Series .
8-12 Successive Approximation Series.
3 112Digit BCD;O to -10V Input;8ms Conv.
12 Bit BinaEGO to -10V InDut'20ms Conv.
,3 112Digit BCO;O to -lOV Input;750us Cony.
12 Bit Binary;O to -10V Input;2ms Conv.
12 Bit Binary;O to -10 ±5 ±10V.
10 Bit Binary;O to -1 O,±5.± 1OV.
12 Bit.;Unear ±l12LSB max;VIO.O to -10V.
12 Bits'Unear ±lI2LSB max·VIO.O to 10V..
12 Bits;Linear ±l12LSB max;VIO.O to. -1 OV.
12 Bits;Linear ± 112LSB max;VIO.OV to 10V.
8 Bit'Conv ~eed 20us max.
1~ ~:~;g~~~.~ee:dd ;guu; :::x~·
SYMBOLS AND CODES
EXPLAINED IN INTERPRETER
169
..QJ
LINE
No.
TYPE
No.
~g~~g:ri~:~:~
~"
2"
3"
4
5"
6
7
8
9
10
11
12
AOC50·10·BIN
AOC50·12·BCD
ADC50·12·BIN
ADC60·08
ADC60·10
ADC60·12
ADC85·10
ADC85·12
ADC85C·l0
ADC85C·12
I~::;gg;~~
~~
MC1405L
MC1505L
107BCD
107BIN
109
104BIN·P
106·1
104BCD·P
A854BIN
105BIN·P
A854BCD
105BCD·P
'160·10
158
168·12
161·12
170·8
170·10
170·12
171·8
171·10
171·12
4110
A855·14
A855·13
A856·16
MN5200
MN5200H
MN5201
MN5201H
MN5202
MN5202H
MN5203
MN5203H
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
~~
33
34
35
36
37
38
39
40
41
42
43
44
45
46
47
48
49
50
51
<:>4+
~~mgH
65.
66.
67+
68.
69.
70.
71+
MN5211
MN5211H
MN5212
MN5212H
MN5213
MN5213H
MN5214
72.
n:
1~~m~H
75.
MN5215H
j~
~~~j~8B
~~~m
i~~:g:Jg~~X~B
:;n:~~
;g~" !6~~~~ET
170
; I
1
1
1
1
1
[ 1
1
1
1
1
1
1
1
1
1
25
1
25
1
25
1
50
1 100
1 125
1 250
1 500
1 500
1 1.3k
1
13k
1
20k
1
25k
1
30k
1
40k
1
40k
1
40k
40k
1
40k
1
40k
1
40k
1
1
40k
1
50k
1 125k
1 240k
1 240k
1 240k
1 240k
1 240k
1 240k
1 240k
1 240k
1 240k
1 240k
1 240k
1 240k
1 285k
1 400k
1 500k
1 :800k
1 1.0M!>
1 1.0M!>
1 1.0M!>
1 1.0M!>
1 1.0M!>
1 1.0M!>
1 1.0M
1 1.0M!>
1 1.0M!>
1 1.0M!>
1 1.0M!>
i 1 1.0M!>
1 1.0M!>
1 1.0M!>
1 1.0M!>
1 1.0M!>
1
1
1 1.0M!>
1 1.2M
I
1 1.2M
1 1 1.5M!>
1 1.5M!>
1 1.5M!>
1 1.5M!>
1 2.5M
1 2.5M
1 4.0M
1 4.0M
1
15M
1
15M
1
1 I
! 1
1 I
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
I
1
1
i 1
~'ESS fl.]''' ~'O'
IVI
ADC8QMSN
ADC8QU
ADC8S
ADC10QMET
ADC10QMSN
ADC10QU
I
D.A. T.A.
IVI
:~~:
!~g~ ~:~%
130M
3DM
3DM
3DM
3DM
3DM
TFH
TFH
TFH
TFH
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
MO~
~J>~
3DM
~g~
3DM
3DM
3DM
3DM
3DM
3DM
3DM
3DM
3DM
3DM
~g~
3DM
3DM
3DM
3DM
!3DM
3DM
'3DM
PCB
TFH
TFH
TFH
TFH
TFH
TFH
TFH
TFH
TFH
TFH
TFH
TFH
3DM
3DM
3DM
~~~
M~~
~8i:
MO~
MO~
3DM
TFH
TFH
TFH
li~~
TFH
TFH
TFH
TFH
TFH
3DM
3DM
TFH
TFH
TFH
TFHI
~g~1
PCM
PCM
PCM
PCM
3DM
3DM
3DM
3DM
3DM
3DM
~g~
3DM
3DM
3DM
3DM
3DM
3DM
3DM
3DM
3DM
3DM
3DM
3DM
3DM
3DM
3DM
:~g:i
2.0%
2.0%
2.0%
2.0%
2(j'*.>
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
!1. 0 %
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.~~
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
tg~
:~g:
.80*
.80*
.80*
.80*
.80*
.80*
.80*
~.O%
:~g:
I
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.40*1
.40*1
.40*1
.40*1
.40*1
.40*1
.40*1
.40*1
.40*1
.40*1
.40*1
.40*1
.40*1
.40*1
.40*1
.40*1
.40*
.40*
.40*
.40*
.40*
.40*
.40*
~~ ~:~ 1 :~~
15 2.5 1 ·25
15 2.5 1 ·25
15 2.5 1 ·25
15 2.9 § 0
15 2.9 § 0
15 2.9 § 0
15 1.8 § ·25
15 1.8 § ·25
15 1.8 § 0
15 1.8 § 0
5.0
·55
5.0
0
15 195m '0
15 195m ·55
15 1.2 % 0
15 1.2 % 0
15 225m 0
;~ 15 1.6 % 0
15
15 1.2 % 0
15
15 1.6 % 0
15
15 2.2 § 1.25
15
15 1.7 % 0
15
15 2.2 § ·25
15
15 1.7% 0
15
15 1.3 % 0
0.0
5.0
15
15 ~~Or~:~
15
15 1.8 % 0
15
15 1.7% 0
15
15 1.7% 0
15
15 1.7% 0
15
15 1.7 % 0
15
15 1.7 % 0
15
15 1.7% 0
15 : 15.5 1.7
0
15 2.7 § 0
15
15
15 2.7 § 0
15
15 8.5 § 0
15
15 915m§ 0
15
15 915m§ ·55
15
15 915m§ 0
15
15 915m§ ·55
15·
15 915m§ 0
15
15 915m§ ·55
15
15 744m§ 0
15
15 744m§ ·55
15
15 744m§ 0
15
15 '744m§ ·55
15
15 744m§ 0
15
15 744m§ ·55
15
15 2.0
0
15
15 2.7 § 0
15
15 2.0
0
15 :2.0
0
15 11.4 § ·55
15 : 1.5 § ·55
15
15 1
15 1.4 § ·55
15
15 1.5 § ·55
15
15 1.4 § ·55
15
15 1.5 § ·55
15
15 2.7 § 0
15
15 915m§ 0
15
15 915m§ ·55
15
15 915m§ 0
15
15 915m§ ·55
15
15 915m§ 0
15
15 915m§ ·55
15
15 744m§ 0
15
15 744m§ ·55
15 744m§ 0
15
15
15 744m§ ·55
15
15 744m§ 0
15
15 744m§ ·55
15
15 1 1. 5 § ·25
15 1.5 § 1·25
15
15
15 1.0
0
15
15 1.0
0
15 :
15 1.0
0
15
15 1.0
0
15 1.5 § ·25
15
15
15 1.5 § ·25
15
15 8.6 % 0
15
15 8.6 % 0
15
15
10 % 0
15
15
10 % 0
15
15 1.4
0
15
15 1.4
0
15
15 1.4
0
15
15 1.4
0
15
15 2.4
0
152.4
15i
0
15
15 2.4
0
15 1
15 2.4
0
15
15 3.2
0
15
15 3.2
0
15
15 3.2
0
15
15 3.2
0
15
15 3.2
0
15
15 3.2
0
15
15 3.2
0
15 3.2
15
0
15
15 1.9 1 ·55
15
15 1.9 1 0
15
15 2.6 1 0
15
15 1.4 1 0
15
15 1.9 1 ·55
15 1.9 t
15
0
15
15 2.6 1 0
g
~g:
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
2.0%
2.0'*.>
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.4%
2.4%
2.4%
2.4%
2.4%
2.4%
2.4%
2.4%
2.4%
2.4%
2.4%
2.4%
2.4%
2.4%
2.4%
2.4%
2.4%
2.4%
2.4%
2.4%
2.4%
2.4%
2.4%
~~
15
15
15
15
15
15
15
15
15
15
O.y
0.0
0.0
0.0
15
15
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
~g~ ~:g~
;:g~~ I+~~
78" MN5120
79"
80"
81" MN5123
82
A857·4
83
A857H4B
84
AN·DI802VID
85
86
87
IAN·DI802RAD·C
88" 411~~
89" 411~~0
90" 4117
91'1' 4117·10
92" 4130·10
93" 4130·20
~~" 4130·30
95" 4130·40
96" 4131·10
97" 4131·20
98" 4131·30
99" 4131·40
100"
101"
102" 4133·11
105
106
107
108
109
110
itTING
FREQ.
{HzI
POWER
MAX. TEMP.
SUPPLY
TOTAL
SPAN
PKG.
LOVI HI
NEG. POS. DISS.
'C
'C
IVI
IVI
IWI
LOGIC
LEVEL
USE OPER· I PRO·
I
~~~~g!H
~~
'J.J~ ~DMAXI
I
MN5205
MN5205H
175·12
A851·12
175·10
175·8
87685
876B5Dl
876Bl0
876810Dl
876Ul0
876Ul0Dl
A851·10
54
55
56
57"
58
59"
60
61"
62
63
.
11 · MISCELLANEOUS
I
;~ i
I~~
85
85
185
70
70
70
85
85
70
70
IN ORDER OF (1)USE(2)LEVELT(3)LEVEL'O'
{41MAX OPER FREQ{51TYPE No.
DRAWINGS
LOGIC OUTLINE
DWG. No DWG. No
6=MO
~gm
K0123
K0123
K0123
K0185
~gm
K0186
K0186
K0186
K0186
j~5
~~g~
M302r
~~g~;
K0165
M511
M511
M511
M511
~~yyp
M200p
M191
M191
M447
M447
M448
M444
M446
M444
K0166
M445
K0166
K0170
K0169
M445
M450
M449
K0170
M450
W ~m~~
70
125
70
70
70
70
70
70
85
70
85
70
70
70
70
70
70
70
70
70
70
70
70
70
70
60
70
125
70
125
70
125
70
125
70
125
70
125
70
60
70
70
125
125
125
125
125
125
60
70
125
70
125
70
125
70
125
70
~~g~
M302
K0167
K0167
K0168
K0165
M~02q
M302q
M302Q
M302q
M302q
M302ci
K0184
K0145
K0145
K0145
K0145
K0145
~gm
K0145
K0145
K0145
K0145
K0145
CB68
M387
M387
M387
M387
M387
M387
M387
M387
~~~j
M387
M387
M500
K0128
K0128
K0128
K0128
K0128
K0128
M196c
M196c
M196c
M196c
M196c
M196c
M500
~g;!~
:~~g
I~g;!~
I~~g
K0145
K0145
K0145
K0145
K0145
K0145
K0145
125 K0145
85
85
70 K0188
70 K0188
70 K0188
70 K0188
85
85
50 K0171
50 K0171
50
50
70 K0189
70 K0189
70 K0189
70 K0189
70
70
70
70
70
70
70
70 [
70
70
70
70
125 K0133a
70 K0133a
70 K0132a
70 K0138
125 K0133
70 K0133
70 K0132b
M387
M387
M387
M387
M387
M387
M387
M387
M501
M501
M326c
M326c
M326c
M326c
M501
M501
~Jg~
M364f
'M362
M365
M365
M364f
GENERAL DESCRIPTION
~ L_I>'1.:I,;Onv, "pe~a_:!uus max.
8 Bit;Conv Speed 20us max.
10 Bit'Conv Speed 30us max.
12 Bit;Conv.Speed 30us max.
12 Bit;Conv Speed 30us max.
8 Bit'Conversion Soeed .88u. max.
10 Bit;Conversion Speed 1.88us max.
12 Bit;Conversion Speed 3.5us max.
10 Bit'Conversion' Speed 6us max.
12 Bit;Conversion Speed 10us max.
10 Bit;Conversion Speed 6us max.
12 Bit'Conversion Speed 10us max.
~.Bit A to D Encoder.
8·Bit A to D Encoder.
Dual Ramo Subs stem.
Dual Ramp Subsystem.
±4 112Digit BCD;±10V Input;tconv. 40ms.
±14 Bit BIN'±10V Input'tconv. 40ms.
±100,OOO Counts max;Req.Ext.Count.
12 Bit BIN;O to 10V Input;tconv. 20ms.
±3 112Diait BCD'±10V Input'tconv 10ms.
3 112 Digit BCD;O to 10V Input;tconv 8.0ms
Integrating 12·Bit;4ms.
12 Bit BIN'O to 10V Inp_ut·tconv 2.0ms.
Integrating 3.1j.2 Digit;2ms.
3 1/2 Digit BCD;O to 10V Input;tconv 750us
10 Bit BIN'O to ·10V±10V·tconv 75us.
8 Bit BIN;Single Supply;50us conY.
12 Bit BIN;O to ±10V,±5V,±10V;tconv 40us.
12 Bit BIN'O to ·10V±5V±10V·tconv 30us.
8 Bit BIN;Oto ±10V,±5V,±10V;tconv 25us.
10 Bit BIN;O to 10V,±5V,±10V;tconv 25us.
12 Bit BIN'O to 10V±5V±10V·tconv 25us.
8 Bit BIN;O to 10V,±5V,±10V;tconv 25us.
10 Bit BIN;O to 10V,±5V,±10V;tconv 25us.
12 Bit BIN'O to 10V ±5V ±10V·tconv 25us.
8 bit Tracking A to D.
14·Bit;25us Conversion Time.
12·Bit·20us Conversion Time.
16·Bit;8us Conversion Time.
12 Bit;Vin 0 to ·1 OV;Acc.4%;Lin.±112LSB.
12 BitVin 0 to ·10V·Acc.4%·Lin. ±l12LSB.
12 Bit;Vin 5 to ·5V;Acc.4%;Lin. ±1/2LSB.
12 Bit;Vin 5 to ·5V;Acc.4%;Lin. ± 112LSB.
12 Bit'Vin 10 to·l0V·Acc.4%·Lin.±112LSB.
12 Bit;Vin 10 to·l0V;Acc.4%;Lin.±1/2LSB.
12 Bit,Vin 0 to 10V;Lin ± 112 LSB max.
12 BitVin 0 to 10V'Lin ±112 LSB max.
12 Bit,Vin 5 to ·5V;Lin ±112 LSB max.
12 Bit,Vin 5 to ·5V;Lin ±112 LSB max.
12 BitVin 10 to 10'Lin ±112 LSB max.
12 Bit,Vin 10 to 10V;Lin ±112 LSB max.
12 Bit BIN;O to 10V,±5V,±10V;tconv 3.5us.
12·Bit·2.5usConversion Time.
10 Bit BIN;O to 10V,±5V,±10V;tconv2.0us.
8 Bit BIN;O to 10V,±5V,±10V;tconv 1.2us.
11 BitVi ·5.0V to 5.0V·Acc ±.30% ±112 LSB
Vi ·5.0V to 5.0V;Acc ±.10% ±l12LSB.
11 Bit;Vi ·10V to 10V;Acc ±.30% ±112 LSB
Vi ·10V to 10V'Acc ±.10% ±l12LSB.
11 Bit;Vi OV to 10V;Acc ±.30% ±112 LSB
Vi 0.OV·l0V;Acc ±.10% ±1/2LSB.
10 Bit'l us Conversion Time.
12 Bit;~in 0 to .~~y;Lin ±~~~ LSB max.
12 Bit;Vin 0 to ·10V;Lin ±112 LSB max.
12 Bit'Vin plus 5 to ·5V·Lin ± 112 LSB max
12 Bit;Vin plus 5 to ·5V;Lin ±1/2 LSB max
12 Bit;Vin plus 10 to ·10V;Lin±112 LSB max
12 Bit'Vin plus 10 to ·10V·Lin ±lI2LSB max
12 Bit;Vin 0 to ·10V;Lin ±112 LSB max.
12 Bit;Vin 0 to ·10V;Lin ±112 LSB max.
12 BitVin olus 5 to ·5V·Lin ± 112 LSB max
~~ !:!it;Vin plus ~. to ·5V;Lin ±1,,,: ':.~B max
12 Bit;Vin plus 10 to ·10V;Lin ±lI2LSB max
12 Bit'Vin plus 10 to ·10V·Lin ±lI2LSB max
8·Bit;800ns Conversion Time.
8·Bit;800ns Conversion Time;Buffered.
8 Bit'Lin ±112 LSBVin OV to ·10V.
8 Bit;Lin ±112 LSB;Vin ·5V to plus 5V.
8 Bit;Lin ±112 LSB;Vin ·10V to plus 10V.
8 Bit'Lin ±112 LSB'Vin OV to plus 10V.
4·Bit;400ns Conversion Time.
4·Bit;400ns Conversion Time;Buffered.
8 Bit BIN'lncludes Diff.Amp;tconv 20us.
10 Bit BIN;lncludes Diff.Amp;tconv 20us.
8 Bit BIN;lncludes Diff.Amp;7us S/H.
8 Bit BIN'lncludes Diff.Amo.l00os S/H.
8 Bits ADC;Conv Time 6.0ms max.
Buffered 8 Bit ADC;Conv Time 6.0ms max.
2.5 Dioit BCD ADC'Conv Time 5.0ms max.
Buff 2.5 Digit BCD ADC;Conv Time 5;Oms max
8 Bit ADC;Conv Time 750ns;Vin 0 to ·5V.
8 Bit ADC'Conv Time 750ns'Vin 0 to ·10V.
8 Bit ADC;Conv Time 750ns;Vin 5 to ·5V.
8 Bit ADC;Conv Time 750ns;Vin 10 to ·10V.
10 Bit ADC'Conv Time 1.0usVin 0 to ·5V.
10 Bit ADC;Conv Time 1.0us;Vin 0 to ·10V.
10 Bit ADC;Conv Time 1.0us;Vin 5 to ·5V.
10 Bit ADC'Conv Time 1.0usVin 10 to ·10V.
12 Bit ADC;Conv Time3.5us;VinO to·2.5/·5V
12 Bit ADC;Conv Time3.5us;Vin 0 to·2.5/·5V
12 Bit ADC'Conv Time2.5usVin 0 to·l0/·20V
12 Bit ADC;Conv Time2.5us;Vin 0 to·l0/~.ZOV
8 bit or 2BCD digits;Conv.Time 18us max.
8 Bits or 2BCD dioits·Conv.Time 18us max.
8 bits;Acc±lI2LSB;Conv.Time 6.4us max.
8 bits;Acc± 1I2LSB;TC ±60ppm/'C.
10 bits·Conv.Time 22us max.
10 bits;Conv.Time 22us max.
10 biIs'Acc±lI2LSB·Conv.Time 8.0us max.
SYMBOLS AND CODES
EXPLAINED IN INTERPRETER
170
LINE
No.
~
TYPE
No.
J
3
l~ggl~5MET
4
~ggg~~
5
6
7
8
9
10
11
12
13
14
15
16
17 ...
18
J~
21
~~
24
AOC12QMSN
AOC141
AOC16Q
AOC171
AOCll00
AOC 11 03-00 1
AOCll03-002
AOCll03-003
AOCllll
AOC08B
AOC010B
AOC012B
AOCHY12BC
AOCK8B
~gg~l~~
AOCMA10B2A
AOCMA10B2B
AOCMA12B2A
AOCMA12B2B
~~. tglll~~
27
28
29
30
31
32
33
34
35
36
~~
39
40
41
42
43
44
45
46
47
48
49
50
51
~~
--
54
55
56
57
58
59
60
~J
63
64
65
66
67
68
69
70 ...
71
72
73
74
75
~~
78
~~
81
82
83
84
85
86
87
~~
90
91
92
93
94
95
96
97
98
99
iOO
101
102
SOC1604507
~gf 1182J 707
SOC1602507
SOC1602607
SOC1603507
SOC1603607
STM163052Z
STM163062Z
STM163152Z
STM163162Z
SOC160251Z
SOC160261Z
~ggl~gm~
AOC149-14B
AOCCM12B
AOCCM10B
AOCCM8B
AOCN10B
AOCN12B
AOCP8B
AOCP10B
AOCG10B
AOCH10B
~~g~~~
~gg~~~g
AOCUH8B
AOCVH4B
AOCH4B
AOCUH4B
~~g~H"B
6409A
1~:lgA
6412
6412A
6413
6413A
AOCSH4B
770-755-0-20-0
770-755-0-20-1
770-755-0-20-2
770-755-0-20-3
770-755-2-20-0
770-755-2-20-1
770-755-2-20-2
770-755-2-20-3
770-!55-4-20-0
770-755-4-20-1
770-755-4-20-2
770-755-4-20-3
770-756-0-20-0
770-756-0-20-1
770-756-0-20-2
770-756-0-20-3
770-756-2-20-0
770-756-2-20-1
770-756-2-20-2
770-756-2-20-3
770-756-4-~2-0
770-756-4-20-1
770-756-4-20-2
770-756-4-20-3
Z0460
Z0461
Z0462
Z0470
Z0471
AOCEH8Bl
AOCEH8B2
AOCEH10Bl
19~'"
108
109
110
171
AOCEH12B2
AOCEH12B3
AOCE12B
AOCE120
AOCE10B
AOCE80
~'O'
(V)
~g~ ~::~
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1 I 30 %
1 500
1 500
1 500
1 500
1 500
1 500
1 500
1 500
1 1.5k
1 1.5k
1 1.5k
1 1.5k
1
20k
1
77k
87k
1
1 244k
1 250k
1 250k
1 500k
1 500k
1 1.0M
1 1.0M
1
1
1 1.6M
1 5.0M%
1
10M
1
10M
1
10M
1
25M
1
25M
1
50M
1
1
1
1
1
1
1
1
1 2.0M
1 2.0M
1 2.0M
1 2.0M
1 2.0M
1 2.0M
1
1 I~:g~
1 2.0M
1 2.';!M
1 2.0M
1 2.0M
1 2.0M
1 2.0M
1 2.0M
1 2.0M
1 2.0M
1 2.0M
1 2.0M
1 2.0M
1 .2.0M
1 2.Q~
1 2.0M
1 2.0M
1 2.uM
1
1
1
1
1
1
1
1
1
1
1
1
1 200
1 200
1 800
1 '2.0k
D.A. T.A.
30M
30M
30M
30M
30M
30M
30M
30M
30M
30M
30M
30M
30M
30M
30M
30M
I~g~
30M
30M
30M
30M
2.4%
2.4%
2.4%
2.4%
2.4%
2.4%
2.4%
2.4%
2.4%
2.4%
~.4%
2.4
2.4
~::%
2.4
2.4
2.4
2.4
2.4
2.4
2.4
~::%
~~~ 2.4%
30M
~~~
30M
30M
30M
30M
30M
30M
30M
30M
30M
30M
30M
30M
30M
30M
30M
30M
30M
30M
30M
30M
30M
30M
~~~
2.4%
2.4
2.4%
2.4%
2.4%
2.4%
2.4%
2.4%
2.4%
2.4%
2.4%
2.4%
2.4%
2.4%
2.4
2.4
2.4
2.4
2.4
2.4
2.4
2.4
2.4
2.4
~.4
2.4
2.4
2.4
2.4
2.4
2.4
2.4
2.4
2.4
2.4%
2.4%
2.4%
2.4%
2.4%
2.4%
2.4%
2.4%
2.4%
2.4%
2.4%
2.4%
2.4%
2.4%
2.4%
2.4%
2.4%
2.4%
~g~ 2.4%
30M' 2.4%
30M 2.4%
30M 2.4%
30M 2.4%
30M 2.4%
30M 2.4t
30M 2.4%
30M 2.4%
30M 2.4%
30M 2.4%
30M
30M
30M
30M
30M
.30M
30M
30M
PCB
PCB
PCB
PCB
PCB
PCB
PCB
PCB
30M
30M
30M
30M
30M
30M
30M
30M
30M
~g~
30M
30M
PCB
PCB
~g~
PCB
30M
30M
30M
30M
30M
30M
5g~
30M
30M
30M
POWER
MAX. TEMP.
DRAWINGS
SUPPLY
TOTAL
LOGIC OUTLINE
SPAN
PKG. L01 HI DWG. No DWG. No
NEG. POS. DISS.
6= MO I
(V)
(V)
(W)
°C i °C
LOG!C
LEVEL
ATING CESSf£J'1'
FREQ.
(Hz)
(V)
U~
AOCH6B
19~. ~gg~~l~~~
105.
+,J~
USE ~"M~1
OPER- PRO-
11
IN ORDER OF (1)USE(2)LEVELT(3)LEVEL'O'
[4)MAX OPER FREQ[5)TYPE No.
11 · MISCELLANEOUS
2.~~
2.4%
2.4%
2.4%
2.4%
2.4%
2.4%
2.4%
2.4%
2.4%
2.4%
2.4%
2.4%
2.4%
2.4%
~.4%
2.4
2.4
2.4
2.4
1~5
::g:
15
15 1.9 t
0
.40*
15
15 2.6 t
0
.40*
15
1511.8 t
0
.40*
15
15 1.9 t
0
.40*
15
15 3.5 § 0
.40*
15 1.9 t
.40*
15
0
0.0
.40*
5.0 1.2 § 0
15 3.9 § 0
.40*
15
15
15 3.9 § 0
.40*
.40*
15
15 3.9 § 0
15
.40*
15
-55
.40t
151
15 2.5 t
0
.40t
15
15 2.5 t
0
.40t
15
15 2.~ t
0
.40*t
15
15
t ig
.40t
15
15
.40t
15
15
Ig
.40t
15
15
.40t
15
15 2.3 t 10
.40t
15
15 2.3 t
0
.40t
15
15 2.3 t
0
.40t
15 2.3 t
15
0
0.4
5.0
0.0 750m 0
1.2
0
.40*t
15
15 3.5 t
0
.40*
15
15 3.5 t
-55
.40*
0.4
5.C
0.0 470m 0
15
15 2.8 § 0
.40*
15
.40*
15 2.8 § -55
15
15 2.2 § 0
.40*
.40*
15
15 2.2 § -55
15
15 2.2 § 0
.40*
15,
15 2.2 § -55
.40*
15
15 2.8 § 0
.40*
15
15 2.8 § -55
.40*
15
15 2.8 § 0
.40*
15
.40*
15 2.8 § -55
15
15 2.2 § 0
.40*
.40*
15
15 2.2 § -55
.40t
15
15 3.4 t
0
.40t
15
15
0
15
.40t
0
15
.40t
15
15
0
.40t
15
15 3.3 t
0
.40t
15
15 3.3 t
0
15
.40t
0
15 3.3 t
.40t
15
15 3.3 t
0
15
.40t
0
15 3.1 t
.40t
15
15 3.3 t
0
15
0
15 ~.1 t
.~';!!
.40t
15
15 3.3 t
0
.40t
15
15 3.3 t
0
.40t
15
15 1.2 t
0
.40t
15
15 1.2 t
0
151
.40t
15 1.2 t
0
.40t
15
15 1.2 t
0
.40t
15
15 3.3 t
0
.40t
15
15 1.2 t
0
.40t
15
15 1.2 t
0
.50*
15
15 1.7
0
15
.50*
0
15 1.7
.50*
15
15 1.7
0
15
15,1.7
.50*
0
15
.50*
0
15 1.7
15
.50*
0
15 1.7
.50*
15
15 1.7
0
15
.50*
0
15 1.7
15
.60*t
0
15 1.7
.60*t
22
22 3.6
0
22
.60*t
22 3.6
0
.60*t
22
22 3.6
0
.60*t
22
22 3.6
0
.60*t
22
22 3.6
0
22
22 3.6
.60*t
0
22
22 3.6
.60*t
0
.60*t
22
22 3.6
0
22 3.t;!
.60*t
22
·0
22
0
.60*t
22 3.6
.60*t
22
22 3.6
0
22
22 3.6
0
.60*t
22 3.6
.60*t
22
0
.60*t
22
22 3.6
0
22 3.t;i
.60*t
22
0
22 3.6
.60*t
22
0
22
22 3.6
0
.60*t
.60*t
22
22 3.6
0
22
22 3.6
0
.60*t
.60*t
22
22 3.6
0
22
22 3.6
0
.60*t
.60*t
22
22 3.6
0
.60*t
22
22 3.6
0
22
22
3.6
0
.60*t !
15
15 300~~ 0
.70* .
15
15 300m 0
.70*
15
15 300m~ 0
.70*
15
.70*
15 300m~ 0
15
15 300m'll 0
.70*
15
.80*t
15 1.4
0
15
.80*t
15 1.4
0
15
.80*t
15 1.4
0
15
15 1.4
Ig
15
15 1.9
.80*t
15
15 1.9
0
15
.80*t
15 2.3
0
.SOt
15
15 2.. 2 t
0
.80t
15
15 2.2 t
0
.80t
15
15 2.2 t
0
15
.80t
15 2.2 t
0
19 19
I
l:~
~:~
~:g
I
:~g:~
i
i
i~5
K0133a
K0133a
K0132
K0134
K0131a
70
70
70
70
70
70
70
70
70
70
125
70
70
70
70
70
70
70
70
70
70
70
70
70
70
85
70
70
105
70
105
70
105
70
105
70
105
70
105
70
70
70
70
70
70
70
70
70
70
I~~~~e
M365
M364f
M364d
M363a
M367
K0131
M363
K0136
M364c
K0137b M364b
K0137a iM364a
K0137
M364
K0134
M364d
K0154
M412
M412
K0154
K0154
M412
K0191
M245b
K0154
M412
K0154
M412
K0154
M412
K0161
M418
K0161
M418
K0161a M418
K0161a M418
K0183
K0183a
K0179
M376b
K0179
M376b
KOl72a M461
K0179
M376b
K0179
M376b
K0179
M376c
K0179
M376c
'M377
M377
M377
M377
M376
M376
K0179
M376a
M376a
K0179
K0152
M410
K0153
M411
M411
M411
K0162
M412.b
K0162
M412b
K0162
M412a
K0162
M412b
K0159
M412b
K0162
M412a
~~3J
~g ~gm
70
70
70
70
70
70
70
K0162
K0164
K0164
~gm
K0163
~g
70
70
70
70
70
70
70
70
40
40
40
40
40
40
40
40
40
40
40
40
,50
150
50
50
50
!50
50
50
50
50
50
50
70 K0122
70 K0122
70 K0122a
70 K0122
70 K0122
70 iK0180
70 ·K0180
70 K0181
70 K0181
70 K0182
70 K0182
70
71
K0155
71
K0155
71
K0155
K0155
71
I
~:g:
M412a
M420b
IM420a
M420b
M420
M412a
M420
M420a
CB63a
CB63a
CB63
CB63
CB63
g~~~
CB63
M527
~~
~~
MEi
~~
M0
~~
M0
~~
MEi
~~
'M0
~~
M0
~~
M0
~~Ol
M301
M301
M301
M301
M490
M490
M490a
~:~~a
M492
~:~gb
M413
M413
M413
GENERAL DESCRIPTION
1Q B.its;Acc ± !(2LSB max;Conv Time 20us max
12 bits or 3BCO digits;Conv.Time 25us max
12 bits or 3BCO dioits·Conv.Time 25us. max
12 bits;Acc±l12LSB;Conv.Time 15us max.
12 bits;Acc± 112LSB max;Conv.Time40us max
14 bits:olus sian·Conv.Time 40ms max.
16 Bits;Linearity Error ±.005 % max.
4 112BCO digits plus sign;Conv.Time40usmax
3 1120iaits'Acc ±.050%·Conv.Time 42ms max
8 bits;Acc± 1 LSB max;ConvTime 1.0us max.
10 bits;Acc±l12LSB max;Conv.Timel.5us max
12 bits'Acc±l12LSB max·Conv.Time3.5us max
12 Bit AOC;Conversion Time 25us.
8 Bit BIN,2s Comp;Acc .05%;TC ±50ppm/oC.
10 Bit BIN 2s Como:Acc .05%·TC ±50oom/oC.
12 Bit BIN,2s Comp;Acc .025%;TC ±50ppmI"C.
12 Bit;Hybrid;Conv Time 8us.
8 Bit BIN 2s Como;Acc .025%·TC ±30oom/oC.
10 Bit BIN,~s Comp;Acc .025%;TC ±30ppm/"C.
12 Bit BIN.2s Comp;Acc .025%;TC ±30ppm/"C.
10 Bit BIN 2s Com..p~tconv 40us·Acc±.05%.
10 Bit BIN,2s Comp;tconv 20us;Acc±.05%.
12 Bit BIN,2s Comp;tconv 40us;Acc±.012%.
12 Bit BIN 2s Como:tconv 20us·Acc±.012%.
Anal.<;hip LOll0/Lu
;,j 1/2 Dig. AID Conv.
~igital AID Processor.
Trackina Synchro to Oiaital'16 Bit.
Tracking Synchro to Digital; 16 Bit.
Oig.Chip L0110/LOlll;3 112 Dig. AID Conv.
Trackin,,- SYnchro-To-Ojgital.
Tracking Synchro-To-Oigital.
Tracking Synchro-to-Oigital.
Trackina Svnchro-to-Oiaital.
Tracking Synchro-to-Digital.
Tracking Synchro-to-Oigital.
Trackina Synchro-To-Oiaital.
Tracking Synchro-To-Oigital.
Tracking Synchro-To-Oigital.
Trackina. Sy.nchro-To-Oigital.
Tracking Synchro-to-Oigital.
Tracking Synchro-to-Oigital.
14 Bit BINVin fOVoo:ton 50us'TC ± 150om/oC
12 Bit BIN;Offset BIN;2s Comp;Vin ±10V.
10 Bit BIN;Offset BIN;2s Comp;Vin ±10V.
8 Bit BIN'Offset BIN'2s Como;Vin ±10V.
10 Bit BIN,2s Comp;Vin 5 to 20Vp-p.
12 Bit BIN,2s Comp;Vin 5 to 20Vp-p.
8 Bit BIN 2s Comp;Vin 5 to 20Vp-p.
10 Bit BIN,2s Comp;Vin 5 to 20Vp-p.
10 Bit BIN;2s Comp,Vin±10V;TC±50ppm/"C.
10 Bit BIN 2s Coma:Vin 5 to 20Va-a.
I~ Bit BIN;2s ~omp Vin±luV;!~.:t;buppmr<;.
8 Bit BIN,2s Comp;Vin 5 to 20Vp-p.
6 Bit BIN 2s Como;Vin 5 to 20Vo-p.
8 BitBIN,Vin 2.56V;Acc ±0.4% of FS.
6 Bit BIN,Vin 2.56V;Acc ±0.8% of FS.
8 Bit BIN Yin 2.56V·Acc ±0.4% of FS.
4 Bit BIN,Vin 2.56V;Acc ±3% of FS.
4 Bit BIN,2s Comp;Vin 5 to 20Vp-p.
4 Bit BIN Yin 2.56V·Acc ±3% of FS.
6 Bit BIN,Vin 2.56V;Acc ±0.8% of FS.
1,9 Bit;Acc ±.20%;Tc ±30PPM/"C
9 Bit'Acc ±.20% 'Tc ±30PPM/oC
.10 Bits;Acc ±.10%;Tc ±20PPMI"C
10 Bits;Acc ±.10%;Tc ±20PPM/oC
12 Bits'Acc ±.015%·Tc ±10PPMI"C
12 Bits;ACC ±.015%;Tc ±10PPM/"C
13 Bits;Acc±.O 15%;Tc± 1Oppm/"C.
13 Bits'Acc ±.015%·Tc ±10PPMI"C
Cony Time 400ns;Tempco 200ppm/"C.
~ ~:: ~j5~~~g~~~i;I~~e~tut8~:o~f~eOde.
8 Bit W/Twos Complement Output Code.
8 Bit W/Offset Binary Output Code.
10 Bit W/Straiaht Binary Output Code.
10 Bit W/Ones Complement Output Code.
10 Bit W/Twos Complement Output Code.
10 Bit W/Offset Binarv Outout Code.
12 Bit W/Straight Binary Output Code.
12 Bit W/Ones Complement Output Code.
12 Bit W/Twos Complement Output Code.
12 Bit W/Offset Binary Output Code.
8 Bit W/Straight Binary Output Code.
8 Bit W/ones Complement Output Code.
8 Bit W/Twos Complement Output Code.
.8 Bit W/Offset Binary Output Code.
'10 Bit W/Straiaht Binarv Outout Code.
10 Bit W/Ones Complement Output Code.
10 Bit W/Twos Complement Output Code.
10 Bit W/Offset Binary Outout Code.
12 Bit W/Straight Binary Output Code.
12 Bit W/Ones Complement Output Code.
12 Bit W/Twos Comalement Outaut Code.
12 Bit W/Offset Binary Output Code.
8 Bit;Conv.Time 50us;Acc ±.20%.
10 Bit·Conv.Time 100us'Acc ±.05%.
12 Bit;Conv.Time 200us;Acc ±O.O 1%.
8 Bit;Conv.Time 15us;Acc ±0.2%.
10 Bit·Conv.Time 30us'Acc ±0.05%.
8 Bit AOC;Conv Time4us,Lin ±l12LSB.
8 Bit AOC;Conv Time 2us.Lin ± 1I2LSB.
10 Bit AOC'Conv Time 4us Lin ±lI2LSB.
10 Bit A~(;;Conv Time 2us,Lin ±l!2LSB.
12 Bit;8uSec;Tempco 30ppm/"C.
12 Bit"4uSec'Temoco 30oom/"C.
~ Bit;2uSec;Tempco 30ppm/"C.
12 BIN Bits;Vin ±1.0V to±lOV;Acc±.05% FS.
3 Oig.BCOVin 1.0V to ±10V'Acc .05% FS.
!O_ BIN Bits;Vin±1.0V to ±lOV;Acc±.05% FS.
2 Oia.BCOVin 1.0V to ±10V'Acc .05% FS.
!
SYMBOLS AND CODES
EXPLAINED IN INTERPRETER
171
LINE
No.
f§J
TYPE
No.
W_
~ Mt1
USE OPER- PROATiNG CESS
Fr~Z?'
23
'~D~~~~B
AOC8980
AOCL12B
AOCL120
AOCL10B
4
5
6
7
8
g
:gg~gg
AOCL8B
AOCL80
AOCM10B
AOCM8B
AOCM80
MN502
MN502H
l~
12
l~
15
16
17
18
1~~~g~H
MN504
MN504H
MN507
MN507H
MN508
MN508H
MN509
~~
21
~~
24
~~g~~H
~~
MN510H
27
~~mH
~~
30"
31"
32"
33"
AOCEP14B5
AOCEP14B6
AOCEP1605
AOCEP1606
36
AOC591-8
:ggg~8:~BCO
~~
:ggg~l:l~A
~~
AOC591-12C
AOC592-8
AOC592-10
AOC540-8
39
40
41
42.
:~. ~~~~4,~VJ,~11
45
:~
48
770·754·1·20.0
1H8:m:Ug:i
770·754-1·20-3
~~
'U:rf~~31.20-4
~~
:g~g~otD
MAOC10
51
MC1407L
54
55
56
57
~gm~~VL
MC14435VP
MN5D60
MN5D60H
MC14435EFL
gg
60.
61
62
63
~~l::~g~~L
MC14435FP
g;"
66"
i&~~:5~~2
69"
MN5D66H
AOC12QLK
:g~g~g:~D
~
MN5065
:g~lJ~tJ
~¥
79
80."
81"
OAC371- LV
2
2
2
2
2
2
2
84
85
86
87
88
89
90.
g:g 1
OAC2531
OOAC10-l
OOAC10-3
OOACll-l
OOACI1-3
OOACI2-1
OOACI2-3
2
2
2
2
2
2
2
H
78
BOACI
Ig~~~~ZI
~~
OAC1DZ3
OA~.12QZ-BCO
OAC371-~~CO-LV
gg~gfJ>
~~ Ig~glggm~
2
96
97
98
99
g~~l~gg~J~
OSC16057D7
OSC16D6707
OSC16D7517
OSCI6D1717
~
19~
19~
105
19~
108
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172
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~
EOAC10-3
~g:gll:J
EORC-Ll
~g~~it~
l:g~~
1.0Mb
1.0Mb
1.0Mb
1.0Mb
1.0Mb
1.0Mb
1.0Mb
l:g~~
1.0Mb
1.0Mb
1.0Mb
200k
330k
280k
I~:g~
1.J'1'
LOGlC
LEVEL
{VI
I~g~ ~::
30M
I~g~
30M
30M
30M
30M
30M
30M
30M
30M
TFH
TFH
TFH
TFH
TFH
:::~~
TFH
TFH
TFH
TFH
TFH
TFH
TFH
:::~~
30M
30M
30M
30M
30M
30M
30M
30M
30M
30M
30M
30M
30M
2.4
2.4
2.4
2.4
2.4
2.4
2.4
2.4
2.4
2.4
2.4
2.4'16
2.4'16
2.4'16
2.4'16
2.4'16
2.4'16
2.4'16
2.4'16
2.4'16
2.4'16
2.4'16
2.4'16
2.4'16
2.4%
~.4'16
2.4'16
2.5'16
2.5'16
2.5'16
2.5%
2.5
2.5
2.5
~.5
2.5
2.5
2.5
2.5
2.5
2.5
I~g~ 3.0'16
30M 3.0
I~g~ ~:g
lOOk
30M 3.0
30M
PCB
PCB 3.0
320kr71
320k\Zl
MON 4.0%
4.0'16
13Dkb
130kb
MOS
TFH 9.0%
9.0'16
9.9'16
280k
2~g~
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~g~ ~:g~
~g~
::~~
rr~S
~:~~
M:~ 9.9%
MO
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90kb
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90kb
2
2
2
2
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EOAC9-1
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244k
244k
1.0Mb
1.0Mb
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OSC16D651Z
10.2
10k
50k
50k
62k
17k
77k
83k
~
93
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250k
1
1
1
1
1
1
1
1
g~: ~~~gg~H
72
73
74
75
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
2
2
~
2
~
D.A. T.A.
~J'~ -19i~;;'
TFH 11.9'16
TFH 11.~~
TFH
TFH
30M 14.~J"'16
30M
30M
15%
ll:~~
30M
I~g~
30M
30M
l~pM
OM
130M
30M
I~g~
30M
30M
30M
30M
~g~
30M
30M
30M
30M
30M
30M
30M
30M
30M
30M
30M
30M
30M
30M
30M
30M
~g~
IN ORDER OF (1)USE(2)LEVEL'1'(3)LEVEL'O'
/4IMAX OPER FREQ/5ITYPE No.
11 MISCELLANEOUS
POWER
MAX. TEMP.
·
1..1'0'
IVI
::g~
.80t
.80t
.80t
.80t
.80t
.80t
.80t
.80t
.80t
.80t
]g't
.80*
:8'0*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.40*t
.40*t
.40*t
.40*t
.50t
.50t
.50
.50
.50
.50
.50
.50
.50t
.50t
0.0
O.Ot
g:gi
O.Ot
O.Ot
.20*t
.20*t
.80*
.80*
.5D*t
:g~:~
.Dl*t
3.0.*
3.0.*
.Dl*t
.Dl*t
.Dl*t
.Dl*t
-22~8**
.0.5*
.0.5*
.0.5*
.0.5*
.Dl*t
0.0.*
0.0*
SUPPLY
SPAN
TOTAL
PKG.
LOV.
NI~~' P~~. DI~~'
19
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
12
12
12
IT
15
15
19
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
22
--n
22
22
22
15
15
10
10
0.0
0..0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
010
0.0
0.0
0.0
0.0.
0.0.
15
15
15
15
15
15
15
15
15
0.0.
0.0
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
'C
;~ 1~;5~t 10
15 855mt 0
0
19 l
0
15 2.5 t
0
15 1~.5 t
0
15 2.5 t
0
15 2.5 t
0
0
15 2.5 t
15 2.5 t
0
15 2.5 t
0
15 2.5 t
0
15 900m§ 0
15 900m§ -55
0
·55
15 gOOm§ 0
·55
19
0
15 900m§ ·55
12
0
-55
12
12 720m§ 0
720m§ ;.55
0
-55
15
0
15
-55
15
15 1.0
0
15 1.0
0
15 1.0
0
15 1.0
0
15 900":~ 0
15 900m 0
15
0
15
15
15 1.1 % 0
15
0
15 1.2 % 0
15 1.4 t
0
0
15 1.4 t
15
15
22 3.6
0
Ig
I~:g
0
22 3.6
3.6
u
H~
1~ :OO~:
~gg~:
Hg~:
1~
U~g
~~
~~
15
15
15
15
15
5.0.
5.0.
12
12
10.
10
10
10
0'~4
12
g
12
15
15
15
15
15
15
15
15
15
15
5.0
5.0
1915
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
19
15
15
15
15
;~
10mt
10mt
485m
385m
1.7m%
1.7m%
102m§
102m§
6.8m%
0
0
0
-55
·40
·40.
0
-55
-55
-~~
~:g~~ -40.
6.8m'16 -40
l~g~'lE :,55
0
80m 0
80m :,05
80m 0.
80m -55
!!~~u'16 0
250m -25
250m -25
-~5
2.0.
2.u
1.0 t~~
100m
100m
-55
-55
0
0
0.
0.
g:g~~lo
1~·1
3.1
3.1
3.1
3.1
3.1
§
§
§
§
§
§
1.6
1.6
1.6
1.6
1.6
1.6
1.6
1.6
4.4 §
4.4 §
4.4 §
-55
-55
0.
-55
0
-55
0.
0
·55
0.
-55
0
-55
-55
0.
·55
-55
0
-55
DRAWINGS
LOGIC OUTLINE
HI DWG. No DWG. No
A=MO
'C
70
70
70
70
70
I~Oma I~:~~
K0151
~gl~g:
K0160a
K0160
K0160
70 K0160a
70 K0160a
70 K0160
70 K0160
70 K0160
70 K0126
125 K0126
70
125
70 K0126
125
70
125 K0126
70 K0126
125 K0126
70 K0126
125
70 ~gm
125 K0126
~O
~Om
~gm
~~5 ~gm
70
70
70
70
70
70
70
70
70
70
70
70
70
70
50
60
K0190
K0190
K0190
K0190
K0146
K0147
K0148
K0148
K0146
K0147
K0193
K0193
M409
M412c
M412c
M412c
~:g~
M417
~:m
M417
M412c
M325
M325
M3:l5
M325
M325
~~~g
M325
M325
M325
M325
~~~g
M325
~~~g
M304d
M304d
M302h
M302j
M302j
M302'
M302h
M302j
M304c
M.3!>~c
~~7C
I~~
gg
60
60
rvii21
~r37C
K0175
K0175
KD173
~~5 KD173
KD174
85 K0174
70. KD144
125 K0144
125 K0174
125 K0174
85 K0174
85 K0174
75
75
75
~go KD143
CB37c
M316b
M316b
M2DDw
~~gg:
M117v
M326
M326
M2DOw
~~gg:
M117v
~~~~
70. K0144
125
70.
125 KD144
K0178
M326d
85
85
85
85
M366
~gl::
~~
~~m
M326d
~jg~
~:g~
KD257
M211
KD2166
K02125
KD2193
K02193
~~~~a
~O ~O~~~6 I~~~~
70
70.
M483
M285
~O ~O~m I=~~~
M487
125
85
70
85
70.
85
70
~g
~5 ~~
: ::~:~:~ ~5'S ~l~~'~I:~:~\\':,~~r~~.earity
8 Bil;Vin ±5V,±1I2 Bil max ,Linearity.
!l~~ t:~;~:~ !~ 19~:~::! ~::::
: ::!
g
8 Bil ±1/~ Lin;Vin ±5V;Fasl Slew.
8 Bit ±1/2 Lin;Vin ±5V;Fasl Slew.
14 Bil Binarv:Conv Time 260ms.
14 Bil Binarl;Conv Time 230ms.
4-112 Digit CO;Conv Time 260ms.
4-112 Oiail BCO'Conv Time 230ms.
BCO;Conv. Time 200us max.
Binary;Conv. Time 200uS max.
Ace .2'16F.S. Conv.Time 800nS/luS max.
I ~Iab ±O.<,>~!&_ F.S;Conv.Time 1.2uS max.
Slab ±0.0125'16;Conv.Time 3.5uS max.
Slab ±0.05'16·Conv.Time 3.0uS max.
Acc .2% F.S;Conv.Time 800nS/luS max.
Slab ±0.05'16 F.S;Conv.Time 1.0uS max.
8Bit·Conv.Time 5us max.
8Bit;Conv. Time ,3us max.
~~~~:ia~~aBI~~rvMo~~~~,xC~de.
19 ::!
~ ~ BII ones Comprement OulpUI Code.
1~ ::~ b;;~:t ~~~f.~o~~~u~u~d~.code.
13 Bit BCD Nines Complemenl OUlpul Code.
13 Bit AOC.
10 Bit AOC.
.8 Bil AO~c.C~nversion Time 20us.
10 Bil AOC;Conversion Time 20us.
Analon·Oia Control Ckl.
Analog-Dig Conlrol Ckl.
~:g g:~:! ~g t~~:~ ~~~:~:~:~:
8 Bil CMOS;Vi-5 10
8 Bil CMOS;Vi-5 10
3.5 Oinil A/O Lonic
3.5 Oigil A/!? Logic
5V;Linearity± 1I2LSB.
5V;Linearity± 1I2LSB.
Subsystem.
Subsyslem.
~:g g:~:~ ~g t~~:~ ~~~:~:~:~:
I ~ ~I.I ~D converter.
12 Bil CMOS;Conv Time 10Dms.
8 Bil'lin ±1I2 LSB'Acc ±2 LSB.
8 Bil;Lin ±1/~ U;B;Acc ±~ LSB.
8 Bil;Lin ± 112 LSB;Aec ±2 LSB.
8 Bil'lin ±1I2 LSB'Acc ±2 LSB.
10. Bit AOC;Conversion Time 75us.
~ ~:~:::::::::~:~!:~:::~±;~8!?::ftcm:;~.
1
12 Bil Hybrid OAC;Currenl Lin ±.2%.
l~ ~1:':c~~r~og~i~::,'r:'lh~!MR"~:Odb
min.
±c002!>;Vo ±10V;CMRR 60db min.
10. Bil OAC;Seltl Time 5us.
10. Bit OAC'Seltl Time 5us.
12 Bil;Linearity ~2LSB.
1~ bll;~CC.
: ::~ ~i~ae~~~~~ ~sC~~';;~ 30J'::':I'~~oppmI'C
12 Bits;Sel Time 4us;Lin ± 1/~L~B.
12 Bits;Set Time 4us;Lin ± 1I2LSB. ,
8 Bil OAC'Acc ±II2LSB'Setl Time 600ns.
I (ililehless /?/A Conv;Acc ±.D5'16 of F.S.
±~~arc
mIn
g:~ :::~ ~~~~~;~ g~~~:J~ ~:~:~~~ !~~::cmr~n
KD2168
Dig To Synchro Conv;~!? bitAcc ±4are min
~g~lg:
g:~ :::~ ~~~~~;~ g~~~:
KD2168
KD2168
I~~
rvir;;
125
12 Bit BIN;Vin 10V;Aec ±.o.Ol.%;TC ±10ppml'C
3 Oig.BCO;Vin 10V;Acc ±0.01 %;TC ±10ppmI'C.
8 Bit BIN'Vin 10V'Ace ±0.02'16·TC±0.001%I'C.
2 Oig.B~,O;Vin 10V;Acc ±.02%;TC ±.OOI%I'C.
10 Bit BIN;Vin 10V;Acc ±0.01'16;TC±10ppmI'C.
8 Bit BIN'Vin 10V'Ace ±O.OI'16·TC ±10DDmI'C.
2 Oig.BCO;Vin 10V;Aec ±O.OI'16;TC ±10ppml'\;.
8 Bil;Vi O.OV 10-10V,±II2Bil Linearity.
8 Bil'Vi O.OV to -1 OV ± 112Bil Linearitv.
8 Bil,Vi 5.0V 10-5.0V,±1/2Bil linearity.
8 Bil;Vi 5.0V 10-5.0V,±1/2Bit Linearity.
8 BilVin 0 to 10V ±112 Bit max Linearitv.
8 Bil;Vin 010 10V,±1!.2lJil max Linearity.
8 Bil;Vin ± 1OV;± 112 Bit max Linearity.
8 Bi 'Vin ±10V'±112 Bit max LinearitV.
8 Bil;Vin 0 10 .10V,±f~~ Bil max Linearity
~m~~:::: g~: g~~~::~~ !:gm~ ~: ~t
I=~
~g
~oO:P;iB~,~~rn Vbv,;~"c"c ~~~ 3DM
2
1.0M~% 3DM
2
1.0
3DM
2 1.0
3DM
2 1.0
3DM
2 2.0
3DM
2 2.0
3DM
2 2.0M % 3DM
2 2.
3DM
2 2.0
3DM
2 2.0
2 3.3M
2 3.3M
2
2
3DM
2
3DM
2
3DM
2
100kll MO~
lOOk
PCB
PCB
2
PCB
2
PCB
2
PCB
2
TFH
2
2
2
MO~
2
TFH 1
2
2
2
2
2
MO~
2
15
15
15
15
15
15
15
15
15
I
15:
l:g~~~
~~~
~~~
~
ll~~
ll~~
~~~
~
2
2
I
D.A. T.A.
~q~
MO~
~g~
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
28
28
28
28
28
28,
0.0%
0.0%
O.~:!?
0.0%
0.0%
.20
.40*
.40*
.40*
.40*
.80*
.80*
1.8%
1.8%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
5.5*
5.5*
5.5*
5.5*
-30*
12
2.4%
2.4%
2.4%
2.4%
2.0%
2.0%
.45*
.45*
.40*
.40*
.50*
.50*
.50*
.50*
.50*
.50*
.50*
.50*
.50*
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
0.0
0.0
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
5.0
5.0
15
15
15
15
5.0
12
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
)1
DRAWINGS
LOGIC OUTLINE
TOTAL
HI OWG. No DWG. No
PKG. !LO
GENERAL DESCRIPTION
.
DISS.
c.=MO
°C I 'C
(W)
4.4 §
Dig. to ::!ynchro ~onv;Vo ~~~rms at ~~:.60HZ
4.4 § ?55
Dig. to Synchro Conv;Vo 90Vrms at 400Hz.
4.4 § o
'70
M333
Dio. to Svnchro Conv'Vo 90Vrms at 400Hz.
4.4 § '55 125
M333
Dig. to Synchro Conv;Vo 11.8Vrms at 4DOHz
4.4 § 0
70
M333
Dig. to Synchro Conv;Vo 11.8Vrms at 400Hz
Fast settlina 9-12 bit D/A conv·Acc.20%.
2.0
-55 85
M174
2;0
M174
Fast settling 9-12. bit D/A conv;Acc.20%.
0
50
2.0
-55 85
M174
Fast settling 9-12 bit D/A conv;Acc.l0%.
2.0
50
M174
Fast settling 9-12 bit DIA conv·Acc. 10%.
0
2.0
-55 85
M174
Fast settling 9-12 bit D/A conv.ACC.05%.
M174
. Fast settlino 9-12 bit DIA conv:Acc.05 %.
5.0 2.0
0
50
5.0 2.0
M174
I Fast settlina 9-12 bit D/A conv·Acc.025%.
-55 85
5.0 2.0
M174
Fast settling 9-12 bit D/A conv;Acc.025%.
50
0
70 K02166 M483
10 bit DAC;Settl Time to 5LSB,300ns.
0
15
70 K02166 M483
10 bit DAC'Settl Time to 5LSB 300ns.
0
15
Dig to Resolver Conv;Vi 115Vrms at 400Hz.
15 1.3 t
-55 85 K02118 M336
15 1.3 t
70 K02118 M336
Dig to Resolver Conv;Vi 115Vrms at 400Hz.
Dia to Resolver Conv'Vi 26Vrms at 400Hz.
15 1.3 t i~5 85 K02118 M336
15 1.3 t
0
70 K02118 M336
I:Di~ to Resolver Conv;Vi 26Vrms at 400Hz.
150mll -50 125 K3066
T087
P- h Mx;Vgst-6.0V max;ld(on)-6.0mA.
50mll -50 125 K3066
T087
P-Ch Mx·Vast-6.0V max·ldioni-3.0mA.
15 600m 0
70
M525
I~ Bit Multiplying;Lin ± 112LSB.
.9 Bit Multiplying;Lin ±l12LSB.
15 600m -55 125
M525
M322
8 Bits'Acc .20%·Settlina time 50us.
15 6.6 t '-55 125
70
M322
8 Bits;Acc .20%;Settling time 50us.
15 6.6 t
0
15 6.6 t
125
M322
10 Bits;Acc .05%;Settling time 75us.
1~5
10 Bits'Acc .05%·Settlino time 75us.
70
M322
15 6.6 t
Control Diff Transmitter;Acc ±4arc min.
15 1.6 t
0
70 K02169
15 1.6 t
Control Diff Transmitter;Acc ±4arc min.
-55 105 K02169
15 1.6 t
70 K02169
Control Diff Transmitter'Ace ±4arc min
0
15 1.6 t
-55 105 K02169
Control Diff Transmitter;Acc ±4arc min
15 1.2 t
13 Bits;Vo ±2.5V,5V,10V;Acc ±.05% FS.
-55 85
15 1.2 t
0
70
13 BitsVo ±2.5V 5V 10V'Acc ±.05% FS.
15 1.2 t -55 85
13 Bits;Vo ±2.5V,5V,10V;Acc ±.025% FS.
15 1.2 t
70
13 Bits;Vo ±2.5V,5V,10V;Acc ±.025% FS.
0
15 1.2 t
-55 85
13 Bits'Vo ±2.5V 5V 10V'Acc ±.0125% FS.
15 1.2 t
70
13 Bits;Vo ±2.5V,5V,10V;Acc ±.O 125% FS.
0
15 1.3 t
70 K02170
DAC;14 Bit Control Transformer;Vo 5Vrms.
15 1.3 t
105 K02170
DAC'14 Bit Control TransformerVo 5Vrms.
15 1.3 t
70 K02170
DAC; 14 Bit Control Transformer;Vo 5Vrms.
0
15 1.3 t
DAC; 14 Bit Control Transformer;Vo 5Vrms.
-55 105 K02170
28
0
70 K02172 M485
Oia to Svnchro ConvVo 90VL-L 60Hz.
28
0
70 K02172 M485
Dig to Synchro Conv;to 3 Torque Recvr.
28
0
70 K02172 M485
Dig to Synchro Conv;Vo 90VL-L,400Hz.
28
70 K02172 M485
Dia to Svnchro Conv·to 3 Toraue Recvr.
0
28
0
70 K02172 M485
Dig to Synchro Conv;Vo 11.8VL-L,400Hz.
28
0
70 K02172 ~~85
Dig to Synchro Conv;to 3 Torque Recvr.
15 1.5
-55 85
9 Bit'VI ± 15V'lc 70mA.
15 1.5
9 Bit;VI ± 15V;lc 70mA.
0
50
15 975m 0
14Bit;.025%linearity 1.0us Settling Time.
70
15 975m 0
14Bil'.005%Lin. 1.0us Settlina Time.
70
M300
15 975m 0
70
M300
14Bit;0:0025% Linearity 30us Settlinf1'
15 975m 1 0
70
M300
14Bit;.005% Linearity 30us Settling ime.
70
M300
14Bit·.025% Linearitv 50us SettlinG Time.
15 975m 10
15 975m 0
70
14Bit;.005% Linearity 50us Settling Time.
M300
15 975m 0
70
14Bit;.025% Linearity 2.0us Settling Time.
M300
15 975m 0
70
14Bit·.005% Linearitv 5.0us Settlin" Time.
M300
15 975m 0
70
14Bit;.025% Linearity 3.0us Settling Time.
M300
15 975m 0
70
14Bit;.005% Linearity 3.0us Settling Time.
M300
15 525m ,0
70 K0270
12Bits·5.0us Settling Time'VOO To 10V.
M300
15 900mt ,-55 85 K02117 M173
13 Bit Binary AC;Acc ±.006% of F.S.
13 Bit BCOAC;Acc ±1.0mV% of F.S.
15 1.6 t 10
50 K02117 M331
15 900mt :0
70 K02117 M173
13 Bit Binarv AC'Acc ±.006% of F.S.
15 1.6 t
0
50 K02117 M331
13 Bit BCOAC;Acc ±1.0mV% of F.S.
22
50
8 Bit 01 A Converter.
0
22
12Bit 01 A Cony. Also 9-11 Bits.
0
50
15 1.0
12 Bit;Binary, 1 com, 2 com, offset bin.
-55 85
M289
15
12 Bit;Binary, 1 com, 2 com, offset bin.
M289
-25 70
15
12 Bit'Binarv, 1 com 2 com offset bin:
0
50
M289
15 1.3 t -55 85
M321
14 Bits;Acc .02%;Settling time 10us max.
15 1.3 t
70
14 Bits;Acc .02%;Settling time 10us max.
0
M321
15 1.3 t -55 85
M321
14 Bits'Acc .012%·Settliiio time 10us max.
15 1.3 t
0
70
M321
14 Bits;Acc .012%;Settling time 10us max.
15 1.3 t -55 85
M321
14 Bits;Acc .006%;Settling time 10us max.
15 1.3 t
0
70
M321
14 Bits'Acc .006%·Settlina time 10us max.
15 1.3 t
M321a
14 Bits;Acc .003%;Settling time 10us max.
-55 85
15 1.3 t
70
14 Bits;Acc .003%;Settling time 10us max.
0
M321a
15 2.2 t
M321
13 Bits'Acc .D5 % 'Settling time 4.0us max.
-55 85
15 2.2 t
13 Bits;Acc .05%;Settling time 4.0us max.
-25 70
M321
15 2.2 t
-55 85
M321
13 Bits;Acc .025%;Settling time 4.0us max
15 2.2 t
-25 70
M321
13 Bits'Acc .025%·Settlino time 4.0us max
15 2.2 t
M321
13 Bits;Acc .012%;Settling time 4.0us max.
-55 85
1512.2 t
-25 170
M321
13 Bits;Acc .0 12%;Settling time 4.0us max.
170
8 Bit'Tempco 20ppml"C.
M@
5.0 175m o
8 Bit;Tempco 20ppm/'C.
5.0 1.75m -55 125
MiZI
15 975~~ 0
70 K02150 M427
13 BIN Bits;lo 2.0mA;TC 1.5ppm/'C.
15 975m 0
14 BIN Bits'lo 2.0mA'lC 1.5ppm/'C.
70 K02150 M427
15 975m~ 0
15 BIN Bits;lo 2.0mA;TC 1.5ppm/"C.
70 K02150 M427
15 975m'JE 0
70 K02150 M427
16 BIN Bits;lo 2.0mA;TC 1.5ppm/'C.
0.0 300m -20 85 K02120 FP102
MOS'S and 10-Bit Data Lenaths.
70 K0223
CB53
One 4 Bit Ladder Adder.
12 120m 0
15 2.0
70 K0279b CB62a
10 Bit;Acc .05%;tc 50PPM/"C
0
15 2.0
70 K0279a CB62a
12 Bit'Acc .012%·tc 10PPM/'C
0
15 2.0
70 K0279
CB62a
13 Bits;Acc .01~~;tc 10PPM/'C
0
15 2.0
70
K0279
CB62a
13 Bit;Acc .025%;tc 20PPM/'C
0
15 400m§ 0
70 K0261
M244
6 Bit·Vo 0.0 to -1 OV or 5.0 to -5.0V F.S.
15 400m§ -55 125 K0261
M244
6 Bit;Vo 0.0 to -10V,or 5.0 to -5.0V F.S.
0.0
-55 125
CN66
8Bit D/A Ladder switching network.
0.0
-55 125
CN66
COAS 1 with additional feedback resistance.
70
M386
8 Bit;Vo O.OV to 4.0V F.S.;lnt Ref.
15 750m§ 0
15 750m§
M386
8 Bit;Vo O.OV to 4.0V F.S.;lnt Ref.
:~g !~~5 K0256 M195
15 1.1
8 Bit O/A Conv'Full Scale Range - 5 to 5V.
15 1.1
K0256
M195
8 Bit I?I A ~onv;Full Scale Range-l0 to 10V.
-20 185
15 1.1
-20 85 K0256
M195
8 Bit O/AConv;Full Scale Range - 0 to 5V.
-20 !85 K0256
15 '1.1
M195
8 Bit 01 A Conv'Full Scale Ranoe - 0 to 10V
15 1.1
11 Bit Bin;Vo ±5V;Acc ±.25%;TC ±20ppm/"C.
-55 125 K02142 M196c
15 1.1
11 Bit BIN;Vo ±10V;Acc ±.05%;TC ±20ppm/"C .
-55 125 K02142 M196
11 Bit BinVo ±10V'Acc ±.25%·TC ±20pom/oC.
15 1.1
-55 125 K02142 IM196c
15 1.1
11 Bit BIN;Vo ±10V;Acc ±.05%;TC ±20ppm/'C.
-55 125
15 1.1
11 Bit BinVo 0-10V'Acc ±.25%·TC ±20oom/'C
-55 125
SUPPLY
SPAN
NEG. P?S.
(V)
V)
15
15
15
15
15
15
15
15
15
15
15 5.0
15 5.0
15 5.0
15 5.0
15 5.0
i~~5
~~~~
1~5
~~OO
~~
~g~m i~l~~c
SYMBOLS AND CODES
EXPLAINED IN INTERPRETER
173
LINE
No.
TYPE
No.
1fP~~~ PRO·
ittSE
ATING LCESS
FREQ.
1Hz)
9.
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
34
35
36
37
38
39
40
41
42
43
44
45
46
47
48
49
50
51
52
53
54
55
56
57
58
59
60
61
62
63
64
65
66
67
68
69
70
71
72
OAC380·11
OAC380·12
OACl125
MN3860H
1501CPl
1501CP2
1501CP3
1501MOl
1501M02
1501M03
4015
4016
1
4020
4021
4022
4023
4024
4025
4026
4027
4028
4029
4039QZ
4060
4061
4070
4071
4072
A862·12
A0550JO
A0550JF
A0550KO
A0550KF
A0550LO
A0550LF
A0550S0
A0550SF
I
174
MOo
MOS
MC!§
MOS
I
~ I
I
2
2
2
2
30M
30M
30M
30M
30M
30M
30M
30M
30M
30M
30M
30M
30M
30M
30M
30~
t~~~~
IVI
POW ER
SUPPLY
SPAN
fJ.!·O·
NIW
IVI
J.r
0.5
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
0.5
0.5
.70*
.70*
.70*
.70*
.80*
.80*
.80*
.80*
.80*
.80*
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
2.0%
2.0%
2.0%
.80*
.80*
.80*
2.0%
2.0%
2.0%
.80*
.80*
.80*
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
1~
~g,' ~8~g8:
M~~
MC!~
MOl
~g;;8i~
A0550UO
A0550UF
A0553J
A0553K
A0553L
A0553S
A0553T
A0553U
A0555JO
A0555JF
A0555KO
A0555KF
A0555LO
A0555LF
A0555S0
A0555SF
A0555TO
A0555TF
A0555UO
A0555UF
A0559KO·BIN
A0559S0·BIN
A0562KO·BCO
A0562KO·BIN
A0562S0·BCO
A0562S0·BIN
A0563JO·BCO
A0563JO·BIN
A0563KO·BCO
OAC04COU2
OAC040CU2
OAC0400U2
OAC08AZ
OAC08CZ
OAC08EZ
OAC08Z
OAC8QMET
OAC8QMSN
~~~
M~~
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
~g~~~~g::fJ>
~~gg:~g~~
109
110
M~~
~ i
~
~7"
98,.
99,.
103,.
104,.
30M
30M
30M
30M
TFH
TFH
TFH
MC!§
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
MN38~~.
I MN3860E
A0563TO·BCO
A0563TO·BIN
OAC02ACUl
OAC02ACU2
OAC02BCUl
OAC02BCU2
OAC02CCUl
OAC02CCU2
OAC0200Ul
OAC0200U2
OAC03AOUl
OAC03AOU2
OAC03BOUl
OAC03BOU2
OAC03COUl
OAC03COU2
OAC0300Ul
OAC0300U2
105,.
ffJ'1'
~~~ ~:g~
~
3
4
5
6,.
H
8,.
MOr
1
M~~
MO~
MO~
MO~
ME No.
11. MISCELLANEOUS
~~1;
K02106
K02106
K02106
K02106
K02106
K02182
K02182
K02182
K02182
K02127
K02127
M315
M315
M315
M315
M315
M315
M210d
M210d
M210d
M210d
M370
M370
Bits;Lonear
Bits;Lihear
Bits'Linear
Bits;Linear
:I: 112LSB max;TC:l:4.0ppm~~max
:l:lI2LSB max;TC:l:20ppmI'C max
:I: 1!2LSB max·TC:l:4.000m/'Cmax
:I: 112LSB max;TC:l:20ppmI'C max
~ oB:~i~ti~:~r:l: ~mr~~i~~oT~~~~g~~~'~c~~x
12 Bits;Lin :I: 112 LSB max;Conv Speed 5us.
8 Bits;Lin :1:112 LSB max;Set Time 40ns.
10 Bit'Lin :I: 112 LSB max'Set Time 60ns.
8 Bits M~ltiplying OAC.
1~ ~::~ ~~:::~:~:~~ g~g:
12·Bit;Current
Quad Current
Quad Current
Quad Current
Quad Current
Quad Current
Quad Current
Quad Current
Quad Current
,2uad Current
Quad Current
Quad Current
or Voltage Output.
Switch;Nonlinearity
Switch'Nonlinearitv
Switch;Nonlinearity
Switch;Nonlinearity
Switch'Nonlinearitv
Switch;Nonlinearity
Switch;Nonlinearity
Switch'Nonlinearitv
Switch;Nonlinearity
Switch;Nonlinearity
1.0%
1.0%
.10%
.10%
.01%
.01%
1.0%
1.0%
.10%
.10%
Switch·Nonlineari1Y~.Ol%
max.
max.
max.
max.
max.
max.
max.
max.
max.
max.
max.
g~:~ g~~;:~: ~::~~;~~rn~~:a;'~tyo~d.%
max.
Quad Current Switch for uSe in OAC.
g~:~ g~~~:~: ~:::~~ ~~~ ~~: :~ g~g:
Quad Curtent Switch for use in OAC.
Quad Current Switch for use in OAC.
Quad Voltage Switch;Max Offset 10mV max.
Quad Voltaoe Switch'Max Offset 10mV max.
Quad Voltage Switch;Max Offset ~.Omy: max.
Quad Voltage Switch;Max Offset 3.0mV max.
Quad Vol 8ae Switch'Max Offset 2.0mV max.
Quad Voltage SW;Offset Voltage 2.0mV max.
Quad Voltage SW;Offset Voltage 10mV max.
Quad Voltaae SW'Offset Voltaae 10mV max.
Quad Voltage SW;Offset Voltage ~.OmV max.
Quad Voltage SW;Offset Voltage 3.0mV max.
Quad Voltage SW'Offset Volt~g!l 2.0mV max.
Quad Voltage SW;Offset Voltage 2.0mV max.
8 .8it 01 A Conv;Accuracy .5 LSB max.
Bit 01 A Conv'Accuracv .5 LSB max.
12·Bit Acc (:I:~~2LSB);IC lppm/'C max.
12·Bit Acc (:l:lI2LSB);TC lppml'C max.
12·Bit Acc i:l:lI2LSBi,TC lDoml"C max.
1 ~·Bit Acc (:I: 1f.2LSBI;,:rC 1ppmI' C max.
12.Bi!!:l:l/10L~~);TC 2ppm/'C max.
12·Bitl:l:1/4LSBI;TC 20om/'C max.
12 Bit;Tempco 2ppm of FS/'C.
12 Bit;Tempco 2ppm of FS/'C.
12 Bit'Temoco 200m of FS/'C.
12 Bit;Tempco 2ppm of ~~~:C.
12 Bit;Tempco 2ppm of FS/'C.
12 Bit'Temoco 200m of FS/'C.
12 Bit;Tempco 2ppm of ~S/'C.
12 Bit;Tempco 2ppm of FS/'C.
10 Bit Plus Sign'FS Tempco 60oo!Tl/'C max
10 Bit Plus Sign;FS Tempco 60ppml'C max
9 Bit Plus Sign;FS Tempco· 60ppm/'C max
9 Bit Plus Sian'FS Temoco 60oom/'C max
8 Bit Plus Sign;FS Tempeo 60ppm!'C max
8 Bit Plus Sign;FS Tempeo 60ppml'C max
7 Bit Plus Sian'FS Temoco 60oom/'C max
7 Bit Plus _Sign;FS :.rempco 60ppm/'C max
10 Bit;FS Tampco 60ppml"C.
10 Bit'FS Tempco 60oom/'C.
9 Bit;FS Tempco 60ppm/'C.
9 Bit;FS Tempco 60ppm/'C.
8 Bit'FS Temoco 600om/'C.
8 Bit;FS Tempco 60ppml"C.
7 Bit;FS Tempco 60ppm/'C.
7 Bit'FS Temoco 60ooml"C.
1() Bit;FS Tempco 6()ppm/'(;:
10 Bit;FS Tempco 150ppm/'C.
9 Bit'FS Tel11000 60J>0_m/'C.
9 Bit;FS Tempco 150ppm/~I,;.
8 Bit;FS Tempco 60ppm/'C.
8 Bit·PS Temoco 15000m/'C.
7 Bit;FS Tempco 60ppm/'C.
7 Bit;FS Tempco 150ppm1'C.
8 Bit'FS Temoco 50oom/'C max.
8 Bit;FS Tempco 10ppm/:C typo
8 Bit;FS Tempco 10ppml'C typo
8 Bit'FS Temoco 100om/'C tvo.
a
SYMBOLS AND CODES
EXPLAINED. IN INTERPRETER
~-~---------
174
LINE
No.
~
3
4
5
6
7
8
9
l~
i2
13
14
15
16
17
18
19
20
21
22
23
24
25
26,.
27
28
29,.
30,.
31
32,.
33
~~,.
35
36,.
~~
39
:~
42
43
44+
45,.
41H
47,.
48.
49.
50.
5,.
2J
TYPE
No.
~~~~~~SN
OAC100MET
OAC100MSN
OAC100SET
OAC10QSSN
OAC120MET
DAC12QMSN
DAC120SET
g~~gg~~~N
DAC20-0BB-BOB
OAC20-08B-USB
OAC20-08U-BOB
OAC20-08U-USB
I !:!AC20-1 OB-USB
DAC20-10U-BOB
OAC20-10U-USB
g~gg:m::g~
OAC20-12B-BTC
g~gg:g~:~~g
DAC20-12U-BOB
OAC20-12U-USB
DAC40-08B-BIN
DAC40-08B-BOB
g~~:g:g~~:~~T
DAC40-10B-BIN
DAC40-10B-BTC
DAC40-10U-CBI
DAC40-12B-BCD
DAC40-12B-BIN
DAC40-12B-BTC
DAC40-12U-CBI
g~~:g:l~U-CCO
DAC60-12
DAC80CBI-1
OAC80CBI-V
DAC80CCD-1
DAC80CCD-V
DAC345110BP
DAC345110UP
DAC345112BP
DAC345112UP
DAC346Vl0BP
DAC346Vl0UP
DAC346V12BP
DAC346V12UP
~~: g~g~~:~O
54+
55.
56.
51t
58.
59.
60.
6,.
62.
63
DAC365-12
DAC368-~.
72
DAC368-10
DAC368-12
DAC375-3BCO
DAC375-8
DAC375-10
DAC375,11
DAC375-12
DAC 1118-023
DAC1118-025
DAC 1118-044
DACl132
DAC-E8BCD
DAC-E8BIN
DAC-El0BCD
DAC-El0BIN
DAC-E12BCD
DAC-E12BIN
75
76
DACGI8B
DACG!.10B
~~
66,.
67
68
69
70
71
n
77
g~~mgB
g~g~i~gB
78
79
80
81
DACHI12B
DACHV6Bl00
OACHV8Bl00
84,.
85
86
87
DACHY120C
DACI8B
DACI8D
DACll0B
~~,. g~g~~~~:600
g~
90
91
92
93
~~
96
97
98
99
19~
g~~:gg
MC1408L6
~gl:gm
MC1508L8
MN306
MN307
MN308
MN308H
MN309
MN309H
~~~lgR
102
103
104
105
MN316
19~
~~~~~B
108
109
110
175
~~~n
MN325
MN329
MN329R
MN333
11 . MISCELLANEOUS
POWER
MAX. TEMP.
h\J"
Mt1PRO·
USE ~~
OPER-
LOGIC
LEVEL
ATING CESS!1J'l'
~'O'
FREQ.
(Hzl
(VINI
~
.
30M
30M
30M
30M
.
'3~~
~
2
2
2
2
2
2
2
~
2
2
2
2
2
2
2
2
2
2
2
2:0%
~.O%
2.0%
2.0%
2.0%
2.0%
2.0%
30M
30M ~!.O%
30M 2.0%
30M 2.0%
30M 2.0%
30M 2.0%
30M 2.0%
30M 2.0%
30M 2.0%
30M 2.0%
30M 2.0%
30M 2.0%
30M 2.0%
30M ~.O%
30M 2.0%
30M 2.0%'
2.0%
I~g~ ~:O%
30M
.0%·
30M
30M
30M
~g~
2
2
2
2
2
2
2
2
2
2
2
2
2
2
30M
30M
30M
30M
30M
30M
30M
M~~
~g~
~g~
30M
30M
30M
30M
30M
30M
30M
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
~g~
30M
30M
30M
30M
30M
30M
30M
30M
~O~
M~~
MO
30M
M~~
~&,
~~~
M6~
13g~
30M
30M
30M
30M
30M
30M
30M
30M
30M
30M
30M
30M
30M
~
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
:~~:
i3~~ ~:~%
2
2
2
2
2
2
2
I~g~
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2·2%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2·2%
2.0%
2.0%
~.O%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
.~.O%
~:2~
2.0%
2.0%
2.0%
~.O%
~:O%
.0%
2.0%
2.0%
2.0%
TFH 2.0%
30M 2.0%
TFH 2.0%
TFH 2.0%
TFH 2.0%
TFH, 2.0%
TFH
TFH
30M 2.0%
30M 2.0%
30M 2.0%
30M 2.0%
30M ~.O%
30M 2.0%
TFH 2.0%
TFH 2.0%
TFH 2.0%
MOl
MO
~gi
I
~
2
2
2
2
~
2
2
2
D.A. T.A.
:~g:
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
~.O%
~:g%
.80"
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80·*
.80*
.80*
.80*
.80*
.80*
.80*
:gg:
.80*
.80*
.80*
,80*
.80c*
.80*
.80*
.80*
.80*
SUPPLY
SPAN
NEG. IPOS.
(VI I (VI
~5
0
~5 1:~ t
15 1.5 t
-55
15 1.5 t
0
15 1.0 t
-55
15 1.0 t
0
15 1.5 t
-55
15 1.5 t
0
15 1.0 t
-55
15 1.0 t
0
15 850m§ 0
15 2.0 % -25
15 2.0 % -25
15 2.0 % -25
15 2.0 % -25
15 2.0 % -25
15 2.0 % -25
15 2.0 % -25
15 2.0 % -25
15 2.0 % -25
15 2.0 % -25
15 2.0 % -25
15 2.0 % -25
15 2.0 % -25
15 2.0 % -25
15 2.0 t
-25
15 2.0 t
-25
15,2.0 t
-25
15 2.0 t
-25
15 2.0 t
-25
15 2.0 t
-25
15 2.0 t
-25
-25
15 2.0 t
15 2.0 t
-25
15 2.0 t
-25
15 2.0 t
-25
15 2.0 t
-25
15 1.2 t
0
15 1.2 t
0
15 850m§ 0
15
15
15 850m§ ,0
15 1.1 t 10
15 825m 0
15 1. 1 t
0
15 825m 0
15 1.2 t
0
15 1.2 t
0
15 1.2 t
0
15 1.2 t
0
900mt -55
900mt -55
15 900mt -55
15 900mt -55
15 900mt ,-55
15 900mt -55
18 81m 0
18 81~~ 0
18 81m 0
18
g
18
15 1.9 § 0
15 1.9 § 0
15 1.9 § 0
15 1.7% 0
15 600mt 0
15
15 ~gg~i ,g
15 600mt 0
15 600mt 0
15 600mt 0
15 1.4 t
15 1.4 t I~
15 1.4 t
0
15 1.4 t
0
15 1.4 t
0
15 1.4 t
0
15 900mt 0
15 1.8 % 0
15 1.8 % 0
15 1.8 % 0
15 1.0
0
15 1.0
0
15 600mt 0
15 600mt 0
15 600mt 0
15 600mt 0
15 600mt 0
5.0 1.0
0
5.0 1.0
0
5.0 1.0
0
5.0 1.0
-55
0.0 420m 0
15 400m 0
15 400m 0
15 400m -55
15 400m§ 0
15 400m§ -55
15
15 ~gg~
15 400m 0
15 600m 0
15 400m 0
15 600m 0
15
10
15 1.1
1.1
0
15 600m 0
15 600m 0
15 400m 0
-0
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
18
18
18
18
18
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
0.0
0.0
0.0
0.0
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
0.0
TOTAL·
PKG.
LOVI
OISS.
(WI
'C
1
~~g~: 19
l~
~l~~
!g
IN ORDER OF (1)USE(2)LEVELT(3)LEVEL'O'
(4IMAX OPER FREQ(5ITYPE No.
ORAWINGS
LOGIC OUTLINE
HI iOWG. No OWG. No
"'=MO
'C •
I,
~~o
125
70
125
70
125
70
125
70
70
85
85
85
85
85
85
85
85
85
85
85
~~
85
85
85
85
85
85
85
85
85
85
85
85
85
70
70
70
70
70
70
70
70
70
70
70
70
70
70
125
125
125
125
125
125
~g
70
70
70
70
70
70
70
70
70
70
70
70
70
~~~~~7: ~371
K02127
K02127
K02127a
K02127a
K02127
K02127
K02127a
~g~ma
K0269
K0269
K0269
K0269
K0269
K0269
K0269
K0269
K0269
K0269
K0269
K0269
K0269
K0269
K0299
K0299
K0299
K0299
K0299
1<0299
K0299
K0299
~g~~~
K0299
K0299
K02115
K02115
K02179
K02179
K02179
K02179
K02159
K02159
K02159
K02159
K02160
K02160
K02160
K02160
~g~l~l
K02161
~g~m
K02162
K02139
K02139
K02139
K02139
K02139
K02141
K02141
K02141
K02186
;g
~g~m
70
70
70
70
70
70
70
70
70
70
70
70
70
70
70
75
75
75
125
70
70
70
125
70
110
70
55
70
70
70
70
70
70
70
55
70
K02147
K02147
K02147
K02147
K02149
K02151
K02151
K02151
K02190
K02190
K02152
K02152
K02152
K02152
K02152
K02107
K02107
K02107
K02107
K0263
K0264
K0264
K0264
K0265
K0265
~g~~~
K0267
K0266
K0267
K0266
K0287
K0287
K0288
K0288
K0289
M370
M370
M371
M371
M370
M370
M371
M~71
~~~!g
M254
M254
M254
M254
M254
M254
M254
M254
M254
M254
M254
M254
M254
M302a
M302a
M302a
M304
M302a
M302a
M304
M302a
M302a
M302a
M304
~~g:f
M304f
M510
M510
M510
M510
M463
M463
M463
M463
M326a
M326a
M326a
M326a
M286b
M286b
M286b
M464
M464
M464
M286a
M286a
M286a
~~~~:
M3020
M302p
M302p
M431
M405
M405
M405
M405
M405
M405
M424
M424
M424
M424
M424
M424
M426
M428
M428
M428
M320b
M320b
M429
M429
M429
~g~
M191
M191
M191
M191
M244
M244
M244
M244
M244
M244
M287
M287
M244
M287
M244
M287
M287
M287
M287
M287
M244
GENERAL OESCRIPTION
I ~ olts;c;onv.~pee~ ~.~us;~!:! ~~I,vus.
8 bits;Conv.Speed 5.0us;SR 20/Vus.
10 bits·Conv.Speed 5.0us·SR 20/Vus.
10 bits;Conv.Speed 5.0us;SR 20/Vus.
10 bits;Conv.Speed 5.0us;SR 20/Vus.
10 bits·Conv.Speed 5.0us·SR 20/Vus.
12 bits;Conv.Speed 5.0us;SR 2~I,~us.
12 bits;Conv.Speed 5.0us;SR 20/Vus.
12 bits·Conv.Soeed. 5.0us·SR 20/Vus.
1:.! bits;Conv.Speed 5.0us;SR 20/Vus.
112 Bit;Conv Speed 5us for 20V Range.
8 Bit·Conv.:Speed 3.0us max.
8 Bit;Conv.Speed 3.0us max.
8 Bit;Conv.Speed 3.0us max.
8 Bit·Conv.S~eed 3.0us max.
10 Bit;Conv.Speed 3.0us max.
10 Bit;Conv.Speed 3.0us max.
10 Bit·Conv.Speed 3.0us max.
12 Bit;Conv.Speed 5.0us max.
12 Bit;Conv.Speed 5.0us max.
12 Bit·Conv.Speed 5.0us max.
12 Bit;Conv.Speed 5.0us max.
12 Bit;Conv.Speed 5.0us max.
12 Bit·Conv.Speed 5.0us max.
12 Bit;Conv.Speed 5.0us max.
8 Bit;Output Voltage Range 0 to 10V.
8 Bit'Outout Voltaoe Ranoe 0 to 10V.
8 Bit;Output Voltage Range 0 to 10V.
8 Bit;Output Voltage Range 0 to 10V.
10 Bit'Output Voltace Rance 0 to 10V.
10 Bit;Output Voltage Range 0 to 10V.
10 Bit;Output Voltage Range 0 to 10V.
12 Bit'Output Voltaae Ranae 0 to 10V.
12 Bit;Output Voltage Range 0 to 10V.
12 Bit;Output Voltage Range 0 to 10V.
12 Bit'Outout Voltaoe Ranoe 0 to 10V.
12 Bit;Output Voltage Range 0 to 10V.
10 Bit;Senling Time 40ns;Linear ±l12LSB.
12 Bit'Senlina Time 150ns'Linear ± 112LSB.
12 Bit Bin OAC w/Current Output.
12 Bit Bin DAC w/Voltage Output.
3 Digit BCD DAC w/Current Output.
3 Digit BCD OAC w/Voltage Output.
10 Bits BIN;Out ±lmA;Lin ±0.05%.
10 Bit Comp Bin'Unioolar-iout 0 to -2mA
12 Bits BIN;Out ±lmA;Lin ±0.0125%.
12 Bit Comp Bin;Unipolar;lout 0 to -2mA
10 Bits BIN'Out ±5V·Lin±0.05%.
10 Bits BIN;Out 0 to 10V;Lin ±0.05%.
12 Bits BIN;Out ±5V;Lin ±0.0125%.
12 Bits BIN'Out 0 to 10V'Lin ±0.0125%.
BIN;Lin 0.2%;Ref In ±10V.
BIN;Lin 0.05%;Ref In ±10V.
BIN'Lin 0.0125%·Ref In ±10V.
BIN;Lin 0.2%;Ref In ± 19Y.
BIN;Lin 0.05%;Ref In ±10V.
BIN'Lin 0.0 125%'Ref In ± 10V.
3 Decade BCD;Acc Lin Error ±0.05 % max.
8 Bit;Acc Lin Error ±0.10% max.
10 Bit'Acc Lin Error ±0.05% max.
11 Bit;Acc Lin Error ±0.025 % max.
12 Bit;Acc Lin Error ±O.O 125 % max.
Binarv Offset Binarv:TC ±30oomI"C.
BCD;TC ±30ppml"C max.
2s Complement;TC ±30ppm/'C.
12 Bit'Temoco 10ppm/'C max.
TC ±15ppm/'C;Lin ±l12LSB;Acc .05%.
TC ±15ppm/'C;Lin ±1/2LSB;Acc .05%.
TC ± 15ppm/'C'Lin ± 112LSB'Acc .05%.
TC ±15ppmI"C;Lin ±1/2LSB;Acc .05%.
TC ±15ppmI"C;Lin ±1/2LSB;Acc .05%.
TC ±150om/'C'Lin ±l12LSB'Acc .05%.
8 BIN Bits;Vo ±1.2V;T" ±50ppmI'C.
10 BIN Bits;Vo ± 1.2V;TC ±50ppm/'C.
8 BIN Bits'Vo ±1.2V·TC ±30ppmI"C .
10 BIN Bits;Vo ±1.2V;TC ±30ppmI"C.
8 BIN Bits;Vo ±1.2V;TC ±15ppm/'C.
10 BIN Bits'Vo ±1.2V·TC ±l!ipp_m/·C.
12 BIN Bits;lo 5.0mA at 1.2V;TC±20ppmI"C.
6 BIN Bits;Vo 5.0V;TC ±60ppmI"C.
8 BIN BitsVo 5.0V·TC ±60oom/'C.
10 BIN Bits;Vo 5.0V;TC ±60ppm/'C.
12 Binary Bits;Tempco 30ppm/'C.
3 BCD Diaits'Tempco 30ppm/'C.
8 BIN Bits;lo 2.0mA,Vo±1.2V;TC±15ppm/'C.
2 Oig.BCO;lo 2.0mA,Vo± 1.2V;TC± 15ppm/'C.
10 BIN Bits'lo 2.0mA Vo±1.2V·TC±15ppm/'C.
12 BIN Bits;lo 2.0mA,Vo± 1.2V;TC± 15ppm/'C.
3 Oig.BCO;lo 2.0mA,Vo±1.2V;TC±15ppm/'C.
8-Bit Multiolvina O/A Converter.
8-Bit Multiplying O/A Converter.
8-Bit Multiplying O/A Convlirter.
8-Bit Multiolvina O/A Converter.
8 Bit;Vo 39mV;Senling Time lOOnS max.
8 Bits;Tset 3.0us max.
2 Decade BCO'Load Current 5.0mA·SR .50V/us
2 Decade B_CO;Load Current 5.0mASR .50V/us
8 Bit;Load Current 5.0mA;SR .50V/us.
8 Bit'Load Current 5.0mASR.50V Ius.
10 Bit;LSB ±!1.2;load Current 5.u_rnA.
10 Bit;LSB ±l;Load CUrrent 5.0mA.
Bipolar Outout 8 BitsTset 3.0us max.
2 112 Decade BCO;Tset. 3.0us max.
Positive Output 8 Bits;Tset 3.0us max.
10 Bits'Tset lOOns max.
8 Bits;w/Storage Register;Tset 3.0us max.
8 Bits;w/Storage Register;Tset 3.0us max.
10 Bit'LSB ± 1/2'Load Current 5.0mA.
10 Bit;LSB ± 1;Load Current 5.0mA.
8 Bit·Vo 39mV'Senlina Time lOOnS max.
SYMBOLS AND CODES
EXPLAINED IN INTERPRETER
175
LINE
No.
f§J
TYPE
No.
3+
4+
5
6
7
8
9
10
11
12
13
14
15
16
17
18
J~
MN371
'~~~b6~
MN3000H
~~~gglH
MN3002
MN3002H
MN3003
MN3003H
~~~gg!H
MN3005
~~~8g~H
MN3006H
~~~ggjH
21",
22",
23",
24.
25",
26+
27",
28",
29",
30",
~.1#
32
33
34
35
36",
37",
38",
39",
40",
41
42
416BCD
416BIN
418BCD
877-69CDl
877-69CD2
877-69MDl
877-69MD2
A867-14
A867-16
412BIN
!~
g!g!~gg~
45
46
47
48
49
50
51
52
53
54
55
56
57
58
59
60
~~
63
64
65
66
g~
69
~~:
MN3200
MN3201
MN3202
MN3850
MN3850E
MN3850H
SSS1408A6Z
SSS1408A7Z
SSS1408A8Z
SSS1508A8Z
~~~:~JE
DACMV8B
DACMV8D
DACMV10B
DACMV12B
DACMV12D
DACR8B
DACR8D
DACR10B
DACR12B
DACR12D
g!gi~~g
DACTR10B
g!gi~l~g
A861-8
A861-10
DACMI8B
DACMI8D
g!g~im
DACMI12D
j~~J
A866-13
DAC85C-CBI-1
OAC85C-CBI-V
DAC85C-CCD-1
72+
73+
74+
75+
76+
77+
78",
79",
80+
81+
82
83
84
DAC85CBI-V
DAC85CCD-1
DAC85CCD-V
DAC85ET-CBI-I
DAC85ET-CBI-V
DAC85LD-CBI-1
DAC85LD-CBI-V
DAC169-16B
DAC169-16D
A860-12
~~
g!g~:~gB
87
88
89
90
~J
93
94
95
96
97
98
99+
100+
101
102",
1~~'"
104",
105",
106",
107",
108
109
110",
176
,1rL
USE:~Mt1
OPER- PRO'ATING CESSf£J'1'
FREQ.
(Hz)
(V)
~
~: 1~~~~8H
g!g~~gB~~D-V
DACHB12B
g!g~:~2D
OACV8D
g!g~l~:
DACV12D
DACVR8B
DACVR8D
DACVR10B
DACVR12B
DACVR12D
DI-AN802RAD
DI-AN 1002RAD
MDA2
DAC01AP AS AY%
DACO 1BP,BS,BY%
DACO 1CP,CS,CY%
DACOl FP FS FY%
g~~~lr:-HS,HY%
722BFC
6i~~~OAANl
.
l~G!C
11 MISCELLANEOUS
MAX. TEMP.
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2 I
2
~ iI
2
2
2
2
~
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
I 2
2
2
;i~~ ~:8~
TFH
TFH
TFH
TFH
TFH
TFH
TFH
TFH
TFH
TFH
TFH
TFH
TFH
TFH
TFH
TFH
TFH
TFH
TFH
TFH
TFH
TFH
TFH
~tt
~q~
MOt
10k
10k
10k
10k
10k
10k
10k
10k
30k
30k
80k
lOOk
lOOk
200k
200k
200k
200k
200k
200k
200k
200k
200k
200k
200k
200k
200k
200k
200k
1.0M
1.0M
2.0M
2.0M
2.0M
2.0M
2.0M
3.0M
3.0M
3.0M
3.0M%
3.0M%
3.0M%
3.0M%
3.0M%
3.0M%
3.0M%
3.0M%
3.0M%
3.0M%
3.0M%
3.0M%
5.0M%
5.0M%
10M
10M%
10M%
10M%
10M%
10M
10M
10M
10M
10M
10M
10M
10M
10M
10M
15M
15M
4.0M
D.A. T.A.
LEVEL
flJ'O'
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2:0%
2.0%
2.0%
2.0%
~g~ ~:~~
3DM
3DM
~~~
M~~
~g~
3DM
3DM
3DM
3DM
3DM
3DM
3DM
3DM
3DM
3DM
3DM
3DM
3DM
3DM
3DM
.~g~
3DM
3g~
3DM
3DM
30M
3DM
3DM
3DM
3DM
3DM
3DM
3DM
TFH
TFH
TFH
TFH
TFH
TFH
TFH
TFH
TFH
TFH
TFH
TFH
3DM
3DM
3DM
3DM
3DM
3DM
3DM
3DM
3DM
3g~
3DM
3DM
3DM
3DM
3DM
3DM
PCM
PCM
PCB
MO~
M~~
~&
M()~
M()~
MOt
~g:
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0~
2.0%
2.0%
2.0~
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
22~
2.0%
2.0%
2.~%
2.0%
2.0%
2.~:!?
2.0%
2.0%
2.0%
2.0%
2.0%
~:~%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.1%
2.1%
2.1%
2.1%
2.1%
2.1%
2.1%
2.1%
2.1%
(V)
:~8:
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
:~~:
.80*
:~8:
.80*
.80*
.80*
.80*
:~~:
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
:~g:
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.95*
.50*
.50*
.50*
.50*
.50*
.50*
.70*
.70*
.70*
~(JWER
SUPPLY
TOTAL
SPAN
PKG.
LOVI
NEG. POS. DISS.
(V)
(V)
(W)
°C
1~
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
0.0
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
1915
15
15
15
15
15
15
15
15
15
15
15
I
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
6.0
6.0
15
19
15
1~
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
6.0
6.0
15
ORA WINGS
LOGIC OUTLINE
DWG. No DWG. No
f.=MO
90m
0
-55
0
-55
0
-55
0
-55
0
-55
0
-55
0
-55
0
-55
0
-55
0
0
0
0
585m
585m
585m
585m
585m
585m§
585m§
585m§
585m§
585m!
585m!
585m
585m
585m!
585m!
465m
465m
465m
525mt
525m
525mt
1.0
1.0
1.0
1.0
175mt
-~5
750~~
750m
750~~
750m
625m!
625m§
625m!
625m§
1. 1 §
1.1 §
600m
1.8 t
1.8 t
825m'!!
-55
0
0
-55
0
-55
0
0
0
0
-55
-55
-55
-55
0
0
0
0
0
0
825~~
825m 0
0
825m 0
~~5r'1l
1.3 t
1.3 t
1.3 t
1.3 t
1.3 t
1.3 t
1.3 t
1.3 t
1.3 t
50m§
50m§
1.1 t
1.1 t
1.1 t
1.1 t
1.1 t
1.3 t
1.3 t
2.8
8~~m
850m
850m
850m
850m
850m
850m
850m
850m
850m
850m
850m
750mt
750mt
1.2 §
j~g~i
g
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
-~~
-55
0
0
0
0
0
-25
-25
-25
-25
-55
-55
-25
-25
0
0
0
750mt
750mt
1.8 t
1.8 t
1.8 t
1.8 t
1.8 t
1.8 t
1.8 t
1.8 t
1.8 t
1.8 t
2.7 %
2.7 %
g
0
0
0
0
0
0
0
0
0
0
0
0
0
0
250m
250m
250m
250m
250m
250m
250m
250m
500m
15
-56
-55
0
-55
0
-55
-20
-20
-55
GENERAL DESCRIPTION
°C
~8~ ~5 ~~5
l~ 5~~~
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
5.0
5.0
5.0
5.0
5.0
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
HI
IN ORDER OF (1)USE(2)lEVEl'l'(3)lEVEl'O'
(4)MAX OPER FREQ(5)TYPE No,
1~3~~g
70
j~5
125
70
125
70
125
70
125
70
125
70
125
70
125
70
125
70
70
70
70
85
125
75
75
125
75
j~5
70
70
70
125
125
125
125
60
60
70
70
70
70
70
70
70
70
70
70
70
70
70
70
70
70
70
70
70
70
70
70
70
70
70
85
85
60
70
70
70
70
85
85
85
85
125
125
85
85
70
70
60
70
70
70
70
70
70
70
70
70
70
70
70
70
70
50
50
50
125
125
70
125
70
125
85
85
125
M326b
K02133
K02133
K02133
K02133
K02133
~8~m
K02164
K02164
K02164
K02164
K02164
K02164
K02164
K02164
K02164
K02187
K02187
~%~m
K02188
K02188
K02107
K02107
K02107
K02107
K0314
~~~~b
M244
M244
M244
M244
M244
M287
M287
M287
M287
M287
M287
M244
M244
M287
M287
M326c
M326c
M326c
M387
M387
M387
M210d
M210d
M210d
M210d
~~116
M453
M453
M453
K02116 M195
K02116 M195
K02116 M196c
K02116 M196c
K02173a M503
K02173 M503
~g~l~~
K02154
K02154
K02154
K02154
K02154
K02155
K02155
K02155
K02155
K02155
K02155
K02155
K02155
K02155
K02155
K02153
M302d
M302d
M430
M430
M430b
M430a
M430a
M431
M431
M431
M431
M431
M431
M431
M431
~m
M423a
M423a
M423a
M423a
M423a
I~~g
K02179
K02179
K02179
Kl!2179
K02179
K0217Q
K02179
K02179
K02179
K02179
~g~1j~
M320a
M320a
M320a
M320a
M320a
M320a
M320a
M320a
M320a
M320a
M320a
M320a
K02145
K02145a
~!n
K02148
K02148
K02148
K02148
K02156
K02156
M425
M425
M425
M425
M432
M432
M432
M432
M432
M432
M432
M432
M432
~g~l~~
K02156
K02157
K02157
K02157
K02157
K02157
K02191
K02191a M528a
CB37c
K0278
M 105au
Ml05au
K0278
K0278
Ml05au
K0278
M 105au
K0278
Ml05au
K0278
Ml05au
K0252
FP59
~~~~
~g~~~
m~
1~ ~:~:~~~ Kj%:ij~ !l~ij:
12 Bit'Acc O.l%·Vo 0 to 10V.
1Z_ Bit;Acc 0.1 %;Vo .0_ to lOV.
8 Bit,Vo 0.0 to -10V F.S;lnt Ref.
8 Bit·Vo O.OV to -10V F.S:lnt Ref.
8 Bit;Vo 5.0V to -5.0V F.S.;lnt Ref.
8 Bit;Vo 5.0V to -5.0V F.S.;lnt Ref.
8 BitVo O.OV to 10V F.S:lnt Ref.
8 Bit;Vo O.OV to 10V F.S.;lnt Ref.
10 Bit;Vo O.OV to -10V F.S;lnt Ref.
10 Bit·Vo O.OV to -10V F.S:lnt Ref.
10 Bit;Vo 5.0V to -5.0V F.S.;lnt Ref.
10 Bit;Vo 5.0V to -5.0V F.S.;lnt Ref.
10 Bit·Vo O.OV to 10V F.S:lnt Ref.
10 Bit;Vo O.OV to 10V F.S.;lnt Ref.
8 Bit;Vo 10V to 10V F.S.;lnt Ref.
8 BitVo 10V to -10V F.S:lnt Ref.
10 Bit;Vo 10V to -10V F.S.;lnt Ref.
10 Bit;Vo 10V to -10V F.S.;lnt Ref.
12 Bit·Vo 0 to ±10V'Acc .30% FSR.
12 Bit;Vo ±5V,±10V;Acc .30% FSR.
12 Bit;Vo 0 to ±9.99V;Acc .30% FSR.
12 BitVo ±10±5±2.50 to 100 to 5V.
12 Bit;Vo ± 10,±5,±2.5,0 to 10,0 to 5V.
12 Bit;Vo ±10,±5,±2.5,0 to 10,0 to 5V.
8 Bit'Relative Accuracy ±0.78%.
8 Bit;Relative Accuracy ±0.39%.
8 Bit;Relative Accuracy ±0.19%.
8 Bit'Relative Accuracv ±0.19%.
2 Bit Binary Full Adder.
196 plus BIN;O to -10,±5,±10V;tconv 100us.
4 Dicit BCD'O to -10V·tconv. 100u •.
16 Bit BIN;O to -10V,±5V,±10V;tconv 100us.
±4 112Digit BCD;±10V;tconv 100us.
13 BitVo ±10V'Acc ±.012% Typical.
13 Bit;Vo ±10V;Acc ±.05% Typical.
13 Bit;Vo ±10V;Acc ±.012% Typical.
13 Bit·Vo ±10V'Acc ±.05% Typical.
14 Bit;Voltage ~utput.
16-Bit;Voltage Output.
12 Bit Binarv:±10V·tconv. 15us.
16 Bit Binary;Lin .~~:!.%;A ±7.uppm%r<.;.
4 Digit BCD;Lin .005%;A ±7ppm/oC.
Multi.8 BIN Bits'TC ±30ppmrC.
Multi.2 Dig.Bits;TC_ ±30ppmrc:.
Multi.l0 BIN Bits;TC ±30ppm/oC.
Multi.12 BIN Bits'TC ±30oom/oC.
Multi ~ Dig.Bits, ~C ±il.OppmrC.
8 Bit Comp BIN;TC±30ppm/oC;Rt 200kHz.
8 Diait Como BCD'TC ±30oomrC'Rt 200kHz.
10 Bit Comp BIN;TC ±30ppm/oC;Rt 200kHz.
12 Bit Comp BIN;TC ±30ppm/oC;Rt 200kHz.
12 Diait Comp BCD'TC±30ppmrC'Rt 200kHz.
~ Bit CompBIN;TC ±7ppmI"C;Rt 200kHz.
8 Digit Comp BCD;TC ±7ppm/oC;Rt 200kHz.
10 Bit Como BIN'TC ±7oom/oC'Rt 200kHz.
12 Bit .<.;omp BIN;T_<.;_ ±7ppmr<.;;.Rt 20~~Hz.
12 Digit Comp BCD;TC ±7ppmrC;Rt 200kHz.
8-Bit'1 us Current Outout.
1O-Bit; 1us Current Output.
8 BIN Bit.;Vo ±1.2V;TC ±30ppm/oC.
2 Dia.BCD·Vo ±1.2V·TC ±30ppmrC.
10 BIN Bits;Vo ±1.2V;TC ±30ppmrC.
12 BIN Bits;Vo ±1.2V;TC ±30ppmrC.
3 Dio.BCDVo ±1.2V·TC ±30oom/oC.
I~ Bit Binary;± ~ OV~~;±~~~mA.
8 Bit Binary;± 1OVFS;±200mA.
13-Bit'Dealitched Outout.
12 Bit;lo ± 1,-2mA;Drift }Oppmrc.
12 Bit;Vo ±2.5,±5,± 10.5, 1OV;Drift 20ppmrC
12 Bit'lo ± 1 -2mA'Drift 20oom/oC.
12 Bit;Vo 10V;Drift 20ppm/oC.
12 Bit;lo ± 1.-2mA;Drift 20ppm/oC.
12 Bit Vo ±2.5 ±5 ± 10 5 10V'Drift 20oom/oC
12 Bit;lo ± 1,-2mA;Drift 20ppm/oC.
12 Bit;Vo 10V;Drift 20ppm/oC.
12 Bit'lo ± 1 -2mA'Drift ±20pom/oC.
12 Bit;Vo ±2.?,±5,±10,5,10V.
12 Bit;lo ± 1,-2mA;Drift 20ppm/oC.
12 BitVo ±2.5 ±5 ±10 5 10V'Drift 20ppm/oC
16 BIN Bits,Vo 10V,lo 2.5mA.
4 Dig.BCD,Vo 10V,lo 2.5mA.
12-Bit'100ns Current Outout.
8 BIN Bits;Vo 101' at 5.0mA.
10 BIN Bits;Vo 10V at 5.0mA.
12 BIN BitsVo 10V at 5.0mA.
3 Dig.BCDNo 10V at 5.0mA.
8 Binary Bits;Vo ±5V and ± 10V;TC±20ppm/oC
8 Dioit BCDVo ±5V and ±10V'TC ±20oom/oC.
10 Binary Bits;Vo ±5V and± ~ ~Y;l.:~±~~ppm;:~
12 Binary Bits;Vo ±5V and± 10V;TC±20ppmrC
12 Diait BCD'Vo ±5V and±10V'TC ±20opmrC.
8 Binary Bits;Vo±5V and± 10Y;TC ±20ppmI'C.
~ oDIP;~a~C g\~oV~~~Va~~d;\ ~'OVbNJ>,,",,":f.J=·
12 Binary Bits;Vo±5V and± ~ OV;TC±20ppm/oC.
12 Digit BCD;Vo±5V and ±10V;TC ±20ppmrC.
8 Bit BIN'Glitchless'±lV Outout.
10 Bit BIN;Glitchless;± 1V Output.
~OB~itinS~~~~ ~~a%n~k D:a~"TC40ppm/oCmax
6 Bit;Linearity .40% FS max;TC 120ppm/oCmax
6 Bit;Linearity .40% FS max;TC 160ppmrCmax
6 Bit'Linearity .40% FS max'TC80oomrCmax
6 Bit;Linearity .~O% FS max;TC 160ppm/oCmax
6 Bit;Linearity .40% FS max;TC80ppmrCmax
la-Bit Current Source.
10 Bit Current Source.
10 Bit·.05% Linearitv:TC150omrCVol0V FS
SYMBOLS AND CODES
EXPLAINED IN INTERPRETER
176
LINE
No,
1~
2~
3~
4~
5~
6~
7~
8~
9~
10~
ii-..
12~
l~:
15~
f!1-J
I g~g gg!!gJ
OAC100ABNl
l
LOGIC
PROLEVEL
ATING CESS ~'1'
I1JO'
F~Jz?'
I
~!clgg!:g~
g!~lgg!~gJ
OACiOOACQ3
g~glgg~g¥~
OAC100ACT2
OAC100AONl
OAC100AOQl
OAC100AOO2
l~: g~glgg~!~l
OAC100BA02
'9~
OA~'OO~~Nl
20~
OAC100BB~J
OAC100BBO
~~:
OAC100BC:~1
21~
24~
OAC100BCT1
~~: g~glgg~g~~
30~
OAC100B[)Ol
~J:
33~
: g!g 199~g~~
OAC100CB01
36~
OAC100CCOl
~~: g!glgggg2~
OAC100CC04
41~
g!glgggg+J
OAC100CONl
42"
43"
44~
DAC1000BNl
48"
49"
50"
51"
OAC1000CNl
53~
I g!g 1ggggg~
g~glggg~g~
g!clggggg~
OAC10000Nl
~?~ 11?~21 00000 1
54~
g~:
57~
~~
60
61
62
63
~~"
65~
66~
g~:
69~
70
71
72
73
74
75
~~
78
~g
81
82
:~
g~
87
88
89
90
~~
93
94
95
96
~~
99
I g!g 1gggg~~
OAC10000T2
g!C~~M
OAe160M
g!ggg:g~::11
8!ggggg:\
! OAC70CSB-1
8!glm
HI2Al080
~:~~~~~~
MOA120D
~~~1200ET
~~~g~H
g!c1~9
177
2
I 2
ZD400
Z0401
411-8BIN-1
411-8BIN-V
m:lg~:~:~
411-12BCO-1
L
: 1 1~gftfiV
411-12BIN-V
~g~~~gj~
19~ I~g~g~lj~
108
109
110
A07521KD
!~i~~l~~
M~~
~gf
MO
MOf
MOf
M~~
~g~
M~~
M~~
MO~
~~~
MOf
M~~
~g~
~~~
MO~
~~~
MOf
~g~
Moi
M~~
MO~
MO~
M~~
MO
MO~
M~~
~gi
M~~
~g~
30M
30M
3DM
3DM
3DM
30M
TFH
TFH
TFH
n~
TFH
3DM
~~~
M~~
I
2
2
2
2
D
~g
30
31
32
33
34
35
36
37
38
39
40
41
42
43
44
45
46
47
48
49
50+
51+
52+
53+
54
55
56
57
58
59
60
~i
63
64
65
66
67
68
69
70
71
72
73
74
75
76
77
78
79"
80
81
82"
83
84
85
86"
87+
88+
89+
90+
91
92
93
94
95
96
97
98
99
100
101
102
103
104
105
19~
108
m
178
I
flJ'1'
I~g~~~~t~
3
4
5"
6"
7"
8"
9"
10"
11"
12"
13"
14"
15"
~~
f~L Mti
'
f.(TSE OPER- PROATING ~ESS
FREQ.
(Hz)'
TYPE
No.
g~g~~:i~CD
I
~
I
I
I
I
g~~~j~:1~
g~gm~~gBCD
g~g1~:19
~gg~
~g:~~
ZD441
7560
7561
M~~
MO
~q;
MO~
~g;
M
2.5
2.5
2~~
2.5%
2.5%
2.5%
2.5%
2.5%
2.5%
2.5%
2.5%
2.5%
2.5%
2.5%
2.5%
2.5%
2.5%
2.5%
2.5%
2.5%
2.5%
2.5%
2.5%
2.5%
2.5%
2.5%
2.5%
2.5%
2.5%
2.5%
2.5
2.5
2.5
2.5
2.5%
2.5%
2.5%
2.5%
2.5%
2.5%
2.5%
2.5%
2.5%
2.5%
2.5%
2.5%
2.5%
2.5%
2.5%
2.5
2.5
2.5%
2.5%
2.5%
2.5%
2.5%
2.5%
2.5
2.5
2.5
2.5%
2.5%
2.5%
2.5%
2.5%
2.5%
2.5%
2.5%
2.5%
2.5%
2.5%
2.5%
3.0%
3.0%
3.0%
3.0%
3.0%
3.0%
3.0%
3.0%
3.0%
3.0%
3.0%
3.0
3.0
~'O'
(V)
:~g:
DRAWINGS
SUPPLY
TOTAL
LOGIC OUTLINE
SPAN
PKG. LOVl, HI DWG. No DWG. No
NEG. POS. DISS.
l:.=MO
(V)
(V)
(W)
'C
'C
~~ ~g~~ ~55 li~5 ~g~m: I~~~~
g:g
0.0
15 20mt -55
.80'
0.0
15 20mt -55
.80'
10
15 1.0
0
.80'
15 1.2
10
0
.80' I
10
15 1.0
0
.80'
10
15 1.2
0
I .80'
10
15 1.0
0
.80'
10
15 1.2
.80'
0
10
15 1.0
.80'
-65
10
15 1.0
.80'
-55
10
15 1.0
-55
.80'
0.0
5.0
20m -55
.80'
0.0
5.0
20m -55
.80'
.80
15 525m~ 0
15
.80
15
15 525m~ 0
.80
15
15 525m% 0
.80·t
0.0
5.0 120m 0
.80·t
0.0
5.0 120m -55
15
15 1.8 t
0
.80'
15
15 400m 0
.80'
15
15 400m -55
.80'
15 '760m§ 0
15
.80'
15
.80'
6b51~~g~§ -55
.40
6.0
! 6.0 6.0 450m -20
.40
-20
15
.40'
IL60m o
15
.40'
260m~ -55
15
20 260m~ o
.40'
15
20
.40'
-55
260:~ 0
20 260m
15
.40'
15
20 260m -55
.40'
15
15 870m§ 0
.40'
15
15 870m§ -55
.40'
15
15 870m§ 0
.40'
15
15 870m§ -55
.40'
15
15 810m§ 0
.40'
15 810m§ -55
.40' I 15
15
15 660m§ 0
.40'
15
15 660m§ I-55
.40'
15
15 660m§ 0
.40'
15
15 660~; -55
.40'
15
15
.50'
0
15
15
.50'
0
15
.50'
975m~ 0
15
.50'
975~~ 0
I .50'
15
15 975m 0
15
15 975~~ 0
.50'
15
15 450m 0
.50'
15
15 450m% 0
.50'
15
15
.50'
i .50'
450~~ 00
15
15 450m
0.0
15 150m 0
.50'
0.0
15 150m~ 0
.50'
.50
15
15 375"r:~ 0
15
15 375m 0
.50
.50
15
15 525~~ 0
15
15 525m 0
.50
15
15 525m% 0
.50'
15
15
.50'
525:~ 8
.5015
15 525m
15
15 525m 0
.50'
15 .
15 525m~ 0
.50'
151
.5015 525~~ 0
.5015
15 525m 0
.5015
15 525~~ 0
15
15 525m 0
.50'
15
15 525m~ 0
.50'
15
15
.50'
0
15
15 525:;
525m 0
.50'
15
15 525m 0
.50'
15
15 525m~ 0
.50'
15
15 525~~ 0
.50'
.50
15
15 225m 0
.50
15
15 225~; 0
15 975m 0
.50' I 15
15
15 975m~ 0
.50'
15
15
.50'
975:~ 00
15
15 975m
.50'
15
15 975m 0
.50'
15
15 975m~ 0
.50'
.50
15
15 900~~ 0
.50
15
15 900m 0
.50
15
15 900m~ 0
15
15 780~~ 0
.50'
15
15 600m 0
.80'
15
15 600~; 0
.80'
15
15 600m 0
.80'
.80'
15
15 600m~ 0
15
15 600m§ 0
.80'
15
15 600m 0
.80'
15
15 600m -55
.80'
15
15 700m§ 0
.80'
.80*
15
15 700m§ -55
15 5.0 600m 0
.80'
15 5.0 600m -55
.80'
15
.40'
0
15
.40'
0
15
15
::8:
15
15
15
15 350m '-25
.40'
15
15 350m -25
.40'
15
15 300~~ 0
.40'
15
15 525m 0
.40'
15
.40'
15 ~~9m~ 0
i .40'
15
15 750m~ 0
i .40'
15
15 750m% 0
15
15 810m -55
! :gg
15
15 810m -55
~g
1~
~j~~",
1~ I~gg~~
~gg~
m
125 K02123a
125 K02123a
75 K02183
75 K02183
75 K02183
75 K02183
75 K02183
75 K02183
125 K02183
125 K02183
,125 K02183
125 K02192
125 K02192
70 K02137
70 K02137
70 K02137
75 K0120
125 K0120
70 K02130
70 K0262
125 K0262
70 K02114
125 K02114
85 K0252
85 K0252
70
1125
70 K0275
125 K0275
70 K0275
125 K0275
70 K02122
125 K02122
70 K02122
,125 K02122
70 K02110
125 K02110
70 K02113
125 K02113
70 K02113
125 K02113
70 K0283
70 K0283
70 K0283
70 K0283a
70 K0283a
.70
'70
70
70 K02135
70
70 K0282a
70 K0282a
70 K02100
70 K02100
70 K02101
70 K02101
70 K0284
70
70
70 K0284
70 'K0284
70 K0285
70 K0285
70
70
70 K0285
70 K0284
70 K0284
70 K0284
70
70
70 K02138a
70
70 ~g~J~8
70 K0283
70 K0283
70 K0283a
70 K0283a
70 K0283a
70 K02102
70 K02102
70 K02102
70 K02184
70 K02134
K02134
Ijg K02134
,70 K02134
70
70 ~g~JJl
125 K0268
70 K02112
125 K02112
10 K0290
125 K0290
70 K0271
70 K0270
85 K0272
85 K0272
85 K0272
85 K0272
70 K0270
70 K0270
70
70
70 K0270
100
1100
~gm
~g~n~
~g~~:
~gm
~g~g:
~8~;6
M315
M315
M521
M522
M521
M522
M521
M522
M521
M521
M521
M345b
M345b
M302k
M302k
M302k
TOl16
TOl16
M374
M244
M244
M327
M327
FP59
FP59
~dm
M126'
TOl16
~6m
M325
M325
M325
M325
M325
M325
M327
M327
M327
M327
M284
M284
M284
M283
M283
M283
M286
M286
M534
M534
M285
M285
M309a
M309a
M310
M310
M286
~~~~
M286
M286
M286
M286
~~~~
M286
~~~g
M286
~~gg
M389
M389
M284
M284
M539
M283
M283
M539a
M304e
M304e
M304e
M444a
M388
M388
M388
M388
M326
M245
M245
M245a
M245a
M245a
M245a
M259
M259
M260
M260
M260
M260
M259
M259
~~~~
M259
M254a
M254a
GENERAL DESCRIPTION
~ ~ ~It ~Ultlply,"g;~on !In ,~~~.
12 Bit Multiplying;Non lin .20%.
12 Bit Multiolirina;Non lin .10%.
12 Bit Multiplying;Non lin .05%.
CMOS;Nonlinearity 0.2% FSR(8 Bit).
CMOS'Nonlinearity 0.2% FSRi8 Biti.
CMOS;Nonlinearity 0.1 % ~~R(9 Bit).
g~g~;~~~::~::;:~~ g:6~%F~~~1~it~itl.
CMOS;Nonlinearity 0.95% FSR(10 Bit).
g~g~;~~~::~::;:~~ g:~~ ~~~l~
:m:
CMOS;Nonlinearity 0.05% FSR( 10 Bit).
8 Bit Mult DAC;Non Lin 0.2% of FSR max.
10 Bit Mult DAC'Non Lin 0.05% of FSR max.
4 Bit Binary Coded Decimal.
Stability 7ppm/'C;Anal Linearity±0.003%max
Stability 50om/'C'Anal Linearity_±0.015%max
6 Bit;Multiplying ~/A Converter.
6 Bit;Multiplying D/A Converter.
8 Bits'Senling Time 40ns.
8 Bit;Load Current 5.0mA;SR .~~y/us.
8 Bit;Load Current 5.0mA;SR .50V/us.
12 Bit'lnDut Reaister'Multi Ranae.
12 Bit;lnput Register;Multi Range.
10-Bit Current Source.
10-Bit Current Source.
g.uad;lo 1.0mA max;"o 12" max;Error±.Ol !bma.
Quad;lo 1.0mA max;Vo 10V max;Error±.Ol%max
Quad'lo 1.0mA max'Error ±. 10% max
Quad;lo 1.0mA max;Vo 10V max;Error±.10%max
Quad;lo 1.0mA max;Error± 1.0% max.
Quad'lo LOrnA max'Error± 1.0% max.
12 Bit;Vo. ±10V F.S;Senle Time 7.0us max.
12 Bit;Vo ±10V F.S;Senle Time 7.0us max.
12 BitVo 0 to 10V·F.S·Senle Time 7us max
12 Bit;Vo 0 to 10V;F.S;Senle Time. ~us max
12 Bit 10 ± 1.0mA F.S;Senle Time 3.0us max
12 Bit'lo± 1.0mA F.S·Senle time 3.0us max
12 Bit;Multi Range Out;lnt Ref.
1~
~:~ ~C~iOR:on~eo°t~t;'~ci ~~f~t Int Ref.
Bit BCD;O to 5.0 to 10 Vout Int Ref.
12 Bits;Accuracy VS.Temp. 15PPMI"C.
12 Bits'Accuracv VS.Temo. 15PPM/'C.
12 Bits;Accuracy VS.Temp. 15PPM/'C.
12 Bits;Accuracy VS.Temp. 15PPM/'C.
12 Bits'Accuracv VS.Temp. 15PPM/'C.
12 Bit.;Accuracy VS.Temp. 15t:,PM!.'C.
Stab 30ppm c max;Linearity ±O.O 1 % max.
Stab 30D.!)m 'C max'Linearitir ±O.O 1 % max.
Stab 30ppml"C max;Linearity ±0.01 % max.
Stab 30ppm/'C ma.;Linearity ±O.O 1% max.
8-Bit 2 Decade BCO·ACC.VS.Temo. 100PPM/'C.
8-Bit Binary;Acc.VS.Temp. 100PPM/'C.
Cur. Out 0 to 4mA;Senling Time 1uS.
Cur. Out 0 to 4mA'Senlini! Time 1uS.
Volt Out ±5V, 0 to 10V;Senling Time ~ ~uS.
Volt Out ±5V, 0 to 1OV;Senli~p, Time 10uS.
8 Bits'Accuracy VS.Temt!, 50P MI'C max.
10 Bits;Accuracy VS.Temp. :!~~~111!~:~ max.
11 Bits;Accuracy VS.Temp. 30PPM/'C max.
12 Bits'Accuracir VS.Temo. 30PPM/'C max.
3 Decade BCO;ACC.VS.Temp. 30PPMI'C max.
8 Bits;Accuracy VS.Temp. 50PPM/'C max.
10 Bits·Accuracy. VS.Temp. 30PPM/'C max.
11 Bits;Accuracy VS.Temp. 30PPM/'C max.
12 Bits;Accuracy VS.Temp. 30PPM/'C max.
3 Decade BCO·Acc.vS,TemD. 30PPMI'C max.
18 Bits;Accuracy VS.Temp. 50PPM/.'If.. max.
10 Bits;Accuracy VS.Temp. 30PPM/'C max.
11 Bits'Accurac VS.Temo. 30PPM/'C max.
12 Bits;Accuracy VS;Temp. 30P~I.1!~C max.
3 Decade BCO;Acc. VS.Temp. 30PPM/'C max.
Stab 50oom/'C'Anal Linearity ±0.05% max.
Stab 50ppm/'C;Anal Linearity ±0.025% max.
12 Bits;Accuracy VS.Temp. 30PPMI'C.
12 Bits'Accuracy VS.Temo. 30PPM/'C.
12 Bit;Senling Time 50ns;lout 5mA.
12 BitsAccuracy VS.Temp. 30PPM/'C.
12 Bits'Accurac VS.TemD. 30PPM/'C.
12 Bit;Senling Time 50ns;lout 5mA.
12-Bit;Linearity ±.0125%
12-Bit'Linearitir ±.025%
12-Bit;Linearity ±.05%
12 Bit;Tempco 30ppm/'C.
Stab ±250om/'C max'Linearitv ±0.05% max.
Stab ±25ppm/'C max;Linearity ±0.05% max.
Stab ±25ppm/'C max;Linearity ±0.025% max.
Stab ±250om/'C max'LinearitV ±0.0125% max.
8 Bit plus Sign Multiplying;VREe ± 13V.
9 BIt;Load Current 5.0mA;SR ,50V/us.
9 Bit'Load Current 5.0mA'SR .50V/us.
11 Bit plus Sign Multiplyin9;VREF ± 13V.
11 Bit plus Si~n MUltipIYing;V~g ±13V.
11 Bit'LSB 1/ 'Senlina Time 2. uS.
11 Bit;LSB 112;Senling Time 2.0uS.
2 oigit;Senling time 20us;Acc ±.20%.
8 bit'Senling time 20us'Acc ±.10%.
8 bit;Senling time 10u.;Vo 10V.
8 bit;Senling time 25us;Vo 10V.
7 bit;Senlina time 10us'Vo ± 1OV.
7 bit;Senling time 25us;Vo ±10V.
10 bit;Senling time 20us;Aco ±. 10%.
12 bit'Senlin" time 20us'Acc ;1;,05%.
3 Oiglt;S':ttling time 20us;Acc ±.10%.
8 bit;Senling time 2.0us;Acc ±.10%.
10 bit'Senlina time 5.0us·Acc ±.10%.
4 Bit Bin.ry;~.2VFS Out.
6 Bit Binarv;5.0VFS Out.
~~
0
SYMBOLS AND CODES
EXPLAINED IN INTERPRETER
178
LINE
No.
~
3
4
5
6
7
8
9
10
11
12
13
14
15
l~
18
~g
21~
f§J
TYPE
No.
I~~~~
MN311
MN312
OAC9-8BI
oAC9-8BIR
Ig~g~:~g:R
OAC19-8B
OAC1~-8BI
DAG19-SD
OAC19-801
g~g~:~g
OAC49-10B
OAC49-10BI
oAC49-12o
oAC49-12ol
g~g~~:g~1
OG515AoiCE
~~; g~~l~:~ICE
24~
OG515BP
25~
26~
27~
g~~l~glcE
~g;
g~~l~:~ICE
30~
OG516AOICE
oG516BR
oG516CoiCE
~1~
32~
OG516CJ
3700-43-3J
33
34
3705-43-6J
35
OAC10oF
3700-42-3J
36
1~~~5-42-6J
~~
39
872
:~ I~Hg~
42
43t
44+
45
:~
48
g~g~~:~BCo
OACCM8B
g~gg~lg~
OAC 11 06-00 1
g:g~~g6-002
51
52
53
54
SN17908L
MC9704P
MC9804P
MC896P
MC996F
MC796P
MC896F
57
~g
l~glgJ~~
MC1219F
MC1219L
MC1259F
MC1259L
T15.202
T152Bl
66:!t T15201
60
61
62
63
~~ I~~~m~~~~
SN54LS283J
~~g:~~28JW
9304DM
~~ I~~g:~~
75
~~
78
79
80
81
~~
84
gg
87
88
89
90
91
~~~~~~
g~5483W
M7483J
DM7483N
FJH191-7480
FJH201-7482
~~:
~~: ~r~~~n:~~
FLH225-8480
I!:LH231-7482
FLH235·8482
99t FLH241-7483
lOOt . FLH245-8483
10lt FLH451-74H 183
102t FLH455-84H 183
103~, FLH661-7483A
104~. FLH661-74283
105~
FLH665-8433A
19~~ i7L~1665-84283
108
109
110
179
ITT5482J
ITT5483J
ITT7482J
2.0M£>
30M
30M
30M
30M
30M
30M
30M
30M
30M
30M
30M
30M
30M
30M
30M
30M
~:g~~ I~g~
MQ~
~ ~:g~~ I~Q~
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2.0M£>
MO~
2.0M£>
2.0M£>
MO
!Q§
MOS
~.OM£>
~.OM£>
2.0M£>
2.0M£>
2.0M£>
2.0M£>
~g~
MO~
~8§
MO
MO
~~~
1.0M£>
2
2
2
2
2
2
2
2
3
3
3
3
3
3
3
3
3
3
3
500k
~~1
MOt
flJ'O'
(V)
(V)
SUPPLY
TOTAL
PKG.
LO'll
SPAN
NEG. POS. DISS.
(V)
(W)
(V)
'C
l~
:~g.
3.0%
3.0%
3.2%
3.2%
3.2%
3.2%
3.2%
3.2%
3.2%
3.2%
3.2%
3.2%
3.2%
3.2%
3.2%
3.2%
3.2%
3.2%
4.0%
4.0%
4.0%
4.0%
4.0%
4.0%
4.0%
4.0%
4.0%
4.0%
4.0%
4.0%
5.0
5.0
5.0%
5.0
5.0
8.0%
8.7%
15·
15
0.0
15
0.0
15
15
15
15
15
15
15
15
15
15
15
1.0*
1.0*
.80*
.80*
:~g:
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80'
:gg:
l~
1.0*
1.0*
1.0*
1.0*
1.0*
1.0*
1.0*
1.0*
1.0*
1.0*
1.0*
1.0*
0.0
0.0
.80*
5.0
5.0
1.5*
1.3*
u:
I~~: g~
Moi -9.0%
-2.0*
10
9.4
10
9.4
30M
12%
0.0*
30M
12%
0.0*
30M
12%
0.0*
30M
15%
.80*
30M
15%
.80*
M~:
MO
8.0M
8.0M
M~;
~g,
~~!
MOl
~g:
MO.i
~
M~:
~
M -55
.30 200m£> -55
15 8.0 § 0
.30 200m£> -55
.30 200m£> -55
15 375m -55
15
-55
15
40~~ -55
15 40m
-55
0.0 190m -55
15
16m:!! 0
15
16m~ 0
15 42m'Ji 0
15 42~; 0
15 42m 0
15 1.2 § 0
15 1.2 §
Ig
3.6
8 250m -55
3.6 265mt 15
3.6 265mt 0
4 84mt 0
4 70mt -55
4 84mt 0
4 70mt -55
0.0 145m 0
0.0 375mt 0
0.0 l45m -55
0.0 1145m -55
0.0 375m -55
0.0 375mt ·55
5.0 150mt ·55
5.0 150mt 0
5.0 150mt 0
5.0
95m ·55
5.0
95m -55
5.0
95mt -55
.5.0
·55
5.0
0
5.0 275m~ -55
5.0 150mt 0
5.0 275~~ -55
5.0 275m 0
5.0 175m§ 0
5.0 175m§ ·55
5.0 175m§ 0
5.0 175m§ -55
5.0 290m§ 0
5.0 290m§ ·55
0
5.0
5.0
·55
5.0 640m§ 0
5.~ 640m§ ·55
5.0 640m§ 0
5.0 640m§ -55
5.0 395~~ -55
5.0 395m ·55
5.0 ·395m'" 0
5.0
g
5.0
5.0 175mt 0
5,0 1~90mt 0
5.0 175m§ 0
5.0 175m§ -25
5.0 290m§ 0
5.0 290m§ -25
5.0 640m§ 0
~O 640m§ -25
5.0 375m§ 0
5.0 375m§ ·25
5.0 550m§ 0
5.0 550m§ 0
5.0 550m§ -25
5;0 55um§ -25
5.0
0
5.0
-55
-55
5.0
5.0
0
2~~~;
~~g~:
~g~~r
HI
IN ORDER OF (1)USE(2)LEVEL'l'(3)LEVEL'O'
-.MLMAX OPER FREQ!ID..TYPE No.
DRAWINGS
LOGIC OUTLINE I
DWG. No DWG. N0i
ll=MO
!
~ _H~t Binary;b.~UY:'~Y!'t.
10 Bit Binary;5.0VFS Out.
3 Decade BCO'Tset .50us max.
12 Bits;Tset .50us max.
K0286
K02144
8 BIN Bits.lo 2.6mA at 1.2V.
8 BIN Bits'lo 2.5mA at 1.2V.
K02144a
K02144a
2 Oig.B<:~:lo 2.6mA at 1.2V.
2 O.g.BCO;lo 2.5mA at 1.2V.
K02144h
8 BIN Bits Vo 10V at 5.0mA.
K02144b
8 BIN Bits.lo 2.5mA at 1.2V.
K02144b
2 Dig.BCD,Vo lOV at 2.5mA.
i~g~~::~
2 ojg,BCO 10 2.5mA at 1.2V.
8
BIN Bits,Vo 10V at 2.5mA.
K02144b
2 oig.BCO.Vo 10V at 2.5mA.
K02144c
K02144d
10 BIN Bits Vo 10V at 2.5mA.
K02144d
10 BIN Bits.lo 2.5mA at 1.2V.
3 Oig.BCo.Vo 10V at 2.5mA.
K02144e
3 Digit BCD 10 2.5mA at 1.2V.
K02144e
K02144f
12 BIN Bits,Vo l~V at'.5mA.
12 BIN Bits,lo 2.5mA at 1.2V.
K02144f
4xSPOT Summi~ Node SW/for o/A Cony.
K02194
4xSPoT Summing Node SW/for 01 A Cony.
K02194 M535
4xSPoT Summing Node SW/for O/A Cony.
K02194
K02194 M535
4xSPoT Summina Node SW/for o/A Cony.
4xSPOT Summing Node SW/for O/A Cony.
K02194
K02194 M344b
4xSPOT Summing Node SW/for o/A Cony.
K02195
10xSPOT Summing. Node SW/for 0/A Cony.
10xSPOT Summing Node SW/for o/A Cony.
K02195 M536
10xSPOT Summing Node SW/for O/AConv.
K02195
K02195 M536
10xSPOT Summi~ Node SW/for o/A Cony.
K02195
10xSPOT Summing Node S /for O/A Cony.
10xSPOT Summing Node SW/for O/A Cony.
K02195 M478a
K0245
FP28b
4 Channel Mul~lexer.
8 Channel Multiplexer.
K3811
M148
10 bits;Settling Time 50ns to 1 LSB.
4 Channel Multiplexer.
K0245
FP28b
8 Channel Multiplexer.
K3811
M148
4 Quad; 13 Bit;± 1OV DC Ref or 20Vpp AC Ref.
K0274
M196b
12 bit CMOS OAC 112LSB Linearitv tvP.
K02132 M382
~~ Bit ~~~;FS Range ±10V;Lin ±4.8mV max.
I~~g~
12 Bit OAC;FS Range ±10V;Lin ±9.7mV max.
10 bit o/A cony. Serial or Parallel inout.
M132
K0282a M309c
2 Decades BCo;Analog Lin ± 112 LSB.
8 Bit Bin;Analog Lin ±1/2 LSB.
K0282a M309c
8 BIN BitsVo ±10V 10 2.0mA-TC ±30oom/'C.
K02146 M423
10 BIN Bits;Vo ±10V.lo 2.0mA;TC±30ppmI"C.
K02146
12 BIN Bits;Vo ±10V,lo 2.0mA;TC±30ppm/'C.
K02146 ~g~
8 bits·Set.Time 25us·Line.± 112LSB max.
K02129a M373a
10 bits;Set.Time 25us;Line.± 112LSB max.
1 Ckt;Fan Out 7.
1 Ckt· RTL' Fan out - 7
K0311
CN13
4Bit Parallel Full Adder;RTL;tpd 125ns.
K0319
M278
M278
4Bit Parallel Full Adder;RTL;tpd 125ns.
K0319
Dual Full Adders;tpd 60ns tvD.
TOl16
Dual Full Adders;tpd 60ns typo
T086
Dual Full Adder;tpd 60ns typo
TOl16
Dual Full Adders;m,d 60ns tvo.
T086
ECT;Carry tpd 4.0ns;Fan uut 25.
K0317
T0116
Dual;tpd 9.0ns typo
K0337
M278
ECT·CaI!Y..!ll.d 4.0ns·Fan Out 25.
K0317
T086
ECT;Carry tpd 4.0ns;FanOut 25.
K0317
TOl16
Dual;tpd 9.0ns typo
K0337
T086
K0337
M191
Dual' tpd 9.0ns tvP.
K0318b M200m
Oual;tpd 45ns max.
Dual;tpd 45ns max.
K0318b M267
K0318b M200m
Oual;tPd 45ns max.
4 Bit Binary w/Fast Carry;tpd 24ns max.
K0350
M153d
K0350
£>004AG 4 Bit Binary w/Fast Carry;tpd 24ns max.
4 B.it Binarr w/Fast Carn:;tod 24ns max.
K0350a M153d
K0350a £>004AG 4 Bit Binary w/Fast Carry;tpd 24ns max.
Dual;lo 30mA max;tpd 45ns max.
K0318
M224c
K0318
M224c
Dual'lo 30m A max·tod 45n. max.
Dual;tpd 45ns max.
K0318
FP47b
Dual;lo 30mA max;tpd 45ns max.
K0318
FP79b
Dual'lo 30mA max·tod 45ns max.
K0318
M357
TOl16
Full;tpd 80ns max.
K0313
TOl16
Full;tpd 80ns max.
K0313
K0313
FP115
Full~tp.d 80ns max.
K0313
FPl15
Full;tpd 80ns max.
K0314
T0116
12-Bit Full;tpd 42ns max.
K0314
T0116 12·Bit Full·!Q.d 42ns max.
K0314
FP115
2-Bit Full;tpd 42ns max.
FPl15
'2·Bit Full;tpd 42ns max.
K0314
4·Bit Binarv Full·tpd 60ns max.
M200'
K0320
Binary Full;tpd 60ns max.
~pL4~OJ 4-Bit
4-Bit Binary Full;tpd 60ns max.
4-Bit BinalY. Full·!Q.d 60n. max.
K0320
FP47b
4 bit,dual single bit Binary;tpd 50ns max.
K0358
M200r
4 bit,dual single bit Binary;tpd 50ns max.
K0358
FP88a
4 Bit Dual Sil]g)e Bit Binar ·tad 50ns max
K0358
M200r
4 bit,dual single bit Binary;tpd 50ns max.
M345
K0358
Binary wiG rated Compo inputs.
K0313
M126f
2-Bit Binarv;Fanout 10.
K0340
M126f
4-Bit Binary;Fanout 10.
M117q
K0315
1 Bit;tpd 80ns max;FO lOmax.
M126p
K0341
1 BiUpd 80ns max'FO 10 max.
M126p
K0341
2 Bit;tpd 42ns max;FO 10 max.
M126p
K0342
2 Bit;tpd 42ns max;FO lOmax.
K0342
M126p
K0343
Ml17w 4 Bit"1Q.d 60ns max'FO lOmax.
Ml17,., 4 Bit;tpd60ns max;FO lOmax.
K0343
1 Bit Dual Carry·Save;tpd18ns max;F024 max
M126p
K0332
K0332
M 12tm. 1 Bit Dual Carrv-Save;tpd 18ns max'F024 max
K0350
M117w 4 Bit;tpd ~4ns max;FO 20 max.
K0350a Ml17w 4 Bit;tpd 24ns max;FO 20 max.
K0350
M117w 4 Bit:tpd 24ns max'FO 20 max.
K0350a M117w 4 Bit;tpd 24ns max;FO 20 max.
Gated Full Adder.
CBIZI
2 bit binalY, full adder.
K0314
M157
4 bit binary full adder.
K0320
M153
2 bit binary full adder.
K0314
M157
199 K0286
70
70
70
70
70
70
70
70
70
70
70
70
70
70
70
70
~g
125
125
85
85
70
70
125
J~5
85
70
70
85
85
70
85
85
125
125
GENERAL DESCRIPTION
I
'C
~~~::
M287
M287
M421
M421
M421
M421a
M421a
M421a
M421a
M421a
M421a
M421a
M421b
M421b
M421b
M421b
M421b
M421b
m~g~m
150
70
70
70
70
70
70
I~g ~g~W
125
55
75
75
125
75
125
75
75
125
125
125
125
125
75
75
125
125
125
125
75
125
75
125
75
70
125
70
125
70
125
li~5
70
125
70
125
125
125
70
70
70
70
70
70
85
70
85
70
85
70
85
70
70
85
85
70
125
125
70
~~J~
i
~g~~g
SYMBOLS AND CODES
EXPLAINED IN INTERPRETER
179
LINE
No,
2
~
TYPE
No,
h!,L
4-LM~1
USE OPER- PROATING CESS flJ'l'
FREQ.
(Hz)
(V)
JA~~~~~ 10/0060 1 ~A~
1
3
4
5
6
7
8
9
JANM38510/00601 BAE
I 3
JANM38510/00601BA
JANM38510/0060:1
~C
JANM3851 0/0060 1BC
I 3
JANM38510/00601 BC
JANM38510/0060:1
~O
10
JANM38510/00601CA
I 3
JANM3851 0/0060 1CA
11
JANM3851 0/0060:1
~A
12
13
JAN M38 51 0/0060 1CC
I 3
JANM38510/00601CC
14
JANM3851 0/0060:1
~C
15
16
JANM38510/00602BEE
I 3
JANM38510/00602BFf
17
JANM38510/0060:2~EE
18
19
JANM38510/00602CFE
I 3
JANM38510/00603BE
20
JANM38510/0060:3iEE
21
22
23
24
JANM38510/00603BFE
I 3
JANM38510/00603CE
JANM38510/0060:3~Ee
JANM3851 0/00603~FB
25# M53280P
M53283P
M54304P
MC15482F
28
MC15482L
29
MCl7482F
30
MC17482L P%
31
MC25482F
MC25482L
MC27482F
34
~~:
~~
~~#
3H
~~2l4~80~L,P%
MIC5482J
~~#;q ~i~~:~gj
40# MIC6482J
41# MIC6483J
MIC7480J
MIC7480N
MIC7482J
44H
45. MIC7482N
46. MIC7483J
!~:;q MIC7483N
N7480A
49" N7480F
50. N7483B
51" N7483F
NC7483N
52
53. S5480A
54" S5480F
55" S5480W
56" S5483B
57" S5483F
58" S5483W
59# SFC483E
SFC483EM
SFC483ET
62
SN54H 183J
SN54H183N
63
64
SN54H 183W
65
66
67
SN74LS83AJ
68
69
SN74LS283N
70
71
SN5480J
SN5480N
72
SN5480W
73
74
75
SN5482W
76
SN5483AJ
77
SN5483AW
78
SN5483J
79
SN5483N
80
SN6480N
SN6482N
:~:
~~:
~~j:~m~
~~jm~~~~
~~~:~~~
~~:
~~# ~~~:~g~
85
~~
180
SN7480N
SN7480W
SN7482J
3
3
3
3
3
3
3
3
3
3
~
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
LOGIC
LEVEL
flJ'O'
IV)
POWER
MAX,
DRAWINGS
SUPPLY
TOTAL
LOGIC OUTLINE
PKG, LOVI HI DWG, No DWG, No
SPAN
NEG. POS. DISS.
t..=MO
IV)
IW)
IV)
'C 'C
GENERAL DESCRIPTION
MO~
2.0%
.<>u*
0.0
5.0
K0320
M153
MO~
2.0%
.80*
0.0
5.5
300m
-55
125 K0351
FPl15
2 bit'ls 50mA'top 61 ns max.
MO~
2.0%
.80*
0.0
5.5
300m
-55
125 K0351
FPl15
2 bit;ls 50mA;tpd 61 ns max .
MO~
2.0%
.80*
0.0
5.5
300m
-55
125 K0351
FPl15
2 bit;ls 50mA;tpd 61 ns max.
MO~
2.0%
.80*
0.0
5.5
300m
-55
125 K0351
M314
2 Bit'ls 50mA:tpd 61 ns max.
MO~
2.0%
.80*
0.0
5.5
300m
-55
125 K0351
M314
2 bit;ls 50mA;tpd 61 ns max.
MO~
2.0%
.80*
0.0
5.5
30um
-55
125 KU;;S51
M314
2 bit;ls 50mA;tpd 61 ns max.
MO~
2.0%
.80*
0.0
5.5
300m
-55
125 K0351
FPl16
2 bit'ls 50mA·ted 65ns max.
MO~
2.0%
.80*
0.0
5.5
300m
-55
125 K0351
FPl15
2 bit;ls 50mA;tpd 61 ns max.
MO~
2.0%
.80*
0.0
5.5
300m
-55
125 K0351
FPl15
2 bit;ls 50mA;tpd 61 ns max.
MO~
2.0%
.80*
0.0
5.5
300m
-55
125 K0351
FPl15
2 bit'ls 50mAlItd 61 ns max.
MO~
2.0%
.80*
0.0
5.5
300m
-55
125 K0351
M314
2 Bit;l. 50mA;tpd 61 ns max.
MO~
2.0%
.80*
0.0
5.5
300m
-55
125 K0351
M314
2 bit;ls 50mA;tpd 61 ns max.
10
170
14 bit binary full adder.
Mar
2.0%
.80*
0.0
5.5
300m
-55
125 K0351
M314
2 bit'ls 50mA:tpd 61 ns max.
MOt
2.0%
.80*
0.0
5.5
600m
-55
125 K0356
M323
4 bit;ls 100mA;tpd 5 1ns max.
4 bit;ls 100mA;tpd 5 1ns max.
MOr
2.0%
.80*
0.0
5.5
600m
-55
125 K0356
FPl17
Mar
2.0%
.80*
0.0
5.5
600m
-55
125 K0356
M323
4 bit'ls 100mA:ted 51ns max.
MOt
2.0%
.80*
0.0
5.5
600m
-55
125 K0356
FPl17
4 bit;ls 100mA;tpd 51 ns max.
MOt
2.0%
.80*
0.0
5.5
300m
-55
125 K0357
M323
Dual;ls 50mA.
MO~
2.0%
.80*
0.0
5.5
300m
-55
125 K0357
M323
Dual'ls 50mA.
Dual;ls 50mA.
MO~
2.0%
.80*
0.0
5.5
300m
-55
125 K0357
FPl17
MO
2.0%
.80*
0.0
5.5
300m
-55
125 K0357
M323
Dual;ls 50mA.
MO~
2.0%
.80*
0.0
5.5
300m
-55
125 K0357
M323
Dual'ls 50mA.
M~~
MO
2.0%
2.0%
2.0%
2.0%
2.0
.80*
.80*
.80*
0.0
0.0
5.5
7.0
7.0
7.0
5.0
5.0
5.0
300m
105m
39mt
150m
165mt
165mt
165mt
165mt
165mt
165mt
165mt
165mt
-55
0
0
0
-55
-55
0
0
-55
-55
0
0
-55
-55
-55
-40
-40
-40
0
0
0
0
0
0
0
0
0
0
0
-55
-55
-55
-55
-55
-55
0
-55
-25
-55
-55
-55
125
75
75
75
125
125
75
75
125
125
75
75
125
125
FPl17
Ml05'
M153b
M153b
T086
TOl16
T086
TOl16
T086
TOl16
T086
Dual;ls 50mA.
TTL
4-Bit Binary Full Adder.
2ckts.
2-Bit'Fan Out 10Val .40VVah 2.4V.
2 Bit;Fan Out 10;Val .40V;Vah 2.4V.
2-Bit;Fan Out 10;Val .40V;Vah 2.4V.
2-Bit'Fan Out 10Val .40V·Vah 2.4V.
2-Bit;Fan Out 10;Val .40V;Vah 2.4V.
2-Bit;Fan Out 10;Val .40V;Vah 2.4V.
2-Bit'Fan Out 10'Val .40V·Vah 2.4V.
2-Bit;Fan yut ~u;val .40V;Vah :l.4V.
Gated Full Adder.
2 Bit Binarv:ted 15ns'FO lOmax.
4 bit Binary;tpd 29ns;Fan Out lOmax.
Gated Full Adder.
2 Bit Binary.
4 bit Binary;tpd 29ns;Fan Out 10 max.
Gated Full Adder.
Gated Full Adder.
2 Bit Binary;tpd 15ns;FO 10 max.
2 Bit Binary;tpd 15ns;FO 10 max.
4 bit Binarv:ted 29ns'Fan Out lOmax.
4 Bit Binary;tpD 29ns;Fan Out lOmax.
Gated;tpd 80ns max;FO lOmax.
Gated·tpd 80ns max;FO 10 max.
4 Bit Binary;tpd 50ns max;FO 10 max.
4 Bit Binary;tpd 50ns max;FO 10 max.
4-Bit Binani full adder.
Gated;tpd 80ns max;FO 10 max.
Gated;tpd 80ns max;FO 10 max.
Gated·ted 80ns max'FO lOmax.
4 Bit Binary;tpd 50ns max;~() lOmax.
4 Bit Binary;tpd 50ns max;FO lOmax.
4 Bit Binary;tpd 50ns max'FO lOmax.
4 bit binary full adder.
4 bit binary full adder.
4 bit binary full adder.
Dual carry-save;tpD 11 ns;FanOut 20.
Dual carry-save;tpD 11 ns; FanOut 20.
Dual carrv-save·ted 11 nS'Fan Out 20.
Dual carry-save;tpD 11 ns; Fan Out _2.0.
DUal carry-save;tpD 11 ns; FanOut 20.
4 Bit Binary w/Fast Carrv:tad 24ns max.
4 Bit Binary w/Fast Carry;tpd 24ns max.
4 Bit Binary w/Fast Carry;tpd 24ns max.
4 Bit Binarv w/Fast Carni:ted 24ns max.
Gated full adder.
Gated full adder.
Gated full adder.
2-bit binary full adder.
2-bit binary full adder.
2 Bit Binarv Full Adder.
4 Bit Binary w/Fast Carry;tpd 24ns max.
4 Bit Binary w/Fast Carry;tpd 24n. max.
4 bit:ted 50ns max' I. 79mA max.
4-Bit Binary Full Adder
Gated Full Adder
2-Bit Binarv Full Adder.
4-Bit Binary Full Adder.
Gated full adder.
Gated full adder.
Gated Full Adder.
2-bit binary full adder.
M~~
~g~
M~~
MO
MO~
M~~
~g,
M~!
M~~
MOt
~qf
Mar
M~~
~gj
M~~
MOt
MOt
M~~
M~~
MOt
M~~
~gj
Mq~
MO~
MO~
M~~
MO
MO~
M~~
~g~
Mq~
M~~
MO~
Mq~
M~~
MO~
M~~
~g~
M~~
M~~
MOt
~qf
MOt
M~;
~g,
Mq~
M~~
MOt
~qf
MOt
~g;
D.A. T.A.
-------'-'
IN ORDER OF (1)USE(2)LEVEL'l'(3)LEVEL'O'
(4)MAX OPER FREQ(o)TYPE No,
11 · MISCELLANEOUS
TEMP,
'----~
2.0
2.0
2.0
2.0
2.0
2.0
~:g%
2.0%
~.O%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0~
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
~.O%
2.0%
.80*
.80
.80
.80
.80
.80
.80
.80
.80
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80%
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
:~~:
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
7.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.~
5.0
5.0
5.0
5.0
5.0
5.5
7.0
7.0
7.0
5.0
5.0
5.0
5.0
175mt
j;i90mt
175mt
390mt
175mt
175mt
390mt
390mt
175m§
175m§
395m!
395m§
70mt
155m§
155m§
155m§
395m§
395m§
395m§
220mt
220mt
220mt
n~~~
g
0
0
0
0
-55
0
105mt -55
175mt -55
175mt -55
175mt -55
310m -55
-55
-55
70mt -55
21mt -40
35mt -40
70mt -40
105mt 0
105mt 0
-55
175mt ,0
95mt
95mt
95mt
95mt
105mt
~~~~"
K0357
K0313
K0315
K0321
K0323
K0323
K0323
K0323
K0323
K0323
K0323
K0323
K0313
K0314
J~5 ~g~1~
85
85
75
75
75
75
75
75
70
70
70
70
70
125
125
125
125
125
125
70
125
85
125
125
125
j~
K0314
K0320
K0313
K0313
K0314
K0314
K0320
K0320
K0363
K0363
K0349
K0349
K0315
K0363
K0363
K0363a
K0349
K0349
K0349
K0332
K0332
K0332
~g~~~
70
70
70
70
125
70
125
K0350
K0350
K0350a
K0350a
K0313
K0313
K0313
125
125
125
125
125
85
85
85
70
70
125
70
K0314
K0350
K0350
K0320
m~g~l:
K0313
K0314
~g~lg
K0313
K0313
K0314
igllg
TOl16
M153g
TOl16
TOl16
M153a
TOl16
TOl16
TOl16
M126x
M153a
Ml17ab
M318
M257f
M317
M200v
Ml17
M318
M257f
FP3ge
M317
M200v
FP47g
Ml17
Ml17
Ml17
M157b
M126a
l>004AA
M157b
M126e
M153d
Ml17x
M153d
Ml17x
M157b
M126
l>004AA
M157b
M126
l>004AA
M153d
l>004AG
M146
Ml17
M75a
M75a
M117
M157b
M126e
~~~jb
SYMBOLS AND CODES
EXPLAINED IN INTERPRETER
180
LINE
No.
TYPE
No.
~SE~P~~~PROATING LCESS
Ff~z?'
~
I~~~:g~~
~
i~~j:~~~N
6
SN7483N
3
~
1~
!~~,W8H03JN
SW7480N
"'# T~74H1"3N
3
21.# TL7482N
3
3
3
W5~~~~
n#
24
US5480J
~g
27
~:g 1/omT Ig4g~g~;:
5.0 1310m 0
170 K0350
5.0 310m 0
!70 K0350
2.0%
:gg:
.80*
&:g
0.0
5.0
·~9~
g:g i
0.0, .0.,:0 !31 Omt 0
MO~~~
MO
MO
Mq~
,~q~
MO.
~~~
Mq~
MO~
3
MO~
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
MO~
Mq~
Mq~
MO:~~
31
US7482J
32
US7483A
33# ZN5482J
MO
MO
~~~m~~~
~Q~
MO~
MO~
MO~
3
3
3
3
3
3
3
~~
MC8304F
MC8304L
MC8304P
I~g~~ggtp%
54
MC8383L
57
MC9304L
~g IMC~3g~~
~~
63
3
MC74456F
3
~g:gm.P%
3
3
3
~~
MC4027F
~~
~g:g~~V~
72
MC4028L P%
~~
~g:g~~r,P%
75
MC4030F
~~
~g:g~~~,P%
78
MC4031LP%
~g
~g:~m
81
MC4327F
M~~
2.4%
2.4%
::g;:
.40*t
.40*t
gg
0.0
0.0
?55
5.0' 110mt -55
5,0 105mt -55
.40*t
.40*t I
.40*t
.40*t I
.40*t,
.40*
g:g
0.0
0.0
0.0
0.0
0.0
0.0
5.0
5.0
5.0
5.0
5.0
5.0
M~~
M~~
Mm
Mm
~
69
MO~
5.0 390mt
5.0 110mt
5.0 110mt
5.0 110mt
5,0 1105mt
5.0, 105mt
5,0 1390mt
MO'
~::~
~~
~~~:~183W
N8268F
5,0, 310m
~:g
I
~~~i
0
g
105mt -55
390mt -55
105mt 0
~g j~g~i
g
0
0
0
0
0
0
0
~g I~~g~i
~:g j~g~i :~~
~:g
70
K0350
~g ~g~~g
125 K0322a
125 K0320
75 K0322a
~g ~g~~~a
70
75
75
75
75
175
70
K0320
K0331
'K0331
K0331
K0322a
K0322a
K0320
i~5 ~g~~~
125 K0331
125 K0322a
I~g~~~a
I m
300mt -55 125 I K0355
300rnt -55 1251 K0355
300mt 0
75 iK0355
I~OOmt 0
IZ5 K0355
300mt 0
75 K0355
150mt -55 125 K0318
~g~i
~~ i~g~~~
2.4%
2.4%
2.4%
2.4%
2.4%
2.4%
2.4%
.45*t
.45*t
.45*t
.45*t
.45*t
.45*t
.45*t
g:g
0.0
0.0
0.0
0.0
0.0
0.0
0.0
5.0
5.0
5.0
5.0
5.0
,5:0
5.0
125mt
125mt
125mt
125mt
90mt
90mt
90mt
g
0
75 K0329a
0
75 K0329a
0
75 K0329a
0
75 K0329a
-55 ,125 K0328
-55 i 125 K0328
-55 '125 K0328
I 3
2.4%
2.'!%
2.4%
2.4%
.45*t
.45*t
.45*t
.45*t
I g:g
0.0
0.0
0.0
0.0
5.0
5.0
5.0
5.0
125mt
125mt
125mt
125mt
?S5
0
-55
0
-55
3
3
3
::~:i
i
2.4%
3
3
~::~
3
3
3
3
3
~::~
~::~
::~:i
::~:i
.45*t
g:g
0.0
~:g m~i
~:g m~i
75
75
75
75
K0328
K0328
K0329
K0329
I~~ ~g~~~
i~5 ~g~~~
75
125
75
125
K0329
K0329
K0329
K0329a
~:g m~i ~5 i~5 ~g~~~:
5.0
125mt 0
75
K0329a
3
3
3
3
3
3
Mq~
MMOO~~'
'0
Mq~
MO:~~
3
3
3
3
3
3
3
3
181
I,
g
0
0
0
0
MO~
TRWM30
TRWM40
125'
112255' K0314
'I
125
70 K0313
70 K0313
70 K0314
70 K0314
70 K0320
125 K0314
125 K0350
125 K0350
70 K0314
70 K0314
90mt
90mt
125mt
125mt
Mq~
109
110
i~51~g~~g
5.0
5.0
5.0
5.0
3
3
3
96
::~:i
K0313
K0314
K0314
K0320
K0320
K0349
K0349
K0332
K0313
K0314
g:g
0.0
0.0
0.0
0.0
3
93
112
::g:i
70
70
70
70
70
70
70
70
70
70
.45*t
.45*t
.45*t
.45*t
3
MIC'''304-5D
MC-5-480F
SN54S283J
::g:i
0 '1 KK<00,3
,77 0
3 5103a
2.4%
2.4%
2.4%'
2.4%
3
3
3
3
3
3
91
2.4%
2.4%
2.4%
;1.4%
2.4%
2.4%
:~g:
125,K0350a
i ~:g l~lg~ g~g ~g~~g
g:g
0.0
0.0
0.0
0.0
0.0
0.0
0.0
~gr ~::~
3
?55
21 mt -55
35mt -55
35mt -55
70mt -55
105mt 0
105mt 0
175mt 0
175mt 0
390mt 0
175mt -55
310m -55
310m -55
175mt 0
175mt·0
~:g 6n~i
5.5
5.5
5.5
5.5
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
.40*1.
.40t*
.40*t
.40*t
.40*t
.40*t
.40*t
MO~ ~::~
3
~g~::m
g:g
0.0
2.0
0.0
0.0
0.0
0.0
0.0
O.()
0.0
0.0
0.0
0.0
0.0
0.0
~
0
0
0
0
0
2.4%
2.4%
2.4%
2.4%
2.4%
2.4%
2.4%
Mq~
Mq~
3
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
17'
5.0
5.0
5.0
MO~
3
3
3
3
3
3
3
350mt
395m§
395m§
231 mt
183mt
304mt
.40*t
.40*t
.40*t
~q~ ~::~
I
3
0.0·5,25
0.0
5.0
0.0
5.0
0.0
5.0
0.0
5.0
0.0
5.0
:~g:
g
5,25 ,175mt 0
7 5 mm!' 00
5'52,05 : 31,9
2.4%
2.4%
2.4%
MO"
3
g~ i 19~~i
:gg:
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
:~g:
'~g ~gng
~:g i~lg~i ~5 J~51~g~~g:
g:g
0.0
0.0
0.0
M~~
M~~
3
g:g
0.0
0
0 ',00
310mt -55
g:g
0.0
2.0%
~g~ ~:g~
3
3
:~g:
~:g 395m~ g
.80*
M,!~
3
49
50
51
2.()~
~g~ ~:g~
3
3
2.~%
2.0%
2.0%
2.0%
Mm
:~
2.0%
2,0%
2.0%
2.0%
2.0%
2.0%
MO~
Mq~
US5483A
40# ZN7493AE
2.0%
~q~ ~:g~
3
~~~:~~~
.~O*
0.0
0.0
~g; ~:g~
3
N(~~. P~~. Di~~'
JVl.
DRAWINGS
TEMP.
LOGIC OUTLINE I
LOW HI DWG. No DWG. No I
fl=MO.
!
'C 'C
Kg
Mq~
3
PKG
:~g:
~g~ ~:g~
3
3
T~ffL
SPAN
.80*
~Q~
3
3
~S~t~
lJO'
2.0%
2.0%
~gr ~.g~
3
3
3
3
20# TL7480N
t~~~t
I~q~ ~:g~
M,!~
3
3
3
3
12
1J'1'
(V)
MO~
3
3
SN7483AJ
IN ORDER OF (1)USE(2)LEVELT(3)LEVEL'O'
(4IMAX OPER FREQ(5ITYPE No.
11. MISCELLANEOUS
3
MO
MO
MO~
15M
1~~
3
3
D.A. T.A.
MO!
PCB
~g~
Mm
2.5
2.6%
2.6%
2,6%
2.6%
2.6%
·~2
.40t
.40t*
'~2t
2.6%
2.6%
2.7
2.7
3.3
.40*t
:40*t
.4()t
.40t
.40t
.50
.50
.22
3.3
.25t
~.ti%
U
j~
0,0 15.0 !480mt
0.0 I 5,0 ,185m
0.0
5.0 185m'
0.0
5.0 185m
0.0 5.25 510m
0.0 5.25 575m
0.0
~,O 185m
0.0
5:0 185m
0.0
5.0 185m
0,0
5,0 480mt
0,0
5,0 480mt
0.0 1 5.0 780m
~:g ~~~~
g:g i
0.0 I 5.0
125m
-55 i 125 1,'K0361
0
175! K0322
0
75' K0322
0
75 ,K0322
-55 1251K3111
0
75' K3111
-55 125 K0322
-55125 K0322
-55 125 K0322
0
70 K0361
0
70 K0361
0
70
g
-55
~g
125!
GENERAL DESCRIPTION
1:.!-OIt omary ~II. a,!a~r.
2 Bit Binary Full Adder.
4 Bit Binary w/Fast Carry;tpd 24ns max.
4 Bit Binary w/Fast Carry;tpd 24ns max.
4-bit binary full adders,
1 bit'tod 50ns max' Is 79mA max.
4 Bit Binary w/Fast Carry;tpd 24ns max.
4 Bit Binary w/Fast Carry;tpd 24ns max.
4 Bit Binary w/Fast Carry;tpd 24ns max.
4 Bit Binary w/Fast Carry;tpd 24ns max.
TTL;tpd 50ns;Noise Rej. 1.0V;FO 10
TTL-tpd 50ns'Noise Re·. 1.0V·F010
TTL;tpd 50ns;Noise Rej. 1.0V;FO 10
TTL;tpd 50ns;Noise Rej. 1.0V;FO 10
4 Bit'Binarv Full Adder
TTL;tpd 50ns;Noise Rej, 1.0V;FO 10
4-Bit Binary;FO 10 max;tpd 50ns max.
4-Bit Binarv;FO 10 max·tod 50ns max.
Dual Carry-Saye;tpd 18ns max.
Tpd 80ns max;Fan Out 10 max.
Tpd 42ns'Fan Out 10.
Tpd 60ns;Fan Out 10.
Gated Full Adder.
Gated Full Adder,
2 Bit Binary Full Adder.
2 Bit Binary Full Adder.
4 Bit Binary Full Adder.
Gated Full Adder.
Gated Full Adder.
2 Bit Binary Full Adder.
2 Bit Binary Full Adder.
4 B.it Binary Full Adder.
2 Bit Binar" Full Adder.
4 Bit Binary w/Fast Carry;tpd 24ns max.
4 Bit Binary w/Fast Carry;tpd 24ns max.
2 Bit Binary Full Adder.
2 Bit Binary Full Adder.
,4 Bit Binary w/Fast Carry;tpd 24ns max.
14 Bit Binary w/Fast Ca=tpd 24ns max.
4 Bit Binary w/Fast Carry;tpd 24ns max.
4-Bit Binary Full Adder,
4-Bit Binar" Full Adder,
Gated Full Adder.
4 Bit Binary; tpO 35ns typo
Gated Full Adder.
Gated Full Adder.
4 Bit Binary; tpD 35ns typo
4 Bit Binary;tpd 35ns tyi>:
Dual Full Adder.
Dual full adder.
Dual Full Adder.
Gated Full Adder,
Gated Full Adder,
4 Bit Binary;tod 35ns typo
4 Bit Binary;tpd 35ns typo
Dual Full Adder.
Dual full adder.
Gated Full Adder.
Gated Full Adder,
4 Bit Binarv:tod 35ns tyo.
N BCD;FO 10;tpd 30ns typ
N BCD;FO 10;tpd 30ns typ
N BCD'FO 10·tod 30ns typo
N BCD;~() ~O;tpd _30ns typo
NBCD;F010;tpd 30ns typ
2ckts·TTL.
Serial and ripple carry parallel adder.
Serial And Ripple Carry Parallel Adder.
Serial and rio'o'le carry' oarallel adder.
Serial And Ripple Carry Parallel Adder.
Fast adder.
Fast Adder.
Fast adder,
Fast Adder.
Fast adder.
Fast Adder.
Fast adder.
Fast Adder.
Serial And Ripple-Carry Parallel Adder.
Serial And Ripple Carry Parallel Adder,
Serial And Ripple-Carry Parallel Adder.
Fast Adder.
Fast adder.
Fast Adder.
Fast adder.
Fast Adder.
T086
Fast adder.
T0116
Fast Adder.
T086
Fast adder.
T0116
Fast Adder.
2ckts;TTL.
M153a
Gated Full Adder.
T086
4 Bit Parallel Binary Adder.
M153d
fl004AG 4 Bit Parallel Binary Adder.
M105q
F.O, 20max;tpd 8.0ns;VTH 2.0V max.
M157
Gated'FO 20 toO 8.0ns'Vth 2.0V.
F.O, 20 max; tpd 8.0ns;VTH 2.0V max.
T088
FP59
Arithmetic Logic Element;4 Bit Full Adder
FP59
Arithmetic Laaie Element-4 Bit Full Adder
M105q
F.O. 20 max; tps ~.Ons;VTH 2.0V max.
F.O, 20max;tpd 8.0ns;VTH 2.0V max.
M105r
T088
F.O. 20max·tod 8.0ns·VTH 2.0V max.
4 Bit Parallel Binary Adder.
M153d
M117x
4 Bit Parallel Binary Adder.
4 Bit Bin Full Adder'2 Ckts.
CB53
12 Bit Bin Full Adder;3 Ckts.
CB53
CB53
'1 Bit Bin Full Adder;3Ckts.
1
Dependent carry fast adder.
I~di:e
M153d
M117x
M153
M117e
M153d
fl004AG
M153d
M117x
M114
M105n
M114
M105n
M117
M105n
M267c
M200y
M126n
M126n
M126n
M117u
M105b
T088
M105b
T088
M117a
M105b
T088
M105b
T088
M117g
M257e
T0116
M257e
T0116
M257e
T0116
M257e
T0116
M153d
M117x
T0116
M191
T086
T0116
M191
M278
FP85
M191
M278
T086
T0116
M191
M278
FP85
M191
T086
T0116
M191
FP85
M191
FP85
M191
M278
M153a
T086
T0116
T086
T0116
T086
T0116
T086
T0116
T086
T0116
T086
T0116
T086
T0116
T086
T0116
T086
T0116
l~g~~6
In dependent carry fast adder.
Carry decoder.
SYMBOLS AND CODES
EXPLAINED IN INTERPRETER
181
LINE
No.
J3
fPJ
TYPE
No.
fhL
~~Mt1
USE OPER- PRO-
'~t 19~
4
5
6
7
8
9
10
11
12
3
3
3
3
~~
~m~
~
27~
28
29
30
34~
35~
36
37
38
39
40
41
42
43
44
45
46
47
48
49
50
51
52
53
54
55
56
57
58
AL23D
AL23K
AL30D
RL30K
RL32D
RL32K
AL33D
AL33K
MM54C83D
MM74C83N
MSM580
MC14008AL
MC14008CL
MC14008CP
3
TF4008AN
TP4008AJ
TP4008AN
HDl-54C83
HDl-74C83
HD9-54C83
HD9-74C83
CD4008AF
MC14560AL
MC14560CL
MC14560CP
SCL4008AC
SCL4008AD
~gt:gg~~~
~~:
~~:
~~:
n
I~~:g~~~~
~~
87
88
89
90
91
92
93
94
95
96
97
98
99
100
101
102
103
104
105
106
107
108
109
110
182
~g:gg~~~
CD4008BY
~9E61~~35
9912HC
HEP553-AT
MC775F
SN17912L
MC908F
MC908G
MC912F
~~~6~~
MC808G
MC812F
MC812G
MC904F
~~~~~~
MC804F
MC804G
MC875F
MC775P
MC875P
MC303F
MC303G
~g~~~
.
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
~
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
! 3
3
3
3
3
3
3
3
3
3
3
3
3
3
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
! 44
4
4
4
I
4
I: i
4
I 4
~'O'
(V)
g
:~gi
3.5
.20t
.~Ot
Mq~ 3.5
.20t
Mq~ 3.5
MO~
3.5
.20t
3.5
.20t
.20t
3.5
MO~
3.5
.20t
.20t
M~~ 3.5
3.5
.20t
3.5
.20t
3.5
.~Ot
Mq~
.20t
MO~ 3.5
MO~
3.5
.20t
3.5
.20t
3.5
MO
.20t
MO
3.5
.20t
3.5
.20t
M~~ 3.5
.20t
3.5
.20t
.20t
Mq~ 3.5
.20t
MO~ 3.5
MO~ 3.5
.20t
3.5%
1.5*
3.5%
1.5*
MOS 3.6%
.80*
4.99%
.01 *t
M~~ 4.99% .01 *t
4.99%
.01*t
5.0
P~_B
7.1%
7.1%
2.9*
MO
7.1%
2.9*
MOS 7.1%
2.9*
8.0%
MO
2.0*
8.0%
2.0*
~g~ 8.0% 2.0*
MO~ 8.0%
2.0*
MO 9.99%
.01 *t
9.99%
.01*t
M~~ 9.99%
MO
.01*t
MO 9.99%
.01*t
MO 9.99%
.01*t
MO! 9.99%
.01*t
9.99%
.01*t
9.99%
.01*t
MO! 9.99%
.01*t
9.99%
M~~ 9.99% .01*t
.01*t
~gE 9.99% .01*t
.01*t
Mq~ 9.99%
.01*t
Mq~ 9.99%
MOS 9.99%
.01*t
O.Ot
10
M~~ 10
O.Ot
~gs 10
O.Ot
O.Ot
10
M~§ 10
O.Ot
~gs 10
O.Ot
10
O.Ot
Mq~
10
O.Ot
M<:>§
MOS
10
O.Ot
10
O.Ot
10
MO
O.Ot
10
MO
O.Ot
10
O.Ot
10
O.Ot
MO
10
O.Ot
MO
10
O.Ot
10
O.Ot
10
O.Ot
MOS
10
O.Ot
10
MO!
O.Ot
MO
10
O.Ot
10
om
M~~ 10
O.Ot
~gE 10
O.Ot
10
O.Ot
Mq~
15%
.05*t
Mq~
15%
MO!
.05*t
.05*t
M~~ 15%
15%
.05*t
15%
.05*t
Mq~ -10% -2.0*
Mq~
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
~g~
3
3
3
3
3
3
3
3
m~~
POWER
i SUPPLY
SPAN
NEG. POS.
(V)
(V)
~~~
~
SCL4008AH
MC14032AL
MC14032CL
MC14032CP
MC14038AL
MC14038CL
MC14038CP
CD4008AD
CD4008AE
CD4008AK
CM4008AD
CM4008AE
~g.1t HBC4008AD
61# HBC4008AF
HBC4008AK
HBC4038AD
64# HBC4038AF
HBC4038AK
HBF4008AE
67# HBF4008AF
HBF4038AE
HBF4038AF
70
CD4032AD
71
CD4032AE
CD4032AK
72
CD4038AD
CD4038AE
CD4038AK
75
76
77
78
CM4038AD
79
CM4038AE
80~
CD4008BD
CD4008BE
81~
~~~
83~
84~
MQ~
3
3
3
3
~i~ :::~~g08AJ
33~
~g~ ~:§
~
!
LOGIC
LEVEL
ATING CESSf£J'1'
FREQ.
(Hz)
(V)
ALllD
AL 11K
AL12D
AL12K
AL 130
AL13K
AL20D
AL20K
AL21D
AL21K
15
16
17
18
19
20
21
22
23
24
25
26
11 . MISCELLANEOUS
M~~
~g~
[
gi
~q~
15M
~gs
~:~*
~gi
~g~
5.0Mt.%
5.0Mt.%
5.0Mt.%
5.0Mt.%
5.0Mt.%
5.0Mt.%
M~~
~8~
5.0M%t.
5.0M%t.
5.0M%t.
5.0M%t.
5.0M%t.
5.0M%t.
5.0Mtt.
5.0Mtt.
5.0Mtt.
5.0Mtt.
500kt.
~gi
~gE
MO~
~g~
M~~
~g~
Mq~
MO~
MO~
M~~
MO
MO~
~g~
MO
MO
M~~
MO
40M
40M
40M
40M
D.A. T.A.
~qf
Mar
~g;
.75%
.75%
.75%
.75%
.80%
.80%
.80%
.80%
.82%
.82%
.82%
.84%
.84%
.84%
.85%
.l!,8 %
-.75
-.75
-.75
-.75
.45*
.45*
.45*
.45*
.46*
.46*
.46*
.46*
.57*
.57*
.57*
.55*
.55*
.55*
.46*
.50*
-1.6
-1.6
-1.6
-1.6
I
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
27
0.0
0.0
0.0
0
0
0
0
0.0
0.0
0
0
0.0
0.0
0
0
0
0
0
0
0
0
5.2
5.2
5.2
5.2
I
§ ~~~
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5.0
5.0
5.0
10
10
10
5.0
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
15
15
15
15
15
~.O
3.6
3.6
6.0
4
8
4
4
4.0
4.0
4
4
4.0
4.0
4
4
4
4
4
4
4
4
0
0
0
0
IN ORDER OF (1)USE(2)LEVEL'1'(3)LEVEL'O'
(4)MAX OPER FREQ(5)TYPE No,
MAX. TEMP.
DRAWINGS
TOTAL
LOGIC OUTLINE
PKG.
LO,", HI DWG. No DWG. No
DISS
{,=MO
(W)
'C
'C
90m
90m
90m
90m
90m
90m
125m
125m
125m
125m
125m
125m
125m
125m
125m
125m
125m
125m
125m
125m
125m
125m
500m
500m
25u§
1.0ut
1.0ut
1.0ut
:~~
m
-55
-55
0
0
0
0
-55
-55
-55
-55
0
0
0
0
-55
-55
-55
-55
0
0
0
0
-55
0
-20
-55
-40
-40
125
125
75
75
75
75
125
125
125
125
75
75
75
75
125
125
125
125
75
75
75
75
125
70
70
125
85
85
6.0m% -55
6.0m% -55
-40
14~~ -40
14m
500m -55
500m -40
500m -55
500m -40
100u% -55
100u% -55
1.0m% -40
1.0m% -40
100u% -55
100u% -55
100u% -40
100u% -55
100u% -55
100u -55
1.0m -40
1.0m -40
100u -55
-40
1.0m
1.0m -40
100u% -55
1.0m% -40
100u% -55
200m -55
200m -40
100u% -55
100u% -55
100u% -55
100u% -55
100u% -55
100u% -55
1.0m% -40
1.0m% -40
1.0m% -40
1.0m% -40
100u% -55
1.0m% -40
100u% -55
100u% -55
1.0m% -40
100u% -55
200m -55
200m -40
200m -55
200m -40
200m -55
200m -55
200m -55
200m -55
200m -55
-55
0
0
63m
120m
15
8.0mt -55
14mt -55
14mt
llmt
llmt -55
19mt
0
19mt
0
15mt 0
15mt 0
45mt -55
45mt -55
120mt -55
45mt
o
45mt
o
120mt
o
120mt 15
120mt 0
80m -55
80m -55
80m
0
80m
0
125
125
85
85
125
85
125
85
125
125
85
85
125
125
85
125
125
125
85
85
~~5"'.'ji
:~~
J~:>
K0360
K0360
K0362
K0353
K0353
K0353
~p~ul:>bm
Ml05m
FP21b
M1D5m
FP21b
Ml05m
FP21b
Ml05m
FP21b
Ml05m
FP21b
Ml05m
FP21b
Ml05m
FP21b
Ml05m
FP21b
Ml05m
FP21b
Ml05m
FP21b
Ml05m
FP21b
M346a
M345
M318a
M191
M191
M278
~g~~~a 1~~~3d
K0326
K0326
K0326
K0360
K0360
K0360
K0360
K0326
K0359
K0359
K0359
K0326
K0326
~g~~~
K0326
K0346
K0346
K0346
K0347
K0347
K0347
K0326
K0326
K0326
K0326
K0326
K0326
K0326
K0326
K0347
K0347
K0347
K0326
K0326
K0347
K0347
K0346
K0346
K0346
K0347
K0347
K0347
K0346
K0346
K0347
K0347
K0326
K0326
85
125
85
125
125
85
125
125
125
125
125
125
85
85
85
85
125
85
125
125
85
125
125
85
125
85
125
125
125
125
125 K0326
95
70 K047
70 K046
~gn~
55 K0412b
125 K046b
125 K044
K044
K046b
125 K046b
75 K044
75 K044
75
75
125 K0412
125 K0412
125 K0412b
100 K0412
100 K0412
100 K0412b
55 K0412a
75 K0412a
125 K043
125 K043
K043
~§ K043
1m
~g:~~
M117x
M153d
M117x
M200a
M200q
FP103
FP103
t.001AC
M191
M191
M278
M475d
M475e
M475f
~~~11
M191
M191
M278
M191
M191
M278
t.001AE
t.001AC
t.004AG
M210b
M210b
t.001AE
t.001AE
t.004AG
t.001AE
t.001AE
t.004AG
MOIAC
t.001AE
t.001AC
MOIAE
t.001AE
t.001AC
t.004AG
t.001AE
MOIAC
t.004AG
M210b
M210b
M210b
M210b
t.001AE
t.001AC
~ggl~g
t.001AC
T087
T099
T099
CN8
T086
CN13
T091
T099
T09'
T099
T091
T099
T091
T099
T09'
T099
T086
T09'
:::g~~
TOl16
T0116
T09'
CN9
T091
CN9
GENERAL DESCRIPTION
ast UII ,:o,o,er.
Fast Full Adder.
Fast Full Adder.
Fast Full Adder.
Fast Full Adder.
Fast Full Adder.
Fast Full Adder.
Fast Full Adder.
Deoendent and Indeoendent carrvfast adder.
Dependent and Independent carryfast adder.
g:~:~~:~~ :~~ :~~:~:~~:~~ ~:;;~:~~ :~~:;:
Dependent and Independent carryfast adder.
g:~:~~:~~ :~~ :~~:~:~~:~~ ~:;;a:~~ :~~:;:
Dependent
Dependent
Deoendent
Dependent
and
and
and
and
Independent
Independent
Indeoendent
Independent
carryfast
carryfast
can·Ytast
carryfast
adder.
adder.
adder.
adder.
g:~:~~:~~:~~ :~~:~:~~:~~ ~:;~:~~ :~~:;
Dependent and Independent carryfast adder.
g:~:~~:~~ :~~ :~~:~:~~:~~ ~:;;a:~~ :~~:;:
4-Bit Binary Full Adder.
4-Bit Binary Full Adder.
Dual·tod 500ns max'FO 15.
4-Bit Full Adder.
4-Bit Full Adder.
4-Bit Full Adder.
Prop. delay 8.0ns;supply current 165mA.
4 Bit Full Adder;tpd 350ns max.
4 Bit Full Adder·tod 350ns max.
4 Bit Full Adder;tpd 500ns max.
4 Bit Full Adder;tpd 500ns max.
CMOS 4 Bit Full Adder.
CMOS 4 Bit Full Adder.
CMOS 4 Bit Full Adder.
CMOS 4 Bit Full Adder.
4 Bit Full Adder;tpd 500ns max.
~~gg~~:~~;:: ~:~:~ g~~:~ g:~:~::l~~~:;:
NBCD(Natural Binary Coded Decimal)Adder.
4 Bit Full Adder;tpd 500ns max.
4 Bit Full Adder·tod 500ns max.
4 Bit Full Adder;tpd 500ns max.
4 Bit Full Adder;tpd 500ns max.
4 Bit Full Adder·tod 500ns max.
Triple Serial Adder
Triple Serial Adder.
Triole Serial Adder.
Triple Serial Adder.
Triple Serial Adder.
Triole Serial Adder.
4 Bit Full Adder;tpd 500ns max.
4 bit Full Adder;tpd 650ns max.
4 Bit Full Adder:tpd 500ns max.
4 Bit;Noise Immunity 4.5V;tpd 500ns max.
4 Bit;Noise Immunity 4.5V;tpd 650ns max.
CMS 4 Bit Full Adder'Tod 500ns max.
CMS 4 Bit Full Adder;tpd 500ns max.
CMS 4 Bit Full Adder;tpd 500ns max.
CMS Triple Serial Adder·tod 500ns max.
CMS Triple Serial Adder;tpd 500ns max.
CMS Triple Serial Adder;tpd 500ns max.
CMS 4 Bit Full Adder·tpd 650ns max.
CMS 4 Bit Full Adder;tpd 650ns max.
CMS Triple Serial Adder;tpd 600ns max.
CMS Triole Serial Adder:tod 600ns max.
Triple Serial Adder;tpd 500ns max.
Triple Serial Adder;tpd 600ns max.
Triole Serial Adder·tod 500ns max.
Triple Serial Adder;tpd 500ns max.
Triple Serial Adder;tpd 600ns max.
Triple Serial Adder·tpd 500ns max.
Triple Serial Adder;tpd 500ns max.
Triple Serial Adder;tpd 600ns max.
Triole Serial Adder·tod 500ns max.
Triple Serial Adder;tpd 600ns max.
4-Bit Full Adder w/Paraliel Carry Out.
4-Bit Full Adder w/Paraliel Carry Out.
4-Bit ~ull Adder w/Paraliel Carry Out.
4-Bit Full Adder w/Paraliel Carry Out.
4-Bit Full Adder w/Paraliel Carry Out.
2 Input t. Y Adder;Noise Immun. 1.0V min.
Fan Out 29.
1 Ckt'Fan Out 13.
FO 5 typ;tpd 15ns typo
ATL; tpd-20ns; Fan-Out-29.
1 Ckt· ATL' Fan out - 7
ATL; tpd-60ns; Fan-Out-7.
ATL; tpd-60ns; Fan-Out-7.
ATl·Proo.Dela 66ns'Fan Out 7.
A.!,l;Prop.Delay 66ns;Fan Out 7.
ATL; tpd-60ns; Fan-Out-7.
RTL' tod-60ns' Fan-Out-7.
ATL;Prop.Delay 66ns;Fan Out 7.
ATL;Prop.Delay 66ns;Fan Out 7.
All' tod-14ns' Fan-Out-9.
All; tpd-14ns; Fan-Out-9.
ATL; tpd-20ns; Fan-Out-9.
ATl' tod-14ns' Fan-Out-9.
ATL; tpd-14ns; Fan-Out-9.
RTL; tpd-20nS; Fan-Out-9.
ATLtod 20ns'Fan Out 29.
ATL;tpd 20ns;Fan Out 29.
