1974_Digital_Integrated_Circuit_Data_Book_19ed 1974 Digital Integrated Circuit Data Book 19ed

User Manual: 1974_Digital_Integrated_Circuit_Data_Book_19ed

Open the PDF directly: View PDF PDF.
Page Count: 624

Download1974_Digital_Integrated_Circuit_Data_Book_19ed 1974 Digital Integrated Circuit Data Book 19ed
Open PDF In BrowserView PDF
AUTUMN 1974
19th EDITION
THIS D.A.T.A .BOOK VALID UNTIL JANUARY 1975

D.A.T..lI..

REFERENCE

STANDARDS

FOR

INDUSTRY

DIGITAL INTEGRATED CIRCUIT
D.A.T.A.,800K
19th EDITION

AUTUMN 1974

AND EDITORIAL OFF'ICES
32 Lincoln Ave., Orange, N.J. 07050
Tel: (201)673-8030 TWX: 710-994-5839

HOW-TO-USE INFORMATION
How To Make Maximum Use Of This D.A.T.A.BOOK .•.. iii

PUBLISHER
Herman Schlesinger, General Manager

, MANAGING TECHNICAL EDITOR & STAFF
Hugh Marriott, Chuck Chakravarty
Val DeGeiso, Nance McLemore

MANAGING PRODUCTION EDITOR & STAFF
Jerry D'Aliegro, Valdora Adams,
Jeanne DelGiudice. Sybble Holcomb

Use Of Powers-Of-Ten Multipliers and Symbols & Codes
In The Technical Sections .... ..... ... ...... ...... ......... ..... ..... iv
How Type Numbers Are Sequenced In The Type Number
Cross-Index ................................................................. iv
How Type Numbers Are Sequenced In The Technical
Sections - Sequencing Parameters ..... ... ....... .... ..........

v

STAFF COORDINATOR
Barbara Sczyglinski

EDITORIAL SECRETARY
Belle Monk

TYPE No. CROSS·INDEX
3. All Types ............. ............. ................... .... ...... .... ... ...... 2 - 37

'3RAPHICS MANAGER & STAFF
Clint Leinweber, Ellen Zorn

PRINTING PRODUCTION & STAFF
Paul Ehrlich, Derrick Roberts.
Greg Uzzolino

D.P. MANAGER & STAFF
Fred Lepow, Jerry Cohen (Asst.),
Marie Fitzgerald. Kathy Leicht.
Gwen Mitchell, Dee Southwell

MARKETING DlR./SALES & STAFF
Harvey Sanderson, Pat McGill,
Joe Mustachio

TECHNICAL SECTIONS
4. Binary or Flip-Flops

38-99

5. Clocks or Multivibrators .......................... .... .......... ..... 60
6. Counters .. .............. ...... .... .................... .................. ..... 61 • 70
7. Decoders ..................................................................... 71 - 79
8. Gates ......................................................................... 80 - 135
Note: Shift Registers (formerly Sec. 9) now in
MSI-LSI MEMORY D.A.T.A.BOOK

ADVERTISING SALES MANAGER

10. Time Delays ................................................................ 136 -139

Geraldone Purdy
Direct Line - (201) 6?3-2466

11. Miscellaneous .............................................. ................ 140 - 196

CUSTOMER SERVICES
Beatrice Ehrlich, Vance Pettiford

ORDER FULFILLMENT MGR. & STAFF
Steve Degenhardt, Irene Boykewich IAsst.),
Patti Cavanaugh, GlOria Patterson,
Sharon Regan. Joanne Schwartz

SUPPLEMENTARY SECTIONS
11A. DigitallCs With U. S. Mil. Specs ................................. 197 - 203
12. Logic Drawings ........................................................... 204 - 548
13. Outline Drawings ........ ................ ................................ 549 - 595
14. Manufacturers' Local Offices ..................................... 596·609

COPYRIGHT @

1974

by Derivation And Tabulation Associates, Inc.,
all rights reserved. Reproduction In whole or In
part, without written permission, Is prohibited.

15. Manufacturer Codes, Names & Addresses ................... 610 - 611
SYMBOLS & CODES EXPLAINED .......................... See Cards
at back of
D.A.T.A.BOOK
DIGITAL D.A.T.A.BOOK 15 pUblished semi-annually in January and July
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.

Purpose

Th.is D.A.T.A.BOOK is designed to report comprehensively on what is presently being produced
throughout the free world in the field of Digital IC devices. While a book such as this can
not provide 100% of the information you might need, its primary aims are those of facilitating
the selection of types suitable to your technical requirements, and of directing you to the
sources of their manufacture.

Technical Data
Acquisition

D.A.T.A. acquires and processes the information presented in this D.A.T.A.BOOK with the
cooperation of the participating manufacturers who supply us with their latest technical in·
formation. Manufacturers are not charged for the listing of their products.

JEDEC
Type Numbers

The electrical, mechanical and environmental characteristics tabulated for the standard 1N
Array and 6N Circuit type numbers are derived directly from the JEDEC registration releases.
The particular manufacturer or manufacturers for whom such types are registered are so indicated by the use of a symbol next to their manufacturer codes in the Type No. Cross-Index.
In general, the JEDEC-designated types produced by the various manufacturers whether registered or not, do conform with the registered specifications; however, there may be exceptions,
and it is recommended that the individual manufacturers be consulted.

Military
Type Numbers

The electrical, mechanical and environmental information tabulated for the military types in
the technical sections is derived directly from the applicable military specifications and standards. The source information, showing the particular manufacturers qualified for each type,
is derived from the QPl (Qualified Parts List) associated with the governing specification, or
from the manufacturers Qualification Test Letters.

Substitute
Types
And
Compatibility

This D.A.T.A.BOOK can not truly claim to be an interchangeability chart; however, because of
the sequencing arrangement of selected characteristics in the technical sections, types with the
same or similar characteristics are grouped together. For purposes of replacement, this means
of thorough, convenient technical comparison should prove superior to, and safer than, a mere
listing of possible substitute type numbers.

Price And
Availability

Because of the rapidly·changing and complex nature of this field, current price and delivery
information should be obtained direct from the manufacturers. The list of manufacturers and
the Local Offices Section in back of the book will assist you in this.

Manufacturers'
Specifications

This book includes currently-manufactured devices with their major characteristics, drawings
and manufacturers. Every effort is made to ensure the accuracy of the entries herein; however,
the publisher can not be held responsible nor guarantee against the possibility of error or
omission. Only the manufacturers or their authorized representatives can provide you with
complete technical details and current prices .

••
II

HOW TO MAKE MAXIMUM USE OF THIS D.A.T.A.BOOK
To make 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. Turn 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

KNOWN:
Type Number
UN KNOWN: Manufacturer(s), 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:
Type Number
UNKNOWN: 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

KNOWN:
Type Number
UNKNOWN: 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:
Military Requirements
UNKNOWN: 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 l1A (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 manu•
facturer code(s).

7

KNOWN:
Type Number Not InchJded In Book
UNKNOWN: What Happened To It?
a. Consult D.A.T.A.BOOK OF DISCONTINUED INTEGRATED CIRCUITS .

•••
III

,

To present a maximum amount of information in a minimum amountof,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 at
their use are given below:

r' lLJ I
PREFIXES & SYMBOLS
Indicating Powers of Ten
, Power
10 12
109
106
10 3
102

EXPLANATION

1 I f) LIE R S

Recommended by International Committee
on Weights and Measures
Adopted by National Bureau of Standards

Prefix Symbol Power Prefix Symbol Power
10-9
da
deka
tera
10
T
10- 12
10- 1 deci
d
giga
G
10- 15
mega
10-2 centi
c
M
10- 18
m
k
10- 3 milli
kilo
10-6 micro
h
hecto
fJ.

Prefix Symbol
nano
n
pico
P
femto
f
a
atto

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 Mal<. Power (in Watts) and the numeric value being entered for a given type represents the minimum
power instead, the variance is denote~ by the appearance 0.1 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. In this case the type number containing the zero
is listed first.

0112
112
0113
00115
AP01
AP1
AP02

4) Number and/or letter groupings preceding hyphens or slashes are the controlling
factors in sequencing. The hyphens and slashes themselves precede any identically
positioned letters also having the same beginning number/letter groupings.

66-0706
66Ml
70/10
70A9

•

IV

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

SEQUENCING PARAMETERS

..,
LINE
No.

~

TYPE
No.

o ER· PRO·
rH~E ~:A~
OF
GATE

ATING rSS
FREQ.
IHzI

•

LOGIC
LEVEL .. IT PE

~'1'IVI

IVI

1:0' I

~:~3 LEVEL'"
ORDER.SF ('ITY~~5?F GATE(~~~~IC TYP~.
4 LEVEL'O' 5 MAX FRE 6 TYPE No.

8.FANGATES
POWER
IN

MAX.
SUPPLY PROPA· RISE rALL
lOUT
SPAN
GATION TIME TIME
tr
tf
NEG·I POS . DELAY
IVI
IVI
lsI
lsI
lsI

MAX. MAX.
TOTAL NOISE
PKG. REJECT
DISS.
IWI
IVI

TEMP.

L~1
HI
·C ·C

CKT

DRAWINGS

PE~[ LOGIC rUTLINE
MO DWG. No DWG. No
L':.=MO

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.

~ Type Number
A13
A4
A9
Al0
A3
Al
A8
A7
All
A2
A5
A6

100
100
100
100
100
100
100
110
120
120
120

Last
Seq.
Par.

1st
Seq.
Par.

A
A
B
C
C
D

A
A
B
B

2nd
Seq.
Par.

1000
20
200
40
80
900
35
60
300
150
200

(Not
Seq.)

20
25
25
15
10
15
30
25
15
20
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.

v

rvPE No.

l~~~g:

lN5770
lN5771
lN5772
lN5773
lN5774
lN5775
6N126
6N127
6N128
6N129
6N130
6N131
6N132
6N133
33
54ROO
54R02
54Rl1
54R40
54R64
54R74
54R112
54R113
54R114
54R140
54R174
54R175
54R181
54R192
54R193
74ROO
74R02
74R40
74R74
74R112
74R113
74R114
74R174
74R175
74R181
74R192
74R193
113L010C
113L010M
93L01FC
93L01FM
93L01PC
93L080C
113L080M
93L08FC
93LOSFM
93L08PC
113L090C
93L090M
93L09FC
93L09FM
113LOl1PC
113L100C
93L100M
93L 10FM
93L10PC
113L110C
93L 110M
113L11FC
93l11FM
93l11PC
93l120C
93L 120M
93L12FC
93L 12FM
93L12PC
93L 140C
93L140M
93l14FM
93L14PC
93L160C
93L160M
93L16FM
93lHIPC
93L 180C
93L180M
93L 18FM
93L18PC
93L210C

2

3. TYPE No. CROSS
INDEX
No.

MFRS Pol Line "YPE No.

~t::

ATII
ATII
ATII
ATII
ATII
ATII
ATII
ATII
ATII
ATII
ATiI
ATII
ATII
ATII
+SSE
RTN
RTN
RTN
RTN
RTN
RTN
RTN
RTN
ATN
RTN
RTN
RTN
RTN
RTN
RTN
RTN
RTN
ATN
RTN
RTN
RTN
RTN
RTN
RTN
RTN
RTN
RTN
AMV
FSC
AMV
FSC
FSC
AMV
FSC
AMV
AMV
FSC
AMV
FSC
FSC
AMV
FSC
AMV
AMV
FSC
AMV
FSC
FSC
AMV
FSC
AMV
AMV
FSC
AMV
FSC
AMV
FSC
AMV
AMV
FSC
AMV
FSC
FSC
AMV
FSC
AMV
AMV
FSC
AMV
FSC
FSC
+AMV
FSC
AMV
AMV
FSC
AMV
FSC
AMV
FSC
AMV
AMV
FSC
AMV
FSC
AMV
FSC
AMV
AMV
FSC
AMV
FSC
AMV
FSC
AMV

+~~cV

l~t

:1
182· 82
182·
182·
182·
182·
182·
102·
102·
124·
124·
124·
124·
124·
38·
165·
120·
97·
83·
120·
88·
59·
48·
48·
48·
176·
59·
59·
191·
61·
64·
120·
97·
120·
59·
48·
48·
48·
59·
59·
191·
61·
64·
71·

42
83
43
84
44
23
24
22
23
24
25
26
11
26
70
84
5
71
62
35
87
88
89
54
19
20
67
12
64
72
85
73
36
90
91
92
21
22
68
13
55
61

71· 63
78· 89
71· 64
71· 52
194· 13
194· 14
193· 48
194· 15
193· 62
185· 80
185· 83
185· 37
185· 84
185· 59
61·103
61·104
61·105
61·106
71· 62
71· 66
78· 90
71· 66
71· 53
185· 81
185· 85
185· 38
185· 86
185· 60
193· 57
193· 58
193· 59
193· 60
65· 45
65· 46
65· 47
65· 48
194· 71
194· 72
194· 73
194· 74
71· 54

III~L21UM

93L21FM
93L21PC
93L220C
93L220M
93L22FC
93L22FM
93L22PC
93L240C
93L240M
93L24FM
93L24PC'
93L400C
93L400M
93L40FM
93L40PC
93L410C
93L410M
93L41FM
93L41PC
93L600C
93L600M
93L60FM
93L60PC
93L660C
93L660M
93L66FM
93L66PC
96L020C
96L020M
96L02FM
96L02PC
301AL
301BL
301CJ
301CL
301ML
302AL
3028L
302CJ
302CL
302ML
303AL
303BL
303CJ
303CL
303ML
311AJ
311AL
311BL
311CJ
311CL
311ML
312AJ
312Al
312BL
312CJ
312CL
312ML
313AJ
313AL
313BI.
313CJ
313CL
313ML
315.8
315·10
315·11
315·12
315BCO
321AJ
321AL
321BL
321CJ
321CL
321Ml
322AJ
322AL
322Bl
322CJ
322CL
322ML
323AJ
323AL
323BL
323CJ
323CL
323ML
324AJ
324Al
324BL
324CJ
324CL
324ML
325AJ
325AL
325BL
325CJ
325CL
325ML
326AJ
326AL
326BL
326CJ

~~:~t

D.A. T.A.

MFR:;> PO&Line TYPE
11 ;55 .~~.~
·:~cv

+AMV
FSC
+AMV
AMV
FSC
AMV
FSC
FSC
AMV
FSC
AMV
AMV
FSC
AMV
FSC
AMV
FSC
AMV
AMV
AMV
AMV
AMV
AMV
AMV
AMV
AMV
AMV
AMV
AMV
AMV
AMV
AMV
AMV
AMV
AMV
AMV
AMV
AMV
TSC
TSC
HSC
TSC
TSC
TSC
TSC
HSC
TSC
TSC
TSC
TSC
HSC
TSC
TSC
TSC
TSC
TSC
HSC
TSC
TSC
TSC
TSC
TSC
HSC
TSC
TSC
TSC
TSC
TSC
TSC
TSC
TSC
+HBC
tHBC
+HBC
+HBC
tHBC
TSC
TSC
TSC
HSC
TSC
TSC
TSC
TSC
TSC
HSC
TSC
TSC
TSC
TSC
TSC
HSC
TSC
TSC
TSC
TSC
TSC
HSC
TSC
TSC
TSC
TSC
TSC
HSC
TSC
TSC
TSC
TSC
TSC
HSC

i~g

71· 56 331BL
331CJ
71· 57 331CL
185· 82 331ML
332AJ
185· 87 332AL
332BL
185· 39 332CJ
185· 88 332CL
332ML
185· 61 333AL
191· 92 333BL
333CJ
191· 93 333CL
333ML
191· 94 334AJ
334AL
191· 95 334BL
190·105 334CJ
190·106 334CL
190·107 334ML
190·108 335AL
190·109 335BL
190·110 335CJ
191· 1 335CL
191· 2 335ML
61·108 341AJ
61·109 341AL
61·110 341BL
62· 1 341CJ
70· 16 341CL
70· 17 341ML
70· 18 342AJ
70· 19 342AL
138· 14 342BL
138· 15 342CJ
138· 16 342CL
138· 17 342ML
106· 11 343AJ
106· 12 343AL
106·102 343BL
106· 13 343CJ
106· 14 343Cl
106· 15 343ML
106· 16 344AJ
106· 17 344AL
106· 18 344BL
106· 19 344CJ
106· 20 344CL
106· 21 344ML
106·101 347AJ
106· 22 347AL
106· 23 347BL
40·103 347CJ
40.104 347CL
40·105 347ML
40·110 350AJ
40·106 350AL
40·107 350BL
40· 90 350CJ
40· 91 350CL
40· 92 350ML
40·109 351AJ
40· 93 351AL
40· 94 351BL
40· 95 351CJ
40· 96 351CL
40· 97 351ML
40· 98 361AJ
40· 99 361AL
40·100 361BL
143· 27 361CJ
143· 28 361CL
143· 29 361ML
143· 30 362AJ
143· 31 362AL
106· 24 362BL
106· 25 362CJ
106· 26 362CL
106·103 362ML
106· 27 363AJ
106· 28 363AL
106· 29 363BL
106· 30 363CJ
106· 31 363CL
106·104 363ML
106· 32 367AJ
106· 33 367AL
106· 34 367BL
106· 35 367CJ
106· 36 367CL
106· 37 367ML
106· 38 368AJ
106.39 368AL
106· 40 368BL
106· 41 368'CJ
106· 42 368CL
106· 99 368ML
106· 43 370AJ
106· 44 370AL
106· 45 370BL
lOS' 46 370CJ
106· 47 370CL
10S·105 370ML
106· 48 371AJ
106· 49 371AL
106· 50 371BL
106· 51 371CJ
106· 52 371CL
106·100 371ML
106· 53
106· 54

~n!t

A·Registered with JEDEC
by this manufacturer

MFRS Pollina "YPE No.

+~~

TSC
HSC
TSC
TSC
TSC
TSC
TSC
TSC
TSC
TSC
TSC
TSC
TSC
TSC
TSC
TSC
TSC
TSC
TSC
TSC
TSC
TSC
TSC
TSC
TSC
TSC
TSC
TSC
TSC
HSC
TSC
TSC
TSC
TSC
TSC
HSC
TSC
TSC
TSC
TSC
TSC
TSC
TSC
TSC
TSC
TSC
TSC
TSC
TSC
TSC
TSC
TSC
TSC
TSC
TSC
TSC
HSC
HSC
TSC
HSC
HSC
HSC
HSC
HSC
TSC
HSC
HSC
TSC
TSC
TSC
TSC
HSC
TSC
TSC
TSC
TSC
TSC
HSC
TSC
TSC
TSC
TSC
TSC
TSC
TSC
TSC
HSC
HSC
TSC
HSC
HSC
HSC
HSC
HSC
TSC
HSC
HSC
TSC
TSC
TSC
TSC
HSC
TSC
TSC
TSC
TSC
TSC
HSC
TSC
TSC
TSC
TSC

13 ·112

131· 93 1~;~gJ
131· 94 372CL
131· 24 372ML
131· 95 373AJ
131· 96 373AL
123·108 373BL
123·109 373CJ
123·110 373CL
124· 1 373ML
124· 2 374AJ
124· 3 374AL
124· 4 374BL
124· 5 374CJ
124· 6 374CL
124· 7 374ML
124· 8 380AJ
159· 54 380AL
159· 55 380BL
159· 56 380CJ
159· 57 380CL
159· 58 380ML
15.9· 59 381AJ
159· 60 381AL
159· 61 381BL
159· 62 381CJ
159· 63 381CL
159· 64 381ML
84· 64 382AJ
84· 65 382AL
84· 66 382BL
128· 91 382CJ
84· 67 382CL
84· 68 382ML
137· 67 383AJ
137· 68 383AL
137· 69 383BL
137· 80 383CJ
137· 70 383CL
137· 71 383ML
192· 44 501A
192· 45 501AA
192· 46 501B
192· 47 501HT
192· 48 50lT
192· 49 502
84· 69 502A[;
84· 70 502C
84· 71 502T
84· 72 503
84· 73 503A
84· 74 S03AT
137· 72 503B
137· 73 503T
137· 74 504
137·75 504A
137· 76 504AT
137· 77 504B
190· 25 504T
190· 26 506
190·27 507
190· 28 507B
190· 29 507T
190· 30 50S
190· 31 508T
190· 32 510
190· 33 510T
190· 34 511
190· 35 51lT
190· 36 512
151· 57 512T
151· 58 513T
151· 59 514T
151· 54 527BL
151· 60 530
151· 61 530A
151· 62 530B
151· 63 530C
151· 64 531
151· 55 531A
151· 65 53lT
151· 66 540[;
151· 67 540A
151· 68 540AT
151· 69 540T
151· 70 541
151· 71 543
151· 72 546
162· 17 546A
162· 18 550
162· 19 550A
162· 20 551
162· 21 553
162· 22 553A
162· 23 562
162· 24 566
162· 25 566A
162· 26 566BT
162· 27 566HT
162· 28 S6eT
55· 76 624
55· 77 690A
55·78 698
55· 85 722BFC
55· 79 722FC
55· 80 750
61· 61 770·712·80
61· 62 770·712·120
61· 63 770·731
61· 35 770·750·0·20·0
61· 64
61· 65 770·750'()"20-1
70· 6
70· 7

IN TYPE N MBER SEQUENCE
MFRS Po&itne TYPE No.

+t~~

TSC
TSC
TSC
TSC
TSC
TSC
TSC
TSC
TSC
TSC
TSC
TSC
TSC
TSC
TSC
TSC
TSC
HSC
TSC
TSC
TSC
TSC
TSC
TSC
TSC
TSC
TSC
TSC
TSC
TSC
TSC
TSC
TSC
TSC
TSC
TSC
TSC
TSC
tOTC
tOTC
tOTC
+OTC
+OTC
tOTC
tOTC
tOTC
+OTC
tOTe
tOTC
tOTC
+OTC
+OTe
+OTC
tOTC
tOTC
tOTC
+OTC
tOTC
tOTC
+OTC
tOTC
tOTC
+OTC
+OTC
+OTC
+OTC
+OTC
tOTC
tOTC
+OTC
+OTC
TSC
OTC
OTC
Ol'C
OTC
OTC
OTC
OTC
OTC
OTC
OTC
OTC
OTC
+OTC
+DTC
+OTC
OTC
OTC
OTC
OTC
OTC
+OTC
+OTC
+OTC
+OTC
tOTC
+DTC
OTC
OTC
OTC
FSC
FSC
+HBC
+ZEL
tZEL
ZEL

~~: 3~

70· 9
70· 10
61· 55
61· 56
61· 57
61· 58
61· 59
61· 60
69·102
70· 1
70· 2
70· 3
70· 4
70· 5
74·104
74·105
74·106
72·77
74·107
74·108
74·109
74·110
75· 1
75· 2
75· 3
75· 4
75· 5
75· 6
75· 7
75· 8
75· 9
75· 10
77·105
77·106
77·107
77·108
77·109
77 ·110
153· 45
153· 46
153· 47
153· 49
153· 48
104· 59
80· 29
90· 16
108· 42
104· 62
104· 63
108· 43
104· 64
108· 44
104· 65
104· 66
108· 45
104· 67
108· 46
131· 79
104· 68
104·69
108· 47
104· 70
108· 48
54· 63
51· 23
55·34
55· 36
52· 53
53· 16
56· 44
51· 24
120· 69
60· 48
60· 49
60· 50
60· 51
60· 86
60· 87
60· 92
137· 2
139· 48
139· 36
136· 70
162· 15
136· 6
136· 48
138· 13
161· 12
161· 13
161· 14
74·102
74·103
128·103
104· 60
104· 61
108·39
108· 40
108· 41
161· 94
53· 97
131· 80
145· 69
145· 70
195· 5
143· 32
143· 33
184· 99
140· 65

MFRS IPa&line

77U·7bU·U·;ZU·2 +ZEL

140· !I

770·750·0-20·3

140· 68

770·750·1·20·0
770·750·1·20·1
770·750·1·20·2

+ZEL
+ZEL
+ZEL

140· 89
140· 70
140· 71

tZEL
770·750-1·20·3
770·75()'2·20·0

+ZEL
tZEL

770.750·2·20·1
770·750-2·20·2
770·750·2·20·3
770·750-3·20·0

140· 74
+ZEL

140· 76
+ZEL
tZEL
tZEL
tZEL

770·750·3·20·3
770·750·4·20·0
770·760·4·20·1

+ZEl

770-753·0·20·1

+ZEL

770·753·1·20-1
77()"753·1·2()"2

140· 81
140· 82

140· 84

+ZEL
140· 85
tZEL
tZEL

770·753·1·20·0

140· 79

140· 83

770.753·0·20·2
770·753'()"20·3

140· 78

tZEL
tZEL

770·753.0·20·0

140· 77

140· 80

770·750·4·20·2
770·750·4·20·3

140· 75

tZEL

770·750·3·20·1
770.750-3·20·2

140· 72
140· 73

140· 86
140· 87

tZEL
140· 88
+ZEL
140· 89
+ZEL
140· 90
+ZEL

140· 91

tZEL
770-753·1·20-3

tZEL

770-753·2·20-0
770·753·2·20·1
770·753·2·20·2
77()"753·2·20·3
770·753·3.20·0

+nl
+ZEl
tZEL

+ZEL
770·753·3·20·2

770·753·4·20-1

+ZEl
140· 66
+ZEL

••Copy of mfr's data sheet
may be ordered from D.A.T.A.

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
770-754·1·2()"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

140· 95

+ZEL
tZEL

770·753·4·20-0

140· 94

140· 96

770·753·3.20·1

770·753·3·20·3

140· 92
140· 93

+ZEL
+ZEL
+ZEl.
+ZEL

140· 97
140· 98
140· 99
140.100
140·101
140·102
140·103

+ZEl
140·104
+ZEL
tZEL

142· 51
142· 52

+ZEL
tZEL

142· 53
142· 54

tZEL
142· 55
+ZEL

140· 64

+ZEL
142· 7
+ZEL
142· 8
+ZEL
tZEL
+ZEL

770·755·2·20·0

142· 9
142· 10
142· 11

tZEL
770·755·2·20·1
tZEL
770·755·2·20·2

142· 12
142· 13

+:;:EL
142· 14

770·755·2·20·3
tZEL

142· 15

770·755·4·20·0
770·755·4·20·1

+ZEL
tZEL

770·755·4·20·2

142· 16
142· 17

tZEL
770·755·4·20·3
tZEL
770-756·0·20·0 +ZEL

142· 18
142· 19

2

,

"YPE No.
, 1IJ./DOoU-;;:IJ.'

770·756'()'20-2

tZEL
tZEL

770-75s.o·20-3
770-756·2·20-0

tZEL
tZEL

770·756-2·20-1
tZEL
770·756·2·20-2

tZEL

770-756·2·20-3
tZEL
770-756·4·20-0
tZEL
770-756-4·20-1
tZEL
770-756·4-20-2
tZEL
770-756·4·20·3
762
623
623A
831A
831121
831A
831B
835
836
845B5
845Bl0
845U5
845Ul0
848A
848121
849
86901
86902
86903
872
876B501
878B502
876B503
876Bl001
876Bl002
876Bl003
876U501
876U502
876U503
876Ul001
878Ul002
878Ul003
2110
2110A
3100-4-8J
3101-4-8J
1102.4-5F
202
3205
3207A
3404
3700-42-3J
3700-43·3J
3701
3705-42-6J
3705-43-8J
3750-4-8H
3751-4-6H
3,800-4-6H
3800-9-8H
4002
4004
4005
4008
4009
4010
4011
4012
4013
4014
4015
4016
4017
4018
4019
4020
4021
4022
4023
4024
4025
4026
4027
4028
4029
4034-25
4035-15
4103
4104
4105
4106
4107
4108
4109
4109-10
4110

tZEL
OTC
OTC
OTC
tBEC
OTC
OTC
OTC
BEC
BEC
tBEC
tBEC
tBEC
tBEC
tOTC
BEC
BEC
tBEC
tBEC
tBEC
BEC
tBEC
tBEC
tBEC
tBEC
tBEC
tBEC
tBEC
tBEC
tBEC
tBEC
tBEC
tBEC
tlNl
tlNL
tFSC
tFSC
tFSC
tlTL
tlTL
ITL
tlTl
tFSC
tFSC
tFSC
tFSC
tFSC
tFSC
tFSC
tFSC
tFSC
TPN
tTPN
tTPN
tTPN
tTPN
HPN
tTPN
tTPN
tTPN
tTPN
tTPN
tTPN
tTPN
tTPN
tTPN
tTPN
tTPN
tTPN
tTPN
tTPN
tTPN
tTPN
tTPN
tTPN
tTPN
tBUB
tBUB
tTPN
tTPN
tTPN
tTPN
tTPN
tTPN
tTPN
tTPN
tTPN

4111

tTPN

4111·10
4112

3

3. TYp: No. CROSS
MFRS IPa&Line TYPE No.
HPN
IJT?:
~: 9~~IF~
HPN
101·105 90020C

MFRS Pa&Line rYPE No.

tTPN
tTPN

142· 20 14113
142· 21 4114

142· 22 4650
5020
142· 23 5021
5022
142· 24 5023
5024
142· 25 5025
5030
142· 26 5031
5060
142· 27 5061
51460
142- 28 5310
5320
142· 29 5330
5340
142· 30 5350
5360
180· 91 5512
60· 52 5512A
80· 53 5512C
163· 8 5515
162· 69 5515A
162· 98 5515B
162- 70 5517
184- 72 5517A
179- 59 5518
143- 67 5518A
143- 68 5519
143- 69 5522
143- 70 5522A
161· 95 5523
143· 71 5523A
147· 76 5523B
143- 72 5523C
143- 73 5524
143· 74 5524A
147- 77 5524B
141- 53 5524C
141- 54 5528
141- 55 5535
141· 56 5536
141· 57 5540
141· 58 5540A
141· 59 5546
141- 80 5548
141· 61 5549
141· 62 5550
141- 63 5551
141- 64 5551A
188· 54 5551B
166· 55 5551C
89· 91 5553
52· 28 5553A
165- 40 6667
72· 28 5557A
72- 29 5557B
184- 49 5560
194· 18 5580A
147· 74 5566
147- 71 5567
195- 93 5581
147- 75 5582
147- 72 5583
147- 82 5585
142- 60 5586
165- 49 5886
165- 50 5891
143- 75 5892
143- 78 5893
143- 77 5894
143- 78 5900
143- 79 5920-1
143- 80 5925-1
143- 81 5950-1
143- 82 5955-1
143- 83 6409
143- 84 6409A
143- 85 6410
143- 86 6410A
143- 87 6412
143- 68 6412A
143- 89 6413
143- 90 6413A
143- 91 5430
143- 92 6432
143- 93 6433
143- 94 6433A
143- 95 6470
143- 96 6471
143- 97 6472
143- 98 7510
143- 99 7511
195- 6 7612
195- 7 7513
141 - 40 7530
141 - 42 7560
141 - 43 7561
141- 44 7562
141- 45 7563
141- 46 7581
141 - 9 7582
141- 10 7722BFC
101- 44 7722FC
141- 41 90000C
100- 74 9000DM
141- 11 9000FC
141- 12 9000FM
1~1:1~: 90010C
90010M

D.A. T.A.

HPN
OEI
OEI
tOEI
tOEI
tOEI
tOEI
tOEI
tOEI
tOEI
tOEI
tOEI
DIS
DIS
DIS
DIS
DIS
DIS
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
tOEI
tOEI
tOEI
OEI
DIS
DIS
DIS
DIS
DIS
tOTC
tOTC
tOTC
tOTC
tOTC
tOTC
tOTC
tOTC
tOTC
tOTC
tOTC
tOTC
tOTC
tOTC
tOTC
OEI
OEI
OEI
OEI
OEI
OEI
OEI
OEI
OEI
tOEI
tOEI
tFSC
tFSC
FSC
FSC
FSC
FSC

~~g

141· IS
163· 96
195· 49
195· 50
195· 42
195· 43
195· 44
195· 45
195· 46
164· 32
190- 79
190· 80
195- 24
75·105
194· 88
194- 89
194· 90
194· 91
194· 92
108· 49
80· 77
90- 44
108· 50
80· 78
108· 51
108· 52
80- 79
174- 61
174- 62
57- 20
65· 41
61- 93
65- 38
61- 90
85- 39
61- 91
65- 40
61- 92
65- 37
61- 89
193- 58
190-104
195- 53
136· 49
138- 22
136- 76
72- 68
71- 1
175· 50
177- 67
177· 68
177- 89
177- 70
72-102
72-103
76· 3
78- 4
78- 5
129- 33
135- 21
188· 65
188- 88
79- 28
78- 23
74- 75
193- 28
191 - 91
195- 18
195- 20
195- 17
195- 23
195- 48
75-108
75-107
194- 93
194- 94
194- 95
141-100
141-101
141-102
141-103
141-104
141-105
141-106
142- 1
143- 53
143- 54
143- 55
143- 56
185- 48
165- 23
195- 8
"42- 2
142- 3
142- 4
142- 5
142- 6
147- 64
147- 65
147- 66
147- 67
145- 60
145- 61
146- 84
146- 85
42- 33
41-102
42- 34
41-103

:~:1t~

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
90150C
90150M
9015FC
9015FM
901BOC
90180M
9016FC
9016FM
90170C
90170M
9017FM
90200C
90200M
9020FC
9020FM
90220C
90220M
9022FC
9022FM
90240C
90240M
9024FC
9024FM
9028
9093·9·7A
90930C
90930M
9093FC
9093FM
9094-9-7A
90940C
90940M
9094FC
9094FM
9097-9-7A
90970C
90970M
9097FC
9097FM
9099-9-7A
90990C
90990M
9099FC
9099FM
91090C
91100C
91110C
91110M
9111FC
9111FM
91120C
93010C
93010M
9301FC
9301FM
9301PC

ll-ftegistered with JEDEC
by this msnufacturer

INDEX

MFRS IPa&Line TYPE No.

F~C

FSC
FSC
FSC
FSC
FSC
FSC
FSC
FSC
FSC
FSC
FSC
FSC
FSC
FSC
FSC
FSC
FSC
FSC
FSC
FSC
FSC
FSC
FSC
FSC
FSC
FSC
FSC
FSC
FSC
FSC
FSC
FSC
FSC
FSC
FSC
FSC
FSC
FSC
FSC
FSC
FSC
FSC
FSC
FSC
FSC
FSC
FSC
FSC
FSC
FSC
FSC
FSC
FSC
FSC
FSC
FSC
FSC
FSC
FSC
FSC
tOEI
SGAI
FSC
SGAI
FSC
SGAI
FSC
SGAI
FSC
SGAI
SGAI
FSC
SGAI
FSC
SGAI
FSC
SGAI
FSC
SGAI
SGAI
FSC
SGAI
FSC
SGAI
FSC
SGAI
FSC
SGAI
SGAI
FSC
SGAI
FSC
SGAI
FSC
SGAI
FSC
SGAI
FSC
FSC
FSC
FSC
FSC
FSC
FSC
AMV
FSC
AMV
FSC
FSC
AMV

~~CV

:fl0~ 9~~~~~

107· 94
107· 73
107· 95
107· 74
107· 96
107· 75
107· 97
107· 76
107· 98
107- 77
107· 99
107· 78
80- 71
80· 65
80- 72
80- 66
132- 69
132· 50
132· 70
132· 51
107·100
107· 79
107·101
107· 80
80- 73
80· 67
80- 74
80- 68
107·102
107- 81
107-103
107- 82
102- 22
102- 20
102· 21
129· 32
129- 31
95· 46
95- 34
95· 47
95- 35
152- 87
152· 65
152· 88
152- 66
152- 89
152- 67
152- 68
42- 44
41-109
42- 45
41-110
42- 46
42- 1
42- 47
42- 2
42- 35
41-104
42- 36
41-105
183- 19
39- 31
40- 70

9302FC
9302FM
93040C

93040M
9304FC
9304FM
9304PC
93050C
93050M
9305FC
9305FM
93060C
93060M
9306FM
9306PC
93070C
93070M
9307FC
9307FM
93080C
93080M
9308FC
9308FM
9308PC
93090C
93090M
9309FC
9309FM
9309PC
93100C
93100M
9310FC
9310FM
9310PC
93110C
93110M
9311FC
9311FM
9311PC
93120C
93120M
9312FC
9312FM

9312PC
93130C
93130M
39- 32 9313FC
9313FM
40· 71 93140C
39- 33 93140M
39- 34 9314FC
40- 72 9314FM

39- 35 9314PC
93150C
40- 73 93150M
9315FC
39- 36 9316FM
93160C
39- 37
40- 77 93160M
39- 38 9316FC
9316FM
40- 78
9318PC
39- 39 9317BOC
9317BOM
39- 40 9317BFC
40- 79 9311BFM
9317COC
39- 41 9317COM
9317CFC
40- 80 9317CFM
93180C
39- 42
93180M
152- 49
152- 50 9318FC
54- 3 9318FM
53- 94
54- 4 9318PC
53- 95 93210C
152- 51
75- 48 93210M
75- 49 9321FC
9321FM
75- 60
75- 51 9321PC
93220C
75- 52

IN TYPE NUMBER SEQUENCE
TI'l: No
7~: ~~ i'..
75· 55 9322FC
75· 58 9322FM
147·103
9322PC
147·104 93240C

MFRS Il'a&Line

F~C

FSC
FSC
AMV
FSC
AMV
FSC
FSC
AMV
FSC
AMV
FSC
FSC
FSC
FSC
AMV
AMV
AMV
AMV
FSC
FSC
FSC
FSC
AMV
FSC
AMV
FSC
FSC
AMV
FSC
AMV
AMV
FSC
AMV
FSC
FSC
AMV
FSC
AMV
AMV
FSC
AMV
FSC
FSC
AMV
FSC
AMV
AMV
FSC
AMV
FSC
FSC
AMV
FSC
AMV
AMV
FSC
AMV
FSC
FSC
AMV
FSC
AMV
FSC
FSC
FSC
FSC
AMV
FSC
AMV
FSC
FSC
AMV
FSC
AMV
FSC
FSC
FSC
FSC
AMV
FSC
AMV
FSC
FSC
AMV
FSC
AMV
FSC
FSC
FSC
FSC
FSC
FSC
FSC
FSC
AMV
FSC
AMV
FSC
FSC
AMV
FSC
AMV
+AMV
FSC
tAM V
FSC
FSC
+AMV
FSC
tAMV

:~

'''''UM

147·106 93240M
147·106
9324FC
147-107 9324FM
69· 99
89· 98 9324PC
69·100 93340C
89·101
61· 78 93340M
61· 79
61· 80 9334FC
81· 81 9334FM
78·100
78· 92 9334PC
79· 1 93400C
78· 93
194· 16 93400M
194- 17 9340FC
9340FM
193- 63
193- 64 9340PC
93410C
193· 65
188- 56 93410M
188- 57 9341FC
9341FM
185· 41
188· 58 9341PC
93420C
185· 93
62- 16 93420M
62- 17 9342FC
9342FM
61 - 87
62- 18 9342PC
93440C
62- 11 93440M
75- 38 9344FC
9344FM
75- 34 93450C
93450M
75· 39 9345FC
75· 35 9345FM
93480C
75- 57 93480M
188- 59 9348FC
9348FM
188· 60 93500C
93~20C
185· 42 93 20M
188· 61 9352FC
9352FM
185- 94 93530C
185- 95 93530M
185- 98 9363FC
185- 97 9363FM
185- 98 93540C
193- 66 93540M
9354FC
193- 87 9354FM
93560C
53- 89 9357AOC
193- 68 9357AOM
9357AFC
193- 69 9357AFM
72- 30 9357BOC
·71- 50 9357BOM
72- 31 9357BFC
71- 51 9357BFM
70- 21 93580C
93580M
70- 22 9368FC
9358FM
65- 36 9359FC
70- 23 9359FM
93600C
70- 20
79- 2 93600M
79- 3
79- 7 9380FC
79- 4 9360FM
79- 8
79- 9 9360PC
79- 10 93660C
79- 5
194- 76 93660M
194- 17 9366FC
9366FM
163- 92
194- 78 9368PC
936BOC
194- 79 93690C
71- 67 93700C
93750C
71- 88 93750M
9375FC
78- 91 9375FM
71- 89 9377FC
9377FM
71- 70 93800C
188- 62

I~ug~~

t..copy of mfr's data sheet
may be ordered from D.A_T.A.

MFRS PtJlltl in"

~rcv

188· 113

FSC
AMV
FSC
AMV
AMV
FSC
AMV
FSC
FSC
AMV
FSC
AMV
AMV
FSC
AMV
FSC
FSC
AMV
FSC
AMV
AMV
FSC
AMV
FSC
FSC
AMV
FSC
AMV
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
FSC
FSC
FSC
FSC
FSC
FSC
FSC
FSC
FSC
FSC
FSC
FSC
FSC
FSC
FSC
FSC
FSC
FSC
FSC
FSC
FSC
FSC
FSC
AMV
FSC
AMV
FSC
FSC
AMV
FSC
AMV
AMV
FSC
AMV
FSC
FSC
AMV
FSC
AMV
FSC
FSC
FSC
FSC
FSC
FSC
F5C
FSC
FSC
FSC

185· 43
188- 64
185- 99
191-101
191-102
191· 90
192- 1
192· 2
193· 70
193- 71
193- 72
193· 73
193- 74
191- 9
191· 10
190·103
191· 11
191- 12
1111- 13
191- 14
191- 15
191- 18
191· 17
195- 54
195- 55
195- 56
195- 57
195· 58
184- 32
184- 33
184- 34
184- 35
75- 58
75- 59
75- 60
75- 61
192- 67
192- 68
192- 89
192- 70
63- 98
72-104
72-105
72-108
73- 1
78- 24
78- 25
78- 26
78- 27
79- 29
79- 30
79- 31
79- 32
67- 57
76- 6
76- 7
76- 8
76- 9
76- 10
76- 11
76- 12
76- 13
76- 14
76- 15
76- 16
76- 17
76- 18
76- 19
62- 91
62- 92
62- 85
62- 93
62- 94
70- 27
70- 28
68- 45
70- 29
70- 30
163- 97
163- 98
163- 99
193- 75
193- 76
193 - 77
193- 78
193- 79
193- 80
147-108

~~g il:U~~

3

"YPE No.

;~g~~~

9382DM
9382FC
9382FM
9383DC
9383DM
9383FC
9383FM
9386DC
9386DM
9388FC
9386FM
9390DC
9390DM
9390FC
9390FM
9392DC
9392DM
9392FC
9392FM
9393DC
9393DM
9393FC
9393FM
9502DC
9503DC
9504DC
9528DC
9600DC
9600DM
9600FM
9600PC
960lDC
960lDM
9601FC
9601FM
9601PC
9602DC
9602DM
9602FC
9602FM
9602PC
9614DC
9614DM
9614FC
9614FM
9614PC
9615DC
9615DM
9615FC
9615FM
9615PC
9616CDC
9616DC
9616DM
9616EDC
9617DC
9620DC
9620DM
9620FC
9620FM
9620PC
9621DC
9621DM
9621FC
9621FM
9621PC
9622DC
9622DM
9622FC
9622FM
9624DC
9624DM
9624FC
9624FM
9625DC
9625DM
9625FC
9625FM
9627CDC
9627DM
9644DC
9644DM
9650-1 DC
9650-1 OM
9650-2DC
9650-2DM
9650-3DC
9650-3DM
9900-1-50
9900HC
9903HC

4

3. TYPE No. CROSS INDEX

MFRS Pa&Line TYPE No.

~~g

FSC
FSC
FSC
FSC
FSC
FSC
FSC
FSC
FSC
FSC
FSC
FSC
FSC
FSC
FSC
FSC
FSC
FSC
FSC
FSC
FSC
FSC
FSC
FSC
FSC
FSC
FSC
AMV
AMV
AMV
AMV
AMV
FSC
AMV
FSC
FSC
AMV
FSC
AMV
AMV
FSC
AMV
FSC
FSC
AMV
FSC
AMV
AMV
FSC
AMV
FSC
FSC
AMV
FSC
AMV
AMV
FSC
AMV
FSC
FSC
AMV
FSC
AMV
FSC
tAMV
FSC
FSC
tAMV
FSC
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
FSC
FSC
FSC
FSC
FSC
SGAI
FSC
SGAI
FSC
SGAI

Il:t

~ ;;g:~CtlB

148- 3
148- 4
148- 5
148- 6
148- 7
148- 8
148- 9
135- 25
135- 26
135- 27
135- 28
63-101
63-102
63-103
63-104
67- 69
67- 70
67- 71
67- 72
67- 73
67- 74
67- 75
67- 76
92- 28
92- 29
93- 48
194- 49
137-103
137- 84
137- 85
137-104
137-105

9905HC
9907-1-5B
9907HC
9908HC
9909HC
9910HC
9911HC
9912HC
9913HC
9914-1-5B
9914EC
9914HC
9915-1-5B
9915HC
9921HC
9923EC
9923HC
9926FC
9926FM
9926HC
9926HM
9927-1-5F
9927HC

9930-9-31
9930-9-6A
9930-9-7A
137- 86 9930DM

136- 45 9930FM
137- 87
9930HM
137-106 9931FM
137-107 9932-9-31
9932-9-6A
137- 88 9932-9-7A
9932DM
137-108
137- 89 9932FM
137-109 9932HM
175- 40 9933-9-31
9933-9-6A
175- 30 9933-9-7A
9933DM
175- 29
175- 31 9933FM
175- 41 9933HM
178- 49 9934-9-6A
9934-9-7A
178- 21 9935-9-7A
9935DC
178-101
178 - 22 9935DM
178- 50
175- 51
175 - 52
175- 53
175 - 54
177-107

9935FC
9935FM
9936-9-7A
9936DC

178 - 96 9936DM
178- 94 9936FC
178-102 9936FM
178- 95
9937DC
178- 97 9937DM
176- 29 9937FC
9937FM
176- 30 9941DM
9941FM
175- 38 9941HM
176- 31 9944-9-31
9944-9-6A
176- 32 9944-9-7A
178-103 9944DM
178-104
178 -105 9944FM
178-106
151- 11 9944HM
151- 12 9945-9-6A
151- 13 9945-9-7A
151- 14 9945DM
151- 78
151- 79 9945FC
151- 80
151- 81 9945FM
177- 71
177- 72 9945HC
180- 32 9945HM
180- 33 9946-9-31
163-100 9946-9-6A
163- 93 9946-9-7A
163-101 9946DM
163- 94
163-102 9946FM
163- 95
151- 88 9948-9-6A
151- 89 9948-9-7A
9948DM
101- 45

D.A.T.A.

MFRS Pa&Line TYPE No.

~~~I l~g: ~~

SGAI
FSC
SGAI
SGAI
FSC
SGAI
FSC
FSC
FSC
FSC
FSC
FSC
SGAI
FSC
FSC
SGAI
SGAI
FSC
SGAI
FSC
FSC
FSC
FSC
FSC
FSC
FSC
SGAI
SGAI
FSC
SGAI
SGAI
SGAI
SGAI
FSC
SGAI
FSC
SGAI
FSC
FSC
SGAI
SGAI
SGAI
FSC
SGAI
FSC
SGAI
FSC
SGAI
SGAI
SGAI
FSC
SGAI
FSC
SGAI
FSC
SGAI
SGAI
SGAI
FSC
SGAI
FSC
SGAI
FSC
SGAI
FSC
SGAI
SGAI
FSC
SGAI
FSC
SGAI
FSC
SGAI
FSC
SGAI
FSC
FSC
FSC
FSC
FSC
FSC
FSC
SGAI
SGAI
SGAI
FSC
SGAI
FSC
SGAI
FSC
SGAI
SGAI
FSC
SGAI
FSC
SGAI
FSC
SGAI
FSC
FSC
SGAI
SGAI
SGAI
FSC
SGAI
FSC
SGAI
SGAI
SGAI
FSC
SGAI

1"141:1~l;

9948FM

54·104
9948HC
126· 29 9948HM
101· 46 9949DC
9949DM
147- 86 9949FC
93- 2 9949FM
101- 47 9950DM
102- 18 9950FC
150- 68 9950FM
54- 78 9950HC
101 - 48 9950HM
101- 49 9951-9-31
101- 50 9951-9-6A
9951-9-7A
126- 30 9951DM
102- 19
9951FM
131-107
41- 30 9951HM
41- 33 9952DC
38- 7 9953DC
38- 8 9954DC
38- 9 9955DC
38- 10 9956DC
9957DC
151- 90 9958DC
151- 91
9958HC
125-103 9960DC
125-104
124- 89 9961DC
125- 89 9961DM
9961FC
125- 90
9961FM
125- 91 9962-9-31
54- 5 9962-9-6A
125-105 9962-9-7A
125-106 9962DM
124- 90
124- 91 9962FM
124- 92 9963DC
9963DM
125- 92 9963FC
131- 25 9963FM
131 - 26 9964DC
131- 27 9966DC
131- 69 9967DC
9971DC
131 - 84 9974-1-5B
99711-9-5B
131 - 85 9989DC
105- 41 9989HC
105- 42 1010lB
153- 8 10101F
157-109 10102B
10102F
157 -110 10105B
10105F
158- I 10106B
10106F
158- 2 10107B
10107F
153- 9 10109B
158- 47 10109F
10110B
158- 31 10110F
1011lB
158- 48 10111F
10112B
158- 32 10112F
10113B
158- 33 10113F
153- 10 10115B
158- 34 10115F
153- 11 10116B
136- 64 10116F
136- 65 10117B
136- 66 10117F
124- 35 10118B
124- 36 10118F
124- 93 10119B
124- 94 10119F
10121B
124- 95 10121F
10124B
125- 93 10124F
52- 81 10125F
52- 45 10130F
52- 46 10131F
10132F
52- 82 10134F
10136F
52- 47 10137F
10161F
52- 68 10162F
52- 69 1017IF
125-107 10172F
125-108 10173F
124- 96 60088
125- 94 93141DC
93145DC
125- 95 93145DM
93145FC
52- 86 93145FM
52- 48 93150DC
52- 84 93150DM
93150FC
93150FM

.o.-Registered with JEDEC
by this manufacturer

IN TYPE NUMBER SEQUENCE

MFR:> Pa&Line TYPE No.

~~~I

FSC
SGAI
FSC
FSC
FSC
FSC
FSC
FSC
FSC
FSC
FSC
FSC
FSC
SGAI
SGAI
SGAI
FSC
SGAI
FSC
SGAI
FSC
FSC
FSC
FSC
FSC
FSC
FSC
FSC
SGAI
FSC
FSC
SGAI
FSC
FSC
FSC
SGAI
FSC
SGAI
SGAI
SGAI
FSC
SGAI
FSC
SGAI
FSC
FSC
FSC
FSC
FSC
FSC
FSC
FSC
SGAI
SGAI
FSC
FSC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
tOPT
FSC
FSC
FSC
FSC
FSC
FSC
FSC
FSC
FSC

oz- "f

I~~l~l~~

52- 85 93151FC
93151FM
52- 70 93152DC
52- 71 93152DM
125- 96 93152FC
124- 97 93152FM
105- 7 93153DC
124- 98 93153DM
52- 49 93153FC
52- 80 93153FM
52- 50 All1
52- 72 A601
52- 73 A604
136- 26 A605
136- 27 A606
136- 28 A851
136- 67 A854
A856
136- 68 A860
A862
136- 69 A880
95- 29 AD550JD
89- 85 AD550JF
89- 86 AD550KD
89- 87 AD550KF
92- 6 AD550LD
53- 13 AD550LF
61 - 3 AD550SD
AD550SF
61 - 4 AD550TD
78- 87 AD550TF
AD550UD
125- 97 AD550UF
124- 99 AD551JD
105- 8 AD551JF
AD551KD
124-100 AD551KF
125-109 AD551LD
125 -110 AD551LF
124-101 AD551SD
125- 98 AD551SF
AD551TD
125- 99 AD551TF
AD551UD
124- 27 AD551UF
124-102 AD552JD
105- 9 AD552KD
124-103 AD552SD
89- 88 AD552TD
92- 4 AD555JD
41 - 90 AD555JF
92- 5 AD555KD
41 - 38 AD555KF
41 - 39 AD555LD
61- 1 AD555LF
61 - 2 AD555SD
92- 37 AD555SF
92- 38 AD555TD
94- 67 AD555TF
94- 68 AD555UD
92- 39 AD555UF
92- 40 AD750lJ
94- 69 AD750lK
94- 70 AD750lS
130- 93 AD7502J
130- 94 AD75.02K
92- 62 AD7502S
92- 63 AD7503JD
90- 36 AD7503KD
90- 37 AD7503SD
94- 90 AD7506JD
94- 91 AD7506KD
92- 64 AD7506SD
92- 65 AD7506TD
129- 8 AD7507JD
129- 9 AD7507KD
177- 29 AD7507SD
177- 30 AD7507TD
177- 31 AD7510J
177- 32 AD7510K
84- 33 AD7510S
84- 34 AD7511JD
91- 98 AD7511JN
91- 99 AD7511KD
91-100 AD7511KN
91-101 AD7511SD
92- 24 AD7511TD
92- 25 AD7512JD
163- 85 AD7512JN
160- 84 AD7512KD
160-105 AD7512KN
55- 95 AD7512SD
55- 98 AD7512TD
55- 96 AD7513JH
55- 97 AD7513JN
.70- 11 AD7513KH
68- 54 AD7513KN
?t- 35 AD7513SH
71- 36 AD7513TH
71- 37 AD7516JN
71- 38 AD7516SD
55- 91 AD7519JN
180- 18 AD7520JD
73- 2 AD7520JN
75- 62 AD7520KD
75- 63 AD7520KN
75- 64 AD7520LD
75- 65 AD7520LN
185-100 AD7520SD
185-101 AD7520SN
185-102 AD7520TD
185-103 AD7520TN

MFR:> Pa&Line

~~g
FSC
FSC
FSC
FSC
FSC
FSC
FSC
FSC
FSC
FSC
tDEC
tDEC
tDEC
tDEC
tDEC
tlTi
tlTi
tlTI
tlTI
' tlTi
tlTi
tANA
tANA
tANA
tANA
tANA
tANA
tANA
tANA
tANA
tANA
tANA
tANA
tANA
tANA
tANA
tANA
tANA
tANA
tANA
tANA
tANA
tANA
tANA
tANA
tANA
tANA
tANA
tANA
tANA
tANA
tANA
tANA
tANA
tANA
tANA
tANA
tANA
tANA
tANA
tANA
tANA
tANA
tANA
tANA
tANA
tANA
tANA
tANA
tANA
tANA
tANA
tANA
tANA
tANA
tANA
tANA
tANA
tANA
tANA
tANA
tANA
tANA
tANA
tANA
tANA
tANA
tANA
tANA
tANA
tANA
tANA
tANA
tANA
tANA
tANA
tANA
tANA
tANA
tAN A
tANA
tANA
tANA
tANA
tANA
tANA
tANA
tANA
tANA
tANA
tANA
tANA

MFRS
tANA
tANA
'AD7521
ANA
ADACI
tDDC
tDDC
ADAC1BCD
tDDC
ADAC3
tDDC
ADAC3BCD
ADC8QMET
tANA
ADC8QMSN
tANA
ADC8QU
tANA
ADC8S
tANA
ADCIOOMET
tANA
ADCIOOMSN
tANA
ADCIOOU
tANA
ADCIOZ
tANA
ADCI20LJ
tANA
ADCI20LK
tAN A
ADCI20MET
tANA
ADC120MSN
tANA
ADC120U
tANA
ADC120Z
tANA
ADC141
tANA
ADC160
tANA
ADCI71
tANA
ADC40-08-BOB tBUB
ADC40-08-BTC tBUB
ADC40-08-USB tBUB
ADC40-10-BOB tBUB
ADC40-10-BTC tBUB
ADC40-10-USB tBUB
ADC40-12-BCD tBUB
ADC40-12-BOB tBUB
ADC40-12-BTC tBUB
ADC40-12-USB tBUB
ADC50-08-BOB tBUB
ADC50-08-BTC tBUB
ADC50-08-USB tBUB
ADC50-10-BOB tBUB
ADC50-IO-BTC tBUB
ADC50-IO-USB tBUB
ADC50-12-BCD tBUB
ADC50-12-BOB tBUB
ADC50-12-BTC tBUB
ADC50-12-USB tBUB
ADC55-10-BOB tBUB
ADC55-10-BTC tBUB
ADC55-10-USB tBUB
ADC55-12-BOB tBUB
ADC55-12-BTC tBUB
ADC55-12-USB tBUB
ADCIOO-BCD
tBUB
ADCIOO-SMD tBUB
tBUB
ADCIOOBOB
ADCIOOUSB
tBUB
ADC535-3BCD tHBC
ADC535-3BCD-BP
tHBC
ADC535-12A-E tHBC
ADC540-8
tHBC
ADC540WB8
tHBC
ADC550-10E
tHBC
ADC550-IOLD tHBC
ADC550-10S
tHBC
ADC550-12E
tHBC
ADC550-12LD tHBC
ADC550-12S
tHBC
ADC560-3BCD tHBC
tHBC
ADC560-12A
ADC560-12B
tHBC
ADC560-12C
tHBC
tHBC
ADC575-12
ADC590-2BCD tHBC
ADC590-8
tHBC
tHBC
ADC591-8
ADC591-10
tHBC
tHBC
ADC591-12A
ADC591-12C
tHBC
tHBC
ADC592-8
ADC592-10
tHBC
ADC1100
tANA
ADC 1103-001 tANA
ADCll03-002 tANA
ADC II 03-003 tANA
AHOOl4CD
tNSC
AHOOl4CF
tNSC
AHOOl4D
tNSC
AHOOl4F
tNSC
AHOOl5CD
tNSC
AHOOl5D
tNSC
AHOOl9CD
tNSC
AHOO19CF
tNSC
AHOOl9D
tNSC
AHOOl9F
tNSC
AHOl26CD
NSC
AHOl26CF
NSC
AH0126D
NSC
AHOl26F
NSC
AHOl29CD
NSC
AHOl29CF
NSC
AHOl29D
NSC
AHOl29F
NSC
AHOl33CD
NSC
AHOl33CF
NSC
AHOl33D
NSC
AHOl33F
NSC
AHOl34CD
NSC
AHOl34CF
NSC
AHOl34D
NSC
AHOl34F
NSC
Ati0139CD
NSC
AH0139CF
NSC
AHOl39D
NSC
AHOl39F
NSC
AHOl40CD
NSC
:YPE No.

l~Ug; I~g~~~g~~

185-106
185·107
185-108
185-109
185-110
186- I
186- 2
186- 3
186- 4
186- 5
190- 61
147 - 79
147- 80
147 - 78
147- 81
142- 63
140- 11
142- 64
146-104
142- 65
195 - 47
143-100
143-101
143-102
143-103
143-104
143-105
143-106
143-107
143-108
143-109
143 -110
144- 1
144- 2
144- 3
144- 4
144- 5
144- 6
144- 7
144- 8
144- 9
144- 10
144- 11
144- 12
144- 13
144- 14
144- 15
144- 16
144- 17
144- 18
144- 19
144- 20
144- 21
144- 22
144- 23
144- 24
144- 25
144- 26
144- 27
144- 28
144- 29
190- 17
189- 38
189- 39
190- 18
189- 40
189- 41
190- 19
189- 42
189- 43
189-106
189- 44
189-107
189- 45
189-108
189- 46
189-109
189- 47
171- 83
167- 92
167- 93
171- 41
171- 42
167- 94
167- 95
171- 43
167- 96
171- 44
171- 45
167- 97
167- 98
171- 46
167- 99
171- 47
171- 48
167-100
167-101
171- 49
167-102
170- 55
170- 56
171- 97
146- 63
146- 64
146- 65
146- 66
146- 67
146- 68
146- 69
146- 70
146- 71
146- 72

t-Copy of mfr's data sheet
may be ordered from D.A_T.A.

PaALine

m:~~

146- 75
143- 23
143-.24
143- 25
143- 26
141 - 66
141- 67
141- 68
141- 69
141 - 70
141- 71
141 - 72
141- 73
142- 61
142- 62
141- 74
141- 75
141- 76
141- 77
141- 78
141- 79
141- 80
141- 16
141- 17
141- 18
141- 19
141- 20
141- 21
141- 22
141- 23
141· 24
141- 25
141- 26
141 - 27
141- 28
141 - 29
141 - 30
141 - 31
141- 32
141 - 33
141- 34
141- 35
141 - 6
141- 7
141- 8
141- 3
141- 4
141- 5
140- 12
140- 13
140- 14
140- 15
140- 16
140- 17
140142142140140140140-

18
48
49
19
20
21
22
140~ 23
140- 24
140- 25
140- 26
140- 27
140- 28
140-106
142- 40
142- 41
142- 42
142- 43
142- 44
142- 45
142- 46
142- 47
141- 81
141- 82
141- 83
141- 84
167- 18
167- 19
167- 20
167- 21
167- 22
167- 23
161- 24
167- 25
167- 26
167- 27
170- 60
170- 61
170- 62
170- 63
170- 64
170- 65
170- 66
170- 67
170- 68
170- 69
170- 70
170- 71
170- 72
170- 73
170- 74
170- 75
170- 76
170- 77
170- 78
170- 79
170- 80

4

TYPE No.

1~~gl:ggF

~~g

AH0140F
NSC
AH0141CD
NSC
AH0141CF
NSC
AH0141D
NSC
AH0141F
NSC
AH0142CD
NSC
AH0142CF
NSC
AH0142D
NSC
AH0142F
NSC
AH0143CD
NSC
AH0143CF
NSC
AH0143D
NSC
AH0143F
NSC
AH0144CD
NSC
AH0144CF
NSC
AH0144D
NSC
AH0144F
NSC
AH0145CD
NSC
AH0145CF
NSC
AH0145D
NSC
AH0145F
NSC
AH0146CD
NSC
AH0146CF
NSC
AH0146D
NSC
AH0146F
NSC
AH0151CD
NSC
AH0151CF
NSC
AH0151D
NSC
AH0151F
NSC
AH0152CD
NSC
AH0152CF
NSC
AH0152D
NSC
AH0152F
NSC
AH0153CD
NSC
AH0153CF
NSC
AH0153D
NSC
AH0153F
NSC
AH0154CD
NSC
AH0154CF
NSC
AH0154D
NSC
AH0154F
NSC
AH0161CD
NSC
AH0161CF
NSC
AH0161D
NSC
AH0161F
NSC
AH0162CD
NSC
AH0162CF
NSC
AH0162D
NSC
AH0162F
NSC
AH0163CD
NSC
AH0163CF
NSC
AH0163D
NSC
AH0163F
NSC
AH0164CD
NSC
AH0164CF
NSC
AH0164D
NSC
AH0164F
NSC
AH2114CG
tNSC
AH2114G
tNSC
AH5009CN
NSC
AH5010CN
NSC
AH5011CN
NSC
AH5012CN
NSC
AH5013CN
NSC
AH5014CN
NSC
AH5015CN
NSC
AH5016CN
NSC
AH5017CN
NSC
AH5018CN
NSC
AH5019CN
NSC
AH5020CN
NSC
AH5021CN
NSC
AH5022CN
NSC
AH5023CN
NSC
AH5024CN
NSC
AIMDAC100AANl
tPMI
AIMDAC100AAN2
tPMI
AIMDAC100AAQl
tPMI
AIMDAC100AAQ2
tPMI
AIMDAC100ABNl
tPMI
AIMDAC100ABN2
tPMI
AIMDAC100ABQl
tPMI
AIMDAC100ABQ2
tPMI
AIMDAC100ACNl
tPMI
AIMDAC100ACN2
tPMI
AIMDAC100ACQ1
tPMI
AIMDAC100ACQ2
tPMI
AIMDAC100ACQ3
PMI
AIMDAC 100ACQ4
PMI
AIMDAC100ACTlPMI
AIMDAC100ACT2PMI
AIMDAC100ADNl
tPMI
AIMDAC100ADN2
tPMI
AIMDAC 100ADQ 1
tPMI

5

3. TYPE No. CROSS INDEX
MFRS Pa&line TYPE No.
MFRS

MFRS Po&line TYPE No.

gg: g~

~'N'U

170· 83
170· 84
170· 85
170· 86
170· 87
170· 88
170· 89
170· 90
170· 91
170· 92
170· 93
170· 94
170· 95
170· 96
170· 97
170· 98
170· 99
170·100
170·101
170·102
170·103
170·104
170·105
170·106
170·107
170·108
170·109
170·110
171· 1
171· 2
171· 3
171· 4
171· 5
171· 6
171· 7
171· 8
171· 9
171· 10
171· 11
171· 12
171· 13
171· 14
171· 15
171· 16
171· 17
171· 18
171· 19
171· 20
171· 21
171· 22
171· 23
171· 24
171· 25
171· 26
171· 27
171· 28
171· 29
179· 74
179· 75
167· 1
166· 69
167· 2
166· 70
167· 3
166· 71
167· 4
166· 72
167· 5
166· 73
167· 6
166· 74
167· 7
166· 75
167· 8
166· 76
145· 71

AIMDAC 100BAN 1
tPMI
AIMDAC100BAN2
tPMI
AIMDAC 100BAQ 1
tPMI
AIMDAC 100BAQ2
tPMI
AIMDAC100BBN 1
tPMI
AIMDAC100BBN2
tPMI
AIMDAC100BBQl
tPMI
AIMDAC 100BBQ2
tPMI
AIMDAC100BCNl
tPMI
AIMDAC 100BCN2
tPMI
AIMDAC 1OOBCQ 1
tPMI
AIMDAC 100BCQ2
tPMI
AIMDAC100BCQ3
PMI
AIMDAC 100BCQ4
PMI
AIMDAC100BCTlPMI
AIMDAC 100BCT2PMI
AIMDAC100BDN 1
tPMI
AIMDAC100BDN2
tPMI
AIMDAC100BOQl
tPMI
AIMDAC100BDQ2
tPMI
AIMDAC 100CBN 1
tPMI
AIMDAC100CBN2
'tPMI
AIMDAC100CBQ 1
tPMI
AIMDAC100CBQ2
tPMI
AIMDAC 1OOCCN 1
tPMI
AIMDAC100CCN2
tPMI
AIMDAC 1OOCCQ 1
tPMI
AIMDAC100CCQ2
tPMI
AIMDAC100CCQ3
PMI
AIMDAC100CCQ4
PMI
AIMDAC100CCT1PMI
AIMDAC100CCT2PMI
AIMDAC100CDNl
tPMI
AIMDAC100CDN2
tPMI
AIMDAC100CDQ 1
tPMI
AIMDAC100CDQ2
tPMI
AIMDAC100DBN 1
tPMI
AIMDAC100DBN2
tPMI
AIMDAC100DBQl
tPMI
AI M DAC 100DBQ2
tPMI
AI M DAC 1OODCN 1
tPMI
AIMDAC100DCN2
tPMI
AIMDAC 100DCQ 1
tPMI
AIMDAC100DCQ2
tPMI
AIMDAC100DDNl
tPMI
AIMDAC100DDN2
tPMI
AIMDAC100DDQl
tPMI
AIMOAC100DDQ2
tPMI
AIMDAC100DDQ3
PMI
AIMOAC100DOQ4
PMI
AIM OAC 1OODDTlPM I
AIMDAC100DDT2PMI
AM25L05DC
tAMV
AM25L05DM
tAMV
AM25L05FM
tAMV
AM25L05PC
tAMV
AM25L06DC
AMV
AM25L06DM
AMV
AM25L06FM
AMV
AM25L06PC
AMV
AM25S05DC
tAMV
AM25S05DM
tAMV
AM25S05FM
tAMV
AM25S05PC
tAMV
AM25S07DC
AMV
AM25S07DM
AMV

145· 72
145· 73
145· 74
145· 75
145· 76
145· 77
145· 78
145· 79
145· 80
145· 81
145· 82
145· 83
145· 84
145· 85
145· 86
145· 87
145· 88
145· 89

D.A. T.A.

, ...

100AD~2pMI

1145.90

Pa&line TYPE No.

AM25S07PC

~~~

145· 91 AM25S08DC
AMV
AM25S08DM
AMV
145· 92 AM25S08FM
AMV
AM25S08PC
AMV
145· 93 AM25S09DC
tAMV
AM25S09DM
tAMV
145· 94 AM25S09FM
tAMV
AM25S09PC
tAMV
145· 95 AM25S10DC
tAMV
AM25S10DM
tAMV
145· 96 AM25S10FM
tAMV
AM25S10PC
tAMV
145·97 AM26L02DC
AMV
AM26L02DM
AMV
145· 98 AM26L02FM
AMV
AM26L02PC
AMV
145· 99 AM26S12ADC#1
tAMV
145·100 AM26S 12ADC#2
tAMV
145·101 AM26S12ADM#1
tAMV
145·102 AM26S 12ADM#2
tAMV
145·103 AM26S 12AFM# 1
tAMV
145·104 AM26S 12AFM#2
tAMV
145·105 AM26S12APC#1
146· 1
tAMV
146· 2 AM26S 12APC#2
tAMV
146· 3 AM26S 12DC# 1 tAMV
AM26S 12DC#2tAMV
146· 4 AM26S12DM#1
tAMV
146· 5 AM26S12DM#2
tAMV
146· 6 AM26S12FM#1tAMV
AM26S12FM#2tAMV
146· 7 AM26S 12PC# 1 tAMV
AM26S 12PC#2 tAMV
146· 8 AM1000H
NSC
AM1001H
NSC
NSC
146· 9 AM1002H
AM2009CD
tNSC
146· 10 AM2009CF
tNSC
AM2009D
tNSC
146· 11 AM2009F
tNSC
AM2501DC
AMV
146· 12 AM2501DM
AMV
AM2505DC
AMV
146· 13 AM2505DM
AMV
AM2505FM
AMV
146· 14 AM2505PC
AMV
AM2506DC
AMV
146· 15 AM2506DM
AMV
AM2506FM
AMV
146· 16 AM2506PC
AMV
146· 17 AM2600DC
AMV
146· 18 AM2600DM
AMV
AM2600FM
AMV
146· 19 AM2600PC
AMV
AM2602DC
AMV
146· 20 AM2602DM
AMV
AM2602FM
AMV
146· 21 AM2602PC
AMV
AM2614DC
AMV
146· 22 AM2614DM
AMV
AM2614FM
AMV
146· 23 AM2614PC
AMV
AM2615DC
AMV
146· 24 AM2615DM
AMV
AM2615FM
AMV
146· 25 AM2615PC
AMV
AM3705CD
NSC
146· 26 AM3705CF
NSC
AM3705D
NSC
146· 27 AM3705F
NSC
AM26123DC
tAM V
146· 28 AM26123DM
tAMV
AM26123FM
tAMV
146· 29 AM26123PC
tAMV
AY5·1008
GIC
146· 30 AY5·1010
GIC
AY5·1012
tGIC
146· 31 AY6·4010
tGIC
AY6·4016
GIC
146· 32 Bl04
tDEC
Bl05
tDEC
146· 33 B113
tDEC
B115
tDEC
146· 34 B117
tDEC
B123
tDEC
146· 35 B124
tDEC
B130
tDEC
146· 36 B155
tDEC
146· 37 B171
tDEC
184· 28 B200
tDEC
184· 29 B201
tDEC
184· 30 B204
tDEC
184· 31 B301
tDEC
191· 3 B310
tDEC
191· 4 B360
tDEC
191· 5 B401
tDEC
191· 6 B405
tDEC
184· 36 B681
tDEC
184· 37 BAT21
FERB
184· 38 BAT22
FERB
184· 39 BAT23
FERB
58· 47 BAT24
FERB
58· 48 BAT25
FERB

fl.·Registered with JEDEC
by this manufecturer

~g:
58·
58·
58·
58·
58·
58·
58·
58·
184·
184·
184·
184·
138·
138·
138·
138·
175·

50 BAT27
51 BAT28
52
53
54
55
56
57
58
40
41
42
43
18
19
20
21
55

177·109
175· 56
177·110
175· 57
178· 1
175· 58
178· 2
175· 59
177· 63
175· 60
177· 64
175· 61
177· 65
175· 62
177· 66
172· 8
172· 16
172· 9
196· 8
196· 9
196· 10
196· 11
70· 14
70· 15
184· 44
184· 45
184· 46
184· 47
191· 18
191· 19
191· 20
191· 21
137·110
137· 90
137· 91
138· 1
138· 2
137· 92
137· 93
138· 3
175· 42
175· 32
175· 33
175· 43
178· 23
178· 51
178· 52
178· 24
195·107
195·108
195·109
195·110
136· 77
136· 78
136· 79
136· 80
165· 7
165· 8
176· 95
165· 9
190· 7
159· 95
159· 96
100· 76
100· 77
100· 78
124· 21
100· 79
89· 90
78· 86
101· 33
38·104
53· 74
53· 89
139· 72
136· 5
136· 7
60· 30
60· 65
159· 97
182· 29
182· 30
182· 31
182· 32
182· 33

BAX45
BAX46
BAX47
BAX48
BAX49
BAX50
BAX51
BAX52
BAX53
BAX54
BAX55
BAX56
BAX57
BAX58
BAX59
BAX60
BAX61
BAX62
BAX63
BAX64
BAX65
BAX66
BAX67
BAX68
BAX69
BAX70
BAX71
BAX72
BAX73
BDACI
BDAC3
BHBOO07
BHBOO07A
BHBOO08
BHBOO08A
BIP2610·1
BIP2611·1
BL54LOOY
BL54L20Y
BL54L30Y
BL54L55Y
BL54L67Y
BL54L68Y
BL64L69Y
BL74LOOY
BL74L20Y
BL74L30Y
BL74L55Y
BL74L67Y
BL74L68Y
BL74L69Y
BL5400Y
BL5401Y
BL5410Y
BL5473Y
BL5474Y
BL7400Y
BL7401Y
BL7410Y
BL7473Y
BL7474Y
CA1541D
CA3541D
CAG6
CAG6·10
CAG7
CAG7·10
CAG10
CAG10A
CAG10B
CAG10C
CAG13
CAG13A
CAG13C
CAG13D
CAG14
CAG14A
CAG20
CAG21
CAG22
CAG23
CAG24
CAG27
CAG27·10
CAG30
CAG42
CAG45

IN TYPE NUMBER SEQUENCE
MFRS Pa&Line TYPE No.
MFRS Po&line

Is2: 35 ICAG4SA
FERB
FERB 182· 36 CAG48A

tSGAI
tSGAI
tSGAI
tSGAI
tSGAI
tSGAI
tSGAI
tSGAI
tSGAI
tSGAI
tSGAI
tSGAI
tSGAI
tSGAI
tSGAI
tSGAI
tSGAI
tSGAI
tSGAI
tSGAI
tSGAI
tSGAI
tSGAI
tSGAI
tSGAI
tSGAI
tSGAI
tSGAI
tSGAI
tDDC
tDDC
tSOD
tSOD
tSOD
tSOD
tBUR
tBUR
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
tRCA
tRCA
TCY
TCY
HCY
HCY
HCY
HCY
HCY
HCY
HCY
HCY
tTCY
HCY
HCY
HCY
HCY
HCY
HCY
HCY
tTCY
HCY
HCY
HCY
TCY
TCY

183·
183·
183·
183·
183·
183·
183·
183·
183·
183·
183·
183·
183·
183·
183·
183·
183·
183·
183·
183·
183·
183·
183·
183·
183·
183·
183·
183·
183·
142·
142·
180·
180·
180·
180·
68·
68·
108·

31
32
33
34
35
36
37
38
39
40
41
42
43
44
45
46
47
48
49
50
51
52
63
64
56
66
67
68
59
66
67
46
47
48
49
47
48
62

108· 63
108· 64
84· 89
43· 21
43· 22
43· 23
108· 65
108· 66
108· 67
84· 90
43· 24
43· 25
43· 26
109· 65
108· 68
109· 56
44· 60
57· 21
109· 67
108· 69
109· 58
44· 61
57· 22
174· 43
172· 44
166· 16
166· 17
171· 39
171· 40
167· 87
167· 88
167· 89
167· 90
166· 18
166· 19
166· 20
166· 21
171· 74
171· 75
168· 61
167·103
167·104
167·106
167· 91
170· 58
170· 69
167· 74
167· 86
168· 57

+.copy of mfr's deta sheet
may be ordered from D.A.T.A.

CAG513
CAM601
CAM601A
CD2150
CD2151
CD2152
CD2153
CD2154
CD2500E
CD2501E
CD2502E
CD2503E
CD4000AD
CD4000AE
CD4000AK
CD4001AD
CD4001AE
CD4001AK
CD4002AD
CD4002AE
CD4002AK
CD4007AD
CD4007AE
CD4007AK
CD4008AD
CD4008AE
CD4008AK
CD4009AD
CD4009AE
CD4009AK
CD4010AD
CD4010AE
CD4010AK
CD4011AD
CD4011AE
CD4011AK
CD4012AD
CD4012AE
CD4012AK
CD4013AD
CD4013AE
CD4013AK
CD4016AD
CD4016AE
CD4016AK
CD4017AD
CD4017AE
CD4017AK
CD4018AD
CD4018AE
CD4018AK
CD4019AD
CD4019AE
CD4019AK
CD4020AD
CD4020AE
CD4020AK
CD4022AD
CD4022AE
CD4022AK
CD4023AD
CD4023AE
CD4023AK
CD4024AD
CD4024AE
CD4024AK
CD4024AT
CD4026AD
CD4026AE
CD4025AK
CD4026AD
CD4026AE
CD4026AK
CD4027AD
CD4027AE
CD4027AK
CD4028AD
CD4028AE
CD4028AK
CD4029AD
CD4029AE
CD4029AK
CD4030AD
CD4030AE
CD4030AK
CD4032AD
CD4032AE
CD4032AK
CD4033AD
CD4033AE
CD4033AK
CD4037AD
CD4037AE
CD4037AK
CD4038AD
CD4038AE
CD4038AK
CD4040AD
CD4040AE
CD4040AH
CD4040AK
CD4041AD
CD4041AE
CD4041AK
CD4042AD
CD4042AE
CD4042AK
CD4043AD
CD4043AE
CD4043AK
CD4044AD

f~~

TCY
HCY
TCY
TCY
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
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

1::: g:

168· 60
166· 22
189·104
189·105
92· 70
92· 71
92· 72
92· 73
94· 66
77· 60
77· 61
77· 62
77· 63
93· 20
93· 21
93· 22
93· 23
93· 24
93· 25
93· 26
93· 27
93· 28
183· 91
183· 92
183· 93
150· 47
150· 48
150· 49
159· 99
159·100
169·101
161· 29
161· 30
161· 31
102· 64
102· 66
102· 66
102· 67
102· 68
102· 69
65· 58
55· 59
55· 60
166· 56
166· 67
166· 68
69· 37
69· 38
69· 39
69· 40
69· 41
69· 42
83· 57
83· 58
83· 59
64· 85
64· 86
64· 87
69· 43
69· 44
69· 46
102· 70
102· 71
102· 72
64· 88
64· 89
64· 90
64· 91
93· 29
93· 30
93· 31
69· 46
69· 47
69· 48
38· 73
38· 74
38· 76
75· 14
75· 15
75· 16
69· 66
69· 66
69· 67
128· 80
128· 81
128· 82
150· 66
160· 66
150· 67
61· 32
61· 33
61· 34
83· 60
83· 61
83· 62
150· 68
150· 59
160· 60
65· 1
65· 2
65· 3
65· 4
175· 16
175· 16
175· 17
55· 44
56· 46
55· 46
194· 50
194· 51
194· 52
194· 53

5

TYPE No.

~g:g!:~~

CD4045AD
CD4045AE
CD4045AK
CD4047AD
CD4047AE
CD4047AK
CD4048AD
CD4048AE
CD4048AK
CD4049AD
CD4049AE
CD4049AK
CD4050AD
CD4050AE
CD4050AK
CD4051AD'
CD4051AE
CD4051AK
CD4052AD
CD4052AE
CD4052AK
CD4053AD
CD4053AE
CD4053AK
CD4054AD
CD4054AE
CD4054AH
CD4054AK
CD4055AD
CD4055AE
CD4055AH
CD4055AK
CD4056AD
CD4056AE
CD4056AH
CD4056AK
CD4057AD
CD4057AH
CD4057AK
CD4059AD
CD4060AE
CD4063AE
CD4066AD
CD406SAE
CD4069AE
CD4071AE
CD4072AE
CD4073AE
CD4075AE
CD407SAE
CD4081AE
CD40S2AE
CD40S5AE
CD40S6AE
CD4514BD
CD4515BD
CD451SBE
CD4520BE
CDA1-l
CDAl-2
CDAI-3
CDA2-1
CDA2-2
CDA2-3
CDA2-4
CDA4A
CDA4B
CDAS
CDA6
CDA10
CDA10A
CDA11
CDA11S12
COAlS
CDA18A
CDA23
CDA2SA
CDA28B
CDASI
CDASIA
CDR5
CDR125Al
CDR125AP
CDR125BK
CDR125BL
CH1031
CH1032
CH1033
CH1034
CH1036
CH1037
CH 1040
CH1050
CH1060
CH1070
CH1071
CH1100
CHll0l
CHll02
CH1140
CH1141
CH1142
CH2001A
CM1150
CM1152
CM1160
CM1162
CM4000AD
CM4000AE
CM4001AD
CM4001AE
CM4002AD

6

3. TYPE
No. CROSS INDEX
MFRS Pa&Line TYPE No.
MFRS Pa&Line TYPE No.

MFRS Pa&Line TYPE No.

:~~~ ~~:: ~; 1~::l:~~~~6

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
tRCA
tRCA
tRCA
tRCA
.RCA
.RCA
tRCA
tRCA
.RCA
.RCA
tRCA
tRCA
.RCA
.RCA
.RCA
.RCA
RCA
RCA
RCA
tRCA
.RCA
.RCA
RCA
.RCA
RCA
RCA
RCA
RCA
RCA
.RCA
tRCA
.RCA
tRCA
HCY
HCY
HCY
HCY
HCY
HCY
HCY
HCY
TCY
HCY
HCY
HCY
HCY
HCY
HCY
HCY
HCY
TCY
TCY
TCY
HCY
HCY
HCY
TCY
TCY
TCY
TCY
.CER
.CER
.CER
+CER
.CER
.CER
.CER
tCER
.CER
.CER
.CER
.CER
CER
CER
CER
CER
CER
tCER
.CER
.CER
.CER
+CER
tSOD
.SOD
+SOD
.SOD
.SOD

64 - 97
64- 98
64- 99
60- 3
60- 4
60- 5
165- 41
165- 42
165- 43
161- 32
161- 33
161- 34
161- 35
161- 36
161- 37
190- 64
190- 65
190- 66
190- 67
190- 68
190- 69
190- 70
190- 71
190- 72
162- 99
162-100
162-101
162-102
78- 4
78- 5
78- 6
78- 7
78- 8
78 - 9
78- 10
78- 11
191- 82
191- 83
165- 17
61- 42
65- 5
192- 60
196- 16
103- 9
159-102
89-104
89-105
SO- 13
89-106
93- 49
80- 14
80- 15
83 - 68
83- 69
72- 58
72- 59
61- 43
65- 6
143- 62
143- 63
143 - 64
171- 35
171- 36
171- 37
171- 38
147 - 51
170· 57
147 - 52
147·70
142- 68
171· 30
142- 69
142· 70
171- 76
171- 77
171- 78
167 - 75
167- 76
143- 60
143- 61
151- 25
179- 91
179- 92
179· 93
179·94
179- 68
174- 60
179 - 73
179 - 72
179·71
179 - 67
177· 12
60· 25
165- 10
163· 20
163- 21
175 - 27
151- 5
151· 83
151 - 51
151- 52
151·53
163- 6
177- 5
176· 94
177· 58
177- 53
100- 62
100- 63
100- 64
100- 65
100- 66

:~g~

CM4004AE
tSOD
CM4007AD
tSOD
CM4007AE
tSOD
CM4008AD
tSOD
tSOD,
CM400BAE
CM4009AD
tSOD
CM4009AE
.SOD
CM4010AD
.SOD
CM4010AE
tSOD
CM4011AD
tSOD
CM4011AE
tSOD
CM4012AD
.SOD
CM4012AE
tSOD
CM4013AD
tSOD
CM4013AE
tSOD
CM4016AD
.SOD
CM4016AE
tSOD
CM4017AD
tSOD
CM4017AE
tSOD
CM4018AD
tSOD
CM4018AE
.SOD
CM4019AD
.SOD
CM4019AE
tSOD
CM4020AD
tSOD
CM4020AE
tSOD
CM4022AD
.SOD
CM4022AE
.SOD
CM4023AD
.SOD
CM4023AE
.SOD
CM4024AD
.SOD
CM4024AE
.SOD
CM4025AD
.SOD
CM4025AE
.SOD
CM4026AD
.SOD
CM4026AE
.SOD
CM4027AD
.SOD
CM4027AE
tSOD
CM4028AD
.SOD
CM4028AE
.SOD
CM4029AD
.SOD
CM4029AE
.SOD
CM4030AD
.SOD
CM4030AE
.SOD
CM4032AD
.SOD
CM4032AE
.SOD
CM4033AD
.SOD
CM4033AE
tSOD
CM403SAD
tSOD
CM403SAE
tSOD
CM4040AD
.SOD
CM4040AE
.SOD
CM4041AD
.SOD
CM4041AE
.SOD
CM4042AD
.SOD
CM4042AE
.SOD
CM4043AD
tSOD
CM4043AE
.SOD
CM4044AD
tSOD
CM4044AE
tSOD
CM4047AD
SOD
CM4047AE
SOD
CM4047AF
SOD
CM4049AD
.SOD
CM4049AE
.SOD
CM4049AF
SOD
CM4050AD
.SOD
CM4050AE
tSOD
CM4050AF
SOD
CM4102AD
.SOD
CM4102AE
.SOD
CM4102AF
SOD
CM4104AD
.SOD
CM4104AE
.SOD
CM4104AF
.SOD
CM4108AD
tSOD
CM410SAE
.SOD
CM4108AF
.SOD
CM4116AD
.SOD
CM4116AE
.SOD
CM4116AF
SOD
CM4117AD
.SOD
CM4117AE
.SOD
CM4117AF
.SOD
C0231
tVEl
C0231l
+VEL
C0232
+VEL
C0233M
.VEl
C0235
.VEl
C0236
+VEL
C0238
.VEl
CTll00N31-12
DAC
CTll00N3124
DAC
CTll00P31-12
DAC
CTll00P3124
DAC
CTllOOP/N 12
DAC
CTll OOP IN 12S DAC
CTll00P/N24 .DAC
CTl250N31-12
DAC
CTl250P31-12
DAC
CTl250P3128
DAC
CTl250P4125-28
DAC
CTl250P/N 12
DAC
CTl250P/N24
DAC
CTl250PIN28
DAC
CTP5P12
DAC
CTP5P24
DAC
CTR100P/N6PB DAC
CTR100PIN12PBDAC
CTR100PIN12S tDAC
CTR100PIN24 +DAC
CTR100P/N24PB DAC

D.A. T.A.

l~~:,~~ ~iR500PIN i~~BS~AC

64-101
183- 94
183- 95
150- 50
150- 51
159-103
159-104
161- 38
161- 39
102- 73
102- 74
102- 75
102- 76
55- 61
55- 62
172- 3
172- 4
68- 35
68- 36
69- 68
69- 69
83- 63
83- 64
64- 92
64- 93
69- 70
69- 71
102- 77
102- 7S
64-102
64-103
100- 68
100- 69
68- 37
68 - 38
38 - 76
38- 77
75 - 17
75- 18
63- 93
63- 94
128- 83
128- 84
150- 61
150- 62
68- 39
68- 40
150- 63
150- 64
64-104
64-105
177- 7
177- 8
55 - 53
55 - 54
52- 33
52- 34
52- 35
52- 36
60- 9
60- 10
·60- 11
161- 40
161- 41
161- 42
161· 43
161· 44
161- 45
61- 37
61· 38
61- 39
161· 46
161· 47
161· 48
190- 55
190- 56
190- 57
166- 59
166- 60
166- 61
77-102
77·103
77-104
60· 78
60· 75
60· 76
60- 54
60· 77
60· 59
60· 42
163· 22
163- 23
163- 24
163- 25
163- 26
163· 27
163· 28
163- 29
163- 30
163- 31
163- 32
163163163·
1631635454 54-

33
34
35
36
37
93
94
95
~4- 96
4 - 97

DAC
CTR500P/N 12SMSO
DAC
CTR500P/N24
DAC
CTR750N12
DAC
CTR750P12MSO DAC
CTS850
.CMI
CTS851
.CMI
050
MON
D112F
tSIX
D112MDD
tlNl
D112MFD
tlNl
D113MDD
tlNl
D113MFD
.INl
D120MDD
.INl
D120MFD
.INl
D121MDD
tlNl
D121MFD
tlNl
D123Al
.SIX
.SIX
D123AP
D123Bl
tSIX
D123BP
tSIX
D123MDD
tlNl
tlNl
D123MFD
D125Al
tSIX
D125AP
.SIX
D125BK
.SIX
D125Bl
.SIX
0125100
.INl
.INl
D1251FD
D125MDD
.INl
.INl
D125MFD
D129Al
.SIX
D129AP
.SIX
D129BK
.SIX
D129Bl
.SIX
D130A
.SIX
D130AA
SIX
D130Al
SIX
D130BA
SIX
D130Bl
SIX
D132Al
.SIX
D132AP
tSIX
D132Bl
SIX
D132BP
SIX
04001
EEC
04002
EEC
04003
EEC
04004
EEC
04005
EEC
04006
EEC
04007
EEC
04008
EEC
·.EEC
04009
04010
EEC
04011
EEC
04012
EEC
04015
EEC
04017
EEC
D401S
EEC
04019
.EEC
04020
tEEC
04021
EEC
04022
EEC
04023
EEC
04024
EEC
04025
.EEC
04026
.EEC
04027
.EEC
04032
.EEC
04033
.EEC
04034
.EEC
04036
EEC
04037
EEC
04038
EEC
04040
EEC
04041
.EEC
04042
EEC
04044
EEC
04046
EEC
04079
EEC
D40S2
EEC
04201
.EEC
D4202A
EEC
04203
.HC
04204
.EEC
04205
EEC
04206
EEC
04207
.EEC
04209
EEC
04210
EEC
04211
.EEC
04212
.EEC
04213
EEC
04214
EEC
04215
EEC
04216
EEC
04301
EEC
04401
EEC
04402
EEC
04403
EEC
04404
EEC
04405
EEC
04406
EEC
04407
EEC
D440S
EEC
04409
EEC
04410
EEC
04411
EEC
04412
EEC
04413
04414

A·Registered with JEDEC
by this manufacturer

H~

~:: ~~ g!i:~i."

54-100
54-101
54-102
54-103
163- 11
162- 51
136- 8
179- 95
179-100
179-101
179·102
179-103
179-104
179-105
179-106
179-107
180- 13
180- 14
180- 15
180- 16
179- 79
179 - 80
179- 82
179- 83
179 - 84
179 - 85
179- 77
179 - 78
179 - 76
179- 81
179- 96
179- 97
179- 9S
179- 99
179- 86
179- 87
179- 88
179- 89
179- 90
165- 18
165- 19
165- 20
165 - 21
54- 54
40- 11
40- 12
125- 4
125- 5
125- 6
125- 7
125- S
104- 72
157-100
125- 9
125- 10
164 - 52
164 - 53
52- 54
54- 46
137 - 45
163- 9
60· 85
160·101
160·102
130·104
74· 76
69· 91
63· 92
68· 51
149· 61
162· 49
176· 2S
177·108
72- 67
S9· 75
104- 73
164- 54
74- 77
141· 65
188· 67
47 - 79
40- 13
119· 53
119- 54
139- 1
139- 2
157 -101
66·103
63- 41
119- 55
119- 56
192· 21
192· 22
192· 23
192- 24
60- 73
38- 83
89- 99
89-100
89-101
93- 47
163- 17
163· IS
38- 84
52- 37
72- 60
60- 45
161- 65

1~1: ~~

IN TYPE NUMBER SEQUENCE
MFRS Pa&Line TYPE No.

ti~'A m:~~

MFRS Pa&Line

UAI,;!)U-l~BUB

DAC80MET
tANA 144- 30 DAC50-10U-CSB
DACSOMSN
tANA 144- 31
tBUB
DACSOSET
tANA 144 - 32 DAC50-10U-CTC
DACSOSSN
tANA 144 - 33
tBUB
DAC10DF
tANA 147 - 73 DAC50-12B-BCD
DAC100MET
tANA 144 - 34
tBUB
DAC100MSN
tANA 144 - 35 DAC50-12B-BOB
DAC100SET
tANA 144 - 36
tBUB
DAC100SSN
tANA 144 - 37 DAC50-12B-BTC
DAC10Z
tANA 146- 39
.BUB
DAC12M
.ANA 146- 40 DAC50-12B-USB
DAC120MET
tANA 144 - 38
tBUB
DAC120MSN
tANA 144 - 39 DAC50-12U-CCD
.ANA 144- 40
DAC120SET
.BUB
DAC120SSN
tANA 144 - 41 DAC50-12U-COB
DAC120Z
tANA 146- 41
tBUB
DAC140G
tANA 146- 42 DAC50-12U-CSB
DAC140M
tANA 146- 43
tBUB
DAC160G
.ANA 146- 44 DAC50-12 U-CTC
tANA 146- 45
DAC160M
tBUB
DAC20-08B-BOB
144 - 42 DAC60-10
.BUB
tBUB
DAC60-12
.BUB
DAC20-08B-BTC
144- 43 DAC85C-CBI-1 .BUB
tBUB
DACS5C-CBI-V tBUB
DAC20-08B-USB
144- 44 DACB5C-CCD-1 tBUB
tBUB
DACS5C-CCD-V tBUB
DAC20-0SU-BOB
144 - 45 DACS5CBI-1
tBUB
tBUB
DACS5CBI-V
tBUB
DAC20-08U-USB
144 - 46 DACS5CCD-1
tBUB
tBUB
DACS5CCD-V
.BUB
DAC20-10B-BOB
144 - 47 DAC100
HRW
.BUB
DAC101
HRW
DAC20-10B-BTC
144- 48 DAC3 10-3 BC 0 tHBC
.BUB
DAC310-10
.HBC
DAC20-10B-USB
144 - 49 DAC310-11
.HBC
tBUB
DAC310-12
.HBC
DAC20-10U-BOB
144- 50 DAC310D3BCD tHBC
tBUB
DAC310Dl0
tHBC
DAC20-10U-USB
144 - 51 DAC310Dll
tHBC
.BUB
DAC310D12
.HBC
DAC20-12B-BCD
144 - 52 DAC316-3BCD .HBC
.BUB
DAC316-10
.HBC
DAC20-12B-BOB
144- 53 DAC316-11
.HBC
.BUB
DAC316-12
.HBC
DAC20-12B-BTC
144 - 54 DAC32814BCD .HBC
.BUB
DAC32S116
tHBC
DAC20-12B-USB
144 - 55 DAC32SV4BCD tHBC
.BUB
DAC32SV16
.HBC
DAC20-12U-BCD
144- 56 DAC329
.HBC
.BUB
DAC355-4BCD .HBC
DAC20-12U-BOB
144- 57 DAC355-14
.HBC
.BUB
DAC355-16
.HBC
DAC20-12U-USB
144 - 58 DAC371-2BCD tHBC
tBUB
DAC371-8
.HBC
DAC40-0SB-BOB
144 - 59 DAC371110
tHBC
tBUB
DAC371110BCD .HBC
DAC40-0SB-BTC
144- 60 DAC371Vl0
.HBC
.BUB
DAC371Vl0BCD
DAC40-0SB-USB
144- 61
.HBC
tBUB
DAC372-8
tHBC
DAC4,0-08U-COB
144- 62 DAC372-10
tHBC
tBUB
DAC372-11
tHBC
DAC40-0SU-CSB
144- 63 DAC372-12
.HBC
.BUB
DAC372-12BCD .HBC
DAC40-0SU-CTC
144- 64 DAC37218
.HBC
tBUB
DAC372110
tHBC
DAC40-10B·BOB
144- 65 DAC372111
.HBC
.BUB
DAC372112
.HBC
DAC40-10B-BTC
144- 66 DAC372112BCD .HBC
.BUB
DAC372WBS
tHBC
DAC40-10B·USB
144· 67 DAC372WBI0 .HBC
.BUB DAC372WB11 .HBC
DAC40-10U-COB
144 - 68 DAC372WB12 .HBC
.BUB
DAC372WB 12BCD
DAC40-10U-CSB
144- 69
.HBC
.BUB
DAC37313BCD .HBC
DAC40-10U-CTC
144· 70 DAC373112
.HBC
.BUB
DAC375-3BCD .HBC
DAC40·12B-BOB
144- 71 DAC375-8
.HBC
.BUB
DAC375-10
.HBC
DAC40-12B-BTC
144· 72 DAC375-11
.HBC
.BUB
DAC375-12
.HBC
DAC40-12B-USB
144- 73 DAC3S512BCD .HBC
.BUB
DAC3851S
.HBC
DAC40-12U-CCD
144- 74 DAC390·3BCD .HBC
.BUB
DAC390-10
.HBC
DAC40-12U·COB
144 - 75 DAC390-11
.HBC
.BUB
DAC390D3BCD .HBC
DAC40·12U-CSB
144· 76 DAC390Dl0
tHBC
.BUB
DAC390Dll
.HBC
DAC40-12U-CTC
144· 77 DAC395-3BCD .HBC
.BUB
DAC395-12A
.HBC
DAC45CBI
.BUB 145· 58 DAC395-12B
.HBC
DAC45CCD
.BUB 145·59 DAC395-12C
.HBC
DAC50-08B-BOB
144· 78 DAC1009
.ANA
.BUB
DAC 11 06-00 1 .ANA
DAC50·08B-BTC
144· 79 DAC1106-002 tANA
.BUB
DAS2107
DIC
DAC50-08B·USB
144· 80 DAS2110
DIC
.BUB
DAS2114
DIC
DAC50-0SU-COB
144 - 81 DAS2126B3
DIC
.BUB
DAS2132Bl
DIC
DAC50-08U-CSB
144- 82 DAS2133Bl
DIC
tBUB
DAS2136Bl
DIC
DAC50-0SU-CTC
144· 83 DAS2137Bl
DIC
.BUB
DDAC10-1
.DDC
DAC50-10B-BOB
144 - 84 DDAC10-3
.DDC
.BUB
tDDC
DDAC1'-'
DAC50-10B-BTC
144 - 85 DDAC1'-3
.DDC
.BUB
DDACI2-1
tDDC
DAC50-10B-USB. BUB 144 - 86
.DDC
Ig~~?~~-~D .INl

• ·Copy of mfr's data sheet
may be ordered from D.A.T.A.

~4-

87

144- 88
144 - 89
144- 90
144- 91
144- 92
144- 93
144- 94
144- 95
144- 96
144- 97
144- 98
144- 99
144-100
144-101
144-102
144-103
144-104
144-105
144-106
144-107
146- 59
146- 60
146-105
146-106
146-107
146-108
146-109
146-110
147- 1
147 - 2
147 - 3
147 - 4
147 - 5
147 - 6
147 - 7
147 - 8
147 - 9
147- 10
143- 57
146- 76
146- 77
146- 78
147 - 11
147 - 12
147 - 13
147 - 14
147 - 15
147 - 16
147 147 147147147 147147 147 147 147 147 147 147 147147 -

17
18
19
20
21
22
23
24
25
26
27
28
29
30
31

147 - 32
147·33
144-108
144·109
144-110
145- 1
145- 2
142· 71
142- 72
147 - 34
147·35
147· 36
147·37
147·38
147· 39
147·40
147- 41
147·42
147·43
147 - 83
147 - 84
147·85
172· 10
172· 17
172· 11
167 - 17
171· 31
171· 33
171· 32
171- 34
142- 73
142- 74
142· 75
142- 76
142- 77
142- 78
166- 85

6

YP-E No.

g~;d:~~

DG112MFD
DG116Al
DG116AP
DG116Bl
DG116BP
DG116MDD
DG116MFD
DG118MDD
DG118MFD
DG120Al
DG120AP
DG120Bl
DG120BP
DG120MDD
DG120MFD
DG121Al
DG121AP
DG121Bl
DG121BP
DG121MDD
DG121MFD
DG123MDD
DG123MFD
DG125MDD
DG125MFD
DG126ADD
OG126AFD
DG126Al
DG126AP
DG126DD
DG126FD
DG129ADD
DG129AFD
DG129Al
DG129AP
DG129DD
DG129FD
DG133ADD
DG133AFD
DG133Al
DG133AP
DG133DD
DG133FD
DG134ADD
DG134AFD
DG134Al
DG134AP
DG134DD
DG134FD
DG139ADD
DG139AFD
DG139Al
DG139AP
DG139Bl
DG139BP
DG139DD
DG139FD
DG140ADD
DG140AFD
DG140Al
DG140DD
DG140FD
DG141ADD
DG141AFD
DG141Al
DG141AP
DG141DD
DG141FD
DG142ADD
DG142AFD
DG142Al
DG142AP
DG142Bl
DG142BP
DG142DD
DG142FD
DG143ADD
DG143AFD
DG143Al
DG143AP
DG143Bl
DG143BP
DG143DD
DG143FD
DG144ADD
DG144AFD
DG144Al
DG144AP
DG144Bl
DG144BP
DG144DD
DG144FD
DG145ADD
DG145AFD
DG145Al
DG145AP
DG145Bl
DG145BP
DG145DD
DG145FD
DG146ADD
DG146AFD
DG146Al
DG146AP
DG146Bl
DG146BP
DG146DD
DG146FD
DG151ADD
DG151AFD
DG151Al
DG151AP

7

3. TYPE
No. CROSS INDEX
MFRS Pa8r.Line TYPE No.
MFH:> Pa&Line TYPE No.

MFRS Pal!oLine TYPE No.

::~t

tlNl
SIX
SIX
SIX
SIX
tlNl
tlNl
tlNl
tlNl
tSIX
tSIX
tSIX
tSIX
tlNl
tlNl
tSIX
tSIX
tSIX
tSIX
tlNl
tlNl
tlNl
tlNl
tlNl
tlNl
tlNl
tlNl
tSIX
tSIX
tlNl
tlNl
tlNl
tlNl
tSIX
tSIX
tlNl
tlNl
tlNl
tlNl
tSIX
tSIX
tlNl
tlNl
tlNl
tlNl
tSIX
tSIX
tlNl
tlNl
tlNl
tlNl
tSIX
tSIX
tSIX
tSIX
tlNl
tlNl
tlNl
tlNl
tSIX
tlNl
tlNl
tlNl
tlNl
tSIX
tSIX
tlNl
tlNl
tlNl
tlNl
tSIX
tSIX
tSIX
tSIX
tlNl
tlNl
tlNl
tlNl
tSIX
tSIX
tSIX
tSIX
tlNl
tlNl
tlNl
tlNl
tSIX
tSIX
tSIX
tSIX
tlNl
tlNl
tlNl
tlNl
tSIX
tSIX
tSIX
tSIX
tlNl
tlNl
tlNl
tlNl
tSIX
tSIX
tSIX
tSIX
tlNl
tlNl
tlNl
tlNl
tSIX
tSIX

m:g~ Ig~mg~

166· 88
195· 95
195· 96
195· 97
195· 98
166· 89
166· 90
166· 23
166· 24
" 166· 95
166· 96
166· 97
166· 98
166· 91
166· 92
166· 65
166· 66
166· 67
168· 88
166· 25
166· 26
166· 93
166· 94
166· 27
166· 28
168·103
168·104
168· 62
168· 63
168·105
168·106
168·107
168·108
168· 64
168· 65
168·109
168·110
169· 1
169· 2
168· 66
168· 67
169· 3
169· 4
169· 5
169· 6
168· 68
168· 69
169· 7
169· 8
169· 9
169· 10
171· 50
171· 51
171· 52
171· 53
169· 11
169· 12
169· 13
169· 14
168· 70
169· 15
169· 16
169· 17
169· 18
168· 71
168· 72
169· 19
169· 20
169· 21
169· 22
171· 54
171· 55
171· 56
171· 57
169· 23
169· 24
169· 25
169· 26
171· 58
171· 59
171· 60
171· 61
169· 27
169· 28
169· 29
169· 30
171· 62
171· 63
171· 64
171· 65
169· 31
169· 32
169· 33
169· 34
171· 66
171· 67
171· 68
171· 69
169· 35
169· 36
169· 37
169· 38
171· 70
171· 71
171· 72
171· 73
169· 39
169· 40
169· 41
169· 42
168· 73
168· 74

DG151DD
DG151FD
DG152ADD
DG152AFD
DG152Al
DG152AP
DG152Bl
DG152BP
DG152DD
DG152FD
DG153ADD
DG153AFD
DG153Al
DG153Bl
DG153DD
DG153FD
DG154ADD
DG154AFD
DG154Al
DG154AP
DG154Bl
DG154BP
DG154DD
DG154FD
DG161ADD
DG161AFD
DG161Al
DG161AP
DG161Bl
DG161BP
DG161DD
DG161FD
DG162ADD
DG162AFD
DG162Al
DG162AP
DG162Bl
DG162BP
DG162DD
DG162FD
DG163ADD
DG163AFD
DG163Al
DG163Bl
DG163DD
DG163FD
DG164ADD
DG164AFD
DG164Al
DG164AP
DG164Bl
DG164BP
DG164DD
DG164FD
DG171AA
DG171BA
DGI72Al
DG172AP
DGI72BK
DGI72Bl
DG172CJ
DG173Al
DG173AP
DG173BK
DG173Bl
DG175AA
DG175BA
DG181AA
DG181Al
DG181AP
DG181BA
DG181Bl
DG181BP
DG182AA
DG182Al
DG182AP
DG182BA
DG182Bl
DG182BP
DG184Al
DG184AP
DG184Bl
DG184BP
DG185Al
DG185AP
DG185Bl
DG185BP
DG187AA
DG187Al
DG187AP
DG187BA
DG187Bl
DG187BP
DG188AA
DG188BA
DG188Bl
DG188BP
DG190Al
DG190AP
DG190Bl
DG190BP
DG191Al
DG191AP
DG191Bl
DG191BP
DG200AA
DG200Al
DG200AP

DG200BA
DG200Bl

D.A. T.A.

:~:~

11gg: ~~

Ub;lUUISI'

tlNl
169· 43 DG201AP
tlNl
169· 44 DG201BP
tlNl • 169· 45 DG201CJ
tlNl
169· 46 DG426ADD
tSIX
168· 77 DG426AFD
tSIX
168· 78 DG426DD
tSIX
168· 79 DG426FD
tSIX
168· 80 DG429ADD
tlNl
169· 47 DG429AFD
tlNl
169· 48 DG429DD
tlNl
169· 49 DG429FD
tlNl
169· 50 DG433ADD
tSIX
168· 81 DG433AFD
tSIX
168· 82 DG433DD
tlNl
169· 51 DG433FD
tlNl
169· 52 DG434ADD
tlNl
169· 53 DG434AFD
tlNl
169· 54 DG434DD
tSIX
168· 83 DG434FD
tSIX
168· 84 DG439ADD
tSIX
168· 85 DG439AFD
tSIX
168· 86 DG439DD
tlNl
169· 55 DG439FD
tlNl
169· 56 DG440ADD
tlNl
169· 57 DG440AFD
tlNl
169· 58 DG440DD
tSIX
168· 87 DG440FD
tSIX
168· 88 DG441ADD
tSIX
168· 89 DG441AFD
tSIX
168· 90 DG441DD
tlNl
169· 59 DG441FD
tlNl
169· 60 DG442ADD
tlNl
169· 61 DG442AFD
tlNl
169· 62 OG442DD
tSIX
168· 91 DG442FD
tSIX
168· 92 DG443ADD
tSIX
168· 93 DG443AFD
tSIX
168· 94 DG443DD
tlNl
169· 63 DG443FD
tlNl
169· 64 DG444ADD
tlNl
169· 65 DG444AFD
tlNl
169· 66 DG444DD
tSIX
168· 95 DG444FD
tSIX
168· 96 DG445ADD
tlNl
169· 67 DG445AFD
tlNl
169· 68 DG445DD
tlNl
169· 69 DG445FD
tlNl
169· 70 DG446ADD
tSIX
168· 97 DG446AFD
tSIX
168· 98 DG446DD
tSIX
168· 99 DG446FD
tSIX
168·100 DG451ADD
tlNl
169· 71 DG451AFD
tlNl
169· 72 DG451DD
tSIX
171· 84 DG45iFD
tSIX
171· 85 DG45 ADD
tSIX
171· 86 DG452AFD
tSIX
171· 87 DG452DD
tSIX
171· 88 DG452FD
tSIX
171· 89 DG453ADD
tSIX
171· 90 DG453AFD
tSIX
171· 91 DG453DD
tSIX
171· 92 DG453FD
tSIX
171· 93 DG454ADD
tSIX
171· 94 DG454AFD
tSIX
171· 95 DG454DD
tSIX
171· 96 DG454FD
tSIX
167· 28 DG461ADD
SIX
167· 29 DG461AFD
SIX
167· 30 DG461DD
tSIX
167· 31 DG461FD
SIX
167· 32 DG462ADD
SIX
187· 33 DG462AFD
tSIX
167· 34 DG462DD
SIX
167· 35 DG462FD
SIX
167· 36 DG463ADD
tSIX
167· 37 DG463AFD
SIX
167· 38 DG463DD
SIX
167· 39 DG463FD
SIX
167· 40 DG464ADD
tSIX
167· 41 DG464AFD
SIX
167· 42 DG464DD
tSIX
167· 43 DG464FD
SIX
167· 44 DG501AP
tSIX
167· 45 DG501BK
SIX
167· 46 DG501CJ
tSIX
167· 47 DG503BK
tSIX
167· 48 DG506AR
167· 49 DG506BR
SIX
167· 50 DG507AR
SIX
tSIX
167· 51 DG507BR
SIX
167· 52 DG508AP
SIX
167· 53 DG508BP
tSIX
167· 54 DG508CJ
tSIX
167· 55 DG509AP
SIX
167· 56 DG509BP
SIX
167· 57 DG509CJ
SIX
167· 58 DG511AP
tSIX
167· 59 DG511BP
SIX
167· 60 DGM122Al
tSIX
167· 61 DGM122AP
SIX
167· 62 DGM122Bl
tSIX
167· 63 DGM122BP
SIX
167· 64 DH0034CD
tSIX
167· 65 DH0034CH
tSIX
167· 66 DH0034D
SIX
167· 67 DH0034H
tlNl
167·106 DH3725CN
SIX
DM54l42AF
tSIX
167· 68 DM54l42AJ
SIX
167· 69 DM54l42AN
DM71l22F

h..Registered with JEDEC
by this manufacturer

'~~~

tSIX
tSIX
tSIX
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
tiNl
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
SIX
tSIX
tSIX
tSIX
tSIX
tSIX
tSIX
tSIX
tSIX
tSIX
tSIX
tSIX
tSIX
tSIX
tSIX
tSIX
tSIX
tSIX
tSIX
tSIX
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC

IlD7 ·IUI Ig:~1t~~~
167· 70
167· 71
167· 72
169· 73
169· 74
169· 75
169· 76
169· 77
169· 78
169· 79
169· 80
169· 81
169· 82
169· 83
169· 84
169· 85
169· 86
169· 87
169· 88
169· 89
169· 90
169· 91
169· 92
169· 93
169· 94
169· 95
169· 96
169· 97
169· 98
169· 99
169·100
169·101
169·102
169·103
169·104
169·105
169·106
169·107
169·108
169·109
169·110
170· 1
170· 2
170· 3
170· 4
170· 5
170· 6
170· 7
170· 8
170· 9
170· 10
170· 11
170· 12
170· 13
170· 14
170· 15
170· 16
170· 17
170· 18
170· 19
170· 20
170· 21
170· 22
170· 23
170· 24
170· 25
170· 26
170· 27
170· 28
170· 29
170· 30
170· 31
170· 32
170· 33
170· 34
170· 35
170· 36
170· 37
170· 38
170· 39
170· 40
170· 41
170· 42
190· 4
190· 5
190· 6
190· 37
186· 6
186· 7
186· 8
186· 9
186· 10
186· 11
186· 12
186· 13
186· 14
186· 15
186· 16
186· 17
166· 99
166·100
166·101
166·102
160· 92
160· 93
160··94
160· 95
183· 24
72· 96
72· 97
72· 98
185· 62

DM71l23F
DM71l23J
DM71l23N
DM74l42AF
DM74l42AJ
DM74l42AN
DM75l51F
DM75l51J
DM75l51N
DM75l52F
DM75l52J
DM75l52N
DM75l54F
DM75l54J
DM75l54N
DM76l75D
DM76l75N
DM76l75W
DM76l76D
DM76l76N
DM76l76W
DM76l93D
DM76l93F
DM76l93N
DM81l22F
DM81l22J
DM81l22N
DM81l23F
DM81l23J
DM81l23N
DM85l51F
DM85l51J
DM85l51N
DM85l52F
DM85l52J
DM85l52N
DM85l54F
DM85l54J
DM85l54N
DM86l75N
DM86l75W
DM86l76N
DM86l76W
DM86l93D
DM86l93F
DM86l93N
DM7093D
DM7094D
DM7121J
DM7121N
DM7130D
DM7160J
DM7200D
DM7210D
DM7220D
DM7220N
DM7520D
DM7530D
DM7532D
DM7533D
DM7551D
DM7560D
DM7563D
DM7800H
DM7820AD
DM7820AJ
DM7820AW
DM7820D
DM7820J
DM7820W
DM7822D
DM7822J
DM7830D
DM7830J
DM7830W
DM7831J
DM7831W
DM7832J
DM7832W
DM7836F
DM7836J
DM7837F
DM7837J
DM7838F#1
DM7838F#2
DM7838J#1
DM7838J#2
DM7850D
DM7850N
DM7875AD
DM7875AN
DM7875BD
DM7875BN
DM7880J
DM8093N
DM8094N
DM8121J
DM8130N
DM8160J
DM8160N
DM8200N
DM8210N

g~:~~g~

IN TYPE NUMBER SEQUENCE
MFRs pa&Line
MFR:> Pa&Line TYPE No.

:~~~ m:g~ Ig:g~~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
NSC
NSC
NSC
tNSC
tNSC
NSC
tNSC
tNSC
tAMV
tAMV
tNSC
tAMV
NSC
tAMV
NSC
NSC
NSC
tNSC
tAMV
NSC
AMV
NSC
AMV
NSC
AMV
NSC
AMV
NSC
AMV
NSC
NSC
NSC
NSC
NSC
NSC
NSC
NSC
NSC
NSC
NSC
tNSC
tNSC
tNSC
tNSC
NSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC
tNSC

185· 65
185· 66
185· 67
72· 99
72·100
72·101
56· 60
56· 61
56· 62
64· 17
64· 18
64· 19
68· 13
68· 14
68· 15
61· 5
61· 6
61· 7
64· 33
64· 34
64· 35
64· 38
64· 39
64· 40
185· 68
185· 69
185· 70
185· 71
185· 72
185· 73
56· 63
56· 64
56· 65
64· 20
64· 21
64· 22
68· 16
68· 17
68· 18
61· 8
61· 9
64· 36
64· 37
64· 41
64· 42
64· 43
174· 63
174· 64
186· 18
186· 19
192· 3
192· 4
192· 20
195· 99
192· 71
192· 72
165· 97
62· 86
69· 89
66· 46
57· 23
68· 83
66· 47
160· 98
178· 3
178· 4
178· 5
178· 53
178· 54
178· 55

178·
178·
176·
175·

56
57
40
63

175· 64
175· 65
175· 66
175· 67
175· 68
178· 11
178· 12
178· 13
178· 14
175· 69
178· 15
175· 70
178· 16
136· 38
136· 39
184· 48
184· 49
184· 50
184· 51
162· 88
174· 65
174· 66
186· 20
192· 5
192· 6
192· 7
192· 8
195·100
192· 73
193· 14

+.Copy of mfr's date sheet
may be ordered from D.A.T.A.

DM8520N
DM8551N
DM8560N
DM8563N
DM8800H
DM8810N
DM8811N
DM8812N
DM8820AJ
DM8820AN
DM8820J
DM8820N

DM8820W
DM8822J
DM8822N
DM8830J
DM8830N
DM8830W
DM8831J
DM8831N
DM8831W
DM8832J
DM8832N
DM8832W
DM8836N
DM8837N
DM8838N#1
DM8838N#2
DM8850D
DM8850N
DM8861N
DM8863N
DM8875AD
DM8875AN
DM8875BD
DM8875BN
DM8880N16
DM8880N
DM8884AN
DM8885N
DM9301J
DM10l02CJ
DM75491N
DM75492N
DN803T
DN804
DN805
DN806
DN807
DN811
DN822
DN830
DN831
DN850
DN851
DN852
DN1093
DN1094
DN1097
DN1099
DN1930
DN1932
DN1933
DN1935
DN1936
DN1937
DN1944
DN1946
DN1949
DN1961
DN1962
DN1963
DOXOI
DOXOIF
DOX02
DOX02F
DT307
E50
E51
E300D2
E300D7
E300F2
E300F7
E301D2
E301D7
E301F2
E301 F7
E302D2
E302D7
E302F2
E302F7
E303D2
E303D7
E303F2
E303F7
E304D2
E304D7
E304F2
E304F7
E305D2
E305D7
E305F2
E305F7

:~~g

tNSC
tNSC
tNSC
NSC
tNSC
tNSC
tNSC
tNSC
AMV
AMV
tNSC
AMV
NSC
AMV
tNSC
NSC
NSC
NSC
AMV
NSC
AMV
NSC
NSC
AMV
NSC
AMV
NSC
NSC
AMV
NSC
AMV
NSC
NSC
NSC
NSC
NSC
NSC
NSC
NSC
NSC
NSC
tNSC
tNSC
tNSC
tNSC
tSIC
NSC
NSC
NSC
tNSC
tNSC
NSC
NSC
MATJ
MATJ
MATJ
MATJ
MATJ
MATJ
MATJ
MATJ
MATJ
MATJ
MATJ
MATJ
MATJ
MATJ
MATJ
MATJ
MATJ
MATJ
MATJ
MATJ
MATJ
MATJ
MATJ
MATJ
MATJ
MATJ
MATJ
MATJ
tSTK
tSTK
tSTK
tSTK
tDTC
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

n: ~

165·
57·
68·
66·
160·
124·
124·
153·
178·
178·

98
24
84
48
99
15
16
71
6
7

178· 58
178· 59
178·
178·
178·
175·

60
61
62
71

175· 72
175· 73
175· 74
175·75
175· 76
175· 77
175· 78
175· 79
178· 17
178· 18
175· 80
178· 19
136· 46
136· 47
162·103
162·104
184· 52
184· 53
184· 54
184· 55
162· 89
162· 90
162· 92
162· 91
73· 5
102· 17
162·105
162·106
183· 25
183· 8
55· 43
183· 9
184· 12
69· 76
78· 15
164· 87
163· 38
60· 32
65· 16
71· 9
40· 46
40· 48
40· 49
40· 47
105· 10
105· 11
131· 28
158· 35
158· 36
158· 37
105· 12
105· 13
105· 14
105· 15
105· 16
105· 17
60· 55
60· 56
60· 60
60· 61
140·105
131· 6
131· 7
55· 30
55·31
55·32
55· 33
124· 41
124· 42
124· 43
124· 44
124· 45
124· 46
124· 47
124· 48
124· 49
124· 50
124· 51
124· 52
124· 53
124· 54
124· 55
124· 56
124· 57
124· 58
124· 59
124· 60

7

rvPE No.

~~ggg~

E306F2
E306F7
EA1800
ECOX·Hl
ECOX·H3
ECOX·Ll
ECOX·L3
EOAC8·1
EOAC8·3
EOAC9·1
EOAC9·3
EOAC10-l
EOAC 10-3
EOAC"·'
EOACII-3
EORC·Ll
EORC·L3
EOSC6-1
EOSC6·3
EOSC·Hl
EOSC·H3
EOSC·Ll
EOSC·L3
EROC·Hl
EROC·H3
EROC·Ll
EROC·L3
ESOC6-1
ESDC6-3
ESOC·Hl
ESOC·H3
ESOC·Ll
ESOC·L3
FCH10l
+PHIN
FCH111
tPHIN
FCH121
+PHIN
FCH131
+PHIN
FCH141
+PHIN
FCH151
+PHIN
FCH161
+PHIN
FCH171
+PHIN
FCH181
+PHIN
FCH191
+PHIN
FCH201
+PHIN
FCH211
+PHIN
FCH221
+PHIN
FCH231
+PHIN
FCH281
FCH291
FCH301
FCH311
FCH321

RTCF
RTCF

RTCF
FCJ101
+PHIN
FCJ111
+PHIN
FCJ121
+PHIN
FCJ131
FCJ141
FCJ191

RTCF
RTCF

RTCF
FCJ201
+PHIN
FCJ211
RTCF
FCJ221A
FCJ221#
FCK101
FCK111
RTCF

8

3. TYPE
No. CROSS INDEX
MFRs PalllLine TYPE No.
MFRS Pa&Line TYPE No.

MFRS Pa&Line TYPE No.

~~~: m:~~ IF\;L lU!PHIN

SGAI
SGAI
+EAI
+OOC
+OOC
+OOC
+OOC
+OOC
+OOC
+OOC
+OOC
+OOC
+OOC
+OOC
+OOC
+OOC
+OOC
+OOC
tOOC
+OOC
+OOC
+OOC
+OOC
+OOC
+OOC
+OOC
+OOC
+OOC
+OOC
+OOC
+OOC
+OOC
+OOC
+MULB
+RTCF
+VALG
+MULB
+RTCF
+VALG
+MULB
+RTCF
+VALG
+MULB
+RTCF
+VALG
+MULB
+RTCF
+VALG
+MULB
+RTCF
+VALG
+MULB
+RTCF
+VALG
+MULB
+RTCF
+VALG
+MULB
+RTCF
+VALG
+MULB
+RTCF
+VALG
+MULB
+RTCF
+VALG
+MULB
+RTCF
+VALG
+MULB
+RTCF
+VALG
+MULB
+RTCF
+VALG
RTCF
+VALG
RTCF
+VALG
+PHIN
+VALG
+PHIN
tVALG
+PHIN
+VALG
+MULB
+RTCF
+VALG
+MULB
+RTCF
+VALG
+MULB
RTCF
+VALG
+PHIN
+VALG
+PHIN
+VALG
+PHIN
+VALG
+MULB
RTCF
+VALG
+PHIN
+VALG
RTCF
+PHIN
+VALG
MULB
+PHIN
tVALG

124·
124·
191·
175·
175·
175·
175·
142·
142·
142·
142·
142·
142·
142·
142·
142·
142·
142·
142·
142·
142·
142·
142·
140·
140·
140·
140·
140·
140·
140·
140·
140·
140·
101·

63
64
84
23
24
25
26
79
80
81
82
83
84
85
86
87
88
89
90
91
92
93
94
29
30
31
32
33
34
35
36
37
38
22

101· 23
101· 24
101· 25
101· 26
101· 27

FCY10l
+PHIN
FOJ106
FEJ271
FEY10l
FJB93L08
FJB93L09
FJB93Ll0
FJB93L11
FJB93L12
FJB93L16
FJB93L 18
FJB93L21
FJB93L22
FJB93L24
FJB9305
FJB9308
FJB9309
FJB9310
FJB9311
FJB9312
FJB9313
FJB9316
FJB9317
FJB9318
FJB9321
FJB9322
FJB9324
FJB9329
FJB9330
FJB9331
FJB9340
FJB9341
FJB9342
FJB9344
FJB9348
FJB9352
FJB9357
FJB9360
FJB9366
FJB93150
FJB93180
FJB93190
FJB93191
FJB93196
FJB93197
FJH10l

101· 28
FJH 101·7430
FJH102A
101· 29 FJHlll
FJH 111·7420
101· 30 FJH112A
FJH121
101· 31 FJH121·7410
FJH 122A
FJH131
158· 4
FJH131·7400
FJH 132A
158· 5 FJH141
FJH 141·7440
101· 32 FJH142A
FJH151
125· 3 FJH151·7450
FJH152A
FJH161
192· 43
FJH161·7451
193· 29 FJH 162A
FJH171
71· 8
FJH 171·7453
159· 48 FJH172A
FJH181
159· 49
FJH 181·7454
40· 30 FJH182A
FJH191
FJH191·7480
40· 87 FJH201
FJH201·7482
FJH211
40· 23
FJH211·7483
FJH221
38· 56
FJH221·7402
65· 18 FJH231
38· 57 FJH231·7401
FJH232A
40· 14 FJH241
FJH241·7404
38· 58 FJH251
38· 59 FJH251·7405
55· 75 FJH261
139· 71 FJH261·7442
139· 73 FJH271

D.A. T.A.

:~T~L~ 1162·1U

~.JH2111

+VALG
+MULB
+RTCF
+VALG
+MULB
+MULB
+VALG
+MULB
+VALG
MULB
MULB
MULB
MULB
MULB
MULB
MULB
MULB
MULB
MULB
MULB
MULB
MULB
MULB
MULB
MULB
MULB
MULB
MULB
MULB
MULB
MULB
MULB
MULB
MULB
MULB
MI:ILB
MULB
MULB
MULB
MULB
MULB
MULB
MULB
MULB
MULB
MULB
MULB
MULB
MULB
MULB
+MULB
+RTCF
+PHIN
+MULB
+MULB
+RTCF
+PHIN
+MULB
+I\t1ULB
+RTCF
+PHIN
+MULB
+MULB
+RTCF
+PHIN
+MULB
+MULB
RTCF
+PHIN
+MULB
+MULB
RTCF
+PHIN
+MULB
+MULB
RTCF
+PHIN
+MULB
+MULB
+RTCF
+PHIN
+MULB
+MULB
+RTCF
+PHIN
+MULB
+MULB
+PHIN
+MULB
+PHIN
+MULB
+RTCF
+PHIN
+MULB
RTCF
+PHIN
+MULB
+RTCF
+PHIN
+MULB
+MULB
+RTCF
+PHIN
+MULB
+RTCF
+PHIN
+MULB
RTCF
+PHIN
fMULB
+RTCF

FJH291

131· 29
165· 30
61· 31
165· 31
193· 61
185· 74
61·107
75· 47
185· 75
65· 49
194· 75
78· 94
185· 76
191· 96
69· 88
193· 81
186· 21
63· 26
75· 66
186· 22
186· 23
66· 92
79· 11
194· 80
78· 95
186· 24
192· 9
53· 29
73· 6
56· 66
191· 22
191· 23
195· 59
184· 56
192· 74
73· 7
76· 20
62· 87
66· 49
186· 25
192· 75
62· 49
66· 5
63· 34
66· 98
109· 59
109· 60
109· 61
109· 62
109· 63
109· 64
109· 65
109· 66
109· 67
109· 68
109· 69
109· 70
109· 71
109· 72
109· 73
85· 2
83· 75
83· 76
85· 3
83· 77
83· 78
85· 4
83· 79
83· 80
85· 5
83·
83·
148·
148·
148·
148·
148·

81
82
10
11
12
13
14

148· 15
95· 67
95· 68
109· 74
109· 75
109· 76
153· 72
153· 73
153· 74
153· 75
73· 8
73· 9
129· 48

:~,.uN

+MULB
+RTCF
+PHIN
+MULB
+RTCF
+PHIN
+MULB
+RTCF
+PHIN

11112.76

l~t~321'4930

IN TYPE NUMBER SEQUENCE
MFRJi I'lt&Line TYPE No.
MFRS PalllLine

~:~~

109· 77 FLH325·49630 SIEG
FLH331·4931
SIEG
FJH291·7403
109· 78 FLH335·49831 SIEG
FJH301
109· 79 FLH341·7486
SIEG
FLH345·8486
SIEG
FJH301·7426
109· 80 FLH351·7413
SIEG
FJH311
109· 81 FLH355·8413
SIEG
FLH361·7443
SIEG
FJH311·7401
109· 82 FLH365·8443
SIEG
109· 83 FLH371·7444
SIEG
FJH3"·740'S'
+PHIN
FLH375·8444
SIEG
FJH321
+MULB 153· 76 FLH381·7408
SIEG
+RTCF
FLH385·8408
SIEG
FJH321·7405 +PHIN 153· 77 FLH391·7409
SIEG
FJH321·7405S1
153· 78 FLH395·8409
SIEG
+PHIN
FLH401·74181 SIEG
FJH341
+RTCF 71· 71 FLH405·84181 SIEG
FJH351
+RTCF 186· 26 FLH4"·74'82 SIEG
FJH391
+RTCF 186· 27 FLH415·B4182 SIEG
FJH401
+RTCF 186· 28 FLH421·74180 SIEG
FJH421
RTCF 80· 53 FLH425·841 BO SIEG
FJH441
RTCF 184· 84 FLH431·7485
SIEG
FJH451
+RTCF 191· 24 FLH435·8485
SIEG
FJH491
+RTCF 186· 29 FLH441·74H87 SIEG
FJH521
RTCF 186· 30 FLH445·84H87 SIEG
FJH531
RTCF 186· 31 FLH451·74H183SIEG
FJH541
RTCF 186· 32 .FLH455·84H 183 SIEG
FJJ10l
RTCF 44· 62 FLH461·4934
SIEG
FJJlll
+MULB 43· 44 FLH465·49834 SIEG
FLH471·4935
+RTCF
SIEG
FJJ 111·7472
+PHIN
43· 45 FLH475·49835 SIEG
FJJ121
+MULB 43· 46 FLH481·7406
SIEG
+RTCF
FLH481T7416
SIEG
FJJ 121·7473
+PHIN
43· 47 FLH485·8406
SIEG
FJJ131
SIEG
+MULB 57· 6 FLH485T8416
RTCF
FLH491·7407
SIEG
FJJ 131·7474
+PHIN
SIEG
57· 7 FLH491T7417
tMULB 63·105 FLH495·8407
FJJ141
SIEG
RTCF
FLH495T8417
SIEG
FJJ 141·7490 +PHIN
62· 15 FLH501·7412
SIEG
FJJ181
+MULB 140· 2 FLH505·8412
SIEG
RTCF
SIEG
FLH5"·7423
FJJ181·7475
+PHIN
56· 67 FLH515·8423
SIEG
FJJ191
+MULB 43· 48 FLH521·7425
SIEG
+RTCF
FLH525·8425
SIEG
FJJ191·7476
+PHIN
44· 23 FLH531·7437
SIEG
FJJ211
+MULB 67· 77 FLH535·8437
SIEG
RTCF
FLH541·7438
SIEG
FJJ211·7493' +PHIN
65· 58 FLH545·8438
SIEG
FJJ251
+MULB 67· 78 FLH551·7448
SIEG
FJJ251·7492
+PHIN
65· 59 FLH555·8448
SIEG
FJJ261
+MULB 43· 49 FLH561·74184 SIEG
FLH565·84184 SIEG
+RTCF
FJJ261·74107 +PHIN
43· 50 FLH571·74185A SIEG
FJJ291
+MULB 53· 30 FLH575·84185A SIEG
FJJ381
+RTCF 193· 82 FLH601·74132 SIEG
FJJ4110
tRTCF 66· 50 FLH605·84132 SIEG
FJJ411P
+RTCF 66· 51 FLH6"·7422
SIEG
FJK101
+MULB 139· 50 FLH615·8422
SIEG
RTCF
SIEG
FLH621·7427
FJK101·74121 +PHIN 138· 23 FLH625·8427
SIEG
FJL 131
+MULB 161· 88 FLH631·7432
SIEG
FLH635·8432
RTCF
SIEG
FJL 151
+RTCF 73· 10 FLH641·49703 SIEG
FJT2000
+FSC
182· 66 FLH645·49803 SIEG
tMULB 132· 87 FLJ 101·7470
FJY101
SIEG
RTCF
FLJ 105·8470
SIEG
FJY101·7460 +PHIN 132· 88 FLJ 111·7472
SIEG
FJY102A
+MULB 132· 89 FLJ 115·8472
SIEG
FLH101·7400
SIEG 109· 84 FLJ121·7473
SIEG
FLH105·8400
SIEG 109· 85 FLJ 125·8473
SIEG
SIEG 109· 86 FLJ 131·7476
SIEG
FLHll'·74'0
FLH115·8410
SIEG 109· 87 FLJ135·8476
SIEG
FLH121·7420
SIEG 109· 88 FLJ 141·7474
SIEG
FLH 125·8420
SIEG 109· 89 FLJ145·8474
SIEG
FLH131·7430
SIEG 109· 90 FLJ 151·7475
SIEG
SIEG
FLH 135·8430
SIEG 109· 91 FLJ155·8475
SIEG
FLH141·7440
SIEG 109· 92 FLJ161·7490
FLH 145·8440
SIEG 109· 93 FLJ 165·8490
SIEG
.FLH 151·7450
SIEG
SIEG
83· 83 FLJ171·7492
FLH 155·8450
SIEG
85· 6 FLJ 175·8492
SIEG
FLH161·7451
SIEG
83· 84 FLJ181·7493
SIEG
FLH 165·8451
SIEG
85· 7 FLJ 185·8493
SIEG
FLH 171·7453
SIEG
85· 8 FLJ201·74190 SIEG
FLH 175·8453
SIEG
85· 9 FLJ205·84190 SIEG
SIEG
FLH 181·7454
SIEG
85· 10 FLJ2"·74191
FLH 185·8454
SIEG
85· 11 FLJ215·84191
SIEG
FLH191·7402
SIEG
95· 69 FLJ241·74192 SIEG
FLH 195·8402
SIEG
95· 70 FLJ245·84192 SIEG
FLH201·7401
SIEG 109· 94 FLJ251·74193 SIEG
SIEG 109· 95 FLJ255·84193 SIEG
FLH205·8401
SIEG 153· 79 FLJ271·74107 SIEG
FLH21'·7404
FLH215·8404
SIEG 153· 80 FLJ275·84107 SIEG
FLH221·7480
SIEG 148· 16 FLJ281·74104 SIEG
SIEG 148· 17 FLJ291·74105 SIEG
FLH225·8480
FLH231·7482
SIEG 148· 18 FLJ301·74100 SIEG
SIEG 148· 19 FLJ305·84100 SIEG
FLH235·8482
SIEG 148· 20 FLJ331·7497
SIEG
FLH241·7483
FLH245·8483
SIEG 148· 21 FLJ341·74110 SIEG
FLH251·4929
SIEG 124· 9 FLJ345·84110 SIEG
FLH255·49829 SIEG 124· 10 FLJ351·74111
SIEG
FLH271·7405
SIEG 153· 81 FLJ355·84111
SIEG
FLH271S7405S1SIEG 153· 82 FLJ361·74118 SIEG
FLH271T7405S3SIEG 153· 83 FLJ365·84118 SIEG
FLH275·8405
SIEG 153· 84 FLJ371·74119 SIEG
FLH275S8405S 1 SIEG 153· 85 FLJ375·84119 SIEG
FLH275T8405S3SIEG 153· 86 FLJ381·74196 SIEG
FLH281·7442
SIEG
73· 11 FLJ385·84196 SIEG
FLH285·8442
SIEG
73· 12 FLJ391·74197 SIEG
SIEG
FLH291·7403
SIEG 110· 1 FLJ395·84197
FLH291 U7426 SIEG 110· 2 FLJ401·74160 SIEG
FLH295·8403
SIEG ·110· 3 FLJ405·84160 SIEG

A-Registered with JEDEC
by this manufacturer

ng: ; l~tm5:~:jg;

110· 6
110· 7
110· 8
129· 49
129· 50
161· 91
161· 92
78· 28
78· 29
78· 30
78· 31
82· 83
82· 84
82· 85
82· 86
191· 25
191· 26
195· 60
195· 61
192· 77
192· 7B
192· 10
192· 11
163·103
163·104
148· 22
148· 23
153· 87
153· 88
154· 1
154· 2
154· 3
154· 4
154· 5
154· 6
154· 7
154· 8
154· 9
154· 10
110· 9
110· 10
95· 71
95· 72
95· 73
95· 74
110· 11
110· 12
110· 13
110· 14
76· 21
76· 22
72· 69
72· 70
71· 2
71· 3
161·101
161·102
110· 15
110· 16
95· 75
95· 76
90· 45
90· 46
136· 3
136· 4
43· 51
43· 52
44· 63
44· 64
44· 65
44· 66
44· 67
44· 68
57· 25
57· 26
56· 68
56· 69
62· 19
62· 20
62· 21
62· 22
65· 71
65· 72
68· 71
68· 72
66· 6
66· 7
68· 85
68· 86
66· 52
66· 53
44· 69
44· 70
43· 27
43· 28
140· 3
140· 4
184· 76
51· 55
51· 56
46· 25
46· 26
53· 31
53· 32
53· 33
53· 34
63· 35
63· 36
66· 99
66·100
62· 95
62· 96

~:~~

FLJ421·74162 SIEG
FLJ425·84162 SIEG
FLJ431·74163 SIEG
FLJ435·84163 SIEG
FLJ471·74167 SIEG
FLJ491·49702 SIEG
FLJ495·49802 SIEG
FLJ501·49704 SIEG
FLJ505·49804 SIEG
FLJ5"·49705 SIEG
FLJ515·49805
SIEG
FLJ521·74115
SIEG
FLJ525·84115
SIEG
FLJ531·74174 SIEG
FLJ 535·8417 4 SIEG
FLJ541·74175
SIEG
FLJ 545·8417 5 SIEG
FLK10l·74121 SIEG
FLK105·B4121 SIEG
FLK"'·74'22 SIEG
FLK115·84122 SIEG
FLK121·74123 SIEG
FLK 125·84123 SIEG
FLL 101·74141
SIEG
FLL 111·7445
SIEG
FLL 115·8445
SIEG
FLL 121·7446
SIEG
FLL 131·49700 SIEG
FLL131T49700S1
SIEG
FLL 135·49800 SIEG
FLL135T49800S 1
SIEG
FLL 141·49701
SIEG
FLL145·4980 1 SIEG
FLY10l·7460
SIEG
FLY105·8460
SIEG
FLY11'·74150 SIEG
FLY115·84150 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
FOH101·830
SGAI
SGAI
FOH1"·861
FOH121·846
SGAI
FOH131·849
SGAI
FOH141·836
SGAI
FOH151·837
SGAI
FOH161·832
SGAI
FOH171·844
SGAI
FOH181·862
SGAI
FOH191·863
SGAI
FOJ101·845
SGAI
FOJll1·848
SGAI
FOJ121
SGAI
FOJ131
SGAI
FOJ141
SGAI
FOJ151
SGAI
FOY101·833
SGAI
FSA2500M
+FSC
FSA2501M
+FSC
FSA2502M
+FSC
FSA2503M
+FSC
FSA2504M
+FSC
FYH104
+SIEG
FYH124
+SIEG
FYH134
+SIEG
FZH101
+SIEG
+VALG
FZH105
+SIEG
FZHll1
+SIEG
+VALG
FZH115
+SIEG
FZH121
+SIEG
+VALG
FZH125
+SIEG
FZH131
+SIEG
+VALG
FZH135
+SIEG
FZH141
+SIEG
+VALG
FZH145
+SIEG
FZH151
+SIEG
+VALG
FZH155
+SIEG
FZH161
+SIEG
+VALG
FZH165
+SIEG
FZH171
+SIEG
+VALG
FZH175
+SIEG
FZH181
+SIEG
+VALG
FZH185
+SIEG
FZH191
+SIEG
+VALG
FZH195
+SIEG
FZH201
+SIEG
+VALG
FZH205
+SIEG
FZH211
+SIEG
+VALG
FZH215
+SIEG

.-Copy of mfr's date sheet
may be ordered from D.A.T.A.

gg: g;

62· 97
62· 98
66· 56
66· 57
184· 77
57· 8
57· 9
66·101
66·102
63· 37
63· 38
46· 27
46· 28
56· 70
56· 71
56· 72
56· 73
138· 24
138· 25
13B· 26
138· 27
138· 28
138· 29
73· 13
73· 14
73· 15
76· 23
181·108
181·109
181·110
182· 1
182· 2
182· 3
132· 90
132· 91
186· 33
186· 34
186· 35
186· 36
186· 37
186· 38
71· 72
71· 73
71· 74
71· 75
71· 76
71· 77
186· 39
186· 40
105· 64
105·109
105· 65
106· 1
158· 49
159· 33
105· 66
105· 67
105· 68
106· 2
53· 67
53· 68
40· 74
40· 81
40· 75
40· 82
131· 30
183· 26
183· 27
183· 28
183· 29
183· 30
92· 67
92· 68
92· 69
102· 39
102· 40
102· 41
102· 42
102· 43
102· 44
102· 45
102· 46
102· 47
102· 48
83· 53
83· 54
161· 15
161· 16
102· 49
102· 50
160· 96
160· 97
102· 51
102· 52
102· 53
102· 54
102· 55
102· 56

8

TYPE No.
FZH231

FZH235
FZH241
FZH245
FZH251
FZH255
FZH261
FZH265
FZH271
FZH275
FZH261
FZH285
FZH291
FZH295
FZJ10l
FZJ105
FZJlll
FZJ115
FZJ121
FZJ125
FZJ131
FZJ135
FZJ141
FZJ145
FZJ151
FZJ155
FZK10l#1
FZK10l#2
FZK105#1
FZK105#2
FZL101
G114L
G115AK
G115BK
G1151DD
G1151FD
G116AL
G116AP
G116BL
G116BP
G116CDD
G116CFD
G116MDD
G116MFD
GI17AL
G117AP
G117BL
G117BP
G117CDD
G117CFD
GI17MDD
GI17MFO
G118AL
G118AP
G118BL
G118BP
G118COD
G118CFD
G118MDO
G118MFD
G119AL
G119AP
G119BL
G119BP
G119CDO
G119CFD
G119MDO
G119MFO
G122L
G123BK
G123BL
G1231DO
G1231FO
G125AF
G1251FO
G125MFD
G126AF
G1261FD
G126MFD
G127AF
G1271FD
G127MFD
G128AF
G128AP
G128BP
G1281FD
G128MFD
G129AF
G1291FD
G129MFD
G130AF
G130lFD
G130MFD
G131AF
G1311FD
G131MFO
G132AF
G1321FD
G132MFD
G150AA

9

3. TYPE
No. CROSS
INDEX
MFR5 Pg&Line
No.
MFRs pg&Line TYPE No.
:~PE

MFRS Pa&Line TYPE No.

:~~~G

tSIEG
tSIEG
tVALG
tSIEG
tSIEG
tVALG
tSIEG
tSIEG
tVALG
tSIEG
tSIEG
tVALG
tSIEG
tSIEG
tVALG
tSIEG
tSIEG
tVALG
tSIEG
tSIEG
tVALG
tSIEG
tSIEG
tVALG
tSIEG
tSIEG
tVALG
tSIEG
tSIEG
tVALG
tSIEG
tSIEG
tVALG
tSIEG
tSIEG
tVALG
tSIEG
tSIEG
tSIEG
tSIEG
tSIEG
tSIEG
tVALG
tSIX
tSIX
tSIX
tlNL
tlNL
tSIX
tSIX
tSIX
tSIX
tlNL
tlNL
tlNL
tlNL
tSIX
tSIX
tSIX
tSIX
tlNL
tlNL
tlNL
tlNL
tSIX
tSIX
tSIX
tSIX
tlNL
tlNL
tlNL
tlNL
tSIX
tSIX
tSIX
tSIX
tlNL
tlNL
tlNL
tlNL
tSIX
tSIX
tSIX
tlNL
tlNL
tSIX
tlNL
tlNL
tSIX
tlNL
tlNL
tSIX
tlNL
tlNL
tSIX
tSIX
tSIX
tlNL
tlNL
tSIX
tlNL
tlNL
tSIX
tlNL
tlNL
tSIX
tlNL
tlNL
tSIX
tlNL
tlNL'
tSIX

102·

~7

l~lg~g~D

102· 58 G1330MFD
162· 29 G1340lFD
G1340MFD
162· 30 G1350lFD
80· 39 G1350MFD
G1360lFD
80· 40 G1360MFD
124· 19 GJH10l
GJH111
124· 20 GJH121
129· 2 GJH131
GJH141
129· 3 GJH151
94· 13 GJH161
GJH171
94· 14 GJH181
90· 26 GJH231
GJH241
90· 27 GJH251
38· 60 GJH261
GJJlll
38· 61 GJJ131
38· 62 GTB74S00P
GTB74S03P
38· 63 GTB74S04P
38· 64 GTB74S05P
GTB74S10P
38· 65 GTB74S11P
55· 49 GTB74S64P
GTB74S74
55· 50 GTB74S86P
61· 18 GTB74S112
GTB74S151
61· 19 GTB74S153
64· 62 GTB74S157
GTB74S180
64· 63 GTB74S181
139· 37 GXB10l0l
139· 38 GXB10102
139· 39 GXB10l05
139· 40 GXB10l06
75· 11 GXB10l07
GXB10l09
172· 18 GXB10ll0
196· 17 GXB10l11
196· 18 GXB10115
172· 31 GXB10117
171· 98 GXB10118
196· 19 GXB10119
196· 20 GXB10121
196· 21 GXB10130
196· 22 GXB10131
179·108 GXB10132
179·109 GXB10133
180· 17 GXB10134
179·110 GXB10136
196· 23 GXB10137
196· 24 GXB10160
196· 25 GXB10161
196· 26 GXB10162
180· 1 GXB10164
180· 2 GXB10172
180· 3 GXB10173
180· 4 GXB10174
196· 27 GXB10179
196· 28 GXB10181
196· 29 Hl02Dl
196· 30 Hl02D6
180· 5 Hl0301
180· 6 Hl03D6
180· 7 Hl04Dl
180· 8 Hl04D6
196· 31 Hl05Dl
196· 32 Hl05D6
196· 33 Hl09Dl
196· 34 Hl0906
180· 9 Hll0Dl
180· 10 Hll0D6
180· 11 Hl1101
180· 12 HlllD6
196· 35 H11201
196· 36 H112D6
196· 37 H113Dl
172· 32 H113D6
172· 33 H11401
196· 38 H114D6
171·100 H115Dl
171·101 H11506
196· 39 H117Dl
172· 19 H117D6
172· 20 H118Dl
196· 40 H118D6
171·102 H119Dl
171·103 H119D6
196· 41 H122Dl
196· 42 H122D6
196· 43 H124Dl
172· 21 H156Dl
172· 22 H156D6
196· 44 H157Dl
171·104 H157D6
171·105 H158Dl
196· 45 H158D6
172· 23 HADC9·1
172· 24 HADC9·3
196· 46 HADC10-l
171·106 HADC10·3
111·107 HADCll·1
196· 47 HADCll·3
172· 25 HAG20011
172· 26 HAG20019
172· 14 HAG20021

D.A. T.A.

:r~~ Im:l~~

tlNL
tlNL
tlNL
tlNL
tlNL
tlNL
tlNL
tRTCF
tRTCF
tRTCF
tRTCF
tRTCF
tRTCF
tRTCF
tRTCF
tRTCF
tRTCF
tRTCF
tRTCF
tRTCF
tRTCF
tRTCF
RTCF
RTCF
RTCF
RTCF
RTCF
RTCF
RTCF
RTCF
RTCF
RTCF
RTCF
RTCF
RTCF
RTCF
RTCF
tRTCF
tRTCF
tRTCF
tRTCF
tRTCF
tRTCF
tRTCF
tRTCF
tRTCF
tRTCF
tRTCF
tRTCF
tRTCF
tRTCF
tRTCF
RTCF
RTCF
RTCF
RTCF
RTCF
tRTCF
tRTCF
tRTCF
tRTCF
RTCF
RTCF
RTCF
RTCF
RTCF
tSGAI
SGAI
tSGAI
SGAI
tSGAI
SGAI
tSGAI
tSGAI
tSGAI
SGAI
tSGAI
SGAI
tSGAI
SGAI
tSGAI
tSGAI
tSGAI
SGAI
tSGAI
SGAI
tSGAI
tSGAI
tSGAI
tSGAI
tSGAI
tSGAI
tSGAI
tSGAI
tSGAI
SGAI
tSGAI
tSGAI
tSGAI
tSGAI
SGAI
tSGAI
SGAI
tDOC
tDDC
tDDC
tDDC
tDDC
tDDC
FSC
FSC
FSC

171·109
172· 21
172· 28
171·110
172· 1
172· 29
172· 30
110· 17
110· 18
110· 19
110· 20
110· 21
85· 12
85· 13
85· 14
85· 15
110· 22
154· 11
154· 12
80· 80
46·109
58· 19
107· 36
107· 37
151· 92
151· 93
107· 38
80· 54
85· 16
56· 32
90· 43
41· 91
184· 85
184· 86
184· 87
192· 79
191· 27
92· 41
94· 71
92· 42
94· 72
130· 95
92· 43
90· 28
94· 73
111· 33
92· 26
91·102
91·103
92· 27
140· 1
55· 99
185· 18
55· 92
55· 93
70· 12
68· 55
192· 62
71· 39
71· 40
185· 19
71· 41
55· 94
185· 20
195· 51
190· 93
124· 28
124· 29
124· 30
124· 31
124· 32
124· 33
83· 55
83· 56
80· 9
80· 10
38· 66
38· 67
38· 68
38· 69
159· 77
159· 78
151· 73
151· 74
151· 9
151· 10
159· 79
159· 80
60· 1
60· 2
159· 81
159· 82
159· 83
159· 84
102· 59
102· 60
102· 61
64· 64
64· 65
61· 20
61· 21
75· 12
75· 13
140· 58
140· 59
140· 60
140· 61
140· 62
140· 63
100· 19
100· 17
100· 21

~.Registered

HBG20011
HBG20019
HBG20021
HBG20029
HBY80801
HBY80809
HD1A1488
HD1A1489
HD1A1489A
HD1A4000-2
HD1A4000-9
HD1A4001·2
HD1A4001·9
HD1A4002·2
HD1A4002·9
HD1A4007·2
HD1A4007·9
HD1A4011·2
HD1A4011·9
HD1A4012·2
HD1A4012·9
HD1A4013·2
HD1A4013·9
HD1A4023·2
HD1A4023·9
HD1A4025·2
HD1A4025·9
HD1A4030·2
HD1A4030·9
HD1A4809·2
HD1A4809·9
HD1A4810·2
HD1A4810-9
HD1A4811·2
HD1A4811·9
HD1A6600·2
HD1A6600·5
HDIJ0140-2
HD1J0140·5
HD1J0140A2
HD1J0140A5
HD1S234
HD1S235
HD1S245
HD1S246
HD1S248
HD1S249
HD1S534
HD1S535
HD1S536
HD1S545
HD1S546
HD1S548
HD1S549
HD1W4009·2
HD1W4009·9
HD1W4010-2
HD1W4010-9
HD1W4019·2
HD1W4019·9
HD1W4804·2
HD1W4804·9
HD1W4805·9
HD1W4806·2
H01W4806·9
HD1W4807·2
HD1W4807·9
HD1W4808·2
HD1W4814·2
HD1W4814·9
HD9V234
H09V235
HD9V245
HD9V246
HD9V248
HD9V249
HD9V534
H09V535
HD9V536
HD9V545
HD9V546
H09V548
HD9V549
HDAC9·1
HDAC9·3
HDAC10-l
HDAC10·3
HDACll·l
HDACll·3
HDACI2·1
HDACI2·3
HEP553·RT
HEP554·RT
HEP556·RT
HEP558·RT
HEP570-RT
HEP571·RT
HEP572·RT
HEP573·RT
HEP580·RT
HEP581·RT
HEP582·RT
HEP583·RT
HEP684·RT
HEPC0900P·RT
HEPC090 1P·RT
HEPC0902p·RT
HEPC0903p·RT
HEPC0904P·RT
HEPC0905P·RT
HEPC0906p·RT
HEPC0907P·RT
HEPC 1030p·RT

with JEDEC
by this manufacturer

~~g

FSC
FSC
FSC
FSC
FSC
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
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
tDDC
tDDC
tDDC
tODC
tOOC
MOTA
MOTA
MOTA
MOTA
MOTA
MOTA
MOTA
MOTA
MOTA
MOTA
MOTA
MOTA
MOTA
tMOTA
MOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
MOTA

IN TYPE NUMBER SEQUENCE
MFRS IPa&Llne TYPE No.

199:
~~ I~~~glg~~~:~::: :~g:::~ lJ~t ~g I:lg~
100· 18 HEPC1035p·RT tMOTA 152· 2 1106
100· 23
100· 24
190· 81
190· 82
176·103
111· 54
111· 59
100· 71
100· 10
93· 51
93· 54
93· 58
93· 55
184· 8
183·102
103· 16
103· 13
103· 17
103· 14
55· 74
55· 73
103· 18
103· 15
93· 59
93· 56
128· 90
128· 89
160· 31
160· 14
160· 26
160· 9
135· 12
135· 11
180· 50
180· 51
76· 24
76· 25
76· 26
76· 27
159· 30
160· 35
176· 49
178· 63
178· 64
178· 65
158· 87
160· 36
158· 91
176· 50
178· 66
178· 67
178· 68
160· 32
160· 15
160· 33
160· 16
91· 92
91· 91
160· 27
160· 10
160· 11
160· 28
160· 12
160· 29
160· 13
160· 30
160· 34
160· 17
159· 31
160· 37
176· 51
178· 69
178· 70
178· 71
158· 88
160· 38
158· 92
176· 52
178· 72
178· 73
178· 74
142· 95
142· 96
142· 97
142· 98
142· 99
142·100
142·101
142·102
150· 69
163· 39
92· 30
41· 4
94· 94
174· 57
41· 31
151· 94
94· 95
100· 72
174· 58
41· 32
94· 96
111· 9
38· 6
106·106
131· 31
107· 1
107· 2
52· 90
165· 45
103· 19

HEPC1038p·RT
HEPC1039P·RT
HEPC1044P·RT
HEPC1045p·RT
HEPC1052p·RT
HEPC1058p·RT
HEPC1062p·RT
HEPC2001p·RT
HEPC2002P·RT
HEPC2500P·RT
HEPC2501p·RT
HEPC2502p·RT
HEPC2503P·RT
HEPC30ooP·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
HEPC3803p·RT
HEPC3805p·RT
HEPC3806p·RT
HEPC6007p·RT
HI2Al080
HI2Al085
HI9Ml080
HI9Ml085
HI·1Al080
HI·1Al085
HI·1DOI80
HI·1DOI85
HI·1F1800-2
HI·1F1800-5
HI·1F1800A2
HI·1F1800A5
HI·1FI818·2
HI·1FI818·5
HI·1F1818A2
HI·1F1818A5
HI·1FI828·2
HI·1FI828·5
HI·1F1828A2
HI·1F1828A5
HI·1L506A2
HI·1L506A5
HHL507A2
HI·1L507A5
HM1A010
HM1A012
HM1A013
HM1A030
HM1A031
HM1A034
HM1A040
HM1A041
HM1A044
HM1A050
HM1A051
HM1A055
HM1A074
HM1A075
HM1A077
HM1A080
HM1A081
HM1A084
HM1A090
HM1A091
HM1A093
HM9H010
HM9H012
HM9H013
HM9H030
HM9H031
HM9H034
HM9H040
HM9H041
HM9H044
HM9H050
HM9H051
HM9H055
HM9H074
HM9H075
HM9H077
HM9H080
HM9H081
HM9H084
HM9H090
HM9H091
HM9H093
HRAI6·4
HS9Pl000
HTlA6500
HTlA6501
HTlA6502
HWG16
HX620
HX625
HX630
HX635
HX640
HXK21011
HXK21019

tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
MOTA
tMOTA
MOTA
tMOTA
tMOTA
tMOTA
MOTA
tMOTA
tMOTA
MOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
MOTA
MOTA
MOTA
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
tHAS
tHAS
tHAS
tHAS
tHAS
tHAS
tHAS
tHAS
tHAS
tHAS
tHAS
tHAS
tHAS
tHAS
tHAS
tHAS
tHAS
tHAS
tHAS
tHAS
tHAS
tHAS
tHAS
tENC
tHAS
tHAS
tHAS
tHAS
tENC
tHAL
tHAL
tHAL
tHAL
tHAL
FSC
FSC

61· 50
65· 17
103· 93
55· 35
40· 50
103· 94
105· 43
132· 1
151· 95
132· 2
72· 74
94· 91
50·102
107· 39
107· 40
158· 6
107· 41
119· 57
119· 58
107· 42
72· 88
88· 4
38· 23
164· 55
41· 28
41· 29
68· 94
66·104
139· 22
68· 60
163· 40
55· 37
146· 46
146· 47
146· 48
146· 49
146· 50
146· 51
141· 36
141· 37
171· 79
171· 80
171· 81
171· 82
190· 9
190· 10
190· 11
190· 12
190· 13
190· 14
190· 15
190· 16
190· 20
190· 21
190· 22
190· 23
183· 10
182· 85
182· 67
183· 11
182· 86
182· 68
183· 12
182· 87
182· 69
183· 13
182· 88
182· 70
183· 14
182· 89
182· 71
183· 15
182· 90
182· 72
183· 16
182· 91
182· 73
183· 17
182· 92
182· 74
183· 18
182· 93
182· 75
183· 19
182· 94
182· 76
183· 20
182· 95
182· 77
183· 21
182· 96
182· 78
183· 22
182· 97
182· 79
183· 23
182· 98
182· 80
186· 41
185· 49
184· 25
184· 24
184· 9
163·105
174· 56
172· 36
142·103
174· 59
180· 19
162· 81
162· 82

+.Copy of mfr's data sheet
may be ordered from D.A.T.A.

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
1407
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
ICL6018CPD
ICL8018MDD
ICL8019CPD
ICL8019MDD
ICL8020CPD
ICL8020MDD
IG1260D
IG126FD
IG1290D
IG129FO
IG133DO
IG133FD
IG1340D
IG134FD
IG4260D
IG428FD
IG4290D
IG429FD
IG4330D
IG433FO
IG43400
IG434FD
IH5001CPA
IH5002CPA
IH5003MOD
IH5OO3MFD
IH5004MDD
IH5004MFD
IH5005MOD
IH5005MFD
IH5008MOD
IH5006MFD
IH5007MDD
IH5007MFD
IH5009CPD
IH5009CPE
IH5010CPD
IH5010CPE
IH5011CPO
IH5011CPE
IH5012CPO
IH5012CPE
IH5013CPD
IH5014CPD
IH5015CPE
IH5016CPE
IH5017CPA
IH5018CPA
IH5019CPA
IH5020CPA
IH5021CPA
IH5022CPA
IH5023CPA

MFRS Pa&Line

;~~~

tABA
tABA
tABA
tABA
tABA
tABA
tABA
tABA
tABA
tABA
tABA
tABA
tABA
tABA
ABA
tABA
tABA
UBA
tABA
tABA
UBA
tABA
tABA
UBA
tABA
tABA
tABA
tABA
tABA
tABA
tABA
UBA
tABA
U8A
UBA
UBA
tABA
tABA
tABA
tABA
UBA
ABA
ABA
ABA
ABA
ABA
ABA
ABA
ABA
ABA
ABA
ABA
tABA
ABA
ABA
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

6~: ~~

40· 85
40· 86
61· 56
61· 54
52· 89
106· 4
106· 5
106· 6
106· 7
106· 8
106· 9
106· 10
192· 41
74· 99
129· 1
159· 45
136· 34
137· 65
60· 24
137· 66
80· 47'
182· 98
131· 90
182· 88
74·100
151· 45
151· 48
163· 14
162· 97
131· 91
151· 47
151· 48
165· 22
151· 49
176· 93
179· 11
151· 50
71· 7
74·101
163· 12
163· 13
79· 6
63· 1
148· 24
90· 47
90· 48
110· 23
126· 80
95· 77
129· 51
57· 27
44· 71
176· 92
67· 54
69· 19
179· 41
179· 42
179· 43
179· 44
146· 86
146· 87
146· 88
146· 89
146· 90
146· 91
166· 29
166· 30
166· 31
168·32
186· 33
186· 34
168· 35
168· 38
168· 37
168· 36
166· 39
166· 40
188· 41
168· 42
188· 43
166· 44
170· 43
170· 44
170· 45
170· 48
170· 47
170· 48
170· 49
170· 50
170· 51
170· 52
170· 53
170· 54
167· 9
166· 45
166· 77
168· 46
168· 47
167· 10
166· 48
166· 78
167· 11
166· 79
167· 12
166· 80
167· 13
166· 81
167· 14
166· 82
167· 15

:i~t Ilg~: ~~

9

TYPE No.

:~~g~~g~~

IH5040CPE
IH5040MDE
IH5040MFD
IH5041CDE
IH5041CPE
IH5041 MDE
IH5041MFD
IH5042CDE
IH5042CPE
IH5042CTW
IH5042MDE
IH5042MFD
IH5042MTW
IH5043CDE
IH5043CPE
IH5043MDE
IH5043MFD
IH5044CDE
IH5044CPE
IH5044CTW
IH5044MDE
IH5044MFD
IH5044MTW
IH5045CDE
IH5045CPE
IH5045MDE
IH5045MFD
IH5046CDE
IH5046CPE
IH5046CTW
IH5046MDE
IH5046MFD
IH5046MTW
IH5047CDE
IH5047CPE
IH5047MDE
IH5047MFD
IH5048CDE
IH5048CPE
IH5048CTW
IH5048MDE
IH5048MFD
IH5048MTW
IH5049CDE
IH5049CPE
IH5049MDE
IH5049MFD
IH5050CDE
IH5050CPE
IH5050CTW
IH5050MDE
IH5050MFD
IH5050MTW
IH5051CDE
IH5051CPE
IH5051 MDE
IH5051MFD
IM5001CDD
IM5001MDD
IM5003CDD
IM5003CPD
IM5003CTC
IM5003MDD
IM5003MTC
IM5011CDD
IM5011MDO
IM5013CDD
IM5013CTC
IM5013MDD
IM5013MTC
IM7108C
IM7108M
IM7118C
IM7118M
INS4000S
INS4001S
INS4002S
INS4007S
INS4009S
INS4010S
INS4011S
INS4012S
INS4013S
INS4016S
INS4023S
INS4025S
INS4027S
INS4030S
IPl15
IPl17
IPL1500
IPL 1700
ITT301-1D
ITT301-5D
ITT302-1D
ITT302-5D
ITT303-1D
ITT303-5D
ITT312-1D
ITT312-5D
ITT321-1D
ITT321-5D
ITT322-1D
ITT322-5D
ITT323-1 D
ITT323-5D
ITT324-1D
ITT324-5D
ITT325-1 D
ITT325-5D
ITT326-1 D
ITT326-5D

10

3. TYPE
No. CROSS INDEX
MFRS Pa&Line TYPE No.
MFR:> Pg&Line TYPE No.

MFRS Pa&Line TYPE No.

flNl
flNl
flNl
flNl
flNl
flNl
flNl
flNl
flNl
flNl
flNl
flNl
flNl
flNl
flNl
flNl
flNl
flNl
flNl
flNl
flNl
flNl
flNl
flNl
flNl
flNl
flNl
flNl
flNl
flNL
flNl
flNl
flNl
flNl
+INl
flNl
flNl
flNl
flNl
flNl
flNl
flNl
flNl
+INl
flNl
flNl
flNl
flNl
flNL
flNl
flNl
flNl
flNl
+INl
flNl
flNl
flNl
flNL
flNl
flNl
flNl
flNl
flNl
flNl
flNl
+INl
flNl
flNl
flNl
flNL
flNl
flNl
flNl
tlNl
flNl
flNl
fiNS
fiNS
tiNS
fiNS
fiNS
fiNS
fiNS
fiNS
INS
fiNS
fiNS
fiNS
INS
fiNS
flPI
flPI
flPI
flPI
+ITT
tlTT
flTT
flTT
tlTT
flTT
flTT
flTT
flTT
tlTT
flTT
flTT
flTT
flTT
flTT
flTT
flTT
flTT
flTT
flTT

~g~:l~~ IFHm:Jg

167 ·109
167-110
168- 1
168- 2
168- 3
168- 4
168- 5
168- 6
168- 7
168- 8
168· 9
168- 10
168- 11
168- 12
168- 13
168- 14
168- 15
168- 16
168- 17
168- 18
168- 19
168- 20
168- 21
168- 22
168- 23
168- 24
168- 25
168- 26
168- 27
168- 28
168- 29
168- 30
168- 31
168- 32
168- 33
168- 34
168- 35
168- 36
168- 37
168- 38
168- 39
168· 40
168- 41
168- 42
168- 43
168- 44
168- 45
168- 46
168- 47
168 - 48
168· 49
168- 50
168- 51
168- 52
168· 53
168- 54
168- 55
182- 6
180- 52
179- 32
179- 33
179· 34
179- 35
179 - 36
182- 7
180- 53
179 - 37
179- 38
179- 39
179- 40
196- 1
196- 2
196- 3
196- 4
93- 50
93- 51
93- 52
183- 99
159-108
159-109
103- 12
103- 10
55- 66
172- 7
103- 11
93- 53
38- 82
128- 88
163 - 74
163- 75
163- 72
163- 73
106- 55
106- 56
106- 57
106- 58
106· 59
106· 60
40- 88
40- 89
106- 61
106- 62
106- 63
106- 64
106- 65
106- 66
106· 67
106- 68
106- 69
106· 70
106- 71
106- 72

ITT332-1 D
ITT332-5D
ITT342-1D
ITT342-5D
ITT370-1D
ITT370-5D
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
ITT7400J
ITT7401J
ITT7402J

ITT7403J
ITT7404J
ITT7405J
ITT7410J
ITT7420J
ITT7430J
ITT7440J
ITT7450J
ITT7451J
ITT7453J
ITT7454J
ITT7460J
ITT7470J
ITT7472J
ITT7473J
ITT7474J
ITT7475J
ITT7476J
ITT7482J
ITT7483J
ITT7486J
ITT7492J
ITT7493J
K003
K012
K113
K123

D.A. T.A.

::H

flTT
flTT
flTT
flTT
flTT
flTT
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
flTT
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
ITT
INTG
ITT
INTG
ITT
INTG
ITT
INTG
ITT
INTG
ITT
INTG
ITT
INTG
flTT
INTG
ITT
INTG
ITT
INTG
ITT
INTG
ITT
INTG
ITT
INTG
ITT
DEC
DEC
DEC
DEC

m:~~ ~~~~

159·
159·
137·
137 55 55·
110·

65
66
78
79
81
82
24

110· 25
95- 78
154· 13
154· 14
110- 26
110- 27
110· 28
110- 29
80- 81
80- 82
80- 83
80- 84
132- 92
50- 98
44- 24
44- 25
57 - 28
193- 83
44- 26
148 - 25
148- 26
63- 97
67 - 91
67 - 92
110- 30
110· 31
95 - 79
110- 32
154· 15
154 - 16
110- 33
110- 34
110- 35
110- 36
80- 85
80- 86
80- 87
80- 88
132- 93
50· 99
44- 27
44- 28
57 - 29
193 - 84
44- 29
148· 27
148· 28
129· 52
67·93
67 - 94
131·
13110680-

88
89
3
38

K220
K303
K671
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
lCE507
lCE508
lCE701
lCE702
lCE703
lCE704
lCE706
lCE707
lCE708
lH0023CG
lH0023G
lH0043CG
lH0043G
LM 122F
lM 122H
lM 163J
lM175D
lM222H
lM275D
lM322H
lM322N
lM350N
lM363AJ
lM363AN
lM363J
lM363N
lM375D
lM375N
lM555CH#1
lM555CH#2
lM555CN#1
lM555CN#2
lM555H#1
lM555H#2
lM 1488J
lM1489AJ
lM 1489J
lM2905N
lM3905N
lM5520J
lM5520N
lM5521J
lM5521 N
lM5522J
lM5522N
lM5523J
lM5523N
lM5524J
lM5524N
lM5525J
lM5525N
lM5528J
lM5528N
lM5529J
lM5529N
lM5534J
lM5534N
lM5535J
LM5535N
lM5538J
lM5538N
lM5539J
LM5539N
lM7520J
lM7520N
lM7521J
lM7521N
LM7522J
lM7522N
lM7523J
lM7523N
LM7524J
LM7524N
lM7525J
lM7525N
lM7528J
lM7528N
LM7529J
lM7529N
lM7534J
lM7534N

.c.-Registered with JEDEC
by this manufacturer

g~g
DEC
DEC
DEC
MON
MON
MON
fFERB
fFERB
fFERB
fFERB
fFERB
fFERB
fFERB
fFERB
fFERB
fFERB
fFERB
+FERB
fFERB
fFERB
fFERB
fFERB
FERB
FERB
fFERB
fFERB
FERB
FERB
FERB
FERB
FERB
FERB
FERB
FERB
FERB
FERB
FERB
FERB
FERB
FERB
+NSC
+NSC
fNSC
tNSC
NSC
NSC
NSC
fNSC
NSC
fNSC
NSC
NSC
NSC
NSC
NSC
NSC
NSC
fNSC
fNSC
NSC
NSC
NSC
NSC
NSC
NSC
NSC
fNSC
fNSC
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

~~: ~~ It~i~~~~

64- 24
137 - 64
74- 97
161- 3
161- 4
162- 95
53 - 8
94- 93
102- 36
159- 51
60- 27
137· 22
80- 7
89- 97
93- 9
162- 16
53· 9
93- 10
102- 37
159 - 52
137 - 23
60- 28
131- 10
131- 11
80- 8
89 - 98
52- 32
93- 11
102- 38
159 - 53
137 - 24
60- 29
131- 12
52- 31
93- 8
102- 35
159 - 50
137 - 21
60- 26
131- 9
195 - 33
195 - 34
195 - 35
195 - 36
137 - 3
137 - 4
174- 32
60- 93
137 - 5
60- 94
137- 6
137 - 7
180- 54
174 - 33
174 - 34
174- 35
174 - 36
60- 95
60- 96
137 - 31
60- 6
137 - 32
60- 7
137 - 33
60- 8
176-104
177 - 60
177- 55
137 - 8
137 - 9
172- 46
172· 47
172- 48
172- 49
172- 50
172- 51
172· 52
172- 53
172- 54
172· 55
172· 56
172· 57
172· 58
172· 59
172· 60
172· 61
172- 62
172· 63
172· 64
172· 65
172- 66
172- 67
172· 68
172- 69
172- 70
172· 71
172·72
172·73
172- 74
172- 75
172- 76
172· 77
172· 78
172- 79
172· 80
172- 81
172· 82
172- 83
172- 84
172· 85
172 - 86
172- 87

lM7538J
lM7538N
lM7539J
lM7539N
lM55107AJ
lM55108AJ
lM55109J
lM55110J
lM55325J
lM75107AJ
lM75107AN
lM75108AJ
lM75108AN
lM75109J
lM75109N
lM75110J
lM75110N
lM75207J
lM75207N
lM75208J
lM75208N
lM75324J
lM75324N
lM75325J
lM75325N
lM75450N
lM75451AN
lM75452N
lM75453N
lM75454N
lMDl
lMD3
lMD5
lMD7A
lMD7B
lMD7C
lMD7D
lMD7E
lMD7F
lMD7G
lOI
lOlM
lO2
lO2FT
lO3
lO3M
lO5
lO21
lQXOl
lQX01F
lQX02
lQX02F
lSI
lS3
Ml00
Ml02
Ml03
Ml13
M115
M117
M119
M121
M141
M161
M200
M201
M202
M203
M204
M205
M206
M207
M211
M302
M400
M401
M617
M627
M5304P
M5310P
M5320P
M5325P
M5330P
M5340P
M5352P
M5362P
M5372P
M5373P
M5374P
M5375P
M5376P
M5393P
M5811P
M5812P
M5930P
M5932P
M5933P
M5935P
M5936P
M5937P
M5944P
M5945P
M5946P
M5948P
M5949P
M5952P
M5953P
M5955P
M5956P

IN TYPE NUMBER SEQUENCE
MFRS Pg&Line TYPE No.

~~g
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
fNSC
fNSC
fNSC
NSC
flED
flED
+LED
+LED
flED
flED
flED
flED
flED
flED
fiNS
tiNS
fiNS
fiNS
fiNS
fiNS
fiNS
fiNS
fSTK
fSTK
fSTK
fSTK
fDDC
fDDC
ABA
ABA
ABA
DEC
DEC
DEC
DEC
DEC
DEC
DEC
ABA
ABA
ABA
ABA
DEC
ABA
DEC
ABA
ABA
DEC
DEC
DEC
DEC
ABA
DEC
DEC
DEC
MITJ
MITJ
MITJ
MITJ
MITJ
MITJ
MITJ
MITJ
MITJ
MITJ
MITJ
MITJ
MITJ
MITJ
MITJ
MITJ
MITJ
MITJ
MITJ
MITJ
MITJ
MITJ
MITJ
MITJ
MITJ
MITJ
MITJ
MITJ
MITJ
MITJ
MITJ

Im:S9 1~~~6J~
172- 90
172- 91
172- 92
172- 93
178- 25
177 - 13
176-107
176-108
180- 55
178- 26
178- 27
177- 14
177- 15
176-109
176-110
177- 1
177- 2
178 - 28
178 - 29
177- 16
177 - 17
182 - 18
182- 19
180- 56
180- 57
180- 58
180- 59
180- 60
180- 61
180- 62
180- 20
165 - 47
180- 22
151- 38
151 - 56
151- 82
151- 84
151- 85
151- 86
151- 87
183- 77
183- 78
189-110
190- 1
183- 79
183- 80
190- 2
190- 3
60· 57
60- 58
60- 62
60- 63
196- 6
196· 7
38· 78
69· 72
63· 91
119-105
119·106
119-107
119·108
130· 44
88- 35
74· 89
122·103
97·107
122·104
53- 41
97-108
47- 80
122·105
97-109
54- 24
130- 92
47 - 81
67- 2
139- 21
161- 49
60- 33
120- 1
120- 28
132 - 94
110- 37
110- 38
110- 39
110- 40
110- 41
98- 45
73 - 16
51- 54
46- 23
57 - 19
51 - 57
46- 24
67 - 82
55 - 52
69- 36
124-104
124 -105
131- 35
153 - 12
153- 13
153 - 14
124-106
54 - 51
124-107
54- 52
124-108
39 - 85
39- 86
40- 9
40- 10

MFRS Pa&Line

~:ij m: 1019
M5963P
MITJ 125 - 2
JANM38510100101BA
ITT
MOTAJll0-42
JANM38510100101BA
ITT
MOTAdll0.43
JANM38510100101BA
ITT rlO- 44
JANM38510100101BC
MOTAJ 110- 45
JANM3851 0100 10 1BC
ITT
MOTAJ 110- 46
SIC
Til
JANM38510100101BC
ITT
SIC J 110- 47
JANM38510100101BD
SIC
Til
dll0-48
JANM38510100101BD
SIC
1110· 49
JANM38510100101CAA
ITT
MOTAJll0.50
JANM38510100101CA
ITT
MOTAdl10- 51
JANM38510100101CA
ITT l1IO- 52
JANM38510100101CC
MOTAJ 110- 53
JANM385101001 0 ICC
MOT1110- 54
ITT
SIC
Til
JANM38510100101CC
ITT
SIC Jl10.55
JANM38510100101CD
SIC
Til
dll0.56
JANM3851 01001 01CD
SIC l11O-57
JANM3851 0100 102BA
ITT
MOTAJll0.58
JANM38510100102BA
ITT
MOTAdll0.59
JANM38510100102BA
ITT rIO. 60
JANM38510100102BC
MOTAJ 110- 61
JANM38510100102BC
ITT
MOTAJ 110- 62
SIC
Til
JANM38510100102BC
ITT
SIC J 110- 63
JANM38510100102BD
SIC
Til
d 110- 64
JANM38510100102BD
SIC lllo-65
JANM38510100102CA
ITT
MOTAJ 110- 66
JANM38510100102CA
ITT
MOTAP 10- 67
JANM38510100102CA
ITT rlO- 68
JANM3851 0/00 102CC
MOTAJ110- 69
JANM38510100102CC
ITT
SIC J 110- 70
Til
JANM38510100102CC
ITT
SIC Jl10- 71
JANM38510100 102CD
SIC
Til
dllO- 72
JANM38510100102CD
SIC l110- 73
JANM38510/00103BA
ITT
MOTAJll0-74
JANM38510100103BA
ITT
MOTAdlll. 1
JANM38510/00103BA
ITT
1111- 2
JANM38510100103BCA
MOTAJlll- 3
JANM38510100103BC
ITT
MOTAJlll- 4
SIC
Til
JANM38510100103BC
ITT
SIC JIll - 5
JANM38510100103BD
SIC
Til
Pl1- 6
JANM38510100 103BD
SIC r l l - 7
JANM38510100103CA
ITT
MOTAJlll. 8
JANM38510100103CA
ITT
MOTAdl11- 9
JANM38510/00103CA
ITT rl1- 10
JANM3851 0/00 103CC
MOTAJ111- 11
JANM38510100103CC
ITT
MOTAfll- 12
SIC
Til
JANM3851 0/00 103CC
ITT
SIC Jl11- 13
JANM38510/00103CD
SIC
Til
dIll - 14
JANM38510/00 103CD
SIC llll- 15
JANM38510/00104BA
ITT
MOTAJlll.16
JANM3851 0/00 104BA
ITT
MOT~III- 17
JANM38510/00104BA
ITT rll.18
JANM38510/00104BC
MOTAllll.19

.-Copy of mfr's data sheet
may be ordered from D.A.T.A.

10

TYPE No.

3. TYPE No. CROSS INDEX

MFRS Pa&Line TYPE No.

MFRS Po&Line TYPE No.

20

38

IJANMJ~NO/001~~T~Bd111'

SIC
Til
JANM38510/00104BC
ITT
SIC 1111· 21
JANM38510/00104BOB
SIC
Til
1111· 22
JANM38510/00104BOC
SIC 1111· 23
JANM38510/00104CAA
MOTAllll· 24
ITT
JANMJ8510/00104CAB
ITT
MOTAllll·25
JANM38510/00104CAC
ITT
1111· 26
JANM38510/00104CcA
MOTAllll· 27
JANM38510/00104CCB
ITT
MOTAdill. 28
SIC
Til
JANMJ8510/00104CC
ITT
SIC 1111· 29
JANM38510/00104COB
SIC
Til
1111· 30
JANM38510/00104COC
SIC 1111· 31
JANM38510/00105BAA
ITT
NSC 1154· 17
JANM38510/00105BAB
ITT
1154· 18
JANM38510/00105BAC
ITT
NSC 1154· 19
JANM38510/00105BCA
ITT
1154· 20
JANM38510/00105BCB
ITT
NSC J154. 21
SIC
Til
JANM38510/00105BC
ITT
SIC 1154· 22
JANM38510/00105BOB
SIC
Til
1154· 23
JANM38510/00105BOC
SIC 1154· 24
JANM38510/00105CAA
ITT
NSC 1154· 25
JANM38510/00105CAB
ITT
1154· 26
JANM38510/00105CAC
ITT
NSC 1154· 27
JANM38510/00105CCB
ITT
NSC J154. 28
SIC
Til
JANM38510/00105CC
ITT
SIC 1154· 29
JANM38510/00105COB
SIC
Til
1154· 30
JANM38510/00105COC
SIC 1154· 31
JANM38510/00106BCB
Til
1111 . 32
JANM38510/00106BOB
Til
1111· 33
JANM38510/00106CCB
Til
1111· 34
JANM38510/00106COB
Til
1111· 35
JANM38510/00107BAA
ITT
MOTAlll1· 36
JANM38510/00107BAB
ITT
MOTAllll· 37
JANM38510/00107BAC
ITT
1111· 38
JANM38510/00107BCA
MOTAllll· 39
JANM38510/00107BCB
ITT
MOTAdill. 40
SIC
Til
JANM38510/00107BC
ITT
SIC 1111· 41
JANM38510/00107BOB
SIC
Til
1111· 42
JANM38510/00107BOC
SIC 1111· 43
JANM38510/00107CAA
ITT
MOTAllll· 44
JANM38510/00107CAB
ITT
MOTAllll· 45
JANM38510/00107CAC
ITT
1111· 46
JANM38510/00107CcA
MOTAll11· 47
JANM38510/00107CCB
ITT
MOTAdill. 48
SIC
Til
JANM38510/00107CC
ITT
SIC 1111· 49
JANM38510/00107COB
SIC
Til
1111· 50
JANM38510/00107COC
SIC 1111· 51
JANM38510/00108BAA
ITT
NSC 1154· 32
JANM38510/00108BAB
ITT
1154· 33
JANM38510/00108BAC
ITT
NSC 1154· 34
JANM38510/00108BCB
ITT
NSC J154. 35
SIC
Til
JANM38510/00108BC
.
ITT
SIC 1154· 36
JANM38510/00108B0 B
SIC
Til
154· 37

1

11

JANMJ5~10/UU1~rCI")~154.

MFRS Pa&Line TYPE No.

MOTA
NSC J 44·
JANM38510/00108CAA
SIC
Til
ITT
NSC 1154· 39 JANM38510/00203CC
JANM38510/00108CAB
SIC
I 44·
ITT
1154· 40 JANM38510/00204BEA
JANM38510/00108CAC
MOTAI 44·
ITT
NSC 1154· 41 JANM38510/00204BEB
JANM38510/00108CCB
ITT
Til
I 44·
ITT
NSC J154. 42 JANM38510/00204BEC
SIC
Til
SIC
I 44·
JANM38510/00108CC
JANM38510/00204BFB
ITT
SIC 1154· 43
SIC
Til
I 44·
JANM38510/00108COB
JANM38510/00204BFC
SIC
Til
1154· 44
SIC 144·
JANM38510/00108COC
JANMJ8510/00204CEA
SIC 1154· 45
MOTAI 44·
JANM38510/00109BCA
JANM38510/00204CEB
MOTAllll· 52
ITT
Til
I 44·
JANM38510/00109BCB
JANM38510/00204CEC
ITT
MOTA1111.53
SIC 144.
NSC
SIC
JANM38510/00204CFB
Til
SIC
Til
I 44·
JANM38510/00109BC
JANM38510/00204CFC
ITT
SIC 1111· 54
SIC
I 44·
JANM38510/00109CcA
JANM38510/00205BAA
MOTAllll· 55
ITT
NSC I 56·
JANM38510/00109CCB
JANM38510/00205BAB
ITT
MOTA1112. 1
ITT
I 56·
NSC
SIC
JANM38510/00205BAC
Til
ITT
NSC I 56·
JANM38510/00109CC
JANM38510/00205BCB
ITT
SIC 1112· 2
ITT
NSC J 56·
JANM38510/00201BAA
SIC
Til
ITT
MOTA~ 43· 53 JANM38510/00205BC
NSC
ITT
SIC
I 56·
JANM38510/00201BA
JANM38510/00205BOB
ITT
MOTAI 43· 54
SIC
Til
I 56·
JANM38510/00201BAC
JANM38510/00205BOC
ITT
NSC I 43· 55
SIC
I 56·
JANM38510/00201BCA
JANM38510/00205CAA
MOTAI 43· 56
ITT
NSC 156·
JANM38510/00201BCB
JANM38510/00205CAB
ITT
MOTA143.57
ITT
I 56·
NSC
SIC
JANM38510/00205CAC
Til
ITT
NSC I 57·
JANM38510/00201BC
JANM38510/00205CCB
ITT
SIC I 43· 58
ITT
NSC J 57·
JANM38510/00201BOB
SIC
Til
SIC
Til
I 43· 59 JANM38510/00205CC
JANM38510/00201BOC
ITT
SIC
I 57·
SIC I 43· 60 JANM38510/00205COB
JANM38510/00201CAA
SIC
Til
157·
ITT
MOTA~ 43· 61 JANM38510/00205COC
NSC
SIC
I 57·
JANM38510/00201CA
JANM38510/00206BAA
ITT
MOTAI 43· 62
ITT
MOTAI 44·
JANM38510/00201CAC
JANM38510/00206BAB
ITT
NSC I 43· 63
ITT
MOTAI 44·
JANM38510/0020 1CCA
JANM38510/00206BAC
MOTAI 43· 64
ITT
I 44·
JANM38510/00201CCB
JANM38510/00206BCA
ITT
MOTA143.65
MOTAI 44·
NSC
SIC
JANM38510/00206BCB
Til
ITT
MOTA 44·
JANM38510/00201CC
SIC
Til
d
ITT
SIC I 43· 66 JANM38510/00206BC
JANM38510/00201COB
ITT
SIC
I 44·
SIC
Til
I 43· 67 JANM38510/00206BOB
JANM38510/00201COC
SIC
Til
I 44·
SIC I 43· 68 JANM38510/00206BOC
JANM38510/00202BAA
SIC
I 44·
ITT
MOTAI 43· 69 JANM38510/00206CAA
JANM38510/00202BAB
ITT
MOTAI 45·
ITT
MOTAI 43· 70 JANM38510/00206CAB
JANM38510/00202BAC
MOTAI 45·
ITT
I 43· 71 JANM38510/00206CAC
JANM38510/00202BCA
ITT
I 45·
MOTAI 43· 72 JANM38510/00206CcA
JANM38510/00202BCB
MOTAI 45·
ITT
MOTA 43· 73 JANM38510/00206CCB
Til
ITT
MOTA 45·
d
JANM38510/00202BC
SIC
Til
d
ITT
I 43· 74 JANM38510/00206CC
JANM38510/00202BOB
ITT
SIC
I 45·
Til
I 43· 75 JANM38510/00206COB
JANM38510/00202BOC
SIC
Til
I 45·
SIC
I 43· 76 JANM38510/00206COC
JANM38510/00202CAA
SIC
I 45·
ITT
MOTAI 43· 77 JANM38510/00207BAA
JANM38510/00202CAB
MOTAI 59·
ITT
MOTAI 43· 78 JANM38510/00207BAB
JANM38510/00202CAC
MOTAI 59·
ITT
I 44· 1 JANM38510/00207BAC
JANM38510/00202CcA
MOTAI 59·
MOTAI 44· 2 JANM38510/00207BCA
JANM38510/00202CCB
MOTAI 59·
ITT
MOTA 44· 3 JANM38510/00207BCB
Til
MOTAI 59·
d
JANM38510/00202CC
JANM38510/00207BCC
ITT
I 44· 4
MOTAI 59·
JANM38510/00202COB
JANM38510/00207CAA
Til
I 44· 5
MOTAI 59·
JANM38510/00202COC
JANM38510/00207CAB
SIC I 44· 6
MOTAI 59·
JANM38510/00203BCA
JANM38510/00207CAC
MOTAI 44· 7
MOTAI 59·
JANM38510/00203BCB
JANM38510/00207CcA
MOTA
NSC J 44· 8
MOTAI 59·
SIC
Til
JANM38510/00207CCB
JANM38510/00203BC
MOTAI 59·
SIC I 44· 9 JANM38510/00207CCC
JANM38510/00203CC.A
MOTAI 59·
MOTAI 44· 1 0 1

D.A. T.A.

f..Registered with JEDEC
by this manufacturer

IN TYPE NUMBER SEQUENCE
MFRS Pg&Line TYPE No.

lIIJANMJ~i~U/UU;j~~T~1112.

12
13
14
15
16
17
18
19
20
21
22
87
88
89
90
91
92
93
94
95
1
2
3
4
5
72
73
74
75
76
77
78
79
1
2
3
4
5
6
7
8
46
47
48
49
50
51
52
53
54
55
56
57

3

MFRS Po&Line

IJANIvt"rTIVlvv"Slb51,;~

JANM38510/00301BAB
ITT
MOTAII12· 4
JANM38510/00301BAC
ITT
1112· 5
JANM38510/00301BCA
MOTAII12· 6
JANM38510/00301BCB
ITT
MOTA I12. 7
SIC
Til
d
JANMJ8510/00301BC
ITT
SIC 1112· 8
JANM38510/00J01BOB
SIC
Til
1112· 9
JANM38510/00301BOC
SIC 1112· 10
JANM38510/00301CAA
ITT
MOTAI112· 11
JANM38510/00301CAB
ITT
MOTAI112· 12
JANM38510/00301CAC
ITT
1112· 13
JANM38510/00J01CCA
MOTAII12· 14
JANM38510/00301CCB
ITT
MOTA 112.15
SIC
Til
d
JANM38510/00301CC
ITT
SIC 1112· 16
JANM38510/00301COB
SIC
Til
1112· 17
JANM38510/00301COC
SIC 1112· 18
JANM38510/00302BAA
MOTAII12· 19
JANM38510/00302BAB
MOTAII12· 20
JANM38510/00302BAC
MOTAI112· 21
JANM38510/00302BCA
MOTAII12· 22
JANM38510/00302BCB
MOTA
SIC J112.23
Til
JANM38510/00302BC
SIC 1112· 24
JANM38510/00302BOB
SIC
Til
1112· 25
JANM38510/00302BOC
SIC 1112· 26
JANM38510/00302CAA
MOTAII12· 27
JANM38510/00302CAB
MOTAI112· 28
JANM38510/00302CAC
MOTAI112· 29
JANM38510/00302CcA
MOTAII12· 30
JANM38510/00302CCB
MOTA
SIC J112.31
Til
JANM38510/00302CC
SIC 1112· 32
JANM38510/00302COB
SIC
Til
1112· 33
JANM38510/00302COC
SIC 1112· 34
JANM38510/00303BAA
MOTAI112· 35
JANM38510/00303BAB
MOTAI112· 36
JANM38510/00303BAC
MOTAII12· 37
JANM38510/00303BCA
MOTAII12· 38
JANM38510/00303BCB
SIC
TIl
1112· 39
JANM38510/00303BCC
SIC 1112· 40
JANM38510/00303BOB
SIC
Til
1112· 41
JANM38510/00303BOC
SIC 1112· 42
JANM38510/00303CAA
MOTAII12· 43
JANM38510/00303CAB
MOTAII12· 44
JANM38510/00303CAC
MOTAI112· 45
JANM38510/00303CcA
MOTAI112· 46
JANM38510/00303CCB
SIC
Til
1112· 47
JANM38510/00303CCC
SIC 1112· 48
JANM38510/00303COB
SIC
Til
1112· 49
JANM38510/00303COC
SIC 1112· 50
JANM38510/00401BAA
ITT
MOTA~ 95· 80
NSC
JANM38510/00401BA
ITT
MOTAI 95· 81
JANM38510/00401BAC
ITT
NSC I 95· 82
JANM38510/00401BCA
MOTAI 95· 83
JANM38510/00401BC B
ITT
MOTA 95· 84
NSC
SIC
Til

1

.·Copy of mfr's data sheet
may be ordered from D.A.T.A.

95· 85
JANM38510/00401BOB
NSC
SIC J 95· 86
Til
JANM38510/00401BO
SIC
195· 87
JANM38510/00401CAA
ITT
MOTA~ 95· 88
NSC
JANM38510/00401CA
ITT
MOTAI 95· 89
JANM38510/00401CAC
ITT
NSC I 95· 90
JANMJ8510/00401CcA
MOTAI 95· 91
JANM38510/00401CCB
ITT
MOTA195.92
NSC
SIC
Til
JANM38510/00401CC
ITT
SIC
I 95· 93
JANM38510/00401COB
NSC
SIC J 96· 1
Til
JANM38510/00401CO
SIC 196· 2
JANM38510/00402BEA
MOTAI 96· 3
JANM38510/00402BEB
Til
I 96· 4
JANM38510/00402BFB
Til
I 96· 5
JANM38510/00402CEA
none I 96· 6
JANM38510/00402CEB
Til
I 96· 7
JANM38510/00402CFB
Til
I 96· 8
JANM38510/00403BAA
MOTAI 96· 9
JANM38510/00403BAB
MOTAI 96· 10
JANM38510/00403BAC
MOTAI 96· 11
JANM38510/00403BCA
MOTAI 96· 12
JANM38510/00403BCB
MOTA
Til
I 96· 13
JANM38510/00403BCC
MOTAI 96· 14
JANM38510/00403BOB
Til
196· 15
JANM38510/00403CAA
MOTAI 96· 16
JANM38510/00403CAB
MOTAI 96· 17
JANM38510/00403CAC
MOTAI 96· 18
JANM38510/00403CCA
MOTAI 96· 19
JANM38510/00403CCB
MOTA
Til
I 96· 20
JANM38510/00403CCC
MOTAI 96· 21
JANM38510/00403COB
Til
I 96· 22
JANM38510/00404BAA
MOTAI 96· 23
JANM38510/00404BAB
MOTAI 96· 24
JANM38510/00404BAC
MOTAI 96· 25
JANM38510/00404BCA
MOTAI 96· 26
JANM38510/00404BCB
MOTA
Til
I 96· 27
JANM38510/00404BCC
MOTAI 96· 28
JANM38510/00404BOB
Til
I 96· 29
JANM38510/00404CAA
MOTAI 96· 30
JANM38510/00404CAB
MOTAI 96· 31
JANM38510/00404CAC
MOTAI 96· 32
JANM38510/00404CcA
MOTAI 96· 33
JANM38510/00404CCB
MOTA
Til
I 96· 34
JANM38510/00404CCC
MOTAI 96· 35
JANM38510/00404COB
Til
I 96· 36
JANM38510/00501BAA
ITT
MOTA~ 85· 17
NSC
JANM38510/00501BA
ITT
MOTAI 85· 18
JANM38510/00501BAC
ITT
NSC I 85· 19
JANM38510/00501BCA
MOTAI 85· 20
JANM38510/00501BCB
ITT
MOTA185' 21
NSC
SIC
Til
JANM38510/00501BC
ITT
SIC
I 85· 22
JANM38510/00501BOB
NSC
SIC
85· 23
Til

I

11

3. TYPE
No. CROSS INDEX
MFRSIPa80:Line TYPE No.
MFRS Pa80:Line

TYPE No.
MFRS Pa80:Line TYPE No.
lU/UUl)~;CtlUI85. 24 1.JANM;;Stlbl

IN TYPE NUMBER SEQUENCE
YPE No.
MF~f>ll80:Line TYPE No.
MFRSIPal!r.Line
'lU/U1UIT!rtlt:~ 73. 18
IU/U1U¥I~IIE~ 76.32

SIC I 86. 9 .JANM;;s~O¥~UUtI¥llt1\;~'54. 50
JANM38510/00501CAA
JANM38510/00504CAA
JANM38510/00801 BCC
JANM38510/01001 BEC
ITT
MOTA 85· 25
ITT
NSC I 86· 10
ITT
MOTAI154· 51
ITT
SIC I 73· 19
NSC
JANM38510/00504CAB
JANM38510/00801BDB
JANM38510/01001BFB
JANM38510/00501CA
ITT
I 86· 11
Til
1154· 52
MOTA
SIC
73· 20
ITT
MOTAI 85· 26 JANM38510/00504CAC
JANM38510/00801CAA
Til
JANM38510/00501CAC
ITT
NSC I 86· 12
MOTAI154· 53 JANM38510/01001BF
ITT
NSC I 85· 27 JANM38510/00504CCB
JANM38510/00801CAB
SIC I 73· 21
JANM38510/00501CcA
ITT
NSC J 86· 13
MOTAI154· 54 JANM38510/01001CEA
MOTAI 85· 28
SIC
Til
JANM38510/00801CAC
MOTAI 73· 22
JANM38510100501CCB
JANM38510100504CC
FSC
ITT
JANM38510/01001CEB
ITT
MOTA185.29
ITT
SIC I 86· 14
MOTA
ITT
I 73· 23
NSC
SIC
JANM38510100504CDB
JANM38510/00801CC
JANM38510101001CEC
Til
NSC
SIC J 86· 15
MOTAI154· 56
ITT
SIC I 73· 24
JANM38510100501CC
Til
JANM38510/00801CCB
JANM38510101001CFB
ITT
SIC I 85· 30 JANM38510100504CD
MOTA
Til
1154· 57
MOTA
SIC
73· 25
JANM38510100501CDB
SIC I 86· 16 JANM38510/00801CCC
Til
NSC
SIC J 85· 31 JANM38510100601BAA
ITT
MOTAI154· 58 JANM38510101001CF
Til
ITT
1148· 29 JANM38510/00801CDB
.
SIC I 73· 26
JANM38510100501CD
JANM38510100601BAB
Til
1154· 59 JANM38510101002BEA
SIC.J 85· 32
ITT
1148· 30 JANM38510/00802BAA
MOTAI 78· 32
JANM38510100502B
JANM38510100601BAC
MOTAI154· 60 JANM38510/01002BEB
ITT
MOTA 85· 33
ITT 1148· 31 JANM38510100802BAB
MOTA
SIC
78· 33
NSC
JANM38510100601 BcA
MOTAI154· 61
Til
JANM38510/00502BA
MOTAI148· 32 JANM38510100802BAC
JANM38510101002BE
ITT
MOTAI 85· 34 JANM38510100601BCB
FSC
ITT
SIC I 78· 34
JANM38510100502BAC
ITT
1148· 33
MOTA
JANM38510/01002BFB
ITT
NSC I 85· 35 JANM38510100601BCC
JANM38510100802BC
MOTA
SIC
78· 35
JANM38510100502BCA
ITT
1148· 34
MOTAI154· 63
Til
MOTAI 85· 36 JANM38510100601BDC
JANM38510/00802BCB
JANM38510/01002BF
JANM38510100502BCB
ITT
1148· 35
MOTA
Til
1155· 1
SIC I 78· 36
ITT
MOTA185.37 JANM38510100601CAA
JANM38510100802BCC
JANM38510/01002CEA
NSC
SIC
ITT 1148· 36
ITT
MOTAI155· 2
MOTAI 78· 37
Til
JANM38510100601CAB
JANM38510100802BDB
JANM38510/01002CEB
JANM38510100502BC
ITT
1148· 37
Til
1155· 3
MOTA
SIC
78· 38
ITT
SIC I 85· 38 JANM38510100601CAC
JANM38510100802CAA
Til
ITT
1148· 38
MOTAI155· 4 JANM38510101002CE
JANM38510100502BDB
JANM38510/00802CAB
SIC I 78· 39
NSC
SIC J 85· 39 JANM38510100601CcA
Til
MOTAI148· 39
MOTAI155· 5 JANM38510101002CFB
JANM38510100502BD
JANM38510100601CCB
JANM38510/00802CAC
MOTA
SIC
78· 40
SIC I 85· 40
ITT
1148· 40
FSC
ITT
6
Til
JANM38510100502CAA
JANM38510100601CCC
MOTA
JANM38510/01002CF
ITT
MOTA 85· 41
ITT
1148· 41 JANM38510/00802CC
SIC I 78· 41
NSC
JANM38510100602BEA
MOTAI155· 7 JANM38510101003BEA
JANM38510100502CA
MOTAI148· 42 JANM38510100802CCB
MOTAI 79· 33
ITT
MOTAI 85· 42 JANM38510100602BEB
MOTA
Til
1155· 8 JANM38510/01003BEB
JANM38510100502CAC
ITT 1148· 43 JANM38510100802CCC
MOTA
SIC
79· 34
ITT
NSC I 85· 43 JANM38510100602BEC
ITT
MOTAI155· 9
Til
JANM38510100502CCA
SIC 1148· 44 JANM38510/00802CDB
JANM38510/01003BE
MOTAI 85· 44 JANM38510100602BFB
Til
1155· 10
SIC I 79· 35
JANM38510100502CCB
SIC 1148· 45 JANM38510/00802CDC
JANM38510101003BFB
ITT
MOTA185.45 JANM38510100602BFC
none 1155· 11
MOTA
SIC
79· 36
NSC
SIC
SIC 1148· 46 JANM38510100803BAA
Til
Til
JANM38510100602CEA
MOTAI155· 12 JANM38510/01003BF
JANM38510100502CC
MOTA1148·47JANM38510/00803BAB
SIC 179·37
ITT
SIC I 85· 46 JANM38510100602CEB
MOTAI155· 13 JANM38510101003CEA
JANM38510100502CDB
ITT 1148·48JANM38510100803BAC
MOTA179·38
NSC
SIC J 85· 47 JANM38510/00602CEC
FSC
ITT
14 JANM38510/01003CEB
Til
SIC 1148· 49
MOTA
MOTA
SIC
79· 39
JANM3851010P502CD
JANM38510100602CFB
JANM38510100803BC
Til
SIC 185·48
SIC 1148·50
MOTA1155·15JANM38510101003CE
JANM38510100503BAA
JANM38510100602CFC
JANM38510100803BCB
SIC I 79· 40
ITT
NSC I 85· 49
SIC 1148· 51
MOTA
Til
1155· 16 JANM38510101003CFB
JANM38510100503BAB
JANM38510100701BAA
JANM38510100803BCC
MOTA
Til
I 79· 41
ITT
I 85· 50
ITT
1129· 53
ITT
MOTAI155· 17 JANM38510/01003CFC
JANM38510100503BAC
JANM38510100701BAB
JANM38510100803BDB
none I 79· 42
ITT
NSC I 85· 51
ITT 1129· 54
Til
1155· 18 JANM38510/01004BEA
JANM38510100503BCA
JANM38510100701BAC
JANM38510100803CAA
MOTAI 73· 27
none I 85· 52
ITT 1129· 55
MOTAI155· 19 JANM38510101004BEB
JANM38510100503BCB
JANM38510100701BCA
JANM38510100803CAB
MOTA
SIC
73· 28
ITT
NSCJ85.53
none 1129·56
MOTA1155·20
Til
SIC
Til
JANM3851010070 1BCB
JANM38510100803CAC
JANM3851 010 1004BE
JANM38510100503BC
ITT
SIC J'29.57
FSC
ITT
SIC 173·29
ITT
SIC I 85· 54
Til
MOTA
JANM38510101004BFB
JANM38510100503BDB
JANM38510100701BC
JANM3B510/00803CC
MOTA
Til
I 73· 30
NSC
SIC J 85· 55
ITT
SIC 1129· 58
MOTAI155· 22 JANM38510101004CEA
Til
JANM38510/00701BDB
JANM38510/00803CCB
MOTAI 73· 31
JANM38510100503BD
SIC
Til
1129· 59
MOTA
Til
1155· 23 JANM38510101004CEB
SIC I 85· 56 JANM38510100701BDC
JANM38510100803CCC
MOTA
SIC
73· 32
JANM38510100503CAA
SIC 1129· 60
ITT
MOTAI155· 24
Til
ITT
NSC I 85· 57 JANM38510100701CAA
JANM38510/00803CDB
JANM38510/01004CE
JANM38510100503CAB
ITT
1129· 61
Til
1155· 25
SIC I 73· 33
ITT
I 85· 58 JANM38510100701CAB
JANM38510/00804BAA
JANM38510/01004CFB
JANM38510100503CAC
ITT
1129· 62
MOTAI155· 26
MOTA
SIC
73· 34
ITT
NSC I 85· 59 JANM38510100701CAC
JANM38510/00804BAB
Til
JANM38510100503CCA
ITT
1129· 63
MOTAI155· 27 JANM38510101004CF
none I 85· 60 JANM38510/00701CCA
JANM38510100804BAC
SIC I 73· 35
JANM38510100503CCB
none 1129· 64
FSC
ITT
1155· 28 JANM38510101005BEA
ITT
NSC J 85· 61 JANM38510/00701CCB
JANM38510100804BCA
MOTAI 73· 36
SIC
Til
ITT
SIC J'29.65
MOTAI155· 29 JANM38510101005BEB
JANM38510/00503CC
Til
JANM38510/00804BCB
MOTA
SIC
73· 37
ITT
SIC I 85· 62 JANM38510100701CC
MOTA
Til
1155· 30
Til
JANM38510100503CDB
ITT
SIC 1129· 66 JANM38510100804BCC
JANM38510101005BE
NSC
SIC J 85· 63 JANM38510100701CDB
ITT
MOTAI155· 31
SIC I 73· 38
Til
SIC
Til
1129· 67 JANM38510/00804BDB
JANM38510/01005BFB
JANM38510100503CD
JANM38510100701CDC
Til
1155· 32
MOTA
Til
I 73· 39
SIC I 86· 1
SIC 1129· 68 JANM38510/00804CAA
JANM38510/01005CEA
JANM38510100504BAA
JANM38510100701DAA
MOTAI155· 33
MOTAI 73· 40
ITT
NSC I 86· 2
ITT
1129· 69 JANM38510100804CAB
JANM38510/01005CEB
JANM38510100504BAB
JANM38510100701DAB
MOTAI155· 34
MOTA
SIC
73· 41
ITT
I 86· 3
ITT
1129· 70 JANM38510100804CAC
Til
JANM38510100504BAC
JANM38510100701DAC
FSC
ITT
JANM38510101005CE
ITT
NSC I 86· 4
ITT 1129· 71
MOTA
SIC I 73· 42
JANM38510100504BCA
JANM38510100801 BAA
JANM38510/00804CC
JANM38510/01005CFB
none I 86· 5
MOTAI154· 46
MOTAI155· 36
MOTA
Til
I 73· 43
JANM38510100504BCB
JANM38510/00801BAB
JANM38510/00804CCB
JANM38510/01006BEB
ITT
NSCJ86.6
MOTA1154·47
MOTA
Til
1155·37
Til
176·28
SIC
Til
JANM38510100801BAC
JANM38510/00804CCC
JANM38510101006BFB
JANM38510100504BC
FSC
ITT
ITT
MOTAI155· 38
Til
I 76· 29
ITT
SIC I 86· 7
MOTA
JANM38510100804CDB
JANM38510101006CEB
JANM38510/00504BDB
JANM38510100801BC
Til
1155· 39
Til
I 76· 30
NSC
SIC 186. 8
MOTAI·,54. 49 JANM38510101001BE~ __
JANM38510/01006CFB
T i l l
MOTAI 7,,· 17
Til
I 76· 31

J

d

i'54.55

d

d

J

i'54.62

d

d
d

i'55.

J

d
d

i'55.

d

d

i'55.2'

d

d

d

i'55.35

d

i'54.48

12

D.A. T.A.

iI·Reglstered with JEDEC
by this manufacturer

JANM38510/01007BFB
Til
I 76· 33
JANM38510/01007CEB
Til
I 76· 34
JANM38510/01007CFB
Til
I 76· 35
JANM38510/01008BEA
MOTAI 76· 36
JANM38510101008BEB
MOTA
Til
I 76· 37
JANM38510101008BFB
MOTA
Til
I 76· 38
JANM38510101008CEA
MOTAI 76· 39
JANM38510/01008CEB
MOTA
Til
I 76· 40
JANM38510101008CFB
MOTA
Til
I 76· 41
JANM38510101009BAA
MOTAI 76· 42
JANM38510101009BAB
MOTAI 76· 43
JANM38510/01009BAC
MOTAI 76· 44
JANM38510/01009BCA
MOTAI 76· 45
JANM38510101009BCB
MOTAI 76· 46
JANM38510101009BCC
MOTAI 76· 47
JANM38510101009BDB
Til
I 76· 48
JANM38510101009CAA
MOTAI 76· 49
JANM38510101009CAB
MOTAI 76· 50
JANM38510101009CAC
MOTAI 76· 51
JANM38510/01009CcA
MOTAI 76· 52
JANM38510101009CCB
MOTAI 76· 53
JANM38510101009CCC
MOTAI 76· 54
JANM38510101009CDB
Til
I 76· 55
JANM3851010'1101BJB
MOTA
Til
1191· 28
JANM38510101101BJC
SIC 1191· 29
JANM38510101101BKB
Til
1191· 30
JANM38510101101BKC
SIC 1191·31
JANM38510101101CJB
MOTA
Til
1191·32
JANM38510101101CJC
SIC 1191· 33
JANM38510101101CKB
Til
1191·34
JANM38510101101CKC
SIC 1191· 35
JANM38510101201BAA
ITT
MOTAI138· 30
JANM38510101201BAB
ITT
MOTAI138· 31
JANM38510101201BAC
ITT
MOTAI138· 32
JANM38510101201BCA
MOTA1138·33
JANM38510/0 120 1BCB
ITT
MOTA~'38.34
SIC
Til
JANM38510101201BC
ITT
MOTA '38.35
SIC
JANM38510101201BD
SIC
Til
1138· 36
JANM38510/01201BDC
SIC 1138· 37
JANM38510101201CAA
ITT
MOTAI138· 38
JANM38510101201CAB
ITT
MOTAI138· 39
JANM38510101201CAC
ITT
MOTAI138· 40
JANM38510/01201CCA
MOTAI138· 41
JANM38510101201CCB
ITT
MOTA~'38. 42
SIC
Til
JANM38510101201CC
ITT
MOTA '38.43
SIC
JANM38510/01201CD
SIC
Til
1138· 44
JANM38510101201CDC
SIC 1138· 45
JANM38510101203BEB
'
SIC
Til
1138· 46
JANM38510/01203BEC
SIC 1138· 47
JANM38510/01203BFB
SIC
Til
1138· 48
JANM38510101203BFC
SIC
1138·49
JANM38510/01203CEB
SIC
Til
1138· 50
JANM38510/01203CEC
SIC 1138· 51

.·Copy of mfr's date sheet
may be ordered from D.A.T.A.

J

J

JANM38510101203CF~
SIC

Til

1138· 52

12

3. TYPE No. CROSS INDEX

IN TYPE NUMBER SEQUENCE
TYPE No.
MFRS P!I&Line TYPE No.
MFRS P!I&Line TYPE No.
MFRS P!I&Line TYPE No.
MFRS P!I&Line TYPE No.
JANM3851O/012g~CCF~138. 53 JANM38510/014~t~E~'86. 56IJANM3851wvLvNSCO~109. 4 IJANM38510/022g.~BA~ 45.23 JANM3851

J

JANM38510/01301 BCB
ITT
SIC
69· 80
Til
JANM38510/01301BC
ITT
SIC
I 69· 81
JANM38510/01301BOB
SIC
Til
I 69· 82
JANM38510/01301BOC
SIC
I 69· 83
JANM38510/01301CCB
ITT
SIC
69· 84
Til
JANM38510/01301CC
ITT
SIC
I 69· 85
JANM38510/01301COB
SIC
Til
I 69· 86
JANM38510/01301COC
SIC
I 69· 87
JANM38510/01302BCB
ITT
SIC
65· 60
Til
JANM38510/01302BC
ITT
SIC
I 65·61
JANM38510/01302BOB
SIC
Til
I 65· 62
JANM38510/01302BOC
SIC
I 65· 63
JANM38510/01302CCB
ITT
SIC
65· 64
Til
JANM38510/0 1302CC
ITT
SIC 165·65
JANM3851 % 1302COB
SIC
Til
I 65· 66
JANM38510/01302COC
SIC
I 65· 67
JANM38510/01303BEB
SIC
Til
162· 35
JANM38510/01303BEC
SIC
I 62· 36
JANM38510/01303BFB
SIC I 62· 37
JANM38510/01303CEB
SIC
Til
162· 38
JANM38510/01303CEC
SIC
162· 39
JANM38510/01303CFB
SIC
162. 40
JANM38510/01304BEB
SIC
Til
I 65· 84
JANM38510/01304BEC
SIC
165· 85
JANM38510/01304BFB
SIC
165· 86
JANM3851 % 1304CEB
SIC
Til
165· 87
JANM38510/01304CEC
SIC
I 65· 88
JANM38510/01304CFB
SIC
165· 89
JANM38510/01305BEB
SIC
Til
162· 41
JANM38510/01305BEC
SIC
162· 42
JANM38510/01305BFB
SIC
162· 43
JANM38510/01305CEB
SIC
Til
I 62· 44
JANM38510/01305CEC
•
SIC
162· 45
JANM3851 % 1305CFB
SIC
162· 46
JANM38510/01306BEB
SIC
Til
165· 90
JANM38510/01306BEC
SIC
I 65· 91
JANM38510/01306BFB
SIC
I 65· 92
JANM38510/01306CEB
SIC
Til
I 66· 1
JANM38510/01306CEC
SIC
I 66· 2
JANM38510/01306CFB
SIC
I 66· 3
JANM3851 % 140 1BJB
Til
1186· 42
JANM38510/01401BKB
Til
1186· 43
JANM38510/01401CJB
Til
1186· 44
JANM38510/01401CKB
Til
1186.45
JANM38510/01402BEC
AMV1186·46
JANM3851 % 1402BFC
AMV 1186· 47
JANM38510/01402CEC
AMV 1186· 48
JANM38510/01402CFC
AMV 1186· 49
JANM3851 % 1403BEB
Til
1186· 50
JANM38510/01403BFB
Til
1'86· 51
JANM38510/01403CEB
Til
1186· 52
JANM3851 % 1403CFB
Til
1186· 53
JANM3851 % 1404BEC
AMV 1186· 54
JANM38510/01404BFC
AMV 1186· 55

J

J

J

13

JANM38510/01404CFC
AMV 1186· 57
JANM38510/01405BEC
AMV 1186· 58
JANM38510/01405BFC
AMV 1186· 59
JANM38510/01405CEC
AMV 1186· 60
JANM38510/01405CFC
AMV 1186· 61
JANM38510/01601BAA
MOTAI 80· 89
JANM38510/01601BAB
MOTAI 80· 90
JANM38510/01601BAC
MOTAI 80· 91
JANM38510/01601BCA
MOTAI 80· 92
JANM38510/01601BCB
MOTA
Til
I 80· 93
JANM38510/01601BCC
MOTAI 80· 94
JANM38510/01601BOB
Til
I 80· 95
JANM38510/01601CAA
MOTAI 80· 96
JANM38510/01601CAB
MOTAI 80· 97
JANM38510/01601CAC
MOTA180·98
JANM3851 % 160 1CCA
MOTAI81· 1
JANM3851 % 160 1CCB
MOTA
Til
I 81· 2
JANM38510/01601CCC
MOTAI 81· 3
JANM38510/01601COB
Til
I 81· 4
JANM38510/01602BAA
MOTAI 81· 5
JANM38510/01602BAB
MOTAI 81· 6
JANM38510/01602BAC
MOTAI 81· 7
JANM38510/01602BCA
MOTAI 81· 8
JANM38510/01602BCB
MOTA
Til
I 81· 9
JANM38510/01602BCC
MOTAI 81· 10
JANM38510/01602BOB
Til
181· 11
JANM38510/01602CAA
MOTAI 81· 12
JANM3851 % 1602CAB
MOTAI 81· 13
JANM38510/01602CAC
MOTAI 81· 14
JANM38510/01602CCA
MOTAI 81· 15
JANM38510/01602CCB
MOTA
Til
I 81· 16
JANM38510/01602CCC
MOTAI 81· 17
JANM38510/01602COB
Til
181· 18
JANM38510/02001 BAA
NSC 1108· 70
JANM38510/02001BAC
NSC 1108· 71
JANM3851 0/0200 1 BCB
NSC 1108· 72
JANM38510/02001 BOB
NSC 1108· 73
JANM38510/02001CAA
NSC 1108· 74
JANM38510/02001CAC
NSC 1108· 75
JANM38510/02001CCB
NSC 1108· 76
JANM38510/02001COB
NSC 1108· 77
JANM38510/02002BAA
NSC 1108· 78
JANM38510/02002BAC
NSC 1108· 79
JANM38510/02002BCB
NSC 1108· 80
JANM38510/02002BOB
NSC 1108· 81
JANM38510/02002CAA
NSC 1108· 82
JANM38510/02002CAC
NSCll08·83
JANM38510/02002CCB
NSC 1108· 84
JANM38510/02002COB
NSC 1108· 85
JANM38510/02003BAA
NSC 1108· 86
JANM38510/02003BAC
NSC 1108· 87
JANM38510/02003BCB
NSC 1108.88
JANM38510/02003BOB
NSC 1108· 89
JANM38510/02003CAA
NSC 1109· 1
JANM38510/02003CAC
NSC 1109· 2
JANM38510/02003CCB
NSCll09· 3

O.A. T.A.

JANM38510/02004BAA
NSC 1109· 5
JANM38510/02004BAC
NSC 1109· 6
JANM38510/02004BCB
NSC 1109· 7
JANM38510/02004BOB
NSC 1109· 8
JANM38510/02004CAA
NSC 1109· 9
JANM38510/02004CAC
NSC 1109· 10
JANM38510/02004CCB
NSC 1109· 11
JANM38510/02004COB
NSC 1109· 12
JANM38510/02005BAA
NSC 1153· 50
JANM38510/02005BAC
NSC 1153· 51
JANM38510/02005BCB
NSC 1153· 52
JANM38510/02005CAA
NSC 1153· 53
JANM38510/02005CAC
NSC 1153· 54
JANM38510/02005CCB
NSC 1153· 55
JANM38510/02006BCB
NSC 1109·13
JANM38510/02006CCB
NSC 1109·14
JANM3851 0/021 0 1 BAA
NSC 153· 17
JANM38510/02101 BAC
NSC 153· 18
JANM38510/02101BCB
NSC I 53· 19
JANM38510/02101CAA
NSC I 53· 20
JANM38510/02101CAC
NSC I 53· 21
JANM38510/02101CCB
none 153· 22
JANM38510/02102BAA
NSC 142· 95
JANM38510/02102BAC
NSC I 42· 96
JANM38510/02102BCB
NSC I 42· 97
JANM38510/02102CAA
NSC 142· 98
JANM38510/02102CAC
NSC 142· 99
JAN M3851 0/021 02CCB
NSC 142·100
JANM38510/02103BAA
NSC I 42·101
JANM38510/02103BAC
NSC I 42·102
JANM38510/02103CAA
NSC 143· 1
JANM38510/02103CAC
NSC I 43· 2
JANM38510/02104BAA
NSC I 43· 3
JANM38510/02104BAC
NSC I 43· 4
JANM38510/02104CAA
NSC I 43· 5
JANM3851 0/021 04CAC
NSC I 43· 6
JANM38510/02105BAA
NSC I 56· 45
JANM38510/02105BAC
NSC I 56· 46
JANM38510/02105BCB
NSC I 56· 47
JANM38510/02105CAA
NSC I 56· 48
JANM38510/02105CAC
NSC I 56· 49
JANM38510/02105CCB
NSC I 56· 50
JANM3851 0/0220 1BAA
ITT
I 45· 9
JANM38510/02201 BAB
ITT
I 45· 10
JANM38510/02201BAC
ITT
145· 11
JANM38510/02201 BCB
ITT
SIC
I 45· 12
JANM38510/02201 BCC
ITT
SIC 145·13
JANM3851 0/0220 1BOB
SIC
I 45· 14
JANM38510/02201 BOC
SIC
I 45· 15
JANM38510/02201CAA
ITT
I 45· 16
JANM3851 0/0220 1CAB
ITT
I 45· 17
JANM38510/02201CAC
ITT
I 45· 18
JANM38510/02201CCB
ITT
SIC
145· 19
JANM3851 0/0220 1CCC
ITT
SIC 145· 20
JANM3851 0/0220 1COB
SIC
I 45· 21
JANM38510/02201COC
SIC 145· 22

""·Registered with JEDEC
by this manufacturer

JANM38510/02202BAB
ITT
I 45· 24
JANM38510/02202BAC
ITT
I 45· 25
JANM38510/02202BCB
ITT
SIC
45· 26
Til
JANM38510/02202BC
ITT
SIC
I 45· 27
JANM38510/02202BOB
SIC
Til
I 45· 28
JANM38510/02202BOC
SIC
I 45· 29
JANM38510/02202CAA
ITT
I 45· 30
JANM38510/02202CAB
ITT
I 45· 31
JANM38510/02202CAC
ITT
I 45· 32
JANM38510/02202CCB
ITT
SIC
45· 33
Til
JANM38510/02202CC
ITT
SIC
I 45· 34
JANM38510/02202COB
SIC
Til
I 45· 35
JANM38510/02202COC
SIC
I 45· 36
JANM38510/02203BAA
ITT
157·87
JANM38510/02203BAB
ITT
157·88
JANM38510/02203BAC
ITT
157· 89
JANM38510/02203BCB
ITT
SIC
57· 90
Til
JANM38510/02203BC
ITT
SIC
I 57· 91
JANM38510/02203BOB
SIC
Til
I 57· 92
JANM38510/02203BOC
SIC
I 57·93
JANM38510/02203CAA
ITT
I 57· 94
JANM38510/02203CAB
ITT
I 57·95
JANM38510/02203CAC
ITT
I 58· 1
JANM38510/02203CCB
ITT
SIC
58· 2
Til
JANM38510/02203CC
ITT
SIC
I 58· 3
JANM38510/02203CDB
SIC
Til
158· 4
JANM38510/02203COC
SIC
I 58· 5
JANM38510/02301 BAA
ITT
1112· 51
JANM38510/02301BAB
ITT
1112· 52
JANM38510/02301BAC
ITT
1112· 53
JANM38510/02301 BCB
ITT
SIC
1112· 54
JANM38510/02301BCC
ITT
SIC 1112· 55
JANM38510/02301 BOB
SIC 1113· 1
JANM3851 0/0230 1 BOC
SIC
1113· 2
JANM38510/02301CAA
ITT
1113· 3
JANM38510/02301CAB
ITT
1113· 4
JANM38510/02301CAC
ITT
1113· 5
JANM38510/02301 CCB
ITT
SIC 1113· 6
JANM38510/02301CCC
ITT
SIC
1113· 7
JANM38510/02301COB
SIC 1113· 8
JANM3851 0/0230 1coC
SIC 1113· 9
JANM38510/02302BAA
ITT
1113· 10
JANM38510/02302BAB
ITT
1113· 11
JANM38510/02302BAC
ITT
1113· 12
JANM38510/02302BCB
SIC 1113·13
JANM38510/02302BCC
SIC
1113· 14
JANM38510/02302BOB
SIC
1113· 15
JANM38510/02302BOC
SIC 1113· 16
JANM38510/02302CAA
ITT
1113· 17
JANM38510/02302CAB
ITT
1113· 18
JANM38510/02302CAC
ITT
1113· 19
JANM38510/02302CCB
SIC 1113· 20
JANM38510/02302CCC
SIC 1113· 21
JANM38510/02302COB
SIC 1113· 22

J

J

J

J

t·Copy of mfrs data sheet
may be ordered from D.A.T.A.

MFRSIP!I&Line
SIC

1113.23

JANM38510/02303BAA
ITT
1113· 24
JANM38510/02303BAB
ITT
1113· 25
JANM38510/02303BAC
ITT
1113· 26
JANM38510/02303BCB
SIC
1113· 27
JANM38510/02303BCC
SIC
1113· 28
JANM38510/02303BOB
SIC 1113· 29
JANM38510/02303BOC
SIC
1113· 30
JANM38510/02303CAA
ITT
1113· 31
JANM38510/02303CAB
ITT
1113· 32
JANM38510/02303CAC
ITT
1113· 33
JANM38510/02303CCB
SIC 1113· 34
JANM38510/02303CCC
SIC
1113· 35
JANM38510/02303COB
SIC
1113· 36
JANM38510/02303COC
SIC
1113· 37
JANM38510/02304BAA
ITT
1113·38
JANM38510/02304BAB
ITT
1113·39
JANM385 10/02304BAC
ITT
1113· 40
JANM3851O/02304BCB
SIC
1113· 41
JANM38510/02304BCC
SIC 1113· 42
JANM38510/02304BOB
SIC 1113· 43
JANM38510/02304BOC
SIC
1113· 44
JANM38510/02304CAA
ITT
1113· 45
JANM38510/02304CAB
ITT
1113· 46
JANM38510/02304CAC
ITT
1113· 47
JANM38510/02304CCB
SIC 1113· 48
JANM38510/02304CCC
SIC
1113· 49
JANM38510/02304COB
SIC
1113· 50
JANM38510/02304COC
SIC
1113· 51
JANM38510/02305BAA
ITT
1155· 40
JANM38510/02305BAB
ITT
1155· 41
JANM38510/02305BAC
ITT
1155· 42
JANM38510/02305BCB
SIC 1155· 43
JANM38510/02305BCC
SIC 1155· 44
JANM38510/02305BOB
SIC 1155· 45
JANM38510/02305BOC
SIC 1155· 46
JANM38510/02305CAA
ITT
1155· 47
JANM38510/02305CAB
ITT
1155· 48
JANM38510/02305CAC
ITT
1155· 49
JANM38510/02305CCB
SIC
1155· 50
JANM38510/02305CCC
SIC 1155· 51
JANM38510/02305COB
SIC 1155· 52
JANM38510/02305COC
SIC 1155· 53
JANM38510/02306BAB
MOTAII13· 52
JANM38510/02306BCB
MOTA
Til
1113· 53
JANM38510/02306BOB
Til
1113· 54
JANM38510/02306CAB
MOTAII13· 55
JANM38510/02306CCB
MOTA
Til
1114·1
JANM38510/02306COB
Til
1114· 2
JANM38510/02307BAB
MOTAII14· 3
JANM38510/02307BCB
MOTA
Til
1114· 4
JANM38510/02307CAB
MOTAII14· 5
JANM38510/02307CCB
MOTA
Til
1114· 6
JANM38510/02401BAA
MOTAII14· 7
JANM38510/0240 1BAB
MOTAII14· 8
JANM3851 0/0240 1BAC
MOTAI114· 9
JANM38510/02401BCA
MOTAI114· 10

13

3. TYPE No. CROSS INDEX

:YPE No.
MFRSIPa&Line TYPE No.
!.JANM;,t:d¥~U24¥1:
114. 11 .JANM;'~~C

lS\;d

JANM38510102401BC
MOTAJI14.12
JANM38510/02401BD
Til
1114.13
JANM38510102401CA
MOTAJI14.14
JANM3851 010240 1CA
MOTA~114. 15
JANM38510/02401CA
MOTAl114.16
JANM3851 0/0240 1CC
MOTAJI14.17
JANM3851 0/0240 1CC
MOTA
Til
~114. 18
JANM38510/02401CC
MOTAJI14.19
JANM38510/02401CD
Til
J114.20
JANM3851 0/0260 1BC
Til
J 129· 34
JANM38510102601CC
Til
J129.35
JANM3851010270 1BC
Til
J 95· 59
JANM38510/0270 1CC
Til
I 95·60
JANM38510/02901 BEB
Til
73· 44
JANM3851 0/0290 1CE
73· 45
Til
JANM38510/02905BE
76· 56
Til
JANM38510/02905CE
Til
1 76· 57
JANM38510/03001BA
MOTAJ104. 6
JANM3851 010300 1BA
MOT~104. 7
JANM3851 0/0300 1BC
MOTAJ 104. 8
JANM385 10103001 BC
MOTAl104. 9
JANM38510103001CA
MOTAJ104.10
JANM3851 010300 1CA
MOTAll04.11
JANM3851 010300 1CC
MOTAJ 104· 12
JANM3851 0/0300 1CC
MOTAl104. 13
JANM38510/03002BA
MOTAJI53.15
JANM38510/03002BA
MOTAl153.16
JANM38510/03002BC
MOTAJI53.17
JANM38510/03002BC
MOTAlI53. 18
JANM38510/03002CA
MOTAJ 153· 19
JANM38510/03002CA
MOTAlI53.2O
JANM38510/03002CC
MOTAJ 153· 21
JANM38510/03002CC
MOTAr53.22
JANM38510/03003BA
MOTAJI53.23
JANM38510/03003BA
MOTAl153.24
JANM38510/03003BC
MOTAJ153.25
JANM38510/03003BC
FSC
MOTt).153. 26
JANM38510/03003C
MOTAJI53.27
JANM36510103003CA
MOTAl153.28
JANM38510/03003CC
MOTAJI53.29
JANM38510/03003CC
FSC
MOTt).153. 30
JANM38510/03004B
MOTAJ104.14
JANM38510/03004BA
MOTAl104. 15
JANM38510/03004BC
MOTAJ104.16
JANM38510/03004BC
FSC
MOTAl104. 17
JANM38510/03004CA
MOTAJ 104· 18
JANM38510103004CA
MOT~104. 19
JANM38510/03004CC
MOTAJ 104·20
JANM38510/03004CC
FSC
MOTAlI04.21
JANM38510/03OOSBA
MOTAJ104.22
JANM38510/0300SBA
MOT~104. 23
JANM38510/03OO5BC
MOTAJ104.24
JANM38510/03005BC
FSC
MOTt).104. 25
JANM38510/03005C
MOTAJ104.26
JANM38510/03005CA
MOTAl104.27
JANM385 10/0300~~c,.~1' 10•. 2
M T I 4· 8

J
J
J

14

MFR~IPa&Line

MOTAl104.29
JANM38610104001 BA
MOTAJ 86· 17
JANM38510104001BA
MOTA~ 86· 18
JANM38510/04001BA
.
MOTAI 86· 19
JANM3851 0/0400 1BCA
MOTAJ 86· 20
JANM38510/04001 BC
MOTA~ 86· 21
JANM3851 0/04001 BC
MOTAl 86· 22
JANM3851 0/0400 1CA
MOTAJ 86· 23
JANM3851 0/0400 1CA
MOTA~ 86· 24
JANM3851 010400 1CA
MOTAl 86· 25
JANM38510/04001CC
MOTAJ 86· 26
JANM38510/04001CC
MOTA~ 86· 27
JANM38510/04001CC
MOTAl 86· 28
JANM38510/04002BA
MOTAJ 86· 29
JANM38510/04002BA
MOTA~ 86· 30
JANM38510/04002BA
MOTAl 86· 31
JANM38510/04002BC
MOTAJ 86· 32
JANM38510/04002BC
MOTA~ 86· 33
JANM38510/04002BC
MOT~ 86· 34
JANM38510/04002CA
MOTAJ 86· 35
JANM38510/04002CA
MOTA~ 86· 36
JANM38510/04002CA
MOTAl 86· 37
JANM38510/04002CC
MOTAJ 86· 38
JANM38510104002CC
MOTA~ 86· 39
JANM38510/04002CC
MOTAl 86· 40
JANM38510/04003BA
MOTAJ 86· 41
JANM38510/04003BA
MOTA~ 86· 42
JANM38510/04003BA
MOTAl 86· 43
JANM38510/04003BC
MOTAJ 86· 44
JAN M3851 0/04003BC
MOTA~ 86· 45
JANM38510/04003BC
MOTAl 86· 46
JAN M3851 0/04003CA
MOTAJ 86· 47
JANM38510/04003CA
MOTA~ 86· 48
JANM38510/04003CA
MOT~ 86· 49
JANM38510/04003CC
MOTAJ 86· 50
JANM38610/04003CC
MOTA~ 86· 51
JANM38510/04003CC
MOTAl 86· 52
JANM38510/04004BA
MOTAJ 86· 53
JANM38510/04004BA
MOTA~ 86· 54
JANM38510/04004BA
MOTAl 86· 55
JANM38510/04004BC
MOTAJ 87· 1
JANM38510/04004BC
MOTA~ 87· 2
JANM38510/04004BC
MOTA187. 3
JANM38510/04004CA
MOTAJ 87· 4
JANM38510/04004CA
MOTA~ 87· 5
JANM38510/04004CA
MOTA187. 6
JANM38510/04004CC
MOTAJ 87· 7
JANM38510/04004CC
MOTA~ 87· 8
JANM38610/04004CC
MOTA187. 9
JANM38510/04005BA
MOTAJ 87· 10
JANM38510/04005BA
MOTA~ 87· 11
JANM38510/04005BA
MOTAl 87· 12
JANM38510/04005BC
MOTAJ 87· 13
JANM38510/04005BC
MOTA~ 87· 14
JANM38510/04005BC
MOTA187.15
JANM38510/04005CA
MOTAJ 87· 16
JANM38510/04005CA~1 8
MOTA
7· 17

D.A.T.A.

IN TYPE NUMBER SEQUENCE
TYPE No.
MFRS Pa&Line TYPE No.
MFRS Pa&Line TYPE No.
MFRS
IJANM385 'VI
MOTAl 87. 18 IJANM3851U/Ubb~~~~1175 . 5 I~g~:t.
JANM38510104005CC
JANM38510/05503BFA
MBD1!Z1
tWLD
MOTAJ 87· 19
RCA 1175· 6 MBD8
tWLD
JANM38510/04005CC
JANM38510/05503CEA
MC54H74AF
tMOTA
MOT~ 87· 20
RCA 1175· 7 MC54H74AL
tMOTA
JANM38510104005CC
JANM38510/05503CFA
MC54H87F
tMOTA
MOTAI 87· 21
RCA /175· 8 MC54H87L
.MOTA
JANM38510105001ACA
JANM38510/05504AEA
MC74H74AF
.MOTA
RCA 1102.92
RCA 1175. 9 MC74H74AL.P%.MOTA
JANM38510/05001AD
JANM38510/05504AFA
MC74H87F
tMOTA
RCA 1102.93
RCA 1175· 10 MC74H87L.P% tMOTA
JANM3851 0/0500 1BC
JANM38510/05504BEA
MC301F
tMOTA
RCA 1102.94
RCA 1175· 11 MC301G
tMOTA
JANM38510/05001BO
JANM38510/05504BFA
MC302F
tMOTA
RCA 1102.95
RCA 1175· 12 MC302G
tMOTA
JANM38510/05001CC
JANM38510/05504CEA
MC303F
tMOTA
RCA 1102.91
RCA 1175· 13 MC303G
tMOTA
JANM38510/05001CD
JANM38510/05504CFA
MC304F
tMOTA
RCA 1102.96
RCA J175. 14 MC304G
.MOTA
JANM38510/05002AC
JANM38510/10401 BC
MC305F
.MOTA
RCA 1102.97
tMOTA
Til
J178.30 MC305G
JANM38510/05002AD
JANM38510/10401CC
MC306F
tMOTA
RCA 1102.98
tMOTA
Til
J178.31 MC306G
JANM38510/05002BC
JANM38510/10402BC
MC307F
.MOTA
RCA 1102.99
.MOTA
Til
J178.32 MC307G
JANM38510/05002BD
JANM38510/10402CC
MC308F
tMOTA
RCA 1102.100
Til
178· 33 MC308G
.MOTA
JANM38510/05002CC
M53200P
MITJ 114· 21 MC309F
tMOTA
MITJ 114· 22 MC309G
RCA 1103. 1 M53201P
tMOTA
JANM38510/05002CD
M53202P
MITJ
96· 37 MC310F
tMOTA
MITJ 114· 23 MC310G
RCA 1103. 2 M53203P
tMOTA
JANM38510/05003AC
M53204P
MITJ 155· 54 MC311F
tMOTA
MITJ 155· 55 MC311G
RCA 1103. 3 M53205P
tMOTA
JANM38510/05003AD
M53208P
MITJ 126· 81 MC312AF
tMOTA
MITJ 126· 82 MC312AG
RCA 1103. 4 M53209P
tMOTA
JANM38510/05003BC
M53210P
MITJ 114· 24 MC312F
MOTA
RCA 1103. 5 M53213P
MITJ 161· 89 MC312G
MOTA
JANM38510/05003BD
M53220P
MITJ 114· 25 MC313F
tMOTA
MITJ
RCA 1103. 6 M53225P
96· 38 MC314F
tMOTA
JANM38510/05003CC
M53227P
MITJ
96· 39 MC314G
tMOTA
MITJ 114· 26 MC315F
RCA 1103. 7 M53230P
tMOTA
JANM38510/05003CD
M53237P
MITJ 114· 27 MC315G
tMOTA
MITJ 114· 28 MC316F
RCA 1103. 8 M53238P
tMOTA
JANM38510/05101AC
M53240P
MITJ 114· 29 MC316G
tMOTA
MITJ
73· 46 MC317F
tMOTA
RCA 1 55·67 M53241P
JANM38510/05101AD
M53242P
MITJ
73· 47 MC317G
tMOTA
MITJ
78· 42 MC318F
tMOTA
RCA 1 55· 68 M53243P
JANM38510/05101BC
M53244P
MITJ
78· 76 MC318G
tMOTA
MITJ
76· 58 MC351F
tMOTA
RCA 1 55· 69 M53247P
JANM38510/05101BD
M53248P
MITJ
76· 59 MC351G
tMOTA
MITJ
98· 46 MC352AF
tMOTA
RCA 1 55· 70 M53250P
JANM38510/05101CC
M53253P
MITJ
98· 47 MC352AG
tMOTA
MITJ 132· 95 MC353F
• RCA 1 55· 71 M53260P
tMOTA
JANM38510/051 0 1CD
M53270P
MITJ
51· 58 MC353G
tMOTA
RCA I 55· 72 M53272P
MITJ
51· 40 MC354F
tMOTA
JANM38510/05102AEA
M53273P
MITJ
44· 30 MC354G
tMOTA
RCA I 38· 86 M53274P
MITJ
57· 30 MC355F
tMOTA
JANM38510/05102AFA
M53275P
MITJ 140· 5 MC356G
tMOTA
RCA I 38· 87 M53276P
MITJ
44· 31 MC356F
tMOTA
JANM38510/05102BEA
M53280P
MITJ 148· 52 MC356G
tMOTA
M53283P
MITJ 148· 53 MC357F
tMOTA
JANM38510/051~~:F1 38· 88 M53286P
MITJ 129· 72 MC357G
tMOTA
RCA I 38· 89 M53290P
MITJ
64· 3 MC358AF
tMOTA
JANM38510/05102CEA
M53292P
MITJ
67· 95 MC358AG
tMOTA
RCA I 38· 90 M53293P
MITJ
67· 96 MC358F
MOTA
JANM3851 0/051 02CFA
M53307P
MITJ
45· 37 MC358G
MOTA
MITJ 139· 51 MC359F
RCA 1 38· 91 M53321P
tMOTA
JANM38510/05301AC
M53323P
MITJ 136· 75 MC359G
tMOTA
MITJ 186· 62 MC360F
RCA 1183.85 M53350P
tMOTA
JANM38510/05301AD
M53351P
MITJ 186· 63 MC360G
tMOTA
RCA 1183· 86 M53353P
MITJ 186· 64 MC361F
tMOTA
JANM38510/0530 1BCA
M53354P
MITJ
71· 78 MC361G
tMOTA
MITJ
RCA 1183.87 M53355P
71· 79 MC362AF
tMOTA
JANM38510/05301 BD
M53356P
MITJ
71· 80 MC362AG
tMOTA
MITJ 192· 80 MC362F
RCA 1183.88 M53380P
MOTA
JANM38510/05301CC
M53390P
MITJ
62· 50 MC362G
MOTA
RCA 1183.89 M53391P
MITJ
66· 8 MC363F
tMOTA
JANM38510/05301 CD
M53392P
MITJ
62· 12 MC364F
tMOTA
RCA /183·90 M53393P
MITJ
65· 55 MC364G
tMOTA
JANM38510/05302AFA
M54304P
MITJ 148· 54 MC365F
tMOTA
RCA I 84· 27 M54401P
MITJ 191· 36 MC365G
tMOTA
JANM38510/05302BFA
M54402P
MITJ
71· 12 MC366F
tMOTA
RCA I 84· 28 M54406P
MITJ
75· 67 MC366G
tMOTA
JANM38510/05302CFA
M54501Y
MITJ 175· 81 MC367F
tMOTA
RCA I 84·29 M54502P
MITJ 175· 82 MC367G
tMOTA
JANM38510/05501AEA
M54503P
MITJ 175· 83 MC368F
tMOTA
RCA 1174·91 M54504P
MITJ 175· 84 MC368G
tMOTA
JANM38510/05501AFA
M54510P
MITJ 182· 37 MC369F
tMOTA
RCA 1174· 92 M54601P
MITJ 180· 63 MC369G
tMOTA
JANM38510/05501 BEA
M54602P
MITJ 180· 64 MC400F
tMOTA
RCA 1174· 93 M54603P
MITJ 180· 65 MC400L.P%
tMOTA
JANM38510/05501 BFA
M54604P
MITJ 180· 66 MC401F
tMOTA
RCA /174· 94 M54650P
MITJ 175· 85 MC401L.P%
tMOTA
JAN M385 10/05501 CEA
M54654P
MITJ 178· 98 MC402F
tMOTA
M58165B
MITJ 165· 48 MC402L.P%
tMOTA
JANM38510/055~~~F1174. 95 M58609XXB
MITJ 195· 1 MC403F
tMOTA
RCA 1174·96 M58610B
MITJ 193· 32 MC403L.P%
tMOTA
JANM38510/05502AEA
MADC8·1
tDDC 140· 50 MC404F
tMOTA
RCA 1174·97 MADC8·3
tDDC 140· 51 MC404L.P%
tMOTA
JANM38510/05502AFA
MADC9·1
tDDC 140· 52 MC405F
tMOTA
RCA 1174· 98 MADC9·3
tDDC 140· 53 MC405L.P%
tMOTA
JANM38510/05502BEA
MADC10
tRTN
142· 57 MC406F
tMOTA
RCA 1174·99 MADC10·1
tDDC 140· 54 MC406L.P%
tMOTA
JANM38510/05502BFA
MADC10·3
tDDC 140· 55 MC407F
tMOTA
RCA /174·100 MADC10-04
tRTN
142· 50 MC407L.P%
tMOTA
JANM38510/05502CEA
MADCll·1
tDDC 140· 56 MC408F
tMOTA
RCA /175· 1 MADCll·3
tDDC 140· 57 MC408L.P%
tMOTA
JANM38510/05502CFA
MADC13
tRTN
142· 56 MC409F
tMOTA
tWLD
89· 62 MC409L.P%
RCA 1175. 2 MAG6
tMOTA
JANM38510/05503AE
MAG8
tWLD
80· 6 MC410F
.MOTA
RCA /175· 3 MAG9
tWLD
89· 76 MC410L.P%
tMOTA
MAG10
80· 5
JANM3851O/055~g!F~ 175.
:~tg 89· 63
4 MAG12

t.·Registered with JEDEC
by this manufacturer

~

I~g:mp%

t·Copy of mfr's data sheet
may be ordered from D.A.T.A.

PQI'iLine

1r:n

72· 53
102· 28
58·100
58·101
164· 56
164· 57
58·102
58·103
164· 58
164· 59
92·105
92·106
52·106
52·107
150· 88
150· 89
163· 77
163· 78
131·103
131·104
92·107
92·108
92·109
92·110
41· 5
41· 6
101· 34
101· 35
101· 36
101· 37
101· 38
101· 39
95· 32
95· 33
101· 40
101· 41
94· 15
41· 13
41· 14
92· 86
92· 87
162· 37
162· 38
160· 56
160· 57
160· 58
160· 59
92· 74
92· 75
53· 79
53· 80
150· 90
150· 91
163· 79
163· 80
131·105
131·106
92· 76
92· 77
92· 78
92· 79
50·107
50·108
41· 17
41· 18
94· 56
94· 57
94· 58
.94· 59
94· 60
94· 61
94· 62
94· 63
94· 64
94· 65
94· 16
41· 15
41· 16
92· 88
92· 89
162· 39
162· 40
160· 60
160· 61
160· 62
160· 63
101· 42
101· 43
121· 24
121· 25
88· 71
88· 72
121· 26
121· 27
123· 46
123· 47
88· 73
88· 74
88· 76
88· 76
121· 28
121· 29
121· 30
121· 31
121· 32
121· 33
134· 99
134·100
133· 76
133· 77

:~g:::! m:~g

14

MFRS Po&Line TYPE No.

1~~:m.P%

:~gi~ m:~~ ~~~ ~~~

MC413F
MC413L,P%
MC414F
MC414L,P%
MC415F
MC415L,P%
MC416F
MC416L,P%
MC419F
MC419LP%
MC420F
MC420L,P%
MC421F
MC421L,P%
MC422F
MC422L,P%
MC423F
MC423L,P%
MC424F
MC424L,P%
MC426F
MC426LP%
MC427F
MC427L
MC427LP%
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
MC464LP%
MC465F
MC465L,P%
MC466F
MC466l,P%
MC469F
MC469LP%
MC470F
MC470L,P%
MC471F
MC471LP%
MC472F
MC472L,P%
MC473F
MC473L,P%
MC474F
MC474L,P%
MC476F
MC476L,P%
MC477F
MC477L,P%
MC478F
MC478L,P%
MC479F
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

15

.

3 TYPE
No. CROSS INDEX
MFRS pg&Line TYPE No.
pg&Line

TYPE No.

tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA

53· 42
53· 43
53· 81
53· 82
49· 19
49- 20
49- 21
49· 22
176 - 41
176- 42
88- 77
88- 78
53- 51
53- 52
59- 5
59· 6
4S- 5
48- 6
48- 7
48- 8
83- 10
83- 11
82·99
82-100
82-101
82-102
158- 99
158·100
121- 36
121- 37
88- 79
88- 80
121- 38
121- 39
123 - 45
123- 48
88- 81
88 - 82
88- 83
88 - 84
121- 40
121- 41
121- 42
121- 43
121· 44
121- 45
134·101
134·102
133- 80
133· 81
133- 82
133- 83
121- 46
121- 47
53- 44
53- 45
53- 83
53- 84
49- 23
49- 24
49- 25
49- 26
176- 43
176- 44
88- 85
88- 86
53· 53
53- 54
59- 7
59- 8
48- 9
48- 10
48- 11
48- 12
83- 12
83- 13
82-103
82-104
134 - 74
134- 75
158-101
158-102
121- 48
121- 49
88- 87
99-103
121- 50
121- 51
123- 49
123- 50
88- 88
99-104
88- 89
99-105
121 - 52
121- 53
121- 54
121 - 55
121- 56
121· 57
134-103
134-104
133- 84
133- 85
133- 86
133- 87
121- 58
121- 59
53- 46
53 - 47
53 - 85
53· 86

MC516L
MC519F
MC519L
MC520F
MC520L
MC521F
MC521L
MC522F
MC522L
MC523F
MC523L
MC524F
MC524L
MC526F
MC526L
MC527F
MC527l
MC528F
MC528L
MC529F
MC529L
MC550F
MC550L
MC551F
MC551L
MC552F
MC552L
MC553F
MC553L
MC554F
MC554L
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
MC574F
MC574L
MC576F
MC576L
MC577F
MC577L
MC578F
MC578L
MC579F
MC579L
MC660LP%
MC661L,P%
MC662LP%
MC663LP%
MC664LP%
MC665L,P%
MC666L,P%
MC667LP%
MC668LP%
MC669L,P%
MC670L,P%
MC671L,P%
MC672L,P%
MC673L,P%
MC674L.P%
MC675LP%
MC676L
MC676P
MC677L
MC677P
MC678L
MC678P
MC679BLP%
MC679L.P%
MC680LP%
MC681L,P%
MC682L
MC682P
MC683LP%
MC684L
MC684P
MC685L
MC685P
MC688L
MC688P
MC689L,P%
MC690L P%

D.A. T.A.

:~gi~ :~: ~~ .~~g~g~

tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
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

49· 29
176· 45
176· 46
88· 90
99·106
53- 55
53· 56
59- 9
59· 10
48· 13
48 - 14
48· 15
48· 16
83- 6
83 - 7
82-105
82-106
134- 76
134- 77
158 -103
158 -104
121- 60
121- 61
88- 91
99-107
121- 62
121· 63
123 - 51
123 - 52
88· 92
99-108
88- 93
99-109
121- 64
121- 65
121· 66
121- 67
121· 68
121· 69
134-105
134-106
133- 88
133- 89
133· 90
133- 91
121· 70
121- 71
53- 48
53· 49
53- 87
53· 88
49· 30
49 - 31
49- 32
49- 33
176- 47
176· 48
88- 94
99-110
53 - 57
53- 58
59- 11
59 - 12
48- 17
48- 18
48- 19
48- 20
83- 8
83- 9
82-107
82-108
134- 78
134· 79
158 -105
158-106
107· 3
107· 4
107 - 5
41- 3
52- 91
161- 6
161- 62
136- 37
107- 6
131- 99
107- 7
107- 8
107- 9
84- 75
84- 76
165- 46
72- 86
72- 87
160- 1
160- 2
160- 3
160- 4
162- 35
162- 36
160· 5
160- 6
194· 62
194- 63
129· 4
68 - 52
68 - 53
65- 21
65- 22
41- 1
41- 2
160- 7
160- 8

MC700F
MC700G
MC701G
MC702G
MC703F
MC703G
MC704F
MC704G
MC705F
MC705G
MC706F
MC706G
MC707F
MC707G
MC708F
MC708G
MC709F
MC709G
MC710F
MC710G
MC711F
MC711G
MC712F
MC712G
MC713F
MC713G
MC714F
MC714G
MC715F
MC715G
MC715P
MC717F
MC717P
MC718F
MC718G
MC718P
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
MC729G
MC764P
MC767AP
MC767P
MC770P
MC771F
MC771P
MC775F
MC775P
MC776F
MC776P
MC777P
MC778F
MC778P
MC779P
MC780P
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
MC800F
MC800G

A·Registered with JEDEC
by this manufacturer

MFRS

:~gi~

tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA

TYPE No.

m: ~~ ~~~~2~

152· 59
152· 60
163· 91
53· 12
101· 94
101- 95
150- 92
150- 93
55 - 24
55 - 25
55 - 13
55 - 14
101- 96
101- 97
150- 94
150- 95
152- 55
152- 56
101- 83
101- 84
102· 13
102- 14
150· 96
150- 97
56- 29
56· 30
101- 98
101- 99
101·100
101-101
95- 9
95 - 23
!Hi - 10
95 - 24
95 - 25
95 - 11
95- 26
95- 12
41- 78
41- 79
132- 36
132- 37
41- 80
41- 81
41· 52
41- 85
41- 86
41· 70
95- 30
101-102
95· 13
101-103
95 - 14
41- 87
41- 88
41- 71
152- 57
152- 58
126- 31
126· 32
101- 85
101- 86
129- 20
194 - 42
193- 31
72- 75
129- 26
129- 27
150· 70
150- 86
41- 84
41· 69
65- 30
56- 31
56· 28
50·105
68- 58
100- 37
41- 82
55- 10
55 - 11
55- 16
55- 17
132- 41
132- 38
132- 23
132- 39
132· 24
50-103
100· 35
100- 34
158· 60
152- 61
152- 43
41- 89
41· 72
41· 83
41- 73
95- 27
95- 18
95- 28
95 - 19
147 - 92
190· 87
190· 88
100- 36
100- 32
152- 62
152- 63
152- 44
152- 36
152- 37

MCS03F
MCS03G
MC804F
MC804G
MC805F
MC805G
MC806F
MC806G
MC807F
MC807G
MC808F
MC808G
MC809F
MC809G
MCS10F
MCS10G
MCSllF
MCSllG
MC812F
MCS12G
MC813F
MC813G
MC814F
MC814G
MC815F
MC815G
MC815P
MC816F
MC816G
MC816P
MC817F
MC817P
MC818F
MC818G
MC818P
MC819F
MC819P
MC820F
MC820G
MC821F
MC821G
MC822F
MC822G
MC822P
MC824AP
MC824F
MC824P
MC825F
MC825P
MC826F
MC826G
MC826P
MC827F
MC827G
MC828F
MC828G
MC829F
MC829G
MC830F
MC830G
MC830L,P%
MC832F
MC832G
MC832L,P%
MC833F
MC833G
MC833L,P%
MC834F
MC834L,P%
MC835F
MC835L,P%
MC836F
MC836L,P%
MC837F
MC837L,P%
MC838F
MC838L,P%
MC839F
MC839L,P%
MC840F
MC840L,P%
MC841F
MC841L,P%
MC843G
MC844F
MC844G
MC844L,P%
MC845F
MC845G
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

IN TYPE NUMBER SEQUENCE
MFRS pg&Line TYPE No.

:M~+~ '5~:

tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
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
+MOTA
tMOTA
tMOTA
tMOTA
tMOTA
+MOTA
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
+MOTA
tMOTA

11
101· 75
101- 76
150- 83
150- 84
55- 22
55- 23
55 - 7
55- 8
101- 77
101- 78
150- 76
150- 77
152- 25
152- 26
101- 55
101- 56
102- 9
102- 10
150- 78
150- 79
56- 24
56- 25
101- 79
101- 80
101- 81
101- 82
95- 20
41- 61
41- 62
41- 74
94-104
94-105
94-106
94-107
94-108
95- 17
94·109
41- 46
41- 47
132- 9
132- 10
41- 48
41- 49
41- 68
95- 31
95 - 5
95- 21
95· 6
95- 22
41· 66
41· 67
41.75
152- 38
152- 39
101- 57
101- 58
101-108
101·109
105- 44
105· 45
105· 46
105· 47
105- 48
105· 49
131· 36
131- 37
131- 38
158- 51
158- 52
158- 69
158· 70
158- 53
158· 54
158- 55
158· 56
61- 51
61· 52
69- 60
69· 61
158· 71
158· 72
158- 73
158· 74
151- 20
105- 50
105- 51
105· 52
54- 64
54·65
54· 66
105· 53
158 - 57
105· 54
131- 39
131- 40
54- 67
54- 68
54· 69
105- 55
158· 58
105· 56
52· 77
52- 78
52· 79
137 - 59
137· 60
137- 61
40· 51
40- 52
40- 53
40- 54
40· 55

+.Copy of mfr's data sheet
may be ordered from D.A.T.A.

MC85~~''''''

MCS56L,P%
MCS57F
MCS57L,P%
MC858F
MC858L,P%
MC861F
MC861G
MC861L,P%
MC862F
MC862G
MC882L,P%
MC863F
MCS63G
MC863L,P%
MCS64P
MCS67AP
MC867P
MCS70P
MC871F
MC871P
MC874G
MC875F
MCS75P
MC876F
MC876P
MCS77P
MC878F
Mc878P
MCS79P
MC880P
MC881G
MC882G
MC883F
MC883P
MC884F
MC884P
MC885AP
MC885F
MC885P
MCSS6F
MC886P
MC887P
MC888F
MC888P
MC889AP
MC889F
MC889P
MC890F
MC890P
MC891F
MC891P
MC892F
MC892P
MC893F
MC893P
MC896F
MC896P
MC897F
MC897P
MC898F
MCS98P
MC899F
MC899G
MCS99P
MC900F
MC900G
MC901G
MC902G
MC903F
MC903G
MC904F
MC904G
MC905F
MC905G
MC906F
MC906G
MC907F
MC907G
MC908F
MC908G
MC909F
MC909G
MC910F
MC910G
MC911F
MC911G
MC912F
MC912G
MC913F
MC913G
MC914F
MC914G
MC915F
MC915G
MC916F
MC916G
MC917F
MC918F
MC918G
MC919F
MC920F
MC920G
MC921F
MC921G
MC922F
MC922G
MC924F
MC926F
MC926F
MC926G

~g~~~~

MFRs Pa&1 ina

:~gi~

tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
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
+MOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA

:g: g~

40· 58
105- 70
105- 71
105· 72
105· 73
105- 57
105- 58
105· 59
105- 60
123-108
105- 81
105- 62
123-107
105- 63
129- 21
194- 43
193- 30
72- 7B
129- 25
129- 28
41- 63
150- 85
150- 87
41- 50
41- 53
65- 31
56- 2B
56- 27
50-lOB
68- 59
100- 27
41- 51
55- 9
55- 12
55- 15
55- 18
132- 42
132- 20
132· 29
132- 21
132- 30
50-104
100- 31
100- 33
158- 61
152- 40
152· 46
41· 64
41· 76
41· 65
41· 77
95- 1
95· 15
95· 2
95· 16
147- 93
147- 90
190· 89
190· 85
100- 28
100· 29
152· 41
152· 42
15:2· 28
152· 29
152 - 30
163- 70
53· 10
101· 59
101· 60
150· 80
150· 81
55· 19
55- 20
54·105
55· 1
101· 61
101· 62
150· 72
150· 73
152· 23
152· 24
101· 51
101· 52
102- 7
102- 8
150- 74
150- 75
56· 21
56· 22
101· 63
101· 64
101· 65
101· 66
41· 54
41- 55
94·100
94·101
94-102
94·103
41- 40
41· 41
132- 6
132- 7
41- 42
41- 43
95- 3
95- 4
41- 59
41- 60

:~g:::! m:~J

15

TYPE No.

~g~~g~

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
MC975F
MC976F
MC978F
MC981G
MC982G
MC983F
MC984F
MC985F
MC986F
MC988F
MC989F
MC990F
MC991F
MC992F
MC993F
MC996F
MC997F
MC998F
MC999F
MC999G
MC1001P
MC1002P
MC1003P
MC1004P
MC1005P
MC1006P
MC1007P
MC1008P
MC1009P
MC10l0P
MC10llP
MC1012P
MC1013P
MC1014P
MC1015P
MC1016P
MC1017P

16

:~gi~

tMOTA
'MOTA
tMOTA
'MOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
,MOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
'MOTA
tMOTA
tMOTA
'MOTA
'MOTA
'MOTA
'MOTA
tMOTA
'MOTA
'MOTA
,MOTA
,MOTA
'MOTA
tMOTA
,MOTA
'MOTA
,MOTA
'MOTA
tMOTA
tMOTA
'MOTA
'MOTA
,MOTA
,MOTA
,MOTA
'MOTA
,MOTA
,MOTA
tMOTA
'MOTA
'MOTA
'MOTA
'MOTA
tMOTA
,MOTA
,MOTA
'MOTA
'MOTA
'MOTA
'MOTA
'MOTA
'MOTA
tMOTA
'MOTA
'MOTA
,MOTA
'MOTA
,MOTA
,MOTA
'MOTA
tMOTA
'MOTA
tMOTA
'MOTA
'MOTA
,MOTA
'MOTA
'MOTA
'MOTA
'MOTA
tMOTA
'MOTA
'MOTA
'MOTA
tMOTA
tMOTA
tMOTA
,MOTA
,MOTA
'MOTA
'MOTA
'MOTA
tMOTA
tMOTA
'MOTA
tMOTA
tMOTA
'MOTA
tMOTA
'MOTA
tMOTA
tMOTA
'MOTA
'MOTA
'MOTA
'MOTA
'MOTA
'MOTA
'MOTA
'MOTA
'MOTA
'MOTA
'MOTA

~~

l~glgl~~
19l:
101-106 MC1020P
101·107 MC1021P
105- 18 MC1022P
105- 19 MC1023P
105- 20 MC1024P
54·55 MC1025P
105- 21 MC1026P
105- 22 MC1027P
105 - 23 MC1028P
131- 41 MC1029P
131- 42 MC1030P
131- 43 MC1031P
158- 38 MC1032P
158- 39 MC1033P
158- 75 MC1034F
158- 76 MC1034P
158- 40 MC1035P
158- 41 MC1038P
158- 42 MC1039P
158- 43 MC1040P
61- 48 MC1042P
61· 49 MC1043F
69- 58 MC1043P
69- 59 MC1044P
158· 77 MC1045P
158- 78 MC1046P
158- 79 MC1047P
t58 - 80 MC1048P
151- 15 MC1050F
105- 24 MC1051F
105- 25 MC1052F
105- 26 MC1059P
54- 56 MC1062P
54 - 57 MC1063P
54- 58 MC1065P
105- 27 MC1066P
158- 44 MC1067P
105- 28 MC1068P
131- 44 MC1070P
131- 45 MC1201F
54- 70 MC1201L
54- 59 MC1202F
54- 71 MC1202L
105- 29 MC1203F
158- 45 MC1203L
105- 30 MC1204F
52- 74 MC1204L
52- 75 MC1205F
52- 76 MC1205L
137- 55 MC1206F
137 - 56 MC1206L
137 - 57 MC1207F
40- 38 MC1207L
40- 39 MC1208F
40- 40 MC1208L
40- 41 MC1209F
40- 42 MC1209L
40- 43 MC1210F
40- 44 MC1210L
40- 45 MC1211F
105- 74 MC1211L
105 - 75 MC1212F
105- 76 MC1212L
105- 77 MC1213F
105- 31 MC1213L
105- 32 MC1214F
105- 33 MC1214L
105- 34 MC1215F
123-104 MC1215L
105- 35 MC1216F
105- 36 MC1216L
123-105 MC1217F
105 - 37 MC1217L
129- 22 MC1218F
41- 56 MC1218L
150- 82 MC1219F
41- 44 MC1219L
56- 23 MC1220F
100- 25 MC1220L
41- 45 MC1221F
55 - 21 MC1221L
55 - 2 MC1222F
132- 13 MC1222L
132- 14 MC1223F
100- 30 MC1223L
152- 33 MC1224F
41- 57 MC1224L
41- 58 MC1225F
95 - 7 MC1225L
95 - 8 MCl226F
147 - 91 MC1226L
190- 86 MC1227F
100- 26 MC1227L
152- 34 MC1228F
152- 35 MC1228L
92- 90 MC1229F
92- 91 MC1229L
92- 92 MC1230F
92- 93 MC1230L
92- 94 MC1231F
92- 95 MC1231L
94- 17 MC 1232F
94- 18 MC1232L
94- 19 MC1233F
94· 20 MC1233L
94- 21 MC1234F
94- 22 MC1234L
41- 19 MC1235F
52- 94 MC1235L
52- 95 MC1238F
52- 96 MC1238L
160- 64 MC1239F

D.A. T.A.

.

.

3 TYPE
No CROSS INDEX
MFRS Pa&Line TYPE No.
MFRS Pa&Line TYPE

MFRS Pa&Line TYPE No.

:~gi~ l~¥: ~~ ~~m~~

tMOTA
'MOTA
tMOTA
tMOTA
'MOTA
tMOTA
'MOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
'MOTA
tMOTA
'MOTA
tMOTA
'MOTA
tMOTA
tMOTA
tMOTA
'MOTA
tMOTA
tMOTA
'MOTA
tMOTA
,MOTA
'MOTA
'MOTA
'MOTA
'MOTA
tMOTA
'MOTA
tMOTA
tMOTA
'MOTA
'MOTA
'MOTA
'MOTA
,MOTA
,MOTA
tMOTA
'MOTA
tMOTA
tMOTA
,MOTA
'MOTA
'MOTA
'MOTA
tMOTA
'MOTA
'MOTA
'MOTA
'MOTA
tMOTA
,MOTA
tMOTA
tMOTA
,MOTA
'MOTA
'MOTA
'MOTA
'MOTA
'MOTA
,MOTA
tMOTA
,MOTA
'MOTA
'MOTA
'MOTA
tMOTA
'MOTA
'MOTA
'MOTA
'MOTA
,MOTA
tMOTA
'MOTA
'MOTA
,MOTA
'MOTA
tMOTA
tMOTA
'MOTA
tMOTA
tMOTA
'MOTA
'MOTA
tMOTA
,MOTA
,MOTA
'MOTA
'MOTA
'MOTA
'MOTA
'MOTA
'MOTA
'MOTA
'MOTA
tMOTA
'MOTA
'MOTA
'MOTA
tMOTA
tMOTA
'MOTA
'MOTA
'MOTA
'MOTA
'MOTA
'MOTA
'MOTA
tMOTA

177 - 26
190- 90
55 - 88
179- 19
92- 96
131-100
179·24
41- 10
185 - 13
163 - 82
129- 5
130·105
41· 7
52·97
55· 86
56- 18
161· 75
185- 14
160- 66
193- 33
71- 31
72- 61
71- 33
71- 29
162- 83
192- 61
80- 41
107- 24
94- 23
94 - 24
94- 25
147·95
94- 26
94- 27
177 - 22
177· 23
160- 67
160- 68
193- 34
92- 80
92 - 97
92 - 81
92- 98
92 - 82
92- 99
92- 83
92-100
92- 84
92-101
92 - 85
92-102
94 - 28
94· 29
94- 30
94- 31
94 - 32
94- 33
94- 34
94 - 35
94· 36
94- 37
94 - 38
94- 39
41- 20
41- 21
52- 98
52- 99
52-100
52-101
52-102
52-103
160- 69
160- 70
160- 71
160- 72
147 - 96
147 - 97
177- 27
177 - 28
190- 91
190- 92
55- 89
55- 90
179- 20
179- 21
92-103
92-104
131-101
131-102
179- 25
179 - 26
41- 11
41- 12
185- 15
185- 16
163- 83
163- 84
129- 6
129- 7
130-106
130-107
41- 8
41- 9
52-104
52-105
56- 19
56- 20
161- 76
161- 77
185 - 17
184- 88
160- 73

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
MC1408L6
MC1408L7
MC1408L8
MC1440F
MC1440G
MC1440L
MC1440P
MC1441F
MC1441L
MC1444L
MC1446L
MC1455G
MC1455Pl
MC1488L

:~gi~ 1~~: ~; ~~l~~~E.P%

tMOTA
,MOTA
tMOTA
,MOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
,MOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
,MOTA
,MOTA
,MOTA
'MOTA
'MOTA
tMOTA
,MOTA
tMOTA
,MOTA
'MOTA
'MOTA
'MOTA
,MOTA
'MOTA
,MOTA
,MOTA
AMV
,MOTA
MC1489AB
AMV
MC1489AL
AMV
'MOTA
AMV
MC1489B
MC1489L
AMV
tMOTA
,MOTA
MC1505L
,MOTA
MC1506L
,MOTA
MC1508L8
,MOTA
MC1540F
tMOTA
MC1540G
,MOTA
MC1540L
,MOTA
MC1541F
,MOTA
MC1541L
MC1543L
'MOTA
,MOTA
MC1544L
,MOTA
MC1555G
,MOTA
MC1585L
,MOTA
MC1648F#1
MC1648F#2
'MOTA
MC1648L,P#1%
tMOTA
MC 1648L,P#2%
tMOTA
,MOTA
MC1650L
,MOTA
MC1650S
,MOTA
MC1651L
tMOTA
MC1651S
,MOTA
MC1654L
MC1658L
tMOTA
tMOTA
MC1658P
,MOTA
MC1660L
MC1660S
tMOTA
MC1661L
'MOTA
tMOTA
MC1661S
MC1662L
tMOTA
MC1662S
,MOTA
MC1663L
tMOTA
,MOTA
MC1663S
,MOTA
MC1664L
MC1664S
tMOTA
,MOTA
MC1665L
MC1665S
tMOTA
,MOTA
MC1666L
tMOTA
MC1666S
,MOTA
MC1667L
,MOTA
MC1667S
,MOTA
MC1668L
,MOTA
MC1668S
MC1669L
'MOTA
MC1669S
tMOTA
MC1670L
'MOTA
MC1670S
'MOTA
,MOTA
MC1671L
,MOTA
MC1671S
,MOTA
MC1672L
,MOTA
MC1672S
,MOTA
MC1673L
,MOTA
MC1673S
MC1674L
'MOTA
,MOTA
MC1674S
MC1675L
'MOTA
MC1675S
'MOTA
,MOTA
MC1678L
,MOTA
MC1679L
,MOTA
MC1688F
MC1690L
'MOTA
MC1690S
'MOTA
MC1692L
,MOTA
MC1692S
,MOTA

A-Registered with JEDEC
by this manufacturer

No.

193- 36
71- 30
71- 32
71- 34
72· 62
162- 84
162· 85
80· 42
80- 43
107- 25
107- 26
147 - 98
147- 99
94· 40
94· 41
94 - 42
94 - 43
177- 24
177- 25
160- 75
160- 76
160- 77
160- 78
193- 37
193 - 38
141- 38
145 - 3
145· 4
145 - 5
145 - 6
174 - 49
174- 50
174 - 51
174 - 52
174 - 44
174·45
172- 94
172- 45
139- 41
139 - 42
176-100
177 - 61
177- 62
177- 56
177- 57
141- 39
145 - 7
145 - 8
174·53
174- 54
174- 55
174 - 46
174- 47
172- 43
172- 95
139- 43
179- 66
60- 88
60- 89
60- 90
60- 91
191191191191 65 60·
60929292929494 949490909090535353535656 565656565656129129129129135·
135 135 135 69 69925656177177-

88
86
89
87
23
12
13
52
50
53
51
78
79
80
81
31
29
32
30
4
2
5
3
13
2
14
3
15
4
16
5
13
10
14
11
13
14
15
16
78
79
54
6
1
43
42

MC1801F
MC1801L,P%
MC1802F
MC1802L,P%
MC1803F
MC1803L,P%
MC1804F
MC1804L.P%
MC1805F
MC1805L,P%
MC1806F
MC1806L,P%
MC1807F
MC1807L,P%
MC1808F
MC1808LP%
MC1809F
MC1809LP%
MC1810F
MC1810LP%
MC1811F
MC1811 L,P%
MC1812F
MC1812LP%
MC1813LP%
MC1814F
MC1814LP%
MC1815F
MC1815L,P%
MC1816F
MC1816L,P%
MC1818F
MC1818L,P%
MC1818P
MC1820LP%
MC1900F
MC1900L
MC1901F
MC1901L
MC1902F
MC1902L
MC1903F
MC1903L
MC1904F
MC1904L
MC1905F
MC1905L
MC1906F
MC1906L
MC1907F
MC1907L
MC1908F
MC1908L
MC1909F
MC1909L
MC1910F
MC1910L
MC1911F
MC1911L
MC1912F
MC1912L
MC1913L
MC1914F
MC1914L
MC1915F
MC1915L
MC1916F
MC1916L
MC1918F
MC1918L
MC2000F
MC2000LP%
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
MC2016LP%
MC2023F
MC2023L,P%
MC2024F
MC2024LP%
MC2025F
MC2025L,P%
MC2026F
MC2026L,P%
MC2028F
MC2028L,P%
MC2050F
MC2050LP%
MC2051F
MC2051LP%
MC2052F
MC2052LP%
MC2053F
MC2053L P%

IN TYPE NUMBER SEQUENCE
MFRS Pa&Line TYPE No.
MFRS Pa&Line

:~~+~ l~~: ~~ l~g~m,P% :~gi~ ~t g~

tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
'MOTA
tMOTA
tMOTA
tMOTA
tMOTA
,MOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
'MOTA
tMOTA
'MOTA
'MOTA
'MOTA
'MOTA
'MOTA
'MOTA
'MOTA
,MOTA
'MOTA
tMOTA
'MOTA
tMOTA
'MOTA
tMOTA
'MOTA
tMOTA
'MOTA
'MOTA
'MOTA
'MOTA
tMOTA
,MOTA
'MOTA
tMOTA
tMOTA
,MOTA
tMOTA
'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
tMOTA
,MOTA
'MOTA
'MOTA
'MOTA
'MOTA
'MOTA
'MOTA
'MOTA
'MOTA
'MOTA
,MOTA
tMOTA
,MOTA
'MOTA
tMOTA
tMOTA
'MOTA
'MOTA
'MOTA
'MOTA
'MOTA
'MOTA
'MOTA
'MOTA
'MOTA
'MOTA
'MOTA

105- 80
93- 95
105 - 81
105- 82
105- 83
105 - 84
105 - 85
105- 86
105 - 87
105- 88
80- 34
80- 35
80- 36
80- 37
90- 21
90- 22
90- 23
90- 24
94- 8
94- 9
94- 10
94- 11
128 ·107
128-108
194- 38
194- 39
194- 40
54- 72
54- 73
54 - 74
54·75
103- 95
103- 96
103- 97
152- 4
105- 89
105- 90
105- 91
105- 92
105- 93
105- 94
105 - 95
105- 96
105- 97
105- 98
105- 99
105-100
80- 30
80- 31
80- 32
80- 33
90- 17
90- 18
90- 19
90- 20
94- 4
94- 5
94- 6
94- 7
128-105
128-106
194- 35
194- 36
194- 37
54- 60
54- 61
54- 62
54- 63
103- 91
103- 92
88- 52
88- 53
122- 59
122- 60
134- 58
134- 59
122- 61
122- 62
88- 54
88 - 55
122- 63
122- 64
134· 60
134- 61
122- 65
122- 66
120- 29
120- 30
88- 5
88- 6
88- 56
88- 57
158- 83
158 - 84
48 - 21
48 - 22
48- 23
48 - 24
51- 98
51- 99
51-100
51-101
50- 30
50- 31
88- 58
88 - 59
122- 67
122- 68
134- 62
134 - 63
122- 69
122- 70

MC2055F
MC2055L,P%
MC2056F
MC2056L.P%
MC2057F
MC2057L,P%
MC2061 F
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
MC2112L
MC2113F
MC2113L
MC2116F
MC2116L
MC2123F
MC2123L
MC2124F
MC2124L
MC2125F
MC2125L
MC2126F
MC2126L
MC2128F
MC2128L
MC2150F
MC2150L
MC2151F
MC2151L
MC2152F
MC2152L
MC2153F
MC2153L
MC2154F
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%

.-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
'MOTA
'MOTA
'MOTA
'MOTA
,MOTA
'MOTA
tMOTA
'MOTA
tMOTA
'MOTA
'MOTA
'MOTA
'MOTA
'MOTA
'MOTA
'MOTA
tMOTA
'MOTA
tMOTA
tMOTA
tMOTA
'MOTA
,MOTA
,MOTA
tMOTA
'MOTA
'MOTA
'MOTA
tMOTA
'MOTA
tMOTA
tMOTA
'MOTA
tMOTA
,MOTA
tMOTA
'MOTA
,MOTA
tMOTA
,MOTA
'MOTA
'MOTA
tMOTA
'MOTA
'MOTA
'MOTA
'MOTA
'MOTA
'MOTA
,MOTA
,MOTA
'MOTA
tMOTA
'MOTA
,MOTA
'MOTA
'MOTA
'MOTA
'MOTA
'MOTA
'MOTA
'MOTA
'MOTA
tMOTA
tMOTA
'MOTA
tMOTA
'MOTA
'MOTA
'MOTA
tMOTA
'MOTA
tMOTA
'MOTA
,MOTA
'MOTA
'MOTA
'MOTA
'MOTA
'MOTA
'MOTA
'MOTA
'MOTA
,MOTA
'MOTA
'MOTA
'MOTA
'MOTA
'MOTA
'MOTA

122- 71
122· 72
134- 64
134- 65
122· 73
122- 74
120- 31
120- 32
88- 7
88- 8
89- 8
89- 9
176- 96
176- 97
158- 85
158- 86
48- 25
48· 26
48- 27
48- 28
51-102
51-103
51-104
51-105
50- 32
50· 33
89- 10
100- 5
122- 75
122- 76
134- 66
134- 67
122- 77
122- 78
89- 11
100- 6
122- 79
122· 80
134- 68
134- 69
122- 81
122- 82
119- 59
119- 60
88- 9
88- 10
89· 12
100- 7
158- 93
158- 94
48- 29
48- 30
48- 31
48- 32
51- 90
51- 91
51- 92
51- 93
50- 34
50- 35
89- 13
100- 8
122- 83
122- 84
134- 70
134- 71
122- 85
122- 86
89- 14
100- 9
122- 87
122- 88
134- 72
134- 73
122- 89
122- 90
119- 61
119- 62
88- 11
88- 12
89- 15
100- 10
176- 98
176 - 99
158- 95
158- 96
48- 33
48- 34
48- 35
48- 36
51- 94
51- 95
51- 96
51- 97
50- 36
50- 37
165 - 37
177 - 3
179- 12
177- 4
119- 63
119- 64
82- 87
82 - 88
97 - 53
97 - 54
90- 85
90- 86
119- 65
119- 66
120- 33
120- 34

16

YPE NO.
MC3006L.P%
MC3007F
MC3007L.P%
MC3008F
MC3008L.P%
MC3009F
MC3009L.P%
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
MC3029L.P%
MC3030F
MC3030L.P%
MC3031F
MC3031L.P%
MC3032F
MC3032L.P%
MC3033F
MC3033L.P%
MC3034F
MC3034L.P%
MC3050F
MC3050L.P%
MC3051F
MC3051 L.P%
MC3052F
MC3052L.P%
MC3053F
MC3053L.P%
MC3054F
MC3054L.P%
MC3055F
MC3055L.P%
MC3060F
MC3060L.P%
MC3061F
MC3061L.P%
MC3062F
MC3062L.P%
MC3063F
MC3063L.P%
MC3100F
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

17

3. TYPE
No. CROSS INDEX
MFRS Pa&Line TYPE No.
MFRS Pa&Line TYPE No.
:t1~~ ~~31~~t
:~~+~ m: ~ I~~H~~V"
:~~+~ Im::J ~~m~t

MFR:; Pa&Line TYPE No.

:~~+~

+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

107· 53
107· 54
158· 26
158· 27
151·109
158· 28
120- 35
120- 36
83· 1
83· 2
107· 55
107· 56
120- 37
120- 38
120- 39
120· 40
133· 70
133· 71
133· 72
133- 73
84- 2
88· 13
130· 45
130- 46
135· 34
135- 35
84- 3
88- 14
120- 41
120- 42
120- 43
120- 44
83- 3
83- 4
89- 94
89- 95
128- 69
128· 70
133- 74
133- 75
84· 4
83-105
88· 15
88- 16
83-106
88- 17
88- 18
88- 19
51- 84
51· 85
51- 88
51· 89
51- 86
51- 87
59- 13
59- 14
51- 70
51- 71
51- 72
51- 73
59· 15
59· 16
48- 37
48- 38
48· 39
48· 40
47· 99
47-100
119· 67
119- 68
82- 89
82· 90
97- 55
97- 56
90- 83
90- 84
119· 69
119· 70
119· 71
119- 72
82· 91
82· 92
107· 57
107- 58
158- 7
158- 29
151-110
158- 30
119- 73
119- 14
82- 93
82- 94
101- 59
107- 60
119- 75
119- 76
119- 77
119- 78
133- 58
133· 59
133- 60
133- 61
83-107
88- 20
130- 38
130· 39
135- 32
135- 33
83-108
88- 21
119- 79
119- 80

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
MC3181F
MC3181L
MC3162F
MC3162L
MC3163F
MC3163L
MC3450L
MC3450P
MC3452L
MC3452P
MC3453L
MC3453P
MC4000F
MC4000L.P%
MC4001L#1
MC4001L#2
MC4001P#1
MC4001P#2
MC4002F
MC4b02L.P%
MC4006F
MC4006L.P%
MC4007L
MC4007P
MC4008F
MC4008L.P%
MC4010F
MC4010L.P%
MC4015L
MC4015P
MC4016L
MC4016P
MC4018L
MC4018P
MC4021P
MC4022P
MC4023F
MC4023L.P%
MC4024F
MC4024L.P%
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
MC4051F
MC4051L
MC4051P
MC4062P
MC4300F
MC4300L
MC4306F
MC4306L
MC4307L
MC4308F
MC4308L

D.A. T.A.

+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

82· 95
82- 96
89- 92
89- 93
128· 67
128· 68
133· 62
13:j- 63
83-109
83-110
88- 22
88· 23
84· 1
88· 24
88- 25
88- 26
51- 78
51- 79
51- 82
51- 83
51- 80
51- 81
58- 85
58- 86
51- 74
51- 75
51- 76
51- 77
58- 92
58- 93
47-107
47-108
47-109
47-110
47·101
47·102
178· 34
178- 35
178- 36
178- 37
175- 86
175· 87
188- 68
188- 69
72· 72
71· 5
72- 73
71- 6
164- 83
164- 84
72- 42
72- 43
72- 44
72- 45
193- 15
193- 16
193- 17
193- 18
59- 17
59- 18
69- 27
69- 28
70- 43
70- 44
192- 30
192- 31
69- 64
69- 90
60- 35
60- 19
149- 86
149- 87
149- 88
149- 89
149- 90
149- 91
149- 92
149· 93
149- 94
149· 95
149- 96
149- 97
194· 64
194- 65
164- 60
164- 61
164- 62
164- 63
72- 32
72- 63
164- 50
163- 67
163· 68
185- 9
185- 10
164- 85
164- 86
72· 46
63- 57
63· 46
63· 47
63· 55
63· 56
63- 48
164· 51
188· 70
188· 71
72· 33
72- 34
72· 35
193· 2
193· 3

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
MC5410F
MC5410L
MC5416L
MC5417L
MC5420F
MC5420L
MC5426L
MC5430F
MC5430L
MC5437F
MC5437L
MC5438F
MC5438L
MC5440F
MC5440L
MC5441AL
MC5442L
MC5443~

MC5444L
MC5445L
MC5446L
MC5447L
MC5448L
MC5449F
MC5450F
MC5450L
MC5451F
MC5451L
MC5453F
MC5453L
MC5454F
MC5454L
MC5460F
MC5460L
MC5470L
MC5472F
MC5472L
MC5473F
MC5473L
MC5475L
MC5477F
MC5479F
MC5479L
MC5480F
MC5480L
MC5483L
MC5486F
MC5486L
MC5490F
MC5490L
MC5492F
MC5492L
MC6493F
MC5493L
MC5528L
MC5529L
MC5534L
MC5535L
MC5538L
MC5539L
MC7241F
MC7241L.P%
MC7242F
MC7242L.P%
MC7250L.P%
MC7251L
MC7251P
MC7260F
MC7260L
MC7260P
MC7261F

ll.Registered with JEDEC
by this menufacturer

+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

69· 20
70- 36
60- 34
60- 18
149- 98
149- 99
149-100
149·101
149-102
149-103
149·104
149-105
149-106
149-107
149-108
149·109
194· 66
194· 67
164· 64
164· 65
164- 66
164· 67
164· 68
1,64· 69
63· 58
63- 49
120- 2
120- 3
120· 4
120· 5
97· 59
97- 60
120- 6
158- 8
158- 9
152- 1
158· 10
158· 11
158· 12
82· 97
80· 55
120- 7
120- 8
158- 13
158- 14
120- 9
120- 10
123· 3
120· 11
120· 12
119· 83
119- 84
119- 85
119· 86
120· 13
120· 14
72· 89
74- 78
78- 70
79- 60
75- 22
77- 64
77· 65
77· 66
77· 67
88· 36
88- 37
88· 38
88- 39
88- 40
88- 41
88- 42
88· 43
133· 66
133- 67
47-105
47- 93
47- 94
47- 82
47- 83
194· 19
194· 20
58· 94
58· 95
150· 1
149· 62
149· 63
130- 40
130· 41
68- 98
68- 99
165· 99
165·100
66-105
66-106
172· 96
172· 97
172· 98
172· 99
172-100
172·101
130- 54
130- 55
135· 17
135· 18
72· 47
72· 48
72· 49
191· 69
191· 70
191· 71
164· 88

MC7266L
MC7266P
MC7267F
MC7267L
MC7267P
MC7280F
MC7280L.P%
MC7281F
MC7281L.P%
MC7400F
MC7400L.P%
MC7401F
MC7401L.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%
MC7440F
MC7440L.P%
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
MC7490L.P%
MC7492F
MC7492L.P%
MC7493F
MC7493L.P%
MC7520L
MC7521L
MC7522L
MC7523L
MC7524L
MC7525L
MC7528L
MC7528P
MC7529L
MC7529P
MC7534L
MC7534P
MC7535L
MC7535P
MC7538L
MC7538P
MC7539L
MC7539P
MC8241F
MC8241L
MC8242F
MC8242L
MC8250L
MC8251L

IN TYPE NUMBER SEQUENCE
MFRS Pa&Line
MFRS Pa&Line TYPE No.

:~~+~

+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

m:~; I~~:~~~t

189- 49
189- 50
189- 51
189- 52
189- 53
69· 13
69- 14
67- 35
67- 36
120- 15
120- 16
120· 17
120- 18
97· 61
97- 62
120- 19
158- 15
158- 16
158- 17
158- 18
158- 19
82- 98
80- 56
120- 20
120· 21
158· 20
158· 21
120· 22
120· 23
123- 4
120- 24
120· 25
119· 87
119· 88
119· 89
119- 90
120· 26
120- 27
72- 90
72- 91
74- 79
74· 80
78- 71
78· 72
79- 61
79- 62
75- 23
75- 24
77- 68
77- 69
77- 70
77- 71
77- 72
77- 73
77- 74
88- 44
88- 45
88- 46
88- 47
88- 48
88- 49
88- 50
88- 51
133- 68
133- 69
47-106
47- 95
47- 96
47- 84
47· 85
194- 21
194· 22
47- 86
194- 23
58· 96
58· 97
149· 64
149· 65
149· 66
149· 67
130· 42
130- 43
68-100
68-101
165·101
165·102
66·107
67· 1
172·102
172·103
172-104
172-105
172-106
172 ·107
172·108
.172·109
172-110
173- 1
173- 2
173- 3
173- 4
173- 5
173· 6
173- 7
173- 8
173- 9
130- 56
130- 57
135- 19
135- 20
72- 50
72· 51

MC8261F
MC8261L
MC8266F
MC8266L
MC8267F
MC8267L
MC8280F
MC8280L
MC8281F
MC8281L
MC8301F
MC8301L
MC8301P
MC8304F
MC8304L
MC8304P
MC8306L
MC8306P
MC8307F
MC8307L
MC8307P
MC8308F
MC8308L
MC8308P
MC8309F
MC8309L
MC8309P
MC8310F
MC8310L
MC8310P
MC8311F
MC8311L
MC8311P
MC8312F
MC8312L
MC8312P
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
MC8601F
MC8601L.P%
MC8602F
MC8602L
MC8602L.P%
MC8602P
MC8603F
MC8603L.P%
MC9301F
MC9301L
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

••Copy of mfr's data sheet
may be ordered from D.A.T.A.

:~~+~

+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

1;,: 7~

164· 90
164· 91
189· 54
189· 55
184· 89
184- 90
69· 15
69- 16
67- 37
67- 38
74- 81
74· 82
74· 83
149- 68
149- 69
149- 70
68- 95
68- 96
77- 97
77- 98
77- 99
193- 49
193- 50
193- 51
188- 72
188- 73
188- 74
68· 65
68· 116
88- 67
75- 40
75- 41
75- 42
189- 31
189· 32
189· 33
194· 24
194- 25
194· 26
68- 68
68- 69
68- 70
194- 96
194· 97
194· 98
188· 75
188· 76
188- 77
192- 25
192- 26
192- 27
75- 25
75- 26
74- 84
74- 85
78- 73
78- 74
79- 63
79- 64
77- 75
77- 76
76- 1
194- 27
194- 28
194- 29
149- 71
149- 72
149- 73
149- 74
68-102
68-103
165·103
165-104
164- 81
138- 4
138- 5
139· 23
139- 24
139- 25
139· 26
139- 27
139- 28
74- 86
74· 87
149· 75
149· 76
68- 97
77-100
77-101
193- 52
194- 30
188- 78
188- 79
68- 61
68- 62
75- 43
75· 44
188· 80
188· 81
194- 31
194- 32
68- 63
68- 64
194- 99
194-100
188- 82
188- 83
192- 28
192- 29
75· 27
74· 88
78· 75

17

,YPE NO.

!:~:U;t

MC9359F
MC9375L
MC9377F
MC9380F
MC9380L
MC9383L
MC9390F
MC9390L
MC9392F
MC9392L
MC9601F
MC9601L
MC9602F
MC9602L
MC9603F
MC9603L
MC9701P
MC9702P
MC9704P
MC9707P
MC9709P
MC9713P
MC9714P
MC9715P
MC9718P
MC9719AP
MC9719F
MC9719P
MC9720P
MC9721F
MC9721P
MC9722P
MC9723P
MC9724P
MC9725P
MC9801P
MC9802P
MC9804P
MC9807P
MC9809P
MC9813P
MC9814P
MC9815P
MC9818P
MC9819AP
MC9819F
MC9819P
MC9820P
MC9821F
MC9821P
MC9822P
MC9823P
MC9824P
MC9825P
MC9919F
MC9921F
MC10l00L
MC10l01L
MC10l01P
MC10l02L
MC10l02P
MC10l03L
MC10l04L
MC10l04P
MC10105L
MC10105P
MC10l06L
MC10106P
MC10101L
MC10l07P
MC10l09L
MC10l09P
MC10ll0L
MC10110P
MC10lllL
MC10111P
MC10113L
MC10114L
MC10114P
MC10115L
MC10115P
MC10116L
MC10116P
MC10117L
MC10117P
MC10118L
MC10118P
MC10119~

MC10119
MC10121L
MC10121P
MC10123L
MC10124L
MC10124P
MC10125L
MC10125P
MC10127L
MC10128L
MC10129L
MC10130L
MC10130P
MC10131L
MC10131P
MC10132L
MC10133L
MC10133P
MC10134L
MC10134P
MC10135L
MC10135P

:glgl~~t

18

::gt~

tMOTA
tMOTA
tMOTA
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
.MOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
.MOTA
tMOTA
.MOTA
tMOTA
.MOTA
.MOTA
tMOTA
.MOTA
.MOTA
.MOTA
• MOTA
.MOT:
.MOT
.MOTA
tMOTA
.MOTA
.MOTA
.MOTA
.MOTA
.MOTA
.MOTA
.MOTA
.MOTA
.MOTA
tMOTA
.MOTA
.MOTA
tMOTA
tMOTA
.MOTA
.MOTA
.MOTA
tMOTA
tMOTA
.MOTA
.MOTA
.MOTA
.MOTA
.MOTA
.MOTA
.MOTA
.MOTA
tMOTA
tMOTA
tMOTA
tMOTA
.MOTA
.MOTA
tMOTA
.MOTA
.MOTA
tMOTA
.MOTA
.MOTA
.MOTA
.MOTA
tMOTA
.MOTA
.MOTA
.MOTA
.MOTA
+MOTA
.MOTA
.MOTA
.MOTA

3. TYPE
No. CROSS INDEX
MFRS p.,&Line YPc No.
MFRS PolLine TYPE No.
H:~~ ':glgmt
1~;: 46 I:gl:gg:g~ ::gt~ m:~; I:gm~:~t
:t:1~+~
76- 2 MC10160L
tMOTA 192- 65 MC14009AL
tMOTA 159- 36 MC14528CP
ina -YPE NO.

194· 33
194· 34
149· 77
149· 78
149· 79
68·104
68·105
165·105
165·106
137· 94
137- 95
139· 3
139· 4
139· 5
139· 6
184·105
41· 34
147· 88
163· 41
161· 69
80· 51
107· 32
90· 39
152· 45
132· 40
132· 25
132· 28
132· 3
132- 26
132· 27
41· 35
80- 49
107- 34
90· 41
184·106
41· 36
147- 89
163- 42
161- 70
80· 52
107· 33
90· 40
152- 27
132- 43
132- 22
132· 31
132· 4
132· 11
132- 12
41- 37
80- 50
107- 35
90- 42
132- 16
132- 8
94- 82
92- 55
92- 56
94· 83
94· 84
93- 1
80- 46
80- 47
92· 57
92- 58
94- 85
94- 86
130- 98
130· 99
92· 59
92· 60
90· 33
90- 34
94· 87
94· 88
129- 12
177- 44
177- 45
177- 46
177· 47
177- 48
177- 49
92· 20
92- 21
91·110
92- 1
92- 2
92- 3
92- 22
92- 23
175 - 28
160- 87
160- 88
160-108
160-109
161· 67
176,53
177- 50
193- 42
193· 43
56· 9
56· 10
185· 25
193· 44
193· 45
185· 26
185· 27
41· 26
41· 27
70· 13
68- 57

MC10160P
tMOTA
MC10161L
tMOTA
MC10161P
tMOTA
MC10162L
tMOTA
MC10162P
tMOTA
MC10183L
tMOTA
MC10164L
tMOTA
MC10164P
tMOTA
MC10165L
tMOTA
MC10165P
tMOTA
MC10171L
tMOTA
MC10172L
tMOTA
MC10173L
tMOTA
MC10173P
tMOTA
MC10174L
tMOTA
MC1()175L
tMOTA
MC10176L
tMOTA
MC10178L
tMOTA
MCl0179L
tMOTA
MC10180L
tMOTA
MC10180P
tMOTA
MC10181L
tMOTA
MC10181P
tMOTA
MC10193L
tMOTA
MC10210L
tMOTA
MC10211L
tMOTA
MC10212L
tMOTA
MC10216L
tMOTA
MC10216P
tMOTA
MC10231L
.MOTA
MC10231P
tMOTA
MC10501F
.MOTA
MC10501L
.MOTA
MC10502F
.MOTA
MC10502L
tMOTA
MC10504F
.MOTA
MC10504L
tMOTA
MC10505F
tMOTA
MC10505L
tMOTA
MC10506F
tMOTA
MC10506L
tMOTA
MC10507F
tMOTA
MC10507L
tMOTA
MC10509F
.MOTA
MC10509L
tMOTA
MC10514F
tMOTA
MC10514L
tMOTA
MC10515F
tMOTA
MC10515L
.MOTA
MC10516F
.MOTA
MC10516L
.MOTA
MC10517F
.MOTA
MC10517L
.MOTA
MC10518F
.MOTA
MC10518L
tMOTA
MC10519F
tMOTA
MC10519L
tMOTA
MC10521F
.MOTA
MC10521L
.MOTA
MC10524F
tMOTA
MC10524L
.MOTA
MC10525F
.MOTA
MC10525L
.MOTA
MC10530F
tMOTA
MC10530L
tMOTA
MC10531F
.MOTA
MC10531L
+MOTA
MC10533L
tMOTA
MC10535F
tMOTA
MC10535L
.MOTA
MC10537L
.MOTA
MC10560F
.MOTA
MC10560L
tMOTA
MC10561L
tMOTA
MC10562L
tMOTA
MC10564F
tMOTA
MC10564L
tMOTA
MC10574F
.MOTA
MC10574L
.MOTA
MC10575L
.MOTA
MC10580F
.MOTA
MC10580L
.MOTA
MC10581F
tMOTA
MC10581L
tMOTA
MC10616F
tMOTA
MC10616L
tMOTA
MC10631F
+MOTA
MC10631L
.MOTA
MC12000L#1 .MOTA
MC12000L#2 tMOTA
MC12012L#1 tMOTA
MC12012L#2 tMOTA
MC12014L
tMOTA
MC12040L#1 tMOTA
MC12040L#2 tMOTA
MC12060L
tMOTA
MC12060P
tMOTA
MC12061L
tMOTA
MC12061P
tMOTA
MC12560L
tMOTA
MC12561L
tMOTA
MC 12663L.P% tMOTA
MC14000AL
tMOTA
MCI4000CL.P%tMOTA
MC14001AL
tMOTA
MC14001CL.P%tMOTA
MC14002AL
tMOTA
MCI4002CL.P%.MOTA
MC14007AL
tMOTA
MCI4007CL.P%tMOTA
MC14008AL
tMOTA

D.A. T.A.

192- 66
71· 44
71· 45
71· 46
71· 47
163· 86
185· 28
185· 29
194· 68
194· 69
71· 48
71· 49
185· 30
185· 31
185· 32
56· 7
56- 8
65· 24
195· 52
190· 98
190· 99
190·100
190·101
163· 87
90· 35
94· 89
92· 61
177· 51
177· 52
56· 11
56- 12
92· 44
92· 45
94· 74
94· 75
80· 44
80· 45
92· 46
92· 47
94· 76
94· 77
130· 96
130· 97
92· 48
92- 49
177· 34
177· 35
177- 36
177· 37
177- 38
177- 39
92· 18
92· 19
91-104
91·105
91·106
91-107
91-108
91·109
160- 85
160- 86
160·110
161· 1
193· 39
193· 40
55·101
55·102
193- 41
41· 24
41- 25
68- 56
192· 63
192· 64
71· 42
71- 43
185· 21
185- 22
185- 23
185- 24
55-100
190- 94
190- 95
190- 96
190- 97
177- 40
177- 41
55-103
55-104
165· 11
163- 90
163- 89
165- 13
164- 82
163- 88
165- 12
60- 67
60- 68
60- 70
60- 71
60- 69
60- 72
40-108
93- 12
93- 13
93- 14
93- 15
93- 16
93- 17
159- 34
159- 35
150- 37

tMOTA
MC14009CL
MC14009CP
tMOTA
MC14010AL
tMOTA
MC14010CL
tMOTA
MC14010CP
tMOTA
MC14011AL
tMOTA
MCI4011CL.P%tMOTA
MC14012AL
tMOTA
MC 14012CL.P%tMOTA
MC14013AL
tMOTA
MC 14013CL.P%tMOTA
MC14016AL
tMOTA
MC 14016CL.P%tMOTA
MC14017AL
tMOTA
MC14017CL
tMOTA
MC14017CP
tMOTA
MC14020AL
tMOTA
MC14020CL
tMOTA
MC14020CP
tMOTA
tMOTA
MC14022AL
MC14022CL
tMOTA
MC14022CP
tMOTA
MC14023AL
tMOTA
MC 14023CL.P%tMOTA
MC14024AL
tMOTA
MC 14024CL.P% t MOT A
MC14025AL
tMOTA
MCI4025CL.P'lUMOTA
MC14027AL
tMOTA
MC14027CL
tMOTA
MC14027CP
tMOTA
MC14028AL#1 tMOTA
MCI4028AL#2tMOTA
MC14028CL#1 tMOTA
MC14028CL#2 tMOTA
MC14028CP#1 tMOTA
MCI4028CP#2tMOTA
MC14032AL
tMOTA
MC14032CL
tMOTA
MC14032CP
tMOTA
MC14038AL
tMOTA
MC14038CL
tMOTA
tMOTA
MC14038CP
tMOTA
MC14040AL
MC14040CL
tMOTA
MC14040CP
tMOTA
MC14042AL
tMOTA
MC14042C~
tMOTA
tMOTA
MC14042CP
MC14049AL
tMOTA
MC14049CL
tMOTA
tMOTA
MC14049CP
MC14050AL
.MElTA
MC14050CL
.MOTA
MC14050CP
tMOTA
MC14501AL
tMOTA
MC14501CL
tMOTA
MC14501CP
.MOTA
MC14502AL
tMOTA
MC14502CL
tMOTA
MC14502CP
tMOTA
.MOTA
MC14506AL
MC14506CL
tMOTA
MC14506CP
tMOTA
MC14507AL
tMOTA
MCI4507CL.P%tMOTA
MC14508AL
.MOTA
MC14508CL
tMOTA
tMOTA
MC14510AL
MC14510CL
tMOTA
MC14510CP
.MOTA
MC14511AL
tMOTA
tMOTA
MC14511CL
MC14511CP
tMOTA
MC14512AL
tMOTA
MC14512CL
tMOTA
MC14512CP
tMOTA
tMOTA
MC14514AL
MC14514CL
tMOTA
MC14515AL
tMOTA
MC14515CL
tMOTA
MC14516AL
.MOTA
MC14516CL
tMOTA
MC14516CP
tMOTA
tMOTA
MC14518AL
MC14518CL
tMOTA
MC14518CP
tMOTA
MCI4519AL#I.MOTA
MC14519AL#2 tMOTA
MCI4519AL#3.MOTA
MCI4519CL#ltMOTA
MC14519CL#2 tMOTA
MC14519CL#3 tMOTA
MCI4519CP#1.MOTA
MC14519CP#2tMOTA
MCI4519CP#3tMOTA
MC14520AL
.MOTA
.MOTA
MC14520CL
MC14520CP
.MOTA
.MOTA
MC14521AL
.MOTA
MC14521CL
tMOTA
MC14521CP
tMOTA
MC14522AL
MC14522CL
tMOTA
MC14522CP
tMOTA
tMOTA
MC14526AL
tMOTA
MC14626CL
tMOTA
MC14526CP
tMOTA
MC14527AL
tMOTA
MC14527CL
MC14527CP
tMOTA

to-Registered with JEOEC
by this manufacturer

159· 37
159· 38
159· 39
159· 40
159· 41
106· 95
106· 96
106· 97
106· 98
55·47
55· 48
190· 38
190· 39
166· 10
166· 11
166· 12
64· 71
64- 72
64· 73
69· 33
69· 34
69· 35
122·100
122·101
64· 67
64· 66
93· 18
93· 19
38· 70
38· 71
38· 72
74· 94
71· 19
74· 95
71· 20
74· 96
71· 21
150· 41
150· 42
150· 43
150· 44
150· 45
150· 46
64· 74
64- 75
64- 76
194- 44
194· 45
194- 46
159- 85
159- 86
159- 87
159- 88
159- 89
159- 90
123- 53
123- 54
123- 55
159- 42
159- 43
159- 44
84- 30
84- 31
84- 32
128- 76
128- 77
194- 47
194- 48
61- 22
61· 23
61· 24
77· 90
77· 91
77- 92
190- 40
190- 41
190- 42
72· 54
72- 55
72- 56
72- 57
61- 25
61- 26
61- 27
61- 28
61- 29
61- 30
190- 43
135- 5
135- 6
190- 44
135- 7
135- 8
190· 45
135- 9
135- 10
64- 68
64- 69
64- 70
166- 13
166- 14
166- 15
'61- 14
61- 15
61- 16
64- 58
64- 59
64- 60
184- 73
184- 74
184- 75

IN TYPE NUMBER SEQUENCE
MFRS Pal!tLine

YPE No.

::gt~ m:~~ 1t:1~~::~g~

tMOTA
MC14529AL
tMOTA
MC14529CL
tMOTA
MC14529CP
tMOTA
MC14530AL
tMOTA
MC14530CL
tMOTA
MC14530CP
tMOTA
MC14531AL
tMOTA
MC14531CL
tMOTA
MC14531CP
tMOTA
MC14532AL
tMOTA
MC14532CL
tMOTA
MC14532CP
tMOTA
MC14534AL
tMOTA
MC14534CL
tMOTA
MC14536AL
tMOTA
MC14536CL
tMOTA
MC14539AL
tMOTA
MC14539CL
tMOTA
MC14539CP
tMOTA
MC14543AL
tMOTA
MC14543CL
tMOTA
MC14543CP
tMOTA
MC14553AL
tMOTA
MC14553CL
tMOTA
MC14554AL
tMOTA
MC14554CL
tMOTA
MC14554CP
tMOTA
MC14555AL
tMOTA
MC14555CL
tMOTA
MC14555CP
tMOTA
MC14556AL
tMOTA
MC14556CL
tMOTA
MC14556CP
tMOTA
MC14566AL
tMOTA
MC14566CL
tMOTA
MC14566CP
tMOTA
MC14570AL
tMOTA
MCI4570CL.P%tMOTA
MC14571AL
tMOTA
MCI4571CL.P%tMOTA
MCI4572AL
tMOTA
MCI4572CL
tMOTA
MC14572CP
tMOTA
MC14581AL
tMOTA
MC14581CL
tMOTA
MC14582AL
tMOTA
MC14582CL
tMOTA
MC14582CP
tMOTA
MC14583AL
tMOTA
MC14583CL
tMOTA
MC14583CP
tMOTA
MC14585AL
tMOTA
MC14585CL
tMOTA
MC14585CP
tMOTA
MC15482F
tMOTA
MC15482L
tMOTA
MC17482F
tMOTA
MCI7482L.P% tMOTA
MC25482F
.MOTA
MC25482L
.MOTA
MC27482F
tMOTA
MC27482L.P% tMOTA
MC54100F
tMOTA
MC54100L
tMOTA
MC54107F
tMOTA
MC54107L
+MOTA
MC54121F
.MOTA
MC54121L
tMOTA
MC54145L
.MOTA
MC54150L
tMOTA
MC54151L
tMOTA
MC54152F
tMOTA
MC54152L
tMOTA
MC54153F
tMOTA
MC54153L
tMOTA
MC54155F
tMOTA
MC54155L
.MOTA
MC54156F
.MOTA
MC54156L
.MOTA
MC54157F
.MOTA
MC54157L
.MOTA
MC54176F
.MOTA
MC54176L
tMOTA
MC54177F
tMOTA
MC54177L
tMOTA
MC54180L
tMOTA
MC54181F
tMOTA
MC54181L
tMOTA
MC54182F
tMOTA
MC54182L
tMOTA
MC54192F
tMOTA
MC54192L
tMOTA
MC54193F
tMOTA
MC54193L
tMOTA
MC54406F
tMOTA
' tMOTA
MC54406L
MC54408F
tMOTA
MC54408L
tMOTA
MC54416L
.MOTA
MC54417L
.MOTA
MC54418L
tMOTA
MC54419L
tMOTA
MC54450F
tMOTA
MC54450L
tMOTA
MC54452F
tMOTA
MC54452L
.MOTA
MC54453F
tMOTA
MC54453L
tMOTA
MC54454L
tMOTA
MC54455L
tMOTA
MC54456F
.MOTA

137· 27
184·102
184·103
184·104
165· 14
165· 15
165· 16
193· 25
193· 26
193· 27
195· 2
195· 3
195· 4
68· 50
68· 49
89· 98
69· 97
190· 46
190· 47
190· 48
78· 1
78· 2
78- 3
61- 40
61· 41
184· 70
184· 71
184· 72
190· 49
190· 50
190· 51
190· 52
190· 53
190· 54
165· 27
165· 28
165· 29
89·102
89-103
80· 11
80· 12
159· 91
159· 92
159· 93
191· 80
191· 81
195- 90
195- 91
195- 92
162- 31
162- 32
162- 33
192- 54
192- 55
192- 56
148- 55
148- 56
148- 57
148- 58
148- 59
148- 60
148- 61
148- 62
58- 87
58- 88
47- 87
47 - 88
139· 7
139- 8
75 - 28
188- 84
188- 85
188- 86
188- 87
188- 88
188- 89
188- 90
188- 91
188- 92
188- 93
188· 94
188· 95
164· 73
164- 74
164- 75
164- 76
193- 6
191- 62
191- 63
195- 85
195· 86
68-109
68-110
67- 7
67 - 8
72- 36
72- 37
193· 7
193- 8
69- 21
69- 22
70- 37
70- 38
63- 50
63- 51
69- 4
69- 5
70· 31
70- 32
68·106
67- 3
149- 80

MC54460L
MC54468F
MC54488L
MC55107L
MC55108L
MC55325L
MC74100F
MC74100L
MC74100P
MC74107F
MC74107L.P%
MC74121F
MC74121L.P%
MC74145L
MC74145P
MC74150L
MC74150P
MC74151L
MC74151P
MC74152F
MC74152L.P'l6
MC74153F
MC74153L
MC74153P
MC74155F
MC74155L
MC74155P
MC74156F
MC74156L
MC74156P
MC74157F
MC741571
MC74157P
MC74176F
MC74176L.P%
MC74177F
MC74177L.P%
MC74180P
MC74181F
MC74181L
MC74181P
MC74182F
MC74182L
MC74182P
MC74192F
MC74192L
MC74192P
MC74193F
MC74193L
MC74193P
MC74406F
MC74406L.P%
MC74408F
MC74408L.P%
MC74416L
MC74416P
MC74417L
MC74417P
MC74418L
MC74418P
MC74419L
MC74419P
MC74450F
MC74450L
MC74450P
MC74452F
MC74452L
MC74452P
MC74453F
MC74453L
MC74453P
MC74454L
MC74454P
MC74455L
MC74455P
MC74456F
MC74456L
MC74456P
MC74460F
MC74460L
MC74460P
MC74468F
MC74468L.P%
MC75107L.P%
MC75108L.P%
MC75109L.P%
MC75110L.P%
MC75113L
MC75140Pl
MC75325L
MC75325P
MC75450L.P%
MC75451P
MC75452P
MC75453P
MC75454P
MC75491 L.P%
MC75492L.P%
MC83145L
MC83145P
MC83150L
MC83150P
MC83151L
MC83151P
MC83152F
MC83152L
MC83152L.P%
MC83153F
MC83153L
MC83153P
MC83180P
MC93145L

• .copy of mfr's data sheet
may be ordered from O.A.T.A.

MFRS po&Line

::gt~ Il:tl~~

tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
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
.MOTA
.MOTA
.MOTA
.MOTA
.MOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
.MOTA
.MOTA
tMOTA
tMOTA
+MOTA
tMOTA
tMOTA
tMOTA
.MOTA
.MOTA
.MOTA
.MOTA
.MOTA
.MOTA
.MOTA
tMOTA
.MOTA
tMOTA
.MOTA
tMOTA
.MOTA
.MOTA
.MOTA
.MOTA
.MOTA
tMOTA
tMOTA
.MOTA
.MOTA
.MOTA
tMOTA
.MOTA
.MOTA
.MOTA
.MOTA
.MOTA
tMOTA
tMOTA
tMOTA
tMOTA
.MOTA
tMOTA
.MOTA
tMOTA
tMOTA
tMOTA
tMOTA
.MOTA
.MOTA

195-102
160·103
160·104
177· 73
177· 74
180· 67
58· 89
58· 90
58· 91
47· 89
47· 90
139· 9
139· 10
75· 29
75- 30
188· 96
188· 97
188· 98
188· 99
188·100
188·101
188·102
188·103
188·104
188·105
188·106
188·107
188·108
188-109
188·110
189· 1
189· 2
189· 3
164· 77
164- 78
164· 79
164· 80
193· 9
191· 64
191· 65
191· 66
195· 87
195· 88
195· 89
69· 1
69· 2
69- 3
67- 9
67· 10
67- 11
72- 38
72· 39
193- 10
193- 11
69· 23
69- 24
69- 25
69- 26
70· 39
70- 40
70- 41
70- 42
63· 52
63· 53
63- 54
69- 6
69· 7
69· 8
70· 33
70· 34
70- 35
68·107
68-108
67- 4
67- 5
149- 82
149- 83
149· 84
195-103
195·104
195·105
160-106
160-107
177- 75
177- 76
175 - 88
175- 89
175- 39
178- 20
180- 68
180- 69
151- 21
151- 22
180- 70
180· 71
180- 72
163· 43
163- 69
75- 31
75- 32
189- 4
189- 5
189- 6
189- 7
189- 8
189- 9
189- 10
189- 11
189- 12
189- 13
193- 12
75- 33

18

YPE No.

l~g~3mE

MC93152F
MC93152L
MC93153F
MC93153L
MC93180L
MCB5400F
MCB5401F
MCB5402F
MCB5404F
MCB5405F
MCB5410F
MCB5420F
MCB5430F
MCB5440F
MCB5450F
MCB5451F
MCB54S3F
MCBS4S4F
MCBS460F
MCBS472F
MCBS473F
MCBS479F
MCB54140F
MCBCS400
MCBC5401
MCBC5402
MCBC5404
MCBC5405
MCBC5410
MCBC5420
MCBC5430
MCBC5440
MCBC5450
MCBC5451
MCBC5453
MCBC5454
MCBCS460
MCBC5472
MCBC5473
MCBC5479
MCE54HOIF
MCE54H72F
MCE54H73F
MCES4H 146F
MCE74HOIF
MCE74H72F
MCE74H73F
MCE74H 146F
MCE930F
MCE932F
MCE933F
MCE936F
MCE944F
MCE945F
MCE946F
MCE948F
MCE962F
MCE7003F
MCE700SF
MCE7006F
MCE54103F
MCE74103F
MCGl
MCOI
MC010
MDA2
MDA8F
MDA10F
MDA10Z
MDAllMF
MDA12QD
MDA12QDET
MDACI
MDAC2
MDAC3
MDBI
MODI
MORC-Hl
MDRC-H3
MORC-L 1
MORC-L3
MEM7800
MEM780F
MEM780P
MEM8510
MEM851F
MEM851P
MEM853D
MEM853F
MEM853P
MEM8550
MEM855F
MEM855P
MEM856D
MEM8S6F
MEM856P
MEM8S70
MEM857F
MEM857P
MEM1056
MEM1056BCO
MEM2009
MEM2017
MEM5021
MEM5031
MEMS035
ME08
MES4A
MFC4040
MFC6020
MFC6050
MFC6060

19

3. TYPE
No. CROSS INDEX
MFRS Pa&Line TYPE No.

MFRS Pa&Line TYPE No.

!~i! ia~: 1~ ~~g~g~g

+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
tMOTA
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
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+RTN
+WLO
tWLD
+RTN
+ANA
+ANA
+ANA
+ANA
+ANA
+ANA
+DOC
+DOC
+DDC
RTN
+WLO
+OOC
+OOC
+OOC
+DOC
+GIC
+GIC
+GIC
+GIC
+GIC
+GIC
+GIC
+GIC
+GIC
+GIC
+GIC
+GIC
+GIC
+GIC
+GIC
+GIC
+GIC
+GIC
+GIC
+GIC
+GIC
+GIC
+GIC
+GIC
+GIC
+WLD
WLO
+MOTA
+MOTA
+MOTA
+MOTA

189- 16
189- 17
189- 18
189- 19
193- 13
119- 91
119- 92
97 - 57
158 - 22
158 - 23
119- 93
119- 94
119- 95
119- 96
88 - 27
88 - 28
88 - 29
88- 30
133 - 64
47 - 97
47- 91
58 - 98
164- 70
119 - 97
119- 98
97 - 58
158 - 24
158 - 25
119 - 99
119-100
119-101
119-102
88- 31
88 - 32
88 - 33
88 - 34
133 - 65
47 - 98
47 - 92
58- 99
119-103
48- 1
47 -103
72- 40
119-104
48- 2
47 -104
72- 41
105- 38
105- 39
131- 46
158 - 46
103- 20
54 - 44
105- 40
S4 - 4S
103- 21
182- 99
182- 45
182-100
48 - 3
48 - 4
60- 46
60- 43
60- 44
145- 62
146- 79
146- 52
146- 53
146- 54
146- 55
146- 56
143- 35
143- 36
143- 37
71 - 4
74- 98
142-104
142-105
142-106
142-107
196- 50
196- SI
196- 52
196- 60
196- 61
196- 62
196- 54
196- 55
196- 56
196- 63
196- 64
196- 6S
196- 66
196- 67
196- 68
196- S7
196- 58
196- 59
165 - 52
165 - 51
142-108
142-109
140- 10
150- 98
150- 65
128- 78
163- 60
55 - 38
55- 39
55- 40
83- 52

MGD2
MGF8
MHOO26CG
MHOO26CH
MHOO26CN
MH0026G
MHOO26H

MH453F
MHP401
MHQ2221
MHQ2222
MHQ2369
MHQ2906
MHQ2907
MHQ3467
MHQ3546
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
MIC301-1Dl
MIC301-5D
MIC301-5Dl
MIC302-1D
MIC302-101
MIC302-SD
MIC302-SDI
MIC303-1D
MIC303-1Dl
MIC303-5D
MIC303-5Dl
MIC311-1D
MIC311-1Dl
MIC311-5D
MIC311-5Dl
MIC312-1D
MIC312-1Dl
MIC312-5D
MIC312-SDI
MIC321-1D
MIC321-1Dl
MIC321-SD
MIC321-5Dl
MIC322-10
MIC322-1Dl
MIC322-5D
MIC322-S01
MIC323-10
MIC323-101
MIC323-S0
MIC323-SDI
MIC324-10
MIC324-101
MIC324-50
MIC324-501
MIC325-1D
MIC325-1Dl
MIC325-5D
MIC325-SDI
MIC326-10
MIC326-101
MIC326-S0
MIC326-5Dl
MIC331-1D
MIC331-1Dl
MIC331-5D
MIC331-SDI
MIC332-1D
MIC332-1Dl
MIC332-SD
MIC332-SDI
MIC333-1D
MIC333-1Dl
MIC333-SD
MIC333-SDI
MIC334-1D
MIC334-1Dl

~:g3Ugl

D.A. T.A.

!~gi! ~~: ~~ 1~:g3~:1~1

+RTN
+WLD
+AMV
tNSC
tAMV
+NSC
+AMV
tNSC
+AMV
tNSC
+AMV
+NSC
NSC
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+MOTA
+WLO
ITTB
ITTB
ITTB
ITTB
ITTB
ITTB
ITTB
ITTB
ITTB
ITTB
ITTB
ITTB
ITTB
ITTB
ITTB
ITTB
ITTB
ITTB
ITTB
ITTB
ITTB
ITTB
ITTB
ITTB
ITTB
ITTB
ITTB
ITTB
ITTB
ITTB
ITTB
ITTB
ITTB
ITTB
ITTB
ITTB
ITTB
ITTB
ITTB
ITTB
ITTB
ITTB
ITTB
ITTB
ITTB
ITTB
ITTB
ITTB
ITTB
ITTB
ITTB
ITTB
ITTB
ITTB
ITTB
ITTB
ITTB
ITTB
ITTB
ITTB
ITTB
ITTB
ITTB
ITTB
ITTB
ITTB
ITTB
ITTB
ITTB
ITTB
ITTB
ITTB
ITTB
ITTB
ITTB
ITTB
ITTB
ITTB
ITTB
ITTB
ITTB
ITTB
ITTB
ITTB
ITTB
ITTB
ITTB
ITTB
ITTB
ITTB

104- 71 MIC335-5D
53- 90 MIC335-5Dl
179 - 27 MIC341-1D
MIC341-1Dl
179- 28 MIC341-5D
MIC341-5Dl
179 - 29 MIC342-1D
MIC342-1Dl
179- 30 MIC342-5D
MIC342-5Dl
179 - 31 MIC343-1D
MIC343-1Dl
168 - 56 MIC343-5D
179- 16 MIC343-5Dl
184- 15 MIC361-1D
184 - 16 MIC361-1Dl
183-104 MIC361-5D
184 - 17 MIC361-SDI
184 - 18 MIC362-10
184 - 13 MIC362-1Dl
183-101 MIC362-5D
159 - 46 MIC362-5Dl
114- 30 MIC363-10
114 - 31 MIC363-1Dl
155 - 56 MIC363-50
155 - 57 MIC363-501
114 - 32 MIC370-1D
81- 19 MIC370-1Dl
114 - 33 MIC370-50
81- 20 MIC370-501
114 - 34 MIC371-10
114 - 35 MIC371-1Dl
114 - 36 MIC371-5D
98 - 48 MIC371-5Dl
98 - 49 MIC372-1D
98 - 50 MIC372-1Dl
98 - 51 MIC372-5D
98 - 52 MIC372-5Dl
132- 96 MIC380-1D
132- 97 MIC380-1Dl
46- 56 MIC380-5D
46- 57 MIC380-5Dl
58 - 20 MIC381-1D
46- 58 MIC381-1Dl
109- 15 MIC381-5D
108- 53 MIC381-5Dl
153 - 56 MIC382-1D
109- 16 MIC382-1Dl
109- 17 MIC382-5D
109- 18 MIC382-5Dl
56 - 51 MIC930-1B
67 - 58
103- 22 MIC930-1C
103- 23 MIC930-1D
ITT
103- 24
103- 25 MIC930-SB
103- 26
103- 27 MIC930-SC
103- 28 MIC930-S0
103- 29
ITT
103- 30 MIC930R3D
103- 31 MIC930R6D
103- 32 MIC930R7D
103- 33 MIC932-1B
38- 92
38- 93 MIC932-1C
38- 94 MIC932-1D
38- 95
ITT
38- 96 MIC932-5B
38- 97
38 - 98 MIC932-5C
38 - 99 MIC932-SD
ITT
103- 34
103- 35 MIC932R3D
103- 36 MIC932R6D
103- 37 MIC932R70
103- 38 MIC933-1B
103- 39
103- 40 MIC933-1C
103- 41 MIC933-10
103- 42
ITT
103- 43 MIC933-SB
103- 44
103- 45 MIC933-5C
103- 46 MIC933-50
103- 47
ITT
103- 48 MIC933R30
103- 49 MIC933R60
103- 50 MIC933R70
103- 51 MIC935-1D
103- 52 MIC935-50
103- 53 MIC936-1B
103- 54
103- S5 MIC936-10
103- 56
ITT
103- 57 MIC936-SB
131- 47
131- 48 MIC936-5D
131- 49
ITT
131- 50 MIC936R3D
151 - 96 MIC936R6D
151- 97 MIC936R7D
151- 98 MIC937-1B
151- 99
151-100 MIC937-10
151-101
ITT
151-102 MIC937-5B
151-103
151-104 MIC937-50
151-105
ITT
151-106 MIC941-1B
151-107

6-Registered with JEDEC
by this manufacturer

MFRS Pa&Line TYPE No.

:H~ ~ ~~: ~~

ITTB
ITTB
ITTB
ITTB
ITTB
ITTB
ITTB
ITTB
ITTB
ITTB
ITTB
ITTB
ITTB
ITTB
ITTB
ITTB
ITTB
ITTB
ITTB
ITTB
ITTB
lTTB
ITTB
ITTB
ITTB
ITTB
ITTB
ITTB
ITTB
ITTB
ITTB
ITTB
ITTB
ITTB
ITTB
ITTB
ITTB
ITTB
ITTB
ITTB
ITTB
ITTB
ITTB
ITTB
ITTB
ITTB
ITTB
ITTB
ITTB
ITTB
INTG
ITT
ITT
INTG
ITTB
INTG
ITT
ITT
INTG
ITTB
ITTB
ITTB
ITTB
INTG
ITT
ITT
INTG
ITTB
INTG
ITT
ITT
INTG
ITTB
ITTB
ITTB
ITTB
INTG
ITT
ITT
INTG
ITTB
INTG
ITT
ITT
INTG
ITTB
ITTB
ITTB
ITTB
ITTB
ITTB
INTG
ITT
INTG
ITTB
INTG
ITT
INTG
ITTB
ITTB
ITTB
ITTB
INTG
ITT
INTG
ITTB
INTG
ITT
INTG
ITTB
ITT

159- 69
159- 70
128- 92
128 - 93
128- 94
128- 95
137 - 35
137 - 36
137 - 37
137 - 38
192- 50
192- 51
192 - 52
192 - 53
151 - 26
151- 27
151- 28
151- 29
150- 99
150-100
150-101
150-102
151- 16
151- 17
151- 18
151- 19
55 - 26
55 - 27
55 - 28
55 - 29
61- 66
61- 67
61- 68
61- 69
61- 70
61 - 71
61- 72
61- 73
72- 78
72- 79
72- 80
72- 81
72- 82
72- 83
72- 84
72- 85
72- 92
72- 93
72- 94
72- 95
123- 56
123 123 123123123123123123123123123123 123123123123123131131131131131131131 131131158 158123123123-

MI<;l:I41-1U

MIC941-5B
MIC941-5D
MIC944-1B
MIC944-1C
MIC944-1D
ITT
MIC944-5B
MIC944-5C
MIC944-5D
ITT
MIC944R3D
MIC944R6D
MIC944R7D
MIC945-1B
MIC945-1C
MIC945-10
ITT
MIC945-5B
MIC945-5C
MIC945-5D
ITT
MIC945R3D
MIC945R6D
MIC945R7D
MIC946-1B
MIC946-1C
MIC946-1D
ITT
MIC946-5B
MIC946-5C
MIC946-5D
ITT
MIC946R3D
MIC946R6D
MIC946R7D
MIC948-1B
MIC948-1C
MIC948-1D
ITT
MIC948-5B

MIC948-5C
MIC948-5D
ITT
57 MIC949-1B
58
MIC949-1C
S9 MIC949-1D
ITT
60 MIC949-SB
61
MIC949-5C
13 MIC949-5D
14
ITT
15 MIC950-1B
92
MIC950-1C
93 MIC950-1D
94
ITT
MIC950-5B
95
MIC950-5C
96 MIC950-5D
97
ITT
MIC9S1-1B
16
17 MIC951-1C
18 MIC951-1D
70
ITT
MIC9S1-SB
71
72 MIC9S1-SC
MIC951-5D
73
ITT
MIC961-1B
74
75 MIC961-1C
MIC961-1D
76
ITT
77 MIC961-5B
78
81 MIC961-5C
82 MIC961-50
62
ITT
MIC962-1B
63
MIC962-1C
64 MIC962-1D

123 - 65 MIC962-5B
123 123123123123 123123 136-

19 MIC962-5C
20 MIC962-5D
21
ITT
66 MIC962R30
MIC962R60
67 MIC962R70
MIC963-1B
68
MIC963-1C
69 MIC963-10
ITT
13 MIC963-5B

IN TYPE NUMBER SEQUENCE
MFRS Pa&Line TYPE No.
MFRs IPa&Line
I~O-

:HB
ITT
ITT
ITTB
INTG
ITT
ITT
INTG
ITTB
INTG
ITT
ITT
INTG
ITTB
ITTB
ITTB
ITTB
INTG
ITT
ITT
INTG
ITTB
INTG
ITT
ITT
INTG
ITTB
ITTB
ITTB
ITTB
INTG
ITT
ITT
INTG
ITTB
INTG
ITT
ITT
INTG
ITTB
ITTB
ITTB
ITTB
INTG
ITT
ITT
INTG
ITTB
INTG
ITT
ITT
INTG
ITTB
INTG
ITT
ITT
INTG
ITTB
INTG
ITT
ITT
INTG
ITTB
INTG
ITT
ITT
INTG
ITTB
INTG
ITT
ITT
INTG
ITTB
INTG
ITT
ITT
INTG
ITTB
INTG
ITT
ITT
INTG
ITTB
INTG
ITT
ITT
INTG
ITTB
INTG
ITT
ITT
INTG
ITTB
INTG
ITT
ITT
INTG
ITTB
INTG
ITT
ITT
INTG
ITTB
ITTB
ITTB
ITTB
INTG
ITT
ITT
INTG
ITTB
INTG
ITT

14

~:~=g3:~~

136- 15
ITT
136- 16 MIC5400J

123- 98 MIC5401AJ
123- 99 MIC5401J
123-100
MIC5402J
123-101
MIC5403AJ
123-102
123-103 MIC5403J
12312312350-

22 MIC5404J
23
24 MIC5405AJ
81
MIC5405J
50- 82
50- 83 MIC5406J
50- 84 MIC5407J

50- 85 MIC5408J
50- 86
MIC5409AJ
50- 87 MIC5409J
50- 88
50- 89 MIC5410J
123- 70
MIC5411J
123 - 5
123- 71 MIC5412AJ
123 - 72 MIC5412J
123- 6 MIC5413J
123- 73
MIC5416J
123 - 25
123- 26 MIC5417J
123- 27
50- 90 MIC5420J
50- 91 MIC5421J
50- 92
MICS425J
50- 93 MIC5426J
50- 94 MIC5428J
50- 95
MIC5430J
123- 74
MIC5432J
123 - 7 MIC5433AJ
123- 75
MIC5433J
123- 76
MIC5437J
123- 8
123- 77 MIC5438AJ
MIC5438J
50- 77
MIC5440J
50- 78
50- 79 MIC5441AJ
MIC5442J
50- 74
MIC5443J
50- 75
50- 76 MICS444J
136- 17 MIC5445J
136- 18 MICS446AJ
136- 19 MICS446J
136- 20 MIC5447AJ
MIC5447J
136- 21
136- 22 MIC5448J
123- 78 MICS450J
123 - 79 MIC5451J
123- 80
MIC5453J
123- 81
MIC5454J
123- 82
123- 83 MIC5460J
123- 89 MIC5470J
123- 9 MIC5472J
123- 84
MIC5473J
123- 85
MIC5474J
123- 10
123- 86 MIC5475J
123123123123-

28 MIC5476J
29
30 MICS480J
90 MIC5482J

123- 11 MIC5483J
123- 91
MIC5486J
123- 87

••Copy of mfr's data sheet
may be ordered from D.A.T.A.

:~~G Im:~~

ITTB
INTG
tlTTB
INTG
tlTTS
INTG
+ITTB
INTG
tlTTB
INTG
tlTTB
INTG
tlTTB
INTG
+ITTB
INTG
+ITTB
INTG
+ITTB
INTG
+ITTB
INTG
+ITTB
INTG
+ITTB
+ITTB
INTG
+ITTB
INTG
+ITTB
INTG
+ITTB
INTG
+ITTB
INTG
+ITTB
INTG
+ITTB
INTG
+ITTB
INTG
+ITTB
INTG
+ITTB
INTG
+ITTB
ITTB
INTG
+ITTB
INTG
+ITTB
INTG
tlTTB
+ITTB
INTG
+ITTB
INTG
+ITTB
INTG
+ITTB
+ITTB
INTG
tlTTB
INTG
+ITTS
INTG
INTG
+ITTB
INTG
+ITTB
INTG
+ITTB
INTG
+ITTB
+ITTB
INTG
+ITTB
+ITTB
INTG
+ITTB
INTG
+ITTB
INTG
+ITTB
INTG
+ITTB
INTG
+ITTB
INTG
+ITTB
INTG
+ITTB
INTG
+ITTB
INTG
+ITTB
INTG
+ITTB
INTG
+ITTB
INTG
+ITTB
INTG
+ITTB
ITTB
INTG
+ITTB
INTG
+ITTB
INTG
+ITlB

114 - 37
114- 38
114- 39
96- 40
114- 40
114- 41
156- 1
156- 2
156- 3
160- 39
160- 40
81- 21
81- 22
81- 23
114- 42
81- 24
114- 43
114- 44
161-103
160- 18
160- 19
114 - 45
81- 25
96- 41
114- 46
90- 49
114 - 47
90- 50
96- 42
96- 43
114- 48
114- 49
114- 50
114- 51
73- 48
73- 49
78- 43
78- 77
73- 50
76- 60
78- 61
76- 62
76- 63
76- 64
87- 22
87- 23
87- 24
87- 25
132- 98
51- 59
45- 38
45- 39
57- 31
56- 74
45- 40
148- 63
148- 64
148- 65
129- 73

19

TYPE No.
MIC5492J
MIC5493J
MIC6400J
MIC6401AJ
MIC6401J
MIC6402J
MIC6403AJ
MIC6403J
MIC6404J
MIC6405AJ
MIC6405J
MIC6406J
MIC6407J
MIC6408J
MIC6409AJ
MIC6409J
MIC6410J
MIC6411J
MIC6412AJ
MIC6412J
MIC6413J
MIC6416J
MIC6417J
MIC6420J
MIC6421J
MIC6425J
MIC6426J
MIC6428J
MIC6430J
MIC6432J
MIC6433AJ
MIC6433J
MIC6437J
MIC6438AJ
MIC6438J
MIC6440J
MIC6441AJ
MIC6442J
MIC6443J
MIC6444J
MIC6445J
MIC6446AJ
MIC6446J
MIC6447AJ
MIC6447J
MIC6448J
MIC6450J
MIC6451J
MIC6453J
MIC6454J
MIC6460J
MIC6470J
MIC6472J
MIC6473J
MIC6474J
MIC6475J
MIC6476J
MIC6480J
MIC6482J

t:~'!:

INTG
tlTTB
INTG
tlTTB
INTG
tlTTB
INTG
tlTTB
INTG
tlTTB
INTG
tlTTB
INTG
tlTTS
INTG
tlTTS
INTG
tlTTB
INTG
tlTTB
INTG
tlnB
INTG
tlTTB
INTG
tlTTB
INTG
tlTTB
tlTTB
INTG
tlTTB
INTG
tlnB
INTG
tlTTS
INTG
tlTTB
INTG
tlTTB
INTG
tlTTS
INTG
tlnB
INTG
tlnB
INTG
tlnB
INTG
tlnB
ITTB
INTG
tlTTB
INTG
tlTTB
INTG
tlTTS
tlTTB
INTG
tlTTS
INTG
tlTTB
INTG
tlTTS
tlTTB
INTG
tlTTB
INTG
tlTTS
INTG
tins
INTG
tlTTS
INTG
tlTTB
INTG
tlTTB
INTG
tlTTB
tlTTB
INTG
tlTTB
tlTTB
INTG
tlTTS
INTG
tlTTS
INTG
tlTTS
INTG
tlTTS
INTG
tins
INTG
tlTTB
INTG
tlTTS
INTG
tlTTB
INTG
.ITTS
INTG
tlTTB
INTG
tins
INTG
tlTTB
INTG
tins
ITTS
INTG
tlTTS

114· 4

69· 92 MIC6486J
67·97 MIC6490J
114· 52 MIC6492J
114· 53 MIC6493J
114· 54 MIC7400J
96· 44 MIC7400N
MIC7401AJ
114· 55
MIC7401AN
114· 56 MIC7401J
156· 4 MIC7401N
MIC7402J
156· 5
MIC7402N
156· 6 MIC7403AJ
160· 41 MIC7403AN
MIC7403J
160· 42
MIC7403N
81· 26 MIC7404J
81· 27 MIC7404N
81· 28 MIC7405AJ
114· 57 MIC7405AN
MIC7405J
81· 29
MIC7405N
114· 58 MIC7406J
114· 59 MIC7406N
MIC7407J
161·104
MIC7407N
160· 20 MIC7408J
160· 21 MIC7408N
MIC7409AJ
114· 60 MIC7409AN
MIC7409J
81· 30
MIC7409N
96· 45 MIC7410J
114· 61
MIC7410N
90· 51 MIC7411J
114· 62 MIC7411N
MIC7412AJ
90· 52
96· 46 MIC7412AN
MIC7412J
96· 47
MIC7412N
114· 63 MIC7413J
114· 64 MIC7413N
114· 65 MIC7416J
114· 66 MIC7416N
MIC7417J
73· 51
MIC7417N
73· 52 MIC7420J
78· 44 MIC7420N
MIC7421J
78· 78
MIC7421N
73· 53 MIC7425J
MIC7425N
76· 65 MIC7426J
76· 66
MIC7426N
76· 67 MIC7428J
76· 68
MIC7428N
76· 69 MIC7430J
87· 26 MIC7430N
MIC7432J
87· 27 MIC7432N
MIC7433AJ
87· 28
MIC7433AN
87· 29 MIC7433J
132· 99 MIC7433N
MIC7437J
51·60
MIC7437N
45· 41 MIC7438AJ
MIC7438AN
45· 42 MIC7438J
57· 32 MIC7438N
MIC7440J
56· 75
MIC7440N
45· 43 MIC7441AJ
148· 66 MIC7441AN
148· 67 MIC7442J
MIC7442N

20

.

.

3 TYPE
No CROSS INDEX
MFRS Pa&Line TYPE No.
MFRS Pa&Line

MFRS Pa&Line TYPE No.

D.A.T.A.

t:~'!:

INTG
tlTTS
INTG
tlTTB
INTG
tlTTS
INTG
tlTTS
INTG
tlTTS
ITTS
INTG
tlTTB
ITTB
INTG
tlTTB
lTTB
INTG
tlTTB
ITTS
INTG
tlTTS
ITTS
INTG
tlTTS
Ins
INTG
tlTTS
ITTB
INTG
tlTTB
ITTS
INTG
tins
ITTB
INTG
tlTTB
ITTB
INTG
tlTTB
ITTS
INTG
tlTTB
InB
tlTTB
ITTS
INTG
tlTTB
ITTB
INTG
tlTTS
Ins
INTG
tlTTB
ITTB
INTG
tlTTB
ITTB
INTG
tlTTB
ITTS
INTG
tlnB
Ins
INTG
tlnB
ITTB
INTG
tlTTB
ITTB
INTG
tlnB
ITTS
INTG
tlnB
Ins
Ins
Ins
INTG
tins
Ins
INTG
tlTTB
ITTB
INTG
tlTTS
ITTS
tlTTB
ITTS
INTG
tlTTB
ITTS
INTG
tlTTS
ITTS
INTG
tlTTS
ITTS
tlTTB
InB
INTG
tins
Ins
INTG
tlTTB
ITTB
INTG
tlTTS
ITTB
INTG
tlTTB
ITTB

1411· 1111 MII.'/44;'.J

129· 74 MIC7443N
MIC7444J
64· 5
MIC7444N
69· 93 MIC7445J
67· 98 MIC7445N
MIC7446AJ
114· 67 MIC7446AN
MIC7446J
114· 68
114· 69 MIC7446N
MIC7447AJ
114· 70 MIC7447AN
114· 71 MIC7447J
114· 72 MIC7447N
96· 48 MIC7448J
96· 49 MIC7448N
114· 73 MIC7450J
114· 74 MIC7450N
114· 75 MIC7451J
114· 76 MIC7451N
156· 7 MIC7453J
156· 8 MIC7453N
156· 9 MIC7454J
156· 10 MIC7454N
156· 11 MIC7460J
156· 12 MIC7460N
160· 43 MIC7470J
160· 44 MIC7470N
160· 45 MIC7472J
160· 46 MIC7472N
81· 31 MIC7473J
81·
81·
81·
81·
81·
114·
114·
81·
81·
114·

32 MIC7473N
33 MIC7474J
34
35 MIC7474N
MIC7475J
36
77 MIC7475N
MIC7476J
78
37 MIC7476N
MIC7480J
38 MIC7480N
79 MIC7482J

114· 80 MIC7482N
114· 81 MIC7483J
114· 82 MIC7483N
161·105 MIC7486J
161 ·106 MIC7486N
160· 22 MIC7490J
160· 23 MIC7490N
160· 24 MIC7492J
160· 25 MIC7492N
114· 83 MIC7493J
114· 84 MIC7493N
81·39 MIC9000·1B
MIC9000-1D
81·40
tin
96· 50 MIC9000-5S
96· 51 MIC9000-5D
114· 85
tin
MIC9001·1S
114· 86 MIC9001·1D
90· 53
tin
MIC9001·5B
90· 54 MIC9001·5D
114· 87
tlTT
MIC9002·1B
114· 88 MIC9002·1D
90· 55
tlTT
90· 56 MIC9002·5B
96· 52 MIC9002·5D
tlTT
96· 53 MIC9003·1S
96· 54 MIC9003·1D
.ITT
96· 55 MIC9003·5B
114· 89 MIC9003·5D
tlTT
114· 90 MIC9004·1B
115· I MIC9004·1D
115· 2
tin
115· 3 MIC9004·5S
MIC9004·5D
115· 4
tlTT
115· 5 MIC9005·1D
MIC9005·5D
115· 6 MIC9006·1D
73· 54 MIC9006·5D
MIC9007·1S
73· 55 MIC9007·1D
73· 56
tlTT
MIC9007·5B
73· 57

ll·Registered with JEDEC
by this manufacturer

t:~'!:

ITTB
INTG
tlTTB
ITTB
INTG
tlTTB
. ITTS
tlTTB
tlTTS
INTG
tins
tlTTS
tlTTB
tlTTS
INTG
tlTTS
tlTTS
INTG
tlTTS
tlTTB
INTG
tlTTS
ITTS
INTG
tlTTS
ITTS
INTG
tlTTB
ITTB
INTG
tlTTS
Ins
INTG
tlTTS
Ins
INTG
tlTTS
ITTS
INTG
tlTTB
ITTS
INTG
tlTTS
ITTS
INTG
tlTTS
ITTB
INTG
tlTTS
ITTS
INTG
tlTTS
ITTS
ITTS
ITTS
INTG
tlTTS
ITTS
INTG
tlTTB
ITTB
INTG
tlTTS
Ins
INTG
tlTTS
Ins
INTG
tlTTS
ITTS
INTG
tlTTB
Ins
tin
INTG
ITTB
tlTT
INTG
Ins
tin
INTG
InB
tlTT
INTG
ITTS
tlTT
INTG
ITTS
tlTT
INTG
ITTS
tlTT
INTG
InB
tin
INTG
ITTB
tlTT
INTG
Ins
tlTT
INTG
ITTB
ITTS
ITTB
ITTB
ITTS
tlTT
INTG
ITTS
tlTT

III·

TYPE No.

4b MII.'''U~I~~U

78· 46 MIC9008·1D
78· 79 MIC9008·5D
MIC9009·1B
78· 80 MIC9009·1D
tlTT
73· 58
MIC9009·5B
73· 59 MIC9009·5D
76· 70
tlTT
75· 68 MIC9012·1D
76· 71 MIC9012·5D
MIC9016·1B
75· 69 MIC9016·1D
tlTT
76· 72
75· 70 MIC9016·5B
76· 73 MIC9016·5D
tlTT
75· 71 MIC9017·1D
76· ~4 MIC9017·5D
MIC9020·1D
75· 72 MIC9020-5D
87· 30 MIC9022·1D
MIC9022·5D
87· 31 MIC9024·1D
87· 32 MIC9024·5D
MIC9093·1S
87· 33
87· 34 MIC9093·1D
ITT
87· 35 MIC9093·5S
87· 36
MIC9093·5D
87· 37
ITT
132·100 MIC9093R3D
MIC9093R6D
132·101 MIC9093R7D
51· 61 MIC9093X1D
MIC9093X5D
51·62 MIC9093XR3D
45· 44 MIC9093XR6D
MIC9093XR7D
45· 45 MIC9094·1S
45· 46
MIC9094·1D
45· 47
ITT
57· 33 MIC9094·5S
57· 34 MIC9094·5D
ITT
56· 76
MIC9094X1D
56· 77 MIC9094X5D
45· 48 MIC9094XR3D
MIC9094XR6D
45· 49 MIC9094XR7D
148· 69 MIC9097·1B
148· 70
148· 71 MIC9097·1D
ITT
148· 72 MIC9097·5B
148· 73
MIC9097·5D
148· 74
ITT
129· 75 MIC9097X1D
MIC9097X5D
129· 76 MIC9097XR3D
64· 6 MIC9097XR6D
MIC9097XR7D
64· 7 MIC9099·1B
69· 94
MIC9099·1D
69· 95
ITT
67· 99 MIC9099·5B
67·100 MIC9099·5D
43· 29
ITT
43· 30 MIC9099R3D
MIC9099R6D
42· 91 MIC9099R7D
42· 92 MIC9099X1D
MIC9099X5D
43· 31 MIC9099XR3D
43· 32 MIC9099XR6D
MIC9099XR7D
42· 93 MIC9109·5D
42· 94 MIC9110-5D
MIC9112·5D
115· 7 MIC9301·1D
115· 8
MIC9301·5D
108· 26
108· 27 MIC9304·1D
115· 9 MIC9304·5D
115· 10
MIC9308·1D
108· 28 MIC9308·5D
108· 29 MIC9309·1S
MIC9309·1D
115· I I
115· 12 MIC9309·5B
MIC9309·5D
108· 30
108· 31 MIC9310-ID
MIC9310-5D
80· 69 MIC9311·1D
60· 75 MIC9311·5D
132· 52 MIC9312·1S
132· 71 MIC9312·1D
115· 13
115· 14 MIC9312·5S
MIC9312·5D
108· 32
MIC9316·1S

IN TYPE NUMBER SEQUENCE
MFRS Pa&Line TYPE No.
MFRS Pa&Line

:~,!:
ITTB
ITTB
tlTT
INTG
ITTB
tlTT
INTG
ITTB
ITTB
ITTS
tin
INTG
ITTB
tlTT
INTG
ITTS
ITTS
ITTS
Ins
Ins
ITTB
ITTB
ITTB
ITTS
INTG
ITT
INTG
ITTS
INTG
ITT
INTG
ITTB
ITTB
ITTB
ITTB
ITTB
ITTS
ITTS
ITTS
ITTS
INTG
ITT
INTG
ITTS
INTG
ITT
INTG
ITTS
ITTS
ITTS
Ins
ITTB
ITTS
INTG
ITT
INTG
ITTS
INTG
ITT
INTG
ITTS
ITTS
ITTS
ITTB
ITTB
ITTS
INTG
ITT
INTG
ITTS
INTG
ITT
INTG
ITTB
ITTB
ITTB
ITTB
Ins
ITTS
ITTB
ITTB
ITTS
ITTS
ITTB
ITTS
tlTT
ITTB
tlTT
ITTB
tlTT
ITTS
tlTT
ITTS
ITTB
ITTS
.ITT
.ITT
ITTS
tlTT
tlTT
ITTS
ITTS
ITTS
ITTS
ITTS
tlTT
tlTT
ITTS
tlTT
tlTT
ITTB
tlTT

11UII· ;,;, MII.'9316·1D

':TTB
tlTT
tlTT
ITTB
ITTB
ITTB
tlTT
INTG
InB
tin
INTG
ITTB
ITTB
ITTB
INTG
tlTTS
INTG
tlnB
INTG
tlTTB
InB
INTG
tlTTB
INTG
tlTTB
ITTS
Ins
tins
tins
tlTTS
tlTTB
tlTTB
tlTTS
tlTTB
tlTTS
INTG
tlTTB
INTG
tlTTS
INTG
tlTTB
tlTTB
INTG
tlTTS
INTG
tlTTS
INTG
tlTTB
tlTTS
ITTS
Ins
Ins
ITTS
ITTB
ITTB
INTG
tlTTS
ITTS
InB
ITTS
ITTS
INTG
tlnB
INTG
tlTTS
INTG
tlTTS
INTG
tlTTB
39· 74 MIC64107J
INTG
tlTTS
39· 75 MIC64109J
ITTB
MIC64118J
INTG
39· 76
tlTTB
MIC64121J
INTG
tlTTB
39· 77
39· 78 MIC64122AJ
Ins
39· 79 MIC64123AJ
ITTB
39· 80 MIC64124J#1 .Ins
39· 81 MIC64124J#2 tlTTS
39· 82 MIC64130J
tlTTS
39· 83 MIC64131J
tlTTS
39· 84 MIC64135J
tlTTS
152· 52 MIC64137J
tlTTB
152· 53 MIC64138J
tlTTB
152· 54 MIC64139J
tlTTB
75·108 MIC64141J
ITTB
MIC64145J
INTG
75·109
tlTTS
MIC64150J
INTG
149· 85
tlTTS
MIC64151J
INTG
149·110
tlTTB
MIC64153J
.ITTB
193· 47 MIC64154J
.ITTB
193· 53 MIC64155J
INTG
189· 20
.ITTB
189· 21 MIC64156J
INTG
.lnB
189· 34 MIC64157J
.ITTB
189· 35 MIC64160J
Ins
MIC64161J
InB
61· 82 MIC64162J
ITTS
61·88 MIC64163J
InB
75· 36 MIC64174J
ITTS
75· 45 MIC64175J
ITTB
189· 22 MIC64180J
INTG
189· 23
tlTTB
MIC64181J
ITTS
189· 36 MIC64182J
ITTB
189· 37 MIC64190J
ITTS
MIC64191J
ITTB
64· 50

80·
80·
115·
115·

70 MIC9316·5B
76 MIC9316·5D
15
16 MIC9322·1D
MIC9322·5D
108· 34 MIC9601·1B
108· 35 MIC9601·1D
tlTT
107· 83 MIC9601·5S
107·104 MIC9601·5D
115· 17
tlTT
115· 18 MIC9602·1D
MIC9602·5D
108· 36 MIC54104J
108· 37
MIC54105J
115· 19
108· 38 MIC54107J
42· 3
42· 48 MIC54109J
42· 4 MIC54118J
42· 49
41 ·106 MIC54121J
42· 37
39· 43 MIC54122AJ
MIC54123AJ
39· 44 MIC54124J#1
MIC54124J#2
39· 45 MIC54130J
MIC54131J
39· 46 MIC54135J
MIC54137J
39· 47 MIC54138J
39· 48 MIC54139J
39· 49 MIC54145J
39· 50
39· 51 MIC54150J
39· 52
39· 53 MIC54151J
39· 54
39· 55 MIC54153J
MIC54154J
39· 56
MIC54155J
39· 57
MIC54156J
39· 58
MIC54157J
39· 59 MIC54160J
39· 60 MIC54161J
39· 61 MIC54162J
39· 62 MIC54163J
39· 63 MIC54174J
39· 64 MIC54175J
MIC54180J
39· 65
MIC54181J
39· 66 MIC54182J
MIC54190J
39· 67 MIC54191J
MIC54192J
39· 68
39· 69 MIC54193J
39· 70
39· 71 MIC64104J
39· 72
39· 73 MIC64105J

••Copy of mfr's data sheet
may be ordered from D.A.T.A.

114· tit

64· 52
64· 53
185·
185·
136·
136·

33
40
60
61

136· 62
136· 63
137· 96
138· 6
50·109
50·110
45· 50
46· 29
53· 35
138· 54
136·
136·
138·
60·
81·
81·
152·
152·
90·
90·
73·

81
82
55
14
41
42
69
70
57
58
60

186· 65
186· 66
186· 67
71· 81
71· 82
71· 83
186·
61·
65·
62·
66·
57·
57·
192·

68
83
32
51
9
35
36
81

191·
195·
62·
66·
63·

37
62
52
10
2

66· 58
51·

I

51· 2
45· 51
46· 30
53· 36
138· 56
136·
136·
138·
60·
81·
81·
152·
152·
90·
90·
73·
73·

83
84
57
15
43
44
71
72
59
60
61
62

186· 69
186· 70
186· 71
71·84
71·85
71·86
186· 72
61·84
65· 33
62· 53
66· II
57· 37
57· 38
192· 82
191·38
195· 63
62· 54
66· 12

20

MFRS PII&Line TYPE No.

IMIC64192J

t:~i~

MIC64193J
MIC74104J
MIC74104N
MIC74105J
MIC74105N
MIC74107J
MIC74107N
MIC74109J
MIC74109N
MIC7411SJ
MIC74118N
MIC74121J
MIC74121N
MIC74122AJ
MIC74122AN
MIC74123AJ
MIC74123AN
MIC74124J#1
MIC74124J#2
MIC74124N#1
MIC74124N#2
MIC74130J
MIC74130N
MIC74131J
MIC74131N
MIC74135J
MIC74135N
MIC74137J
MIC74137N
MIC74138J
MIC7413SN
MIC74139J
MIC74139N
MIC74141J
MIC74141N
MIC74145J
MIC74145N
MIC74150J
MIC74150N
MIC74151J
MIC74151N
MIC74153J
MIC74153N
MIC74154J
MIC74154N
MIC74155J
MIC74155N
MIC74156J
MIC74156N
MIC74157J
MIC74157N
MIC74160J
MIC74160N
MIC74161J
MIC74161N
MIC74162J
MIC74162N
MIC74163J
MIC74163N
MIC74174J
MIC74174N
MIC74175J
MIC74175N
MIC74180J
MIC741S0N
MIC741S1J
MIC741S1N
MIC741S2J
MIC741S2N
MIC74190J
MIC74190N
MIC74191J
MIC74191N
MIC74192J
MIC74192N
MIC74193J
MIC74193N
MISS
MLA4
MLCI
MLC2
MLC3
MLC4
MM410
MM450
MM450TW
MM451
MM451TW
MM452
MM452F
MM452FD
MM454F
MM455
MM455TW
MM4S0
MM4S1
MM4S2

21

.

.

3 TYPE
No CROSS INDEX
MFRs PglltLine TYPE No.
MFRs Pa&Line TYPE No.

TYPE No.

INTG
tlTTB
INTG
tlTTB
ITTB
INTG
tlTTB
ITTB
INTG
tlTTB
ITTB
ITTB
ITTB
INTG
tlTTB
ITTB
INTG
tlTTB
ITTB
ITTB
ITTB
ITTB
ITTB
tlTTB
tlTTB
ITTB
ITTB
tlTTB
tlTTB
tlTTB
tlTTB
tlTTB
tlTTB
tlTTB
tlTTB
tlTTB
tlTTB
tlTTB
tlTTB
ITTB
ITTB
INTG
tlTTB
ITTB
INTG
tlTTB
ITTB
INTG
tlTTB
ITTB
tlTTB
tlTTB
INTG
tlTTB
ITTB
INTG
tlTTB
ITTB
INTG
tlTTB
ITTB
tlTTB
ITTB
ITTB
ITTB
ITTB
ITTB
ITTB
ITTB
ITTB
ITTB
ITTB
ITTB
ITTB
ITTB
INTG
tlTTB
ITTB
ITTB
ITTB
ITTB
ITTB
ITTB
ITTB
ITTB
ITTB
INTG
tlTTB
tlTTB
INTG
tlTTB
tlTTB
tWLD
tWLD
tRTN
tRTN
tRTN
tRTN
tNSC
tNSC
tlNL
tNSC
tlNL
tNSC
tNSC
tlNL
tNSC
tNSC
tlNL
tNSC
tNSC
tNSC

63- 3

~~:~~

66- 59 MM550
MM550TW
51- 3 MM551
MM551TW
51- 4 MM552
51- 5 MM552F
MM552FD
51- 6 MM554F
45- 52 MM555
MM555TW
45- 53 MM5S0
46· 31 MM581
46- 32 MM582
53- 37 MM583
MM4015
53- 38 MM4504D
138- 58 MM4504F
MM4601AD
138- 59 MM4611AD
136- 85 MM4612AD
136- 86 MM4623AD
136- 87 MM5015
136- 88 MM5504D
138- 60 MM5504F
60- 16 MM5601AN
138- 61 MM5611AN
60- 17 MM5612AN
81- 45 MM5623AN
81· 46 MMH0026CG
81- 47 MMH0026CL
81· 48
152- 73 MMH0026CPl
152- 74 MMH0026G
152- 75 MMH0026L
152- 76
90- 61 MMUXI
90· 62 MMUX3
90· 63 MMVll1
90· 64 MMV1!Zl
73· 63 MMV2
73· 64 MNlll
73· 65 MN115
MN116
73- 66 MN204
186· 73 MN301
MN301H
186- 74 MN302
186· 75 MN302H
MN303
IS6· 76 MN303H
lS6· 77 MN304
IS6· 78 MN306
71· 87 MN307
MN308
71· 88 MN308H
71· 89 MN309
MN309H
71· 90 MN310
71· 91 MN310R
MN311
71- 92 MN312
186· 79 MN316
186· 80 MN319
61- S5 MN321
61- 86 MN325
65- 34 MN328
65- 35 MN328B
62- 55 MN329
62- 56 MN329R
66- 13 MN333
66- 14 MN343
57- 39 MN343H
57- 40 MN344
57- 41 MN344H
57 - 42 MN350
192- 83 MN350H
MN351
192· S4 MN351H
191· 39 MN352
191· 40 MN352H
195- 64 MN360
195- 65 MN360H
62- 57 MN362
62· 58 MN362H
66- 15 MN364
66· 16 MN364H
63· 4 MN366
MN366H
63· 5 MN3S0
66· 60 MN410
MN410H
66· 61 MN412
161· 10 MN412H
143- 34 MN413
161- 28 MN413H
160-100 MN415
161- 2 MN415H
161- 5 MN416
165- 35 MN416H
167- 78 MN417
166·103 MN417H
167- 79 MN502
166-104 MN502H
167- 80 MN503
172· 34 MN503H
166·105 MN515
190- 73 MN515H
167- 81 MN516
166-106 MN516H
97·105 MN517
130- 90 MN517H
190· 62 MN3000

D.A. T.A.