Tpd-6nsec;tr-l0.5nsec;tf-14nsec
Tpd-6nsec·tr-l0.5nsec·tf-14nsec
Tpd-6nsec;tr-l1 nsec;tf-14nsec
Tod-6nsec·tr-ll nsec·tf-, 4nsec
SYMBOLS AND CODES
EXPLAINED IN INTERPRETER
182
LINE
No.
~
3
4
5
6
7
iJ
TYPE
No.
~gg:~
MC708F
MC708G
MC712F
MC712G
MEM5031
MIC362-1 D
MIC362-1Dl
MIC362-5D
10#
11# MIC362-5D 1
12
N8T94A
N8T94F
S8T94A
15
S8T94F
16
IS~;5:~~~N
17
18
SN75498N
19
SN75494N
20
SN75497N
N8T80A
21
22
N8T80F
23
N8T80W
24
N8T90A
N8T90F
N8T90W
27
S8T80A
28
S8T80F
29
S8T80W
30
S8T90A
31
32
33~
SN75491AJ
34~
SN75491AN
35~
SN75491BJ
36~
SN75491BN
37~
SN75491J
38
SN75491N
39~
SN75492AJ
40~
SN75492AN
41~
SN75492BJ
42~
SN75492BN
SN75492J
:~~ SN75492N
45
CHll01
46# ZSS58
ZSS88
ZSSl18
~~# ZN1025E
50~
SN54LS63J
51~
SN54LS63W
52~
SN74LS63J
53~
SN74LS63N
54
10124B
55~
MC12513L#1
56
SN10124J
57
SN10124N
SN10125J
;~ SN10125N
60
SN10184J
61
SN10184N
62
SN10185J
63
SN10185N
64# Hl14Dl
Hl14D2
Hl14D6
67# H214Bl
68
9624DC
69
9624DM
9624FC
j~ 9624FM
72~
9624PC
MC943G
MC843G
75
DM5426J
DM5426N
j~ DM7426J
78
DM7426N
DM7810J
~g DM7810N
81
DM7811J
DM7811N
DM7811W
84
DM8810J
DM8810N
DM8811J
87
DM8811N
88
DM8811W
89
DM8885N
90~
DS7802J
91~
DS7806J
92~
DS7806W
93~
DS7810J
94~
DS7810W
95~
DS7811J
96~
DS7811W
97~
DS8802J
g8~
DS8802N
99~
DS8806J
10O ... DS8806N
101~
DS8810J
102~
DS8810N
DS8811J
DS8811N
105~
DS75361J
DS75361N
1()6~
107~
DS75362J
108~
DS75362N
~:
l~
~6
~gi~g~
:~--=-
m~
n
~~
~6
19~:
1~6: g~j~~~~~
183
11 . MISCELLANEOUS
~~M:1
MAX. TEMP.
DRAWINGS
LOGIC
TOTAL
OUTLINE
LOVl' HI DWG. No DWG. No
PKG.
GENERAL DESCRIPTION
LI=MO
IDISS.
(W)
'C
'C
55
~!L; tpd-14ns; ~an-()ut-;1!J
ig~J
RTL; tpd-14ns; Fan-Out-29
55
19mt 15 55 K044
T091
RTL' tDd"60ns' Fan-Out-7.
19mt 15 55 K044
T099
RTL; tpd-60ns; Fan-Out-7.
i RTL;tpd 66ns;Fan Out 7.
15mt 15 55
K046b
T091
15mt 15 55
K046b
T099
RTl'tod 66ns'Fan Out 7.
I-55
85
T087
Servo Adder;Noise Immunity-l.0V min.
M153a
Dual Output Interface.
I-55 125
-55 125
M153a
Dual Outout Interface.
:-30 85
M153a
Dual Output Interface.
-30 85
M153a
75
K0565
M318
InoutslOoen Collector.
0
0
75
K0565
M200x
High Speed Hex (PNP Inputs)Open Collector.
-55 125 K0565
M318
-55 125'K0565
M200x
70 ,K0576
800m 0
M117x
Quad-Segment Driver;MOS-to-VLED.
M126e
5 Unit MOS-to-Thermal Print Head Row Dr.
800m 0
70
800m 0
70 K0579
9-Diait Driver.
.25t
0.0
8.8 800m 0
Ml17x
Hex-Digit Driver;MOS-to-VLED.
I~g;j~ M117x 7-Se9ment
0.0
6.7 800m 0
Driver;MOS-to-VLED.
.27t
75iK0521
M318
Quad 2-lnput Nand Interface Gate.
.35*t
20ml>
0
0 5.0
0.0
5.0
75 K0521
M200x
Quad 2-lnput Nand Interface Gate.
.35t*
20ml> 0
FP3ge
Quad 2-lnput Nand Interface Gate.
.35*t
0.0
5.0
20ml> 0
75 K0521
Quad 2-lnout Nand Interface Gate.
0 5.0
20ml>
0 75 K0521a M318
.35*t
0.0
75
Hex Inverter Interface Element.
.35t*
5.0
20m.'> 0
K0521a 'M200x
0.0
.35*t
5.0
20m.'> 0
75
K0521
Hex Inverter Interface Element.
iFP3ge
M318
Hex Inverter Interface Element.
.35*t
0 5.0
20m.'> -55 125 K0521
0.0
5.0
20m.'> -55 125
Hex Inverter Interface Element.
.35t*
.35*t
0.0
5.0
20m.'> -55 125
Hex Inverter Interface Element.
0 5.0
20m.'> -55 125 K0521a 'M318
Quad 2-lnput Nand Interface Gate.
.35*t
.35t*
0.0
5.0
20m.'> -55 125 K0521a M200x
Quad 2-lnput Nand Interface Gate.
.35*t
0.0
5.0
125 K0521a FP3ge
Hex Inverter Interface Element.
1.2t*
0.0
7.5 7 ~o.nn;.'>1~5 70 K0574
TOl16
MOS to LED Seament Diait Driver.
1.2t*
0.0
7.5 ,7.5m! 0
70 K0574
M126w
MOS to LED Segment Di9it Driver.
0.0
7.5 17.5m! 0
70 K0574
TOl16
MOS to LED Se9ment.Digit Driver.
1.2t*
0.0
7.5 17.5m! 0
70 K0574
M126w
MOS to LED Seoment Dioit Driver.
1.2t*
170 K0574
0.0
7.5 7.5m! 0
T0116
MOS to LED Segment,Digit Driver.
1.2t*
170 K0574
7.5 800m 0
M126e
Quad-Segment Driver;MOS-to-VLED.
1.2*t I 0.0
0.0
70 K0575
TOl16
MOS to LED Segment Digit Driver.
1.2t*
7.5 7.5m! 0
1.2t*
0.0
7.5 7.5m! 0
70 K0575
M126w
MOS to LED Segment Digit Driver.
1.2t*
0.0
7.5 7.5m! 0
70 K0575
TOl16
MOS to LED Segment,Digit Driver.
1.2t*
0.0
7.5 7.5m! 0
70 K0575
M126w
MOS to LED Seament Diait Driver.
0.0
70 K0575
TOl16
MOS to LED Segment,Digit Driver.
1.2t*
7.5 7.5m§ 0
7.5 800m 0
70 K0575
M126e
Hex-Digit Driver;MOS-to-VLED.
1.2*t I 0.0
llt
12
12 230m -25 75
M158e
Hybrid loaic to EIA Converter.
.20
4.0
0.0
5.0
19m -55 125
CN2
Dual Interface; DTL; F08.
.20
4.0
0.0
5.0
19m 0
70
CN2
Dual Interface; DTL; F08.
.20
4.0
0.0
5.0
19m -55 125
CN2
2 ckts.
.50*
0.0
5.0 250mt -40 85 K0584
TOl16
Store Interface;tpd 20ns max.
.50*
.60%
0.0
5.0
M157b
Hex Current-Sensing Interface Gate.
1.7*
80m -55 125 K0561
.60%
0.0
5.0
FP97a
Hex Current-Sensina Interface Gate.
1.7*
80m -55 125 K0561
.85%
0.0
5.0
80m 0
70 K0561
M157b
Hex Current-Sensing Interface Gate.
1.6*
.85%
0.0
5.0
70 K0561
M126e
Hex Current-Sensing Interface Gate.
80m 0
1.6*
-.88
1.7
5.2
0.0 340m -30 85
Quad TTL to ECL Translator.
-.97%
5.2
0.0 310mt -55 i 125 K0588
M200aa 2-Modulus Prescaler;ECT.
-1.6*t
-.98%
5.2
0.0 130m o
M153d
Quadruple TTL-to-ECL Level Converter.
-1.6*
185 K0580
-.98%
5.2
0.0 130m
Ml17x
Quadruple TTL-to-ECL Level Converter.
-1.6*
85
K0580
-.98%
5.2
0.0 270m 0
85 IK0581
Quadruple ECL-to-TTL Level Converter.
-1.6*
iM153d
-.98%
-1.6*
5.2
0.0 270m 0
85 'K0581
M117x
Quadruple ECL-to-TTL Level Converter.
-.98%
-1.6*
5.2
0.0 "24mt 0
85
K0582
M153d
Quintuple ECL 10k-to-IBM MST Level Conv.
185 K0582
-.98%
5.2
0.0 124mt 0
Ml17x
Quintuple .ECL 10k-to-IBM MST Level Conv.
-1.6*
i85
-.98%
-1.6*
5.2
0.0 166mt 0
K0583
M153d
Hex ECL IBM MST-to-l0k Level Conv.
-.98%
5.2
0.0 166mt 0
85
K0583
Ml17x
Hex ECL IBM MST-to-l0k Level Conv.
-1.6*
1.8%
0.0
75 G04432d M294
Quad converter;tpd 250ns max.
.85*
20 400m! 0
1.8%
.85*
0.0 i
16 256m§ -55 125
Quad Converter;tpd 250ns max.
1.8%
.85~
0.0
16 256m! -40 85
Quad Converter·tDd 250ns max.
1.8% I .85*
0.0
75 G04432d TOl16
Quad Converter;tpd 250ns max.
16 i500m 0
1.9% , 1.1*
28 5.0 I 45ml> 0
75
K15186 T0116
Dual;tpd 250n5 max.
1.9%
28 5.0
45m.'> -55 125 K15186 TOl16
Dual·tod 250ns max.
1.1*
1.9%
28 5.0
45m.'> 0
75 K15186 FP28c
1.1*
IDual;tpd 250ns max.
1.9%
28 5.0
. Dual;tpd 250ns max.
45m.'>j-55 125 K15186 FP28c
1.1*
1.9%
28 5.0
75
K15186 M126w 'Dual·tod 250n. max.
1.1*
45m.'>'0
2.0%
-55 125 K0532
T0100
,DTL; tpd-80ns.
.40*
O·
2.0%
75 K0532
T0100
DTL; tpd-80ns.
.45*
0
0
2.0%
0.0
5.0
-55 125 K0585
M294f
Quad 2-lnput TTL-MOS Interface Gate.
.80*
2.0% I .80*
0.0
5.0
-55 125 K0585
M344
Quad 2-lnput TTL-MOS Interface Gate .
2.0%
0.0
5.0
0
70 K0585
M294f
Quad 2-lnput TTL-MOS Interface Gate.
.80*
2.0%
0.0
5.0
0
70 K0585
M344
Quad 2-lnout TTL-MOS Interface Gate.
.80*
2.0%
0.0
5.0 110mt -55 125 K0585
M294f
Quad 2-lnput TTL-MOS Gate.
.80*
2.0%
0.0
5.0 110mt -55 125 K0585
M344
Quad 2-lnput TTL-MOS Gate.
.80*
2.0%
0.0
Quad 2-lnput TTL-MOS Gate.
.80*
5.0 110mt -55 125 K0585a M294f
0.0
5.0 .110mt -55 125 K0585a M344
2.0%
.80*
Quad 2-lnput TTL-MOS Gate.
2.0%
0.0
5.0 110mt -55 125 K0585a FP97c
Quad 2-lnput TTL-MOS Gate.
.80*
,801'
2.0%
0.0
5.0 110mt 0
70 K0585
M294f
Quad 2-lnput TTL-MOS Gate.
0.0
5.0
70 K0585
M344
Quad 2-lnput TTL-MOS Gate.
2.0%
.80*
0
2.0%
0.0
5.0 110mt 0
70 K0585a M294f
Quad 2-lnput TTL-MOS Gate.
.80*
2.0%
0.0
5.0
0
70 K0585a M344
Quad 2-lnout TTL-MOS Gate.
.80*
2.0%
0.0
5.0
70 K0585a FP97c
Quad 2-lnput TTL-MOS Gate.
.80*
0
2.0%
0.0
5.0 600m 0
75
M345
MOS to Hi Voltage Cathode Buffer.
.80*
K0586
2,0%§
0.0
5.0 200m -55 125 K0590
M200k
Hiah SDd MOS to TTL·tDd 32ns max.
.80*
2.0%§
0.0
5.0 200m -55 125 K0590a M200k
High Spd MOS to TTL;tpd 32ns max.
.80*
2.0%!
0.0 i 5.0 200m -55 125 K0590a FP97c
High Spd MOS to TTL;tpd 32ns max.
.80*
2.0%
0.0
5.0
M257c
Quad 2 Input TTL-MOS Interface Gate.
.80*
25m -55 125 K0585
2.0%
0.0
5.0
FP97c
Quad 2 Input TTL-MOS Interface Gate.
.80*
25m -55 125 K0585
2.0%
0.0
5.0
25m -55 125 K0585
M257c
Quad 2 Input TTL-MOS Interface Gate.
.80*
2.0%
0.0
5.0
FP97c
Quad 2 Inout TTL-MOS Interface Gate.
.80*
25m -55 125 K0585
2.0%!
0.0
5.0
200m
0
70
K0590
M200k
High Spd MOS to TTL;tpd 32no max.
.80*
2.0%§
0.0
5.0 200m 0
70 K0590
M345
High Spd MOS to TTL;tpd 32ns max.
.80*
0.0
2.0%!
.80*
5.0 200m 0
70 K0590a M257c
Hiah Sod MOS to TTL:tod 32ns max.
2.0%§
0.0
5.0 200m 0
70 K0590a M344
High Spd MOS to TTL;tpd 32n5 max.
.80*
2.0%
0.0
5.0
25m 0
70 K0585
M257c
Quad 2 Input TTL-MOS Interface Gate.
.80*
2.0%
0.0
5.0
25m 0
70 K0585
M239a
Quad 2 IQp_ut TTL-MOS Interface Gate.
.80*
2.0%
.80*
0.0
5.0
25m 0
70 K0585
M257c
Quad 2 Input TTL-MOS Interface Gate.
2.0%
0.0
.80*
5.0
25m 0
70 K0585
M239a
Quad 2 Input TTL-MOS Interface Gate.
2.0%
.80*
0.0
5.0 120m 0
70 K0569
M257c
Dual TTL-to-MOS Driver.
2.0%
0.0
.80*
5.0 120m 0
70 K056ga 'M239a
Dual TTL-to-MOS Driver.
2.0%
0.0
5.0 120m 0
.80*
70 IK0591
M257c
Dual TTL-to-MOS Driver .
2.0%
0.0
5.0 120m 0
Dual TTL-to-MOS Driver.
.80*
70 'K05g1a M239a
2.0%
0.0
20 210m 0
M200k
Quad TTL-to-MOS Driver.
.80*
l~g;~1~ M345
2.0%
.80*
0.0
20 210m 0
Quad TTL-to-MOS Driver.
LOGIC
irSE OPER- PROLEVEL
ATING CESS 1J'1'lJO'
FREQ.
(Hz)
(V)
(V)
1.1
.1()
~g~ 1.1
.10
4
MO.J, 1.1
.10
4
.10
M~~ 1.1
4 I
.10
M~~ 1.1
4 I
M6~ 1.1
.10
-10%
4 ! 1.0Ml>
-2*
MO
5
MO
5 '
5
M~~
5
5
5
M~~
5
M~~
5
Mot
:
M1~
I
~&
;
I~q§
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
MO
M~~
~g,
M~~
MO~
MO~
MO
~g~
M~~
~g~
Mq~
MO~
MO~
MO~
~g~
M~~
~gs
Mq~
MO~
MOS
MO
~g~
M~~
~g~
Mq~
; I
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
MO~
MO~
M~~
MO
60M
M~~
~g~
M~~
M~~
MO~
M1~
MO
MO
M~~
~g~
M~§
~gs
M~~
M~§
MOS
~g~
i
5
5
5
5
5
5
5
5
5
5
5
D.A. T.A.
TTL
TTL
TTL
TTL
Mq~
M~§
MOS
M~~
MO
MO
Mq~
Mq§
MOS
M~~
Mq~
MO~
M~~
~g~
Mq~
Mq~
MO~
M~~
MO
MO~
M~~
~g,
Mq~
Mq~
Mot
M1~
MO
MO
~g~
POWER
SUPPLY
SPAN
NEG. POS.
(V)
(V)
4
g
4
4
0
0
4
0.0
4.0
0.0
4.0
27
0
0.0
12
0.0
15
0.0
12
0.0
15
0.0
5.0
0.0
5.0
0.0
5.0
0.0
5.0
0.0
8.8
IN ORDER OF (ljUSE(2jLEVEL'I'(3jLEVEL'O'
J4JMAX OPER FREQ(5JTYPE No.
~g:g
~~~i l~
~~~ ~~~~t ~~~1~N~
~:~~ ~~::~ ~:= !~~~ :~~~~~lg~:~ g~:::~~~~:
I
jg
~gmaIW3~~x
o
I
ggm~~ ~~~ja
~ i ;g~i
jg
SYMBOLS AND CODES
EXPLAINED IN INTERPRETER
183
LINE
No.
~
TYPE
No.
36,.
37,.
38
39
40
41
42
43
44
45
I ~,.r~;34:~y%
SN55367JB
SN55367N
SN55367SB
SN75322J
SN75322N
SN75361AJ
SN75361AN
SN75361AP
SN75363J
SN75363N
SN75365J
SN75365N
SN75366J
SN75366N
SN75367J
SN75367N
SN75367SB
SN75370JB
SN75370N
MIC361-1D
MIC361-1DI
MIC361-5D
MIC361-5Dl
SP722BE
SP722BF
SP722BT
SP723BE
SP723BF
SP724BE
SP724BF
SN75369J
SN75369N
SN75369P
MC12013L#4
MC12513L#4
MC10177L
HEPC0910P-RT
N8T363A
S8T363A
N8T93F
S8T93A
S8T93F
N8T93A
:~
~~:m~
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22#
m;
25#
26#
27#
28#
~6:
31#
32#
33
~~
48
49
50
51
52
53,.
54,.
55
56
57
58
59
60
61
62
63
64,.
65,.
66
67
68
69
70
71
72
73
74
75
76
77
78
79
80
81
~~
84
85
86
87
88
89
90
91
92
93
94
95
96
97
98
99
100
101
102#
103#
19~:
19~,.
108
109
110
184
N8T18W
S8T18A
S8T18F
S8T18W
~~~~~~3L#3
MC12513L#3
::g~
1408
1409
1413
1416
CHl140
CH1141
CH1142
DS75364J
DS75364N
SN75364J
~~~~~g:~
361AJ
361AL
361BL
361CJ
361CL
361ML
362AJ
362AL
362BL
362CJ
~g~~LL
363AL
363BL
363CJ
363CL
363ML
HDI-54C902
HDI-54C904
~gUg~~~
HDI-74C902
HDI-74C904
HD 1-80C95
HDl-80C97
HD9-54C902
HD9-54C904
HD9-70C95
HD9-70C97
HD9-74C902
HD9.74C904
HD9-80C95
HD9-80C97
H113Dl
H113D2
H113D6
H213Bl
SS4050AE
MC12013L#1
TMS6011JC
TMS6011NC
SN75358J
h1,J~
~nMt1
USE OPER- PROATING CESS
FREQ.
(Hzl
~
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5 I
5
5
5
I
5
5
5
5
5
5
5 5.0Mt
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5 5.0M
5 5.0M
5 5.0M
5 5.0M
5 5.0M
i 5 5.0M
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5 I
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
I
L~
D.A. T.A.
~q~
MO
11 . MISCELLANEOUS
f£j'"
LOGIC
LEVEL
f!J'O'
(VI
(VI
t~%
:~~:
~:~
0.0
.80*
0.0
.80*
Mq~
.80*
0.0
MO~
MO~
0.0
.80*
0.0
.80*
Mq~
0.0
.80*
Mq§
MO~
0.0
.80*
0.0
.80*
0.0
.80*
MO~
0.0
.80*
0.0
.80*
MO
0.0
.80*
MO
0.0
.80*
0.0
.80*
0.0
.80*
MO~
0.0
.80*
0.0
.80*
0.0
.80*
MOS
0.0
.80*
O.4t*
0
M~~
O.4t*
0
O.4t*
0
0.0
.40t*
Mq~
.40t*
5.0
MO~
MO~
5.0
.40t*
5.0
.40t*
~.4%
MO
2.4%
.40t*
5.0
MO
2.4%
5.0
.40t*
2.4%
5.0
.40t*
Mq~
5.0
.40t*
Mq~ 2.4%
MaS 2.5%
0.0
.50*
2.5%
.50* I 0.0
MO
2.5%
.50* I 0.0
MO~ 2.6%
.80*t
0.0
2.7%
0.0
.80*t
M~~ 3.0% .50*t
5.2
3.1%
.40*t
0.0
.60*t
0.0
Mq~ 3.2
I .60*t
0.0
MOr 3.2
i
Mar 3.3
0.0
0.0
3.3
MO
3.3
0.0
Mar 3.3
0.0
.50*t
3.4%
0.0
~g; 3.4%
:~~;! 0.0
.35*t
0.0
MQ~ 3.4%
.35*t
0.0
Mq~ 3.4%
.35t*
0.0
Mq~ 3.4%
0.0
MO~
3.4%
.35*t
3.5§
0.0
.40*t
4.0%
3.4*t
0.0
MO~
4.0%
0.0
3.4*t
0.0
PCB 5.0
4.8
PCB 5.0
0.0
4.8
PCB 5.0
0.0
4.8
PCB 5.0
0.0
4.8
PCB 5.0
0.0
4.8
PCB 5.0
0.0
4.8
.1t
5.0
Mq~ 5.0
.1t
1.0
Mq~ 5.0
MO~
.1t
1.0
5.0
0.0
5.0%
1.0*
5.0%
0.0
1.0*
MO
5.0%
0.0
1.0*
0.0
1.0*
Mq~ 5.0%
0.0
Mqs 5.0%
1.0*
Ma~ 6.5*
5.0%
0.0
5.0%
0.0
Mq~ 6.5*
5.0%
0.0
Mq~ 6.5*
Mm 6.5*
5.0%
0.0
5.0%
0.0
6.5*
M~~ 6.5*
5.0%
0.0
0.0
5.0%
6.5*
5.0%
0.0
Mq~ 6.5*
5.0%
0.0 I
Mq~ 6.5*
MOr 6.5*
5.0%
0.0
5.0%
0.0
6.5*
5.0%
0.0
6.5*
MQt 6.5*
5.0%
0.0
5.0%
0.0
6.5*
Mq~
5.0%
0.0
Mqr 6.5*
Mar 6.5*
5.0%
0.0
5.0%
0.0
Mq~ 6.5*
8.0%
0.0
2.0*
Mq§
MOS 8.0%
0.0
2.0*
8.0%§
MO~
0.0
2.0*
0.0
2.0*
Mq§ 8.0%§
8.0%
0.0
MO~
2.0*
0.0
2.0*
Mq~ 8.0%
0.0
Mq~ 8.0%§ 2.0*
MO~ 8.0%§
2.0*
0.0
8.0%
0.0
2.0*
Mq§
2.0*
0.0
Mq§ 8.0%
MOS 8.0%§
2.0*
0.0
8.0%§
0.0
2.0*
8.0%
0.0
2.0*
MO
8.0%
0.0
2.0*
8.0%§
2.0*
0.0
Mq~
2.0*
0.0
MO~ 8.0%§
MO~ 8.0%
0.0
6.0*
8.0%
0.0
6.0*
MO
8.0%
0.0
6.0*
MO
8.0%
0.0
6.0*
9.8%
0.0
.20*t
5.2
-1.6*t
M~~ -1.0%
MO
-1.5%
0.0
.80*
-1.5%
0.0
.80*
-1.5
-.15
5.2
~~H
M1~
~g~
~q~
~g~
M1~
M~~
~gt
M~f
~q;
~~~
~gt
~g:
~q§
M1~
~gs
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.4%
2.4%
2.4%
2.4%
2.4%
2.4%
IN ORDER OF (I)USE(2)LEVEL'I'(3)LEVEL'O'
(4IMAX OPER FRE0l51TYPE No.
POWER
MAX. TEMP.
DRAWINGS
TOTAL
LOGIC OUTLINE
SUPPLY
SPAN
PKG.
LOVI HI DWG. No DWG. No
NEG. POS. DISS.
ll=MO
(VI
'C
'C
(WI
tvl
o'~2
12
12
12
12
12
20
20
20
15
15
24
24
24
24
12
12
12
20
20
12
15
12
15
5.0
5.0
5.0
5.0
5.0
5.0
5.0
20
~g
5.0
5.0
6.0
15
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.2
5.2
5.2
5.2
5.2
5.2
3.0
5.0
5.0
20
20
24
24
24
15
15
12
12
12
15
15
15
12
12
12
15
15
12
12
12
15
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
20
16
16
16
10
0.0
5.0
5.0
20
,,~um
~5 ~~5 ~~m
-55
-55
-55
1.3
'0
1.3
0
1.3
0
1.3
0
1.0
0
1.3
0
1.3
0
1.3
0
1.3
0
1.3
0
1.~
0
0
0
0
1.1
0
1.1
0
-55
-55
-30
-30
145m 0
145m 0
145m 0
155m 0
155m 0
230m 0
230m 0
1.3
0
1.3
0
1.0
0
310mt -30
310mt -55
1.0
-30
104m -30
32m:!! 0
32m,* -55
0
-55
-55
0
44mL'> 0
44mL'> 0
44mL'> 0
44mL'> -55
44mL'> -55
44mL'> -55
210mt 0
310mt -30
310mt -55
100m
0
125m
0
100m
0
75m
0
550m 0
450m 0
500mt -25
50m -25
50m -25
210m 0
210m 0
1.3
0
1.3
0
1.0
0
165mt -30
165mt -30
96mt -55
120m -30
96mt -30
165mt -55
195mt -30
195mt -30
120mt -55
150m -30
120mt -30
195mt -55
960mt -30
612mt -55
612mt -30
612mt -30
~gg~t I:~~
500m
500m
500m
500m
500m
500m
500m
500m
500m
500m
500m
500m
500m
500m
500m
480m§
320m§
320m§
500m
-55
-55
-55
-40
-40
-40
-40
-55
-55
-55
-55
-40
-40
-40
-40
0
-55
-40
0
-30
310mt -30
300m -25
300m -25
1.3
0
125 K0567
125 K0567
125 K0567
70 K0568
70 K0568
70 K0569
70 K0569
70 K0569a
70 K0569b
70 K0569b
70 K0571
70 K0571
70 K0571
70 K0571
70 K0567
70 K0567
70 K0567
70 K0573
70 K0573
125 K0558
125 K0558
85 K0558
70 K0558
70 K0543
70 K0543
70 K0543
70 K0544
70 K0544
70 K0545
70 K0545
70 K0570
70 K0570
70 K0570a
85 K0588
125 K0588
85 K15570
75 K15575
75 K0564
125 K0564
75 K0565
125 K0565
125 K0565
75 K0565
75 K0520
75 K0520
75 K0520
125 K0520
125 K0520
125 K0520
75 K0566
85 K0588
125 K0588
70 K0525a
70 K0525
70 K0528
70 K0529
70
70
75
75
75
70 K0570
70 'K0570a
70 K0570
70 K0570
70 K0570a
70 K0518
70 K0518
125 K0518
85 K0518
85 K0518
125 K0518
70 K0519
70 K0519
125 K0519
85 K0519
85 K0519
125 K0519
70 K0557
125 K0557
85 K0557
85 K0557
125 K0557
125 K0561
125 K0561
125 K0562
125 K0563
85 K0561
85 K0561
85 K0562
85 K0563
125 K0561
125 K0561
125 K0562
125 K0563
K0561
i~~ K0561
85 K0562
85 K0563
75 G04432c
125 G04432c
85 G04432c
75 G04432c
85 K0587
85 K0588
85 K0559
85 K0559
70 K0560
GENERAL DESCRIPTION
Llua
enpnera
os. _Ana unver.
Quad TTL-to-CMOS Driver w/3-State Output.
Quad TTL-to-CMOS Driver w/3-State OutQut.
Quad TTL-to-CMOS Driver w/3-State Output.
Quad TTL-to-CMOS Driver w/3-State Output.
Dual TTL-to-MOS Driver:tod 29ns tvo.
Dual TTL-to-MOS Driver;tpd 29ns typo
Dual TTL:to-MOS Driver;tpd 36ns typo
Dual TTL-to-MOS Driver:tod 36ns tvo.
Dual TTL-to-MOS Driver;tpd 36ns typo
Dual TTL-to-MOS Driver;tpd 33ns typo
Dual TTL-to-MOS Driving;tod 33ns WI>.
Quad TTL-to-MOS Driver;tpd 31 ns typo
Quad TTL-to-MOS Driver;tpd 31 ns typo
Quad TTL-to-MOS Driver·ted 32ns tvo.
Quad TTL-to-MOS Driver;tpd 32ns typo
Quad TTL-to-CMOS Driver w/3-State Output.
Quad TTL-to-CMOS Driver w/3-State Outout.
IQuad TTL-to-CMOS Driver w/3-State Output.
Dual-Channel Interface to MOS Memories.
Dual-Channel Interface to MOS Memories.
Dual Hi9h to Low Level Interface.
Dual High to Low Level Interface.
Dual Hioh to Low Level Interface.
Dual High to Low Level Interface.
Balanced Line to TTL Driver.
Balanced Line to TTL Driver.
Balanced Line to TTL Driver.
Balanced Line to TTL Driver.
FP21
Balanced Line to TTL Driver.
M54b
Balanced Line to TTL Driver.
Balanced Line to TTL Driver.
FP21
Dual MOS Driver:tod 35ns tvo.
M157b
M126e
Dual fII!~~ Driver;tpd 35ns typo
Dual MOS Driver;tpd 35ns typo
M226
M200aa 2-Modulus Prescaler·ECT.
2-Modulus Prescaler;ECT.
~~g~aa Triple MECL to NMOS Translator.
HTL:Triole Level Translator.
T0116
M318
Dual Zero Crossing Detector.
M318
Dual Zero Crossing Detector.
M200x
Hiah Soeed Hex (PNP Inoutsl.
High Speed Hex {PNP Inputsl.
M318
M200x
M318
I~ual Nand ~ate;~onverts to Std 5V Oper.
Dual Nand Gate;Converts to Std 5V Oper.
FP3ge
Dual Nand Gate'Converts to Std 5V Ooer.
M318
Dual Nand Gate;Converts to Std 5V Oper.
Dual Nand Gate;Converts to Std 5V Oper.
M200x
FP3ge
Dual Nand Gate'Converts to Std 5V Ooer.
Dual Sense Amp/Latch.
M239d
M200aa 2-Modulus Prescaler;ECT.
M200aa 2-Modulus Prescaler·ECT.
5 Ckts;One in-Vx out;Zero in-OV out.
C~El
5 Ckts;One in-OV out;Zero in-Vx out.
CBCIl
CS0
o to-I V in Zero out'-6 to -20V in One out
o to 1V in One out;6 to 20V in Zero aut.
C~E;I
Level Conversion from DTL to 5V and 20V.
CBCIl
Interface from DTL to OV/30V.
CSa
Hybrid EIA to Logic and Logic to EIA Dupl.
M158g
M158f
Hybrid EIA to logic converter.
Hybrid Dual EIA to Loaic Converter.
M158f
Dual;tpd 35ns typo
M257c
Dual;tpd 35ns typo
M239a
Dual MOS Driver·tod 34ns tvo.
M157b
M126e
Dual MOS Driver;tpd 34ns typo
Dual
MOS Driver;tpd 34ns typo
M226
Dual InD.lnterface·tod 325ns max.
M319
Dual
Inp.lnterface;tpd
325ns max.
M200j
Dual Inp.lnterface;tpd 325ns max.
M200j
2 ckt'hi~h level to low level.
M319
Dual Inp.lnterface;tpd 325ns max.
M200j
Dual Inp.lnterface;tpd 325ns max.
M200j
Dual Outo Interface·tod 400ns max.
M319
Dual Outp Interface;tpd 400ns max.
M200j
Dual Outp Interface;tpd 400ns max.
M200j
2 ckt"iow level to hiah level.
M319
Dual Outp Interface;tpd 400ns max.
M200j
M200j
Dual Outp Interface;tpd 400ns max.
M200'
Quad Outo Interface:tod 600ns max.
Quad Outp Interface;tpd 600ns max.
M200j
Quad Outp Interface;tpd 600ns max.
M319
M200'
Quad Oute Interface:tod 600ns max.
Quad Outp Interface;tpd 600ns max.
M200j
Hex Non Inverting TTL Buffer.
M126v
M126v
Hex Non Invertina PMOS Buffer.
M200q
3-State Hex Non Inverting Buffer.
M200q
3-State Hex Non Inverting Buffer.
M126v
Hex Non Invertino TTL Buffer.
M126v
Hex Non Inverting PMOS Buffer.
M200q
3-State Hex Non Inverting Buffer.
3-State Hex Nan Invertinil Buffer.
M200ci
Hex Non Inverting TTL Buffer.
T086
Hex Non Inverting PMOS Buffer.
TOS6
3-State Hex Non Inverting Buffer.
FP103
3-State Hex Non Inverting Buffer.
FP103
Hex Non Inverting TTL Buffer.
T086
Hex Non Invertina PMOS Buffer.
T086
3-State Hex Non Inverting Buffer.
FP103
3-State Hex Non Inverting Buffer.
FP103
Quad Converter·tod 250ns max.
M294
Quad Converter;tpd 250ns max.
M294
M443a
Quad Converter;tpd 250ns max.
Quad Converter:tod 250ns max.
T0116
Hex Buffer/Conv Non Invertin9 Type.
M200aa 2-Modulus Prescaler;ECT.
Asvnchronous Data Interface.
M380
Asynchronous Data Interface.
M380
Dual ECL-to-MOS Driver·tod 30ns tvo.
M157b
~~~~~
M359
M117x
FP98a
M157b
M126e
M157b
M126e
M226
M157b
M126e
M153d
M117x
M153d
M117x
M153d
M117x
FP98a
M359
M117x
M200d
M200d
M200d
M200d
M54b
FP2
I~~~~a
~~6~x
~:~~ ~~::~ ~:~ ~~~~ :~~~~~l:
SYMBOLS AND CODES
EXPLAINED IN INTERPRETER
184
LINE
No.
TYPE
No.
w~ ~_
Mt1
LOGIC
USE ll!fER- PROLEVEL
ATING CESS flj'l'
~'O
Fr~Z?'
~
ISN75368J'
3
SN75368N
l~
~g~~g~
12
9625FC
~
~g
I~~~~~~
~~# ~~~J~~.~~p
1
30
HEPC0908P-RT
~~# I~~ti~~~~-RT
33i: MIC332-1Dl
43#
:~
~JC334-5Dl
~~:8t9A
51
52
,,,,P391A'
MC1820L.P%
~~t iml~
6
6
MC909G
75
MC9818P
~~
~gg~~~
g
78
MC900G
6
6
6
6
~g:8~~
6
6
6
~~~~~~
MC989F
~g~~~~
MC800F
gg
~~g~~~
g
87
MC827G
:~
~~:g~~
6
6
6
6
6
6
6
!!7# MIC9109-~~
98# MIC9112-5D
99
MC709F
185
-9.0%
-9.0%
-9.0%
-9.0%
llt
.25*t
.25*t
.26*t
28
28
28
28
12
0.0
0.0
0.0
.15*t
.15*t
0.0
0.0
0.0
2.0
0.0
0.0
0.0
15 180m -~~ 1~~
15 180m -55 1~~
3.0
45mt -55 12~
3.~
IQ?'O
3.6
0
70
5.0
37mll 0
70
5.0
37mll 0
7u
8:8
0.0
0.0
0.0
0.0
5.0
12
15
12
-!!.~~
~8~
5.7
5:2
5:2
~!!
8:8
III!!:?~
O.~
MOi~'
MO
MO
8:8
0.0
0.0
0.0
~8;
~g~
MOS
~8~
.40*t
.40*t
M6~
""Om 0
310;"t ':-65
310mt ·30
46mll 0
45mll-55
45mll 0
45mll-55
45mll 0
220m -25
225m -55
225m -56
225m -55
4'f5 l~g~t
70
;25
85
75
125
75
!~5
75
75
125
125
125
GENERAL DESCRIPTION
,hMO
5.0
K0592
K06114
KO~,!9b
K0643
IK06109
K06109
Hex Inverter.
~ ~~
125
Nl '1155~~3iaa
M
M 153a
1Hex Inverter.
85
d 1~~
U
TM~~11513~6a
m:
~ m:
~
:~8 ~~
90mt -55
!imer for Timing Delay and 2sc ~ppl.
Timer for Timing Delay and Osc Appl.
Buffer' RTL.
Fan Out 80:
4 Ckts;Fan Out 16.
Sextuole:tod 3.0ns.
I!!!'xtuple;tpd 3.0ns.
M153a
:~g ~~5
~:8 2~8~t
C~,13
1I002AL
T099
T099
TO 100
l~5
75 K06158
71~i~2'5 K0688
85
~o ~~
8:8
0.0
1!5~~~~
M 153a
M 153a
12
·55
15
·55
12
-30
5
41 120mt
5:0 200m -40
5.0
K151~~
K15190
K15190
K15190
K15190
K0589
K0592
K0592
K0592
TOll..oul/l ME"L-to-MOS Translators.
M20asa 2'M d j-' p ' - j ECT
M200aa 2:M~d~I~: P~::~:I:~:ECT:
1.:!:?116
Dual;tpd 160ns max.
T01l6
Dual;tpd 150ns max.
FP28c
Dual·tDd 150ns max.
FMP122-86~cw
Dual;tpd ~~Ons max.
Dual;tpd 150ns max.
M158e
Hvbrid dual loaic to EIA Converter.
M226
!imer for Timing Delay an~ Osc App!.
M226
Timer for Timing Delay and Osc Appl.
CN13
Timer for Timino Delail and Osc ADDI.
~~L~~E~f~~dli:~: :Jg,Vol
-55
8'8
0:0
8:8
0.0
K0588
Buffer;RTL;tpd 15ns.
Hex Inverter.
Hex Inverter.
Hex Inverter.
125
85
115~
1~
KO .... O
Kassa
i811g
-30
0
·55
-55
·30
90m
~-?~ :~8
Moi
.20
~~~ :~8
::8
4.0
::8
4.0
MOl
.20
::8
4.0
M~g!
4.0
4.0
4.0
4.0
4.0
4.0
4.0
.45*
.45*
. 44~!:!6:**
MO~ .20
~q-, :~8
MO
MO
~Q~
.~O
.20
.20
.20
.~2
MOr
MOl
.2\1
1~2~
.~Q.
.76%
MOr .75%
Mq~ .8C?:!!,
Mq~ .80%
MOl .80%,
MOl' .BO%
MOr .B2%
MOl .82%
.46*
.50*
.57*
.57*
g:g
0.0
8:8
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
~
u
0
0
0.0
0.0
0.0
0.0
~:g
1.5Vdc.
~:~ :~~:~:~:
~:~ :~~:~:~:
Hex Inverter.
Hex Inverter.
~ 1~~:e ~:~}~D~o~s;
G0489m
K06119 M 117.
F08;Noise Margin 2.0Vmax.
Hex Buffer/Converte.,tod 50ns maX.
Hex Buffer(!::onverter;tpd ~~ns max.
~gU~~e ~6J~Z
g~~~:: ~~~ ~:8~: ~~~ ~818:
125 G04387e T086
~:~
5.0
~:8
5.0
~.O
5.0
5.0
5.0
5.0
5.0
5.0
4
4
4
4
3.0
3.fI
4:0
4.0
l~~ ~5 ;~5
19m
1~~
19m
~~86
-55
125
T086
-55
125
m
T088
!~5 ~~!:!r!!
I~CNN~~2
~5 ~g5
1~~ :~~
19m -55
19m:!l5
19m 0
19m 0
19m -55
19m -55
19m 0
19m 0
16mt -55
16mt ·55
23mt
0
23mt
0
7.0mt 0
50mt 0
45mt -55
45mt -55
~8'88
125 K0679
70
70
125
125
70
70
125
125
!.5
75
75
75
125
125
g
6
g
6
g
6
6
6
6
6
6
6
D.A. T.A.
~e~k~'verter;PD 9.0ns;FO,8.
6 ckt•.
Hex Inverter; PD, 9.0ns; FO,B.
K0679
K0679
K0679
K0679
K0679
i~0~:?9
K0650
K0650
~2~50
K0650
K0686
KnflRR
KOSSSb
K0688b
i8~~
CN2
3 ckts.
ckts.
3 ckts.
3 ckts.
3 ckts.
3 ckts.
3 ckts.
1~
CN2
CN2
CN2
CN2
CN2
T091
T099
I!TO
91
o99
T0116
Tu 11"
;-09 iT099
Dual Buffer;tpd _~Ons;Fan uut 8u.
1 Ckt;Fan Out 25;tpd 20ns.
1 Ckt'Fan Out 25·tDd 20ns.
RTL; Fan-Out-5; tpd-12ns.
RTL; Fan-Out-5; tpd-12ns.
RTL' Fan-Out-5' tDd-12ns' Pd-114mW.
1
6
MC899G
DM88L 12F
'c
~
84
19~ I~~~~~~
'c
"4
0:0
0.0
6.0
5.0
5.0
5.0
5.0
12
15
15
'15
M~;
Mq~
72
108
NI~~' P~~. D)~~.
g
6
6
6
6
gg~ ~~~m~
90
-1.6*
-4.4*t
-4.4*t
MI?~
6
g
6
g
6
g
g
~¥# 1~~:;9139~B
g~
MI?~ ~~.O%
III!Q! 13.0%
Moo
!"!I?!
Mm
MOi'~
MO
MO
6
6
6
6
6
6
66% ZSS84B
67# ZSSl14A
~g
fVI
MAX. TEMP.
DRAWINGS
TOTAL
LOGI~. OUTLINE
PKG. LOlA HI DWG. No DWG. No
6
g~; ~~~~:~
81
~Q:~~ -~.Q*
MO -3.0*
MO
11
Mq~ 12.7%
MC1~ 12.7%
MOo 12.7%
MOl
Mur
6
6
6
6
n
MO' -1......
MO;; -2:S%
MO~ -2.6%
I!"!!?~ -3.0*
Mq~ -3.0*
MOS -3.0*
6
6
g
~g ,~?p~r~:5P-RT
IVI
POWER
SUPPLY
SPAN
/4IMAX OPER FREWSITvPE No.
~.
6
5
5
5
5
5
5
5
5
5
6
5
6
5
5
5
5
5
5
6
6
6
27# GTB74S04P
IN ORDER OF 11}USEI2}LEVEL'l'13}LEVEL'O'
11. MISCELLANEOUS
IMO • . 84'"'
'MO~ .84%
MOr .84%
Mq~ .!!4%
MC1~ .84%
MOr .8'4%
~~~ .85%
M~~ .8.5.?6
MO~ -.96.,.
~g~
l:g:
3DM
1.0*
~8~
1:1
1.1
MO~
!:I.!!:?~
MC2~
MO~
1.~
1.3
1.3
'."5"5'**
.==
n.n
-'-0
0
0
.55*
.55*
.55*
.56*
.46*
.46*
-1.6*t
O.V
B.5%
.50
::~~
:.10
19
.!~
.10
1.3
~.~
O.~
0.0
5.2
:~g
4.n
45mt
'-4 65mt
4 65mt
4 1 !~mt
4.0
~~mt
4.0
9vmt
3.~ _~umt
3.0 7.0mt
0.0 200mt
~~
25
g
:
0.4
0
0
0.0
ioo
l nn Kn 6 R Bb
0
K066Sb
0 100 K0669b
0 !QQ ~Q~~~a
0
100 K0688a
0
100 K0688a
15 55 ~~~~8
0
75 K0686
-30 85 K06157
0
80
~~
75
T099
T091
;-iiioo
T086
T091
T0100
TO 116
T0116
M191
i8m
TO 116
348~r l~ ~~ ~gg~~b i8~~
348mt
15
55 K0669b
T0100
4 lC?~mt 15 55 KC?!:!B8a
4 100mt 15 55 !5~688a
5.0
0
70 ,,06162
T091
T0100
FP97b
~ ~~~:;~:~ g~~ ~~;~~~ ~g~::
1 Ckt'Fan Out 25"tod 20ns.
l_Ckt;Fan _Out 25;tpd 20n •.
RTL; Fan-Out-5; tpd-12ns.
RTL' Fan-Out-5' tnd-12ns.
RTL; Fan-Out-6; tpd-12ns; Pd-114mW.
~g~~:;~:~ 8~~ ~~~!~~ ~8~::
12ual Buffer;tpd 30ns;Fan Out 80.
6 Hex Inverters;Fan Out 4;tpd 12n5;
Hex Inverter/Buffer.
: liex Inverter.
Hex. Inverter.
Hex Inverter.
:liex
Hex
RTL' tod-57ns' Fan-Out·7.
!!!L; tpd·57ns; Fan-Out·7.
RTL; tpd·12n5; Fan-Out· 16.
RTL' tod-12ns' Fan-Out·16.
~!L; tpd-~2ns; Fan-Out-96.
RTL; tpd-20ns; Fan-Out-96.
Hex Inverter/Interface Gate.
SYMBOLS AND CODES
EXPLAINED IN INTERPRETER
:
185 ~
LINE
No.
I
.
.
TYPE
No.
~: m~~~
3
4
~t
7#
8
9
10
11
12#
13#
14
15
16
17
18
19
20
21
DM9016CJ
DM9016CN
T116Bl
T116Dl
~6~~6~
9016FM
9017DM
9017FM
MIC64135J
MIC64137J
TG370F
TG370J
ig~~~j
TG372F
TG372J
TG373F
TG373J
~~: ~~~~~~
24#
25#
26
27
28
29
30
31
32
33
34
35
36
37
38
39#
40#
41#
42#
43#
44#
45
46
47
48
~~
51
52
53
54
55
56
57
58
59
60
9936DM
9936FM
9016DC
9016FC
9017DC
SN29016J
SN29016N
TG380F
TG380J
TG381F
TG381J
TG382F
TG382J
TG383F
TG383J
9935BC
~~~~~g
I~~~~~g
SW736-1P
SW736-2M
SW736-2P
SW737-1 P
SW737-2M
SW737-2P
SW935-1P
I~W935-2M
SW935-2P
SW936-1P
SW936-2M
SW936-2P
SW937-1P
~~~~g~
9937DM
~~# ~9NJ5~
,!,J~
4LMt1
USE OPER- PROATING CESS l J l '
FREQ.
1Hz)
IV)
!
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
Mm
67
68
I
~g~
I
~g;
:
I
JANM38510/D3002BAE
I 6
JANM38510/03002BA
JANM38510/030+~CE
70
JANM38510/03002BC
I 6
JANM38510/03002CA
71
JANM38510/0300:2~E
69
73
JANM38510/03002CA
I 6
JANM38510/03002CC
74
JANM38510/0300:2~C
72
1.6%
1.6%
M~~ 1.6%
~g~ 1.6%
M
.80*
0.0
5.0
3:l4m
-55
125 K06135
M314
Hex inv.buner/driver;Vo 15V;tpd 30ns max.
MOt
2.0%
.80*
0.0
5;0
324m
-55
125 K06135
M314
Hex inv.buffer/driver"Vo 15V·tod 30ns max.
MOt
2.0%
.80*
0.0
5.0
324m
-55
125 K06135
FPl16
Hex inv.buffer/driver;Vo 15V;tpd 30ns max.
MOr
2.0%
.80*
0.0
5.5
324m
-55
125 K06135
FPl15
I Hex inv.buner/driver;Vo 15V;tpd 30ns max.
MOl
2.0%
.80*
0.0
5.5
324m
-55
125 K06135
FPl15
Hex inv.buffer/driverVo 15V·tod 30ns max.
2.0%
.80*
0.0
5.5
324m
-55
125 K06135
FPl15
Hex inv buffer/driver;Vo 15V;tpd 30ns max.
ANM;>H51U1UOHU,2~A
,
,I
26
I 6
JANM38510/00802CC
MOt
JANM38510/0080:2~C
2.0%
.80*
0.0
27
MOt
5.5
324m
-55
125 K06135
M314
Hex inv.buffer/driver;Vo 15V;tpd 30ns max.
MOt
2.0%
.80*
0.0
5.5
324m
-55
125 K06135
M314
Hex inv.buffer/driver·Vo 15V·tpd 30ns max.
MOt
2.0%
.80*
0.0
5.5
324m
-55
125 K06135
M314
Hex inv.buffer/driver;Vo 15V;tpd 30no max.
MOt
2.0%
.80*
0.0
5.5
324m
-55
125 K06135
FPl16
Hex inv.buffer/driver;Vo 15V;tpd 30no max.
MOt
2.0%
.80*
0.0
5.5
324m
-55 '125 K06136
FP115
Hex buffer/driver'Vo 30V·tod 35ns max.
28
29
JAN M3l151 0/0080,:lCC
I 6
JANM38510/00802CD
30
JANM38510/0080:3~A
31
32
JANM38510/00803BA
I 6
JANM38510/00803BA
33
JANM38510/0080:3~C
34
JANM38510/00803BCE
I 6
JANM38510/00803BC(
35
i
36
JANM38510/008J3~AE
JANM38510/0080:3~A(
38
39
40
IJANM38510/00803~C
41
I 6
JANM38510/00803CC
42
JANM38510/0080:3~C
44
IJANM38510/00803CD
I 6
JANM38510/00804BA
45
JANM3851
0/0080:4~A
46
JANM38510/00804BA
I 6
JANM38510/00804BC
47
48
49
50
51
02
JANM38510/0080,14:C
6
JANM3851u/u0804BC
I 6
JANM38510/00804BD
JANM38510/0080:4~A
53
JANM38510/00804CA
I 6
JANM38510/00804CA
54
JAN M3851
55
189
0/008~4~C
JANM3851 0/008014~C
D.A. T.A.
,
MO~
2.0%
.80*
0.0
5.5
324m
-55
125 K06136
FPl15
Hex buffer/driver;Vo 30V;tpd 35n. max.
MOr
2.0%
.80*
0.0
5.5
324m
-55
125 K06135
FPllS
Hex buffer/driver;Vo 30V;tpd 35no max.
IMO~
2.0%
.80*
0.0
5.5
324m
-55
125 K06136
M314
Hex buffer/driver'Vo 30V·tod 35ns max.
IMO~
2.0%
.80*
0.0
5.5
324m
-55
125 K06136
M314
Hex buffer/driver;Vo 30V;tpd 35no max.
MOr
2.0%
.80*
0.0
5.5
324m
-55
125J~06136
M314
Hex buffer/driver;Vo 30V;tpd 35no max.
MO~
2.0%
.80*
0.0
5.5
324m
-55
125 K06136
FP116
Hex buffer/driverVo 30V·tod 35no max.
MO~
2.0%
.80*
0.0
5.5
324m
-55
125!K06136
FPl15
Hex buffer/driver;Vo 30V;tpd 35ns max.
MO~
;.(.0%
.80*
0.0
5.b
324m
-55
125 K06136
FP115
Hex buffer/driver;Vo 30V;tpd 3bns max.
MO~
2.0%
.80*
0.0
5.5
324m
-55
125 K06136
FPl15
Hex buffer/driverVo 30V·tod 35no max.
MO~
2.0%
.80*
0.0
5.5
324m
-55
125 K06136
M314
Hex buffer/driver;Vo 30V;tpd 35no max.
JANM38510/008JI3 DE
JANM38510/0080,3CAJ
37
43
I
,
MO~
2.0%
.80*
0.0
5.5
324m
-55
125 K06136
M314
Hex buffer/driver;Vo 30V;tpd 35no max.
MO~
2.0%
.80*
0.0
5.5
324m
-55
125 K06136
M314
Hex buffer/driver'Vo 30V·tod 35no max.
MO~
2.0%
.80*
0.0
5.5
324m
-55
125 K06136
FPl16
Hex buffer/driver;Vo 30V;tpd 35no max.
MO~
2.0%
.80*
0.0
5.5
324m
-55
125 K06136
FP115
Hex buffer/driver;Vo 15V;tpd 35no max.
MO~
2.0%
.80*
0.0
5.5
324m
-55
125 K06136
FP115
Hex buffer/driver·Vo 15V·tod 35no max .
MO~
2.0%
.80*
0.0
5.5
324m
-55
125 K06136
FP115
Hex buffer/driver;Vo 15V;tpd 35no max.
MO~
2.0%
.80*
0.0
5.5
324m
-55
125 K06136
M314
Hex buffer/driver;Vo 15V;tpd 35no max.
Mm
2.0%
.80*
0.0
5.5
324m
-55! 125 K06136
M314
Hex buffer/driver'Vo 15V·tpd 35ns max.
MO~
2.0%
.80*
0.0
5.5
324m
-55 1125 K06136 ,M314
MO~
2.0%
.80*
0.0
5.5
324m
-55
125 K06136
FPll0
1
Hex buffer/driver;Vo 15V;tpd 35ns max.
Hex buffer/driver;Vo 1bV;tpd 35no max.
MO~
2.0%
.80*
0.0
5.5
324m
-55
125 K06136
FPl15
Hex buffer/driverVo 15V·tod 35no max.
MOr
2.0%
.80*
0.0
5.5
324m
-55
125 K06136
FPl15
Hex buffer/driver;Vo 15V;tpd 35no max.
MOr
2.0%
.80*
0.0
5.5
324m
-55
125 K06136
FP115
Hex buffer/driver;Vo 15V;tpd 35no max.
I MOt
2.0%
.80*
0.0
5.5
324m
-55
125 K06136
M314
Hex buffer/driver'Vo 15V·tod 35no max.
MO~
2.0%
.80*
0.0
5.5
324m
-55
125 K06136
M314
Hex buffer/driver'Vo 15V·tpd 35no max.
SYMBOLS AND CODES
EXPLAINED IN INTERPRETER
189'
.§J
LINE
No.
TYPE
No.
W~
USE ~MMt1
OPER- PRO-
.
IN ORDER OF (I)USE(2)LEVEL'1'(3)LEVEL'O'
(4IMAX OPER FREQ(5ITYPE No.
11 MISCELLANEOUS
POWER
MAX. TEMP.
ATING CESS f1J1'
LOGIC
LEVEL
Fr~Z?'(V)
~JO'
lVl
DRAWINGS
SUPPLY
TOTAL
LOGIC OUTLINE
SPAN
PKG. LOW HI DWG. No DWG. No
c,=MO
NM' P~~. D!~l'
'C
'C
GENERAL DESCRIPTION
1
~ANM~ts~
6
JANM38510/00804CD
MO~
2.0%
.80*
0.0
5.5
324m
-55
125 K06136
M314
Hex buffer/driver;Vo 15V;tpd 35n. max.
2
JANM3851010230:5~A
MO~
2.0%
.80*
0.0
5.5
324m
-55
125 K06136
FP116
Hex buffer/driver;Vo 15V;tpd 35n. max.
MO~
2.0%
.80*
0.0
5.5
1.1
-55
125 K06112a FP115
Hex Inverter"Fan Out 10·tod 16ns max.
MO~
2.0%
.80*
0.0
5.5
1.1
-55
125 K06112a FP115
Hex Inverter;Fan Out 10;tpd 16n. max.
MO~
2.0%
.80*
0.0
5.5
1.1
-55
125 K06112a FP115
Hex Inverter;Fan Out 10;tpd 16ns max.
3
4
5
6
11"
I
JANM38510/02305BA
I 6
JANM38510/02305BA
JANM38510/023~5~C
8
JANM38510/02305BCE
6
JANM38510102305BC(
9
JANM38510/0230:5iDE
7
I
lu
JANM~8510/0L305CA~
11
JANM385101023015~AE
12
JANM38510/0230:5~A(
13
JANM38510/U2305~CJ
14
15
JANM385101023d5~CE
JANM3851 010230:5~Cq
JANM38510/02305CD
6
17# M53204P
6
M53205P
6
18#
M53206P
6
ig:~ M53207P
6
6
21"~
6
22~4i
23#' MIC74H04J
6
6
24# MIC74H05J
MIC5404J
6
MIC5405AJ
6
6
~~~1I ~:g~:g~j
6
29~ MIC6405AJ
6
6
~I!# ~:g:g~j
6
31t~
32. MIC7404N
6
6
33!~ MIC7405AJ
MIC7405AN
6
34t~
6
35. MIC7405J
36. MIC7405N
6
3H MIC54135J
6
38. MIC54137J
6
6
~g:
6
4,. MIC74137J
6
42t MIC74137N
6
43
N8T96B
6
N8T96F
44
6
45
N8T98B
6
N8T98F
46
6
47
N74H04A
6
48
6
49
6
50
N74H05F
6
N74LS04A
51
6
N74LS04F
52
6
N74LS05A
6
53
54
N74LS05F
6
6
55" N74S04A
6
56" N74S04F
6
57" N74S04W
6
58" N74S05A
i 6
59" N74S05F
6
60" N74S05W
6,. N7404A
6
6
62" N7404F
63t N7405A
6
6
64" N7405F
6
6St N7406A
N7406F
6
g~: N7407A
6
6
68" N7407F
69. N7416A
6
6
70" N7416F
7,. N7417A
6
6
72" N7417F
73
NC7404N
6
I
NC7405N
74
6
RSN54H04H
75
6
I 6
RSN5404H
76
S54H04A
77
6
78
S54H04F
6
79
S54H04W
6
80
S54H05A
6
81
6
82
6
6 I
83" S54S04A
6
84"
I~~:~g:~
6
85"
6
86" S54S05A
6
87" S54S05F
6
88" S54S05W
89. S5404A
6
6
90" S5404F
9,.,. S5404W
6
92t S5405A
6
6
93"
6
94" I~~:g~~
MO~
2.0%
.80*
0.0
5.5
1.1
-55
125 K06112a M314
Hex Inverter"Fan Out 10·tod 16ns max.
MO~
2.0%
.80*
0.0
5.5
1.1
-55
125 K06112a M314
Hex Inverter;Fan Out 10;tpd 16n. max.
MO~
2.0%
.80*
0.0
5.5
1.1
-55
125 K06112a M314
Hex Inverter;Fan Out 10;tpd 16n. max.
Mm
2.0%
.80*
0.0
5.5
1.1
-55
125 K06112a FP116
Hex Inverter'Fan Out 10:tod 16n. max.
MO~
2.0%
.80*
0.0
5.5
1.1
-55
125 K06112a FP115
Hex Inverter;Fan Out 10;tpd 16ns max.
Mm
2.0%
.80*
0.0
5.5
1.1
-55
125 K06112a FP115
Hex Inverter;Fan Out 10;tpd 16ns max.
MO~
2.0%
.80*
0.0
5.5
1.1
-55
125 K06112a FP115
Hex Inverter'Fan Out 10:tPd 16ns max.
Hex Inverter;Fan Out 10;tpd 16ns max.
MO~
2.0%
MO~
2.0%
MO~
2.0%
~g~
2.0%
2.0%
2.0%
2.0%
2.0%
16
~~~~~~~
~~::
~:g:~~~~
~~:~g~~
~~:~g~~
190
D.A. T.A.
I
M~~
M~~
MO~
M
MOl
~~~
2.0%
2.0%
2.0%
2.0%
2.0%
M~~
2.~!"
MO~
MO~
M 0
0.0
5.0
10mI'> -55
0.0
5.0
10mI'> -25
0.0
5.0
10mI'> -40
0.0
5.0
10mI'> 0
5.0
10mI'> -55
0.0
5.0 150mt 0
O'I!
0.0
5.0 150mt -55
0.0
5.0 150mt -25
0.0
5.0 150mt -40
0.0
5.0 150mt 0
0.0
5.0 150mt -55
0.0
5.0 145mt 0
0.0
5.0 145mtl~55
0.0
5.0 145mt -25
0.0 , 5.0 145mt 1-40
0.0
5.0 145mt 0
5.0 145mt '-55
0.0
0.0
5.0
,0
-55
0.0
5.0
0.0
5.0
-25
0.0
5.0
-55
0.0
5.0
0
0.0
5.0
-55
0.0
5.0
-25
0.0
5.0
-55
0.0
-55
5.0
0.0
5.0
-55
0.0
5.0 114mt -55
0.0
5.0 114mt -55
0.0
5.0 114mt -55
0.0
5.0 i 102mt -55
5.0 102mt -55
0.0
0.0
5.0 102mt -55
0.0
5.0
0
0.0
5.0
0
0.0
5.0
0
0.0
5.0
0
0.0
5.0
0
0.0
5.0
0
33m 0
5.0
I 0.0
0.0
5.0
33m 0
0.0
5.0
33m 0
0.0
5.0
33m 0
0.0
5.0 114mt 0
0.0
5.0 114mt 0
0.0
5.0 114mt 0
0.0
5.0 102mt 0
0.0
5.0 102mt 0
0.0
5.0 102mt 0
5.0
-55
0.0
0.0
5.0
60m -55
0.0
5.0
-55
0.0
5.0
10mI'> -55
5.0
0.0
0.0
5.0
5.0 150mt i-55
0.0
0.0
5.0 150mt '-55
5.0 150mt -55
0.0
0.0
5.0 145mt -55
0.0
5.0 145mt -55
0.0
5.0 145mt -55
5.0 150mt -55
0.0
0.0
5.0 150mt -55
5.0 150mt -55
0.0
5.0 145mt -55
0.0
0.0
5.0 145mt -55
0.0
5.0 145mt -55
0.0
5.0
10mI'> -40
0.0
5.0
10mI'> -40
5.0
10mI'> -40
0.0
0.0
5.0
0
5.0
0.0
60m 0
0.0
5.0
0
5.0
0.0
10mI'> 0
0.0
5.0 ,10mI'> 0
0.0
5.0 150mt 0
5.0 150mt 10
0.0
~.O 1150mt \0
0.0
5.0 i145mtjO
0.0
5.0 145mt 0
0.0
0.0
5.0 1145mT
0.0
g
0.0
0.0
5.0 ! 150mt:0
0.0
5.0
i145mti0
1 0.0
5.0 145mt 0
0.0
5.0
0.0 5.25 11g~tig
i
I
19~~I:~~
i
I
i
~:g Il~g~~
I
IN ORDER OF (1 )USE(2)LEVEL'1'(3)LEVEl'O'
141MAX OPER FREQI51TYPE No.
DRAWINGS
LOGIC OUTLINE
DWG. No DWG. No
,',=MO
GENERAL DESCRIPTION
'C
m~~~ll~
125
125
125
125
125
125
125
125
125
125
70
125
85
85
70
125
125
70
125
70
125
85
85
70
125
K06115
K06115a
K06115a
K06115a
~~~ll~
K06115
K06115a
K06115a
K06115a
K06107e
K06107e
K06107e
K06107e
K06112
K06112
K06112
K06107
K06107
K06107a
K06107a
K06107a
K06107a
K06107d
K06107d
'
;g5!~g~11~
85
85
,70
125
70
125
85
85
70
125
70
125
85
85
70
125
85
125
125
125
125
125
125
125
125
125
70
70
70
70
70
70
70
70
70
70
70
70
70
70
70
70
125
125
125
125
K06115
K06115
K06115
K06115
K06115a
K06115a
K06115a
K06115a
K06115a
K06115a
K06115
K06115
K06115
K06115
K06115a
K06115a
K06115a
K06115a
K06112
K06112
K06109b
K06109b
K06109b
K06125
K06125
K06125
K06107a
K06107a
K06107
G04387e
G04387e
G04387e
K02162
K02162
K02162
K02162
K06109b
~g~lg~~
K06125
K06125
K06125
K06107a
K06107a
K06107
K06107a
K06107a
K06107a
K06115
K06115
K06115
K06115a
K06115a
K06115a
K06115
K06115
K06115
K06115a
K06115a
K06115a
K06107b
K06107a
K06107a
K06107a
K06107a
K06107
K06107a
K06107a
K06115
K06115
m
125
125
125
125
m
125
125
125
125
m
85
85
85
70
70
70
70
70
70
70
70
70
70
70
70
70
70
70
70
70
70
~~J~f
FP3ge
M318
M257f
FP3ge
M318
M257f
FP3ge
~~J~f
FP3ge
TOl16
TOl16
TOl16
TOl16
TOl16
TOl16
T085
T085
T085
TOl16
TOl16
TOl16
TOl16
T085
T085
TOl16
TOl16
TOl16
TOl16
T085
T085
TOl16
TOl16
TOl16
TOl16
T085
T085
TOl16
TOl16
TOl16
T085
TOl16
TOl16
TOl16
T085
M157b
M126
M157b
M126e
M04AA
M157b
M126e
I'>004AA
M157b
M126e
T084
M157b
M126e
T084
M157b
M126e
M157b
M126e
M157b
M126e
I'>004AA
M157b
M126e
I'>004AA
M157b
M126d
I'>004AA
M157b
M75a
I'>004AA
M157b
M126a
M04AA
M157b
M126a
I'>004AA
M157b
M126a
I'>004AA
M157b
M126a
I'>004AA
M75a
M75a
M75a
M157b
M126e
T084
M157b
M126e
M157b
M126e
~g~ma m~~b
K06115a
K06115a
K06115
K06115
K06115
K06115a
K06115a
K06115a
G0414a
M126e
T084
M157b
M126e
T084
M157b
M126e
T084
M114
!"!ex Inv ~u!!er-:!!"ver;tp~ !~ns max.
Hex Inv Buffer/Driver;tpd 23ns max.
Hex Inv Buffer/Drivef'tod 23ns max.
Hex Buffer/Driver;tpd =:!Ons max.
Hex Buffer/Driver;tpd 30ns max.
Hex Buffer/Driver~tod 30n5 max.
Hex Inv Buffer/Driver;tpd 23ns max.
Hex Inv Buffer/Driver;tpd 23ns max.
Hex Inv Buffer/Driver·ted 23ns max.
Hex Buffer/Driver;tpd 30ns max.
Hex Buffer/Driver;tpd 30ns max.
Hex Buffer/Driver·ted 30ns max.
Hex inverter;Tpd 22ns max;FO 1O.
Hex inverter;Tpd 22ns max;F010.
Hex inverter'Ted 22ns max'FO 1o.
Hex inverter;Tpd 22ns max;FO 1O.
Hex Inverter;tpd 22n5 max.
Hex Inverter·ted 22ns max.
Hex Inverter;tpd 22ns max.
Hex inverter;Tpd 22ns max;FO 1O.
Hex inverter'Ted 22ns max'FO 10.
Hex inverter; tpd 23ns max.
Hex inverter; tpd 23ns max.
Hex inverter' 1lLd 23ns max.
Hex inverter; tpd 23ns max.
Hex inverter; tpd 23ns max.
Hex inverter' ted 23ns max.
TTL Hex inverter;buffers/drivers; tpd 15ns
TTL Hex inverter;buffers/drivers; tpd 15ns
TTL Hex inverter'buffers/drivers' ted 15ns
TTL Hex inverters;buffers/drivers;tpd 15ns
TTL Hex inverters;buffers/drivers;tpd 15ns
TTL Hex inverter'buffers/drivers' tpd 15ns
TTL Hex buffers/drivers; tpd 14ns
I TTL Hex buffers/drivers; tpd 14ns
TTL Hex buffers/drivers' ted 14ns
TTL Hex buffers/drivers; tpd 14ns
TTL Hex Buffers/Drivers;Tpd 14ns.
TTL Hex buffers/drivers' ted 14ns
TTL Hex Inverter Buffers/drivers;tpd 45ns.
TTL Hex Inverter Buffers/drivers;tpd 45ns.
TTL Hex Inverter Buffers/drivers·tpd 15ns.
TTL Hex Inverter Buffers/drivers;tpd 15ns.
TTL Hex Buffers/drivers;tpd 14ns.
TTL Hex Buffers/drivers'led 14ns.
TTL Hex Buffers/drivers;tpd 14ns.
TTL Hex Buffers/drivers;tpd 14ns.
Hex inverter' ted 22ns max.
Hex inverter; tpd 22ns max.
Hex;FO 20;tpd 3.0ns typo
Hex'FO 20·tpd 3.0ns typo
Hex;FO 20;tpd 3.0ns typ.
Hex;FO 10;tpd 5.0ns typo
Hex'FO 10·tDd 5.0ns tVD.
Hex;FO 10;tpd 5.0ns typo
Hex inverter; tpd 22ns max.
Hex inverter' ted 22ns max.
Hex Inverter;tpd 22ns max.
Hex inverter; tpd 55n8 max.
Hex inverter' tpd 55ns max.
Hex Inverter;tpd 55ns max.
Hex Inverter;tpd 20ns max;FO 22.
Hex Inverter:tDd 20ns max·F022.
Hex Inverter;tpd 32ns max;F022.
Hex Inverter;tpd 32ns max;F022.
Hex'FO 20·ted 3.0ns tve .
Hex;FO 20;tpd 3.0ns typo
Hex;FO 20;tpd 3.0ns typo
Hex'FO 10·tpd 5.0ns typo
Hex;FO 10;tpd 5.0ns typo
Hex;FO 10;tpd 5.0ns typo
Hex Inverter'Ted 22ns max.
Hex inverter; Tpd 22ns max; Fo 10.
Hex Inverter;tpd 22ns max.
Hexcted 55ns max.
Hex inverter.
Hex;tpd 55ns max.
,TTL Hexinverter buffers/drivers,!pD 15ns.
TTL Hex Inverter buffers/drivers;tpD 15ns.
TTL Hex Inverter buffer/driver;tpd 15ns.
TTL hex buffers/drivers·tDD 14ns.
TTL Hex buffers/drivers;tpD 14ns.
TTL Hex buffer/driver;tpd 15ns.
TTL Hex Inverter buffers/drivers·teD 15ns.
TTL Hex Inverter buffers/drivers;tpD 15ns.
TTL Hex Inverter buffer/driver;tpd 15ns .
TTL Hex buffers/drivers'tpD 14ns.
TTL Hex buffers/drivers;tpD 14ns.
TTL Hex buffer/driver;tpd 14ns.
Hex inverter.
Hex inverter.
Hex inverter.
Hex Inverter'Ted 22ns max.
Hex inverter; Tpd 22ns max; Fo 10 .
Hex Inverter;tpd 22ns max.
Hex·ted 55ns max .
Hex;tpd 55ns max.
TTL Hex Inverter buffers/drivers;tpD 15ns.
TTL Hex Inverter buffers/drivers·tpD 15ns.
!TL Hex Inverter buffer/driver;tpd 15ns.
TTL Hex buffers/drivers;tpD 14ns.
TTL Hex buffers/drivers·tDD 14ns.
TTL Hex buffer/driver;tpd 14ns.
TTL Hex Inverter buffers/drivers;tpD 15ns.
TTL Hex Inverter buffers/drivers·tpD 15ns.
TTL Hex Inverter buffer/driver;tpd 15ns.
TTL Hex buffers/drivers;tpD 14ns.
TTL Hex buffers/drivers·tpD 14ns.
TTL Hex buffer/driver;tpd 14ns.
TTL·.teD 30ns' Noise Re·. 1.0Vmax· F010.
SYMBOLS AND CODES
EXPLAINED IN INTERPRETER
191
LINE
No.
~
TYPE
No.
11 . MISCELLANEOUS
4J~Mt1
fuS
LOGIC
USE OPER- PROLEVEL
I
ATING CESSf£j'l'
flj'O'
FrJZ?'
~
3
4
5
6
7
8
9
10
g~
13#
14#
15#
16#
m~
19#
~~:
22#
23#
24#
25#
~~:
28#
29#
30#
31#
32#
33#
34#
35#
36
37
38
39
40
41
42
43
:a
46#
47#
48#
49#
50
51
52
53
54
55
56
57
58
59
60
SW7405N
SW7406J
SW7406N
SW7407J
SW7407N
SW7416J
SW7416N
SW7417J
SW7417N
T74H0481
T74H04Dl
T74H04D2
T74H05Bl
T74H05Dl
T74H05D2
T7404B 1
T7404Dl
T7404D2
T7405B 1
T7405Dl
T7405D2
T740681
T7406Dl
T7406D2
T7407Bl
T7407Dl
T7407D2
T7416Bl
T7416Dl
T7416D2
T7417Bl
T7417Dl
T7417D2
TG54S04F
TG54S04J
TG54S05F
TG54S05J
TG74S04F
TG74S04J
TG74S05F
TG74S05J
TL7404N
TL7405N
TL7406N
TL7407N
TL7416N
TL7417N
+~~~mga~
TRW7405#1
TRW7405#2
TRW7406#1
TRW7406#2
TRW7407#1
TRW7407#2
US54H04A
US54H04J
US54H05A
~~ I~~~:~g~i
63
64
65
66
67
68
69
70
71
72
73
74
75
76
77
78
79
80
81
82
US74H04J
US74H05A
US74H05J
US5404A
US5404J
US5405A
US5405J
US7404A
US7404J
US7405A
US7405J
~g~~1t'a~~
RM934J
RM935J
RM936J
RM937J
RM940J
RM941D
RM941J
SFC935E
FCH201
85# FCH211
86
HEPC3004P-RT
MC3108F
87
~~#
~~
~~~:g:r
90
91
92
93
94
95
96
MC5405L
MC5406L
MC5407L
MC5416L
MC5417L
MC7404F
MC7404L P%
~~
~g:g~t:~~
99
100
101
102
MC7407LP%
MC7416L,P%
MC7417L,P%
MCB5404F
19~
~g~~;~~~
105
106
107
108
109
110
192
~
!SW~405J'
MCBC5405
MC3008F
MC3008L,P%
MC3009L P%
~g1ggt
I
I
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
(V)
(V)
:~g:
~q~ ~:g~
MO~
~~~
MO~
M~~
~g~
Mq~
MO~
MO~
M~~
MO
MO~
M~~
~g~
Mq~
MO~
MO~
~~~
MO~
IM~~
~g~
M?;
MO
MO~
~~~
MO~
Mq~
Mqt
MOt
Mq~
Mq~
Mot
I
!
6
6
6
6
6
6
6
6
I 6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
D.A. T.A.
M~~
~g~
M~~
~g~
M 0
150mt 0
150mt 0
150mt 0
150mt 0
150mt 0
150mt 0
150mt 0
150mt 0
140m 0
140m
140m 1~5
140m 0
140m 0
140m -55
60mt 0
60mt 0
60mt -55
60mt 0
60mt 0
60mt -55
60mt 0
60mt 0
60mt -55
145mt 0
145mt 0
145mt .-55
60mt 0
SOmt 0
60mt -55
145mt 0
145mt 0
145mt -55
270m§ -55
270m§ -55
45m§ -55
45n§ -55
270m§ 0
270m§ 0
45m§ 0
45m§ 0
118mt 0
112mt 0
210mt 0
186mt 0
210mt 0
186mt 0
0
0
10m 0
10m 0
150m 0
150m 0
145m 0
145m 0
-55
-55
-55
-55
'0
0
0
0
-55
-55
-55
-55
0
0
0
0
500mt -30
500mt -30
-55
-55
-55
-55
8.5m
-55
6.0m
-55
6.0m
-55
0
42m
0
66m
0
60mt
140mt -55
~g~~ !~55
60mt
105mt
145mt
105mt
145mt
60mt
60mt
19~~~
145mt
105mt
145mt
60mt
~Omt
60mt
60mt
140mt
140mt
90mt
140mt
90mt
-55
-55
-55
-55
-55
0
0
g
0
0
0
-55
-55
-55
-55
0
0
0
-55
-55
Ijg
70
70
'70
70
70
70
70
70
70
70
70
125
70
70
125
70
70
125
70
70
125
70
70
125
70
70
125
70
70
125
70
70
125
125
125
125
125
70
70
70
70
70
70
70
70
70
70
70
70
70
70
70
70
70
70
125
125
125
125
70
70
70
70
125
125
125
125
70
70
70
70
75
75
125
125
125
125
125
125
125
75
75
75
125
70
125
125
125
125
125
125
70
70
~g
gg:~;3e ~mn
G04233e
K06115
K06115
K06115a
K06115a
K06115
K06115
K06115a
K06115a
Ml05n
TOl16
Ml05n
TOl16
Ml05n
TOl16
Ml05n
T0116
Ml05n
GENERAL DESCRIPTION
~~t:~~g ~g~~: ~~:~: ~:l 1:g~:~g 1g:
TTL·toD 30ns' Noise Re' 1.0V·FO 1O.
Hex Inverting Buffer;Free Collectors.
Hex Inverting Buffer;Free Collectors.
Hex Buffer'Free Collectors.
Hex Buffer;Free Collectors.
Hex Inverting Buffer;Free Collectors.
Hex Inverting Buffer'Free Collectors.
Hex Buffer;Free Collectors.
Hex Buffer;Free Collectors.
Hex Inverter.
Hex Inverter.
Hex Inverter.
Hex Inverter with Ooen Collector.
Hex I nverter with Open Collector.
K0679a
K0679a
K0679a
K0679a
K0679a
K0679a
K0679a
K0679a
K0679a
K0561
K0561
K0561
K0679a
K0679a
K0679a
K0561
K0561
K0561
K06109b
K06109b
K06107a
K06107a
K06109b
K06109b
K06107a
K06107a
K06107e
K06107a
K06115
K06115a
K06115
K06115a
K06107
K06107
K06107
K06107
K06115
K06115
K06115a
K06115a
K06112
K06112
G04387e
K06112
G04387e
G04387e
G04387f
G04387f
G04387e
G04387e
G04387f
G04387f
G04387e
G04387e
K06156
K06156
M126u
M294
M294
M126u
M294
M294
M126u
M294
M294
M126s
M294d
M294d
M126u
M294
M294
M126s
M294d
M294d
T086
M157c
T086
M157c
T086
M157c
T086
M157c
M126n
M126n
M126n
M126n
M126n
M126n
M126
M157
M126
M157
M126
M157
M126
M157
Ml05b
T088
Ml05b
T088
Ml05b
T088
Ml05b
T088
Ml05b
T088
Ml05b
T088
Ml05b
T088
Ml05b
T088
TOl16
TOl16
K0677c
K0682
K0682a
K06107a
K06109
G04387f
G04387d
G04387d
K06115
K06115a
K06115
K06115a
G04387f
G04387d
M126
T0116
T0116
T0116
T086
T086
T0116
T0116
T0116
T0116
TOl16
T0116
TOB6
T0116
~g:~~~e
Hex
Hex
Hex
Hex
Hex
Hex
Hex
Hex
Hex
Hex
Hex
Hex
Hex
Hex
Hex
Hex
Hex
Hex
Inverter with Open Collector.
Inverter·tod 22ns max'Fo 10.
Inverter;tpd 22ns max.
Inverter;tpd 22ns max.
Inverter·tod 55ns max.
Inverter;tpd 55ns max.
Inverter;tpd 55ns max.
Inverter·tod 26ns max.
Inverter;tpd 26ns max.
Inverter;tpd 26ns max.
Buffer/Driver·tod 30ns max.
Buffer/Driver;tpd 30ns max.
Buffer/Driver;tpd 30ns max.
Inverter·tod 26ns max.
Inverter;tpd 26ns max.
Inverter;tpd 26ns max.
Buffer/Driver:tod 30ns max.
Buffer/Driver;tpd 30ns max.
Hex Buffer/Oriver;tpd 30n5 max.
Hex
Hex
Hex
Hex
Hex
Hex
Hex
Hex
TTL
TTL
TTL
TTL
TTL
TTL
Hex
Hex
Hex
Inverter:tod 5.0ns max'FO 20
Inverter;tpd 5.0ns max;FO 20
Inverter;tpd 7.5ns max;FO 20
Inverter:tod 7.5ns max'FO 20
Inverter;tpd 5.0ns max;FO 20
Inverter;tpd 5.0ns max;FO 20
Inverter·tod 7.5ns max'FO 20
Inverter;tpd 7.5ns max;FO 2u
Hex Inverter;tpd 22ns max.
Hex Inverter:tod 55ns max.
Hex Inverter Buffer/Driver Vo
Hex Inverter Buffer/Driver;Vo
Hex Inverter Buffer/Driver Vo
Hex Inverter Buffer/Driver;Vo
Inverter Tpd 22ns max.
Inverter TOd 22ns max.
Inverter.
max.
max.
max.
max.
max.
max.
max.
max.
30V
30V
15V
15V
Hex Inverter.
TTL Hex Inverter buffers/drivers Tod 15n •.
TTL Hex Inverter buffers/drivers Tpd 15ns.
TTL Hex Buffers/Drivers;Tpd 14ns.
TTL Hex Buffers/Drivers'Tod 14ns.
tpD 13ns max;ton 4.0ns; toff _6"Ons.
tpD 13ns max;ton 4.0ns;toff 6.0ns.
toD 18ns max·ton 10nS'toff 6.0ns.
tpD 18ns max;ton 10ns;toff. tic!!.ns.
tpD 13ns max;ton 4.0ns;toff 6.0ns.
toD 13ns max·ton 4.0ns·toff 6.0ns.
tpD 18ns max;ton 10ns;toff 6.0ns .
tpD 18ns max;ton 10ns;toff 6.0ns.
6 Ckts'Hex Inverters·F.O. 10·tod IOns.
6 Ckts;Hex Inverters;F.O. 10;tpd IOns.
6 ckts; hex inverters; F.O. 10; tpd 11 ns
6 Ckts'Hex Inverters·F.O. 10:tod 11 ns.
6 Ckts;Hex Inverters;F.O. 10;tpd IOns.
6 Ckts;Hex Inverters;F.O. 10;tpd IOns.
6 Ckts'Hex Inverters·F.O. 10:tod 11 ns.
6 Ckts;Hex Inverters;F.O. 10;tpd 11 ns.
HexlTranslator.
Hex/Translator.
Hex Inverter;Fanout 8;Pd-16mW;Nm-.~~y.
Hex Inverter;Fanout 8;Pd-7mW;Nm-.50V.
Hex Inverter' Fanout 8·Pd-8.5mW·Nm-.50V.
Hex Inverter;Fanout 7;Pd-12.5mW;Nm-.50V.
Hex Inverter;Fanout 8;Noise Margin-.50V.
Hex Inverter'Fanout 8'Noise Marain-.50V.
Hex Inverter;Fanout 8;Noise Margin-.SOV.
11!~4387d
+g11~
70
70
70
125
K06115
'K06115a
K06115
K06115a
K06107
TOl16
T0116
T0116
FP77
125
75
75
75
125
125
K06107d
K06109
K06109
G04387e
K06109
G04387e
FC2
TOB6
T0116
T0116
TOl16
T0116
m~gg1g~d ~~~7
6 Ckts.; Fan Out of 10.
NAND/NOR Sextuole inverter gate.
NAND/NOR Sextuple inverter gate.
Hex;TTL;4 ckts;tpd 13ns typo
Hex Inverter.
I~
6
6
6
6
6
6
6
6
~kts;tpd 13ns;FO 1O.
Ckts;tpd 13ns;FO 1O.
Ckts·.tod 35ns·F010.
Ckts;TTL;Hex Buffers/Drivers.
Ckts;TTL;Hex Buffers/Drivers.
Ckts'TTL'Hex Buffers/Drivers.
Ckts;TTL;Hex Buffers/Drivers.
Ckts;tpd 13ns;FO 1O.
Ckts·tod 13ns'FO 1O.
I~ ~~ts;tpd ~.5ns;F~.10.
6 Ckts;TTL;Hex Buffers/Drivers.
6 Ckts'TTL'Hex Buffers/Drivers.
6 Ckts;TTL;Hex Buffers/Drivers.
6 Ckts;TTL;Hex Buffers/Driver•.
Hex'6 ckts:tod 13ns typ;FO 10.
Hex;tpd .35ns typ;6 Ckts;FO 10.
Hex;6 Ckts;tpd 13ns typ;FO 10.
Hex·tod 35ns tvo:6 Ckts'FO 10.
Hex
Hex
Hex
Hex
Inverter.
Inverter.
Inverter.
Inverter.
6 ckts·tod 8.0ns tvo:FO 10.
SYMBOLS AND CODES
EXPLAINED IN INTERPRETER
192
LINE
No.
~
3>t
~
TYPE
No.
:~~~j~~
DN1935
4# DN1936
5# DN1937
MC934F
6
7
MC934l
MC936F
8
MC936l
9
10
11
12
MC946G
MC949G
13
MCE936F
14
DM935N
15
DM936N
16
DM937N
FQH141-836
HEPC1032P-RT
19
20
MC834F
MC834L P%
21
22
MC836F
MC836L,P%
23
MC837F
24
~g~~jr
l~#
~~
27
28
29
30
31
32
33
34
35
36
~~
39
40
41
42
43
44
45
46
47
48
49
50
51
~~:
54
~g~~~~P%
MC849G
SFC936E
MC789AP
MC789P
MC889AP
MC889P
SN535
N8H90A
N8H90F
N8H90J
~~~~g~
S8H90J
MC835F
MC835l,P%
MC840F
~g~:~~,P%
MC841L P%
MC935F
MC935L
MC940F
MC940L
MC941F
MC941L
MIC935-1D
MIC935-5D
MC2016F
;~
~ggJ~~'P%
57
58.
59
60
61
62
63
64
65
66
67
6S
69
70
71
72
MC2066LP%
MIA18
HD1S534
HD9V534
RG33S2D
RG33S2K
HD1S536
HD9V536
MC2116F
MC2116L
MC2166F
MC2166l
RG3380D
~~~32~~K
MC429L P%
~~
~~:m,P%
~g.
MC579L
TMI.A],!!.
TRWG38~ll
TRWG380 2
75
76
77
78
81
82
83
84
85
86
87
88
89
90
~J
93
94
95
96
97
~g:
100#
18J:
103#
104#
105#
106
107
108
109
110
193
MC529F
~g~m
~~~jg~
RG371D
RG371K
RG372D
RG372K
RG373D
RG373K
RG380D
~~~g~~
RG381K
RG382D
RG382K
RG383D
RG383K
ZN5404E
ZN5404F
ZN5405E
ZN5405F
ZN7404E
ZN7404F
.ZN7405E
ZN7405F
MM54C04D
MM54C901D
MM54C902D
MM54C903D
MM54C904D
h!.L
f!J~Mt1
USE OPER- PROATING CESS
FREQ.
(Hzl
~
(VI
2.6%
2.6%
MO
2.6%
Mm 2.6%
2.6%
M~~ 2.6%
2.6%
Mq~ 2.6%
Mq~ 2.6%
MO~
2.6%
2.6%
MO
2.6%
MO~
2.6%
2.6%
MO
2.6%
MO
2.6%
2.6%
M~~ 2.6%
~g~ 2.6%
Mq~ 2.6%
MO~ 2.6%
MO~
2.6%
2.1!%
2.6%
MO
2.6%
2.6%
2.6%
MO~ 2.6%
Mq~ 2.6%
Mq~ 2.6%
MO~ 2.7
2.~:*>
MO~
2.8%
2.8%
2.!!:*>
MO~ 2.8%
2.8%
3.0
MO
3.0
MO~ 3.0
3.0
3.0
MO
3.0
Mq~ 3.0
Mq~ 3.0
MO~ 3.0
3.0
MO
3.0
Mm 3.0
3.0
M~~ 3.0
~g~ 3.0%
Mq~ 3.0%
Mq~ 3.0%
MO~ 3.0%
3.0%
3.0%
Mm 3.0%
M~: 3.0%
~g~ 3.0%
3.0%
3.0%
3.1%
MO~ 3.1%
3.1%
3.1%
Mm 3.1%
M~~
~g~
M~f
M1~
~~~
~~~
~
M~;
~~~
M~~
5.0M
~~
~~f
~~~
~g~
1.0Mc,%
1.0Mc,% MQ~
l:g~~~ ~~f
MO~
1.0Mc,%
1.0Mc,%
1.0Mc,%
1.0Mc,%
~~~
MO~
~.1%
3.1%
3.1%
3.1%
3.1%
3.2%
3.2%
3.2%
3.2%
~~B~ ~:~
~
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
LOGIC
LEVEL
MO~
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
g
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
flJT
I~~f ~:~~
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
20M
20M
20M
20M
20M
20M
20M
20M
D.A. T.A.
MQ~
Mq~
Mq~
Mm
~~~
MO~
~g~
MO~
~~f
MO~
M~~
MO
MO~
~g;
M(i~
M~f
~8~
M1~
MO
MO
M~~
~g5
~8~
IN ORDER OF (1)USE(2)LEVEL','(3)LEVEL'O'
(4IMAX OPER FREQ(5ITYPE No.
11 · MISCELLANEOUS
3.3
3.4
3.4
3.4
3.4
3.4
3.4
3.4
3.4
3.5
~.5
3.5
3.5
3.5
3.5
3.5
3.5
3.5
3.5
3.5
3.5
3.5
3.5
3.5
3.5
3.5%
3.5%
3.5%
3.5%
3.5%
~'O'
(VI
::gr
.40*
.40*
.40*
.40*
.40*
.40*
.40*
.40*
.40*
.40*
.40*
.40*t
.45t*
.45t*
.45t*
.45t*
.45*t
.45*
.45*
.45*
.45*
.45*
.45*
.45*
.45*
.45t*
. 50*t
.50*t
.50*t
.50*t
.30
.40t*
.40t*
.40t*
.40t*
.40t*
.40t*
.20
.20
.20
.20
.20
.20
.20
.20
.20
.20
.20
.20
.20
.20
.40*1
.40*t
.40*t
.40*t
.40*
.45*t
.45*t
.45*t
.45*t
1.0*t
1.0*t
.40*t
.40*t
.40*t
.40*t
.40*t
.40*t
.40*t
.40*t
.40*t
.40*t
.40*t
.40*t
.40*t
.40*t
.22
.26
.26
.20
.20
.20
.20
.20
.20
.20
.20
.20
.20
.20
.20
.20
.20
.20
.20
.20
.20
.20
.20
.20
.20
.20
.20
1.5*
1.5*
1.5*
1.5*
1.5*
POWER
I MAX. TEMP.
SUPPLY
TOTAL
LOW HI
SPAN
'PKG.
NEG. POS. D/1SS.
(V)
(V)
W)
'C
'C
Kg
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0
0
0.0
0.0
0.0
0.0
0.0
-0.0
0.0
0.0
0.0
0.0
0.0
0.0
0
a
0.0
0.0
0.0
0.0
0.0
0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
O()
0.0
0.0
0
0
0
0
0
a
0
0
0.0
0.0
0.0
0
0
0
0
0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
~:g
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
8
8
5.0
5.0
5.0
5.0
8.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
8
8
5.0
3.6
3.6
3.6
3.6
8
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
.5.0
5.0
5.0
5.0
5.0
5.0
8
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
·5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
DRAWINGS
LOGIC OUTLINE
DWG. No DWG. No
f,=MO
jg
g~~
g
l~ggH~
75 K0681a
0
0
75 K0677e
0
75 K0677e
-55 125 K0681
-55 125 K0681
-55 125 K0682a
-55 125 K0682a
-55 125 K0682a
-55 125 K0682a
-55 125 K0677b
-55 125 K0677b
-55 1125 K0677a
75 K0677e
0
75 K0677a
75 K0677a
0
75 K0695
88mt 0
75 K06122
66mt 0
75 K0681
66mt 0
75 K0681
66mt 0
75 K0681e
66mt 0
75 K0681e
90mt 0
75 K0681a
90mt 0
75
44mt
0 75 ~g~~j~
60mt
0 75 K0677b
115m 0
75 K0677a
130m 15 55 K0686
130m 15 55 K0686
130m 0
75 K0686
130m 0
75 K0686
36m -55 125 K0610
277m 0
75 K06106a
277m 0
75 K06106a
277m 0
75 K06106a
1~77m '-55
277m -55
277m -55 125 K06106a
42mt 0
75 K0681e
42mt 0
75 K0681e
66mt 0
75 K0681d
66mt 0
75 K0681d
42mt 0
75 K0681e
42mt 0
75 K0681e
42mt -55 125 K0681e
42mt -55 125 K0681e
66mt -55 125 K0681d
66mt -55 125 K0681d
42mt -55 125 K0681e
42mt -55 125 K0681e
-55 125 K0681e
75 K0681e
0
132mt 0
75 K06118
132mt 0
75 K06118
132mt 0
75 K06118
132mt 0
75 K06118
310m
0 70 K0671a
17m§ 0
75 K0684a
17m§ 0
75 K0684a
132mt 0
75 K06109a
132mt 0
75 K06109a
17m§ 0
75 K0684a
17m§ 0
75
132mt -55 125
132mt -55 125 K06118
132mt -55 125 K0611S
132mt -55 125 K06118
132mt -55 125 K06109a
132mt -55 125 K06109a
90mt 0
75 K06107b
75 K06107b
90mt 0
75 K06107b
~Omt 0
75 K06107b
90mt 0
90mt -55 125 K06107b
90mt -55 125 K06107b
90mt -55 125 K06107b
90mt -55 125 K06107b
70 K06107b
5~()m
132m
125
132m -55 125
K06103b
90m -55
K06103b
90m -55
90m -55 125 K06103b
90m -55 125 K06103b
90m 0
75 K06103b
75 K06103b
90m 0
75 K06103b
90m 0
90m 0
75 K06103b
22m -55 125 K06106
22m -55 125 K06106
22m -55 125 K06106
22m -55 125 K06106
22m 0
75 K06106
22m 0
75 K06106
22m 0
75 K06106
22m 0
75 K06106
10
,-55 1125
10
-55 '125
10
10
10m 0
70
70
10m 0
10m 0
70
70
10m 0
500m -55 125 K06162
500m ·55 125 K06165
500m -55 125 K06165
500m -55 125 K06165
500m -55 125 K06165
I
8.5mt
8.5mt
12mt
66mt
66mt
66mt
66mt
90mt
90mt
44mt
60mt
66m
24m,*
I ~:~~ g
~~i~t;
TOl16
TOl16
TOl16
T086
TOl16
T086
TOl16
+g~~6
T0100
T0100
T085
M344
M344
M344
T0116
T0116
T086
T0116
T086
T0116
T086
T0116
T0100
T0100
M126
TOl16
T0116
TOl16
T0116
ZB5
TOl16
M157
T088
m~gglg~: ~~~~6
~gg~1~
~5
m
:~~
1m
T088
T086
T0116
T086
T0116
TOS6
T0116
T086
T0116
T086
TOl16
T086
TOl16
+gll~
T086
T0116
TOS6
TOl16
CB53
M75k
TOS6
Ml05m
FP21b
M75k
TOS6
TOS6
TOl16
TOS6
TOl16
Ml05m
FP21b
T086
T0116
T086
T0116
T086
T0116
T086
T0116
CB53
M157
M126
Ml05m
FP21b
Ml05m
FP21b
Ml05m
FP21b
Ml05m
FP21b
Ml05m
FP21b
Ml05m
FP21b
Ml05m
FP21b
Ml05m
FP21b
M126
T084
M126
T084
M126
T086
M126
T086
M297a
M297a
M297a
M297a
M297a
GENERAL DESCRIPTION
I
~ '::~ts;~an ~ut
!.
6 Ckts;Fan Out 7.
Hex'DTUod 25ns'F08
Hex;DTL;tpD 25ns;FO 8
Fast Hex;DTL;tpd 20ns;F07
DTL'Fan Out 8:tod 30ns'6 ekt.
DTL;Fan ~ut !!;tpd 30ns; 6 ekt.
DTL;Fan Out 8;tpd 30ns; 6 Ckt.
DTL'Fan Out 8:ted 30ns' 6 Ckt.
DTL;~an Out 7;tpd ~~ns; 6 Ckt.
DTL;Fan Out 7;tpd 25ns; 6 Ckt .
DTL' tod-30ns.
DTL; tpd-25ns.
Hex Inverter;Fanout 8.
Hex Inverter·tpd 80ns max.
Hex Inverter;tpd !;lOns max.
Hex Inverter;tpd 80ns max.
Hex Inverters'Diode Inout.
Dual 4-lnput Buffer;tpd 3.5ns typo
6 Hex Inverters;DTL;Fan Out 8;tpd 30ns
6 Hex Inverters'DTL'Fan Out8·tod 30ns .
6 ekts;DTL;Fan Out 8;tpd 30ns .
6 ekts;DTl;Fan Out 8;tpd 30ns.
6 ekts'DTl'Fan Out 7:tpd 30ns.
6 ekts;DTL;Fan Out 7;tpd 30ns.
DTL; tpd-30ns.
DTl' tod-25ns.
6 Ckts.; Fan Out of 8 each.
6 ekt;tpd 12ns;F.0. 16 .
6 ekt:tod 12ns·F.0. 16.
6 ekt;tpd 12ns;F.0. 16.
6 ekt;tpd 12ns;F.O. 16.
4 Ckt· FanOut 10/1nv' Noise Re·. 200mV .
Hex inv;Prop delay 7.0n;tf 50ns max.
Hex;tpd 7.0ns;tf 50ns max.
Hex inv' ProD delav 7.0n·tf 50ns max .
Hex inv; Prop delay 7.0n;tf 50ns max.
Hex;tpd 7.0ns;tf 50ns max.
Hex inv' Prop delay 7.0n·tf 50ns max.
6 Hex Inverters;DTL;Fan Out 8;tpd 30ns
6 Hex Inverters;DTL;Fan Out8;tpd 30ns .
6 Hex Inverters'DTL'Fan Out 8·ted 30ns
6 Hex Inverters;DTl;Fan Out8;tpd 30ns .
6 Hex Inverters;DTL;Fan Out 8;tpd 30n5
6 Hex Inverters'DTL'Fan Out8·tod 30ns.
DTL;Fan Out 8;tpd 30ns; 6 Ckt.
DTL;Fan Out 8;tpd 30ns;6 ekt.
DTL'Fan Out 8·tod 30ns' 6 Ckt.
DTL;Fan Out 8;tpd 30ns; 6 Ckt .
6 Hex Inverters;DTl;Fan Out 8;tpd 30ns .
DTL'Fan Out 8·tpd 30ns' 6 Ckt.
DTL Hex Inverter;Fan Out 8;Tpd 30ns .
DTL Hex Inverter;Fan Out 8;Tpd 30ns .
6 ekts:tod 6.0n tvo;Fan Out 5.
6 ekts;tpd 6.0n typ;Fan Out 5 .
6 ekts;tpd 6.0n typ;Fan Out 5 .
6 ekts:tpd 6.0n tVo;Fan Out 5.
Eighteen inverters
Hex Interface Inverter.
Hex Interface Inverter.
Hex Inv;tpd 9.5ns max;tr 3.0ns max .
Hex Inv;tpd 9.5n" max;tr 3.0ns max.
Hex Indicator Driver.
Hex Indicator Driver.
6 ekts;tpd 6.0n typ;Fan Out 9 .
6 ekts·tod 6.0n tyo;Fan Out 9 .
6 ekts;tpd 6.0n typ;Fan Out 9.
6 ekts;tpd 6.0n typ;Fan Out 9 .
Hex Iny·tpd 9.5ns max·tr 3.0ns max.
Hex Inv;tpd 9.5ns max;tr_~.Ons max.
6 Hex Inverters;TTL;tpd 10ns typo
6 Hex Inverters·TTL·ted 10ns tve.
6 Hex I nverters;TTl;tpd 10ns typo
6 Hex Inverters;TTL;tpd 10ns typo
6 Hex Inverters'TTUod 10ns tyo.
6 Hex Inverters;TTl;tpd 10ns typo
6 Hex Inverters;TTL;tpd 10ns typo
6 Hex Inverters'TTUpd 10ns tyo.
18 ekts;Fan-in 1, Fan-out 10, Per ekt.
Hex One Input Inverter.
Hex One Ineut Inverter.
Hex Inverter;Fanout-15;Noise Margin-l. 1V .
Hex Inverter;Fanout-15;Noise Margin-l. 1V.
Hex Inverter'Fanout-7'Noise MarQin-l.1V,
Hex Inverter;Fanout-7;Noise Margin-l.1V.
Hex Inverter;Fanout-12;Noise Margin-l.l V .
Hex Inverter'Fanout-12'Noise MarQin-l.1V.
Hex Inverter;Fanout-6;Noise Margin-l.1V.
Hex Inverter;Fanout-6;Noise Margin-l. 1V .
Hex Inverter' Fan Out-ll'Noise Marain-l.0V
Hex inverter; fan out 11 ;noise margin 1.0V
Hex Inverter;Fan Out-6;Noise Margin-1.0V
Hex Inverter'Fanout-6'Noise MarQin-l.0V .
Hex Inverter;Fanout·9;Noise Margin-l.0V.
Hex Inverter;Fanout·9;Noise Margin-l.0V.
Hex Inverter·Fanout·5·Noise Margin-1.0V .
Hex Inverter;Fanout-5;Noise Margin-l.0V .
6 ekts; Propagation Time 29ns max .
6 ekts' Proeaaation Time 29ns max.
6 ckts; Propagation Time 29ns max .
6 ckts; Propagation Time 29ns max.
6 ekts' Praoagation Time 29ns max.
6 ekts; Propagation Time 29ns max .
6 ekts; Propagation Time 29ns max.
6 ekts' Prooaoation Time 29ns max.
Hex Inverter;tpd 90ns max.
Hex Inverting TTL Buffer.
Hex Non-Invertina TTL Buffer.
Hex Inverting PMOS Buffer.
Hex Non-Invertina PMOS Buffer.
SYMBOLS AND CODES
EXPLAINED IN INTERPRETER
193
LINE
No.
fiJ
TYPE
No.
.}.,J~
USE
w
Mt1PROOPERATING CESS
FREQ.
(Hz)
~
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
I~~~:g~g~g
~~~~~97N
N8490F
N8490J
S8490A
S8490F
S8490J
20~~ MSM508
21" MSM509
22
HD1S234
23
HD9V234
24# FOH 151-837
25
26
27
MC14009AL
~~ ~ :ggi~t,P%
~~
~g~:gg~~~
30
MC14010AL
~i
~g~:g~g~~
33
34
35
36
~~
39
40
41
42
43
:a
46
47
48
49
50
51
52
53
54
55
56
57
58
59
60
61
~~:~~~!~
MM5609AN
I~~~~~g!~
1300
T214
FCH311
FCH321
LCE704
LCE304
LCE404
LCE504
334AJ
334AL
334BL
334CJ
334CL
~~~!tC
77
78
79
~~1
~~~~t
335ML
ITT332-1D
ITT332-5D
MIC335-1D
MIC335-5Dl
4007A
HDI-54C04
HDI-54C901
HDI-54C903
HDl-74C04
HDI-74C901
HDI-74C903
HD9-54C04
HD9-54C901
HD9-54C903
HD9-74C04
HD9-74C901
~niD41C903
H112D2
82# H112D6
H115Dl
H 115D2
85#
86#
87:#0 H118D2
88# H118D6
H119Dl
H119D2
~~:
~mg~
~gl
~i.: ~~~~~~
93:#0 H215Bl
H218Bl
:!~* H219Bl
SS4049AE
CD4502AD
CD4502AE
CD4502AF
95#
96 .
97"
98"
99"
~g~: cg:gg~!~
102
103
104
105
106
107
108
109
110
194
M~~
MO
Mm
MO~
Mm
~g~
~q~
MO~
M~~
~g~
Mq~
MO§
MOS
I
CD4069BH
MC14049AL
MC14049CL
MC 14049CP
MC14050AL
MC14050CL
MC14050CP
~~l:gg~~t
(V)
(V)
3.5%§
3.5%§
3.5%
3.5%
3.5%
3.5%
3.5%
3.5%
3.5%
3.5%§
~.5%§
3.6%
3.6%
3.6%
3.6%
3.6%
3.6%
3.6%
3.6%
4.0%
4.0%
4.3%
4.99%
4.99%
4.99%
4.99%
4.99%
4.99%
M~§
MO
MOS 4.99%
4.99%
MO 4.99%
MO 4.99%
MC?~ 4.99%
M
1:~*t
~~~
~g~
~~~
,~~~
~g~
M1~
~g~
40
2.0M
2.0M
2.0M
Mtrobed !i.ex Inverter/Buffer
:Hex;tpd 25nst;tr 75ns max;tf 110ns max.
I Hex·tpd 25nst'tr 75ns max·tf 110ns max.
IHex;tpd 25nst;tr 75ns max;tf 110ns max.
. CMS Hex Inverter;tpd 65ns max.
CMS Hex Inverter·tod 65ns max.
CMS Hex Inverter;tpd 65ns max.
CMS Hex Inverter;tpd 65n. max.
CMS Hex Inverter'tpd 65ns max.
CMS Strobed Hex Inverter/Buffer.
CMS Strobed Hex Inverter/Buffer.
CMS Strobed Hex Inverter/Buffer.
CMS Strobed Hex Inverter/Buffer.
CMS Strobed Hex Invert6r/Buffer.
Hex CMOS Comoatible Buffer.
Hex CMOS Compatible Buffer.
Hex CMOS Compatible Buffer.
Fan In-2ll' Fan Out-18' DTl' 7 Ckts.
Inv;FI-l ;FO-17;Prop Dly.-12ns;RCT-4Ckt.
FI-l ;FO-17;Prop. Dly.-12ns;RCT;5 Ckts.
4 Ckts' 12mA Out.
Tpd 65ns;lnput Cap 3.0pl.
Hex Buffer Inverter/Converter;tpd 55ns max
Hex Buffer Inverter/Converter:tod 70ns max
Hex Buffer Inverter/Converter;tpd 55ns max
Hex Inverter.
Hex Inverter.
Hex Inverter.
Hex Inverter.
Strobed Hex Inverter/Buffer.
Hex Buffer Inverter;tpd 55ns max.
Hex Buffer Inverter;tpd 70ns max.
Hex Inverter.
Hex Inverter.
CMS Hex Buffer Inv/Conv;tpd 55ns max.
CMS Hex Buffer Inv/Conv·tpd 55ns max.
CMS Hex Buffer Inv/Conv;tpd 55ns max.
CMS Hex Buffer Inv/Conv;tpd 70ns max.
CMS Hex Buffer Inv/Conv·tQ.d 70ns max.
8 Ckts.;1000mV noise immunity.
Hex Inverter with Strobe(Active Pullup).
Hex Inverter with Strob"iActive PuliuDi.
W/Strobe (without Output Resistors).
W/Strobe (Without Output Resistors).
6 ckts'DTUpd 110ns tVp;FO 1O.
6 ckts;DTl;tpd 125ns typ;F010.
Hex;6 ckts;tpd 150nst;FO 1O.
Hex'6 ckts·tpd 150nst·F010ns.
Hex Inverter Buffer;tpd 23ns max.
Hex Buffer;tpd 30ns max;1 load 40mA.
Hex Inverter Buffer·tod 23ns max.
Hex Buffer;tpd 30ns max;1 load 40mA.
Hex Inverter Buffer;tpd 23n5 max.
Hex Inv:tpd 23ns max.
Hex Buffer;tpd 30ns max;1 load 40mA.
Hex Inv;tpd 30ns max;lload 40mA.
Hex Interface Driver.
Hex Interface Driver.
Hex Interface Driver.
Hex Interface Driver.
Hex Inverter Buffer;tpd 23ns max.
Hex Buffer;tpd 30ns max;1 load 40mA.
Hex Inverter Buffer·tpd 23ns max.
Hex Buffer;tpd 30ns max;1 load 40mA.
Hex Inverter Buffer;tpd 23ns max.
Hex Inv:tpd 23ns max.
Hex Buffer;tpd 30ns max;1 load 4_umA.
Hex Inv;tpD 30ns max;lload 40mA.
TTl-MOS Anal.Sw. and loaic Dr.
TTl-MOS Anal.Sw. and logic Dr.
TTl-MOS Anal.Sw. and l09ic Dr.
TTl-MOS Anal.Sw. and loaic Dr.
Hex Buffer/Converter;tpd 50ns max.
Hex Buffer/Converter;tpd 50ns max.
6 Ckts·Mech. Switch Input Converter.
3 Ckts;2,l or 0 in equals 0 and -3 out.
3 Ckts; -1 to -15V Out.
3 Ckts' -1 to -20V Out.
Hex ECl-MST Translator.
level Translator;ETC to Sat. logic.
level Translator'ETC to Sat. looic.
Saturated logic level to .75V and 1.55V.
Saturated logic level to .75V and 1.55V.
level Translator'ETC to Sat. logic.
level Translator;ETC to Sat. logic.
Saturated logic level to .7 5V and 1.55V.
Saturated loaic level to .75V and 1.55V.
Saturated logic To MECL.
: MECl To Saturated logic.
Quad'MECl To Saturated logic.
Quad;MTTl To M ECl Translator W/Strobe.
Quad MECl to MTTl Tranl.w/Totem-Pole Outp.
Saturated loaic To MECL.
Saturated logic to MECL.
MECl to DTl;tpd 19nst;FO 7.
MECl to Saturated loaic.
MECl To Saturated logic;Quad Translator.
MECl To Saturated logic Quad Translator.
Quad MTTl To MECl Translator W/Strobe.
Quad MTTl To MECL Translator W/Strobe.
Quad MECl to MTTl Transl.wITotem-Pole Outp
Quad MECl to MTTl Transl.wITotem-Pole QutD
Quad Translator(PECl to Saturated logic).
Quad Translator(PECl to Saturated l09ic).
Dual DTl to ECl Translator.
Quad ECl to DTl/TTl Translator.
Quad ECl to TTL Translator.
Quad TTL to ECl Translator.
Quad MTTl to MECl Translator.
Quad MTTl to MECl Translator.
SYMBOLS AND CODES
EXPLAINED IN INTERPRETER
195
LINE
No.
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
~~
21
22,.
23,.
24+
~~.-11
27
~~
f.QJ
~~'1110Ur~f
g~g~g~~
g~~~gg~
DM10124J
DS7800H
DS8800H
FZH181
FZH 185
DM7800H
DM8800H
~iiJ7A
j
33
34
35
36
37
38
39
40
41
42
43
44#
45#
46#
47#
48.
49.
50.
51+
52
53
54#
MC74468F
MC74468l,P%
MC10125l
MC10125P
MC10525F
MC10525l
MlC3
l50
l51
10125B
~5#
70t~
71+
72
n
75
76
77
78
~~
81
82
83
84
85
86
87
g~
90
91
92
93
94
95
96
97
98
99
19y
102
lC?3#
101:
105
106#
19~:
1~~:
196
7
7
7
7
7
7
7
i
7
7
7
7
7
7
7
7
7
7
7
7
7
7
7
7
7
7
7
DM8806J
D3207A-l
56
57
58
59
60
61
62,.
63,.
64,.
65,.
66,.
67,.
68,.
69,.
ATING CESS
FREQ.
(Hz)
MC10124P
NC612
PC612
782
D3210
D3235
DH0034CD
DH0034CH
DH0034D
DH0034H
DM7802J
DM7806J
DM7806W
30
~~
+.J~
~nMt1
USE OPER- PRO-
TYPE
No.
~g~::~~r
~~j~~~
SP751B
SP752A
SP752B
MOS10N
MIS8
MOS10P
MOS6P
MlC4
MC665l,P%
Tl665l
~l~~~~OAD
MM4610AF
MM5610AN
550
550A
551
TF4049AJ
TF4049AN
TP4049AJ
TP4049AN
TF4050AJ'
TF4050AN
TP4050AJ
TP4050AN
FZH161
FZH 165
CD4049AF
I
I
~g~~looNA2
HDI-4049A9
HDl-4050A2
HDl-4050A9
HD9-4049A2
HD9-4049A9
HD9-4050A2
HD9-4050A9
SCl4009AC
SCl4009AD
SCl4009AE
SCl4009AF
SCl4009AH
SCl4010AC
SCl4010AD
SCl4010AE
SCl4010AF
SCL4010AH
SCl4049AC
SCl4049AD
SCl4049AE
SCl4049AF
SCl4049AH
SCl4050AC
SCl4050AD
SCl4050AE
~~t:g~g!~
D3211
SP701A
SP701B
SP702A
SP702B
SP703AE
SP703AF
SP703BE
SP703BF
I
7
7
7
7
7
7
7
7
7
7
7
7
7
7
7
7
7
7
7
7
7
7
7
7
7
7
7
7
7
7
7
7
7
7
7
7
7
7
7
7
7
7
7
7
7
7
7
7
7
7
7
7
7
7
7
7
7
7
7
7
7
7
7
7
7
7
7
7
7
7
7
7
7
7
7
7
7
7
7
7
7
21'1'
LOGIC
LEVEL
]j'O'
(VI
(VI
I~q~ ::~g~
SUPPLY
SPAN
~:~
~gJ
:~g:
~~§
~:g~:
~~~
:~8:
M~~
~gJ
~q~
~g~
~2i
~gs
I
D.A. T.A.
~q~
~~§
~~§
M~~
M~~
~g~
TOTAL I
PKG.
LOlr.
N(t~· P~~. Di,Sv~'
W
:l:g:~
Mm -.96%
-1.6*t
1.8%
.80*
1.8%
.80*
5.0Mll PCB 2.0%
.45*
2.0%
2.0%
2.0%
.80*
2.0%
.80*
2.0%
.80*
2.0%
.80*
2.0%§
.80*
2.0%§
.80*
Mm 2.0%§
.80*
.80'
M.=MO
'C
~~
g:g
:~g
I~~~~~
0.0 380mt -30 85 K0771
5.0 1.2
-55 125 K0760
5.0 1.2
-55 125 K0760
12
0 70 K0733
12 570m§ 0
K0779
j~ K0781
15 690m§ 0
5.0 800m 0
85 K15406
5.0 800m 0
85 K15406
5.0 800m -55 125 K15406
5.0 800m -55 125 K15406
5.0 110mt -55 125 K0782
5.0 110mt -55 125 K0782
5.0 110mt -55 125 K0782a
70 K0782
5.0 110mt 0
5.0 110mt 0
70 K0782
5.0 110mt 0
70 K0782
5.0 110mt 0
70 K0782
5.0 110mt 0
70 K0782a
5.0 250mt -30 85 K0771
5.0 1.0m
-55 125 K0756
5.0 1.0m
70 K0756
0
5.0 240m§ a
70 K0765
5.0 240m§ -25 85 K0765
7
-55 125 K0756
7
0 70 K0756
5
0 70 K0753
19 2.0
a 70 K0778
19 2.0
0
55 K0779
K0773
5.(l 150mt -55
5.0 150mt -55
K0773
5.0 150mt a
75 K0773
5.0 150mt 0
75 K0773
0.0 360mt -30 85 K0772
0.0 380mt -30 85 K0772
0.0 380mt -55 125 K0772
0.0 380mt -55 125 K0772
24
0 70 K0754
5
0 60
0 60,
5
5.0 360mt -30 85 'K15438
5.0 360m -30 85 K15438
20 80m a
70 K0777
20 80m a
70 K0777
20 80m 0
70 K0777
20 80m a
70 K0777
5.0 1.0
70 K0740
0
5.0 300m
0 70
12 1.2
0
70 K0740a
5.0 400m
0 70
5
0 70 K0755
15 104mt -30 75 K0757
15 104mt -30 75 K0757
15 1(l~mt -30 75 K0757
5.0 500m -55 125 K0759
5.0 500m -55 125 K0759
5.0 500m -40 85 K0759
0 70 K0745
5
5
a 70 K0745
5
a 70 K0746
10 300u% -55 125 K0768
10 300u% -55 125 K0768
10 700u% -40 85 K0768
10 700u% -40 85 K0768
10 300u% -55 125 K06145
10 300u% -55 125 K06145
10 700u% -40 85 K06145
10 700u% -40 85 K06145
12 288m§ 0
70 K0764
12 288m§ -25 85 K0764
10 5.0u% -55 125 K0768
10 5.0u% -55 125 K06145
10 5.0u% -55 125 K0768
10 50u% -40 85 K0768
10 5.0u% -55
K06145
10 50u% -40 ~~5 K06145
10 5.0u% -55 125 K0768
10 50u% -40 85 K0768
10 5.0u% -55 125 K06145
10 50u% -40 85 K06145
10 5.0u% -55 125 K0767
10 5.0u% -55 125 K0767
10 5.0u% -40 85 K0767
10 5.0u% -55 125 K0767
10 5.0u% -55 125 K0767
10 5.0u% -55 125 K0759
10 5.0u% -55 125 K0759
10 5.0u% -40 85 K0759
10 5.0u% -55 125 K0759
10 5.0u% -55 125 K0759
10 5.0u% -55 125 K0768
10 5.0u% -55 125 K0768
10 5.0u% -40 85 K0768
10 5.0u% -55 125 K0768
10 5.0u% -55 125 K0768
10 5.0u% -55 125 K06145
10 5.0u% -55 125 K06145
10 5.0u% -40 85 K06145
10 5.0u% -55 125 K06145
10 5.0u% -55 125 K06145
12 707m§ 0
75 K0780
80mt a
70 K0539a
0.0
0.0
60mt a
70 K0539a
80mt 0
0.0
70 K0539
0.0
60mt 0
70 K0539
5.0
80mt 0
70 K0540
5.0
80mt 0
70 K0540
5.0
43mt 0
70 K0540
5.0
43mt 0
70 K0540
m
I~ ~~1e
M278
CN48e
FP39b
CB50
M315
M146f
M 105ao
CN23b
Ml05aq
CN23b
M200
M200
FP97c
M200
M345
M200
W9~5c
M200r
CN23b
CN23b
M126g
M126g
CN63
CN63
CB37c
M146f
M146f
T086
TOl16
T086
TOl16
M191
M278
FP85
M191
CB37c
M256
M153e
FP.2
FP2
FP2
FP2
CB53
CB53
CB53
CB53
CB37c
TOl16
M157a
~jl~:
M346a
M345
CB55
CB55
CB55
M153d
M117x
M153d
M117x
M153d
Ml17x
M153d
M117x
M117aa
M117aa
llOOlAC
ll_I?I?1..AC
M200q
M200c:i
M200q
M200q
FP103
FP103
FP103
FP103
M475d
M475e
M475f
FPlll
FCIZi
M475d
M475e
M475f
FPll1
~C.fl5d
M475e
M475f
~~~11
M475d
M475e
M475f
FPll1
FCIZi
M315
CN58a
CN58a
CN58a
CN58a
M54b
FP21
M54b
FP21
GENERAL DESCRIPTION
~ua~ ~_'!!_~Cvr/~;:;!:t:~L
ranSlator.
Quad MTTl to MECl Translator.
Quad MTTl to MECl Translator.
Dual Universal Voltage Translator.
Dual Universal Voltage Translator.
8 Ckt· Input 15V to -15V.
TTl-to-MOS level Shifter, HV Clock Driver
Quad Bipolar to MOS Driver.
DuaHTl/DTl to CMl/MOS'Tran time 65ns max
Dual TTl(.DTl to CMLlMOS;Tran time 65ns max
Dual;TTLlDTl to CMl/MOS;Tran time 60ns max
dual'lTl/DTl to CMl/MOS'Tran time 60ns max
High Speed MOS to TTl;tpd 22ns typo
High Speed MOS to TTl;tpd 22ns typo
High Speed MOS to TTl:tpd 22ns typo
High Speed MOS to TTl,tpd 22ns tp.
High Speed MOS to TTl;tpd 22ns typo
Hiah Soeed MOS to TTUod 22ns tvo.
High Speed ~~~ to TTl;tpd 22ns typo
High Speed MOS to TTl;tpd 22ns typo
Quad TTL to ECl Translator/Diff Line Dr.
Dual Voltage Translator.
Dual Voltage Translator.
4 Ckts' lSl-TTl' Fan-in 2.
4 Ckts; lSl-TTl; Fan-in 2.
Dual TTl/MOS Translator.
Dual TTl/MOS Translator.
plus 5V in equal -3 to -24V out.
Quad Bipol to MOS level Shifter and Driver
Quad Bipol to MOS level Shifter and Driver
2MOS-To-TTl level Trans W./!ri-State Out
2MOS-To-TTl level Trans W/Tri-State Out
2MOS-To-TTl level Trans W/Tri-State Out
2MOS-To-TTl level Trans WlTri-State Out
MECL-to-MTTl Translator.
Quad MECl to MTTl Translator.
Iguad MECl to MTTl Translator.
Quad MECl to MTTl Translator.
[plus 5V in equal 3 to 24V out.
o in-COM out; 1 in- -6V out.
-.50 to .50 in-O out;-12 to -6V in-l out.
Quad ECl to TTL Translator.
Quad ECl to TTL Translator.
TTl-MOS Anal. SW.Drivers.
TTl-MOS Anal. SW.Drivers.
TTl-MOS logic Drivers.
TTl-MOS logic Drivers.
Ten OutDut level Shifters.
Eight input level shifters
Ten output level shifters.
Six outout level shifters
3 to 16V io equal 5V out.
Triple level Translator;IO 3.0mA;tpd 30ns .
Triole level TranslatodO 3.0mA:tpd 30ns
Triple level Translator;IO 3.0mA;tpd 30ns
~:= ~~~:~!~~~::~~:~:~~l:
Hex Buffer(Non-lnverting).
Output Converters;tr-40;tf-40nsec.
Outout ConverterS'tr-30·tf-20nsec.
Input Converters.
Inverting Hex Buffer.
Invertina Hex Buffer.
Inverting Hex Buffer.
Inverting Hex Buffer.
Non Inverting Hex Buffer.
Non Inverting Hex Buffer.
Non Inverting Hex Buffer.
Non Invertina Hex Buffer.
4 Ckts; lSl-TTl; Noise Rej. 5.0V.
4 Ckts; lSl-TTl; Noise Rej. 5.0V.
Invertinq Tvpe Hex Buffer/Converter.
Non-Inverting Hex Buffer/Converter.
Inverting Hex Buffer Converter.
Invertina Hex Buffer Converter.
Non Inverting Hex Buffer Converter.
Non Inverting Hex Buffer Converter.
Invertina Hex Buffer Converter.
Inverting Hex Buffer Converter.
Non Inverting Hex Buffer Converter.
Non Inverting Hex Buffer Converter.
Hex Buffer Logic Level Conv;lnvert type.
Hex Buffer logic level Conv;lnvert type.
Hex Buffer loaic level Conv'lnvert Tvpe.
Hex Buffer logic level Conv;lnvert Type.
Hex Buffer logic level Conv;lnvert Type.
Hex Buffer loaic level Conv'Non Inver Type
Hex Buffer logic level Conv;Non Inver Type
Hex Buffer logic level Conv;Non Inver Type
Hex Buffer logic level Conv'Non Inver TVDe
Hex Buffer logic level Conv;Non Inver Type
Inv Type Hex Buffer/Converter;tpd 40ns.
Inv TilDe Hex Buffer/Converter·tod 40ns.
Inv Type Hex Buffer~~onverter;tpd 40ns.
Inv Type Hex Buffer/Converter;tpd 40ns.
Inv Tvpe Hex Buffer/Converter·tpd 40ns.
Non-Inv Hex Buffer/Conv,tpd 40ns.
~~~::~~ ~:= ~~~:~jg~~~:~~~ :g~::
Non-Inv Hex Buffer/Conv;tpd 40ns.
Non-Inv Hex Buffer/Conv;tpd 40ns.
ECl-to-MOS level Shifter HV Clock Driver
TTl-MOS Analogue Sw. Drivers.
TTl-MOS Analogue Sw. Drivers.
TTl-MOS logic Drivers.
TTl-MOS logic Drivers.
TTl-MOS Anal.Sw. and logic Dr.
TTl-MOS Anal.Sw. and laaic Dr.
TTl-MOS Anal.Sw. and logic Dr.
TTl-MO_S_ Anal.Sw. and loqic Dr.
SYMBOLS AND CODES
EXPLAINED IN INTERPRETER
196
LINE
No.
f.?J
TYPE
No.
W511
W520
W602
6
7
8
9
12
CD4010AE
CD4010AK
CD4049AD
CD4049AE
CD4049AK
CD4050AD
CD4050AE
15
16
17
18
19
20
21
CM4010AE
CM4049AD
CM4049AE
CM4050AD
CM4050AE
CM4104AD
CM4104AE
l~ 1~~~~51~~~
~~# ~~tdgi~XD
24i HBC4010AF
25# HBC4010AK
HBC4049AD
HSC4049AF
28#
29#
30# HBC4050AF
m~
~~g:g~6!~
~~: ~~~:gTg~:
3li
34#
~a
37#
38
39
40#
41#
42.,
43.,
44.,
45.,
46.,
47.,
48.,
49.,
50.,
51.,
52.,
53.,
54.,
55.,
56.,
57.,
58.,
59.,
60.,
61.,
62
63
HBF4010AF
HBF4049AE
HBF4049AF
HBF4050AE
HBF4050AF
M400
MC666L P%
TL666L
TL666P
CD4009BD
gg:gg~~~
CD4009BK
CD4009BY
CD4010BD
CD4010BE
l~g:glg~~
CD4010BY
CD4049BD
CD4049BE
CD4049BF
gg:g:~~~
CD4050BD
CD4050BE
CD4050BF
CD4050BK
1'(.,~~:gnD
MM74C14N
~~"-11 TAA560
W501
66
67
68
69
70
71
72
n
75
76
77
78
79
80
81
82
83
84
~~
87
88
89
90
91
92
93
94
95
96
97
"98
99
100
101
102.
MC9709P
MC9809P
ULN3303M
ULN3304M
ULN3305M
ULN3306M
MC1035P
MC1235F
MC1235L
SNG83J
SNG83W
SNG80J
SNG80W
SNG81J
SNG81W
SNG82J
SNG82W
DM54!~J
DM54nf'l
DM541 W
DM5414J
DM5414N
DM5414W
DM7413J
DM7413N
DM7414J
DM7414N
DM7414W
DM54132J
DM54132N
DM54132W
DM74132J
g~mn~
FLH351-7414
103.~ FLH355-8414
104~~ FLH601-74132
105+ FLH605-84132
19~#;\ 1~~~~~1~
108
1~6:~
197
F~Z?'
~
4.0M
~~§
MO
~g:
MO~
~g~
Mm
M~1
~g~
~g~
M01
~g~
M01
~q~
MO~
MOS
Mq§
MOS
M~~
~gs
M~§
~gs
~COBS
Mm
~g~
7
7
7
7
7
7
7
7
7
7
7
7
7
7
7
7
7
7
7
7
9
9
9
9
9
9
9
9
9
9
9
SN5413N
FLH351-7413
FLH355-8413
9
g
9
9
9
9
9
9
9
9
9
g
9
9
9
9
9
9
9
9
9
9
9
9
9
9
9
9
9
g
9
9
9
9
9
9
P-C1~
tgi
O.~
0.0
0.0
Moil
~q§
MOS
M~~
MO
MO
M~~
~gs
M~§
MO
MOS
I~g~
MO~
~q§
MO~
MO
MO
gg;
-,aJ6
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10!
10§
19!
10
10
10
10
10
10
10
19
10
10
10
10
10
10
12.5%
12.5%
12.5%
15%
15%
15%
15%
15%
15%
15%
15%
1.5%
15%
15%
15%
15%
15%
15%
15%
15%
15%
15%
15%
N(~~.
(V)
PCB '3.0
MO
MO
7
7
7
7
7
7
7
7
7
7
7
7
7
7
7
7
7
7
7
7
7
7
7
7
7
7
7
7
7
7
7
7
7
7
7
7
SUPPLY
SPAN
~'O'
tV)
~g~
O.Ot
O.Ot
O.Ot
O.Ot
O.Ot
O.Ot
O.Ot
O.Ot
O.Ot
O.Ot
O.Ot
O.Ot
O.Ot
om
O.Ot
O.Ot
O.Ot
om
O.Ot
I
~'2t
O.Ot
om
O.Ot
O.Ot
O.Ot
om
O.Ot
O.Ot
om
O.Ot
O.Ot
O.Ot
0.0
1.5*t
1.5t*
1.5t*
.05*t
.05*t
.05*t
.05*t
.05*t
.05*t
.05*t
.05*t
.05*t
.05*t
.05*t
.05*t
.05*t
.05*t
.05*t
.05*t
:g~:i
.05*t
.05*t
,
15
15
15
5
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
O.g
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
2.0
0.0
0.0
0.0
MO~
~COJ
2.0M
18M% Mel,
18M% Mq~
MO'
MO'
Mq~
Mq~
MO'
~
i~~~~gll
LOGIC
LEVEL
ATING CESS ~'1'
7
~ 1~6~rilOAD
l¥
h1,J~
4JnM~1
USE OPER- PRO-
;
1
2
3
11 · MISCELLANEOUS
POWER
MAX. TEMP.
M1~
MO
MO
20M
20M
20M
20M
20M
20M
20M
20M
M~;
~g,
M~;
MO
MO~
M~~
~g~
~q~
MO'
M~~
MO
MO~
M~~
~gl'
Mq~
MO~
MO~
~q~
MO~
M~~
~g~
Mq~
MO~
MO~
M1~
MO
MO
10M%
10M%
D.A. T.A.
~g~
0'~5
.56%
.56%
.56%
.56%
-.75%
-.75%
-.75%
1.4
1.4
1.4
1.4
1.4
1.4
1.4
1.4
1.4
1.4
1.7
1.7
1.7
1.7
1.7
1.7
1.7
1.7
1.7
1.7
1.7
1.7
1.7
1.7
1.7
1.7
1.7
1.7
1.7
1.7
1.7
1.7
1.7
1.7
1.7
1.7
.58*
.58*
.58*
.58*
-1.6*
-1.E)*
-1.6*
.80
.80
.80
.80
.80
.80
.80
.80
.80
.80
.~~
.90
.90
.90
.90
.90
.90
.90
.90
.90
.90
.90
.90
.90
.90
.90
.90
.90
.90
.90
.90
.90
.90
.90
.90
.90
0.0
0.0
0.0
0.0
0.0
0.0
5.2
5.2
5.2
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
TOTAL
PKG.
LOVI
HI
DL~~'
IN ORDER OF (1)USE(2)LEVEL'1'(3)LEVEL'O'
(4)MAX OPER FREQ(5)TYPE No.
DRAWINGS
LOGIC OUTLINE
DWG. No DWG. No
lI=MO
P&i
'C
'C
10
KU735
:~g I~~
g~~l
10
10
-20
65
CB31
5
K0752
CB37c
O! 70
10 5.0u% -55 1125 K0759
"OOlAE
10 50u% -40 '85 K0759
"OOlAC
10 5.0u% -55 125 K0759
"004AG
10 200m -55 125 K0768
M02AE
10 200m -40 85 K0768
"OOlAC
10 200m -55 125 K0768
"004AG
10 200m -55 125 K06145 M02AE
10 200m -40 85 K06145 "OOlAC
10 200m -55 125 K06145 "004AG
10 200m -55 125 K0759
M210b
10 200m -40 85 K0759
M210b
15 200m -55 125 K0768
"OOlAE
15 200m -40 85 K0768
"OOlAC
15 200m -55 125 K06145 "002AE
15 200m -40 85 K0767
"OOlAC
15 200m -55 125 K0775
15 200m -40 85 K0775
15 200m -55 125 K0775
10 5.0u% -55 125 K0759
10 5.0u% -55 125 K0759
"OOlAE
10 5.0u% -55 125
~gg1!~
10 5.0u% -55 125 ~g~~~
10 5.0u% -55 125 K0768
"OOlAE
10 5.0u% -55 125 K0768
M04AG
10 5.0u% -55 125 K07e7
"OOlAE
10 5.0u% -55 125 K0767
"OOlAE
10 5.0u% -55 125
~gg1!g
10 50u% -40 85
10 50u% -40 85 K0759
"OOlAE
10 ~Ou% -40 85 (0768
"OOlAC
10 50u% -40 85 K0768
"001AE
10 50u% -40 85 K0767
"OOlAC
10 50u% -40 85 K0767
"OOlAE
10 150u -55 95
CBIZI
15 105mt -30 75 K0758
TOl16
15 105mt -30 75 K0758
M157a
15 105mt -30 75 K0758
Ml14f
15 200m -55 125 K06119 "OOlAE
15 200m -55 125 K06119
15 200m -55 125 K06119 ~ggl!g
15 200m -55 125 K06119 ,,004AG
15 200m -55 125 K06119 "OOlAC
15 200m ,-55 125 K0759
"OOlAE
15 200m -55 125 K0759
M01AC
15 200m -55 125 K0759
"OOlAC
15 200m -55 125 K0759
"004AG
15 200m -55 125 K0759
"OOlAC
15 200m -55 125 K0768
"OOlAE
15 200m -55 125 K0768
"OOlAC
15 '200m -55 125 K0768
"OOlAC
15 200m -55 125 K0768
"004AG
15 200m -55 125 K0768
"OOlAC
15 200m -55 125 K06145 "OOlAE
15 200m -55 125 K06145 "OOlAC
15 200m -55 125 K06145 "OOlAC
15 200m -55 125 K06145 "004AG
15 200m -55 125 K06145 "OOlAC
-55 125 K09116 M297a
0
70 K09116 M344
2.5 120m -20 60 K09118 CN71c
10 525m -20
65 K0921
CB31
3.6
95mt 15 55 K09102 TOllS
3.6
95mt 0
75 K09102 TOl16
-40 100 K09111 M391
~:g i~~g~ -40 100 K09112 M391
-40 100 K09111a M391
-40 100 K09112a M391
0.0 '300mt 0
75 K15159 TOl16
0.0 300mt -55 125 K15159 T086
0.0 300mt -55 125 K15159 TOl16
5.0
15m 0
75 K0944
M157b
5.0
15m 0
75 K0944
"004AF
5.0
15m -55 125 K0944
M157b
5.0
15m -55 125 K0944
"004AF
5.0
15m -55 125 K0944
M157b
5.0
15m -55 125 K0944
"004AF
5.0
15m 0
75 K0944
M157b
5.0
15m 0
75 K0944
"004AF
M157
5.0
15m -55 125 K0944
M126
5.0
15m -55 125 K0944
M294b
5.0
!!4mt -55 125
5.0
84mt -55 125 ~g~lg: M344
5.0
84mt -55 125 K09104 FP97a
5.0 125mt -55 125 K09106b M294b
5.0 125mt -55 ,125 K09106b M344
5.0 125mt -55 '125 K09106b FP97a
5.0
70 K09104 M294b
84mt 0
5.0
84mt 0
70 K09104 M344
5.0 125mt 0
70 K09106b'M294b
5.0 125mt 0
70 K09106b M344
5.0 125mt 0
70 K09106b FP97a
5.0 100mt -55 125 K09106a M294b
5.0 100mt -55 125 K09106a M344
5.0 100mt -55 125 KOgl06a FP97a
5.0 100mt 0
70 K09106a M294b
M344
5.0 100mt 0
I~g K09106a
K09106a FP97a
5.0 100mt 0
5.0 300m! 0
70 K09l04 M1260
5.0 300m§ 25 85 K09104 M126p
5.0 200m! 0
70 K09109 M126p
5.0 200m! -25 85 K09109 M1260
70 K09106 T0116
5.0
0
5.0
0
75
Ml05j
5.0 180m'li -55 125
M126a
5.0 160m! 0
70 K09104 M126p
5.0 160m! -25 85 K09104 M1260
i
~~
~~lAE
~g~~~
~:g I~~g~
l~g~;
GENERAL DESCRIPTION
IDifferential 25andand -50Vto toO'I!.0.0andand-3.I!.V;
-3.0V.
!:~nverts ~5_
-~U'y_
Outout of ±6.0V at 15mA.
-3 to -l_~V in - plus 5v out.
Hex Buffer Converter;tpd 55n8 max.
Hex Buffer Converter'1od 70ns max.
Hex Buffer Converter;tpd 70n5 max.
Inverting Type Hex Buffer/Converter.
Invertinc Tvoe Hex Buffer/Converter.
Inverting Type Hex Buffer~(,;onverter.
Non-Inverting Hex Buffer/Converter.
Non-Invertinii Hex Buffer/Converter.
Non-Inverting Hex Buffer/Converter.
~:~ ~~~:; g~~~:~:;;~~~ ~g~~ ~:~:
Inverting Type Hex Buffer/Converter.
Inverting Type Hex Buffer/Converter.
Non-Invertin" Hex Buffer/Converter.
Non-Inverting Hex Buffer/Converter.
Quad Low to High Level Translator.
Quad Low to Hiiih Level Translator.
Quad Low to High Level Translator.
CMS Hex Buffer Converter;tpd 55ns max.
CMS Hex Buffer Converter·tpd 55ns max.
CMS Hex Buffer Converter;tpd 55ns max.
CMS Inv.Type Hex Buffer/Converter.
CMS Inv.Tvoe Hex Buffer/Converter.
CMS Inv.Type Hex Buffer/Converter.
CMS Non-lnv.Hex Buffer/Converter.
CMS Non-lnv.Hex Buffer/Converter.
CMS Non-lnv.Hex Buffer/Converter.
CMS Hex Buffer Converter;tpd 70ns max.
CMS Hex Buffer Converter·tpd 70ns max.
CMS Inv.Type Hex Buffer/Converter.
CMS Inv.Type Hex Buffer/Converter.
CMS Non-lnv.Hex Buffer/Converter.
CMS Non-lnv.Hex Buffer/Converter.
Hex Buffer;Logic Level Conv .. lnvert.type.
Triple LEVEL Translator'IO 3.0mA·tod 30ns.
Triple Level Translator;Fan Out 10.
Triple Level Translator;Fan Out 10.
Inverting Hex Buffer/Converter.
Inverting Hex Buffer/Converter.
Inverting Hex Buffer/Converter.
Invertinii Hex Buffer/Converter.
Inverting Hex Buffer/Converter.
Non-Inverting Hex Buffer/Converter.
Non-Invertinil Hex Buffer/Converter.
Non-Inverting Hex Buffer/Converter.
Non-Inverting Hex Buffer/Converter.
Non-Invertino Hex Buffer/Converter.
Inverting Hex Buffer/Converter.
Inverting Hex Buffer/Converter.
Invertina Hex Buffer/Converter.
Inverting Hex Buffer/Converter.
Inverting Hex Buffer/Converter.
Non-Invertina Hex Buffer/Converter.
Non-Inverting Hex Buffer/Converter.
Non-Inverting Hex Buffer/Converter.
Non-Invertino Hex Bliffer/Converter.
Non-Inverting Hex Buffer/Converter.
Hex Schmitt Trigger.
Hex Schmitt Triccer.
Level Detector;~O 50mA max.
-IN equals GND out;GND IN equals -3Vout.
Quad Schmitt Triaaer'RTl'tr And tf 20ns.
Quad Schmitt Trigger;RTL;tr and tf 20ns.
Threshold Detector w/Complementary Outputs
Detector w/Zener Clamoed Outout.
Dual Detector w/Complementary Outputs.
Dual Detectorw/l Out Zener Clamp.
Dual Schmitt TriaaerlTriole Diff. Amo.
Dual Schmitt Trigger/Triple Di . Amp.
~~~I OSu;h~!JoJ;i~~3e21o~l~e~b~tP~";~ns.
Fan Out 5;Vout 3.3;250m resp;tpd 12ns.
Fan Out 12;Vout 3.3;250m resp;tpd12ns.
Fan Out 12'Vout 3.3·250m reso:tod 12ns.
Fan Out 6;Vout 3.3;250m resp;tpd 12ns.
Fan Out 6;Vout 3.3;250m resp;tpd 12ns.
Fan Out 10'Vout 3.3·250m reso:tod 12ns .
Fan Out 1O;Vout 3.3;250m resp;tpd 12ns.
Fan Out 12;Vout 3.3V;250m resp.
Fan Out 12'Vout 3.3V·250m resp.
Dual;Hysteresis !!OOmV;tpd 27ns max.
Dual;Hysteresis 800mV;tpd 27ns max.
Dual'Hvsteresis 800mV:tod 27ns max.
Hex;Hysteresis 800mV;tpd 22ns max.
Hex;Hysteresis 800mV;tpd 22ns max.
Hex'Hysteresis 800mV·tpd 22ns max.
Dual;Hysteresis 800mV;tpd 27ns max.
Dual;Hysteresis 800mV;tpd 27ns max.
Hex'Hvsteresis 800mV·tad 22ns max.
Hex;Hysteresis 800mV;tpd 22ns max.
Hex;Hysteresis 800mV;tpd 22ns max.
Quad'Hvsteresis 800mV·tod 22n5 max.
Quad;Hysteresis 800mV;tpd 22ns max.
Quad;Hysteresis 800mV;tpd 22ns max.
Quad'Hvsteresis 800mV·tpd 22ns max.
Quad;Hysteresis 800mV;tpd 22ns max.
Quad;Hysteresis 800mV;tpd 22ns max.
Six NAND·tod 27ns max'FO 20 max.
Six NAND;tpd 27ns max;FO 20 max.
Quad NAND;tpd 27ns max;FO 20 max.
Quad NAND·ted 27ns max'FO 20 max.
Fan Out 10 max;tpd 17ns;Hysteresis 800mV,
~~gm ~~~~ ~~~.~~~~:~:~ii~ ~%%~~'.
Dual Nand;tpd 27ns max;FO 20 max.
Dual Nand:tod 27ns max'FO 20 max.
SYMBOLS AND CODES
EXPLAINED IN INTERPRETER
197
~
LINE
No.
~
TYPE
No.
3
84M
4#
a ~~g~1~~~M
SFC4132ET
7# SFC4132KM
SFC4132PM
M53214P
10#
g:
~~dW12JJ
MIC6413J
MIC7413J
MIC7413N
FLH731-49713
13#
lH
15",
1~'"
17",
18",
19",
20",
21",
22",
~t~~W~~1"33S 1
FLH735T49813S1
N7413A
N7413F
N7414A
N7414F
N7414W
N74132A
23",
24",
~5'"
26",
27",
28",
29",
30",
31",
32",
33",
~j!1~~0
S5413A
~;!1~0
S5414A
S5414F
S5414W
S54132A,
~~'" S54132F
S54132W
SFC413E
37# SFC413EM
SFC413ET
SFC413PM
SN54132J
40
41
SN54132W
SN74132J
42
43
~W7~?JJN
44
SW7413N
45
SN5413J
46
47
SN5413W
SN7413J
48
SN7413W
49
50
TRW7413#1
51
TRW7413#2
52# ZN5413J
ZN7413E
;~: ZN7413J
55# ZN5413E
56# FCL101
SN54S I 32J
57
SN54S132W
58
59
SN74S132J
SN74S132N
60
61+ MST2
62", N74232A
63", N74232F
64", N74232W
65", S54232A
66", S54232F
67",
68#
69
SN5414J
70
SN5414W
71
SN7414J
SN7414N
72
SN54LS13J
SN54LS13W
75
SN54LS 14J
~~1
~a
¥~;~Wi
n
~~;!t~1m
j~
78
SN54LS132W
79
SN74LS13J
80
SN74LS13N
81
SN74LS14J
SN74LS14N
82
SN74LS132J
83
84
SN74LS132N
MST!
85
86
541
LCE311
87
88
I~~j~t
89
367BL
90
91
I~~jgt
92
93
367ML
94
95
96
368BL
97
I~~ggt
98
99
368ML
FZH241
lOOt:
101+ . FZH245
HD1-54C14
102
103
IHD1-74C14
104
HD9-54C14
105
HD9-74C14
106
CD4093BH
10H MC14583AL
108+ MC14583CL
109
MC14583CP
T306
110
I~~~~t
198
ATING CESS
FREQ.
! 1Hz)
lJ'l'
LOGIC
LEVEL
f1J'O'
9
9
9
9
9
9
9
9
9
9
9
9
9
5.0Mt.
PCB
2.0%
2.0%
MO
2.0%
MO
2.0%
Mq~ 2.0%
MO~ 2.0%
MO~ 2.0%
Mq~ 2.0%
Mq~ 2.0%
Mm 2.0%
2.0%
2.0%
Mm 2.4%
2.4%
~g~ 2.4%
MO~ 2.4%
Mq~ 2.4%
Mq~ 2.4%
MO~
2.4%
2.4%
MO
2.4%
MO~
2.4%
Mq~ 2.4%
MO~
2.4%
MO~ 2.4%
Mq~ 2.4%
Mq~ 2.4%
Mm 2.4%
2.4%
MO
2.4%
MO~ 2.4%
2.4%
~g~ 2.4%
MO~ 2.4
Mq~ 2.4
MO~ 2.4
MO~ 2.4
M~~ 2.4%
2.4%
MO
MO~ 2.4%
2.4%
M~~ 2.4
2.4
Mq~ 2.4
Mq~ 2.4
MOr 2.4
2.4
MO
2.4
Mot 2.4
2.4
M~~ 2.4
2.4
Mq~ 2.4
Mq~ 2.5%
MO~
2.5%
2.5%
MO
Mm g~
3.0%
PC~ 3.3
3.3
Mq~ 3.3
MO~
3.3
MO~ 3.3
3.3
MO
3.3
MO~ 3.4
3.4
M~~ 3.4
3.4
Mq~ 3.4
MO~ 3.4
MO~ 3.4
M1~
~q~
~
9
9
9
9
9
9
9
9
9
9
9
9
9
9
9
9
9
9
9
9
9
9
9
9
9
9
9
9
9
9
9
9
9
9
9
9
9
9
9
9
9
9
9
9
9
g
9
9
9
9
9
9
9
9
9
9
9
9
M~~
M~;
20M
20M
20M
20M
20M
20M
20M
20M
20M
29M
5.0M
~g~
M~f
~g~
M~f
2.0M
~
9
9
9
9
9
9
9
9 5.0M
9 5.0M
9 3.0M
9
9
9
9
9
9
9
9
9
9
9
9
9 500k%
9 500k%
9
9
9
9
9
g
9
g
9 i5.oM
D.A. T.A.
~g~
M~;
~g~
~q;
MO~
M~~
~g~
MO~
Mq~
MO~
PCB
PCB
MO~
M1~
MO
MO
Mq~
Mq~
MO~
MO
~g~
M1~
MO
MO
M~~
~gE
MOE
Mq~
MOE
~g~
MOE
i~J>~
SUPPLY
SPAN
~.4
3.4
3.4
3.4
3.4
3.4
3.4
3.4
3.4
4.0%
5.0
6.0
6.5*
6.5*
6.5*
6.5*
6.5*
6.5*
6.5*
6.5*
6.5*
6.5*
6.5*
6.5*
7.5%
7.5%
8.0%
8.0%
8.0%
8.0%
9.99%
~:~~~
9.99%
-3.0
::~*
u'f2
12
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0
0.0
0.0
0.0
0.0
16
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
.45*
.70*
.70*
.70*
.70*
.70*
.80*
.80*
.80*
.80*
.80*
.80*
.40t*
.40t*
.40t*
.40t*
.40*t
.40*t
.40*t
.40*t
.40*t
.40*t
.40*t
.40*t
.40*t
.40*t
.40*t
.40*t
.40*t
.40*t
.40*t
.40*t
.40*t
.40
.40
.40
.40
.40*
.40*
.40*
.40*
.40
.40
.40
.40
.40
.40
.40
.40
.40
.40
.40
.40
.4*t
.50*
.50*
.50*
.50*
.40*
.22t
.22t
.22t
.22t
.22t
.22t
.22t
.20t
.~Ot
.20t
.20t
.25t
.25t
.25t
.25t
.25t
.25t
.25t
.25t
.25t
.25t
.25t
.25t
.5*t
.45
O.Ot
5.0%
5.0%
5.0%
5.0%
5.0%
5.0%
5.0%
5.0%
5.0%
5.0%
5.0%
5.0%
4.5*
4.5*
2.0*
2.0*
2.0*
2.0*
.01*t
.01*t
.01*t
.01*t
-II
TOTAL
PKG.
LOVI
NCv~' P~0' D!~~.
IV). {Vl
~ 5~t~ ~Cu; ~:O%
1~~I41~N
~:
W~
USE:~Mt1
OPER- PAO-
11 · MISCELLANEOUS
POWER
MAX. TEMP.
O.~
,
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
5
0
6
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
12
o'f2
12
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
6
5.0
5.0
5.0
5.0
16
5.0
5.0
;:g
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
;:g
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5
5
12
15
15
12
12
12
15
15
15
12
12
12
15
12
12
10
10
10
10
10
10
10
10
0
1HUm'ji
170m
170m
170m
170m
1~g~~
102m~
85mt
85mt
85mt
85mt
160m!
160m!
160m!
160m!
160m!
160m!
300m!
300m!
300m!
200m!
200m!
200m!
160m!
160m!
160m§
300m!
300m§
300m!
200m!
200m!
200m!
102mt
102mt
102mt
102mt
168m
168m
176m
126m
168m
168m
168m
168m
176m
168m
168m
176m
19m
180mt
180mt
180mt
180mt
520m
220m!
220m!
'C
U 0
0
0
-55
-25
-55
-55
0
0
-55
-40
0
0
0
0
-25
-25
0
0
0
0
0
0
0
0
-55
-55
-55
-55
-55
-55
-55
-55
-55
0
-55
-25
-55
-55
-55
0
0
0
0
:;~
o
0
0
0
-55
0
0
-55
0
-55
-55
0
0
0
0
0
0
-55
220m! -55
220m! -55
168mt 0
150mt -55
150mt -55
150mt 0
150mt 0
105m! -55
105m! -55
105m! -55
105m! -55
70m! -55
70m! -55
105m! 0
105m§ 0
105m! 0
105m! 0
70m! 0
70m! 0
0
0
180m -40
864mt -30
864mt -30
468mt -30
468mt -30
468mt -30
864mt -30
800mt '-30
800mt 1-30
429mt -55
429mt -30
429mt -30
800mt -55
151m! 0
151m! -25
10n% -55
10n% -40
10n% -55
10n% -40
200m -55
1.0u% -55
10u% -40
10u% -40
215m -55
I~~g~:
HI
IN ORDER OF (1)USE(2)LEVELT(3)LEVEL'O'
(4IMAX OPER FREQ(5ITYPE No.
DRAWINGS
LOGIC OUTLINE
DWG. No DWG. No
<'>=MO
GENERAL DESCRIPTION
'C
I'¥O
70
70
125
85
125
125
75
75
125
85
75
75
70
70
85
85
70
70
70
70
70
70
70
70
125
125
125
125
125
125
125
125
125
70
125
85
125
125
125
70
70
70
70
im
'70
70
70
70
125
70
70
125
75
125
125
70
70
70
70
70
70
.125
125
125
70
125
125
70
70
125
125
125
~~~~¥o 1~~t3e
K0938
K09106a
K09106a
K09106a
K09106a
K09106a
K06142a
K06142
K09104
K09104
K09104
K09104
K09104
~g~1g~
K09104
K09105
K09105
K09117
~g~1g
K09109
~dm
T0116
T0116
M126x
M126p
Ml~6p
M126p
M1260
M318
M257f
M318
M257f
FP3ge
M318
~g~1g~ ~l359~
K09105
K09105
K09l05
K09117
K09117
K09117
K09109
K09109
K09109
K09109
K09109
K09109
K09109
K09105
K09105
K09105
K09105
K09105
K09105
K09105
K09105
K09105
K09105
K09105
K09105
K0920a
K09109
K09109
K09109
K09109
K0945
K09109
K09109
K09109
K09109
K09109
K09109
K09104
K09116
K09116
K09116
K09116
K09113
K09113
K09114
K09114
K09114b
K09114b
K09113
K09113
K09114
K09114
K09114b
K09114b
K09101
K0946
K0922
K09108
K09108
K09108
m
125
70
70
70
70
70
70
70
70
100
70
70
85
85
85
70
70
70
125
85
85
125
70
85
125
85
125
85
125
125
85
85
71
CB50
T0116
TOl16
T0116
TOl16
T085
Ml05'
~g~1~~
K09108
K09108
K09108
K09108
K09108
K09108
K09108
K09107
K09107
K09117
K09117
K09117
K09117
K09115
K09110
K09110
K09110
K0914
M318
M257f
FP3ge
M318
M257f
FP3ge
M318
M257f
FP3ge
T0116
T0116
TOl16
T085
M157b
t.004AA
M157b
~dt~6
Ml05n
M157b
t.004AA
M157b
t.004AD
M126
M157
M257e
T0116
M257e
T0116
TOl16
M157b
t.004AA
M157b
M126e
CB53
M318
M257f
FP3ge
M318
M257f
FP3ge
M126n
M157b
t.004AA
M157b
M126e
M157b
t.004AA
M157b
~~~~~A
t.004AA
M157b
M126e
M157b
M126e
M157b
M126e
CB37c
CB55
CN27
M319
M200j
M200'
M319
M200j
M200'
M319
M200j
M200'
M319
M200j
M200'
M 117aa
M117aa
M126v
M126v
T086
T086
~Cfooaa
M200aa
M278
M17
Il:'u~!
.4-ln. I I L :;>cnmltt I!~~mv HysteresIs.
4 Ckt; Trigger Level ± 5V.
2 Ckts Triaaer Level ±5.0V
Quad NAND TTL Schmidt;tpd 35ns max
Quad NAND TTL Schmidt;tpd 35ns max.
Quad NAND TTL Schmidt·tpd 35ns max.
Quad NAND :!:TL Schmidt;tpd 35ns max.
Quad NAND TTL Schmidt;tpd 35ns max.
Hex Schmitt Triooer.
Quad 2 Input NAND Schmitt Trigaer.
Dual Nand 4 Input;tpd 17ns;Fan ut 10.
Dual Nand 4 Inputted 17ns'Fan Out 10.
Dual Nand 4 Input;tpd 17ns;Fan Out 10.
Dual Nand 4 Input;tpD 17ns;Fan Out 10.
Dual Nand·ted 50ns max'lnel 10uA max.
Dual Nand;tpd ~2ns max;lnpl ~2uA max.
Dual Nand;tpd 50ns max;lnpl 10uA max.
Dual Nand·ted 50ns max'lnel 50uA max.
Dual NAND;tpd 27ns max;FO 20 max.
Dual NAND;tpd 27ns max;FO 20 max.
Hex·ted 22ns max'FO 20 max.
Hex;tpd 22ns max;FO 20 max.
Hex;tpd 22ns max;FO 20 max.
Quad·ted 22ns max'FO 20 max.
Quad;tpd 22ns max;FO ~O max .
Quad;tpd 22ns max;FO 20 max.
Dual NAND·ted 27ns max'FO 20 max.
Dual NAND;tpd 27ns max;FO 20 max.
Dual NAND;tpd 27ns max;FO 20 max.
Hex·ted 22ns max'FO 20 max.
Hex;tpd 22ns max;FO 20 max.
Hex;tpd 22ns max;FO 20 max.
Quad·ted 22ns max'FO 20 max.
Quad;tpd 22ns max;FO 20 max.
Quad;tpd 22ns max;FO 20 max.
Dual 4 in TTL Schmitt 800mV hvsteresis.
Dual 4 in ~!. L Schmitt 800mV hysteresis.
Dual 4 in TTL Schmitt 800mV hysteresis.
Dual 4 in TTL Schmitt 800mV hYsteresis.
Quad 2 Inp Pos-NAND;Hysteresis 800mV.
Quad 2 Inp Pos-NAND;Hysteresis 800mV.
Quad 2 Ine Pos-NAND'Hvsteresis 800mV.
Quad 2 Inp Pos-NAND;Hysteresis SOOmV.
Dual Schmitt Nand Gate.
Dual Schmitt Nand Gate.
Dual 4-in TTL Schmitt 800mV Hysteresis.
Dual 4-in TTL Schmitt 800mV Hysteresis.
Dual 4-in TTL Schmitt 800mV HYsteresis.
Dual 4-in TTL Schmitt 800mV Hysteresis.
Dual 4 in TTL Schmidt;800mV Hystersis.
Dual 4 in TTL Schmidt'800mV Hystersis.
Dual 4-in TTL Schmitt;Hysteresis 800mV.
Dual 4-in TTL Schmitt;Hysteresis 800mV.
Dual 4-in TTL Schmitt'Hitsteresis 800mV.
Dual 4-in TTL Schmitt;Hysteresis 800mV.
Schmitt Trigger.
Quad 2 Ino Pos-NAND'Hysteresis 550mV.
Quad 2 Inp Pos-NAND;Hysteresis 550mV.
Quad 2 Inp Pos-NAND;Hysteresis 550mV.
Quad 2 Ine Pos-NAND'Hysteresis 550mV.
Two Schmitt Triggers
Quad NOR;tpd 22ns max;FO 20 max.
Quad NOR·tod 22ns max'FO 20 max.
Quad NOR;tpd 22ns max;FO 20 max.
Quad NOR;tpd 22ns max;FO 20 max.
Quad NOR·tpd 22ns max'FO 20 max.
Quad NOR;tpd 22ns max;F_~ 20 max.
Nand Schmitt Trigger;tpd 35ns max.
Hex Inverter'Hysteresis 800mV.
Hex Inverter;Hysteresis 800mV.
Hex Inverter;Hysteresis 800mV.
Hex Inverter'Hitsteresis 800mV.
Inverter;Hysteresis 800mV.
Inverter;Hysteresis 800mV.
Inverter'Hysteresis 800mV.
Inverter;Hysteresis SOOmV.
Positive NAND Gate;Hysteresis 800mV.
Positive NAND Gate'Hysteresis 800mV.
Inverter;Hysteresis 800mV.
Inverter;Hysteresis 800mV.
Inverter'Hitsteresis 800mV.
Inverter;Hysteresis 800mV.
Positive NAND Gate;Hysteresis 800mV.
Positive NAND Gate'Hvsteresis 800mV.
Schmitt Trigger
tr-15ns' 1f-15ns.
Quad;Active Pullup;lsink ~OmA max.
Quad;Active Pullup;lsink 20mA max.
Quad'Active Pulluo:lsink 20m A max.
Quad;Active Pullup;lsink 20mA max.
Quad;Active Pullup;lsink 20mA max.
Quad'Active Pullue;lsink 20mA max.
Quad;Open Coliector;lsink :;!OmA max.
Quad;Open Coliector;lsink 20mA max.
Quad'Oeen Collectodsink 20mA max.
Quad;Open Coliector;lsink :o!0mA max.
Quad;Open Coliector;lsink 20mA max.
Quad'Ooen Coliector'lsink 20mA max.
Dual;Nand Schmitt Trigger.
Dual;Nand Schmitt Trigger.
Hex Schmitt Triaaer.
Hex Schmitt Trigger.
Hex Schmitt Trigger.
Hex Schmitt Trigaer.
COS/MOS Quad Z-Input NAND Schmitt Trigger.
Dual;Output Rise and Fall times 100nst..
Dual'Outeut Rise and Fall times 150nst..
Dual;Output Rise and Fall times 150nst..
Sauaring Amelifier
SYMBOLS AND CODES
EXPLAINED IN INTERPRETER
198
LINE
No.
~
3
4
5
6
7
8
9
10
11
12
13
1~#
16
17
18
~6
21
22
23
24
~~
27
~~
30
~~
33
34
35
36
~~
39
40
41
42
:~
45"
46"
47"
48"
49"
50"
51"
~
TYPE
No.
~~"
I~~i~g~
RG7543D
RG7543K
k\Olk
831B
TNG5611F
TNG5611J
+~~~~m
TNG5613F
+~~m~t
TNG5S14J
W050
W051
9SS4ADC
~~~:~6~
96S4BPC
9SS4DC
96S4PC
9665DC
96S6PC
9SS7DC
96S7PC
DM7887J
DM7897J
DM8897J
DM8897N
DM75493J
DM75493N
DM75494J
Ig~;i841r
DS7889J
DS7897J
DS8651N
DS8659N
72"
DS75493J
75
76
77
78
79
80
81
82
83"
84
85"
86"
87"
HXK21019
MC75491 L.p%
UDN6144A
UDN6164A
i~: g~gm~
i~" ~~~~i~~~
~~:
~g~~1~j~
UDN7184A
UDN7186A
XR2271CP
ITT494
DS75494J
DS75494N
DS8693N
DS8871N
DS8872N
DS8873N
DS8892N
DS8977N
DS8658N
DM75491J
DM75492J
ITT491
'ti~;:lIN
~~" DS75491J
99"
19~: g~~~!~~~
102"
103
104"
105"
106"
107"
108"
DS75492N
~ili:iJL.P%
DS8963N
DS8868J
DS8868N
DS8870J
1~~" ~~W20N
199
.F~~g.
9
9
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
1
10
10
~g
10
I
I~q~
.~.
~g1~~
6S"
67"
68"
69"
90"
91"
92"
93"
94
95
96
ATING CESS~'"
CD4093BF
CD4093BK
MC679BL.P%
MC679L P%
~~: ~~~~6~
54"
55"
5S"
57
58
59
60
61
62
63
W~
~nMt1
I
USE OPER- PRO- I
I~~:g~~~~
MC366F
MC366G
SW729-1P
SW729-lT
SW729-2M
SW729-2P
ZST2
RG7523K
RG7520D
RG7520K
RG7521D
RG7521K
RG7522D
RG7522K
RG7523D
RG7540D
RG7540K
RG7541D
RG7541K
11 . MISCELLANEOUS
POWER
! MAX. TEMP.
Mm
M~~
~g~
~g~
20M
20M
20M
20M
20M
i
~g~
20M
20M
20M
20M
~g~
19
10
20M
10
20M
10 5.0M
10 lOOk
10
lOOk
10
10
10
10
10
10
10
10 r
10 ~.OM
10 5.0M
11
11
11
11
11
11
11
11
11
11
11
11
11
11
11
11
11
11
11
11
11
11 I
11
11
11
11
11
11
111
ill
11
11
11
11
11
11
11
111
11
11
11
11
11
11
11
11
11
11
11
11
11
11
11
11
11
,11
I
11
11 I
11
11
11
11
11
11
11
11
D.A. T.A.
fll
~q~
~q~
~g~
~qf
~~
M()~
M()~
MO~
M()~
MO~
MO~
MO
M~~
MO
M~~
~g~
M()~
MO~
MO~
M~~
MO
MO~
M~~
~g~
MO~
MO~
MO~
M~~
MO
MO~
M~~
~g~
M()~
MO~
MO~
~g;
MO~
M~~
~g~
MO~
MO~
MO~
~Q~
MO
MO~
M1~
MO
MO
M()~
MOS
MO~
~~~
MO~
'~~f
MO
M()~
MO~
'MO~
M~~
M()~
MO~
~g~
JYJ
:g
Kg
10
10
0.0
0.0
1.0*t
1.0*t
-1.6
-1.6
-1.6
-1.6
1.2*
1.2*
1.2*
1.2*
1.8%
.~~
.40
.40
.40
.40
.40
.40
.40
.40
.40
.40
.40
.40
.40
.40
.40
0.0
.45
.45
.SO
.SO
.60
.60
.SO
.SO
.SO
.SO
0.0
0.0
75
75
75
M~~ 75
M~~ 1.8%
MO~
1.8%
M~~ 1.8%
1.8%
~g~ 3.0
MO~ 3.4
MO~
3.4
MO~
3.4
M~~ 3.4
MO~ 3.4
MO~ 3.4
3.4
3.4
MO~ 3.4
M~~ 3.4
3.4
~g~ 3.4
:!.4
3.4
MO~ 3.4
~COB~ 3.4
5.0
PCB 5.0
PC~ 5.0
5.0
5.0
M~~ 5.0
5.0
M()~
MO' 5.0
5.0
5.0
MO~
5.0
PCB -3.0
-3.0
MO~
2.5M%
LOGIC
LEVEL
~'O'
SUPPLY
SPAN
NJ3'
V
~.~
0.0
0.0
0.0
0.0
0.0
5.2
5,2
5.2
5.2
0.0
0
0.0
0.0
0
0.00
,
:TOTALI
i PKG.
P~~
V ij D!,S~.
W
:g
LO
• 'C
DRAWINGS
LOGIC) \pUTLINE
HI DWG. No DWG. No
i .6.=MO
'125
125
75
75
125
125
.75
75
125
125
75
75
125
75
125
125
125
125
75
75
75
125
K09115
K09115
Kl039
Kl039
Kl0l
Kl0l
Kl031
Kl031
Kl020
Kl020
Kl020
Kl020
Kl029
Kl039a
Kl039a
Kl039a
Kl039a
Kl039a
Kl039a
Kl039a
Kl039b
1~5 Kl()~9b
125,Kl039b
125 Kl039b
75
5.~
~g~i
5.0
75
0.0
5.0
SOmt 0
75 Kl039b
0.0
75 Kl039b
5.0
SOmt 0
4.8
5.2 250m
0 70 Kl035
0.0
5.0
0
70 Kl022
0.0
5.0
0
70 Kl022
0.0
5.0
60mt -55 125 Kl040
0.0
5.0
60mt -55 125 Kl040
0.0
5.0
SOmt 0
75 Kl040
0.0 i 5.0
SOmtO
75 Kl040
0.0
5.0
SOmt -55 125 Kl040
SOmt
.-55
0.0
125 Kl040
5·2 I
SOmt 10
0.0
75 Kl040
0.0
SOmt 0
75 Kl040
15
10 116m -20
55 Kl0lla
15
10 375m -20
55 Kl0ll
0.0
7.5 800m 0
70 K0574
0.0
7.5 800m 0
70 K0574
70 K0574
0.0
7.5 800m 0
0.0
7.5 800m 0
70 K0574
0.0
7.5 800m 0
70 K0574
0.0
7.5 800m 0
70 K0574
0.0
5.0 2.0
0
70
0.0
.0
70
5.0
0.0
70
5.0 2.0
70
0.0
5.0 2.0
0
0.0
5.0 2.0
0
70
0.0
5.0 2.0
0
70
6.0
0.0
-55 125 KI173
-55 125 K1173
SO 0.0
I
SO 0.0
0
70 K1173
60 0.0
70 K1173
0
0.0
8.8
0
70 K1166
0.0
8.8
70 K1166
0.0
70m rg
70 K1167
8.8
0.0
8.8
70m 0
70 K1167
-60
0.0 600m -55 127 K1173
-180
0.0 600m -55 127 KI173
-180
0.0 600m i-55 127 KI173
0.0
2.7
0
70 K11119
0.0
2.7
0
70 Kll1l9
-180
0.0 600m 0
70 K1173
-180
0.0 600m 0
70 KII73
0.0
8.8 352u 0
70 K1166a
0.0
8.8 352u 0
70 jK 1166a
0
8 250m -55 1251K1133
0
8 250m
0 70 K1133
0.0
10 830mt 0
70 K15526
110 640m 0
70 K1162
110 640m 0
70 KllS3
KllS4
110 640m 0
110
640m 0
70 K1164a
70
110
640m 0
K1164a
1 70
110
70 K1164a
i640m 0
75 K1193
40'
g
0.0 !
.25t
70 K1167
0.0
8.8
70m 0
70 K1167
.35*t
0.0
8.8
70m 0
70 K1167
.35*t
,0
0.0
70 K11112
.50*t
11 ' 1.9
0.0
9.5 I 11m 0
K1171
.50*t
lig Kllll0
.50*t
0.0
9.5 I 11m 0
11m ,0
.50*t
0.0
9.5
70 K1170
0.0
200,
70 Klll02
.50*t
0
.50*t
0.0
9.5
11m 0
70 KII72
0.0
0
70 'K11115
.55*t
2.7
.90t
0.0
10 800m
70 K1142
.90t
0.0
10 800m ,0
70 K1143
.90t
0.0
10 800m 0
70 K1142
.90t
0.0
10 ~OOm 0
70 :K1143
10 800m 0
1.2*# 0.0
70 IK1142a
10 600m 0
70 Klll0l
1.2*~ 0.0
10
1.2*# 0 •. 0
1.2*t
0.0
10 ~gg~
0.0
1.2*t
10 600m 0
70 IKlll08
0.0
,K15527
1.2*t
10 830mt 0
0.0
70 K1143a
1.5*t
10 800m 0
1 70
1.5*t
0.0
10 800m 0
K1143a
0.0
10 800m 0
70 Klll08
1.6*t
0.0
I.S*t
10 800m 0
70 Klll08
1.6*t
10 800m 0
70 K1143
0.0 '
0.0
70 K1143
I01800m 0
,
85 K1187
1.1
0
g:g
ig
~:g I
g
I
n J6~~~§
i
I
I?
g
1:~;:*
GENERAL DESCRIPTION
'C
~gg~ :~g I~~!> ~g~: :~ ~gg:~~
10 200m -55
10 200m -55
15 280mt -30
15 280mt -30
2. 0 105m -55
0.0 105m -55
0.0 105m 0
0.0 105m 0
5.0
44mt -55
8 44m -55
5.0
44mt 0
5.0
4 2i6~t ,0 40
5.0 120m 0
5.0 ,120mt -55
5.0 1120mt -55
5.0 120mt -55
5.0 120mt -55
5.0 120mt 0
5.0 120mt 0
5.0 120mt 0
5.0
SOmt -55
5.0
60mt -55
5.0
SOmt -55
5.0
60mt -55
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
IN ORDER OF (1)USE(2)LEVEL'1'(3)LEVEL'O'
14lMAX OPER FREQISITYPE No.
~1g~~~
.6.00 lAB
L:.004AF
T0116
T0116
T091
CN9
T091
CN8
T0116
CN39
Ml05n
T0116
CN2
FP21b
Ml05m
FP21b
Ml05m
FP21b
MI05m
FP21b
Ml05m
Ml05m
FP21b
Ml05m
FP21b
~p1ul5bm
Ml05m
FP21b
CBlZI
CB50
CB50
FP21c
T0116
FP21c
TOllS
FP21c
TOllS
FP21c
T0116
~m
T0116
M12Sw
T0116
T0116
T0116
M12Sw
M200'
M532
M200j
M532
M200j
M532
M499
M499
M499
M347
M200k
M345
M200k
M345
M499
M499
M499
,M347
'M347
M499
M347
M200k
.M345
:T099
T099
T0116
M298
M328
M489
'M489
M489
M489
M200u
M200k
M345
M497
M347
M497
M497
M345
M347
M344
M294f
M294f
M347
M257c
I~g 1~111g~ ~~;jc
M344
TOl16
M347
M347
M499
M347
M257c
M344
cOS/Mas ~~:~ ~::~g~: ~~~~ ~~~~:~ +;:gg~;
COS/MOS Quad 2-lnout NAND Schmitt Triaaer .
COS/MOS Quad 2-lnput NAND Schmitt Trigger.
Lamp/Relay Driver;to 500ns;FO 125.
Dual Lam~/Relay Driver·td 500ns'FO 125.
Lamp Driver;6.0V;OR.NOR Available.
Lamp Driver;6.0V;OR.NOR Available.
Lamo Driver·6.0V·OR NOR Available.
Lamp Driver;6.0V;uR.NOR Available.
Lamp Driver;DTL
Lamo Driver'DTL
Lamp Driver;DTL
Lamp Driver;DTL
IDual
Lamp Driver;tpd-15nsec;Noise Margin-I.! V.
Fo 60mA min;Ton 25ns max;Toft 18ns max.
Fo SOmA min'Ton 25ns max'Toft 18ns max.
FoSOmA min;Ton 25ns max;Toft 18ns max.
Fo SOmA min;Ton 25ns max;Toft 18ns max.
Fo SOmA min'Ton 25ns max Toft 18ns max.
Fo SOmA min;Ton 25ns max;Toft 18ns max.
Fo SOmA min;Ton 25ns max;Toft 18ns max.
Fo SOmA min'Ton 25ns max·toft 18ns max.
Fo 60mA min;Ton 25n5 max;toff 18ns max.
Fo SOmAmin;Ton 25ns max;toft 18ns max.
Fo SOmA min'Ton 25ns max·toft 18ns max.
I ~o ~~mA mon;Ton ~~ns max;to!! ~ ~ns max.
Fo SOmA min;Ton 25ns max;toft 18ns max.
Fo 60mA min'Ton 25ns max·toft 18ns max.
Fo SOmA min;Ton 25ns max;toft 18ns max.
5 Ckts;Max Lamp On Current-250mA at 32V.
1 Ckt'BCD Counter and Decoder included.
1 Ckt;BCD Counter and Decoder Included.
Dual;tpd 14ns typo
Dual·tad 14ns tvo.
Dual;tpd 14ns typo
Dual;tpd 14ns typo
Dual·tod 14ns tVo.
Dual;tpd 14ns typo
Dual;tpd 14ns typo
Dual·tod 14ns tvo.
7 ~kts; 30mA Out max. each Ckt.
7 Ckts; 1OOmA Out max. each ckt;lnverting
Hex-MOS-LED Seament Driver 20V.
Hex-MOS-LED Segment Driver 20V.
Hex-MOS-LED Segment Driver 30V.
Hex-MOS-LED Seament Driver 30V.
Hex-MaS-LED Segment Driver 10V.
Hex-MOS-LED Segment Driver 10V.
7 Seament Driver /50V).
7 Segment Driver (50V).
'7 Segment Driver L50jtCMOS.
7 Segment Driver 50V ·CMOS.
7 Segment Driver (50V);PMOS.
7 Segment Driver (50V);PMOS.
8-Dioit Hiah Voltaae Anode Driver.
8-Digit High Voltage Anode Driver.
8-Digit High Voltage Anode Driver.
8-Diait Hiah Voltaae Anode Driver.
Quad LED Segment Driver.
Quad LED Segment Driver.
Hex Diait Driver.
Hex Digit Driver.
8-Digit Hi-Voltage Anode Driver.
8-Diait Hi-Voltaoe Cathode Driver.
8-Digit Hi-Voltage Anode Driver.
7-Segment LED Driver;Also Chip.
7-Seament LED Driver'Also ChiD.
8-Digit Hi-Voltage Cathode Driver.
8-Digit Hi-Voltage Cathode Driver.
Quad LED Seament Driver.
Quad LED Segment Driver.
1 Ckt.; 1OOV max. on Output.
1 Ckt:l00V max. on Outout.
Quad LED Segment Driver.
4 Gas Disch Digit Drivers;PMOS Input.
6 Gas Disch Diait Drivers'PMOS Inout.
8 Gas Disch Digit Drivers;PMOS Input.
8 Gas Disch Segment Drivers;lout 3.25mA.
8 Gas Disch Seament Drivers'lout 2mA.
8 Gas Disch Se9ment Drivers;lout 1mAo
Fluorescent Display Driver.
Hex Diait Driver·ton 13ns·toft 40ns.
Hex Digit Driver.
Hex Digit Driver.
Printina Calculator Interface Set.
8-Digit Driver.
9-Digit Driver.
9-Diait Driver.
Programmable Hex LED Digit Driver.
7-Digit Driver.
4-Digit LED Driver'Also Chia .
MOS-to-LED Quad Segment Driver.
MOS-to-LED Hex Digit Driver.
Quad Seament Driver·tod 1DOns.
Hex Digit Driver;tpd 600ns .
MOS-to-LED 5-Se9ment Driver.
MOS-to-LED Quad Seoment Driver.
II\II():')-to-LED Quad Segment Driver.
MOS-to-LED Hex Digit Driver.
MOS-lO-LED Hex Digit Driver.
Hex LED Digit Driver.
MOS-to-LED 8-Digit Driver.
MOS-to-LED 8-Diait Driver.
12-Digit Decoder/Driver.
12-Digit Decoder/Driver.
Hex LED Diait Driver.
Hex LED Digit Driver.
Hioh Current Hammer Driver.
SYMBOLS AND CODES
EXPLAINED IN INTERPRETER
199
LINE
No.
~
TYPE
No.
juSE
!
~
3.
4.
5.
6.
7.
8.
9.
1~
12
13
14
15
16
17.
18.
I:·m;~
DS7891J
DS7891 N
DS8891J
DS8891N
MC3494P
BIP9501
BIP9502
MC1045P
MC1245F
MC1245L
~g~g~?
NC2001C
NC2001
DS8650DICE
DS8650N
ig
I~~gggg
21
22
23
24
25
26
27
28
29
30
31
32
33
34
35
36
37
38
39
40
41
42
43
44.
45.
46.
47.
48.
49.
50.
51.
52.
53.
54.
55.
56.
57.
9370DC
DM7856J
DM7856N
DM7856W
DM7858J
DM7858N
DM7858W
DM7880J
DM8856J
DM8856N
DM8856W
DM8857J
DM8858J
DM8858N
DM8858W
DM8859J
DM8859N
DM8869J
DM8869N
g~~~~g~16
DM8880N
DM8885J
DS7856J
DS7856W
DS7858J
DS7858W
DS7880J
DS7885J
DS8673J
DS8673N
DS8674J
DS8674N
DS8856J
DS8856N
DS8857J
DS8858J
~?
68.
69.
70~~
71.
72.
73·11
74~=
75.
DS8880N
DS8885J
DS8885N
SN54143J
:~:
87.
88.
89.
90.
91+
92.
93.
94.
95.
96.
97.
98.
99.
100.
101
102
1~~~:l:~f
SN54144W
SN74143J
SN74143N
SN74144J
SN74144N
FLL171-74143
FLL171T74144
FLL175-84143
FLL 175T84144
FLL151-74142
DM8884AN
DS8884AN
DS8654N
NHOO06
NHOO06C
L54
ITT500
DS8874J
DS8874N
DS8876J
DS8876N
DS8879J
DS8879N
MC3491P
MSM552
MSM561
~~~~~~1
MSM5500
MSM5502
DS8973N
DS8974N
DS8976N
DM8864N
DM8865N
19~. Ig~::4646~
105.
106.
107.
108.
109"
110.
200
DS8855N
DS8859J
DS8859N
DS8864N
DS8865N
DS8866N
11
11
11
11
11
11
lOOk
11
lOOk
11
11
11
11
11
11
11
11
11
11
11
11
11
11
11
11
11
11
11
11
11
11
11
11
11
'11
11
11
11 I
11 I
.11
11
11
11
11
11
11
11
11
11
11
11
11
11
11
11
11
11
11 1
11 I
11
n'
j~: ~~j:lg~
78
79.
80.
81
82
83
84
nI
F~~z?
I
~~: Ig~::~g~
60.
61.
62.
63.
64+
65.
66.
OPER· PRO~~Mt1
ATING CESS .£.].,.
11
11
11
11
11
11
11
11
11
11
11
11
11
11
111
11
11
11
11
11
11
11
11
11
11
11
11
11
11
11
11
11
11
11
11
111
11
11
11
11
11
11
11
11
11
11
11
11
(V)
Mar
~q;
MOr
~~~
0.0
30M 0.0
Mq! -.75%
Mq~ -.75%
Mar -.75%
1.1
1.8
MOf 1.95%
Mq~ 2.0%
Mar 2.0%
MOJI 2.0%
~qf
~Q~
M1~
MO
MO
Mq~
MOr
Mar
Mq!
Mq~
Mar
~q;
Mar
M~~
~g~
Mq~
MC:>~
Mal
~q!
MOl
M~f
~gr
Mq~
MC:>~
Mar
MO
M1!
MO
M~~
~gr
Mq~
Mq~
,MOl
MO
M1:
MO
M~~
12M0
121V!1:e
12~g
~gr
~qf
12M
MOr
121V!~
MO
12~g
12M
MO
M~~
1~~~ M~~
~gi
18M%
18M% Mqt
18M% Mq~
20M
MOr
~g~~
I
~~~
MO
Mq!
Mqr
MO~
Mm
MOr
M~~
~g~
Mq~
MO~
MOr
~q~
MOS
I~g~
Mj~
r
2.0M%6
2 .OM %6 MC:>~
Mq~
Mar
M~:
MO
MOl
M~:
~gi
I
D.A. T.A.
Mq~
MOr
Mar
~gi
POWER
SUPPLY
SPAN
NM'
(V)
~:g::
I~~~
MO
Mar
11 · MISCELLANEOUS
lOGIC
lEVEL
lJ'O'
~.O%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
~:g~
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
~:g~
2.0%
2.0%
2.0%
2.4
2.4
2.6%
3.0
3.0%
3.0%
3.0%
3.0%
3.0%
3.0%
3.5*
3.6%
3.6%
3.6%
3.6%
3.6%
3.6%
3.9%
3.9%
3.9%
4.5%
4.5%
4.5%
4.5%
4.5%
4.5%
4.5%
4.5%
4.5%
4.5%
-2.0*t
-2.0*t
-2.0*t
-2.0*t
-2.5*
-15
-15
-1.6*
-1.6*
-1.6*
.40*t
.40*t
.45*
.40*
.55*t
.55*t
.80*
.80*
.80*
.80*
.80'
.80'
.80*
.80'
.80'
.80'
.80'
.80'
.80'
.80'
.80'
.80'
.80'
.80*
.80'
.80'
.80'
0.0
~O
0.0
0.0
5.0
! :~g:
I .80'
.80*
.80'
.80'
.80*
.80*
.80*
.80'
.80*
.80*
.80'
.80'
.80*
.80'
.80*
.80'
.80*
.80'
.80*
.80'
.80'
.80'
.80'
.80'
.80'
.80*
.80*
.80*
.80'
.80'
.80*
.80'
.80'
.80'
.80'
.80'
1.0*
1.0*
31.5·t
.80*
.80*
.50'
.40
.80'
.80*
.80*
.80*
.80*
.80'
1.0%
.BO'
.BO*
.80*
.80*
.BO'
.80'
.50'
.50*
.50*
.40'
.40'
::g:
.40*
.40*
.40*
.40'
.40*
.40'
I
5.2
5.2
5.2
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
PZS.
IlL
I
TEMP.
MAX.
TOTAL
' pKG .
lOW
DIS~
~W
;:~
ig
'C
HI
IN ORDER OF (1)USE(2)LEVEL'1'(3)LEVEL'O'
(4)MAX OPER FREQ(5)TYPE No.
DRAWINGS
lOGIC
OUTLINE
DWG. No DWG. No
ll=MO
GENERAL DESCRIPTION
'C
~~ I~m~
200
-55 125 K11103
200
-55
K11103
~~5 Klll03
200
0
200
70 Kll103
0
0.0 830m 0
70 K1191
170
0
55
K1192
170
55
K1192
0
0.0 178mt 0
75
K1137
0.0 178mt -55 125 Kl137
0.0 178mt -55 125 K1137
3.0
21mt 0
70 K1155
3.0
21mt 0
70 K1156
5.0 150m 0
70 K1135
5.0 150m -55 125 Kl135
2.7 280m 0
70 K11121
2.7 280m 0
70 K11120
70
5.0
0
5.0
70
0
5.0
70 K15550
0
5.0 BOOm -55 125 K1168
5.0 600m -55 125 Kl1B8
5.0 600m -55 125 K1168
5.0 600m -55 125 K11B8
5.0 BOOm -55 125 K1168
5.0 600m -55 125 Kl168
5.0 BOOm -55 125 K1144
5.0 650m 0
70 K1168
5.0 650m 0
70 K1168
5.0 650m 0
70 K1168
5.0 650m 0
70 K1168
5.0 650m 0
70 K1168
5.0 650m 0
70 K1168
5.0 650m 0
70 K1168
5.0 250m 0
70 K1169
5.0 250m 0
70 K1169
5.0 250m 0
70 K1169
5.0 250m 0
70 K1169
5.0 600m 0
70 K1144
70 Kl144
5.0 600m 0
70 K1144
5.0 600m 0
70 K1146
5.0 600m 0
5.0 600m -55 125 K1168
5.0 600m -55 125 Kl168
5.0 600m -55 125 K1168
5.0 600m -55 125 K1168
5.0 215m -55 125 Kll105
5.0 600m -55 125 K11123
5.0 250m 0
175 K11114
5.0 250m 0
75
K11114
5.0 250m 0
75
K11114a
5.0 250m 0
75
K11114a
5.0 600m 0
70 K1168
5.0 600m 0
70 Kl168
5.0 600m 0
70 K1168
5.0 600m 0
70 Kl168
5.0 I~OOm
70 Kl168
5.0 215m Ig
70 K11105
5.0 215m 0
70 Kll105
5.0 600m 0
70 K11123
5.0
0
70 K11123
5.0 ~gg~ -55 125 K11124
5.0 280m~ -55 125 K11124
5.0 280m~ -55 125 K11124
5.0 280m~ -55 125 K11124
5.0 2800,:; 0
70 K11124
5.0 280m 0
70 'K11124
5.0 280m~ 0
70 K11124
5.0 280m 0
70 K11124
5.0 465m§ 0
70 K11124
5.0 465m§ 0
70 Kll124
5.0 465m§ -25 85 K11124
5.0 465m§ -25 85 Kl1124
5.0 510m§ 0
70 Kl194
5.0 340mt 0
Kll125
5.0 340mt 0
Kll125
5.0 600m 0
70 K1145
5.0 600m 0
70 Klll04
33 600m 0
70 Kl1118
28 30m -55 125 K1131
28 30m 0
75
K1131
5.0
0
60
15 800m 0
50 Kll77
9.5
81m 0
70
9.5
81m 0
70
6.0
54m 0
'70 Klll07
6.0
54m 0
70 Kl1107
4.5
40m 0
70 K11107
4.5
40m 0
70 K11107
80 830m 0
70 K1147
5.0 250u§ -20 70 K1195
5.0 5.0m§ -20 70 K1199
5.0 250u§ -20 70 Kl195a
5.0 250u§ -20 70 Kl195a
5.0 5.0m§ -20 70 Kl196
5.0 5.0m§ -20 70 Kl197
10 60m '0
70 Kl170
4.5
27m 0
70 Kl170
4.5
27m 0
70 Kl170
5.0
0
70 K1170
5.0
70 Kl171
0
5.0
0
K1172
7.0
0
Kll109
7.0
0
70 K11110
5.0 ,250m 0
70 K1169
5.0 j250m 0 j70 K1169
7.0
0
70 K1170
7.0
0
70 K1171
7.0
0
70 K1172
~m:~a
jg
~~l1gj:
jg
M257c
M344
M257c
M344
M278
M520
M520
M278
FP85
M191
FC13a
FC13
T0100
T0100
FC20
M498
M200j
M200j
M200'
M200k
M345
FP98
M200k
M345
FP98
M200k
M200k
M345
FP98
M200k
M200k
M345
FP98
M200k
M345
M200k
M345
M200k
M126e
M345
M200k
M200k
FP98b
M200k
FP98b
M200k
M200k
M200k
M345
M200k
M345
M200k
M345
M200k
M200k
~~66k
!"!,g~ ~urrent !"!ammer ~"ver.
High Current Hammer Driver.
6 Diait Anode Driver.
~ Digit Anode Driver.
6 Digit Anode Driver.
6 Djgjt Anode Driver.
7-Digit Gas-Discharge.
Drive Numeric Neon Tube.
Drive A)Q!ianumeric Neon Tube.
Decoder-Nixie Driver.
Decoder-Nixie Driver.
Decoder-Nixie Driver.
Quad Watch Digit Driver.
Quad High Current Watch Digit Driver.
H~h current lam~ and rel!IY.. driver.
High current lamp and relay driver.
4-Digit LED Driver;Also Chip.
4-Dlgjt LED Driver'Also ChlQ,
7 Segment Decoder~Driver~Latch.
7 Segment Decoder/Driver/Latch.
7 Seament Decoder/Driver/Latch.
BCD-to-7-Segment LED Driver.
BCD-to-7-Segment LED Driver.
BCD-to-7-S~
30M
30M
30M
~CO~
10k
10k
10k
50k
50k
50k
50k
1.5M
4.6M
MOr
~g~
~g;
MO
MO
M~;
MO
M~f
~gr
M~~
~gi
MOl
M~~
250k
2.2Ml>t
1~5~0
MO .255%
MO
.82%
.84%
-.30
MO~ -.60*
M~~ -.75
MO~ -.75
MO~ -.75
-.75
-.77
MO~ -.93%
-.96%
-.96%
MOl -.96%
-.96%
M~: -.96%
-.96%
M~: -.96%
M~I -.96%
MO
1.3
1.8%
2.0%
MOl 2.0%
2.0%
2.0%
MO; 2.0%
~J>~
~~~
~gr
70~~
70M¢
200Mh
t56<;'~~~
~gi
~g:
~J>~
~~:
~.O%
2.0%
2.0%
2.0%
2.0%
MO~ 2.0%
M~~ 2.0%
2.0%
~g~ 2.0%
M~~ 2.0%
2.0%
2.0%
2.0%
2.0%
MO~ 2.0%
2.0%
M~~ 2.0%
2.0%
2.0%
2.0%
30M 2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
M~; 2.0%
2.4%
2.4%
2.4%
2.4%
M~~ 2.4%
2.4%
2.4%
MOr
MOl
~g~
~q;
~g~
lOOk
1.2MI':.
1.2MI':.
1.2MI':.
1.2MI':.
1.2MI':.
1.2MI':.
~~~
~g~
M~~
~gl
~g~
;:'.;~~
i
MO~
~~~
MO~
M~~
~g~
35MT(Z
D.A. T.A.
~~~
~.4%
2.4%
2.4%
2.4%
2.4%
2.4%
2.4%
2.4%
2.4
2.4%
2.4%
.40*
.40T*
.40T
.40T*
.40T*
.40T
.40T
.50*T
.50*T
3.75T
-.29*T
.57*
.55*
-5.0
-7.0%
-1.6T
-1.6T
-1.6T
-1.6T
-1.6
-1.6*T
-1.6*T
-1.6*T
-1.6*T
-1.6*T
-1.6*T
-1.6*T
-1.6*T
-1.6*T
.10
.85*
.70*
.70*
.70*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.90*
.90*
.40*
.40*T
.40*T
.40*T
.40*t
.40*T
.40*T
.40*T
.40*T
.40*T
.40*T
.40*T
.40*T
.40T*
.40*T
.40
.40*
.40*T
SUPPLY
SPAN
MAX. TEMP.
TOTAL
PKG.
LO'll HI
NI~~' P~~. D!~~.
~ ~~ ~~~~
0
0
0
0
0.0
0.0
0.0
0.0
15
15
15
15
0.0
0.0
0.0
15
0.0
0.0
0.0
-9.0
-18
-9.0
-18
17
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
5.2
0.0
0.0
12
18
5.2
5.2
5.2
5.2
5.2
5.2
5.2
5.2
5.2
5.2
5.2
5.2
5.2
5.2
0.0
0.0
16
16
16
15
16
16
16
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
I 0.0
0.0
0.0
0.0
0.0
0.0
0.0
15
12
12
12
12
12
12
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
15
0.0
I
24
28
12
24
5.0
6.0
5.0
12
15
15
15
15
8.0
8.0
220
15
8.0
12
16
0.0
0.0
0.0
0.0
.30
20
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
4.8
0.0
3.0
3.0
0.0
0.0
O.~
400m
300m
840m
1.5
90m
°C
DRAWINGS
LOGIC
OUTLINE
DWG. No DWG. No
b,=MO
-20
-40
-55
0
-55
0
0
0
0
4.9 T 0
-25
500m -25
-40
-10
-20
-10
-20
-20
-10
90m -20
500m 0
500m 0
500m 0
500m -55
500m -55
500m 0
120mT 0
120mT 0
830m 0
145mT -30
55mT -55
55mT 0
84m -45
360mT -20
18mT -55
18mT ·55
18mT 0
18mT 0
0
-55
520mT -30
215mT -30
520mT -30
0
0
0
0
320mT 0
55mT 15
250mT 0
730m -55
130m -55
130m -55
825m -25
730m 0
130m 0
130m 0
445m§ 0
445m§ -25
710m§'0
350m 0
270m 0
270mT -55
270mT -55
270mT -55
525mT -55
270mT 0
270mT 0
270mT 0
525mT 0
525mT 0
294mT 0
294mT 0
4~~~~ g
-55
0
-55
0
-55
0
-55
0
0
-20
-55
-55
0
0
0
0
0
0
-55
-55
-55
-55
-55
-55
-55
0
-55
GENERAL DESCRIPTION
°C
I;:'.; ~ ~~
M18b
M18
M18c
M18c
M385
CN8
TOl16
K15579 M126b
i~~ K15529 M339
70 K15529 M339
85 K15529 M339
70 K15529 M339
60
TOl16
M181
M266
70
CB65
65
M198
65
M266
80 K15511 M329
60
T0116
M117r
65
60
TOl16
M117r
65
80 K3073
T096
60
M153f
75 K15595 M529a
75 K15263 M237
75 K15263 FP49
75 K15263 M237
125 K15263 M237
125 K15263 FP59
75 K15263 FP59
75 K3032a T086
75 K3032a T0116
70 'K15599
85 K15572
125 K158
T099
100 K158
T099
-65 K1513
M17
65 K15593 M153f
125
T091
125
CN9
75
T091
75
CN9
75
125 K15520 T0116
85 K15556 M191
'85 K15571 M191
85 K15557 M191
75 K15520 T0116
75 K15520 M278
75 K15519 M191
75 K15493
75 K15584 ~~~16
55 K158
T099
FP47b
75
125 K15551 M200j
125 K15551 M200'
125 K15551 M~OOj
85 K15300 M(ZI
70 K15551 M200'
70 K15551 M200j
70 K15551 M200j
70 K15290 M1260
85 K15290 M126p
70 K15532 M342
75 K15585 M278
70 K15290 T0116
125 K15290 M157b
125 K15290 M126
125 K15290 1':.004AA
125 K15563 M153d
70 K15290 M157b
70 K15290 M126e
70 K15290 T084
70 K15563 M153d
70 K15563 M117x
70 K332
M114
Ml05n
70 K332
70 K15426 M158h
70 K15290 M126n
85
70 K15445
125 K15445
70 K15445
125 K15445
70 K15445
125 K15445
75 K15227 M278
75 K15389 T0116
75 K15594 M529a
T086
125
T0116
125
T086
75
T0116
75
1
K15351 T086
,75
75 K15351 T0116
75 K15352
75 K15352
125 K15351 T086
125 K15351 T0116
125 K15352 T086
125 K15352 TOl16
125 K15316 T086
125 K15316 T0116
125 K15393 FP77
70
a
125 K15558
'~~
85m
130m
1.6 T
1.6 T
1.6 T
1.6 T
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
3.0
5.0
5.5
5.5
5.5
15
5.5
5.5
5.5
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.25
5.25
5.0
5.0
15 300m
12 900m
12 900m
12 900m
12 900m
12 900m
12 900m
5.0 1240mT
5.0
75mT
5.0
90m
5.0 270mT
5.0 270niT
5.0 270mT
5.0 270mT
5.0 140mT
5.0 140mT
5.0 150mT
5.0 150mT
5.0 140mT
5.0 140mT
5.0 150mT
5.0 150mT
5.0
85mT
5.0
85mT
5.0
20mT
15 1.0 T
10 240m~
IN ORDER OF (1)USE(2)LEVEL'1'(3)LEVEL'O'
(4)MAX OPER FREQ(5)TYPE No.
125
100
55
100
75 K15568
~~O
I~~~~
:::~~~6
!tJli
I ~agnetlc-~ore ~oglc;,:,n,!;~r;!n~I~lt;f\lot.
Magnetic-Core Logic;And;Or;lnhibit;Not.
Magnetic-Core Logic·And·Odnhibit·Not.
Magnetic-Core Logic;And;Or;lnhibit;Not.
Pulse Stretcher and Fortifiers
Pulse Stretcher and Fortifiers
Hall I:.
Bias Driver;FO 5 typ;tpd 15ns typo
Phase-Freauency Detector.
Revolution Counter for Cars;lo 50mA. max.
14 Bit Control Transf;Vi 90Vrms at 400Hz.
14 Bit Control TransfVi 90Vrms at 400Hz.
14 Bit Control Transf;Vi 1 1.8Vrms at ~20Hz
14 Bit Control Transf;Vi 11.8Vrms at 400Hz
Controlled pulse generator for T.V. sets.
Controlled pulse generator for T. '!. sets.
Sensor Light Switch w/Dimming Facility.
8-Bit'17MHz'Video Diaitizer.
Pulse Shaper for ~ev. Counter for Cars.
Pulse Shaper for Revol.Counter for Cars.
Soeedometer and Mileaae Indicator for Cars
15 Chan Ultrasonic Remote Control Transm.
15 Chan Ultrasonic Remote Control Receiver
30 Chan Ultrasonic Remote Control Transm.
30 Chan Ultrasonic Remote Control Receiver
Twelve-tone Generator for Electronic Organ
12 Tone Generator for Electronic Oraan.
Hall IC;B(H-L)750 Gauss;B(L-H)100 Gauss.
8 Bit Position Scaler.
8 bit position scaler'Proo delay 20ns.
8 Bit Position Scaler.
8 Bit Po.ition Scaler.
8 bitJLosition scaler'PrOQ delay_ 20ns.
8 bit position scaler;Prop delay 20ns.
Quad Predriver.
QuadPredriver.
Servo Driver;Ro 5.4n max;Ri 2.8kn max.
Hex MECL 10,1000 to MST Translator.
RTL Counter Adapter;tpd 22ns tvn.
RTL Counter Adapter;tpd 22ns typo
Reset Generator.
Character Generator for TV Receiver.
Bias Driver;fan out 25;ECT Logic.
Bias Driver;fan out 25;ECT Logic.
Bias Driver'fan out 25'ECT Loaic.
Bias Driver;fan out 25;ECT Logic.
Dual 4,5 Input Expander.
Phase'Freauency Detector·ECT.
Error Detection/Correction Ckt.
Quad MST to MECL 10,000 Translator.
Error Detection/Correction Ckt.
Phase-Frequency Detector.
Phase-Frequency Detector;ECT.
Two-Modulus Prescaler.
Digital Mixe~Translator.
Divide-By-4 Prescaler;ECT.
RTL Counter Adaoter:tod 22ns tvn.
Eight Input Priority Encoder.
4-Bit Current Source;Linearity±.01 % of FSI
4-Bit Current Source·LinearitY±.05% of FSI
4-Bit Current Source;Linearity±.2% of FSI
3Mode Integrator,Track and Hold,SPDT.witch
4-Bit Current Source·Linea~±.O 1 % of FSI
4-Bit Current Source;Linearity±.~5% of FSI
4-Bit Current Source;Linearity±.2% of FSI
4 Bit ComDlement-Unit;tod 25ns max.
i 6B~in~oC~~~G:~!-r~~~;t~~d 2~;:erTn~x. Netw.
4-Bit Univ Preset Polynomial Generator.
4 Bit True/Complement Element.
:t~ i;~:~g~~~::~:~~ ~::::::~~:
4 Bit True/Complement Element.
7-Bit-Slice 'Wallace Tree.
4-Bit True/Complement Element.
4-Bit True/Camplement Element.
4 Bit True/Complement Element.
7-Bit-Slice Wallace Tree.
7-Bit-Slice Wallace Tree.
TTL;tpd 40ns;Noise Rej. 1.0V;FO 10
TTL·tDd 40ns'Noise Re·. 1.0V·FO 10
Dual Power Logic Module.
4Bit True/Complement Element.
Peak Sense-Hold Accuracy ±300uV.
~:~: ~:~: ~~~~~:~~ ~:~:~:~~~:
Parabolic Function Generator.
Parabolic Function Generator.
S Wave Function Generator.
S Wave Function Generator.
Single-Error Hamming Code Detector And Gen
Dual Majority Logic Gate.
Hall IC'B-IH-Li750 Gauss'BIL-Hll00 Gauss.
4 Bit True/Complement.O/l Element.
4 Bit True/Complement.O/l Element.
4 Bit True/Complement 0/1 Element.
4 Bit True/Complement.O/l Element.
4 ckts; tpd 25ns typ; F07.
4 ckts'!rul 25ns J'll!;F07
4 ckts; tpd 25ns typ; FO 1O.
4 ckts;tpd 25no typ;F010.
4ckts' tod 25ns tyO; F07.
4 ckts;tpd 25ns typ;F07.
4 ckts; tpd 25no typ; FO 1O.
4 ckts·tpd 25ns .t1'P;FO 1O.
Phase-Frequency Detector.
Phase-Frequency Detector.
4-lllIDJt AND Driver w/NOR Strobe.
Clock Module; 16x Bit Rate.
Preset Decade-BinaJ"L Counter/Latches.
SYMBOLS AND CODES
EXPLAINED IN INTERPRETER
202
LINE
No.
~
I
~
TYPE
No.
+.L LiJ Mt1
~~
~g~:m~
15
15
15
15
1~
~g~~lV~
15
MC8261L
n
1~ 1~~~~1~
18
J~
~~~~1~
21
22#
23
24
25
26
27
28
29
30
S8261Q
SAK100
RL60D
RL60K
RL61D
RL61K
RL62D
RL62K
RL63D
RL63K
34
35
36
:¥
42
1
~~~~~ ~g~ ~::~
I 35Mt0 MO~
Mq~
IMq~
MOo
~~
4.0M%
2.4%
2.4%
2.4%
2.4%
~g~ ~:!~
MO~
15
1~
2.5%
~~~ ~:~~
15
15
MOo
r.I!~~
2.6%
2.6%
15
M~~
2.6%
IMO~
Mq~
1~
~g~
MOo
.40t*
0.0
.40*t
.40*t
5.0
0.0
0.0
5.0
5.0
:!g:i
8:8
.40t
0.0
~:g
5.0
2.6%
2.6%
2.6%
.40t
.40t
.40t
U
0.0
0.0
0.0
8
:~8i
MO~
3.5
.20t
15
15
15
M~~
MC!~
MOo
:!.5
3.5
3.5
.20t
.20t
.20t
5.0
5.0
5.0
\m
~~m~
125 K15559
75
75
85
K 15517
K 15588
g5~t
?20
95mt 0
95mt 0
'75
K15316
T086
~~~i l:~~
140m
140m
140m
140m
0
8
-55
-55
-55
5
80m
0
0
0
5 120m
5 120m
5 120m
75
75
K15267
~1~~~~
T086
TOl16
75
K 15267
K15267
Ml05q
m
~~
15
15
15
15
I
55
56
57
58
59
60
61
62
63
DV600#2
MC14490EVL
MC 14490VL
MC14490VP
D132AL
D132AP
D132BL
D132BP
1410
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
~~
~rl
66
MC 14490EFL
1~
lOOk
lOOk
10k
250Mt~'!!
70r.l!\?l
70M\O
200M!.,*
70M¢
150k
150k
.40Mb
.40Mb
.40Mb
10M
10M
1.0MlI
15
~q~ ~:~~
:~gr*, ~i~
Moi
MOt
.80*
1.5*
1.5*
2.5
j~ ~m~~ ~6:l
125 K15267
125 K15267
125 K 15267
Ml05q
Ml05r
T088
m
~p~~5bm
75
M 105m
-55
-55
-55
125
125
125
Ml05m
FP21b
Ml05m
-12
0.0
0.0
0.0
~:g 200m
5.0 200m
5.0
5.0 500n
16 256m~
g
0
-40
-40
-40
M~~ 4.0%
MC!~ 4.04%
MOr 4.04%
MOt 4.04%
Mo.~ 4.07%
30M 4.5
30M 4.5
MO~ 4.9%
MO~ 4.9%
MO~
4.9%
5.0
5.0
5.0
5.0
PCB 5.0
3.3*t
0.0
3.44*t
0.0
3.44*t
0.0
3.44*t
0.0
3.44*t
0.0
0.0
0.0
0.0
00
.01*t I' 0:0
.01 *t
0.0
.01*t
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
5.0
5.0
5.0
5.0
5.0
15
15
5.0!
5.0 I
5.0
5.0 750m
5.0 750m
5.0 .750M
5.0 11.2
5.0 200m~
0
0
0
0
-55
0
0
-55
-40
-40
-55
-55
-20
-20
~g~ ~:g
_i~5
IM~~
MOt
MO~
3.5%
3.5%
3.5%
3.5
9.9%
1~ 1:8~~ ~g~ ~:~~
70. MC 14530CL
71+ MC14530CP
72
MC 14566AL
73
MC 14566CL
74
MC14566CP
75# FEY10l
76
R181
77
MM4015
78
MM5015
79
SAH215
80
MM410
81
MM510
.~~~~~
15
15
'15
1
15
15
15
15
'15
15
15
2.0M
1.0MlI
1.0Mb
l~i
Mol 9.99%
M~~ 9.99%
MC!~ 9.99%
MO~ 9.99%
MO~ 9.99%
M~~ 9.99%
'MO~ -2.0%
PC_B -3.0
MO~ -4.0%
MQ~ -4.0%
.01*t
0.0
.01 *t , 0.0
.01*t I' 0.0
.01*t
0.0
.01*t
0.0
.01*t
0.0
-10*
21
0.0
15
-2.0%
25
-2.0%
25
. MO~ -8.0%
Mm -8.0%
MO~ -9.0%
-2.0*
-2.0*
-1.0*t
I'
I
I
10
10
10
10
10
10
0.0
10
0.0
0.0
75
75
75
K15520
75
K15519
125 K15520
70 K15577
70 K15577
125 K15578
85
K 15578
85 .K15578
1251K15193
1251K15193
85 IK15193
85 IIK15193
K15273
~5 ~~51
10
:81:i 8:8 18'
CD4048AE
CD4048AK
CM4048AD
CM4048AE
NS8000A
MC675L,P%
ULN3006T
~~~ ~~g6~~~~
96
97
98
99
100
3800-9-6H
MEM5021
SAJ220C
SAJ220D
SAJ220M
18~~ ~~~~~g~N#2
106~
XR2250P#2
18~: ~~m8~
203
M192a
K 15597
K 15596
K15583 ·M509
M509
M192a
M158
KKl1554592~0:!
50n%
50n%
50n%
100u%
1.0m%
1.0m%
400m
400m
400m
-55
125 K15578
:!8
~~ ~~~~~~
-55
-40
-40
-55
-40
-40
-10
-20
125
85
85
125
85
85
75
65
-~~ 1125
-20 ,70
K15496
K 15496
K15496
K15560
K15560
K 15560
K15436
.Kl~~5
K15347
K 15347
M191
TOl16
M469
M469
M200w
M200w
Ml17y
T086
TOl16
GENERAL DESCRIPTION
Presettable ~ecade-!!inary ~ounter/Latches.
Presettable Decade-Binary Counter/Latches.
Presettable Decade-Binarv Counter/Latches.
Bipolar LSI Univ.Polynominal Generator.
Counter Control Logic.
Dual Presettina Svs Offset Control·ECT.
Dual Presetting Sys Offset Control;ECT.
Bipolar LSI Polynomial Generator.
Phase-Fr~Quency Detector.
Phase-Frequency Detector.
Hall IC;B(H-L)750gauss;B(L-H) 1OOgauss
Fast Carr" Extender.
Fast Carry Extender.
Fast Carry Extender.
Fast Carry Extender.
Fast carry extender; gate array.
Fast Carry Extender;Gate Array.
Fast carry extender'~ate arraY.
Fast carry extender;gate array.
Fast carry extender;gate array,
Fast carrv extender:aate arrav.
Scanning Regulator SW;Vo 250mV.
4 Bit Storage Register;ton-16ns;toff-ll ns.
4 Bit Storaae Reaister-ton-16nS'toff-ll ns.
4 Bit Storage Register;ton-16ns;toff-11 os.
4 Bit Storage Register;ton-16ns;toff-ll ns.
4 Bit Storage Register·ton-16ns·toff-ll ns.
4 Bit Storage Register;ton-16ns;to!!-11 ns.
4 Bit Storage Register;ton-16ns;toff-ll ns.
4 Bit Storaae Reaister·ton-16ns·toff-ll ns.
4 Bit Storage Register;ton-16ns;toff-ll ns.
4 Bit Storage Register;ton-16ns;toff-ll ns.
4 Bit Storaae Reaister·ton-16ns"toff-ll ns.
15! 0.0 1700m 0
15 i' 0.0 ,700m ,0
16 0.0 625m ,0
70
70
75
15
15
15
15
15
15
15
16
16
16
16
16
16
16
16
16
1~
11.5M
,
1~~%
MC!~ 12.5%
MOr
M~~
300k
300k
500kll
Mq~
MO~
M~~
M~~
MOt
MOt
MOt
Mm
M~~
MC!~
MOr
~~~
D.A. T.A.
Mq~
~g~
16
16
-10%
-10%
-10%
1.5*t
.40t
.40t
-2.0*
-2.0*
'-2.0*
!
0.0
0.0
0.0
27
27
30
0.0
0.0
0.0
I 0.0
0.0
0.0
00·.00
I
0.0
I
I
I
I
I
500m -55
15 180mll-30
16 192m 0
16 192m -40
0.0 180mt -55
0.0 180mt 0
.30 100m I-55
2.0
-10
2.0
-10
2.0
\-10
2.0-10
15 750m '0
15 625m.0
11 5 750m :-55
750m 10
15 625m '10
8:8 I J:5
:18
K 15580
K15581
K15359
Phase-Frequency Detector;ECT.
I
~~~~
CNlLJ
M505
M505
TOl16
T0100
b002AE
bOO lAC
b004AG
lI001AC
CN76
100,K1759
75 IK15295 TOl16
70 IK15598 IM540
150'IK15598 M540
M132
85 "
70
'M132
FP48
85
FP89
60
60
FP89
FP89
60
M266
60
75
C0124
M200u
75 C0124
125.C0124
75 C0124
M200u
M200u
75 C0124
FP89
FP89
~~8g~
~8
4 Bit Storage Register;ton-16ns;toff-ll nS.
4 Bit Storage Register·ton-16ns·toff-ll ns.
4 Bit Storage Register;ton-16ns;toff-ll ns.
4 Bit Storage Register;ton-16ns;toff-ll ns.
Core Store Driver'PD 15ns'IC 65ma.
I ~~ro ~rossing ,u.Hector.
TTY Receiver; tpD 1.0us.
TTY Transmitter' toO 1.0us.
Digital Voltmeter.
Coder/Decoder for Error Detention.
Soeedometer Ckt'5 Stage divide by 32.
Speedometer Ckt;o Stage divide by 64.
Universal counting system;tpD 2.0us.
4 phase clock line seauencer' IL2.2mA.
Digital Mixer Translator
Phase-Frequency Detector.
Phase-Freauencv Detector·ECT.
Two-Modulus Prescaler.
Square Wave Clock.
Square Wave One Shot.
Hex Contact Bounce Eliminator.
Hex Contact Bounce Eliminator.
Hex Contact Bounce Eliminator.
4 Channel Decode Driver;tpd 250ns max.
4 Channel Decode Driver-tod 250ns max.
4-channel Decode Driver;Tpd 250ns Max.
14-Channel Decode Driver;Tpd 250ns Max
Squaring amolifier' Vth-2.5V to 2.5V.
20 Wire Multiplexer In. Limiter/Connector.
CB62
CN67
Field Effect Chopper Relay.
M200w
Hex Contact Bounce Eliminator.
Hex Contact Bounce Eliminator.
M200w
Ml17y
Hex Contact Bounce Eliminator.
M200aa Dual 5-lnout Ma 'oritv Loaic Gate.
Dual 5-lnput Majority Logic Gate.
~~naa Dual
5-lnput Majority Logic Gate
M191
Industrial Time Base Generator.
Industrial
Time Base Generator.
M191
Industrial Time Base Generator.
M278
Analog-Digital Transducer.
'Ml17Q
1 Ckt; DC Carry Chain.
.60 plus 4 bit accumulator/register.
M146
60 olus 4 bit accumulator/recister.
CN18b
CN~
15
15
15
MC2255L
1~
.01*t I 0.0
~g IK15;j~o~~~1~
70
85
85
85
~~g~~-:8::D
93~
+g~~ 6
0
~ 1 ~8~ :~~
0
I~~ ~m~~ I,~1~6
IN ORDER OF (1)USE(2)LEVEL'1'(3)LEVEL'O'
(4IMAX OPER FREQ(SITYPE No.
4 Bit Storage Register;ton-16ns;toff-11 os.
AY5-1010
GZF1200
44.'1/ GZF1202
45
SAYl15X
46
SAYl15Y
47
AY6-4010
48. CH1060
87
88
89
90
91
92
igJ~6
TOl16
TO 116
M191
TO 116
~5 Ij~5 ~m~~ I,~~16
500m
85mt 0
~:8 1!8~
:!8r 8:8
15
~~~~1~0~8
84
10 240m~ -55
5.0 400mt 0
5.0
0
5.0
-30
8:8 ~:8
t
I :!8:
8:8 t8
:~8:~
~g~ ~:~~
15
15
15
~g ~:g~~ :~~
g:g
0.0
0.0
0.0
0.0
RL71K
RL72D
RL72K
43,!~
:~
::g:~"
.40*t
.50*t
.50*t
.50*t
~g~ ~:~~
l~
N8261Q
DRAWINGS
POWER
I" MAX. TEMP. LOGIC
OUTLINE
SUPPLY ,TOTAL'
SPAN
IPKG. LOVI HI DWG. No DWG. No
lI=MO
NEG.\POS. !DISS.
(V)
IV)' (W)
'C ·C
LOGIC
USE iOfER- PROLEVEL
ATING CESSfl-I'1'
]J'O'
iFREQ.
(Hz)
(V)
(V)
MC54177L
MC8503P
MC12014L
6~
MC 12020L P
7~
MC12520L
8~
MC8506P
9
MC4044F
10
MC4044L,P%
11# DN830
12
MC7261F
3
4
5
11. MISCELLANEOUS
~~le~~Oa"c~!~~~~0~~?~C~i~li7gnl~·max.
64 bit accumulator'clock tr 10ns max.
Top Octave Synthesizer.
Top Octave Synthesizer.
P-Channel Enhancement Mode Loaic Element.
3 Input gate Building block
CMOS Multi Function Exp 8 Input Gate.
CMOS Multi Function Exo 8 Inout Gate.
CMOS Multi Function Exp 8 Input Gate.
CMOS 8 input Gate, Multifunctional.
CMOS 8 inout Gate Multifunctional.
Transformer Iso~ated Microchopper.
Pulse Stretcher;Fan Out 10.
Hall Effect Switch.
Hall Effect Switch.
8 bit parallel accumulator
8 bit oarallel accumulator
Digital Difference Adder Element.
Quartz Watch and Clock Ckt.
Quartz Watch and Clock Ckt.
Quartz Watch and Clock Ckt.
Quartz Watch and Clock Ckt.
BCD Proarammable Timer/Counter.
BCD Programmable Timer/Counter.
BCD Programmable Timer/Counter.
BCD Proarammable Timer/Counter.
BCD Programmable Timer/Counter.
32kHz Wrist Watch IC,l Hz output.
Osc, Divider Motor Drive for wrist watch.
gsciliator,Divider!Motordnve for Clocks.
Proarammable Timer/Counter.
SYMBOLS AND CODES
EXPLAINED IN INTERPRETER
203
LINE
No.
f§J
TYPE
No.
1· 1~~~~:g~P/l
2.
3.
4+
~:
7
8#
9
10
g#
13#
l~:
16#
17#
18#
19#
~~:
n:
24#
25#
26#
27#
28#
~g:
XR2240N#2
XR2240P#2
SAJ300S
SAJ300T
CD4059AD
SP659A
MM5555N
MM5556N
MM5554N
SP8602A
SP8622B
SP8604A
SP8604B
SP8621B
SP8603A
SP8603B
SP8632B
SP8637B
SP8652B
SP8602B
SPB631B
SP8636B
SP8651B
SP8685A
SP8685B
SP8630B
SP8635B
SP8650D
~~: I~~g~~;~
33#
34#
35#
36#
37#
38#
39.
40.
41.
42.
43.
44#
45#
46#
SP8666B
SP866 B
SP8601A
SP8601B
SP8600A
SP8600B
SPB505
SP8515
SP8607A
SP8607B
SP8607M
SP8640A
SP8640B
SP8641A
SP8641B
SP8642A
:a
~~: ~~g~g~
51. MC12513P#1
52# SP8613B
SP8614B
SP8615B
55#
56#
57. MC14451L
58.
59.
60. MC14450L
6,. MC14450P
62. MCC14450
63
DM7520J
64
DM7520W
65
DM8520J
66
DM8520N
67
68
69
MC7492F
70
MC7492L.P%
71
MC8392F
72
MC8392L P%
MC9392F
MC9392L
75
MC14411L
MC14411P
76
SP8790B
78. MC12013P#4
79. MC12513P#4
80# SP522B
81
DM7288J
82
DM7288W
83
DM8288J
84
DM8288N
85
DM8288W
SP8790A
SP8790M
88. MC12013P#3
89. MC12513P#3
90. SP8695A
SP8695B
~~.'Il Tl05
93# SAJ110
SAJ110A
SAJ110B
96# SAJ210AX2
~~:
~~~~l~~
~~i:i!~~~
~~~:~~E
~~
77.,*
~~:~
~~:
~~~~Jg!X7
~~~~ SP8660B
99.
100#
101#
102#
103#
104#
105#
106
107
108
109
110
204
~~m~:
SP8657A
SP8657B
SP8659A
SP8659B
MC14017AL
MC14017CL
MC14017CP
~gm~l~t
·
lli4-L
Mt~
USE OPER- PRO-
flj'"
ATING CESS
FREO.
(Hz)
11~ 1:~~~
16
16
16
16
16
16
16
16
16
16
16
16
16
16
16
16
16
16
16
16
16
16
16
16
16
16
16
16
16
.16
16
16
16
16
16
16
16
16
16
16
16
16
16
16
16
16
16
116
116
16
16
16
16
16
16
16
16
16
16
16
16
16
16
16
16
16
16
16
16
16
16
16
16
16
16
16
16
16
16
16
16
16
16
16
16
16
16
16
16
16
16
16
16
16
16
16
16
16
j 16
16
16
16
1 16
1.5M%
1.5M%
4.2M
4.2M
5.0M"'%
180M%
2.2M
2.2M
500kt
500M
200M
300M
300M
I~gg~
400M
400M
400M
400M
500M
500M
500M
500M
500M
500M
600M
600M
600M
?l!.0M
LOG
1.lG
1.2G
150M
150M
250M
j250M
250M
450M
LOGIC
LEVEL
fIJ'O'
(V)
MO~
M~§
~gs
M~~
M~~
MOS .30%
MO
.30%
MO
.30%
MO
.35#%
.40#%
M~~
200M
250M
250M
300M
I~~g~
700M
800M
900M
950M
LOG
t
t
::g:~
t
t
M~~
M~~
MO~
MO~
M~;
.40#%
.40#%
.40%#
.40#%
.40#%
M?f
MO
Mm
M~;
~g~
~g~
MO~
M?~
.40#%
.40#%
.40#%
.40#%
.40%#
.40#%
.40%#
::g:~
.40#%
MO
.80*#
MO~ .80*#
M~~ .80*#
.80*#
-.75
-.75
M~~ -.75
-.75
MO~ -.75
M~~ -.85%
MO~ -.85%
M~~ -.85%
-.85%
-.85%
~g~
~g~
M~~
M~~
MO~
~g~
MO~
~g~
MO~
M~~
~g~
M~~
MO~
MO~
~~~
MO
M~~
~gs
M~~
Mq~
MO~
Ml~
MO
22JAMt'l' MO
45Mt~ Mq~
45M~~ MO~
45Mt
45Mt:!l
, 60M~~
. 60Mt
MO~
Mq~
M=MO
°C
°C
Di~~'
:gg
19 1915 :15i?O";.;t
65mt -55
:gg:
I~q~ ~::~
g
17
17
17
17
17
17
17
17
17
,17
'17
17
17
17
17
17
.
Fr~~?
IN ORDER OF (')USE(2)LEVEL','(3)LEVEL'O'
(4)MAX OPER FREQ(5)TYPE No,
11 · MISCELLANEOUS
:gg:
1~'
I
I
18
18
18
18
18
18
18
18
18
18
15
15
15
15
15
15
15
15
15
15
15
15
15,
15 i
15
15
15
15
15
15
1~ 3gg~;
-55
-55
15 300m'JE 0
15 450m -55
15 450m 0
15 750m 0
15 450m 0
15 450m 0
15 450m -55
15 450m -55
15 450m 0
15 450m 0
15 450m -55
15 450m -55
15 450m 0
15 450m 0
15 450m 0
15 450m -55
15 450m -55
15 450m -55
15 450m 0
15 450m 0
15 450m -55
15 450m -55
15 450m 0
15 450m 0
15 450m 0
15 450m -55
15 450m -55
15 450m -55
15 450m 0
15 450m 0
15 450m -55
15 450m -55
15 450m 0
15 450m 0
15 450m 0
15 450m -55
15 450m -55
15 450m -55
15 450m 0
15 450m 0
15 450m -55
15 450m I-55
15 450m 0
15 450m I~
15 450m 0
15 450m :-55
15 450m -55
15 450m -55
15 450m 0
15 450m 0
15 450m -55
15 450m -55
15 450m 0
15 450m 0
15 450m 0
15 450m -55
15 450m -55
15 450m -55
15 450m 0
15 450m 0
15 450m -55
15 450m -55
-55
30 6.0m
12 750m -55
12 750m -55
12 750m -20
12 825m -20
12 750m -55
12 750m -55
12 750m -20
12 825m -20
12 750m -55
12 750m -55
12 750m -~~
12 825m -20
12 750m -55
12 7~O:s
Driver
Driver,
Driver,
Driver
Driver,
Driver,
Driver
~p26396b
M235
FP69b
M235
FP69b
M235
FP69b
M236
M235D
FP69b
Switch·tDn600ns
Switch;ton600ns
Switch;ton300ns
Switch:ton300ns
~C~:~:g~:~:~ ::~~ g~~i ~:~ ~::~~~~~~~gg~:
2ehan.Driver with SPST
with SPST
2ehan.Driver with SPST
Driver Fet Switches·ton
FP69b
K0249d
K0249d
K0248c
K0248c
K0248c
K0248c
K0248d
Fet
Fet
Fet
Fet
Fet_Switches·ton 400nS'toff 800ns.
~et ~witc~es;ton ~~~ns;toff 800ns.
Fet Switches;ton 800ns;toff 1.6us
Fet Switches·ton 800ns·toff 1.6us.
1~~~an.~r1ver
~g~:~g
m~g~:~~
i~~
I
M235
125
125
125
125
125
125
125
SPST
SPST
SPST
SPST
2Chan,Driver with DPST Fet Switch·ton 1.0us
1~26:6b
FP69b
M235
FP69b
K0249b M235
K0249b FP69b
K178e
M235
K178e
FP69b
I~m: IF'P"'6"95b
with
with
with
with
~C~:~:g~:~:~ ::~~ ~~~i ~:~ ~::~~~~~~ggg~:
~P"'695b
M235
FP69b
M235
FP69b
125
125
125
125
70
I
~g~:~g 1~::6b
m
70
~g~:~:D~:~:~ ::~~ ~~~i ~:~ ~::~~~~~~~gg~:
2ehan,Driver
2ehan,Driver
2Chan,Driver
2ehan,Driver
FP69b
1~2":5D
M235
FP69b
M235
FP69b
M236
FP69b
M235
FP69b
M235
FP89b
M235
FP69b
M235
FP69b
M235
FP69b
I~g
2ehan.Driver with DPST Fet Switch·ton600ns
Driver
I ~river,
Driver,
DriJ1l!!'
K178f
K178f
K178f
K178f
KI77e
KI77e
KI77e
KI77e
KI77f
KI77f
KI77f
KI77f
K0249c
K0249c
K0249c
K0249c
125
70
70
70
70
70
70
~g~:~:D~:~:~ ::~~ g~~i ~:! ~:~~~;~~~~oo~:
FP69b
M235
FP69b
M235
FP69b
M235
FP69b
K0248b
m
125
125
125
125
125
126
125
125
125
125
M537
M537
M200z
CN48m
1[211::
K0249a FP69b
K0249a M235
K0249a FP69b
K0248b M235
l~ 7~~~ :~~ l~~ ~~~~~d
15
12
12
12
12
12
12
12
12
12
19 g
18
18
18
18
18
18
-~~
-55
-55
-55
-55
-55
-55
-55
-55
GENERAL DESCRIPTION
!
~~~:~.~~~eswi;~~e~~~~ ~~hn~~~~n;:~u~~us
SYMBOLS AND CODES
EXPLAINED IN INTERPRETER
209
..QJ
LINE
No.
TYPE
No.
W~
Mt1PROUSE ~n
OPER·
ATING
g~:3~~~u
;~
3
4
5
6
7
8
9
10
11
12
DG439FD
DG440ADD
DG440AFD
DG440DD
DG440FD
DG441ADD
DG441AFD
DG441 DD
DG441FD
DG442ADD
DG442AFD
DG442DD
DG442FD
17
17
17
17
17
17
17
17
17
17
17
17
17
17
17
17
17
17
17
17
17
17
17
17
17
17
17
17
17
17
17
17
17
17
17
17
17
17
17
17
17
17
17
17
17
17
17
17
17
17
17
17
17
17
17
17
17
17
17
17
17
17
17
17
17
17
17
17
17
17
17
17
17
17
17
17
17
17
17
17
17
17
17
17
17
17
17
17
17
17
17
17
17
17
17
15
16
17
18
19
20
21
22
23
24
g~::~~~g
DG443DD
DG443FD
DG444ADD
DG444AFD
g~:::~g
27
28
29
30
31
32
33
34
35
36
37
38
39
40
41
42
43
44
45
46
47
48
DG445ADD
DG445AFD
DG445DD
DG445FD
DG446ADD
DG446AFD
DG446DD
DG446FD
DG451ADD
DG451AFD
DG451DD
DG451FD
DG452ADD
DG452AFD
DG452DD
DG452FD
DG453ADD
DG453AFD
DG453DD
DG453FD
DG454ADD
DG454AFD
DG454DD
DG454FD
DG461ADD
~~
g~m~6D
~~
51
52
53
54
55
56
57
~~
60
61
62
63
64
65
66
g~
DG461 FD
DG462ADD
DG462AFD
DG462DD
DG462FD
DG463ADD
DG463AFD
DG463DD
DG463FD
DG464ADD
DG464AFD
DG464DD
DG464FD
IH5001CPA
IH5002CPA
IH5003MDD
IH5003MFD
IH5004MDD
IH5004MFD
IH5005MDD
IH5005MFD
IH5006MDD
IH5006MFD
IH5007MDD
IH5007MFD
AD7516JD
AD7516JN
AD7516SD
AD7516SN
CDA4A
AH0126CD
AH0126CF
AH0126D
AH0126F
AH0129CD
AH0129CF
AH0129D
AH0129F
AH0133CD
AH0133CF
AH0133D
AH0133F
AH0134CD
AH0134CF
AH0134D
AH0134F
69
70
71
72
73
74
75
76..,
77
78
79..,
80
81
82
83
84
85
86
87
88
89
90
91
92
93
94
95
96
97
98
99
AH0139D
100
101
102
AH0140CF
103
AH0140D
AH0140F
104
105
AH0141CD
106
AH0141CF
107
AH0141D
AH0141F
108
AH0142CD
109
110
AH0142CF
~~gl~~g~
~~gl~~~D
210
CESS~'1'
F~JZ?'
;
1~
11 . MISCELLANEOUS
17
17
17
17
17
17
17
17
17
17
17
17
17
D.A. T.A.
LOGIC
LEVEL
]J'O'
_( V I N )
~g~ ~:g~
MO~
MO~
Mq~
MO~
MO~
M~~
~g~
MO~
M
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
~:g~
2.0%
2.0%
2.0%
2.0%
2.0%§
2.0%§
2.0%§
2.0%§
2.0%
2.0%
2.0%
i
POWER
MAX. TEMP.
SUPPLY
TOTAL
i
SPAN
PKG.
LO~ HI
NEG.
(V) P~~.
'C
'C
DI~~'
~:~
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
0.0
0.0
0.0
.85*
0.0
.85*
0.0
.85*
0.0
.85*
5.0
.40t*
5.0
.40t*
.40*t
0.0
0.0
.40*t
.50t*
6.5
5.0
.50*t
.50*t
5.0
.35t*
5.0
5.0
.40*t
.40*t I 5.0
.40*t
5.0
.40*t
5.0
.45*t ! 6.0
.45*t I 6.0
.45*t
6.0
6.0
.40*t
6.0
.40*t
.40*t
6.0
0.0
0.0
.70*
0.0
0.0
:j~:
0.0
0.0
.70*
0.0
0.0
.70*
0.0
0.0
.70*
0.0
.70*
0.0
.70*
0.0
.70*
.70* I 0.0
.80*
0.0
.80* 1 ~.O
0.0
.80*
0.0
.80*
.80* I 0.0
.80* . 0.0
0.0
.80*
0.0
.80*
0.0
.80*
0.0
.80*
0.0
.80*
0.0
.80*
0.0
.80*
0.0
.80*
0.0
.80*
0.0
.80*
0.0
.80*
0.0
.80*
0.0
.80*
0.0
.80*
0.0
.80*
0.0
.80*
0.0
.80*
0.0
.80*
0.0
.80*
0.0
.80*
.80*
0.0
0.0
.80*
0.0
0.0
0.0
.80*
0.0
.80*
0.0
.80*
0.0
.80*
000
080*
0.0
.80*
0.0
.80*
0.0
.80*
.80*
g:g
.80*
0.0
.80*
0.0
.80*
.80*
0.0
0.0
.80*
0.0
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
:80*
.80*
.80*
M1~
19
19
19
19
19
19
19
19
19
19
19 I
19
19
19
19 I
'19
19
19
19
19
19
19
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
120
20
1 20
20
1 20
20
20 I
20
1
LOGIC
LEVEL
3"0'
.,;u
IV}
~:~ I~~~~\< :~~
!
I
,
I'
'
,
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
4.5
5.0
5.0
5.0
5.0
5.0
5.0
5.0
6.0
6.0
6.0
6.0
6.0
6.0
4.0
4.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
~O
.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
:~~:
i
I
DRAWINGS
LOGIC 10UTLINE
DWG. No IDWG. No
c,=MO
m:~r~~~
-55 .125'K1940
300~; -55 125 K1928
300m -55 125 K1928
300m')! -55 125 K1928
300m:!l -55 125 K1928
300~~ -55 125 K1928
300m -55 125 K1928
70
300m:!l 0
70
300m:!, 0
300m')! 0
70
70
300:~
300m 0
0
70 K1926
300m 0
70 K1926
70 ,K1926
300m:!l 0
70 ,K1926
300~~ 0
300m 0
70 K1927
70 K1927
300~; 0
300m 0
i 70 K1927
300m')! 0
70 K1927
450m 0
70 K1940
450m 0
70 K1940
300m')! 0
70 K1928
70 K1928
300~~ 00
70 K1928
300m
300m 0
70 K1928
1.0
K1941
j~ K1941
1.0
600m§ 0
70 K1930
625m§ .0
70 K1931
600m 10
70 K1930
70 K1931
600m '0
70 K1939
600m l~
70 K1939
600m 0
100mt 10
70 K1929
70 ,K1929
100mt 0
245m 0
70 :~1946
70 K2211
600m 0
600m 0
70 W2211
750m -55 125 K1942
75 'K1911
500m 0
600m 0
75 IK1911
500m -55 125 K1911
600m -55 125 K1911
500m -55 125!K1943
680m -55 125!K1943
625m -55 125 K1943
500m 0
75 K1943
680m 0
75 K1943
625m 0
75 K1943
250m
46m
110m -55 125 K2010
,110m -55 125 K2010
'121m -55 125 K2011
121m -55 125 K2011
132m -55 125 K206
132m -55 125 K206
115m -55 125 K207
115m -55 125 K207
132m -55 125 K208
132m -55 125 K208
115m -55 125 K209
115m -55 125 K209
480mt 0
70
540mt 0 7 0
22mt -55 1125 K2012
22mt -55 125 K2013
22mt
170 K2012
22mt
70 K2013
270m -55 '125 K202a
270m:!l -55 125 K202a
310~~ -55 125 K202
310m -55 125 K202
325mt -55 i 125
325mt -55 : 125
325mt -55 125 K2013
125 K2013
325:~ -55
,270m
0
70 K202a
1270m 0
70 K202a
70 K202
:310m:!l 0
'310m')! 0
K202
70 K2012
325mt 0
1 70
325mt 0
70 K2012
325mt 0
70 K2012
325mt 0
70 K2013
.70 K2013
325mt 0
70 K2013
0
ng~~ -55 125 K202a
270m:!l-55 125 K202a
125 K202a
j 270~~~55
'270m -55 125 K202a
70
K202
,310~~~
70 K202
[310m '0
310m')! 0
70 K202
70 K202
70 K2010
310m§ 0
70 K2011
270m§ -25 85 (2010
310m§ -25 85 K2011
75 K2010
270mt 0
310mt 0
75 !K2011
490mn 0
j~ :ggg
490mn 0
75 ]K2013
490mn 0
490mn 0
75 K2013
70 ·K2010
270m§ 0
270m§ 0
70 :K2010
270m§ 0
70 K20.10
450m
~
oo
~:g I~jg~:g
5.0
5,0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
IN ORDER OF (1)USE(2)LEVELT(3)LEVEL'O'
(4)MAX OPER FREQ(5}TYPE No.
~~gg
GENERAL DESCRIPTION
,uua ;tP~_4uns max;teye Luuns.
Dual w/Data Registers.
Dual w/Data Reaisters.
FP107
M153d
Dual;w/Preamplifier;tpd 40ns max.
Dual;w/Preamplifier;tpd 40ns max.
M359
FP93e
Dual w/Preamplifier-tpd 40ns max.
M153d : Dual;w/Preamplifier;tpd 40ns max.
M359
IDual;w/Preamplifier;tpd 40ns max.
,Dual w/Preamolifier'!od 40ns max.
FP93e
Dual ~ore Sense Amp;lnternal Comp.
M200j
Dual Core Sense Amp;lnternal Comp.
M532
M200'
Dual Core Sense Amo;lnternal Compo
M532
Dual Core Sense Amp;lnternal Comp.
M153d
Dual;tpd 40ns max;teye 200ns typo
Dual·tod 40ns max·teve 200ns tvo.
M117x
M153d
Dual;tpd 40ns max;teye 200ns typo
Dual;tpd 40ns max;teye 200ns typo
M117x
Dual·tpd 40ns max'Teve 200ns tvP.
M153d
M117x
Dual;tpd 40ns max;Teye 200ns typo
M153d
Dual;tpd 40ns max;Teye 200ns typo
Dual·ted 40ns max'Teve 200ns tVo.
M117x
Dual w/Data Registers.
FP107
FP107
Dual w/Data Registers.
Dualw/Preamplifienpd 40ns max.
M153d
Dual;w/Preamplifier;tpd 40n5 max.
M117x
Dual;w/Preamplifier;tpd 40ns max.
M153d
M117x
Dualw/Preamelifier·tod 40ns max.
A-C Coupled 4-Channel;Vth .7mV typo
M359
A-C Coupled 4-Channel;Vth .7mV typo
M117x
Hiah Speed Hex Sense Amp for MOS Ckts.
M315
Hi Speed Hex Sens Amp for MOS Ckt w/Lateh
M315
High Speed Hex Sense Amp for MOS Ckts.
M290
Hi Speed Hex Sens Amp for MOS Ckt w/Lateh
M290
Dual;tpd 35ns max;Vi ±5.0V.
M294f
Dual;tpd 35ns max;Vi ±5.0V.
M344
MOS Sense Amo:MOS to TTL Cony.
M153a
MOS Sense Amp;MOS to TTL Cony.
M117
Threshold Volt 22mV max;ton 4.0ns;toff22ns
T0116
Hiah Soeed Dual·tod 17ns max'Gv 5.0V/mV.
M318
M257f
High Speed Dual;tpd 17ns max;Gv 5.0V/mV.
,n001AD Dual Input;tpd 35ns max.
Dual Channel Core Memory;Vth 20m V max.
'T086
Dual Channel Core Memory;Vth ~OmV max.
igJJ6
Dual channel core memory; Vth 20mVmax.
Dual Channel Core Memoiv:Vth 20mV max.
'T0116
Core Memory;Vth 24mV max;Vio 1.0mV.
T091
Core Memory;Vth 24mV max;Vio 1.0mV.
CN54a
Core Memorv;Vth 24mV maxYo 1.0mV.
T0116
I(;ore Memory;Vth 20mV max;Vio 1.0mV.
,T091
Core Memory;Vth 20m V max;Vio 1.0mV.
'CN54a
Core Memorv:Vth 20mV max'Vio 1.0mV.
T0116
T0116
FO 80 typ;tpd 15 ns typo
FO 30 typ;tpd 52ns typo
T099
3-State Quad Bus Driver·ted 18ns max.
M157b
FP97a
I ~-State Quad Bus Driver;tpd 18ns max.
3-State Quad Bus Driver;tpd 18n5 max.
M157b
3-State Quad Bus Driver·tpd 18ns max.
FP97a
3-State Hex Bus Driver;16mA Sink.
M153d
FP98b
3-State Hex Bus Driver;16mA Sink.
3-State Hex Bus Driver'16mA Sink.
M153d
3-State Hex Bus Driver; 16mA Sink.
FP98b
3-State Hex Bus Driver; 16mA Sink.
M153d
FP98b
3-State Hex Bus Driver'16mA Sink.
M153d
3-State Hex Bus ~river;16mA Sink.
3-State Hex Bus Driver; 16mA Sink.
FP98b
Quad Tri-State Buffer·tpd 23ns max.
CB62
Quad Tri-State Buffer;tpd ~3ns max.
CB62
M345
Tri-State Hex Buffer;tpd 40ns.
Tri-State Hex Buffer-tpd 40ns.
M345
Tri-State Hex Buffer;tpd 40ns.
M345
Tri-State Hex Buffer;tpd 40ns.
M345
Tri-State Quad Buffer·ted 23ns max.
M294b
FP97.
Tri-State Quad Buffer;tpd 23ns max.
M294b ITri-State Quad Buffer;tpd 23ns max.
FP97a
Tri-State Quad Buffer·tod 23ns max.
M200r
!Tri-State Hex Buffer;tpd 37ns max.
,Tri-State Hex Buffer;tpd 37ns max.
FP88a
ITri-State Hex Buffer·tod 37ns max.
M200r
FP88a
iTri-State Hex Buffer;tpd 37ns max.
Tri-State Quad Buffer;tpd 23ns max .
M294b
Tri-State Quad Buffer·ted 23ns max.
M344
Tri-State Quad Buffer;tpd 23ns max.
M294b
Tri-State Quad Buffer;tpd 23ns max.
M344
Tri-State Hex Buffer·tod 37ns max.
M200r
Tri-State Hex Buffer;tpd 37ns max.
M345
Tri-State Hex Buffer;tpd 37ns max.
1~88a
Tri-State Hex Buffer·tod 37ns max.
200r
Tri-State Hex Buffer;tpd 37n8 max.
M345
Tri-State Hex Buffer;tpd 37ns max.
FP88a
Tri-State Quad Buffer·tod 23ns max.
M294b
Tri-State Quad Buffer;tpd 23ns max.
FP97.
Tri-State Quad Buffer;tpd 23ns max.
M294b
Tri-State Quad Buffer·tod 23ns max.
FP97a
Tri-State Quad Buffer;tpd 23ns max.
M294b
Tri-State Quad Buffer;tpd 23ns max.
M344
Tri-State Quad Buffer'ttld 23ns max.
M294b
Tri-State Quad Buffer;tpd 23ns max.
M344
3 State Bus Driver;tpd 25ns m.x;FO 10 max
M126p
M1260
3 State Bus Drivercted 25ns max'FO 10 max
3 State Bus Dr;ver;tpd 25ns max;FO 10 max
M126p
3 State Bus Driver;tpd 25ns max;FO 10 max
M126p
M105'
TTL 3-State Bus Buffer (HI.
TTL 3_State Bus Buffer (L).
M105j
TRI-STATE Hex Buffer;tpd 25ns max.
M317
TRI-STATE Hex Buffer·tod 25ns max.
M200v
TRI-STATE Hex Bu!!er;tpd 25ns max.
M317
TRI-STATE Hex Buffer;tpd 25ns max.
M200v
Quad Bus Buffer Gates·ted 18ns max.
M318
Quad Bus Buffer Gates;tpd 18ns max.
M257f
Quad Bus Biffer Gates·tod 18ns max.
FP3ge
I~~~g~
SYMBOLS AND CODES
EXPLAINED IN INTERPRETER
215
LINE
No.
f§J
TYPE
No.
1" I~~:m~
2"
3"
4"
5"
6"
7"
8"
9"
10"
11"
12"
13"
14"
15"
16"
17"
18"
19"
20"
21"
22
23
24
25
26
27
28
29
30
~~
33
34
35
36"
37"
38"
39"
:y
42
43
44
45
46
47
48
~6
51
52
53
54"
55"
56"
57"
58
59
60
61
62
63
64
65
h1.J~
Mt1PROUSE f!J"
OPERATING CESS
FREQ.
(Hz)
I~~m~~~
72
73
74
75
76
77
78
79
80
81
82"
83"
84
85
86
216
M~~
~g~
M~~
~g~
TTL
TTL
TTL
TT~~
~g~
TTL
TTL
TTL
TTL
TTL
TTL
TTL
(V)
:~g:
~:g~
MC!~
MO~
MO~
I++t
TTL
TTi~
I~g
TTL
TTL
TTL
TTL
TTL
TTL
TTL
~g~
SN74367N
20
SN74368J
20
SN74368N
20
SN74425J
20
SN74425N
(0
SN74426J
20
SN74426N
20
JANM38510/05501 AE~
MC!~
MC!~
MO~
:20
JANM3851 0/05501 AF
20
JANM3851 0/0550,1BE
20
JANM38510/0550 1BF~
120
JANM38510/05501CE
,1,20
JANM38510/0550,1CFt
20
JANM38510/05502AEt
120
JANM38510/05502AF
,20
.1.
120
JANM38510/05502CE
,1,20
JANM3851 0/0550,2CF~
20
JANM38510/05503AEJ
120
JANM38510/05503AF
,1,20
JANM38510/0550,3BEP
20
JANM38510/05503BFJl
120
JANM38510/05503CE
,1,20
JANM38510/0550?CF~
20
JANM38510/05504AE
120
JANM38510/05504AF
,1,20
JANM3851 0/05 50,~BE~
20
JANM38510/05504BFt
120
JANM38510/05504CE
,1.20
JANM38510/05504CFJ
120
TF4010AJ
TP4010AJ
20
SCL4041AC
1 20
SCL4041AD
20
SCL4041AE
1 20
:~~:
.80*
.80*
.80*
.80*
.80*
.80*
.80*
tg~
I
I
:~~:
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%§
2.0%§
2.0%§
2.0%§
g:g
0.0
0.0
0.0
g:g
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
:~~:
.80*
~:g 1~1g~~lg
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
~:~
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.81)*
.80*
.80*
.80*
.80*
.80*
~.~?6
~TJ~
Kg
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
2.0%
2.0%
2.0%
2.0%§
2.0%§
2.0%§
2.0%§
~TJ~
20
20
20
20
JANM38510/0550,~~E}
71
~g~
MC!~
MC!~
Mm
~g
IJANM38510/0550~BF~
70
M~~
20
67
69
M1~
I~~
66
68
MO~
MO
MO
20
20
20
20
20
20
20
SN74126J
SN74126N
SN74265J
SN74265N
SN74365J
SN74365N
SN74366J
~~j:~~~~
MC!~
MC!~
~g
~~~:~g~r'
f1J '0'
2.0%
2'0:!l?
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%§
2.0%§
2.0%§
2.0%§
2.0%§
2.0%§
2.0%§
2.0%§
2.0%§
2.0%§
2.0%§
2.0%§
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
IN ORDER OF (1)USE(2)LEVEL'1'(3)LEVEL'O'
14lMAX OPER FREQl5lTYPE No.
POWER
MAX. TEMP.
DRAWINGS
TOTAL
LOGIC OUTLINE
SUPPLY
SPAN
PKG.
LOV. HI DWG. No DWG. No
NEG. POS. DISS.
lI=MO
(V)
(V)
(W)
'C
'C
LOGIC
LEVEL
(V)
MO~
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
SN54367W
SN54368J
SN54368W
SN54425J
SN54425W
SN54426J
SN54426W
lJ'1'
~g~ ~:g~
I~g
N74126W
S54125A
S54125F
S54125W
S54126A
S54126F
S54126W
SN74LS125J
SN74LS125N
SN74LS126J
SN74LS126N
SN74LS365J
SN74LS365N
SN74LS366J
SN74LS366N
SN74LS367J
SN74LS367N
SN74LS368J
SN74LS368N
SN54125J
SN54125W
SN54126J
SN54126W
SN54265J
SN54265W
SN54365J
SN54365W
SN54366J
11 . MISCELLANEOUS
310m§
270m§
270m§
270m§
310m§
310m§
310m§
110m
110m
121m
121m
132m
132m
115m
115m
132m
132m
115m
115m
~g I~~gn
0
·55
-55
-55
-55
-55
-55
0
0
0
0
0
0
0
0
0
0
0
0
-55
-55
-55
-55
170m§ -55
170m§ -55
-55
-55
-55
-55
-55
-55
-55
-55
270m i-55
270m -55
310m -55
310m -55
0
0
0
0
170m§ 0
170m§ 0
0
0
0
0
0
0
0
0
270m 0
270m 0
310m 0
310m 0
70
K2011
K2011
K2014
K2014
K206
K206
K207
jg
70
70
70
70
70
70
70
K208
K209
K209
K2010
K2010
K2011
K2011
70
125
125
125
125
125
125
70
70
70
70
70
70
70
70
70
70
70
70
125
125
125
125
125
125
125
125
125
125
125
125
125
125
125
125
125
125
jg
70
70
70
70
j~
K2011
K2010
K2010
K2010
K2011
K2011
K2011
K2010
K2010
K2011
K2011
K206
K206
K207
K207
K208
K208
K209
K209
K2010
K2010
K2011
K2011
K2014
K2014
K206
K206
K207
~m
K208
K209
K209
K2010
K2010
K2011
K2011
~~g1g
~~g~
GENERAL DESCRIPTION
lI001AA
lI004AA
Ml.53d
Ml17x
M153d
Ml17x
M153d
Ml17x
M153d
M117x
M153d
M117x
M157b
M126e
M157b
M126e
'yuad ~us ~u!!er ~ates;tPd ! ~ns max.
Quad Bus Buffer Gates;tpd 18ns max.
Quad Bus Buffer Gates·ted 18ns max.
Quad Bus Buffer Gates;tpd 18ns max.
Quad Bus Buffer Gates;tpd 18ns max.
Quad Bus Buffer Gates·tod 18ns max.
Quad Bus Buffer Gates;tpd 18ns max.
Quad Bus Buffer Gates;tpd 18ns max.
Quad Bus Buffer Gates:tJ!d 18ns max.
3-State Quad Bus Driver;tpd 18ns max.
3-State Quad Bus Driver;tpd 18ns max.
3-State Quad Bus Driver·ted 18ns max.
3-State Quad Bus Driver;tpd 18ns max.
3-State Hex Bus Driver; 16mA Sink.
3-State Hex Bus Driver'16mA Sink.
3-State Hex Bus Driver; 16mA Sink.
3-State Hex Bus Driver; 16mA Sink.
3-State Hex Bus Driver'16mA Sink .
3-State Hex Bus Driver; 16mA Sink.
3-State Hex Bus Driver; 16mA Sink.
3-State Hex Bus Driver'16mA Sink.
TTL 3-State Bus Driver. 16mA Sink.
TTL 3-State Bus Driver. 16mA Sink.
TTL 3-State Bus Driver 16mA Sink.
TTL 3-State Bus Driver. 16mA Sink.
Quad Comp-Outp Element;tpd 18ns max.
Quad Come-Outo Element·ted 18ns max.
TTL 3-State Hex Bus Driver;32mA Sink.
TTL 3-State Hex Bus Driver;32mA Sink.
TTL 3-State Hex Bus Driver'32mA Sink.
TTL 3-State Hex Bus Driver;~:.!mA Sink.
TTL 3-State Hex Bus Driver;32mA Sink.
TTL 3-State Hex Bus Driver'32mA Sink.
TTL 3-State Hex Bus Driver;32mA Sink.
TTL 3-State Hex Bus Driver;32mA Sink.
Quad Gates w/3-State Totem Pole Outout.
Quad Gates w/3-State Totem Pole Output.
Quad Gates w/3-State Totem Pole Output.
Quad Gates w/3-State Totem Pole Outout.
L ,,-~~ate i3us i)river. 1EjmA Sink.
TTL 3-State Bus Driver, 16mA Sink.
TTL 3-State Bus Driver 16mA Sink.
!TL 3-State Bus Driver. 16mA Sink.
Quad Comp-Outp Element;tpd 18ns max.
Quad Come-Oute Element·ted 18ns max.
TTL 3-State Hex Bus Driver;32mA Sink.
TTL 3-State Hex Bus Driver;32mA Sink.
TTL 3-State Hex Bus Driver'32mA Sink.
TTL 3-State Hex Bus Driver;~2mA Sink.
TTL 3-State Hex Bus Driver;32mA Sink.
TTL 3-State Hex Bus Driver'32mA Sink.
TTL 3-State Hex Bus Driver;32mA Sink.
TTL 3-State Hex Bus Driver;32mA Sink.
Quad Gates w/3-State Totem Pole Outout.
Quad Gates w/3-State Totem Pole 2utput.
Quad Gates w/3-State Totem Pole Output.
Quad Gates w/3-State Totem Pole Output.
Inverting Hex Buffer;tpd 390ns max.
~~J~f
FP3ge
M318
M257f
FP3ge
M318
M257f
FP3ge
M157b
M126e
M157b
M126e
M153d
Ml17x
M153d
Ml17x
M153d
Ml17x
M153d
Ml17x
1I001AA
lI004AA
lI001AA
lI004AA
M153d
lI004AG
M153d
lI004AG
M153d
~~~~~G
lI004AG
M153d
M04AG
M157b
FP97a
M157b
FP97a
~ggl~~
MO~
3.65%
.85*
0.0
5.0
200m
-55
125 K06119
M393
MO~
3.65%
.85*
0.0
5.0
200m
-55
125 K06119
FPl17
Inverting Hex Buffer;tpd 390ns max .
MO~
3.65%
.85*
0.0
5.0
200m
-55
125 K06119
M393
Invertina Hex Buffer·tod 390ns max.
MO~
3.65%
.85*
0.0
5.0 1200m
-55
125 K06119
FPl17
Inverting Hex Buffer;tpd 390ns max.
IMO~
3.65%
.85*
0.0
5.0
200m
-55
125 K06119
M393
Inverting Hex Buffer;tpd 390ns max.
MO~
3.65%
.85*
0.0
5.0
200m
-55
125 K06119
FP117
Invertina Hex Buffer·tpd 390ns max.
MO~
3.65%
.85*
0.0
5.0
200m
-55
125 K205
M393
Non Inverting Hex Buffer;tpd 390ns max.
MO~
3.65%
.85*
0.0
5.0
200m
-55
125 K205
FPl17
Non Inverting H\!x Buffer;tpd 390ns max.
MO~
i
3.65%
.85*
0.0
5.0
200m
-55
125 K205
M393
Non Invertina Hex Buffer·tod 390ns max.
Mar 3.65%
.85*
0.0
5.0
200m
-55
125 K205
FP117
Non Inverting Hex Buffer;tpd 390ns max.
MOr 3.65%
.85*
0.0
5.0
200m
-55
125 K205
M393
Non Inverting Hex Buffer;tpd 390ns max.
MOr 3.65%
.85*
0.0
5.0
200m
-55
125 K205
FPl17
Non Invertina Hex Buffef'tpd 390ns max.
MOr 3.65%
.85*
0.0
5.0
200m
-55
125 K06144
M393
Inverting Hex Buffer;tpd 390ns max.
MOr 3.65%
.85*
0.0
5.0
200m
-55
125 K06144
FP117
Inverting Hex Buffer;tpd 390ns max.
MOr 3.65%
.85*
0.0
5.0
200m
-55
125 K06144
M393
Invertina Hex Buffer·trul 390ns max.
MOr 3.65%
.85*
0.0
5.0
200m
-55
125 K06144
FP117
Inverting Hex Buffer;tpd 390ns max.
MOr 3.65%
.85*
0.0
5.0
2uOm
-55
125 K06144
M393
Inverting Hex Buffer;tpd 390n9 max.
MOr 3.65%
.85*
0.0
5.0
200m
-55
125 K06144
FPl17
Inverting Hex Buffer·trul 390ns max.
MOr 3.65%
.85*
0.0
5.0
200m
-55
125 K06145
M393
Non Inverting Hex Buffer;tpd 390ns max.
MO~
3.65%
.85*
0.0
5.0
200m
-55
125 K06145
FPl17
Non Inverting Hex Buffer;tpd 390ns max.
MO~
3.65%
.85*
0.0
5.0
200m
-55
125 K06145
M393
Non Invertina Hex Buffer'tod 390ns max.
MO~
3.65%
.85*
0.0
5.0
200m
-55
125 K06145
FP117
Non Inverting Hex Buffer;tpd 390ns max.
MOr 3.65%
.85*
0.0
5.0
200m
-55
125 K06145
M393
Non Inverting Hex Buffer;tpd 390ns max.
Mar 3.65%
~g~ 7.1%
7.1%
MO 9.99%
9.99%
~g~ 9.99%
.85*
2.9*
2.9*
.01*t
.01*t
.01*t
0.0
0.0
0.0
0.0
0.0
0.0
5.0 200m -55
10 300u% -55
10 700u% -40
10 20u%1-55
10 20u% -55
10 20u% -40
125
125
85
125
125
85
FPl17
M153d
M153d
M475a
M475b
M475c
Non-Invertina Hex Buffer·tod 390ns max.
Non Inv Hex Buffer;8mA Sink.
Non Inv Hex Buffer;8mA Sink.
Quad True/Como Buffer·tpd 70ns max.
Quad True/Comp Buffer;tpd 70ns max.
Quad True/Come Buffer·ted 70ns max.
K06145
K205
K205
K203
K203
K203
SYMBOLS AND CODES
EXPLAINED IN INTERPRETER
D.A. T.A.
----~----
i
--~-
-~--
216
LINE
No.
~
3
4
5
6
7
8
9
!J
TYPE
No.
~~t~o~ ~~~
SCL4441AC
SCL4441AD
SCL4441AE
SCL4441AF
~g~~~~~~H
CD4041AE
1~# H~~~6l~~D
12~ HBC4041AF
13#
~~~:g:~t~
1a
16"
17"
18"
1!;j"
20"
21"
22"
23"
24"
~5"
26
27
28
29
30
31
32"
33+
34"
35
36
HBF4041AF
l~gg~:~l
~~
~~llglWJ
~~~:g~
9634FM
~~~~~g
9636RM
9636TC
9638RC
9638RM
ECDX·H3
ECDX·L 1
ECDX·L3
N8T34A
S8T34A
STX2603
MES4A
5550
9612ERC
~~m~~
9612RC
~~m~
~~
~~~g~;~~~:11
90
91
92
93
94
95
96
AM2'6S 12PC# 1
DM7830J
DM7830W
DM7831J
DM7831W
DM7832J
DM7832W
~~
g~~~~~~il
102
19~
105
19~
108
109
110
217
9.99%
M~§ 9.99%
9,99%
9.99%
9.99%
10
MO~
10
M~~ 10
10
10
10
M~§ 10
10
§
§
MO
§
MO~
§
~gs
~~~
~gs
~gs
M~~
g~gg·~gtt
g:~g~1tt
DM8832J
DM8832N
DM8832W
DM8838J#1
g~gg~~tt1t"
~'O'
(V)
:Ol:t
.01*t
.01*t
.01 *t
.01*t
.01*t
O.Ot
O.Ot
(l.Ot
O.Ot
om
O.Ot
O.Ot
O.Ot
~~~
MO
M~~
~&~
~~~
30M
30M
~~~
1.7kl;¢ ~CO~
loOM
PCM
§
§
~g~
~~m~~~
81"
~2"
83
84
85
86
87
19~
MO~
~1
+g1W
TG163J
9614DM
9616CDC
9616DC
9616DM
9616EDC
9616EPC
9616FM
9616P5;.
AM26S 12ADCI~1
AM26S 12ADM 1
AM26S 12AFM# 1
AM26S 12APC# 1
AM26S 12DC-'I/:'1
99
~~§ I~:~~%
21
~~~~1:~g
'!.?"
68" ~~g~gt
~~!
20
20
,20
20
20
20
20
20
20
20
20
20
20
21
21
21
21
21
21
21
21
21
21
21
21
21
21
21
21
21
21
21
21
21
21
21
21
21
21
21
21
21
21
21
21
21
21
21
21
21
21
21
21
21
21
21
21
21
21
21
21
21
21
21
21
21
21
21
21
21
21
21
21
21
21
21
21
21
21
21
21
21
21
21
21
21
21
21
DM8831J
TG162F
69"
70"
71"
72"
73"
74"
75+
76
77+
78+
i~g
OM8830J
60
61
62
63
~~
LOGIC
LEVEL
ATING CESSflJ'1'
FREQ.
(Hz)
(V)
21
21
21
21
SN10112N
SN10123J
SN10123N
ITT9614·1
ITT9614·5
9614FM
AM2614DM
AM2614FM
TG160F
TG160J
TG161F
TG161J
9621FC
RC9621D
RM9621D
RM9621J
MC75113L
9614DC
9614PC
66
h\J...
USE ~~~-t1
OPER- PRO-
Mq~ ·,93%
Mq~ ·.96%
Mm ·.96%
·.96%
MO ·.98%
MO ·.98%
ECT ·.98%
·.98%
1.5
1.5
M?f
MO
1.7%
Mm 1.7%
1.7%
MO
1.7%
MO
1.7%
1.7%
M~~ 1.7%
1.7
Mq~ 1.7
Mq~ 1.7
Mm 1.7
1.78
MO
1.8%
MO
1.8%
1,8%
M~~ 1.8%
1.8%
Mq~ 1.8%
M -55
10 200m ·55
10 200m ·40
10 200m -55
10 20u% -55
10 20u% ·55
10 20u% ·55
10 200u% ·40
10 200u% -40
5.0
0
5.0
·55
5.0 300m ·55
5.0 300m 0
12 150m 0
12 150m ·55
12 150m ,0
5.0 150m \0
5.0 150m ·55
5.0 150m 0
15 2.1 § ·55
15 2.1 § D
15 2.1 § ·55
15 2.1 § D
5.0
0
5.0
·55
5.0
0.0
0.0 310m ·55
0.0 405m -30
0.0 310mt -30
0.0 310mt
0.0 171mt ·30
o
0.0 171mt o
0,0 , 75mt 0
0
·55
5.0 1243~~ 0
5.0 ,328m ·55
5.0 ,328m'l' ·55
5.0 328m'l' ·55
5.0
54mt ·55
5.0
54mt ·55
54mt ·55
5.0
5.0
54mt ·55
12 100mt 0
5.0 154m§ 0
5.0 154m§ ·55
5.0 154m§ 0
5.0 1.0
0
5.0 350~~ 0
5.0 350m 0
5.0
g
5.0
5.0
54mt 0
5.0
54mt 0
5.0
54mt 0
5.0
54mt 0
9.0 333m 0
9.0 333m 0
5.0 750mt 0
5.0 320m§ 0
5.0 320m§ 0
5.0 350m§0
5.0 ~?Om§ ·55
5.0 350m§ 0
5.0 350m§ 0
5.0 ~50m§ i·55
5.0
5.0
12
ig
12
12 360m§ 1·55
12
360m§ 0
12 360m11
12 360m§ 1·55
12
360~~iO0
5.0 350m
5.0 350m ·55
5.0 350~~ ·55
5.0
0
5.0
0
5.0 350m ·55
5.0 350~~ ·55
5.0 350m 0
5.0 180m§
5.0 180m§ :;~
5.0 450m§ ·55
5.0 450m§ ·55
5.0 450m§ ·55
5.0 450m§ ·55
~.O 600m I-55
5.0 600m ;1;55
5.0 180m§ 0
5.0 180m§10
5.0 180m§ 0
5.0 450m§ 0
5.0 450m§0
5.0 450m~
5.0 450m§ 0
5.0 1450m~ IP
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
12
12
12
0.0
0.0
0.0
15
15
15
15
0.0
0.0
0.0
0.0
5.2
5.2
5.2
5.2
5,2
5.2
5.2
5.2
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
9.0
9.0 ,,
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
12
12
12
12
12
12
12
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
~:g
0.0
5.0
0.0
5.0
0.0
~OO~
~:g 12~~~~
~~g~~
~~~~~1?55
~~g~§
P
~~g~~
i
iP
Icigg~§lg
600m
600m
0
0
GENERAL DESCRIPTION
~=MO
'C ,
125
125
85
125
125
125
85
125
125
125
125
85
85
'K204
~~g:
'FC(Zl'U
M475a
M475b
M475c
FPll0
K204
K204
K203
l;OOlAB
K203
K203
K203
l;OOlAD
K203
l;004AF
K203
l;OOlAB
K203
l;OOlAD
K203
K2174
M200j
K2174
M200j
125 K2174
FP93c
70 K2174
M532
70 K2172
M531
125 K2172
M531
70 K2172
M530
70 K2173
M531
M531
125 K2173
M530
70
M332
85
,M332
70 K2135
M332
85 K2135
70 K2135
M332
75 K2160
125 K2160
K2169
CB(Zl
K15337
FP85
125 K2167
M200w
85 K2159
M191
85 K2133
K2133
M278
1:5
85 K2162
M153d
85 K2162
Ml17x
85 K2133
M153d
185 K2133
Ml17x
125 K2153
75 K2153
125 K2145
FP79b
125 K2144
M224c
125 K2144
FP79b
125 K2139
T086
125 K2139
M157c
125 K2139
T086
125 K2139
M157c
75 K2118
FP28c
70 K2118
M312
M312
;~5i~~1a FP28f
TOl16
75 K2129
75 K2145
M224c
75 K2145
M357
M224c
75 K2144
75 K2144
M357
70 K2139
T086
70 K2139
M157c
70 K2139
T086
M157c
70 K2139
70 K2151
M157b
70 K2151
M126e
70
CB62
85 K2168
M319
85 K2168
M200j
75 K2170
M531
125 K2170
M531
75 K2170
M530
75 K2170
M531
M531
125 K2170
75 K217.0
M530
125 K2171
M200'
75 K2123
T01~6
75 K2133
M200j
,M200'
125 K2133
75 K2133
M200j
75 K2133
M126w
125 K2133
FP52
75 K2133
M126w
75 K2142
M356
125'K2142
M224c
125 K2142
FP79b
75 K2142
M357
,75 K2142
M356
K2142
M224c
K2142
FP79b
75 K2142
M357
K2143
M297d
K2143
FP106
M200k
125 K2137
FP98
125 K2137
125
M200k
FP98
125 ga~
M200k
125 K2138
FP98
.125 K2J38
:70 K2143
Ml05aw
,70
M344a
70
FP97
70 K2137
M200k
70 K2137
M345
FP98
70 K2137
M200k
70 K2137
M345
70 K2137
FP98
70 K2137
M200k
70 K2138
M345
70 K2138
FP98
70' K2138
~~~lAD
~ggi~~
i~5
i~m~
m
!m
mi~l
'lluac rue~<;omp 1>U er;tpa, Iuns max.
Quad True/Camp Buffer;tpd 70ns max.
Quad High Current Buffer"tpd 60ns max.
Quad High Current Buffer;tpd 60ns max.
Quad High Current Buffer;tpd 60ns max.
Quad Hiah Current Buffe"ted 60ns max.
Quad High Current Buffer;tpd 60ns max.
COS/MOS Quad True/Complement Buffer.
COS/MOS Quad True/Complement Buffer.
~OS/MOS Quad True/~omplement Buffer.
CMS Quad True/Complement Buffer.
CMS Quad True/Complement Buffer.
CMS Quad True/Complement Buffer.
CMS Quad True/Complement Buffer.
CMS Quad True/Comelement Buffer.
Dual Diff Line Driver.
Dual Diff Line Driver.
Dual Diff Line Driver.
Dual Diff Line Driver.
Dual Single Ended Line Driver.
Dual Single Ended Line Driver.
Dual Single Ended Line Driver
Dual High Speed Diff Line Driver.
Dual HiJll1 Slleed Diff Line Driver.
Dual High Speed um Line Driver.
14 Bit Diff.Transmitter;Vi90Vrms at 400Hz.
14 Bit Diff.Transmitter·Vi9DVrms at 400Hz.
14 Bit Diff.Transmitter;Vi 11.8Vrms at400Hz
6~a~itB~~ffl::;;c~:~::;X!~6~~~ms at400Hz
Quad Bus Transceiver (TRCVR).
Translates Parallel to Asynchron Ser ASCII
Line Driver"Receiver'Level Converter.
Triple 4·3·3 Input Bus Driver;ECT.
Dual Simult Bus Transceiver;Driver.
Triole 4·3·3 Inout Bus Driver.
Triple 4·3:3 Input Bus Driver.
Dual;tpd 3.5ns,
Dual·tpd 3.5ns.
,Triple Nor Bus Driver.
Triple Nor Bus Driver.
Dual Differential·tod 20ns max.
Dual Differential;tpd 30ns max.
Line Driver;lo 200mA max;tpd 20ns max .
Line Driver'lo 200mA max·tpd 20ns max.
Line Driver;lo 200mA max;tpd 20ns max .
2 Inp Bus Driver;tpd 70ns max.
2 Ina Bus Driver·tpd 70ns max.
2 Inp Bus Driver;tpd 70ns max.
2 Inp Bus Driver;tpd 70ns max.
Dual:tad 200ns max.
Dual Line Driver;tpd 200ns max.
Dual Line Driver;tpd 150ns max.
Dual Line Driver·tod 200ns max.
Differential Party·Line Driver.
Line Driver;lo 200mA max;tpd 30ns max .
Line Driver'lo 200mA max·tpd 30ns max.
Line Driver;lo 200mA max;tpd 30ns max .
Line Driver;lo 200mA max;tpd 30ns max .
2 In.Q Bus Driver'1Q(l 70ns max.
2 Inp Bus Driver;tp~ 70ns max.
2 Inp Bus Driver;tpd 70ns max.
2 Ina Bus Driver·tad 70ns max.
Quad;tpd 375ns max,
Quad;tpd 375ns max .
Diff Line Driver·tpd 18ns max.
TTL Quad Bus Driver/Receiver;tpd 35ns.
TTL Quad Bus Driver/Receiver;tpd 35ns .
Dual Diff Line DriveT'tad 30ns max.
Dual Diff Line Driver;tpd 20ns max .
Dual Diff Line Driver;tpd 20ns max.
Dual Diff Line Driver·tod 30ns max.
Dual Diff Line Driver;tpd ~Ons max .
Dual Diff Line Driver;tpd 20ns max.
tpd 320ns,Slew Rate 15V/us typo
Triple Line Driver;tpd 320ns.
Triele Line Driver:ted 320ns.
Triple Line Driver;tpd 320ns.
Triple Line Driver;tpd 320ns.
Triple Line Driver·tDd 320ns.
Triple Line Driver;tpd 320ns.
Schottky Quad Bus Transceiver;tpd 26n5 max
SchottkY Quad Bus Transceiver·tpd 26ns max
Schottky Quad Bus Transceiver;tpd 26ns max
Schottky Quad Bus Transceiver;tpd 26ns max
Schottky Quad Bus Transceiver·ted 26ns max
~chottky Quad Bus Transceiver;tpd ~6ns max
Schottky Quad Bus Transceiver;tpd 26ns max
Schottky Quad Bus Transceiver·tad 26ns max
Dual Diff Line Driver;tpd 18ns max.
Dual Diff Line Driver;tpd 18ns max.
Line Driver·,tILd 27ns max'Vi 5.5V.
Line Driver;tpd 27ns max;Vi 5.5V.
Line Driver;tpd 27ns max;Vi 5.5V.
Line Driver:ted 27ns max'Vi 5.5V.
Quad Unified Bus Transceiver;tpd 30ns max.
Quad Unified Bus Transceiver;tpd 30ns max.
Dual Diff Line Driver·tod 18ns max.
Dual Diff Line Driver;tpd 18ns max.
Dual Diff Lirie Driver;tpd 18ns max.
Line Driver·tod 27ns maxVi 5.5V.
Line Driver;tpd 27ns max;Vi 5.5V.
Line Driver;tpd 27ns max;Vi 5.5V.
Line Driver·,tad 27ns maxVi 5.5V.
.Line Driver;tpd 27ns max;Vi 5.5V.
Line Driver;tpd 27ris max;Vi 5.5V.
Quad Unified Bus Transceiver·tpd 30ns max.
Quad Unified Bus Transceiver;tpd 30ns max.
Quad Unified Bus Transceiver·ted 30ns max.
SYMBOLS AND CODES
EXPLAINED IN INTERPRETER
217
LINE
No.
f§J
h1.J~
f!LM~1
USE OPER· PRO·
TYPE
No.
ATING CESS 1.j'"
FREQ.
(Hz)
(V)
!. Ig~j~~~j
2.
~1
3.
4.
5.
6.
7.
8.
9.
10.
11\'
12.
13.
14.
15.
16.
17.
18.
!~.
20.
21.
22.
23.
24.
25
26
27.
21
21
g~~~~g~
21
DS7831J
21
DS7831W
21
DS7832J
121
DS7832W
21
DS8830J
21
DS8830N
21
DS8830W
21
DS8831J
21
DS8831N
21
DS8832J
21
DS8832N
21
DS55121J
21
DS55121W
21
21
21
DS75123J
21
DS75123N
21
DS75150J
21
DS75150N
21
ITT55138
21
ITT75138
21
JANM38510/10403BE
28
JANM38510/1040j3BEE
21
JANM38510/10403BE
121
JANM38510/10403CE
-'.21
JANM38510/1040 3CEE
121
JANM3851 011 0403CEC
121
JANM38510/10405BEj!
29.
30.
31
32.
33.
34.
35#
36#
37#
38#
39#
40
41
42
43
44
45
46
47
48
49
50
51
52
53
54
55
DS3688N
g~m~1~
~I,21
~1,21
JANM38510/10405CEE
21
M54501Y
21
M54502P
21
M54503P
21
M54504P
21
M54650P
21
MC8T13L
21
MC8T13P
21
MC8T23L
21
MC8T23P
21
MC3438L#1
21
MC3438P#1
21
MC3453L
21
MC3453P
21
MC3459L,P%
121
MC75109L P%
i21
,21
MC75110L,P%
RC75109D
21
21
RC75109DP
RC75110D
21
RC75110DP
21
RM55109D
21
21
21
SN54S241J
121
SN55112J
21
SN55112W
21
SN55113J
21
SN55113SB
21
SN55114J
21
SN55114SB
21
SN55121J
21
SN55121W
21
SN55183J
21
SN75112J
21
SN75112N
121
SN75113J
21
SN75113N
21
SN75113SB
21
SN75114J
21
SN75114N
21
SN75114SB
21
SN75121J
21
SN75121N
·21
SN75123J
121
SN75123N
21
SN75150J
'21
SN75150JP
121
SN75150N
21
SN75150P
21
SN75183J
21
SN75183N
21
SP7218E
21
21
SP721 BF
SP7218T
'21
T175Dl
21
,21
T7510981
T75109Dl
21
T75109D2
21
T7511081
21
T75110Dl
21
T75110D2
21
TG350F
21
TG350J
21
TG351F
21
TG351J
21
TG352F
21
TG352J
21
121
TG353F
~~. ~~;1di2gJ
58.
59.
60.
61
62
63
64
~~.
67
68
69
70
71
72
73
74
75
76
77
78
79
80
81.
82
83
84
85
86#
~a
89#
90#
91#
92#
~~:
95#
96
97
98
99
100
101
102
218
11 . MISCELLANEOUS
i
D.A. T.A.
POWER
MAX. TEMP.
SUPPLY
TOTAL
PKG.
SPAN
LOV. HI
NEG. POS. DISS.
(V)
(V)
(W)
°C
°C
LOGIC
LEVEL
]J'O'
(V)
:~g:
g:g
~g;
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80'
.80'
.80'
.80'
.80'
.80'
.80'
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
13.2
13.2
0.0
0.0
I~g~ ~:g~
M6~ 2.0%
Mq~
Mq~
MO~
M1~
MO
MO
M~~
~g~
Mq~
Mq~
MO~
~g;
MO~
~g;
M6~
Mq~
Mq~
MO~
~:g ~gg~
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
13.2
13.2
5.0
5.0
600m
90m
90m
450m
450m
450m
450m
90m
90m
90m
450m
450m
450m
450m
600m
600m
600m
600m
600m
600m
475m
475m
325m§
325m§
~5
j~5
0
-55
-55
-55
-55
-55
-55
0
0
0
0
0
0
0
-55
-55
0
0
0
0
-55
0
70
125
125
125
125
125
125
70
70
70
70
70
70
70
125
125
75
75
75
75
70
70
125
70
IN ORDER OF (I)USE(2)LEVEL'1'(3)LEVEL'0'
. (4)MAX OPER FREQ{5]TYPE No,
DRAWINGS
LOGIC OUTLINE
DWG. No DWG. No
lI=MO
~~m
K2176
K2175
K2175
K2137
K2137
K2137
K2137
K2175
K2175
K2175
K2137
K2137
K2137
K2137
K2115
K2115
K2115
K2115
K2115
K2115
K2149
K2149
K2242
K2242
~~gg~
M345
M257c
FP97c
M200k
FP98b
M200k
FP98b
M257c
M344
FP97c
M200k
M345
M200k
M345
M200k
FP98b
M200k
M345
M200k
M345
M344
M239a
GENERAL DESCRIPTION
guad;!ri-~tate [Ji ff line [Jnver.
Quad;Tri-State Diff Line Driver.
Quad'Tri-State Diff Line Driver.
Dual Differential 4-lnput Driver.
Dual Differential 4-lnput Driver.
Tri-State·tod 25ns max .
Tri-State;tpd 25ns max.
Tri-State;tpd 25ns max.
Tri-State·tpd 25ns max.
Dual Differential 4-lnput Driver.
Dual Differential 4-lnput Driver.
Dual Differential 4-lnput Driver.
Tri-State;tpd 25ns max.
Tri-State;tpd 25ns max.
Tri-State·tod 25ns max.
Tri-State;tpd 25ns max.
Dual;tpd 50ns max.
Dual·tpd 50ns max.
Dual;tpd 50ns max.
Dual;tpd 50ns max.
Dual'WP 35ns max.
Dual;tpd 35ns max.
Dual;tpd 60ns typo
Dual·tod 60ns tvo.
Quad Bus Transceivers;tpd 32"5 max.
Quad Bus Transceivers;tpd 32ns max.
MO~
2.0%
.80'
0.0
5.5
400m
-55
125 K2153
M323
Dual Diff Line Driver;tpd 32ns max.
MO~
2.0%
.80'
0.0
5.5
400m
-55
125 K2153
M323
Dual Diff.Line Driver·tpd 32ns max .
MO~
2.0%
.80'
0.0
5.5
400m
-55
125 K2153
M323
Dual Diff Line Driver;tpd 32ns max.
MO~
2.0%
.80'
0.0
5.5
400m
-55
125 K2153
M323
Dual Diff Line Driver;tpd 32n5 max .
MO~
2.0%
.80'
0.0
5.5
400m
-55
125 K2153
M323
Dual Diff.Line Driver·tpd 32ns max.
MO~
2.0%
.80'
0.0
5.5
400m
-55
125 K2153
M323
Dual Diff Line Driver;tpd 32ns max.
MO~
2.0%
.80'
0.0
5.5
400m
-55
125 K2166
M323
Dual Diff Line Driver;tpd 40ns max.
MO~
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
.80'
.80'
.80'
.80'
.80'
.80'
.80'
.80'
.80'
.80'
.80'
.80'
.80'
.80'
.80'
.80'
.80'
.80'
.80'
.80'
.80'
.80'
0.0
0.0
0.0
0.0
0.0 I
12
0.0
0.0
0.0
0.0
0.0
0.0
5.0 ,
5.0 I
5.5
7.0
7.0
7.0
7.0
12
7.0
7.0
7.0
7.0
5.0
5.0
5.0
5.0
400m
3.3 t
800mt
800mt
-55
0
0
0
K2166
K2119
K2111
K2120
K2121
G0414
M323
CN74
Ml05j
Ml05'
Ml05j
Ml05j
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
12
12
12
12
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
K2138
K2138
K2141
K2141
IK2154
K2128
K2128
K2212
K2212
K2212
K2212
K2212
M200w
Ml17y
M191
M278
TOl16
TOl16
T0116
M313
M312
M313
M312
M313
M313
Dual Diff Line Driver·tod 40ns max.
Dual Current Driver
Dual AND Gate with Drive Transistor.
Quadruple Current Driver
Dual NAND Gate with Drive Transistor.
Transition Time 2.0us max;tpd 60ns max.
Dual·tpd 50ns.
Dual;tpd 50ns .
Dual;tpd 35ns .
Dual·tod 35ns.
Quad Bus Transceiver;Driver .
0.0
5.0
5.0
5.0
5.0
5.0
5.0
0.0
0.0
5.0
5.0
0.0 I
0.0
0.0
0.0
0.0
5.0
0.0
5.0
5.0
0.0 I
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
12
12
12
12
0.0
0.0
5.0
5.0
5.0
0.0
5.0
5.0
5.0
5.0
5.0
5.0
0.0
0.0
0.0
0.0
0.0 '
0.0
0.0
125
75
75
75
75
75
75
75
75
75
70
70
70
70
70
70
70
70
70
70
70
125
M~;
MO
MO~
M~~
~g~
Mq~
MO~
MO~
Mq~
Mq~
MO~
M1~
MO
MO
Mq~
Mq~
MO'
Mq~
Mq~
Mm
~~f
Mm
M~;
~g~
Mq~
Mq~
MO~
M1~
MO
MO
M~;
~g~
Mq~
Mq~
MO~
M~~
~g~
Mq~
MO~
MO~
Mq~
MO~
Mm
M1~
MO
MO
Mq~
Mq~
MO~
M1~
MO
MO
Mq~
Mq~
MO~
Mq~
Mq~
Mm
~g;
~.O%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
g:g
:~g:
.80'
.80'
.80'
.80'
.80'
.80'
.80'
.80'
.80'
.80'
.80'
.80'
.80'
.80'
.80'
.80'
.80'
.80'
.80'
.80*
.80'
.80'
.80'
.80'
.80'
.80'
.80'
. 80'
.80'
.80'
.80'
.80'
.80'
.80'
. 80'
. 80'
.80'
.80'
.80'
.80'
.80'
.80'
.80'
.80'
.80'
i
I ~:g
~~~~~ g
1.0
1.0
1.0
1.0
625m
625m
1.0
1.0
830m
1.0
1.0
300m§
300m§
425m§
425m§
300m§
425m§
125m
725m
450m
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
-55
-55
-55
-55
-55
-55
-55
325m:!! -55
235"r:~ -55
235m -55
-55
300~~
300m -55
50m -55
450mt 0
m~~~n
0
0
235~~ 0
0
~gg~~ -55
300m~ -55
800m 0
800m 0
180~; 0
180m 0
180m~ 0
125
125
125
125
125
125
125
125
125
125
70
70
70
70
70
70
70
70
125
125
75
75
70
70
70
180":r
50m 0
50m 0
260m 0
260m 0
260m 0
250m§ 0
300m§ 0
300m§ 0
300m§ -55
500m§ 0
500m§ 0
500m§ -55
92mt -55
92mt -55
92mt -55
92mt -55
92mt 0
92mt 0
92mt 0
70
70
70
70
75
70
70
125
70
70
125
125
125
125
125
70
70
70
j~~~~
j~~~~ g
325~~ 0
325m
235m~
,
~g
K2179
K2112
K2112
K2146
K2146
K2147
K2147
K2148
K2148
K2150
K2112
K2112
K2146
K2146
K2146
K2147
K2147
K2147
K2148
K2148
K2148
K2148
K2149
K2149
K2149
K2149
K2150
K2150
K0542
K0542
K0542
K2156
K2212
K2212
K2212
K2212
K2212
K2212
K219
K219
K219
K219
K219
K219
K219
--
~~~i6
M153d
FP98a
M153d
FP98a
M153d
FP93c
M157b
M157b
M126e
M153d
M117x
FP98a
M153d
M117x
FP98a
M153d
Ml17x
M153d
M117x
M157b
M531
M126e
M226
M157b
M126e
M54b
FP2
CN58a
M200m
~~m
M294d
M126s
M294d
M294d
T086
M117c
T086
M117c
T086
Ml17c
T086
Quad Bus Transceiver;Driver .
Quad'W/Common Inhibit Input.
Quad;w/Common Inhibit Input.
Quad NMOS Address .
Dual Line DriverS'tpd 25ns max .
Dual Line Drivers;tpd 25ns mx .
Dual Line Driver;tpd 25ns max.
Dual Line Driver·tod 25ns max.
Dual Line Driver;tpd 25ns max.
Dual Line Driver;tpd 25ns max.
Dual Line Driver·tpd 25ns max.
Dual Line Driver;tpd 25ns max.
Octal Buffers/Line Drivers.
Octal Buffers/Line Drivers .
Dual Driver High Current .
Dual Driver High Current .
Dual Differential w/3-State Outouts.
Dual Differential w/3-State Outputs .
Dual Differential;tpd 20ns max .
Dual Differential·tod 20ns max.
Dual;tpd 50ns max .
Dual;tpd 50ns max .
Dual Differential·tpd 18ns max.
Dual;tpd 12ns typo
Dual;tpd 12ns typo
Dual Differential w/3-State Outouts.
Dual Differential w/3-State Outputs.
Dual Differential w/3-State Outputs .
Dual Differential·tpd 30ns max.
Dual Differential;tpd 30ns max.
Dual Differential;tpd 30ns max .
Dual·tad 50ns max.
Dual;tpd 50ns max .
Dual;tpd 35ns max .
Dual·tod 35ns max.
Dual;tpd 60ns typo
Dual;tpd 60ns .
Dualtod 60ns tvo.
Dual;tpd 60ns typo
Dual Differential;tpd 18ns max.
Dual Differential'~d 18ns max .
TTL to Balanced Line Driver.
TTL to Balanced Line Driver.
TTL to Balanced Line Driver .
Dual Line Driver;tpd 20ns max.
Dual Line Driver;tpd 25ns max .
Dual Line Driver·tod 25ns max.
Dual Line Driver;tpd 25ns max .
Dual Line Driver;tpd 25ns max.
Dual Line Driverotpd 25ns max.
Dual Line Driver;tpd 25ns max .
Lamp/Line Driver;tpd 50ns max.
Lamo/Line Driver:tod 50ns max.
Lamp/Line Driver;tpd 50ns max.
Lamp/Line Driver;tpd 50ns max.
Lamo/Line Driver·tod 50ns max.
Lamp/Line Driver;tpd 50ns max.
Lamo/Line Driver·tod 50ns max.
SYMBOLS AND CODES
EXPLAINED IN INTERPRETER
218
LINE
No.
1
2
3
4#
5
6
7
8
9
10
11
12
!J
TYPE
No.
~~~~~~
~~"
g~~~~6gj
DS75109N
DS75110J
DS75110N
N8T09A
N8T09F
N8T09W
S8T09A
2~
~8ig:~
27
28
29
30
31
32
33
STX1003
DM7830D
MC419F
MC419LP%
MC469F
MC469L.P%
MC519F
36
37
38
39
40
41
42
43
44
45
46
47
48
49
50
51
52
53
54
55
56
57
58
59
60
61
62
63
64
65
66
67
68
69
70
71
12
73
74
75
76
77
78
79
80
81
82
83
84
85
86
87
88
89
90
91
92
93
94
95
96
MC569L
N8T38B
N8T38F
S8T38B
S8T38F
HD1S245
HD1S545
HD9V245
HD9V545
MC10128L
SN54S226J
SN54S226W
54R140
SN74S226J
SN74S226N
RC8T13M
~~
~~
99
100
101
102"
103
104
105"
106"
107
108
109
110"
219
~q~
MOS
M~~
~g~
MO~
MO~
MO~
M~~
MO
MO~
~g~
~1
DS55109J
17"
18"
19"
20"
21
22
23
24
ATING CESS f£j'1'
FREQ.
(Hz).
(VI
21
21
21
21
21
21
21
21
21
21
1~ I~~imv
15"
I
h1,J~
USE ~~Mt1
OPER- PRO-,
1~1
N8T26F
ZN1004E
9621DC
9621DM
9621FM
9621PC
N8T13B
N8T13F
N8T13W
S8T13B
~g~~~~
~~Wl~~P
RM8T13M
+~~~~m
TNG5514F
TNG5514J
N8T23B
N8T23F
~~;~~fM
RC8T23MP
RM8T23M
TNG5511F
TNG5511J
!NG~~13F
TNG5513t#,
TRWG160 1
TRWG160#2
m~~~~g;U
+~~~~~g:~
RG160D
RG160K
RG161D
RG161K
~g1~~~
RG163D
RG1!1.3K
TR1602A#2
TR1602B#2
PT1482B
~1757#1
1883#1
NST30A
N8T30F
S8T30A
S8T30F
1775
1414
AY5-1012
MC2065F
MC2065L P%
~gmr
21
21
21
21
21
21
21
21
21
21
21
21
21
21
21
21
21
21
21
21
21
21
21
21
21
21
21
21
21
21
21
21
21
21
21
21
21
21
21
21
21
'21
21
21
21
21
21
21
21
21
21
21
MO~
Mq~
Mq~
MO~
~q~
MO~
M~~
~g~
21
21
21
21
21
21
21
21
21
21
21
21
21
21
21
21
21
21
21
121
21
21
21
21
21
21
21
21
21
21
'21
121
21
21
21
21
21
21
21
21
~~~
MO
M1~
MO
MO
3DM
10M
M~~
~gt
Mq~
Mq~
MOt
~qf
MO~
M~;
~g~
Mq~
MO~
MO~
M~;
MO
M1~
!
MO
MO
~g~
MO~
M~~
MO
MO~
I
~g~
Mci~
[
Mq~
MO~
[
I
MO~
M~~
MO
MO~
[~1 !
1~1
MC1488L
N8T15A
N8T15F
DS1488J
MC1488F
HD1A1488
XR1488N
XR1488P
ITT1488
RC1488D
SG 1488J
CD40107AD
.
M~;
~g~
M~~
~g~
Mq~
Mq~
MO~
M1~
MO
MO
M~~
320k
320k
640k
160k'"
~g~
~q§
MO~
MOS
Mq~
MOS
M~~
~g~
~CO;
5.0M
480kt
PCB
M~~
MO
I
~g~
Mci~
~g~
MO
M1~
MO
~g~
MO~
I
D.A. T.A.
~g~
IN ORDER OF 11)USEI2)LEVELTI3)LEVEL'O'
(4)MAX OPER FREQ(5)TYPE No.
11 MISCELLANEOUS
MAX.
EMP.
POVVER
SUPPLY
SPAN
NEG.
(V) P~~.
LOGIC
LEVEL
',lJO'
•
(V)
2:0:'§
2.0*§
2.0%
2.0%
2.0%
2.0%
2.0%
2.4%
2.4%
2.4%
2.4%
2.4%
2.4%
2.4%
2.4%
2.4%
2.4%
2.4%
2.4%
2.4%
2.4%
2.4%§
2.4%
2:~~§
2.4%
2.4%
2.4%
2.4%
2.4%
2.4%
2.4%
2.4%
2.4%
2.4%
2.4
2.4
2.4
2.4%
2.5%
2.5%
2.5%
2.5%
2.5%
2.5
2.5
2.7
2.7
2.7
2.8%
2.8%
2.8%
2.8%
3.1
3.1
3.1
3.1
3.11%
3.11%
3.11%
3.11%
3.11%
3.11%
3.2
3.2
3.2
3.2
3.3
3.3
3.3
3.3
3.3
3.3
3.4
3.4
3.4
3.4
3.4
3.4
3.4
3.4
3.5%
3.5%
3.5%
4.0%
4.0%
4.25*
4.25*
4.25*
4.25*
5.0
5.0
5.3*
5.5%
5.5%
5.5%
5.5%
6.0%
6.0
6.0
6.0%
6.0%
6.0%
6.0%
~.O%
7.0
7.0
7.0t
9.95%
:8~~
.85%
.90*
1.0*
1.0*
1.0*
1.0*
t
t
t
t
t
t
.40*
.40*
.40*
.40*
.40*
.40*
.40t*
.40t*
.40*t
.40t*
.40t*
.40*t
.40*
.40*
.45*t
.45*t
. 45*t
.45*t
.45*t
.45*t
.45*t
.45*t
.70*t
.70*t
.70*t
.70*t
.45*t
.45*t
.45*t
.45*t
.50*t
.50
.50
.40
.50
.50
t
t
t
t
.45
.45
.45
.45
.15*t
.15*t
.15*t
I . 15t*
.15t*
.15t*
.45
.45
.45
.45
.26
.26
.26
.26
.~~
.26
.20
.20
.20
.20
.20
.20
.20
.20
.80*
.80*
.80*
.50*
.80*
.40t%
.40t%
.40%t
.40t%
0.0
0.0·
12%
.75*t
.75*t
.75*t
.75*t
-.70t
-6.0t
-6.0t
-6.8t
-6.8t
-7.0*t
-7.0t
-7.0t
-7.0t
-7.0t
-7.0
.05*t
~:g 4~~~~
0:0
0.0
12
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
I
DRAWINGS
TOTAL
'
I LOGIC OUTLINE
PKG. L01 HI ' DWG . No DWG. No
ll=MO
,DI0~' 'C ; 'C
g
,;~
~~1~2
5.0 457mt 0
75 K2132
7.0
0
70 K2163
5.0 700:~
154m 0
75 K2118
5.0 154m -55 125 K2118
5.0 154m~ -55 125 K2118
5.0 154m~ o
75 ,K2118
175 K2115
5.0 315mt
175 .K2115
5.0 315mt o
5.0 315mt o
175 iK2115
5.0 315mt -55 '125K2115
5.0 315rr.t -55
K2115
5.0 315mt -55
K2115
5.0 600m -55 125 K2212
5.0 600m -55 125 K2212
5.0 600m 0
70 K2212
5.0 600m 0
70 K2212
5.0 600m 0
70 'K2212
5.0 600m 0
70 K2212
5.0 340m 0
75 K2117
75 K2117
5.0 340m 0
75 K2117
5.0 340mt 0
5.0 340m -55 125 K2117
5.0 340m -55 125
~.O
0.0
5.0 340mt -55 125
15
70
0
15 2.2 t
0.0
5.0 100m'" -55 125 K15161
0.0
5.0
54m 0
75 K213
0.0
54m 0
75 K213
5.0
0.0
54m 0
75 K213
5.0
54m 0
0.0
5.0
75 K213
0.0
5.0
54m -55 125 K213
0.0
54m
5.0
;~~n
0.0
5.0
54m
0.0
5.0
54m -55 125 K213
0.0
5.0 315mt 0
75 K2138
0.0 I 5.0 315mt 0
75 K2138
0.0
5.0 315mt -55 125 K2138
0.0
5.0 315mt -55 125 K2138
0.0
5.0 3.0m% -55 125 K212a
0.0
5.0 3.0m% 0
75 K212a
0.0
5.0 3.0m% -55 125 K212a
0.0
5.0 3.0m% 0
75 K212a
5.2
0.0
-30 85 K2131
0.0
5.0 i625mt -55 125 K2157
0.0
5.0 !625mt -55 125 K2157
0.0
5.0 155m -55 125
0.0
70 ,K21 57
5.0
0.0
70
5.0
0.0
5.0 315m§ 0
70 ;~m~
0.0
5.0 315m§ 0
70 K2115
315m§
0.0
5.0
-55 125 K2115
0.0 1 5.0 315m§ -55 125 K2115
0.0
60mt 0
75 K2152
5.0
0.0
5.0
60mt 0
75 K2152
60mt
0
75 iK2152
0.0
5.0
0.0
5.0
60mt 0
75 :K2152
0.0
5.0 315mt 0
75 'K2115
0.0
5.0 315mt 0
75 K2115
0.0
5.0 315mt 0
75 K2115
70 K2115
0.0
5.0 315m§ 0
0.0
5.0 315m§ 0
70 K2115
0.0
K2115
5.0 315m§ -55
K2152
0.0
5.0 I 60mt -55
0.0
5.0
60mt -55 125 K2152
0.0
5.0
60mt -55 125 K2152
0.0
5.0
60mt -55! 125 K2152
0.0
5.0
55m -55 125
0.0
5.0
55m -55 125
g2m -55 125
0.0
5.0
g2m -55 125
0.0
5.0
0.0
5.0
-55 125
0.0
5.0
-55 125
45m -55 125 K15191
0.0
5.0
0.0
5.0
45m -55 125 K15191
0.0
45m i-55 125 K15191
5.0
0.0
5.0
45m -55 125 K15191
0.0
5.0
45m 0
75 K15191
0.0
5.0
45m 0
75 K15191
0.0
5.0
45m 0
75 K15191
0.0
5.0
45m 0
75 K15191
70 K2248
12 5.0
0
70 K2248
12 5.0
0
12
5
0
70 K2155
12 5.0
0
:70 K2116
'70 K2165
12 5.0
0
75 K2161
0.0
5.0 370mt o
0.0
5.0 370mt o
175 K2161
0.0
5.0 370mt -55 125 K2161
0.0
5.0 370mt -55 ,125 K2161
0.0
5.0 1.3
0
70
5.2 120m 0
4.8
1 70
0.0
5.0
70 K15385
0
0.0
75 K219
5.0 105mt 0
0.0
75 K219
5.0 105mt 0
0.0
5.0 105mt
K219
0.0
5.0 105mt
K219
9.0
9.0 1.0
75 K217
0
12
12 580m 0
75 jK2114
12
12 275m 0
~.~ 1~~1j4
9.0
33m 0
9.0
9.0
9.0 333mt 0
75 IK217
9.0
9.0 333m§ 0
75 K217
9.0 11.0
9.0
0
75 K2158
9.0
9.0 650m 0
75 IK2158
9.0
9.0 1.0
0
75 IK2158
9.0
9.0 333m§ 0
75 K217
70 ,K217
9.0 1 9.0 333mt 0
0.0
10 200m -55 125 1K2177
o
m
~21g
:~~
i
1m
~~~~~ Ig
I
i
m
:~~
1m
Mll c
M317
M200v
TOl16
M297d
M297d
FP106
M344a
M317
M200v
FP47g
M317
M200v
FP47g
M257c
M257c
M257c
M344
M257c
M344
TOl16
M157
FP3ge
TOl16
M157
FP3ge
M378
M751
T086
TOl16
,T086
TOl16
T086
ig~~ti
GENERAL DESCRIPTION
Lamp'/.Line Driver;tpd 50ns max.
Quad Bus Transceiver.
Quad Bus Transceiver.
MSI Line Driver;tpd 21 ns max.
Dual Line Driver;tpd 200ns max.
Dual Line Driver:tDd 150ns max.
Dual Line Driver;tpd 150ns max.
Dual Line Driver;tpd 200ns max.
Dual·ton and toff 20ns max.
Dual;ton and toff 20ns max.
Dual;ton and toff 20ns max.
Dual·ton and toff 20ns max.
Dual;ton and toff 2<,Jns max.
Dual;ton and toff 20ns max.
Dual:tDd 25ns max.
Dual;tpd 25ns max.
Dual;tpd 25ns max.
Dual·tod 25ns max.
Dual;tpd 25ns max.
Dual;tpd 25ns max.
Quad Buss Driver'FO 25·tpd 10ns
Quad Buss Driver;FO 25;tpD 10ns
Quad 8uss Driver;FO 25;tpd 10ns
Quad Buss Driver'FO 25·tod 10ns
'~uad Buss Driver;~~ ~?;tpd 10ns
Quad Buss Driver;FO 25;tpd 10ns
Serial Transmitter'Uo to 8BCB.
max.
max.
max.
max.
max.
max.
line Driver.
Buss
Buss
Buss
Buss
Buss
Buss
Buss
Buss
Quad
Driver;Vo 400mV;lo 250uA;Tpd 20ns.
Driver'Vo 400mV'lo 250uA'Tpd 20ns.
Driver;Vo 400mV;lo 250uA;Tpd 20ns .
Driver;Vo 400mV;lo 250uA;Tpd 20ns.
DriverVo 400mV'lo 250uA'Tod 20ns .
Driver;Vo 400mV;lo 2~~uA;Tpd 20ns .
Driver;Vo 400mV;lo 250uA;Tpd 20ns.
DriverVo 400mV'lo 250uA'Tod 20ns.
Bus Transceiver(Open Collector).
TOl16
M317
M200v
M317
M200v . Quad Bus Transceiver(Open Collector).
M75k
3 ckts;tpd 14ns.
M75k
3 cktS·tDd 14ns.
3 Ckts;tpd 14ns.
T086
T086
3 ckts;tpd 14ns.
M191
Bus Driver
M153d
Bus Transceiver w/Storage;tpd 10ns.
"'004AG Bus Transceiver w/Storage;tpd 10ns.
Tod 8.0ns·FO 30'Fan In 4 Leads.
M153d
Bus Transceiver w/Storage;tpd 10ns.
Ml17x
Bus Transceiver w/Storage;tpd 10ns.
M495
Dual Line Driver-tod 20ns max.
M267a
Dual Line Driver;tpd 20ns max.
Dual Line Driver;tpd 20ns max.
FP471
M495
Dual Line Driver·ted 20ns max.
FP21c
Dual;tpd 14ns typo
TOl16
1Dual;tpd 14ns typo
FP21c
IDual·tod 14ns tyo.
TOl16
Dual;tpd 14ns typo
M317
M200v
FP47g
! Dual Line Driver.
! Dual Line Driver;tpd 50ns max .
M495
M267a
Dual Line Driver~tDd 50ns max.
M495
Dual Line Driver;tpd 50ns max.
FP21c
Dual;tpd 14ns typo
TOl16
Dual·tod 14ns tyo.
Dual;tpd 14ns typo
FP21c
TOl16
Dual;tpd 14ns typo
M157
Buss Driver.
M126
Buss Driver.
M157
Line Driver.
M126
Line Driver.
M157
Dual 4 Input Line Driver.
Dual 4 Input Line Driver.
M126
Buss Drivers'BVo 8.0V·lo 100uA·ton 20ns.
Ml05m
Buss Drivers;BVo 8.0;10 100uA;ton 20ns.
FP21b
Ml05m
8uss Drivers;BVo 8.0;10 100uA;ton 20ns.
FP21b
Buss Drivers'8Vo 8.0'10 100uA·ton 20ns.
Ml05m
Buss Drivers;BVo 7.0V;lo 100uA;ton 20ns.
FP21b
Buss Drivers;BVo 7.0V;lo 100uA;ton 20ns.
Ml05m
Buss Drivers'BVo 7.0V·lo 100uA·ton 20n8.
Buss Drivers;BVo 7.0V;lo 100uA;ton 20ns.
FP21b
M454
Asynchronous Receiver/Transmitter.
Asvnchronous ReceiverlTransmitter.
M454
Programmable Syn/ Asynchronous Transmitter.
M454
Univ.Asynchronous Receiver/Transmitter.
iM268
Univ. Asynchronous Receiver Transmitter.
M504
Dual TTL/DTL to MOS TRCVR/Port Controller.
M318
Dual TTL/DTL to MOS TRCVR/Port Controller.
M200x
M318
Dual TTL/DTL to MOS TRCVR/Port Controller
Dual TTL/DTL to MOS TRCVR/Port Controller.
M200x
Hi9h Power Drivers.
Differential Line Drivers.
M193
Asynchronous ReceiverlTransmitter.
T086
Quad 2-lnput Lamp/Line Driver.
TOl16
Quad 2-lnout Lamo/Line Driver.
Quad 2-lnput Lamp/Line Driver.
T086
T0116
Quad 2-lnput Lamp/Line Driver.
T0116
Quad MDTL Line Driver.
Ml05ak Tr 4.0us max;Tf 4.0U8 max;lnp V. 5.5V.
M157
'tr and tf 4.0us max;Vi 5.5V.
M257c
Quad·tod 350ns max·tr lOOns'll 75ns max.
M200x
Quad DTL/TTL Line Driver.
TOl16
Quad Line Driver;tpd 300ns max.
Quad·tr lOOns max·tf 75us max.
M294e
M294e
Quad;tr lOOns max;tf 75ns max.
Quad Line Driver;tpd 350ns max.
. Quad·tod 200ns max·tr lOOns max.
M312
Ml05ap I Tpd 200nS max;Quad Line Driver.
"'OOlAD 'Dual 2 Input NAND Buffer/Driver.
g~:~ ~~~ +;:~~~::~:;lg~:~ g~:::~~~;l:
g~:: t:~:. g~:~:~:
g~~
SYMBOLS AND CODES
EXPLAINED IN INTERPRETER
219
LINE
No.
~'"
2",
3",
4",
5
6
7",
8
9
10
11
12
13",
14",
15",
16",
17",
18",
19",
20",
21",
22",
23",
24",
25",
26",
27",
28",
29",
30",
31",
32",
33",
34",
35",
36
37
38
39
40
41
42",
~~'"
44",
45",
46
47
48
49
50~=
5,.
~~~'iI
54
55
~~>t
58
59
60
61
62
63
~~
66
67
68
69
70
71
72
73
74
75
~~
78
79
80
81
82
83
84",
85
86
87
88
89
90
91
92
93
94
95
96",
~~
99
100
101
102",
103",
104",
105",
106",
107",
108",
109",
110
220
fQJ
TYPE
No.
l~g:g~g~~~
CD40107AK
CD40107AY
MC2257L
MC2260L
CMl151
CM4041AD
CM4041AE
HEPC0900P-RT
MC696L
MC696P
CD40107BD
CD40107BE
CD40107BF
igg:glg~~~
9635DC
9635DM
9635FM
9635PC
9637RC
9637RM
9637TC
9640DC
9640DM
9640FM
9640PC
9641DC
9641DM
9641FM
9641PC
SRX2605
g~~~~~~
SN55108AJ
SN55108BJ
SN75108AJ
SN75108AN
SN75108BJ
SN75108BN
N75S108A
N75S108F
XR1489AN
XR1489AP
MC1065P
MC1066P
MC1266F
MC1266L
SP1020
SP1035
SP1220
SP1235
MC1020P
MC1220F
MC1220L
GXB10115
MC10514F
MC10514L
MC10515F
MC10515L
MC10516F
MC10516L
MC10616F
MC10616L
10129F
10190F>tl
10216B
10216F
DM10115J
DM10116J
MC1692F
MC1692L
MC10114L
MC10114P
~glglm
MC10116L
MC10116P
~g~gmt>t2
MC10216L
MC10216P
MC1604F
10114F
10115B
10115F
10116B
10116F
SN10114J
SN10114N
SN10115J
SN10115N
SN10116J
SN10116N
DS1489J
HD1A1489
ITT1489
MC1489B
1-,
21
21
21
21
21
21
21
21
21
21
21
21
21
21
21
22
22
22
22
22
22
22
22
22
22
22
22
22
22
22
22
22
22
22
'22
22
22
22
22
22
22
22
22
22
22
22
22
22
22
22
22
22
22
22
22
22
22
22
22
22
22
22
22
.22
in
22
22
22
22
22
122
22
~~
22
22
22
22
22
22
22
22
22
22
22
22
22
22
22
22
22
22
22
22
22
22
I~~
'22
22
22
22
22
22
22
22
22
lJ1'
LOGIC
LEVEL
flJ'O'
(V)
(V)
l~q~ ~:~g~
~~
CM1161
DS7836J
DS7836W
DS7837J
g~~~~bf
f~-LMt1
U-SE OPER- PROATING CESS
FREQ.
(Hz)
~~liggL
DS8640N
DS1489AJ
HDIA 1489A
11 . MISCELLANEOUS
POWER
MAX. TEMP.
640kll
640kll
5.0M%
:gg:~
MO~ 9.95%
.05*t
Mm 9.95%
.05*t
-4.1*
Mq~ -1.5%
Mm -1.5%
-4.1*
7.0*t
M~~ -5.0%
O.Ot
10
~g~ 10
O.Ot
1.5*t
Mq~ 12.5%
13%
1.5t*
Mq~
MO~
13%
1.5t*
.05*t
~g~
.05*t
MO~
15%
.05*t
.05*t
M~~ 15%
15%
.05*t
l~~
~gj
Mq~
MO~
MO~
M~~
MO
MO~
M~~
~g~
Mq~
Mq~
MO~
M~;
MO
1.7k1l0 PCB
M~~
~g,
I~q;
MO'
~~f
35M% MO~
35M% Mq~
MO' .75%
MO' .75%
Mq~ -.75%
Mq~ -.75*
Mm -.75%
-.75%
-.75
Mm -.75
M~~ -.75
-.75
80M
-.75%
80M
Mq~ -.75%
80M
MO~ -.75%
MO~ -.88
-.93%
MO -.93%
MO~ -.93%
M~~ -.93%
-.93%
~g~ -.93%
Mq~ -.93%
Mq~ -.93%
MOr -.96%
Mq~ -.96%
IMq~ -.96%
Mar -.96%
M~: -.96%
-.96%
-.96%
-.96%
Mq~
Mq~ -.96%
MO' -.96%
~~~
~g~
M~;
I
~gr
::~~~
~~~ -.96%
Mm
MOr
IMO~
'MO~
Mq~
-.96%
-.96%
-.96%
-.96%
Mq~ -.96%
500MIZl~ MOr -.96%
150M
-.96%
150M
-.96%
150M
Mm -.96%
150M
M~~ -.96%
150M
-.96%
~g~ -.98%
Mq~ -.98%
Mq~ -.98%
MO~ -.98%
MO~ -.98%
-.98%
1.0%
M~: 1.2%
1.0%
~g, 1.0%
1.!!%
1.5%
3.0M%
3.0M% MO
1.5%
1.65%
MO 1.65%
MO 1.65%
MO~ 1.65%
1.7%
IM~~ 1.7%
,MO
1.75%
1.75%
D.A. T.A.
~~;
i~g~
I~~~
M1~
i~g~
AO*t
AO*t
.40*t
.40*t
.40*t
.40*t
.40*t
.40*t
.50*t
.50*t
2.25*
2.25*
-1.6*
-1.6*
-1.6*
-1.6*
-1.6t
-1.6t
-1.6t
-1.6t
-1.6*
-1.6*
-1.6*
-1.7t
-1.6*t
-1.6*t
-1.6*t
-1.6*t
-1.6*t
-1.6*t
-1.6*t
-1.6*t
-1.6*t
-1.6*t
-1.6*t
-1.6*t
-1.6t*
-1.6t*
-1.6*t
-1.6*
-1.6*t
-1.6*t
-1.6*t
-1.6*t
-1.6*t
-1.6*t
-1.6*t
-1.6*t
-1.6*t
-1.6*t
-1.6*t
-1.7*t
-1.7*t
-1.7*t
-1.7*t
-1.7*t
-1.6*
-1.6*
-1.6*
-1.6*
-1.6*
-1.6*
1.25*
1.25*
1.25*
1.25*
1.25*
1.5*
1.5*
1.63*
1.63*
1.63*
1.63*
1.3*
1.3*
1.25*
1.25*
SUPPLY
SPAN
N(~G. P~~.
V)
g:g
0.0
0.0
12
12
12
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5·2
0.0
0.0
5.2
5.2
5.2
5.2
5.2
5.2
5.2
5.2
5.2
5.2
5.2
5.2
5.2
5.2
5.2
5.2
5.2
5.2
5.2
5.2
5.2
5.2
5.2
5.2
5.2
5.2
5.2
5.2
5.2
5.2
5.2
5.2
5.2
5.2
5.2
5.2
5.2
5.2
5.2
5.2
5.2
5.2
5.2
5.2
5.2
5.2
5.2
5.2
5.2
5.2
0.0
0.0
0.0
0.0
0'~2
12
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
IN ORDER OF (1)USE(2)LEVELT(3)LEVEL'O'
/4IMAX OPER FREQ/5ITYPE No.
DRAWINGS
TOTAL
LOGIC OUTLINE
PKG. LOVI HI DWG. No DWG. No
L'.I=MO
SS ,
D!IW)
'C
'C
~g ~gg~
:gg
10 200m -55
10 ~2Om -55
0.0 500m 0
5.0
0
12 800m 0
10 200m -55
10 200m -40
15 180mt -30
15 225m -30
15 225m -30
15 200m -55
15 200m -55
15 200m -55
15 200m -55
15 200m -55
5.0 300m 0
5.0 300m -55
5.0 300m -55
5.0 300m 0
5.0 150m 0
5.0 150m -55
5.0 150m 0
5.0 300m 0
5.0 300m -55
5.0 300m -55
5.0 300m 0
5.0 300m 0
5.0 300m -55
5.0 300m -55
5.0 300m 0
5.0
5.0 1.3
0
5.0 1.3
0
5.0 132mt -55
5.0 132mt -55
5.0 132mt 0
5.0 132mt 0
5.0 132mt 0
5.0 132mt 0
5.0 600m 0
5.0 600m 0
5.0 1.0
0
5.0 650m 0
0.0 300mt 0
0.0 300mt 0
0.0 300mt -55
0.0 300mt -55
0.0 115mt 0
0.0 140mt 0
0.0 115mt -55
0.0 140mt -55
0.0 115mt 0
0.0 115mt -55
0.0 115mt -55
95mt 0
0.0
0.0 145mt -55
0.0 145mt -55
0.0 110mt -55
0.0 110mt -55
0.0
85mt -55
0.0
85mt -55
0.0 100mt -55
0.0 100mt -55
0.0
-30
0.0
-30
0.0
-30
0.0 100mt -30
0.0
-30
0.0
-30
0.0 220mt -30
0.0 220mt -30
0.0 146mt -30
0.0 145mt -30
-30
0·2
0.0
-30
0.0
80mt -30
0.0
80mt -30
0.0
-30
0.0 405m -30
0.0 100mt -30
0.0 100mt -30
0.0 460m -30
0.0
-30
-30
0.0
0.0 100m':! -30
0.0
-30
0.0
-30
0.0 182mt 0
0.0 182mt 0
0.0
93mt 0
0.0
93mt 0
72mt 0
0.0
0.0
72mt 0
5.0 130m 0
5·2 130m§ 0
5.0 1.0
0
5.0 130m 0
5.0 130m 0
5.0 270m 0
5.0 270m 0
5.0 600m -55
5.0 600m -55
5.0 600m -55
5.0 600m -55
5.0 600m 0
5.0 600m 0
5.0 130m 0
5.0 130m§ 0
19ri~~
1~~~;
118~~
ng~~
g~:::~
m~~m
125
125
75
75
70
125
85
75
75
75
125
125
125
125
125
70
125
125
70
70
125
70
70
125
125
70
70
125
125
70
70
70
125
125
70
70
170
70
70
70
75
75
75
75
125
125
175
'75
125
125
75
125
125
75
125
125
125
125
125
125
125
125
85
85
85
85
85
85
85
85
85
85
85
85
85
85
85
85
85
85
85
85
85
85
85
85
85
85
85
85
85
85
75
75
75
75
75
70
70
125
125
125
125
70
70
75
75
K2177
K2177
K2130
K2140
K203
K203
K2122
K2134
K2134
K2177
K2177
K2177
K2177
K2177
K2273
K2273
K2273
K2273
K2274
K2274
K2274
K2257
K2257
K2257
K2257
K2269
K2278a
K2278a
K2254a
K2254c
K2254a
K2254a
K2254c
K2254c
K2211
K2211
K2251
K2251
K2216
K2217
K2217
K2217
K2270
K2271
~n~~
K15125
K15125
K15125
K2213
K2224
K2224
K2213
K2213
K2218
K2218
K2218
K2218
K2253
K2252
K2224
K2224
K2213
K2218
K227
~~~~4
K2224
K2213
K2213
K2218
K2218
K2230
K2159
K2218
K2218
K2266
K2224
K2223
K2223
K2224
K2224
K2258
K2258
K2223
K2223
K2224
K2224
K223
K223
K223
K223
g~~
K2232
K2232
K2233
K2233
K2232
K2232
K223
K223
GENERAL DESCRIPTION
~gg~~~
!::Iua! ~ !nput ~':'~!::I !!u!!erl.!::I,"ver.
Dual 2 Input NAND Buffer/Driver.
1I004AF Dual 2 Inout NAND Buffer/Driver.
1I001AB Dual 2 Input NAND Buffer/Driver .
M292
Terminal Transmitter.
Terminal Transmitter IP-Channell.
M316a
tr 70ns;tf 25ns;td 20ns.
T0116
M 105av Quad True/Complement Buffer;tpd 75ns max.
M 105av Quad True/Comolement Buffer·tod lOOns max.
TOl16
FO 30;DTL;tpd 140ns typo
M191
Dual Interface Element/Receiver.
Dual Interface Element/Receiver.
M278
1I001AD Dual 2-lnput NAND Buffer/Driver.
1I001AB Dual 2-lnput NAND Buffer/Driver.
1I001AB Dual 2-lnput NAND Buffer/Driver.
1I004AF Dual 2-lnput NAND Buffer/Driver.
1I001AB Dual 2-lnput NAND Buffer/Driver.
M200'
Dual Diff Line Receiver.
Dual Diff Line Receiver.
M200j
Dual Diff Line Receiver.
FP93c
Dual Diff Line Receiver.
M532
Dual Diff Line Receiver.
M531
Dual Diff Line Receiver.
M531
Dual Diff Line Receiver.
M530
Quad Bus Transceiver.
M200j
Quad Bus Transceiver.
M200j
Quad Bus Transceiver.
FP93c
Quad Bus Transceiver.
M532
M200j
Ouad Bus Transceiver.
M200'
Dual Transceiver with Hvsteresis.
FP93c
Dual Transceiver with Hysteresis.
Dual Transceiver with Hysteresis.
~~~2
Translates ASCII to Parallel Data.
M200k
Quad;TTL;tpd IOns typo
Quad;TTL;tpd IOns typo
M345
Dual·tod 25ns max.
M157b
M157b
Dual;tpd 25ns max.
M157b
Dual;tpd 25ns max.
Dual·tpd 25ns max.
M126e
Dual;tpd 25ns max.
M157b
Dual;tpd 25ns max.
M126e
High Speed Dual·tpd 17ns max'Gv 5.0V/mV.
M318
M257f
Hi9h Speed Dual;tpd 17ns max;Gv 5.0V/mV.
. M294e
Quad;tr 175ns max;tf 20ns max.
Quad·tr 175ns max·tf 20ns max.
M294e
Triple Schmitt Trigger/Diff. Amp.
M154
Triple Schmitt Trigger/Diff. Amp.
T0116
Triple Schmitt Triaaer/Diff. Amp.
T086
Triple Schmitt Trigger/Diff. Amp.
T0116
Quad Line Receiver;Fan Out 25.
M257a
Triple Line Receiver·tpd 5.0ns typ.
M257a
Quad Line Receiver;Fan Out 25.
M257a
M257a
Triple;tpd 5.0ns typo
Quad·tod 4.0ns·Fan Out 25.
T0116
T086
Quad;tpd 4.0ns;Fan Out 25.
Quad;tpd 4.0ns;Fan Out 25.
TOl16
ECL Quad·tod 2.0ns tyo;tr and tf 2.0ns tyO
M200n
FP85
Triple Line Receiver;(High Common Model.
Triple Line Receiver/High Common Mode).
M191
FP85
Quad Line Receiver.
Quad line Receiver.
M191
Triple Line Receiver.
FP85
Triole Line Receiver.
M191
Hi9h Speed Triple;tpd 1.8nst.
FP85
High Speed Triple;tpd 1.8nst.
M191
Quad TTL/IBM Bus Rcvr/Latch.
M153e
Quad Diff Rcvr/MST-ECL Translator.
M153e
M256
Triple Diff OR/NOR;tpd 1.5ns typo
Triole Diff OR/NOR·tpd 1.5ns typo
M153e
M200r
Quad Diff.Amp;tpd 2.0ns;tr.tf 2.0ns.
M200r
Triple Diff;tpd 2.0ns;tr.tf 2.0ns.
4 ckts·tod 1.1 ns·F.O. 70.
FP85
M191
4 Ckt;tpd 1.1 ns;FO 7
M191
Triple Line Receiver.
M278
Triole Line Receiver.
M191
Quad;tpd ~.Ons typo
Quad;tpd 2.0ns typo
M278
M191
Triole:tod 2.0ns tyo.
Triple;tpd 2.0ns typo
I~m
Bus Receiver.
Dual Simult Bus Transceiver·Receiver.
M200w
M191
I.!.riple Line Receiver;tpd 1.8ns typo
Triple Line Receiver;tpd 1.8ns typo
M278
HiQh BW Triole·tod .75ns tyP.
FP85
Triple Differential OR/NOR Line Receiver.
M153a
Quad Differentail Line Receiver.
M256
Quad Differential Line Receiver.
M153a
Triple Differential OR/NOR Line Receiver.
M256
M153a
1
RI.
M153d
Triple(Complementary Outputs.±l Volt CMR).
Ml17x
M153d
Quad;tpd 2.0ns typo
Quad·tpd 2.0ns tyo.
M117x
Triple;tpd 2.0ns typo
M153d
Triple;tpd 2.0ns typo
Ml17x
Quad·tod 85ns·tr 175ns·tf 20ns.
M257c
TOl16
Quad;tpd ~Ons.tr 90ns,~_ ~.Ons typo
Quad;tpd 85ns max;tr 120ns;tf IOns.
Quad'io 30mA max·tod 175ns max.
M344a
T0116
Quad Line Receiver.
T0116
Tr 50ns;tf 50ns; td 200ns.
tr 50ns·tf 50ns·td 200ns.
T0116
Quad NOR Unified Bus Transceiver.
M257c
Quad NOR Unified Bus Transceiver.
FP97c
Hex Unified Bus Receiver.
M200k
FP98b
Hex Unified Bus Receiver.
Quad NOR Unified Bus Rcvr.
M257c
M344
Quad NOR Unified Bus Rcvr.
Quad;tpd 85ns;tr 175ns;tf ~Ons.
M257c
Quad·tod 85ns tr 175ns tf 20ns max.
T0116
i~:~::(g~~e~~~i:~t~~~et~u't~n~ R~~~~v~rM
SYMBOLS AND CODES
EXPLAINED IN INTERPRETER
220
LINE
No..
~
3"
4"
5"
6"
7"
8"
9
10
11
12
:~
15
16
17
18
1,,"
20.
21"
~~:
24"
25"
26"
27"
<1 8 "
29"
30"
~~
!J
TYPE
No..
~~~:~~~~
DS7640J
DS7640W
DS8836J
DS8836N
DS8837J
~t8286:V1~DC'#2
AM26S 12DM.#2
AM26S12FM#2
AM26S 12PC#2
5T5T5\489A
5551A
5551B
5551C
9627CDC
I~~~~g~
9627FM
9627PC
AM26S10DC
AM26S10DM
AM26S10FM
AM26S10PC
AM26S11DC
~~~~~: :~~
AM26S11PC
g~~~~~~~2
33
34"
35"
36"
DM8838\,".i'#"2
DS1689J
DS1690J
DS3689J
39"
40"
41'1'
42"
DS3690N
DS7641J
DS7833J
DS7833W
DS7834J
DS7834W
DS7835J
~8: g~~~~~~
~~"
44"
45"
46"
47"
48"
49"
50"
51"
52"
53"
54"
55"
56"
57"
,g~~~~~~
DS7838W
DS7839J
DS7839W
DS8641J
g~g~!~~
DS8642N
DS8833J
DS8833N
DS8834J
!!}"
62"
63"
64"
65"
66"
67"
68"
69"
70"
71'1'
72
73"
74
15
76
77"
78
79"
80
81
82
83"
84"
85"
86"
87
~g
90
91
92
93
~~
96
~~
221
ATING CESS
FREQ.
1Hz)
~~
22
22
22
22
22
22
22
22
22
22
~~
22
22
22
22
22
22
22
~~
22
22
22
22
22
22
22
22
22
22
22
22
22
22
22
22
22
22
22
22
22
22
22
22
22
22
22
22
22
22
22
22
22
22
In
~~: g~~~~~~
60"
+.J~
~nM~U
USE OPER- PRO-
DS8835N
DS8838J
DS8838N
DS8839J
g~~~~~~J
DS55122W
DS75122J
DS75122N
DS75124J
DS75124N
22
22
22
22
22
22
22
22
22
22
22
JANM38510/10401~~E
JANM38510/10404BE
122
JANM38510/10404BE
,1,22
JANM38510/104014BF
22
JANM38510/1U404BFt
122
JANM38510/10404BF
JANM38510/1040:fEEJ
22
JANM38510/10404CEI
122
JANM38510/10404CE
H2
JANM38510/1040 4CF
122
JANM38510/10404CFI
122
JANM38510/10404CF<
22
MC8T14L
22
MC8T14P
22
MC8T24L
22
MC8T24P
22
MC3440P
22 I
MC3441P
22
MC3443P
22
MC55107L
22
22
22
MC75108LP%
22
RC75107AD
22
RC75107ADP
22
RC75108AD
22
22
22
~g~:g~t.P%
~~W1~~"l~
D.A. T.A.
IN ORDER OF (1)USE(2)LEVELT(3)LEVEL'O'
(4}MAX OPER FREQ(5}TYPE No.
11 MISCELLANEOUS
·
lJl'
LOGIC
LEVEL
1J'O'
IV)
IV)
POWER
SUPPLY
SPAN
MAX. TEMP.
DRAWINGS
TOTAL
LOGIC OUTLINE
PKG.
LOW HI DWG. No. DWG. No.
c,=MO
D)~~. 'C 'C
GENERAL DESCRIPTION
NIW
P~~.
MO~
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
.45*
.45*
.45*
.80%
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
g:g
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
12
12
12
12
12
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
5.0
5.0
5,0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.()
5.0
5.0
5.0
5.0
12
12
12
12
12
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5,0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5,0
5.0
5.0
5.0
5.0
1.0
600m§
600m!
600m§
600m§
730m
256m!
256m!
256m!
256m§
350m
350m
350m
350m
400m
400m
400m
400m
600m
600m
600m
600m
600m
600m
600m
600m
600m
600m
475m
475m
475m
475m
475m
47!;m
600m
600m
475m
475m
600m
600m
600m
600m
475m
475m
475m
475m
475m
475m
600m
600m
475m
475m
600m
600m
600m
600m
600m
600m
0
0
0
0
0
0
0
0
-55
-55
0
0
-55
-55
0
0
-55
-55
0
-55
0
0
-55
-55
0
0
0
0
-55
-55
-55
-55
-55
-55
-55
-55
-55
-55
-55
0
0
0
0
0
0
0
0
0
0
0
0
0
0
-55
-55
0
0
0
0
70
125
125
70
70
70
70
125
125
125
125
125
125
125
125
125
125
125
70
70
70
70
70
70
70
70
70
70
70
70
70
70
125
125
75
75
75
75
MO~
2.0%
.80*
0.0
5.5
400m
-55
125 K2243
M323
Dual Diff'Vi 20V max·tod 75ns max.
MO~
2.0%
.80*
0.0
5.5
400m
-55
125 K2243
M323
Dual Diff;Vi 20V max;tpd 75ns max.
MO~
2.0%
.80*
0.0
5.5
400m
-55
125 K2243
M323
Dual Diff;Vi 20V max;tpd 75ns max.
MO~
2.0%
.80*
0.0
5.5
400m
-55
125 K2243
FP117
Dual DiffVi 20V max·tod 75ns max.
MO~
2.0%
.80*
0.0
5.5
400m
-55
125 K2243
FP117
Dual Diff;Vi 20V max;tpd 75ns max.
MO~
2.0%
.80*
0.0
5.5
400m
-55
125 K2243
FP117
Dual Diff;Vi 20V max;tpd 75ns max.
MO~
2.0%
.80*
0.0
5.5
400m
-55
125 K2243
M323
Dual DiffVi 20V max·tod 75ns max.
5.5
400m
-55
125 K2243
M323
Dual Diff;Vi 20V max;tpd 75ns max.
M323
Dual Diff;Vi 20V max;tpd 75ns max.
~q~ ~:4~~
MO~
M:~
MO
MO
MO~
M.uv.
I~~m Ir6'11f6 Dual Lone ReceIver.
~:g ~:g
0
-55 125 K2211
Dual Line Receiver
5.0
5.0
T0116
5.0
Dual Line ~ecelver.
~.O
:~5 ;g5 ~~m l~g11~ Dual Line Receiver.
5.0
5.0
5.0
70 K2212
T0116
Dual Line Driver.
5.0
0
7.0
!:Iual Line !:Inver.
:.00 j~o
~.~
7.0
0
~m~ ligll:
7.0
g~:: t:~: g~:~:~:
-55 125 K2212
T0116
7.0
7.0
5.0 248m -55 125 K2211
Also use 21;tpd 25ns max.
5.0
M157b
5.0
5.0 248m -55 125 K2211
M157b
Also use 21 ;tpd 25ns max.
7.0
7.0 248mt -55 125 K2212
Also use 21-tod 25ns max.
M157b
7.0
Also use ~ l;tpd ~~ns max.
?O 248mt -55
7.0
7.0 248mt -55
~m~ ~115076b Also use 21 ;tpd _~~ns max.
7.0
7.0 248mt -55 126 K2212
Also use 21·tp_d 5ns max.
FP106
0.0
5.0 210mt -55
M153d
DifferentIal Lone Tranceiver•.
g~~~
0.0
5.0
-55
Differential Line Transceivers.
~~~gd Dual·tDd 30ns max.
0.0
5.0 ~~g~~ 0
70 K2238
Dual;tpd 30ns max.
5.0
5·2 ~2Om'lE -55
6.0
5.0 132m -55
~~~~~ ~6~~~ Dual MOS Sense Amp.
Dual MOS Sense Amp.
5.0
5.0 132m -55 125 K2254
T0118
5.0
Also use ~ 1;Also in ~Iastic !:IlL ~ac!
2.4
2.4%
2.~~
2.4%
2.4%
MO
~g:::m
19~
~.4'110
2.4%
2.4%
~g: 2::;:
MO
2.4%
95~
SN75189AN
in
D.A. T.A.
~~~:f
M314
HD9V549
N8T14B
N8T14F
N8T14W
N8T16A
N8T16F
N8T24F
~~j~n~AJ
M294f
M344
M344
125 K2211
~~~
MO~
22
22
22
22
~m:
I~~~jc
~~no max.
25no max.
25n5 max.
~~no max.
25no max.
35no max.
~5ns max.
35ns max.
35ns max.
:!Ono max.
30no max.
30no max'Vi ±5.0V.
30no max;Vi ±5.0V.
125 K2211
I~~
SG1489AJ
~g ~ml
M344
M257c
M344
M257c
495m,* -55
~g~~~:g
101
102
103
104
70 K2211
125
125
70 K1939
70 K1939
g:g
K2211
K2211
K2211
K2211
g~:::~~~ ~g~: ~:=:
Dual;tpd
Dual;tpd
Dual:tod
Dual;tpd
Dual;tpd
Dual:tod
Dual;tpd
Dual;tpd
Dual,tpd
Dual;tpd
Dual;tpd
Dual,tod
Dual;tpd
495m,* -55
MO
12~
5.0
5.0
5.0
5.0
5.0
70
70
70
70
~ml
5.5
22
l~g l~gm~~F
~N7cc
gm
-55
-55
-55
ggg~ 0
800m 0
600m 0
600m 0
600m 0
0
I~~~~ 0
600m 0
600m -55
600m -55
600m 0
600m 0
5.5
I~~
S8T14W
j~5
~g ~~~~~
~ual;tpd ~!,!no max.
Dual;tpd 25no max.
Dual·tod 35no max.
Dual;tpd 35no max.
Quad;TTL;Tri-State;tpd 10no.
Quad'TTL'Tri-State:tod IOns.
Dual;tpd 25ns max.
5.5
~g:~~::
98
70 K2278
125
125
125 K2211
M257c
M344
M200k
M345
M257c
FP97c
M257c
5.5
HD9V249
22
22
22
22
22
22
22
22
22
22
I~~~~c
.40*t
86
87
88
89
90
91
92
93
94
~~
,m8~
K2280
.40*t
~~~ ~:~~
I~~
::g:~
-~~
;~
70
2.4%
I~~
g~~~~g~
.
IN ORDER OF (1)USE(2)LEVELT(3)LEVEL'O'
i4)MAX OPER FREars)TYPE No.
MISCELLANEOU~
g:g
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5·2
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
2.4%
2.4%
M~~ 2.4%
2.4%
~g~ 2.4%
30M 2.4%
2.4%
M~~
MO
2.4%
22
22
22
22
78
79
80
81
82
83
M~~
~g~
::g:
.40*
.40*
.40*t
.40*t
22
22
22
22
22
22
22
22
12~
~g: g~~:t~~g~
76~
77~
~:~;:
!~~~
2.4%
MO
JANM;:S1l51u/lu4u,!.~(;t
DM7820W
DM7822D
DM7822J
DM8820J
71~
22
22
22
22
22
22
22
DS75107N
22
DS75108J
I~~
DS75108N
DS75207J
22
DS75207N
12~
DS75208J
DS75208N
22
LM163J
22
LM163N
22
22
LM363J
LM363N
22
JANM38510/104011BCE
22
62
63
64
65
68
~nMt1
LQG!C
itSE OPER- PROLEVEL
ATING CESS ~'1'
i1J'O'
FREQ.
(V)
(V)
(Hz)
~~
I~S~~~~~
11.
~~~
M~;
MO
MO~
M~~
MO
M~;
~gi
~q;
Mar
M~:
~.5'110
~:g~
2.5%
2.5%
2.5%
2.5%
2.6%
2.6%
2.6%
2.6%
2.6%
2.6%
2.6%
2.6%
2.6%
~.6'110
2.6%
2.6%t
~.6'110
~gi 2.6%
~g~ ~:~~
2.6%
::g:~
.40*t
.40*t
.40*t
.40*t
.40*t
.40*t
.40*t
.40t*
.40*t
.40t*
.40t*
.40t*
.40*t
.40*t
.40*t
::g:~
.40*t
.40*t
.40*t
.40*t
.40*
.40t*
.45t*
.45t*
.45t*
.45t*
::g:~
.40t*
.40t*
.40t*
.40t*
.40*t
.40t*
.40t*
::g:~
.40*t
.40*t
.40*t
.40*t
.40*t
.40*t
.40*t
.45*t
.45*t
.45*t
.45*t
.45*t
.45*t
.45*t
.45*t
.45*t
.45*t
.45*t
.45*t
.40*t
.40*t
.40*t
.40*t
.40t*
.40t*
.40*t
.40*t
.40*t
.45*t
.45*t
.45*
.45*
.45*
.45*
.45*
.45*
5.~
5.0
5.0
0.0
0.0
0.0
15
0.0
0.0
g:g
0.0
0.0
15
15
0.0
0'f5
~:g m~~ Ig
5.0
5·2
5.0
5.0
132mt 0
160:~ 00
160m
160m 0
2.0
t
0
5.bb
g
5.0
5·2
1?55
5.0
5.0 250m'll -55
5.0 ~OOm -55
15 600m -55
15 600m -55
5.0 600m -~~
5.0 600m -55
15 600m 0
~~g~~
~gg~;
0.0
19 ggg~
5.0 600m
Kg
0.0
!!.O
0.0
0.0
0.0
0.0
0.0
5.0
5.0
5.0
5.0
5.0
5.0
5·2
5.0
5.0
5,2
5.0
5.0
0.0
0.0
0.0
5.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
5,2
:~~
5.0
5.0 600m 0
5.0 600m 0
5.0 600m -55
5.0 600m -55
5.0
5.0 Iggg~ 'g
5.0 600m 0
5.0
63m!
5.0
69 ! :~~
5.0
69m! -55
5.0
!!~m! 0
5.0
75m! 0
5.0
75m! 0
-55
5.0
5.0
-55
5.0
69m!
5.0
~~~:Ig
5.0
5.0
75m! 0
5.0 380mt 0
5.0 380mt 0
5.0 380mt 0
5.0 150m 0
5.0 150m 0
5.0 380m! 0
5.0 380mt -55
5.0 380mt -55
5.0 380mt -55
5.0
5.0 g~~~ g
5.0 130mt 0
5.0 130mt 0
5.0 1.0
0
5.0 1.0
0
5.0 1.0
0
5.0 1.0
0
l~
ggg~
g~~:
Ig
0
-55
~g ~n~~
70
70
70
70
K2138
~~2~~
K2235
I~g
~~ng
75
75
125
125
125
125
125
125
125
125
K2233
~2~~~
K2232
M117y
M200w
M278
M191
M278
M318
K2254b
K2254b
K2211
K2254c
M318
M157b
FP106
M157b
FP52
FP106
FP52
70
K2254
M157b
70
70
70
70
K2254b
M126e
M153d
MI17x
FP98a
M378
M267c
M224c
~~~~1
mg~~~
~p158~d
~g ~22~:b I~l~~~
~~
75
~~~~~
K2237
K2250
K2236
~~5 1~22~~a ~~~~c
125 K2236a
125
125
125 K0533
125
125
70 K0533
~gg~~
~~m
~g I~g~~~
FP79b
~~~~f
FP97
I~~g~c
M294f
~p39~4
70
IK2231
70
70
125
125
70
70
70
125
125
125
75
75
75
K2242
K2242
K2242
K2242
~~~jc
~~~:~
~~~~c
m1~~~:2
K2242
~~ng~
K2225
~~~2~~
K2225
mg~~g~
125
75
75
75
75
75
75
75
75
75
l~p:lNcC
M257c
FP97c
FP97c
M75k
M75k
M75k
M75k
M75k
M75k
I:::g~g
K2225
T086
K2225
K2215
K2215
K2215
K2214
K2214
K2215.
T086
M317
M200v
FP47a
Ml05ak
M157
M200'
M317
M200v
FP47a
I~~~~~~ :::g~~
m~m~
125 K2215
75
75
75 K223
I~n~
I~~ g~~
75
75
75
M344
K223
K223
K223
I~~gg=
Ml05ap
~lg~~P
M126e
M157b
M126e
ransceiver;Rec8Iver.
Quad;,,:/fammon Tri-State Strobe Input.
Quad'W Common Tri-State Strobe Inout.
yuaC!;w!,::ommon Tri-State Strobe Input.
Quad;wlCommon Tri-State Strobe Input.
Hex Bus Rcvr w/Hvsteresis-Schmitt Triaaer.
Quad Bus w/Hystere5is-Schmitt Trig~er.
Hex Bus Rcvr w/Hystere.is-Schmitt rigger.
Quad Bus w/Hvstere.is-Schmitt Triaaer.
Dual;tpd 25ns max.
Dual;tpd 25n. max.
Dual·tpd 25ns max.
Dual;tpd 25n. max.
Dual;tpd 25ns max.
Dual·tod 25ns max.
Dual !:'ifferential;tpd 50ns max.
Dual Differentail;tpd 50ns max.
Dual·tad 25ns max.
Dual;tpd ~~ns max.
Dual;tpd 25ns max.
Dual·tod 25ns max.
Dual Differential;tpd 75no max.
Dual Differential;tpd 75ns max.
Dual Differential·tod 75ns max.
Serial;Up to 8BCD or Octal Digits.
Triple Line Receiver;tpd 30n8 max.
Dual Diff'lo 30mA max:tod 75ns max.
Dual Di!f;lo ~()mA max;tpd ~5ns max.
Dual Diff;lo 30mA max;tpd 50ns max.
Dual Diff'lo 30mA max·tod 50ns max.
line J:leceiver.
Dual Line Receiver;Response time 40no.
Dual Line Receiver'ResDonse time 40ns.
Dual;Response time 1~~ns max;Vi ±3river.
Dual 3-4lnput Transmission Line Driver.
Dual 3-4 Inout Transmission Line Driver.
2 Phase;High rep rate 5MHz.
Vi 5.5V;tpd 15ns max;tr 12ns;tf IOns.
Vi 5.5V·tod 15ns max"tr 12ns·tf IOns.
2 Phase;High rep rate 5MHz.
Vi 5.5V;tpd 15ns max;tr 12ns;tf IOns.
2 Phase'Hioh reo rate 5MHz.
Vi :!.:!!,;;tp'! ! :!ns max;tr 1"ns;t! 1(lns.
Vi 5.5V;tpd 15ns max;tr 12ns;tf IOns.
2 Phase'Hiah reo rate 5MHz.
'(luad driver;tr ~~ns max;t! ~Qns max.
Quad driver;tr 55ns max;tf 90ns max.
Quad driver·tr 55ns max·tf 90ns max.
Quad driver;tr 55ns max;tf 90ns max.
Quad driver;tr 55ns max;tf 90ns max.
Tod 7.0ns·tr 17ns·tf 20ns.
Dual driver;tr 40ns max;tf 55ns max.
~~~I 7d~~!~~r 11o~~tfm2a~'!J' 55ns
max.
2 Phase;!on 40ns;Toff '!lJN
75. DS8803J
H: 18~:g~~~
23
23
~~
DS8807N
~~~J6~6CG
MMH0026CL
g~ I~~~gg~g~(
87
g:
90
91
92.
93.
",4.
95.
96 ...
MMHOO26L
MH8808N
CH1032
'g~lg~~#2
~~
DS0025CH
~~: g~gg~~~N
CH1033
19~
I~~ggl~c
105
MH0025CH
MH0<1~~~N
CH1034
l~g: g~lg:l~
225
1
MHOO13CG
19~# I~~~~nu
108.
~~
23
23
23
23
23
~~llg:iL
MH002~==
23
23
23
23
~~
1~~~1b8J
99
100
101
102.
10M
6c!,g~
600k
600k
2.0M%
600k
~~ ggo~
.
MH8803J
~g. I ~~8888J>iJN
~~.
~.OM
~~ ~:g~
23
23
~~. ~~~gJiJ
84
23
23
g
~~Ogg7C
23
23
23
23
H
23
~~
~.O%
~~j
MO
~g~
2.0*
g~
2.2%
~.2%
Ma~
2.2%
2.2%
~~~
MO~
2.2%
~~~
MO
MQ~
~g~
MQ~
g;:
~:~~
2.4%
~::%
2.4%
~.~::,!
2.~~
2.5%
::g:
.80*
.80*
.80*
M~~
~gs :l·g~
MO :1:0%
tOMf> MO~ -1.0%
Nt%
'C
I~:g~
:~~
0.0
Q.O
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
g:g
0.0
0.0
0.0
0.0
g:~
.0
0.0
0.0
0.0
O.~
:gg:
.80*
0.0
0.0
:gg:
.80*
.80*
.80*
.80*
8:8
0.0
0.0
0.0
0.0
:gg:
.80*
.80*
.80*
.80*
.80*
.80*
.80
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
~.O
O.~
12.6
g 52_5m
1.1
5.0
5.0
5.0
12
1.1
1.1
1.1
525m
1.1
5.12 1.1
5.0 1.1
5.0
12
12 1.1
~i5m
g
12
12
12
5.0
5.0
5.0
5.0
~.O
0
-~~
-55
-55
-55
-55
-55
-55
-55
-55
-55
0
0
1~~lum Ig
1.0
1.1
1.0
1.1
1.0
1.1
1.0
1.1
0
0
0
0
0
0
0
18
5.0
12
0
12 1.1
0
12 890m 0
12 1.1
0
1.1}
Ig
g 1.1
12 1.0
0
5.0 1.1
18
5.0 1.0
5.0 1.1
0
5.0 1.0
0
5.0 1.1
0
5.0 1.0
0
1.1
-55
~:g 1.1
-55
5.0 1.1
0
1.0
0
5.~
0
5.0 1.1
5.0 1.0
0
5.0 450m§ 0
5.0 450m§ -25
17 1.0
0
17 ~"_Om 0
17
17 ~fo"'m§ g
~.o 12.
5.0 830~'lj Ig
5.0 255m -55
-55
5.0
5.0 ~~5~; 0
5.0
0
5.0 ~bJm 0
5.0 1.5
0
-55
5.0 1.5
5.0 1~~Om 0
5.0 800m -55
5.0 1.0
-55
5.0 1.0
0
5.0
-55
5.0
0
~f5m
.80*
.80*
.80*
0.0
0.0
0·2
0.0
0.0
Q.O
0.0
0.0
12
12
12
0.0
0.0
3.0
3.0
25
25
:gg:
.80*
.80*
.30*t
.30*t
.30*t
.30*t
.40*t
g:O
17
17
0.0
0.0
0.0
0.0
0.0
15
1.5
17
7.0
7.0
17
17
1.0
1.0
18m
1.4
800m
18m
18m
0
-55
0
-55
-55
-55
-55
0
.40*t
.40*t
.40*t
.40*t
.40*t
.40*
.40*
g:g
0.0
0.0
0.0
0.0
0.0
0.0
0.0
7.0
7.0
17
17
17
20
20
1.4
800m
18m
18m
18m
680m
1.0
Ig
0
0
0
0
0
-55
-55
15
0.0
12
12
12
15
20
5.0
7.0
7.0
5.0
5.0
5.0
5.0
5.0
1.0
1.8
1.0
1.0
1.0
650m
500m
275m
500m
0.0
0.0
0.0
28
5.0
0.0
::g:
.80*
.80*
.80*
.80*
-3.0%t
.80*
::g:
::g:~
-12*t
.70t
.70t
I~~~
MO _l~OO:
N(t~· PR,~' DI~~'
::8:
.80*
.80*
.80*
.80*
MQ§ -:!.O%
MQ§
MaS
M~~ !4.5
14.5
MO
M~~
~gs
~:g~
3.0%
3.7%
4.0%
4.0%
4.~~
TOTAL
PKG.
LOVI
SPAN
g:g
0.0
0.0
:gg
.80
_~!-X.
~S~tL~
:gg:
.80*
.80*
.80*
.80*
.80*
.80*
.80*
~Q~
-1.~
~8t
MOS :J:g%
~~i
2.5%
-1.0%
D.A. T.A.
::g:
.80*
.80*
::g:
.40*
.70*
.50*t
.50*t
-13*t
-11 *t
-ll*t
-ll*t
-15*t
1.5*t
1.5*t
1.5*t
1.5*t
1.5*t
1.5*t
-28*t
1.5t
1.5t
2.0*t
MOS
MO
3.0Mf>
::g:
.80*
~:g!6 -3~~t
19~
8.0Mf>
8.0Mf>
10Mf>
::g:
.60*
D'MOS
q§
~g~ 2.5%
~Q§ ~:~;:
10M
10M
(V)
2.0%
2.0%
~:g~~
2.0M%
10M
10M
~~ ~:g~
~~
2.0
MO
!Q;
MOS ~::~
~::~
~~ 2.4%
MO
600k
~o.o.k
23
23
2.0~
f1j'O'
MQ~
MO~
".OM
~8ggg~!;
NHOOO9
72
81.
Mq~
~~
23
~:g~
~:g~
M:~ 2.0%
MO
MO
23
SN74120N
NHOO12
78
MO~
~~
SN64120J
69
n.
M~~
IN ORDER OF (1)USE(2)LEVEL'1'(3)LEVEL'0'
FREQ/SITYPE No.
11. MISCELLANEOUS
TEMP.
~:g:t
Ko
0.0
~~
~g
0.0
0:0
27
12
0.0
00
~~~~~
~:g
;?b
1~ 19~
j4lMAX OPER
ORA WINGS
LOGIC 1OUTLINE
HI DWG. No DWG. No
lI=MO
·c
m~~~3~
70 K2319
125
125
125 K2336
125
125
125 K2332
125
5.0
800m
1.0
800m
750m
15
~g 15
5.0 1.5
5.Q 1.5
500m
0'P2 120m
15 1.0
15 500m
5.~
'~2
-25
0
0
-55
0
0
-55
-25
-55
0
0
-55
0
-25
-55
-25
M512a
g~~~: I~~gc
~~~~~
mg~~~
~~~~~:
K2337
125
70
70 K2332a
I~g
70
70
70
70
70
70
70
~~:!:!~a
M200k
M200k
M200k
CN13
M257c
M200k
M200k
M200k
CN13
M257c
~~5~~
K2~~~9
K23
K2338a
K2338a
K2336
M344
M200k
M345
M200k
~~~~~
~~~gk
K2337
~g ~~~~~
70
70
70
70
70
70
70
K2332
K2332
K2332
K2339
70
70
70
70
K2337
K2337
K2333a
K2333a
~~~~;
K2338
~g ~~~~~
I ~ ~hase !v!Q~;tr ~Qns max;t! ,!Qns max.
2 Phase MOS;tr 50ns max;tf 40ns max.
Quad·tod 50ns.
Dual Bootstrapped ~11~;tP004AG Dual Pulse ~yn~LDnver.
70 K2312
M153d
Ml17x
70 K2312
M524
100 k2327
~_~a~a~o~gsa~10~k "ci'ri':ers.
CN48s
85 K2317
2-Phase MOS Clock Drivers.
CN48s
125 K2317
85
Transition Time 75ns tyPm~Ese~J.d 5MHz.
Ig~~:
Transition Time 75ns typ;
h Spd 5MHz.
125 g n
Ton 10nsec·tr 40nsec·t/ 1
125 K15230 CN48a
70 K15230
l1.on 1u~sec;tr 40nsec;tf 1~I!!,sec.
g~:g~ TTL to MTOS;VOH 2.0min;VOL4.0min;Ton75ns.
125 K232
TTL to MTOS:VOH 2.0minVOL4.0min:Ton75ns.
CN43b
70 K232
.1.L or ~1.~ "oltage level;VQh-4.Q,,;Vol ~.Q\f
j~5
I~~~
TTL or DTL Voltage level;VOh-4.0V;Vol 2.0V
Ton 10nsec·tr 10nsec·tf 15nsec.
125 K231
CN48a
70
lIon 10nsec;tr 10nsec;tf 15nsec.
I~~~~~ 2 Phase Oscillator/Clock Driver;TTL
125
M294f
2 Phase Oscillator/Clock Driver.
125 K2323
125 K2323
. ~ Phase I1scillator/Clock Driver.
I ~~~;c
2 Phase Oscillator/Clock Driver;TTL.
125 K2323
2 Phase Oscillator/Clock Driver·TTL.
70 K2323
M257c
g~:: ~~::: ~~~c%~r~~~~'
~g~~:
~~~~3
~g g~~~
70
K2323
~g I~~~n
70
K2323
~~5 ~~~~J
125 K2316
~g I~~g~ 1~5 ~~5 ~mg
-55
-55
0
0
·55
-25
-25
I~~~~~
GENERAL DESCRIPTION
125 K2316
g5
70 K2324
125 K2313
85 K239
85 K236a
85
85
85 K2322
85 K2322
125 K2322
85 K2322
85 K2322
125 K2322
85 K236
I~~~~a
M294f
~~~;c
M344
~J::a
TOl16
l!tct::
T0116
g~~4 1~1~~f
~~~~
j~5
85
j~5
M345
TOl16
M219
M158a
~~1~
CN13
M239a
CN13
CN71b
~~~~~
IM219
~m~g: Ig~:::
K2317
CN18
g~~6 I~~~go
70 K237
125
85
~~~~~
M219
~~1~
I
~ ~~::: g:~:I::~~;jg:~~~ g;:~:;:nt:
2 Phase Oscillator/Clock Driver.
I ~ Phase Qscillator/Clock Driver.
2 Phase Oscillator/Clock Driver;TTL.
2 Phase Oscillator/Clock Driver·TTL.
2 Phase Oscillator/Clock Driver;TTL.
Dual MOS Clock Driver.
Dual MOS Clock Driver.
I ~ual ~11~ !::!oc!< ~nver.
Dual MOS Clock Driver.
Dual MOS Clock Driver.
I ~ingle phase; Ton 15ns; "!:off 20ns.
Dual; 18ns typ delay and 20ns typ tr,tf.
Dual'18ns tVe delav and 20ns tVe tr tf.
Dual 2lnput;tr 75ns;tf 50ns.
Quad Clock Line Driver Extender.
tr 60ns:tf 60ns.
Dual;tr 35ns;tf 35ns.
Universal;tr 30n.;tf 30ns.
2 Phase MOS:tr 50ns max·tf 250ns max.
2 Phase ~Q!,;tr 50ns max;tf 250ns max.
2 Phase MOS;tr 50n. max;tf 250ns max.
2 ohase'Reo rate 1.0MHz 1000DF.
2 phase;Rep rate 1.0MHz,1000pF.
2 phase;Rep rate 1.0MHz,1000pF.
Universal:tr 30ns·tf 30n •.
8;:~:~:~g~ ::~~:~gt:l:~~:
'8iUit
2 DIlase'Hiah rea rate 5MHz.
2 phase;High rep rate 5MHz.
4 Phase P-Chan;tr lOOns max;tf 200ns max.
Two Phase·tr 25ns·tf 30ns.
Dual;tr 30n.;tf 30ns.
Dual·tr 30n.·tf 30n8.
SYMBOLS AND CODES
EXPLAINED IN INTERPRETER
225
LINE
No.
"
2"
3"
4
5
6
7
8
9
10
11
12
13
14
15.
!J
+.J~
USE ~DMt1
OPER- PRO-
TYPE
No.
ATING CESS l£j'1'
FREQ.
(Hz)
(VI
~~:~::~
g
'23
23
23
23
CH1038
DH3467CD
DH3467CN
DH3725CD
0125100
D1251FD
D123MDD
D123MFD
D125MFD
D125AL
D125AP
24
24
24
24
24
24
24
24
24
24
24
24
24
24
24
24
~~"
29"
30
31+
32
33"
34
35"
36
37"
38
39
40
41
42
43
44
45
46
47
48
49
50
51
gm~~
D130BL
CDR125AL
CDR125AP
ATF456
A"!:~4t;i6# 1
ATF466#2
ATF468
~imj:~
D129AL
D129AP
D129BL
D129BP
D139AL
D139AP
D139BL
D139BP
D139CJ
Dl12MDD
gln~~g
Dl13MFD
D120MDD
D120MFD
D121MDD
D121MFD
Gl16CDD
Gl16CFD
G116MFD
Gl17CDD
Gl17CFD
~~ Iglg~~g
54
55
56
57
58
59
60
61
62
63
~~
66
67
68
69
70
71
72
73
74
75
76
77
78
G118CDD
g11~~FJ>D
G118MFD
G119CDD
G119CFD
G119MDD
1e>119MFD
D123AL
D123AP
D123BL
D123BP
G116MDD
60088
MH8804N
MH8805N
MM54C908D
MM74C908N
SN55329RA
MN204
NHOO16CN
NHOO18CN
SH2200P
SH2001
SH2002
~~" It~~~~z:P
DH0035CG
81
82
83
84
85
86
87
~g
90
91
92
93
94
95
96
97
98
99
100
101
102
103
104
105"
106"
107"
108"
109"
110"
226
~~~~~g~M
SH2200HM
9644DC
9644DM
DHOO16CN
g~ggm~
SH2200FC
SH2200HC
SH2200PC
DHOOllCH
DHOOllCN
DHOOll H
SH2001FC
~~~gg~~~
SH2002HC
SH2002PC
SH2002FM
SH2002HM
SH2001FM
SH2001HM
75450BJ
75450J
75451BP
75451P
j~:~~~P
2.0M'"
MaS
M~~
M~~
MO
LOGIC
LEVEL
lJ'O'
(VI
:U
17%
4~!Z1~
MO~
M~~
~~~
MOS
~~~
MaS
~~~
TFH
MO
MO
5.0M
5.0M
.5.0M
5.0M
500k
500k
24
I~:
24
24
24
24
24
24
24
24
24
24
24
24
24
24
24
'24
24
24
24
24
24
24
24
24
24
24
24
24
24
24
24
24
24
24
24
24
24
25
25
25
25
25
25
25
25
25
25
25
25
25
25
25
25
25
'25
25
25
25
25
25
25
25
25
25
25
25
25
25
25
25
~~ I
25
25
25
25
25
25
25
25
25
D.A. T.A.
TFH
TFH
TFH
TFH
TFH
MO!
I~g;
MO~
M~~
M~t
MOl
M~~
M~~
MOt
M'2f
MO
MOt
M~;
~gl
M~~
MQ~
Moi
MQ~
M~~
MO~
MSl
~gi
MQ~
MQ~
Moi
MQ:
MQ~
Mm
M~i
MO
MO
~g;
.50
.50
.~~
.50
1.4
1.4
1.4
1.4
2.4
2.4
2.4%
~.5
3.5
4.3%
4.7
4.7
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
9.9%
9.9%
9.9%
9.9%
9.9%
9.9%
9.9%
9.9%
-2.0%
·2.0%
-2.0%
-2.0%
-2.0%
-2.0%
-2.0%
-2.0%
-2.0%
-2.0%
-2.0%
-2.0%
-2.0%
-2.0%
-2.0%
10
10
10
10
-20%
TTL
M~~
MO
M~~
M~~
MO~
M~~
~gf
M~~
M~f
Mm
~~~
MOt
M~~
~g~
Mq~
Mq~
MO~
Mq~
M~~
MOt
M~;
~gr
Mq~
MOt
MOt
~:~
0.0
2.7"t
.55#
4g~~ ~~:
50
501Ll'1t
.20"
.85
.85
.85
1.1
1.1
1.1
1.4%
1.5%
1.5%
1.7
1.7
1.7%
1.7%
1.8
1.8
1.8
1.8
1.8
1.8
1.9
1.9
1.1~%
Mq~ 1.95%
Mq~ 1.95%
IMO~ 1.95%
M~~ 1.95%
2.0%
~g~ 2.0%
2.0%
M~~ 2.0%
~g~ 2.0%
Mq~ 2.0%
Mq~ 2.0%
MO~
2.0%
2.0%
~g~ 2.0%
,
.55#
.19"%
.40"%
.40"%
-19"%
-19"%
-19"%
4.6
4.6
4.6
4.6
.70
.70
.70
.70
.50
.50
.80"
.40
.40
.40%
.~~
.40
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
-19t%
-19t%
-19t%
-19t%
-19t%
-19t%
-19t%
-19t%
I
i
I
.40
.40
.40
.40
IN ORDER OF (1)USE(2)LEVEL'l'(3)LEVEL'O'
(4)MAX OPER FREQ(5)TYPE No.
DRAWINGS
I SUPPLY
TOTAL
LOGIC OUTLINE
PKG.
SPAN
LOv.. HI DWG. No DWG. No
ll=MO
N(~~. P(JS.
(VI
'C
'C
j~+
M'2;
MO
I~:
1
I~q~
~g~
n
g7~J~~'bN
gm~~
1~" D130AA
18
19
20
21
22
23
24"
~5"
26"
27"
11 . MISCELLANEOUS
I POWER
MAX. TEMP.
I
~0i
:~ ~OOm :~~
20 500m
2.5
2.5
600m
600m
20 0.0 750m
20 0.0 500m
20 0.0 500m
20 0.0 750m
20 0.0 750m
20 0.0 750m
20 0.0 750m
20 0.0 750m
20 0.0 750m
20 0.0 500m
0.0
10 750M
10 450M
0.0
0.0
10 750M
10 450M
0.0
20 5.5 500m
20 5.5 500m
12 5.0 260m
12
12 350m
12 5.0 200m
12
12 700m
12
12 350m
12 5.0 200m
30 5.0 750m
30 5.0 750m
20 5.0 500m
20 5.0 500m
0.0
5.0 750m
20 5.0 450m
0.0
5.0 750m
20 5.0 750m
0.0
5.0 470m
20
10 750m
20
10 750m
20
10 750m
20
10 750m
10 750m
20
20
10 750m
20
10 750m
20
10 750m
20 0.0 750m
20 0.0 750m
201 0.0 750m
2~1 0.0 750m
20 0.0 750m
20. 0.0 750m
20 0.0 750m
20 0.0 750m
20 0.0 750m
20 0.0 750m
20 0.0 750m
20 0.0 750m
20 0.0 750m
20 0.0 750m
20 0.0 750m
0.0 750m
0.0 750m
20 0.0 750m
20 0.0 750m
20 0.0 750m
12
12
~g!
0.0
0.0
0
0
0
0
0
1.9
1.9
1.9
1.9
1.9
1.9
g:g
1.0"
10
.40"
10
.40"
.90
0.0
.90
0.0
0.0
1.1"
0.0
1.1"
.85
0.0
.85
0.0
.85
0.0
.85
0.0
0.0
.85
.85
0.0
1.1
0.0
1.1
0.0
1.1
0.0
0.0
.45"t
0.0
.45"t
0.0
.45*t
0.0
.45"t
.45"t I (l.0 I
.40"t . 0.0
0.0
.40"t
.45"t
0.0
0.0
.45"t
0.0
.80"
0.0
.80*
0.0
.80"
0.0
.80"
0.0
.80*
0.0
.80*
·25
0
0
0
0
-55
·20
-20
-55
-55
-55
-55
-55
-~~
-20
-55
-55
-20
-20
-55
-55
-55
-55
-55
-55
-55
-55
-55
-55
-20
-20
-55
-55
'-20
-20
0
-55
-55
-55
-55
-55
-55
-55
-55
0
0
-55
0
0
-55
-55
0
0
-55
-55
0
0
-55
I-55
-55
i-55
-20
-20
-55
1~5
0
-55
0
12 30mt -55
6.~ 400m -55
5.0 455m 0
5.0 455m 0
5.0 455m 0
5.5 800m -55
5.0 800m 0
5.0
5.0
~
10 1.5
0
10 1.5
-55
5.0 575m -55
5.0 680m -55
5.0 150m 0
5.0 150m -55
5.0 455m 0
5.0 455m 0
5.0 455m 0
5.0 575m ·55
5.0 680m -55
5.0 455m 0
5.0 800m 0
5.0 800m 0
5.0 800m -55
5.0 570m 0
5.0 1!?~Om 0
5.0 800m 0
5.0 800m 0
5.0 ~~Om 0
5.0 800m -55
5.0 800m -55
5.0 570m -55
5.0 -680m -55
5.0 800m 0
5.0 800m 0
5.0 800m 0
5.0 800m 0
5.0 800m 0
5.0 800m 0
~~g~
~~:> I~g~~: I~~:~
85
85
85
85
85
125
85
85
125
125
125
125
125
Ig~
125
125
85
85
125
125
125
m
125
125
125
125
125
85
85
125
125
85
85
70
125
125
125
125
125
125
125
125
70
70
125
70
70
125
125
70
70
125
125
70
70
125
125
125
125
85
85
125
70
70
70
125
70
110
125
70
70
70
125
70
70
70
85
125
125
125
75
125
70
70
70
125
125
70
70
70
125
70
IK2328
K2325
K2325
K271
K271
K247
K247
K247
K248
K248
K247
K247
K247
K247
K247
K15237
K15237
K15237
K15237
K247
K247
K2410
K2411
K2411
K2413
K2412
K2412
K15192
K15192
K15192
K15192
K249a
K249
K249a
K249a
K249
K242
K242
K243
K243
K242
K242
K243
K243
K3813a
K3813a
K3813a
K3813
K3813
K3813
K3813
K3814
K3814
K3814
K3814
K3815
K3815
K3815
~~~J5
K248
~~:g
K3813a
K2517
K2546
K2547
K2541
K2541
K2539
Kl038
K251
K251
K251
K251
K251
K251
K15586
K2544
~m4
K251
K1264
K1264
K251
g~l
K251
K251
K251
K251
K251
K251
K251
j~ ~~~1
70
70
125
125
125
125
70
70
70
70
70
70
K251
I~m
K251
K251
K251
K2550
K2550
K2551
K2551
K2552
K2552
M219
M297a
M344
M297a
M344
TOl16
T0116
T086
T0116
T086
T086
T086
M535
~~~~
T0100
T091
T0100
T091
T086
TOl16
FP39f
~~m
FP311.R.
~~m
T086
M535
T086
M535
T086
M535
T086
M535
TOl16
T0116
T086
TOl16
T086
TOl16
TOS6
TOl16
T086
TOl16
T086
T086
TOl16
T086
ig~J6
T0116
T086
T0116
T086
T0116
T086
TOl16
lig~~
T0116
T086
T0116
T0116
~~45
M239a
M496
M239b
FP112
FP62
M150
M150
M150
T0100
T0100
M150
M278
CN48t
CN48t
FP26h
T0100
M200
M200
M498
M498
M498
FP26h
T0100
M150
CN63
M344
CN63
FP26h
mg~
T0100
M150
FP26h
T0100
FP26h
T0100
M157f
M157f
M391a
M391a
M391a
M391a
GENERAL DESCRIPTION
I ~~::~~; ~~~~~tl ~~~~:
tr 50ns·tf 45ns.
Quad PNP Core Driver;ton 18ns;toff 45 ns.
Quad PNP Core Driver;ton 18ns;toff 45ns.
Quad NPN Core Driver·ton 18ns·toff 45n •.
Quad NPN Core Driver;ton 18ns;toff 45ns.
6 Channel; Ton 250ns max; Toff 920ns max.
6 Channel' Ton 500ns max' Toff 1.5us max.
6 Channel; Ton 500ns max; To!! 1.5us max.
6 Channel; Ton 250ns max; Toff 920ns max.
6 Channel' Ton 250ns max' Toff 800ns max
~ g~:~~::; 1~~t;;~n~0~:;;;ffT~TT2~~Ons
~ g~:~~::
m~~~~h
Driver;ton 500ns max.
PIN Diode Driver For Switch Microwave.
Inverting Microwave Pin Diode Driver.
Inverting Microwave Pin Diode Driver.
Dual Driver for Pin Diode Switch.
Non-Inverting Microwave Pin Diode I)river.
Non-Inverting Microwave Pin Diode Driver.
4 Channel FET·tpd 800ns max'ls 3.0mA max.
4 Channel FET;tpd .~002AK Dual Perinheral Positive-And Driver.
Dual Peripheral Driver 30V.
M531
Dual Peripheral Driver 30V.
CN46
Dual Perioheral Positive-Nand Driver.
M360
l>002AK Dual Peripheral Positive-Nand Driver.
Dual Peripheral Driver 30V.
M531
Dual Perioheral Driver 30V.
CN46
Dual Peripheral Positive-Or Driver.
M360
l>002AK Dual Peripheral Positive-Or Driver
. Dual Perinheral Driver 30V'Hi Soeed.
M531
Dual Peripheral Driver 30V;Hi Speed.
CN46
Dual Peripheral Positive-Nor Driver.
M360
l>002AK Dual Perioheral Positive-Nor Driver.
Dual
High Volt/Cur Peri ph Dvr;tpd 65ns max
T0116
Dual High Volt/Cur Periph Dvr;tpd 65ns max
FP52
Dual
Perinheral Positive-And Driver.
M157b
Dual Peripheral Positive-And Driver.
M35B
Dual
Peripheral
Driver 40V.
FP52
Dual Hiah Volt/Cur Periah Dvr·tod 55ns max
T099
Dual Peripheral Positive-And Driver.
g~:: ~:;:g~:;:: g;:~:; 1~~;:~~ 1~~~:
K2529
K2529
K2529
125 K2529
125 K2529
125 K2530
125
125
125 K2530
T099
125 K2531
M360
'125 K2531
l>002AK
125 K2531
T099
125 K2532
M360
125 K2532
l>002AK
125 K2532
M531
125 K2532
T099
125 K2533
M360
125 K2533
l>002AK
125 K2533
M531
125 K2533
T0116
125 K2529
FP52
125 K2529
M531
125 K2530
CN46
125 K2530
M531
K2531
125
CN46
125 K2531
M531
125 K2532
CN46
125 K2532
M531
125 K2533
CN46
125 K2533
M153d
70 K2519
M117x
70 K2519
FP9Ba
70 K2519
70 K15423 M153a
70 K15423 M117
70 K15423 FP9Ba
70 K15424 M153a
70 K15424 M117
70 K15424 FP9Ba
M476
70 K2540
M476
70 K2540
M476
70 K2540
M476
70 K2540
T0116
70 K2529
M126w
70 K2529
M531
70 K2530
CN46
70 K2530
M530
70 K2530
70 K2531
70 K2531
70 K2531
M531
70 K2542
CN46
70 K2542
M530
70 K2542
70 K2533
I'M531
CN46
70 K2533
M531
70 K2533
70 K2111
70 K2111
M157b
70 K2529
M126e
70 K2529
M157
70 K2111
M126e
70 K2111
M531
70 K2530
CN46
70 K2530
~~~~8
1
GENERAL DESCRIPTION
iigm
g~:: ~?~~h';~~~l~~i~~~i-~hndD~r~~~r'55ns max
Dual Pos NAND Peri ph Driver;tpd 55ns max.
Dual Peripheral Positive-Nand Driver.
Dual Perinheral Positive-Nand Driver.
Dual Pos OR Periph Driver;tpd 55ns max.
Dual Peripheral Positive-Or Driver.
Dual Perioheral Positive-Or Driver.
Dual Pos OR Periph Driver;tpd 55ns max.
Dual Pos NOR Periph Driver;tpd 65ns max.
Dual Perioheral Positive-Nor Driver.
Dual Peripheral Positive-Nor Driver.
Dual Pos NOR Periph Driver;tpd 65ns max.
Dual Perinheral Driver 50V.
Dual Peripheral Driver 50V.
Dual Peripheral Driver 50V.
Dual Perioheral Driver 50V.
Dual Peripheral Driver 50V .
Dual Peripheral Driver 50V.
Dual PeriDheral Driver 50V.
Dual Peripheral Driver 50V.
Dual Peripheral Driver 50V.
Dual Perioheral Driver 50V.
Dual Memory Driver;tpd 50ns.
Dual Memory Driver;tpd 50ns.
Dual Memorv Driver:tod 50ns.
Memory Driver.
Memory Driver.
MemorY Driver.
Memory Driver.
Memory Driver.
Memor" Driver.
Dual Peripheral Driver.
Dual Peripheral Driver.
Dual Perioheral Driver.
Dual Peripheral Driver.
Dual Peripheral Driver 15V;tpd 15ms.
Dual PeriDheral Driver 15V·tnd 15ms.
Dual Peripheral Driver 15V;tpd 15ms.
Dual Peripheral Driver 15V;tpd 15ms.
Dual Perioheral Driver 15V·tod 15ms.
Dual Peripheral Driver 15V;tpd 15ms.
g~:: ~~;:g~:;:: g;:~~; 1~~::~~ 1~~~:
Dual
Dual
Dual
Dual
Peripheral
Peripheral
Perinheral
Peripheral
Driver
Driver
Driver
Driver
15V;tpd
15V;tpd
15V·tod
15V;tpd
15ms.
15ms.
15ms.
15ms.
Dual
Dual
Dual
Dual
Dual
Dual
Dual
Dual
Positive-And Peripheral Driver.
Positive-And Peripheral Driver.
Perioheral Positive-And Driver.
Peripheral Positive-And Driver.
Peripheral Driver;tpd 17ns.
Perinheral Driver·tnd 22ns max.
Peripheral Driver 30V.
Perioheral Driver 30V.
g~:: ~:;:g~:;:: g;:~~; 1~~;:~~ ~ ~~~:
SYMBOLS AND CODES
EXPLAINED IN INTERPRETER
228
LINE
No.
TYPE
No.
OPER~USE ATJNG
s -!J~MA
:
FREQ.
PROCESS
SN75451 BP
SN75451 P
SN75452AJP
~; ~~j~:~~~~
9"
SN75452BJP
1~" ~~j~:~~~tP
18
22"
23"
24
25
26
27
SN75453BP
SN75454AP
SN75454BJP
SN75454BL
SN75454BP
SN75454P
SN75460AJ
40
41"
42"
SN75462AP
SN75462HC
SN75462JP
45"
SN75462RC
49"
50"
51
SN75463HC
SN75463JP
SN75463L
5~
SN~~4~~P
~~75463RC
:~
53"
54"
55
56"
57"
58
59
60"
25
25
25
25
25
25
25
25
25
25
25
25
25
25
25
25
25
25
~~~~:~~~
:sN75463TC
SN75464AP
SN75464HC
SN75464JP
SN75464L
SN75464P
SN75464RC
85"
86"
in"
2.0%
~g~ ~:g~
MO~ 2.0%
"'!Q~
MC?~
MOo
MC?~
Mq~
MO"
M~~
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
~g~ ~:g~
"'!Q~
MC!~
25
25
25
25
25
25
~~; ~~g:~~-l
93"
94"
95"
96"
18¥;
102"
103"
104"
105+
UHC433-1
UHC500
UHC502
UHC503
~~g~~~
UHD400
UHD400-1
UHD402
UHD402-1
:~g
.80
"'!Q~
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
MOt
MOt
MnS
t.002AK
,M226
M248
M531
Dual
Dual
Dual
Dual
Peripheral
Peripheral
Peripheral
Peripheral
max.