:~~g
tNSC
tlNL
tNSC
tlNL
tNSC
NSC
tlNL
tNSC
tNSC
tlNL
tNSC
tNSC
tNSC
tNSC
tNSC
NSC
NSC
tNSC
tNSC
tNSC
tNSC
tNSC
NSC
NSC
tNSC
tNSC
tNSC
tNSC
tMOTA
tAMV
tMOTA
tMOTA
tMOTA
tAMV
tMOTA
tDDC
tDDC
tRTN
tWLD
tWLD
MATJ
MATJ
MATJ
tMNC
tMNC
tMNC
tMNC
tMNC
tMNC
tMNC
tMNC
tMNC
tMNC
tMNC
tMNC
tMNC
tMNC
tMNC
tMNC
tMNC
tMNC
tMNC
tMNC
tMNC
tMNC
tMNC
tMNC
tMNC
tMNC
tMNC
MNC
MNC
MNC
MNC
tMNC
tMNC
tMNC
tMNC
tMNC
tMNC
tMNC
tMNC
tMNC
tMNC
tMNC
tMNC
tMNC
tMNC
tMNC
tMNC
tMNC
tMNC
tMNC
tMNC
tMNC
tMNC
tMNC
tMNC
tMNC
tMNC
tMNC
tMNC
tMNC
tMNC
tMNC
tMNC
tMNC
tMNC
tMNC
tMNC
tMNC
tMNC

1~~: ~g

167- 82
166·107
167· 83
166·108
167- 84
172- 35
166-109
190- 74
167- 85
166-110
97-106
130· 91
190· 63
50· 67
165· 33
196· 12
196- 13
97-103
107- 67
107- 68
107- 69
165- 34
196· 14
196· 15
97·104
107- 70
107- 71
107- 72
179- 60
179- 61
179- 62
179· 63
179· 64
184- 91
184· 92
60- 23
60- 21
60- 22
165- 53
165- 38
165· 39
180- 23
143- 58
143- 59
146- 80
146- 81
146- 57
146- 58
182- 10
145- 9
145- 10
146- 11
146- 12
146- 13
145- 14
145- 15
145- 16
147- 68
147- 69
145- 17
145- 18
145- 19
145· 20
145· 21
145- 22
145- 23
145- 24
145- 25
195- 29
195- 30
195- 31
195· 32
164- 33
164- 34
164· 35
164· 36
164- 37
164- 38
146· 92
146- 93
146- 94
146- 95
146· 96
146· 97
146- 98
146· 99
147· 44
147·45
147- 46
147·47
147-.48
147- 49
147- 50
146-100
146-101
146- 82

l~tt~~

146·103
142- 36
142- 37
142- 38
142· 39
140·107
140-10S
140·109
140-110
141- 1
141- 2
145- 26

:~~g
MN3001
MN3001H
tMNC
tMNC
MN3002
tMNC
MN3002H
MN3003
MNC
MNC
MN3003H
MNC
MN3004
MNC
MN3004H
MN3005
MNC
MNC
MN3005H
tMNC
MN3006
tMNC
MN3006H
MN3007
MNC
MN3007H
MNC
MN3008
tMNC
tMNC
MN300SH
MN5060
tMNC
MN5060H
tMNC
tMNC
MN5200
tMNC
MN5200H
tMNC
MN5201
tMNC
MN5201H
tMNC
MN5202
MN5202H
tMNC
tWLD
MNG2
MNG6
tWLD
tWLD
MNGS
tWLD
MNG9
tWLD
MNG10
MNG12
tWLD
WLD
MNR12
tWLD
MOA2
MOA4
tWLD
tWLD
MOF2
tWLD
MOF4
MONOAD 124-0SCW3
tPMI
MONOAD 124-0SDW3
tPMI
MONOAD 124-09CW3
tPMI
MONOADI24-10CW3

MONODAC01Apt~lY~

m:~~ ~~~:O

145145145145145145·
145145145·
145·
145·
14514514314314214214114114114114114110210210210210210294137137136136141-

29
30
31
32
33
34
35
36
37
38
39
40
41
65
66
58
59
47
48
49
50
51
52
32
33
29
34
30
31
12
19
20
11
12
96

141- 97
141- 98
141· 99

PMI ~145- 63
MONODACO 1 BP,BS,BY
PMI ~145. 64
MONODAC01CP,CS,CY

MONODAC01FP,F~~%1145. 65
PMI ,*,145- 66
MONODACOI HP,HS,HY
PMI
145- 67
MONODAC01P PMI
146· 68
MONODAC02ACUI
145·42
PMI
MONODAC02ACU2
145· 43
PMI
MONODAC02BCU 1
145· 44
PMI
MONODAC02BCU2
145· 45
PMI
MONODAC02CCU 1
145·46
PMI
MONODAC02CCU2
145·47
PMI
MONODAC02DDU 1
146- 48
PMI
MONODAC02DDU2
145· 49
PMI
MONODAC04ACU 1
145· 50
PMI
MONODAC04ACU2
145·51
PMI
MONODAC04BCU 1
145· 52
PMI
MONODAC04BCU2
145- 53
PMI
MONODAC04CCU 1
145- 54
PMI
MONODAC04CCU2
145·55
PMI
MONODAC04DDUI
145·56
PMI
MONODAC04DDU2
145- 57
PMI
MONODRV01Y tPMI
163- 5
MOR12
WLD
90- 25
tRTN
MOSI
136- 23
MOS6P
WLD 160- 53
tWLD 161- 9
MOS10N
MOS10P
tWLD 161- 11
tWLD
MPC2B
64- 61
tWLD
MPC2D
61- 17
tBUB 186- 81
MPM-SS
tMOTA 184- 19
MPQ2221
MPQ2222
tMOTA IS4- 20
MPQ2369
tMOTA IS3-103
MPQ2906
tMOTA IS4- 21
MPQ2907
tMOTA IS4- 22
MPQ3303
tMOTA IS3- 83
MPQ3467
tMOTA 184- 14
MPQ3546
tMOTA 183-100
MPQ3725
tMOTA IS3- S2
tANA IS9- 24
MPXSA
MRCIB
tWLD
68· 19
tWLD
MRCID
64· 23
tRTN
163- 10
MRRI
tRAG
190- 75
MS504#1
tRAG
190- 76
MS504#2
tRAG
190- 77
MS504#3
tRAG
190- 78
MS504#4
MSC2B
WLD
65- 19

.c.-Registered with JEDEC
by this manufacturer

MSF10
MSHI
MSSHOI
MSSH02
MSSH05
MSTI
MST2
MTG4
MTG20
MU6-2281
MU6-S572
MUF3
MUF4
MUF5
MUX201
MUX201MIL
MX02D
MX03C
MX04C
MX52D
MX53C
MX53L
MX54C
MX55C
NSH16A
N8H16F
NSH16J
NSH20Q
NSH21A
N8H21F
NSH21Q
NSH22B
NSH22E
NSH70A
N8H70J
N8H80A
NSHSOJ
NSH90A
NSH90F
NSH90J
NSTOIB
NSTOIE
NST04B
NST04E
NST04R
N8T05B
NST05E
N8T05R
NST06B
NST06E
NST06R
NST09A
NST09F
NST09Q
N8T10B
N8T10E
N8T10R
N8T13B
N8T13E
N8T13R
NST14B
NST14E
NST14R
N8T15A
N8T15F
N8T16A
NST16F
NST1SA
NST1SF
NST1SJ
NST20B
NST20E
N8T22A
NST22F
NST23B
NST23E
NST24B
NST24E

NST25B
NST26B
NST26F
NSTSOA
NSTSOF
NSTSOJ
N8T90A
NST90F
NST90J
N74HOOA
N74HOOQ
N74HOIA
N74H01Q
N74H04A
N74H04Q
N74H05A
N74H05Q
N74HOSA
N74HOSQ
N74Hl0A
N74Hl0Q
N74HllA
N74HllQ
N74H20A

IN TYPE NUMBER SEQUENCE
MFR:> Pa&Line
MFRS Pa&Line TYPE No.

t~t~

tWLD
tRTN
tDDC
tDDC
tDDC
tRTN
tWLD
RTN
RTN
tGIC
tGIC
tWLD
tWLD
tWLD
tHBC
tHBC
tAMI
tAMI
tAMI
tAMI
tAM I
tAMI
tAM I
tAMI
tSIC
SIC
tSIC
SIC
SIC
SIC
SIC
SIC
SIC
tSIC
tSIC
tSIC
tSIC
tSIC
SIC
tSIC
SIC
SIC
tSIC
SIC
tSIC
tSIC
SIC
tSIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
FSC
tSIC
FSC
SIC
FSC
tSIC
FSC
tSIC
FSC
SIC
FSC
tSIC
tSIC
SIC
tSIC
SIC
tSIC
SIC
tSIC
SIC
SIC
SIC
SIC
FSC
SIC
FSC
SIC
FSC
SIC
FSC
SIC
tSIC
tSIC
tSIC
tSIC
SIC
tSIC
tSIC
SIC
tSIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC

~~: ~~ I~~:~~~~

52- 30
195- 22
195- 9
195- 10
195- 11
162- 13
162- 14
80- 3
80- 4
184- 93
190- S
53- 91
53- 92
50-100
184-100
184-101
184- 94
184- 95
196- 53
184- 96
184- 97
131- 13
172- 2
171- 99
127- 33
127- 34
127- 35
48- 75
48- 76
48- 77
48- 78
48- 79
48· 80
127- 36
127· 37
127- 38
127- 39
158- 63
158- 64
158- 65
71- 25
71- 26
77· S5
77· 78
77· 86
77· 93
77· 89
77· 94
77· 79
77- SO
77- SI
176- 33
176· 34
176· 35
58·104
58-105
59· 1
176· 55
176· 56
176· 57
178- 85
178· 86
178· S7
176-101
176·102
178· 75
178- 76
151- 39
151· 40
151- 41
139· 29
139- 30
139- 11
139· 12
176- 70
176- 71
17S- 77
178- 78
174· 48
176· 26
176- 27
150·103
150-104
150-105
150-106
150-107
150·108
115- 20
115- 21
115· 22
115 - 23
156· 13
156- 14
156· 15
156- 16
SI- 49
SI- 50
115- 24
115- 25
SI- 51
SI· 52
115· 26

+-Copy of mfr's data sheet
may be ordered from D.A.T.A.

N74H21Q
N74H22A
N74H22Q
N74H30A
N74H30Q
N74H40A
N74H40Q
N74H50A
N74H50Q
N74H51A
N74H51Q
N74H52A
N74H52Q
N74H53A
N74H53J
N74H54A
N74H5'4J
N74H55A
N74H55J
N74H60A
N74H60J
N74H61A
N74H61J
N74H62A
N74H62J
N74H72A
N74H72Q
N74H73A
N74H73Q
N74H74A
N74H74Q
N74H76B
NS2S90A
NS2S90F
N82S91A
NS2S91F
Nl004A
Nl005A
Nl006A
Nl0l0A
Nl0llA
Nl012A
Nl013A
Nl014A
Nl015A
Nl016A
Nl017A
Nl024A
Nl025A
Nl027A
Nl033A
Nl039B
Nl06SB
N7400A
N7400J
N7401A
N7401J
N7402A
N7402Q
N7403A
N7404A
N7404Q
N7405A
N7405Q
N7406A
N7406Q
N7407A
N7407Q
N7408A
N740SQ
N7409A
N7409Q
N7410A
N7410J
N7411A
N7411Q
N7416A
N7416Q
N7417A
N7417Q
N7420A
N7420J
N7421A
N7421J
N7426A
N7430A
N7430J
N7440A
N7440Q
N7441B
N7442B
N7442R
N7443B
N7443R
N7444B
N7444E
N7444R
N7445B
N7445R
N7446B
N7447B
N744SB
N7450A
N7450J
N7451A
N7451J
N7453A
N7453J
N7454A
N7454J
N7460A
N7460J

~:g

11~~: ~~

SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
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
tSIC
tSIC
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
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC

81- 54
115- 28
115- 29
115· 30
115- 31
115- 32
115- 33
87- 38
87- 39
87- 40
87- 41
83· 85
83· 86
87· 42
87· 43
87- 44
87- 45
87- 46
87- 47
132-102
132-103
132·104
132·105
132-106
132·107
46· 33
46· 34
46· 35
46- 36
58· 21
58- 22
46· 37
63- 87
63- 88
67- 62
67- 63
100- 13
100- 14
100- 15
100- 11
100· 12
107- 27
41· 23
52-lOS
52-109
52 -110
160- 81
100- 16
163- 81
41- 22
63- 1
160- 82
160- 83
115- 34
115- 35
115- 36
115- 37
102- 3
102- 4
115- 38
156- 17
156- 18
156- 19
166· 20
166· 21
156· 22
156· 23
156· 24
81· 56
81- 56
81- 67
81- 58
115- 39
115· 40
81- 59
81- 60
156· 26
156- 26
156- 27
156- 28
115- 41
115- 42
Sl- 61
81· 62
115·43
115· 44
115· 45
115- 46
115· 47
73- 67
73- 6S
74- 93
7S- 47
78- 48
79· 43
79· 44
79- 45
73- 69
73· 70
76- 75
76- 76
76- 77
S3- 87
S3- 8S
S3· S9
S3· 90
S3- 91
83- 92
S3- 93
83· 94
132-10S
133- 1

21

rvPE No.

I:~:~g~

N7472A
N7472J
N7473A
N7473J
N7474A
N7474J
N7475B
N7476B
N74170
N7480A
N74800
N7483B
N7483R
N7486A
N7486J
N7490A
N74900
N7492A
N74920
N7493A
N74930
N7520B
N7521B
N7522B
N7523B
N7524B
N7525B
N8162A
N8162F
N8162J
N8230B
N8230E
N8230R
N8231B
N8231E
N8231R
N8232B
N8232E
N8232R
N8233B
N8233E
N8233R
N8234B
N8234E
N8234R
N8235B
N8235E
N8235R
N8241A
N8241F
N82410
N8242A
N8242F
N82420
N8243N
N8243P
N8243Y
N8250A
N8250F
N8250J
N8Z51B
N8251E
N8251R
N8252B
N8252E
N8252R
N8260N
N8260P
N8260Y
N8261A
N8261F
N82610
N8262A
N8282F
N82620
N8263N
N8263P
N8263Y
N8264N
N8264P
N8264Y
N8266B
N8266E
N8266R
N8267B
N8261E
N8267R
N8268A
N8268F
N82680
N8269A
N8269F
N82690
N82758
N8275E
N8275R
N8280A
N8280F
N82800
N8281A
N8281F
N82810
N8284A
N8284F
N82840
N8285A
N8285F
N828!1n

22

3. TYP :

MFRS Pa&Line TYPE No.

~:g
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
tSIC
tSIC
tSIC
tSIC
tSIC
tSIC
SIC
SIC
SIC
SIC
SIC
SIC
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
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
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
SIC
SIC
AMV
SIC
AMV
SIC
SIC
AMV
SIC
AMV

~:C
IC

~g: ~g ::~::~

38- 12
38- 13
44· 32
38· 14
57· 43
57· 44
56· 78
44· 33
193· 85
148· 75
148· 76
148· 77
148· 78
129- 77
129· 78
62· 23
62· 24
65· 73
65· 74
65· 75
65· 76
172· 37
172· 38
172· 39
172· 40
172· 41
172· 42
137- 12
137- 13
137· 14
189- 56
189- 57
189- 58
189- 59
189- 60
189- 61
189· 62
189- 63
189· 64
189· 65
189- 66
189· 67
184·107
184·108
184·109
184·110
185- 1
185· 2
128· 71
130· 47
128· 72
97· 63
97· 64
97- 65
163- 61
163- 62
163· 63
71· 15
71· 13
71· 16
74· 90
73· 71
73· 72
73· 73
73· 74
73· 75
191· 74
191· 75
191· 76
164· 92
164· 93
164· 94
193- 19
193· 20
193- 21
189- 68
189- 69
189· 70
189· 71
189- 72
189· 73
189· 74
189· 75
189- 76
189- 77
189· 78
189- 79
150· 2
150. 3
150· 4
192· 32
192· 33
192· 34
59· 23
59· 24
59· 25
68· 33
69· 9
69· 10
64· 56
67· 19
67- 20
70· 24
70· 25
67- 12
62- 88
62· 89
63· 59

N82880
N8290A
N8290F
N82900
N8291A
N8291F
N82910
N8292A
N8292F
N82920
N8293A
N8293F
N82930
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
N8827F
N8827J
N8828A
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
N74107A
N74121A
N741210
N74122A
N74122F

~~:m~

D.A. T.A.

No. CROSS INDEX
MFRS PII&line TYPE No.
gL
~i I:mn~
~:g l~t ~~ ~HOO12"
67- 23 N74145B
SIC
73-77 NHOO12C

MFRS PII&Line rYPE No.

~:g
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
tSIC
SIC
tSIC
tSIC
SIC
tSIC
tSIC
SIC
tSIC
tSIC
SIC
tSIC
SIC
SIC
SIC
tSIC
SIC
tSIC
tSIC
SIC
tSIC
tSIC
SIC
tSIC
tSIC
tSIC
tSIC
SIC
tSIC
tSIC
SIC
tSIC
tSIC
SIC
tSIC
tSIC
SIC
tSIC
tSIC
SIC
tSIC
tSIC
tSIC
SIC
SIC
tSIC
SIC
tSIC
SIC
SIC
SIC
SIC
SIC
tSIC
SIC
tSIC
tSIC
SIC
tSIC
tSIC
SIC
tSIC
tSIC
SIC
tSIC
tSIC
SIC
tSIC
tSIC
SIC
tSIC
tSIC
SIC
tSIC
tSIC
SIC
tSIC
tSIC
SIC
tSIC
SIC
SIC
SIC
tSIC
SIC
tSIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC

~:C
IC

63- 68
63- 69
63· 70
67- 29
67- 30
67· 31
63· 60
63· 61
63· 62
67· 13
67· 14
67· 15
103· 79
103· 80
103· 81
105·102
105·103
105·104
103· 82
103· 83
103- 84
54 - 8
54- 9
54- 10
54· 11
54· 12
54· 13
130· 76
130- 77
130· 78
128· 27
128- 28
128- 29
121·108
121-109
121-110
107- 43
107- 44
122- 1
122- 2
122· 3
107· 45
107- 46
107· 47
159· 24
159· 25
159- 26
131· 16
131· 17
131· 18
132· 44
132· 45
132· 46
120· 45
120· 46
97· 66
97· 67
120- 47
120· 48
120- 49
48· 41
48· 42
48· 43
48· 44
48- 45
48· 46
48- 47
48- 48
48· 63
48- 64
48· 65
48· 66
48· 67
48· 68
59· 29
59- 30
59· 31
48· 49
48· 50
48- 51
130- 48
130- 49
130- 50
99- 93
99· 94
99· 95
127· 40
127· 41
127· 42
120· 50
120· 51
120· 52
97- 68
97· 69
97· 70
120· 53
120· 54
120· 55
107· 61
120· 56
107· 62
97· 71
97· 72
97- 73
45- 54
139· 13
139- 14
139· 15
138· 62
139· 16
138· 63

N74145R
N74150N
N74150P
N74151B
N74151R
N741520
N74154N
N74154P
N74161B
N74161R
N74162B
N74162R
N74163B
N74163R
N74180A
N741800
N74192B
N74192R
N74193B
N74193R
NCOO07
NCOO07C
NCOO09
NCOO09C
NC74HOON
NC74HOIN
NC74Hl0N
NC74HllN
NC74H20N
NC74H21N
NC74H22N
NC74H30N
NC74H40N
NC74H50N
NC74H51N
NC74H52N
NC74H53N
NC74H54N
NC74H55N
NC74H60N
NC74H61N
NC74H71N
NC74H72N
NC74H87N
NC74LOON
NC74L ION
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
NOAC8·1
NDAC8·3
NOAC10·l
NDAC10·3
NE555T
NE555V
NHOO06
NHOO06C
NHOO07
NHOO07C
NHOO08
NHOO08C
NHOO09

A·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
tGIC
tGIC
tGIC
tGIC
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
tGIC
tGIC
tGIC
tGIC
tGIC
tGIC
tGIC
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
tDDC
tDOC
tDDC
tDDC
tlNL
tSIC
tlNL
tSIC
tNSC
tNSC
tNSC
tNSC
tNSC

:~~g

73- 78
186· 82
186· 83
186- 84
186· 85
186· 86
186· 87
186· 88
65- 25
65- 26
66· 17
66· 18
68· 73
68· 74
192· 85
192· 86
68· 75
68- 76
66- 19
66· 20
179· 53
179· 54
179- 14
179- 15
115· 48
115· 49
115· 50
81· 63
115· 51
81· 64
115· 52
115· 53
115· 54
98· 53
98· 54
92- 7
98· 55
98· 56
98- 57
133· 2
133· 3
46- 59
46· 60
163·106
109· 19
109· 20
109· 21
101·110
102· 1
102· 2
53· 23
43· 7
166· 49
166· 50
195· 94
179· 65
160- 89
162- 87
162· 86
172· 12
168·101
172· 13
168·102
115· 55
115· 56
115· 57
96- 56
115· 58
115· 59
156· 29
158· 30
115· 60
115· 61
115· 62
115· 63
115· 64
73· 79
73· 80
98· 58
98· 59
98· 60
98· 61
133- 4
51- 63
51· 41
44· 34
57·45
193- 86
45· 55
148· 79
129· 79
64· 8
67·101
67·102
44· 35
139· 52
142·110
143· 1
143· 2
143· 3
139· 44
139· 45
162·
162179·
179182·
182·
179·

93
94
55
56
8
9
51

NHOO13
NHOO13C
NHOO16CN
NHOO18CN
NS8000A
P3208A
P3408A
PC491
PC612
PD850·3BCD
PD850·12
PS12
PS24
02T2222
02T2905
02T3244
02T3725
ROOI
R002
Rl07
RIll
R113
R121#
R122
R123
R131
R141
R151
R181
R200
R201#
R202
R203
R204
R205
R302
R303
R401
R405
RC8T13DO
RC8T13L
RC8T13MP
RC8T14L
RC8T14MP
RC8T23MP
RC8T24MP
RC1488D
RC1489AD
RC14890
RC6172T
RC6175G
RC6176G
RC6178T
RC6179T
RC6180T
RC6181T
RC6184T
RC6185T
RC7520DD
RC7520MP
RC7521DD
RC7521MP
RC75220D
RC7522MP
RC7523DD
RC7523MP
RC7524DD
RC7524MP
RC7525DD
RC7525MP
RC9622D
RC96220P
RC9622J
RDAC10-l
RDAC10-2
RDACll·l
RDACll·2
ROACI2·1
ROACI2·2
RF10D
RF30D
RF30K
RF31D
RF31K
RF32D
RF32K
RF33D
RF33K
RF50D
RF50K
RF510
RF51K
RF52D
RF~2K
RF 3D
RF53K
RF60D
RF60K
RF61D
RF61K
RF62D
RF62K
RF63D
RF63K
RF100BL

~~l~~

IN TYPE NUMBER SEQUENCE
YI'E No.

MFRS Po&line

:~~~

tNSC
tNSC
tNSC
tNSC
tNSC
tSSE
tlTL
tlTL
tGIC
tGIC
tHBC
tHBC
tlPI
tlPI
+Til
+TIIB
+Til
+TIIB
+Til
+TIIB
+Til
+TIIB
tOEC
tOEC
tOEC
tOEC
tOEC
tOEC
tDEC
tOEC
tOEC
tOEC
tDEC
tOEC
tOEC
tDEC
tOEC
tOEC
tOEC
tOEC
tOEC
tOEC
tOEC
tOEC
tRTN
tRTN
tRTN
tRTN
tRTN
tRTN
tRTN
tRTN
tRTN
tRTN
RTN
RTN
RTN
RTN
RTN
RTN
RTN
RTN
RTN
tRTN
tRTN
tRTN
tRTN
tRTN
tRTN
tRTN
tRTN
tRTN
tRTN
tRTN
tRTN
tRTN
tRTN
tRTN
tDDC
tDDC
tODC
tDOC
tOOC
tDDC
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

~~

Hll: ~~ I~F~g~gL
179 - 58 RF101K

179- 69
179- 70
180- 24
180· 25
165· 44
174· 30
174· 31
195·106
160· 90
140· 39
140· 40
163· 44
163· 45
184· 11
184· 27
184· 26
184· 23
131· 22
131· 23
159· 94
126· 24
124· 39
103· 98
93· 61
124· 40
128·100
89· 89
71- 10
165· 32
52· 42
53· 75
53· 76
53· 77
52· 43
53· 78
139· 49
137· 81
60· 31
60· 64
176· 58
176· 59
176· 80
178· 88
178· 89
176· 72
179- 7
176·105
179· 8
179· 9
123· 31
104- 74
104· 75
125· 11
125· 12
125· 13
125· 14
125· 15
125· 18
173· 10
173· 11
173· 12
173· 13
173· 14
173· 15
173· 16
173· 17
173- 18
173· 19
173· 20
173· 21
179· 1
179· 2
179· 3
143· 46
143· 47
143· 48
143· 49
143· 50
143· 51
53· 50
54· 33
54· 34
54· 35
54.36
54· 37
54· 38
54· 39
54· 40
54· 41
38· 5
54· 42
54· 43
49· 52
49· 53
49· 54
49· 55
49· 56
49· 57
49· 58
49· 59
49· 60
49· 61
49- 62
49· 63
48· 93
49· 73
_49· 74

RF102BL
RF102D
RF102K
RF103BL
RF103D
RF103K
RFll0BL
RFll0D
IIFl10K
RFlllBL
RFlllD
RFlllK
RF112BL
RF112D
RF112K
RF113BL
RF113D
RF113K
RF120BL
RF120D
RF120K
RF121BL
RF121D
RF121K
RF122BL
RF122D
RF122K
RF123BL
RF123D
RF123K
RF130BL
RF1300
RF130K
RF131BL
RF131D
RF131K
RF132BL
RF1320
RF132K
RF133BL
RF1330
RF133K
RF200BL
RF200D
RF200K
RF201BL
RF201D
RF201K
RF202BL
RF2020
RF202K
RF203BL
RF203D
RF203K
RF210D
RF210K
RF2110
RF211K
RF212D
RF212K
RF213D
RF213K
RF250D
RF250K
RF251D
RF251K
RF251P
RF2520
RF262K
RF2530
RF253K
RF260D
RF260K
RF261D
RF261K
RF262D
RF262K
RF263D
RF263K
RF400P
RF3120D
RF3120K
RF31220
RF3122K
RF31300
RF3130K
RF3132D
RF3132K
RF3200D
RF3200K
RF3202D
RF3202K
RF3210D
RF3210K
RF3212D
RF3212K
RF32200
RF3220K
RF32220
RF3222K
RF3230D
RF3230K
RF3232D
RF3232K
RF8601DC
RF8601K
RF8601P
RF96010C
RF9601K

+.Copy of mfr's data sheet
may be ordered from D.A.T.A.

~~~~~IP

MFRS IPalline

:~

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
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
RTN
tRTN
tRTN
tRTN
tRTN
tRTN
tRTN
tRTN
tRTN
tRTN
tRTN
tRTN
tRTN
RTN
RTN
RTN
RTN
RTN
RTN
RTN
RTN
RTN
tRTN
tRTN
tRTN
tRTN
tRTN
tRTN
tRTN
tRTN
RTN
RTN
RTN
RTN
RTN
RTN
RTN
RTN
tRTN
tRTN
tRTN
tRTN
tRTN

::: ~:

49- 76
48- 95
49- 77
49- 78
48· 96
49· 79
49· 80
48· 97
49· 81
49- 82
48· 98
49· 83
49·84
48· 99
49· 85
49· 86
48·100
49· 87
49· 88
48-101
49· 90
49· 91
48·102
49· 92
49· 93
48·103
49· 94
49· 95
48·104
49· 98
49· 97
48·105
49· 98
49· 99
48·106
49·100
49·101
48·107
49·102
49-103
48·108
49-104
49·105
48·109
49·106
49·107
48·110
49·108
49-109
49· 1
49·110
50· 1
49· 2
50· 2
50· 3
50· 4
50· 5
50· 8
50· 7
50· 8
50· 9
50· 10
50· 11
49· 15
49- 18
49· 17
49· 18
49· 64
49· 7
49· 8
49· 9
49· 10
49· 65
49· 86
49· 67
49· 68
49· 69
49· 70
49· 71
49- 72
49· 89
39· 1
39· 2
39· 3
39· 4
41· 92
41· 93
41· 94
41· 95
49· 11
49· 12
49· 3
49· 4
49· 13
49· 14
49· 5
49· 6
56· 33
56· 34
56- 35
56· 36
56· 37
56· 38
56· 39
56· 40
138· 7
138· 8
138· 9
137· 97
137·98

:=i~ m:~~

22

rvPE No.

I~~:~~

RG41K
RG420
RG42K
RG430
IIG43K
RG500
RGIIOK
RG510
RG51K
RG520
RG52K
RG530
RG53K
RG600
RG60K
RG610
RG61K
RG620
RG62K
RG630
RG63K
RG700
RG70K
RG710
RG71K
RG720
RG72K
RG730
RG73K
RG800
RG80K
RG810
RG81K
RG820
RG82K
RG830
RG83K
RG900
RG90K
RG910
RGlllK
RG920
RG92K
RG930
RG93K
RG100D
RG100K
RG101D
RG101K
RG1020
RG102K
R01030
RG103K
RGll00
RGll0K
RG1110
RG111K
RG1120
RG112K
RG1130
RG113K
RG1200
RG120K
RG1210
RG121K
RG1220
RG122K
RG1230
RG123K
RG1300
RG130K
RG1310
RG131K
RG1320
RG132K
RG1330
RG133K
RG1400
RG140K
RG1410
RG141K
RG1420
RG142K
RG1430
RG143K
RG1500
RG150K
RG1510
RG151K
RG1520
RG152K
RG1530
RG153K
RGI600
RG160K
RG1610
RG161K
RG1620
RG162K
RG1630
RG163K
RG1700
RG170K
RG1710
RG171K
RG1720
RG172K
RG1730
RG173K
RG1800

~gl:~~

23

3. TYPF
No. CROSS IND EX
MFRs PallrLine TYPE No.
MFRS PollLine YPE No.
:~f: :t ~~ I~~~gg~
:R+~ ;,:h IR~~l~~~

MFRS ,PallLine 'YPE No.

:~: Im:~~ ~~m~

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
RTN
RTN
RTN
RTN
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
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
tRTN
tRTN
tRTN
tRTN
tRTN
tRTN
tRTN
tRTN
tRTN
tRTN
tRTN
tRTN
tRTN
tRTN
tRTN
tRTN
tRTN

121· 75
121· 76
121· 77
121· 78
121· 79
90· 91
90· 92
90· 93
90· 94
90· 87
90· 88
90· 89
90· 90
121· 80
121· 81
121· 82
121· 83
121· 84
121· 85
121· 86
121· 87
91· 15
91· 16
91· 17
91· 18
91· 19
91· 20
91· 21
91· 22
83· 22
83· 23
83· 24
83· 25
83· 26
83· 27
83· 28
83· 29
131· 2
131· 3
131· 4
131· 5
130·108
130·109
130·110
131· 1
91· 23
91· 24
91· 25
91· 26
91· 27
91· 28
91· 29
91· 30
91· 31
91· 32
91· 33
91· 34
91· 35
91· 36
91· 37
91· 38
121· 8
121· 9
121· 10
121· 11
120·110
121· 1
121· 2
121· 3
121· 88
121· 89
121· 90
121· 91
128· 15
128· 16
128· 17
128· 18
121· 92
121· 93
121· 94
121· 95
121· 96
121· 97
121· 98
121· 99
134· 52
134· 53
134· 30
134· 31
134· 32
134· 33
134· 34
134· 35
176· 83
176· 84
176· 85
178· 86
176· 87
178· 88
176· 89
176· 90
134· 38
134· 37
134· 38
134· 39
134· 40
134· 41
134· 42
134· 43
83· 30

:t ~~

RG182K
IIG1830
RG183K
RG1900
RG190K
RG1910
RG191K
RG1920
RG192K
RG1930
RG193K
RG2000
RG200K
RG200P
RG2010
RG201K
RG2020
RG202K
RG2030
RG203K
RG210BL
RG2100
RG210K
RG211BL
RG2110
RG211K
RG212BL
RG2120
RG212K
RG213BL
RG2130
RG213K
RG220BL
RG2200
RG220K
RG221BL
RG2210
RG221K
RG222BL
RG2220
RG222K
RG223BL
RG2230
RG223K
RG2300
RG230K
RG2310
RG231K
RG2320
RG232K
RG2330
RG233K
RG240BL
RG2400
RG240K
RG241BL
RG2410
RG241K
RG242BL
RG2420
RG242K
RG243BL
RG2430
RG243K
RG250BL
RG2500
RG250K
RG251BL
RG2510
RG251K
RG252BL
RG2520
RG252K
RG253BL
RG2530
RG253K
RG260BL
RG2600
RG260K
RG261BL
RG2610
RG261K
RG262BL
RG2620
RG262K
RG263BL
RG2630
RG263K
RG2700
RG270K
RG2710
RG271K
RG2720
RG272K
RG2730
RG273K
RG2800
RG280K
RG2810
RG281K
RG2820
RG282K
RG2830
RG283K
RG2900
RG290K
RG2910
RG291K
RG2920
RG292K

1~~~930
293K

D.A.T.A.

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
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
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
tRrN
tRTN
tRTN
tRTN
tRTN
tRTN
RTN
RTN
RTN
RTN
RTN
RTN
RTN
RTN
RTN
RTN
RTN
RTN
RTN
RTN
RTN
RTN

83· 35
83· 36
83· 37
121·100
121·101
121·102
121·103
121·104
121·105
121·106
121·107
120· 90
120· 91
122· 10
120· 92
120· 93
120· 74
120· 75
120· 76
120· 77
88· 67
91· 39
91· 40
88· 68
91· 41
91· 42
88· 63
91· 43
91· 44
88· 64
91· 45
91· 46
123· 39
122· 11
122· 12
123· 40
122· 13
122· 14
123· 33
122· 15
122· 16
123· 34
122· 17
122· 18
91· 47
91· 48
91· 49
91· 50
91· 51
91· 52
91· 53
91· 54
123· 41
122· 19
122· 20
123· 42
122· 21
122· 22
123· 35
122· 23
122· 24
123· 36
122· 25
122· 26
88· 69
91· 55
91· 56
88· 70
91· 57
91· 58
88· 65
91· 59
91· 60
88· 66
91· 61
91· 62
123· 43
122· 27
122· 28
123· 44
122· 29
122· 30
123· 37
122· 31
122· 32
123· 38
122· 33
122· 34
91· 63
91· 64
91· 65
91· 66
91· 67
91· 68
91· 69
91· 70
83· 38
83· 39
83· 40
83· 41
83· 42
83· 43
83· 44
83· 45
134· 44
134· 45
134· 46
134· 47
134· 48
134· 49
134· 50
134· 51

RG3010
RG301K
RG3020
RG302K
RG3030
RG303K
RG3100
RG310K
RG3110
RG311K
RG3120
RG312K
RG3130
RG313K
RG3200
RG320K
RG3210
RG321K
RG3220
RG322K
RG3230
RG323K
RG3400
RG340K
RG3410
RG341K
RG3420
RG342K
RG3430
RG343K
RG3700
RG370K
RG3710
RG371K
RG3720
RG372K
RG3730
RG373K
RG3800
RG380K
RG3810
RG381K
RG3820
RG382K
RG3830
RG383K
RG31800
RG3180K
RG31820
RG3182K
RG3182P
RG32000
RG3200K
RG32020
RG3202K
RG32100
RG3210K
RG32120
RG3212K
RG32200
RG3220K
RG32220
RG3222K
RG32300
RG3230K
RG32320
RG3232K
RG32400
RG3240K
RG32420
RG3242K
RG32500
RG3250K
RG32520
RG3252K
RG32600
RG3260K
RG32620
RG3262K
RG32700
RG3270K
RG32720
RG3272K
RG33000
RG3300K
RG33020
RG3302K
RG33100
RG3310K
RG33120
RG3312K
RG33200
RG3320K
RG33220
RG3322K
RG33800
RG3380K
RG33820
RG3382K
RG33900
RG3390K
RG33920
RG3392K
RG34000
RG3400K
RG34020
RG3402K
RG34100
RG3410K
RG34120

~~~:~~~

A-Registered with JEDEC
by this manufacturer

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
RTN
RTN
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
RTN
RTN
RTN
tRTN
tRTN
tRTN
tRTN
RTN
RTN
RTN
RTN
tRTN
tRTN
tRTN
tRTN
RTN
RTN
RTN
RTN
tRTN
tRTN
tRTN
tRTN
RTN
RTN
RTN
RTN
RTN
RTN
RTN
RTN
RTN
RTN
RTN
RTN
tRTN
tRTN
tRTN
tRTN
tRTN
tRTN
tRTN
tRTN
RTN
RTN
RTN
RTN
RTN
RTN
RTN
RTN
tRTN
tRTN
tRTN
tRTN
tRTN

91· 73
91· 74
91· 75
91· 76
91· 77
91· 78
91· 79
91· 80
91· 81
91· 82
91· 83
91· 84
91· 85
91· 86
121· 4
121· 5
121· 6
121· 7
120· 94
120· 95
120· 96
120· 97
97· 91
97· 92
97· 93
97· 94
97· 95
97· 96
97· 97
97· 98
158·110
159· 1
159· 2
159· 3
159· 4
159· 5
159· 6
159· 7
159· 8
159· 9
159· 10
159· 11
159· 12
159· 13
159· 14
159· 15
83· 46
83· 47
83· 48
83· 49
80· 16
103· 58
103· 59
103· 60
103· 61
84· 36
84· 37
84· 38
84· 39
120· 98
120· 99
120· 78
120· 79
84· 40
84· 41
84· 42
84· 43
120·100
120·101
120· 80
120· 81
84· 44
84· 45
84· 46
84· 47
120·102
120·103
120· 82
120· 83
84· 48
84· 49
84· 50
84· 51
84· 52
84· 53
84· 54
84· 55
84· 56
84· 57
84· 58
84· 59
120·104
120·105
120· 84
120· 85
158· 97
158· 98
158· 89
158· 90
80· 17
80· 18
80· 19
80· 20
80· 21
80· 22
80· 23
80· 24
97· 88
97· 89
97· 86
97· 87
120·106

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
RLtOK
RL 110
RL 11K
RL120
RLt2K
RL130
RL13K
RL200
RL20K
RL210
RL21K
RL220
RL22K
RL230
RL23K
RL300
RL30K
RL310
RL31K
RL320
RL32K
RL330
RL33K
RL400
RL40K
RL410
RL41K
RL420
RL42K
RL430
RL43K
RL600
RL60K
RL610
RL61K
RL620
RL62K
RL630
RL63K
RL700
RL70K
RL710
RL71K
RL720
RL72K
RL730
RL73K
RL1410
RL 1430
RL1510
RLt530
RL 1630
RL 1730
RLt810
RL 1830
RL1910
RL 1930
RL2110
RL211K
RL2130
RL213K
RL3100N
RL3102N
RL3200K
RL3202K
RM8T1300
RM8T13L
RM8T13MP
RM8T14L
RM8T14MP
RM2010
RM201G
RM20tT
RM2020

IN TYPE NUMBER SEQUENCE
MFRS Pa&Lme TYPE No.

:R+~

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
tRTN
tRTN
tRTN
tRTN
tRTN
tRTN
tRTN
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
RTN
RTN
RTN
RTN
tRTN
tRTN
tRTN
tRTN
tRTN
tRTN
tRTN
tRTN
tRTN
tRTN
RTN
RTN
RTN
RTN
RTN
RTN
RTN
RTN
tRTN
tRTN
tRTN
tRTN
tRTN
RTN
tRTN
tRTN
RTN

1~~:1~6 IR~~~~¥

120· 87
120·108
120·109
120· 88
120· 89
84· 60
84· 61
84· 62
84· 63
84· 7
84· 8
84· 5
84· 6
128· 19
128· 20
128· 21
128· 22
128· 23
128· 24
128· 25
128· 26
162· 53
162· 54
162· 55
162· 56
162· 57
162· 58
162· 59
162· 52
162· 60
162· 61
162· 62
162· 63
162· 64
162· 65
162· 66
162· 67
150· 13
150· 14
150· 15
150· 16
150· 17
150· 18
150· 19
150· 20
150· 21
150- 22
150· 23
150· 24
150· 25
150· 26
150· 27
150· 28
150· 29
150· 30
150· 31
150· 32
150· 33
150· 34
150· 35
150· 36
194·103
194·104
194·105
194·106
194·107
194·108
194·109
194·110
164· 99
164·100
164·101
164·102
164·103
164·104
164·105
164·106
164·107
164·108
164·109
164·110
165· 1
165· 2
165· 3
165· 4
67· 50
67· 51
63· 85
63· 86
67· 47
63· 82
67· 48
67· 49
63· 83
63· 84
189· 25
189· 26
189· 27
189· 28
150· 5
150· 8
194·101
194·102
178· 61
176- 62
176· li3
178· 90
178· 91
125· 17
125· 18

RM2040
RM204G
RM204T
RM2060
RM206G
RM2100
RM210G
RM210T
RM2110
RM211G
RM211T
RM2120
RM212G
RM212T
RM2130
RM213G
RM213T
RM2140
RM214G
RM214T
RM2150
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
RM2340
RM234G
RM234T
RM2360
RM236G
RM2410
RM241G
RM241T
RM2460
RM246G
RM2610
RM261G
RM2660
RM266G
RM2860
RM286G
RM2880
RM288T
RM2960
RM296G
RM930J
RM930T
RM932J
RM932T
RM933J
RM933T
RM934J
RM935J
RM936J
RM937J
RM940J
RM9410
RM941J
RM9440
RM944J
RM944T
RM9450
RM945J
RM945Q
RM945T
RM9460
RM946J
RM946T
RM9480
RM948J
RM948Q
RM948T
RM9490
RM949J
RM949T
RM9500
RM950J
RM950Q
RM950T
RM9510
RM951J
RM951Q
RM95tT
RM9570
RM957J

'~t ~~ ~~:~:~

.-Copy of mfr's data sheet
may be ordered from D.A.T.A.

MFRS pallrlm8

:~f:

RTN
tRTN
tRTN
RTN
tRTN
RTN
tRTN
tRTN
RTN
tRTN
tRTN
RTN
tRTN
tRTN
RTN
tRTN
tRTN
RTN
tRTN
tRTN
RTN
tRTN
tRTN
RTN
tRTN
tRTN
tRTN
RTN
tRTN
tRTN
RTN
tRTN
tRTN
RTN
tRTN
tRTN
RTN
tRTN
tRTN
RTN
tRTN
tRTN
RTN
tRTN
RTN
tRTN
RTN
RTN
tRTN
RTN
RTN
tRTN
tRTN
RTN
tRTN
RTN
tRTN
tRTN
RTN
tRTN
RTN
tRTN
RTN
tRTN
RTN
tRTN
tRTN
tRTN
RTN
tRTN
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

~+~

g~:
125·
125·
125·
125·
125·
104·
104·
104·
125·
125·
125·
52·
52·
52·
65·
65·
65·
125·
125·
125·
40·
40·
40·
125·
125·
182·
182·
104·
104·
104·
125·
125·
125·
52·

:;

20
21
22
23
24
76
77
78
25
28
27
58
59
60
12
13
14
28
29
30
24
25
26
31
32
38
39
79
80
81
33
34
35
61
62· 62
52· 63
125· 36
125· 37
125· 38
40· 27
40· 28
40· 29
125· 39
125· 40
183· 46
182· 40
163· 47
125· 41
125· 42
125· 43
125· 44
125· 45
125· 46
125· 47
125· 48
125· 49
125· 50
125· 51
125· 52
125· 53
125· 54
125· 55
125· 56
125· 57
104· 82
104· 83
137· 46
137· 47
104· 84
104· 85
125· 58
125· 59
125· 60
125· 61
131· 81
131· 82
157·102
157·103
157·104
157·105
157·106
157·107
157·108
125· 82
125· 63
125· 64
53· 98
53· 99
53·100
53·101
125· 65
125· 66
125· 67
53·102
53·103
53·104
54· 1
125· 88
125· 69
125· 70
52· 84
52· 85
52· 86
52· 67
137· 48
137· 49
137· 50
137· 51
104· 86
1011· 1

19t

~

23

TYPE No.

I~=~gl~

RM961T
RM962D
RM962J
RM962T
RM963D
RM963J
RM963T
RM993D
RM993J
RM994D
RM994J
RM997D
RM997J
RM999D
RM999J
RM5520DD
RM5520MP
RM5521DD
RM5521MP
RM5522DD
RM5522MP
RM5523DD
RM5523MP
RM5524DD
RM5524MP
RM5525DD
RM5525MP
RM6172T
RM6175G
RM6176G
RM6178T
RM6179T
RM6180T
RM6181T
RM6184T
RM6185T
RM9622D
RM9622DP
RM9622J
RSN54HOOH
RSN54H04H
RSN54Hl0H
RSN54H20H
RSN54H31H
RSN54H40H
RSN54H56H
RSN54H57H
RSN54H58H
RSN54H66H
RSN54H74H
RSN54Hl03H
RSN54H149H
RSN54L00H
RSN54Ll0H
RSN54L20H
RSN54L57H
RSN54L71H
RSN54L72H
RSN54L74H
RSN54L 130H

RSN54L131H
RSN5400H
RSN5404H
RSN5410H
RSN5420H
RSN5431H
RSN5440H
RSN5456H
RSN5457H
RSN5458H
RSN5474H
S8H16A
S8H16F
S8H16J
S8H20Q
S8H21A
S8H21F
S8H21Q
S8H22B
S8H22E

24

~t~

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
tRTN
tRTN
RTN
RTN
tRTN
tRTN
RTN
RTN
tRTN
tRTN
tRTN
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
tSIC
SIC
tSIC
SIC
SIC
SIC
SIC
SIC
SIC

Im:H
125125125125125125125·
40·
40·
40·
40·
40·
40·
4040173173173173·
173·
173·
173173·
173·
173·
173·
173·
123·
105·
105·
125125125125125·
125·
179·
179·
179115·

73
74
75
76
77
78
79
15
16
17
18
19
20
21
22
22
23
24
25
26
27
28
29
30
31
32
33
32
4
5
80
81
82
83
84
85
4
5
6
65

156· 31
115- 66
115- 67
115- 68
115- 69
87- 48
87- 49
87- 50
87- 51
58- 6
46- 38
186· 89
108· 21
108- 22
108- 23
84- 35
53- 14
42· 90
56· 86
108- 24
108- 25
115- 70
156- 32
115·71
115- 72
115- 73
115- 74
87 - 52
87- 53
87 - 54
57- 10
127127127484848484848-

43
44
45
81
82
83
84
85
86

.

.

3 TYPE
No CROSS INDEX
MFRS Pollina TYPE No.
MFRS Po&Line TYPE

MFRS Po&Line TYPE No.

~:~~g~

S8H80A
S8H80J
S8H90A
S8H90F
S8H90J
S8TOIB
S8TOIE
S8T04E
S8T04R
S8T05E
S8T05R
S8T06B
S8T06E
S8T06R
S8T09A
S8T09F
S8T09Q
S8T10B
S8T10E
S8T10R
S8T13E
S8T13R
S8T14E
S8T14R
S8T18A
S8T18F
S8T18J
S8T20B
S8T20E
S8T80A
S8T80F
S8T80J
S8T90A
S8T90F
S8T90J
S54HOOA
S54HOOQ
S54HOIA
S54H01Q
S54H04A
S54H04Q
S54H05A
S54H05Q
S54H08A
S54H08Q
S54Hl0A
S54Hl0Q
S54HllA
S54Hl1Q
S54H20A
S54H20Q
S54H21A
S54H21Q
S54H22A
S54H22Q
S54H30A
S54H30Q
S54H40A
S54H40Q
S54H50A
S54H50Q
S54H51A
S54H51Q
S54H52A
S54H52Q
S54H53A
S54H53J
S54H54A
S54H54J
S54H55A
S54H55J
S54H60A
S54H60J
S54H61A
S54H61J
S54H62A
S54H62J
S54H72A
S54H72Q
S54H73A
S54H73Q
S54H74A
S54H74Q
S54H76B
S1694
S1757#1
51757#2
S5400A
S5400J
S5401A
S5401J
S5402A
S5402Q
S5403A
S5404A
S5404Q
S5405A
S5405Q
S5406A
S5406F
S5406Q
S5407A
S5407F
S5407Q
S5408A
S5408Q
S5409A
S5409F
S5409Q
S5410A

D.A. T.A.

:~:g

tSIC
tSIC
tSIC
SIC
tSIC
SIC
SIC
tSIC
tSIC
tSIC
tSIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
FSC
tSIC
tSIC
FSC
SIC
tSIC
SIC
SIC
tSIC
SIC
SIC
SIC
SIC
tSIC
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
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
AMI
tAMI
tAMI
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC

m::~ I~m~i

127·
127·
158158·
158·
71·
71·
777777·
777777·
77·
176176·
176·
5959·
59·
176-

48
49
66
67
68
27
28
87
88
95
96
82
83
84
36
37
38
2
3
4
64

176- 65
178- 92
178- 93
151- 42
151- 43
151- 44
139- 31
139- 32
150-109
150-110
151- 1
151- 2
151- 3
151- 4
115- 75
115- 76
115- 77
115- 78
156- 33
156- 34
156- 35
156- 36
81- 65
81- 66
115- 79
115- 80
81- 67
81- 68
115- 81
115- 82
81- 69
81- 70
115- 83
115- 84
115- 85
115- 86
115- 87
115- 88
87 - 55
87 - 56
87 - 57
87 - 58
83- 95
83- 96
87- 59
87- 60
87- 61
87- 62
87- 63
87- 64
133- 5
133- 6
133- 7
133- 8
133· 9
133- 10
46- 39
46- 40
46- 41
46- 42
58- 23
58- 24
46- 43
64- 77
176- 91
179- 10
115- 89
115- 90
115- 91
115- 92
102- 5
102- 6
115- 93
156- 37
156- 38
156- 39
156- 40
156- 41
156- 42
156- 43
156- 44
156- 45
156- 46
81- 71
81- 72
81- 73
81- 74
81- 75
115- 94

S5411Q
S5416A
S5416F
S5416Q
S5417A
S5417F
S5417Q
S5420A
S5420J
S5421A
S5421J
S5426A
S5426F
S5430A
S5430J
S5440A
S5440Q
S5442B
S5442E
S5442R
S5443B
S5443E
S5443R
S5444B
S5444R
S5445E
S5445R
S5450A
S5450J
S5451A
S5451J
S5453A
S5453J
S5454A
S5454J
S5460A
S5460J
S5470A
S5470J
S5472A
S5472J
S5473A
S5473J
S5474A
S5474J
S5475B
S5476B
S5477Q
S5480A
S5480Q
S5483E
S5483R
S5486A
S5486F
S5486J
S5490A
S5490Q
S5492A
S5492Q
S5493A
S5493Q
S8162A
S8162F
S8162J
S8230B
S8230E
S8230R
S8231B
S8231E
S8231R
S8232B
S8232E
S8232R
S8233B
S8233E
S8233R
S8234B
S8234E
S8234R
S8235B
S8235E
S8235R
S8241A
S8241F
S8241Q
S8242A
S8242F
S8242Q
S8243N
S8243P
S8243Y
S8250A
S8250F
S8250J
S8251B
S8251E
S8251R
S8252B
S8252E
S8252R
S8260N
S8260P
S8260Y
S8261A
S8261F
S8261Q
S8262A
S8262F
S8262Q
S8263N
S8263P
S8263Y

l>-Registered with JEDEC
by this manufacturer

~ig

SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
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
tSIC
tSIC
tSIC
tSIC
tSIC
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
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC

No.

1~~: ~g ~:~g:~

81- 77
156- 47
156- 48
156- 49
156- 50
156- 51
156- 52
115- 96
115- 97
81- 78
81· 79
115· 98
115· 99
115·100
115·101
115·102
115·103
74· 1
74· 2
74· 3
78· 49
78· 50
78· 51
79· 46
79· 47
74· 4
74· 5
83· 97
83· 98
83· 99
83·100
83·101
83·102
83·103
83·104
133· 11
133· 12
38· 21
38· 22
38· 15
38· 16
38· 17
38· 18
57· 46
57· 47
56· 79
44· 36
193· 87
148· 80
148· 81
148· 82
148· 83
129· 80
129· 81
129- 82
62· 25
62· 26
65- 77
65· 78
65· 79
65· 80
137· 15
137- 16
137· 17
189· 80
189· 81
189· 82
189- 83
189- 84
189· 85
189· 86
189· 87
189· 88
189· 89
189- 90
189· 91
185- 3
185· 4
185- 5
185· 6
185· 7
185· 8
128· 73
128· 74
128· 75
97· 74
93· 3
97- 75
163- 64
163- 65
163- 66
71- 17
71- 14
71- 18
74- 91
74- 6
74- 7
74- 8
74- 9
74- 10
191- 77
191- 78
191- 79
164- 95
164- 96
164- 97
193- 22
193- 23
193- 24
189- 92
189- 93
189- 94

S8264Y
S8266B
S8266E
S8266R
S8267B
S8267E
S8267R
S8268A
S8268F
S8268Q
S8269A
S8269F
S8269Q
S8275B
S8275E
S8275R
S8280A
S8280F
S8280Q
S8281A
S8281F
S8281Q
S8284F
S8285A
S8285F
S8285Q
S8288A
S8288F
S8288Q
S8290A
S8290F
S8290Q
S8291A
S8291F
S8291Q
S8292A
S8292F
S8292Q
S8293A
S8293F
S8293Q
S8415A
S8415F
S8415J
S8416A
S8416F
S8416J
S8417A
S8417F
S8417J
S8424A
S8424F
S8424J
S8425A
S8425F
S8425J
S8440A
S8440F
S8440J
S8455A
S8455F
S8455J
S8470A
S8470F
S8470J
S8471A
S8471J
S8480A
S8480F
S8480J
S8481A
S8481F
S8481J
S8490A
S8490F
S8490J
S8731A
S8731F
S8731J
S8806A
S8806F
S8806J
S8808A
S8808J
S8815A
S8815J
S8816A
S8816F
S8816J
S8821J
S8822A
S8822F
S8822J
S8824B
S8825A
S8825F
S8825J
S8826A
S8826F
S8826J
S8827A
SI!827F
S8827J
S8828A
S8828F
S8828J
S8829A
S8829F
S8829J
S8840A

IN TYPE NUMBER SEQUENCE
MFR:$ pg&Line TYPE No.
MFRS IPo&lina

~ig

SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
tSIC
SIC
SIC
tSIC
SIC
SIC
AMY
SIC
SIC
AMY
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
tSIC
SIC
tSIC
tSIC
SIC
tSIC
tSIC
SIC
tSIC
tSIC
SIC
tSIC
SIC
SIC
SIC
tSIC
SIC
tSIC
tSIC
SIC
tSIC
tSIC
SIC
tSIC
tSIC
tSIC
tSIC
SIC
tSIC
tSIC
SIC
tSIC
tSIC
SIC
tSIC
tSIC
SIC
SIC
tSIC
SIC
tSIC
·tSIC
tSIC
SIC
SIC
tSIC
SIC
tSIC
SIC
SIC
SIC
SIC
SIC
tSIC
SIC
tSIC
tSIC
SIC
tSIC
tSIC
SIC
tSIC
tSIC
SIC
SIC
tSIC
SIC
tSIC
tSIC

l:~: ~g ~:::g~

189· 97
189· 98
189· 99
189·100
189·101
189·102
189-103
150- 7
150- 8
150- 9
192- 35
192- 36
192- 37
59- 26
59· 27
59- 28
68- 34
69· 11
69- 12
64· 57
67- 24
67- 25
70- 26
63- 66
62· 90
63- 67
67- 26
67· 27
67· 28
63· 71
63· 72
63· 73
67- 32
67- 33
67· 34
63· 63
63· 64
63- 65
67- 16
67- 17
67- 18
103- 85
103- 86
103- 87
105·105
105-106
105-107
103· 88
103- 89
103- 90
54- 14
54- 15
54- 16
54- 17
54- 18
54- 19
t30- 79
130· 80
130- 81
128- 30
128- 31
128- 32
122- 4
122- 5
122- 6
107- 48
107· 49
122· 7
122· 8
122- 9
107· 50
107- 51
107- 52
159· 27
159· 28
159· 29
131- 19
131· 20
131- 21
132· 47
132· 48
132· 49
120- 57
120· 58
97- 76
97- 77
120- 59
120- 60
120- 61
48- 52
48- 53
48- 54
48- 55
48- 56
48- 57
48- 58
48- 59
48- 69
48- 70
48- 71
48- 72
48- 73
48- 74
59- 32
59- 33
59- 34
48- 60
48- 61
48- 62
130- 51

S8848A
S8848F
S8848J
S8855A
S8855F
S8855J
S8870A
S8870F
S8870J
S8875A
S8875F
S8875J
S8880A
S8880F
S8880J
S8881A
S8881F
S8881J
S8885A
S8885F
S8885J
S54107A
S54121A
S54121F
S54121Q
S54122A
S54122F
S54122Q
S54123B
S54123E
S54145E
S54145R
S54150N
S54150P
S54150Y
S54151B
S54151E
S54151R
S54152Q
S54154N
S54154P
S54154Y
S54161B
S54161E
S54161R
S54162B
S54162E
S54162R
S54163B
S54163E
S54163R
S54180A
S54180F
S54180Q
S54192B
S54192E
S54192R
S54193B
S54193E
S54193R
S/H725
S/H725LHC
S/H725WB
S/H730
SAH190
SAJ110
SAJll0A
SAJll0B
SAJ210AX2
SAJ210AX7
SAJ220H
SAJ220S
SAJ250A
SAJ250AA
SAJ250AB
SAJ250B
SAJ250BA
SAK100
SAK115
SAY115
SCL1006
SCL4000AD
SCL4000AE
SCL4000AF
SCL4001AD
SCL4001AE
SCL4001AF
SCL4002AD
SCL4002AE
SCL4002AF
SCL4007AD
SCL4007AE
SCL4007AF
SCL4008AD
SCL4008AE
SCL4008AF
SCL4009AD
SCL4009AE
SCL4009AF
SCL4010AD
SCL4010AE
SCL4010AF
SCL4011AD
SCL4011AE
SCL4011AF
SCL4012AD
SCL4012AE
SCL4012AF
SCL4013AD
SCL4013AE
SCL4013AF

+-Copy of mfr's data sheet
may be ordered from D.A_T.A_

t~:~

tSIC
SIC
tSIC
tSIC
SIC
tSIC
tSIC
SIC
tSIC
SIC
SIC
SIC
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
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
SIC
tHBC
tHBC
tHBC
tHBC
INTG
tPHIN
tYALG
INTG
INTG
tSGAI
tSGAI
INTG
INTG
tPHIN
tVALG
tVALG
tPHIN
tYALG
tVALG
INTG
INTG
tANA
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

a~: g~

999999127127·
127·
120·
120·
12097·
9797120120120107120107979797·
45·
139139·
139·
138·
138·
139·
138·
138·
74·
74·
186·
187·
187·
187·
187·
187·
187·
187·
187·
187·
65·
65·
65·
66·
66·
66·
68·
68·
68·
1921921926868·
6866·
6666195195·
195195163·
166-

96
97
98
50
51
52
62
63
64
78
79
80
65
66
67
63
68
64
81
82
83
56
17
18
19
65
66
20
67
68
11
12
90
1
2
3
4
5
6
7
8
9
27
28
29
21
22
23
77
78
79
87
88
89
80
81
82
24
25
26
18
19
21
15
59
7

166·
166·
16516516516560·
60·
60·
6060·
164·
163·
163164·
9393·
93939393939393183183183150150150161161161161161161102102102102102102555555-

8
9
24
25
54
55
37
38
39
40
41
98
56
57
71
32
33
34
35
36
37
38
39
40
96
97
98
52
53
54
50
51
52
53
54
55
79
80
81
82
83
84
63
64
65

24

TYPE No.

1~~t:~lg~~

SCL4016AF
SCL4017AD
SCL4017AE
SCL4017AF
SCL4018AD
SCL4018AE
SCL4018AF
SCL4019AD
SCL4019AE
SCL4019AF
SCL4020AD
SCL4020AE
SCL4020AF
SCL4022AD
SCL4022AE
SCL4022AF
SCL4023AD
SCL4023AE
SCL4023AF
SCL4024AO
SCL4024AE
SCL4024AF
SCL4024AT
SCL4025AO
SCL4025AE
SCL4025AF
SCL4026AO
SCL4026AE
SCL4026AF
SCL4027AO
SCL4027AE
SCL4027AF
SCL4028AO
SCL4028AE
SCL4028AF
SCL4029AO
SCL4029AE
SCL4029AF
SCL4030AO
SCL4030AE
SCL4030AF
SCL4033AO
SCL4033AE
SCL4033AF
SCL4040AO
SCL4040AE
SCL4040AF
SCL4041AO
SCL4041AE
SCL4041AF
SCL4042AO
SCL4042AE
SCL4042AF
SCL4043AO
SCL4043AE
SCL4043AF
SCL4044AO
SCL4044AE
SCL4044AF
SCL4049AO
SCL4049AE
SCL4049AF
SCL4050AO
SCL4050AE
SCL4050AF
SCL4402AD
SCL4402AE
SCL4402AF
SCL4404AO
SCL4404AE
SCL4404AF
SCL4404AT
SCL4412AO
SCL4412AE
SCL4412AF
SCL4416AD
SCL4416AE
SCL4428AO
SCL4428AE
SCL4428AF
SCL4441AO
SCL4441AE
SCL4445AO
SCL4445AE
SCL4449AO
SCL4449AE
SCL4449AF
SCL4511AO
SCL4511AE
SCL4511AF
SCL4518AO
SCL4518AE
SCL4518AF
SCL4520AD
SCL4520AE
SCL4520AF
SCL4528AO
SCL4528AE
SCL4528AF
SOAC10·1
SOAC10·3
SOACll·l
SOACll·3
SOAC12·1
SOAC12·3
SOC36·6·1
SOC36·6·3
SOC36Hl
SOC36H3
SOC36Ll
SOC36L3
SOC160251Z

25

CROSS
INDEX
3. TYPEP!I&Line
No. TYeE
Pa&Line TYPE No.
No.

MFRS Pa&Line TYPE No.

~~~

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
+OOC
+OOC
+OOC
+DOC
+OOC
+OOC
+OOC
+OOC
+OOC
+OOC
+OOC
+OOC
+ANA

MFRS

199:
~~ :~ggl~gm~
166· 64 SDC160361Z
68· 41
68· 42
68· 43
68· 44
68· 45
68· 46
83· 65
83· 66
83· 67
64· 94
64· 95
64· 96
69· 55
69· 56
69· 57
102· 85
102· 86
102· 87
64·106
64·107
64·108
64·109
93· 41
93· 42
93· 43
69· 49
69· 50
69· 51
38· 79
38· 80
38· 81
75· 19
75· 20
75· 21
69· 73
69· 74
69· 75
128· 85
128· 86
128· 87
69· 52
69· 53
69· 54
64· 78
64· 79
64· 80
175· 18
175· 19
175· 20
55· 55
55· 56
55· 57
194· 56
194· 57
194· 58
194· 59
194· 60
194· 61
161· 56
161· 57
161· 58
161· 59
161· 60
161· 61
93· 44
93· 45
93· 46
64· 81
64· 82
64· 83
64· 84
102· 88
102· 89
102· 90
172· 5
172· 6
71· 22
71· 23
71· 24
175· 21
175· 22
65· 10
65· 11
159·105
159·106
159·107
78· 12
78· 13
78· 14
61· 44
61· 45
61· 46
65· 7
65· 8
65· 9
137· 28
137· 29
137· 30
143· 4
143· 5
143· 6
143· 7
143· 8
143· 9
140· 41
140· 42
140· 43
140· 44
140· 45
140· 46
141· 91

SDC1602507
SDC1602607
SDC1603507
SDC1603607
SE555T
SE555V
SFC400E
SFC400EM
SFC400ET
SFC400EV
SFC400HE
SFC400HEM
SFC400HP
SFC400HPM
SFC400LE
SFC400LEM
SFC400LPM
SFC400P
SFC400PM
SFC401AE
SFC401E
SFC401EM
SFC401ET
SFC401EV
SFC401HE
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
SFC407P
SFC407PM

D.A. T.A.

-

+ANA
+ANA
+ANA
+ANA
+ANA
+ANA
+ANA
+INL
+SIC
+INL
+SIC
NPC
HHCF
NPC
THCF
NPC
THCF
NPC
NPC
THCF
NPC
THCF
NPC
NPC
THCF
THCF
THCF
THCF
NPC
NPC
THCF
NPC
NPC
THCF
NPC
THCF
NPC
THCF
NPC
NPC
THCF
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
THCF
THCF
NPC
THCF
NPC
THCF
NPC
THCF
NPC
THCF
THCF
THCF
THCF
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

1:1:
~~
141· 94

SFC408EM
85
86 SFC408ET
87
88 SFC408EV
46 SFC408P
SFC408PM
139· 47
SFC409E
115·104
SFC409EM
115·105
SFC409ET
115·106
SFC409EV
115·107 SFC409P
115·108 SFC409PM
SFC410E
115·109
SFC410EM
115·110 SFC410ET
116· 1 SFC410HE
141·
141·
141·
141·
139·

109·
109·
109·
116·
116·

22 SFC410HEM
23
24 SFC410HP
2
3 SFC410HPM

116· 4 SFC410LE
116· 5 SFC410LEM
SFC410LPM
116· 6 SFC410PM
116· 7 SFC411HE
116· 8 SFC411HEM
116· 9
SFC411HP
116· 10
SFC411HPM
116· 11
116· 12 SFC413E
SFC413EM
116· 13 SFC413ET
116· 14 SFC413PM
SFC416E
96· 57 SFC416EM
SFC416ET
96· 58 SFC416PM
SFC417E
96· 59 SFC417EM
SFC417ET
96· 60 SFC417PM
96· 61 SFC420E
96· 62
SFC420EM
116· 15 SFC420ET
SFC420HE
116· 16
SFC420HEM
116· 17 SFC420HPM
116·
108·
108·
156·
156·
156·
156·
156·
156·
156·
153·
153·
156·
156·

18 SFC420LE
54 SFC420LEM
55 SFC420PM
53
SFC421HE
54 SFC421HEM
SFC426E
55 SFC426EM
SFC426ET
56 SFC430E
57
58 SFC430EM
59 SFC430ET
57 SFC430HE
58
60 SFC430HEM
61 SFC430HPM

156· 62 SFC430LE
SFC430LEM
156· 63 SFC430PM
156· 64 SFC437E
SFC437EM
156· 65 SFC437ET
156· 66 SFC438E
156· 67 SFC438EM
SFC438ET
156· 68 SFC440E
156· 69 SFC440EM
SFC440ET
156· 70 SFC440HE
156· 71 SFC440HEM
156· 72 SFC440HPM
156· 73
SFC440PM
156· 74
SFC442E
156· 75 SFC442EM
SFC442ET
156· 76 SFC450E

156· 77 SFC450EM
156· 78 SFC450ET
156· 79
SFC450HE
SFC450HPM
!I·Registered with JEDEC
by this manufacturer

MFRS

~~gF

NPC
THCF
NPC
THCF
NPC
NPC
NPC
THCF
NPC
THCF
NPC
THCF
NPC
THCF
NPC
NPC
NPC
NPC
HHCF
THCF
THCF
NPC
HHCF
NPC
HHCF
NPC
HHCF
NPC
HHCF
THCF
THCF
THCF
NPC
HHCF
NPC
HHCF
NPC
HHCF
NPC
HHCF
NPC
HHCF
THCF
THCF
THCF
THCF
THCF
THCF
THCF
THCF
THCF
THCF
THCF
THCF
NPC
HHCF
THCF
THCF
NPC
HHCF
THCF
NPC
HHCF
THCF
THCF
NPC
HHCF
THCF
THCF
THCF
THCF
THCF
NPC
HHCF
THCF
THCF
NPC
HHCF
THCF
NPC
HHCF
THCF
THCF
NPC
HHCF
THCF
THCF
THCF
HHCF
HHCF
HHCF
NPC
HHCF
THCF
THCF
NPC
HHCF
THCF
NPC
HHCF
NPC
HHCF
THCF
THCF
THCF
NPC
HHCF
THCF
NPC
THCF
NPC
NPC

61· 8U 5FC;4oUPM
81· 81 SFC451E

81· 82 SFC451EM
SFC451ET
81· 83 SFC451HE
81· 84 SFC451HEM
81· 85 SFC451HPM
SFC451LE
81· 86 SFC451LEM
SFC451PM
81· 87
SFC453E
81· 88
SFC453EM
81· 89 SFC453ET
81· 90 SFC453HE
81· 91 SFC453HPM
116· 19 SFC453PM
116· 20 SFC454E
116· 21
116· 22 SFC454EM
SFC454ET
116· 23 SFC454HE
SFC454HEM
116· 24 SFC454HPM
SFC454LE
116· 25 SFC454LEM
SFC454PM
109· 25
109· 26 SFC460E
109· 27
103· 62 SFC460EM
SFC460ET
81· 92 SFC460PM
82· 1 SFC472E
82· 2 SFC472EM
SFC472ET
82· 3 SFC472HE
SFC472HPM
161·107 SFC472LE
161·108 SFC472LEM
161·109 SFC472PM
161·110
156· 80 SFC473E
156· 81
156· 82 SFC473EM
156· 83 SFC473ET
156· 84 SFC473LE
156· 85 SFC473LEM
156· 86 SFC473PM
156· 87
116· 26 SFC474E
116· 27 SFC474EM
116· 28
103· 63 SFC474ET
116· 29 SFC474EV
103· 64 SFC474HE
SFC474HEM
109· 28 SFC474HPM
109· 29 SFC474LE
103· 65 SFC474LEM
SFC474PM
82· 4 SFC475EM
82· 5
116· 30 SFC475ET
116· 31
116· 32 SFC475EV
116· 33 SFC476E
SFC476EM
116· 34 SFC476ET
116· 35 SFC483E
103· 66 SFC483EM
SFC483ET
116· 36 SFC485E
103· 67
SFC485EM
116· 37
109· 30 SFC485ET
103· 68
SFC486E
116· 38 SFC486EM
116· 39 SFC486ET
116· 40 SFC486PM
116· 41 SFC490E
116· 42 SFC490EM
116· 43 SFC490ET
116· 44 SFC490PM
SFC492E
116· 45 SFC492EM
116· 46 SFC492ET
103· 69 SFC492PM
SFC493E
116· 47 SFC493EM
103· 70 SFC493ET
SFC493LE
103· 71 SFC493LEM
SFC493PM
74· 13 SFC930E
74· 14 SFC932E
74· 15 SFC933E
129· 29 SFC935E
SFC936E
98· 62 SFC944E
129· 83 SFC945E
SFC946E
128· 96 SFC948E
128· 97 SFC951E

IN TYPE NUMBER SEQUENCE
MFRS Pa&Line TYPE No.

+~~gF

NPC
HHCF
THCF
THCF
THCF
THCF
THCF
THCF
THCF
NPC
HHCF
NPC
HHCF
THCF
THCF
NPC
NPC
NPC
HHCF
NPC
HHCF
THCF
THCF
THCF
THCF
THCF
THCF
THCF
NPC
HHCF
NPC
HHCF
THCF
THCF
NPC
HHCF
NPC
HHCF
THCF
THCF
NPC
NPC
THCF
THCF
NPC
HHCF
NPC
HHCF
THCF
THCF
THCF
THCF
NPC
HHCF
NPC
THCF
NPC
THCF
NPC
THCF
NPC
THCF
THCF
THCF
THCF
THCF
THCF
NPC
THCF
NPC
THCF
NPC
THCF
THCF
THCF
THCF
THCF
THCF
NPC
HHCF
NPC
HHCF
NPC
HHCF
THCF
THCF
THCF
THCF
THCF
THCF
THCF
THCF
THCF
THCF
THCF
THCF
THCF
THCF
THCF
THCF
THCF
THCF
NPC
NPC
NPC
NPC
NPC
NPC
NPC
NPC
NPC
NPC

126· 96

1~~g~~~~EC

129"· 30 SFC2524KM
SFC2525EC
98· 63 SFC2525KM
98· 64 SFC2528EC
98· 65 SFC2528KM
98· 66 SFC2529EC
98· 67 SFC2529KM
98· 41 SFC4107E
98· 42 SFC4107EM
128· 99 SFC4107ET
SFC4121E
98· 68 SFC4121EM
SFC4121ET
98· 69 SFC4121PM
98· 70 SFC4122E
97·110 SFC4122EM
98· 1 SFC4122ET
103· 72 SFC4122PM
SFC4123E
98· 71 SFC4123EM
SFC4123ET
98· 72
98· 73 SFC4132E
98· 74
98· 75 SFC4132EM
98· 76
98· 43 SFC4132ET
98· 44
98· 2 SFC4132KM
133· 13 SFC4132PM
133· 14 SFC4141E
133· 15 SFC4150E
131· 51 SFC4150EM
SFC4150ET
51· 42 SFC4151E
SFC4151EM
51· 48 SFC4151ET
51· 49 SFC4153E
38·100 SFC4153EM
38·101 SFC4153ET
43· 8 SFC4154E
43· 9 SFC4154EM
38·102 SFC4154ET
SFC4155E
51· 43 SFC4155EM
SFC4155ET
45· 57 SFC4156E
45· 58 SFC4156EM
43· 10 SFC4156ET
43· 11 SFC4157E
38·103 SFC4157EM
SFC4157ET
57· 48 SFC4174E
SFC4174EM
57· 49 SFC4174ET
SFC4175E
57· 50 SFC4175EM
SFC4175ET
57·51 SFC4180E
58· 25 SFC4180EM
58· 26 SFC4180ET
58· 27 SFC4180PM
56· 52 SFC4181E
56· 53 SFC4181EM
57· 52 SFC4181ET
140· 6 SFC4182E
SFC4182EM
140· 7 SFC4182ET
SFC4192E
140· 8 SFC4192EM
45· 59 SFC4192ET
45· 60 SFC4193E
45· 61 SFC4193EM
148· 84 SFC4193ET
148· 85 SFC5107AE
148· 86 SFC5107AEM
192· 12 SFC5108AE
SFC5108AEM
192· 13 SFC5109E
SFC5109EM
192· 14 SFC5110E
SFC5110EM
129· 84 SFC5450AE
129· 85 SFC5451AO
129· 86 SFC54520
129· 87
62· 27 SG1488J
62· 28 SG1489AJ
62· 29 SG1489J
62· 30 SG3081J
67·103 SG3081N
67·104 SG3082J
67·105 SG3082N
67·106 SG7520J
67·107 SG7520N
67·108 SG7521J
67·109 SG7521N
67· 59 SG7522J
67· 60 SG7522N
67·110 SG7523J
126· 1 SG7523N
126· 2 SG7524J
131· 52 SG7524N
158· 3 SG7525J
158· 59 SG7525N
124· 37 SG7528J
52· 83 SG7528N
126· 3 SG7529J

1~~: ~~ ~g~~~:~

••Copy of mfr's data sheet
may be ordered from D.A.T.A.

MFR:s Pa&Line

~~gF Im:3~

THCF
THCF
THCF
THCF
THCF
THCF
THCF
THCF
THCF
THCF
THCF
THCF
THCF
THCF
HHCF
HHCF
HHCF
HHCF
THCF
THCF
NPC
THCF
NPC
HHCF
NPC
HHCF
NPC
HHCF
NPC
HHCF
NPC
HHCF
HHCF
THCF
THCF
THCF
THCF
THCF
THCF
THCF
THCF
THCF
THCF
THCF
THCF
THCF
THCF
THCF
THCF
THCF
THCF
THCF
THCF
THCF
THCF
THCF
THCF
THCF
THCF
THCF
THCF
THCF
THCF
THCF
THCF
THCF
THCF
HHCF
HHCF
HHCF
THCF
THCF
THCF
THCF
THCF
THCF
THCF
THCF
THCF
THCF
THCF
THCF
THCF
THCF
THCF
THCF
NPC
THCF
+SGL
+SGL
+SGL
SGL
SGL
SGL
SGL
SGL
SGL
SGL
SGL
SGL
SGL
SGL
SGL
SGL
SGL
SGL
SGL
SGL
SGL
SGL

~gt

173· 35
173· 36
173· 37
173· 38
173· 39
173· 40
173· 41
45· 62
45· 63
45· 64
139· 65
139· 66
139· 67
139· 68
136· 71
136· 72
136· 73
136· 74
136· 89
136· 90
136· 91
161· 96
161· 97
161· 98
161· 99
161·100
74· 16
187· 10
187· 11
187· 12
187· 13
187· 14
187· 15
187· 16
187· 17
187· 18
75· 73
75· 74
75·75
71· 93
71· 94
71· 95
71· 96
71· 97
71· 98
187· 19
187· 20
187· 21
57· 53
57· 54
57· 55
57· 56
57· 57
57· 58
192· 90
192· 91
192· 92
192· 93
191· 41
191· 42
191· 43
195· 66
195· 67
195· 68
62· 13
63· 6
63· 7
66· 62
66· 63
66· 64
177· 77
177· 78
177· 79
177· 80
177· 81
177· 82
177· 83
177· 84
180· 73
180· 74
180· 75
176·108
178· 79
178· 80
184· 1
184· 2
184· 3
184· 4
173· 42
173· 43
173· 44
173· 45
173· 46
173· 47
173· 48
173· 49
173· 50
173· 51
173· 52
173· 53
173· 54
173· 55
173· 56
173· 57
173· 58

25

ITYPE No

I~g~g~;~

~gt Im:~g

SG7535N
SG7638J
SG7538N
SG7639J
SG7639N
SG56450BJ
SG55480J
SG75450BJ
SG75450BN
SG75460J
SG15460N
SHOO13He
SHOO13HM
SH2001
SH2001Fe
SH2001FM
SH2001He
SH2001HM
SH2002
SH2002Fe
SH200~FM

SH200 HC
SH2002HM
SH2002P
SH2002pe
SH2200Fe
SH2200FM
SH2200He
SH2200HM
SH2200P
SH2200PC
SH3001
SH3002He
SH3002HM
SH8090FM
SHC23
SHC23ET
SHM6401
SHM-40
SHM-41
SI2001
SI2009AL
SI2009BL
SI2401
SI3001
SI3002AA
SI3002BK
513705DK
SI4401
SI4402
SI5524
SI5525
SI7524
SI7525
SMel007
SMX1004
SN54HOOJ
HII
SN54HOON
SN54HOOW
tTll
SN64H01J
tTll
SN54HOIN
SN54H01W
tTll
SN54H04J
tTIl
SN54H04N
SN54H04W
tTll
SN54H05J
tTll
SN54H05N
SN54H05W
HII
SN54Hl0J
tTll
SN54Hl0N
SN54Hl0W
HII
SN54Hl1J
tTll
SN54Hl1N
SN54Hl1W
tTll
SN54H15J
SN54H15W
SN54H20J
tTll
SN54H20N
SN54H20W
HII
SN54H21J
tTll
SN54H21N
SN54H21W
tTll
SN54H22J
tTll
SN54H22N
SN54H22W
tTll
SN54H30J
HII
SN64H30N
SN54H30W
HII
SN54H40J
HII

26

3, TYPE
No CROSS IND EX
MFRS Pal ine "YPE No.
MFRS

MFRS IPa&Line ·YPE No.

,

5GL
5GL
5GL
SGL
SGL
tSGL
tSGL
tSGL
t5GL
tSGL
tSGL
FSe
FSe
tNSe
FSe
FSe
FSe
FSe
tN5e
FSe
FSe
FSe
FSC
tNSe
FSe
FSe
FSe
FSe
FSe
tNSe
FSe
FSe
FSe
FSe
FSe
tBUB
tBUB
NSe
tBUB
tBUB
tSIX
tSIX
tSIX
tSIX
tSIX
SIX
tSIX
t51X
tSIX
tSIX
SIX
SIX
SIX
SIX
tANA
tANA
FSe
tTllB
FSe
FSe
TIlB
FSe
TIIB
FSe
Fse
TIIB
FSe
TIIB
FSe
FSe
TIIB
Fse
TIIB
FSe
FSe
TIIB
FSe
tTlIB
FSe
F5e
TIIB
FSe
tTIlB
FSe
Fse
TIIB
tTll
TIIB
tTll
TIIB
FSe
tTllB
FSe
FSe
TIIB
FSe
tTllB
FSe
FSe
TIIB
FSC
TIIB
FSe
FSe
TIIB
FSe
tTllB
FSe
FSC
TIIB

t~~~

173·
173·
173·
173·
173·
182·
182·
182·
182·
182·
182·
179·
179·
180·
180·
180·
180·
180·
180·
180·
180·
180·
180·
180·
180·
180·
180·
180·
180·
180·
180·
140·
166·
166·
143·
195·
195·
195·
195·
195·
162·
196·
196·
162·
166·
167·
167·
196·
162·
162·
174·
174·
174·
174·
189·
189·
116·

61
62
63
64
65
11
12
13
14
15
16
49
50
27
37
44
38
45
28
39
42
40
43
29
41
34
30
35
31
26
36
47
51
52
52
40
41
37
38
39
45
48
49
48
53
77
73
5
47
48
37
38
39
40
29
30
48

116· 49
116· 50
116· 51
116· 52
116· 53
156· 88
156· 89
153· 59

SN54H40W
HII
5N54H50J
HII
SN54H50N
SN54H50W
HII
SN54H51J
HII
SN54H51N
SN54H51W
HII
SN54H52J
HII
SN54H52N
SN54H52W
tTiI
SN54H53J
HII
5N54H53N
SN54H53W
SN54H!i4J
HII
SN54H54N
SN54H54W
HII
SN54H55J
tTiI
SN54H55N
SN54H55W
HII
SN54H60J
HII
SN54H60N
SN54H60W
HII
SN54H61J
HII
SN54H61N
SN54H61W
HII
SN54H62J
HII
SN54H62N
SN54H62W
HII
SN54H71J
HII
SN54H71N
SN54H71W
tTll
SN54H72J
tTll
SN54H72N
SN54H72W
tTIl
SN54H73J
tTll
SN54H73N
SN54H73W
tTll
SN54H74J
tTll
SN54H74N
SN54H74W
tTll
SN54H76J
HII
SN54H76N
SN54H76W

153· 60 SN54H78J
HII
153· 61 SN54H78N
153· 62 SN54H78W
HII
116· 54 SN54H87J
HII
116· 55 SN54H87N
116· 56 SN54H87W
tTiI
82· 6 SN54Hl01J
HII
82· 7 SN54Hl01N
82· 8 SN54Hl01W
HII
82· 9 SN54Hl02J
HII
82· 10 SN54Hl02N
SN54Hl02W
116· 57
HII
SN54Hl03J
116· 58
HII
116· 59 SN54Hl03N
SN54Hl03W
82· 11
HII
SN54Hl06J
82· 12
HII
82· 13 SN54Hl06N
SN54Hl06W
116· 60
SN54Hl08J
116· 61
tTIl
116· 62 SN54Hl08N
SN54Hl08W
116· 63
tTll
SN54H183J
116· 64
tTll
116· 65 SN54H183N
SN54H183W
116· 66

D.A. T.A.

F~~

TIIB
FSe
+TIIB
F5e
FSe
TIIB
FSe
TIIB
F5e
FSe
TIIB
FSe
HIIB
FSe
FSe
TIIB
FSe
HIIB
FSe
HII
TIIB
FSe
TIIB
FSe
FSe
TIIB
FSe
HIIB
FSe
Fse
TIIB
FSe
HIIB
FSe
FSe
TIIB
FSe
HIIB
FSe
FSe
TIIB
FSe
HIIB
FSe
FSe
TIIB
FSe
HIIB
FSe
FSe
TIIB
FSe
tTllB
FSe
FSe
TIIB
FSe
TIIB
FSe
FSe
TIIB
FSe
TIIB
FSe
FSe
TIIB
FSe
TIIB
FSe
tTll
TIIB
FSe
TIIB
FSe
FSe
TIIB
FSe
TIIB
FSe
FSe
TIIB
FSe
TIIB
FSe
FSe
TIIB
FSe
TIIB
FSe
FSe
TIIB
FSe
TIIB
FSe
FSe
TIIB
FSe
TIIB
FSe
tTll
TIIB
FSe
TIIB
FSe
FSe
TIIB
FSe
TIIB
FSe
tTll
TIIB

m:g~

15N54LOOJ
5N54LOON

98· 77
SN54LOOT
98· 78
HII
98· 79 SN54L01T
98· 80 SN54L02J

98· 81 SN54L02N
98· 82
SN54L02T
92· 8
SN54L03J
92· 9
92· 10 SN54L03N
98· 83 SN54L04J
98· 84 SN54L04N
98· 85
SN54L04T
98· 86
t:rll
SN54L 10J
98· 87
98· 88 SN54L ION
98· 89 SN54L lOT
HII
98· 90 SN54L20J
98· 91
SN54L20N
133· 16
SN54L20T
133· 17
HII
133· 18 SN54L30J
133· 19 SN54L30N
133· 20 SN54L30T
133· 21
HII
SN54L42J
133· 22
SN54L42N
133· 23
133· 24 SN54L43J
46· 61 SN54L43N
46· 62 SN64L44J
46· 63
SN54L44N
46· 64
SN54L46J
46· 65
48· 66 SN54L46N
46· 67 SN64L47J
46· 68 SN54L47N
46· 69
SN54L51J
58· 28
SN54L51N
58· 29
58· 30 SN54L51T
tTIl
46· 70 SN54L54J
46· 71 SN54L54N
46· 44
SN54L54T
46· 72
tTll
SN54L55J
46· 73
46· 74 SN54L55N
163·107 SN54L55T
HII
163·108 SN54L71J
163·109
SN54L71N
46·110
SN54L71T
47· 1
tTlI
47· 2 SN54L72J
47· 3 SN54L72N
47· 4 SN54L72R
47· 5 SN54L72T
HII
47· 6 SN54L73J
47· 7 SN54L73N
47· 8
SN54L73R
47· 9 SN54L73T
HII
47· 10 SN54L74J
47· 11
SN54L74N
47· 12
SN54L74T
47· 13
47· 14 SN54L75J
148· 87 SN54L75N
149· 1 SN54L77T
149· 2
SN54L78J

to-Registered with JEDEC
by this manufacturer

IN TYPE NUMBER SEQUENCE
·ne -YPE No.

Pa&\':ine rvPE No.

tillB
HII
TIIB
tNSe
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
tTiI
TIIB
HII
TIIB
N5e
TIIB
HII
TIIB
HII
TIIB
tNSe
TIIB
HII
TIIB
HII
TIIB
tNSe
TIIB
HII
TIIB
HII
TIIB
tNSe
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
tTll
TIIB
HU
TIIB
HII
TIIB
tTll
TIIB
tTll
TIIB
tTll
TIIB
tTll
TIIB
NSe
TIIB
tTll
TIIB
tTll
TIIB
NSe
TIIB
tTll
TIIB
tTll
TIIB
NSe
TIIB
tTiI
TIIB
HII
TIIB
Nse
TIIB
tTll
TIIB
HII
TIIB
tNSe
NSe
TIIB
tTll
TIIB
HII
TIIB
tNSe
NSe
TIIB
tTiI
TIIB
tTll
TIIB
HII
TIIB
HII
TIIB
tTll
TIIB
HII
TIIB
tTll
TIIB

109· 31 15N54L78N

t+::B
t09· 32 SN54L78R
tNSe
SN54L78T
NSe
109· 33
HII
TIIB
SN54L85J
HII
108· 56
TIIB
SN54L85N
HII
95· 61
TIIB
SN54L86J
HII
95· 62
TIIB
SN54L86N
HII
95· 63
TIIB
SN54L86T
HII
108· 57
TIIB
SN54L90J
HII
108· 58
HIIB
SN54L90N
HII
153· 63
HIIB
SN54L90T
HII
153· 64
HIIB
SN54L93D
tN5e
153· 85 SN54L93F
tNSe
SN54L93J
tTII
109· 34
TIIB
SN54L93N
tNSe
109· 35
HII
TIIB
SN54L93T
HII
109· 36
TIIB
SN54L98J
HII
109· 37
TIIB
SN54L98N
HII
109· 38
TIIB
SN54L121J
HII
109· 39
TIIB
SN54L 121N
HII
109· 40
TIIB
SN54L121T
HII
109· 41
TIIB
SN54L 122J
HII
109· 42
TIIB
SN54L 122N
HII
74· 17
TIIB
SN54L 122T
HII
74· 18
TIIB
SN54L 153J
HII
78· 52
TIIB
SN54L153N
HII
78· 53
TIIB
SN54L154AJ
tNSe
79· 48 SN54L154AN tNSe
SN54L 154J
tTll
79· 49
TIIB
SN54L 154N
tTIl
76· 78 '
TIIB
SN54L 157J
tTll
76· 79
TIlB
SN54L 157N
tTll
76· 80
TIIB
SN54L192J
tTII
77· 1
TIIB
SN54L 192N
tTll
84· 91
TIIB
SN54L 193J
tTll
84· 92
TIIB
SN54L193N
tTlI
84· 93
TIIB
SN54LS83J
tTlI
84· 94
TIIB
SN54LS83N
tTll
84· 95
TIlB
tTll
SN54LS83W
84· 96
TIlB
SN54LS88J
tTll
84· 97
TIIB
SN54LS88N
tTIl
84· 98
TIIB
SN54LS86W
HII
84· 99
TIlB
SN54LS136J
tTll
53· 24
TIIB
SN54LS136N HII
53· 25
TIIB
SN54LS136W tTll
53· 15
TIIB
SN54LS138J
tTIl
51· 25
TIIB
SN54LS138N tTll
51· 26
TII8
SN54LS138W HII
43· 19
TIIB
51· 27 SN54LS139J
HII
TIIB
51· 28 SN54LS139N tTll
TIIB
51· 29 SN54LS139W tTll
TIIB
43· 12 SN54LS151J
tTiI
51· 30
TIIB
SN54LS151N tTll
56· 54
TIIB
SN54LS151W HII
56· 55
TIIB
SN54LS152W HII
56· 56
TII8
SN54LS153J
tTll
193· 88
TIIB
SN54LS153N tTll
193· 89
TIIB
SN54LS153W tTll
193· 90
TIIB
SN54LS155J
tTll
51· 31
TII8

01·

~;t

MFRS IPa&l n.

I:;Ntl4L51D5lf ttrrB

43· 13 SN64LS174J
51· 33
SN64lS174N
191· 97
SN54LS174W
191· 98
SN54lS175J
129· 38
SN54LS175N
129· 37
SN54LS175W
129· 38
SN54LSI81J
61· 94
SN54LS181N
61· 95
SN54LS181W
61· 98
SN54LS190J
64· 44
84· 46 SN64LS190W
87· Ell
SNS4LS191J
67· 82
SN54LS191W
67· 63
SN54LS192J
185· 89
SN54L5192W
185· 90
SN54LS193J
136· 50
SN54LS193W
136· 51
SN54LS196J
136· 52
SN54LS196N
138· 69
SN54LS196W
138· 70
SN54LS197J
138· 71
SN54LS197N
187· 22
SN54LS197W
187· 23
SN54LS251J
71· 58
71· 59 SN54LS251N
75· 78
SN54LS251W
75· 77
SN64LS253J
187· 24
SN54LS253N
187· 25
SN54LS253W
61·100
SN54LS266J
62· 14
SN54LS288N
65· 42
SN54LS266W
85· 57
SN54S00J
tTIl
149· 3
SN54S00N
149· 4 SN54S00W
tTll
149· 5 SN54S03J
tTll
129· 39 SN54S03N
SN54S03W
129· 40
SN54S04J
129· 41
HII
SN54S04N
129· 42 SN54S04W
tTll
129· 43 SN54S05J
tTll
129· 44 SN54S05N
SN54S05W
79· 66
SN54S08J
79· 67
SN54S08W
79· 68
SN54S09J
79· 18
SN54S09W
79· 19
SN54S10J
79· 20
tTIl
SN54S10W
185· 50
tTll
SN54S11J
185· 51
tTll
SN54S11W
185· 52
tTll
SN54S15J
185· 53
SN54S15W
185· 54
SN54S20J
185·55
tTlI
SN54S20N
185· 11 SN54S20W
tTll
71· 99 SN54S22J

ISN54S~1J~

t.copy of mfr's data sbeet
may be ordered from D.A.T.A.

HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
tTII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
tTII
TIIB
HII
TIIB
HII
TIIB
HII
TUB
HII
TIIB
HII
TIIB
HII
TIIB
tTIl
TIIB
HII
TIIB
HII
TIIB
HII
TIlB
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
t+IIB
tTII
TIlB
tTIl
TII8
tTlI
TIIB
tTII
TIlB
tTll
TIIB
tTll
TIlB
FSe
TIIB
FSe
FSe
TII8
FSe
TIIB
FSe
tTll
TIIB
FSe
TIIB
FSe
FSe
TIlB
FSe
TIIB
FSe
tTIl
TIIB
tTlI
TIIB
tTlI
TIIB
tTll
TIIB
tTll
TIIB
FSe
TIIB
FSe
TIIB
FSe
.IIB
FSe
TIIB
tTIl
TIIB
tTII
TIIB
FSe
TIIB
FSC
FSe
TIIB
FSe

~~~

IT:-fOO

58· 7
58· 8
58· 9
58· 10
58· 11
58· 12
191· 7
191· 8
190· 83
62· 59
62· 80
66· 27
86· 28
82· 2
62· 3
66· 85
66· 86
62· 6
62· 7
62· 8
65· 50
85· 51
66· 52
185· 77
185· 78
185· 79
185· 56
185·57
185· 58
135· 22
13&· 23
135· 24
118· 89
116· 70
118· 71
118· 72
116· 73
116· 74
156· 90
156· 91
156· 92
156· 93
158· 94
158· 95
82· 14
82· 15
82· 16
82· 17
116· 75
116· 76
82· 18
82· 19
82· 20
82· 21
116· 77
116· 78
116· 79
116· 80
116. AI

26

rvPJ; No.
5N54522W
SN54S32J
SN54S32W
SN54S37J
SN54S37W
SN54S38J
SN54S38W
SN54S40J
tTll
SN54S40N
SN54S40W
tTll
SN54S84J
tTll
SN54S64N
SN54S64W
tTll
SN54S65J
tTll
SN54S65N
SN54S65W
SN54S74J
tTll
SN54S74N
SN54S74W
tTll
SN54S86J
SN54S86W
SN54S112J
tTll
SN54S112N
SN54S112W
tTll
SN54S113J
tTll
SN54S113N
SN54S113W
tTll
SN54S114J
tTll
SN54S114N
SN54S114W
tTll
SN54S124J
SN54S124W
SN54S135J
SN54S135W
SN54S138J
SN54S138W
SN54S139J
tTll
SN54S139W
tTll
SN54S140J
tTll
SN54S140N
SN54S140W
tTll
SN54S151J
tTll
SN54S151W
tTll
SN54S153J
tTll
SN54S153W
tTll
SN54S157J
tTll
SN54S157W
tTll
SN54S158J

nil

SN54S158W
tTll
SN54S162J
SN54S162W
SN54S163J
SN54S163W
SN54S168J
SN54S168W
SN54S169J
SN54S169W
SN54S174J
tTIl
SN54S174W
tTIl
SN54S175J
tTll

SN54StV.~W

27

3. TYP
: No. CROSS IND EX
MFRS Polk ine TYPE No.
MFRS Palkl ine

MFRs PolltLine TYPE No.
ti::B
tTll
TIIB
tTll
TII8
tTll
TIIB
tTiI
TIIB
tTll
TIIB
tTiI
TIIB
FSC
TIIB
FSC
FSC
TIIB
FSC
TIIB
FSC
FSC
TIIB
FSC
TIIB
FSC
tTIl
TIIB
FSC
TIIB
FSC
FSC
TIIB
tTll
TIIB
tTll
TIIB
FSC
TIIB
FSC
FSC
TIIB
FSC
TIIB
FSC
FSC
TIIB
FSC
TIIB
FSC
FSC
TIIB
tTll
TIIB
tTll
TIIB
tTll
TIIB
tTll
TIIB
tTll
TIIB
tTll
TIIB
AMV
TIIB
AMV
TIIB
FSC
TIIB
FSC
FSC
TIIB
AMV
TIIB
AMV
TIIB
tAMV
TIIB
tAMV
TIIB
AMV
TIIB
AMV
TIIB
AMV
TIIB
AMV
TIIB
tTll
TIIB
tTll
TIIB
tTil
TIIB
tTil
TIIB
tTll
TIIB
tTiI
TIIB
tTll
TIIB
tTIl
TIIB
tAMV
TIIB
tAMV
TIIB
tAMV
TIIB

·~I~RV

116· 82 SN54St'-:I~W

~lrBV

90· 65 SN54S182J

tTll
TIIB
tTll
TIIB
AMV
TIIB
AMV
TIIB
tAMV
tAMV
tAMV
TIIB
tAMV
TIIB
tAMV
TIIB
tAMV
TIIB
tTll
TIIB
tTll
TIIB
tTll
TIIB
TIIB
TIIB
TIIB
TIIB
FSC
tTllB
FSC
tTllB
FSC
FSC
TIIB
FSC
TIIB
FSC
FSC
TIIB
FSC
TIIB
FSC
FSC
TIIB
FSC
TIIB
FSC
FSC
tTllB
FSC
tTllB
FSC
FSC
tTllB
FSC
tTllB
FSC
tTll
TIIB
tTIl
TIIB
FSC
tTllB
FSC
tTllB
FSC
FSC
tTllB
FSC
tTllB
FSC
FSC
TIIB
FSC
TIIB
FSC
FSC
tTllB
FSC
tTllB
FSC
FSC
tTllB
FSC
tTllB
FSC
FSC
tTllB
FSC
tTllB
FSC
FSC
TIIB
FSC
TIIB
FSC
FSC
tTllB
FSC
tTllB
FSC
FSC
tTllB
FSC
tTllB
FSC
TIIB
FSC
TIIB
FSC

90· 66 SN54S182W
116· 83 SN54S251J
tTll
116· 84 SN54S251W
tTll
116· 85 SN54S253J
SN54S253W
116· 86 SN54S257J
tTll
116· 87 SN54S257W
tTll
116· 88 SN54S258J
116· 89
tTll
SN54S258W
87· 65
tTll
SN54S275J
87· 66
87· 67 SN54S280J
87· 68 SN54S280W
87· 69 SN64L71N
87· 70 SN64L72N
SN64L73N
58· 67 SN64L78N
SN74HOOJ
58· 68
tTll
58· 69 SN74HOON
tTll
129· 88 SN74HOOW
SN74H01J
129· 89
tTll
SN74HOIN
47· 45
tTll
SN74H01W
47· 46 SN74H04J
47· 47
tTll
SN74H04N
47· 48
tTll
SN74H04W
43· 33 SN74H05J
47· 49
tTll
SN74H05N
47· 50
tTll
SN74H05W
43· 34 SN74Hl0J
47· 51
tTll
SN74Hl0N
60· 81
tTll
SN74Hl0W
60· 82 SN74Hl1J
tTiI
130·100 SN74HllN
tTll
130·101 SN74HllW
SN74H15J
79· 69
SN74H15N
79· 70
SN74H20J
79· 21
nil
SN74H20N
79· 22
tTll
SN74H20W
116· 90 SN74H21J
tTll
116· 91 SN74H21N
116· 92
tTll
SN74H21W
187· 26 SN74H22J
tTll
187· 27 SN74H22N
tTll
187· 28 SN74H22W
SN74H30J
187· 29
tTll
SN74H30N
187· 30
tTll
SN74H30W
187· 31 SN74H40J
tTll
187· 32 SN74H40N
tTll
187· 33 SN74H40W
SN74H50J
64· 29
tTll
SN74H50N
64· 30
tTiI
SN74H50W
68· 25 SN74H51J
tTll
68· 26 SN74H51N
tTiI
64· 25 SN74H51W
SN74H52J
64· 26
tTll
SN74H52N
68· 21
tTll
SN74H52W
68· 22 SN74H53J
tTll
58· 59 SN74H53N
tTll
58· 60 SN74H54J
tTlI
58· 61 SN74H54N
tTll
58· 62 SN74H54W

D.A. T.A.

I
1'91.44

..., .. n.'iir

195· 69 SN74H55N
tTll
195· 70 SN74H55W
SN74H60J
187· 34
tTll
SN74H60N
187· 35
tTll
SN74H60W
187· 36 SN74H61J
187· 37
tTll
187· 38 SN74H61N
tTll
187· 39 SN74H61W
SN74H62J
187· 40
tTll
SN74H62N
187· 41
tTll
SN74H62W
163·110 SN74H71J
tTll
192· 94 SN74H71N
tTll
192· 95 SN74H71W
SN74H72J
46· 75
tTll
46· 76 SN74H72N
46· 77
tTll
46· 78 SN74H72W
116· 93 SN74H73J
tTll
116· 94 SN74H73N
tTll
116· 95 SN74H73W
116· 96 SN74H74J
tTll
116· 97 SN74H74N
tTll
116· 98 SN74H74W
156· 96 SN74H76J
tTll
156· 97 SN74H76N
tTll
156· 98 SN74H78J
156· 99
tTll
SN74H78N
156·100
tTll
SN74H78W
156·101 SN74H87J
118· 99
tTll
SN74H87N
116·100
tTll
SN74H87W
116·101 SN74Hl01J
82· 22
tTll
SN74Hl01N
82· 23
tTll
SN74Hl01W
82· 24 SN74Hl02J
82· 25
tTil
SN74Hl02N
82· 26
tTll
SN74Hl02W
116·102 SN74Hl03J
tTll
116·103 SN74Hl03N
tTll
116·104 SN74Hl03W
82· 27 SN74HI06J
tTll
82· 28 SN74HI06N
tTll
82· 29 SN74Hl08J
116·105
tTll
SN74Hl08N
116·106
nil
SN74HI08W
116·107 SN74HI83J
116·108
tTll
SN74HI83N
116·109
tTll
SN74LOOJ
116·110
117· I SN74l00N
tTll
117· 2 SN74l00T
tTll
117· 3 SN74l0lT
98· 92
SN74l02J
98· 93
SN74l02N
98· 94
98· 95 SN74l02T
98· 96 SN74l03J
98· 97 SN74l03N
92· 11
SN74l04J
92· 12
SN74l04N
tTIl
92· 13
98· 98 SN74l04T
tTll
98· 99 SN74l10J
98·100 SN74l10N
tTiI
98·101 SN74l10T
tTll
98·102 SN74l20J

to·Registered with JEDEC
by this manufacturer

tTn~

FSC
tTllB
FSC
FSC
tTllB
FSC
tTllB
FSC
FSC
tTllB
FSC
tTllB
FSC
FSC
tTllB
FSC
tTllB
FSC
FSC
tTllB
FSC
tTllB
FSC
FSC
tTllB
FSC
tTllB
FSC
FSC
TIIB
FSC
TIIB
FSC
FSC
TIIB
FSC
TIIB
FSC
FSC
TIIB
FSC
TIIB
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
FSC
TIIB
FSC
TIIB
FSC
TIIB
FSC
TIIB
FSC
FSC
TIIB
FSC
TIIB
tTll
TIIB
NSC
TIIB
tNSC
TIIB
tTll
TIIB
tTli
TIIB
tTiI
TIIB
tTiI
TIIB
tTiI
TIIB
tTll
TIIB
tTll
TIIB
NSC
TIIB
NSC
TIIB
tTiI
TIIB
NSC
TIIB
tNSC
TIIB
ti::B

YPE No.

I:>N/"L:TI~
98·104 SN74L20T
tTll
98·105 SN74L30J
133· 25
SN74L30N
133· 26
tTll
SN74L30T
133· 27
tTll
133· 28 SN74L42J
II~·1U;S

133· 29 SN74L42N
133· 30 SN74L43J
133· 31
SN74L43N
133· 32
SN74L44J
133· 33
46· 79 SN74L44N
46· 80 SN74L46J
46· 81 SN74L46N
46· 82
SN74L47J
46· 83
SN74L47N
46· 84
46· 85 SN74L51J
46· 86 SN74L51N
tTll
46· 87 SN74L51T
58· 31
SN74L54J
58· 32
SN74L54N
58· 33
tTll
46· 88 SN74L54T
46· 89 SN74L55J
46· 90 SN74L55N
tTll
46· 91 SN74L55T
46· 92 SN74L71J
164· 1
SN74L7 IN
164· 2
tTll
SN74L71T
164· 3
47· 15 SN74L72J
47· 16 SN74L72N
tTll
47· 17 SN74L72R
47· 18 SN74L72T
47· 19 SN74L73J
47· 20 SN74L73N
47· 21
tTll
SN74L73R
47· 22 SN74L73T
47· 23 SN74L74J
47· 24
SN74L74N
47· 25
SN74L74T
47· 26
SN74L75J
47· 27
SN74L75N
47· 28
149· 6 SN74L77T
149· 7 SN74L78J
109· 43 SN74L78N
tTll
109· 44 SN74l78R
SN74l78T
109· 45
SN74l85J
108· 59
SN74l85N
95· 64
SN74l86J
95· 65
SN74l86N
95· 66
SN74l86T
108· 60
SN74l90J
108· 61
SN74l90N
153· 66
SN74l90T
153· 67
SN74L93D
153· 68 SN74l93F
SN74l93J
109· 46
SN74l93N
109· 47
tTll
SN74l93T
109· 48
SN74l98J
109· 49

IN TYPE NUMBER SEQUENCE
MFRs politi inA
MFRS Pa&Lme TYt'E No.
lUll· au :>N/"LII~N
185· 92

~lrB

tNSC
TIIB
tTll
TIIB
NSC
TIIB
tNSC
TIIB
tTll
TIIB
tTiI
TIIB
tTiI
TIIB
tTiI
TIIB
tTll
TIIB
tTiI
TIIB
tTll
TIIB
tTiI
TIIB
tTiI
TIIB
tTll
TIIB
tTiI
TIIB
NSC
TIIB
tTll
TIIB
tTll
TIIB
NSC
TIIB
tTll
TIIB
tTll
TIIB
NSC
TIIB
tTll
TIIB
tTll
TIIB
NSC
TIIB
tTll
TIIB
tTll
TIIB
NSC
TIIB
tNSC
tTll
TIIB
tTll
TIIB
NSC
TIIB
tNSC
tTll
TIIB
tTll
TIIB
tTll
TIIB
tTll
TIIB
tTiI
TIIB
tTll
TIIB
tTiI
TIIB
tTiI
TIIB
NSC
TIIB
tNSC
tTiI
TIIB
tTll
TIIB
tTll
TIIB
tTll
TIIB
tTll
TIIB
tTiI
TIIB
tTiI
tTllB
tTll
tTllB
tTll
tTllB
tNSC
tNSC
tTll
TIIB
tNSC
TIIB
tTll
TIIB
tTll
TIIB

109· 51 SN74L121J
109· 52 SN74L121N
109· 53 SN74L121T
109· 54 SN74L122J
74· 19 SN74L122N
74· 20 SN74L122T
78· 54 SN74L153J
78· 55 SN74L153N
79· 50 SN74L154AN
SN74L 154J
79· 51
SN74L 154N
77· 2
SN74L 157J
77· 3
SN74L157N
77· 4
SN74L 192J
77· 5
SN74L 192N
84·100
SN74L 193J
84·101
SN74L 193N
84·102
SN74LS83J
84·103
SN74LS83N
84·104
SN74LS83W
84·105
SN74LS86J
84·106
SN74LS86N
84·107
SN74LS86W
85· 1
SN74LS136J
53· 26
SN74LS136N
53· 27 SN74LS136W
SN74LS138J
53· 28
SN74LS138N
51· 34
SN74LS138W
51· 35
SN74LS139J
43· 20
51· 36 SN74LS139N
51·37 SN74LS139W
51·38 SN74LS151J
43· 14 SN74LS151N
51· 39
SN74LS151W
56· 57
SN74LSI52W
56· 58 SN74LS153J
56· 59 SN74LS153N
193· 91 SN74LSI53W
193· 92 SN74LS155J
193· 93 SN74LS155N
43· 15 SN74LS174J
43· 16 SN74LS174N
43· 17 SN74lS174W
43· 18
SN74lS175J
191· 99
SN74lS175N
191·100
SN74lS175W
129· 45
SN74lS181J
129· 46
SN74lS181N
129· 47
SN74lS181W
61· 97
SN74lS190J
61· 98
SN74lS190N
61· 99
SN74lS191J
64· 46
64· 47 SN74lS191N
67· 64
SN74lS192J
67· 65
SN74lS192N
67· 66
SN74lS193J
185· 91 SN74lS193N

+.Copy of mfr's data sheet
may be ordered from D.A.T.A.

ti::B
tTll
TIIB
tTll
TIIB
tTll
TIIB
tTll
TIIB
tTll
TIIB
tTll
TIIB
tTll
TIIB
tTll
TIIB
tNSC
tTll
TIIB
tTll
TIIB
tTIl
TIIB
tTll
TIIB
tTll
TIIB
tTiI
TIIB
tTll
TIIB
tTll
TIIB
tTll
TIIB
tTll
TIIB
tTll
TIIB
tTll
TIIB
tTll
TIIB
tTll
TIIB
tTll
TIIB
tTll
tTll
tTll
TIIB
tTIl
TIIB
tTll
TIIB
tTll
TIIB
tTll
TIIB
tTll
TIIB
tTll
TIIB
tTll
TIIB
tTll
TIIB
tTll
tTIl
TIIB
tTiI
TIIB
tTiI
TIIB
tTIl
TIIB
tTiI
TIIB
tTiI
TIIB
tTIl
TIIB
tTll
TIIB
tTiI
TIIB
tTiI
TIIB
tTIl
TIIB
tTli
TIIB
tTiI
TIIB
tTli
TIIB
tTll
TIIB
tTll
TIIB
tTIl
TIIB
tTil
TIIB
tTIl
TIIB
tTIl
TIIB
TIIB
tTll
TIIB

136· 53
136· 54
136· 55
138· 72
138· 73
138· 74
187· 42
187· 43
71·80
75· 78
75· 79
187· 44
187· 45
61·101
61·102
85· 43
65· 44
149· 58
149· 59
149· 60
130· I
130· 2
130· 3
130· 4
130· 5
130· 6
79· 71
79· 72
79· 73
79· 23
79· 24
79· 25
187· 48
187· 47
187· 48
187· 49
187· 50
187· 51
185· 12
71·101
71·102
58· 13
58· 14
58· 15
58· 16
58· 17
58· 18
191· 45
191· 46
191· 47
62· 61
62· 62
66· 29
68· 30
62· 4
62· 5
66· 67
66· 68

27

TYPE No.

SN74LS196J
SN74LS196N
SN74LS196W
SN74LS197J
SN74LS197N
SN74LS197W
SN74LS251J
SN74LS251N
SN74LS251W
SN74LS253J
SN74LS253N
SN74LS253W
SN74LS266J
SN74LS266N
SN74LS266W
SN74S00J
HII
SN74S00N
HII
SN74S00W
SN74S03J
HII
SN74S03N
HII
SN74S03W
SN74S04J
HII
SN74S04N
HII
SN74S04W
SN74S05J
HII
SN74S05N
HII
SN74S05W
SN74S08J
SN74S08N
SN74S09J
SN74S09N
SN74S10J
HII
SN74S10N
SN74S10W
SN74S11J
HII
SN74S11N

SN74S11W
SN74S15J
HII
SN74S15N
SN74S15W
SN74S20J
HII
SN74S20N
HII
SN74S20W
SN74S22J
HII
SN74S22N
HII
SN74S22W
SN74S32J
SN74S32N
SN74S37J
SN74S37N
SN74S38J
SN74S38N
SN74S40J
HII
SN74S40N
HII
SN74S40W
SN74S64J
HII
SN74S64N
HII
SN74S64W
SN74S65J
HII
SN74S65N
HII
SN74S65W
SN74S74J
HII
SN74S74N
HII

28

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
FSC
HIIB
FSC
TIIB
FSC
FSC
TIIB
FSC
TIIB
FSC
FSC
TIIB
FSC
TIIB
FSC
FSC
TIIB
FSC
TIIB
FSC
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
FSC
TIIB
HII
TIIB
FSC
FSC
TIIB
HII
TIIB
FSC
FSC
TIIB
HII
TIIB
FSC
FSC
HIIB
FSC
TIIB
FSC
FSC
TIIB
FSC
TIIB
FSC
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
FSC
TIIB
FSC
TIIB
FSC
FSC
TIIB
FSC
TIIB
FSC
FSC
TIIB
FSC
TIIB
FSC
FSC
TIIB
FSC
TIIB

62- 9

.

3 TYPE
No. CROSS INDEX
MFRS Pa&Line TYPE No.
MFRS Pa&Line

MFRS Pa&Line TYPE No.

~~~:~mV

62- 10
SN74S86N
63- 27
65- 53
65 - 54
66· 93
187 - 52
187 - 53
187 - 54
187 - 55
187· 56

SN74S112J
HII
SN74S112N
HII
SN74S112W
SN74S113J
HII
SN74S113N
HII
SN74S113W
SN74S114J
HII
SN74S114N
HII
SN74S114W
SN74S124J

187 - 57 SN74S124N
135- 29 SN74S135J
135- 30 SN74S135N
135 - 31 SN74S138J
117· 4 SN74S138N
117· 5 SN74S139J
HII
117 - 6 SN74S139N
117 - 7
HII
SN74S140J
117· 8
HII
SN74S140N
117· 9
HII
156·102 SN74S140W
SN74S151J
156-103
HII
SN74S151N
156-104
HII
156·105 SN74S153J
HII
156·106 SN74S153N
HII
156·107 SN74S157J
82· 30
HII
SN74S157N
82· 31
HII
SN74S158J
82· 32
HII
SN74S158N
82- 33
HII
SN74S162J
117· 10
SN74S162N
117 - 11
SN74S163J
117- 12
82- 34 SN74S163N
82- 35 SN74S168J
82· 36 SN74S168N
82· 37
SN74S169J
82- 38
SN74S169N
82- 39
117· 13 SN74S174J
HII
117 - 14 SN74S174N
HII
117 - 15 SN74S175J
117- 16
HII
SN74S175N
117 - 17
HII
SN74S181J
117· 18
HII
90- 67 SN74S181N
HII
90- 68 SN74S182J
117- 19 SN74S182N
117- 20 SN74S251J
HII
117· 21 SN74S251N
117·22 SN74S253J
SN74S253N
117- 23 SN74S257J
HII
117 - 24 SN74S257N
HII
117· 25 SN74S258J
87· 71
HII
SN74S258N
87- 72
HII
SN74S274N
87 - 73
87 - 74 SN74S275J
87 - 75 SN74S275N
87 - 76 SN74S280J
58- 70
SN74S280N
58· 71

D.A. T.A.

t~~C

TIIB
HII
TIIB
FSC
HIIB
FSC
HIIB
FSC
FSC
TIIB
FSC
TIIB
FSC
FSC
TIIB
FSC
TIIB
FSC
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
AMV
TIIB
AMV
TIIB
FSC
TIIB
FSC
TIIB
FSC
AMV
TIIB
AMV
TIIB
tAMV
TIIB
tAMV
TIIB
AMV
TIIB
AMV
TIIB
AMV
TIIB
AMV
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
tAMV
TIIB
tAMV
TIIB
tAMV
TIIB
tAMV
TIIB
AMV
TIIB
AMV
TIIB
HII
TIIB
HII
TIIB
AMV
TIIB
AMV
HII
tAMV
tAMV
tAMV
TIIB
tAMV
TIIB
tAMV
TIIB
tAMV
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB

l~g:

7;

ISN74S381N
SN510B

130- 8
SN511B
47· 52
SN512B
47· 53
SN513B
47· 54
47 - 55 SN514B
47 - 56 SN515B
43· 35 SN516B
47 - 57
SN517B
47·58
SN518B
43· 36
60· 83 SN530
SN531
60· 84 SN532
SN533
130·102 SN534
SN535
130-103 SN5101B
79·74 SN5111B
79- 75 SN5112
SN5113
79- 26 SN5161B
79- 27 SN5162B
117- 26 SN5191A
SN5191B
117·27
SN5300
117·28 SN5301
187·58
SN5302
187 - 59
SN5304
187· 60
SN5310
187·61 SN5311
187 - 62 SN5315
187- 63 SN5320
SN5330
187 - 64 SN5331
187·65 SN5340
SN5350
64- 31 SN5360
64- 32 SN5370
68- 27 SN5380
68· 28 SN5400J
64·27 SN5400N
64 - 28 SN5400W
68· 23 SN5401J
HII
68- 24 SN5401N
58- 63 SN5401W
58·64 SN5402J
HII
58·65 SN5402N
58- 66 SN5402W
191- 48 SN5403J
HII
191- 49 SN5403N
195 - 71 SN5403W
195- 72 SN5404J
HII
187·66 SN5404N
187· 67 SN5404W
HII
187· 68 SN5405J
187 - 69
187 - 70 SN5405N
tNSC
187 - 71 SN5405W
187· 72 SN5406J
tNSC
187 - 73
SN5406N
184· 57 SN5406W
tNSC
164- 4
SN5407J
tNSC
164· 5
192· 96 SN5407N
SN5407W
192· 97
tNSC

ti:iB
HII
HIIB
HII
HIIB
HII
HIIB
HII
HIIB
HII
HIIB
HII
HIIB
HII
HIIB
HII
HIIB
HII
HIIB
HIIB
HIIB
HIIB
HIIB
HIIB
HIIB
HII
HIIB
HII
HIIB
HIIB
HIIB
HII
HIIB
HII
HIIB
HII
HII
HIIB
HII
HII
HIIB
HII
HIIB
HII
HIIB
HII
HII
HIIB
HII
HIIB
HII
HII
HII
HIIB
HII
HII
HII
HIIB
HII
HIIB
HII
HIIB
HII
TIIB
FSC
tNSC
HII
TIIB
FSC
TIIB
FSC
tNSC
HII
TIIB
FSC
TIIB
FSC
tNSC
HII
TIIB
FSC
TIIB
FSC
tNSC
HII
TIIB
FSC
TIIB
FSC
tNSC
FSC
TIIB
HII
TIIB
FSC
HIIB
HII
TIIB
FSC
HII
TIIB
FSC
FSC
HII
TIIB
FSC
HII
TIIB
FSC
FSC
HII
TIIB

TYPE No.

191- 50 ISNb4UNil

54- 22 SN5408N
SN5408W
54- 76
HII
SN5409J
126· 25
SN5409N
124· 17 SN5409S
126- 26 SN5409W
129· 18 SN5410J
124· 11 SN5410N
179· 18 SN5410W
137 - 82 SN5413J
HII
40· 65 SN5413N
89· 78 SN5413W
HII
89· 83
126- 13 SN5416J
tNSC
89· 84
158· 62
54· 20 SN5416N
SN5416W
54·47
tNSC
54· 49 SN5417J
54· 50
tNSC
107- 30
SN5417N
124· 13 SN5417W
tNSC
129· 15
129· 16 SN5420J
HII
40- 66 SN5420N
40- 67
SN5420W
40· 68
SN5422J
40- 69
SN5422W
126- 14
126· 15 SN5423J
HII
105- 69 SN5423N
SN5423W
83· 70
HII
125- 86 SN5425J
125 - 87
HII
SN5425N
89· 82 SN5425W
152· 64
HII
125 - 88 SN5426J
HII
128-104 SN5426N
SN5426W
137 - 52
SN5427J
117· 29
HII
SN5427N
117- 30 SN5427W
117 - 31 SN5428J
117 - 32 SN5428W
117 - 33 SN5430J
HII
117·34 SN5430N
96· 63 SN5430W
96· 64 SN5432J
96· 65 SN5432N
SN5432W
117·35
SN5433J
117· 36
SN5433W
117·37
SN5437J
156-108
HII
SN5437N
156-109 SN5437W
HII
156·110 SN5438J
HII
157· 1 SN5438N
SN5438W
157· 2
HII
SN5440J
157· 3
SN5440N
157- 4
SN5440W
HII
157· 5 SN5441AJ
157· 6 SN5442AJ
SN5442AW
157- 7
SN5442J
tNSC
157· 8
157- 9 SN5442N
SN5442W

IN TYPE NUMBER SEQUENCE
MFRS Pa&Line TYPE No.
MFRS Po.&Line

~~~

FSC
FSC
TIIB
FSC
TIIB
FSC
FSC
TIIB
HII
TIIB
HII
TIIB
FSC
tNSC
HII
TIIB
FSC
HIIB
FSC
FSC
HIIB
FSC
HII
TIIB
FSC
FSC
HII
TIIB
FSC
HII
TIIB
FSC
FSC
HII
TIIB
FSC
TIIB
FSC
tNSC
HII
TIIB
HII
TIIB
HII
TIIB
FSC
HIIB
FSC
FSC
HIIB
FSC
HIIB
FSC
FSC
TIIB
FSC
TIIB
FSC
HII
TIIB
FSC
HIIB
FSC
HII
TIIB
HII
TIIB
HII
TIIB
FSC
TIIB
FSC
tNSC
HII
TIIB
FSC
HII
FSC
FSC
HII
HII
TIIB
HII
TIIB
FSC
HIIB
FSC
FSC
TIIB
FSC
HIIB
FSC
FSC
TIIB
HII
TIIB
FSC
tNSC
FSC
TIIB
tNSC
HII
TIIB
HII
TIIB
FSC
Til
TIIB
FSC
Til
TIIB

12~-

83 ISN5443AJ-

126- 84 SN5443AW
126- 85
SN5443J
126- 86
Til
SN5443N
126· 87 SN5443W
126· 88
SN5444AJ
126· 89
SN5444AW
117·38
SN5444J
11.7· 39
Til
SN5444N
126- 90 SN5444W
162· 4 SN5445J
tNSC
161- 90
162· 5 SN5445N
SN5445W
157- 10
SN5446AJ
157· 11 SN5446AW
157 - 12
SN5446J
Til
157· 13 SN5446N
SN5446W
157· 14 SN5447AJ
157 - 15
SN5447AW
126· 91 SN5447J
NSC
117· 40
SN5447N
126- 92 SN5447W
117 - 41 SN5448J
NSC
117·42
SN5448N
96· 66 SN5448W
96- 67 SN5449W
96· 68
HII
SN5450J
96· 69
HII
SN5450N
96· 70
96- 71 SN5450W
117· 43 SN5451J
HII
117· 44 SN5451N
117 - 45
SN5451W
96· 72
SN5453J
96· 73
HII
96- 74 SN5453N
97·

1 SN5453W

97· 2 SN5454J
HII
117 - 46 SN5454N
117· 47 SN5454W
117·48 SN5460J
HII
90- 69 SN5460N
90- 70 SN5460W
90· 71
SN5470J
97- 3
HII
SN5470N
97- 4 SN5470W
117· 49 SN5472J
HII
117·50 SN5472N
117 - 51
SN5472W
117·52
SN5473J
117· 53
tNSC
117· 54
SN547JN
117· 55
SN5473W
117 - 56
HII
SN5474J
117· 57
tNSC
74· 21 SN5474N
74· 22
SN5474W
74 - 23
SN5475J
74- 24
tNSC
SN5475N
74- 25 SN5475W
74- 26
SN5476J

cont.next oaoe

LI-Registered with JEDEC
by this manufacturer

.-Copy of mfr's data sheet
may be ordered from D.A.T.A.

HII
TIIB
HII
TIIB
FSC
TIIB
FSC
Til
TIIB
HII
TIIB
HII
TIIB
FSC
TIIB
FSC
Til
TIIB
FSC
HII
TIIB
FSC
HII
TIIB
HII
TIIB
HII
TIIB
FSC
TIIB
FSC
Til
TIIB
HII
TIIB
HII
TIIB
FSC
Til
TIIB
FSC
Til
TIIB
FSC
HII
TIIB
FSC
HII
TIIB
FSC
TIIB
FSC
TIIB
FSC
tNSC
HII
TIIB
FSC
TIIB
FSC
tNSC
HII
TIIB
FSC
TIIB
FSC
tNSC
HII
TIIB
FSC
TIIB
FSC
tNSC
HII
TIIB
FSC
TIIB
FSC
tNSC
HII
TIIB
FSC
TIIB
FSC
HII
TIIB
FSC
TIIB
FSC
tNSC
HII
TIIB
FSC
HII
TIIB
FSC
tNSC
FSC
TIIB
FSC
HII
TIIB
FSC
tNSC
HII
TIIB
FSC
HII
TIIB
FSC
HII
TIIB
FSC

78- 56
78- 57
78- 96
78- 58
78- 59
79·52
79· 53
78- 97
78- 81
78- 82
74· 27
74- 28
74· 29
77- 6
77· 7
75· 80
75·81
75·82
77- 8
77· 9
75·83
75· 84
75· 85
77- 10
75- 86
77- 11
77- 12
98-106
98·107
98-108
98-109
98·110
99· 1
99· 2
99- 3
99- 4
99· 5
99· 6
99- 7
133- 34
133· 35
133- 36
51· 64
51- 65
51- 66
51· 50
51- 44
51· 51
45· 65
51· 45
45· 66
57 - 59
57· 60
57 - 61
193· 94
193· 95
193· 96
45· 67

28

TYPE No.
I::;~~~:')I!J
HII
SN5476N
SN5476W
SN5477W
HII
SN5480J
HII
SN5480N
SN5480W
HII
SN5482J
HII
SN5482N
SN5482W
HII
SN5483AJ
SN5483AW
SN5483J
SN5483N
SN5486J
HII
SN5486N
SN5486W
HII
SN5490AJ
SN5490AW
SN5490J
SN5490J#
SN5490N
SN5490S
SN5492AJ
SN5492AW
SN5492J#
SN5492S
SN5493AJ
SN5493AW
SN5493S
SN5497J
SN5497W
SN5500
SN5520J
SN5520JA
SN5521J
SN5521JA
SN5522J
SN5522JA
SN5523J
SN5523JA
SN5524J
SN5524JA
SN5525J
SN5525JA
SN5526J
SN5526JA
SN5527J
SN5527JA
SN5528J
SN5528JA
SN5529J
SN5529JA
SN6400N
SN6401AN
SN6401N
SN6402N
SN6403N
SN6404N
SN6405AN
SN6405N
SN6410N
SN6420N
SN6430N
SN6440N
SN6442N
SN6443N
SN6444N

29

3. TYPE
No. CROSS INDEX
MFRS Po&Line TYPE No.
MFRS Po&Line TYPE No.

MFRS Po&line TYPE No.
tNSC
TIIB
FSC
tNSC
HII
TIIB
FSC
TIIB
FSC
TIIB
FSC
FSC
TIIB
FSC
TIIB
FSC
FSC
TIIB
HII
TIIB
HII
TIIB
FSC
tNSC
FSC
NSC
FSC
TIIB
FSC
tNSC
FSC
TIIB
HII
TIIB
HII
TIIB
FSC
tNSC
FSC
TIIB
FSC
HII
TIIB
HII
TIIB
tNSC
FSC
HII
TIIB
HII
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
HIIB
HII
TIIB
HII
HIIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
TIIB
HIIB
TIIB
TIIB
TIIB
TIIB
HIIB
TIIB
TIIB
TIIB
TIIB
TIIB
TIIB
TIIB
TIIB

45- 68
45- 69
193- 97
149- 8
149- 9
149- 10
149- 11
149- 12
149- 13

I~~g:~¥~

~::g

SN6453N
SN6454N
SN6460N
SN6470N
SN6472N
SN6473N
SN6474N
SN6475N
SN6476N
SN6480N
SN6482N
SN6483N
SN6486N
SN6490N
SN6492N
SN6493N
SN7300

TIIB
TIIB
TIIB
TIIB
TIIB
TIIB
TIIB
TIIB
TIIB
TIIB
TIIB
TIIB
TIIB
TIIB
TIIB
TIIB
HII
HIIB
HII
HIIB
HII
HIIB
HII
HIIB
HII
HIIB
HII
HIIB
HII
HIIB
HII
HIIB
HII
HIIB
HII
HIIB
HII
HIIB
HII
HIIB
HII
HIIB
HII
HIIB
HII
TIIB
FSC
HII
HIIB
FSC
TIIB
FSC
HII
HIIB
FSC
TIIB
FSC
HII
HIIB
FSC
TIIB
FSC
HII
TIIB
FSC
TIIB
FSC
HII
TIIB
FSC
HII
TIIB
FSC
HII
TIIB
FSC
HII
TIIB
FSC
HII
TIIB
FSC
FSC
HII
TIIB
FSC
HII
TIIB
FSC
FSC
TIIB
FSC
TIIB
FSC
FSC
TIIB
FSC
TIIB
FSC
TIIB
HII
TIIB
FSC
HII
HIIB
FSC
HIIB
FSC
HIIB
FSC
FSC

149- 14
SN7301
149- 15
SN7302
149- 16
SN7304
149- 17
SN7310
130- 9
SN7311
130- 10
SN7315
130- 11
SN7320
63-109
SN7330
63-110
SN7331
63- 42
62- 47 SN7350
63- 43
SN7360
63- 98
67- 83 SN7370
67- 84 SN7380
165- 95 SN7400J
68- 1
67- 85 SN7400N
tNSC
67- 86
SN7401J
68- 2
HII
184- 66 SN7401N
tNSC
184- 67
SN7402J
151- 37
HII
SN7402N
173- 66
tNSC
173- 67 SN7403J
HII
173- 68 SN7403N
tNSC
173- 69
SN7404J
173- 70
HII
SN7404N
173- 71
tNSC
173-72 SN7404W
SN7405J
173 - 73
SN7405N
173 - 74
NSC
173- 75 SN7406J
tNSC
173- 76
SN7406N
173- 77
tNSC
173- 78 SN7406W
SN7407J
173 - 79
tNSC
173- 80 SN7407N
tNSC
173- 81
SN7407W
173- 82 SN7408J
HII
173- 83 SN7408N
HII
173- 84 SN7408W
SN7409J
173- 85
SN7409N
117 - 58
117- 59 SN7409S
117- 60
97- 5 SN7410J
117- 61
157- 16 SN7410N
157- 17
tNSC
157- 18
117- 62 SN7413J
117- 63
HII
117- 64 SN7413N
117- 65
HII
74- 30 SN7413W
78- 60 SN7416J
78- 83 cont.next col.

D.A. T.A.

::: :

9999133515144571404414914914913064686840-

10
11
37
67
46
37
62
9
38
18
19
20
12
9
3
4
31

::;~~~t\I!J
HII
SN7416N
tNSC
SN7416W
SN7417J
tNSC
SN7417N
tNSC
SN7417W
SN7420J
HII
SN7420N
tNSC
SN7422J

40- 32
SN7422N
40- 33
40- 34
126- 16
126- 17
126- 18
131- 83
126- 19
126- 20
159- 32
126- 21

SN7423J
HII
SN7423N
HII
SN7423W
SN7425J
HII
SN7425N
HII
SN7425W
SN7426J
HII
SN7426N
HII
SN7427J
HII
SN7427N
HII
SN7428J

128-109
SN7428N
137- 63
SN7430J
HII
SN7430N
117- 67
tNSC
117- 66

SN7432J
117- 68
SN7432N
117- 69
SN7432W
SN7433J
97- 6
SN7433N
97- 7
SN7437J
HII
117- 70 SN7437N
HII
117- 71 SN7437W
SN7438J
HII
157- 19 SN7438N
HII
157- 20 SN7438W
SN7440J
157- 21 SN7440N
157- 22
tNSC
157- 23 SN7440S
SN7440W
SN7441AN
157- 24 SN7442AJ
SN7442AN
157- 25
SN7442J
Til
157- 26 SN7442N
tNSC
157 - 27
SN7443AJ
157 - 28
SN7443AN
157- 29 SN7443J
126- 93
Til
SN7443N
126- 94
HII
SN7444AJ
126- 95
126- 96 SN7444AN
126- 97 SN7444J
Til
126- 98 SN7444N
HII
117- 72 SN7445J
tNSC
117- 73
SN7445N
tNSC
162- 6
SN7446AJ
161- 93
SN7446AN
162- 7
157- 30 SN7446J
Til

t,-Registered with JEDEC
by this manufacturer

tNSC
TIIB
FSC
HII
TIIB
FSC
FSC
HII
TIIB
FSC
HII
TIIB
FSC
FSC
TIIB
FSC
HII
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
HII
HIIB
FSC
HII
FSC
HII
FSC
HII
TIIB
HII
TIIB
FSC
HIIB
FSC
HIIB
FSC
FSC
HIIB
FSC
HIIB
FSC
HII
TIIB
FSC
HII
HIIB
FSC
FSC
tNSC
HII
TIIB
HII
TIIB
FSC
TIIB
FSC
HII
HIIB
HII
TIIB
HII
TIIB
FSC
TIIB
FSC
HIIB
HII
TIIB
HII
TIIB
FSC
TIIB
FSC
HIIB
FSC
HII
TIIB
FSC
HII
TIIB
HII
TIIB
HII
TIIB
FSC
TIIB

I::;N(441!~SC

157 - 31 SN7447AJ
SN7447AN
157- 32
157- 33 SN7447J
Til
SN7447N
157- 34
NSC
SN7448J
157- 35
HII
126- 99 SN7448N
NSC
117- 74
SN7449W
HII
117- 75 SN7450J
HII
117- 76 SN7450N
tNSC
97- 8
SN7451
97- 9 SN7451J
HII
97- 10 SN7451N
97- 11
tNSC
97- 12 SN7453
SN7453J
97- 13
HII
117- 77 SN7453N
tNSC
117 - 78
SN7454
97- 14 SN7454J
HII
97· 15 SN7454N
tNSC
97- 16
SN7460J
97- 17
HII
SN7460N
117- 79
tNSC
117- 80 SN7470J
HII
SN7470N
90- 72
HII
SN7472J
90- 73
HII
SN7472N
90- 74
NSC
97- 18
SN7473J
97- 19
HII
SN7473N
tNSC
117- 81
117- 82 SN7473W
SN7474J
117- 83
HII
117 - 84 SN7474N
tNSC
117- 85
SN7475J
117- 86
117- 87 SN7475N
tNSC
117- 88
SN7476J
HII
126-100 SN7476N
tNSC
117- 89
74- 31
74- 32 SN7477W
SN7480J
74- 33
HII
SN7480N
74- 34
HII
SN7480W
74- 35 SN7482J
HII
SN7482N
78- 61
HII
SN7482W
78- 62 SN7483AJ
78- 98 SN7483AN
78- 63 SN7483J
SN7483N
79- 54
SN7486J
79- 55
HII
SN7486N
78- 99
tNSC
78- 84 SN7486W
SN7490AJ
74- 36
SN7490AN
74 - 37 SN7490AW
SN7490N#
SN7492AJ
77- 13
SN7492AN
77- 14
SN7492N#
75- 87 SN7493AJ

IN TYPE NUMBER SEQUENCE
MFR:s Po&Line TYPE No.

~~~
TIIB
HII
TIIB
HII
TIIB
FSC
TIIB
FSC
Til
TIIB
FSC
TIIB
FSC
HII
TIIB
FSC
TIIB
FSC
TIIB
FSC
HII
HIIB
TIIB
FSC
TIIB
FSC
HII
TIIB
TIIB
FSC
TIIB
FSC
HII
TIIB
TIIB
FSC
TIIB
FSC
HII
TIIB
FSC
TIIB
FSC
HII
HIIB
FSC
TIIB
FSC
HIIB
FSC
TIIB
FSC
HII
TIIB
FSC
TIIB
FSC
HII
TIIB
FSC
FSC
TIIB
FSC
HII
TIIB
HII
TIIB
FSC
HII
HIIB
FSC
TIIB
FSC
HII
HIIB
FSC
FSC
TIIB
FSC
TIIB
FSC
FSC
TIIB
FSC
HIIB
FSC
HII
TIIB
HII
TIIB
FSC
FSC
tNSC
FSC
TIIB
FSC
HII
TIIB
FSC
HII
TIIB
HII
TIIB
FSC
tNSC
HII
TIIB
HII
TIIB
tNSC
HII
TIIB

(D- 1111

77777575-

""',,,,,.,,,'"

SN7493AW
15 SN7493N#
SN7497J
16
SN7497N
89
SN7520J
90 SN7520N

SN7521J
77-17 SN7521N
77- 18 SN7522J
SN7522N
77- 19 SN7523J
SN7523N
99- 12
99- 13

SN7524J
HII
SN7524N
tNSC

99- 14
99- 15 SN7525J
HII
99- 16 SN7525N
tNSC
99- 17 SN7526J
99- 18 SN7526N
99- 19 SN7527J
SN7527N
99- 20 SN7528J
99- 21 SN7528N
99- 22 SN7529J
SN7529N
133- 38 SN15301J
133- 39 SN15301N
SN15302J
51- 68

SN15302N

51- 69
SN15303J
51- 52
SN15303N
51- 53
SN15312J
45- 70 SN15312N
45- 71 SN15321J
SN15321N
45- 72
57- 63 SN15322J
57- 64 SN15322N
SN15323J
193- 98
SN15323N
193- 99
SN15324J
45- 73 SN15324N
45 - 74 SN15325J
SN15325N
193-100
149- 21 SN15326J
149- 22 SN15326N
149- 23 SN15331J
149- 24
SN15331N
149- 25
SN15332J
149- 26
149- 27 SN15332N
149- 28 SN15333J
149- 29 SN15333N
149- 30
SN 15334J
130- 13
SN15334N
130- 14
SN15335J
130- 15 SN15335N
64- 1
SN15336J
64- 2
SN15336N
63- 99
62- 48 SN15342J
67- 87
SN15342N
67- 88
SN15370J
165- 96
67- 89 SN15370N

• -Copy of mfr's data sheet
may be ordered from D.A_T_A_

MFR:s Po&line
t+::B
FSC
tNSC
HII
TIIB
HII
TIIB
HII
HII
TIIB
HII
HII
TIIB
HII
HII
TIIB
HII
HII
TIIB
tFSC
HIIB
FSC
HII
TIIB
tFSC
HIIB
FSC
HII
TIIB
HII
HII
TIIB
HII
HII
TIIB
HII
HII
TIIB
HII
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
tTiI
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

IJ( -

IIU

68- 5
66- 4
184- 68
184- 69
173- 86
173- 87
173- 88
173- 89
173- 90
173- 91
173- 92
173- 93
173- 94
173- 95
173- 98
173- 97
173- 98
173- 99
173-100
173-101
173-102
173-103
173-104
173-105
106- 73
106- 74
106- 75
106- 76
106- 77
106- 78
40-101
40-102
108- 79
106- 80
106- 81
106- 82
106- 83
106- 84
106- 85
106- 86
106- 87
106- 88
106- 89
106- 90
131- 97
131- 98
106- 91
106- 92
106- 93
106- 94
159- 71
159- 72
159- 73
159- 74
159- 75
159- 76
136- 35
136- 36
55- 83
55- 84

29

TYPr; No
15N158JO
SNI5830N
SNI5831
SNI5831N
SNI5832
SNI5832N
SN15833
SN15833N
SN15836F,R
SN15836J
SN15836N
SN15837F,R
SN15837J
SNI5837N
SN15838N
SN15844
SN15844N
SN15845
SN15845N
SN15846
SN15846N
SN15848
SN15848N
SN15849F,R
SN15849J
SN15849N
SN15850
SN15850N
SN15851
SN15851N
SN15861F,R
SN15861J
SN15861N
SN15862
SN15862N
SN15863F,R
SN15863J
SN15863N
SN15930
SN15930N
SN15931
SN15931N
SN15932
SN15932N
SN15933
SN15933N
SN15936F,R
SN15936J
SN15936N
SN15937F,R
SN15937J
SN15937N
SN15938N
SN15944
SN15944N
SN15945
SN15945N
SN15946
SN15946N
SN15948
SN15948N
SN15949F,R
SN15949J
SN15949N
SN15950
SN15950N
SN15951
SN15951N

1~~lg~gl~,R

30

3. TYPE No.

MFRs Politi ine TYPE No.
t::::: B
tTlI
TIIB
tTlI
TIIB
tTiI
TIIB
tTlI
TIIB
tTlI
TIIB
tTiI
TIIB
tTlI
TIIB
Til
Til
Til
Til
Til
Til
Til
TIIB
tTlI
TIIB
tTlI
TIIB
tTlI
TIIB
tTiI
TIIB
tTlI
TIIB
tTlI
TIIB
tTlI
TIIB
tTlI
TIIB
Til
Til
Til
tTiI
TIIB
tTiI
TIIB
tTlI
TIIB
tTlI
TIIB
Til
Til
Til
tTlI
TIIB
tTlI
TIIB
Til
Til
Til
tTlI
TIIB
Til
TIIB
tTII
TIIB
Til
TIIB
tTlI
TIIB
Til
TIIB
tTlI
TIIB
Til
TIIB
Til
Til
Til
Til
Til
Til
Til
TIIB
tTlI
TIIB
Til
TIIB
tTlI
TIIB
Til
TIIB
tTlI
TIIB
Til
TIIB
tTIl
TIIB
Til
TIIB
Til
Til
Til
tTll
TIIB
Til
TIIB
tTlI
TIIB
Til
TIIB
Til
Til

lZU- 5

1~~m:~N

126- 6
40- 59
40- 60
126- 7
124- 38
131- 86
131- 87
153153153153·
153153153-

31
32
33
34
35
36
37

SN15962N
SN15963F,R
SN 15953J
SNI5963N
SNI7908L
SNI7909L
SNI7910L
SN17911L
SN17912L
SN17921L
SN29000J
SN29000N
SN29001J
SN29001N
SN29002J

126- 22 SN29002N
126- 23 SN29003J
40· 61 SN29003N
40- 62 SN29004J
126· 8 SN29004N
126- 9 SN29005J
40- 63 SN29005N '
40- 64 SN29007J
104·
104·
104·
54·
54137·
137104104104126-

30 SN29007N
31
32 SN29008J
6
SN29008N
7
SN29009J
53
SN29009N
54
SN29012J
33
34 SN29012N
35
10 SN29016J

126- 11 SN29016N
104- 36 SN29024J
104- 37
104- 38 SN29024N
125-100
SN29301J
104- 39
SN29301N
40- 35
SN29308J
50- 80
SN29308N
126- 12
SN29309J
104- 40
SN29309N
131- 53
SN29310J
131- 54
SN29310N
153- 38
153- 39 SN29311J
153- 40
153- 41 SN29311N
153- 42
153- 43 SN29312J
153- 44
SN29312N
125-101
SN29316J
104- 41
SN29316N
40- 36
SN29318J
50- 96
SN29318N
125-102
SN29322J
104- 42
SN29322N
40- 37
SN29601J
50- 97
SN29601N
104- 43
104- 44 SN39301J
104- 45
54- 2 SN39308J
53- 96 SN39309J
137- 62 SN39310J
137- 58 SN39311J

18t :~

SN39312J

D.A. T.A.

~An~~

MFRS Pa&.Line TYPE No.

t:::::
TIIB
Til
TIIB
Til
Til
Til
tTlI
tTiI
tTlI
tTlI
tTlI
tTlI
tTlI
TIIB
tTlI
TIIB
tTlI
TIIB
tTlI
TIIB
tTlI
TIIB
tTlI
TIIB
tTlI
TIIB
tTlI
TIIB
tTlI
TIIB
tTlI
TIIB
tTlI
TIIB
tTlI
TIIB
tTlI
TIIB
tTlI
TIIB
tTlI
TIIB
tTlI
TIIB
tTlI
TIIB
tTlI
TIIB
tTll
TIIB
tTlI
TIIB
tTlI
TIIB
tTlI
TIIB
tTlI
Til 8
tTlI
TIIB
tTlI
TIIB
tTll
TIIB
tTlI
TIIB
tTlI
TIIB
tTlI
TIIB
tTiI
TIIB
tTlI
TIIB
tTlI
TIIB
tTlI
TII8
tTlI
TIIB
tTlI
TIIB
tTlI
TIIB
tTlI
TIIB
tTlI
TIIB
tTlI
TIIB
tTII
TIIB
tTlI
TIIB
tTll
TIIB
tTll
TIIB
tTll
Til 8
tTll
TIIB
tTll
TIIB
tTll
TIIB
tTlI
TIIB
tTlI
TIIB
tTiI
TIIB

19~:~

104- 49
104104104·
147·
94·
94·
100150·
132·
42·

50
51
52
87
98
99
73
71
5
31

15NJIJJ1UJ
SN39318J
SN39322J
SN54100J
SN54100W

SN54104J
Til
SN54104W
Til
SN54105J
Til
42- 32 SN54105W
Til
42· 40 SN54107J
tNSC
42- 41
SN54107N
108· 1
SN54109J
108· 2
tTlI
SN54109W
108· 3
tTlI
SN54110J
108· 4
SN54110W
108- 5
SN54111J
108- 6
SN54111W
84- 85
SN54116J
84- 86
SN54116W
108- 7
SN54120J
108- 8
SN54120W
84- 87
SN54121J
84- 88
tNSC
108- 9 SN54121N
108- 10 SN54121W
tTll
108- 11 SN54T22J
tTlI
108- 12 SN54122W
tTlI
152- 90 SN54123J
FSC
152- 91
SN54123N
42- 38 SN54123W
FSC
42- 39
SN54125J
74- 38
SN54125W
74- 39
SN54126J
193-101
SN54126W
193-102
SN54128J
187 - 74
SN54128W
187 - 75
SN54136J
68- 87
SN54136W
68- 88
SN54143J
187- 76
SN54143W
187- 77
SN54144J
187- 78
SN54144W
187- 79
SN54145J
66- 69
tNSC
66- 70 SN54145W
194- 81 SN54147J
194- 82 SN54147W
187- 80 SN54148J
187 - 81 SN54148W
136- 56 SN54150J
136- 57 SN54150N
SN54150W
74- 40
SN54151AJ
193-103
SN54151AW
187- 82
SN54151J
68- 89
NSC
187- 83 SN54151N
187- 84 SN5415·A'f

A-Registered wIth JEDEC
by this menufecturer

INDEX

MFRS Po&. ine TYPE No.

t::::: B
tT11
TIIB
tTlI
TIIB
tTlI
TIIB
tTII
TIIB
FSC
TIIB
FSC
TIIB
FSC
TIIB
FSC
TIIB
FSC
tTlI
TIIB
FSC
tNSC
FSC
TIIB
FSC
TIIB
tTlI
TIIB
tTlI
TIIB
tTlI
TIIB
tTlI
TIIB
tTlI
TIIB
tTlI
TIIB
tTlI
TIIB
tTlI
TIIB
FSC
tTlI
TIIB
FSC
tNSC
FSC
TIIB
FSC
tTlIB
FSC
tTlIB
'tAMV
tTlI
tTIIB
FSC
MMV
tTlI
tTlIB
tTlI
TIIB
tTll
TIIB
tTiI
TIIB
tTlI
TIIB
tTlI
TIIB
tTlI
TIIB
tTlI
TIIB
tTlI
TIIB
tTlI
TIIB
tTlI
TIIB
tTlI
TIIB
tTlI
TIIB
FSC
tTlI
TIIB
tTlI
TIIB
tTiI
TIIB
tTlI
TIIB
tTlI
TIIB
tTlI
TIIB
tTll
TIIB
FSC
tTll
TIIB
tTll
TIIB
tTlI
TIIB
FSC
Til
TIIB
FSC
tNSC

~~~

UU· 71 Il:iN5415ZAW

194- 83 SN54152S
SN54152W

187· 85

193·104
193·105
51· 7
51· 8
51- 9
51- 10
46- 1

SN54153J
FSC
tTlI
SN54153N
SN54153W
tTlI
SN54154J
FSC
tTlI
SN54154N
SN54154W
tTlI
SN54155J
tNSC

SN54155N
46- 2 SN54155W
46- 45 SN54156J
tNSC
46- 46
SN54156N
46- 3 SN54156W
46· 4 SN54157J
FSC
46· 5
SN54157N
46· 6 SN54157W
FSC
193·106
SN54159J
193·107
SN54159W
179· 45
SN54160J
179· 46
FSC
139· 53 SN54160N
SN54160W
tTlI
139· 54 SN54161J
FSC
139- 55
SN54161N
136-101 SN54T6TW
tTlI
136-102 SN54T62J
tTlI
136-103 SN54162W
tTlI
SN54163J
136-104
tTlI
136-105 SN54163W
tTlI
SN54167J
174- 67
SN54167W
174- 68
SN54174J
174- 69
FSC
174- 70 SN54174N
SN54174W
97- 20
FSC
97- 21 SN54175J
FSC
130- 16
SN54175N
130- 17 SN54175W
FSC
164- 39
SN54176J
164- 40
SN54176W
164- 41
SN54177J
164- 42
SN54177W
74- 41
SN54180J
tTiI
74- 42 SN54180N
SN54180W
78- 16
tTlI
SN54181D
78- 17 SN54181J
tTlI
79- 14 SN54181N
79- 15 SN54181W
tTll
187- 86 SN54182J
FSC
164- 6
tTlI
187- 87 SN54182N
SN54182W
187- 88
tTlI
SN54190J
187- 89
tTlI
SN54190N
164- 7 SN54190W
tTlI
SN54191J
164- 8
tTlI
SN54191N
164- 9 SN541:i.'f

IN TYPE NUMBER SEQUENCE
MFR.S pg&.Line TYPE No.
M~RS PolltLine
167- SO 15N54~C
63· 8
t::::: B
t~I't'V

FSC
FSC
Til
AMV
NSC
TIIB
FSC
AMV
TIIB
AMV
tNSC
TIIB
FSC
AMV
TIIB
FSC
tTlI
TIIB
FSC
tTlI
TIIB
FSC
tTlI
TIIB
FSC
tTlI
TIIB
AMV
tTlI
TIIB
FSC
AMV
tTll
TIIB
tTlI
TIIB
tTlI
TIIB
AMV
tTlI
TIIB
FSC
AMV
TIIB
AMV
tTlI
TIIB
FSC
AMV
TIIB
AMV
TIIB
AMV
TIIB
AMV
TIIB
AMV
TIIB
tTlI
TIIB
tTlI
TIIB
tAMV
tTlI
TIIB
FSC
tAMV
tTlI
TIIB
tAMV
tTlI
TIIB
FSC
tAMV
tTlI
TIIB
tTlI
TIIB
tTlI
TIIB
tTlI
TIIB
tTlI
TIIB
FSC
TIIB
FSC
FSC
TIIB
tNSC
AMV
TIIB
FSC
tNSC
AMV
TIIB
AMV
tNSC
TIIB
FSC
AMV
TIIB
FSC
tTllB
FSC
FSC
tTllB
FSC
tTllB
FSC

t~~~

164· 10
164· 11 SN54192N
SN54192W
187·91
tTlI
SN54193J
FSC
164- 12
187 - 92 SN54193N
SN54193W
75- 91
tTlI
SN54196J
tTlI
72- 1 SN54196N
75- 92 SN54196W

72- 2 SN54197J
tTiI
SN54197N
72- 3 SN54197W
72- 4
SN54221J
72- 5
Til
SN54221W
tTlI
72· 6 SN54246J
72· 7
SN54246W
187· 93
SN54247J
164· 13 SN54247W
187- 94
SN54248J
194- 84 SN54248W
194- 85 SN54249J
62· 63 SN54249W
SN54251J
62- 64
62- 65 SN54251W
66- 31 SN54283J
SN54283W
62- 66
66- 32 SN54284J
62- 67 SN54284W
62- 68 SN54285J
66- 33 SN54285W
66- 34 SN54290J
184- 78 SN54290W
184- 79 SN54293J
57- 65 SN54293W
SN54298J

57- 66
57- 67 SN54298W
SN54365J
57- 68
SN54365W
57- 69 SN54366J
57- 70
SN54366W
69- 29 SN54367J
69- 30 SN54367W
68- 29 SN54368J
68- 30 SN54368W
192- 98 SN54390J
164- 14 SN54390W
192- 99
SN54393J
164- 15
191- 51 SN54393W
164- 16 SN54490J
191- 52 SN54490W
195- 73 SN55107AJ
FSC
164- 17 SN55107AW
195- 74 SN55107J
tTlI
62- 69 SN55108AJ
FSC
62- 70
62- 71 SN55108AW
SN55108J
66- 35
tTll
SN55109J
66- 36
tFSC
66- 37
ISN55109W

• ..copy of mfr's date sheet
may be ordered from D.A_T.A.

TIIB
FSC
AMV
TIIB
AMV
tTII
TIIB
FSC
AMV
TIIB
FSC
tTlIB
FSC
tTiI
tTlIB
FSC
tTlIB
FSC
tTlI
tTlIB
AMV
TIIB
AMV
TIIB
tTlI
TIIB
tTlI
TIIB
tTlI
TIIB
tTlI
TIIB
tTlI
TIIB
tTlI
TIIB
tTiI
TIIB
tTli
TIIB
tTiI
TIIB
tTlI
TIIB
tTlI
TIIB
tTlI
TIIB
tTlI
TIIB
tTlI
TIIB
tTiI
TIIB
tTlI
TIIB
tTlI
TIIB
tTlI
TIIB
tTlI
TIIB
tTlI
TIIB
tTlI
TIIB
tTlI
TIIB
tTlI
TIIB
tTlI
TIIB
tTlI
TIIB
tTlI
TIIB
tTll
TIIB
tTll
TIIB
tTiI
TIIB
tTll
TIIB
tTlI
TIIB
tTIl
TIIB
tTiI
TIIB
tTlI
TIIB
tTlI
TIIB
tTll
TIIB
AMV
tTll
TIIB
AMV
tFSC
tTllB
AMV
tTll
TIIB
AMV
tFSC
tTllB
AMV
tTll

tl'~v

63· 9
53· 10
66· 72
66· 73
66· 74
63· 28
63- 29
63- 30
66· 94
66· 95
63· 31
139· 61
139· 62
77· 20
77· 21
77· 22
77· 23
77- 24
77· 25
77· 26
77· 27
187· 95
187· 96
149· 31
149· 32
184- 58
184- 59
184· 60
184- 61
68- 90
68- 91
66- 75
66- 76
187- 97
187- 98
174- 71
174- 72
174- 73
174- 74
174- 75
174- 76
174- 77
174- 78
63- 22
63- 23
65· 56
66- 89
64- 13
64- 14
178- 38
178 - 39
177- 85
177- 18
178- 40
117- 86
177- 87
1177 - 88

30

rvPE No.
ISN551:~~C
SN55110W
SN55113J
SN55113SB
SN55114J
SN55114SB
SN55115J
SN55115SB
SN55121J
SN55122J
SN55182J
SN55183J
SN55232J
SN55232JA
SN55233J
SN55233JA
SN55234J
SN55234JA
SN55235J
SN55235JA
SN55236SB
SN55237SB
SN55238J
SN65238JA
SN55239J
SN55239JA
SN55244J
SN55244JA
SN55244N
SN55325J
HII
SN55325JB
SN55325N
SN55325SB
SN55326J
SN55326JB
SN55326N
SN55326SB
SN55327J
SN55327JB
SN55327N
SN55327SB
SN55329W
SN55450BJ
SN55450BJB
SN55451BJP
SN55451BL
SN55452BJP
SN55452BL
SN55453BJI"
SN55453BL
SN55454BJP
SN55454BL
SN55460J
SN55460JB
SN55461JP
SN55461L
SN55462JP

31

3. TYPE
No. CROSS INDEX
MFRS Polline TYPE No.
MFRS Pal!lLine

MFRS Pol!tLine TYPE No.

t~I~V
tTIIB
AMV
tTII
TIIB
tTII
TIIB
tTII
TIIB
tTII
TIIB
tTII
TIIB
tTli
TIIB
tTli
TIIB
tTII
TIIB
tTli
TIIB
tTII
TIIB
tTII
TIIB
tTII
TIIB
tTII
TIIB
tTli
TIIB
tTII
TIIB
tTli
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
tTII
TIIB
HII
TIIB
HII
TIIB
tTII
TIIB
tTII
TIIB
tTII
TIIB
tTII
TIIB
tTli
TIIB
FSC
TIIB
HII
TIIB
tTII
TIIB
tTII
TIIB
tTII
TIIB
HII
TIIB
HII
TIIB
tTII
TIIB
HII
TIIB
HII
TIIB
tTli
TIIB
HII
TIIB
HII
TIIB
tTli
TIIB
tTli
TIIB
tTII
TIIB
HII
TIIB
HII
TIIB
tTII
TIIB
tTII
TIIB
tTII
TIIB
tTli
TIIB
tTli
TIIB
tTli
TIIB
tTli
TIIB
HII
TIIB
tTli
TIIB
tTII
TIIB

177· 89 ,SNI'1'4IiZL

SN55463JP
177· 90
175· 90 SN55463L
175· 91 SN55464JP
175· 92 SN55464L
175· 93 SN64107N
SN74100J
178· 41
SN74100N
178· 42
SN74104J
175· 94
SN74104N
177· 91
SN74104W
178· 8 SN74105J
Til
175· 95 SN74105N
173·106 SN74105W
SN74107J
173 ·107
tTII
SN74107N
173·108
.NSC
173·109 SN74109J
tTII
173·110 SN74109N
174· 1 SN74109W
SN74110J
174· 2
SN74110N
174· 3
SN74111J
174· 4
SN74111N
174· 5
SN74116J
174· 6
SN74116N
174· 7
SN74120J
174· 8
SN74120N
174· 9
SN74121J
174· 10
.NSC
174· 11 SN74121N
.NSC
174· 12
SN74121W
180· 76 SN74122J
.TII
180· 77 SN74122N
180· 78 SN74122W
SN74123J
180· 79
FSC
180· 80 SN74123N
FSC
180· 81
SN74123W
180· 82 SN74125J
180· 83 SN74125N
180· 84 SN74126J
180· 85 SN74126N
180· 86 SN74128J
180· 87 SN74128N
180· 21 SN74136J
180· 88 SN74136N
180· 89 SN74141J
tTII
180· 90 SN74141N
tTII
180· 91 SN74142J
180· 92 SN74142N
180· 93 SN74143J
180· 94 SN74143N
180· 95 SN74144J
180· 96 SN74144N
180· 97 SN74145J
.NSC
180· 98
SN74145N
180· 99
.NSC
180·100 SN74147J
180·101 SN74147N
180·102 SN74148J

D.A.T.A.

'f::B
tTII
TIIB
tTII
TIIB
tTII
TIIB
tTII
TIIB
TIIB
tTII
TIIB
tTli
TIIB
Til
TIIB
Til
TIIB
FSC
FSC
TIIB
Til
TIIB
FSC
FSC
TIIB
FSC
tTli
tTliB
FSC
TIIB
tTli
TIIB
FSC
tTli
TIIB
HII
TIIB
tTli
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
tTII
TIIB
FSC
HII
TIIB
FSC
tTII
TIIB
FSC
FSC
tTIIB
HII
TIIB
FSC
.AMV
tTli
tTIIB
tAMV
tTli
TIIB
FSC
HII
TIIB
tTli
TIIB
tTli
TIIB
tTII
TIIB
tTII
TIIB
tTII
TIIB
tTli
TIIB
tTII
TIIB
FSC
TIIB
FSC
TIIB
tTli
TIIB
tTli
TIIB
tTII
TIIB
tTII
TIIB
tTII
TIIB
tTli
TIIB
FSC
HII
TIIB
FSC
tTII
TIIB
tTli
TIIB
HII
TIIB
HII
TIIB

1180.103 SN74148N
180-104 SN74150J

180·105 SN74150N
tTII
180·106 SN74151AJ
180·107 SN74151AN
44· 39 SN74151J
193·108
Til
SN74151N
193·109
.NSC
51· 11 SN74151W
SN74152AW
51· 12
SN74152S
51· 13 SN74153J
51· 14
FSC
51· 15 SN74153N
FSC
51· 16
tTli
46· 7 SN74154J
FSC
46· 8
tTli
SN74154N
FSC
46· 47
tTII
SN74155J
46· 48
tNSC
43· 37 SN74155N
.NSC
46· 9
46· 10 SN74156J
.NSC
46· 11
SN74156N
46· 12
.NSC
193·110 SN74157J
FSC
194· 1
SN74157N
179· 47
FSC
179· 48 SN74157W
SN74159J
139· 56
SN74159N
139· 57 SN74160J
FSC
139· 58 SN74160N
136·106
FSC
136·107 SN74161J
FSC
136·108
136·109 SN74161N
tTII
SN74162J
136·110
tTII
SN74162N
tTII
137· 1 SN74163J
174· 79
tTII
SN74163N
174· 80
HII
SN74167J
174· 81
SN74167N
174· 82
SN74174J
97· 22
FSC
97· 23 SN74174N
FSC
130· 18
SN74174W
130· 19 SN74175J
FSC
74· 43
SN74175N
74· 44
FSC
164· 47 SN74175W
SN74176J
164· 48
SN74176N
164· 43
SN74177J
164· 44
SN74177N
164· 45
SN74180J
164· 46
HII
SN74180N
74· 45
HII
SN74180W
SN74181D
74· 46 SN74181J
HII
SN74181N
78· 18
FSC
tTII
78· 19 SN74182J
FSC
79· 16
tTII

t,·Registered with JEDEC
by this manufacturer

'f::B
tTII
TIIB
FSC
TIIB
tTII
TIIB
tTII
TIIB
FSC
TIIB
FSC
Til
TIIB
FSC
tTII
TIIB
FSC
AMV
tTli
TIIB
AMV
NSC
TIIB
AMV
tNSC
TIIB
AMV
.NSC
TIIB
FSC
tTII
TIIB
FSC
HII
TIIB
FSC
tTII
TIIB
FSC
tTII
TIIB
AMV
HII
TIIB
AMV
HII
TIIB
FSC
tTli
TIIB
tTli
TIIB
AMV
tTII
TIIB
AMV
tTli
TIIB
AMV
tTli
TIIB
AMV
TIIB
AMV
TIIB
AMV
TIIB
AMV
TIIB
AMV
TIIB
HII
TIIB
HII
TIIB
.AMV
tTII
TIIB
tAMV
tTli
TIIB
FSC
.AMV
tTII
TIIB
.AMV
HII
TIIB
FSC
HII
TIIB
tTII
TIIB
HII
TIIB
HII
TIIB
FSC
TIIB
FSC
TIIB
FSC
.NSC
AMV
TIIB
AMV
.NSC
TIIB
AMV
.NSC
TIIB

YPE No.

79· 17 SN7418~SNc

187· 99
187·100
187·101
187·102
164· 18
164· 19

tTli
SN74190J
tTli
SN74190N
tTli
SN74190W
SN74191J
tTli
SN74191N
tTli
SN74191W
SN74192J
FSC

164· 20
187·103 SN74192N
FSC
164· 21
187·104 SN74193J
FSC
187·106 SN74193N
FSC
75· 93 SN74196J
tTII
SN74196N
75· 94
tTII
SN74197J
tTli
72· 8 SN74197N
HII
SN74221J
72· 9
Til
SN74221N
Til
72· 10 SN74246J
SN74246N
72· 11
SN74247J
187·106 SN74247N
SN74248J
187·107
SN74248N
164· 22 SN74249J
194· 86
SN74249N
194· 87
SN74251J
62· 72
SN74251N
62· 73 SN74273N
SN74283J
66· 38

SN74283N

66· 39 SN74284J
62· 74 SN74284N
62· 75 SN74285J
66· 40 SN74285N
66· 41 SN74290J
184· 80 SN74290N
184· 81 SN74293J
57·71 SN74293N
SN74298J
57· 72
SN74298N
57· 73 SN74351N
57·74
SN74365J
57·75 SN74365N
SN74366J
57· 76
69· 31 SN74366N
69· 32 SN74367J
68· 31 SN74367N
68· 32 SN74368J
192·100 SN74368N
192·101 SN74390J
164· 23 SN74390N
164· 24
191· 53 SN74393J
191· 54 SN74393N
SN74490J
195· 75
SN74490N

IN TYPE NUMBER SEQUENCE
MFRS Polline
I'lI&Line -YPE No.

M~

t~~i'

TIIB
FSC
tTIIB
FSC
tTIIB
FSC
FSC
tTIIB
FSC
tTIIB
FSC
AMV
tTII
TIIB
AMV
tTII
TIIB
AMV
tTII
TIIB
AMV
tTII
TIIB
FSC
tTIIB
FSC
TIIB
FSC
HIIB
FSC
tTIIB
AMV
TIIB
AMV
TIIB
HII
TIIB
tTII
TIIB
.TlI
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
.TII
TIIB
HII
TIIB
HII
TIIB
tTli
TIIB
tTII
TIIB
tTII
TIIB
tTII
TIIB
HII
TIIB
HII
TIIB
tTII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
tTII
TIIB
HII
TIIB
HII
TIIB
HII
TIIB
tTli
TIIB
tTli
TIIB
tTli
TIIB
.TII
TIIB
.TII
TIIB
.TII
TIIB
.TII
TIIB
tTII
TIIB
.TII
TIIB
.TII
TIIB
tTII
TIIB
tTII
TIIB
tTII
TIIB

1191'.71l i SN7 1'10UL

SN75107AJ
62· 76
FSC
62· 77 SN75107AN
FSC
64· 16
66· 42 SN76107J
.TII
66· 43 SN75107N
.TII
68· 12 SN75108AJ
63· 11
FSC
63· 12

SN75108AN
FSC

SN76108J
.TII
SN75108N
tTII
66· 78 SN75109J
.FSC

66· 77

63· 32 SN75109N
.FSC
63· 33
SN75110J
.FSC
66· 96
66· 97 SN76110N
.FSC
139· 63
SN75113J
139· 64
SN75113N
77· 28
SN75113SB
77· 29
77· 30

SN75114J
SN75114N

77· 31
SN75114SB
77· 32
SN75115J
77· 33
SN75115N
77· 34

SN75115SB

77· 35
SN75121J
187·108
187·109

SN75121N
SN75122J

58· 34

SN75122N

149· 33
SN75123J
149· 34
SN75123N
184· 62 SN75124J
184· 63 SN75124N
184· 64 SN75140P
184· 65 SN76150J
68· 92 SN75150N
68· 93 SN75150P
66· 79 SN75152J
66· 80 SN75152N
187·110 SN75154J
188· 1 SN75154N
188· 2 SN75182J
174· 83 SN75182N
174· 84 SN75183J
174· 85 SN75183N
174· 86 SN75188J
174· 87 SN75188N
174· 88 SN75189AJ
174· 89 SN75189AN
174· 90 SN75189J
63· 24 SN75189N
63· 25 SN75232J
ee· 90 SN75232N
66· 91 SN75233J
63·100 SN75233N
64· 15 SN76234J

• ·Copy of mfr's data sheet
may be ordered from D.A.T.A.

17 • Z

:f::B
AMV
tTII
TIIB
AMV
tTII
TIIB
tFSC
tTIIB
.FSC
tTIIB
AMV
tTII
TIIB
AMV
tTII
TIIB
.FSC
tTIIB
.FSC
tTIIB
AMV
tTII
tTIIB
AMV
tTII
tTIIB
AMV
tTII
tTliB
AMV
tTII
tTIIB
tTII
TIIB
.TII
TIIB
tTII
TIIB
HII
TIIB
HII
TIIB
tTII
TIIB
tTII
TIIB
tTII
TIIB
tTII
TIIB
HII
TIIB
tTII
TIIB
tTII
TIIB
tTII
TIIB
.TII
TIIB
TIIB
tTII
TIIB
tTII
TIIB
tTII
TIIB
tTII
TIIB
tTII
TIIB
tTII
TIIB
tTII
TIIB
tTli
TIIB
tTII
TIIB
tTII
TIIB
tTII
TIIB
tTil
TIIB
tTII
TIIB
tTli
TIIB
tTII
TIIB
tTII
TIIB
tTII
TIIB
tTII
TIIB
tTII
TIIB
HII
TIIB
tTII
TIIB
tTII
TIIB
tTII
TIIB
tTII
TIIB
tTII
TIIB

178- 43
178· 44
177· 92
177· 93
177· 19
177· 20
177· 94
177· 95
177· 98
177· 97
177· 98
177· 99
175· 96
176· 1
176· 2
176· 3
176· 4
176· 5
178· 46
178· 46
178· 47
176· 6
178· 7
177·100
177·101
176· 8
178· 9
177·102
177·103
177·104
176· 10
176·11
176· 12
177·105
177·106
178· 99
178·100
178· 9
178· 10
176· 13
176· 14
175· 48
175· 49
178· 81
178· 82
178· 83
178· 84
174· 13
174· 14
174· 15
174· 16
174· 17

31

3. TYPE No. CROSS INDEX

TYPE No.

MFRS Pa&Line TYPE No.

ISN75234N

174- 18 ISN75464L

SN75235J
SN75235N
SN75236SB
SN75237SB
SN75238J
SN75238N
SN75239J
SN75239N
SN75244J
SN75244JA
SN75244N
SN75270J
SN75270N
SN75303N
SN75308J
SN75308N
SN75324J
SN75324N
SN75325J
tTll
SN75325N
tTll
SN75325SB
SN75326J
SN75326N
SN75326SB
SN75327J
SN75327N
SN75327SB
SN75370J
SN75370N
SN75450AJ
SN75450AN
SN75450BJ
SN75450BN
SN75450J
SN75450N
tSIC
SN75451AP
SN75451BL
SN75451BP
SN75451P
tSIC
SN75452BL
SN75452BP
SN75452P
SN75453BL
SN75453BP
SN75453P
SN75454BL
SN75454BP
SN75454P
SN75460AJ
SN75460AN
SN75460J
SN75460N
SN75461AP
SN75461L
SN75461P
SN75462AP
SN75462L
SN75462P
SN75463AP
SN75463L
SN75463P
SN75464AP

32

ti::B
tTll
TIIB
tTll
TIIB
tTiI
TIIB
tTiI
TIIB
tTll
TIIB
tTll
TIIB
tTll
TIIB
tTll
TIIB
tTll
TIIB
tTll
TIIB
tTll
TIIB
tTiI
TIIB
tTll
TIIB
tTiI
tTll
tTll
tTll
TIIB
tTll
TIIB
FSC
TIIB
FSC
TIIB
tTll
TIIB
tTll
TIIB
tTll
TIIB
tTli
TIIB
tTll
TIIB
tTll
TIIB
tTli
TIIB
tTll
TIIB
tTll
TIIB
FSC
FSC
tSIC
tTli
TIIB
tTli
TIIB
tFSC
FSC
tTll
tTllB
FSC
tSIC
tTll
TIIB
tTli
TIIB
FSC
tTll
tTllB
tTll
TIIB
tTll
TIIB
FSC
tTli
TIIB
tTli
TIIB
FSC
tTll
TIIB
tTll
TIIB
FSC
FSC
FSC
tTll
TIIB
tTll
TIIB
FSC
tTll
TIIB
tTll
TIIB
FSC
tTll
TIIB
tTll
TIIB
FSC
tTll
TIIB
tTll
TIIB
FSC

174- 19 SN75464P
174 - 20 SN75491N
SN75492N
174- 21 SN151810N
174- 22 SN151811N
174- 23 SN151910N
174- 24 SN151911N
174- 25 SN158093F
SN158093J
174- 26 SN158093N
SN158093R
174- 27 SN158094F
SN158094J
174 - 28 SN158094N
SN158094R
174- 29 SN158097F
SN158097J
174- 41 SN158097N
SN158097R
174- 42 SN158099F
SN158099J
184- 10 SN158099N
183- 84 SN158099R
183- 81 SN159093F
182- 17 SN159093J
SN159093N
182- 20 SN159093R
SN159094F
180-108 SN159094J
SN159094N
180-109 SN159094R
SN159097F
180-110 SN159097J
SN159097N
181- 1 SN159097R
SN159099F
181- 2 SN159099J
SN159099N
181- 3 SN159099R
SNF30J
181- 4
SNF30W
181- 5
SNF31J
181- 6
SNF31W
151- 23
SNF32J
151- 24
SNF32W
181- 7
181- 8 SNF33J
181- 9 SNF33W
181- 10 SNF50J
181- 11 SNF50W
181- 12
SNF51J
181- 13 SNF51W
181- 14 SNF52J
181- 15 SNF52W
181- 16 SNF53J
SNF53W
181- 17
SNF60J
181- 18
SNF60W
181- 19
181- 20 SNF61J
181- 21 SNF61W
181- 22 SNF62J
181 - 23
SNF62W
181 - 24
SNF63J
181- 25
181 - 26 SNF63W
181 - 27
181 - 28 SNF100J
181 - 29 SNF100W
181- 30 SNF101J
181- 31
SNF101W
181- 32
SNF102J
181- 33
181- 34 SNF102W
181- 35 SNF103J
181- 36 SNF103W
181- 37
SNFll0J
181- 38
SNF110W
181- 39

D.A. T.A.

MFRS Pa&Line TYPE No.

ti::B
tTll
TIIB
FSC
FSC
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
Til
TIIB
Til
TIIB
Til
TIIB
Til
TIIB

181- 40 "'N"

1.1

181- 41 SNFlllW
163- 48 SNF112J
163- 49
93-104 SNF112W
93-105 SNF113J
94- 2 SNF113W
94- 3 SNF120J
39- 87
,39- 88
39- 89
39- 90
39- 91
39- 92
39- 93
39- 94
39- 95
39- 96
39- 97
39- 98
39- 99
39-100
39-101
39-102
. 39-103
39-104
39-105
39-106
39-107
39-108
39-109
39-110
40- 1
40- 2
40- 3
40- 4
40- 5
40- 6
40- 7
40- 8
54- 25

SNF120W
SNF121J
SNF121W
SNF122J
SNF122W
SNF123J
SNF123W
SNF130J
SNF130W
SNF131J
SNF131W
SNF132J
SNF132W
SNF133J
SNF133W
SNF200J
SNF200W

54- 26 SNF201J
54- 27 SNF201W
54- 28 SNF202J
54- 29 SNF202W
54- 30 SNF203J
54- 31 SNF203W
54- 32 SNF210J
49- 34 SNF210W
49- 35 SNF211J
49- 36 SNF211W
49- 37 SNF212J
49- 38 SNF212W
49- 39 SNF213J
49- 40 SNF213W
49- 41 SNG40J
51-108 SNG40W
51-109 SNG41J
51-110 SNG41W
52-

1 SNG42J

52· 2 SNG42W
52- 3 SNG43J
52- 4 SNG43W
52- 5 SNG50J
38- 24 SNG50W
38- 25 SNG51J
38- 26 SNG51W
38- 27 SNG52J
38- 28 SNG52W
38- 29 SNG53J
38- 30 SNG53W
38- 31 SNG60J
38- 32 SNG60W
38- 33 SNG61J

to-Registered with JEDEC
by this manufacturer

MFRS Pa&Line TYPE No.

IN TYPE NUMBER SEQUENCE
MFRS Pa&Line TYPE No.

MFRS Pa&Line

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

+::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

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
Til
TIIB

"11- 0:14 I"'NUo) IW
38- 35 SNG62J

38- 36 SNG62W
38- 37 SNG63J
38- 38 SNG63W
38- 39 SNG70J
38- 40 SNG70W
38- 41 SNG71J
38- 42 SNG71W
38- 43 SNG72J
38- 44 SNG72W
38- 45 SNG73J
38 - 46 SNG73W
38- 47 SNG80J
38- 48 SNG80W
38- 49 SNG81J
38- 50 SNG81W
38- 51 SNG82J
38- 52 SNG82W
38- 53 SNG83J
38- 54 SNG83W
38- 55 SNG90J
52- 8 SNG90W
52- 9 SNG91J
52- 10 SNG91W
52- 11 SNG92J
52 - 12 SNG92W
52- 13 SNG93J
52- 14 SNG93W
52- 15 SNG100J
52- 16 SNG100W
52- 17 SNG101J
52- 18 SNG101W
52- 19 SNG102J
52- 20 SNG102W
52- 21 SNG103J
52- 22 SNG103W
52- 23 SNGll0J
127- 65 SNGll0W
127- 66 SNGlllJ
127 - 67 SNGlllW
127- 68 SNG112J
127- 69 SNG112W
127- 70 SNG113J
127- 71 SNG113W
127- 72 SNG120J
90- 95 SNG120W
90- 96 SNG121J
90- 97 SNG121W
90- 98 SNG122J
90- 99 SNG122W
90-100 SNG123J
90-101 SNG123W
90-102 SNG130J
127- 73 SNG130W
127- 74 SNG131J
127 - 75 SNG131W

u.7- 70) I"'NU1":tJ

127- 77 SNG132W
127- 78 SNG133J
127- 79 SNG133W
127- 80 SNG140J
88- 99 SNG140W
88-100 SNG141J
88-101 SNG141W
88-102 SNG142J
88-103 SNG142W
88-104 SNG143J
88-105 SNG143W
88-106 SNG150J
161- 80 SNG150W
161- 81 SNG151J
161- 82 SNG151W
161- 83 SNG152J
161- 84 SNG152W
161- 85 SNG153J
161- 78 SNG153W
161- 79 SNG170J
130- 66 SNG170W
130- 67 SNG171J
130- 68 SNG171W
130- 69 SNGI72J
130- 70 SNGI72W
130- 71 SNG173J
130- 72 SNG173W
130- 73 SNG180J
90-103 SNG180W
90-104 SNG181J
90-105 SNG181W
90-106 SNG182J
90-107 SNG182W
90-108 SNG183J
90-109 SNG183W
90-110 SNG190J
91- 1 SNG190W
91- 2 SNG191J
91- 3 SNG191W
91'- 4 SNG192J
91- 5 SNG192W
91- 6 SNG193J
91 - 7 SNG193W
91 - 8 SNG200J
127 - 81 SNG200W
127- 82 SNG201J
127 - 83 SNG201W
127- 84 SNG202J
127- 85 SNG202W
127- 86 SNG203J
127- 87 SNG203W
127- 88 SNG210J
127 - 89 SNG210W
127- 90 SNG211J
127 - 91 SNG211W
127- 92 SNG212J

+-Copy of mfr's data sheet
may be ordered from D.A.T_A.