Positive-And Driver.
Positive-And Driver.
Driver;tpd 20ns max.
Driver 30V.
~~~g
g~:: ~:;:g~:;:: g;:~:; ~8~:
M531
t.002AK
M226
M248
M531
CN46
M530
M531
t.002AK
M226
Dual
Dual
Dual
Dual
Dual
Dual
Dual
Dual
Dual
Dual
Dual
~~j~
Perioheral Driver 30V.
Peripheral Positive-Nand Driver.
Peripheral Positive-Nand Driver,
Positive-Nand Peripheral Driver.
Peripheral Driver 30V.
Peripheral Driver 30V.
Peripheral Driver 30V.
Peripheral Driver 30V.
Peripheral Positive-Or Driver.
Perioheral Positive-Or Driver.
!::ositive-Or Peripheral Driver.
CN46
g~:: ~:;:~~:;:: g;:~:; ~g~:
M530
Dual Peripheral Driver 30V.
M531
Dual Peripheral Driver 30V.
t.002AK Dual Peripheral Positive-Nor Driver.
M226
Dual Peripheral Positive-Nor Driver.
M248
Dual Positive-Nor Periphral Driver.
TO 116
Dual Positive-And Peripheral Driver.
TO 116
Dual Positive-And Peripheral Driver.
TO 116
Dual High Volt/Cur Periph Dvr;tpd 65ns max
Dual Peripheral Positive-And Driver.
M 157b
Dual Peripheral Positive-And Driver.
M 126e
! M530
Dual High Volt/Cur Periph Dvr;tpd 65ns max
I M248
Dual Positive-And Peripheral Driver.
T099
Dual High Volt/Cur Periph Dvr;tpd 55n5 max
M531
Dual High Volt/Cur Periph Dvr;tpd 55no max
t.002AK Dual Perioheral Positive-And Driver.
M226
Dual Peripheral Positive-And Driver.
M531
Dual Pos AND Periph Driver;tpd 55ns max.
M530
Dual Pos AND Peri ph Driver:tpd 55n8 max.
M248
Dual Positive-Nand Peripheral Driver.
T099
Dual Pos NAND Periph Driver;tpd 55ns max.
M531
Dual Pos NAND Peri ph Driver:tpd 55n8 max.
t.002AK Dual Peripheral Positive-Nand Driver.
M226
i Dual Peripheral Positive-Nand Driver.
.
M531
I Dual Pos NAND Perioh Driver·tod 55ns max.
M531
I Dual Pos NAND Peri ph Driver;tpd 55ns max.
~~~~
2.0%
:~g:
70
70
70
70
70
70
70
70
70
70
70
70
'70
5.0
M~;
~g~ ~:8~
800m
800m
800m
800m
800m
800m
800m
800m
800m
800m
800m
800m
800m
8:8
0.0
gg
~g; ~:g~
~g~ ~:g~
D.A. T.A.
80*
.80
.80
.80*
.80*
.80*
.80*
.80*
2.0%
M~~
229
:~g:
.RO*
:80*
M~~
MO~ 2:0%
25
25
25
25
25
25
25
25
25
25
25
25
25
25
25
.80
M
800m
600m
600m
800m
800m
Ig
0
0
0
0
0
0
0
I~OOm 0
800m 0
800m 0
800m 0
800m 0
800m 0
800m 0
800m 0
800m 0
I~OOm! -25
800m 0
800m! -25
200m! 0
200m! -25
20
-20
60mi'> 0
210m -55
210m -55
270m -55
270m -55
240m -55
240m -55
270m -55
270m -55
210m 0
210m 0
210m 0
2~~m 0
270m 0
270m 0
240m 0
240m 0
240m 0
270m 0
270m 0
270m 0
96m 0
144mi'> 0
0
0
0
600m
600m
500m
500m
600m
600m
mI~~~;:~
I~m~
125 K2514c
K2515a
K2515a
125 K2525a
125 K2525a
125 K252b
125 K2516a
125 K2526a
125 K252g
125 K2514a
125 K2514c
125 K2515a
125 K2525a
70 K252b
70 K252b
70 K2516a
70 K2516a
70 K2526a
70 K2526a
70 K252g
70 K252g
70 K2514a
70 K2514a
70 K2514c
70 K2514c
K2515a
K2515a
70 K2525a
70 K2525a
70 K252b
70 K2516a
70 K2526a
70 K252g
70 K2514a
70 K2514c
70 K2515a
85 K2525a
70 K2512
70 K2512
85 K2512
85 K2512
70 K2513
85 K2513
75 K256
75 K256
125 K15167
70 K15167
70 Kl038
125 K2534
125 K2534
70 K2534
70 K2534
M126k
M126k
M126k
M126k
M126k
M126k
M126k
M126k
M126k
M126k
M117w
M117w
M117w
M117w
M117w
M117w
M236
M236
CN59
CN59
M244
TOl16
T0116
T0116
M126r
~g ~~~~:
;:'~1~~
m
~g
70
70
70
70
70
70
70
70
70
70
70
70
70
70
70
70
85
70
85
70
85
55
70
125
125
125
125
125
125
125
125
70
70
70
70
70
70
70
70
70
70
70
70
70
70
70
70
70
K2555
K2556a
K15277
K2560
K2560a
K2560
K2560a
~~~:~a
K2549
K 15277
K15277
K15277
K15277
K15277
K2535
K2535
K2536
K2536
~~m
K2556
K2558
K2558
K2558b
K2558b
K2558a
K2558a
K2558c
K2558c
K2558
K2558
K2558
~m~~
K2558b
K2558a
K2558a
K2558a
K2558c
K2558c
K2558c
K2555
K2556a
K2520
K2520
K2520
M294h
~m~
M294h
~~m
M294h
~~m
M294h
M294h
M294h
M294h
M126k
M126k
M126k
M126k
M126k
M126k
M126k
M126k
M126k
M126k
M126k
M126k
~m~
M257a
M197e
M153d
M200k
~~ri6k
M344
M318
M257f
M126e
Ml05af
FP39b
T0116
T088
Ml17aa
M117aa
M 117aa
Ml17aa
~~
CB31a
M197e
CN13
M257c
CN13
M257c
CN13
M257c
CN13
M257c
CN13
M257c
M239a
CN13
M257c
M239a
CN13
M257c
M239a
CN13
M257c
M239a
M257a
M197e
M297
M298
CN48r
TOl16
TOl16
T091
T091
T0116
T0116
GENERAL DESCRIPTION
I~~:~ P~::~ ~~:~:~:~~ ~~JN:: 5D~OU::'.
Quad Power Driver·VO 70V·10 500mA.
19uad Power Driver;Vo ~~V;lo 50_0_mA_
Quad Power Driver;VO 70V;10 500mA.
Quad Power DriverVo 40V·lo 500mA.
Quad Power Driver;~O 70V;!~ 500mA .
Quad Power Driver;Vo 100V;lo 500mA.
Quad Power Driver·Vo 100V·lo 500mA.
19uad Power Driver;Vo 1':'':'V;lo 500mA.
Quad Power Driver;Vo 100V;lo 500mA.
Quad Power Driver·Vo 100V·lo 500mA.
Quad Power Driver;Vo 100V;lo 500mA.
Quad Power Driver;Vo 100V;lo 500mA.
Quad Power Driver·Vo 100V·lo 500mA.
Quad Power Driver;Vo 40V;lo 15mA
Quad Power Driver;Vo 70V;lo 500mA.
Dual Power DriverVo 40V·lo 500mA
Dual Power Driver;Vo 70V;lo 59_0_mA.
Quad Power Driver;Vo 40V;lo 500mA.
Quad Power Driver·Vo 70V·lo 500mA.
Quad Power Driver;Vo 40V;lo 500mA
Quad Power Driver;Vo 70V;lo 500mA.
Quad Power Driver·Vo 40V·lo 500mA
Quad Power Driver;Vo 70V;lo 500mA_
Quad Power Driver;Vo 40V;lo 500mA
Quad Power DriverVo 70V·lo 500mA.
9uad Power Driver;Vo 40,,;10 ~,:,,:,mA
Quad Power Driver;Vo 70V;lo 500mA.
Quad Power DriverVo 40V·lo 500mA.
Quad Power Driver;Vo 70V;lo 500mA.
Quad Power Driver;Vo 100V;lo 500mA
Quad Power Driver·Vo 100V·lo 500mA
Quad Power Driver;Vo 100V;lo 500mA.
Quad Power Driver;Vo 100V;lo 500mA
Quad Power Driver·Vo 100V·lo 500mA
Quad Power Driver;Vo 100V;lo 500mA.
Quad Power Driver;Vo 100V;lo 500mA
Quad Power DriverVo 100V·lo 500mA.
Dual Gated Power Driver;Vo ~,:,,,,,:400mA_
Dual Gated Power Driver;Vo 65V/400mA_
Dual Gated Power DriverVo 30V/400mA.
Dual Gated Power Driver;Vo 65V/400mA.
Quadruple Power Driver;Vo 30V/130mA.
Quadruple Power DriverVo 30V/130mA.
Quad Driver;IF 1.5mA;IR60uA;tpd 25ns max.
Quad Driver;IF 1.5mA;IR 60uA;tpd 25ns max
Hiah Voltaae Hiah Current Driver.
High Voltage.High Current Driver.
Quad Power Driver 200mA Load.
Dual Perioheral Driver 35V 300mA.
Dual Peripheral Driver.40V.300mA.
Dual Peripheral Driver.35V.300mA.
Dual Peripheral Driver 35V 300mA.
Dual Peripheral Driver.4':'''.~,:,,:,mA.
Dual Peripheral Driver.40V,300mA.
5V Power Interface Circuit.
5V Power Interface Circuit.
Memory Driver.
MemorV Driver with Decode Inputs.
Memory Driver with Decode Inputs.
Memory Driver w/Decoder Inputs.
Memorv Driver w/Decoder Inputs.
1 ~emory t:>river wiDe code Inp;tpd 11,:,ns max_
Memory Driver w/Decode Inp;tpd 110ns max.
Memorv Driver w/Decode Inp;tpd 110ns max.
Memory Driver.
Memory Driver.Vi5.5V;ls 40mA max.
Memorv Driver Vi5.5V·ls 40mA max.
Memory Driver.Vi5.5V;ls 40mA max.
Memory Driver.Vi5.5V;ls 40mA max .
Driver w/S.Ckt Protection for Pwr Trans.
Driver w~S.Ckt Protection for Pwr Trans.
Driver w/S.Ckt Protection for Pwr Trans.
Driver w/S.Ckt Protection for Pwr Trans.
Driver w/S.Ckt Protection for Pwr Trans.
Driver w/S.Ckt Protection for Pwr Trans.
Four 10 Amo. Stepoina Motors Drivers.
12V Power Interface Circuit.
CMOS;Dual Peripheral Driver_
CMOS·Dual Perioheral Driver.
CMOS;Dual Peripheral Driver.
CMOS;Dual Peripheral Driver.
CMOS·Dual Peripheral Driver.
,::~S!S;Dual Peripheral Driver.
CMOS;Dual Peripheral Driver.
CMOS·Dual Perioheral Driver.
CMOS;Dual Peripheral Driver.
CMOS;Dual Peripheral Driver.
CMOS·Dual Perioheral Driver.
~MOS;Dual Peripheral Driver.
CMOS;Dual Peripheral Driver.
CMOS·Dual Peripheral Driver_
CMOS;Dual Peripheral Driver.
CMOS;Dual Peripheral Driver.
CMOS·Dual Perioheral Driver.
CMOS;Dual Peripheral Driver.
CMOS;Dual Peripheral Driver.
CMOS·Dual Perioheral Driver.
12V Power Interface c;ircuit.
12V Power Interface Ckt_
Dual· Darlington Switch·tpd 150ns max.
Dual Darlington Switch;tpd 150ns max.
?6a~~:~~i.J:~CRS6'g~~;:r~01n5s~~~a~:OOmA.
16 Coredriver;VR 40V;trr 20ns;IF(av)400mA_
16 Caredriver;VR 60V;trr 20ns;IF(av)300mA.
16 Coredriver·VR 40V·trr 20ns·IFiavi300mA.
g~:: ~ ~~~:~~:~:~;~~ ~g~;:~~:~l:gg~~:
SYMBOLS AND CODES
EXPLAINED IN INTERPRETER
230
LINE
No.
2:
3#
4
5
6
7
a
9
10
11
12
1~
15
16
17
18
19
20
21
~~
24
~g
~
TYPE
No.
~~H~
M54510P
MC1103F
MCll03L
MCll03P
MC1105F
MC1105L
MCll05P
MCll06F
MC1106L
MCll06P
MCll07F
MCll07L
MC1107P
RM227D
RM227P
RM217G
RM217T
RM227G
HM1A0104
HM1AOll0
HM1A0168
HM1A0186
1~~~~~
27
28
29
30
lN5773
lN5775
MCE7005F
TIDM155F
33
TIDM166J
~~ li:g~1~~~
~~
36
37
38
39
40
41
42
43
44
45
46
47
48
49
50
51
~~
54
55
56
57
58
59
60
61
62
63
64
65
66
67
68
69
~~
72
73
74
75
76
77
78
~~
81
82
83
84
85
86
87
~~
90
91
92
93
94
95
96
~~
99
100
101
102
19~:
105
106
107
108
109
110
231
i:g~1~~~
W~
USE f.VnMt1
OPER- PRO-
26
26
26
26
26
26
26
26
26
26
26
26
26
26
26
26
26
26
26
26
26
26
26
26
26
26
26
26
~~
26
~g
M~;
500m
600m
600m
50Dm
600m
600m
500m
600m
600m
500",
60Dm
600m
~g~
M~~
M~~
MO~
M1~
MO
MO
M~~
~gj
M~~
MO~
MO~
~q;
MO~
M~~
~gj
2~~
MO~
i:g~~~
TlD30A
TID122
TID124
TID126
i:gm
TID134
TID136N
TID140F
TID140N
TID142F
TID142N
TID144F
TID144N
DN804
DN806
HM1A010
HM1A030
HM1A040
HM1A050
HM1A074
~g
26
26
26
26
26
26
D.A. T.A.
25!Zi
250
0.0
2.0
0.0
0.0
~~~
~g~ 250
~~~ ~~~
M~f
~g~
~r-;llS:0312
250
M~~
~~
HM1A031
HM1A041
HM1A051
HM1A075
HM1A081
HM1A091
HM9H012
HM9H031
HM9H041
HM9H051
HM9H075
HM9H081
HM9H091
MCE7003F
MCE7006F
TID22A
2Q\iI
MO~
~g~
HM9H077
HM9HOa4
HM9H093
lN5768
lN5770
lN5772
1 N5774
~g~
ml
MO~
0
150
1~~
15¢
200
~g~
26
~~~~g~~
POWER
' SUPPLY
TOTAL I
SPAN
PKG. ,LOVI
NEG. POS. DISS.
IV)
(V)
(W)
'C
Mor
~qf
Mor
M~;
M()~
M()~
MO~
MO
O.~
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
250
~~~
250
~~~.
250
~~~
250
2~1;?
25¢
250
~~~
~g~ 350
M~;
~~~
~g~
350
M()~
M()~
3~1;?
MO~
~q;
MO~
~g;
MO~
M()~
MO~
MO~
M~~
MO
MO~
M1~
MO
MO
M~~
350
~~~
460
:o~
400
4()~
40¢
400
4~~
MO~
Mm
40¢
460
~g~
M()~
M()~
~q;
M~;
4Q~
4~~
~g~
40¢
4=MO
m ~~j~5
175 K2725
K2725
K2725
175 K2723
175 K2723
175 I K2724
1751K2724
1~~
m:g~~g:
-65 175
-55 125
-65 1200
-65 ,200
-55 ,175
-55 175
-55 175
-55 175
-40 85
-40 85
-40 85
-40 85
0
85
0
85
0
85
200
-10 60
-50 100
-65 175
70
0
-60 150
-55 125
-55 125
-50 125
-50 125
-50 125
-50 125
-50 125
-55 150
-65 175
-65 175
-S5 175
-55 150
-55 150
75
0
-65 175
K2730a
K271
K272a
K2725
K2725
K2723
K2723
K2715
K2715
K2715a
K2715a
K2712
K2718
K2718
K271
K2719
K2729
K2730a
K273
K2726
K2727
K2728
K2729
K2729
K2729
K2129
K2720
K2731
K2730a
K2730
K271
K271
K271
40121*
42~~
4g~~ :~~:
40
:g~~
400<2
42~\l
40iZl
400
429
40iZl
400
429
40iZl
400*
.23#
:n:
.32#
::g:
.40#
:~g:
.55#
.~g::
4~~*
1.0#*
45
.20#
.23#
4~~~
:~~;
450~
4~9?,>
0.0
5.0
n:*
1.0#*
5~~g :~~:
50
5~~
50iZl
50
50
50
50
50
-40iZl
-40Ei
-.96%
-.96%
2.0%
2.0%
2.0%
2.0%
2.~~
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
.50#
1.0#*
1.4
1.4
L~:
1.6#
::~g:
-1.6*t
-1.6*t
.70*
.70*
.70*
.70*
.70*
.70*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.SO*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
40
6.0
5.~
5.2
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
1.7
2.7
2.5
2.5
'2.5
2.5
1.9
1.9
1.9
1.9
2.5
1.7
800m
500m
600m
500m
600m
2.5
2.5
400m
400m
2.5
2.5
600m
800m
2.5
2.5
2.0
2.0
2.0
2.5
2.5
760m
400mt
'-55
-55
-55
-55
-55
-55
-65
-65
-65
-65
-55
-55
-65
-65
-65
-65
-55
,-55
-65
-55
-55
-65
-25
-25
0
0
0
,-55
-55
-30
-30
225m~ 0
225m~ -55
225m~ -55
225m~ 0
110mt -55
-55
0
750m!l-55
jJg~~
~~g~~~5
775m .0
175m I-55
775m i-55
775~ 00
935m
935m ·55
'935m~
-55
935~~ 0
425m
0
425m~ -55
425m~ -55
425m')! 0
650~; 0
725m -55
125m')! -55
0
-55
~~~~r
GENERAL DESCRIPTION
'C
150
200
200
200
150
150
200
200
200
200
150
150
200
200
200
200
200
200
200
200
200
150
150
200
200
85
85
85
85
85
150
150
85
85
75
125
125
75
125
125
75
125
75
125
70
125
125
70
75
125
125
75
75
125
125
75
70
125
125
70
125
K271a
K271a
K271
K271
K271
K271
K271
K271
K272
K272
K271
K271a
K271
K271a
K2122
~~h1~
CN6a
Ml05z
CN6a
Ml05z
CN58a
Ml05z
FP94
M126e
T084
M126e
~Om
FP52h
Ml05z
CN6a
Ml05z
CN58a
Ml05ap
M117
M105ap
M117
M328
M328
M328
T0116
T0116
T077
M126e
M117x
T077
T099
T099
T077
T089
T077
T077
T077
T0116
M126e
M126e
M12Se
6.001AA
TOllS
M257d
M157e
T078
~On6
T0116
T0116
T0116
T0116
T0116
T0116
T0116
T0116
M157a
M126e
T0116
T0116
T08S
FP52h
FP52h
K271
K271
K2730a
K2730a
K271
K271
~~m
T084
M126e
T0116
T0116
FP52h
TOl16
M328
M328
M328
M328
M328
6.001AA
6.001AA
K271
K2716
K2717
K2121
K2121
K2721
K271a
K271a
K2814
K2812
K285
M246
K285
M24S
K285
FP105
K285
M197a
K2813
M153d
K2813
6.004AG
K15448 M199
K15448
K15448 I ~p~969a
K15448 FP66a
~m
K~'5
K2
15
K2815
K2815
K286
K286
K285
K286
K287
K287
K287
K287
K288
K288
K288
K288
K15473
~~~~
FP79b
M357
M246
M246
FP105
M197a
M356
M356
FP79b
M357
M246
M246
FP105
M197a
M34Sa
~~:~h~~(~~)O.~~ L~i~;~'~~~ ~~~
s:..2
ans .
Oual'hFEi 1-2io.8V min'[NBE 5mV max.
Dual;hFE(1-2)0.5V min;6. VBE 12mV max.
Dual;hFE( 1-2)0.5V min;6. VBE 12mV max.
3 Matched·hFEL1-2L0.5 min·6. VBE 12mV max.
3 Matched;hFE(1-2)0.5 min;6.VBE 12mV max.
Matched Quad;hFE( 1-2)0.5 min;6. VBE 12mVmax
Matched Quad·hF~lJ-~0.5 mln·6.VBE 12mVmax
NPN;Quad.
Quad;hFE 30-150,VCE lV,IC 30mA.
NPN·Quad·ton 16nS max·toff 35nS max.
Quad;NPN;ton 9.0ns typ;to-,", 15ns typo
Quad;NPN Switching Trans.
Quad NPN'VCB 40Vdc'IC 500mAdc.
Dual;hFE(1-2)0.9V min;L',vBE 3mV max.
Dual;hFE(1-2)0.9V min;6.VBE 3mV max.
3 Matched·hF§.1-~0.9 min·6.VBE 3mV max.
3 Matched;hFE(1-2)0.9 min;6.VBE 3mV max.
7 NPN Trans w/Common Emitter.
7 NPN Trans w/Common Emitter.
7 NPN Trans w/Common Collector.
7 NPN Trans w/Common Collector.
7 Darl Pairs'hFE 500 min at IC 20mA.
7 Darl Pairs;hFE 500 min at IC 20mA.
7 Darl Pairs;hFE 50 min at IC 20mA.
Quad 1 Am-.JL NPN Core Drivers.
Gate for Electronic Organ.
Dual P Channel MOSFET.
NPN·Quad·tr 30nS·td 15nS·ts 60nS·tf 30nS.
2 by 4;BVCBO 25V;trans.time 12ns max.
Matched Pair w/Shunt Diode;VGS(1-2)250mV.
Dual P Channel MOSFET.
Dual P Channel MOSFET.
Dual P Channel MOSFET.
Dual P Channel MOSFET.
Dual P Channel MOSFET.
Dual P Channel MOSFET.
Dual P Channel MOSFET.
MPU Clock Buffer.
NPN;Quad;ton 25nS;toff 200nS.
NPN·Quad·ton 25nS·toff 200nS.
PNP;Quad;ton 25nS;toff 200nS.
Quad;BVCBO SOV;tr 12ns;tf 30ns.
Quad NPN Hi-Current Switch ina.
4 arrays,tpd 30ns for Core Driver.
MOS FE Quad Transistor;P-Channel.
Matched'NPN'VIO 1.0mV max·6.VIO/6.T 3uV/·C.
Matched;NPN;VIO 5.0mV max;6.VIO/6.T 20uV/'C
Quad DILPNP Silicon Memory Driver Trans.
Quad DIL PNP Si Memory Driver Trans.
Quad DIL NPN Silicon Memory Driver Trans.
Quad DIL NPN Silicon Memory Driver Trans.
Quad DIL NPN Si Core Driver Trans.
Quad DIL NPN Si Core Driver Trans.
Quad;NPN;ton 25ns typ;toff 250ns typo
Quad·NPN·ton 25ns tyo·toff 250ns tvn.
Quad;~~P;ton 30ns typ;toff lOOns typo
Quad;PNP;ton 30ns typ;toff lOOns typo
Quad NPN'hfe 2.5 min.
Quad PNP Memory Driver.
Quad 1 Amp NPN Core Drivers.
Quad Trans·PNP·tr 30nS·tf 30nS.
Quad;N PN.ton 35ns;toff 60ns.
3 Trans;hFE 112 0.8 min;VBE 112 5mV max.
Quad NPN/PNP'VCB 60Vdc'IC 50mAdc.
Quad DIL NPN Silicon Memory Driver Trans.
Quad DIL NPN Silicon Memory Driver Trans.
Quad'hFE 100-300VCE 51C 0.01mA.
NPN;Quad.
Quad DIL NPN SI Core Driver Trans.
Quad DIL NPN Si Core Driver Trans.
Quad PNP;VCB 60Vdc;IC 600mAdc.
Quad 1 Amp NPN Core Drivers.
4 Darl Pairs w/Common Emitter'lc 1.5A.
4 Darl Pairs,lsolated;IE 1.5A.
7 Darl Pairs;Genl Purpose;lc 500mA.
7 Darl Pairs'PMOS Input"lc 500mA.
7 Darl Pairs;CMOSITTL Input;lc 500mA.
Quad;BVCBO -40V;tr 35na,tf 45ns.
Quad'BVCBO -60V·tr 40ns tf 30ns.
4 By 2 Bit Multiplier;tpd 50ns typo
Hi-Speed 2x 1 Bit Array Multiplexer Block.
4 bit x 2 bit Comolement Multiolier.
4 bit x 2 bit Complement Multiplier.
4 bit x 2 bit Complement Multiplier.
4 bit x 2 bit Complement Multi;'lier.
2 by 4 Bit Parallel Bin Mult;tpd 42ns max
'2 by 4 Bit Parallel Bin Mult;tpd 42ns max.
Bina[L 4 Bit ~ 2 Bit:1Q.d 52ns max.
Binary 4 Bit by ~ Bit;tpd 52ns max.
Binary 4 Bit by 2 Bit;tpd 52ns max.
Binarv 4 Bit b 2 Bit:tod 52ns max.
8-Bit SerialiParaliel 2s Complement.
8-Bit Serial/Parallel 2s Complement.
8-Bit Serial/Parallel 2s Com;'lement.
8-Bit Serial/Parallel 2s Complement.
4 bit x 2 bit Complement Multiplier.
4 bit x 2 bit Conrn!ement Multi;'lier.
4 Bit x 2 Bit Complement Multiplier.
4 bit x 2 bit Complement Multiplier.
4 bit Shifter w/3 State Outouts.
4 Bit Shifter w/3 State Outputs.
4 Bit Shifter w/3 State Outputs.
4 bit Shifter w/3 State Outouts.
4x2 bit 2s Complement Mu!tiplier.
4x2 bit 28 Complement Multiplier.
4x2 bit 2s CompJement Multi;'lier.
4x2 bit 2s Complement Multiplier.
Tri-State 4 Bit Multiolier·tod 60ns max.
I
SYMBOLS AND CODES
EXPLAINED IN INTERPRETER
233
..QJ
LINE
No.
~
3
4
5
6"
7,,:/,
8,,:/,
9"
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
~~
27
28
29
30
TYPE
No.
g~~~;~!~
DM8875AN
DM8875BJ
DM8875BN
FLY181-74284
~t~1~J:;:~~~
FLY185-74285
MM54284
MM54284J
MM54284N
MM54285
MM54285J
MM54285N
MM74284
MM74284J
MM74284N
MM74285
MM74285J
MM74285N
N74LS261B
N74LS261F
S54LS261F
~~j~n~~fJ
SN74LS261 N
SN74S274N
SN54284J
SN54284W
~~ I~~m~~~
33
34
35
36
37
38
39
SN74284J
~~;g~~~
SN74285N
SN5497J
SN5497W
SN7497J
SN7497N
MC14554AL
42
MC14554CL
43
MC14554CP
CD4089BE
FLJ331-7497
46# FLJ471-74167
47
SN54167J
SN54167W
48
49
SN74167J
SN74167N
TL7497N
52# TL74167N
SP521B
MSM5506
55" CD4527AD
56" CD4527AE
57" CD4527AF
58" CD4527AK
59" CD4527AY
MC14527AL
60
:?
:~""
~?""
~~:~
~~
~gm~;g~
CD4527BD
CD4527BE
CD4527BF
CD4527BK
CD4527BY
AD7501JD
AD7501JN
AD7501KD
AD7501KN
AD7501SD
72
73
AD7502JD
74
AD7502JN
AD7502KD
75
76
AD7502KN
AD7502SD
77
78
AD7503JN
AD7503KN
~g AD7506JN
81
AD7506KN
82
AD7507JN
AD7507KN
83
CD4067BD
84
CD4097BD
85
GTB74S151
GTB74S153
88# GTB74S157
MC1238L
89
90
MC8267F
91
MC8267L
MC9707P
92
MC9807P
93
MMUX1
94
MMUX3
95
96
MU6-2281
97
MX02D
MX03C
98
MX520
99
100
MX53C
101
VMUX
102" SMX2607
103
770-731
104+ MUX201
105+ MUX201MIL
63"
64+
65"
66"
67"
68
69
;?
m~
19~
108
109
110
234
~g~~g1~
SCL4051AC
SCL4051AD
SCL4051AE
hU
Mt1PROUSE ~OPERATING CESS
FREQ.
(Hz)
I~~
£].,.
LOGIC
LEVEL
(V)
I~g~ ~:g~
:~~:
~~;
~g~
~~!
:~g:
~q~ 9~g~
~g~
M~~
~~l
i
I
I
i
~g
I~O
30
I~g
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.40*t
.80*
.05*t
.05*t
.05*t
.05*t
.05*t
.01*t
.01 *t
.01*t
.05*t
.05*t
.05*t
.05*t
.05*t
M:~
MO
MO
Mq~
Mq§
MOS
M~
PCB
I
I~g~
I
30M'
~~l
Mm
~gi
I
'C
K~ ~:~ 13~~~; 0 ~~" 1~1~:H
0.0
5.0 375mt 0
70 K15473
0.0
5.0 375mt 0
70 K15473
0.0
375mt 0
70 K15473
0 650m! 0
0.0
.0
70 K2810
0.0
5.0 650m! 0
70 K2810
5.0 650m! -25 85 K2810a
0.0
0.0
5.0 650m! -25 85 K2810a
0.0
5.0 625~; -55 125 K2810a
0.0
5.0 625m -55 125 K2810a
0.0
5.0 625m'll -55 125 K2810a
0.0
5.0 625mj -55 125 K2810
0.0 1 5.0 625m -55 125 K2810
0.0
5.0 625m -55 125 K2810
0.0
75 K2810a
5.0 . 625m:!! 0
0.0
75 K2810a
5.0 1625m~ 0
0.0
5.0 625m'll 0
75 K2810a
0.0
5.0 625m:!! 0
75 K2810
0.0
5.0 625m~ 0
75 K2810
0.0
5.0 625m'l' 0
75 K2810
0.0
5.0 110mt 0
70 K2813
0.0
5.0 110mt 0
70 K2813
0.0
5.0 110mt -55 125 K2813
0.0
5.0 110mt -55 125 K2813
0.0
5.0 110mt 0
70 K2813
0.0
5.0 110mt 0
70 K2813
0.0
5.0 525mt 0
70 K2811
0.0
5.0 460m~ -55 125 K2810
0.0
5.0 460m'll -55 125 K2810
0.0
5.0
K2810a
4~0~; -55
0.0
5.0 460m
-55
K2810a
0.0
5.0 460m'l' 0
70 K2810
0.0
70 K2810
5.0 460m:!! 0
0.0
70 K2810a
5.0 460~~ 0
0.0
70 K2810a
5.0 460m 0
0.0
5.0 400mt -55 125
0.0
5.0 400mt -55 125
0.0
5.0 400mt 0
70
0.0
70
5.0 400mt 0
0.0
10 100~? -55 125 K284
0.0
10 1.0m% -40 85 K284
0.0
10 1.0m% -40 85 K284
0.0
10 200m! -40 85 K292
0.0
5.0 600m! 0
70 E0277
0.0
5.0 495m! 0
70 K283
0.0
5.0 325mt I-55 125
0.0
5.0 325mt -55 125
0.0
5.0 325mt 0
70
0.0
5.0 325mt 0
70
0.0
5.0 362mt 0
70 K282
5,0 283mt 0
0.0
75 K283
70 K294
0.0
5.0
0
0.0
5.0 250u! -20 70 K295
0.0
10 200m -55 125 K293
0.0
10 .200m -55 125 K293
0.0
10 200m :-55 125 K293
0.0
10 200m '-55 125 K293
0.0
10 200m -55 125 K293
0.0
10 1.0u% -55 125 K291
10 1.0m% -40 85 K291
0.0
0.0
10 1.0m% -40 185 K291
0.0
15 200m -55 125 K293
15 ,200m -55 125 K293
0.0
0.0
15 200m -55 125 K293
0.0
15 200m -55 125 K293
15 200m -55 125 K293
0'P51
75 K3015
15 30ut 0
15
15 30ut 0
75 K3015
15
15
0
75 K3015
15
15 ~g~i 0
75 K3015
15
15 30ut -55 125 K3015
75 K3016
15
15 30ut 0
15
15 30ut 0
75 K3016
15
15 30ut 0
75 K3016
15
15 30ut 0
75 K3016
15
15 30ut -55 125 K3016
15
15 30ut 0
75 K3015
15
15 30ut 0
75 K3015
15
1.5mt
75 K3017
0
15
15 1
15 1.5mt 0
75 K3017
15
1.5mt
0
75 K3018
15 1
15.
15 1.5mt 0
75 K3018
5.0 I 5.0 200m! -55 125 K305t
5.0
5.0 200m! -55
j~5,~gg1~L
0.0
5.0
37mL; 0
0.0
5.0
37mL; 0
70 K3023
0.0
5.0
37mL; 0
70 K3024
5.2
0.0 150m -55 125 K3039
0.0
5.0
-55 125 K3040
0.0
5.0
-55 125 K3040
0.0 I 3.6 150m 0
75 K15285
0.0
3.6 150m 15 55 K15285
-55 85
15
15
15
15
50
.0
-65 125 K3035
30 .30 200m -55 125
301 .30 200m -55 125
15 ! 0.0 475m -55 150 K3064
15 0.0 635m -55 150 K3065
15
15 1.6 t
-55 85 K3070
0.0
5.0
K30132
0.0
22
0
50
15
15 95m~ 0
70 K3073
15
15 95m'll -55 125 K3073
0.0
3.6 100mt 15 55 K3076
0.0
3.6 100mt o
175 K3076
0.0
10 100u% -551125 K3053
0.0
10 100u% -55 125 K3053
0.0
10 100u% -40 85 K3053
m
M~~
30
30
30
30
30
1
HI
'C
1
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.01*t
.01*t
.01*t
~g:
LO~
~MAX OPER FREQl~lTYPE No.
DRAWINGS
LOGIC lyUTLINE
DWG. No DWG. No
ll=MO
:?"
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
~g~
~gl
SUPPLY
TOTAL
SPAN
PKG.
NEG. POS. DISS.
(V)
(V)
(W)
~JO'
(V)
28
MO~ 2.0%
28
M~~ 2.0%
28
2.0%
28
2.0%
28
M004AA Data Selectors~Multiplexers.
125 K308
M153d
g:!:
M153d
125 K3012
125
l!.004AG Dual 4-Line-to- I-Line 'Data Sel/Multiplexer
Dual
4
Input;tpd
70ns
max.
75
M357
8 Input;lo 30mA max"tpd lIOns max.
75 K3013
M357
Quad
2
Input;lo
30mA
max;tpd 49n8 max.
IK3011
I~~g~
8 Input Multiplexer.
~~5
125
FP79b
8 Inout Multiolexer.
125
Dual 4-Line to I-Line ~ata:!e!~!'I!ux.
~P;'l9!1b
Dual 4-Line to ·1-Line Data Sel/Mux.
125
Quad 2-Line tei I-Line Data. Sel/Mux.
125
M356
100u% ·55 125
100u% ·55 125
100u% ·40 85
100u% ·55 125
100u% ·55 125
19 100u% ·55 125
10 100u% ·55 125
10
·40 85
10
·55 125
10 100u% ·55 125
75
5.~ 1~~~1To
5.0 210m g
5.0 210m 10
0.0
O.()
0.0
0.0
0.0
0.0
0.0
~Q; ~:g~
MO'
2.0%
2.0%
2.0%
2.~"
.85*
141MAX OPER FREQ/SITYPE No.
l~ l~~~% :~~ l2~ K~~~~
10
10
10
10
8:g
5.0
5.0
5.0
5.0
5.0
5.0
5.0
g:g
0.0
0.0.
0.0
0.0
~:g~
~qf
~~~gt~lg~~~ I~g
-1.~*
.60*
.60*
.60*
.70*
.70*
~~~
I~g
AM25LS157DM
5.~
5.2
5.2
5.2
5.2
5.2
5.2
5.2
5.2
.60*
g~
MO
30
:l:g:~
-1.6*t
-1.6*t
-1.6*t
-1.6*
-1.6*
-1.6*
-1.6*
2.~
1.8%
1.9%
M~J
MO
PCB
30
30
30
30
30
:1:::~
~.2
Kg
0.0
0.0
0.0
15
15
0.0
0.0
20M% MO'
30
SN54LS253J
~~:
I~g
30
~~~~~~~gIJ
MOl
1.7%
1.7
1.7
1.8%
1.8%
1.8%
1.8%
MO
I~g
235
M~:
30
19~" ~~~~t~m~~
105"
lC?!!"
107"
108"
~q!
5.0M%
:1:::~
5.~
:l:g:~
19~
~g
:1:::~
-1.6*t
MO ::~g~
M
-.96%
-.96%
-.96%
ECT -.98%
-.98%
-.98%
ECT -.98%
~g
~glgm~
-.~6%
MO~ -.96%
~Q~
30
30
30
30
30
30
30
SN10158J
SN10158N
SN10159J
SN10159N
5.~
-.96%
MO -.96%
30
~glgmr
5.~
5.2
5.2
30
MC10134P
MC10173P
20
20
10
10
5.2
5.2
'1.6*t
M:~
~g
~~ 1~~lgl~gt
~.O
0.0
~q~ -.9~~
::g:~
l~glgmr
gJ
63
M~~
0.0
0.0
0.0
0.0
0.0
0.0
0.0
O.()
0.0
0.0
0.0
0.0
00
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
5.2
5.2
5.2
5.2
5.2
5.2
5.2
5.2
5.2
5.2
5.2
g~
g~
19~
MO
M
~g
19m~
.40t*
.40t*
.40t*
.40t*
.40t*
.40t*
.40t*
.40t*
.40t*
.40t*
Mm
30
30
30
30
30
30
30
MC10132L
::g~:
~g,
M~f
MO
~g
54
60
M~:
30
:~: Ig~:lgm
:~
:g~~ ~g~
40M% Mm
~g
SUPPLY
TOTAL
SPAN
PKG.
LOlli
DISS.
IN{~~. POS.
(V)
(WI
'C
K~
~~~
~ql
30
42# GXB10174
(V)
~8~
30
30
30
30
MC1238F
45
;~~%
(V)
40M% MO
40M%
40M%
40M% MO
40M%
40M%
40M% MO!
~g
~~~~:~
30
30
30
30
39
IN ORDER OF (lJUSE(2JLEVEL'l'(3JLEVEL'0'
11. MISCELLANEOUS
POWER
MAX. TEMP.
K3054
K3054
K3054
K3054
;~~11
M475d
M475e
M475f
FPlll
~~g~~
~~g~~
~~ ~~g::
~~
m
rn~~~
m
fg~~6
m
~~gi~5 ~me
~m:
~~~~
~~gm
~~~~
~~gma
g~:~ ~:tl~::!~: l:tl~: ~~m~::~:;!:~~ g~!l
~~gllg
~~ ~~gm ~m~
~~
g~:~ ~:tl~::!~: l:tl~: ~~m~::~:;~t:!~~:
~~g~m
~~g~~
~~:~~
m
g~:: ::tl~::!~ l:tl~:
~~gl~
m
1~159l
~::~~~:!l~::~:;
g~:~ ~:tl~: !~ l:tl~: g:~: ~::j~~~:
SYMBOLS AND CODES
EXPLAINED IN INTERPRETER
235
LINE
No.
•
2.
3.
4.
5.
6.
7.
8.
9.
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
~~
30
31
32.
33.
34.
35.
36
37
38
39
40
41
42
43
44
45
46
47
48
~~
51
52
53
54
55
56
57
58
59
60
61
62
63
fiJ
TYPE
No.
I~;:;mt~~~~~~
AM25LS251 FM
~~~;m;~~~
AM25LS257DM
~~~;t~~;~~~
AM25LS258FM
DM71L22F
DM71L22J
DM71L22N
g~~m~j
DM71L23N
DMSI L22F
DM81L22J
DM81L22N
DM81 L23F
DM81 L23J
DM81L23N
SN54LS 158J
SN54LS158W
SN54LS251J
SN54LS251W
SN54LS257J
SN54LS257W
~~;:t~~~~~
SN54LS298J
SN54LS298W
SN54LS352J
SN54LS352W
SN54LS353J
SN54LS353W
93L09DC
~~tng~
93L09DM
93L09FM
93L 120M
93l12FM
93L22DM
93L22FM
DM54L98F
DM54L98J
DM54L98N
DM74L98F
DM74L98J
DM74L98N
SN54L98J
SN74L98J
SN74L98N
9309PC
m~~g
9313DM
9313FC
9313FM
9322PC
93150DC
93150DM
93150FC
~;
Im;~~~
66
67
68
69
70
71
93151DM
93151FC
93151FM
93152DC
93152DM
93152FC
93152FM
72
73
74
75
~~.
~~1;~g~
93153FC
93153FM
AM25LS 151 DC
AM25LS151PC
AM25LS 153DC
AM25LS 153PC
AM25LS157DC
AM25LS 157PC
AM25LS 158DC
AM25LS 158PC
AM25LS251 DC
AM25LS251 PC
AM25LS253DC
AM25LS253PC
AM25LS257DC
AM25LS257PC
AM25LS258DC
AM25LS258PC
DG506AR
DG506BR
DG506CJ
DG507AR
DG507BR
DG507CJ
DG508AP
78.
79.
80.
8,.
82.
83.
84.
85.
86.
87.
88.
89.
90.
9,.
92.
93+
94+
95.
96+
97+
98.
99
100
g~;~:~j
101
102
DG509AP
103
DG509BP
104
DG509CJ
105
DG511AP
106
DG511BP
107
DM74S151N
108
DM74S153N
109
DM74S157N
110
DM74S158N
236
11 . MISCELLANEOUS
h\J~
M:1PROUSE ~n
OPER-
ATiNG CESS 1.J'1'
FREQ.
(Hz)
IV)
~~
I~~~ ~:~~
MO~
30
30
30
30
~g~
MOj
~~f
~~
30
30
30
30
30
30
30
30
30
30
30
30
30
30
30
30
30
30
30
~g
30
30
30
30
30
30
30
30
30
30
30
30
30
30
30
30
30
30
30
30
30
30
30
30
30
30
30
30
30
30
30
30
30
30
30
30
30
30
30
30
30
30
30
30
30
30
30
30
30
30
30
30
30
30
30
30
30
30
30
30
30
30
30
30
30
30
30
30
30
30
30
30
30
30
30
30
30
30
30
30
130
LOGIC
LEVEL
MOr
~~;
MOr
M~~
~g~
MC?~
MC?~
MOr
2.0%
~,O%
2,0%
2.0%
2.0%
2.0%
2,0%
2.0%
2,0%
2.0%
2.0%
2.0%
2.0%
~.O%
2.0%
2.0%
2,0%
2,0%
MO
MO
2.0%
M~~ 2.0%
2.0%
~g~ 2.0%
I
MC?~ 2.0%
MO~ 2.0%
MOr 2.0%
2.0%
MO
2.0%
MO
2.0%
M~~ 2.0%
~g, 2.0%
2.0%
MC?~ 2.0%§
MC?~ 2.0%§
5.0M% Mar 2.0%
5,OM%
2.0%
5,OM%
2.0%
7,OM% Mar 2,0%
7,OM%
2,0%
7,OM% M~~ 2,0%
7.0M% ~g~ 2.0%
7,OM% MC?~ 2,0%
7,OM% MC?~ 2.0%
12M6.~ MOr
2,0%
12M6.
2,0%
12M6. MO
2.0%
12M6. MO
2,0%
12M6. MC?~ ~.O%
12M6. MO~ 2.0%
30M6. MOr 2.0%
2.0%
30M~~
30M6. MO
2.0%
MOr 2.0%
Mor 2,0%
2.0%
2.0%
MO~ 2,0%
2.0%
MOl 2,0%
2.0%
MC?~
MC?~ 2.0%
MOl 2.0%
2.0'*.>
2.0%
MO' 2,0%
MC?~ 2.
MC?~ 2.0%
MOr 2.0%
2.0%
MO
2.0%
MO~
2.0%
M~~ 2.0%
2.0%
~g~ 2.0%
MC?~ 2.
M~~ 2,0%
MOr 2.0%
2.0%
MO
2.0%
MO
2.0%
MO~ 2.0%
Mq~ 2,0%
MO~ 2.0%
2,0%
2,0%
MO
Mar 2.0%
M~: 2.0%
~g, 2.0%
2.0%
MC?~ 2,0%
2.0%
Mq~
MO~
2.0
Mf,DR~A""W,,,I,,"N~G"!.S=-i
SUPPLY
TOTAL
LOGIC OUTLINE
SPAN
PKG.
LOVi HI DWG. No DWG. No
N'~IIG. p~~. D!.S~.
ll=MO
fl.ro'
:~g:
~: ~~: ;~~t."
3""
4""
5""
6""
7""
8""
9""
10""
II""
12#
13#
IM()~
I
D.A. T.A.
IMOr
IN ORDER OF (1)USE(2)LEVEL"'(3)LEVEL'O'
(4)MAX OPER FREQ(5)TYPE No.
11. MISCELLANEOUS
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
g:g
g:g
'C
mI~~g~:
125
125
125
125
125
125
125
125
125
70
125
85
70
125
85
70
155
85
70
125
85
125
125
125
125
125
125
125
125
125
125
125
125
125
1~~
K3094
K3094
K3094
K309
K309
K309
K309
K309
K309
K307
K307
K307
K308
K308
K308
K309
K309
K309
K308
K309
K30105
K30105
K3079a
K3079a
K308
K308
K30105
K30105
K30106
K30106
K3019
K3019
K308
K308
K309
K309
K3014
K3014
K308
K308
K309
K309
K3079a
.125
125
70
70
70
70
70
70
70
70
70 K30105
70 K30105
70 K30106
K30106
K3019
70 K3019
70 K3012
70 K3012
70 K309
70 K309
•70 K3014
70 K3014
70 K3086
70 K3086
70 K308
70 K308
70 K308
70 K308
70 K3079a
70 K3079a
70 K308
70 K308
70 K30105
70 K30105
70 K30106
70 K30106
70 K3019
70 K3019
70 K308
70 K308
70 K309
70 K309
70 K3014
70 K3014
75 K3087
75 K3087
75 K3088
75 K3088
75 K3089
75 K3089
75 K309
75 K309
125
125
125 K3089
g ig
~:g ~gg~r :~~
~~g~~
m~~g~
125
125
125
125
125
125
125
125
125
125
K307
K307
K3079
K3079
K305h
K305h
K305h
K3080
K305m
K305m
K308
K308
M200v
FP47g
M317
M200v
FP47g
M317
M200v
FP47g
M186
M186
M186
M117
Ml17
M117
Ml17
M117
Ml17
'Ml17
M117
Ml17
M153d
M153d
M153d
L:.004AG
M153d
L:.004AG
M153d
L:.004AG
M153d
L:.004AG
M153d
L:.004AG
M153d
L:.004AG
M224c
FP79b
M153d
L:.004AG
M153d
L:.004AG
M153d
M117x
M153d
M117x
M153d
Ml17x
M153d
M117x
M153d
M117x
M153d
M117x
M153d
M117x
M153d
M117x
M153d
MI17x
M153d
M117x
M153d
M117x
M153d
M117x
M153d
M117x
M153d
M117x
M153d
M117x
M153d
M117x
M153d
M117v
M153d
M117x
M224c
M357
M153d
M117x
M153d
M117x
M153d
M117x
L:.015AA
M186
M153d
GENERAL DESCRIPTION
!:!ua! !': to ~ ~!ne !:!eco
20ML'>
D.A. T.A.
M?~
~g~
I~~~
MO~
M~~
~g~
Mq~
Mq~
MO~
~O:
PCB
~g~
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
?O%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
~:g~
2.0%
2.0%
2.0%
2.0%
~A%
.4%
IV)
:gg:
.80*
.80*
.80*
.80*
.80*
.SO*
.80*
.80*
.SO*
.80*
.SO*
.80*
.80*
.SO*
.SO*
.80*
.80*
.SO*
.SO*
.SO*
.SO*
.SO*
.80*
.80*
.80*
.80* '
.80*
.SO*
:gg:
.SO*
.SO*
.SO*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.SO*
.SO*
.SO*
.80*
.80*
.SO*
:~g:
.80*
.80*
.80*
.SO*
.SO*
.80*
.SO*
.SO*
.SO*
.80*
.SO*
.SO*
.SO*
.SO*
.SO*
.SO*
.80*
.SO*
.SO*
.SO*
.SO*
.80*
.80*
.80*
.SO*
:~g:
.80*
.SO*
.SO*
.80*
.80*
.SO*
.SO*
I :~g:
.80*
SUPPLY
SPAN
N(~~. P~~. D!~~.
g:g
~:g
0.0
5.0
0.0
~.O
0.0
5.0
0.0
5.0
0.0
5.0
0.0
5.0
0.0
5.0
0.0
5.0
0.0
5.0
0.0
5.0
0.0
5.0
0.0
5.0
0.0
5.0
0.0
5.0
0.0
5.0
0.0
5.0
0.0
5.0
0.0
5.0
0.0
5.0
0.0
5.0
0.0
5.0
0.0
5.0
0.0
5.0
0.0
5.0
0.0
5.0
0.0 5.25
0.0 5.25
0.0 5.25
0.0 5.25
0.0 5.25
0.0 5.25
0.0
5.0
0.0
5.0
0.0
5.0
0.0
5.0
0.0
5.0
0.0
5.0
0.0
5.0
0.0
5.0
0.0
5.0
0.0
5.0
0.0
5.0
0.0
5.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0,0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
.80*
.SO*
.90*
.90*
.40t*
.40*t
5.0
5.0
5.0
5.0
5.0
5.0
0.0
0.0
0.0
5.0
5.0
5.0
5.0
0.0
0.0
0.0
0.0
0.0
0.0
.SO"
.SO*
.SO*
.80*
.80*
5.0
0.0
.SO*
.SO*
5.0
5.0
5.0
5.0
~~~~; g
170mt
170mt
150mt
150mt
~jg~~ Ig
170mt .0
10
10
5.0 220m~'0
5.0 220m'll -55
-55
5.0
5.0 1220~~
220m 0
5.0 220m -55
5.0 1~~Om~,-55
5.0
235m~0
5.0
5.0
5.0
5.0
n~~f 0
I ~:g
HI
DRAWINGS
LOGIC OUTLINE
DWG, No DWG, No
lI=MOi
235m,!!'-55
-55
425mt 0
150mt 0
150mt 0
GENERAL DESCRIPTION
'C
mI~~g~
125 K309
125 K309
125 K3019
125 K3019
125 K30S6
125 K3086
70 K307
70
70
70 K3079
70 K305h
70 K305h
70 K305h
70 K30S0
70 K305m
70 K308
70 K308
70 K309
70 K309
70 K309
70 K3019
70 K3019
,70 K3086
'70 K3086
70 K3081
70 K307
70 K307
70 K307
70 K307
70 K30S
70 K30S
125 K323
125 K323
125 K3052
125 K3052
125 K308
125 K308
125 K309
125 K309
125 K3014
125 K3014
125 K323
125 K323
70 K323
70 .K323
70 K3052
70 K3052
70 K30S
70 K308
70
70
70 K3014
70 K3014
125 K323
70 K323
125 K3010
75 K3011
75 K3011
75 K3010
125 K3010
75 K3010
125 K3010
75 K3019a
125 K3019a
75 K3019a
125 K3019a
75 K3011
125
75
125 K3011
70 K3011
70 K3011
125 K3011
70 K307
70 K3019
75 K30S
~~g~9
~~g~
~~gll
l~g~~ ~5 j~5 ~~g~
200mt I-55
200mt -55
240mt -55
240mt -55
170mt -55
170mt -55
150mt -55
150mt -55
200mt 0
'200mt,O
1~40mt iO
i ~:g m~~ig
g:g
10
0.0
0.0
0.0
0.0 I
0.0
0.0
0.0
0.0
0.0
0.0
0.0
8:g
~~g~;
~~~:::~
0.0
0.0
'C
-~~
-55
150m~ -55
-55
-55
250m'jj -55
1!:I5mt -55
195mt I-55
200mt 0
200mt 0
·145mt 0
145mt 0
240~; 0
240m 0
240m'!! 0
~~g~~
0
0
0
0
150m~ 0
250m~ 0
250m'!! 0
195mt 0
195mt 0
220mt 0
357mt 0
357mt 0
252mt 0
252mt 0
315mt 0
315mt 0
425m! -55
425m! -55
350m! -55
350m! -55
350m! -55
350m! I-55
390m! -55
390m! -55
305m! -55
305m! -55
425m! -55
425m! -55
5.0 425m! 0
5.0 425m! 0
5.0 350m§ 0
5.0 350m§ 0
5.0 350m! 0
5.0 350m! 0
5.0 390m! 0
5.0 390m! 0
5.0 305m! 0
5.0
0
5.0
-55
5.0 425m§ 0
5.0 200m! -55
5.0 240m! 0
5.0 240m! 0
5.0 220m! 0
5.0 220m! -55
5.0 220m! 0
5.0 220m§ -55
5.0 220m§ 0
5.0 220m§ -55
5.0 220m§ 0
5,0 220m§ -55
5.0 235m§ 0
5.0 235m§ -55
5.0 235m§ 0
5.0 235m§ -55
5.0 240m§ 0
5.0 240m! 0
5.0 240m§ -55
5.0 357mt 0
5.0 252mt 0
5.0 315mt 0
5.0
0.0
:~g:
.80*
.80*
.80*
.80*
.80*
TOTAL
PKG,
LO'll
IN ORDER OF (1)USE(2)LEVEL'l'(3)LEVEL'O'
(4)MAX OPER FREQ(5)TYPE No,
125
125
125
125
125
125
125
125
70
70
70
70
70
70
70
70
70
75
125
125
75
125
125
75
125
125
'70
170
.75
175
K307
~mh
K305h
K30S
K30S
K309
~~g~
K307
K305h
K305h
K308
K308
K309
K309
K3099
K3010
K3010
K3010
K3013
K3013
K3013
K3011
K3011
K3011
K3077
K3078
K3033
K3033
1!!ua, ~ ,L.me to 1 ~me ~!'ta :;e'~ct~r/Mu't.
2 to 1 Line Data Selec/Mux;tpd 27ns max.
Quad 2-Line-to-l-Line Data Select/Mull.
2 to 1 Line Data Selec/Mux;tpd 27ns max.
Data Sel/Multiplexer w/3-State Output.
Data Sel/Multiolexer w/3-State Outout.
Quad Mux'w/~torage;tpd 32ns max.
Quad Mux w/Storage;tpd 32ns max.
16 Line to 1 Line Multiole"er.
16-Line-to-l-Line Multiplexer.
Data Selectors/Multiplexers.
Data Selectors/Multiolexers.
S Line to 1 Line Multiplexer.
S Line to 1 Line Multiplexer.
L'>004AG S Line to 1 Line Multiolexer.
M04AG Data Selectors/Multiplexers.
FP52f
S Line to 1 Line Multiplexer.
M153d
Dual 4 Line to 1 Line Data Selector/Mult.
Dual 4 line to 1 line Data Selector/Mult.
MI17x
M153d
2 to 1 Line Data Selec/Mux;tpd 27ns max.
2 to 1 Line Data Selec/Mux·tod 27ns max.
M117x
M04AG Quad 2-Line-to-l-Line Data Select/Mult.
M153d
Data Sel/Multiplexer w/3-State Output.
M117x
Data Sel/Multiolexer w/3-State Outout.
M153d
Quad Mux w/Storage;tpd 32ns max.
M117x
Quad Mux w/Storage;tpd 32ns max.
M117x
Dual DATA SEUMUX.
M197
16 line to 1 line Multiplexer
M197
16 Line to 1 Line Multiplexer.
M153
S line to 1 line Multiolexer
M153
S line to 1 line MUltiplexer
Dual 4 line to 1 line Data Selector/Mult.
M153
M153
Dual 4 line to 1 line Data Selector/Mult.
S Inp Selector/Multiplexer;tpd ISno max.
FP10l
M352
S Inp Selector/Multiplexer;tpd ISns max.
S Inp Selector/Multiolexer:tod 18ns max,
TOS6
8 Inp Selector/Multiplexer;tpd 18ns max.
M157c
4 to 1 Line Data Sel./Multipl;FO 20 max.
FP103
4 to 1 Line Data Sel,/Multiol'FO 20 max.
M352
2 to 1 Line Data Sel,/Multipl;tpd 12ns max
FP101
2 to 1 Line Data Sel.lMultipl;tpd 12no max
M352
2 to 1 Line Data Selec/Multiol·tod 12nsmax
FP10l
2 to 1 Line Data Selec/Multipl;tpd 12nsmax
M352
FP101
8 Inp Selector/Multiplexer;tpd 19.5ns max
M352
8 Inp Selector/Multiolexer·tod 19.5ns max. .,
8 Inp Selector/Multiplexer;tpd 18ns max.
~31502'
8 Inp Selector/Multiplexer;tpd 18ns max.
8 Ino Selector/Multiolexer·tod 18ns max.
T086
M157c
S Inp Selector/Multiplexer;tpd ISns ma,X.
FP103
4 to 1 Line Data Sel./Multipl;FO 20 max.
M352
4 to 1 Line Data Sel.lMultiol·FO 20 max;
FP101
2 to 1 Line Data Sel./Multipl;tpd 12ns max
2 to 1 Line Data Sel./Multipl;tpd 12no max
M352
FP10l
2 to 1 Line Data Selec/Multioi-tod 12nsmax
2 to 1 Line Data Selec/Multipl;tpd 12nsmax
~p3,~2,
S Inp Selector/Multiplexer;tpd 19.5ns max.
Sino Selector/Multiolexer·tod 19.5ns max.
M352
M200m
Dual 4 Inp Multiplexer;tpd 32ns max.
M267c
Quad 2 Input Mux;tpd 31 ns max.
Quad 2 Inout Mux·tod 31 ns max.
M200v
FP101a
Dual 4 Inp Multiplexer;tpd 36ns max.
Dual 4 Inp Multiplexer;tpd 32ns max.
FP101a
Dual 4 Inp Multiplexer·tpd 36ns max.
M153c
Dual 4 Inp Multiplexer;tpd 32ns max.
M153c
S Inp Multiplexer;tpd 34ns max.
FP10la
FP101a
Sino Multiolexer·tod 34ns max.
M153c
S Inp Multiplexer;tpd :;!4ns max.
M153c
S Inp Multiplexer;tpd 34ns max.
FP10la
Quad 2 Inp Multiolexer·tod 31 ns max.
FP10la
Quad 2 Inp Multiplexer;tpd 27ns max.
Quad 2 Inp Multiplexer;tpd 31 ns max.
M153c
Quad 2 Ino Multiolexer:tpd 27ns max.
M153c
M267c
Quad 2 Inp MUX;FO 10 max;tpd 27ns max.
Quad 2 Inp MUX;FO 10 max;tpd 27ns max.
M200y
Quad 2 Inc MUX'FO 10 max·tod 27ns max .
M200"
M1S6
16Bit Data Selector/Mult;tpd 35ns max.
M117u
SBit Data Selector/Mult;tpd 52ns max.
M117u
Dual 4Bit Data Selector/Multiolexer.
M126k
Dual 4 line to 1 line Data Selector/Mult
M126k
Dual 4 line to 1 line Date Selector/Mult
Data Selectors/Multiplexer.
T0116
M257e
Data Selectors/Multiplexer.
T0116
,S Line to 1 Line Multiplexer.
M257e ,S Line to 1 Line Multiolexer.
TOl16
Dual 4 Line to 1 Line Data Selector/MUX.
M257e
Dual 4 Line to 1 Line Data Selector/MUX.
TOl16
2 to 1 Line Data Selec/MUX'tod 27ns max.
M257e
2 to 1 Line Data Selec/MUX;tpd 27ns max.
TOl16
Data Selectors/Multiplexer.
M257e
Data Selectors/Multiplexer.
8 Line to 1 Line Multiplexer.
~~~~~\j
M117
L'>004AG
M153d
L'>004AG
M153d
L'>004AG
L'>015AA
M186
M153d
M117x
~lW
m1j~
TOl16
M257e
TOl16
M257e
~~~~c
M224c
l~l::c
M224c
FP79b
M224c
M224c
FP79b
CB62
CB62
fg~~6
~U~,n~ t~n~ i~n~ ~i~'~i~;~:rSelector/Mux
Dual 4 Line to 1 Line Data Selector/MUX.
2 to 1 Line Data Selec/MUX;tpd 27ns max.
2 to 1 Line Data Selec/MUX'tod 27ns max.
8 Chan.Anal;Vin ±5 or ±10V.
Dual 4 Input;lo 30mA max;tpd 32ns max.
. Dual 4 Input'lo 30mA max·tpd 32ns max.
IDual 4 Input;lo 30mA max;tpd 32no max.
8 Input;lo 30mA max;tpd 34ns max.
S Inout'lo 30mA max·tod 34ns max.
S Input;lo 30mA max;tpd 34ns max.
2 Input;lo 30mA max;tpd 31 ns max.
2 Input'lo 30mA max·tpd 31 ns max.
2 Input;lo 30mA max;tpd 31 ns max.
3x8 Digital;tpd 25ns.
3x Dual·Digital·tpd 32ns max.
Dual 4-~hannel Data Selector.
Dual 4-Channel Data Selector.
SYMBOLS AND CODES
EXPLAINED IN INTERPRETER
241
LINE
No.
~
TYPE
No.
~n
~ I~~:~ggt
~~
30
31
32
33
34
35
36
~~
39
:~
42
43
44
45
46
47
48
49
50
51
52
53
54
55
56
57
58
59
60
61
62
63
64
65
66
67
68
69
70
71
72
FfJz?'
I~g
MC8309F
MC8309L
MC8309P
MC8322F
~~~n~~
MC9309F
~~~~~~~
MC9312L
I~g~~m
MC54150L
MC54151L
MC54152F
MC54152L
MC54153F
MC54153L
MC54155F
MC54155L
MC54156F
MC54156L
MC54157F
MC54157L
MC74150L
~g:l~~r
MC74151P
MC74152F
MC74152L,P%
MC74153F
MC74153L
MC74153P
MC74155F
~g:m~
MC74156F
~g41~~~
MC74157F
MC74157L
~g~~1~6r
MC83150P
MC83151L
MC83151P
~gm~~r
MC83152L P%
MC83153F
MC83153L
MC83,153P
~g~~'mt
MC93152F
MC93152L
MC93153F
MC93153L
MIC9309-1B
MIC9309-1D
MIC9312-1B
MIC9312-1D
MPX8A
RL211D
RL211K
RL213D
RL213K
SMC1007
SMX1004
SN54259J
30
30
30
30
30
30
30
30
30
30
30
30
30
30
30
30
30
30
30
30
30
30
30
30
30
I~g
30
30
30
30
30
30
30
30
30
30
~g
30
30
30
30
30
30
30
30
30
30
30
30
30
30
30
30
SN74259N
~gg~m
30
30
30
30
30
30
30
30
30
30
30
30
30
30
30
30
30
30
30
30
30
30
30
30
30
86 ...
87 ...
88
89
90 ...
~i
93
94
95
96
97
98
99
~1~:d~A5D
CAM604A
~ggg~l~
MC12521l
AD7503KD
AD7503SD
AD7503SF
AD7506KD
AD7506lD
AD7507KD
AD7507TD
MC4002F
MC4002l P%
MC7266F
MC72'66l
MC7266P
19~ I~~~~~~L
102
103
104
105
106
107
108
109
110
242
MC7267P
~g~~~~~
N8230B
N8230E
N8230R
N8231B
~~m~
~g;
M~~
MO
M~;
MO
Mm
M~;
~g~
Mq~
MO~
MO~
M~;
MO
MO~
~q;
MO~
~g~
MO~
Mq~
MO~
MO~
~q;
MO~
M:~
MO
MO
MO~
77
~5 ...
MO~
I~g~
I~g
MC8312P
MIC9309-5B
MIC9309-5D
MIC9312-5B
I~g; ~::~
30
30
30
30
30
30
30
30
30
30
30
30
30
I~~~:~m'"
78
79
80
81
82
83
84
(V)
!~g
n
75
76
Mt1
IuS
LOGIC
USE OPER- PRO- !
LEVEL
,
ATING CESSflJ'1'
~'O'
I
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
11 . MISCELLANEOUS
POWER
MAX. TEMP.
~g
30
30
30
30
30
30.
30
30
30
D.A. T.A.
MO
~g~
~~~
MO
~~~
MO~
M5
0
-55
-55
0
0
0
0
-55
;:>5
0
0
0
0
0
0
0
0
0
-55
-55
-30
-30
-55
0
-55
-55
0
-55
0
-55
0
0
0
0
0
g
200mt 0
-55
-55
250m 0
250m 0
250m 0
250m 0
250m 0
250m 0
GENERAL DESCRIPTION
'C
mI~~g~~
75
75
75
75
75
75
125
125
125
125
125
125
125
m
125
125
125
125
125
125
125
125
~5 Ij~5
m~~lg
~:g ~~~~r
5.0
5.0
15
15
15
15
15
15
15
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
0
0
0
0
0
0
-55
-55
-55
-55
-55
-55
-55
-55
-55
-55
-55
-56
-55
-55
-55
-55
-55
HI
IN ORDER OF (I)USE(2)LEVEL"'(3)LEVEL'O'
(4)MAX OPER FREQ/5)TYPE No.
DRAWINGS
LOGIC
OUTLINE
DWG. No DWG. No
LI=MO
75
75
75
75
75
75
75
75
75
75
!75
175
75
75
75
75
75
75
75
75
75
75
70
75
75
75
75
125
125
125
125
125
125
125
125
125
125
70
125
125
75
75
70
70
125
K3033
~~g~~a
K3041
K3041
K3041
K3033
K3033a
K305k
K305k
K3041
K3041
K305e
I~~g~~
K3037
K3044
K3044
K3045
K3045
K3045
K3045
K3041
K3041
K305e
K305e
K305a
K305a
K3037
K3037
K3044
K3044
K3044
K3045
~~g:;
K3045
~~g:~
K3041
K3041
K3041
K305e
K305e
K305a
K305a
K3037
K3037
K3037
K3044
K3044
K3044
1(305e
K305a
K3037
K3037
K3044
K3044
K3010
K3010
K3013
~~gJg
K305s
K305s
K305s
K305s
K30109
j~b 1~~glg~
70
75
75
75
75
75
75
75
125
125
85
85
125
75
125
125
75
125
75
125
75
75
75
75
75
75
75
75
125
125
75
75
75
75
75
75
K30109
~~g~~
K305k
K3010
K3010
K3013
K3013
K3072
K30131
K30131
K30131
K3015
K3015
K3015
K3017
K3017
K3018
K3018
K15312
K15312
K3040
K3040
K3040
~~g:g
K3040
K3040
K3040
K305f
K305f
K305f
K305f
K305f
K305f
ign6
M191
I !!ua! ,!-~~anne! !!ata ~e!ector.
Dual 4-Channel Data Selector.
Dual 4 Channel Data Selector.
Dual 4 Channel Data Selector.
M191
Dual 4Channel Data Selector.
M278
Quad 2-lnput Data Selector/Multiruexer
FP85
Quad 2-lnput Data ~elector/Multiplexer
I~m
Quad 2-lnput Data Selector/Multiplexer
Dual 4 Channel Data Selector.
M191
M191
Dual 4 Channel Data Selector.
8 Channel Data Selector.
FP85
8-Channel Data Selector.
M191
Quad 2-lnput Data Selector/lViultiplexer
FP85
Quad 2-lnput Data Selector/Multiplexer
M191
M291
'16-Channel Data Selector.
M191
8-Channel Data Selector.
T086
8-Channel Data Selector/Multiplexer
8-Channel Data Selector/Multiolexer
TOl16
Dual 4-Channel Data Selector/Multiplexer
FP85
Dual 4-Channel Data Selector/Multiplexer
M191
Dual 2-to-4 Line Dec/l-to-4 Line Demult.
FP85
Dual 2-to-4 Line Dec/l-to-4 Line Demult.
M191
Dual 2-to-4 Line Dec/l-to-4 Line Demult.
FP85
M191
Dual 2-to-4 Line Dec/l-to-4 Line Demult.
Quad 2-lnput Data Selector/Multiplexer
FP85
Quad 2-lnput Data Selector/Multiplexer
M191
M291
16-Channel Data Selector.
16-Channel Data Selector.
8-Channel Data Selector.
8-Channel Data Selector.
M278
8-Channel Data Selector/Multiplexer.
T086
TOl16
8-Channel Data Selector/Multiplexer.
Dual 4-Channel Data Selector/Multiplexer.
FP85
Dual 4-Channel Data Selector/Multiplexer.
M191
Dual 4-Channel Data Selector/Multiplexer.
M278
Dual 2-to-4 Line Dec l-t0-4 Line Demul!.
FP85
Dual
2-to-4 Line Dec/l-to-4 Line Demult.
M191
Dual 2-to-4 Line Dec/l-to-4 Line Demult.
M278
Dual
2-to-4 Line Dec/l-to-4 Line Demul!.
FP85
M191
Dual 2-to-4 Line Dec~ l-to-4 Line Demult.
Dual
2-to-4 Line Dec/l-to-4 Line Demult.
M278
Quad 2-lnput Data Selector/Multiplexer
FP85
Quad 2-lnput Data Selector/Multiplexer
M191
Quad 2-lnput Data Selector/Multiplexer
M278
M291
16-Channel Data Selector.
M237
16-Channel Data Selector.
8-Channel Data Selector.
M191
8-Channel Data Selector.
M278
8-Channel Data Selector/Multiplexer.
T086
8-Channel Data Selector/Multiplexer
TOl16
8-Channel Data Selector/Multiplexer.
TOl16
FP85
Dual 4-Channel Data Selector~~ultiplexer.
Dual 4-Channel Data Selector/Multiplexer.
M19l
Dual 4-Channel Data Selector/Multinlexer.
M278
16-Channel Data Selector.
M291
8-Channel Data Selector
M278
8-Channel Dilta Selector/Multiolexer
T086
8-Channel Data Selector/Mult~lexer
!O116
Dual 4-Channel Oata Selector Multiplexer
FP85
Dual 4-Channel Data Selector/Multiplexer
M191
FP47b
Dual 4 Input Multiplexer.
M153a
Dual 4 Input Multiplexer.
8 Input Multiolexer.
FP47b
8 Input Multiplexer.
M153a
8 Chan.MOSFET;SettI.Time 2.0us max.
M368b
Dual 4 Bit Multiplexer.
Ml05m
Dual 4 Bit Multiplexer.
FP21b
Dual 4 Bit Multiplexer.
Ml05m
Dual 4 Bit Multinlexer.
FP21b
Serial;8 Channel.
M378a
M379
Serial;6 Channel.
8 line Demux w/Storaae·tpd 15ns.
M153d
I ~ Line Demux w~~~orage;tpd ! ~ns.
~~~~u 8 Line Demux w/Storage;tpd 15ns.
8 Line Demux w/Storaae·tnd 15ns.
Ml17x
8 Channel Data Selector.
FP85
8-Channel Data Selector.
M191
8-Channel Data Selector.
M278
Dual
4 Input Multiplexer.
(P47b
Dual 4 Input Multiplexer.
M153a
8 Inout Multiolexer.
FP47b
8 Input MUltiplexer.
M153a
6 Chan.Multiplexer;Ron 600 max;±10V Sig.
CN66
4 Channel' Ron 100 max.
CN66
Presetting Sys q!!set Programmer;ECT.
~~~gaa Dual
Dual Presetting Sys Offset Programmer;ECT.
M200aa Dual Presettino sits Offset Proarammer·ECT.
8 Chan;R(ON) 1700;ton,toff 800ns.
M361
8 Chan;R(ON) 1700;ton,toff 800ns.
M361
8 Chan'RiONl 1700·ton toff 800ns.
M361
16 Chan;ON R(()N) 3000;ton,toff 800ns.
16 Chan;ON R(ON) 4000 max;ton,tOff 800ns.
8 Chan'ON R(ONI 3000·ton toff 800ns.
8 Chan;ON R(ON) 4000 max;ton,toff 80uns.
Dual Data Distributor.
Dual Data Distributor
2-lnput;4-Bit Data Selector.
T085
2-lnput;4-Bit Data Selector.
MI91
2-lnout'4-Bit Data Selector.
M278
2-lnput;4-~it Data Sel.!~pen <:ollector).
~m
ig~~6
I~~~~
M278
~:i~~~:t:::
g::: ~:Ugg:~ g~:i:~:~~!:
m~~
2-lnput;4-Bit Data Selector.
2-lnput;4-Bit Data Selector
8 input dillital multiolexer.
8 Input Digital Multiplexer.
i~_153a
8 Input Digital Multiplexer.
8 inout diciital multiplexer.
Ml17h
M153a
FP47c
M117h
FP47c
~ :~~~: ~:~:::i ~~:::~i:::~:
SYMBOLS AND CODES
EXPLAINED IN INTERPRETER
242
LINE
No.
f§J
TYPE
No.
W~
~LMt1
USE OPER- PROATING CESS
F~SZ~'
~ I~~~~~~
I~g
~~~~~~
I~g
3
~
6
7
8
9
10
11
12
l~
15
l~
N8232R
N8233R
N8263N
N8263P
N8263Y
N8264N
N8264P
N8264Y
N8266B
N8266E
N8266R
~~~~i~
18
19
20
21
N8267R
S8230B
S8230E
S8230R
~~
~~~~l~
24
25
26
27
28
29
30
S8231R
S8232B
S8232E
S8232R
S8233B
S8233E
S8233R
~~ I~~~~~~
S8263Y
S8264N
S8264P
S8264Y
S8266B
S8266E
S8266R
S8267R
MDS4
MDS4A
AD7506JD
AD7506SD
AD7507JD
AD7507SD
IH5060CDI
IH5060MDI
IH5070CDI
;~'r
6Hcf~cif:pUI
~~~~i~
54'r
55
56
57
58#
59#
60
DG501BP
DG501CJ
AY6-4016
MU6-8572
M004T1
M004T2
192
GZF1201
~~ .'11 MM54C151D
63
MM54C157D
64
HI-1F1818-2
65
HI-1FI818-5
66
HI-l F 1818A2
67
HI-l F1818A5
HI-l F 1828-2
68
HI-l F 1828-5
69
70
HI-1F1828A2
71
HI-l F 1828A5
72'r 4551
73'r 4552
74
AD7503JD
75'r AD7503JF
76'r AD7503KF
77
HI-1L506A2
78
HI-1L506A5
79
HI-1LS07A2
HI-l L507A5
80
81
MPC8D
82
MPC16S
MM16
83
84
MMD8
4550
~5'r
86
DV640
87
DV641
88
T217
89
350AJ
90
350AL
91
350BL
92
350CJ
93
350CL
350ML
351AJ
96
351AL
97
I~~lg]
98
99
351CL
100
351ML
101'r TF4512AJ
102'r TF4512AN
103'r TF4519AJ#1
104" TF4519AN#1
105'r TP4512AJ
106'r TP4512AN
107'r
108'r
109
HDl-54C151
110
HDl-54C157
~~
iml~!~1'1
243
MO
Mm
I~g
~T~~
30
30
30
30
30
30
30
30
30
30
30
30
30
30
30
30
30
30
30
30
30
30
Mcll
m~
MO~
M"
;~"
0
MOr
Mot
0
·55
·55
0
0
·55
·55
0
·55
0
635~~ ·55
635m
640m 0
750,,:~ 0
675m ·55
750m§ 0
·55
750m
0
675
750m 0
675m:!, ·55
675":~ ·55
750m 0
700m:!, ·55
700m~ 0
700m'll 0
0
I~~g~: ·25
700m§ 0
!I:'mt 0
600m'JI 0
K314
K314
K314
K314
K315
K315
K315
K315
K312
K313
75
125
125
75
75
125
125
75
125
75
125
125
75
75
125
75
125
75
75
125
125
75
125
70
70
70
85
75
70
75
M246
W16
5
M197a
6
M246
M246
FP105
M197a
t;015AA
M246
GENERAL DESCRIPTION
:
4
4
4
4
4
4
4
4
~::;:~ 3g~~ ~:~;:g~ ~~~~ ~:~:
bit
bit
bit
bit
bit
bit
bit
bit
ALU/FunctiQn Generator·tod 80ns max
max
ALU/Function Generator;tpd 80ns max
ALU/Function Generator·ted 80ns max
ALU/Function Generator w/Outp Latch
ALU/Function Generator w/Outp Latch
ALU/Function Generator W/OutD Latch
ALU/Function Generator w/Outp Latch
AL~/Function Generator;tpd~Ons
~r~~m:~~·I~o~~m'ini~::~;~io3n8~Ser;;:!~tor.
M199b
M199b
M186
4 bit AL~;lo 30mA max;tpd 38ns max.
4 bit ALU;lo 30mA max;tpd 38ns max.
4 bit ALU'lo 30mA max'ted 38ns max.
4 bit ALU/Function Generator;tpd 3Zns max
4 bit ALU/Function Generator;tpd 37ns max
4 Bit Arithmetic Logic Uniuod 44ns max.
4 bit ALU/Function ~enerator;tpd 37ns ,max
4 bit ALU/Function Generator;tpd 37ns, max
4 bit ALU/Function Generator w/Oute Latch
4 bit ALU/Function Generator w/Outp Latch
4 bit ALU/Function Generator w/Outp Latch
4 bit ALU/Function Generator w/Outn Latch
ALU/Function Generator;tpd 50ns max.
ALU/Function Generator;tpd 50ns max.
ALU/Function Generator·tnd 50ns max.
4 Bit;tpd ~~ns max;~O ~~ max.
4 Bit;tpd SOns max;FO 20 max
4 Bit ALU'1~d 25ns max.
4 bit AL.l!;ipd 3.0ns.
4·Bit ALU/Function Generator.
125 K312
M477
TTL ALU/Function Generator;tpd 80ns max.
125 K312
M477
TTL Alu/Function Generator·tod 80ns max.
·55
125 K312
FP113
TTL Alu/Function Generator;tpd 80ns max.
.~~
1
m~
65
W16
M197.
~~1:
M246
M246
FP66a
FP105
M197a
M246
M246
FP105
M197a
K313
K314
K314
K317
K315
K315
K315
K315
K312
K312
K312
~~12
K3117
K312
K312
~3~~
M396
~m
MOr
2.0%
.80*
0.0
0.5
795m
,55
125 K312
FP114
TTL Alu/Function Generator;tpd 80ns max.
Mar
2.0%
.80*
0.0
5.5
795m
·55
125 K312
M477
TTL ALU/Function Generator·ted 80ns max.
Mar
2.0%
.80*
0.0
5.5
795m
·55
125 K312
M477
TTL Alu/Function Generator;tpd 80ns max.
MOr
2.0%
.80*
0.0
5,5
795m
·55 ' 125 K312
FP113
TTL Alu/Function Generator;tpd 80ns max.
Mar
MQ~
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
0.0
0.0
0.0
0.0
0,0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
795m
·55
FP114
M186
Ml05j
M477
M477
M477
M197c
M351c
M474
M541
M474
FP59b
M541
M474
M351c
M474
:~g:
0:0
0.0
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
_80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
2. 0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0,0
0.0
0,0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
5.5
5.0
7.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5,0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5,0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
:gg:
.40*t
.40*t
.40*t
.40*t
.40*t
.40
.40
.40*t
.40*t
.40*t
.40*t
.40*t
.40t*
.40t
.40t*
.40t*
.40t
.40t*
g:g
0.0
0.0
0,0
0.0
0.0
0.0
0.0
2. 0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5,0
5,0
5.0
5.0
MQ~
M~i
'~8:
MQi
1~1
~:g
5.0
5.0
5.0
5.0
Mot
MOl
31
31
31
31
31
31
31
31
31
31
:jg:
2.0%
2.0%
2.0%
~~~
MO~
31
1~1
(VI
SUPPLY
TOTAL
SPAN
PKG.
LOVI
NEG, POS. DISS.
(W)
(V)
(V)
'C
::g:
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
M~~
MO
I~l
31
31
31
31
31
31
31
31
31
31
~'O'
g:g
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
!,l.0
0.0
0.0
0.0
0.0
~1
31
31
31
31
~gH I~t~:g~:~:m
30"
LOGIC
LEVEL
ATING CESSfIj'l'
FREQ.
(Hzl
(VI
1~1
15
16
17
18
19
20
21
24
25
26
27
h!,J"
Mt1PRO·
USE ~n
OPER·
131
31
31
31
31
31
31
31
31
31
31
IN ORDER OF (1)USE(2)LEVEL'1'(3ILEVEL'O'
J-tIMAX OPER FREQ(SITYPE No.
11 · MISCELLANEOUS
MAX. TEMP.
POWER
MO
MO
MQ!
MQI
MOl
MQ!
MQ!
MOl
I~~: ~:g~
MQi
~~~
MO
2.0%
~'2%
M1~
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
Mq~
~.O%
MO
MO
MO~
MO
MO
Mq~
MO~
M?~
MO
MO~
M~~
~g~
~q~
MO~
MO
M1f
MO
2.0%
2.0%
2.0%
2.0%
2.0%
2.0~
2.0%
2.0%
~.O%
2.0%
2.0%
2.0%
2.0%
2.0%
~q~ ~:g~
MO'
M~~
Mq~
MO~
MO~,
M?~
~g~
Mq~
Mq~
MO~
~~~
MO~
~g~
2.4%
2.4%
2.4%
2.4%
2.4%
2.5
2.5
2.6%
2.6%
2.6%
2.6%
2.6%
2.6%
2.6%
2.6%
2.6%
2.6%
2.6%
.80*
.80*
.80*
.80*
:~O:
~.o
~~g~~
g
675mt ·55
750mt ·40
750mt 0
750mt 0
185mt 0
185mt 0
795m§ 0
1. 1 § 0
7g5m§ 0
750m§ 0
1!50m§ 0
175mt ,·55
175mt ·55
175mt ·55
675m§ ·55
675m§ ·55
1~75ni§ .~5
675m§ ·55
0
·55
·25
600m'JI ·55
105mt 0
Jgg~~
g
600m!! 0
0
·55
675~;,.55
675m '·55
750m'll 0
750m1E 0
750m~ 0
750m 0
·55
·55
1.1 § 0
0
·55
675m'll ·55
'~75m:!, 0
675m'll 0
470mt ·55
470mt ·55
470mt 0
470mt 0
470mt 0
675m ·55
760m 0
400mt 0
400mt 0
400mt 0
400mt ·55
400mt ·55
600m 0
600m 0
600m 0
600m ·55
6Q!,lm ·55
600m ·55
~~~~J
~~~~:
~~~~;,
125
75
75
125
85
75
75
70
70
'70
fO
,70
170
70
125
125
K312
K312
K318
K312
K312
K312
K312
K312
K312
K312
K312
K312
K312
K312
K312
K312
125
125
125
70
125
85
125
70
70
70
70
70
125
125
125
70
70
70
70
125
125
70
70
125
125
70
70
125
125
75
75
75
125
75
75
75
75
125
125
75
75
75
125
125
125
K312
K312
K312
K312
K312
K312
K312
K312
K312
K312
m~~g
~~n6
K312
K312
K312
K312
K312
K312
K312
K312
K312
K312
K312
K312
K312
~~12
~~12
K 113
K3113
K3113
K3113
K3113
'
K3111
K3111
K3111
K3111
K3111
K3111
K3111
K3111
K3111
~~111
TTL Alu/Function Generator;tod 80ns max.
Arithmetic Logic Unit/Function Generator.
Dual Full Adder/Full Subtractor.
Arithmetic Loaic Unit/Function Generators.
Arithmetic Logic Unit/Function Generators.
Arithmetic Logic Unit/Function Generators
Arithmetic LQltic Unit/Function Generators.
Alu/Function Generator.
Alu/Function Generator.
ALU/Function Generator;m.d 30ns max.
ALU/Function Generator;tpd 30ns max.
ALU/Function Generator;tpd 30ns max.
Hiah Seeed'tod 50ns max'FO 20 max.
High Speed;tpd 50ns max;FO 20 max.
Alu/Function Generator.
Alu/Function Generator.
_u,enerator.
~45lf Alu/Funct,on
ALU/Function Generator;tpd 30ns max.
M541
Hl\th SQeed;m.d 50ns max'FO 20 max.
M474
High Speed;tpd 50ns max;FO 20 max.
High Speed;tpd 50ns max;FO 20 max.
FP59b
M186
Arithmetic Loaic Units/Function Generators
M186
Arithmetic Logic Units/Function Generators
M186
Arithmetic Logic Units/Function Generators
t;019AA Arithmetic Logjc Units/Function Generators
t;015AA Arithmetic Logic Unit/Function Generator.
M186
Arithmetic Logic Unit/Function Generator.
t;015AA Arithmetic LQgjc Units/Function Generators
M186
Arithmetic .. L?gic Units/Function Generators
M186
4·Bit Parallel ALU/Func.Gen.
l:.015AA Arithmetic LQgjc Unit/Function Generator.
M186
Arithmetic Logic Units/Function Generators
t;019AA Arithmetic Logic Unit/Function Generator.
t;015AA Arithmetic LQgjc Unit/Function Generator.
M186
Arithmetic Logic Units/Function Generators
Arithmetic Logic Units/Function Generators
IM197
M274
Arithmetic LQgjc Unit/Function Generator.
M277a
Arith.Logic Unit Function Gener;tpd30nsmax
M277a
Arith.Logic Unit Function Gener;tpd30nsmax
M277a
Arith.Logic Unit Function Gener"tDd30nsmax
M186
Arithmetic Logic Unit/Function Generator.
T0116
Arithmetic Logic Unit/Function Generator.
M257e
Arithmetic lqgjc Unit/Function Generator.
T0116
Arithmetic Logic ~nit/FunctlOn Generator.
M257e
Arithmetic Logic U nit/Function Generator.
FP91
4·Bit Arithmetic Loaic Unit/Function Gen.
M291
4·Bit Arithmetic Logic ~ni!l,Function Gen.
FP9l
4·Bit Arithmetic Logic Uniti'Function Gen.
M291
4·Bit Arithmetic Logic Unit/Function Gen.
M237
4·Bit Arithmetic Logic Unit/Function Gen.
Arithmetic Logic Unit/Function Generator.
Arithmetic LQgjc Unit/Function Generator,
FP91
Arithmetic Logic Element,
M291
Arithmetic Logic Element.
M237
Arithmetic Loaic Element.
FP91
Arithmetfc Logic Element.
M291
Arithmetic Logic Element.
M237
Arithmetic Logic ElementGate Arrav.
FP59
Arithmetic logic element;gate array.
M270
I Arithmetic Logic Element;Gate Array.
IArithmetic LQlIic Element'Gate Arrav.
M237
Arithmetic logic element;gate array.
FP59
M270
Arithmetic LOllic Element'Gate Arrav.
SYMBOLS AND CODES
EXPLAINED IN INTERPRETER
245
LINE
No.
~
3
4
~#
7#
8y
9y
10
11
12
13
14
15
16
17y
18y
i~
~
TYPE
No.
1~~m~l~t
CD4057AD
Igg:g~~~~
HBC4057AD
HBC4057AK
CD40181AD
CD40181AK
MC14561AL
MC14561CL,P%
MM5307AAD
MM5307AAN
MM5736N
MM5738N
~61~~~~~D
CD40181BK
~g~~~~~
21
22
23
24
MC1650L
MC1651F
MC 1651 L
MC10166L
~~
;~~~~I,;
27
28
29
30
31
32
33
34
35
36
37
38
39
40
41
42
43
44
45
46
47
48
49
50
51
52
53
54
55
56
57
58
59
60
~i
63
64
65
66
67
68
69
70
71
93L24DC
~~t~m~
93L24PC
DM54L85F
DM54L85J
DM54L85N
DM74L85F
DM74L85J
DM74L85N
DM76L24J
DM76L24N
DM86L24J
g~~~~~~N
DM7485N
SN54L85J
SN54LS85J
SN54LS85W
SN74L85J
SN74L85N
9324DC
9324DM
9324FM
9324PC
DM7130D
DM7130F
DM7131J
DM7131N
DM7131W
DM7136J
g~jl~g~
DM7160W
g~j~gg~
DM7200W
DM8130D
DM8130F
DM8130N
DM8131J
DM8131N
DM8136N
DM8160J
DM8160N
DM8160W
72
73
DM8200J
74
DM8200N
75# FLH431-7485
76#
77y ~~~~~~-~485
78y N74S85F
79y N7485B
80y N7485F
81y S54S85F
82y S54S85W
83y S5485B
84y S5485F
85y S5485W
86# SFC485E
87# SFC485EM
88# SFC485ET
89
SN54S85J
SN54S85W
90
91
SN74LS85J
92
SN74LS85N
SN74S85J
93
94
SN74S85N
SN5485J
95
96
SN5485W
~~
99
100
101
102
103#
104#
105#
106#
107#
108
109
110
246
~~j:~~~
T9324F
i~~~:jM
T9324JM
~~~~~~~
ZN5485J
ZN7485E
ZN7485J
MC8324F
~g~~~:~
-.1.J
... ~nMt1
USE
OPER- PROATING CESS1J1'
FREQ.
(Hz)
(V)
3131
~1
31
31
31
31
31
31
31
31
31
31
1~1
I~Q§ g:~
Mq~
31
MO!
~~
32
32
32
32
32
32
32
32
32
32
32
32
32
32
32
32
32
32
32
32
32
32
32
32
32
32
32
32
32
32
32
32
32
32
32
32
32
32
32
32
32
32
32
32
32
32
32
32
32
32
32
32
32
32
32
32
32
32
32
32
32
32
32
32
32
32
32
32
32
32
32
32
32
32
32
32
32
32
32
32
32
32
32
32
32
32
32
32
32
32
LOGIC
LEVEL
fIJ'O'
(V)
:g1:~
900kt.% MOS 4.99*
4.99*
I~gg~~~
4.99*
900kt.% MO 4.99*
900kt.% M"
K3214
K3221
M200r
K3221
M345
K3221
FP88a
K3221a M200r
K3221a FP88a
K3215
M346a
K3215
FP88a
K3210
~~~:b
K3210
K3210
FP97a
K3214
M346a
K3214
FP88b
K3214
M396
K3221
M200r
K3221
M345
K3221a M345
K3215
M200r
K3215
M345
FP88a
K3215
K3210
M294b
K3210
M344
M117w
K323
~~~;9
~~~~
K323
K323
K323
K323
K323
K323
K323
K323
K329
K329
K329
K323
K323
K323
K323
K323
K323
K323
K323
K323
K323
K327
K327
K327
K327
K323
K323
K323
K323
K323
K322
K322
K322
~mw
M257f
M317
M200v
M200v
FP47g
M317
M200v
FP47g
M117
M117
M117
M153d
t.004AG
M153d
M117x
M153d
Ml17x
M153d
M04AG
M153d
M117x
FP101a
FP10la
M153c
M153c
Ml17u
T0116
M257e
T0116
M257e
FP85
M191
M278
GENERAL DESCRIPTION
4-~it Arithmetic ~oglc ~nit
4-Bit Arithmetic Logic Unit
CMS LSI 4 Bit Arith.Loaic Unit·tod5.4uomax
CMS LSI 4 Bit Arith.Logic _Unit;tpd5.4uomax
CMOS LSI 4 Bit ALU;tpd 5.4uo max.
CMS LSI 4 Bit ALU:tod 5.4uo max.
CMS LSI 4 Bit ALU;tpd 5.4uo max.
4-Bit;tpd 715no max.
4-Binod 715no max.
90 Complementer w/MC 14560.
g~n~oR~~:G~~~~r~tr~~~~~~eO·Divider.
Band Rate. ~en/Programmable Divider.
LSI 6 Digit Calculator.
Calculator'8 Diait Caoacitv.
C::alculato,:!~. Digit Capacity.
4-Bit;tpd 715no.
4-Bit·tod 715ns.
~uad l,;?mparatori~~RR tlOdB.
Dual;tpd 3.5ns;MECL III.
Dual·tod 3.5nst·MECL III.
Dual;tpd 3.0no;MECL III.
Dual;tpd 3.0nst;MECL III.
5-Bit Maanitude Comoarator.
5 Bit TTL Comparator.
3x4 bit Digital;Average tpd 16ns.
5 bit'lo 30mA max·tod 102ns max.
5 bitlo 30mA max;tpd 102ns max.
5 bit;lo 30mA max;tpd 102ns max.
5 bit'lo 30mA max:tod 102ns max.
4 Bit Magnitude;tpd 115ns max.
4 Bit Magnitude;tpd 115ns max.
4 Bit Maanitude·tod 115no max .
4 Bit Magnitude;tpd 115no max.
4 Bit Magnitude;tpd 115no max.
4 Bit Maanitude·tod 115no max.
Tri-State 4 Bit Magnitude Comparator.
Tri-State 4 Bit Magnitude Comparator.
Tri-State 4 Bit Maanitude Comoarator.
Tri-State 4 Bit Magnitude Comparator.
4 Bit Magnitude;tpd 115no max.
4 Bit Maanitude·tod 115no max.
4 Bit Magnitude Comp;tpd 150no max.
4 Bit Magnitude Comp;tpd 36no max.
4 Bit Maanitude Como:tod 36no max.
4 Bit Magnitude Comp;tpd 150no max.
4 Bit Magnitude Comp;tpd 150no max.
5 bit'lo 30mA max·ted 49no max.
5 bit;lo 30mA max;tpd 49ns max.
5 bit;lo 30mA max;tpd 49no max.
5 bit'lo 30m A max·tod 49no max.
10 Bit Comparator;tpd 40ns max.
10 Bit Comparator;tpd 40no max.
6 Bit Unified Buo Come:FO 10·ted 20no.
6 Bit Unified Buo Comp;~~ 10;tpd 20no.
6 Bit Unified Bus Comp;FO 10;tpd 20ns.
6 Bit Unified Buo Como:FO 10·tod 20no.
6 Bit Unified Buo Comp;FO 10;tpd 20no.
6 Bit Comparator;tpd 40no max.
6 Bit Comoarator·ted 40no max.
4 Bit;tpd 40no max;Set Up Time 10no max.
4 Bittpd 40no max;Set Up Time 10no max.
4 Bit·ted 40ns max'Set Un Time 10ns max.
10 Bit ~omparator;tpd 40no max.
10 Bit Comparator;tpd 40no max.
10 Bit Comoarator·tod 40ns max.
6 Bit Unified Bus Comp;FO 10;tpd 20ns.
6 Bit Unified Bus Comp;FO 10;tpd 20ns .
6 Bit Unified Bus Como:FO 10:tod 20ns.
6 Bit Comparator;tpd 40no max.
6 Bit Comparator;tpd 40no max.
6 Bit Comearator·ted 40ns max.
4 Bit;tpd 40no max;Set Up Time 10ns max.
4 Bit;tpd 40no max;Set Up Time 10n5 max.
4 Bit Comoarator·tod 35no max.
4 Bit Comparator;tpd 35no max.
4 Bit Magnitude;tpd 18ns max.
4 Bit Mailnitude·tod 18no max.
4 Bit Magnitude;tpd 20ns max;FO 10 max.
4 Bit Magnitude;tpd 20no max;FO 10 max.
4 Bit Mall.nitude·tod 18no max.
4 Bit Magnitude;tpd 18no max.
4 Bit Magnitude;tpd 20ns max;FO 10 max.
4 Bit Maanitude·tod 20ns max'FO 10 max.
4 Bit Magnitude;tpd 20no max;FO lOmax.
4 Bit Magnitude Comparator;tpd 35no max.
4 Bit Mailnitude Comoarator·tod 35no max.
4 Bit Magnitude Comparator;tpd 35no max.
4 Bit Magnitude Comp;tpd 18no max.
4 Bit Maanitude Como:ted 18no max.
4 Bit Magnitude Comp;tpd 36no max.
4 Bit Magnitude Comp;tpd 36no max.
4 Bit Maanitude Como:tod 18no max .
4 Bit Magnitude Comp;tpd 18no max.
4 Bit Magnitude Comp;tpd 35no max.
4 Bit Mailnitude Como;tod 35no max.
4 Bit Magnitude Comp;tpd 35no max.
4 Bit Magnitude Comp;tpd 35no max.
TTL Five Bit ComD.lIrator·tnd 48ns max.
TTL Five Bit Comparator;tpd 45ns max.
TTL Five Bit Comparator;tpd 48ns max.
TTL Five Bit Comoarator·tod 45no max.
4Bit Comparator;tpd 35no max.
4 Bit Magnitude Comp;tpd 35no max.
4 Bit Maanitude Como;tod 35no max.
4 Bit Magnitude Comp;tpd 35no max.
4 Bit Magnitude Comp;tpd 35no max.
5-Bit Comoarator.
5-Bit Comparator.
5-Bit Comoarator.
SYMBOLS AND CODES
EXPLAINED IN INTERPRETER
246
LINE
No.
2
3
4
5
6
7
8
9
.iJ
TYPE
No.
~C~~~:t
ATING CESS flj'1'
FREQ.
1Hz)
IV)
.~~~
MO
32
32
32
32
l?
1~1.
~~#
~~~~~~~~L
~f7WB8:CP
SP741BT
SP741BE
:~# CD4063BD
45
CD4063BE
46
CD4063BF
47
CD4063BK
48# HBC4046AD
49# HBC4046AF
HBC4046AK
HBF4046AE
52#
LOGIC
LEVEL
ilJ'O'
t:%
2.5%
M~~ 2.5%
2.6%
2.6%
2.6%
2.6%
MO~ 2.6%
2.6%
~g: 3.0%
PCB 3.3
PC~~ 3.3
3.5%
3.5%
3.5%
M'b
.80*
0.0
5.5
280m
-55
1<15 K34a5
M314
4 Bit Bistable Latch;tpd 44ns max.
Mm
2.0%
.80*
0.0
5.5
280m
-55
125 K3435
M314
4 Bit Bistable Latch:tod 44ns max.
Mm
2.0%
.80*
0.0
5.5
280m
-55
125 K3435
M314
4 Bit Bistable Latch;tpd 44ns max.
M~~
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
.80*
.80*
.80*
.80*
.80*
.80*
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
5.5
7.0
5.0
5.0
5.0
5.0
2:g~t 1~5
125 K3435
75
125
K3424
~g K3424
70 K3428
70
70
70 K347
125 K3422
125 K3428
125 K3428
125 K3428
70 K347
125 K347
85 K347
85 K347
125 K347
125 K347a
125 K3439
125 K3439
70 K347
70 K347
70 K347
70 K347
70 K3438
'70 K3438
70 K3428
70 K3428
FP116
M153b
M1530
M153g
M117ab
M317
",,_200v
FP47g
M117
T088
M317
M200v
FP47g
T0116
T0116
T0116
T0116
M153d
FP52e
4 Bit Bistable Latch;tpd 44ns max.
T Type;Fan Out 20.
4 Bit Bistable Latch:tod 40ns max.
4 Bit Bistable Latch;tpd 40ns max.
4 Bit Bistable Latch;tpd 40ns max.
Quad S-R·tod 27nst.·FO 20 max.
Q.uad S-R;tpd ~7nst.;~2 ~~ max.
Quad S-R;tpd 27nst.;FO 20 max.
T Tvne'Fan Out 20.
Quad Bistable Latch.
Quad S-R;tPd 27nst.;FO 20 max.
Quad S-R·tDd 27nst. 'FO 20 max.
Quad S-R;tpd 27nst.;Fu 20 max.
T Type;Fah Out 10.
T Tvoe'Fan Out 10.
T Type;Fan Out 10.
T Type;Fan Out 10.
4 Bit Bistable Latch·tpd 80ns max.
4 Bit Bistable Latch;tpd 80ns max.
Multi Mode Latch Buffer.
Multi Mode Latch Buffer.
4 Bit Bistable Latch;tpd 80ns max.
4 Bit Bistable Latch;tpd 80ns max.
4 Bit Bistable Latch·tpd 1gns max.
4 Bit Bistable Latch;tpd 19ns max.
8 Bit Addressable Latch;tpd 34ns max.
8 Bit Addressable Latch:tod 34ns max.
Quad S-R Latch;tpd 27ns max.
Quad S-R Latch·tpd 27ns max.
61
~~:.11
~gt
~~~: ~:g:~~~
M
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.4%
2.4%
2.4%
2.4%
2.4%
2.4%
2.4%
2.4%
2.4%
2.4%
2.4%
2.4%
~.4%
2.4%
2.4%
2.4%
2.4%
2.6%
2.6%
2.6%
2.6%
2.6%
2.6%
2.6%
2.6%
2.6%
2.6%
4.57
4.57
9.9%§
9.9%§
9.9%
9.99%§
9.99%§
9.99%§
9.99%§
9.99%§
9.99%§
9.99%§
9.99%§
9.99%
9.99%
9.99%
9.99%
9.99%
~g~ ~:~~~
MO! 9.99%
9.99%
9.99%
MO 9.99%
Mq~ 9.99%
M
2~g~~
18
10 20u%
10
10
10
15
15
15
5.0
5.0
5.0
5.0
5.0
20u%
200u%
20u%
375mt
375mt
375mt
75~~
75m
225mt
225rnt
225mt
-55
-55
0
0
0
0
0
0
0
0
0
-55
-55
-55
-55
-55
-55
-55
-55
0
0
0
15
15
0
0
-55
-40
-55
-40
-40
-55
-40
-55
-40
-55
-40
-55
-40
-55
-40
-40
-55
-55
-40
-55
-55
-55
-55
-40
-55
-55
0
-55
-40
-55
-55
-40
-55
-30
-30
-30
-40
-40
-55
-55
0
IN ORDER OF (1)USE(2)LEVEL'1'(3)LEVEL'O'
(4IMAX OPER FREQ(5ITYPE No.
DRAWINGS
OUTLINE
LO~IC
DWG. No DWG. No
t,=MO
~~ ~:m~
125
125
125
125
85
70
70
70
75
75
125
125
125
125
125
70
70
70
70
70
70
70
70
75
70
K347
K347
K347
K347a
K347
K347
K347
K347
K3423
K3423
K3423
K347
K347
~~g~
K347
K347
K3423
K3423
K347
K347
K347
K347
K3427
K3424
~~5 ~~:~:
70
125
125
70
70
75
125
125
75
125
125
125
125
K347
K347
K347a
K347
K347a
K348
K348
K348
K348
K348
K3437
K3437
K3437
125
125
75
75
75
75
75
75
70
70
70
125
125
125
125
125
125
125
125
75
75
75
55
55
75
75
125
85
125
85
85
125
85
125
85
125
85
125
85
125
85
85
125
125
85
125
125
125
125
85
125
125
75
K3418
K3418
K3418
K3418
K3418
K3420
K3420
K3420
K3418
K3418
K3418
K3419
K3420
K3420
K3418
K3418
K341
K3417a
K3417a
K3417a
K3417a
K341
K3416
K3416
K3416
K3416
K344
K344
K344
K3413
~~:1~
K3414
K3413
K3413
K3414
~m4
K345
K345
K3414
K3414
K3414
K3414
K3414
K3413
K3413
K3413
K3413
K3413
K342
~~5 ~~::~
125
125
85
125
75
75
75
85
85
125
125
70
K3413
K3414
K3414
K3414
K3415
K3415
K3415
K3518
K3518
GENERAL DESCRIPTION
I !\'1ultl !\'1ode Latch ~uf!er.
Multi Mode Latch Buffer.
M153d
4 Bit Bistable Latch·tPd 40ns max.
Ml17
T Type;tpd 15ns typo
M04AG 4 Bit Bistable Latch;tpd 40ns max.
<'>004AA 4 Bit Bistable Latch·tod 40ns max.
Ml17
T Type;Fan Out 20.
M153d
4 Bit Bistable Latch;tpd 40ns max.
Ml17x
4 Bit Bistable Latch·tod 40ns max.
4 ckts;tpd 15 ns typo
T084
4-Bit w/Clear;tpd 30ns max.
Dual
<'>015AA
M186
Dual 4-Bit w/Clear:tpd 30ns max.
<'>015AA Dual 4-Bit w/Clear;tpd 30ns max.
8-Bit Bistable;tpd 30ns max.
8-Bit Bistable·tl!d 30ns max.
4-Bit w~~!ear;tpd 30ns max.
4-Bit w/Clear;tpd 30ns max.
<'>015AA 8-Bit Bistable·tod 30ns max.
M186
8-Bit Bistable;tpd 30ns max.
<'>0 15AA 4-Bit w/Clear;tpd 30ns max.
M186
4-Bit w/Cleanod 30ns max.
M153b
4 ckts;tpd 40ns<'>.
Ml17
4 ckts;tpd 40ns<'>.
M197
8 ckts·tpd 15ns tvP.
8 ckts;tpd 15 ns typo
M197
M267c
Quad Bistable Latch;tpd 35ns max.
M267
4 Bit Bistable Latch·tod 40ns max.
4 Bit Bistable Latch;tpd ~~ns max.
4 Bit Bistable Latch;tpd 40ns max.
4 ckts'Fa n Out 20.
Ml17g
4 ckts;Fan Out 10.
T088
4 ckts;tpd 15ns typo
Ml17g
4 ckts'Fan Out 10.
4 ckts;tpd 15ns typo
Dual 4 bit Latch;lo 30mA max;tpd 30ns max
M246
Dual 4 bit Latch'lo 30mA max·tod 30ns max
FP105
Dual 4 bit Latch;lo 30mA max;tpd 30ns max
Dual 4 bit;lo 30mA max;tpd 30ns max.
M246
Dual 4 bit'lo 30mA max·tod 30ns max.
M246
High Speed 6 Bit Latch,Delay 12ns max.
M207a
M146f
High Speed 6 Bit Latch,Delay 12ns max.
M146g
High Speed 6 Bit Latch Delay 12ns max.
M154
Quad Latch;TTL;TU 1U;tpd 3uns typo
Quad Latch.
M191
Quad Latch.
T086
Quad Latch.
M191
Quad Latch.
M278
Quad Latch.
T086
Quad Latch;FO 10;tpd 32ns max.
FP85
Quad Latch;FO 10;tpd 32ns max.
M191
M278
Quad Latch'FO 10·tpd 32ns max.
M191
Quad Latch.
Quad Latch.
M278
Quad Latch.
T086
M237
Dual 4-Bit Latch;TTL.
FP85
Quad Latch;FO 10;tpd 28ns max.
Quad Latch'FO 10·tod 28ns max.
M191
Quad Latch.
M191
T086
Quad Latch.
M191
Quad Latch'Fan Out7·tpd 35ns tvP.
Quad Latch;Fan Out7;tpd 35ns typo
T086
Quad Latch;Fan Out7,tpd 35ns typo
TOl16
Quad Latch'Fan Out7·tod 35ns tvo.
T086
Quad Latch;Fan Out7;tpd 3bns typo
TOl16
Ml05n
DTL Quad Latch.
TOl16
Quad Latch'FO 9·RTL·tod 50ns tvo.
Quad Latch;FO 9;RTL;tpd 50ns typo
Quad Latch;FO 9;RTL;tpd 50ns typo
TOl16
Quad Latch'FO 9'RTl'tod 50ns tYD.
BCD-to-7 ::;egment Latch/Decoder/Driver.
M346a
BCD-to-7 Segment Latch/Decoder/Driver.
M345
Dual 4-Bit Latch.
M292
Dual 4-Bit Latch.
M292
Dual 4-Bit Latch.
Quad 3 State NOR R/S Latch.
M200a
M200q
Quad 3 State NOR R/S Latch.
M200q
Quad 3 State NAND R/S Latch.
Quad 3 State NAND R/S Latch.
M200a
FP103
Quad 3 State NOR R/S Latch.
FP103
Quad 3 State NOR R/S Latch.
FP103
Quad 3 State NAND R/S Latch.
FP103
Quad 3 State NAND R/S Latch .
M191
Quad;tpd 40ns typo
M191
Quad·tod 40ns tvo.
M278
Quad;tpd 40ns typo
M475d
R-S Flip-Flop w/Latch.
M475e
R-S Flio-Floo w/Latch.
M475f
R-S Flip-Flop w/Latch.
~g:~~~
~gl~~~
~~gg~
~~~~
igll~
~~~11
IM475d
'M475e
M475f
FPlll
FC!Z\
M200b
L'.002AE
L'.OOlAC
L'.004AG
<'>002AE
L'.OOlAC
L'.004AG
M154
M191
M278
M200aa
M278
M153d
<'>004AG
M153d
~:~ ~:lg:~:~g :~t:~~~:
R-S Flip-Flop w/Latch.
R-S Flip-Flop w/Latch.
R-S Flio-Floo w/Latch.
R-S Flip-Flop wlLatch.
R-S Flip-Flop wlLatch.
D Tvoe·tod 3.6ns tvo.
gg~~~g~ g~:~ ~ ~~:~: ~~~ t:~~~:
COS/MOS Quad 3 State R/S Latch.
COS/MOS Quad 3 State R/S Latch.
COS/MOS Quad 3 State R/S Latch.
COS/MOS Quad 3 State R/S Latch.
Quad Latch;FO 10;tpd 300ns max.
Quad Latch; Fan Out 10.
Quad Latch'Fan Out 10.
CMS;2-of-8 Keypad-to-Binary Encoder.
CMS;2-of-8 Keypad-to-Binary Encoder.
10 Line to 4 Line Prioritv Encoder.
10 Line to 4 Line Priority Encoder.
10 Line to 4 Line Prioritv Encoder.
SYMBOLS AND CODES
EXPLAINED IN INTERPRETER
250
LINE
No.
f§J
TYPE
No.
!'" 1~7:~~1~~N
2
3
4
5
6
7
8
.9
10
11
12
13
14
15
16
MC4032L P%
MC4332F
MC4332L
10165F
MC10165L
MC10165P
T513
93L 18DC
93L18DM
93L 18FM
93L18PC
9318DC
9318DM
9318FM
9318PC
N74147B
N74147F
N74147W
N74148B
N74148F
N74148W
S54147B
S54147F
S54147W
S54148B
S54148F
S54148W
SN29318J
SN29318N
SN39318J
SN54159J
SN54159W
SN74159J
SN74159N
17
18",
J~:
21",
22",
23",
24",
25",
26",
27",
~~:
30
~J
33
34
35
36
~~
39
40
41
42
:~
48
49
50
51
~~
54
~~
57
58
59
60
61
62
63",
g;'"
66
67
68
69
70
71
72
73",
74
75
76",
77",
78",
79",
80
81
82
83
84
85
86
87
88
89
90
91
92
93
94
95
96
97
~~:~
;g~:
102
1~~
105
106
107
lOS",
109+
110+
251
I
~~
750
755
4034-25
6472
35
35
35
35
35
35
36
36
36
36
:~~llg~~~
~~
gg:~n~~
IH5111CDE
IH5111MDE
MSSHOI
MSSH02
MSSH05
SHMCMI
ZD451
ZD452
ZD453
5886
ADH051
MSHI
5893
ADH050
VSSH-Sl
VSSH-S3
VSSH-Fl
VSSH-F3
SHMCM
SHMUH
SP1650B
SP1651B
4854
4855
LH0023CG
LH0023G
LH0043CG
LH0043G
MN343
MN343H
SH730
SHAIA
SHA2A
~gt
~~f
35
35
35
35
35
35
35
~~~:;j~~L
MC14532CL
MC14532CP
CD4532BD
CD4532BE
~~f
I~~
MC9318F
MC9318L
Rl3200K
RL3202K
RL40D
RL40K
RL41D
RL41K
RL42D
Rl42K
RL43D
RL43K
MM54C154D
DV610
DV611
MC14410L
~~mg~
:~
~gt
35
35
35
35
35
35
35
35
35
35
35
35
35
35
35
35
35
35
35
35
35
35
35
35
35
35
35
35
35
35
35
35
5925-1
5950-1
5955-1
MC8318F
-.96%
Mq~ -.96%
MO-" -.96%
PCB 1.7
2.0%
2.0%
2.0%
M~; 2.0%
2.0%
2.0%
Mq~ 2.0%
Mq~ 2.0%
MOt 2.0%
2.0%
2.0%
MOt 2.0%
M~; 2.0%
2.0%
2.0%
Mq~ 2.0%
Mq~ 2.0%
MOt 2.0%
I~~
5340
36
36
36
36
36
36
36
36
36
36
36
36
36
36
36
36
36
36
36
36
36
36
36
36
36
36
36
36
36
36
36
36
36
IVI
MO~
1~5
35
I~~
lJl'
MUI
~~
35
35
35
35
35
35
35
35
35
35
35
35
35
35
~ng
~~~g
45
~nM~u
fuSE OPER- PROATING CESS
FREQ.
1Hz)
I
Mot
M1~
MO
MO
M~~
1.0M
1.0M
1.0M
1.0M
1.0M
1.0M
1.0M
11.OM
~gt
~~:
PCB
~g;
PCB
PCB
~CJ't
M~~
MO
MOt
~~;
MOt
M~~
~gt
M~~
MO
MO~
M1~
200kll
200kll
1.0Mll%
1.UMll'lb
MO
MO
3DM
L.O%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.4%
2.4%
2.4%
2.4%
2.4%
2.6%
2.6%
3.5
3.5
3.5
3.5
3.5
3.5
3.5
3.5
3.5%
4.5%
4.5
4.99%
~~~
~~§ ~:~~~
9.99%
MOS
9.99%
M?§
10
MO
MOS
10
10
10
3DM
3DM
~~~
1'0'
,
:~1:~
.01*t
.01*t
O.Ot
O.Ot
O.Ot
O.Ot
~~~
3DM
3DM
3DM
PCB
PCB
PCB
D.A. T.A.
MO~
5.0
5.0
-1.6*t
-1.6*t
.80*
.80*
.80*
:g~:
.80*
.80*
.80*
.80*
.80*
.80*
~:~
~:~
0.0
5.0
0.0
5.0
0.0
5.0
5.2 ! 0.0
5.2
0.0
5.2
0.0
0.0
5.0
0.0
5.0
5.0
0.0
0.0
5.0
0.0
5.0
0.0
5.0
0.0
5.0
0.0
5.0
0.0
5.0
0.0
5.0
0.0
5.0
0.0
5.0
0.0
5.0
0.0
5.0
0.0
5.0
0.0
5.0
0.0
5.0
0.0
5.0
0.0
5.0
0.0
5.0
0.0
5.0
0.0
5.0
0.0
5.0
0.0
5.0
5.0
0.0
0.0
5.0
0.0
5.0
0.0
5.0
0.0
5.0
0.0
5.0
0.0
5.0
0.0
5.0
0.0
5.0
0.0
5.0
0.0
5.0
0.0
5.0
0.0
5.0
0.0
5.0
0.0
5.0
0.0
5.0
0.0
5.0
0.0 5.25
0.0 5.25
0
5
0
5
0
5
0
5
0
5
0
5
0
5
0
5
0.0
5.0
15
15
15
15
0.0
5.0
I
O.~
0.0
0.0
0.0
0.0
0.0
0.0
0.0
15
15
15
15
15
I
I 15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
0.0
15
5.2
5.2
15
15
0.0
0.0
15
15
15
15
15
15
15
i
~CJ'~
~~~
DI~~'
.30*1
.30*1
.30*t
.30*1
-1.6*t
-1.6*1
-1.6*1
.90
.70*
.70*
.70*
.70*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80'
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.40*t
.40*t
.40*t
.40*t
.40*t
.40*t
.40*t
.20t
.20t
.20t
.201
.201
.20t
.201
.20t
1.5*
1.0*
1.0*
.01*t
~CO:
3DM
3DM
3DM
3DM
3DM 0.0
0.0
-.96%
MO~ -.96%
30M 2.0%
3DM 2.0%
2.0%
2.0%
2.0%
2.0%
TFH 2.0%
TFH 2.0%
2.0%
3DM 2.0%
3DM 2.0%
SUPPLY
TOTAL
SPAN
PKG.
LOlli
NEG. POS.
(V)
(V!
'C
IVI
M?§
MO
MOS
10k0
1.0M
2.0M%
5.0M
5.0M
25M
25M
100M
100M
1
10k
10M
IN ORDER OF (1 )USE(2ILEVELT(3)LEVEL'O'
(4IMAX OPER FREQ(5ITYPE No.
11 · MISCELLANEOUS
POWER
MAX. TEMP.
LOGIC
LEVEL
b'fo
10
10
10
TO
10
10
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
12
15
0.0
0.0
15
15
5.0
5.0
15
15
15
15
15
15
15
I:.!~g~t I~
DRAWINGS
LOGIC OUTLINE
HI DWG. No DWG. No
;~
20mt
20mt
20mt
545m1
545mt
545mt
750m
0
75
-55
-55 1 125
125
-30 185
-30 85
-30 85
70
0
75
I
1?55 125
75m1 -55 125
75mt 0
75
75
385~~ 0
385m -55 125
125
385m~ -55
75
385m~ 0
350m§ 0
70
350m§ 0
70
350m§ 0
70
300m§ 0
70
300m§ 0
70
300m§ 0
'70
350m§ -55 '125
350m§ -55 125
350m§ -55 125
300m§ -55 125
300m§ -55 125
300m§ -55 125
200m~ 0
75
75
0
200:~ -55 125
200m
170m -55 125
125
170~; 0-55 70
gg~~ 0 70
725m 0
70
715m 0
70
70
980m 0
475m :0
70
1.5
10
70
725m 0
70
70
715m 0
980m 0
70
225m1 0
75
75
75
225mt -55 125
225m1 -55 125
187m -55 125
210m 0
75
20m -55 125
20m -55 125
20m -55 125
20m ~5
j~5
20m 0
20m 0
75
20m 0
75
20m '0
75
500m -55 125
70
0
0
70
5.5 % -40 85
-~~
5·1bO,;"%
-55
100u% -40 85
100u% -40 85
200m§ -55 125
200m§ -40 85
200m§ -55 125
125
~gg~~ 0-55 70
70
2.4
0
750m~ -40 85
900mt 0
70
500m -25 ~~
500m
500m :~~ 1~~5
-55 125
500:~ -55 85
900m
900m -55 85
900m~ -55
85
0
70
70
0
70
450m~ 0
70
450m 0
210m~ -55
85
-55 85
-15
55
85
540m~ -55
-55 85
2.2 % -55 85
2.2 % 0
70
2.2 % -55 85
2.2 % 0
70
30m 0
70
70
0
j~~~
K355
K355
K355
K355
K3513
K351
K351
K352
K352
K352
K352
iK352
K352
K352
K352
K3519
K3519
K3519
K358
K358
K358
K3519
K3519
K3519
K358
~~~~
K358
K358
K358
K359
K359
K359
K359
n~~~ ~
K356
K356
K356
K356
K356
~~~~~
K3516
K3510
K3511
K3517
~~5
2i6~~
~f5~~
275m~
600m
2.7 %
1.5
1.5
1.5
1.5
0
0
-25
-55
-25
-55
0
435:;
435m -55
900m 0
~15%~
g
GENERAL DESCRIPTION
~=MO
'C
70
70
85
125
85
125
70
125
70
70
70
mr
K357
K357
K3514
K3514
K3514
K3514
K366
K366
K364
~~m
K3635
K3635
K3623
K365
K365
K3611
K3611
K3611
K3611
K3617
K3618
K3636
K3632
iK3633
K361
~~gJ
K362
K3612
K3624
1%86 X
TOl16
T086
TOl16
M153e
M191
~:~8
M224c
M224c
FP79b
M357
M224c
M224c
FP79b
M357
M317
M200v
FP479
M317
M200v
FP47g
M317
M200v
FP479
M317
M200v
FP47g
M153d
Ml17x
M153d
l1015AA
l1019AA
l1015AA
M186
M263
M263
M263
M264
M261
M262
M262
M262
FP85
M191
M278
FP85
M191
FP21b
FP21b
Ml05m
FP21b
M105m
FP21b
Ml05m
FP21b
Ml05m
FP21b
M400
M467
M468
M200aa
~1~~
M191
M278
llOOlAE
llOOlAC
llOOlAC
l1004AG
M234
M234
M303.
CB62
~~~g
M330
M330
M176
M176
M176
M494
M300
M300
M258a
M486
CB37c
M258a
M486
M212
M212
M212
M212
M419
M416
M200g
M200a
CN18a
CN18a
CN18a
CN18a
M390
M368
M362
nOrily .ncooer.
I U Line to 4 Line
Ca rry Decoder.
Carry Decoder.
Ca rry Decoder.
Carry Decoder.
8 Line to 3 Line Priority Encoder.
8-lnput Priority Encoder.
8 Bit Priority Encoder.
Eiaht Inout Priority Encoder.
8 Input Priority Encoder;tpd 72ns max.
8 Input Priority Encoder;tpd 72ns max.
8 Input Priority Encoder·tpd 72ns max.
8 Input Priority Encoder;tpd 72ns max.
8 Input Priority Encoder;tpd 32ns max.
8 Inaut Priority Encoder·ted 32ns max.
8 Input Priority Encoder;tpd 32ns max.
8 Input Priority Encoder;tpd 32ns max.
10 to 4 Line Priority Encoder·tpd 21 ns max
10 to 4 Line Priority Encoder;tpd 21 ns max
10 to 4 Line Priority Encoder;tpd 21 ns max
10 to 4 Line Priority Encoder·tpd 21 ns max
10 to 4 Line Priority Encoder;tpd 21 ns max
10 to 4 Line Priority Encoder;tpd 21 ns max
8 to 3 Line Priority Encoder·tad 21 ns max.
8 to 3 line Priority Encoder;tpd 21 ns max.
8 to 3 Line Priority Encoder;tpd 21 ns max.
8 to 3 Line Priority Encoder-tpd 21 ns max.
8 to 3 Line Priority Encoder;tpd 21 ns max.
8 to 3 Line Priority Encoder;tpd 21 ns max.
8-Line-to-3-Line Priority Encoders.
8-Line-to-3-Line Priority Encoders.
8-Line-to-3-Line Priority Encoders.
4-to-16-Line Decoders/Demultil1lexQrs.
4-to-16-Line Decoders/Demultiplexers.
4-to-16-Line Decoders/Demultiplexers.
4-to-16-Line Decoders/Demultielexers.
Decoder Driver with Quad Latch Memory.
Decoder Driver with Decade Counter.
Decoder Driver with Decade Counter and Mem
Hexadecimal Decoder Driver.
Alpha Numeric Decoder Driver.
Decoder Driver with Quad Latch Memory.
Decoder Driver with Decade Counter.
Decoder Driver with Decade Counter and Mem
8-lnaut Priority Encoder.
8-lnput Priority Encoder.
8-lnput Priority Encoder.
8-lnput PrioritY Encoder.
8-lnput Priority Encoder.
24 Bit Carry Decoder;use with RL3100.
24 Bit Carry Decoder'use with RL3102.
Carry Decoder;use W/RL20 t RL30.
Carry Decoder;use W/RL20 t RL30.
Carry Decoder'use W/RL20 t RL30.
~arry Decoder;use W/RL20 t RL30.
Carry Decoder;use W/RL20 t RL30.
Carry Decoder'use W/RL20 t RL30.
Carry Decoder;use W/RL20 t RL30.
Carry Decoder;use W/RL20 t RL30.
4-to-16 Line Decoder/Demultialexer.
Encoder;O to -10V;Lin ±0.01%.
Decoder;O to -10V;Lin ±0.01%.
CMS'2-of-8 Tone Encoder.
~~:;;~ot-H lone Encoder.
8-Bit Priority Encoder.
8-Bit Priority Encoder.
8-Bit Priority Encoder.
CMS 8 Bit Priority Encoder.
CMS 8 Bit Priority Encoder.
<,:MS 8 Bit Priority Encoder.
CMS 8 Bit Priority Encoder.
Peak Detector/Samale Hold.
Peak Detector/Sample Hold.
Sample-Hold Modules.
Samele and Hold.
CMS;Acquisition Time 5us typo
CMS;Acquisition Time 5us typo
CMS'AcQuisition Time Sus typo
CMS;Acquisition Time 5us typo
Sample-and-hold mudule;Acc.O 1%.
Samale-and-hold module·Acc.02%.
Sample-and-hold module;Acc.05%.
~av~~:~Yh~l~mR~~~3i~;~~ciui.iF::o.l ~~~~;ax.
Sample/hold Amp,diff. input;Freq. 600kHz.
Sample/hold Amp,diff.input;Freq. 20kHz.
Sample-Hold'Voffset ± 30mV.
Track and Hold;Acq Time 600ns.
Sample and Hold Amplifier.
Peak Sense-Hold'Gv 1.0
Track and Hold;Acq Time 120ns.
High Speed Sample/Hold;Slew rate 50V/us.
Hiah Seeed Samele/Hold'Slew rate 500V/us.
High Speed Sample/Hold;Slew rate 500V/us.
High Speed Sample/Hold;Slew rate 500V/us.
Gain Error ±.01 %'Aperature Delay 20ns.
Acq.Time 30nS;Sample Rt 10M Hz.
Dual AID Comparator;Delay 3.5ns.
Dual AID Comparator'Delay 2.5ns.
Acquisition Time 15usat ~I!.V Step to .1 %FS
Acquisition Time220ns at 20V Step to .1 %FS
Samale and Hold Circuit-Acc .01% max.
Sample and Hold Circuit;Acc .01% max.
Sample and Hold Circuit;Acc .10% max.
Samele and Hold Circuit'Ace .10% max.
Sample and Hold;Droop .1 mV/ms;Zin 3.0kO.
Sample and Hold;Droop .1mV/ms;Zin 3.0kO.
Sample Hold'Acc 12 Bit'Acq Time 1.0us.
12 Bit;Acq Time 5.0us max.
12 Bit'Settlino Time 500ns.
SYMBOLS AND CODES
EXPLAINED IN INTERPRETER
251
LINE
No..
~
TYPE
No..
h1,J~
!!.Mt1
USE OPER- PROATING CESS
FREQ.
(Hz)
~
3
4
5
6"
H
8
9
10.
11
12
13.
14+
15
1~"
17"
18
19
20
21+
22"
23
24"
25.
26
27
28
29
30
31
32"
33
34+
35
36"
37
38
39
40
41
42#
43
44
45
46
47
48
49
50
51
52
53
54
55
56
57
1~~~~~01
I~g
SHM-40
36
~~~341
.~~
4853
SHA6
SHC23
SHC23ET
SHA5
190
191
SHAll I
SHAIY
195
36
36
36
36
36
36
36
36
36
36
~~g~~ET
~g
SHMI
SHM4
5022
S/H725
S/H725LH
SHM2
SHA1134
20k
20k
20k
30k
50k%
50k%
50k
50k
lOOk
?Oo~g
200k!Zl
200k
200k
300k
400k
400k
500k
800k
1.0M
2.0M
2.0M
10M
36
36
36
36
~~
ra~~25WB
SHMICI
A880
5032
5023
5024
SH740
5025
SHA1114
5030
4856
8111-01
8111-02
8111-05
5021
5026
GXB10179
MC10579F
MC10579L
10179B
10179F
MC10179L
MC10179P
SN10179AJ
SN10179AN
5536
93420C
93420M
9342FC
9342FM
9342PC
OM54182J
OM74182J
OM74182N
60U FLH411-74182
FLH415-84182
~1~=
62"
63"
~~
~g~!Zl
36
36
36
36
36
36
36
36
36
36
36
36
36
36
36
36
36
36
37
37
37
37
37
37
37
37
37
37
37
37
37
37
37
37
37
37
37
37
~g~0
~g~)')
100M
1.5M
10M
500k
500k
500k
10M),)
,
~:~~~~~10/01lOilEB
64"
65"
66"
g~:
69#
m;
72"
73"
74"
75"
~~~
78#
79#
80
81
82
83
84
85
86
87
88
89
90
91
92
~~
9S;t
96
97
98
99
100
101"
102"
103"
104"
105"
106
252
,37 ~
JANM3851010110 2BF
1
37 I
JANM38510101102CEE
137
JANM38510101102CFE
37
M53382P
37
MIC54182J
37
MIC64182J
37 I
MIC74182J
37
MIC74182N
37
N741828
~j
N74182F
S54182B
37
S54182F
37
S54182W
37
SFC4182E
37
SFC4182EM
37
SFC4182ET
37
SN54S 182J
37
SN54S182W
37
SN74S182J
37
SN74S182N
37
SN54182J
37
SN54182N
37
SN54182W
37
SN74182J
37
SN74182N
37
SW74182J
37
SW74182N
37
T54S182F
37
T54S182J
37
37
:m~mj
37
TL74182N
37
MC54182F
37
MC54182L
37
MC74182F
37
MC74182L
37
MC74182P
37
C040182AO
37
C040182AE
37
C040182AF
37
C040182AK
37
C040182AY
37
MC14582AL
37
D.A. T.A.
11 · MISCELLANEOUS
POWER
MAX. TEMP.
flJ'1'
LOGIC
LEVEL
flj'O'
(V)
(V)
~:g~
30M
2.0%
I~g~
~.O%
2.0%
30M 2.0%
30M 2.0%
TFH 2.0%
TFH 2.0%
30M 2.0%
30M 2.0%
30M 2.0%
30M 2.0%
30M 2.0%
30M 2.0%
2.0%
I~g~ 2.0%
30M 2.0%
30M 2.0%
30M 2.0%
30M 2.0%
30M 2.0%
30M 2.0%
30M 2.0%
2.0%
'~g~ 2.0%
MOt 2.0%
30M 2.0%
30M 2.0%
30M 2.0%
30M 2.0%
2.0%
30M 2.0%
30M 2.4%
30M 2.4%
2.4%
30M 2.4%
30M 2.4%
30M 2.4%
30M 3.0
4.0
~g~ -.88
-.93%
M~~ -.93%
~g~ -.96%
Mq~ -.96%
Mq~ -.96%
MO~ -.96%
Mq~ -.98%
MO_~ -.98%
PCB 2.0%
2.0%
2.0%
MQN 2.0%
2.0%
2.0%
M~~
MO
2.0%
Mq~ 2.0%
Mq~ 2.0%
MO~
2.0%
2.0%
~g~ 2.0%
SUPPLY
TOTAL
PKG.
LOlli
SPAN
NEG. POS. DISS.
(V)
(V)
(W)
'C
:~g:
:~g:
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.40*
.50*
.80*
.80*
.80*
.80*
.60
.80
-1.7t
-1.6*t
-1.6*t
-1.6*t
-1.6*t
-1.6*t
-1.6*t
-1.6*
-1.6*
.45*
.80*
.80*
.80*
.80*
.80*
.80*
::g:
.80*
,i
I
.80*
.80*
!
GENERAL DESCRIPTION
ll=MO
'C
I~~g::;: Ig Ijg
15 750";~ -55 125
-55
j~5
0
15 900m'll 0
70
15 510m 0
70
15 450mt 0
70
15 450mt -55 125
825~; 0-25 70
15
15 600m
85
15 600m -25 85
15 450m 0
70
70
70
0
l~ I~~g::; -55
0
70
15 1.0 t
15 390mt 0
70
-55 85
jgg::;; 0
70
l~ no~~g 70
75
15 555m 0
70
70
~~ ~~0%'lI g 60
75
15 150m 0
60
15 1.8 % 0
15 450m -55 85
15 1.3 % -55 85
15 1.8 % -55 85
15 3.0 % 0
70
15 2.7 % -55 85
15 3.0
-55 .125
15 240m -55 85
15 300m 0
75
15 300~; -55 85
15
-55 85
15
-55 85
15 900m -55 85
15 900m'll -55 85
0.0
75
0
0.0 300mt -55 125
0.0 300mt -55 125
0.0 200mt -30 85
0.0 200mt -30 85
0.0 300mt -30 85
0.0 300mt -30 85
0.0 213mt 0
85
0.0 213mt 0
85
5.0 540mt 0
70
5.0 360~~ 0
75
5.0 325m -55 125
5.0 360m§ 0
75
5.0
-55 125
5.0
75
0
5.0 180mt -55 125
5.0 180mt 0
5.0 180mt 0
5.0 360m§ 0
70
5.0
-25 85
5.0
0
75
0.0
5.5
795m
~~
~~ ~~g::;~
ln~g::;'lIg
DRAWINGS
LOGIC OUTLINE
HI DWG. No. DWG. No.
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
5.2
5.2
5.2
5.3
5.3
5.2
5.2
5.2
5.2
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
~~
.80*
IN ORDER OF (I)USE(2)LEVEL'I'(3)LEVEL'O'
(4)MAX OPER FREQ(5)TYPE No.
~~g~5
~~~~h
K367
M304b
~~g~5
~~~6b
K3631
K368
K368
K3628
K3619
K3619
K3627
K3620
~~5 ~~g~~
K3613
K3616
l~
K369
K369
K3614
K3630
K369a
M309b
M309b
M439
K3624
K3610
T0116
M353
M442
K3621
M470
M362
Settling Time 500n5 max.
M294Q
M484
M484
M484
M276
M343a
M200f
FP85
M191
M256
M153e
M191
M278
M153d
M117x
CB62
M224c
M224c
FP47b
FP79b
M357
M200r
M200r
M345
Ml17w
Ml17w
M153b
Peak Sense-Hold, Accuracy ±20mY.
Acquisition Time 4.0us at .1% FS.
Oiff Track and Hold;Hold Drift .2mYIms.
Oiff Track and Hold;Hold Drift .5mY/ms.
Oiff Track and Hold'Hold Drift 1.0mY/ms.
Sample-Hold;3.0~:;. Acquisition.
Sample and Hold Analog Memory.
Look Ahead Carry Block·tod 20ns averaae.
Look-Ahead Carry Block.
Look-Ahead Carry Block.
Delay Time 5.5ns max·tr and tf 5.5ns max.
Delay Time 5.5ns max;tr and tf 5.5ns max.
Look-Ahead Carry Block.
Look Ahead Canv Block.
Look-Ahead Carry Generator;tpd 5.5ns typo
Look-Ahead Carry Generator;tpd 5.5ns typo
Averaae tod 15ns'Fan Out 10.
10 30mA max;tpd 22ns max.
10 30mA max;tpd 22ns max.
Look Ahead Car['l Generator·tod 19ns max.
10 30mA max;tpd 22ns max.
10 30mA max;tpd 22ns max.
4 Bit Addition Time 24ns:tod 22ns max .
4 Bit Addition Time 24ns;tpd 22ns max.
4 Bit Addition Time 24ns;tpd 22ns max.
4 Bit·tod 22ns max'FO 20 max .
4 Bit;tpd 22ns max;FO 20 max.
Look-Ahead Carry Generator.
Lookahead Carry Gen;tpd 80nsmax;F020 max.
K371
1G11
K371
~-#1
K371
K371
K371
K371
K371
K371
~~~::;~
Acquisition time .5_uS.
Sample and Hold;0.5us.
Sample-Hold'Ac~ Time 10us with CH .01uF.
Sample and Hold; 1.4us Acquisition Time.
Peak Sense-Hold:Acquisition Time 20ns.
Acouisition 150ns max.
Acquisition 30ns max.
Sample Hold;Acc 8 Bit;Acq Time 200us.
Acouisition 30ns max.
K3634
K376
K376
K376
K377
K377
K376
K376
K378
K378
jg
M309b
K3629
~gg::;~
~~~::;~
M369
T08
T08
M348
M451
M451
M523
M523
M371a
M487
M487
M438
M441
1l:iample And .Hold:Acqulsltlon Time _1 us.
Sample and Hold Module;Acc ±.01 %. max.
Sample-Hold·Volt.Off. ±2.0mV.
1~ample-Hold;Yolt.Off. ± 1.umy.
Acq.Time 50uS;Low Gain Error ±.005%.
ACQuisition Time 1.0us at 20Y Steo to.l %FS
Settling Time 5ms max.
Sample-Hold Amp;Aquisition time 70us max.
Sample-Hold Amp;AcQuisition time 70us max.
Settling Time 15us max.
Acq 25us;Error ±0.01 % max.
AI;,Q 10us'Error ±O.O 1 % max.
Sample Hold Amp;Res 100MO.
Sample Hold Amp;Res 100MO.
Acc ±0.005%·Aca 5.0us max.
Aperture Time 30ns;Oyn Lin ±O.O 1 % max.
Aperture Time 30ns;Oyn Lin ±O.O 1 % max.
ACQ.Time 5uS'Acc ±0.025%·TC ±20ppm/'C.
Acq Time 7uS;Low Droop 20uY/ms.
Sample-Hold, Accuracy ±0.01%.
AI;,Quisition time 35uS.
Acquisition Time 10us.
Acq.Time 100nS;Acc ±0.1 %;TC ±30ppm/'C.
MO~
2.0%
.80*
-55
125 K371a
M323
MO~
2.0%
.80*
0.0
5.5
795m
-55
125 K371a
FP117
Lookahead Carry Gen·tod 80ns max'FO 20 max
MO~
2.0%
.80*
0.0
5.5
795m
-55
125 K371a
M323
Lookahead Carry Gen;tpd 80nsmax;F020 max.
2.0%
2.0%
2.0%
Mq~ 2.0%
Mq~ 2.0%
MO~ 2.0%
2.0%
MO
2.0%
Mar 2.0%
2.0%
MO
M1: 2.0%
MO
2.0%
Mq~ 2.0%
Mq' 2.0%
MOt 2.0%
Mq~ 2.0%
Mq~ 2.0%
Mar 2.0%
2.0%
MO
2.0%
MO
2.0%
2.0%
Mq~
Mq~ 2.0%
MO~
2.0%
2.0%
MO
2.0%
MO~ 2.0%
M~~ 2.0%
2.0%
~g~ 2.0%
Mq~ 2.4%
MO~ 2.4%
MO~ 2.4%
2.4%
MO
2.4%
MOS 9.95%
9.95%
MO 9.95%
M1i
MO 9.95%
9.95%
~g~ 9.99%
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
5.5
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.()
5.0
5.0
5.0
5.0
5.0
5.0
5.0
10
10
10
10
10
10
~~~::;~.~5
125
75
125
85
75
75
70
70
125
125
125
70
125
85
125
125
70
70
125
125
125
70
70
70
70
125
125
70
70
70
FP117
M153b
M153a
M153a
M153a
M153a
M317
M200v
M317
M200v
FP47g
M117
M117
Ml17
M153d
Lookahead Carry Gen;tpd 80nsmax;F020 max.
Look-Ahead Carry Generator.
Look-Ahead Carry Generator.
Look-Ahead Carry Generator.
Look-Ahead Carry Generator.
Look-Ahead Carry Generator.
High Speed;tpd ~~ns max;FO 20 max.
High Speed;tpd 22ns max;FO 20 max.
Hiah Soeed:tod 22ns max'FO 20 max.
High Speed;tpd 22ns max;FO 20 max.
High Speed;tpd 22ns max;FO 20 max.
M~~
~g~
M?~
M1~
M~~
M~;
~g:
.80*
.40*t
.40*t
.40*t
.40*t
.40*t
.05*t
.05*t
.05*t
.05*t
.05*t
.01*t
180mt
180mt
180mt
180mt
-55
-40
0
0
~~g::;:
g
325m§ -55
325m§ -55
-55
0
360m~ -55
-25
360~~
345m -55
345",:; -55
345m 0
345m'll 0
325m~ -55
325m
-55
325m -55
~~~~~
~gg::;~ g
360mt
360m
495m§
495m§
545m§
545m§
189mt
180mt
180mt
180mt
180mt
180mt
200m
200m
200m
200m
200m
10u%
0
0
-55
-55
0
0
0
-~~
-55
0
0
0
-55
-55
-55
-55
-55
-55
K371a
K371
K371
K371
K371
K371
K371
K371
K371
K371
K371
K371
K371
K371
K371
K371
K371
K371
K371
K371
K371
K371
K371
K371
K371
K375
K375
K375
K375
K371
K374
K374
K374
K374
K374.
K379
K379
K379
1<379
K379
K374
m
75
75
75
125
125
125
125
125
125
~004AG
M153d
Ml17x
M153d
M117
~004AG
M153d
Ml17x
M153
M117
FP101
M352
FP101
M352
M117u
FP85
M191
FP85
M191
M278
Look Ahead Carr
Generator'tod 22ns max.
Look Ahead Carry Generator;tpd 22ns max.
Look Ahead Carry Generator;tpd 22ns max.
Look-Ahead Carry Generators.
Look-Ahead Carry Generators.
Look-Ahead Carry Generators.
Look-Ahead Carry Generators.
Look-a head Carry Generator;tpd 22ns max.
Look-Ahead carry generator.
Look-Ahead Carry Generator.
Look-ahead Carry Generator;tpd 22ns max.
Look-Ahead carry generator.
Look Ahead Carry Generator.
Look-Ahead Carry Generator.
Look Ahead Carry Generator;tpd 10.5ns max.
Look Ahead Carry Generator'tpd 10.5ns max.
Look Ahead ~arry Generator;tpd 10.5ns max.
Look Ahead Carry Generator;tpd 10.5ns max.
Look Ahead Carry Generator:tod 22ns max.
Look Ahead Carry Generators
Look Ahead Carry Generators
Look-Ahead CarrY Generator.
Look Ahead Carry Generator.
Look Ahead Carry Generator.
tod 345ns max;Trans 200ns max.
tpd 345ns max;Trans 200ns max.
tpd 345n5 max;Trans 200ns max.
~d 345ns max'Trans 200ns max.
~OOlAO
~OOlAB
~OOlAB
~004AF
~OOlAB
tpd 345ns max;Trans 200ns max.
M191
Look-Ahead Carry Block.
SYMBOLS AND CODES
EXPLAINED IN INTERPRETER
252
,[J
LINE
No.
1
2
3 ...
4 ...
5 ...
6 ...
TYPE
No.
~1~l:~g~~~
D40182BD
ATING CESS~'l'
FREQ.
(HzI
(VI
MOS
!'"
~¥6~HmIY
8
I~~
NC490
38
38
38
38
38
38
38
~q~
9
10
11
12
1~
15
~~
18
19
20
21
22
23.
24
25.
26
27
~~
30
31
32
33
34
35
36
37
38
39
40
41
42
11glg~~
1101MDI
1102CDI
1102CPl
1102MDI
11g~g~~
llg~g~~
1107MD3
1107MD4
1108CP3
1108CP4
1108MD3
1108MD4
DM7210J
DM7210W
DM7211J
DM7211W
DM8210J
DM8210N
DM8211J
:~ Ig~ml~
MC54460F
MC54460l
MC74460F
MC74460l
MC74460P
PC491
AM3705CD
~~
~M~~ll~~~D
I~g
IM7108M
IM7118C
IM7118M
SI3705142P
SI3705143P
SI3705192P
SI3705193P
38
38
38
38
38
38
38
g~
!~~gg~gF
AM2009CD
~a
~~
~~
96 ...
97
98
99
~:~:gl~!~
~m!t
G119Bl
~m~t
G123Al
G123AP
G123Bl
G123BP
102
103
104
105
l~g
253
38
38
38
38
38
38
38
38
38
38
38
38
38
38
38
38
38
38
38
38
38
38
MO!
Me!
M~~
Me!
M~l
~gi
M~~
M<:>~
MClI
I~~:
MO
'~8~
MCl~
'~8~
Mm
~q;
Mm
~8:
MOl
.50*
.50*
.50*
.50*
.50*
.50*
.50*
.50*
.50*
.50*
1.0
1.0
.0
1.0
1.5*
1.5*
l:~:
1.5*
1.5*
1.5*
1.5*
1.5*
1.5*
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.4%
2.4%
2.4%
2.4%
2.4%
2.8%
3.5
I~Q! ~:~%
MClI
~8!
MO
M~;
~gi
3.5%
3.5%
3.5%
3.5%
3.5%
3.5%
35%
30M
30M ~:g:
MOl -5.0
-5.0
-5.0
MOl ·5.0
-5.0
·5.0
MO ·5.0
MO ·5.0
10.0
10.0
10
I~g~ 10
M05
10
10
M~~
10
Mq~
Moi
10
10
Mq~
10
Mq§
MOS
10
10
M~~ 20
20
20
Mq~
20
MO§
M05
20
20
Mq~
20
Mq§
MOS
20
20
MO
20
MO
20
20
Mq~
20
Mq~
M05
20
20
M~~
20
M~~
MO~
20
20
M~~ 20
20
20
Mq~
MO~
20
MO~
20
~gl
~Ql
10M
10M
10M
10M
10M
10M
10M
10M
10M
10M
I~~
38
38
38
38
I~~
38
38
38
19~ I~l~~!~
108
I~q;
38
G132AF
MEM780D
MEM780F
~g~ I~l~~!~
'~~f
MO
38
38
38
38
G128AF
G128AP
G128BP
G129AF
G125AF
M~~
Me!
I~~
38
38
38
38
38
38
38
38
38
38
~m~t
M~~
I~g
AM2009F
MM4504D
MM4504F
MM5504D
MM5504F
CM4066AD
CM4066AE
HBC4016AD
HBC4016AF
HBC4016AK
76# HBC4066AD
HBC4066AF
HBC4066AK
79#
80#
8id/: HBF4066AE
~~#
83 ... ~~~~~~6AF
84 ... G115BP
85
G116Al
86
G116Bl
87
G118Al
90
91
92
93
~gl
~g
66
67
68
69
70
71
72
73#
~a
M<:>~
MOl
MO
MO
38
38
38
38
38
38
38
38
38
38
38
38
38
38
38
38
38
38
38
45
46
47
48
49
50
51
m
~Q§ :~g:
MOS
~~
1106CP4
15%
15%
15%
15%
15'1b
IVI
:gl:~
.05*t
.05*t
.05*t
.05*t
.Ub*t
SUPPLY
TOTAL
PKG.
SPAN
NEG. P(JS. DISS.
(WI
IVI
IVI
g:g
0.0
0.0
0.0
0.0
Uf5
MCl~
38
38
38
38
38
38
38
~~riJg~:
54
55
56
57 ...
58 ...
59 ...
60 ...
61
62
63
~~~
MO
~g
1103MDI
1104CDI
1104CPl
1104MDI
DG116Al
DG116AP
DG116Bl
LOGIC
LEVEL
]J'O'
~q§ ~:~~~
37
37
37
37
CD40182BE
CD40182BF
CD40182BK
·
W~
~~Mt1
USE OPER· PRO·
I~~
~~
D.A. T.A.
~g~
~g5
M~~
~g~
~q~
MO~
~g~
IN ORDER OF (1)USE(2)LEVELT(3)LEVEL'O'
(4IMAX OPER FREQ(5ITYPE No.
11 MISCELLANEOUS
POWER
MAX. TEMP.
~g
4.5%
4.5%
4.5%
4.5%
4.5%
4.5%
4.5%
4.5%
4.5%
4.5%
4.5%
4.5%
g.O
0.0
0.0
U'~4%
14%
14%
14%
14%
14%
14%
14%
14%
14%
.80*
.80*
.80*
.80*
:~8:
.80*
.80*
.80*
.40*t
.40*t
.40*t
.40*t
.40*t
.70*
.50
.50
.50*.
.50*
.80*
.80*
.80*
.80*
.80*
.80*
0.0%
0.0%
·20
-20
-20
-20
-20
·20
-20
·20
0.0
0.0
0.0
0.0
0.0
O.Ot
O.Ot
O.Ot
0.0
0.0
O.Ot
O.Ot
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
20
30$* .~.O*
30$* ·2.0*
19
15
15
15
15
0~0
0.0
0.0
0.0
24
24
24
24
5.0
5.0
20
~8
20
20
20
20
20
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
~g
20
6.0
6.0
LO~
.~~
g~ ~~~:
199~~ ·40
200m
200m
200m
200m
.3~b ~gg~!;
500m
500m
500m
500m
500m
500m
500m
20
20
20
20
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
20
DRAWINGS
LOGIC I!!.UTLINE
HI DWG. No DWG. No
lI=MO
'C I 'C
·55
·55
·55
·55
·55
·55
·55
0
0
·55
0
0
·55
~gg~ Ig
500m ·55
500m 0
500m 0
500m ·55
10 750M ·55
10 1.2
·55
10 750M ·20
10 1.2
·20
10 500m 0
10 '500m 0
10 500m 0
10 500m 0
10 500m ·55
10 500m ·55
10 500m 0
10 500m 0
10 ~~Om ·55
10 500m ·55
5.0 165m~ ·55
5.0 165~2 ·55
5.0 165m ·55
5.0 165m~ ·55
5.0 165m~ 0
5.0 165~ 0
5.0 165m 0
5.0
5.0 l~g~ilg
5.0 250mt ·55
5.~ 250mt ·55
5.0 250mt 0
5.0 250mt 0
5·2 250mt 0
5.0 500m ·55
5.0 500m ·25
-55
~:g ~gg~ -25
5.0 100m ·55
5.0 100m -25
5.0 100m -55
5.0 825m -55
5.0 825m -55
5.0 825m 0
5.0 825m 0
5.0
-55
5.0
0
0.0 900m -25
.~~
8:8
-55
0.0 900m -55
0.0 900m -55
0.0 900m ·55
0.0 900m ·25
0.0 :!OOm -25
10 200m ·55
10 200m ·40
10 200m ·55
10 200m ·55
10 200m ·55
10 100n% ·55
10 100n% -55
10 100n% -55
10 200m ·40
10 200m ·40
10 100n% ·40
10 100n% ·40
10 750m ·55
10 750m ·20
10 750m ·55
10 750m ·20
10 750m -55
10
·20
10
·55
10 750m ·20
10 750m ·55
10 750m -20
10 750m -55
10 825m -55
10 750m ·20
10 750m ·20
10 750m ·55
10 750m ·20
10 500m ·55
500m -55
18 500m -55
10 500m ·55
10 500m -55
10 500m ·20
10 500m -55
500m ·55
10 500m ·55
10 500m ·55
10 600m -65
10 600m ·65
~8g~
~~g~
125
125
125
125
K3779
K3779
K3779
K3779
1~~ ~~~~!I
125
70
70
125
70
70
125
~g
125
70
70
125
125
125
85
85
70
70
70
70
125
125
70
70
125
125
125
125
125
125
I~g
70
70
70
125
125
75
75
75
125
85
!~5
70
125
70
125
85
85
70
70
I~g
85
85
125
125
125
125
85
85
125
85
125
125
125
125
125
125
85
85
85
85
125
85
125
85
125
85
125
85
125
85
125
125
85
85
125
85
125
125
125
125
125
85
125
125
125
125
125
125
K383
K3825c
K3825c
K3825c
K3825b
K3825b
K3825b
K3825a
K3825a
K3825a
K3825
K3825
K3825
K382a
K382a
K382a
K382a
K3826b
K3826b
K3826a
K3826a
K3826a
K3826a
K3826
K3826
K3826
K3826
K3823
K3823
K3824
K3824
K3823
K3823
K3824
K3824
K308
K388
K388
K388
K388
K388
K384
K3811
~~g~1
K387
K387
K387
K3059
K3059
K3059
K3059
~~~~~
K3810
~mg
K3810
1~3810a
K3810a
K3810a
~~~~~a
K1722
K3828
K3828
K3828
K3828
K3828
K3812
K3812
K3813a
K3813a
K3814
~m~
loo~.~~ead ~arry Block.
look·Ahead Carry Block.
Tpd 345ns tvp;Trans Time 200ns.
Tpd 345ns typ;!rans Time 200ns.
Tpd 345ns typ;Trans Time 200ns.
!;004AG 'IlLd 345ns .!Yl!;Trans Time 200ns.
tP!!. ;,45ns typ;, rans. '.ime .2g0ns.
W~~:l; P·Chan. enhancement MON 6 Chan. Switch.
CN6b
ladder switch for A to 0 and 0 to A conv.
Ml05ax I·Channel;Vin ±20V p.p.
M239c
I·Channel;Vin ±20V.
M239c
I·Channel·Vin ±20V.
M 105ax 2·Channel;Vin ±20V p.p.
M200t
2·Channel;Vin ±20V.
M200t
2·ChannelVin ±20V.
Ml05ax ~.~~annel;Vin ±~~~ p.p.
M 105ax 3·Channel;Vin ±20V p.p.
M 105ax 3·Channel·Vin ±20V.
Ml05ax 4·Channel;Vin ±20V p.p.
M 105ax 4·Channel;Vin ±20V p.p.
M 105ax 4·Channel·Vin ±20V.
T086
4·Channel Driver W/FET Switches
M535
4·Channet Driver W/FET ~:",itches
T086
4·Channel...Qriver W/FET Witches
4·Channel ';I"ver w~ .. ET Switches.
2·Channel Analog Switch.
M239c
2·Channel Analoa Switch.
Ml05ax 3·Channel Analog Switch;Vin 20V.
M 105ax 3·Channel Analog Switch;Vin 20V.
3·Channel Analog SwitchVin 20V.
M235
3·Channel Analog Switch;Vin 20V.
M235
M 105ax 4·Channel Analog Switch;Vin 20V.
M 105ax 4·Channel AnalQll. SwitchVin 20V.
4·Channel Analog Switch;Vin 20V.
M235
M235
~'~~~~~~\/FnOI~%;~dit~~;:inm~~V'
M294b
FP97a
8 !:~an.Dig;FO 10;tpd 32ns max.
M200r
8 Chan.Dig;FO 10;tpd 32ns max.
FP88a
8 Chan.DllI..FO 10~d 32ns max.
M294b
8 Chan.Dig;FO 10;tpd 32ns max.
M344
8 Chan.Dig;FO 10;tpd 32ns max.
M200r
8 Chan.Djg;FO 10'~d 32ns max.
8 Chan.Dig;FO 1u;tpd 32ns max.
Tri·State 4: 1 Mux;tpd 34ns max.
FP85
Bus Transfer Switch.
M191
Bus Transfer Switch.
FP85
Bus Transfer Switch
M191
Bus Transfer Switch.
Bus Transfer Switch.
M278
Dual ladder switch.
FP61
M346a
PCH·AnalQll. Muluruex SW'Rlonl 250n max.
M346a
~l;.H;Analog Multiplex_ ::iW;R(on) 250n max.
M236a
8 Channel Multiplex Switch; Ron 140n.
8 Channel Multiplex Switch' Ron 140n.
M236a
M236a
8Channel Multiplex Switch; Ron 200n.
M236a
8 Channel Multiplex Switch; Ron 200n.
M537
MOS SW w/Drived~10!!.l200n.
M537
MOS SW w/Driver;R(on)200n.
M537
M537
M185a I ~~ A ladder Switch;ton 500ns;toff 400ns.
M185a
D/A ladder Switch;ton 500ns;toff 400no.
M297a
6 Channel Multiplex Switch·Transcond.4.0n.
FP97a
I ~ !:hannel Multiplex :!witch;Transcond.4.0n.
M2g7a
6 Channel Multiplex Switch;Transcond.4.0n.
FP97a
6 CM,nnel Muluruex Switch·Transcond.4.0n.
6 PCH Multiplex SW;Transcond 4.0n.
M297c
FP97a
6 PCH Multiplex SW;Transcond 4.0n.
M297c
6 PCH Muluruex SW'Transcond 4.0n.
FP97a
6 PCH MUltiplex Svv;Transcond 4.0n.
!;OOIAD Quad Bilateral Switch.
!;OOIAB Quad Bilateral Switch.
M294
Quad Bilateral Switch.
M294
Quad Bilateral Switch.
Quad Bilateral Switch.
FP21l..9.
!;OOIAD CMS Quad Bi!ateral Switch;tpd IOns.
!;OOIAD CMS Quad Bilateral Switch;tpd IOns.
!;004AF CMS Quad Bilateral Switch·tnd IOns.
I~~H~~
!;OOIAE
~ggl!g
I~~~~c
~~rigr
~g~ ~: :~g~:~:~;ru.~~~ggg:
~~~~s
!;OOIAB
!;OOIAD
M357
M537
+g~g
T086
+O~~
K3815
T086
~m~
tg~~
K3817
K3817
K3817
K3817
K3817
K3817
K385
K385
K385
K385
K385
K385
K386
~~~~
K386
K3818
K3818
GENERAL DESCRIPTION
T086
+g~~b
M535
T086
T086
T084
T084
T084
T084
T0116
T0116
T084
+g~:
T084
M297b
FP39c
g~~~ ::::::~:: ~:::~~:
CMS
CMS
MOS
MOS
MOS
MOS
MOS
~g~
Quad Bilateral Switch·tod IOns.
~.!'ad Bilateral Switch;tpd IOns.
FET SW;Rds 200n max;IG 5.0mA.
FET SW'Rds 200n max'IG 5.0mA.
FET SW;Rds 200n max;IG 5.0mA.
FET SW;Rds 250n max;IG 5.0mA.
FET SW'Rds 200n max'IG 5.0mA.
m~::~~: ~ggg ~:~::~ ~:g~!:
MOS FET SW'Rds 2500 max'IG 5.0mA.
I ~OS ~ET Switch;RDS 250n;IG 5.0mA.
m~:::~~;~g~ ~~gg;:~ ~:g~!:
~g~ m~::~~: ~~gg ~:~;:g ~:g~!:
~g~
MOS FET Switch;RDS 250n;IG 5.0mA.
~O~
m~:::~~:~g~ ~~gg::~ ~:g~!:
Junction
Junction
Junction
Junction
Junction
Junction
Junction
SW'Rds
SW;Rds
SW;Rds
SW'Rds
SW;Rds
SW;Rds
SW'Rds
~unction ~;.!. SW;Rds
Junction FET SW;Rds
Junction...EET SW'Rds
:
FET
FET
FET
FET
FET
FET
FET
500n max'IG 50mA.
250n max;IG 50mA.
90n max;IG 50mA.
45n max'IG 50mA.
45n max;IG 50mA.
50n max;IG 50mA.
500n max'IG 50mA.
250n maxiu_~umA.
90n max;IG 50mA.
45n max'IG 50mA.
~g~ ~~:::g:: ~::~g~l~~! 1~g:
SYMBOLS AND CODES
EXPLAINED IN INTERPRETER
253 -
Announcing!
The
MICROCOMPUTER
D.A.T.A.BOOK
The best first-step you can take toward
applying MICROPROCESSOR/MICROCOMPUTER
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about all the microprocessorlmicrocomputer systems,
hardware, and software being produced or in development around the world today. Find it all in the new
MICROCOMPUTER D.A.T.A.BOOK.
Here--in one volume, conveniently indexed and cross
referenced--is the information you need to compare
and evaluate the designs and functions of
•
microprocessor chips, chip-sets, cards
•
compatible memory options
•
interface and control devices
•
systems and appl ications software
•
micro-instruction sets
•
family-related systems and components
•
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Six technical drawing sections offer tremendous help
in completing the information picture.
We guarantee the MICROCOMPUTER D.A.T.A.BOOK to be your best first-step in researching this remarkable technological achievement. It cuts through the mountain of
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Only you can appreciate having complete, worldwide information readily
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to evaluate this new D.A. T.A.BOOK, on the job, at no risk for 30 days.
Order your subscription (two semiannual editions) today by checking
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D.A.T.A., Inc., A Cordura Company, 32 Lincoln Avenue, Orange, New Jersey 07050
253a
253a
LINE
No.
2
3
4
5
6
7
8
9
10
11
12
13
14
15
l~
!J
TYPE
No.
~~~~~U ..
I~~
38
38
38
38
~~
38
38
38
38
38
38
38
~~~~~~~
18
DAS8DLP12B
~~.
g~~lglt12B
21-.
22
23
24
25
26
27
~~
DAS401
SCLCM
DAS16L12B
DAS16L12D
DAS16L10B
DAS16L8B
DAS16L8D
g~~l~~g~
30.
31.
32.
33.
34
35
36
SDM850
SDM850A
SDM851
SDM851A
DAS16Ml0B
DAS16M8B
DAS16M8D
39.
40.
41
42
43
44.
45.
DAS450
DAS450HP
MC6860L
SCL1
TMS0100NC
MC14412FL
MC14412VL
TMS0800NC
TMS0200NC
TMS0300NC
59510
S9511
S9650
~~: ~~:J~~gNC
:~
48
~~
51
52
53
54
55
56
57
58
59
60
61
62.
63.
~~:g~
S9412C
~~:1:~
59651
59411
TMS1000NC
HDI-4819-5
SAJ300
SCL5420D
SCL5420E
~~: ~gt~gg~
66
67
68.
69.
70.
71
72
73
74
75
~~
78
79
80
81
82
83
84
~~
87.
88.
89.
90.
91.
92.
93
94
95
96
97
98
99
:g~
102
19~
105
106
107
108
109
110
254
.,l,J...
4 !M:1
USErc)PER- PRO-
MEM853D
MEM853F
MEM853P
MEM857D
MEM857F
MEM857P
MEM851D
MEM851F
MEM851P
MEM855D
MEM855F
MEM855P
MEM856D
TBA840
TCA840
UCN4103A
UCN4104A
UCN4105A
S1410
S1400
S1400A
S1400B
51401
~::g:~
51402
S1402A
S1402B
S1403
S1403A
S1403B
S1404
S1404A
S1404B
TMS3952NL
~~~~~~6~L
MC14440Z
MCC14440
DF211CR
DF211 DICE
S1998
MM5316D
MM5316N
S1856
MM5370D
MM5370N
~~m~:~
MM5375AAN
MM5375ABN
MM5375ACN
MM5375ADN
MM5375AEN
MM5309N
MM5311D
MM5311N
MM5312D
~~
39
39
39
39
39
39
39
39
39
39
39
39
39
39
39
39
39
39
39
LOGIC
LEVEL
ATING CESS .£j·1·
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(HzI
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M
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M3S510/00503BCA
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M38510/00503BCB
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AMEND
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M38510/00601BAC
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M3851 0/0060 1BCA
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M38510/00503BOB
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M385 \0/0060 1 CAC
M38510/00503CAB
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AMEND
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I ITT
MOTA 4
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NSC
M38510/00601CCB
M38510/00503CCA
5A
I ITT
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I MOTA AMEND
M38510/00601CCC
4
M3851D/00503CCB
5A
IITT
AMEND
MOTA 4
M3S510/00602BEB
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4
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68
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68
AMEND M3S51 0/0070 1COB
1
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68
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AMEND
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AMEND
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68
AMEND M3851 0/0080 1BCA
1
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AMEND M38510/00801 BCB
1
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AMEND
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88
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M38510/01002BFB
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M38510/01002CEA
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88
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1
M3S510/01002CEB
88
I MOTA AMEND
1
AMEND
SIC
IDA
1
M38510/01002CFB
MOTA AMEND
1
88
SIC
IDA
'AMEND M38510/01003BEA
1
I MOTA AMEND
1
88
IDA
AMEND M38510/01003BEB
1
MOTA AMEND
1
SIC
88
AMEND M38510/01003BFB
IDA
1
I MOTA AMEND
SIC
1
88
IDA
AMEND M38510/01003CEA
,1
MOTA AMEND
1
88
IDA
AMEND M3851O/01003CEB
1
~lgTA AMEND
1
IDA
M38510/01003CFB
88
AMEND
I MOTA AMEND
SIC
1
1
M38510/01004BEB
IDA
88
AMEND
~
Til
AMEND
1
I
I
I
I
I
M3851D/Dl004BFB
I Til
M38510/01004CEB
I Til
M3851 %
1004CFB
I Til
M38510/01005BEB
Til
I
M38510/01005~FB
I Til
i
M38510/01005CEB
I Til
M3851 %
1005CFB
I Til
M38510/01006BEB
I SIC
Til
M38510/01006BFB
I Til
SIC
M3851 %
1006CEB
I Til
SIC
M38510/01006CFB
I SIC
Til
M38510/01007BEB
I Til
SIC
M3S51 %
1007 BFB
I Til
SIC
M38510/01007CEB
I Til
SIC
M38510/01007CFB
I Til
SIC
M38510/01008BEA
I MOTA
M38510/01008BEB
I MOTA
M38510/01008BFB
I MOTA
M38510/01008CEA
I MOTA
M38510/01008C EB
MOTA
1
(SEE MILITARY DOCUMENTS)
ALL OTHERS LISTED IN PART I.
lOA
11
~MEND
' IDA
I~MEND
IDA
I~MEND
IDA
~
AMEND
1
IDA
~
AMEND
1
IDA
~
AMEND
1
IDA
~
AMEND
1
IDA
~
AMEND
1
IDA
~
AMEND
1
IDA
~
AMEND
1
IDA
~
AMEND
1
IDA
~
AMEND
1
IDA
~
AMEND
1
IDA
~
AMEND
1
IDA
~
AMEND
1
IDA
AMEND
1
IDA
AMEND
1
IDA
AMEND
1
IDA
AMEND
1
IDA
AMEND
1
258
llA
TYPE No. I MFRS ~J~~o/
IM3851 % 1008CFB
lOA
TYPE No. I
MFRSI~J~'~o/
TYPE No. I
MFRSI~~'~O/
M38510/01203CEA
12A
M38510/01306BEB
13A
MOTA iii
I AMV
I MOTA ~MEND
AMEND
SIC
I
1
M38510/01306BFB
13A
M38510/0 1009BOB
lOA
M38510/01203CEB
12A
I AMV
Til
iii
SIC
A1 MEND
SIC
I
~MEND
I
Til
M38510/01203CEC
12A
M38510/01306CEB
13A
M38510/01009COB
lOA
AMV
iii
I
AMV
Til
iii
A1 MEND
SIC
I
I
I~MEND
M38510/01306CFB
13A
M38510/01101 BJC
118
M38510/01203CFB
12A
I AMV
AMV
AMEND
SIC
1 AMV iii
I SIC
1
Til
M38510/01101BKB
118
M38510/01203CFC
12A
M38510/01307BCA
13A
1 Til
iii
AMV iii
1 MOTA
M38510/01101BLB
118
A1MEND
M38510/01307BCB
13A
I
1 Til
iii
1 MOTA
M38510/01101BZC
118
M38510/01301BAA
13A
M38510/01307CCA
13A
I AMV iii
1 MOTA
1 MOTA
M38510/01101CJC
118
M38510/01301BAB
13A
M38510/01307CCB
13A
1 AMV iii
1 MOTA
1 MOTA
M3851O/01101CKB
118
M38510/01301BAC
13A
M38510/01401BJC
148
1 Til
iii
M38510/01101CLB
118
! MOTA
I SIC
iii
M38510/01301BCA
13A
USAF
1 Til
iii
1 MOTA
M38510/01401BLB
148
M38510/01101CZC
118
M38510/01301BCB
13A
I Til
iii
1 AMV iii
ITT
USAF
M38510/01102BEB
118
I MOTA
M38510/01401BZC
148
1 SIC
iii
M38510/01301BCC
13A
I SIC
iii
M38510/01102BFB
118
1
ITT
~M
1 SIC
iii
M38510/01301CAA
13A
M38510/01401CJC
148
M38510/01102CEB
118
1 MOTA
I SIC
iii
1 SIC
iii
M38510/01301CAB
13A
USAF
M38510/01102CFB
118
1 MOTA
M38510/01401CLB
148
1 SIC
iii
M38510/01301CAC
13A
I Til
iii
M38510/01201BAA
12A
1
MOTA
USAF
IITT
~MEND
M38510/01301CCA
13A
M38510/01401CZC
148
1 MOTA
I SIC
iii
M38510/01201BAB
12A
13A
USAF
IITT
~MEND M3851 % 130 1CCB
ITT
M38510/014028EA
148
I MOTA
1 MOTA USAF
M38510/01201BAC
12A
M38510/01301CCC
13A
M38510/01402BEB
148
IITT
~MEND
1 ITT
I ITT
USAF
M38510/013028AA
13A
MOTA
M38510/01201BCA
12A
1 MOTA
M3851 % 1402BEC
148
1 MOTA iii
M3851 % 1302BAB
13A
1 ITT
iii
M38510/01201BCB
12A
1 MOTA
I
USAF
ITT
AMEND
I,SIC
M38510/01302BAC
13A
M38510/01402BFB
148
1
1 MOTA
1 MOTA USAF
M38510/01201BCC
12A
M38510/0
1302BCA
13A
M38510/0
1402BFC
148
IITT
~MEND
I MOTA
1 AMV
M38510/01302BCB
13A
M38510/0 1402CEA
148
M38510/01201BOB
12A
ITT
1 MOTA
i SIC
AMEND
I SIC
M3851 % 1402CEB
148
1
M38510/01302BCC
13A
I ITT
M38510/01201CAA
12A
1 ITT
MOTA
ITT
AMEND
M38510/01302CAA
13A
M38510/01402CEC
148
i
1
M38510/01201CAB
12A
1 MOTA
IITT
iii
M38510/01302CAB
13A
USAF
I ITT ~MEND
1 MOTA
M38510/01402CFB
148
M38510/01302CAC
13A
1 MOTA
M38510/01201CAC
12A
1 MOTA
M38510/01402CFC
148
IITT
~MEND
M38510/01302CCA
13A
1 AMV
1 MOTA
M38510/01403BEA
148
M38510/01201CCA
12A
M38510/01302CCB
13A
1 MOTA
1 MOTA iii
ITT
M38510/01403BEB
14A
M38510/01201CCB
12A
I SIC
I MOTA iii
IITT
AMEND
M38510/01302CCC
13A
I
A1MEND
1 ITT
112A
13A
USAF
IITT
~MEND M38510/01303BEB
AMV
M38510/01403BFB
148
I SIC
1 MOTA
M38510/01201COB
12A
M38510/01303BFB
13A
M38510/01403CEA
148
SIC
iAMEND
AMV
1 MOTA
SIC
M38510/01403CEB
148
I
M3851 % 1202BCA
Til
i MOTA
MOTA iii
M38510/01303CEB
13A
M38510/01403CFB
148
AMEND
I
AMV
1 MOTA
!1
I SIC
M38510/01404BEA
148
M38510/01202BCB
12A
M38510/01303CFB
13A
1 MOTA
MOTA liiI
AMV
M38510/01404BEB
148
I
I~MEND
SIC
ITT
I Til
MOTA I
M38510/01202CCA
112A
M38510/01304BEB
13A
SIC
I 148
I AMV
M38510/01404BEC
I MOTA
i SIC
IITT
iii
M38510/01304BFB
13A
USAF
M38510/01202C.CB
12A
AMV
M38510/01404BFB148
MOTA ~MEND
, MOTA
I SIC
Til
M38510/01404BFC
148
I
1
M38510/01304CEB
13A
I AMV
M38510/01203BEA
12A
AMV
M3851 % 1404CEA
14B
MOTA iii
I SIC
i MOTA
AMEND
M38510/01304CFB
13A
M38510/01404CEB
148
I
1
AMV
I ITT
M38510/01203BEB
12A
MOTA
I SIC
I SIC
~MEND
Til
M3851 % 1404CEC
148
M38510/01305BEB
13A
I ITT iii
M38510/01203BEC
12A
I AMV iii
~
I
~
SIC
M3851 % 1404CFB
148
I
AMEND
M38510/01305BFB
13A
1 MOTA
,
1
AMV
M38510/01404CFC
148
M38510/01203BFB
12A
I SIC
AMV AMEND
1 AMV
I SIC
Til
M38510/01405BEA
148
1
M38510/01305CEB
13A
1 MOTA
M38510/01203BFC
12A
AMV
M38510/01405BEB
148
AMV iii
I
AMEND
SIC
I ITT
1
I
M38510/01201CC~IC
I
Ib
i
I
I
II~MEND
I
I
I
,1
I
259
IN TYPE NUMBER
SEQUENCE
TYPES WITH U.S. MILITARY SPECIFICATIONS
M38510/01305ll:pV
D.A. T.A.
13A
M38510/01405BiE~~TA
8::F
TYPE No. I MFRS ~J~~o/
M38510/01405B,F':I
1 MOTA
M38510/01405BFC
1 AMV
M38510/01405CEA
1 MOTA
M38510/01405CEB
I ITT
MOTA
M38510/0 1405CEC
I ITT
M38510/01405CFB
1 MOTA
M38510/01405CFC
1 AMV
M38510/01501BEA
I MOTA
148
148
148
148
iii
USAF
148
USAI'
148
USAF
15
iii
I
i
I
148
AMEND
2
15
M38510/01501BEB
I MOTA iiiAMEND
SIC
2
15
M38510/01501BFB
'I
MOTA iii
AMEND
SIC
2
15
M38510/01501CEA
I MOTA iiiAMEND
2
15
M38510/01501CEB
I MOTA iiiAMEND
SIC
2
15
M38510/01501CFB
I MOTA iiiAMEND
SIC
2
15
M38510/01502BAA
I MOTA iiiAMEND
2
15
M38510/01502BAB
I MOTA iiiAMEND
2
15
M38510/01502BAC
iii
I MOTA AMEND
2
15
M38510/0 1502BCA
iii
I MOTA AMEND
2
15
M38510/01502BCB
I MOTA iiiAMEND
2
15
M38510/01502BCC
121
I MOTA
AMEND
2
15
M38510/01502BOB
AMEND
I SIC
2
15
M38510/01502CAA
I MOTA iii
AMEND
2
15
M38510/01502CAB
I MOTA iiJAMEND
2
15
M38510/0 1502CAC
I MOTA iiJ
AMEND
2
15
M38510/01502CCA
I MOTA iiJ
AMEND
2
15
M38510/01502CCB
I MOTA iiJ
AMEND
2
15
M38510/01502CCC
I MOTA iiJ
AMEND
2
15
M38510/01502COB
AMEND
I SIC
2
16
M38510/01601BAA
MOTA AMEND
1
I
USAF
16
M38510/01601BAB
AMEND
IM~ 1
USM
16
M38510/01601BAC
I MOTA AMEND
1
USAF
16
M38510/01601BCA
AMEND
MOTA
I
TYPE No. I MFRS ~J~~o/
M38510/01601BCB
FSC
I MOTA
SIC
M38510/01601BOB
SIC
1
16
AMEND
1
USAF
16
~MEND
USAF
16
M38510/01601CAA
MOTA ~MEND
I
USAF
M38510/01601CAB
16
M.OTA ~MEND
I
USAF
M38510/01601CAC
16
MOTA ~MEND
I
USAF
M38510/01601CCA
16
MOTA ~MEND
I
M38510/01601CCB
FSC
I MOTA
SIC
M3851 % 160 1COB
SIC
USAF
16
AMEND
1
USAF
16
~MEND
I
USAF
M38510/01602BAA
16
MOTA ~MEND
I
USAF
M38510/01602BAB
16
MOTA ~MEND
I
USAF
M38510/01602BAC
16
MOTA ~MEND
I
USAF
M38510/01602BCA
16
MOTA ~MEND
I
M38510/01602BCB
MOTA
I SIC
Til
M38510/01602BOB
SIC
USAF
16
AMEND
1
USAF
16
~MEND
I
USAF
1602CAA
16
MOTA AMEND
.I
1
USAF
M38510/01602CAB
16
M.OTA ~MEND
M3851 %
I
M3851 %
USAF
1602CAC
16
MOTA ~MEND
M3851 %
USAF
1602CCA
16
MOTA ~MEND
I
I
USAF
M38510/01602CCB
16
MOTA AMEND
I SIC 1
USAF
M3851 % 1602COB
16
SIC
~MEND
I
M38510/02001BAA
I NSC
USAF
20A
~MEND
M38510/02001BAC
I NSC
20A
~MEND
M38510/02001BCB
I NSC
20A
~MEND
M3851 0/0200 1BOB
I NSC
20A
~MEND
M38510/02001CAA
I NSC
20A
~MEND
M3851 0/0200 1CAC
I NSC
20A
~MEND
M38510/02001CCB
I NSC
20A
~MEND
M38510/02001COB
I NSC
20A
~MEND
M38510/02002BAA
I NSC
20A
~MEND
M38510/02002BAC
NSC
20A
AMEND
USAF
l;ZJ-QPL-38510 PART II (SEE MIL.ITARY DOCUMENTS)
ALL OTHERS LISTED IN PART I.
1
259
llA.
I M~,tH) 1 uf02002BCB
NSC
I
M38510/02002BDB
NSC
I
M38510/02002CAA
NSC
I
M38510/02002CAC
NSC
I
M38510/02002CCB
NSC
I
M38510/02002CDB
NSC
I
M38510/02003BAA
'I
NSC
M38510/02003BAC
NSC
I
M385l0/02003BCB
NSC
I
M38510/02003BDB
NSC
I
M385l0/02003CAA
NSC
I
M38510/02003CAC
NSC
I
M385l0/02003CCB
NSC
I
I
,M38510/02003CD8
NSC
I
M38510/0,2004BAA
NSC
I
M385l0/02004BAC
NSC
I
M385l0/02004BCB
NSC
I
M385l0/02004BDB
NSC
I
M38510/02004CAA
NSC
I
M38510/02004CAC
NSC
I,
M385l0/02004CCB
NSC
I
M385l0/02004CDB
NSC
I
M38510/02005BAA
NSC
I
M38510/02005BAC
NSC
I
M38510/02005BCB
NSC
I
M38510/02005CAA
NSC
I
M385l0/02005CAC
NSC
I
M38510/02005CCB
NSC
I
M38510/02006BCB
NSC
I
M38510/02006CCB
NSC
I
M38510/02101BAA
NSC
I
M38510/02101BAC
NSC
I
M38510/02101BCB
NSC
I
M38510/02101 CAA
NSC
I
M38510/0210,1CAC
'NSC
I
M38510/02101CCB
NSC
I
M38510/02102B_ AA
NSC
1
120A'
AMEND
1
20A
AMEND
1
20A
AMEND
1
20A
AMEND
1
20A
AMEND
1
20A
AMEND
1
20A
AMEND
1
20A
AMEND
1
20A
AMEND
1
20A
AMEND
1
20A
AMEND
1
20A
AMEND
1
20A
AMEND
1
20A
AMEND
1
20A
AMEND
1
20A
AMEND
1
20A
AMEND
1
20A
AMEND
1
20A
AMEND
1
20A
AMEND
1
20A
AMEND
1
20A
AMEND
1
20A
AMEND
1
20A
AMEND
1
20A
AMEND
1
20A
AMEND
1
20A
AMEND
1
20A
AMEND
1
20A
AMEND
1
20A
AMEND
1
21A
AMEND
2
21A
AMEND
2
21A
AMEND
2
[2,lA
.AMEND
2
21A
AMEND
2
21A
AMEND
2
21A
AMEND
2
TYPE No. I MFRS m~o/
M38510/02102BAC
I NSC
21A
AMEND
2
M38510/02102BCB
21A
I NSC
AMEND
2
M38510/02102CAA
21A
I NSC
AMEND
, 2
M385l0/02102CAC
21A
I NSC
AMEND
2
M38510/02l02CCB
21A
I NSC
AMEND
2
M38510/02103BAA
21A
I NSC
AMEND
2
M38510/02103BAC
21A
I NSC
AMEND
2
M38510/02103CAA
21A
I NSC
AMEND
2
M385l0/02103CAC
21A
I NSC
AMEND
2
M38510/02104BAA
21A
I NSC AMEND
2
M38510/02104BAC
21A
I NSC
AMEND
2
M38510/02104CAA
21A
I NSC
AMEND
2
M385l0/02104CAC
21A
I NSC
AMEND
2
M385l0/02105BAA
21A
I NSC
AMEND
2
M38510/02105BAC
21A
I NSC
AMEND
2
M385l0/02105BCB
21A
I NSC
AMEND
2
M38510/02l05CAA
21A
I NSC
AMEND
2
M385l0/02105CAC
21A
I NSC
AMEND
2
M38510/02105CCB
21A
I NSC AMEND
2
M385l0/02201BAA
22A
I MOTA Iii
M385l0/02201BAB
22A
1 MOTA Iii
M385l0/02201BAC
22A
MOTA Iii
M385l0/02201BCA
22A
1 MOTA Iii
M385l0/02201BCB
22A
I MOTA
SIC
M385l0/02201BDB
22A
SIC
M385l0/02201CAA
22A
1 MOTA Iii
M38510/02201CAB,
22A
1 MOTA Iii
M385l 0/0220 1CAC
22A
1 MOTA Iii
M38510/02201CCA
22A
1 MOTA
M38510/02201CCB
22A
I MOTA
SIC
M38510/02201CDB
22A
1 SIC
M385l0/02202BCA
22A
1 MOTA Iii
M38510/02202BCB
22A
1 SIC
M38510/02202BDB
22A
1 SIC
M38510/02202CCB
22A
I, SIC
M38510/02202CDB
22A
1 SIC
M385l0/02203BCB
22A
1 SIC
M38510/02203BDB
22A
1 SIC
M38510/02203CCB
22A
SIC
M385l0/02203CDB
I22A
SIC
M385l0/02204BEB
22A
I SIC
Til
M38510/02204BFB
22A
I SIC
I Til
M38510/02204CEB
22A
I SIC
Til
M385l0/02204CtB
22A
1
1
1
1
I
260
INWJu~~~BER
TYPES WITH U.S. MILITARY SPECIFICATIONS
TYPE No.1 MFRS ~J~~o/
D.A. T.A.
MFRSI~J~~o/
TYPE No.
M385l0/02205BCA
1 MOTA
M385l0/02205BCB
'I
MOTA
SIC
M38510/02205BDB
1 SIC
M38510/02205CCA
I MOTA
M38510/02205CCB
I MOTA
SIC
M38510/02205CDB
SIC
M38510/02206BCA
1 MOTA
M38510/02206BCB
I MOTA
SIC
M385l0/02206BDB
1 SIC
M385l0/02206CCA
MOTA
M385l0/02206CCB
I MOTA
SIC
M385l0/02206CDB
1 SIC
M38510/02301BAA
IITT
MOTA
M385l0/02301BAB
IITT
MOTA
M385l0/02301BAC
1 FSC
ITT
MOTA
M385,10/02301BCA
I MOTA
22A
Iii
22A
Iii
I
22A
22A
Iii
22A
Iii
22A
1
22A
Iii
22A
Iii
22A
Iii
22A
Iii
22A
Iii
1
22A
Iii
TYPE No, I MFRSI~J~~o/
TYPE No. I MFRSI~J~'~o/
M38510/02302CAA
23A
M385l0/023u4l;,l;A
23A
I MOTA Al MEND
I MOTA Al MEND
M38510/02302CAB
23A
I MOTA AMEND
1
M38510/02302CAC
23A
I ITT
AMEND
MOTA 1
M385l0/02302CCA
23A
I MOTA AMEND
'1
M385l0/02302CCB
23A
I FSC AMEND
MOTA 1
SIC
Til
M38510/02302CDB
23A
I SIC
A1MEND
M385l0/02302CDC
' I SIC
M385l0/02304CCB
I FSC
MOTA
SIC,
Til
M385l0/02304CCC
I SIC
M38510/02304CDB
SIC
I
I
M38510/02304CDC
I SIC
"
M38510/02305BAA
I MOTA
23A
M38510/02305BAB
A1MEND
I MOTA
M38510/02303BAA
23A
M38510/02305BAC
I MOTA AMEND
I FSC
1
MOTA
M38510/02303BA8
23A
M38510/02305BCA
I MOTA A1MEND
I MOTA
23A
AMEND M385l0/023038AC
1
I MOTA
23A
AMEND M385l0/02303BCA
1
I MOTA
23A
AMEND M38510/02303BCB
1
I FSC
MOTA
23A
SIC
AMEND
Tn
1
M38510/02303BCC
M38510/0230 1BCB
23A
I SIC
FSC
AMEND
ITT
1
M38510/02303BDB
MOTA
I SIC
SIC
Til
M385l0/02303BDC
M385l0/02301BCC
23A
I SIC
IITT
AMEND
SIC
1
M38510/02303CAA
M38510/02301BDB
23A
I MOTA
I SIC
AMEND
Til
1
M38510/02303CAB
M38510/02301BDC
23A
I MOTA
I SIC
AMEND
1
M38510/02303CAC
M385l0/02301CAA
23A
I MOTA
IITT
AMEND
MOTA 1
M38510/02303CCA
M38510/02301CAB
23A
I MOTA
IITT
AMEND
MOTA 1
M385l0/02303CCB
M385l0/0230 1CAC
23A
I FSC
FSC
AMEND
MOTA
ITT
1
SIC
MOTA
Til
M38510/02301CCA
23A
M385l0/02303CCC
I MOTA AMEND
I SIC
I
1
M38510/02301CCB
23A
M385l0/02303CDB
I FSC AMEND
I SIC
ITT
1
MOTA
M38510/02303CDC
SIC
I SIC
Til
M38510/02301CCC
23A
M385l0/02304BAA
IITT
AMEND
I MOTA
SIC
1
M38510/02301CDB
23A
M385l0/02304BAB
I SIC
AMEND
I MOTA
Til
1
M385l 0/02301 CDC
23A
M385l0/02304BAC
I SIC
AMEND
I MOTA
1
M38510/02302BAA
23A
M38510/02304BCA
I'ITT
Iii
I MOTA
MOTA AMEND
1
M385l0/02304BCB
M385l0/02302BAB
23A
I FSC
IITT
Iii
MOTA
MOTA AMEND
SIC
1
Til
M385l0/02302BAC
23A
M38510/02304BCC
IITT
Iii
I SIC
' MOTA AMEND
!