1121- 90:1
127- 94
127- 95
127- 96
127- 97
127- 98
127- 99
127-100
127-101
127-102
127-103
127-104
133-110
134- 1
134- 2
134- 3
134- 4
134- 5
134- 6
134- 7
134- 8
134- 9
134- 10
134- 11
134- 12
134- 13
134- 14
134- 15
134- 16
134- 17
134- 18
134- 19
134- 20
134- 21
134- 22
134- 23
127-105
127-106
127-107
127-108
127-109
127-110
128- 1
128- 2
128- 59
128- 60
128- 61
128- 62
128- 63
128- 64
128- 65
128- 66
89- 16
89- 17
89- 18
89- 19
89- 20

32

TYPE No.
I:>Nu:ll:lW
SNG213J
SNG213W
SNG220J
SNG220W
SNG221J
SNG221W
SNG222J
SNG222W
SNG223J
SNG223W
SNG230J
SNG230W
SNG231J
SNG231W
SNG232J
SNG232W
SNG233J
SNG233W
SNG240J
SNG240W
SNG241J
SNG241W
SNG242J
SNG242W
SNG243J
SNG243W
SNG250J
SNG250W
SNG251J
SNG251W
SNG252J
SNG252W
SNG253J
SNG253W
SNG260J
SNG260W
SNG261J
SNG261W
SNG262J
SNG262W
SNG263J
SNG263W
SNG270J
SNG270W
SNG271J
SNG271W
SNG272J
SNG272W
SNG273J
SNG273W
SNG280J
SNG280W
SNG281J
SNG281W
SNG282J
SNG282W

33

.

3 TYPE
No. CROSS INDEX
MFRS Pa&Line TYPE No.
MFRS Pa&Line TYPE

MFRS Pa&Line TYPE No.
~OI-

+IIB
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

:l1 I:>Nu:lH;jJ

89- 22 SNG283W
89- 23 SNG290J
128- 33 SNG290W
128· 34 SNG291J
128- 35 SNG291W
128· 36 SNG292J
128 - 37 SNG292W
128- 38 SNG293J
128- 39 SNG293W
128- 40 SNG300J
134 - 81 SNG300W
134- 82 SNG301J
134- 83 SNG301W
134- 84 SNG302J
134- 85 SNG302W
134- 86 SNG303J
134 - 87 SNG303W
134 - 88 SNG310J
128- 41 SNG310W
128- 42 SNG311J
128- 43 SNG311W
128 - 44 SNG312J
128 - 45 SNG312W
128- 46 SNG313J
128- 47 SNG313W
128- 48 SNG320J
89- 24 SNG320W
89- 25 SNG321J
89- 26 SNG321W
89- 27 SNG322J
89- 28 SNG322W
89- 29 SNG323J
89- 30 SNG323W
89· 31 SNR510
128- 49 SNR511
128- 50 SNR512
128- 51 SNR513
128- 52 SNR514
128· 53 SNR515
128- 54 SNR516
128- 55 SNR517
128- 56 SNR518
132- 59 SNR5101
132- 60 SNR5111
132- 61 SNR5161
132- 62 SNR5162
132- 63 SNR5191
132- 64 SP202A
SP203A
132- 65 SP204A
SP207A
132- 66 SP208A
SP209A
84 - 9 SP212A
SP214A
84- 10 SP218A
SP222A
84 - 11 SP223A
SP228A
84- 12 SP244A
SP245A
84 - 13 SP249A
SP252A
84 - 14 SP253A
SP254A

D.A. T.A.

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
.PLSB
.PLSB
.PLSB
.PLSB
.PLSB
.PLSB
.PLSB
+PLSB
.PLSB
.PLSB
.PLSB
.PLSB
.PLSB
.PLSB
.PLSB
.PLSB
.PLSB
.PLSB

H4- 15

Im~~!

84- 16 SP259A
SP260A
133- 92 SP262A
SP264A
133- 93 SP268A
SP272A
133· 94 SP273A
SP278A
133 - 95 SP294A
SP295A
133- 96 SP299A
SP300A
133- 97 SP301A
SP302A
133- 98
SP304A
133- 99 SP305A
SP306A
89- 32 SP314At.
SP314A#
89- 33 SP317A
SP319A
89- 34 SP321A
SP322AiZI
89 - 35 SP322B
89- 36 SP323A
SP328A
89 - 37
SP329A
89- 38 SP333A
SP334A
89- 39 SP337A
SP344A
89- 40 SP352A
89 - 41 SP356A
SP357A
89- 42 SP358A
SP362A
89- 43 SP363A
SP364A
89 - 44 SP369A
SP370A
89 - 45 SP372A
SP373A
89- 46 SP374A
SP375A
89- 47 SP377A
SP378A
107 - 84 SP379A
SP380A
107 - 85 SP381A
SP384A
107- 86 SP387A
SP391A
107- 87 SP394A
SP404
107- 88 SP410
SP412
107·89 SP420
SP423
107- 90 SP480
SP481
107- 91 SP482
SP483
54· 23 SP484
SP485
54- 77 SP486
SP487
126- 27 SP488
SP489
124 - 18 SP490
SP520
126- 28 SP521
SP522
129- 19 SP600A
SP600B
124 - 12 SP601A
SP601B
179- 17 SP602A
SP602B
137 - 83 SP603A
SP603B
54 - 21 SP604A
SP604B
54 - 48 SP613B
SP614B
107- 31 SP615B
SP616A
124 - 14 SP616B
SP616D
129- 17 SP620A
SP620B
54- 79 SP621B
55 - 41 SP622B
54- 80 SP629A
165· 90 SP630B
165- 91 SP630B#1
55 - 6 SP630D
55- 3 SP631A
101- 67 SP631B
101- 68 SP631B#1
101- 69 SP632B
101- 70 SP632B#1
132- 16 SP634B
102- 11 SP635B
129- 23 SP636B
132- 17 SP637B
54 - 81 SP640A
55 - 42 SP640B
54- 82 SP641A

t.-Registered with JEDEC
by this manufacturer

..

IN TYPE NUMBER SEQUENCE
No.

.PLSB 165- 92 ISP641B
.PLSB 165 - 93 SP642A
55 - 4 SP642B
.PLSB
.PLSB 165- 94 SP643B
.PLSB
55 - 5 SP646B
.PLSB 101- 71 SP647B
.PLSB 101- 72 SP650B
.PLSB 101- 73 SP651B
.PLSB 101- 74 SP652B
.PLSB 132- 18 SP655A
.PLSB 102- 12 SP655B
.PLSB 129- 24 SP657A
.PLSB 132- 19 SP657B
SIC
131- 55 SP659A
.SIC
131- 8
PLSB
54- 83 SP659B
SIC
83- 50 SP670A
SIC
83- 51 SP680At.
80- 25 SP690A
SIC
80- 26 SP701A
SIC
SIC
93- 4 SP701B
PLSB 101- 87 SP702A
SIC
93- 5 SP702B
PLSB 152- 47 SP703AE
SIC
38- 85 SP703AF
PLSB 101- 88 SP703BE
SIC
40- 76 SP703BF
101- 89 SP704AE
PLSB 101- 90 SP704AF
PLSB
59 - 45 SP704BE
132- 32 SP704BF
SIC
PLSB 132- 33 SP705B
SIC
89- 96 SP721BE
.SIC
91- 87 SP721BF
102- 25 SP721BT
.SIC
PLSB 102- 15 SP722BE
54- 84 SP722BF
PLSB
SIC
107- 65 SP722BT
SIC
105-108 SP723BE
122- 91 SP723BF
SIC
107- 66 SP724BE
SIC
.SIC
137- 18 SP724BF
SIC
165· 6 SP740BE
PLSB 101- 91 SP740BF
PLSB 152- 48 SP740BT
93- 6 SP741BE
SIC
PLSB 101- 92 SP741BF
PLSB 101· 93 SP741BT
.SIC
91- 88 SP1004
.SIC
91- 89 SP1005
102- 26 SP1006
.SIC
PLSB 132- 34 SP1007
PLSB 132- 35 SP1008
93- 7 SP1009
SIC
93- 60 SP10l0
SIC
.SIC
91- 90 SP10ll
.SIC
102- 27 SP1012
SIC
152- 3 SP1023
PLSB 102- 16 SP1039
.PLSB
89- 64 SP1204
.PLSB 107 - 28 SP1205
.PLSB 107 - 29 SP1206
.PLSB 179 - 13 SP1207
.PLSB 177 - 6 SP1208
89- 65 SP1209
.PLSB
.PLSB
89- 66 SP1210
tPLSB
83 - 71 SP1211
.PLSB
83- 72 SP1212
89- 67 SP1223
.PLSB
.PLSB
89- 68 SP1239
.PLSB
83 - 73 SP1660BE
.PLSB
83 - 74 SP1662BE
.PLSB
53- 6 SP1664BE
.PLSB
53- 7 SP1670BE
.PLSB
80· 48 SP3280A
.PLSB 163 - 58 SP3281A
.PLSB 190- 84 saXOl
.PLSB 191- 85 saX02
.PLSB 165- 66 SRX1005
.PLSB 165 - 67 SSCT-Hl
.PLSB 165 - 56 SSCT-H3
.PLSB 165 - 57 SSCT-L 1
.PLSB 165- 70 SSCT-L3
.PLSB 165 - 71 STM163052Z
.PLSB 165 - 68 STM163062Z
.PLSB 165 - 69 STM163162Z
.PLSB 165 - 64 STX1003
.PLSB 165 - 65 SW705-1P
.PLSB 165- 82 SW705-2M
.PLSB 165- 83 SW705-2P
.PLSB 165 - 84 SW706-1P
.SIC
103- 73 SW706-2M
.PLSB 165- 86 SW706-2P
PLSB 165 - 85 SW708-1P
.SIC
50-101 SW708-2M
.PLSB 165- 89 SW708-2P
+PLS8 165- 88 SW709-1P
.PLSB 165 - 87 SW709-2M
.SIC
53- 93 SW709-2P
PLSB 165- 80 SW727-1P
.PLSB 165- 81 SW727-2M
PLSB 165- 79 SW727-2P
.SIC
131- 56 SW728-1P
PLSB 165- 77 SW728-2M
.PLSB 165- 78 SW728-2P
PLSB 165 - 75 SW729-1P
.PLSB 165 - 76 SW729-lT
.PLSB
61- 77 SW729-2M
.PLSB
61- 76 SW729-2P
.PLSB
61- 75 SW736-1P
.PLSB
61- 74 SW736-2M
.PLSB 165-107 SW736-2P
.PLSB 165-108 SW737-1P
.PLSB 165-110 SW737-2M

MFRS Pa&Line TYPE No.

MFRS pg&Line

WUrB
.PLSB
.PLSB
.PLSB
.PLSB
.PLSB
.PLSB
.PLSB
.PLSB
.PLSB
.PLSB
.PLSB
.PLSB
.PLSB
.SIC
.PLSB
.SIC
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
.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
.STK
.STK
.ANA
+DOC
.DDC
+DOC
.DDC
+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
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
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

16l)- 1
166- 3 I~~~n:~~
166- 4 SW744-2M
166- 5 SW744-2P
165-109 SW751-1P
166- 2 SW751-2M
165 - 74 SW751-2P
165 - 73 SW770-1P
165- 72 SW770-2M
165 - 58 SW770-2P
165 - 59 SW772-1P
165- 60 SW772-2M
165- 61 SW772-2P
124- 34 SW774-1P
165- 62 SW774-2M
165- 63 SW774-2P
103- 74 SW776-1P
103- 75 SW776-2M
151-108 SW776-2P
161- 17 SW777-2M
161· 18 SW777-2P
161· 19 SW778-1P
161- 20 SW778-2M
161- 21 SW778-2P
161- 22 SW930-1P
161- 23 SW930-2M
161- 24 SW930-2P
160- 47 SW932-1P
160- 48 SW932-2M
160- 49 SW932-2P
160- 50 SW933-1P
60- 74 SW933-lT
176- 15 SW933-2M
176- 16 SW933-2P
176- 17 SW935-1P
151- 30 SW935-2M
151- 31 SW935-2P
151- 32 SW936-1P
151- 33 SW936-2M
151- 34 SW936-2P
151- 35 SW937-1P
151- 36 SW937-2M
192- 38 SW937-2P
192- 39 SW938-2P
192- 40 SW939-2P
192- 59 SW941-1P
192- 57 SW941-2M
192- 58 SW941-2P
92- 31 SW944-1P
92- 32 SW944-2M
92- 33 SW944-2P
94- 44 SW945-1P
94- 45 SW945-2M
94- 46 SW945-2P
94- 47 SW946-1P
94- 48 SW946-2M
94- 49 SW946-2P
179- 22 SW948-1P
160- 79 SW948-2M
92- 34 SW948-2P
92- 35 SW949-1P
92- 36 SW949-2M
94- 50 SW949-2P
94- 51 SW950-1P
94 - 52 SW950-2M
94 - 53 SW950-2P
94- 54 SW951-1P
94- 55 SW951-2M
179- 23 SW951-2P
160- 80 SW957-1P
92- 66 SW957-2M
94- 92 SW957-2P
90- 38 SW958-1P
56- 17 SW958-2M
69- 17 SW958-2P
69- 18 SW961-1P
60- 36 SW961-2M
60- 79 SW961-2P
178- 48 SW962-1P
163- 50 SW962-2M
163 - 51 SW962-2P
163 - 52 SW963-1P
163- 53 SW963-2M
141- 95 SW963-2P
141- 89 SW1022F
141- 90 SW1800M
176- 39 SW1800P
39- 25 SW1802M
39- 26 SW1802P
39- 27 SW1804M
50- 68 SW1805M
50- 69 SW1805P
50- 70 SW1806M
39- 28 SW1806P
39- 29 SW1808M
39- 30 SW1808P
50- 71 SW1810M
50- 72 SW1810P
50- 73 SW1812M
131- 57 SW1812P
131- 58 SW1813M
131- 59 SW1814M
137 - 42 SW1814P
137 - 43 SW5400J
137 - 44 SW5401J
162- 41 SW5402J
162- 42 SW5403J
162- 43 SW5404J
162- 44 SW5405J
152-103 SW5406J
152-104 SW5407J
152-105 SW5408J
152-106 SW5410J
152-107 SW5413J

.-Copy of mfr's data sheet
may be ordered from D.A.T.A.

~:~ l:g~:lY3

103- 77
103- 78
136- 24
136- 30
136- 31
89- 69
89- 71
89- 72
52 - 44
52- 51
52- 52
89- 79
89- 80
89- 81
91- 93
91- 94
91- 95
91- 96
91- 97
89- 70
89- 73
89- 74
124- 65
124- 66
124- 67
124- 68
124- 69
124- 70
131- 60
131- 61
131- 62
131- 63
152-109
152-110
153- 1
153- 2
153- 3
153- 4
153- 5
153· 6
153- 7
61- 47
65- 15
136- 25
136- 32
136- 33
124- 71
124- 72
124- 73
53- 61
53- 62
53- 63
124- 74
124 - 75
124- 76
53- 64
53- 65
53- 66
124- 77
124- 78
124- 79
52- 39
52- 40
52- 41
137- 39
137- 40
137- 41
103- 99
104- 1
104- 2
104- 3
104- 4
104- 5
124- 80
124- 81
124- 82
124- 83
124- 84
124- 85
124- 86
124- 87
124- 88
55- 87
104- 53
104- 54
104- 55
104- 56
105-101
104- 57
104- 58
80- 27
80- 28
90- 14
90- 15
93-106
94- 1
128-101
128-102
194- 41
193- 55
193- 54
117- 90
117- 91
97- 24
117 - 92
157- 36
157- 37
157- 38
157- 39
117- 93
117 - 94
162- 1

33

ryPE No.

I~:m~~

SW5420J
SW5423J
SW5425J
SW5426J
SW6427J
SW5430J
SW5437J
SW5438J
SW5440J
SW5441AJ
SW5442J
SW5443J
SW5444J
SW5445J
SW5446AJ
SW5446J
SW5447AJ
SW5447J
SW5448J
SW5450J
SW5451J
SW5453J
SW5454J
SW5472J
SW5473J
SW5474J
SW5475J
SW5476J
SW5480J
SW5482J
SW5483J
SW5485J
SW5486J
SW5490J
SW5492J
SW5493J
SW7400J
SW7400N
SW7401J
SW7401N
SW7402J
SW7402N
SW7403J
SW7403N
SW7404J
SW7404N
SW7405J
SW7405N
SW7406J
SW7406N
SW7407J
SW7407N
SW7408N
SW7410J
SW7410N
SW7413J
SW7413N
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
S~7446AJ

S 7446AN
SW7446J
SW7446N
SW7447AJ
SW7447AN
SW7447J
SW7447N
SW7448J
SW7448N
SW7450J
SW7450N
SW7451J
SW7451N
SW7453J
SW7453N
SW7454J
SW7454N
SW7472J
SW7472N
SW7473H
SW7473J
SW7473N
SW7474J

I~:~:~:~

34

3. TYPE No. CROSS INDEX
MFRS

MFRs IPal!rline ryPE No.
ISW7475N

~:~ 19~: :~

SWM
SWM
SWM
SWM
SWM
SWM
SWM
SWM
SWM
SWM
tSWM
+SWM
tSWM
tSWM
+SWM
tSWM
tSWM
tSWM
tSWM
SWM
SWM
SWM
SWM
SWM
SWM
SWM
tSWM
SWM
tSWM
tSWM
SWM
SWM
tSWM
tSWM
tSWM
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
tSWM
tSWM
tSWM
tSWM
tSWM
tSWM
tSWM
tSWM
tSWM
tSWM
tSWM
tSWM
tSWM
+SWM
tSWM
tSWM
tSWM
tSWM
SWM
SWM
SWM
SWM
SWM
SWM
SWM
SWM
SWM
SWM
SWM
SWM
SWM
SWM

t~:Z~

117· 95 SW7476N
97· 25 SW7480J
97·26 SW7480N
117· 96 SW7482J
97· 27 SW7482N
117· 97 SW7483J
117· 98 SW7483N
117· 99 SW7485J
117·100 SW7485N
74· 47 SW7486J
72· 64 SW7486N
78· 20 SW7490J
79· 56 SW7490N
74· 48 SW7492J
77· 36 SW7492N
77· 37 SW7493J
77· 38 SW7493N
77· 39 SW9601·1M
77· 40 SW9601·1P
99· 23 SW9601·2M
99· 24 SW9601·2P
99· 25 SW9602·1P
99· 26 SW9602·2P
44· 40 SW54100J
44· 41 SW54104J
57· 77 SW54105J
194· 2 SW54107J
44· 42 SW54121J
149· 35 SW54122J
149· 36 SW54123J
149· 37 SW54141J
72· 12 SW54145J
130· 20 SW54150J
63·106 SW54151J
67· 79 SW54153J
65· 68 SW54154J
117·101 SW54155J
117·102 SW54156J
117·103 SW54160J
117·104 SW54161J
97· 28 SW54162J
97· 29 SW54163J
117·105 SW54180H
117·106 SW54180J
157· 42 SW54181J
157· 43 SW54182J
157·44 SW54192J
157· 45 SW54193J
157· 46 SW74100J
157·47 SW74100N
157· 48 SW74104J
157· 49 SW74104N
117·107 SW74105J
117·108 SW74105N
117·109 SW74107J
162· 2 SW74107N
162· 3 SW74121J
157· 50 SW74121N
157· 51 SW74122J
157· 52 SW74122N
157· 53 SW74123J
117·110 SW74123N
118· 1 SW74141J
97· 30 SW74141N
97· 31 SW74145J
97· 32 SW74145N
97· 33 SW74150J
118· 2 SW74150N
118· 3 SW74151J
118· 4 SW7415'IN
118· 5 SW74153J
118· 6 SW74153N
118· 7 SW74154J
118· 8 SW74154N
118· 9 SW74155J
118· 10 SW74155N
74· 49 SW74156J
74· 50 SW74156N
72· 65 SW74160J
72· 66 SW74161J
78· 21 SW74162J
78· 22 SW74163J
79· 57 SW74180H
79· 58 SW74180J
74· 51 SW74180N
74· 52 SW74181J
77· 41 SW74181N
77· 42 SW74182J
77· 43 SW74182N
77· 44 SW74192J
77· 45 SW74192N
77· 46 SW74193J
77· 47 SW74193N
77· 48 T54S73J
77· 49 T54S76J
77· 50 T54S78J
99· 27 T54S86F
99· 28 T54S86J
99· 29 T54S103J
99· 30
99· 31 :::~:~lg~ij
99· 32 T54S107J
99· 33 T54S108J
99· 34 T54S136F
44· 43 T54S136J
44· 44 T54S138F
43· 38 T54S138J
43· 39 T54S139F
43· 40 T545139J
57· 78 T54S151F
7: I~~:~l~~~

,:t

D.A.T.A.

P"I!tLine

+"VVM
SWM
tSWM
tSWM
tSWM
tSWM
SWM
tSWM
SWM
SWM
tSWM
tSWM
tSWM
tSWM
tSWM
tSWM
tSWM
tSWM
tSWM
tSWM
tSWM
tSWM
tSWM
tSWM
tSWM
SWM
SWM
SWM
tSWM
tSWM
tSWM
SWM
tSWM
tSWM
tSWM
tSWM
SWM
tSWM
tSWM
SWM
SWM
SWM
SWM
SWM
tSWM
SWM
SWM
tSWM
tSWM
tSWM
tSWM
SWM
SWM
SWM
SWM
SWM
SWM
tSWM
tSWM
tSWM
tSWM
tSWM
tSWM
SWM
tSWM
tSWM
tSWM
tSWM
tSWM
tSWM
tSWM
tSWM
tSWM
SWM
SWM
tSWM
tSWM
tSWM
tSWM
SWM
SWM
SWM
SWM
SWM
tSWM
tSWM
SWM
SWM
SWM
SWM
tSWM
tSWM
tSWM
tSWM
trEe
HEC
HEC
trEe
HEe
HEe
HEe
HEe
HEC
trEe
HEC
HEe
HEe
trEC
trEC
trEe
trEe

mg

YPE No.

1~~: 8~ '::~:~l~~t

44· 45
149· 38
149· 39
149· 40
149· 41
149· 42
149· 43
72· 13
72· 14
130· 21
130· 22
63·107
63·108
67· 80
67· 81
65· 69
65· 70
137·100
137·101
138· 10
138· 11
137·102
138· 12
194· 5
51· 17
51· 18
46· 13
139· 59
136· 92
136· 93
74· 53
74· 54
188· 3
188· 4
188· 5
72· 15
72· 16
72· 17
63· 13
66· 81
63· 14
66· 82
164· 25
164· 26
191· 55
195· 77
62· 78
62· 79
194· 6
194· 7
51· 19
51· 20
51· 21
51· 22
46· 14
46· 15
139· 60
139· 69
136· 94
136· 95
136· 96
136· 97
74· 55
74· 56
74· 57
74· 58
188· 6
188· 7
188· 8
188· 9
188· 10
188· 11
72· 18
72· 19
72· 20
72· 21
72· 22
72· 23
63· 15
66· 83
63· 16
66· 84
164· 27
164· 28
164· 29
191· 56
191· 57
195· 78
195· 79
62· 80
62· 81
62· 82
62· 83
47· 29
47· 30
47· 31
130· 23
130· 24
47· 59
47· 60
47· 61
47· 32
47· 62
130· 25
130· 26
75· 95
75· 96
75· 97
75· 98
188· 12
188· 13
188· 14

T54S153J
T54S157F
T54S157J
T54S158F
T54S158J
T54S174F
T54S174J
T54S175F
T54S175J
T54S181
T54S181A
T54S182F
T54S182J
T54S251F
T54S251J
T74S73J
T74S76J
T74S78J
T74S86F
T74S86J
T74S103J
T74S106J
T74S107AJ
T74S107J
T74S108J
T74S136F
T74S136J
T74S138F
T74S138J
T74S139F
T74S139J
T74S151F
T74S151J
T74S152F
T74S152J
T74S153F
T74S153J
T74S157F
T74S157J
T74S158F
T74S158J
T74S174F
T74S174J
T74S175F
T74S175J
T74S181
T74S182F
T74S182J
T74S251F
T74S251J
Tl00
TlOOB1·14
TlOO01·14
TlOO02·14
TlOOFI
TlOOF2
TlOl
Tl01Bl·14
TlOl0l·14
TlOl02·14
Tl01Fl
Tl01F2
Tl02Bl·14
Tl02Dl·14
Tl0202·14
Tl02Fl
Tl02F2
Tl031ll
Tl03Bl·14
Tl030,.,4
Tl0302·14
Tl03Fl
Tl03F2
Tl04Bl·14
Tl0401·14
Tl0402·14
Tl04Fl
Tl04F2
Tl05
Tl05Bl·14
Tl0501·14
Tl0502·14
Tl05Fl
Tl05F2
Tl061ll
Tl06Bl·14
Tl06Dl·14
Tl06D2·14
Tl06Fl
Tl06F2
Tl07
Tl07Bl·14
Tl07Dl·14
Tl0702·14
Tl07Fl
Tl07F2
Tl08
Tl08Bl·14
Tl0801·14
Tl0802·14
Tl08Fl
Tl08F2
Tl09

Tl09Bl·14
Tl0901·14
Tl0902·14
Tl09Fl
Tl09F2
Tll0
TllOR1·14

A-Registered with JEDEC
by this manufacturer

MFRS P"l!tline TYPE No.
'4 .
m:l~
HEC
188· 17 Tl12Bl·14
HEC
188· 18 Tl12Dl
HEC
188· 19 Tl12D2·14
HEC
188· 20 Tl12Fl
HEC
188· 21 Tl12F2
HEC
58· 73 Tl13
HEC
58· 74 Tl15Bl·14
HEC
58· 75 TlI5Dl·14
HEC
58· 76 TlI5D2·14
HEC
191· 58 Tl15Fl
HEC
191· 59 T115F2
HEC
195· 80 Tl16Bl·14
HEC
195· 81 Tl16Dl·14
HEC
188· 22 Tl16D2·14
HEC
188· 23 Tl16Fl
HEC
47· 33 Tl16F2
HEC
47· 34 Tl18Bl·14
HEC
47·35 Tl18Dl·14
HEC
130· 27 Tl18D2·14
HEC
130· 28 Tl18Fl
HEC
47· 63 Tl18F2
HEC
47· 64 Tl20Bl·16
HEC
47·65 Tl2001·16
HEC
47· 36 Tl2002·16
HEC
47· 66 T121Bl·16
HEC
130· 29 Tl2101·16
HEC
130· 30 Tl2102·16
HEC
76· 99 Tl22Bl·14
HEC
75·100 Tl22Dl·14
HEC
75·101 Tl22D2·14
HEC
75·102 Tl22Fl
HEC
188· 24 T122F2
HEC
188· 25 T151Bl
HEC
188· 26 T151Dl
HEC
188· 27 Tl51D2
HEC
188· 28 Tl52Bl
HEC
188· 29 Tl5201
HEC
188· 30 Tl5202
HEC
188· 31 Tl63Bl
HEC
188· 32 Tl63Dl
HEC
188· 33 T16302
HEC
58· 77 T164Bl
HEC
58· 78 Tl6401
HEC
58· 79 Tl64D2
HEC
58· 80 T200
H~C
191· 60 T201
HEC
195· 82 T202
HEC
195· 83 T203
HEC
188· 34 T207
HEC
188· 35 T208
tA8A
50· 63 T211
SGAI
42· 21 T212
SGAI
42· 22 T213
'SGAI
41· 96 T214
SGAI
42· 23 T215
SGAI
41· 97 T216
+ABA
50· 64 T217
SGAI
42· 24 T218
SGAI
42· 25 T219
SGAI
41· 98 T220
SGAI
42· 26 T221
SGAI
41· 99 T222
SGAI 126· 85 T223
SGAI 126· 86 T300
SGAI 126· 33 T301
SGAI 126· 87 T302
SGAI 126· 34 T306
tABA
50· 65
SGAI 98· 29 T513
SGAI
98· 30 T7400Bl
SGAI
98· 3 T7401Bl
SGAI
98· 31 T7402Bl
SGAI
98· 4 T7403Bl
SGAI 126· 68 T7404Bl
SGAI 128· 69 T7405Bl
SGAI 126· 35 T7406Bl
SGAI 126· 70 T7407Bl
SGAI 126· 36 T7408Bl
+ABA 166· 6 T7409Bl
SGAI 126· 71 T7410Bl
SGAI 126· 72 T7416Bl
SGAI
98· 5 T7417Bl
SGAI 126· 73 T7420Bl
SGAI 98· 6 T7426Bl
+ABA
63· 90 T7430Bl
SGAI 132· 72 T7440Bl
SGAI 132· 73 T7441ABI
SGAI 132· 53 T7442Bl
SGAI 132· 74 T7443Bl
SGAI 132· 54 T7444Bl
ABA
68· 20 T7450Bl
SGAI 126· 74 T7451Bl
SGAI 126· 75 T7453Bl
SGAI 126· 37 T7454Bl
SGAI 126· 76 T7460Bl
SGAI 126· 38 T7472Bl
ABA
63· 89 T7473Bl
SGAI
98· 32 T7474Bl
SGAI
98· 33 T7475Bl
SGA'I
98· 7 T7476Bl
SGAI
98· 34 T7486Bl
SGAI
98· 8 T7490Bl
ABA
67·55 T7493Bl
163· 76 T9309F
SGAI
98· 35 T9309FM
SGAI 98· 36 T9309J
SGAI
98· 9 T9309JM
SGAI
98· 37 T9312F
SGAI
98· 10 T9312FM
MBA
53· 59 T9312J
~~. 66 :::m~~M
SGAI
6· 41

mg

q:llgn

IN TYPE NUMBER SEQUENCE
MFRS Pa&line TYPE No.

~~~:

SGAI
SGAI
SGAI
SGAI
SGAI
+ABA
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
tSGAI
tSGAI
tSGAI
+ABA
tABA
tABA
+ABA
tABA
tABA
tABA
+ABA
+ABA
+ABA
+ABA
+ABA
+ABA
+ABA
ABA
ABA
ABA
ABA
ABA
+ABA
tABA
tABA
tABA
ABA
tSGAI
tSGAI
tSGAI
tSGAI
tSGAI
tSGAI
tSGAI
SGAI
SGAI
SGAI
tSGAI
tSGAI
SGAI
+SGAI
SGAI
tSGAI
+SGAI
tSGAI
SGAI
SGAI
SGAI
tSGAI
tSGAI
+SGAI
tSGAI
tSGAI
+SGAI
+SGAI
+SGAI
tSGAI
+SGAI
+SGAI
+SGAI
tSGAI
trEC
HEC
HEC
HEe
HEe
trEe
HEC
HEe
trEC

56: :~
126· 77

126· 78
126· 39
126· 79
126· 40
53· 60
98· 38
98· 39
98· 11
98· 40
98· 12
152· 92
152· 93
152· 77
152· 94
152· 78
136· 40
136· 41
136· 42
136· 43
136· 44
42· 27
42· 28
41·100
42· 29
42· 30
41·101
95· 48
95· 49
95· 36
95· 50
95· 37
75· 46
79· 13
79· 12
147·101
147·102
147·100
185· 44
185·45
185· 34
185· 46
185· 47
188· 36
122· 92
122· 93
122· 94
122· 95
122· 96
122· 97
89· 60
89· 61
134· 80
159· 47
75·110
150· 40
190· 24
192· 42
75·37
185·35
190·102
185· 36
78· 88
60· 80
139· 34
139· 35
60· 20
162· 34
194· 70
118· 11
118· 12
97· 34
118· 13
157· 54
157·55
157· 56
157· 57
126·101
126·102
118· 14
157·58
157· 59
118· 15
118· 16
118· 17
118· 18
74· 59
74· 60
78· 64
78· 85
99· 35
99· 36
99· 37
99· 38
133· 40
51· 47
44· 46
57· 80
56· 81
46· 16
130· 31
64· 10
68· 6
188· 37
188· 38
188· 39
188· 40
188· 41
188· 42
188· 43
,~~. 44
·70

+-Copy of mfr's data sheet
may be ordered from D.A.T.A.

MFRS pal!tline

+9~mM

::::~g

T9314JM
T9322F
T9322FM
T9322J
T9322JM
T9324F
T9324FM
T9324J
T9324JM
T9600F
T9600FM
T9600J
T9600JM
T9601F
T9601FM
T9601J
T9601JM
T74107Bl
T7410701
T74180Bl
T74192Bl
T74193Bl
TA6179W

HEC
HEC
HEC
HEC
HEC
HEC
HEC
HEC
HEC
HEC
HEC
HEC
HEC
HEC
HEC
HEC
HEC
tSGAI
SGAI
tSGAI
SGAI
SGAI
tRCA
HII
tlNTG
tlNTG
TEC
TEC
TEC
TEC
TEC
TEC
TEC
TEC
TEC
TEC
TEC
TEC
TEC
TEC
TEC
TEC
HEC
HEC
HEC
HEC
HEC
HEC
HEC
HEC
TEC
TEC
TEC
TEC
TEC
TEe
TEe
TEe
HEe
HEe
HEe
HEC
HEC
HEC
HEe
HEC
HEC
HEC
TEC
TEC
HEe
HEC
TEe
TEe
HEe
HEC
HEC
HEC
HEC
tTEC
HEC
HEC
TEe
TEC
TEe
TEC
TEe
TEC
TEC
TEe
TEe
TEe
TEe
TEe
TEC
TEe
TEe
TEe
HEe
HEe
HEe
trEC
HEe
HEC
HEe
HEC
TEe
TEe
TEC
TEe

TAA790A
TAA790B
TF20F
TF20J
TF21F
TF21J
TF22F
TF22J
TF23F
TF23J
TF50F
TF50J
TF51F
TF51J
TF52F
TF52J
TF53F
TF53J
TF54S74F
TF54S74J
TF54S112F
TF54S112J
TF54S113F
TF54S113J
TF54S114F
TF54S114J
TF60F
TF60J
TF61F
TF61J
TF62F
TF62J
TF63F
TF63J
TF74S74F
TF74S74J
TF74S112F
TF74S112J
TF74S113F
TF74S113J
TF74S114F
TF74S114J
TF80F
TF80J
TF81F
TF81J
TF82F
TF82J
TF83F
TF83J
TF90F
TF90J
TF91F
TF91J
TF92F
TF92J
TF93F
TF93J
TF100F
TF100J
TF101F
TF101J
TF102F
TF102J
TF103F
TF103J
TF110F
TFll0J
TFlllF
TFlllJ
TF112F
TF112J
TF113F
TF113J
TF120F
TF120J
TF121F
TF121J
TF122F
TF122J
TF123F
TF123J
TF130F
TF130J
TF131F
TF131J

:::~mj

~~g

g5: H

53· 73
188· 45
188· 46
188· 47
188· 48
192· 15
192· 16
192· 17
192· 18
138· 75
138· 76
138· 77
138· 78
138· 79
138· 80
138· 81
138· 82
46· 17
44· 47
192·102
63· 17
66· 85
64·110
163·
163·
54·
54·
54·
54·
54·
54·
54·
54·
42·
42·
42·
42·
42·
42·
42·
42·
58·
58·
47·
47·
47·
47·
47·
47·
42·
42·
42·
42·
42·
42·
42·
42·
58·
58·
47·
47·
47·
47·
47·
47·
57·
57·
57·
57·
57·
57·
57·
57·
58·
58·
58·
58·
58·
58·
58·
58·
50·
50·
50·
50·
50·
50·
50·
50·
50·
50·
50·
50·
50·
50·
50·
50·
42·
42·
42·
42·
42·
42·
42·
42·
50·
50·
50·
50·

54
55
85
86
87
88
89
90
91
92
5
6
7
8
74
75
76
77
81
82
67
68
69
70
71
72
9
10
11
12
78
79
80
81
83
84
73
74
75
76
77
78
11
12
13
14
15
16
17
18
35
36
37
38
39
40
41
42
38
39
40
41
42
43
44
45
46
47
48
49
50
51
52
53
50
51
52
53
54
55
56
57
54
55
56
57

~g: ~~

34

3. TYPE
No. CROSS INDEX
MFRS Pa&Line TYPE No.
MFRS Pa&Line TYPE No.

TYPE No.

MFRS Pa&Line TYPE No.

~m~~

~~g

TF200F
TF200J
TF201F
TF201J
TF202F
TF202J
TF203F
TF203J
TF210F
TF210J
TF211F
TF211J
TF212F
TF212J
TF213F
TF213J
TF250F
TF250J
TF251F
TF251J
TF252F
TF252J
TF253F
TF253J
TF260F
TF260J
TF261F
TF261J
TF262F
TF262J
TF263F
TF263J
TG40F
TG40J
TG41F
TG41J
TG42F
TG42J
TG43F
TG43J
TG50F
TG50J
TG51F
TG51J
TG52F
TG52J
TG53F
TG53J
TG54S00F
TG54S00J
TG54S01F
TG54S01J
TG54S03F
TG54S03J
TG54S04F
TG54S04J
TG54S05F
TG54S05J
TG54S08F
TG54S08J
TG54S09F
TG54S09J
TG54S10F
TG54S10J
TG54S11F
TG54S11J
TG54S15F
TG54S15J
TG54S20F
TG54S20J
TG54S21F
TG54S21J
TG54S22F
TG54S22J
TG54S30F
TG54S30J
TG54S40F
TG54S40J
TG54S50F
TG54S50J
TG54S51F
TG54S51J
TG54S64F
TG54S64J
TG54S65F
TG54S65J
TG54S140F
TG54S140J
TG60F
TG60J
TG61F
TG61J
TG62F
TG62J
TG63F
TG63J
TG70F
TG70J
TG71F
TG71J
TG72F
TG72J
TG73F
TG73J
TG74S00F
TG74S00J
TG74S01F
TG74S01J
TG74S03F
TG74S03J
TG74S04F
TG74S04J

35

HEe
HEe
HEe
HEe
HEe
HEe
HEe
HEe
HEe
HEe
HEe
HEe
HEe
HEe
HEe
HEe
TEe
TEe
TEe
TEe
TEe
TEe
TEe
TEe
TEe
TEe
TEe
TEe
TEe
TEe
TEe
TEe
TEe
TEe
TEe
TEe
TEe
TEe
TEe
TEe
TEe
TEe
TEe
TEe
TEe
TEe
TEe
TEe
HEe
HEe
HEe
HEe
HEe
HEe
HEe
HEe
HEe
HEe
HEe
HEe
HEe
HEe
HEe
HEe
HEe
HEe
HEe
HEe
HEe
HEe
HEe
HEe
HEe
HEe
HEe
HEe
TEe
TEe
HEe
TEe
HEe
HEe
HEe
HEe
HEe
HEe
TEe
TEe
TEe
TEe
TEe
TEe
TEe
TEe
TEe
TEe
TEe
TEe
TEe
TEe
TEe
TEe
TEe
TEe
HEe
HEe
HEe
HEe
HEe
HEe
HEe
HEe

~8: ~~ ~~~:~8~~

42· 58
42· 59
42· 60
42· 61
42· 62
42· 63
42· 64
42· 65
42· 66
42· 67
42· 68
42· 69
42· 70
42· 71
42· 72
42· 73
42· 13
42· 14
42 - 15
42· 16
42- 82
42· 83
42· 84
42· 85
42· 17
42· 18
42· 19
42· 20
42· 86
42· 87
42· 88
42· 89
126·103
126-104
126-105
126·106
126·107
126·108
126-109
126·110
100· 38
100· 39
100· 40
100· 41
100- 42
100· 43
100· 44
100· 45
118- 19
118· 20
118· 21
118- 22
118· 23
118· 24
157· 60
157· 61
157 - 62
157 - 63
82· 40
82- 41
82· 42
82- 43
118· 25
118· 26
82- 44
82· 45
82· 46
82· 47
118· 27
118· 28
82· 48
82- 49
118- 29
118- 30
118· 31
118· 32
118· 33
118- 34
87· 77
87·78
87 - 79
87· 80
87 - 81
87 - 82
87 - 83
87· 84
118·35
118- 36
127· 1
127· 2
127· 3
127· 4
127 - 5
127· 6
127· 7
127· 8
88·107
88·108
88·109
89- 1
89· 2
89· 3
89· 4
89· 5
118·37
118·38
118· 39
118· 40
118·41
118- 42

m:~~

TG74S08F
TG74S08J
TG74S09F
TG74S09J
TG74S10F
TG74S10J
TG74S11F
TG74S11J
TG74S15F
TG74S15J
TG74S20F
TG74S20J
TG74S21F
TG74S21J
TG74S22F
TG74S22J
TG74S30F
TG74S30J
TG74S40F
TG74S40J
TG74S50F
TG74S50J
TG74S51F
TG74S51J
TG74S64F
TG74S64J
TG74S65F
TG74S65J
TG74S140F
TG74S140J
TG80F
TG80J
TG81F
TG81J
TG82F
TG82J
TG83F
TG83J
TG90F
TG90J
TG91F
TG91J
TG92F
TG92J
TG93F
TG93J
TG100F
TG100J
TG101F
TG101J
TG102F
TG102J
TG103F
TG103J
TG110F
TGll0J
TGlllF
TGlllJ
TG112F
TG112J
TG113F
TG113J
TG120F
TG120J
TG121F
TG121J
TG122F
TG122J
TG123F
TG123J
TG130F
TG 130J
TG131F
TG131J
TG132F
TG132J
TG133F
TG133J
TG140F
TG140J
TG141F
TG141J
TG142F
TG 142J
TG143F
TG143J
TG150F
TG150J
TG151F
TG151J
TG152F
TG 152J
TG153F
TG153J
TG160F
TG160J
TG161F
TG161J
TG162F
TG162J
TG163F
TG163J
TG170F
TG170J
TG 171F
TG171J
TG172F
TG172J
TG173F
TG173J
TG180F
TG180J

D.A. T.A.

mg

HEe
HEe
HEe
HEe
HEe
HEe
HEe
HEe
HEe
HEe
HEe
HEe
HEe
HEe
HEe
HEe
HEe
HEe
TEe
TEe
HEe
HEe
HEe
HEe
HEe
HEe
HEe
HEe
TEe
TEe
TEe
TEe
TEe
TEe
TEe
TEe
TEe
TEe
TEe
TEe
TEe
TEe
TEe
TEe
TEe
TEe
TEe
TEe
TEe
TEe
TEe
TEe
TEe
TEe
TEe
TEe
TEe
TEe
TEe
TEe
TEe
TEe
TEe
TEe
TEe
TEe
TEe
TEe
TEe
TEe
TEe
TEe
TEe
TEe
TEe
TEe
TEe
TEe
TEe
TEe
TEe
TEe
TEe
TEe
TEe
TEe
HEe
HEe
HEe
HEe
HEe
HEe
HEe
HEe
TEe
TEe
TEe
TEe
TEe
TEe
TEe
TEe
HEe
HEe
HEe
HEe
HEe
HEe
HEe
HEe
HEe
HEe

m:g~ ~~1~1~

82· 50
82· 51
82· 52
82· 53
118· 43
118· 44
82· 54
82· 55
82· 56
82· 57
118· 45
118· 46
82· 58
82· 59
118· 47
118· 48
118· 49
118· 50
118· 51
118 - 52
87·85
87· 86
87· 87
87· 88
87· 89
88· 1
88- 2
88· 3
118· 53
118· 54
80· 57
80- 58
80- 59
80· 60
80· 61
80· 62
80· 63
80- 64
130· 58
130· 59
130· 60
130· 61
130· 62
130· 63
130- 64
130· 65
100· 46
100· 47
100- 48
100- 49
100· 50
100- 51
100· 52
100· 53
84· 77
84· 78
84· 79
84· 80
84· 81
84· 82
84· 83
84 - 84
127· 9
127 - 10
127 - 11
127· 12
127· 13
127· 14
127 - 15
127· 16
121- 12
121- 13
121· 14
121- 15
121- 16
121- 17
121- 18
121- 19
127· 17
127 - 18
127- 19
127· 20
127 - 21
127· 22
127· 23
127·24
134·107
134-108
134·109
134-110
135- 1
135· 2
135- 3
135· 4
175 - 34
175 - 35
175· 36
175· 37
175· 44
175 - 45
175·46
175· 47
132· 55
132· 56
132· 57
132· 58
132· 83
132·84
132- 85
132- 86
133·100
133·101

TG182F
TG182J
TG183F
TG183J
TG190F
TG190J
TG191F
TG191J
TG192F
TG192J
TG193F
TG193J
TG200F
TG200J
TG201 F
TG201J
TG202F
TG202J
TG203F
TG203J
TG210F
TG210J
TG211F
TG211J
TG212F
TG212J
TG213F
TG213J
TG220F
TG220J
TG221F
TG221J
TG222F
TG222J
TG223F
TG223J
TG230F
TG230J
TG231F
TG231J
TG232F
TG232J
TG233F
TG233J
TG240F
TG240J
TG241F
TG241J
TG242F
TG242J
TG243F
TG243J
TG250F
TG250J
TG251F
TG251J
TG252F
TG252J
TG253F
TG253J
TG260F
TG260J
TG261F
TG261J
TG262F
TG262J
TG263F
TG263J
TG270F
TG270J
TG271 F
TG271J
TG272F
TG272J
TG273F
TG273J
TG280F
TG280J
TG281F
TG281J
TG282F
TG282J
TG283F
TG283J
TG290F
TG290J
TG291 F
TG291J
TG292F
TG292J
TG293F
TG293J
TG300F
TG300J
TG301F
TG301J
TG302F
TG302J
TG303F
TG303J
TG310F
TG310J
TG311F
TG311J
TG312F
TG312J
TG313F
TG313J
TG320F
TG320J
TG321F
TG321J

f..Registered with JEDEC
by this manufacturer

mg

HEe
HEe
HEe
HEe
TEe
TEe
TEe
TEe
TEe
TEe
TEe
TEe
TEe
TEe
TEe
TEe
TEe
TEe
TEe
TEe
TEe
TEe
TEe
TEe
TEe
TEe
TEe
TEe
TEe
TEe
TEe
TEe
TEe
TEe
TEe
TEe
HEe
HEe
HEe
HEe
HEe
HEe
HEe
HEe
TEe
TEe
TEe
TEe
TEe
TEe
TEe
TEe
TEe
TEe
TEe
TEe
TEe
TEe
TEe
TEe
TEe
TEe
TEe
TEe
TEe
TEe
TEe
TEe
HEe
HEe
HEe
HEe
HEe
HEe
HEe
HEe
TEe
TEe
TEe
TEe
TEe
TEe
TEe
TEe
TEe
TEe
HEe
HEe
TEe
TEe
HEe
HEe
TEe
TEe
TEe
TEe
TEe
TEe
TEe
TEe
TEe
TEe
TEe
TEe
TEe
TEe
TEe
TEe
TEe
TEe
TEe
TEe

.

m:18~ ~~~~~~

133·104
133·105
133·106
133·107
127· 25
127· 26
127· 27
127· 28
127· 29
127·30
127·31
127· 32
127· 53
127· 54
127· 55
127· 56
127· 57
127· 58
127· 59
127· 60
98· 13
98· 14
98· 15
98- 16
98· 17
98· 18
98· 19
98· 20
126· 41
126· 42
126· 43
126· 44
126- 45
126· 46
126· 47
126· 48
134· 91
134· 92
134· 93
134· 94
134· 95
134· 96
134· 97
134· 98
126- 49
126· 50
126- 51
126· 52
126· 53
126· 54
126- 55
126· 56
98· 21
98· 22
98· 23
98· 24
98· 25
98- 26
98· 27
98· 28
126- 57
126· 58
126· 59
126· 60
126· 61
126· 62
126· 63
126· 64
132· 75
132· 76
132· 77
132· 78
132· 79
132· 80
132- 81
132- 82
83· 14
83· 15
83· 16
83· 17
83· 18
83· 19
83· 20
83· 21
99· 99
99-100
100· 1
100· 2
99·101
99·102
100· 3
100· 4
100· 54
100· 55
100· 56
100- 57
100· 58
100- 59
100- 60
100- 61
89- 48
89· 49
89- 50
89 - 51
89· 52
89 - 53
89· 54
89· 55
108- 13
108· 14
108· 15
108· 16

TG323F
TG323J
TG330F
TG330J
TG331F
TG331J
TG332F
TG332J
TG333F
TG333J
TG340F
TG340J
TG341F
TG341J
TG342F
TG342J·
TG343F
TG343J
TG350F
TG350J
TG351F
TG351J
TG352F
TG352J
TG353F
TG353J
TG370F
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
TID30A
HIIB
TI0121
TI0122
TI0123
TI0124
TI0125
TI0126
TI0129
TI0130
TI0131
TI0132
TI0133
TI0134
TI0135N
TID136N
TI0139F
TI0139N
TI0140F
TI0140N
TI0141F
TI0141N
TID142F
TI0142N
TI0143F
TI0143N
TI0144F
TI0144N
TIOM155F

IN TYPE NUMBER SEQUENCE
MFRS Pa&Line TYPE No.

~~g

TEe
TEe
TEe
TEe
TEe
TEe
TEe
TEe
TEe
TEe
TEe
TEe
TEe
TEe
TEe
TEe
TEe
TEe
TEe
TEe
TEe
TEe
TEe
TEe
TEe
TEe
TEe
TEe
TEe
TEe
TEe
TEe
TEe
TEe
TEe
TEe
TEe
TEe
TEe
TEe
TEe
TEe
HII
TIIO
HII
TIIO
HII
TIIO
HII
TIIO
HII
TIIO
HII
TIIO
HII
TIIO
HII
TlIO
HII
HIIB
HII
HIIB
HII
HIIB
HII
HIIB
HII
HIIB
HII
HIIB
HII
HIIB
HII
HIIB
HII
HIIB
HII
HIIB
HII
HIIB
HII
HIIB
HII
HIIB
HII
HIIB
HII
HIIB
HII
HIIB
HII
HIIB
HII
HIIB
HII
HIIB
HII
HilS
HII
HIIB
HII
HIIB
HII
HilS
HII
HIIB
HII
HIIB
HII
HIIB

+~::B

18t 1~

108· 19
108· 20
95· 38
95· 39
95· 40
95· 41
95· 42
95· 43
95· 44
95· 45
95· 51
95· 52
95· 53
95· 54
95· 55
95· 56
95· 57
95· 58
176- 18
176· 19
176· 20
176· 21
176· 22
176· 23
176· 24
176·25
152· 79
152- 80
152· 81
152- 82
152·83
152· 84
152- 85
152· 86
152- 95
152· 96
152· 97
152- 98
152· 99
152·100
152·101
152·102
183- 60
182·101
183· 61
182·102
183· 62
182-103
183 - 63
182-104
183- 64
182·105
183· 65
182-106
183- 66
182·107
183 - 67
182·108
183· 68
182·109
183- 69
182·110
183· 70
183· 1
183- 71
183· 72
183· 2
183- 3
183· 73
183· 74
183· 4
183· 5
183· 75
183- 76
183- 6
183· 7
182- 46

.-Copy of mf(s data sheet
may be ordered from D.A.T.A.

MFRS Po&Line

TIDM 155J

+~IIB

TIDM166F

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
+TlI
TIIB
HII
TIIB
HII
TIIB
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

TIOM 166J
TIOM 168F
TIOM 168J
TIOM185F
TIOM185J
TIOM186F
TIOM186J
TIOM255F
TIDM255J
TIOM266F
TIOM266J
TIOM268F
TIOM268J
TIDM285F
TIOM285J
TIOM286F
TIOM286J
TIH101
TL74H87N
TL74H183N
TL660L
TL660P
TL661 L
TL661P
TL662L
TL662P
TL664L
TL664P
TL665L
TL665P
TL666L
TL666P
TL668L
TL668P
TL670L
TL670P
TL671L
TL671P
TL672L
TL672P
TL681L
TL681P
TL4929N
TL4930N
TL4931N
TL4934N
TL4935N
TL7400N
TL7401N
TL7402N
TL7403N
TL7404N
TL7405N
TL7406N
TL7407N
TL7408N
TL7409N
TL7410N
TL7412N
TL7413N
TL7416N
TL7417N
TL7420N
TL7423N
TL7425N
TL7426N
TL7430N
TL7437N
TL7438N
TL7440N
TL7442N
TL7443N
TL7444N
TL7445N
TL7446AN
TL7447AN
TL7448N
TL7450N
TL7451N
TL7453N
TL7454N
TL7460N
TL7470N
TL7472N
TL7473N
TL7474N
Tl7475N
TL7476N
TL7480N
TL7482N
TL7483N
TL7485N

~~gg

'182· 47
182· 48
182· 49
182· 50
182· 51
182· 52
182· 53
182· 54
182· 55
182· 56
182· 57
182· 58
182· 59
182· 60
182· 61
182· 62
182· 63
182· 64
182· 65
164· 30
164· 31
149· 44
107- 10
107· 11
107· 12
107· 13
107· 14
107· 15
52· 92
52· 93
161· 7
161· 8
161· 63
161· 64
107· 16
107· 17
107· 18
107- 19
107· 20
107· 21
107· 22
107- 23
152· 5
152· 6
118· 55
118· 56
118- 57
153- 69
153· 70
118· 58
118· 59
97· 35
118· 60
157· 68
157· 69
157· 70
157·71
82· 60
82· 61
118· 61
118· 62
162· 11
157· 72
157·73
118· 63
97· 36
97·37
118· 64
118· 65
118· 66
118· 67
118· 68
74· 61
78· 65
79· 59
74· 62
77· 51
17- 52
17- 53
99- 39
99- 40
99- 41
99- 42
133- 41
46-107
46- 18
46· 19
57 - 81
56- 82
46- 20
149- 45
149· 46
149- 47
192- 19

35

TYPE No.

I+~~:~g~

Tl7492N
Tl7493N
Tl7497N
Tl8400N
Tl8401N
Tl8402N
Tl8403N
Tl8404N
Tl8405N
Tl8408N
Tl8410N
Tl8413N
TL8420N
TL8430N
TL8440N
TL8442N
TL8451N
Tl8454N
TL8470N
Tl8472N
TL8474N
TL8475N
TL8476N
TL8486N
TL8490N
TL8493N
TL49700N
TL49701N
TL49801N
TL49829N
TL49831N
Tl74100N
TL74104N
Tl74105N
TL74107N
TL74110N
Tl74111N
Tl74115N
TL74116N
Tl74119N
Tl74121N
Tl74122N
TL74123N
TL74141N
Tl74145N
Tl74150N
Tl74151N
TL74153N
TL74154N
TL74165N
TL74166N
TL74160N
TL74161N
TL74162N
TL74163N
TL74167N
TL74180N
TL74181N
TL74182N
TL74190N
TL74191N
TL74192N
TL74193N
TL74196N
TL74197N
TL84123N
TL84145N
Tl84150N
Tl84151N
TL84154N
Tl84192N
TMIA18
TMNR12
TMOA2
TMOA4
TMOF2
TMOF4
TMS6011JC

3. TYPEPolLina
No. CROSS INDEX
MFRS Pollina

MFRS PolLina TYPE No.

~t~~

TNG5511F

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
WlO
WlO
WlO
WLD
WlO
WlO
tTiI
TIIB
tTiI
TIIB
tTEC

TNG5511J
TNG5512F

tTEC
tTEC

TNG5512J
TNG5513F

tTEC
tTEC

TNG5513J
TNG5514F

tTEC
tTEC

TNG5514J
TNG5611F

tTEC
tTEC

TNG5611J
TNG5612F

tTEC
tTEC

TNG5612J
TNG5613F
TNG5613J
TNG5614F
TNG5614J
TRC2521F
TRC2521P
TRC2522F
TRC2522P
TRC2523F
TRC2523P
TRC2524F
TRC2524P
TRC2525F

tTEC
tTEC
tTEC
tTEC
tTEC
tTEC
tTEC
tTEC
tTEC
tTEC
tTEC
tTEC
tTEC
tTEC

TMS6011NC

36

11~~: ~f
65- 81
65- 82
184- 82
118- 69
118- 70
97· 38
118- 71
157- 74
157- 75
82- 62
118· 72
162- 12
118- 73
118· 74
118· 75
74- 63
99- 43
99- 44
46-108
46- 21
57- 82
56- 83
46· 22
130- 33
62- 32
65· 83
89- 77
182- 4
182· 5
118- 76
118- 77
56- 84
43· 41
43· 42
43· 43
46· 49
46· 50
46· 51
53· 39
53· 40
139- 33
136· 98
136- 99
74- 64
74- 65
188- 49
188· 50
188· 51
75-103
72- 24
72- 26
63- 18
66- 86
63- 19
66- 87
184- 83
192-103
191- 61
195- 84
62- 84
66- 44
63- 20
66- 88
63· 39
63- 40
136-100
74· 66
188· 52
188· 53
75-104
63· 21
158-107
97- 90
137· 10
137- 11
136- 9
136- 10
151- 75
151· 76
121- 20
176· 73
176- 74
121- 21
176· 66
176· 67
121- 22
176- 75
176- 76
121- 23
176- 68
176- 69
122- 98
162- 71
162- 72
122- 99
162· 73
162· 74
162- 75
162- 76
162· 77
162· 78
67· 39
67· 40
67· 41
67· 42
67- 43
67· 44
67·45
67· 46
63· 74

I+~~~~~g~

TRC2526P
TRC2527F
TRC2527P
TRC2528F
TRC2528P
TRW7400#1
TRW7400#2
TRW7401#1
TRW7401#2
TRW7402#1
TRW7402#2
TRW7403#1
TRW7403#2
TRW7404#1
TRW7404#2
TRW7405#1
TRW7406#2
TRW7406#1
TRW7406#2
TRW7407#1
TRW7407#2
TRW7408#1
TRW7408#2
TRW7410#1
TRW7410#2
TRW7413#1
TRW7413#2
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
TRWFll0#2
TRWFI20#1
TRWFI20#2
TRWFI30#1
TRWFI30#2
TRWF200#1
TRWF200#2
TRWF210#1
TRWF210#2
TRWG40#1
TRWG40#2
TRWG60#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
TRWGll0#2
TRWGI20#1
TRWG120#2
TRWGI30#1
TRWG130#2
TRWG140#1
TRWGI40#2
TRWGI50#1
TRWGI50#2
TRWG160#1
TRWG160#2
TRWGI70#1
TRWGI70#2
TRWGI80#1
TRWGI80#2
TRWGI90#1
TRWGI90#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

D.A. T.A.

MFRS

m~

tTEC
tTEC
tTEC
tTEC
tTEC
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
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

TYPE No.

g~: ~~ I+~:~~~g:~

63· 77
63· 78
63· 79
63· 80
63· 81
118· 78
118· 79
118- 80
118· 81
97- 39
97- 40
118- 82
118- 83
157- 76
157· 77
157 - 78
157- 79
157- 80
157· 81
157- 82
157 - 83
118- 84
118· 85
118- 86
118- 87
162· 8
162- 9
118- 88
118· 89
118· 90
118- 91
118- 92
118- 93
118- 94
118- 95
99· 45
99- 46
99- 47
99- 48
99· 49
99- 50
99- 51
99· 52
51·106
51·107
56- 85
194· 8
64· 11
64· 12
139· 70
49· 42
49· 43
52· 6
52- 7
59- 37
59· 38
49· 44
49- 45
49· 46
49· 47
49- 48
49- 49
49- 50
49· 51
52- 24
52- 25
52· 26
52· 27
128- 3
128- 4
91· 9
91- 10
128- 5
128· 6
89· 6
89- 7
161· 86
161- 87
130· 74
130- 75
91- 11
91· 12
91· 13
91- 14
128· 7
128- 8
128· 9
128- 10
128- 11
128- 12
134- 24
134· 25
176· 77
176- 78
134· 26
134·27
134· 28
134- 29
128- 13
128- 14
88- 95
88- 96
127- 61
127- 62
134- 89
134- 90
127- 63
127- 64
88- 97
88- 98
128- 57
128· 58

TRWG260#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
TRWM121-02
TRWM121-03
TRWM123-02
TRWM123-03
UC1006B
UC1006B
UC6410F
UC7410F
UOAC9-1
UOAC9-3
UOACll·l
UOACll·3
UOACI2·1
UOACI2-3
UOAC13·1
UOACI3-3
UOACI4-1
UOAC14-3
UHC060
UHC400
UHC402
UHC403
UHC406
UHC407
UHC408
UHC420
UHC432
UHC433
UHC461
UHC459
UHC500
UHC502
UHC503
UHC506
UHC507
UHC508
UHC520
UHC532
UHC533
UHC551
UHC559
UHD060
UH0400
UH0402
UH0403
UH0406
UH0407
UH0408
UH0420
UH0432
UH0433
UH0451
UH0459
UH0480
UH0481
UH0490
UHD491
UHD500
UH0502
UH0503
UHD506
UHD507
UH0508
UH0520
UH0532
UH0533
UH0551
UH0559
UHP060
UHP400
UHP402
UHP403
UHP406
UHP407
UHP408
UHP420
UHP432
UHP433
UHP451
UHP459
UHP480
UHP481
UHP490
UHP491
UHP500
UHP502
UHP503

.

e.-Registered with JEDEC
by this manufacturer

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
tTRW
tTRW
tTRW
tTRW
tsPR
tsPR
tsOO
tSOO
tOOC
tOOC
tOOC
tOOC
tOOC
tOOC
tOOC
tOOC
tOOC
tOOC
tSPR
tSPR
tSPR
tSPR
tsPR
tSPR
tSPR
tSPR
tSPR
tSPR
tSPR
tSPR
tSPR
tSPR
tSPR
tSPR
tSPR
tSPR
tSPR
tsPR
tSPR
tSPR
tSPR
tSPR
tSPR
tSPR
tSPR
tSPR
tsPR
tSPR
tSPR
tSPR
tSPR
tSPR
tSPR
tSPR
tSPR
tSPR
tSPR
tSPR
tSPR
tSPR
tSPR
tSPR
tSPR
tSPR
tSPR
tSPR
tSPR
tSPR
tSPR
tSPR
tSPR
tSPR
tsPR
tSPR
tSPR
tSPR
tsPR
tSPR
tSPR
tsPR
tSPR
tsPR
tSPR
tSPR
tSPR
tsPR
tSPR

TYPE No.

m:g~ I~~~~g~

84- 17
84- 18
133-108
133-109
89· 56
89· 57
89- 58
89- 59
107· 92
107- 93
176· 79
176- 80
158-108
158-109
176· 81
176- 82
122-106
122·107
122-108
122-109
123· 1
123- 2
150- 10
150- 11
150- 12
192-104
192-105
192-106
192-107
131· 64
131- 65
190- 58
190- 59
143· 10
143· 11
143- 38
143· 39
143· 40
143- 41
143· 42
143- 43
143- 44
143- 45
182- 28
181- 42
181- 43
181- 44
181- 45
181- 46
181- 47
181- 48
181- 49
181- 50
181· 51
181· 52
181- 53
181· 54
181· 55
181· 56
181· 57
181· 58
181· 59
181· 60
181· 61
181· 62
181· 63
182· 26
181· 64
181· 65
181- 66
181· 67
181· 68
181· 69
181- 70
181· 71
181- 72
181- 73
181- 74
163- 1
163· 2
162-107
162-108
181- 75
181- 76
181- 77
181- 78
181- 79
181· 80
181- 81
181· 82
181- 83
181- 84
181- 85
182- 27
181- 86
181- 87
181- 88
181· 89
181- 90
181- 91
181· 92
181· 93
181· 94
181- 95
181· 96
163· 3
163· 4
162-109
162-110
181- 97
181· 98
181- 99

UHP508
UHP520
UHP532
UHP533
UHP551
UHP559
Ul02C
Ul03C
Ul51l#1
Ul51l#2
Ul52C
UL52L
UL53L#1
UL53L#2
ULN2031A
ULN2032A
ULN2033A
ULN3303M
ULN3304M
ULN3305M
ULN3306M
Us54HOOA
Us54HOOJ
Us54H01A
Us54H01J
Us54H04A
Us54H04J
Us54H05A
Us54H05J
US54H08A
US54H08J
US54Hl0A
US54Hl0J
US54HllA
US54Hl1J
US54H20A
US54H20J
US54H21A
US54H21J
US54H22A
US54H22J
US54H30A
US54H30J
US64H37A
US54H37J
US54H40A
US54H40J
US54H50A
US54H50J
US54H51A
US54H51J
US54H52A
US64H52J
US54H53A
US54H53J
US54H54A
US54H54J
US54H55A
US54H55J
US54H60A
US54H60J
US54H61A
US54H61J
US54H62A
US54H62J
US54H71A
US54H71J
US54H72A
US54H72J
US54H74A
US54H74J
US54H76A
US54H78A
US54H78J
US54H571A
US54H571J
US54H572A
US54H572J
US74HOOA
Us74HOOJ
US74HOIA
US74H01J
US74H04A
US74H04J
US74H05A
US74H05J
US74H08A
US74H08J
US74Hl0A
US74Hl0J
US74H llA
US74HllJ
US74H20A
Us74H20J
US74H21A
US74H21J
US74H22A
US74H22J
US74H30A
US74H30J
US74H37A
US74H37J
US74H40A
US74H40J
US74H50A
US74H50J
US74H51A
US74H51J
US74H52A
US74H52J
US74H53A
US74H53J

IN TYPE NUMBER SEQUENCE
MFRS PolLina TYPE No.

:~~~

tsPR
tsPR
tsPR
tsPR
tsPR
tsPR
tAMI
tAMI
tAMI
tAMI
+AMI
tAMI
+AMI
+AMI
tsPR
tsPR
tsPR
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
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
SPR
SPR
SPR
SPR
SPR
SPR
SPR
SPR
SPR
SPR
SPR

m:lg~ I~~~:~~:~

181-102
181-103
181-104
181-105
181-106
181-107
122-102
159·110
55- 51
128- 79
102- 63
102- 62
131- 14
159- 98
184- 5
184- 6
184- 7
161- 71
161- 72
161· 73
161· 74
118- 96
118· 97
118· 98
118· 99
157· 84
167· 85
157· 86
157· 87
82· 63
82· 64
118·100
118·101
82· 65
82· 66
118·102
118·103
82· 67
82- 68
118-104
118-105
118-106
118-107
118-108
118·109
118-110
119· 1
99· 53
99· 54
99- 56
99· 56
92· 14
92· 15
99· 57
99· 58
99· 59
99- 60
99- 61
99- 62
133- 42
133- 43
133- 44
133- 45
133- 46
133- 47
46- 93
46· 94
46· 95
46- 96
58· 43
58· 44
46- 97
46- 98
46· 99
47· 37
47- 38
47· 39
47· 40
119· 2
119· 3
119- 4
119· 5
157· 88
157- 89
157· 90
157· 91
82· 69
82· 70
119· 6
119- 7
82· 71
82· 72
119· 8
119- 9
82· 73
82· 74
119· 10
119· 11
119· 12
119· 13
119· 14
119· 15
119· 16
119· 17
99· 63
99· 64
99· 65
99· 66
92- 16
92- 17
99· 67
99- 68

Us74H55A
Us74H55J
Us74H60A
Us74H60J
Us74H61A
Us74H61J
Us74H62A
Us74H62J
Us74H71A
Us74H71J
US74H72A
Us74H72J
Us74H74A
Us74H74J
Us74H76A
Us74H78A
Us74H78J
Us74H671A
Us74H571J
Us74H572A
Us74H572J
Us5400A
Us5400J
Us5401A
Us5401J
Us5402A
Us6402J
Us5403A
US5404A
US5404J
US5405A
Us5405J
US5408A
US5408J
US5409A
US5409J
Us5410A
Us5410J
Us5411A
US6411J
Us5418A
US5418J
US6420A
Us6420J
Us5426A
US6427A
US6427J
US5429A
US5429J
US6430A
US5430J
US6432A
US6432J
US6438A
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
US6482A
US5482J
US5483A
US5486A
US5486J
US5490A
US5490J
US5492A
US5492J
US5493A
US5493J
US7400A
US7400J
US7401A
US7401J
US7402A
US7402J
US7403A
US7404A
US7404J
US7405A

• -Copy of mfr's tlate sheet
may be ordered from D.A.T.A.

~~~:g~i

MF~

~~~

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
tSPR
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
SPR
SPR
SPR
SPR
SPR
SPR
tsPR
tSPR
SPR
SPR
SPR
SPR
SPR
SPR
SPR
SPR
SPR
SPR
SPR
SPR
SPR
SPR
SPR
SPR
SPR
sPR

PIl&Lina

~~: ~g

99· 71
99· 72
133· 48
133· 49
133· 50
133· 51
133· 52
133- 53
46·100
46·101
46-102
46-103
58- 45
58- 46
46-104
46-105
46-106
47- 41
47- 42
47- 43
47- 44
119- 18
119- 19
119- 20
119· 21
97- 41
97- 42
119- 22
157- 92
157- 93
157- 94
157- 95
82- 75
82- 76
119- 23
119- 24
119- 25
119· 26
82- 77
82- 78
90· 75
90· 76
119- 27
119· 28
119· 29
97· 43
97· 44
97· 45
97· 46
119· 30
119· 31
90· 77
90· 78
119· 32
119· 33
119· 34
74- 67
74· 68
78· 66
78- 67
74- 69
77- 54
77- 55
77- 56
99- 73
99- 74
99- 75
99- 76
99- 77
99· 78
99- 79
99- 80
99- 81
99· 82
133- 54
133· 55
46· 62
46· 53
44· 48
44· 49
44· 50
44· 51
57· 83
57 - 84
194- 9
44- 52
194· 10
149· 48
149· 49
149· 50
149· 51
149· 52
130· 34
130- 35
62· 33
62· 34
68· 7
68· 11
67· 67
67· 6
119· 35
119· 36
119· 37
119· 38
97- 47
97· 48
119· 39
157· 96
157· 97
157- 98
157· 99
82· 79

36

TYPE No.

l~~~:g~i

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
US74107A
US74121A
US74121J
US74145A
US74153A
US74154A
US74180A
US74180J
US75324A
US75324G
US75324H
US75324J
VA DC-A
VADC-B
VMUX
VSSH-Fl
VSSH-F3
VSSH-Sl
VSSH-S3
W040
W042
W050
W051
W061
Wl08
W501
W510
W511
W520
W590
W600
W601
W602
W700
W800
W802
ZD354Ml
ZD354M2

37

.

3. TYPE No CROSS INDEX
MFRS P!I&Line TYPE No.
MFRS P!I&Line TYPE No.
1~~: ~g l~g~g:~~
:m~ m::; 1~~~g~B
~~t m:l; ~~g:~g~
119· 41 ZD374Ml
tFERB 122· 46 ZSS89A
ZEL 143· 16 ZN5440F

MFRS P!I&Line TYPE No.

~~~

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
SPA
SPA
SPR
SPR
SPR
SPA
SPR
SPA
SPR
SPR
SPA
SPA
SPR
SPR
SPA
SPA
SPR
SPA
SPR
SPR
SPA
SPA
SPA
SPA
SPA
SPA
SPA
tSPA
tSPA
SPA
SPR
SPA
SPA
SPA
SPR
SPA
tSPA
tSPA
SPA
tSPA
tSPA
tSPA
tSPA
SPA
tSPR
tSPR
SPA
tSPA
tSPR
tSPA
tSPR
tSPR
tSPR
tSPA
tSPA
tDDC
tDDC
tDDC
WDC
WDC
WDC
WDC
WEC
WEC
tDEC
tDEC
tDEC
DEC
tDEC
tDEC
WEC
WEC
tDEC
WEC
tDEC
WEC
WEC
tDEC
WEC
ZEL
ZEL

119· 42
119· 43
82· 81
82· 82
90· 79
90· 80
119· 44
119· 45
119· 46
97·49
97· 50
97·51
97·52
119·47
119· 48
90· 81
90· 82
119· 49
119· 50
119·51
119· 52
74- 70
74 - 71
78- 68
78 - 69
74- 72
77- 57
77 - 58
77- 59
99- 83
99- 84
99- 85
99- 86
99- 87
99- 88
99- 89
99· 90
99- 91
99- 92
133- 56
133 - 57
46- 54
46- 55
44- 53
44- 54
44 - 55
44- 56
57 - 85
57 - 86
194- 11
44- 57
194- 12
149- 53
149 - 54
149- 55
149- 56
149- 57
130- 36
130- 37
63- 44
63- 45
67- 68
68- 8
68- 9
68- 10
44- 58
138- 83
138- 84
74 - 73
188 - 54
72- 26
192-108
192-109
44 - 59
138- 85
138- 86
74 - 74
188- 55
72- 27
192·110
193- 1
182· 21
182· 22
182· 23
182· 24
140- 48
140- 49
184- 98
195· 27
195- 28
195· 25
195- 26
163- 7
182- 25
162- 79
162- 80
163- 15
71- 11
161· 68
160- 52
161- 25
161- 26
151- 77
160- 54
160- 55
161- 27
160- 51
163- 16
190- 60
143- 12
143· 13

ZD374M2
ZD384Ml
ZD384M2
ZD394Ml
ZD394M2
ZD400
ZD401
ZD429
ZD430
ZD430El
ZD430Ell
ZD430E20
ZD430E21
ZD431
ZD432
ZD433
ZD440
ZD441
ZD442
ZD451
ZD452
ZD453
ZD460
ZD461
ZD462
ZD470
ZD471
ZN219
ZN219E
ZN220
ZN220E
ZN221
ZN221E
ZN222
ZN222E
ZN224
ZN224E
ZN226
ZN226E
ZN229
ZN229E
ZN230
ZN230E
ZN232
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 1010E
ZN 1010F
ZN2010E
ZN2010F
ZN5400E
ZN5400F
ZN5401E
ZN5401F
ZN5402E
ZN5402F
ZN5404E
ZN5404F
ZN5405E
ZN5405F
ZN5410E
ZN5410F
ZN5420E
ZN5420F
ZN5430E

D.A. T.A.

ZEL
ZEL
ZEL
ZEL
ZEL
tZEL
tZEL
tZEL
tZEL
tZEL
tZEL
tZEL
tZEL
tZEL
tZEL
tZEL
tZEL
tZEL
tZEL
tZEL
tZEL
ZEL
tZEL
tZEL
tZEL
tZEL
tZEL
tFERB
tFERB
tFERB
tFEAB
tFEAB
tFEAB
tFEAB
tFEAB
tFEAB
tFEAB
tFEAB
FEAB
tFEAB
tFEAB
tFEAB
tFEAB
tFEAB
tFEAB
tFEAB
tFEAB
tFEAB
FEAB
tFEAB
tFEAB
tFEAB
tFEAB
tFEAB
tFEAB
tFEAB
tFEAB
FEAB
FEAB
tFEAB
tFEAB
tFEAB
tFEAB
tFEAB
tFEAB
tFEAB
tFEAB
tFEAB
tFEAB
tFEAB
tFEAB
tFEAB
tFEAB
tFEAB
tFEAB
tFEAB
tFEAB
tFEAB
tFEAB
tFEAB
tFERB
tFEAB
tFEAB
tFEAB
tFEAB
tFEAB
tFEAB
tFEAB
tFEAB
FEAB
FEAB
tFEAB
tFEAB
tFEAB
FEAB
FEAB
tFERB
tFEAB
tFEAB
tFERB
tFEAB
tFEAB
tFEAB
tFEAB
tFEAB
tFEAB
tFEAB
tFERB
tFEAB
tFEAB
tFERB

143· 17 ZN5450E
143· 18 ZN5450F
143· 19 ZN5451E
143· 20 ZN5451F
143· 21 ZN5453E
146· 61 ZN5453F
146· 62 ZN5454E
147· 53 ZN5454F
147· 54 ZN5460E
147· 55 ZN5460F
147·56 ZN5470E
147· 57 ZN5470F
147· 58 ZN5472E
147·59 ZN5472F
147·60 ZN5473E
147·61 ZN5473F
147· 62 ZN5474E
147· 63 ZN5474F
143· 22 ZN5475E
195· 12 ZN5476E
195· 13 ZN7400E
195· 14 ZN7400F
142- 31 ZN7401E
142- 32 ZN7401F
142- 33 ZN7402E
142· 34 ZN7402F
142· 35 ZN7404E
89-107 ZN7404F
89·108 ZN7405E
89-109 ZN7405F
90- 1 ZN7410E
39· 5 ZN7410F
39- 6 ZN7420E
39- 7 ZN7420F
39- 8 ZN7430E
93- 63 ZN7430F
93- 62 ZN7440E
152- 7 ZN7440F
152- 8 ZN7441AE
80- 1 ZN7450E
80- 2 ZN7450F
93- 64 ZN7451E
93 - 65 ZN7451F
93- 66 ZN7453E
93- 67 ZN7453F
90- 2 ZN7454E
90- 3 ZN7454F
152- 9 ZN7460E
152· 10 ZN7460F
93- 68 ZN7470E
93- 69 ZN7470F
93- 70 ZN7472E
93 - 71 ZN7472F
39- 9 ZN7473E
39- 10 ZN7473F
93- 72 ZN7474E
93 - 73 ZN7474F
38- 1 ZN7475E
38 - 2 ZN7476E
90- 4 ZN7490E
90- 5 ZN7490F
90- 6 ZN7492E
90- 7 ZN7492F
39- 11 ZN7493E
39- 12 ZN7493F
39- 13 ZN54107E
39 - 14 ZN54107F
93- 74 ZN74107E
93 - 75 ZN74107F
152 - 11 ZSD51A
152- 12 ZSD81A
93- 76 ZSD111A
93- 77 ZSD131A
93 - 78 ZSF51B
93- 79 ZSF51CT
93- 80 ZSF81B
93- 81 ZSF81CT
90- 8 ZSFlllB
90- 9 ZSFlllCT
152- 13 ZSF131B
152- 14 ZSF131CT
93- 82 ZSM1A
93- 83 ZSM1B
93- 84 ZSSlA
93- 85 ZSSlB
39- 15 ZSS2A
39 - 16 ZSS2B
93- 86 ZSS3A
93 - 87 ZSS3B
38 - 3 ZSS51A
38 - 4 ZSS51B
165- 5 ZSS53A
136- 58 ZSS53B
136· 59 ZSS54A
136· 1 ZSS54B
136· 2 ZSS55A
122· 35 ZSS55B
122· 36 ZSS56B
122· 37 ZSS57B
122· 38 ZSS58
97· 99 ZSS59A
97-100 ZSS59B
159· 16 ZSS81A
159· 17 ZSS81B
159- 18 ZSS83A
159- 19 ZSS83B
122- 39 ZSS84A
122- 40 ZSS84B
122- 41 ZSS85A
122- 42 ZSS85B
122- 43 ZSS86B
6-Registered with JEDEC
by this manufacturer

tFERB
tFERB
tFERB
tFERB
tFERB
tFERB
tFERB
tFERB
tFERB
tFERB
tFERB
tFERB
tFERB
tFERB
tFERB
tFERB
tFERB
tFERB
tFERB
tFERB
tFERB
tFERB
tFERB
tFERB
tFERB
tFERB
tFERB
tFERB
tFERB
tFERB
tFEAB
tFEAB
tFEAB
tFEAB
tFEAB
tFERB
tFEAB
tFEAB
tFEAB
tFEAB
tFEAB
tFEAB
tFEAB
tFEAB
tFEAB
tFEAB
tFEAB
tFEAB
tFERB
tFEAB
tFEAB
tFEAB
tFEAB
tFEAB
tFERB
tFEAB
tFEAB
tFEAB
tFEAB
tFERB
tFEAB
tFEAB
tFEAB
tFEAB
tFEAB
tFEAB
tFEAB
tFERB
tFEAB
tFEAB
tFERB
tFEAB
tFERB
tFERB
FEAB
tFERB
FERB
tFEAB
tFERB
tFERB
tFERB
FEAB
FERB
tFEAB
tFEAB
tFERB
tFERB
tFEAB
tFEAB
tFERB
tFEAB
tFEAB
HEAB
tFEAB
tFEAB
tFEAB
tFERB
tFEAB
tFEAB
FEAB
FEAB
FERB
tFEAB
tFERB
tFERB
tFEAB
tFERB
tFEAB
tFEAB
tFEAB
tFEAB

IN TYPE NUMBER SEQUENCE
MFRS P!I&Line TYPE No.

t~~~~ l~~:

9;

FERB 93· 91
130· 82 ZSS89B
FERB 93· 92
130· 83 ZSSlllA
HERB 100· 96
130· 84 ZSSl11B
tFERB 100· 97
HERB 100· 98
130· 85 ZSSl13A
84· 19 ZSSl13B
tFERB 100· 99
84· 20 ZSSl14A
tFERB 152· 19
84·21 ZSSl14B
tFERB 152· 20
tFERB 100·100
84· 22 ZSSl15A
tFERB 100·101
134· 54 ZSS115B
tFERB 100-102
134·55 ZSSl16B
tFERB 100·103
50· 12 ZSSl17B
tFERB 151- 8
50· 13 ZSSl18
50- 14 ZSSl19A
tFERB 93· 93
50· 15 ZSSl19B
tFERB 93· 94
50· 16 ZSS131A
tFERB 100-104
50· 17 ZSS131B
tFERB 100-105
59· 39 ZSS133A
tFERB 100-106
59· 40 ZSS133B
tFERB 100-107
59· 41 ZSS134A
tFERB 152· 21
50· 18 ZSS134B
tFERB 152· 22
tFERB 100-108
122· 47 ZSS135A
122- 48 ZSS135B
HERB 100-109
122- 49 ZSS136B
tFERB 100-110
122- 50 ZSS137B
tFERB lOl- l
97-101 ZST2
tFERB 162- 50
tFERB 101- 2
97-102 ZST51A
159- 20 ZST52A
tFERB 101- 3
tFERB 101- 4
159- 21 ZST52B
159- 22 ZST53A
HERB 101- 5
tFERB 101- 6
159 - 23 ZST53B
122- 51 ZST54A
tFEAB 101- 7
122- 52 ZST81A
tFEAB 101- 8
122- 53 ZST82A
tFEAB 101- 9
122- 54 ZST82B
tFEAB 101- 10
122- 55 ZST83A
tFEAB 101- 11
tFERB 101- 12
122- 56 ZST83B
122 - 57 ZST84A
tFEAB 101- 13
122- 58 ZST111A
tFEAB 101- 14
74- 92 ZST112A
tFEAB 90- 10
130- 86 ZST112B
tFEAB 90- 11
130· 87 ZST113A
tFERB 101- 15
130- 88 ZST113B
tFEAB 101- 16
130- 89 ZST114A
tFEAB 101- 17
84- 23 ZST131A
tFEAB 101- 18
84- 24 ZST132A
tFEAB 90- 12
84 - 25 ZST132B
tFERB 90- 13
tFEAB 101- 19
84- 26 ZST133A
134 - 56 ZST133B
tFEAB 101- 20
tFERB
101- 21
134· 57 ZST134A
50· 19
50- 20
50- 21
50- 22
50· 23
50- 24
59· 42
59- 43
59- 44
50- 25
61· 10
61· 11
69- 62
69- 63
64- 48
64 - 49
50· 26
50- 27
50- 28
50- 29
131- 66
93· 88
131- 67
131- 68
39- 17
39 - 18
39- 19
39- 20
39- 21
39- 22
39 - 23
39 - 24
93- 96
93 - 97
93- 98
93- 99
93-100
93-101
93-102
93-103
100- 80
100- 81
100- 82
100- 83
152- 15
152- 16
100- 84
100- 85
100- 86
100- 87
151- 6
93- 89
93- 90
100- 88
100- 89
100- 90
100- 91
152- 17
152- 18
100- 92
100- 93
100- 94
.-Copy of mfr's data sheet
may be ordered from D.A.T.A.

MFRS pg&Line

37

LINE
No.

~

~~A~

.

4 BINARY OR FLIP

UrPE
LOGIC
OF
0 ER- PROLEVEL
FLlP- ATING CESS~.
FLOP FREQ.
'1'
lill
IVI

TYPE
No.

~'O'

,Hz)

~I I~~~;;~

3#
4#
5
6
7
8
9
10
11
12
13
14
15
16
17
18

~~

21

~~

24
25
26
27

~;

30

~~

33
34
35
36
37
38
39
40
41
42
43
44
45

:~

48

:g
51
52
53
54
55
56
57

~:

60#
61#
62#
63#
64#

g~~

67#
68#
69#
70
71
72

~~

75

~~

78
79
80
81

~~

84
85
86 ...
87 ...

I~q~ :~g
MO~

ZN394E

1~~~g~E
HEPC0901P-RT

2
2
2
9926HC
2
2
I~~~~~M
2
N7472A
2
N7472J
2
N7473J
2
S5472A
2
S5472J
2
S5473A
2
S5473J
2
N7470A
2
N7470J
2
S5470A
2
2
2
SNF100J
2
SNF100W
2
SNF101J
2
SNF101W
2
SNF102J
2
SNF102W
2
SNF103J
2
2
2
SNFll0W
2
SNFlllJ
2
SNFlllW
2
SNF112J
2
2
2
SNF113W
2
2
2
SNF121J
2
SNF121W
2
SNF122J
2
SNF122W
2
SNF123J
2
SNF123W
2
SNF130J
2
SNF130W
2
SNF131J
2
SNF131W
2
2
SNF~~2J
2
2
SNF133W
2
FCJ131
2
FCJ191
2
FCJ211
2
FCJ2216
2
FZJ10l
2
FZJ105
2
FZJlll
2
FZJ115
2
FZJ121
2
FZJ125
2
Hll0Dl
2
Hll0D6
2
HlllDl
2
HlllD6
2
MC14027Al
2
MC14027Cl
2
MC14027CP
2
CD4027AD
2
CD4027AE
2
CD4027AK
2
2
I~~:g~~~~
2
Ml00
2
SCl4027AD
2
SCl4027AE
2
SCl4027AF
2
INS4027S
2
D4401
2
D4408
2
1~!,321A
2
JANM38510/051102AEJ

I~~~g~~

~~~J~~73P-RT

~~~1~~:f
~~~m:f
~~~gg~

I~~~m:f

M~~
20Mt MO
3.0M
20M"
~pM"
OM"

20M"
15M"
15M"
15M"
15M"
15M"
15M"
15M"
35M"
35M"
35M"
35M"
35M
35M
35M
35M
35M
35M
35M
35M
35M
35M
35M
35M
35M

~~~

35M
50M
50M
50M
50M
50M
50M
50M
50M
50M
50M
50M
50M
50M
50M
50M
50M

~:g~

7.0M
8.0M
500k"
500k"
500k"
500k"

ggg~~

1.0Mt"
1.0Mt"
1.0Mt"
1.0Mt"
8.0MA"
8.0MA"
8.0MA"
8.0MA"
8.0MA"
8.0M6"
8.0Mt"
8.0Mt"
8.0M
8.0M
80M
8.0M
14M6
3.0M
3.0M
10Mt

.20
.20
3.4

M1~
M~~

M1~
M~~

M1~

M~~

M:~
M~~

~~~

700kA0 Mm 3.65"

lQO#

19~#

~~gri73PM

88 ...

90...
91 ...
92#
93#
94#

~~~

97#

~:~

10~:
102

38

M1~

~~g:H~~M

1~

2
2

MO~
MO~

10M

D.A.T.A.

~Co:

FAN
OUT
MAX.

TTL

6
3
3
3
3
3
9
9
4
9

.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.40*t
.26
.26
.26
.26

:
4
9
9
9
9
4
4
4
4
4
4
4
4
4
5
5
5
5
5
5
5
5
4
4
4
4
4
4
4
4
5
5
5
5

.~6

.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
0.0
0.0
0.0
0.0
4.5*
4.5*
4.5*
4.5*
4.5*
4.5*
6.0*
6.0*
6.0*
6.0*
.01*t
.01*t
.01*t
O.Ot
O.Ot
O.Ot
O.Ot
O.Ot
0.0
0.0
0.0
0.0
O.Ot
15
1.5
.60

POWER
SUPPLY
SPAN

PROPAMAX.
FALL
GATION 1.~ISE
DELAY TIME TIME

~G r~S

~

Ig+t
DTl
DTl

MO~

2.0"
2.0"
2.0"
2.0"
2.0"
2.0"
2.0"
2.0"
2.0"
20"
2.0"
2.0"
2.4"
~g: 3.3
3.3
MO
3.3
M1:
MO
3.3
3.3
M~~ 3.3
~gN 3.3
M~~ 3.3
M~~ 3.3
MO~ 3.3
3.3
MO
3.3
MO
3.3
3.3
~q~ 3.3
M(l~ 33
3.3
MO
3.3
MO~ 3.3
3.3
MO
3.3
MO
3.3
M~~ 3.~
M~~ 3.3
M(l~ 3.3
3.3
MO
3.3
MO~ 3.3
3.3
MO
3.3
MO
3.3
MO~ 3.3
6.0
6.0
6.0
6.0
MO~ 7.5"
7.5"
MO
7.5"
MO~ 7.5"
7.5"
MO
7.5"
MO
8.0"
M~~ 8.0"
M~~ 8.0"
MO~ 8.0"
9.99"
MO 9.99"
MOS 9.99"
10
M~~ 10
~gs 10
10
M~~
10
MO_S
PCB
10
10
10
MOS
10
MO~
10
13
13
38

IN

~

~~~
MO~

JANM38510/05102AFJ
700kA¢ MO~ 3.65"
12
JANM38510/05102BE
700k6Sll
MON 365"
12
JANM38510/051102BFJ
700k60 MO~ 3.65%
JANM3851 0/051 02CEJ
700k6¢ MO~ 3.65%
JANM38510/05 1102cFII
700kASll M~~ 3.65%
2
MIC311-1D
2
M~~
MIC311-1Dl
2
MO~
MIC311-5D
2
MIC311-5Dl
2
MO
MIC312-1D
2
MO
MIC312-1Dl
2
M~~
2
~:gg:ggl 2
~g~
SFC472HE
2
M~~

89 ...

::g
4.0
4.0
.20

TYPE

. FLOP

g

5
5
4
6t
5
3
9
9
11
11
5
5
2
2
2
2
5
5
5
4
4
4
5
5
4
4
4
4
4
2
1

8
8
15
10
11
11
11
11
10
10
10
10
10
10
10
10
10
10
10
10
15t
15t
7t
7t
12t
12t
6t
6t
15t
15t
7t
7t
12t
12t
6t
6t
16t
15t
7t
7t
12t
12t
6t
6t
15t
15t
7t
7t
12t
12t
6t
6t

Kg
0.0
0.0
0
0.0
4.0
4.0
4.0
4.0
0.0
0.0
0.0
0.0
0.0
00
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
0.0
0.0
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

4.5
4.5
5
15
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
50
5.0
50
5.0
5.0
5.0
50
5.0
5.0
50
5.0
5.0
5.0
5.0
5.0
5.0
50
5.0
5.0
5.0
5.0

50
50
50

0.0
0.0
0.0
0.0
0.0
0.0
00.
0.0
0.0
1.1. 0
0.0
0.0

50
50
50
50
50
9
9
13

0.0
0.0
0.0
0.0
0.0
0.0
1.0
1.0
0

19
25
25
25
25

0.0
0·2

g:~
.0

O.~

~~I

~I

15n
15n

..
40n6
34n
34n

~ ~g~~g~

j~n
4n
~~n

15n
15n
20n
20n
20n
20n
30n

~]

5.0
5.0
5.0
5.0
6.0
6.0
6.0
6.0
18
18
18
18
12
12
20
20
20
20
10
10
10
10
10
10
10
10
10
10
10
10
10
18
18
6

g
8
8
10
10
10
10

lsi

::~ I;.g~

600n6
600n6
600nA
600nA
IlOnA
150nA
150nA
110n6
150nA
110n6
IlOnA
150nA
lIOn
lIOn
130n
lIOn
65n"

IN ORDER OF (1)FLlP.FLOP (2)LOG TYPE (3)LOG
LEV1' 141LOG LEVO' ISIMA)( FREQ 161TYPE No•
MAX. MAX.
TEMP. CKT
DRAWINGS
TOTAL NOISE
PE~[ LOGIC OUTLINE
PKG.
REJECT LO'" HI MO DWG. No DWG. No
t.=MO
DI~~'
'C
IVI
'C
;;~ ;.g
I~g
g
~m
19m 1.0
0
70
M126
19m 1.0
0
70
M126
50mt 1.1
-55 125
1 B0242
FP21b
200m
T0116
2
500m6
0
70
1 B0262
FP26b
-55 125
1 B0262
FP28b
!~pOm6
.70
00m6
0
1 B0262
T0100
500m6
-55 125
1. B0262
T0100
-55 125
T084
0
70
Ml05a
884m'"
0
70
1 B02208 T088
884;;
49m
0
70
2 B02184 T088
935m
-55 125
1 B02208 Ml05a
-55 125
1 B02208 T088
935":;
-55 125
1~~2184C Ml05q
-55 125
02184 T088
70
0
1
B0273
Ml05q
884":;
884m
0
70
1 B0273
T088
-55 125
1 B0273
Ml05a
935m'"
-55 125
1 B0273
T088
935m:,
80mt
2 B02130 T0116
50m 900m
-55 125
2
M157b
60m 900m
-55 125
2
A004AF
50m 900m
-55
2
M157b
50m 900m
-55
2
A004AF
60m 900m
0
75
2
M157b
60m 900m
75
2
0
A004AF
60m 900m
75
2
0
M157b
60m 900m
75
2
0
A004AF
50m 900m
-55 125
2
M157b
50m 900m
-55 125
2
A004AF
50m 900m
-56 125
2
M167b
50m 900m
-56 125
2
6004AF
60m 900m
0
75
2
M157b
60m 900m
0
75
2
6004AF
60m 900m
0
75
2
M157b
60m 900m
0
75
A004AF
2
50m 900m
-55 125
2
M157b
50m 900m
-55 125
2
6004AF
50m 900m
-55 125
2
M157b
50m 900m
-55 125
2
A004AF
60m 900m
0
75
2
M157b
60m 900m
0
75
6004AF
2
60m 900m
0
75
2
M157b
60m 900m
0
75
2
A004AF
50m 900m
-56 125
M157b
2
50m 900m
-55 125
2
~~~~~F
50m 900m
125
2
125
60m 900m
i6004AF
2
60m 900m
0
76
M157b
2
60m 900m
0
75
2
A004AF
60m 900m
0
75
M157b
2
60m 900m
0
75
2
AOO4AF
100m 1.2
0
75
2 B02188
100m 1.2
75
2 B02188a ~gg~
0
100m 1.2
0
75
M126c
~ ~g~lg:b M126c
250m 1.2
0
75
5.0 A
0
70
1 B02242 M117,
5.0 A
-25 85
1 B02242 M117,
5.0 A
0
70
1 B02242a M117,
5.06
-25 85
1 B02242a M117,
550m 5.0 A
0
70
2 B02266
5.06
-25 85
2 B02266
~gg~", 5.0 A 0 75
2 B02245 T0116
-40 85
B02245 T0116
5.~ 6
700~; 5.0
A
0
75
~ B02245a M200c
700~~
700m 5.0 A
-40 85
2 B02245a M200c
20u
-55 125
2 B02269 M191
200u
-40 85
2 B02269 M191
200u
-40 85
2 B02269 M278
-55 125
2 B02247 6001AE
20u" 4.5 6
-40
2 B02247 AOOIAC
200u" 4 5 A
-55
2 B02247 A004AG
20u" 4.5 A
200m 4.5 A
M210b
-~~ 125
200m 4.5 A
-40 85
~ ~gng ~J~Ob
60u 4.5
-55 95
6
-55 126
20u 4.5
AOOIAE
20u 4.5
-40 85
~ggl~g
20u 4.5
-55 125
-55 125
2
4.5 6
5.0
0
50
5.0
0
50
90mt 800m
75
2
M114c

~~~~

1.0nt
1.0nt
1.0nt
10nt
1.0nt
1.0nt
1.0nt
1.0nt
1.0nt
1.0nt
1.0nt
1.0nt
1.0nt
1.0nt
1.0nt
1.0nt
1.0nt
1.0nt
1.0nt
1.0nt
1.0nt
1.0nt
1.0nt
1.0nt
1.0nt
1.0nt
1.0nt
1.0nt
I.Qnt
1.0nt
1.0nt
1.0nt

17nt
1.7nt
1.7nt
1.7nt
1.7nt
1.7nt
1.7nt
1.7nt
17nt
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
1.7nt
1.7nt
1.7nt
1.7nt
1.7nt
1.7nt
1.7nt
1.7nt

490n
490n
490n
490n

170n
170n
170n
170n

5.0u
5.0u
5.0u
5.0u6
5.0u6
5.0uA
5.0uA
50u6
5.0u
5.0u
5.0u
5.0u
5.0u6
20n
20n

5.0u
5.0u
5.0u
5.0u6

35n

~:g~~

5.0uA
5.0u6
5.0u
5.0u
5.0u
5.0u
5.0u6
20n
20n

~

m

:~~

~~5

1.25*

CMS

5

7

0.0

5.0

550nA

200m

-55

125

2 B02247

M323

1.25*

CMS

5

7

0.0

5.0

550n6

200m

-55

125

2 B02247

FP93

1 25*

CMS

5

7

00

50

550nA

200m

-55

125

2 B02247

M333

1.25*

CMS

5

7

0.0

5.0

550nA

200m

-55

125

2 B02247

FP93

1.25*

eMS

5

7

0.0

50

550n6

200m

-55

125

2 B02247

M333

1.25*

CMS
DTl
DTl
DTl
DTl
DTl
DTl
DTl
DTl
DTl
DTl
DTl

5
10
10
10
10

7
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
15

5.0 550nA
12
15
12
15
12
15
12
15
7
6n
6n
7
7 13n
7
10 ~~n
On

200m

-55
-55
-55
-30
-30
-55
-55
-30
-30
0
-55
-55

125
125
125
85
70
125
125
85
85
70
125
125
125
65

2
1
1
1
1
2
2
2
2
1
1
1
2
1

FP93
M200d
M200d
M200d
M200d
M153a

Igit

8
6
6
6
9

2
2
2
2

20mt 400m
400m
400m
!Qmt 400m
150m

~g~~

35n

SYMBOLS AND CODES
EXPLAINED IN INTERPRETER

:~g

B02247
B02148
B02148
B02148
B02148

Ml~~a

B0294b
B0288
B0288

~m:

T01!~

~~lg~
~g~~~ 1~~~~5

38

4. BINARY
FLOP
OR FLIp·
LUGI
FAN
POWER PROPA·

OF ~MA~
OPER· PRO·
~iYPE
FLIP· ATING CESS

§J
LINE
No.

TYPE
No.

FLOP

~

3
4

~~~gg~

~

RF3122D

~~~~~2K

~: ZN221E
7# ZN222
ZN222E
ZN248
10# ZN248E
ZN321
l a ZN321E
13# ZN322
ZN322E
l a ZN348
16# ZN348E
ZSF51B
l a ZSF51Cl
19# ZSF81B
ZSF81Cl
~~: ZSFlllB
22# ZSFlllCl
ZSF131B
~~: ZSF131Cl
25
SW705·1P
26
SW705·2M
27
SW705·2P
28
SW708·1P
29
SW708·2M
30
SW708·2P
~.1# 9093·9-7A
32
9093DM
33
9093FM
34# 9094-9·7A
35
9094DM
36
9094FM
37# 9097-9·7A
38
9097DM
39
9097FM
40# 9099·9·7A
41
9099DM
42
9099FM
43
MIC9093·1B
44
MIC9093·1D
45
MIC9093·5B
46
MIC9093·5D
MIC9093R3D
MIC9093R6D
49# MIC9093R7D
MIC9093Xl0
MIC9093X5D
52#
53# ::~~~g~~=~8
54# MIC9093XR7D
MIC9094-1B
55
56
MIC9094·1D
57
MIC9094·5B
58
MIC9094-5D
MIC9094X1D
~g: MIC9094X5D

g:

:a
~~:

~.1#

~:g~~::~=~8

62#
63# MIC9094XR7D
MIC9097·1B
64
65
~:g~~tJg
66
67
MIC9097-5D
MIC9097X1D
g~: MIC9097X5D
70# MIC9097XR3D
MIC9097XR6D
~~: MIC9097XR7D
73
MIC9099-1B
74
MIC9099-1D
75
MIC9099-5B
76
MIC9099-50
MIC9099R30
~a MIC9099R6D
79# MIC9099R7D
MIC9099X1D
MIC9099X5D
82# MIC9099XR3D
MIC9099XR6D
MIC9099XR7D
85# M5952P
86# M5953P
87
SN158093F

:~:

:~:
:~

90
91
92
93
94
95
96
97
98
99
100
101
102
103
104
105
106
107
108
109
110

39

~~mg~~~

SN158093R
SN158094F
SN158094J
SN158094N
SN158094R
SN158097F
SN158097J
SN158097N
SN158097R
SN158099F
SN158099J

~~mg::~

SN159093F
SN159093J
SN159093N

~~lg~g:~~

SN159094J
SN159094N
SN159094R

2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2

FREQ.
(Hz)

~'1'

LEVEL

(V)

f!J·O·
(V)

~~~~ I~q~

75Mt
75Mt

MO~

Mq~
Mq~
M()~

~~~
MO
M~~
MO
MO~

M~~
~g~
M~~
MO
MO~

M~~

~g~

Mq~
Mq~
M()~

15Mt
15Mt
15Mt
18Mt
18Mt
18Mt

M~~
MO
M1~
MO
MO
MO

Mq~
Mq~

M()~
Mq~
M~~
MO~

~~;
MO~

M~~

5.0M
5.0M
5.0M
5.0M
5.0M
5.0M
5.0M
5.0M
5.0M
50M
5.0M
50M
5.0M
5.0M
5.0M
5.0M
5.0M
5.0M
50M
5.0M
5.0M
5.0M
5.0M
5.0M
5.0M
5.0M
5.0M
50M
5.0M
5.0M
5.0M
5.0M
5.0M
5.0M
5.0M
5.0M
5.0M
5.0M
5.0M
5.0M
50M
5.0M
7.0M*
7.0M*
7.0M6
7.0M6
7.0M6
7.0M6
7.0M6
7.0M6
7.0M6
7.0M6
7.0M6
7.0M6
70M6
70M6
7.0M6
7.0M6
7.0M6
7.0M6
7.0M6

~:g~~

7.0M6
7.0M6
7.0M6
7.0M6
7.0M6

D.A. T.A.

MO
MO

M~~
~g~

M~~

MO
MO

M~~

~g~
M~~
M~~

M()~

M~~

MO
MO

M~~

~g~

Mq~
Mq~
M()~

M~~

MO
MO

M~~

~g~
M~~
~g~
M~~
MO
MO~

M~~

MO
MO

M~~
~g~
M~~
MO
MO~

~~~
MO~
Mq~
Mq~
M()~

M1~

MO
MO

M~~

~g~
Mq~
Mq~
M()~

M~~
MO
MO~

.20
20
20
.20
.20
20
.20
.20
20
.20
.20
.20
.20
.20
.20
.20
.20
.20
20
.20
1.8%
1.8%
1.8%
18%
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%
19%
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%
1.9%
1.9%
1.9%
1.9%
19%
1.9%
1.9%
1.9%
1.9%
1.9%
19%
1.9%
1.9%
1.9%
1.9%
1.9%
I.!!!!>
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%

M~~ l:~~
1.9%

MO
MO

M~~

~g~
~g~

1.9%
1.9%
1.9%
1.9%

40
40
4.0
40
40
40
4.0
4.0
4.0
4.0
4.0
4.0
4.0
4.0
4.0
4.0
4.0
4.0
40
4.0
12*
1.2*
12*
12*
12*
1.2*
1.1*
1.1*
1.1*
1 1*
1 1*
1 1*
1 1*
1.1*
1.1*
1.1*
1.1*
1.1*
1.1*
1 1*
1.1*
1.1*
1.1*
1.1*
1 1*
1 1*
1.1*
1.1*
1.1*
1.1*
1.1*
1.1*
1.1*
1.1*
1 1*
1.1*
1 1*
1 1*
1 1*
1.1*
1.1*
1 1*
1.1*
1 1*
1.1*
1.1*
11*
1.1*
11*
1.1*
1.1*
11*
1.1*
1.1*
1.1*
1 1*
1.1*
1.1*
1.1*
1.1*
1.1*
1.1*
1.1*
1 1*
1.1*
1 1*
1.1*
1.1*
1.1*
1.1*
1 1*
1.1*
1.1*
1.1*
1.1*
1 1*
1.1*
11*
1.1*
1.1*
1.1*
1 1*
1.1*
1.1*
1.1*
1 1*

TYPE

IN

f£J
Igit
Dll
Dll
Dll
Dll
Dll
Dll
Dll
Dll
Dll
Dll
Dll
Dll
Dll
Dll
Dll
Dll
Dll
Dll
DlL
Dll
Dll
DlL
Dll
Dll
DlL
DlL
DlL
Dll
Dll
lLl
Dll
Dll
Dll
Dll
Dll
OlL
Dll
Dll
Dll

18r

8H
Oll

Dll
Oll
Dll
Dll
Dll
Oll
Dll
Dll
Dll
Dll
Dll
Dll
Dll
Oll
Dll
Dll
Dll
Dll
Oll
Dll
Oll
Oll
Oll
OlL
Oll
Oll
Oll
Dll
Dll
Dll
DlL
Dll
Dll
Dll
Dll
DlL
Dll
Oll
OlL
Dll
Dll
Dll
Dll
OlL
Dll
Dll
Dll
Dll
Dll
Oll
Oll
Dll
Oll
Dll
Oll
Dll
Dll
Oll
Dll
Dll
Dll
Dll
Dll
Dll
Dll

~

3
3
8
8
4
4
7
7
8
8
4
4
7
7
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
5
8
8
5
8
8
4
4
4
4
4
4
4
4
4
4
4
4
4
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
5
5
4
4
4
4
4
4
4
4
4
5
5
5
5
5
5
5
5
4
4
4
4
4
4
4
4

OUT
MAX.
11
11
9
9
6
6
6
6
6
6
6
6
6
6
6
6
6
8
6
8
6
6
6
6
10
12
12
9
11
11
10
10
10
10
10
10
12
12
10
10
10
10
10
10
10
10
9
9
11
11
10
10
10
10
10
9
9
11
11
10
10
10
10
10
10
10
12
12
10
10
10
10
12
11
11
11
24
24
12
12
12
12
11
11
11
11
11
11
11
11
12
12
12
12
10
10
10
10
9
9
9
9

SUPPLY
SPAN
NEG POS
(V)
V)
5
g
5
0
5
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
0.0
5.0
0.0
5.0
0.0
50
0.0
5.0
0.0
5.0
00
5.0
0.0
5.0
0.0
4.5
0.0
5.0
0.0
45
5.0
0.0
0.0
5.0
00
5.0
0.0
5.0
0.0
5.0
00
5.0
00
5.0
00
5.0
0.0
5.0
0.0
5.0
0.0
5.0
0.0
5.0
0.0
50
0.0
5.0
0.0
5.0
0.0
5.0
0.0
50
0.0
50
0.0
5.0
0.0
5.0
0.0
5.0
0.0
5.0
0 5.5
0 5.5
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
0.0
5.0
0.0
5.0
0.0
5.0
0 5.5
0 5.5
0 5.0
0 5.0
00
5.0
0.0
5.0
5.0
00
0.0
5.0
00
50
0 55
0 5.5
0 50
0 5.0
5.0
00
5.0
00
0.0
50
0.0
5.0
0.0
50
0 5.5
0 5.5
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
0.0
5.0
00
5.0
5.0
00
0.0
80
0.0
8.0
0
8
0
8
8
0
0
8
0.0
8.0
0.0
8.0
0.0
8.0
0.0
8.0
0.0
8.0
0.0
8.0
0.0
8.0
0.0
8.0
0
8
0
8
0
8
0
8
0
8
0
8
0
8
0
8
0
8
0
8
0
8
0
8

MAX.
GATION RISE
FALL
DELAY TIME TIME
tr
tf
(s)

50n
50n
50n
50n
50n
50n
15n
15n
15n
15n
15n
15n
50n
9.0n
50n
9.0n
50n
50n
50n
50n
50n%
50n%
50n%
40n%
40n%
40n%
90n6
75n6
75n6
80n6
75n6
75n6
80n6
75n6
75n6
90n6
75n6
75n6
75n6
75n6
75n6
75n6
75n6
75n6
75n6
75n6
75n6
75n6
75n6
75n6
65n6
65n6
65n6
65n6
75n6
75n6
75n6
75n6
75n6
65n6
65n6
65n6
65n6
75n6
75n6
75n6
75n6
75n6
75n6
75n6
75n6
75n6
75n6
75n6
75n6
75n6
75n6
75n6
75n6
75n6
50n%
50n%
75n6
75n6
75n6
75n6
70n6
70n6
70n6
70n6
70n6
70n6
70n6
70n6
75n6
75n6
75n6
75n6
75n6
75n6
75n6
75n6
70n6
70n6
70n6
70n6

(s)

(s)

IN ORDER OF (I)FLIP FLOP (2)LOG TYPE (3)LOG
LEVI' -'4iiOG LEVO' iSIMAX FREQ iSiTYPE No.
MAX. MAX.
TEMP. ~KT
DRAWINGS
TOTAL NOISE
PER LOGIC OUTLINE
PKG. REJECT LO'll HI MOC DWG. No DWG. No
DISS.
A=MO
(W)
(V)
'C
'C
1.1
l~p1u,obm
ng~~ 1.1
~
Ml0'5-m
110mt 1.1
0
2
110mt 1.1
0
75
2
FP21b
19m
·55 125
1
1088
19m
0
70
1
M126
19m
2
·55 125
1088
19m
70
2
M126
19m
125
1
1088
19m
0
70
1
M126
19m 1.0
·55 125
1
1088
19m 1.0
0
70
1
M126
19m 1.0
·55 125
2
1088
19m 10
0
70
2
M126
19m 1.0
·55 125
1
1088
19m 10
0
70
1
M126
19m
1
·55
CN2
19m 1.0
·55
105
19m
0
70
1
CN2
19m 1.0
0
70
105
19m
·55 125
1
CN2
19m
·55 125
19m
1
CN2
0
70
19m
0
70
2 B02110 10116
80mt 1.0
·55 125
80mt 1.0
0
75
2 B02110 Ml05n
80mt 1.0
0
75
2 BD2110 10116
100mt 10
·55 125
2 BD2110 10116
100mt 1.0
0
75
2 B02110 Ml05n
100mt 1.0
0
75
2 B02110 10116
150m'll 1.0
0
75
2 B02137 Ml05e
1.06
-55 125
1.0 6
·55 125 ~ gg~m ~p158~
175m'll 1.0
0
75
Ml05e
~ :g~m
-55 125
1.06
1.0 6
·55 125
2 B02137 ~pWc
162m'll 1.0
0
75
2 B02137 Ml05e
1.0 6
·55 125
2 B02101b M157
1.0 6
-55 125
2 B02101b FP28c
150m'll 1.0
0
75
2 B02137 Ml05e
1.0 6
-55
M157
~ :g~lgl~ FP28c
1.0 6
-55
70m 350m* -55 125
2 B02190 FP32
70m
·55 125
M75g
75m I~~pm*
Om* 0
75
~ :g~190
190 FP32
75m 350m* 0
75
2 B02190
140m§ 650m
85
2 B02190 ~~~~b
:~g 75
140m§ 650m
2 B02190 M294b
150m§ 850m
0
75
2 B02190 M294b
140m§ 650m
·55
~~5 22 B02190
150m§ 650m
0
B02190 ~~g:~
·40 85
M294b
6~~m
l:~~: 650m
·20 75
~ :~~l:g
150m§ 650m
75
0
2 B021eO ~~~:~
81m 350m* ·55 125
2
FP32
350m* -55
M75g
::lm
~~5
7m 350m* 0
FP32
2
87m 350m* 0
75
-55 125
~~:~b
~ :g~l:g M294b
m~: ggg~ 0 75
162m§ 650m
-40 85
~ gg~l:g ~~::~
162m§ 650m
-20 75
175m§ 650m
0
75
2 B02190 M294b
81m 350m* ·55 125
FP32
~ :g~l:l
81m 350m* ·55 125
87m 350m* 0
75
2 B02191 ~/3529
87m 350m* 0
75
2 B02191 M759
162m§ 650m
2 B02191 M294b
·55 125
162m§ 650m
0
75
2 B02191 M294b
162m§ 650m
-40 85
2 B02191 M294b
162m§ 650m
-20 75
2 B02191 M294b
175m§ 650m
0
75
2 B02191 M294b
70m 350m* -55 125
2
FP32
70m 350m* ·55 125
2
75m 350m* 0
75
2
W352g
75m 350m* 0
75
M75g
2
650m
-40 85
~ gg~m
650m
-20 75
150m§ 650m
0
75
2 B02191 M294b
140m§ 650m
·55 125
2 B02191 M294b
150m§ 650m
0
75
2 B02191 M294b
140m§ 650m
·40 85
2 B02191 M294b
140m§ 650m
·20 75
2 B02191
150m§ 650m
0
75
2 B02191 ~~::~
48mt 1.0 6
0
75
2 B02101 Ml05j
48mt 1.06
0
75
2 B02102 Ml05)
80m6
0 75
2 B02918 1084
80m6
0 75
2
:gm: r,~1~6
80m6
0 75
80m6
0 75
~ B02918 1084
87m6
0
75
2 B02918 1084
87m6
0
75
10116
:gm: M126
87m6
0
75
87m6
0
75
2 B02918 1084
87m6
0
75
1084
~ :g~:~: 10116
87m6
0
75
87m6
75
0
2 B02928 M126
0
75
:~~~
~ :g~:~:
0 75
80m6
0 75
2 ~~~928 10116
80m6
75
M12S
g 75
80m6
:g~:~: 1084
70m6
-55 125
2 B02918 1084
70m6
-55 125
B0291a lOllS
70m6
B02918 M12S
·55 125
70m6
-55 125
2 B0291a 1084
80m6
·55 125
~I:g~:l: 1084
80m6
-55 125
10116
-55
B02918 M12S
gpm6
Om6
-55
B0291a 1084

:gg

m

75

~5

m

m

j

l:g~:

SYMBOLS AND CODES
EXPLAINED IN INTERPRETER

~~::~

~

:::8::

~

j

c

m~

39

LINE
No.

~

3
4
5
6
7

~#

~TYPE
OF
ER· PRO·
~rA~

TYPE
No.

FLlPFLOP

~~mg~~~

SN159097N
SN159097R
SN159099F
SN159099J

'~~l~~g~~~

M5955P
M5956P
l~# D4002
12
D4003
13
D4202A
14# FCJ201
15
RM993D
RM993J
RM994D
18
RM994J
19
RM9970
20
RM997J
21
RM9990
RM999J
FCJ121
24
RM2150

l~

~~#
~~

27

~~

30#
31
32
33

~~

36

~~

39
40
41
42
43
44
45

~~~l~~

RM2250

~~~n~

FCJ10l
SN7300
SN7301
SN7302
SN7304
SN15931
SN15945
IS_N15948
MC952F
MC952L

~g~~~r

MC955F
MC955L
MC956F
MC956L
4~# ON1093
47# ON1099
48.1t: ON1094
ON1097
:g# HEPC1052P-RT
51
MC852F
MC852L.P%

~~

54
55
56
57

~~

60
61

g~

~g~~~rp%

MC855F
MC855L.P%
MC856F
MC856L.P%
SN15831
SN15831N
ISN15845

~~l~~:~N

66

SN15848N
SN530
SN5300

69

SN5304

g~

g~ I~~~~g~

~~

72

~g~~~~

9094DC

~~1~1

n#
75# FQJ141
76

77

78

~~~~~~

9097FC
90990C
9099FC
81:1t FQJ131
82#
~~~~51
83
84
1100
1106
1107
87# FCJll1
ITT312-1D
ITT312-5D
90
312AJ
312AL
312BL
93
312CL
94
312ML
95
313AJ
96
313AL
313BL
313CJ
99
313CL

~~
:~

g:

~~

~~

19~

~~~~i12J

102

SN15312N

105

311BL

19~

m~t

19~ 'm~i
106.

1~~

40

o

~I

IN ORDER 0 F (')FLlP.FL P (2)LOG TYPE (3)LOG
LEV,. 141LOG LEVO' 151MAX FREQ iliiTYPE No.
MAX. MAX.
TEMP. CKT
DRAWINGS
TOTAL NOISE
LOGIC OUTLINE
PE~C
PKG.
REJECT LOVI HI MO DWG. No DWG. No
l>=MO
Dl~~' M
'C
'C

10n

80mLl
80mt.
70mt.
70mt.
70mt.
70mt.
52mt
52mt
500m
350m
425m

4. BINARY
OR FLIp· FLOP
LOGIC
FAN
POWER PROPA·

§J

MC12663LP%
312CJ
311CJ

.~

ATING CESS

F~J~'
~:g~~

2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2

7.0Mt.
7.0Mt.
7.0Mt.
7.0Mt.
7.0Mt.
7.0Mt.
9.0M*
9.0M*
5.0M
5.0M
10M

I~

15.OMt '16

2
2
2
2
2
2
2
2
2

~~~
MO
MO~

~g~
M~~

M~~
MO

~CO~

PCB

PC~
MO
MO

M~~

~g~

M~~
~g~
5.0M
5.0Mt

~:g~~

14Mt
14M
14M
5.0M
4.0Mt
4.0Mt
4.0Mt
4.0Mt
7.0Mt.
7.0Mt.
7.0Mt.

M~~

~l?~
MO~

~~~

MO
MI?'

~g:
M~;
~gr

M~:

~gr
~?;
~gr

IV)

IV)

l:~~

1.9%
1.9%
1.9%
1.9%
1.9%
1.9%
1.9%
1.9%
2.0%
2.0%
2.0%

~:g~

2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
~·2%
2.0%
2.0%
2.0%
2.0%
2.0%
2.3%
2.4%
2.4%
2.4%
2.4%
24%
2.4%
2.4%
2.6%
2.6%
2.~~

~.6%
.6%
2.6%
2.6%
2.6%
2.6%

1: ~:g~

M
MO
MO

M~:

2.6%
2.60%
2.6%
MQ~ 2.6%
~g: 2.6%
2.6%
2.6%
Mg: 2.6%
2.6%
M~: 2.6%
2.6%
~g, 2.6%
2.6%

~g,

~g
7.0Mt.
7.0Mt.
~·2~t.

~:g~~

7.0Mt.
4.0Mt
4.0Mt
4.0Mt
4.0Mt

M~f
M~,

MO

~~:

~:g~

MO

2.6%
2.7
2.7%
2.7%

MOl

3.1%

Mq~

3.1%
3.1%
3.1%
3.6%
4.3%
4.3%
4.3%
4.3%
4.3%

~~: g~
MO'
~g~ ~:1~

~:g~~ ~g~
Mq~

~g~
M~~

5.0M%
5.0M%
lOOk
5.0M
5.0M
5.0M
3.0M

M~~
MO

~CO:

PCB
PCB

~~~

5.0Mt% MO~
5.0Mt%
5.0Mt%
5.0Mt% MO
5.0Mt%
5.0Mt% M~~
5.0Mt%

~~~

5·2~t%

~:g~~~

~g~
M~~
M~~

MO

~g~
MO~

M~~
~g~

Ml~

MO
3.0Mt'16 MO
12.0Mt0

D.A. T.A.

~g:

TYPE

~'O'

~g~ ~:g~

MO
M1:
MO

7.0Mt.
7.0Mt.
8.0Mt.
8.0Mt.

LEVEL

f!.l.,.

4.~%

~:g

5.0
5.0
5.3%
6.5
6.5
6.5*
6.5*
6.5*
6.5*
6.5*
6.5*
6.5*
65*
6.5*
6.5*
6.5*

U~

7.0*
7.0*
7.0*
7.0*
7.0*
11%

11.~

11.3

1.1* I~+t
1.1*
OTL
1.1*
OTL
1.1*
1.1*
8R
DTL
1.1*
DTL
1.1*
DTL
1.1*
DTL
1.1*
DTL
.95*
DTL
.95*
.95*
DTL
DTL
1.0*
1.0*
DTL
DTL
1.0*
1.0*
DTL
1.0*
DTL
1.0*
OTL
1.0*
OTL
1.0*
OTL
1.0*
DTL
DTL
1.0*
DTL
1.0*
OTL
1.0*
DTL
1.0*
1.0*
OTL
DTL
1.0*
DTL
1.0*
.80*
DTL
.4*t DTL
.40*
OTL
OTL
.40*
.40*
OTL
.4*t OTL
.4*t OTL
.4*t OTL
.40*
OTL
.40*
OTL
DTL
.40*
.40*
DTL
.40*
DTL
.40*
DTL
.40*
8:::t
.40*
.40*
OTL
.40*
DTL
OTL
.40*
DTL
.40*
.45*t DTL
DTL
.45*
DTL
.45*
DTL
.45*
DTL
.45*
DTL
.45*
DTL
.45*
DTL
.45*
DTL
.45*
.45*t OTL
.45*t OTL
.45*t DTL
.45*t DTL
.45*t DTL
.45*t DTL
.30
L
.3*t 18:r
TL
.3*t DTL
t DTL
. *t DTL
.45t* DTL

r

::~1; 18~L
TL

.45t*
.45t*
.45t*
.60t*
.45t*
.45*t
.45t*
.45t*
.45t*
.45t*
0.0
0.0
0.0
0.0
.4t*
5.0
5.0
5.0%
5.0%

~:g~

5.0%

~:g~

5.0%
5.0%
5.0%

~.g;,

5.0*
5.0'16
5.0%
5.0%
5.0%
5.0%
1.8*t
1.2t
1.2t

IN

~

DTL

Ig~L
TL

DTL
DTL
DTL
DTL
DTL
DTL
DTL
DTL
DTL
DTL
DTL
DTL
DTL
DTL
OTL
DTL
DTL
DTL
DTL
DTL
DTL
OTL
8:::t
DTL
DTL
OTL
OTL
OTL
DTL
DTL
DTL
DTL
DTL
DTL

OUT
MAX.

SUPPLY
SPAN

I~~G r~S
~

5
5
5
5
5
5
5
4
2
1
2
6
4
4
4
4
4
4
4
4
5t
8
8
8
8
8
8
7
6
7
4
5
7
7
7
4
4
4
4
4
4
4
4
4
5
4
5
4
4
4
4
4
4
4
4
4
7
7
7
7
7
7
6
6
7
4
5
4
4
4
4
3t
3t
5
8
8
8
8
3t
3t
2
7
5
4
5
5
5
5
5
5
5
5

~

5
5
5

~

5
10

1910
10
4
5
10

~

9
9
10
10
10
10
22
22
11
10
9
10
12
12
12
12
12
12
12
12
8
15
15
15
10
lOt
lOt
7
20

~g

20

~~

18
20
20
20

~g

18
18
18

g

11
11
24
24
24
24
22
22
22
22
14
14
24
24
22
22
10
20
20
20
20
10
10
9
9
12
12
9
9
11
10
10
11
11
15
10
10
10
8
5
5
5
5
5
5
5
5
5
5
5
6
6
6
6
6
9
5
5

~

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
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

MAX.
GATION RISE
FALL
DELAY TIME TIME
Is)

~ ?~~~

8
8
8
8
8
8
8.0
8.0
5
5
5.0
6
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
8
6.0
6.Q
6.0
6.0
6.0
6.0
6
7
7
7
7
8
8
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

~:O
.0
5.0
5.0
5.0
5.0
8
8

g
Ii

8
4
7
7
7
7
5.0
5.0
5.0
5.0
5.0
5.0
5.0

~~I

70nt.
70nt.

75nt.
75nt.
75nt.

~g~~

40n%
90nt.
60nt.
30n%

10nt

40n
40n
35n
35n
35n
35n
40n
40n

280mt
280mt
2 4mt
24mt
324mt

1i

.~~~~~

60n%
60n%
20n
30nt.
30nt.
30nt.

75nt.
75nt.
75nt.

45n
45n
45n
45n

40n
40n
40n
40n

40n
40n
40n
40n
40n
40n
40n
40n
50n%

~g~~

40n%
40n
40n
40n
40n
40n
40n
40n
40n
40n

75nt.
75nt.
75nt.
75nt.

70n%
r:!nt.
60n
30n
30nt.

~g~t.
g
nt.
0.0
75nt.
0.0
75nt.
0.0
75nt.
0.0
75nA
0.0
25n%
0.0
25n%
0.0
0.0
0.0
65nt.
0.0
5.0
0.0
5.0
0.0
5.0
25n%
00
50
25n%
0.0
5.0 5.0u
4.8
50n
5.2
4.8
5.2
50n
4.8
5.2
50n
0
8 140n
0.0
12 80nt.
0.0
12 80nt.
0.0
15 600nt.
0.0
15 600nt.
0.0
12 600nt.
0.0
12 600nt.
00
15 600nt.
0.0
15 600nt.
0.0
15 600nt.
0.0
12 600nt.
0.0
12 600nt.
0.0
12 600nt.
15 600nt.
12. 0
0.0 135
70nt.
0.0 13.5
70nt.
0.0
15 820nt.
0.0
15 1:~Ont.
0.0
12 20nt.
0.0
12 820nt.
0.0
15 820nt.
0.0
12 180n
0.0
12 80nt.
0.0
12 255nt.

~~~~

280mt
100m
55mt
55mt
55mt
55mt
35m
35m
81m
40m
40m
80m
80m
20m
20m
20m
120mt
120mt
120mt
120mt
140mt
140mt
140mt
140mt
48mt
48mt
52mt
52mt
120mt
120mt
120mt
120mt
120mt
140mt
140mt
140mt
140mt
30mt
30mt
20mt

:~~

1.0
1.0
1.0
1.0

t.
t.
t.
t.

1.0
1.0
500m
500m
500m
500m
500m
500m
500m
500m
550m
550m
550m
550m

~~g~:
1.2 t.

-~

1.0
1.0
1.0
1.0

t.
t.
t.
t.

~~mt
Omt

45n
45n
45n
45n
45n

40n
40n
40n
40n
40n

20mt
27m 200m
40m
40m
80m
80m
500m
OOm
OOm
500m
150m 1.0 t.
150m 1.0 t.
1.1 *

i
75n
75n

75n
75n

~:g

~gg~

75n
75n
240u
50n
50n
50n

65n
65n
120u
25n
25n
25n

500m
500m
127m
175m
550m
450m
600m
600m
73m
620mt
620mt
360mt
360mt
620mt
620mt
620mt
360mt

~gg~~

1.0 t.
1.0 t.

1.6
1.0
1.0
1.0

3.2
3.2
3.5
3.5
3.2
32
3.2
3.5
3.5
3.5

1!!~l!mt ,3.:.!
324m~
324m~

4.0n

4.0n

375mt
375mt
216mt
216mt
375mt
200mt
280m
180m

.. 55
·55
·55
·55
-65
-55
0
0
0
0
0
0
-55
-55
-55
-55
-55
-55
-55
-55
0
-55
-55
-55
-55
-55
-55
0
0
0
0
0
-55

3.2
3.2
3.5
3.5
3.2
35
3.5

SYMBOLS AND CODES
EXPLAINED IN INTERPRETER

-55
-55
-55
-55
-55
I-55
-55
-65
-55
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
_55U
-55
-55
-55
-55
0
0
0
0
0
0
0
0
0
0
0
0
0
o 0
0
0
0
-55
·30
-30
-30
-55
-30
-55
·30
-30
-55
-30
-30
-~:!
-30
-30
-30
-30
-55
-30
-55
-30
-35
-35

m ~ ~g~~~:

125
125
125
125
125
125
75
75
75
75
75
75
125
125
125
125
125
125
125
125
75
125
125
125
125
125
125
75
70
70
70
70
125
125
125
125
125
125
125
125
125
125
125
75
75
75
76
75
75
75
75
75
75
75
75
75
75
75
75
75
75
75
125
125
125
125
125
75
75
75
75
75
75
75
75
75
75
75
75
75
65
70
70
70
75
125
85
70
70
125
85
125
70
70
125

L:~
125

85
85
70
70
125
85
125
75
80
80

2
2
2
2
2
2
2
2

:

B02928
B02928 .
B02928
B02928
B02928
B02928
BD2101b
B021028

+~!i6
Ml 6
T084

:::g~16

M126
T084
Ml05'
Ml05J

~g~16

2
2
Ml05m
2
FP28
2
Ml05m
2
FP28
2
Ml05m
2
~12J5m
2
2
FP28
2 B02139 1~01l6
1 B0255
105k
,!Q84

11 ~g~~~

1
1
1
1
1
2
2
1
1
1
2
2
2
2
2
2

~g~g~:

T01)~:
Ml0 m
FP21e

~~n6

B02678
B024d
B024a
B024
B024b

:::g::
T084

B021038
B02101
B02101
B021018
B021018
B02101b
B02101b

T084
T086
TOl16
T086
TOl16
T086
TOl !6

T084

~g~~~3 :::g~:

~ ~g~lgl~ :::g~~6

2 B02102

~ ~g~lg~8

2
2
2
2

TOl ~~

:::g116
T 116

B02101b T01l6
B02254
B02101 :::gJJ6
B02101 TOl16

~ l:g~lgl: :::g~~6

2 B02101b T086

1~~2101b :::gJJ6
02101e
2 B02101e TOl16

~

11 B02103
~g~:~ ~~~~
T084
B02103 M126
11 B02103a
T084
B021038
1 B024e
1 B024d
1 ~Q248

~~r

T089
!Q!j4
~ I:g~:b I:::P84
084
2 B02137 M157

~ :g~m
~gng~

2

~ B02200
2 B02250
2 B02101b
2 B02101b

~ ~g~:gl~

~12587b

FP28b
T01l6
T0116
M256

~PWb

M157
FP28b
2 B022018 T01l6
~ B022008 T0116
6
8
8
1
2
2
2
2
2
2
2

2
2
2
1

CBi2I
C~!?l
CBiZl
'TO'116
B03Rv
B02259 M200d
B02259 M200d
B0380
M319
B038q
M200j
B038q
~~ggj
B038n
B038q
M200j
B038q
M319
B038,;
M200'
M200J
BQ~8q
M319
M200'
B038q
B02259 I~~gg~
B02259 M117
B02148 M319

1
2
2
1

B02148
B038t
B038q
B02148

~
2

~I:g~~~

11 B02148
~g~m

~~ggi

M200J

~Jm
MI72
M172

40

LINE
No.

~

3
4
5
6

89
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

~:~
:~
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

g~

ru

~gg~~~

~~1~~~~

MC1232L
MC1027P
MC1227F
MC1221L

~gl:~

MC364F
MC364G
MC358F
MC358G
MC1013P
MC1213F
MC1213L
Nl027A
Nl013A
MC10535F
MC10535L
MC10135L
MC10135P

~~~g:g~~:~i

9923EC
HEP572-RT
HEP583-RT
9923HC
MC9702P
MC9722P
MC9802P
MC9_822P
9974-1-58
9974-9-58
MC920F
MC920G
MC922F
MC922G
MC976F
MC982G
MC820F
MC820G
MC822F

~~g~~~

MC882G
MC722P
MC876P
MC916F
MC916G
MC974G
MC990F
MC991F
MC926F
MC926G
MC816F
MC816G
MC874G

~ggg~~

MC826F

~~g~~~

78
79
80
81
82
83
84
85
86
87
88
89
90
91#
92
93

MC720F

~~

TYPE fo-I.~A~
OF
0 ER- PROFLlP- ATING CESS
FLOP FREO.
(Hz)

MC663LP%
HEP558-RT
MC308F
MC308G

MC776P
MC723P

~~

U

TYPE
No.

69
70
71
72
73
74
75

~g~g~

~~~;~~
~g~~~

MC722G
MC782G
MC791F
MC776F
MC723F
MC723G
MC726F
MC726G
MC790F
99670C
GT874S112
RF31300
RF3130K

96# T10002-14
97# Tl00F2
T10102-14
g:: T101F2
100# T12002-16
101# T12102-16
102
90000M
103
9000FM
104
90240M
105
9024FM
106# MIC9024-10
107
90010M
108
9001FM
109
90200M
110
9020FM

41

~

2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
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~

MC791P
MC816P
MC826P

~~~m~

4. BINARY OR FLIP

2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2

~:ij~~~

~

LOGIC
LEVEL
'1'
(V)

~~~ Ig:ij~

3.0Mt% MO 12.5%
30M
30M

M~~ .75
MO
.75
-.70
75M!~
75Mt¢ MO
::~g
75Mtli) M
100M!~
M~~ -.70
100M~~ ~g~ -.70
100Mt
-.70
30M
Mq~ -.75
30M
Mq~ -.75
MO~ -.75
30M
30M
-.75
M~~ -.75
40M
MO
40M
MO~ -.75
-.85%
70M!~
70M~~ MO -.85%
70Mt MO -.85%
-.85
-.85
Mm -.93%
140M1; M~~ -.93%
140Mt MO -.96%
140Mt% MO~ -.96%
-1.8%
MO -1.8%
MO

19~

M1~

l:g~t%

M1~

2.0M
4.0Mt
4.0Mt
4.0Mt
4.0Mt
20Mt
20Mt

Mq~
Mq~

MO'

1.0Mt
3.0Mt¢ MO
M1:
MO

M~:
~g,

M~:

75%
.75%
.75%
.75%

.84%
.84%
.84%
.85%
.85%
.85%

45*
.45*
.45*
.45*
.45*
.45*
.46*
.46*
.46*
.46*
46*
.46*
.46*
.46*
.57*
.57*
.57*
.57*
.57*
.57*
57*
.55*
.55*
.55*
.55*
.55*
.55*
55*
.46*
.46*
46*

.85%
88%
.88%

::g:
.46*
.50*
.50*

1.1
1.1
1.1
11
11
1.1
1.1
1.1
1.1
1.1
1.1
2.5

10
.10
.10
.10
.10
.10
.10
.10
.10
.10
.10
10
.50t

.~~~

.80%
.80%
80%
.80%

:gg~

.80%
.80%
.82%
.82%
.82%
.82%
.82%

~g, :g~~
Mq~
Mq~

MO'

~~:

4.0rJt'lIi MO
8Mt'll

M~:

a:g~~0 ~g,
Mq~
Mq~

111.10'
MO
M1:
MO

.84%
.84%
84%
.~4%

:g~~

::g~~ ~~~ :gg~
1.1
MO'

M~~

MO
Mm

M~:

~g,
Mq~
Mq~

MO'

M~~
MO

Mm

M~:
Mq~

Mq~

MO~

M1~

MO
20Mt'l!; MO

20M!~ Mq~
25M1~ Mq~

MO'

M~~

25M!~ MO
50Mt
50Mt Mm

~g~~~ ~g~

D.A. T.A.

.~g:

~g,

M~~
MO
Mm

25Mt

-1.~

-1.8
-1.8
-1.8
-1.8
-1.8
-16
-1.6
-1.6
-1.6
-16
-1.6
-1.5*t
-1.5*t
-1.5*t
-1.8
-1.8
1.6*t
1.6*t
-1.6*t
-1.6*t
'.70*t
-.70*t

M1~

~g,

75Mt
75Mt
75Mt
75Mt

-16
-1.6

MO
MO

M~:

3.0M
4.0Mt
4.0Mt
4.0M
4.0M
4.0M
35M

1.5*t

MO~

MO
M1:
MO

4.0Mt
40Mt
4.01l.1t
4.0Mt
4.0Mt
4.0Mt

Il:ijg:~

Mq~
Mq~

MO~

8M1~
8Mt

'0'

IV)

MO~

Mq~
Mq~

4.0Mt

.!J,

1.7%
1.1%
1.7%
1.1%
1.7%
1.7%
1.7%
17%
1.7%
17%
17%
1.7%
17%
1.1%
1.7%

.90*
.90*
.90*
.90*
.90*
.90*
.90*
.90*
.90*
.90*
.90*
90*
90*
.90*
.90*

TYPE

1J

gR

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
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

I~it

RTL
RTL
RTL
RTL
RTL
RTL
RTL
RTL
RTL
RTL
RTL
RTL
RTL
RTL
RTL
RTL
RTL
RTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL

. FLOP

FAN
IN OUT
MAX.

ij
4
3
3
5
5
5
10
10
10
2
2
2
2
6
6
10
10
10
4
4
5
5
5
5
10
10
4
4
4
4
4
4
4
4
4
4
4
4
5
5
4
4
4
4
5
5
4
4
5
4
4
4
4
4
4

~

4
4
4
4
4
5
5
5
4
4

~

4
4
5
4
4
4
4
5
5
4
4
4
4
4
5
5
4
8
5
3
3
3
3
10
10
10
10
5
5
8
8

8
8
4
5

POWER PROPAMAX.
SUPPLY GATION RISE FALL
SPAN
DELAY TIME TIME
NEG POS
tr
tf
(V)
V)
(5)
(5)
(5)

19 IKg
9 0.0
5 0.0
25 5.2
25 5.2
25 5.2
5.2
5.2
25 5.2
25 5.2
25 5.2
25 5.2
25 5.2
25 5.2
25 5.2
5.2
5.2
25 5.2
25 5.2
25 5.2
25 5.2
25 5.2
5.2
52
5.2
5.2
25 5.2
25 5.2
20 0.0
10 0.0
2 0.0
20 0.0
3 0.0
4 0.0
3 0.0
4 0.0
10 0.0
16 0.0
4 0.0
4 0.0
8 0.0
8 0.0
4
0
4
0
4 0.0
4 0.0
8
0
8
0
4
0
4
0
8 0.0
4 0.0
6
0
6
0
10
0
0
6
10
0
0
0
6
0
6
0
10
0
0
0
5
0
0
0.0
4 0.0
20 0.0

~~

~

Ig
~

~~

32
20
32

~~

4
4
8
8
4
22
4
20
20
32
32
20
12
10
11
11

;

10
10
10
10
10
10

g:g
0.0
0.0
0.0
Kg
0.0
00
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
00
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
00
0.0

lij I:ijg~
15 180n
6.0
15n
0 12n
0 12n
0.0 5.0n%
0.0 5.0n%
0.0 5.0n%
0.0 4.0n%
0.0 4.0n%
0.0 4.0n%
0 16n
0 16n
0 16n
0 16n
0 16nt:.
0 16nt:.
0.0 6.0n
0.0 6.0n
0.0 6.0n
0.0 4.0n
0.0 6.0n
0.0 4.5nt:.
0.0 4.5nt.
0.0 3.0n%
0.0 3.0n%
0.0 8.5nt.
0.0 6.0nt.
3.6
15n
36n
40
4.0
80n
3.6
15n
55n
3.6
75n
3.6
3.6
55n
75n
36
3.0
3.6
4 50n
4 50n
4 70n
4 70n
4 50n
4
4 50n
4 50n
4 70n
4 70n
4 50n
4
3.6
3.6
4 35n
4 30n
4 35n
4 35n
4 40n
4 35n
4 35n
4 35n
4 30n
4 35n
4 ~~n
4 40n
4 35n
4 35n
3.6
3.6
3.6

~:g

3.6
3.6
3.6

~:g

40n

40n
4 50n
4 50n
4 70n
4 70n
4 80n
4 40n
4 50n
3.6
35n
3.6
35n
4 36n
4 36n
4 35n
4.5
5.0 3.0n
5
5
5
5
30nt:.
5.0
5.0
30nt:.
30nt:.
5.0
30nt:.
5.0
32nt:.
50
5.0
32nt:.
5.0
12n
12n
50
25n
5.0
5.0
25n
5.0
25n
5.0
12n
12n
5.0
12n
5.0
12n
5.0

IN ORDER OF (1IFLlP-FLOP (2ILOG TYPE (3ILOG
LEV1' (4)LOG LEV'O' (5}MAX FREQ (6}TYPE No.
MAX. MAX.
TEMP. CKT
DRAWINGS
TOTAL NOISE
LOGIC OUTLINE
PE~[
PKG. REJECT LOW HI MO DWG. No DWG. No
DISS.
8=MO
(W)
IV)
'C 'C

I~~ij~~
36nt 5.0nt
16n
16n

~.5n

::~~

6.0n
6.0n
6.0n
16n
16n
16n
16n
16n
16n
7.5n
7.5n
7.5n
8.5n
8.5n
5.0n
5.0n
2.0nt
2.0nt
7.5n
6.0n

18n
18n
I~·~n
5n
1::.5n
6.0n
6.0n
6.0n
16n
16n
16n
16n
16n
16n
7.5n
7.5n
7.5n
8.5n
a.5n
5.0n
5.0n
2.0nt
2.0nt
7.5n
6.0n

:~g ~ij

200mt
87m
85m
85m
180mt

199~~

250mt
250mt
250mt
150m
150m
150m
150m
48m
48m
125mt
125mt
125mt
250m 400m
125m 400m
280mt
280mt
280mt
280mt
125mt
250mt
250m
23m

-55
-55

125
125

Ig
-55
-55
-55
0
0
0
0
0
-55
-55
0
0
-55
-55
-30
-30
0
0
15

In5
125
75
75
125
125
125
75
75
75
75
75
125
125
75
75
125
125
85
85
75
75
55

1
1 ggm
2 802214

1~5
-55

0
0

m~~

130mt 100m
130mt 100m
35mt
41m
91m
300m

19~~~

115mt
91mt
100mt 300m

m~~

20mt
20mt
24mt
24mt

l~g~~

500m

1.1
1.1
1.1
1.1
400m
400m
400m
400m
300~~ 400m
300m 400m
400m
400m
400m

SYMBOLS AND CODES
EXPLAINED IN INTERPRETER

70
55
55
75
75
125
70
125
125
125
125
125
125
75

o 7~5
0
0
0

~~mt

140m
140m
140m

2 8038t

:~~

65mt
108mt
115mt
130mt 100m
130mt 100m
54mt
54mt
65mt

82mt
91mt
91mt
100mt
100mt
182mt
1.0
37mt:.
110mt
110mt
110mt
110mt

75

0
15
15
0
0
-55
0
-55
-55
-55
-55

182m
24mt
182m
24mt
56mt
90mt
15mt
15mt
17mt
17mt
31mt
15mt
20mt
20mt
24mt
24mt
41mt
23mt
35mt
41m
54mt

~ Igg~m I~~~~

-30

15
0
-55
-55
-55
-55
-55
-55
-55

75
75
75
55
75
125
125
125
125
125
125
125
100
100
100

~

T0116
C~!"

1~?91
N9

M278

ig~~6

ggm:
1 802104
1 802104
1 802104

TOl16
T086
TOl16

1
1
1
1
1

80277
80277
8027
8027
802202
802202
802202

T091
CN9
T091
CN9
T0116
T086
TOl16

2
2
2
2
1

802278
802278
802268
802268
802202

FP85
M191
M191
M278
!2 116

gg~~g

1
2
1
1
2
2
2
2
1
1
1
1
1
1
2
1
1
1
1
1
2
1
1
2
1
1

gg~~~2

80221
802246
802198
802246
802198
802226
802226

gg~~g:

80227
80227

gg~gg

80230a

~~~1

~m:

~~:116
C 34
TOl16

iggg

T0116
T0116
T0116
TOl16
T0100
T099
!2~.1

}gr9
i8:g
T091

T 91
T0100

gg~~~a igg~

80227
802119
802120
80227a
802113
80230
80~~1?

T0100

ig:g

TOl16
T0116
T091
T099

~ gg~m ig~~

g 199
o 100
o 100
0
75
15 55
15 55

2
1
1
1
1
1
2
2
1
1
1
2
2

15
0
0

igm
2 802118a
1 80230b igm
1 80227a T0116

o
o
o

1~ ~~

g
15
15
15
15
15
15
15
15
15
15
15
15
15
0
-55
-55
0
0
-55
-55
-55
-55
-55
-55
-55
-55
-55
-55
0
-55
-55
-55
-55

55
75
75

~~

75
75
125
125

2
2
1
1
1
1
2
2
1
1
1
1
1
1
1
2
2

125
125
125
125

m

75
125
125
125
125

80 27
80227
80227a
802113
80230b

T091

iP99
099
iggg
8~~?18b
~C?2121

~ I~g~m:

1
1
1
1
1
2
2
1
1
1
1
2
1
2

m

T086
T091
T0100
T091

~ Igg~ma

55
55
55
55
55
55
55
55
55
55
55
55
55
70

m

802118b
80227
80227
80230
80230
802118

80230
80230
80227
80227

igl~g

TOl16
T0116

}gm
T091
T099

ig~~o

Bq~120

T099

80230
80230
80227
80227
802121
802149
802257

T091
T099
T091
T0100
T086
T0116

Igg~118b iggg
0 119

~

802167
802167
802168
802168
802224
802225
802185
8021!'~

8021g~

8021 5
802185
802185
802185
802187
802187

Ml05m
FP21b
Ml05m
FP21b
Ml05e
FP28c
Ml05e
FP28c
M200
M200
M157
FP28b
M153a
FP47a
M153a
M157
FP28b

~p~57~a

41

LINE
No.

~#

4#
5
6
7
8
9

1~

12

§J

U

TYPE ~rA~
LOGIC
OF
ER- PRO·
LEVEL
FLlP- ATiNG CESS.!J.
FLOP FREQ.
'1' .!J·O·
1Hz)
IVI
IVI

TYPE
No.

~O~~~M

MIC9020-ID
MIC9022-1D
TF50F
TF50J

i~~l~

TF60F

i~gW

TF61J
TF250F
TF250J
15
TF251F
TF251J
TF260F
17
18
TF260J
TF261F
TF261J
21# TlOOBI-14
22# TlOODI-14
TlOOFl
Tl01BI-14
Tl01DI-14
~g: Tl01Fl
27# Tl20BI-16
28#

1~

l~

2

ig~gl:lg

Tl21DI-16
SN29000J
SN29000N
9000DC

36
37#
38.
39.

9024FC
MIC9024-5D
SN29024J
SN29024N

~g~~~~

:~: 1~~~g881~
9001DC

:~

I~OOIFC

45

9~~pDC
90
OFC

:~

l~g~~~g

~~:

~~~~gt2-5D

48# MIC9020-5D
51.
~~.
53.
54.

~g:
57.
58.
59.
60.
619
62.
63.

g~:

66.
67.
68.
69.
~I!.
71.
72.
73.
74
75

~~

78

~~

81

g~
84

gg
87

::

90.

~~

93
94
95.

911.
97
98.
99.
100
101.
102.

42

~O~~~ I=q~

;:7%
1.7%

50M\~

1.7%
1.7%
1.7%
1.7%
1.7%
1.7%
1.7%
1.7%
17%
1.7%
1.7%
1.7%
1.7%
1.7%
1.7%
1.~~

50Mt

2
2
2
2
2
2
2
2
2
2
2
2
2

I~

2
2
2
2
2
2
2
2
2

l~

TF120J
TF121F

MO~

~G r~S

0'0.00

~:O

lsi
~~n
12n
12n
12n
20n
20n
20n
20n
20n
20n
20n
20n
17n
17n
17n
17n
17n
17n
17n
17n
30n6
30n6
30n6
30n6
30n6
30n6
32n6
32n6
32n6
32n6
35n6
35n6
12n
12n
25n
25n
25n
35n6
35n6
35n6
35n6
12n
12n
12n
12n
12n
12n
12n
12n
15n
15n
15n
15n
15n
15n
15n
15n
15n
15n
15n
15n
15n
15n
15n
15n
15n
15n
15n
15n
15n
15n
15n
15n
20n
20n
20n
20n
20n
20n
20n
20n
17n
17n
17n
17n
17n
17n
17n
17n
150n6

}~I

lsi

:~~ ;~~

~ :0~;g7 ~p~b/aa

10

0.0

5.5

250n6

11m

-55

125

1 B02255

FP52d

9

10

0.0

5.5

250n6

11m

-55

125

1 B02255

FP52d

TTL

9

10

0.0

5.5

250n6

11m

-55

125

1 B02255

M314

.60*

TTL

9

10

0.0

5.5

250n6

11m

-55

125

1 B02255

FP52d

2.0%

.60*

TTL

9

10

00

5.5

250n6

11m

-55

125

1 802255

FP52d

2.0%

.60*
,

TTL

9

10

0.0

5.5

250n6

11m

-55

125

1 B02255

M314

2.5M60 MON 2.0%

.60*

TTL

4

10

0.0

55

250n6

22m

-55

125

2 B02203

FP52d

2.5M60 MON 2.0%

.60*

TTL

4

10

0.0

5.5

250n6

22m

-55

125

2 B02203

FP52d

~g~

~g~
:g~~ ~g~

40M%
40M%
40M%

U~

M~~

1.8%

Mq~
Mq~

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%
18%
18%
1.8%
1.8%
18%
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%
18%
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%

~8~ l::~
MO~

M~~
MO
MO~

~g~f'lE M1~
20M~; M~~
~~~~;E ~g~
15M6

MO
MO

~~~l'lt
25M6
30M6

Mq~
Mq~
MO~

M~~
MO
~8~f'lE MO~
50M!~ M~~
~g~~ ~g~
50Mt~ Mq~

50M~; Mq~

50Mt

~8~~'lE

M6~

19~

MO
M

M~~

~8~

M1~
M1~

i~~8~t

M~~

M1~
;;;.;8~
~8~~: ~~~
~~~
~8~~

~g~

~q~

M1~

JANM38510/021103BA~

4
4
5
4
10
10
10
10
10
10
10
10
10

IN ORDER OF (l)FLlP.fLOP (2)LOG TYPE (3)LOG
LEV1' (4ILOG LEVa' (5IMAX FREQ (6ITYPE No.
MAX. MAX.
TEMP. CKT
DRAWJNGS
TOTAL NOISE
PER LOGI~. OUTLINE
PKG. REJECT LOW HI MO~ DWG. No DWG. No
t.=MO
DI~~'
IVI
'C 'C

9

Mq~

~8~

:g~~ ~8~
40M% [Mo~

~g~~

JANM38510/021103BA~

TL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL

PROPAMAX.
GATION R!~_E FALL
DELAY TIME TIME
tf

10
10
10
10

~g~~

30M%
30M%
30M%
30M%

D.A. T.A.

.90*
.90*
1.2*
1.2*
1.2*
1.2*
1.2*
1.2*
1.2*
1.2*
1.2*
1.2*
1.2*
1.2*
1.2*
1.2*
1.2*
.V*
5*
.85*
.85*
.85*
.85*
.85*
.85*
.85*
.85*
.85*
85*
.85*
.85*
.85*
.85*
.85*
.85*
.85*
.85*
.85*

~

POWER
SUPPLY
SPAN

8:°
.0
0.0
00
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
0.0
0.0
0.0
0.0
00
0.0
0.0
00
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0
0
0
0

~~~
~8~~; MO

50Mt
2
2
M~~
2
2
50Mt ~g~
TF122J
2
50Mt
TF123F
50Mt
2
TF123J
2
50Mt
TF200F
2
50Mt
2
50Mt MO
2
50Mt MO
TF201J
50Mt
2
TF202F
50Mt MO
2
TF202J
2
50Mt MO
TF203F
2
50Mt Mq~
TF203J
50Mt Mq~
2
TF210F
2
50Mt M6~
TF210J
2
50Mt
TF211F
50Mt MO
2
TF211J
2
50Mt MO~
TF212F
50Mt
2
TF212J
50Mt MO
2
TF213F
2
50Mt MO
TF213J
2
50Mt
TF52F
2
TF52J
2
TF53F
30M%
2
TF53J
30M%
2
TF62F
30M% ;;;';6~
2
2
i~g~t
2
TF63J
2
30M%
TF252F
2
40M%
TF252J
2
40M% M~~
TF253F
2
40M% ~g~
TF253J
40M%
2
TF262F
40M%
2
40M% MO~
TF262J
2
TF263F
40M%
2
TF263J
40M% MO
2
RSN54L72H
3.0M6% MO
2
MIC9000-5B
2
Mq~
MIC9000-5D
2
Mq~
MIC9001-5B
2
M6~
MIC9001-5D
2
MO~
JAN.M38510/021102BA
2.5M60 MO~
JANM38ti 10/021,02BA
2.5M6¢ MO~
12
JAN M3851 0/021 02BC
2.5M6\Zl MO~
12
JANM38510/021102CA
2.5M60 MO~
JANM38510/02102CA
2.5M6¢ MO~
12
JAN M3851 0/021 02CC
2.5M6!i!> Mer
12

i~mt

:~o:

TYPE

. FLOP

FAN
IN OUT
MAX.

5.0
5.0
7.0
7.0
7.0
7.0
7.0
7.0
7.0
7.0
70
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
50
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
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
5.0
5.0
5.0
5.0
5.0
50
5.0
5.0
5.0
7.0
7.0
7.0
7.0
70
7.0
7.0
7.0
7.0
7.0
7.0
7.0
7.0
7.0
70
7.0
5.0
55
5.5
5.5
5.5

I~

~~.
32.
33

42

2
2
2
2
2
2
2
2
2
2
2
2
2
2
2

~~:

~~

~

.~

~~

~g:

.

4 BINARY OR FLIP

+it
TTL

TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL

19
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
9
9
8
8

15
15
7
7
15
15
7
7
10
10
5
5
10
10
5
5
10
10
10
10
10
10
10
10
10
10

11
11
6
6
9
9
5
5
11
11
6
6
9
9
5
5
11
11
6
6
9
9
5
5
15
15
7
7
15
15
7
7
10

. 0*
85*
.85*
.85*
.85*

TTL
TTL
TTL
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
9
9
8
8
5
5
4
4
5
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
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
9
7
7
7
7

2.0%

.60*

TTL

2.0%

.60*

TTL

2.0%

60*

2.0%

::~:

.85*
85*
.85*
.85*
85*
.85*
85*
1.1*
1.1*
1.1*
1.1*
1.1*
1.1*
1.1*
1.1*
1.1*
1.1*
1.1*
1.1*
1.1*
1.1*
11*
1.1*
1.1*
1.1*
1 1*
1.1*
1.1*
1.1*
1.1*
1.1*
1.2*
1.2*
1.2*
1.2*
1.2*
1.2*
1.2*
1.2*
1.2*
1.2*
1.2*
1.2*
1.2*
1.2*
1.2*

1r

+it
TTL

1~

5
10
10
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
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
00
0.0
0.0
0.0
0.0
00
0.0
0.0
0.0
0.0
0.0
0.0

40mt
40mt
40mt
40mt
40mt
40mt
40mt
40mt
60mt
60mt
60mt
60mt
60mt
60mt
60mt

500m6
500m6
500m6
500m6
500m6

~g8:::~

500m6
500m6
500m6
500m6
500m6
500m6
500m6
500m6
500m6
1:8:::; 400m
140~~ 400m
140m
400m
165m 400m
165n;:; 400m
165m 400m
300m'lE 400m
300~~ 400m
300m
400m
300m 400m
1:8:::;
140m
140m
140m

140~;
140m

400m
400m
400m

165n;:;
165m

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%

500m6
500m6
500m6

~88:::~

500m6

~pOm6

00m6
500m6

~8?m6
Om6
500m6
500m6
500m6
500m6
500m6

SYMBOLS AND CODES
EXPLAINED IN INTERPRETER

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
0
0
0
0
0
0
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
0
0
0
0

75
75
125
125
125
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
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
75
75
125
75
75
75
75

2
2
1
1
1
1
1
1
1
1
1
1
1

B02187
B02187
B0242
B0242
B0242
B0242
B0257
B0257
B0257
B0257
B0242
B0242
B0242

1
1
1
1
1
1

B0257
B0257
B0257
B02167
B02167

1
1
1
2
2
2
2
1
1
1

B02168
B02168
B02224
B02224
B02225
B02225
B02167
B02167
B02151

B02168

T0116
FP21c
T0116
FP69b
T086
T0116
T086
T0116

1
1
1
2
2
1
1
1
1
2
2
2
2
2
2
2
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
1
1

:8~~~

:8~lg~

:8~1~~

B02185
B02185

B02151
B02151
B02187
B02187
B02187
B02187
B02187
B02187

B0242
B0242
B0242
B0242
B0257
B0257
B0257
B0257
B0242
B0242
B0242
B0242

:8~~~

B0257

:8~~~3a
B02167

:8~m

M153a
M153a
FP21c
T0116
FP21c
T0116
FP21c
T0116

~~Wil

FP21c
T0116
FP21c
,!:~_116

~~Wil

FP21c
T0116
Ml05e
Ml05e
FP28c
Ml05e
Ml05e
FP28c
M200
M200
M200
M200
M157b
M126e
M157
FP28b
M153a
FP47a
M153a
M157b'
M126e
M157b
M126e
M157
FP28b
M153a
FP47a
M153a
FP47a
M153a
M153a

FP21c
T0116
FP21c
T0116
FP21c

~~dllc6

T0116
FP21c

~~n~
~~n~

42

LINE
No.
1"
2"
3"
4"
5"
6"
7
:!
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
:J!
43#

:a
46#
47#
48#
49#

~~!

§J

TYPE
No.

U

TYPE ~rA~
OF
0 ER- PROFLlP- ATING CESS
FLOP FREQ.
-I
(Hz)

JANM38510/021103CAJ
25MlI¢
JAN M3851 0/021 03CA
25MlIIO
12
JAN M3851 0/021104BA~
2.5MMl
JANM38510/02104BA(
2.5MlI¢
12
JAN M3851 0/021 04CA
2.5MlIl/l
12
JANM3851O/02104C A<
2.5MMl
NC74L72N
2
30M%A
2
SFC472LE
30M%A
3,OM%A
SFC472LEM
2
SFC473LE
2
30M%A
3,OM%A
SFC473LEM
2
3,OM%A
SN54L73R
2
SN54L78R
2
30M%A
SN74L73R
2
3,OM%A
SN74L78J
2
3,OM%A
SN74L78N
2
3,OM%A
SN74L78R
2
30M%lI
SN74L78T
2
3,OM%lI
SN54L72R
2
5.0M%lI
SN74L72R
2
50M%lI
2
BL54L67Y
10M%
BL54L68Y
2
10M%
BL54L69Y
2
10M%
BL74L67Y
2
10M%
BL74L68Y
2
10M%
BL74L69Y
2
10M%
FLJ281·74104
2
FLJ291-74105
2
MIC9000-1B
2
MIC9000-10
2
MIC9001-1B
2
MIC9001-10
2
SN54S113N
2
SN54S114N
2
SN74S113W
2
SN74S114W
2
SN74109W
2
SW7473H
2
SW7473J
2
SW7473N
2
TL74104N
2
TL74105N
2
TL74107N
2
FJJ111
2
10MlI
FJJl11-7472
2
10M
FJJ121
2
10MlI
FJJ121-7473
2
10M
FJJ191
2
10MlI
FJJ261
2
10MlI
FJJ261-74107
10M
2
FLJ101-7470
2
10MlI
FLJ105-8470
2
10MlI~

52#
53
JANM38510/001~01BA
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

43

.

4 BINARY OR FLIP

JANM38510/00201BA
12
JANM38510/00201BA
12
JANM38510/001~01 BC
JANM38510/00201BC
12
JANM3851 0/00201 BC
12
JANM38510/00 2201BO
1
JANM38510/00201BO
12
JANM38510/00201CA
12
JANM38510/001~01CA

JANM38510/00201CA
12
JAN M3851 0/0020 1CC
12
JANM3851 0/0012201 CC
JANM3851 0/00201 CC
12
JAN M3851 0/0020 1CO
12
JANM38510/001~01CO

JANM38510/00202BA
12
JANM38510/00202BA
12

JANM38510/001~02BA(

12

JANM38510/001~02BC(

JANM38510/00202BOI
12
JANM38510/00202BO
12
JANM3851 0/00~02CA'
JANM38510/001~02CAI

LOGIC
LEVEL

.,.
(V)

.!J,

'0'
(V)

TYPE

IN

1J

FAN
OUT
MAX.

POWER PROPAMAX.
SUPPLY GATION RISE FALL
SPAN
DELAY TIME TIME
NEG POS
tr
tf
(VI,
(5)
(5)
(51
VI

IN ORDER OF (1)FLlP-FLOP (2)LOG TYPE (3)LOG
LEV1' 141LOG LEVa' ISIMAX FREQ 161TYPE No•
MAX. MAX.
TEMP. CKT
DRAWINGS
TOTAL NOISE
I()UTLINE
PE~[
PKG. REJECT LOV. HI MO DW8.I~o DWG. No
DISS.
A=MO
(W)
(V)
'C 'C

MO~

2.0%

60*

TTL

4

10

0,0

5.5

250nll

22m

-55

125

2 B02203

FP52d

Mm

2.0%

,60*

TTL

4

10

0,0

5.5

250nll

22m

-55

125

2 B02203

FP52d

Mm

2.0%

.70*

TTL

8

10

0,0

5,5

250nll

22m

-55

125

2 B02256

FP52d

MO~

2,0%

70*

TTL

8

10

00

55

250nll

22m

-55

125

2 B02256

FP52d

MON 2.0%

,70*

TTL

8

10

0,0

5.5

250nll

22m

-55

125

2 B02256

FP52d

Mm

,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*
.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

22m

-55
0
0
-55
0
-55
-55
-55
0
0
0
0
0
-55
0
-55
-55
-55
0
0
0
0
0
-55
-55
-55
-55

125
70

2
1
1
1
2
2
2
2

FP52d
TOl16
TOl16
TOl16
TOl16
TOl16
FP21f
FP21f
FP21f
M157b
M126e

::8:
.80*
.80*
,80*
,80*
.80*
80*
.80*
.80*
80*
.80*
80*

25
10
10
10
10
10
10
10
10
10
10

0.0
5,5
5,0
00
0.0
50
5,0
0.0
5,0
00
5,0
0.0
0.0
5.0
0.0
5.0
0.0
50
0.0
5.0
5,0
0.0
0.0
5.0
0.0
6.0
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
50
00
5.0
0,0
5.0
0 55
0 5.5
0 5.5
0 5,5
00
5.0
0,0
5.0
5,0
0.0
0.0
50
0,0
5,0
0.0 5,25
0.0 5.25
5.25
IKg
5.0
0,0
5.0
0,0
5.0
5,0
00
0.0
5,0
00
5.0
00
5,0
0.0
5.0
0,0
5.0
0,0
5.0
0,0
5.0
0,0
5.0

250nll
200nll
200nll
200nll
200nll
200nll
150nA
150nll
150nll
200nll
200nll
150nll
200nA
150nll
150nll
200nll
200nll
200nll
200nll
200nll
200nll
25nll
25nll

TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL

8
9
9
9
4
4
4
4
4
5
5
4
5
9
9
9
4
4
9
4
4
10
10
7
7
7
7
4
5
4
5
5
4
4
4
10
10
4
9
9
4
4
5
4
4
9
9

10
20
10
10
10
10
10
10
10
20
20
10
20
10
10

MO~

2,0%
2,0%
2.0%
20%
2.0%
20%
20%
2,0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
20%
2.0%
2,0%
20%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
20%
2,0%
20%
20%
2.0%
2.0%
20%
2.0%
2,0%
2,0%
20%
2.0%
2.0%
2,0%
2,0%
20%
2,0%
2,0%
2,0%
2,0%

10MM

MO~

20%

.80*

TTL

9

10

0.0

5.5

10MM

MO~

2,0%

,80*

TTL

9

10

0.0

lOMM

MO~

20%

80*

TTL

9

10

10MM

MO~

2,0%

80*

TTL

9

10

M~~
~g,

M~;
MO

MO~

M~~

~g~
M~~
~g~

M1~

MO
MO

M~~
~g~
Mq~
Mq~
MO~

M~~

~g~

M~~
~g~

Mq~
Mq~
MO~

M~~

MO

MO~

M~~
~g~
Mq~

M
20Mt>
20M%
20M%
20M%
20M%
20M%
20Mt'lE

MO~

M~;
~g~

Ml~

MO
MO

M~~
~g~
Mt?~
Mt?~
MO~

20Mi~
20Mt Ml:
MO
20Mt MO
~g~t\IE

~q~

23M* MO'
25M%

~~M%
5M%
25M%
25M
25M
25M
25M
25Mt.
25Mt.
25Mt.
25Mt.
25Mt.
25Mt.
25Mt.
25Mt.
25Mt.
25Mt.
25Mt.
25M
25Mt.
25Mt.
25Mt.
25Mt.

~~f
~g,
~8~

MO'
Mq~

Mq~

MO~

M1~

MO
MO

M~~

~g~
Mq~
Mq~

MO~

M~~
MO
MO~

M1~

MO
MO

25M!~ M~~
25Mt
25Mt ~g~
25Mt. Mq~

~~~~l

25Mt.
30M%
30M%
30M%

Mq~
MO~

M~~
~g

30M1~ ~g~

30Mt. MO~

~g~~, M~;
M~~

30M% MO

~g~~; MO~
~g~

30M%

~g~~,

Mt?~
Mt?~

30M% MO~
30M%
M~;
30M% MO
30Mt.~ MO'
30Mt.

~g~:~ ~~~
MO~
30Mt.
30M~; M~~
~g,
30Mt.

~g~~, M~;
30M% M~,
MO

~g~~~ MO
Ml~

30M% MO

~g~~~ M~~
~g~

30M%
30M%

2.0%
2.0%
2.0%
2.0%
20%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
20%
2.0%
2.0%
2.0%
20%
2.0%
2.0%
2.0%
2.0%
2.0%
20%
20%
2.0%

~:g~

2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%

~.g~

20%
20%
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%
20%
2.0%
2.0%
2.0%
2.0%
2.0%

~.g~

2.0%
20%
2.0%
2.0%
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%
M~~ 20%
~g~:~ ~g, 2.0%
30Mt.
2.0%
2.0%
~g~:~ MO 20%
30Mt.
2.0%
30M~; M~~ 2.0%
30Mt. ~g~ 2.0%
30Mt. Mq~ 2.0%
30M~; Mq~ 2.0%
30Mt> MO~ 2.0%
30Mt.
2.0%
MO
20%
30M~~
30Mt. MO
2.0%
30Mt.
2.0%
M~~
2.0%
30M~i
30Mt. ~g~ 2.0%
30Mt>
2.0%
M~~
M~~ 2.0%
2.0%
MO
40M%
50M% MO~ ~.g~

~~.~

M1~

~~~f;

D.A. T.A.

TYPE

(VI

:~g:

lift

.80*
.80*
.80*
.80*
80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
80*
.80*
.80*
.80*
.80*
80*
.80*
.80*
.80*
.80*
.80*
.80*
80*
80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
80*
.80*
.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

it

It
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL

IN

FAN
OUT
MAX.

~

9
9
5
5
8
5
9
9
5
5

4
4
9
4
5
9
5
4
5
5
5
5
5
5
5
5
5
9
9
4
3
5
4
9
9
4
4
5
5
5
5
5
5
9
5
4
9
9
9
9
9
4
5
10
9
10
10
10
9
9
9
4
4
4
5
5
5
5
5
10
9
4
5
10
10
10
9
9
9
4
4
4
5
5
5
5
5
10
10
9
9
5
5
5
10
10
9
9
5
5
5
9
9
9
9

POWER PROPAMAX.
SUPPLY GATION RISE FALL
SPAN
DELAY TIME TIME
tr
NEG POS
tf
(VI
(sl
(sl
(sl
VI

Kg
19
20 0.0
20
20
20
40
10
20
20
20
20
10
10
10
20
10
10
10

1910
20
20
20
20
20
20
20
20
20
20
10
10
10
10
10
10
10
10
10
10
20
20
20
20
10

~g

10
10
10
10
20
20
10
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
10
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
10
10
10
10

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
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
00
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
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
0.0
0.0
0.0
0.0
0.0
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~~

5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.5
5.25
5.25
5.0
5.0
5.0
5.0
5.0
5.0
5.0
7.0
7.0
50
5.0
5.0
5.0
5.0
50
5.0
50
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
5.0
5.0
5.0
5.0
50
• 5.0
50

30nt.
~~nt>
30nt.
30nt.
40nt.
40nt.
30nt>
30nt.
30nt.
30nt.
40n
40n
40n

~:g

5.0
7.0
7.0
5.0
70
7.0
7
7
5.0
7
7
5.0
7.0
7.0
5.0
5.0
5.0
7.0
70
50
7.0
7.0
7.0
7.0
7
7
5.0
7
7
5.0
70
7.0
5.0
50
5.0
7.0
7.0
5.0
5.0
50
5.0
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

~:g

40nt.

40nt.
40nt.
40nt.
40nt.
25n%
25n%
30nt.
30nt.
30nt.
30nt.
15n%
15n%
15n%
15n%

1.0
l:g:;:;i 1.0
140~~ 1.0
140m 1.0

27nt.
27nt.
27nt.
27nt.
27nt.
15nt.
27nt.
27nt.
27nt.
27nt.
27nt.

l~g:;:~

1.0 t.

1.0 t.

140:~ 1.0 t.
150m
140m lOt.
178mt
215mt
215mt
18n
18n
18n
18n

8 On
8.0n
8.0n
8.0n
80mt. 1.0 t.
160mt 1.0 t.

~?nt.

7nt.
27nt.
27nt.
27nt.
27nt.
27nt>
27nt.

19n%
19n%
19n%
20n
20n
19n%
19n%
19n%

80mt.
80mt>
184mt
160mt
160mt
80mt>
80mt.
184mt
43mt
43mt
80mt
80mt

27nt.
27nt.

19n%
19n%

27nt.
27nt.
27nt.
27nt.
27nt.
27nt.
27nt.
27nt.
27nt.

80mt.
80mt.
184mt
160mt
160mt
80mt.
80mt.
184mt

20n
~On

13n

-55

-55

20n

27nt.

:~~

-55
0
-55
-55
0
0
0
-55
0
0
-55
0
0
0
0
0
0
0
-25
-25
0
0
0
-25
0
-25
-55
-40
0
0
0
0
0
0
0
-55
-55
-55

28nt.
35nt.
28nt.
35nt.

50nt.
50nt.

t.
t.
t.
t.

260m'lE

43n

7nt.
27nt.
27nt.
27nt.
27nt.
27nt.
27nt.
27nt.
27nt.
27nt.
27nt.
27nt.
27nt.
27nt.
27nt.
27nt.
27nt.

t.

l:g:;:;i 1.0 t.
1.0
10
1.0
1.0 t.
200m1E 1.0 t.
105mt
210mt
210mt
105mt
210mt
40mt 1.0 t.
40mt 1.0 t.
205m§ 1.0 t.
205m§ lOt.
205m§ 1.0 t.
205n,:~ 1.0 t.

40nt.

27nt.
27nt.

U?

200~~ 1.0
100m 1.0 t.
lOt.
100~; 1.0
t.
140~'lE
140m 1.0 t.
lOt.
200~~ 1.0
100m 1.0 t.
t.
100~; 1.0
1.0 t.

40nt.

30nt.
30nt.
30nt>
50nt.
50nt.
50nt.
50nt.

IN ORDER OF (1)FLlP-FLOP (2)LOG TYPE (3)LOG
LEV1' (4ILOG LEV'O' (SIMAX FREQ (6ITYPE No
MAX. MAX.
TEMP. CKT
DRAWINGS
TOTAL NOISE
PE~O LOGIC OUTLINE
PKG. REJECT LOW HI MO DWG. No DWG. No
DISS.
LI=MO
(WI
(VI
'C 'C

IOn
IOn
IOn
IOn
IOn
IOn
IOn
IOn
IOn
IOn
IOn
IOn
IOn
IOn

IOn
IOn
IOn
IOn
IOn
IOn
IOn
IOn
IOn
IOn
IOn
IOn
IOn
IOn

1.0
1.0
1.0
1.0

t.
t.
t.
t.

1.0 t.
1.0 t.

1.0 t.

1.0 t.

1.0
1.0
1.0 t.

1.0 t.

1.0 t.

1.0
1.0
1.0
1.0
1.0

t.
t.
t.
t.
t.

1.0 t.
1.0 t.

160mt 1.0 t.
80m 1.0 t.
80m 1.0 t.

160mt
80m
80m
136mt
136mt
84mt
100mt

1.0 t.
1.0 t.
1.0 t.
400m

1.0 t.

SYMBOLS AND CODES
EXPLAINED IN INTERPRETER

-55
-55
-55
0
0
-55
0
0
0
-55
-55
0
0
0
0
0
0
0
-55
-55
-55
-55
-55
-55
-55
-55
-55
-55
-55
-55
-55
-55
-40
-40
-40
-40
0
0
0
0
0
0
0
0
0
0
0
0
0

m ~ :gml I~m~

125
70
125
125
70
70
70
125
70
70
125
70
70
70
70
70
70
70
85
85
75
75
70
85
70
85

1~~5

75
75
75
75
75
75
75
125
125
125
125
125
125
125
125
70
70
125
70
70
70
125
125
70
70

~ij
75
70
70
125
125
125

m

125
125
125
125
125
125
125
125
125
85
85
85
85
70
70
70
70
70
70
70
70
70
70
70
70
70
70
125
-55 125
-55 125
-55 125
-55 125
-55 125
-55 125
0
70
0
70
0
70
0
70
0
70
0
70
0
70
0
70
-25 85
0
70
-55 125

~5

1 802261
1 802261

~ :g~~g~

2 B02211
B02211
B02261
1 B02261
B02262
B02262
2 B02213a
2 B02213a
2 B02213a
2
2
1 B022
2 B0291
2 B0292
1 8022
2 80292
2 80291b
2 80292
2 B0292e
B0292e
80291d
2 80291d
2 B02260
2 B02260
2 B02260
2 B02260
1 B02248
1 B02248
2 B02249
2 B02249
2 B0292
2 B02284
1 802248
1 B02248
B02249
B02249
2 B0292
2 B0292
2 B02260
2 B02260
2 B02260
2 B02260
1 B02261
2 B02262
2 B02273
1 B02212
1 802212
1 B02212
1 B02212
1 B0295
2 B02155a
B0292
1 80297
1 B0295
1 B0297
1 B0297
1 B0297
1
1 :g~~~
1 B0295
2 B02155a
2
2
2 B0292
2 B0292
2 B02155
2 B02155
2 802155
1 B0297
1 B0295
2 802155a
2 802155
1 B0297

~

~

~

~

:g~m:

l
1
1
1
2

:g~~~

80295
80295
B0295
802155a

~ :g~m:

2 80292
B0292
2 802155
2 802155
2 B02155
1 80297
1 B0297
1 B0295
1 80295
2 B0292
2 B02155
2 B02155
1 80297
1 B0297
1 B0295
1 B0295
2 B0292
2 802155
2 B02155
l :g~~
1 B0294c
1 B02219

M157b
t.004AA
M153d
t.004AG
M157b
M126e
M157b
M126e
M153d
M117x
M114
M114
Ml05n
M267
M267
M126n
M126n
M117u
M126n
M117u
Ml05j
M153b
M117w
M117w
M117w
M117w
M153a
M153a
M153a
M153a
T0116
T088
T0116
T088
M256
FP69b
T0116
T08B
T0116
T08B
M256
t.004AG
M153d
MI17x
M153d
M117
M126n
M126n
M117u
Ml05b
T088
Ml05b
T088
M157
M157
M157
M126
M126
M157b
M126
t.004AA
M157b
M126
t.004AA
M157b
M126
t.004AA
M157b
M117
M157b
M126
t.004AA
M126
M126
M126
M126
M157b
M126e
T084
M157b
M126e
T084
M157b

rJ:r

M157b
M126e
M157b
M126e
T084
Ml05b
T088
Ml05b
T088
Ml05b
Ml05b
T088
Ml05b
T088
Ml05b
T088
Ml05b
Ml05b
T088
M126n
M126n
M126n
M157b

46

LINE
No.

2t
3t
4
5t
6t
7
8t
9t
10
11 ...
12t

l~t

15t
16.
17
18.
19.
20
21+
22.
23
24.
25.
26.
27+
28
29
30
31
32
33
34
35
36
37
38
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
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

47

~

U

·

TYPE
OF
0 ER- PROFLlP- ATING CESS
FLOP FREQ.
{Hzl

TYPE
No.

Is~~~~l~l~

SN54Hl02J
SN54Hl02N
SN54Hl02W
SN54Hl03J

~~~:~lg~~

SN54Hl06J
SN54Hl06N
SN54Hl06W
SN54Hl08J
::!!'I54Hl08N
SN54Hl08~

SN74Hl0l
SN74Hl01N
SN74Hl01W
SN74Hl02J
SN74Hl02N
SN74Hl02W
SN74Hl03J
SN74Hl03N
SN74Hl03W
SN74Hl06J
SN74Hl06N
SN74Hl08J
SN74Hl08N
SN74Hl08W
T54S73J
T54S76J

i~:~~g~J

T74S73J
T74S76J
T74S78J
T74S107J
US54H571A
US54H571J
US54H572A

~~~:~~m~

US74H571J
US74H572A
US74H572J
SN54S112J
SN54S112N
SN54S112W
SN54S113J
SN54S113W
SN54S114J
SN54S114W
SN74S112J
SN74S112N
SN74S112W
SN74S113J
SN74S113N
SN74S114J
SN74S114N
T54S103J
T54S106J
T54S107AJ
T54S108J
T74S103J

H:~lg~iJ

T74S108J
TF54S112F
TF54S112J
TF54S113F
TF54S113J
TF54S114F
TF54S114J
TF74S112F
TF74S112J
TF74S113F
TF74S113J
TF74S114F
TF74S114J
04201
M204
M207
MC5473F
MC5473L
MC7473F
MC7473L.P%
MC7476P
MC54107F
MC54101L
MC74107F
MC74107L P'16
MCB5473F
MCBC5473
MC5472F
MC5472L
MC7472F
MC7472LP'16
MCB5472F
MCBC5472
MC3063F
MC3063L.P%
MC3163F
MC3163L
MCE54H73F
MCE74H73F
MC5470L
MC7470L.P'16
MC3161F
MC3161L

~glg~r

~rA~

4 BINARY OR FLIP· FLOP

~

2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2

2

2
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~~~
50M'16 MO
~g~~

50M'16
50M'16
50M'16

gg~~

MO~

M~~

MO
MO

M~~

~g~
M~;
M~~

MO

M~~

MO

MO~

M:~

MO
MO

M~;

~g~
M~~
M~~

MO

~~~

60MI> MO

60M1~
60MI>
60MI>

M~~
~g~

gg~~ MO
M~~

60M'16
E:lOM%

60~~:
60M
60M'16
60M'16
80MI>
80M I>
80MI>
80MI>
80MI>
80MI>
80MI>
80MI>

MO~

MO
M:~
MO

M~~
~g~
M~~
MO

MO~

M:~

MO
MO

M~~
gg~~ ~g~

80MI> Mq~
80M I> Mq~
80MI> MO~
80MI>
M~;
MO

ng~~~

MO~

110M1~
M~;
110Mt MO
110MI> MOJI
110MI>~

110M~; M~~
~g~

110MI>
125M1; Mq~
125MI> Mq~
125MI> MO~

m~~i M1~

MO
125MI> MO
125MI> Mq~
m~~, M
125MI> MO~
10M
PCB
10M
PCB
10M
PCB
15M'16
15M'16 M~~
M~~
15M'16 MO
15M'16
M~;
MO

l~~:, MO~
l~~:, MO
M:~

15M'16
15M'16
15M'16
20M'16
20M '16
20M'16
20M'16
20M%
20M'16
30M%
30M'16
30M%
30M'16

~g~~

35M'16

MO

M~~
~g~
M~;
MO
MO~

M1~

MO
MO

M~~

~g~

Mq~
Mq~
MO~

35Mr~
50Mt MO
50Mt MO

M:~

~g~~~ ~g~

D.A.T.A.