1
M38510/02304BDB
M38510/02302BCA
23A
I SIC
I MOTA AMEND
1
M385l0/02304BDC
23A
M385l0/02302BCB
I SIC
I FSC AMEND
MOTA 1
M385l0/02304CAA
SIC
I
I MOTA
I Til
,
M38510/02302BDB
i23A
M385l0/02304CAB
I SIC IAMEND
I MOTA
1
M38510/02302BDC
23A
M38510/02304CAC
SIC
AMEND
MOTA
,1
I
1
1
I,
23A
M385l0/02305BC8
AMEND
FSC
1
MOTA
23A
SIC
AMEND
Til
1
M38510/02305BCC
23A
I S,IC
AMEND
1
M38510/02305BDB
I
I SIC
i
Til
23A
M38510/02305CAA
Al MEND
I MOTA
I
i
23A
M38510/02305CA8
Al MEND
MOTA
I
23A
AMEND
1
23A
A
1M,END
23A
AMEND
1
23A
AMEND
1
23A
AMEND
1
23A
AMEND
1
23A
AMEND
1
23A
AMEND
1
23A
AMEND
1
23A
AMEND
1
23A
AMEND
1
23A
Al MEND
M38510/02305CAC
I FSC
MOTA
M38510/02305CCA
I MOTA
1
1
23A
AMEND
1
23A
AMEND
1
23A
M38510/02307CCB
MOTA AMEND
1
SIC
Til
24
M385l0/02401 BAA
I MOTA AMEND
2
24
M38510/02401BAB
I MOTA AMEND
2
24
M385l0/02401BAC
I MOTA AMEND
2
24
M385l0/02401 B1DB
1
sic
I i i
(Zl-
23A
AMEND
1
23A
AMEND
1
23A
AMEND
1
23A
AMEND
1
23A
AMEND
1
23A
AMEND
1
23A
AMEND
1
1
!
¥IP
23A
AMEND
1
23A
AMEND
1
23A
AMEND
1
23A
AMEND
1
23A
AMEND
1
23A
AMEND
1
23A
AMEND
1
23A
AMEND
1
M38510/02305CCB
I FSC
MOTA
SIC
Til
23A
M385l0/02305CCC
AMEND
I SIC
1
23A
M38510/02305CDB
AMEND
I SIC
1
Til
23A
M385l0/02306BCA
I MOTA AMEND
1
23A
M385l0/02306BCB
AMEND
1 MOTA
1
SIC
Til
23A
M38510/02306BDB
Iii
1 Til
AMEND
1
23A
M385 10/02306CCA
I MOTA AMEND
1
23A
M38510/02306CCB
MOTA AMEND
1
SIC
Til
23A
M38510/02306CDB
Iii
1 Til
AMEND
1
23A
M38510/02307BCA
I MOTA AMEND
23A
AMEND
1
23A
AMEND M38510/02307BCB
1
MOTA
SIC
' Til
23A
M38510/02307CCA
A1MEND
I MOTA
23A
AMEND
1
23A
AMEND
1
23A
AMEND
1
23A
AMEND
1
23A
Al MEND
23A
AMEND
1
QPL-38510 PART II (SEE MILITARY DOCUMENTS)
ALL OTHERS LISTED IN PART I.
Iii
AMEND
2
260
TYPES WITH US
.. MILITARYTYPE
SPECIFICATIONS
TYPE
No. MFRS ~~~·~o/
TYPE No. I MFRS~I
No. MFRSI ~~~~O/
IN TYPE NUMBER
SEQUENCE
llA
TYPE
I
I
24
M38510/02401CAA
I MOTA AMEND
2
24
M38510/02401CAB
I MOTA AMEND
2
24
M38510/02401CAC
I MOTA AMEND
2
24
M38510/02401CDB
1
SIC
M38510/02701 BAA
I NSC
M38510/02701 BAC
I NSC
M38510/02701 BCB
I NSC
M38510/02701 BOB
I NSC
M38510/02701CAA
I NSC
M38510/02701CAC
I NSC
M38510/02701CCB
I NSC
M38510/02701CDB
I NSC
M38510/03001BAA
I ITT
M38510/03001 BAB
I ITT
M38510/03001 BAC
ITT
M38510/03001BCB
I FSC
ITT
M3851 0/0300 1 BCC
I ITT
M38510/03001CAA
I ITT
M3851 0/0300 1CAB
I ITT
M38510/03001CAC
ITT
M3851 0/0300 1CCB
I FSC
ITT
M3851 0/0300 1CCC
I ITT
M38510/03002BAA
I ITT
M38510/03002BAB
III
AMEND
2
27
III
AMEND
2
USAF
27
III
AMEND
2
USAF
27
III
AMEND
2
USAF
27
III
AMEND
2
USAF
27
III
AMEND
2
USAF
27
III
AMEND
2
USAF
27
III
AMEND
2
USAF
27
I Til
SIC
30
30
M38510/04005CCB
I Til
SIC
30
30
30
M38510/05001ACA
30
30
1
RCA
M38510/05001ADA
I
RCA
30
30
M38510/05001BCA
I
RCA
1
30
M38510/05001BDA
1
I SIC
Til
M38510/04001BD8
I Til
SIC
I Til
SIC
I Til
SIC
M38510104002BCB
I SIC
Til
I
I
M38510/04002CCB
I
I Til
SIC
30
30
M38510/04002CDB
30
I Til
SIC
30
1
M38510/04003BCB
I SIC
Til
30
30
M38510/04003BDB
SIC
Til
I
I
I
M38510/04003CCB
I SIC
Til
I
30
M38510/04003CDB
30
I Til
SIC
30
M38510/04004BCB
SIC
Til
30
30
30
30
40
1
1
RCA
III
AMEND M38510/05001CDA
4
' RCA
USAF
40
I
M38510/05002ACA
III
AMEND
1
RCA
4
USAF
M38510/05002ADA
40
III
1
RCA
AMEND
4
M38510/05002BCA
USAF
40
RCA
1
III
AMEND
I
4
M38510/05002BDA
USAF
1
RCA
40
III
AMEND M38510/05002CCA
4
RCA
USAF
40
M38510/05002CDA
III
AMEND
I' RCA
4
USAF
M38510/05003ACA
40
I RCA
III
AMEND
4
I
M38510/05003ADA
USAF
! RCA
40
I
III
I
AMEND
M38510/05003BCA
4
USAF
1
RCA
40
III
AMEND M38510/05003BDA
4
1
RCA
USAF
40
M38510/05003CCA
III
AMEND
1
RCA
4
USAF
M38510/05003CDA
40
III
1
RCA
AMEND
4
M38510/05101ACA
USAF
40
RCA
III
I
i
I!MEND
M38510/05101ADA
USAF
I RCA
40
!MEND
1USAF
M38510/05101 BCA
I RCA
30
D.A. T.A.
RCA
M38510/05001CCA
I
261
III
I RCA
AMEND
4
USAF
M3851 0/051 02AEA
40
III
I RCA
AMEND
4
USAF
M38510/05102AFA
40
I RCA
I!MEND
USAF
508
M38510/05102BEA
III
I RCA
AMEND
1
508
III
M38510/05102BFA
AMEND
1
508
I RCA
III
AMEND M38510/05102CEA
1
I RCA
508
III
AMEND
M38510/05102CFA
1
506
I RCA
III
AMEND
.1
M38510/05201ACA
506
III
1
RCA
AMEND
1
M38510/05201ADA
506
III
1
RCA
AMEND
1
M38510/05201BCA
508
III
1
RCA
AMEND
1
M38510/05201BDA
508
! RCA
III
AMEND
I
1
M38510/0520 1c'CA
506
III
1
RCA
AMEND
1
M38510/05201CDA
506
III
1
RCA
AMEND
1
M38510/05202ACA
506
III
1
RCA
AMEND
1
M38510/05202ADA
506
III
1
RCA
AMEND
1
M38510/05202BCA
506
III
1
RCA
AMEND
1
M38510/05202BDA
506
III
1
AMEND
1~06
RCA
M38510/05202CCA
1
RCA
IAMEND
1
M38510/05202CDA
506
III
1
RCA
AMEND
1
M38510/05203ACA
506
III
1
RCA
AMEND
1
M38510/05203ADA
51A
III
1
RCA
AMEND
2
M38510/05203BCA
NASA
51A
1
RCA
III
AMEND
M38510/05203BDA
2
I RCA
NASA
:~1A
I~MEND
i
NASA
(Zl- QPL-38510 PART II
I
TYPE No.
TMFRS ~~~~O/
1
M38510/05203CCA
1
RCA
AMEND
2
M38510/05203CDA
NASA
51A
1
RCA
III
M38510/04005CDB
I SIC
I Til
51A
III
III
30
30
jMIL-M·
MFRS 38510/
I RCA
AMEND
4
USAF
M38510/05101CDA
40
30
1
30
30
M38510/04005BDB
30
I
III
1
30
30
I SIC
Til
No.
M38510/05101 BOA
I RCA
AMEND
4
USAF
40
M38510/05101CCA
30
1
M38510/04002BDB
SIC
, Til
30
M38510/04005BCB
30
1
30
30
III
1
30
30
Til
40
30
1
M38510/04001CDB
30
M38510/04004r~IC
30
1
30
30
1
1
30
30
30
1
30
30
1
1
AMEND
2
USAF
30
M38510/04001CCB
1
I ITT
M38510/03002BCB
ITT
M38510/03002BCC
i ITT
M38510/03002CAA
I ITT
M38510/03002CAB
I ITT
M38510/03002CAC
I ITT
M38510/03002CCB
I ITT
M38510/03002CCC
I ITT
M38510/03003BAA
I ITT
M38510/03003BAB
I ITT
M38510/03003BAC
I ITT
M38510/03003BCB
I ITT
M38510/03003BCC
I ITT
M38510/03003CAA
I ITT
M38510/03003CAB
I ITT
M3S510/03003CAC
I ITT
M38510/03003C1C~
M38510/03004BAA
I ITT
M38510/03004BAB
ITT
M38510/03004BAC
I ITT
M38510/03004BCB
I FSC
ITT
M38510/03004BCC
ITT
M38510/03004CAA
ITT
M38510/03004CAB
ITT
M38510/03004CAC
I ITT
M38510/03004CCB
FSC
M38510/03004CCC
I ITT
M3851 0/03005 BAA
ITT
M3851 0/03005 BAB
ITT
M38510/03005BAC
I ITT
M38510/03005BCB
FSC
M38510/03005BCC
ITT
M38510/03005CAA
ITT
M38510/03005CAB
ITT
M 3 8 51 0/03005CAC
ITT
M38510/03005CCB
I FSC
M38510/03005CCC
! ITT
M38510104001 BCB
III
1
M38510/03002B~gT
M3851 0/03003CIC~T
AMEND
M38510/05204ACA
2
NASA
1
RCA
51A
AMEND M38510/05204ADA
2
1
RCA
NASA
51A
M38510/05204BCA
III
AMEND
RCA
2
NASA
M38510/05204BDA
51A
I
III
1
RCA
AMEND
2
M38510/05204CCA
NASA
51A
RCA
III
I
AMEND
M38510/05204CDA
2
NASA
RCA
51A
I
III
AMEND M38510/05301ACA
I RCA
2
NASA
M3851 0/0530 1ADA
51A
I RCA
M3851 0/0530 1 BCA
III
AMEND
RCA
M38510/0530
1 BOA
2
RCA
NASA
M38510/0530 1CCA
I RCA
51A
M38510/05301CDA
I RCA
1
'NASA
M38510/05302AEA
RCA
52A
M38510/05302AFA
1
I RCA
M38510/05302BEA
1
RCA
52A
M36510/05302BFA
III
AMEND
RCA
M38510/05302CEA
1
RCA
52A
M38510/05302CFA
III
AMEND
I RCA
M38510/05501AEA
1
52A
I RCA
1
1
~MEND
1
.~MEND
1
52A
III
AMEND
1
52A
III
AMEND
1
52A
III
AMEND
1
52A
III
.AMEND
11
52A
III
AMEND
1
52A
III
AMEND
1
52A
III
AMEND
1
52A
III
AMEND
1
53A
III
53A
III
53A
III
53A
III
53A
1~3A
III
53A
III
53A
53A
III
53A
1
1
III
53A
III
53A
55A
III
NASA
55A
AMEND M38510/05501AFA
1
I RCA
52A
M3851 0/0550 1 BEA
III
AMEND
I RCA
1
M38510/05501BFA
52A
III
I RCA
III
M38510/05501CEA
I RCA
III
M38510/05501CFA
I RCA
III
I~MEND
52A
'Ill
I~MEND
·52A
III
M38510/05502AEA
AMEND
I RCA
1
52A
M38510/05502AFA
III
I RCA
AMEND
M38510/05502BEA
1
52A
I RCA
III
AMEND M38510/05502BFA
1
I RCA
52A
M38510/05502CEA
III
AMEND
I RCA
1
52A
M38510/05502CFA
III
I RCA
AMEND
M38510/05503AEA
1
52A
I RCA
I~MEND
III
NASA
55A
III
NASA
55A
NASA
55A
NASA
55A
NASA
55A
III
NASA
55A
III
NASA
55A
III
NASA
55A
III
NASA
55A
III
NASA
55A
III
NASA
55A
III
NASA
55A
M38510/05503AFA
I RCA
III
M38510/05503BEA
I RCA
III
M38510/05503BFA
I RCA
III
M38510/05503CEA
I RCA
III
AMEND M38510/05503CFA
1
I RCA
'Ill
52A
'Ill
I~MEND
52A
illl
I~MEND
52A
III
I
(SEE MILITARY DOCUMENTS)
ALL OTHERS LISTED IN PART I.
NASA
55A
NASA
55A
NASA
55A
NASA
55A
INASA
,
1
261
11A
IN TYPE NUMBER
SEQUENCE
TYPES WITH U.S. MILITARY SPECIFICATIONS
TYPE No. I MFRSI~J§ro/
M38510105504AEA
RCA
I
M38510105504AFA
RCA
I
M38510/05504BEA
I RCA
I
M38510/05504BFA
I RCA
M 3 8 5 10/05 504CIEA
I
RCA
M38510/05504CFA
I
RCA
M38510/05601AIE~CA
5SA
iii
NASA
S5A
iii
NASA
SSA
iii
~~fA
i~ASA
~MEND
M38510/05604BEA
I RCA
I
I
M38510/05604BFA
RCA
'1~6A
AMEND M38510/05604C'EA
1
RCA
NASA
S6A
iii
AMEND
I
1
M38510/05601BEA
RCA
M38510/05604l~CA
~ASA
I S6A
iii
1AMEND
I~ASA
S6A
I
~MEND
~ASA
I iii
S6A
I
iii
M38510/056011~CA Il;;~D
RCA
i
M38510/05601CFA
RCA
M38510/05602AEA
RCA
I
I
M38510/05602AFA
' RCA
I
M38510/05602BEA
I RCA
I
NASA
S6A
AMEND
~tfA
1
NASA
S6A
1
iii
I RCA
NASA
S6A
M38510/05605CDA
I
NASA
IS6A
~MEND
RCA
I
M3851 0/0700 1 BCB
SIC
I
~6A
AMEND M38510/07001
1
~6A
,
I
~6A
I
USAF
70
iii
USAF
70
iii
AMEND
NASA
S6A
~MEND
1
M38510/10401
USAF
104
r~11
iii
M38510/05603AIF~CA
AMEND M38510/10401T~1I
1
M38510/05603BEA
I RCA
I
M38510/05603BFA
i RCA
NASA
S6A
~MEND
I~ASA
USAF
104
M3851 0/1 0402r~1I
iii
AMEND
1
S6A
iii
USAF
104
,AMEND M3851 0/1 0402CCB
NASA
I
M38510/05603CEA
I56A
I RCA iii
I
M38510/10403CFC
AMV
FSC
I
Til
I
AMEND M38510/10403BEA
1
I FSC
NASA
S6A
iii
I
AMEND M38510/10403BEB
1
I AMV
, FSC
NASA
I
iii
i~MEND
]
USAF
104
illi
'AMEND
1
iii
AMEND
1
USAF
104
iii
USAF
104
iii
I USAF
~MEND
QPL-3851 0-20 Qualified Products List (Part I)
of Products Qualified Under Military Specification MI L-M-38510, dated 20 August 1975.
Qualified Products List (Part II) of Products
Qualified Under Military Specification
MI L-M-3851 0, dated 20 August 1975.
These products are considered qualified
products. Therefore, manufacturers listed
on QPL-38510 shall "JAN" mark and ship
the specific part numbered devices for which
they are listed, providing all required quality
conformance inspections have been successfully completed. They have not been subjected
to all the tests required for qualification under
the latest effective issue of MI L-M-3851 0;
however, the manufacturers have performed
sufficient similar tests to indicate that the
products have the potential of complying with
the MI L-M-38510 requirements.
104
I~MEND
104
iii
AMEND
1
USAF
104
iii
AMEND
1
USAF
104
III
AMEND
1
USAF
104
I
M38510/10404BFA
III
AMEND
1
USAF
104
I
iii
i
I
I
USAF
104
AMEND
1
M38510/10404CEA
] FSC
M38510/10404CEC
I AMV
USAF
104
MI L-STD-883A Military Standard; Test Methods and
Procedures for Microelectronics, dated
15 November 1974.
,iii
I ~MEND
USAF
j~04
MI L-STD-1562 Military Standard; List of Standard
Microcircuits, dated 5 November 1974.
AMEND
1
USAF
104
iii
NOTE: The 3-letter suffix at the end of the type number
represents device class (degree ot"quality assurance testing),
case outline and lead material finish as shown below:
AMEND
1
]
USAF
104
M38510/10404CFA
I
AMEND
1
M38510/10404BFC
FSC
FSC
iii
AMEND
1
~MEND
USAF
104
MI L-M-3851 OB (USAF) Military Specification,
General Specification for Microcircuits,
dated 1 October 1973, Supplement 1,
15 October 1973, used in lieu of MI L-M38510A Military Specification, dated 3 July
1972, Supplement 1F, dated 18 Jone 1975,
and Amendment 2, dated 10 July 1974.
USAF
104
·~SAF
I
M38510/10404BEA
I FSC
1
11
M38510/05603CFA
RCA
FSC
I
,~6A
AMEND
1
M3851 011 0403CIF~MV
AMEND
I
USAF
M38510/10404CIE~MV
104
FSC
iii
AMEND
Til
NASA
iii
AMEND
[ FSC
AMEND
I
USAF
M38510/10404BFB
'70
iii
FSC
AMEND
1
USAF
104
I
,
,
I~MEND
1
, RCA
I
I
I
AMEND M38510/0700 1CID~IC
M38510/05603AEA
1
M38510/10403CEB
AMV
FSC
~
Device Manufacturers Qualifications on Test
Reference Letter.
AMEND
I
T~IC
AMEND M38510/07001 CCB
1
] SIC
NASA
M38510/05602CIF~CA
I ~~CV AMEND
1
USAF
I
104
M38510/10403CEA
I FSC iii
I
I
USAF
104
iii____J-__________-L____L-__
~
Department of Defense index of Specifications
and Standards dated 1 July 1972,
Supplement dated 1 May 1973.
iii
I
iii
~MEND
MI LIT ARY DOCUMENTS
AMEND
USAF
104
M38510/10403B'FC
MFRS ~J§ro/
TYPE No.
104
USAF
104
1
AMEND
I
NASA
S6A
M38510/10404BEB
AMV
iii
AMEND
I FSC
I
Til
,
'NASA
M38510/10404BEC
70
! AMV
I
NASA
M38510/05602CIE~CA
iii
AMEND M38510/05605CCA
:NASA
M38510/05602BIF~CA
M38510/05605T~CA
M38510/10405C,EB
I Til
__________L-__
,
I
I
USAF
,104
Iiii
I~MEND
I
AMEND
I
NASA
S6A
illi
M38510/10405BEB
I Til
iii
iii
iii
~MEND
I
TYPE No. I MFRSI~J§~o/
1104
~MEND~
M38510/10403CEC
I AMV
AMEND
I
NASA
I
S6A
M3851 0/10403l~sc
M38510/05605ADA
I RCA
S6A
~MEND
M38510/10403S'FA
FSC
iii
RCA
NASA
i
I~MEND M38510/05605BCA
S6A
iii
I RCA AMEND
:~ASA
,1
1
I
NASA
56A
']
M38510/10403BFB
AMV
,iii
,AMEND
FSC
AMEND
NASA
S6A
1
M3851 0/0560 1 BFA
I
I
M38510/10403BEC
: AMV
NASA
SeA
AMEND M38510/05605ACA
I
I
NASA
S6A
iii
I
I
M3851 0/0560 lAFA
RCA
~MEND
M38510105604AFA
RCA
IIIiNASA
S5A
S6A
iii
I
NASA
SSA
III
MFRS ~J§ro/
TYPE No.
M38510105604AEA
RCA
M38510/10404CFB
, AMV
,USAF
1104
FSC
] AMEND
M38510/10404CFC
FSC
USAF
104
AMEND
I
,
Example:
iii
1
1
USAF
M38510/00101XXX
TJT
I
'
device
class
case
outline
lead material
and finish
Only types with actual sources of supply are listed in this
edition.
USAF
I
262
D.A. T.A.
(Zl- QPL-38510 PART II
(SEE MI LlTARY DOCUMENTS)
ALL OTHERS LISTED IN PART I.
262
11B. COMMERCIAL·TO·MI LlTARY TYPE NUMBER CROSS·REFERENCE
COMMERCIAL MILITARY
TYPE No.
TYPE No.
COMMERCIAL MILITARY
TYPE No.
TYPE No.
930
935
936
940
946
962
3121
4000A
4001A
4002A
4007A
4008A
4009A
4010A
4011A
4012A
4013A
4017A
4018A
5019A
4020A
4022A
4023A
4024A
4025A
4027A
4049A
4050A
5400
54HOO
54LOO
54S00
5401
54LOl
54HOl
5402
54L02
5403
54L03
5404
54H04
54L04
5405
5406
5407
5408
5409
5410
54Hl0
54L10
5412
5416
5417
5420
54H20
54L20
54H22
5423
5425
5427
5430
54H30
54L30
5437
5438
5440
54H40
5442
54L42
5443
54L43
5444
54L44
5445
5446
54L46
5447
54L47
5448
5449
5450
54H50
5451
54H51
54L51
5453
54H53
5454
54H54
54L54
54H55
54L55
5470
54L71
5472
54H72
54L72
5473
54H73
54L73
5474
54H74
54L74
5475
263
M38510/03001····
M3851 0/03002····
M3851 0/03003····
M3851 0/03002····
M3851 0/03004····
M3851 0/03005····
M38510/00701····
M38510/05201····
M3851 0/05202····
M3851 0/05203····
M38510/05301····
M38510/05401····
M38510/05501····
M3851 0/05502····
M38510/05001-··
M3851 0/05002····
M3851 0/051 01····
M38510/05601····
M3851 0/05602····
M3851 0/05302····
M3851 0/05603····
M3851 0/05604····
M3851 0/05003····
M3851 0/05605····
M3851 0/05204····
M3851 0/051 02····
M3851 0/05503····
M3851 0/05504····
M3851 0/001 04····
M3851 0/02304·····
M3851 0/02004····
M38510/0:7001····
M3851 0/001 07····
M3851 0/02006····
M3851 0/02306····
M38510/00401····
M38510/02701····
M3851 0/001 09····
M3851 0/02006····
M3851 0/001 05····
M3851 0/02305····
M3851 0/02005····
M3851 0/001 08····
M38510/00801····
M3851 0/00803····
M3851 0/01601····
M38510/01602····
M3851 0/001 03····
M3851 0/02303····
M3851 0/02003····
M3851 0/001 06····
M3851 0/00802····
M3851 0/00804 ....
M3851 0/001 02···.
M3851 0/02302 ....
M3851 0/02002 ....
M3851 0/02307 ....
M3851 0/00402 ....
M3851 0/00403···.
M3851 0/00404···.
M3851 0/001 01····
M38510/02301··..
M38510/02001····
M3851 0/00302···.
M3851 0/00303····
M38510/00301····
M38510/02401····
M3851 0/01 001····
M38510/02901····
M3851 0/01 002····
M3851 0/02902····
M3851 0/01 003····
M3851 0/02903··..
M3851 0/01004··..
M3851 0/01 006····
M3851 0/02904 ....
M3851 0/01 007····
M3851 0/02905····
M3851 0/01008···.·
M3851 0/01 009····
M38510/00501····
M3851 0/04001····
M3851 0/00502····
M3851 0/04002····
M3851 0/041 01····
M3851 0/00503····
M3851 0/04003····
M3851 0/00504····
M3851 0/04004····
M3851 0/041 02····
M3851 0/04005····
M3851 0/041 03····
M3851 0/00206:···
M3851 0/021 01····
M38510/00201····
M38510/02201····
M3851 0/021 02····
M3851 0/00202····
M3851 0/02202····
M3851 0/021 03····
M3851 0/00205····
M3851 0/02203····
M3851 0/021 05····
M38510/01501····
IN COMMERCIAL
TYPE No. SE~UENCE
COMMERCIAL MILITARY
TYPE No.
TYPE No.
5476
54H76
5477
54L78
5479
5482
5483
5486
54L86
5490
54L90
5492
5493
54L93
54L95
9304
9308
9309
9312
9314
9322
9341
9342
9614
9615
54Hl01
54Hl03
54107
54121
54L121
54122
54L122
54123
54145
54150
54153
54160
54161
54162
54163
54165
54174
54175
54181
54132
54192
54193
55107
55108
55113
55114
55115
74181
M3851 0/00204····
M3851 0/02204 ....
M3851 0/01502····
M3851 0/021 04····
M3851 0/00207····
M38510/00601····
M3851 0/00602····
M3851 0/00701 ....
M3851 0/02601 ....
M3851 0/01307····
M3851 0/02501····
M38510/01301····
M38510/01302····
M3851 0/02502····
M3851 0/02801····
M3851 0/00603····
M38510/01503····
M3851 0/01404····
M38510/01402····
M3851 0/01504····
M3851 0/01405····
M3851 0/011 01····
M3851 0/011 02····
M3851 OIl 0403····
M3851 OIl 0404····
M38510/02205····
M3851 0/02206····
M3851 0/00203····
M38510/01201····
M3851 0/04201····
M3851 0/01202····
M3851 0/04202····
M38510/01203····
M3851 0/01 005····
M38510/01401····
M3851 0/01403····
M38510/01303····
M38510/01306····
M38510/01305····
M3851 0/01304····
M3851 0/00904····
M38510/01701····
M3851 0/01702····
M3851 0/011 01····
M3851 0/011 02····
M3851 0/01308····
M3851 0/01309····
M3851 OIl 0401····
M3851 OIl 0402····
M3851 0/10405····
M3851 OIl 0403····
M3851 OIl 0404····
M3851 0/011 01····
D.A. T.A.
263
-
-------------
-------------.
IN DRAWING NUMBER
SEQUENCE
SECTION 12. lOGIC DRAWING
LOGIC DRAWING No. SIGNIFICANCE
LOGIC DRAWING No. PREFIX
LOGIC SYMBOLS CODES
(letter code)
The first three characters (a letter and two
numerals) of the logic drawing number have
Applies to
the following significance: The letter code
the
circuit
family
(according
to
technical
section title in this D.A.T.A.B 0 0 K); the next
two numerals indicate the "use" or "type of"
category within that technical section. The
last digit or digits indicate a serial number
assigned by D.A.T.A.
NOTES
BaSt! Direct
BR
BS
Base set
Base Reset
e
eL
co
Tech. Sect. No.
Letter Code
(interpreted in the adjacent block) indicates
BO
4
Control
Clamping
Zero Control
One Control
Direct Reset
Direct Set
B
C
E
F
G
J
10
N
K
11
OS
Node
Oscillator
PS
Preset
R
RG
Reset (Clear)
Reset Gate
5
Set
SG
SH
set Gate
Shift
SR
Shift Reg'ister
Single Shot (One Shot)
Counter and/or Clock
Trigger (Toggle)
el
DR
5
6
OS
E
FF
G
7
8
OUTLINE DRAWINGS
These outline drawings are intended as a guide for the user. They should not be used
for constructive purposes without first checking with the appropriate manufacturer.
Enable
Flip-Flop
Gate
55
T
TR
These drawings are referenced in the Technical Sections of this D.A.T.A.BOOK in
accordance with information supplied by the manufacturers.
The MO and TO drawings have been reproduced from JEDEC Registration Data Files
with the permission of the National Electrical Manufacturer's Association - Electronic
Industries Association. JEDEC designations are assigned only to outlines submitted
by the JC·ll Committee on Mechanical Standardization. The procedure of assigning
and announcing the JEDEC designation constitutes registration.
All drawings have circular symmetry, unless otherwise indicated.
LOGIC DRAWINGS
The graphic logic symbols, codes and abbreviations are obtained from manufacturer,
military and JEDEC information.
VAA
Positive Voltage
VBB
Base supply Voltage (Bipolar)
Vee
Collector Supply Voltage (Bipolar)
VOO
VOO
VEE
Drain Supply Voltage (N·chan.,P·Chan. MOS)
Positive Supply Voltage (C·MOS)
Emitter Supply Vol,tage (Bipolar)
VGG
VR
Gate Supply (MOS)
VSS
Source Su pply Voltage (N·Chan.,P·Chan. MOS)
VSS
Negative Supply Voltage (C·MOS)
Re·ference Voltage
Since presentations may vary. the sources of information should be consulted before
critical connections are made to the device.
r---- - - - - -----,
J
I
I
1
I
1
S
Q
J
C
T
Q
PS
K
Q
K
T
OUTLINE
FP
8024
Q
I
I
1
1
-~
R
--
MP
--
8024A
FP
MP
FP
B0248
MP
B024C
80240
FP
FP
CKT
J K K
I
12 NC 3 NC
2
5 NC 10 NC
I
13 NC 4 NC
2
6NC " NC
13 12 9 10
14 13 10 "
3 Ne 12 Ne
2
5 Ne 10 Ne
I
4 Ne 13 NC
2
6 NC " NC
I 2 5
10 9 6 7
T
13
6
14
7
I
2
PS C 0
9
3
10
5
NC
NC
NC
Ne
3
4
2
6
6 13
6 9 2
7 14 3
7 10 3
7 9 NC
2
Q
14
8 7
2 15
9 8
6 2
7 3
14 I
'0\
COM
I
7
2
9 8
8
15
10
4 Ne 5
"
4
12
5
12
"
4
5
"
4
12
6
II
4
I
8
4
: ("8024,8
:..-' ONLY
,
,I
: £B024A.c,O
,
ONLY
r
,
,
elt1
9
D.A.T..II..
~
10.
K
i(
6
,
S
R
Q
•
,5
<4
-,,
--------,
K'
-,
ALL DIMENSIONS IN INCHES
SECTION 12. lOGIC DRAWING
IN DRAWING NUMBER
SEQUENCE
B02-21
ImO
7
S
3
2
T
6
PS
I
5
S
B0230
B0230A
80230B
D.A.:r.A..
I
I
I
2
T
R RD Q Q
2
3
4
3
4
3
3
2
2
12 2
6
7
8
COM Vec
5
4
8
9
7
5
9 6
5
10
6
7
7
10
9
5 10
4
5
4
8
II
PKG
STYLE
CN
FP
CN
FP
MP
ALL DIMENSIONS IN INCHES
SECTION 12, lOGIC DRAWING
IN DRAWING NUMBER
SEQUENCE
3
7.8SJ_ 0
K
S _
5
9,10
6
I
R0
4
S
K
>----------!K
1
2
1
2
D PS
1
1
6
8 9 10
2 4
5 6 3 1 1
12 10 9 8 11 1
802-92
Q
CLEAR
PKG
CKT NO
BOZ-91
1
BO.-9,"
2
1
B02-9l
1
B02-91c
1
3
B02-91
1
2
K
10
J
T
1
5
1
7
Q
Q
1
12
9
8
1
12
11
13
12
11
1.
9
2
•
8
3
203 10 10. 00 207
10
07 108 08
20. 109 110 114 213
1 1 1 11 11
1
6
4
3
5
1
13 10 11
8
•
205
06
211
212
2
12
202
202
202
202
101
101
101
101
14
7
T
1
2 3
12 11
1
1
1
2
16
B02-92e.
2
1
802-9,2
1
115
1 5
115
115
J
KT.
802-92
CLEAR VCC COM
4 11
6
4
14
7
10
7
1
14
B02-92c
M'
B02-92d
M'
1
2
1
B02-92e
M
1
3
•
PS R
23 1<115
78 10 1
• 13 5
10 13
8
1
21
2
8
2
2
2
II
II
5
2
•
.
5
••
• •
••
• • , I'
1 3
13 12
1 3
1
vee
•
1 13 12
9
8
7
9
0
3
3 10
5
0
5
14
7
9
16
13
7
u
"
7
8
8
PS
FP131417893
9 10 11
1
K
I
INPUT CLAMPING DIODES
FOR US 54, 74 AND DM54, 74
TYPES ONLY.
D.A..T.lI.
~
4
I
FP 13 14 I 2 5
II I 10 II 12 I
ALL DIMENSIONS IN INCHES
SECTION 12. LOGIC DRAWING
'~"t"'t'
~
R05~
CKTNO
1
2
1
S
T
RBORO
1
1 12 10 13
1
1
11
3
2
)
3
5
13
Q
4
6
8
a
II
9
10
12
9 Q
10 So
B02-107
11>-----------,
14,---r---.
I
AS
12
K
2
l3)---=---~~R-----,
14
VAA-4
1
K
2
3 >--":;::,..---IT
5.
6
J
COM-lO.
~
lI>--....- - - - - - I T (CLOCK)
1\
I
Q
·7,--""""IL-_--"
S
I>-------------~
PS
"
IO>--IND
n,JJ.T.A.
12
11
Q
8
.>-----------------~
4>--VC:C
Q
BCD
-1
2-I06a
-106
o
1
2
a
1
4
2 13 14
E F G H. T S R
5 6 7 8 3
9 10 11 12 13
9
5
11 12
6 8
5
9
10 12
6
7
8
3
VC
GND
•
,.
•
10
7
11
ALL DIMENSIONS IN INatES
IN DRAWING NUMBEl!
SEQUENCE
SECTION 12. LOGIC DRAWING
VBB-4
o
12
FF
>i------JT
II
T
802-108
PKG.
FP
S
MP
K
Q
802-108A
T
FP
Q
MP
R
I:iefl II"
CKTNO. J K o 0 R S T
2
I
I 3 1412 13
6
7 !5 8 10 9
2
2
I
3 I !5 6 4
2
I
2
I
2
12 II
;3 2
!5 7
I 3
1312
108
1214
108
6 !5
8 10
9
13
13
9
9
I
9
4
II
13
6
6
2
2
II
7
14
II
4
1
14
vee
Q
s
Q~--~
T
s
QI----~
T
>---- K
D.A.'I:A.
Of---~
ALL DIMENSIONS IN INCHES
SECTION 12. LOGIC DRAWING
IN DRAWING NUMBER
SEQUENCE
B02-113
COM
so
~
__
a
R
AD
T
CKT. NO.
802-118
802-118A
802-1188
I
1
2
I
2
RD
R S
6 3
12 1
107
I 4
131 \C
I
3
5
6
8
T Q 10 COM [VCC
2
2
6
5
9
5 7
1413
8 9
3 2
II 12
4
8
4
II
7
14
D.A.T.A.
ALL DIMENSIONS IN INCHES
- --- ._.-
---.-.-------~--
IN DRAWING NUMBER
SEQUENCE
SECTION 12. lOGIC DRAWING
Va:
8
OKt NO: S TR ROQ
I
(I II 4 I 2 3
28910131211
B02-121A
I
3 2 I 12 13 14
II (I 710
18
2
802-121
I:II*'flt.
14
COM
7
1\
4
802-134
ICKT NO
IBO.,30
I:
IB02130a~_
J
K
14
3
10
T
R
Q
Q rOM VCC
1 2 12 13
S 6 9 8
12 13 3
- 8 11 9 10
,
-i "
11
•
• ,"
Vee
D ../I..T../I..
ALL DIMENSIONS IN INCHES
SECTION 12. LOGIC DRAWING
KT
J
2
'>-----IK
Q
i:t.f'lfl
l:Ie!'I"
Q
Q.
~Q
~
R
13
10
••
12
D.A.T.A.
- - - --------------_. -
ALL DIMENSIONS IN INCHES
._--
SECTION 12. lOGIC DRAWING
I:t.flfj·
802-151
@RD
0 1
~2
II 3
Q
®
is
®
®
0
0
2
@3
(0
®SD
CK
.Vee
CLR
2K
i:!'f'ii'
.a-
PAC
GE CKT.NO.
J
11
••
eo -16 a
K R
••
8 11 10
N
• • N
CC COM
•• •
••
5
~
.
5§:F0
6
T
7
C CD
a
•
10
1~2'4>V~15
CPO-:--":"'t---I
J.
".
GND-7
D.A.T.A.
ALL DIMENSIONS IN INCHES
SECTION 12. lOGIC DRAWING
IN DRAWING NUMBER
SEQUENCE
B02-168
RESET 13--------------------,
Kl
JKl
1
14
K2
2
JK2
J2
6
a
12
Q
11
5
Jl
~
SET
8---------9 ____________________---1
VC C -13
GND-IO
r
6
0
GND
7
Q
8
~
SET
+-i-_-<> 9
Jl 2<>-~--l-+JI)'rrr
J2 3 <>-h-~-+J
J3 4 <>-H-rl-+..J
D.A.T..lI...
",'\,'-1-+--.......-0 10K 1
'+-+--"""f-o 11 K 2
4-h+-lf-.-o'2 K3
ALL DIMENSIONS IN INCHES
DRAWING NIIMBER
SEQIIENCE
SECTION 12. lOGIC DRAWING
1.2k
6k
L -_ _ _ _ _ _ _ _ _ _
12
J3SET
7
-+_~~
2
5----------~
J212
J1 4
CLOCK 9"-H_~--I
6
B02-173
B02-173a
JK 1
K1 :3
K2 11
K3 1 0 _~--L_./
T K R
4132156
o
13
•
3
•
10 11 13 12
8
RESEl'13--PKG. CKT
802 184
J
FP
1
FP
2
1
14
7
3
B02-184a
MP
1
B02-184b
MP
B02-184c
MP
MP
MP
MP
1
2
1
2
1
2
10
1
B02-184d
4
1
14
7
4
9
,.
K
7
3
10
6
1
7
11
3
10
16
12
RD SD
2
1
6
2
6
2
1
3 2
14 13
2
6
3 2
8 7
T
5 13 12
8
9
1 12 13
5 9 8
1
5 4
9
1 6
5
12 10 9
1 12 13
5 9 8
1 15 14
6 11 10
,
COM
11
11
vee
4
•
7
14
8
16
11
13
I:lefll:fl
4
,
~o---------~--~
100
1,2K
1211
100
'oo---L::::=======::::J
!---+-----1--o0
"
T
D.A.T.A.
All DIMENSIONS. IN INCHES
SECTION 12. lOGIC DRAWING
8021B6
B02186a
Vee
4
a
K
j:t.t":l:1
.,
~~
• /t',.
YlMtOtrt
L__
~
.
~'~"
'1 IT,.
,
.
.
~
~
@ @
@@@®
Co', 1'1
*B02-190a -
D.A.T.A.
~~
0..
~
e'a
"SIONO
USE DOTTED LINE IN PLACE OF
TRANSISTOR
ALL DIMENSIONS IN INCHES
IN DRAWING
SECTION 12. lOGIC DRAWING
II)
B02-191a B02-191b* -
DOTTED IN SECTION.
USE DOTTED LINE INCLUDING
RESISTOR AND TRANSISTOR IN
PLACE OF DIRECT C p INPUT_
Imi't"
4
~
9~.-------
__________________-,
Vee
90
11~--"--1
Q
12
3 k
~
k
K2
J1 5 <>-_--_+_-
J2
6C>-lr-;::::+=~
L1 7,,"":+=+=+=+~
q
80-
.K1
M2
L::;±d=t~13
14
CLOCK
M1
-3C>-+-+-~-+-+--1--------+~~~---------+~-4----------1---+~
D.A.XA.
ALL DIMENSIONS IN INCHES
SECTION 12. LOGIC DRAWING
imP't:'
IN DRAWING NUMBER
SEQUENCE
802·197
CKT
1
2
S
J
TK R
2 4: 1 16 3 15 14:
7 9 6 12 8 11 10
~--~------~--------~----~----~----------O5
130
'.6 k
4k
4k
1.6 k
Vee
130
Q
.02-1_
Dottecl 'n portion on IV.
K
·lpKCl r.K'l'
.T
B02-t96 ,
1
14
B02-196a
1
7
8
B02-196c FC
1
2
1
2
FP
19
7
14
-;p
K
ii
0
'0 Iv"" Imm
1 3 2 12 13
9 8
1
9 11 10 5 6
Z
1 3 2 17 18
5 15 6 14 13
1 3 2 12 13
5 10 6 9 8
4
11
4
11
4
16
4
11
'4'Pll':., ~~~~~~
PULL UP RESISTORS
6kn lor B02-200
2kn lor B02-200a
_9
10
°2
So2
"
'2
12
'2
"
Vee
NOTES:
OUTPUT PULL UP RESISTORS
6kn lor B02-201
2k n lor B02-201a
GNO Q1
7
6
2
8
Q2
9
Q2
SET '~--....".--='-""";""
So2
D.A.T.A.
J2
K2
v"
CP2
ALL DIMENSIONS IN INCHES
SECTION 12. lOGIC DRAWING
!{T
1
2
1
2
IB02 203
1,,02-.03
IJ
IJ Q QGND
14 13 12 11
7
1
8
l~
9 11
3 7
5 7
8
2
6
10
GNO
IN DRAWING NUMBER
SEQUENCE
K CLOCK CLEAR vee
3
2
4
1
10
5
6
4
12
13
4
1
10
14
11
9
21(.
20
20
@@®®@)(!)(D
>------------,
01
Jl
C\lIIIIECTOR PINS
11:2
ICI
1C3
FUNCTION
JK
50
3.
21
14
SO
11
41
34
22
10
41
31
24
12
1
47
35
23
II
12
CP
40
21
II
4
:It
27
15
I
It
44
32
20
3
Kl
4.
37
25
13
i
42
30
II
K2
CD
41
2S
17
•
5
45
33
21
9
43
31
11
7
>:::t=::::t==:;1
I
.-
l
GRD
eDl~4--4_----~
J2 >-4--4---1
~
K2 >;::===~;i
K2K2.,
~
51
'r---..:.;;..-~
K1
Rl>
1
Q
I
ep
IC4
Q
YCC
-
1
Q2
1
1
I
C02 >----~---~
-
r
f;-
Q2
>-- Vee
>--
GNO.
14
+
52
I
*Cl
11
r------r----t-~----------~------~----~---------4~C
130 Il
1.6 kll
HIl
HIl
I.HIl
130 Il
a----+-----t
t-----------------h-- CLEAR
6k1l
3.5 kl1
HI1
• kl1
3.5 kll
6 kll
OND
2<11
2k1l
~----+------~--~--------J~-~~---_+----oGND
CLOCK
D.11.:r.A.
ALL DIMENSIONS IN INCHES
SECTION 12. lOGIC DRAWING
IN DRAWING NQMBER
SEQUENCE
I atpi) P' ~~02~-2~1~Clr~'~:~11:~!IRD~6~'19~'.~fg
Vee
_
•
___ __
B02-213a
1
1
2
8 11
4 12 13
9 10
3
2 14
5
6
a
~llt--+--o CLEAR
(ROI
T R
13 14 1 2
9 11 10 12
S
Q ~ CC COM
5 3 12 10 •
11
2 13 8 6 14
7
i:t.'ili1
Set
J
Clock
~
Reset
TO OTMEA FLlP·FL.OP
CLOCK
':it'IJ,»
.,A
...
•••
...
CLOCK
D ..II..T..II..
All DIMENSIONS IN INCHES
,
SECTION 12. lOGIC DRAWING
11
5
Vee = Pin.l&
Gnd = P,n 8
D.A.T.A.·
.-~-o12
ALL DIMENSIONS IN INCHES
SECTION 12. LOGIC DRAWING
1:\.2'I;J
IN DRAWING NUMBER
~EQUENCE
1& Vee
15
Vee
Gild
0
~
Pm 1&
Pili 8
12
DOTTED PORTIONS
FOR B02-230a ONLY
D.A..T.A..
ALL DIMENSIONS IN INCHES
I
SECTION 12. LOGIC DRAWING
Q
11
Q
1\
D ../J..T../J..
ALL DIMENSIONS IN INCHES
SECTION 12. LOGIC DRAWING
802-235
Vee ..
Q12o---~---------4
3
+---+-~f--010 Q
5 __
SETO-rlhr--~======~========~==~~--~~===;========~======~:r-_nrr-OREseT
K1 140-.,-.--..J
K2 10-+-.----'
K3130-+-1-1----'
L..--,r-<> 7
J1
'---1rl--:::-_...,-_ _ _ _ _ _ _-.,.
r - - - - - - - -.......-<>Q
TO OTHER
FLIP FLOP
11 12 15 14
16
8
7
K
2k
2k
on
on
l_~==~===~==±:~=~===~=~=-=-:t~::~GND
CLOCK
NOTE:
D.A.XA.
COMPONENT VALUES
SHOWN"ARE NOMINAL.
ALL DIMENSIONS IN INCHES
SECTION 12. lOGIC DRAWING
6
5
8
9
CLEAR
TO
OTHER
~--_4...
:FLlPFLOP
JI
J2
J3
J
K
CKT NO.
1
1
2
8
PRESET
K
1
IB02-258
IB02-258a
KT A B e D E
1 NA 3 1 2 4
2 NA 11 13 12 10
1
1
1
o
F
5
9
19
G vee GND
6 14
7
8 14
1
8 4
7
7
802-260
2
Vee CLEAR
+ __-+--'1
..- +----1---....." - .
2
20
2K
..UIT
CLOCK
2J
1J
10
2Q
1
GND
PRESET
D.A.T.A.
ALL DIMENSIONS IN INCHES
IN DRAWING NUMBER
SEQUENCE
SECTION 12. lOGIC DRAWING
a
CLEAR
0-+----....
t.--.---+--
161
121
0
10
CK
(31
a
.... j(
RESET
, CLEAR
CLOCK
2 PRESET
o-------------;;~-------------=:.....------<~------....J
ClOC/~Cl
CLEAR
(41
..l2L-...,
i:i¥"m
(12)
(10)
.....
,
(11)
802-298
--- --
PRESET
(lS)
0
20
R
> CK
a
.... j(
(14)
c
a
CLEAR
2 CLEAR
a
K
(13)
J
13
Q
10----~__- ' ~~~~
11
12 - - - - - - - - - '
5
Q
10
5
Q
11
J
12
C
13
K
14
R
15
Q
802-301
SET~+-------~------------_4__.
Q
J
Q
K
RESET~---------------L--~
1
eLR
1J
lK:
1 CK
1 PR
1Q
10
GNO
CP
12345§78
S, J, K, R,Il.OCK.Q, QI VDD
CP
CLOCK~
D.A.T.A.
ALL DIMENSIONS IN INCHES
SECTION 12. lOGIC DRAWING
Vee
Cp
SD
B02-302a
B02-302
N
B03-8
>--------.
A
a
o
II.
E
F
M
G
H
p
IlIOTE
N
IlESIGNA~
RS ARE IN PARENTHESIS WHEN GIVEN.
o
I
1IlJT-lm
E
0
0
0
0
-
IBOI-IP
: 3]
P: 18'
~;r
IS
p"
;r
P
0
J
BOI-Iq
3
3
0)
11.32
37
:U
151
M
1
1
1
1
1
N
P
vec
COM
~.~
•"-
III
IR al
28
29
iff)
(U)
16]
(ll)
13
10
14
)
13'
30
3111
'n
401
1W3-ar
I
2
BOI-I.
s
5
IIU]
RUI
IWI-n
10:
3
12~
IJ
IJ
I Boa-IV
-
6
lBOI-IX
7
II
R
8
lID
I\.
BOI-1\1
1
III
-~
11l11U~
1
III IV
I\. 12
a
lID'1111
II.
IC
IC
,C
: C2(B
leVI-I"
I BIll-1M
(8
;ll
r,,\ .,
IS
n\./
n\.
13
\.
es
u,
o
;aJ:05
9
10
D.A.T.A.
R
Q
4
ALL DIMENSIONS IN INCHES
SECTION 12. lOGIC DRAWING
I
Vee
A
•
M
C
0
N
P
~
A
(
I
H
~
0
-ocr-
K
G
•
M
8
N
1
B
5 II
7
•
P
7
• 10
7 14
6 I'
A
B
Q
C
E
Q
F
G
PACKAGE
T078
lOB4
T091
PACKAGE
eNI8
A
I
B
C
Z
3
3
2
4
3
5
4
0
5
B
6
E
F
J
H
J
K
6
10
7
1\
7
8
B
IZ
9
II
I
I
4
7
5
10
14
10
ABC
0
E
F
G
H
J
K
M N
12
3
5
6
7
8
9
II
4
2
10
F
G
H
ST
sc
RC
RT
R
B0356
VaB
RC
SC
Re
RT
'0'
VEE
4
5
6
B0356A
R
7
8
9
'I'
10
"ce
S
R
VBB
S
B0356 A
VEE
Vel
','
RT
ST
0
Vee
Yce
,5
16
17
S
18
19
ST
20
se
D ..lI..T..lI..
ALL DIMENSIONS IN INCHES
IN DRAWING NUMBER
SEQUENCE
~",~g~
u>------
Iii 3i IlO362A
A F R
o
V
K R
o
E
8 0 N J P V
C E P H N U
o
L V
U
F H 5 E L 5
GJ T F M T
ICKT NO I 2 I 2 3
E K
:9l
::t2J
~ro:F
o
I
E
B03-67
F
~
v>
N>
EJ;;
0
1
F
E
H
K
D
>-[>0
o
Q
E
E
A 8 C
1803-88 ICN 8 9 10 1 2
FP 2 3 13 5 6
le03-88A!FP 2 3 13 5 6
°
F 00- VAA COM
3 6 7
12
5
9 11 12
4
10
9 11 12
4
10
B03-95
50
5
0
R
RO
CA5E
TYLE
FP
80397
CN
80397A
MP
803978
80397 C
CN
FP
CN
A
F
5250 RI R2 RO Q
10
4 5 13 ·3
7
3 4 9 2
6
4 5 13 3
9 5 II 3 4 I 2
10 6 I 4 5 13 3
7 5 I 3 4 9
3
5 13 6 10
2
4 9 5 7
51
6
5
10
Q A 8
II
8
2 12
10 NC
II 2 12
II
Ne
8
2 12
8 NC NC
II
~
14
10
14
12
14
10
14
10
COM
6
7
6
7
6
7
6
IIcc
03-95
B03-95b
B03-96d
o
-95
-
PM
CN
P,
1
1
1
2
1
1
•
•
• ••
••
5 12
1 2 3
0
NO
2
NC 2 NC 1
3 NC
2
1311
0
4 10 11 1 2 3
1 11 2 3 • 1.
D ..lI..T..lI..
5
1.
5
7
9
•
7
9
7
"12
"
All DIMENSIONS IN INCHES
IN DRAWING NUMBER
SEQUENCE
SECTION 12. lOGIC DRAWING
3>--------,
I>--~---~ r~~~
13'-----'
Q"f---~IO
14>---~
VCC-4
COM-ll
2>--.----{
7>---~
Qr---~12
8>--~
9~-___1_ _/
'--;;..:.;---'
~>----------"
i:ial'fJ'
CKTN
I
-2
3
4
5
6
7
8
C
D
K
L
15
U
21
X
01
J
4
9
N
R
17
W
Y
02
E
5
8
12
Z
Z
Z
Z
Q Q
7 6
3 F
10 H
13 II
5 14
16 V
2220
1819
TNO.SCltQ
t
• 4 5 2 I
2110'1215
DC I
803-126
1'2
10>-----_ _ _...J
D ..lI..T..lI..
ALL DIMENSIONS IN INCHES
SECTION 12. lOGIC DRAWING
IN DRAWING NUMBER
SEQUENCE
B03-132
D
___ USED FOR
B03132A,C
ONLY
B03-133
ii
Vee
L
I)
Iii 2
,2
iis
VCC-4
GNO-1.Q.
Si s
sz •
fi •
4
D
E
F
5
6
9 10 11 12
G
14
7
4
6
10
5
7
H
8
J
9
Vee GND
l~t'FIFfj
B03-136
13
Ro
51 14
52 1
53 2
2
12
R013
Q
CI...OCK 3
5
So
5 - - r......_~J
R1
R2
R3
6
7
Cs-J
11
Q
5c
6
50
9
VCC-4
GNO-10
9
803-139
803-138
DOTTEO IN PORTION,
ONE PER MQOULE
'-R--'
4~2
'-R--'J
IO~12
T
D.A.T.A.
OOTTEO IN PORTION,
ONE PER MOOUI...E.
ALL DIMENSIONS IN INCHES
SECTION 12. LOGIC DRAWING
FUNCTION
Q
S
R
Q
Q
S
I
Q
COIIIECTOR PItS
IC3 1&4 1C5
ICI
IC2
45
31
21
43
41
..
5
35
21
,.
13
11
3
31
31
Z3
15
1
41
33
Z5
11
31
ZI
za
12
•
31
30
Z2
50
4Z
34
ZI
•
,. I.•
41
40
3Z
Z4
1&
41
GRD
I~
14
•
I
11
I!
~14IAll1C'1
~
52
I
• .......-1
I
4
51
Vee
~
1&6
21
JIAllICPI
C
B03-150
11
9
a
veel
R a
11
S
(4) \16) (2)
{3} (1)
151
(8) (61
(7J
19)
011
16
15 13
1
4:2
3
5
7
VCC2 S
(14)
11
12
Q
14
R
NUMBERS IN PARENTHESIS DENOTE PIN
NUMBERS FOR F SUFFIX.
·OPTION: Rp'" 50K OHMS OR Rp- 2K OHMS.
VEE
STUD
PRESETO-~---""
RI
R2
R3
CLOCK
2
~
__
~
__-+________
R
D.A.T.A.
~
________
~
____
~~
6
S
PRESEr
3
13
R
2 3
1 13 14
9 10 11
CLOCK CLEAR
2
12
S
VCC GND
9
4
11
1
ALL DIMENSIONS IN INCHES
IN DRAWING NIIMBER
SECTION 12. LOGIC DRAWING
SEQIIENCE
imlra,.
r o;£OFFOURL.-ATCH~""1
I
I
E
SI
5
EN~~
I
B03-158
CKT R
ENABLE VDD VSS
S
4
a 2"
16
1
5
8
6 7 9
2
3 12 11 10
4
14 15 1
'-f1-'
4-U- 2
9-f1-13
B03-159
CKT R S
ENABLE VDD VSS
1
13
5
16
8
267 9
12 11 10
4 14 15 1
os
4
C
5
R
10
C
9
R
Q
Q
R
Q
TI
T2
2
I
12
13
A
Q
S
DR
6UO
eU'o
G
K>------'
B
CKT. NO. ABC 0 F G H J
1 0 - - - U - - - 12
B04-19A,D
804-I9B.E
B04-19F
1
2 8 14 6 7
2 8 14 6 7
6 12 4 10 II
K VBB
II 10 10 4
3 6 10 4
8
804-52
Pin 4 is Vee. pin 10 is GND
804-77
Q
OUT
LINE
80477
CN
FP
80477A CN
I;;Sc;l1I<'S-;;'2I<'S';13r.:;R71
1 ;:;:R2~.;:;CR3=SD=RO;;r;T""~'""'Q"17.V:---r::C-=0:-;"1M
2 3 4 8 9 10NCNC I 5 7
12
6
14 I 2 6 7 9 13 5 3 12 II
4
10
6 7 Ne 2 HeNCNCN I 5 3
8
4
81)--~-r---
6~--1-~==~~~~~+--t~
Q
D.A.T.A.
ALL DIMENSIONS IN INCHES
IN DRAWING NUMBER
SECTION 12. lOGIC DRAWING
SEQUENCE
CKT A
NO.
I
2
3
4
A
F
G
H
I
9
8
15 16 II
24
19
25 21 20 22 23
31 29 28 3CI 33 32 27
10
18
2
17
8
C
6 5
13. 12
0
7
14
E
26
'tC COM
34
3
38
SO
G
o
T
RI
o
H
"NOTE: 80484 A HAS THE DIRECT RESET
WIRED AS A SECOND RESET
4 CKTS.
DR
R
Q
II
~
3
FF
S
OR
D.A.T.A.
ALL DIMENSIONS IN INCHES
IN DRAWING NUMBER
SEQUENCE
SECTION 12. lOGIC DRAWING
1:1.IIFfl
R
So
Q
T
Q
S
RO
Q
PACK CKT.
804-125
804 120.
s
FP
1
"P
1
2
1
2
1
M
R
T
S
RD SD
Q
Vee
COM
1
2
3
14
4
11
2
1
3
12 11 13
3
6
2
12 13
1
5
6 4
8 9
14 1 13
1
8
10
10 11 9
8
I.
14
7
4
11
7
13
2 12
Q
14
10
v~
804150A - ONU' 4 INPUTS
1:t.I'Fti
1:"1'1"1
VDD
a
CASE
9
~
10
11
aJ=
PKG
FP MP
CKT NO DR Rl R2
1211
1
1
T
I.
81 82 DS
1
6
12
13
2
3
GND
DATA
IN
Ne
8
4
5
eM vee
7
-5
064
1
10
PKG, CKT.NO
FP
1
1
CN
8OS-30A MP
1
2
805-308 FP
1
2
805-30
R T 5 Q Q COM
Vee
4 7 9
:3 5 7
3 12 14
7 8 10
6 1 3
10 " 13
10
8
3
2
2
6
5
8 9
2
J
1
5
4
5
4
4
7
"
14
>----T
sC-'
D.A..T../J.
'>----15
1304 1
Q
ALL DIMENSIONS IN INCHES
SECTION 12. lOGIC DRAWING
COM
'cc
CP
" "
"
"
"
VCC
CKTNO
1
2
3
4
T
4 3
5 6
12"
131
12
'0
'0
AISISTOIII
PUll U"
10
':~~~T~:
5
2
7
1
15
'ltOUND
lQ
2Q
1Q
f
_CLOCK
2Q 1-2 GND 3Q
D 2
3Q
D- 3-4'V CC 3 D 4 D 4Q
CLOCK
CK'!'
1
2
B07 7a 1
BO.7-7
D.A.T.A.
B
3
4
3
ALL DIMENSIONS IN INCHES
SECTION 12. lOGIC DRAWING
(One-H~lf
of Circuit Shown)
TI
Vee = Pin 6
GNO = Pin 1
808-6
CKT NO
COM
7
4
PS
KTNO 0 PS Q
I
2 14 13 12 I
3
2
•• 'i07 5
I
245.31
10'
"II
T
D.A.T.A.
All DIMENSIONS !N INCHES
SECTION 12. LOGIC DRAWING
IN DRAWING NUMBER
SEQUENCE
Iltln
..._ - - - o Q
T
CLEAR _ _- "
~)
D~~-+-J
[8-16
PKO CKT
FP
1
1
•
~..
q..... Q" 0..,.. Q. 0..,.. Q. 0..... Q.
0
2
T RO So Q Q
1 3 14 1312
2 3 1
1211 13 10
9
vec
•
COM
11
8
v..
v.. o----.-,..,---.,.---+-.
0..
L--+~
IN.
__
~~
IN.
__
-+~
IN.
__
-+~·
IN.
__
-t~-+-oGND
IN.
.~~
::.
LATCH
.
ENABLE
r·B.A:r.A.
CKT
zo
:
Q
DATA
E
loT Q
veCTONO
IT •
16
5 16 1 6 16
11 1 13 12
10 7 14 9 16
8
8
8
ALL DIMENSIONS IN INCHES
SECTION 12. LOGIC DRAWING
KT NO.
13
13
11 9
12 10
11
10
.
C1
2
C2
12
01
13
02
S2
51
a
a
5
6
8
9
I~m:'il
Q
Q
1~!e!:fl:1
D.A..T.A..
Vee
o
a
------...,c
a
ALL DIMENSIONS IN INCHES
IN DRAWING NUMBER
SEQUENCE
SECTION 12. lOGIC DRAWING
B08-31
t--~--o (lovr"Ur
C
9
(14)
VCC2 0
16 11
a
14
(4) {lSI (2)
Q
VEE
15
131
8(12)
veel
a
1
,
Vee
lSI
161
S (121
a
(16)
111
(12)
"s
13
R
8
181
4
191
5
Vee
R
S
0
Numbers at ends of terminals deno~e pin numbers for L package
Nurnbars In parenthes.s denote pin numbers for F package
I
PKG CKT RD
B08-31 l'"
1'"
1
1
3
D
2
CK
2
1
3
SD
C
4 .. ~
GND vec
0
\--i-
14 12 13
7
14
11
4
MASTER
a
L--+---~~
__~_~~a
c 9
14 J
UQ
12Q
To Other
Flip-Flop
CICr 81 R CE D
808-31 1
6 •
8 7 a a
a 12 1 11 10 1 1
11 GID
II) K
Q
" D.A..T.JJ.
ALL DIMENSIONS IN INCHES
SECTION 12. lOGIC DRAWING
B08-36
l4VC~
CDl
UC D
UD
lie"
ItSD
!Q
IQ
Rl
01
02
L-------~------~----------~--------------~------_4--------~~~--~~~w
r---~----~------~--~--~--------~---+----+-~u~n
130
USatt
~
Ii
~
0
~
T
~
m
Q
9
ii
8
ITm:JlII
D.A.T.A.
,
Z
3
R
D
T
~
i
667
1140
ALL DIMENSIONS IN INCHES
SECTION 12. lOGIC DRAWING
IN DRAWING NUMBER
SEQUENCE
Vee
5Kn
PRESET 5Kn
VARIATION I
rO S-41
PKG CKT PRESET CLEAR
FP
1
14
3
2
M
1
2
S
4
10
LOC
5
1
1
7
3
13
11
D
2
6
2
2
IVrC GND
12 13 4
10
9
6
5 14
9
S
11
7
808-44
PRESET o-t--1~-+--f-+:':-:::-::-----....,
Q
CLOCK
c>--tli-r....J:::l==:£~~t-1
D _.-I~....J
VARIATIOND
D ..ll.T..ll.
ALL DIMENSIONS IN INCHES
SECTION 12. LOGIC DRAWING
Voo
14
s"o---r-r===t===t==~=l=;:=~=t===t=~+-_--'f---1 +-+..,~--1
CLEAR
Clocko--,,--++~
CLOCK
vee GND
PKG CKT NO.
BOS-
1
2
M
•
1
1
13
2
B 8-46a
1
12
2
2
11
•• ,.• "
6
2
12
7
1
1
1/2 OF DEVICE SHOWN
Veel = Pin 1 (5)
VCC2 "." Pin 16 {4)
Reset
o-~~------.-------~
VEE""Pin8(12)
(Ill
7 Cl
(141
9 C2
2 (61
Q
0
Clock
(151
11 01
1161
1202--,_--, L _ _ _--'
3 (71
CKT
1
2
1
2
Numbers at ends of terminals denote pin numbers 10r Lpackag
Numbers in parenthesis denote pin numbers for F package
D
C S
R
1 1
3
5
2 3 4 1
12 11 10 13
6
7
Q
8
Seto--*------------~
Vee
Gnd
23
2
DO
3
D1
22
D2
21
D3
= Pin 2:4
= Pin 7
808-63
00
5
01
4
02
19
03
20
16
15
14
13
12
11
10
9
4
5
6
7
8
2
12
ST
00'
8
11
DO'
D1'
01'
9
02'
18
03'
17
10
15
D2'
16
D3'
D.A.T.A.
2
M8-63
B08-63a
3
4
m
5
6
D3
CLOCK Dl Ml Kl J I l l
10 11 12 13 14 15 16
Dl 1 vee
D4 C
.;T2 K2 M2 D2 vee
ALL DIMENSIONS IN. INCHES
IN DRAWING NUMBER
SEQUENCE
SECTION 12. lOGIC DRAWING
SET A
10
131
a
121
68
QA
(GND!
08
SE T B
Vee
CLOCK
CLOCK
G2
G2
10
CK
CLEAR
20
141
a
0
151
20
RESET A (Veel RESET B
CLOCK B
CLOCK A
DATA B
DATA A
OND
TOPVllW
CK
'"
CLEAR
3D
171
161
TO OTNERHI'·flOP
30
CK
CLEAA
CleAR
{111
a
40
(101
40
CK
CLEAR
(13)
a
SO
1121
SO
TOOTKEA
fU,.FlO.
'''UITI
60
(14)
a
(15)
60
., ...
'"
0,
"
'flUUl
"
"
0,
'"
D,
CK
CLOCK
CLEAR
..,
0,
Vee
I"
CLA
CLOCK
"
GZ
CLEAR
Gl
" "
"
12
10
l-
r-
.,.2
CLK
9
CP
I
2
3
,
,
6
7
~
CLOCK
62
CLEAR
61
T
SHO
TO' VIEW
D.A.T.A.
ALL DIMENSIONS IN INCHES
SECTION 12. lOGIC DRAWING
IN DRAWING NUMBER
SEQUENCE
I:t.l:i:j+
5,
5
V~
0,
D, 7
CEi6
(5)
1 PRESET
OJ
R, •
Cc 9
(7)
10
0,
R Z 13
,.
PRESET
0
(2)
10
161
lCE
CE2
0
CK
11
0,
°2 10
15
S2 12
(3)
0
10
CLEAR
(4)
1 CLEAR
1:1-1:1:1-1
(9)
CC
OATA
(12)
2 PRESET
20
Cl
CL
PRESET
1101
0
1IDJ1IDJ
0
1141
20
CLEAR
1131
2 CLEAR
--.J I... ALlPCHANNELSUIlSTRATES
I t--
(15) 20
CK
1111
2CE
0
CONNECTED TO Vee
-1 ~
II--
All N-CflANNH SUasTRATES
CONNECTEO TO GND
B08-87
TO~VIEW
Note: A logic "0" on cleat sets 0 to loqie "D."
A logic "0" on preset sets G to logic "1."
Q,
RESEll
SET,
Vss
TOPVIEW
D.A.T.A.
ALL DIMENSIONS IN INCHES
SECTION 12. LOGIC DRAWING
GND 5.
D.
R. CLOCK.~.
Q.
~ '?;;6 ~I
1234..5.67
5. D. R. CLOCK, Q. Q. V DO
E,II[I
.
v"
-
COl-17
F EEDBACK CONNECTION
POSITIVE
5&--4---1
TRIGGER
INTERNAL
Q2
0 11 ,12
EXTERNAL C
D.A.T../l.
~SISTOR
EXTERNAL C, R.
ALL DIMENSIONS IN INCtES
SECTION 12. LOGIC DRAWING
IN DRAWING NUMBER
SEQUENCE
ii,'IPi
Cext
r------lt----~
[
I
I
R,~. _ _ _ _
A
l·
-< ~ 1
T
_vee
•
'T
1.5 k
"0"
t--+4-'-!---o 2
6O-~"-<
.. , .•
Vee
1.5 k
I
j
10
'1
L _ ~~T_-< f"R
~
Rint
L------iE- ____ J
Vee
Cext
C01-22
HIGH
V·
CURRENT
OUTPUT
Vee
GROUND
8~----r---~----~--~----~---------r~--~~
FM
THRESHOLD
OUTPUT
SET
1
SET '1
CURRENT
SOURCE
SOURCE
[NEGATIVE- [POSITIVE
INPUT
OUTptjT
GOING
TRIGGER)
CURRENT
RESET
GOING
TRIGGER)
2o-----~----~--~
TRIGGER
Vee
COl-22
RESET
D.A..T.A..
vee
DISCHARGE"
GROUND
Vee
TRIGGER
DISCHARGE
DUT?UT
THRESHOLD
RESET
THRESHOLD"-
DISCH"RGEI
CONTROL"
THRESHOLD I
CONTROL.
fI[SeTA
RESET I
OUTPUT A
CONTROL VOLTAGE
OUTPUT •
TRIGGER A
GRQUND
...... TRIGGER I
COl-22a
ALL DIMENSIONS IN INCHES
SECTION 12. lOGIC DRAWING
""'14',,{
IN DRAWING NUMBER
SEQUENCE
v'
v'
MODULATION
OUTPUT
TIME BASE OUT
TRIGGER
RC
THRESHOLD
10
CARRY OUT
20
TRIGGER
40
RESET
80
GROUND
CONTROL
,·,1
DISCHARGE
RESET
51 Vcc
4
II
U
II
n
"1
111
y"'ZV
III
I
Cl
,,+
. +..~
. , .. -..,.
,. ... -I~-
j
,
II
0
+
CII
CII
•
I
:---0
HI......+i::u
II
U
t
I'
1!"
CI
,I
."
I
I
CI
}
I
o
I
I
I
I
I
I
-- ---- -JOOV
C~L
..Jt: :
__
CL_OCIC
__
~ ~ ~ ~ ~
@
I' I t } To
I
o
I
I
I
I
VI[:
o
I
I
1..,.
1
T
L
2'
L------ C .::: j-----j----'
L.... _ _ _ _ _ _ _ _ _ _ _ _
D.A.T.A.
C
.J
ALL DIMENSIONS IN INCHES
SECTION 12. lOGIC DRAWING
,-----,.-014
Vee
2570
(Output
Buffer)
1.4 k
4 k
100
560
750
200
GNO
~VCMI
304
560
GND
.-.*i
560
{Output Buffed
Vee
Control Voltage
t--------f--<>
Trigger
Threshold
DIscharge
r---+---<>
Reset
•
2
3
Ground
GND
IPIN 11
Discharge A
Threshold A
VCC
,
Threshold B
Control A
Reset A
Output A
Discharge B
.
Control B
Reset B
Trigger A
Gnd
ADJ
Trigger B
V+
E-IIII
T
D.A.T.A.
~::
ALL DIMENSIONS IN INCHES
IN DRAWING NUMBER
SEQUENCE
SECTION 12. LOGIC DRAWING
---------~
M·tll'
TPI
~
~
e
A~.IL
~Y
~··EhJL
~
L8>---I
20>---1
28>---1
D.A.T.A ..
P--~28
./
ALL DIMENSIONS IN INCHES
SECTION 12. lOGIC DRAWING
Vp
output
-"'"
output
t---~-4---4---------J-ogr~nd
C04-37
Vcc
AGC
Sine Wave
Output
Bias
Bypass
0.1 "F
MECL
Output
~
+
1 VCC
4
3
2
+
14
15
16
VCC
-'-13
12
11
VCC
MECL
to
Voltage
Reg.
Divider
First
Stage
Oscillator
10
MTTL
Trans
MTTL
lator
Ou.tput
F
J
K
f'Hz
JL
H
U
6
xtal
B.A.T.A.
r
Divider
Second
Stage
S
R
T
All DIMENSIONS IN INCHES
SECTION 12. LOGIC DRAWING
V Cl
1
012
IUFffR OUTPUT ,
14
IUFfER llllnNG INPUT 2
13
OSCILLATOR "Vee
lOGIC IUFFERV ec
IUFFfR LlIIIEAR INPUT )
12
lOGIC8UfFEROU11'UT
OSCILLATOR + INPUT 4
11
lOGIC BUFFER INPUT
OStILlATOA OUTPUT 5
10
~,';i TC~pRRENT
MEOIUM CURRENT
OstILlATOA-INPUT I
""STAt
•
liND 1
DC AU 8YPASS
TDr VIEW
C07-2
8
3
6>-------------------~
,....·.CD['
Ctrf , • :s 2 I I
'P112545r
D.A..T.A..
COllI
14
All DIMENSIONS IN INCHES
IN DRAWING NUMBER
SEQUENCE
SECTION 12. lOGIC DRAWING
11
II
23 22 21
20 19
q
2
13
14
15
16
17
18
COPE Po Pl
CP
P2
3
D.A.T.A.
5 8
16
8
4
5
6
P3
TC
CE 00 01 02 03.
VCC - Pin 24
GND - Pin 12
3
Vee = pin
GND = pin
11
7
10
2
15
10
1
14 13 12 11
13221
ALL DIMENSIONS IN INCHES
SECTION 12. lOGIC DRAWING
vee le_
GIlD 8
OAT A
...-
13
.0.,.1110\lIl
OUT"Vl
12
IN DRAWING NUMBER
SEQUENCE
II
CPI 2
CAli""
~
15
-
......
......'"
""""'
..
•
CPa 1
""""'
..
a"
c
....
.
'
A
""""
•
C
""""'Dc
~
Vee-@)
I)
l'
l!5
""""'Go
~
• ""11
Qo (I)
D.A.T.A.
ALL DIMENSIONS IN INCHES
IN DRAWING NUMBER
SEQUENCE
SECTION 12. LOGIC DRAWING
In ut P RESET Vol Vo2 voa Vo4 VOS Vo6 V
E01-S4a
2
1
2
a
1
12
11
9
6
S
4
11
10
9
7
6
S
a
VDD
1 CLOCK & INHIBIT
SET'6
ENABLE
ENABLE
~------~-------4t-------J
02
01
DATA.
03
~"~I--------------r-~
r---+=LJ~----,
PRESET
0A 1--___"'15,,' OA
PRESET
CLOCK 2
J!I6LI- - - -.....-+-I-------H-------¢o
DATAC
llI3LI-----4--+--1-1-....
DECODER
OUTPUT
0.1--__.....-"'9"" O.
W=lht---t--~
DC
DATA 0
121 DC
!,!11!!1I____4--+.....,1-1'
W:=I
.J>'t'-n---,
-::+-
EOl·57a
T AT CLOCK
INDICATES·DYNAMIC INPUT
ACTIVATED BY A TRANSI·
TION FROM A HIGH LEVEL
TO A LOW LEVEL.
D.A..T.A..
ALL DIMENSIONS IN INCHES
IN DRAWING NUMBER
SEQUENCE
SECTION 12. LOGIC DRAWING
E01-61
A
~
13
~ nat
"
111
D
~
~I
1
I
Z
a
It
Ii
ua.
8
A
8~
7
lien Roz
Q1
r
I
I
I
I
FF2
I
FF3
FF~
I
I
I
I
I
A
1~
13
~
Q~
l'
10
Qz
9
03
8
DEI
1
B
Z
Roo
3
Rcz
It
6
6
UIl2t1
R!J
7
p.~!
I
I
I
I
I
I
L_
r
I
I
I
I
I
L
D ../J.T../J.
r---~----r-~--~l
r--~------C::::1-1
I
I
I
I
I
_ _ _ _ _ _ _ ..1
ALL DIMENSIONS IN INCHES
SECTION 12. lOGIC DRAWING
DATA A
A
0
C
COUNT/LOAD 1
PRESET
QA
CLOCK 1
DATA B
QA
T
I.
PRES~T
Q.
QB
6
CLOCK 2
T
CLEAR
DATAC
3
EOl-66
QC
11
DATAOG---______~~r_'}~----~:::;--~
GND- 7
Vee ·14
~ENABLE'
DATA INPUTS
P
EOl-67a--+ T AT CLOCK
INDICATES-DYNAMIC INPUT
ACTIVATED BY A TRANSITION FROM A HIGH LEVEL
TO A LOW LEVEL.
EOl-70
D.A.T.A.
ALL DIMENSIONS IN INCHES
SECTION 12. lOGIC DRAWING
ILO"~@
ICAfll'IY
OUTI'UTI
o
1
3 4
11 1
D.A.T.A.
ALL DIMENSIONS IN INCHES
SECTION 12. lOGIC DRAWING
p
•
OUTPUT
8
C EP l
II~o::~====t--t--~-----------l~==~~~==:1;F.:~~l
C ~;l.
M R.'-'--(>---------'
NOTE: DOTTED PORTIONS
FOR EOl-79a ONLY
D.A.T.A.
eNO=8
! RoOI
RE~
RollI!
o INPUTS
!
RpllI
RE~
RgI2I!
IINPUT$
AU DIMENSIONS IN INCHES
SECTION 12. lOGIC DRAWING
SET·TO·9
CLOCK
INPUT A
IN DRAWING NUMBER
SEQUENCE
~".:..''.:'.:..'-~
~"~,,,,'S~'
________---+______-d>
~,,,I'';;''::'''-----------d>
1-_--4I""':':'S:,-'',-,''-.1 OUTPUT
2 CIRCUITS
aB
OUTPUT
INPUT B
-"'=-+------.-r"l
a.
OUTPUT
Oc
I-_---l_''''s'-','.:.0''-. QUTPUT
ac
INPUT
1---4---'~(]'"9::.'_OUTPUT
aD
CLEAR
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
12, 141
01
02
Clock Input
Data State
Reset
MUX Input
DDl
2
4
8
VSS
DD2
DD3
DD4
BCD-l
BCD-2
BCD-4
BCD-8
V DD
02
Reset
01
4
Digit Drivers
D ..lI..T..lI..
ALL DIMENSIONS IN INCHES
SECTION 12. lOGIC DRAWING
IN DRAWING NUMBER
SEQUENCE
'#·'1*1
PlnI16)-V cc P'ol!I-GNO
ENABLE
T
1!~l. _ __
(12)
(11)
D.A.T.A.
ALL DIMENSIONS IN INCHES
SECTION 12" LOGIC DRAWING
CLOC~~~--------------'----------------~
__________________________-r-.,
DATA A
LOAD
..,!c:!l"
...!,~.,~~============~==~~==;j
UlD 111
DA1AB11.~I~=====ii;;=====~==!======F~~---~::::~
'f5~I~=====ii=======~==!===~li~~----t_---~
OATAC..!
".1 lU:I
CLOCK A
DATAO~'·~I~H_--_+}_------+==-------~4_j
+,°1.,6
alA
a2A
a3A
ENABLE A
a4A
R
RESET A
CLOCK A
ENABLE A
I.
16
VOO
I~
RESET 8
14
Q48,
13
Q38
12
Q28
II
CIS
10
ENABLE 8
• r-CLOCK B
(TOP VIEWI
2
a"
a2A
a3A
5
a_A ·6
RESET A
7
9
V55
"'--_
lUi) RIPf'LE
C.6IRRY
•
OUTPUT
'i·II"u.
I NfUT
0A
OUTPUTS
OB
Oc
QO
BO
INPUT
RS!!) RSC2)
NINES
RESETS
Vee
D.A..T.A..
R9 (1) R'(21
NINES RESETS
ALL DIMENSIONS IN INCHES
SECTION 12. lOGIC DRAWING
15 TC
'4.1I [etl
~~'~--~--~~--r-~~---T--~~--
CP 2
'4.11"1'
IN
GND 00 Oc VP IJOWN 0,\ 0" III
RESET,
RESET,
Oe
Oc
OJ)
~~ I:' I~ I:' I~ 1:1 I~ :I
1 234 5 6 7 8
I.. Ie LOAI) CAaRY BURRO" Rlsrr I., VIIH
D.A.T.A.
ALL DIMENSIONS IN INCHES
SECTION 12. lOGIC DRAWING
LOAD ..
"0"
"00"
GNDO" 0,,'99 'g'UP"'''T'OOO, 0, NC
24 23 22 21 20 19 18 17 16 15 14 13
"9'
f:::
:,:]
"99"
COUNT
UP
CARRY
• BORROW
DOWN
LOADc
1 2 3 4 5 6 7 8 9 10 11 12
LOAD,Iu
k
NCLOADo ..n~.....~l",l
~".
l.~
I
II! VUl!
t
6
IA
Is
Ie III RESET
IN
'8,11"1
'a,llimi
_ _ _ _ _ _,30
24
17
23
,
--4~hr--::--B;-I~
,.
11----=+--I--~ 19
PRESET
ENABLE
02
P2
"
03
0'
VOD'16
CLOCK
UP/DOWN
__
CARRY IN
V
5
ss , 8
10
RESET
12 ~H--I-----+--1--~
11 ~I+----l-----I-
f\:J--+---I----iL---~ 13
1:J-_+_-l--_ _ _~1.
~~H-~-~~--~
L---~-_J---~1.
32~W-_~------~
L-----~---~1.
33~tt_---j.)_-----
~~tr---~-~----
,____~-~-~39
3.
:=t?+l"--+l--ffc
3. ~+I-'---+-----I----1=~---r,1
/.I-_+-_+__~
3.
n----=+---l---+__~ 37
E01-l09
PO PI P2 P3 P4 P5 P6 P7
PRESET
SYN, ENABLE 2
PRESET
ASYN, ENABLE 9
14
(CLOCK
CARRY ENABLE) 3
IN
CARRY OUT /
ZERO OETECT
CLOCK--~L-_ _ _..-_ _---l VOO" 16
15
VSS"B
RESET
D.A..T.A..
ALL DIMENSIONS IN INCHES
SECTION 12. lOGIC DRAWING
rp:- 13-1
6
IE02-34
7
IE02-34a 2 3
IE02-34b 12 13
TYPICAl
CIRCUIT
IN
A
ROI1l ~-----r--....
Ro(2)
>"-----1
~
E02-37
D.A.T.A.
All DIMENSIONS IN INCHES
IN DRAWING NUMBER
SEQUENCE
SECTION 12. lOGIC DRAWING
E02-44
5
13
14
6
10
S03 0 3
S0202
SOl 01
(3)
3
Clock
T
T
T
T
CD
CD
CD
Co
8
7
9
(9)
12
GND
TB
A
B
Preclear
c
D
DWG NO
E0246
E0246a
E0246b
T..
Uk Uk
'TriOS:: RESE'r DA
1
D.A.T.A.
13
Os
10
D
U~
1.5.
CKT NO
1
1
1
TA TB "n( 0) 11"n( 0) 21 A
8
"1.
"
9
1
1
10
2
6
11
3
7
B
!e
D
• 3 5
9 8 11
12 11 9
8
6
12
vee lCOM
7
5 10
5 10
"
Uk Uk
DD Vee GND
1
1
All DIMENSIONS IN INCHES
SECTION 12. LOGIC DRAWING
PKG A
02-50 MP
FP
Bo Co DO C 1 C 2
5 9
9 13
2 12 8 6
6
2 12 10
TROB~ RESET DA DB
1
13
10
5
3
B 1
It Dn
3 1
7 1
Vee
4
CARRY IN
RESET
SET
!
S";;F!d
COUNT
ENABLE
CLOCK
~ t--'
,....
~
Q
T
ii
T
S~d
PKG CE C 1 C n ~
1
2
3
S';Rd
lIPI
T
,Ie:
Q
4
Q
T
UP/DOWN
f0 2 - S1 MP
~
T
5
U/D CP Q
8
9 10 1
6
~
Q
~
' - - f-
r--l--1--
I
~
:1Fr
tRd
p'T
CARRY
OUT
t::=
S RS Vee GND
1
8
CARRY IN
RESET
SET
CARRY
OUT
COUNT
ENABLE
CLOCK
UP/'O"O'WN
S RS Vee GND
11 12 13 14
7
1
2
1
D ..II..T..II..
ALL DIMENSIONS IN INCHES
SECTION 12. LOGIC DRAWING
A
C1
02
03
04
Clock 2
Clock 3
Clock 4
01
OUTPUT
A
D.A.T.A.
INI'UT
•
11
8
9
Clock 1
o
C
B
C2
12
14
OUTPUT
•
IN DRAWING NUMBER
SEQUENCE
OUTPUT
C
OUTPUT
o
ALL DIMENSIONS IN INCHES
-------------------
SECTION 12. lOGIC DRAWING
13
BORROW
OUTPUT
12
OUTPUT
'i,tlii'
15
INPUT A
OOW~
COUNT
U.
COUNT
OAT A
INPUT 8
I,
10
INPUT C
TUM/NolL NO.8" GHO
TERMINAL NO 16: VOO
·~U.NOARO
OATA
~
INPUT
PROTECTION CIRCUIT
9
',",PuT 0
16
8
-1
v"
E02-60
T["~I.TO\lOO
n_iIolaTOVss
TERMINAL NO. 16 = VOO
TERM1NAL NO.8 = GND
D ..II.:r..11..
ALL DIMENSIONS IN INCHES
SECTION 12. lOGIC DRAWING
IN DRAWING NUMBER
SEQUENCE
,,
f~~.i~"~:>-r:::C=F=::i::f=:::::.;:=t---,-,=-aEAR
.
,
0'
DJ
'9
D ../J.T../J.
ALL DIMENSIONS IN .INCHES
SECTION 12. lOGIC DRAWING
.1
,
.. .....
Voo
E02-72
16
'0
INPUT
PULSES
06
07
Oa
O.
0'0
Oil
0'2
"
RESET
0,
OUT. TERM.
013
0,
.
,.
'2
,.
•
I
I
I
I
I
o.
I
I
I
~
0
w
'"w
~
~
"m
~
I
13 014
v,s
• It· HIGH OOMINAT£SI1tESETS ALL STAGES)
"ACTION OCCO", ON NECiIlTr'l( GOWG TRANSITION OF INPOT
PULSE. COUNTER AO~ANC[S ONE 81NARY COUNT 0frI EACH
NEGATIVE • TRANSlTIO~ (16,384 TOTAL 81NARY COONTSI
E02-73
D.A.T.A.
DATA
IMPUTC
ALL DIMENSIONS IN INCHES
SECTION 12. LOGIC DRAWING
5~::::::~::~----------------l
CLOCKUP
LOAD E
CLEAR J
CLOCK DOWN ..
AIN
A OUT
BIN
2
CIN
BOUT
D
C OUT
DIN
DOUT
F
H
CLOCK UP
LOAD
CLEAR
CLOCK DOWN
AIN
BIN
CIN
DIN
12
N
5
11
T
5
151
A2
LOAD
CL~AR
CLOCK DOWN
R BORROW
GRO
,.
Vee
--------
v
A ouT
V
••
15.
AJ
PIN~rR~I.
~~ Vee
,
B
•
VOLTAGE
BOUT
.p CARRY
M
AIN Z
BIN 15
CIN U
DIN 22
GROUND
2
11
8 C3
16
--~Cli
CLOCK UP
CARRY
BORROW
A
PIN 16
TO ALL
CHIPS
lO>-----~
6
I
2
3
4
7
15
16
14
13
"
R
PSI
PSIA
PSIB
PSIC
PSID
SERIAL INPUT
PS2
PS2A
PS2B
PS2C
PS2D
T
CLOCK UP
LOAD
CLEAR
ClOCKOOWN
12
N
5
11
A IN
T
8 IN
8
C IN
DIN
M
L
CLOCK UP
LOAD
CLEAR
CLOCK DOWN
19
V
Y
18
A IN
.l
e
15
-----------~
A OUT
BOUT
A2
CARRV
BORROW
- - ----,;--c; - li.GRD
IN
C IN
U
DIN
22
GROUND
B
D ..II..T..II..
VOLTAGE
A
J.+.--n--~ Vee
- - - - - - - -------,
A OUT
B
A3
our
C OUT
Dour
-}- GRO
----r.--c4
- T••f-+--n--~ VCC!
PIN 8
+
8)-------'
C OUT
o OUT
TO ALL CHIPS
PIN 18
ALL DIMENSIONS IN INCHES
SECTION 12. lOGIC DRAWING
•
A
12
14
03
C
B
C2
1
9
11
01
02 f--+-+--IJ3
J2
Clock 2
Clock 1
03
Clock 3
04
Clock 4
R2
RO 6
RO 7v--,
-'
VCC = PIN 5
GND = PIN 10
Vee
5
B,"O-----------~
1
-=
D.A.T.A.
GND
10
ALL DIMENSIONS IN INCHES
SECTION 12. lOGIC DRAWING
5
CP
CPE
0-0-6
RESET
Ctocic: 1
16
VI
2
15
¢I
VOO
3
14
VS~
r
4
13
5
12
l
6
II
I
Y
7
10
8
Y+d
9
C
C
0(
NC
co
J
(.(1
'CC
'"
Q31131
.
1.16
0
1
8 14
4 10
II,tl~'1
0
0
C
¢I
GI
NC
02
01
13,*)=k1
3
Co2
5
ao
3
2
12
••03
•02
01
1
13
9
3
1
11
Clock 0 - -. .- "
~ 23~~---+tt----------~+------------L~----------CEO
CEI
CE2
13
CE3
I.
0 ... 1'1"1
Q7-"1"4
0&""1"3
0."""2
Qt.",,,,,,
01-"1"'3
CE'
CES
D.A.T.A.
R
1
2
7
5
4
5
ALL DIMENSIONS IN INCHES
SECTION 12. LOGIC DRAWING
"
53 14 o-r--
52 10
51
5
SO
2
+
-+-
0 0 - ~~J
C
6
CE
7
~1
C
f----(:>----.J...-.l-.....J-...J...----J_-.J
RESET----~~----------~~____________~~----~~----~----~------4_-----J
E02-99
I.
__
·--~~T_-r' ~-,
Vss -s
VOO'16
,
,,,
,,
'-- _____ --.---,- -,----6--
I,.tl'·'j
lC2
16
lUC
13
4
lR
D.A.T.A.
20. 0 2~
12 11
5
6
2UC liS
ALL DIMENSIONS' IN INCHES
IN DRAWING NUMBER
SEQUENCE
SECTION 12. lOGIC DRAWING
01
06
Q7
08
SO
00
15
11
Pin 4
Pin 6
Pin 13
01
13
S1
7
04
09
Pin 12
Ql0 = Pin 14
a l l - Pin 15
52
Voo
VSS
=
=
013
014
Pin 16
Pin 8
5
S3
02
4
6
012
05
Vee1 '" Pin 1
VCC2 '" Pin 16
VEE'" PinS
12
Clock 1
10
Clock 2
C2
0
0
0
0:
0:
A
Reset
A
A
A
9
3
14
03
0:0
·jet,,,:,
CLOCK
DATA A
LOAD
121
131
191
OA
(14) OA
(3,11) OUTPUT
UP/DOWN
INPUT A
(1,13)
DATA B (4)
°A
°A
T
CLEAR
aS
(4,10) OUTPUT
AS
t>T
DATACJI~51~~======++===========t====~======t±~~--~---r-----------
CLEAR
Oc
DATAD~16~1-1-rr-----++-----------+----
________~1
(5,9)
OUTPUT
Oc
t>T
CLEAR
9
Go
{ 171
;
OUTPUT
00
T
(10)
ENABLE
1151
RIPPLE
CARRY
OUTPUT
D.A.T.A.
(6.8)
CLEAR
CLEAR (2 12)
V
INPUT
ALL DIMENSIONS IN INCHES
IN DRAWING NUMBER
SEQUENCE
SECTION 12. LOGIC DRAWING
'3+I"P'
Q
9}------,
14-STAGE
RI PPLE
COUNTER
Vss= 8
VDD=16
QI4
3
QA
CP2
GND
I!.tl'"
,
OUTPUT
TERMINAL
COUNT
DUTPUT
OUTl'lIT
DISAIlES
TRANSfER
EN.... LE
E02-112
15 MAX
COUNT
D ..lI..T..lI..
ALL DIMENSIONS IN INCHES
SECTION 12. lOGIC DRAWING
'i-tl'E'
ENABLE P
ENABLETl~O~----__________________________________~
'i-tl'II
...
c..,
1
D.c
0,1\1
"
00
•
J
COU~! ~.-t~==±=Jd~t~--t--
COUNT 4
DOWN
,!.tJ'[I
veel
_(10)
ENABLE T
== Pin
4
VCC2'" Pin 5
VEE=Pin12
Bias Point == Pin 13
ENABLEpm~
LOAD:fI2~~======~~~~~
CLOC~(l)
U/D~&--P~l1~==~~~~~~~~
Clock 11
D ol--------lD
-----------s;---- ) - - -.....- - - C
Enable 9 -----------.j
(3)
(13)
01-----+------ 6
C
R
R
0r-----.....-----------
Reset 3
'>8
E02-117
COUNT/
LOAD
VCC
(12)
CLEAR
QC
DATA
INPUTS
(11)
Qo
D ..II..T..II..
t
A
C
aD
A
D
oA
B
aD
3
CLOCK 2
6
GND
7
DATA
D}
B INPUTS
CLK 2
oB
CLK 1
•
CLOCK 1
ALL DIMENSIONS IN INCHES
SECTION 12. lOGIC DRAWING
UP/ClOWN
31
24 C.l2S
23 CJ.2C
22
CARRYOlT 2
19
COUNT
NA
UP/OONN
11
4
l:GND
20
2
16:VGI
21:VGG
CAR~OUT3
CARRVOUT~
Stage 1 of 14 Binary Stages
0, )
_
16
0"
INPUT TO
- NEXT STAGE
0,
0,
.." "J
0,
12 Q9
0,.
CLOCK~'
BUFFERED
OUT
•
0,.
13
08
"
0,
:ESET TO ______.....____+-___---'......__
'ES"
VDD
°u
10
0.
BUFFERED
OUT
RESET
INPUT PULSES
All STAGES'
V§
0, BUFfERED OUT
QIOUT
TOP VIEW
INPUT 1 0
PULSES
F/F·'
TERMINAL NO. 14 TO Voo
TERMINAL NO.7 TO Vss
D ..lI..T..lI..
ALL DIMENSIONS IN INCHES
,
SECTION 12. lOGIC DRAWING
V DO - -
RESET lA
INPUT lA
SEQUENCE
- - GND-:::L
16 RESET 1B
VGG
INPUT lB
IN DRAWING NUMBER
15 01B
3
14 01A
4
13 04(4)
00 GND OB Oc
~ ':' '~ ':' '~ : :I
CLOCK"
RESET,
RESET,
12 03(4)
RESET 4
CLOCK., NC 0,
CLOCK"~--------~
2
1234567
RESET 3
6
CLOCK, R, R,
11 02(4)
8
9 GND
I I·tltJI
GND 0, 0, O. 0, 0, O. 0,2
16 15 14 13 12 11
0, 0, 05 0. 0, O. 0. 0100"0120,30,,
CLOCK~
V'lD NC NC
10 01(4)
INPUT 4
V DD
NC
00
Oc
rrIII1111111
.
I
RESET
I
10
9
~: : :E:":,.: : :I
1 2 3 4 5 6 7 8
O,CLoc'REsnO, 0, 0,00" Villi
GND O. 0, 05 06 0" 0" 0,2
16 15 14 13 12 11
10
9
f : :EO:_'~% : : :I
1
234
5
678
0, CLOCK REsnO, 0, 0,0 0" V'Ill
E02-125
RFa
In,~~
~Out
In, ~
IN
1
~
2
E02-125
GND NC NC NC NC NC OUT
14 13 12 11 10 9
8
1
NC
D.A.T.A.
2
3
4
IN. IN, NC
E02-125a
N=ll
E02-125b
N=12
E02-125c
N=13
E02-125d
N=14
567
NC NC Voo
ALL DIMENSIONS IN INCHES
SECTION 12. lOGIC DRAWING
OUT
OUT
OUT
OUT
OUT
RFB
Inl~.!:~-CP
Q
--
In.
14
13
12
11
14 13
12 11
10
GND OUT OUT OUT OUT OUT NC
14 13 12 11 10 9
8
9
8
765
GND OUT OUT OUT OUT OUT NC
1
234
567
NC NC NC NC IN, IN, Voo
1
234
567
NC NC NC NC IN, IN. V 00
E02-126
E02-126a
~'1~3::' '~
13
14
15
16
GND OUT OUT OUT NC NCRESET
$#I ': ;0,,] 1
1
I
234
567
IN, IN, NC NC NC NC Voo
E02-127
14
15
16
16
17
18
GND OUT OUT OUT NC NCmET
$#I ': ~
':1
)1
1234567
IN. IN, NC NC NC NC Voo
E02-127a
'a'*St)·
16STAGE 17sTAGE
19STAGE
OUT
OUT
OUT
InJ -
r:J
CLOCK -"-------~r>_------------~
LOAD -'---------~""
RFH
C LEA R -"------~
I"L
'C'P7--
In2~-
A 3
RESET'~-----------------4----L---~--~
16
17
18
19
16
17
19
GND OUT OUT NC OUT NCRESE'F
$M '~ ;:111
1234567
IN, IN, NC NC NC NC Voo
T 10
15 RIPPLE-
CARRY
OUTPUT
D.A..T.A..
All DIMENSIONS IN INCHES
SECTION 12. lOGIC DRAWING
Rl = I.S k
R2 = 640n
R3 = 7S0n
R4 = 4S0n
D ..lI..T..lI..
RS = 1.0 k
R6 = 3.6 k
R7 = 600n
12
13
Ql
CD
IN DRAWING NUMBER
SEQUENCE
10
Q2
ALL DIMENSIONS IN INCHES
IN DRAWING NUMBER
SECTION 12. lOGIC DRAWING
C
9)
B
(10)
SEQUENCE
INPUT
1)
v CC
A COUNT I:¥i ~8i SETC
D
~:i!:::tl
l!l
QQ. INPUTMSETQ Q
0
B A'MODE
C D
,.
0'
CO
CloCk
06 _ _ _ __
o
o
02
8
9
o
03
"
A
0
'0
MAo---~
~---+-----+-----+------~.~
5
PO
11
P2
2
P3
vee-
Pin '6
GND
PIn
=
8
15 TC
.P'
PO
3
14
Pl
P2
6
P3
6
Vec"Pln 16
GND'" Pm 8
15 TC
PO
3
P'
4
Vee
P2
5
=
6
P,,, 16
GND .,. P,n
D.A..T.A..
P3
8
ALL DIMENSIONS IN INCHES
SECTION 12. lOGIC DRAWING
,
E03-27
Co
DO
~
C?
I
11
't
DATA
INPUT B
1
DATA
INPUT C
10
DATA
CLEAR INPUT 0
14
9
LOAD
UP
DOWN
5
4
DATA
INP T A
15
W""
;
~ I ) ~ 1J
'~R)
~}",,",'"",:f.• 00
DO
I
-@
OUTPUT 0 0
~
R]
R) {
..,
,J
,
( 1
I
(j
0
I) 1
I
~}",,; ''''JQC
DC
.~
OUTPUT DC
..J
0
0
~) cu,; '''''':f.DB
OB
1
0
OUTPUT Da
~I"";'"'''}OA
QA
]
0
OUTPUT D",
~
CARRY
OUTPUT
-
BORROW
OUTPUT
,
D ../J.T.A.
..
~~
ALL DIMENSIONS IN INCHES
SECTION 12. LOGIC DRAWING
J~~C:~~E~=====~
13 0UTPUT
CARRY
BORROW
120UTPUT
Clock 1
0-------<1
Clock 2
Reset
StrObe
DENOTED INPUT ACTIVATED
BY A TRANSITION FROM A
DO
HIGH LEVEL TO A LOW LEVEL
D2
Dl
D3
D
S
1
8 1
4 10
3
1
1
13
11
9
3
2
12
Vee" Pin 16
Gnd .. Pin
8
vee
GND
4
H
11
7
E03-32a - + T AT CLOCK
INDICATES-DYNAMIC INPUT
ACTIVATED BY A TRANSITION FROM A HIGH LEVEL
TO A LOW LEVEL.
Jao
2
ao
SJ
al
a2
a,
aJ
,0--
51
5
SO
2
C
6
:l=t~
°t
,-~_
CE
'-~
~r-~
'--
J
C
!f"
~
J
r
C
i:
C
K
~~
L- L_
L-.A~
41
j
6a2
aJ
~
c
c-
C
K
~4
7 a3
MR
TCin
I
9
°
TC
v CC
=
Pin 16
l
12
Gnd = Pin 8
D ..lI.. T:.lI..
AU DIMENSIONS IN INCHES
SECTION 12. lOGIC DRAWING
Vee""' Pin 16
6
Gnd
= Pin
8
5
4
R 03
00
9
01
10
C
14
02
"
03
12
E
R
15
LSC
= p.on 24
Gnd == Pin 12
v cc
p
9
10
SEQ
f--
SEI
0--
11
UE
13
·U/D
14
C
00
23
01
22
02
21
DO
2
Dl
3
D2
4
D3
~
Clock 1
03
~
20
MSC
p.
SEQ'
f--o 15
00'
f--o 19
SEI'
UE'
UID'
C'
5
DO'
6
Dl'
10
01'
~
02'
18
17
D2'
MRC>----8
03'
03'
~
16
4
Gate
Vee'" Pin 16
GND::: Pin 8
5
0013
11
01
14
02
03
Clock 2
D.A.T.A.
ALL DIMENSIONS IN INCHES
IN
SECTION 12. LOGIC DRAWING
To Capacitors
VOD == Pin 24
Clock , 8 , 0 - - - - - - - - - - - - 1
VSS'" Pin 12
Mode A
BCD
Ou1
s~~;~er 100 - - - - - - - - . !
21
~-;-....--'f4>-+*-_f....-'.()5
Notes:
~ "" 3-5tate
-~
Output Buffer
~
VCC2 ~
VEE'"'
VE E 2'"
BI.. Point ..
Control
\. 51
52
54
55 I
~---- . - - - - - - '
Digit Select
1-1
veel
3-5tate
Control
3·State
00
Pin 4
Pin 5
Pin 13
Pin 12
Pin , .
-;-10 Out
Clock 16
Enebl.2
OUTPUTS
CARRY ~ENABLE
VCC OUTPUTOA 0B
0c
00
T LOAD
h6
15
114
i13
12
11
...
MRo----~
9
10
~
Gate
Vee - Pin 16
GND
5
PO
11
P1
14
P2
2
P3
~
Pin
8
1
:?
3
4
5
CLEAR CLOCK A B C
6
1
7
8
D ENABLE GND
---v-
p
DATA INPUTS
D ..II..T..II..
ALL DIMENSIONS IN INCHES
SECTION 12. lOGIC DRAWING
IN DRAWING NUMBER
SEQUENCE
INPUTS
INPUTS
OUTPUTS
~~
Vee
DATA
D~T~LE~~R~g;;;RRyLOAD
15
13
12
C?
DA1A
:
D
.
10
CLUR~D<>-...------t:;:=====::j~======::t:::--------,~~=)
CARRY
OUTPUT
CLOCK
DATA B Q s
Q A COUNT ~
Qc
Q[) GNO
INPUT ________ DOWNCOUNT '--v---I
OUTPUTS
UP OUTPUTS
INPUTS
LOAD
UAlU'
UIA:'UT~~-----------------
________________.....J
.
E03-46
COUNT!'j~~~~~~~;~~===d~=========d~::::===========d_
"
UP
COUNT 4
DOWN
CLEAR ~--.--I:»--
E03-47
CLOCK
o!!"-C>O---1
CLOCK~
CARRY OUT
ENABLE
RES ET' o---t>o--t>c~
"0"
"6"
24/25 BIT SHIFT REGISTER
N/C
ADD
READ
OUTPUT
HOLD
(ENABLE)
CONNECTION DIAGRAM
(AS VIEWED FROM UNDERSIDE)
D.A.T.A.
'>-____
CARRY
OUTPUT
ALL DIMENSIONS IN INCHES
IN DRAWING NUMBER
SEQUENCE
SECTION 12. lOGIC DRAWING
Vee =
E06-8
Gnd
Pin
=
1~4:--1!iiiiiiiii~.iiiiii:--------------'
'51IT
Pin 7
MS==~~-----'----------------'---------------------~---------------'
:!:
e.,~4C~-----+----4-~--------+----+--------~------4-----4-~
~@~"~~~--~----~--------~--4---------------~--~--------~
•
0,
0,
0,
J,
CAQiH
"
50- - (CLOCK
fNA.3"£~
0,
'i'l'.
OUTPUTS
Os
Oc
00
ROW
RESETS
1----------- Rol21
50
11
VCC1 = Pin 1
00
51
;>
15
Lm
5
VCC2 = Pin 16
Vee = Pin 8
[01
01-
O'r-12
9
Cl
00
15
A
01
13
C2
Q2
4
2
11
50
03
10
51
ao
14
6
52
03
3
5
53
Clock
~
0'-
C1
r-
L
01-
O'r--
0
C2
53
4
C1
R
2
5
Q~
01
ot-
C-
O2
O'e---
o
--
C2
O'e---
-- C2
03
5
S
01
-
02
;>
01R
1
14
7
00
D.A.T.A.
6
S
A
;,
52
13
' - - - 02
A
Reset
01
10
C2
1360 I
3
03
ALL DIMENSIONS IN INCHES
SECTION 12. lOGIC DRAWING
Clock Inh.
7
Out 1
R.set Set
2
1
a-Bype"
6
Out 2
Voo"" Pin 16
VSS = Pin 8
13 Decod.
Out
Mono-In 15
9
01
15 02
COUNT
6
Clock o - - - - - - - l
15
14
13
12
11
10
9
Vee z Pin 16
GNO "P;n 8
8
7
10
6
5
4
3
2
MAc>-4
Gate
1
0
5
D ..II..T..II..
PO
11
PI
14
P2
2
OUTPUT
03 02 01 00
1
1
1
1
1
l'
1
1
0
0
0
0
0
0
0
0
1
1
1
1
0
0
0
0
1
1
1
1
0
0
0
0
1
1
0
0
1
1
0
0
1
1
0
0
1
1
0
0
1
0
1
0
1
0
1
0
1
0
1
0
1
0
1
0
P3
AlL DIMENSIONS IN INCIES
SECTION 12. lOGIC DRAWING
6
Clock 1
10
MR<>---~
4
Gate
Vee == Pin 16
GND = Pin 8
5
DO
110113
Clock 2
14
02
2
D3
CLOCK 8 0 - - - - - - - - - . ,
CLOCKA 0-----1
RESET,
RESET,
08
D.A.T.A.
Oc
aD
ALL DIMENSIONS IN INCHES
SECTION 12. lOGIC DRAWING
,
GRA¥ CODE OUTPUT
A
2
I
0
i
2
P
21
3
R
M
E
11
H
22
:I
T
22
6
u
~
G'
C
V
FOI6 AS SHOWN
D
~------~v~------~
BINAfl.Y CODE OUTPUT
-FOl-19
FOl-19a
D ..lI..T..lI..
ALL DIMENSIONS .IN INCHES
------ .. - - - - -
SECTION 12. LOGIC DRAWING
3·Bit Binary
15 6 1
Output
7 Enable
g Inputs
10
Inversion
Control
B7
BO
3
2
4 5 11121413
l-of-8 Output
Vee = Pin 16
GNO = Pin 8
FOl-22
Vee
0
PKG
PIN 14
PI-
ABC D O l
2
1 IJ 2 3 12 II 10
3
9
4 5 6
B 4 5
11 10
9 7 8
GNOoPIN7
12
Vee
)
r-+---+-+-~~-4~~~~ ~
t--+-+-+-+-++4.r'''''''' t-o 0
~
t--++--+-+---I--+-!--t:
+--f-o
...... "" ...
+-+--+-+--l---I--l-I-r"......
I
+-+-+-02
+-+-+-f-+O 4
D.A.T.A.
ALL DIMENSIONS IN INCHES
SECTION 12. lOGIC DRAWING
300
300 300
300
300
300
'Icc
300
Os
'S
23
39
0A.
'A
2A
3A
EB~~~------~---+----+---~
BB~---t1--------+--~~-{
QO,
Q2
Q3
D.A.T.A.
ALL DIMENSIONS IN INCHES
IN DRAWING NIlMBER
SEQUENCE
A
Ijl}III'
r----------• kit
11kll
4ku
I
I
41lU
11kll
I
130n
I
I
I
OUTPUT
,YO
-~-I
I
I
G
~__~_--, I ~ _
OUTPUT I
I e . I
I 11
I
I
SELECT
I
I ~~~;: ~:T~~
GNO
I
L ______________ J
OUTPUT
•
SELECT
A
15
DATA
2C
0------...,
ST':8E
o1_4_ _ _ _.....J
TGOUTPUT
GATESG-1,
D ..lI..T..lI..
ALL DIMENSIONS IN INCHES
SECTION 12. LOGIC DRAWING
'F01-38
13 ilo
12 00
12 ill
11 01
11 02
10 02
9
03
8
04
4
05
5
06
6
07
10 03
C
0
2
Vee = Pin 16
Vee"" Pin 14
Gnd "" Pin 7
Gnd == Pin 8
9
04
3
Cl5
4
06
5
07
6
08
7
09
•
>----......,0
~~
~
: OUTPUT GATES
14 NOT SHOWN
':~
~~
D.A..T.A..
0
ALL DIMENSIONS IN INCHES
SECTION 12. lOGIC DRAWING
10(14) aD 3
11 (151 00 2
12 (16) aD 1
13 (1)
ao
0
3 (7) 01 3
4 (8) 01
2
5 (91 01
1
6nO)010
Numbers at end of terminal. are pin numbers for L package
Numbers in parenthesis denotes pin numbers for F package
EO (2114
10 (14) aD 3
11 (151002
12 (16) aD 1
A (13) 9
13 (1) aDo
3 (7)013
B (11) 7
4(8) 012
E(3115
El ('12
F01-46
5 (9) 01 1
6(10) 01 0
Numbers at end of .(minel ••r. pin n\.lmber. for L package
Numbers in ~rentheli. denotet pin numbers for F package
r----------
8
:
,
12'O'~t>~D_--~--~~~~~_W~~--~~~
-,,
,
I
I,
~9IVee
I
I
i
016
:GND
:,
,L
, _______________ ~ ____________________ _
D.A.T.A.
ALL DIMENSIONS IN INCHES
SECTION 12. LOGIC DRAWING
fiiiiiiiii~iiiiii-------------~;:~':Q .---r--~-,----------~
(3) ,. ~L./'-+---------.,
11
I (II 01
• ca)
A 1111
Q2
J
3 ,7103
l:a(11 04
8(13) •
12U&,0I
nOllOS
C
(21
*ALL INPUTS PROTECTED 8v STANDARD COSIMOS
PROTECTION N[TWORK:
t.
F01·52a -
HAS INVERTED OUTPUT
v,,
Numbers at end of terminals are pin numbers for L package
Numbers on ~~renthesis denotes pin numbers for F pacKage
7
(}--v"
14
(}--voo
* ALL INPUTS PROTECTED
BY STANDARD COS/MOS
PROTECTION NETWORK:
o----.....1
Xo
(5)
1 ",,'V'"--....,
>---<:J 5
(6)
D ..Il.T..Il.
ALL DIMENSIONS IN INCHES
SECTION 12. lOGIC DRAWING
10 (2)
1Y3
lY2
SI (9)
Ao
Vee
A,
0"
lYl
lYO
A,
0,
E,
0,
fts
(7)
SO
2Y3
E
(15)
BINARY
DECODER
E,
"
0,
0,
0,
GRD
0,
2Y2
2Yl
20 --,(_14--,)_ _--""1
2YO
FOI-57a - HAS NO INVERSION
AT "D"INPUTS AND "Y" OUTPUTS
0
-3>
)
A
B
C
0
CKT
F02-29
F02-29a
F02-29b
F02-29c
1
1
1
,
2
3
4
5
6
7
8
9
,
, I'
A 'B C D 0 1 2 3
5
3 6 7
16 15 S 9 13
15 14 13 12
1 2 3
5 6
13 2 21 20
S 15 7 16 6
37
1 49 4
38 39 44 42
0 50
19 23 31 29 20 21 26 24 22 32
3 7 15 13
5 10 S 6 16
I'
,
6 7
11 10 1
2
5
7 9 10 11 16
17 5 18
48 43 45 46
30 25 27 28
14 9 11 12
,
12
F02-33
'0
I ·2 3 " S & , •
t 18 11 Il •• 15 "
Vee- Pin 24
Gnd - Pift12
n
F02-33
-
a
1
1'02-33c 15 14
3 4
5 6 7
14 11 10 1 2
10 7
6 13 14
6 7
9 10 11
Enable
10
15
7
~
,rA3
l
6
A2
9
?
Al
r
AO
4-8;t Number
87
I
BO
-------(
3
(
2
4
4·8it BCD
D.A.T.A.
5
11
12
14
13
4·Bit Binary
All DIMENSIONS IN INCHES
SECTION 12. lOGIC DRAWING
F02-37
A 7
..
..
,
13 •
B 1
"
.. ...
..
.. .
.. ,
12 b
C 2
11 c
Vee - Pin 16
GNO - Pin 8
10 d
4
2 21 2
Lamp-Test 3
Input
Ripple 5
Blanking
Input
E
o1
14 9
Vee'" Pin 16
2 3 4 5 6 7 8 9 10 1112 13 14 15
GNO '" Pin
8
1234 5 6 78910111314151617
F02-49
11
a
10 h
115
'4
I'
B 22.
9
c
1
aD
2
01
3
02
5
0.4
6
0.5
8
07
68
1009
8
d
6
e
C 21
13511
14017
o
15613
20
16514
13 f
17015
12 q
D ../I..T../J..
Vee
Pin 14
GND
Pin 7
Vee"" Pin 24
GND '" Pin 12
ALL DIMENSIONS IN INCHES
SECTION 12. LOGIC DRAWING
IN DRAWING NUMBER
SEQUENCE
1- -,
r-r
~:
-- _.
~
~
-I
,
I
L _'=:..1.
~
p--;:o
I
~
.u
I
~
r- -
'l-:
~
b
I
~
-- i
,
I
1 '-'
~
L
-
flO
--.....J> f--U
~lBI/RbO
~
I
LJ..---..t..
.::J
I
I
L..=}
,-,
I
1
~
,-
!_.:?"J
6LT
Dotted Portio ns
omitted on F02-51a
jFo2-51 1:1tT;l~;:rI"-~.""1·1,TIRB""7C:-1r.;IB::-l("'r"'o'""lL;-;:ti:-r'I~"'I-;;-r1r::~'r.1~"'IE=>91-=i--'ll-::-r2--'1-:-::~=::c-r:10=:"""'0I
v~
3.0k
12K
A(!)-14
3.0k
12k
B@
05
3.0k
06
12k
c@
<:is
3.0k
12k
D@)
B.A.T.A.
ALL DIMENSIONS IN INCHES
SECTION 12. lOGIC DRAWING
DUTJlUn
•
15
):>-+----1 2
•
16
P--¥-----I3
10
17
11
111
Hi:i=:t:=t:t;-):.-.."-___
•
-l4
11
Y
•
10
):>-+'----16
12 "
P--r----I.
13
,.
~.L<..----I7
1.
2'1
L
22
1>-+''-----1 D
M
U
):>--+'-'----1.
N V
GND-a
X
L
ITvPICHe.n
-'R~'
.en
UJ
GRD
GROUND
VOLTAGE
Al A2
VIC
:---±n·~::6}rOAC~~H~-------------~
T~4
(TY'ICAl. CIl'CUI11
Ali
B
li\I?UTS
o
15
"0"
9
16
"1'
10
17
"2'
11
18
"3'
12
19
"4'
13
20
"5'
14
21
"6'
22
"7'
M
U
"8'
N
V
"9'
A2
A3
TP3
4
INPUTS
LAMP TEST
3
I------,++....J
R. 'r----~:ti:::::-----~~~~
~H_+--4..."r---
c
"B,OA FlBO
,
C
- - ------------~
D
D
I--t-......--~,1
M
,'1-____-,;'1
0
e
--------ytr--
11
A1
GRD .01 Uf Vee
~~~~~,------------------------~
C16~
B OR RS:
LAMP TEST
"
1"
I,
:1------,;'1
nl------'"
HB 191------'"
"
---
-----sr.
c~~
e
po--- --
~~Vee
GFIO
D ..lI..T..lI..
ALL DIMENSIONS IN INCHES
-- -
------ - - - - - -
IN DRAWING NUMBER
SEQUENCE
SECTION 12. LOGIC DRAWING
F02-68
L
"OUTPUTS
I
TO_
r-
DI"LAY
I
GND •
20
RBI
00
0,
03
0,
Vee
~~OU~TS----I(MSB)
r--- - stE-- -1
~ss
2
IN~C.fTS1:~ :
0
[
BCD
2' ,
2'
INPUTS
7- SEGMENT
OUTPUTS
2~ 4
I
.D.~~i)
I
I
I
I _______
L . . . _ -......--r-.(I),
~~S:a~~~·T
L
_
I
22
~voo
"'
0
~
~
~o:
..J
Ow....,
ii
::
:6~~
.....
...
~
23
STROBE
~~~~~,~Y' 6
5
I
DISPLAY.
~~g
'"
I
~
~~~
7·
SEGMENT
OUTPUTS
0
FREO· IN
I
I
I
L _________ ..J
Vee" Pln 16
O .... ·Pln a
'0
3·8it
Binarv
8421
j
'4
15
13
Octal
Decoded
Inputs
Outputs
8CO
Inputs
Decimal
Decoded
Outputs
'2
"
'"
Voo = Pin 16
VSS = Pin 8
,
-
-
-
F02-75
B.A. T-.1I..
ALL DIMENSIONS IN INCHES
SECTION 12. lOGIC DRAWING
9,
10 b
",
12d
13,
DATA
OUTPUTS
15 f
14 9
OUTPUTS
~
______~A~______~
DATA
OUTPUTS
r
BCD
INPUT
{:
4
1/2 DIGIT o-......_----+_-I
DIGIT
OUTPUTS
DECIMAL POINTC>--'-_ _ _ _ _........
LAMP T E S T o - + - - - - - + _ - I
..J..
CAPACITOR
..,.. CONTROL
D.A.:r.A..
';'2
AU DIMENSIONS IN INCHES
SECTION 12. lOGIC DRAWING
V
~
CC A B C
D
OUTPUT
OUTPUT 8 OUTPUT
7
,0
.1"--"
"",,"--o--'!..o
I)
OUTPUT 1
DUTPUT2
OUTPUT OUTPUT
B
OUTPUT
1
OUTPUT
OUTPUT
2
3
OUTPUT
OUTPUT
4
5
GND
OUTPUT
6
~
OUTPUT I
OUT~UTS
L~==::t=[)o--">:>-.....!-o
..._I-__...::=L.;,)oo--Do-.....:'·~
b
OUTPUT 7
116
15
14
13
d
11
12
9
10
OUTPUT I
L_~===~c:)c~--~)Q--~"~ OUTPUT I
l-
r-
I
B
12
3
4
15
CLAMP: INPUT
TEST OUTPUT
'iNPUTS'
6
0
7
A
"iNPGTS
18
GNO
81 ROO
BlANKING
INPUT OR
RIPf>~6~TLp'1~KIIliG
D ..II..T..II..
ALL DIMENSIONS IN .INCHES
SECTION 12. lOGIC DRAWING
IN DRAWING NUMBER
SEQUENCE
o
,-----------------.
I
I
",,.'UT
.OUTPU1
I
;'--1---1- "OUTPUt
I
;-+---1,..
r OU"IJI
III .. PUI
';-+__!- 61111",JI
['NPIII
O'' 'UT
r--+--+-
r
"'''l!
'IIII'U'
r--+--+-
t OUTPUT
IlA~I(IN[j +---~
nUr'UT
i-+--if- IOUTPuT
ll,Affll.ING
I,.PUTI
R'PPlE
IlANII.,N(i
+--"'-1
CUP'P.(Nl
PROGRAMMING
'N'Ut
OU"UT
BCD
7-SEGMENT
OUTPUTS
INPUTS
1
[
C
=
['f
Bi
LE
n
~
D ..lI..T..lI..
.
0
A
I.•
3
•
•
I
V
E
R
LE
Bi
I.
~I
Voo
"
"
13
12
"
10
9
VSS
~------------~
o
R
TOP VIEW
ALL DIMENSIONS IN INCHES
SECTION 12: lOGIC DRAWING
A (3)
,
OUTPUT
c
'"
VDD
OUTPUT 2
OJ
a
too
;
OUTPUT 1
OUTPUT 7
.
....
INPUT B
INPUT C
OUTPUT
B (81
....
'"
too
OUTPUT II
(II
.....
OUTPUT 5
'"
.......
...
(7)
...
OUTPUT 6
OND
'"
OUTPUT 3
INPUT D
0
INPUT A
.,
OUTPUT 8
f41
RI
6
18K. IIZW. 2""
+ZooVOC O-------~~~------_.--------~
ANODE 12
0>-_ _ _ _ _ _ _ _ _ _ _ _- - "
AHOD[I~2--------___________~
It,
+ Zoov OC IIo___'.::':;.K.:;,1/;;,2;,;.;,:..:.2"".:.._________....
STROe[~2_ _ _ _ _ _ _ _~
9
,
____ .J
Z
BCD
INPUTS
4
•
•
3
:
-----~
I
INTEORATED
CIRCUITS
INPUTS
"
,
10
+5VDC 02_ _ _ _ _....1F-~
·OEC PT o"_ _ _ _ _ _ _ _ _ _ _.J
\
'NPUTS
D.A.T.A.
10
+5VDC
NIXIE® TUBE
COIII_
4
CRf
0---*-------..
Ca.MOII 7
-Ofe
'-PIN NUMBERS
,.. nOltATED
BCD
CIRCUITS
CO.M0III 40__________--'
I
IN41ZA
lOT O"----------.J
, '-P,.. flU."'"
\..'NPUT'
ALL DIMENSIONS IN INCHES
SECTION 12. LOGIC DRAWING
ANODE
+ 200'01 DC
C
RI
ISK,1/2W,2%
R
N
+5VDC
P
2.2.u f
20'01
+
CI
GRD
2
H
D
BCD
INPUTS
4
8
INTEGRATED
CIRCUITS
F
<>--+.----1
K
~TER.,NAL:
NIXIE® TUBE
BI/RBQ
0--+----4
L1
RBI 0--+----1
Us
f
9
a::::il
VO
VI
V2
12345678
B e L T BI/RBQ RBI
V3
D
A
Os
SI
V4
SELECT
INPUTS
DATA
OUTPUTS
16
V5
V6
D1",
VB
V9
"'''' *
"''''
;/
V7
'"
;/"
ri
;1;;<
,nputl :
;;<
10
11
12
13
;I",
*
'*"
;I
'"
.<
*
;;(
;1*
~
Output
D.A.T.A.
-
~D
8
ALL DIMENSIONS IN INCHES
IN DRAWING NUMBER
SEQUENCE
SECTION 12. lOGIC DRAWING
.INPUTA
OUTPUT 1
OUTPUT 2
INPUTS
OUTPUTS
,..._.J~'--_
Vee A B e
0
~
7
8
9
OUTPUT 3
INPUT B
OUTPUT 4
OUTPUT 5
o
2
3
4
5
6 GND
INPUT
e
OUTPUT 6
OUTPUTS
OUTPUT 7
INPUT 0
OUTPUT 8
OUTPUT 9
2
INPIJTS
8
15
9
"
3
10
17
4
11
18
5
12
19
4
CllJTPtm
10
•
13
20
7
14
21
L
22
M
U
0
"
Vee = Pin 16
GND - Pin B
V
A1
A2
A3
C1
3.3 UF
VOL T/,(,l:.
A f------~
________l
'--
D.A.T.A.
ALL DIMENSIONS IN INCHES
IN DRAWING NUMBER
SECTION 12. LOGIC DRAWING
SEQUENCE
INPUT
~.,
~7
~
~.,
0
~7
~7
~
~.,
~7
F07-3
c
~.,
0
E...2
H
II
~
)
~
~
II
)
11
n
ill
J
,
M
N
2i
2i
c
2
P
C 3
R
.
OUTPUT
F17-6
OUT
EFGHJKMN
A
IN B
C
D
41312111091514
.
DECODER/DRIVER GATES
OUTPUT 0
INPUT A
OUTPUT 1
OUTPUT 2
INPUTS
OUTPUTS
INPUT 8
OUTPUT 3
OUTPUT .(
OUTPUT S
INMC
..
OUTPUTS
OUTPUT 6
OUTPUT 7
INPUT 0
OUTPUT 8
OUTPUT 9
D.A.T.A.
ALL DIMENSIONS IN INCHES
SECTION 12. LOGIC DRAWING
2 3
456 7
15
14 13
12 11 10 9
-
F17-17
Ql,Q2 Q 3 Q 4 Q s Q 6 Q 7 Q s Q 9 Q 10 GND
,
OUTPUTS
DATA
OUTPUTS
B.A. 'T.A.
ALL DIMENSIONS IN INCHES
IN DRAWING NUMBER
SECTION 12. lOGIC DRAWING
SEQUENCE
INTERNAL
INTERNAL
CURRENT
OPTIONS
CU~RENT
lAMP TESTISTROBF OPTION
SOURCE
SINK
CONTROL
------------------
1---------,
I
I
I
I
r----+'--~~
15
I
A I
:I
I
I
CONTROL
~-~C;--·-----:
I
I
I
I
I
I
'----I-o~-o A
I
:
I
I
I
I
13
I
I
12
A3
A3
0-
A3
A,
A,
A,
4TO 16
LINE
DECODER
A,
UP
BUFFERS
A,
16 X
AND
aUAD
LATCH
~
ROM
A,
AD
AD
I
L---I-.-oE I
AD
I
I
I
I
I
'-----4_-<:
F
:
I
I
I
I
I
I
L ___ _
I
'----+-<__-{)
G
I
I
_ ___ -.J
RBlo-----------------------------------L--'
RBO/BI
•
LT~LAMPTEST(BT50SERIESONLY)
ST~LATCH(BT70
D.A.:r.A..
SER I ES ON L Y)
ALL DIMENSIONS IN INCHES
SECTION 12. lOGIC DRAWING
IN DRAWING NUMBER
SEQUENCE
F21-1
15
,.
'0
17
"
'8
'2
'9
'3
20
'4
2'
C
L
22
0
M
U
N
V
A' A2
A3
INPUTS
OUTPUTS
C,
3.3 UF
VOLTAGE)LA~~
~'7
,,7
~'7
~'7
'<'7
'<,
________~____________~
>---
,<'7
~~~~~
'--
"i'7
W
OUiPUT
I.
15
"
13
12
11
10
INPUT
0
A.BCDo1234
F21-1 15 14 13 12 1 2 3 '" 5
F21-1a 15 14
1 2 13 12 11 10 9
D.A.T.A.
7
8
9
9 10 11
5 6 7
16
ALL DIMENSIONS IN INCHES
H
FIGURE A
COMMON ANODE
Ho
II
RO
g.ili.)1
{G0185l
ONLY
F
GOl-8S
A
B
e
PIN CONNECTIONS
GOl85
I
VEE
2
-
3
4
5
OUT
6
7
Vee
GOl85A
OUT
II
12
B
B
13
A
C
14
0
15
-
E
16
G
17
8
F
E
OUT
19
10
0
-
20
18
E
GOl85A
+N
~
.
9
D.A.T.A.
0
GOl85
Vaa
-
-
VEE
G
Vee
Vee
Vaa
-p
H
A
K
8
L
C
M
OUT
GO 1101
0011014
All DIMENSIONS IN INCHES
SECTION 12. lOGIC DRAWING
CS,ie.ta
A
B
G
C
0
}--o~o
E
F
8
COM
F G Y,
9 I 6 7 3
NCN C NC 7 3
NCNCNC 9
3
7 Io I 2 8
A B C 0
I
I
4 5
6 NC
4 5 10
4 5 6
GOll16B
E
o
COM
V
2
2
2
9
8
8
8
3
INPUT CLAMPING DIODES FOR US 64 AND ~, TYPES ONLY
Vee
A
B
c
D
G01-1S6
L
PKG CKT NO
1
2
1
G01-15'. "
G01 -,.,
I
-+
A
5
B
•
IS 13 14
•
C D
9"
1 18 10
•
•"
10
NC
2
9 U
1 12
11
814
01-1153
7
G01-U3a
"'"
...
01-1'$1111
l'IF
1
e
B
D
E
vee eOM
"
1
1
• 1
1
•
D.A.T.A.
.
KO CKT NO A
1
1
1
1
•
• 10
•
AU DIMENSIONS IN INCHES
SECTION 12. lOGIC DRAWING
U,)lf':'
IN DRAWING NUMBER
SEQUENCE
",jI ff!
F
J"--t----++C
:~G
c
E
o
E F
Ir.K'1' NO
GOl-160
GOl-160a
GOl-160b
1
2
3
4
5
6
1
2
3
4
5
6
7
8
9
10
11
12
1
2
3
4
GOl-160c
4
1
2
A
3
6
K
C D
4 E
F H 8
9 10 M
13 14 R
16 17 U
W X 21
B
E
D
5
7
L
P
T
20
N
S
V
C D
3
12 13
14 15
7
1
18 19
J
K
L M
N P
R S
X Y
Z 22
15 14
8 9
16 1
6 5
3
2 1
F G
12 C
11 J
22
Z
18 15
19 Y
6 ~
7
H 11
F 8
CKt NO
I
2
3
4
5
6
7
8
9
10
9
20
T
U
--V
21
W
12
10
4
7
8
2
3
6
A B
C 0
9 10
1213
1516
MN
J K
R
C
E
II
3
17
14
L
S T
20 Y 21
Z 22 P
0
6
H
F
7
8
18
V
W
U
9
vee
II
ReJI t·}1
4 VCC
GOI-165
G
GOl-l65 A
GOH65B
GOl-J65C
I
2
I
2
I
D . .lt.T..lt.
F
6
14 I 2 3
5 6 7 B
56 7 8
ALL DIMENSIONS IN INCHES
SECTION 12. lOGIC DRAWING
IN DRAWING NUMBER
SEQUENCE
cg,)IRj
OUT
9 M
14 Vee
F
N
A
IGOl-l70
IGOl-170a
IG01 170
CKT NO
1
2.
1
2
1
2
A
B C
1 13 10
2 3
1 13 10
,
D
9
5
9
5
E
• ,,
,
F
G
12 1114
14
8
5,13 14 12
7 8 9 10
vee
1
•
2
COM
7
OUT
B
7
11
G
IN
o C
COM
RellUI
m~~,
F G H J K
0 E F G H J K M N
II 12 13 I 2 3 4 5 6 9 8
5 16
I 2 3 4
9 8
1312 II 10
eKT. NO. A B e
,"01- 72
fOI-172
d')I ij'
14 VCC
CKTNO
I
ABC 0
I 2 1312
2
3 4 5 6
3
910 II 8
B
e
5
COM
i§DE
CKT NO.
I
2
3
GOI-l77A
I
2
GOI-I77
GOI-I77B
2
ABe o E
I 2
14
13
3 6
10
7 B 9
I 2 3
14
6
13
10
789
14 I 2 3 13 A
6 7 8 91O
g,)I t1:'
1-+_---'V'./V----_--~ 12 VCC
D.A.T.A.
I
2
no
GOl-177
o
A
-I
dl)IUM
Vce
ALL DIMENSIONS IN INCHES
SECTION 12. LOGIC DRAWING
gilI i:£j
GOl-183c-
DOTTEDIN
.1I~ClI'~J~IIII~:I~~1
PORTION
OMITTED.
_ ••• _.
GOl-183
IN DRAWING NUMBER
SEQUENCE
r=~--+---,
B
D
PKG OK
••
•
1-18 a,
c
GOl-183b
U13
1
..
.,
14
.
11
•
M
MIl
PP
1
a
Ne
3
IINC311"
11 13 NO 1410
gl)"N
OE
D A
:::~~
E B
C
F
~D3
OR I
7
GND
OR 2
Q
15
'
1~
Q
G01-l86
fIeI":!:'
I
o--t---'
13O-+---?....J
IOO--+~-
CKr A B C
1
1 2 3
2 11 12 13
E F
6 4
8 10
OR~
CKT
GO 1-185
B
D
H-!-h;-m2H-ri+n5--t-i-J
IN DRAWING NUMBER
SEQUENCE
SECTION 12. lOGIC DRAWING
R·)IP"
Ci" IP,I .-_--.-_--+F~~V-CC____,
4 k
4 k
K
100
1.4 k
KT
1
2
1
2
1
2
1
2
001193
A
B
C 0--+-+--4
00--+-+---+....
G
G01l93a
G01193b
G01l93c
A B C D E F
13 14 3 5 1 2
8
9 6· 7
13
1 9 10 11 12
5 2 3
4
13 14 3 5
8
9 6 7
13
1 9 10
5 2 3
4
vee
G
12
10
4
14
8
6
M
GND
11
7
11
12
4
10
8
6
14
7
GNO
OOU'"
GND
,011'
011
E
BCDEFO H J K M VCCGND
U It 1
1
11
s •• '1'
1
36.7.113106
S 1
• 10
11
•
11
R"I kk'
1.
11
R2
R1
R1
R1
R1
R1
•
R1
R1
R1
GND
10
12
13
TYPICAL RESISTANCE VALUES
At'" 450H
A2 ~ 1811:;
RJ.= 1.5 k
R4
~
640
n
GOl-195a - R2 and R3 NOT APPLICABLETHRU CONNECTIONS.
F
Cij.IIC·n
2.8K
2.8K
8000
580
KG
GOI-197
A
B
C
D
D.A.T.A.
P
GOl-197a
E
B
1
2 13
3
1
1
jFF
e
KT A
t:r
1
D
•
10 11
1 2 14
7
0 12
1 2
1
3
2 1
•
G
7
11
13
•
1
E F
12 14
5
1
4 11
6 14
7
2 _ 4_
ALL DIMENSIONS IN INCHES
SECTION 12. lOGIC DRAWING
K
Vee
EXPANDER
INPUTIXl
2.81<
28K(X)
2.BI<
2 OK
,.n
760{}
M
A
B
e
GND.
GOl-202
001-202
Go 1-20 2a
~,,"::p:::t:t:+=t!jj~~
11
3
1
MP
G01 ..203
-(:
~----------~~~
rOl-~03
T NO
M
FP
PKG
ABC
D E
F
~
1 13
3 5
3
7
9
FP
D.A.T.A.
2
6
8
9
3 14 12
1
2
4
1
2
1
2
A
2
14
1 13 0 9 8
3 5 13 14 12 4
6 7 8 9 10
•
7
11
11
ALL DIMENSIONS IN INCHES
IN DRAWING NUMBER
SEQUENCE
SECTION 12. lOGIC DRAWING
A
A?-------------------~
B
B
8
C
C
11
D
o
.,< r - -....
E
>--- vce
r-
~
GND.
E F
G
H
J
43 45 .. 46 49 39 42 8 47
31 33 32 34 37 27 30 36 5
9 21 20 22 25 15 18 24 23
1 9 8 10 13 3 6 12 11
01-207
K
F
G
M
K
N
M>-----------~
JKMN
CCN
U 49 8 7 1 1
"
7 3
1 1
22 25 24 23 51
1 52
10 13 12 11 51
62
KT NO.
1
le..d.,.jl'iilal..l:~I~G~O;I-To2~osj8:f~~!?~~~~~j
N~>--
Vee
>--
GND
Vee
Vce
1 k
4k
4k
120
120
500
A <>-----'
A
B
B<>----,
e
D
<>+-+~
e
D
E
185
GND.
E
GND
10
lil"'l (.1 r------T~r---O floE)"
lil')I)F'
Vee
1.75 k
2.25 k
°Rl
e
A
B--L-'-/
C--r--...
D
E
,~~.
N
F
G
J
K--------l
'k
GOl-210
..
H-~-"'"
Be>--
KT
"
"
"
M-------------~
A B C vee GND
1 2 3 14
7
•
5 6
9 10 8
13
Vee 14
A B
GOl-211
GND.
1
GOI-BUb
13
1
3
5
D E
6
J
9 10 11 12
3..
5
7
9 10 13 14
8
6
1
GND7
2 12
lu.lf11'
Ei"f1D
:-
vc~
COLLECTOR J
* '
INPui
0-,..'.......""".......;...,
PKGABCDEFGH
01-213
1- 1
a
FP
3
5
6
5
6
D.A.T.A.
7
8
9 13 14
2
KMCCOND
112411
8
9 13 14
2
1 12
4
11
PKG
GOI-214
01-214a
F
FP
A
3
B
5
5
e
6
5
6
D
7
6
7
E
F
G H J
9 13 14 12
8 12 13 11
9 13 14 12
1392 1
vee
4
3
4
GND
11
10
11
GOl-215
CKTAY.aKbB
6 9
14 7 10 6
491451lHi
4
15
9
14
G
8
8
1 13 16
ALL DIMENSIONS IN INCHES
SECTION 12. lOGIC DRAWING
~---r----r----r---------r----~-eP
1 2 0 - - _...........
'3o__---1H-"""'\
+-+....,.
.. 0 -......
Q
E, ••----------------------------~~~
R6
E2e-----------------------------~~
1--'--.. 0
~--~----~----~--------~----r__eP
R7
01
Q
R6
'-----L..-e0
D.A.T.A.
AU DIMENSIONS IN INCHES
SECTION 12. lOGIC DRAWING
Vee
CH"tf,
GOl-227b -
DOTTED IN
PORTION ADDED
2.5K
.r-----~~------_.~--._~vcc
CKT
GO 1-227
GOl-227a, b
E
~
1
2
3
1
2
3
4
A
B
C
Y
1 2 13 12
5 6
3 4
9 10 11
8
1 2
3
4
5
6
9 10
8
12 13
11
GNO
7
INPUT
Vee
GOl-228a ONLY
5
Vee
OUTPUT
10
11
GND
12--~---
13
mel lin.
G01-231
14
voo--O
1
vcc--O
BA
2
4
7
vss--o
B
2
C
3
01
vDD~Pon16
Vss - Pm
E'
13
:>------------j
8
, z
D' 12
C' 12
D.A.T.A.
B'
11
A
9
G01232
CK
ABC
1
2
3
4
4
5 2
6 7 3
0 11 14
2 13 15
ALL DIMENSIONS IN INCHES
IN DRAWING NUMBER
SEQUENCE
SECTION 12. lOGIC DRAWING
1·lfl'
Vss
11k
10k
!II<
CKT
1
2
3
4
A
IGOl-234
loon
OUTPUT
B
3
A
2
5
o
C OUTPUT VSS GND
4
1.
8
11
3 14 15
or
9
12
GND
lri·'t.,
x1
p.ltf@
----"7
...---ox
AO
C1
...---+--.---<) Vee
D1
4K
2K
)00
z
OCO
x3
----->
r-~~~--------_.----~~__oVec
8.
16
B.2K
5100
9.1K
2
16
Vee
Al
vee
Bl
AJ
Zl
BJ
A2
zJ
B2
A4
Z2
B4
GND
z4
11
_ - - - 4 - - 0 ox
82
0--1(1-.......
t--K~......-OAO
r--.------+---.._--oVce
r---~-~~--------~VCC
1.6kfl
A
13051
y
VARIATION I
CKT
GOl-237
1
2
3
4
D ..lI..T..lI..
A B Y
1 2 3
456
9 10
vce
4
GND
7
VARIATION II
8
12 13 11
AU DIMENSIONS IN INCHES
IN DRAWING NUMBER
SE.QUENCE
SECTION 12. lOGIC DRAWING
r---____~--------_.--~~VCC
Vee
1.8Ic.n
450n
1.6kn
V Ao--".-J'~
B
AO-......~·'
B
y
v
soon
L-~--------~----~--~----~~GND
VARIATION III
VARIATIONU
VARIATIONI
CKT
1
2
3
4
rOl-238
A
1
4
B
Y VCC GND
2
3
6
5
14
7
9 10 R
12 13 11
g.'11'1
GOl-240
IC
IY
VCC H
G
F
E
C
0
X
X
Y
An
IA
2A 28 2C 20 2Y GND
A B C D Y
1 12 9 ,.
5
2 3
3
5 13 14 12
Bn
Von
16
8
A4
15
I 6 (8)
(12) 2
V· (A + 1+ f+ 0"). (f + F' + if + H)
GOl-259
God
PKG CKT NO.
M
1
2
FP
1
2
Numbers in parenthesis denote pin
GOI-259a
numbers for other half of the device,
M
1
FP
1
ABC
1 13 12
2
1 14 13
•
7
1 2 3
14 1 2
D E F G
9 10 11
4
5
2
3
5
12
4
11
11 12 13 8
5
6 7 8 12
14
4
7
11
o
V DD
14
4
5
"
"
Vss
INHIBIT I -'-"-----,
G01-264
--
G01-265
lNH181T1EXP ------~
1412fo=:
(51
AI
BI
(S)
(21
(3)
CI
171
DI
(101~
INHIBI:~~II
82 6
8
(tl)
{l51
4
(12)
E2
C2
LOGIC 1 ~ HIGH
LOGIC 0: LOW
(14)
(13)
D2 9
V CC1 ~ 1, V CC2 ~ 16, VEE ~ 8
ENABlE/EXP---------'
g.IIiij,
G01-267
Vee
4B
4A
D.A.T.A.
POSITIVE LOGIC: HIGH LEVEL "1"
lij"fM:1
Vec
20
2C
All DIMENSIONS IN INatES
SECTION 12. lOGIC DRAWING
IN DRAWING NUMBER
SEQUENCE
'u't*I'
-
G01-273
,.o--f-+-I--+-_-i
',o---f--I-+-+-_
TOPVIEW
Veel
2Y
1Y
1A
2A
16
28
Vee
G01-275
G01-274
[N~OUT
GND
14 13 [2 11 10 9
~:;r:
GND
8
14 13 12 II 10
9
8
:1
234567
234567
Von
VUIl
GND
~:' 'tbtW
1
1234567
VillI
OUTPUTS
, - -_ _...1"\,.._ _ _- ,
101 102 201 202 301 302 401 402
Gl
G2
2Y
3Y
4Y
~~--~------~v~------------~
INPUTS
D.A.T.A.
ALL DIMENSIONS iN INCHES
IN DRAWING NUMBER
SEQUENCE
SECTION 12. lOGIC DRAWING
G02-19
G02-18
.'~
•
,~
fi';i!1
5~
G02-20
,,
6
7
•
I
!
L
,~.
:b
12
E
,15
-------~~.-__+_+_r
G
F
D
E
PIN CONNECTIONS
PIN 00224·
VEE
I
G0224"
••
60224.
G0224
V••
OUT
"
13
"cC
!~
.
I.
,
OUT
7
Vs+
,."
17
...
OUT
10
C
• •
V••
I.
19
20
E',I:I
OMIT DOTTED
PORTIONS ON
OUT
G02-42a.
:~~
E
A
C
o
ABCDE FGR
6 7 8 5
9
G0279
6 7 8
0279a
G0279b 6 7 8 9 10 5 4 NC
6
7
8
5
4
9
G02790
B
o o-I--+----..j+l
REMARKS
10
1
0
Han
10 Rl an
G
F
A
E
J
>---1
G
c~--...,
~~E
o
C
0>----1
F
E
A
E
e.
F
>-~---l
B
§Q?-79
OMITTE 0 ON
e.
~A
F
DRAW. NO.
002-78
G02 78a
CKT.
A
1
2
1
5
7
5
7
G02-7Sb
2
G02-78c
G02-78d
,.-
e
3
1
2
1
B
,
D ..JJ.T..JJ.
D
E
F
3
2
9 10
3
2
9
0
5 6. 7 3
9 10 11 12 13
,
,
,
5
6 7 9
10 11 12
5
6 7
,
,
Vee
6
8
5
10
4
C
I'
I'
4
6
8
8
3
3 2
9 14
3
2
8
8
11 12
ALL DIMENSIONS IN INCHES
IN DRAWING NlIMBER
SECTION 12. LOGIC DRAWING
C¥I·fll,).
SEQUENCE
';'ill';1
14 COM
DOTTED-IN PORTION
ONE PER MODULE
NOR
ALL
PULL DOWN RESISTORS OMITTED
PULL DOWN RESISTORS OMITTED
i~
NOR OUTPUTS
I
4
5
2
3
10
12
13
II
OR OUTPUTS
CKT NO. A B C D E F G H J
I
4243 4445 4 47 3517 15
2
36 373B 39~0 41 34 12 II
3
I 2
4
3 4
KMNPQRSTUV
14 9 27 28 31 19 20 22 25 23
10 8 293033
2624
5
1821
7
E'fl'P'
CKT
/I
* TO
NO.
OTHER CKTS.
G02-120
G02-120b
1
ABC
1
3
6
14
6
2
4
7
1
7
8
D
E
1
13
9 10
3 13
9 10
*
NOR
G02119
G02119a
1
2
1
2
1
2
10 11
2 3
1
3 4
5
12 13 9
1 4 6
1
A
CrietJt1i
G02-12S
g·PiFI
A
A
Vee
B
C
B
G02-126
CKT
1
2
3
4
A
1
4
B
2
C
5
6
3
8
9 10
12 13 11
14
II
G
C
H
D
K
lIP
A
CDEFGHJKII
7 I I 5 13 6 I 14 2 3 12
3 4 5 I • 2 10 II 12 13 8
D ../J.T../J.
II
4
14
II
7
All DIMENSIONS IN INCHES
SECTION 12. lOGIC DRAWING
riiiiiiiiiiiiil------Gc002-130a
'fIlrat"
1
3
R3 NOT APPLICABLETHRU CONNECTION.
8
14
I
11
VeeO---~r---+---~-------'----~--~------4r---4----.-------.---~---.
R2
R4
R2
R4
R2
R4
R4
R3
R3
R1
R1
9
6
ldljiFfl
J.
R1
R1
R1
10
R1
13
12
4,,"A
174
--------------
A
:=D-tt;:=:
=D-tt;:= •,.
D
l.2SWl
e
u
II
! ::)[)-----
S
14 : : ) [ ) - - - - - IS
II
II-Vee
GND
'_GND
@IF'Et.,
ldlpaEA
002-135
FP
MP
002-1358
FP
Vee
2
3
,
1.75k
1.75k
e
A
3
3
3
6
8
11
5
0
12 13
9
BIEIF!:I
2k
3
,
MP
vee
2k
214
9 10 12
3
3 4
0
1 2
1
3
,
11
a
,
11
l'
vee
14
A
e
1.75k
1.7Sk
1.75k
1.75k
B
2k
2k
2k
5k
A
GND
1.75k
GND
1.75k
Vee
Vee
CKT
IG02-136
vce
NO
A
B
C
1
1
2
3 14
3
4
9 10
8
12 13 11
GND
7
1002 137
1
2
3
4
3 14
6
LO
8
2 13 11
1
4
2
IND
7
,7
GND
5
I
G02-138
e~
1
2
3
4
D.A.T.A.
B
1
2
5
C vee 10ND
3 14
7
"6
9 10
8
2 13 1
ALL DIMENSIONS !N INCHES
IN DRAWING NUMBER
SECTION 12. LOGIC DRAWING
SEQUENCE
(4)
G02-139
(5)
16
1~~3
15
14
13
2
:
6
ro
7
11
G02-139b
G02-139a
,-"""\._r-....
16=rE2
W
1
6
3
14
13
9
10
7
8
.
1~
IT-':~
10--.:1
11
~ ........
50
14 ---.JL-,.........
15
16
50
50
k
50
'5
(8)
(9)
6
1
(10)
(11)
50
50
50
k
k
k
50
Vee
8
(121
10
11
12
13
(14)
(15)
(16)
(1)
NUMBERS AT ENDS OF TERMINALS
DENOTE PIN NUMBERS FOR L SUFFIX.
NUMBERS IN PARENTHESIS
DENOTE PIN NUMBERS FOR F SUFFIX.
- - - . J L - . -....
1
12
15
15
t-----jf+-o 13
14
L--+_~11
10
g.ti(M'
11
a
VEE
16
OR 2
NOR 3
o----if--~~
~--------~-o15 OR
14 NOR
13
D ..lI..T..lI..
ALL DIMENSIONS IN INCHES
SECTION 12. lOGIC DRAWING
•
VII
CCntJ(d:
'
,.,
(0'
,.
VCC2
2 (6)
13~I----.--f
,o~I--...,......,....-.f
.
(12)
•
(16)
VeE
Number at end of term,nals denotes pin number of L package
Number in parenthesis denotes pin number for F package
CCntJ'J,i
G02-172
VeelB
X
X
10
Ie
IY
12 j(
II X
10 X
, i
I A 2 A 2 B 2 e 2 0 2 Y GNO
002-170
G02-170a
2 13
6 5
3 9
7 13
" D.A.T.A.
4 10
8 14
5 8 6 11 12
9 12 10 1 2
14
4
11
ALL DIMENSIONS IN INCHES
IN DRAWING NUMBER
SEQUENCE
~
SECTION 12. lOGIC DRAWING
_ _ _ _-._ _ _ _--oVoo
A
D
X
o-_ _..J
Giltla
A
F
A~H
G
B
H
C
J
--L-..L-
B
I
g~J
E~K
002-178
002-178a
0
L
E
M
B C D E
7101312
910141511
H
3
5
F~L
G--L.,....L-M
A
I
J
K
L
6141115 9
3 2
6
1 16
G02-179
002-179a
B
5
•
9 10
D E F G
9 10 11 13 12
115161114
K L M
7 14 15
2
5 6
C
4
3
4
-----'r-........
5
-----,'---_~
.
6
3
4
5
2
3
6
6
7
7
9
10
9
2
10
10
11--_,-~~
15
12 _ _---'r-_
13
14 - - - L - - _ '
12
13
14
15
G02-185
i
11
11
12
G02-187
130n
:~E
C--
.111
F
o
I:l
II.
Z
7
~------~--~----~-~~GND
CKT NO. A B C D E F
3 4
5 6
1
1 2
10 11 12 13 9 8
2
4
5 6 '7 3 2
G02-187a
1
9 10 1 12 13
2
8
5 6 7 3 2
4
G02-187b
1
2
10 11 12 13 14 15
-fC~
VEE
002-187
1002-185
CKT
1
2
4
D.A.T.A.
B Y
2
3
5 6
9 10 8
12 13 11
A
1
4
1 14
15
1 16
8
ALL DIMENSIONS IN INCHES
IN DRAWING NUMBER
SEQUENCE
SECTION 12. lOGIC DRAWING
GntJi:iji
Al
Vee
81
AJ
ZI
8J
A2
ZJ
A4
82
t
Z
A
B
Z2
GHD
Z4
Aetl@)
(GND)
7
11
vss
a-tIPf'
7
7
veCl =l,VCC2=16,VEE=8
POSITIVE LOGIC: HIGH LEVEL = '1'
VSS
VSS
G02-193
G02-194
G02-193a
G02-193b
ABC
G02-194
4
5 6
02-19 a l l
E
F
G
H
I
9 10 11 12 13
7
8
10 11
K L
M
2 14 15
2
•
G02-196
:~4
7
3
'~2
10
12
'1
13
14
12~ I.
9
13
VCCl = 1, 15, VCC2 = 16, VEE = 8
POSITIVE LOGIC: HIGH LEVEL = '1'
VCCl = 1, 15, VCC2 = 16, VEE = 8
POSITIVE LOGIC: HIGH LEVEL = '1'
V CC1 = I, V CC2 = 16, VEE = B
Positive Logic: High Level = "1"
D.A.T.A.
ALL DIMENSIONS IN INCHES
SECTION 12. lOGIC DRAWING
IdetJGh'
4
5
6
7
12
13
10
11 positive logic: V
VCC1 ~ Pin 1
VCC2 ~ Pin 16
VEE ~ Pin 8
:[)-:L)-
:u
2
3
15
9
:[)--
14
= A+B
I
16
H
Y
GND
G
®@@@@
VCC2
3
4
0®00®@0
A
Vee
B
e
0
IClVI4.t)
11
10
15
Vee
B
12
13
14
11
12
13
D.A.T.A.
ALL DIMENSIONS IN INCHES
SECTION 12. LOGIC DRAWING
@---
14
13
12
11
10
9
2 3
as Us
4
01
10
12.
5
A
Q1
~--+---I
CKT
:~- ~~?f~
8
tL~i
r
I
19
'..
(s)
II
OU1
~,l~@
9
ABeD
9
8
7
5
4
3
10
CKT CKT
1
H
J
D
N
B
E
P
C
F
R
D H
S
E
F
K
L
M
N
P
R?-""f--.----''
2
A
J
K
T
U
G L
V
3 CLAMPED LOADS
CKT. NO.
2
5
E
T
U
V
lEt. -'''li.,
ABC
o
E
F
H
N
P
R
M
K
L
S
U
V
3
4
0
T
fEf"
cg-Fii:1
F
CKT. NO.
3
ABC
0
E
C
o
E
F
H
J
o
K
L
M
N
P
RSTUV
A B C D E F COM Vc
G03-58
1 2 3 5 7 6
I 2 4 6 9 7
G03-58 A
2 3 5 7 6
2 3 4 7 9 8
D ../J..T../J..
14091
4
5
8
10
4
5
8
10
FP
eN
FP
All DIMENSIONS IN INCHES
SECTION 12. LOGIC DRAWING
1;-,,*,
E"'tl
A
CKT.NO. A B
1
1 2
5
2
3
16 14
Goa-S6a
1
13 10
2
6
3
8
4 2
GOa-66c
1
1 2
2
6
3
8 9
4
12 13
4
5
Goa-S6d
1
6
7
2
9
3
8
10 11
4
Goa-66e
1
2 3
2
5
3
8 9
11 12
GOa-66f
1
1 2
5
2
9 ,.
3
12 13
4
2 3
GOa-s6g
1
2
5 6
3
10 11
4
13 14
GOa-66h
4 5
1
6 7
2
3
10 11
12 13
03-66
•
•
•
•
~~E
0>---
e ::---
PIN
I
2
3
eN
C
7
6
15
12
7
3
3
4
1
11
2
3
12
13
1
A>-D
G03-67
B>--.
. -':>E
e>-·
D>-
E-II'I
,.
1
3
6
8
11
•
7
9
12
2
3
CkT NO ABC
1
14
15
8
0
E COM Vee Pl(G
2 3 6 7
3 5 6 1
9 10 12 13
STYLE
5
8
eN
7
14
FP
FP
A
B
5
6
7
A'DV
B,E
G,F
e,F
:»8
B
D.A.T.A.
ALL DIMENSIONS IN INCHES
NO ABe
CKT
G0390A
G0390B
COM
EI""
2
0
E COM vce PKG
5
6
2
3
2
3
3
8
9
478510
5 6 I
14
10 12 13
2
5
3
6
1314 12
7 9 10
G0390
4
B
4
STYLE
CN
FP
FP
II
Vec
o
2 CKTS
CKT. NO.
003-92
I
003-928
oo3-92C
2
I
I
2
003-920
G03-92E
CKT NO
A
B
I
2
I
I
3
I
4
2
G0391
2
G039,/\
G0391B
G0391 C
I
2
I
2
3
4
I
2
3
4
2
4
I
3
7
2
9
B
3
5
2
4 5 6
9 10 8
12 13 II
I 2 3
6 7 5
9 10 8
12 13 14
G03-112
-'V\/'y- -
6
STYLE
e COM Vca PKG
7
4
CN
8
6
9
FP
5 10
7
5
10
FP
7
14
FP
4
II
M
NOTE:G03112 A INCWDES
DOTTED LINE
CHIE"I'
.~
r
"[~c:v I h
--,
,
1
0
'::Of
COM
I
6
I
I
6
2
3
4
10
5
7 8
9
6
8
5
10
2
5
10
II
4
2
2
3
3
4
PKG.
4
7 8 9
I
I
2
4 6
I
2
2
5
3
9
7 8
1312 3
6 9 10
FP
3
4--(6)
I
+--j4-----f7)
-"~ f
= COM
D ../J.T../J.
A B C
-(I)
CD
TERMINAL
IS A GATE
EXPANDER IN THE "Ii.' VERSION
All DIMENSIONS IN INCHES
IN DRAWING NUMBER
SEQUENCE
SECTION 12, lOGIC DRAWING
.
-
-
G03-119
G03-121,A
G03-121 B,C
G03-121D,E
CKT. NO A B C] DjEIF G H J
1
2 1
NC
~
2
5 4
7~
3~
8
5 4 312 NC 1 7 6 8
1
1
5 4 3 2 1 NC 7 6 8
NOTE' G0312IA,C
G03-122
aE
INCLUDE DOTTED IN PORTi:>N (DIODE).
r---------+---------------~G
+ 'ICC
A 0-16-~
CKT NO
ABC
1·
2
1
2
4
D·E
F
6
3
B
12 13 NC NC NC NC
-- ~
0-16-~
C 0-16-~
D~I_.t_*\1
14
H
'------">6
~~5
3
6
4
r-~----------------------+_~ 6
'----~------------------------~__~8
CKT.NO
1
2
3
4
Jua-131a
1
2
3
4
COM
G03-131
G03-136
•
7
8
9
10
11
12
03-13tb
GOa-131c
1
2
1
2
3
4
G03-13Id
03 l3le
ABC
A
D ..JJ.T..JJ.
B
D
E
G03-lalr
1
2
3
1
2
1
2
3
A
E
J
B
F
K
C
,.
1
5
•
L
V
R
0
4.
3.
34
30
20
18
17
15
1
3
4
•
15
2
16 14
8
4
E
D
M N P
S T U
47
5
43 42 41
40 39 38
37 31 33
2
2
26 25 2.
23 22
13 12 11
10 9 8
7 6 5
19 21 NC
4 2 NC
1
2 3
6
7 8
0
6
2
2
D
7
3
3
4
9
10
5 1
9 10 11 12 13
5
1 2 8
9
11 12 13
10
1112 13
2
3 4
••
•
C
ALL DIMENSIONS I.N·INCHES
SECTION 12. LOGIC DRAWING
cg","1
IN DRAWING NUMBER
SEQUENCE
Vee
:D»6
CKTNO A B C COM
I
1 2 7
4
2
3 5 6
G03153
.. ~ OMITTED IN
G03lS''<' - ,
G03153A
I
I 2 3
2
3
4
456
9108
"12 1311
I
7
vee
PKG STYLE
8
CN
14
FP
I
~~
LL - -
-'-------4-{
"'C"'K"'t'"'N"'O:T"A7"T"'e-r;;
C:T.y,-:-"C-rC"'QM=
FP
~~7
3
MP
"
4
"
"
6
1
I
2
3
23
4
6
9 7
10 5
8
12 1314
I
2
2
5
3
6
8
9 10
II
4
I
4
AB~e
DOTTED SECTIONS
FOR G03-173 a ONLY
14
7
II 1213
fI-;IUI
B
X
A~
g
FP
MP
CKt NO A B
3 5
I
2
6 7
I
I 13
2
2 3
E
E
o
C
13 14
8 9
9 10
4 5
EI E2 X VCC COM
I 2
NC NC
12 II
NCIN'::
12
10
8
6
4
II
14
7
A"'>---r--,
B
C
D;:.--........_ _/
y
F
G
luv.-.",.,a
03-1750
PKG eKT
I
WFe
G03-17 5c
FP
G03-175d
o -17 e
FP
D ..II..7:.II..
1
1
1
1
A
B
•
C
D
1 13
1 13 14
6
1 2 3 U
1
13 4
3
•
E
6
7
2
3
F
G
H J
8 1 2
'" 11 12
2
8
0"
2 3
9 I.
7
• 12
1
K
9
5
3
9
6
8
5
M
N
5
7
9
P
Y
13 14 12
I. 8
1
8
0
1
vee COM
11
14
7
11
11
11
11
7
•
• ••
12
6 I.
3
••
ALL DIMENSIONS IN INCHES
IN DRAWING NUMBER
SEQUENCE
SECTION 12. LOGIC DRAWING
y
AS=>8
C
C T .NO
1
2
03-177a
1
2
D
.
81 6
ABC
D Y VCC COM
1 13 9 10 8 11 7
2
3 4
7
5 6 11
1 13
10 8 14
7
2 3
561
7
M
A
VCC
G03180A,C,E,G,J
INCLUDE DOTTED
IN PORTION
(RESISTOR)
8
A
D
A 8 C D E F G H J K M N P
2 3 4 5 6 9 10 " 12 13 7 I
G031808,CI--,-1_./-9 10 II 12 13
NC
7 ~ 14
2
23456
G03 180 D,E 1--;1:----+.12:=+'-13~+--'-''-'
8
E
CKT NO
G031BO,A
C
2
4 5
3
8 9 10
G03 180 F,G 1--'-_+-,'==-21-'-13,,-+--,1'--1
2
345
3
8 9 10
G03 180H,J 1--,-1_+-,1~3f-"12=-1
2
5 6
3
2 3
4
9 10
F
G
H
K
3
NC
2
7 " 14
6
2
7
NC
c
II 14
6
I
7
NC
F
8 14
"
4
G03-1S3
o
COM'
G03-1S5
CKT. NO. ABC D
I
4 5 6 3
2
8 9 10 "
G03-186A
I
I 2 3 14
2
5 6 7 B
G03-186
185
t8~
KT. NO. ABC 0
CC COM
I
2$16147
2
13 9 12 8
1
.212311
4
2
61095
D.A.T.A.
E F COM
2 I
7
12 13
13 12
4
9 10
14
II
ALL DIMENSIONS IN INCHES
IN DRAWING NUMBER
SEQUENCE
A~
B
C
o
E
~
eKT.NQ A 8 e
I" I'"
2
567
I
13 I 2
14
I 2
I
::> ' b
2
1 14
IG03-, .. "
G03-189A
G03-1898
G03-189C
M
E
~K
0 E F
"
8
9
3 5 6
3 5 6
9 II
2
G H J
K M vce
4
I"
II
7~ 9
7 8 9 1312
7 8 12
13
3
'" "4
4
COM
lu
'u
10
10
PKG eKT NO. A B e vee COM
M
1
2
3 1 14
7
2
5 6 4
3
8
9 10
4
. 11 12 13
FP
1
1 2 3
4 11
2
6 7 5
3
9 10 8
12 13 14
4
Voo
10r---------~
o
1"----'-----...
2
3
~>====~-_d
G03-209
G03-209A
G03-209B
D.A.T.A.
CKT NO A B e D
1
11 12 13 14
1
11 12 13 14
1
1 2 3
2
5 6 7
E
1
F
2
G
3
H
J
K
M
5
6
7
5
N
P
6 1
1 2
14 13
8
9
~
fl
S
8
9
3
9
12
11
ALL DIMENSIONS IN INCHES
IN DRAWING NUMBER
SEQUENCE
SECTION 12. lOGIC DRAWING
Vo
r - ---,
r---+------;p--(14
B
C
G03-211a -
:~c
DELETE DIODES
AND CONNECTIONS
(IN DOTTED
e
B
2 3
CK! NO. A
I
2
3
I
5 6 4
8 9 10
12 13 "
4
.A
H'I'11'
VERSION DELE?£:: DIeDES .AND
CCNNECJ:''lO~S
A'-~--"'"
B
C
0;>-',-4.._--"
E"--I"--"'"
F
G
H.>--i.._--"
~
OMITTED
ON-.ONLY
E F
PKG CKT NO ABC
G03-.2H
and a
~
MP
VERSION :JELE 1'£ DI;:'JE::S AND CONNEC :L';.J:3
(g.)111:1 ;~,
A
B
PKG. CKT.
MP
003-218
FP
F
Go
218
G
FP
G03~218b
H
e
F
G
Vee
8
1 I. 10
9 12 11
6
2
5
5 13 14
2 1 12
0
7
6
8
9
12
14 13
2
10
8
9
14
A
B
,
••
D
E
•
11
I'
,
3
K
G03-218c
MP
8 9
1 13 14
2 13
1
3
FP
PK8.ABC
FP II 5 6 7
liP I 13
"" I
FGH~KM
I
4
13 14 I
10 8
I
14
7
G03-218d
MP
,
2
Z
1 2
3
• 13 1211 10
111.11
9
8 1
g'$Ii11
14
1
"
5
6
7
8
9
I'
9 10 11
3
2
5 6
8 9
13 1
I
2
,
11
12
12
5
1
K M Vee COM
Z
2
3
MP
9 10 12 13
215
,
COM
G H J
35NCNCUHNCNC
7
1 3
9 10
FP
1
lZ
3
5
6
12 13
8
11
9 1
,
I'
Vec
II
0
COM
@)
U'llill
G03-223
14 >--r____
"
5
6
7
8
9 >--<---/
VCC
G
D ..lI..T..lI..
I~
2
3
2
3
COM
@
~7
a
12
12
E
IT
13,14
@
COM@
COM
ALL DIMENSIONS IN INCHES
IN DRAWING NUMBER
SEQUENCE
SECTION 12. LOGIC DRAWING
Eie'tl*,
G03-227
14
A
1 ~ •....,---....
2
:3
B
12
5
6
7
8
~
eOM
E
e
D
13,9
eOM
Vee
@
CV
fI"i,S'
OKT NO.
ABO
D
18 tllt::t:~tt::;:J~~
G08-188 I-:j::jtt
I7
• 10
8
1
1
I 8
I
A
II
8
8
•
8
I 13
4 6
.8
11
B
003-228
1
2
3
1 2
4 5
9 10
14
10
4 II 8
o 11 1 8
13181411
II 6 8 • 10
1
4121311
7
GND
C
1
1
I
I
11
8
I
1
D
:
4
E
B
,----
14.
14
4
3
6
8
7
7
14.
10
18
A
11
11
-
.
-
-
-
-
-
-
:--OMIT ON G03-233
and G03-233a
-..I
R'S'Fti
: ---~D~--------'
1 _ _-...
::==?[>
12
15~
: ----D------
F
4
G03·236 - WITHOUT INPUT CLAMPING DIODES.
PKGCTA
G03-236a MP
1
2
G03-236b MP
1
B
DE
1 13 10 9
2 345
1 13 10 9 11 12
G
C
14
6
8 14
: ----D------
7
m'ifl"
A
A
G
GOa-241,a MP
C
5
8
P
B
2
2
4
1
2
3
9 1
11 12 1
6
1
1 1
1
1
14
7 5
13 1
9 10 8
4
4
11
11
1
G03·241a - ISOLATION DIODES
OMITTED.
D.A..'EA..
ALL DIMENSIONS IN INCHES
SECTION 12. lOGIC DRAWING
---,
r
I
I
PKG CKT
G03-242 M
1
2
._-3
FP
1
2
3
4
A
1
6
8
5
10
12
3
I
I
F vec GND
2 3 14
7
5 4 14
7
9 10 14
7
B
6
9
8
4
11
4 111
2
1
4
7
I
I
I
I
I
I
fI
125.J1.
A
B
K
C
D
J
E
F
PKG CKT
IG03-243
M
1
A
3
B
7
1 13
e
DE F
G
H
J
G03 243b FP
IMP
I G03-243c
tuo'3 -243
If'!"
I r'
,
D.A.T.A.
1
VE
vee IGNL
T
7
1 13
8 9
9 10
14
7
3
1
6
7 8 9 13 14
9 10 2 3 4 5
7
IT 14
12 2 1 4
8 12 11 14
1
4
11
7
4
111
14
7
5
3
2
--8
-.
3
9
11
7
13
--z
7
rrr
2
10
8
6
1
ve
8 12 11 14
I G03-243.
M
K
fIT
8 9
9 10
13
5 0
14
3
6
ALL DIMENSIONS IN INCHES
SECTION 12. lOGIC DRAWING
I=';"~[:I
.::
~::::;~
•
EXPANDERS PIN No. 11 & 12
OMITTED ON G03·248a.
14 Vee
13
2
3
4
lIEMll'T.
5
10
6
9
·GND 7
8
[1~.II'~Sil1'IiiII'~II'J.
EXPANDERS
NO. 11 & 12
_ _ _ _ _ OMITTED
ON PIN
G03·249a
Vee
••
14 VCC
13
12 Coli.
A
II Emitt.
B
10
C
b
9
GNO 7
8
0
E
F
G
H
CKT NO A B C D E X i1 y VCC GNL
1
1 24
3
6 14 7
G03-207
8
2
6 4 1 15 7
2 3 5
1
16 8
G03-25 7a
10 Tr TT TI~ -n2
--.
I
I
COM
•
G03-250
CKT
1
2
G03-2,Oa
vcc~---------.-.--------e-~
G03-250b
100 \l
G03-250d
2
3
4
1
2
3
1
2
3
4
A
1
'9
1
4
9
12
13
3
9
0
1
3
5
9
B C D
2 4
5
10 1
1
2
5
10
13
1 2
4
5
10 11
11 12 13
E
F
G H J VCC COM
6 14
6
1
12 1
1
2
14
3
GOa-250e
11 12
7
3 1
1
2
3
4
5
6
12
8 14
OUTPUT
y
INPUTS
o C>--4I>---+J
I
I
I
I
E<>---+-l. .
I
I
GATE 1. FOR
{
G03-257a ONLY
X
<>------------------
X C>------------------
I
I
_J
800 \l
GNDo-----------------~~----~
D.Ai:r.A.
AU DIMENSIONS IN INCHES
IN DAAWlNG NUMBER
SEQUENCE
SECTION 12. lOGIC DRAWING
g·it*jj
A
4 kll
Vee
c
B
A
A
1
1
2
8
7
911
1
OUTPUT
INPUTS
B C
CKT
10
3
1
B
12kn
e <>-+--+-_J
L-~~--------------------------~----~GND
A B e
1 2 4
13 12 10
G03-260a 1 2
4 5
9 10
12 13
G03-260
D
5
9
E NODE
vee
GND
6 3
8 11
3
14
14
14
14
7
7
7
7
7
7
6
8
B
C
D~
Node
D ..II..T..II..
<>_ - ____ ~
Omit dotted
portion for G03-260a
ALL DIMENSIONS IN INCHES
SECTION 12. lOGIC DRAWING
110
110
313
A
G03-267
CKT
1
2
3
G03-267a
eKT
jG03 264
1
2
3
4
A B e
2 3 4
5 6
7
10 11
9
13 14 12
'k
,vee' Ivcc. 1"",,1
1
16
8
4
1
2
B C D E VCC GND
1 NC 2 NC 3 4 11
6 NC 7 NC 5
9 NC 10 NC 8
12 NC 13 NC 14
3 5 13 14 12 4 11
6 7 8 9 10
A
!
I
GNO
cc
G03-269
K~+·--I-!--<>I H
G03·268 ••
ONl.Y
Ie·t:~~=!=±~=~-t--+-l>I.6--11~
NOTE: OMITTED ON
G03·269d AND •
. . . - - -.....- - - - 4
n 760n
I
•0 - - - - - '
Vee
A
IN
:==L)o-2
c
"--Dt-,-o
0 UT
GND
D.A.T.A.
san
INPUTS
INPUTS
G03-270
2.ak
I
G03-270
CKT
1
2
3
4
A B e
4 5 3
6 7 2
9 10 14
11 12 13
vee
8
GNI
1
10
11
===Do--
14
1
13 2 : = : [ ) o - 15
12~15
14
13--L--L-9
ALL DIMENSIONS IN INCHES
IN DRAWING NUMBER
SEQUENCE
SECTION 12. lOGIC DRAWING
cen,i;j
313
I
1
1
1
,,
1
1
1.55 kl
II
fG03-274
CKT A B C
1
1 2 3
2
4 5 6
3
9 10
4 12 13 11
14
r+---rt--+-o10
'd·Itil:'
10
G03-279
16
Voo
15
15
14
2
3
"
13
4-1-!:==l.-/
-..s===+-12
5-+-----1.
6;-+-___
'1----....._ 11
~1
.~-......,.-_+-10
7-t----~,
11----.....
-9
8-1----.....10
Vss
•
"
Gieii4:ii
VEE
VOO
I.
300fl
A
•
OUTPUT
12
5
GNO
CKT
1
•
A B
• 3
5
10 11
1 1
1
9
He ,Ne
10
"S5
1
D.A.T.A.
ALL DIMENSIONS IN INCHES
IN DRAWING NUMBER
SEQUENCE
SECTION 12. lOGIC DRAWING
6~~------------~
10
4
12
"
12
W'R1:1'
Vee
40kn
20kO
G03-285
soon
-FOR
VARIATION
ONLY.
(GND)
II
A
v
B
CKT
003-284
G03-284a
1
2
3
4
1
B
2 3
5 6 4
8 9 10
11 22 13
1 2 3
5
6
9 10 ·8
12 13 14
A
,
GND
(Veel
•
11
G03-287
VSS' 7
GOO
14 Vee
Vee
THIS PORTION OF THE SCHEMATIC WITHIN THE
DASHED LINES IS REPEATED FOR EACH ADDITIONAL INPUT OF G03-289, AND THE 0.9
RESISTOR IS CHANGED TO 0.6 k
n.
D.A.T.A.
#!< n
G03-289a
ALL DIMENSIONS IN INCHES
g-.I.
IN DRAWING NUMBER
SEQUENCE
SECTION 12. lOGIC DRAWING
10
G03-295
:#:
1 0 _ . + . . -....
14
11
1 2 - - 1 - . -....
13
"
9
10
#
12
U
14
11
VCC1
= 1, 15,
VCC2
= 16, VEE = 8
Vee1 .. " VCC2" 16, .VEE = 8
G03-297
Vee
14 Vee
13
12
11
10
GND7
Vee
CUelii:'
r - - -....- - -...---o v,.
Gl
G1
C>-J
G2
o-J
G)
o-J
VDD
(;3
VOO
S3
01 - 04
02 - 51
1
Body
D.A.T.A.
v"
TOPVIEW
ALL DIMENSIONS IN INCHES
SECTION 12. LOGIC DRAWING
n·.n.•
IN DRAWING NUMBER
SEQUENCE
.-----------~~---------_ __OVoo
4kQ
4kQ
600Q
Gi.•.tj
lC
Os
lY
38
JA
3Y
Us
~I
1Z3~667
Q
1A
18
2A
28
2C
2V
A
B
~
GND
GND
14 13 12 11 10
9
8
IN
1234567
YDD
G03-303
GND
14 13 12 11 10
9
8
1234561
G03.303a
GND
14 13 12
11 10 9
YD.
8
1234567
G03-303b
D ..lI..T..lI..
Yoo
ALL DIMENSIONS IN INCHES
SECTION 12. LOGIC DRAWING
:~E
CTI
o
E ~
f
CKT
G04-lD
NO
1
2
3
4
B
8
J
5
D
R
L
14
11
C
H
C
P
K
20 X W
17 T S
1 2 4
13 12 10
5
G04-1E
A
6
1
2
D
E
F
6
3
12
9
18
15
F
M
V
U
5
6
7
4
13
10
19
16
3
9
8 11
E
N
A
B
C
D
J
E
F
G
H
CKT.
G04: 3
No.
1
2
4
5
•
8
004-3a
04 ab
G04-3c
10
11
12
1
2
3
4
5
6
7
8
1
2
3
1
3
4
5
7
8
•
Q04-3e
04-3f
10
11
1
1
2
3
4
6
1
•
4
5
6
7
8
0
11
12
04-sg
jG04-3k
A
3
4
18
17
19
20
34
e
B
5
S
W
20
13
4
4
U
33
35 38
29 31
20 22 21 16
6
4 4
3942
32 34
37 36
7 30
25 24 2
15 18 17
8 10
1 12 11
•
I.
5
7 8 10
14 15 16 17 18
11 1
20 21 22 23 24 26
27 29 30 31 32 33 34
43 45 46 47 48 49 50
4 5
B
E F
1314
H J
7 8
S T
Y Z
6 7
1;18
°1 212
48 47
39 42 43
8
0
.0
4.
28
38
1
,.
"
15 18
1
1
14
1
8 10
12 11
•
G04-Sp
"
14
1
1
14
14
14
14
14
51
51
1
51
•
G04-3q
7
G04 Sr
7
7
7
7
7
1
1
1
1
1
1
52
52
52
2
52
G04-3s
G04 3t
..
•
2
1
2
7
8
1
•
G04-3y
I.
1
.
E
F
G
H
51
GND
1
33
51
1
51
1
1
1 •
•
25
2O
17
51
51
1
1
1
1
•
12 R
14 15
18 V
19 20
2 4
G04 3aa
6
11
3
4
1
2
3
4
G04-3ab
2
3
•
51
51
51
1 52
1 52
1 2
52
52
52
52
5
52
52
37
38
31
2.
25
26
,.
51
51
5
51
5
51
51
1
1
1
1
1
1
14
51
1 52
51
1,62
G04-3ac
31
3
Ga4-3ad
8
7
1
9 10 12
• 1 1
12
8
7
5
11
A
8
•
Z
U
G04-3am
1
2
7
8
1
2
3
4
1
2
3
GO"-Sap
10
10
1
10
7
1
04-3aq
••
7
8
1 •
8 10 1
1
1
1
O.-.ar
1
•
F
G
1
004-3a
3
4
1
•
Q04-3ax
4
e
J
v W
3
••
6
11 12 8
1
• 1
•
o - a
luo.-.a.
4-3
G04-3bb
X , . 20 II 21
e
•
I. I.
I.
M
S
V
U
S
18
17
15 20
X
17 T
1
P 12
11
3
8
•
J
•
D
4
vee GND
F
E
K
R
P 2
L 10
1
U
13
N
M
10
e
I.
E
2 X
18
17
S
14 R
P12
11 L
V
U
6
13
N
•
M
1
8
J
•
D
7
I.
E
18 20 22
•
24
1
4
2
8
1
1
31 29 27
8 30 2
12 13
4• 105
7
8 2. 26 2.
20 21 22 29
29 30 31 33
44 43 42 41
45 50 46 47
28 27 26 25
14 13 1211
2
1 18 19
3 4
2 1
•
19 18 17
16 15 14
32 1
35 33 30
34
40
•
•
,•
•
2
1
2
3
4
3
12 11
1
1
·
6
3
·I.
1
1
1
0
25
26
11
8
24
23
37
38
3.
3.
8
3.
10
17
1213
2 3
10
1 2
5
8 9
12 13
1
5
3
J
H
1
GO"-3as
27
3
B
E
1
1
•
• •
,Ll
•.t;l
51
D
3
6
4
H
D
2
1
.u
e
B
A
8
7
5
14
3
11
1
1
7
11
1
I.
2
-3 e
GOol-saf
51
1
1
14
3
0
2
1
11
.
28
1
9
1
1
1
••
1
•
5
6
7
3
18 17
• 16
28
6 5 4
3
13 12
1 10
1
3
5
25 26
3
G04-3aj
W
U "I 40 45 4:' 46 49 48
• •
8
10
•
•• • •
8
2
,
U
17
• •
•
1
8
S
T
8 10 12 11
3 6 4
4
1 2
2
3
2 3
1
•
1
28
10
004-3z
X
•
G04-3ah
17 1
1
1
14 7 5 3
32 31 2 27
2 1
6
1
10 1213
4 A B
1 2 3
F H J
6
13
21
X
1
CKT.
No.
1
2
3
4
6
. ,.
•
o.-.ag
8
3
V
vee
J
4•
1
8
39 42 4:0 45
2
2
8
20 22 242
G04-3x
•
•
D
10 11 12 13
7
15
10
e
2
3
4
5
--
6
1
2
A B
48 47
44 45
40 39
5
32 31
2
24 23
22 19
16 15
12 1
8 7
6 3
2
G04-au
12
25
28
4
5
10
1
12
1
2
4
I. .,
•
11
•
16
12
4.
50
43
2 •
36 35
5
.
21
12
CKT.
No
1
3
•
•
28 33
20 22
2" 23
G04-3n
..
2
,5
27 30
vee GND
0
12
11
25
2.
28
27
4
11
2
3
D.A.T.A.
•
7
J
9 10 11
4
J
3
5
•
04-Sm
H
45
B
1 3
4
8 10
11 13
,.
G
40
1
2
3
4
10
F
33 31 29
36 38
50 8
49 47
3 A
1 2
8
H
1 1
1314
X V
18 19
1 2
13 12
8
E
"
3
6
D
7
8
1614
1
21 23
22 24
32 SO
•
4
1
14
10
11
1112 8
1
14
4
14
14
14
14
7
7
7
7
13
10
8
6
13
14
4
14
14
8
11
1
5
2
3
1
3
1
4
I"
11 12 13
5
b
7
7
7
7
7
7
•
2
2
14
14
14
1
14
,..
,.
7
7
7
ALL DIMENSIONS IN INCHES
SECTION 12. lOGIC DRAWING
A
B>-----
C~--1
x
COM
J
fii'lNE
i'T'CNOKT
G0414
G0414a
FP
1
2
3
MP
1
2
3
FP
MP
G0414b
FP
MP
G0414c
FP
MP
G0414d
G0414e
•
G0414f
G0414g
1
2
3
1
2
3
1
2
1
2
1
1
1
2
1
2
3
1
2
3
FP
A B
2
1
6
7
9
0
12
2
1
5
9 10
12
1
2
6
7
9 10
2
1
3
9 10
6 7
1.12
1
2
9 10
2
3
2
1
1
2
9 10
2
1
5
9 10
2 13
1
2
3
9 10
C
D
NC
I.
8
12
13
5
11
8
9
13 14
5
12 13
5
6
3
5
12 13
•
••
•
•
IH
NC
•
•
10
E IF
13
5
~ •
NC
NC
1--48
fl.g2
Ne
Ne
7
5
1
11
7
7
f.--48
14
7
1--4
I.
7
-48 I.
J4- 4
7
~
INPUT CLAMPING DIODES
FOR a,b,f,n ONLY
(US, OM 54 & 74 TYPES)
7
1
7
NC
4
Ne
~
~
11
~
T.
~
R
H-- ~
1
7
NC
t-d
H-- ffi
•
1-4
8 I.
9 10 12
6 11 12
8 I.
8
I---L.
I---t
Ne
1-4--
G0414h
1
13
f4 I.
NC
K--- t-+
6
~•
~
OM
11
H- H-
MP
VAA
14
~
r+- P.
A~CDEFGH
X
2
3
•
51
6111112
S
8 14
PKG. CKT.NO.
A B C D
1
FP
1
12 1
2
6 7 8 9
MP
1
2 13 14 15
8
9 10
04 15a FP
1
1 2
I.
04 15
7
MP
•
004 1Sb
FP
•
MP
004 15c
FP
MP
04 150
MP
CKT.NO.
GQ4-17
1
2
3
A
GO. 17a
GO' 17b
•
C
D
E
.'
cc
COM
7
8 91 "
2. 23 22 21
5
19 18 17 16 20
13 12 11 15
9
8
~
3
5
1
2
3
~
11 12 13
1
2
3
10
5
7
4 ,10
6
8
9
III 2
I'
~
• "
5
6
1
2
1
2
B
•
~+i
--+ I.•r+
004 15e
FP
G04-15f
FP
MP
004-15
04-15
FP
-FP
MP
004 15j
FP
'-
MP
G04-15k
FP
MP
04" 15m
G04-15n
MP
MP,
FP
1
1
2
1
2
3
1
2
3
1
2
1
2
1
2
3
MP
04-15r
FP
9 10
12 13
1 2
5
9 10
12 13
12 13
6 7
9 10
1 2
1 13
3
5
7 8'
1 2
3
9 10
2
•
2 I.
9 10 12
1 2 13
3
5
9
0 11
1
2 3
2 3 13 14
5 6
8
9
1 2
5
9 10 12 1
1 2
5 6
8
9
1
2
1
2
1
2
1
2
3
1
1
2
1
1
2
•
•
VAA COM
11
•
5
12
•
11
I.