LOGIC
LEVEL
~.
'1'
'0'
IVI
IVI

~:g~

2.0'16
2.0'16

M~~ ~:0'16
~g~ .0'16

~~~;; ~q;

50Mt
50M'16
50M'16
50M'16
50M'16
50M'16
50M'16
50M'16
50M'16
50M'16
50M'16
50M'16
50M'16
50M'16
50M'16
50M'16
50M'16
50M'16
50M'16
50M%
60MI>
60MI>

i1J

2.0'16
2.0'16
2.0'16
2.0'16
2.0'16
2.0'16
20'16
2.0'16
2.0'16
2.0'16
2.0'16
2.0'16
2.0'16
2.0'16
2.0'16
2.0'16
2.0'16
2.0'16
20'16
2.0%
2.0'16
2.0'16
2.0'16
2.0'16
2.0'16
2.0%
2.0'16
2.0%
2.0%
2.0%
2.0%
2.0%
2.0'16
2.0'16
20'16
2.0%
2.0'16
2.0%
2.0%
2.0'16
2.0%
2·.0'16
2.0'16
2.0'16
2.0%
2.0%
2.0%
2.0'16
2.0%
2.0%
2.0'16
2.0'16
2.0%
2.0'16
2.0'16
20'16
2.0'16
20'16
2.0'16
2.0'16
2.0'16
2.0'16
2.0'16
2.0'16
20'16
20'16
2.0'16
2.0'16
2.0'16
2.0'16
2.0'16
2.0'16
2.0'16
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
2.4'16
2.4'16
2.4'16
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
24'16
2.4'16
2.4'16
2.4'16

.~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*
.95*
.40
.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
.40*t
.40*t
.40*t
40*t
.40
.40t*
.40*t
.40t*
40*t
.40t*
.40t*
.40*t
.40*t
.40*t
AO*t
.40*t
AO*t

TYPE

IN

f£J
IITt
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
ITt
TTL
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
ITt
TTL
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
ITt
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
ITt
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL

FAN
OUT
MAX.

~

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
5
5
4
4
5
5
5
5
5
4
4
5
5
4
5
4
9
4
5
4
9
5
5
4
4
5
5
5
5
4
4
5
5
6
1
1
4
4
4
4
5
4
4
4
4
4
4
9
9
9
9
9
9
4
4
4
4
4
4
9
9
4
4
4
4

POWER
SUPPLY
SPAN

~1G r~s
l~
~~
I~.~

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
20
20
20
20
20
20
20
20
20
20
20
20
20
20
10
10
10
10
10
10
10
10
20
20
20
20
20
20
20
20
20
20
20
20
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

0.0
0.0
0.0
0.0
0.0
0.0
0.0
0
0.0
0
0
0.0
0
0
0.0
0
0
0.0
0
0.0
0.0
0.0
0.0
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
0.0
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
0.0
00
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
00
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
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
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
5·2
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
6.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
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
50
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
50
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
50
5.0

IN ORDER OF (1)FLlP-FLOP (2)LOG TYPE (3)LOG
LEV1' 141LOG LEVa' {5IMAX FREQ 161TYPE No
PROPAMAX.
GATION RISE
FALL
DELAY TIME TIME

lsi

!~n
13n
13n
13n
13n
13n
13n
13n
13n
13n
13n
13n
13n
13n
13n
13n
13n
13n
13n
13n
13n

1;\

~I

199:::~

100mt
100mt
200mt
200mt

1~?Omt
OOmt

13n
13n
13n
13n
13n
25nl>
25nl>
25nl>
25nl>
25nl>
25nl>
25nl>
25nl>
7n
7n
7n
7n
7n
7n
7n
7n
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
20nl>
20nl>
20nl>
20nl>
20nl>
20nl>

~g~~

l~~:::~ ~:~ ~

100mt
100mt
100mt
200mt
200mt
200mt
200mt
200mt
200mt
200mt
200mt
200mt
100mt
100mt

a~

~?nl>
Onl>
7.0nl>
7.0nl>
7.0nl>
7.0nl>
7.0nl>
~:O
.0 70nl>
5.0 7.0nl>
5.0 7.0nl>
5.0 7.0nl>
5.0 7.0nl>
50 7.0nl>
5.0 7.0nl>
5 30n'16
35n
35n
5.0
30n
5.0
30n
5.0
30n
5.0
30n
5.0
30n
5.0
30n'16
5.0
30n
5.0
50
5.0
30n
5.0
30n
5.0
30n
5.0
30n
5.0
30n
30n
5.0
5.0
30n
5.0
30n
5.0
1On '16
1On '16
5.0
5.0
1On '16
5.0
1On '16
5.0
15n'16
5.0
15n'16
5.0
30n%
5.0
30n'16
5.0
12n
12n
5.0
5.0
12n
50
12n

MAX. MAX.
TEMP. CKT
DRAWINGS
TOTAL NOISE
PER LOGIC OUTLINE
PKG.
REJECT LOVI HI MO[ DWG. No DWG. No
ll=MO
DI~~'
{VI
'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
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>

200mt
200mt
200mt
200mt
380m§
380m§
380m§
380m§
380m§
380m§
380m§
380m§
55mt 1.0 I>
55mt 1.0 I>
55mt 101>
~5mt 1.0 I>
55mt 1.0 I>
55mt 1.0 I>
55mt 1.0 I>
1.0 I>
1.0 I>
1.0 I>
250~; 1.0
250m
I>
250m'l' 1.0 I>
1.0 I>
250~; 1.0 I>
250m
250m 1.0 I>
1.0 I>
250:~ 1.0 I>
250m
250m 1.0 I>
I>
250~; 1.0
250~'l' 1.0 I>
250m 1.0 I>
1.0 I>

2~g:::~

~~g::::

10nt
15n
15n

IOn
15n
15n

380m§
380m§
380m§
380m§
380m§
380m§
380m§
250m§
250m§
250m§
250m§
250m§
250m§
250m§
250m§
250m§
250m§
250m§
250m§
275m
200m
240m
80mt
80mt
80mt
80mt
80mt
80mt
80mt
80mt
80mt
80mt
80mt
40mt
40mt
40mt
40mt
40mt
40mt
176mt
176mt
176mt
176mt
140mt
140mt
65mt
65mt
100m
100mt
100m
100mt

10
1.0
1.0

700m
700m

SYMBOLS AND CODES
EXPLAINED IN INTERPRETER

:~~

-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
-55
-55
-55
-55
0
0
0
0
-55
-55
-55
-55
0
0
0
0
-55
-55
-55
-55
-55
-55
-55
0
0
0
0
0
0
0
-55
-55
-55
-55
0
0
0
0
-55
-55
-55
-55
-55
-55
0
0
0
0
0
0
0
0
0
-55
-55
0
0
0
-55
-55
0
0
-55
-55
-55
-55
0
0
-55
-55
0
0
-55
-55
-55
0
-55
0
-55
-55
-55
-55

m 1~~m~

125
125

m
m
125

125
125
125
125
125
70
70
70
70
70
70
70
70
70
70
70
70
70
70

m

125
125
70
70
70
70
125
125
125
125
70
70
70
70
125
125
125
125
125
125
125
70
70
70
70
70
70
70
125
125
125
125
70
70
70
70
125
125
125
125
125
125
70
70
70
70
70
70
75
70
70
125
125
70
70
70
125
125
75
75
125
125
125
125
70
70
125
125
75
75
125
125
125
70
125
70
125
125

m

1
1
1
2
2
2
2
2
2
2
2
2
1
1

B02220
B02220
B02220
B02203

1
2
2
2
2
2

B02220
B02203
B02203
B02203
B02217
B02217

BO~~~3

~?2203
02217
B02217
B02217
B02218
B02218
B02218
B02219
B02219

1
~g~n~
1 B02220

I~O~:AA

M157b
M126
1>004AA
M157b
M126
1>004AA
M157b
M117
1>004AA
M157b

~ciJ:AA

M157b
M126e
T084
M157b
M126e

L~~~b

1
2
2
2

B02277
B02276
B02274
B02275

M126e
T084
M157b
M126e
M157b
M126e
T084
M157c
M352
M157c
M157c
M157c
M352

1
1
1
1
1
1
1
1
2
2
2
2
2
2
2
2

B02106a
B02106b
B0288
B0288
B02106a
B02106b
B0288
B0288
B02257
B02257
B02257
B02258
B02258
B02258a
B02258a
B02257

Ml05b
T088
Ml05b
T088
Ml05b
T088
Ml05b
T088
M153d
M117
1>004AG
M157b
1>004AA
M157b
1>004AA
M153d

2
2
2
2
2
2
2

B02258
B02258
B02258a
B02258a
B02274
B02275
B02276

M157b

~ =gm~

2 B02218

~ =g~~~:

~ =g~~~~ ~m~

~ ~g~~~~ ~Jcil~G

~ ~g~~~~

2 B02275

~ =g~~~~

2
2
2
2
2
2
2
2
2
2

B02257
B02257
B02258
B02258
B022588
B022588
B02257
B02257
B02258
B02258
B02258a
B022588

4
6
2
2
2
2
2
2
2
2
2
2
2
1
1
1
1
1
1
2
2

B02196
B02196
B02196
B02196
B02196
B021968
B02196a
B021968
B02196a
B02196c
B02196c
B02195
B02195
B02195
B021958
B02230
B02230
B02233
B02233

1
1
1
1
2
2
2
2

B02196b
B02196b
B022128
B022128
B02173
B02173
B021738
B021738

~

~ ~g~~~~

~l~~~

M126e
M157c
M352
M157c
M157c
M157c
M352
M157c
M157c
1!,!,101
M352
T086
M157c
T086
M157c
FP10l
M352
T086
M157c
T086
M157c
CBIZI
T086

ig~~6

T0116
M278
T086
T0116
T086
T0116
T086
FC3
T086
T0116
T086
T0116
FP77
FC2
T086
T0116
T086
T0116
T086
T086
T0116
T0116
TOS6
T0116
T086
T0116

47

LINE
No.
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15

!J

4 BINARY OR FLIP . FLOP

·

TYPE
No.

MCE54H72F
MCE74H72F
MCE54103F
MCE74103F

~g:~~rp%

MC424F
MC424L,P%
MC473F
MC473L,P%
MC474F
MC474LP%
MC523F
MC523L
MC524F

~ I~g~~~
18

~~

21
22
23
24
25
26
27
28
29
30

~~

33
34
35
36
37
38
39

:~

42
43
44
45
46
47
48
49
50
51
52
53
54

~~

57
58
59
60
61
62
63

g~

66

I~

69
70
71
12
73
74
75
76
77
78
79
80
81
82
83
84

I~

87
88
89
90

~~

93
94
95
96
97
98
99
100
101
102
103
104
105
106
107
108
109
110

48

~gg~~~,P%

MC2024LP%
MC2073F
MC2073L.P%
MC2074F
MC2074L,P%
MC2123F
MC2123L
MC2124F
MC2124L
MC2173F
MC2173L
MC2174F
MC2174L
MC3061F
MC3061L,P%
MC3062F

~i;~~}L,P%

~::~~~

N8824B
N8825A
N8825F
N8825J
N8829A
N8829F
N8829J

~::W~

S8822F
S8822J
S8824B
S8825A
S8825F
S8825J
S8829A
S8829F
S8829J
N8826A
N8826F
N8826J
N8827A

~~:~~~

S8826A
S8826F
S8826J
S8827A
S8827F
S8827J
N8H20Q
N8H21A
N8H21F
N8H21Q
N8H22B
N8H22E
S8H20Q
S8H21A
S8H21F
S8H21Q
S8H22B
S8H22E
54R112
54R113
54R114
74R112
74R113
74R114
RF100BL
RF101BL
RF102BL
RF103BL
RF110BL
RF111BL
RF112BL
RF113BL
RF120BL
RF121BL
RF122BL
RF123BL
RF130BL
RF131BL
RF132BL
RF133BL
RF200BL
RF201BL

I~

2
2
2
2
2
2
2
2
2
2
2
2
2

I~

MC573L
MC574F
MC574L
MC2023F

N8822A

UTYPE
LOGIC
OF ~~A~
0 ER- PROLEVEL
FLlP- ATING CESS~.
.!J'O'
FLOP FREO.
'1'
1Hz)
IVI
11/1

2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2

2

2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
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
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2

I:q~
~g~t"
50Mt
MO~

~g~~ MO
M1~

45M% MO
45M%
45M%
45M% MO~

~q~

45111!~

~~~

~~~%
4
M% MO
45M%

:~~~

~g~

MO~
45M%
45M%
45M% MO~
45M%
45M%
70M% MO
70M%
70M% ~g~
70M% MO~
70M%

~q~

~~~

M~~
~g~~ ~g~

70M%
70M%
70M%
70M%
70M%
70M%
70M%
70M%
70M%

MO
M1:
MO

~g:

Moi

M~~
~gi

50M~~ MO
50Mt
M1!
50Mt MO
50M!~
25Mt ~g:
25Mt Moi
25M%
M~:

2~~!~ ~8i

25 t
25M!JE

~~!
~~~r~ MO
25M!~

M~:

~::~
vii

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%
2.4%
2.4%
2.4%
2.4%
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.':1%

~g~r~ ~8i ~:~~

25Mf~ M~~
25Mt
M~r
25M% MO

25M!~ M1!
25Mt
MO
25Mt MO
25M%
25M~:

M~:

~gi
M~~
25M!~
30Mt ~8i
25Mt
25M%

~~!

30Mr:
30Mt
30Mt MO
~OMt~

30Mt~ ~q:
30Mt9i Moi
30M% MO

2.6%

~:g~

2.6%
2.6%
2.6%
2.6%
2.6%
2.6%
2.6%
2.6%
2.6%
2.6%

~:g~

26%

U~

~.':I%

30M~~ M~~ 2.6%
MO
2.6%

30Mt

MO
30:~
~g~~ M1~
MO

:g~~ ~g~
80M% Mci~

:g~~ M~~
~g~

80M%

:g~~~ MO
M1~

80M% MO

:g~~ ~8~
70M

~g~

70M

~g~

35MtQ\ MO'
35Mt~

3~~~~ ~g:

35

t

35M!~

Moi

~~:

35M~~
35Mt MO
35M!~

MO
50M~~ M1:

50Mt

50Mt~

MO

50M~~ ~q:
50Mt Moi
50M!~

50M~~

50Mt
50M!~
50Mt

D.A. T.A.

M~~
~8r
~8:

2.6%
2.6%
2.6%
2.6%
2.6%
2.6%
2.6%
2.6%
2.6%
2.6%

~:g~

2.6%
2.6%
2.7
2.8
2.8
2.8
2.8
2.8
3.0%
3.()!&
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%
3.0%
3.0%
3.0%

::g~:

.40*t
.40*t
.45*t
45*t
.45*t
.45*t
.45*t
.45*t
.45*t
.45*t
.45*t
.45t*
.45*t
.45t*
.45*t
.45t*
.45*t
.45t*
.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
.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
.40t*
.40*t
.40*t
.40t*
.40*t
.40*t
.40t*
.40*t
.40*t
.40t*
.40*t
.40*t
.40t*
.40*t
.40*t
.40t*
.40*t
.40t*
.40*t
.40t*
.40t*
.40*t
.40t*
.40t*
.40*t
.40t*
.40t*
.40*t
.40t*
.40
.40
.40
.40
.40
.40
.40*
.40*
.40*
.40*
40*
.40*
.40*
.40*
40*
.40*
.40*
40*
.40*
.40*
.40*
.40*
40*
40*

TYPE

~

I+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
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL

FAN
IN OUT
MAX.

~

4
4
4
4
5t
5t
4
4
5t
5t
4
4
5t
~t

4
4
5t
5t
4
4
5
5
4
4
5
5
4
4
5
5
4
4
5
5
4
4
4
4
5
5
5
5
5
9
9
9
9
9
9
5
5
5
5
5
9
9
9
9
4
9
4
4
4
5
5
5
4
4
4
5
5
5
4
5
5
5
5
5
4
5
5
5
5
5

4
4
4
4
8
8
8
8
4
4
4
4
8
8
8
8
10
10

~g

POWER PROPAMAX.
SUPPLY GATION RISE FALL
SPAN
DELAY TIME TIME
tr
tf
G r~S
Is)
Is)
IAA
lsi

IKg
10 0.0
10 I~'O
13 0.0
13 0.0
13 00
13 0.0
7 0.0
7 0.0
7 0.0
7 0.0
16 0.0
16
16 g1
O.!!
0.0
8 0.0
8 0.0
8 0.0
9 0.0
9 0.0
9 0.0
9 0.0
5 0.0
5 0.0
5 0.0
5 0.0
11 0.0
11 0.0
11 0.0
11 0.0
6 0.0
6 0.0
6 0.0
6 0.0
10 0.0
10 0.0
10 0.0
10 0.0
20
0
0
20
20 0.0
0
20
20
0
20
0
20 0.0
0
20
20
0
20 0.0
20
0
20
0
20
0
20 00
20
0
0
20
0
20
20 0.0
20
0
0
20
20 0.0
20
0
0
10
0.0
0
0
10
10 00
10
0
10
0
10 0.0
0
10
0
10
10 0.0
10
0
30 0.0
30
0
30 0.0
30 0.0
0
30
30 0.0
30 0.0
0
30
30 0.0
30 0.0
0
30
30 0.0
10 0.0
Q.O
19 0.0
10 0.0
10 0.0
10 0.0
11 0.0
6 0.0
9 0.0
5 0.0
11 0.0
6 0.0
9 0.0
5 0.0
11 0.0
6 0.0
9 0.0
5 0.0
11 0.0
6 0.0
9 0.0
5 0.0
lit 0.0
6t 00

'g

19

~:g

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
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
5
5.0
5
5
5
5.0
5
5
5.0
5
5
5
50
5
5
5
5.0
5
5
5.0

1~~~

12n%
12n%

4.0n
~pn%
On% 4.0n

20n%
20n%
20n
20n
20n
20n
20n
20n
20n

4.0n
4.0n
4.0n
4.0n
4.0n
4.0n
4.0n
4.0n
4.0n

20n
20n
20n
20n
15n6
15n6
15n6
15n6
15n6
15n6
15n6
15n6
15n6
15n6
15n6
15n6
15n6
15n6
15n6
16n6
12n
12n
12n
12n
20n%
20n%
20n%
20n%
20n%
50n%6
60n%
50n%6

4.0n
4.0n
4.Qn
4.0n
4.0n

2.5n
2.5n
2.6n
2.5n
2.5n
2.5n
2.5n
2.5n
2.5n

IN ORDER OF (I)FLlP-FLOP (2)LOG TYPE (3)LOG
LEVI' 141LOG LEVO' 151MAX FREQ lelTYPE No
MAX. MAX.
TEMP. CKT
DRAWINGS
TOTAL NOISE
LOGIC OUTLINE
PE~C
PKG. REJECT LOV. HI MO DWG. No DWG. No
DISS.
A=MO
IW)
IV)
'C 'C

7g~~

100mt
100mt
110mt
II0mt
110mt
110mt
110mt

ng~~

Onn

110mt
110mt
110mt
110mt
110mt
110mt
110mt
110mt
110mt
110mt
110mt
110mt
110mt
110mt
110mt
110mt
110mt
110mt
110mt
110mt
110mt
llQm1
110mt
110mt
110mt
100m
100mt
100m
'2~mt
12m6 600m
12m--
~~~j~F
~g~ I~gg~ ;?l>
0
1 ~g~;j
60m 900m
0
75
1 B0257
t.004AF
60m 900m
0
75
1 B0257
M157b
60m 900m
0
75
1 B0257
t.004AF
-55 125
60m 900m
1 B0257
M157
60m 900m
-55 125
1 B0257
M126
50m 900m
-55 125
1 B02105 M157b
50m 900m
-55 125
1 B02105 t.004AF
-55 125
50m 900m
1 B02105 M157b
50m 900m
-55 125
1 B02105 t.004AF
60m 900m
0
75
1 B02105 M157b
60m 900m
0
75
1 B02105 t.004AF
60m 900m
0
75
1 B02105 M157b
60m 900m
0
75
1 B02105 M04AF
1 B02106 M157b
60m 900m
-55 125
-55 125
1 B02106 t.004AF
60m 900m
-55 125
1 B02106 M157b
60m 900m
60m 900m
-55 125
1 B02106 t.004AF
0
75
1 B02106 M157b
50m 900m
50m 900m
0
75
1 B02106 t.004AF
50m 900m
0
75
1 B02106 M157b
50m 900m
0
75
1 B02106 M04AF
-55 125
50m 900m
1 B02105 M157
50m 900m
-55 125
1 B02105 M126
60m 900m
-55 125
1 B02106 M157
60m 900m
-55 125
1 B02106 M126
-55 85
200mt.
2 B02171 M148
8 B03121 CB53
250m 1.0
0 70
375m 1.0
0 70 10
-15
65
1
M45
-30
1
80
M45
-55 125
4 B03158 M210b
200m 4.5 t.
200m 4.5 t.
-40 85
4 B03158 M210b
4 B03159 M210b
200m 4.5 t.
-55 125
-40 85
4 B03159 M210b
200m 4.5 t.
5.0
0
50
0
1 B03154 M221
1.0
75
30mt 1.0
-55 125
1 B0397. T0116
30mt 1.0
0
75
1 B0397. Ml05n
30mt 1.0
0
75
1 B0397. T0116
213m 800m
-20
65
1 B038n
CB31
519m 800m
-20
65
4
CB31
1.0
-55 125
3 ~g~~% T0116
1.0
0
75
1 B0395
Ml05e
-55 125
M157
1.0 t.
1 B0395
1.0 t.
-55 125
1 B0395
FP28c
Ml05e
87m'lE 1.0
75
1 B0395
0
1.0 t.
-55 125
1 B0397d M157
1.0 t.
-55 125
1 B0397d FP28c
48mt 1.0
75
3 B03130 Ml05n
0
48mt 1.0
0
75
3 B03130 T0116
260mt
0
70
10
CB62
240m 1.0 t.
0 75
12
l1mt 550m
Ml05k
-55 125
1 80324
llmt 550m
-55 125
1 B0324
T084
T010l
llmt 550m
-55 125
1 B0319
-55 125
l1mt 550m
1 B0321b Ml05k
-55 125
llmt 550m
1 B0321b T084
l1mt 550m
-55 125
1 B0321. T0101
20mt 550m
-55 125
1 B0325. Ml05k
20mt 550m
-55
1 B03258 T084
20mt 550m
-55
1 B03258 T010l
23mt 500m
-55 125
1
Ml05m
23mt 500m
-55 125
FP28
1
23mt 500m
-55 125
1
FP26b
23mt 500m
-55 125
1
T010l
T0100
1.0
0
70
1 B0395
1.0
-55 125
1 B0395
T0100
1.0
0
75
1 B03958 T0100
1.0
-55 125
1 B0395. T0100
1.0
0
70
1 B0397c T0100
1.0
-55 125
1 B0397c T0100
50mt
-55 125
1 B0397d T086
50mt
-55 125
1 B0397d T0100
50mt
-55 125
1 B0397d T0116
50mt
0
75
1 B0397d T086
50mt
0
75
1 B0397d T0100
50mt
0
75
1 B0397d T0116
46m
0
75
1 B0397c FP28b
75m
75
1 B0395
M157
0
0
75
1 B0395
FP28b
75m
1 B0395
M126
0
75m
75
-55' 125
1 B0395. M157
81m
1 B03958 FP28b
81m
-55 125
75
1 B0395. M157
0
87m
0
75
1 B03958 M126
87m
1 B0395. M126
87m
0
75
12 B03141 CBIlI
445ni~ 1.0
160mt
-30 75
1 B03127 T0116
160mt 5.0
-30 75
1 B03127 T0116
160mt 5.0
-30 75
1 B03127 M157.
160mt 5.0
-30 75
1 B03127 M114f
140mt 175m
0
75
2 B03125 TOl16
140mt 175m
0
75
2 B03126 TOl16
140mt 175m
0
75
2 B03138 TOl16
140mt 175m
0
75
2 B03139 TOl16
-55 125
2 B03125 T086
140mt 175m
-55 125
140mt 175m
2 B03125 TOl16
140mt 175m
-55 125
2 B03126 T086
-55 125
140mt 175m
2 B03126 TOl16
140mt 175m
-55 125
2 B03138 T086
140mt 175m
-55 125
2 B03138 T0116
-55 125
140mt 175m
2 B03139 T086
140mt 175m
-55 125
2 B03139 TOl16
55m
-55 125
1 B0320
T091
-55 125
CN9
55m
1 B0320
140m 400m
0
M153.
75
140m 400m
0
75
0
140m 400m
75

9.0n
9.0n
9.0n
9.0n
9.0n
9.0n
9.0n
9,On
9.0n
9.0n
9 On
9.0n
18n
18n
9.0n
9.0n
9.0n

8.5n
8.5n
8.5n
8.5n
8.5n
8.5n
8.5n
8.5n
8.5n
8.5n
8.5n
8.5n
17n
17n
9.0n
9.0n
9.0n

SYMBOLS AND CODES
EXPLAINED IN INTERPRETER

~m:

52

§J
LINE
No.
1
2
3
4
5
6#
7#
8
9
10
11
12
13
14"
15t
16"
17"
18"
19
20"
21"
22
23
24*
25t
26t
2H
28t

~~:

31#
32#
33#
34#
35#
36#
37#

~~:

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
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

53

TYPE
No.

~b~~~~s

4· BINARY OR FLIP - FLOP

UTYPE
LOGIC
OF ~~A~
0 ER· PRO·
LEVEL
FLIp· ATING CESS~.
~'O'
FLOP FREQ.
'1'
(Hz)
(VI
(VI

I~

MC1667S
3
MC1666L
3
MC1667L
3
SP488
3
SP489
3
LCE301
3
LCE401
3
MC902G
3
MC802G
3
MC702G
3
9957DC
3
RSN54L71H
3
SN54L71T
3
512T
3
JANM3851 01021101 BA

300Mt
300Mt
300Mt
300Mt
3.0M
3.0M

::~~%

~g~ ·.95%
·.96%
~g~ ·.96%
M~~
MO

M~~

MO
Mm

Ml~

3.0Mll% MO
3.0M%1l MO
20M
PCB

2.5M1l0
JANM3851 01021 0 1BA
2.5Mll¢
13
JANM3851 01021 01 BC
2.5Mlll/l
13
JANM3851 0102110 1CA
2.5Mll¢
JANM3851 01021 0 1CAC
2.5Mll¢
JANM3851 0102 1 1CCE
3
~:g~~
NC74L71N
3
SN54L71J
3
3.0M%1l
3.0M%1l
SN54L71N
3
SN74L71J
3
3.0M%1l
SN74L71N
3
3.0M%1l
SN74L71T
30M%1l
3
FJB9329
3
FJJ291
3
FLJ361·74118
3
FLJ365·84118
3
FLJ371·74119
3
FLJ375·84119
3
MIC54118J
3
MIC64118J
3
MIC74118J
3
MIC74118N
3
TL74118N
3
TL74119N
3
M203
3
20M
MC413F
3
MC413L.P%
3
MC463F
3
MC463L P%
3
MC513F
3
MC513L
3
MC563F
3
MC563L
3
RF10D
3
20Mt
MC421F
10Mt
3
MC421L,P%
10Mt
3
MC471F
10Mt
3
MC471L P%
10Mt
3
MC521F
10Mt
3
MC521L
10Mt
3
MC571F
3
10Mt
MC571L
3
10Mt
T110
3
10M
T113
3
10M
3,2
SW945·1P
15Mt
3,2
SW945·2M
15Mt
SW945·2P
32
15Mt
SW948·1P
3,2
18Mt
SW948·2M
3,2
18Mt
SW948·2P
32
18Mt
3,2
FQJ 101·845
5.0M%
FQJ 111·848
3,2
5.0M%
9314FC
38
T9314F
3,8V
3,8V
T9314FM
T9314J
38V
T9314JM
3,8V
3CG
10M
3F
2.0M
R202
3F
2.0M
R203
3F
2.0M
R205
3F
2.0M
MC352AF
3F
60M
MC352AG
3F
60M
MC414F
3F
2.5Mll%
MC414L,P%
3F
2.5Mll%
MC464F
3F
2.5Mll%
MC464L P%
3F
2.5Mll%
MC514F
3F
2.5Mll%
MC514L
3F
2.5Mll%
MC564F
3F
2.5M6%
MC564L
3F
2.5M6%
B204
3G
10M
MGF8
4
2.0M
MUF3
4
5.0M
MUF4
4
5'~OMMt%
SP629A
4
91110M
4
9111FM
4
SN15950N
4
10MII
690A
4
50MII
RM9450
4
RM945J
4
RM945Q
4
RM945T
4
RM9480
4
RM948J
4
RM948Q
4

to

~~gl#

D.A. T.A.

·7.0%
·7.0%
6.0
6.0
.82%
.84%
1.1
2.2%
1.9%
2 .. 0%
20%

TYPE

IN

~

:~ ·gt* I~~+

FAN
OUT
MAX.

~

~g

·1.6t*
·1.6t*
·1.6t*
·.79*
·.79'
O.Ot
O.Ot
.57*
.55*
.10
.36t"
.80*
.70*
.45*

ECT
ECT
ECT
ECT
ECT
RCT
RCT
RTL
RTL
RTL
RTL
TTL
TTL
TTL

3
3
3
5
5

7
70
7

2
2
2
6
9
9
2

8
8
26
95
20
10

POWER PROPA·
MAX.
SUPPLY GATION RISE FALL
SPAN
DELAY TIME TIME
S (sl
rvi G
1~1

~:~

rJi

~:~ ~:~~%

5.2
5.2
5.2
7.0
7.0
6
6
0
0
0
2.0
0.0
0.0
0.0

0.0
0.0
0.0
0.0
0.0
12
12
4
4
4
4.5
5.0
5.0
7.0

1.8n%
1.8n%
1.8n%
5.5nll
5.5nll
25n
25n
14n
14n
22n
14n
150nll
48n%
25n%

~.~n

2.5n
2.5n
2.5n
2.5n
44n
44n

~I

~.~n

2.2n
2.2n
2.2n
2.2n
34n
34n

IN ORDER OF 11 )FLlP·FLOP (2)LOG TYPE (3)LOG
LEVT (4ILOG LEV'O' (SIMAX FREQ (6ITYPE No
DRAWINGS
MAX. MAX.
TEMP. CKT
TOTAL NOISE
PER LOGIC OUTLINE
PKG. REJECT LOW HI MO[ DWG. No DWG. No
lI=MO
D!~~.
IVI
'C 'C
4uum
I~
~;~~t
~~
2 B03150 ~p;or
230mt
220mt
230mt

0
0
0
160m* 0
160m* 0
220m
·40
220m
·40
22mt
·55
22mt
0
80mt
15
1.0
500m
15
7.2m%
·55
8.0mt 1.0 II
·55
300mt
0

75
75
75
75
75
100
100
125
100
55
55
125
125
70

2
2
2
1
1
1
1
1
1
1
1
1
1
10

B03150
B03150
B03150
B03152
B03152
B0356
B0356a
B0360
B0360
B0360
B03131
B02283
B03117

FP78
M191
M191
M146b
M146b
CN27
M45
T099
T099
T099

~~J~:
FP52e
CB62

Mm

20%

.70*

TTL

9

10

0.0

5.5

250nll

11m

·55

125

1 B03156

FP52d

Mm

2.0%

.70*

TTL

9

10

00

5.5

250nll

11m

·55

125

1 B03156

FP52d

MO~

2.0%

.70*

TTL

9

10

0.0

5.5

250nll

11m

·55

125

1 B03156

M314

Mm

2.0%

.70*

TTL

9

10

0.0

5.5

250nll

11m

·55

125

1 B03156

FP52d

MaN 2.0%

.70*

TTL

9

10

0.0

55

250nll

11m

·55

125

1 B03156

FP52d

Mq!" 2.0%
Mq~ 2.0%
MaN 2.0%
2.0%
MO
2.0%
MaN 2.0%
2.0%
M~~ 2.0%
~g~ 2.0%
Mq~ 20%
Mq~ 2.0%
Mm 2.0%
2.0%
M~~ 20%
2.0%
Mq~ 2.0%
Mq~ 2.0%
MO~ 2.0%
2.0%
~g: 2.4
MO~ 3.3
3.3
3.3
Mm 3.3
3.3
M~~ 3.3
3.3
Mq~ 3.3
Mq~ 3.4
MO~ 3.5
3.5
MO
3.5
MO~ 3.5
3.5
3.5
MO~ 3.5
3.5
~COB~ 5.0
PCB 5.0
Mq~ 1.8%
Mq~ 1.8%
MaN 1.8%
1.8%
MOili
18%
MO
MO
1.8%
Mq!" 3.1%
Mq~ 43%
MaN 1.8%
2.0%
20%
MO
MO
20%
2.0%
~COBN ·3.0
PCB 0.0
PCB 0.0
PCB 0.0
PCB 00
·.75
MO ·.75
MO
35
Mq~ 3.5
MaN 3.5
MON 3.5
Mq~ 3.5
Mq~ 3.5
MaN 3.5
3.5
~COBN 0.0
PCB 5.0
PCB 5.0
5.0

.70*
.70*
.70*
.70*
.70*
70*
.70*
.80*
.80*
.80*
.80*
.80"
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.40
.26
.26
.26
.26
.26
.26
.26
26
.20
.20
.20
.20
.20
.20
.20
.20
.20
0.0
0.0
1.2*
12*
1.2*
1.2*
1.2*
1.2*
.45t·
.45t·
.85*
.80'
80'
80'
.80'
0.0
·3.0
·3.0
·3.0
·30
·1.6
·1.6
20
.20
.20
.20
.20
.20
.20
20
·3.0
0.0
0.0
0.0

TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
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
DTL
OTL
OTL
OTL
OTL
OTL
OTL
TTL
TTL
TTL
TTL
TTL
RCT
OTL
DTL
OTL
OTL
ECT
ECT
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
RCT

9
9
9
9
9
9
9
7
7
2
2
3t
3t
7
7
7
7
7
16
1
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
7
2
7
7
7
7
7
7
3t
3t

10
20
20
20
20
20
20
10
10
10
10
10
10
20
20
20
20
20
20
9
12
12
6
6
15
15
7
7
15
12
12
6
6
15
15
7
7
9
9
10
12
12
9
11
11
12
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
0.0
0.0
0.0
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
4.8
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0

11m
8.0mt
8.0mt
8.0mt
8.0mt
8.0mt
8.0mt
180mt
180mt
300m§
300m§
300m§
300m§
150mt
150mt
150mt
150mt
315mt
315mt
175m
30mt
30mt
30mt
30mt
30mt
30mt
30mt
30mt
30 t
30mt
30mt
30mt
30mt
30mt
30mt
30mt
30mt
1.1
420m
40mt
40mt
40mt
50mt
50mt
50mt
75m

10
10
10
10
7
12
5
3
6
511
511
9
9
9
9
9
9
9
9
1
24
27
36
6
10
10
6
7
6
6
6
6
6
6
6

10
10
10
10
16
11
15
15
13
15
15
12
12
6
6
15
15
7
7
6
16
6
8
8

0.0
0.0
0.0
0.0
15
15
15
15
15
5.2
5.2
0.0
0.0
0,0
0.0
0.0
0
0.0
0
15
0
0
0
0.0
0.0
0.0
0.0
0
0
0
0.0
0
0
0
0

5.5 250nll
5.0
48n%
5.0
48n%
5.0
48n%
5.0
48n%
5.0
48n%
48n%
5.0
29nll
50
5.0
29nll
50
29nll
5.0
29nll
5.0
29nll
5.0
29nll
5.0
29nll
5.0
29nll
5.0
29nll
5.0
29nll
5.0
29nll
5.0
29nll
5 30n
5.0
20n
5.0
20n
5.0
20n
5.0
20n
5.0
20n
8 20n
5.0
20n
8 20n
5.0
5.0
18n
5.0
18n
5.0
18n
18n
5.0
50
18n
8 18n
5.0
18n
8 18n
5.2
15n
5.2 8.0n
5.0
50n%
50
50n%
5.0
50n%
40n%
5.0
5.0
40n%
5.0
40n%
5.0
25n%
50
25n%
32nll
5.0
32n6
5.0
30n6
5.0
32n6
5.0
30n6
10 IOn
10 70n
10 70n
10 70n
10 70n
0
lIn
lIn
0
5.0
20n
5.0
20n
5.0
20n
5.0
20n
5.0
20n
8 20n
5.0
20n
8 20n
10 80n
5 25n
5 40n
5 40n
4.5
5.0
75n6
5.0
75nll
5.0
32n6
5
5.0
40n
5.0
40n
5.0
40n
5.0
40n
5.0
35n
50
35n
35n
5.0

·55
0
·55
·55
0
0
0
0
0
0
·25
0
·25
·55
·40
0
0
0
0
0
0
0
0
0
·55
·55
·55
·55
·55
0
0
0
0
·55
·55
·55
·55
0
0
·55
0
0
·55
0
0
0
0
0
0
·55
0
·55
·20
·20
·20
·20
·20
0
0
0
0
0
0
·55
·55
·55
·55
·20
0
0
0
0
·55
·55
·55
0
·55
·55
·55
·55
·55
·55
·55

125
70
125
125
70
70
70
70
70
70
85
70
85
125
85
75
75
70
70
70
75
75
75
75
125
125
125
125
125
75
75
75
75
125
125
125
125
70
70
125
75
75
125
75
75
75
75
75
75
125
75
125
65
65
65
65
65
75
75
75
75
75
75
125
125
125
125
65
70
70
70
75
125
125
125
70
125
125
125
125
125
125
125

M~~

~g~

~q~
~g~

M~~

~q~

Ml~

Ml~

~~B~
Mq~
Mq~

Mm

~~~
Mm
Mq~
Mq~
MO~

M~~
MO

1.9%
19%
1.9%
2.0%
2.0%
2.0%
20%
2.0%
2.0%
2.0%
2.0%

1.1'
1.1'
1.1"
45"
1.0"
1.0*
1.0*
1.0"
10"
10*
10*

OTL
OTL
OTL
OTL
OTL
OTL
OTL
OTL
OTL
OTL
OTL
OTL

8
11
12
12
12
12
12
12
12

15n
8.0n
8.0n
8.0n
8.0n
8.0n
8.0n
8.0n
8.0n

75n
75n

15n
90n
90n
90n
lIOn
8.0n
8.0n

35n

15n
5.0n
5.0n
5.0n
5.0n
5.0n
5.0n
5.0n
5.0n

75n
65n

15n
130n
130n
130n
130n
8.0n
8.0n

35n

3~6~~
275m§
275m§
275m§
275m§
695m
377m
455m
517m
485m
42m
42m
30mt
30mt
30mt
30mt
30mt
30mt
30mt
30mt
1.4
500m
200m
275m
40mt

20mt
300m
35mt
35mt
35mt
35mt
43mt
43mt
43mt

1.0
1.0
1.0
1.0
1.0
1.0

II
II
II
II
II
II

400m
1.0 II
1.0 II
1.0 II
1.0 II
400m
400m
400m
400m
1.0
900m
900m
900m
900m
900m
900m
900m
900m
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
1.0 II
1.0 II

800m
800m
800m
800m
800m
1.0
1.0
1.0
1.0
10
1.0
1.0
1.0
800m
1.0
1.0
1.0
2.0
1.0 II
1.0 II
1.4
500m
500m
500m
500m
500m
500m
SOOm

SYMBOLS AND CODES
EXPLAINED IN INTERPRETER

1
1
1
1
1
1
1
6
6
6
6
6
6
1
1
1
1
1
1
8
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
2
18
1
1
1
1
1
1
2
1
1
1
1
1
1
1
1
2
3
2
1
1
1
1
1
1
1
1
1
1
4
8
3

B03156
B03117
B03117
B03117
B03117
B03117
B03117
B03157
B03151
B03151
B03151
B03151
B03151
B03151
B03151
B03151
B03151
B03151
B03155

M314
T0116
M157b
M126e
M157b
M126e
FP52e
M210a
M146e
M117w
M117w
M117w
M117w
M153a
M153a
M153a
M153a
M126n
M117u

B03133
B03133
B03133
B03133
B03133
B03133
B03133
B03133
B0388a
B03137
B03137
B03137
B03137
B03137
B03137
B03137
B03137

T086
T0116

1
1
1
1
4
1
1
1
1
1
1
1

B0419f
B04136
B04136
B0492
B0484a

tg~~6

T086
T0116
T0116
T0116
Ml05m
T086
T0116
T086
T0116
T086
T0116
T086
T0116

C~~
CB
T0116
Ml05n
T0116
T0116
Ml05n
~g~~~: T0116
B03132 T0116
B03132a T0116
FP47b
B04141 FP10la
B04141 FP101a
B04141 M153c
B04141 M153c
B0366
CB31
B0365
CB31
B0362
CB31
B0362a CB31
B0364
CB31
T091
CN9
B03136 T086
B03136 T0116
B03136 T086
B03136 T0116
B03136 T086
B03136 T0116
B03136 T086
B03136 T0116
B0367
CB31
B04126 CB53
B04127 CB53
B0395
B0395
B0395
B0395a

Ml05ae
M157
FP28c
M126a
CB50
Ml05m
FP28
FP26b
T010l
Ml05m
FP28
FP26b

53

LINE
No.

2
3
4
5
6
7
8
9
10
11
12
13
14
15

l~

18
19
20
2t
22
23
24
25

~~
~g

30
31
32
33
34
35
36
37
38
39

:~

42
43
44
45
46
47
48
49

~~,/t

52#
53 ...
54

g~
57
gg
60
61
62
63

g~

66

g~
69
70
71
72
73
74
75
76
77
78
~I!#
80#
81

:~

84

~~

87
88
89
90
91
92
93
94

~ TYPE

OF
o ER· PRO·
TYPE ATING CESS
FLIp·
FLOP

U

No.

1~~r::Jo

I:
91tl0C
4
911tFC
4
4
4
SN15850N
4
N8424A
4
N8424F
4
N8424J
4
N8425A
4
N8425F
4
N8425J
4
S8424A
4
S8424F
4
4
I~~:~:i
4
S8425F
4
S8425J
4
SN5101B
4
SNR5101
4
SN510B
4
SNR510
4
M206
4
SNF30J
4
SNF30W
4
SNF31J
4
ISNF31W
4
SNF32J
4
SNF32W
4
SNF33J
4
4
~~;g~w
4
4
4
RF31K
4
RF320
4
RF32K
4
RF330
4
4
4
RF510
4
RF51K
4
MCE945F
4.2
MCE948F
42
04019
4.2F
SN51118
4E
SNR5111
4E
SN5112
4E
SN5113
4E
M5945P
4F
M5948P
4F
510
4F
04001
4F
4F
4F
MC945G
4F
4F
4F
MC1915F
4F
4F
4F
MC1916L
4F
MC845F
4F
MC845G
4F
MC845LP%
4F
MC848F
4F
MC848G
4F
MC848LP%
4F
MC948F
4F
MC948L
4F
MC1815F
4F
MCI815L.P%
4F
MC1816F
4F
MC1816LP%
4F
SN5118
4F
SNR511
4F
9913HC
4F
4F
I~~~g~~
4F
SP252A
4F
SP254A
4F
SP302A
4F
SP352A
4F
TF20F
4F
TF20J
4F
TF21F
4F
4F
4F
TF22J
4F
TF23F
4F
TF23J
4F
CTR100P/N6PB 5
CTR100P/N12P 5

~~~~~~O

=~~~~
=~~~~

~g~~J~

+~n~

98

5
5
CTR250P/N24PB

100
101
102
103
104
105

54

7.0Mt.
7.0Mt.
12Mt
12Mt
12Mt
12Mt
12Mt
12Mt
12Mt
12Mt
12Mt
12Mt
12Mt
12Mt

15M
10M
10M
10M
10M
10M
10M
10M
10M
15Mt
15Mt
15Mt
15Mt
15Mt
15Mt
15Mt
15Mt
20Mt
20Mt
20M!

g+=lgg~~~~:p

5

CTR500P/N 12MI~a
15
CTR500P/N 12SMSa
5
rg=~~g~I~24 55
CTR750P 12M5a 5
5
It9c~5HC
906F
5

IVI

MO~

2.6%

M~~

2.6%
2.6%
2.6%
3.4%
3.4%
3.4%

M~~
~g~
~g~
M~~

7.0M*
9.0M*
5.0M
5.0M

2.~%

~g~ ~::~

M1~
MO
MO

M~~

~g~
M~~
MO
M~;
MO
PCB

~~~
MO~

~~~

MO

M1~

MO
MO

M~~

~8~
M~~

3.4%
3.4%
3.4%
3.4%
3.4%
3.4%
34%
.30*
.30*
.30*
.30*
2.4
3.3
33
3.3
3.3
3.3
3.3
3.3
3.3
3.4
~.4

3.4
3.4
3.4
3.4
3.4
3.4

~g~
M~~ ~.4
MO
MO~
.4

~~~

MO
5.0M

LEVEL

PC~

~g~

M~:

MO
MO

~c?J

PCB

M~;
M~t

MO

MO
Mg:
MO

M~~

~gr
M~;
~gt
MO
Mg:
MO

M~~

~g~
M~~

~8~
M~~
~8~

3.4
2.6%
2.6%
2.0%
.30*
.30*
.30
30
1.9%
1.9%
2.0%
2.0%
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%
.30*
.30*

.84t.
.84t.
.84t.
84t.
~g~ 1.0t.
MO~ 1.0t.

M1~

15MM
15Mt MO
15Mt MO
15Mt
20M
20M
20M
20M
20M
20M
20M
20M
500k

~g~

MO

M~~

~8~

~~~
30M

500k
500k
500k

l~pM
OM

TYPE

f1J· 1, f!J·O·

~q~ ~:~~

MO~

~gm~~

CTR 1OOP/N 125

99

F~J~'

70Mt.

~g~:~~

95

~~

~~A~

4. BINARY
OR FLIP·
FLOP
LOGIC
FAN
POWER PROPA·

3.0
3.0
3.0
3.0
3.0
3.0
3.0
3.0

~

(V)

l:~:t Ig~t
.40t*

::g~:

.45*t
.45*t
.35*t
.35t*
35*t
.35*t
.35t*
.35*t
.35*t
.35t*
.35*t
.35*t
.35t*
.35*t
2.0%
2.0%
2.5%
2.5%
.40
.26
.26
.26
.26
26
.26
.26
.26
.20
.20
20
.20
.20
.20
.20
.20
20
.20
.20
.40*t
.40*t
.95*
2.0%
2.0%
2.3
2.3
1.1*
1.1*
.45*
.95*
40*
.40*
.40*
40*
.40*
.40*t
.40*t
.40*t
.40*t
.45*
.45*
.45*
.45*
.45*
.45*
.45*
.45*
.45*t
.45*t
.45*t
.45*t
2.5%
2.5%
.22
.22
.22
22
.22
.22
.30
.30
.30
.30
.30
.30
.30
.30

OTL
OTL
OTL
OTL
OTL
OTL
OTL
OTL
OTL
OTL
OTL
OTL
OTL
OTL
OTL
OTL
OTL
RCT
RCT
RCT
RCT
TTL
TTL

:m

TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
OTL
OTL
OTL
RCT
RCT
RCT
RCT
OTL
OTL
OTL
OTL
OTL
OTL
OTL
OTL
OTL
OTl
OTL
OTL
OTL
OTL
OTL
OTL
OTL
OTL
OTL
OTL
OTL
OTL
OTL
OTL
OTL
RCT
RCT
RTL
RTL
RTL
RTL
RTL
RTL
RTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
MTL

IN

g
10
10
7
6
6
4
4
4
5
5
5
4
4
4
5
5
5
5
5
4
4
1
6
6
6
6
6
6
6
6
4
4
4
4
4
4
4
4
6
6
6
7
7
2
5
5
4
4
7
7
9
2
7
7
6
7
6
10
10
10
10
7
6
7
7
6
7
7
7
10
10
10
10
4
4
4

MAX.
OUT SUPPLY GATION RISE FALL
MAX.
SPAN
DELAY TIME TIME
POS
tr
11
I~EG
(V)
V)
(s)
(s)
(s)

l~

11
11

16
16
9
9
9
9
9
9
9
9

~

9
9
4
4
4
4
10
15t
15t
7t
7t
12t
12t
6t
6t
15
15
7
7
12
12
6
6
15
7
7
10
9
11
20
20
16
16
24
22
10
11
14
10
10
10
9
10
10
9
9
12
12
12
11
11
11
9
9
12
12
11
11
20
20
6
4t.
3
6
3
2
6
6t.
4
6t.
4
10
15
10
15
10 7.0
10 7.0
10
15
10
15
10 7.0
10 7.0
4
5

~t.

g

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
0.0
0.0
0.0
0
0
0.0
0
0.0
0
0.0
0.0
0.0
0.0
IU'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
g.g
0.0
0.0
00
0.0

5.08
5.0
5.0
5.0
36n
8 32nt.
8 32nt.
5
5.0
5 60n%t.
5
gg~~~
5.0
5 60n%t.
5
5.0
5 60n%t.
5
5.0
5 60n%t.
8 300nt. 170n
8 300nt. 170n
8 300nt. 170n
8 300nt. 170n
30n
15n
5.0
18n
5.0n
5.0
18n
5.0n
5.0
18n
5.0n
5.0
18n
5.0n
5.0
18n
1~·On
5.0
18n
.On
5.0
18n
5.0n
5.0
18n
5.0n
5
5
5
5
5
5
5
5
5
5
5
5.0
5.0
5.0
55nt.
225n
3gg~~ 225n
8 400n
500n
8 400n
500n
8.0
50n%
8.0
40n%
7.0
40n%
5 90nt.
8 40n
5.0
40n
8 40n
5.0
40n
8 40n
40n
5.0
IOn
5.0
40n
IOn
5.0
40n
IOn
5.0
40n
IOn
40n
5.0
8 40n
5.0
40n
5.0
40n
8 40n
5.0
40n
5.0
40n
5.0
40n
5.0
40n
IOn
5.0
40n
IOn
5.0
40n
IOn
5.0
40n
IOn
8 350nt. 225n
8 350nt. 225n
15n
3.6
8.0
90nt.
8.0
90nt.
8 90nt.
8 90nt.
8 30n
8 30n
5.0
18n
5.0
18n
5.0
18n
5.0
18n
5.0
18n
5.0
18n
5.0
18n
5.0
18n
6.0 200n

~~mt louum

~~~t.

gg~~~
gg~~~
gg~~~

:

IN ORDER OF (lIFLlP FLOP (2ILOG TYPE (3ILOG
LEV'l'i4l!.OGjiV'o'isIMAX FREQ iliiTYPE No.
MAX. MAX.
TEMP. CKT
DRAWINGS
TOTAL NOISE
OUTLINE
LO~IC
PE~[ DWG.
PKG. REJECT LOV\! HI MO
No DWG. No
6=MO
D~~.
(V)
'C 'C
20m

75n
75n
75n
75n
75n
75n
75n
75n

~g~

75n
75n

l:~~

1.9u
1.9u
15n
8.0n
8.0n
8.0n
8.0n
8.0n
8.0n
8.0n
8.0n

28m 1.0
20mt
20mt
25mt. 1.4
25mt. 1.4
25mt. 1.4
~5mt. 1.4
5mt. 1.4
25mt. 1.4
25mt. 1.4
25mt. 1.4
25mt. 1.4
~5mt. 1.4
5mt. 1.4
25mt. 1.4
12mt 200m
12mt 200m
12mt 500m
12mt 500m
255m 1.0
30m 900m
30m 900m
30m 900m
30m 900m
30m 900m
30m 900m
30m 900m
30m 900m
30mt 1.1
30mt 1.1
30mt 1.1
30mt 1.1
30mt 1.1
JOmt 1l·1
Omt .1
30mt 1.1
1.1
1.1
50mt 1.1
60mt
70mt
300m 1.0 t.
12mt
12mt
13m 200m
12.mt 200m
48mt 1.0 t.
52mt 1.0 t.
320m§
350m lOt.
55mt
60mt
60mt
60mt
70mt
65mt
65mt
75mt
75mt
60mt
60mt
60mt
70mt
70mt
70mt
70mt
70mt
65mt
65mt
75mt
75mt
12mt 500m
12mt 500m

~g:::~

1~:Ou
.Ou
24u
2.4u

IOn
IOn
IOn
IOn

IOn
IOn
IOn
IOn
2.0u
2.0u

~=

15mt
30mt
15m
30m
45m
4m
50m
50m
50m
50m
50m
50m
50m

~pm
Om

320m
320m
320m
320m

~:::
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0

t.
t.
t.
t.
t.
t.
t.
t.

:~~

0
0
·55
0
0
0
0
0
0
0
0
·55
·55
·55
·55
·55
·55
·55
·55
·55
·55
0
·55
·55
·55
·55
0
0
0
0
·55
.~~

:~g

m

75
75

1~~

75
75
75
75
75
75
75
125
125
125
125
125
125

m

125
125
70
125
125
125
125
75
75
75
n5
125

m

0
0
0
0
·55
·55
·55
·55
·55
0
·55
·55
·55
li5
0
0

75
75
75
75

·55
·55

125
g5
1 5
125

m

125

m

75
125
125
125
125
75
75

o 7~5

.5.i

·55
·55
·55
·55
·55
·55
0
0
0
0
0
0
·55
·55
0
0
0
0
·55
·55
0
·55
·55
·55
·55
·55
·55
·55
·55
.55
·55
0
0
0
0

m

125
125
125
75
75
75
75
75
75
125
125
75
75
75
75
125
125
70
125
125
125
125
125
125
125
m
125
75
75
75

~~

804~~1

1
1 B041 6
1 B04136

q:g~~l
T0116
FP~~

11~g:g~8 T~~~8
84

1 80492

Mt26
T0116
M157
2 804125 T088
T0116
M157
2 8041258 T088

~ ~g:m

~ ~g:m:

~I~g:m r,~1~6

2 B04125

~

2
1
1
1
1
6
1

:g:m:

J~:~

B041258
B04133
804133 FP22
B04132 FP22
B04132 FP22
B0442

11:g::~

1 80442
1
1
1
1
1
1
1
1

T088
TOl16
M157

:g::~

80442
80442
80442
80442
80442
80442
80442

M157b

~~~j~F
t.004AF
M157b
t.004AF
M157b

~~~~~
FP21b
Ml05m
FP21b
Ml05m

~g::~ 1~,z016bm

1
1 80442
1
1
1
1
6
1
1
1

FP21b

~g~:~ I~lg~:::

B0242
80482
B0488

FP21b

+g~g

8041338 T084
8041338 T084
80473
FP22
FP22
11:g:U9 Ml05'
1 8041298 Ml05J
4 80294c C862
4
1 B0487
T086
T086
T0100
1 B04129 TOl16
1 B041298
1 B04140 +g~go
1 B04140 !9 116
1 804140
1 804140
1 B04129 T086
1 B04129 T0100
1 B04129 TOl16
1 8041298 !Q86

ll:g:g~

+g~~6

iglOO
11 :g:m:
T 116
B04129a T086
1
1
1
1
1
1
1
1
1
1
1
1
1

11
1
1
1
1

:g:l~ga

T0116

B04140 +g~~6B04140
86
B04140 Ifg 116
B041328 FP22
FP22
:g:J~28 T099
B04130a CN23a
B038e
CN23a
B04130a FP2
B038e
FP2
B04130
804130 J~dOO
80477
FP21c
T0116
:g:n
FP21c
B0477
T0116
B0477
80477
80477
FP21c
B0477
T0116
M188

~~W6

30M

MTL
MTL
MTL

4
4
4

5
5
5

0.0
0.0
0.0

12 200n
12 200n
24 200n

100m
100m
250m

55
100
100

~~:6

500k

30M

MTL

4

5

0.0

24 200n

150m

100

M18

500k

30M

MTL

4

5

0.0

24 200n

150m

100

M18

500k

30M

MTL

4

5

0.0

12 200n

200m

55

M18a

500k
500k
500k
500k

30M
30M
30M
30M

MTL
MTL

4
4
4
4
3
3

5
5
5
5
42
8

12 200n
24 200n
12
12 l~pOn
OOn
3.6
~5n
4
2n

1200m
200m
80m
80m

100
100
55
55
70
125

M188
Z826
~18a
18a

D.A. T.A.

~g~

I~!L
TL
.82%

.57*

=+t

0.0
0.0
0.0
0.0
0.0
0

2~g:::t

SYMBOLS AND CODES
EXPLAINED IN INTERPRETER

k

Z826

1
1

:g~~~

+g~~

54

LINE
No.
1

~#

~

ui

TYPE
No.

OF
o ER· PRO·
FLIp·PE ATiNG CESS
FLOP

I:g~~:~
SP212A

4
I~~~~~~
5
6# SP209A

~

~

1~

12
13
14
15

1;18
19
20
21

~~

24
25

m~

28#

~~:
~.1#

32#
33#
~4'"

35
36",

~~

39

~~#

42#
43#
44
45

~;

48
49#
50#
51
52#
53
54
55
56
57

~~

60
61
62
63

g~

66
67",
68",
69",

~g:gg~
MC883F

5
5
~g:~~
5
MC883P
5
MC706F
5
MC706G
5
MC884F
5F
MC784F
5F
MC784P
5F
MC884P
5F
5G
M<:~05F
5G
~f905G
C983F
5G
MC805F
5G
MC805G
5G
MC705F
5G
5G
~fc!30l~lD
6
MIC370-1Dl
6
MIC370-5D
6
6
~~ggb~5Dl
6
E300D7
6
6
6
511
6
HEPC1045p·RT 6
511T
6
~E:f:8~6P.RT 6
.g
MFC6020
6
6F
SP253A
6F
DN805
7
CD4042AD
8
CD4042AE
8
8
8
MC14013CL P% 8
FZJ131
8
8
8
M5811P
8
CM4042AD
8
CM4042AE
8
8
8
SCl4042AF
8
8
gg:gg~~
8
CD4013AK
8

~~gg~~

m."it:?tu

~':;~~~~~~L

~i~W~l

g~:gl~~~

SCl4013AD

:

8
8
8
INS4013S
8
JANM3l1510/05101AC

~gt:ga~~

JANM38510/051~01AD

18
JANM38510/05110 1BC

JANM38510/05101BD
18
JANM38510/05101CC
18
72", JANM38510/05101CD
8
73
HD1A4013·9
8
8
~g}Nl0J3.2
8
370AJ
76
8
77
370Al
8
370Bl
78
8
79
8
80
8
81
ITT370·1D
8
82
ITT370·5D
8
83
8
84
8
370CJ
8
MC1034F
8
87
SW1022F
8
MC1022P
8
:~
8
~gm~r
90
8
8
8
93", GXB10134
8
GX810173
8
~~"''# 10130F
96
10132F
8
8
99# GXB10131
8
100
MC10575l
8
101
MC10531F
8
102
MC10531L
8
71",

~tlF

~~g~i

I~~l~~~g~

~~~= ~~~~~133
~~

m~

55

19m~

~glgg~lr

:

LEVEL

~'1'
(V)

:g~ ::~~
MO~

15M6t

M~;

~8~
MO
M1~
MO
MO
M1~
MO

M~~

~8~
M~~

MO

MO~

M1~

MO
MO

M~~

~8~

M1~
MO
M1~
MO

.84
.846
.84
.846
.84%
.84%
.84%
.85%
.85%
.88%
1.1

.1!%
.85%
.85%
.88%
.82%
.82%
.82%
.84%
.84%
1.1
1.1

f!J·O·
(V)

M~~
M~~

5.0M

MO~

1.7%
1.7%

U~

2.0%

~~ 2.60%
PC8 2.0%

20M
3.0Mt%
3.5%
15.5%
~:OMt%
.0Mt% MO 15.5%
3.0Mt%
M~~ 15.5%
.846
10M~~
10M6
.846
1.0M
10
M~§ 0.0
MO
MOS 0.0

~~~
~8~

:~?

· 2
.55*
.55*
.55*
.46*

:~g:

.10
.10
.55*
.46*
.46*
.50*
.57*
.57*
.57*
.55*
.55*
.10
.10

lOOk

19
10
10
10
10
10
10
10

iiOt
O.Ot
OOt
0.0
Q.O
0.0
O.Ot

M~~

~8i; .i55'::
Mq~ ·9.0%
10
Mq~

MOS

M1~

10M%
10M%
10M%

19:~~

10M
10M

MO
MO

~~~
MOS
Mq~
Mq~

MOS

~~~
19~6~ MO

:~?

10
10
10
10

M1~ 4~g%

500k%
500k%

.90*
.90*
.90*
90*
45*
.45*t
.45*
.50*t
1.0*t
1.0*t
1.0*t
· 2
.40
lOt
lOt
lOt
:gl*t
· l*t
4.5*
4.5*
·9.0*
·4.0*
O.Ot
O.Ot
0·2
0.0
0.0

MO
MO 4.99%
7.5%

TYPE

IN

~

:~~: I~:::t

.22
.22

MO
MO

~gt~g~~~~

70",

:~

Fr~z?'

~

5
5
5
5

9

~rA~

4. BINARY
OR FLIp·
FLOP
LOG I
FAN
POWER PROPA·

RTl
RTL
RTL
RTL
RTL
RTL
RTL
RTL
RTL
RTL
RTL
RTL
RTL
RTL
RTL
RTL
RTL
RTL
RTL
RTL
RTL
RTL
RTL
DTl
DTl
DTl
DTL
DTL
DTL
DTL
DTL
DTL
DTl
TTL
TTL
TTL
TTL
TTL
RTL
RTL
RTL

~

2
1
2
1
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3

7
7
7
7
5
5

6
3
6
3
8
8
8
26
26
42
26
26
8
26
26
8
13

l~

13
13
42
42

10
10
10
10
10
10

1
1

1
66

66
1
6
6

3
3

~

8
6
6
6
g
4
4
4
4
4
4
4
4
4

Kg~

g
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
0.0
0.0
0.0
0.0
0.0
0.0
1(j·0
0.0
0.0

~

4
2

-(4ILOG

MAX.
OUT
SUPPLY GATION RISE
FALL
SPAN
MAX.
DELAY TIME TIME
NEG POS
tr
tf
(V)
(s)
I(v)
lsI
lsI

:

10
10 Ig:g
27
o:b°
0.0
50 0.0
50 0.0
50 0.0
0.0
0.0
0.0
1(j0
50
50
50
50

g:g
0.0
0.0
0.0

:

8.0
8
8
8.0
4
4
3.6
3.6
3.6
3.6
4
3.64
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

7.0
12
16
16
16
8.0
8.0
16
10
10
10
5.0
5.0
15
15
0.0
.30
10
10
10
10
10
10
10
10
19
10
10
10
10

l~g~~

~~~

120nt.
120nt.
120nt.

40mt
15m
35m
15mt
36mt
36mt
110mt
140mt

120n6
22n
22n
22nt
22nt
22nt
22nt
22n
22n
22nt
22nt
22nt
22nt
22n
22n
22n
22n
22n
22n
22n

52mt
52mt
75mt
100mt
120mt
120mt
53mt
53mt
140mt
53mt
53mt
75mt
75mt

250n
250nt
250nt
250nt

90n6
75n
75n
75n

1.5u%
125n6
200n6
75n
75n
75n
110n6
125n6
110n6

m~~

50n
50n
50n
45n%

5.5m% 450m
5.5m% 450m
450m
450m
52mt
60mt
60mt
60n 1.0
60nt 1.0
60nt 1.0
60nt 1.0
17mt 320m
17mt 320m
200m
4.56
~~Om
OOm 4.5 t.
200m 4.5 t.
175n
2.26
200n 5~O.;'% 2.2 t.
720m 5.06
720m 5.06
60mt
58mt 2.06
4.56
~~Om
OOm 4.56
15u 2ClQm 4.5
15u
4.5
15u ~~Om
OOm 4.5
5.0u6
20u% 4.5 t.
5.0u6
4.5 6
5.0ut. 2~g~~ 4.5 6
5.0ut. 200m 4.5 6
S.Ou6 200m
6
5.0u
20u%
5.0u
20u% 4.5
5.0u
20u% 4.5
5.0u6
4.56

~:~~~

60n%
40n
34n%

~gg~

320m
320m
320m
320m

l~g~t

250nt.
250nt.
250nt.
250nt.

90nt.

IN ORDER OF (1)FLlP FLOP (2)LOG TYPE (3)LOG
LEV1'
LEV'O'
FREQ (eiTYPE No.
MAX. MAX.
TEMP. ~!m 4.5
185m
110mt 175m
110mt
110mt
110mt
220m 200m

4.5n
4.5n
4.5n
4.5n
2.0nt
2.0nt
4.5n
4.5n
3.1n
3.1n

4.5n
4.5n
4.5n
4.5n
2.0nt
2.0nt
4.5n
4.5n
3.1n
3.1n

180m
285m
285m
290m
230mt
400mt
235mt
235mt
270mt
270mt

150m
150m
150m
150m

SYMBOLS AND CODES
EXPLAINED IN INTERPRETER

·~O

·30
·30
·35
0
0
0

:~~

~~5

75
70
70
125
85
125
125
85
85
85
80
75
75
75

1
1
1
1
4
4
4
1
1
1

B0823
B0823
80823
B0837
B0617

~ggg
~ggg

B0617
B0617
B0847
B0847
B ~g, 20%
SN54LS196J
SN54LS196N
1
50Mt>
20%
SN54LS196W 1
50Mt> M!f
MO
2.0%
SN74LS196J
1
50Mt> MO~ 20%
SN74LS196N
1
50Mt>
20%
9310PC
1
MO
20%
M53392P
1
20%
MO
SFC4192E
1
32m%
20%
SN54L192N
1
7.0Mt>% M~~ 2.0%
~g~ 2.0%
FJJ141·7490
1
10M
1
9310DC
15M% Mq~ 20%
1
9310DM
15M% Mq~ 2.0%
9310FM
1
15M% MO~ 20%
1
FLJ161·7490
18M%
2.0%
FLJ 165·8490
1
18M%
20%
FLJ171·7492
1
18M% MO~ 20%
FLJ 175·8492
1
18M%
20%
N7490A
1
18M% MO
20%
N74900
1
18M% MO
20%
1
S5490A
18M%
20%
S54900
1
18M% M~~ 20%
SFC490E
1
18M% ~g~ 20%
SFC490EM
1
18M% M~~ 20%
SFC490ET
1
18M% MO~ 20%
SFC490PM
1
18M% MO~ 20%
TL7490N
1
20%
18Ml~
TL8490N
1
18Mt
20%
US5490A
1
18M% MO~ 20%
18M% MO~ 20%
US5490J
1
JANM3851 0/0 113103BEB
20Mt>Q Mm 20%
JANM38510/01303BEC
20MM MO~ 20%
11
JANM38510/01303BFB
20MM MO~ 20%
11
JANM38510/01 ~103CEE
20MM MO~ 20%
JANM38510/01303CEC
20MM MO~ 20%
JANM38510/0 1
20MM MO~ 20%
11
JANM38510/01305BEE
11
20MM MO~ 20%
JANM38510/01305BEC
20MM Mm 20%
11
JANM3851 0/0 1305BFE
20MM MON 20%
11
JANM38510/01 ~105CEE
20Mt> MON 20%
JANM38510/01305CE
20MM MON 20%
JANM3851 0/0 1
1
20%
~g~M Mq~
SN5490J#
1
Mq~ 2.0%
SN7490N#
1
20M
MO~ 20%
FJB93190
1
25Mt>
20%
M53390P
1
25M%
20%
MIC54162J
1
25Mt> MO~ 2.0%
MIC54190J
1
25Mt>
2.0%
M~~ 20%
MIC64162J
1
MIC64190J
1
20%
MIC74162J
1
25Mt> Mq~ 20%
MIC74162N
1
Mq~ 20%
MIC74190J
1
MO~ 20%
MIC74190N
1
25Mt>
20%
SN54LS190J
1
25Mt>
M~~ 2.0%
SN54LS190W 1
20%
25Mt> MO
SN74LS190J
1
M~~ 20%
SN74LS190N
1
20%
SN54160J
1
25Mt> ~g~ 20%
SN541S0N
1
25Mt> Mq~ 20%
SN54160W
1
25Mt> Mq~ 20%
SN54161N
1
25Mt> MO~ 20%
1
SN54162J
25Mt>
2.0%
SN54162W
1
25Mt>
20%
SNS4190J
1
25M% MO~ 20%
SN54190N
1
M ~g~ 2.0%
SN741S0N
1
25Mt> M~~ 20%
SN74162J
1
25Mt> Mq~ 20%
SN74162N
1
25Mt> MO~ 2.0%
SN74190J
1
25M%
2.0%
SN74190N
1
25M% M!;
MO
20%
SW54192J
1
25Mt> MO~ 2.0%
SW54193J
1
25Mt>
20%
SW74192J
1
25Mt> M~~ 20%
SW74192N
1
25Mt> ~g, 20%
SW74193J
1
25Mt>
M!~ 20%
SW74193N
1
~g, 20%
TL74190N
1
20%
9360FC
1
30M% Mq~ 2.0%
DM7530D
1
30M% Mq~ 20%
FJB9360
1
30M% MO~ 20%
N8285A
1
30M%
20%
N8285F
1
30M%
2.0%
S8285F
1
30M% Mm 20%
9360DC
1
32M%
20%
9360DM
1
32M% M~~ 2.0%
9360FM
1
32M% ~g~ 20%
9360PC
1
32M%
20%
FLJ401-74160
1
32M% M!~ 20%
FLJ405·841S0
1
32M% ~g~ 2.0%
FLJ421·741S2
1
32M% MO
20%
FLJ425·84162
1
32M% MO
20%

~~~~~~~92J

~~~~~

~~~~~

M1~

~q~

M:~

~q;

~103CFB

~105CFE

~q~

~~~~~ ~g~

~~~~~

M!~

~~~~~

~q;

~~~~~

~~~~'"

~qf

D.A. T.A.

.!J·O·

6 COUNTERS
FAN
POWER

·

ITYPE

IN

£]

OUT
MAX.

{VI

1~

{sl

tr

{sl

·If

{sl

7~nt>

MAX. MAX.
TEMP.
CKT
DRAWINGS
TOTAL NOISE
LOGIC OUTLINE
PE~~
REJECT LOW HI MO DWG. No DWG. No
PKG.
,C,=MO
DISS.
{WI
{VI
'C
'C

I!~m~
85m
85m

11~g~~J

~1759:d

125
125
70
70
75
75
70
125
70
70
125
125
70
85
70
85
70
125
125
70
70
125
85
125
70
85
125
125

1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1

M04AG
M153d
M04AG
M157b
M126e
t>004AA
M157b
M126e
M357
M153b
M117
M117.
M126f
M224c
M224c
FP79b
M126p
M126p
M126D
M126p
Ml05q
T088
Ml05q
T088
T0116
T0116
T0116
T085
M126n
M126n
Ml05b
T088

·55

125

1 E0166

M323

·55

125

1 E0166

M323

500m

·55

125

1 E016S

FP93

58nt>

500m

·55

125

1 E01S6

M323

55

58nt>

500m

·55

125

1 EOISS

M323

00

55

58nt>

500m

·55

125

1 E016S

FP93

20

00

55

58nt>

500m

·55

125

1 EOISS

M323

20

00

55

58nt>

500m

·55

125

1 E0166

M323

4

20

00

55

58nt>

500m

·55

125

1 E0166

FP93

TTL

4

20

00

55

58nt>

500m

·55

125

1 EOISS

M323

TTL

4

20

00

5.5

58nt>

500m

·55

125

1 E0166

M323

TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
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
6
6
8
8
9
8
9
8
9
9
8
8
8
8
8
8
9
9
9
9
9
9
8
8
8
9
9
9
9
8
8
4
4
4
4
4
4
10
8

20

00
00
00
00
00
00
00
00
0.0
0.0
00
00
00
00
00
00
00
00
0.0
00
00
00
00
00
00
00
00
00
0.0
00
00
00
00
0.0
0.0
00
00
00
00
00
0
00
00
00
00
00
00
00
00
00
00
00
00

55
50
50
5.0
50
5.0
5.0
50
5.0
5.0
50
50
5.0
50
50
50
5.0
5.0
50
50
50
50
50
50
50
50
5.0
50
50
50
50
50
55
55
525
525
525
5 25
5.0
50
50
50
50
50
50
50
5.0
50
50
50
50
50
50

58nt>

500m

·55
·55
0
0
0
·55
·55
·40
·40
0
0
0
0
·55
·55
0
0
·55
·55
·55
·55
·55
·55
·55
·55
·55
0
0
0
0
0
0
·55
·55
0
0
0
0
0
0
·55
0
0
0
·55
0
·55
·55
0
0
·25
0
·25

125
125
70
70
75
125
125
85
85
75
75
75
75
125
125
70
70
125
125
125
125
125
125
125
125
125
70
70
70
70
70
70
125
125
70
70
70
70
70
75
125
70
75
75
125
75
125
125
75
70
85
70
85

1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1

E0166
E0131
E0131
EOI72
E0320
E0166
E0320
E0166
E0320
E0166
E0166
E0182
E0320
E0320
E0320
E0320
E0320
E0164
E0164
E0164
E016S
E016S
E0166
E0320
E0320
E0320
E0164
E01S4
E01S6
E01S6
E0320
E0320
E0148
E0148
E0148
E0148
E0148
E0148
E0320
E0148

FP93
M75f
M126d
M210.
M153b
M153.
M153.
M153.
M153.
M153.
M153.
M153.
M153.
M153d
t>004AG
M153d
M117.
M153d
M117
t>004AG
M117
M153d
t>004AG
M153d
M117m
t>004AG
M153d
M117x
M153d
M117.
M153d
M117.
M153
M153
M153
M117
M153
M117
M117u
FP47b

E0171
E0252
E0252
E0252
E0148
E0148
E0148
E0148
E0164
E0164
E0164
E0164

M210.
M344.
M297a
M297a
M224c
M224c
FP79b
M357
M117w
M117w
M117w
M117w

70'
70'
70'
.70'
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'

TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL

80'
80'

.~g:

SUPPLY
SPAN
NEG POS
{VI
VI

IN ORDER OF (1)TYPE OF COUNTER(2)LOGIC TYPE
{3ILEVEL'1'{4ILEVEL'O'{SIMAX FREQ{SITYPE No
PROPA·
MAX.
GATION RISE
FALL
DELAY TIME TIME

~g

8
8
8
8
8
8
8
8
10
8
8
8
6
10
10
10
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6

20
20
20
20
20
6
60
10
10
10
6
6
6
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10

gg
00
00
00
00
00
00
00
00
00
00
00
00
00
00
00
0.0
00
00
00
00
00
00
00
00
00
00
00
00
00
00
00
00

TTL

4

20

00

55

TTL

4

20

00

55

80'

TTL

4

20

00

80'

TTL

4

20

80'

TTL

4

80'

TTL

80'
80'

~55 ;~5

125
70

325mt
43mt
160mt lOt>
470~; 400m
470m 400m
470m'l' 400m
265m! lOt>
265m! lOt>
255m! lOt>
255m! lOt>
160mt
160mt
160mt
160mt
160mt 10
160mt 10
160mt 10
160mt 10
278mt
278mt
160mt lOt>
160mt lOt>

·55
0
0
·55
·55
·55
0
0
0
0
0
·55
0
0
·55
·55
0
·25
0
·25
0
·55
·55
0
0
·55
·25
·55
0
·25
·55
·55

58nt>

500m

58nt>

500m

55

58nt>

00

55

20

00

4--

20

TTL

4

TTL

4

80'

TTL

.80'
80'
80'
80'
.80'
80'
80'
80'
80'
80'
80'
80'
80'
.80'
80'
80'
80'
80'
80'
80'
.80'
80'
80'
80'
.80'
80'
80'
80'
80'
.80'
80'
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
6
6
6
8
8
8
8
'9
9
9
9

10
20
20
20
20
20
20
20
20

20
20
20
20
20
20
10
20
20
20
20
10
10
10
10
10
10
10
6
10
10
12
12
12
6
6
6
6
10
10
10
10

50
5.0
50
50
50
50
50
50
50
7.0
50
50
50
50
50
50
50
50
50
50
50
5.0
50
50
50
50
50
5.0
50
50
5.0
50

47nt>
47nt>
47nt>
47nt>
28nt>
28nt>
28nt>
28nt>
28nt>
50nt>

85~;

~~~~
60~~
60m

60m

4~g~~

47nt>
135n%
100nt>

50nt>
50nt>
50nt>

100nt>
100nt>
100nt>
100nt>
60n
60n
60n
60n
75n%
75n%
75n%
75n%
100nt>

100nt>
60nt
60nt

12nt 5.0nt
12nt 50nt

l~~~

52nt>
50nt>

50nt>
50nt>

35nt>
35nt>
35nt>
35nt>
50nt>
50nt>

IOn

~g~;

455~~ lOt>

lOt>
455~; 1.0
t>
455~'l'
455m lOt>
lOt>
455~;
455m lOt>
IOn
IOn
IOn

IOn
IOn
IOn

IOn
IOn

IOn
IOn

20n%
5 On

47nt>

35nt>
35nt>
35nt>
35nt>

325mt
325mt

~~~~~

1.0

lOt>
1.0 t>
505~~ 1.0 t>
505m lOt>
505m~

47nt>

47nt>

lOt>
lOt>
lOt>
325mt lOt>
505m~ lOt>
505m'l' lOt>
325mt 1.0 t>
lOt>
70m

52nt>
47nt>

47nt>

~~~~~
~~~~~
325:~
70m

20nt
20nt
20nt
20nt
20nt
20nt

47nt>

lOt>

325mt
IOn

17n%
24n%
17n%
24n%
17n%
17n%
24n%
24n%
50nt>
50nt>
50nt>
50nt>

35nt>
35nt>
35nt>
35nt>
35nt>
35nt>
50nt>

lOt>
1.0 t>
lOt>
lOt>
lOt>

5 On

325mt
325mt
357mt
357mt
341mt
341mt
341mt
341mt
551mt
300mt
250mt 10
300mt
360m
360m
360m

510m~

445m
445m

~Jg~:

lOt>

505m! lOt>
505m! lOt>
505m! lOt>

SYMBOLS AND CODES
EXPLAINED IN INTERPRETER

;~5

E0329
E0329
E0329
E0157a
E0157.
E0157.
E0157.
E0157.
E0147
E0148
E0148
E0329
E0159
E0147
E0147
E0147
E0161
E0161
E0160
E0160
E0140
E0140
E0140
E0140
E0131
E0131
E0131
E0131
E0165
E0165
E0131
E0131

62

TYPE

TYPE
No

1
1741
MIC54192J
32,#,
''''' MIC64192J
1--'!4cl!#c--HM~I~C'*7 4 192J
5# MIC74192N
6# SFC4192EM
7# SFC4192ET
8. SN54192J
9
SN54192N
10. SN54192W
13
14
15

~~~: m~

LOGIC

1Hz)

I

u:

~MA~
~~~R-

OF
PROLEVEL
~COUNTER
AFRTEINQG. CESS f3J'1'
~'O'

QJ
LINE
No.

1
1
1
1
1
1
11
1
1

~

SW54160J ---,SW54162J
1
SW74160J
1

~2M

32M%
32M%
32M %
32M%
32M%
32M%
32M%
32M%
32M%

IV)
PCB

20
20%
Mm 20%
M0 ~ 2 0 %
M=MO

8
6000
50
47n
975m
l!. ?~_
~
~_BlLl
8
10 00
50
47n6
325ml
-55 125
1 E0148
M-153a
8
10 00
50
47n6
325ml
-40 85
1 E0148
M153a
--l8~Hl~0c--t*0~0:-+-15~0)H~4.£.7"'n¥6-+---+---+3~2~5~m"'I±+----+0~-P-7~5H-~l-*EO*+l4~8~-HM'Hil5~3:(-'a'---f
TTL
8
10 00
50
47n6
325ml
0
75
1 E0148
Ml17
TTL
8
10 00
50
47n6
325ml
-55 125
1 E0148
Ml17
TTL I 8
10 00
50
47n¥6--t---+---+3'i-2~5~m:':'±-II----+_'li2Ci!5-+'8H5C"-1---{1-tFEO*+lT48ii-----tiM"i+lfcl7!;----j
TTL
8
60 0.0
50
47n6
325ml
-55 125
1 E0329
M153d
_~8*0.*~~T~T}L+-~8~+-16p,0~~0~0,~_5~0-r~4~7~n~6'-+_ _-r'___4*3~2~5m~It-_ _~-5~5:-+~12~5!~_~1~E*0~1~4*8_fM~1~1~7~1
80*
TTL
8
60 00
50
47n6
325ml
-55 125
1 E0329
6004AG
80
80"
80"
80*
80*
80"
80"
80"

1
1
1

~~. ~~~: ~~~~

[TYPE

IV)

25., SN74390N
26# FJB9310
27+ SN74LS 196W

33.
34#
35#
36#

6. COUNTERS

TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL

Ht
TTL

nt

~

8

~

TTL

8

TTL
TTL I

8
8

I

12

12
15

450ml
450mt

i 450ml

I
I

5 On
30n6

1450ml
450ml
450ml
450ml
1450ml
450ml
450mt

5 On

:~g~1
69m

i;~~

g
0
-55
-55
-55
0
0
0
0
0
0

~~

~d~r
~ ~m~~ ~nJ
K 15353
K 15353
K 15353
K15353
K 15353
K 15353
K 15353
K15353
K15353
K15353

M278
M 191
FP85
M191
FP85
M 191
M278
FP85
M191
FP85

~5 j~5

~ ~Ji~i3 ~6~~

0

1 E0249

M 1050

75

255m

0

~5 j~5
75

1 E0249

~ ~g~~~

~~~~q

255m
180mt

-55
-55

125
125

1 E0249
1 E0137

T088
FP21c

M 157

TTL+-_8ii--r.lii5H_*0+-7~0-+~3",0:-=n":C6'-t_ _-+'_ _++1*80",m=:+1~_ _-Pn-5",5,-+1,"2..,5,+---<1--tFE*0+1*34-7--hT"i0'bl,,1i-:6'---j

TTL
TTL
TTL

,m

8
8
8

15
15
7

0
0
0

70
70
7.0

30n6
30n6
30n6

180ml
180ml
180ml

0
0
-55

75
75
125

1 E0137
1 E0137
1 E0137

FP21c
TOl16
FP21c

~~ i~g;~~~
~
~;~~ ~g~ ~ ~~ :;::
~
~
g ~g
~g~~
~~g~:
~5 j~5 ~ ~gm ~~n:
81
TRC2528P
1
25M6 MO~ 32%
45*1 iTTL
8
7
0 70
30n6
180ml
0
75
1 E0137
TOl16
H8~2.---j,R!.:L~1"'7~3~0t-"-'---++1---Hl~0"'~*8+Mffi:0ca-~~3H3~%ff--+-~3*0"'%,'--~T~T~L-+--*7-+-1.-i2<--'1~0"0~F5-',;2Ci!5-+-'4"'0f':n'~6'-t8bn -rs-On
275 m 400m * 0
75
1 E0264
TO 1 1 6
83
RL1910
1
15~~ M-'*0"oH~5E-*0---r.li70"'0:-=n":C6'-t----I--I-'-t1""1""60"'m=-""lic
11i-c0~'---t'i._5"'5-+1<-i2"5+---<1-ti'E*0""1*3""1--hMH"<1"1'i
4 '---j
2,0%
80'
TTL I 6
10 00 5.25 100n6
I
[160ml i l0
0
70
1 E0131
Ml14
2 0%
80;__ iJI""L,'__*6-+_1BO~~0~OH"-5-/,2~5-+1'-l0~0(-'-n",6'-t_ _-+_ _-++l'f6¥0,,,m'±-1+cl!-0*-.--~0~+7l'0:!.-+--:1~E~0~1"*3~1-~M~1¥0*5f!.n__1
20% : 80*
TTL [' 6
10 ,00
50
50n6
145ml 106 I-55 125
1 E0131
M157b
20% '80"
TTL
6
10 ·00
50
50n6
145mt 106 !-55 125
1 E0131
6004AA

SYMBOLS AND CODES
EXPLAINED IN INTERPRETER

63

LINE
No.
1+

~~

4#

~!

7#
g#
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
43
44
45
46

:~#

.§J

t

~~~:~8~~

M53290P
MIC5490J
MIC6490J
MIC7490J
MIC7490N
NC7490N
SN6490N
T7490Bl

i~~~:~gt~
SN54490J
SN54490W
SN74490N
SN74190W
DM75L52F
DM75L52J
DM75L52N
DM85L52F
DM85L52J
DM85L52N
MRCID
K220
SN54S168J
SN54S168W
SN74S168J
SN74S168N
SN54S162J
SN54S162W
SN74S162J
SN74S162N
DM76L76D
DM76L76N
DM76L76W
DM86L76N
DM86L76W
DM76L93D
DM76L93F
DM76L93N
DM86L93D
DM86L93F
DM86L93N
SN54L93D
SN54L93F

~~~:m~

ZN7493E
ZN7493F
MIC9316-1B
MIC9316-1D
MIC9316-5B
MIC9316-5D
54R193
74R193
N8281A
S8281A
MC14526AL
MC14526CL
MC14526CP
MPC2B
FZJ151
FZJ 155
64# H156Dl
65# H156D6
66
MC 14024CL P%
67
MC14024AL
68
MC14520AL
69
MC14520CL
70
MC14520CP
71
MC14020AL
12
MC14020CL
73
MC14020CP
74. MC14040AL
75. MC14040CL
76. MC14040CP
77
S1694
78
SCL4040AO
79
SCL4040AE
80
SCL4040AF
81
SCL4404AD
82
SCL4404AE
83
SCL4404AF
84
SCL4404AT
85
CD4020AD
86
CD4020AE
87
CD4020AK
88
CD4024AD
89
CD4024AE
90
CD4024AK
91
CD4024AT
92
CM4020AD
93
CM4020AE
94
~gt:g~g~~
95
96
SCL4020AF
97
CD4045AD
98
C04045AE
99
CD4045AK
100
CM4004AD
101
CM4004AE
102
CM4024AD
103
CM4024AE
104
CM4040AD
105
CM4040AE
106
SCL4024AD
107
SCL4024AE
108
SCL4024AF
109
SCL4024AT
110" TA6179W
49#
50
51
52
53
54
55
56
57
58
59
60
61

~~!

64

~~A~

OF
o ER- PROTYPE ATING CESS
COUNTEF
FREQ.
(Hzl

TYPE
No.

19~~

LOGIC
LEVEL

~~~
~&;

~~~~; Ml~

M~;

~~~~~

M~~

M1~
Ml~
M~~

D.A. T.A.

·

TYPE

fIJ.,. f!J '0' f£J
(VI

IF
IF
IF
18M% MO
20%
IF
18Ml>
2.0%
M~~ 20%
IF
18M~~
IF
18Ml> ~g~ 2.0%
IF
18Ml> M~~ 2.0%
18M% M~~ 20%
IF
IF
18M% MO~ 2.0%
IF
18M%
2.0%
IF
18M%
20%
IF
18M% MO~ 2.0%
IF
2.0%
35M1~
IF
MO
20%
IF
MO
20%
IF.4R
20M
MO~
24
lL
2.4%
l1M1~
lL
l1Ml>
2.4%
lL
2.4%
l1M1~
lL
l1Ml>
2.4%
lL
l1Ml>
2.4%
lL
l1Ml>
24%
lR
50M
PCB 50
lR
10k
PCB 5.0
lRU
70M1; M~~ 2.0%
lRU
2.0%
~g~~~ ~g~ 20%
lRU
lRU
2.0%
70M1;
lU
70Ml> MO
20%
lU
70Ml> MO~ 20%
70Ml>
lU
~g~ 2.0%
lU
2.0%
70M~~
13Ml>
2.0%
2
2
20%
13Ml>~
2
2.0%
13M1;
2
13Ml>
2.0%
2
13Ml>
2.0%
2
15M%
2.0%
2
15M%
2.0%
2
15M%
2.0%
2
15M%
2.0%
2
15M%
2.0%
2
15M%
2.0%
2
15M%
~.g~
2
15M%
2
15M%
20%
2
15M%
20%
2
18M% MO~ 2.0%
2
18M% MO~ 2.0%
2
2.4%
2
24%
2
24%
2
2.4%
2
35M
2.5
2
35M
25
2
26%
~g~ 2.6%
2
2
5.0M%
499%
2
5.0M% M~~ 4.99%
2
5.0M% ~gs 4.99%
2.0M
50
2
PC~ 75%
500k%
2
2
500k% ~g~ 75%
2
1.0M%
80%
2
1.0M% MO
80%
2
MOS 999%
2
8.0 %
999%
2
6.0M% ~g~ 999%
2
6.0M% MO 9.99%
2
60M% MO 9.99%
2
90M%
9.99%
M~~ 9.99%
2
90M% MO
2
9.0M%
9.99%
2
9.0Ml>% MO 999%
2
9.0Ml>% MO 9.99%
2
9.0Ml>%
999%
2
10M
MO -4.2
2
MO
10
2
10
2
10
2
6.5Ml> ~gs
10
2
65Ml>
10
2
6.5Ml> M~§
10
6.5Ml> ~gs
2
10
2
7.0Ml>%
10
M~§ 10
2
7.0Ml>% MO
2
7.0Ml>% MOS
10
2
7.0M%
10
2
7.0M% M~~
10
2
7.0M% ~gs
10
2
7.0M%
10
2
80Mtl> M~§
10
2
8.0Mtl> ~gs
10
2
10
I~·OM
M~§ 10
2
8.0M
MO
2
80M
MOS
10
2
10M%
10
2
10M% M~~
10
2
10M% ~gs
10
2
10M% M~~
10
2
10M% MC?~
10
2
10M% MOS
10
2
10M%
M~~ 10
2
10M
~gs 10
2
10M
10
2
M~~ 10
2
10
~gs 10
2
10M
2
10M
10
2
10M% ~g~ 50

19~

6 COUNTERS

~8~

(VI

:~8:

.80*
.80*
.80*
.80*
.80*
80*
80*
.80*
.80
80
.80*
.80*
80*
40
.70*
70*
.70*
.70*
.70*
70*
0.0
0
80*
.80*
.80*
.80*
80*
80*
.80*
80*
.70*
70*
.70*
70*
.70*
.70*
.70*
.70*
.70*
.70*
.70*
70*
.70*
70*
70*
.80*
.80*
.40*
40*
45*
.45*
40
.40
50*t
.50*t
01*t
.01*t
.01*t
00
4.5*
4.5*
6.0*
6.0*
01*t
.01*t
01*t
01*t
.01*t
.01*t
.01*t
01*t
01*t
.01*t
.01*t
-12
OOt
OOt
O.Ot
O.Ot
O.Ot
O.Ot
o Ot
OOt
OOt
O.Ot
OOt
O.Ot
O.Ot
O.Ot

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

CMS

POWER PROPAMAX.
SUPPLY GATION RISE FALL
SPAN
DELAY TIME TIME
NEG POS
tr
tf
(VI
(sl
I(VI
lsI
lsI

g 18 18,8
6
40 0.0
6
6
6
6
6
6
6
6
6
3
3
3
8
6
6
6
6
6
6
13
2
9
9
9
9
9
9
9
9
9
9
9
9
9
2
2
2
2
2
2
2
2
2
2
2
2
10
10
10
10
8
8
9
9
9
16
9
9
7
7
2
2
3
3
3
2
2
2
2
2
2

om

o Ot
00
0.0
00
OOt
o Ot
O.Ot
O.Ot
OOt
O.Ot
OOt
00
00
00
00
00
0.0
o Ot

FAN
IN OUT
MAX.

2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
4
4
4
2
2
2
2
2
2
2
2
2
2
2

10
10
10
10
40
40
40
40
40
10
10
10
10

16
15
10
10
10
10
10
10
10
10

20
20
20
20
20
20
20
20
20
20
6
6
6
6
10
10
8
8

16
10
10
25
25

50
50
50
50

50
50
50
50
50
50
50

50
50
50
50

00
0.0
0.0
0.0
0
0.0
00
00
0.0
00
0.0
0.0
00
00
0.0
00
0.0
0.0
0.0
0
0
00
00
0.0
0.0
00
0.0
0.0
0.0
00
00
00
00
0.0
0.0
0.0
0.0
00
00
0.0
00
00
00
00
0.0
0.0
00
0.0
00
0.0
0.0
0.0
0
0
0.0
0.0
00
0
0.0
00
00
00
00
0.0
00
0.0
0.0
0.0
0.0
00
00
00
00
12
0.0
00
0.0
00
00
0.0
00
0.0
0.0
0.0
0.0
00
0.0
00
00
00
00
0.0
00
00
0.0
00
00
00
0.0
00
00
0.0
00
00
0.0
0.0
0.0

~'8

7.0
5.0
5.0
5.0
5.0
70
7.0
70
70
7.0
50
5.0
5.0
5.0
50
5.0
5.0
5.0
5.0
50
5.0
5.0
5.0
50
5.0
50
50
5.0
50
5.0
50
5.0
50
50
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
50
5.0
5.0
5.0
50
5.0
5.0
50
50
50
5.0
5.0
5.0
15
15
15
50
12
12
20
16
10
10
10
10
10
10
10
10
10
10
10
50
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
50

~8~~

60n%
100nl>
100nl>
100nl>
100nl>
75n%
75n%
100nl>
75n%
75n%
13n
13n
13n
20n
150nl>
150nl>
150nl>
150nl>
150nl>
150nl>
5.0u
lIn
lIn
lIn
lIn
IOn
IOn
IOn
IOn
140nl>
140nl>
140nl>
140nl>
140nl>
400nl>
400nl>
400nl>
400nl>
400nl>
400nl>
400nl>
400nl>
400nl>
400nl>
135nl>
135nl>
14n
14n
14n
14n
34n
34n
25n%l>
25n%l>
100n%
100n%
100n%
75n

200n
200n
200n
225nl>
225nl>
225nl>

150nl>
150nl>
150nl>
150nl>
150n
150n
150n
125nl>
150nl>
125nl>
125nl>
225nl>
250nl>
225n
225n
225n

25nl>

50nl>
25nl>

50nl>
125n
125n
125n
125n
125n
125n
125n

1:~;::~

160mt
135mt
135mt
135mt
135mt
160mt
160mt
160mt
160m
160m

225:~
225m
225m
550m

260~~

1.8 ~ 80

1.0 II
500m
500m
500m
500m
1.0
1.0m
10 l>
1.0
1.0
1.0 l>
10 l>
1.0 l>
10

260m

240u

120u

260:;
260m
260m
260m'll
540m 10
1.6
1.1
500m~ 10
10
500~~
500m 10
10
500:;
475m 1.0
475m 1.0
g~;::; 1.0
10
32mt
32mt
32mt
32mt
32mt
18mt
18mt
18mt
18mt
18mt
18mt
18mt
18mt
18mt
18mt
160m'jl

l>
l>
l>
l>
l>
l>
l>
l>

~gg;::r

35nt
35nt
35nt

600nl>
600nl>
100n%
100n%
100n%

IN ORDER OF (1)TYPE OF COUNTER(2)LOGIC TYPE
13ILEVEL.,,(4ILEVEL'O'I5IMAX FREW61TYPE No
MAX. MAX.
TEMP. CKT
DRAWINGS
TOTAL NOISE
LOGIC OUTLINE
PE~[
PKG. REJECT LOlli HI MO DWG. No DWG. No
DISS.
lI=MO
(WI
IVI
'C 'C

lIOn
75n
75nt
110nt
110nt
75n
lIOn
lIOn
75n
lIOn
lIOn
5.0mt
5.0mt
50mt
15mt
1.5mt
15mt
1.5mt
15ul>
15ul>
15ul>
10ul>
10ul>
10ul>
10ul>
15ul>
15ul>
15u
15u
15u
15u
15u
15u
10ul>
10ul>
10ul>
10ul>
15ul>
15ul>
lOu
lOu
lOu
lOu
lOut

300mt
300mt
300mt
445m
445m
50n
194m 1.0 l>
50n
194m 1.0 l>
35nt 1.0u%
35nt 1.0u%
35nt 10u%
250m 10
5.0 l>
50 l>
120m
464m
lIOn
lOu 4.5 t
75n
IOu
45 t
75nt 4.0u%
110nt 4.0u%
110nt 40u%
100u
75n
lIOn
1.0m
lIOn
1.0m
75n 200nt
lIOn 200nt
lIOn 200nt
1.5m
10
5.0mt 200m 4.5 l>
5.0mt 200m 45 l>
50mt 200m 45 l>
35ut 200m 4.5 l>
35ut 200m 4.5 l>
35ut 200m 4.5 l>
35ut 200m 4.5 l>
15ul> 250u% 45 l>
1.0m% 45 l>
250u% 4.5 l>
10ul> 100u% 4.5 l>
10ul> 10m% 45 l>
10ul> 100u% 4.5 l>
10ul> 100u% 45 l>
15ul> 200m 45 l>
15ul> 200m 4.5 l>
15u 250u% 4.5
15u 250u% 45
15u 250u% 4.5
15u
15u% 4.5 l>
15u
30u% 4.5 l>
15u
15u% 4.5 l>
10ul> 200m 45 l>
10ul> 200m 45 l>
10ul> 200m 4.5 l>
10ul> 200m 45 l>
15ul> 200m
15ul> 200m
lOu 100u% 4.5
lOu 100u% 4.5
lOu 100u% 4.5
lOu 100u% 4.5
lOut 200m 2.0 l>

1~~~

SYMBOLS AND CODES
EXPLAINED IN INTERPRETER

-55
-40
0
0
0
-40
0
0
0
-55
-55
0
0
-55
-55
-55
0
0
0
0
0
-55
-55
0
0
-55
-55
0
0
-55
-55
-55
0
0
-55
-55
-55
0
0
0
-55
-55
0
0
0
0
-55
-55
0
0
-55
0
0
-55
-55
-40
-40
0
0
-25
0
-40
-40
-55
-55
-40
-40
-55
-40
-40
-55
-40
-40
0
-55
-40
-55
-55
-40
-55
-55
-55
-40
-55
-55
-40
-55
-55
-55
-40
-55
-40
-55
-55
-40
-55
-55
-40
-55
-40
-55
-40
-55
-40
-55
-55
-55

~8

75
125
85
75
75
70
85
70
70
70
125
125
70
70
125
125
125
70
70
70
70
65
125
125
70
70
125
125
70
70
125
125
125
70
70
125
125
125
70
70
70
125
125
70
70
70
70
125
125
75
75
125
75
75
125
125
85
85
70
70
85
75
85
85
125
125
85
85
125
85
85
125
85
85
70
125
85
125
125
85
125
125
125
85
125
125
85
125
125
125
85
125
85
125
125
85
125
125
85
125
85
125
85
125
85
125
125
125

11 E0131
~8m

~m:

1
1
1
1
1
1
1
1
1
2
2
2
1
1
1
1
1
1
1
4

E0131
E0131
E0131
E0131

E0280
E0280
E0188
E0188
E0188
E0320
E0178
E0178
E0178
E0178
E0178
E0178

Ml05
T0116
T0116
T0116
T0116
T0116
M75a
M126h
M126
M157
M153d
l>004AG
M153d
l>004AG
FP88
M200e
M117t
FP88
M200e
M117t

1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1

E0185
E0185
E0185
E0185
E0184
E0184
E0184
E0184
E0179
E0179
E0179
E0179
E0179
E0253
E0253
E0253
E0253
E0253
E0253
E0253a
E0253a
E0253a
E0253a
E0295
E0295
E0147
E0147
E0147
E0147

M153d
l>004AG
M153d
M117.
M153d
l>004AG
M153d
M117.
M224b
M117t
FP88
M117t
FP88
M297a
FP87
M126m
M297a
FP87
M126m
M297a
FP87
M297a
FP87
M126
T086
FP47b
M153a
FP47b
M153a

1
1
1
1
1
2
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1

E0237
E0237
E0293
E0293
E0293
E066
E0284
E0284
E0283
E0283
E0154
E0154
E0293
E0293
E0293
E02103
E02103
E02103
E0291
E0291
E0291

T0116
T0116
M191
M191
M278
CB53

1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1

E0296
E0296
E0296
E0297
E0297
E0297
E0297
E0272
E0272
E0272
E0154
E0154
E0154
E0154a
E0212
E0212
E0261
E0261
E0261
E0285
E0285
E0285
E0154
E0154
E0154
E0154
E0298
E0298
E0154
E0154
E0154
E0154
E0261

l>OOIAD
l>OOIAB
l>004AF
l>OOIAD
l>OOIAB
l>004AF
T099
l>OOIAE
l>OOIAC
l>004AG
l>OOIAD
l>OOIAB
l>004AF
l>0.06AG
Ml05av
Ml05av
l>OOIAE
l>OOIAC
l>004AG
l>002AE
l>OOIAC
l>004AG
Ml05av
M 105av
M 105av
Ml05av
M210b
M210b
l>OOIAD
l>OOIAB
l>004AF
T099
l>001AE

E0131

T0116
T0116
T0116
T0116
M191
M191
M278
M191
M191
M278
M191
M191
M278

64

LINE
No.
1
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

~~:

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+

~

TYPE
No.

cg!g!g!~

~TYPE
OF
o ER· PRO·
~~A~

COUNTEF ATING CESS
FREQ.
(Hz)

~g~

~

CD4040AH
2
CD4040AK
2
CD4060AE
2
CD4520BE
2
SCL4520AD
2
SCL4520AE
2
SCL4520AF
2
SCL4445AD
2
SCL4445AE
2
RM213D
2
RM213G
2
RM213T
2
SW939·2P
2
DN851
2
HEPC1039p·RT 2
FCJ141
2
MSC2B
2
1101
2
MC685L
2
MC685P
2
MC1654L
2
MC10178L
2
N74161B
2
N74161R
2
S54161B
2
S54161E
2
S54161R
2
MC777P
2
MC877P
2
MIC54161J
2
MIC64161J
2
MIC74161J
2
MIC74161N
2
9316FC
2
5524B
2
5523
2
5523B
2
5524
2
5522
2
SN54L 193J
2
SN74l193J
2
SN74L 193N
2
93l16DC
2
93L 16DM
2
93L 16FM
2
93L16PC
2
FJB93l16
2
SN54lS197J
2
SN54LS197N
2
SN54lS197W 2
SN74lS197J
2
SN74LS197N
2
M53393P
2
SN54393J
2
SN54L 193N
2
FJJ211·7493
2
FJJ251·7492
2
JANM38510101302BC
12

JANM385101011~02BC(

JANM38510101302BD
12
63. JANM38510101302BD
12
64+ JANM38510101 3202CC
1
65. JANM38510101302CC
12
66. JANM3851010 1302CD
12
67+ JANM3851010 1302CD
2
68
SW5493J
2
69
SW7493J
2
70
SW7493N
2
71# FLJ181·7493
2
72# FLJ 185·8493
2
73
N7492A
2
74
N74920
2
75
N7493A
2
76
N74930
2
77
S5492A
2
78
S54920
2
79
S5493A
2
80
S54930
2
TL7492N
2
TL7493N
2
2
83# TL8493N
84+ JANM3851010 113204 BEE

f1J· O'

(V)

(V)

~g~

10M% M~§
6.0M!!'% MOS
80M!!.
80M!!. M~~
8.0M!!'

~gs
19~~~ M~~
~g~

llMt
llMt MO~
llMt MO~
30M% MO~

M~;

30M% MO
70M%!!. MO~
PCB

~go~t(l5 ~CJ3~
500k!P~

325Mt~ M~~
~g~

35m%
70M!!.%
10M
10M

~'1'
19
10
10
10
10
10
10
10
10
10
2.0%
2.0%
20%
2.0%
26%
2.6%
39%
40
50
12.5%
12.5%
·80
·.96%
2.0%
2.0%
2.0%
20%
2.0%
85%
88%
17%
17%
17%
17%
1.8%
20%
20%
2.0%
2.0%
2.0%
2.0%
20%
20%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
20%
2.0%
2.0%
2.0%
20%
20%
2.0%
2.0%
20%

MOj
M~~

150Mt
25M!!.
25M!!.
25M!!.
25M!!.
25M!!.
4.0Mt
40Mt
15M%
15M%
15M%
15M%
15M%
20M!!.
25M!!.
25M!!.
25M!!.
50MLlj
7.0M%
7.0M%
70M%
13M%
'13M%
13M%
13M%
20M%
50M!!.
50M!!.
50M!!.
50M!!.
50M!!.

LOGIC
LEVEL

Mq~
MO~

Mm

~~;
MO~

M~~

~g~
Mq~

MO~
MO~

PCB
PCB
PCB
PCB

~CJ3~

Mq~
Mq~

MO~

M~~

~g~
MO~

MO~

MO~

Mq~
MO~
MO~

~~~
MO~

Igg
50 0.0
50 0.0
00
0.0
00
0.0
0.0
00
0.0
0
15
15
0
15
0
8t 0.0
4 00
8 00
8 00
0.0
10 48
10 00
10 0.0
52
5.2
20 5.2
20 52
20 52
20 52
20 5.2
10 0.0
10 0.0
6 0.0
6 00
6 0.0
6 0.0
6 0.0
10 00
10 00
10 00
10 0.0
10 00
10 0.0
10 0.0
10 00
00
00
00
00
8 00
20 00
20 0.0
20 00
20 0.0
20 00
60 00
10 0.0
10 00
10 00
10 00

19
10
10
10
10
10
10
10
10
10
6.0
6.0
6.0
8.0
5.0
50
6.0
50
5.2
15
15
0.0
0.0
00
00
00
00
00
3.6
36
50
5.0
5.0
50
50
7.0
70
7.0
70
5.0
50
5.0
5.0
5.0
50
5.0
5.0
50
5.0
5.0
5.0
50
50
7.0
5.0
5.0
5.0
5.0

(s)

900n!!.
900n!!.
225n!!.
lOOn
lOOn
lOOn
lOOn

7 ~u
7.5u
7.5u
7.5u
7.5u
15ut
15u!!.
15u!!.
15u!!.
15u!!.
15u!!.

25n!!.
200n%
25n
50n

200n

200n

50n

25n

2.1n
25nt

2.0n
2.5nt

IOn
IOn

IOn
IOn

~~g~~

60n%
35n!!.
35n!!.
35n!!.
35n!!.
35n!!.
20n
20n
20n
20n
20n
37n!!.
23n
23n
35n
38n
135n%
135n%
135n%
95n!!.
95n!!.
95n!!.
95n!!.
60n!!.
42n!!.
42n!!.
42n!!.
42n!!.
42n!!.
13n
135n%
135n
lOOn

~ggl!~

10M\O

MO~

20%

80*

TTL

4

10

0.0

55

112n!!.

268m

·55

125

1 E0253

MO~

2.0%

.80*

TTL

4

10

0.0

55

112n!!.

268m

·55

125

1 E0253

M314

10M(l5

MO~

2.0%

.80'

TTL

4

10

0.0

55

112n!!.

268m

·55

125

1 E0253

FP83

10M0

MO~

20%

.80*

TTL

4

10

00

5.5

112n!!.

268m

·55

125

1 E0253

FP83

10M(l5

MO~

2.0%

80'

TTL

4

10

0.0

5.5

112n!!.

268m

·55

125

1 E0253

M314

10M(l5 Mm

20%

.80'

TTL

4

10

0.0

55

112n!!.

268m

·55

125

1 E0253

M314

MO~

2.0%

.80'

TTL

4- 10

0.0

55

112n!!.

268m

·55

125

1 E0253

FP83

10M(l5 MO~
10M!!.
10M!!. M~~
10M!!.
18M% M~~
18M% M~~
18M% MO~
18M%
18M%
18M% MO~
18M%
18M% M~~
18M% ~g~
18M%

.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

4
4
4
4
4
4
4
4
3
3
4
4
3
3
4
4
4

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
00
0.0
0.0
00
00
0.0
0.0
00
0.0
0.0
0.0
00

55
5.5
5.25
5.25
50
5.0
5.0
50
50
5.0
5.0
50
50
5.0
50
50
50

112n!!.
135n!!.
135n!!.
135n!!.
135n!!.
135n!!.
60n
60n
75n
75n
60n
60n
75n
75n
lOOn!!.
135n!!'
135n!!.

268m
160mt
160mt
160mt
265m§
265m§
155mt
155mt
128mt
128mt
155mt
155mt
128mt
128mt
267mt
267mt
267mt

·55
0
0
0
·25
0
0
0
0
·55
·55
·55
·55
0
0
·25

125
125
70
70
70
85
70
70
70
70
125
125
125
125
70
70
85

1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1

FP83
M114
M114
Ml05n
M126p
M126p
Ml050
T088
Ml05q
T088
Ml05q
T088
Ml05q
T088
M126n
M126n
M126n

10M0

20%

.80'

TTL

4

20

00

55

58n!!.

500m

·55

125

1 E0166

20%

80'

TTL

4

20

00

55

58n!!.

500m

·55

125

1 E0166

M323

20MM MO~ 20%
12
JAN M3851 010 13 04CEE
12
20MM MO~ 2.0%
JAN M3851 010 1304CEL
20MM MO,," 2.0%
12
JANM3851010 1304CF8
20MM MO~ 2.0%
12
JANM3851010 ?2068EE
20MM MOil 20%
JANM38510101306BEC
20MM MON 20%

.80'

TTL

4

20

0.0

55

58n!!.

500m

·55

125

1 E0166

FP93

80'

TTL

4

20

0.0

55

58n!!.

500m

·55

125

1 E0166

M323

.80'

TTL

4

20

0.0

55

58n!!.

500m

·55

125

1 E0166

M323

.80'

TTL

4

20

0.0

55

58n!!.

SOOm

·55

125

1 E0166

FP93
M323

JANM38510101~~6BFB

~&~

~~~

18Mi~

18Mt
18Mt%

M~~

~g~

20MM MON

D.A. T.A.

20%

,

10
1.0
1.0
10 !!.
10 !!.

E0253
E0235
E0235
E0235
E0270
E0270
E0246b
E0246b
E0246a
E0246a
E0246b
E0246b
E0246a
E0246a
E0234
E0234a
E0234a

M314

MO~

2

65

2
8
8
7
7
9
9
9
9
9
6
6
4
4
4
4
4
8
9
9
8
6
8
8
8
9
9
9
9
10
8
8
8
8
8
8
2
8
4
4

2
2
3
3
3
3
3
4
4
7
7
7
6
5
6
2

~g

tf

1~u
15u
15u
15u
75ut
15ut
15u!!.
15u!!.
15u!!.
15u!!.
15u!!.

MO~

JANM38510101~204BF8

92.

CMS
CMS
CMS
CMS
CMS
CMS
CMS
CMS
CMS
DTL
DTL
DTL
DTL
DTL
DTL
DTL
DTL
DTL
DTL
DTL
ECT
ECT
ECT
ECT
ECT
ECT
ECT
RTL
RTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL

~

Is)

20MM

86.

90+

I~~~

tr
(s)

MO~

JANM3851010 1304BEC

91+

g g~
o Ot
om
o Ot
om
o Ot
o Ot
o Ot
o Ot
O.Ot
1.0*
10*
10'
1.2'
.40*
45*t
40t*
.40
00
1.50*1
150'1
·17
·1.6·t
85'
85*
.85'
85*
85*
46*
50*
90*
.90'
90*
.90*
.85*
.45'
45*
45'
.45'
.45'
.70'
.70'
70*
.70'
70*
70*
70'
.70'
70*
.70'
70*
.70'
70*
.80'
.80*
.80*
.80*
80'

SUPPLY
SPAN
NEG POS
IIV)
(V)

IN ORDER OF (l)TYPE OF COUNTER(2)LOGIC TYPE
(3)LEVELT(4)LEVEL'O'(S)MAX FREQ(S)TYPE No
MAX. MAX.
CKT
DRAWINGS
TEMP.
TOTAL NOISE
LOGIC
OUTLINE
PE~[
PKG.
REJECT LOVI HI MO DWG. No DWG. No
DISS.
ll=MO
(W)
(V)
'C
'C
4.~ !!.
i~gg~ 4.5 !!. :~g ~;5
11~g~~~
200m 4.5 !!.
1 E0299
·55 125
FC6
200m 4.5 !!.
·55 125
1 E0299
!!.004AG
-40 85
1 E02109 !!.OOlAC
200m 4.5 !!.
200m 45 !!.
·40 85
2 E0292
!!.OOlAB
200m 4.5 !!.
·55 125
1 E0292
!!.002AE
200m 4.5 !!.
·40 85
1 E0292
!!.OOlAC
200m 4.5 !!.
·55 125
1 E0202
!!.004AG
200m 4.5 !!.
·55 125
1 E02101 !!.002AE
200m 4.5 !!.
·40 85
1 E02101
!!.OOlAC
50mt 550m
·55 125
1
Ml05m
50mt 550m
·55 125
1
T084
50mt 550m
·55 125
1
TOlOl
150m 1.0
·55 125
1
1 E02100 M294
·20 65
~~g~f 1.0 !!. 0 75
1 E0278
TOl16
180mt 1.2 !!.
0
75
1 E0269
M126f
12 t
0
55
2
900m 1.0
0
70
12
CBI2l
480mt
·30 75
1 E0294
M191
·30 75
1 E0294
M278
480mt
750mt
0
75
1 E0288
M191
370mt
·30 85
1 E02104 M191
325mt 200m
0
70
M256
1 E0271
325mt 200m
0
70
1 E0271
FP79a
325mt 200m
·55 125
1 E0271
M256
325mt 200m
·55 125
1 E0271
M153a
FP79a
325mt 200m
·55 125
1 E0271
180mt
15 55
1 E0244
TOl16
TOl16
180mt
0
75
1 E0244
300mt
M153a
·55 125
1 E0147
300mt
M153a
·48 85
1 E0147
300mt
0
75
M153a
1 E0147
300mt
0
75
1 E0147
Ml17
300mt 400m
0
75
1 E0147
FP47a
975mt
70
3
CB62
0
975mt
0
70
3
CB62
975mt
0
70
3
CB62
975mt
0
70
CB62
3 E0274
1.0 t
0
70
4
CB62
43mt 1.0 !!.
·55 125
1 E0332a M153d
43mt 10 !!.
0
70
1 E0332a M153d
43mt 1.0 !!.
0
70
1 E0332a Ml17x
75mt
0
75
1 E0147
M246
75mt
·55 125
1 E0147
M246
75mt
·55 125
1 E0147
FP79b
75mt
75
M357
0
1 E0147
0
70
1 E0147
M210a
85~; 1.0 !!. ·55
125
1 E0167a M157b
~g~ji 1.0 !!. ·55 125 1 E0167a M126e
·55 125
1 E0167a !!.004AA
60m~ 1.0 !!.
0
70
1 E0167a M157b
60~~ 1.0 !!.
60m 1.0 !!.
0
70
1 E0167a M126e
10 !!.
0
75
1 E0257
M153b
190m% 1.0 !!.
·55 125
2 E02107 M153d
43mt
·55 125
1 E0332a Ml17x
128mt 1.0 !!.
M126f
0
70
1 E0268
155mt 1.0 !!.
0
70
1 E0267
M126f

20MM
85.

89.

~

PROPA·
MAX.
GATION RISE
FALL
DELAY TIME TIME

2.0%
20%
2.0%
20%
2.0%
20%
20%
20%
20%
20%
2.0%
2.0%
2.0%
20%
20%
2.0%
20%

~i:

fas.

TYPE

FAN
IN
OUT
MAX.

10M0

62.

87+

6. COUNTERS
POWER

M323

80*

TTL

4

20

0.0

55

58n!!.

500m

·55

125

1 E0166

80'

TTL

4

20

00

55

58n!!.

500m

·55

125

1 E0166

M323

80*

TTL

4

20

00

55

58n!!.

500m

-55

125

1 EOl66

FP93

t---

SYMBOLS AND CODES
EXPLAINED IN INTERPRETER

65

.§J
LINE
No.

TYPE
No.

t

1t
2.
3"
4

~!

7#

a

10#
g!
13#

la

16#
17
18
19
20
21
22
23
24
25
26
27"
28"
29"
30"
31t
32.
33.
3H
35.
36
3H
38.
39.
40.
41t
42.
43.
44#
45
46
47
48
49!!
50"
51"
52#

~~!

55#

~~!

58#

~g!

61#

~~!

64#
65"
66"
67"
68"
69"
70"
71"
7H

73

7H
75"
16"
7H
18.
19"
80"
81
82
83
84
85#

:~!

88#
89"
90"
91"
92#
93.
9H
95
96.
9H

~g!

100#
18J!
103
104
105
106
107

66

~~A~

OF
o ER· PRO·
TYPE ATING CESS
COUNTEA
-I

JANM3851 0/0 1~06CEE
12
JANM3851 0/0 1306CEC
12
JANM38510/01306CFE
2
SN1493N#
2
FJB93191
2
FLJ211·74191
2
FLJ215·84191
2
M53391P
2
MIC54163J
2
MIC54191J
2
MIC64163J
2
MIC64191J
2
MIC74163J
2
MIC74163N
2
MIC74191J
2
MIC14191N
2
N74162B
2
N74162R
2
N74193B
2
N74193R
2
S54162B
2
S54162E
2
S54162R
2
S54193B
2
S54193E
2
S54193R
2
SN54LS191J
2
SN54LS191W 2
SN14LS191J
2
SN14LS191N
2
SN54161J
2
SN54161W
2
SN54163J
2
SN54163W
2
SN54191J
2
SN54191N
2
SN54191W
2
SN14161J
2
SN14161N
2
SN14163J
2
SN14163N
2
SN14191J
2
SN74191N
2
TL74191N
2
9366FC
2
OM75330
2
OM75630
2
OM8563N
2
FJB9366
2
FJJ411D
2
FJJ411P
2
FLJ251·74193
2
FLJ255·84193
2
FLJ411·74161
2
FLJ415·84161
2
FLJ431·74163
2
FLJ435·84163
2
MrC54193J
2
MIC64193J
2
MIC74193J
2
MIC14193N
2
SFC4193E
2
SFC4193EM
2
SFC4193ET
2
SN54LS193J
2
SN54LS193W 2
SN74LS193J
2
SN14LS193N
2
SN29316J
2
SN29316N
2
SN39316J
2
SN54193J
2
SN54193N
2
SN54193W
2
SN54293J
2
SN54293W
2
SN74193J
2
SN74193N
2
SN74293J
2
SN14293N
2
SW54161J
2
SW54163J
2
SW14161J
2
SW74163J
2
T74193Bl
2
TL74161N
2
TL14163N
2
TL14193N
2
SN54393W
2
SN74393J
2
SN74393N
2
FJB9316
2
SN14LS197W 2
SN54191J
2
SN54191N
2
SN74197J
2
SN14191N
2
FJB93197
2
FLJ391·74197
2
FLJ395·84197
2
FLJ501·49704
2
FLJ505·49804
2
04209
2
HEPC3801p·RT
2
MC5493F
2
MC5493L
2
MC7493F
2

6· COUNTERS
FAN
POWER

LOGIC
LEVEL
ITYPE

IN

flJ

OUT
MAX

SUPPLY
SPAN

PROPA·
MAX.
GATION RISE FALL
DELAY TIME TIME
tr
tf

IN ORDER OF (l)TYPE OF COUNTER(2)LOGIC TYPE
(3ILEVEL'l'(4)lEVEL'O'(5IMAX FREQ(6ITYPE No
MAX MAX
TEMP. CKT
DRAWINGS
TOTAL NOISE
LOGIC OUTLINE
PE~C DWG.
PKG
REJECT LOW HI MO
No DWG. No
DISS.
f>=MO
(V)
(WI
'C 'C

1J'1'

.!J '0'

(V)

(V)

20MM Mar

20%

80*

TTL

4

20

00

55

58nt>

500m

·55

125

1 E0166

20MM Mor

20%

80*

TTL

4

20

00

55

58nt>

500m

·55

125

1 E0166

M323

80*
80*
80*
80*
.80*
80*
80*
80*
80*
80*
80*
.80*
80*
80*
.80*
80*
80*
80*
80*
80*
80*
80*
80*
80*
80*
80*
80*
80*
80*
80*
80*
80*
80*
80*
80*
80*
80*
80*
80*
80*
80*
80*
80*
80*
80*
80*
80*
.80*
80*
.80*
80*
80*
80*
80*
80*
80*
80*
80*
.80*
80*
80*
80*
80*
80*
80*
80*
80*
80*
.80*
.80*
80*
80*
.80*
80*
80*
80*
.80*
80*
.80*
.80*
80*
80*
80*
80*
80*
80*
80*
80*
80*
80*
80*
.80*
80*
80*
80*
80*
.80*
80*
80*
80*
95*
40*t
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
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
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
8
8
8
8
9
8
9
8
9
9
8
8
9
9
8
8
9
9
9
8
8
8
8
8
8
8
9
9
9
9
8
8
8
9
9
9
9
8
8
10
8

20

00
00
00
00
00
00
00
00
00
00
00
00
00
00
00
00
00
00
00
00
00
00
00
00
00
00
00
00
00
00
0.0
00
00
00
00
00
00
00
00
00
00
00
00
0
0
0
00
00
00
00
00
00
00
00
00
00
00
00
0.0
0.0
0.0
00
00
00
00
00
00
00
00
00
00
00
00
00
00
00
00
00
0.0
00
00
00
0.0
00
0.0
00
00
00
00
00
00
00
00
00
00
00
00
00
00
00
0
00
0.0
00
00

55
50
50
50
50
50
50
50
50
50
50
50
50
50
50
50
50
50
50
50
50
50
50
50
50
50
50
5.0
50
50
50
50
50
50
50
50
50
50
50
50
50
50
50
50
50
50
5.0
50
50
50
50
50
50
50
50
50
50
50
50
50
50
50
50
5.0
5.0
50
50
50
50
5.0
50
50
50
50
50
50
50
50
5.0
50
5.0
50
5.0
50
50
5.0
50
50
50
50
50
50
50
50
50
50
50
50
50
50
50
50
50
50
50

58nt>
16n{Zl

500m

52nt>
52nt>
52nt>

325mt
525m§ lOt>
525m§ lOt>

·55 125
0
10
0
10
0
10
·25 85
0
75
·55 125
·55 125
·40 85
·40 85
0
75
0
75
0
75
0
75
0
70
0
70
0
70
0
70
·55 125
·55 125
·55 125
·55 125
·55 125
·55 125
·55 125
·55 125
0
70
0
70
·55 125
·55 125
·55 125
·55 125
·55 125
·55 125
·55 125
0
70
0
70
0
70
0
70
0
70
0
70
0
70
0
75
·55 125
·55 125
0
70
0
70
0
70
0
70
0
70
·25 85
0
70
·25 85
0
70
·25 85
·55 125
·40 85
0
75
0
75
0
70
·55 125
·25 85
·55 125
·55 125
0
10
0
70
0
75
0
75
·55 125
·55 125
·55 125
·55 125
70
0
0
70
70
0
0
70
0
70
0
70
·55 125
·55 125
0
70
0
70
0
70
0
70
0
70
0
70
·55 125
0
70
0
70
0
70
0
70
·55 125
·55 125
0
70
0
70
0
70
0
70
·25 85
0
70
·25 85
0
75
0
70
·55 125
·55 125
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
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
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
1
1
1
1
1
1
1
1
1
2
2

E0166
E0281
E0281
E0320
E0320
E0320
E0271
E0320
E0271
E0320
E0271
E0271
E0182
E0320
E0164
E0164
E0328
E0328
E0164
E0164
E0164
E0328
E0328
E0328
E0320
E0320
E0320
E0320
E0166
E0166
E0271
E0271
E0320
E0320
E0320
E0166
E0166
E0271
E0271
E0320
E0320
E0320
E0257

FP93
M126d
M210a
Ml17w
M117w
M153b
M153a
M153a
M153a
M153a
M153a
M153a
M153a
M153a
M256
FP19a
M256
FP79a
M256
M153.
FP79a
M256
M153a
FP79a
M153d
t>004AG
M153d
Ml17x
M153d
t>004AG
M153d
t>004AG
M153d
M117m
t>004AG
M153d
M117x
M153d
Ml17x
M153d
Ml17x
Ml17u
FP47b

E0286
E0257
E0257
E0257
E0257
E0271
E0271
E0271
E0271
E0257

E0166
E0166
E0257
E02107
E02107
E02107
E0147
E0167.
E0161a
E0266
E0167a
E0167a
E0167
E0266
E0266
E02102
E02102

M210a
M200f
Ml11u
Mll1w
Ml11w
Ml11w
Ml17w
M117w
Ml17w
M153a
M153a
M153a
Mll1
Ml11
Ml11
Mll1
M153d
Ml17x
M153d
Ml17x
M153d
Ml11x
M153d
M153d
Ml11
C.004AG
M151b
t>004AA
M153d
Ml17x
M157b
M126e
Ml17
Ml17
Ml17
Ml17
M267
M117u
Ml17u
Mll1u
t>004AG
M153d
Mll1x
M210a
C.004AA
M151b
M126e
M157b
M126e
t>OOlAA
M126n
M126p
Ml17w
Ml17w

E0219
E0253
E0253
E0253

T086
TOl16
T086

F~~z?'

20Mt>(i Mar
20M
25Mt> M~f
25M%
25M%
25M%
M~t
25Mt> MO
25Mt>
MO
MO
25Mt>

20%
20%
20%
20%
20%
20%
2.0%
20%
20%
20%
20%
20%
20%
25Mt>
20%
25Mt>
M~r 20%
25Mt> MO
20%
25M
20%
25M
MO
Ml: 20%
25Mt> MO
20%
25Mt>
2.0%
25Mt> M~: 20%
25M
20%
25M
MQ! 20%
MOr 20%
Mar 20%
20%
20%
M~r 20%
25M";~ MO
25Mt>
20%
25Mt> Mll
MO
20%
25Mt> MO
20%
25Mt>
20%
25M% M~; 20%
25M%
20%
25Mt>
20%
25Mt>
20%
25Mt>
2.0%
25Mt> Mar 20%
25Mt>
20%
25M%
20%
M~~ 20%
20%
30M%
20%
30M%
20%
30M%
2.0%
30M%
20%
30M%
20%
32M
20%
~gr 20%
32M
32M%
20%
32M% M~: 20%
32M%
20%
32M%
20%
32M%
20%
32M% MOr 20%
32M%
20%
32M%
20%
M~r 20%
32M% MO
32M%
20%
32M% M~~ 20%
32M% ~gl 2.0%
32M%
20%
32M~) M~~ 20%
32Mt>
20%
32Mt> MQ~ 20%
Mq~ 20%
MO~ 20%
20%
20%
32M% MO~ 2.0%
32M%
20%
M~~
32M%
20%
32Mt>
2.0%
20%
2.0%
32M%
2.0%
2.0%
32Mt>~ MO
32M~~ MO 20%
32M% MO
20%
32M%
20%
32M% M~~ 20%
32M%
2.0%
32M%
2.0%
20%
32M~~
32Mt
20%
MO
20%
MO
2.0%
35M% MO
20%
35M%
20%
45M% M~~ 20%
50Mt>
20%
50Mt>
20%
M~~ 20%
20%
50Mt>
20%
70Mt> MO
20%
70M% MOr 2.0%
70M%
20%
70M% M~; 20%
70M% ~g, 2.0%
10M
PC~ 20%
24%
~g~ 24%
24%
~g: 24%

~gt
M~~

~~~~~ Ml~

M~f
~~~~~ ~gt
M~!

~gr

~~~t>~
~~~~q M~~

~gr
M~f
~gr

~~~r~

~g~

~gr
M~f
~gt
M~~
~gr

~8f
M~!

~gr

~~~~~
~~~~q ~8~

~gil
~~~~ M~~
~gr

~~~~

~gj,
M~~
~gr
~g~

~8~c.~ ~gr
M~~

D.A. T.A.

~~G rV~S

8
8
8
8
8
9
9
9
9
8
8
8
8
8
8
8
8
8
8
8

10
10
10
20
20
20
20
20
20
20
20
20
20
10
10
20
20
20
10
10
10

20
20
20
20
10
20
20
20
20
10
6
10
10
10
10
60
60
10
10
20
20
20
20
10
10
10
10
10
10
10

8
8
8
4
4
8
8
4
4
4
4
4
4
8
10
10
10
2
2
2
10
8
8
8
8
8
8
8
8
3
3

60
60
60

4
6
6
6

10
10
10
10

60
60

60
20
20
10
10
10
10
8
20

4
10
10
10
10

(5)

50nt>
17n%
24n%
17n%
24n%
17n%
17n%
24n%
24n%
35nt>

(51

10n

(5)

10n

~~~~~
~6~~~

325mt

505~;

505m
325mt
325mt
325mt
325mt

35nt>

lOt>
lOt>
lOt>
lOt>
lOt>
lOt>
lOt>
lOt>

26n
26n

35nt>
35nt>

325mt
325mt
325mt

35nt>
26n
26n
26n
50nt>
50nt>
50nt>
50nt>

35nt>
35nt>
35nt>
35nt>

70m'"

10:~

70m
10m

455~; lOt>
lOt>
~~~~~ lOt>
lOt>

50nt>
50nt>
50nt>

10n
10n
10n

10n
10n
10n

50nt>
50nt>

10n
10n

10n
10n

35nt>
35nt>
35nt>
35nt>
52nt>
47nt>

20n%
20n%
20n%

47nt>
47nt>
47nt>
47nt>
47nt>
35nt>
35nt>
35nt>
35nt>
47nt>
47nt>
47nt>
47nt>
47nt>
47nt>
47nt>
47nt>
47nt>
41nt>
47nt>
35nt>

~8~~;

325mt
325mt
551mt
300mt
250mt
300mt
300mt
300mt
325mt
325mt
510m§
510m§
505m§
505m§
505m§
505m§
325mt
325mt
325mt
325mt
325mt
325mt

lOt>

1.0 t>

1.0
10
1.0

lOt>
lOt>
1.0 t>
1.0 t>

lOt>

1.0 t>

~~~~
85~~

85m
315m

~l~~;

35nt>
47nt>
47nt>
47nt>

325mt
325mt

~~g~~

70nt>
70nt>

a~g~r

47nt>
47nt>

325mt

70nt>
70nt>
10n
10n
10n
10n

10n
10n
10n
10n

m~;

325mt
325mt
325mt
325mt
325mt
511mt
511mt

535~; lOt>

13n
13n
13n

1~8~~
190m~

45nt>
38nt>
42nt>
38nt>
42nt>
63nt>
63nt>
63nt>
63nt>
38nt>
38nt>

3~g~~
5 On
5 On
5 On
5 On

10nt
60n
20n
20n
20n

10
325:~ lOt>
505m
505m lOt>

325~;

35nt>

35nt>
35nt>
35nt>
35nt>
47nt>
35nt>
35nt>
47nt>

~~~~r

325mt

240mt
240mt
240mt
240mt
240mt
295m§
295m§
480m
480m

10nt

1.0 t>
1.0 t>
1.0 t>

lOt>
lOt>
lOt>
lOt>
lOt>

160mt
160mt
160mt
160mt

SYMBOLS AND CODES
EXPLAINED IN INTERPRETER

1
1
1
1

~8~~~

E0257
E0257
E0257
E0257
E0332a
E0332a
E0332a
E0332a
E0166
E0166
E0166
E0332a
E0251
E0332a
E02108
E02108
E0332a
E0332a
E02108

~8~;~8

E0271
E0271
E0271

M323

~g~16

66

LINE
No
1
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
43
44
45
46
47
48
49
50
51
52
53
54
55
56
57
58.~'II

~g:
61+
62+
63+
64.
65.
66.
67
68
69
70
71
72
73
74
75
76

~a

79
80
81
82#
83+
84+
85+
86+
87+
88+
89+
90.
91
92
93
94

~~:

97#

~~:

100#
101
102
103#

19;:
106#
19a
109#
110#

67

.§J

t

~rA~

OF
o ER· PRO·
TYPE ATING CESS
COUNTER
FREz
(Hz

TYPE
No

~~i193L,P'jb
MC54455L
MC74455L
MC74455P
US5493J
MC54193F
MC54193L
MC74193F
MC74193L
MC74193P
N82840
N8293A
N8293F
N82930
S8293A
S8293F
S82930
N8281F
N82810
N8288A
N8288F
N82880
S8281F
S82810
S8288A
S8288F
S82880
N8291A
N8291F
N82910
S8291A
S8291F
S82910
MC7281F
MC7281LP%
MC8281F
MC8281L
TRC2521F
TRC2521P
TRC2522F
TRC2522P
TRC2523F
TRC2523P
TRC2524F
TRC2524P
RL 1630
RL1810
RL 1830
RL 1410
RL1430
N82S91A
N82S91F
1795
T109
1110
93560C
MIC74L93J
SFC493LE
SFC493LEM
SN54L93J
SN54L93N
SN54L93T
SN74L93J
SN74L93N
SN74L93T
US5493A
US7492A
93920C
93920M
9392FC
9392FM
93930C
93930M
9393FC
9393FM
FJJ211
FJJ251
SW5492J
SW7492J
SW7492N
M5393P
SN5492AJ
SN5492AW
SN5493AJ
SN5493AW
SN7492AJ
SN7492AN
SN7493AJ
SN7493AN
ITT5492J
ITT5493J
ITT7492J
ITT7493J
M53292P
M53293P
MIC5493J
MIC6493J
MIC7493J
MIC7493N
NC7492N
NC7493N
SFC492E
SFC492EM
SFC492ET
SFC492PM
SFC493E
SFC493EM
SFC493ET
SFC493PM

~

2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
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
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

?'

10M
12M%
12M%
12M%
20M
25M
25M
25M
25M
25M

LOGIC
LEVEL

l1J'1' fiJ '0'

MO~
Mq~
Mq~
MO~

M~;

MO

MO~

M1~

MO
MO

10M;~ M~;

19~~% ~g,

10Mt~ Mq~
10Mt~ Mq~

10Mt'l! MON

25M:~ MO
25Mt
25Mt MO

M1~

~~~!~ M~~
~g~

25M%
25M% Mq~

~~~~~ Mq~

25M:~
60Mt
60Mt

MO~

M~~

~g~

60Mt~ Mq~

60M;~ Mq~

60Mt

MO~
MO~

60M!~ Mq~
25Mt
25Mt'l! MO~

~~~~~ M~~
~g~

25M6
25M6
25M6
25M6
25M6
25M6
25M6
25M6

19~~

Mq~

M()~

MO~
M()~
M()~
MO~

~q;
MO~

15~~
20~~ MO
20M
MO

M1~

M()~
199~~~ MO!,

10M
10M
50M
18M%
30M%
30M%
30M%
3M%
3M%
3M%
3M%
3M%
3M%
18m%

PCB
PCB
PCB

MO~

M~~

~gj,

M()~
MO~
MO~

~~;
MO~
M~~

19M~ ~g~
10~~ Mq~

10~~

MO~
MO~

10~~

~~;

10M6~

~g~

10M

10~~ Mm
10M
10~~. M~~
10M6
10M6 Mq~
10M6 MO~
10M6 MO~
15M%
MO
Mm
16~~

l~~~

16~~
16M
16~~

16~~

M~;

~~;
MO~
M~~

~g~

16M
18M% Mq~
18M% Mq~
18M% Mm
18M%
18M%
18M% MO~
18M6

~~;
M~~

18M~~ ~g~

18M6

19~~~

Mq~
M()~

18M% MO~
18M%
18M% MO
18M% MO~
18M%
18M% M~~
18M%
18M%
18M% ~g~

D.A. T.A.

(VI

~CU: ~:'jb

M~;
~g~

24%
24%
2.4%
2.4%
24%
24%
24%
24%
24%
26%
26%
26%
26%
26%
26%
26%
26%
26%
2.6%
26%
26%
2.6%
26%
26%
26%
26%
26%
26%
26%
26%
26%
26%
28%
28%
28%
28%
32%
32%
32%
32%
32%
32%
32%
32%
33%
33%
33%
33%
33%
35
35
50
50
50
18%
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%
20%
20%
20%
20%
20%
20%
20%
2.0%
2.0%
20%
20%
2.0%
20%
20%
20%
20%
20%
20%
20%

(V)
.:g*t

40*t
40*t
40*t
40*
40*t
40*t
40*t
40*t
40*t
40t
.40t
40t*
.40t
40t
40t*
40t
40t*
40t*
40t
40t*
40t
.40t*
40t*
40t
40t*
40t
40t
40t*
40t
40t
40t*
40t
40*t
40*t
40*t
40*t
45*t
45*t
45*t
45*t
45*t
45*t
45*t
45*t
30%
30%
30%
30%
30%
50t
50t
00
00
00
85*
70*
70*
70*
70*
70*
70*
70*
70*
70*
80*
80*
80*
80*
80*
80*
80*
80*
80*
80*
80*
80*
80*
801*
80*
80*
80*
80*
80*
80*
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
POWER
FAN
TYPE

IN

~
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
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
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL

6
9
9
9
1
8
8
8
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
7
7
7
11
11
8
8
8
9
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
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4

PROPA·
MAX.
SUPPLY GATION RISE FALL
OUT
MAX.
SPAN
DELAY TIME TIME
NEG POS
tr
tf
I(V)
(5)
(5)
(VI
(51

1910
10
10
10
10
10
10
10
10
12
4
4
4
4
8
8
8
8
12
12
12
12
4
4
4
4
15
15
15
15
7
7
7
7
12
12
12
12
12
4
6
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
40
40
40
40
40
40
40
40
40
40
40
40
40
40
40
10
10
10
10
40
40
10
10
10
10
10
10
10
10

000
00
00
00
00
00
00
00
00
00
00
00
00
00
00
00
00
00
00
00
00
00
0.0
00
00
00
00
00
00
00
00
00
00
00
00
00
00
0
0
0
0
0
0
0
0
00
00
00
00
00
00
00
48
48
48
00
00
00
00
00
00
00
00
00
00
00
00
00
00
00
00
00
00
00
00
00
00
00
00
00
00
00
00
00
00
00
00
00
00
00
00
00
00
00
00
00
00
00
00
00
00
00
00
00
00
0.0
00
00
00

1

~g ~g~
15n
15n
50
. -- - .
50
50
50
50n
10nt
~Jlt
31n%'50
31n%
50
31n% _.50
50 ''3'1'ri%
50
31n%
50
5 On
5 On
50
5 On
5 On
50
50
.~tg~-- 5 On
50
50
50
5 On
5 On
50
25n%6
50
25n%6
5 On
50
5 On
50
50
5 On
5 On
50
25n%6
50
25n%6
5 On
50
5 On
50
5 On
50
5 On
5 On
50
5 On
50
50
5 On
5 On
5 On
50
5 On
50
5 On
50
5 On
25n6
50
25n6
50
25n6
50
25n6
50
70
30n6
30n6
70
70
30n6
70
30n6
70
30n6
70
30n6
70
30n6
70
30n6
40n6 8 On
5 On
525
40n6 8 On
5 On
55
40n6 8 On
5 On
525
55
37n6 8 On
5 On
525
37n6 8 On
5 On
22n6
50
22n6
50
50n
52
50n
25n
52
20n
52
50n
50n
25n
525 135n6
50 280n
50 280n%
50 280n%
50 280n
50 280n
50 280n
50 280n
50 280n
50 280n
75n%
55
50 100n6
50 100n6
50 100n6
50 100n6
50 100n6
50 135n6
50 135n6
I
50 135n6
50 135n6
50 135n6
50 100n6
50 100n6
525 100n6
525 100n6
70 100n%
50
50n6
50
50n6
70n6
50
70n6
50
50n6
50
50n6
50
70n6
50
50
70n6
75n%
70
70
75n%
70
75n%
70
75n%
70
60n%
75n%
70
50 135n6
50 135n6
50 135n6
50 135n6
75n%
70
70
75n%
50
75n%
75n%
50
50
75n%
75n%
50
75n%
5.0
75n%
50
75n%
50
75n%
50
,

IN ORDER OF (l)TYPE OF COUNTER(2)LOGIC TYPE
13ILEVEL'1'14ILEVEL'O'15IMAX FREQ/6ITYPE No
MAX. MAX
TEMP. CKT
DRAWINGS
TOTAL NOISE
PER
OUTLINE
DW8.I~o
DWG. No
PKG
REJECT LOVI HI MOD
t.=MO
DISV~'
(W
(VI
'C 'C
!~2mt

650m
600mt
600mt
600mt
160m6
325mt
325mt
325mt
325mt
325mt
420m
69m
69m
69m
69m
69m
69m
236m
236m
194m
236m
194m
236m
236m
194m
236m
194m
255m
255m
255m
255m
255m
255m
130mt
130mt
130mt
130mt
180mt
180mt
180mt
180mt
180mt
180mt
180mt
180mt
275m
400m
400m
200m
200m
46,m
461m
600m
12

~gg:::'l!
16mt
16mt
16mt
16mt
16mt
16mt
16mt
16mt
16mt
155mt
155mt
255m§
255m§
255m§
255m§
265m§
265m§
265m§
265m§
128m
155mt
155mt
155mt
155mt
155mt
130mt
130mt
130mt
130mt
130mt
130mt
130mt
130mt
155mt
155mt
155mt
155mt
155mt
160mt
120mt
120mt
120mt
120mt
155mt
155mt
155mt
155mt
155mt
155mt
155mt
155mt
155mt
155mt

10

106

400m*
400m*
400m*
400m*
400m*
10
10
10
400m
106
106
106
106
106
1.0 6
106
106
106
10

106
106
10
10
10
106
106
106
106
106
106
106
106
106
106
106
106
106
106
106
500m
500m
500m
500m
10
1.06
1.0
10
10
10
10
10
10
10

SYMBOLS AND CODES
EXPLAINED IN INTERPRETER

g
-55
0
0
-55
-55
-55
0
0
0
0
0
0
0
-55
-55
-55
0
0
0
0
0
-55
-55
-55
-55
-55
0
0
0
-55
-55
-55
0
0
-55
-55
-55
-55
0
0
-55
-55
0
0
0
-55
0
-55
0
0
0
0
0
0
0
0
0
-55
-55
-55
-55
0
0
0
-55
0
0
-55
0
-55
0
-55
0
-55
0
0
-55
0
0
0
-55
-55
-55
-55
0
0
0
0
-55
-55
0
0
0
0
-55
-40
0
0
0
0
0
-55
-25
-55
0
-55
-25
-55

~g

1 E0253

ITU116

125
75
75
125
125
125
75
75
75
75
75
75
75
125
125
125
75
75
75
75
75
125
125
125
125
125
75
75
75
125
125
125
75
75
125
125
125
125
75
75
125
125
75
75
75
125
75
125
75
75
75
70
70
70
75
75
70
125
125
125
125
70
70
70
125
70
70
125
70
125
70
125
70
125
70
70
125
70
70
75
125
125
125
125
70
70
70
70
125
125
70
70
75
75
125
85
75
75
70
70
70
125
85
125
70
125
85
125

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
1
1
1
1
1
1
1
1
1
1
1
1
1
4
3
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

M291
M291
M237
T088
FP85
M19l
FP85
M19l
M278
T088
Ml05q
M157
T088
Ml05q
M157
T088
M157
T088
Ml05"
M157
T088
M157
T088
Ml05a
M157
T088
Ml05q
M157
T088
Ml05q
M157
T088
T086
T0116
T086
T0116
FP21c
T0116
FP21c
T0116
FP21c
T0116
FP21c
T0116
T0116
T0116
T0116
T0116
T0116
M318

E0337
E0337
E0337
E0235
E0332
E0332
E0332
E0332
E0332
E0251
E0250
E0250
E0250
E0250
E0250
E0250
E0237
E0237a
E0248
E0248
E0248
E0237
E0237a
E0248
E0248
E0248
E0250
E0250
E0250
E0250
E0250
E0250
E0289
E0289
E0289
E0289
E0240
E0240
E0240
E0240
E0240
E0240
E0240
E0240
E0263
E0265
E0265
E0262
E0262
E0250
E0250

~~~7b
CI!~

E0234b
E0254
E0254
E0254
E0254
E0254
E0254
E0254
E0254
E0254
E0235
E0234
E0234
E0234
E0234
E0234
E0235
E0235
E0235
E0235
E0235
E0234
E0234
EOl!34
E0234
E0246
E0234
E0234
E0234
E0235
E0234
E0234
E0235
E0235
E0234
E0235
E0234
E0235
E0246b
E0246a
E0234a
E0234a
E0234a
E0234a
E0234
E0235
E0234
E0234
E0234
E0234
E0235
E0235
E0235
E0235

CB(ll
Ml05ad
T0116
T0116
T0116
M157b
M126e
6004AA
M157b
M126e
6004AA
Ml05b
Ml05b
T0116
T0116
FP52d
FP52d
T0116
T0116
FP52d
FP52d
M146e
T0116
M114
M114
Ml05n
Ml05)
M157b
6004AA
M157b
6004AA
M157b
M126e
M157b
M126e
M157
M157
M157
M157

~lg~l
igllg
T0116
T0116
T0116
T0116
T0116
T0116
T0116
T085
T0116
T0116
T0116
T085

67

LINE
No.
1

~#

r

TYPE
No.

I~~~:~~~

t

i~~

SN6492N
4# SN6493N
SN7493AW
T7493Bl
7
US5492A
US7492J
8
US7493A
9
10
11
12
SN74191W
13
DM75L54F
14
DM75L54J
15
DM75L54N
16
DM85L54F
17
DM85L54J
DM85L54N
18
19
MRCIB
T107
20
21 ... SN54S169J
22 ... SN54S169W
23 ... SN74S169J
24 ... SN74S169N
25 ... SN54S163J
26 ... SN54S163W
27 ... SN74S163J
28 ... SN74S163N
29 ... SN54177J
30 ... SN54177W
31 ... SN74177J
32 ... SN74177N
N8280A
33
S8280A
34
35
CM4017AD
36
CM4017AE
37
CM4026AD
38
CM4026AE
39
CM4033AD
40
CM4033AE
41
SCL4017AD
SCL4017AE
42
SCL4017AF
43
SCL4018AD
44
45
SCL4018AE
46
SCL4018AF
47
BIP2610-1
48
BIP2611-1
49 ... MC14534CL
50 ... MC14534AL
51
D4033
MC684L
52
53
MC684P
54
10137F
~~;.# GXB10137
MC10537L
MC10137L
57
58
MC780P
59
MC880P
HEPC3805P-RT
60
61
MC9310F
62
MC9310L
63
MC9316F
MC9316L
64
65
MC8310F
66
MC8310L
67
MC8310P
68
MC8316F
69
MC8316L
70
MC8316P
FLJ201-74190
j~: FLJ205-84190
N74163B
73
N74163R
74
75
N74192B
N74192R
76
S54163B
77
78
S54163E
79
S54163R
80
S54192B
81
S54192E
S54192R
82
83
DM7560D
84
DM8560N
85# FLJ241-74192
86# FLJ245-84192
87 ... SN29310J
8S ... SN29310N
89 ... SN39310J
90 ... SN54290J
91 ... SN54290W
92 ... SN74290J
93 ... SN74290N
94
HEPC3800P-RT
95
MC8306L
MC8306P
96
97
MC9306L
98
MC5490F
99
MC5490L
100+ MC7490F
101+ MC7490L,P%
102 ... MC8390F
103 ... MC8390LP%
104 ... MC9390F
105 ... MC9390L
106
MC54454L
107
MC74454L
108
MC74454P
MC54192F
109
MC54192L
110

~.#

I~~~:m

68

o
~~A~

OF
ER- PROTYPE ATING CESS
COUNTER
FREQ.
(Hz)
2F
2F
2F
2F
2F
2F
2F
2F
2F
2F 4R
2L
2L
2L
2L
2L
2L
2R
2R
2RU
2RU
2RU
2RU
2U
2U
2U
2U
2V
2V
2V
2V
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
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3

LOGIC
LEVEL

1J.,.

.1J'O'

(V)

(V)

1~~~ ~g~ ~g~

18M%
18M%
18M%
18M%
18M%
18M%
18M%
18M%
20M
20M
llMI1

MQ~ 2.0%
Mq~

Mq~

2.0~

.~g:
80'
80'
80'
.80'
.80'
.80*
80'
80*
40'
.40
.70'
.70'
70*
.70'
70*
.70*
00
0.0
.80*
80*
.80*
80'
80'
80*
80*
.80'
80*
.80*
.80*
80*
50*t
.50*t
O.Ot
O.Ot
o Ot

2.0%
2.0%
2.0%
20%
2.0%
2.0%
2.4%
24
2.4%
2.4%
2.4%
2.4%
2.4%
2.4%
50
5.0
2.0%
2.0%
2.0%
20%
20%
2.0%
2.0%
2.0%
2.0%
2.0%
20%
20%
2.6%
26%
10
10
10
10
10
10
10
10
10
10
10
10
14.5'
145'
999%
9.99%
2.0%
12.5%
12.5%
-85
-.88
-.93%
-.96%

O.Ot
0.0
00
0.0
00
0.0
0.0
0.0%
0.0%
01*t
01·t
95'
150*t
1.50*t
-1.7
-1.7t
-1.6*t
-1 6*t

1.7%
17%
17%
1.7%
28Mt~ Mq~
28M~~ MO~ 18%
28Mt MO~ 18%
18%
28M~;
28Mt MO
18%
28Mt% MO~ 18%
1.8%
M~~ 20%
25M% ~g~ 20%
25MlI Mq~ 2.0%
25MlI Mq~ 20%
25M
MO~
2.0%
25M
20%
25Ml1
20%
25MlI Mm 20%
25MlI
M~~ 20%
25M
2.0%
25M
2.0%
25M
Mq~ 20%
30M% Mq~ 20%
30M% MON 20%
32M%
2.0%
32M%
20%
32MlI ~ MO~ 2.0%
M~~ 2.0%
2.0%
32MM ~g~ 2.0%
20%
Mq~
32M~9 Mq~ 2.0%
32MlI
32MlI MO~ 2.0%
Mq~ 24%
Mq~ 24%
Mm 24%
24%
10Mt¢
24%
10Mt¢ MO~ 2.4%
10M!~ M~~ 24%
10Mi& ~g~ 2.4%
10Mt
2.4%
lOMte MC!~ 24%
10Mt¢ Mq~ 2.4%
10Mt0 MO~ 24%
12M%
24%
12M% MO
2.4%
12M% MO
2.4%
25M
24%
~g~ 2.4%
25M

90*
90'
90*
90*
85*
85*
85*
85*
.85*
.85*
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
40*t
40*t
40*t
40*t
.40*t
40*t

MQ~

M~~

MO

MO~

M~~

~&-

llM~;

llMI1
l1Ml1
llMI1
l1Ml1
5.0M
PCB
10M
70Ml1 ~CJl~

~g~~~ M~~
70M% ~g~
70Ml1

70M~;

70Ml1
70Ml1
35MlI
35Ml1
35MlI

Mq~
MO~
MO~

M~~
MO
MO~

~~~f% M:~
MO
MO

5~5M'1~% M~§
50Mtll
5.0Mtll
50Mtll
5.0Mtll
5.0Mt II
5 OM
5 OM
5.0M
5 OM
50M
5 OM
500k
500k
500kll
10MlI
5.0M

~gs

~q§

MOS

M~§
~gs

Mq~
Mq§
MOS

~~~
MO~

~g~
PCB

500k!~ Mq~

500kt¢
100M

150M%
150M%
40Mt
4.0Mt

MO~
MO~

~~~
MO~

M!~

~~~~

~q~
~g~

~q~

5~~~9

D.A. T.A.

~q~

M1~

TYPE

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

om

o Ot

~g~

28Mr~
28Mt M~~
28Mt ~g~

6· COUNTERS
POWER
FAN

CMS
CMS
DTL
DTL
DTL
ECT
ECT
ECT
ECT
RTL
RTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
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
1
8
6
6
6
6
6
6
12
8
9
9
9
9
9
9
9
9
8
8
8
8
8
8
3
3
4
4
5
5
3
3
3
4
4
4
2
2
7
7
2
8
8
5
8
8
8
6
6
9
9
9
9
9
9
9
9
9
9
8
8
9
9
8
8
9
9
9
8
8
8
8
8

6
6
6
6

6

13
13
13
6
6
6
6
6
6
6
6
9
9
9
8
8

OUT
MAX.

PROPAMAX.
SUPPLY GATION RISE
FALL
SPAN
DELAY TIME TIME
NEG POS
tr
tf
(V)
V)
(s)
(s)
(s)

:g gg

~g

40
40
40
40
10
10
10
10
10
10

7.0
7.0
70
7.0
55
5.0
5.0
50
50
5.0
50
50
5.0
50
5.0
50
50
52
50
50
50
5.0
5.0
5.0

0.0
0.0
00
00
00
0.0
0.0
0.0
00
00
0.0
0.0
0.0
00
0.0
0.0
12
0
10 48
10 00
10 00
10 00
10 0.0
10 00
10 0.0
10 0.0
10 0.0
00
00
00
0.0
0
8
8
0
00
00
0.0
0.0
00
0.0
11 00
11 00
11 0.0
10 00
10 0.0
10 0.0
0.0
00
0.0
0.0
0
9
10 00
10 00
70 5.2
5.2
5.2
5.2
10 00
10 00
8 0.0
6 0.0
6 00
00
6 0.0
6 0.0
6 0.0
6 00
6 00
6 00
6 0.0
10 0.0
10 0.0
20 0.0
20 00
10 00
10 00
20 00
20 00
20 00
10 00
10 00
10 00
10
0
10
0
10 0.0
10 0.0
0.0
0.0
0.0
0.0
00
00
0.0
10 00
6 0.0
6 00
6 0.0
10 00
10 0.0
10 00
10 0.0
10 0.0
10 00
10 0.0
10 00
10 0.0
10 00
10 00
10 00
10 '0.0

IOn
34n
34n
34n
34n
25n%lI
25n%lI
400nll
500nll
500nll
700nll
500nll
700nll
225n
225n
225n
250n
250n
250n
600n
600n
40n%
5.0n
2.0n%
10nl1
33n%
35n
25n
25n
25n
25n
25n
25n
25n
25n
25n
25n
52nll
52nll
35nll
35nll
47n
47n

35nl1
35nl1
35nl1

1.2 11

1.011

1.0m
155mt 1.0m
155mt 1.0 11
155mt 1011
155mt 10
155mt
155mt
155mt
10nt 160ml1 1011
550m 1.0

10nt

260~~

260m
260m'JE

260~~
260m
260m
440m 1.0
1.0
1.0 11
500m~ 1.0 11

~gg:::'JE

34n
lIn
11 n
11 n
11 n
IOn
IOn

i%- ~--

50
50
50
5.0
5.0
50
10
10
10
10
10
10
10
10
10
10
10
10
145
14.5
10
10
50
15
15
00
00
00
00
3.6
36
50
5.5
55
5.5
55
5.25
525
5.25
5.25
5.25
525
50
50
50
50
50
5.0
50
5.0
5.0
50
5.0
50
50
5.0
50
5.0
50
50
5.0
5.0
5.0
50
50
5.0
50
50
50
5.0
5.0
50
50
5.0
5.0
50
50
5.0
50
50
5.0
50

1
~~:::~
155mt

j~~~

75n%
75n%
75n%
135nl1
75n%
100nl1
135nl1
135nl1
50n
20n
150nl1
150nl1
150nl1
150nl1
150nl1
150nl1

IN ORDER OF 11)TYPE OF COUNTERI2)LOGIC TYPE
(3)LEVELT(4)LEVEL'O'(5IMAX FREQ(6)TYPE No
MAX. MAX.
TEMP. CKT
DRAWINGS
TOTAL NOISE
PEfc LOGIC OUTLINE
PKG. REJECT LOW HI MO DWG. No DWG. No
DISS.
.6.=MO
(W)
(V)
'C
'C

500~~ 1.011
1.0 11
475m~ 1011
475~~ 1.0 11

500m

475m

--~

I
I

475~~
150m
150m
50n
50n
15ull
15ull
15ull
15ull
15ull
15ull
15u
15u
15u
15u
15u
15u

m:::~

194m
194m
200m
15ull
15ull
200m
15ull
200m
15ull
200m
15ull
200m
200m
15ull
15u
100u
15u
100u
15u
100u
15u
100u
15u
100u
15u
100u
200m
200m
100nt 100nt 5.0m%
100nt 100nt 500u%
50nt
15nt 755m
480mt
480mt
35n
3.5n
400m
33n
33n

1.0 II
1.0 11

33n
3.3n

1.0 II
lOll
45 II
45 11
4.5 11
45 II
4.5 II
45 II
45
45
4.5
45
45
45

lOll
200m

625mt
625mt
250mt
250mt
250m
300mt
300mt
300mt
300mt
300mt
300mt
300mt
300mt
300mt
300mt
525m§ lOll
525m§ lOll
325mt
325mt
325mt
325mt
325mt

47n
47n
47n
20n%
20n%
47nll
47nll
35nll
35nll

300mt 1.0
300mt 10
510m§ lOll
1.0 II

35nl1
50nl1
50nl1

~1~:::~

50nll
50nll
20n
20n%
20n%
20n%
100nll
100nll
100nll
100nll

100nl1
100nll
100nll
100nll

31n%
31n%

~1~:::~
315~;
145m

145~~

145m
160mt
350mt
350mt
350mt
160mt
160mt
160mt
160mt
160mt
160mt
160mt
160mt
600mt
600mt
eOOmt
325mt
325mt

SYMBOLS AND CODES
EXPLAINED IN INTERPRETER

m

-40
-40
0
0
-55
0
0
0
-55
0
-55
-55
-55
0
0
0
0
0
-55
-55
0
0
-55
-55
0
0
-55
-55
0
0
0
-55
-55
-40
·55
-40
-55
·40
-55
-40
-55
-55
-40
-55
0
0
-40
-55
0
-30
-30
-30
0
-55
-30
15
0

85
85
70
70
125
70
70
70
125
70
125
125
125
70
70
70
70
70
125
125
70
70
125
125
70
70
125
125
70
70
75
125
125
85
125
85
125
85
125
85
125
125
85
125
55
55
85
125
75
75
75
85
75
125
85
55
75

1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
4
3
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1

-55
-55
-55
-55
0
0
0
0
0
0
0
-25
0
0
0
0
-55
-55
-55
-55
-55
-55
-55
0
0
-25
0
0
-55
-55
-55
-55
-55
0
0
0
-55
-55
-55
0
0
0
0
-55
-55
-55
0
0
-55
-55

125
125
125
125
75
75
75
75
75
75
70
85
70
70
70
70
125
125
125
125
125
125
125
70
70
85
75
75
125
125
125
125
125
70
75
75
125
125
125
75
75
75
75
125
125
125
75
75
125
125

1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
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
1
1

:~~

~g~~;

'ig~:

E0234~~
E0235
M75a
E0235
T084
M126h
E0234
Ml05b
E0234
TOSS
E0235
Ml05b
E0235
T088
E0234
T088
E0320
11004AG
E0178
FP88
E0178
M200e
E0178
Ml17t
E0178
FP88
E0178
M200e
E0178
Ml17t
E0236
CB53
CB~
E02106 M153d
E02106 11004AG
E02106 M153d
E02106 Ml17x
E02105 M153d
E02105 11004AG
E02105 M153d
E02105 Ml17x
E0167a M157b
E0167a lI004AA
E0167a M157b
E0167a M126e
E0317
TOl16
E0317
TOl16
E0259
M210b
E0259
M210b
E057
M210b
E057
M210b
M210b
E058
E058
M210b
E0259
lI001AE
E0259
lI001AC
E0259
lI004AG
E0260
lI001AE
E0260
lI001AC
E0260
lI004AG
E0330
M280
E0330
M280
E0339
M292
E0339

~~~2

E0324
E0324
E0325
E0325
E0324
E0324
E0324
E0325
E0325
E0325
E0320
E0320
E0271
E0271
E0273
E0273
E0271
E0271
E0271
E0273
E0273
E0273

M191
M278
M153a
M200f
M191
M191
TOl16
TOl16
M154
FP85
M191
FP85
M191
FP85
M191
M278
FP85
M191
M278
Ml17w
Ml17w
M256
FP79a
M256
FP79a
M256
M153a
FP79a
M256
M153a
FP79a

E0148
E0148
E0166
E0166
E0166
E0340
E0340
E0340
E0340
E0323
E0290
E0290
E0290
E0323
E0323
E0323
E0323
E0323
E0323
E0323
E0323
E0337
E0337
E0337
E0332
E0332

M117w
Ml17w
M153d
Ml17x
M153d
M157b
lI004AA
M157b
M126e
TOl16
M291
M237
M291
T086
TOl16
T086
TOl16
T086
T0116
T086
TOl16
M291
M291
M237
FP85
M191

E0333
E0333
E0335
E0335
E0335
E0318
E0318

68

LINE
No.
I
2
3
4
5
6
7
8
9
10
II
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29 ...
30 ...
31 ...
32 ...
33
34

f§J

TYPE
No.

~g!:~~r

~TYPE
OF
o ER- PRO~~A~

COUNTEF ATING CESS

F~~z?
I~

MC74192P
3
MC54452F
3
MC54452L
3
MC74452F
3
MC74452L
3
MC74452P
3
N8280F
3
N8280Q
3
S8280F
3
S8280Q
3
MC7280F
3
MC7280L,P%
3
MC8280F
3
MC8280L
3
SP3280A
3
SP3281A
3
1797
3
MC4316L
3U
MC54416L
3U
MC544171
3U
MC74416L
3U
MC74416P
3U
MC744 I 7L
3U
MC74417P
3U
MC4016L
3U
MC4016P
3U
SN54176J
3V
SN54176W
3V
SN74176J
3V
SN74176N
3V
MC14022AL
5
MC14022CL
5
MC14022CP
5
M58 I 2P
5
37
CD4017AD
5
38
CD4017AE
5
39
CD4017AK
5
CD401SAD
5
40
41
CD4018AE
5
42
CD4018AK
5
43
CD4022AD
5
44
CD4022AE
5
45
CD4022AK
5
46
CD4026AD
5
47
CD4026AE
5
48
CD4026AK
5
SCL4026AD
49
5
50
SCL4026AE
5
51
SCL4026AF
5
52
SCL4033AD
5
53
SCL4033AE
5
54
SCL4033AF
5
55
SCL4022AD
5
SCL4022AE
56
5
57
SCL4022AF
5
58
MC939F
5
59
MC939L
5
SO
MC839F
5
61
MC839L,P%
5
ZN7492E
6
ZN7492F
6
64
MC4023F
6
65
CD4029AD
6
66
CD4029AE
6
67
CD4029AK
6
68
CM4018AD
6
69
CM4018AE
6
70
CM4022AD
6
71
CM4022AE
6
72
Ml02
6
73
SCL4029AD
6
74
SCL4029AE
6
75
SCL4029AF
6
76 ... #- DN81 I
6
77 ... MC10138L
6
78
MC1678L
6
79
MC1679L
6
80. JANM385 1%?601 BCE

~~#

~~t

81+
82.
83.