•
"
•
14
13
12
5
6 11 12
6
8
8
12
10
•
6
8
3
7
10
7
11
7
11
7
11
12
10
6
13
1
7
8
12
3
13
3
1
2
3
1
1
2
1
2
1
2
3
•
3
6
8
11
2
10
8
6
12
2
0
12
6
8
•
2
9
2
5
10
J
2
10
3
1
3
5
8
14 1
8
9
12 13
5
I.
6
9
13
5
11
1
1
8 9
3 4
5
10 11 12
3
6
9
1
1
2'
3
H
"
1
•
0
•
• "
•
04 15
G04-15q
MP
D ../J.T../J.
1
2
F
•
6
3
7
E
14
•
•
"
"•
"
•
7
11
11
7
7
11
7
11
12
13 14
2
5
9 10
2
3
1 12 13 14
7
9
8
2 3
5
9 10 11 12
9 10 12 13
5
1
2
2 3
5
6
9 10
12 13
5
1211 1 2 3
5
NC Ne Ne 1 2
NC Ne Ne 9 10 1213
1 12 13 14
8 9
1 2
5
9 10 12 13
14
1
•
6
8
2
•
6
13
8
6
1
•
••
14
6
8
6
8
2
10
6
8
•
14
"
•
11
7
7
11
•
7
7
•
11
14
14
7
ALL DIMENSIONS IN INCHES
IN DRAWING NUMBER
SEQUENCE
SECTION 12. LOGIC DRAWING
~
Vee
E
F
N
G
0
E
A
K
L
G
M
COM
A~
K
8
g
t
N
L
E
H
.
~ >---
E
N
M
KT NO
A
B
e
•
•
•• • •
,
• •, • •• •
•
•• •
• ••,
• ••••
•
G04--27
1
E
•
1
13
004-27a
1
G04-27b
3
1
•
5
1
2
1
004-270
G04-27d
1
3
2
3
9
1 1314
2 3
1
2
3
G04-27e
2
12
9
1
1
9
14
1
G04-27f
1
G04-27g
1
3
GO'-27 J
1
•
3
G04-27k
1
2
1
1
1
2
1
GO,,-27m
Q04-27n
GQ4-27p
G04-27q
3
1
2
Q04-27r
1
3
13 1
3
5
9 10 11
3
2
•
10
1
1
3
9 10 11
2
1 2
1 2 3
9
1 2 13
••
•
9
•
•
eN
G04-28A
11
G04-2BD
eN
14
1
7
5 10
FP
•
1
7
11
11
1
10
10
1
14
2
14
eN
FPl
FP'
FP
GO"-2BN
E"f"
7
7
5
5
11 10
1
1 10
8 14
11
Q04-28P
FP
eN
GO,,-28RS
FP
eN
G04-28ST
FP
1
11 10
5 10
10
7 10
3 10
8 10
10
•
12
1
G H
Ne Ne
N
Ne NC
N
Ne NC
1
7
7
9
12
7
0
3
1
7
7
7
9 10
3
12
1
7
7 10 11
1
14
11 14
G04-2EK
Q04-28M
3
8
10 11 12
3
•
3 4
8
7
8
,. •• • ••
• ,. ,,
• ,. •
,.
,.
•
04-28J
• "
F
7
••,
1 "
eN
FPl
P'
eN
eN
FP
Q04-2SH
E
1
10 11
14
11 10
.-
5
5
·
·
1
FP
GO"-28E
D
• 10
GO,,-28C
14
10
10
11• 10
10
1
FP
G04-28G
3
•
e
•• • •
••
• •
• • ••
" ••, •
"
" •• •,
1• 10
0
eN
GQ4-28B
, ••
,
•• • ,
•
11
1
2
1
11
"
12
1
FP2
,. •
•• "• ,,
,
3
A B
10
11 10
1 ,.
• •
•
8 14
1
2 3
9 10 12 13
9 10 11
1 2
5
9 10 12 13
PKG. CKT NO
eN
1
G04-28
1
11
9
1
,
FPl
•
•
•
, ,. •
3
1
,.
"
•
12
1
7
3
7 12 1
7 3
8
7 12
3
7
7
6
7
7
7
7
••
•••
,. ••,
1
8 14
7
7
3 14
11
A
B
c
D
E
AU:
B
PKG
G04-37
CN
FPl
1
2
1
FP2
1
004-37a MP
1
2
e D E
B
KT NO A
2 12
8
7
5 6
1
1
5
3
•
•
•
5
2 3
12 11 10 9
F
Vee COM
11
1
6
9
3
2
1
6
8
1
13
•
7
•
7
10
"
1
G
F
B
r-ao.i64b
004640
c
GQ4-37b eN
FP
gEE
G0464d
1
2
•
3
5
9 10 11
6
8
1
13
7
7
"14
f- G0464ASB ONLY
A
D
E:
L ______ .JI
G0464ASB ONLY
G0464e
B e D
12 13 Ne Ne
3
5 Ne
8
9 10 NC
910 1112
2 3
5
9 10 11 12
2
3
5
13 12
CKT NO A
1
•
3
14
F
1
•
•
1
1
•
•
~t
a
H
G0464f
•
4
1
2
3
8
•
10
9
Ne
3
12
• I.
• • "•
6
G0464g
G0464h
1
3
1
8
6
1
D..lI..T..lI..
1
5 Ne
9 10
7
8 9
1
E
,.
,.,.
~'
F G
1
2
NC 11 7
Ne 6
Ne 1
N
13 •1 7
6
• 7
-4
--*'
-f
•
4'
If.
H
14
10
14
10
ALL DIMENSIONS IN INCHES
I~
SECTION 12. LOGIC DRAWING
utii·f'
G04-69
IN DRAWING NUMBER
SEQUENCE
N
CKT
G0469b
A
B
P
1
2
G0469c
G0469d
2 3
5 6
1
9 11
G046ge
5
6
1
2
12
1
G0469f
1
7
2 3
~~M
K~
E
ONLY
Dtiflt'
~.
G04-71
G0471
G0471A
F
G04718
G0471C
If,CKAGE ABC D E F
212 II
4
4
10
10
1
14
9
FPz
MP
DOTTED IN SEcnON IN 604-108 ONLY
Ellli:1
OUT CKT
LINE NO A B C 0
I
G0478 CN
I 2 3 4
Fp,MP
I
13 I 2 3
I
I 2 3 14
G0478A FP,MP
G0478B CN
I
I 2 3 4
2
8 9 10 II
Fp,MP
I
13 I 2 3
2
5 6 7 9
I
I 2 3
G0418C FP,MP
2
6 7 8
3
II 1213
G0478 0 Fp,MP
I
I 2
2
5 6
3
8 9
1312
4
G0478E CN
2 "3 4 5
FP
2 3 5 6
G0478F CN
I
2 3
2
9 10
Fp,MP
I
I 2
2
5 6
I 2 7
G0478G CN
G0478H CN
I 2 6 7
CN
I
I
2
G0478J
2
8 3
G0478K CN
I
2 3
FP
I
2 3
G0418M CN
I
2 3
2
9 10
FP.MP
I
I 2
2
5 6
G0478N eN
I
I 2 6 7
G0418P eN
I
I 2 6 7
Fp,MP
I
I
G0418 0
2 3
2
6 1 8
3
II 1213
G0418R FP,M
I
I 234
2
8 9 10 II
3
1314 15 16
1819 2021
4
I
60418S PoM
13 I 2 3
2
5 6 1 9
E
8
5
5
F G
910
6 7
6 7
NC
NC
NC
H
II
9
8
K M N V
7
12
12 NC
4
1213 9
4
5
12
NC
7
12
4
NC
II
14
5 NC
4
9
3
7
NC
II
14
NC
NC
NC
NC
NC
NC
NC
NC
Ne
Ne
NC
He
NC
7
~
---~--~------~-
18910
6
2341587
12 II 1013 9 8
7
-----
12
4
6
10
12
6
4
10
8
8
4
4
14 7
14
14
'%A
E
F
H
8
4
12
4
6
10
A
NC
12
6
B
NC
4
10
Ne
Ne
8
8
4
4
NC
4
10
Ne
6
17
4
10
----"'.,~---.--
14 7
COM
J
K
G
1429 1
-- -
14 7
8
10
NC
D.lI..T.lI..
G
6
10
2
12
II Ne
F
4 10
10
'I
NC
I
3 4 5 2
A 8 C o E
I 2 313 12
5 6 7 9 II
9 10 12 13
I 2 4 5 :
I 2 3
12
II 10 9 NC 8
3 4 5
6
1213
II
9 10
NC 8
4 5
6
I 2
3
COM
6
10
10
NC
II NC
5
NC
7
12
NC
II
5 6 "3
5 NC
COM
6 1 8 9
I
CN
AA
CKT NO
I
2
1
2
I
2
3
I
2
3
4
------------------
ALL DIMENSIONS IN INCHES
SECTION 12. lOGIC DRAWING
8~~
sa:r.
G04-S1
9
10
II
12
5
4
5
18
3
E
E
13
2
7 Vee
I
L
I
4J
g'II:£1
VBB2
DBC
A
B
E
C
D
E\-G
B
CKT A
004-85
GQ4-85a
G04-85b
G04-85c
G
COM
1
2
1
2
1
1
2
G04-85d
H2
G04-85e
1
2
D
C
E
G
F
Vec
,
,
6
1
6
1
3
3
7
COM
9 10
7
8
2 13 14 12
10
9
5
7
8
12 13
3
2 14
4
5
6
2
7 10
4
5
2
8
9
10
5
6
2 13
9
8
10 11 12
14
3
7
3
1 2
5
6
14
9 10 12 13
8
11
,
11
11
1
1
1
,
7
CKT NO
G04 89
1
2
004-89a,
d
CKT.NO.
A
B
C
E
F
VAA
1
2
1
2
3 NC NC
7
C N
5
3
4
1
0
9
4
6
6
8
3
6
8
10
10
14
4
6
9
6
10
10
10
14
8
14
12
3
5
14
12
12
12
004-92
1
13
004-92a
004 92b
A
1
2
3
1 2
4
5
9 10
1
2
3
1
2
3
2
3
7
8
1
3 4
5
9 10 11
2
1 13
,
D
NC
4
14
14
I'14
004 92c
B
G04-92d
Di
G04 92e
G04-92f
E
004-92g
1
2
3
4
1
2
~
3
1
2
1
10
1
4
1
2
D.A.T.A.
1
2
3
11
14
3
8
4
10
FP & MP
004-Sge
004-B9r
G04 S9g
eN
G04 B9h
FP & MP
G04-89j
G04-89k
004-89m
FP
CN
5
7
5
12
12
12
6
6
6
eN
6
14
7
FP
I'
7
I---
2
1
2
1
2
3
-~
5
6
e
D
a
9 NC
~I-
YI
13
-
1
E
1
6
9
NC
14
NC
NC
P
G Vee COM
,
I)
4
11
,
11
Klittrt
4
II
4
II
ritrt
a
1
~
8
1
510
12
Irt
1#
I-!Itt
Irt
8
9 NC 10
7
3 13 14 NC 12
NC
Itt
5
10
13
5 6
11 10
11 10
3 4
NC
~
8-~
;
7
:W 9 14
9 NC
8 14
7
5 NC
6
2
8
1
4
6
10
12
14
1
8
3
4
4
8
5
3
3
9
2
2
5
a
13
7
9 10 11
a
1
FP &. MP
eN
7
7
7
7
2
3
1
2
3
4
1
2
3
1
2
1
2
3
4
1
2
3
G04-8~,
CN
#6
12 ~
3
6
9
2
13
14
14
5
5
7
7
7
7
7
7
5
5
5
7
7
7
6
6
5
7
2
11
·1
G04-92j
12
6
,
1,
7
3
6
2
5
12 13
1 2
11 9
1
3
0
9
1
2
11 10
1 2
1
3
G04-92h
1
4
OM OUTLINE
B
6
7
1 2
3
5
7 8
1 13
Z 3
5
6
8
9
13 14
3
5
8
9
13 I '
5
6
1
2
3
4
6
7
12 13
10
9
3 4
7
9
1 12
3
13 12
13 12
1 2
3
A
a
eN
14 10
12
14
7
ALL DIMENSIONS IN INCHES
IN DRAWING NUMBER
SEQUENCE
SECTION 12. lOGIC DRAWING
2
®U
3
0 K R
E L 5
A
B
C
0
H
E
J
F M T
N
P
U
V
E
3CKTS
ABCDEFGHJ
COM
G04-154
CCCOIiI
III0986e431212
23eS18910124
"
1234e61112814
1
G04-154a, cOR G04-154f ONLY.
r--
L_-,
~------~~~-'I
CKT
004-154
OR
G04-154a
G04-154b
OR
G04-154c
ERM
1
2
A
B
1 2
11 10
1 2
1 1 10
1 2 3
B
D
4:
E
F vee COM KG
5 12
6 eN,
7
3
11
FP
6 14
B
7
B
eN,
C
4 10
9
1 2 4 5 3
9 10 12 13 11
14
7
A
OR
MP
FP
OR
COM
TERMINAL
MP
G04-154
OR
G04-154e
G04-154f
1
2
5
3
6 14
7
FP
CKT NO
1
~3E3!E!EEfta'4
10
2
1
2
3
11
ABC
1
2
lR'
o
E
E
G
G04200C
ONLY
G04200D
ONLY
3 13
E V
9
4
4
4
4
12 13 11
14
4
[OUT CKT i
LINE NO A B
FP
14 I
2
10 5
I
15 2
MP
2
II 6
2 3
G04200A FP
I
5 7
2
3
1012
I
3
MP
2
II
3
8
I
I
G04200 8 FP
2
5
3
4
MP
I
2
3
4
G04200C FP
I
2
M
9 11
5
G04200
E'II~'~'I
D
5 6 7
1 2 3
678
10
10
10
10
10
C 0 E F VAA
2 3 12 13
II
6 7 8 9
3 4 13 7
12
7 8 9 10
14N
CI
II
8 NC NC 6
13 NC NC 9
COM
4
5
4
12
5
II
4
12
5
8
3
2
G04200 0
G04200 E
D.A.T.A.
FP
FP
I
2
I 2 9 NC NC 10
4 5 7 NC NC 6
AU DIMENSIONS IN . INCHES
SECTION 12. LOGIC DRAWING
G04-207
A~
B
C
o
13-#t1I, :
F
EE
IN DRAWING NUMBER
SEQUENCE
e
o
VCC
A
B
F
.c
D
COM
E
o
CKT. N .A B C
I 2 3 NC
I
9 B NC NC
2
G04207A
I
I 2 4 5
1312 109
2
I
I 2 ::I 4
G04 201B
II 9 B
2
G04207
E F
NC
1
3
II
4
6
6
B
5
10 7
V
COM
10
5
14
1
G04212
12
6
CKT A 8
8 9
14
I
7 8
13 I
G04212A
G042128
VCC
G04212C
G042120
C 0 E
10 C II
2 8 3
F
3 13 5 6
9 4 10 I
2 9 3 5
3 13 5 6
G H
2 3
6 7
J
B
6 4
12 9
7 8 II 9
2 3 6
(; -7 12
9 II
5 6
G04212E
G04212F
COM
G04212G
G04212H
123
6 7 8
3 II 12 13
I
I
2
2.
5
6
3
a
9
4
12 13
2 3
2 3
5
5
6
6
7
7
II
14
9 13 12
8 14 12 9
C
7
13
12
CC COM OUTLINE
12 5
CN
4
FP
10
4
12
4
5
eN
10
FP
4
12
4
4
4
4
10
5
10
10
10
10
'4*
10
10
10
10
10 FPIIMP
10 FP6MP
4
4
4
13 4
10
CN
F~
""tl':!
CKT
NO.
A
9
I
II
G04217 A
C
8 C 0 E F
10 12 13 II 8
2 4 5 3 6
OMITTED
,,,ON
I 2 NC NC NC 3
~I-+'+=~~~!.!4~
4
9
2
5
10.
..
,-=>",_... '
12 13
II
' - - -.....-1 7 b::-:-::=,--t-4"--+"'+"'-Ic::-I--f-A
6
3 4 5
COM G0421711
8
9 10 II I'
12
I 2 13
o
DWG. NO.
CKT.
G04227
I
2
A
8
C
0
D
COM
D.A..T.A..
E
I
2
I
2.
I
2
I
2
NO.
A
B C 0 E F
3
7
6
5
8
7
6
9
B
I
2 13
6 7 8
2 13
4 5
13 12 II
3
8
4 9 -
3 4
7 8
5
~
~
2
10
10
14 - 12
9 5 10
14 3 12
6 1 2
10 9 14
- 5 2
- 7 10
9
2.
G04218A
:....5
6
8
F
Vec
COM
4
II
4
II
4
Ii
8
8
6
6
2
14321
ALL DIMENSIONS IN INCHES
SECTION 12. lOGIC DRAWING
1"'1&1
KT.N
G04229
G04229A
I
2
3
4
G042298
2
9
I
4
9
12
4
10
14
10
2
5
10
13
5
II
15
0 E F
4 5 3 6
12 13 II 8
6
8
COM
1+ 7
14
4
5
6
I
2
3
4
5
6
7
A
A
8
8
C
0
C
II
6 7 NC e
12 13 NC 9
16 17 NC 18
34
20 21 22 23 NC 19
2425 2627 Ne 28
30 31 32 33 NC 29
5 6 7 NC 4 8
10 II 12 NC 13 9
15 16 17 e 14 18 34
20 21 22 NC 23 19
25 26 27 NC 24 28·
3031 32 NC 3329
I
2
3
G04229C
8 e
A
I
S:('
E
0
3
I
2
I
604229£
2
8
4
10
6
4
6 10
4
9
12
6 14
I
2 3
8
9
2
7
3
7
3
3
13
G04229F
2
3
li
II
7
8
9 10 II
B'llill
G04-236
KT NO
1
2
04:-233
P04-233a FP
3
1M!'
O"-233b M.P
O'-U.c
,..,.
•
1
3
4
1
3
4
1
2
3
A B C
2 3 1
4 6 8
2 13 U
10 9 8
6
S
!
1 2 3
2 3 1
rvee COM
S
10
S
10
11
11
11
11
!
1
9 8 10 14
11 12 13 14
1
3 14
S 6 14
9 10 8 14
12 13 1114
•
,
•
..•
•
..
6
14
9 10 14
1
!
!
!
!
•
3
6
8
6
1
2
13
2
S 14
9 ..
0
12
3 1 1
6
0
12 13
7
!
!
!
7
•
S
11
•
G04-237
V88
r----------.--~~_{16
!
!
!
7
!
7
S
8
04:-233d M.P
04-233e
••
•
:~"
NO
c
G04-240
4
ABC 0
2 3 Ne I
654
15 14 13 12
10
vce
TERM
CKtN
IG04240
G04240A
ABe
I
3
5
6
7
9
I
2
2
3
5
I
" D.A.T.A.
0
13
6
6
7
9 13 12
3
7
II
14
8 14 12
3 5 6
3
8
13
7
9 13 12
2
6
8 9
4
12 13
123 5
I
I
2
3
I
I
6
II
2
2
7
12
E
C
14331
5
C
9
14
F
K
2
~p'
G04246
G04246A
M_
M
R
S
3
4
P
5
r u
I
E
F
0
3
M
H
L
4
S
K
N P
T U
2
V
V R
ALL DIMENSIONS IN INCHES
IN DRAWING NUMBER
SEQUENCE
SECTION 12. lOGIC DRAWING
o
CKT TERM ABC
I
0 F E
4248
2
3
K M L
R T S
COM
A
q
G04-270
B
G04260
FP
CKT NO ABe
2 3
L-----~--~--~:=J
o
COM
E
MP
o
604258
CKT TERM
I
A
2
I
2
6
G04258A
CKT NO
I
to
B
0 E
J K
N P
T U
2
3
4
C
F
0
H
L M
R 5
V
H'111II
:~C
I
9
B e 0
2 13 14
7 8
G04260A
VAA COM
E
3
$
3
9
Z 4
10 12 13 II
II
II
12
4
to
4
6
8
14
7
14
7
FP
MP
4
I
2
3
4
I
2
3
I
2
3
o COM
I
5 6
7
9 10
1213
14
II
Vec
4
7
14
II
4
7
14
8
I 2
3
6
4 5
910
1213
I 1314
356
7 8 9
I Z 13
8
II
12
2
10
12
3 4 5 6
910 II 8
VCC
A
B
H
CKT,NO, TERM
A
'-..J G04-273
G04-273a
E
1
1
1
2
1
2
1
A
2
1
1
6
2
9
1
6
9
2
G04-273b
G04-273c
G04-273f
G04-2738
D.A.T.A.
C
10 11 12
1 2
6
7
9 10
12 13
2 3
5
6
8
9
11 12
1 2
1
2
3
4
12
9
1
6
9
12
3
9
1
9
1
4
9
12
D
3 5
6
2 3 4
12 13 14
7 8 9
3 4 5
10 11 12
2 14
7 8
10 12
3 4
3
1
2
3
4
1
2
3
4
1
G04-273d
GO.4-273e
B
E
7
5
F
J
G
9 10 12
8
11 12
2
10
6
13
3
5
13
1
9
13
3
~
8
14
1
4
10
13
Vee
4
14
14
14
4
4
4
14
1
14
4
4
4
4
14
14
14
14
11
14
8
8
14
4
-- 4
4
1
12
6
14
8
14
-6
14
3
5
FF
MF
7
7
11
11
11
7
7
7
MF
MF
FP
FP
P
11
11
MF
FP
FP
11
FP
Ii W7
7
7
7
H'#I""
FP
MP
CKT. NO.
I
I
2
A
B
6
7
I
I
9
C
0
9
2 13 14
2 4 5
10 12 13
E VBB COM
10
4
II
12
4
II
14
7
6
14
8
7
MP
MF
V BB
'7
7
7
11
MF
MP
FF
11
11
A
14
8
14341
11
7
1
1
-- -r T4
13
10
2
7
10
13
2 13
4 5
0 11
2 4 5
10 12 13
2
5
10
13
ceM FKG
3
6
14
14
8
11
14
14
B
~~E
C
0
COM
ALL DIMENSIONS .IN INCHES
SECTION 12. lOGIC DRAWING
Vee
G04 310
004 -31Da
eKT.NC,
A
1
1
1
7
3
7
3
1
3
2
7
7
2
A
G04-310b
B
G04-310c
c
Q!.:"310
G04-310e
2
I
D
-+.-
l
E
1
1
004 31llf
6
1
2
4
,
B
0
E
9 10
2
C
4
8
4
4
8
8
1
3
5
13
11
9
1 2
4
5
9 10
12 13
9
9
F
3
2
10
2
G Vcr GND
4
6
1
9
6
1
6
1
6
1
2 2
10 10
10
+-
-+
6
12
10
8
3
6
8
11
-~
6
1
f~--
-+-
14
7
';'If''1
Vee
,---------{16
A
D
eKT. NO ABC D
765 4
I
2
3
4
g'»EE!'
fiel'f;'
15 1413 12
2 3
I
10 II
9
14 Vee
A
cwr
B
G04 323
G04-323a
e
D
F
G04-323b
E
1
2
1
2
3
1
2
B C D E
5 3
1 2 4
9 10 12 13 11
1 2
5
4
9 10
F
6
8
3
6
8
6
5
3 4
9 10 11
2
3
12
cg"iff'
Vee
G
A
O---~+----I--r
B
e
o
H
~--I~_+-r
~~H
~
G04-325
G04-325A
G04-325B
G04-325C
eKTNO. A B e D E F G H
I
I 2 4
3 5 6
1012 13
2
II 9 8
I
2
I
2
I
2
2 I 14
3 1312
6 7 8
5 9 10
I 2 345
6
9 10 II 1213
8
I 2 3 i4 13
12
5 6 7 8 9
10
cOM \tc
7
14
II
4
7
14
II
4
E
D ../J.T../J.
ALL DIMENSIONS IN INCHES
IN DRAWING NUMBER
SEQUENCE
G
Vee
r - -......- - - - - - - - { 1 6
A
2
3
o
5
X
C
1918 V
T S 15
1312 N
L K 9
G04326 A
0-
F G
7 F
4 E
CKTNO A B C
I
B J H
G04326
o
W
16
P
eKT. NO A
I
4
2
7
II
3
4
R
10
5
7
5
B C 0 E F G
5 E 0 3
C
H 8 F 6
J
M L 9.
N
13 12
1716
6
7
18 X
eOM
8
U T
V
B·IIIII
G04-330
A
B
DOTTED-IN
PORTION FOR
G04-330a ONLY.
CLAMPING DIODES
FOR G04-330b,e ONLY.
!;lu-aao
eKT
1
2
o.
A
1
5
8
12
•
B
2
6
e D
3 Ne
•,
•1 Ne
Ne
1
e
6
8
1
G•• "33'b
3
1
2
3
121311
1 2 3 Ne
5
8
12 1 11
1 2 3 e
3
Ne
G04-330d
GOt-S30e
•..
1
2
3
•
•
1
3
•
·• ,. • •
·,. .
2 3 1 Ne
5
8 9 10 Ne
1 12 13 N...
2 Ne
6
e
, Ne
8
13
Ne
11 12
,
•
1"1"'1
Vee
r--~---1---< 3
r- -- - - -
-l
I
I
14
•
.• •
OM
10
•"
•
,
(104-330a
G04-330c
vee
3
11
,
"
~~o
Vee
0
G04-345
G04-345a
G04-345b
G04 345c
G04-345d
CKT NO.
A
1
1
4
9
12
1
3
9
2
9
10
1
--+
4
1
2
1
2
1
1
3
4
5
6
D ../J.X./J.
5
9
11
13
B C D
2
5
10
13
2 13
4
5
10 11
5
10 12 13
11 1213
E
F
G
H
1
2
3
4
•
J
3
6
8
11
12
6
6
8
,
2 ,
4
±-
ALL DIMENSIONS IN INCHES
g"ffij
.---~~~--~-{~
Vcc
i21-p-H
D~_
E
CKT NO.
I
2
G04-354A
I
2
3
4
G03-354B
1
2
3
A
A
I
9
I
4
9
12
I
3
9
G04-354
B
C
o
E
Cs"ff})
CKT
2
,
CKT ABC
A
BCD
E
F
9
2
10
11
8
•
12
5
13
OMITTED
ON
~F
I
112356
112356
1 13 1
G04-358c
2
6
8 9
12 13
1
2
,6
7 11.
111213
I
2 6
9 0
G
H J K M
9 13 Ne Ne 12
~14
91312
I
3
7
11
vee
COM
4:
10
4:
10
4.
10
4
11
14
...u
Voc
E
,
I
,I
,:_______ 1'
D E
004-358
Q04-3S8a
004-358
.- G04-3558
______, '4
B C 0 E F
245 3 6
1012 13 " 8
2 NC NCNC 3
5NC N NC 6
10 NC 1M: NC 8
13 NCN NCII
2 13 NC NC 12
4 5NC NC 6
10 " NC NC8
5
9
14
3
•
8
4
I 2
4 •
9 10
3 I.
6
8
11
3
F
•
-----0
4
11
13
12 14
D
2
10
4
11
6 14
8
9 10
12"
11
I
12
VCC-4
COM - 10
.~I~~t.11.
V~
~
B
o
_0-11111111 ~~
CO-I-
H
J
GO
COM
10
D.A.T.A.
0 E F G H J
12
I
9
5 6 7 9 13 12
5
9
14
ft.lfl,'
"
A
OUT
EO
F
CKTNO. A B C
13 3 2
1
2
5 6 7
1 2 3
1
G04-360A
I
I 2 3
G04-360
6 7 8
2
1\ 12 13
3
G04-360
~S11
~~
J
CKT
G04-361
H
G04-361A
1
2
3
4
1
2
A B
2
1
5 6
9
8
12 13
13 1
5 6
C
D
E
3
7
11
2
7
14
3 l2
9
ALL DIMENSIONS IN INCHES
IN DRAWING NUMBER
SEQUENCE
A
B
CKT.NO. ABC
I
2
I 2 3
4 IS 6
3
9 108
4
12 13 If
g"fiii
~§[)-E
X
A ~.--,_____
B
X
C
E
D
GND
D
A
B
CKT A B C D E F G H J K M PKG
1
1 2
3 14 7 FP.MP
4
5
2
6
3
9 10
8
4 12 13
11
G04-377a 1
1 2 13
12 10& 7 FP MP
2
3 4 5
6
3
9 10 11
8
G04-377b 1
1 2 4 5
6 a
7 FP MP
2
9 10 12 13
8
G04-377c 1
1 2 3 4 10 11 12 1
8
G04 3
6 7
2
1
5 4
3
9 10
8 411
4 12 13
14
11
G04-377e 1
1 2 14
3 4 11 FP
2
6 7 8
5 4 11
3
9 10 12
13 4 11
G04-377f 1
1 14 13 12
2 411 FP
2
6 7 8 9
10 4. 11
G04.-377g 1
1 2 3 4
5 6 11 12 8 10& 7 FP MP
2 3 5 6 7 8 9 10 12
1
11 ~!"
004-3' 7
1
1 2
10
5 6
2
7
3
8 9
11
4 12 13
14
G04-377 j
1
1 2 3 13
12 4 10 FP MP
C
G04 377
K
G04-377k
IG04-377m
M
D.A.T.A.
1
1
2
3
1 2 3
1 2 3
6 7 8
12 13 11
5
6
7
9 13 12
5
E
7
GND
AEOE
B
C
D
E
F
iC~t i fiB i C i DIE i r i
4 10 FP MP
4 10 FP MP
14
9
ALL DIMENSIONS IN INCHES
SECTION 12. lOGIC DRAWING
G04-380
82K
12K
I 2K
- -'
8 ZK
.-:7
.==L>--'
, ,
~ 1/4
:;3-,
10/15
J4~"'klIl/14
NC/13
w-'fl:I'
16
:;3-, :==C>--'
:;3-, :==C>--.
Vee
c • &:i
r • D-i
J . G.'ii
y.
ii:l
10/15
J-......~.r
}-+~*111l4
NC/5
82K
8.2K
217
10/15
3/6
11/14
HHIiI-<~"'-c NC/13
c
=,.re
F, =
K =
p=
o:E
rn:J
lr.'tR.
g-'f':I'
«"
16v,
ee
10/15
NC/5
GND
~=c::r-.
J-4.....t<>1l1l4
J-...FJ
-400a
D4-400b
Bo-_4~
E
CKT
1
•
2
1
2
3
G04-400e
2
3
•
I
I
Co- _____ I
A B
3
5 6
10 11
12 13
C
•
·
D
E
10
3
7 9 10
11 12 13
3
6 7
9 10
12 1
,-
•
Ii
-,F G H
7 8
9 8 1
14 8 1
7
112 13 14
16K
9 8 1
1
8 1
8 1
8 1
8 1
8 1
14
2
5
11
l14
A
B
PKG CKT
04-401 FP
1
ABC V
1
2
3
e.o ..
COM
"
11
9 10
8
12 13 11
0'
>----.--+---0"
Ci'I' j, '1G~O~4_-4~1~4EN~O~'Ui~~C~K~r
'~1~!~~~
4
3
9 10
8
12 13 11
Vss
7
:~
D ..lI..T..lI..
ALL DIMENSIONS IN INCHES
m"1'"
IN DRAWING NUMBER
SECTION 12. LOGIC DRAWING
_-_-_--V_tt
tel
II~"III·I.·!'~':~IL__...--Jvcc
F~
CE
15011
CKT A
004-417
F
A....-w.......r::
SEQUENCE
- 1 a
Bi .........~
004-417b
C ...........~
1
2
4
1
2
3
1
2
C
B
1
4
9
E
D
,we.
.0;
V
F
2
3
6
5
10
14
8
11
12 13
13 1 2
12
3 4 5
6
9 10 11
8
1 2 4 5 3 6
9 10 12 13 11 8
D
A
14
III'
7
DI ...........~
E: .....- . . . J
..
G04-424
CKT NO
1
2
1
004 424
004-424a
C D E F
3
4
5
6
9 10 11 12 13
3
2
A
B
1
2
8
1
VCC COM
14
7
16
8
2
6
3
4
5
10 11
13
12
6
15
14
04-425,a
GO'-U5b
G04-425a:
2
1.
5
Fe
FP
12
2
5
8 9 10
11 1 1
MP
o -
10
11 12 13
1 2
11
6
9 10 8
1 1 1
1
11
F
G04-425c
CU'iEti
3 11
5
7
4
•
5
14
B
1 11 13 14,
QO"-U6
GO
7
5
, E
,
PC
14
,
I" 11 11 18
•
2 11
"
0
11
1 10
1111211
6
G04.-4I6b M
12 13 11
1
·• ,.
•
11
•
3
12 18
4
cct""1:1
Vee
CKT A B Y X
1
2 3 1
2
3 11
1 13 15 12
G04-428a 1
2 3
2
7
3 11 10
9
14 13
12
G04-428
vec
1
COM
8
•
•
A 001>------.J
B 0-4_------'
A
c0-4-+......--~
Vee
B
D1o-+++-.......- - . J
Eo-+-4-1--+-_--i
f'0'"1~......j.......j._I____-......I
G'o-f-++++--JI-t,....J
y. __-------!~~r_--~--x
Hlo-f~-++4-,4-+-4
10
r=-
D.A.7:A.
~~~~mWi~iriP2~! GND
JK_
2 3
9 11
79131211
ALL DIMENSIONS IN INCHES
IN DRAWING. NUMBER
SEQUENCE
SECTION 12. lOGIC DRAWING
A
r----~--1>---O
vee
.--______-?'"____-?'"____- ______ JI
G04-431
PKG CKT NO_ A
FP
1
1
2
6
B
2
7
4
I.
13
1
1
3
5
G04-431a FP
3
G04 431b IMP
G04-431c FP
Ioo4=4aId
FP
G04-431e MP
D.../J.T.../J;,
5
9
6
1
2
3
4
1
2
3
13
1
1
2
1
4
5
6
1
C
D
E
F
G
H
vec
4
GND OUTPUT
11
4
11
14
2
5
9 10
12 13
2 3
5
8 9
4
14
14
t:±=
~
~
t::±=
~
G04-432
~
G04-432a
7~
7
7
9
+-
~
±
q=
~
11
13
1
2
9
0
3
14
G04-432b,c,d
f-TI7
~
1
2
•
G04-4321:>
I G04-432c
1
2
3
1
1
2
4
rr04-432d
•
1
4
9
1
13
3
9
1
9
2
5
9 10
12 13
4- ~
3
4
C
2
5
10
3
1 2
4 5
10 11
2 3
10 12
E IVC IGNI
3 14
7
6
R
5
9 10
12 13
8
4 3
3 11
1
4
1
12
6
14
7
8
6
8
14
7
14
7
3
6
11
14
4
6
8
11
8
ALL DIMENSIONS IN INCHES
IN DRAWING NUMBER
SECTION 12. lOGIC DRAWING
SEQUENCE
Voo
11413
~---+---4--~~9
3,o-l---+-~-_Jj:
4O-~--~------~
L-------~~--~11
13
5o-+-------------~~-L~~L-------------~12
12
vee
2.11C
A
YIN
NOTE: DELETED ON G04·436
...
'.tK
r-----,
I
I
1.1IC
E
1
"A'
*
B
YIN
F
A
...
1
I
I
I
I
I
I
I
I
I
~
I
c>-_-.. . .a-...-_OC
I
I
_.J
~
•
"."...
2.1"
~
B
o-+--.....(J-_..J
I
I
},~ ·l·
."."·•
...
."
I
[-436,e
~
~
IXI'
eKT
1
2
3
A
B
e
vee GND
8
3 4 2
6 7 5
9 10 11
1
--
"
I
L .. ~J
I
I
OUT
I
YIN
,~
0
VOUT
1
.J,.
a,-
.,~
C
U5kn
R.
.,~
YIN
3.0KO
C
I
I
I
5.5KO
"A"
.,~
5100
I
I
..L
..L
G04-441
_ _ .!'C,," _ - ,
I
......_ ......_ . - _ " vee
~_
G04·442
8.;n
I
:
ON Lr.muT I
L ______ '_..J
- - - ou'i'hjf-,
L_.L_~
,
...
I G004-442a'
I
L0t:l ....V ___ ...J
I
CI RCUITJ:
I
I
.6
r----r-~--
'co
G04-442
,, ,,
,,
Do_--- __,
t
10.-- _____
~
~o.
eKT ABC
1 .2 3
267
3 10 11
4
I
_ _ _ _ _ _ _t
•
I--~-~
GO- _ _ _ _ _ _ _ _ _ I
tI'>- _ _ _ _ _ _ _ _
....
.J
5
D E
X Y GND vee
1 8 16
"
9
13
2
256
G04-442a~j1~~2~~3~~==t==t==~lS
3 10 11
9
4
13 14 15
16
12
CIRCUITn
CIRCUIT VARIATIONSIORU
£
• -"'01.
11
•
0 .....".
QH"'''Oc
pp
•• •
•
1
1
11
,.
00' .... 04
11
pp
1
•
D.A.T.A.
"
All DIMENSIONS IN INCHES
SECTION 12. lOGIC DRAWING
~§=S
A
...
c:::J
NO
G04 447a
GND
g·iiii:'
B
VC
2 16
GND
8
GNO
6
10
9
13 12 11
15
14
1 2 3 16
5
6
7
10
9
12
11
14 15 13
E"ijeM·i
Vee
A
A
1
CKT
1
2
3
4
5
6
1
2
3
4
5
6
G04-447
Vee
Vee
e
D
G
N
OUTPUT
GND
G04-448
CKT
1
3
4
ABeD
GND
~
INPUTS
A B N Q vce GND
16
8
2 3
5 6
9
10 11
13 14 15 12
04- 49
'-<~--~-... GND
OMIT CLAMPING DIODES FOR G04-450e
CKTABCDGN
1
2 3 4 5 6 1
2 10 11 12 13 14 15
VDD
PKG CKT NO.
FP
1
G04-450
14
3
4
1
2
3
4
1
2
1
2
1
2
3
4
MP
10
G04-450a FP
MP
G04-450b MP
G04-450c MP
4o-~----~~------~
e
2
3
1
2
3
G04-450d MP
1 2
8
Use Dotted Connection
Externall~
VSS111213
a'le~il
G04-453
d
~~"
:Dq:;o:::M'ANDJ
1~~
15(NAND)
7~13
9
S O - + - -....
G04-453
D ../I..T../I..
x" ASCi)
A~tr---+-'
VDD=Pin16
VSS = Pin 8
Note: Pin 14 must not be used as an input
to the inverter.
~
X= AS
11
V-
A B C D OUTP. vee GND
4 11
3
1 2
6 7
9 10 2 3
3
1 2
14
4 5
6
9 10
8
12 13
11
4 11
1 12 13 14
2
6 7 8 9 10
1 2 4
5
6
14
9 10 12 13
2 3
14
7
5 6
8
9
10
11 12
3
1 2 13
12
14
3 4 5
6
10 1
2 13
14
12
4 5
10 11
CKT
1
3
4
A
1
B
2
8 9
l2 13
OUTP VDD
3
1
0
1
~
G04-454
KT
1
2
ABC
2 3 4
9 10 11
D
5
2
13
ALL DIMENSIONS IN INCHES
SECTION 12. lOGIC DRAWING
IN DRAWING NUMBER
SEQUENCE
2
3
4-+===
1-'1*'
16
15
14
13
12
~
16 Vee
2.BK
0
8
'-1'----,
6
"-_~.......:8:!-+-+---+-I----'
A
1
B
2
1
2
3
4
A
1
4
B
C
3
2
5 6
9 10 8
12 13 11
VCC ?14
..
,
u
,
ONO
D ..II..7:.II..
ALL DIMENSIONS IN INCHES
SECTION 12. LOGIC DRAWING
VCC2
16 (4)
14 (2)
7(11)
50 k
8 (nud)
3 (8)
Number at end of terminal denotes pin number for L package
(12)
Number in parentheSIs denotes pin number for F package
VEe
12
13 (16)
"
(14)
Vee
II
130
n
'0
,.
•
y
7
'ti
VCC1.lo-~::::~::::::~:::::::!::j-ri-t--4-------i-------4-----~
r---~--~r---------.--+--.---oVee
130
INPUT A
....>----Q
Y (OUTPUT)
INPUT B
• V ••
G05-112
CKTA
1
1
B
2
C
vec GND
3
14
7
12 13 11
~:
2221:20
23
24
IN"'T • ......-I.U.13
(1/4 OF DEVICE SHOWN, BUT ALL PIN NUMBERS INDICATED)
D.A.T.A.
21
Vss 1
VOO 13
¢112
¢2 14
Gnd
ALL DIMENSIONS IN INCHES
IN DRAWING NUMBER
SEQUENCE
SECTION 12. lOGIC DRAWING
G05-116
IG05-116
CKT A B C OUTPUT VSS GND
16
8
2 3 1
4
1
7
5 6
2
9
3 10 11
12
4 13 14 15
14---\~12
15~~13
AD--_'"
Bo--~---I-"
G05-120
Vee
48
4V
VOO
~NP
~ OUTPUT,
2.
2Y
GN:l
VSS
GND
TOP VIEW
D.A.T.A.
ALL DIMENSIONS IN .INCHES
IN DRAWING NUMBER
SEQUENCE
SECTION 12. lOGIC DRAWING
'"
GND
:II
Vee
2A
,.
lY
3A
2A
GNO
DIL
FP
g-r1t1'
48
4A
4Y
JC,4C
38
3A
7
3Y
15
11
10
lA
la
IY
1C,ze
ZI
ZA
2V
O:::jf~--i--f~
0
VCCl = 1, VCC2 = 16, VEE = 8
POSITIVE LOGIC: HIGH LEVEL = '1'
14
GND
TOP VIEW
I-litH
E
G05-126
9
2
18
6
3
7
14
2A
11
28
12
VCC1 ~ Pin 1
VCC2 ~ Pin 16
VEE=Pin8
15
13
VSS
E·~ttfl
Z
3
A
B
Q
IS
)
12
•
It
~
to 3Y
6
t
,
•
4A
48
4Y
3A
38
Us
~I
1
VOO
2
1Y
2Y
10
I.
1A
6
Q
:=!D-2
:=!D-S
1~=D-9
7
Os
13~
11~12
~--------~--+-------------4---+-~Os
D.A.T.A.
ALL DIMENSIONS IN INCHES
SECTION 12. lOGIC DRAWING
CCleriti'
GND
Vee
A --j
I-- B
jj - - j
I--A
P
IN
Ao
2
3
4
5
6
B
7
Vou
0
cD: A
OUT
r-A
rD:-ii
D
N
GKT NO
r-B
14
B
1
8
7
A
1
2
G06-56
F vee e
e
D
2
6
3 12 13
5 11 9
E
4
4
10
10
4
11
G06-56a
-::-
4
G06-56b
10
7 2
10 12 13 14
FP
G06-56e
6
7
r-----{p
- - - - - -I
B ) - -.....-
I
...
:~
I NOT PRESEN'f IN
: ALL eKTS (SEE TA.'3)
rG"O~6-_~57~~J&ElliRM,t~+~~~1~~1~i~'2~
I
11
A
- 1
DWG.
NO.
0664
CKT
NO.
I. 11
12 13
Er'
06-61
o -
6
• I.
Ie
11 1
6
7
8
9
31 32 3335
~E[Y
1
• 18
1
8 7
- 1
G06-61t
:~caD
G06-67A
2
5
I
4
4 eN
4
4
2
4
I
2
8
2
4 6 7
3 NC 9
2
3
D.A.XA.
3
6
9 5
FP
8 5
9 5
7 5
I
G06-67B
G06-67C
6
2
5
2
4
I
6
3
3
7
2
P
I.•
•
7
8
• 12 13 14
R
S
COM
1
11
11
1
vee
•
•
14
••
1
1
1
•
•
•
3 13
8
008- Ix
1
- 1y
1
3.
41
8
I.
1
5
•
• •• "
1
1
.
7
8
1
I.
1
12
11
1
11
1
8
1 1
16 17 19 20
21 22 .3
1
'8
0
N
••
•
C
M
14
7.
••
•
••
Q06-61w
B
K
I.
••
A
J
33
I.
7 8
I. 111213
3
7
3 4
I.
GO&-61s
CKT. NO.
I
H
••
GOs-6lk
06-81m
G06-67
6
1
B4 35 36 37 38
4.
3 4
7
006-61
B
G
1.
4
G06-61
G06-61
0
•
F
32• 3.
31 30
28 Z'7 26
14
12 13
15 16 17 i 18
19 2 21 22
23 24 25 26
2728 2930
5
E
D
•
2
3
4
I
2
3
4
e
3 13 14
3 4
GOG-Slb
06- Ie
I
GO 664A
B
I.
1
18
11
••
•
3
11
• 1
5
14561
ALL DIMENSIONS IN INCHES
IN DRAWING NUMBER
SEQUENCE
SECTION 12. LOGIC DRAWING
Iit,ftl'
T'
G0672
A
>----*--7 B
7CKTS
CKT. NO.
A
B
I
2
0
E
H
~
G0672A
2
3
4
5
6
7
8
9
10
K
3
4
:~
L
M
N
6
R
5
7
T
U
I
2
3
4
:~C
ABC
0 E F
H J K
L M H
p R 5
T
3
6
U V
9
12
15
18
10 "
13 14
16 17
1920
4
7
ABCDEFGHI
I
2
3 4
G0674A I
2
3 4
G0674
5
8
~EfY
A
30 31 32
G0686
G0686A
G0686B
G
lY
C
0
E
8
9
fUllfIl1
21 2223
24 2~ 28
2728 29
G06-83
B
5 6 7
He 6 7 NC NC
G0686C
ERM A B
I 2
I 2
I
3 4
2
8 9
3
13 14
4
18 19
5
2324
6
2829
I
3 4
2
6 7
9 10
3
12 13
4
5
15 16
6
18 19
8
9
10
C 0 E
3 4 5
3 4 5
5 6
10
15 16
2021
2526
3031
F
6
"
G
7
6
7
12
17
22
27
32
5
8
"
14
17
20
23
26
21 22
2425
2728
3031
,32
AQ
B
'
o
E
E
CKT. NO, ABC 0 E F COM
G06-87
I
14 1 2 3 12 13
10
2
5678119
G06-87A
I 8 7 6 3 24
G06-107
A
2CKT
B
A
B
C
COM
o
}---~----I-44- -
··0 COM
o
E
D ..lI..T..lI..
ALL DIMENSIONS IN INCHES
IN DRAWING NUMBER
SEQUENCE
SECTION 12. LOGIC DRAWING
B}------,
E
.----<10)
..L
.'.',.
COM
EFGHJ
I
14 13 2'
3
5 6
1
MOM
8'
II
12 4
10
G06-133
A
F
B
E
D
COM
F
eKT NO. A B C D E F COM Vee
/106-133
I
3 II 672 I
4
2
8 9 1012 13 14
606-133 A
I
I 2 3 13 12 "
7
14
2
4 II 6 8 9 10
606-1338
I
I 2 3 13 " 12
7
14
2
4 II 6 8 109
"
ca·tlEI
CKtNO.
e
G06-134 1-----+1-tTl+h7H
2
6
GOG-134A t---;;-.1-~Ir2;t;3;-t
2
67 II
3
9 108
4
121314
B·t·"fl
A >----4
8>----4
E
C>----4
D>-----I
E>-----I
C,'rle!'
A
B
C
CKT PACKAGE
G06 142
0
E
G06-142a
N
Q06-142b
M
F
G06-142c
G
G06-142d
H
J
f-i-
PKG. A
G06-143
1
1
IG06-143A FP
MP 3
8
13
13
4
C
14
14
II
D
2
2
1
E F G H J
K
3 5 6 7 8 9
3 5 6 7 8 9
2 12 13 9 101/
M
II
10
6
N
12
12
8
Vec
4
4
14
G06-142e
COM
10
II
7
B
1
2
5
2
1
r+
T086
2
3
S
9
•
T086
••
R=
r--+-
1+
HP.=
1
"~
±
~
=+
+
D
E
6
6
5
o
1
•
10
5
I.
I
11
•
I.
I
11
•
I.
12 13
3
6
S
11
1
•
3
2
TOS6
9
10
2
6
MP
8
9
5
6
I
10
9
12
11
1
Vee COM
I
1
2
13
K=
C
5
9 10
12 13
2
3 13 1
I.
MP
6
1
GOG 142f
A
3
1091
r-+-
K
D.A.T.A.
H-
T099
9 10
3
5
8
ALL DIMENSIONS IN INCHES
SECTION 12. lOGIC DRAWING
G06-153
CKt NO.
MP
FP
0
~8lY
SEQUENCE
g.t.,,:.,
R-t.,,!.
cg-f·"il
1;-t"fJ
IN DRAWING NUMBER
I
2
3
4
I
2
3
4
"
PK CKTNO. A
FP
I
I
2
5
3
8
MP
I
2
o
A B C COM
3 4 2
567
13 12 14
10 9
I 2 3
675
B 9 10
13 14 12
BCD
2 3 14
6 7 13 4
9 10 12
I 239
8 14
CKT. NQ ABC
6 7
I
2
2 3 4
3
9 10
4
E F
5
12 13
6
J K L
15 16
7
8
N P R
18 19
9
T U V
10
2122
12
X Y Z
"
"
0
E
5
I
10
8
C
II
H
14
"
S
20
w
COM
E,F
~~
A
B
eKT
G06-159
G06-159a
A
G06 159b
GOS-159c
8
C
0
7
Vee
B
M
17
Ii-:Ilfl
0
A
A
14
8
1
8
1
7
2
5
7
6
12 10
13 3
8
6
•
e
D
E
F
2
3 12 13
5 11
6
9
3 13 11 12
6
9 10
8
3 2 1
8 13 14
1 12 11
9 10
•
Vee
COM
4
10
C
4
E
o
1.
F
11
14
e
iBeIi,r.,'
G06-162
A
~~c
B
A
A
B
C
c
o
o
B
Ckt
~-*-_--/
10
1
2
3
4
COM
@-tjt{1
B
2
6
A
C
3
4
9 10
12 13 11
1
5
8
GND
b
C
G06-165
1'2 OF CIRCUIT SHOWN
3
A
6
B
C
D
,.---p-e>
G
A
B
g:E~:U
E
~++____~~
E
~~~~--~_~10
GND
CKT
G06-165
D.A.T.A.
F
ABC
D
E
CDm
1 13 14
1 2 3 12
29876511
ALL DIMENSIONS IN INCHES
SECTION 12. LOGIC DRAWING
G06-166
E
A
B
C_-++-I...
V~IIL-T------~-------;r_----_,
F
~DI,~~--~--~~r_~~~--_4--_,
Vssl3
o
1-1
15
-+__-+__
SOURCE
7' _ _~_ _
GNO
PKG eKT
1
2
G06-166
~
__
~
6-1
A B e D E F vee GND
3 5 6 7 2 1 4 11
8 9 10 12 14 13
Vss 1
COMMON 13
G06-166al'F~e~=tl=+~2~4~~5~6~~14t14~~3~1~0~
h
7 8 9 1
FP
3
8
5 6 7 2 1
9 10 12 1 1
4
11
iB'i~ ri.~~ ,."n
b=:l+---++---'-j-4>-{)~'"
G06-171
INPUTS [
INPUTS
lR
lX
lA
18
lC
10
lE
GND
"
13 (16)
3 '8)
(12)
VEE
14
14
13
13
12
12
11
11
10
10
11 (14)
Number at end 01 terminal denotes pin number for L package
Number in parenthesIs denotes pm number for F package
E-il.
vcclvoo
48
4A
4Y
3Y
38
3A
0,
n ..lI..T..lI.~
O2
03
ALL DIMENSIONS IN INCHES
...
SECTION 12. lOGIC DRAWING
31~
.
2
:=lDo-
liS
16
A1
15
a,
A2
0.2
1A
1B
1U
14
13
12
11
10
9
2
3
4
5
7
8
Os
H~
~L
s
Rr{:2:+F
1~=lDo-9
13=01
12
1
A3
0. 3
A4
0.4 2A
6
2B
20.
CX
-N
10
-l f- - - -
RX
- -
--'VV'v- -
-0 vcc
PRESENCE OF DIODES
2
1
E
YES
YES
NO
J0433
J0433A
1}-~----4----+--~
~B
3
YES
YES
NO
INO
YES
NO
~~'
C~F
r-·i~·r--.w..----
,
,
i ex
: Ri< RI
Vee
o
A
y
B
E
g=====j
17}---------~----------------~~--~
23r---------~--------~----------------~
C
D.lI..T.lI..
CKT.NO.A BCD E
I
34 38361032
2
4 6 16 8 10
3
12 14262 22
04 38
;.
P
C
D
CX
RX
1
2
3
4
11
10
13
11
-ICC G::D
14
9
6
1
ALL DIMENSIONS IN INCHES
SECTION 12. lOGIC DRAWING
J04-44
2
vee
Al
A1
81
81
ClEAR
i'l
GND
1A
'Cut
1a
1Q
20 CLEAR
10
2Q
28
24
2C •• 1 2 A•• I ! GNO
Ct.,
J04-48
Vee R.xt ICext 101
_
02
Clear 2
Rttmile
a 1#'0 282
A2
JOS-26
G
CKTNO A B C
D
E
F
G
E
F
H
J
K
L
M
N
P
R
S
T
U
V
2
D.A.T.A.
ALL DIMENSIONS IN INCHES
IN DRAWING NUMBER
SEQUENCE
SECTION 12. lOGIC DRAWING
G
D
H
E
c
E
J
16 Vee
D
r·--~~~r--+·~--~--~~---------'--------~---,
I
I
I
Q
~
I
.L
T
r.-'-;:'-;:""''''':TI<::-r.;-r;"",,r:::-::-r.;:-:::;~
~Q
CC COM
9
1
14
12.
eOM
- - - -
I
- - - - - - - - - - - -
- - -
I
l- .J
1
6
A~NE
D
SHOT
E
B
E·
t
o
D
D.A.T.A.
ALL DIMENSIONS IN INCHES
SECTION 12. LOGIC DRAWING
IN DRAWING NUMBER
SEQUENCE
COM
G
T
PKG.STYLf A a C 0 F G
MP III FP 2 3 4 !5 9 10
CN
2 3 4 NC 7 a
8 9
C 2 3
A
B
C
CO
HQ
II 6 I 14 7
95 I 12 6
I
4 10 7 6
Q
~
0
0
JOS-7S
JOS-76
G
D.A.T.A.
ALL DIMENSIONS IN INCHES
SECTION 12. lOGIC DRAWING
IN DRAWING NUMBER
SEQUENCE
.o-~----------~
1'2
J05-83
Timing Pins
11
1098
Vee N.C. N.C.
14 13
12
vec
1
2
3
4 5
Q N.C •.,Al A2
a
Triggei Inputs
6
Q
7
GND
1
6
Q
Q
7
COM
J05-86
2
3
Vee
Pin 14
GND"- Pin 7
D ../J.XA.
ALL DIMENSIONS IN INCHES
SECTION 12. LOGIC DRAWING
Q, 6
f.::I Vee
~
Vee
GND=7
RESET
RX=13
C.X=ll
J05-96
A.'
•• g:,:::r:H~:>1
.~'
__-Y==~aJ~~
lIf-·:
10
Ground
Vee
Trigger
Discharge
Output
Threshold
11
L.-.~~~~~~
Reset
Control Voltage
,
FM
Discharge
Threshold
Discharge
Control Voltage
Threshold
R...t
R,
'"
Output
2o-----+-------~--_r
11
Control Voltage
Reset
Trigger
TRIGGER
Ground
R,
'00,
R"
4.7k
R"
'00
D.A.T.A.
ALL DIMENSIONS IN INCHES
SECTION 12. lOGIC DRAWING
8
Vee
5
Control Voltage
Trigger
4
Relet
1
Ground
COllECTOR
OUTPUT
IIO~ST
V'
"J<
"21
loa
1K
V"" _ _ _ _ _ _ _ _ _ _~-~---~+_+--<,._~~-_+_--+_--_+___.-P!!L-.:.A'
""'-1>----+--------1f----+-_+_-1f-+_!
TRIGGER
LOGIC
V"OJ
DOTTED PORTIONS
OMITTED ON J05-100a
PKG
J05-100 CN F
J05 100
M
OLL OUTP EM OUTP R C BOOST TRIG LOGIC VREF VADJ V+ GND
9
10
4
8
2
1
3
675
12
1
5
11
3
2
7 10 6
6
7
31854
RESET 1
(3)
Vs
(7)Q
ONE
1
SHOT (6)
Q,
G
N
0
C
B
A
~I
12345678
H
D.A.T.A.
K
l
J
M
R
Q
Os
ALL DIMENSIONS IN INCHES
SECTION 12. lOGIC DRAWING
VDD
4(12)
RXCX
5UI)
+--.---02(14)
R
3(13)
NOTE: SCHEMATIC SHOWN IS 1/2 OF TOTAL
PACKAGE. TWO SETS OF PIN NUMBERS
Vee
ARE SHOWN. PINS 1.8,15 ARE
ELECTRICALLY CONNECTED.
1(15)
'0--
1 R/e EXT
1 CEXT
L---l.....-)o-~~------1>------O
Vss
. 0 - Vss
20
1Q
14
13
2 eLR
12
18
2.
11
6(10) Q
L.q;>----i.;»---------t-o>----..
POLARITY
OVURANGE
THg~~:~fS
1~~:::;::=t:1=l
\
HM~8:&~S ~
TENS
DECAOE
CLOCK IN
ClO~~UT~
__~~~~~~--------------
53
54
.3
BOTTOM VIEW
2- 9 TO
SERIAL
2-121 LS8
OUTPUTS
2-9
+
g~53
~5'
64
STROBE
STATUS
DIG GRD
DIG GRD
DIG GRD
+5V
+5V
CLOCK
SERIAL OUT
,-.
2- 10
2-11
2-12 LSB
-15V
-lSV
56
ANALOG GRD
.7
ANALOG GRO
••7.
+15V
+15V
g~~CKg::=======fi· ~47
~Rr
D.A.T.A.
ALL DIMENSIONS IN INCHES
SECTION 12. LOGIC DRAWING
TO INTERNAL CIRCUITS
----',==-0
,
,,
I ...
: (PARALLEL
OUTPUTS
L-__
- r____r-~~--~"
CERMET
~==---€i)-==---'--I
STATUS
v,
..
~
0--1 USABLE
P'N
1
2
3
•6
7
9
,.
FUNCTION
+15V
GRO
GRO
~
GROUND
3
-LEA.VE OPEN IF UNUSED
.-GROUND IF UNUSEO
BIAS
REF OUT
REF IN
INPUT 1
15
OFFSET
2-12
INPUT 2
1.
2-11
19
20
21
22
23
2.
26
27
2.
29
31
32
2-10
33
GROUND
GAIN
13
17
~-4~~=-~,
~
L ____________ _
'3·'11'
CLOCK (12)
>-----1r--::::::::::---,I-____
~~~. + 12V
START (17)
>----r-L.~~~~~~.J
~
END OF CONVERSION (11)
2-9
MSB(l)
2-·
2-7
2-6
,..5
BIT 2
BIT 3
81T4
BIT 5
BIT 6
(2)
(3)
(4)
(5)
(6)
BIT 7 (7)
2-'
2-3
2-2
2- 1
.S8181
SERIAL OUTPUT
STATUS
STROBE
SERIAL OUTPUT (10)
ALWAYS CONNECT
DIGITAL GRD (18) TO
ANALOG GRD (38);
JUMPER PINS 38 AND
72 TOGETHER.
r-------''H"''---l''''-----''Ic----"..L·+5V
DIGITALGRO
i-15V
-1!lV
ANAL.OGGRO
ANALOGGRO
INPUTo.-:~-i-JlM._+
NO.1 46
'-_--+-'l"~ ~~1~~~)
'----1--"-< STROBE
INPUT
FOR BIPOLAR
QPE;RATION
'---;::::=;;::::=======,
~g~~E~JP1N 48
1----f---{)(I0) T£ST PT.
-E.O.C • • END OF CONVERSION
IWALOtS /A.J (14)
o----'\A/'v--~---__1
II
18
19
22
24
26
28
30
32
34
Z-I
2-'
2-"
2->
2-.
36
Z-'
37
+15VDC
ANALOG GRD
-15VDC
BIPOLAR
ANALOGINNO.I
NO CONNECTION
ANALOG IN NO.2
ANALOG GRD
38
39
42
46
47
48
72
D.lI..T.lI..
FUNCTION
RESOLUTION CONTROL
STROBE
STATUS
DlGITALGRD
+5VDC
2-1
2- 7
ALL DIMENSIONS IN INCHES
SECTION 12. LOGIC DRAWING
JUMPER FOR
10 BIT RESOLUTION
BIPOLAR
BIT 111- 1)
OFFSET ADJ
(Opl,onal)
BIT 111-2)
- - ' > N........_ _ 1SV
BIT ~ 12-31
+RESOLUTION
+l'
"BIFOi-AR
CONTROL
2- 1
CONTROL
10K
8IT412- 4)
8ITS(1· 5 1
81T612- 6 1
10FFSET
81T111- 7 1
8H 8 12- 8)
OFFSET '--<:r-',,,,O+-"I'iV----1
8IT911- 9)
8ITl011- 1O I
"
lilT 11 (2- 11 1
JO
lilT 1112-12)
INPUT NO.2
0-,,"'-+......""'--4-1
-ISV
STR08E
L---iI-2.~STATUS
J6
"
38
L------I-~_<1-----..-1
~~~~~SION
(STATUS)
START
CONVERT
CLOCK
OUTPUT
MSB' 2
,
MSB
3 4
5 6 1 8
9 10 II 12 13 14 SERIAL OATA
lSSJ OUTPUT
PARALLEL DATA OUTPUT
vODI+ 12VOC TO +15VOCI
+15VDC -15VOC Vee
" ...,! ,',-,', ,,-,'
"r
OFFSET
ANALOG INPUT LnOVFSI
(i8;~~-4""'''''''''''"~
ANA LOG I NP U T
WV TO _IOVfS OR t!:lVFSI
ANALOG INPUT
(OV TO-~lVFS)
'Or
'1'1
t12VDC -12VDC
7i)..4--.....""'\N\;;:;:.~
266}-_-+_+-"""'VV~2~5::K+__U~--_tI
REFERENCE
ANALOG GHOUNO 7 5 ; ) . - 4 - - + - - - -......
OUl
4
CLOCK OUTPUT
MSB
lSB
END
SERIAL
OUTPUT
--- - -CONVEOFRSION
OATA OUTPuTS
D.A.T.A.
ALL DIMENSIONS IN INCHES
SECTION 12. lOGIC DRAWING
200f!
CONNECT
EXTERNAL POT
FOR
}
BIPOLAR
INPUT
ANALOG
INPUT
I,T NO.
MSi
I
2
3 4
~ 6 ., •
END
oF'
12
CONVERSION
ANALOG
INPUT
(LOW)
ANALOG
aROUND
OUTPUT
DATA
EXTERNAL
TRI8G£R
J
TRIGGU
OUT
DIGITAl. GROUND
END C# CONVERSION
10
INT TRIGGU
"An AOJ
1'.1"1 t
20
+tsv -15v +5'1 POWER
.00
POWER
+5V
+15v
GNO
-15V
DATA OUTPUTS
K01-60
Optional input
Oto-IOV
0- -
,
INPUT AMPLI Fi, ER
OPTIONAL HIGH INPUT
IMPEDANCE
KOl-60a ONLY - OPT'ONAL ~
OUTP UT
EXTERNAL
L------r-r-r-r~~~~----~
INVERTER
r- - ~A;'; - --
D.A.T.A.
~BP~g~'DE 6'
OUTPUTS
2'S COMPo
__
B IT NO.
CODING
MSB
I
(MS8)
2 3 4
5 6 7 8
12
END
OF
CONVERSION
ALL DIMENSIONS IN INCHES
SECTION 12. LOGIC DRAWING
POWER
GND
SIGNAL
.. N"lOG
SIQNAL
DND
GNO
SIGNAL
9UTPUT
BIPOLAR
OFFSET
COMP
INPUT
S'A.I
ClOCI( I ,
CQNvUT OUT IM~)
i
6
,
•
9
10 II
12
IL~'I
eoe
AJ
, ,
•
"0"''':1 ~UlPl.lH
33 Eoe
ANALOG
GND
J
SERIAL DATA
OUTPUT
MSB MSB
PARALLEL UATA OUTPUTS
1811$ II AND l'JARE OMITTEDON
KOl-61a
,'~\IDC
-"YDC
RETURN
C')
(»
C')
,,!ovac
-15YOC
Analog
Input 02H124kH
-R f I
e. nput. 0 3~
h5%)
~ ~~-.
__
£"'0 Uf CONVUlSION
IE 0 C ,
STARl
Logic
Outputs
Logic
Outputs
-+
OVERRANGE 14
OVERRANGE
--~---~----O
Internal Ref. ~+'5V
RESET
Sl .... "T
CONvUtSION
CONVEASIOfll
1 J>1f---
25
-!o .... OC
e
RETuRN
Offset Input o-24--~200kSl·
.!ovae
AETUFt'"
CQMi>Lffi
Logic
._
~ 6.2V Nominal
1!)-:-
Inputo-------~----__,;======r--"l---1"o--t---l
23
16
RECYCLE 27
28
RESETo-----------------~~
Input
logic
24
COMPLETE
L---.t-tr----'-
--------------
/'-MSB
12 11 10 9
8
7
6
5
4
3
2
1
Digital Output
BITS
D ..II.:r..11..
121110 9 8 7 6 5 4 3 2 1
~MSB
ALL DIMENSIONS IN INCHES
SECTION 12. lOGIC DRAWING
Optional
Gain
Ad'ust
r-!!.E~O!!.T __ 3
C5>-=-I:.:o.~/1V:!....______- I
40
+R~~ 3C6.....:.+I:.:O:::.I1V::..._ _ _ _ _ _ _-I
:
I
I
38
Optional
Symmetry
Adjust
2001<0
'R~ iN -()---ONIt---,
I
42
L-REF
_____
.3/)7_ _..:2OOIcO
.....i\;-_~~t-----::A-~=~PoI::=:tr:.:lty!!..:!Swi~·tch~-----,
IN
•
47
2OOkO
ANALOGI~~-~~~~.6~-~~,
~
POLARITY { "1" .. +
+VIIIF·OUT
52
45
"0"·-
2
-VflEF OUT
BLANKING
COMPLETE
INTEGRATE REF
"1 RECYCLE OUT
·""RECYCLE IN
r---,
4
CLOCK·INL -c~~---l_..,.._J
3
CLOCK OUT r- ...:(~).5_ _ _ _
I
OVERRANGE
24
--
1501<027
0ii'E'ii'RANGE
"'IS 111114 13 11" 10 8 •
1',
--,,ter.
100',
1000'.
PARALLEL DIGITAL OUTPUT
Ct.OCK OUT
13
DIGITAL COM
COMPL:ETE
~
12
t!\'SBI
BIT 1
MINUS REFERENCE
OFfSET .o.OJUST
OUNIPOLAR
--0
.-----DeIPoLAR
~
BrT 2
--1
MOOE 0""'7_ _ _ _ _ _ _ _ _ _ _ _ _ _
ANALOG IN
OPT ADJ.
OAC
BIT 3
COUI\,TER
AND
SIT 4
ADOREss~eLE
BIT 5
LATCHES
U"~6'---",2.1\5kl'ln._---- -----___l
SIT 6
BIT 7
.....
BIT 8
ANALOCGND~
' - - - - - - - AE FIN.
O,,'S'--_ _ _ _'-'VII'v-.....-I
+4.5V to+l1V
'5V
IM,IIl,'
TRUE
r-------------------~-------=2~O~CLOCK
CLOCK O-::-..,.-~
INHIBIT 22
L---------------~~---~1~8~~~~PLETE
CONVERTSTART~I~9~------------------______~~L-L-_,
.
1
+ 15V~_ Optional 4
-15V~ Gain AdjUS~O
REF OUT:
MSB
+15Vi
-
Ii
~
Optional
Offset cr.","---..JV'V'r--4-'VV~
Adjust
35
D.A..T.A..
L-=:"-·~7
8
RI=F IN~ 39
Analog
MODE
a:
Input
{ 10V RANGE
20V RAN GE O".!A.tV'r--+--'VIiIr-3 2 SJ O--'-'-'---co-----4-__-4---j
-15V
MSB
DAC
Counter
and
Addressable
Latches
8
SAMPtE
HOLD
1-_ _-1 ENCODER
OUTPUT
DATA
Parallel
Digital
Output
16
Note:
N=10
or 12
SERIAL
DATA OUT
LSB
STROBE
ALL DIMENSIONS IN INCHES
SECTION 12. lOGIC DRAWING
Vlogic
COMPENSATION
ICOOUTf'UT
v,
14
10
Alll'l
REFOUT
IUf.OUT
13
"
VA
AMPLIFIER
INPUTS
I
I
UP
OUTPUT
, 16
7 OOWN
OUTPUT
OFFSET
ADJUST
VEE
,~POWER
Vc
GROUND
COMPARATOR
INPUT
I
I
I
I
I
I
I
IL ________ _
,,'_QUALITY
...0
AZ FILTER
KOl-72
v,
CLOCK
GNO
'N
KOl-72a
r-----------.-----
Digit
Selects
Display _ , - - - - ,
Update
Comparator
--1------ Over range
1----. Con-trol
Aamp
~L-
----- -,1
____-L~
AIN (0 TO .'OY)
I
I
I
VREF (-tOVI
O88(MSBI
1---_ 1/2 Digit
DOl
De,
DBO IL_)
SRO
vee
1+5V - +lSV)
D ..IJ.T..IJ.
VDD
(+15V)
ALL DIMENSIONS IN INCHES
IN DRAWING NUMBER
SEQUENCE
SECTION 12. LOGIC DRAWING
CLOCK OUT 111
SERIAL
GAIN ADJUST
25 ANALOG INf'UT
our 15
24 ANALOG GROUND
72
DIGITAL-TO-ANAlOG CONViRTEA
71
f-I-+-\---'
BIT 7
70
8116
67
10V
PRECISION OAC
(-4mA FULL
SCALE OUTPUT)
65
23 GAIN ADJUST
22 OFFSET ADJUST
21 ZERO ADJUST
63
20 DIGITAL GROUND
CONV.COMM
61
..
3
STATUS
19 -lSV
1
56
,.
BIP
OFF
20
OFF
5W
~
54
52
22
23
50
25
48
+15V
27
0--
29
30
r:r=:1
43
'----'
32
33
34
r-;=::::
CMOS
CONTROL
lOGIC
r-
35
36
37
A MS.
CLOCK
2
EXT. CLOCK CAPACITOR
3
STATUS
4
B BIT 2
==-
C BIT3
o
BIT4
E BIT5
F BIT 6
H BIT]
SERIAL OUT
8
K BIT9
DIGITAL
TO
SUPPLY GROUND
15
LOGIC SUPPLY
11
ANALOG INPUT
16
SIGNAL GROUND
19
~8:::'!.....-TRANS--L-FORME______
R
ANALOG
CONVE RlER
~OM"RATOR
: : { " lOGIC-
SWITCHED
POWEA
SUPPLY
Y ANALOG
SUPPLY
QUADRANT
SELECTOR
Eo K SIN wi COS If .. V 2
SYNCHRO
OIGITAL OUTPUT ANGLE
MSB
¢l
LSB
••
D.A..T.A..
null~""
ALL DIMENSIONS BN INCHES
IN DRAWING NUMBER
SEQUENCE
SECTION 12. lOGIC DRAWING
ANALOG
GROUND
ANALOG
INPUT
BIPOLAR
OFFSET
EOC
(STATUS)
START
CONVERT
SERIAL
CLOCK
BIT NO.
OUT
2345678
MSB MSB
LSB
'-----v,-----~
PARALLEL DATA OUT
GAIN
ADJUST
BIPOLAR
OFFSET
UNIPOLAR
ZERO
E.O.C.
(STATUS)
SERIAL
"'l.-""T'"""T'"""T'"""T'"""T'"""T'"""T'"""T'"""T'"""T'"""T'"-.r--l'-"
CLOCK
BIT NO.1
OUT
1
2
3
4
5
6
7
DATA OUT
8 9 10
~ MSB
LSBJ
PARALLEL'DATA OUT
GAIN
ADJUST
BIPOLAR
OFFSET
~~~~OLAR~I~__~~__~
~:ALOGOZ~
__~~__~~
~~~LOG~~_____~
Jnl ~~::':US)
r-.L...L...L...L...L...L..L..L..L..L..L..L.1-____
.-----01
I
.,......,......,.......-J
L..r-r-r-T"-T"-T"-.................
3
CLOCK
OUT
5
6
8
9
BIT NO.1 1
2
4
5
6
7
8
""SERIAL
4 DATA OUT
9 101112
-qsBMSB
LSB,
PARALLEL 'OAT A OUT
D ..lI..T..lI...
ALL DIMENSIONS IN INCHES
SECTION 12. lOGIC DRAWING
O,G,TstA08E:s--liiiii__ii--------------~l
GNO
REFOUTo-+-_ _- - ,
HI QUALITY
GNO
I
I
~L ___ _
I
-1
I
I
Mil
L-i~'~==o-'~------------------J
v,
KOl-83
"
Al fiLTER
ANALOG
INPUT
1681T
WORD
VOLTAGE TO·CURRENT
CONVERTER
COMPARATOR
• LSB for 8 Bit Models_
.... LSB for 10 Bit Models .
...... LSB for 12 Bit Models.
K01-87
,
E.O.C.
?
LOGIC
PROGRAMMER
AND
LATCH
CLOCK '"'
(23)
s TART
SERIAL
OUT
(21)
~'"
FIF
(24)
5 MS8
+ISV
(16)0
(15)
a
-ISV
:;.
(10)0
(6)
+SV
0
:;-
(22)0
·Bit 12
Bit 11
Bit 10
Bit 9
BitB
Bit 7
Bit 6
Bit 5
(LSB for
12 bits)
(LSB for
10 bits)
9. Sit4
10. Bit3
11. Bit 2
12. Bit 1 (MSB)
1 3. B1T1 fMSiil
14. Short Cycle
15. Dig Common·
16. +5V
D.A.T.A.
32.
senal
31.
-15V
~
1
'"' 20
"::"
..r-. 19
~
B-~
PIN CONNECTIONS
1.
2.
3.
4.
5.
6.
1.
B.
4
>
~
18
~
17LS8
DAC
COMPARATOR
Out
30.
Buffer In
29.
Buffer Out
2B. +15V
27.
Gain Adjust
26.
Analog Common
25.
24.
23.
22.
21.
R2 20V Range
R 1 10V Range
Bipolar Offset
Comparator In
Convert Command t
3.IK
3.9K
(~)
3.9K
0
0
(9)
"::"
+ 3.IK
I
(8)
(14)
20. Status
19. Clock Out
18. Ref. Out (+6.2V)
17.
Clock Rate COfltrol
AU DIMENSIONS !N INCHES
SECTION 12. lOGIC DRAWING
-CLOCK 1 1 0 1 c ) IN
START
CONVERT
---
-
-~~
LOGIC
PROGRAMMER
ANa
LATCH
181C)-
r--171 EOC
1161MSB
1151
>
11)0
+15V
1141
1131
161
_15VI181~
151
141
131 LSB
-:'"
+5V 1121~
OIGIT Al
GND
(910-------,
V
a-
s BIT alA
I
RIN
COMPARATOR
"
~
r------r---------l----------------------------.. .'b.,
~
11~
_____
18 DATA READY
10 OVERRANGE
TIMING
LOGIC
~
MSS
I
I
en 0
•
0
34
0
0
0
-15V
•
32
•
30
•
2S
0
0
SCALE ADJ .• 3
+ Vee
'
o-..J.W~--<:l------I m~O~~Z?
ANALOG IN
BUFFER INPUT
VecCOM.
~'
-
+
24
I
BUFFER OUTPUT
o
15
I
~~
TRIM
ro~
. -15V
ZERO ADJ.
_ _ _ _ _ _ _--J
•
••
•
•
•
•
•
______ .J
REF. ADJ.
REF. ADJ.
REF. LOOUT
BOTTOM
VIEW
~
'9
17
BIT 11
'5
BIT10
BIT9
BITS
BIT7
13
'M"E'.
11
0
REF. LO IN
9
0
REF. HI IN
+ 15V
POWER
REF.
+5V
POWER
OUT
POWER
ANALOG IN
5
0
0
0
8
ANALOGGNO
6.3K
7
0
-15V
•
49
51
START ADJ.
COUNTER RESET
START IN
GATED CLOCK
CLOCK IN
E.O.C.ISTATUSI
0
BIT 14 (LSBI 53
54
BIT13
BIT12
0
REF. HI OUT
CLOCK OUT
START OUT
0
0
~---------------
4S
47
0
I
+.5V
OPTIONAL$ 22
43
••
••
•
••
•
0
0
0
0
0
0
0
0
0
'0 K
BUFFER INPUT 2 .4
42
0
CONVERTER
VIN 5000
E~
•
0
I
I
FULL
+15V
15VCOM
55
s.T17 1.1
BIT 16 (2)
SIT.SI41
SIT'4IBl
SIT13 1'01
BIT.21201
BIT 11 1401
BIT10 (BO)
BIT9 (1001
BIT6
BITS
BIT4
BIT3
81T2
BITBI2001
BIT7I4001
BIT618001
BIT51'OOOI
BIT4120001
BIT3I40001
BIT2180001
BIT. 110.0001
LOGICGND
BITX
BITX
BITX
BIT,IMSBI
OVERLOAD
1
X .. NO PIN
72
SIGN
PRECISION
COMPARATOR
BUFFER
OUTPUT
BIPOLAR
OFFSET
5 DIG.
COM.
12 BIT CAe
COMPAR.
INPUT
lOV
INPUT
SUCCESSIVE
APPROXIMATION
REGISTER
20V
INPUT
ANALOG
COM.
-=CLOCK START 12 11 10
OUT
CONV. , L$B
9
8
7
6
5
4
3
PARALLEL"'DATA OUT
D.A.T.A.
2
1 T
SERIAL
MSBM5e DATA
OUT
ALL DIMENSIONS IN INCHES
IN DRAWING NUMBER
SEQUENCE
SECTION 12. LOGIC DRAWING
31
CLOCK RATE
CLOCK IN
BUFFER OUTPUT
O,,4_ _ _ _
.....,~
ANAlOGINPUT0 2
BUSY
+
OPTIONAL
iIlm'
.'5VJ__..JVvv_____ST_A_R_T:~34~~~~~~~~~::::::::::::;---------r.l..-...l..-,
-15V
BIT 1
REF OUT 0,,22O--_-fIREFERENCE I - - - - . J
ADJUST
BIT 3
COUNTER
AND
..J
+lSV
ADDRESSABLE
LATCHES
SIP/UNlo-:;'9=----L_ _
COMPIN
BIT N
ADJUST
32
20V RANGE
ANALOG INPUT
PARALLEL DIGITAL
LSB
NOTE: N " 10 OR 12
OUTPUT
20
OPTIONAL OFFSET
-15V
m}
MS8
BIT 2
OPTIONAL GAIN
SERIAL OUT
{
lOV RANGE
39
O-='----J
+15V
20K
OFFSET ADJUST
(OPTIONAL)
STROBE OUT
·15v
MSB
21
70
MSB
72
BUSY
LSB
48
BUSY
~------1---<>43
32
36
+15V
15V
INPUT
BUFFER
30
DIGITAL GND
23
ANALOG GND
55
JS
+5V
NOTE: PIN3ANDPIN30MUSTBE
CONNECTED TOGETHER
AT THE COMMON SYSTEM
·15V
CONNECT
fOR 10 BITS
CONNECT
FOR 1281T5
GROur~O.
9K
12 BIT OAe
{Bmary or BCDI
GAIN ADJ
(optional)
'5V
RIPPLE "UP" COUNTER
RESET
a
VR
63}-~----------~
RESET
E
D.A.T.A.
ALL DIMENSIONS IN INCHES
SECTION 12. lOGIC DRAWING
16}---~~~~--------~--~--------~~--.-------
__~__~
CKT NO
1
1
A
1
9
11 15
12 15
C 0
3 6
1 7
E
7
5
COM
8
5
3 14 16
4 14 16
r-----O--~-o
OUT
TO
SCOPE
4.7K
-lSV
510U
2200
.. ,sv
D.A.T.A.
ALL DIMENSIONS IN INCHES
IN DRAWING NUMBER
SEQUENCE
SECTION 12. lOGIC DRAWING
.....
... :.
.v..rl""
"'
A
."
,..
C
".
h
"I
,,,
!Iii
h
'5
III
E
F
H
IS-
AI
-.
IS
R5
It,.
52
'5
"I
CHANNEL NO'S
IS
,If
",
DATA INPUTS---,
IS
UI'
IS
",
G
1h
'" : K02-46a,e
_.
B
0
51
I Dotted Portion
• - ' Omitted on
",
Itll
If,
K
..".
OUT
L - LOGIC INPUTS ----l
K02-46
K02-46a
K
- 6
K02-46d
02-4 e
-
A
2
1
1
1
1
B
3
2
2
2
2
5
C
4
3
3
3
3
4
D
5
4
4
4
4
3
6
7
8
9 10
11
13
12 19
19
6
6
9
912
2
20
13 10k
10
10
13
7 10k 6 7k 3 3k
7 10k 6.7k 3.3k
10 10k 20
20k
5k
50k
0
50k
50k
0
25k
2
25
25k
2
K02-49
DOTTED SECTIONS
9',FORK02-49 h thru r ONLY.
'iiDsiON
K02-49
SOA
30A
lOA
l5A
50A
35A
20A
2~.a
K02-49b
K02-49c
K02-49
K02-4ge
:~
~49
K02-49g
02-49h
0 - 9
K02-4~
K02-49m
K02-49n
K02-49
K02-49
K02-49r
"
It""
K02-48
K02-48a
K02-48b
K02-48C
K02-48d
K02-48e
K02-48f
K02-48
K02-4Sh
K02-4
K02-4ak
K02-4sm
K02-48n
(02'
K02-4SQ
K02-4Sr
D.A.T.A.
13"'1'
G1
IOO-'\.
30A
35A
SOA
lOA
l5A
20A
50A
100A
..
BIT CONTROL LOGIC INPUTS
Gz
iiIiSON
30A
80A
lOA
lSA
SOA
35A
20A
100A
30A
35A
SOA
lOA
5A
A
50A
100.1'1.
_CURRENT
SOURCES
PRECISION
I VOlTAGE
SOURCE
15
1&
11
18
r- ---- ---- ----
19
--~-
20
21
22
23
24
-- -- ---- ---- - --- - - - - - ,
:
1
13 :
Y- LI
RE1
REZ
RE3
RE4
RE5
RES
RE7
REB
RE9
:
1-
RElO
________ • _____________________________
:
EXTERNAL
RESISTOR
ARRAY
:
~
ALL DIMENSIONS IN INCHES
SECTION 12. LOGIC DRAWING
+15V
K02-56
¢
.
"
I
MS'
[
+5 -15 +15 GilD.
121
17
II
LADDER
NEtwORK
:.J.~ 50pF*
L..f
EN
~
1
"
MS.
!1
~OM
-lSV
MOD
* - K02-56a
A MOD.
r---r---r---~--~--'---------~10
+15V
.'IV
+10V
+5V
14
+IOY
I
I
+5V
14
13
12
11
13
10 INPUTS'
(LSII
12
\1
10 INPUTI 4
(LSII
(MSBI
K02-65
r---,----r--~------_r--_,----r_--1_--------~~'V
+15V
+10V
+5V
10\
I
+tV
14
"
(LSII
D.A.T.A.
13
12
11 INPun
(MIll
I
13
(LSII
12
\1
10 INPUTI •
(MSBI
ALL DIMENSIONS IN INCHES
IN DRAWING NUMBER
SEQUENCE
SECTION 12. lOGIC DRAWING
10
+l&V
:1
.4
INPUTI
13
'1
14
11 IM~UT. 4
(MIl,
(LSI'
31
"pol.
Unlb
Only
27
OUTPUT
30
~
J
]
it
15V
32
DIGITAL INPUTS
VRof
K02-71
IISI
.,•.
....•.
."
I.,
1.'1
,
, ,
IfI
,
IIIG.GIO . ,
(.8111 III
(10."
LSI
8."
, .1.1
E·'
g.1l.11
2.11
1.12
10."
11.11
Ii'
••
•
2 ••
1.\
10" OIG.GIIO.8
1.11
18 • •
.3
.1
(/2.,) lSI 12."
DIGITAL
g.1.1
2 .,S
'.16
ell
'v
1..
21'" REf'.
~IJ""EfOUl
+III\'
fS ADI
REf
g:
O/fSEIADI
30'" A.AlIIGIlUT
,I • ""'OGGNO
J2 • +15'
JJ • -1;0
lie
r---------------
I
INPuT
loSB 2·
2'
2'
2'
DIGITALLY
CONTROLLED
CURRENT
SWITCHES
PRECISION
.......~"'-_ ANALOG
OUTPUT
RES'STIVE
L'IDDER
NETWORK
(SIGN)
L-t-r-r-l
GND
+I$V
" D ..lI. T..lI.
-I$V
+5v
All DIMENSIONS IN INCHES
SECTION 12, lOGIC DRAWING
I
"
1
f
T
R
•
.,
Q
A
Q
T
1
1
N
I
T
•
fA I
Q
R
VOUT ,
MD.
.....
NOTE:
LF'
'"
IOVOAt!5V
""
I
!iVOA:I:IUiV
1W-----y" ___
'~:.r
L-_-_-~---------'
DOTTED SECTION
FOR K02·77a ONLY
1::-11, - , - - - - - '
~
81POLARREF
APPLIES FOR
K02·77 ONLY
K02-78
v+
MS.
SCALE FACTOR
LSO
12
v-
D ..lI..T..lI..
BIPOLARI UNIPOLAR
GRVUND
ALL DIMENSIONS IN INCHES
IN DRAWING NUMBER
SEQUENCE
SECTION 12. LOGIC DRAWING
NOTE:
NOTE: FOR K02·7'a DELETE
RESISTORS: R13. R46.
R44. R45.R62. R48.
TRANSISTORS: Q13.
Q14
.. OR K02-7'D DELETE
RESISTORS: R13. R46.
R44. R45. R62. R48, R12.
Rll. R41, R42. R43, R38.
R39. R40
TRANSISTORS: Qll. Q1.2.
Q13. Q14
r--------r------.----...l
r -
_.
...
-.~
,
,
~-+-~-I
,
~,
1"
,-."
,5.\0<00
16
9
GND
OUT
DIGITAL
INPUTS
K02-821: DOTTED-IN
PORTION OMITTED
1 TO.
'H'*l:.
REF
REF IN
+6.2V
+15V
OUT
GND
-15v
2-'
"
D.A.T.A.
K02-83a
K02-83
PIN
1
2
3
4
5
6
7
8
9
10
+15V
-15V
REFIN
GND
2- 12
2-11
2-10
2-9
2"8
2"7
PIN
18 REF
17 OUT
16 2- 1 MSB
15 2-2
14 2-3
13 2-4
12 2-5
11 2-6
PIN
P,N
K
1
2
3
4
5
6
7
8
9
10
11
12
13
14
KEY
2- 12
2-11
2"10
2-9
2"8
2"7
N_C.
N.C.
2-6
2"5
2-4
2-3
2-2
2-1
28
27
26
25
24
23
22
21
20
19
18
17
16
15
+15V
GND
-15V
N_C_
N.C.
N.C.
N_C.
REFI
REF
N.C.
N_C.
N_C_
OUT
GND
2-N
ALL DIMENSIONS IN INCHES
IN DRAWING NUMBER
SEQUENCE
SECTION 12. lOGIC DRAWING
24
20K
~""'w.---< +15V
·v
SCALE FACTOR ADJ
(OPTIONAL)
UNIPOLAR: CONNECT PIN 19 TO PIN 16
BIPOLAR: CONNECT PIN 19 TO PIN 20
24
OFFSET
CONTROL 19
UNIPOLAR 18
BIPOLAR 20
.6.2V'~-==-'--I--<
]
19
-:J I
JUMPER
FOR
BIPOLAR
OPERATION
~
20
6K
OUT
2mA
CURRENT
SOURCE
2K
1 MEG
SCALE FACTOR
ADJ. tREQUIREDf
20MEG
21
2'
BAl
2 '
MSB
21
r--Wo,Mr--< +15V
BAl
2"1 MSB
15V~+15V
20K
OfFSET ADJ
16
1
12(LSB)
13
1.
15
(LSB)
10
+15V
J
11 INPUTS 4
(lSBI
IMSB\
+5V
INPUTS
~------~----~31
2"
30
o
z
::;
'"
"'m'",.
"
32
" D.A.T.A.
>
17
ALL DIMENSIONS IN INCHES
SECTION 12. lOGIC DRAWING
IN DRAWING NUMBER
SEQUENCE
'3'*1#'
STROBE INPUT
DIGITAL INPUTS
-1
MS.
1-2
1
2-3
4-S
~
5-6
6_7
i'
~
<
~
I
3-4
~
W
7_8
<;
SWITCHES
i5
j
20-
9--12
m
! i
LADDER
-16
_17
22 ..... REFERENCE INPUT
2324_
I
~J
28-
!
29-
LSB 100-13
-14
21-
S,J, o------+~-+_Ir-''-''Vv-~
30 ...... CURRENT OUTPUT
!
J
I
31--- >
I
v
N
0
'"+
N
!:?
;:;
co
0>
N
N
rN
eo
N
r-
~ ~
N
eo
N
M
N
IL
Z
'"
N
N
N
~
~
r-
eo
w
g
;:;
~ ~
"'t
N
M
0
Z
N
~
14
32
17
N
M
ANALOG OUTPUT
TEST
POINT
".
."
~
-"
~
DIGITAL
!lND
0-----0
1;>1611
A" INPUTS
.381
OUTPUT
RANGf
SflHTlOill
~~~T
O'::=----_ _ _..J
~
~-{)
~
DI~~6AL ~
P,~~~OG ~
D.A.T.A.
(3H (Xli (:19\ 1281 (27)
MSB BIT2 B!TJ BIT. BIT5 BITS BIT7 BIT8 81T9 81Tl081Tll
I~I
+15 V
-IS V Gain Adj.
LSI
ALL DIMENSIONS IN INCHES
SECTION 12. lOGIC DRAWING
MSBINVEAT
,.
"sa
,.
,.
,.
,
REFERENCE
,
OFFSET
.
'"
,
.
c
,.
,.
~
5
•
VLlf+5VI
,.
t---G
t--Gl
t-----G
VGG (25VI
,. ,.
t---G
,.
,
t----0
-1\ +1\
V OO I.15VI
DIGITAlGNO
ANALOGGNO
CASE
eND
24
":"REF
WHI
ANAloe
OUTPUT HI
ANAlOe
WlO
121
~.~v
OUTPUT lO
E)(i:~~~~~----~
r-----~----~ eND
r----41~8SB)
I
19 1
TERM~A~~~~,~~~-+-+-o~~~-GV--
1
1
LADDER
B~~~I~~-+-~;;-O::T--a:>--i
1
1
1
1
+5 +15 -15 GMO
2R
1
1
INPUTS
R
1
1
OIGITAL
2"
R
2R
1
1
REFERENCE
INPUT
.....- - - 4 - _ + _
:::8] ANALOG
OUTPUT
cose
1
161
D.A.T.A.
2R
I
-Iv
I M1GH
~~~~G~' ~------<
1
•
DIGITAL INPUTS
2R
1
R
I
2RS~~,~-wR_--< 15_ J
L(LW _ _ _
1
1
J
RSUM
ALL DIMENSIONS IN INCHES
SECTION 12. lOGIC DRAWING
PARALLEL
ENABLE
IN DRAWING NUMBER
SEQUENCE
REF 2
OFFSET NUll
A
d;-:;;;;;-;=-;----;bTIIANl1I'
TIINIiST
::":. ""
Of'IfTNU"'~
.ALOG 0U1?VT
INPUT
HOLD
REGISTER
REGISTER
OUTPUT
RESISTOR
ANALOG
SWITCHES
LADDER
OUTpUr
"'ee' 12V
"00- 12 "
OFHlTJoM.L
G""'
'O
M',VOt,lAGI2
IIIJVOlTAGl!
... ' • • OUT
~~
CLOCK
+15V
REF 1
_____
IOIITIlI1OUT
~~v~-»v
GUARD
r-----------------------~(7~I---+-f. .I...-----.:;~~,0UT2
:-C''our'
K02-123
K02-123a
"FEEDBACK
VREF IN
$ .'0
L.....--lf-, "'--4-
I
GND
ItT-I(MS8)
VOOI+I
BIT·'OILSlt
I
I
BIT·lIMSB)
K02-123 K02-123a -
N = 10
I
C).
8'T·2
o.
81T·3
I
I
C)"
, ..
VOD (+1
81T·12 (lSB)
BIT·l1
81T-2
BIT·t
I
C).
RFEEDBACK
BIT·10
IIT·3
1111-8
BIT·4
81T-7
BIT-5
BIT..
BJT·9
fI'EEDIACIC
BIT - N (LSB)
D'G'TAlI""'TSIOTL/rTLJCMOSCOWATlILE'
81T·7
N = 12
I M·tlt)'
D ..lI..T..lI..
ALL DIMENSIONS IN INCHES
IN DRAWING NUMBER
SEQUENCE
SECTION 12. lOGIC DRAWING
NOTE: PINS SHOWN AS HAVING NO CONNECTIONS IN.C.)
ARE DElETED
o
KEY K
~OJ
-16V 1
28 ZERO
.16¥ 2
"5v 3
27 SUM JeT
21 OUT
25 REF
Ne •
GAO 5
24 to\'
Ne •
2320Y
Brr, 7
22 GAIN ADJ
MS.
(MS_I
all 2 8
21 BIPOLAR
III 3 9
ZONe
an
410
81T 5 T1
" NC
18 BIT 12
Bil .,2
17 BIT
BIT 713
16 BIT 10
15 BIT 9
BIT 8 14
~~
BI12
n
BIT3
BIT 4
410-
BITS
BIT61
BIT 71
BIT81
9P.
~~
210-
lIT 1 (Mil)
liT 2
lIT 3
liT.
09
010
011
012
liT
lIT
lIT
lIT
ZlRO ADJ 71 0
71 ZERO
~
""
"
~
~
0
""
"
~
5
6
7
I
K02-127
*
BIT91
BIT 10 1
BIT , , ,
BIT 121
'k,tltD
1
02
03
04
STROBE 2
;~
2f>--J
T'--c:'..
10=
810-
+5V 2
+lSV 3 00
-15V 3
2/0
ANGARLgG 3 4~
D~~1AL36
h
0--
,5
3 REF
4: GAIN
4
r<:47 OUTPUT
46 OFFSET
45SJ
016 lIT 9
017 lIT 10
018 lIT 11
019 lIT 12(LSI)
R.' OUT 53 0
022 STROll
4310k
,~ 1-<4
25k
~
.
,,~
~~
GAIN ADJ {::
~
ANALOG OUT .7 0
OffSET OUT •• 0
SUMMING JCT .5 0
028+5V
0
10K .30
5K 420
030 +15V
032 -15V
03. ANALOG GRD
036 DIGITAL GRD
OK KEY
o
o
o
o
13 BIT 7
BIT 11
12 81T 6
BIT 12
11 BIT 5
Ref SUM JeT
10 BIT 4
INT REF IN
9 BIT 3
OFFSET
8 BIT 2
OUT
NOTE. PINS SHOWN AS HAVING
CURRENT OUT
7
20V
BIT 1
(MSR)
• Ne
tov
5 GND
INT Ref OUT
•
OUTPUT
Ne
3 Ne
SUM JCT
27
2 +15V
ZERO
AOJ
2B
1 -15V
ZEROADJ 280
SUM JCT 27 0
OUT 26 0
REF 25 0
10V 240
20V 23 0
GAIN ADJ 22 0
1-15V
2+15V
3+5V
.N.C.
05 GRD
06 N.C.
o 7 81T IIMSI)
14 BIT 8
NO CONNECTION IN.C.I ARE OELfTED
o
8 lIT
9 lIT
01011T
01181T
01211T
01311T
01.11T
o
O~::~L~~T
2
3
4
5
•
7
•
21 0
N.C. 20 0
N.C. 190
1IT12 11 0
IIT11 170
In 10 16 0
I1T9150
K02-127a
K KEY
11
12
13
l'
15
16
o--+15V
_-15V
_GND
OFFSET
ANALOG
OUTPUT
0 tN.C.1
OMIT PINS 8 AND 9 FOR K02-129a.
D ..II..T..II..
ALL DIMENSIONS IN INCHES
SECTION 12. LOGIC DRAWING
-
--,
TRIM,f
0-20on.\
MODULE CARD
PIN
PIN
-----p;:
1
2
B
3
C
4
D
5
E
6
F
7
H
8
9
FOR DIPOLAR
OPERAT10N_:
,
15
2_5kt1%
------
J
K
L
X
10
11
12
13
14
15
I
,
.J
+REF OUT
Y
U
Z
V
IN
FUNCTION
BIT 1 (MSB)
BIT 2
BIT 3
BIT 4
BIT 5
BIT 6
BIT 7
BIT 8
BIT 9
BIT 10 (LSB)
+15V
-15V
D/AOUTPUT
GRD
+REFOUTPUT
D~WlNG
NUMBER
SEQUENCE
ANALOG IN
7'
ANALOG GRO
~
69
67
AC OFFSET
65
DC OFFSET
63
OFFSET OUT
6'
BIT 1
IMSBI
~
'6
BIT 2
'B
REF OUT
J;
59
BIT 3
'9
CURRENT
BIT 4
2'
BIT 5
23
BIT 6
25
BIT 8
'"Bl
BIT 9
3'
BIT 10
R
R
2R
R
2R
R
0
2R
R
i....
'R
...
"
....
BIT 11
0,
f-
a:
DIGITAL GAD
~
40
+15V
--0
35
42
-15V
----0
33
R =50K
"
t.:;
z
0
2S
2R
52
a:
BIT 7
27
2R
OUTPUT
"
0
a:
38
ILSBI
02
VCC-
!
FEEDBACK
II:
2R
OFFSET
2R
w
....
....
-<
2R
~
2R
V RR
REFERENCE
OUTPUT
R
II:
TRIM
2R
R
2R
R
2R
R
2R
2R
IR'tIEII
MSB
20
INTERNAL
REFERENCE
14
LSB
BIT2
2
13
BIT 7
BIT3
3
12
BIT 6
BIT4
4
11
BIT 5
OUT
5
10
N.C~
GND
6
9
+15V
·15V
7
8
GND
RESISTOR NETWORK
MSB
LSB
\.
D ..lI..T..lI..
~~~~~E~CE
INPUTS
I
ALL DIMENSIONS IN INCHES
SECTION 12. LOGIC DRAWING
,3'
,51
22
2- N
2- 1
(301
(32~
(34)
il5V
GND
-15V
MSB
(49)
GAIN
R/2
15
+15~-15
201(
R**
A
2 N -'R
(LSBI
GA4N ADJUST
(OPTIONAL)
R
(MSB)
2R
~
21
22
K
19
~'~~-15
201(
BALANCE
ADJUST
(Qf>TlONAU
'0
(511
OUTPUT
':"
-REF
fU
tAEF
(45)
20K
4 QUADRANT
I
JUMPER
tJ'"
+
-15V
+15V
I
I
I
- ,
-E R
BAl (31)
(47)
2 QUADRANT
JUMPER
,1
'-----....c' , -1
-E R
":"
PIN
NO.
I
~'
L ___
........~
:
-I
In
(OPTIONAL)
':"
PIN
FUNCTION
FUNCTION
NO.
2- 1 (BOOI
-2
23
2-3 (200)
30
+1
2-4 {100}
31
BALANCE
GRD
. 2- 11 (2)
-12
VO
11
2-5 (80)
32
13
2-6 (40)
34
-15 VDC
15
2- 7 (201
45
-REF
17
2-8 \101
47
+REF
19
2-9 (BI
49
GAIN
21
2- 10 (4)
51
OUT
PIN
1
3
5
7
~========~'5----O +15
10
11
12
17
1B
21
SCALE FACTOR
ADJUST (REO'DI
2K NOM· BCD
9
11
13
14
REF OUT
BIPOLAR
9 SCALE FACTOR
\
7
AMP OUT
REF IN
16---0-15
17---OGNO
5
FUNCTION
AMP IN
~
37
40
42
43
49
51
r-------(4?
DIGITAL GAO
ANALOG GAD
+15V
-15V
10K
5K
lOUT
BAL
2- 1
2-2
DIGITAL GAD
2-3
2-4
2-5
-6
55
57
59
61
2- 7
2-B
2-9
2-10
-11
-12
66
6B
70
72
2- 13
2- 14
2-15
2- 16
t15V
EXTERNAL
BALANCE
ADJUST
lopttonal!
A,'10K
D.A.:r.A..
ALL DIMENSIONS IN INCHES
IN DRAWING NUMBER
SEQUENCE
SECTION 12. lOGIC DRAWING
'8'*1@'
-15V,,,-,,,,,,,,,,-o~+15V
+150-17
20K
-15Q--.-19
CEAMET
r - - - - - ,...___+-=S::C:..:A:.:lE=---.32
OUT
.J"'
NOM
BINARY~
BCD·
16
1
MSB-,.
.I
,-1
,-'
800
400
r- L58
K02-138
I
SITI2
I
BITll
REFERENCE
L ____ _
1112
i-__----jf--:-'0::V:..,l:.:O::G:;I:.CO
(148)*
IllSS)
I
L
MODE
119)
UNIPOLAR (18)
2-12
;
K
L-lSD
MSD-.J
PIN
K02·138a
BIPOLAR
(20)
1
,
PIN
N/C
N/e
2- 1 (MSB)
800 (MSD)
N/e
N/e
2,2
400
"
NC
2-2
NC
6
NC
8
9
,5
NC
10
NC
N/C
N/e
11
26
N/e
,,3
N/e
12
13
14
27
28
2-9
'00
2-4
2,5
10
2,6
11
'"
100
1M 5V LOGIC
80
2-12
IlSS)
40
2- 11
__________
2- 1
2"
14
2- 10
15
2- 11
16
2- 12 (LSB)
121)
OFFSEP20K CERMET
10
13
BAl
IMSS)
20
2-8
12
~---..""_I--4V\I\r----1~-,O:.:U:.:T-,P-=U-,-T--O (23)
K02-138a
K02-138
3
FUNCTION
KEY
• Ground 14A for 5V LOGIC
Ground 148 for 10V LOGIC
Optional - make no connection
if unused.
1 (LSD)
14B
10V LOGIC
16
17
211
2-12
18
UNIPOLAR
19
MODE CONTROL
20
BIPOLAR
21
22
'3
'254
BALANCE
NC
OUTPUT
SCALE FACTOR
17
+15V
+15V
19
-15V
-tSV
26
-15V
30
OUTPUT
OUTPUT
27
GRD
32
GROUND
GROUND
2B
t15V
NC
'8+'1"
-15V
+5/+15v
MSS
BIT 2
BIT 3
BIT 4 4
OP AMP
OUTPUT
,-,
BIl.5 9
BIT610
BIT 711
BIT 8 12
BIT 9 16
BIT 10
'"
BIT 11 lS
,,
I
-15V
---
I
~~- - - - - - - - - - - - - - - _" - - - - - - - - - - - - __ 1
'~o~!~ OF FSET ADJ.
71lEAO
~
0
'"
'"
~
u
a'"
"'
i<
t;;
z
"'a
t;;
el
"'
BIT 12 19
53 REF
STROBE 22
A • ANALOG GROUNO
----0
,----j---
49 GAIN
48
47 OUTPUT
NOTE 1.
A. FOR TTL AND OTL COMPATIBILITY, CONNECT +5 VOLTS
TO PIN 1 AND LEAVE PIN 2 OPEN.
B. FOR LOW VOLTAGE CMOS COMPATIBILITY, CONNECT +5
VOLTS TO PIN 1 ANO SHORT PIN 2 TO PIN 1.
C. FOR HIGH VOLTAGE CMOS COMPATIBILITY, CONNeCT +15
VOL 1S TO PIN 1 AND SHORT PIN 2 TO PIN 1.
NOTE 2. RESISTOR VALues IN PARENTHESU ARE FOR BCD veRSION.
+5V
28
+lSV
46 OFFSET
45 SJ
43 10k
42 5k
-lSV
AN~~gG 34
DIGITAL 36
GAD
D.A.T.A.
ALL DIMENSIONS IN INCHES
SECTION 12. LOGIC DRAWING
SEQlJENCE
r-------~r-----------------------~----------~,ffil5
r
POL.
IN DRAWING NIIMBER
V'
I
INV.I"". ,..
I
MSBMOD. L
22\---------------,
MSB
OFFSET CURRENT
REGULATOR
t~
R,
6.6V
FEEDBACK
B.W.
CONTROL
~
'.
RESISTOR
~
"" 5.3V
;!
a
SUMMING
c
v-
~
~
~
~
NETWORK
:
:.
3.0V
LOW VOLTAGE
REGULATOR
~5.3V
~
CASE
LSB
LSB
13 } GND.
T.P.1
12
'8'*'10
. .
lIT •
Ill'
-
,
,
I.t l
liT'
Y'
I
TOI>R(CISIQN A(SISTOAS
D..lJ.T..lJ.
"'"
ALL DIMENSIONS IN INCHES
IN DRAWING NUMBER
SECTION 12. lOGIC DRAWING
",1
SEQUENCE
'8It
ANALOG
OllT
f - -............O
"'PUT
OIGITAL
BUffER
INPUTS
CONNECT
LOGIC
OTl/TTL
COMPATIBLE
OlL/TTL
JUMPER FOR
UNIPOLAR
COMP
OUTPUT
(all TO +Iovi
I
CONNECT
~
JUMPER FOR
+15V -15V
K02-144,g
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
BIT 1 IMSBI
BIT2
BIT 3
BIT4
BIT5
BIT6
BIT 7
BIT 8 (LSBI
+15V POWER INPUT
FULL SCALE TRIM (21
COMMON GROUND
ANALOG OUTPUT
NOT USED
NOT USED
NOT USED
NOT USED
NOT USED
NOT USED
NOTUSED
20 NOT USEO
K02-144a,h
BIT 800 (MSBI
BIT 400
BIT 200
BIT 100
BIT80
BIT40
BiT 20
BIT 10 (LSBI
+15V POWER INPUT
FULL SCALE TRIM (21
COMMON GROUND
ANALOG OUTPUT
NOT USED
NOTUSEO
NOT USED
NOT USED
NOT USED
NOT USED
NOT USED
NOT USED
NOTE 1: NOT USED ON CURRENT OUTPUT MODELS
Ro ' - 1.3
I
I
(t5vl
PIN
I
I
DIGITAL
INPlITS
I
BIPOLAR
OUTPuT
K02-144d
±EFS
RT ~ tRO Em
DIGITAL
lNPlITS
'" -E REF
+15V -15V
INPUT/OUTPUT CONNECTIONS
K02-144b
K02-144d
K02-144c
BiT'l (MSBI
BIT2
BIT 3
BIT4
BIT5
BIT6
BIT 7
81T8 (LSBI
+15V POWER INPUT
15V POWER INPUT
COMMON GROUND
ANALOG OUTPUT
- IN (SEE NOTE 1I
+ IN (SEE NOTE 1)
OFFSET (SEE NOTE 11
NO CONNECTION
NOT USED
NOT USED
NOT USEO
NOT USEO
BIT 800 (MSBI
BIT 400
BIT 200
BIT 100
BIT80
BIT 40
BIT 20
BIT 10 (LSBI
+15V POWER INPUT
15V POWER INPUT
COMMON GROUND
ANALOG OUTPUT
NOT USED
NOT USED
NOT USED
NO CONNECTION
NOT USED
NOT USED
NOT USED
NOT USED
BIT 1 (MSBI
BIT2
BIT 3
BIT4
BIT5
BIT6
BIT 7
BIT8
81T9
BIT 10 ILSBI
NOTU~ED
NOT USED
+15V POWER INPUT
15V POWER INPUT
COMMON GROUND
ANALOG OUTPUT
IN (SEE NOTE 11
+ IN (SEE NOTE 1I
OFFSET (SEE NOTE 1I
NO CONNECTION
K02-144e
BIT 800 IMSBI
BIT 400
BIT 200
BIT 100
BIT 80
BIT40
BIT20
BIT 10
BIT8
BIT4
BIT2
BIT 1 (LSBI
+15V POWER INPUT
-15V POWER INPUT
COMMON GROUND
ANALOG OUTPUT
.NOT USED
NOTI,ISED
NOT USED
NO CONNECTION
K02-144f
BIT 1 (MSBI
BIT 2
BIT3
BIT4
BIT5
BiT 6
BIT 7
BIT8
BIT9
BIT 10
BIT 11
BIT 12 (LSBI
+15V POWER INPUT
-15V POWER INPUT
COMMON GROUND
ANALOG OUTPUT
IN (SEE NOTE 11
+ IN SEE NOTE 1
OFFSET SEE NOTE 1
NO CONNECTION
NOTE 2: CONNECT PIN 10 OFK02-144gANDK02-144hONLY TO -15V POWER
l1OOO
+15VDC
-15VDC
GND
"OL lAGE OUTPUT
- lNPUT
... INPUT
INPUT
BUFFER
PRECISION
LOGIC
OTl/TTL
LADDER
RANGE SELECT
NETWORK
COMP.
CURRENT OUTPUT
OFFSH (BINARY ONLY)
REFERENCE OUT
REFERENCE IN
•
BCD
CODING
(K02-145a
160 ONLY)
RI
R2
R3
R4
K02-145 5S5A 5
5 5.t>.
K02-I45 889.1'1. 8K 952.1'1. N.V,
D.A.T.A.
ALL DIMENSIONS !N INCHES
SECTION 12. lOGIC DRAWING
+12VDC to +15VDC (VODI ·12VDC to -15VOC
@
@
GA,?
@
SUMMING
r---------4@)JUNCTION
r------1@RI1
~~""UV"..",RV'2'Ar----i@ RI2
r------c"-",, Ar-----1<19OF FSE T
f------jIt1)
REFE,':..ENCE
I--------l@ REFg~~NCE
+l~VOC
-l~VOC
DIGITAL
INPUl5.
OTllTTl
COMPATIBLE
t15v -\5V GNU
BIT 1
.s
ANALOG
QVTPUT
OIGITAl
INPUTS
VOL TAGE
REfERENCE
81T I'}
SOURCE
K01-149
DIGITAL
INPUTS
INPUT
BUFFER
lOGIC
OTL/TTL
COMP
PRE
ELEe
TAONIC
CISION
LADDER
NET
WORK
REF
IN
D.A..T.A..
Ref
OUT
ALL DIMENSIONS IN INCHES
SECTION 12. lOGIC DRAWING
IN DRAWING NUMBER
SEQUENCE
ANALOG
GROUND
+15V
+t5VCO -15veo
e
~
POWER GND.
POWER
@
ANAl.OG
OUTP'u"f
A'5V
POWER
MS. , r--4
,p
.~
, 1--1
•'1--1
r---t
• r--<
• r--<
,.
r--4
", 1--1
r--<
DIGITAL
INPUTS
SK
INPUT
BUFFER
LOGIC
DTUTTL
COMPo
r;:;; ~
I-~
5K
PRECISION
WEIGHTED
NETWORK
ELECTRONIC
SWITCHES
Rn
TC Matchett
}
FEEDBACK
FOR
EXT. AMPUF'IER
BIT
,
BIT BIT
2
J
fO.
..... ANALOG OUT tHO
ANALOG GND. (1.0,
,
, f:j
,
~
LSB
" r---t
,
r-------~--,
I
I
I
I
,
PRECISION
VOLTAGE
REFERENCE
SOURCE
I
,L... ___ . _ ,_____I
+15VDC
S
""
:6~~'"
K Ro ~
""
ReFERENCE OUT
OFFSET
our
REFERENCE IN
-lSVDC
~~
K02-152
-15v
DIG,TAL
If\lPUTS
eTc-fTTl
COMPATIBLE
K02-154
OllITAL.
I"'UT,
DTLITTL
CO.PAT1.U
-itlEI':
, •. I
D.A.T.A.
+111:"
." Z
ALL DIMENSIONS IN INCHES
IN DRAWING NUMBER
SEQUENCE
SECTION 12. lOGIC DRAWING
,M..
.,5V
0-:
.15V~
..
ANALOG
OUTPUT
GND~
ANALOQ
GROUNO
BIT 1 BIT 2
BIT 3
BIT 12
\MS8) ..
+
PRECISION
LADDER
NETWORK
ELECTRONIC
SWITCHES
INPUT
BUFFEA
LOGIC
+-_______
-(5
powER ..
SIGNAL
GND
I.POLAR
1-------------£:21 OFFSET
ADJUST
REfE"ENCE
OUTPUT
GAIN
ADJUST
1+6.2Vl
K02-159
FUNCTION
PIN NO.
2,11MSBI
,·2
,3
,.
,.
,.
,.
,.4
2"
,·6
,7
,·a
,.
19 Common
i;)
Ii!
.E
"
23 lOUT I
I Jumpll'lor
~
I
.~~
g
~~
~f
.mu
~
.......
loulpUlunltll
'5 -SJ
I
-r
I
~
~
13
,,
10
Z,10
11
2'11
"
2,12 1lSB )
13
GRO
14
OUT
16
aa.
CONSTANT
OUTPUT IMPEDANCE
4.251<
.,.12
T'
TOO
T"
(LSDI
T'
IMSB)
~IOORO
K02-160
Opl;......
I
'4 VOUT __
....!_
G';n
j.QiJ.Il.--1
I
'--...,r---.1J!!.-O- - -;- ~-- -11(~n
PIN NO.
:
I
I
L
_:<>:+">-....._--Vvv-_ _ _-:f.'' 1.!-''O' 'FFSET
'Not used on BCD Models
I
I
Optional
OIfN'
AdjUil
JOOkn
.Jr.a ·'SV
-
FUNCTION
.. ..
.
..
.
liT 2
lIT
•
L.,~-i'Okn
liT •
• tTI
~ -0 -,"v
1
11
12
13
1.
IS
,.
16
17
liT I
SCALE FACTOR ADJ.
OFFSET ADJ.
+tSY
-11V
GND
,.'
OUTPUT
rOO
liT 7
liT a
lIT lit
BIT 10
BIT 11
r'
-,,-,
LS8
D ../J..T../J..
AU DIMENSIONS 8N INCHES
-_._ ...... _-_.
~~~--
SECTION 12. lOGIC DRAWING
1:101 LADD. TERM. 1 - ; -
-; -
1101
-;
~--v;""'~=~=---o1271
IKI
L
,.'0,.8
2-6
_ _ _ _ _1
,.3
J11I rn161
ILS8I,.'2_
2524'23 2' '8 '6 '6'4'3 "
A. OPTIONAL - MAKE NO CONNECTION TO
PINS 131 AND 1241 IF UNUSED.
B. LOGIC CONVENTION,
TTL "LeY' CONNECTS LADDER
SWITCHES TO REF. A
TTL 'HI" CONNECTS LADDER
SWITCHES TO REF. B.
9
,*·tl'+j
9-------. 'OUT
0 1281
BIAS
0(241
+ 15V
0 1261
0 1251
10·SOmA 140mAI
15
10FFSET A 1221
-15V
GND
12'1
REF. B
1191
REF. A
10UTPUT
1231
10FFSET 8
1201
1271
RA
I
I* ~~~~~H~~~~Es~~~m
1
IMSBI
I
66 6"ob666 66 ---6"b-rr
ILSBI
DIGITAL
INPUTS ~ tt3 12 11 10 9 ~ 7
6
5 4
3
2}
~+MAKE NO CONNECTIONS.
20
Kn
20
Kn
K02-165
'0 (OTO -
OUTPUT
12 rnA)
4-
INTERNALLYCOMPENSATF.:O- -
CONTROL
AMP
LSB
" - - - - INPUTS
MSB
----.J
GND 2
28 RTERM*
27 SUM JeT
26 OUT
25 -REF OUT*
24 OFFSET
23 BIT 10
22 N.C.
21 arT.
20 N,C
19 N.C
18 81T 8
17 N.C
16 arT 7
15 81T.
D ../J.T../J.
ALL DIMENSIONS IN INCHES
SECTION 12. lOGIC DRAWING
12
13
11
......--014
10
~15
9
16
8
t-~--o17
IN DRAWING NUMBER
SEQUENCE
COS OUTPUT
REFERENCE
INPUT
SIN OUTPUT
QUADRANT SWITCH
7
6
14.n DIGITAl
-...
-------,
r-----
5
I
I
I
I
I
4
I
I
3
22
:~~
1
24
....
AU• •
u--+--,
2
•
-~~~
-+--'
I-------L---,
oco •
L_______
~
111~.I2' .....
j----j--~ III
M
. . . '" - • • , , . . ,
S'· . . . . M ... " _ . '
U-A"III.tSlNIB-o·2WI
I
L _______________________ ~
DIGITAL INPUT ANGLE 1.
S.S.C.T.
M
OlGlTAllNPUT AHGLE •
D.A.:r:A..
ALL DIMENSIONS IN INCHES
SECTION 12. LOGIC DRAWING
IN DRAWING NUMBER
SEQUENCE
'B·tl'II
DUAL POWER
AMP & HEAT SINK
PIN CONNECTIONS
+5!~~~
logic BIT 2
Inputs BIT 3
BIT4
Comp
{E
Tr_istor C
'~-":jSYNCHRO
B;~~D!C
BIT 2 Ref.
BIT 3 ReSIstors
BIT4
BASES (-4.4VI
OUTPUT
:3 OUTPUT
~~-+__~~"'__-4__~S2
14
TEMP.
SENSOR
EXT.
ENABLE
(MSB)
!tITl (Wl~~
L
3
4
v_
SET CURRENT
s
•
7
2R
8
l>~""
'"
9
R
2R
10
2R
"
II
2R
,.,
2R
..
R '" 60K
OUTPl,IT
°1
°2
Vee-
FEEDBACK
OFFSET
2R
'5"
!IT ... (l$t,)
2R
~RR
2R
REFERENCE
OUTPUT
2R
TRIM
"'~"O(.
tl~VI)C.
-1!tVoc.
Co_
2R
2R
K02-173a - BITS 14 AND 15 AHE
NOT CONNECTED.
D.A.T.A.
(LSB) 2R
R
2.
REFERENCE
COMMON
GND.
ALL DIMENSIONS IN INCHES
SECTION 12. LOGIC DRAWING
IN DRAWING NUMBER
SEQUENCE
IR'tlr(MSB)
Bit I
6.3V Ref.
Out
Bit 2
Gain
Adjust
Bit)
+15 VDC
Bit 4
Zero Adj.
(MSH)
Bit I
Hit 2
Bit 5
Aef. Out
R2(20Vl
Common
Gain Adj
Summing
Bit 4
lout
Hit 5
Common
Juction
Bit 6
20V Range
\lit 7
10V Range
Bit 6
-ISV
Bit 8
r;fr~~r
Bit 7
+SV
Bit 9
Ref. Input
Bit 8
Geln Adj.
Blpol.r
Offlet
Vo1ta~~
Bit 10
Bit 9
Output
No Pin
Note 3
+5 V[)C
'---------"(111) BIt 10
Bit 16
(LSB)
-ISV[)C
Bit II
~I;;;;;::;::;::;::::!...:;::=====::I~ Bit 9
+ISV
Hit 3
Sum. Jet.
Output
+6.3 V
Ref. Out
Bit 12
(LSB)
Note 1: Amplifier not included in current output
models.
Note 2: 3 k!1 for CCl) models
5 k!1 for CBI models
Bit 10
Hit 15
Bit II
Hit 14
Hit 12
Bit 13
*" R(o' =
Note 3: +5V supply input may be connected to
+15V supply if +5V supply is not available.
This will increqse internal power dissipation
by 200 mW.
, - - - - - - - - - - - - DIGITAL LOGIC
lise
IITt
1IIT1I
tlT4
tIT,
2
11
4
II
1Nl'IJTS----------.
•
10
Sk (eSB)
10k (COH)
8k (CCD)
COIIN[CT
TO R".
OUTPUT
Ie
12
D ..II..T..II..
ALL DIMENSIONS IN INCHES
SECTION 12. lOGIC DRAWING
LSO
00
.SO
01
02
0'
O'
05
06
07
r--I~-+~-1-1~-I~-+-f--H~-I~--~"~V"EF
lOUT
(+1 <>-,14~_.--+_ _---,
VittI' (-J <>-::15+--+-:'<
16
CQMP
LOTR
RFB1
10·BIT MULTIPLYING D/A CONVERTER
RF82
IOUT1
ICUl2
OAC REGISTER
11
12
13
"15
REFERENCE
SOURCE
LDAC
RESISTOR
NETWORK
16
HBS
LBS
SRO
SRI
17
10
sea
DB? DB6 DBS DB4 DB3 082 DBl DBO
(LSB)
K KEY
ANALOG IN
-15V
rn1'UT"
2
+15V
5
GNO
1
MSB
•
BIT 2
OUTPUT
LSB
BIT 11
BIT 10
20 0U'f1S0't
81T9
4Q OFFSET
-VIN
BIT8
BIT 7
BIT 6
D ..lI.:r.A.
21
I.
I.
10 MSBIN
"
11 BIT 3
16
13 8114
12 ~OUT
14 BIT 5
ALL DIMENSIONS IN INCHES
SECTION 12. LOGIC DRAWING
'a·tJi:ii
BIT 8 14
15 BIT 9
BIT7 13
16 BIT 10
BIT 6 12
17 BIT 11
BITS "
BIT410
18 LSB
BIT39
21 BIPOLAR
OFFSET
BIT 28
22 GAIN ADJ.
MSB 1
STROBE 6
23 20V
GND 5
~
24 lOV
+5V 3
+15V 2
0--+- +5V
26 ANALOG OUT
~+15V
27 SUM JUNCT.
-15V 1
0--+ -15V
28 OFFseT
ADJUST
KEY
tc
25 REF. OUT
0
la·tll:iI
(19) Register Enable
+15V
-15V
GNO
191
1101
1111
(241+6.3 V
REF. OUT
III
MBS 111
I)) POLARITY SELECT
(231 GAl N ADJ
BIT 2
121
BIT 3
131
BIT 4
(4)
(221+15 VDC
(211 COMMON
(8)
SUMMING JUNCTION
(7)
RANGE SELECT
BITS
1121
151
(3
BIT 6
161
BIT 7
171
(BI
BIT9
(91
0:
~
«
UJ
0::
~
~
i!:
0:
""«
...J
....
iii
~
R29.1K
:r
w
0::
CI
BITB
'"
0
;;: U
1;; ....
z 3:
w
OUTPUT
R19.1K
0::
w
t;
(2015UM. JCT.
(191 20V RANGE
NOTE 1
118110V RANGE
....Z'"
(171 BIPOLAR
OFFSET
UJ
0:
0:
:::l
"z
.1161 REF. IN
0
«
BIT 10 (101
LSB
BIT 11
(111
LSB
(121
111 121 (3) 141 151 161113) 11411151116){1711181
DIGITAL INPUTS
+
(151 VOLTAGE
OUTPUT
(141 -15 VDC
-=
(13) +5 VDC
I
0,
DIGITAL
INPUTS
0,
0,
0,
1
1
'0
I
D.A..T.A..
ALL DIMENSIONS IN INCHES
SECTION 12. LOGIC DRAWING
+15V GND -15V
5K
5K
r-~AA~-,~~~--C20VRANGE
BIT
L - - - - -__-i:J10V RANGE
1
PIN FUNCTION
1 BIT 1 IN
2
IT 2 IN
BIT 3 IN
4 BI 4 IN
5 BIT 5 IN
6 BIT 6 IN
7 BIT 7 IN
8 BIT 8 IN
9 BIT 9 IN
10 BIT 10 IN
11 BIT 11 IN
12 BIT 12 IN
PIN
13
CURRENT
SWITCHES
14
15
16
":>----i:JvOL T.
THIN
FILM
RESISTOR
NETWORK
OUT
~-f~-----------1pCURRENTOUT
18
19
12
20
21
22
23
24
,..----'WI.M.------jP BIPOLAR OFF.
~----4:>GAIN ADJUST
REF. OUT
REF. IN
'(i·tJI'•
LINE
RECEIVERS
MCl020
R FEEDBACK
REF
+VOO
IL5BI
2- 10
2-9
2-B
2- 7
2-6
16
15
14
13
12
11
10
9
lOUT 1
lOUT 2
GND
2- 1 IM5BI
6
7
B
r2
2-3
2- 4
2-5
BOTTOM VIEW
GROUND PINS 12 & 13
FOR 8 BIT OPERATION
!IVOLT
INTO 500R75 OHM
+VDDe>-V REF
K02-191a
25K
$OK
t
Y,
25K
25K
50K
SOK
S1
52
50K
S3
510
GND
I
I
I
CLOCK
I
I
I
I
I
I
I
I
I
I
I
I
I
I
I
I
6
2- 1
IMSBI
50K
6
2-2
IOUT2
I
I
I
6
2-3
I
I
I
I
6
2- 10
IOUT,
25K
R FEEDBACK
SWITCHES ARE SHOWN
IN THE HIGH STATE
Il5BI
'3'*1%'
PIN
NUMBER BIN
1
2
3
4
5
6
7
8
9
15
16
D.A.T.A.
2-1
2-2
2-3
2-4
2-
2-6
2-7
2-8 LSB
.2
.1
.08
0.04
0.02
0.01
+ 5VDC
+ 5VDC
OUT
GRD
OUT
GRD
ALL DIMENSIONS IN INCHES
SECTION 12. lOGIC DRAWING
4-+......++......+-+-+-l~ SUM JeT
'--+---4~--I--c ~~d~lOG
'--+-~Hf----+---+--I-=------l"i
-18
K03-18a
CKT X
N
ABC
Z
14 1 13
41 9 38
2
1 20
7 15 -4
14 1 13
D
15
37
19
3
15
E F G H J K M N P
5 7 6
12' 11
9 10
39 44 40 42 8 50 47 45 46 43
21,26 22 2 30 32 29 27 28 25
5 10 6 8 14 16 13 11 12 9
12 11 9 10 -4 3 2 6' 7 5
Cin Cout
14 15 1
12 11 10
2 3 5
9 8 7
16
16
16
16
6
6
6
6
vee
5
GND12
GND
All
5,
811
L-----------------~~------------------~------~~:·ND
CKT NO
1
I 12I Bll Iii ••
All A
14 1
13
15
6. co. s.ls.lvccJcOMl
12
11 9
10
16
81
CKT NO A.IE, Ie. Fio• s. 5. vce COM]
2
D ..lI..T..lI..
2
3
-4
6
7
6
16
8-'
ALL DIMENSIONS IN INCHES
SECTION 12. lOGIC DRAWING
DRAWING NUMBER
SEQUENCE
Vee· PIN.
GNO • PIN "
__
,:::.
'~I
...........
........+-L:.J
YI
Y2
""""====-_
YC ....
CIN<>--------K03-22
MP
K03-22a
'8·1111
o.
,.
..
.,
5 6 8 9 10 1 1 13 14
9 10 12 13 14 1
2 3 4
5 6 8 9 10 11 12 13 7
7
11
14
c
I~I'II£:I
Vee
Co
4
5.
A.
0,
4
L
4.5 k
4.5 k
4.5 k
4.5 k
5,
A,
C out
~~-------~~7
•
5,
A,
5.6 k
0,
5,
A,
C,
(CARRY-IN)
A 8
B 9
6
Vee
= Pm
4
OND = Pin 10
Input Loading Factor
A. B
2
ein. Pins 11, 12, 13'" 1
11
Output Loading F actof
MC4326
MC4327
15 MTTL I Loads
7 MTTL I Loads
MC40?6
12 MTTL I Loads
MC4027
6 MTTL I Loads
10
GND
Cin3 '4
G>inl 13-~-"L--'
C in2 1 2 - - - ' 1 - ./
C in1
X1
X2
11
3---~---~
2
-_ _ _ _ _ _ _- J
A 0----'-"
B 9~~-l-/~-L-<
/'~-..- 6
V
Wout
ee ·PIN4
GND - PIN 10
D ../J.T../J.
!!)
SUM
ALL DIMENSIONS IN INCHES
SECTION 12. lOGIC DRAWING
IN DRAWING NUMBER
SEQUENCE
6215
A214
A1 2
7 S A2
1
61 3
6
C1 4
C2 12
5 Co
S
9
62 13
S
10 S
11 Co
'3",,1
INPUT'
----''----.
,It.
ttrIPUT
Me
'c.. 't...,
tI
IM'UTI
v~o-~~--~~--~~-.----~-------------.--------~~------~I
0UTl'UT
u:
OlIO
0UfNTI
C"O-~~--~------------------~
OUTPUTS
INPUTS
•
o-.......~--~-------------+~
Ao-~~~~-----------~
~}TOOTHER
AOOER
GNOO--~;.h'---------••
D.A.T.A.
ALL DIMENSIONS IN INCHES
SECTION 12. lOGIC DRAWING
All
AB
IN DRAWING NUMBER
SEQUENCE
SUM
C
,.
Vee
275
Reslnor values are
nominal
I
,.41-l-!,._4~~
k
"
~-r--
-
I
__.----r-----r--------------~------~-r--~~----~-o~
5
14
K03-40a ONLY
D.JJ.T.JJ.
ALL DIMENSIONS !N -INCHES
------ -
~---~-~-
SECTION 12. lOGIC DRAWING
A2
92
~
COM
14
13
12
11
IN DRAWING NUIIIBER
SEQUENCE
,
.,
A,=a=t>-----;r)
4
II]
5
UBatt
6
rZ
7
8
82
AZ
CARRY
RESET
.a.
]TO
ADDERS
CLoe
-------1
L_
1
fAODERI-- - - - - - - . - - - - -
i4·p"1
----~
--------- I
I
I
I
I
)<>-_ _-oC4
-----------~
] ~~DERS
'l>o--r-{>---!----f-- • a.
14
co
A
03-50
K03-50a
D.A.T.A..
10
5
2
3
4
8
3
1 1
3 14 12
2
7
6
0
6
3
2 15 11
4
7
-4
9
6
1
1 13 10
GND
vee
,
8
16
ALL DIMENSIONS IN INCHES
SECTION 12. lOGIC DRAWING
I l AZ 8 2
II
CIRCUIT VARIATIONSl OR U.
K03-55
Cin'~- - - - - - - - - - r - - - r - - - - , - - ,
A"·~5_ _~~
A2:.-'_--r-;
2
B2;;...J---l--LJ
A3~3
__
-r~
B31~·~==~:=~--~ittt~~==~
A4~
B. 60--'----I--Lr
D.A.T.lI.
ALL DIMENSIONS IN INCHES
SECTION 12. LOGIC DRAWING
IN DRAWING NUMBER
SEQUENCE
10-.,f-+\--L.J
A'
11 ........0+-<--'
8'
VCC-5
9
2
I,
13
GNO-12
CI RCUIT VARIATIONI
.--__----J[)--I'
.,
8,
\-----JD-I,
8,
A,
Az
82
~+---------~----c.
CI RCUIT VARIATION m
CIRCUIT VARIATIONn
K03-58
AI
BI
C,
D.A..T.A..
COl
ALL DIMENSIONS IN INCHES
SECTION 12. lOGIC DRAWING
B4
116
1:4
C4
1~
C3
14
13
GND
-'12
Bl
ill
Al
...
Voo
B
Pin 16
1:1
10
9
Il-
f!.
2
3
4
A4
1:3
.113
B3
1
5
VCC
16
7
8
1:2
B2
A2
VSS-Pit'\8
GND NC
14
13
5. CtJl.YC1~~Y B.
12
11
10
9
A.
8
13
1
NC
234
5,
CtJr
C1~,RY
5
6
B, A,
12
11
I.
7
Voo
~~SUMOUT
CA~CARRYOUT
82 (21
.u(31
.1 (SI
Al (51
CO 171
Vee - PIN (6), GND - PIN (8)
"
13
~--------..-<>
c;;,
10
12
K03-63a
D.A.T.A.
ALL DIMENSIONS IN INCHES
IN DRAWING NUMBER
SEQUENCE
SECTION 12. lOGIC DRAWING
Vee
r
A
K04-6
'F
:~F
D~E
E
:N
A
PIN
I
FP
2
4
OMM
5
0
A B
K044
F
7
V
C
K044A
C D
A
1 2 3 5
P 2 3 4 7
1
P 1 2 4 6
K046
K046a
K046b
I 2
C 0 E F
4 6 7 9
0
5
I 2 " 5 6 7 4
2 3 4 6 7 9 5
1 2 3 5 6 7 4
CC PKG STYLE
10
FP
8
10
8
eN
FP
eN
ElF VAA COM
4
7 6 8
5
9 8 10
6 8
4
5
9 7 10
4
8
:~E
c
F
D
~~'
K05-19
PKG
CM,M
~-
CKT
1
A
4
B
6
-~- j1~
C
5
tu!- ~
~. Iy{- 6 5
2
9
D
E
3
2
~- l4-
3 2
10 12 13
CKT NO.
I
1
K04-12A
I
2
K04-12 B
1
2
K04-12
B
CKTNO. A 8 C
FP
2
I
2
o
I 2
II 12 1514
852
910 1312
5 4
D.A.T.A.
E
3
13
4
A B C
4
2 3
1 14 2
8 7 6
3 4 5
10 II 8
0
7
5
3
5
6
9
E F COM
8 9
5
6 7
4
1213 4
10 9
1 2
7
1312
CC
10
8
"
14
KG.
FP
eN
MP
FP
•
1/
ALL DIMENSIONS IN INCHES
IN DRAWING NUMBER
SECTION 12. LOGIC DRAWING
SEQUENCE
A~
_
B>-j~e
Vee
e
KG. CKT.
A
B
FP
2
5
3
•
7
1
2
3
1
2
K05-21
MP
1
T
:::!
8
FP
1
MP
•
2.
•
1
3
5
2
3
A
K05-21a
B
1
2
3
•
--.•
B C VCC1
12
7 10
13
eOM
MP h<-4~+";l4;.+.,~'-J 14
7
10
12
1
3
C
1
10
Vcr. COM
•
I.
11
7
I.
• •
2
11
8
13
2
•
14
7
5
2
13
KOS-29
Vee
r------l51
Vee
lSI
B
B
B
eK'[N( AB eOM
I
II 7
1915
2
I.
3 12!~ 152
4
3
lS liiil~
6
B
i~
9 STROBE
7
v·
8
3
10
R"
'lO
. . .-
....- - OUTPUT
.,
'"
t-----t---t----...- ....- - - -
D ..IJ..T..IJ..
GROUND
ALL DIMENsIONS IN INCHES
IN DRAWING NlIMBER
SEQlIENCE
SECTION 12. lOGIC DRAWING
OMIT ON A
PKG CKT
K05-39 CN
1
2
3
P
1
2
3
A
C
2
4
6
5
8
9
1 10
8
7
9
10
11
14
4
'3',1"
1(7)(7)
HV
1':~:IU~o--.,..,.~~~~---t:::
EXPANDER
11)(1110
INPUT
,------+-------<>
191!9111<>-_ _ _....J
INPUT
IIOJ~~;~~
t.
(2)12/
OUTPUT
, - - - - + - - - - - 0 5 (5115)
INVERTING OUTPUT
o----__.J
92S
:::t---,..-....... . - + - - - - - o 2 (31 13)
EXTERNAL
PROGR ... M ..... ,NG
SOURCE CURRENT INPUT
.t 560
~
'----+-----~___t---1__-1__--_+_-==~_C7
RESiStOR
(6116)
OV
L.-~-------~-~----_~
PIN NUMaEAS
FOR
THE VARIOUS ENCAPSULATIONS
2· DUAL -IN- LINE
131- FLATPACIC
ARE
SHOWN
__--.-4---~ 5 i ~d
CUTP'.;
121 •
NON-INVERTING
INPUT'
131 ]
INVERTING
r
1
0--------11:::
0----------1---
7 In
ov
INPUT 1
414)
!>TAOBE 1
6 161
-ov
135
675
270
''0
110
>--_-I_+_~
10(:01
OUTPuT 2
IUIIJo-------HK
+Vl.
NOIII-INVERTING
INPUT :I
!l2J I Z o - - - - - - - f - - + - - l
INVERTING
INPUT 2
<-___________-1--0
--i»---;====:::[)
l ___~____~__-t>~
r
____~OUTPUTA
(2)
V cc
'
4Y
4A
4C
1Y
'A
,C
3C
3A
NC
3Y
INPUTS
IS)o--P--t====:O
OUTPUTS
-+-r>O------17I
~---f::---........
VCC-S
GND·4
Vee 2
K05-69
2C
2A
2Y
GND
VCC2
Vcc,
Ne
1Y
Ne
1A
NC
2Y
E
2A
INPUT A. _ _ _ _ _ _. . . .
+~
INA .. t [It _ _......_~......J
~-4-----------~
______ ____
~
QHO
NC
GND
K05-69b - SAME AS K05-69 WITH POSITIVE LOGIC AND.
}
Toon'iEA
DAHJER5
1A
D.A.T.A.
2A
GND
AlL DIMENSIONS IN INCHES
SECTION 12. LOGIC DRAWING
VCC2
lA
lEl
lE2
2A
2Y
GND
10
Vss
4A
4E
4C
Vss
3C
3E
3A
lNO
lWE
lNl
lRE
1Y
Voo
'Het.tMl
V
11,2,6,7,9,131
f14, 3. 5, 8,.10,12)
C
A
11,7,8,141
A
TO OTHER
TO OTHER
DRIVERS
TO OTHER
DRIVERS
TO OTHER
DRIVERS
141
DRIVERS
GNo
141
GNo
lA
lE
lC
GND
2C
2E
2A
CE
1Y
2Y
2A
GND
3A
3Y
4Y
'Hofl:1
8
D ..II..T.A.
ALL DIMENSIONS IN INCHES
SECTION 12. lOGIC DRAWING
1Y
2Y
K05-.85
r---_>----~
4K
'co
1.6K
OUTPUT
IN DRAWING NUMBER
SEQUENCE
SECTION 12. lOGIC DRAWING
INPUT I
MTTL E5 9
MTTL E4 10
Q4
MECL
Toggle
to
MTTL
Flip
MECL E311
INPUT 2
Flop
C
MECL E2 12
MEClE113
3 2 5 4
0404 +-
MTTL
Out
OUTPUT 1
OUTPUT 2
•
'".
(tURfI(NT INPUT!
OUTPUT A
\6
mm
V"
"
Nt
"
OUTflUT ..
K05-90
HlllET
Il
IZ
Nt
GH.
"
mmII
Ne
Il
OUTPUT A
OUTPUT.
IZ
'''UET
OrsAilE
K05-90a
Ne
Ne
"
\0
GNO
Y"
'",
OUTPUT.
(CURRENT INPUT'
DIS.IU
OUTPUT 8
Ne
ON.
GN.
IN'UTI
INPUt ..
INPUT B
IMT A
•••
.N.
.N.
'N•
TOl!-VI£W
TtW~EW
'''(SET
v""
Ne
VI
NC'
V2
Ne
YCC2
K05-91
Vee,
vo..
Vee,
TO OTHER {
DRIVERS
.e
AI
VCC3
A2
GNO
Ne
TOP VIEW
Vee,
VI
V2
Vee,
Vee,
Y4
..
2E2
2EI
\3
Al
12
V,
Vee,
OUTPUT
INPUT A
V
ENABLE E1
ENABLE E2
K05-91b
TO OTHER {
DRIVERS
K05-91a
GNO
AI
VCC3
A2
TOP VIEW
D.A..T.A..
GNO
V""
VI
.,
ONE Of 4 SHOWN
11
lE2
A2
TDIVIEW
I
ALL DIMENSIONS IN INCHES
SECTION 12. lOGIC DRAWING
RESISTANCE VALUES ARE IN OHMS
GROU"'EJ' "
TRIGGER 2
7
OUTPUT
3
6
RESET
4
5
DISCHARGE
THRESHOLD
~~~i:2~
OUTLINE
STYLE
K0610
FP
B
4 CKTS
FP
K0610B
FP
rr
VeL
9 4
4
105
5 6
4 7
2 9
1 10
7 10
6 II
4 13
3 14
I 10
1
2
3
1
MP
Vaa
3
4
K0610A
cr
CKT
A B
NO
1 6
7 2
2
2
3
4
I
2
3
4
Yee ICOM
2 9
4 7
5 6
7 Yaa
3
8
10~
II
16
8
3
:~
12
!I
8
3
:~c
10
VEE~
1
vaa
'8'II('1
'"Q,
A
12
c
Krill)
A
B
C
D
1«)640
I 2 3 4
T N J D
5 P K E
U M H C
V R L F
E
F
D.A.T.A.
ALL DIMENSIONS IN INatES
CIiJ:
'3·tlt.1
A B
I
I
9
2
2
8
3
3
7
4
4
6
o ..
=-r
n[D~' C Q.AMPEO
K0646.
C HAS 3
LOADS
A
AIllULABLE 011 CARO
8
THAT ARE NOT
~ONNf:CTED
CKTNO
I
2
3
4
5
6
7
A
B
E
H
K
M
D
D
F
J
L
N
S
R
U
T
C
V
K06-69
::[>C
4
vee
5
6
7
8
9
10
II
12
13
14
15
16
7
3234
31 30
2829
2725
2426
2322
2021
19 17
16 18
15 14
12 13
4
5
CKT NO.
1
2
3
K06-79a
1
7
9
10
II
12
13
I.
3
15
16
17
18
A
5
3
1
1
B
5
D
3 E
14 N
R 13
12 P
II L
k 10
9 M
20 V
X 19
18 W
17 T
S 16
15 U
6
9 II
H
C 4
8
10 8
7 6
4 5
K06-79
6
5
D COM
2
•
"
•
2
•
•
• • ••
7
8
5
K06-79b
.
3 1
1
.
•
K06-79c
7
8
1
2
3
•
5
•
•
5 ,•
5
TERM CKT I 213 4~ 6
'K0677- IN
B D F H J L
AC E G I K
OUT
I 315 9 II I
K0677A IN
C OUT
2 4 6 8 1012
I 3 7 9
K0677B IN
2 4 6 8
1-50T
18
•
8
10 11
,. 1
1
••
13
.
7
5
8
10 11
12 1
C
1--1
I
1
OMIT
1.< FOR
,
I
I
i'C&E.
I
'- -
B
OMIT
FO~_"
D&E
\...
K06B2B
ONLY
D ..lI..T..lI..
ALL DIMENSIONS IN INCHES
SECTION 12. lOGIC DRAWING
B
Cl(T NO ABC
I
0688
K06-B6
CKT
1
2
3
4
5
K06 84,A \--;I_+,I-I-!2'-1
234
K06-B6a
6
1
A
14
13
12
10
9
B
1
B
2
I
~0688A
1
2
3
1213
9 6
I 2
7 8
I :5
2 4
2
I
~06B8B
I
5
2
10
:5
9
7
9
D COM Vee
:5
5
4
6
5
7
4
II
5
10
4
15
10
B
Vee
6
7
9
356
2
2
8
498
5
II 10
6
1312
3
4
3
4
6
7
A
B
B
CKT
K06-107
PKG CKT
FP
5
5
6
1
13
•
K06-I07a. e M
498
5
II 10
6
1312
2
3
K06-107b
FP,
M
•
,
5
6
1
3
•
5
6
CKT No.
1
2
3
4
5
6
K06-103a
1
PKG
K06-103
MP
2
3
4
5
6
1
FP
A
1
3
5
7
9
13
1
3
5
9
11
13
1
B
14
C
2
6
8
10
12
2
4
6
8
10
•4 11
4 11
4 11
D
K06-107d
7
14
7
7
1
4
K06-103b
2
a
4
5
5
6
1
3
K06-l07f
M
KOB lO7g
M,
5
1
2
3
•
"I.
7
9
5
6
1
•
GND
11
,
•
12
1
3
5
9
11
3
1
3
6
8
11
13
3
5
8
11
1
3
5
7
9
1
3
5
9
11
13
1
vee
14
7
6
8
I.
, •
,
", •
12
I.
5
7
9
I.
6
7
1
13
",6 •
I.
2
4
6
8
11
"
7
16
8
I.
2
12
3
FP
.:I
3
4
5
6
1
Fe,
FP
C
6
8
14
• 11
14
• 117
14
14
14
B
,
•
"
,
•
3
12 14
14
K06 lO7e
A
3
5 6
7
8
9 10
13 12
1 2
a
5
6
8 9
11 12
3
4 11
11
4 11
4 11
4 10
4 10
•
5
6
6
7
10 11 9
13
12
16
14
14 10
4 10
4 10
,-
B
c
D
GND
OMITTED ON K06-107a,d
D ..lI..T..lI..
ALL DIMENSIONS IN INCHES
SECTION 12. lOGIC DRAWING
Vee
sen
iPKG iC~
C
06-109
A
B
M
1 2
1
2' 3 4
3
5 6
4
9 8
5 11 10
. 6 13 12
1 14
1
1'1'
3 2
3
5 6
4
7
8
9 10
5
6 13 12
1
1 2
K06-109a FI',
3
5
2
M
3
6 7
4
8
9
5
11 12
6
13 14
1
1 2
K06-109b FI',
3 4
2
M
5 6
3
9 8
4
5 11 10
6 13 12
o
COM
C D
14 7
14 7
4 7
14 7
14 7
14 7
4 11
4
4 11
411
4 11.
4 11
14 7
14 7
14 7
14 7
14 7
14 7
14 7
14 7
14 7
14 7
14 7
14 7
'8.tti'FJ
IV
IIA
IV
44
1V
4V
SA
IV
GND
BY
IiA
4V
®®@CiD@00
,",
NOTE
OOTTEOOIODE
FOR 1(06-1120 ONLY
1A
1V
2A
CDCDCD0-oB
20
19
It/PUT
n-voo
.J LG"D
COM 6
K06-119
8
1
2
3
4
5
6
3
2
5 4
7 6
9 10
11 12
14 15
Vee
CKT
K06-121
K06-121
1
2
3
4
5
6
5.6K
A
B
3
2
5 4
7 6
9 10
11 12
VCC
GND
8
1
'4
4
750
B
13
"
GND
811
D.A.T.A.
1013
'2 7
ALL DIMENSIONS IN INCHES
SECTION 12. lOGIC DRAWING
Vee
6A
6"
SA
!IV
4A
4Y
14
13
11
11
10
9
8
IN DRAWING NUMBER
SEQUENCE
14
13
7
8
1
2
JJ t1rl ~
'11=1 ~~:p-] ~:r"
:p
Vee
OUTPUT
Y
3
4
5
10
,
2A
2V
3A
3V
GNO
VOO '" Pin 14
VsS" Pin 7
Vee
Vee
11
I.
3
14
4
13
B
8
•
•
12
11
10
K06-13
CKT A B
1
3 2
2
5 4
3
7
6
4
10
5 11 12
6 14 15
K06-131
CKT
1
2
3
4
6
Vee
A
B
3 2
5 4
7 6
9 10
11 12
14 15
•
.......
wOO· ... •
K06-134
"
•
Vee
,------..--..,.----vcc
OUTPUT
B
INPUT
A
L-_ _ _-4-_----,_*-_-+-~GNO
K06-133
CKT
1
2
A B
1
2
3
4
K06-134
356
498
5
6
11
0
13 12
CKT
1
2
3
4
6
A
CIRCUIT VARIATION 1
B
1 2
3
5
9
11 1
13 12
.6kfi
INPUT
A
,----~--~---o
VCC
3.4kfi
OUTPUT
OUTPUT
y
INPUT
A
B
INPUT
A
L-_ _ _ _~---~---~-~~~GNO
CIRCUIT VARIATION IT
IOOA
IK
L---~-~_-+
__
~------+---~--~--o GNO
CIRCUIT VARIATION IT
~--QGNO
CIRCUIT VARIATIONI
K06-136
D.A.T.A.
NO .CKTS. A B vce GND
1
1 2 14
7
234
3
5 6
4
9 8
5
11 10
6
13 12
K06-135
NO.CKTS.
1
2
3
4
5
6
A
B VCC GND
2 14
4
6
8
1 10
13 12
1
3
5
9
7
ALL DIMENSIONS IN INCHES
SECTION 12. lOGIC DRAWING
'H'I&'
3.5U,"
Output Dl'1<1ble
Inhibit
02
4
IN DRAWING NUMBER
SEQUENCE
Vss
0---------,
12"---'-<
•
01
7
02
2
Q3
•
OUTPUT
c
I
•
Q4
11
Cl5
o-*J
04
05 13
GND
C
K06-138
1
2
VOD. Pin '8
VSS· Pin 8
Vss
INPUT OUTPUT
1
1
vss
aND
1
1
11
K06-140
3kR
...---------------ovcc
130R
B
2.8K
INPUT
c>-i- •
~H'ii
7---[:>-6
C~1= C
9---[:>-10
J- 0
D~-
14 ---[:>- 15
l-F
F~-
1.13
Jvo
JL
11---[:>- 12
E~K;;E
NC-
p'
3---[:>-2
+voo
-vSS
-=
NC == Pin 16
VSS;; Pin 8
GND-.
VOO= 16
3-{>-2
5-{>-4
7-{>-6
9-{>-10
11-{>-12
14-{>-15
VSS
SL
NC ;; Pin 16
VSS=Pi n 8
Vee'" Pin 1
Vee;; Pin 1
1.75k..o.
IA
I
IY
2.0kfl.
Y
A
CLAMPING
OIOOE FOR
K06-147a ONLY
VOd
:r,
2
~
2A
5.0k.n.
VOO
0
7
13
Vee
6
5
14
VSS
INPUT
A
Voo = Pin 16
OUTPUT
y
15
VSS = Pin 8
VSS
~
~
. - - - -___ Voo
-=
ONO
lY
6A
6Y
GND
5Y
5A
4Y
®®®®®00
~
~
®---{>o---@
®--I>--®
Voo ·,4
VSS' 7
VSS
D ...II..T...II..
0000000
lA
2Y
2A
Vee
3A
3Y
4A
ALL DIMENSIONS IN INCHES
IN DRAWtNGNUMBER
SECTION 12. LOGIC DRAWING
SEQUENCE
1/6 OF CIRCUIT SHOWN
.
vee
.4
Vee
"
.2.
A
8.0 k
9
1. k
5
Q
B
2
12 k
•-{:::»-2
3-{:::»-'
6-{:::»- 6 1
9-{:::»-.
11 -{:::»- 10
13 -{:::»- 12
3
6
.--{)O-- 2
3--{)o--4 •
5--{)o-- 6
3.
9-{»-B
4
God
13
10
" -{:>o-.o
13 -{:>o-12
GND
';(Ul""
--14
11
12
[liS,
IN,
OUT,
IN,
Dill,
IN,
(lUT,
~[>-
'«
DIS"
DIS,
IN,
15
VCC1 - Pin 1
VCC2 = Pin 16
Vee = PinS
OUl,
IN,
DUll
IN,
OUl ,
TOPV'EW
K06-162
'OK
11
G.O
'Kul@'
Vee
positivriOglc wi1;h SP connected to V DOOP to ON (d ••lgnated "Y"), SN"to VSS:
1
NC-No internal connection
D.A.T.A.
ALL DIMENSIONS IN INCHES
SECTION 12. lOGIC DRAWING
IN DRAWING NUMBER
SEQUENCE
MM54C902/MM74C902
CMOS to TTL Buffer
MM54C901/MM74C901
CMOS to TTL I nvorting Buffer
DIS,
'N,
OUT 1
'N,
OUT]
OUT 3
'N,
GNO
TOP VIEW
MM54C904/MM74C904
PMOS to TTL or CMOS Buffer
'Hn""
MM54C903/MM74C903
PMOS to TTL or CMOS Inverting Buffer
v"
0lS2
'N,
OUT6
OUTs
'N,
'N,
OUT 4
TOP VIEW
'Hui@:'
GND
14 13 12
11 10 9
8
234567
VIJU
SHD
TOP VIEW
TOPVIEW
OUT
'3"'.
K07-10
8
3
4
5
6
7
D
C
E
A
o
A
VUD
C
OUT
IN
-:-
D.A~T.A.
O-Io-~
~_ _"'-+_OU1,UT
B
GND
CKT ABC
1 1 2 3
2
3
5
8
11 Me 10
L...._ _ _...._v,
1 4 VCC
, ____.....____-+ __......_-:0
15 k
15 k
1 0 ,
VI
9
INPUT
EXPANDER I
INPUT I
INPUT
EXPANDER ,
o-........-~~
t--.......t---oB'
2
CK1' ABC E
1 2 13 12 1
2 5 4 3 6
CC
1
D G
1
ALL DIMENSIONS IN INCHES
IN DRAWING NUMBER
SEQUENCE
SECTION 12. lOGIC DRAWING
A
B
x
......-~---Q-§-
13
14
NC'13
NC'16
VDDo-J!-
K07-71
CKT
IK07-70
1
2
3
A
B
C
1 2 4
5
6 7
10 11 12
5 3
IK07-71
CKT A
1
5
2
7
3 10
4 1
B
C D
6 4 2
6 3 1
6 12 15
6 13 14
Vee" Pin 14
Gnd • Pin 7
Al
Output
Disable
D ..lI..T..lI..
11
All DIMENSIONS IN INCHES
IN DRAWING NUMBER
SEQUENCE
SECTION 12. lOGIC DRAWING
00
16 Vee
r-______-4~1~5 ENABLE
0,
0
OUT
.,o.;'-t--r--"1
13 0
OUT
., 0-'::;0-+--"
12
0
IN
r----l-'''-c
'N
14
0.0.;':.:'-+--"
Os
10 C OUT
C
EI
O2
"~~
E3
E4
04
<>-,'::;'-+--"
OUT
"~"
E2
O2
0,
Vee· 1, VEE·', GND -16
Vss
Vee
OUTPUT 0 1
04
OUTPUT
OATA INPUT 0 1
04
OATAINPUT
ENABLE INPUT
EI
~
ENABLE INPUT
ENABLE INPUT E2
E3
ENAQlE INPUT
DATA INPUT O2
D3
DATA INPUT
°3
OUTPUT
OUTPUT °2
GND
Vaa
0.
DATA INPUT 07
ENABLE INPUT EA
01 DATA INPUT
DATA INPUT 02
0
1
LOW VOLTAGE OUTPIlT
DATA INPUT OJ
02 LOW VOLTAGE OUTPUT
ENABLE INPUT Ea
03 LOW VOLTAGE Ol,lTPUT
DATA INPUT 04
04 LOW VOLTAGE OUTPUT
DATA INPUT 0 s
B BASE OF PNP
OAT A INPUT Do
Os HIGt1 VOlTAG,E OUTPUT
GNO
VOOl
e,----------,
Vee
0,
O.
r,
r.
VEE
ENABLE INPUT EA
E,
E2
iJ
R
r,
0,
DATA INPUT 02
0, LOW VOLTAGE OUTPUT
DATA INPUT D3
O2 ~OW VO~ TAGE OUTPUT
ENABLE INPUT EB
03 LOW VOLTAGE OUTPUT
DATA INPUT D4
04 LOW VOLTAGE OUTPUT
0,
GND
Vee
D1 DATA INPUT
VDD2
DATA INPUT 0,
B BASE OF PNP
DATA INPUT D6
05 HIGH VOLTAGE OUTPUT
PIN NAMES
11-
D.A.T.A.
14
DATA INPUTS
0,-04
DRIVER OUTPlTTS
E;.r,
~NAaLE
Vee
+5V POWE R SUPPLY
R
REFRESH SELECT INPUT
V OD1
+12V POWER SUPPLY
~
CLOCK CONTROL INPUT
VDD2
+15V POWER SUPPLY
I(IIPUTS
GND
ALL DIMENSIONS IN INCHES
SECTION 12. lOGIC DRAWING
K07-82
IN.
iCURRENT INPUTI
K07-82a
"
"
14
mm
OUTPUT A
Ne
OUTPUT A
IN,
lCURRENTINPUTI
13
PRESET
OUTPUTB
12
Ne
11
GND
lD
INPUT A
STROBE
V"
14
mm
V"
NC
13
OUTPUT A
OUTPUTB
12
PRESET
OUTPUTB
DISABLE
DISABLE
Ne
Ne
Ne
lD
GND
GND
GND
INPUTB
INPUT A
INPUTS
GND
GND
GND
GND
TOPVIEW
TOP VIEW
PRESET
I
Vee
OI1IICI
""'"
AU~.
INPUT
o\C INPUT
0-<1 ........-,M....,~-r
Ell BIAS
OUI
D~
LINE A B
G
QaT
MP
R
F
VR
VR
M
L
C 0 E IV COM
9 !S 10 8 6 7
2 3 4 I 7 8
9 !S 10 8 6 .7
4
!S
4
K09-22
CKT.NQ A
D ..II..T..II..
B
ALL DIMENSIONS IN INCHES
SECTION 12. lOGIC DRAWING
:= P'
'Yr:
A~
B
~B
ST
CKT. NO. A B
CKT.HO. A B
1(09-46
I
2
I
2
K09-46A
L 3
Z S
I
2
3
36 8
346
32 10
E
Q
4 17 .
35 19
'2'»lr'il
11
10
vee
A2
A2
AS
A'
HS
A'
R4
A2
AS
R3
R3
A4
AI
AI
RO
AI
A2
AS
AI
RO
RI
A4
-AI
10
12
13
Vcc
20
2C
HC
28
2A
2Y
~
H) ,
vee
~
I'V
~ST
1=1
lA
GNO
18
NC
lC
10
IV
GHO
'k'2''''1
,AUO-'.D
K09-.06a
Inputs ~e10
H
K09-1(16b
1
2
1
2
3
1
2
A
1
B
•1 I.
5
• I.
D
X
8
3
CO COM
7
14 7
7
11
14
1
7
3
3
, I
I ,
I'
: I
C
• 1213
• • • ,.
•"
••
• 1312
•••
•
•• 13
C~
4
4$0
lkS
,~~'______ -, ___ L--~_J-_~_-l.:-::O'
DOTTED
PORTION
FOR K09-106a
ONLY
.%D..lJ.XA.
0
11
8
I.
12
ABC
o
GND
ALL DIMENSIONS IN INCHES
SECTION 12. lOGIC DRAWING
12 Bout
Positive B 3
2
VOO ,., Pin 16
VSS '" Pin 8
1 Common B
Negative
B
GNO
o-
K09-Illa
CKT
A
1
7
e vee
1
8
•
GND
6
1· R EXT
1
Vee C EXT C EXT lQ
lA
OKT
09-1 2
K09-112a
16
lQ
2A
2Q
2
C EXT
A
1
1
7
7
2
5'
2 R
GND
c::~
3
3
'8-21' 1'
,........,.......-
t
I
:
f"i>
II
2
2
~.
~
~
,c;,6
~
~
@IE;
31 8
C 9
[
"8
i~r~
L--
G'I€
@ i®L05)L@.
G~-@ 13
2
3
4
5
POWER
COM.
--.
5
29.
COM.
10
" (Vcc)
CKTNQ A B COM
I
"'"
I
1915 2
~! i2f 39
3~ 49
52
1
II 7
VCC
,....-..........-~---{5I
7
8
15 k
920
A
B
14
C
D
E
out
D.A.T.A.
GND
ALL DIMENSIONS IN INCHES
SECTION 12. LOGIC DRAWING
~'(
~
~
6 I
~
DECADE
COUNTER
&-<1
7 0
i
5 2
43
r;:>.
\2>
2 4
3 5
,.-;:)
\2)
~6
~
'i!9
~
.~
CKTNQ A B COM
I
2
~8
••
"CIt.
fi)
\2)
(2~ [(; Cll.1 d~ l ([~
I
~
12525
:5
4
lSI G
'---
II 7
1915
3733
4543
5
I,
2,
39,
52
VCC
r-~~--------~S
POWER
COM.
5
"""
C"g'M.
~Q2n~-@
11224488
i
1".2']".9
POSITIVE
CKT.
1
2
3
4
Kl1-36 5
GLRD
.
6
7
8
9
'(NAND LOGIC)
5
6
10
Kll-37
e
B
11
0
10
9
16
A
B
39
41
43
37
35
17
19
15
13
11
47
45
49
33
29
23
25
3
VCC
GND
51
1,52
9
5
'HiM:'
Vee
211
STROBE
1,355 k
270
D ..lI..T..lI..
ALL DIMENSIONS IN INCHES
,
SECTION 12. LOGIC DRAWING
ALL MIfIlTOR....uES IN IIQ WIT.... -8" TO +100" TOLERANCE
INPUT
OUTPUT
INPUT
NC
NC
INPUT
30K
INPUTS
10K
I
NC
OUTPUTS
NC
INPUTS
OUTPUTS
INPUTS
I
SUBSTRATE
SUBSTRATE
SUBSTRATE
Kll-40
K-1l40a
VSS
10K
INPUTS
OUTPUTS
-VOO
NC
VSS
SUBSTRATE
INPUTS
OUTPUTS
-VOO
NC
50K
INPUT
10K
2K
T
SUBSTRATE
SUBSTRATE
VSS
Kll-41
OUTPUT
- VOO
Kll-41a
Kll-43
~4;.'';;';t.l;,.'
' ;;;,";;."I;,...._~
'"I-__..._-4...
v. ;:(1::,II+-_ _
TO OTHER
D,"VEAS
TO OTHER
DRIVERS
Kll-U
Kll-42
CKT
1
3
Kll-42a
"
2
3
"
5
D.A.T.A.
A
1
C
3
EVS G
2 II
0
14 12 13
3
6
7
12 10 I I
13 15 14
16 1 17
1
11
•
18
9
G••
0
12
Kll-43a
9
14
•• •
"
18
1
TOOT"EII
DRIYERS
~I
•
11 10
1312
1
1 "
ALL DIMENSIONS IN INCHES
SECTION 12. lOGIC DRAWING
V ee-16 - - - - - - - ... - - - - - - - - - - ,
GND-8
.OUTIlUT
13
IIOU'PUT
12
A' ' UT
7
coU'PUT
11
I''''UT
.OUTPUT
C ,N'UT
10
2
o 1f.'UT
,r-----------J!~------- __
r OUTPUT
6
9
AI"U
'l."ttl,.,
INPUT
,
I OUTPUT
t
I
15
:
,,
5
117
.
I
b
,OUTPUT5
,
J
,OUT'UT
14
J
INPUTS I
A J
IlANIt'N'
,,.'UTr
A'''U
IUIIIIII_'
OUTPUT
2 ,
CUIUIU.'
J
'ROGfilAMMlfilllj
,,.'Ul
4
B
3
'
3 ,
,
c '
4,
o
'
,,
,
5'
D.PT.I
6 :
COM;M7~A+:~c:~v~cc~----------~~
,;:; :.,+,L------------;l'
---------------1
PROGRAMMABLE I
~~:~~~NT~
I
~~:CEU~~NCE
Vee
:8
:
__ ...J
GND
Programming
Cur,rent
"
Output 2
I~put 2
"
"
Output 3
Input 4
Input 5
Input 6
0
Output 1
Input 1
Input 3
PROG
lB
Input 7
,
"
,
Input 8
Output 4
14
Output 5
13
Output 6
I;>
Output 7
"
Output 8
,0
Substrate (Gnd)
~----------'-----'-----<> Outpu t
Progranlmlng
Current
o-----.~----+- -------~------
Cell repeated S tlrnes
.
~~.
R6
R2
Input . - - - - \ - - - - - -
04
R1
04
R4
L---T--'-t--+-----------+-------------'---c
Substrate
L
K11-56
PAD 9
PADS
OUT
OUT
PAD 7
OUT
PAD·8
OUT
PAD 9
OUT
PAD6
OUT
PAD 7
OUT
PAD 6
OUT
IN
PAD 1
IN
PAD 1
150
150
70 K
IN
IN
IN
PAD 2
PAD 3
PAD 4
CKT 1
VOO
PAD 10
D.A.T..A.
~
____________
~
________
~--------~~_oVoo
PA010
ALL DIMENSIONS IN INCHES
~
SECTION 12. lOGIC DRAWING
I
OUTPUTS
SUBSTRATE
Vss
IN
4K
4K
Vbl
10K
OUT
VbZ
3SK
K11-64
INPUTS
Vblt
NC
Kll-64 - PIN 9 - GND
PIN IO-VB,B
KII-64. - PINg -FEEDBACK/GND
PIN IO-V KK
A
,VSS
L,,_ _ _V~----' VbZ
Vee
Vss
OUTPUTS
OUT..
REf..
IN..
IN3
REF3
OUT,
CE
OUT I
REF,
IN,
INz
REfz
OUT 2
GNo
TOP VIEW
K 11-68
Vee
1Nt;
OUTs
OUTs
I~
OUT..
IN..
ENABLE
~
INPUTS
TOP VIEW
D ..lI..T..lI..
~~':: OU~T IN~~T
~
GND
INPUTS
TOPVIIEW
ALL DIMENSIONS IN .INCHES
SECTION 12. LOGIC DRAWING
JNOu"NUM8EIt
'SEQUEffCE
/'6
'NPUT
DATA'
"
'5
13
11
12
•
10
OUTPUT'
COMMON
STAOBE
-,
TO OTHER
LATCHES
I
STROBE DATA lIP.
TO OTHER
CURRENT
SOURCES
'Hill.•
I-
3
5
4
DIP, DATA lIP,
DIP,
DAtA
6
J
.IP..
DIP..
,I
GND
TO' VIEW
K11-71
OUTPUTS
K11-74
-----,
i-TST
I
I
Vee
11
17
16
I
INPUTS
.,
.2
01
04
"
I
05
'0
12
13
"
.7
l-SI
.B
I
10
II
:-52
I
I
'--DIS
I
-
I-
'--
I
~_..L-..r-..,
.--
I
I
I
l-
~.v
osc
G --:-...._ - '
I
I
I
,
•2
D1
,
., ••• .,
7
6
5
.0
•7
9
B
v....
-.1
5~:--- 8;------~---~~JJ-
-v
L
132Hz'
lSUBI
OUTPUTS
TOP VIEW
DUTPUTS
V"
18
17
16
16
14
"
13
II,
)
'--
I-
r-
r--
1
10
2
3
PROG
IN
•
5
6
7
,
9
-F
INPUTS
TOP VIEW
D.A;,T.A~
ALL DIMENSIONS IN INCHES
\
SECTION 12. LOGIC DRAWiNG
'$".
IN DRAWING NUMBER
SEQUENCE
CLOCK-hrr:=r;').....:-"-_~·
r----I
I
1
POLARITY
I
I
TRAN~~~:-+--+--'------::t+----~:±----:ld-±r----:ld--:ldc-+=;:r-
'N
32Hl
I
I
I
I
I
O\':;-+I
I
OSC
OUT
L....J............""'-'VSS
7.6M
.1
_r
Or-<'"
...J
DEC
POINT
0-
V~lVL
1024
H.
Yss
YDD
REG
YOo
'H"11
-DISPLAY MODE CONTROL INPUT CONTROLS THE 3)10 DIGIT OR "y, DIGIT
4.01<
OPERATION.
OVER
MS8
SR··
RANGE OUTPUT
POLARITY
DU'
OUTPUT
··,AVAILABlE ONLY FOR 311. OIGITOf'ERATION.
WHEN BLANKING INPUT IS AT VIL, EVERY OUTPUT WilL BE AT 50Hz EXCEPT
EVERY CENTER SEGMENT WHICH WILL BE AT 60Hz.
vss
POLARITY IN
CLOCK
DISPLAY MODE
DATA XFER
VDD
VGG
(Each Driver,
8 per package)
OVERFLOW
LCD COMMON
DEC POINT
4G
4F
4E
4D
4C
4B
4A
3G
Pin Configuration (Top View)
r-------,4O
POLARITY OUT
MSB
lA/BLANK IN
18
lC/S.R.l
lD/S.R.2
lE/S.R.3
lF/S.R.4
lG/S.R.5
2A
28
2C
2D
2E
2F
2G
3A
3F
38
3C
3E
3D
4.0K
1000
-
Vour
(Each Drive, 4 per package)
PIN CONFIGURATION (Top View)
(Each driver, 6 per package)
4K
(Each Driver, 4 per package)
D ..II..T..II..
ALL DIMENSiONS IN INCHES
--------
-
-------
SECTION 12. lOGIC DRAWING
Enable 1·5
IN DRAWING NUMBER
SEQUENCE
'3":"
VOUT
Enable S·10
TO 7 MORE
Outs
+v
·ClRCUiTs·······
IK
Out7
36K
Out
IN o--'VVv----<>
~
CLOCK RESET LOAD VOD SELECT
16
15
14
13
12
C
11
B
10
A
9
RESET
T
:==~~:J~~-1--~~CARRYOUT
:1: :
DISPLAY OUT
Kll-95a
FOR Kll-95 ONLY.
2. Kll-95 IS DESIGNER
FOR 7'SEGMENT ONLY.
1.
LdoMMON
DECODER
DRIVER
1
2
3
4
CARRYGNDcOMMON F
OUT
5
D
6
E
7
G
r.-:F~-I:::::::f~~=:J.-r.~~ 18:
10'
10'
8
H
mGIT
] SELECT
LOAD
--I---I>--<>CARRY OUT,
12345678
R CLOCK
",I"
CARRY OUT,
"2" "4" "8," ~VDD
BCD OUT
Kll-97
-- -
SCAN DIGIT SELECT
GNDRESETLOAD IN lb· 10' 10' Ib-
16
15
14
13
CAkRY
OUT CLOCK
"t"-
u
D.A.T.A.
12
10' ] DIGITIlf
10'
SCAN IN
10' SELECT
10'
11 10
"25" ",6" "87" 8
- VOD
BCD OUT
CLOCK
RESET~--~----~----~----~
ALL DIMENSIONS·· IN INCHES
SECTION 12. lOGIC DRAWING
SEQUENCE
AMPM ABCDEF~G~~niji~iiilii'-----------------------'
BI
SEGMENT OUT
ND mm RBI C F D G E
16 15
~ ,,' ~ ~ ~ ',",' ': ,~ ': ': ':1 li,
14
13 12
11
lO
9
CI
-
IN"L..-----J
X'tal
12345678
LOAD "8·' "4" "2" "I"
(4.194304 MHz)
~ YDD
EiCD~
SEGMENT OUT(A-G)
10 11 12
RESETStart
IStop
'Hllm,.
A
B
L---J
Time
Adjust
BI/RBO
12/24 Hour
Select
LOAD
("L": Latch)
'Hllnl'
'A
I.
INPUT
4E
"1-
"4"
"S"
BCD IN
lC
V.
'C
Il
"2"
12
JE
lA
10
11
NC
(1,7'.0 14 1
OUTPUTS
Voo
ONE Of SIX DRIVER SHOWN
TOP VIEW
·Pins 9 and 16 tted together Internally.
K11-103
TYPICAL DRIVER SHOWN
I,·
r--------,
I
I
Il
IN'
12
IN 3
11
IN'
10
IN'
IN'
•
•
I
I
INPUT
IN 1
0-_...-"""1\,.......-1
I
I
I
I
.--
I
I
I
I
I
Lt-------.J
SUB
OUTPUT
1
OUT 1
t-
,
OUT 2
3
•
OUT l o U r 4
,
OUTS
•
I'
TQflVIEW
D.A.T.A.
ALL DIMENSIONS IN INCHES
IN DRAWING NUMBER
SEQUENCE
SECTION 12. lOGIC DRAWING
Y"
r --- ---- -- - ___i... ___ - - --- - - ,
:
OUTPUTS
.~--~~
I
I
I
I
I
INPUTS
I
I
I
I
I..
d_ pI.
OUTPUT
"
16
"
"
13
.1
12
.0
7SEGMUtT
DECODER
-
)-
•
2
,
•
3
'ROG
6
1
O. PI
INPUT
8
com"" comlM
INPUT OUTPUT
GNO
"
TO' VIEW
., pt.
D.n.
I
~
I
CO.A
I
I
,ROGAA_AILE
Woo
----------------~~
~~:::~T~ o-';"'~I--------------I R~~::~~(
1-___-1
L ____________ ~-----------~
GNO
,Ir-----------------,
.
I
OUTPUTS
• OUTPUT
i-+--..... ~ OUTPUT
[II
15
14
13
12
11
•
lD
r--+__+-,OUT'UT
• INPUT
ClflPUT
i--+---+- d OUTPUT
o INPUT
~::i:-+--+_.OUTPUT
RI"LE
IUNKIIIG ....- - - - - 1
IflPUT
.....
.---
....:.i~+--+- I OUTPUT
1
r--+--~' OUT'UT
2
3
5
I
RII
o
4
1'I1011lAll. IIIRIO
7
A
'I
1110
IIlPUTI
ILA_KING
IN'UTI
RIPPLE ....- - - 4....-1
ILANKIN'
OUTPUT
D ..lI.T../I.
TO' VIEW
CURRINT
'ROGUMIN'
I.'UT
ALL DIMENSIONS IN INCHES
SECTION 12. LOGIC DRAWING
'till,m.
IN,
"
~
OUTPUT
2.1k
INPUT
GNO
'N,
OUT,
IN,
GNO
OUT.
TOP VIEW
'H'llei.
LOW
BATT.
OUT
Vee
OUT,
Vee
OUTPUT
10.
INPUT
OUT,
CLOCK
PULSE
OUT,
OUT,
OUT,
o-...I\I\/I,,-....-....,j
GNO
TOP VIEW
OUT,
OUT,
11
11
IN,
Vee
IS
"
INc
,.
IN.
13
GNO
OUT"
"
12
11
).~
I
OUT,
'tllille'
12
21
1I
'I
11
1&
2
3
•
5
OUT,
OUT,
OUT,
OUT,
K11-111
--
--
I
OUT,
,.
1l
12
7
OUT..
'$llltl
124 123
"
22
21
20
lour 8
" " " "
IN
,.-_ _ _ _ _
CO_l~UM_N_ _ _ _ _\COlOR ~~i~: MOTOR
OSC C OSC R
\Icc
15
rtrl'
",>- "
'i7
2
J
IN 1
IN 2
IN 3
• , • , • I'
IN 4
IN 5
IN 6
-
10
" 112
IN 1 IN a tLK TIMING osc:
DUT OUT
TOP VIEW
13
14
OUT lOUT 2 OUT lOUT 4 OUT 5 OUT 6 OUT lOUT
I" I.,
20
~rt>
" " "
GNO
16
15
OUT
" "
STOP
12
-{ ~ rtf>L
i?-rt;
'i7
ttt?-
,
COLUMN
D.A.T.A.
GN.
OUT"
,TIMING
OUT lOUT 20UT JOUT40UT 50UT 60UT
~
Ne
,.
"
9
I
OUT,
COLUMN
,
1!t
12
l-
Vee
11
Il
"
"
10-
-~
ounUTS
OUTPUTS
10
OUTPUT
INPUT
'Hillel
rrt>-
1
2
J
4
,
6
IN 1
INZ
IN 1
IN 4
IN 5
IN 6
COLUMN
'I' I'
to
1"
IN 1 COLOR eLK PRINT GND
• IN
TOP VIEW
ALL DIMENSIONS IN . INCHES
SECTION 12. lOGIC DRAWING
l~i"'1
v
13
l2
l
i
-I~
12
15
"
14
Il
IZ
11
10
3
4
5
I
7
•
1).-
10
Cl
Bl
112
C2
NC
CJ
83
84
11
I
Z
AI
AZ
JI
r;:IIIlJIIIIA3ADGNO
£4
TOP VIEW
TOP VIEW
Kll-114 DIGIT DISPLAY
I -I ~
_1
I
t=
II
LI
0
Z
I
3
L/ :=1l- CIl-•
4
-I l-I CI
I CI ,1 ICf
5
7
I
1-
d Lc
b
L
-
ll-
10
II
I-I I-I
10
11
IZ
0
1
I -I -I
1 1:= :=1
2
3
L/ :=1l- 1:=1l4
li'l'a
Nt
Ne
T14
ill
I
-I l-I l-I
I 1:=1 -I
•
&
9
7
12
1)
14
15
Kll-116
-
OUT lOUT 2
12
11
OUT 3
OUT 4
10
9
NC
IN
I·
e
,.1
EN IN A SEG SEG SEG SEG SEG SEG
Va: 1111 ISZI lSI! ISII
f" -I~,
11
ZI
"
•
11
0
17
"
F
11
OP
A
14
113
2
3
IN 1
IN 2
I'
5
4
IN.
lN3
I'
NC
0
1Z
I
I
GNO
l-I
--~--
,--
1
1&
,-
Kll-1l4a DIGIT DISPLAY
I-I
I_I
Ie
14
Il
l-
2
•
3
I
7
I
• •
11 Jl1
DlC DlC ose lND LV ADD IIEII CALC SEG SEO GNO
CROUT ST OUT OUT OUT OUT e
E
TOPV1EW
TOPVIEW
NC
TDP VIEW
'M"'i:1
DUB DUTI OUT
Kll-119
------~
7OUTI
GND
III
,.7
I. .
lZ
11
INS
I"
11
11
"
IS
,.
IN4
Il
12
DL-
D.A.T.A.
IN 2
IN l
IN 4
10-
1
~
J
IN 1
iN Z
IN 3
•
IN 4
5
,
IN 5
IN 6
TOP VIEW
,
IN 1
I'
Nt
10
IN-]
9
IN 2
B
IN 1
,
D:
I-
...
OUT 4 OUT Jour 2 OUT 1 Vee IN 1
TOP VIEW
10
11
•
GND
1
OUT 4
NC
I,
2
OUT]
3
OUT 2
•
5
OUT 1
GNO
ALL DIMENSIONS IN INCHES
SECTION 12. LOGIC DRAWING
IN DRAWING NUMBER
SEQUENCE
I
D~, 0:.00
OUT'
D,lol OUT20'
1111
Vee
1
O;U
OUT30
1
0:4
OUT40
1
11 ...1
RI
I.
• • • • • •
117-111
III 1U1IT.
••D ,
DUT
'II
'IZ
III
,.4
'I'
T.. VIEW
'II
117
'II
.ID
A
lOGIC OUnUTI
PROGi-+---,
D
OUTPUTS
G
GilD
TOP
VIEW
I
~
••• Dynamic Input activated bv • transition from a high leval to a low lavel.
I
K12-S2
.CLOCKI
LATCH
DRIVER OUTPUTS
COUNT DO STROBE,..----J'-..
VCC INPUTDUTPUTINPUT 9
8
0
,
A~
B
_E
2 CKT$
C
DRIVER OUTPUTS
~------~vr------~
D.A.T.A.
A
0
C
CKT. NO. A B C
I
D F E
K J
f-~3 - -H
L NIh!
4
P S R
ALL DIMENSIONS IN INCHES
-------------------
SECTION 12. lOGIC DRAWING
'9E'tl
KTNO. AB C COM
II 75
I
I,
191513 2,
2
9t2.~12~
3
39,
37~~
4
5
14e]4;jJ4j 52,
COM
10
II
12 - , '----1_...
13
INPUTS
14
R. G.
OUT
3)-15
PULSE
Vee = 7
;~:
16
lij'jN:1
A
2N
K
R
LOV:
S
N
p
D
T
2N+6
U
Y
AA
EE
NC
D.A.T.A.
ALL DIMENSIONS IN INCHES
SECTION 12. lOGIC DRAWING
ISfiEfl
CKT. NO. ABC
12 13
2
564
3
8 9 10
4
12 13 \I
::=[rc
A
c
'ifIOt••
K15-140
K15 140
KT NO
1
2
3
4
5
1
2
A
5
6
B
2
1
7 14
8 13
9 12
10 6
12
1
e V' vee
3 10
3
3
3
3
8 11
11
9
VEE
4
4
IN
'3&"fl
B
B
c
c
E
~~E
B o
D.A.T.A.
L-----+---+-------~------~~~~~7
COM
ALL DIMENSIONS· IN INCHES
SECTION 12. LOGIC DRAWING
IN. DRAWING NUMBER
SEQUENCE
"l'itl
K15-161
13
4
10
NAND OUTPUT
8
I----!--O "
12
2
3
4
S
6 GND
AND OUTPUT NAND OUTPUT
320
410
1.5 k
175
VEE
9 Vaa
K15-167
8
OUTPUT
CONTROL
INPUT
10
L..---4~ OUTPUT
TOP VIEW
INPUT
EXPANDER 4
INPUT
Vee 111
K15-185
nil
5UI
nn
.. 0
20"
lOll
'"'
'3&,':tl
2UI
1111
».!'
141
GN.
Yee
NC
TAP
"
Il
12
'30"
'"
'"
1141
3kU
II
10
'"
D.A.T-A.
ALL DIMENSIONS IN INCHES
SECTION 12. lOGIC DRAWING
"ifjm·'
IN DRAWiNG NUMBER
SEQUENCE
'a'It;'
",
INPUTS -
.N.
Vcc
7
14
Il
Ckt
"
3
l.
'00
-11
A
B
13 12 9
11
BODY
l
GND
'3'I,JI
16
Vee,.c.---~-....------,
}-+---+-oCaxt
.. . _ _ - - h
12
Output
Q
Strobe <>:-::--+----1-1
8 11
Vee 8
D.A.T.A.
ALL DIMENSIONS IN INCHES
SECTION 12. lOGIC DRAWING
'3f'II'
IN DRAWING NUMBER
SEQUENCE
'''ffli'
16
Vee l
16
Vccl~~--------~----~---------'
1
text
C
ext
"~{ .
5
Vref {
-4
Inputs j l
L
12
82
'Output
Strobe B ~=---~-----------I--J
Strobe8o-----r------------r~
vcc 2
13
8
V cc 2
9
K1S-227
'&'i,Ie'
Message
Bits
,-------------<) 7 Enable
F-L.::..L.=L.:.::...L-L..r;------------o 9
Transmitted
Parity Bits
81
83
t-cH,------------------'5!>!..---<>
Compare Circuit
(Exclusive "OR"
Of Corresponding
Inputs)
Inputs
PI Generated
P2 Parity
P4 Bits
15-230
Error Detection;
Binary Code of
Bit in Error.
Dotted area omitted on K15-230a
VCC=Pin16
GND=PinB
Casein Al
"""fl
: . - - ..
~
.".
I
r-~.-+-I·
OUT 1
cc
V2.
V3
INeli
Case in 82
D.A.T.A.
ALL DIMENSIONS IN INCHES
SECTION 12. lOGIC DRAWING
13,,*,1
COV~T
IN DRAWING NUMBER
SEQUENCE
UP/DOWN
COMMAND
PIN 24
>>-_ _ _ _ _~<&
PIN 2 COUN~g~S~:~~ > > - - - - - - - - - - - - - - t - - - - - - - ,
PIN t
~~~~U~~
PIN 3
CLOCK
PIN 4
PRESET
COMMAND
s,
INPUT
BCD
52
TO
DECIMAL
CONVERTER
0'
P/1II6
o.
PIN 7
D.
P/N8
COUNT
ZERO
OUTPUT
""'.
1
CARRY
BLANkiNG DOT
STORAGE
PROPAGATE
INPUT INPUT
ENTRY
OUTPUT
PIN 10
PIN 12 COMMAND
PlNII
PIN 13
'3 fIll'
D.A.T.A.
All DIMENSIONS IN INCHES
SECTION 12. lOGIC DRAWING
I3fit!'
I
"'UI
FUNCTION
SEQUENCE
AS
CONNECTOR PINS
CKT 1
CKT 2
INPUT
41
13
EXTERNAL
REFERENCE
29
23
OUTPUT
33
21
Ycc
GRD
IN DRAWING NUMBER
51
1
9
52
45
~~
01
R13
02
CI
R9k
vv
RII ~
...
'j
==C2
..... ··v....•
R3
',:
R7 RIO
~~
4 .......' ••• . .