JANM385 10/01301 BC
16
JANM385 10/01301 BD
16
JANM385 10/0?601 BD(

JANM38510/01301CCE
16
85. JANM38510/01301CC
16
86+ JANM385 10/01 ,360 I CDE
87+ JANM38510/01301CD(
6
88# FJB9305
6
89
DM7532D
6
90
MC4023L,P%
6
91
04027
6B
92# MIC5492J
6F
MIC6492J
6F
MIC7492J
6F
6F
95# MIC7492N
96 ... MC14536AL
6U
97 ... MC14536CL
6U
98
9305DM
6U
99
9305DC
6U
100
9305FC
6U
101
9305FM
6U
102
374AJ
7

25M
25M
25M

MO~
MO~

40M!~ MO
40Mt
25Mt MO

M~~

~~~~ M~~
~g~

25M%

25Mi~

Mq~

25Mt

MO~

~~~~

M~~

25Mi~

MO~

~g~

25M%
10M
PC~~
80Mig
80Mt
8.0MT8 Mq~

~g~

~g~ig

MO~
MO~

80M!8
8.0Mt¢ M~~
8.0Mt%
8.0Mt%
35M'" M~;
35M'"
35M'" Mq~

~g~
~g,

~~~~~

g~~,

lOOk
50M"'%
5.0M"'%
5.0M"'%
50M"'%
50M"'%
50M"'%
50M"'%
5.0M"'%
5.0M"'%
5.0M"'%
5.0M"'%
5.0M"'%
5 OM
5 OM
5.0M
5 OM
5.0M
50M
6.0M
60M
6.0M
30M%
30M%
30M%
30M%
18M%
18M%
30M%
50M"'%
5.0M"'%
50M"'%
5.0Mt'"
50Mt'"
50Mt'"
5.0Mt'"
5.0M
50M
5.0M
50M

MO~
MO~

M1~

MO
MO

M~~

~g~
M~~
~g~
M~~

~g~
M~~

~g~
M~~
~g~
M~l

~gi
M~l

~g~
Mq~

Mqr
MOr

M1~

MO
MO

M~;
MO

~8l

MO

MO~

MO
PCB

M~~

69

,1J '0'

(V)

(V)

~gs

M~~

!g:~

24%
.40*t
24%
.40*t
24%
40*t
24%
.40*t
2.4%
40*t
2.4%
.40*t
2.6%
.40t*
26%
40t*
26%
.40t*
26%
40t*
28%
.40*t
28%
.40*t
2.8%
.40*t
28%
40*t
35%
60t*
3.5%
.60t*
5.0
0.0
24%
.40*t
24%
.40*t
2.4%
.40*t
24%
40*t
24%
.40*t
24%
.40*t
24%
.40*t
2.5%
.40*t
25%
40*t
20%
.80*
2.0%
80*
2.0%
.80*
2.0%
.80*
9.99%
01*t
999%
01*t
999%
.01*t
-9.0%
-4.0*
10
o Ot
10
OOt
10
O.Ot
10
o Ot
10
o Ot
10
O.Ot
10
o Ot
10
O.Ot
10
o Ot
10
o Ot
10
o Ot
10
O.Ot
10
0.0
10
00
10
00
10
00
10
00
10
0.0
10
0.0
00
10
00
10
2.6%
40'
2.S%
40'
2.6%
45*
2.6%
45'
20%
80'
2.0%
.80*
25*
40*t
10
o Ot
10
o Ot
10
o Ot
10
O.Ot
10
o Ot
10
o Ot
10
o Ot
10
00
10
00
10
00
00
10
13%
.40*
-.96%
-I 6*t
-96%
-1.6*
-.96%
-I 6*

6· COUNTERS

TYPE

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
TTL
TTL

DTL
DTL
DTL
DTL

DTL
ECT
ECT
ECT

FAN
IN
OUT
MAX.

~

8
3
3
3
3
3
8
8
8
8
8
8
8
8
8
8
8
8
8
9
8
8
9
9
8
8
8
8
8
8
3
3
3
4
3
3
3
9
9
9
3
3
3
4
4
4
4
4
4
5
5
5
3
3
3
6
6
6
6
2
2
4
9
9
9
9
9
3
3
9
9
9
9
2
7
7
7

POWER
PROPAMAX.
SUPPLY GATION RISE
FALL
SPAN
DELAY TIME TIME
NEG POS
tr
11
V)
(V)
(5)
(5)
(5)

:g igg
10

~.g

70
7

00
00
00
0.0
00
0.0
0.0
0.0
0.0
00
00
0.0
0.0
0.0
00
0.0
4.8
0.0
0.0
0.0
00
0.0
0.0
0.0
0.0
0.0
0.0
0.0
00
00
00
00
0.0
30
00
00
0.0
0.0
0.0
0.0
00
0.0
0.0
0.0
0.0
00
00
0.0
00
0.0
0.0
0.0
0.0
00
00
00
00
0.0
00
00
0.0
00
00
00
0.0
0.0
00
0.0
00
00
00
00
00
0.0
5.2
5.2
5.2

5.0
50
50
5.0
5.0
5.0
50
50
5.0
5.0
5.0
5.0
5.0
5.0
50
5.0
5.2
5.0
5.0
50
5.0
5.0
50
5.0
5.0
5.0
5.0
50
5.0
5.0
10
10
10
30
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
50
5.0
5.0
50
50
50
5.2
10
10
10
10
10
10
10
10
10
10
10
15
0.0
0.0
00

10
10

4
4
4
4
5
5
4
8
8
8
8
8
8
8
8
8

50
50
50
50
50
50
50
50
50
10
10
10
32
32
32
32
10
50
50
50

50
50
50
50
4

~:~~

~g55~

~~

31n%

25n%'"
25n%'"
25n%'"
25n%'"
25n'"
25n'"
25n'"
25n'"
50n'"
50n'"
50n
50n
25n
78n'"
45n'"
45n'"
45n'"
45n'"
45n'"
45n'"
78n'"
78n'"
34n
34n
34n
34n
75n
75n
lIOn
I IOn
lIOn
I IOn
1.5u%
400n'"
15u'" 15u'"
500n'"
15u'" 15u'"
400n'"
15u'" 15u'"
400n'"
15u'" 15u'"
500n'"
15u'" 15u'"
400n'"
15u'" 15u'"
400n'"
15u'" 15u'"
800n'"
15u'" 15u'"
400n'"
15u'" 15u'"
500n'"
15u'" 15u'"
700n'"
15u'" 15u'"
500n'"
15u'" 15u'"
500n
15u
15u
500n
15u
15u
500n
15u
15u
500n
15u
15u
500n
15u
15u
500n
15u
15u
225n
15u
15u
225n
15u
15u
225n
15u
15u

lOOn'"
lOOn'"
16n
300n'"
600n'"
300n'"
400n'"
500n'"
225n'"
250n'"
300n
300n
300n
300n

IN ORDER OF (l)TYPE OF COUNTER(2)LOGIC TYPE
(3ILEVEL'1'(4ILEVEL'Q'(5IMAX FREQ(6ITYPE No
MAX. MAX.
TEMP.
CKT
DRAWINGS
TOTAL NOISE
PE~[ LOGIC OUTLINE
PKG.
REJECT LOv-. HI MO DWG. No DWG. No
DISS.
t.=MO
(W)
(V)
'c 'C
I
IFP85
Ig
~~g;::~
M191
I
325mt
0
75
I E0332
M278
350mt
-55 125
2 E0336
FP85
-55 125
350mt
2 E0336
M191
350mt
0
75
2 E0336
FP85
350mt
75
2 E0336
M191
0
350mt
0
75
M278
2 E0336
236m
0
75
I E0317
M157
236m
0
75
I E0317a T088
236m
-55 125
I E0317
M157
236m
-55 125
I E0317a T088
130mt
0
75
1 E0331
T086
130mt
0
75
I E0331
T0116
130mt
-55 125
I E0331
T086
130mt
-55 125
I E0331
T0116
260m 1.0'"
0
75
I E0326
T0116
260m 1.0 f:,.
0
75
I E0327
T0116
600m 1.0
0
70
4
250mt
0
75
I E0322
250mt
-55 125
I E0322
M191
250mt
-55 125
I E0338
M191
250mt
0
75
I E0322
M191
250mt
0
75
I E0322
M278
250mt
0
75
I E0338
M191
250mt
0
75
I E0338
M278
250mt
0
75
I E0322
M191
0
75
I E0322
M278
250~
150m
-55 125
I E0157a M157b
150m
-55 125
I E0157a "'004AA
0
70
I E0157a M157b
150m~
150m'Jj
0
70
I E0157a M126e
100u
-55 125
I E059
M191
10m
-40 85
I E059
M191
10m
-40 85
I E059
M278
16mt 20 f:,.
0
75
I E054
Ml05
100u% 4.5 '"
-55 125
I E0259
"'001AE
10m% 4.5 '"
-40 85
I E0259
f:,.001AC
100u% 45 f:,.
-55 125
I E0259
"'004AG
100u% 45 '"
-55 125
I E0260
"'001AE
1.0m% 45 '"
-40 85
I E0260
"'001AC
100u% 4.5 '"
-55 125
I E0260
"'004AG
100u% 45 '"
-55 125
I E056
"'001AE
1.0m% 4.5 f:,.
-40 85
I E056
"'001AC
100u% 4.5 f:,.
-55 125
I E056
"'001AG
100u% 45 f:,.
-55 125
I E057
"'001AE
1.0m% 45 '"
-40 85
I E057
"'001AC
100u% 45 '"
-55 125
I E057
"'004AG
100u% 4.5
-55 125
E057
"'001AE
100u% 4.5
-40 85
E057
"'001AC
100u% 4.5
-55 125
E057
"'004AG
100u% 4.5
-55 125
E058
"'001AE
100u% 45
-40. 85
E058
"'00 lAC
100u% 45
-55 125
E058
"'004AG
-55 125
100u% 45
I E056
"'001AC
100u% 4.5
-40 85
I E056
"'001AE
100u 4.5
-55 125
I EOS6
"'004AG
150mt 1.0
-55 125
I E053
T086
150mt 1.0
-55 125
I E053
T0116
150mt 1.0
0
75
I E053
T086
150mt 10
0
75
T0116
I E053
0
70
I E0613
M126
155m~
155m~
0
70
I E0613
T086
200mt
0
75
I E067
T086
100u% 4.5 f:,.
-55 125
I E061 I
"'001AE
10m% 4.5 f:,.
-40 85
I E061 I
"'001AC
100u% 45 f:,.
-55 125
I E061 I
"'004AG
200m 4 5 f:,.
-55 125
I E0260
M210b
200m 4.5 f:,.
-40 85
I E0260
M210b
200m 4 5 '"
-55 125
I E056
M210b
200m 4 5 f:,.
-40 85
I E056
~ldOb
4.5
-55 95
3
100u% 4.5
-55 125
"'001AE
100u% 4.5
-40 85
"'001AC
100u% 4.5
-55 125
"'004AG
450m 10
-20 75
I E0617
M257d
370mt
-30 85
I E0615
M191
750mt
0
75
M191
I E069
750mt
0
75
I E069
M191

15u'"
15u'"
15u'"
15u'"
15u'"
15u'"
15u'"
15u
15u
15u
15u

15u'"
15u'"
15u'"
15u'"
I 5u'"
15u'"
15u'"
15u
15u
15u
15u

ig~16

150Mt¢
350M%
350M%

~g~

10M¢

MO~

20%

.80*

TTL

4

10

00

5.5

81n'"

268m

-55

125

I E0614

10M¢

MO~

20%

80*

TTL

4

10

00

5.5

81n'"

268m

-55

125

I E0614

M314

10M¢

MO~

2.0%

80*

TTL

4

10

00

5.5

81n'"

268m

-55

125

I E0614

FP83

10M0

MO~

20%

80*

TTL

4

10

0.0

5.5

81n'"

268m

-55

125

I E0614

FP83

10M¢

MO~

2.0%

80*

TTL

4

10

00

55

81n'"

268m

-55

125

I E0614

M314

10M(Z>

MO~

20%

80*

TTL

4

10

00

5.5

81n'"

268m

-55

125

I E0614

M314

10M0

MO~

20%

.80*

TTL

4

10

0.0

5.5

81n'"

268m

-55

125

I E0614

FP83

80*
.80*
80*
.40*t
95*
.80*
80*
.80*
80*
.01 *t
01*t
90*
85*
80*
80*
50%

TTL
TTL
TTL
TTL
DTL
TTL
TTL
TTL
TTL
CMS
CMS
TTL
TTL
TTL
TTL
DTL

4
6

10
8
10
10
II
10
10
10
10

00
0.0
0
00
0
0.0
0.0
00
00
0.0
00
00
0.0
00
0.0
00

5.5
5.0
50
5.0
5_0
5.0
50
50
50
10
10
50
50
5.0
5.0
15

81n'"
62n'"
20n%
16n
40n%
lOOn'"
lOOn'"
lOOn'"
lOOn'"
650n
650n
55n%
55n%
62n'"
57n'"

-55
0
-55
0
0
-55
-40
0
0
-55
-40
-55
0
0
-55
-30

125
70
125
75
75
125
85
75
75
125
85
125
75
75
125
70

I
I
I
I
4
I
I
I
I
I
I
I
I
I
I
I

FP83
"'001AA

MO~

84+

m;

~ '1'

~g~ ~.!~

40Mt~ MO~
40Mi~ MO~

40Mt

LOGIC
LEVEL

10M¢
M~~
26M% MO
30M%
30M%
5.0M
PCB
18M'"

20%
2.0%
20%
2.5*
20%
2.0%
18M~~ M~~ 20%
2.0%
18M'"
20%
18M'"
3.0M'" M~§ 9.99%
M~S 999%
3.0M'" MO
17%
20M'"
1.8%
20%
20M(Z>
2.0%
~g~ 65*

~g;
~g~

M~~
~g~~ ~g~

D.A. T.A.

8
2
4
4
4
4
5
5
6
6
6
6
10

8
8
8
8

3.5n%
3.7n
3.7n

2.5nt
27n
2.7n

2.5nt
2.6n
26n

268m
330m~

250mt
200mt
50nt
15nt 500m
124mt
124mt
124mt
124mt
75n
75n
100u%
1 IOn
I IOn
1.0m%

10
1.0 f:,.
500m
500m
500m
500m

300m~ 400m
325m:* 400m
330m§ 400m
330m§ 400m
3.2

SYMBOLS AND CODES
EXPLAINED IN INTERPRETER

E0614
E068

M314

E067

tg~16

E0234
E0234
E0234
E0234
E0616
E0616
E068
E068
E068
E068
E0257

T0116
T0116
T0116
T0116
M191
M191
M 105ad
M 105ad
TOS6
T086
M319

69

LINE
No.
1
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
43
44

f§J

TYPE
No.

I~j:~t
374CJ
374CL
374ML
372AJ
372AL
372BL
372CL
372ML
10136F
GXB10136
MC10136L
AM25010C
AM25010M
93L660C
93L660M
93L66FM
93L66PC
9316PC

93160C
93160M
9316FM
N8284A
N8284F
S8284F

93660C

93660M
9366FM
9366PC
MC54453F
MC54453L
MC74453F
MC74453L
MC74453P
MC4318L
MC54418L
MC54419L
MC74418L
MC74418P
MC74419L
MC74419P
MC4018L
MC4018P

t

a
~rA~

ER- PROOF
TYPiJ ATING CESS
COUNTER

F~;l?'

~'1'
M

MO~

M~~

MO
10Mt%
10Mt%
10Mt%
1.0Mt%
10Mt%
100M
150M%
27M%
27M%
23M%
23M%
23M%
23M%
15M%
15M%
15M%
30M%
30M%
30M%
32M%
32M%
32M%
32M%
40M!2"
40Mt2"
40Mt%

MO~

M~;

~g~

M~~

~g~
MO~

M~~
MO
Mq~
Mq~
MO~

M~~

~g~
M~~

~g~
Mq~
MO~
MO~

40:~~ ~q~

40Mt
80Mt
80M!;g

MO~

M~~

~.g~~g ~g~

80M!8 Mq~
8 OM~g MO~
MO~
80Mt

M~~
~ g~~~ MO

65*
65*
65%
65*
65*
65*
6.5*
65*
-85
-88
-96%
17%
17%
20%
2.0%
20%
20%
20%
20%
20%
20%
20%
20%
20%
20%
20%
20%
20%
24%
24%
24%
24%
24%
24%
24%
24%
24%
24%
24%
24%
25%
25%

6. COUNTERS
FAN
POWER
TYPE

IN

f!J,o' fIJ

OUT
MAX.

;g~

I~it

50%

OTL
OTL
OTL
OTL
OTL
OTL
OTL
OTL
ECT
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

50%
50%
5.0%
50%
5.0%

50%
5.0%
-17
-1 7t
-1 6*t
85*
.85*
70*
70*
70*
70*
80*
80*
80*

80*
80*
80*
80*
.80*

80*
80*
80*
40*t
40*t
40*t
40*t
40*t
40*!
40*t
40*t
40*!
40*t
40*t
.40*t
40*t
40*!

10
10
8

8

8
8
8
5
8
8
14
14
10
10
10
10
10
10
10
10
6
6
6
8
8
8
8
3
3
3
3
3
8
8
9
8
8
9
9
8
8

----45
5
5
5
70

I

6
6
6
6
12
12
12
6
6
6
6
10
10
8
8
8
8
8
8
8
8
8

00
00
00
00
00
00
00
00
52
52
52
00
00
00
00
00
00
00
0.0
00
00
00
00
00
00
00
00
00
00
00
00
00
00
00
00
00
00
0.0'
00
0,0
0.0
00

tr
(sl

g

gg

19
10

IN ORDER OF (1)TYPE OF COUNTER(2)LOGIC TYPE
13}LEVEL'1'I4}LEVEL'O'15}MAX FREQ(S}TYPE No
MAX. MAX.
TEMP.
CKT~WINGS
PER LOGIC OUTLINE
TOTAL NOISE
PKG.
REJECT LOW HI MO DWG. No DWG. No
I
Ll=MO
I
(VI
'C
'C
I

IPROPAMAX
SUPPLY GATION RISE IFALL
TIME
DELAY TIME
SPAN

~~G iv~S

(VI

~qf ~;:

~

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
7U
7U
7U
7U
7U
7U
7U
7U
7U

LOGIC
LEVEL

12
15
15
15
15
12
12
15
00
00
0.0
50
50
50
50
50
50
50
50
5.0
50
50
50
50
50
50
50
50
50
50

Q

D!~X

fs)

(sl

i
800ntl
800ntl
800ntl
800ntl
800ntl
5 On
20n%
33n%
60ntl
60ntl
75ntl
75ntl
75ntl
75ntl
50ntl
50ntl
50ntl
50ntl

I

35n

35n

33n

33n

i

,
i

Ig

_.

1795mt
1795mt
1492mt
492mt
1795mt
:400m
L

35
32
32
32
32
35
35
32
200m

~~g~;
[--f~
85mt
85mt
85mt
85mt

470~~

470m

400m

470~~ 400m

5 On

470m
360m
360m

5 On

400m

~~g~~

47ntl
Hiltl
47ntl
47ntl

445m~

445~~

510m
350mt
350mt
350mt
350m!
350m!f250m!
250m!
250m! j
250m!
250m!
250m!
250m!
250m!
250m!

~-8- \---._50
50
78ntl
50
78ntl
50 I 78ntl
78ntl
~
50
78ntl
50
78ntl
50
78ntl
50
78ntl
78ntl
50

_._._-

:~~ i~5

-30 ,85
-55 125
-55 125
-30 70
-30 70
-55 125
-30 85
-55 125
-30 85
0
75
-30 85
0
75
-55 125
0
75
-55 125
-55 . 125
0
75
0
75
0
75
-55 125
-55 125
0
75
0
75
-55 125
0
75
-55 125
-55 125
0
75
-55 125
-55 125
~" 75
75
0
0
75
0
75
-55 125
-55 125
0
75
0
75
0
75
0
75
0
75
0
75

1 ~g~;j
1 E0257
1 E0257
1 E0257
1 E0150
1 E0150
1 E0150
1 E0150
l,E0150
1
1 E073
1 E073
1 E0146
1 E0146
1 E0171
1 E0171
1 E0171
1 E0171
1 E0147
1 E0147
1 E0147
1 E0147
1 E0251
1 E0251
1 E0251
1 E0257
1 E0257
1 E0257
1 E0257
2 E0336
2 E0336
2 E0336
2 E0336
2 E0336
1 E071
1 E071
1 E074
1 E071
1 E071
1 E074
1 E074
1 E071
1 E071

~~~~!

M200j
M319
M20'O]M200j
M319
M200j
M200j
M200
M200j
M153a
M200f
M191
M246
M246
M224c
M224c
M357
FP79b
M357
M224c
M224c
FP79b
M344a
M297d
M297d
M224c
M224c
FP79b
M357
FP85
M191
FP85
M191
M278

~~WL~
M191
M191
M278
M191

~~~~ -~
M278

,
.,~

i

I

._---

~~--

-~~-

~-

I
..

~

-.-

I

.-

--- - _ .

-

I

--

-~--

I

I

---

--I-'

r----

I

I

--~--I-'

!

I

,
I

I

---- -

I

I

I

I

I

---I
..

, - -

i

70

D.A. T.A.

SYMBOLS AND CODES
EXPLAINED IN INTERPRETER

-,,-

70

LINE
No

.§J

DECODES

TYPE
No.

frlOM

~# ~~~~71.74185A 1
I 1
3# FlH575-84185A
1

~

~g~J(Yr[#2---1-

6

MC4001P#2

~

~~~301

9# DN852

fto

5 MA~
PRO·
ATING CESS

0f~R.

F~~z?'

LOGIC
LEVEL

1J.

;~l

7. DECODERS
No OF
LINES
IN OUT

.!J.

;~l

POWER TRAN· RISE
SUPPLY SITION TIME
SPAN
TIME
tr

I~~G P~S
~

lsI

lsI

FALL
TIME
tf

lsI

IN ORDER OF (l)FROM CODE(2)TO CODE
13ILEVEL'1'14ILEVEL'O'15IMAX FREQI6lTYPE No
MAX. MAX.
TEMP. CKT
DRAWINGS
TOTAL NOISE
PER LOGIC OUTLINE
POWEF REJECT LOV; HI Mot DWG. No DWG. No
D!.S~.
....
t.=MO
,WI
,VI
'C
'C

P,-,B

L

U"'"

~u*

I

I

IUU

IIi;jUmt

IU

7u;j

I'-'till;,!

2

MD~

2 0%

80*

5

5

00

50

40nt

240mt lOt:,

0

70

1 F0275

M 117w

2

MO.!,

20%

80*

+

5

00

50

40nt

240mt lOt:,

-25

85

1 F0275

M 117w

U

4untt:,

L

-+--

5Qr,.1_

P~ ~g~-

5

~~:t

-lLl-ronO"---+"--5-,i05'--+-'4--'-5-=-n--+---+--~~g*i5~~!!ct.--t--'I-,0,--",t:,-~1~0[---+~4-1g~f----.-1--t-...Fo"'2"'3.--.6.------+I~C~M~B.2;~%~77~81C"----I

2
25*
45*t
6
00 50
45n
300mt
75
1 F0236
'1£1
1--_+~~~-+5~0--+~~C~~~~~~Hg~-+~gHg~-+~:~-.1,g~~4~8L+~~~~I~~~g~~-~1~0~0~n-+l~0~0~n-+~60~0~m~~I~.0~-~g~+~~g~f--~~+F~0~1~2~0.-~~~~~1~7f.-1

1

1

8

MD-"

00

~~g~'l(

50

10

-20

75

1 F0150

M200m

~1~~~*~HI7~0~~.---~+1-~~~ --~~~0~00M~kc-+~~g~~~.*~0~0~~:~*.*g--+-~7~r-~8-+~1~~~+lg~--_+1~6~5~~-+716~~~:~*~~~g~~~f----~:~~g~*~~~-+~11LFO~16~~~C~B~3~1_1
12# M54402P
13
N8250F
14
S8250F

1
1
1

8
8
8

MMDD[~ 2200~

1
1

10

~

~g~

19
10

18

80*
80*
80*

4
4
4

19
68%

g g~
27t*

:
4

10

gg
5

68%

n~:

4

19
10

505 5.05
50 50

3

4

52 00

,,,,.
20%

M~~

80

00
00
00

70
50
50

30n%

113mt lOt:,
125m
125m

0
0
-55

75
75
125

1 F0235
1 F0125
1 F0125

Ml05j
M157
M157

~gg~

:~g ~~5

1 ~gm
1 F0119

~ggl~g

1~ ~~~~g~
1
~
~g~ ~ ~~ :g~
:
~ gg ~g
~ g~ ~ g~ m~
g
~~
1 ~gm
~ri~iq
~1~7~¥.S~8~2~5~0¥A--~+I-~*8--+--~MM~DD~H-~~22*66~~~~4~0~t-f--~4-+-~8-f.0**0~570~---+5~0~n--+~5~0~n-~1~2~5~m~---f.~5,,--5~1*2,,--5t-~I~F*OfI2~5~-P.M~I~0~5~q~
18
S8250J
1
8
~~,.
40t
4
8 00 50
50n
50n
125m
-55 125
1 F0125
TD88
19
MC14028Al#2 1
8
MClS499%
01*t
3
10 00
10480nt:, 175n 200n 100u
-55 125
1 F0272
M191
20
MC14028Cl#2 1
8
MH-:13~1l_____t_:CMH1:___.1__47-__;

125mt
1.25
30*t
1-55
, _ _ 30mt
___ ---+;P.5
30mt
,0
30mt
10

---'--1

SYMBOLS AND CODES
EXPLAINED IN INTERPRETER

F0131
F0131
F0131
F0131
F0131

M117x

71

LINE
No.

~

DECODES
TYPE
No.

-hiOM

~. ~~~:m~

3
4t
5.
6
7+
8.
9.
10.
1,.
12
13
14
15
16
17
18
19
20
21
22

~~it

SN54155N

~~~:l~~f

SN54156N
SN54156W
SN74155J
SN74155N

~~~:1~~~

SW5485J
SW7485J
SW7485N
SW54154J

~:~:m~

SW74154J
SW74154N
SW74155J
SW74155N

~:m~~~

TL74155N
25# TL74156N
26
US54154A
27
US74154A
28
3202
29
3205
30
9315DC
31
9315FC
32
MC4038P
33
MC4306F
34
MC4306L
35
MC4307L
36
MC54406F
37
MC54406L
38
MC74406F
39
MC74406L P%
MCE54H146F
40
41
MCE74H146F
42
MC4006F
43
MC4006L,P%
44
MC4007L
45
MC4007P
46
MC4048P
47
MC7250L,P%
48
MC7251L
49
MC7251P
50
MC8250L
51
MC8251L
MBDI
52
53
MBDliZ1
54t MC14514AL
55. MC14514CL
56. MC14515AL
57+ MC14515CL
58'1' CD4514BD
59'1' CD4515BD
60
D4410
61
MC1043F
62
MC1243L
63
MC4040P

g~

66
67

~~~

I~W5442J

SW~:42J
SW7 42N
D4040
5548
FLH561-74184

70# FLH565-84184 1
71
72

73

74

MBD111
MC4001L#1
MC4001P#1
HEPC2501P-R

75
76

MC770P
MC870P
380CJ
Hit MIC380-1D
79# MIC380-1 Dl
MIC380-5D
MIC380-5Dl
82# MIC381-1D
MIC381-1Dl
MIC381-5D
85# ~~C637116t5Dl
86
MC676P
87
88
HEPC3041 P-R

:~:
:~~

89
90

MC5441AL
MC7441AL
MC7441AP
MIC382-1D
93# MIC382-1Dl
MIC382-5D
MIC382-5Dl
DM54L42AF
DM54L42AJ
98
DM54L42AN
DM74L42AF
199
DM74L42AJ
101
DM74L42AN
102
5553
103
5553A
104
9352DC
105
9352DM
106
9352FC

~~it

~~~
~~

72

fto

5 MA~
OPER- PROATING CESS,lJ

F~JZ?'

LOGIC
LEVEL

;~l

1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
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
2
2

ls'
18T

1

PCB
PCB

2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
20%
2.0%
20%
2.0%
2.0%
2.0%
2.0%
2.0%
20%
20%
20%
20%
2.0%
20%
2.0%
20%
2.0%
2.0%
2.0%
2.0%
2.0%
20%
2.4%
2.4%
2.4%
2.4%
24%
2.4%
24%
2.4%
2.4%
2.5%
25%
2.5%
2.5%
2.5%
2.8%
2.8%
2.8%
2.8%
2.8%
5.0
50
999%
999%
9.99%
9.99%
10
10
13
-85%
-85%
2.0%
2.0%
2.0%
20%
2.0%
2.0%

2

1

MO~

2
2
2
2

1
1
1
1

MO~

2
2
2
2
2
2
2
2
2
2
2
2
2
2

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

4
4
4
4
411
411
411
411
4
4
4
4
4
4
4
4
4
4
4

18
18
18T
18
18
18
18
18
18T
18T
18
18T
18T
18T
18T
18
18T
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
18
18
18
18
18
19

~:~~
~~~
MO~ 2.0%

M~~

MO
MO

MO~

M~~
MO~

M~~

MO

MO~

MO
M1~
MO
Mq~
MO~

M6~

M~~

MO

MO~

M1~

MO
MO

M~~
~g~

~g~

~~;

Mm

M~~

~g~
Mq~
MO~

Mm

M~;

MO

MO~

M1~

MO
MO
Mq~
Mq~
MO~

M~;

MO

MO~

5.0M
50M

PCB

~~

M~§

M~S
MO
M~~
MO
3.0M
ECT

~~~

Mq~
MO~
MO~

50M

D.A. T.A.

50M

PCB

~

7· DECODERS
No. OF
LINES
IN
OUT

;~l

:8~:

I~~ I~ ~

32nt

10 00
10 00
10 0.0
10 0.0
10 00
10 0.0
10 0.0
10 00
10 0.0
10 0.0
10 0.0
3 00
10 00
8 0.0
8
10 Ig8
16 0.0
8 0.0
8 0.0
8 00
8 0.0
8 0.0
8 0.0
16 0.0
16 0.0
6 00
00
10 0.0
10 0.0
8 00
8 0.0
8 0.0
4 00
8 00
8 00
8 00
8 0.0
10 0.0
10 0.0
8 0.0
8 00
10 00
4 00
8 00
8 00
10 00
10 00
8 00
8 0.0
0
8
8 0.0
16 0.0
16 0.0
16 00
16 0.0
16 00
16 00
16 10
25 5.2
25
8 g~
10 00
10 0.0
10 0.0
7
0
7 00

20%

80*

5

5

00

5.0

40nt

20%
20%
25*
25*

80*
95*
.45*t
.45*t

5
1
6
6

5
7

0.0

40nt

00
0.0

5.0
5
5.0
5.0

.50t
1. 2 lit
1 211t
1. 2lit
1.211t
1.211t
1.211t
1.211t
1.211t
1 5*t
1 5*t

4
4
4
4
4
4
4
4
4
4
4
4
4

7
10
10
10
10
10
10
10
10
10
10
10
10
10

00
0.0
00
0.0
0.0
00
00
0.0
00
00
00
00
00
00

36
36n
3.6
35n
35n
3.6
12
12
15
12
15
12
15
12
15
15 500n
15 500n

25*t
25*t
25*t
25*t
2.511t
2.511t
2.511t
2511t
.70*
70*
70*
70*
70*
70*
80*
80*
80*
80*
80*

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
10
10
10
10
10
10

00
0.0
00
00
0.0
00
00
00
00
00
0.0
00
00
0.0
0.0
00
0.0
0.0
00

50
5.0
50
50
12
15
12
15
5.0
5.0
5.0
50
50
50
50
50
50
5.0
5.0

M~~
MO~

M~~

~g~
Mq~
Mq~
MO~

~~~

MO

M~~
MO

M~~

MO

MO~

M1~

MO
MO

~g~

{sl

6
6
6
6
6
6
6
6
6
3
3
11
6
6
6
6
6
6
6
6
6
7
7
4
4
8

MO

PCB
PCB
Mm

1~

1~1G I;~S

.80*
80*
80*
80*
.80*
80*
.80*
.80*
.80*
80*
.80*
80*
80*
.80*
80*
.80*
.80*
80*
.80*
.80*
80*
.80*
80*
80*
.80*
.85*
.85*
.85*
.85*
.90*
.40*t
40*t
.40*t
.40*t
.40*t
.40*t
.40*t
40t*
.40t*
.40*t
40*t
40*t
.40*t
.45*t
40*t
.40*t
40*t
.40*t
40*t
00
00
.01*t
.01*t
01*t
01*t
O.Ot
OOt
15
-1.5*t
-15*t
.90*
80*
80*
.80*
.95*
.80*

M~~
MO
1.0M

~

POWER TRANSUPPLY SITION
SPAN
TIME

20%
20%
20%
20%
2.0%
20%
20%
20%
20%
20%
20%

4
4
3
3
3
3
4
4
4
4
4
4
3
3
3
3
6
4
4
4
4
4
4
4
6
6
6
6
6
6
8
3
3
4
4
4
4
4
7

50
50
50
5.0
50
50
50
5.0
5.0
5.0
50
50
5.0
5.5
5.5
50
50
52
5.2
52
5.2
5.0
50
5.0
50
5.0
5.0
50
5.0
50
50
50
50
50
50
50
5.0
5.0
5.0
5.0
5.0
50
5.0
5.0
50
5.0
5.0
50
5.0
5
5.0
10
10
10
10
10
10
18
0.0

I~:O
.0

5.5
52
5.2
5
5.0

RISE
TIME
tr

FALL
TIME

{sl

{sl

tf

32nt
32nt
32nt
32nt
32nt
35nll
32nll
34nll

:~~

1
1
1
1
1
1
1
1
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
1
1
1
1
1
1
1
1
2
2
1
1
1
1
1
1
8
8
1
1
1
1
1
1

3

g~~2

240mt 1.0 II

0

70

1 F0275

M117w

240mt 1 0 II
521m 1 0 II
300mt
300mt

-25
0
0
0

85
70
75
75

1 F0275
1 F0236
1 F0236

M117w
CB37c
M191
M278

15
0
-35
-55
-55
-30
-30
-55
-55
-30
-30
-30
-30

55
75
80
125
125
85
70
125
125
85
70
75
75

1
1
1
1
1
1
1
1
1
1
1
1
1

F0234
F0234
F0247
F0247
F0247
F0247
F0247
F0247
F0247
F0247
F0247
F0255
F0255

M278
MI72
M200d
M200d
M200d
M200d
M200d
M200d
M200d
M200d
M191
M278

0
-55
0
0
-55
-55
-30
-30
-55
-55
-55
0
0
0
0
0
0
-55
0

70
125
70
70
125
125
85
70
125
125
125
70
70
70
70
70
70
125
70

1
1
1
1
1
1
1
1
1
1
1
1
1
1
3
3
1

F0229
F0237
F0237
F0237
F0247
F0247
F0247
F0247
F211
F211
F211
F211
F211
F211
F0259
F0259
F179
F179
F179

525,,:~

350m

14nt
14nt
14nt
14nt
14nt
14nt
14nt
14nt
14nt
29ntll
14nt

120nt
120nt
120nt
120nt
20n
4.5n
4.5n

50nt

40ntll

180nt
180nt
180nt
180nt
20n
6.5n
65n

210m
210m
200mt
140m
140m
140m
15nt 300m
930mt

45n
45n
40n
40n
250n

20nt
20nt

240mt
100mt
100mt
125mt
100mt
100mt
100mt
100mt
130mt
130mt
100mt
100mt
125mt
125mt
240mt
75mt
80mt
80mt
75mt
80mt
260m
260m
200mt
200mt
200mt
200mt
200m
200m

40n
40n
200n

1.0
1.0

45 II
45 II
5.0

10
1.0
1.0
1011

100m
100mt
100mt
400m 50 II

20nt 380mt
20nt 380mt
105mt

140ntll
140ntll
140ntll
140ntll
140ntll
140ntll
50ntll
50ntll
35ntll
35ntll
35ntll

15mt
15mt
15mt
15mt
15mt
15mt
750mt
750mt
280m§
280m§
28Qm§

SYMBOLS AND CODES
EXPLAINED IN INTERPRETER

1
1
1
1
1
1

F0131
F0131
F0131
F0131
F0131
F0131
F0131
F0131
F0131

~md

125
125
125
125
125
70
70
70
70
125
70
70
125
125
125
70
70
70
70
70
70
70
70
125
70
75
75
70
70
75
125
125
125
125
125
75
75
125
70
75
75
75
75
75
75
75
75
75
75
70
70
125
85
125
85
125
125
50
75
125
75
125
70
70
75
70

210mt
210mt
210mt
210mt
210mt
170mt
170mt

40ntll
18ntll

m 1~~m

-55
-55
-55
-55
-55
0
0
0
0
-55
0
0
-55
-55
-55
0
0
0
0
0
0
0
0
-55
0
0
0
0
0
0
-55
-55
-55
-55
-55
0
0
-55
0
0
0
0
0
0
0
0
0
0
0
0
0
-55
-40
-55
-40
-55
-55
0
0
-55
0
-55
0
0
0
0

~~ri~r

36nll
32nll
32nll
34nll
34nll
34ntll
34ntll

6.0n
6 On
45n
30n%
30n%
30n%

DI~~'
1~~~~

125mt
125mt
125mt
125mt
125mt
125mt
125mt
125mt
125mt
280mt
280mt
280mt
170mt
192mt
192mt
170mt

32nt
32nt

25n%
25n%
300nt
300nt
300nt
300nt
60n
60n

IN ORDER OF (l)FROM CODE(2)TO CODE
{3ILEVEL'1'{4ILEVEL'O'{5IMAX FREQ{6ITYPE No
MAX. MAX.
TEMP. CKT
DRAWINGS
PER LOGIC OUTLINE
TOTAL NOISE
POWEF REJECT LO .... HI MO[ DWG. No DWG. No
A=MO
{VI
'C
'C

K3217
F0130
F0131
F0131
F0130
F0130
F0131
F0131
F0131
F0131
F0131
F0131
F0130
F0130
F0132
F0135
F0233a
F0233a
F0122
F0121
F0121
F0128
F0121
F0121
F0121
F0121
F0134
F0134
F0121
F0121
F0128
F0128
F0122
F0137
F0138
F0138
F0137
F0138
F0146
F0146
F0146a
F0146a
F0146
F0146a
F0126
F0126
F0122a
F0229a
F0229a
F0229a

1

Ml17
1I004AG
M153d
Ml17
1I004AG
M153d
Ml17x
M153d
M117x
M153
M153
Ml17
M197
M153
M153
M197
M274
M153
M153
M153
M153
Ml17u
Ml17u
M186
M186
M207a
M146d
M153a
FP47b
M278
T086
TOl16
M191
T086
T0116
T086
T0116
T086
T086
T086
T0116
M191
M278
M278
T0116
M191
M278
T0116
M191
CB53
CB53
M292
M292

~~~~

1I015AG
1I015AG
T085
T0116
M278
M153b
M153b
M117

~~~~

M154
M191
M191
M278
M200d
M200d
M200d
M200d
FP88
M200e
M117t
FP88
M200e
M117t
CB62
CB62
M200

W4~0~

72

LINE
No.

2
3
4

~;t

7#

g:

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
43.
44 ...
45.
46#

:a
49#

~?1

~~#
53#
54#
55#
56#
57#
58#

~g:

61#

~~:

64#

~~:

67
68
69
70
71
72
73
74
75
76
77
78
79
80

73

~

MA~
1.f.o ol~ING

DECODES
TYPE
No.

fh\OM

1~:m;~C

DM8301J
DM8301N
DM9301J
FJB9330
FJB9352
FJH261
FJH261-7442
FJL151
FLH281-7442
FLH285-8442
FLL 101-74141

~

2
2
2
2
2
2
2
2
2
2

J~

:
4
4
4
4
4
4
4
4
4
4
4
4
4
4

FLL 111-7445 ·1
FLL 115-8445
2
M5362P
2
JANM38510/01001 BEA
I 2
I 4
JANM38510/011~0IBEIB 4
JANM38510/01001BEC
I 2
I 4
JANM38510/01001BFB
I 2
I 4
JANM3851O/011~0IBFIC 4
JANM38510/01001CEA
I 2
I 4
JANM38510/01001 CEB
I 2
I 4
JANM38510/011~01CEIC 4
JANM38510/01001 CFB
I 2
I 4
JANM38510/01001 CFC
I 2
~ 4
JANM38510/0 1004B A
12
I 4
JANM38510/01004BEB
I 2
I 4
JANM38510/01004BEC
I 2
I 4
JANM38510/011~04BFIB 4
JANM3851 %

1004CEA
I 4
I 2
JANM38510/01004CEB
I 2
I 4
JANM38510/011~04CEIC 4
JANM3851 %

1004CFB
I 2
I 4
JANM38510/01004CFC
I 2
I 4
JANM38510/011~05BEIA 4
JANM38510/01005BEB
I 2
I 4
JANM38510/01005BEC
I 2
I 4
JANM38510/011~05BF1B 4
JANM38510/01005l:EA
I 2
~ 4
JANM38510/01005C B
I 2
I 4
JANM38510/011~05CEIC 4

LOGIC
LEVEL

5

ER- PROCESS
FREQ.
1Hz)

1..1.,.

~'O'

IV)

IV)

D.A. T.A.

No. OF
LINES
IN IUUT

POWER TRAN·
SUPPLY SITION
TIME
SPAN

~~G IrV~S

Is)

RISE
TIME

FALL
TIME

tr

tf

Is)

Is)

IN ORDER OF (l)FROM CODE(2)TO CODE
13)LEVEL'1'14)LEVEL'O'15)MAX FREQ(6)TYPE No
MAX. MAX.
TEMP. CKT
DRAWINGS
TOTAL NOISE
PER LOGIC OUTLINE
POWEF REJECT LOVI HI MOt DWG. No DWG. No
t.=MO
D!!~.
IVI
'C
'C

I~.O

;,~nTt.

IZ~~:!:;

-g~

j~~

125mt
125mt
125mt
115mt

~:g:!:~ 400m

35ntt.
35ntt.

140mt
115mt 400m*
280m§ 1.0 t.
280m§ 1.0 t.

0
0
-55
0
0
0
0
0
0
-25

70
70
125
70
70
70
70
70
70
85

F~H9

0.0
0.0
00
0.0
00
0.0
00
00
00

30ntt.
30ntt.
30ntt.

:
1
1
1
1
1
1
1
1
1
1

I~N7D

50
5.0
50
5.0
50
50
5.0
50
50
5.0

F211.
F211.
F211.
F0253
F0243
F0243
F179
F0274
F0229.
F0229.

M200e
Ml17t
M200e
M210.
M210.
M146e
Ml17!!
Ml17v
Ml17w
Ml17w

F0253
F179
F179
F0229.

Ml17w
Ml17w
Ml17w
M153b

MO~

2.0%
2.0%
20%
20%
20%
2.0%
20%
2.0%
2.0%

.80*
80*
.80*
80*
.80*
.80*
.80*
80*
.80*

4
4
4
4
4
4
4
4
4
4
4
4

~g~
~g~

2.0%
2.0%
20%
2.0%

80*
80*
80*
80*

4
4
4
4

10
10
10
100

0.0
0.0
0.0
00

50
50
5.0
70

50nt t.
50ntt.
30n%

125m§
350m§ 1.0 t.
350m§ 1.0 t.
138mt 1.0 t.

0
0
-25
0

70
70
85
75

1
1
1
1

I~~~
MO~

Mq~
Mq~

MO~
Mq~
Mq~

.80:
2.0% .80*
2.0%

lU

10
10
10
10
10
10
10
10
10
10

0.0
0.0

35ntt.
20n%

MOr

20%

80*

4

10

00

55

46ntt.

226m

-55

125

1 F0243

M323

Mm

2.0%

80*

4

10

00

55

46ntt.

226m

-55

125

1 F0243

M323

Mm

20%

.80*

4

10

0.0

55

46nt t.

226m

-55

125

1 F0243

M323

MO~

2.0%

80*

4

10

00

55

46ntt.

226m

-55

125

1 F0243

FP93

Mm

2.0%

80*

4

10

00

55

46ntt.

226m

-55

125

1 F0243

FP93

MO~

20%

80*

4

10

00

55

46ntt.

226m

-55

125

1 F0243

M323

MO~

20%

.80*

4

10

00

55

46ntt.

226m

-55

125

1 F0243

M323

Mm

20%

80*

4

10

0.0

5.5

46ntt.

226m

-55

125

1 F0243

M323

MO~

2.0%

80*

4

10

00

55

46ntt.

226m

-55

125

1 F0243

FP93

MO~

2.0%

80*

4

10

0.0

5.5

46ntt.

226m

-55

125

1 F0243

FP93

MO~

2.0%

80*

4

10

0.0

5.5

73ntt.

341m

-55

125

1 F0243

M323

MO~

2.0%

80*

4

10

00

55

73ntt.

341m

-55

125

1 F0243

M323

MO~

2.0%

80*

4

10

00

55

73ntt.

341m

-55

125

1 F0243

M323

Mm

2.0%

.80*

4

10

0.0

5.5

73ntt.

341m

-55

125

1 F0243

FP93

Mm

20%

80*

4

10

00

55

73ntt.

341m

-55

125

1 F0243

M323

MOr

2.0%

.80*

4

10

0.0

5.5

73ntt.

341m

-55

125

1 F0243

M323

Mm

20%

80*

4

10

00

55

73ntt.

341m

-55

125

1 F0243

M323

Mm

20%

80*

4

10

00

5.5

73ntt.

341m

-55

125

1 F0243

FP93

MO~

20%

80*

4

10

0.0

55

73ntt.

341m

-55

125

1 F0243

FP93

MOr

2.0%

.80*

4

10

00

5.5

73ntt.

341m

-55

125

1 F0243

M323

MOr

20%

80*

4

10

0.0

5.5

73ntt.

341m

-55

125

1 F0243

M323

MOr

20%

80*

4

10

0.0

55

73ntt.

341m

-55

125

1 F0243

M323

MOr

2.0%

80*

4

10

0.0

5.5

73nt t.

341m

-55

125

1 F0243

FP93

MOr

20%

80*

4

10

0.0

5.5

73ntt.

341m

-55

125

1 F0243

M323

MOr

20%

.80*

4

10

00

55

73ntt.

341m

-55

125

1 F0243

M323

MOr

2.0%

.80*

4

10

0.0

5.5

73ntt.

341m

-55

125

1 F0243

M323

Mm

2.0%

.80*

4

10

0.0

55

73nt t.

341m

-55

125

1 F0243

FP93

MOr

20%

80*

4

10

0.0

5.5

85ntt.

121m

-55

125

1 F0243

M323

MOr
Mq~

2.0%
2.0%
20%
2.0%
2.0%
20%
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*

4
4
4
4
4
4
4
4
4
4
4
4
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

0.0
00
00
00
0.0
0.0
00

5.5
70
7.0
5.0
5.0
50
5.0
50
5.0
5.0
50
5.0
5.0
5.0
50
50
50
50
5.0
50
50
50
5.0
5.0
5.0
50
5.0
6.0
50
50
50
50
5.0
50
50
70

85ntt.

121m
105mt
140mt
140mt
140mt
215mt
140mt
140mt
215mt
140mt
140mt
140mt
140mt
215mt
215mt
215mt
221mt
215mt
221mt
221mt
215mt
215mt

-55
0
0
-55
-55
-55
-40
-40
-40
0
0
0
0
0
0
-55
-40
-40
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0

125
75
75
125
125
125
85
85
85
75
75
75
75
75
75
125
85
85
75
75
75
75
70
70
70
70
75
75
75
75
75
70
70
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

M323
M153b
M153b
M153.
M153.
M153.
M153.
M153.
M153 •
M153.
Ml17
M153.
Ml17
M153.
Ml17
M153.
M153.
M153.
M153.
Ml17
M153.
Ml17
Ml17h
M256
M256
FP79.
M153.
FP79.
M256

JANM38510/01005CFB
JANM38510/obiolBE1B 4
I 2
I 4
JANM3851 0/0290 1CEB
2
4
M53241P
2
4
M53242P
2
4
MIC5441AJ
2
4
MIC5442J
2
4
MIC5445J
2
4
MIC6441AJ
2
4
2
4
I~:~g:m
2
4
MIC7441AJ
2
4
MIC7441AN
2
4
MIC7442J
2
4
MIC7442N
2
4
MIC7445J
2
4'
MIC7445N
2
4
MIC54145J
2
4
MIC64141J
2
4t.
MIC64145J
2
4
MIC74141J
2
4t.
MIC74141N
2
4t.
MIC74145J
2
4
MIC74145N
2
4
N7441B
2
4
N7442B
2
4
N7445B
2
4
N7445R
2
4
N8251E
2
4
N8251R
2
4
N8252B
2
4
N8252E
2
4
N8252R
2
4
N74141B
2
4
N74145B
2
4
N74145R
2
4
NC7441AN
2
4
NC7442N
2
4

7. DECODERS

Mq~

MOr

~~;

MO~

~g~ ~:g~
MO~
Mq~
Mq~

MOr

M~;
MO
MOr

M~~

~g~
Mq~
MO~

Mm

~g~
M~~

~g~

M~~

MO

MO~

M:~

MO
MO

~g~

2.0%
20%
20%
20%
2.0%
2.0%
20%
20%
20%
2.0%
20%
20%
20%
20%
20%
20t
20t
20
2.0
20
2.0
2.0
20%
2.0t
20t
2.0%
2.0%

1910
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10

10
10

IKg
0.0
00
0.0
00
00
0.0
0.0
0.0
00
0.0
00
00
0.0
00
0.0
00
0.0
00
0.0
00
00
0.0
00
0.0
00
0.0
0.0

30n%
25nt
35nt
25nt
35nt
25nt
25nt
35nt
35nt
35nt
35nt
35nt
35nt

1.0 t.
1.0 t.
400m
400m
400m
400m
400m
400m
400m
400m
400m
400m
400m
400m
400m

400m
400m
400m

75m~

35nt
60ntt.
60ntt.
35nt
35nt
35nt t.
35nt
35nt

135m
135m

60ntt.
60ntt.
30n%

lOt.
140mt 1.0 t.

SYMBOLS AND CODES
EXPLAINED IN INTERPRETER

F0243
F0229
F179
F0229
F0233c
F0233c
F0229

~g~~~~

F0229
F0229
F0233c
F0233c
F0233c
F0233c
F0233c

~gn~c

F0229
F0229

~g~~~~

FOl19.
F0243
F0243
F0243
F0125.
F0125.
F0125.
F0125.
F0125.
F0257
F0243
F0243

~pj59~·

M256
M256
FP79a

~g~~~. :::gll~

73

§J
LINE
No.

~

3
4
5
6
7
8
9
10
11
12
13#

DECODES
TYPE
No.

-hiOM l,fo

~~::~~

S5442R
S5445E
S5445R
S8251E
S8251R
S8252B
S8252E
S8252R
S54145E
S54145R
SFC442E
SFC442EM
SFC442ET
16# SFC4141E
17+ SN54L42J
18. SN54L42N
19. SN74L42J
20. SN74L42N
21
SN5441AJ
22" SN5442AJ
23" SN5442AW
24
SN5442J
SN5442N
25
SN5442W
26
27+ SN5445J
SN5445N
28
SN5445W
~g!t SN6442N
31
SN7441AN
32" SN7442AJ
33" SN7442AN
34
SN7442J
35
SN7442N
36. SN7445J
37+ SN7445N
3S"
39"
40" SN39301J
41+ SN54145J
42. SN54145W
43. SN74141J
44. SN74141N
45. SN74145J
46. SN74145N
47
SW5441AJ
SW5445J
48
49
SW7441AJ
SW7441AN
50
51
SW7445J
SW7445N
52
SW54141J
53
54
SW54145J
55
SW74141J
56
SW74141N
57
SW74145J
SW74145N
58
T7441ABl
~g: T7442Bl
61# TL7442N
62# TL7445N
63# TLS442N
64# TL74141N
TL74145N
TL84145N
US5441A
g~ US5442A
69
US5445A
70
US7441A
US7442A
71
US7445A
72
US54145A
73
74
US74145A
75
5583
76
04026
04046
77
78
MC5442L
79
MC7442L
80
MC7442P
81
MC8301 F
MC8301 L
82
MC8301P
83
84
MC8352L
85
MC8352P
86
MC9301F
87
MC9301L
MC9352L
88
M161
89
90
N8251B
91
S8251B
92# ZN7441AE
93
N7442R
94
MC 14028AL# 1
95
96
97
K671
98
MOOl
99
1210
100
1402
101
1418
102
553
103
553A
104
380AJ
105
380AL
106
380BL
107
380CL
108
380ML
109
381AJ
110
381AL

1~:

~~~~~g1~

~~:

~mgm~!1

74

~

2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
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
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4t.
4
4e.
4t.
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
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.

5 MA~
o ER- PROCESS

~~ING
F~~z?'

LOGIC
LEVEL

f1J'1' ~'O'

~2~

MO

MO~

M~~

~g~
M247
M200j
50 t:.
0
70
1 F0229a
5.0 t:.
0
75
1 F0233b M200c
50 t:.
-40 85
1 F0233b M200c
45 t:.
-55 125
1 F0254
t:.001AE
10m% 45 t:.
-40 85
1 F0254
t:.001AC
100u% 45 t:.
-55 125
1 F0254
t:.004AG
200m 45 t:.
-55 125
1 F0254
M210b
200m 4.5 t:.
-40 85
1 F0254
M210b
100u 45
-55 125
1 F0254
t:.001AE
100u 45
-40 85
1 F0254
t:.001AC
100u 45
-55 125
1 F0254
t:.001AG
215mt
-55 125
1 F0243
M191
215mt
-55 125
1 F0243
M191
215mt
75
0
1 F0243
M278
215mt
0
75
1 F0243
M191
215mt
75
0
1 F0243
M278
215mt
-55 125
1 F0243
M191
215mt
-55 125
1 F0243
M191
215mt
0
75
1 F0243
M191
215mt
75
0
1 F0243
M278
215mt
0
57
1 F0243
M191
215mt
0
75
1 F0243
M278
215mt
-55 125
1 F0243
M191
400m
-55 125
1 F0232
M246
400m
-55 125
1 F0232
FP105
175m
1 F0232
-55 125
400m
0
70
2
400m
0
75
1 F0232
175mt 400m
0
75
1 F0232
FP56
175mt
0
75
1 F0249
FP91
175mt
0
75
1 F0249
M191
175mt
0
75
M278
1 F0249
175mt
-55 125
1 F0249
FP91
175mt
1 F0249
M237
-55 125
175m
0
75
1 F0232
145mt 400m
0
75
1 F0267
MI17b
0
70
1 F0232
400m
0
75
1 F0233
-55 125
1 F0233
M224c
220m~ 400m
400m
0
75
1 F0233
FP47b
400m
-55 125
FP79b
1 F0233
0
75
1 F0233
M357
0
75
1 F0246
M200
145mt
-55 125
1 F0246
M200
0
75
1 F0246
FP47b
145mt
-55 125
1 F0246
FP47b
0
75
1 F0232
M197.
215mt
0
75
1 F179
M200
215mt
-55 125
1 F179
M200
215mt
0
75
1 F179
FP47b
215mt
-55 125
1 F179
FP47b
215mt
0
75
1 F179
M200
215mt
-55 125
1 F179
M200
215mt
0
75
1 F179
FP47b
215mt
-55 125
1 F179
FP47b
175mt
70
1 F0232
0
M186b
265mt lOt:.
75
1 F0260
M153b
0
265mt
0
75
M117
1 F1710
265mt
0
75
M117
1 F1710
265mt
0
75
1 F1710
MI17
265mt
75
0
1 F1710
M117
265mt
75
0
1 F1710a M117
0
70
1 F0130
M197
294~~
294m
-55 125
1 F0130
M197
294m
-25 85
1 F0130
M197
85mt
-55 125
1 F0130
t:.015AA
85mt
-55 125
1
M186
85mt
0
70
1 ~ggg
t:.015AA
85mt
70
1 F0130
M186
0
265mt lOt:.
-55 125
1 F1710
M153
265m lOt:.
-55 125
1 F1710
M117
265m lOt:.
-55 125
1 F1710
T084
265mt lOt:.
-55 125
1 F1710
M153
265m lOt:.
-55 125
1 F1710
M117
265m lOt:.
-55 125
1 F1710
T084
265m lOt:.
MI17
-55 125
1 F1710a
265mt lOt:.
0
70
1 F1710
M153
265mt lOt:.
70
1 F1710
M117
0
265mt lOt:.
70
M153
0
1 F1710
265mt lOt:.
0
70
1 F1710
M117
-55 125
1 F0130
t:.015AA
~~g~r
-55 125
t:.019AA
1 F0130
170mt
0
70
1 F0130
t:.015AA
170mt
0
70
M186
1 F0130
370m§
-55 125
1 F0277
a'31~21
370m§
-55 125
1 F0277
450m§
-55 125
FP10l
1 F0278
450m§
-55 125
M352
1 F0278
1370m§
0
70
1 F0277
FP10l
370m§
0
70
1 F0277
M352
450m§
0
70
1 F0278
FP10l
450m§
0
70
M352
1 F0278
294mt
70
1 F0249
M186
0
294mt
-25 85
1 F0249
M1S6
460M
70
1
M263
0
0
70
1
M264
460M
70
1
460M
0
M262
145mt
-55 125
1 F0233
M153a
75
0
~g~~~c ~~~3a
10

DL~l

:gg~~
~gg~~

~~g~~

~~g~~

~~6

2~g~~

~i~~~

i~~~~
~lg~~
i~~~~

I~~~~~

SYMBOLS AND CODES
EXPLAINED IN INTERPRETER

~

75

LINE
No.

~

~

DECODES
TYPE
No.

I=~~~~~~

fh\OM fto

~

I~g

5557
2
20
5557A
2
20
5557B
2
20
9357ADC
2
20
9357ADM
2
20
9357AFC
2
20
9357AFM
2
20
9357BDC
2
20
9357BDM
2
20
12
9357BFC
2
20
13
9357BFM
2
20
14
9358DC
2
20
15
9358DM
2
20
16
9358FC
2
20
17
9358FM
2
20
9359FC
18
2
20
9359FM
19
2
20
FJB9357
2
20
FLH551·7448
2
20
2
22# FLH555·8448
20
2
20
23# FLL121·7446
24
HD1J0140·2
2
20
25
HD1J014o..5
2
20
26
HD1J0140A2
2
20
27
HD1J0140A5
2
20
28'1' JANM38510/01006BEB
1 2
~20
29'1' JANM3851O/01006B B
1 2
120
30'1' JANM3851 0/0 10206CEI~0
1
31'1' JANM38510/01006CFB
1 2
120
32'1' JANM38510/01007BEB
12
33'1' JANM38510/0 1007B I~
1 2
20
34'1' JANM38510/0 1007CE.B
1 2
120
35'1' JANM38510/01007CFB
1 2
120
36'1' JANM3851 0/0 1~08BEI~0
1
3
4
5
6
7
8
9

46'1'
47'1'
48'1'
49'1'
50'1'
51'1'
52'1'
53'1'
54'1'
55'1'
56'1'
57'1'

~~:

60#

~~:

63#
64#

~~:

67#

~~:

70#

m~

73#
74#
75
76
77
78.
79.
80.

76

I~~G Ir~s

MO
MO

M1~

2.0%
2.0%
2.0%
2.0%
2.0%
20%
20%
2.0%
2.0%
2.0%
20%
20%
20%
20%
20%
20%
20%
2.0%
2.0%
20%
2.0%
20%
20%
20%
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*

7
7
7
6
6
6
6
6
6
6
6
6
6
6
6
5
5
7
4
4
7
6
6
6
6

6
6
6
8
8
8
8
8
8
8
8
8
8
8
8
7
7
7
7
7
7
7
7
7
7

MO~

20%

.80*

7

7

MO~

2.0%

80*

7

7

MO~

2.0%

80*

7

MO~

20%

.80*

MO~

20%

MO~

l!;1

I~·g

(sl

(sl

m~~

144ntl>

467m

·55

125

1 F0260

M323

144ntl>

467m

·55

125

1 F0260

FP89

55

144ntl>

467m

·55

125

1 F0260

M323

0.0

55

144ntl>

467m

·55

125

1 FO'.!60

FP89

7

00

55

144ntl>

467m

·55

125

1 F0260

M323

7

7

0.0

55

144ntl>

467m

·55

125

1 F0260

FP89

.80*

7

7

0.0

55

144ntl>

467m

·55

125

1 F0260

M323

80*

7

7

0.0

55

144ntl>

467m

·55

125

1 F0260

FP89

20%

80*

7

7

00

55

144ntl>

467m

·55

125

1 F0244

M323

20%

80*

7

7

00

5.5

144ntl>

467m

·55

125

1 F0244

M323

MO~

2.0%

.80*

7

7

0.0

5.5

144ntl>

467m

·55

125

1 F0244

FP89

MO~

2.0%

80*

7

7

00

55

144ntl>

467m#

·55

125

1 F0244

M323

MO~

2.0%

80*

7

7

00

5.5

144ntl>

467m

·55

125

1 F0244

M323

MO~

20%

.80*

7

7

0.0

5.5

144ntl>

467m

·55

125

1 F0244

FP89

MO~

20%

.80*

5

7

00

5.5

144ntl>

467m

·55

125

1 F1712

FP52d

7

7

.80*

7

20%

.80*

MO~

20%

MO~

2.0%

MO~
MO~

120
1 2
JANM3851 0/0110208CEI~0
JANM38510/01008CEB
12
120
JANM38510/01008CFB
12
120
2
20
JANM38510/01009BAB
1 2
120
JANM38510/01009BAC
1 2
J20
JANM3851 % 1009B A
I 2
120
JANM38510/01009BCB
1 2
120
JANM3851O/01009BCC
1 2
120
JANM3851 0/0110209B~~0
JANM38510/01009CAA
12
120
JANM38510/01009CAB
1 2
120
JANM3851 0/011~09C~~0
JANM3851 % 1009CCA
1 2
120
JANM3851 % 1009CCB
1 2
120
JANM38510/01009CCC
I 2
120
JANM38510/01009CDB
1 2
120
JANM38510/02905BEB
.
12
JANM38510/02905C B
2
20
M53247P
2
20
M53248P
2
20
MIC5446AJ
2
20
MIC5446J
2
20
MIC5447AJ
2
20
MIC5447J
2
20
MIC5448J
2
20
MIC6446AJ
2
20
MIC6446J
2
20
MIC6447AJ
2
20
MIC6447J
2
20
MIC6448J
2
20
MIC7446AJ
2
20
MIC7446J
2
20
MIC7447AJ
2
20
MIC7447J
2
20
MIC7448J
2
20
N7446B
2
20
N7447B
2
20
N7448B
2
20
SN54L46J
2
20
SN54L46N
2
20
SN54L47J
2
20

D.A. T.A.

fg~g

450m§ 1.0 l>
450m§ 1.0 l>
515m§ 10 l>
500m§
500m§
500m§
500m§

0.0

to

1 ~g~:~

IH5
70
70
70
70
125
70
125
70
125
70
125
70
125
70
125
70
125
70
70
85
70
125
75
125
75

7

JANM38510/011009B~~

~55

0
0
0
0
·55
0
·55
0
·55
0
·55
0
·55
0
·55
0
·55
0
0
·25
0
·55
0
·55
0

5.5

JANM38510/011J08BFI~0

45'1'

~

55

38'1'

44'1'

~

0.0

JANM38510/01008BEB

43'1'

;~I
.:g~~

Ig·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
00
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
00
0.0

=g;
PCB
PCB
PCB

00

37'1'

42'1'

;~I

LINES
IN OUT

IN ORDER OF (1)FROM CODE(2)TO CODE
(3ILEVEL'1'(4ILEVEL'O'(SIMAX FREQ(6ITYPE No
MAX. MAX.
TEMP. CKT
DRAWINGS
TOTAL NOISE
PER LOS;IC OUTLINE
POWEF REJECT LOVI HI Moe DWG. No DWG. No
Ll=MO
DI~~'
(VI
'C 'C
900mt
900mt
900mt
515m§
515m§
515m§
515m§
515m§
515m§
515m§
515m§
450m§
450m§
450m§
450m§
280m§

ro

41'1'

F~~.

~.J

FALL
TIME
tf

100ntl>
100ntl>
100ntl>
100ntl>
100ntl>
100ntl>
100ntl>
100ntl>
100ntl>
100ntl>
100ntl>
100ntl>
100ntl>
100ntl>
100ntl>
100ntl>
100ntl>
100ntl>
100ntl>
100mtl>
100ntl>
150ntl>
150ntl>
150ntl>
150ntl>

~~:

40'1'

LOGIC
LEVEL

RISE
SUPPLY SITION TIME
SPAN
TIME
tr

50
5.0
5.0
5.0
5.0
50
5.0
5.0
50
5.0
50
5.0
50
5.0
5.0
50
5.0
5.0
5.0
50
50
50
50
50
5.0

l¥

39'1'

5 MA~
PRO·
ATiNG CESS ~
O~ER.

7. DECODERS
No. OF
POWER TRAN·

MO~

M~~

~g~

M~~

~g~
Mq~

MO~
MO~

M~~

MO
MO

M~~

~g~
Mq~
Mq~
MO~

~~g~~

3
3
3
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1

F0260
F0260
F0261
F1710.
F1710.
F1710.
F1710.
F1710.
F1710.
F1710.
F1710a
F1710
F1710
F1710
F1710
F1710
F1710
F1710a
F1710
F1710
F1710a
F0268
F0268
F0268
F0268

CB62
CB62
CB62
M200
M200
FP47b
FP47b
M200
M200
FP47b
FP47b
M200
M200
FP47b
FP47b
FP52d
FP52d
M210a
M117w
MI17w
M117w
M351
M351
M351
M351

MO~

2.0%

80*

5

7

00

5.5

144ntl>

467m

·55

125

1 F1712

FP52d

MOr

2.0%

.80*

5

7

0.0

55

144ntl>

467m

·55

125

1 F1712

FP52d

Mm

2.0%

.80*

5

7

00

5.5

144ntl>

467m

·55

125

1 F1712

M314

Mm

2.0%

.80*

5

7

00

5.5

144ntl>

467m

·55

125

1 F1712

M314

MOr

20%

80*

5

7

00

5.5

144ntl>

467m

·55

125

1 F1712

M314

MO~

20%

.80*

5

7

0.0

5.5

144ntl>

467m

·55

125

1 F1712

FP83

MOt

2.0%

80*

5

7

0.0

55

144ntl>

467m

·55

125

1 F1712

FP52d

Mm

2.0%

.80*

5

7

0.0

55

144ntl>

467m

·55

125

1 F1712

FP52d

MON 2.0%

80*

5

7

0.0

5.5

144ntl>

467m

·55

125

1 F1712

FP52d

MON 2.0%

.80*

5

7

00

55

144ntl>

467m

·55

125

1 F1712

M314

MON 2.0%

80*

5

7

0.0

55

144ntl>

467m

·55

125

1 F1712

M314

MO~

2.0%

80*

5

7

0.0

55

144ntl>

467m

·55

125

1 F1712

M314

MO~

2.0%

.80*

5

7

0.0

55

144ntl>

467m

·55

125

1 F1712

FP83

MO~

2.0%

80*

6

8

0.0

5.5

250ntl>

237m

·55

125

1 F0260

M323

MQ/\

20%
2.0%
2.0%
20%
20%
20%
2.0%
20%
2.0%
20%
2.0%
20%
2.0%
20%
20%
20%
2.0%
20%
20%
2.0%
20%
20%
2.0%
20%

.80*
.80*
80*
.80*
80*
80*
.80*
.80*
80*
80*
80*
80*
80*

6
7
7
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6

8
8
8
8
8
8
8
8
8
8
8
8
8
8
8
8
8
8
12
12
4
12
12
12

00
0.0
0.0
0.0
00
00
00
00
0.0
0.0
00
0.0
00
00
0.0
0.0
00
00
0.0
00
0.0
0.0
00
00

55
70
70
50
50
50
5.0
50
5.0
50
50
5.0
5.0
50
50
5.0
50
5.0
50
50
50
50
50
50

250ntl>
100nl>
100nl>
100ntl>
100ntl>
100ntl>
100ntl>
100ntl>
100ntl>
100ntl>
100ntl>
100ntl>
100ntl>
100ntl>
100ntl>
100ntl>
100ntl>
100ntl>
100ntl>
100ntl>
100ntl>
200nl>
200nl>
200nl>

237m
265mt
265mt
320mt
265mt
320mt
265mt
265mt
320mt
265mt
320mt
265mt
265mt
320mt
265mt
320mt
265mt
265mt

·55
0
0
·55
·55
·55
·55
·55
·40
·40
·40
·40
·40
0
0
0
0
0
0
0
0
·55
·55
·55

125
75
75
125
125
125
125
125
85
85
85
85
85
75
75
75
75
75
70
70
70
125
125
125

1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1

M323
M153b
M153b
M153a
M153a
M153a
M153a
M153.
M153a
M153a
M153a
M153a
M153.
M153a
M153a
M153a
M153a
M153a
M256
M256
M256
M153d
M117x
M153d

Mq~
Mq~

MO~
Mq~
Mq~
MO~

M~~

MO
MO

Mq~
MO~
MO~

M~~

MO

MO~

M~~

~g~
Mq~
Mq~
MO~

M~~
MO

~g:

.80*
80*
.80*
80*
.80*
.80*
80*
.80*
80*

1.0 l>
1.0 l>
400m*
400m*
400m*
400m*
400m*
400m*
400m*
400m*
400m*
400m*
400m*
400m*
400m*
400m*
400m*

133mt 10 l>
133mt 10 l>
133mt 10 l>

SYMBOLS AND CODES
EXPLAINED IN INTERPRETER

F0260
F1710
F1710a
F1710a
F1710a
F1710.
F1710a
F1710
F1710a
F1710a
F1710a
F1710.
F1710
F1710a
F1710a
F1710.
F1710a
F1710
F0260
F0260
F0260
F0260
F0260
F0260

76

LINE
No.

~

DECODES
TYPE
No.

f-h!OM

110

5 MA~
OfER- PROATING CESS
FrJz?'

~: I~~~:t:~~

3.
4.
5.
6 ...
7 ...
8 ...
9 ...
10.
1,.
12.
13 ...
14 ...
15 ...
16 ...
lH
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

SN74L46N
SN74L47J
SN74L47N
SN5446AJ
SN5446AW
SN5447AJ
SN5447AW
SN5448J
SN5448W
SN5449W
SN7446AJ
SN7446AN
SN7447AJ
SN7447AN
SN7448J
SN7448N
SN7449W
SN54246J
SN54246W
SN54247J
SN54247W
SN54248J
SN54248W
SN54249J
SN54249W
SN74246J
SN74246N
SN74247J
SN74247N
SN74248J
SN74248N
SN74249J
SN74249N
SW5446AJ
SW5446J
SW5447AJ
SW5447J
SW5448J
SW7446AJ
SW7446AN
SW7446J
SW7446N
SW7447AJ
SW7447AN
SW7447J
SW7447N
SW7448J
SW7448N
TL7446AN
52# TL7447AN
53# TL7448N
54
US5446A
55
US5447A
56
US5448A
57
US7446A
58
US7447A
59
US7448A
60
CD2500E
61
CD2501E
62
CD2502E
63
CD2503E
64
MC5446L
65
MC5447L
66
MC5448L
MC5449F
g~ MC7446L
69
MC7446P
70
MC7447L
71
MC7447P
MC7448L
72
73
MC7448P
74
MC7449F
75
MC8358L
76
MC8358P
77
MC9358L
78
N8T04E
79
N8T06S
80
N8T06E
81
N8T06R
82
S8T06S
83
S8T06E
84
S8T06R
85
N8T04S
86
N8T04R
87
S8T04E
88
S8T04R
89
N8T05E
90
MC14511AL
91
MC14511CL
92
MC14511CP
93
N8T05S
94
N8T05R
95
S8T05E
96
S8T05R
97
MC8307F
98
MC8307L
99
MC8307P
100
MC9307F
101
MC9307L
102 ... CM4117AD
1':.'3 ... CM4117AE
104 ... CM4117AF
105
383AJ
106
383AL
107
383SL
108
383CJ
109
383CL
110
383ML

~~.1to

77

~

2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
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

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
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
20t
20t
20
20
20t
20t
20t
20t
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
20
20
20
20
20

D.A. T.A.

1.1.

LOGIC
LEVEL

;~I

~g~ ~:g~
MO~

M~~
~g~
Mq~

~g~
Mq;

~gt
M~;
Mqr
MO

MO
M1:
MO
Mq;

20%
20%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
20%
2.0%
2.0%
20%
20%
20%
2.0%
20%

~gt ~g~

MC?~

MOr
MOt

M~;
MO
MOr

2.0%
20%
2.0%
2.0t

~g~

20%
MO
M11
MO

M~;

~gt
M~;
M~r
MO
M~;

~gt
M~:

~g~

20%
20%
2.0%
2.0%
20%
2.0%
20%
2.0%
20%
20%

~gi ~g~

M~;
MO
MO'
M~:

~gi
M~:

~gi
M/?~
MC?~

Moi
MO
M1!
MO

M~;

~gt
M~:

~gi
M~;
M~,

MO

MO
M1!
MO
M/?'

~g~
M~~
MO
MO~

M~~

~g~
M~~

~g~

MO
M1~
MO

M~~
MO
M~~
MO

M~~

~g~
M~~
~gs
M~~

~gi
M~:
~gi
~g;

2.0%
20%
2.0%
20%
20%
2.0%
20%
20%
20%
20%
2.0%
2.0%
20%
20%
2.0%
20%
20%
20%
20%
20%
2.0%
24%
24%
24%
24%
24%
24%
24%
2.4%
2.4%
24%
24%
24%
24%
24%
3.1%
31%
3.1%
31%
31%
31%
31%
33%
3.3%
33%
33%
39%
41%
4.1%
41%
41%
4.1%
41%
41%
43%
43%
43%
43%
43%
50
5.0
50
65%
65%
65%
65%
65%
65%

7. DECODERS
No. OF
POWER TRAN-

~.

;~)

LINES
IN OUT

g g

gg:
80*
6
.80*
6
80*
6
.80*
6
.80*
6
80*
6
80*
6
80*
6
.80*
6
80*
5
.80*
g
.80*
80*
6
80*
6
.80*
6
80*
6
80*
5
.80*
7
80*
7
80*
7
80*
7
80*
7
80*
7
80*
7
80*
7
80*
7
80*
7
.80*
7
80*
7
80*
7
80*
7
80*
7
80*
7
80*
7
80*
7
.80*
7
.80*
7
80*
4
80*
7
80*
7
80*
7
.80*
7
7
80*
80*
7
80*
7
80*
7
80*
4
80*
4
7
.80*
.80*
7
.80*
7
4
80*
80*
4
.80*
4
.80*
4
.80*
4
80*
4
85*A
4
85*A
4
85*A
4
.85*A
4
40*t
6
.40*t
6
40*t
7
40*
5
40*t
6
40*t
6
40*t
6
40*t
6
40*t
7
40*t
7
40*
5
40*t
7
7
40*t
40*t
7
40*t
5
.40*
4
40*
4
40*
4
40*
4
40*
4
.40*
4
40t*
4
40t*
4
.40t*
4
40t*
4
.30*t
6
01*t
7
01*t
7
01*t
7
30t*
4
.30t*
4
30t*
4
.30t*
4
.40*t
7
40*t
7
40*t
7
.40*t
7
40*t
7
00
3.5
00
3.5
00
3.5
5.0%
7
50%
7
50%
7
5.0%
7
50%
7
50%
7

12
12
12
12
12
12
12
7
7
6
12
12
12
12
7
7
6
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
5
5
5
6
5
7
5
7
5
7
6
9
9
9
7
7
7
7
7
7
7
7
7
7
7
7
7
7
7
7
7
7
9
9
7
10
22
22
22

RISE
SUPPLY SITION TIME
SPAN
TIME
tr

~~G ~~S
g.g
00
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
00
0.0
0.0
00
0.0
00
0.0
00
0.0
0.0
00
00
0.0
00
00
00
00
00
0.0
00
00
00
00
00
0.0
0.0
0.0
0.0
00
0.0
0.0
0.0
00
0.0
00
00
00
00
00
0.0
0.0
00
0.0
0.0
00
00
00
00
50
50
50
50
0.0
00
00
00
00
0.0
00
00
00
00
00
00
00
00
0.0
0.0
00
00
0.0
00
00
00
00
0.0
00
0.0
00
00
00
00
00
00
00
00
00
00
00
00
00
0.0
00
00
00
0.0
0.0
00
0.0

{sl

{~

~g I~gg~~

50
5.0
50
5.0
5.0
5.0
50
5.0
5.0
50
50
5.0
5.0
50
50
5.0
5.0
50
50
5.0
5.0
5.0
50
50
50
50
50
50
5.0
50
5.0
50
50
5.0
5.0
5.0
5.0
5.0
50
50
50
50
50
50
50
5.0
50
50
5.0
5.0
50
5.0
50
50
50
50
50
5.5
55
55
5.5
50
50
5.0
50
5.0
50
50
50
5.0
5.0
50
50
50
5.0
50
5.0
50
5.0
50
5.0
50
50
50
5.0
5.0
50
10
10
10
5.0
50
50
50
5.0
50
5.0
50
50
70
70
70
15
15
12
12
12
15

FALL
TIME
tf
~

..

200nll
200nA
200nA
100nA
100nA
100nA
100nA
100nA
100nA
100nA
100nA
100nA
100nA
100nA
lOOn"
100nA
100nA
100nA
100nA
100nA
100nA
100nA
100nA
100nA
100nA
100nA
100nA
100nA
100nA
100nA
100nA
100nA
100nA
lOOn"
100nA
100nA
100nA
100nA
100nA
100nA
100nA
100nA
100nA
100nA
100nA
100nA
100nA
100nA
100ntA
100ntA
100ntA
100nA
lOOn"
100nA
100nA
100nA
100nA

IN ORDER OF (1)FROM CODE(2)TO CODE
13ILEVEL'1'14ILEVEL'O'I5IMAX FREW61TYPE No
MAX. MAX.
TEMP. CKT
DRAWINGS
TOTAL NOISE
LOGIC OUTLINE
PErc
POWEF REJECT LOVI HI MO DWG. No DWG. No
lI=MO
~SS.
'C 'C
Wi
iVl

m~~

133mt
133mt
133mt
320mt
320mt
320mt
320mt
265mt
265m
165m
320mt
320mt
320mt
320mt
265mt
265mt
165mt
320mt
320mt
320mt
320mt
265mt
265mt
265mt
265mt
320mt
320mt
320mt

~~~~~

265mt
265mt
265mt
265mt
265mt
265mt
265mt
265mt
265mt
265mt
265mt
265mt
265mt
265mt
265mt
265mt
265mt
265mt
540mt
540mt
472mt

1·g ~
1.0 A
1.0 A
1.0 A
1.0 A
lOA
lOA
1.0 A
lOA
lOA
1.0 A
lOA
lOA
1.0 A
lOA
lOA
1.0 A
lOA
lOA
lOA
1.0 A
1.0 A
1.0 A
1.0 A
1.0 A
1.0 A
1.0 A
1.0 A
1.0 A
1.0 A
lOA
1.0 A
1.0 A
lOA
1.0 "
lOA
lOA
lOA
1.0 A
lOA
1.0 A
lOA
lOA
1.0 A
lOA
1.0 A
1.0 A
lOA
1.0 A

lOA
1.0 A
lOA
1.0 A
lOA
1.0 A

265mt
265mt
265mt
165mt
265mt
265mt
265mt
265mt
265mt
265mt
165mt
265mt
265mt
265mt
446m
446m
446m
446m
446m
446m
446m
4~~m

75n
lIOn
lIOn

lOu
lOu
lOu

446m
394m
394m
110m
100u
10m
10m
446m
446m
3g4m
394m
165mt
165mt
165mt
165mt
165mt

3.2
32
35
35
35
35

SYMBOLS AND CODES
EXPLAINED IN INTERPRETER

-go Mb

0
0
0
-55
-55
-55
-55
-55
-55
-55
0
0
0
0
0
0
0
-55
-55
-55
-55
-55
-55
-55
-55
0
0
0
0
0
0
0
0
-55
-55
-55
-55
-55
0
0
0
0
0
Ig
0
0
0
0
0
0
-55
-55
-55
0
0
0
0
0
0
0
-55
-55
-55
-55
0
0
0
0
0
0
0
0
0
-55
0
0
0
0
-~~
-55
-55
0
0
-55
-55
0
-55
-40
-40
0
0
-55
-55
0
0
0
-55
-55
-55
-40
-55
-30
-30
-55
-30
-30
-55

70
70
70
125
125
125
125
125
125
125
70
70
70
70
70
70
70
125
125
125
125
125
125
125
125
70
70
70
70
70
70
70
70
125
125
125
125
125
70
70
70
70
70
70
70
70
70
70
70
70
70
125
125
125
70
70
70
75
75
75
75
125
125
125
125
70
70
70
70
70
70
70
75
75
125
75
75
75
75
125
125
125
75
75
125
125
75
125
85
85
75
75
125
125
75
75
75
125
125
125
85
125
70
70
125
85
85
125

1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1

~~~~g
FO 60

F0260
F0260
F0260
F0260
F0260
F0260
F1710.
F1710.
F1712
F0260
F0260
F0260
F0260
F1710.
F1710.
F1712
F0279.
F0279.
F0279.
F0279.
F0279
F0279
F0279
F0279
F0279.
F0279.
F0279.
F0279.
F0279
F0279
F0279
F0279
F1710.
F1710.
F1710.
F1710.
F1710
F1710.
F1710.
F1710.
F1710.
F1710.
F1710.
F1710.
F1710.
F1710
F1710
F1710.
F1710.
F1710
F1710
F1710
F1710.
F1710
F1710
F1710.

F0244
F0244
F0250
F0248
F0244
F0244
F0244

~g~~~

F0250

~g~~g

F0250
F0250
F0251
F0251
F0251
F0251
F0251
F0251
F0251
F0251

~g~~1

F0251
F0251.
F0273
F0273
F0273
F0251a
F0251.
F0251.
F0251.
F0269
F0269
F0269
F0269
F0269
F0281
FO~~l

Fg~rl
FO
60
F0260

~g~gg

F0260
F0260

I~m~

Ml17x
M153d
Ml17x
M153d
A004AG
M153d
A004AG
M153d
1~004AG
157b
M153d
1~117X
153d
Ml17x
M153d
Ml17x
M157b
M153.
A004AG
M153.
A004AG
M153.
A004AG
M153.
A004AG
M153.
Ml17
M153.
Ml17
M153.
Ml17
M153.
Ml17
M153
M153

1~153

153
M153
M153
Ml17
M153
Ml17
M153
Ml17
M153
Ml17
M153
Ml17
Ml17u
Ml17u
Ml17u
Ml17"
Ml17g
Ml17g
Ml170
Ml17g
Ml17g
AOOIAC
AOOIAC
I~OOlAC
001AC
M191
M191
M191
T086
MI91
M278
M191
M278
M191
T0116
T086
M19l
M278
M191
M153.
M256
M153.
FP79.
M256
M153a
FP79.
M256
FP79.
M146.
FP79.
M153a
M191
M191
M278
M256
FP79.

~p\~~a
FP85
M191
M278
FP85

~~91

~~

iM319
M200j

~~~gJ
~~ggj

77

LINE
No
1
2
3
4
5
6
7
8
9
10
11
12
13

~

DECODES
TYPE
No

~OM ~O

7· DECODERS
No. OF

5 MA~
LOGIC
OPER- PROLEVEL
ATING CESS 1.].
FREQ.
'1'
'0'
(Hz)
(V)
1\11

f!J.

~~l:~:~~t

2
I~g
2
MC14543CP
2
20
CD4055AD
2
20*
CD4055AE
2
20*
CD4055AH
2
20*
CD4055AK
2
20*
CD4056AD
2
20*
CD4056AE
2
20*
CD4056AH
2
20*
CD4056AK
2
20*
SCL4511AD
2
20
SCL4511AE
2
20
SCL4511AF
2
20
DN822
4
2
16~
SN54147J
4
2
17~
SN54147W
4
2
18~
SN74147J
4
2
19~
SN74147N
4
2
20
SW5443J
5
21
SW7443J
5
22
SW7443N
5
23
5582
5
4
24
9353DC
5
4
25
9353DM
5
4
26
9353FC
5
4
27
9353FM
5
4
5
4
28# FLH361-7443
5
4
~g: FLH365-8443
FLH371-7444
5
4
5
4
31# FLH375-8444
32~
JANM38510/0,10502BE,A 4

~g~

33

JANM38510/01002BEB

34

JANM38510/011~02B~C 4

35
36
37~

38
39
40
41
42#

:~:

45#
46#
47
48
49
50
51
52~

53~
54~

55~
56~
57~

58
59
60#
61~
62~

63

~a

66
67
68
69
70
71
72
73
74
75

~~:

78#

~g:

81

~~#

84
85#
86
87
88
89
90
91
92
93

~~:

96
97
98
99
100

78

JANM3851 0/0 1002CEC
I 5
~ 4
JANM38510/01002C B
I 5
I 4
JANM38510/01002CFC
5
4
M53243P
5
4
MIC5443J
5
4
MIC6443J
5
4
MIC7443J
5
4
MIC7443N
5
4
N7443B
5
4
N7443R
5
4
S5443B
5
4
S5443E
5
4
IS5443R
5
4
SN54L43J
5
4
SN54L43N
5
4
SN74L43J
5
4
SN74L43N
5
4
SN5443AJ
5
4
SN5443AW
5
4
SN5443N
5
4
SN5443W
5
4
SN6443N
5
4
SN7443AJ
5
4
SN7443AN
5
4
SN7443N
5
4
T7443Bl
5
4
TL7443N
5
4
US5443A
5
4
US5444A
5
4
US7443A
5
4
US7444A
5
4
MC5443L
5
4
MC7443L
5
4
MC7443P
5
4
MC8353L
5
4
MC8353P
5
4
MC9353L
5
4
M53244P
6
4
MIC5444J
6
4
MIC6444J
6
4
MIC7444J
6
4
MIC7444N
6
4
SN5444N
6
4
SN5444W
6
4
SN6444N
6
4
SN7444N
6
4
T7444Bl
6
4
B155
7
8
9960DC
17
4
T223
17
18
93L01FC
17
18
93L11FC
17
18
9321FC
17
18
9307DM
17
18
9307FM
17
18
FJB93L21
17
18
FJB9321
17
18
SN5443J
17
18
SN5444J
17
18
SN7443J
17
18
SN7444J
17
18
9307DC
17
18

D.A. T.A.

MO
MO

9
9
9
9
4
4
4
4
4
4
4
4
4
4
4
4

10
10
10
10
10
10
10
10
10
10
10
10

MO~

20%

80*

4

10

00

55

46ntl::.

226m

-55

125

1 F053

M323

MO~

20%

80*

4

10

00

55

46ntl::.

226m

-55

125

1 F053

M323

MOr

20%

80*

4

10

00

55

46ntl::.

226m

-55

125

1 F053

M323

MO~

20%

80*

4

10

00

5.5

46ntl::.

226m

-55

125

1 F053

FP93

Mer

20%

80*

4

10

00

55

46ntl::.

226m

-55

125

1 F053

FP93

MOr

20%

80*

4

10

00

55

46ntl::.

226m

-55

125

1 F053

M323

Mer

20%

80*

4

10

00

55

46ntl::.

226m

-55

125

1 F053

M323

Mer

20%

80*

4

10

00

55

46ntt>

226m

-55

125

1 F053

M323

MOr

20%

.80*

4

10

00

55

46ntl::.

226m

-55

125

1 F053

FP93

Mor

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%
2.0%
20%
24%
24%
24%
24%
24%
24%
2.0%
2.0%
20%
20%
20%
20%
20%
20%
20%
20%
0.0
10%
17
18%
18%
18%
19%
1.9%
2.0%
20%
2.0%
2.0%
2.0%
20%
20%

80*
80*
80*
.80*
80*
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
80*
.80*
80*
80*
.80*
80*
80*
80*
80*
80
-3.0
40*
90
75*
.75*
85*
1 1*
1 1*
.70*
80*
80*
80*
80*
80*
85*

4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
7
4
4
4
4
4
6
6
3
3
4
4
4
4
6

10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
100
10
100
10
10
100
100
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
100
10
100
100
100
4
lOt
8
10
16
8
8
8
4
4
100
100
100
100
7

00
00
00
00
00
00
0.0
00
00
00
00
00
00
00
00
00
00
0
00
00
00
00
0
00
00
00
00
00
00
00
00
00
00
0.0
00
0.0
00
00
00
00
0
00
00
0
00
15
0.0
0.0
00
0.0
00
0.0
0.0
0.0
00
0.0
00
00
00
00

55
46ntl::.
70
30n%
5.0
25nt
50
25nt
50
25nt
50
25nt
50
35ntl::.
35ntl::.
50
50
35ntl::.
35ntl::.
50
35ntl::.
50
50
70nt
50
70nt
50
70nt
50
70nt
5.0
30nt
50
30nt
7 30n%
70
30n%
70
30n%
50
30nt
50
30nt
7 30n%
70
30n%
50
35ntl::.
50
35nl::.
50
35nl::.
50
35nl::.
50
35nl::.
50
5.0
50
50
10nt
50
10nt
50
10nt
70
30n%
50
25nt
50
25nt
50
25nt
50
25nt
7 30n%
7.0
30n%
70
30n%
7 30n%
70
30n%
10
60
50
20n
5.0
65nl::.
50
70n
50
20n
7.0
5.0 500ntl::.
50
50ntt>
50
35ntl::.
50
35nl::.
5.0
35nl::.
50
35nl::.
50
35nt>
70

-55
0
-55
-40
0
0
0
0
-55
-55
-55
-55
-55
0
0
-55
-55
-55
-55
-40
0
0
0
0
0
-55
-55
0
0
-55
0
0
0
0
-55
0
-55
-40
0
0
-55
-55
-40
0
0
-20
0
0
0
0
0
-55
-55
0
0
-55
-55
0
0
0

125
75
125
85
75
75
70
70
125
125
125
125
125
70
70
125
125
125
125
85
70
70
70
70
70
125
125
70
70
125
70
70
75
75
125
75
125
85
75
75
125
125
85
70
70
65
75
70
75
75
75
125
125
70
70
125
125
70
70
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
6
1
1
2
1
1
2
2

M~;

~gj
~cOJ

MOr
Mq~
Mq~

MCH

~q~

M~~

~gr

~qf

Mer

M1~

MO
MO

M~f
~gr
M~;
MO

Mer
MO
M1:
MO
Mqr

~giMq~
MO~
MO~

M~~

MO

MO~

M1_~

MO
MO

M~~
~gr
M~;
MO

Mer

M~~
~gj,
Mq~
Mq~

MOr

20M
5.0M
50M
15M

lsI

80*
.80*
80*
80*
.80*
80*
80*
80*
80*
80*
80*
80*
80*
80*
.80*
80*

~gr
M~f

MO
MOr

10M

lsI

20%
20%
20%
20%
20%
2.0%
20%
20%
2.0%
2.0%
20%
20%
20%
20%
20%
20%

~gi

JANM3851 0/0 1002BFC
I 5
I 4
JANM38510/01002CEA
I 5
I 4
JANM38510/011~02CE,B 4

lsI

01*t
OOt
OOt
o Ot
O.Ot
OOt
OOt
OOt
OOt
OOt
OOt
OOt

~g~

I 4
JANM38510/0,1~02BF,B 4

P~S

Igg
00
00
00
00
00
00
00
00
0.0
0.0
00
00
00
00
00
00
00
00
00
0.0
0.0
00
00
00
00
00
00
00
00

ggg~

M~~

I 5

I~~G

FALL
TIME
tf

IN ORDER OF (I)FROM CODE(2)TO CODE
(3)LEVEL'I'(4)LEVEL'O',5)MAX FREQ(6)TYPE No
MAX. MAX.
TEMP. CKT
DRAWINGS
TOTAELF NOISE
PE~[ LOGIC OUTLINE
POWE REJECT LOW HI MO DWG No DWG No
l>=MO
D!~.
'C 'C
tVJ

7
7
7
5
5
5
5
6
6
6
6
7
7
7

Mol 9.99%
10
10
~gi 10
MO!
10
10
10
10
M~l 10
10
M~l 10
10

1;#

gl:i

LINES
IN OUT

POWER TRAN- RISE
SUPPLY SITION TIME
SPAN
TIME
tr

~gJ

PCB

~COJ
MQr

M~~

~gi

M~!

M~,
MO

~q!

MOl

~g:

~

8
8
8
8
8
8
8
8
8
7
7
7

l~g~ l;g~

1910

~~Ou%

50
50
50
50
50
50
50
50
10
10
10
15
50
50
50
50
55
52
5.2
50
50
50
50
50
50
50
50
50

IOn
IOn
IOn
IOn
30n%
30n%
30n%
35ntl::.
35ntl::.
35ntt>
35ntl::.
35ntl::.
35ntl::.
35ntl::.
35ntl::.
35ntl::.

10m%
1.0m%
200m
200m
200m
200m
200m
200m
200m
200m
200m
200m
200m
200mt
225mt
225mt
225mt
225mt
140m
140m
140m
420mt
280m§
280m§
280m§
280m§
280m§
280m§
280m§
280m§

lIOn

lIOn

40n
40n
40n
40n
40n
40n
40n
40n
75n
75n
75n

IOu
IOu
IOu

226m
140mt
140mt
140mt
140mt
140mt

70mt
70mt
70mt
70mt
140mt
140mt
140mt
140mt
140mt
140mt
140mt
140mt
140mt
294mt

70n

50n

22
22
22
22
22
22
22
22

4.5
4.5

I::.
I::.
I::.
I::.
I::.
I::.
I::.
I::.
I::.
I::.

j~O~rzl
10
10
1.0

101::.
101::.
101::.
101::.

101::.
400m
400m
400m
400m

101::.
1.0 I::.
101::.
1.0 I::.
101::.
101::.
101::.
101::.
101::.
101::.
101::.
101::.
101::.

101::.
140mt 1.0 I::.
101::.
140mt 101::.
140mt 10
140mt 10
140mt 10
140mt
140mt
140mt
140mt 101::.
140mt 400m
140mt 400m
140mt 400m
140mt 400m
140mt 101::.
140mt 1.0 I::.
140mt 101::.
140mt 101::.
140mt lOt>
800m 800m
45m
450m 400m
50mt 400m
44mt 400m
150mt 400m

45mt
150mt
140mt
140mt
140mt
140mt

SYMBOLS AND CODES
EXPLAINED IN INTERPRETER

-55
-40 J~l>
-40 85
-55 125
-40 85
-55 125
-55 125
-55 125
-40 85
-55 125
-55 125
-55 125
-40 85
-55 125
0
75
-55 125
-55 125
0
70
0
70
-55 125
0
70
0
70
0
70
0
70
-55 125
0
70
-55 125
0
70
-25 85
0
70
-25 85

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

FCf216
F0276
F0276
F0270
F0270
F0270

~~~~

F0271
F0271
F0271
F0273
F0273
F0273
C0324
F042
F042
F042
F042
F0229a
F0229a
F0229a
F054
F055
F055
F055
F055
F0229a
F0229a
F0229a
F0229a

F053
F052
F0233c
F0233c
F0233c
F0233c
F052
F052
F052
F052
F052
F052
F052
F052
F052
F052
F052
F0229a
F0229a
F0229a
F052
F052
F0229a
F0229a
F0229a
F0229a
F0229a
F0229a
F0229a
F053
F053
F053
F053
F053
F053
F0229a
F0233c
F0233c
F0233c
F0233c
F0229a
F0229a
F0229a
F0229a
F0229a
F073
F176

F0233
F0232
F1714
F175
F175
F1714
F1714
F0229a
F0229a
F0229s
F0229a
1 F175

M191
M191
M278
I::.OOIAE
I::.OOIAC
FC6b
t>004AG
I::.OOIAE
I::.OOIAC
FC6b
1::.004AG
1::.002AE
1::.00 lAC
1::.004AG
M200m
M153d
t>004AG
M153d
M117x
M153b
M153b
M117
CB62
M200
M200J
FP47b
FP47b
M117w
M117w
M117w
M117w

FP93
M153b
M153a
M153a
M153a
M117
M256
FP79a
M256
M153a
FP79a
M153d
M117x
M153d
M117x
M153d
1::.004AG
M117
T084
M117
M153d
1::.004AG
M117
M117
M117u
M117g
M117g
M117a
M117g
M191
M191
M278
M191
M278
M191
M153b
M153a
M153a
M153a
M117
M117
T084
M117
M117
M117
CB31
M117c
CBIlI
FP47b
FP66
FP47b
M117b
FP47b
M210a
M210a
M153
M153
M153

~mh

78

LINE
No.
1
2
3
4
5
1-_ 6
7
8
9
10
11#

H*1f
13#
14"
15"
16"
17"
18"
19"
20"
21"
22"
23"
~ ..
25"
26"
27"
28
29
30
31
32
33"
34

~

5IMA~PRO·

DECODES

~OM

TYPE
No

I~~~j~~c

17
17
17
17
17

-40

l~~NG

o ER·

36
37
38"
39
40
41
42
43
44
45
46
47
48"
49"
50"
51"
52"
53"
54"
55"
56
57

~~#

60
61
62
-63
64
65
66"
67"
68"
69"
70"
71"
72"
73"
74"
75"

CESS

FREQ.
(Hz)

~g

9317BDM
20
9317BFM
20
9317CFM
20
1422
~9317BFC
20
9317CDC
17
20
9317CDM
17
20
9317CFC
17
20
FJB9317
17
20
18
~!Q~---- - - T151Dl
18
SN54148J
18
8
SN54148W
18
8
18
SN74148J
8
SN74148N
18
8
SN54LS 139J 19
18
SN54LS139N 19
18
1
SN54LS139W 19
18
SN54S 139J
19
18
SN54S139W
19
18
SN74LS139J 19
18
SN74LS139N 19
18
SN74LS139W 19
18
SN74S139J
19
18
SN74S139N
19
18
5581
21
4
9354DC
21
4
9354DM
21
4
9354FC
21
4
9354FM
21
4
JANM3851 0/01 003BEA
121
1 4
JANM38510/01~°,o3BEIB 4

35

7 DECODERS
LOGIC
No. OF
POWER

g--

JANM38510/01003BEC
121
1 4
JANM38510/01003BFB
121
1 4
JANM38510/01~0103BFIC 4
JANM3851 0/01 003CEA
121
1 4
JANM3851 % 1003CEB
121
1 4
JANM38510/0 1003CEC
121
1 4
JANM3851 % 1003CFB
121
1 4
JANM38510/01003CFC
21
4
21
N7444B
4
N7444E
21
4
N7444R
21
4
S5444B
21
4
S5444R
21
4
SN54L44J
21
4
SN54L44N
21
4
SN74L44J
21
4
SN74L44N
21
4
SN5444AJ
21
4
SN5444AW
21
4
SN7444AJ
21
4
SN7444AN
21
4
SW5444J
21
4
SW7444J
21
4
SW7444N
21
4
TL7444N
21
4
MC5444L
21
4
MC7444L
21
4
MC7444P
21
4
MC8354L
21
4
MC8354P
21
4
MC9354L
21
4
SN54LS138J 23
18
SN54LS138N 23
18
SN54LS138W 23
18
SN54S138J
23
18
SN54S138W 23
18
SN74LS138J 23
18
SN74LS138N 23
18
SN74LS138W 23
18
SN74S138J
23
18
SN74S138N
23
18

LEVEL

LINES
IN
OUT

f1J'1' fiJ '0'
(V)

~~G Ir,°s
V)

(V)

~g~ g~

1!j~:

Mm
MC!~
MO!
PCB

1.9%
19%
19%
19
M~~ 20%
2.0%
2.0%
M~~ 20%
2.0%
~g~ 1.7%
Mq~ 1.8%
MO~
2.0%
MO~
20%
MC!~ 20%
MC!~ 20%
Mm 20%
20%
MO
20%
MO
2.0%
Mqr 20%
MOr 20%
MO~ 20%
20%
20%
MO~ 20%
PC~~ 20%
20%
2.0%
20%
MC!~
MO~ 20%

1 1*
1.1 *
1 1*
11
.85"
85*
85*
85*
.85*
90*
85*
80*
80*
80*
80*
70'
70'
70'
80'
.80'
80'
.80'
80'
80'
80'
80'
80'
80'
80'
80*

6
6
6
6
6
6
6
6
6
4
4
9
9
9
9
3
3
3
3
3
3
3
3
3
3
4
4
4
4
4

Mm

20%

.80'

MO~

20%

80*

MO~

20%

MO~

20%

~g~

Ml~

.~~~

~g~

TRAN·
SUPPLY SITION
TIME
SPAN

7
8
8
8
8
8
8
8
8
8
8

~

RISE
TIME
tr

FALL
TIME

(5)

(5)

(5)

tf

bUUnt '"

IN ORDER OF (I)FROM CODE(2)TO CODE
(3ILEVEL'1'(4ILEVEL'O'(5IMAX FREQ(6ITYPE No
MAX. MAX.
TEMP.
CKT
DRAWINGS
TOTAL NOISE
PER
LOGIC OUTLINE
POWEF REJECT LOlli HI Moe DWG. No DWG. No
lI=MO
(V)
'C
'C
FlIt>
1
~55 1;~5 1
U'14f8b•
·55 125
1
FP47b
400m
-55 125
FP47b
1 F1717
240m
0
75
1 F1717
~~Ub
·55 95
3
-55 125
400m
1 F1717
FP47b
0
75
1
M148a
0
75
1
FP47b
240m
0
75
1 F1717
FP47b
240m
0
1 F175
M210.
70
-55 125
145m
1 F0233
M200
145m
0
75
1 F0233
M200
190mt
-55 125
M153d
1 F181
190mt
·55 125
1 F181
"'004AG
190mt
0
70
1 F181
M153d
190mt
0
70
1 F181
Ml17x
34mt
·55 125
2 F191
M153d
34mt
Ml17x
·55 125
2 F191
34mt
-55 125
2 F191
"'004AG
300mt
0
70
2 F191
M153d
300mt
0
70
2 F191
"'004AG
34mt
0
70
2 F191
M153d
34mt
0
70
2 F191
Ml17x
34mt
0
70
2 F191
"'004AG
300mt
0
70
2 F191
M153d
300mt
0
70
Ml17x
2 F191
420mt
0
70
3 F212
CB62
280m§
0
70
1 F213
M200,
280m§
1 F213
M200
·55 125
280m§
0
70
1 F213
FP47b
280m§
-55 125
1 F213
FP47b

D!~~.

10
10
10
10
10

g:g
00
00
00
0.0
00
00
0.0
00
00
00
00
0.0
0.0
00
00
00
00
00
00
00
00
00
00
0.0
00
00
00
00
0.0
00

Igg
50
50
50
50
50
5.0
5.0
50
50
50
50
50
50
50
50
50
50
5.0
5.0
50
50
50
50
50
50
50
5.0
5.0
50
50

4

10

00

55

46nt'"

226m

-55

125

1 F211

M323

4

10

00

55

46nt'"

226m

-55

125

1 F211

M323

80*

4

10

00

55

46nt6

226m

·55

125

1 F211

M323

80*

4

10

00

55

46nt'"

226m

·55

125

1 F211

FP93

226m

-55

125

1 F211

FP93

226m

-55

125

1 F211

M323

-55

125

1 F211

M323

500nt '"
500nt '"

1

500nt6
500nt6
500nt'"
10n
10n
10n
10n
22n
22n
22n
75n
75n
22n
22n
22n
75n
75n
35nt6
35nt'"
35nt'"
35nt'"
35nt'"

MO~

20%

80'

4

10

0.0

55

46nt'"

Mm

2.0%

.80'

4

10

00

55

46nt'"

(O~

20%

80'

4

10

00

55

46nt'"

I

226m

MO~

20%

80'

4

10

00

55

46nt'"

I

226m

·55

125

1 F211

M323

IMO~

2.0%

80*

4

10

00

55

46nt'"

226m

·55

125

1 F211

FP93

20%
20t
2.0t
20t
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
20%
2.0%
20%
2.0%
2.0%
20%
24%
24%
24%
24%
24%
2.4%
20%
20%
2.0%
2.0%
2.0%
20%
20%
20%
20%
20%

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
.70*
70*
.70*
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
4
4
4
5
5
5
3
3
5
5
5
3
3

10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10

00
00
00
00
00
00
00
00
0.0
00
0.0
00
00
00
0.0
0.0
0.0
0.0
0.0
00
00
0.0
00
00
0.0
00
0.0
00
00
0.0
00
00
00
00

55
50
5.0
5.0
50
5.0
50
5.0
50
5.0
50
50
5.0
50
50
50
50
5.0
5.0
50
50
50
50
5.0
50
50
50
50
50
50
50
50
50
50

46nt'"
35nt'"
35nt'"
35nt'"
35nt '"
35nt'"
70nt
70nt
70nt
70nt
30nt
30nt
30nt
30nt
35n'"
35n'"
35n'"
35nt'"

226m

·55
0
0
0
·55
-55
·55
-55
0
0
·55
-55
0
0
-55
0
0
0
·55
0
0
0
0
-55
·55
-55
-55
-55
-55
0
0
0
-55
-55

125
70
70
70
125
116
125
125
70
70
125
125
70
70
125
70
70
70
125
75
70
75
75
125
125
125
125
125
125
70
70
70
125
125

1
1
1
1
1
1
1
1
1
1
1
1
1
1

FP93
M256
M153a
FP79.
M256
FP79.
M153d
Ml17x
M153d
Ml17x
M153d
"'004AG
M153d
"'004AG
M153
M153
M153
Ml17u
M191
M191
M278
M191
M278
M191
M153d
Ml17x
"'004AG
M153d
"'004AG
M153d
Ml17x
"'004AG
M153d
Ml17x

I
I

M~~

~g~
Mq~
Mq~
..

MO~

~g~
MO~

M~~

~g~
MO~
Mq~
MO~

~~~
MO~

M~~

~g~

MC!~
MO~
MO~

~q~
MO~
M~~

~g~
MO~

MO~
MO~
MO~

I

10nt
10nt
10nt
22n
22n
22n
8.0n
8 On
22n
22n
22n
8.0n
8.0n

i

I

70mt
70mt
70mt
70mt
140mt
140mt
140mt
140mt
140mt
140mt
140mt
294mt
140mt
140mt
140mt
140mt
140mt
140mt
32mt
32mt
32mt
245mt
245mt
32mt
32mt
32mt
245mt
245mt

1.0'"
10'"
1.0'"
1.0'"
10'"
1.0'"
10'"
10'"

1.0
1.0
10

1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1

F211
F211
F211
F211
F211
F211
F211
F211
F211
F211
F211
F211
F211
F211
F0229.
F0229.
F0229.
F0229a
F211
F211
F211
F211
F211
F211
F231
F231
F231
F231
F231
F231
F231
F231
F231
F231

t

C----

. I

---

79

----~---

...

D.A. T.A.

i
SYMBOLS AND CODES
EXPLAINED IN INTERPRETER

79

LINE
No

~

~~A~

i+JPE o ER- PROOF
ATING CESS
GATE
FIWz?'

TYPE
No.

1#
2# I~~~~~E
3
MTG4
4
~r~~g
5
MAG8
6
lCE308
7
lCE410
~;j, Hl0901
10# Hl0906
11. MC14571Al
12. MC14571ClP

3.0M
1
1
1
1
1
1
1

~.g~

5.0M
30M
3.0M

d
d

80

.!J'O'

(V)

(V)

I~g-~
PCB
PCB
PCB
PCB

c1c

D.A. T.A.

20
20%
2.0%
50
50
60
6.0
80%
8.0%
9.99%

8 GATES

TYPE

.01*t
O.Ot

2.0%
2.0%
2.0%
2.0%
20%
2.0%
2.0%
2.0%
2.0%
2.0%
20%

.90*
90*
.90*
.90*
.90*
.90*
.85*
.85*
.85*
.85*
.85*
.85*
45*
.45*
45*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*

CMS
CMS
CMS
CMS
OTl
OTl
OTL
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
RTl
RTl
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL

Mm

2.0%

.80*

TTL

Mm

20%

80*

Mm

2.0%

MOr

~gN

Me! 999%
10
Mq~
MOS
10
10
MO
MO

POWER
SUPPLY
SPAN

MAX.
PROPA- RISE FALL
GATION TIME TIME

N(~~. PR,~' DE~fY

I~)

gtt
OTl
TTL

M~~

·

FAN
IN OUT

lJ

.95*
95*
00
0.0
o Ot
O.Ot
6.0*
6.0*
.01*t

Mq~

~~:

JANM3851 0/0 111601
1

1J'1'

MOS

1
13. C04073AE
1
14. C04081AE
1
15. C04082AE
1
RG3182P
1
16
RG33900
17
1
18
RG3390K
1
19
RG33920
1
20
RG3392K
1
1
21
~~~:gg~
22
1
23
RG34020
1
24
RG3402K
1
25
SP305A
1
26
SP306A
1
SW1806M
27
1
28
SW1806P
1
29. 502At.
1
5.0M
MC1906F
30
1
31
MC1906l
1
MC1907F
32
1
33
MC1907L
1
34
MC1806F
1
35
MC1806lP% 1
36
MC1807F
1
MC1807l,P% 1
37
K123
1
lOOk
38
FZH251
1
FZH255
1
41
MC1047P
1
42
MC1247F
1
43
MC1247l
1
MC10504F
44
1
MC10504l
45
1
46
MC10l04l
1
47
MC10104P
1
1
48# SP490
49
MC9723P
1
50
MC9823P
1
51
MC9713P
1
14M%
52
MC9813P
1
14M%
1
53# FJH421
54# GTB74S11P
1
55
MC5409l
1
56
MC7409lP% 1
TG80F
57
1
TG80J
58
1
59
TG81F
1
60
TG81J
1
61
TG82F
1
62
TG82J
1
63
TG83F
1
64
TG83J
1
65
90050M
1
9005FM
66
1
67
90080M
1
68
9008FM
1
1
69# MIC9005-10
70# MIC9008-10
1
71
90050C
1
72
9005FC
1
90080C
73
1
9008FC
74
1
75# MIC9005-50
1
76# MIC9008-50
1
77. 5512A
1
40M
78. 5515A
1
40M
79. 5517A
40M
1
1
80+41 GJH261
ITT5450J
1
g~ ITT5451J
1
83
ITT5453J
1
ITT5454J
84
1
ITT7450J
85
1
86
ITT7451J
1
87
ITT7453J
1
88
ITT7454J
1
89
JANM38510/01601BAA
11
I
90
JANM38510/0 1160 1B~B
1
JANM38510/01601 BAC
91
11
92
JANM38510/01601B A
11
93
JANM38510/0 111601B -I B
JANM38510/01601BCC
94
11
I
95. JANM38510/01601 BOB
11
I
96
JANM38510/01J,60 1C~A
97
JANM38510/01601CAB
98

LOGIC
LEVEL

1
1
3t
4
5
4

27
10
25
8

5t. 200

CMS

5t. 200
2
50

5 lOOn
5 20n
5 25n
5 35n
12 25n
12 25n
20 250nt.
20 250nt.
10 45n%

38n
38n

75n

75n

lIOn

lIOn

1.0
1.0
10
1.0

5.0 t.
~~g~"
120m:1t 5.0 t.
1.0u%

10u~

0
0
0
0
-40
-40
0
-40
-55

70
70
70
70
100
100
75
85
125

16
16
10
8
1
1
2
2
4

-40
-40
-40
-40
0
-55
-55
0
0
-55
-55
0
0
15
15
0
0
0
-55
-55
-55
-55
0
0
0
0
-20
0
-25
0
-55
-55
-55
-55
-30
-30
0
15
0
15
0
0
0
-55
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
-55
-55
-55
-55
0
0
0
0

85
85
85
85
75
125
125
75
75
125
125
75
75
55
55
75
75
70
125
125
125
125
75
75
75
75
65
70
85
75
125
125
125
125
85
85
75
55
75
55
75
70
70
125
70
125
125
125
125
75
75
75
75
125
125
125
125
75
75
75
75
75
75
75
75
70
70
70
70
125
125
125
125
70
70
70
70

M126
CB37c
CB37c
G013p
G0185
G0185a
G02177
G02177
G01248

CN27
M45
T0116
T0116
T0116

4
3
4
2
2
2
2
2
2
4
4
4
4
1
2
4
4
12
4
4
4
4
4
4
4
4
3
4
4
4
4
4
4
4
4
4
2
4
4
4
4
4
3
4
4
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2

G01248

T0116
t.001AB
t.001AB
t.001AB
Ml05k
Ml05m
FP28
Ml05m
FP28
Ml05m
FP28
Ml05m
FP28
Ml05
Ml05
Ml05n
M114
CB62
T086
T0116
T086
T0116
T086
T0116
T086
T0116

2
2
1
12
8
12
3
2
2
1
1
2
2
1
1

G01190
G01188
G01190

8

10
10
10
10
10
10
10
10
10
10
10
10
11
11
11
11
11
11
10
10
10
10
10
10
12
12
25
10
10
10
10
10
10
10
10
10

10
10
10
10
5
5
5
5
5
5
5
5
5
5.5
5.5
80
8.0
7.0
5.0
5.0
5.0
50
50
5.0
50
50
5.0
15
15
00
00
0.0
0.0
0.0
0.0
0.0
0.0
3.6
3.6
3.6
36
50
5.0
5.0
5.0
50
5.0
5.0
5.0
5.0
50
5.0
5.0
5.0
50
5.0
50
50
5.0
5.0
5.0
5.0
50
5.0
5.0
7.0
7.0
7.0
5.0
50
5.0
5.0
50
5.0
5.0
5.0
50

26n

90m 1.6
360mt 50 t.
360mt 50 t.
130mt
130mt
130mt
140mt
140mt
140mt
140mt
160m*
48mt
48mt
100mt
100mt
10mt. 1.0 t.
37mt.
70mt
70mt
140m§ 1.0 t.
140m§ 1.0 t.
140m§ lOt.
140m§ 1.0 t.
155m§ 1.0 t.
155m§ lOt.
155m§ lOt.
155m§ 1.0 t.
64mt
64mt
55mt
55mt
64mt 400m
55mt
75mt
75mt
70mt
70mt
75mt 400m
70mt 400m
284mt
224mt
540mt
120mt
20mt
20mt
10mt
10mt
20mt
20mt
10mt
10mt

2

10

0.0

55

40nt.

200m

-55

125

4 G01237

FP52d

TTL

2

10

00

5.5

40nt.

200m

-55

125

4 G01237

FP52d

80*

TTL

2

10

00

55

40nt.

200m

-55

125

4 G01237

FP52d

2.0%

.80*

TTL

2

10

0.0

55

40nt.

200m

-55

125

4 G01237

M314

MO~

20%

80*

TTL

2

10

00

55

40nt.

200m

-55

125

4 G01237

M314

MON

20%

.80*

TTL

2

10

00

5.5

40nt.

200m

-55

125

4 G01237

M314

MO~

20%

80*

TTL

2

10

00

5.5

40nt.

200m

-55

125

4 G01237

FP83

MO~

20%

80*

TTL

2

10

00

5.5

40nt.

200m

-55

125

4 G01237

FP52d

MO~

20%

80*

TTL

2

10

0.0

5.5

40nt.

200m

-55

125

4 G01237

FP52d

MO~

20%

80*

TTL

2

10

00

55

40nt.

200m

-55

125

4 G01237

FP52d

M~~

O.Ot

M~~

~g~
Mq~
Mq~

MO~
Mq~
Mq~
MO~

~g-~

PCB

M~~
~g~

M~~

MO

MO~

~g~
PCB
Mq~
Mq~

MO~

M~~
MO

MO~

M~~

~g~

19%
19%
20%
2.6%
26%
2.6%
2.6%
2.6%
2.6%
2.6%
2.6%
50
7.5%
7.5%
-.75%
-.75%
-.75%
-.93%
-93%
-96%
-.96%
-70%

1.2*
12*
.45*
40*t
40*t
.40*t
.40*t
45*t
.45*t
45*t
45*t
0.0
4.5*
4.5*
-16*
-1.6*
-16*
-1.6*t
-16*t
-16*t
-1.6*t
-.79*

M~~
MO
Mq~
Mq~
MO~

M1~

MO
MO

M~~

~g~
Mq~
MO~
MO~

1.3%
13%
1.3%
13%
1.3%
1.3%

.40*t
.40*t
1.05*
1.05*
1.05*
1.05*
1.05*
1.05*

M!~ U~ l:g~:

MO

MO~

1.7%
17%
1.7%
1.7%
Mq~ 17%
Mq~ 1.7%
MO~
1.8%
.1.8%
1.8%
1.8%
MO~
1.8%
MO
M1~
MO

~q;
~gJ

PCB
PCB

~~~

~:g~

3t.
3t.

2
2
2
2
2
2
2
3
2
2
2
2
2
3
2
2

4t.
4t.
4t.
4t.
4t.
4t.
4t.
4t.

4
4
9
9
4
9
4
4
9
9
4
9
2
4
2
9

at.
4

lOt.
8

at.
4

lOt.

50

11
11
9
9
11
11
9
9
1
1
8t
8t
8
8
8
7
7
8
8
7
7
15
10
10
25
25
25

4
4

5t.
5t.

45n%
60n%
60n%
60n%
IOn

30n
30n

1.0
200m
310m
275m
450m

0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
00
0.0
0.0
0.0
0.0
00
0.0
0.0
00
0.0
00
0.0
00
0.0
00
0.0
00
00
0.0
0.0
0.0
5.2
52
52
52
5.2
52
5.2
7.0
00
0.0
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
00
0.0
0.0
0.0
0.0
0.0
0.0
00
0.0
00
0.0
0.0
0.0
0.0
0.0
00
00
0.0
0.0
0.0
0.0
0.0
0.0
00

om

2
9
8
8
4
5
5
5
5
2
2
2
2
6
3
2
2
2
2
2
2
2
2
2
2
2
2

0
0
0
0
6
6
0.0
00
00

~)

IN ORDER OF (l)TYPE OF GATE(2)LOGIC TYPE
13lLEVEL'l'14lLEVEL'O'15lMAX FRE0I61TYPE No
MAX. MAX.
TEMP. CKT
DRAWINGS
TOTAL NOISE
LOGIC OUTLINE
PE~D
PKG, REJECT LOW HI MO DWG. No DWG. No
£>=MO
DI~~'
(V)
'C 'C

35n
35n
30n
30n
35n%
30n
30n
35n
35n
30n
30n
35n
35n
20u
5.0n
5.0n
5.0n
4.0nt.
40nt.
2.7n%
2.7n%
4.0nt.
50n%
5.0n%
28n
28n
13n
3.0n
15n%
15n%

10n%
10n%
10n%
1.1
1.1
1.1
1.1
1.1
11
1.1
1.1
11

2.0nt
IOn
IOn
IOn
IOn
IOn
IOn
IOn
IOn
180u

2.5nt
IOn
IOn
IOn
IOn
IOn
IOn
IOn
IOn
180u

85n
85n
8.5n
3.3n
3.3n
2 On
2.0n
3.0n

8.5n
85n
8.5n
33n
3.~n

2.0n
2.0n
3.0n

35nt.
35nt.
35nt.
35nt.
35nt.
35nt.
35nt.
35nt.

14n
14n
14n
14n
14n
14n
14n
14n
14n
14n
14n
14n
9.0n%
9.0n%
9.0n%

12nt.
22nt.
22nt.
22nt.

26n

22nt.
22nt.
22nt.

2.0nt
20nt
2.0nt

2.5nt
2.5nt
2.5nt

5.0mt.
5.0mt.
80mt
80mt
216mt

1.0 t.
1.0 t.

1.0
1.0

SYMBOLS AND CODES
EXPLAINED IN INTERPRETER

G01210
G01210
G01210
G01210
G01210
G01210
G01210
G01210
G01210
G01210
G01234
G01234
G043k
G043k
G043k
G01232
G01232
G01232
G01232
G01222
G01195a
G01195a
G01195
G01195
G04387k
G04377a
G01227a
G01227a
G01243
G01243
G01243
G01243
G01243
G01243
G01243
G01243
G01188
G01188
G01190
G01190
G01188
G01190
G01188

~ l~gll~g

G01153a
G01193a
G01193c
G01194a
G01194c
G01193a
G01193c
G01194a
G01194c

T0116
T086
T0116
FP85
M191
M191
M278
M146b
T0116
T0116
T0116
T0116
T0116
T0116
T086
M157c
T086
M157c
T086
M157c
T086
M157c
M157

~1258t

FP28b
M153a
M153a
M157
FP28b
M157
FP28b
M153a
M153a
CB62
CB62
CB62 .
M126n
M157
M157
M157
M157
M157
M157
M157
M157

80

LINE
No.
1
2
3
4.
5
6
7
S
9
10
11.
12
13
14
15
16

17
18.
19#

~~:

22#

m~

25#

~~:

28#

~g:

31#

~~:

34#

~~:

37#

m~

40#

:J:
43#
44#
45#
46#

:~:

49
50
51
52
53
54
55
56
57
5S
59
60
61
62
63
64
65
66
67
6S
69
70
71
72
73
74
75
76
77
78

~g#

S1#
S2#

g~:

85#
86#
87#
SS#

~g:

gJ:
81

~

TYPE
No.

o ER- PRO~PE ~~A~
OF
ATING CESS

GATE FREQ.
IHz1
JANM38510/01601CCA
11
I
JANM3S510/01601CCB
11
I
JANM3S510/01"601C~C

JANM38510/01601COB
11
I
JANM3S510/01602BAA
11
I
JANM3S51 0/01"602B~B
JANM3S 51 0/0 1602BAC
11
~
JANM3S510/01602B A
11
I
JANM3S51 0/0111602B~B
JANM3S51 0/0 1602BCC
11
I
JANM3S51 0/0 1602BOB
11
I
JANM3S51 0/0111602C~A
JANM3S51 0/0 1602CAB
11
I
JAN M3S 51 0/0 1602CAC
11
I
JANM3S51 0/01"602C~A
JANM3S510/01602CCB
11
~
JANM3S510/01602C C
11
I
JANM3851 0/0 1602COB
1
MIC74Hl1J
1
MIC74H21J
1
MIC540SJ
1
MIC5409AJ
1
MIC5409J
1
MIC5411J
1
MIC5421J
1
MIC640SJ
1
MIC6409AJ
1
MIC6409J
1
MIC6411J
1
MIC6421J
1
MIC740SJ
1
MIC740SN
1
MIC7409AJ
1
MIC7409AN
1
MIC7409J
1
MIC7409N
1
MIC7411J
1
MIC7411N
1
MIC7421J
1
MIC7421N
1
MIC54130J
1
MIC54131J
1
MIC64130J
1
MIC64131J
1
MIC74130J
1
MIC74130N
1
MIC74131J
1
MIC74131N
1
N74HOSA
1
N74HOSQ
1
N74HllA
1
N74HllQ
1
1
1
N740SA
1
N740SQ
1
N7409A
1
N7409Q
1
N7411A
1
N7411Q
1
N7421A
1
N7421J
1
NC74HllN
1
NC74H21N
1
S54HOSA
1
S54HOSQ
1
S54HllA
1
S54HllQ
1
S54H21A
1
S54H21Q
1
S540SA
1
S540SQ
1
S5409A
1
S5409F
1
S5409Q
1
S5411A
1
S5411Q
1
S5421A
1
S5421J
1
SFC40SE
1
SFC40SEM
1
SFC40SET
1
SFC408EV
1
SFC40SP
1
SFC40SPM
1
SFC409E
1
SFC409EM
1
SFC409ET
1
SFC409EV
1
SFC409P
1
SFC409PM
1
SFC411HE
1

~~:~~l~

D.A. T.A.

LOGIC
LEVEL

1..]'1'

.!J'O'

.

8FANGATES
POWER
TYPE

IN

OUT

lJ

MAX.
SUPPLY PROPA- RISE
FALL
GATION TIME TIME
SPAN
tr
NEG. POS. DELAY
tf
IVI
IVI
151
151
151

IN ORDER OF (1)TYPE OF GATE(2)LOGIC TYPE
13ILEVEL'1'14ILEVEL'O'15IMAX FREQI61TYPE No
TEMP. CKT
DRAWINGS
MAX. MAX.
LOGIC OUTLINE
TOTAL NOISE
PE~C
PKG.
REJECT LOVI HI MO DWG. No DWG. No
A=MO
DISS.
IV)
'C 'C
IWI

IVI

IVI

MO~

2.0%

SO'

TTL

2

10

0.0

55

40nl>

200m

-55

125

4 G01237

M314

MO~

2.0%

SO'

TTL

2

10

0.0

5.5

40nl>

200m

-55

125

4 G01237

M314

MO~

2.0%

SO·

TTL

2

10

0.0

5.5

40nl>

200m

-55

125

4 G01237

M314

MO~

20%

SO'

TTL

2

10

00

5.5

40nl>

200m

-55

125

4 G01237

FPS3

MO~

20%

.SO'

TTL

2

10

0.0

5.5

49nl>

200m

-55

125

4 G0123S

FP52d

MO~

2.0%

.SO'

TTL

2

10

0.0

5.5

49nl>

200m

-55

125

4 G0123S

FP52d

MO~

20%

.SO·

TTL

2

10

00

5.5

49nl>

200m

-55

125

4 G0123S

FP52d

MO~

2.0%

.SO'

TTL

2

10

00

55

49nl>

200m

-55

125

4 G01238

M314

MO~

2.0%

SO'

TTL

2

10

00

5.5

49nl>

200m

-55

125

4 G0123S

M314

MO~

20%

.SO'

TTL

2

10

0.0

5.5

49nl>

200m

-55

125

4 G0123S

M314

MO~

20%

SO'

TTL

2

10

00

5.5

49nl>

200m

-55

125

4 G0123S

FPS3

MO~

2.0%

80'

TTL

2

10

0.0

5.5

49nl>

200m

-55

125

4 G0123S

FP52d

MO~

20%

SO'

TTL

2

10

0.0

5.5

49nl>

200m

-55

125

4 G0123S

FP52d

MO~

20%

SO'

TTL

2

10

00

5.5

49nl>

200m

-55

125

4 G0123S

FP52d

MO~

20%

SO'

TTL

2

10

0.0

55

49nl>

200m

-55

125

4 G0123S

M314

MO~

2.0%

SO'

TTL

2

10

0.0

5.5

49nl>

200m

-55

125

4 G0123S

M314

MO~

2.0%

SO'

TTL

2

10

00

55

49nl>

200m

-55

125

4 G0123S

M314

MO~

20%
20%
2.0%
20%
2.0%
2.0%
20%
20%
2.0%
20%
2.0%
2.0%
2.0%
20%
20%
2.0%
20%
20%
2.0%
20%
2.0%
20%
20%
2.0%
20%
2.0%
2.0%
2.0%
2.0%
2.0%
20%
20%
20%
20%
20%
20%
20%
20%
20%
20%
2.0%
20%
2.0%
20%
20%
20%
2.0%
20%
2.0%
20%
2.0%
20%
2.0%
2.0%
20%
2.0%
20%
20%
20%
2.0%
20%
20%
20%
20%
2.0%
2.0%
2.0%
20%
20%
20%
20%
2.0%
2.0%
~.O%
0%

.SO'
.80'
.SO'
SO'
.80'
SO'
.SO'
SO'
SO'
.SO'
SO'
.SO'
SO'
SO'
SO'
.SO'
SO'
80'
SO'
.80'
.SO'
.SO'
.SO'
SO'
.SO'
SO'
.SO'
.80'
.80'
80'
.80'
SO'
.80'
.SO'
SO'
SO'
SO'
.SO'
SO'
.SO'
SO'
SO'
SO'
SO'
SO'
80'
SO'
SO'
.SO'
SO'
.SO'
SO'
SO'
.80'
.SO'
SO'
80'
SO'
SO'
80'
.SO'
SO'
.SO'
80'
SO'
SO'
SO'
SO'
SO'
.SO'
SO'
SO'
SO'
SO'
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
TTL
TTL
TTL
TTL
TTL
TTL
TTL
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
3
4
2
2
2
3
4
2
2
2
3
4
2
2
2
2
2
2
3
3
4
4
2
2
2
2
2
2
2
2
2
2
3

10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
54
54
54
54
54
54
54
54
10
10
10
10
10
10
10
10
10
10

0.0
0.0
00
0.0
0.0
00
0.0
00
00
0.0
0.0
00
0.0
0.0
00
0.0
00
00
00
0.0
0.0
0.0
0.0
00
0.0
0.0
0.0
00
00
00
0.0
0.0
00
0.0
0.0
0.0
00
00
0.0
0.0
0.0
0.0
0.0
0.0
00
0.0
00
0.0
0.0
0.0
0.0
00
0.0
0.0
0.0
0.0
00
0.0
0.0
0.0
0.0
0.0
0.0
0.0
00
00
00
00
00
00
0.0
00
0.0
00
0.0

55
7.0
7.0
5.0
5.0
50
5.0
50
50
5.0
50
5.0
50
5.0
50
5.0
50
50
50
5.0
5.0
5.0
5.0
50
50
5.0
5.0
50
50
50
5.0
50
5.0
5.0
5.0
50
50
50
50
50
50
50
5.0
5.0
5.0
70
70
50
50
50
50
50
5.0
5.0
5.0
5.0
50
5.0
50
50
50
50
50
5.0
50
5.0
50
50
50
50
50
50
5.0
5.0
50

49nl>
8.0n%
SOn%
27nl>
32nl>
32nl>
32nl>
32nl>
27nl>
32nl>
32nl>
32nl>
32nl>
27nl>
27nl>
32nl>
32nl>
32nl>
32nl>
32nl>
32nl>
32nl>
32nl>
35nl>
35nl>
35nl>
35nl>
35nl>
35nl>
35nl>
35nl>
12n%
12n%
S Sn

200m

-55
0
0
-55
-55
-55
-55
-55
-40
-40
-40
-40
-40
0
0
0
0
0
0
0
0
0
0
-55
-55
-40
-40
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
0
-55
-25
-40
0
-55
0
-55
-25
-40
0
-55
0

125
75
75
125
125
125
125
125
S5
85
S5
S5
S5
75
75
75
75
75
75
75
75
75
75
125
125
S5
S5
75
75
75
75
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
70
125
S5
S5
70
125
70
125
S5
85
70
125
70

4
3
2
4
4
4
3
2
4
4
4
3
2
4
4
4
4
4
4
3
3
2
2
4
4
4
4
4
4
4
4
4
4
3

FP83
M157
M157
T0116
T0116
T0116
T0116
T0116
T0116
T0116
T0116
T0116
T0116
T0116
M126
T0116
M126
T0116
M126
T0116
M126
T0116
M126
T0116
T0116
T0116
T0116
TOl16
T0116
T0116
T0116
T0116
TOSS
Ml05a
TOSS
Ml05q
TOSS
T0116
TOSS
T0116
TOSS
T0116
TOSS
T0116
TOSS
M126
M126
T0116
TOSS
Ml05q
TOSS
Ml05a
TOSS
T0116
TOSS
T0116
M157
TOSS
T0116
TOSS
T0116
TOSS
T0116
T0116
T0116
T0116
TOS5
TOS5
T0116
T0116
T0116
T0116
TOS5
TOS5
T0116

M~~

MO

MO~

M~~

~g~
M~~
M~~
MO~

M:~

MO
MO

M~~

~g~
M~~
M~~
Mm

M~~

~g~
M~~

MO~
MO~

M~~

MO
Mm

M:~

MO
MO

~g~

M~~

MO
Mm

M~~

~g~
M~~
M~~
MO~

M:~

MO
MO

~g~
M~~

~g~
M~~
M~~
MO~

M~~

MO
Mm

M~~

~g~
M~~
MO~

Mm
M~~
M~~
MO~

~g~

~

4
2
2
2
2
3
3
4
4
3
4
2
2
3
3
4
4
2
2
2
2
2
3
3
4
4
2
2
2
2
2
2
2
2
·2
2
2
2
3

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
20

~.Sn

S.Sn
S Sn
27n
27n
32nl>
32nl>
27n
27n
27nl>
27nl>
15nl>
15nl>
12n%
12n%
S Sn
S.Sn
S.8n
S Sn
27n
27n
32nl>
32nl>
32nl>
27n
27n
27nl>
27nl>
27nl>
27nl>
27nl>
27nl>
27nl>
27nl>
32nl>
32nl>
32nl>
32nl>
32nl>
32nl>
12nl>

1.0 l>
1.0 l>
130m'*

130~;

gg~~

65m~

130~~

130m

130:~
100m
65m
130~;

m~~

130:~
130m
130m

100~~
100m
65m
IOn
IOn
IOn
IOn
IOn
IOn
IOn
IOn

4.0n
4.0n
4.0n
4 On
4.0n
4 On
4.0n
4.0n

1~~~r

155mt
155mt
155mt
155mt
155mt
155mt
155mt

249m'"
2~,:!m~

166m'!'
166"';~

1.0 l>
10 l>

264:~
264m
176m
176m"

130":~ 400m
400m

130m

130:~ 400m

l~g~
13
m

400m

400m
130:~ 400m
130m
400m
130m 400m
130m:!! 400m
130":~ 400m
130m 400m
130m~ 400m
60mt 400m

SYMBOLS AND CODES
EXPLAINED IN INTERPRETER

G0123S
G01153a
G01153
G04414
G04401
G04401
G04414
G04401
G04401
G04414
G04414
G04401
G04401
G04401
G04401

G01236
G01236
G01236
G01236
G01236
G01236
G01236
G01236
GOllS3b
G011S3b
G01197

31~01197

2
2
4
4
4
4
3
3
2
2
3
2
4
4
3
3
2
2
4
4
4
4
4
3
3
2
2
4
4
4
4
4
4
4
4
4
4
4
4
3

gglm~
l'a

G04401
G04401
G01225a
G01225a
G01225
G01225
GOl153a
G01153
GOllS3b
GOllS3b
G01197
G01197
G01197a
G01197a
G04401
G04401
G04401
G01225a
G01225a
G01225
GOI225
G04414
G04414
G04414
G04414
G04414
G04414
G04401
G04401
G04401
G04401
G04401
G04401
G0414a

81

LINE
No.

f§J

.~PE ~~A~
o ER- PRO-

'TYPE
No.

OF
GAT!

~: I~~~:~ ~~~M

3:1t

4#
5#
6+
7
S+
9.
10.
11+
12
13.
14.
15.
16.

17.
lS
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

~~:lt

61#
62#
63
64
65
66
67
68
69
70
71
72
73
74
75
76
77
78
79
80
81
82

:~:

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

82

SFC411HPM
SFC421HE
SFC421HEM
SN54HllJ
SN54HllN
SN54HllW
SN54H 15J
SN54H15W
SN54H21J
SN54H21N
SN54H21W
SN54S08J
SN54S08W
SN54S09J
SN54S09W
SN54S11J
SN54S11W
SN54S15J
SN54S15W
SN74H llJ
SN74HllN
SN74HllW
SN74H15J
SN74H15N
SN74H21J
SN74H21N
SN74H21W
SN74S08J
SN74S08N
SN74S09J
SN74S09N
SN74S11J
SN74S11N
SN74S11W
SN74S15J
SN74S15N
SN74S15W
TG54S08F
TG54S08J
TG54S09F
TG54S09J
TG54S11F
TG54S11J
TG54S15F
TG54S15J
TG54S21F
TG54S21J
TG74S08F
TG74S08J
TG74S09F
TG74S09J
TG74S11F
TG74S11J
TG74S15F
TG74S15J
TG74S21F
TG74S21J
TL7408N
TL7409N
TL8408N
US54H08A
US54H08J
US54HllA
US54HllJ
US54H21A
US54H21J
US74H08A
US74H08J
US74HllA
US74H 1 lJ
US74H21A
US74H21J
US5408A
US5408J
US5411A
US5411J
US7408A
US7408J
US7411A
US7411J
FLH3B 1-7408
FLH385-8408
FLH391-7409
FLH395-8409
MC3001F
MC3001L,P%
MC3101F
MC3101L
MC3106F
MC3106L
MC3111F
MC3111L
MC3126F
MC3126L
MC5408L
MC7408L,P%
MC427F
MC427L
MC427L,P%
MC427P
MC477F
MC477L,P%
MC527F
MC527L
MC577F
MC577L
MC3006F
MC3006L P%

1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1

ATING CESS

F~JZ?'

LOGIC
LEVEL

l..l.,.

.!J'O'

(VI

{VI

~g~ ~g~

MO~ 20%
20%
M~~ 20%
~g~ 20%
20%
MO
2.0%
MO
2.0%
20%
MO
2.0%
2.0%
MO
20%
M~~ 20%
~g~ 20%
Mq~ 20%
Mq~ 20%
MO~ 20%
2.0%
M~~ 20%
~g~ 2.0%
M~~ 20%
20%
~g~ 2.0%
M~~ 20%
20%
~g~ 2.0%
20%
MO
20%
MO
2.0%
M~~ 20%
~g~ 20%
20%
M~~ 20%
20%
~g~ 20%
20%
20%
MO~
20%
20%
MO
20%
MO
20%
M~~ 20%
20%
~g~ 20%
M~~ 20%
~g~ 2.0%
2.0%
2.0%
M~~
20%
M~~ 20%
MO
20%
MO
2.0%
MO
20%
20%
M~~ 2.0%
~g~ 2.0%
20%
M~~
2.0%
M~~
MO
20%
20%
MO
20%
MO
20%
M~~ 20%
20%
~g~ 20%
20%
M~~
M~~ 2.0%
MO
20%
20%
MO
20%
MO
20%
M~~ 20%
2.0%
~g~ 20%
M~~ 20%
20%
~g~ 2.0%
2.0%
M~~ 20%
~g~ 20%
M~~ 2.0%
20%
~g~ 20%
M~~ 20%
20%
~g~ 2.4%
Mq~ 24%
Mq~ 24%
MO~ 2.4%
24%
MO
24%
MO
24%
M~~ 24%
24%
~g~ 24%
24%
M~~ 24%
~g~ 24%
24%
MO
24%
MO
24%
M~~ 24%
24%
~g~ 24%
Mq~ 24%
Mq~ 24%
MO~ 24%
25%
~g~ 25%

M1~
M~~

M1~

~Q~

M1~

M~~

M~~

M1~

40M
40M
40M
40M

D.A. T.A.

M1~

M1~

.~g:
.SO"
80"
SO"
SO"
80'
SO"
80"
80"
SO"
SO"
SO"
80"
.80"
.SO"
SO"
.SO"
80"
SO"
80"
.80"
.80"
80"
80"
80"
.80"
80"
80"
80"
SO"
SO"
.80"
80"
.80"
80"
.80"
80"
.80"
SO"
80"
80"
SO"
80"
.SO"
.80"
SO"
.SO"
SO"
80"
.80"
.80"
80"
.80'
80"
80"
80"
80"
.SO"
80"
80"
.80"
80"
.80"
80"
.80"
.80"
80"
80"
SO'
.80"
.80"
80"
80"
.80"
80"
80"
80"
80"
80"
80"
BO'
BO"
BO'
BO'
BO"
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·t
45·t
45"t
45"t
45·t
45·t
45"t
45"t
45"t
45·t
40"t
40·t

TYPE

8FAN
· GATES
POWER

IN

OUT

1J

::::::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
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
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
3
3
3
3
3
4
4
4
2
2
2
2
3
3
3
3
3
3
3
3
3
4
4
4
2
2
2
2
3
3
3
3
3
3
2
2
2
2
3
3
3
3
4
4
2
2
2
2
3
3
3
3
4
4
2
2
2
2
2
3
3
4
4
2
2
3
3
4
4
2
2
3
3
2
2
3
3
2
2
2
2
2
2
2
2
3
3
4
4
4
4
2
2
5ll.
5ll.
5ll.
5ll.
5ll.
5ll.
5ll.
5ll.
5ll.
5ll.
3
3

SUPPLY PROPA- RISE
GATION TIME
SPAN
NEG. POS. DELAY
tr
{VI
{sl
(sl
{VI

~g

gg

~g

20
10
10
10
10
10
10
10
10
10
10
10
10
10
10
20
20
10
10
10
10
10
10
10
10
10
10
10
10
10
10
20
20
20
10
10
10
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
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
20
20
10
10
12
12
12
12
6
6
15
15
7
7

00
00
00
0
0
00
00
00
0
0
0.0
00
0.0
00
00
00
0.0
00
00
0
0
00
00
00
0
0
00
00
00
00
0.0
00
00
00
00
00
0.0
00
00
00
0.0
00
00
0.0
00
00
0.0
00
00
00
00
00
00
00
00
00
00
0.0
00
00
00
00
0.0
00
0.0
00
00
00
00
00
0.0
00
00
0.0
00
00
00
00
00
00
00
00
00
00
00
00
00
00
00
00
00
00
00
00
00
00
00
00
00
00
00
00
0.0
00
00
00

50
5.0
50
7
7
50
5.0
50
7
7
50
50
50
5.0
50
5.0
50
50
50
7
7
50
50
50
7
7
50
50
50
50
50
50
50
5.0
50
50
50
50
50
50
50
50
50
50
50
50
50
5.0
50
5.0
50
5.0
50
50
5.0
50
50
50
50
5.0
50
50
50
5.0
50
50
50
50

~g

gg

~g
5.0
5.0
50
5.0
50
50
50
5.0
50
50
50
50
50
50
50
5.0
50
50
50
50
50
50
50
50
50
50
5.0
50
50
5.0
50
50
50
5.0
50
50

~g

g~~
12nll.
12nll.
12nll.
15nll.
15nll.
15nll.
12n
12n
15nll.
15nll.
15nll.
45n
4.5n
65n
65n
5 On
5 On
6 On
6 On
15nll.
15nll.
15nll.
12n
12n
15nll.
15nll.
15nll.
45n
4.5n
65n
6.5n
5.0n
5 On
5 On
6 On
6 On
6.0n
75nll.
7.5nll.
9.0nll.
9.0nll.
75nll.
7.5nll.
90nll.
90nll.
75nll.
7.5nll.
75nll.
7.5nll.
9.0nll.
90nll.
75nll.
75nll.
90nll.
90nll.
75nll.
7.5nll.
27nll.
32nll.
27nll.
15nll.
15nll.
15nll.
15nll.
15nll.
15nll.
15nll.
15nll.

~ij~~

15nll.
15nll.
16n
16n
16n
16n
16n
16n
16n
16n
27nll.
27nll.
32nll.
32nll.
9.0n
9 On
9 On
9.0n
9 On
9.0n
9 On
9 On
9.0n
9.0n
15n%
15n%
10n
10n
10n
10n
10n
10n
10n
10n
10n
10n
9.0n
9 On

MAX.
FALL
TIME

tf

(sl

IN ORDER OF (1)TYPE OF GATE(2)LOGIC TYPE
{3ILEVEL'1'{4ILEVEL'O'{5IMAX FREQ{SITYPE No
MAX. MAX
TEMP.
DRAWINGS
CKT
TOTAL NOISE
PE~[ LO!,IC OUTLINE
PKG.
REJECT LOVIi HI MO DWG. No DWG. No
DISS.
c,=MO
(WI
(VI
°C
°C
5
gg~i :gg~ 0 j~5
I~g: ~::
60mt 400m
-55 125
3 G0414a TOS5
1.0 ll.
TOl16
0
70
2
lOll.
-55 125
2
TOl16
lOll.
-55 125
3 G01153a M157b
1.0 ll.
-55 125
3 G01153a M126
120mt lOll.
-55 125
3 GOl153a ll.004AA
265m 10
-55 125
3 G01227 M157b
265m 10
-55 125
3 G01227 ll.004AA
lOll.
-55 125
2 G01153 M157b
-55 125
1.0 ll.
2 GOl153 M126
80mt 1.0 ll.
-55 125
2 GOl153 ll.004AA
314m lOll.
-55 125
4 G01249a ll.OOlAA
-55 125
4 G01249a ll.004AA
314m 1.0 ll.
314m lOll.
-55 125
4 G01249 ll.OOlAA
314m lOll.
-55 125
4 G01249 ll.004AA
96mt 1.0 ll.
-55 125
3 GOllS3a M157b
96mt lOll.
-55 125
3 GOl183. ll.004AA
87mt lOll.
-55 125
3 GOllS3c M157b
87mt lOll.
-55 125
3 GOl183c ll.004AA
lOll.
0 70
3 GOl153. M157b
lOll.
0 70
3 GOl153a M126e
120mt lOll.
0
70
3 GOl153. T084
250m 10
0
70
3 G01227 M157b
250m 10
0
70
3 G01227 M126e
lOll.
0 70
2 GOl153 M157b
lOll.
0 70
2 GOl153 M126e
80mt lOll.
0
70
2 GOl153 TOS4
0
314m lOll.
70
4 G01249. ll.OOlAA
0
314m lOll.
70
4 G01249a ll.004AA
314m lOll.
0
70
4 G01249 ll.OOlAA
314m lOll.
70
4 G01249 ll.004AA
0
96mt lOll.
0
3 GOl183a M157b
70
96mt lOll.
0
70
3 GOl183a M126e
96mt lOll.
0
70
3 GOl183a ll.004AA
87mt lOll.
0
70
3 GOl183c M157b
87mt lOll.
0
70
3 GOl183c M126e
87mt lOll.
0
70
3 G01183c ll.004AA
70m§
-55 125
4 G01153b T086
70m§
-55 125
4 G01153b M157c
70m§
-55 125
4 G01183 T086
70m§
-55 125
4 G01183 M157c
70m§
-55 125
3 G01183a T086
70m§
-55 125
3 G01183a M157c
70m§
-55 125
3 G01183a TOS6
70m§
-55 125
3 G01183a M157c
70m§
-55 125
2 G01153 T086
70m§
-55 125
2 G01153 M157c
70m§
0
70
4 G01153b TOS6
70m§
70
4 G01153b M157c
0
70m§
0
70
4 G01183 T086
70m§
0
70
4 G01183 M157c
70m§
0
70
3 G01183a T086
70m§
0
70
3 G01183a M157c
70m§
0
3 G01183. T086
70
70m§
0
70
3 GOllS3a M157c
70m§
0
70
2 G01153 T086
70m§
0
70
2 G01153
141mt
0
70
4 G04414
141mt
0
70
4 G04401 M126n
141mt
-25 85
4 G04414 M126n
lOll.
-55 125
4 G01153b Ml05b
1.0 ll.
-55 125
4 G01153b TOSS
lOll.
-55 125
3 G01153a Ml05b
1.0 ll.
-55 125
3 G01153a T08S
lOll.
-55 125
2 G01153 Ml05b
1.0 ll.
-55 125
2 G01153 T088
lOll.
4 G01153b Ml05b
0
70
lOll.
0
70
4 G01153b T08S
lOll.
0
70
3 G01153a M105b
3 G01153a T088
lOA
0
70
lOll.
0
70
2 G01153 Ml05b
1.0 ll.
0
70
2 G01153 TOSS
-55 125
4 G01202 Ml05b
-55 125
4 G01202 T088
-55 125
3 G01202a Ml05b
-55 125
3 G01202a T088
0
70
4 G01202 M105b
0
70
4 G01202 T088
0
70
3 G01202. Ml05b
0
70
3 G01202a T088
130m§ lOll.
0
4 G04414 M126p
70
130m§ lOll.
4 G04414 M1260
-25 85
130m§ lOll.
0
4 G04401 M126p
70
130m§ lOll.
-25 85
4 G04401 M126p
112mt
0
75
4 G01183 T086
112mt
0
75
4 G01183 T0116
112mt
-55 125
4 G01183 T086
112mt
-55 125
4 G01183 T0116
84mt
-55 125
3 G01183. T086
84mt
-55 125
3 G01183. T0116
56mt
-55 125
2 G04419 T086
56mt
-55 125
2 G04419 T0116
90mt
-55 125
2 G01185 T086
90mt
-55 125
2 G01185 T0116
70mt
-55 125
4 G01227 T0116
70mt
0
70
4 G01227b T0116
38m
0
75
2 G01209 T086
38m
0
75
2 G01209 T0116
38m
0
75
2 G01209 T0116
38m
0
75
2 G01209 M114
3Bm
0
75
2 G01209 T086
38m
0
75
2 G01209 T0116
3Bm
-55 125
2 G01209 TOS6
-55 125
38m
2 G01209 T0116
-55 125
38m
2 G01209 T086
-55 125
38m
2 G01209 T0116
3 G01183. T086
84mt
0
75
84mt
0
75
3 G01183 T0116

-..55

~

:::gsJ

~m~

10n
10n
10n
10n
45n
45n
10n
10n
10n
10n
45n
45n
18n
18n
18n
18n
18n
1Sn
18n
18n

10n
10n
10n
10n
10n
10n
10n
10n
10n
10n
10n
10n
8 On
8 On
8 On
8 On
8.0n
8 On
SOn
8 On

SYMBOLS AND CODES
EXPLAINED IN INTERPRETER

82

LINE
No

~

~PE ~~A~
o ER- PRO·
OF
ATING CESS

TYPE
No.

GATE

~

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

~~

36
37
38
39

:~

42
43
44
45
46
47
48
49
50
51
52

m:
55#
56#
57
58
59
60
61
62
63
64
65
66
67
68"
69"
70

n:

73#
74#
75#
76#
17#
78#
79#

:~:

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

83

1~~~g11r,P%

MC3026F
MC3026L,P%
54Rll
MC526F
MC526L
MC576F
MC576L
MC426F
MC426L,P%
MC476F
MC476L,P%
TG280F
TG280J
TG281F
TG281J
TG282F
TG282J
TG283F
TG283J
RG800
RG80K
RG810
RG81K
RG82D
RG82K
RG83D
RG83K
RG180D
RG180K
RG181D
RG181K
RG182D
RG182K
RG183D
RG183K
RG280D
RG280K
RG281D
RG281K
RG282D
RG282K
RG283D
RG283K
RG3180D
RG3180K
RG3182D
RG3182K
SP302A
SP304A
MFC6060
FZH151
FZH155
H105Dl
Hl05D6
CD4019AD
CD4019AE
CD4019AK
CD4037AD
CD4037AE
CD4037AK
CM4019AD
CM4019AE
SCL4019AD
SCL4019AE
SCL4019AF
CD4085AE
CD4086AE
SN5320
SP482
SP483
SP486
SP487
FJH151·7450
FJH152A
FJH161·7451
FJH162A
FJH171·7453
FJH 172A
FJH181·7454
FJH 182A
FLH151·7450
FLH161·7451
N74H52A
N74H520
N7450A
N7450J
N7451A
N7451J
N7453A
N7453J
N7454A
N7454J
S54H52A
S54H520
S5450A
S5450J
S5451A
S5451J
S5453A
S5453J
S5454A
S5454J
MC3031LP%
MC3033F
MC3120F
MC3123F
MC3131F
MC3131L

FREQ.
1Hz)

.IJ..!.1.
','
IV)

~g~ H~

1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
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
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

LOGIC
LEVEL

MO~ 25%
MO~ 25%
27
MO~ 29%
29%
MO
29%
MO
29%
30%
M~~ 30%
~g~ 30%
Mq~ 3.0%
Mq~ 30%
MO~ 30%
30%
M~~ 30%
MO
MO~ 30%
3.0%
MO
30%
MO
30%
Mq~ 34
Mq~ 34
MO~ 34
Mq~ 34
MO~ 34
MO~ 34
34
M~; 34
MO
MO~ 3.4
34
MO
34
MO
34
Mq~ 34
MO~ 34
MO~ 34
3.4
34
MO~ 34
M~~ 34
3.4
~g~ 34
34
Mq~
Mq~ 34
MO~ 34
3.4
34
MO~ 3.4
3.4
MO
3.5%
MO
3.5%
15%
M~~ 75%
~g~ 75%
Mq~ 80%
Mq~ 80%
MOS
10
10
MO
10
MO
10
10
MO
10
10
MO
10
M~§ 10
~gs 10
10
M~~ 10
MO
MOS
10
MO~
25%
-70%
·70%
-70%
-70%
MO~
20%
20%
20%
MO~ 2.0%
M~~ 2.0%
~g~ 20%
20%
Mq~ 20%
Mq~ 2.0%
MO~ 20%
20%
20%
20%
2.0%
20%
2.0%
20%
20%
20%
20%
20%
20%
20%
20%
20%
20%
20%
20%
20%
20%
MO~
24%
2.4%
M~; 24%
MO
MO~
24%
~g~ 24%
24%

Ml~

Ml~

20M
20M
20M
20M
20M
20M
20M
20M
20M
20M
20M
20M
20M
20M
20M
20M
20M
20M
20M
20M
20M
20M
20M
20M

D.A. T.A.

Ml~
~~;

~~;

M1~

M1~
M1~

~~;

'0'
IV)

:g:r
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
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
30t
30t
30t
30t
60t*
60t*
60*t
45*
45*
60*
60*
OOt
OOt
OOt
o Ot
o Ot

8FANGATES
POWER
TYPE

OUT

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
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL

:
4
4
3

5t.
5t.
5t.
5t.
5t.
5t.
5t.
5t.
3
3
3
3
3
3
3
3
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4

5t.
5t.
5t.
5t.
2

5t.
6t.
5t.
5t.

CMS
CMS
DTL
ECT
ECT
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

19
20
20
10
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

3

et.

om

OOt
OOt
0.0
00
0.0
OOt
OOt
3*t
·79*
·79*
·79*
·79*
80*
80*
80'
80*
80'
80*
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

IN

·

10
10
10
3
3
3
10
10
10
10
10
4
8
et.
6
6
13
13
et.

3t.
4
2

lOt.
9t.
8
8

6t.
4

lOt.
lOt.
et.

6t.
6t.

et.

lOt.
lOt.
lOt.
lOt.

19~
6t.

et.
et.

6t.
lOt.
lOt.
lOt.
lOt.
lOt.
9
6t
4
9

lOt.

20
20
25
25

50
50
50
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
10
10
10
10
10
10
10
10

MAX ..
PROPA- RISE FALL
GATION TIME TIME

SUPPLY
SPAN
NEG. POS. DE~~Y
IV)
IV)

~~

00
00
00
0.0
00
00
0.0
00
00
0.0
00
00
0.0
00
0.0
0.0
00
00
0.0
00
00
0.0
00
00
00
00
00
00
00
00
00
00
00
00
00
00
00
00
00
0.0
00
00
0.0
00
00
0.0
00
00
00
00
00
00
00
00
00
00
00
00
00
00
00
00
00
00
00
00
00
7
70
70
70
70
00
00
0.0
00
00
00
00
00
0.0
0.0
00
00
00
00
00
00
00
00
00
00
00
00
00
00
00
00
00
00
00
00
0.0
00
00
0.0
0.0
00

tr

Is)

~.~ I~.~~

50
50
50
50
50
5.0
50
50
5.0
5.0
50
7.0
7.0
7.0
70
70
70
70
70
50
50
50
5.0
50
50
50
50
50
5.0
50
50
50
50
50
50
50
50
50
50
50
50
50
5.0
50
50
50
50
50
50
16
18
18
20
16
10
10
10
10
10
10
10
10
10
10
10
10
10
7
00
00
00
00
50
50
50
50
5.0
50
50
50
50
50
5.0
5.0
50
50
50
50
50
50
50
50
50
50
50
50
50
50
50
50
50
50
50
50
50
50
50
50

~)

9 On
9 On
IOn
15n
15n
15n
15n
15n
15n
15n
15n
12n
12n
12n
12n
12n
12n
12n
12n
lIn
lIn
lIn
lIn
lIn
lIn
lIn
lIn
LOn
IOn
IOn
IOn
IOn
IOn
IOn
IOn
lIn
lIn
lIn
lIn
lIn
lIn
lIn
lIn
3 On
3.0n
3.0n
3 On
15n
15n

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
20mt
20mt
20mt
20mt
20mt
20mt
20mt
76mt
76mt
76mt
76mt
76mt
76mt
76mt
76mt

11
11
1.1
1.1
11
11
11
11
1.1
1.1
1.1
11
11
1.1
11
11
10
1.0
10
10
10
1.0
10
1.0
900m
900m
900m
900m
62m 18 t.
62mt. 18 t.
10

350nt 350nt
350nt 350nt

180nt.
250nt.
180nt.
100nt.

125nt.

40nt.
40nt.
40nt.
40nt.

lln%
13n
lln%
13n
lln%
13n
l1n%
13n
15n%
15n%
92n
92n
8 On
8 On
8 On
8.0n
8 On
8 On
8 On
8 On
92n
9.2n
8 On
8 On
8 On
8 On
8.0n
8 On
8 On
8 On
10n%
7 On
6.0n
6 On
IOn
10n%

~~~r

90mt
90mt

105nt
105nt
50n
50n
50n

50n
50n
50n
60n%
70n%
5 On

IN ORDER OF (,)TYPE OF GATE(2)LOGIC TYPE
(3)LEVEL"'14)LEVEL'O'15)MAX FREQ(6)TYPE No
TEMP. CKT
MAX. MAX.
DRAWINGS
TOTAL NOISE
LOGIC OUTLINE
PE~r
PKG. REJECT LOW HI MO DWG. No DWG. No
l>=MO
D!~~.
IV)
'C 'C

40n
40n
40n

40n
40n
40n

200n
3 On
3 On
3 On
3 On

lOOn
3.0n
3 On
3 On
3 On

40nt
4.0nt

50
50
120mt. 5.0
80mt. 5.0
100u% 45
10m% 45
100u% 45
200m 45
200m 45
200m 4.5
200m 4.5
200m 45

t.
t.

t.
t.
t.
t.
t.
t.
t.
t.

10u% 45
10u% 45
10u% 4.5
10n%
10n%
12mt
160m*
160m*
160m*
160m*
28mt lOt.
28m 1.0 t.
28mt lOt.
28m lOt.
22mt lOt.
28m lOt.
22mt lOt.
28m lOt.
55mt lOt.
55mt 1.0 t.

124~;
124m
260m'll

260:~
260m
260m

260:~
260m
260m
260m:!l
132~~

132m

275~;

275~'lI

275m

275:~
275m
275m

~~~~~
87mt
40mt
62mt
62mt
87mt
87mt

SYMBOLS AND CODES
EXPLAINED IN INTERPRETER

I~

;~

0
0
·55
·55
·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
-55
-55
0
0
0
0
·55
-55
-55
-55
0
0
0
0
·55
·55
0
0
0
0
0
0
·25
0
·40
-55
-40
-55
-55
·40
·55
·55
·40
-55
-40
-55
-40
-40
·55
0
0
0
0
0
-55
0
·55
0
-55
0
-55
0
0
0
0
0
0
0
0
0
0
0
0
·55
·55
-55
-55
-55
-55
-55
-55
-55
-55
0
0
·55
·55
-~~
-55

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
125
125
125
75
75
75
75
125
125
125
125
75
75
75
75
125
125
75
75
75
75
75
70
85
75
85
125
85
125
125
85
125
125
85
125
85
125
85
85
125
75
75
75
75
70
125
70
125
70
125
70
125
70
70
70
70
70
70
70
70
70
70
70
70
125
125
125
125
125
125
125
125
125
125
75
75
125
125
125
125

~ I~~::~~ +~n6

2 GOl185
2 GOl185
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
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
2
1
2
2
2
2
1
1
1
1
1
1
1
1
4
4
4
2
1
1
2
2
1
1
2

G01208
G01208
G01208
G01208
G01208
G01208
G01208
G01208
GOl165b
GOl165b
GOl165b
GOl165b
GOl165b
GOl165b
GOl165b
GOl165b

2
1
1
1
1
2
2
1
1
2
2
2
2
1
1
1
1
1
1
2
2
2
2
1
1
1
1
1
1
2
2
1
1

G01203
G01217
G01204
G01218
G01205
GOl170
GOl170a
GOl198
GOl198
GOl170
GOl170b
G01170
GOl170b
GOl194a
GOl194
GOl194a
GOl194
G01198
G01198
G01170
G01170b
GOl170
GOl170b
GOl194a
GOl194
GOl194a
GOl194
G02124
G01211a
GOl184
GOl184
G02124
G02124

T086
TOl16

T086
TOl16
T086
TOl16
T086
TOl16
T086
TOl16
FP21c
TOl16
FP21c
TOl16
FP21c
TOl16
FP21c
TOl16
Ml05m
FP28
Ml05m
FP28
Ml05m
FP28
Ml05m
FP28
Ml05m
G0657
G0657
FP28
Ml05m
G0657
G0657
FP28
G0657
Ml05m
G0657
FP28
Ml05m
G0657
G0657
FP28
Ml05m
FP28
Ml05m
FP28
Ml05m
FP28
Ml05m
FP28
GOl157 Ml05m
GOl157 FP21b
GOl157 Ml05m
GOl157 FP21b
G01226a TOl16
G01226 TOl16
G01224 M221
G01223 Ml17.
G01223 Ml17.
GOl191 M294
GOl191 M294
G01215 t.001AE
G01215 t.001AC
G01215 t.004AG
G01230 t.001AD
G01230 t.001AB
G01230 t.001AB
G01215 M210b
G01215 M210b
t.001AE
t.001AC
t.004AG
t.001AB
t.001AB
GOll16b T089
G01219 M146b
G01219 M146b
G01221 M146b
G01221 M146b
G03174 M126f

~ gg~n:a ~~1~~

TOl16
M126f
TOl16
M126f
TOl16
M126p
M126i>
Ml05q
T088
Ml050
T088
Ml05q
T088
Ml05q
T088
Ml05a
T088
Ml05q
T088
Ml05q
T088
Ml05a
T088
Ml05q
T088
Ml05q
T088
TOl16
T086
T086
T086
T086
TOl16

83

LINE
No.
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
11
18
19#

~

TYPE
No.

rr.tPE
OF
GATE

MC3023F
MC3031F
RG34520
RG3452K
RG34500
RG3450K
SNG280J
SNG280W
SNG281J
SNG281W
SNG282J
SNG282W
SNG283J

~~~~"2;j8v:f# 1

TRWG280#2
ZN5453E
ZN5453F
ZN5454E
22# ZN5454F
ZN7453E
ZN7453F
25# ZN7454E
26# ZN7454F
27" JANM38510/0

~~!

28
29
30.
3,.
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
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

~~

96
97
98
99
100
101
102
103
104
105
106
107

84

ATiNG CESS
FREQ.
(Hzl

1.~

~g~J~~~

~~!

~MA~
OPER- PRO-

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

'3~2AFA

~,.2F ~

JANM38510/0 302B· A
i 12F I
JANM38510/05.302CFA
1.2F
MC14506AL
12G
MC14506CL
1.2G
MC14506CP
1.2G
10117B
12S
150M
10117F
1.2S
150M
RSN54L57H
1.2S
RG32100
13
RG3210K
1.3
RG32120
1.3
RG3212K
13
RG32300
1.3
RG3230K
1.3
RG32320
13
RG3232K
1.3
RG32500
1.3
RG3250K
13
RG32520
1.3
RG3252K
1.3
RG32700
13
RG3270K
1.3
RG32720
1.3
RG3272K
13
RG33000
1.3
RG3300K
1.3
RG33020
13
RG3302K
1.3
RG33100
1.3
RG3310K
13
RG33120
1.3
RG3312K
1.3
RG34400
13
RG3440K
1.3
RG34420
1.3
RG3442K
13
341AJ
1.3
341AL
1.3
341BL
13
341CL
1.3
341ML
1.3
344AJ
13
344AL
1.3
344BL
1.3
344CJ
13
344CL
1.3
344ML
1.3
MC673LP%
13
MC674L.P%
1.3
TGll0F
1.3
TGll0J
13
TGll1F
1.3
TG111J
1.3
TG112F
13
TG112J
1.3
TG113F
1.3
TG113J
13
1.3
1.3
SN29008J
13
SN29008N
1.3
BL54L55Y
1.3
BL74L55Y
13
SN54L51J
1.3
SN54L51N
1.3
SN54L51T
13
SN54L54J
1.3
SN54L54N
1.3
SN54L54T
13
SN54L55J
1.3
SN54L55N
1.3
SN54L55T
13
SN74L51J
1.3
SN74L51N
1.3
SN74L51T
13
SN74L54J
1.3
SN74L54N
1.3
SN74L54T
13
SN74L55J
1.3
SN74L55N
13

~~~~gg~~

D.A. T.A.

LOGIC
LEVEL

1J '1'

~~~

(V)

~~~

. GATES
8FAN
POWER
TYPE

(V)

2.5%
2.5%
3.0%
3.0%
3.1%
3.1%
3.3
3.3
33
33
3.3
3.3
3.3
3.3
3.3
3.5
35
3.5
3.5
3.5
3.5
3.5
35

.26
.20
.20
.20
.20
.20
.20
.20
.20

TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL

MOS 3.65%

1.25*

CMS

MOS 3.65%

1.25*

CMS

M~~ 365%
9.99%
MO
999%
M~~
999%
M~~ -.85
MO
-.85
19%
MO

1.25*
.01*t
.01*t
01*t
-1.7
-1.7
.80*

CMS

M~~
~gN
M~~
M~~
M6~

M~~

MO
MO

M~~

~g~
M~~

MO

MO~

M~~

MO
MO
M~~
M~~

M6~

M~~
MO

3.~

M~~
MO~

.~~

M:~

MO
MO

M~~
~g~

M~~

MO

MO~

M~~

~g~

M~~

~g~

M:~

MO
MO

M~~

~g~
M~~
Mq~
MO~

M~~

MO

MO~

M~~

~g~
M~~
MO~

M6~

M~~

MO

MO~

M:~

MO
MO

M~~
~g~

M~~

MO
MO

M~~

~g~
M~~
Mq~
MO~

M~~

MO
MO

M~~

~gN
M~~
Mq~

M6~

~~~

MO~

M~~
~g~
M~~
M~~
M6~

M~~
MO

6.5*
6.5*
65*
65*
6.5*
6.5*
6.5*
65*
6.5*
65*
6.5*
12.5%
125%
1.7%
17%
1.7%
1.7%
17%
1.7%
17%
17%
18%
18%
1.8%
18%
20%
20%
2.0%
20%
2.0%
2.0%
2.0%
2.0%
20%
20%
2.0%
2.0%
2.0%
2.0%
20%
20%
2.0%
2.0%
20%

OUT

f!J '0' 1J
.:g:i
40*t
40*t
.45*t
.45*t
.40*t
40*t
26
.26
.26
.26
26
.26
.26

MO

IN

5.0%
50%
5.0%
5.0%
5.0%
50%
50%
5.0%
5.0%
5.0%
5.0%
1.5*t
15*t
12*
12*
1.2*
1.2*
12*
1.2*
12*
1.2*
.85*
.85*
.85*
.85*
.70*
10*
70*
.10*
10*
.10*
10*
.70*
.70*
.70*
70*
.70*
70*
.70*
.70*
.70*
.70*
.70*
.. 10*

ECT
ECT
TTL
OTL
OTL
OTL
OTL
OTL
OTL
OTL
OTL
OTL
OTL
OTL
OTL
OTL
OTL
OTL
OTL
OTL
OTL
OTL
OTL
OTL
OTL
OTL
OTL
OTL
OTL
OTL
OTL
OTL
OTL
OTL
OTL
OTL
OTL
OTL
OTL
OTL
OTL
OTL
OTL
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

~t

19
10

SUPPLY PROPA· RISE
SPAN
GATION TIME
NEG. POS. DELAY
tr
(V)
(V)
(s)
(s)
7.<;,n
6.0n
6.0n
IOn
10nA
10nA
10nA
10nA
IOn
IOn
IOn
IOn
IOn
IOn
IOn
IOn
IOn
IOn
29n
29n
29n
29n
29n
29n
29n
29n

(s)

~<;,mt

:.55
0
0
0
0
0
-55
-55
-55
-55
-55
-55
0
0
0
0
·55
-55
-55
-55
-55
-55
-55
-55
-55
-55

j~5

~ I~gmla lig~g

75
75
75
75
125
125
125
125
125
125
75
15
75
75
125
125
125
125
125
125
125
125
125
125

2
1
1
1
1
1
2
2
2
2
2
2
2
2
1
1
1
1
1
1
1
1
1
1

10
9t
9t
lit
lit
15t
15t
7t
7t
12t
12t
6t
6t
15t
15t
10
10
10
10
10
10
10
10

g:g
00
00
00
0.0
0.0
0.0
0.0
00
0.0
0.0
0.0
0.0
0.0
00
0.0
0.0
0.0
0.0
0.0
00
0.0
0.0
0.0
0.0

10

7

00

10 500nA

200m

-55

125

4 G01239

FP93

10

7

0.0

10 500nA

200m

-55

125

4 G01239

FP93

10
6
6
6
5
5
11
8
8
8
8
10
10
10
10
9
9
9
9
4
4
4
4
9
9
9
9
4
4
4
4
4
4
4
4

7

0.0
0.0
00
0.0
5.2
5.2
0.0
0.0
00
0.0
00
0.0
0.0
00
00
00
0.0
0.0
00
0.0
00
0.0
0.0
0.0
00
00
0.0
00
0.0
0.0
0.0
00
00
00
0.0
00
0.0
00
0.0
00
0.0
00
00
0.0
00
0.0
00
0.0
0.0
00
0.0
0.0
0.0
0.0
00
0.0
00
0.0
0.0
00
00
0.0
00
00
00
0.0
00
0.0
0.0
00
0.0
00
00
0.0
00
0.0
00
00
0.0

200m
100n%
100n%
100n%
100mt
100mt
49m%
30mt
30mt
30mt
30mt
7.0mt
7.0mt
70mt
7.0mt
40mt
40mt
40mt
40mt
70mt
7.0mt
7.0mt
70mt
35mt
35mt
35mt
35mt
60mt
60mt
60mt
60mt
60mt
60mt
60mt
60mt
225mt
225mt
132mt
132mt
225mt
210mt
210mt
120mt
120mt
120mt
210mt
160mt
160mt
20mt
20mt
20mt
20mt
20mt
20mt
20mt
20mt
68n%

·55
-55
-40
·40
·30
-30
-55
-55
-55
0
0
-55
-55
0
0
-55
-55
0
0
-55
-55
0
0
-55
-55
0
0
-55
-55
0
0
-55
-55
0
0
-30
-30
-55
-30
-55
-30
-30
-55
-30
·30
-55
-30
-30
-55
-55
-55
-55
-55
-55
-55
-55
0
0
0
0
-55
0
-55
-55
·55
·55
·55
·55
·55
-55
-55
0
0
0
0
0
0
0
0

125
125
85
85
85
85
125
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
125
125
125
125
125
125
125
125
75
75
75
75
125
70
125
125
125
125
125
125
125
125
125
10
70
70
70
70
70
70
70

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
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
1
1
1
1
1
1
1
1
2
2
1
1
1
1
2
2
2
1
1
1
1
1
1
2
2
2
1
1
1
1
1

~ ggm~

FP93
M191
M191
M278
M256
M153a
FP69b
Ml05m
FP28
Ml05m
FP28
Ml05m
FP28
Ml05m
FP28
Ml05m
FP28
Ml05m
FP28
Ml05m
FP28
Ml05m
FP28
Ml05m
FP28
Ml05m
FP28
Ml05m
FP28
Ml05m
FP28
Ml05m
FP28
Ml05m
FP28
M319

4
9
11
11
11
11
5A
5A
5A
5A
5A
SA
SA
5A
5
5
IDA
IDA
8
8
IDA
IDA
8
8

SA
6A
6L1

SA
SA
6L1

SA
6L1

SA
6L1
6L1
5L1
5L1
lOll
lOll
lOll
lOll
lOll
lOll
lOll
lOll
6t
6t
9
9
8
8
6t
6t
6t
10
10
10
8
8
8
6t
6t
6t
10
10
10

8

8

10
10
11
11
9
9

11
11
9
9

11
11
9
9
11
11
9
9
11
11
9
9
5
5
5
5
5
5
5
5
5
5
5
10
10
15
15
15
15
15
15
15
15

10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10

g:g
5.0
50
50
6.0
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
50
5.0
50
5.0
50
5.0
5.0

MAX.
FALL
TIME
tf

IN ORDER OF (l)TYPE OF GATE(2)LOGIC TYPE
(3 LEVEL'1'(4 LEVEL'0'(5lMAX FREQ(6lTYPE No•
MAX. MAX.
TEMP. CKT
DRAWINGS
TOTAL NOISE
PE~[ LOGIC OUTLINE
PKG. REJECT LOVII HI MO DWG. No DWG. No
DISS.
l>=MO
(W)
(V)
'C 'C

10
10
10
10
0.0
0.0
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
15
15
12
12
15
15
15
12
12
12
15
15
15
5.0
50
50
50
5.0
5.0
50
5.0
5.0
5.0
50
5.0
50
5.0
50
5.0
50
50
50
5.0
5.0
50
50
5.0
50
5.0
5.0
5.0
50
50
5.0

500nA
80n
80n
80n
2.3n
2.3n
90nA
5.5n
5.5n
55n
5.5n
2 On
2.0n
2.0n
2.0n
6.0n
6 On
6 On
6.0n
1.0n
IOn
1.0n
IOn
6 On
6.0n
6.0n
6 On
5.5n
5.5n
55n
5.5n
5.5n
5.5n
55n
5.5n
410nA
410nA
410nLl
410nLl
410nLl
600nLl
600nLl
600nLl
600nLl
600nLl
600nLl
lIOn
125n
22nLl
22nLl
22nLl
22nLl
22nLl
22nLl
22nLl
22nLl
15nLl
15nLl
15nLl
15nLl
90nLl
90nLl
90nLl
90nLl
90nLl
90nLl
90nLl
90nLl
90nl'>
90nLl
90nLl
90nLl
90nLl
90nLl
90nLl
90nLl
90nLl
90nLl
90nLl

3.0n
3.0n
3.0n
3.0n
5.0n
5 On
5.0n
5.0n
5 On
5.0n
5.0n
5 On
5.0n
5.0n

75n
lIOn
lIOn
25nt
2.5nt

20n
20n

2.5n
2.6n
2.5n
2.5n
8.0n
8.0n
8.0n
8.0n
8 On
8.0n
8.0n
8.0n
8.0n
8.0n

75n
lIOn
lIOn
2.5nt
25nt

20n
20n

62mt
62mt
87mt
40mt
40mt
40mt
40mt
76m
76m
76m
76m
76m
76m
76m
76m
76m
76m
10m
10m
10m
10m
10m
10m
10m
10m

1.1
1.1
1.1
11
1.0
10
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
10
1.0
1.0
1.0
1.0
1.0
10
1.0

200m
200m
11
11
1.1
1.1
1.1
1.1
1.1
1.1
1.1
1.1
11
11
1.1
11
1.1
1.1
11
1.1
1.1
11
1.1
11
1.1
1.1
1.1
1.1
11
1.1
3.2
32
3.5
35
3.2
3.2
3.2
3.5
3.5
3.5
3.2
11
11
1.1
1.1
1.1
11
1.1
11

LI
LI
LI
LI
LI
LI
LI
LI

~~::,~

47m_:*
1.9m%
1.9m%
10mt
10mt
1.0mt
10mt
10mt
10mt
10mt
10mt
10mt
10mt
10mt
10mt
10mt
10mt
1.0mt
1.0mt
1.0mt

lOll
1.0 LI
1.0 LI
1.0 LI
lOll
lOll
101'>
lOll
lOll
1.0 LI
lOll
lOll
lOll
lOll
1.0 LI
1.0 LI
lOll

SYMBOLS AND CODES
EXPLAINED IN INTERPRETER

G01184
G02124
G01216
G01216
G01216
G01216
G01157
G01157
G01157
G01157
G01157
G01157
G01157
G01157
G01157
G01157

G01231
G01231
G01229
G01229
G01251

G0590
G0590
G0590
G0590
G0590
G01235
G01235
G01235
G01235
G01235
G01236
G01191
G01192
G02191
G02191
G02191
G02191
G02191
G02191
G02191
G02191
G03174
G03174
G01254
G01254
G03115b
G03115b
G03175b
G03175d
G03175d
G03115d
G03115e
G03175e
G03175e
G03175b
G03175b
G03175b
G03175d
G03175d
G03175d
G03175e
G03175e

T086
T086
Ml05m
FP21b
Ml05m
FP21b
M157b
A004AF
M157b
A004AF
M157b

~~~~~F

A004AF
M157
M126
M126
T086
M126
T086
M126
T086
M126
T086

~~ggl

M200J
M200j
M319
M200J
M200j
M319
M200j
M200j
T0116

igJ~1I
M157e
T086
M157e
T086
M157e
T086
M157e
M157b
M126e
M157b
M126e
FC7
FC7
M151b
M126e
FP52e
M157b

~p122~e
M157b
M126e
FP52e
M157b
M126e
FP52e
M157b
M126e
FP52e
M157b
M126e

84

jJ
LINE
No.

i#
3#

TYPE
No.

~j~;~~O
FJH161

a ~~~m
4#

~!A~

f-NPE o ER- PROOF
ATING CESS
GATE FREQ.
IHzl

::

18.
19.
20.
21t
22.
23.
24.
25.
26.
27.
28.
29.
30.
31t
32.
33.
34.
35.
36t
37+
38.
39.
40.
41+
42.
43.
44.
45.
46.
47+
48.
49.
50.
51+
52.
53.
54+

JANM38510/00501 BAB
11.3
1
JANM3851 0/0050 1BAC
11.3
JANM38510/0~501B A
13
I
JANM3851 0/0050 1BCB
11.3
JANM38510/00501B C
11.3
1

d
d

JANM38510/0~5~1 B~B

JANM3851 0/00501 BDC

JANM38510/0~5~IC~A
11.3
1
JANM38510/0~15~IC~B

JANM38510/00501CAC
11.3
1
JANM38510/00501CCA
11.3
1
JANM38510/0~5~IC~B

JANM38510/00501CCC
11.3
1
JANM38510/00501CDB
11.3
1
JANM38510/0~15~IC~C
JANM38510/00502BAA
11.3
1
JANM38510/00502BAB
11.3
1
JANM38510/0~15~2B~C
JANM38510/00502BCA
11.3
1
JANM38510/00502BCB
11.3
JANM38510/00502B C
1131
JANM38510/00502BDB

d

JANM38510/0~5~2Bdc
11.3

1

JANM38510/0~5~2C~A

JANM38510/00502CAB
11.3
1
JANM38510/00502CAC
11.3
1
JANM3851 0/01~5~2C~A

JANM38510/0b15~2cdc

11.3
1
JANM38510/00502CDB
113
-I
JANM38510/00502CDC
11.3
1
JANM38510/00503BAA
11.3
1

JANM38510/0~5~3B~B

JANM38510/00503BAC
11.3
1
JANM38510/00503BCA
11.3
1
JANM38510/0~5~3B~B

56.

11.3
1
JANM38510/0~15~3B~C

59.
60.
61t
62.
63.

85

80*
.80*
.80*
80*
80*
80*
.80*
.80*
80*
80*
.80*
80*
80*
.80*

Mm

20%

MO~

JANM38510/00503CAA
11.3
1
JANM38510/00503CAB
11.3
1
JANM38510/0~15~3C~C

JANM38510/00503CCA
11.3
1
JANM38510/00503CCB
11.3
1
JANM38510/0~15~3C~C
JANM38510/0~15~3C~B

D.A. T.A.

TYPE

IN

·

FAN
OUT

1J

PROPA- RISE
GATION TIME

N(~~. P~~. DE~~Y

(VI

++t
TTL

POWER
SUPPLY
SPAN

gt
4
8t
6t
6t.
4

;g g.g

~.g

0.0
00
0.0
00
00
00
0.0
0.0
00
0.0
0.0
0.0
0.0
0.0

5.0
5.0
5.0
50
50
50
5.0
5.0
50
50
5.0
5.0
5.0
50

I!!!nt.

13n
13n
13n
13n
15n%
15n%
15n%
15n%
15n%
15n%

:~I

MAX.
FALL
TIME

g}

IN ORDER OF (1ITYPE OF GATE(2ILOGIC TYPE
(3ILEVEL'1'(4ILEVEL'0'(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
DI~~'
IV)
'C 'c
l~_mt

28mt
28mt
28mt
28mt
55mt
55mt
43mt
43mt
43mt
43mt
62mt
62mt
43mt
43mt
19mt

~~O~

~g

~ I~g~mc

0
0
0
-25
-25
0
-25
0
-25
0
0
0
0
0

70
70
70
85
85
70
85
70
85
70
70
70
70
70

2
2
2
2
2
1
1
1
1
2
2
1
1
1

~~~~~

TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL

8
8
6t
4
lIt
9
11

.80*

TTL

6t

10

00

5.5

27nt.

102m

-55

125

2 G01244

FP52d

20%

80*

TTL

6t

10

00

5.5

27nt.

102m

-55

125

2 G01244

FP52d

MO~

20%

.80*

TTL

6t

10

00

5.5

27nt.

102m

-55

125

2 G01244

FP52d

MO~

20%

.80*

TTL

6t

10

00

55

27nt.

102m

-55

125

2 G01244

M314

MO~

20%

80*

TTL

6t

10

0.0

55

27nt.

102m

-55

125

2 G01244

M314

MO~

20%

.80*

TTL

6t

10

0.0

5.5

27nt.

102m

-55

125

2 G01244

M314

MO~

20%

80*

TTL

6t

10

00

55

27nt.

102m

-55

125

2 G01244

FP83

MO~

20%

80*

TTL

6t

10

00

55

27nt.

102m

-55

125

2 G01244

FP83

M1~

MO
MO

M~~

~g~
Mq~
MO~

lOt.
lOt.

lInt.
lInt.
lInt.
lInt.

30nt

4.0nt
40nt
40nt
4.0nt
4.0nt
4.0nt

400m
400m
400m

Ig

10
10
10
10
10
10
10
10
10
10
10
10
10
20

lOt.
1.0 t.
lOt.
1.0 t.
1.0 t.
1.0 t.

400m
400m
400m
400m

1.0 t.

G01203
G01204
G01205
GOI170
G01170a
G01171
G01171
G01171a
G01171a
G03248
G03248a
G03249
G03249a
G01228a

T0116
T0116
T0116
M126D
M126p
M126p
M126D
M126p
M126p
M126n
M126n
M126n
M126n
M126n

MO~

20%

80*

TTL

6t

10

00

55

27nt.

102m

-55

125

2 G01244

FP52d

MO~

20%

80*

TTL

6t

10

00

55

27nt.

102m

-55

125

2 G01244

FP52d

MO~

20%

80*

TTL

6t

10

0.0

5.5

27nt.

102m

-55

125

2 G01244

FP52d

MO~

20%

80*

TTL

6t

10

0.0

5.5

27nt.

102m

-55

125

2 G01244

M314

MO~

2.0%

80*

TTL

6t

10

0.0

5.5

27nt.

102m

-55

125

2 G01244

M314

MO~

20%

80*

TTL

6t

10

00

55

27nt.

102m

-55

125

2 G01244

M314

MO~

2.0%

.80*

TTL

6t

10

00

55

27nt.

102m

-55

125

2 G01244

FP83

MO~

2.0%

.80*

TTL

6t

10

0.0

5.5

27nt.

102m

-55

125

2 G01244

FP83

MO~

20%

.80*

TTL

4

10

0.0

55

27nt.

102m

-55

125

2 G01245

FP52d

MO~

20%

80*

TTL

4

10

0.0

55

27nt.

102m

-55

125

2 G01245

FP52d

MO~

20%

.80*

TTL

4

10

00

55

27nt.

102m

-55

125

2 G01245

FP52d

MO~

20%

80*

TTL

4

10

00

55

27nt.

102m

-55

125

2 G01245

M314

MO~

20%

.80*

TTL

4

10

0.0

55

27nt.

102m

-55

125

2 G01245

M314

MO~

2.0%

80*

TTL

4

10

00

5.5

27nt.

102m

-55

125

2 G01245

M314

MO~

20%

80*

TTL

4

10

0.0

55

27nt.

102m

-55

125

2 G01245

FP83

MO~

20%

80*

TTL

4

10

00

5.5

27nt.

102m

-55

125

2 G01245

FP83

MO~

20%

.80*

TTL

4

10

00

5.5

27nt.

102m

-55

125

2 G01245

FP52d

MO~

2.0%

.80*

TTL

4

10

00

55

27nt.

102m

-55

125

2 G01245

FP52d

MO~

2.0%

80*

TTL

4

10

00

55

27nt.

102m

-55

125

2 G01245

FP52d

MO~

20%

.80*

TTL

4

10

00

55

27nt.

102m

-55

125

2 G01245

M314

MO~

20%

80*

TTL

4

10

00

55

27nt.

102m

-55

125

2 G01245

M314

MO~

20%

80*

TTL

4

10

00

5.5

27nt.

102m

-55

125

2 G01245

M314

MO~

20%

80*

TTL

4

10

0.0

55

27nt.

102m

-55

125

2 G01245

FP83

MO~

20%

.80*

TTL

4

10

0.0

55

27nt.

102m

-55

125

2 G01245

FP83

MON 2.0%

80*

TTL

lOt.

10

00

55

27nt.

68m

-55

125

1 G01246

FP52d

MON

20%

80*

TTL

lOt.

10

00

55

27nt.

68m

-55

125

1 G01246

FP52d

MO~

2.0%

.80*

TTL

lOt.

10

00

5.5

27nt.

68m

-55

125

1 G01246

FP52d

MO~

20%

.80*

TTL

lOt.

10

0.0

55

27nt.

68m

-55

125

1 G01246

M314

MO~

20%

80*

TTL

lOt.

10

0.0

55

27nt.

68m

-55

125

1 G01246

M314

Mm

20%

80*

TTL

lOt.

10

00

55

27nt.

68m

-55

125

1 G01246

M314

MOr

20%

.80*

TTL

lOt.

10

00

5.5

27nt.

68m

-55

125

1 G01246

FP83

Mm

20%

.80*

TTL

lOt.

10

00

55

27nt.

68m

-55

125

1 G01246

FP83

Mm

20%

80*

TTL

lOt.

10

0.0

55

27nt.

68m

-55

125

1 G01246

FP52d

Mm

20%

80*

TTL

lOt.

10

0.0

5.5

27nt.

68m

-55

125

1 G01246

FP52d

Mor

20%

.80*

TTL

lOt.

10

00

5.5

27nt.

68m

-55

125

1 G01246

FP52d

MOr

20%

80*

TTL

lOt.

10

00

55

27nt.

68m

-55

125

1 G01246

M314

Mm

2.0%

80*

TTL

lOt.

10

00

5.5

27nt.

68m

-55

125

1 G01246

M314

MOr

20%

80*

TTL

lOt.

10

00

55

27nt.

68m

-55

125

1 G01246

M314

Mm

20%

80*

TTL

lOt.

10

00

55

27nt.
68m
SYMBOLS AND CODES
EXPLAINED IN INTERPRETER

-55

125

1 G01246

FP83

JANM38510/00503BCC

JANM38510/0b15~3BdB

58.

MO~

2.0%
20%
2.0%
20%
20%
2.0%
2.0%
20%
20%
2.0%
2.0%
20%
2.0%
2.0%

JANM38510/00502CCB

55.

57+

'~g~

MO~

FLH 155-8450
7# FLH 165-8451
FLH171-7453
FLH 175-8453
10# FLH181-7454
11# FLH 185-8454
12# GJH151
13# GJH161
14# GJH171
15# GJH181
GTB74S64P
~~:# JANM3851
0/0~5~ 1B~A

f!J·0·

(VI
~.g~

~~~

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

~T

LOGIC
LEVEL

8 GATES

85

§J
LINE
No
It

2.
3.
4.
5.
6.
H
8.
9.
10.
lit

12.
13.
14.
15.
16.
17 ..
18 ..
19 ..
20..
21
22 ..
23 ..
24 ..
25 ..
26 ..
27
2S ..
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 ..

86

TYPE
No.

-KlPE
OF
GATE

o ER- PRO~rA~
ATING CESS
F~~Z?'

JANM38510/00504BAC
11.3
1
JANM38510/00504BCA
11.3
1
JANM38510/0PI5~4B~B
JANM38510/00504BCC
11.3
1
JANM38510/00504BOB
11.3
1

JANM38510/0~5~4B~C

JANM3S510/00504CAA
11.3
1
JANM38510/00504CAB
11.3
1
JANM38510/0~5~4C~C

JANM3S510/00504CCB
11.3
1
JANM38510/00504CCC
11.3
1

JANM3S510/0~5~4C~B

JANM3S510/00504CDC
11.3
1
JANM38510/04001 BAA
11.3
1
JANM38510/01410~IB~B

JANM38510/04001BAC
11.3
1
JANM3S510/04001BCA
11.3
1
JANM3851 0/0~10~ 1B~B
JANM38510/04001 BCC
11.3
1
JANM38510/04001CAA
11.3
1
JANM38510/01410~IC~B

JANM38510/04001CAC
11.3
1
JANM3S510/04001CCA
11.3
1
JANM3S510/0~10~IC~B

JANM3S51 0/0400 1CCC
11.3
1
JANM38510/04002BAA
11.3
1
JANM38510/01410~2B~B

JANM38510/04002BAC
11.3
1
JANM38510/04002BCA
11.3

d

JANM38510/0~10~2B_IB

JANM38510/04002BCC
11.3
1
JANM38510/04002CAA
11.3
1
JANM3851O/01410~2C~B
JANM38510/04002CAC
11.3
1
JANM38510/04002CCA
11.3
1
JANM3S510/01410~2C~B
JANM38510/04002CCC
11.3
1
JANM38510/04003BAA
11.3
1
JANM38510/01410~3B~B

JANM38510/04003BAC
11.3
1
JANM38510/04003BCA
11.3
1
JANM38510/0~10~3B~B

JANM38510/04003BCC
11.3
1
JANM38510/04003CAA
11.3
1
JANM3851O/01410~3C~B

JANM38510/04003CAC
11.3
1
JANM38510/04003CCA
11.3
1
JANM38510/01410~3C~B

JANM38510/04003CCC
11.3
1
JANM38510/04004BAA
11.3
1
JANM38510/01~0~4B~B

JANM3851 0/01410~4B~C

D.A. T.A.

~'1'

rill

JANM31:1!>1

11.3
~\;
JANM38510/00504BAA
11.3
1
JANM3851 0/OP15~4B~B

LOGIC
LEVEL

~'O'

rVl

TYPE

8FAN
· GATES
POWER

IN

OUT

~

SUPPLY PROPA- RISE
GATION TIME
SPAN
NEG POS. DELAY
tr
(V)
(V)
(s)
(s)

MAX.
FALL
TIME

tf
(s)

IN ORDER OF 11)TYPE OF GATEI2)LOGIC TYPE
(3)LEVEL'1'(4ILEVEL'0'(5IMAX FREQ(6ITYPE No
MAX. MAX.
TEMP.
CKT
DRAWINGS
TOTAL NOISE
PE~C LOGIC OUTLINE
PKG.
REJECT LOVI HI MO DWG. No DWG No
DISS.
t.=MO
(W)
(V)
'C
'C

MO~

20%

80*

TTL

lOt.

10

00

55

27nt.

68m

-55

125

1 G01246

FP83

MO~

2.0%

80*

TTL

8

10

00

55

27nt.

68m

-55

125

1 G01247

FP52d

MO~

20%

80*

TTL

8

10

00

55

27nt.

68m

-55

125

1 G01247

FP52d

MO~

20%

80*

TTL

8

10

00

55

27nt.

68m

-55

125

1 G01247

FP52d

MO~

20%

80*

TTL

8

10

00

55

27nt.

68m

-55

125

1 G01247

M314

MO~

20%

80*

TTL

8

10

00

55

27nt.

68m

-55

125

1 G01247

M314

MO~

20%

80*

TTL

8

10

00

55

27nt.

68m

-55

125

1 G01247

M314

MO~

20%

80*

TTL

8

10

00

55

27nt.

68m

-55

125

1 G01247

FP83

MO~

20%

80*

TTL

8

10

0.0

55

27nt.

6Sm

-55

125

1 G01247

FPS3

MO~

20%

80*

TTL

S

10

00

55

27nt.

6Sm

-55

125

1 G01247

FP52d

MO~

20%

SO*

TTL

8

10

00

55

27nt.

6Sm

-55

125

1 G01247

FP52d

MO~

20%

.80*

TTL

8

10

00

55

27nt.

6Sm

-55

125

1 G01247

FP52d

MO~

20%

SO*

8

10

00

55

27nt.

6Sm

-55

125

1 G01247

M314

MOr

20%

80*

TTL
TTL

8

10

00

55

27nt.

6Sm

-55

125

1 G01247

M314

MO~

20%

80*

TTL

S

10

00

55

6Sm

-55

125

1 G01247

FPS3

Mar

20%

SO*

TTL

S

10

00

55

27nt.

68m

-55

125

1 G01247

M314

MOr

20%

SO%

TTL

at.

10

00

55

20nt.

140m

-55

125

2 G02170. FP52d

Mm

20%

SO%

TTL

6t.

10

00

55

20nt.

140m

-55

125

2 G02170. FP52d

Mar

20%

80%

TTL

6t.

10

00

55

20nt.

140m

-55

125

2 G02170. FP52d

Mar

20%

80%

TTL

6t.

10

00

55

20nt.

140m

-55

125

2 G02170

M314

Mar

20%

80*

TTL

at.

10

00

55

20nt.

140m

-55

125

2 G02170

M314

Mar

2.0%

SO%

TTL

at.

10

00

55

20nt.

140m

-55

125

2 G02170

M314

MOr

20%

SO%

TTL

6t.

10

00

55

20nt.

140m

-55

125

2 G02170. FP52d

Mar

20%

SO%

TTL

6t.

10

00

55

20nt.

140m

-55

125

2 G02170. FP52d

Mar

20%

SO%

TTL

at.

10

00

55

20nt.

140m

-55

125

2 G02170. FP52d

MOl

20%

SO%

TTL

at.

10

00

55

20nt.

140m

-55

125

2 G02170

M314

MOr

20%

SO*

TTL

at.

10

0.0

55

20nt.

140m

-55

125

2 G02170

M314

MOl

20%

SO%

TTL

6t.

10

00

55

20nt.

140m

-55

125

2 G02170

M314

MOl

20%

SO%

TTL

4

10

00

55

18nt.

140m

-55

125

2 G01240. FP52d

MOl

20%

80%

TTL

4

10

00

55

18nt.

140m

-55

125

2 G01240a FP52d

MOl

20%

80%

TTL

4

10

00

55

18nt.

140m

-55

125

2 G01240a FP52d

Mar

20%

80%

TTL

4

10

00

55

18nt.

140m

-55

125

2 G01240

M314

Mar

20%

SO*

TTL

4

10

00

55

18nt.

140m

-55

125

2 G01240

M314

MOl

20%

SO%

TTL

4

10

00

55

18nt.

140m

-55

125

2 G01240

M314

MOr

20%

80%

TTL

4

10

00

55

18nt.

140m

-55

125

2 G01240. FP52d

MO~

20%

80%

TTL

4

10

00

55

18n6

140m

-55

125

2 G02140a FP52d

MO~

20%

SO%

TTL

4

10

00

55

18nt.

140m

-55

125

2 G01240a FP52d

MO~

20%

80%

TTL

4

10

00

55

18nt.

140m

-55

125

2 G01240

M314

MO~

20%

SO*

TTL

4

10

00

55

18nt.

140m

-55

125

2 G01240

M314

MO~

20%

80%

TTL

4

10

00

55

lSnt.

140m

-55

125

2 G01240

M314

MO~

20%

80%

TTL

lOt.

10

00

55

20nt.

140m

-55

125

1 G01211b FP52d

MO~

20%

80%

TTL

lOt.

10

00

55

20nt.

140m

-55

125

1 G01211b FP52d

MO~

20%

80%

TTL

lOt.

10

00

55

20nt.

140m

-55

125

1 G01211b FP52d

MO~

20%

80%

TTL

lOt.

10

00

55

20nt.

140m

-55

125

1 G01211

M314

MO~

20%

.80*

TTL

lOt.

10

00

5.5

20nt.

140m

-55

125

1 G01211

M314

MO~

20%

80%

TTL

lOt.

10

00

55

20nt.

140m

-55

125

1 G01211

M314

MOr

20%

80%

TTL

lOt.

10

00

55

20nt.

140m

-55

125

1 G01211b FP52d

Mor

20%

.80%

TTL

lOt.

10

00

55

20nt.

140m

-55

125

1 G01211b FP52d

MO~

20%

80%

TTL

lOt.

10

00

55

20nt.

140m

-55

125

1 G01211b FP52d

MO~

20%

.80%

TTL

lOt.

10

00

55

20nt.

140m

-55

125

1 G01211

M314

MO~

20%

.80*

TTL

lOt.

10

0.0

55

20nt.

140m

-55

125

1 G01211

M314

MO~

2.0%

SO%

TTL

lOt.

10

00

55

20nt.

140m

-55

125

1 G01211

M314

MOr

20%

80%

TTL

8

10

00

55

ISnt.

140m

-55

125

1 G02171b FP52d

MO~

20%

80%

TTL

8

10

00

55

18nt.

140m

-55

125

1 G02171b FP52d

Mar

20%

80%

TTL

8

10

00

55

18nt.

140m

-55

125

1 G02171b FP52d

SYMBOLS AND CODES
EXPLAINED IN INTERPRETER

86

8. GATES

LINE
No.

!-§J

TYPE
No.

fNpE
OF
GATE

~~:~PRO. I----.L"'EV!T.L~~E"-"IC"---;TTYViP"'E+.I..N.....FA9;~i.
56mt
56mt
56mt
56mt
44mt 12
30n
36n 250m
30n
36n 250m
20n
20n
50
20n
20n
50
20n
20n
5.0
75n
75n
1.0u%
110n

110n

40m
40m
40m
40m
40m
58mt
58mt
27mt
36mt
58mt
27mt
36mt
58mt
44m
44m
44m
44m
44m
44m
44m
44m
156m
156m
156m
156m
156m
156m
156m
156m
36m
36m
36m
36m
36m
36m
36m
36m
174m
174m
174m
174m
174m
174m
174m
174m
174m
174m
174m
174m
174m
174m
174m
174m
36m
36m
174m

i~::::~

10u%
200m
200m
200m
19m
19m
19m

4.0 II
40 II
4.0 II
1.0
10
10

SYMBOLS AND CODES
EXPLAINED IN INTERPRETER

j~5

:.55
0
0
0
0
·55
·55
0
0
·55
·55
·55
·55
·55
·55
·55
·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
·55
·55
0
0
0
0
·55
·55
0
0
·55
·55
0
0
·55
·55
·55
·55

75
75
75
125
125
75
75
125
125
125
125
125
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
125
125
125
75
75
75
75
125
125
75
75
125
125
75
75
125
125
125
125

0
0
0
0
0
0
0
·55
·55
0
0
0
0
0
0
0
·55
·55
0
0
·55
·55
·55
15
15
15
15
·20
·20
·55
·55
·55
0
0
0
·40
·40
0
0
0
·55

70
70
75
75
75
75
75
125
125
75
75
75
75
75
70
70
125
125
75
75
125
125
125
55
55
55
55
65
65
85
125
125
75
75
75
100
100
50
50
50
125

·40
·40
·40
·40
·55
·55
·55

85
85
85
85
125
125
125

~ I~gmg ~;158

2
2
2
2
2
2
2
1
1
2
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
1
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
1
1
2
2
8
4
6
12
2
3
3
2
2
1
2
1
1
2
2
4
11
4
1
3
3
3
2
1
2

GOl156
GOl156
GOl156
GOl156
GOl156
G03227
G03227
G03226
G03221
G03227
G03226
G03221
G03227
GOl163
GOl163
GOl163
GOl163
GOl163
GOl163
GOl163
GOl163
GOl164
GOl164
GOl164
GOl164
GOl164
GOl164
GOl164
GOl164
GOl159
GOl159
GOl159
GOl159
GOl159
GOl159
GOl159
GOl159
G01158
GOl158
GOl158
GOl158
GOl158
GOl158
GOl158
GOl158
GOl158
GOl158
G01158
GOl158
GOl158
G01158
G01158
G01158
G01159
GOl159
GOl158
G01158
G01206
G01207
GOl160
G01160a
G02129a
G0212ge
G0212ge
G01220
G01220
GOll72
GOll72a
GOll72
GOll72
G01172a
G01172a

M75
FP18
M75
M157
M126
T086
TOl16
T086
T086
T086
T086
T086
T086
M157b
lI004AF
M157b
lI004AF
M157b
lI004AF
M157b
lI004AF
M157b
lI004AF
M157b
lI004AF
M157b
lI004AF
M157b
lI004AF
M157b
lI004AF
M157b
lI004AF
M157b
lI004AF
M157b
lI004AF
M157b
lI004AF
M157b
lI004AF
M157b
lI004AF
M157b
lI004AF
FP18
M75
FP18
M75
FP18
M75
FP18
TOl16
M126
M157
M126

~~~7

g~~3

CB53
M257a
M146b
M146b
M146b
M146b
T0116
TOl16
Ml05n
TOl16
Ml05n

~g~16

GOl161
G01233
G0168
GOl173
GOl173
G01173
G01154
GOll16
GOll16a

CB53
M117u
lB5
TOl16
Ml05n
TOl16
T084
lB5
lB5
TOl16
~ I~glmb TOl16
1 G01178 T0116
3 G01177a T0116
1 GOll04 CB31
1 GOll0la CB31
2 G01187 M148
2 G01186 T086
2 G01186 T0116
2 G01186 T086
2 G01186 T0116
M114e
2
CN27
1 G0224
1 G0224a M45

4 G02192
4
4
2
3
2
2
2

T0116

I~Jl!B

G02192
G02193
G02193a lI001AB
G02193b lI001AB
T088
M126
T088

89

.§J
LINE
No.
1#

~~

4#

~~

7#

g~

10#

g~

13#
14
15

TYPE
No.

~~n~E

.~

ZN233E
ZN319
ZN319E
ZN320
ZN320E
ZN333
ZN333E
ZST112A
ZST112B
ZST132A
ZST132B
SW1808M
SW1808P

2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
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~· ~~21~08F

18
19
20
21
22
23
24
25

~~~

28#
29
30
31
32
33
34
35
36
37
38#
39
40
41
42
43#

:~~

46#
47
48
49#

;~~

52#

~~:

55#

~~~

58#

~g~

61#

g~:

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
109
110

90

-NPE
OF
GATE

MC1908L
MC1909F
MC1909L
MC1808F
MCI808L,P%
MC1809F
MCI809LP%
MOR12
FZH291
FZH295
GXB10ll0
MC1664S
MC1665S
MC1664L
MC1665L
MC10110L
MC10l10P
MC10210L
10110B
10110F
SP1664BE
MC9715P
MC9815P
MC9725P
MC9825P
GTB74S86P
5512C
FLH631·7432
FLH635·8432
1754
1755
MIC5428J
MIC5432J
MIC6428J
MIC6432J
MIC7428J
MIC7428N
MIC7432J
MIC7432N
MIC54138J
MIC54139J
MIC64138J
MIC64139J
MIC74138J
MIC74138N
MIC74139J
MIC74139N
SN54S32J
SN54S32W
SN74S32J
SN74S32N
SN5432J
SN5432N
SN5432W
SN7432J
SN7432N
SN7432W
US5418A
US5418J
US5432A
US5432J
US7418A
US7418J
US7432A
US7432J
MC3103F
MC3103L
MC3003F
MC3003L,P%
RG520
RG52K
RG530
RG53K
RG500
RG50K
RG510
RG51K
SNG50J
SNG50W
SNG51J
SNG51W
SNG52J
SNG52W
SNG53J
SNG53W
SNG100J
SNG100W
SNG101J
SNG101W
SNG102J
SNG102W
SNG103J
SNG103W

o ER- PRO~rA~
ATING CESS
Fm:Z~'

I

LOGIC
LEVEL

lJ.,.
(V)

~g~ ~g
MO~

M~~

~g~
MO
M1:
MO

M~:

~g,
M~:
50M

~g,
Pcr:
MO
MO

M~:

~g,
Mq~

Mqt
MO'

~~

MOt

M~:

~gi
M~:

~gi
Mq~
Mq~

150M
MOt
150M
300Mt¢
14M% Mm
14M%

~~~

20
20
20
20
20
20
20
20
20
20
20
19%
1.9%
20%
26%
26%
26%
26%
26%
26%
26%
2.6%
26%
75%
7.5%
·88
·95%
-95%
·96%
·96%
·96%
·96%
·96%
·96%
·96%
·98%

M~:

~gi
40M

~cO~

MO-t

~O~
PCB

M~:

~gi
M~:

~gi
M~~

MO
MOr
MO
M1!
MO

M~:

~gi
M~f
M~r

MO

MO
M1!
MO
MO

M~~
MO

M~~

M~~
MO

~q~
MO~

M1~

MO
MO

M~~

20M
20M
20M
20M
20M
20M
20M
20M
20M
20M
20M
20M
20M
20M
20M
20M
20M
20M
20M
20M
20M
20M
20M
20M

D.A. T.A.

~g~
M~~
MO

MO~

M~~

~g~
M~:

~q~
~g:

MO'

M~:

~gi
M~~
M~t

MO

M1~

MO
MO

~g:

(V)
:g
4.0
40
40
4.0
40
40
40
40
40
4.0
40
12*
1.2*
45*
40*t
40*t
40*t
40*t
45*t
45*t
45*t
.45*t
45*
45*
45*
·17t
·16t*
·16t*
·16t*
·1.6t*
·16*t
·16*t
-16*t
·16*t
·16*t
·16*

:~;::
20%
20%
2.0%
2.0
2.0
2.0%
20%
20%
2.0%
20%
2.0%
20%
20%
20%
20%
20%
2.0%
20%
20%
20%
20%
2.0%
20%
20%
20%
2.0%
20%
20%
20%
2.0%
2.0%
20%
2.0%
2.0%
20%
20%
20%
2.0%
20%
24%
24%
2.5%
25%
31%
31%
31%
31%
32%

~gt ~~~
Mm

f!l,O'

g%
33
33
33
3.3
33
33
33
33
33
33
33
33
33
33
33

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*
.40*t
40*t
40*t
40*t
40*
40*
40*
40*
40*
40*
40*
40*
26
26
26
26
.26
26

~~

26
26
26
26
26
26
26
26

TYPE

8FAN
· GATES
POWER

IN

OUT

~

Igit
OTL
OTL
OTL
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
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
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
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
5
5
2
2
2
2
2
2
2
2
2
2
2
2
2
24

3t.
3t.
3
2
2
2
2
3
3

5t.
5t.
5t.
2
2
2
2
2
2
2
2
2
3
2
2
2
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
2
2
3
3
2
2
2
2
2
2

lIt.
lIt.
lIt.
lIt.
lIt.
lIt.
lIt.
lIt.
9
9
9
9
9
9
9
9

lOt.
lOt.
lOt.
lOt.
lOt.
lOt.
lOt.
lOt.

~

8
8
8
8
8
8
8
8
8
8
8
8t
8t
8
8
8
7
7
8
8
7
7
10
10
70
7
70
7

10
10

M
M
4
4
10
12
10
10
10
10
30
30
30
30

~~t.

g:

54
54
54
54
54
10
10
10
10

20t.
20t.
20t.
20t.
20t.
20t.
10
10
10
10
10
10
10
10
10
10
10
10
12t
12t
6t
6t
15t
15t
7t
7t
15t
15t
5
7t
12t
12t
6t
6t
15t
15t
7t
7t
12t
12t
6t
6t

MAX.
SUPPLY PROPA- RISE
FALL
SPAN
GATION TIME TIME
NEG. POS. DELAY
tr
If
(V)
(V)
(s)
(s)
(s)
gg
0.0
00
00
00
00
00
0.0
00
00
00
00
0.0
0.0
00
00
00
0.0
00
0.0
00
0.0
00
00
00
00
52
52
5.2
52
5.2
52
5.2
52
52
52
52
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
00
0.0
0.0
0.0
0.0
00
0.0
0.0
00
00
00
00
00
00
0.0
00
00
00
00
00
00
0.0
00
00
00
0.0
00
00
0.0
00
00
0.0
00
0.0
0.0
00
00
00
00
00
00
00
00
0.0
00
00
00
00
00
00
00
00
00
00
00
00
0.0
00
00
0.0
00
00
00
00

;g
50
50
50
50
5.0
50
50
50
50
50
50
80
80
70
50
50
50
50
5.0
50
50
50
50
15
15
00
0.0
00
00
00
00
00
00
00
00
00
3.6
36
36
3.6
50
7.0
50
50
5.0
5.0
5.0
50
5.0
50
50
5.0
5.0
50
50
50
50
5.0
50
50
50
50
5.0
50
50
50
50
50
50
50
50
5.0
50
5.0
50
50
50
50
50
50
50
5.0
5.0
50
5.0
50
50
5.0
50
50
50
50
50
50
50
5.0
5.0
50
5.0
50
50
50
50
50
50
50
50
50

I~ g~
9 On
15n
15n
15n
15n
15n
15n
15n
15n
15n
15n
30n
30n
35n%
35n
35n
30n
30n
35n
35n
30n
30n
35n
24n%
1 In
LIn
lIn
1 In
2.4n%
24n%
1.5n%
2.4n
24n
1 7nt.

19~

20nt

20nt
2 In
2 In
2.1n
2 In
22nt
22nt
1 5nt
35n
35n
2 In

50n%
50n%
3 On
9.0n%

20nt
2 In
2 In
2 In
2.1n
2.2nt
2.2nt
1 5nt
3.5n
35n
2 In

27n
27n

15nt.
22nt.
15nt.
22nt.
15nt.
15nt.
22nt.

200m
200m

456mt
150mt lOt.
150mt lOt.

100mt 500m

IOn
IOn
IOn
IOn
IOn
IOn
IOn
IOn

4 On
4 On
4.0n
4.0n
4 On
4.0n
4 On
4 On

18n
18n
18n
18n
18n
18n
18n
18n

8 On
8.0n
8 On
8.0n
8 On
8 On
8.0n
8.0n

9 On
90n%
90n%
90n%

12n
12n
12n
12n
12n
12n
12n
12n
12n
12n
12n
12n
12n
12n
12n
12n

50 t.
50 t.

100mt 500m
100mt 500m

35n
3.5n
3.5n
35n

23nt.
23nt.
23nt.
23nt.
23nt.
23nt.
23nt.
23nt.

10
10
10
10
10
10
10
10
10
10
1.0
10
10
10

100mt 500m

2int.

22nt.
22nt.
22nt.
22nt.
22nt.
22nt.
27nt.
27nt.
27nt.
27nt.
27nt.
27nt.
27nt.
27nt.

19m
19m
19m
19m
19m
19m
19m
19m
19m
19m
19m
100mt
100mt
300mt
97mt
97mt
115mt
115mt
97mt
97mt
115mt
115mt
300mt
438mt
438mt
150mt
240mt
240mt
240mt
240mt
160mt
160mt
150mt
150m
150mt
291m§
100mt
100mt
28mt
28mt

37mt.

25nt

22nt.
22nt.

35nt.
35nt.
35nt.
35nt.
35nt.
35nt.
35nt.
35nt.

IN ORDER OF (l)TYPE OF GATE(2)LOGIC TYPE
(3)LEVELT(4)LEVEL'O'(SIMAX FREQ(6)TYPE No
MAX. MAX.
TEMP. CKT
DRAWINGS
TOTAL NOISE
PE~D LOGIC OUTLINE
PKG.
REJECT LOVI HI MO DWG. No DWa No
DISS.
A=MO
(W)
(V)
'C
'C

8 On
8 On
8 On
8 On
8 On
8 On
8 On
8 On
6 On
6 On
6 On
6.0n
6.0n
6 On
6 On
6 On
6 On
6 On
6 On
6 On
6 On
6 On
6 On
6 On

6 On
6 On
6 On
6 On
6 On
60n
6.0n
6 On
8 On
8.0n
8 On
8 On
8 On
8 On
8.0n
8 On
8 On
8 On
8 On
8 On
8 On
8 On
8 On
8 On

190m9
155mt
155mt
155mt
155mt
155mt
155mt
155mt
155mt
374m
374m
374m

lOt.

lOt.
1.0 t.
lOt.
lOt.
~~ri~9 1.0 t.
190m lOt.
190m9 1.0 t.
190m'" lOt.
lOt.
1~g~~ lOt.

150mt
150mt
150mt
150mt
30mt
30mt
30mt
30mt
30mt
30mt
30mt
30mt
30m
30m
30m
30m
30m
30m
30m
30m
25m
25m
25m
25m
25m
25m
25m
25m

900m
900m
900m
900m
900m
900m
900m
900m
900m
900m
900m
900m
900m
900m
900m
900m
900m
900m
900m
900m
900m
900m
900m
900m

SYMBOLS AND CODES
EXPLAINED IN INTERPRETER

:55
·55

m

·55
0
·55
0
·55
0
-55
·55
0
0
0
0
0
·55
·55
-55
-55
0
0
0
0

125
125
70
125
70
125
70
125
125
70
70
75
75
70
125
125
125
125
75
75
75
75

0
-25
0
0
0
0
0
-30
-30
·30
·30
·30
0
15
0
15
0
0
0
0
·25
0
0
·55
·55
·40
·40
0
0
0
0
·55
-55
·40
·40
0
0
0
0
·55
·55
0
0
·55
-55
·55
0
0
0
·55
·55
:55
·55
0
0
0
0
·55
·55
0
0
0
0
0
0
·55
·55
·55
-55
-55
·55
-55
·55
0
0
0
0
·55
·55
·55
-55
0
0
0
0

70
85
75
75
75
75
75
85
85
85
85
85
75
55
75
55
75
70
70
70
85
70
70
125
125
85
85
75
75
75
75
125
125
85
85
75
75
75
75
125
125
70
70
125
125
125
70
70
70
125
125
125
125
70
70
70
70
125
125
75
75
75
75
75
75
125
125
125
125
125
125
125
125
75
75
75
75
125
125
125
125
75
75
75
75

I~ri;:

~

2
2
2
2
2
2
2
2
2
2
2
4
4
12
4
4
4
4
4
4
4
4
12
4
4
2
4
4
4
4
2
2
2
2
2
4
4
4
4
4
4
12
4
4
12
16
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
3
3
4
5
3
3
4
4
4
4
4
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

G02136
G02136
G02136
G02136
G02136
G02136
G02136
G02136
G02136
G02136
G02188
G02188
G02165
G02169
G02169
G02169
G02169
G02165
G02165
G02180
G02180
G02180
G01242a
G02130
G02130
G02130a
G02130a
G04377
G02185
G02185

M126
T088
M126
T088
M126
T088
M126
CN2
CN2
CN2
CN2
Ml05n
M114
CB62
T086
T0116
T086
T0116
T086
T0116
T086
T0116

M200n
FP78
FP78
M191
M191
M191
M278
M191
M256
M153a
M184a
T0116
T0116
T0116
T0116
CB62
M126D
M126p

C~~
CB
G03233a T0116
T0116
G03233a T0116
T0116
G03233a T0116
G03233a M126
T0116
G02185 M126
G02189 T0116
G02189 T0116
G02189 T0116
G02189 T0116
G02189 T0116
G02189 T0116
G02189 T0116
G'02189 T0116
G01253 M01AA
G01253 t.004AA
G01253 t.001AA
G01253 M04AA
G02185 M157b
G02185 M126e
G02185 t.004AA
G02185 M157b
G02185 M126e
G02185 M04AA
G02135 Ml05b
G02135 T088
G02135a Ml05b
G02135a T088
G02135 Ml05b
G02135 T088
G02135a Ml05b
G02135a T088
G02126 T086
G02126 T0116
G02126 T086
G02126 T0116
G0218
Ml05a.
G0218
FP21b
G0218
Ml05a.
G0218
FP21b
G0218
Ml05 ••
G0218
FP21b
G0218
M 105a.
G0218
FP21b
G0218
M157b
G0218
t.004AF
G0218
M157b
G0218
t.004AF
G0218
M157b
G0218
t.004AF
G0218
M157b
G0218
t.004AF
G0219
M157b
G0219
t.004AF
G0219
M157b
G0219
t.004AF
G0219
M157b
G0219
t.004AF
G0219
M157b
G0219
t.004AF

90

LINE
No.

~

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
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
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

~

TYPE
No.

I#PE
OF
GATE

1~~~l1g~

I~

SNGlllJ
SNGlllW
SNG 112J
SNG112W
SNG 113J
SNG113W
TRWG50#1
TRWG50#2
TRWGI00#1
TRWG100#2
TRWGll0#1
TRWGll0#2
RG70D
RG70K
RG71D
RG71K
RG72D
RG72K
RG73D
RG73K
RG100D
RG100K
RG101D
RG101K
RG102D
RG102K
RG103D
RG103K
RGll0D
RGll0K
RGlllD
RG111K
RG112D
RG112K
RG113D
RG113K
RG210D
RG210K
RG211D
RG211K
RG212D
RG212K
RG213D
RG213K
RG230D
RG230K
RG231D
RG231K
RG232D
RG232K
RG233D
RG233K
RG250D
RG250K
RG251D
RG251K
RG252D
RG252K
RG253D
RG253K
RG270D
RG270K
RG271D
RG271K
RG272D
RG272K
RG273D
RG273K
RG300D
RG300K
RG301D
RG301K
RG302D
RG302K
RG303D
RG303K
RG310D
RG310K
RG311D
RG311K
RG312D
RG312K
RG313D
RG313K
SP334A
SP374A
SP375A
SP384A
HD1W4019-9
HD1W4019-2
SW776-1P
SW776-2M
SW776-2P
SW777-2M
SW777-2P
101188
10118F
101198
10119F
GX810118
103# GX810119
104
MC10518F
105
MC10518L
106
MC10519F
107
MC10519L
108. MC10521F
109
MC10521L
110
MC10118L

19~#

91

2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
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
21

o ER- PRO~~A~
ATING CESS
FREQ.
(Hz)

~g~
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

Mci~

M~;

~~;

~~~

Ml~

~~~

M~;

M~;

Ml~

M~;

D.A. T.A.

H
3.3

Mq~ 33
Mq~ 33
MO~
33
33
MO
33
Mm 33
3.3
33
MOt 33
3.3
M~: 33
~g~ 34
Mq~ 34
Mq~ 34
MO~ 34
34
34
MO~ 34
34
M~~ 34
~g~ 34
Mq~ 34
Mq~ 34
MO~ 34
34
MO
34
MO
34
M~~ 34
34
~g~ 34
Mq~ 34
Mq~ 34
MO~ 34
34
34
MO~ 35
M~~ 35
35
~g~ 35
35
35
~g~ 35
Mq~ 3.5
Mq~ 35
MO~ 35
35
35
MO~ 35
M~~ 35
35
~g~ 35
Mq~ 35
Mq~ 35
Mci~ 35
35
MO
35
MO~ 35
M~~ 35
35
~g~ 35
Mq~ 35
Mq~ 35
M6~ 35
35
MO
35
MO~ 35
35
MO
35
MO
35
Mq~ 35
Mq~ 35
MO~ 35
35
M~; 35
MO
MO~ 35
M~~ 35
~g~ 35
35
Mq~ 35
Mq~ 35
Mci~ 35
Mq~ 35
Mq~ 35
MO~ 38%
38%
MO
38%
MO~ 38%
M~~ 15
18
~g~ 18%
Mq~ 19%
Mq~ 19%
M6~ 1.9%
19%
MO -85
MO~ -85
M~~ -85
~g~ -85
-88
Mq~ -88
Mq~ -93%
MO~ -93%
-93%
-93%
MO~ -93%
-93%
~g~ -96%

~~;

150M
150M
150M
150M

f1J'1'
(V)

i~g~

M~~

10M
10M

LOGIC
LEVEL

M~;

~~;

.!J '0'
(V)

~g
26
26
26
26
26
26
26
26
26
26
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
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
20
20
20
20
20
20
20
20
20
20
20
20
20
.20
6*t
6*t
6*t
6*t
00
00
12*
12*
1.2*
12*
1.2*
-17
-17
-17
-17
-17t
-17t
-16*t
-16*t
-16*t
-1 6*t
-16*t
-16*t
-1 6*t

TYPE

8FAN
· GATES
POWER

IN

OUT

1J

: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
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
CMS
CMS
DTL
DTL
DTL
DTL
DTL
ECT
ECT
ECT
ECT
ECT
ECT
ECT
ECT
ECT
ECT
ECT
ECT
ECT

~~

9t.
9t.
9t.
9t.
9t.
9t.
9
9
10
10
9
9
4
4
4
4
4
4
4
4
9
9
9
9
9
9
9
9
8
8
8
8
8
8
8
8
8
8
8
8
8
8
8
8
5
5
5
5
5
5
5
5
9
9
9
9
9
9
9
9
4
4
4
4
4
4
4
4
9
9
9
9
9
9
9
9
4
4
4
4
4
4
4
4
5t.
3
3t.
2
4
4
5
5
5
5
5
6
6
12
12
6
4t
6
6
4t
4t
3
3
6

MAX.
SUPPLY PROPA- RISE
FALL
SPAN
GATION TIME TIME
NEG. POS. DELAY
tr
tf
(s)
(V)
(V)
(s)
(sl

m gg
7t
7t
12t
12t
6t
6t
15t
15t
7
7
15
15
15
15
7
7
12
12
6
6
15
15
7
7
12
12
6
6
15
15
7
7
12
12
6
6
11
11
6
6
9
9
5
5

11
11
6
6
9
9
5
5

11
11
6
6
9
9
5
5
11
11
6
6
9
9
5
5
11
11
11
11
10
12
12
11
11
10
10
10
10

00
00
00
0.0
00
00
0.0
00
00
00
00
00
00
00
00
00
0.0
00
00
00
00
0.0
00
DO
00
00
00
00
0.0
00
00
00
00
00
DO
00
00
00
00
00
00
00
00
00
00
00
00
00
00
00
00
00
00
00
00
00
00
00
00
00
00
0.0
00
00
00
00
00
0.0
00
00
00
00
00
00
00
00
0.0
00
00
00
00
0.0
00
00
0
0
0
0
00
00
00
0.0
00
0.0
00
5.2
52
52
52
52
52
5.2
52
52
52
52
52
52

gg

50
50
50
50
50
50
5.0
50
50
50
50
50
50
50
50
50
50
50
50
50
50
50
50
50
50
50
50
50
5.0
50
50
5.0
50
50
50
50
5
5
5
5
50
50
50
50
5
5
5
5
5
5
5
5
5.0
50
50
50
50
50
50
50
5
5
5
5
5
5
5
5
50
50
50
50
50
50
50
50
50
50
5
5
5
5
5
5
55
55
55
55
15
18
50
50
50
50
50
00
0.0
0.0
0.0
00
00
0.0
0.0
00
00
00
00
00

l~n

12n
12n
12n
12n
12n
12n
12n
12n
12n
12n
12n
12n
12n
12n
12n
12n
12n
12n
12n
12n
12n
12n
12n
12n
12n
12n
12n
12n
12n
12n
12n
12n
12n
12n
12n
12n
12n
7 On
7 On
7 On
7 On
7 On
7 On
7 On
7 On
2 On
2.0n
2 On
2 On
2 On
2 On
2 On
2 On
8 On
8 On
8 On
8 On
8 On
8 On
8 On
8 On
IOn
LOn
LOn
IOn
IOn
IOn
IOn
IOn
7 On
7 On
7 On
7 On
7 On
7 On
7 On
7 On
7 On
7 On
7 On
7 On
7 On
7 On
7 On
7 On
35n%
35n%
35n%
35n%
300nt.
175nt.
35n%
35n%
35n%
30n%
30n%
23n
23n
23n
23n
23n%
23n%
3.4nt.
34nt.
34nt.
34nt.
34nt.
34nl>
23n%

Ig g~

I~ ~~

6 On
6 On
6 On
6 On
6 On
6 On
6 On
6 On
6 On
6 On
6.0n
6.0n

8 On
8 On
8 On
8 On
8 On
8 On
8 On
80m
8 On
8 On
8 On
8 On

2.5nt
2.5nt
2.5nt
2.5nt
25nt
25nt
4.0n
4.0n
4 On
4 On
4 On
4 On
4.0n

25nt
2.5nt
2.5nt
2.5nt
25nt
2.5nt
4.0n
4 On
4 On
4.0n
4 On
4.0n
4 On

IN ORDER OF ('ITYPE OF GATE(2ILOGIC TYPE
(3)LEVEL','(4)LEVEl'O'(5)MAX FREa(6)TYPE No
MAX. MAX.
TEMP. CKT
DRAWINGS
TOTAL NOISE
PE~[ LOGIC OUTLINE
PKG.
REJECT LOlli HI MO DWG. No DWG. No
DISS.
l:.=MO
(W)
·C
·C
tvl

~~~ ~~~~

20m
20m
20m
20m
20m
20m
30m
30m
25m
25m
20m
20m
40mt
40mt
40mt
40mt
40mt
40mt
40mt
40mt
75mt
75mt
75mt
75mt
75mt
75mt
75mt
75mt
20mt
20mt
20mt
20mt
20mt
20mt
20mt
20mt
60mt
60mt
60mt
60mt
60mt
60mt
60mt
60mt
28mt
28mt
28mt
28mt
28mt
28mt
28mt
28mt
160mt
160mt
160mt
160mt
160mt
160mt
160mt
160mt
28mt
28mt
28mt
28mt
28mt
28mt
28mt
28mt
105mt
105mt
105mt
105mt
105mt
105mt
105mt
105mt
60mt
60mt
60mt
60mt
60mt
60mt
60mt
60mt
44mt
44mt
44mt
44mt
200m
200m
50mt
50mt
50mt
65mt
65mt
100mt
100mt
100rnt
100rnt
100rnt
100rnt
100mt
100mt
100mt
100mt
100mt
100mt
100mt

900m
900m
900m
900m
900m
900m
900m
900m
900m
900m
900m
900m
11
11
11
11
11
11
11
11
11
11
11
11
11
11
11
11
11
11
11
11
11
11
11
11
1.0
10
10
10
10
10
1.0
10
10
10
10
10
10
10
10
10
10
10
10
10
10
1.0
10
10
1.0
10
10
1.0
10
10
1.0
10
10
10
10
10
10
10
10
10
10
10
10
1.0
10
10
10
10
1.7t.
1.7t.
17 t.
17 t.
lOt.
800mt.
800mt.
800mt.
800mt.
200m
200m
200m
200m

SYMBOLS AND CODES
EXPLAINED IN INTERPRETER

:~~

-55
-55
0
0
0
0
-55
-55
-55
-55
-55
-55
-55
-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
-55
-55
0
0
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
-55
-55
-55
-55
0
0
0
0
-55
-55
-55
-55
0
0
0
0
0
0
0
0
-40
-55
-55
0
0
0
0
-30
-30
-30
-30
0
0
-55
-55
-55
-55
-55
-55
-30

m

125
125
75
75
75
75
125
125
125
125
125
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
125
125
125
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
125
125
125
125
75
75
75
75
125
125
125
125
75
75
75
75
75
75
75
75
85
125
125
75
75
75
75
85
85
85
85
75
75
125
125
125
125
125
125
85

11~~H~

1
1
1
1
1
1
1
1
1
1
1
1
2
2
2
2
2
2
2
2
3
3
3
3
3
3
3
3
1
1
1
1
1
1
1
1
2
2
2
2
2
2
2
2
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
2
2
2
2
2
2
2
2
3
3
3
3
3
3
3
3
2
2
2
2
2
2
2
2
2
3
3
4
4
4
2
2
2
2
2
2
2
1
1
2
4
2
2
4
4
4
4
2

G0220
G0220
G0220
G0220
G0220
G0220
G0218
G0218
G0219
G0219
G0220
G0220
G01156
G01156
G01156
G01156
G01156
G01156
G01156
G01156
G0219
G0219
G0219
G0219
G0219
G0219
G0219
G0219
G0220
G0220
G0220
G0220
G0220
G0220
G0220
G0220
G01163
G01163
G01163
G01163
G01163
G01163
G01163
G01163
G06109
G06109
G06109
G06109
G06109
G06109
G06109
G06109
G01164
G01164
G01164
G01164
G01164
G01164
G01164
G01164
G06111
G06111
G06111
G06111
G06111
G06111
G06111
G06111
G01159
G01159
G01159
G01159
G01159
G01159
G01159
G01159
G01158
G01158
G01158
G01158
G01158
G01158
G01158
G01158
G0278b
G0278c
G0278d
G0278e
G02190
G02190
G02125
G02125
G02125
G02125
G02125
G02182
G02182
G02183
G02183
G02167
G02168
G02167
G02167
G02168
G02168
G02184
G02184
G02167

r::08:~F

M157b
t.004AF
M157b
l>004AF
M157b
t.004AF
M157
M126
M157
M126
M157
M126
Ml05m
FP21b
Ml05m
FP21b
Ml05m
FP21b
Ml05m
FP21b
Ml05m
FP21b
Ml05m
FP21b
Ml05m
FP21b
Ml05m
FP21b
Ml05m
FP21b
Ml05m
FP21b
Ml05m
FP21b
Ml05m
FP21b
Ml05m
FP28
Ml05m
FP28
Ml05m
FP28
Ml05m
FP28
Ml05m
FP28
Ml05m
FP28
Ml05m
FP28
Ml05m
FP28
Ml05m
FP28
Ml05m
FP28
Ml05m
FP28
Ml05m
FP28
Ml05m
FP28
Ml05m
FP28
Ml05m
FP28
Ml05m
FP28
Ml05m
FP28
Ml05m
FP28
Ml05m
FP28
Ml05m
FP28
Ml05m
FP28
Ml05m
FP28
Ml05m
FP28
Ml05m
FP28
T0116
T0116
T0116
T0116
M200q
M200q
T0116
Ml05n
T0116
Ml05n
T0116
M256
M153a
M256
M153a
M200n
M200n
FP85
M191
FP85
M191
FP85
M191
M191

91

LINE
No.
I
2
3
4
5
6
7
8.
9
10.
II.
12.
13
14
15

f§J

TYPE
No.

I~~;~; ;~r
MCIOl19P
9966DC
9971DC
9956DC
NC74H52N
5N54H52J
5N54H52N
5N54H52W
5N74H52J
5N74H52N
5N74H52W
U554H52A
U554H52J

1~ I~~~:~~~~

MCI0517F
MCI0517L
MCIOI17L
MCIOl17P
MCIOl21L
MCIOl21P
10121B
10121F
GXBIOl17
GXBIOl21
28
9502DC
29
9503DC
30
HEP556-RT
5PI004
5PI005
33# 5PI006
34# 5PI204
5PI205
5PI206
1010lB
37
1010lF
38
10105B
39
40
18
19
20
21
22
23
24
25

~~!
~~:

~~!

:~t

~~k~~101

GXBIOI05
GXBIOI09
MCI050lF
MCI050lL
MC10505F
MCI0505L
MCI0509F
MCI0509L
MCI6605
MCI6615
MCI660L
MCI661L
MCI688F
MCIOIOIL
MC10101P
MCI0105L
MC10105P
MC10l09L
MC10l09P
MC10212L
10109B
10109F
64
10112B
10112F
5P1660BE
67# FYH104
FYH 124
FYH134
70
CD2150
71
72
CD2153
73
MC351F
74
75
MC351G
76
MC356F
77
MC356G
MC357F
78
79
MC357G
80
MC1201F
81
MC1202F
82
MC1203F
83
MC1204F
84
MC1205F
85
MC1206F
86
MC315F
87
MC315G
88
MC365F
MC365G
89
MC100lP
90
MC1002P
91
MC1003P
92
93
MC1004P
94
MC1005P
95
MC1006P
96
MC1024P
97
MC1201L
98
MC1202L
99
MC1203L
MCI204L
100
MC1205L
101
102
MC1206L
103
MC1224F
104
~g~~~L
105
106
MC301G
107
MC306F
108
MC306G
109
MC307F
110
MC307G
43#
44
45
46
47
48
49
50
51
52
53
54.
55
56
57
58
59
60
61.

~~

~~#

~~:

Igg~l~J

92

i#PE
OF
GATE

o ER- PRO~rA~
ATING CESS
Fr~z?'

I~·I
2.1
2 I
2,1
2.1
2 I
2.1
2.1
2 I
2.1
2.1
2 I
2.1
2,1
2I
2.1

lJ.,.

.!J.O'

IVI

IVI

I~q~ ::~~~
MO~

M1~

MO
MO

Mq~
Mq~

-:96%
2.6
2.0%

MC"

~:g~

MO
MOt

~:8~

M~~

2.0%

2.0%
2.0%
I~g 2.0%
Mq~ 2.0%
Mq' 20%
MO' -.93%
Mq~ -.93%
Mq~ -.96%
MOr -96%
-.96%
-.96%
-.85
-85
M~: -.88
-.88
Mq~ -.90
MO~ -90
75
Mq~ -75
Mq~ -.75
MO~ -.75
M~~ -75
-.75
-.75
Mq~ -.85
-85
Mq~
MO~ -85
-85
MO -88
MO -.88
Mq~ -88
-93%
-.93%
-.93%
MO -93%
MO~ -93%
-.93%
MO -.95%
MO -95%
M~~ -96%
-.96%
-.96%
Mq~ -.96%
MO~ -.96%
MO~ -.96%
Mq~ -.96%
Mq~ -96%
MO~ -.96%
-.96%
MO -96%
MO -96%
-96%
M1:

~:IIG
2.IG
2.IG
21G
2.IG
2,IG
215
2,15
2.15
215
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
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
2.3
23
2.3M
2.3M
23M
2.3M
2M
2M
2M
2M
2M
2M
2M5
2M5
2M5
2M5
2M5
2M5
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

LOGIC
LEVEL

150M
150M
150M
150M

150M
150M
150M
150M

M~f
~8r
~g,

~g~

M~~
~g~
M~~

M1~
~g~

l~g~

150M

M1~
M~~

~~g~t0 ~g~ J~~

Mq~ -1.0%
Mq~ -1.0%
MO~ -10%
-.8%
MO
-.8%
MO
-.8%
Mq~ -.8%
Mq~ -75
MO~ -.75
-.75
MO -.75
MO~ -.75
-75
MO
MO :.~~
Mq~ -.75
Mq~ -.75
MO~ -75
-75
MO -.75
MOr -.75
-.75
MO -.75
M1:
MO -.75
Mq~ -.75
Mq~ -75
MO' -.75
-75
MO -.75
MOt -75
-.75
-.75
MOt -.75
-75
M~~ -75
-.75
Mq~ -75
Mq~ -75
MO~ -.75
-75
MO -.75
MO -75
-75
-75

M1~

15M
15M
40M
40M
40M
40M
80M
80M
80M
80M
80M
80M

M~~

M1~
M~~

M~~

~~~

~g~

40M
40M
40M
40M
40M
40M

D.A. T.A.

M~~
~g~

:;-1.6*t
~:~
-.45t
.80*
.80*
80*
80*
.80*
80*
.80*
.80*
.80*
.80*
.80*
-1.6*t
-16*t
-16*t
-1.6*t
-16*t
-1.6*t
-1.7
-1.7

:1:~~

-17
-1.7
1.55
-16t
-1.6t
-1.6t
-16t
-16t
-16t
-17
-17
-17
-17
-1.7t
-1.7t
-1.7t
-16*t
-1.6*t
-1.6*t
-16*t
-1.6*t
-16*t
-16t*
-16t*
-1.6t*
-1.6t*
-1.6*t
-1.6*t
-16*t
-1.6*t
-1.6*t
-1.6*t
-1.6*t
-1.6*t
-1.6*t
-16*t
-1.6*t
-16*t
-1.6*
-1.4*
-14*
-1.4*
I 5*t
1.5*t
1.5*t
1 5*t
-1.6
-1.6
-16
-16
-1.6
-1.6
-16
-16
-1.6
-16
-16
-16
-16
-16
-1.6
-1.6
-1.6
-1.6
-16
-16
-1.6
-1.6
-16
-1.6
-16
-16
-1.6
-1.6
-1.6
-16
-16
-1.6
-1.6
-16
-1.6
-1.6
-16

8FANGATES
POWER
TYPE

IN

·

OUT

lJ

~~+

ECT
RTL

m

TTL

nt

TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
ECT
ECT
ECT
ECT
ECT
ECT
ECT
ECT
ECT
ECT
CML
CML
ECT
ECT
ECT
ECT
ECT
ECT
ECT
ECT
ECT
ECT
ECT
ECT
ECT
ECT
ECT
ECT
ECT
ECT
ECT
ECT
ECT
leCT
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

~fT
CT
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

18~

lOt>
lOt>
lOt>
lOt>

18~

lOt>
lOt>
5
5
5
5
3
3
II
II
5
3
9
7
3
4
4
4
4
4
4
2t
2t
3t
3t
8
3t
5t

~

3t
3t
5t
5t
4
4
4
4
5t
5
5
3t
3t
5t
5t
3
6t
6t
3
3
4
8
4
4
4
4
8
2

~

3
3
3
3
6
6
6
4
4
4
5t>
5t>
5t>
5t>
6
6
6
4
4
4
4t>
6
6
6
4
4
4
4t>
4t>
5
5
3
3
3
3

PROPA- RISE
GATION TIME

NI~~' P~~. DE~fY
~:~ ~:~ I~ ~~~

~t

4t
4t
4
2
lOt>

SUPPLY
SPAN

II

iJ

10
18
10
18
10
10
10
10
10

10
10
10
10
5
2.5
2i5
25
2i5
10
10
10
10

10
10

70
7
70
7
10

~g

90
90
90
10
10
10
10
10
10
10
12
12
12
12
25
25
25
25
25
25
150
150
150
50
50
50
25
25
25
25
150
150
150
50
50
50
50
150
150
150
50
50
50
50
50
26
26
25
25
25
25

5:2
20
2.0
2.0
0.0
0
0
0.0
0
0
00
0.0
0.0
00
g.g
52
5.2
52
52
52
52
52
5.2
52
5.2
5.2
0.0
5.2
5.2
5.2
5.2
5.2
5.2
5.2
52
5.2
52
5.2
52
5.2
5.2
52
5.2
5.2
5.2
5.2

~:2
.2
5.2
5.2
5.2
52
5.2
5.2
52
5.2
52
5.2
5.2
5.2
52
5.2
52
-70
-7.0
-7.0
70
70
70
7.0
5.2
5.2
5.2
52
5.2
52
8
8
8
8
8
8
5.2
5.2
52
52
5.2
5.2

g

5.2
5.2
5.2
52
5.2
5.2
5.2
5.2
5.2
5.2
52
5.2
5.2
52
52
52
52

0.0
45
4.5
4.5
7.0
7
7
50
7
7
50
5.0
5.0
5.0
5.0
0.0
00
0.0
0.0
00
0.0
0.0
0.0
8:g
00
0.0
6.0
0.0
0.0
0.0
00
00
00
00
0.0
00
00
00
00
00
0.0
0.0
0.0
0.0
0.0
00
00
0.0
00
8:g
0.0
8.g
00
0.0
0.0
0.0
00
00
00
0.0
00
0.0
0.0
00

o
o
o
o
0
0
0
0
0
0

o
o
o
o
o
o

0
0
0
0
00
0.0
0.0
0.0
00
0.0
00
00
00
00
00
0.0
0.0
0.0
0.0

o
o
o
o
o
o

2.3n%
3.0n
3.0n
14n
15nt>

MAX.
FALL
TIME

};I
4.~n

4.0n
4.0n

rsl

4.~n

4.0n
4 On

DI~~'

~~~1~~ ~~9~

-30

1~

m

1~~~

15nt>

~

1~~~

15nt>
15nt>
15nt>
15nt>
15nt>
3.4nt>
3.4nt>
2.3n%
2.3n%
2.3n%
2.3n%
2.3n
2.3n
2.3n%
2.3n%
2.5n
2.5n
15n
4.0n%
40n%
4.0n%
4.0n%
4.0n%
4.0n%
2.0n
2.0n
2.0n
2.0n
2.0n%
2.0n%
20n%
2.0n%
2.0n%
29nt>
29nt>
2.9nt>
2.9nt>
I. In
I.ln
1 In
1 In
8000%
20n%
2.0n%
2.0n%
20n%
20n%
2.0n%
15n%
20n
20n
2.4n
24n
1.7nt>
50nt>
5.0nt>
5.0nt>
8.2n
8.2n
8.2n
8.2n
21nt>
21nt>
20nt>
20nt>
20nt>
20nt>
4 On
4 On
4.0n
4 On
4.0n
4.0n
20n
20n
20n
20n
40n%
40n%
4.0n%
40n%
40n%
40n%
4.0n%
4.0n%
4.0n%
4.0n%
4.0n%
40n%
40n%
4.0n%
4.0n%
65n
65n
60n
6.0n
6.0n
6.0n

IN ORDER OF (!)TYPE OF GATE(2)LOGIC TYPE
13 LEVEL'1'14 LEVEL'0'15IMAX FRE(l(6ITYPE No.
MAX. MAX.
TEMP. CKT
DRAWINGS
TOTAL NOISE
PE~t LOGIC OUTLINE
PKG.
REJECT LOVI HI MO DWG. No DWG. No
A=MO
'C
'C
IVI
!~~mt
:~~ ~~
~
18?mt
I Omt
4 G02168 M278
85
15 55
1.0
3 G02120 TOl16
55
~.O
~ ~g~ggb TOl16
TOl16
.0
55
1.0 t>
0
70
I G02124 MI26
lOt>
-55
I G02124 MI57b
lOt>
-55
I G02124 MI26
90mt 1.0 t>
-55 125
I G02124 M04AA
0 70
I G02124 MI57b
1:8
I G02124 IMI26e
0 70
90mt 1.0 t>
0
70
I G02124 T084
-55
~ri~:b
1
1:8
-55
1.0 t>
0
70
I G02124 MI05b
1.0 t>
G02124
?55
100mt
G02166
100mt
-55 125
2 G02166 MI91
100mt
-30 85
2 G02166 MI91
100mt
-30 85
2 G02166 M278
100mt
-30 85
4 G02184 MI91
100mt
-30 85
M278
100mt 200m
-30 85
M256
100mt 200m
-30 85
1 G02184 M153.
100mt
75
1~?OOn
Ig
100mt
75
200n
230m 300m
0
75
1 GOll39 M200b
I G02139a M200b
310m 300m
0
75
I
37m
CN8
95mt
0
75
2 G02187 M257.
65mt
0
2 G02187 M257a
45mt
0
2 G02187 M257.
95mt
-55 125
2 G02187 M257.
65mt
-55 125
2 G02187
45mt
-55 125
2 G02187
100mt 200m
-30 85
4
M256
100mt 200m
-30 85
4 G02178 M153.
75mt 200m
3 G02179 IM256
-30 85
75mt 200m
-30 85
3 G02179 MI53a
100mt
0
4 G02162 M200n
75mt
0
3 G02163 M200n
50mt
0
75
2 G02164 M200n
100mt
-55 125
4 G02178 FP85
100mt
-55 125
4 G02178 MI91
90mt
-55 125
3 G03279 FP85
90mt
-55 125
3 G03279 MI91
60mt
-55 125
2 G02164 FP85
60mt
-55 125
2 G02164 MI91
0
75
2 G02161 FP78
gg:::~
75
2 G02161 FP78
0
120mt
75
2 G02161 MI91
0
2 G02161 M191
120mt
0
75
2 G02164 FP85
125mt
-30 85
4 G02162 M191
-30 85
100mt
100mt
G02162
-30 85
90mt
-30 85
G02163
3 G02163 M278
90mt
-30 85
60mt
-30 85
2 G02164 M191
60mt
-30 85
2 G02164 M278
2
M191
160mt
-30 85
2 G02164 M256
50mt 200m
-30 85
50mt 200m
-30 85
2 G02164 M153a
-30 85
2 G02181 M256
150m 200m
200m
~O 85
75
10 60
1 G02175 M126g
10 60
2 G02176 M126g
10 60
2 G02176a M12611
350mt>
10 60
2 G02121 FP44.
350mt>
10 60
2 G02121a
350mt>
10 60
1 G02122
350mt>
10 60
4 G02123 FP44.
1 G0279b T091
48m 400m
0 75
I G0279b CN9
48m 400m
0 75
1 G0279
T091
48m 400m
0 75
1 G0279
CN9
48m 400m
0 75
20m 400m
0 75
1 G0279. T091
20m 400m
0 75
1 G0279a CN9
115mt 175m
1 G02106 T086
-55
BOmt 175m
-55
1 G02106a T086
40mt 175m
-55 125
1 G02106b T086
95mt 175m
-55 125
2 G02101 T086
65mt 175m
-55 125
2 G02101. T086
45mt 175m
-55 125
2 G02101b T086
340m
-55 125
1 G0284
T091
340m
-55 125
1 G0284
CN9
340m
1 G0284
T091
0 75
CN9
340m
0 75
1 G0284
115mt
0
75
1 G02106 T0116
1 G02106. T0116
80mt
0
75
40mt
0
75
1 G02106b T0116
95mt
0
75
2 G02101 T0116
65mt
0
75
2 G02101a T0116
45mt
0
75
2 G02101b T0116
95mt
0
2 G02119 T0116
75
115mt
-55 125
1 G02106 T0116
80mt
-55 125
1 G02106. TOl16
40mt
-55 125
1 G02106b T0116
95mt
-55 125
2 G02101 T0116
65mt
-55 125
2 G02101a T0116
45mt
-55 125
2 G02101b T0116
-55 125
2 G02119 T086
95mt
-55 125
2 G02119 T0116
95mt
-55 125
1 G0242
47m 400m
T091
47m 400m
-55 125
1 G0242
CN9
-55 125
1 G0242
47m 400m
T091
47m 400m
-55 125
1 G0242
CN9
-55 125
20m 400m
1 G0242. T091
-55 125
20m 400m
1 G0242. CN9

IOn
IOn
IOn
IOn
4.0n
4.0n
4.0n
2.2nt
4 On
2.5nt
2.5nt
25nt
22nt
2.5nt
4.5n
45n

IOn
IOn
IOn
IOn
4.0n
4.0n
4 On
2.2nt
4.0n
2.5nt
2.5nt
2.5nt
2.2nt
2.5nt
45n
45n

~

m

~g5

!~8~m

~

~~::

~ ~g~l~:

~lgg~l~~

~~

2.0nt
20nt
2.0nt
2.0nt
2.0nt
2.0nt
2.0nt
3.3n
3.3n
33n
3.3n
33n
33n
2.ln
2 In
2.ln
2 In
17nt
2.0nt
2.0n
2.0n
2.0n
2.0nt
2.0nt
1.5nt
33n
3.3n
3.5n
3.5n
2.1n
7 On
7 On
7.0n

2.0nt
2.0nt
2.0nt
2.0nt
2.0nt
2.0nt
2.0nt
3.3n
3.3n
3.3n
3.3n
3.3n
33n
2.ln
2.ln
2 In
2.1n
1.7nt
2.0nt
2.0n
2.0n
2.0n
2.0nt
2.0nt
1.5nt
3.3n
33n
35n
3.5n
2 In
5.0n
5.0n
5.0n

12n
12n
IOn
IOn
IOn
IOn
7 On
7 On
7 On
7.0n
7.0n
7.0n
20n
20n
19n
19n

15n
15n
14n
14n
14n
14n
8.0n
8 On
8.0n
8 On
8.0n
8.0n
20n
20n
19n
19n

12n
12n
12n
12n
12n
12n

12n
12n
11 n
II.n
11.n
11 n

~~~~:

~~

~

~~~~

~ gg~mb ~m:

l~g:::~

~~:::

SYMBOLS AND CODES
EXPLAINED IN INTERPRETER

m

92

~PE ~MA~
OPER- PRO-

.§J
LINE
No.
1",
2
3
4
5
6
7
8
9
10#
11
12.
13.

TYPE
No.

OF
GATE

~9~~OJg::lL

~~

S8242F
SP314A'"
SP317A
SP370A
SP380A
LCE702
LCE310
LCE402
LCE502
MC14000AL
MCI4000CL,P

3
3
3
3
3
3
3
3
3
3

14
15

MC14001AL

3
3

16
17

MC14002AL
3
MC 14002CL,P%3

18
19

MC14025AL
3
MC 14025CL.P '"3

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

CD4000AD
CD4000AE
CD4000AK
CD4001AD
CD4001AE
CD4001AK
CD4002AD
CD4002AE
CD4002AK
CD4025AD
CD4025AE
CD4025AK
SCL4000AD
SCL4000AE
SCL4000AF
SCL4001AD
SCL4001AE
SCL4001AF
SCL4002AD
SCL4002AE
SCL4002AF
SCL4025AD
SCL4025AE
SCL4025AF
SCL4402AD
SCL4402AE
SCL4402AF
04405
9504DC
CD4078AE
INS4000S
INS4001S
INS4002S
INS4025S
HD1A4001-9
HD1A4002-9
HD1A4025-9
HD1A4001-2
HD1A4002-2
HD1A4025-2
SP381A
R122
ZN224E
ZN224
ZN230
ZN230E
ZN232
ZN232E
ZN244
ZN244E
ZN246
ZN246E
ZN262
ZN262E
ZN324
ZN324E
ZN329
ZN329E
ZN330
ZN330E
ZN332
ZN332E
ZN344
ZN344E
ZN346
ZN346E
ZN362
ZN362E
ZSD81A
ZSS59A
ZSS59B
ZSS89A
ZSS89B
ZSS119A
ZSS119B
MC1801L P%
ZSMIA
ZSMIB
ZSSIA
ZSSIB
ZSS2A
ZSS2B
ZSS3A
ZSS3B
SN151810N
SN151811N
SW1810M

54

55
56
57
58
59
60
61
62#
63#
64#
65#
66#
67#
68#
69#

j~:

72#
73#
74#
75#

j~:
78#

~~:

81#
82#
83#
84#

~~:

87#
88#
89#
90#

~J:

93#
94#
95
96#
97#
98#
99#
100#
101#
102#
103#
104
105
106

93

~'1'
(V)

!-!J,O'
(VI

~g~

-.96%

-1 B*t

35M
35M
35M
35M
10M
3.0M
3.0M
50M

50

75n

75n

10n%

~g~

.01 *t
01*t

3t
2

50
50

0.0
00

10
10

25n%
25n%

lIOn
175n

lIOn
175n

50n%
10n%

M~~ 9.99%
MO
9.99%

01*t
01 *t

2
4

50
50

00
0.0

10
10

25n%
25n%

200n
175n

200n
175n

M~~ 9.99%
MO
9.99%

.01 *t
.01*t

4
3

50
50

00
0.0

10
10

25n%
25n%

200n 200n
15nt
20nt

01 *t
O.Ot

3
3
3
3
2
2
2
4
4
4
3
3
3
3
3
3
2
2
2
4
4
4
3
3
3
M
8'"
8'"
1
9
8
31
2
4
3
2
4
3
2
4
3
2
4t
2
2
5'"
5'"
5'"
5l>
5'"
5'"
2
2
3
3
2
2

50

00
0.0
00
0.0
0.0
0.0
0.0
0.0
00
0.0
0.0
00
00
0.0
0.0
0.0
0.0
00
00
0.0
00
00
0.0
0.0
0.0
0.0
00
00
10
5.2
00
0.0
00
00
00
00
0.0
00
00
00
00
0.0
15
00
00
00
0.0
0.0
0.0
00
00
0.0
00
0.0
0.0
0.0
00
0.0
00
00
0.0
0.0
0.0
00
0.0
00
0.0
0.0
00
0.0
0.0
00
0.0
0.0
00
0.0
0.0
0
0
0
0
0
0
0
0
0.0
0.0
00

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
18
0.0
10
10
10
10
10
15
15
15
18
18
18
50
10
5.0
50
50
5.0
5.0
50
50
5.0
50
50
50
50
5.0
50
50
5.0
50
50
5.0
50
5.0
5.0
50
5.0
5.0
5.0
50
5.0
5.0
5.0
5.0
5.0
5.0
5.0
44
4.4
4.4
4.4
44
4.4
4.4
44
50
50
80

25n%
45n'"
65n'"
45n'"
45n'"
65n'"
45n'"
45n'"
65n'"
45n'"
45n'"
65n'"
45n'"
50n
50n
50n
50n
50n
50n
50n
50n
50n
50n
50n
SOn
lOOn'"
lOOn'"
lOOn'"

10M
10M
10M
10M
10M
10M
10M
10M
10M
10M
10M

~CO:

~g~

~gE

~g~

~g~

MO~
M
30M!>
30M!>
30M!>

~g~

35M
35M
35M
35M
35M
35M
35M
35M

2.0M
20M
30M
30M
30M

D.A. T.A.

LOGIC
LEVEL

~~§

::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*
.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*
.40*t
.40*t
.40t*
40*t
.40t
.40t
40*t
40*t
40*t
40t*
40*t
.40*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*
15*
-1.0*t
-1.0*t
00
00
00

.

8FANGATES
POWER
TYPE

IN

OUT

~

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
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
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

SUPPLY PROPA- RISE
SPAN
GATION TIME
POS. DELAY
tr
IVI
151
151

N,~~'

~

2
2
2
2
2
8!>
8!>
M
M
M
8!>
3
3
2
2
2
2
2
2
2
2
2

n

5
3
2
2

n
n

5
5
2
2

n

5!>
2
2
2
2
2
3
3
4
4
2
2
3
3
4
4
2
2
2
2
2
2
2
2
2
2
2
2
2
4
4
3
3
3
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
2
2
3
3
2
3
4
9

eg g.g g:g
30
30
10
10
10

20
20
60
60
30
30
30
30
30
30
10
10
10
20
10
10
10
10
10
10
10
10
20
20
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
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
10

0.0
5.0
00
5.0
70
00
0.0
5.0
0.0
5.0
00
50
0.0
5.0
50
0.0
5.0
00
5.0
00
00
5.0
0.0
50
00
50
00
50
00
50
00
50
0.0
5.0
00
50
5.0
0.0
0.0
5.0
0.0
5.0
0.0
55
00
5.0
00
50
00
50
0.0 5.25
0.0 525
0.0
50
0.0
50
0.0
50
0.0
5.0
0.0
5.0
0.0
5.0
0.0
50
0.0
50
0.0
5.0
0.0
50
0.0
50
0.0
5.0
0.0
5.0
00
5.0
0.0
5.0
0.0
50
00
5.0
00
50
00
50
50
0.0
0.0
50
0.0
5.0
00
50
0.0
5.0
0.0
5.0
0.0
5.0
0.0
5.0
5.0
00
0.0
50
00
5.0
00
50
0.0
50
0.0
50
0.0
5.0
00
5.0
00
50
0
5
0
5
0
5
00
50
0
5
0
5
0.0
5.0
0
5
00
50
0.0
50
0
5
0
5
0
5
0.0
50
0
5
0
5
50
0.0
0
5
0.0
50
0.0
5.0
00
50
0.0
50
0.0
50
0.0
50
0.0
5.0
0.0
50
0.0
50
0.0
5.0
0.0
50
0.0
50
00
5.0
0.0
5.0
0.0
50
0.0
5.0
0.0
5.0
0.0
5.0
0.0
50
0.0
5.0
00
5.0
10
o
o
10
00
10
0.0
10
00
10
7
0

MAX.
FALL
TIME

tf
151

19:::~

8~8 !>
12n
24n!>
22n%
22n!>
22n!>
22n
22n
22n
22n
22n
22n
15n!>
15n!>
8.0n
18 !>
12n
24n!>
8.0n
18 !>
8.0n
18 !>
13n%
22n
22n!>
15n!>
22n%
22n%
22n
22n
22n
22n
22n!>
22n!>
22n!>
22n!>
22n!>
22n
22n
IOn
IOn
IOn
IOn
IOn
IOn
IOn
IOn
IOn
IOn
IOn
IOn
6.0n
6.0n
6.0n
6.0n
IOn
IOn
IOn
IOn
IOn
IOn
18n
18n
18n
90n%
9.0n%
9.0n%
90n%
90n%
9.0n%
9.0n%
9.0n%
18n
18n
9.0n%
9.0n%
90n%
9.0n%
90n%
9.0n%
9.0n%
90n%
65n
65n
9.5n!>
9.5n!>
9.5n!>

9i9~!>

6.0n
6 On
6.0n
6.0n
6.0n
6 On
6.0n
60n
29n
29n
29n
29n
65n
125n
250n%
250n%
65n
45n
80n
6n

IN ORDER OF (l)TYPE OF GATE(2)LOGIC TYPE
131LEVEL'l'I41LEVEL'O'I51MAX FREQ/6ITYPE No
TEMP. CKT
DRAWINGS
MAX. MAX.
TOTAL NOISE
PE~[ L_O!,IC IQUTLINE
PKG.
REJECT LOv\ HI MO DWG. No DWG. No
DISS.
8=MO
(WI
'C
'C
IVI
112mt
112mt
14mt
40mt
56m
100m
100m
100m
100m
100m
100m!>
137m
137m
112mt
112mt
112mt
112mt
112mt
112mt
112mt
112mt
14m
105m
105m
143m
14m
14m
100m
100m
100m
100m
56m
183mt
91mt
91mt
183mt
40mt
40mt

18n
18n

18n
18n

10
10
1.0
1.0
1.0
1.0
1.0
10
1.0

!>
!>
!>

!>
!>
!>
!>
!>
!>
!>
!>

1.0
1.0

1.0 !>

1.0
1.0

8.0n
8.0n
50mt
50mt
45mt
45mt

10
1.0
1.0
1.0

!>
!>
!>
!>

50mt
50mt
45mt
45mt
122mt
122mt
122mt
122mt
48mt
48mt
40mt
40mt
40mt
40mt
250m
250m
250m
50m!>
50m!>
44m!>
44m!>
44m!>
37m!>
37m!>
37m!>
250m
250m
50m!>
50m!>
44m!>
44m!>
44m!>
37m!>
37m!>
37m!>
170m
170m
120mt
120mt
120mt
120mt
225mt
120m
120m
120m
120m
120m
120m
120m
120m
10m
10m
10m
10m
500m
500m
24m
24m

1.0
1.0
1.0
1.0

!>
!>
!>
!>

8.0n
8.0n

50n
50n
50n
50n
50n
50n
50n
50n
50n
50n
50n
50n
50n
50n
50n
50n
50n
50n
50n
50n
50n
3 On
3.0n
3.0n
3 On

25n
25n
2.5n
2.5n

3.0n
3.0n
3 On
3 On
3.0n
3.0n
3 On
3.0n

25n
2.5n
25n
2.5n
2.5n
25n
2.5n
25n

20n
20n
20n

l:g !>~ :gg
-55

1.0
1.0
1.0
1.0
1.0

600m
600m
600m
600m
600m
600m
800m
600m
600m
600m
600m
600m
600m
600m
600m
600m
1.1
11
11
1.1
1.1
1.0
1.1
1.1
1.1
1.0
1.1
1.1
1.0
1.0
10
1.0
450m
450m

20n
20n
20n
20mt 400m

SYMBOLS AND CODES
EXPLAINED IN INTERPRETER

-55
-40
0
0
0
0
0
0
0
0
0
0
0
0
0
0
-55
-55
0
0
-55
-55
-55
-55
0
0
0
0
0
0
0
0
0
0
-25
0
0
-55
-55
-55
-55
-55
-55
0
0
0
0
0
0
0
0
-55
-55
-55
-55
-55
-55
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
0
0
-55
-55
-55
-55
-55
-55
0
0
0
0
-55
-55
-55
-55
-55
-25
-55
0
-55
-55
-55
0

m : gg~~~:

125
125
85
70
70
70
70
70
70
70
70

~g

70
70
70
70
125
125
70
70
125
125
125
125
70
70
70
70
70
70
70
70
70
70
85
70
70
125
125
125
125
125
125
70
70
70
70
70
70
75
75
125
125
125
125
125
125
70
75
70
75
70
75
75
75
75
75
75
75
75
125
125
125
125
125
125
125
125
125
125
125
75
75
75
125
125
125
125
125
125
75
75
75
75
125
125
125
125
125
70
125
70
95
95
95
70

4
4
4
4
4
2
2
2
2
2
2
3
3
4
4
4

:
4
4
4
4
2
2
3
4
4
2
2
2
2
4
4
2
2

G03228
G03228
G03173
G03173
G03233a
G03257a
G03257a
G03257a
G03257
G03257
G03257
G03258
G03258
G03228
G03228
G03228

~g~~~:

G03228
G03228
G03228
G03173
G03257a
G03257
G03258
C!~~173

G03W
G032 7a
G03257a
G03257
G03257
G0366e
G03173
G03257a
G03257

: ,~g~m
4 G03173
:
3
3
2
2
4
4
3
3
2
2
4
4
4
4
4
4
4
4
4
4
4
4
4
2
2
3
3
3
4
4
4
4
4
2
2
3
3
3
4
4
4
4
4
4
4
12
4
4
4
4
4
4
4
4
4
4
4
4
4
4
2
2
16
12
8
1

I~g~~~~a
G04233b
G03233c
G03233d
G03233e
G03233a
G03233
G03233b
G03233c
G03233d
G03233e
G03228
G03228
G03228
G03228
G03267
G03267
G03233
G03233a
G03233
G03233a
G03242
G03242
G03242
G03218b
G03218b
G03218c
G03218c
G03218c
G03218d
G03218d
G03218d
G03242
G03242
G03218b
G03218b
G03218c
G03218c
G03218c
G03218d
G03218d
G03218d
G03259
G03259
G03259

~g~~~ga

G03212
G03212
G03202
G03202

1~68:~A

M157b
!>004AA
M126
M157b
M126e
M153d
M117x
!>004AG

~m~

T084
M157b
M126e
M157b
M126e
M157b
M126e
M157b
!>0041\.A
M157b
M126e
M114
M200
T0116
M157b
M114
Ml05n
M200
M117
T0116
Ml05n
M126h
M126n
M117u
M126n
M126n
M126
M157
Ml05b
T088
Ml05b
T088
Ml05b
T088
Ml05b
T088
Ml05b
T088
Ml05b
T088

:::g~~6

T086
T0116
FP77
FC2
T086
T0116
T086
T0116
Ml05a
M157
T088
T0116
T088
T0116
M157
T088
T0116
M157
T088
Ml05q
T088
T0116

:::g~~6
M157

:::g~~6
M157
T088

Ml05m
FP21b
Ml05m
FP21b
T0116
FP219
T0116
FP21g
T0116
FP21g
T0116
FP21g
M126
T086
M126
T086

~~~~~

T0100
T0100

C~m
CB

¥g~16

97

.§J
LINE
No.

TYPE
No.

iiPE
OF
GATE

~: ~~g:~~~~M

3# Tt0302-14
4# Tt03F2
Tt0502-14
Tt05F2
7# Tt0802-14
Tt08F2
Tt0902-14
10# Tt09F2
Tt 1502-14
Tt 15F2
13
TG210F
14
TG210J
15
TG21 IF
16
17
18
TG212J
19
TG213F
20
TG213J
21 . TG250F
22
TG250J
23
TG251F
24
TG251J
25
TG252F
26
TG252J
27
TG253F
28
TG253J
~gi Tt03S1-14
Tt0301-14
31# Tt03Fl
Tt08S1-14
Tt0801-14
Tt08Fl
Tt09S1-14
36# Tt0901-14

~:

:i
1a

i~~W

~~i
~~:
~~:

39:1t

:?:
42#
43#

:~i

46#

:a
49#

~~i'

~~.~
54
55
56
57
58
59
60
61

~~i

64#

~~i

67#

~:i

im:t,4
Tt 1501-14
Tt 15Fl
SFC451LE
SFC451LEM
SFC454LE
SFC454LEM
M5352P
M53250P
M53253P
MIC74H50J
MIC74H51J
MIC74H53J
MIC74H54J
MIC74H55J
NC74H50N
NC74H51N
NC74H53N
NC74H54N
NC74H55N
NC7450N
NC7451N
NC7453N
NC7454N
SFC450EM
SFC451EM
SFC451ET
SFC451HE
SFC451HEM

~~g:~J~PM

SFC453EM
70# SFC453ET
SFC454E
SFC454EM
73# SFC454ET
SFC454HE
SFC454HEM
76#

~~i
~~i

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

98

~~~1~~~~M

SN54H50N
SN54H50W
SN54H51J
SN54H51N
SN54H51W
SN54H53J
SN54H53N
SN54H53W
SN54H54J
SN54H54N
SN54H54W
SN54H55J
SN54H55N
SN54H55W
SN74H50J
SN74H50N
SN74H50W
SN74H51J
SN74H51N
SN74H51W
SN74H53J
SN74H53N
SN74H54J
SN74H54N
SN74H54W
SN74H55.J
SN74H55N
SN74H55W
SN5450J
SN5450N
SN5450W
SN5451J
SN5451N

o ER- PRO~~A~
ATING CESS
F~~Z?'

~.1

3.1
31
3,1
3,1
3 I
3.1
3.1
3 I
3. I
3.1
3 I
3.1
3.1
31
3,1
3,1
3 I
3,1
3.1
3 I
3,1
3.1
3 I
3,1
3,1
31
3.1
3.1
31
3,1
3,1
31
3,1
3.1
31
3,1
3.1
3 I
1~·1
3.1
3 I
3.1
3.1
3 I
3,1
3.1
3 I
3.1
3.1
3 I
3.1
3.1
3 I
3.1
3.1
3 I
3,1
3.1
3 I
3.1
3.1
3 I
3,1
3,1
3 I
3.1
3.1
3 I
3.1
3.1
3 I
3,1
3.1
3 I
3.1
3.1
3 I
3.1
3,1
31
3.1
3.1
3 I
3,1
3.1
3 I
3,1
3.1
3 I
3.1
3,1
3 I
3,1
3.1
3 I
3.1
3.1
3 I
3.1
3,1
3 I
3,1
3.1
3 I
3,1
3,1
3 I
3.1
3 I

D.A. T.A.

~'1'

LOGIC
LEVEL

(ill

~'O'

M~~
M~~

MO

M~~

~8,
M~~

~g,

M!?~
M=MO
DlaX
(V)
·c ·c

~~~~ :~~~

33mt
33mt
22mt
22mt
l1mt
"mt
22mt
22mt
22mt
22mt
22mt
22mt
22mt
. 22mt
22mt
22mt
22mt
22mt
22mt
22mt
22mt
22mt
22mt
22mt
22mt
22mt
33mt
33mt
33mt
l1mt
l1mt
l1mt
22mt
22mt
22mt
22mt
22mt
22mt
1.0mt
1.0mt
14mt
14mt
22mt

400m
400m
400m
400m
400m
400m
400m
400m
400m
400m

lOt:.
1.0 t:.
1.0 t:.
1.0 t:.
lOt:.
1.0 t:.
1.0 t:.
1.0 t:.
1.0 t:.
lOt:.
lOt:.
1.0 t:.
1.0 t:.
1.0 t:.
1.0 t:.
1.0 t:.

400m
400m
400m
400m
400m
400m
400m
400m
400m
400m
400m
400m
1.0mt
1.0mt

1.0 t:.
1.0 t:.
1.0 t:.
lOt:.
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:.

14mt:. 1.0
40mt 1.0 t:.
14mt:. 1.0
14mt 1.0
14mt:. 1.0
40mt 1.0 t:.
40mt 1.0 t:.
10mt:.
14mt:.
14mt:.
10mt:.
14mt:.
14mt:.

60mt
60mt
40mt
40mt
30mt
60mt
60mt

40mt
30mt
40mt
40mt
40mt
40mt
40mt

1.0 t:.
1.0 t:.
1.0 t:.

400m*
1.0
1.0
400m*
1.0
1.0

1.0 t:.
1.0 t:.
lOt:.
1.0 t:.
1.0 t:.
lOt:.
1.0 t:.
lOt:.
1.0 t:.
1.0 t:.
lOt:.
lOt:.
1.0 t:.
1.0 t:.
lOt:.
1.0 t:.
1.0 t:.
1.0 t:.
1.0 t:.
1.0 t:.
1.0 t:.
1.0 t:.
1.0 t:.
lOt:.
1.0 t:.
lOt:.
lOt:.
lOt:.
1.0 t:.
1.0 t:.
1.0 t:.
1.0 t:.
lOt:.
1.0 t:.
1.0 t:.
lOt:.
1.0 t:.

SYMBOLS AND CODES
EXPLAINED IN INTERPRETER

:~~

·55
-55
-55
-55
-55
-55
-55
-55
-55
-55
-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
-55
0
-55
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
-55
-55
-25
0
-55
-55
0
-55
-25
0
-55
-25
0
-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
0
0
0
0
0
0
-55
-55
-55
-55
-55

m

125
125
125
125
125
125
125
125
125
125
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
70
125
70
125
75
75
75
75
75
75
75
75
70
70
70
70
70
70
70
70
70
125
125
85
70
125
125
70
125
85
70
125
85
70
125
125
125
125
125
125
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
125
125
125

~~m

1
1
3
3
2
2
I
I
2
2
2
2
I
I
I

G03175
G03250b
G03250b
G03248
G03248
G03249
G03249
G03250
G03250
G03248a
G03248a
G03189b
G03189b
G03189b

1
I
I
1
1

G03189b ~:;W:6
G03189b FP21c
G03189b T0116
G03204 FP21c
T0116

~g~m~
~g~~g:

1
1
I
I
I
I
3
3
3
I
I
I
2
2
2
2
2

G03204
G03204
G03204
G03204
G03204
G03250b
G03250b
G03250b
G03249
G03249
G03249
G03250
G03250
G03250
G03248a
G03248a

2
I
I
2
2
I
2
2

G03175b
G03175d
G03175d
G03218
G03236
G03175
G03214
G03214a

~I~g~~;~~

1G03214b
~g~~l~a

I
2
2
I
I
I
2
2
2
1
2
2
2
2
2
2
1
1
1
1
1
I
1
1

G03214
G03214a
G03215
G03215a
G03214b
G03174a
G03175a
G03174
G03174a
G03174a
G03214a
G03214a
G03214a
G03175
G03175
G03175
G03175a
G03175a
G03175a
G03215a
G03215a

Ml05e
FP28c
Ml05e
FP28c
Ml05e
FP28c
Ml05e
FP28c
Ml05e
FP28c
FP21c
T0116
FP21c
T0116

~~~~~

FP21c
T0116
FP21c
T0116
Ml05e
Ml05e
FP28c
Ml05e
Ml05e
FP28c
Ml05e
Ml05e
FP28c
Ml05e
Ml05e
FP28c
T0116
T0116
T0116
T0116
Ml05
Ml05j
Ml05j
M157
M157
M157
M157
T0116
M126
M126
M126
M126
M126
T0116
M126
T0116
M126

igll~

T0116
T0116
T0116
T085
igm
T0116

igm
T0116
T0116
T0116
~ ~g~~na T085
M157b
2 G03214 M126
2 G03214 t:.004AA
2 G03214a M157b
2 G03214a M126
2 G03214a
I G03215 ~~~~~A
I G03215 M126
I G03215 M126e
I G03215a M157b
I G03215a M126
I G03215a t:.004AA
M157b
M126
1 G03214b
2 G03214 ~~~~~A
2 G03214 M126e
2 G03214 T084
2 G03214a M157b
2 G03214a M126e
2 G03214a T084
I G03215 M157b
I G03215 t:.004AA
1 G03215a M157b
I G03215a M126e
I G03215a T084
I G03214b M157b
I G03214b M126e
I G03214b T084
2 G03174 M157b
2 G03174 M126e
2 G03174 t:.004AA
2 G03174a M157b
2 G03174a M157

1Igg~~m

98

.§J
LINE
No.
1+
2+
3
4.
5.
6
H

~:

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

~tl.
37#

~~:

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
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

99

TYPE
No.

-#PE
OF
GATE

~~;:mV
SN5453N
SN5453W
SN5454J
SN5454N
SN5454W
SN6450N
SN6451N
SN6453N
SN6454N
SN7450J
SN7450N
SN7451
SN7451J
SN7451N
SN7453
SN7453J
SN7453N
SN7454
SN7454J
SN7454N
SW5450J
SW5451J
SW5453J
SW5454J
SW7450J
SW7450N
SW7451J
SW7451N
SW7453J
SW7453N
SW7454J
SW7454N
T7450Bl
T7451Bl
T7453B 1
T7454Bl
TL7450N
TL7451N
TL7453N
TL7454N
TL8451 N

.

~~~i:~O#l

TRW7450#2

~~~~:;l:i

TRW7453#1
TRW7453#2
TRW7454#1
TRW7454#2
US54H50A
US54H50J
US54H51A
US54H51J
US54H53A
US54H53J
US54H54A
US54H54J
US54H55A
US54H55J
US74H50A
US74H50J
US74H51A
US74H51J
US74H53A
US74H53J
US74H54A
US74H54J
US74H55A
US74H55J
US5450A
US5450J
US5451A
US5451J
US5453A
US5453J
US5454A
US5454J
US5459A
US5459J
US7450A
US7450J
US7451A
US7451J
US7453A
US7453J
US7454A
US7454J
US7459A
US7459J
N8848A
N8848F
N8848J
S8848A
S8848F
S8848J
TG290F
TG290J
TG292F
TG292J
MC501L
MC504L
MC505L
MC520L
MC551L
MC554L
MC555L
MC570L

~MA~
OPER- PROATING CESS

F~JZ?'

3.1
3.1
31
3.1
3.1
31
3.1
3.1
31
3.1
3.1
31
3.1
3.1
31
3.1
3.1
31
3.1
3.1
31
3.1
3.1
31
3.1
3.1
31
3.1
3.1
31
3.1
3.1
31
3.1
3.1
31
3.1
3.1
31
3.1
3.1
31
3.1
3.1
31
3.1
3.1
31
3.1
3.1
31
3.1
3.1
31
3.1
3.1
31
3.1
3.1
31
3.1
3.1
31
3.1
3.1
31
3.1
3.1
31
3.1
3.1
31
3.1
3.1 31
3.1
3.1
31
3.1
3.1
31
3.1
3.1
31
3.1
3.1
31
3.1
3.1
31
3.1
3.1
31
3.1
3.1
31
3.1
3.1
31
3.1
3.1
31
3.1
3.1
31
3.1
3.1
31
3.1
31

D.A. T.A.

~'1'

LOGIC
LEVEL

(V)

~q~

2.0%
2.0%
MO~
2.0%
20%
20%
Mm 20%
M~~ 2.0%
2.0%
~g~ 2.0%
Mq~ 2.0%
Mq~ 2.0%
Mm 2.0%
2.0%
2.0%
Mm 20%
Mq~ 2.0%
Mq~ 2.0%
MO~ 2.0%
2.0%
M!;
MO
2.0%
Mm 2.0%
2.0%
2.0%
Mm 2.0%
Mq~ 2.0%
Mq~ 2.0%
MO~ 20%
Mq~ 20%
Mq~ 20%
MO~ 2.0%
20%
20%
MO~ 2.0%
M~~ 20%
2.0%
~g~ 20%
20%
Mq~
MO~ 20%
MO~ 20%
Mq~ 2.0%
MO~ 20%
MO~ 2.0%
2.0%
2.0%
MO
MO
2.0%
MO~ 2.0%
MO~ 2.0%
MO~ 20%
Mq~ 20%
MO~ 2.0%
MO~ 20%
2.0%
M~~ 20%
~gj, 2.0%
Mq~ 20%
Mq~ 20%
MO~
20%
2.0%
20%
MO~ 2.0%
2.0%
MO
20%
MO
20%
MO~ 20%
Mq~ 20%
MO~ 2.0%
Mq~ 20%
MO~ 20%
MO~
20%
20%
20%
MO~
2.0%
20%
M~~ 20%
~g~ 20%
Mq~ 20%
MO~ 20%
Mm 20%
Mq~ 20%
Mq~ 2.0%
MO~
20%
M~~ 2.0%
2.0%
~g~ 20%
Mq~ 20%
MO~ 20%
MO~
2.0%
20%
2.0%
MO~
2.0%
M~~ 2.0%
2.0%
~g~ 2.6%
Mq~ 2.6%
MO~ 2.6%
MO~
2.6%
2.6%
MO
2.6%
MO~
3.0%
30%
M~~ 3.0%
30%
M~~ 33
3.3
~g~ 3.3
33
Mq~
MO~ 3.3
Mm 3.3
M~~ 33
MO
33

~~~

~~;

~~;

~~~

M1~

~g~

M1~

~~~

~~~

M!~
~g~

f!J·O·
(V)

~~:
80'
80'
80'
80'
.80'
.80'
80'
.80'
.80'
.80'
80'
80'
80'
80'
80'
.80'
.80'
.80'
.80'
.80'
80'
.80'
80'
.80'
80'
80'
80'
.80'
80'
.80'
80'
80'
80'
80'
80'
80*
80*
80*
80*
80'
80'
80'
.80
.80
80
80
80
80
80
80
80*
80'
80*
80'
.80*
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

~

TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL

.-aa.- ~~l
TTL
.80'
.80'
80'
.80*
80'
80'
.80'
.80'
80'
.80*
.40*t
.40t*
.40·t
.40*t
40t*
40·t
45·t
45·t
.45*t
45·t
.26
.26
.26
.26
.26
26
26
26

TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL

IN

OUT

SUPPLY
SPAN

N(~~. P~~.
4
6L
8
6L
4
8
4
4
4
9L
8
5L
4
4
4
4
9L
6L
9
8
4
8
5L
4
9L
8
4
5L
4
4
9L
9L
8
8
5t
4
10L
8
6L
4
10L
8
4
8
6t
6t
4
4
9
9
8
8
6t
6t
4
4
l1t
l1t
9
9
lOt
lOt
6t
6t
4
4
l1t
l1t
9
9
lOt
lOt
5L
5L
4
4
9L
9L
8
8
5
5
5L
5L
4
4
9L
9L
8
8
5
5
llL
4
llL
llL
llL
llL
5
5
5
5
10L
10L
9L
5t
10L
10L
9L
5t

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
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
20
20
20
20
20
20
15
15
15
15
15
15
15
15
7
7
7
7

K~

0.0
0.0
0.0
00
0.0
0.0
00
0.0
0.0
0.0
0.0
00
0.0
0.0
00
0.0
00
00
0.0
00
00
00
00
00
0.0
0.0
0.0
00
00
00
0.0
00
0.0
0.0
0.0
00
00
00
0.0
00
00
0.0
00
00
00
0.0
0.0
00
0.0
00
00
0.0
0.0
0.0
0.0
0.0
0.0
00
00
00
00
00
00
0.0
00
00
0.0
0.0
0.0
0.0
00
00
0.0
0.0
0.0
00
00
0.0
00
00
00
00
00
00
00
0.0
00
0.0
0.0
0.0
0
00
0
0
0.0
0
0.0
00
0.0
00
0
0
0
0.0
0
0
0
0.0

~~

7.0
50
50
7.0
50
70
7.0
70
7.0
50
5.0
70
50
50
70
50
5.0
70
50
5.0
55
5.5
5.5
55
525
525
5.25
5.25
525
525
5.25
5.25
5.0
5.0
50
50
5.0
50
5.0
50
5.0
50
5.0
5.0
5.0
5.0
50
5.0
5.0
50
5.0
50
5.0
50
50
5.0
50
50
50
5.0
50
50
50
50
50
50
5.0
50
50
50
50
5.0
50
50
50
5.0
5.0
50
50
50
5.0
5.0
5.0
50
5.0
50
5.0
5.0
5.0
50
5
50
5
5
5.0
5
7.0
70
70
7.0
8
8
8
8.0
8
8
8
80

PROPA- RISE
GATION TIME
DE~~Y tr
(s)

22nL
22nL
22n%
22nL
22nL
22n%
22nL
13n%
22n%
22n%
22n%
22nL
13n%
22n%
22nL
22nL
22n%
22nL
22n%
22n%
22nL
22n%
22n%
22n%
22n%
22n%
22 %
22n%
22n%
22n%
22n%
22n%
22n%
22n%
13n%
22nL
22nL
22nL
22nL
22nL
22nL
22nL
22nL
22nL
20n%
20n%
20n%
20n%
22n
22n
22n
22n
llnL
llnL
llnL
llnL
llnL
llnL
llnL
llnL
llnL
llnL
llnL
llnL
llnL
llnL
llnL
llnL
llnL
llnL
llnL
llnL
10n
10n
10n
10n
10n
10n
10n
10n
10n
10n
10n
10n
10n
10n
10n
10n
10n
10n
10n
10n
13n%L
13n%L
13n%L
13n%L
13n%L
13n%L
12n
12n
12n
12n
12n
12n
12n
12n
12n
12n
12n
12n

MAX.
FALL
TIME

~)

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
PER LOGIC OUTLINE
TOTAL NOISE
PKG. REJECT LOW HI MO[ DWG. No DWG. No

DI~~'

~~mt 1.~ L

10mt
14mL
10mt
10mt
14mL
10mt
14mt
14mt
14mt
14mt
40mt
14mL
14mL
40mt
40mt
14mL
10mt
14mL
14mL
10mt
14mL
60mt
60mt
14mL
14mL
40mt
60mt
60mt
60mt
14mL
14mL
14mL
14mL
14mL
40mt
14mL
14mL
55mt
55mt
45mt
45mt
55mt
45mt
20mt
20mt
20mt
20mt
14m
14m
14m
14m
10n
10n
10n
10n
10n
10n
10n
10n
10n
10n
10n
10n
10n
10n
10n
10n
10n
10n
10n
10n
18n
18n
18n
18n
18n
18n
18n
18n
18n
18n
18n
18n
18n
18n
18n
18n
18n
18n
18n
18n

8.0n
8 On
8 On
8.0n
8.0n
8.0n
8.0n
8.0n

10n
10n
10n
10n
10n
10n
10n
10n
10n
10n
10n
10n
10n
10n
10n
10n
10n
10n
10n
10n
8 On
8 On
8 On
8 On
8 On
8.0n
8 On
8 On
8.0n
8 On
8 On
8.0n
8 On
8.0n
8 On
8.0n
8.0n
8.0n
8 On
8.0n
50n
50n
50n
50n
50n
50n

6 On
6.0n
6.0n
6.0n
6.0n
6.0n
6.0n
6.0n

(V)

49mL
49mL
49mL
49mL
49mL
49mL
80mt
80mt
80mt
80mt
30mt
25mt
20mt
40mt
30mt
25mt
20mt
40mt

1.0
1.0
1.0
10
1.0
10
1.0
1.0
1.0
1.0
10
1.0
10
1.0
1.0
1.0
10
1.0
1.0
1.0
1.0
1.0
1.0
10
1.0
1.0
1.0
1.0
1.0
1.0
10
1.0
10
1.0
1.0
1.0
1.0

10
10
1.0
1.0
1.0
1.0
10
1.0
10
1.0
1.0
1.0
1.0
10
10
10
1.0
1.0
10
10
1.0
1.0
10
10

L

L
L
L

L
L
L
L
L

L

L
L
L
L
L
L
L
L
L
L
L
L
L
L
L
L
L
L
L
L

600m
600m
600m
600m
600m
600m

900m
900m
900m
900m
900m
900m
900m

SYMBOLS AND CODES
EXPLAINED IN INTERPRETER

~=MO

'C

'C

-55
-55
-55
-55
-55
-55
-55
-40
-40
-40
-40
0
0
0
0
0
0
0
0
0
0
0
-55
-55
-55
-55
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
-25
-25
0
0
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
-55
-55
-55
-55
-55
-55
-55
-55
-55
-55
0
0
0
0
0
0
0
0
0
0
0
0
0
-55
-55
-55
-55
-55
0
0
-55
-55
-55
-55
-55
-55
-55
-55

125
125
125
125
125
125
125
85
85
85
85
70
70
70
70
70
70
70
70
70
70
70
125
125
125
125
70
70
70
70
70
70
70
70
70
70
70
70
70
70
70
70
85
85
70
70
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
125
125
125
125
125
125
125
125
125
125
70
70
70
70
70
70
70
70
70
70
75
75
75
125
125
125
125
125
75
75
125
125
125
125
125
125
125
125

1lgg~ma ~~~j~A
1
1
1
1
1
2
2
2
1
2
2
2
2
2
1
1
1
1
1
1
2
2
1
1
2
2
2
2
1
1
1
1
2
2
1
1
2
2
1
1
2
1
2
2
2
2
1
1
1
1
2
2
2
2
1
1
1
1
1
1
2
2
2
2
1
1
1
1
1
1
2
2
2
2
1
1
1
1
2
2
2
2
2
2
1
1
1
1
2
2
1
1
1
1
1
1
2
2
2
2
1
1
1
2
1
1
1
2

G03175 M75a
G03175 L004AA
G03175a M157b
M75.
G03175a L004AA
G03174 M75a
G03174a M75a
G03175 M75a
G03175a M75a
G03174 M157b
G03174 M126e
G03174a T084
G03174a M157b
G03174a M126e
G03175 T084
G03175 M157b
G03175 M126e
G03175a T084
G03175a M157b
G03175a M126e
G03174 Ml14
G03174a Ml14
G03175 Ml14
G03175a Ml14
G03174 Ml14
G03174 Ml05n
G03174a Ml14
G03174a Ml05n
G03175 Ml14
G03175 Ml05n
G03175a Ml14
G03175a Ml05n
G02170 M126h
G03177a M126h
G03249 M126h
G02171a M126h
G03236b M126n
G03236a M126n
G03268d M126n
G03268e M126n
G03236a M126n
G03268e M126n
G03174 M157
G03174 M126
G03174a M157
G03174a M126
G03175 M126
G03175 M157
G03175 M126
G03175 M157
G03214 Ml05b
G03214 T088
G03214a Ml05b
G03214a T088
G03215 Ml05b
G03215 T088
G03215a Ml05b
G03215a T088
G03214b Ml05b
G03214b T088
G03214 Ml05b
G03214 T088
G03214a Ml05b
G03214. T088
G03215 Ml05b
G03215 T088
G03215a Ml05b
G03215a T088
G03214b Ml05b
G03214b T088
G03243 Ml05b
G03243 T088
G03243a Ml05b
G03243a T088
G03243b Ml05b
G03243b T088
G03243c Ml05b
G03243c T088
G03243d Ml05b
G03243d T088
G03243 Ml05b
G03243 T088
G03243a Ml05b
G03243a T088
G03243b Ml05b
G03243b T088
G03243c Ml05b
G03243c T088
G03243d Ml05b
G03243d T088
G03199 TOl16
G03199 M157
G03199 T088
G03199 TOl16
G03199 M157
G03199 T088
G03209b FP21c
G03209b TOl16
G03209b FP21c
G03209b TOl16
G03222 TOl16
G03223 TOl16
G03224 TOl16
G03225 TOl16
G03222 TOl16
G03223 TOl16
G03224 TOl16
G03225 TOl16

99

LINE
No.

~

TYPE
No.

o ER- PRO~PE
~rA~
OF
ATING CESS
GATE

FREQ,
(Hz)

!" li~m~
2"

Itl
31
3" TG293F
TG293J
3,1
4"
MC2100L
3,1
5
MC2104L
31
6
7
MC2113L
3.1
MC2150L
3.1
8
MC2154L
31
9
10
MC2163L
3.1
11
Nl0l0A
3.4
12
Nl0llA
34
13
Nl004A
3.4
14
Nl005A
3.4
15
Nl006A
34
Nl024A
3.4
HAG20019
3.4S
18
HBG20019
34S
19
HAG20011
3.4S
20
HBG20011
3.4S
21
HAG20021
34S
22
HAG20029
3.4S
23
HBG20021
3.4S
24
HBG20029
34S
25
MC981G
3E
26
MC998F
3E
27
MC881G
3E
28
MC898F
3E
29
MC898P
3E
30
MC988F
3E
31
MC888F
3E
32
MC798P
3E
33
MC888P
3E
MC788P
34
3E
MC788F
35
3E
MC798F
36
3E
MC781G
37
3E
TG50F
38
3FM
39
TG50J
3FM
TG51F
40
3FM
41
TG51J
3FM
42
TG52F
3FM
43
TG52J
3FM
44
TG53F
3FM
45
TG53J
3FM
46
TG100F
3FM
TG100J
47
3FM
48
TG101F
3FM
49
TG101J
3FM
50
TG102F
3FM
51
TG102J
3FM
52
TG103F
3FM
53
TG103J
3FM
54
TG300F
3FM
55
3FM
56
3FM
57
TG301J
3FM
58
TG302F
3FM
59
TG302J
3FM
60
TG303F
3FM
61
TG303J
3FM
62
CM4000AD
3G
CM4000AE
63
3G
64
CM4001AD
3G
65
CM4001AE
3G
66
CM4002AD
3G
CM4002AE
67
3G
68
CM4025AD
3G
69
CM4025AE
3G
HD1A4000-9 3G
70
HD1A4000-2 3G
71
HEP581-RT
3G
72
73
SN17911L
3G
74
4111
3M
4113
75
3M
76
B113
3M
B115
77
3M
B117
78
3M
79
B124
3M
ZSS51A
3M
ZSS51B
3M
3M
'!.2# ~:!~53A
3M
83# ~?S53B
SS55A
84#
3M
85# ZSS55B
3M
ZSS56B
3M
ZSS57B
3M
ZSS81A
3M
ZSS81B
3M
90# ZSS83A
3M
91# ZSS83B
3M
ZSS85A
3M
ZSS85B
3M
3M
94# ZSS86B
ZSS87B
3M
ZSSIIIA
3M
97# ZSSIIIB
3M
ZSSl13A
3M
g:i ZSS113B
3M
3M
100# ZSS115A
101# ZSS115B
3M
102# ZSS116B
3M
103# ZSS117B
3M
ZSS131A
3M
18;1 ZSS131B
3M
106# ZSS133A
3M
ZSS133B
3M
ZSS135A
3M
ZSS135B
3M
IZSS136B
3M

1~

:::~~8~~

:~i

TYPE

.!J '0'

lJ'

lJ '1'
(V)

M~~

~8~

M~;
MO
MOr
MOr
65M
65M
75M
75M
75M
75M

M~:
MO

M~~

MO
MOf

.~g

3.3
3.5
3.5
3.5
3.5
3.5
3.5
-.85
-.85
-85
-.85
-85
-.85
2.0%
2.0%
2.2%
22%

26
26
25t
25t
.25t
25t
25t
.25t
-1.8
-1.8
-1.8
-1.8
-1.8
-1.8
.45*
.45*
.45*
.45*

M~:

~8f

M!?~
M!?~
MOr

M~;

MO
MOt

M1~

MO
MO
M!?~
M!?~
M6~
20M
20M
20M
20M
20M
20M
20M
20M
20M
20M
20M
20M
20M
20M
20M
20M
20M
20M
20M
20M
20M
20M
20M
20M

M~~

MO

MO~

M1~

MO
MO
M!?~
M

0..0.

5.0.

3Dn

MQ~

45"t
45"t
.45"t
.45"t
-3D
12"

DTL
DTL
DTL
DTL
DTL
DTL

2
2
2
2
4t
2

0..0.
0..0.
DO.
DO.
15
0..0.

50.
5.0.
5.0.
5.0.
10.
5.0.

3Dn
3Dn
3Dn
3Dn

~gs
Mq~

Mq§
MOS

M~~

MQ
MQS

~g~
M~~
MQ

M~~

MQ

MQ~

M~~

~g~
M~~
MQ~

MQ~

M~~

MQ

MQ~

~~~

Mm

M~~

~g~
M~~

MQ~
MQ~

M~~

MQ

MQ~

M:~

MQ
MQ

M~~
~g~

M~~

MQ
Mm

M~~

~g~
M~~
M~~
MQ~

M~~
MQ

Mm

M~~

~g~
M~~
MQ~
MQ~

M~~

MQ
Mm
MQ
M:~
MQ

M~~

~g~
M~~
MQ~

MQ~

M:~

MO
MO

M~~

~g~
M~~
MQ~
MQ~

Mq~
Mq~
MO~

~~~

0..0.
18%

50.
50.
50.

8
27
8

61\

611
311
311
311
311
311

3t>

311

3£>

311
311
311
311
611
611
61\
611

3t>

311
311
311

3t>
3t>

311
311
3t
3t
3t
3t
3t
3t
3t
3t
8
8
8
8
3
4
4
4
8
8
8
4
4
4
8
511
3
2
511
511
511
5
5
5

4t>

411

4t>

5
5
5

4t>
4t>
4t>

2
2

11
11
9
9
10.
10.
10.
10.
10.
10.
10.
3D
3D
3D
10.
8
8
8

9
9
9
9
9
9
9
9
9
9
9
9
8
8

8
8
8

0..0.
80.
DO.
50.
0..0.
5.0.
DO.
12
DO.
15
DO.
12
15
0..0.
12
0..0.
0..0.
15
0..0.
12
0..0.
15
0..0.
12
0..0.
15
12
0..0.
DO.
15
0..0.
12
15
DO.
0..0.
12
0..0.
15
0..0.
12
0..0.
15
0..0.
12
15
DO.
12
0..0.
15
0..0.
12
DO.
0..0.
15
0..0.
12
DO.
15
0..0.
12
0..0.
15
0..0.
12
15
0..0.
0..0.
12
DO.
15
DO.
12
15
0..0.
12
0..0.
0..0.
15
5
0..0.
0..0.
5
0..0.
5
0..0.
5
7
0.
7
0.
7
0.
7
0.
0.
7
7
0.
7
0.
7
0.
7
0.
0.
7
0.
7
DO. ·45
DO.
45
0..0.
4.5
0..0.
5.0.
DO.
50.
DO.
5.0.
0.
5
0..0.
50.
0.
5
0.
5
DO.
50.
0.
5
0.
5
0..0.
5.0.
0.
5
0.
5
0..0.
50.
0.
5
DO.
5.0.
0..0.
5.0.

18nt
25nt
2Dn

3Dn

1~~5
85
85
125
125
125

35n

75n
75n
75n

75n
75n
75n

gg:~~~

igllg

GD4154d ig~~5
GD492b TQ86
M153a
M153a
M153a

-3D
-55
-55
-3D
-3D
-55
-55
-3D
-3D
22mt 1.1
-55
-55
22mt 1.1
22mt 1.1
0.
22mt 1.1
0.
-55
3Dmt 4DDm
4Dmt 4DDm
0.
4Dmt 4DDm
-55
2Dmt 4DDm
-55
2Dmt 4DDm
0.
2Dmt 4DDm
-55
lDmt 4DDm
-55
4Dmt 4DDm
0.
4Dmt 4DDm
-55
2Dmt 4DDm
-55
4Dmt 4DDm
-55
4Dmt 20.
0.
6Dmt 2.0.
0.
8Dmt 20.
0.
44mt 1.0. t>
-55
44mt 8DDmll 0.
44mt 8DDmll 0.
23mll 14
0.
23mll 1.4
0.
23mll 1.4
0.
23mll 1.4
0.
23mll 1.4
0.
23mll 1.4
0.
23mll 1.4
-55
23mll 1.4
-55
23mll 1.4
-55
-55
23mll 1.4
-55
23mll 1.4
23mll 14
-55
-55
4Dm
4Dm
-55

85
125
125
85
85
125
125
85
85
125
125
75
75
125
70.
125
125
70.
125
125
70.
125
125
125
75
75
75
125
75
75
75
75
75
75
75
75
125
125
125
125
125
125
125
125

2
2
3
2
2
2
2
4
4
4
4
4
4
4
4
4
4
4
4
2
2
2
2
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
1
1
1
1
3
2
2
2
1
1
1
2
2
2
1
2
3
4
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
4
4

64m

0.

75

2 GD4154d TQ115

0.
0.
0.
0.
-20.
-55

75
75
75
75
65
125

4
4
4
4

26m
65mt
33mt

-55
-55
-55
-55
-3D
-3D
-55
-55
-3D
-3D
-55
-55
-3D
-3D
-55
-55
-3D
-3D
-55
-55
-3D
-3D
-55
-55
-3D
-3D
-55

125
125
125
125
85
85
125
125
85
85
125
125

.:~

125
125
85
85
125
125
85

~~5

125
85
85
125

:~g J~5

65n
65n
65n
65n
13n
6n
6n
13n
6n
6n
13n
6n
6n
13n
13n
6Dn
6Dn
6Dn
3Dn%
3Dn%
3Dn%
15Dnll
15Dnll
15Dnll
15Dn
15Dnll
15Dn
15Dnt>
15Dnt>
15Dnt>
15Dn
150."11
15Dn
3Dn
3Dn

~~~~AB

13Dmt
4Dm
4Dm
4Dm
4Dm 1.0.
12Dm 10.

SYMBOLS AND CODES
EXPLAINED IN INTERPRETER

:

~m:

M153a
M153a
M153a
M153a
M153a
M153a
M153a

~m:

M153a
M153a

~m:

M153a

~l~~:
~l~~:

M153a
M153a

~l~~:

M153a

~l~~:

M153a

~m:

GD414a
GD414b
GD414b
GD414b
GD414c
GD414c
GD414c
GD414b
GD414b
GD414b
GD489j
GD489h
GD4890
GD485e
GD485e
GD485e
GD4325b
GD4325b
GD4325c
GD4325
GD4325
GD4325a
GD4325b
GD4325b
GD4325c
GD4325
GD4325
GD4325a
GD4310f
GD4310f

GD4154e
GD431Df
GD4310f
GD4310f

Igg:~~::

M153a
M153a
M153a
M1D5m
FP28
M1D5m
FP28
ZB165
TQ116
ZB165
ZB165
TQ116
ZB165
ZB165
T0116
ZB165

~:l:~

M1D5ae
M1D5ae
M1D5ae
TQ116
M1D5n
TQ116
TQ116
M157
TQ88

~~1j6
TQ88
TQ116
M157
TQ88
T0116
M157
TQ88
TQ86
TQ116

TQ116
TQ86
TQ116
M114
CB31
T0116

103

.§J
TYPE
No.

LINE
No.

S:~~~:~~

--NPE
OF
GATE

o ER- PRO~!A~
ATiNG CESS
F~~~.

~~9~~82tlO/03~0 18AA

7.

JANM38510/0~40018~B

8.
9.
10.
II.
12.
13.
14.
15.
16.
17.
18.
19.
20.
21.
22.
23.
24.
25.
26.
27.
28.

4
4
4
4
14

lJ'1'

f!J·O·

lVl

1\1l

L8%
!Q~ 18%

1
2
3
4
5
6.

SW958-1P
SW958-2M

LOGIC
LEVEL

MO

JANM3851 0/0300 1BCA
14
1
JANM38510/0300 1BCB
14
1
JANM38510/0~4001C~A

JANM38510/03001CAB
14
1
JANM38510/03001CCA
.
14
1
JANM3851 0/0~400 1C~B
JANM38510/03004BAA
14
1
JANM38510/03004BAB
.
14
JANM38510/0~004B -IA

d

JANM38510/03004BCB
14
1
JANM38510/03004CAA
14
1
JANM38510/0~4004C~B

JANM38510/03004CCA
14
JANM38510/03004C B
14
1
JANM3851 0/0~4005B~A

d

JANM38510/03005BAB
14
1
JANM38510/03005BCA

JANM38510/+~05B+

JANM38510/03005CAA
~4
1
JANM38510/0 005CAB
14
1
JANM3851 0/0~4005C~A

~~.

104

D.A. T.A.

IN

~

g: g+t

lOUT

SUPPLY
SPAN
NIW

~

~7~ ~:~

PK,~'
~g

lsi

lsi

~~~

TEMP.
LOVII

HI

'C

'C

Ig

~~

27t
27t

5L1

8

00

55

112nLl

46m

-55

5L1

8

00

55

112nLl

46m

-55

OTl

5L1

8

00

55

112nLl

46m

-55

1 1*

OTl

5L1

8

00

55

112nLl

46m

1.9%

1 1*

OTl

5L1

8

0.0

55

112nLl

MO~

1.9%

1.1*

OTl

5L1

8

0.0

5.5

MO~

1.9%

1.1*

OTl

5LI

8

00

55

MO~

19%

1.1*

OTl

5L1

8

00

MO~

1.9%

1 1*

OTl

2

8

00

MO~

1.9%

1.1*

OTl

2

8

MO~

1.9%

1.1*

OTl

2

8

MO~

1.9%

1 1*

OTl

2

8

MO~

1.9%

1.1*

OTl

2

MO~

1.9%

1 1*

OTl

2

MO~

1.9%

1.1*

OTl

MO~

1.9%

1 1*

MO~

1.9%

1 1*

125

2 G0427r

FP52d

2 G0427r

FP52d

125

2 G0427r

M314

-55

125

2 G0427r

M314

46m

-55

125

2 G0427r

FP52d

112nLl

46m

-55

125

2 G0427r

FP52d

112nLl

46m

-55

125

2 G0427r

M314

55

112nLl

46m

-55

125

2 G0427r

M314

5.5

112nLl

92m

-55

125

4 G04229a FP52d

0.0

5.5

112nLl

92m

-55

125

4 G04229a FP52d

0.0

55

112nLl

92m

-55

125

4 G04229a M314

00

5.5

112nLl

92m

-55

125

4 G04229a M314

8

0.0

5.5

112nLl

92m

-55

125

4 G04229a FP52d

8

0.0

55

112nLl

92m

-55

125

4 G04229a FP52d

2

8

0.0

5.5

112nLl

92m

-55

125

4 G04229a M314

OTl

2

8

00

55

112nLl

92m

-55

125

4 G04229a M314

OTl

3

8

0.0

55

112nLl

69m

-55

125

3 G0427a

FP52d
FP52d
M314

19%

1 1*

OTl

MO~

1.9%

1 1*

OTL

MO~

1.9%

1.1*

MO~

1.9%

MO~

MO~

19%

MO~

19%

MO~

19%

MO~

1.9%

MO~

19%

MO~

1.9%

M~~
MO
M~~
M~~

19%
1.9%
1.9%
1.9%
19%
19%
19%
19%
19%
19%
1.9%
1.9%
1.9%
1.9%
19%
1.9%
1.9%
1.9%
1.9%
19%
1.9%
1.9%
1.9%
19%
19%
1.9%
19%
1.9%
1.9%
1.9%
20%
2.0%
2.U%
2.0%
2.0%
20%
2.0%
2.0%
20%
20%
20%
20%
2.0%
20%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
20%

MO~

M~~

MO

MO~

M:~

MO
MO

MO~
MO~
MO~

M_E
GATION TIME

N(~~. P~~. DE~fY

01*t
.01*t

MO~

D.A. T.A.

·

36.
36.
36.
36.
36.
36.
66.
66.
36.
36.
36.
36.
3t
3t
3t
3t
5
5
2
2
2
2
2
2
5
5
2
2
2
2
3t
3t
3t
3t
2t
2t
2t
2t
2

PCf~
Mq~
Mq~

2.0M

IN

.£J
2
2
3
56.
36.
36.
56.
56.
66.
66.
66.
66.
3t
3t
36.
3t
3t
3t
3t
3t
3t
3t
3t.
3t
3t
3t
6t
6t
6t
6t
6t
3t
3t
3t
36.
3t
3t
3t
3t
3t
3t
3t
3t
3t
3t
3t
3t
3t
3t
3t
3t
3t

M~~
~g~

20M
2.0M
2.0M

TYPE

OTL
OTL
OTL
OTL
OTL
OTL
OTL
OTL
OTL
OTL
OTL
OTL
OTL
OTL
OTL
OTL
OTL
OTL
OTL
OTL
OTL
OTL
OTL
OTL
OTL
OTL
OTL
OTL
OTL
OTL
OTL
OTL
OTL
OTL
OTL
OTL
OTL
OTL
OTL
OTL
OTL
OTL
OTL
OTL
OTL
OTL
OTL
OTL
OTL
OTL
OTL
OTL
OTL
OTL
OTL
OTL
OTL
OTL
OTL
OTL
OTL
OTL
OTL
OTL
OTL
OTL
OTL
OTL
OTL
OTL
OTL
OTL
OTL
OTL
OTL
OTL
OTL
OTL
OTL
OTL
OTL
OTL
OTL
OTL
OTL
OTL
OTL
OTL
OTL
OTL
OTL
OTL
OTL

PCB
PCB
PCB
PCB
PCB
PCB
PCB
MO
MO

4

106

i!J '0'
0.0
0.0
00
00
0.0
0.0
0.0
0.0
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%
5.0%
50%
50%
5.0%
5.0%
50%
5.0%
5.0%
5.0%
5.0%
50%
5.0%
5.0%
50*
50%
5.0%
50%
5.0%
5.0%
5.0%
5.0%
5.0%
50%
5.0%
50%
50%
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
50
5.0
5.0
50
50
5.0
50
5.0
5.0
50
5.0*
5.0*
5.0*
50*
5.0*
5.0*
50*
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*
5.0*
5.0*
01*t

321CL

:~

lVI

5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
6.5*
65*
6.5*
6.5*
6.5*
6.5*
6.5%
6.5*
6.5*
65*
6.5*
65*
6.5*
6.5*
65*
6.5*
6.5*
65*
6.5*
6.5*
65*
6.5*
6.5*
65*
6.5*
6.5*
6.5%
65*
6.5*
65*
6.5*
6.5*
65*
6.5*
6.5*
6.5*
65*
6.5*
65*
6.5*
6.5*
65*
6.5*
6.5*
65
6.5
6.5
6.5
6.5
6.5
65
6.5
65
65
65
6.5
65
65
6.5
65
6.5
6.5
65%
6.5%
6.5%
6.5%
6.5%
6.5%
65%
6.5%
65%
6.5%
6.5%
6.5%
6.5%
6.5%
6.5%
6.5%
6.5%
6.5%
6.5%
6.5%
65%
6.5%
9.99%

m~t

84
85
86
87
88
89
90
91
92
93
94
95
96

i1J'1'

{Hzl

I~:g~~ ~g; g~

I:~~4
06
1207
301AL
301BL
301CL
301ML
302AL
302BL
302CJ
302CL
302ML
303AL
303BL
303CL
303ML
321AJ

60
61
62
63
64
65
66
67
68
69
70
71
72
73
74
75
76
77
78
79
80
81

FREQ.

LOGIC
LEVEL

4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4

Kl13
1200
1201
1202
1203

~:

o ER- PRO~~A~
ATING CESS

8FANGATES
POWER
~

15
8
8
8
25
25
25

Kg

~~~~

~l

180u
50n
50n
50n
50n
50n
50n
50n

180u
25n
25n
25n
25n
25n
25n
25n

3g~

~g~

85m
320m
240m
160m
900m
600m
400m
600m
1.0 t
576mt
576mt
lOt
900mt
480mt

1.~ 6.
1.06.
1.6
1.0
10
1.0
1.0
10
1.0
1.0
3.2
3.5
3.5
3.2
3.2
3.5

480mt
900mt
1.0 t
508mt
508mt
1.0 t
300mt
300mt
180mt
180mt
300mt
165mt
165mt
96mt
96mt
165mt
120mt
120mt
66mt
320m
66mt
120mt
600mt
600mt
336mt
336mt
600mt
200mt
200mt
180mt
180mt
200mt
600mt
600mt
336mt
336mt
600mt

35
3.2
3.2
3.5
3.5
32
3.2
32
3.5
3.5
32
32
3.2
35
3.5
3.2
32
3.2
3.5
5.06.
35
3.2
3.2
3.2
3.5
3.5
3.2
32
3.2
3.5
3.5
3.2
3.2
3.2
35
3.5
3.2

3g~~

go
0.0
00
00
0.0
0.0
0.0
00
00
0.0
00
0.0
00
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
0.0
0.0
00
00
0.0
00
0.0
0.0
0.0
00
00
0.0
00
00
00
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
00

50

0.0
0.0
00

13.5
13.5
10

50n6.

75n

75n

2
4

50
50

00
0.0

10
10

60n6.
50n6.

110n
75n

110n
75n

lOu
LOu

4
36.
3t

50
1
1
1

10
12
12
12
12
12
12
12

50n6.
110n
110n
140n
toOn
220n6.
220n6.
220n6.

110n
lOOn
lOOn
160n

110n
60n
60n
180n

lOu
160m
160m
400m

5
5
1

0.0
00
0.0
0.0
00
0.0
00
00

90n

70n

10

0.0

15 125n

~g

28
28
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

6D.
6D.

:u,
66.
36.
66.
3t
2

20u
25n
25n
25n
40n
30n
30n
40n
400n6.
400n6.
400n6.
400n6.
600n6.
600n6.

~~I

5.0
52
52
52
5.2
52
5.2
5.2
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
12
15
15
15
12
12
15
15
15
12
12
15
15
15
12
12
15
12
12
12
12
12
12
12
12
12
12
12
12
12
12
12
12
12
12
13.5
13.5
13.5
13.5
13.5
13.5
13.5
13.5
13.5
135
13.5
13.5
13.5
13.5
13.5
13.5
13.5
13.5

20
20
20
23
23

0.0
48
48
4.8
4.8
48
4.8
4.8
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
00
00
0.0
00
00
00

~.g

MAX.
FALL
TIME

IN ORDER OF (1)TYPE OF GATE(2)LOGIC TYPE
(3ILEVEL'1'14ILEVEL'0'(SIMAX FRE0I61TYPE No
MAX. MAX.
TEMP. CKT
DRAWINGS
TOTAL NOISE
PER L~~IC ~!JTLlNE
PKG. REJECT LOW HI MO[ DWG. No DWG. No
t.=MO
DI~~'
(VI
'C 'C

600n6.
600n6.
600n6.
600n6.

~~On6.

600n6.
300n6.
300n6.
300n6.
300n6.

~gg~~
550n6.
550n6.
550n6.
550n6.
400n6.
400n6.
400n6.
lOOn
400n6.
400n6.
600n6.
600n6.
600n6.
600n6.
600n6.
300n6.
300n6.
300n6.
300n6.
300n6.
600n6.
600n6.
600n6.
600nt:.
600n6.
180n6.
160n6.

Ig ~~
-20 65

; I~gg~:~ igm

3
16
12
8
12
12
8
8
2
2
2
2
4
4
4
4
4
4
4
4
4
4
4

G04238
G04238
G04238
G04238
G04329
G04329
G04329
G04329
G04329
G04380
G04380
G04380
G04380
G04237
G04237

4
2
2
2
2
2
4

G04237
G04236
G04236
G04236
G04236
G04236
G04316

4
4
4
4
4
4
4

G04316
G04316
G04316
G04381
G04381
G04381
G04381

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
85
85
85
85

324m'lE
1.0u

0
0
0
0
0
0
0
-30
-55
-30
-55
-30
-55
-30
-30
-55
-30
-55
-30
-55
-30
-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
-30
-55
-30
-30
-30
-30
-30
-30
-30
-30
-30
-30
-30
-30
-30
-30
-30
-30
-30
-30
-30
-30
-30
-30
-30
-55
-40
-55

85
125

4 G04433
2 G04434

TOl16
T0116

-40
-30
-30
-30
-30
-30
-30
-30

85
85
85
85
85
85
85
85

2
4
4
4
2
4
2
4

G04434
G04381
G04383
G04380
G04238
G04236
G04236
G04382

TOl16
M172
M172
Ml72
M172
M204
Ml72
Ml72

-30

75

4 G04323a T0116

250n6.
220n6.
250n6.
220n6.

250n6.
220n6.

378:~
378m
378m
378:~
459m
459m
162,,:;

1:~~~

81,,:;
54,,:~
54m
216:;
216m
162m

162;~
216m
216m
1~~~;

~~~~'*

384m

l~g~

506.
5.06.
5.06.
5.06.
5.06.
506.

176mt

SYMBOLS AND CODES
EXPLAINED IN INTERPRETER

g~

85
85
85
85
85
85
85
85
85
85
85
85
85
85
85
85
125

CB
Cim
CB

gg~

csiii

M~Oj

M200'
M200j

~~gg!

M200j
Ml72
M200'
M200j

~~ggj
M200J
M200j
M319
M200j

:lgg:~~~ ~~ggj

:l~gmg

:I~g:~g~

4
4
4
4
4
4
4
4
4
2
2
4
4
4
4
4

G04382
G04382
G04382
G04382
G04383
G04383
G04383
G04383
G04383
G04441
G04441
G04380a
G04380a
G04380
G04380
G04442

2
4
4
4
4
4
4
4
4
2

G04236
G04316
G04316
G04381
G04381
G04382
G04382
G04383
G04383
G04441

~ ~g:~~~

~ ~g:~:Ja

4 G04380a
:
4
4
2
2
4
4
4

~g:~=g

G04442
G04442
G04442
G04442
G04442a
G04442a
G04443

~g:::~

:
4 G04442
:

gg:::~:

M200J
M319
M200'
M200!

~~gg!

M319
M200j
M200
Ml72
M200J
M200
M319
M200J
M200'
M200j
M200J
M319
M200j

~~ggj

M200j
M319
M200
M200j
M200j
M200'
M200d
M200d
M200d
M200d
M200d
M200d
M200d
M200d
M200d
M200d
M200d
M200d
M200d
M200d
M200d
M200d
M200d
M200d
M153a
Ml17
M153a
M117
M153a
Ml17
M153a
Ml17
M153a
Ml17
M153a
M117
M153a
Ml17
,M153a
Ml17
M153a
M117

~ ~g:::: ~lW

6 G04444a M153a
6 G04444a M117
4 G04433 TOl16

106

LINE
No.

§J

3
4
5
6
7
8
Ig#
11#

g:

14#
15#
16#
17#

1::

20#

~a

23#
24
25
26
27
28#
29#
30
31
32
33
34
35
36#
37#
38#
39

-#PE
OF
GATE

HEPC0904p·R'

I
2

TYPE
No.

14
HEPC0905p·RT
4
MC660L,P%
4
MC661L P%
4
4
4
MC670L P%
4
MC671L,P%
4
MC672L,P%
4
TL660L
4
TL660P
4
TL661L
4
TL661P
4
TL662L
4
TL662P
4
TL668L
4
TL668P
4
TL670L
4
TL670P
4
TL671L
4
TL671P
4
TL672L
4
TL672P
4
MC1048P
4
MC1248F
4
MC1248L
4
Nl012A
4
SP410
4
SP412
4
SN5161B
4
SNR5161
4
MC9714P
4
MC9814P
4
MC9724P
4
MC9824P
4
GTB74S00P
4
GTB74S03P
4
1(j!B74S10P
4
HEPC3000P-R ',4

41
42

HEPC3040P.R~4

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
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#

107

FREQ.
IHzI

N8471A
N8471J
N8481A
N8481F
N8481J
S8471A
S8471J
S8481A
S8481F
S8481J
MC3007F
MC3007LP%
MC3012F
MC3012L,P%
MC3107F
MC3107L
MC3112F
MC3112L
N8881A
N8881J
S8881A
S8881J
SP352A
SP358A
MM461 lAO
MM4612AO
MM4623AO
MM561 IAN
MM5612AN
MM5623AN
90020M
9002FM
90030M
9003FM
90040M
9004FM
90070M
9007FM
90090M
9009FM
MIC9012-10
SNG320J
SNG320W
SNG321J
SNG321W
SNG322J
SNG322W
SNG323J
SNG323W

i~~~~~g:J

90020C
9002FC
90030C
9003FC
90040C.
9004FC
90070C
9007FC
90090C
9009FC
MIC9012·50

4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
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'
IVI

MO~

12.5%

Mq~ 125%
MO~
13%
MO~
13%

~g~~~t:~~

HEPC3001p·RT
14
HEPC3010P·RT

40

o ER- PRO~~A~
ATING CESS

LOGIC
LEVEL

OTL

OUT

SUPPLY PROPA· RISE
SPAN
GATION TIME
tr
DE~Y
NI~1' POS.
(VI
lsI

3

10

0.0

5t
5A
5A
5A
2
3
3
2
5A
5A
5A
5A
5A
5A
2
2
3
3
3
3
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
3

10
10
10

10
10
10
10
10
10
10
30
30
10
10
10
10
10
10
10
10
25
25
25
25
3
3
5
5
5A
5A
4
4
10
10
10

00
00
00
00
0.0
0.0
0.0
00
0.0
0.0
00
00
0.0
00
0.0
00
00
00
0.0
0.0
0.0
00
52
5.2
5.2
52
70
70
00
0.0
0.0
00
00
00
0.0
00
0.0

MAX.
FALL
TIME

~I

15 125n

132mt

·30

75

3 G04323b T0116

~!!mt

-~O

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
75
75
125
125
55
75
55
75
70
70
70

~ ~g:~n

MO~

TTL

2

10

0.0

5.0

13n

40m

4 G04387

MO~

TTL

2

10

00

5.0

35n

40m

4 G04387a T0116

TTL

3

10

00

50

13n

30m

3

TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
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
3
3
2
2
2
3
3
2
2
2
3
3
4
4
3
3
4
4
2
2
2
2
5A
2
2
4
3
2
4
3
2
2
3
3
4
4
8
8
4
4
2
3
3
3
3
3
3
3
3
3
3
2
2
3
3
4
4
8
8
4
4
2

30
9
9
9
9
9
9
9
9
9
9
10
10
10
10
10
10
10
10
20
20
20
20
18
40

0.0
0
0
0
00
0
0
0
0
00
0
00
00
00
00
00
00
00
00
0
0
0
0
00
00
00
00
0.0
0.0
0.0
0.0
00
00
00
00
00
0.0
00
00
00
0.0
00
00
00
0.0
00
0.0
00
00
00
0.0
00
00
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
00
0.0

50
5
5
5
50
5
5
5
5
50
5
50
50
50
50
50
5.0
50
50
5
5
5
5
50
50
50
50
5.0
5.0
50
5.0
50
5.0
5.0
50
50
50
5.0
50
50
5.0
50
50
50
50
50
5.0
50
5.0
50
50
5.0
50
50
5.0
5.0
50
5.0
50
5.0
5.0
50
50

50m
17mA
17mA
17mA
17mA
17mA
17mA
17mA
17mA
17mA
17mA
66mt
66mt
44mt
44mt
66mt
66mt
44mt
44mt
31mA
31mA
31mA
31mA
84mA
92mA
500m
500m
500m
500m
500m
500m
44mt
44mt
33mt
33mt
22mt
22mt
l1mt
l1mt
22mt
22mt

2
3
3
4
4
4
3
3
4
4
4
3
3
2
2
3
3

G04342
G04342
G04342a
G04342a
G04342a
G04342
G04342
G04342a
G04342a
G04342a
G04386a
G04386a
G04386b
G04386b
G04386a
G04386a

4
4
4
4
2
4
4
2
3
4

G04233a
G04233a
G04233a
G04233a
G04435
G04436a
G04453
G04454
G04455
G04453

4
4
3
3
2
2
1
1
2
2
4
3
3
3
3
3

G04345
G04345
G04345a
G04345a
G04345b
G04345b
G04345c
G04345c
G04345b
G04345b

M1~

MO
MO

M~~

~g~

M~~

MO

MO~

~~;
MO~

M1~

MO
MO

Mq~
Mq~

MO~
Mm
65M

M~~
MO

M~~

13%
13%
13%
13%
13%
13%
13%
13%
13%
13%
13%
13%
13%
13%
13%
13%
·75
·75
·.75
·85
-70%
·70%
30*
30*

~g~

M~;

MO
Mm

M1~

MO
MO

M~~

~g~

M~~

MO

MO~

~~~
MO
M1~
MO
MO~

Mq~
Mq~

MO~

M~~

MO
Mm

M1~

MO
MO
Mq~
Mq~

MOS

M1~

MO
MO

M~~

~g~

M~;
MO
Mm

~~~
Mm
MO
Ml:
MO
Mq~
Mq~
MO~

Mq~
Mq~

Mm

D.A. T.A.

~

IN

IN ORDER OF (l)TYPE OF GATE(2)LOGIC TYPE
13ILEVELTI4ILEVEL'O'15IMAX FREQ/6ITYPE No
MAX. MAX.
TEMP. CKT
DRAWINGS
TOTAL NOISE
LOGIC OUTLINE
PE~C DWG.
PKG. REJECT LOVI HI MO
No DWG. No
ll=MO
Di~~' (VI 'C 'C

MO~

MO~

40M
40M

1.5*t

TYPE

·

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
RCT
20% RCT
RTL
RTL
23#* RTL
25#* RTL
TTL
TTL
TTL

~~~ n~
13%

14M%
14M%

!!J·O·
IVI

8FANGATES
POWER

M~~

MO
Mm

M~~
~g,
Mq~
Mq~
MO~

M~~

MO
Mm

~g~

.01*
01*
.01*
01*
01*
01*
17%
1.7%
17%
1.7%
17%
17%
17%
17%
17%
17%
1.7%
17%
17%
17%
1.7%
17%
1.7%
17%
17%
1.7%
1.7%
18%
1.8%
1.8%
18%
1.8%
1.8%
1.8%
1.8%
1.8%
1.8%
1.8%

I 5*t
15*
15*
1 5*t
1 5*t
1 5*t
1 5*t
1 5*t
1.5t*
1.5t*
15t*
1.5t*
1.5t*
1.5t*
15t*
15*t
15t*
1.5t*
1.5t*
15t*
15t*
15t*
·16
·1.6
·16
·18
·79*
·79*

.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
40*t
40*t
40*t
40*t
60t*
60t*
5.0t
5.0t
5.0t
5.0t
50t
5.0t
90*
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
1I
.85*
.85*
.85*
85*
.85*
.85*
.85*
.85*
85*
85*
.85*

~g

11
11
II
II
11
II
11
11
33
33
11
11
6
6
9
9
5
5
11
11
10
10
10
10
10
10
10
10
30
30

15
15
15
15
15
15
15
15
15
15
15
15
15
IS
15
15
15
15
IS
15
15
15
00
00
0.0
0.0
0.0
00
8.0
80
3.6
36
36
36
5.0
50
50

125n
liOn
125n
140n
125n
125n
liOn
liOn
liOn
liOn
125n
125n
140n
140n
125n
125n
125n
125n
lIOn
lIOn
I IOn
I IOn
5.0n%
5.0n%
5.0n%
45n
7.0nA
70nA
60n
55n

20n
20n

20n
20n

20n
20n

20n
20n

20n
20n
20n
20n

20n
20n
20n
20n

20n
20n
20n
20n

20n
20n
20n
20n

8 On
4.5n
45n
70n
70n

8 On
4.5n
4.5n
930n
930n

50n%
50n%
3.0n
3 On
3.0n

13n
150n
150n
150n
150n
150n
150n
150n
150n
150n
150n
8 On
8.0n
8.0n
8 On
8.0n
8 On
8 On
8.0n
25n%A
25n%A
25n%A
25n%A
30n
50nA
50n
SOn
50n
SOn
SOn
50n
10nA
10nA
10nA
10nA
10nA
10nA
10nA
10nA
15nA
15nA
6.0n
6.0n
6 On
6.0n
6.0n
6 On
6.0n
6.0n
6.0n
6.0n
13nA
13nA
13nA
13nA
13nA
13nA
13nA
13nA
17nA
17nA

75n
75n
75n
75n
75n
75n
75n
75n
75n
75n

50n
50n
50n
50n

75mt
75mt
180mt
175mt
132mt
132mt
176mt
75mt
75mt
75mt
75mt
180mt
180mt
175mt
175mt
132mt
132mt
132mt
132mt
176mt
176mt
130mt
130mt
130mt
65m

50
5.0
5.0

-30
·30
·30
·30
·30
·30
·30
5.0
·30
50
·30
50
·30
5.0
·30
50
·30
50
-30
·30
·30
·30
·30
·30
·30
·30
·30
0
·55
-55
400m
0
160m* 0
160m* 0
8.0mA 200m
-55
8.0mA 200m
-55
145mt
15
145mt
0
80mt
15
80mt
0
37mA
0
37mA
0
37mA
0

75
75
75
0
75
0 75
-55 125
-55 125
-55 125
-55 125
-55 125
0
75
0
75
0
75
0
75
-55 125
-55 125
-55 125
-55 125
600m
0 75
800m
0 75
600m
-55 125
600m
-55 125
600mA 0
75
75
300m* 0
450m
·55 125
450m
·55 125
-55 125
450m
450m
·40 85
450m
·40 85
450m
-40 85
-55 125
-55 125
·55 125
·55 125
-55 125
·55 125
-55 125
·55 125
-55 125
-55 125
·55 125
66m 1.0
·55 125
66m 1.0
·55 125
66m 1.0
·55 125
66m 1.0
-55 125
66m 10
0
75
66m 1.0
0
75
66m 1.0
0
75
66m 1.0
0
75
66m 10
-55 125
66m 1.0
·55 125
44mt
0
75
44mt
0
75
33mt
75
0
33mt
0
75
22mt
75
0
22mt
0
75
llmt
75
0
llmt
0
75
0
22mt
75
22mt
0
-55 n5
1.4
14
14
1.4
14
14
14
14
14
14

SYMBOLS AND CODES
EXPLAINED IN INTERPRETER

0
0
0

2
2
4
3
3
4
2
2
2
2
2
2
4
4

G04323
G04362
G04352c
G04352d
G04362a
G04364
G04322
G04322
G04323
G04323
G04362
G04362
G04352c
G04352c

~ ~g:~~~~

3 G04362a

~ ~g:~~~a

4
4
4
4

G04364
G043k
G043k
G043k

4
4
3
3
4
4
4
4
4
4
3

G0366f
G0366f
G04193d
G043t
G04389
G04389
G04389a
G04389a

~g:~g

T0116
T0116
T0116
M157a
M114f
M157a
M114f
M157a
M114f
M157a
M114f
M157a
M114f
M157a
M114f
M157a
M114f
T0116
T086
T0116
T0116
M257a
M257a
T084
T084
T0116
T0116
T0116
T0116

T0116

T0116

~ l~g::~~

~

Ifg11g

G04377a

~ I~gg:~g

3
3
3
4
4
3
3
2
2
I
1
2
2
4

T0116
T0116
T0116

G0417b
G0417b
G0417b
G0417b
G0417b
G0417b
G0417b
G0417b
G0417b
G0417b
G04345
G04345
G04345a
G04345a
G04345b
G04345b
G04345c
G04345c
G04345b
G04345b

T0116
T0116
T088
T0116
M157
T088
T0116
T088
T0116
M157
T088
T086
T0116
T086
T0116
T086
T0116
T086
T0116
T0116
T088
T0116
T088
T0116
T0116
M297a
M297a
M297a
M126m
M126m
M126m
M157
FP28b
M157
FP28b
M157
FP28b
M157
FP28b
FP28b
M157
T0116
M157b

~~~~~F
A004AF
M157b
A004AF
M157b
A004AF
M126
M157
M157
FP28b
M157
FP28b
M157
FP28b
M157
FP28b
M157

~~~~~

107

LINE
No.

~

TYPE
No.

-HPE
OF
GATE

o ER- PRO~rA~
ATiNG CESS
Fr~Z?'

~: ~~~~~~~~

4
4
3. SN29003J
4
4. SN29003N
4
5. SN29004J
4
6. SN29004N
4
7. SN29007J
4
8. SN29007N
4
9. SN29009J
4
10. SN29009N
4
11. SN29012J
4
12. SN29012N
4
13
TG320F
4
14
TG320J
4
15
TG321F
4
16
TG321J
4
17
TG322F
4
TG322J
18
4
TG323F
19
4
TG323J
4
20
21. RSN54LOOH
4
22.
4
23.
4
24. RSN54L130H 4
25. RSN54L 131H 4
26
MIC9002-5B
4
MIC9002-50
4
27
MIC9003-5B
28
4
MIC9003-50
29
4
MIC9004-5B
30
4
MIC9004-50
31
4
32
MIC9007-5B
4
MIC9007-50
33
4
34
MIC9009-5B
4
35
MIC9009-50
4
MIC9016-5B
36
4
37
MIC9016-50
4
4
38# MIC9017-50
39. 566BT
4
40. 566HT
4
41. 566T
4
42. 502T
4
20M
43. 503AT
4
20M
44. 503T
4
20M
45. 504AT
4
20M
46. 504T
4
20M
47. 507T
4
20M
48. 508T
4
20M
49. 5512
4
40M
50. 5515
4
40M
51. 5515B
4
40M
52. 5517
4
40M
MIC74L03J
4
5~~:jj SFC403LE
54
4
55# SFC403LEM
4
56
SN54LOH
4
SN54L03J
57
4
SN54L03N
58
4
59
SN74LOH
4
SN74L03J
60
4
61
SN74L03N
4
62. BL54LOOY
4
63. BL54L20Y
4
64. BL54L30Y
4
65. BL74LOOY
4
66. BL74L20Y
4
67. BL74L30Y
4
68. BL5401Y
4
69. BL7401Y
4
70. JANM3851 0/0200 1BAA

72

83.
84
85.

{VI

~~:

I++t
TTL

~

K~

~~

~~~%

~2nt.

15nl>
15nl>
15nl>
15nl>
15nl>
15n,;
15nl>
17nl>
17nl>
45nl>
45nl>
10nl>
10nl>
10nl>
10nl>
10nl>
10nl>
10nl>
10nl>
60nl>
60nl>
60nl>

-55

125

1 G04440

FP52d

20%

70*

TTL

8

10

0.0

5.5

154nl>

4.0m

-55

125

1 G04440

FP52d

MO~

2.0%

.70*

TTL

8

10

0.0

5.5

154nl>

4.0m

-55

125

1 G04440

M314

MO~

2.0%

.70*

TTL

8

10

0.0

5S

154ml>

40m

-55

125

1 G04440

FP83

MO~

20%

.70*

TTL

8

10

0.0

55

154nl>

4.0m

-55

125

1 G04440

FP52d

MO~

2.0%

70*

TTL

8

10

0.0

5.5

154nl>

4.0m

-55

125

1 G04440

FP52d

MO~

2.0%

.70*

TTL

8

10

0.0

5.5

154nl>

4.0m

-55

125

1 G04440

rii1314

MO~

2.0%

.70*

TTL

8

10

U.O

5.5

154nl>

4.0m

-55

125

1 G04440

FP83

MO~

2.0%

.70*

TTL

4

10

0.0

5.5

99nl>

8.0m

-55

125

2 G04440a FP52d

MO~

2.0%

70*

TTL

4

10

0.0

5.5

99nl>

8.0m

-55

125

2 G04440a FP52d

MO~

20%

.70*

TTL

4

10

0.0

5.5

99nl>

8.0m

-55

125

2 G04440a M314

MO~

2.0%

70*

TTL

4

10

0.0

5.5

99nl>

80m

-55

125

2 G04440a FP83

MO~

2.0%

.70*

TTL

4

10

0.0

5.5

99nl>

8.0m

-55

125

2 G04440a FP52d

MO~

2.0%

.70*

TTL

4

10

00

55

99nl>

8.0m

-55

125

2 G04440a FP52d

MO~

2.0%

.70*

TTL

4

10

00

55

99nl>

8.0m

-55

125

2 G04440a M314

MO~

20%

.70*

TTL

4

10

0.0

5.5

99nl>

80m

-55

125

2 G04440a FP83

2.0%

.70*

TTL

3

10

00

55

99nl>

12m

-55

125

3 G04440b FP52d

14
1
JANM38510/02003BCB

JANM3851

O/O~~O 1B~C

14
1
JANM3851 0/0~400 1B~B

JANM3851 010200 1CCB

JANM3851

0/0~~02B~A

1-4
1
JANM38510/02002BAC
14
JANM38510/02002B B
14
1
JANM3851 0/01~002B~B

d

JANM38510/02002CAA
14
1
JANM38510/02002CAC
14
1
JANM3851 0/01~002C~B

MO~

MO~

M~~

MO
MO

Mq~
Mq~

M6~

M~~

MO

MO~

M1~

MO
MO

M~~

~g~
M~~
Mq~
MO~

M~~

MO

MO~

M~~

~g~
M~~
MO.."
PCB
PCB
PCB
PCB
PCB
PCB
PCB
PCB
PCB
PCB
PCB
PCB
PCB

Pcn
MO
MO
M~~
M~~
MO~

M~~

MO
Mm
MO
M1:
MO
M?;

~g,
Mq~
Mq~

ii

60
60
11
11
11
11
11
11
11
11

10
10
10
10
10
10
10
10
30
30
10
10
10
10
12
10
10
30
10
30
10
30
10
12
12
25
25
10
10
10
10
10
10
10
10
10

15n%
10n%
13n%
13n%
13n%
13n%
13n%
13n%
13n%
13n%
60n%
60n%
6.0n%
6:5'.n%
90nl>
90nl>
90nl>
90nl>
90nl>
90nl>
90nl>
90nl>
90nl>
60nl>
60nl>
100nl>
60nl>
60nl>
100nl>
45nl>
45nl>

~~~~

68m",!,
47n%
47n%
66mt
66mt
66mt
66mt
66mt
66mt
66mt
66mt
2.2m%
2.2m%
22m%
2.2m%
22m%

25nt
8.0nt
8.0nt
80nt
80nt
2.5nt

1 5nt
50nt
5.0nt
50nt
50nt
1.5nt

2.0nt
2.0nt
2.0nt
2.0nt

2.5nt
2.5nt
2.5nt
25nt

240mt
500mt
240mt
120mt
250mt
100mt
200mt
80mt
300mt
40mt
264mt
176mt
280mt
120mt
10mt
1.0mt
1.0mt
10mt
1.0mt
10mt
1.0mt
10mt
1.0mt
1.4m%
14m%
14m%
1.4m%
1.4m%

1.0
10
10
1.0
1.0
1.0
10
1.0
1.0

l>
l>
l>
l>
l>
l>
l>
l>
l>

14m~

~g~~

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
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
-55
-55
-55
-55
0
0
0
-55
-55
-55
0
0
0
-55
0

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
75
70
70
70
70
70
70
70
70
70
70
70
70
70
70
75
70
125
125
125
125
70
70
70
125
125
125
70
70
70
125
70

3
3
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
1
2
2
6
6
6
4
4
4
12
10
10
8
8
12
4
12
8
8
12
4
4
4
4
4
4
4
4
4
4
2
1
4
2
1
4
4

G0414a
G0414a
G0414b
G0414b
G043ba
G043ba
G0414b
G0414b
G04399a
G04399a
G04191a
G04191a
G04191a
G04191a
G04191a
G04191a
G04191a
G04191a
G04462
G04462a
G04462b
G04462e
G04463
G04345
G04345
G04345a
G04345a
G04345b
G04345b
G04345e
G04345e
G04345b
G04345b
G04345d
G04345d

~1~~~

4.0m

2.0%

M?~
~g~
M?~
MO

27n%
27n%
27n%
27n%
27n%

: 1~~:1:

154nl>

MO~

M~~

MO
MO

5.0
5.0
50
5.0
50
5.0
5.0
50
5.0
50
5.0
50
5.0
5.0
5.0
50
5.0
5.0
50
5.0
5.0
50
5.0
5.5
55
5.5
5.5
5.5
5.5
5.5
55
55
55
5.5
5.5
5.5
70
70
7.0
7.0
70
70
7.0
7.0
70
70
70
7.0
7.0
70
5.0
5.0
5.0
5.0
5.0
50
50
50
5.0
50
50
5.0
5.0
5.0
5.0
5.0
5.0

~~

5.5

MO~

1.8%
1.8%
1.8%
1.8%
1.8%
1.8%
1.8%
18%
18%
18%
1.8%
1.8%
1.8%
1.8%
18%
18%
1.8%
1.9%
1.9%
1.9%
1.9%
19%
1.9%
1.9%
1.9%
.1.9%
19%
1.9%
1.9%
1.9%
1.9%
19%
1.9%
1.9%
19%
2.0%
20%
20%
20%
2.0%
2.0%
2.0%
2.0%
20%
20%
20%
20%
2.0%
20%
20%
20%
20%
20%
20%
2.0%
20%
2.0%
2.0%
2.0%
20%
20%
2.0%
20%
2.0%
2.0%
20%

.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*
.80*
.80*
.80*
80*
.80*
85
.85
.85*
85*
.85*
85*
85*
.85*
.85*
.85*
.85*
.85*
.85*
45*
45*
.45*
.45*
.45*
.45*
.45*
.45*
45*
45*
.45*
.45*
45*
45*
.60*
.60*
.60*
.60*
.60*
60*
60*
.60*
.60*
70*
.70*
.70*
70*
.70*
.70*
.70*
.70*

0.0
0.0
0.0
0,0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
00
0.0
0.0
00
0.0
00
00
0.0
0.0
0.0
00
0.0
0
0
0
0
0
0
0
0
0
0
0
0
00
00
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
0.0
00
0.0
0.0
00
0.0
0.0
0.0
0.0
00
0.0

I~

00

77. JANM3851 O/O~~O 1cdB

82.

OUT

10

JANM38510/012~01C~A

81.

IN

~

8

14
1
JANM3851 0/OF4001 C~C

80

TYPE

TTL

75.

79.

l:~%
~Q~ 18%
MO~

MO

,!J'
'0'

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
{VI
{WI
'C
'C

70*

74.

78.

'1'
{VI

MAX.
SUPPLY PROPA- RISE
FALL
SPAN
GATION TIME TIME
POS. DELAY
tr
tf
N{~~. {VI
{sl
{sl
{sl

TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
L
TL
TTL
TTL
TTL
TTL
TTL
TTL

73. JANM3851 0/0200 1BOB

76

~.

8FAN
· GATES
POWER

3
3
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
1
5
5
5
2
3
3
4
4
2
8
2
4
4
2
2
2
2
2
2
2
2
2
2
4
4
8
4
4
8
2
2

~~~~:t~g~ "

71.

LOGIC
LEVEL

G04425d
G04425e
G04425d
G04425d
G04425e
G04425d
G04425d
G04466
G04466a
G04467
G04466
G04466a
G04467
G04330e
G04330e

M157b
M126e
M157b
M126e
M157b
M126e
M157b
M126e
M157b
M126e
T086
M157e
T086
M157e
T086
M157e
T086
M157e
FP69b

~~ggg

FP69b
FP69b
T086
TOl16
T086
TOl16
T086
TOl16
T086
TOl16
T086'
TOl16
T086
TOl16
CB62
CB62
CB62
CB62
CB62
CB62
CB62
CB62
CB62
CB62
CB62
CB62
CB62
CB62
TOl16
TOl16
TOl16
FP52e
M157b
M126e
FP52e
M157b
M126e
FC7
FC7
FC7
FC7
FC7
FC7
FC7
FC7

86.

JANM38510/02002COB
14
1
JANM38510/02003BAA

87.

JANM38510/0~~03B~C

MO~
MO~

20%

70*

TTL

3

10

0.0

55

99nl>

12m

-55

125

3 G04440b FP52d

0/0~~03BdB

MO~

2.0%

70*

TTL

3

10

00

55

99nl>

12m

-55

125

3 G04440b M314

Mm

2.0%

70*

TTL

3

10

00

55

99nl>

12m

-55

125

3 G04440b FP83

88
89.

JANM3851

4

108

D.A. T.A.

SYMBOLS AND CODES
EXPLAINED IN INTERPRETER

108

LINE
No.
1"
2"
3
4"
5"

.§J

TYPE
No.

f#PE
OF
GATE

o ER- PRO~rA~
ATING CESS
FREQ.
(HzI

JANM3851 VI' ..l.uu ..... AA
14
1
JANM38510/02003CAC
14
1
JANM3851 0/01~003C~B
JANM38510/02003COB
14
1
JANM38510/02004BAA
14
1

6"

JANM38510/01~004B~C

7

JANM38510/02004BCB
14
1
JANM38510/02004BOB
14
I
JANM3851 0/0124004C~A

8"
9"
10"
11
12"

JANM38510/02004CAC
14
1
JANM38510/02004CCB
14
1
JANM3851 0/0124004C~B

JANM38510/02006BCB
14
1
JANM38510/0200SCCB
4
4
15~~ MIC74LOOJ
4
1S" MIC74L10J
MIC74L20J
4
17~: MIC74L30J
4
18"
19
NC74LOON
4
20
N.C74L 10N
4
21
NC74L30N
4
4
22# SFC400LE
23# SFC400LEM
4
SFC400LPM
4
SFC410LE
4
2S# SFC410LEM
4
SFC410LPM
4
~a_ SFC420LE
4
SFC420LEM
4
29#
4
30# SFC430LEM
31
SN54LOOJ
4
SN54LOON
4
32
SN54LOOT
33
4
34
SN54L 10J
4
35
SN54L10N
4
3S
SN54L 10T
4
37
SN54L20J
4
38
SN54L20N
4
39
SN54L20T
4
40
SN54L30J
4
41
SN54L30N
4
42
SN54L30T
4
43
SN74LOOJ
4
44
SN74LOON
4
45
SN74LOOT
4
4S
SN74L10J
4
47
SN74L10N
4
48
SN74L 10T
4
49
SN74L20J
4
50
SN74L20N
4
51
SN74L20T
4
52
SN74L30J
4
53
SN74L30N
4
54
SN74L30T
4
4
55" BL5400Y
4
5S" BL5410Y
4
57" BL7400Y
4
58" BL7410Y
4
59#
4
SO# ~~~11g1~7430
S1# FJH102A
4
4
S2# FJH111
FJH 111-7420
4
FJH 112A
4
S5# FJH121
4
FJH121-7410
4
FJH122A
4
4
S8# FJH131
FJH131-7400
4
~g: FJH132A
4
4
71# FJH141
FJH 141-7440
4
FJH142A
4
4
74# FJH231
FJH231-7401
4
FJH232A
4
4
77# FJH291
FJH291-7403
4
~g: FJH301
4
80# FJH301-7426
4
FJH311
4
FJH311-7401
4
83# FJH311-7401S1
4
84#_ FLH 101-7400
4
4
85# FLH 105-8400
86# FLH111-7410
4
87# FLH 115-8410
4
88# FLH121-7420
4
FLH 125-8420
4
~gl FLH131-7430 4
4
91# FLH 135-8430
FLH141-7440
4
FLH 145-8440
4
94# FLH201-7401
4
95# FLH205-8401
4
13

LOGIC
LEVEL

1J.,.
(VI

.iJ'O'
(VI

.

8 GATES

TYPE

FAN
IN OUT

~

POWER
MAX.
SUPPLY PROPA- RISE FALL
SPAN
GATION TIME TIME
NEG. POS. DE~~Y
tr
tf
(VI
(VI
(51
(51

IN ORDER OF (1ITYPE OF GATE(2ILOGIC TYPE
(3ILEVEL'1'(4ILEVEL'O'(5IMAX FREa(SITYPE No
MAX. MAX.
TEMP. CKT
DRAWINGS
TOTAL NOISE
PER ~_I?S;IC 1~.l!!LlNE
PKG. REJECT LOlli HI Moe DWG. No DWG. No
Il=MO
DI~~'
(VI
'C 'C

MO~

2.0%

.70*

TTL

3

10

00

5.5

99nt.

12m

-55

125

3 G04440b FP52d

MO~

2.0%

70*

TTL

3

10

0.0

55

99nt.

12m

-55

125

3 G04440b FP52d

MO~

20%

70*

TTL

3

10

0.0

5.5

99nt.

12m

-55

125

3 G04440b M314

MO~

20%

.70*

TTL

3

10

00

55

99nt.

12m

-55

125

3 G04440b FP83

MO~

20%

70*

TTL

2

10

00

5.5

99nt.

16m

-55

125

4 G04440c FP52d

MO~

2.0%

.70*

TTL

2

10

0.0

55

99nt.

16m

-55

125

4 G04440c FP52d

MO~

2.0%

70*

TTL

2

10

0.0

55

99nt.

16m

-55

125

4 G04440c M314

MO~

20%

70*

TTL

2

10

0.0

55

99nt.

1Sm

-55

125

4 G04440c FP83

MO~

2.0%

.70*

TTL

2

10

00

55

99nt.

1Sm

-55

125

4 G04440c FP52d

MO~

20%

70*

TTL

2

10

00

5.5

99nt.

1Sm

-55

125

4 G04440c FP52d

Mm

20%

.70*

TTL

2

10

0.0

55

99nt.

1Sm

-55

125

4 G04440c M314

MO~

2.0%

70*

TTL

2

10

0.0

55

99nt.

16m

-55

125

4 G04440c FP83

MO~

2.0%

70*

TTL

2

10

0.0

55

140nt.

16m

-55

125

4 G04330b M314

M~;
MO

2.0%
2.0%
2.0%
2.0%
20%
20%
2.0%
2.0%
20%
2.0%
20%
20%
2.0%
2.0%
2.0%
20%
20%
2.0%
2.0%
20%
2.0%
20%
20%
20%
20%
20%
20%
2.0%
20%
2.0%
20%
2.0%
20%
20%
2.0%
2.0%
2.0%
2.0%
20%
20%
20%
2.0%
20%
20%
20%
20%
20%
20%
2.0%
20%
2.0%
2.0%
2.0%
20%
2.0%
2.0%
20%
2.0%
2.0%
2.0%
20%
2.0%
2.0%
2.0%
2.0%
2.0%
20%
20%
20%

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*
80*
80*
.80*
80*
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
TTL
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
3
4
8

10
10
10
10
10

3
8
2
2
2
3
3
3
4
4
8
2
2
2
3
3
3
4
4
4
8
8
8
2
2
2
3
3
3
4
4
4
8
8
8
3
3
3
3
8
8
8
4
4
4
3
3
3
2
2
2
4
4
4
2
2
2
2
2
2
2
2
2

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

5.5
5.0
50
50
5.0
50
50
5.0
50
50
50
5.0
5.0
50
5.0
5.0
5.0
50
5.0
5.0
50
5.0
50
50
50
50
50
50
5.0
50
50
5.0
5.0
50
50
50
50
50
50
50
50
50
50
50
5.0
5.0
5.0
5.0
5.0
50
50
50
50
50
5.0
5.0
5.0
5.0
50
50
50
5.0
50
50
50
5.0
50
5.0
5.0

140nt.
60nt.
SOnt.
SOnt.
SOnt.
SOn
SOOnt.
100nt.
60nt.
SOnt.
SOnt.
SOnt.
SOnt.
SOnt.
SOnt.
SOnD.
SOnt.
SOnt.
SOnt.
SOnt.
SOnt.
SOnt.
SOnD.
SOnD.
SOnt.
SOnt.
100nD.
100nt.
100nt.
SOnt.
SOnt.
SOnD.
SOnt.
SOnt.
SOnt.
SOmt.
SOnt.
SOnt.
SOnt.
SOnt.
SOnt.
22nt.
22nt.
22nt.
22nt.
13n
11n%
13n
13n
11n%
13n
13n
11n%
13n
13n
11n%
13n
13n
11n%
13n
45nt.
22n%
30n
45nt.
22n%
45nt.
22n%
45nt.
22n%

16m
1.0mt
10mt
1.0mt
1.0mt
4.0mt
30mt
17mt
1.0mt
1.0mt
10mt
10mt
1.0mt
1.0mt

125
75
75
75
75
70
70
70
70
125
125
70
125
85
70
125
125
125
125
125
125
125
125
125
125
125
125
125
125
70
70
70
70
70
70
70
70
70
70
70
70
125
125
70
70
70
70
125
70
70
125
70
70
125
70
70
125
70
70
125
70
70
125
70
70
70
70
70
70

4
4
3
2
1
4
3
1
4
4
4
3
3
3
2
2
1
4
4
4
3
3
3
2
2
2
1
1
1
4
4
4
3
3
3
2

10
10
10
10
10
10
10
10
10
10
10
10
10
30
10
10
10
10
10
10
10
10
10
10

00
00
0.0
0.0
0.0
00
00
0.0
00
0.0
00
0.0
00
00
00
00
0.0
00
00
0.0
0.0
00
00
00
0.0
00
0.0
00
0.0
00
0.0
00
0.0
00
00
00
0.0
00
0.0
0.0
00
0.0
0.0
0.0
00
0.0
0.0
0.0
00
00
0.0
00
00
0.0
0.0
0.0
0.0
0.0
00
0.0
0.0
0.0
0.0
00
00
0.0
00
0.0
0.0

1
1
1
4
3
4
3
1
1
1
2
2
2
3
3
3
4
4
4
2
2
2
4
4
4
4
4
4
4
4
4

G0414c
G0414c
G0414c
G043870
G04387q
G04387p
G04387a
G0414c
G0414c
G0414h
G0414b
G0414b
G0414d
G0414a
G0414a
G0414f
G0414
G0414
G0414e
G0415b
G0415b
G0415m
G04233a
G04233e
G04233e
G04399a
G04233b
G04342a
G04233b
G04233a
G04233e

M314
T011S
T011S
T011S
T011S
T0116
T0116
T0116
T011S
T011S
T085
T011S
T0116
T011S
T011S
T011S
T0116
M157b
M12Se
FP52e
M157b
M12Se
FP52e
M157b
M126e
FP52e
M157b
M12Se
FP52e
M157b
M12Se
FP52e
M157b
M12Se
FP52e
M157b
M12Se
FP52e
M157b
M12Se
FP52e
FC7
FC7
FC7
FC7
T0116
M126f
T011S
T011S
M126f
T0116
T011S
M126f
T0116
T011S
M12Sf
T011S
T0116
M126f
T0116
T0116
M126f
T0116
T0116
M126f
T0116
M126f
T0116
M126f

20%
2.0%
20%
20%
20%
2.0%
20%
2.0%
2.0%
2.0%
2.0%
20%
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

2
2
2
3
3
4
4
8
8
4
4
2
2

10
10
10
10
10
10
10
10
10
30
30
10
10

00
00
00
00
0.0
00
0.0
00
0.0
00
0.0
00
00

50
50
50
50
50
50
50
5.0
50
50
50
50
50

22n%
15n%
15n%

70
70
85
70
85
70
85
70
85
70
85
70
85

4
4
4
3
3
2
2
1
1
2
2
4
4

G04233e
G0415
G0415J
G0415c
G0415c
G0415m
G0415m
G04150
G0415p
G0415m
G0415m
G04233e
G04233e

M126f
M1260
M126p
M126p
M1260
M126p
M126p
M1260
M126p
M126p
M1260
M126p
M1260

14

~a

~~:

~~!

~~:

~~l

gi:

m~

109

D.A. T.A.

MO~

M~~

~g~
Mq~
Mq~
MO~

M~;

MO

MO~

M1~

MO
MO

M~~

~g~

Mq~
Mq~
MO~

M~;

MO

MO~

M1~

MO
MO

Mq~
Mq~

MO~

M~;
MO
MO~

M1~

MO
MO

Mq~
Mq~

MOt

M~;
MO

Mot

1:

MO
M
MO

Mq~
Mq~

MO'

M~;
MO
Mot

~~;

Mot
Mq~

M()N
MON
Mq~
Mq~

MOt

M~~

MO
Mot

M~~

~g,
Mq~
Mq~

MOt

~g~
M~~

~gt
M~~
MO

MOt

M~~

~g~
~g~

l~~~

15n%
15n%
15n%
15n%
15n%
15n%
27n%
27n%

15":;
15m
15m
10mt
10mt
10m
20mt
20mt
20m
30mt
30mt
30m
40mt
40mt
40m
52mt
53mt
53m
40mt
30mt
40m
40mt
30mt
40mt
10mt
40mt
10mt

400m
10 t.
10 t.
400m
1.0 D.
1.0 t.
400m
1 0 D.
1.0 t.
400m
1.0 D.
1.0 D.
400m
10 t.
1.0 D.
400m
1.0 t.
1.0 t.
400m
1.0 t.
400m
10 t.
400m
1.0 t.

-55
0
0
0
0
0
0
0
0
-55
-55
0
-55
-25
0
-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
-55
-55
0
0
0
0
-55
0
0
-55
0
0
-55
0
0
-55
0
0
-55
0
0
-55
0
0
0
0
0
0

10mt
75mt
75mt
56mt
56mt
75mt
75mt
30mt
30mt
77mt
77mt
75mt
75mt

1.0
1.0
1.0
1.0
1.0
1.0
10
1.0
10
10
1.0
10
1.0

0
0
-25
0
-25
0
-25
0
-25
0
-25
0
-25

10mt
10mt
10mt
1.0mt
1.0mt
10mt
10mt
1.0mt
10mt
10mt
1.0mt
1.0mt
10mt
1.0mt
1.0mt
10mt
10mt
10mt
1.0mt
1.0mt
1.0mt
1.0mt
1.0mt
10mt

l.p;,~~

4.0nt
42nt
40nt
40nt
4.0nt
40nt
40nt
40nt
4.0nt
40mt

10 t.
1.0 t.
1.0 t.
1.0 t.
10 t.
10 t.
1.0 t.
10 t.
10 t.
10 t.
1.0 t.
1 0 D.
10 t.
10mt
1.0mt
1.0 t.
1.0 t.
10 t.
1.0 D.
1.0 D.
10 t.
1 0 D.
1.0 D.
10 t.
1.0 t.
1.0 t.
1.0 D.
10 t.
1.0 t.
10 t.
1.0 D.
10 t.
1.0 D.
1.0 D.
1.0 D.
1.0 t.
1.0 t.
1.0 D.
1.0 D.
1.0 t.

t.
t.
t.
t.
t.
t.
t.
t.
t.
t.
t.
t.
t.

SYMBOLS AND CODES
EXPLAINED IN INTERPRETER

~

G04330b
G0414
G0414a
G0414b
G0414c
G0414
G0414a
G0414c
G0414
G0414
G0414
G0414a
G0414a
G0414a
G0414b
G0414b
G0414c
G0414
G0414
G0414
G0414a
G0414a
G0414a
G0414b
G0414b
G0414b
G0414c
G0414c
G0414c
G0414
G0414
G0414
G0414a
G0414a
G0414a
G0414b

gg:m

109

LINE
No.

f§J

TYPE
No.

i#PE
OF
GATE

2: Ft~~~lJ;~i6 I:
3#

o ER· PRO·
~~A~
ATING CESS
F~~Z?'

a

FLH331·4931
FLH335·49831

~~

~g:

45
46
47
48

JANM38510/00101 BAB
14
1
JANM38510/00101 BAC
14
1

JANM38510/0~4101 B~A

JANM38510/00101 BCB
14
1
JANM3851 0/00 10 1BCC
14
1

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

110

JANM38510/0~4101 B~B

JANM38510/00101 BOC
14
1
JANM38510/00101CAA
14
1
JANM38510/0~10IC~B

JANM38510/00101 CAC
14
1
JANM38510/00101CCA
14
1
JANM38510/0~'0IC~B

JANM38510/00101CCC
14
1
JANM38510/00101 COB
14
1
JANM3851 0/0~410 1C~C
JANM38510/00102BAA
14
1
JANM38510/00102BAB
14
1
JANM3851 0/0~4' 02B1C
JANM38510/00102BCA
14
1
JANM3851 0/001 02BCB
14
1
JANM38510/00 102BCC
'1
'14
JANM3851 0/00 102BDB
14
1
JANM3851 0/00 102BDC
14
1

JANM38510/0~102C~A

JANM3851 0/00 102CAB
14
1
JANM38510/00102CAC
14
1

JANM38510/0~102C~A

0/0~' 02cdc
14

1

JANM38510/0~4'02C~B

JANM38510/00102CDC
14
1
JANM38510/00103BAA
4

D.A. T.A.

~g

2
2
2

10
10
30

00
00
00

50
5.0
50

35n%
24nIJ.
22nIJ.

OUT

SUPPLY
SPAN

MAX.
PROPA· RISE
FALL
GATION TIME TIME

N,~~. PR,~' DE~fY

~

~~~~

;~I

~I

Ig

·c

Mq~

20%
2.0%

80*
80*

TTL
TTL

2
5

3Q
10

00
00

50
50

22nIJ.
22nIJ.

175mt 10 IJ.
40mt 1.0 IJ.

·25
0

85
70

M~~
MO

2.0%

5
3
3
2
2
2
2
4
4
8
4
3
2
4
2
2
2
2
3
4
8
4
2
2
2
3
4
8
4
8
4
4
3
2

10
10
10
30
30
30
30

00
0.0
0.0
0.0
00
00
0.0
0.0
0.0
00
00
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
00
0.0
0.0
00
00
00
00
00
0.0
00
00
0.0
0.0
0.0
0.0

5.0
50
5.0
5.0
50
5.0
5.0
5.0
5.0
50
50
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
50
5.0
5.0
50
5.0
50
5.0
5.0
50
70
70
70
70
7.0

22nIJ.
30n%
30n%
22nIJ.
22nIJ.
22nIJ.
22nIJ.
45nIJ.

MO~
MO~

20%
20%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
20%
2.0%
2.0
2.0%
2.0%
20%
2.0%
20%
20%
2.0%
2.0%
20%
2.0%
20%
20%
2.0%
20%
2.0%
2.0%
20%
20%

TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL

13n%
13n%
13n%
13n%
13n%

40mt
56mt
56mt
173mt
173mt
173mt
173mt
75mt
75mt
23mt
46mt
69mt
92mt
92mt
86mt
160m
40mt
40mt
30mt
20mt
10mt
20mt
40mt
40mt
40mt
30mt
20mt
10mt
20mt
10mt
10mt
24mt
10mt
10mt

·25

M1~

.80*
80*
.80*
.80*
80*
.80*
.80*
.80*
.80*
80*
.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
·25
0
·25
0
·25
0
0
0
0
0
0
0
·55
·55
·55
·55
·55
·55
0
0
0
0
0
0
0
0
0
0
0
0

85
70
85
70
85
70
85
70
85
70
70
70
70
70
70
70
125
125
125
125
125
125
70
70
70
70
70
70
70
75
75
75
75
75

MO~

MO
MO

M~~
~g~

PCB

MO~

MO~

M~~
MO

~:g~

10
10
10
10
30
10
10
10
10
10
10
30
10
10
10
10
10
30
10
10
30
10
10

45nIJ.
13nIJ.
13nIJ.
13nIJ.
13nIJ.
12nIJ.
18nIJ.

45n
22nIJ.
30nIJ.

22nIJ.
22nIJ.
22nIJ.
22nIJ.
22nIJ.

30nIJ.
45n%

22nIJ.
22nIJ.
22nIJ.
22nIJ.

1.0 IJ.
1.0 IJ.
1.0 IJ.
1.0 IJ.
1.0 IJ.
1.0 IJ.
1.0 IJ.
1.0 IJ.
1.0 IJ.
400m
400m
400m
400m
400m
400m*
1.0

10 IJ.

1.0
10
10
1.0
10

IJ.
IJ.
IJ.
IJ.
IJ.

~5

:

~m~

4 G0415n
2 G04424

M126p
M126p

2
3
3
4
4
4'
4
2
2
1
2
3
4
2
4
16
4
4
3
2
1
2
:
4
3
2
1
2
1
2
2
3
4

G04424
G04450e
G04450e
G04388b
G04388b
G04387c
G04387c
G04399
G04399
G03260e
G03250
G03250b
G03250a
G03250
G04330d

gg:~~~~

G04358h
G04358k
G04358n
G04388a

gg:~m

M126p
M126p
M126D
M126p
M126p
M126D
M126p
M126p
M126"
M126n
M126n
M126n
M126n
M126n
M126n

~~~7

M157
M157
M157
M157
M157
M157
M157
M157
M157
M157
M157
M157
Ml05'
Ml05l

G04399a
Go4358h
G04358k
G04358n
G04388a
G04273
G04273a
G0415d
G04273b ~lg~l
G04273c Ml05)

MO~

2.0%

80*

TTL

8

10

0.0

5.5

25nIJ.

40m

·55

125

1 G04430

FP52d

Mm

2.0%

.80*

TTL

8

10

00

55

25nIJ.

40m

·55

125

1 G04430

FP52d

MO~

2.0%

80*

TTL

8

10

00

5.5

25nIJ.

40m

·55

125

'1 G04430

FP52d

MON 2.0%

.80*

TTL

8

10

00

5.5

25nIJ.

40m

·55

125

MON 2.0%

80*

TTL

8

10

0.0

55

25nIJ.

40m

·55

125

1 G04430e M314

MO~

2.0%

80*

TTL

8

10

00

5.5

25nIJ.

40m

·55

125

1 G04430e M314

MON 2.0%

.80*

TTL

8

10

00

55

25nIJ.

40m

·55

125

1 G04430

FP83

MON 20%

.80*

TTL

8

10

00

55

25nIJ.

40m

·55

125

1 G04430

FP83

B

10

00

55

25nIJ.

40m

·55

125

1 G04430

FP52d

1 G04430e M314

MO~

2.0%

80*

TTL

MO~

20%

80*

TTL

8

10

0.0

5.5

25nIJ.

40m

·5..5. 125

1 G04430

FP52d

MO~

2.0%

.80*

TTL

8

10

0.0

5.5

25nIJ.

40m

·55

125

1 G04430

FP52d

MO~

20%

.80*

TTL

8

10

00

55

25nIJ.

40m

·55

125

1 G04430e M314

MO~

20%

80*

TTL

8

10

0.0

5.5

25nIJ.

40m

·55

125

1 G04430e M314

MO~

2.0%

.80*

TTL

8

10

00

55

25nIJ.

40m

·55

125

1 G04430e M314

MO~

20%

80*

TTL

8

10

00

55

25nIJ.

40m

·55

125

1 G04430

FP83

MO~

2.0%

.80*

TTL

8

10

0.0

5.5

25nIJ.

40m

·55

125

1 G04430

FP83

MO~

20%

80*

TTL

4

10

0.0

55

25nIJ.

80m

·55

125

2 G04430a FP52d

MO~

2.0%

80*

TTL

4

10

00

55

25nIJ.

80m

·55

125

2 G04430a FP52d

MO~

20%

80*

TTL

4

10

0.0

5.5

25nIJ.

80m

·55

125

2 G04430a FP52d

MO~

20%

.80*

TTL

4

10

00

55

25nIJ.

80m

·55

125

2 G04430f M314

MO~

2.0%

80*

TTL

4

10

0.0

55

25nIJ.

80m

·55

125

2 G04430f M314

MO~

2.0%

.80*

TTL

4

10

0.0

5.5

25nIJ.

80m

·55

125

2 G04430f M314

MO~

20%

80*

TTL

4

10

0.0

55

25nIJ.

80m

·55

125

2 G04430a FP83

MO~

2.0%

.80*

TTL

4

10

0.0

55

25nIJ.

80m

·55

125

2 G04430a FP83

MO~

2.0%

.80*

TTL

4

10

0.0

5.5

25nIJ.

80m

·55

125

2 G04430a FP52d

MO~

20%

.80*

TTL

4

10

0.0

5.5

25nIJ.

80m

·55

125

2 G04430a FP52d

MO~

20%

.80*

TTL

4

10

0.0

55

25nIJ.

80m

·55

125

2 G04430a FP52d

MO~

2.0%

.80*

TTL

4

10

0.0

5.5

25nIJ.

80m

·55

125

2 G04430f M314

MO~

2.0%

80*

TTL

4

10

00

55

25nIJ.

80m

·55

125

2 G04430f M314

MO~

2.0%

80*

TTL

4

10

0.0

5.5

25nIJ.

80m

·55

125

2 G04430f M314

Mm

20%

.80*

TTL

4

10

00

5.5

25nIJ.