R12.!
I+=r
.
R5
RI
r
-
R4
R6 ~
R2
R8
~3
K1S-277
r---t--t----------~--~----------~~-----4VCC
~---+-DUTPUTW
ISINKI
TIMING{ :
INI'UTS G
OUTPUll(
---++-4ISOURCEI
ADORE_I
INruTS
G
~,o--t-----H-H-+-ECT
I~aC~o-IN-K_i1
f---++-+
SWITCH·PAIR
SELECT
______ 0
_-+-_-+.J
+-----.-_-M---~- SOURCE
COLLECTORS
---+-4OUTI'UTV
lSOURCEI
. - - -......-OUTPUT Z
(SINKI
~----------~~--~--~~~-----4GND
D ..II..7:.II..
ALL DIMENSIONS IN INCHES
SECTION 12. lOGIC DRAWING
';iffl:f)
SI
RI
~--~--~----------~----------~
AI
>----o()YI
A2
Y2
DATA
INPUTS
OUTPUTS
A3
Y3
A4
~---~Y4
r.ONTROL{S
INPUTS
C
D ..lI.:r..lI..
ALL DIMENSIONS IN INCHES
SECTION 12. lOGIC DRAWING
'31'k})
'3 "ill
'3"ktl
3Vcc-----.----~----------------------------------------~
ZOK
S GOOo-------------. .
UK
45K
L.__.......;~+_+--....----....- 1 V.,.".
'+-4--"'------'C> 52 PIN 13
PIN ,5
~~"o'uU~6 )>------~&
PIN I
PIN 16
COUN~g~S~:~~ > - - - - - - - - - - - - - t - - - - - - ,
1"'''117
r:t.
~8AR ,
CLOCI(
INPUT
,m
9
8CO
PIN 20
TO
PRESET
COMMAND
~8AR G
DECIMAL
r:t. ''"'
r:t. ".
CONVERTER
0'
PIN 21
~8ARO
1
~8AR C
r:t. ""
02
PIN 22
8.-
6
..r8A. F
PIN 5
~8'. E
8.-
CARRY
PAOPAGATE
OUTPUT
.... 2
PIN 4
STORAGE
ENTItY
COMMANO
PIN'S
K15-300
A 13
8
,
o---.....~ •.""'__~
X
3
o---------~r+_f~~~~
ZO· ABx
Z1 -
" zo
5
Z'
:lax
Z2 - "Ix
Z3 - ABX
Z4 -
12 Z2
ev
Z5-
cv
L,::===~H~
2
Z3
: : ~:-..:r==G>o==::::::;~~
~9Z'
H
•
Z'
Vee = PIN 4
GND = PIN 10
D ..lI..T..lI..
ALL DIMENSIONS IN INCHES
SECTION 12. lOGIC DRAWING
IN DRAWING NUMBER
SEQUENCE
'3fl,el
lijLsfi
Amplifier
9
~
8
Output
Vee'" Pin 14
GND= Pin 7
ZERO
DETECT CARRY
rr====F===4==============~~f.=t.=======================~OECIMAL
COOED
OUTPUTS
o
4 LINE
TO 10 LINE
DECODER
4
PRESET
9
STROBE
COUNT UP/DOWN
INPUT
LOAD
STORE
BLANK
DISPLAY
VaG
OUTPUT OUTPUT OUTPUT
I...
ZA
lA
15
13
RECIRCULATE COMMAND A
"
RECIRCULATE COMMAND B
OUTPUT A
OUTPUT B
1
1
4
INPUT 1 LOAD I OUTPUT INPUT ~
I.
(RTFI , (ii , I)
(R, fl· (ii, II
DUTI'UT
31
LOAO 1
S
Ii
LOAD 2 DUTPUl' INPUT]
Vss
ZI
GNO
TOP VIEW
FR + RI + IF " fR + FR
D ..lI..T..lI..
ALL DIMENSIONS IN INCHES
SECTION 12. LOGIC DRAWING
Vcc
4
A
CKT
IK1o-Jb1
D
14
12
5 11
f-2
3
2
/K15-352
CKT
1
2
3
4
A
Enable
B
o-----~
L.amp
1 14
3 12
5 11
7
8
Test
13
High-Current
Drivers
10.
, /.......-~11b
Vee
= P;n
16
GNO
= P;n
8
4-Bit
Latch
Decade
Counter
, /.......-~9
c
5
d
7Segment
Decoder
4 •
6
9
Serial
3
Output
'H'4'
Lamp
Bl8!",king
K15-385
39
120.-::--------+
~-----~~-----4'
Gl
I
1 I
3S
~\t
62
>
Iii:
~;lG~lO
:
:h--0
.
c(
0
Z
9
:'O-:,;~-_-_-_-_..J__________ ;_
Vss
(Subllrlill
----r'iL.
6
36
''""
"':>
~
Z
l-
e
z.J'"
111
",::I
37. 38
.1-
> > "'","'
26-33
TIlANS!'-ITTErf
DATA- DITS
!!!.I- "' c(
0 - :Ii I0'" :l c(
0
o ~ z
CONT~OL
34
STRO~I!;
DATA STROBE
SERIAL
OUTPUT
40
17
16KT
CLOCK
TRANSMITTER
CHARACTER
16
::':4
EXTER~AL
RECEIVER
20
2S
ENDOF
16xR
~3
RESET
SERIAL
21
INPUT
STATUS
WORD
RECEIVED
DATA ENABLE 4
ENABLE
Vcc 1
'0"
''""
'"
>
IS
D ..II.:r..11..
'" >
'" ..
III- :Ii
i '"
I-
111 '"
.
...
I- :l
ii:
c(
Z ...
'"
c(
"'
0
RECEIVER
DATA. BITS
'"
VGG 2
GNO 3
5·12
21'
ALL DlMENSlONS IN INCHES
SECTION 12. lOGIC DRAWING
I(iiii:,'
,_!elm'
Vee
OUTPUT
vPiffi rr.i<'r
IK15-406
eN
1
M
2
A
"
2
•
1
2
v.(
5
13 12 10
IOllTF
3
6
Ivr.c
10
'111m
14
7
5
9
K15-424
VCC 2 (+24V) 1
OUTPUTW 2
ADDRESS A 3
SOURCE
6 COLLECTORS WZ
15 OUTPUT Z
4 ADDRESSD
3 STROBE S
ADDRESSB 6
OUTPUT X 7
GROUND 0 8
D.A.T.A ..
9 SOURCE
COLLECTORS XV
All DIMENSIONS !N INCHES
SECTION 12. LOGIC DRAWING
112 f
IN DRAWING NUMBER
SEQUENCE
FF =T Flip-Flop
outI610-----~
Input lSI
1/525 f
out IIO'o--+---oc:'l--.....l
A(1Io--~--------~---4-----JL___.L__J
INH
1
LOGIC
GND
INH
2
OUTPUT
GND
OUT·
PUT
2
2
IH~jFnl
1'2 f
out
Input
161'0------,
151
1/625 I
out
-101'0---+---<><
AI o--~---------~---~----~----~----
D.A.T.A.
ALL DIMENSIONS IN INCHES
SECTION 12. LOGIC DRAWING
I" DRAWING NUMBER
SEQUENCE
-~.
I 12
poL.
litiSI
6
:=t>-4
4
6=$7
10
5
12
15
10=t>11
12
I
J (OUTPUT)
KD
'''"''~
KB
VSS
11
3
16
15
14
4
5
I~
2
6
7
8
13
II
10
9
VDD
EXPAND
~'''"''
KA
KC
13
14==t:,>15
13
I
1
14
VBB
K15-448
OUT I
~5V
5
·12V
9
.. 12V
13
CLOCK
6
.. 5¥
3
RESET
2
l~==t= !!t~~L
"tOUTl"UT
8 VOLTAGE
-t-~:illITIIC
--i=~~~=~:~d
2
INPUT
OUT
INPUT
OUT 3
INPUT
OUT 4
OPTIONS
OUT 5
7
'INPUT
7
OUT b
OUT 7
D ..lI.T..lI.
ALL DIMENSIONS IN INCHES
SECTION 12, lOGIC DRAWING
U,,.,f.
1=[]=13
2
C
a
12
STROlE
V"
Y,
"
OUTPUTS
"
"
"
P,
P,
3~11
10
Vee'" Pin 14
VEE>=Pin7
5
4
9
6
8
Y.
Y,
Y,
x,
x,
x,
x,
GN.
TO' VIEW
K15-494
2
zo
3
4
5
9
Voo '" Pin 16
VSS "" Pin 8
10
11
12
13
Oft"
.~--------------------~~
Shift Right
,. 0---------;___
D.A.T.A.
ALL DIMENSIONS IN INCHES
SECTION 12. LOGIC DRAWING
MTTL E4 10
MTTL E3
MECL
to
Toggle
9
MTTL
Flip
Flop
MECL E2 13
Trans
-I"tor
MECLE111
12
3 2 1
6303 Input
C
141554
Q4Q4+ -
MTTL
Toggle
OUT
I NPUT
u--,-__-<">
o-~o---'VV'>~-----.--I
12 D 1fV?lR1
L---~==t======L__6-~~ "D
(IV> fR'
6.8 Ie;
Vee!
VCC2
VCC3
GND
K15-529
+5 -15 +15
'MB
K15-532
SET
Vmh,loll
RESET
)
.
t
WRITE
CURRENT
GENERATOR
GND
, 5V
"-
Write Current Buss
2aV
A
~
1
1
T
I
CURRENT
STEERING
NETWORK
B
LINE
C
D
SELECTION
DECODER
DRIVERS
10 Lines
Y"
a
0
0
0
0
0
0
0
0
0
0
0
0
"Y" 15
.- >--
CE
D.A.:r.A..
ALL DIMENSIONS IN INCHES
IN DRAWING NUMBER
SEQlJENCE
SECTION 12. lomc DRAWING
ItilfiY'
PARALLE L OUTPUTS
STROBE
SERIAL OUT
15
DATA
INPUT
M S,B
DATA
INPUT
LATCH
OATA
7·SEGMENT DECODER
7·SEGMENT DECODER
7-CURRENT
LIMITING RESISTORS
DECODER
t Of 9
L-~
K15-549a ONLY
______
.---------------,
~SETTO
·'18"
14
DATA IN
L1.
+5V
GND
13
CLOCK
10
R"E"SE'T
I
I
I
I
I
I
I
I
I
I
I
LED
1_____________ _
I
I
I
I
I
I
I
I
I
I
I
I
I
I
INCANDESCENT OR
L___
I
LED
~M~N~N~E":E~'~"..:
__ _
5 VOLTS
11
RECYCLE
INHIBIT
V'
LSB IN
81T 31N
M$B OUT
BIT 2 IN
BIT 2 OUT
BIT 3 OUT
MSB IN
V
~
V REF -2
LSB OUT
GND
VREF
'OUT
1
REF OUT
R3
12 •
"1
3'
.---------------,
'REF
LSB
BIT 3
BIT 2
IN
IN
1N
R.
6'
".
"s
v'
R,
6.
R.
6'
2.3k
MS.
IN
"lD
2.3 II
2,4 k
""
2.5 k
r---_1--1r--------.---_1--4_------~r_--~--4_--------._--~------------------_o
'OUT
GROUND
~_1------~------~_1------~------~_+------~------~~~--~_+----~_o
VRE F(I&2)
",.
12
RIS
1.8 k
L-____
~------~----~------~----~------~----_+------~~----~------~----~--~_oVMSB
BIT 2
LSB
BIT J
"EF
OUT
D ..IJ.T..IJ.
OUT
OUT
OUT
OUT
ALL DIMENSIONS IN INCHES
IN DRAWING NUMBER
SEQUENCE
SECTION 12. LOGIC DRAWING
'HieIM
'"
81 7
82
82 6
1S P4
15PO A
8412
8412
8711
8711
3 P3
3 P3
10
Dl
85
86
85 4
86 5
2
P5
2 POB
6
Clock 1
80 9
8310
80 9
8310
D2
3
} - - - - - 1 4 Pl
>-----14Pl
D3'O'~___~~-'
Jo-1r-----j--,
>-----13P2
Vee'" Pin 14
Gnd = Pin 7
veel '" Pin 1
VCC2 == Pin 16
VEE '" PInB
veel '"
Pi.n
1
VCC2'" Pin 16
VEE=PinB
"ie}}i"
K15-560
OOA
Pulse
Shaper
c
Q1A---0
Q2A---0
tf
8CD
Out
OOA
alA
15
4
02A
Reset
03A
OD8
01 8
CB
-:-5/6
Pulse
Shaper
11
R
-:-S/6Control o-------~
c
BCD
} Out
-;.. 5/6 Control OOS
01 8
12
02 8
14
am
10
A
13
VOO"" Pi,! 16
VSS'" Pin 8
Ao-------------~
1('iel1*'
ENABLE
SLICE INPUTS : SLICE AND CARRY INPUTS
~:~
Vee
2n
2"
2"+2 2" +1 C2n+l 2"+0
C2"
Vee'" Pin 14
Gnd = Pin 7
D.A.T.A.
C2"
2"
GN 0
'--v--..J SLI CE
CARRY IN INPUT
ALL DIMENSIONS IN INCHES
IN DRAWING NUMBER
SEQUENCE
SECTION 12. lOGIC DRAWING
'tlf}t:·
"'*1"
1 Vee
r~ND
'H,.}tI' :=:t>--2
: =:t>--3
---j(-l
13
~
.
12
7
11
10~
14
11~
6
13~
15
12~
5
3
4
V CC1
= Pin
VC C2
=
15
1
11
Pin 16
14
= Pin 8
Vss = Pin 9 Translator
VCC = Pin 9 Receiver
VEE
6
12
13
-
K15-577
{XY
17:;;;;;;-1---0 CI.OG IC OUT
~~~~--oc~oeK
DUTY CYCLE
CONTROL
1360
3.
PIN
PULSE WI07H
CONTIfOL
13
Vee
O./IIF
OUr
:l
,q,
5
,
10
413
GNO
'1",.1
Ain '
o------..-~ ' ) - - - - - 1
Veo'" Pin 16
Vss" Pin 8
Olein
~,~ 4>2~
.p,
t
.p,.
4>2*
4>2 •
Ejn 5
~, t .p2 t
o------qL_____---..:'d::e:::..n'=ic::."..=to..;.A::.bO::.V.:..'s::.'..::.e=-------;-:-;--::-;,----'
4>'
Fjn
10
6 F out
Identic.' to Above Stege
15851
CONT~OL (8)
CONTf?OL (/I )
/Wry CYCLE CO/'{TR.OL
STAI3II.I2:E OLiT
BIAS
}
G.('D
fit
LEVEL
STII8IL/~E
19
2.1
S(//YI JeT
PUL..S£ wlor" CONTROL (Y)
2Z
PULSE WIDTH CONTROL
CLOCJC our
26
+Voo
FREQI/ENC.Y
~I:QU'NCY
17
Sif
• Use pin 9 for second translator and pin 12 for third translator.
MlNerlON
~ !} 10 V (,.SV)
e
ISO~
11--D-10
4:'
2
10
-
14
7
E 9
4
---1(-,1-
~
10
-
'H",,"j
VCCI = Pin 1
VC C 2 = Pin 16
IIEE = Pin B
~ 7ff..1l
IN
OII'I'
(X)
IN DRAWING NUMBER
SEQUENCE
SECTION 12. LOGIC DRAWING
12
,ov
VBB
i
VDD
10
.,
O.
D'
RIO
Dl0
011
...
012
4.6kn
.'4
7kn
013
"
11:"
,, 14
11
V>s
+
+ v"
vGG
+
VDD
Pin Configuration
1
Case, substrate, ground
o. n. output
3
d. p. output
4
Reset input
5
Strobe input
6
External register
control input
7 Clock t1
8 Clock t2
9 InputA
10 Input B
11 Inpu! C
12 Input 0
13 Option t z
(ground·8331
open=4331
2
Extemol Reset CircuIt
Clock Genera'.r
D.A.T.A.
14 Option !p/T
(ground=0.621
open=0.661
All DIMENSIONS IN INCHES
SECTION 12. lOGIC DRAWING
vee1 ",
Pin 1
V C C2"" Pin 8
VEE"'Pin5
Clock 4 - -__--1
o
Df------ID
Qf---+------
)---<0-----1 C
c
Q~--4-----
Bias
Voltage
Bias Point 6 ---<~--
Generator
3 13
00
412
PSO
01
511
PS1
Q2
610
PS2
03
Vee
Gnd
=
Pin 16
=
Pin 8
PS3
IH~ji:a
Refresh
Clock
5o--.....cj
~.Q..
;:.t=....._ _....J
D.A.T.A.
ALL DIMENSIONS IN INCHES
SECTION 12. lOGIC DRAWING
IN DRAWING NUMBER
SEQUENCE
CRe Shift
9
Read Data 1 2
~---r--'---/
Write Data 14<>--':=:L~.==--------~-------------------+-.-C~:j::=::[)
Preset 15----""'-..r-.....
r
Preset 7 0--+-';<"-1
Select
60
Vee'"' Pin 16
Gnd '" Pin
8
01
02
03
00
01
02
03
04
04
aS
10
Invert
aS
06
06
07
2~
os
07
09
09
010
010
011
ai1
012
012
a13
01.
(115
0.1'3
Q14
015
1 Pattern Match
os
";3
";2
3
slow
V+
a
Outputs
";1
";4
R/T 1
0000000
10
141312111098
~ ~;:g~!
50
D
13
Invert
In
Top View
11
Invert
";4
Out
Clock
";1
";2
Blanking
";3
"leiill
K15-592,
Clamp Reference
Ground
Clock #2
Clock
#2
Clock #3
Clock #1
0000000
0000000
7654321
B
11
7
5 4 3
1
11
14
14
0000000
0000000
Blanking
#1
D.A.T.A.
Blanking
#2
External
Resistor
All DIMENSIONS !N INCHES
SECTION 12. lOGIC DRAWING
-18 V
RL ?!1O k
RL
9
2,211
AU-4~~F-~----~
E
Ez ~-+--~------~
0
25k
C
Input
signalS
B
A
16
0
'tiRiiil
K15-595 '
10
E$ULTAN
DETECTOR
11 ECD
~::::::::::::::::Td ~~~~::
DL..._r---I
v~Eh~-~
_________________
128
D..lI.T..lI.
114
124
127
AU DlMtNSioNs IN INCHES
IN DRAWING NUMBER
SECTION 12. lOGIC DRAWING
SEQUENCE
I
t---~~------~~A~l~l~C~E~ll~----1-----~~~~----------~--~-+--T~R-'G-G-E~R--~~O-U-T~--T--J
DRIVER
2 GNO
'~i"iiiM
R2
4.7k
L-____~~----------~--_________4----------~_______________J_______________J______~10
NOTE. All resistor values are shown
In
ohms.
ABC
D
E
Q
G
H
K M
,
D ..lI.T..lI.
>-->---
Vee
GND.
c,
K16-8
1
35 39 51
K16-8a
1
2
4. 3. 51
1 52
28 21 51
1
51
1,52
14 2. 36 52
1,
ALL DIMENSIONS IN INCHES
SECTION 12. LOGIC DRAWING
IN DRAWING NUMBER
SEQUENCE
Reset
2
Voo
VSS
5
3
VOO' VSS'
7
Out 1
Stages
18 thru 24
Stages
1 thru 17
6
In2
=
Pin 16
= Pin 8
4
Out 2
10
11
12
13
14
15
-
V ee ·5
GND - 12
IInCT
Fl
17 F2
F3
16 F4
RMe Sel.etA 2 3 0 - - - - - - - - - - - - - - - - ,
3
Rate Selecta 2 2 0 - - - - - - - - - - - - - . . ,
F5
15 F6
Crystalln 21
4
F7
5
F8
F9
• Crystalout 20
6
FlO
8
Fl1
14 F12
13 F13
R. .tl00------~~~-~-----~~
F14
18 F15
19 FIG
D.A.T.A.
~
ALL DIMENSIONS IN INCHES
IN DltAWlNG NUMIlER
$EQUENCE
SECTION 12. lOGIC DRAWING
PROGRAM JAM I,NPUTS
V
(eco)
P.E.
ss @-
VDD&-
CLOCK
INPUT 1
COU/>IT
'0'
USED
"
'0'
USED
RESET
"
'0'
llSEO
""
"
,
.
PHA.Sf
LOCI(EO
OUTPUT
!INVERSE I
+Vcc
.
LOGIC '0'
: DOWN
OIRECll~
LOG!C '0'
'UP
CONTROlS
'OT
USED
,0<
.
USED
CLOCK
INPUT
DOWN
liP FOR
"
CtSL
,
OIFF
"'EO
I\NVERSEI
"
'"
COUNT
INPUT
tNPUT
COUNT
UP
'0'
USED
DOW'
"
NO<
USED
[lNVERSEI
K16-29
D.A.T.A.
ALL DIMENSIONS IN INCHES
SECTION 12. LOGIC DRAWING
14
Yee
,~....'::===::::=======::==:::::==t-<----U4-------..J..JU----U-.l---o-;I:V
Ne
He
Vec- tOY1
---------,
I
I
I
I
I
•
CLOCt<.l.-_--._..r-.Li
I
I
I
,.,
·
81A5
.
,
II.
l{~ ~;} l{~ ~
,
J
I
...
~
""I
.. 10' ...
.U.."
POSIT ,VE
;
INPUT
,0
I"
~lS
SIt
Vee tPOSITIVEI
~
INPUT BIAs
OUTPUT
•
1
I"
I
_________ 1I
"
..-
t.
I
.~
...
I
I
Vee
.
...,
II.
ii'
VEE INEGATIvEI
,
"
"
·
VEE
NIEGATIVI
SUPPLY
"
-.....ov,(
He
He
."
He
2
1
,
.
•
" ,
VUI-'tfl
"
"
12
"
10
•
•
'itCI+'tfI
REF 8'AS
lIP REF 81AS
He
'"
He
He
D.A.T.A.
ALL DIMENSIONS IN INCHES
-_._._-._----
SECTION 12. LOGIC DRAWING
CLOCK INPUT
16
CLOCI( INPUT
PEl
NC(OO NOT CONNECT TO THIS PlNI
c
'S
0"
0"
Vee
I
Eel
TTL
CARRY CARRY
Q/P
O/P
o
01>
(lL)
--------------1
I
1
I
I
I
CLOc:~'--,;----r--'---,
YREF 12
Q
I,
I"
I
"t----'''--l--,--.J
ClOCi6
1
.J.
,i.
C1 L
' ____ + ____
3
V.
tENABLEI
~
V.
2°-----C
3
v.
tENABLEI
e
"~~
D,
"
~f
NOTE: DOTTED SECTIONS
FOR K17-27b, C, & ~ ONLY.
VR
InA InB VR A V2 S3 03 G3 S1 01 G1 B
K17-27
3
17- 7a
K17-27
1 -27c 13
K17-27d 13
INHIBI~ ~
INPUT COMMOIJ TO
ALL SWITCHES
A
lENABLE)
VI RDS(ON)
CKT CONTROL INPUT OUTPUT SWITCH RETURN INHIBIT VOO GND SUB.
7
9
9
1
10
12
12
6'
6
~
14 1
14 1
11
11
3 A
80A
1
13
17
16
22
2
3
9
3
7
5
8
4
2
6
4
21
19
20
18
10
12
11
"o"---i:
......--t-----.l,,,
"
...
,,~--
D./!. X/!.
AU DIMENSIONS IN INCHES
SECTION 12. lOGIC DRAWING
K17-37
B
A
, 1\17-36
[CKT
1
2
3
4
-.tiC
8
•6
8
5
1
3
1
4
5
2
11\:
B
1
2
1\1' -.tia
: K17-36b
C D
4 2
5 7
11 9 12 10
14 16 13 15
A
3
6
•
•
G
4
8
7
10
2
7
"
K17-43
VEE
2
I.
6
•
vee VEE
•
9
5 11
9 11
L
•
• ••
",.
7
6
14
14
13
13
Vee
K17-45
o-~-----------------o~~_+--~o,
03
s>o-~-----------------o~
O-~r_---------------o~~_4--~o,
s.o--+--------o-~
IN
1
16
D.A.T.A.
K17-4:6 FP M 15 10
17-·468 F
13 8
8
7
a
a
16
"
5
11
ALL DIMENSIONS IN INCHES
SECTION 12. lOGIC DRAWING
V, (SUBSTRATE)
2
3
LOGIC
4
5
+5V GND
02
r--------------,
II:I
~ . UlOGOU'1
I
"""10'1111""
"'''''LK III I
1 •• LO&"••
....,...
,!I
....,....
-4-J""l---.:
I
I
:
I
:
II
I
:.
I
I
AULOGIlU1l
; "
lllIIALIlGOUT.
l~-i~-f-t
LOGIC I
LOGIC)
LO'I(l
LOCICI
'NPUT StGNIoLS t Vis1
TER .. I .... L Not, r,4,'.11
OUTPUT SIGNALS (vo,_
TERMINAL Not 2,3",10
" . . . . . " ..... _ , , _ . , , _ ,
SWITe ... B
SWITe'" A
All SWitch e channel substrates are Internally connected to terminal No
All SWitch N channel substrates are IOternatty connected to terminal No 7.
'4
NOTE
'tfl}1
K17-5~
SWITCH 0
SWITCH C
VL
V,
V,
VL
0
5,
5,
5,
D,
D,
5,
D,
D,
53
54
D4
D3
IN
IN
VR
VR (ENABLE)
PKGINI
K17-55
K17-55a
17-Ge.
M 16
I
1
1 I 18
1
a
"1
1
2V
..
(ENABLE~
V,
V,
VR
2:
D
PKG IN
K17-57 FP 13
K17-57a
15
2
1
3 4
6' 4
1
8
"
6
1 2
2 14
4 16
D'o-4-------~~
'N,o-+---4
5 9 12 10 11
.5 11 14 12 13
"------+-0"
I
I
I
I
I
I
I
'N,o"-+--01
I
_____ .JI
'N,o-4---<>I
I
I
I
I
I
I
______ .JI
.. ,0--1---01
GND
D.A.T.A.
ALL DIMENSIONS IN INCHES
IN DRAWING NUMBER
SEQUENCE
SECTION 12. LOGIC DRAWING
ADDRESS 1
ADDRESS 2
16
-"~'
+5.0V SUPPL Y
15
NEG. SUPPLY
ENABLE
14
POS. SUPPLY
ADDRESS 3 4
13
N.C.
V,.AS
OUT 4
12
IN 1
IN 4
11
OUT 1
OUT 3
10
IN 2
OUTPUT
,
..... ALOG
..
J
2
••PUT
lO'Y'EW
'
rt--D-I>3
I
I
A2
M-D-C>
I
4
A3
rt--D-I>5
t
I
H--O-[>I
6
,13
I
A2~
I r'\ r--... ____ s:Q
!
l
I
II
I
9
OS3
INI
10
OOut-2
11
054
NC
Voo
I
"----[--l~--L---J
~---;r---~·r--~T---J
GND
I
II
l
: 9
VSS
(·15VI
~
I
I
:10
~D4
:
I
!
r--... ____~
~?
I
:11
0---!-054
--~-
I
I r'\
I
<>---t-:-<> 53
--\..~
't>--+=O D 3
I
I
3I"V1/""
;14
o.......r=-oD2
:
A4.
A1~
15
~52
--~
I
I
I
I
~51
--~i16
~D1
:
'tiH¥.'NI
r--------------,
r - - ---- - ------ --- - --I
I
A1
OUT 2
IN 3
3
Vss
V DD
(+15V)
GND
NC
VOO
(+15V)
(·15V)
51
K17-66
r------.,
54
r+-o
IN'+o-t>-lfl
:
I
I
VOO
010
rlH.:~O-;
141
1
1
":.~r-i r-~H-:·H-:ij
1"
D' 52
D' 53
D354
D+
2
4
9 10
11
3
8
02
2
01
I
I
4
I
I
0 12
DIGITAL
GNO
I
I
lJ 14
~13
IN1
IN2
lJ9
IN3
03
'"--r-'02
I
L~-b--b-1
vss
"
5,
K17-67b
K17-67c
D.A.T.A.
Von
(+15 VI
v,
"
D,
5,
CKT
1
2
3
GND
K17-69
- -- - VL
K17-67
0'
52
IN2+o-t>--, : _
(-15 V)
-
51
16
D,
53
D3
54
D,
BCD
3 ·4
6
5
1
2
2
0
1
4
2
8
5 7
9111210
1 3 4
2
8 6
5 7
2 4
1 3
14
VAIENABLE) V2
ALL DIMENSIONS IN INCHES
SECTION 12. lOGIC DRAWING
+5V
+5V
Feedback
Signal
(·lOV)
Ref.
Feedblck
Ref.
(·IOVI
Feedback
100 pf.
...---L-....I...,.S_ - -
__J~OJ
OK17-72
N.C. ·15V logic
Test
And
Point
Only
I
9
0
O K17-72a [!] 0 0
Driver
Output
Supply
Ground
logic ·15V logic
Feedblck
And
Supply
'ct[!IJ
Ref.
Return
(GND.I
P.. . .
:)NO:
Output
I
Input
+5V -15V GND.
Output
REF. GND.
Ground
E,
E,
,
D.A..T.A..
E,
•
ALL DIMENSIONS IN INCHES
SECTION 12. lOGIC DRAWING
a·
'---------~A,
r------~-_ov,
IN,
D1
51
V,
-VEe
S2
D2
IN,
TOP VIEW
.. Vee
52
0,
,.
IN2
IN,
S,
S2
0,
O2
S,
52
0,
O2
NC
NC
NC
NC
NC
NC
VEE
VL
NC
NC
IN,
IN2 VCC
Vec
VEe V
L
IN,
VR
K17·78
VL
VR.
-Vu
K17-79
0,
5,
Ne
IN,
03
VEE
V.
'3
VL
Vee
IN,
Ne
s,
K17·79
D.A.T.A.
16051
,.
'.
'3
O.
03
02
0,
'2
.,
IN2
IN,
Vee
VEE
VL
VR
1
8
K17·79a
ALL DIMENSIONS IN INCHES
SECTION 12. lOGIC DRAWING
5.
VL
K17-BO
,.
NC
,.
5,
0.
OJ
°2
0,
S,
5,
IN2
IN,
Vq:
V E,
VL
v.
IN
NC
N<;
NC
P,
P2
5,
82
CONTROL
K17-Bl
NC
IN
VCC
VEE
VL
VR
K17-BOa
NC
NC
PI
5,
IN
I
Vee
234
IN, OUT
5
6
OUT, IN, CONT, CONT,
VL
Mapa:.
K17-84.
So--:r-
60--,
I
G
8~Q-oOS
70.21 S
11<>-:]-*
9
D
!.!.o12
140--,
I
16~Q-0013
2
SUBSTRATE
4
11
SUBSTRATE
D.A..T.A..
ALL DlMEJfSION$ IN INCHES
SECTION 12. LOGIC DRAWING
(2)
14
m
13
111141
I~I
I
OUfPUT
nlHI
3"
46.
>00
---~------o,;-
a
1\11 10
~l ROBE
(10)
8 CHANNEL GATE INPuT
le,."","1 e.!!\ 'I~nollr> pin nU1llber lor II~t IF I Ih,c~.\ye
Mnmber 10 nMe"lh~m --,..-t---""1-..,.-,..-t------4p---....---1~---.,
INPUT A
INPUT I
Q
QOUTOUTI
OUTPUT
e>---+--....J
INPUTS
lK
L.j~;::=::;::~=;--i-<: STAOIE G
]1(
Uk
DISABLE 0
V~C·
Vt~ -
INPUT
INPUT
lA
II
INPUT
I~PUT
2A
28
OU1'U1
IY
STR08E
lG
PISA8l£
0
GNO
DETEtTOAOUTPUTI
REql$TER INPUT
CHANNEL
lW!1RI
SELECT
(17)
DIFFER"NT'.L
'''!PUTS
22) 1l
~~~:~~
~-+----+---~W-~==t:~==~=~=+---,
STS
our c
TQPVIEW
Vee
DISABLE
IN,
OUT,
-,
OUTPUT
L . ._---4~OG"02
y.
y'
STROlE
A
OUTPUT
A
GNQ
TOP VIEW
OUTPUT STROlE
GIor
•
-
+
•
JlO
co..
'"01
0------.....--.....-----,
l--+-----+-<).".
C, 'I ,
'----'"
DlfllfliflTIAL
IIWUT ..
~
"lfl""Cf
1M""
~
y'
OlfflREITIAl
'.PUTI
TOP VIEW
SlROIIIo---+---------I-y-
GilD 1
D ..IJ.T..IJ.
ALL DIMENSIONS IN INCHES
SECTION 12. LOGIC DRAWING
A~:_
.·A E
2
•• l
CONTROL
OATA
*
----1[>_-6
10
----I[>)Cl----
OUTPUT
CONrRDt
DATA
OUTPUT
F
G"O
NOTE:
INVERTED ON K20-2. ONLY
2
5
-----1[>--
Ne~
Vee
Vss
o-L
o..!t
~
DO ..,--
A~Y
6~ 6
G2
6A
6V
5A
5Y
GIlA
IV
2A
2Y
3A
6A
6Y
5A
IV
.2A
2V
V
+Voo
Vee
4V
3Y
GND
4A
4Y
K20-9
Vee
G2
6A
6Y
5A
5Y
4A
4Y
GIlA
IV
2A
2V
3A
3Y
GND
D.A.T.A.
Vee
G2
GIlA
3A
3V GND
ALL DIMENSIONS IN INCHES
SECTION 12. lOGIC DRAWING
---~--~~.--vcc
CONTROL
INPuT
e
OAT A
INPuT
1e
lA
2C
2A
2Y
_~
_ _ _ _ _ _ _ _ __
GND
DIS,
IN,
OUT,
IN,
OUT,
IN,
OUT,
Vee
CONTROL
INPUT
'«
DIS,
".
""
'"'
OUT,
'".
OUT,
OUT,
OUTPUT
Y
DATA
INPUT
1e
1Y
2Y
2C
GNO
K21-1
'".
OUT,
TOPYlfW
".
IIJIII
vee
IN
IN
IN
DOTTED IN PORTIONS
K21-2a ONLY
0-+-14----.1
IN,o-+-l4--.4
K21-2,a
EXP.o--=--...J
',*1_
v'
CKTABCD
1
1 4 2 3
2
5 9 6 8
3
0 13
2
14<>------+--~--<>__-........_---~
8H
61k
0--+4--
INPUT 1
INPUT
2
BCD E
13 1 2 3 12
567911
300
K21-7
CKT NO IN1 IN2 OuT
1
2
3
2
K21-3
70
OUTPUT
~,
456
3
9
10
8
4
12
13
11
"'07
1
~
INruTl~
INPUT
1
._f">.
OUTPUT
_
10>
70
V' 1
D ..lI..T..lI..
o-----------~~----
__~--____~--------------~----~
ALL DIMENSIONS IN INCHES
SECTION 12. LOGIC DRAWING
K21-11
c
10
COM
IK21-9
L_
O..-._ _
;K
1
2
3
4
A
1
--'~-O
GND
Bre-
2
6
9
12 13
5
8
3
7
1
1
Vee
K21-14
l~'
1O~
'11<
11
12
~
.
9
14
15
"I:c- PlN 16
GNO-PW8
Vee
••
13
.
..
VU
II
D.A.T.A.
ALL DIMENSIONS IN INCHES
SECTION 12. LOGIC DRAWING
1011
lUI
TRANSMITTER
t
•
RECEIVER
CP
AEGe,VeA S.A.
PKG
!_--------...,...---
(21-17
CKT
1
3
DATA OUTPUT
HOLDING REGISTER
~ TO
M
I
~
0
12
~
2
3
•
3
4
,
13
9
rw-- IT
ALL REGISTERS
DATA DISABLE OUT VCC GND
2
3 14
7
1
4
•
11
4
11
10
12
GND
CASE
v,
.,
VCC1 =14
VCC2 =8
GND=7
v
GND
K21-21
K21-22
A
G
D.A.T.JJ.
ALL DIMENSIONS IN INCHES
SECTION 12. lOGIC DRAWING
INPUT 2
CKT INHIBIT INPUT
1 2
1 2
13 12
OUT~
vee
4
10
14
VEE
Word L.ength
Selector
X
y
2nd StOP Bit
Select
13
12
AIV nchronou '"'S V IIC h ro~ou.
Internal
Parity
Mod.
14
17
,.
______ Vee
Enable
f-----t-----<19 Oau
Out
Shih Regiltar
Tr;lnsfer
Strobe
0---_______
VOG "Pin4
Vss to Pin 10
Timing
1-----------< Buffe,
81.111., StoraGe Aegilter
~r-,r--,-..- ..- _ r - _ r - _ r _ _
20 Empty
VOO '" Pi., 18
~----------~vr----------8 Data Inpull
CONTROL. 1
13
0"'0'______-<0
CLOCK'60__-..~,,"c
,
a
A
RESETo-_+-..._--'
12
~::::~: ;~5===~=+======:~~
8 _ __
GNO_
c i5
STA08E,03~_ _ _ _ _~
Vee = Pin 14 Gnd 3 = Pin 9
Vee = Pin 8
Gnd 1 = Pin 16
Gnd2=Pinl
D ..II..7:.II..
4
CONTROL 2
ALL DIMENSIONS IN INCHES
SECTION 12. lOGIC DRAWING
IN DRAWING NUMBER
SEQUENCE
r-________~------~t_------~----~~~~----~----~--------------~v~c~~
:~.
6
3
7
1~~2
L---I---.......-o 3
11~
12
13~15
14~
vee1
=:
Pn 1
VCC2:: P n 16
VEE""Pn8
L-----t-~----~~--~~--~----4-----~--~------------o8
4
5
6
(1/2 DEVICE SHOWN)
v,~
4 (12)
'''15~
(1016
,.,,
7(91
1 (15)
i14}2
Goo ·Pi.,a
VCC mPin '6
(13)3
Number, in parenthe.i,de"ot., pin number. for
Other half of delliee
1/2 OF CI RCUIT SHOWN
+5 -15 +15
SYIICHRO
INPUT
()
tS53S21
'NO
!
ISOLATION
TRANS'
FORMERS
Sill
COS
COM
RESOLVER
OUTPUT
if;
1
DIGITAL INPUT cP
" .." OUTPUT
tl'IU
" ... OUTPUT
tN"ILE
D.A.T.A.
OUTPUT
"
DlfFlflllllTlALI
OUTPUT
A..
IIWUT
A,
OUTPUT
1""1' ....U·I.OID
A,
MODE CHrlOl
INPUT OUTPUT .IIPUT DlfURE.TIALI •••
I..
"
I, IIUU:"IOlD
....OE CO.rIOl
ALL DIMENSIONS IN INCHES
SECTION 12. lOGIC DRAWING
IUS:I
IN 3
OUT :I
IUS 4
IN 4
ODT 4 DISAlLE.. GND
TO' VIEW
Even/Odd
Asynchronous/Synchronous
Mode
16
VGG = Pin 6
VSS" Pin 12
VOO'" Pin 22
Word
L_____rs;;;:~;-''t-------__~'8 Complete
L-----------L,r~~l::!:====_:---~
Enable o----~-~
19 Synchronous
Transfer
f-----f------o
Data
24 Out
Shift RegIster
Buffer Storage RegIster
f-------.....--o Buffer
L-.-_.-_.-_-.-_.._-.-~-.-_,8 Data Inputs:
08
07
04
03
02
25 Empty
01
K21-41
Vee
y
INPUT B
OUTPUT A
Z
y
OUTPUT B
z
Z
OU"rPUT C
y
Z
OUTPUT 0
Y
INPUT 0
3.5 k
r-----'f-..+-< Outr---+--+-<> putt
Z
To Other
Orivers
To Other
Drivers
Inhibit Input
D.A.T.A.
ALL DIMENSIONS IN INCHES
IN DRAWING NUMBER
SEQUENCE
SECTION 12. LOGIC DRAWING'
7
,
9
5 1114
I,
II
10
10 11
13
'3
"
20
Am26S12i26S12A
2,
aUAD
TAANSCEtVEA
2,
23
10
13
.,
90
12
Vee
GND
ii3
ii,
'5
= PIN 16
= Pin B
2,
2,
20
23
14
Vee
2k!J
IN 1(131
DRIVER A
+ __6o.:l,::BI NAND
L.._ _
DRIVER B
OUTPUT
10---e-l
5
4 .....H-+-I
11-......H~-...
12 -+-!+L-.J
1.-_ _ _ _~-~...:...7 GND
13-4>+-+--1-1
.-_ _. -_ _ _...._ _ _+-_ _.........:.::14 Vee
6
Vee = Pin 14
GND= Pin7
1.-_ _-+-_--.;5;19:.:) AND
OUTPUT
L..4-_ _ _ _ _ _ _ _ _ _ _~~~~-~----__~~--_4-L7
GND
DRIVERS", ....
i~-DRIVERS 8,. 82
~~=ro_____ "
'O~
Vee -PIN 18
GND- piN 8
D.A.T.A.
ALL DIMENSIONS IN INCHES
SECTION 12. lOGIC DRAWING
5~D"'VE"A :
•
•
1
3
.~ ..
DRIVERB
15
10
12
11
13
Vee - PIN 16
GND=PIN 8
rl-l-l---T-l-~'--"""1=-181
AND
PULL-UP
IVP
AND
SINK
OUTPUT
'"
'"
NAND
131
12
SINK
Vee
PUll-UP
NAND
OUTPUT
1ZS
IV,
w...
Vee
bus
INPUTS
~
17.111
r-~--,-----~------,--t--~~~~,-----~---.
__~~~__~____+-~~~~11~6~1 Vee
AND 14.121
11.151 NAND
PULL·UP
VP
PULL·UP
ZP
90
Sk
AND 13.131
SINK OUTPUT
YS
12. '41
333
500
500
181
TO OTHER
LINE DRIVER
4 k!l
4 kH
36012
NAND
SINK OUTPUT
ZA
GND
15 II
A 11.101
B (2.111
C 13.121
D 14.131
15.141
_______+--<1""17..:..9::,c1 Y
16.151
GND~(~81~~~~4-_______________~~~.-~~~~~~__*-~
______-J
TO OTHER
LINE DRIVER
D.A..T.A..
ALL DIMENSIONS IN INCHES
SECTION 12. lOGIC DRAWING
Z
(1,10)
A
(2,11)
B
Vee>
lOOTHER
(3,12)
C
LINE DRIVER
,
(4,13)
INPUT
0
,
V
STROBE
fOQTHER
LINE DRIVER
Vi·
,
OUTPUT
STROBE INPUT INPUT GND
S
lA
2A
lOOTHER
LINE DRIVER
NC
NC
lQOTHER
LINE DRIVER
vcc_o-_*-_ _ _ _ _ _~_....- - -....-
NC STROBE INPUT INPUT GND
5
1A
2A
NC
......J
NC
TO OTHER
DRIVERS
Vee. - .....--~-----+--+---...,
B.2k
...--+...-~_..
JOOiM.._OUTPUT
Vce_--1_ _"'_ _~---_~~-_~____..J
Vee
D.A.T.A.
ALL DIMENSIONS IN INCHES
IN DRAWING NUMBER
SEQUENCE
SECTION 12. lOGIC DRAWING
Vee
(1/. of Circuit Shown)
RI
R~
R2
05
THRE
CRL
EPE
PI
i---EJ
J~VGG
J-G
J-G
J---0
CS,
Vss
CS,
GNO
MS,
VDD
MS,
'-'
'....
2D '
1D
MR
CD
Du.....'
D
Input
ClK
Ie
CTS
llJIR
DA
00
TCO
DENOTES SIGNAL PIN UNDER
CONTROL BY CHIP
DISABLE (CD PIN 22)
SEE ELECTRICAL CHARACTERISTICS
(]
Du.."
e
ErM1«""_
-,
I
I
I
'tC ,
16
INPUTS
I
A
I
"'OUTSI
I
}
I
15
y.
13
lcower
OUTfOUT$
:
I
!...~_~~~I.:.~~rt~!.~ __1
2
345
678
~------vy------~'arr
OU~PUT
GND
INPUTS
ENABLE
STROBE
~ STROBE OU:PUT
lG
SELECT
ZG
ENABLE
Vee· PIN ,(16), OND· PIN (81
K21-59
Re1
vee1 • Pin 1
VCC2 - Pin 16
VEe • Pin 8
5
Din 1A
Din 2A
..
H..---- 7
---< -'
Bu. A
2 00ut A
15 Cout B
Din 28
14 - - - . . - - . . . .
Din1B
13---""'--___'
~~----"
Bus B
12
RE2
D.A/F.A ..
ALL DIMENSIONS IN INCHES
SECTION 12. lOGIC DRAWING
o
a
(PIN 141
(PIN 7)
IN DRAWING HUMBER
SEQUENCE
Vee
GROUND
"'0-------4
100---1-1------+-
~--------__o13
I-----{)12
DATA
GATE
'"
9
.....
r.....,r-t-'--+-,~--T------r---------..------
"
-....!'\4+4,5V
:]
1·75k
OUTPUTS
IV
2,
13
NS
NPB POE NOB2 NOB1
(36) (35)
(39) (37) (38)
I
1
(33) (32)
(31) (301
(29)
(28)
(27)
(26)
3Y
11
4V
R'
10
(23)
TaMT
(22)
(11--r+'
3T
VGG--L.
(2)
12
DBB OB7 DB6 085 OM DB3 DB2 DBl
cs
(34)
Vss
2V
2T
1T
,.
2'
3.
4.
GNO
I
Voo---1...
(3)
rep
(40)
I
1
I
I
1
1
1
TRANSM:TTEA
t:
+----+--------------------1
!:
r--.~+-----~~~~~
1-+-----1-1-, 1 ('91
I
I
aDA
I
I
I
I
RSI--t----u~!i£J~
I
I
(201
L ____________________________________
J
(16)
swr
RE~2El~ _ _ _...... TO ALL REGISTERS
RD7 RD
D.A.T.A.
RD3 RD1
ALL DIMENSIONS IN INCHES
IN DRAWING NUMBER
SECTION 12. LOGIC DRAWING
SEQUENCE
OUTPUT
L-----t---~~ Ii'P
OUTPUT
Ii'
OUTPUT
IY
r----I INPUT
I
-------------------1
I
2C
2ZP
,
~
2Z
OUlPUT OUTPUT
2 i' P
2V
2VP
2A
0UlPUT 0UlPUT
2C
o
INPUT IIIf'UT
2 y
___ ':~A~~E~ ~ _____________ ~ "!_ J
I
7
OUTPUT OUTPUT OUTPUT OUTPUT INPUT
IZP
IZ
IV
IVP
IA
INPUT
IB
INPUT
IC
GND
K21-69
NEGATIVE LOGIC
or
POSITIVE LOGIC
SERDEX TRANSMITTER CARD
SIGNAL AND PIN DESIGNATIONS.
veC1 = Pin 5
VCC2 = Pin 4
Vee = Pin 12
PIN
13~ 6
14
10
12
14
16
18
20
22
24
26
28
30
32
15
16~
1
3
2
H
B1
.0,
STROBE
B2
BDR
02
02
B3
D3
4
BDR
03
GND-7,8
vee -16
FUNCTION
Ground
Shift
Load
Clock Out
B4
36
38
-10
-12
44
-16
48
50
52
54
56
58
60
62
64
66
68
70
72
TTL IN
Spare
Spare
rrigger (?)
Spare
Spare
Spare
Spare
MODULE PIN
A3
A2
All. el7
A15. Dill
C3
SP,lrC
MODULE PIN
FUNCTION
AI8
A23
A7
AI2
AI9
A22
A6
All
A17
All
A5
AIO
Al6
I(LSH)
2
1
4(MSH)
1
t .
l(MSO)
j
(2
13
I
Spare
A20
Spare
(4
A4
A9
HI3
H19
HI
\
Spare
Spare
SR3-Scnal Input
SR4-Sendi Input
SI{ l-Senal Input
SR2-5enal Input
. Control Charac
= Control Chdrac
* Control eharac.
$ Control Chardc
Trig. Cont. C:harac.
I Control Charac
% Control Charae.
Status
TTL OU'I
-I IN
+J IN
+IOU'I
-lOUT
TransmIt
+5VDC
115
HII
B17
K23
Cll
C9
ClO
e12
D9
OS
D4
C1
C2
D7, D3 brW30
06
01, D7 by W30
D2
021
11
13
15
17
19
21
23
25
;0. 27
...; 29
;0.
31
Z lJ
c 35
;;i 37
39
41
-13
45
47
49
51
53
55
57
59
61
63
65
67
69
71
"
'"
HlO
HI4
H2O
112
B9
H15
B21
H3
B8
816
H22
H4
87
PIN
,6
I'7
I
f R(LSO)
-15V OUT
BDR
04
D.A.T.A.
D4
1626 1
ALL DIMENSIONS IN INCHES
SECTION 12. lOGIC DRAWING
IN DRAWING NUMBER
SEQUENCE
fi~iiiijiiiiii'---------------r--'-~--~----~----~--~-4r-----'--------4r-~--------1---~----O'Y~
R20
S40
R8
900
OJ
R9
1.8 k
6(2)
R24
'0
1117
-= -= -=
-= -=
O.
A',
Rl1
1.6 k
4k
-=
-=
-=
-=
R22
-=
1k
} TOOTH'R
DRIVER
5131
-=
-=
-=
-=
r'
-=
HI Vee
A,
90.
RU
R"
..."
0,
A,
1.8k
A"
1.810;
C,
.
a"
0,
A"
12(4)
13131
'"
'on
(U 15
121 1•
.."
O•
.".
'"
1k
9(5)
I
1016)
11m
TOOTHER
DRIVER
K21-73
y.
OUT J:SOURCE
OUT
WAVESHAPE
CONTROL
v+
CH.1
OUTB
OUT A
CH.1
DUTA
,N 8
OUTB
CH.2
OUTB
GNO
y-
CH.2
A SINK
OUT i SOURCE
14
ouriSINK
3
,NA
aUT A
OUT A SOURCE
OUT 8 SINK
OUT BSOURCE
STROBE 8
IN 82
IN 81
D.A.T.A.
ALL DIMENSIONS IN INCHES
IN DRAWING NUMBER
SEQUENCE
SECTION 12. LOGIC DRAWING
Vee
1l
"AND
OUTPUT
NAND
OUTPUT
GNO
l'
11
12
AND
OUTPUT
r--------------.---.-----.----.---'"
"
AND
OUTPUT
r-----1--....- ....
-~~---,,,
A1
81
IN 1
ST8
IN 2
82
A2
GND
TOP VIEW
K21-78
1--+-_4-"'0:.... our2
lAl 2Y4 lA2 2Y3 lA3 2Y2 lA4 2Yl GNQ
VOO"4
VSS·7
1,2,6,e,9,13,NC
D.A~'I:A.
ALL DIMENSIONS IN INCHES
SECTION 12. LOGIC DRAWING
RESPONSE CONTAOl
..
INPUT
"PUT~
,,'
,,>
OUTPUT
IESPONSl COhTAOL
en
(0)
3'
2
(2'
,.,
1~
1
(4'
15
(3'
15
VCC2
100
350
V.a
•
(13)
(.,
4
5
7
(9)
(11)
(10)
I.
(14)
"
C1S)
2 k
1958
36.
12
13
CO
(12)
(16)
Number at end of terminal denotes pin number tor L packaQi8
Number in pa,enthesisdenotes pin number for F package
V"*
Vee_
INPUT
I.
''''UT
I.
outPUT STROll
fzy
iii
Ie
2
3
14
15
16
VCC1
, ..'UT
IA
INfClT
II
Ie
OUT'''' S1AOI' StROll GID
IY"
S
I
K22-12
4
INPUT
I,.
INPUT
II
IN"
Ie
INPUT
INPUT
2,.
21
5
1
6
10
11
13
12
8
GNa
ALL DIMENSIONS IN INCHES
--'-
-'~
- - - - _ .. _ - - - - - - - - - - - - - _ . _ - - - _ . _ - - - -
SECTION 12. LOGIC DRAWING
Bon
STROBE
+-+--+--C OUT
EIA
(+1
5k
MIL
(+1
BOOn
12k
-::-
HYST.
Vee
680n
4k
620n
SOon
56
lk
R
3.5k
Vee
lk
Vee
3k
67sn
4k
345n
6.2k
A o - -.......J
son
B
0-_-+---'
soon
D.A.T.A.
ALL DIMENSIONS IN INCHES
SECTION 12. LOGIC DRAWING
IN DRAWING NUMBER
$EQUENCE
800
583
110
110
Resistor values ar. nominal.
583
800
Resistor valuas 'are nominal.
'"
"~
..
,"
,
:~n
.
;~A
:!II
~
,~
".
.w
lavn\r:CI
---.;."
l
f"
l~·"
"
"
'"
14\1Ct
13VCC
12 VEE
11 VEE
I---"-~-I---"'---I---"---I'
K2Z-25it-OMITS 6k OUTPUT
PULL-UP RESISTORS.
n
K22-~5b-OMITS 5Q
INPUT
TERMINATION RESISTORS.
ALL DIMENSIONS IN .INCHES
SECTION 12. LOGIC DRAWING
,.",'
3~1
4~2
(4) ~t-w"-"",,,>-K
(5)
1O~12
(6)o-t~~*,",-+-"""'"
11~13
__
~======~
~==~::::~!:~~::~::~::~
+
__________~IB
l:------+------+-------+. . .
~~------i----------~~~~~:.....---------l.--_~J---'L--l-. . .I-~
,
______L..___________________
Clock
O~tput
>07 Serl., Output
Asynchronous!
6 Synchronous
Mode
2J
2
L_-.-__j--i----o "Syn" Detected
VGG = Pin 5
VSS· Pin 12
VOO I0Il Pin 21
~~~~~~~------~
8 Oete Output.
Over-
fiuffer
Fuli
run
INPUT
Vee
1<22-31
14
STROlE
OU",UT
•
13
I.
-MIlk. no connection these pins.
·-For operation rlquirin, "M.rk HoW"
with tho input .pln •• nnect I 4701!
,Hilton ',am H~h of th. . pins to
,..un•.
STROBE
'IPUT
03
OU",UT
GIO
•
Hysteresis
Control
Clock 111>----------"-...1
Rese110o---------..:::..---6_-l
Strobe 1Zo-.------______' -___.....I
GNO
OUT2
OUT'
'NIA
TOPY'EW
IN 18
IN2.
'NIl
'N 4
OUT4
'N S
OUTS
'N &
OUTB O'SABLE.
GNO
TOP VIEW
ALL DIMENSIONS IN
I~
IN DRAWING NUMBER
SEQUENCE
SECTION 12. LOGIC DRAWING
Pin 4 and 13 - Internal Connection.
Vee
850
190
850
4k
1.6 k
.
120~:
1 _ ... - - - ....
,---
t
I
I
~
,,
'
~,
,)
r
'"
..... ---1
,
4k~
I
.-~-------bOUTPUT
'-~~--'-~
4 k
STROBE
4 k
VEEo-------~------__~----~----_4~~
Dashed components apply to the K2235 circuit only.
3'
Vee. PIN1.
GND'. PIN.
.....
1---"_-1--0 2,,41
....----~I--ol"SI
8(101
D.A..T.A..
ALL DIMENSIONS IN INCHES
SECTION 12. LOGIC DRAWING
RESPONSE·
.
INNT ",UI
11.1151 :!.uT
.,
-+__~"~I .~
L-~__~______'·_·~____
'iii' ...
Vee
bus
9···
Vcc
bu1
LINE RECEIVER
."
Vee
LINE
INPUT
."
."
121
GNO
STROBE
TO OTHER
LINE RECEIVER
TO OTHER
LINE RECEIVER
K22-40
INPUT
D.A.T..A.
ALL DIMENSIONS IN INCHES
SECTION 12. lOGIC DRAWING
RECEIVER NO.2
~~
COMMON TO 4CIRCUITS
INV
INPUT RT
-,
VCC2
______
~A~
__________
~
NON·
RESP
INV
TIME OUT·
INPUT STRB CONT PUT
I
(Set Note 41
3.2kn
I
I
1
"kn
1
AI
OND
IL
THRESHOLD
CONTROL
I
__
--1
II
-----I
1 OF 4 RECEIVERS
0-.:.--------.
1
.kn
1.6kn
1.6kn
200n
1
I
I
RT
NON· STRB RESP OUT· GND
INV
TIME PUT
CONT
/
RECEIVER NO.1
I
I
r - - -....--..--i=~---'t----1r:.::1l4IVCC
I
I
I
I
I
I
I
I
INPUT
INV
INPUT
\~______~IN~P~U~Tv
0-.:.1__·.,·2\1\k..
n_-+__~
'20
t - -...OUTPUT
OUTPUT
l6,f'
I
an
I
I
I
t-___I-_+-___~....---.:::m
1
OROUN
--.J
L
CQMPONENT VALUES SHOWN ARE NOMINAL.
Ok
At .. .SUBSTRATE
K22-44
Output and
Output and
Termination
Termination ....
God
God
Receiver
Output A W
Input A
..
I~;~":~
m
Receiver
Ol
Driver
Output B
;:
Receiver
Output C
Receiver
Output A
Driver
Input A
Co)
.
Driver
Input B
Ddver
... Input 0
Receiver
Output B
'"
Dnver
~ Input 0
Output Gnd ...
Receiver
Output A
Driver
Input A ,.
.
;;::~":~
Co)
,~~~7~
Driver
Input B
Receiver
Output B
D.A.XA.
ALL DIMENSIONS IN INCHES
IN DRAWING NUMBER
SECTION 12. LOGIC DRAWING
SEQUENCE
--INPUT FOR
SYNCHRONOUS
MOOEONLV
CAL
-G
--a
EPE
PI
VGG
VOO
---EJCO
WLS,
----§MR
AMS.
RittS,
AMS,
( ] OENOT. ES SIGNAL. PIN
!,mOER
CONTROL BY CHIP
AI
DISABLE (CO PIN 61
All,
~
AA,
AA,
AA,
:r :t :r :,;':, ~~!
AA,
AA.
RR,'
AA,
RR, MHRL MHR. MHR,
TR,
lal
...
(z1)
VCC14
13
12
11
3
4
TRC
' 'I
:-+---l
:_+---l
TltR'
'131
TN"E
121>
If"
T.,
' 'I
5
6
7 GNO
T••
1251
CR'
1>41
PI
'"
~:o---------~t-----~t-------~
lOll:
:fi)-
T.',,"An OUTPUT
D.A..T.A..
"fIJI
..
fl4)
SF.
••
(II,
•••
UII
ALL DIMENSIONS IN II'tCiES
SECTION 12. lOGIC DRAWING
INPUT
K3
IN DRAWING NUMBER
SEQUENCE
VCC
RECEIVER INPUT R,
L3 STROBE INPUT
STROBE INPUT
L,
R3 ROCEIVER INPUT
0 3 OUTPUT
INPUT
KO
INPUT
K,
K2 INPUT
OUTPUT
0,
L2 STROBE INPUT
THRESHOLO INPUT A
RZ RECEIVER INPUT
GNO
02 OUTPUT
VCC+
K22-53
:~2
:~3
DO
VCC+
t.~ "
INPUT
PROTECTION
tt
"~ "
f3
Vee" eo VEE" e, OND ·1.1'
B
02
0
HYSTERESIS
CONTROL
CLOCK
RESET
STROBe
"
t.
t2
VCC-9,VEE-8
(POSITIVE LOGIC)
Dltl
Input
Neg.
Pos. Ground
In/Out In/Out
NC
A
Ree.
Pull-
oltl Inputs
NAND
AND
Output
Output
2
D ..II..T..II...
y
GND .. 1,16
up
he.
+ In
OUTPUT STROBE STROBE
1Y
1G
S
GND
,rlq.
Term.
Res.
Ree.
- In
6round
ALL DIMENSIONS IN INCHES
IN
SECTION 12. lOGIC DRAWING
INTERNALLV .
GENERATED
lR
10
20
2R
26
VCC2
3Y
3Z
3A
VCel
lZ
1Y
lA
VBB
GND
lA
2Z
2Y
VEE
14
"·5V
01
Rl
R2
750
750
R4
02
3.8k
Tr7
07
Z2
03
04
lOut""
7OV ·
13
5.9-0V
K22-61
TOP VIEW
TOP VIEW
TOP VIEW
K22-64
TOP VIEW
TOP VIEW
D ..II..:r..11..
ALL DlME;NSIONS IN INCHES
IN DRAWING NUMBER
SEQUENCE
SECTION 12. LOGIC DRAWING
Strobe Input
Gate
Input A3
Gate'
t nput 83
Receiver
Input Rl
Strobe
Receiver Input
Input Sl
Gate
Input A1
Gate
Input 81
Output
F1
Gnd
Gate
Inputs
Vee = Pin 4
VEE1=Pin12
VEE2 = Pin 13
12
4
5 l' 13
16~2
15~3
'4~5
11
~
Zo
6
Z,
TRA~~C~~VER
10~7
9 ~ 8
'"-1
15
Vee
=
GND,
= Pin
4
1
Zo
GND2 = Pin 8
Z,
TRA~~;E~VER
15
Z2
Z3
GND 1- PIN 1
GND 2- PIN 8
'**-
5 11 13
Pin 16
D.A.T.A.
10
14
Vee-PIN 16
VBB
12
Z2
Z3
PIN
SERDEX RECEIVER CARD
SIGNAL AND PIN DESIGNATIONS
FUNCTION
MODULE PIN
Ground
-15VOC
10
14
Spare
Spare
10
12
14
16
18
20
22
24
26
28
30
32
34
36
38
40
NC
TTL IN
TTL OUT
+IOUT
-lOUT
Clock Out
+1 IN
-liN
B13, 03 by WI7
C14, CI2 by WI8
012
OIl
06
02
Spare
NC
Spare
NC
Spare
NC
NC
Spare
42
Spare
44
46
48
SO
52
54
56
58
60
62
64
66
68
70
72
NC
NC
NC
Spare
NC
? Cont. Charac
.. Cont. Charac
, Cont. Charac.
! Cont. Charac.
% Cont. Charac.
I COnt. Charac.
Clear
Ready
Ready
+SVDC
MOOULE PIN
A20
AI4
A9
A3
A21
AI5
AIO
A4
A22
AI6
All
AS
A23
AI7
AI2
A6
B24
BI6
BI2
86
B23
BI7
811
BI
82
B3
B7
B8
B9
C20
CI9
CI8
B5
B22
BI9
BIO
B4
821
B20
BI4
BI5
CII
CI3
014
010
FUNCTION
PIN
!(LSB) }
~
I(LSO)
4(MSB)
I
2
} 2
3
} 3
} 4
} 5
} 6
} 7
} 8(MSO)
Bit 7-Rec. Reg. Output
Bit 6-Rec. Reg. Output
Shift
Bit 5-Rec. Reg. Output
'"
:.
...,
:.
2!."
...,
"'"
11
13
IS
17
19
21
23
25
27
29
31
J3
35
37
39
41
43
45
47
49
51
53
55
57
59
61
63
65
67
69
71
ALL DIMENSIONS IN INCHES
SECTION 12. lOGIC DRAWING
'**'11'
3~1
4~2
:±t>-s
IO~12
11~13
8-
1 2 = C > - II
13
'tt}'"i
1.64k
9
1.5k
8.36k
-INPUTS
3(51
+ INPUTS
2(61
TO OTHER
RECEIVER
i~+}i.
K22-74
IUSc
IUs"
V>
IN 8-+
INA+
IN B-
IN ATHRESHOLD 8
AC.
STROBE A
OUT SOURCE A
STROBE 8
OUT SINK A
GNO
OUT SOURCE B
"",,-_ _.I'"
OUT SINK B
~
IN
IN
IN
OUT
OUT
STROlE
STROlE
OUT
TOP VIEW
D.A..T.A..
K22-77
~
OUT,
IN
IN
Vee
IN
IN
OUT
sn
sn
OUT
IN
IN
IN
IN
GNO
IN
IN
OUT
STB
STB
TOP VIEW
OUT
IN
IN
GND
ALL DIMENSIONS IN INCHES
SECTION 12. lOGIC DRAWING
~,o_--~--~--_,--~----,---~--~--~----~------------~
OUTPUT
INPUT
[o_----+---.J
~---4--.....+_--<> •• 0
V"
o-----4-----_4---!.------~--___I
V~o_--~--~---1--_.----~--~--~--_.----1_------~
OUTPUT
IN'UT {:
GNO
,.
INPUT
V"
.N'UT
"
Ne
OUT'UT
IY
TO' VIEW
,.
STROlE
DISAlLE
•
.N.
STROB(
Vee
-...
"011'
OUT.
sri
OUT t
+tN C
-II C
GID
TOP V'EW
D.A..T.A..
ALL DIMENSIONS IN INCHES
II
'--'*_.....-0.0
OUTPUT
A>-~
E
B
000
C
t-.---+---+_a
0
0
0
F
D
000000
8
CKT NO
K23-5
1
2
K23-5a
1
2
A
2
9
4
8
C
4
D E F
3
5 6 1
10 11 12 8 13
3 2
5 6
9 10 11 12 13
B
INPUT
K23-6a - . CONNECTIONS NOT INCLUDED
V+
7'C
OUT
OUT
~:CH:l0~~
OUT
OUT
8
V·
V· Out2
IN I)
VOl
VCC2
Vo>
v"
FOR K23-11a, PIN 10 IS CONNECTED LOW
(LOGIC 0) INTERNALLY
D ..lI..T..lI..
CKT
23-12
1
2
R
4
~2
S2 C M y
2 3
5 1 6
13 14 11 15 10
S~
1642 1
Y GND
8
vee
VEE
16
ALL DIMENSIONS IN INCHES
SECTION 12. lOGIC DRAWING
I*f'~j
EXTERNAL
CIN
0-11-<>
INPUT
K23-150NLY
Flat Package
K23-15 ONLY
Metal Can Package
~-+--+---I--t
"
PKG CKT INP OUTP Y yCN
1
3
1
8 4
2
5
7
2
MP
1
7
6
3
K23-15
K23-15a
,
eN
4
1
2
6
12
10
11
5
INPUT Al
VCC
D,
1 - - _ . - - - - - - 0 1 2 OUTPUT A
0,
INPUT A2 4
D,
R,
R,
'00
1 1k
VCC
...- - - - - O l 1 V +
V- 5
9
D3
R3
R_
200
1 1k
(Top View)
NC
(Top View)
0_
INPUT B, 6
NCB' NC
INPUT A
VEE
1 - -.....- - - - - - 0 1 0 OUTPUT 8
OUTPUT A
6
Vee
5
OUTPUT B
(Top View)
D_
INPUT 8 2
7
3
INPUT B ·
K23-19
VCC2
Output A
Input 1A
VDD1
Output A
Input 3eD
Input 2AB
Output 0
Input 3AB
Input 18
Channel
Channel
Select A
Select 0
Enable 1
Enable 3
Refresh
Select
Eri8bi8 2
Channel
Channel
Select B
Select C
Output B
Output C
Gnd
VCC3
Gnd
,.
K23-21
-'~-9
Output B
A9
""
Gnd
INPUT1
GNO
COMP
D.A.T.A.
l~MI""-\.
"""
5 _ _. . ._
4
.....14-.....-1-0 " I
..+011"'-+--012 rUTPUT
....
'""
All DIMENSIONS IN INCHES
IN DRAWING NUM8ER
SEQl!ENCE
SECTION 12. LOGIC DRAWING
11
"
a
TTLl't
•••
.
MQIGAMPEO "1
""
,.
INPUT 8
4 --1--1':><_""';1-
TTL\l'l
N.C
INPUT A 2 - 1 - - - f > o - - I 1 - 1 OUTPUT A
,-
.vee.
5 OUTI'UT B
MOIOAM'EDol
MOl",
Note: Pin 4 connected to case,
TOI'VIEW
.""
TOPVt£W
v.
DAMPED
Vss
OUT
16
TEST
INHI,n
'tt*t*1
Voo
OUT
15
v"
14
Ne
*00 NOT CONNECT TO THIS PIN.
--oy'
--oy-
FREOUENCY CONTROL
PULSE WIDTH CONTROL
--0 INHIBIT
--0 TEST
o-----------l
,...-4....--0
Yee
INHIBIT
¢,
y'
DAMPED MOS OUTPUTS
TTL OUTPUTS
.,
TEST
fRED CONTROL
L...-....----- X
"'2
o-+.-+-+-----j
'3
I
__---Ie-HO
I
I
I
I
Q1
I
IO.5AI
I
I
Q2
I,
13AI
Os
I
I
I
I'-- _ _ _ _ _ _ _ _ _ _ ....1I
e,
Us
16
15
14
e
13
11
10
Q W
5
PACKAGE
ENABLE
{'"
PE2
L-4:---i------ ""
1(151
GND
D.A..T.A..
(18)
TCV!oinkJ
(2<1)
VTT (1IOr ..... lyconnected toVCCll
ALL DIMENSIONS !N INCHES
SECTION 12. lOGIC DRAWING
SINK
SINK
IN DRAWING NUMBER
SEQUENCE
SINK
'**j*1
SINK
RESPONSE CONTROL
~--"'--+--ilI--""-"'-oV"
Metal Can Package
INPUT
'--e--oOUTPUT
OUTPUT
INPUT
RISE AND
FALL
TIME
eXPANDER
INPUT
CONTROL
INPUT
' A . - -. .--4I>------oGROUNO
Meta' Can Package
TOPVIEW
K25-44
OUTPUT
Dual-In-Line Package
INTERNAL
CONNECTION
10
/' \
Vee
I
INPUT
2
INPUT
J
eXPANDER
4
INPUT
5
r---t-10
,
Ne
OUTPUT
INTERNAL
CONNECTION
-r-'---'
1
GROUND
6
INPUT
OUTPUT
+-_,
INPUT _ _
Ne
INPUT
RESPONSE CONTROL
GND
TOPVIEW
Ne
OUTPUT
EXPANDER
INPUT
GROUND
_-'-+---' ' - - - r - _ I N P U T
TOP VIEW
Molded Dual-tn-Line Package
VM
16
15
0,
"
,~
Voo
0,
V"
D.
0,
14
0,
0,
II
E,
E.
12
E,
E,
1.1
0,
0,
0,
""
0,
0,
V"
GND
0,
TOPVIEW
GNO
V"
TOP VIEW
D.A..T.A..
ALL DIMENSIONS IN INCHES
IN DRAWING NUMBER
SEQUENCE
SECTION 12. lOGIC DRAWING
Dual-In-Line Package
-"'---1~---_"'-_"'-.-ov"
Metal Can Package
10
RESPONSE
TIME
CONTROL
,,-+-oO."'.T
OUTPUT
INPUT_"":'.j...._.,
C }RES'ONSf
8
INPUT
TIME
CONTROL
GROUND
INPUT
INPUT
INPUT
INPUT
_-=+-_
L...--4-=~- INPUT
N.C
TOP VIEW
INPUT
INPUT
"""II.....--4~-...- - - - - - o G R O •• O
r----~--~--------------~~--~--------------~----------_ovcc
TlMING{ ~
INPUTS
G
Output (Sink) Z
15
Address Input A
2
Address Input 8
3 t-~-L--.J
Address Input C
4 r-PH-L--.J
13 Output (Source) Y
Timing Input E
5
12 Source Collectors
Timjng Input F
6
11
Output (Source) X
Timing Input G
7
10
Output (Sink) W
Address Input 0
8 ...---I.--.J
K25-49
GNO 1 AND GND 2 ARE TO BE useD IN PARALLEL.
~------_A
SOURCE
COLLECTORS
[
~~~~~SS ::~~~PAIR ~~~~:~~I[O-+__-I"_-.j.r,..++-____----'
~----+-o~~;
Address Input A
1
Address Input B
2 t--tHt-L--.J
Addre. Input C
3 t-tHt-L--.J
12 Output (Source) V
4
11 Source Collectors
Timing Input F
5
10 Output (Source) X
Timing Input G
6
9
14
()utput (Sink) Z
o-+----4...J
Timing Input E
Address Input
L-------------------____ _________L___
~
D.A.T.A.
0
Output (Sink) W
7 r----L--.J
K25-49a
J_--~----_______CGND
ALL DIMENSIONS IN INCHES
"iii DRAWING NUMBER
SECTION 12. LOGIC DRAWING
, SEQUENCE
r----""""'!t_---._-------o vee
UK
4k
130
Vee
y
A
1E
8
lA.o---_.1
IC
1
>
-=-
SUB
Go--+--+
.>
Uk
..
K25-52
130
r----1~----_4~--t_---_oVCC
1.6k
1.6>
1k
1k
130
2C
2Ao--+--+-~
A
2E
•
GND
500
GND
'::
K25-53
Vee
••
1.6 II.
••
130
AC>-_--'
1k
GND
1.6 k
..
2k
1.6 k
130
y
STROBE lIP
14
Vee
•
Ao-_--'
Bo--r----~---_+~~----~
i-----~----~~~--------~~--~--~--~~~GND
ALL DIMENSIONS IN INCHES
SECTION 12. LOGIC DRAWING
STROBE
K25-56a ONLY
,,-
+vcc
IN
INPUT 1
OUTPUT'
.NPUT 2
OUTPUT 2
.NPUT 3
OUTPUT 3
INPUT I.
OUTPUT I.
INPUT 5
OUTPUT S
OV EXCHANGE
K25-58a Metal Cen Package
Vee
K25-58
OV ELECtRON.C
Vee
K25-58b -
K25-58 INVERTED VERSION
K25-58c -
K25-58a INVERTED VERSION
Dull-I n-Line PICkage
Dual·ln-Lin. PICkage
HAS NAND LOGIC
IZ
AZ
XZ
GNU
TO' VIEW
Yee
IZ
NC
A'
.,
NC
NC
NC
AZ
NC
NC
x,
GNO
TOP VIEW
TO' VIEW
(Pin 4 is ,Iectricelly connlCteli to the cue.)
ADDRESlA::~[:::~rfrf~~~~~~~~=)
AOOREa
DlBAILE
AOOREa I
OUTIIIIT
A'I
o--+..-L.~
OUTPUT
A,j
Vee
r··
EiiPiI
AODA
OUT
A,j
'3
12
11
aUT
A'I
511
II
•
-
•
-
OUTPUT
i'l
MFRE.~~~~~~~~~~~~~~~~~~~~~
,
OUJP.JIT
A,I
....
III
....
I
I' . ,•.
I
REAiiiln~----------------------"~r-~
STROlE
D.A.XA.
I
I
REF•
!!UT
A,.
I'
no
TDlY'EW
ALL DIMENSIONS IN INCHES
-----------------
SECTION 12. lOGIC DRAWING
IN DRAWING NUMBER
SEQUENCE
K25-60
GIIO·
2
OUTPUT
1
1INt1t)
OUTPUT SOURCE OUTPUT OUTPUT
Y
Vcc
COLue·
X
•
(IOURCE) TORS ISOURCEI 1111111
r---'-~r-----------~--~------------------~-------------ov~
......----------+-0 ~~:~TW
..
TIM'NG
'NPUTI
G
AOIArUIWUTS
ADOMIS
'------,.,.,.
,,,,un
TaM"'G
lO'VIEW
OUTPUT X
•t::;:;~:;:::::~4r_-+4I--~;;;==tt:~ (IOUftt'fl
SOUftCE
-GND 1 'nil GND 2 .,. 10 be Ultd in ,.r.llel.
COLLECTORS
K25-60a
•••
AlDRID
I,.,un
.'ttI·'A."
·"L .<>--.~~--4.J
.....--------+-0 :':':~T 1
L-----------------_4------~--_4----~
__------------~ •••
ADORfa
''''''0
ADOREauwvTS
'_'II,wun
TO' VIEW
A E C D E F
K26-1
10 2 3 4 5 6
K26-la 4 1 2 3 5 6
K26-lb 4 I 2 3 5 6
16-le 4 I
5 7
- d 4
3 5 7
K26-le 4 I 3 5 7
K26-lf 3 I 2 4
K26-lg 5 I 3 7
K26 Ih 2 I 3
K26-1·
5 I 3
K26 Ik 14 2 3 5 7 B
NOTE:
G
7
7
7
H
8
8
J
9
9
B
B
c9 11 12
EMPTY BLOCKS ON CHAllT INDICATE THE
DIOD;:S CONNECTED TU rHAT P IN ARE NUT
IN THE CIRCuIT.
NOTE:
EMPTY BLOCKS ON CHART INDICATE rHE
DIODES CONNECTED TO THAT PIN ARE NOT
IN THE CIRCUIT.
CDE
1K26-2 10 2 3 •
1K26-2a
1 2
KZ8-2b
1 2
K26-2c
1 2 3
US-3d
1 3 5
~e
1
6-2
3 1 2
1
7
6- h 3 1 2
-2
5 1 3
•
,••
COMMON CAT HODE
G
H J
6 7
8
6 7
6 7
8
8
9
9
COMMON ANODE
7 8
7 8
7
-
~2.k li~
D ..IJ.T..IJ.
5
5
5
5
12
All DIMENSIONS IN INCHES
SECTION 12. lOGIC DRAWING
CKT
1
1
1
1
1
1
1
1
1
1
1
1
2
K26-3n 1
2
1
1
2
3
4
26-3
K26-3a
K26-3
K26-3c
K26-3
K26-3e
K26-3
26K26-3h
K26-3
K2 K26-3m
A
B
1 10
14 1
10
5 10
5 10
1
1 5
1
1
14
C
2
2
1
1
1
2
3
6
14
7
14
5
2
4
2
D
3
3
E
F
5
7
G
6
8
H J
K
7 8 9
9 11 12
7 8 9
9
3 11 12
1
1
9 10 11
11 12
9 10
4
5 9 10 11 12
A ~ C D ~ F G H J K M N P Q
K26-5
0 11 12 13 2 3 4 5 7 8
9 1 6 14
K26 Sa 1 2 3 5
7 8 9 12
6 10
K26 -5 (J 2 3
4
7 8 9
1
6 10
12
2
3
4
9
1 14
L~262': ~"-
f~-
5 6
8 7
9 10 11 12
16 15 13 14
NOTE:
EMPTY BLOCKS ON CHART INDICATE THE
DIOD~S CONNECTED TC THAT PIN ARE NOT
IN THE CIRCUIT.
t~
oM
I
!: :
~: :
oN
of
GRDlQ
K
K26-7
o
F
H
K
M
p
R
T
0,
ABC
K26-9 2
K26-9a 2
26-9b 2
D ..lI..T..lI..
3
3
4
D E
5
5
7
F
G H
9 10 11 12 13
8 9
9 11 12
K
1 14
1 10
1 14
ALL DIMENSIONS IN INCHES
SECTION 12. lOGIC DRAWING
'"
K26-11
R2
20
09
'VIA
100
H
K26-10
K26-10a
K26-10
A
8
2
2
3
C
5
4
5
7
E F G H J
9 10 11 12 13
6 7 8 9
8 9 11 12
1
R3
50
04
'VIA
1.6 k
::
K M
114
1 10
1 1
D2f
i
R1
'VIA
1.6 k
r---C+--~--~~-,
0@
4
No internal connection
CASE
2
1
:~
D'
I
3
K27-2
'3 E'4
K27-1a HAS PNP TRANS.
2
W!w
3
4 __
U
U
_'1
fnIfn
K27-3
C1-1 Cl-2 C2-2 C3-1 C3-2 C'-l C4-2 Sl 82 S3 B4 E1 E2
1
13
12
10
7
1
3
8
11
211
1
~-t---t--~--+---r-~--~---+-~~~~-o"
.
16
"
D.A.T.A~
.,
B3
.4
,
.
EO
ALL
DI"E~
.
IN INaIES
SECTION 12. lOGIC DRAWING
K27-17
7
14
~
[~REEEE~~~~:EJ
.
1234568910111213
D ..lI..T..lI..
ALL DIMENSIONS IN INCHES
SECTION 12. lOGIC DRAWING
TERMINAL ELEMENT
1
1
El
NC
E2
,
•
9
2
C2
C3
B3
10
11
E3
3
14
B4
C4
10 11 I ISOLATION
3 141
131 2
L
PIN NUMBER 5 FOR THE
T1
1 121
VARIOUS ENCAPSULATIONS
ARE INDICATED THUS'
7 lSI
(6)
8
10 LEAD TO-5
(3)
..... T2
DUAL IN - LINE
9 171
6 1121
(13) 5
T3
41141
K27-24
MATCHED PAIR
T1 & T2
r-______~A~______~,
ISOLATION III
1
(7)
2
161
3
15)
4
J
..... T2
MATCHED PAIR
T3 & T4
Ir------~A~
______~
14191
.....
T3,.....
13 1101
121"1
PIN NUMBERS FOR THE
VARIOUS ENCAPSULATIONS
ARE INDICATED THUS'
1
FLATPACK
111 DUAL IN - LINE
(4)
5
131 6
(2)
7
11(12)
...... Tl
I
T4"
f
10(13)
91141
8 (8)
D.A.T.A.
ISOLATION
ALL DIMENSIONS IN INCHES
I
SECTION 12. LOGIC DRAWING
(413
IN DRAWING NUMBER
SEQUENCE
5 (121
.~
V
(312
~
T2 -.....
Tl
(tr
TERMINAL ELEMENT
1
1
2
SI
3
G1
PIN NUMBERS FOR THE
VARIOUS ENCAPSULATIONS
ARE INDICATED TfWS -
6(131
1
e LEAO
4
TO·S
(211
BODY
5
,
,
8
(2IDUAL IN-LINE
2
2
2
N••
71141
B 11 I
I SOLATION
'fiil'
Lead
1.
2.
3.
4.
4
6
7
6. Source 2
7. Drain 2
8. Open
8
K27-31
rS rS rS ~
1
1
4
ifJI"
2
9 10
Gate 1
Substrate (Body)
5. Gate 2
81 Dl Gl 02 D2 S2 B SUB
1
5 6 7
4
P
Drain 1
Source 1
6
7
9
K27·30a=NPN
8
13
14
6
2
:~~d~
8
11 FE
50
13
9
10
R
FA
~~
~ ~ fr ~ ~
l
G
I. lA"
14
'.
Ie
"FE
9~_----.J
'Ol~
12
"_"_
12'~----------
D ..lI.T..lI.
-
I
~~,
!P
VSS-18
GNO-S
13 R
VSS-16
GND-8
T
N
______
ALL DIMENSIONS IN INCHES
SECTION 12. LOGIC DRAWING
XO
X1
YO
Y1
KO
SO
11
S1,
9
S2
7
X-I
V-I
Vo
vI
P
6
eo
Cn
4
VDD = Pin 16
VSS = Pin 8
6
'_1
'0
21
'1
5
4
1-2
2
19 18 17 16
1
3
11
14
15
So
i5E
K28-7
ACTIVE HIGH
7
"
"
10
Vee = Pin 24
GND = Pin 12
Cn - - - - - 1
Am25S05
4x2
2', COMPLEMENT
MULTIPLIER
10
4
11 12
5
6
'3
7
S,
9
10
13
13
C o +4
20
10
11
14
15
Vee = Pin 24
GND = Pin 12
x-,
,•
.
V-'
Vo
ACTIVE HIGH
5
3
1
V,
'8 18 17 18
p-
23
22
21
t3
20
.
•'
Vee - PIN 24
OND - PIN 12
D ..IJ.T..IJ.
11
14
Cn
15
ALL DIMENSIONS IN INCHES
SECTION 12. lOGIC DRAWING
~
OUTPUTS
____~A~____~
VO
20
VI
2C
V2
V3
~----~vr----~~
WORD INPUTS
K21J-l0
OUTPUTS
K28-14
r -______~A~~----~
r-------------------------------~_o4 55
2C
V7
3 54
-.:..:~-.:.:::...,vr---~
WORD INPUTS
K28-10a.
X3 •
, 53
K3 5O-~~----------~----~
X2 7
23 S2
K2
14o-~~----------_4----~
Xl 13 ~~L.L-'_____
Kl
22 51
'10-~~~~------_4----~
XU 10
X-l
B
KO 9
y.,
21 SO
o--jt-----------t====-__~
16
YO 15
Vee = Pin 24
VEE = Pin 12
Yl
p
17
0-+++-----1
'80-++.-----'
~
en
M
D.A.T.A.
20
'9~--'T7.
____
ALL DIMENSIONS IN INCHES
SECTION 12. lOGIC DRAWING
IN DRAWING NUMBER
SEQUENCE
[J==...J:=~'VCC
ADDER/SUBTRACTOR ANb REGISTERS
SUM
x,
C~~rK ----~C>~-4--------------------~------------~-------+-------+------~
M~-------------------~r------------------~
CP
o
~------------~CP
CLR
EMb"ln
11
3
DC' A
2 l' 1.
.10
~
12
e Out
Voo - Pin 18
VSS - POln 8
>--~--------o 1 "9"
Ct....
13
D ..lI..T.A.
Set to Nin.
•
AU DIMENSIONS IN INCHES
SECTION 12, LOGIC DRAWING
SYNCHROf+
OUS 4-81T
BINARY
COUNTER
·,,0-----4
INHlalT IN
-ALL INPUTS ARE PROTECTED
BY STANDARD COS/MOS
PROTECTION NETWORK
4
Vss
K29-3
INHIBIT IN
,,*
*D e
* B* *A
>--{5)'OUT
VOO .. PIN 16
VSS.PIN B
"ss
>-----------(1). 'g"
INHIBIT
OUT
D.A.T.A.
ALL DIMENSIONS IN INCHES
SECTION 12. LOGIC DRAWING
RATEIN
DCBA
'"
ST Cascade
'0<
CONNECTED
CONNECTED
"
"
Ein
CLOCK
RESET SET(9)
.
,
,m
CLOCK
• . . cc
CONNECTED
$1-12
ov"
53-12
"
"""
CONNECTED
K30-1
Sii8Ct 9
1 00
00060
001 SO
2 01
0104
COM
011 3
IS 02
020 13
021 12
030 II
CKTABCD
KSO-l
1
4
3 2 1
1l 12 1
COM
7
vee
14
031 10
Clock 7
D.7J.T.7J~
.
Vee = Pin 16
VEE=P,n8
ALL DIMENSIONS IN INCHES
IN DRAWING NUMBER
SEQUENCE
SECTION 12. lOGIC DRAWING
X3
3-----=FFFF~~
---JM!~[)1
X5 '2----J:~~~~[)1
X4"
X7'4-------====L/
A,
A,
ADDRESS Al
30-4
CKT CONTROL IN OUT
1
13
1
2
12
11
1102
10
1203
1304
___ ..1
ContrOl
c>--'V\rv--+--' iR
~OOUT
Voo" P,,, 16
VSS ~ P,,,
8
K30-8
-.{~
I],
A 15
DATA
SEl,.ECT
(BINARY)
14
{ 8
13
12,
Ih
rl-~+-~~~~----~®~~@
-
---Cd
C
D~
0
I
D
S
D ..A.T..A.
loa
@@
OBE
K30-8
1
16
K30-8a
't
9
DATA 1
ADDRESS
• •
6
5
..
1
2 H
10 11
D TA 2
1
CD
OUTPUT
0232VCCGND
10 11 12 13
9 16
8
15 1
1
1
I,
I,
I,
8
ALL DIMENSIONS IN INCHES
SECTION 12. lOGIC DRAWING
®G)
11 b
(i)s
G)G)
lOb
I 1a
lOa
@
11'111
IA
10 1 2 3 4 5 6 7 9
I.
12 I] 14 I, 16 11
So
11
12
13
2A
9313
5t
52
2.
Z·
]A
15
14
3.
'A
Vee· 16
13)
EN
IV
,.,
14
A2
A1
AO
,-------y -~:------ -~------ ~~----- '~~-----,
VDDo--1
(·'11
IS)
2V
I
2:
I
,
I
OND~
15:
DECODER I DRIVER
1111
v .. ~
1101
....) ! (.
1
6 (. {~ (. (] (. (, i
c-f- --1-1----1---1---I-1---- I---1---- J
(141
4.
GND' 8
OPEN COLLECTOR
FOR K30-13a ONLY
*
(2)
OUT
SI
17
5"
II
54
13
12
5
6
7
10
9
8
12
"
11 13
SELECT
STROBE
K30-17
OUT
EN
... ,
l4 , _______ 3_________________
AO
!"_----
~~
_____ ,
~~
I
'·'11 2:
I
I
I
GND~
15 :
DECODER I DRIVER
YII~
H.)
f (. (, (. 6 (. 2i
! (.
.-1
I.
17
I.
I'
••
13
5
6
7
10
9
8
.2
"
VSS
NC
S8
S16
S7
SIS
S6
S14
S5
S13
S4
S12
S3
I
811
S2
i
S10
SI
~f--f---f---l--I-~I-1hh!---i---l~2
OUT
NC
OUT
OUT
11 13 ,-4
SI
S16
S9
EN
GND
AO
NC
Al
A3
A2
'1,11:1
=,,--r-
OUT l-a
VSS
EN
S8
S7
S6
S5
S4
GN
S3
S2
SI
EN
AD
S8
D ..II..T..II..
S9
S16
OUT
9-16
Al
A2
ALL DIMENSIONS IN INCHES
IN DRAWING NUMBER
SECTION 12. lOGIC DRAWING
:~=~"
SEQUENCE
...-'4:>-------,
B
DATA
.""'"
DO
o-----i=M=l=E:Er"\
"""'"
"""'"
A
DATA INPUTS
K30-19
K30 19a
1
3
2
2
2
3
3 4
5 6 7
1 15 14 13 12
4
5 6 7
9
.--1 13
3
QA 15
12
11
10
9
A
QA'
~
10
2
"
1
L.-~
'--
•
QB 1
B
5
6
7
QS* 2
~
K30-26
vee
16
GND ,
10
12
'3
Q,,15
14
15
" 14
8
lOc:i.OCK,c>-_ _ _ _ _ _ _ _
~>------
i
CHANNEL
INPUTS
•
CHANNEL.
OUTPUT
CONTAOLC
VSS
I VOD
CONTROL B
(!) CONTAOL A
ST"OM
D ..lI..T..lI...
@)
ALL DIMENSIONS' IN INCHES
IN DRAWING NUMBER
SEQUENCE
SECTION 12. lOGIC DRAWING
r"-----,
16 ADDRESS AO
ADDRESS Al 1
+5.0V SUPPl V 2
DIGITA.l
ADORESS
.,-j....,.;:>O-+t-f-+++-:
13 IN 1
IN 8 5
IN 7 6
12
11 IN 2
IN 6 7
IN 5 8
9 IN 4
OUT
.J..,....,.;:>o-+i--IH-~-:
10 IN 3
3
30-28
K30-28a
,,---;....,.-1:>0-+';""'4-++-1
15 -12.0V SUPPLY
14 +12.0V SUPPL V
3
4
ENABLE
ENABLE
r-----.,I-<,.,
L
•
D
S A2
0
OUT 5 THRU 8 OUT 1 THRU 4
ADDRESS INPUT BUFFER
DECODERS
AND LEVEl SHIFTER
...
DI
D2
DO
;}
MOOf
INPUts {
,:
11
12
OUT A
~}
OUTe
I..uTl
{
INI'UTI
INI'UTI
13
'4
11
II
oNl>
ENMLE
.....
_ _!---
R....
R.--.;;;
Data Output Bit 2
~2 Dahl Output Bit 3
....
~3
-
.
R....
Detector 4
Vo
V,
Y2
Detector 1
~
I
D ..iJ.T..iJ.
b
O.te Output Bil ..
V..,
>--
Y3
Y4
1
2
3
4
5
6
7
8
Y5
Ya
>-
Y7
Bill
Bil2
>-
N/C
9
10
11
12
13
14
28
27
26
25
24
23
22
21
20
19
18
17
16
15
CEI
Ce2
+5v
V,5
YI.
Y,3
Y,2
Yl1
Yl0
Ys
Ya
Bil4
Bil3
V,of
>-
ALL DIMENSIONS IN INCHES
,
SECTION 12. LOGIC DRAWING
eXT.NO.
1
DOTTED AREA A ONLY
•
:--1
""f
J
ABe
D E
6 7 8
2 114
12 11 10
5 6
• 11
3
" 15
9 14
,
2 1
TO OTM'R DATA
DISTRIBUTOR
4 k
• k
....--+--+-1
.----+---..-0 vee
c
A
F
0---<> SUBSTRATE
GNO
10
o.
•• o---f--+--+-t-l
010
rt-+----~----~----~·7
..0------1------1-+-1
~rt----~----~··
OND
10
I K30-
CKT No.
2
K30-32a
1
2
1
2
3
•
A e
2 ,.
6 8
2 1
6 7
• ,.
13
vee
H..--1----..
.,0
II
2 0
2
or
2
2
2
o-+-----~----~____~___+~---~~~_+--~----~---J----~~.u •
11·4
55-. 17-10
SOU'"Cf:
01
02
03
04
6
a:
2
Sl
UJ
S2
U
0
0
UJ
0
VCC· Pin 14
Gnd· Pin 7
Dl 2 D3 D4. 51 S2
7 9 10 11 3 2
15 14 13 12 4 5
D.JJ.XA..
au
1
All DIMENSIONS IN INCHES
SECTION 12. lOGIC DRAWING
330
2.03 k
I.
410
Vee - Pin 16
Gnd. PinS
"
xo
•
Zo
7
ZI
vo
51
53
10
52
8
XI
9
K30-43
2 Ql
xo
, (s.
VI
6
X,
11
V,
10
X3
1
V3
13
8. Z2
1223
Z
1.'Q2
I.Q2
Ve
e1 ... Pin
1
VCC2 "" Pin 16
VE E &Pin8
A (111
7
BU31
~
£i;ib'ii"(2) 14
VO
(1)
o------1f.H+---~
130-----1+1+-L__
Y1 (15) 11o-----~I+:.:J
. ./
15 (3)W
Y2 (161 12 o----.....;F~~.-/
Y3 (14) 1 0 0 - - - - _ = = = 1
./
NUMBERS AT END OF TERMINALS
ARE PIN NUMBERS FOR
L OR P PACKAGE K30-43.
NUMBERS IN PARENTHESES
OI;::NOTI;:: PIN NUMBERS FOR
F PACKAGE K30-43a.
D ..lI..T..lI..
ALL DIMENSIONS IN INCHES
SECTION 12. lOGIC DRAWING
VO
VI
V2
V3
V4
V5
l.
"
"
"
VO
V7
'1
D.A..T.A..
'2
F.
ALL DIMENSIONS IN INCHES
SECTION 12. LOGIC DRAWING
14
7
8
9
'N DRAWING NUMBER
SEQUENCE
0--+--+----4
17
12
16
16
11
15
D.A.T.A.
15
ALL DIMENSIONS IN INCHES
SECTION 12. lOGIC DRAWING
IN DRAWING NUMBER
SEQUENCE
So
r-------,
1
1
1
IAONLY
1
-,
I
I
1
1
_I
t.--.-<> 10
-k
(9)
So
(7)
5,
c>-I-----IJo--rllT---rttt-itti--,
',~
.;;,
I
---IAONLY
1
1
I
L________
I
I
I
I
I
I
I
I
I
_~
(4)',
(121"
(13)"
1
1
1
t.--_"'J.._-<> I,
L,"
"*"
- - - : A ONLY
1
1
I
I
I
t.--.--o12
-A-
L,"
"*"
---IAONLY
I
I
I
I
I
I
13
o
K30-51
D.A.T.A ..
1 2 3 -4: 5
1 2 3 4 5
INPUTS
91 llU13U15 D e l
o 11 13 1
16 17 20 21 22 23 1
8
ALL DIMENSIONS IN INCHES
SECTION 12. lOGIC DRAWING
IN DRAWING NUMBER
SEQUENCE
CHANNEL 0 INIOUT
DATA INPUTS
CHANNEL I INIOUT
DATA SHECTS
~~
A
I.IJ---..,
10
9.r----.
C
CHANNEL 2 INIOUT
LOGIC
LEVEL
CONVERSION
BINARY
TO
IOF8
DECODER
WITH
INHIBIT
CHANNEL 3 INIOUT
CHANNEL 4 INIOUT
CHANNEL 5 IN lOUT
INH. (46i}----I
CHANNEL 8 IN lOUT
CHANNEL 1 IN lOUT
Vss
1)----------4-----------~
VEE
, - - - - - - - - { 1 1 3 COMMON X OUTIIN
CHANNEL Ox IN lOUT
4 CHANNEL IX INIOUT
Voo
A
CHANNEL 2X INIOUT
0
8 9
LOGIC
LEvEL
CONVERSION
INH. 6
II CHANNEL 3X INIOUT
BINARY
TO
I OF 4
DECODER
WITH
INHIBIT
I
CHANNELOY INIOUT
CHANNEL IY INIOUT
. - - -.... , CHANNEL 2Y INIOUT
VSS
. - - -... ·4•• CHANNEL 3Y INIOUT
1 . . . - - - - - - - ( 3 COMMON Y OUTIIN
CHANNEL AD INIOUT
CHANNEL AI INIOUT
A Vlll)---,
10
C ,.~~_ _,
CHANNEL 80 INIOUT
LOGIC
LEVEL
CONVERSION
BINARY
TO
10F 2
WITH
CHANNEL 81 IN lOUT
CHANNEL CO IN lOUT
INHIBIT
CHANNEL
INH.
CI INIOUT
,.6,,---,
COMMON C OUTIIN
Vss
' - - - - - - - - - { 1 5 COMMON 80UTIIN
~---------(14
COMMON A OUTIIN
VEE ( 7 7 } - - - -_ _-4~_ _ _ _ _..J
_
.... 00
13 (NEG'" TIVE
SU"lV)
cOOl<
INPUT
D.A.T.A.
ALL DIMENSIONS IN INCHES
SECTION 12. lOGIC DRAWING
DATA INPUT
r~r~~~--illlf~ND
8
-~-+_ff---l~+t-ff---l~-O
I
'. I 4- 0 •
...J --t-"OI s,.
1 - 5
I
A2
I
15
A,
CMOS
DECODE
LOGIC
16
Ao
1
A,
16
AO
1
__ .J
~S2'
__ .J
~S3I
Signal
Output
VSS
VBB
VDD
DECODE _._-,
CMOS
LOGIC
.J ~S..
113
_...J
~S'b
~S2b
_.J.
En
2
En
I
IL _______
9
8
111 -
~S3b
2
10
58
D
A
00
01
02
03
-7
,
ST
14
A
13
B
15
00
12
01
11
02
10
03
,
K30:'62 ,
A
60
61
62
63
14
'3
15
A
60
12
61
11
62
10
63
K30-62a
voo = Pm 16
vss
D.A.T.A.
=
Pm 8
ALL DIMENSIONS IN INCHES
SECTION 12. lOGIC DRAWING
I
8
1 0>------'
13
ANALOG
INPUTS
4
o---~
r---1
2 0>------'
12o---~
3 0>-----'
11o----~
'ANM1lG
OU1l>UT
r--~
'7
40>-----'
10 0-,.--~
5 0....- - - - - '
9
o---~
6 0>-----'
CLOCK
INPUT
OUTPUT
4:1
COUNTOOWN
RESETr---....- - - - -.......--....J
SO
~
B
~
c
o
CE
Q
~
_
USEJ)
ZEN
ON A,B,C,DIE
z
J
6
~
F-
22
H
-l::F.E
5
.l:- F=G
M
21
~~ 1
F
l=-
4
20
L
K3Q-66, e
19
E
'tif.iij:i
STAGE I
I
III~f
C'~f
VAA
I
18
STAGES
:i] OAE
Beo--h
Aa V A
D
2
C~OAD
I
-.TAr. . . .n
.
17
..
K
~
E
BKAH AF
2
3
4
COM
~
6
~
a
"..-
16
181\ AM AL
c
&NAP AN
lSI
ro;
I ..
3
AS AR
U AT
D AV
BBIF BE
U
~
11
U'I
10
15
P
au
D.A.T.A.
9
ALL DIMENSIONS IN INCHES
SECTION 12. LOGIC DRAWING
'$".
,...--------
I
Vec
OUlpU
I
vGG"
VOl 12
RESET
23CLO~C~K~~.-__~
.--_ _. '....
NPUT
u
24
SERIAL.
DATA
INPUT
OUT
G,
C'"", {
COMMON ,.
Stl~c:t
Addrelll
OUTPUT , .. - - - - - - - OUTPUT "
G,
3 22 "
L________ ..1
21 I 20 • , . 7 "
, . 10
•
17 •
'5
G3
,
looK«SI
8
ENABLE IVLI
I~
16
G,
0,
12
0,
G,
11
O.
G,
10
D.
9
0,
O.
IS
*5V +15V -15V
21' 141' 151'
CH 1
CH2
CH 3
CH4
CH5
CH6
CH7
CH8
r---
13
:IC
9
8
10
12
OUT
7
6
5
III
CONT ROL ~64/,1 /,16
C 222 '2 0
D.A:.T.A.
I
((
-~OECODER
--.
ALL DIMENSIONS IN INatES
IN DRAWING NUMBER
SEQUENCE
SECTION 12. lOGIC DRAWING
'i·ill
r---------~--~r_------~--------~----------~r_--~---------ovcc
R4
R4
Out
R3
R3
~--~~~--~~-t------------+--4~----------¢GNO
R4
R3
R3
SIO----------+~----~
VOO" Pin 16
VSS - Pin 8
04
01
S2'o-------~--------------------_4----4_--~--~~~
02o---------------------------------~
~------------------------------------__C03
~9~--r-----------------------------------,
OUIA
K30-77
•
S4Ao---1-~-+-+-+---------+----~~
@
14
SIB~__+-~~~~--------~--~~-'
TP
GRD
---8
G ROUND
Cl
,~
C2
3.3 U F f +
10
.J~C--
A
V OLTAGE
L.....-
Outs
UF
"
S3BO---~--_+--_+--------~----~~
1P9 1P5 TPI
TPl0 ll'6 TP2
lPl1 1P7 1f3
'.
~
l'
@ (fJ r-"----T 111 ~~.
A2. A3
V
W
X
U
15
16
N
E
1
p.
F
13
R
H
W
MO,
8
1
21
9
2
31
17
10
3
4
18
19
11
12
4
5
5
6
20
13
6
7
21
14
7
9
L
C
n
,
.'
..
~
~
E
'0
I,
'2
13
14
A3
A2
K
T
;!
s
y
OUTPUTS
~,Kr~'4~-----------
'5
16
~
L..- __ _
,
TP4 TP8 Tf12
cfS
~~+'~5~--~1____-"
......_--'
,~
'
~
1
A'
A2 A3
AT
'.
'.
'.
,, '"
"
K30-79
IE~:~lBE~ "''''------<1">---------_
00(41
0,131
1)2[21
OJ
m
01 1121
~
SHADOf'leSS~UffERSRLOW
D.A.T.A.
ALL DIMENSIONS IN INCHES
SECTION 12. lOGIC DRAWING
H+t.I:t.i
DO 4~f
K30-80.
*~t{j~1~~i~ijIII
" '"
~
"
D3 121
,_n
_2
ENABLEG"'~~======~:d~::-----'
100 ~
OA'A
~m
IDI~7~------~~~;-,
0Ij(1J1
ID2~8~______~~~;?",
K30-80a
!)tllll
.::r:~:{:~rf
,-t>--Lt>
.
DJ(11)
l03~9~______~~~;-~
DATA
l04.~1;:4____. -__...,jj,l,l,l"t;;~
INPUTS
ID5.~1=3____~__-y~U;~
OUTPUT
IV
ID.~1~2____~~...,jj~U;r=;
107 ~1.!.'·____~..j...,..4I,IlI,Y;;~
OUTPUTS
~
YO
GND
@@@ ®
Yl
Y2
Y3
DATA
OUTPUTS
{:::
6 ______---tlfoit.
.!.:5::.
201~1~7________-P~~
INPUTS
Y4
2DO~18~________==~
YS
Y6
0000000
Y7
,
0
B
~)NPUT
OUTPUTS
Vee
A
C
D
~
INPUTS
K30-86
IV
2V
lC3
lC2
(7)
16)
lW
1Y
3V
lCl
lCO
(5)
14)
Cl
2C3
C2
19)
2W
2C2
flO}
2Y
2Cl
200
SELECT
(11)
(12)
(13)
INPUT A
111)
CLOCk
SELECT
(3)
INPUT B
..J>, .. . Dynamic input activated by a transit on from
8
high level
to a low level
D ..lI..T.lJ.
ALL DIMENSIONS IN INCHES
SECTION 12. lOGIC DRAWING
•
I
IN DRAWING NUMBER
SEQUENCE
e
00
<11
03
141
04
'51
DATA
,,",PUTS
INPUTS
OUTPUTS
f
,gM-'
CN'
, '"
,
f~6
,
f~5
p-----,"»-----I
9
~4
~======----C>:J
~---IKIN1A
' - - - I -..... OUTA
no SEVEN OTHER SWITCHESI
NC
(TO SEVEN OTHER SWITCHESI
27 -VSUPPLY
3
26 IN SA
25 IN 7A
INBS
"
241N6A
IN 18
IN6B
IN 58
~--I-'-+ OUT 8
28 OUT A
*VSUPPLY
OUT B
6
23 IN SA
)
22 IN 4A
IN 46
IN 38
IN 28 10
IN 18 11
GNO 11
vRH 13
Ne 14
'---.-< IN 18
21 IN 3A
20 IN 2A
19 IN lA
-18 ENABLE
11 ADDRESS An
16 ADDRESS A,
15 ADDRESSAZ
D ..lI... T..lI..
!---~:i=::J;;:t~~;-;:1
I
I
EN-
L ____ J
ADDRESS INPUT BUFFER
AND lEVEL SHIfTER
L___
DECODERS
tHBA
I
SA'M£AS
ABovE
L_~
__
IN88
~_J
MuLit~EX
SWITCH fiAIRS
ALL DIMENSIONS IN INCHES
SECTION 12. lOGIC DRAWING
SHUNT 1221
ENABLE
1241
MULTlPLEXEII
1171
SWITCHES
1101
1231
1111
----------.
O"---....-f':>cl>---+J
SHEeT
D ../J.T.A.
ALL DIMENSIONS IN INCHES
SECTION 12. lOGIC DRAWING
IN DRAWING NUMBER
SEQUENCE
Uft.l(.tJ
r-------------,
+
+5VDC
?"
CH·l
CH'
CH J
..,
...,
...,
7
CH·4
A~AlOG
I~PUTS
CH·5
.....
--
CH 7
CHa
"'"
V
CH2
.rio.
6<>
V
8
A~AlOG
OUTPUT
CH 1 THRU CH ...
V
..,.
A~AlOG OUTPUTS
MAY BE SEPARATE
OR CO .... NECTED
TOGETHER
-!
!--'9'
,."
...,
CHI
?oJ
MQS·FET SWITCH WlTH DRIVER
,.,"
9
ISVDC
?,
?
V
,.,
Input.
t-20VOC)
J
..., ,
,., ,
,...,
ANALOG
OUTPUT
CH·5 THRU CH.a
-V
-
J
DECODERSECTIO~
6'
~~
CH 14
C~'~2~4~--~~--~~~_,
27
ENABLE
MSS
our
Connect for
28
a·Channel
01..:2:.:9::...---4
O~atlon
--...J
LSSI()l-l:.E...--L_ _
Y
7)
110
CH4
Add.... {
.rio.
r
CH3
0'
CHS
CH
s·s our
19
0'
_____________yr__________-JJ
I
I
CH6
I
I
I
CHAfliNH SELECTION
I
CH1
I
1
I
I
CH8
I
I ____________ J1
L
,
CHAN
'iiTl:O' .
,
2
L,-,.--r--..,-----------------.::~====-~DIFF
r
AMP
OUT
03
02
o}
DO
Y
W STROBE GND
~'---v--'
DATA INPUTS
DIFFERENTIAL
AMPLIFIER
INP T
BINARY
CHANNEl..
RESS
'*"''''1
OUTPUTS
MUX AMP
OUT
IN
OUTPUT
INPUTS
INPUTS
V CC ENABLE ~
3'v
4P:"4B
4V
16
1 2 4 8 INHI81T
CHANNEL ADDRESS
D.A.T.A.
+15V
GND ·15V
9
SELECT lA
IB
~
IV
2A
2B
'--y--'
INPUTS
INPUTS
OUTPUT
2V
GND
OUTPUT
ALL DIMENSIONS .IN INCHES
IN DRAWING NUMBER
SEQUENCE
SECTION 12. lOGIC DRAWING
'1""'1
,A
121
••
ea
IA
2A
18
121
131
III
15)
2A
•
3A
III
28
2Y
161
elll
(11)
3A
•
1101
....
1141
...
1'31
38
1141
4A
(13)
48
1151
STROlE G
III
IELECTS
STROBE G
$ELECT S
'*
r - - - - - - - - - - -- - - - - - -- - - - - - -- - - - --,
CHANNEL CLOCKS
~ r --;;: -1 t
I
:
'.zl"S~"IJSI
t:l
I
I
iii.
I
:
mux
t101
/'1
-'1--:1
I
I
(151
III
*(ANA/CCTIO/J
EXnrlWAL
FOR. EI61(T
(8) C.HflN/V~L
~yS7&m.
I
)-K)-f.'---+-----.
IN
i~~7~~~~~~~~
,
7
DATA IN IAI
AIlDREU
/I1I.JX'o MTII
10
o-~!I~------~----~
8o:tl~~C======::::J
I
0
13
L
___________ J
our
I
r - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - --,
1*
:5r-----'~
CHANNEL CLOCKS
I 2 3 '"
I
I
: I -- -- I.
5
6 7 8
sYNC
\)
....
'*
9
I
1I'II'l!·
CLE~A
!lSI
CLEAR
I
"I l
I
I
I
I
I
I
QD
DATA 1131
INPUT
DEmU)(IN~·<>~~-~==~-t-r-I1~~-t-t~====r--l~-l---l--~~~
'51
Q2
16'
Q3
171
DATA
I
I ClEAR
141
Q,
Q4
LATCH
ENABLE
1141
Q6
101
OUTPUTS
nOI
MlIs7£R CLOCK.
--- --- -- --- -- -- --- -- -- ---",.
D.A.T.A.
£>-- 7
D.A.T.A.
Enable Out
36
38
40
42
44
46
48
50
52
54
56
58
60
62
64
66
68
70
72
Al Data Retmn
Spare
Spare
Spare
TTL IN
Spar~
J4
1
B4 2
SMC Al3. D8. DI9 by WI7
SMC
SMC
SMC
SMC
Dl3
D22
D21
D20
SMX
SMX
SMX
SMX
SMX
A2
A4
A6
A8
B8
SMX B6
Spare
Address
Address
Address
H I Data
Clock
Loop 0
Loop I
Loop 2
Loop 3
A
B
C
Select
Loop 4
Loop 5
SMX B4
Loop 6
SMX B2
Loop 7
Channel Return
Data Out
X ALL
Spare
SMC D6, 011 by WI0
SMC 05
SMC 03
Spare
SMC AID
SMC A7
Spare
Spare
Spare
Spare
-IN
+IN
Spare
SMC A20, A8 by W20
+5V
TTL OUT
-15VOC
Spare
11
13
15
17
19
21
23
25
27
29
31
33
35
37
39
41
43
45
47
49
51
53
55
57
59
61
63
65
67
69
71
ALL DIMENSIONS IN INCHES
SECTION 12. LOGIC DRAWING"
SEQUENCE
r------,
IN lA
QUT A
(TO SEVEN
OTHER
SWITCHES)
OUT B
(TO SEVEN
OTHER
SWITCHES)
IN 18
EN -i----=::=::::2:::;::lL:./
L ____ J
L. ___ J
ADDRESS INPUT BUFFER
AND LEVELSHJFTER
+VSUPPLY 1
IN I
DIGITAL
ADDRESS
1
28 OUT
0
IL. ___ _
IL.. ____ JI
ADDRESS INPUT BUFFER
AND lEVEL SHIFTER
DECODERS
I
MULTIPLEX
SWITCH ES
28 OUT A
0
OUT 8
2
27 -VSUPPLY
NC
3
261N 8A
2
NC
IN 16
3
4
27 -VSUPPLY
261NB
251N 7
IN 88 4
25 IN 7A
IN 78
5
241N 6A
IN 15
5
241N6
IN 68
6
231N 5A
6
IN 13 7
23 IN 5
IN 58 7
22 IN 4A
IN 12
8
211N 3
IN 11 9
IN 1010
20 IN 2
22 IN 4
IN 48 8
21 IN 3A
9
20 IN 2A
IN 2B 10
191N lA
IN lB 11
18 ENABLE
IN 3B
191N 1
IN 911
EN~--.!:::i:=3::a...:-,
MULTIPLEX
SWITCH PAIRS
+VSUPPLY
NC
IN 14
OUT
DECODERS
IN SA
'--'-=~"'I..... IN8B
______
J
18 ENABLE
GND 12
V REF 13
17 ADDRESS AO
GNO 12
17 ADDRESS AO
16 ADDRESS Al
V REF 13
16 ADDR ESS Al
ADDR ESS A3 14
15 ADDR ESS A2
NC 14
15 ADDRESS A2
'Nnlhi
51.
SI~
S2.~
S2~
S3.~
S3~
S4~
:::::~
S7~
S8~
S90-_o-~
51 b 0----1>0---.
S10~
S2b~
SII~
S3b~
S12~
S 13
0--':
S6b~
S15~
GND"
S7b~
S16~
~~~~
21
VREF "
NC ..
S8b~
TO DECODE LOGIC
CONTROLLING BOTH
TIERS OF MUXING
22
4 LINE BINARY STROBE INPUTS
0 0 liANDE n 05V
(0
23
TOP VIEW
V 1 COMMON TO SUBSTRATE
o EN (ENABLE INPUT)
9
S2b "
Slb "
S5b~
S14~
~
S3b
S4b~
TO DECODE LOGIC
CONTROLLING BOTH
TIERS OF MUXING
TOP VIEW
V 1 COMMON TO SUBSTRATE
~~~
20
21
22
3 LINE BINARY STROBE INPUTS
(0 0 01 AND EN
D ..lI..T..lI..
=
5V
ALL DIMENSIONS IN INCHES
SECTION 12. lOGIC DRAWING
IN· DRAWING NUMBER
SEQUENCE
'*t.IFI
INPUT
Voo
102
CONTROL
INPUT I
Gl
OUTPUTS
IV
2Y
"
4Y \
3Y
CONTROL
INPUT
G2
12 p
13 R
14 EC
101 102 201 202 301
9 ET
Gl
G2
15 ESO
16
ES2
IV
17 ESI
2V
3Y
4Y
~------------~vr--------------~
11 EV
INPUTS
18
D ..II.:r..11..
81
A2
82
83
A4
84
3
5
6
A3
10
14
13
OUT
OUT
OUT
7
9
12
All DIMENSIONS IN INCHES
IN DRAWING NUMBER
SEQUENCE
SECTION 12. lOGIC DRAWING
L--\_____~--<> SO
-"1-..__<>----0
Cin
SO
•
o-------+--}-------*-~
12
}----c
C out
,......~,/
Vee = PIN 24
GND = PIN 12
7 8
2
en
A"
M
6
"0
9
Cn
2312
17
M
1918
00
D.A.T.A.
5 4
$,~
3
~
en..
G
AU DIMENSIONS IN INCHES
SECTION 12. LOGIC DRAWING
K31-9
K3 1 "'"Sa
iiiuMr---~
4
Q
3>---~Q"
(23)
DIFFERENCE
(20)
(19)
(18)
(17)
(16)
6
B~~OWf--_ _-+
12
~1--~~2
(8)
D ../J.T../J.
(21)
31
5 10
DIFFERENCEI----'" 5
13>-----1S
SI
(22)
21413
8
9
3
•
(9)
(10)
(11)
(15)
(14)
(13)
ALL DIMENSIONS IN INCHES
SECTION 12. lOGIC DRAWING
fl
IN DRAWING NUMBER
SEQUENCE
.,...33::=3
tI
17
14
)....j+==--__
21
;:1
"
"
F2
7
;:3
8
~O
I
,
10
22
D
'-0
2
20
11
18
--Jl~>-,--c.
3
,-,
4
;;;,
I
,-,
i,
.,
'3
.:=;;:::=d~-""
c. ,
Me
-----
Vcc·Pin24
Gnd· Pin 12
Not.: le\lervthln8 i. d-'lned In t .. mtof polltl"elogic con ...."tion.
.
"
''''''
D.A.T.A.
ALL DIMENSIONS IN INCHES
IN DltAWlNG NUMBER
SECTION 12. LOGIC DRAWING
SEQUENCE
52
51
G
SO
B1
18
A3
19
F3
13
B?
AO'
20
B12
A2
21
F2
11
BI
22
A'8
All
14
AI_
82 1
23
FI
10
80
1
FO
9
AO
A2 19
2
M
en
VCC·24
B
Gnd-12
7
ve e 1 .' Pin 1
VCC2'" pin 16
Vee:. . 'Pin B
9
10
A3 17
SO
St
"
4
SO 5
6
51 •
.
"
.. 7
11
Fl
13
A'
F.
12
F3
11
A3
"4
10
A4
co:Po-__________~~b_------------~q
ComP
•z
•
D.A.T.A.
Voo" Pin 14
VSS" Pin 7
ALL DIMENSIONS IN ·INCHES
SECTION 12. lOGIC DRAWING
1400UT
eXTERNAL FReo.
13 RESET
NC
,
RESET
12 VaG
OUTPUT
"),,---1
OUTPUT
PROGRAMMABLE
11 A
V"
DIVIDER
<
L.._ _ _ _ _ _
EXTERNAL
CLOCK
~~~Q.
10,
S
28 NC
V"
NC
T,
21 ft.
v"
T,
Zi R3
2S
T,
DIGIT
SELECT
OUTPUTS
T.
24Rl
T,
IJ OSCI
T.
22 05C2
T,
"
T.
20 lIop
SIGN
r'"
~ 11
22
DIGITa
Voo
17
DIGIT 1
r
3
KEYBOARD
SCAN
INPUTS
16
15
K1
I.
K,
13
SEGMENT a
12
SEGMENT f
OISPLAYRESn
10
SEGMENT b
~
11 NC
12
11 S.
."
OlGIT4
21lV pp
DIGITI
19DIGIT2
"
180IGITJ
SEGMENT
OUTPUTS
"s"
,,"
DIGIT 2
DIGIT 3
15
"
TOP VIEW
DIGIT 5
DIGIT6
DIGIT5
SEGMENT e
"
SEGMENT c
V",
.
14
UGMENT,
SEGMENT b
SEGMENT t
13 SEGMENT d
SEGMENT g
TOP VIEW
OlGIT6
15 SEGMENT e
SEGMENT.
11 SEGMENTd
SEGMENT g
SEGMENT
OUTPUTS
VGG
,,..OJ
POINT
18
JINPUTS
R,
TOP VIEW
"
"
*V ss alwavsmost positive supply.
V~
TOP VIEW
FUNCTION SELECT
INPUTS
I
COMPARE
OUT
SG
SF
Pin/Func.
UNIT
Pin/Fun<.
1VSS
28 SF
2SG
27 SE
26 SO
KN
25SC
KO
5 8LANK
24 56
23 SA
7 KO
22 SOP
8 VOO
21 L08AT
9 KOP
20 CLOCK
10 VGG
19 09
11 08
18 01
12 07
17 02
1306
16 03
1405
1504
Cn
CARRY IN
M
MODE
CONTROL
sa
SA
4 SPEED
~:RLi
OUT
SC
KD'
3 MODE
6 KN
16Cn+4
SE
SO
ARITHMETIC
SOP
7
8
Ii} ~~~~~
LOOK
P
OUTPUTS
VOO"24
VSS 012
CLOCK
D201
.... %
~~
~I
~~
I!:
a
KEYBOARD
MATRIX
DISPLAY
PIN CONNECTIONS
D.A.T.A.
ALL DIMENSIONS IN INCHES
SECTION 12. lOGIC DRAWING
K32-1
E COM F
Out
'j
Out 2
Vee
A
In
Bo--_-+-_----1
In 2
C
Stud,
D
Gate A
CKTABCDEF
1
6 5 15 " 3 2
10 9 A l l 12
1658"32
2 12 11 A' 13 15 14
A' .'ZI
.,
1111
FUNCTION CONTROL
0(11
2 (3Iiv REF
-
..
INP
~51
3~
:.-l
h'rf-
."
l~
it- r--
'tJ
..)
'----
...
t· ..
...
-- . ":t- ..
-- ~1
f--! ~
~!- l
ta· :r 1-+
,--:-
~
..
n-
..
f-I
..
...
... f-
...
f-i:.
...
-
*..
f-i:
t
(1210 UTPUT 1
~
UTPUT 2
7
(1010V
PIN NUMBERS FOR THE VARIOUS
ENCAPSULATIONS ARE INDICATED
THUS, 7 TO -5 AND FLAT PACK
(101 DUAL IN-LINE.
(SIVE
~.
'"
4(7)
~~
H
1141 VCC
9
... ~
r-
o
...
....
N.
STROBE
D.A.T.A.
l
I
6
ALL DIMENSIONS IN INCHES
IN DRAWING N....BER
SECTION 12. lOGIC DRAWING
.,fit,.,
'UNC'IC* CONTROL.
'It!
1111
......
1111
(= -C~
~
~
~
..: '".
"'
~40"
"
..
~
'10
.so
~~
-%~
...
I
!
l
(
...
."
...
f-
~r-L~
"
k:
. t - .1
~
I Ilk
... ... ...
'00
tOU .. ,VCC
-6J -t1-
>--
~~~
i ~
~
I
... ..
..
."
'--0
-
...
SEQUENCE
h
:ios.
n"'I
...
:-l
100
...
'·u
...
Q
~t
J
,,·1.
'70
I·I~
'IteN Oy
• ,,"OUTPUT ,
- . . 0 .Itt. OUTPUT I
"'
0
4'7,
ITROII
K32-7
PtN IN"'.' '0. THI YA'UOUS INCAHUL...TIONI
.. R. INOICATIO 'NUl
,YO.. , . . . 'LATNC.
1t01 DUAL "~LtNI
l!
o
A]
}-
P->-
RO
Rl
!-4
Vcc=Pin 16
GND - Pin 8
R21 ! - 4
R3
-==L
(A>Bljn~>--_ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _
D.A.T.A.
~
~
(A>BIOI.tt
AlL DIMENSIONS IN INCHES
SECTION 12. LOGIC DRAWING
I
ooti E'
~
1+ N'4,MlIUI
~ "JIT
I.l..J'-ill..t- N J ,MlIUI
CaD
.~
Aa
AliI
A,
.,
A3
BJ
A.
B..
s"fiiOi'i:
GND
TOP VIEW
Ao
10
..
..
A,
I,
..
.,
A,
-'2
&a
fiRoii:
G,NO
TO'YIEW
D.A.T.A.
ALL DIMENSIONS IN INCHES
SECTION 12. LOGIC DRAWING
15
14
13
IN DRAWING NUMBER
SEQUENCE
A3
13
13
A>B
OUTPUT
A>I
2
1
A2
5
lIZ
A5
6
82
83
STROBE
TPI TP7
~-
TP4
1
I
x
V ___________
>->-2
30 2
8
. 6
2
5
13
GND.
CKT AO Al A2 A3 BO Bl B2 B3 STROBE X
1 .u 41 40 45 48 49 46 "
3
"
~
vee
6
20 "X"
Y
3 3
6 2
"
" 9 12 13 10
8
14
3
~'-
.....
~
TP3 TP9
Al TP6 A2
A3
D.A..T.A..
ALL DIMENSIONS IN INCHES
SECTION 12. lOGIC DRAWING
veel
= Pin 1
VCC2 = Pin 16
VEe = Pin 8
A3 12
83
11
2A>S
-----<.-."-_____
A2 13
3AI
" "
Ad
..
A"
A"
A<'
12
A_I
,.
AI
10
UI
GND
"
10
..
A,
A'I
A,
.
....
LSI
"'----.,;.. '
B,
I,
A>B
OUTPUT
A,
A-I
"
INPUTS
...---.....-----...
" " "
A,
OUTPUTS
.-----..
"
lIS'
..
B,
....
"'---.,;..--..-_
waRD I
WORD A
Ta'VlfW
A,
"
A'
A-H+-4
3
12
13
10
II
5
A
VOO'14
' -_ _ _ VSS'7
•
L-__. __________~--~--~--------~~GNO
". OF CIRCUiT SHOWN
B
c
D
1230123
4 6 8 10 5 7 9 11
16 18 20 22 17 19 21 23
SD! Dl GEl CDl
1 1
15
1
D ..lI..T..lI..
3
C 3D2 D2 eE2 CD2
2 13
9 11 10
8
6.,
vee co VEE
"
5 12
ALL DIMENSIONS IN INCHES
SECTION 12. LOGIC DRAWING
Clock
IN DRAWING NUMBER
SEQUENCE
00
(7)
GO
(9)
3
Polarity
5-----+----<~"'_____
01 (11)
7-----1----1'"
co
(8)
4
Cc
(1) 13
Cl (16) 1 2 - - " - - -___
02 (13) 9 - - - - - 1 - - - - 1 ' "
G1 ( 1 4 ) 1 0 ' - - - - - + - - -....."'-____
= Pin 16
V S S·Pin8
Voo
03
(2)14-------'""1
Numbers at end of terminals are pin numbers for L package
Numbers in parenthesis denotes pin numbers for F package
-7
COM
12
vee
11
4
5
15
K34-7a
1
2
3
4
10
9
14
23 4 6 8 10 14 15 16 18 20 22
3
9
B
~
~
1 5
INPUT CLAMPING DIODES
FOR A ONLY (US 54 and
74 TYPES)
IW".
D.A..T.A..
7
9 11
13 17 19 21 23
=Pin 24
Gnd = Pin 12
Vee
MR
9
~
ALL DIMENSIONS IN INCHES
IN DRAWING NUMBER
SECTION 12. lOGIC DRAWING
SEQUENCE
"
R,
S2
6
R2
S3
R3
9
S4
R4
3
ENASLE
Vss
C1 (Clock)
C2 (Strobe)
I~II~I
~vss
t.\-t
DD
ENABLE..
Vss
::fDD
Vee = Pi" 16
GNO '" Pi" 8
15
dVDD
~}-E
9 ~vss
-
v",
E
,.
n
d
EN.~~E
vss
n~rD
v
55
9
Vss
VDD
9
vss
I
ENABLE
Ne
. K34-16
1/4 OF CI RCUIT SHOWN
r-~-----~----~------~----~---~~vcc
+------1--11--0
Q
CKT D E
3
~--------4-----4-------~--
• Ii 0
U all
____-J__~QND
TYpICAL RESISTANCE VALUES
R1=1.5k
R3-71D
R2=3.lk
n
D ..II..T..II..
ALL DIMENSIONS IN INCHES
SECTION 12. lOGIC DRAWING
1.6 k
Q
1.6 k
1.6 k
1.6 k
o---+---l_--+--4
DO----+-+-+...H
L-_ _ _ _ _ _ _
~~~~-_+-----~_o8 GND
c
a
1 k
L--i------~------~--4-------~_}------l-----_4--~+_~12
STROBE
BIT #1
BIT #2
K34-19
D
D.A.T.A.
DO
o
BIT #3 BIT it4
CKTABCDEFGHJKM
1
1 2 3 4 6 8 10 5 7 9 11
1 1 15 1 18 0 22 17 19 1 2
00
HEJFKGM
ALL DIMENSIONS IN INCHES
SECTION 12. lOGIC DRAWING
GND
o
CLOCK
_ CLOCK
1 Q 2Q2Q 1-2 GND 3Q
3Q. 4Q
DO
ao
GO
Gl
2 D CLOCK Vce 3D
3-4
40
415
01
'Bt1i
GNO ~.
Cc
13
02
I---------~
I
DATA IIilPUTIOUTf'UT 1
I
I
I
DATA'NPUT/OUYPUT Z
al
O-:'~+""r"\...
"
G2
12
G3
10
03
,.
,.
Veel
=
a2
a3
Pin 1
VCC2 = Pin 16
VEE=PinB
K34-27
13
II.
11
10
,
8GND
::~==~~»---~------t-----J
CLEAR
D ..lI.T..lI.
ALL DIMENSIONS IN INCHES
SECTION 12. lOGIC DRAWING
14
DO 10
ao
SET
15 Ql
01 12
10
OATA
C
RESET
2
02 13
Q2
00._, {
SET
03 •
3
03
4
Q4
2S
DATA
C
04.
RESET
2.
~.
ff7
RESET 11
100
101
10
(4)
(5)
(3)
0
G
(2)
0
10
0
G
(5)
lE,2E
I!
(3)
11!
lC,2C
G
20
lC
ee
ee
2C
3D
(15)
200
0
0
20
0
G
3e, 4e
201
G
3E,4E
(lO)
(14)
I!
21!
G
(14)
40
•
D.A.T.A.
0
(6)
ALL DIMENSIONS IN INCHES
SECTION 12. LOGIC DRAWING
(4)
100
(2)
(6)
150
10
0
0
(5)
101
1C
(3)
10
0
CC
2C
3D
C,
200
C2
115)
250
RESeT
20
0
201
G
(14)
2Q
0
'+11'
1020
CLOCK
1-2
@@)@
K34-36
GNO
o
He
@
WRITE DISABLE
DATA
•
00
01
02
03
04
05
06
07
L
A
T
C
AO
A(
A2
H
E
S
vee
iV,
0,
0.
07
RESET
0000000
I0
20
CLOCI< Vee
3-4
30
40
He
DATA
WRITE
DISABLE
AO
AI
A2
V5S
I.
2
3
0,
16
15
14
13
12
"
10
VDD
06
05
04
03
02
01
00
0,
0,
0,
LATCH
DATA
DATA OUTPUTS
SELECT
D ..lI..T..lI..
ALL DIMENSIONS IN INCHES
SECTION 12. lOGIC DRAWING
'p.
r -- - - - - - - - - - - - - - - - - - - - - - - 1
I
I
o
5
Q
I--+---.
I
I
CK
5TB
MO
Ill)
12)
OS1
123)
OS2
INT
EN
01 I
012
013
014
015
016
13)
4)
DO 1
15)
161
D02
17)
is)
191
1101
003
004
(16)
1151
118)
005
I
1171
DO 6
Vee'"
VCC2-16
017
VEE-8
1201
119)
017
007
00
018
1221
1211
DO 8
I
ClR
1141
L __________ _
I
_ ___ -.J
Q2
03
D.A.T.A.
AU DIMENSIONS IN INCHES
SECTION 12. LOGIC DRAWING
..
ih
l1---r-----t>~_.===_,
i53
13---tt+-----t>~_i
...
EMITTI."
=~--
"..
COLLECTOR
...
Vee ..
"Ion.
ONO ....... 10
r-...
"
~
~
"
I
.
"
,
~
.
2
,
...
~~
P->-
I~I
f--
FL>-
,
r=u--
1-
...
~
~P
I.
...J"
~
~
4
V
INPUTS
6
f----r->
5
..
j=L)
)0)0~
S
" "
"
V
OUTPUTS
-
~______~+~6~.~~V~_~
r.
~
- - ---------,
-,
II
-t?
+15VOc..
.....,;.0 - I.5V DC
/2
-:..0
GROUND
I
1'11-11'11..06 IN
()..--Jw,..--............
(OtO-IOV)
SUM JCT
(h,.:I_ _ _.J
31
1
CLOCK IW
D.A.'I:A.
0::-----------------------------1
I
L
110
DA'TA OUT
I
I
_J
ALL DIMENSIONS IN INCHES
SECTION 12. LOGIC DRAWING
REF OUT
r-- -- -- -- --- -- -- l,o
6...:-___.....:.+.::·:..:·.a.~V~_r;;;l
I
5'
REF 1111
c.::J
~I11
1
+15I1D('
~I -15110C.
1\
.-----~~-----<)
I)FI,.A 1111
o---l
CI.ttK 1M
0----...1
II~
G~O\)\oJD
R
> - _ - 0 "'I.lA \.06 OUT
Ill. (0 -1:0 -10 v)
~------------~O
J
5UM JCi
Vee, -PUo I
VCC2-P\oo 16
VEE-Pine
EO
" "
~
GS
"
04
05
06
07
EI
02
01
VSS
" "
I.
2
3
I.
15
I.
13
12
"
10
9
VOO
EO
G5
03
02
01
00
00
K35-16
Dual-In-Line Package
INPUTS
STROBE
OUTPUTS
INPUTS
TOP VIEW
D.A.T.A.
ALL DIMENSIONS IN INCHES
SECTION 12. lOGIC DRAWING
2 Low
Band Out
Oscillator
ConnectIons
/10
9
Oscillator
and
Multiple
OSCout Key Disable
7 Test
Point A
14
Column
Inputs
13
/
12
11
15 High
Voo
VSS
Band Out
= Pin 16
=
Pin
8
Row
Inputs
I::
1
A3
o - - - -...._H_d
R4
4o---~~_H-d
BC~
cOlumnl~:
Inputs
C3
C4
Detector
5
o--4~+l+-H-d
o-~~_H~+4-d
'---...---'
VOO '" Pin 16
VSS '" Pin 8
13
DO
12
03
11
02
10
01
Data
Outputs
o
Pin (16) = Vee. Pin (8) c GND
Pin (15) = No connection
D.A.T.A.
ALL DIMENSIONS IN INCHES
SECTION 12. LOGIC DRAWING
lERO
ADJUST
5J!!!,'9
I
l1
I
I
OUTPUT
I
I
I
I
I
I
,---~
NOTE: MOLDMOOE tLOGIC ''0'') S"OWN. ALL OTH(R "NSHO COltNECT
I'OWER
'N'
SIGNAL
,GND
C~~AND
SIGNAL
INPUT
DIGITAL
GROUND
.'
"3
U.--
EXT,
OFFSET
AoDJ.
It!; OHM
"
·ANALOG
INPUT
IN
TRIGGE
7
>ANALOG
INPUT
A!'~~-+-----6VOUT
11
VIN 0---+----1
",>_ _+....::.OUT:oPUT
9
AN. GNDo-..---+-3.10
CONTROL
15
GRD
IN DRAWING NUMBER
SEQUENCE
~
-+_________t-__-{)9 TRIM
L ___
INo----J---~I--1
4
I
-4-----<: -15V
2
-ll------f'-"lL.:=c:...::.:..:.=:...:.=~:::.:~:::'.:'..':.'.
__~ put with groundod
input and in sam-
ple mode.
>+--1-(.4
ANALOG
OUTPUT
:>----4----------~~2 p6~~~
SWITCH
/ORIVER
1
GND
-15V
+15V
APERTURE DELAY
ADJ, (OPTIONAL)
6
D ..lJ.T..lJ.
ALL DIMENSIONS IN INCHES
SECTION 12. LOGIC DRAWING
ANALOG
INPUT
ANALOG
OUTPUT
ANALOG
GROUND
ANALOG
GROUND
SAMPLE/HOLD
CONTROL
F~:: : ~~b~E\
' - - -_ _ _, _ _ _, _ _-._ _ _ _ _-.-.J
~
POWER ENABLE
CONTROL
("1" ~ ENABLE)
("0" " DISABLE)
MUST BE TIED TO
+Vee IN CONTINUOUS
MODE
GND
-Vee
+Vcc
tL"0WER
j'CONTINUOUS
ONLY
OFFSET
ADJUST
ANALOG (HI 11
•
HJANALOG
INPUT
OUTPUT
LO
~---------------------+----~r----------------i
LO
9
!
7
+15VDC
15VOC POWER RETURN
...-------1.:)
~:~
-j] SN7~I'O
.". L
NOTE: SAMPLE COMMAND INPUT
Itt'"
________
--.J
MUST BE INVERTED.
K36-21
GND
+15V
GND
8/H
OFFSET
INPUT
Outpu.t
"
I.
>'t""-----1f!----oOUTPUT
GND
I.
GND
+-f!----<>GND
.".
MODE
GND
ANALOG
OUTPUT
ANALOG
ANALOG
GND
GND
SAMPL~HOLD
POWER ENABLE
7}4r---4
CONTROL
CONTROL
("l"=ENABLE)
("O"=DISABLE)
("O"=SAMPLE)
("l"=HOLD)
~U~~:;I ~~Egu~OM~VD'1f.
GND
-V~ +Vee
CONTINUOUS
POWERONLV
D.A.T.A.
AlL DIMENSIONS IN INCtIES
SECTION 12. lOGIC DRAWING
'$fjl
.------(:::t, Charg.
Offsel
f>""1~-------(l.I Adj.
(TOP VIEW)
1-2-kn-to-: +15V
t
S kn
-~
'Offset I
:Ad)ust:
14
r
,
I
,
I
N/C
N/C
N/C
N/C
,
l2_Q_ll.D_ }.o..O_9_Q _s{)_,
I
7
Analog
In
--'
Output
7o~------------~
lOGIC
INPUT
•
r -- ~
I
1- -
6
-.,
OPtional Ex1Srna! C
NOTE: Pins 5, 8, 9,10 and 11 ara ..ot
internally connected.
8 - LOGIC
3-+ 15V
2 --15V
-15VDC
R
en..
14
~,....-----l
0-
o
I
1.
2.
3.
4.
S.
+
ANALOG GROUND
-ISV
+ISV
N.C.
N.C.
6. SIGNAL IN
7. CONTROL IN
D.A.T.A.
OUTPUT
AMPLIFIER
ANALOG
HOLD 0
- - -- -- _~CMI-PL-E-;....J
0:
0
ANALOGGND
OUTPUT
12
11
I.
9
LOGIC GROUND
N.C.
N.C.
N.C.
ANALOG OUTPUT
13. NO PIN
14. N.C.
8.
9.
10.
11.
12.
FEEDBACK
MOOE CONTROL
INPUT
INPUT
ALL DIMENSIONS IN INCHES
SECTION 12. lOGIC DRAWING
2
0...-
1. ANALOG GROUND
2. -15V
3. +15V
3
0..-
4. N.C.
•
0
5
0
o
'~
14
8: LOGIC GROUND
9. N.C.
10. N.C.
11. NO PIN
12. ANALOG OUTPUT
13. NO PIN
5. N.C.
6. SIGNAL IN
7. CONTROL IN
r- - - --------- - ,
I
I
I
I
CONT IN
I
CONT GND
I
I
~------ SUMMING POINT
14. N.C.
21<0
~------------~I
~
+VCC
~
COM
~ -vee
r----+"1J...SUMMING POINT
,
.-
. . , - - . . . . , OUTPUT
HOLD OFFSET
TRIM
CE)(l
f"" (OPTIONAl)
~ANAlOGGNO
L -_ _ _ _ _ _---'~-O
L ____________ ......
ANALOG INPUT
HOLD
OFFSET 1 kH
TRIM
!OPTI
L"=
J
ANALOG
INPUT
IN-
GNO
OUTPUT
OFFSET
OFFSET
TRIM
Eos TRIM ()'-'v\AI~.------I
ADJ.
vVV'Y
JUMP TRIM
N.C.
lOOidl
OFFSET
ADJ.
SAMPLE-HOLD o-----~
CONTROL
SAMPLE-HOLD
CONTROL
N.C.
HOLD
CAP.
N.C.
V,
1
D.A.T.A.
ALL DIMENSIONS IN INCHES
SECTION 12. lOGIC DRAWING
6~Q 2 ao
5& H
Vin01
Vin02 5
OUTPUT
16
c
CO ,
Vin!1
Yjn12
C.
ii
3 CiD
::=t:>-f1-"Q'
-U-.
13
SO•
lOon
ADD
EXTERNALLY
S & H OUTPUT
10
C
N.C.
OFFSET TRIM
N.C.
OFFSET TRIM
+15V
N.C.
CLAMPING DIODES
FOR K37·1aONlY.
If
1g2:;n:.=tt::t:c)
e"
K37-5
OUTI'UTS
INPUTS
13
3
Cin C n +,x
= Pin
= Pin
16
8
~
PO
G.
.,
GO
Cn
I Cn+M
Cn..
G
,
c...
GO
G1
VDD
VSS
12
Vcc
14
G2
5
G3
4
PO
2
P1
15
P2
6
P3
C n+y
11
C n+z
9
P
7
G
10
Gl
\
PO
G3
GND
'3
OUTI'UT
INPUTS
D.A.T.A.
ALL DIMENSIONS IN INCHES
SECTION 12. LOGIC DRAWING
G3(9l5
P3(1l13
G2(13l9
3(7) C n +4
P2{ 16)12
2(6)GG
G3Q 5
" "
G2
9
C n (15)11
15(3)PG
c,
Gl\l1)7
"
PG
Pl( 14)10
6(10lC n +2
GO(8)4
PO(2)14-_ _
Vee, = Pin 1 (5)
VCC2 == ?in 16 (4)
VEE = Pin 8 (12)
Numbers at end of terminals are pin numbers for L package
Numbers in parenthesis denotes pin numbers for F package
C
(1'1
n
CARRY INPUT
)---t~~----------------~(6~I-Cn+2
OMIT ON
,______ K38-2b ONLY
:'"
CARRY
OUTPUTS
GO
Gl
(41
(7i
CARRY
GENERATOR
INPUTS
G2
(91
G3
(51
A
CARRY
VEE
GENERATE
OUTPUT
(14)
CARRY
PROPAGATE
INPUTS
f
Pl
P2
P3
(101
CARRY
(12)
(131
(151
P PROPAGATE
OUTPUT
CKT.NO.
K38-2a
12
Cn+X
II
9
en +y
Cn +Z
K38-2b
A B
9 1
.14
e
D
•• •
•
• • •• •• ••
••
•••
•
vee
12
12
6
12
11
7 14
11
11
11
1
• 13
9 12
VR VEE
,.
,.,.
,.,.
•
••
•••
p
CARRY IN Cn 13
D.A.T.A.
G
ALL DIMENSIONS IN INCHES
~----~~---------
SECTION 12. LOGIC DRAWING
12
t-'
."
~-+-+_----~-o2
10
3
G:O
,.
~DI
~S,
12
~D2
.~S,
'0
~DJ
.~Sl
8
•
•
G.O
~O•
·~S.
RI
4o---.....,.j
~-+-------~-o.
30-------'
I*f:I·.
\J
' a.
DATA INPUT
L--~-'I--o 0
+ ____-I-_'o's,
G,03_ _
S7
Sl
o Signal
G,o·--.........._.J-_'C:i's,
'
0'
Output
G,,;:·....._ .........._+-_..,'O s,
Vss
Vee
VDD
G.o---....,. . . _--O s,
6
I
Output Enable
2°2 1 22
15 Q2
14Q3
K38-10
o
BODY
r--------
------,
B ULK
V~~
'''"],
02'<>-
-:L,
03
~
~
-':
D4
f--;
~
OURCE
1-
10-
05
'l,
~
J,
tG'
K38-9
01 02 03 G4 05
1 2
6
as
D.A.T.A.
BODY DRAIN 81 82 S3 S. S SI
'1
1
1 1 11 1
9
G3
G2
G4
D
123456
38-10
1
1
1
1
1
K3a-lOa
1
13 12 11 10
9
,
G6
G5
G
1
2
,
2
3
"
ALL DIMENSIONS
I,~
INCHES
SECTION 12. lOGIC DRAWING
IN DRAWING NUMBER
SEQUENCE
'sso--
It:::; o-------+--,-+---If--,-+---t--"""1-+---t---,
'SSo----.
"
K38-11
K38-13
5,~--Jtl--~----+------~----~~~'fljl~~.
S,~"----------~IL----~----~-----+~
" ________________-J,L-__-+______
S,~
~~
S~~-----------------------~tL----+_-I
5.~'·----------------------s.·~
______________________________
,
·3 -13
K38-13a
5,._------------~ltL----+-----~-----+~
S.o---------------------Jt'----~-----+--1
-Jt~
~.----------------------------------1'ILJ
2
K38-16
B
K38-U,
CKT
1
2
3
5,
•
0,
K38-14a
5,
5,
5.
K38-14b
1
2
,.
2
11
1.
2
2
3
5,
14
13
.
3
13
::1
2
11
5
1.
G
1
B
D
3
•
5
•
1
5 1.
1
8
,
2
a-
• •
• •
5
6
"
S6 0
D.A.T.A.
ALL DIMENSIONS IN INCHES
SECTION 12. lOGIC DRAWING
®
@
@
(i)
14
@o
@
0,
0
0
@
0,
C!)
-=
19
0
0
@
0·
0
4
@
@
0
9
~.@
01
0·
S.I®0@oo@
17
6
"
Y
10
20
16
21
15
22
I.
23
13
I
,
, 24
18
@
@
sue,
12
SOURCE
~-4------~-----+-------O16
20~----+------r-----f~~
+5Y -15V
~H------+--------o 15
21~----4------+~~
'-......+-------0 14
22o---I-~
13
23
GND
~----~~----~----~+---_+~41--~------+-----~------+-~1 SUB.
~
SOURCE
,
RLlCTION tNP'Vn
c
OA' A IfH'UTi
•
.
..,..."
o
r--------------~---~'--~~~~--~------~-----+
,
..,.,T,
"'"' 1 ''''''t I
,.'ut J
no
• • "Don"t
D ..lI.:r..lI..
c..' ConctohOIl
All DIMENSIONS IN INCHES
INPUT
6
INPUT
5
IN DRAWING NUMBER
SEQUENCE
SECTION 12. lOGIC DRAWING
I
INPUT
4
STROBE" OUTPUT
11
o
A
10
.-----IIN.UTS
ABC
D E
• 11
INPUT
o
INPUT
1
INPUT
2
INPUT
3
Ne
GND
K38-2&b
1
..
6
K38-26c
1
"
5
"A loticll1 on the strobe input ClUses the oulput to 10 thl LoticM 1 stlte.
A LotiCI' 0 on thl strobe input ilUItWS intOrlM'ion to be r.utH throu", the dftice.
NO CKTS
K38 26
K38-26a
K38-26b
'*1:11:1
t
SIGNAl
PUT
UTPUT
A
K39-3
VSS·
8
A
0
UTPUT
NPUT
r.
11 INPUT
I
SIGNAL
CONTROL
24
Tx Data
CTS
23
3
Rx Srk
ESO
22
4
An Ph
SH
21
E!..S
OTR
20
6
ESS
Ai
19
TST
18
Rx Car
17
~fi
16
13 CONTAdt
12 CONTROL
SIGNAl
Rx Data
2
14 YOO
10 OUTPUT
0
To
8
CONTROl
C
YS5
8
Tx Srk
9
~R
OUTPUTl
SIGNAl
INPUT
C
10
Tx Car
11
FO
12
VOO
Mode
15
Rx Rate
14
Xtal
13
Digital
Analog
Data
Data
Modem
Control
D.A.T.A.
ALL DIMENSIONS IN INCHES
IN DRAWING NUMBER
SECTION 12. lOGIC DRAWING
SEQUENCE
,-------1
I
I
I
~~~~TR
I
I
, _______________________ -1- __
---j
I
I
,I
I
I
I
I
r
ANAl.OG INPUT CHANN£LS,
MUX
OUT
2- 01 "'S9)
CH 01
f-+--<9---1
2"'
SERIAL
QATA
22
2'
2"'
OUT
INHIBIT
CLOCK
2'
2"'
OUT
2'
2"'
2"10
2·"ilSBI
'......
by bulY)
0000
FRAME SYNC
.
f
-{
ADDRESS
OUTPUTS
:I
,
O=S
-N~ClIdl--~I-'"
"--.,.---J ~ :.:
U~
:!i ;::
~
i; p ~
fRAME
SYNC
OUT~UT
~
"'--'"" POWER ~
+1:1TO OROUND_t2TO
*11 VOLTa
-tlV9LTS
"--..---'
SHORT
CYCLI
INPUTS
CONTROL
INPUTS
~
OUT
DIRECT
SAMPLE/KOLD
COMMAND OUT
OUTPUTS
DEVICE SELECT
STROBE ----------~
RESET------------~
CHANNEL
ADDRESS
OUTPUTS
(SeaUENCER)
CONVERT OUTPUT
FRAME SYNC
STROBE
SHORT
RESET
CYCLE
CLOCK
CARRY
}
OUTPUTS
INPUTS
SEQUENCEoA
+.v
GND
INPUTS
D.A.T.A.
ALL DIMENSIONS IN INCHES
SECTION 12. LOGIC DRAWING
PIN ASSIGNMENT
1.
2.
3.
4.
5.
6.
7.
8.
9.
to.
11.
12.
13.
14.
15.
16.
·NO CONNECTION
17.
18.
19.
20.
VSS
SEG F
SEGE
SEG D
SEGC
SEG B
SEG A
STROBEO
STROBE 1
STROBE 2
STROBE 3
STROBE4
STROBES
STROBE6
STROBE 7
STROBE8
STROBE9
40.
39.
38.
37.
36.
35.
34.
33.
32.
31.
30.
29.
28.
27.
26.
25.
24.
23.
22.
21.
•
•
•
PIN ASSIGNMENT
YSS
SEG F
SEGE
SEG D
SEGC
SEGB
SEG A
STROBE 0
STROBE I
STROBE 2
STROBE 3
,
SEGG
SEGH
DP
3.
4.
S.
6.
7.
•
•
KA1
KA2
KA4
KA8
TEST
DEC
ACC
8.
9.
10.
11.
STROBE4
STROBE S
STROBE 6
STROBE 7
STROBE 8
STROBE9
STROBE 10
12.
13.
14.
IS.
16.
17.
18.
19.
20.
•
POR
CLK
•
VDD
•
•
STROBE 11
STROBE 12
·No Connection
Vss
40
39
38
37
36
35
34
33
32
31
30
29
26
27
2S
25
24
23
22
21
'l5
'L4
'L3
MOT
L2
Ll
SOLO
SOLI
SOL2
SOL3
SOL4
SOL5
SOLS
SOL7
SOLS
SOL9
SOL10
SOLl1
SOL12
*
4
5
6
10
11
12
13
14
15
16
17
18
19
20
SEGG
38.
37.
36.
3S.
34.
33.
32.
31.
30.
29.
28.
27.
26.
2S.
24.
DP
23.
22.
21.
l6'
L7'
SOU5
SEGD
SEGC
SEGB
SEGA
STROBE 0
SOL16
Nl
N2
N3
N4
TESTHS
T2
DS
MODE
ROUND
POR
elK
·
·
YDD
F
N5
POR
~
SU'
I/oD
SOU4
9
10
11
12
13
14
15
16
17
18
19
20
11
12
14
18
POR
~
Sll'
I/oD
Nle
Nle
US.ED FOR TESTING ONLY.
SEGo
DISPLAY BLANKING RESET (DBRESI
DP
'.f1
38
35
34
12
STROBE
SOL13
40
38
38
4
5
6
TEST'
TEST'
TEST'
FLO
Nle
Kl
K2
K4
K8
TEST-
27
28
25
KA1
KA2
KA4
lIAs
TEST
lOW BATTERY (lBI
DISPLAY BLANKING (OBI
POR
ClK
24
23
VDD
22
21
• NO CONNECTION
250 kHz
4~·-1._ _ _--'
Transmit
Enable 12
Mode
KA8
TEST
33
32
31
30
29
29
20
STROBE 3
STROBE 4
OSCout 3
Tr~~:;nit
KAI
KA2
KA4
8
STROBE 6
STROBE 8
STROBE 7
STROBE 8
STROBE 9
STROBE 10
STROBE 11
1
2
40
39
3B
37
36
35
34
33
32
31
30
29
28
27
26
25
24
23
22
21
\Iss
'TEST
'TEST
04
03
02
01
STO
STl
ST2
ST3
ST4
ST5
ST6
ST7
ST8
ST9
Nle
STll
Nle
7
9
10
11
12
13
14
15
18
17
18
19
STROBE
STROBE
T1
1.
2
3
4
5
8
USED FORTESTING ONLY.
asc;"
·
*
SEGF
SEGE
\Iss
40.
39.
c>---+=t~t~:t~::t~.J.--1~
11
L-...._ - . - _
10o---+-~~~~~~----~
Type 14o---t-""""""""""""H~-----'
Echo 13O---+-~~~~------
TT;i:a~lleUP 15,o---+---""""""HH----------""""""----+----------'
Yoo~
Receive Oet8 Rate 6,o---t--""""""HH-------+i
ReMt
50---~-_+_+---------.
Raceive
Data
Voo~
Self Test 20-......- - - - - - - - - - - - - - - - - - - - - - - - - - '
D.A.T.A.
VOD'" Pin 16
VSg "" Pin 8
ALL DIMENSIONS IN INCHES
IN DRAWING NUMBER
SECTION 12. lOGIC DRAWING
MUX Am" ~::;p Ran ..
Seloct
Out
+
lIT
17T 128
12T
MUX Enb. 178
CH 0 3T
SEQUENCE
ADC Aoe
IN
IN
SlH
2 G.ln Offset
1
Out
13T 14T 148 Adj. Adj.
Amp
Out
138
4T
5T
6T
I-
i?Z
ci
8T
9T
lOT
38
48
58
68
7B
88
98
"0
oJ
'z"
'"
158 Clock Out
;I..
18T~
c:
7T
16
288MSB
~
Chennel
Multiplexer
29TMSB 1
298
30T
308
31T
318
32T
32B
33T
338
34T
(MPC·I6S)
CH1510B
..J
(I)
UJ
(I)
w
~ ~
Z
j :
I
278
Clear Enb. 258
Load Enb. 248
24T
Strobe 1
.,..
15T
+10.DOOV
Ref. Out
~
IT
~
Trig
~
+
'"'"
..'"
N
p::
5·!
An ••
~7
MUX.
I
Dig.
'GO I
",I-
='
0
'"
~
-
SAMPLE HOLD -
I---
It>V
.J\
..
~
+ 15 V
[
..J
MSB
MUX.
5
2
ADC
I
2 28
27
36
CLR.
33
34
STROBE
TRIG.
IIUX.IIOOE
.---
A
9
I
40
U
OUT
37 8
]
RN
211 SERIAL
OUT
r
T
~
L -- - --~~1---r1--- ---~ ------
.....
~
•
+ .,z
u; z.
< ·or
0
.,
D ..lI..T..lI..
~-
39 4
6
26
I~
12
LSB
42
E T
17
AID
DIGITAL
OUTPUTS
21
18
8
C
D
AC
DO
DU
~
ENABLE
LOAD
.----
DLY.
TRIG.
24
9
I
:
6
7
8
10
~
I
{'
LOGIC
~
~
~
7
10
13
16
III
22
2
64
ADDR.
I
3.
4
63
INPUTS
I
I
I
t
SIG. CONDo AMPLIFIERS
72
30
l-
~
73
61
CH.!!! 66
-,
A
~+
~
roc
,'"
CI)~
b> ~~
511
1~'7
",0:
01-
f---
CH.O 60
69
70
is
Gnd. Gnd.
~5
N
'"
i " "'"
'" '"
0
7-15V
CH.8
(;
I
IB
+15V -15V
xI-
l-
~
~ IPROrECTEDINPUTS)
48
oJ
!~
2T/835T/8
!
27T
26T
AID
N
>CI- >CI- ~
CH.7 46
0
«
I-
---0 36T/B +5V
25T
15 "''''
:lEo
~I
:>
169 ExtG.ln Adj.
16T Ext Offset Adj.
268 Clock Adj.
Delay Adj.23B
~~
:>
I-
28T Short Cycle
208
218
I
A1 228
Count Enb. 18B
~
I-
348 LSB 12
AS 19T
20T
0 I 21T
A1 22T
AS 198
IO Z
0«-
..
......
I
u;
<
...
•
'"+ .,-0
'"< z!!!
Pi!
r
... •
•'"n
Ian n
0
r"
'" "....c:0
FRAME
SYNC.
E.o.C.
,..---- __ J
zr r
.. n n
.0 0
38
r
n
"
...
:'I
0
c:
-t
i
ALL DIMENSIONS IN· INCHES
IN DRAWING NUMBER
SEQUENCE
SECTION 12. lOGIC DRAWING
MUX
AMP
MUX
AMP
HI
HI
LO
LO
CHl HI
so
SC
SE
SB
SF
SA
SG
SP
~-------------O---,
I
BUSY
I
t-~-----------c
LOW BATTEAY/SH
01
KP
02
KO
03
KN
D4
TEST
05
wOle
06
VOO
07
VGG
08
OSCOUT
EXTERNALl 6 LINES'
ADDRESS
ADDRESS IO:=="-ICOUN1E~6~~3ISTER
I
tf ~B~RESS
I
I 6 LINES
I
L-______________________~H~O:~
COUNT/LOAD CONTROLL-_ _...,.-_ _...J
t--------------o---~
TRIGGER
09
¢C
C~{
VSS
3
4
U~V
E~F
5
6
17 ':" '8
T~'6 S~15
+5V
DIGITAL
GND
INPUTS
-5V
+15V
ANALOG
GNO
MULTIPLEXER
SAMPLE/HOLD
12 BIT
AiO
CONVERTER
2-6
2-7
~============~~
____________________________
2-8
~CHANNEL7
,-9
ADDRESS
LATCH
STATUS
START
D.A.T.A.
LOGIC TIMING
All DIMENSIONS IN INCHES
SECTION 12. lOGIC DRAWING
~----;::======i---!====2=::;;::======~
SHieT 50iliUH.
5Oi60H.
INPUT
UlMHOIiFl
SHECT
'. C>-+)
Vooa---.
L.?'?;--~rT====~=====::::-c OUTI'L1T
EMAIl[
AS FlEQ'O
MLllTJPUXED
JfIIourpuTS
MUlTtPU)((O
1·SEGME!lT
OUTPUTS
rf::=============:::'========:::::=====:::::~
MULTIPLEX
TlMUIG
INPUT
MULTIPLEXED
BCD OUTPUTS
{NEGATIVE
TRUE)
"
.::: '
(
"
OUTPUT ENABLE
27 4/6 DIGIT SELECT
"
ifE1f4
BeDB
MULTIPLEXED
BCD OUTPUTS
MlIX TIMING
25
BCD 2
24
BCOl
"
K40·1
-. 1
H,
"
"w
"
S,
20
"
"
11
8C[)1
DIGIT
ENABLE
OUTPUTS
DIGIT
2J
ENABLE
OUTPUTS
"w
21 5,0
MULTIPLEXED
1SEGMENT
OUTPUTS
20 50/60 Hz INPUT
50/60 H1INPUT
FAST SET
SLOW SET
"
Mw
24 H,
225 ,
K40·1a
S'"
16
25
BCot
Mw
4/6 DlGn SelECT
21 MUX
TIMING
26 M,
'
~co 'I
(
{NEGATIVE
TRUE I
DIGITEJrIAILE
DUTPUTS
RESET
12124 HRSHECT
Vss
50/60 HzSHECT
10
19 FAST SET
11
"
"13
11 HOLD
SLOW SET
16 RESET
"
TDPVIEW
V"
TOP VIEW
WMH,Q---------r=::::::::::=t__-+======~F=::~::::::::::::::;
SElECt
lVMHOUR
tlUCT
'. C>-+)
'~C>-+
L~~--Tr---:;;======:::.....,
AS REQ'D
OU",UT
EIiIAIU
....""'"
MULTIPLUEO
MULn'LUEO
1<1EaMEIlT
OUTPUTS
t-1-::==============-===============~DIIIITE.AILE
OUTPUTS
MULTIPLU
TIMIIIIG
IIII'UT
MULTIPLEXED
leo OUT~UTS
(NEGATIVE
tAUEI
.: '
2B OUTPUT ENABLE
21 4/{iOHilTSEUCT
\
R1i4
26 MUXTIMING
RG1
25
mn
24 M,"
22 "'0
20 5,0
1SEGMENT
{"" '
24
ICD2 2
iCDi
'00
,~
_3
eco,
22 MUll TIMING
..
DIGIT
ENABL!
ounUTS
2' 5,
MULTI'LEXED
ICDDU1PUTS
,NEGATIIIE ..
TRUEI
M,
23 II,
K40·2
MULTlnEXED
:- )
M'Q
\_.
MULTIPLEXED
1SEGMENT
OUTI>UTS
'9",
" '00
19 50160 II,IN~UT
iCill
" '00
K40·2b
SOJSIIII,SELECT
16
HOLD
"1-_ _ _ _ _
'5 I/ss
22 S,
21s ••
)-.""'"
"
EMAllE
MULTIPLEXED
lSEGMENl
OUTPUTS
Moo
'.
K40-2c
~
DlGll
UAILE
OUTI'UTS
Us,
lO,PPSOUT'UT
" '00
U124HRSELECT 10
11 SlOWSH
13
Moo
50/&0ll,INPUT
18 FAllSn
UI14110UASHECT
2l MUXTlMIIIIG
22 M,
"
""
UD2
MULTlPUXED
1S(GM{NT
OUTPUTS
24 41&DIGITSELECT
2
16 M,
8C04
OUTPUTS
'
I/ OD
TIMING
£t~ABLE
K40·2a
OUTPUTENAeu
21 MUll(
DIGIT
ll,PPSOUTPUT
OUTPuts
MULTIPLUED
BCD OUTPUTS
(NEGATII/E
TAUU
416DIGITSUECT
,
17 SLOWSET
14 SLDWSEr
12114 IIR SELECl
501&0 III Sf1£CT12
' - -_ _ _...J
'.
12114HRSELECT 13
18 110Ul
50IlIDHrSELECT 14
'.
SilICiOIl.SHECT 11
'.
' -_ _ _ _--1'3 11010
tOPl/lEW
D.A.T.A.
ALL DIMENSIONS IN INCHES
IN DRAWING NUMBER
SEQUENCE
SECTION 12. LOGIC DRAWING
OU"UT
C:::~D~----------------------------------------------------~
0"'';...---------------------------,
I'IM.~~~~
_.z
aUtT
_A.OUT
AU.O,F
-"
ILn'OUT
.
.
•
TO MOURS
OIGIT
"
TO 11'10'
MUIU1U
O'GIT
.~~:O""~-----------------------------~
D~~:~J~'--------------------------~~
~~O"n;...--------------------------------~
.Ll~::~~J~'
___________________________
....,~
TOM'''UTES
OIGn
:~~:~::~
Il.OWIITo!----.
''''II'~
vVoa
o-!!----.
o!!-----..
'. <>--.
SNOOZE
INPUT
'00 <>--.
MULTIPLEX
TIMING
'.'UT
MULTIPLEX
ALARM
OSCillATOR
,
28
2
27
J
26
ALARM
OFF INPUT
SElECT
SLEEP
,
25
OUTPUT
liNE
FREQUENCY
HOURS
""'' 1
DIGIT ANODE
OUTPUT
AM/PM
COLON
}
1
22
ALARM
8
21
AUXILIARY
CATHODE DRIVE
OUTPUTS
)",,",.,
SUEP
]'sEGMENT
OUTPUT
MINUTES
"
"
"
18
LINE
FREOUENCY INPUT
12
17
12124·HDUR
"
"
"
SLOW
CATHOOEDRI\lE
OUTPUTS
FAST
SET
SElECT
MULTIPLEX
TIMING INPUT
MULTIPLEXED
1-SEGMENT
OUTPUTS
20
RESET
SET
SNOOZE
INPUT
ANODE· DRIVE
OUTPUTS
2J
V••
SLEEP
DISPLAY
DISPLAY
ALARM
Off
INPUT
OIGIT
DRive OUTPUTS
MINS
ALARM
)
10 MINUTES
24
V~
INPUT
"."
10 HOURS
OUTPUT
Ill24 HOUR
"
COLON
OUTPUT
AM/PM
OUTPUT
BRIGHTNESS
CONTROL INPUT
TOP VIEW
ALARM
DISPLAY
SLEEP
DISPLAY
IRIGHTNESS
CONTROL
IIitUT
D.A.:r.A.
SHAPING
CIRCUIT
ALL DIMENSIONS IN INCHES
SECTION 12. lOGIC DRAWING
IN DRAWING ,NUMBER
SEQUENCE
V~
~
Voo
~
MULTIPLEX
TIMING
INPUT
MULTIPLEX
OSCIlLATOR
DIGIT
OUTPUTS
{.o ~~~:~:: ·
24
'0 SECONDS }
23
22
1 HOUR
21
10HOURS
SLOW SET
0---.
20
Voo
FAST SET
~
DISPLAY ALARM
AND SNOOZE
ALARM
DIGIT
OUTPUTS
1 SECOND
8TH SEGMENT OUTPUT
BRIGHTNESS CONTROL
MULTIPLEX OSCILLATOR
6
OUTPUT
ALARM OFF
ALARM Off
INPUT
MULTIPLEXED
CODE
CONVERTER
AND
OUTPUT
DRIVERS
.j
,
:
ALARM SET
AND OROWSE
MULTIPLEXED
7SEGMENT
CATHODE
DRIVE OUTPUTS
17
ALARM OUTPUT
16
SLOW SET
FAST SET
INPUT
60Hz INPUT
SEGMENT
OUTPUTS
15
14
11
Ith
V..
12
13
TOPVIEW
BRIGHTNESS
CONTROL
INPUT
O~-----------------+I
PULSEWtDTH
MODULATOR CIRCUIT
SI S2 S3
MR
VOO VSS
OSC IN
OSC OUT
128 Hz
OUTPUT/INPUT
DISPLAY
AND
TIME SET
CONTROL
TO ALL
COUNTERS
TEST
TO SEGMENTS
OF ALL DIGITS
12/24 HOUR _
OPTION
II
, .........
L
1---------+--01
1 - - - - - 1 - 0 2 TO BASE OF
1 - - - - - 1 - 0 3 MPH DIGIT
____J---------t-04 DRIVER
lnpuIProtec:l!on
""' '0",01
~••i, "
lIi'UT,...-- ... • ..
t
GlTE
'"
D.A.T.A.
AU DIMENSIONS IN INCHES
SECTION 12. LOGIC DRAWING
(TRANSMISSION
GATE)
FAST
TEST
DUTY
4096
HIGH
CURRENT
CYCLE
IN DRAWING NUMBER
SEQUENCE
K40-9
'9
TO
SEGMENT
BUFFERS
OSC IN
ase OUT V-T""L_ _ _....I
OIl11'UT
COMMON
SOURC'£
"
12{24 HOUR
..un
liO/60Hr
1NP\ff
LOW
BATTERY
SO/60fb
SlLEeT
TO 10'1 OF
HOURS
ENABLE)
DICIT
S,
ALARM our
S2
ALARM OFF
TO HOURS
DIGIT
S3
SNOOZE
10 10',
Of MINUTES
SLEEI' OUT
CONTINUOUS
DIGIT
DISPLAV
ENABLE
SUEI'
TOMINl1T£S
~
S~
DISPLAY
aUNIUNG
12/24
INPUT
SLOW SET
FAST SET
vv:;
DlGrr
31
..,..
z
...2!-
DISPLAY ENABLE
18 11 16 15
v-
DIGIT OUTPUTS
SEGMENT OUTPUTS
'Mr.iu.
3
r- ------- ---- -- -
----l
I
I
I
V.
TEST OUTPUT
13
I
I
Ra
-----,
1-------
I
R,
I
r-4r-------+-------4"
+Voo
I
I
I
I
I
I
TI}-------+-------~~--~
I
IL _________________ J,
-Vss
~--~1---7
..
II
III
IV
3
II
2
VI
1
r --------
------,
_..J
R4
~---rT3
VII
COOeD INPUT LINES
RI
R5
R2
R3
TI]----t----+---!
L - ________________ -1I
D.A.T.A.
ALL DIMENSIONS IN INCHES
SECTION 12. lOGIC DRAWING
Voo
MASTER
TIMING
CLOCK IN
CLOCK OUT
Drsplay
Voo
140136
VSS
161161
HF
HF
221261
21\251
Common
Vss'
Level Sh ift Test
301341
351391
201201
NO.
VSS
NO CONN.
SEG A
SEG B
OSCin [181 18o--.J-t-I
OSCaut (17) 17 o - - f - f - - - Hours Set [151 15
S8(:ond/Date /38J 34
Demand/Start
121
I
CUM'" Pin
3
131
I
DUM'" Pin
4
141
SEGG
Pin
5
151
SEG F
FUM'" Pin
6
161
SEG E
EUM
I
I
I
Setting
Function
Minutes/Data (27) 23
2
I
o--f-f---~
o--f-f----~. ContrOl
IL _ _ _ _ _ _ _ _ _ _
SEG C
BUM'" Pin
eo
SEG 0
I
-1I
Display Test (19)19
Number at end of terminal
denotes pin n ... mber for
lead less Ceramic Square
L..--+----+-....,f-----I-----+--.j....---+.--l-J
Package
Number in brackets denotes pin number for
dual In-line package.
12812.
130126 331371
129125
TH
AUH
.GUH
(7 Lines)
Col
1818 1411'1
11 11
7171
ATM
AUM·
.GUM
.GTM
(7 Linesl
(7 Lines)
K40-17
osc.
IN
Voo
riiiiiiii.--------,'¥t.i€M
OSC. OUT +-___---J
MIN. SET
HR. SET
CONTROL
+-----------1
+----------'i
~--------=====~---[~~=:~~~~~~~~~~~~====~
OUTPUT ..
HR.
CONTROL
BoC MINUTES OUT
g~~. ~SC. VOO ~~: ~: ~.:66 ~:66
LHR.
~IN.
RESET
D.A..T.A..
!
BCD HOURS OUT
~
t MIN. UNITS
OUTPUT
CONTROL
ALL DIMENSIONS IN INCHES
IN DRAWING NUMBER
SECTION 13. OUTLINE DRAWING
SEQUENCE
:-0
1
CB-37
COMPONENT
AREA
PI
1----10
-37
-
504.5
:-f5"
a
3.3
:15""
.8
:00
S'ld
2.625 ,"- 500
3'le.
.!51:'il
.jlO,DlrC
-37
-3c
A
~
6.0
I~~~ES 6.0
.
4.25
0,---------,
4.900--~
°
.130 If
IZPLACESl
14-14----4.50 - - - - - . . I
I
I
I
I
Jf~_,ro,~
I.
I
a a aT
4.54
----r-
I
•
o
I
•
z
3.25
•
•
l
2.16
~
A ______
0625' THICK
5.500=2j
r
lb
lo::;:r====i'F
tl--I__ ~
A
I•
A
fs
I..
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_
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TP
I
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•
L.li1---------liLl
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A
B
CB63 4.00 3.00
CB63a 4.40 1. 80
3.'. ---j
.120 TYP. FREE AREA
Ii
i
k ..---_---.,J
5. 6
1t r--
4.50 -----'-....,-~.
1
ti-
---Jt--
I
COMPONENT
AREA
L.
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5.380
-+_.-.j""",.063 PRINTED
.500 MAX.
COMPONENT
HEIGHT
1---4.00 MAX._
t----7.80MAX.--_
-I
t--_ _ _ ~::7
•
• •
2.00 TV P.
,
•
I
I
I
I
I
I
I
I
•
..
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I
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I
I
I
I
I
I
I
I
I
I
I
I
I
I
I
I
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J
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J
°
:
.. .. - 1
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-
-
-
I
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I
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B20TVP
CIRCUIT BOARD
r--
J.~
32 THD-LOCK TYPE
20
I
L__
I
.460
.200
ALL DIMENSIONS IN INCHES
SECTION 13. OUTLINE DRAWING
,,:81 ..
~§:
~§
:
78~
~81
'0
IO~'
0
tOI
r
0
0
~
4.'00
4.250
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L
.,lsL
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Z
0
4.900
&.000
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CONTACTS
3,685 4.50
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1
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30
li. --:::---~il
o
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I
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-=---=-----3-.576
.40
---4.95------.!'1
1+-1'
" D ..lI.. T..lI..
ALL DIMENSIONS IN INCHES
SECTION 13_ OUTLINE DRAWING
I~ T.;~~ ""
Tapped
Screw
Hole (one
of four)
4-40 x
3/16"
(3.00")
66.0mm
(2.60")
(1.05")
I!I
-!I
10668mm(420··)
116.84mm (4.60")
rot
:. ,. . . .
PIN 36T
"::::'PIN 36B
'-Connector Mounting Area..../
(BOTTOM VIEW)
+15V
GNO.
0 IN
1 IN
2 IN
3 IN
4 IN
IT
2T
3T
4T
5T
6T
7T
CH 5 IN
ST
eH 6 IN
9T
eH 7 IN lOT
MUX OUT
,'T
RANGE SEL 12T
S & H OUT
.3T
AOe IN 1 ,4T
OV REF OUT .5T
EXT 0 FFSET AOJ. '6T
*AMP IN HI I7T
SERIAL OUT 'ST
'9T
MUX
18 OUT 20T
AOOR ESS 4 OUT
2 OUT 2.T
LINES
• OUT 22T
OLVOUT 23T
!ITlmH1 24T
~ 25T
AlO TRIG 26T
A/O '!'RiG 27T
SHT. CVC. 28T
MS8) 8. OUT 29T
B30UT 30T
86 OUT 3.T
87 au,. 32T
89 OUT 33T
811 OUT 34T
OIG.GNO. 35T
+5V 36T
ANA.
CH
CH
CH
CH
CH
o
-1r-P-'-N-1T~\ PIN 18
9.53mm
(0.375")
*
Internal Offset Adjust
SEQUENCE
INTERNALLY JlJMPERED TO 17T
(ORDER CB69a OR CB69c WITH
JUMPFR REMOVED.)
18
28
38
48
58
68
78
88
98
lOB
I1B
128
'38
'48
'5B
'68
17B
'88
'9B
208
2'8
228
238
248
258
268
278
288
+'
IN DRAWING NUMBER
-15V
ANA, GND,
eM 8 IN
eH 9 IN
eH 10 IN
eH 11 IN
CH 12 IN
eH 13 IN
eH 14 IN
CH '5 IN
N/C
AMP IN LO
AMP OUT
Aoe IN 2
CLK OUT
GAIN ADJ.
MUX ENB.
COUNT ENS.
81NfMUX
.. IN
AOORESS
~:~
LINES
DLV. AOJ.
LOAD ENe.
CU,. EN8.
elK. ADJ,
roc
1!10UT~)
+lSV
ANA.GNO.
CM 0 IN
CH. IN
CM 2 IN
CH 3 IN
eH 4 IN
CM 5 IN
CH 6 IN
eH 7 IN
MUX HI OUT
RANGE SEL
M OUT
AOCIN 1
+'0 V REF. OUT
EXT.O FFSET AOJ.
*AMPINHI
SERIAL oUf
S.
MUX
IS OUT
ADOR ESS .. OUT
2 OUT
LINES
,
OUT
DLV OUT
~
!miOBn
AID TRIG
A/oTlm!
SHT. eye.
298
82 OUT
MSB)S10UT
30B
3'B
328
338
34B
358
368
B4 OUT
830UT
a50UT
87 OUT
89 OUT
86 OUT
B8 OUT
810 OUT
8'2 OUT (LS8)
OIG. GND.
811 OUT
OIG. GNO.
+5V
'5V
CB69,a
.T
2T
3T
4T
5T
6T
7T
8T
9T
,OT
itT
'2T
'3T
.4T
,6T
.6T
17T
18T
.9T
20T
21T
22T
23T
24T
25T
26T
27T
28T
29T
30T
31T
32T
33T
34T
351
36T
.8
28
38
48
5B
68
78
88
98
'DB
118
'2B
'38
'4B
'58
168
178
'88
'98
20B
2'8
228
238
24B
268
268
278
288
298
308
3'B
328
338
34B
368
368
-15V
ANA. GNO.
eH 0 RTN
CM.
eH 2
eH 3
eH 4
RTN
RTN
RTN
RTN
eH 5
RTN
CM 6 RTN
eH 7 RTN
MUX LOO UT
AMP IN LO
AMP OUT
ADC IN 2
CLK. OUT
GAIN ADJ.
MUX EN8.
COUNT EN B.
8 IN
.. IN
2 IN
, IN
f
MU X
ADO AESS
LIN ES
DLY ADJ.
LOAD ENS.
a:A."'iNi.
CLK. AOJ.
10C
III
OUT M
82 OUT
B4 OUT
86 OUT
B8 OUT
810 OUT
812 OUT (LS8)
QIG.GNO:
+5V
CB60b,c
CB71
"I
T
r
1
(JD
ClD
2.75
4.5"
~ .450
t-
CN-2
1
I:ClD
3.30 •.. MAX . .
· - - - - - 3 65" MAX
1-.
"
D ..lJ.T..lJ.
q"11
ALL DIMENSIONS IN INCHES
1
,80
0.
MAX
CN-6
E
ABC
eN6
CNSa
\,ifl6
:..All
.335
L.!!!
G
H
J
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.335 .185 MIN
:ns
MAX
:T2'5 MIN
,034
~
0.360
.034
:-flO :oT9
:Tn :T59
.d!! :.ll!.
.500
.335 .186
MIN
:rrs
0i5 2TO 03i
~
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.019 .025 .045 .240
~ .029 .=..ill
.370 ,021 .040 .033 .210
37ii
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~
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r====l'-1
PIN 2
1--.0.750
o
0
o
E
o
0
o
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0
B
E
A
F
H
J
M
II.
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.034
\jl,-u:a ~ ....:!.0-.2. .~5 ~70 .016 .040 .230
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CNlSb .335 .260 .492 .020 .413 .035
MAX
12 LEAOS EOUALLY SPACED ON
!
550 MAX
t
t
-
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j
.085MIN
.0895~
.062
CN!>
:gg~1 toI
1
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MAX
~.330--1
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1.000 MAX.L
-
MAX
.400
.201
MAX
,...---...... 200
!OOI
+005
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LEADS CUT ON SPIRAL
MAX
CN-34
c'-, __r...l
: :
MIN
J
9i
1r
MAX
H
J
.268 ~
MIN .210
.100
5 MIN.L
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(
i
8 LEADS
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CN23
" D.A.T.A.
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ALL DIMENSIONS IN INCHES
SECTION 13. OUTLINE DRAWING
CN-38
,02G
~
t
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.
+
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CN-44
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.210
MIN
.260
CN 43a .160 1.500 .009 .190
:TIO MIN .125 :210
CN-43b .260 .500 .040 .230
MIN MAX
MAX
CN 43
D
-.029 MIN
CN-46
I-D~A-.
\
f~l,
:1!
00
0
o-ot~
c---
r
K
I
8 LEAnS
DIA.
ABCDEFGH
.200 :0:: ':%*
" D ..lJ.T..lJ.
ALL DIMENSIONS IN INCHES
SECTION 13. OUTLINE DRAWING
-r-=:0
.187 .075----fM:<1:t
~.225
.30
CN48
A
B
D
E
F
G
H
.500 .023 .020 .602 .140 ,500 .400 .100
K
M
.026 ,026
:on :on
TYP
CN48a .550 ,030 .019 .602
MAX
CN48b .425 .030 ,019 .502
:..ill J!.!!
.140 .500 .400 .100
TYP
.140
036
.500 .400 .100
CN48c d!! .115 .027 .650 .270 ,360 .400 .100
.524 MAX .033
.330 :4iO
CN48d .550
.017 .600 .170 ,500 .400 .100
CN48r
CN48g
CN4Bn
vN48
CN48
.550
'M~ .~~ ~ ~
ih .~:~ %
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CN48q .550
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J21!. ~ ~ d!! .300 .075
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.017 .597 .190 ,500 .400 .100
:10'3 MAX MIN TYP TYP
CN48e .450
036
.026 .026
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TYP
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CN48r ,450 .015 .018 ,500 .255 .935 .300 .075 ,150 .031 .0 1
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CN48u .444 .022 .016 .497 .130 ,500
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CN57a ..ill .165 .500 .335 .016 .220 ~ ~
.335 .259 MIN :370 :018
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1",,570
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CN57
~
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MIN
E
K
36·
:on
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:
1
45
36·
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l
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ALL DIMENSIONS IN INCHES
SECTION 13. OUTLINE DRAWING
-I
I
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1.00
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I.
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TI ~~~~~~ IT
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DOT
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I
2
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206
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F
G
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CN71b .209 ~ ~ .500 .030 ~ .100 .050 :..Q.!§.. ,036
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min .
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m
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~~ ~ ~L
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i.
-
SEQUENCE
K
~
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.255 .79 .27
G
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.2 2 .02
MAX
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D
B
C
A
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FP-21
G
C
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• 2
:003
MAX
T'iP
MIN
MAX
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~
MAX
.895
.250 .020 .050
;030 .070
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TYP
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~~~ ..!!! ~
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6
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D
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FP28e
FP28f
FP28g
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;m %
''-Ii<>
REF
.240
.019 I~
.055 :2"60
.015 !l!.!l ~o
.019 .055 .259
&!!
G
H
•
~
:no :on ~
~
..
.MIN
,
.~~
REF MAX
.240 ,065 .003 .950
.!~ .?~~ .167
."'260' MAX ;oos MAX
Ts-~
.g.g,1 ,L..
.059 .005
K
B
C
D
E
A
.100 .500 .500 ,250 .150
MAX MAX MIN MAX
.375
.250
.205
.100
F.t'39a
FP39
MAX
FP39g
~
FP39d
F 3ge
C
I
• 9
t
" D.A.T.A.
l
G}p: f
E
MIN
FP39f
3ge
K
MAX
.730 .045 ,012
.330 ~ d!Q. !.lli ,030 ,020 .004
:1j"ij6 • 750
.26'0 .250 ,065
• 003
.2.0 •.Q!.O
.o~
.019
.070
.006
•• 0 • .Q!.O .015 ,015 :.!L
.o~
~
.019
.410 .275 MIN .070 MAX MAX .006
Jl.lQ.
3 • .240 dll .050 .030 .030 :.QL. :..§.!Q
.028
.006
.860
:350 .260 .315
.016
.010 1.375
,375 .375 .500 .120
FP39b
FP3.b
:oss :ora
:350
;ill :ffi
*-40
4
:oao
.ill
.520 .520
.330 ~
.260
:no
MAX
.500 .125
MAX
:ffi. 7. I~··
.070
~l.
.012
,030 .020
TYP
• O.!!
TYP :oaT
.
8
I~
MAX
.7 5 .~
MIN :o6W' I~
ALL DIMENSIONS IN INCHES
SECTION 13. OUTLINE DRAWING
INDEX POINT
ABC
1l"1'4'
.3· 0
8
FPU
IFPUC
FP4'1
• 0
.:!
1
E
.050
• 70 • 70 .065 .050 ,019 .006
.250 .065 .050 :..2!! .004,019 .005
~47
Jll
:m :ffi ;m ~ =m :m ~
.145.105
.095
.413 .275 ,066 ,070 ,050
MAX
MAX
ABC
390
MAX~
6
~6b~3~O
~
D
'~i~ .070
:409 Ts! :liO :090
MAX
In
.27
7
I
D
I
9 LEADS
I
FP52a
.255
MAX
FP52b .265
MAX
FP52c :.!!Q.
.270
FP52d .240
,260
FP52e .250
-+
MIN
GOLD I KOVAR
.003 X .015
D
E
F
G
H
5 .270 .0 '1 :...2.!..§. !..2.i..2... .023
MAX
MAX .019 .055 MAX
.265
.060 .1)16
MAX
MAX :oT9
.240 .225 .040 ~ .050 :..2.!.§. .015
.275 MIN .070 .019
.030 MAX
.240 !....!!Q. :...Q.!! ~ .050
,260 ,370 .070 ,019
.140 .280 .035 .015
:21
:260 :150 :300
REF
:oso
.019
J
K
~:..2.2!
.038 .006
.~
.004
:006
~
,006
.003
:006
.003
,005
.o~
,005
IFP52g .l!'
..ll.;,.
J!1l!:
;000 _._,
MAX ,015
.003
~ ~'O'TO
.260 .260 .260
.040
P52h s.!!Q. ~ .250 .!IO .t..tlQ.. ,050 :...QQ.2. .015
.275 .275 MIN .080 .019 BSC ,035 MAX
.060
.070
=
.005
.080
.120
K~
.130
~
r
080NOM
020
015
ABC
G
H
J
K
.050 .017
064
FP59a .270 ,390
.900
&lli .054 .050 .017
.0045 .064
MAX MAX
:9sO
FP59b .245 .370 .330 .940 .020 &Q.! ~ &!Q a..2.!..§.. r.!iQ s1!.!Q
7i75 :39s :3'70 .960
.006
.060 .060 .019 .560 .031
I
.006
0035
075
050
030 NOM
L' 350.~.
b
..
.200
~
I
425
370
1
350
200
J
T
F
~
.-l
&2!
.0045
rj
c
M
=i
G
F
~I ~~ U~Jo
MIN.
~~~---.l
*1
DATE CODE
..&......I
........__.....JF===______..• ~p~7~,-"-
-'--'~
.001&.001
" D.A.T.A.
,
ALL DIMENSIONS IN INCHES
SECTION 13. OUTLINE DRAWING
FP-66
L __----J-;-:---"'"
r
,Lo
B
D
A
C
E
G
F
.590 .250 .050 .015 .370 .050
.640
:EO """075 .~~!
.620 .250 .050 .015 .365 :..!1ll &Q!
MAX .350
.019 .395 .090 .006
IFP66
IFP66a
8
1
D
9
1- t~D1I
I
12
FP69
13
~~F
14
A
B
C
D
E
F
.500 ,155 .250 .290 ,055 .125
MAX
F
9a .7 0
9
I
D
10
II
1
:aso
MAX
:TI5 :300 :ofO
:oro
MIN
II
S
1
4
C
H
INDE
YES
-:oos
:oos
I
1
2
.250
.050 .250 ~ .004
.019
.2 0 .280 .030 .240 .010 .003
.260 :oI9
0 .010 .003
.280 :oT9
:270
MIN
.7 0
MIN
E·I
7
6
3
MAX
:orr
H
CHAMFERED EDGES
YES
NO
YES
YES
NO
YES
,L~I
-,-
0.003
0.005
0.030
0.070
ABC
FP79
0.045
0.055
0.013
E
FP79
0'0161~rl ~o
D
E
G
.365 .248 =..2!Q ~ .&!1
;3"68 .275 .980 .021 ,067
~.:.!.2.Q. ~
:...lli
~
.003
.005
&ll
~
.410 .280 .980 .019 ,070 .035 .006
MIN
. !
~ + ~3~
0.140
0.160
~
NOTE: NOTCH DOT, Oil TAB
TOP VIEW
.048
~L~~!. ~l~~!
.-. =.J
'"1 m
TYp.
T t.~
;W.O
L'
I
~---..I
alA.
" D.A.T.A.
ALL DIMENSIONS IN INCHES
SECTION 13. OUTLINE DRAWING
DIM
A
B
C
D
F
G
H
K
L
N
R
MilliMETERS
MIN
MAX
INCHES
MIN
MAX
9.40 10.16
6.22
6.60
1.52
2.03
0.38
0.48
0.15
0.08
1.278SC
0,64
0.89
6,35
9.40
18.92
0,51
0.38
0.370 0.400
0.245 0.260
0.060 0.080
0.015 0.019
0,003 0,006
0.050 BSC
0.025 0,035
0.250 0,370
0.745
0.020
0.Q15
NOTES
1. LEAD NO. 110ENTIFIEO BY TAB
ON LEAD DR ~OT ON COVER.
2. LEADS WITHIN 0.13 mm (0,005)
TOTAL OF TRUE POSITION AT
MAXIMUM MATERIAL CONDITION.
188
~
FP-88
,003
----
K-II-
,070
124
3x.05IF.150
~oIr-----,-
G
1213
BASE AND
SEATING
PLANE
. ". "
~n------.~~~~~~~~
II
,,
B
•,
,
I
" " •
.• • , •
.003
.006
.250
.270
.020
Ji40
.260
.280
L!
A
t
---1[.010
,019
MAX.
E
+=IOOOOOI~ I
I
t 1
D
C
C
F~ ~
E
D
( on
K
I
ABC
.940 .247 ~
.960 T75 .370
FP88a .940 .300
:96'0 MAX
FP88b ~ .275
.900 MAX
FP88
D
R
.371 .010 .015 .050 ,050 .020 .003 NO NOTCH
.400 :oE :oT9
~ :040
:-ooe
~ :.2..Q1. .015 .045 .080 :...2.!Q. ~ NO NOTCH
.400 .018 .019 .055 MAX .040 .006
INDEX AREA;
NOTCH OR DOT
16
I
~A~
INCHES
MIN
MAX
DIM
A
B
C
D
E
F
G
H
0.240
0.240
0.030
0,003
0,005
0.045
0,010
K
MI LLiMETERS
MIN
MAX
6.100
6.100
0.762
0.077
0.127
1.150
0.254
-
0.290
0.260
0.070
0.006
0.035
0.055
0.019
0.015
-
7.360
6.600
1.770
0.152
0.889
1.390
0.482
0.381
0.070
-
1.780
-
.720
.760
T
-~11
.015
:oT9
r+
.010;-"!r
MAX' I
VPIN 1
.310
·.325
FP93
A
B
C
D
H
J
K
M
,380 ,300 .050 ~~.750dE..Q.~~~:..ll.Q.
.030 019 M1N .370 .280 .006 .080 ,(Jas
~ .750 .250 d2.Q. &.Q.! ~ :...2...!.Q.
~ .305 .045
.490 MAX .055
.019 MIN MIN .285 .006 ,080 .038
.440 .305 .050
~ .745 ~ :...!!§. :..ill .045 .009
,020 MIN .370 .285 .006 .085 .040
MAX MAX
,050
~
.250 :..!.!&. .004 :...Q.&.Q. .024
:.ill..
.410
.019
,350 .250 .006 .075
43'4 MAX
FP93a
FP93b
FP93c
1
IlJI
L.2 j
75
MAX.
yi D ../J..T../J..
ALL DIMENSIONS IN INCHES
SECTION 13. OUTLINE DRAWING
~
16 LEADS ON THIS
SIDE .100 ON CENTERS
.018
.022
131 PLACES)
I~
.150
--l f-. 058
I I TYP.
.02;·1
m~
.250
MIN .
. 260
MAX.
.770
U
'O~L::sxNI~·"r-1'lnr.,~rr';
004
:006
CLIMB
If-
'r
.260
MAX.
I-
G-
,-
A~_
BASE AND
~~';.~I~G
14
8
1
\
~
.080
J-
7
-
c
~~~~~NG\
L
l-
-
Bj~
-
-
0
E
_l_i~:~,
I
~
F~
-D
I
A-
I-
GA
B
C
,390 .013 .840
MAX :oT9 • 860
FP97a .337 .015 .840
.350 :oT9 :s6O
FP97b .385 .015 .750
rooM
Jl.-
C
t
N
='1QIi-6
- J ~K
c::::::==;2
1
"
r:==5
c:::::===:&
-=:=1
D
E
F
G
H
J
.010 ~ .275 ,050 ,003 .020
.025 .325 MAX TYP .006 040
.010 .270 .275
.003 :.ill
:325 MAX .~~~ 006 0
.030 .247 .275 .045 ~ :.2l.Q
MAX :oT9 :770
MAX MAX :tr55 .006 .040
FP97c .337 ~ .840 .010 .292 .275 .045 .004 £2
:3'50 .019 .860 .025 TYP MAX :055 .006 .040
FF97
21=24~
23===::1
22===::1
'j"==i~
~g
:ozs
:o.rs
,,=""+,,'
1~:O~~f
ii=01O'OO.
~~~~
1_,80_1
-===14
l~~t
I
_ _ _ _ _ _ _ _ 12MIN _ _ _ _ _ _ _ 1
A
B
D
FP98
E
.003 d!Q
:J!!Q. .275
,960 MAX
.006 .350
FP98a .003 .275 .245 .850 ,300
:006 :a25
.950
FP98b ~ d1.Q .247 .940 .300
.006 ,350 :285 .960
:-ws
tl05tOO2
F
H
G
J
M
~ ~ :.!!Q d1! ,025 ,050
.080 .040, .350 .400 MAX TYP
.050 ~ d!.! .375 .02<6 .050 .015
,035 .325 .395 MAX T.P. :oT9
,050 .020 :1.!Q d'll :.ill .050 .015
:OsO .040 .350 .400 ,025 TYP :tIT9
I
I
:oso
FP102
.247
1~itc::~"
:oi'9
L
MAX
-+-750
.
,
"~.
~~~~. I
.409
iJ
.015
r---"':::'--2
MAA.--.,.--.",,"
~HH···~-8-___ 1-:::-1 l'
....il1-.02•
-f'
~~TYP .
. 006
~
004l
.012
.001
T
065
~
1==---1I
It--::;---l
-I
024
TVP
" D.A..T.A..
ALL DIMENSIONS IN INCHES
SECTION 13. OUTLINE DRAWING
r
.900
.980
.270
MAX.
~
I
.390
.045L
•
1
1141
I
I .L
.045
.065
~1-.280
.070
G T.P.
13
t
B
I
.003
L
.006
.010~...L====~~:lC~~::===+'
.035 I
I 1I
,.-
I l?
PLANE
.1
"FI9
L
2.
cc/r
IJ
EJ "II~~~U!RRRRnRn'll~1~12
SEATING
1. 260
.014 1-.430
.003
.006
5
.045
.240
U
'"13
1i55"r
.260
.325
MAX.
,.24
.015 L
.019 r
Fl
I
i
'--~~'M2~51~0~~:'2~4~0~~'9i8~0~~jT
·1
I
-n-
K
900
F
~
1
H
J
MAX.
OPTIONAL ENO
CONFIG. TYPICAL
TERMINAL No.
BOTH ENOS
NOTES:
1.
A.,.
to JEDEC .....b1it;.. tion No. 13 fot R...... for
D'~lngP.rIphtt""L.IdOuthnts.
•- -
2. luch w,thin 0.006" 10.12 mml rld'UI of T....
Posttlon (TPI "m... ,mum m........ condition.
3. N II tM_,mum qu~tlty 01 .... position,
4. l MIt Z' ....mi ..... ,ont within Mllch.1 bodojo
..... .... i.,..,I.l'It... I ...
~
II i,
IIII
It
I
L ...
~-'1
I'INDEX
AREA
.-
-
m
-~
I
1
1
3
-HFPlll
PIN I IDENTIFICATION
PIN I
INDEX
~
.009 I
.425
MAX:.405
.415
D035
~~9F="3E11~..,..~==+ .0055
m
~!
1Js/·OOO5
_---1
.260
MIN.
I
005 MIN.
.760
T.Oo'O
'" J
.010
.015
24 PLACES
"
D ..II.. T..II..
r1
.d!Q.
22 PLACES
.485
j
.070
. 100
.025
NOM •
ALL DIMENSIONS IN INCHES
SECTION 13. OUTLINE DRAWING
IN DRAWING NUMBER
SEQUENCE
c
a
INDEX AREA,
NOTCH OR
PIN 110.
ill
II
L
E
E
OPTIONAL CONFIGURATIONIF USED, NO ORGANIC OR
L, POLYMERIC MATERIALS SHALL
BE MOLDED TO BOTTOM OF THE
LJ ~
~AOKAGE
,
I
TO COVER THE
LEA~.
~nLLIMETERS
INCHES
-t1~O
SYMBOL
~~~
~nN
b
n
E
E
E,
e
k
L
Lt
S
S2
n
~ I' Lr
I~
LuI
2.29
. ~8
.15
13. 4~
10.03
8.64
4.57
76
I. 27 BSC
.20
.38
6. 3~
9.40
21. 45
.23
I. 02
.13
.10
30'
90
.340
.180
.030
.050 BSC
.008
.015
.250
.370
.845
.010
.040
.005
.004
90·
30'
J
o~,aNAL
-tc=0
~
LJ
CaN"GURAT,aNIF USED, NO ORGANIC OR
POLYMERIC MATERIALS SHALL
BE MOLDED TO BOTTOM OF THE
~PACKAGE TO COVER THE LEADS.
~~:
INCHES
MILLIMETERS
SYMOOL
MIN
MAX
A
.045
b
c
.015
.003
.090
.019
.006
.430
.305
D
E
El
E2
e
K
L
-L 1
:245
.125
.030
.050 BSe
.008
.250
.740
Q
.010
""SI
:-00"
S2
.004
30
a
" D ..JI.. T..JI..
MAX
1.\4
.38
.08
c
E LEE,
•
MIN
.090
.019
.006
.530
.395
.045
.015
.003
A
<
1
MAX
f5
.370
MIN
I. I4
.38
.08
MAX
2.29
.48
.15
10.92
7.75
6.22
3.18
.76
1.27 BSC
.2C
.38
6.35
9.40
18.80
.040
.23
1. 02
90
.10
30
90
ALL DIMENSIONS IN INCHES
SECTION 13. OUTLINE DRAWING
IN DRAWING NUMBER
SEQUENCE
52
L
i r
E
INDEX AREA,
NOTCH OR
PIN 110.
E
~ L,
EI
LI
OPTIONAL CONFIGURATlONIF USED, NO ORGANIC OR
POLYMERIC MATERIALS SHALL
BE MOLDED TO BOTTOM OF THE
INCHES
L
MILLIMETERS
SYMBOL
c
D
E
k
L
S
52
r
E
~~T~:~~EA. ~~~~~m-Tr~
PIN 1 10.
1
i,i[I
EI
Ju~
A
LI
'2
MIN
MAX
.030
.010
.003
.085
.019
.006
.280
.280
.240
.125
.030
.050 BSC
.008
.015
.250
.370
.740
.010
.005
.004
30
.040
90 0
MIN
.76
.25
.08
MAX
2.16
.48
.15
7.11
7.11
6. 10
3. 18
.76
1. 27 BSC
.20
.38
6.35
9.40
18.80
.23
1. 02
.13
.10
30°
90 0
OPTIONAL CONFIGURATIONIF USED, NO ORGANIC OR
POLYMERIC MATERIALS SHALL
,,"OW.oOO"OHOMO'>"'
"'KAG' 00
com '"' mo,.
r-------r-~I~N~C~H~E~S~~7MIT~L7L~IM~E~T=E~R~S-,
Q
SYMBOL
A
b
c
I-----.----+-----,...----~
MITN
MAX
MITN
MAX
.045
.010
.003
D
E
e
L
Q
.005
"
D ../I.. T../I..
.13
ALL DIMENSIONS IN INCHES
SECTION 13. OUTLINE DRAWING
IN DRAWING NUMBER
SEQUENCE
I#I'il
2-
INDEX AREA,
NOTCH OR
PIN 110.
L
s
INCHES
A
b
c
MIN
MAX
.045
.015
.003
.085
.019
.006
.440
.305
D
E
.245
~1
.1JU
E2
e
L
Ll
.030
.050 B5C
.370
.250
.745
.010
.040
045
.005
Q
5
51
'~
mr
1. 14
.38
.08
6.22
3.30
MAX
2. 16
.48
.15
11.18
7.75
.76
1. 27 BSC
6.35
18.92
.23
9.40
1. 02
1.14
.13
L
4l ~
ILuJLL:i
l ~~Q
~r=~
E l,
E
E,
I
-
OPTIONAL CONFIGURATIONIF USED, NO ORGANIC OR
POLYMERIC MATERIALS SHALL
BE MOLDED TO BOTTOM OF THE
PACKAGE TO COVER THE LEADS.
l,
INCHES
MILLIMETERS
5YMOOL
MIN
MAX
MIN
MAX
1.14
.38
.08
D
E
E1
E2
. .360
.195
.030
.090
.019
.006
.640
.440
2 2Q
c
.045
.015
.003
A
b
e
L
L1
Q
.050 BSC
.250
.370
.860
.010
.040
51
9. 14
4.95
.76
1. 27 BSC
6.35
21. 84
.23
.04:
~
" D.A.T.A.
MIN
,
~!:::~!£
5
MILLIMETERS
SYMOOL
.005
.48
15
16.26
11 18
9.40
1. 02
1. 4
.13
ALL DIMENSIONS IN INCHES
IN DRAWING NUMBER
SECTION 13. OUTLINE DRAWING
.Of7 t .002
~
osc
~
:±'OO'lr
OUT
IN
1024 Hz
Vss
VL
RS
32 Hz
R2
VH
RI
GI
BP
FI
K
Al
E1
BI
01
G2
CI
F2
n
fOO
.015
>
~
X
0
.055
.OOB
.
"~
.011
~LJ
A2
B2
02
G3
C2
·
J
l
:1
F3
A3
03
83
C3
.040
.055
1=
1.000 NOM
DIM
A
B
C
D
F
G
H
K
N
MIN
5.97
4.32
1.17
0.25
0.08
MAX
7.11
5.72
1.91
0.51
0.15
1.27 BSC
013
0.89
1.90
3.05
0.89
1.52
NOTES:
I. LEAOS. TRUE POSITIONED
WITHIN 0.13 mm (0.0051 RADIUS
TO DIM "A" & "B" AT MAXIMUM
MATERIAL CONDITION .
. 125
1.
500 ,
l
~l!-1
J
.906
.500
MAX.
.500
..
8
2.219
~
-l ~.050
TYP•
+
T
DOT
DENOTES
LEAD No.1
~
.016 1
DIM
A
B
C
D
F
G
H
K
N
5.69
4.06
1.17
0.38
0.20
1.22
0.13
2.34
0.89
6.35
5.08
1.90
0.51
0.30
1.32
0.89
2.84
1.14
INCHES
MIN
MAX
0.224
0.160
0.046
0.015
0.008
0.048
0.005
0.092
0.035
0.250
0.200
0.075
0.020
0.012
0.052
0.035
0.112
0.045
~
.281
-r-
.057
PKG.
M IB
MIB A
M'IB It
1M IB C
MIB D
M'18 E
,8 F
f
G
E
A
B
.625
.563 .7BI
.350 .7BI
.563 1J)63
.350 1.563
.536 .781
.350 .781
350
r----lot-
GY 0
0
J®
0
0
0
C
.375
.578
.7BI
.7B
.7BI
.781
.563
A
D
E
.090
.090
.090
.090
0
.07B
.200
.200
.300
.300
.200
2:50
F
G
.400
.600
.600
.600
.600
.406
K
H
.090
.090
.IBI
.IBI
.090
.078
.200
.600
.200
.600
.300 1.200
.300 1.200
.200 .600
.625
.125
.041
.041
.041
.04
.041
.032
caD
BaE
@
CD rtH @ ® ® II@@®(!) ®
CD
0 l' ®....MEJaA. (1)1 ®J.lE1SB..aE. ®
@
®
0
@
@
CD
® ®
® CD GY
MSQ
" D.A. T. A.
MILLIMETERS
MIN
MAX
LSQ
@ ®
@
®
@ @@)@)CD
@ @
®
@ @~ (3}
~I&!<&O
@
(i) @
@
5
@ ® @@(I)6
OSQ-C
L.OSQ-o
All DIMENSIONS IN INCHES
SECTION 13. OUTLINE DRAWING
M-54
~
r
SEQUENCE
tf1;,
''T~
1.4BO~
200
.
IN DRAWING NUMBER
,~~
U
A
B
C
.125 .~~O .300
M54a
.~~;
M54b
IN
1
~
M54
~
.040 .300
.~~~ '~~e
.300
M54c
.;~~
.325
M54d
.100 .020 .W
MIN MIN .310
·Z~~
NOTE:
,---,
LEADS ARE A MOOFIED HEX
~
IN CROSS SEC TION. BOARDc
DRILLING DIMENSIONS SHClJLD
MAX
i--
:::.j
EQUAL YOUR PRACTICE FOR A
CONVENTIONAL .020 0 LEAD
M-75
M-75a
M-75b
M-75c
M-75
M-75e
~D1
A
.715
.770
.715
.776
.715
.715
MAX.
II.ooo~o.OIOI
~
0.050
MAX
J
C
090
.200
.130
.155
.1
.100
D
E
170 .031
.125 .160
.170
.195 .02
.18
.200
F
G
H
J
310 023 100
.310 .023 100
.310 .023 .100
• 10 .012 .100
.1
.100
.265
14
tnnnnnnr .1~Ft-l I- ..II.-F
B
265
.260
.265
.275
.270
.265
M-75k .700
TYP
NA
..JW.
.020
.300
TYP
MPNT~M~X~
o
:n
,:NOTC
INOE:y:
POI~'t
A
G
-.t
-J.:~~
MAX.
;to,
L HMAX.-J
" D.A.T.A.
ALL DIMENSIONS IN INCHES
IN DRAWING NUMBER
SEQUENCE
SECTION 13. OUTLINE DRAWING
117
I~Ex1:: :::::II
H1~
U7a
11 b
M117c
M1l7
IM117g
M117h
rr=-~l---r-
HUt j
MU7k
117m
.J~
75.
M117n
M117p
Ml17q
M117r
Mll7s
M117t
M1l7u
M1l7v
..
M114
.750
M1l4a
M1l4b
Ml14c
M1l4d.
MI14e
M114f
.Ull
280
.880 .235 .180 .020 ,012 .10
MAX
.275
.750 . ill .180 .020 ,012 .10
275
.755 .li.O ,125 .035 .015 .125
250
.019 .200
.767 .252 .144.W ,200 .020 .W .100
785
280
MIN .015 MIN
,030
.200
.W
. ill ,lOa
.ll!l
.015 MIN
.740 ,260 MAX
.w
G
.07
H
J
K
,025 ,062 .10
.05
.10
.02
.05
.10
.052
.110 .023
I'!e;
I·'"· po
:-m
1
070
. ill
,070
.;;;.~
~ ~ ~ ,065
.023 .035 .015
&Q! .050
~l~
Ol!
TYP
.017 .019
.021 .010 .011 .0'
.020
.016 ,015 .009 ,045
,020 TYP .011 :065
~ :.2.ll :..2.L .050
.021 .035 ,020 :o5i
.01
.0
~
:022 MIN ,014 ,055
,017 .019 .009
.866 :25'9 :a22 MAX
.796 .256 ~ .197 .118 ,lOa ,020
,394
MAX MIN
MAX
.890 .260 .310 .175 .125 .090 .065
MAX MAX .350 MAX MIN :TIO :oB5
.881 .240 .300 .200 ~ .100 ,014
MAX .150
MAX :2]""g
:020
00 J..Q.i .100 ~
.881 ~ .290
.022
MAX .255 .375 MAX .150
=
..
~
.~
•• 0
.322
MIN
MAX
.870 .240 .290 .200 .125
MAX MIN
MAX .260
Ml17y !.ill ~ ,d.90 .!..!L0 dll
.40 .260 .310 .180 .135
M117z &..1.2. :.All .350 .170 .140
.860 .255 .400 MAX MAX
M117aa .779 ~ .299 .181 ~
:T8f .259 .322 MAX .141
.7 8 .2,1 .aOo .200 .110
001178
:aro
MAX
,065 .030
.018
.0
.021
0 .010
,022
.010 .065 .030
.v,u
.00
.0", .01
~ t.!!Q. .125 .090
.110
.755 .250 ,310 .160
.100
~
.~~ .265 .d!!
370
100
.181 .122 .100
.787 .251
.870 . . . 0
·EO .100
145
,300 ,130 .150 .100
.750
TYP TYP TYP TYP
TYP
J!.2. Jll .219 .115 •.!i!E. :Jl.!.Q
.780 .255 ,310 ,125 .165 ,110
.100
Lki .2ll Id90 ,185
.860 .251 .375
.708 .244 .299 .181 .122 .100
.110 .019
.W
.100
.100
.100
.100
.t.!!! t..!!!
M1l7x
M
.100 .020 .020
0
.1 0
0
0
0 .2 0
.780 .255 .350 .185
0 .280 .350 .105
117w
E
F
D
.200 .030 .015 .15
C
.350 .180 ,160
MAX
TYP
.1
.1
.105
•
.785
.767 .250
life
Mll7f
-II- G MAX.
C
D
E
F
K
M
A
B
G
H
J
.870 .260 .300 .200 .125 .100 .021 .015 ,011 .065 .030
.250 ,300 .160 .125 .100 .023 .020 ,019 ,065 .030
785 .280 .375 .185 .115 .100 .023 .015 .010 ,065 .030
.030
,030
.030
.01
.030
TYP
MIN
.019 ~
MIN .014
,030
.Q20
.008
MIN
:oT2
.020 ,009 ,043
~
.020 ...QQ1 .04
.014 :v62
~. 18. 19
,lOa .015 ,020
TP
:o2T MIN
.0 0
.100 .01
.020 .040
.090 .015 .020
:ITO :oi8 .030
.100 .017 .019
~ .070 .010
.014 MAX NOM
.~
.012
:..2..2..!!.
:m
.012
.009 .059
20
1
MIN
MIN
·W ·W
.1l0 ,023
.025 ,062 .100 .015
.m
ABC
D
.770 .240 .290 .200
M126a
.770 .240
.260
.750 .250
.670 .258
.760 .260
:aro
M126b
M126c
M126
M126e
M126f
M126g
M126h
.770
:~:~
E
:m '7
M126m
M126n
G
H
.015 .020
MIN:0T4
.J!.!.&. .020
.021
.019 .035
.019 .035
.018 .020
:~~i
.020
J
K
.008 .093 .030
.008 .040 .030
:oI4
.012
.030
.0 0
.0
.010 .040 .0 0
:%H l:-ffi
.010
~ .200 ~ .100 ~ .020 J!..Q!
.255 .375
.150
.022
.015
.744 .244 .:.ill .181 .122 .100 .017 .019 .009
.755 .259 .322 MAX .141
MIN
.787 .255 .330
.129 .090 .015
.755
~
:-ITO
MAX
120
F
~ ,090
MAX
.110 .021
.350 .175 .125 ~
.110
,350 .185 .130 .100
.350 .185 .1 5
.350 .175 • 25 .100
00 '~i~ :~i~
MI26
• 50.
0
•
0 I:.!: 0
:77'0 .280
.790 .260
MAX MAX
.78a :.!....Q.
MAX .255
•
1 I~
MAX .263
:..!.25 .160
.375 MAX
d!.f!.. .175
.350 MAX
.290 .200
.375 MAX
:..!!.07 .162
.322
.1 5 .100 • 18
.120
.100 ~.05~
,023 MIN .015
MIN
.030
.125 ~ :J!ll .020 :...Q..Q!.
MIN .110 .021 MIN .012
~ .100 :....Q..!! .020 ~
.150
.021 MIN .014
,12 . • 1 a . 18
MIN
M12Gq
M126r
'ill
·~~~1·329 .~~ .129 .100
I M12st
I M120u
..:..!.!2.
.290 .300
M12Gv
jl'll2tiW
.765 .248 .300 .175 .125 .100
M12Gs
.~.~~ .329
.017 .020 .009
~ .020 • .f!.!!.8
.020 .050 .012
.149 .137 .100 .017 .019 .007
.025 .010
M146
M132
~
.190 I
.810
ft
16
-.1.
~
.019
12 11 10
9
'
L
1.832
1.868
15 14 13
ABC
H
M146
1
2
~c
tGFJi
c
3
4
5
6
D
E
MAX
MAX
70.= . 1 .uou
;ill ~ =Ht ~
MHO. ~ •
7
E
I-lf4Th
~
I M146C
·~~x
M146d
I Maoe
M146
F
G
H
.800. 80 .019 .125 .020 .350 .010 .265
;m-
'M~~
MAX
MAX
~ ~ .~~
.300 .010
:m-
.~:~
~ ~
.820 .200 J!.!! .100 .020 ~ Jl.!§. ~
.850 MAX .023 MIN MIN .410 .012 .255
.~:~
.735
• '30
.~:w,
=
:-ITo .~~~ .,v
.vv9
.220 .015 .100 .020 .290 .008
:no :on :0
MIN.
ABC
.7
MAX.
D
F.
.250.0 5 .095 .OOR
MAX .270
MIN
MftX
MIN
M-183
M-186
.600
" D.A. XA.
ALL DIMENSIONS. IN INCHES
SECTION 13. OUTLINE DRAWING
a.
~M,~S~---I
r
160
l
r-
CS'
+5·
02 !OO!
NON-tUMUlAIIi[
CI'
CO·
.1
•5
1I ~~T~~~:
L
-15·
-'MSI
./
.J
-1~IH-
DIA
.15GilD·
·it
'ST
ms
so·
••
••
CC'
Sl'
S.·
-illS.
fl·
T.
.)
·1
.10
I
--j 0.1-
:!ODIO
0.051
r
D.21O
.r.m
CD
0~1
rnrJ
L-
J
'JP'SIDf lIIe
~~\fif'!\
~ L)Lm
~
;,.,
~
SEATING PLANE
1::::-'0 '.~. 1 I. '" I. "
D
0601(30-,
'olECHANICAL
,"'OEX
N
m:
lOGO·I~OEX
POINT
•,• •
,
•
1
TT
C
B
~ .. ~
••
10 II
u
r.Mrr"92rl::JAq=Ag~g~;;:t.;.~2.;:t:,-,=~.5~.+~+=~.~9;.l=~:;;.~17;t::=:;i.4~5+~;i9!;.+=..Q.,.,.:ii.L;17 -I
023
055
510
11
0
~UHU ~kJU ~ ~r
"ATING PLANj
.110
•....•..•.....•.....
12
.ASEPLANE~
MIN .150
1
L~--.!. lRI
12'
10nD.llle
JL am
0140
~. -~OJIO - ,
! llDl~
I-- 110--l
:::::::r~
j..:. H -if.."J
K
~~~~O~ll'
F
011
.118 .571 :...!.!!..[ t.ll.! ~ ....i§! t..9..Q!
MIN MAX .104 .024 .051 .512 .012
.170
!..!lJ!..Q.:..Q.!!~:..ill~
MAX
.1lO .020 .055 .610 .012
M-196
3.
NO
OF PIN
M196
••
M196a
COPPER PINS
SOlDER COATED
.BOO
2.
M196b •
3.
196c
· }[::.J
748 -----.I
J
-JJ ~
A
MI97
M197a
197b
M197c
M197d
M197e
E
G
.~ID
'50Cj.03'
:110
G
a~-r;;
o
" D.A.7:A.
r---.
.5O
......
~
c
K
A B C
.8 • .L.!.2. L.!Q
MAX
• 55 5.
dll. d!Q
MAX .415
.410
1.30 .885 ~
MAX
.915 .910
.8. !.:..!2. Ld.§.
MAX
1.41 1.41
.
.300
---.lI
10--.334-1
T
-L.
E
F
G
H
.520 .019 ,180 .650 .600 .160 .020 .125
MAX MAX
MAX
.525 .018 .170 .625 .585 .150 .020 .125
:535:022 MIN :6"7"'5 .595 MIN
.511
.622
.196 .020 ,125
~ ~ .220
.625
,030 .100
,550 .023 MAX
MAX
MIN MIN
~ ,220
.600
,050 .125
.021 MAX
TYP
!...lli ~ :.ill. .600
.020 ~
.546 .022 .200
.048 .150
J
K
M
.100 .010 1.25
.100 .010 1.25
.100 .010 1. 5
,090
1.23
.no
1.28
,100 ',011 L..h
1.28
10
9
(j
7
&
~(-:~~-f:r
•.
5
:.Q!! &!.!!.:.!..!
.102 .012 1.284
ALL DIMENSIONS IN INCHES
SECTION 13. OUTLINE DRAWING
A
1M200.
[lm'lJD.
[lIIOOc
1M200a
1M200e
1M20or
N
P
A
B
D
1.23 .515 .045 .025 .020 .600 .750 Jl.Q! d!..2 ..Qll J.!Q.2. :..!!Q. • 027 :...!.!!.
01
2 0 063
200
llO
037
020
r:11' :sIT :l')'6"5
.030
MA
.:..Ql!
M199a ~ :.ill.
.602 .748 :....!!Q1 .:.ill.. .020 .148 .100
MIN
.020
1.30 .574
MA .011 .210
M199b 1.23 .514
.600 .600 .OIO .145 ...Q!!! s.llJl: Jlll
:.!lll
.012 .152 .048 .150 .102
,(122
,28 .546
IM200g
M199
.785 .291
.685 .240
;"'f8t
:no
MAX
MAX
:i¥.
:m
.187 .275
aooJ
1M200k
IMJoom
MAX
.B
MAX
11I·GOp
M200q
N200r
IMZOOs
IM200t
=
:ffi
.TlW
fM200x
[l!IOOy
[lIIOOZ
.!'.OO .100 .090
.023
MAX
:ToO
MIN .110
.175 .130
a.ll.!.
.023
:orr
.019 .290
-:3f5
.354
MIN .310
,015 .dl!.Q. &2J! ;375
MIN .310 ,011
MAX
~
MIN .110
.080 .020 .310
MAX
I·'UO .100 .100 .032 .011
MAX .150
.019
:ffi .026
,008
.300
MAX .014 :a7O
.012 ,324 ,007 .300
:oTI
!l.ll :l.!!
.058
.n.
MAX
pl.
.
l;ffi
MAX
.!.
.200 .130 J!!!Q
MIN .110
.1
.100
MAX
:.-
·
..
.'.'
.ll.0 .!!.O
...ill
.~~~
.!!.O
~,
MAX
:-nu- :275
••
·m
.785 MAX
~B.
:m
.~~~
.w.
MAX
:oso ·m
:ffi :Hf
.070
ToO :TIS
'W ..:..!ll
.090
MAX .215 .165 .110
.220 .129 .100
MAX
:TI!"
I:w.-
:orr .~o
.200
.780
:275
:065
.!!O
:T08
~ &§. .090
.063 .200 .135 .1l0
.090
.ri
.300
L
,
1J25
;riD.A. T.A.
L-.700
PIN
SPACING
.100
ALL DIMENSIONS IN INCHES
SECTION 13. OUTLINE DRAWING
dr
1
IS'
P
,010 .250 .09
.125 .067
.020
.300
15'
.010 ,252
MIN MAX
.110 ,OS7
,020
.300
15
.010
M
A
B
D
E
F
G
H
K
C
J
.433 .188 ,055 .110 .065 ,300 ,019 .043 .300 .334 .031
M266
MAX
MAX
MAX
MAX
.433
.200
MAX
MAX
MAX
MAX
.480
.320
-,
1'~OMIN
.25
.019
MAX
M267a
MIN
.018 .252 .330 .126 .025 .125 .009
MAX • 37 0
MAX
MAt
:on
.375 .185 ,015 :...!..Q! .009
.110 .020 .260 NOM NOM NOM .150 ,011
.100 .017 • 79.
9 .18
•
~
~
:....Q.!!
MAX
1
"1-
·4801+
.320 I
.r=4
.010TYP
--1
M267
M267c
.110 MAX
047
TYP
.25'
M267b
4
M-268
SEQUENCE
MAX
M266a .433 .200
M266
N
IN DRAWING NUMBER
t
.600
TYP
J
n'
2.030
MAX
lJ
~
rnIJ
D
lT
40
24
0
R,m
T
OlD:
TY'
.
21
.595
.480
l
7
---.l'
i
300
" rNOM--:
I
~WHEN FORMED
r--rn
,.140
~-L~I
jf :m ~
:-rm~QM!
•
1 20
~:l35-j~_
~
.545
015
.120
PARALLEL
1>---.600j ~
' ,
.~
.100
TVP.
.010 .060
."!!'1a
.
:..!.iQ
J!.Ql
:010
.160
1...020 MIN
i~'tJt.
"
D ..1I.. T..1I..
M-276
ALL DIMENSIONS IN INCHES
IN DRAWING NUMBER
SEQUENCE
SECTION 13. OUTLINE DRAWING
NOTES:
1. LEADS WITHIN 0.13 mm
(0.005) RADIUS OF TRUE
POSITION AT SEATING
PLANE AT MAXIMUM
MATERIAL CONDITION.
"
B
INDEX AREA,
NOTCH OR DOT
OIM
OJ'
\=>
· CA
r,'=j
J~f1
JLo
.!
.100
2. DIMENSION "L" TO
CENTER OF LEADS
WHEN FORMED
PARALLEL
~FI-
IT
HI-
-l G I--
-ILJ
SEATING K
PLANE
M
A
B
C
0
F
G
H
J
K
L
M
N
P
n
MILLIMETERS
MIN
MAX
20.70 21.34
6.10
6.60
4.06
4.57
0.38
0.51
1.52
1.02
2.54 SSC
1.32
1.83
0.20
0.30
2.92
3.43
7.37
7.87
10"
0.51
1.02
0.13
0.38
0.51
0.76
INCHES
MIN
MAX
0.815 0.840
'0.240 0.260
0.160 0.180
0.015 0.020
0.040 0.060
0.100 SSC
0.052 0.072
0.008 0.012
0.115 0.135
0.290 0.310
10"
0.020 0.040
0.005 0.015
0.020 0.030
M-283
~
'-----1'1_1
1 - - - - -3.000
ALLI'INSARf
IIfIIAllSWlTM
0.'"
I
GOLD FLASH
'-rrrrn-rnTIrr'TrTrTrn::;Vo.04DDIA;G.2LONG
PIN SPACING
PIN SPACING
0.100 TYP
1
i
I
1....
FRAME B
--,--
FRAME C
O,2OItTVP
J"ooo
~--t===~~~~~~~~~~~~~3'~I~"~J~~:~:~~~~~~w--~
.008
.015
BOTTOM VIEW
~59~
.620
REMARKS
M277
M277a
AS SHOWN LEAD FRAME IS OPTIONAL
NOTCH FRAME A ONLY
I
m~l~w. ~"...
~----2''''''----_1
r--------r------~~
·B
~------~~~~~~~
1·1.
-
r-H---t-----'l
""
DIP SPACING
PINS: 0.02 DIA.
028
027
&-
j
028
025
024
023
-t15V BOTTOM VIEW
20
30
40
50
80
70
I
022
------+--------021
020
019
01 •
017
01.
015
. 025" STANDOFFS
"T .~J
~,~.~~ ~=l
.907
.700
M286a
ONLY
2.00"
80
90
100
110
120
130
I
M286a
148
y0 _____
-+______+.J_...lONLY
_0.900"
_0.900"
BOTTOM VIEW
(maxi
c:::J~ (maxi
~
--ll--
A
M28
28
B
.300 .400
.3
.020
1-.300-1
" D.A..XA..
ALL DIMENSIONS IN INCHES
SECTION 13. OUTLINE DRAWING
., 0.31-
-1 1-
r
IN DRAWING NUMBER
SEQUENCE
0.3
020
-6-6~- ---- --6-6-
REF
-O-6-¥-------o-oI
I
I
L
I
I
I
-0-0J
I
-0-0-
1.65
T
I
I
-0-0I
I
-0-0-
-6-6-
-6-6I
I
I
I
-0-0-
-0-0-
-0-0-
-0-0-
L-~I_ _I_ _ _ _ _ _ _ _ _ _ _
I _ _I~
1-1·----2.80-----t~1
I-------:$S
1-.400-1
2'
13
D
I
.500
:56"0
12
S.EllTlIIfI
'lME
·O ..ntMlOnISIO IHdc'nt"kftewtllfltorrnei...,.HeI
Lttd numblf on. cut lor ufencffigllDn or mIIklll on 1011
A
294
294h .640 .220
.786 .310
H
J
K
M
.Jt.Q!. .140 .130 ,060
.012
:....!2! :....Q.Q.! .200 d!!..:.ll.!
.320 ,015 MAX .200 ,080
N
:-ffi
.100 .016
.020
.090 .0.14
.110 ,023
ALL DIMENSIONS IN .INCHES
D.A.T.A.
--------
F
.~~ 'i:~ ~ ·~X ~ ~ .~~ .~~~ ~ .~~ ~
M294g .'100 .250 .300
"
E
~~---~-~
-
~
IN DRAWING NUMBE~
SEQUENCE
SECTION 13. OUTLINE DRAWING
M29?
M
1
'. •
M297b
M29'le
G
A
B
C
D
.695 .260 .090 .035 .110 .050 .01'" .120 .300 .325 .008
:1m" MAX MIN
MIN
:Tn
;mr ;Tn
·w
.~'
MAX
:t~. l.m
.265
.~~ .~
M2.7d ~.o .236
.'185 .265
", •., e .~ .~
:-ms
:ffi
..
:oro
,'
'.".
MAX
:ffi :ffi ''''!
MAX
.040 • .. 0
.110 .065
.105
~
.110
MAX
.090 :J!!.2. .120
.110 .070 MAX
=.!!Q
.020 ill! .160
MIN .023
~ :.2.!! .105
.0'15" .019
J!ll .016 .100
.080 :oii MIN
.:ru
:m ~ .~~ ~O ==
.019 .~;
..
:om
:m ,.
~ ..!!!
.310 .310
.~.O .310 .008
MAX T50
.:190 .325 .008
:orr
:no
''''!
MAX
:r.5
:orr
=
.360 """'"
.012
END VIEW
I:±
I
........ )'r-------r'L__.1:.... .........
O.030R:g5ADTYP
~::!
0.)10
0.·12~
-1-_
@
END VIEW
-rr.-
-;:r.~.
0._
...
~ __
0._
IIOMAX
"
M'N
I
.
.I
0.120
0.015
• MIN
eEQUAI. SPiOCES
l-
eO.IOOTYPo.eooTYP
It.
i
I.-
.
W.
-II
A
It.
, 'i,
11.")'.I'U'.
'i-
I~i~~=Lt ~
t.: :Ji= 1-"""1-1>1.
"i=.r.>, :~I=l~-="!: '~ ~l='I~::t:'JJ-t'
1 2
... .:._+-_"-_-I __ l-_J.
I
,
I
I
1
I
I
1I.1I111i·04D'
1.ID'III.1)
I
..l..
I
't:TamDHD,.O'~DEE',
SCIEI CLElUICE
TO.ll"DUP.2HILES
-'-----0 0 0
r.1
".6)
I---S
M3
a
"
2
X
3
,
4
D.A. T..ll.
1~'III.')
~_ _ _ _ _ _--,!f---.i..
I··
5
e
111.0)
2.41"
I
I
aD
2.. -El e e e e e e
0+
ABC
M343
~o-eoeooooo'"
E
:::sl
I3 equal 'pace,
D
2.200 2.625 .21253.125
M343a 1.000 1.500 .250
3,250
0.25 ml,
~1'O,64)ml'
Of 0.20 (0.51)
A
B
C
D
E
F
G
H
J
K
.770 ~ ,080 .080 .300 :..!!.& .030 :..!.2!. :..ill .125
.320 .350 MAX .015 .135 MIN
MAX .255
3 4. :.1!.! ~
~ :.!!...
~ :..ill .125
.755 .255
,300 .375
.011 .135 MIN
44 J.Q.Q. Jl..Q.
..ll.Q..
.t..!!21.. ~ :..!ll
.785 .270
.310
.012 .150 .150
0
11111111 111111
M344
M346
M
N
.020 .040
MIN
.020
R
P
:2.ll
,021
:.!ll
.100
:.ill
S
.065
REMARKS
.090
~
,022 .110
",..L J!L
.020
.050
.023 .110
r--~~~.--j
-I 1.080 '
1
~:::::::J]F
1
9
.040
R.-P
=t1
,-~
=rr
J
~~~K
N
A
B
C
D
E
F
G
H
K
M
J
N
P
R
.870 .245 .080 ~ .030 .310 ~ .065 .060 J!.ll .100 .125 dll .020 .040
MAX :255
.320 MAX ,350 ,015
.090 .021
MIN .135 MIN
M345a .890 .260 .040
,0 0 .310 ~
.030 .065 .090 .125 .140 .0 ,
MAX MAX
:31iO .012
:-oB5 :-ITO MIN
M345b .750 .250
.300
.100
.100
M345
" D.A.T.A.
All DIMENSIONS IN INCHES
IN DRAWING NUMBER
SECTION 13. OUTLINE DRAWING
..
I. 13 12 "
10 9 8
SEQUENCE
7 6 5 4
• AX
3
2
PIN ONE
IOENT .
I
•
All DIMENSIONS ARE IN INCHES .
ALL OIIl£NSIONS ! 010 UNLESS
OTHERWISE SHOWN.
15 16 11 18 19 20 21 22 23 24 25 26 27 2a
I10.-----1.400-----""""1
o
Ii.=~ =j!
~
I-A-I
t
R ~OO2~+'010
-1-aOTYP.
I-B-I
A
-I
-0"".,
I-
c-\\-
2.00
-I
01
110
02
03
100
1-.4001
90
-E
04
05
103
083
80
70
06
:~~:::::::I
.045 I I
:065-1 I--
TOP
VIEW
I
.015
.023
iL
(OUTSIDE)
I
.755
SEATING~.300
~mo~~ANE
~.
.170LJ,
MIN.
-.l
I
tw
I
.090
.010
.110
MIN.
:!~~
M·
.125
TIS
320
.L
i
i
~-.011
~
.400
i
.745
.755 ----1.020
1
i'ffimmNOM.
.125
....I...
--r-
t
MIN.t
:~i~
I I-
-!I :~~~
~
I~I
~.009
~
,
:i~~
-+ill
,
----1
M359
0000000
"D.A.T.A.
00000000
ALL DIMENSIONS IN INCHES
.
SECTION 13. OUTLINE DRAWING
-I
2.00
T
0.40
~30TYP
0.019 to.OOl DIA
0.25 MIN
I-
-1
'0.;0-
0.30
(1:
f
T
10·&
i
IIT"
0.20
~,---------------------------~
T
01
POLARITY
g~~
04 . MSB 8fT 1
05
BIl 2
06
07
08
09
010
011
012
013
BIT
BIT
BIT
BIT
BIT
BIT
014
015
016
017
018
019
BIT
BIT
BIT
BIT
81T
BIT
ANALOG GNO 480
A.NAlOG IN 470
3
4
5
6
7
8
rO.l0TYP
1.0
BfT 9
BIT 10
J3.02 MAX
11
12
13
14
15
16
.REFINJ80
-REF IN 370
'REF OUT 360
"REF OUT 350
02°R"
022
023
U
021
rJI
WN
+15320
-15310
AM
024 CLOCK IN
025 CLOCK OUT
026 CONVERT COMM
+S 290
POWER GND 280
CLOCK ADJ 2l 0
II
~
1
..L
F-l
1.80
I
It
I
-I
'.-
4.02 M A X - - - - - - - j l
L,r---------------.,.,...JI~,
0.20~ ~I-I-!1'-----~3.601_-----i~__r.20
MAX
MIN
.:£!.!.OIA
.020
.
REMARKS
" D.A.T.A.
Ma63
AS SHOWN
M363a
OMIT
S 6.,7 an 8;BITS 3 THROUGH 1
ARE LOCATED AT PINS 9 THROUGH 20'
ALL DIMENSIONS IN INCHES
SECTION 13. OUTLINE DRAWING
B
IN DRAWING NUMBER
SEQUENCE
'I
I-r
3,6
37
402 MAX
X
I.
19
4
18
5
«
:!;
N
0
18
.t
BOTTOM VIEW
GRID 0"
M364d
80TTOM VIEW
NOTE:
--l I--
1
GRID 01"
M364,a,b
TERMINAL PINS INSTALLED
ONLY IN SHADED HOLE LOCATIONS.
3
37
,.
14
11
15
72
BOTTOM VIEW
-l f--
GRID 01"
-
M364c
I
4.0SMAX
4.05MAX
--,.
72
HBOTTOM VIEW
--l I--
GRID 0.1·'
M364g
A
B
M364
.'170 2.02 OMIT PINS 58 and 61
MAX MAX
M364a .770 2.02 OMIT PINS 32 and 34
MAX MAX
364 .7702.02 OMIT PINS 27 , 30,32 and 34
c.
MAX
0
MAX
BOTTOM
VIEW
M3G
-II-- ".'001"
M364e
L-
M364f
ALL PINS USED.
"
D.A. T. A.
GRID 0.1'"
MAX
.0
MAX
• 10 Z.Ol A
MAX MAX
e • 10 Z. 1 A
MAX
SHOWN
HO
MAX
•
0 • 1 A S
MAX MAX
M36"g .410 2.01 AS SHOWN
MAX MAX
ALL DIMENSIONS IN INCHES
SECTION 13. OUTLINE DRAWING
0.350 MAX
4100 -20'=1 CT~HE:62
1+1'----2.0 -------
+1SV
8
z
z
-16V
:II
'3
'2
Q
n-
A
INHlBrr
7-
INHIBIT
+l1V
8-
+15V
Q
A
GND
LSBI
10
S
T
9
BUSY
INHIBIT
~ 0
3
AHi
::>
.'" II"
,
ALo
-l f--
ci
9
+5V
0.2'
14-
54
8
7
6
BUSY
CiND
GND
4
3
'OV
+.V
4-
-15V
+5V
+5V
4
3
-RLo
2
U
2-
U
2
,
RHi
(MSBI
0.26
M376a
,-
V
,
V
(MSBI
M376b
,1~IIB
M376c
M376
"
D.A. T. A.
All DIMENSIONS IN. INCHES
IN DRAWING NUMBER
SECTION 13. OUTLINE DRAWING
SEQUENCE
1 - - - - - 3.31 MAX - - - - - i
•t
0.63 MAX
0"2~ I.
3~~:
il
r"
1 - - - - 2.65
SIDE VIEW
lili"~
[o.~o I I
..
'2i
4.25
MAX
I I 040
--I ~ 0.38BOTTOM VIEW~ I-- TOL. NONCUMULATIVE
BI2=--t
I1
--+
0,
~1~ BI3~_+-
l-
CI2- D12
[J
=~
jA24J"
-_
C13!
-I
824 T-.
0.75
-
C24
-T
--+
f
1.50
--LC.L.
D13J_~ENOTE3
11 EOUAL SPACES
~~i.'~~~'~~M
-
i
D2J-I------~
"~O'IIO2.'0~
c·dJL.··
I
2.70
-.
= =
I
,
11 eaUAl SPACES
.0.10-'.10
TOL NON CUM
-+ + -1--"
-11--01 GRID
,
---~
TOLERANCE
XX ±O.OT
OMIT PINS 81- 824 AND
C1 - C24 FOR M378a_
NOTES:
1. Terminal: 3/4 Hard Phosphor Bronze, 301l in. Gold over Nickel Plating.
2. Tolerance: XX to.01
3. Mounting Holes: Threaded to Accept A #6-32 Thread Depth 0.375 max from Surface -A-.
t
0.61 MAX
,
U
IIy.
"0.025 !M01
m
0.42 MAX
0.31 MIN
--------rt-----
....
SQUARE
NOTE 1
OMIT PINS AI, A2, A3, A16,A17, AlB,
B1, B2, B3, B16, B17 AND B18
FOR M379a_
-1_80-
---j
_
I
I _~B1~ct==t=====~--r--
A1_J
~
0.90
!
-0
I
I
~
-
I
=
CL
~
fr- ===-;=-t-::I
I =
0.05 0.10
I
=
I
=
9 A1.?, B1.
C_L·I
0.800
l
17 EOUAL
SPACES
.0.10·1.70
" NOTE 3
SEE
NOTES:
1. Terminal: 3/4 Hard Phosphor Bronze, 301l in. Gold over Nickel Plating.
2. Tolerance: XX to.01
3. Mounting Holes: Threaded to Accept A #6-32 Thread Depth 0.375 max from Surface -A-.
" D.A.T.A.
ALL DIMENSIONS IN INCHES
SECTION 13. OUTLINE DRAWING
Vss
Vss Power Supply
Trantmitter Register Clock
TRC
VGG
VGG Power Supply
P.-ity Set.et
PS
VOO
AAO
Voo Power Supply
Word Length Select
WLS1
Receiver Register Disable
Word Length Select
WLS2
AAa
AA,
Racelver Holding Reginer Data
Receiver Holding Reglner Data
Stop Bit!s} Select
Parity Inhibit
PI
AA6
AA5
Receiver Holding Register Qata
Control Register load
CRL
ReceIVer Holding Register Data
Transmitter Regist. lr'4Jut
TRa
RA.
ReceIVer Holding Register Data
Transmitter Register Input
TR,
AA3
Aecelver Holding Register Data
10
Transmitter Regi ..... Input
TR6
AA2
Receiver Holding Aegister Data
11
Transmitter Regi... Input
TA5
•
RA,
Receiver Holding Beglner Data 12
PE
Parity Error
FE
I.
13
Framing Error
DE
Overrun Error
SFD
Status Flags Disable
AAC
Receiver Register Clock
OAA
Data Received Reset
OA
Data Ready
AI
Receiver Input
sas
TA.
T,..namitur Regil" Input
Tr....smitur Regi". Input
TR3
Tl'8r'lsmitur R..... Input
TR2
T....,tminer Regi..... Input
Transmitter Regilter Output
TA,
TRO
17
Transmitter Register EmptY
Transmitter Buffer Reg, load
TBRl
Transmitter Buffer Reg. Empty
TBRE
la
TAP?
UPI
II
lADO[R
r(RMINAlIDN
lAOrn:R
EXT£NSION
lADOER8US
l~
lAOOER OUTPUT
Iq
15
16
I.
n
?O
TRE
20
lOCICSUPPlY
MR
r-'OO-1io.40
I
BLACK
PROTECTIVE
COAT
I
"~'.800 - - - - tII LO.220
MIN
0.10-1
i
0.020
~OOOl
DIA. TYP.
ntl-5-5---,-~-'g
1.300
tif:;
4_
i:.
!:.48
19:~~
00
--.t
~ .045
21 SPACES
@O.100"2.700
'1 1;34I~~
.100
~
.021
~
0.15
20!:.
gE.. 32
031
ALUMINA COVER
SOLDER COATED
ALUMINA SUBSTRATE
ALUMINA STANDOFFS
/
.100 OIA. REF. TYP.
829"30
280
BOTTOM VIEW
.100
MAX.
~fO
C
r
022fMIN
~oo
010
...------+,2~3I R.'00
4
·,i
~
23 24
22
21
19 20
17 18
.500
MIN.
TVP,
.700
2.00
I
I
141:i~
. 150
TYP.
150
T---------'
.017
MAX •
.025
MAX.
.040
0.020 :!:O.OOl
OIA., TVP.
J
~
M388
r;:
0.250
0.15
1 - - - - - 1.'O------:~
~-----~----'-
:11I
: 49
•
11:~:Jl'300
.45
:47
n}
300~
"
D ..II.. T..II..
!:;
BOTTOM
view
::~ 10.200
~
:
17.
o
•
;;; j1.2OO
l~,
19:
: 30
25.
+ 28
27 +
0.100 TYP.
ALL DIMENSIONS IN INCHES
SECTION 13. OUTLINE DRAWING
r
0'
---"0
0'
"00
'L" g;
0"
0"
==
''0
~~gt---~
1;::::::::1]
I
A~~
SYMBOL
I
A
b
bl
~fl,
D
E
E
e
L
Q
.-
Ql
.200
.0 3
.070
.015
.796
.220
.310
.290
.320
.100 BSC
.1
0
.150
.015
.060
.020
5.08
.58
1.78
.38
ZO."
5.59
7.87
.37
8.13
2.54 SSC
.005
0'
S
a
NOTES'
1. lEADSWlTHIN O.13mm
(D.OOS) RADIUM OF TRUE
POSITION AT SEATING
PLANE AT MAXIMUM
MILLIMETERS
MIN
MAX
.014
.030
.008
c
PLANE
INCHES
MIN
MAX
.36
1.02
.20
3.81
.38
.51
1.0Z
.13
15
15°
0
MATERIAL"CONDITION
(DIM "G"),
2. DIMENSION "luTO CENTER
OF LEADS WHEN FORMEO
PARAllEL.
SYMBOL
MIN
MILLIMETERS
DIM
A
b
bl
.014
D
L
L
S
220
290
1
.125
.150
• 01
.005
MAX
23.88
6.60
C
CO
E
E
MIN
A 23.11
8 6.10
• 10
.320
.200
o
4.06
4.57
0.38
0.51
F
1.02
1.52
G
H
.37
8.13
3.18
3.81
5.08
J
K
l
2.54 sse
1.32
1.83
0.20
0,30
2.92
7.37
3.43
7.81
M
00
100
N
0.51
1.02
O.
.13
24
.062
RAD.
13
1
1 - - - - - 1.290 - - - - - - - 1
B
~~~~~Tr~~~1~2"~
~
I
I
" D.A.T.A.
.515
:525
I----A----I
r~V~-1~
~.N .J~
'Ii~~~'
GLASS
MAX.
.025
RAD.
.590
.620
~~,~,~,n7.n7.rr..rr.,rr..rr..rrn.."",,~,,~~
8
0
MAX.
II~
.012
.660
•710
.1
GLASS
.050
.200
I-
I
~l:·"o
.070
~ ~
.100
I ~II
--I
.110
.016
.020
-
.125
MIN .
ALL DIMENSIONS IN INCHES
SECTION 13. OUTLINE DRAWING
MI IMETERS
DIM MIN MAX
18.42 19.05
5.97
6.41
3.56 4.06
0.38
0.51
F
1.02
1.52
2•• 8SC
G
1.47
1.98
N'
J
0.33 0.46
K
2.92
3.43
7.37
7.87
L
1
I
0.51
1.02
r 5.33 5.97
Q
3.05
3.30
R
3.81BSC
23.34
s 21.82
T
5.21
5.84
U 17.15 17.91
A
•
C
D
-
INCHES
MAX
MIN
0.725 0.750
0.235 0.255
0.140 0.160
0.015 0.020
0.040 0.060
0.1 ISSC
0.058 0.078
0.013 0.018
0.115 0.135
0.290 0.310
1
0.020 C.U40
0.210 0.235
0.120 0.130
-
a
0.919
0.230
0.705
.
MILLIMETERS
DIM
A
S
C
T
D
B
G
I
H
J
F
¥rr",,---orr-rT'··l
h
-FI-
i-
K
r
T -1
L
NOTES,
1. LEAOSWITHINO.13mmiQ.005)
-S-Il
RADIUSOFTRU~POSITIDNAT
GAGE PLANE
M
N
R
[A l ~~~D~~~~~/D~R~EE~TERDF
l-l~lJ T
c
'r 1
- r-t
-.I
f-. i--+I.L=:1
S
T
,1
MAX
INCHES
MIN
MAX
18.41 19.05
5.91
6.48
3.56
4.06
0.38
0.51
1.01
1.51
1.54 sse
1.41
1.98
0.33
0.46
1.91
J.43
1.81
1.31
0.115 0.750
0.135 O.25C
0.140 0.160
0.015 0.010
0.040 0.060
0.1008se.
0.058 0.018
0.013 0.018
0.115 0.135
0.190 0.310
.51
1.01
3.81 sse
12.45 11.95
S.21
5.84
0.020 0.040
0.1508se
0.490 0.510
0.105 0.230
MIN
lao
lao
PARALLEL
II N
H
G
,.... R-I -I '-' D
'K -,
M
J .-\ \--
1-_ _ _ _ 1 .290 - - - - \
M400
MAX.
If
PIN NO.1
IDENT.
MAX .
. 550
MAX.
~mrrmT.rr.n~~~~:4-l
,.610:--1
.610
If""=' MAX~I
r
I
'I
T
0.051 11.291
SEATING PLANE
0.590
(14.98)
NO.1 LEAD
IDENTIFIER
~===;;;;;~i;;;:;:;;;;===",J
1
.610
.650
·k jmmmm~
UU=rr
-I
0,080.12.01
0.017 '0.002
10.431
DETAil A
~'~-~r~;'"""'
:n~ IIIWIIII" I'I' Iv'vl
DETAIL A
"
~ .!
~ I--
D ..II.. T..II..
\
0.112.541
f
.012
--j to
~!H*
.,' --::-::::::r:-:
1
200
MAX .. 040
IMAX.~
.060
.080
I
t-
I
-t
~
1.090
.110
.~I
.016 .125
.020 MIN.
DO
lJ·
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-Ln
1
--11--
0.011 ,o.001
10.28 :to.03)
ALL DIMENSIONS IN INCHES
SECTION 13. OUTLINE DRAWING
IN DRAWING NUMBER
SEQUENCE
PIN
FUNCTION
PIN
FUNCT ON
1
1
0
Z
Z
3
3
Z
44.13
0
"
17
18
2.610
.040
I-~I
.,4LSB
1[1
H
:~
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.,Mse
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jHv:!~~
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I
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jl
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-I ,-.25~MIN.
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BOTTOM VI EWS
I
...
2.615
2.635
14
.820
MAX.
M407a.c
ONLY
•. 1
.... 2
.... 4
+-.8
+-1
+2
3.115
3.135
.250
.270
54
.190
:ror
83 +82 ..
81+-
"4
+-8
+-10
+20
+-40
CB'"
INH"
+15+GN0t-
"'80
+-100
+5 +
Rl . .
RH +I
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+
l-
2.195
2.205
BOTTOM VIEW
,--
I
+.1
.250
.270
~
~I
+
+.2
+
".8
+1
-8+-C+
+8 . .
+.4
3.115
3.135
2.615
2.635
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"2
"4
"'8
+-10
"20
"'40
+80
+100
-.
+C . .
.190
.210
TOl. NON·CUM.
ca+INH++15+
GNO+
+
+5 ...
V+R'"
SIDE VIEW
" D.A.T.A.
All DIMENSIONS IN INCHES
SECTION 13. OUTLINE DRAWING
T
I/O PINS
/
3.00 (7.S2cml
·'I-
.020 OIA 1.5 mml
~:
~:~~g
2.000
T
~
r
- - - - - - - - - - - - - - , - 2.QOO!OOI5(50,81
eI7--- _________________ I . _1,850
:
--1.850
1:
Iol.....- - - -
MIN .
9_ -0.850
-------- -- -
i
BOT TOW
.32- - - - - - -
-
:
7
~
VIEW
II
0111-- .100 (2.5mml
2.800 (7.11cml - - -........
.375 (9.5mml
25---- - - -
•
-.150
L-_ _ _ _ _ _ _ _ _ _ _ _..J _
_ _ "0"
.250 (S.4mml
1 SPACES
AT 0 100
L4------------ _______ .: _1.~~H
~
---'.550
--.250
1
:
:
:
3 SPACES
AT .100 EACH
h:
-J 1-t--
Q.250MIN
1.450
3 SPACES AT
AT .100 EACH
(5.08 em
1
I
==
__
!.: ---'.,50
·1
• 2 -
"0."
ly-_ _ _ _ _ _ _ _ _ _ _ _-....I.~:tO.OIO
2.000 (5.0Bcml
_ _ I.B50
1.
• 1
II
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SIDE VIEW
SPACES
ATEZC'~O
- - - - - - - - __ 160 -
0.150
---------1 f-'0
- 3.600
0 100
1 - - - - - - 4.000!
0 020----_1
(101,6)
NOTES
1 OPEN HOLES DESIGNATE WHERE PINS ARE OMITTED
I s-T
~_:
SIDE VIEW
----.,.JO
-.
o
--11--.0200".
I.
r---------------------------------~--2.000
tol-*-
Ie
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..".,
I-
SIDE VIEW
A
I -,-d,.
---,-
1/0 Pins
,.
..
...
2000
MHZ
.400
M412a
J.2!.
.410
MH2b
J..!.Q.
.810
M412c .400
'SSO
3.
BOTTOM VIEW
."
.,.
."
.21 _ _ -
o
o
o
o
o
M412d .375
B
.200
MIN
.200
MIN
.200
MIN
.250
MIN
.200
MIN
20
19
:
20
BOTTOM VIEW
2<
..
-
-
-
;:~
AT .100 EACH
:~~
'_.~O
I.
C
M413
i
.2'0
.I~O
·0"
- - - - - - - .....1
I- .100
--I
D
7 SPACES
AT l00EACH
6 SPACE S
I~ 0
--.i""
I;.------____
..--.;·I~
4.OOO!. .020
1101.61
_ _ _ _ _ _ _ _ _ _ _ 15.
. 2 8 - - - - - - - - - - - ___ 16. _1&0
100
120
0
'
".
".".'"
I.I~O
.1>0
".
I
2.800 3.000
AT .100 EACH
0
'E--_-___-_._______________________________
4.0'20
3.800 4.000
., SPAtES
90
•
3.800 4.000
3.800 ~
• 020
3.800 3.980
~
5 0
6 0
----70
2I
22
oll
D.
C
1•• 50
----------10
011---------
~
o
I..
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---.JJI ----,.
":' *
L,
- - - -_ _
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2SO MIN
~-----------------. _..::2·~8j015
."."0"
;:
,1850
3.
4.
7S~~l~~~
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s•
.23
50
7•
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• 2 4 - - - - - - - - - _________ 8.
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.25---- -
-
-
_______ -
.i...
1 150
1~:
T
12.
7 SPACES AT
".
_ _ 13 •
850
l00EACH
• 26- _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ 14.
L::..::~;~-_-_-_-_-_-_-__-=__-=__.::-__-__-:....::-:....::=__:.::::::J ~. 150
..
".
,
120
'00
,
<00
,
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"
D.A. T. A.
80
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,.
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NO
NO
,
128
8'"
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8"1
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8tl.
81l
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8'"
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8""
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NO
NO
NO
NO
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fill a
11'1':1
NO
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Bill
NO
NO
NO
.,
Bn.
81l!>
!!Ill 6
a."
tND Of CONvtAS'D'"
S'GNOUTPUT
OU',"UT
OUT,"UT
OUT,"U'
OUH'UT
OU,,"UT
OUTPI,IT
OIHl>tJl
OUTPUT
OUTPUT
OUTPUT
OUTPUT
OUTPUT
OUT,"Ul
DIGITAl GAOV"'O
~V ,"OWl A 1!It"UT
""'VPOWlA ''''''U'
ISVPOWlA ,"'PUT
POWlA GAOV"'O
IItT(A'"
A '''',"UT
,""'"A"'A
OUT,"VT
''''H'''''AI T A T E AOJUST
INT(A"'AI T
AU AOJUST
• S AOJUS'~~"'lOG G
A'::~f." '''',"Ull
AN ... lOG '''',"UT IlO"ll1
A"'AlOG 'NPUT , ... ,n ... ,
X"AL.L. MOOEL.S
1'0" SINGL.E ENOED "'~"'L.OG INPUT SIGNAL.S. CONNECT TO PI'"
28 tHIGHI AND TO PINS 26 • 21 IL.OWI
FOA OIFFe"UotTIAL ANALOG INPUT SIGNALS, CONNECT AC"OSS
PINS 21ILOWI AND 28 ,HIGH)
All DIMENSIONS IN INCHES
SECTION 13. OUTLINE DRAWING
EI
Iml"'1
SIO~ VIEW
l
.'''M'N..:r--'LnU---'-~---."J~
0200"
05 - - - - - - - - - - - - - - - - ' 0
.....---4 011- - - - _ _ _ .,. _ _ _ _ _ _ _ 20
4 EOVAl SPAces
AT .100' 4QO
0'
08
-r----Io,
09301A
HOLE
,...
OffSET AOJ
BOTTOM VIEW
SIDE
316
VIEw
Lr--.-O,-O-D-'A-0-0-P-'N-S-----~ --.-tao M'N
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011--- _____
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o I.
20
o '9
So
020 - - - - - - _ - - - - _ - _ - ___ 4 0
50
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o 2$ -
-
-
-
-
-
-
-
>---__
M419
-
-
-
-
-
-
-
2.100
? SPACES
AT .100 EAC"
I.'~O
0
v lEW
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024 -
:
-
-- _
-
_~
-
-
-
_.• 250
-
__
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.150
0
100'0"
T
.'-rr--:==---.--J.i
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.375
'--;:"",10-.020 DIA·
t.Al Pons
-2.000
1.750
04 ------------ 10
·
• _ _ ..:. _ _ _ _ _ _ _ _ _ _ _ _ 370
•
".
•
•
43e
•
0
0
0
0
•
~27
."
o
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:25
.23
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o
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0
0
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• 19
, . _ _ _ _ _ _ _ _ _ _ _ _ _ Sol.
0
•.
018 - - - - - - -..:.. - - - - - 550
o
o
~.
oo
o
".
0
o
o
0
0
61.
,I.~rI
1'"
. , .'00
'000 ""."
05--------------0"
--------_________ _
1.550
o
1.350
7 --------- ----------
1.650
BOTTOM VIEW
08------------·20
09·------------ 30
350
250
'----------..,.-4·-··0·
I
.•
r--1.300----!
1-.100
1.500--......::....j
.0.02
"00
T'-
,,.
o
o
".
0
:6
67~
:
7O~
..' ________ -_..- __ 12..
" D ..II.. T..II..
ALL DIMENSIONS IN. INCHES
SECTION 13. OUTLINE DRAWING
1 ·ow
1 150 000
o
1
0--+--.-0:'
070 DIA 1,.'0 PINS
U 40.
r,s.o
::!i!£~~
'·'-'--f"
t
----~:
I:
I
Jr------+-o===~==__tl. . . .~'~
CALIBRATION
TRIMPOTS
lf
ZERO AOJ
~
.•
17
18
ANALOG GROUND " ' -
7
r
1
• AIiF AOJ
- AEF AOJ-::::-l=:t-++-+_-',,"...J
~--
~
8
.-----
9
~
10
11
12
13
14
15
16
ZERO ADJ. AND F.S. A~J. POTS
NOT USED IN M420
+ REF. ADJ. POT USED ONLY
IN BIPOLAR UNITS.
F 5 AOJ--I'-'V'VI
3
FUNCTION
BIT 4ILSB) M420
BIT 3
BIT 2
BIT llMSBI
START CONVERT
E.O.C. ISTATUS)
i15V RETURN 111
-15VDC
+15VDC
i5V RETURN 111
5VDC
+5VDC
BITS
BIT 61L.5B) M420a
BIT 7
BIT B ILSB) M420b
ANALOG INPUT
1
2
3
4
5
6
1
DEEP THREAOED INSERT
.,PlACESI
~-
,. PINS ;;7. 10 AND 18
INTERNALLY CONNECTED
CASE ALUMINUM. BLACK
ANODIZED
1/0 Pin.
, - - - - - - , - 2,000
, - - - - - - - - - - , - 2.000
•• - - -
ell
-I.UO
1••• 0
le
1.1S0
1.2S0
eI2----4e
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::: =========,=.t=:::i~~
1.1!10
1.650
.IO---~
.,----,e'O
2.
2.000
ell
1.1--1."°
e'2
e',
Ze 1--1 •• 50
,et--I.'50
::: . _____ _______ ;: ~ ::~,'OO
8OTTOM VIEW
20
].
01'
40
•• -
1.4S0
1."0
1.2'0
I.ISO
So
BOTTOM VIEW
== :~gg
~:
M421a
o'S
0.7
liil9 - - - - - - - . - - - - - -
M421b
.1'0
..no
."0
.• '0
i" ------1-.;-1+--..••
.SSO
.4~0
.]SO
.2S0
0
!-1.t-I.---'.-.-o-o----·-i~~r~·I~~· ~
2.000
~.--
. .0J -h
MIN
.376
TVP
TVP
"I
A
2.000
l
,0tOD,A.
"'1------------- ____-;-_± .015, liOPlNS
.".,.. ===============+=1."''.'100
• IS
-
-
-
-
--- -
-
-
-
-
-
I.ISO
-
.18
I~O
.17
I.Ho
_18
1.1.&0
•• , - -
1
... ,0
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I]
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.•00
.'00
"0"'"
.,..1------r'I~M'N
-H-
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.400
.SSO
r,O PINS
"
- - . - --20
."
.n
4e
7 SPACES
~.
AT 100 EACH
7e
-·----~--8.
BOTTOM'IIIEW
i
27 - - - ' - - ' - -
SlOE
850
'2'4~,------------9.
M424
.7SPAC'ES
".
AT .100 EACH
OS,
11---~~,800~~___I1 [,:f..~ - - --2000-----011
I
2.000
t.015 (50.81
1
.020 DIA
110 PINS
,--------,--2.000
:i~
r;:p~c~~O
I
80TTOM
-
:
~:
l!I
J(so.SI
I
.850
I
iii
6SPAC[S
AT .100 EACH
0
~5~ 450
3 SPACES AT
.IOOE.ACH I.I~O
~:
- - .850.
II,
1 SPACES AT
.100 EACH
12.
130
'"
--.150
'-'-----....,-1-"0"
L-
MIN..-J
± .015
LO.375
L
1>00
(50. B)
--1.850.
1:
,_
I~:
I~: ~.2&O
0.100
D ..lI. T..lI.
: :: ________ 3
I
~L800--l1- "0~250J
"
,~
2.000
r
'0
::~------ 2_ -'i~8
:;
80
CI6 _ _
r 1'~~-'
(38,1)
1
, . . - - - - - - , - - - 2.000
, . 1.250
' ; - - 1.150
~
VIEW
BOTTOM VIEW
.15----- .... -
- ~ I0~~~;;~H
f II~
1
0200lA
\/0 PINS
-.J L
l
2.000
±.015
J
..,o.J}
"IN
L'
:375
±.010
(9,5)
100
ALL DIMENSIONS IN INCHES
SECTION 13. OUTLINE DRAWING
110
PINS
0.020
OIA
015
017 _ _ _ _ _ _ _ _ -
SfDE
VIEW
aOTTOMVIEW
018 -
1 '9 - - - - '
.L.~'"=0.=3'=': j.1"'l;,~j
'-i========:-;:;;;;;::======:::::}-J,::-"O"
!.010
2.000 00:2..
- •. 750 \
~t-:::====:.'3~,OO~0====::::·LI
.11 _____________________ _
.12 _____________________ _
.f3- - - - - - - - - ____________ _
.~
.,4-------------------- 21-•
SIDE VIEW
..
~----~--------------~~~~~
..020 Dl4.11O PINs
3,'
-'.150
5•
5'
~;:5COES
.100
..
400 (10,21
7 •
2.000
APART
----------------,8: -.250 250
~--------------------~~,-O ~~I
~1'----2.•00----Ooi'1 ~ .• OO ---"I---I"375!.16
t
CALiItRATtON
TRIM POTS
~
.109 01A. 3 "AU HOLES
SIDE VIEW
BOTTOM VIEW
,
_ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _-, - - - - 2.000 '50 .• '
1.
1.850
.,1 _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ 2e
·.'"
I.
.21
..
• 18
3.
.23 -
-
·"
•
24 -
-
-
__ -
...... -
-
-
-
-
-- -- -- -
_
-
-
-
-
e26-----------
7 SPACES
5_
BOTTOM VIEW
• n
AT .100 EACH
6'
-
7e
8-
-
-
-
-
-
-
-
-
-
-
.. -
-
-
-
-
-
-
-
-
_ _ 9.
100
- - - - - - _____
1.150
~11.
•
21 -
-
-
-
-
-
-
-
•
28 -
_
-
-- -
-
-
-
-
-
-
. -
-
~ -
-
-
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- -
-
-- -- -- -- _
_
_
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---3.800------.11
1.000
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,
150
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BOTTOM
VIEW ~:
o·
o'
'0'
II'
-1'~--IZ7
0.100
3.000 ±.015 - - - -..
0-11
(76.2)
•·
•
•
•
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,020DIA.
r---------------------------;-~
:~
=============!:=:::~
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1.4SO
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_'8
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1.:s50
1.2SO
1.150
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.,'50
.
.
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_2&--------
14----------
2.000
± 015
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_~ 010
(9,51
yin.A.T.A.
liT 2 IN
liT :5 IN
liT 4 IN
pown
.1
ANALOG GROUND
II
RAHGE I
••"
RANGE 2
liT lOIN
BIT II IN
81T 121N (LSII
'0
..
• ..
0
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21
..
24
J.r LJ
Cl
6 SPACES AT
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iii
.250
"0"
.250
MIN.
0.375! .0.0
(9,5)
INPUT
00
•
"
-IIIV
.0
.0
2.000 :!;,015
(50,8)
w
.850
ANALOG OUTPUT
liT' IN
81T 8 IN
1
powEft tlA\)UNO
81T 45 IN
BIT 1 IN
J
w
>
FUNCTION
II
81T 9 IN
12
ZOO "
t0800
~
1.150
+1!5Y POW!" INPUT
.00
0
..
"..
.00 ..
BIT I INCMH/",_OO
~
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DIA
1.750
1.550
4 SPACES AT
.100 EACH
------------.1..
FUNCTION
PINS
2OO0~:i)
-15'" - -I.
(101,61
...
I/O
_'5 - -- -,. ...."'17---l:
..
l!i.
_ --_. 16.
k--I
4.000
r-
6 SPACES
AT 100 EACH
'20
130
l10------------
It'-'
1
J
-1.650
-1.650
-1.360
-1.260
-REfERENCE IN I _
-REFERENCE OUT I
INT. "E'ER£NeE OUT
OFFSET
+R£FEREHCE IN I
+REI'ERENC£, IN 2
·PIN 20 NOT USED ON BCD MODELS
NOTE",
FOR M430 - PIN 8 IS LSB
FOR M430a - PIN 12 IS LSB
FOR M430b - PIN 10 IS LSB.
ALL DIMENSIONS IN INCHES
SECTION 13. OUTLINE DRAWING
0200lA I/O PINS'
r"'""-----, ~2.000 ±.015---t
(50.8)
1
1_ 2.000
.16 _ _ _ _ _ _ _ ~:
-17
3.
2.000
(SO.81
-18
:~8
-.~.
8'
'2' - - - - - - SIDE VIEW
7 SPACES
".100 EACH
-
9 •
3.
a
7 SPACES
AT .100
EACH
&.
22
•
21
&OTTOM
VIEW
7
· -L
•
·••
• 15-------------'4 •
_18
I
L
250.lj
MIN
--.J
1.100 2.000
(60.81
• SPACES
0.375
±.010
t
9
---
EACH
----10
- - IOi
---r-
O.375!O.oIO
L,'-"=-=c-==~"=~I----~.--J ---i:JoMIN
l5·f·
-*-,.,50
BOTTOM VIEW
025-- - - - - - - - - - - - - - 9:
-,-0.850
I
7 SPACES
AT 0.100
~0.150
t
1--
1.800
-~
lACCMR ADJ
2DIFF AMP ZERO ADJ
3DIFF AMP GAIN ADJ
4DCCMR ADJ
--"0"
1--0.10012.51
! - - - 2 . 0 0 0 !0.015 (50.8)---1
FHN POSITION TOLERANCE:!O.005 NON-ACCUMULATIVE
fROM OATUM
r-----------------------~~
M436
--,1.850
EACH
60
021
22
o
~1.150
7 0
BOTTOM VIEW
~ ~:=~~~_-_-_-_-_-~~,~ ~
024
-
01.1-
o
26
11 0
g~~
.. a ..
250 ~
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~~
g
-.l,.,&0
f·8150
1 SPACES
AT .100 EACH
..
~~f;:;:~:~:-:-:-:-=-:-:-:-:-~-;:;-;:-;:-:-=-:-:-:-:-=-:-::::::;i~rlt_;;i~.:.:16::0:.,
_______
'..!t_oolI--.,00
.
-I
176 21
.150
.100
.0
roo
O~
J
-...,.~
~::
BOTTOM VIEW
7 0
023--- ___________________ 80
7 SP'ACES
AT .100
EACH
028 __________ 160
I. ~
SlOE
VIEW
1,·850
11 0
120
13 0
026 ___________ 140
027 ___________ 150
'-;_ _ _ _ _ _
I/O PINS)
.020 OIA. ' \
.375 19.51
, - . . . , - - - - - - - - - - - - - - - , --2.000(50.81
0 '6 - - - - - - - - - - - - - - - - _____ ..,. __
--".860
017 - - - - - - - - - - - - ______ - ___ ' 0
018
20
7 SPACES
019
30
AT .100 EACH
020
40
021
60
0 2 2 - - - - - - - - - - - - ________ 60
7 SPACES
AT .100
023 ___________ 80
I
SiDE VIEW
~Dr-~------------------~U~·250~,N.f
--t I- .020 DIA. liD PINS
-,--
,.-_ _ _ _ _ _ _ _ _- , --2.000
40
50
250
-"0"
I
·M-------------8·
032--------------160
, 0
-
'·t.":~
7 spACES
AT 0.100
.r.
_ __ 2 0
30
4 SPACES
AT 100 fA
T1.850
1_.Lt_.300
NOTE: Open dots indle... omitted pino.
Pin, 17 and 18 ara omitted on 10 bit mod .....
Pin, 16. 16, 17•• nd 18
omitted on 8 bit
mod.... Pin poaition tol •• nee 1. :t: 0.001"
From datum. non-ecc.umulatlv8.
o 18
o ,.
o 20
-
7.
~:
~~~~~~~~....--------------...J~----------------------~
!~I.---l.800 ---~.II__,00
017 ___ _
850
750
650
, - - - - - ; : : - - r - , r - ' T " - - - - - , - - ~g?R(50.81
AT .100
1
2.000
(9.5)
8.: --r .eoo
18
250
'\
BOTTOM VIEW
.15
.16
.17 - - - - 6_
~J
at 100 EACH
~L--O-'00-ool-.:..Jj..- "0'
1.800
•
.850
-13
.14
.2000
±.015
w
6 SPACES
".
H:
: 28--------------- ~: , , . _
•
l? :
BOTTOM VIEW
.02001A
1/0 PINS
>
--1.150
·12
1
- - 1.850
4.
5:
.11
.020 DIA. I/O PINS
2000
1.850
- - - - ,. _
1 750
2_
4 SPACES
- - - ... ~:
AT.lOOEA
5 _ _ 1350
r
~ r
t------
MIN
~:=
0 ..
I
~U.-------------------~U~0.2~
---L..
SIDE VIEW
-of I0
.24
• 32
I.
"
D.A. T. A.
Ie
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0.020 OIA 10.51/» 110 PINS
.,7
•
••ttl
•.23
••
•
•••
0.376 (9.5)
BOTTOM VIEW
._co
~
1. Pin pIQIitlon
to.OOI
to. ')
from d.tum.
non-eccumul.tiv.
2. Ou,"n. dlmen~on toh...anc_:
<1"
'''-3
>3"
1;0.010"
!:0.01S"
-"0_020"
3. Open hoi_
desigNUi wh• •
pin, ar. omitt~ •
2.800 (71.2)
3 . 000 (76.2)
1 •
••
••
8.••
.5 _ _ 1.
.6 -
.7
4.
.10_ _
.1'-i.f----.jJ
EACH
01
.100
50(3.8)
"0"
_1.750
4 SPACES
AT .100EA
_1.350
OUMPEb CHARGE
ADJUSTMENT
2.000
~1.150 129,2)
--r 0 .850 (21.6)
7 SPACES
AT 0.100
16.
-2.
:~--
7 SPACES
AT 0.1011
EACH
•••
••
••
• JO.l
T
, . - - - - . . , - - 2.ooo.:t .015
--2.000 (50.8)
·-1'.850 146,9)
~ J....
.800
-.850
-.2SO
-"0"
~ B~I~~M
~l'OOO
.t.010
I
__350
.250
MIN
·1
~~IDEVIEW
.:t .010
ALL DIMENSIONS IN INCHES
SECTION 13. OUTLINE DRAWING
-'2.000.
06------10
• 7
• B
1.750
1.650
1.550
.9
1.350
HoeoO'ps"
.020 D'A
---L..
L
r
.250MIN
.100
~... ~-
~5
--+(]). -
SIDE VIEW
~k-020UIA
(
r
I
DUMPED CHARGE
ADJUSTMENT
04-- __ · _______ 10
2.000
!I!:IO
o 5---------+
06
'o
.650
.550
.360
.260
ADJUS1'v1ft'.,.r
7---------+
BOTTOM VIEW
~oJ
l375
MIN.
o B ----------~
o 9
o 10
20
o 11 - - - - - - - - - 3 0
l
250
1---1.300---'--1 I-- 0.100
1
.•
1.500
.. I
t
0.Z5
T
.--~
0.25
_ _ _ _...., -1
HOLD OFFSET
ADJUSTMEfljT
--..(J)
--
.375
35 ~gequal~ • 35
spaces' of
0.211
SIDE VIEW
0200lA 110
0
2.ooo.t ,016
0-
0
6
7
0
8
0
9
0
Not a II pins sh()l.oln may be used
2.5
INS
5 ____________ 1
2 0
Pins are 0.040 inch diameter,
gold plated per ~1I L-G-4S2C4,
type 2, class 2
I 1SO
-L
1.650
1.550
1.450
Material is Class Fiber filled
Dial1yl-Phthalate
1.350
Dimensions in inches
BOTTOM VIEW
0 10
o 11
0 12
0 13- _______
1.
M443
550
450
30-
.350
-40
"0"
D~
r;::::;J
1.300---1 1'--0.100
1•
",.->-----1.500
...1
.I------(~;,-------II
.
~
:1·
I•
1(to.2)
-D-'-A.-------------....,U~-1-
Lnu:==---O-.O-,9-..
I.
(.471 CIA.
I'
,..... - - - - - 1
(45.8)
Q20"
(6.0)
t--------(M';,---------I
?6~;I
.17 NOPIN
f
0.10" TYP
11
12
13
12.5)
0
-0 22 DIGITAL COMMON
23 ANALOG COMMON
024 OFFSET
0
I.
0
0
15
0
:!: ~~~:~
.20 NO PIN
.21 NO PIN
-a
0~li! .~.I
BIT 11 110
BIT 10 100
BIT 9 90
M444
025 +15V
o
26
.21
028
.29
030
031
.32
0
M444a
0
0
0
0
0
~15V
NO PIN
ANALOG IN
NO PIN
REF. OUT
REF. IN
NQPIN
122.9)
l:g il ~r
BIT440
BIT 3 30
BIT 2 20
PIN 1 MSB 10
t17.BI
Bottom View
0
" D.A.T.A.
16
0
0
0
17
0
0
10
ALL DIMENSIONS IN INCHES
SECTION 13. OUTLINE DRAWING
1------ ~~~081 ------11
~
______________
I
11021
~~-L
0 t
I
1--"==-:4~~;-----'-I
l L l O.QIS"' OIA
•
2,00---___\
r-
IJ:
IJr
U,
ll..OIB OIA.
~
t46)DIA
020'
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LBO
IS H
025"
(6.351
(45.81
32
_ 31
_ 30
O.10"TYP
(2.5)
~---1.BO----""
180"
029
028
027
026
NOPIN
BIT 1 iMSBl
BIT 2
BIT3
81T4
10
20
30
40
RECYCLE
BITS
BIT 6
50
60
OFFSET
BIT 1
70
NOPIN
NOPIN
iITrT
RESET
.100
TYP.
START CONVERT BIT 1 (M58}e
o +5Vdc
20
3 0
oDIGITAL COMMON
::
oOVER RANGE
60
o ANALOG COMMON
70
: C5'MPtE"fE
.200
11
02'
023
022
0021
81T8
~
+5V DC
DIGITAL
·
.52
o SUM Jet
(76,21
3.00
··
·i
0
0
0
:
:
:
0
BIT 12 ILSB).
OUT OF RANGE 0
POLARITY·
·
0
0
0
00
,,0
oANALOG INPUT
300"
80
:
1.40
·
0
.27
BIT 12 (LSB) 120
COMMON
1.40"
(3.6)
.200
ANALOG COMMON
ANALOG INPUT
·:•
0
BIT9 90
81T 10 IOC
BIT', 110
bVERRANGE
.200
t-
1.00
0+ REF OUT
0- REF OUT
0- REF IN
o+REFIN
.400
..~
,
,:
··
·
C.0190IA.
(25.41
9
NO PIN
~
4.00
UX)"
B.
-,.
tI
26°
BOTTOM VIEW
OFFSET ADJUST.
+15 V de 0
.100 GRIO..{
1
J
~
-15Vdco
NOPtN 13e
18
NO PIN
.15V DC 140
NQPIN ISe
17
NO PIN
-!5V DC 16
Bottom View
=-I~_.200-=:h..
I-------~~;-----·-II
I~
~Tr-----o-.-01-9-"-D-IA-.-(0-.4-7-D-'A-.-)--~O~
C,OI90IA.
-,
,110.40"
_~'02)
l--r
I
1.80"
(45.8)----40-1
0.20"
(5.1)
0.20"
(5.1)
o
o
74 POLARITY
73 POLARITY
START
CONVERT
MRS
DIGITAL C;OMMON
069 GATE
o 68 COMPLETE PULSE
0.30"
(7.6)
o 66
o 65
1 0
20
0.20"
(5.1)
0.30"
(7.6)
4 0
0.30"
(7.6)
.. Vee
7 0
- REF IN
50},0vvee
.. REF IN
49 PROGRAMMING
- REF
OFFSET
ADJ
- REF OUT
.. REF OUT
240
25 0
26 0
290
300
- 15V 330
COMMON 350
+15V 37 0
VIEW TOWARDS PINS
" D.A.T.A.
'jl
~~?~iI9~;;:A I.~~~I-----~O~~ Jo.
(5.11
: J2'00
o
0.25"
(6 351
-~ 142
o
14.
0.50"
(12.8)
0.40"
(10.2)
0.90"
(~.1)
0.20"
(5.1)
o
o
36
35
o
34
o
33
l
a
o
o
32
+15Vd<
GAIN ADJUSTMENT
REF OUT
REF IN
ANAl-OG 1 nov RANGE)
ANALOG 2 (20V RANGE)
ANALOG COMMON
OFFSET ADJUSTMENT
-15Vdc
MODE
SJ
NO PIN
NO PIN
NO PIN
NO PIN
BIT 1
BIT 1 (MSB)
1~
1
2
3 •
4.
5 0
6 0
e-h
BIT 4 9 0
3.0"
(76.2)
NOPIN
BIT7 120
NO PIN
BlTa 13 0
+ 5Vdc
28
•
27
•
•
26
25
NO PIN
NO PIN
NO PIN
NO PIN
DIGITAL COMMON
12[ •
23
NO PIN
22
CLOCK INHIBIT
o 24
o
12.5)
BIT5 10 0
BIT6 11 0
30
29
~~~.
BIT 2 7 0
•
o
I!
BIT 3 8 0
.31
•
0.90"
0.20"
o
41
40
39
38
37
o
GRIO
4.00"
(101.6)
0.40"
(10.2)
f-------14~0~·1------t
-rr~I------~~------~~I---
(20.3)
1.30"
(3.30)
5V Vee PROGRAMMING
038 N/C
L,.,..-----------,-,-J~I
0.80"
SYSTEM OFFSET ADJ 20 0
SIGNAL COMMON 21 0
SIGNAL IN 22 0
o
··
·
··
---I
1.30"
(3.30)
o
'2B
o
L---;;=~=,-----:-:-I
BOTTOM VIEW
~.100
063 MRA
062 STATUS
g~}
/
14---I.BO~
"5
SYNC CLOCK
END OF SIGNAL INTEGRATE
/J:.
2.00
BIT9 14 0
BIT 10
BIT 11
B1T 12
COMPLETE
START CONV
CLOCK OUT
SERIAL DATA
15
16
17
18
19
20
0
21
a
(>
a
0
0
0
Bottom View
ALL DIMENSIONS IN INCHES
SECTION 13. OUTLINE DRAWING
r
g
f.1..·------I~g~.,--------1'"1
10"--1
I
--I:z6.•'
I ______________ I
A.
~
~
0:_
0.20"
(S.081
t
019" 01....
(.47101A.
IN DRAWING NUMBER
SEQUENCE
~"
(1021
~-1
O---r
0 DIg" OlA.
T
L4Jj OIA.
0.20"
1511
j...---------~~~.----------~
tl~V t- ~UTPU,T
~
~ISV t- OM~ON
CoMMpN
COEINPUi
XTCAP
1
020"
I!»,ll
~~
I ADORESS
lS8
-1SV
.,5V
02710'58\
026 MOOE
2.00"
(50.81
.sv
COMMON
G 25
MSB
024
ENABLE
1.....
135.61
COMMON
OFFSET I\OJ
COMIo'O.
ANALOG IN
0.20"
IS 1J
0.20"
I
CHe'"
5 0
CH71N
CH61N
6 0
1 0
CHS IN
I
I--t
o
, C
20
30
4 Co
B0
CHS-80UT
9 G
CHl-4 our
eM"IN
eH3 IN
10:)
110
120
CH2111t1
130
CHllN
,.0
N.C.
N.C.
15.11
BOTTOM VIEWI
O.'''GRIOSPACING
(2.591
2.00"
~------(~81-------~·~1
lLI•
0.10" TY
12.51
1.80" _ _ _ _ _..
L
-
IU121
0---,I '
,
_~
145 BI
0.20
(5.1)
LBO"
(4,81
0.25"
'Et
0018"OIA
1.461 DIA
l-:r·
~
~
__________________
-r-
~.:!3
33 ...
32 ~
t-< 4
31 ~
3()
2~~
S
L
170 ......
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O,OlITy,-lI_
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t-
t-~6
7
rl
" ..
9
it'IO
2~ to
~12
24
23
21J ~
...
261a"
~II
~
1-----.--- ,......
'3
~;
22'
21
20
t' 6
19
1
h~7
It'
II"
II~
I
t-
Bottom View
"
D ..I1. T..I1.
ALL DIMENSIONS tN INCHES
SECTION 13. OUTLINE DRAWING
r.rJ
.017t
.255
[]:: :J: ]~
L
r=-=-=-::.~
.007
MIN .
.100
PIN 1
LEAOFRAM'
MAY BE ATTACHED
THIS AREA FOR PART
NUMBER ANO
TRACEABILITY CODE
.299
010' 005
,
a
5
I
EITHER TO SIDE
OR BOTTOM OF
055
PACKA'i:o
I
1- 20,-1
~¥vvvvvvv~
--l 1-_032 REf
I-t-.U:~~p.Ol0
'
1--·850' .005---------1
"":.i~590
t+-.400+-.600~
23
J""
(ruD 100
1.
All DIMENSIONS IN INCHES
SECTION 13. OUTLINE DRAWING
PINS:
o USED ON BOTH
M46911o_
•
USEO ON M469
ONLY IBLANK
ON_.
n~
.al.ot.O~~M/~.
f
O/A.,T'IP.
I'~I
r
l
1.40
r
L
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1.40
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to
014
01'
'0
40
+
010
00
+
+
+
+
1
1 !'>PA
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M"
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:8*DIA.
on ..
/I
I
r-.220
I
l
~J
MIN.
r-.
I60
~
000000_000000
1
.13
PIN 1 INDICATED
BY NOVCH ON TOP
SIDE AND MARKING
ON BOTTOM
I_ONLY)
---"L.100
Jl
I
1+'"
r
~.4OO
;+
fi-
...
o ...
~~ ~
:>
0
+'i
I.BOO
...
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0
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"'''
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»
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on.,
+i
::~
.100 GRID
3.00
" D ..lI.. T..lI..
w
.. zz
feCQ
"''''
em
7 ·_
.400
ALL DIMENSIONS IN INCHES
SECTION 13. OUTLINE DRAWING
l
L,~-r'-~-r-r~~-r'-~-'-r~,,-r'-~~
-~~:=
I.
.1
M47Se
M4'15b
MUSe
LEAD
DlMENSIONA INFORMAT ON INC S
POSITIONS
A
B
D
E
F
H
14
:.1.!§. :.!!2 .100 :.Q!Q J!l! :.2!Q :.!!2. ~
7'10 260
050 .020 066 260 200
,690 J...!!2. &.!.Q. ,020 .015 ,040 .....u!. ,200
310
10
275
.765 .250 ~ .040 .020 .060 .235 ,130
.106
"
,.,."
M475d
M475e
:.1!.2.
.785 .260
d!Q. .100 &!Q.
:ffi- :~~~
.050 ,020 .065 .260
.700
.055 .015 .040 :~~: .145
M475f
~.
..lli J!!.Q. J.!!!
o.
O.
~
155
.10
.106
INCHES
MILI.IMETERS
SYMOOL
..-----r-------~..;=;;_~~~:::
-SEATlNGPLANE-;-_ _ _
=F"FI
MJ!'I
MAX
.36
.7.ti
A
b
.1114
.200
.023
"I
· UJU
.0,0
<
.008
015
2
. nil
2~U
320
0
t;
·
.100
.0,0
.100 DSC
~
L
Lo\
Q
10/1
5
51
~2
INDEX AREA,
NOTCH OR
PIN 110.
INDEX AREA,
NOTCH OR
N 110.
U
'"
. 20
.015
.060
.u.u
5.~9
7.37
2.54
1. 27
2,54 DSC
J.18
5.08
J. "1
.38
1.52
.51
.09A
2.49
.005
.13
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.13
0
15
0
1$'
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12
II
8
E
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PLANE
"
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_-..IS
r- 1--r
L.-+if
VARIATIONI
10
VARIATIONm
tJ,
ALL DIMENSIONS IN INCHES
SECTION 13. OUTLINE DRAWING
PIN NO.1 IDENT.
A
B
C
D
E
F
G
H
J
K
M
N
P
R
1.470 .545 .125 .125 .020 ,050 ~ ,lOa .060 .600 .610 .060 .030 .009 ,062
MAx :555 :T35 MIN MIN
.021
.090 :620 :650
MAX :oT5
.5 0 .110 .100 .020
.013 ,100
.OOB
~
,023
• 610
1:48 .560 .140 ~ :1i4O
:oT2
M478b 1.425 ~ .180 .090 .020
.600
.010
JU.§. .100
,020
MAX .555 MIN MIN MIN
REMARKS
M478
478a 1.4
NO NOTCH OR
PIN LD .
PIN 1 IOENTIFIER
'0
0,032
RAO
0,050
TV'
0.125
MIN
B
M482
MAX·S
.030
.060~
I-
..L I
2.02IS 1.3I MAX
02(~t;" U---- -
T
-------lll
E
D
I0.42
U~~'
- ---U
T
r
~_'9_J_.J_5'_____
-I
';~!.~~X
3.675
0.225
f-.j..
(5.72)
1lfo.350MAX(8.89J
~~: (~~~)
t-- 0.06211.57)
00
"~
N
m
Z e5
4.03 MAX
(102.36)
22
BOTTOM VIEW
O.'''ORIO--!
J--
---------------'
I
1~40Jl':2:)~1
4.285
I------- 1108.84)-------l
"
D ..lI.. T..lI..
0.170 (4.32)
~ 0.340 (8.64)
ALL DIMENSIONS. IN INCHES
SECTION 13. OUTLINE DRAWING
"'1-------2.01
1i
MAX 151.11----_
....11
-.-
1'--.980
I
0.41 MAX (10.4)
±Os
!
11
MAX.
riD]
7'
900 PIN 1
14
16
)-8
~2"
~7
"-1
"'K
L
-I I
BOTTOM VIEW
ORID 0.1"--.1
12.6)
:~~~
I
I
~!
-.--
5 26
SEATING
PLANE
!
[~_____1J
II _._
.019
_.
:.~~
.540
AACA
-1 J
- - - - -.......
.
.015
COMPONENT
l~_. _~.J
~~
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T
I
IL.,,,
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MAX.
IDENTIFICATION
CORNER
~~~.
fl'-
----l
I
(2) 5-208 CARD
EJECTOR,5CANBE
·120TYP.
FREE AREA
5.301----~
MAX .
.098 TYP.
.102
.850
-4e-........ 063
COMP~NAE~T
HEIGHT
PRINTED
CIRCUIT BOARD
;--.-:
i
t
I
I
l__.
:~~~ RAD. 3 PLACES
RAD.
.298
.302
900 PIN 1
IDENTIFICATION
CORNER
90° PIN 1
IDENTIFICATION
CORNER
~~~.I~ ______
.016 PIN DIA
.019'
I2::f±
SEATING
PLANE
MAX.
.170MIN.
PIN LENGTH
M489
0.015
INDEX (PIN NO. I)
-:ro-~.L)~:.32S
0}80
3.47
3.50
1
0.240
~lt~1
'"
0.060
0.040
;
2.19
2.21 3.065
3.085
.1
I
121314 15 16 17 IS
II I
i~.
0.920
-r1.-
•
L _~~SEATING
PLANE
. _... ___ _
0.015
MIN
:g!~
OIA. TYP.
II.
,
I
I
0.023
0.015
O. BOOtO.OI~
7sEATING
" D.A..T.A..
~-
r-r---I0.IOO to. DIG
lOON-CUMULATIVE
0.970
CT'
I
J
,
0.290.
'
0.115
MIN
I
PL~
ALL DIMENSIONS IN INCHES
SECTION 13. OUTLINE DRAWING
,
SIDE VIEW
.400
•
. 200 MIN .
. 020DIA.
1(0 PINS
.020 OIA I/O PINS
10.5)
•
11 ____________ .... _____ 1
.18
• 19
2
J
.20
.21
o
o024
.
•
_________________
•
8' •
•
BOTTOM VIEW
0250 ________________
9
•
o
•
•
•
•
o
o
o
o
.~
.32 ___
10
11
11
13
__t__ 2.000 ISO. 81
- - - , - 18SO
•
•
•
•
0
0
.... __________ ... _ Hl 0
t
+36 - _ _ _ _ _ _ _ _ _ _ 370
0
0
0
0
•
•
•
••
••
0
0
7 SPAces
AT .100 EACH
~1.ISO
~.850
4 SPACES
AT, 100 EACH
-.-.450
__T
_ _ .250
----.150
"0"
o
0
•
•
•
0
BOTTOM
VIEW
0
0
0
0
0
0
0
M490a 3,00
M490b 4.00
B
.375
C
.~~~
D
1.800
.375 .250 2.800
MIN
.400 .200 3.800
MIN
17 SPACES
@ .100 EACH
0
l,,,
0 1 9 - - - - - - - - - - -540
4.0
018-----------550
•
0
T1.90
0
17 SPACES
@ .100 EACH
••
•
•••
0
••
•
••
0
0
0
0
0
0
0
0
0
•
2.()OQ
0
0
0
0
0
0
A
M490
TOO
•
0
•
•
.1-------------72D•
0
too
1--.
0
1o~..----1.80,---.~"'1
100
HOLD OFFSET
ADJUSTMENT
..l
.250 MI
N.-r-l~======::~~.~
r ....0 4 • _______ .10 -2.00
1.75
05---------
06·------ - -
07. _________
1.65
1-1.55
1.35
BOTTOM
VIEW
08.-------20 .350
09.-------30- .250
o
~.100
toLI-1.30~
1.50-""1
M496
t~~:~:1J;;
D
43!
-- ""'. JFt
t D'31O~
"-
MAX
GLASS
RAD~.
PIN NO.1
IDENT
Jf
,::l: .. ~J I II
(,.:-II-
" D ..JJ.T../J.
uso
5
II
1
•
,
10
11
~=+'
TVP
J
0.125 MIN
-
°T-I
D1 DOl,
01011
!O.010
1
~FF.fTrr9~~r.T~=r.FF.TT.~~-=r'
i
D.DOS
0.012
~D325 ~:.:~:~
"
0.062
,---1-
~'''D
IDENT
e-----'.120MAX----~·1
0.019
If--.0425 +0.025
I
-O.015--j
0.050
±O.OI!i
I
--1
Ir-
=t1.".
0.130
tUDS
~
.
O.'00_~!t--
!D.OIO
O.OIl--l~
to,OO]
O~I~5
All DIME:NSIONS IN INCHE:S
SECTION 13. OUTLINE DRAWING
Ir -t~;~~---1
PINNO.lIDENT~
i
0.025
RAO-'
USB
~FF.FF.FF.;=r.F "1"
u
"tI41J12110
--r
Trr""~r.rr.rrrrrrhr.n.r~
OO"--j
r-
vmMNJ'M':::~:
~
~ +0.012
,
o
. .1-
, - - t
•.• OI
1',JoaJ-I
2 •0
O.US
PINNO.I
IOENT
:
0.050-1
'0.010
I---RH
11---- -------11
1
~
0.100
010
~
o
IL.0015_ ~~-.,;,
MIN
~O
Z'~
02"
10
..."
0.020
"...
b5
.,....
.2
Z'O
02'
02'
2'
02'
02'
0'o 2'
02'
0 2'
o
START
0
0
14-
OUT
0
2b
V,N
0
0
29
2' 022
1"15\10
35
,40%1
-15\10
30
OI=FSET TRIM
4.0
I
I
I
~-----------20------------~'1
~
2" 032
4 OVb",-
I~
020
2. 10 o~\
ov~
,'9
0 V CAe ''''
? 0'
e. OUT
"
o....
2'0
~I
0 .... 12\1
"O(,LC GND
lOGIC 6~D Oze
ANALO&&ND
28-
2.0'
280251
\00-. ISV'
Z 7 024
2" 023
II O+I5V
8O-------~..,~i~.:
0 OF1='iET TR:IM
o
51
029
a oAIrJAL066tJb
Z l 020
22. 0 19
I
Z7
52
2
1
018
M503
20
-24
Z5
22
21
20
0 VTN
0 tiS\!
0 ANALOG uNO
0 -15\1
0 I..OGICGNO
CONVERSION COMPlETE 0 JO
START 0
IS
+5V 0
17
~~.OZSDI"
.25 hlllJ lL'o,~
n
II
'f\--I___~I
I----
I-(Nag~,-I
I
I
~-------------,~~.~,------------~
I
2.00 - - - i .
~~-----m-----~~'~\
~>'U"~H~
MA
.090
(MINI
oltcoe,rC3
o I7SITIO
o 16~\T\ I
o 19B1TIZ.
032 -15"ft>c:..
034 COI,W.O,,-\
J
l-,.SOO-------<..;
I80S I
H-
[no ] ,'"-'
of ""':~ ~' "::;~\~
(MIN)
.100
(NOMI
" D.A.T.A.
15°
\ .......
(MAXI
"
.010 ':
(NOMilr
I--
Ta90
(MIN)
.010 _"(NOM)lr
ALL DIMENSIONS IN INCHES
SECTION 13. OUTLINE DRAWING
J
.490
.100
r§
~~ D
TypJ~
.019 T y p J
.014
L
28
1.4115
MAX
U
.040 MIN
.020 MIN.!.II:.
.010 MIN-J
I..-
=
15
.J . I.d:~egJ~':..
•IIOMAX~\·
rr
J
'-"1'
.010 TYP...j[..
~.eoo
TYP
~~.:x
If.
I
03OREF
10,81 .
~.2'O±.o30
I
6,3 ± 0,8
020 ± .001
.
DIA
.0.51 ± 0.03
-.l
t
M511
_____ 1.40"
0.25"
0.20"
diam.
Pin 1
---2.5mm
••••••••••••
0.10"
-+-~
15.2mm
(BOTTOM
32
o 0
0
0
0
0
0" 0
0
0
0
0
0'00
NOTE
1. LEADS WITHI N 0.13 mm (0.005) RAOI US
OF TRUE POSITION AT SEATING PLANE
AT MAXIMUM MATERIAL CONDITION.
0.60"
VIEW)
••••••••••• e-+_...!.t_
" DJJ.T..lJ.
ALL DIMEN$IO.NS IN INCHES
SECTION 13. OUTLINE DRAWING
40
2
39
3
38
4
31
~:::::[;I::],
·P
MAXr.200
36
35
34
~."0 _ I
8
33
090 ---,
9
32
31
11
30
12
29
A
13
28
C
D
27
15
26
DIM
B
F
G
H
J
16
25
11
24
K
18
23
19
22
L
M
N
20
21
MILLIMETERS
MIN MAX
50.04
13.46
3.05
0.38
0.89
2.54
0.89
0.20
3.05
H.86
0.51
A
-4
11St'N
10
1-~----1
Ir,290 ""'\.\
.020
~~.
5
6
14
I
M
.74'
I.
r
_ II _
Q!1.
.009
I _ . 37'
I
r325-----'
.022
I I .018
INCHES
MIN
MAX
51.05 1.970 2.010
14.22 0.530 0.560
3.94 0.120 0.155
0.51 0.015 0.020
1.40 10.
0.1008SC
BSC
1.40 0.035 0.055
0.28 0.008 0.011
3.68 0.120 0.145
15.87 0.585 0.625
150
150
1.14 0.020 0.045
NOTES:
I. LEADS WITHIN 0.13 mm (0.0051
RADIUS OF TRUE POSITION AT
SEATING PLANE,AT MAXIMUM
MATERIAL CONOITION.
2. OIMENSION "L" TO INSIOE
OF LEADS (MEASUREO 0.51 mm
(0.0201 BELOW PACKAGE BASEl
-
1648
L~80
140±OO~--j ~
-
:~
0° _ 15°
'A
I,
i.J
~
'
.600 TYP
MOLD
.III·OOS
~1J-·012
I--
GATE
1390
133~
" D.A.T.A.
.862
MAX.
ALL DIMENSIONS IN INCHES
SECTION 13. OUTLINE DRAWING
*4(112) 40 NC-29 ~----.
2 PLACES REF
M520
MOUNTING
M520a
SURFACE
[~J~::]~~]l
I
•
~
I
1.414
1.386
[::::::::::jT'
I
.010
~
.100
MIN.
TYP.
I ._..
___
~
020
i,:04
~
II~
"
1Tr I
P
I
r·59~0
.61~ :~~~
;
.,45f...-----.~
r"~
.155
~~~"'
" :g~6-.-T-I-=~.009
r-.100
1.440
1.455
.015
~
.044
.090
.065
'. 52
.110
. 85
.120
i:f ~
.625
!
.675
j
TIS
.590
TYP.
roC
M524
I
-A---I
1 - - 1
-L
0.300 TV,"
~i~::'~~~~?~~MIL G-45204. CLASS I. TYPE , 0 TN
-L
T
0.26
,.,~
1
!:..
BOTTOM VIEW
~
,,
1~
'0
~
I;
3
•
•
7
8
110----
180
.
T
"
"
iD~ ~ H ~ l..
T ~::::o::
~
~T
M5:~
1
1.710
.100
1.500
00000_000
16
15
14
13_
12
II _
10
9 _--1
1_ _
_
.
,-"
'-'
~
~O . . ~
I
D
t---
" D.A.T.A.
.'30 MAX
.
.
,
B~
,,1 J
f
A
A
----.,
LL
----'
.265
IIII!.EiliI
(3.111
.ISO MAX.
ALL DIMENSIONS IN INCHES
IN DRAWING NUMBER
SEQUENCE
SECTION 13. OUTLINE DRAWING
0 9
0 10
:0 1\
o 12
-
- - - - -\
- - - --
5
.31 S
,
-L
J
I~~
L''a50
MIN
(TYP)
--1.750
--1.550
--1.350
--1.150
2 0
3 0
-4 0
6
-7
-8
0 13 0 14 -
--2..000
0
~I
r·------
--.850
--.650
- - .450
--.250
\'
--0
2.5mm
':.10
~~i~omm
48.26mm
1"-1.----- ,:'900
ONLY M528a HAS
BITS \ AND J.
43.18mm
1"'-----'''00
4O.64mm
II
1:'600
I
~I'IOO
I.SOO
58.4Zmm
2."300
2..000
_:!~~m
17.ilmm
".'lao
33.D2mm
1:300
12.70mm
-,500
27.94mm
to.16mm
1.:'100
",400
7.6Zmm
22.86mm
~900
",300
U8mm
",200
2.54mm
~100
2.5mm
':10
~D
E
F
J
B fi;H:G
,-"
K
ClK+{,Io}
43.18mm
ClK-{ve)
"'1'
Q
I
If
N
81.Z8mm
~f.,_···i
RANGE
R
114.30mm
-'-'j--tT-ttt- ~ [l~j2mm
OFfSET
O/P
_
TRANS RADIO MICRO
/ " MINIATURE CO·AX
-
------/
BULK· HEAD RECEPTACLE
MINI 515 (10!30UNF
MATING THREAD REf:)
THIS Will MATE WITH
'TRANS-RADIO' OR 'CONHEX
PLUGS IN THE MICRO
MINIATURE son RANGE
;H~ FOUR OV SIGNAL
LEADS SHOULD 8E
CONNECTED TO AN
EARTH PLANE
03mm I L
I
'-25
~~-
Il
r-.I
a.aYmm
.- 350
1.8mm
,"31
IIi i
r-------~ ~~~:~~~~ND
13.Stmm
--*--- :150
I
WASHERS
~LiL
J L
.I .l
I.UJ
~7'6mm
~
:'30
44.4mm
1."75
10- JOII. T'fP.
2PUiCB
.011
001
"
D.A. T. A.
ALL DIMENSIONS IN INCHES
IN DRAWING NUMBER
SECTION 13. OUTLINE DRAWING
[3
-r-S
376
. 384 ---,
.005
nl
MIN.
1
T
.245 _ _ _ _ _ _
.271
L
.025R
---.lNOM.
_-.
.125
.165
T
-:J~
.065
~055-11 0300
.00
O.lOO
0200
PIN CONNECTIONS
r-------------------,,---~
072
10
071
070
20
30
PIN FUNCTION
K Nle (TP1)
1 8000
2 N/C ITP61
3 4000
4 N/C ITPSI
5 2000
6 N/C ITP41
1 1000
8 N/C ~TP3)
9 800
10 N/C iTP21
11
12
13
14
15
16
067
065
1.600
+
063
400
N/C (1P11
200
100
GAIN
+lSV
0000000
PIN FUNCTION
18
19
20
21
22
23
24
25
26
21
28
29
30
31
32
33
21 28 29:J031]23J
FEEDBACK
OUTPUT
BALANCE
~15V
GROUND
80
BOTTOM VIEW
200
4O
20
10
N/C
N/C
N/C
"o
8
4
2
1
141312,,109 B
7 65" 3 2 1 K
0000000
00000000
+
061
+
+
+
M535
058
:UO
+
-~
056
0.200
-.---
055
054
053
052
050
19
~
20 0
210
220
230
rr
_._--400
+
048
1.800
250
I"
vo
+
290
043
JOO
!!.m
0.275
IL1ll1
16.991
.
+
038
-'---
~
330
340
350
~~~~~~=10~~1='r-~1=2r-~1=3~~14~~~
NOTES
1. 0 DENOTES A PIN
2. + DENOTES NO PIN
I
TOP VIEW
_ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _360
_ _J _ _ _l _
f-______ O.185 ~-----___i ~
0.690 117.5)
iL2Z!.
ALL DIMENSIONS IN INCHES
(ALL DIMENSIONS IN MILLIMETERS)
(.51)
r-n--rQJOlJU]Jl]JOlULI""Irm~~]~~
F9'
1
l!N~J~l!NU:~~~~;;~
" D ..JJ. T..JJ.
I.MI
lLlBl
1.38)
11.02)
TOLERANCE
NON-ACCUMULATIVE
ALL DIMENSIONS IN INCHES
IN DRAWING NUMBER
SECTION 13. OUTLINE DRAWING
14
13
12
11
10
9
8
7
6
5
4
3
2
1
SEQUENCE
1
J"
I!.§!!!!.
0.568
~
15
16
17
19
18
21
20
22
23
24
25
26
27
TOP VIEW
28
All DIMENSIONS IN INCHES
(ALL DIMENSIONS IN MILLIMETERS)
I
~-----------------------~~--------------------~~
Iil21
~i~"'" I' II 'I
li lij lil li li li ~lli li li jli liLV li~ ~~'J~~I
llO..&'----l
J
~
0015 TYP
8
I
Q.ll.Q. IZlil TYP
!I.DZ.Q.
0.030
I.Ml
ILZ61 TYP
(.38)
(.76)
0.090 (229)
TOLERANCE
NON-ACCUMULATIVE
1!I.§Zll.
0.590 (1499)
:~~
,....,='6~
6
IL1llJ
.....,9;,.....,,;1;,0r.lo.,.;,II:,....";;'2,,...,,';,:3:r-..:'=4.,-L,,;';,5
TOP VIEW
=
I
(6f
ALL OIMENSIONS IN INCHES
I----------I!.m
12L11!-------i. lL2Zl
0.740 (11.5)
(ALL DIMENSIONS IN MILLIMETERS)
··...
(.511
~~~nn~~'j~~ 'F91111
:70
:
61
. .S
(_--r_~1SEATING
I !ill!I.1W61
PLANE
• 3 64
..
..
·!s3
:eo
:
:..
•
0.'25 (3. 18)
L~~TYPI
tm~TYP I
~ ifflj-l
62
·
:
·:.
.51
TOLERANCE
NON-ACCUMULATIVE
:49
1800
:47
....
"2
:38
BOTTQMVIEW
NOTES
I. O· DENOTES A PIN
2. + DENOTES NO PIN
"
D ..lI.. T..lI..
ALL DIMENSIONS IN INCHES
IN DRAWING NiJMBER
SECTION 13. OUTLINE DRAWING
SEQUENCE.
~.~~4-~~---~
0525
T
'--r1--rr-n-...,...,.....,..,..f-r-r-.,..,-.,..,-,..,....,.,....J' ~ 0.040 DIA; 0.2 LONG
t
0.025
0.080
IT
PIN SPACING
0.200 TYP
0
1
2.000
0
2
_
0
3
0
4
01'0
5 6
0
7
n
t°t
0
8
0
9
llL..
. MAGNET
SOUTH rolE
i
f-------3.000-----~·I _ _
o 200
. _
g I
2.3
~
0
10
0.400
1~
t
0.020 DIA; 0.20 LONG
-'--+--0 0
0 0
0 0
0
0
K 1 2 3 4 5 6
BOTTOM VIEW
0
0
0
0
0 0
0
8 9 10 111213 14
I
I
I
1.800
--- + ---
2.000
I
J
I
-0.000
I
,,~-, ,
.
I
•
I
, r,'
- ---,- ..f."""""t--
+,
I
I
'- '
I
,
0.075
,
I
,--,--_+-__ ~2l~~~~~2
..
1 +0.002
o.176
+l08_______1r6ril_5_14
13
12
0,0 0__
0__
0 __
0
0.100
,
0.500 MIN.
'-I
'-J
l...J
2J 2Jl1g1gV~~
M539a
BOTTOM VIEW
·0.015
sa
1
LEAONO.l
I
14.22 (.5101
'---r-rrJ-r-rr-~~ J
f------------- ~~:~; :::::-------------~
2.54 1.1001
2i2!!l
0.20 (.0081
2.19 (.1101
=r
I---:;:~ ::::-----11
i3i UiiOi
" D.A.T.A.
ALL DIMENSIONS IN INCHES
AWING NUMBER
SECTION 13. OUTLINE DRAWING
BASE
PLANE
S!A'l'INQ
PLANE
OAUGE
PLANE
A
MOO01AA .200
MAX
MOO01AB ..ll§
200
MOO01AC •..!i2
.200
MOOOIAD .120
B
C
D
.020 . i l l . ill
MIN .023 .070
..Qll .,!WI
050 020 .065
.020 .014 .035
.050 .020 .065
.Q1Q .014 .050
160 065 020 065
.035
MOO01AE .120 . i l l
.160 .065 .020 .065
.m
.m
K
E
H
J
F
G
. i l l . i l l .325 . ill .100
.015 .785
.w
. ill
MAX .280
.~
M
NO. OF LEADS
14
MIN
14
. ill . i l l .040 .065
012 770 325 260
.008 • 745 .300 .240
.012 .785 .325 .260
.008 .HE. • 300 .240
012 770 325 2~0
.JLQ] . ill .lQQ .240
.012 .785 .325 .260
SEQUENCE
150
.125
.150
.125
150
.125
.150
.090
• 015
.060
.065
.075
.040
.07 :>
.050
085
• 050
.085
16
E)
14
ii90
16
.015
.060
.,.
.,.
B
C
.240 • 140
.~!~ "0 ,160
MOOO2AB .010 .240 ,140
A
nOM''''L
([
;.T
OPTIONAL
ENO CONFIG
TYPICAL.
'n+rll..J.Lj
e
.310
e
MOOO2AA
,500
MOOO2AC
MOOO2A
.150
\-.IJ:..[~~+l1,, ~"IE'~ :r I
I: I
r-JI,ms
I·:
1--.,
1-"
I
I I
I~'
• 300
I,
rYP
MOOO2AE
.
0
:m0
.J.!Q
.260
1
TP
.
o
TP
1S'
TP
12
0
0
0
G
22.5
18
10
P
. 0'
0
0
TP
0
MOOO
MOOO A
~
"0
1r
.240
.260
NO.OF
LEADS
MISSING
TP
0'i0 Z6"O 1"60
0
0
0
NO.OF
LEADS
TP
MOOO2A
.J,
1.000
I-nrTT-4-+l'. ~_
. 021
0
.15
5
B
:g~; ~
~ U$[ ~o
stATING
PLANE
MOO04AA
NO.OF
LEADS
14
MOO04AB
14
MOO04AC
14
MOO04AD
10
MOO04AE
10
B
C
D
.005 .ill .350 TYP
50
5
.005 ·ill .350 TYP
.050 .025
.000 •.l!QJ! .350 TYP
MOO04AF
14
• 005 . ill .300 TYP
.050 .050
.005 . ill .250 TYP
0
. ill . ill .400 TYP
MOO04AG
16
.400 TYP
MOO04AH
16
.450 TYP
A
MOO06AA .010
.04:0
0
C
.140
.160
0
"0
"0
MOO06AE
MOO06AF
.!t
MOO06AG
0
F
.500
MIN
.500
MIN
.500
MIN
.500
MIN
.500
MIN
.500
.m
.500
.m
11'
TP
36'
TP
36'
P
36'
TP
30'
TP
36'
TP
30'
TP
10
10
10
12
10
12
<.*~
INDEX
'> .
AREAt
~=:IiJ@
~y
.-.
.008
1Ii!
, - TERMIN'AL
ABC
D
E
F
G
H
J
M0015AA ..gQ .020 ;016 ~ 1.20 .515 ~ .040 ,040
.250 :070 .020 .070 1:29 :580 .200 :075 :TOO
M0015AB .120 .020 .016 .028 .700 .515 .100 .040 .040
:250 :o'fO .020 :1f'nf :B4lf
:no :1f'nf ,lr21f .If'ni r:B9
:-sso :no
:oor!l"
:oso
;-nr; ;nm
M0015AC .120 .020 .016 .028 1.80 • 15 .10
.700
1'200
.~
~
;mo :020 :055 ;sro :OSO:-200 :oB1!"
:oso
" D.A.T. A.
24
16
.1m)
.020 .025
36
.125 .020 .050
24
:no:oro:020:oDOr.rs:-rnr:no:1f'S1f;lr51l"
M0015AG .090 .020 .014 .050 1.220.520
:T5O
li20 :054 1. 2 90 • 550
M0015AH .100 .000 .015 .015 1.380.485
:YOll :070 :020 • 055 1. 20:sT5
.100 .000 ~ ~ 1.980.485
:-2ll1f ;o'fO .020 .055 2 020 515
M0015AK .145 .030 .015 .040 1.240.540
;T7O .05lf :020 ;o5ii 1.260:580
16
:T01i'-i7rt-.,..--t---,,----l
M0015AD .100 .000 .015 .015 1.17 .515 .100 .020 .025
:-2ll1f:1f'nf:020;o5"5"r:2I:-SSO:no~:oso
MOOISAE .100 .000 .015 .015 .770 .515 .100 .020 .025
M0015AF .100 .000 .015 .015 1. 7 • 15 .10
NO.OF NO.OF
LEADS PINS MISSING
24
0
:T5O 060 :TOO
.100 .020 .040
.2'0'0 li71i 071i
28
.J!iQ.
40
20
.100 .045 ~
.140 .075 .085
24
.~
~
ALL DIMENSIONS IN INCHES
SECTION 13. OUTLINE DRAWING
[SEATING PLANE
~~E~;GlNE
ffrB}:=
l-!
.550 .444
•
.66oE
~_
"I
1I,~I=·=·~=rg=-~~14
r
rl
·-=+-I-·-I+-~---"';~~I
~~g
,
:~R
.L
=
.116_1 ~ ~
Q
MAX.
~
TO-77
J
.160 MIN
~!t..!ll'180
~
_'~
TO-84
~ 015
INDEX
0-~1I"'MAxzs,POINT
=-
r.:;'0)
.060
:oso
-+--"MI-.:
:010
~
T
f
.240
.260
.240
.275
~'g
~I 6 ~9~~j
~
t
-'----.of~~ ~15 -oJ ~~,o~~®
____f
.01~MAX. ~
MAX'C..J
fii\
SEATING PLATE MAX\:J
t
I
.070
I
[005 L.070
.035
SEATING PLANE
" D.A. T. .11..
---.i.
1:== - -
.030
MIN
.o70J-:I
MIN
.006
6J
.030
.070
:11:==~~~~§§~~~r====j---.i.
t [.COS L.070
--·-.070J~3
.035
MIN
MIN
.006
SEATING PLAN£ _ _ ·•
ALL DIMENSIONS IN INCHES
SECTION 13. OUTLINE DRAWING
ALTERNATE INDEX
POINT
ALTERNATE INDEX
POINT
INDEX POINT
ALTERNATE INDEX
POINT
I:~C7',
LOIO
.019~
8
240
:290
.330
.350
~..I,+-------l
.005
0·015MAX.
I
.Lj4I?~·0~3~5___ ~__________
r:::
030
SEATIN5 PLANE
INDEX POINT
"1
.reo
lJ7(5
7
003
PLANE _t006
It i
,070 "~070l---~--------':~-
.015MAX.
~SEATING
.005
r,35
I-- .070
I
~ ---'----;070
MIN.'
JIG
MIN.
MIN
ALTERNATE INDEX
POINT
SEATING PLANE
11.llml
I'.jl",
~@
REF'
PLAI~E
I" SEA.TIN G
.165.
.185
T"[]"
""
~
T
.
I
..
J
.2fJ?
TP
.115
TP
§
"
->,
~-
23
J40
~ .160 '16 -'0.
.335
L
"--.=-------
! ',_
I
.040MAXJ' ,·(O.IM.B)
.Ql0
.040
/
A
/A
'~~~~'
'~Y',oo, :g~
\gk~~
.' '\~7"",_
.370.305..
I
PLANE
I
50'
·MIN.""!
I ,
1--'
.Qi§]€,
(~~A)
A.
I
~.029;;:;
i
1
-6
.045
3g
\:~
1'·1"1
" D.A.T.A.
ALL DIMENSIONS IN INCHES
IN DRAWING NUMBER
SECTION 13. OUTLINE DRAWING
SEQUENCE
JED E C "M 0" 0 RAW I N G NOT E S
1.
Refer to rules for dimensioning axial lead product outlines.
2.
Refer to rules for dimensioning peripherial lead outlines.
3.
Leads within .005 radius of true position (TP) at gauge plane with maximum material
condition and unit installed.
4.
Leads within .003 or .007 radius of true position (TP) at gauge plane with maximum
material condition.
5.
Apply in zone measured .000 to .030 when unit installed.
(TP) /it gauge plane with maximum material conditipn.
6.
Applies to spread leads prior to installation.
7.
Dimension .016 to .019 applies between dimensions .000 to .050 and .250 to .500.
Dimension .016 to .021 applies between dimensions .250 to .500 and .500 from seating
plane. Diameter is uncontrolled in dimension .000 to .050 and beyond dimension .500.
8.
Measured from maximum diameter of device.
9.
These dimensions determine a zone within which all body and lead irregularities lie.
Leads within .005 radius of
10.
Body stand off four places, spherical radius on seating surface.
offs omitted.
11.
The body stand off group is centered on the module and the stand offs shall be within
a .010 radius of their TP measured at gauge plane.
12.
Mechanical index.
13.
Radius three sides.
14.
Draft four sides.
15.
Either numeric or Alpha-numeric terminal lead designation system may be used for this
outline. Alpha-numeric system is preferred.
16.
Terminal lead stand off, four places.
omitted.
17.
Contour within dotted outline optional.
18.
The dimension .016. to .019 applies between the dimensions .025 max and .070 min.
Diameter is uncontrolled within the .025 dimension.
19.
When base of body is to be attached to heat sink, terminal lead stand offs are not
required and Dim. B equals O. When Dim. B equals 0, the lead:> emerge from the body
with the D dim. and reduce to the C dim. above the seating plane.
20.
Contour optional.
21.
Pin spacing is .100 TP except for outer most rows where spacing i:> 1.5x.100 TP.
(For example - spacing between pin #64 and #1 is .150 TP, where as spacing between
pin #1 and #2 and #3, etc. is .100 TP.)
22.
Typical all sides.
23.
Terminal lead shall be within .203 mm radius of their TP measured at gauge plane.
24.
Visual index position relates to JEDEC outline TO-69.
index area is preferred.
25.
Distance between lead centerlines.
" D.A. T. A.
Terminal lead stand
Centered on pin within .006.
Body stand offs
Visual index located within
ALL DIMENSIONS IN INCHES
SECTION 13. OUTLINE DRAWING
,.
rr
JEDEC TO DRAWING NOTES
•
1.'
Maximum number of leads omitted in this outline, Three (3). The number and position of
present are indicated in the product registration, Outline designation determined by the
location and minimum angular spacing of any two adjacent leads.
2.
(All leads) Diameter is uncontrolled to .050 from seating plane and beyond minimum
tolerance of lead length (1.5 or .5) from seating plane. Dim. A applies between .050
and .250 from seatin6 plane. Dim. B applies between .250 and minimum tolerance of
lead length from seating plane.
3.
Measured from maximum diameter of the actual device.
4•
Leads having maximum diameter .019 (.483MM) meagnred in gaging plane .054 (1.37MM) • 001 (.025MM) - .000 (.OOMM) below the seating plane of the product shall be within
.007 (.178MM)of their true position relative to a maximum width tab.
5.
The product may be measured by direct methods or by gage.
6.
Tab centerline.
7.
Lead dimensions uncontrolled in this zone to allow for body and. lead finish irregularities.
8.
Leads missing from their designated pOSitions shall. also be counted when numbering leads
for specific applications.
'
9.
Spacing ar:d angle of the end'leads at the point of emergence of body is ,not controlled.
10.
Leads spaCing shall be measured within .030 (.762MM) from the point of emergence from the
body or, as in the case of end lead, from the point where the extension of the body outline
intersects the end leads.
11.
Mechanical index, optional.
12.
Maximum number of leads omitted in this outline, One (1). The number and position of leads
actually present are indicated in the product registration. Outline designation determined
by the location and minimum angular spaCing of any two adjacent leads.
13.
Irregularity in body outline not controlled in this zone.
14.
Maximum number of leads omitted in this outline, None (0). The number and pOSition of leads
actually present are indicated in the product registration. OUtline designation determined
by the location and minimum angular or linear spacing of any two adjacent leads.
15.
Overall installed width.
16.
Index to be visible from top, this end only.
17.
Lead transition geometry from .015/.023 to .030/.070 optional on body side of seating plane.
18.
Installed position of lead centers.
19.
(All leads) .016/.019 applies between .050 max. and .250 min • . 016/.021 applies between
.250 min. and .500 (12.70MM) from reference plane. Diameter is uncontrolled in .050 max.
and beyond .500 (12. 70MM) fr.om reference plane.
20.
Contour of package beyond this zone optional, but must be confined with .310/.330 and
.120/.240.
21.
Contour and orientation of fixed terminal lugs are undefined.
22.
The body and terminals of the device, with the exception of the extended lug length .650 max
and .575 max, lies within the cylinder defined by 1.227 max, and length 1.810 max.
23.
A chamfer (or undercut) on one or both ends of the hexagonal portions is optional.
24.
Length of incomplete or undercut threads of dim • . 425 min and .499 max.
25.
Pitch dia. of 1/2-20UNP-2A (coated) threads (ASA B1.1-1960) .
26.
Minimum flat.
27.
This Z0ne is controlled for automatic handling.
zone shall not exceed .010 in.
28.
(Three leads) Dimension .016 min. and .019 max. applies between .050 max. and .250 min.
Dimension .016 min. and .021 max. applies between .250 min. and 1.5 in. from seating plane.
Diameter is uncontrolled in .050 max. and beyond 1.5 in. from seating plane.
29.
Three Leads.
" D ../j.T.A.
The variation in actual diameter within the
ALL DIMENSIONS IN INCHES
ALGG - AEG-TELEFUNKEN
Zip Code
Postfach 1109,07100 Heilbronn, Germany....................................................................
Telephone No.
07131-9921
Telex
728746
APX - AMPEREX ELECTRONIC CORPORATION
Telephone No.
401-762-9000
TWX
710-387-1591
312-593-8220
910-222-3457
NEW YORK ............... Hicksville ............... Amperex Electronic Corporation ............ 11802
230 Duffy Avenue
516-931-6200
516-433-9045
CANADA ................. Ontario .................. Philips Electronic Industries Ltd.
Electron Devices Division
116 Vanderhoof Avenue
Toronto
416-425-5161
Telex
02-2221
Telephone No.
TWX
516-567-5600
510-228-7324
Providence Pike, Slatersville, Rhode Island
Zip Code
.................................................................... 02876
ILLINOIS ................ Elk Grove Village ... Amperex Electronic Corporation ............ 60007
175 Scott Street
.. ......... M4G 2J1
DOC - ILC DATA DEVICE CORPORATION
Zip Code
105 Wilbur Place, Airport International Plaza, Bohemia, New York ................................. 11716
DTL - DATEL SYSTEMS, INC.
Zip Code
1020 Turnpike Street, Canton, Massachusetts .............................................................. 02021
Telephone No.
617-828-8000
TWX
710-348-0135
Telex 924461
CALIFORNIA ........... Santa Ana
.......... Datel Systems, Inc .............................. 92705
Western Regional Sales Office
1570 East Edinger Street
Suite 7
714-835-2751/
Telex
65-5475
2/3
FERB - FERRANTI LIMITED
Zip Code
Gem Mill, Chadderton Oldham, Lancashire, England ....................................................... OLN 8NP
Telephone No.
061-624-0515
Telex
668038
Dunsinane Avenue, Dundee, Scotland ............................................................................ DD23PN
0382-89311
0382-89321
76166
AUSTRALI A ............... Victoria ................. Namco Electronics ................................ 3186
239 Bay Street
North Brighton
96-2891
AA 31261
FRANCE .................... Paris 15e ................ Ceram ............................................... ..
31, Rue du Docteur Finlay
577 42 50
25305
Attn. CERAM
GERMANy
089297353
523980
780231
31317
SWEDEN .....................Vallingby ................ Sonab Marketing A.B. (Agency Dept.) ....... 162 26
Sorterargatan 8
08/380130
17879
U. S. A.
516-293-8383
510-224-6483
IT AL Y
.............. 8 Munich 22 ........... Ferranti GmbH .................................... .
Widenmayerstrasse 5
...................... Milano .................... Messrs. Mottola .................................... 20122
Piazzeta Umberto Giordano 2
.. ................... New York .............. Ferranti Electric, Inc ............................. 11803
East Bethpage Road
Plainview, Long Island
FSC -FAIRCHILD SEMICONDUCTOR
Zip Code
DIV. ofFAl RCHI LD CAMERA & INSTRUMENT CORP.
464 Ellis Street, Mountain View, California .................................................................... 94042
Telephone No.
TWX
415-962-5011
910-379-6435
Cable
FAIRSEMCO
HAS - HARRIS SEMICONDUCTOR
Zip Code
Post Office Box 833, Melbourne, Florida ........................................................................ 32901
Telephone No.
305-724-7412
Telex
59596259
024283602
26382
279-1691
781-26525
Telephone No.
408-244-0500
TWX
910-338-0254
INTERNATIONAL
BELGIUM
................ Brussels .................. Harris Semiconductor,lnc. . .................. B-1000
53 Blvd. de Waterloo - Bte 5
JAPAN ........................Tokyo ..................... Harris Semiconductor ............................
Far East Division
B - 111, Time-Life Bldg.
2-3-6 Ohatemachi, Chiyoda-Ku
ITI -- INTECH/FMI INC.
282 Brokaw Road, Santa Clara, California
Zip Code
.................................................................... 95050
OKIJ - OKI ELECTRIC INDUSTRY COMPANY, LTD.
Telephone No.
Telex
10-4-3 Shibaura, Minato-ku, Tokyo, Japan .....................................................................
Zip Code
03-454-2111
J22627
UNITED STATES ....... New York •......•...•... OKI Electric Overseas Corporation ......... 10022
212-371-2054
223217
0211-15046n
8587218
(New York)
850 3rd Avenue
WEST GERMANy ...... Dusseldorf ........... OKI Electric Europe GmbH
Berliner Allee 22
.................. 4000
PHIN - PHILIPS GLOEILAMPENFABRIEKEN
PRODUCT DIVISION ELCOMA, BUILDING BF
Zip Code
Eindhoven, Netherlands ...............................................................................................
Telephone No.
(040)791111
ARGENTINA ............ Buenos Aires
652-7438/7478
......... Fapesa I.y.C .................................... .
Av. Crovara 2550
2066
N.S.W.
421261
AUSTRIA .................. Wien ........................ Osterreichische Philips ......................... A-1072
Bauelemente Industrie G.m.b.H.
Zieglergasse 6
932611
BELGiUM ................... Bruselles ................. M.B.L.E. .......................................... B-1070
80 Rue des Deux Gares
5230000
BRAZIL ...................... Sao Paulo, SP ......... Ibrape S.A. ....................................... 01311
Ave. Paulista 2073-S/Loja
278-7144
CANADA .................. Toronto ................ Philips Electronics Industries, Ltd. .......... M4G 2J1
116 Vanderhoof Avenue
(Ontario)
425-5161
DENMARK ................ K.6benhavn NV......... Miniwatt A/S ..................................... DK-2400
Emdrupvej 115A
(01)691622
FINLAND .................. Helsinki 10 ............ Oy Philips Ab ...................................... SF-00100
Elcoma Division
Kaivokatu 8
1 72 71
FRANCE ................... Paris 11 ................... R.T.C.(RTCF)* .................................. F-75540
La Radiotechnique Compelec
130 Avenue Ledru Rollin
3554499
GERMANY ................ Hamburg 1
(040) 3296-1
AUSTRALIA .............. Lane Cove .............. Philips Industries, Ltd.
Elcoma Division
67 Mars Road
HONG KONG .............. Kwuntong
ITALy
........... Valvo (VALG)* .................................. 02
UB Bauelemente der Philips GmbH
Valvo Haus
Burchardstrasse 19
............ Philips Hong Kong Ltd.
Components Dept.
11th FI. Din Wai Ind. Bldg.
49 Hoi Vuen Rd.
..................... Milano .................... Philips S.p.A. .....................................
Sezione Elcoma
Piazza IV Novembre 3
* Manufacturer Code inside ( ) can be found in Section 14,
Manufacturers Code Names & Addresses
Cable
PHILIPS
EINDHOVEN
Telex
06-22221
K42-72-32
1-20124
2-6994
Continued on next page
PHIN - PHILIPS GLOEILAMPENFABRIEKEN (Cont'd)
Zip Code
PRODUCT DIVISION ELCOMA, BUILDING BF
Eindhoven, Netherlands .............................................................................................
Telephone No.
Cable
(040) 791111
PHILIPS
EINDHOVEN
JAPAN ....................... Tokyo .................... Nihon Philips .................................... .
32nd Fl., World Trade Center Bldg.
5,3-chome, Shiba Hamamatsu-cho
Minato-ku
03-435-5268
KOREA ..................... Seoul
44-4202
MEXICO
................... Philips Electronics Korea Ltd.
Philips House
260-199 Itaewon-dong
Yongsan-ku
................. Mexico 6, D.F •....... Electronica SA de C.V.
Varsovia No. 36
5-33-11-80
NETHERLANDS ....... Eindhoven ............. Philips Nederland B.V ............................ NL-4510
Afd. Elonco
Boschdijk 525
(040)793333
NORWAY ..........•....... 0S10 4
(02)150590
.................. Electronica A/S
Vitaminveien 11
SOUTH AFRICA ....... Johannesburg ......... EDAC (Pty.l Ltd.
South Park Lane
New Doornfontein
24/6701-2
SPAIN
3296312
..................... Barcelona 7 ........... Copresa S.A ....................................... .
Balmes 22
SWEDEN .................... Stockholm 27 ........ Elcoma A.B.
Lidingl'ivagen 50
SWITZERLAND ........ Zurich
8-10250
08/679780
................ Philips A. G. . .................................... CH-8027
Elcoma Abteilung
Edenstrasse 20
01/442211
TAIWAN ..................... Taipei .................... Philips Taiwan Ltd.
Elcoma Division
San Min Bldg., 3rd Flo
57-1 Chung Shan N. Road
UNITED KINGDOM ... London ................. Mullard Ltd. (MULB)*
Mullard House
Torrington Place
5513101
WC1 E 7HD 01-580-6633
UNITED STATES ...... Rhode Island ........ Amperex Electronic Corp. (APX)* .......... 02876
Sem. & Microcircuits Div.
Providence Pike, Slatersville
§]
401-762-9000
PLSB - PLESSEY SEMICONDUCTORS
Zip Code
Cheney Manor, Swindon, Wiltshire, England .....................•................................................ SN220W
Telephone No.
0793-6251
Telex
449637
U. S. A. .......................... California ............... Plessey Semiconductors .... ..................... 92705
1674 McGaw Avenue
Santa Ana
714-540-9945
910-595-1930
RTCF - R.T.C. LA RADIOTECHNIQUE-COMPELEC
130, Avenue Ledru· Rollin, 75.540, Paris Cedex 11, France .............................................. .
Telephone No.
355-44-99
Telex
PHILAMP PARIS
28746
SGAI - SGS-ATES COMPONENTI ELETTRONICI S.P.A.
Zip Code
Via C. Olivetti 2, Agrate Brianza, Italy ........................................................................... 20041
Telephone No.
39.650141
Telex
36131
ENGLAND ................. Aylesbury Bucks .... SGS·ATES (United Kingdom) Ltd. ..........
Walto n Street
5977
83245
FRANCE .................... Paris
5842730
021/25938
GERMANY ................. Wasserburg Inn ....... SGS·ATES Deutschland GmbH ................ 809
Postfach 1269
08071/721
525143
ITALy ....................... Milano .................. SGS·ATES Componenti Elettronici S.p.A .. 20149
Via Tempesta 2
4695651
31481
SINGAPORE ............. Singapore ............... SGS·ATES Singapore (PTE) Ltd ............ 12
Lorong 4 and 6 Toa Payoh
531411
21412
SWEDEN .................... Marsta ................... SGS·ATES Scandinavia AB ..................... 19501
Postbox
0760/40120
10932
U. S. A ....................... Massachusetts ........... SGS·ATES Semiconductor Corporation ..... 02160
435 Newtonville Avenue
Newtonville
617-969-1610
0922482
...................... SGS·ATES France SA .......................... 75643
Residence "Le Palatino"
17, Avenue de Choisy
SOD -
SOLITRON DEVICES, INC.
Zip Code
Telephone No.
TWX
10983
914-359-5050
710-576-2654
CALI FORNIA ............ San Diego ............... Solitron Devices, Inc ............................ 92123
8808 Balboa Avenue
714-278-8780
910-335-1221
FLORIDA .................. Riviera Beach ......... Solitron Devices, Inc.
1177 Blue Heron Blvd.
305-848-4311
510-952-6676
CO RPO RATE 0 FFI CES
256 Oak Tree Road, Tappan, New York
33404
INTERNATIONAL
Telex
ENGLAND
AND
EUROPE
............... Bedminster ............ Solidev Ltd.
Edison Road
EI ms Industrial Estate
Bedford
ASiA ........................... Kowloon ............... Solidev (H. K.) Ltd .............................. .
(Hong Kong)
Post Office Box K 2042
(0732)60531
825461
3-241187
TWX
780-7914
SPR - SPRAGUE ELECTRIC COMPANY
Zip Code
SEMICONDUCTOR DIVISION
115 Northeast Cutoff, Worcester, Massachusetts .................................................. .... ....... 01606
Telephone No.
617-853-5000
THCF - THOMSON·CSF
Zip Code
DIVISION SEMICONDUCTEURS SESCOSEM
50, Rue Jean Pierre Timbaud, BP 120, Courbevoie, France ............................................... 92403
Telephone No.
Telex
788-50-01
SESCO
610560 F
AFRICA (South)
869.57.86
J-437634
AUSTRALIA ............ Melbourne ............. Thomaus ............................................ 3001
GPOB 2647X
676363
THOMAUS.AA
31888
AUSTRIA ................... Wien ..................... Transalpina Electronica Ltda ................ A1010
Elisabethstrasse 8
56.15.71
Inland 12717
BELGIUM .................. Bruxelles 5 ............. Thomson SA - N.V ........................... B 1050
Avenue Louise 363
648.64.85
23113
BRAZI L
616-483
TESAFIBRA EMBRATEL
SP 309171 SAO PAULO
DENMARK ................ Copenhagen .......... Scan Supply ...................................... 2200
20 Nannasgade
1935030
9037
ENGLAND
25629155
858865
49.01.37
Pierrejoly Helsinki
(91)279815
41.665
.... Alberton .............. Comtek ............................................ ..
(Transvaal)
Post Office Box 57
................... Sao Paulo ............... Thomson CSF Componentes do Brasil ... ..
Caisa Postal 4854
............. Basingstoke ............. Thomson-CSF (U.K.) Ltd.
Ringway House, Bell Road
Danneshill, Hants
FINLAND ................. Helsinki 25
.......... DY Sufra AB .................................... ..
Ruusulankatu 20 A 12
FRANCE ................... Aix En Provence ..... Sescosem ............................................ 13102
Service Commercial
15, rue Camille
Pelletan
Saint Egreve ......... Sescosem
Service Commercial
38120
(76) 758112
Continued on next page
THCF - THOMSON-CSF (Cont'd)
Zip Code
Telephone No.
Telex
92403
788-50-01
SESCO
610560 F
GERMANy ................ Munchen 25 ............ Thomson CSF GmbH ............................ 8000
Fallstrasse 42
8976751
522.916
ITALy ....................... Milano ................... Sescosem Italiana ................................• 20.125
Via Melchiorre Gioia, 72
6884141
Ducato 31.042
MOROCCO
273100
273123
21924
NORWAy ................... Oslo 6 .................... Feiring AS •...........•...•......................
Post Office Box 101
Bryn
(2) 686360
16 435 feiring 0
PORTUGAL .......•.....•. Lisbon ....•...........•.. Sd. Com Rualdo
Rua S. Jose 15
P.P.C. 33725
Rualdo 6447P
Lisbonne
SPAIN
319.46.50
53077
SWEDEN .................. Solna 3 .................. Elektrholm AB ................................... 17 103
Oalvagen 12 S
82.02.80
19.389
SWITZERLAND ....... Berne 9 ................. Modulator S. A .................................... CH3000
Fischerweg 11.13
232142
32431
THE NETHERLANDS. La Haye ................• C. G. E. Compagnie Generale O'Electricita N.V.
Koninginnegracht 64
60.88.10
31.045
U. S. A.
(213)887-1010
651.479
DIVISION SEMICONOUCTEURS SESCOSEM
50, Rue Jean Pierre Timbaud, BP 120, Courbevoie, France
............... Casablanca ............. SFRM .............................................. .
40 Blvd. de la Resistance
Palais Mirabeau
...................... San Juan Despi ..•.• Componentes Electronicos S. A.
(Barcelona)
Poligono Industrial, Fontsanta
Calle, H.S/N
.................... California .............. Nucleonic Products Company, Inc.......... 91303
6660 Variel Avenue
Canoga Park
QPL
MFR.
DATA
FSCM
No.
MFRS.'
MANUFACTURERS' CODES, NAMES, AND ADDRESSES
•••
DESIG •
CODE
25055 - ABA
- Abacus Division, Information Control Corp., 9610 Bellanca Ave., Los Angeles, CA 90045
AlGG
- AEG-Telefunken, 0-71 Heilbronn, Postfach 1109, West Germany
AMI
AMV
ANA
- American Micro-Ssytems, Inc., 3800 Homestead Rd., Santa Clara, CA 95051
- Advanced Micro Devices, Inc., 901 Thompson Pl., Sunnyvale, CA 94086
- Analog Devices, Route 1, Industrial Park, P.O. Box 280, Norwood,MA 02062
APX
BEC
BOW
BUB
83594- BUR
CER
06900- DAC
19645- DOC
15476 - DEC
DIS
14506 - DTC
* Amperex Electronic Corp., Solid State & Active Dev. Div., Providence Pike, Slatersville, RI 02876
-
IlC Data Device Corporation, 105 Wilbur Pl., Airport International Plaza, Bohemia, NY 11716
- Digital Equipment Corp., One Iron Way, Marlborough, MA 10752
- Discon Industries, Inc., 1322 N.W. 14th Ave., Pompano Beach, FL 33060
- Data Technology Corp., 2700 So Fairview Rd., Santa Ana, CA 92704
DTl
ECD
52063- EXR
12264- FERB
FMI
CFJ - 07263 - FSC
CAKK- 14936- GIC
91417 - HAS
33256- HBC
INL
INTG
Datel Systems, Inc., 1020 Turnpike St., Canton, MA 02021
- Energy Conversion Devices, Inc., 1675 West Maple Rd.,Troy, MI 48084
- Exar Integrated Systems, Inc., 750 Palomar Ave., Sunnyvale, CA 94086
Ferranti ltd., Electronics Dept., Gem Mill, Chadderton, Oldham, lancashire, England
- See ITI.
Fairchild Semiconductor, 464 Ellis St., MS: 20-1 066, Mountain View, CA 94040
-
CIT
- 15238- ITT
ITTB
MATJ
MITJ
MMI
50507 - MNC
20747 - MON
CGG - 04713- MOTA
MULB
NECJ
NECM
NPC
CCXP - 12040 - NSC
26287 - DEI
OKIJ
General Instrument Corp., 600 W. John St., Hicksville, NY 11802
Harris Semiconductor, P.O. Box 883, Melbourne,Fl 32902
- Hybrid Systems Corp., 87 Second Ave., Burlington, MA 01803
- Intersil, Inc., 10900 North Tantau Ave., Cupertino, CA 95014
- Intermetall, Halbleiterwerk der Deutsche ITT Inc., GmbH, 78 Freiburg, Hans-Bunte-Strasse 19, Germany
ITI
ITL
Beckman Instruments, Inc., Helipot Div., 2500 Harbor Blvd., Fullerton, CA 92634
Bowmar, Inc., 4900 E. Indian School Rd., Phoenix, AZ 85018
Burr-Brown Research Corp., International Airport, Industrial Park, Tucson, AZ 85734
Burroughs Corp., P.O. Box 1226, Plainfield, NJ 07061
Cermetek, Inc., 660 National Ave., Mountain View, CA 94043
DI/AN Controls, Inc., 944 Dorchester Ave., Boston, MA 02125
Intech/FMI, Inc., 282 Brokaw Rd., Santa Clara, CA 95050
-
Intel Corporation, 3065 Bowers Ave., Santa Clara, CA 95051
ITT Semiconductors, 748 Commerce Way, Woburn, MA 01801
ITT Semiconductors, Footscray, Sidcup, Kent, England
Matsushita Electronics Corp., Semicon, Div., 1 Kotari-Yakemachi, Nagaokakyo, Kyoto 617, Japan
Mitsubishi Electric Corp., Kita-Itami Works, 4-1 Mizuhara, Itami-Shi, Hyogo-Ken, Post Code 664, Japan
Monolithic Memories, Inc., 1165 E. Arques Ave., Sunnyvale, CA 94086
Micro Networks Corp., 324 Clark St., Worcester, MA 01606
Aydin Monitor Systems, 401 Commerce Dr., Fort Washington, PA 19034
Motorola Semiconductor Products, Inc., 5005 E. McDowell Rd., Phoenix, AZ 85008
Mullard Ltd., Mullard House, Torrington Pl., London WC1E 7HD, England (under PHIN, Sec. 14)
Nippon Electric Co., Ltd., 1753 Shimonumabe Nakahara-ku, Kawasaki City, Japan
NEC Microcomputers, Inc., Five Militia Dr., Lexington, MA 02173
- Nucleonic Products Co., Inc., 6660 Variel Ave., Canoga Park, CA 91303
- National Semiconductor, 2900 Semiconductor Dr., Santa Clara, CA 95051
- Optical Electronics, Inc., P.O. Box 11140, Tucson, AZ 85706
**
*
0 KI Electric Industry, Co" ltd., Electronic Products Sec., IntI. Div., 10-3, Shibaura 4-chome, Minato-ku,
Tokyo 108, Japan
OPT
-
PHIN
PlSB
- N. V. Philips Gloeilampenfabrieken, Product Div., Elcoma, Bldg. BF, Eindhoven, Netherlands
- Plessey Semiconductor, Cheney Manor, Swindon, Wiltshire, England
*
Optimax, Inc., P.O. Box 105, Advance Lane, Colmar, PA 18915
New Manufacturers
827
Manufacturers shown in bold print have local offices,
which are included in Section 14 of this D.A.T.A.BOOK.
QPL
FSCM
No.
MFR.
DESIG.
DATA
MFRS.'
CODE
MANUFACTURERS' CODES, NAMES, AND ADDRESSES
06665- PMI
RAG
CRC - 86684- RCA
12556- RTCF
- Precision Monolithics, Inc., 1500 Space Park Dr., Santa Clara, CA 95050
- Ragen Semiconductor, Inc., 53 South Jefferson Rd., Whippany, NJ 07981
- RCA Corporation, Solid State Div., Route 202, Somerville, NJ 08876
CRP - 21688- RTN
-
SGAI
SGL
18324 - SIC
SIE
SIEG
CDBN- 17856- SIX
SOD
-
56289 - SPR
11911- SSE
SSS
SST
51791- STK
27318- SWM
CCZX- 12498- TCY
CCAB - 03877 - TEC
CSF
THCF
CGO - 01295- Til
TIIB
TIID
Til F
95023 - TPN
TRW
85818 - TSC
VALG
VEL
WDC
07764- WLD
17850 - ZEL
R.T.C. La Radiotechnique·Compelec, 130, Avenue Ledru·Rollin,
75540 Paris Cedex 11, France (also under PHIN, Sec. 14)
Raytheon Company, 350 Ellis St., Mountain View, CA 94042
- SGS·ATES Componenti Elettronici S.p.A., Via C. Olivetti, 2, 20041 Agrate Brianza, Milan, Italy
- Silicon General, Inc., 7382 Bolsa Ave., Westminster, CA 92683
- Signetics Corporation, 811 East Arques Ave., Sunnyvale, CA 94086
- Siemens Corporation, Components Group, 8700 E. Thomas Rd., Scottsdale, AZ 85252
- Siemens Aktiengesellschaft, Semiconductor Div., Balanstrasse 73, D8000 Munich 8, Germnay
- Siliconix, Inc., 2201 Laurelwood Rd., Santa Clara, CA 95054
- Solitron Devices, Inc., 8808 Balboa Ave., San Diego, CA 92123
- Sprague Electric Co., 115 Northeast Cutoff, Worcester, MA 01606
-
Solid State Electronics Corp., 15321 Rayen St., Sepulveda, CA 91343
Solid State Scientific, Inc., Montgomeryville, PA 18936
Solid State, Inc., 46 Farrand St., Bloomfield, NJ 07003
Statek Corp., 1200 Alvarez Ave., Orange, CA 92668
Stewart·Warner Microcircuits, Inc., 730 E. Evelyn Ave., Sunnyvale, CA 94086
Teledyne Crystalonics, 147 Sherman St., Cambridge, MA 02140
Transitron Electronic Corp., 168·182 Albion St., Wakefield, MA 01880
- Thomson CSF, Div. Semiconducteurs SESCOSEM, 50, rue Jean Pierre Timbaud,BP 120,
92403 Courbevoie, France
-
Texas Instruments, Inc., MS 72, P.O. Box 5012, Dallas, Texas 75222
Texas Instruments, Ltd., Manton Lane, Bedford, England
Texas Instruments, Deutschland GmbH, 8050 Freising, Haggertystrasse, Germany
Texas Instruments France, Villeneuve· Lou bet, France
Teledyne Philbrick, Allied Drive at Route 128, Dedham, MA 02026
TRW Monolithic ICs, 301 West "0" St., Ogalalla, NB 69153
Teledyne Semiconductor, 1300 Terra Bella Ave., Mountain View, CA 94043
Valvo GmbH, P.O. Box 993, D2000, Hamburg, Germany (under PHI N, Sec. 14)
Vectron Laboratories, Inc., 121 Water St., Norwalk, CT 06854
Western Digital Corp., 3128 Red Hill Ave., Box 2180, Newport Beach, CA 92663
Wyle Computer Products, 3200 Magruder Blvd., Hampton, VA 23666
Zeltex, Inc., 940 Detroit Avenue, Concord, CA 94518
CUSTOM CIRCUIT MANUFACTURERS
AVD
CMI
IFD
80031- MEP
CCYL - 14522- MSC
05347 - ULT
-
Aydin Vector Division, P.O. Box 328, Newtown, Pa. 18940
CTS Microelectronics, Inc., 1201 Cumberland Ave., West Lafayette, Indian!! 47906
Integrated Frequency Devices, 4800 E. Indian School Rd., Phoenix, Arizona 85018
Mepco, Inc., Columbia Rd., Morristown, New Jersey 07960
Micro Semiconductor Corp., 11250 Playa Court, Culver City, Calif. 90230
Ultronix,461 North 22nd, Grand Junction, Colorado 81502
*
New Manufacturers
828
Manufacturers shown in bold print hQve local offices,
which are included in Section 14 of this D.A.T.A.BOOK.
SYMBOLS & CODES EXPLAINED
IN TYPE No. CROSS INDEX AND TECHNICAL SECTIONS
IN TYPE No. CROSS INDEX & TECHNICAL SECTIONS
6, {
Indicators of separate manufacturers producing same type number (non-JEDEC) whose characteristics are not the same. This manufacturer-identifying
#
symbol (assigned by D.A.T.AJ is an integral part of the type number (in Type No. Cross Index, Technical Data Sections) to avoid the possibility of con-
(Zl
fusing the device of one manufacturer with the devices of the others.
Example...
Type No.
6,
Manufacturer
0031
-RT ." Suffix indicates device is a replacement type.
Consult manufacturer for more information.
# 1,
%1 -
0031
0031
#
P
Description
CCO
Miscellaneous
CLC
ZE L
Decoders
Gates
2, ... The modifier is designated by D.A.T.A. to distinguish between type no. designations which give only one type no.
but have more than one electrical function or package.
Different suffices for the same type number indicate availability of different packaging compositions;
i.e., ceramic, plastics, silicone, etc. Consult manufacturer.
SYMBOLS & CODES COMMON TO MORE THAN ONE TECHNICAL SECTION
TYPE OF or USE COLUMN (Letter and
Symbol Codes) (Following "Use No." or
"Type Of No.")
TEMPERATURE COLUMN
NOTE: Sec. 7 only: B,F,H,J,K apply
Sec. 11 only: U applies
A
B
C
T
Amplifiers included can be used separately
Gating included can be used separately
Inverter included can be used separately
Clamped operation variable level capability
With internally connected amplifiers/gates
With internally connected inverters
With internally connected inverters
Incandescent number display included
Neon numeric display included
Complement input used
Includes buffer register
Manufacturer indicates gate will operate
on either connective function by changing the logic level convention
Reversible
Both normal and inverted functions are
available at separate output terminals
Includes multiplexer input
U
V
Variable or programmable modulo
Device has latching capability
o
E
F
G
H
J
K
L
M
R
S
OUTLINE DRAWING COLUMN (Letter Prefix)
Indicates that the Type No. has more than
one Temperature Range.
WIDEST
NEXT
RANGE
NARROW
MOST
Revised Specification
Non Jedec Type
Manufactured
FP -
Flat package (not JEOEC outlinel
Outside U.S.A.
M
Molded or encapsulated package not included
in other catagories
NARROW
HIGH' LOW
HIGH LOW HIGH
T2 -55°C 125°C _30°C 100°C
OOC 7SoC
T3 _55°C 12SoC
~
TO- Standard JEOEC outline
ZB -
TS -5SoC 12SoC -30°C 100°C
OOC 70°C
T7 -S50C 12SoC
OOC 7SoC lSoC 12SoC
T8 -SSoC 12SoC
OOC 100°C 15°C
Multiple package possibilities and
drawing reference information
Package style-actual dimensions not
specified
MO Standard Jedec Outline
55°C
(FOR LETTER SUFFIX
SEE COMMON COOES)
6, _
Section 4 (Binary or Flip·Flop)
%-
o30M
Astable Synchronized
Astable Variable
Crystal Contrclled
Tuning Fork Controlled
RC or LC Oscillator's
Voltage-controlled oscillator
#-
Typical
* - At Temperature above 25
0
- Transition Time
- Average propagation delay
- Maximum
- 30 Module
- MOS monolithic
PCB
- Printed circuit board
-
Per Stage
(Per Circuit)
6 - Depends on input drive
PCM - PCB and 30M
TFH
TFM
Input noise in uV
*-
Minimum
Maximum
Tri-state device
Open collector
Collector-emitter breakdown voltage
¢-
COL
CML
CMS
Minimum
CTL
* - Maximum
Collector to emitter saturation
voltage Vce (sat)
t -
- Maxi mum Operati n9 Power
Dissi
ion
(Number of Input Leads per
Circuit, NOT the loading factor)
b. - Includes expandable terminal
in number given
Maximum number any unit
has, others have fewer
t
I ndicates values given are for output
6. _ Indicated value at maximum rated fan out
~ - Power dissipation per circuit
Steady-state or 50% duty cycle
at typical operating conditions
% - Quiescent power dissipation
t - Minimum
%- Maximum any unit has,
others have fewer
OOL
OTL
ECT
ITL
MTL
NCH
PCH
RCT
ROL
RTL
TFT
TTL
VTL
DG·l
*- Minimum
Minimum
MOS
# -
Ratio
C'
DCM - Discrete component micro circuits
MOH - Monolithic integrated hybrid
MON - Monolithic integrated
t %-
Typical
!Z\- Input noise voltage
t -
5 - Shift Register
6-T
234567-
t -
- Maximum clock rate
M~ximum toggle frequency
2 - J·K
3- R·S
4 - R-5·T
J
Printed circuit board
TOS type (not JEOEC outline)
Flat Paok Chip (not JEOEC outlinel
LOW
T9 _55°C 125°C
LINE No.
New Type
CB CN FC -
Capacitor Diode Logic
Current Mode Logic
CMOS
Capacitor Transistor Logic
Diode Logic
Transistor Diode Logic (i.e., TDL)
Emitter Coupled Transistor Logic
Transformer Coupled Transistor Logic
Core Transistor Logic
N-Channel
P-Channel
Resistor Capacitor Transistor Logic
Resistor Diode Logic
Resistor Transistor Logic (i.e., TRL)
Thin Film Transistor Logic
Transistor Coupled Logic (i.e., TCL)
Variable Threshold Logic
SYMBOLS & CODES EXPLAINED
SYMBOLS & CODES COMMON TO MORE THAN ONE TECHNICAL SECTION
TYPE OF or USE COLUMN I Letter and
Symbol Codes) IFoliowing "Use No," or
"Type Of No,")
NOTE: Sec, 7 only: B,F,H,J,K apply
Sec. 11 only: U applies
A
B
C
Amplifiers included can be used separately
Gating included can be used separately
Inverter included can be used separately
o
Clamped operation variable level capability
E
F
G
With internally connected amplifiers/gates
With internally connected inverters
With internally connected inverters
H
Incandescent number display included
Neon numeric display included
K
Complement input used
L
Includes buffer register
M
Manufacturer indicates gate will operate
TEMPERATURE COLUMN
OUTLINE DRAWING COLUMN I Letter Prefix)
CB - Printed circuit board
CN- T05 type Inot JEDEC outline)
FC - Flat Pack Chip Inot JEDEC outline)
Indicates that the Type No. has more than
one Temperature Range.
WIDEST
NEXT
RANGE
NARROW
MOST
LINE No,
New Type
Revised Specification
Non Jedec Type
Manufactured
Outside U,S,A,
FP M -
Flat package Inot JEDEC outline)
Molded or encapsulated package not included
in other catagories
TO- Standard JEDEC outline
ZB- Multiple package possibilities and
drawing reference information
Package style-actual dimensions not
NARROW
HIGH LOW
LOW
HIGH LOW HIGH
T2 _55°C 125°C _30°C 100°C
OOC 75°C
T3 _55°C 125°C
T5 _55°C 125°C -30°C 100°C
OOC 70°C
oOe 75°C 15°C 125°C
T8 _55°C 125°C
oOe 100°C 15°C 55°C
T9 _55°C 125°C
p-
l'7 _55°C 125°C
6-
specified
MO Standard Jedec Outline
on either connective function by chang-
ing the logic level convention
R
S
Reversible
Both normal and inverted functions are
available at separate output terminals
Includes multiplexer input
Variable or programmable modulo
Device has latching capability
T
U
V
I ndicated value at max. rated fan in
Peak to peak
Maximum
Open collector
Minimum
Collector-emitter breakdown voltage
Tri-state device
*-
IFOR LETTER SUFFIX
SEE COMMON CODES)
1
2
3
4
5
6
-
Binary Coded
Binary
7
Decimal
8
Fast Carry 9
6
Ring
Special
Decimal
- Hexadeci mal
- Divide by 12
- Gray code
- Number following [:,
indicates count divisor
~
j -,
I
,emperature above 25 u C
.Iinimum
3DM
OCM
MOH
MON
MOS
PCB
PCM
TFH
TFM
-
%-
3D Module
Discrete component micro circuits
Monolithic integrated hybrid
Monolithic integrated
MOS monolithic
Printed circuit board
PCB and 3DM
Thin film integrated hybrid
Thin film integrated
6. -
I:::. -
at typical operating conditions
Quiescent power dissipation
8 - Maximum Operating Power
%-
Indicated value at maximum rated fan out
t - Indicates values given are for output
nI
CUL
CM L CMS
CTL
DDL
DTL
ECT
ITL
MTL
NCH
PCH
RCT
RDL
RTL
TFT
TTL
VTL
capacitor Diode LogiC
Current Mode Logic
CMOS
Capacitor Transistor Logic
Diode Logic
Transistor Diode Logic li,e" TDL)
Emitter Coupled Transistor Logic
Transformer Coupled Transistor Logic
Core Transistor Logic
N-Channel
P-Channel
Resistor Capacitor Transistor Logic
Resistor Diode Logic
Resistor Transistor Logic (Le., TR L)
Thin Film Transistor Logic
Transistor Coupled Logic (Le., TCL)
Variable Threshold Logic
Power dissipation per circuit
t - Steady-state or 50% duty cycle
=
~ ~:;i:~ge;;"-"-~"-' ~-,~, 1r--------~----,
1'-1
t -
P-
t _
#-
(Number of I nput Leads per
Circuit, NOT the loading factor)
6. - I neludes expandable terminal
in number given
~ Maximum number any unit
has, others have fewer
t
t - Ratio
#-
Indicated value at max. rated fan in
Tri-state device
Maximum
Open collector
Minimum
Collector-emitter breakdown voltage
*-
-
t -
%-
*-
Drives numeric neon indicator
Drives incandescent indicr·tor
Converts to and from other
codes
Includes Output Driver
6. -
Power dissipation per circuit
%-
at typical operating conditions
Quiescent power dissi pation
Max. Operating Power
§ -
3D Module
Discrete component micro circuits
Monolithic integrated hybrid
Monolithic integrated
MaS monolithic
Printed circuit board
PCB and 3DM
Thin film integrated hybrid
(Number includes Complementary Lines)
Use of complement lines is optional
Complement lines must be used for
proper operation
6. -
t -
I ndicated value at maximum rated fan out
t - I ndicates values given are for output
% - Minimum # - Collector to emitter
SAMEASm
FOR SECT_ 6
* _Maximum
TRANSITION TIME
t
%
OG-2
I nput noise in uV
t - Steady-state or 50% duty cycle
%-
6. -
6 -
Db
*- Minimum
p - I nput noise voltage
IFOR LETTER SUFFIX
SEE COMMON CODES)
number of lines
19- Two of "x"
number of lines
20- 7 Segment
21- Excess three
gray code
22- 8 Segment
23- Three of "x" No,
of lines
%-
Propagation Delay
Average Transition Time
Maximum
Per Stage
*-
Db
Ratio
Minimum
I nput noise voltage
Input noise in uV
0/0 - Maximum any unit has,
others have fewer
6 _ Typical
1- Binary
2- Binary Coded
Decimal
3- Bi-Quinary
4- Decimal
5- Excess 3 Code
6- Gray Code
8- Octal
9- Quartenary
10- Quinary
17- 8421 Code
6 _ Typical %-
_
(Per Circuit)
6. _ Depends on input drive
Minimum
Saturation
Voltage Vee Isat)
SYMBOLS & CODES EXPLAINED
SYMBOLS & CODES COMMON TO MORE THAN ONE TECHNICAL SECTION
TYPE OF or USE COLUMN (Letter and
Symbol Codes) (Following "Use No." or
"Type Of No.")
Indicates that the Type No. has more than
one Temperature Range.
NOTE: Sec. 7 only: B,F,H,J,K apply
Sec. 11 only: U applies
A
B
C
D
E
F
G
Amplifiers included can be used separately
Gating included can be used separately
Inverter included can be used separately
Clamped operation variable level capability
With internally connected amplifiers/gates
With internally connected inverters
With internally connected inverters
H
Incandescent number display included
Neon numeric display included
J
K
Complement input used
L
Includes buffer register
M
OUTLINE DRAWING COLUMN (Letter Prefix)
CB - Printed circuit board
CN- T05 type (not JEDEC outline)
FC - Flat Paok Chip (not JEDEC outline)
TEMPERATURE COLUMN
WIDEST
NEXT
RANGE
NARROW
MOST
NARROW
HIGH LOW
LOW
HIGH LOW HIGH
T2 _55°C 125°C _30°C 100°C
ooC 75°C
T3 _55°C 125°C
T5 _55°C 125°C _30°C 100°C
OoC 70°C
OoC 75°C 15°C 125°C
T8 -55°C 125°C
OoC 100°C 15°C 55°C
T9 -55°C 125°C
T7 _55°C 125°C
FP M -
Flat package (not JEDEC outline)
Molded or encapsulated package not included
in other ct:ltagories
LINE No.
New Type
Revised Specification
Non Jedec Type
Manufactured
Outside U.S.A.
TO- Standard UEDEC outline
ZB- Multiple package possibilities and
drawing reference information
Package style-actual dimensions not
specified
MO Standard Jedec Outline
Manufacturer indicates gate will operate
on either connective function by chang-
R
S
ing the logic level convention
Reversible
Both normal and inverted functions are
available at separate output terminals
T
U
V
Includes multiplexer input
Variable or programmable modulo
Device has latching capability
(FOR LETTER SUFFIX
SEE COMMON CODES)
1
2
3
4
5
6
7
-AND
-OR
-NOR
- NAND
- Exclusive OR
- Gate Expander
- Exclusive NOR
o* -3DM
DCM
MOH
MON
MOS
PCB
PCM
TFH
TFM
-
t -
*-
Maximum clock rate
Maximum toggle frequency
t % -Typical
6:. -
%-
6 D. -
(Per Circuit)
Depends on input drive
Minimum
0/0 - Maximum any unit has,
others have fewer
Indicates complement outputs are available
Indicated value at maximum rated fan in
Tri-state device
Minimum
Open collector
Maximum
Collector-emitter breakdown voltage
°
At Temperature above 25 C
Minimum
30 Module
Discrete component micro circuits
Monolithic integrated hybrid
Monolithic integrated
MOS monolithic
Printed circuit board
PCB and 3DM
Thin film integrated hybrid
Thin film
I ndicated value at maximum rated fan out
I ndicates values given are for output
0/0 - Minimum # - Collector to emitter
Maximum
saturation voltage Vee (sat)
t -
*-
COL
CML
CMS
CTL
DOL
DTL
ECT
ITL
MTL
NCH
PCH
RCT
RDL
RTL
TFT
TIL
VTL
Capacitor Diode Logic
Current Mode Logic
CMOS
Capacitor Transistor Logic
Diode Logic
Transistor Diode Logic Ii.e., TDL)
Emitter Coupled Transistor Logic
Transformer Coupled Transistor Logic
Core Transistor Logic
N·Channel
p.channel
Resistor Capacitor Transistor Logic
Resistor Diode Logic
Resistor Transistor Logic (i.e., TRL)
Thin Film Transistor Logic
Transistor Coupled Logic Ii.e., TCL)
Variable Threshold Logic
(Number of I nput Leads per
Circuit, NOT the loading factor)
6:. - I neludes expandable terminal
in number given
Maximum number any unIt
has, others have fewer
t-
t - Transition Time
%- Averag~ Propagation delay
6. - Maximum
Per Stage
6. -
Power dissipation per circuit
%-
at typical operating conditions
Quiescent power dissipation
t - Steady-state or 50% duty cycle
§ -
M~x.
Operating Power
6. _ Typical
%-
Db
t - Ratio *- Minimum
1tI- Input noise voltage
# ,- Input noise in uV
OG-3
SYMBOLS & CODES EXPLAINED
SYMBOLS & CODES COMMON TO MORE THAN ONE TECHNICAL SECTION
TEMPERATURE COLUMN
TYPE OF or USE COLUMN (Letter and
Symbol Codes) (Following "Use No." or
"Type Of No.")
NOTE: Sec. 7 only: B,F,H,J,K apply
Sec, 11 only: U applies
A
B
C
E
F
G
J
H
Incandescent number display included
Neon numeric display included
K
Complement input used
L
M
Includes buffer register
Manufacturer indicates gate will operate
on either connective function by chang-
MOST
NEXT
WIDEST
Amplifiers included can, be used separately
Gating included can be used separately
Inverter included can be used separately
Clamped operation variable level capability
With internally connected amplifiers/gates
With internally connected inverters
With internally connected inverters
o
OUTLINE DRAWING COLUMN (Letter Prefix)
CB- Printed circuit board
CN- TOS type (not JEDEC outline)
FC- Flat Pack Chip (not JEDEC outline)
Indicates that the Type No. has more than
one Temperature Range.
FP M -
NARROW
NARROW
RANGE
HIGH LOW
HIGH LOW HIGH
LOW
T2 _SSoC 12SoC -30°C 100°C
OOC 7SoC
T3 -SSoC 12SoC
OOC 100°C 15°C
"'#t-
Flat package (not JEDEC outline)
Molded or encapsulated package nQt included
in other catagories
TO- Standard JEDEC outline
IB- Multiple package possibilities and
drawing reference information
Package style-actual dimensions no!
specified
6- MO Standard Jedec Outline
TS -SSoC 12SoC -30°C 100°C
OOC 70°C
T7 -SSoC 12SoC
OoC 7SoC 15°C 125°C
T8 -SSoC 12SoC
T9 _55°C 125°C
LINE No.
New Type
Revised Specification
Non Jedec Type
Manufactured
Outside U.S.A.
1Zl-
55 0 C
ing the logic level convention
R
Reversible
S
Both normal and inverted functions are
available at separate output terminals
Includes multiplexer input
Variable or programmable modulo
Device has latching capabil ity
T
U
V
6 _ Typical
%-
Db
t - Ratio *- Minimum
p- I nput noise voltage
I ndicates complement outputs are available
Indicated value at maximum rated fan in
Tri-state device
Minimum
Open collector
Maximum
Collector-emitter breakdown voltage
*-
2 - Delay Line Tapped
3 - Delay Line
Continuously
Variable
4 - Mono-stable
Multivibrator
Fixed Delay
5 - Mono-stable
Multivibrator
Variable Delay
-
Indicates complement outputs are
i
Indicated value at maximum rated fan in
Minimum
Maximum
Tri-State device
6 - Time base/counter
- Maximum clock rate
t - Maximum toggle frequency
% - Typical
* - At Temperature above 25°C
o-
Minimum
OCM
MOH
MON
MOS
PCB
PCM
TFH
TFM
-
3D Module
Discrete component micro circuits
Monolithic integrated hybrid
Monolithic integrated
MOS monolithic
Printed circuit board
- PCB and 3DM
- Thin film integrated hybrid
- Thin film integrated
#-
(Number of Input Leads per
Circuit, NOT the loading factor)
6. - I ncludes expandable terminal
in number given
Maximum number any unit
has, others have fewer
%-
1 - Delay Line Fixed
t -
CDL
CML
CMS
CTL
DDL
DTL
ECT
ITL
MTL
NCH
PCH
RCT
RDL
RTL
TFT
TTL
VTL
Capacitor Diode Logic
Current Mode Logic
CMOS
Capacitor Transistor Logic
Diode Logic
Transistor Diode Logic (i.e., TDL)
Emitter Coupled Transistor Logie
Transformer Coupled Transistor Logic
Cafe Transistor Logic
N-Channel
P-Channel
Resistor Capacitor Transistor Logic
Resistor Diode Logic
Resistor Transistor Logic (Le., TRLl
Thin Film Transistor Logic
Transistor Coupled Logic (i.e., TCL)
Variable Threshold Logic
I nput noise in uV
Power dissipation per circuit
Steady-state or 50% duty cycle
at typical operating conditions
Quiescent power dissipation
Max. operating power dissipation
Min. Input
Pulse Width
t - Transition Time
%- Average propagation delay
6. -
Maximum
1Zi- Per Stage
$ - Typical
(Per Circuit)
Depends on input drive
Minimum
Maximum any unit has,
others have fewer
6 -
t -
%-
GENERAL DESCRIPTION
6-
t -
(FOR LETTER SUFFIX
SEE COMMON CODES)
1.
2.
3.
4.
5.
6.
7.
9.
10.
11.
12.
13.
14.
15.
16.
17.
19.
20.
21.
%§-
Analog to digital converter
22.
Digital to analog converter
23.
Full-adder
24.
Half-adder
25.
Interface converft:er
26.
Inverter
27.
Logic level converter
28.
Schmitt trigger
29.
Incandescent Lampdriver
30.
Display drivers -gas discharge,
liquid crystal and LEDs
31.
Relay driver
32.
Head selector
33.
Mode selector
34.
Special purpose circuit
35.
Frequency divider
36.
Analog gate switch
37.
Sense amplifiers
38.
Logic amplifiers and driver
39.
Line drivers/Transmitters
Line receivers
Clock drivers
Switch drivers
High power devices
Diode arrays and networks
Transistor arrays
Binary multiplJer/shifter
Rate multlpilers
Multiplexer/selector
demultiplexer
ALU's
Comparator
Parity generator-checker
Latches
Decoder/encoder
Sample/hold
Look-ahead carry generator
Switches
Microcomputer devices f.1Proc., data I/O & control
40. Digital clocks (timekeeping function)
6.
t
%
*
#
*-
0-
OG-4
L
__ ~
~-
Maximum clock rate
Maximum toggle frequency
Typical
At Temperature above 250 C
Minimum
Gain bandwidth product (ft)
Indicated value at maximum rated fan out
Indicates values given are for output
Minimum
Maximum
Collector to emitter saturation
voltage Vce (sat)
Indicates complement outputs are available
Indicated value at maximum
PIV peak inverse voltage
Breakdown voltage collector to emitter BV ceo
Minimum
§ - Tri-8tate Device
Maximum
Peak to peak
Breakdown voltage Gate to Source
MOH
t
%-
Power dissipation per circuit
Steady-state or 50% duty cycle
at typical operating conditions
Quiescent power dissipation
Max. operati ng power
dissipation
MaN
MaS
PCB
PCM
TFH
TFM
3D Module
Discrete component micro circuits
Monolithic integrated hybrid
Monolithic integrated
MOS monolithic
Printed circuit board
PCB and 3DM
Thin film integrated hybrid
Thin film integrated
Gain
Accuracy
Amplifiers
B
Base
BCD
Binary-coded
decimal
BD
Board
BIN
Binary
C
Collector
CKT
Circuit
CL
Clamped
CMOS
CMS
Common
COM
COMP- Complement
CONT- Contract
CONV- Converter
DEC - Decimal
Digits
DIG
E
Emitter
FLTG - Floating
Fo
Fan out
Ground
GRD
INT
Internally
connected
INCL
Included
INV
Inverter
10
Output current
1':1 Ii
A/D; analog input
curro peak to peak
610
0/ A; analog output
curro peak to peak
Load
LD
Matrix
MTX
Multiplexer
MUX
No connection
NC
N-channel
NCH
Negative
NEG
Oscillator
OSC
P-channel
PCH
pas
Positive
A
Acc
AMP
PROP Rds
RES RESP RT
SENS TC
Tofl
Ton
Tpd
Trec
Top
Trel
via
VoH
VoL
6Vi
SENS SW
TC
Toff
Ton
Tpd
Trec
Top
Trel
via
VoH
VoL
6Vi
AVO
Vth
WI
Propagation
Drain-source
on-resistance
Resistor
Respectively
Rating
Sensitivity
Temp. Coeff.
Turn off delay time
Turn on delay time
Propagation time
Recovery time
Operating time
Release time
I nput Offset voltage
High output voltage
Low Output
A/D;analog input
volt. peak to peak
Sensitivity
Switch
Temp. Coeff.
Turn off delay time
Turn on delay time
Propagation time
Recovery time
Operati ng tl me
Release time
Input offset voltage
High output voltage
Low output voltage
A/D;analog input
volt. peak to peak
A/D; analog output
volt. peak to peak
Differential input
threshold voltage
With
UNIVERSAL COUNTER/DISPLAY
DRIVER • ZN1040E
The ZN1040E is a bipolar LSI four-digit , 8MHz ,
Counter/ Display-Driver designed for UP / DOWN
counting. It is a synchronous counter w i th
Schmidl Trigger inpul, storage reg isler, multi plexed BCD and seven-segment decoder driver
with 80 mA per segment display drive capab ility.
The ZN1040E , in a 28-pin DIP, requires a single
5-volt supply, is TTL compalible , and features a
Carry/Borrow Output for cascaded 8-digil
operation .
IN STOCK
DIGIT SELECT
OUTPUfS
OECI MAL
POI NT
DIGIT S~i~ o-I---== - - j
CLOCI( FREOUENCY
EXTERNAL OVERRlO(
rqANSFU'o--+---'="'---------.-I-++-h++-I+~+_++h
CL(AR o-+-----'="----------.-I-++-h++-I+~+_++h
Features : • Count rate to BMHz • BOmA per segment drive. Multiplexed BCD & seven-segment
outputs. Co unter cascading by direct connection • Switch-on reset clears all counters. Automatic zero suppression. Single 5V supply-TTL
compatible
COU NT
INHI81ro-t-----j
COUNT I NPOT
COU NT
UP/OOWNo-t==========~~==~===~==~_J
SWITCHING REGULATOR/DRIVER
ZN1066E
The ZN1066E is a bipolar LSI, general purpose
SWITCHING REGULATOR / DRIVER designed for
use in swilc hing regulator power supplies or conve rter /i nverler applications . It contains an onchip reference source, oscillalor with override
capab ility for synchronization or shut-down, two
sense amplifiers for voltage and current regulation, current limited dual push -pull complementary outputs with over-lap prevention to insure
that both transistors will not be on simultaneously.
LAMP
TEST
IN STOCK
MOO(
ENABLE 2
[ N.I,BL£ J
PlJSI-I - Puu.
OUTPuT
FR(OUENCY
n....._
2. 6 \1
"EFEftENCE
I----------~ I- V OUTPI,IT
8-BIT AlD-O/ A CONVERTER
ZN425E
Features: • Dual mode monolithic A/D-D/ A Converter • B-b it accuracy • 1.6 ILS settlillg time
• Single 5V supply. Direct voltage output. TTL
compatibility • On-chip voltage reference • 2
MHz clock frequency in A/D mode
...rlL--PVSH - PULL
OUTPUT 28
Features : • Protected dual push-pull outputs
• Internal switching frequency oscillator. External frequency control • TTL compatible • Onch i p 2.6V reference. On - ch i p dual I!ense
amplifiers
The ZN425E is a monolithic 8- bit AlD-D / A converter co nsisting of an advanced design of an
R-2R ladder network, an array of precision bipolar switches, an 8-bit binary counter and a
2.5-volt precision reference on a single chip. The
ZN425E, in a 16-pin DIP, requires a single 5-volt
supply , is TTL compatible and offers a direct
voltage output. By clocking the internal counter,
the ZN425E can be also used as a precision ramp
generator.
,I,
IN STOCK
ANALOG
OUTPUT
81t
8 ::j==::::==~--'-rrTTII;::!
BI" II MS81
B
IT7:f====~ttiJJ=~ff~~8IT 2
li lT ]
81f4
-J-----~!l!E!E~~!1~~
SELEC'
LOGIC .....
'"::~::::~!:::!:::::!:~~~j-"COUN'£R
'---_ _ _ _ _ _ _ _ _
R[SET
For complete information call (516) 293-8383 , or write:
Ferranti Electri c Inc., Semiconductor Produ cts, East Bethpage Road , Plainview , N.Y. 11803. TWX 510-224-6483.
FIRST FROM [I]~~~~~
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