80m

·55

125

2 G04430a FP83

MON 20%

80*

TTL

4

10

0.0

5.5

25nIJ.

80m

·55

125

2 G04430a FP83

MON 20%

.80*

TTL

3

10

00

55

25nIJ.

120m

·55

125

3 G04430b FP52d

JANM38510/00102CCB
JANM3851

;g g:g

IN

1J

,

80*
.80*
.80*

MO~

l~~

gg:

TYPE

·

20%
2.0%
2.0%

~g~

I:

~.g~

.!.l'O'
IVI

IN ORDER OF (l)TYPE OF GATE(2ILOGIC TYPE
131LEVEL'l'I4lLEVEL'O'I5lMAX FREQI6lTYPE No
MAX. MAX.
TEMP. CKT
DRAWINGS
TOTAL NOISE
PER LOGIC OUTLINE
REJECT LOW HI MOt DWG. No DWG. No
PKG.
lI=MO
DI~'
'C
IVI
I U IJ.
~g
1 ~g~§
l~g:~33~
75mt 1.0 IJ.
4 G04233b M126D
·25 85
110m§
4 G04233b M126p
·25 85
175mt 1.0 IJ.
70
4 G0415n M126p
0

8FANGATES
POWER
Ht
TTL
TTL
TTL

MO~

g:

44

IVI

~Q~

4
FLH501·7412
4
Ig: FLH505·8412
4
4
11# FLH531·7437
FLH535·8437
4
FLH541·7438
4
14# FLH545·8438
4
4
FLH61'·7422
FLH615·8422
4
4
17# GJH10l
4
18# GJHlll
19# GJH121
4
4
20# GJH131
4
21# GJH141
22# GJH231
4
23
1756
4
24
ITT5400J
4
25
ITT5401J
4
26
ITT5410J
4
27
ITT5420J
4
28
ITT5430J
4
ITT5440J
4
~g ITT7400J
4
31
ITT7401J
4
ITT7403J
4
ITT7410J
4
34
ITT7420J
4
35
ITT7430J
4
36
ITT7440J
4
37# M5310P
4
38# M5320P
4
M5325P
4
M5330P
4
4
41# M5340P
42
JANM38510/0~101 B~A
4;l

1J.,.

MO

FLH295·8403
4
4# FLH295U8426 4
FLH321·4930
4
FLH325·49830

~~

LOGIC
LEVEL

SYMBOLS AND CODES
EXPLAINED IN INTERPRETER

110

LINE
No.
1
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
43
44
45
46
47
48
49
50
51
52
53
54
55

111

~

TYPE
No.

i-HPE
OF
GATE

o ER- PRO~rA~
ATING CESS
F~~z?'

JANM38510/C0103BAB
14
1
JANM38510/00103BAC
14
1

JANM38510/0~103B~A

JANM38510/00103BCB
14
1
JANM38510/00103BCC
14
1

JANM38510/0P4103B~B

JANM38510/00103BDC
14
1
JANM38510/00103CAA
14
1
JANM38510/0~103C~B

JANM38510/00103CAC
14
1
JANM38510/00103CCA
14
1
JANM38510/01~103C~B

JANM38510/00103CCC
14
1
JANM38510/00103CDB
14
1

JANM3851010P4103C~C

JANM38510/00 104BAA
14
1
JANM38510/00104BAB
14
1
JANM3851010P4104B~C

JANM38510100104BCA
14
1
JANM38510/00 104BCB
14
~
JANM38510/0~1 04B -IC
JANM38510/00104BDB
14
1
JANM38510/00104BDC
14
1
JANM3851 010~1 04C~A
JANM38510/00 104CAB
14
1
JANM3851 DIDO 104CAC
14
1

JANM38510/0~104C~A

JANM38510100104CCB
14
1
JANM38510/00104CCC
14
1

JANM3851010P4104C~B

JAN M3851 DIDO 104C DC
14
1
JANM38510/00106BCB
14
1
JANM38510/0P4106B~B

JANM38510/00106CCB
14
1
JANM38510/00106CDB
14
1

JANM38510/0~107B~A

JANM38510/00107BAB
14
1
JANM38510/00107BAC
14
1

JANM38510/0~107B~A

JANM38510/00107BCB
14
1
JANM38510/00107BCC
14
1
JANM3851 0/0~107B~B
JANM38510/00107BDC
14
1
JANM38510/00107CAA
14
1
JANM3851010~107C~B

JANM38510/00107CAC
14
1
JANM38510/00107CCA
14
1
JANM38510/0~107C~B

JANM38510/00 107CCC
14
1
JANM38510/00 107CDB
14
1

JANM38510/0~107C~C

JANM38510/00 109BCA
14
1
JAN M3851 0/00 109BCB
14
1
JANM38510/0~109B~C

JANM38510/0P4109C~A

D.A. T.A.

LOGIC
LEVEL

1J'1'
(VI

.!J'O'
(ill

TYPE

8· GATES

IN

FAN
OUT

1J

POWER
MAX.
SUPPLY PROPA· RISE FALL
SPAN
GATION TIME TIME
NEG. POS. DELAY
tr
tf
(s)
(VI
(VI
(sl
(sl

IN ORDER OF (1)TYPE OF GATE(2)LOGIC TYPE
(3ILEVEL'1'(4ILEVEL'O'(5IMAX FREQ(6ITYPE No
MAX. MAX.
TEMP. CKT
DRAWINGS
TOTAL NOISE
LOGIC OUTLINE
PE~C DWG.
PKG. REJECT LOVI HI MO
No DWG. No
DISS.
b.=MO
(W)
(VI
'C 'C

MO~

2.0%

.80'

TTL

3

10

0.0

5.5

25nl:.

120m

-55

125

3 G04430b FP52d

MO~

2.0%

.80'

TTL

3

10

0.0

55

25nl:.

120m

·55

125

3 G04430b FP52d

MO~

2.0%

80'

TTL

3

10

0.0

5.5

25nl:.

120m

-55

125

3 G04430n M314

MO~

2.0%

.80'

TTL

3

10

0.0

5.5

25nl:.

120m

·55

125

3 G04430g M314

MO~

2.0%

80'

TTL

3

10

0.0

5.5

25nl:.

120m

·55

125

3 G04430g M314

MO~

2.0%

.80'

TTL

3

10

00

5.5

25nl:.

120m

·55

125

3 G04430b FP83

MO~

2.0%

.80'

TTL

3

10

0.0

5.5

25nl:.

120m

-55

125

3 G04430b FP83

MO~

2.0%

.80'

TTL

3

10

00

55

25nl:.

120m

·55

125

3 G04430b FP52d

MO~

2.0%

80'

TTL

3

10

0.0

55

25nl:.

120m

·55

125

3 G04430b FP52d

MO~

20%

.80'

TTL

3

10

0.0

5.5

25nl:.

120m

-55

125

3 G04430b FP52d

MO~

2.0%

.80'

TTL

3

10

0.0

55

25nl:.

120m

·55

125

3 G04430g M314

MO~

2.0%

.80'

3

10

0.0

55

25nl:.

120m

·55

125

3 G04430a M314

MO~

2.0%

.80'

TTL
TTL

3

10

00

5.5

25nl:.

120m

·55

125

3 G04430g M314

MO~

2.0%

.80'

TTL

3

10

0.0

5.5

25nl:.

120m

·55

125

3 G04430b FP83

MO~

2.0%

80'

TTL

3

10

0.0

5.5

25nl:.

120m

·55

125

3 G04430b FP83

MO~

20%

.80'

TTL

2

10

00

55

25nl:.

160m

·55

125

4 G04430c FP52d

MO~

20%

.80'

TTL

2

10

0.0

55

25nl:.

160m

·55

125

4 G04430c FP52d

MO~

20%

80'

TTL

2

10

00

55

25nl:.

160m

·55

125

4 G04430c FP52d

Mm

20%

.80'

TTL

2

10

00

55

25nl:.

160m

·55

125

4 G04430h M314

MO~

20%

.80'

TTL

2

10

00

55

25nl:.

160m

-55

125

4 G04430h M314

MO~

20%

.80'

TTL

2

10

0.0

5.5

25nl:.

160m

·55

125

4 G04430h M314

MO~

2.0%

.80'

TTL

2

10

0.0

5.5

25nl:.

160m

-55

125

4 G04430c FP83

Mm

2.0%

80'

TTL

2

10

00

55

25nl:.

160m

·55

125

4 G04430c FP83

Mm

20%

.80'

TTL

2

10

0.0

5.5

25nl:.

160m

·55

125

4 G04430c FP52d

Mm

2.0%

.80'

TTL

2

10

00

5.5

25nl:.

160m

·55

125

4 G04430c FP52d

MOr

20%

80'

TTL

2

10

0.0

55

25nl:.

160m

·55

125

4 G04430c FP52d

Mm

2.0%

.80'

TTL

2

10

0.0

55

25nl:.

160m

·55

125

4 G04430h M314

Mm

20%

80'

TTL

2

10

0.0

5.5

25nl:.

160m

·55

125

4 G04430h M314

Mm

2.0%

80'

TTL

2

10

00

55

25nl:.

160m

·55

125

4 G04430h M314

Mor

2.0%

80'

TTL

2

10

00

5.5

25nl:.

160m

·55

125

4 G04430c FP83

Mm

20%

80'

TTL

2

10

0.0

55

25nl:.

160m

·55

125

4 G04430c FP83

MO~

2.0%

.80'

TTL

3

10

00

5.5

35nl:.

120m

·55

125

3 G04431e M314

Mm

2.0%

.80'

TTL

3

10

0.0

5.5

35nl:.

120m

·55

125

3 G04431e FP83

Mm

2.0%

80'

TTL

3

10

00

5.5

35nl:.

120m

-55

125

3 G04431e M314

MO~

2.0%

.80'

TTL

3

10

0.0

5.5

35nl:.

120m

·55

125

3 G04431e FP83

MO~

2.0%

.80'

TTL

2

10

0.0

55

28nl:.

160m

·55

125

4 G04431

FP52d

MO~

2.0%

.80'

TTL

2

10

0.0

5.5

28nl:.

160m

·55

125

4 G04431

FP52d

MO~

2.0%

.80'

TTL

2

10

00

5.5

28nl:.

160m

·55

125

4 G04431

FP52d

MO~

20%

.80'

TTL

2

10

00

5.5

28nl:.

160m

·55

125

4 G04431c M314
4 G04431c M314

MO~

2.0%

80'

10

0.0

55

28nl:.

160m

-55

125

20%

.80'

TTL
TTL

2

Mm

2

10

00

5.5

28nl:.

160m

·55

125

4 G04431c M314

MO~

2.0%

.80'

TTL

2

10

00

55

28nl:.

160m

·55

125

4 G04431

FP83

Mm

2.0%

.80'

TTL

2

10

00

55

28nl:.

160m

·55

125

4 G04431

FP83

MO~

2.0%

.80'

TTL

2

10

00

5.5

28nl:.

160m

·55

125

4 G04431

FP52d

MO~

20%

.80'

TTL

2

10

0.0

55

28nl:.

160m

·55

125

4 G04431

FP52d
FP52d

MO~

2.0%

80'

TTL

2

10

00

5.5

28nl:.

160m

·55

125

4 G04431

Mm

20%

.80'

TTL

2

10

00

5.5

28nl:.

160m

·55

125

4 G04431c M314

MO~

2.0%

.80'

TTL

2

10

00

5.5

28nl:.

160m

·55

125

4 G04431c M314

Mm

2.0%

80'

TTL

2

10

0.0

55

28nl:.

160m

·55

125

4 G04431c M314

MO~

20%

.80'

TTL

2

10

0.0

5.5

28nl:.

160m

·55

125

4 G04431

FP83

MO~

2.0%

80'

TTL

2

10

00

5.5

28nl:.

160m

-55

125

4 G04431

FP83

MO~

20%

80'

TTL

2

10

00

55

28nl:.

160m

·55

125

4 G04431b M314

MO~

20%

80'

TTL

2

10

00

5.5

28nl:.

160m

·55

125

4 G04431b M314

MO~

2.0%

.80'

TTL

2

10

00

5.5

28nl:.

160m

·55

125

4 G04431b M314

MO~

20%

.80'

TTL

2

10

0.0

5.5

28nl:.

160m

·55

125

4 G04431b M314

SYMBOLS AND CODES
EXPLAINED IN INTERPRETER

111

LINE
No.
1

r

2
3

TYPE
No.

i-NPE
OF
GATE

o ER- PRO~rA~
ATING CESS
FREQ.
(Hz)

JANM31!t> 10/00.1 09CCB
14
1
JANM38510/00109CCC
14
1

.JANM38510/0~301 B~A

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
43

44
45
46
47
48

49
50
51
52
53
54
55

112

JAN M3851 0/0030 1BAB
14
1
JANM38510/00301 BAC
14
1
JANM38510/0~301B~A

JANM3851 0/0030 1BCB
14
1
JANM38510/00301 BCC
14
1
JANM38510/0~301 B~B

JANM38510/00301 BOC
14
1
JANM38510/00301CAA
14
1

JANM38510/0~lOl C~B

JANM38510/00301CAC
14
1
JANM38510/00301CCA
14
1
JANM38510/0~lOlC~B

JANM38510/00301CCC
14
1
JANM38510/00301COB
14
1

JANM38510/0~301C~C

JANM38510/00302BAA
14
1
JANM38510/00302BAB
14
1
JANM3851 0/0~302B~C
JANM38510/00302BCA
14
1
JANM38510/00302BCB
14
1
JANM38510/0~302B~C

JANM38510/00302BOB
14
1
JANM38510/00302BOC
14
1
JANM3851 0/0~302C~A
JANM38510/00302CAB
14
1
JANM38510/00302CAC
14
1

JANM38510/0~l02C~A

JANM38510/00302CCB
14
1
JANM38510/00302CCC
14
1

JANM38510/01~302C~B

JANM38510/00302COC
14
1
JANM38510/00303BAA
14
1
JANM38510/00303BAB
·14
1
JANM38510/00303BAC
14
1
JANM38510/00303BCA
14
1
JANM38510/0~303B~B

JANM38510/00303BCC
14
1
JANM38510/00303BOB
14
1
JANM38510/0~l03B~C

JAN M385 10/00303CAA
14
1
JANM38510/00303CAB
14
1
JAN M3851 0/0~4303C~C
JAN M3851 0/00303CCA
14
1
JANM38510/00303CCB
14
1
JANM38510/0~l03C~C

JANM38510/00303COB
14
1
JANM38510/00303COC
14
1
JANM3851 0/01~30 1B~A
JANM38510/02301 BAB
14
1
JANM38510/02301 BAC
14
1
JANM38510/02301 BCB
1-41
JANM38510/01~301 B~C

D.A. T.A.

LOGIC
LEVEL

~'1'

TYPE

8FAN
· GATES

IN

OUT

f1J· O· fIJ

POWER I
MAX.
SUPPLY PROPA- RISE
FALL
SPAN
GATION TIME TIME
NEG. POS. DELAY
tr
tf
(V)
(V)
(s)
(s)
(s)

IN ORDER OF (1)TYPE OF GATE(2)LOGIC TYPE
(3ILEVEL'1'(4ILEVEL'O'(SIMAX FREQ(6)TYPE No
MAX. MAX.
EMP. CKT
DRAWINGS
TOTAL NOISE
LOGIC OUTLINE
PE~[
PKG. REJECT LO\"; HI MO DWG. No DWG. No
DISS.
lI=MO
(W)
(V)
°C
°C

(V)

(V)

MO~

2.0%

80'

TTL

2

10

00

5.5

28n6

160m

-55

125

MO~

20%

80'

TTL

2

10

0.0

55

28n6

160m

-55

125

4 G04431b M314

MO~

20%

.80'

TTL

4

30

0.0

5.5

25n6

200m

-55

125

2 G0415b

FP52d

MO~

2.0%

.80'

TTL

4

30

00

5.5

25n6

200m

-55

125

2 G0415b

FP52d

MO~

2.0%

80'

TTL

4

30

0.0

55

25n6

200m

-55

125

2 G0415b

FP52d

MO~

20%

.80'

TTL

4

30

0.0

55

25n6

200m

-55

125

2 G0415b

M314

MO~

20%

.80'

TTL

4

30

0.0

55

25n6

200m

-55

125

2 G0415b

M314

MO~

2.0%

80'

TTL

4

30

00

5.5

25n6

200m

-55

125

2 G0415b

M314

MO~

2.0%

80'

TTL

4

30

00

5.5

25n6

200m

-55

125

2 G0415b

FP83

MO~

20%

.80'

TTL

4

30

0.0

55

25n6

200m

-55

125

2 G0415b

FP83

MO~

20%

80*

TTL

4

30

00

5.5

25n6

200m

-55

125

2 G0415b

FP52d

MO~

2.0%

.80'

TTL

4

30

0.0

55

25n6

200m

-55

125

2 G0415b

FP52d

MO~

2.0%

80'

TTL

4

30

00

55

25n6

200m

-55

125

2 G0415b

FP52d

MO~

20%

.80'

TTL

4

30

00

5.5

25n6

200m

-55

125

2 G0415b

M314

MO~

20%

.80'

TTL

4

30

00

5.5

25n6

200m

-55

125

2 G0415b

M314

MO~

20%

80'

TTL

4

30

00

55

25n6

200m

-55

125

2 G0415b

M314

MO~

2.0%

80'

TTL

4

30

00

55

25n6

200m

-55

125

2 G0415b

FP83

4 G04431b M314

MO~

2.0%

80'

TTL

4

30

00

55

25n6

200m

-55

125

2 G0415b

FP83

MO~

2.0%

.80'

TTL

2

30

00

5.5

25n6

400m

-55

125

4 G0415a

FP52d

MO~

2.0%

.80'

TTL

2

30

00

55

25n6

400m

-55

125

4 G0415a

FP52d

MO~

20%

.80'

TTL

2

30

00

5.0

25n6

400m

-55

125

4 G0415a

FP52d

MO~

2.0%

.80'

TTL

2

30

0.0

55

25n6

400m

-55

125

4 G0415a

M314

MO~

20%

.80'

TTL

2

30

00

5.5

25n6

400m

-55

125

4 G0415a

M314

MO~

20%

80'

TTL

2

30

00

5.5

25n6

400m

-55

125

4 G0415a

M314

MO~

2.0%

.80*

TTL

2

30

0.0

55

25n6

400m

-55

125

4 G0415a

FP83

MO~

20%

80'

TTL

2

30

0.0

55

25n6

400m

-55

125

4 G0415a

FP83

Mm

2.0%

.80*

TTL

2

30

0.0

55

25n6

400m

-55

125

4 G0415a

FP52d

MO~

20%

80'

TTL

2

30

0.0

55

25n6

400m

-55

125

4 G0415a

FP52d

MO~

20%

.80'

TTL

2

30

00

5.5

25n6

400m

·55

125

4 G0415a

FP52d

MO~

2.0%

80*

TTL

2

30

00

55

25n6

400m

-55

125

4 G0415a

M314

MO~

20%

80'

TTL

2

30

00

55

25n6

400m

-55

125

4 G0415a

M314

Mm

2.0%

80'

TTL

2

30

0.0

5.5

25n6

400m

-55

125

4 G0415a

M314

MO~

2.0%

80'

TTL

2

30

0.0

55

25n6

400m

-55

125

4 G0415a

FP83

MO~

20%

80'

TTL

2

30

00

5.5

25n6

400m

-55

125

4 G0415a

FP83

Mm

2.0%

80*

TTL

2

30

0.0

5.5

25n6

400m

-55

125

4 G0415a

FP52d

MO~

20%

.80'

TTL

2

30

00

5.5

25n6

400m

-55

125

4 G0415a

FP52d

MO~

2.0%

.80*

TTL

2

30

00

55

25n6

400m

-55

125

4 G0415a

FP52d

MO~

2.0%

.80*

TTL

2

30

0.0

55

25n6

400m

-55

125

4 G0415a

M314

MO~

20%

80*

TTL

2

30

0.0

55

25n6

400m

-55

125

4 G04330b M314

MO~

20%

.80'

TTL

2

30

0.0

55

25n6

400m

-55

125

4 G04330b M314

MO~

2.0%

80'

TTL

2

30

0.0

5.5

25n6

400m

-55

125

4 G04430b FP83

MO~

2.0%

80*

TTL

2

30

0.0

5.5

25n6

400m

-55

125

4 G04330b FP83

MO~

2.0%

.80*

TTL

2

30

0.0

55

25n6

400m

-55

125

4 G0415a

FP52d

MO~

20%

80*

TTL

2

30

00

55

25n6

400m

-55

125

4 G0415a

FP52d

MO~

2.0%

.80*

TTL

2

30

0.0

55

25n6

400m

-55

125

4 G0415a

FP52d

MO~

20%

80'

TTL

2

30

00

55

25n6

400m

-55

125

4 G0415a

M314

MO~

2.0%

.80*

TTL

2

30

0.0

55

25n6

400m

-55

125

4 G04330b M314

MO~

2.0%

.80'

TTL

2

30

00

55

25n6

400m

-55

125

4 G04330b M314

MO~

20%

.80'

TTL

2

30

0.0

55

25n6

400m

-55

125

4 G04330b FP83

MO~

2.0%

80'

TTL

2

30

00

55

25n6

400m

-55

125

4 G04330b FP83

MO~

20%

.80'

TTL

8

10

00

55

18n6

198m

-55

125

1 G04393

FP52d

MO~

20%

80'

TTL

8

10

0.0

5.5

18n6

198m

-55

125

1 G04393

FP52d

MO~

20%

80'

TTL

8

10

00

5.5

18n6

198m

-55

125

1 G04393

FP52d

MO~

20%

.80'

TTL

8

10

00

5.5

18n6

198m

-55

125

1 G04393a M314

MO~

20%

.80'

TTL

8

10

00

5.5

18n6

198m

-55

125

1 G04393a M314

SYMBOLS AND CODES
EXPLAINED IN INTERPRETER

112

LINE
No

f§J

T PE
h

~

TYPE
OF
GATE

ilMA~
O~ER-

PROATING CESS~.
FREQ.
'1'
(Hz)
IV)

LOGIC
LEVEL

8.FANGATES
TYPE

~,f£J

IN

'0'
(V)

POWER
MAX.
OUT
SUPPLY PROPA- RISE FALL
~S;rPT.A,",N..,.--IGATION TIME TIME
NEG. POS. DELAY
tr
tf
IV)
(V)
(5)
Is)
(5)

IN ORDER OF (l)TYPE OF GATE(2)LOGIC TYPE
(3)LEVEl'1'(4)LEVEL'O'15)MAX FRE0(6)TYPE No
MAX. MAX.
TEMP. CKT
DRAWINGS
TOTAL NOISE
PE~" LOGIC
OUTLINE
PKG. REJECT LOW HI MO" DWG. No DWG. No
DISS.
t.=MO
(W)
(V)
'C'C

~'I--+JnA~NnM~Aa510~ 2~n.O·IB~D~B~~~---r~~-+~~-+--~---r---+~~~~~~--~~-+~L-~~L-r-~--~~~-r--+-----~------,

2
3

JANM3851 0/0~4301 Bclc
14

1

JANM38510/012l01C~A
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26

JANM3851 0/0230 1CAB
14
1
JANM38510/02301CAC
14
1
JANM38510/0F4301 CCIB
JANM38510/02301CCC
14
1
JANM38510/02301 CDB

MO~

20%

80*

TTL

8

10

00

5.5

18nl>.

198m

-55

125

1 G04393

FP83

MO~

20%

80*

TTL

8

10

00

5.5

18nl>.

198m

-55

125

1 G04393

FP83

MO~

2.0%

.80*

TTL

8

10

0.0

55

18nl>.

198m

-55

125

1 G04393

FP52d

Mm

20%

.80'

TTL

8

10

00

55

18nl>.

198m

-55

125

1 G04393

FP52d

MO~

2.0%

.80'

TTL

8

10

00

5.5

18nl>.

198m

-55

125

1 G04393

FP52d

MOjl

20%

.80'

TTL

8

10

00

5.5

18nl>.

198m

-55

125

1 G04393a M314

Mm

2.0%

80'

TTL

8

10

0.0

55

18nl>.

198m

-55

125

1 G04393a M314

JANM38510/0~4301Cclc

MO~

2.0%

.80'

TTL

8

10

0.0

55

18nl>.

198m

-55

125

1 G04393

FP83

14
1
JANM38510/02302BAA
14
1
JANM38510/02302BAB
14
1

Mm

2.0%

80*

TTL

8

10

00

55

18nl>.

198m

-55

125

1 G04393

FP83

MON

2.0%

80'

TTL

4

10

00

55

16nl>.

396m

-55

125

2 G04388

FP52d

MON

20%

80*

TTL

4

10

00

55

16nl>.

396m

-55

125

2 G04388

FP52d

JANM3851 0/012l02B~C
JANM38510/02302BCB
14
1
JANM38510/02302BCC

MO~

20%

80*

TTL

4

10

00

5.5

16nl>.

396m

-55

125

2 G04388

FP52d

MON

20%

80*

TTL

4

10

00

5 5

16nl>.

396m

-55

125

2 G04388a M314

JANM38510/0~4302BclB

MON

20%

80*

TTL

4

10

00

5.5

16nl>.

396m

-55

125

2 G04388a M314

14
1
JANM38510/02302BDC
14
1
JANM38510/02302CAA
14
1

MON

2.0%

80*

TTL

4

10

00

5.5

16nl>.

396m

-55

125

2 G04388

FP83

MON

20%

80*

TTL

4

10

00

5.5

16nl>.

396m

-55

125

2 G04388

FP83

MO~

2.0%

.80*

TTL

4

10

0.0

5.5

16nl>.

396m

-55

125

2 G04388

FP52d

MON

20%

80'

TTL

4

10

00

5.5

16nl>.

396m

-55

125

2 G04388

FP52d

MON

20%

80*

TTL

4

10

0.0

5.5

16nl>.

396m

-55

125

2 G04388

FP52d

MO~

20%

80*

TTL

4

10

00

55

16nl>.

396m

-55

125

2 G04388a M314

MO~

20%

80*

TTL

4

10

0.0

5.5

16nl>.

396m

-55

125

2 G04388a M314

MON

2.0%

80*

TTL

4

10

00

55

16nl>.

396m

-55

125

2 G04388

FP83

MON

20%

80*

TTL

4

10

0.0

5.5

16nl>.

396m

-55

125

2 G04388

FP83

JANM38510/0124303B~A

MON

2.0%

80*

TTL

3

10

0.0

5.5

16nl>.

594m

-55

125

3 G04388c FP52d

JANM38510/02303BAB
14
1
JANM38510/02303BAC
14
1

MON

2.0%

80*

TTL

3

10

00

55

16nl>.

594m

-55

125

3 G04388c FP52d

MON

20%

80*

TTL

3

10

00

5 5

16nl>.

594m

-55

125

3 G04388c FP52d

JANM3851 0/012l02C~B
JAN M3851 0/02302CAC
14
1
JANM38510/02302CCB
14
1

JANM38510/012l02C~C
JANM38510/02302CDB
14
1
JANM38510/02302CDC
14
1

~2~7__~JnA~N~M..3~8~5~1~07./0~F~l~0~3~B~~~B____~M~0~)N~2~0%~+-~80* ~T~T~L+-~3~~1~0-+~0~0~~5~5-r~1~6~n~l>.-+____+-__-+~59~4~m~______p-5~5~~12~5~~3+G~0~4~3~8~8~d~M~3~1~4--1
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

113

JANM38510/02303BCC
14
1
JANM38510/02303BDB
14
1

MO~

2.0%

80*

TTL

3

10

0.0

55

16nl>.

594m

-55

125

3 G04388d M314

MON

2.0%

80*

TTL

3

10

00

55

16nl>.

594m

-55

125

3 G04388c FP83

MON

20%

80*

TTL

3

10

0.0

55

16nl>.

594m

-55

125

3 G04388c FP83

MON

2.0%

80*

TTL

3

10

00

5.5

16nl>.

594m

-55

125

3 G04388c FP52d

MO~

2.0%

80*

TTL

3

10

00

5.5

16nl>.

594m

-55

125

3 G04388c FP52d

MON

20%

80*

TTL

3

10

0.0

5.5

16nl>.

594m

-55

125

3 G04388c FP52d

MON

20%

80'

TTL

3

10

00

55

16nl>.

594m

-55

125

3 G04388d M314

MON

20%

80'

TTL

3

10

00

55

16nl>.

594m

-55

125

3 G04388d M314

JANM38510/01~303C~B

MON

2.0%

80*

TTL

3

10

00

55

16nl>.

594m

-55

125

3 G04388c FP83

JANM38510/02303CDC
14
1
JANM38510/02304BAA
14
1

MON

2.0%

.80*

TTL

3

10

00

55

16nl>.

594m

-55

125

3 G04388c FP83

MON

20%

80'

TTL

2

10

00

55

16nl>.

792m

-55

125

4 G04384

FP52d

JANM38510/0Fl04B~B

MON

2.0%

80*

TTL

2

10

00

55

16nl>.

792m

-55

125

4 G04384

FP52d

JANM38510/02304BAC
14
1
JANM38510/02304BCB
14
1

MON

2.0%

80*

TTL

2

10

00

55

16nl>.

792m

-55

125

4 G04384

FP52d

MON

2.0%

80*

TTL

2

10

0.0

5.5

16nl>.

792m

-55

125

4 G04388b M314

JANM38510/012l04B~C

MON

2.0%

80*

TTL

2

10

00

5 5

16nl>.

792m

-55

125

4 G04388b M314

JANM38510/02304BDB
14
1
JANM38510/02304BDC

MON

JANM3851 0/~~303B~C
JANM38510/02303CAA
14
1
JANM38510/02303CAB
JANM3851 0/012\03C1C
14
1
JANM38510/02303CCB
14
1
JANM38510/02303CCC
14
1

20%

80*

TTL

2

10

0.0

5.5

16nl>.

792m

-55

125

4 G04384

FP83

JANM38510/0~4304C1A

MO~ 2.0%

80*

TTL

2

10

0.0

55

16nl>.

792m

-55

125

4 G04384

FP83

14
1
JANM38510/02304CAB
14
1
JANM38510/02304CAC
14
1

MON

2.0%

80'

TTL

2

10

00

55

16nl>.

792m

-55

125

4 G04384

FP52d

MON

2.0%

.80'

TTL

2

10

00

5 5

16nl>.

792m

-55

125

4 G04384

FP52d

MON

20%

.80*

TTL

2

10

00

55

16nl>.

792m

-55

125

4 G04384

FP52d

MON

20%

80*

TTL

2

10

0.0

55

16nl>.

792m

-55

125

4 G04388b M314

MON

JANM3851 0/0124304C~B
JANM38510/02304CCC
14
1
JANM38510/02304CDB
JANM38510/0124304Cclc
-14
-I
JANM38510/02306BAB
14
1
JANM38510/02306BCB
14
1

JANM38510/012l06B~B
JANM38510/0124306C~B

D.A. T.A.

20%

.80'

TTL

2

10

00

55

16nl>.

792m

-55

125

4 G04388b M314

MO~ 2.0%

80'

TTL

2

10

00

5.5

16nl>.

792m

-55

125

4 G04384

FP83

MON

20%

80'

TTL

2

10

00

55

16nl>.

792m

-55

125

4 G04384

FP83

MON

2.0%

80'

TTL

2

10

00

55

21nl>.

792m

-55

125

4 G04384

FP52d

MO~

20%

80*

TTL

2

10

00

5.5

21nl>.

792m

-55

125

4 G04450

M314

MON

20%

80*

TTL

2

10

00

55

21nl>.

792m

-55

125

4 G04450

FP83

'MON

20%

80*

TTL

2

10

00

55

21nl>.

792m

-55

125

4 G04384

FP52d

SYMBOLS AND CODES
EXPLAINED IN INTERPRETER

113

§j
LINE
No.

TYPE
No.

o ER· PRO·
~PE
~~A~
OF
ATING CESS
GATE

1
2
3
4
5
6

FnHz)EQ.

JANM38510/02,306C( B
14
1
JANM38510/02306COB
14
1
JANM38510/0~307B~B

JANM38510/02307BC:B

JANM3851 0/0~4307C~B
14

d

JANM38510/0~307CIB

7

JANM3851 0/0240 1BAA

8

JANM3851

9
10
11
12
13
14
15
16
17
18

0/0~~0 1B~B
,1.4

1

JANM38510/0~440 1 B~C

JANM38510/02401 BCA
14
JANM38510/02401 B B
14
JANM3851 0/0~440 1B .IC

d
d

IV)

JANM38510/02401CAC
14
1
JANM38510/02401CCA
14
1
JANM38510/0~4401 C~B

.80*

TTL

2

10

0.0

5.5

21nll

792m

·55

125

4 G04450

M314

80*

TTL

2

10

00

55

21nll

792m

·55

125

4 G04450

FP83

MO~

2.0%

80*

TTL

4

10

0.0

5.5

21nll

396m

·55

125

2 G04388

FP52d

MO~

2.0%

.80*

TTL

4

10

0.0

5.5

21nll

396m

·55

125

2 G04450a M314

MO~

20%

.80*

TTL

4

10

0.0

5.5

21nll

396m

·55

125

2 G04388

MO~

2.0%

.80*

TTL

4

10

0.0

5.5

21nll

396m

·55

125

2 G04450a M314

MO~

2.0%

.80*

TTL

4

30

0.0

5.5

20nll

268m

·55

125

2 G04459

MO~

2.0%

.80*

TTL

4

30

0.0

5.5

2unll

. 268m

·55

125

2 G04459

FP52d

MO~

2.0%

.80*

TTL

4

30

0.0

5.5

20nll

268m

·55

125

2 G04459

FP52d

MO~

20%

.80*

TTL

4

30

0.0

5.5

20nll

268m

·55

125

2 G04459

M314

MO~

2.0%

.80*

TTL

4

30

00

5.5

20nll

268m

·55

125

2 G04459

M314

MO~

2.0%

.80*

TTL

4

30

0.0

55

20nll

268m

·55

125

2 G04459

M314

MO~

2.0%

.80*

TTL

4

30

0.0

55

20nll

268m

·55

125

2 G04459

FP83

MO~

2.0%

.80*

TTL

4

30

00

55

20nll

268m

·55

125

2 G04459

FP52d

MO~

2.0%

.80*

TTL

4

30

00

5.5

20nll

268m

·55

125

2 IG04459

FP52d

MO~

20%

.80*

TTL

4

30

0.0

55

20nll

268m

·55

125

2 G04459

FP52d

MO~

20%

.80*

TTL

4

30

0.0

55

20nll

268m

·55

125

2 G04459

M314

MO~

2.0%

80*

TTL

4

30

0.0

5.5

20nll

268m

·55

125

2 G04459

M314

MO~

2.0%

80*

TTL

4

30

0.0

5.5

20nll

268m

·55

125

2 G04459

M314

M~~

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%
20%
2.0%
2.0%
20%

80*
.80*
.80*
.80*
.80*
.80*
.80*
80*
.80*
.80*
.80*
.80*
.80*
80*
.80*
.80*
.80*
80*
.80*
.80*
.80*
.80*
80*
.80*
80*
.80*
.80*
.80*
.80*
.80*
.80*
80*
.80*
80*
.80*
80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
80*
.80*
.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
TTL
TTL
TTL
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
2
2
2
3
4
8
2
2
4
2
2
3
4
4
8
4
2
2
2
2
2
3
3
3
4
2
8
2
2
2
4
2
2
2
2
2
3
3
3
4
2
8
2
2
2
4
2
2
2
2
2
2
2
2
2
2
3
3
3
3
3
3
4
4
2
2
8
8
2
2

30
10
10
10
10
10
10
10
10
30
10
10
10
10
10
10
0
10
10
10
10
10
10
10
10
10
10
10
30
30
30
30
10
10
10
10
10
10
10
10
10
10
10
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
30
30

0.0
00
0.0
0.0

5.5
7.0
7.0
7.0

20nll
13n%
13n%
13n%

7.0
13n%
5.0
22nll
5.0
22nll
7.0
13n%
7.0
10nll
5.0 9.0nll
7.0
10nll
7.0
10nll
5.0 9.0n
70
l1nll
70
J?nll
5.0
2nll
5.0
45nll
5.0
45nll
5.0
45nll
5.0
45nll
5.0
22nll
5.0
45nll
5.0
45nll
5.0
22nll
5.0
24nll
5.0
22nll
5.0
22nll
5.0
22nll
5.0
22nll
5.0
22nll
5.0
22nll
5.0
45nll
5.0
45nll
5.0
45nll
5.0
45nll
5.0
22nll
5.0
45nll
50
45nll
5,0
22nll
5.0
24nll
5.0
22nll
5.0
22nll
5,0
22nll
5,0
22nll
22nll
50
5.0
22nll
5,0
22nll
50
45nll
50
45nll
5.0
45nll
50
45nll
5.0
45nll
50
45nll
7.0
17n
5,0
17n
22nll
50
5.0
22nll
5,0
45nll
5,0
45nll
5.0
45nll
50
45nll
50
22nll
5.0
22nll
5.0
24nll
5.0
24nll
50
5.0
5.0
22nll
50
22nll

·55
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
·40
·40
·40
·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
0
0
0
0
0
0
0
0
0
0

125
75
75
75
75
75
75
75
75
75
75
75
75
75
75
75
75
125
125
125
125
125
125
125
125
125
125

2 G04459

g:g
00
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
00
0.0
0.0
00
00
00
0.0
0.0
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
00
0.0
0.0
00
00
00
0.0
00
0.0
0,0
0.0
00
0.0
0.0
0.0
0.0
0.0
0.0
0.0
00
00
0.0

268m
10mt
10mt
10mt
10mt
10mt
10mt
297m
297m
26mt

~a

MO
MO

:~:
:~:

MO~

Ml~
~~~
MO~

M~;
MO
MO~

Ml~

MO
MO
M~~
M~~
MO~

M~;
MO
MO~

Ml~

MO
MO
M~~
M~~
MO~

:::

M~;
MO

~J:

MO
MO

~a

~g~

MO~

Ml~
M~~
M~~
M~~
MO~
M:>

0
-55
0
0
-55
-25
-40
0
0
-55
-55
0
-55
0
-55
-25
-40
0
-55
-25
0
-55
0
-55
0
-55
-25
-55
0
-55
-25
0
-55
-25
-55
0
0
-55
-25
0
-55
-25
0
-55
-25
-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
-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

~~:>

125
70

~g5

85
85
70
70
125
125
70
125
70
125
85
85
70
125
85
70
125
70
125
70
85
85
125
70
125
85
70
125
85
125
70
70
125
85
70
125
85
70
125
85
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
125
125
125
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
70
70
70
70

:I~g:~~g; I:::gg~

4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
3
3
3
3
3
3
3
2
2
2
2
4
4
4
1
1
1
1
1
4
4
4
4
4
4
2
2
2
2
4
4
4
4
4
4
3
3
3
2
2
2
2
2
2
1
1
1
2

G0414c
G0414c
G0414c
G04150a
G0414c
G04388b
G04388b
G04388b
G04387c
G04387c
G04387c
G0415b
G0415b
G0415b
G0415b
G0415a
G0415a
G0415a
G04386
G04386
G04386
G0415f
G0415f
G0415f
G0415b
G0415b
G0415b
G04387b
G04387b
G04387b
G04150a
G04150a
G04150a
G0415b

4
4
4
4
4
4
3

gg:m
G04377
G04377
G04377
G04386
G04386
G04386
G04377a

~

G04358e
G04233b
G04387a
G04387a
G04387a
G04387a
G04387
G04387
G04387
G04387
G04387
G04387
G04399b
G04399b
G04399b
G04399b
G0414a
G0414a
G0414a
G0415f
G0415f
G0415f
G0415f
G0414b
G0414b
G0414b
G0415b

~ gg:~g~

2
2
2
2
2
4
4
4
4
2
2
2
2
2
2
4
4
4
4
4
4
3
3
~

2
3
2
2
2
1

G04377b
G04377b
G04386b
G04386b
G04386b
G04464a
G04464a
G04464
G04464
G04377b
G04377b
G04377b
G04377b
G04377b
G04377b
G0415a
G0415a
G0415a
G04386
G04386
G04386
G0415f
G0415f
G0415f
G0415b
G0415j)
G0415b
G04387b
G04387b
G04387b
G04150a

~ gg:l~g:

T085
T0116
T0116
T0116
T0116
T0116
T0116
T0116
T085
T085
T085
T085
T0116
T0116
T0116
T0116
T0116
T0116
T0116
T0116
T0116
T085
T085
T0116
T0116
T0116
T0116
T0116
T0116
T0116
T0116
T0116
T0116
T0116
T0116
T0116
T0116
T0116
T0116
T0116
T0116
T0116
T0116
T0116
T0116
M157b
M126
A004AA
M157b
M126
A004AA
M157b
M126
A004AA
M157b
M126
A004AA
M157b
M126
A004AA
M157b
M126
A004AA
M157b
M126
A004AA
M157b
M126e
A004AA
M157b
M126e
A004AA
M157b
A004AA
M157b
M126e
A004AA
M157b
M126e
A004AA
A001AA
A004AA
A001AA
A004AA
M157b
M126e
A004AA
M157b
M126e
A004AA
M157b
M126e
T084
M157b
M126e
T084
M157b
M126e
T084
M157b
M126e
T084
M157b
M126e
T084
M157b
M126e
T084

116

o ER- PRO~PE
~~A~
OF
ATING CESS

.§J
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
3,.
32.
33
34.
35.
36
37.
3S.
39
40
41
42
43.
44
45.
46.
47
48.
49
50
5,.
52
53
54.
55.
56
57
58#

TYPE
No.

GATE

~~~:~:g~

SN74H40W
SN74S00J
SN74S00N
SN74S00W
SN74S03J
SN74S03N
SN74S03W
SN74S10J
SN74S10N
SN74S10W
SN74S20J
SN74S20N
SN74S20W
SN74S22J
SN74S22N
SN74S22W
SN74S37J
SN74S37N
SN74S38J
SN74S38N
SN74S40J
SN74S40N
SN74S40W
SN74S140J
SN74S140N
SN74S140W
SN5400J
SN5400N
SN5400W
SN5401J
SN5401N
SN5401W
SN5403J
SN5403N
SN5403W
SN5410J
SN5410N
SN5420N
SN5422J
SN5422W
SN5426J
SN5426N
SN5426W
SN5430J
SN5430N
SN5430W
SN5437J
SN5437N
SN5437W
SN543SJ
SN543SN
SN5438W
SN5440J
SN5440N
SN5440W
SN6400N
~g~ SN6401AN
SN6401N
61# SN6403N
SN6410N
SN6420N
64# SN6430N
65# SN6440N
66t SN7400J
67+ SN7400N
68. SN7401J
69. SN7401N
70. SN7403J
7,. SN7403N
72. SN7410J
73. SN7410N
74. SN7420N
75
SN7422J
76
SN7422N
77. SN7426J
78. SN7426N
79. SN7430J
80. SN7430N
SN7437J
81
82
83
SN7438J
84
85
SN7438N
86
SN7438W
87
SN7440J
SN7440N
88
SN7440W
89
90
SW5400J
SW5401J
91
SW5403J
92
93. SW5408J
94
SW5410J
95
SW5420J
96
SW5426J
97
SW5430J
SW5437J
98
99
SW5438J
100
SW5440J
101
SW7400J
102
SW7400N
103
SW7401J
104
SW7401N
105
SW7403J
106
SW7403N
107. SW7408N
108
SW7410J
SW7410N
109
110
SW7420J

~~~

l~~~:mt

117

FREn.
(Hz)

4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
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.

~~~

MO

M~~
~g~
M

22n6
13n%
13n%
22n6
45n6
45u6
22n6
22n6
24n6
22n6
22n6
50nl>
5.0nl>

7.5nl>
7.5nl>
7.5nl>
7.5nl>

5.0nl>
5.0nl>
5.0nl>
5.0nl>
7.5n6
75n6
7.0n6
7.0n6
4.0n
4.0n
4.0n
4.0n
5.0n6
5.0n6

7.5nl>

75n6
75n6

7.5nl>

5.0n6
50n6
5.0nl>
5.0n6
7.5n6
7.5n6
7.0n6
7.0n6
7.5n
5 On
4.0n
4.0n

24nl>

22n6
22n6
22n6
22n6
22n6
45n6

~~~~

22n6

80n
80n

18nl>
18nl>
12nl>
12nl>

IOn
IOn
45n
45n
IOn
IOn
IOn
IOn
45n
45n
IOn
IOn

IOn
IOn
IOn
IOn
IOn
IOn
IOn
IOn
IOn
IOn
IOn
IOn

12nl:.

25n

IOn

10nl>
15nl>
15nl>

10nl>
10nl>
10nl>
10nl>

~lg~~

~ gg:~Hg

22nl>

22n
22n
45n
45n
45n
45n
27n
27n
22n
22n
22n
22n
22n
22n
22n
22n
22n
22n
10nl>

11g~~

~gg:~H~

22n6
22n6
22n6
45n6
45n6
22n6
45n6
22n6

22nl>
22nl>
22nl>
22nl>

MAX. MAX.
TEMP. CKT
DRAWINGS
TOTAL NOISE
PER LO!,IC OUTLINE
REJECT LO~ HI Moe DWG. No DWG. No
PKG.
a=MO
D!~~.
(VI
'C
'C
1.0
21~gH:~a
g
~g
10ml> 1.0
0
1 G0414c M114
70
10ml> 1.0
0
1 G0414c Ml05n
70
297m
0
70
4 G04388b T0116
297m
0
70
4 G04388b Ml05n
4 G04388c T0116
297m
0
70
297m
0
70
4 G04388c Ml05n
27m6 1.0
0
70
2 G0415b M114
0
70
2 G0415b Ml05n
27ml> 1.0
10ml> 1.0
0
70
4 G043as M126h
10m6 1.0
0
70
4 G043a
M126h
40ut 1.06
0
70
4
M126h
10m6 1.0
0
70
3 G043b
M126h
10m6 1.0
0
70
2 G043s
M126h
4 G04342. M126.
0
70
110m~
10mt 10
0
70
1 G043.y M126h
20mt 1.06
0
70
M126h
2
180m§
-55 125
4 G04377 T086
180m§
-55 125
4 G04377
45m§
-55 125
4 G04386 rrriil c
45m§
-55 125
4 G04386 M157c
45m§
-55 125
4 G04386 T086
45m§
-55 125
4 G04386 M157c
120m§
-55 125
3 G04377a T086
120m§
-55 125
3 G04377a
90m§
-55 125
2 G04377c rrtiil c
90m§
-55 125
2 G04377c M157c
45m§
-55 125
2 G04386b T086
45m§
-55 125
2 G04386b M157c
45m§
-55 125
1 G04377g T086
45m§
-55 125
1 G04377g M157c
-55 125
2 G04386b l>004AA
110m 1.0
-55 125
110m 1.0
2 G04386b M157b
110m 1.0
-55 125
2 G04377b l>004AA
110m 1.0
-55 125
2 G04377b M157b
180m§
0
70
4 G04377 T086
180m§
0
4 G04377 M157c
~g
45m§
0
4 G04386 T086
45m§
0
70
4 G04386 M157c
45mi
0
70
4 G04386 T086
45m§
0
70
4 G04386 M157c
120mi
0
70
3 G04377. T086
120mi
0
70
M157c
T086
90mi
0
70
90m§
2 G04377c M157c
0
70
45m§
0
70
2 G04386b T086
45mi
2 G04386b M157c
0
70
45m§
0
70
1 G04377g T086
45mi
0
70
M157c
110m 1.0
0
70
l>004AA
110m 1.0
0
70
2 G04377b M157b
0
70
2 G04377b 6004AA
110m 1.0
2 G04377b M157b
110m 1.0
0
70
157mt
0
70
6 G04387m M117u
183mt
0
70
4 G04426b M126n
42mt
0
70
2 G04387n M126n
78mt
0
70
4 G04387k M126n
78mt
0
70
4 G04450b M126n
78mt
4 G04399b M126n
0
70
58mt
0
70
3 G04387j M126n
58mt
0
70
3 G04450c M126n
39mt
0
70
2 G04387a M126n
78mt
0
70
4 G04330b M126n
21mt
0
70
1 G04387b M126n
182mt
0
70
4 G04388b M126n
163mt
4 G04387c M126n
0
70
183mt
0
70
2 G04388a M126n
78mt
-25 85
4 G04387k M126n
78mt
-25 85
4 G04450b M126n
78mt
-25 85
4 G04399b M126n
3 G04387 M126n
58mt
-25 85
39mt
2 G04387g M126n
-25 85
21mt
1 G04387b M126n
-25 85
183mt
-25 85
2 G04388. M126n
157mt
6 G04387m M117u
-25 85
42mt
-25 85
2 G04387n M126n
4 G0414
M157
10m 1.0
0
70
M126
10m 1.0
0
70
4 G0414
40m 1.0
4 G04233. M126
0
70
40m 1.0
0
70
4 G04233. M157
40mt 1.0
0
4 G04399. M126
70
40mt 1.0
4 G04399. M157
0
70
4 G0414a M126
130n%
0
70
4 G0414a M157
130n%
0
70
30mt 1.0
0
70
3 G0414a M126
30mt 1.0
0
70
3 G0414a M157
20mt 1.0
0
70
2 G0414b M126
20mt 1.0
0
70
2 G0414b M157
10mt 1.0
0
70
1 G0414c M126
10mt 1.0
0
70
1 G0414c M157
297m
0
4 G04388 M126
70
297m
0
70
4 G04388 M157
1.0
0
70
2 G0415b M126
1.0
0
70
2 G0415b M157
1.06
-55 125
4 G0415a Ml05b
1.06
-55 125
4 G0415a T088
80mt 1.0 l>
-55 125
4 G04387
80mt 1.0 l>
-55 125
4 G04387 rrri~:b
3 G0415f Ml05b
1.0 l>
-55 125
1.06
-55 125
3 G0415f T088
1.0 l> -55 125
2 G0415b Ml05b
1.06
-55 125
2 G0415b T088
75mt 1.0 l>
2 G04387b Ml05b
-55 125
75mt 10 l>
-55 125
2 G04387b T088
1.0 l>
-55 125
Ml05b
1.06
T088
-55 125
4 G0415a Ml05b
140mt 1.0 6
-55 125
4 G0415a
140mt 1.0 l>
-55 125
10 l>
-55 125
2 G0415b

9.0n
9.0n

m~~

SYMBOLS AND CODES
EXPLAINED IN INTERPRETER

11~g:1~g:

~~~~b

118

LINE
No.
1
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
43
44
45
46
47
48
49
50
51
52
53
54
55
56
57

f§J

TYPE
No.

I~~~:~~gi

58
59
SO
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

119

I-#PE
OF
GATE

US74HOOJ
US74HOIA
US74H01J
US74Hl0A
US74H 10J
US74H20A
US74H20J
US74H22A
US74H22J
US74H30A
US74H30J
US74H37A
US74H37J
US74H40A
US74H40J
US5400A
US5400J
US5401A
US5401J
US5403A
US5409A
US5409J
US5410A
US5410J
US5420A
US5420J
US5426A
US5430A
US5430J
US5438A
US5440A
US5440J
US7400A
US7400J
US7401A
US7401J
US7403A
US7409A
US7409J
US7410A
US7410J
US7420A
US7420J
US7426A
US7430A
US7430J
US7438A
US7438J
US7440A
US7440J
04203
04204
04211
04212
HEPC3020P-R

4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
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
HEPC3030P-RT
4
MC2111F
4
MC21 I lL
4
MC2161F
4
MC2161L
4
MC3000F
4
MC3000LP% 4
MC3004F
4
MC3004L,P% 4
MC3100F
4
MC3100L
4
MC3104F
4
MC3104L
4
MC3105F
4
MC3105L
4
MC3110F
4
MC3110L
4
MC3115F
4
MC3115L
4
MC3116F
4
MC3116L
4
MC3124F
4
MC3124L
4
MC3125F
4
MC3125L
4
MC5437F
4
MC5437L
4
MC5438F
4
MC5438L
4
MC7437F
4
MC7437L P% 4
MC7438F
4
MC7438L,P% 4
MCB5400F
4
MCB5401 F
4
MCB5410F
4
MCB5420F
4
MCB5430F
4
MCB5440F
4
MCBC5400
4
MCBC5401
4
MCBC5410
4
MCBC5420
4
MCBC5430
4
MCBC5440
4
MCE54HOIF
4
MCE74HOIF
4
M113
4
M115
4
MIn
4
M119
4

o ER- PRO~~A~
ATING CESS
F~Jz?'

LOGIC
LEVEL
1lJ'1'
(V)

~:g~
~~~
M6~ 2.0%

OUT

(V)

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
LOGIC OUTLINE
PE~C
PKG.
REJECT LOVI HI MO DWG. No DWG. No
DISS.
t.=MO
(W)
(V)
'C
'C
l.g 6
~5 ~~5
~g: 1~~ I~~~~b
1.06
1.06
70
4 G0415a T088
0
80mt 1.06
0
70
4 G04387 Ml05b
80mt 1.06
70
4 G04387 T088
0
1.06
70
3 G0415f Ml05b
0
1.06
0
70
3 G0415f T088
1.06
70
2 G0415b Ml05b
0
1.06
0
70
2 G0415b T088
75mt 1.06
70
2 G04387b Ml05b
0
75mt 1.06
0
70
2 G04387b T088
70
1 G04150a Ml05b
1.0 6
0
1.0 6
0
70
1 G04150a TOB8
140mt 1.0 6
70
4 G0415a Ml05b
0
140mt 1.06
70
4 G0415a TOB8
0
1.0 6
70
2 G0415b Ml05b
0
1.06
0
70
2 G0415b T088
-55 125
4 G0435Bf M105b
-55 125
4 G04358e T08B
-55 125
4 G04387a Ml05b
-55 125
4 G04387 T088
-55 125
4 G04387b Ml05b
-55 125
4 G04401 Ml05b
4 G04401 T088
-55 125
-55 125
3 G04358h Ml05b
-55 125
3 G04358g T088
-55 125
2 G04358k Ml05b
-55 125
2 G04358j T088
40mt 106
-55 125
4 G04387a Ml05b
-55 125
1 G04358n Ml05b
-55 125
1 G04358m T088
4 G04387 Ml05b
85mt 1.06
-55 125
2 G04388a Ml05b
-55 125
-55 125
2 G04388 T088
0
70
4 G04358f Ml05b
4 G04358e T088
0
70
70
4 G04387a Ml05b
0
70
4 G04387 T088
0
0
70
4 G04387b Ml05b
70
4 G04401 Ml05b
0
70
4 G04401 T088
0
0
70
3 G04358h Ml05b
0
70
3 G04358g T088
0
70
2 G04358k Ml05b
70
2 G04358' T088
0
40mt 1.0 6
70
4 G04387a Ml05b
0
70
1 G04358n Ml05b
0
1 G04358m T088
0
70
85mt 1.06
70
4 G04387 Ml05b
0
70
4 G04387 T088
85mt, 1.0 6
0
0
70
2 G04388a Ml05b
70
2 G04388 T088
0
275m 1.0 6
0 75
16
C~~
125m 1.0 6
0 75
8
CB
400m 1.0 6
0 75
12
C~~
375m 1.0 6
0 75
8
CBiZI

PCB
PCB
PCB

2.0%
20%
2.0%
~.O%
.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
20%
2.0%
2.0%
2.0%
20%
20%
2.0%
2.0%
20%
2.0%
2.0%
2.0%
2.0%
20%
2.0%
2.0%
20%
20%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
20%
2.0%
20%
2.0%
20%
2.0%
2.0%
2.0%
2.0%
20%
2.0%
2.0%

4
2
2
2
2
3
3
4
4
4
4
8
8
2

2
2
2
2
3
3
4
4
2
8
8
2
4
4
2
2
2
2
2
2
2
3
3
4
4
2
8
8
2
2
4
4
2
4.
3
4

10
10
10
10
10
10
10
10
10
10
10
30
30
30
30
10
10
10
10
10
10
10
10
10
10
10
10
10
10
30
30
30
10
10
10
10
10
10
10
10
10
10
10
10
10
10
30
30
30
30
10
10
10
30

MO~

2.4%

.40*t

TTL

4

10

00

5.0

13n

20mt

MO~

2.4%
2.4%
2.4%
24%
2.4%
2.4%
24%
2.4%
2.4%
2.4%
2.4%
24%
2.4%
2.4%
2.4%
2.4%
2.4%
2.4%
2.4%
2.4%
2.4%
2.4%
24%
24%
2.4%
2.4%
2.4%
2.4%
2.4%
2.4%
24%
2.4%
2.4%
2.4%
2.4
2.4
2.4
2.4
2.4%
24%
24
2.4
2.4
2.4
2.4%
2.4%
2.4%
2.4
2.4
2.4
2.4

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
.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*t
.40*t
.40
.40
.40
40
.40*t
.40t*
.40t*
.40
.40
.40
.40

TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
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
96
96
96
96
2
2
2
2
2
2
2
2
3
3
4
4
8
8
8
8
4
4
4
4
2
2
2
2
2
2
2
2
2
2
3
4
8
4
2
2
3
4
8
4
2
2
2
3
4
8

10
11
11
6
6
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
30
30
20
20
30
30
30
30
30
30
30
30
10
10
10
10
10
30
10
10
10
10
10
30
10
10
10
10
10
10

0.0
0.0
0.0
0.0
0.0
00
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
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
0.0
0.0
00
0.0
0.0
0.0
00
0.0
0.0
0.0
0
0
0
0

50
5.0
5.0
50
5.0
5.0
50
5.0
5.0
5.0
5.0
50
5.0
50
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
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
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

13n
lln%
l1n%
l1n%
lln%
6 On
6.0n
8 On
8.0n
6.0n
6 On
8.0n
8 On
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
45n6
IOn
IOn
IOn
13n
IOn
45n6
IOn
IOn
IOn
13n
8.0nt
8.0nt
15n
15n
15n
15n

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

M~~

~g~
MO~
MO~

MO~
Mq~
MO~
MO~

M:~

MO
MO

M~~

~g~
Mq~

MO~
MO~

Mq~
Mq~

Mm

M:~

MO
MO

M~~
~g~

M~~

MO

MO~

~q;

MO~

MO~
MO~

MO~

M~;
MO

MO~

M:~

MO
MO

MO~
MO~

MO~

~c°El'

M~~

~g~
Mq~
MO~
MO~

~q~

MO~

M~~

~g~
Mq~
M

lJ.,.
(VI

P~~ ~.:%

~g, 2.4%
M~~ ~.:~

30Ml>
30Ml>
30Ml>
30Ml> ~g,
30Ml>
30Ml> MO
30Ml> MO
Mq~

M1~

~g~~

LOGIC
LEVEL

Mq~

30Ml> MO~
30Ml>
30Ml> MO
30Ml> Mm
30Ml>
30Ml> M~~
30Ml>
30Ml>
30Ml>
30Ml> ~g~
30Ml>
30Ml>
30Ml> MO~

M~~

~gN
M~~

~q~

~g~~ ~q~

24%
2.4%
24%
2.4%
24%
2.4%
24%
2.4%
24%
2.4%
2.~~

2.4%
2.4%
24%
24%
2.4%
2.4%
2.4%
2.4%
2.~~

2.4%
30Ml> MO~ 2.4%
50M
PCB 24
M~~ 2.4%
MO
2.4%
2.4%
MO
2.4%
MO~ 2.5%
25%
MO
2.5%
MO
2.5%
25%
M~~ 2.5%
~g~ 2.5%
Mq~ 2.5%
Mq~ 2.5%
MO~ 2.5%
25%
MO
2.5%
MO
2.6%
2.6%
2.6%
2.6%
26%
MO
26%
Mm 2.6%
2.6%

M~~

M1~

M1~
M~~
~g~
M~~

M~~
~g, ~:g~
Mq~

Mq!
MO~

M~~

MO

MO~

M~~

~g~
M~~
~g~
M~~
MO
MO~

M~~
MO
Mq~
Mq~

MO~

M~~

MO

MO~

M~~

~g~

Mq~
Mq~
MO~

MO~
MO
MO
M~~

~g~
M~~
M~~
MO~

M:~

MO
MO

M~~

~g~
M~~
Mq~
MO~

M!~

MO

MO~

20M

D.A. T.A.

~g~

26%
26%
26%
28%
2.6%
26%
28%
2.6%
2.6%
2.6%
26%
2.6%
2.6%
26%
27%
27
2.7
2.8
28
3.0%
30%
30%
30%
30%
30%
3.0%
3.0%
3.0%
3.0%
3.0%
3.~~

3.0%
3.0%
3.0%
30%
31%
3.1%
3.1%
3.1%
31%
31%
31%
3.1%
3.1%
3.1%
31%
3.1%
31%
31%
3.1%
31%
3.1%
31%
31%
31%
31%

.!J,O'

8FANGATES
POWER
TYPE

IN

·

1J

(V)
·:g*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
.40*t
.40*t
.40*t
.40*t
.40*t
.40*t
40
.45*t
45*t
.45*t
45*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
::g;!
40*t
.40*t
.40t*
40*t
.40*t
.40t*
.40*t
.40t*
40*t
40*t
40*t
.40t*
.40*t
.40*t
.40t*
40*t
.40*t
.40t*
.40*t
.40t*
20t*
.40
40
.40
.40
.40*
.40*
.40*
.40*
45*t
.45*t
.45*t
.45*t
45*t
45*t
45*t
.45*t
.50*t
.50*t
50*t
.50*t
40*
40*
40*
.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
40*t
.40*t
.40*t
.40*t
40*

TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
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
2
2
2
2
2
3
3
4
4
8
8
4
4
2
2
2
2
2
3
3
4
4
8
8
4
4
4
9l>
9l>
9l>
9l>
3
3
4
3
8
4
8
4
4
8
4
8
8
8
4
4
4
3
3
3
2
2
2
2
8
8
4
4
4
3
3
3
2
2
2
2
5l>
2
4
2
4
10l>
10l>
10l>
10l>
4
4
4
4
8
8
3
3
5l>
5l>
9l>
9l>
10l>
10l>
10l>
10l>
3
3
3
3
2
2
8
8
8
8
3
3
5l>
5l>
9l>
9l>
10l>

MAX.
OUT
SUPPLY PROPA- RISE FALL
SPAN
GATION TIME TIME
PgS. DE~AY
N(~G.
t~)
V)
V)
5)
(5

~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
40
9
9
9
9
10
10
10
10
10
10
10
10
30
10
20
10
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
lOt
10
30
10
30
9t
9t
5t
5t
9
9
9
9
9
9
9t
9t
12
12
12
12
lIt
lIt
6t
6t
9t
9t
5t
5t
11
11
11
11
11
11
l1t
l1t
12
12
12
12
12t

0.00
0.0
00
0.0
00
0.0
0.0
0.0
0.0
0.0
0.0
00
0.0
00
0.0
0.0
0.0
00
00
0.0
00
00
0.0
00
g.g
0
00
0.0
0.0
00
00
00
0.0
0.0
0.0
00
0.0
00
00
00
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
0.0
00
0.0
00
0.0
0.0
0.0
0.0
00
0.0
00
00
0.0
0.0
0.0
00
00
0.0
00
0.0
00
00
00
00
00
00
00
00
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

5
50
50
5.0
50
50
5.0
5.0
5.0
50
5.0
5.0
50
50
50
50
50
5.0
50
50
5.0
50
50
5.0
50
50
50
5
50
50
5.0
5.0
50
50
5.0
5.0
5.0
5.0
5.0
5.0
50
5.0
5.0
5.0
5
5
5
5.0
5
5
5.0
5
5
50
5
50
5
5
5
5.0
5
5
50
5
5
50
5
5.0
50
5.0
50
50
5.0
50
5.0
50
5.0
5.0
50
5.0
5.0
5.0
50
50
50
5.0
50
50
50
50
50
5.0
50
50
50
5.0
5.0
5.0
5.0
50
5.0
5.0
5.0
50
5.0
50
5.0
50
50
50

15n
l~n
IOn
IOn
35n%
35n%
35n%
IOn
IOn
IOn
IOn
IOn
IOn
13n
13n
IOn
IOn
35n%
35n%
35n%
IOn
IOn
IOn
IOn
IOn
IOn
13n
13n
6.0n
8 On
lln% 45n
lln% 4.5n
lln% 4.5n
lln% 45n
6.0n
6 On
6 On
6.0n
8.0n
8.0n
8 On
8.0n
60n
6.0n
6.0n
6.0n
13n%l>
13n%l>
13n%l>
13n%
13n%l>
13n%l>
13n%l>
13n%l>
13n%l>
13Q%l>
13n%l>
25n%l>
13n%l>
13n%l>

1~~~~

13n%l>

a~~~

13n%l>

1~~~~

13n%l>
25n%l>

1.0ul>
6.0n
8.0n
6.0n
8.0n
15nl>
15nl>
15nl>
15nl>
9.5nl>
9.5nl>
9.5nl>
9.5nl>
l1nl>
llnl>
95nl>
9.5nl>
9.5nl>
9.5nl>
llnl>
11 nl>
15nl>
15nl>
15nl>
15nl>
10nl>
10nl>
10nl>
10nl>
95nl>
9.5nl>
95nl>
9.5nl>
11 nl>
11 nl>
95nl>
9.5nl>
95nl>
9.5nl>
llnl>
llnl>
28nl>

4.5n
4.5n
45n
4.5n
3.0n
3 On
3 On
3 On
3.0n
3.0n
3.0n
3.0n
3 On
3.0n
3 On
3.0n
4.5n
4.5n
4.5n
4.5n
4.0n
4.0n
4.0n
4 On
3.0n
3.0n
3.0n
3.0n
3.0n
3 On
3.0n
3 On
3 On

1~:On
.On
3 On
8.0n

~)

15n

8.0n
3.0n
3.0n
3.0n
3 On

50n
50n
50n
50n
50n
50n
50n
50n
50n
50n
50n
50n
50n
50n
50n
50n
50n
50n
50n
50n
50n
50n
50n
50n

3.0n
3.0n
3.0n
3.0n
2.5n
2.5n
25n
25n
25n
2.5n
2.5n
2.5n
2.5n
2.5n
2.5n
2.5n
3.0n
3.0n
3.0n
3.0n
25n
25n
2.5n
2.5n
25n
2.5n
2.5n
2.5n
2.5n
2.5n
25n
25n
2.5n
2.5n
2.5n
2.5n
5 On

IN ORDER OF (l)TYPE OF GATE(2)LOGIC TYPE
(3ILEVEL"'(4ILEVEL'O'(SlMAX FREQ(6ITYPE No
MAX. MAX.
TEMP. CKT
DRAWINGS
TOTAL NOISE
PER LOGIC OUTLINE
PKG. REJECT LOW HI MO[ DWG. No DWG. No
l>=MO
DI~'
(V)
'C 'C

12:g~t

40mt
40mt
40mt
40mt
30m~
30m
20mt
20mt
10mt
10mt
50m!
50mt
40mt
40mt
40mt
40mt
40mt
30mt
30mt
20mt
20mt
10mt
10mt
50mt
50mt
600m
22mt
22mt
22mt
22mt
66mt
66mt
44mt
44mt
22mt
22mt
22mt
22mt
90mt
90mt
70mt
70mt
31ml>
31ml>
31ml>
31ml>
31ml>
31ml>
31ml>
31ml>
31ml>
31ml>
31ml>
31ml>
31ml>
31ml>
31ml>
31ml>
31ml>
31ml>
31ml>
31ml>
31ml>
31ml>
31ml>
31ml>
560ut
128m
155m
128m
155m
22mt
22mt
22mt
22mt
88mt
88mt
44mt
44mt
22mt
22mt
66mt
66mt
44mt
44mt
22mt
22mt
22mt
22mt
22mt
22mt
66mt
66mt
66mt
66mt
88mt
88mt
44mt
44mt
22mt
22mt
66mt
66mt
44mt
44mt
22mt
22mt
15mt

1.0

_550
-55
-55
-55
-55
-55
-55
-55
-55
-55
-55
-55

1~~

125
125
125
125
125

m
m
125
125

1~5 j~5
0
0
0
0
0
0
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

600m
600m
600m
600m
600m
600m
600m
600m
600m
600m
600m
600m
600m
600m
600m
600m
600m
600m
600m
600m
600m
800m
600m
600m

10
1.0
1.0
1.0
1.1
1.1
1.1
1.1
1.1
1.1
1.1
1.1
1.1
1.1
1.1
11
10
10
1.0
1.0
1.0
1.0
1.0
10
11
1.1
1.1
1.1
1.1
1.1
11
1.1
11
1.1
1.1
1.1
900m

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
0
0
0
0
0
0
0
0
0
0
0
0
0
0
-55
-55
0
0
-55
-55
-55
-55
0
0
0
0
-55
-55
-55
-55
-55
-55
-55
-55
-55
-55
0
0
0

70
70
70
70
70
70
70
70
70
70
70
70
70
75
75
75
75
75
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
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
75
75
125
125
75
75
125
125
125
125
75
75
75
75
125
125
125
125
125
125
125
125
125
125
75
75
75

: ~g:~m
4
4
4
4
3
3
2
2
1
1
2
2
4
4
4
4
4
3
3
2
2
1
1
2
2
6
1
1
1
1
3
3
2
2
1
1
1
1
2
2
2
2
1
1
2
2
2
3
3
3
4
4
4
4
1
1
2
2
2
3
3
3
4
4
4
4
2

1
1
1
1
4
4

~

1
1
3
3
2
2
1
1
1
1
1
1
3
3
3
3
4
4
2

~

1
3
3
2
2
1
1
1

T086
T0116
G04387 T086
G04387 T0116
G04387c T0116
G04358g T086
G04358h T0116
G04358' T086
G04358k T0116
G04358m T086
G04358n T0116
G04388 T086
G04388a T0116
G04358e T086
G04358f T0116
G04387 T086
G04387a T0116
G04387c T0116
G04358g T086
G04358h T0116
G04358j T086
G04358k T0116
G04358m T086
G04358n T0116
G04388 T086
G04388a T0116
G04358a
G04358a
G04358a
G04358a
G04377a
G04377a
G04377b
G04377b
G04377b
G04377b
G04377a
G04377g
G04377b
G04377b
G04377b
G04377b
G04273
G04273
G04273a
G04273a
G04273a
G04273b
G04273b
G04273b
G04273c
G04273c
G04273c
G04233a
G04273
G04273
G04273a
G04273a
G04273a
G04273b
G04273b
G04273b
G04273c
G04273c
G04273c
G04233a
G04415

T086
T0116
T086
T0116
T086
T0116
T086
T0116
T086
T0116
T086
T0116
T086
T0116
T086
T0116
T0116
T088
T0116
M157
T088
T0116
M157
T088
T0116
M157
T088
M157
T0116
T088
T0116
M157
T088
T0116
M157
T088
T0116
M157
T088
M157
Ml05aa

G04240c
G04240c
G04240c
G04240c
G043"77h
G04377h

M105ar
FP21b
Ml05ar
FP21b
Ml05m
FP21b
~ggn! Ml05m
FP21b
G04377k Ml05m
G04377k FP21b
G04377m Ml05m
G04377m FP21b
G04427 Ml05m
G04427 FP21b
G04427a Ml05m
G04427a FP21b
G04240c Ml05ar
G04240c FP21b
G04240c Ml05ar
G04240c FP21b
G04191a Ml05m
G04191a FP21b
G04191a Ml05m
G04191a FP21b
G04377h Ml05m
G04377h FP21b
G04377j Ml05m
FP21b
~g:n~l Ml05m
G04377k FP21b
G04377m Ml05m
G04377m FP21b
G04427 Ml05m
G04427 FP21b
G04427a Ml05m
G04427a FP21b
G04212h Ml05ar

120

LINE
No.
1
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
43
44
45
46
47
48
49
50
51
52
53
54
55
56
57
58
59
80
61
62
83

~

GATE

~~m~

RG123K
RG320D
RG320K
RG321D
RG321K
RG120D
RG120K
RG121D
RG121K
TG130F
TG130J
TG131F
TG131J
TG132F
TG132J
TG133F
TG133J
TNG5511F
TNG5512F
TNG5513F
TNG5514F
MC400F
MC400l,P%
MC402F
MC402lP%
MC406F
MC406l,P%
MC407F
MC407l,P%
MC408F
MC408lP%
MC412F
MC412l,P%
MC450F
MC450l,P%
MC452F
MC452lP%
MC456F
MC456l,P%
MC457F
MC457L,P%
MC458F
MC458lP%
MC462F
MC462l,P%
MC500F
MC500l
MC502F
MC502l
MC506F
MC506l
MC507F
MC507l
MC508F
MC508l
MC512F
MC512l
MC550F
MC550l
MC552F
MC552l

g~

~g~ggr

88
87
88
89
70
71
72
73
74
75
78
77
78
79
80
81
82
83
84
85
88
87
88
89
90
91
92
93
94
95
98
97
98
99

MC557F
MC557L
MC558F
MC558l
MC582F
MC582l
RG40D
RG40K
RG41D
RG41K
RG42D
RG42K
RG43D
RG43K
RG60D
RG80K
RG61D
RG81K
RG82D
RG82K
RG63D
RG83K
RGt30D
RG130K
RG131D
RG131K
RG140D
RG140K
RG141D
RG141K
RG142D
RG142K
RG1430
RG143K

l~

102
103
104
105
108
107
108
109
110

121

o ER- PRO~PE ~~A~
ATING CESS
OF

TYPE
No.

~~l~g~

RG191D
RG191K
RG192D
RG192K
RG193D
RG193K
N8470A
N8470F
N8470J

4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4

FREn.
(HzI

~g~

20M

20M
20M
20M
20M

LOGIC
LEVEL

~"1"
(VI

~~~
MO

~l~

3.1%
3.2%
M~~ 32%
~g~ 3.2%
32%
MO
3.2%
Mm 3.2%
3.2%
32%
MO~ 3.2%
3.2%
MO
3.2%
MO
3.2%
3.2%
3.2%
~g~ 32%
3.2%
MO
3.2%
MO~ 3.2%
3.2%
3.2%
MO
3.3
MO
3.3
33
~g~ 3.3
3.3
MO
3.3
MO
3.3
33
M~~ 33
~g~ 3.3
Mq~ 33
Mq~ 33
3,3
MO~
33
3,3
MO
MO
33
3,3
M~~
~g~ 33
3,3
Mq~ 3,3
Mq~ 33
MO~
3.3
3,3
MO
33
MO
3.3
3.3
3,3
MO
MO
33
33
3.3
~g~ 33
33
MO
3.3
M1:
3,3
MO
33
M~~ 3,3
~g~ 33
Mq~ 33
Mq~ 3,3
MON 3,3

M~~

~q~

M1~
M~~

M~~

M1~
M~~

M1~

M1~

M1~
M1~
M~~

M1~ g
3,3

MO
MO

M~~
~g~

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

D.A. T.A.

Mq~
Mq~
MO~

M1~

MO
MO

M~~

~g~
Mq~
Mq~
MO~

M1~

MO
MO

M~~

~g~
Mq~
Mq~
MO~

Mq~

M~~
MO

M~~

~g~

Mq~
Mq~
MO~

M1~

MO
MO

M~~

~g~

~~;
MO~
~g~

33
33
3,3
33
3,3
3,4
34
34
34
3.4
3,4
34
34
34
3.4
3.4
34
3.4
34
34
34
3.4
3.4
34
3.4
34
3.4
34
34
34
34
34
3.4
34
34
34
34
34
34
34
34
3.4%
34%
3.4%

.!J·O·
(VI
:g:
.40*
.40*t
40*t
.40*t
40*t
40*
.40*
40*
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
.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
26
.26
26
26
26
26
,28
28
28
28
26
.26
26
28
26
26
.26
,26
28
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
20
20
.35*t
35t*
.35*t

8FAN
. GATES
POWER
TYPE

IN

OUT

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
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL

19~

106
3
3
3
3
106
106
106
106
4
4
4
4
4
4
4
4
2
2
2
2
4
4
8
8
96
96
4
4
2
2
3
3
4
4
8
8
96
96
4
4
2
2
3
3
4
4
8
8
96
96
4
4
2
2
3
3
4
4
8
8
96
96
4
4
2
2
3
3
4
4
4
4
4
4
4
4
8
8
8
8
8
8
8
8
4
4
4
4
2
2
2
2
2
2
2
8
3
3
3
3
3
3
3
3
3
3
3

1~r
6t
11t
11t
6t
6t
15t
15t
7t
7t
36
36
24
24
36
36
24
24
36
36
24
24
12
12
12
12
12
12
12
12
12
12
12
12
6
6
6
6
6
6
6
6
6
6
6
6
15
15
15
15
15
15
15
15
15
15
15
15
15
7
7
7
7
7
7
7
7
7
7
7
15
15
7
7
12
12
8
8
15
15
7
7
15
15
8
8
30
30
15
15
15
15
7
7
12
12
8
6
15
15
7
7
12
12
6
6
9
9
9

SUPPLY PROPA- RISE
SPAN
GATION TIME
NEG. POS. DELAY
tr
(VI
(VI
(sl
(sl
g.g
00
0.0
00
00
0.0
00
0.0
0.0
0.0
0.0
0.0
00
0.0
00
0.0
00
00
0
0
0
0
0.0
0.0
00
0.0
0.0
00
00
00
0.0
0,0
00
00
00
00
00
00
0.0
00
00
00
0.0
0.0
0.0
00
0.0
0
0.0
0
0.0
0
0,0
0
00
0
0.0
0
00
0
00
0
00
0
00
0
00
0
00
0
0
0
0
0
0
0
0
0
0
0
0
0
00
0
00
0.0
0.0
00
0.0
0.0
0.0
00
0.0
00
00
00
00
00
00
00
00
0.0
0.0
0.0
00
00
0
0.0
0

~:g

50
5.0
50
50
50
5.0
50
50
5.0
8.0
80
80
80
70
7.0
7.0
70
8
7
8
7
5.0
50
5.0
50
50
50
5.0
5.0
50
50
5,0
50
50
50
50
50
5,0
50
50
50
50
5,0
5,0
50
50
8
50
8
50
8
5.0
8
5,0
8
50
8
50
8
50
8
50
8
5.0
8
5.0
8
50
8
5.0
50
5.0
50
50
5,0
5.0
50
50
50
50
50
5.0
5.0
50
50
5.0
50
50
50
50
50
5.0
50
5.0
50
5.0
50
50
50
50
50
50
50
5.0
50
5
5.0
5

~g~~

28n6
10n6
10n6
10n6
10n6
28n6
28n6
28n6
28n6
16n6
16n6
16n6
16n6
16n6
16n6
16n6
16n6
16n6
16n6
16n6
16n6
10n
10n
12n
12n
18n
18n
25n
25n
10n
10n
10n
10n
10n
10n
12n
12n
18n
18n
25n
25n
10n
10n
10n
10n
10n
10n
12n
12n
18n
18n
25n
25n
10n
10n
10n
10n
10n
10"
12n
12n
18n
18n
25n
25n
10n
10n
10n
10n
10n
10n
10n
10n
10n
10n
10n
10n
12n
12n
12n
12n
12n
12n
12n
12n
15n
15n
15n
15n
10n
10n
10n
10n
10n
10n
10n
10n
10n
10n
10n
10n
10n
10n
10n
10n
95n
95n
95n

~·2n

8.0n
8.0n
4.0n
4.0n
4.0n
4 On
8.0n
8.0n
8.0n
8.0n

MAX.
FALL
TIME
tf

(sl

1~·2n

5.0n
5.0n
2.5n
2.5n
2.5n
2.5n
5.0n
5.0n
5 On
5.0n

8.0n
8.0n
8.0n
8 On
8 On
8.0n
30n
30n

5.0n
5.0n
5.0n
5.0n
5 On
5 On
30n
30n

8,On
8 On
8.0n
8,On
8 On
8,On
8.0n
8,On
30n
30n

5,On
5,On
5,On
5 On
5 On
5,On
5.0n
5.0n
30n
30n

8,On
8.0n
8,On
8 On
8.0n
8.0n
8,On
8,On
30n
30n

5,On
5.0n
5.0n
5 On
5 On
5,On
5 On
5.0n
30n
30n

8.0n
8,On
8 On
8.0n
8.0n
8.0n
8.0n
30n
30n

5 On
5 On
5 On
5,On
5 On
5.0n
52n
5,On
30n
30n

8.0n
8.0n

5 On
5,On

1~·On

75n
75n
75n

IN ORDER OF (I)TYPE OF GATE(2)LOGIC TYPE
(3ILEVEL'I'(4ILEVEL'O'(5IMAX FREQ(6ITYPE No
MAX. MAX.
TEMP. CKT
DRAWINGS
TOTAL NOISE
PE~[ LOGIC OUTLINE
PKG. REJECT LOlA! HI MO DWG. No DWG. No
ll=MO
DIS~.
(W
(VI
'C 'C

l~~r I~gg~

15mt 900m
66mt 1.0
66mt 1.0
66mt 1.0
66mt 1.0
15mt 900m
15mt 900m
15mt 900m
15mt 900m
60mt 450m6
60mt 450m6
60mt 450m6
60mt 450m6
60mt 450m6
60mt 450m6
60mt 450m6
60mt 450m6
120mt 450m6
120mt 450m6
120mt 450m6
120mt 450m6
30mt 900m
30mt 900m
15mt 900m
15mt 900m
15mt 900m
15mt 900m
60mt 900m
60mt 900m
60mt 900m
60mt 900m
45mt 900m
45mt 900m
30mt 900m
30mt 900m
15mt 900m
15mt 900m
15mt 900m
15mt 900m
60mt 900m
60mt 900m
60mt 900m
60mt 900m
45mt 900m
45mt 900m
30mt 900m
30mt 900m
15mt 900m
15mt 900m
15mt 900m
15mt 900m
60mt 900m
60mt 900m
60mt 900m
60mt 900m
45mt 900m
45mt 900m
30mt 900m
30mt 900m
15mt 900m
15mt 900m
15mt 900m
15mt 900m
60mt 900m
80mt 900m
80mt 900m
80mt 900m
45mt 900m
45mt 900m
30mt 1,1
30mt 1,1
30mt 11
30mt 1.1
30mt 1.1
30mt 1.1
30mt 1.1
30mt 1.1
15mt 11
15mt 1.1'
15mt 11
15mt 1.1
15mt 1.1
15mt 11
15mt 11
15mt 1.1
80mt 1.1
80mt 1.1
60mt 11
60mt 1.1
60mt 11
80mt 11
60mt 11
80mt 1.1
80mt 1.1
80mt 1.1
80mt 1.1
80mt 1.1
45mt 1.1
45mt 11
45mt 1.1
45mt 1.1
45mt 1.1
45mt 1.1
45mt 1.1
45mt 1.1
17m6 1.4
17m6 1.4
17m6 1.4

SYMBOLS AND CODES
EXPLAINED IN INTERPRETER

Ig
0
-55
-55
-55
-55
-55
-55
-55
-55
-55
-55
-55
-55
0
0
0
0
-55
0
-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
-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
-55
-55
-55
-55
0
0
0
0
-55
-55
-55
-55
-55
-55
-55
-55
0
0
0
0
-55
-55
-55
-55
0
0
0
0
0
0
0

~~

75
125
125
125
125
125
125
125
125
125
125
125
125
75
75
75
75
125
75
125
75
75
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
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
75
75
75
75
125
125
125
125
75
75
75
75
125
125
125
125
125
125
125
125
75
75
75
75
125
125
125
125
75
75
75
75
75
75
75

1~1201~ar
11 ~g:~m
G04212h FP21b

3
3
3
3
1
1
1
1
2
2

M105m
FP21b
M105m
FP21b
M105ar
FP21b
M105ar
FP21b
FP21c
T0116
FP21c
T0116
2
FP21c
2
T0116
2
FP21c
2
T0116
4
FP21c
4
FP21c
4
FP21c
4
FP21c
2
T0116
2
T0116
1
T086
1
T0116
1
T086
1
T0116
2
T086
2
T0116
T086
:
T0116
3 G04358d T086
3 G04358d T0116
2 G04358d T086
2 G04358d
1 G04358 ig~J6
1 G04358 T0116
1 G04358a T086
1 G04358a T0116
2 G04360 T086
2 G04360 T0116
4 G04358c T086
4 G04358c T0116
3 G04358d T086
3 G04358d T0116
2 G04358d T086
2 G04358d
1 G04358 ig~J6
1 G04358 T0116
1 G04358a T086
1 G04358a T0116
2 G04360 T086
2 G04360 T0116
4 G04358c T086
4 G04358c T0116
3 G04358c T088
3 G04358c T0116
2 G04358d T088
2 G04358d T0116
T088
T()118
1 G04358a T086
1 G04358a T0116
2 G04380 T086
2 G04380 T0116
4 G04358c T086
4 G04358c T0116
3 G04358c T086
3 G04358c T0116
2 G0471
M105m
2 G0471
FP21b
2 G0471
M105m
2 G0471
FP21b
2 G0471
M105m
2 G0471
FP21b
2 G0471
M105m
2 G0471
FP21b
1 G04211 M105m
1 G04211 FP21b
1 G04211 M105m
1 G04211 FP21b
1 G04211 M105m
1 G04211 FP21b
1 G04211 M105m
1 G04211 FP21b
2 G04191 M105m
2 G04191 FP28
2 G04191 M105m
2 G04191 FP28
4 G04212f M105m
4 G04212f FP21b
4 G04212f M105m
4 G04212f FP21b
4 G04212f M105m
4 G04212f FP21b
4 G04212f M105m
4 G04212f FP21b
3 G04212e M105m
3 G04212e FP21b
3 G04212e M105m
3 G04212e FP21b
3 G04212e M105m
3 G04212e FP21b
3 G04212e M105m
3 G04212e FP21b
3 G04280a T0118
3 G04280a M157
3 G04280a T088

~

G04191a
G04191a
G04191a
G04191a
G04212h
G04212h
G04212h
G04212h
G0478b
G0478b
G0478b
G0478b
G0478b
G0478b
G0478b
G0478b
G0478d
G0478d
G0478d
G0478d
G04358d
G04358d
G04358
G04358
G04358a
G04358a
G04360
G04360

~g:~~:~

1~g:~~:

121

LINE
No.
1
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

~g:

~a

~

o ER· PRO·
~PE ~rA~

TYPE
No.

OF
GATE

I:

I~g:gg~
N8480J
S8470A
S8470F
S8470J
S8480A
S8480F
S8480J

~~~gg~

RG220K
RG221D

~g~H~

RG222K
RG223D
RG223K
RG240D
RG240K
RG241D
RG241K
RG242D
RG242K
RG243D
RG243K
RG260D

~g~g~~

RG261K
RG262D
RG262K
RG263D
RG263K
ZN5400E
ZN5400F
ZN5~21E

1~~5401F

39#
N5410E
40# ZN5410F
41# ZN5420E
42# ZN5420F
1~# ZN5430E
44# ZN5430F
45# ZN5440E
46# ZN5440F
ZN7400E
ZN7400F
49# ZN7401E
ZN7401F
ZN7410E
52# ZN7410F
53# ZN7420E
54# ZN7420F
55# ZN7430E
ZN7430F
ZN7440E
58# ZN7440F
MC2001F
59
MC2001LP%
60
61
MC2003F
MC2003L,P%
62
63
MC2005F
64
MC2005L.P%
65
MC2007F
66
MC2007LP%
MC2051F
g~ MC2051L.P%
69
MC2053F
MC2053L,P%
70
71
72
MC2057F
MC2057L,P%
75
MC2101F

:a
~~:

~~:

~~

~~

78
79
80
81
82
83
84

gg

87
88
89
90
91
92
93
94
95
96
97
98
99
100
101
102
103
104
105
106
107
108
109

122

~gg~~rp%
~glgJ~

MC2103L
MC::~105F

M~~105L
MC 107F

~gm~

MC2151L
MC2153F
MC2153L
MC2155F
MC2155L
MC2157F
MC2157L
SP357A
T200
T201
T202

gg~

4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4

T208
TNG5611F
TNG5612F
MC14023AL
MC14023CL.P ~
UL02C
M200
M202
M204

m~g~~~:~
i~:g~~:l~

4
4
4
4
4
4
4
4

ATiNG CESS

F~Z?'

LOGIC
LEVEL

,.3J '1 •

,!J '0'

IV)

tIll

~::~
~Q~
M6~ 3.4%

M1~

MO
MO

M~~
~g~
M~~
MO
MO~

M1~

MO
MO

M~~

~g~
M~~
M~~
MO~

M~~

MO

MO~

M~~

~gj
M~~

~g~
M~~
M~~
MO~

M1~

MO
MO

M~~
~g~

~Q~

MO

MO~

M1~

MO
MO

M~~
~g,
M~~
M~,
MO

M~~

MO

MO~

M~~

~g~
Mq~
Mq~

M6~
Mq~
Mq~
M6~

MO
M1j
MO

M~~

~g~

M~~
MO
MO~

MO~
MO
MO

~q~

MO~

M~~
MO

MO~

M~~

~g~

Mq~
Mq'
M6~
Mq~
Mq~

MO~

15M
15M
15M
15M
15M
15M

~COB~
PCB
PCB
PCB
PCB

PCf~

~g~
MO~

10Mt.
3.0M
3.0M
3.0M

D.A. T.A.

~~~1

~.4%

3.4%
34%
34%
3.4%
3.4%
3.5
35
3.5
3.5
3.5
3.5
3.5
3.5
3.5
3.5
3.5
3.5
35
3.5
3.5
35·
3.5
3.5
3.5
3.5
3.5
3.5
3.5
3.5
35
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
35
35
3.5
3.5
3.5
35
3.5
3.5
35
35
3.5
3.5
35
3.5
35
3.5
3.5
35
3.5
3.5
35
3.5
35
3.5
3.5
3.5
35
3.5
3.5
3.5
3.5
3.5
35
3.5
3.5
3.5
3.5
35
35%
5.0
5.0
50
5.0
5.0
5.0
5.0%
5.0%
9.99%

MOS 9.99%
~COBS ·9%
10
PCB
10
10
PC~~
10
~g~ 10
10
M~~
MO
10

.

.35*t
.35*t
35t*
.35*t
35*t
.35t*
.35*t
.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
.20
.20
20
.20
.20
20
.20
20
.20

.

8FANGATES
POWER
TYPE

++t
TTL

.20
.20
.20
.20
.25t
.25t
.25t
25t
25t
.25t
25t
.25t
.25t
.25t
.25t
.25t
.25t
.25t
.25t
.25t
.25t
.25t
25t
25t
.25t
.25t
.25t
.25t
25t
25t
.25t
25t
.25t
25t
25t
.25t
.60t*
00
00
0.0
0.0
0.0
00
.6*t
6*t
.01*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
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
HL
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

.01*t
·3.5*
0.0
00
0.0
.70
.70
70
.70

TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL

~g

IN

OUT

lJ

SUPPLY
SPAN

NI~~' Plt~·
~

2
3
3
3
2
2
2
8
2
2
2
2
2
2
2
2
4
4
4
4

:

4
4
8
8
8
8
8
8
8
8
2
2
2
2
3
3
4
4
8
8
4
4
2
2
2
2
3
3
4
4
8
8
4
4
2
2
4
4
8
8
3
3
2
2
4
4
8
8
3
3
2
2
4
4
8
8
3
3
2
2
4
4
8
8
3
3
2
2
3
4
2
4
8
2
2
3

3
8
2
3
4
10
10
16
16

~

9
9
9
9
9
9
9
11
11
11
6
6
9
9
5
5
11
11
6
6
9
9
5
5
11
11
6
6
9
9
5
5
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10

1~

10
10
10
10
9
9
9
9
9
9
9
9
5
5
5
5
5
5
5
5
11
11
11
11
11
11
11
11
6
6
6
6
6
6
6
6
40
10
10
10
30
30
10
36
36
50
50
2
50
50
50
8
8
12
12

b

PROPA· RISE
GATION TIME

DE~~Y

50
5
5
50
5
5
5.0
5
5
5.0
50
5.0
50
5.0
50
5
5
50
50
5.0
50
5.0
50
5.0
50
5.0
50
50
5.0
50
50
50
5.0
50
5.0
50
50
5.0
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

0.0
0.0
00
0.0
0.0
00
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
00
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
00
0
0.0
0.0
0.0
0.0
0.0
00
0.0
0
0
0.0

50
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
50
5.0
5.0
5.0
8
5.0
8
50
8
5.0
8
5.0
8
5.0
8
50
8
5.0
8
5.0
50
5.0
5.0
50
5.0
50
8
7
10

29n
29n
29n
29n
29n
29n
29n
29n
29n
29n
29n
29n
29n
29n
29n
29n
29n
29n
60n%
6.0n%
6.0n%
60n%
8.0n%
8.0n%
6.0n%
6.0n%
6.0n%
6.0n%
6.0n%
60n%
6.0n%
8.0n%
6.0n%
60n%
6.0n%
6.0n
6.0n%
6.0n
6.0n%
8.0n
6.0n%
6.0n
6.0n%
6.0n
60n%
6 On
60n%
8.0n
6.0n%
6.0n
50nt.
8.0n
8.0n
8.0n
8 On
IOn
8.0n
16nt.
16nt.
50nt.

0.0
30
0.0
0.0
00
0.0
00
00
0.0

10
0
10
10
10
12
12
12
12

60nt.
LOu
65n
40n
130n
lOOn
lOOn
lOOn
lOOn

~:g

I~)

~~~

O.Ou
0
0
0.0
0
0
0.0
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
00
0.0
00
0.0
0.0
00
0.0
0.0
0.0
0.0
0.0
00
0.0
0.0
00
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
00
0.0
0.0

Kg
00

MAX.
FALL
TIME

95n
95n
95n
95n
95n
95n
95n
8.0n
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 On
8.0n
8.0n
8.0n
8.0n
8.0n
8.0n
8.0n
8.0n
29n
29n
29n
29n
29n

:)

D)~X
~~~ H:::~ ~::

75n
75n
75n
75n
75n
75n
75n

~!!n

4.0n
4.0n
4.0n
4.0n
4.0n
4 On
4.0n
4.0n
4.0n
4.0n
4.0n
4.0n
4.0n
4.0n
4 On
4.0n
4.0n
4.0n
4.0n
4.0n
4.0n
4.0n
4.0n
4.0n
4.0n
4.0n
4.0n
4.0n
4.0n
4.0n
4.0n
4.0n

IN ORDER OF (1)TYPE OF GATE(2)LOGIC TYPE
13 LEVEL'1'I4 LEVEL'0'15)MAX FREQI6)TYPE No.
MAX. MAX.
TEMP. CKT
DRAWINGS
TOTAL NOISE
PER LOGIC OUTLINE
PKG.
REJECT LO'" HI MO[ DWG. No DWG. No
t.=MO
tV)
'C
'C

2.5n
2.5n
2.5n
2.5n
3.0n
3.0n
2.5n
2.5n
25n
2.5n
2.5n
25n
3.0n
3.0n
25n
2.5n
2.5n
2.5n
2.5n
2.5n
3.0n
3.0n
25n
2.5n
2.5n
2.5n
2.5n
2.5n
3.0n
3.0n
2.5n
2.5n

75n

75n

lIOn

lIOn

20n
20n
20n
80n
80n
80n
80n

20n
20n
20n
30n
30n
30n
30n

oU

17mt. 1.4
17mt. 14
17mt. 1.4
17mt. 1.4
17mt. 1.4
17mt. 1.4
17mt. 1.4
22mt 1.0
88mt 1.0
88mt 1.0
88mt 1.0
88mt 1.0
88mt 1.0
88mt 1.0
88mt 1.0
88mt 1.0
44mt 10
44mt 1.0
44mt 1.0
44mt 1.0
44mt 1.0
44mt 1.0
44mt 1.0
44mt 10
22mt 1.0
22mt 1.0
22mt 1.0
22mt 1.0
22mt 1.0
22mt 10
22mt 1.0
22mt 1.0
10m 1.0
10m 1.0
10m 1.0
10m 1.0
10m 1.0
12m 1.0
10m 1.0
10m 1.0
10m 10
10m 1.0
10m 1.0
10m 1.0
10m 1.0
10m 1.0
10m 1.0
10m 1.0
10m 1.0
10m 1.0
10m 1.0
10m 1.0
10m 1.0
10m 1.0
10m 1.0
10m 10
88mt 1.0
88mt 10
44mt 1.0
44mt
22mt 11:0
.0
22mt 1.0
66mt 1.0
66mt 1.0
88mt 1.0
88mt 1.0
44mt 1.0
44mt 1.0
22mt 1.0
22mt 1.0
66mt 10
66mt 1.0
88mt 1.0
~~mt 1.0
44mt 1.0
44mt 1.0
22mt 1.0
22mt 1.0
66mt 1.0
66mt 1.0
88mt 1.0
88mt 1.0
44mt 1.0
44mt 1.0
22mt 1.0
22mt 1.0
66mt 1.0
66mt 1.0
300m*
435m 1.0
325m 1.0
215,,!'1I 1.0
1.0
jfo~'Jj 1.0
1.0
gg:::r 450mt.
120mt 450mt.
LOu

0
·55
·55
·55
·55
·55
·55
·55
·55
·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
·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
0
0
0
0
0
0
0
0
·55
·55
·55
·55
·55
·55
·55
·55
·55
·55
·55
·55
·55
·55

lOu
760m

1.0

45m
45m
28m
28m

6.0
6.0
6.0
6.0

·40
·55
·55
·55
·55
·55
·55
·55
·55

92~~

SYMBOLS AND CODES
EXPLAINED IN INTERPRETER

:~~
0

7S b
75
125
125
125
125
125
125
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
125
125
125
125
125
125
125
125
125
125
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
75
75
75
75
125
125
125
125
125
125
125
125
125
125
125

m

125
125
125
75

·55 125
0 75
·55 125
85
175
95
95 .
95
125
125
125
125

: ~g:~~g

4 G04260
3 G042608
G042608
G042608
4 G04260
4 G04260
4 G04260
1
4 G04240b
4 G04240b
4 G04240b
4 G04240b
4 G04240b
4 G04240b

~

:
2
2
2
2

gg:~:gg

G04240
G04240
G04240
G04240

~ gg:~:g

2
2
1
1
1
1
1
1
1
1
4
4
4
4
3
3
2
2
1
1
2
2
4
4
4
4
3
3
2
2
1
1
2
2
4
4
2
2
1
1
3
3
4
4
2
2
1
1
3
3
4

G04240
G04240
G042408
G042408
G042408
G042408
G042408
G04240a
G042408
G04240a

iM~5;b
T088

~~n6
T088
T0116
M157
T088
Ml05k
Ml05m
FP28
Ml05m
FP28
Ml05m
FP28
Ml05m
FP28
Ml05m
FP28
Ml05m
FP28
Ml05m
FP28
Ml05m
FP28
Ml05m
FP28
Ml05m
FP28
Ml05m
FP28
Ml05m
FP28

~cJl:

M126
T086
M126

~~~~

T086
M126
T086
M126
T086
M126
T086
M126
T086
M126
T086
M126
T086
M126
T086
M126
T086
G04361 T086
G04361 T0116
G043618 T086
G043618 TOl16
G043608 T086
G043608
G04360b :::gJ~6
G04360b TOl16
G04361 T086
G04361 TOl16
G043618 T086
G043618
G043608 igJ~6
G043608 T0116
G04360b
G04360b :::g~~6
G04361 T086
TOl16
T086
G04361a TOl16
G043608 T086
G04360a
6
G04360b :mJJ
G04360b T0116
G04361 T086
G04361 TOl16
G043618 T086
G04361a TOl16
G04360a T086
G043608 T0116
G04360b
G04360b :m~~6
G04436 TOl16
G043m
C~~
G043c
CB
G043u
C~!!l
G043n
CBiZ!
csiZi
G043u
G043aa
G04330
G04330 FP21c
G04451 TOl16

~ gg:~gla

2
1
1
3
3
4
4
2
2
1
1
3
3
4
16
12
8
12
8
4
4
4
3

31G04451
2 G04375
16
12
8
4
4
2
2

~~~lC

TOl16
FP34

C~~
CB

~~~7

M126
M157
M126

122

LINE
No.

i!J

1
2
3
4
5
6
7
8
9
10
11
12
13#

1::
16#

m~

19#

~~:

22#

~~.

25#

~~:

28#
29#
30#
31
32
33
34
35
36
37
38
39
40
41
42

:~

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
73
74
75
76
77
78
79
80
81
82

:~.:Il

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

123

TYPE
No.

-NPE
OF
GATE

i~~~3~~:~
MC5426L
MC7426L.P%
MIC946·1C
MIC946·5C
MIC949·1C
MIC949·5C
MIC962·1C
MIC962·5C
MIC963·1C
MIC963·5C
MIC930R30
MIC930R60
MIC930R7D
MIC932R30
MIC932R60
MIC932R70
MIC936R3D
MIC936R6D
MIC936R7D
MIC944R30
MIC944R6D
MIC944R7D
MIC946R3D
MIC946R6D
MIC946R7D
MIC962R3D
MIC962R6D
MIC962R7D
RC6172T
RM6172T
RG222BL
RG223BL
RG242BL
RG243BL
RG262BL
RG263BL
RG220BL
RG221BL
RG240BL
RG241BL
RG260BL
RG261BL
MC453F
MC403F
MC403L.P%
MC453LP%
MC503F
MC503L
MC553F
MC553L
MC14501AL
MC14501CL
MC14501CP
MIC930·1B
MIC930·1C
MIC930·1D
MIC930·5B
MIC930--5C
MIC930--50
MIC936·1B
MIC936·1D
MIC936·5B
MIC936·5D
MIC937·1B
MIC937·1D
MIC937·5B
MIC937·50
MIC946·1B
MIC946·1D
MIC946·5B
MIC946·5D
MIC949·1B
MIC949·1D
MIC949·5B
MIC949·5D
MIC961·1B
MIC961·1C
MIC961·1D
MIC961·5B
MIC961·5C
MIC961·5D
MIC962·10
MIC962·5B
MIC962·5D
MIC963·5B
MIC963·50
MIC962·1B
MIC963·1B
MIC963·1D
MIC932·1B
MIC932·1C
MIC932·1D
MIC932·5B
MIC932·5C
MIC932·50
MIC944·1B
MIC944·1C
MIC944·1D
MIC944·5B
MIC944·5C
MIC944·5D
MC962G
MC963G
MC862G
MC863G
332AJ
332AL
332BL

o ER· PRO·
~rA~
ATING CESS

Fr~Z?'

4
4
4
4
43M
4.3M
43M
4.3M
4.3M
4.3M
4.3M
4.3M
4.3
4.3
43
4.3
4.3
43
4.3
4.3
43
4.3
4.3
43
4.3
4.3
43
4.3
4.3
43
4.3
4.3
43
4.3
4.3
43
4.3
4.3
43
4.3
4.3
43
4.3
4.3
431
4.3.1
4.3.1
431
4.3.1
4.3.1
431
4.3.1
4.3G
43G
4.3G
4.3M
43M
4.3M
4.3M
43M
4.3M
4.3M
43M
4.3M
4.3M
43M
4.3M
4.3M
43M
4.3M
4.3M
43M
4.3M
4.3M
43M
4.3M
4.3M
43M
4.3M
4.3M
43M
4.3M
4.3M
43M
4.3M
4.3M
43M
4.3M
4.3M
43M
4.3M

g~

4.3M
4.3M
43M
4.3M
4.3M
43M
4.3M
4.3M
43M
4.3M
4C
4C
4C
4C
4C
4C
4C

D.A. T.A.

~'1'

~Q~
MO~

M1~

MO
MO

Mq~
Mq~
MO~

M~~

MO

MO~

M:~

MO
MO

Mq~
Mq~
MO~

M~~

MO

MO~

M~~

~gj
M~~
~g~
M~~
MO

Mm

~~;
Mm
M~~
~g~
Mq~
Mq~
MO~

M~;
MO
Mm
M~~

~g~
Mq~
Mq~
MO~

M~;
MO
Mm
M~~
~g~
Mq~
Mq~

MOr

M~~

MO
Mm
MO
M::
MO

M~;

~g~

Mq~
Mq~

MON

M~~

MO
Mm

M~:

~g,

M~;

~gr

~qf

MOr

M~:

~g~
Mq~
Mq~

MOr

M~;
MO

MO~

M~~

~g~

Mq~
Mq~
MO~

M~~
MO

MON

MO~
MO
MO

M~~

~gr
Mq~
Mq~

MOr

M~:
MO

LOGIC
LEVEL

IVI

;~
15%
15%
1.9%
1.9%
1.9%
1.9%
1.9%
19%
1.9%
1.9%
1.9%
1.9%
1.9%
1.!!~
1.9%
1.9%
1.9%
1.9%
19%
1.9%
19%
1.9%
19%
19%
19%
19%
19%
1.9%
2.()%
2.0%
3.0%
3.0%
3.0%
3.0%
30%
3.0%
31%
3.1%
3.1%
31%
31%
3.1%
33
3.3
3.3
3.3
3.3
33
3.3
3.3
9.99%
9.99%
9.99%
1.9%
1.9%
1.9%
1.9%
1.9%
1.9%
1.9%
1.9%
1.9%
19%
1.9%
1.9%
19%
1.9%
19%
1.9%
19%
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%
1.9%
1.9%
1.9%
1.9%
1.9%
1.9%
1.9·%
1.9%
1.9%
1.9%
1.9%
19%
2.6%
2.6%
2.6%
2.6%
6.5*
6.5*
6.5*

.!J·O·
IIIl

.~~

40*t
.40*t
1 1*
1 1*
1.1*
1 1*
1.1*
1.1*
1.1*
1.1*
1.1*
1 1*
1.1*
1 1*
1 1*
1.1*
1 1*
1.1*
1.1*
1.1*
1.1*
1.1*
1.1*
1 l'
1.1'
1 1*
1 l'
1.1'
1.0'
1.0*
40'
.40'
.40*
.40'
40'
40'
.40'
40'
40'
40'
.40*
.40*
.25
.26
.26
.26
.26
.26
.26
.26
.01·t
.01·t
.01·t
1.1'
1.1'
1.1"
1.1"
1.1 *
1.1
1.1*
1.1 *
1.1*
1.1
1 1*
1.1 *
1.1*
1.1
1.1*
1 1*
1.1*
1.1
1 1*
1.1*
1.1*
11
1.1*
1 1*
1.1*
1.1*
11
1.1
1.1
1 1*
1.1
1.1*
1.1
1 1*
1.1*
1.1*
1.1*
1.1*
1.1*
1.1*
1.1*
1.1
1.1*
1.1*
1 1*
1.1*
1.1*
1.1
.40*
40*
.45*
.45*
5.0%
5.0%
5.0%

8FANGATES
POWER
TYPE

IN

·

OUT

1J
TTL
TTL
TTL
TTL
DTL
DTL
DTL
DTL
DTL
DTL
DTL
DTL
DTL
DTL
DTL
DTL
DTL
OTL
DTL
DTL
DTL
DTL
DTL
DTL
DTL
DTL
DTL
DTL
DTL
DTL
DTL
DTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL

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
TTL
TTL
TTL
TTL
TTL
TTL

nt

TTL
TTL
TTL
TTL
DTL
DTL
DTL
DTL
DTL
DTL
DTL

SUPPLY
SPAN

MAX.
PROPA· R!~.E FALL
GATION TIME TIME

N,~~. P~~. DE~~Y

1~

2
2
2
2
2
2
3
3
3
3

5t.
5t.

58

5t.
5t.
5t.
1
1
1

5t.
5t.
5t.

2
2
2
3
3
3
3
3
2
2
4
4
8
8
2
2
4
4
8
8
8
8
8
8
8
8
8
8
4t
4t
4t

5t.

3

5t.
5t.

3

5t.

1
1
1
1
1
1
1
1
2
2
2
2
2
2
2
2

5t.

3

5t.

58

5t.
5t.

3
3
3
3
3
3
3
3

5t.

3

5t.
5t.

3

5t.

58
3

58

5t.

3

5t.
2t
2t
2t
2t
2t
2t
2t

g Kg
10
10
8
8
7
7
8
8
7
7
8
8
8
25
25
25
8
8
8
25
25
25
8
8
8
8
8
8
11
11
9
5
9
5
9
5
11
6
11
6
11
6
6
12
12
6
15
15
7
7
50
50
50
8
8
8
8
8
8
8
8
8
8
7
7
7
7
8
8
8
8
7
7
7
7
7
7
7
7
7
7
8
8
8
7
7
8
7
7
25
25
25
25
25
25
25
25
25
25
25
25
8
7
8
7
5
5
5

00
00
0
0
0
0
0
0
0
0
0.0
00
00
0.0
0.0
0.0
00
0.0
0.0
0.0
0.0
00
00
0.0
0.0
00
0.0
0.0
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
00
0.0
00
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
00
0.0
00
0
0
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
00
0.0
0.0

g 1~~~

5.0
17n%
5.0
17n%
5.5
80nt.
80nt.
5.0
5.5
50nt.
50
50nt.
5.5
80nt.
5.0
80nt.
5.5
50nt.
5.0
50nt.
50
80nt.
50
80nt.
5.0
80nt.
5.0
80nt.
5.0
80nt.
50
80nt.
50
80nt.
50
80nt.
5.0
80nt.
5.0
50nt.
5.0
50nt.
50
50nt.
50
80nt.
5.0
80nt.
50
80nt.
80nt.
5.0
5.0
80nt.
80nt.
50
60
40n
6.0
40n
5.0
10nt.
10nt.
5.0
50
lOnt.
50
10nt.
5.0
12nt.
5.0
12nt.
10nt.
50
5.0
10nt.
5.0
10nt.
5.0
10nt.
5.0
12nt.
12nt.
50
5.0
l1n
lln
5.0
5.0
lln
5.0
lln
5.0
lln
8 lln
5.0
lln
8 lln
10 20n%
10 20n%
10 20n%
5.5
80nt.
5.5
80nt.
5.5
80nt.
5.5
80nt.
5.0
80nt.
5 80nt.
55
80nt.
5.5
80nt.
5 80nt.
5 80nt.
5.5
50nt.
5.5
50nt.
5 50nt.
5 50nt.
5.5
80nt.
5.5
80nt.
5 80nt.
5 80nt.
55
50nt.
5.5
50nt.
5 50nt.
5 50nt.
55
50nt.
5.5
50nt.
55
50nt.
5 50nt.
5 ~Qnt.
5 50nt.
5.0
80nt.
5 80nt.
5 80nt.
5.0
50nt.
5.0
50nt.
5.5
80nt.
5.5
50nt.
5.5
50nt.
5.5
80nt.
5.5
80nt.
5.5
80nt.
5 80nt.
5.0
80nt.
5 80nt.
5.5
50nt.
5.5
50nt.
5.5
50nt.
5 50nt.
5.0
50nt.
5 50nt.
5.0
30n%
5.0
25n%
5.0
30n%
5.0
25n%
15 350nt.
15 350nt.
12 350nt.

~~l

~~~

~l

3g~

IN ORDER OF (lITYPE OF GATE(2ILOGIC TYPE
13ILEVELTI4ILEVEL'0'15IMAX FREQf6lTYPE No
TEMP. CKT
MAX. MAX.
DRAWINGS
TOTAL NOISE
PER L=MO
(Wl
(VI
'C 'C

70n
70n
70n
70n

930n
930n
650n
650n

80n
80n

13u
13u

3.2
3.2
3.5
3.5
3.5
3.2

1.0 t:.
lOt:.

150mt
8.0mt:.
80mt:.
10mt:.
10mt:.

200m
200m
200m
200m

10m'*
10mt
360mt
360mt
40m

50 t:.
50 t:.

25m

200m
200m
500m

10

150~~ 50 t:.

150m'* 5.0 t:.

50 t:.

150~~ 50 t:.
150m
150m 5.0 t:.
150m~

90mt
100m
100m
100m
10mt
40m
40m
2,Omt
2,Omt
2,Omt
2,Omt
4,Omt
40mt
4,Omt
40mt
30mt
3,Omt
3,Omf
30mt
2.0mt
20mt
20mt
2.0mt
2.0mt
20mt
2.0mt
2.0mt
2,Omt
20mt
2,Omt
2,Omt
16mt
16mt
16mt
60mt
60mt
60mt
44mt
44mt
44mt
32mt
32mt
32mt
48mt
48mt
48mt
24mt
24mt
24mt
24mt
24mt
24mt
36mt
36mt
36mt
17mt
17mt
17mt
17mt

50 t:.
20

1.0
10
450m
450m
450m
450m
450m
450m
450m
450m
450m
450m
450m
450m
450m
450m
450m
450m
450m
450m
450m
450m
450m
450m
450m
450m
1,0 t:.
800mt:.
800mt:.

lOt:.

800mt:.
800mt:.

1,0 t:.

800mt:.
800mt:.

1,0 t:.

800mt:.
800mt:.

1,0 t:.

800mt:.
800mt:.

1.0 t:.

800mt:.
800mt:.
1,0 t:.
800mt:.
800mt:.
1,0 t:.
800mt:.
800mt:.
1,0
10
lOt:.

1,0 t:.
10

17mt
17mt
34mt
34",t
34mt
17mt
17mt
25mt
25mt
25mt
8,5mt
26mt
20mt
85mt
12mt
12mt

lOt:.
1,0 t:.
1,0

1,0 t:.
lOt:.
lOt:.
1,0 t:.
10

lOt:.
lOt:.
1.0 t:.
1.0 t:.
1.0 t:.
1.0 t:.
1.0 t:.
lOt:.

SYMBOLS AND CODES
EXPLAINED IN INTERPRETER

:~g ~~

,55
·30
-55
·30
-30
-55
0

125
70
125
85
85
125
70

g
6
6
6
6
6
6
6

-25
-55
-55
-55
-55
0
0
-55
-55
0
-25
-20
-55
-55
-55
·55
-55
0
0
-40
0
-40
0
-40
0
0
0
0
0
-20
-20
-55
-20
-55
-20
-55
-20
-55
-20
-55
-20
·55
-20
-55
·20
-55
-20
·55
-20
-55
·20
·55
-20
·55
-20
-55
0
0
-55
0
0
-55
0
0
·55
0
0
·55
0
0
-55
0
0
-55
0
0
-55
0
0
0
0
-55
-55
0
-55
·55
0
-55
-55
-55
-55
0
-55
-55
0
0
0
0
0
0

85
125
125
125
125
70
70
125
125
70
85
65
125
125
125
125
125
75
75
85
75
85
75
85
75
75
75
75
75
65
65
125
100
125
100
125
100
125
100
125
100
125
100
125
100
125
100
125
100
125
100
125
100
125
100
125
75
75
125
75
75
125
75
75
125
75
75
125
75
75
125
75
75
125
75
75
125
75
75
75
75
125
125
75
125
125
75
125
125
125
125
75
125'
125
75
75
75
75
75
75

6
2
2
3
3
4
4
1
1
6
6
4
4
3
2
1
2
3
4
4
3
3
2
2
2
2
2
2
2
5
3
2
2
2
2
4
4
4
4
3
3
3
3
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
4
4
4
4
4
4
2
2
2
3
3
3
3
3
3
2
2
2
2
2
2
2
4
4
4
2
2
·3
3
3
2
2
2
4
4
'2

I~g::gj IM~JOj
G04457
G04458
G04458
G04458
G04458
G04458
G04424a

M200
M200j
M200j
M319
M2OO1
M200j
Ml17w

G04424a
G04193c
G04193c
G04193e
G04193e
G04387c
G04387c
G04341a
G04341a
G04447a
G04447a
G04270
G04392
G04392a
G04392b
G04393
G04392b
G0492b
G04432
G04432
G04432a
G04432a
G04432b
G04432b
G04227c
G04218a
G04218a
G04218a
G04218
G04246
G04248
G04416
G04416
G04416
G04416
G04417
G04417
G04417
G04417
G04417a
G04417a
G04417a
G04417a
G04417b
G04417b
G04417b
G04417b
G04418
G04418
G04418
G04418
G04395
G04395
G04395
G04395
G0492
G0492
G0492
G04207a
G04207a
G04207a
G04154
G04154
G04154
G0492a
G0492g
G0492g
G0492g
G0492g
G0492g
G0492
G0492
G0492
G0492b
G0492b
G0492b
G0492b
G0492b
G0492b
G0427a
G04218
G04218
G04218
G04218a
G04218a
G04218a
G0427
G0492a
G0492a
G0492
G0492
G0492b
G0492b
G0492b
G0492
G04207a
G04154
G0492a
G0492a
G0492

Ml17w
FP22
FP22
T084
T084
M126d
M126d
FP22
FP22
CB31
T084
T084
T084
T084
T084
TOl16
TOl16
TOl16
TOl16
TOl16
TOl16
TOl16
Ml05ae
FP28b
M157
M126
M75a
CB31
CB31
FP28c
FP28c
Ml05e
Ml05e
FP28c
FP28c
Ml05e
Ml05e
FP28c
FP28c
Ml05e
Ml05e
FP28c
FP28c
Ml05e
Ml05e
FP28c
FP28c
Ml05e
Ml05e
FP28c
FP28c
Ml05e
Ml05e
TOl16
Ml05n
TOl16
TOl16
Ml05n
TOl16
TOl16
Ml05n
TOl16
TOl16
Ml05n
TOl16
TOl16
Ml05n
TOl16
TOl16
Ml05n
TOl16
TOl16
Ml05n
TOl16
TOl16
Ml05n
TOl16
Ml05e
Ml05e
M157
FP28c
Ml05e
M157
FP28c
Ml05e
M157
FP28c
M157
FP28c
Ml05e
M157
FP28c
Ml05'
Ml05j
Ml05j
Ml05'

~tlli

124

LINE
No.

~=
i#

~

TYPE
No.

1~~96~P

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
43
44
45
46
47
48
49
50
51
52
53
54
55
56
57
58
59
60
61
62
63
64
65
66

FCH231
04004
04005
04006
04007
04008
04011
04012
RC6178T
RC6179T
RC6180T
RC618lT
RC6184T
RC6185T
RM201D
RM201G
RM20lT
RM204D
RM204G
RM204T
RM206D
RM206G
RM211D
RM211G
RM21lT
RM214D
RM214G
RM214T
RM216D
RM216G
RM221D
RM221G
RM22lT
RM224D
RM224G
RM224T
RM226D
RM226G
RM231D
RM231G
RM23lT
RM234D
RM234G
RM234T
RM236D
RM236G
RM241D
RM241G
RM24lT
RM246D
RM246G
RM261D
RM261G
RM266D
RM266G
RM930J
RM930T
RM932J
RM932T
RM944D
RM944J
RM944T
RM946D
RM946J

g~

~~~:g~

RM949J
RM949T
RM961D
RM961J
RM96lT
RM962D
RM962J
RM962T
RM963D
78
RM963J
79
RM963T
80
RM6178T
81
RM6179T
RM6180T
82
RM618lT
83
RM6184T
84
RM6185T
85
86
SN5330
87
SN5331
SN5360
88
9930DM
89
9930FM
90
91
9930HM
92
9932HM
93
9944HM
94
9946DM
95
9946FM
96
9949DC
97
9961DC
98
9962DM
99
9962FM
100
SN15930
101
SN15944
SN15946
102
103# 9930-9-31
9930-9-6A
9932-9-31
106# 9932-9-6A
9946-9-31
9946-9-6A
9962-9-31
1~g: 9962-9-6A
69
70
71
72
73
74
75

~~

19~:

19a

125

4-tlPE
OF
GATE
4M
4M
4M
4M
4M
4M
4M
4M
4M
4M
4M
4M
4M
4M
4M
4M
4M
4M
4M
4M
4M
4M
4M
4M
4M
4M
4M
4M
4M
4M
4M
4M
4M
4M
4M
4M
4M
4M
4M
4M
4M
4M
4M
4M
4M
4M
4M
4M
4M
4M
4M
4M
4M
4M
4M
4M
4M
4M
4M
4M
4M
4M
4M
4M
4M
4M
4M
4M
4M
4M
4M
4M
4M
4M
4M
4M
4M
4M
4M
4M
4M
4M
4M
4M
4M
4M
4M
4M
4M
4M
4M
4M
4M
4M
4M
4M
4M
4M
4M
4M
4M
4M
4M
4M
4M
4M
4M
4M
4M
4M

o ER- PRO~~A~
ATING CESS
F~~Z?'
50M
50M
50M
5.0M
5.0M
5.0M
5.0M

D.A. T.A.

LOGIC
LEVEL
1.1'1'
IV)

I~~~
MO

19%
2.0%

PCB
PCB
PCB
PCB
PCB
PCB

20%
2.0%
2.0%
20%
2.0%
2.0%
20%
2.0%
2.0%
2.0%
2.0%
2.0%
20%
2.0%
2.0%
20%
2.0%
20%
20%
2.0%
20%
2.0%
20%
20%
2.0%
20%
20%
20%
20%
2.0%
20%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%

Pcr~

~g~

M~~
~g~

M~~

MO

MO~

~~~
MO
M~~
MO
MO~

Mq~
Mq~

M6~

M~~

MO

MO~

M~~

MO
MO

Mq~
Mq~
MO~

M1~

MO
MO

Mq~
Mq~

M6~

M1~

MO
MO

M~~

~g~
Mq~
Mq~

M6~
Mq~
Mq~
MO~

M1~

MO
MO

M~~
~g~
Mq~
Mq~

M6~

M~~

MO

MO~

M1~

MO
MO
Mq~
Mq~
M6~

M1~

MO
MO

M~~

~g~

M~~

MO

MO~

M~~

~g~
Mq~
MO~
MO~

M~~

MO

MO~

M~~

~g~
M~~

~g~
Mq~
MO~
MO~

M1~

MO
MO

M~~
~g~

M~~

MO

MO~

~g~

~.g~

20%
20%
2.0%
2.0%
2.0%
20%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
20%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
20%
2.0%
20%
2.0%
20%
2.0%
20%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
20%
20%
20%
2.0%
2.0%
25%
2.5%
25%
26%
2.6%
26%
2.6%
26%
26%
2.6%
2.6%
2.6%
2.6%
26%
2.6%
26%
2.6%
26%
26%
2.6%
26%
2.6%
2.6%
2.6%
2.6%

.!J'O'
IV)
1.1*
1.1*
.80*
95*
.95*
.95*
.95*
.95*
95*
.95*
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*
10*
1.0·
1.0*
1.0*
10*
1.00*
1.0*
1.0·
10·
1.0·
10·
1.0·
10·
10*
1.0·
1.0*
1.0*
10*
10·
1.0*
1.0*
1.0*
1.0*
10·
1.0·
1.0·
1.0*
1.0*
1.0*
10*
1.0*
10*
10·
1.0*
10·
1.0·
1.0*
10*
10*
1.0*
10*
1.0*
10*
1.0*
1.0*
1.0*
1.0*
1.0*
10*
10*
1.0*
1.0*
1.0*
10*
1.0*
1.0*
10*
1.0*
10*
10*
10*
10*
30*
.30*
30*
40t*
40t*
40t*
40t*
.40t*
.40t*
40t*
40t*
.40t*
40t*
40t*
40t*
.40t*
40t*
45t*
.45t*
.45t*
.45t*
45t*
.45t*
.45t*
45t*

8. GATES

TYPE

FAN
OUT
IN

£J

~+t

DTL
DTL
DTL
DTL
DTL
DTL
DTL
DTL
DTL
DTL
DTL
g:rL
TL
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
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

POWER
SUPPLY
SPAN

NI~1' P~~.
~

5/:;
2
5/:;
5/:;
5/:;
3
2t
5t
3t
3t
2t
2t
3t
3t
3
3
3
51:;

5/:;
5/:;
3t
3t
4
4
4
7l:J.
7l:J.
7/:;
3
3
4/:;
4/:;
4/:;
9/:;
10/:;
9/:;
3/:;
3/:;
5/:;
5/:;
51:;

10/:;
10/:;
10/:;
3
3
4
4
4
2
2
5/:;
5/:;
2
2
5/:;
3t
5/:;
5/:;
51:;

5/:;
3t
2
2
2
2
2
2
5/:;
5/:;
3t
3
3
3
3
3
3

~~

2t
2t
3t
3t
3
3
2
5/:;
5/:;
5/:;
5/:;
51:;

2
2
2
5/:;
3
3
5/:;
5/:;
2
5/:;
5/:;
51:;

5/:;
2
2
3
3

~

10
8
25
25
8
8
8
8
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
11
11
11
11
11
11
11
11
11
11
11
11
11
11
11
11
11
11
8
8
25
25
25
25
25
8
8
8
7
7
7
7
7
7
8
8
8
7
7
7
11
11
11
11
11
11
10
10
10
8
8
27
8
27
8
8
7
7
8
8
8
27
8
8
8
25
25
8
8
8
8

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
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
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
0.0
0.0
0.0
0.0
0.0
00
0.0
0.0
00
00
0.0
0.0
00
0.0
0.0
0.0
0.0
0.0
00
0.0

~:O

5
5
5
5
5
5
5
5.0
60
6.0

g.g

60
6.0
60
6.0
6.0
6.0
60
60
6.0
6.0
6.0
60
6.0
60
60
6.0
60
60
60
60
60
6.0
60
6.0
6.0
6.0
6.0
6.0
6.0
60
6.0
60
6.0
6.0
6.0
6.0
6.0
60
6.0
6.0
6.0
60
6.0
50
5.0
50
5.0
5.0
5.0
50
5
5
5
5
5
5
5.0
50
5.0
5
5
5
5.0
50
50
6.0
6.0
6.0
6.0
6.0
6.0
7
7
7
50
5.0
8.0
80
8.0
50
5.0
8.0
8.0
5.0
5.0
8.0
8.0
8.0
5.0
5.0
5.0
5.0
50
5.0
5.0
50

MAX.
PROPA- RISE
FALL
GATION TIME TIME
tr
DE~~Y Is)

fs)

~g~%
93n
90n/:;
80n/:;
50n/:;
70n/:;
90n/:;
90n/:;
65n/:;
48n
48n
48n
48n
48n
48n
40n
40n
40n
57n
57n
57n
48n
48n
40n
40n
40n
57n
57n
57n
48n
48n
40n
40n
40n
57n
57n
57n
48n
48n
40n
40n
40n
57n
57n
57n
48n
48n
40n
40n
40n
48n
48n
40n
40n
48n
48n
30n
30n
35n
35n
30n
30n
30n
30n
30n
30n
25n
25n
25n
25n
25n
25n
30n
30n
30n
25n
25n
25n
48n
48n
48n
48n
48n
48n
25n
25n
25n
80n/:;
80n/:;
36n
36n/:;
36n
80n/:;
80n/:;
36n
36n
80n/:;
80n/:;
80n/:;
50n/:;
80n/:;
80n/:;
80n/:;
80n/:;
80n/:;
80n/:;
80n/:;
80n/:;
80n/:;

18n

8.0n

IN ORDER OF (l)TYPE OF GATE(2)LOGIC TYPE
131LEVELTI41LEVEL'O'I51MAX FREQ(6ITYPE No
MAX. MAX.
TEMP. CKT
DRAWINGS
TOTAL NOISE
LOGIC OUTLINE
PE~C
PKG,
REJECT LOVI HI MO DWG. No DWG. No
DISS.
6=MO
IV)
'C
'C
IW)
1I.".mt 1.Q /:;
~g
~g:~~~ ~1ggi
12mt 1.0/:;
11m 1.2
0 70
2 G0470b TOll~
16
250m 1.0/:;
0 75
475m 1.0/:;
0 75
8
400m 10/:;
0 75
8
240m 1.0/:;
0 75
8
12
300m 1.0/:;
0 75
18
240m 1.0/:;
0 75
350m/:; 1.0/:;
0
75
10
33mt 550m
75
0
3 G0469d T010l
33mt 550m
75
0
3 G0469d T010l
44mt 550m
4 G0464f T010l
0
75
44mt 550m
75
G0464f T010l
0
G046ge T010l
33mt 550m
75
0
3 G046ge T010l
33mt 550m
0
75
22mt 550m
-55 125
2
Ml05k
22mt 550m
-55 125
2 G0428
T084
T010l
22mt 550m
-55 125
2 G0428
Ml05k
llmt 550m
-55 125
1
llmt 550m
-55 125
1 G0428e T084
llmt 550m
-55 125
1 G0428e T010l
33mt 550m
-55 125
Ml05k
3
33mt 550m
-55 125
3 G0428k T084
22mt 550m
-55 125
Ml05k
2
22mt 550m
2 G0428a T084
-55 125
T010l
22mt 550m
-55 125
2 G0428a
Ml05k
llmt 550m
-55 125
1
llmt 550m
-55 125
1 G0428m T084
llmt 550m
-55 125
1 G0428f T010l
33mt 550m
-55 125
Ml05k
3
33mt 550m
-55 125
3 G0428j T084
22mt 550m
-55 125
2
Ml05k
22mt 550m
-55 125
2 G0428b T084
22mt 550m
-55 125
2 G0428b T010l
llmt 550m
-55 125
1
Ml05k
llmt 550m
-55 125
1 G0428h T084
llmt 550m
-55 125
1 G0428g T010l
60mt 550m
-55 125
3
Ml05k
60mt 550m
-55 125
3 G0464b T084
Ml05k
22mt 550m
-55 125
2
22mt 550m
-55 125
2 G0428c T084
22mt 550m
-55 125
2
T010l
Ml05k
20mt 550m
-55 125
1
20mt 550m
-55 125
1 G0469c T084
20mt 550m
-55 125
1 G0469f T010l
60mt 550m
-55 125
Ml05k
60mt 550m
-55 125
G0464a T084
40mt 550m
-55 125
Ml05k
2
40mt 550m
-55 125
2 G0464c T084
40mt 550m
-55 125
2 G0464h T010l
44mt 550m
Ml05k
-55 125
4
4 G0467a T084
44mt 550m
-55 125
Ml05k
40mt 550m
-55 125
2
40mt 550m
-55 125
2 G0464d T084
44mt 550m
Ml05k
-55 125
4
44mt 550m
-55 125
4 G0467a T084
17mt 500m
2 G0427a FP28
-55 125
2 G0427p T0100
-55 125
17mt 500m
FP28
56mt 500m
-55 125
2
56mt 500m
T010l
-55 125
2
Ml05m
44mt 500m
-55 125
44mt 500m
-55 125
FP28
44mt 500m
T010l
-55 125
2
Ml05m
36mt 500m
-55 125
4
36mt 500m
-55 125
4
FP28
T010l
36mt 500m
4
-55 125
Ml05m
36mt 500m
-55 125
4
-55 125
FP28
36mt 500m
4
36mt 500m
T010l
-55 125
4
17mt 500m
2 G0427a Ml05m
-55 125
17mt 500m
2 G0427a FP28
-55 125
2 G0427p T0100
-55 125
17mt 500m
24mt 500m
-55 125
Ml05m
24mt 500m
-55 125
FP28
T010l
24mt 500m
3
-55 125
21mt 500m
-55 125
Ml05m
3
FP28
21mt 500m
-55 125
3
21mt 500m
T010l
3
-55 125
33mt
-55 125
3 G0469d T010l
33mt ggg~
-55 125
3 G0469d T010l
44mt ~~Om
-55 125
4 G0464f
44mt 550m
-55 125
4 G0464f
33mt 550m
-55 125
3 G046ge T010l
33mt 550m
3 G046ge T010l
-55 125
24mt
2 G04200e T089
-55 125
36mt
-55 125
3 G04200a T084
48mt
125
4 G04200b T084
-55
32m
-55 125
G041e
M157
32m
-55 125
G041e
FP28b
FP28
17m 1.0
2 G041e
-55 125
-55 125
17m 1.0
2 G04218 T0100
17m 1.0
-55 125
2 G04218a T0100
4 G0427
M157
62m
-55 125
62m
-55 125
4 G0427
FP28b
36m 1.0
0
75
4 G0492a TOl16
17m 1.0
75
2 G0492
TOl16
0
48m
-55 125
3 G0492b M157
48m
-55 125
3 G0492b FP28b
2 G04217 T084
-55 125
10m
-55 125
2 G04218a T084
10m
20m
-55 125
4 G04217a T084
FP28b
40m
0
75
2 G041e
40m
0
75
2 G041e
M157
150m
0
75
2 G04218 FP28b
2 G04218 M157
0
75
150m
0
75
4 G0427
FP28b
80m
75
4 G0427
M157
80m
0
75
FP28b
0
60m
~Igg:~~g M157
75
60m
0

g

~

~

~

~

~

:m101

45n
45n
45n

40n
40n
40n

SYMBOLS AND CODES
EXPLAINED IN INTERPRETER

~

125

LINE
No.

f§J

TYPE
No.

~ I~~~~~~~

3
4
5
6
7
8
9
10
11
12
13
14
15

1;

18
19
20
21
22
23
24
25
26
27
28

SFC946E
SFC962E
SN15830
SN15830N
SN15832
SN15848
SN15846N
SN15862
SN15862N
SN15932
SN533
SN5310
SN5311

I~~m~
SN7315

~~n~~

SN736D
SN15844
SN15844N
RIll
SN512B
SN514B
SNR512
SNR514
9907·1·5B
~g: 9915·1·5B
31
MC728F
MC728G
Tl02D2·14
34# Tl02F2
Tl04D2·14
Tl04F2
37# Tl07D2·14
Tl07F2
Tl12D2·14
40# Tl12F2
41
TG220F
42
TG220J
43
TG221F
44
TG221J
45
TG222F
46
TG222J
47
TG223F
48
TG223J
49
TG240F
50
TG240J
51
TG241F
52
TG241J
53
TG242F
64
TG242J
55
56
57
TG260F
58
ig~:W
59
60
TG261J
TG262F
TG262J
63
TG263F
64
TG263J
Tl02Bl·14
g~: Tl02Dl·14
67# Tl02Fl
Tl04Bl·14
Tl04Dl·14
70# Tl04Fl
Tl05Bl·14
Tl05Dl·14
73# Tl05Fl
Tl07Bl·14
Tl07Dl·14
76# Tl07Fl
Tl12Bl·14
Tl12Dl
79# Tl12Fl
r757
M53208P
82# M53209P
83. SN5408J
84
SN5408N
~~5. SN5408W
86
SN5409J
87
SN5409N
88
I!iN5409S
89", SN5409W
90. SN5410W
91+ SN5420J
92. SN5420W
93. SN7408J
94. SN7408N
95
SN7408W
96
SN7409J
97
SN7409N
98
SN7409S
99. SN7420J
100
SN7440S
T7408Bl
T7409Bl
TG40F
TG40J
105
TG41F
106
TG41J
107
TG42F
108
TG42J
109
ig:~~
110

~~#

U!
~::

ig~!~~

:~

:::
n!
~~:

~~:

:~#

19~!
19~

,126

[tiPE
OF
GATE

o ER· PRO·
~rA~
ATiNG CESS
FrJZ?'

:~

4M
4M
4M
4M
4M
4M
4M
4M
4M
4M
4M
4M
4M
4M
4M
4M
4M
4M
4M
4M
4M
4M
4M
4M
4M
4M
4M
4M
4M
4M
4M
4M
4M
4M
4M
4M
4M
4M
4M
4M
4M
4M
4M
4M
4M
4M
4M
4M
4M
4M
4M
4M
4M
4M
4M
4M
4M
4M
4M
4M
4M
4M
4M
4M
4M
4M
4M
4M
4M
4M
4M
4M
4M
4M
4M
4M
4M
4M
4M
4M
4M
4M
4M
4M
4M
4M
4M
4M
4M
4M
4M
4M
4M
4M
4M
4M
4M
4M
4M
4M
4M
4M
4M
4M
4M
4M
4M
4M

LOGIC
LEVEL

lJ'l'
litl

~q; U~

MOl

M~!

M~,
MO

M~:

~gi
M~~
~gr
M~!
M~r

MO

M~:

~gi
MQ!
MQ~
MOr
4.DM

D~A. T.A.

M~J
MO
PCB
M~:

~gi
~g:
MO'

M~~

MO
MO'
MO
Ml:
MO

M~;

~g~
MQ~
Mq~

MOl
MO
Ml:
MO

M~~
~g~

Mq~
Mq~

MOl

MO
M1!
MO

M~:

~gi
M~!
M~,

MO

19!
MO
M

M~:

~gi
MQ!
MQ~
MOr
MO
MO
Mm
MO
Ml:
MO

M~~
~g~

~COJ
MOl
MO
M1:
MO

M~f
~g,
M~;
MO

MOl

M~:

~gi
M~~
~gr
MQ!
MQ!
MOr

M~!

MO
MO

M~:

~gi
MQ!
MQ~
MOr

M~:
MO

2.6%
2.6%
2.6%
2.6t
2.6%
26%
2.6%
2.6%
2.6%
2.6%
27
2.7%
2.7%
4.0*
4.0*
4.0*
4.0*
4.0*
4.0*
6.0%
6.0%
·3.0
.30*
.30*
.30*
.30*
.90
.90
1.7%
1.7%
1.7%
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%
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%
1.8%
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%
2.0%
20%
2.0%
20%
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%
24%

iJ,O'

TYPE

lJ

8FAN
· GATES
POWER

IN

OUT

NI~~' PR,~'

[V)

.m:

.45t*
45t*
.45*t
.45
.45*t
.45*t
.45*t
.45*t
.45*t
.45*t
.30
.3*t
.3*t
.40*
.40*
.40*
.40*
40*
.40*
.45*t
.45*t
0.0
2.5%
2.5%
2.5%
2.5%

.10
.10
.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*
1.1*
1.1*
1.1*
1.1*
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*
.80
.80*
80*
.80*
80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80
.80
.45*t
.45*t
.45*t
.45*t
.45*t
45*t
.45*t
.45*t

DTL
DTL
DTL
DTL
DTL
DTL
DTL
DTL
DTL
DTL
DTL
DTL
DTL
DTL
DTL
DTL
DTL
DTL
DTL
DTL
DTL
DTL
DTL
DTL
RCT
RCT
RCT
RCT
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
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
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

5l>
5l>
2
3
4l>
4l>
5l>
2
2
3
3
5l>
3
6l>
5

6l>

5
Ill>
3
3
2
5l>
5l>
3l>
6
3
6
3
4
3
5
5
2
2
4
4
8
8
2
2
2
2
2
2
2
2
2
2
4
4
4
4
4
4
4
4
8
8
8
8
8
8
8
8
2
2
2
4
4
4
6l>
6l>
6l>
8
8
8
2
2
2
2
2
2
2
2
2
2
2
2
2
3
4
4
2
2
2
2
2
2
4
4
2
2
4
4
4
4
4
4
4
4

2~

8
8
8
8
25
8
8
8
8
25
10
10
10
10
10
10
10
10
10
27
27
20
5
5
5
5
5
10
4
4
10
10
10
10
10
10
44
44
15
15
7
7
15
15
7
7
15
15
7
7
15
15
7
7
15
15
7
7
15
15
7
7
10
10
10
10
10
10
10
10
10
10
10
10
40
40
40
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
7
7
15
15
7
7

g:g
00
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
0
0.0
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
0.0
0.0
0.0
0.0
0.0
00
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
0.0
0.0
0.0
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
0.0
0.0
0.0
0.0
g:8

5.0
50
5.0
5.0
8
8
8
8
8
8
8
8
8
7
7
7.0
7
7
7
7
7
8
8
10
8
8
8
8.0
3.0
3.0
4
4
50
5.0
50
5.0
50
5.0
5.0
5.0
7.0
7.0
7.0
70
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
70
7.0
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
5.0
50
5.0
5.0
5.0
5.0
5.0
5.0
50
5.0
5.0
5.0
5.0
50
5.0
5.0
5.0
5.0
5.0
5.0
5.0
50
70
7.0
7.0
70
7.0
7.0
7.0
70

IN ORDER OF (l)TYPE OF GATE(2)LOGIC TYPE
13ILEVEL'l'14ILEVEL'O'(5IMAX FREQ/SITYPE No
MAX.
PROPA· RISE
FALL
GATION TIME TIME

DE~~Y
80nl>
80nl>
80nl>
80nl>
80nl>
80nl>
80nl>
80nl>
80nl>
80nl>
80nt.
80nt.
25n
30n
25n
35n
20n
35n
20n
20n
20n%
50nt.
50nt.
80n
60n
80n
60n
27n
27n
12nl>
12nl>
12nt.
12nt.
12nl>
12nl>
6.0n
6.0n

15nl>
15nl>
15nl>
15nl>
15nl>
15nl>
18nl>
18nl>
18nl>
15nl>
15ml>
15nl>
6.0n
6.0n
6.0n
27n
27nl>
32nl>
27nl>
27nl>
27nl>
32nl>
32nl>
32nl>
32nl>
22n%
22nl>
22n%
27nt.
27nt.
27nt.
32nt.
32nt.
32nt.
22nt.
22n%
27nl>
32nl>
12n
12n
12n
12n
12n
12n
12n
12n

~~I

~l

45n
50n
45n
50n
45n
50n
45n
45n
45n

40n
40n
40n
40n
40n
40n
40n
40n
40n

60n
80n
70n
80n
70n

50n
1.4u
1.0u
1.4u
1.0u

MAX. MAX.
TEMP. CKT
DRAWINGS
TOTAL NOISE
LOGIC OUTLINE
PE~[
PKG.
REJECT LO~ HI MO DWG. No DWG. No
t.=MO
IVI
'C
'C
75
Ig
IggU~8
l~g~
75
80m
0
75
4 G0427
M126
60m
0
75
3 G0492b M126
10mt
0 75
2 G04217 T084
10mt
0 75
2 G04217 M126
10mt
0 75
2 G04218 T084
20mt
0 75
4 G04217a T084
20mt
0 75
4 G04217a M75a
15mt
0 75
3 G04217b T084
15mt
0 75
3 G04217b M75a
10m
·55 125
1 G04218 T084
24m 200m
2 G04200c ZB5
·55 125
12mt
1 G04200d T089
·55 125
24m
·55 125
2 G04200 T084
12m
0
70
1 G04200d T091
24m
0 70
2 G04200
12m 1.0
0 70
1
24m
0 70
2 G04200e T089
36m
0 70
3 G042008 T084
48m
0 70
4 G04200b T084
10mt
0 75
2 G042188 T084
10mt
0 75
2 G042188 M75a
273m 800m
·20
65
3 G04123 CB31
8.0mt 200m
·55 125
1 G04341 FP22
8.0mt 200m
·55 125
2 G04193b FP22
8.0mt 200m
·55 125
1 G04341 FP22
8.0ml> 200m
·55 125
1 G04193b FP22
19mt
·55 125
1 G0367
T099
38mt
·55 125
2 G0392
T0100
7.5mt
15 55
1 G03187 T091
7.5mt
15 55
1 G03187 T099
44mt 400m
4 G032508 Ml05e
·55 125
44mt 400m
4 G032508 FP28c
·55 125
22mt 400m
2 G03250 Ml05e
·55 125
22mt 400m
2 G03250 FP28c
·55 125
llmt 400m
·55 125
1 G03250c Ml05e
llmt 400m
1 G03250c FP28c
·55 125
44mt
·55 125
4
Ml05A
44mt
·55 125
4
FP28c
88mt 1.0 l>
·55 125
4 G043z
FP21c
88mt 1.0 l>
4 G043z
·55 125
T0116
88mt 1.0 t.
·55 125
FP21c
4 G043z
88mt 1.0 t.
·55 125
4 G043z
T0116
88mt 1.0 t.
0
75
4 G043z
FP21c
88mt 1.0 l>
0
75
4 G043z
T0116
88mt 1.0 l>
0
75
FP21c
: gg:~~
88mt 1.0 l>
0
75
T0116
44mt 1.0 l>
·55 125
2 G043x
FP21c
44mt
·55 125
2 G043x
FP21c
44mt
·55 125
2 G043x
FP21c
44mt
·55 125
2 G043x
FP21c
44mt
0
75
~ Igg:~~ FP21c
44mt
0
75
FP21c
44mt
0
75
2 G043x
FP21c
44mt
0
75
FP21c
~ gg:~~ FP21c
22mt 1.0 t.
·55 125
22mt 1.0 l>
1 G043w
·55 125
T0116
22mt 1.0 l>
1 G043w l~r21C
·55 125
22mt 1.0 l>
1 G043w
·55 125
0116
22mt 1.0 l>
0
75
1 G043w
FP21c
22mt 1.0 l>
0
75
1 G043w
T0116
22mt 10 l>
0
75
1 G043w
FP21c
22mt 1.0 l>
0
75
1 G043w
T0116
44mt 400m
0
75
4 G032508 Ml05e
44mt 400m
0
75
4 G032508 Ml05e
44mt 400m
0
76
4 G032508 FP28c
22mt 400m
0
75
Ml05e
~ gg~~~g Ml05e
22mt 400m
0
75
22mt 400m
0
75
2 G03250 FP28c
22mt 400m
0
75
Ml05e
22mt 400m
0
75
Ml05e
22mt 400m
0
75
2 G03248 FP28c
llmt 400m
0
75
1 G03250c
llmt 400m
0
75
1 G03250c
llmt 400m
0
75
1 G03250c FP28c
44mt
0
75
4
Ml05e
44mt
0
75
4
M126h
44mt
0
75
4
FP28c
0
70
16
CBIZI
0
75
4 G04414 Ml05'
0
75
4 G04401
130~;
130m
·55 125
: gg::l: M126a
130m
·55 125
·55 125
4 G04414 l>004AA
130~;
·55 125
M157
130~'lE
: gg::gl M1268
130m
·55 125
·55 125
4 G04401 T084
130~;
130m
·55 125
4 G04401 t.004AA
30mt 1.0 t.
·56 125
3 G0414a t.004AA
20mt 1.0 l>
·55 125
2 G0414b M157b
1.0 l>
·55 125
t.004AA
0
70
M157b
0
70
4 G04414 M126e
130~;
0
70
4
G04414
T084
130~'lE
130m
0
70
4 G04401 M157
0
70
4 GD4401 M1268
130~;
130m
0
70
T084
20mt 1.0 l>
0
70
M157b
1.0 l>
0
70
2 G0415
T084
130m
0
70
4 G04414 M1268
130m
0
70
4 G04401 M126a
30mt 450mt. ·55 125
1 IG0478b FP21c
30mt 450mt. ·55 125
1 G0478b T0116
30mt 450ml> ·55 125
1 G0478b FP21c
30mt 450mt. ·55 125
1 G0478b T0116
30mt 450ml> 0
75
1 G0478b FP21c
30mt 450ml> 0
75
1 G0478b T0116
30mt 450mt. 0
75
FP21c
~ g~g:g T0116
30mt 450ml> 0
75

DI~X

~

~m

ig::

~ gg~~:~

~lg~:

ng~,

l~g~~

2°~i

SYMBOLS AND CODES
EXPLAINED IN INTERPRETER

~lg~b

~Igg:l~~

~I~g:~~~

126

LINE
No.

§J

~

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

~i

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
81
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

~i

93
94
95
96
B7
B8
B9
100
101
102
103
104
105
106
107
108

l~g

127

~~A~

-.j1PE o ER- PROOF
ATING CESS
GATE FREQ.
(Hz)

TYPE
No.

+~60~

4M
4M
4M
4M
~~g~~
4M
TG120F
4M
TG120J
4M
TG121F
4M
4M
TG121J
TG122F
4M
TG122J
4M
TG123F
4M
TG123J
4M
TG140F
4M
TG140J
4M
TG141F
4M
TG141J
4M
TG142F
4M
TG142J
4M
TG143F
4M
TG143J
4M
TG190F
4M
TG190J
4M
TG191F
4M
TG191J
4M
TG192F
4M
TG192J
4M
TG193F
4M
TG193J
4M
N8H16A
4M
4M
4M
4M
N8H70A
N8H70J
4M
N8H80A
4M
N8H80J
4M
N8855A
4M
N8855F
4M
4M
N8855J
S8H18A
4M
S8H16F
4M
S8H18J
4M
S8H70A
4M
S8H70J
4M
S8H80A
4M
S8H80J
4M
S8855A
4M
4M
S8855F
4M
S8855J
TG200F
4M
TG200J
4M
4M
TG201F
TG201J
4M
4M
TG202F
TG202J
4M
TG203F
4M
TG203J
4M
TRWG220#1 4M
4M
4M
TRWG240#2 4M
SNG40J
4M
SNG40W
4M
SNG41J
4M
SNG41W
4M
SNG42J
4M
SNG42W
4M
SNG43J
4M
SNG43W
4M
SNG60J
4M
SNG60W
4M
SNG61J
4M
SNG61W
4M
SNG62J
4M
4M
SNG62W
4M
SNG63J
SNG63W
4M
SNG120J
4M
SNG120W
4M
4M
SNGI21J
4M
SNG121W
SNG122J
4M
SNG122W
4M
SNG123J
4M
SNG123W
4M
SNG130J
4M
SNG130W
4M
SNGI31J
4M
SNG131W
4M
SNG132J
4M
SNG132W
4M
SNG133J
4M
SNG133W
4M
SNG140J
4M
SNG140W
4M
SNGI41J
4M
SNG141W
4M
SNG142J
4M
SNG142W
4M
SNG143J
4M
SNG143W
4M
SNG190J
4M
SNG190W
4M
SNGI91J
4M
SNG191W
4M
4M
4M

M~~

~g~

~~~
MO~
M~~
M~~

Mm

M~~
MO

Mm

M~~

~g~
M~~
M~~
MO~

M~~

MO

MO~

M~~

~g~
M~~
M~~
MO~

Ml~

MO
MO

~:~l~~

M~~

~g~
M~~
MO
MO~

~~;

Mm

~g~
MO~
M~~
M~~
MO~

M~~
MO
MO~

Ml~

MO
MO

M~~

~g~
M~~
MO
MO~

Ml~

~~:g~~g~~

~~~l~~~

~'1'

(V)

~::%
~Q~
MO~ 2.4%

4M
4M

TG61F
TG61J
TG62F
TG62J

LOGIC
LEVEL

MO
MO
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

D.A. T.A.

M~~
~g,
M~~
MO
MO'
MO
Ml:
MO
Mq~
Mq~

MO~

M~~
MO
Mm
MO
Ml:
MO

M~~

~g~
Mq~
Mq~
MO~

M~~

MO

MO~

M~~

~g~
Mq~
Mq~

MO'

M~~

MO
Mm

M~~

~gr

Mq~
Mq~
MO~

M~~

MO

MO~

~g~

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%
24%
2.4%
2.4%
2.4%
2.4%
2.4%
2.4%
24%
24%
2.4%
2.4%
2.4%
2.4%
2.4%
2.6%
2.6%
2.6%
2.6%
2.6%
26%
2.6%
26%
2.6%
2.6%
2.6%
2.6%
2.6%
2.6%
2.6%
2.6%
2.6%
2.6%
2.6%
2.6%
2.8%
2.8%
28%
2.8%
2.8%
2.8%
28%
2.8%
3.3
33
33
33
3.3
3.3
3.3
3.3
33
33
3.3
3.3
3.~

3.3
3.3
3.3
3.3
3.3
33
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
33
3.3
3.3
3.3
3.3
3.3
3.3
3.3
3.3
3.3
3.3
3.3
3.3

f!J·O·
IV)

:5:~

45*t
.45*t
.45*t
.45*t

::5:~

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
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
40*t
.40*t
40*t
40t*
.40*t
40*t
40t*
.40*t
40*t
.40*t
.40*t
40*t
40*t
.40t*
.40*t
.45
.45
45
.45
.45
.45
.45
.45
.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
.26
.26
.26
.26
.26
.26
.26
.26
26
.26
26
.26
.26
.26
.26
.26
.26
.26
26
.26
.26

a.

GATES
FAN
POWER

TYPE

~

I++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
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL

IN

::8
8
8
8
8
8
SA
8A
SA
SA
8A
SA
8A
SA
2
2
2
2
2
2
2
2
3
3
3
3
3
3
3
3
4
4
4
3
3
2
2
4
4
4
4
4
4
3
3
2
2
4
4
4
9
9
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
8
9A
9A
9A
9A
9A
9A
9A
9A
4
4
4
4
4
4
4
4
2
2
2
2
2
2
2
2
3
3
3
3
3
3

OUT

SUPPLY
SPAN

NI~1' P~~.
~5 0'0 ~:O

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
30
30
60
60
60
30
30
30

~O

30
30
60
60
60
15
15
15
15
7
7
7
7
11
11
11
11
15t
15t
7t
7t
12t
12t
6t
6t
15t
15t
7t
7t
12t
12t
6t
6t
15t
15t
7t
7t
12t
12t
6t
6t
30t
30t
15t
15t
24t
24t
12t
12t
15t
15t
7t
7t
12t
12t
6t
6t
15t
15t
7t
7t
12t
12t

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
0.0
0.0
0.0
00
0.0
0.0
0.0
0.0
0.0
00
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
00
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
00
00
0.0
0.0
0.0
0.0
0.0
00
00
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
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
00
0.0
00
0.0
0.0
0.0
0.0
0.0

7.0
7.0
7.0
7.0
70
70
7.0
7.0
7.0
7.0
7.0
7.0
7.0
7.0
7.0
7.0
7.0
7.0
70
70
7.0
7.0
70
7.0
7.0
7.0
7.0
7.0
7.0
7.0
5
5.0
5
5
5
5
5
5
50
5
5
5.0
5
5
5
5
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
50
5.0
5.0
5.0
5.0
5.0
50
5.0
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
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
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0

PROPA- RISE
GATION TIME

DE~~Y

}~l

~~~

MAX.
FALL
TIME

fsl

12n
12n
12n
12n
12n
12n
12n
12n
12n
12n
12n
12n
12n
12n
12n
12n
12n
12n
12n
12n
12n
12n
12n
12n
12n
12n
12n
12n
12n

6.b~n%
6.0n%
60n%
6.0n%
60n%
6.0n%
8.0n%
15n%A
15n%
15n%A
6.0n%
60n%
8.0n%
6.0n%
6.0n%
6.0n%
8.0n%
15n%A
15n%
15n%A
10n%
10n%
10n%
10n%
10n%
10n%
10n%
10n%
6.0n
2.5n
6.0n
2.5n
2.5n
6.0n
6.0n
2.5n
IOn
5.0n
IOn
5.0n
IOn
5 On
IOn
5.0n
IOn
5.0n
IOn
5.0n
IOn
5.0n
IOn
5.0n
12n
5.0n
12n
5.0n
12n
5.0n
12n
5.0n
12n
5.0n
12n
5.0n
12n
5.0n
12n
5.0n
18n
5.0n
18n
5.0n
18n
5.0n
18n
5.0n
18n
5.0n
18n
5.0n
18n
5.0n
18n
5.0n
25n
30n
25n
30n
25n
30n
25n
30n
25n
30n
25n
30n
25n
30n
25n
30n
IOn
5.0n
IOn
5.0n
IOn
5.0n
IOn
5.0n
IOn
5.0n
IOn
5.0n
IOn
5.0n
IOn
5.0n
IOn
5.0n
IOn
5.0n
IOn
5.0n
IOn
5.0n
IOn
5.0n
IOn
5.0n

IN ORDER OF (I)TYPE OF GATE~&FIC TYPE
(3 LEVEL'I'(4 LEVEL'0'(5)MAX FRE 6)TYPE No.
TEMP. CKT
DRAWINlil;
MAX. MAX.
TOTAL NOISE
PER
1~!JTLlNE
PKG. REJECT LOlli HI Moe DW8.I~O DWG. No
l1=MO
DI~X
IVI
'C 'C

~ 5:::~ 1:50:::~

15mt
15mt
15mt
15mt
15mt
15mt
15mt
15mt

l~:::~

50n
50n
50n
50n
50n
50n
50n
50n
50n
50n
50n
50n
50n
50n
50n
50n
50n
50n
50n
50n

4.0n
4.0n
4.0n
4.0n
8.0n
8.0n
80n
8.0n
8.0n
8.0n
8.0n
80n
8.0n
8.0n
8.0n
8.0n
8.0n
8.0n
8.0n
8.0n
8.0n
8 On
8.0n
8.0n
8.0n
8.0n
8.0n
8.0n
30n
30n
30n
30n
30n
30n
30n
30n
8.0n
8.0n
8.0n

1~·On

8.0n
8.0n
8.0n
8.0n
8.0n
8.0n
8.0n
8.0n
8.0n
8.0n

15mt
15mt
15mt
15mt
60mt
60mt
60mt
60mt
60mt
60mt
60mt
60mt
45mt
45mt
45mt
45mt
45mt
45mt
45mt
45mt
46mA
46mA
46mA
46mA
46mA
46mA
46mA
57mA
57mA
57mA
46mA
46mA
46mA
46mA
46mA
46mA
46mA
57mA
57mA
57mA
20m
20m
20m
20m
20m
20m
20m
20m
88m
88m
44m
44m
15m
15m
15m

l~:::

15m
15m
15m
15m
15m
15m
15m
15m
15m
15m
15m
15m
15m
15m
15m
15m
15m
15m
15m
30m
30m
30m
30m
30m
30m
30m
30m
15m
15m
15m
15m
15m
15m
15m
15m
45m
45m
45m
45m
45m
45m

450mA
450mA
450mA
450mA
450mA
450mA
450mA
450mA
450mA
450mA
450mA
450mA
450mA
450mA
450mA
450mA
450mA
450mA
450mA
450mA
450mA
450mA
450mA
450mA
450mA
450mA
450mA
450mA
450mA
450mA
600m
600m
600m
600m
600m
600m
600m
600m
600m
600m
600m
600m
600m
600m
600m
600m
600m
800m
600m
800m
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
900m
900m
900m
900m
900m
900m
900m
900m
900m
900m
900m
900m
900m
900m
900m
900m
900m
900m
900m
900m
900m
900m
900m
900m
900m
900m
900m
900m
900m
900m
900m
900m
900m
900m
BOOm
BOOm
900m
BOOm
900m
BOOm
BOOm
BOOm
BOOm
BOOm
900m
900m

SYMBOLS AND CODES
EXPLAINED IN INTERPRETER

: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
-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
-55
-55
0
0
0
0
-55
-55
-55
-55
-55
-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
-55
-55
0
0
0
0
-55
-55
-55
-55
0
0
0
0
-55
-55
-55
-55
0
0

m

125
125
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
75
75
75
75
125
125
125
125
125
125
125
125
125
125
125
125
125
125
75
75
75
75
125
125
125
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
125
125
125
75
75
75
75
125
125
125
125
75
75
75
75
125
125
125
125

~~

~ I~o:~::

1
1
1
1
1

G0478
G0478
G0478
G0478
G0478

1
1
1
1
1
1
1
4
4
4
4
4
4

G0478a
G0478a
G0478a
G0478a
G0478a
G0478a
G0478a
G0478d
G0478d
G0478d
G0478d
G0478d
G0478d

1~:;Wis
FP21c
T0116
FP21c
T0116
FP21c

llgg:~:a ~~Jll:

Igg:~g~

:
3 G0478q
3 G0478q
3 G0478,;

~

3
3
3
2
2

1~9478q

Igg:~g~

G0478q
G0478q
G0415h
G0415h
G0415h
G0415c
3 G0415c

~

: gg:l~j
2 G0415k

~Igg:m

2 G0415h
2 G0415h
2 G0415h

~I~g:l~~

4 G0415'
4 G0415J

~

2
1
1
1
1
1
1
1
1
4
4
2
2
2
2
2
2
2
2
2
2
1
1
1
1
1
1
1
1
1
1

gg:m
G0415k
G0478h
G0478h
G0478h
G0478h
G0478h
G0478h
G0478h
G0478h
G04240b
G04240b
G04240
G04240
G0471
G0471
G0471
G0471
G0471
G0471
G0471
G0471
G04212g
G04212g
G04212ii
G04212g
G04212g
G04212ii
G04212g
G04212g
G04212h
G04212h

1
1
1
1
2
2
2
2
2
2
2
2
4
4
4
4

G04212h
G04212h
G04212h
G04212h
G04191
G04191
G04191
G04191
G04191
G04191
G04191
G041Bl
G04212f
G04212f
G04212f
G04212f

:
4
4
3
3
3
3

G04212f
G04212f
G04212e
G04212e
G04212e
G04212e

llgg:~m

gg:~m

~ Iggm~:

T0116
FP21c
T0116
FP21c
T0116
FP21c
T0116
FP21c
T0116
FP21c
T0116
FP21c
T0116
FP21c
T0116
FP21c
T0116
FP21c
T0116
FP21c
T0116
FP21c
T0116
T0116
M157
T088
T0116
T088
T0116
T088
T0116
M157
T088
T0116
M157
T088
T0116
T088
T0116
T088
T0116
M157
T088
T085
T0116
!Q85

~g~!16
T
5
T0116
T085
T0116
~!57

Ml~~7
Ml
M126
M157b
A004AF
M157b
A004AF
M157b
A004AF
M157b
A004AF
M157b
A004AF
M157b
A004AF
M157b
A004AF
M157b
A004AF
M157b
A004AF
M157b
A004AF
M157b
A004AF
M157b
A004AF
M157b
A004AF
M157b
A004AF
M157b
A004AF
M157b
A004AF
M157b
A004AF
M157b
A004AF
M157b
A004AF
M157b
A004AF
M157b
A004AF
M157b
A004AF
~1157b
004AF

127

LINE
No.
1
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
43
44
45
46
47
46
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

~

TYPE
No.

-NPE
OF
GATE

I~~~l~~~

TRWG40#1
TRWG40#2

i~~g~g:~

TRWG120#1

i~~gl~g:~

TRWG130#2
TRWG140#1
TRWG140#2
TRWG190#1
TRWG190#2
RG132D
RG132K
RG133D
RG133K
RG7510D
RG7510K
RG7511D
RG7511K
RG7512D
RG7512K
RG7513D
RG7513K
N8455A
N8455F
N8455J
S8455A
S8455F
S8455J
SNG220J
SNG220W
SNG221J
SNG221W
SNG222J
SNG222W
SNG223J
SNG223W
SNG240J
SNG240W
SNG241J
SNG241W
SNG242J
SNG242W
SNG243J
SNG243W
SNG260J
SNG260W
SNG261J
SNG261W
SNG262J
SNG262W
SNG263J

¥~~~6l6~#1

TRWG260#2
SNG200J
SNG200W
SNG201J

1~~G201W

4M
4M
4M
4M
4M
4M
4M
4M
4M
4M
4M
4M
4M
4M
4M
4M
4M
4M
4M
4M
4M
4M
4M
4M
4M
4M
4M
4M
4M
4M
4M
4M
4M
4M
4M
4M
4M
4M
4M
4M
4M
4M
4M
4M
4M
4M
4M
4M
4M
4M
4M
4M
4M
4M
4M
4M
4M
4M
4M
4M
4M
4M
4M
4M
4M
4M
4S
4S
4S
4S
5
5
5
5
5
5

o ER- PRO~~A~
ATING CESS
F~~~.
~g~
20M
20M
20M
20M
20M
20M
20M
20M
20M
20M
20M
20M
20
20
20
20
20
20
20
20
20
20
20
20

ME08
UL51L#2
CD4030AD
CD4030AE
CD4030AK
CM4030AD
CM4030AE
SCL4030AD
SCL4030AE
SCL4030AF
INS4030S
HD1A4030-9
HD1A4030-2
341CJ
MIC341-1D
93# MIC341-1Dl
MIC341-5D
MIC341-5Dl
96# SFC450HE
SFC450HPM
SFC450PM
99# SFC451PM
R131
100
101
SW1812M
102
SW1812P
103. 562
104
SN5370
105
MC1912F
106
MC1912L
107
MC1812F
108
~~i:iJL,P%
109

~~#
~~:

~a

128

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

~'1'

.!J·O·

(VI

(VI

~q~
M6~

M~~

MO
MO

M~~
~g~
Mq~
Mq~
M6~

M~~

MO

MO~

M~~

~g~
M~~
MO~
MO~

M~~

MO

MO~

M1~

MO
MO

M~~

~g~
M~~
M~~
MO~

M~~
M~~
MO
M~~
MO~
MO~

M~~

MO

MO~

M~~

~g~
M~~

~g~
M~~
MO
MO~

:g~

40M
40M

MO
M
M~~
M~~
M6~
M~~
M~~
MO~

M~~

MO

MO~

NG202J
SNG202W
SNG203J
SNG203W
MC3129F
MC3129L
MC3029F
MC3029L.P%
N8241A
N8241Q
,S8241A
S8241F
S8241Q
MC14507AL
MC 14507CL.P ~5

78
79
80
81
82
83
84
85
86
87
88
89
90

LUijlC
LEVEL

M~~

~g~
Mq~
Mq~
MO~

M~~

MO
Mm

M~~
~g,

MO
5.0M

10M
10M
10M

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
3.4
3.4
3.4
3.4
3.4
34
3.4
3.4
3.4
3.4
34
3.4
3.4%
34%
3.4%
3.4%
3.4%
34%
3.5
3.5
35
3.5
3.5
3.5
3.5
3.5
35
3.5
3.5
3.5
3.5
3.5
3.5
3.5
3.5
3.5
35
3.5
3.5
3.5
3.5
3.5
3.5
3.5
3.5
3.5
3.5
3.5
3.5
35
35
3.5
24%
24%
2.5%
25%
2.6%
2.6%
2.6%
2.6%
26%
4.99%

MOS 4.99%
5.0
MO -3.5%
MO
10
10
M~§ 10
~gs 10
10
M~§ 10
~gs 10
10
MO
10
MO
15
18
M~~ 11.3

Pcr~

M~~
~g~

:~g
.26
.26
.26
.26
.26
26
.26
.26
.26
.26
26
.26
.20
.20
.20
.20
.20
20
.20
20
.20
.20
20
.20
35*t
35t*
.35*t
.35*t
.35t*
.35*t
.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
.26
26
.26

:~~

.26
26
.26
.40*t
.40*t
.40*t
.40*t
.40t
40t
.40t
.40t
.40t
.01*t
.01*t
0.0
-9.0*
O.Ot
OOt
O.Ot
O.Ot
O.Ot
0.0
0.0
0.0
O.Ot
0.0
0.0
1.2t

M~~
MO~
MO~

M~~

MO

MO~

10M
5.0M

I~

D.A. T.A.

~J>:
MO~

~cO:
MO~

M~~

MO

MO~

0.0
1.9%
19%
20%
2.5%
2.6%
26%
2.6%

I~g~ ~:g?,

-3.0
12*
1.2*
45*
30*
.40*t
40*t
.45*t

::~:t

8.FANGATES
POWER
TYPE

IN

OUT

f£J
TTL
TTL
TTL
TTL

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
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL

nt

TTL
TTL
TTL
TTL
TTL
TTL
TTL

CMS
CMS
CMS
DDL
DTL
DTL
DTL
DTL
DTL
DTL
DTL
DTL
DTL
DTL
DTL
DTL
DTL
DTL
DTL
DTL
DTL
DTL

SUPPLY
SPAN

NI~~' P~~.
~

4
4
8
8
9
9
4
4
2
2
3
3
4
4
4
4
2
2
2
2
2
2
2
2
4
4
4
4
4
4
2
2
2
2
2
2
2
2
4
4
4
4
4
4
4
4
8
8
8
8
8
8
8
8
8
8
9b
9b
9b
9b
9/\
9b
9b
9b
3
3
3
3
2
2
2
2
2
2
2
2
3
2
2
2
2
2
2
2
2
2
2
2
SA
6b
SA
SA
SA
2
4
4
4
2
2
2
2
4
2
2
2
2
4

g~

Kg

~.g

15t
15t
15t
15t
15t

0.0
0.0
0.0
0.0
0.0
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
0.0
0.0
0.0
0.0
0.0
00
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
00
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

50
5.0
50
5.0
50
50
5.0
50
5.0
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
50
5.0
5
5.0
5
5
5.0
5
5.0
5.0
50
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
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

0.0
0.0
0.0
0.0
0.0
0.0
00
0.0
0.0
0.0
00
0.0
0.0

~:O
.0
5.0
5.0
5.0
50
5.0
50
50
5.0
5.0
50
5.0
5.0
5.0

0.0
0
27
0.0
00
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
00
0.0
00
0.0
0.0
0.0
0
0
0
0
15
0.0
00
00
0
0.0
0.0
0.0
00
0

5.0
5
0.0
10
10
10
10
10
10
10
10
10
15
18
12
12
15
12
15
7
7
7
7
10
80
8.0
7.0
7
50
5.0
5.0
50
7

~~t
Ot
30t
15t
15t
15t
15t
24
24
12
12
30
30
15
15
24
24
12
12
25
25
25
25
25
25
11
11
6
6
9
9
5
5
11
11
6
6
9
9
5
5
11
11
6
6
9
9
5
5
11
11

go.0

20
20
20
20
20
50
50
8
50
50
50
50
50
50
50
5

10
10
10
10
8t
8t
8
10
8
8
8
8
10

MAX.
PROPA- RI~_E
FALL
TIME
TIME
GATION

DE~Y

~~I

~I

1!!n
IOn
IOn
IOn
12n
12n
18n
18n
25n
25n
IOn
IOn
IOn
IOn
15n
15n
15n
15n
15n
15n
15n
15n
15n
15n
15n
15n
95n
95n
95n
95n
95n
95n
6.0n
6.0n
60n
6.0n
6.0n
6.0n
6.0n
6.0n
6.0n
6.0n
6.0n
6.0n
6.0n
60n
6.0n
6.0n
6.0n
6.0n
6.0n
6.0n
6.0n
6.0n
6.0n
6.0n
6.0n
6.0n
lIn
lIn
lIn
lIn
lIn
lIn
lIn
lIn
6.0n
6.0n
6.0n
6.0n
IOn
IOn
IOn
IOn
IOn
75n

!!.!!n
5.0n
5.0n
5.0n
5.0n
5.0n
5.0n
5.0n
30n
30n
5.0n
5.0n
5.0n
5 On

!!.!!n
8.0n
8.0n
8.0n
8.0n
8.0n
8.0n
8.0n
30n
30n
8.0n
8.0n
8.0n
8.0n

2.5n
2.5n
25n
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
3.0n
3 On
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

75n
75n
75n
75n
75n
75n
4.0n
4.0n
4 On
4.0n
4.0n
4.0n
4.0n
4.0n
4.0n
4.0n
4.0n
4.0n
4.0n
4.0n
4.0n
4.0n
4.0n
4 On
4.0n
4.0n
4.0n
4.0n
4.0n
4.0n
4 On
4.0n
4.5n
4.5n
4.5n
4.5n
45n
4.5n
4.5n
4.5n

175n

50n
50n
50n
50n
50n
175n

75n
25n

200n

200n

100nb
150nb
100nb
100nb
150nb
lOOn
lOOn
lOOn
25n

o

40n
40n
40n
20nt

300nt.

170nt.
220nt.

g

l~~

1

~gg~

1

2.5u%
350m
60mt
10u%
100u%
10u%
200m
200m
40n
lOu
40n
lOu
40n
lOu
20nt
30u%
200m
200m
144m

2.2 b
1.0

40mt
40mt
20mt
20mt
40m
125mt
125mt
396mt
24mt
130m
130m
130m
130m
12m

400m
400m
400m
400m
1.0
1.0
1.0

6n
6n
13n
13n
30n
30n
40n%
65n
40n
40n
40n
40n
65n%

IN ORDER OF (I)TYPE OF GATE(~~?GIC TYPE
13 LEVEL'1'I4 LEVEL'O'j5lMAX FRE 61'TvPE No.
DRAWINij5
MAX. MAX.
TEMP.
KT
TOTAL NOISE
PER LOGIC OUTLINE
MQ[
PKG.
REJECT LOY, HI
DWG. No DWG. No
ll=MO
D)~~.
IVI
'C
'C
~!!m
I~~
45m ~gg~
~ ~gm~: 1~68XRF
15m 900m
-55 125
M157
2 G0471
15m 900m
-55 125
M126
2 G0471
900m
-55 125
M157
gggm M126
900m
-55 125
-55 125
15m 900m
1 G04212h M157
900m
-55 125
~,5m
~ gg:U~h M126
Om 900m
-55 125
M157
30m 900m
-55 125
2 G04191 M126
15m
-55 125
4 G04212f M157
15m
-55 125
4 G04212f M126
45m 900m
-55 125
3 G042128 M157
45m 900m
-55 125
3 G042128 M126
60mt 1.1
0
75
2 G04191 Ml05m
60mt 1.1
0
75
2 G04191 FP28
60mt 1.1
0
75
2 G04191 Ml05m
60mt 1.1
0
75
2 G04191 FP28
-55 125
120mt 1.1
4
Ml05m
120mt 1.1
-55 125
4
FP28
-55 125
4
120mt 1.1
Ml05m
120mt 1.1
-55 125
4
FP28
120mt 1.1
0
75
4
Ml05m
120mt 1.1
0
75
4
FP28
120mt 1.1
0
75
4
Ml05m
120mt 1.1
0
75
4
FP28
28mb 1.4
0 75
2 G04303 TOl16
28mb 1.4
0
75
2 G04303 M157
28mb 1.4
2 G04303 T088
0 75
-55 125
2 G04303 TOl16
28mb 14
-55 125
2 G04303 M157
28mb 1.4
28mb 1.4
-55 125
2 G04303 T088
88m 1.0
-55 125
4 G04240b M157b
88m 1.0
-55 125
4 G04240b b004AF
88m 10
-55 125
4 G04240b M157b
-55 125
88m 1.0
4 G04240b b004AF
88m 1.0
0
75
4 G04240b M157b
88m 10
0
75
b004AF
: gg:~:gg M157b
88m 1.0
0
75
88m 1.0
0
75
4 G04240b b004AF
44m 1.0
-55 125
2 G04240 M157b
44m 1.0
-55 125
2 G04240 b004AF
44m 1.0
-55 125
2 G04240 M157b
-55 125
b004AF
:4m 1.0
~ gg:~:g M157b
4m 1.0
0
75
44m 1.0
0
75
2 G04240 b004AF
44m 1.0
0
75
2 G04240 M157b
44m 1.0
0
75
2 G04240 b004AF
-55 125
1 G04240a M157b
22m 10
22m 1.0
-55 125
1 G04240a b004AF
-55 125
1 G04240a M157b
22m 1.0
22m 1.0
-55 125
1 G04240a b004AF
22m 1.0
0
75
M157b
gg:~:g: b004AF
22m 1.0
0
75
22m 1.0
0
75
1 G04240a M157b
1.0
0
75
1 G04240a b004AF
~~m
2m 1.0
-55 125
1 G04240a M126
22m 1.0
-55 125
1 G04240a M157
22m 1.0
-55 125
1 G04240c M157b
22m 1.0
-55 125
1 G04240c b004AF
22m 1.0
-55 125
1 G04240c M157b
22m 1.0
-55 125
1 G04240c b004AF
22m 10
0
75
1 G04240c M157b
22m 1.0
0
75
1 G04240c b004AF
75
1 G04240c M157b
22m 1.0
0
22m 1.0
0
75
1 G04240c b004AF
44mt
-55 125
2 G04378 T086
44mt
-55 125
2 G04378 TOl16
44mt
0
75
2 G04378 T086
44mt
0
75
2 G04378 TOl16
300m
0
75
4 G05102 Ml05q
300m
0
75
4 G05102 T088
300m
-55 125
4 G05102 Ml05q
300m
-55 125
4 G05102 Ml05.
300m
-55 125
4 G05102 T088
250n% 2.2 b
-55 125
4 G05110 T0116

60n

200n

60n

200n

45
45
4.5
4.5
4.5
45
4.5
4.5
4.5

b
b
b
b
b

b

50 b

SYMBOLS AND CODES
EXPLAINED IN INTERPRETER

-40
0
0
-55
-40
-55
-55
-40
-55
-40
-55
-55
-40
-55
-30
-55
-55
-30
-30
0
-55
-55
-55
-20
0
0
0
-55
-55
-55
0
0
0

85
70
70
125
85
125
125
85
125
85
125
125
85
125
85
125
125
85
85
70
125
125
125
65
75
75
70
125
125
125
75
75
70

4
8
2
4
4
4
4
4
4
4
4
4
4
4
2
2
2
2
2
2
2
2
2
4
4
4
12
2
4
4
4
4
2

G05110
G0593
G05111
G04403
G04403
G04403
G05117
G05117

G05117
G05119
G05119
G0590

G0584
G02138
G02138
G0574a
G02138
G02138
G02138
G02138
G0574

T0116
M183a
b001AD
b001AB
b004AF
Ml05av
Ml05av
b001AD
b001AB
b004AF
M236b
T0116
TOl16
M172
M153a
M153a
M153a
M153a
T0116
ZB165
ZB165
ZB165
CB31
Ml05n
M114
CB62
T084
TOS6
TOl16
T086
TOl16
T084

1281

.§J
LINE
No.
1

~:

4
5

--+7
8
9
10
11
12,.
13
14
15
16
17
18
19
20
21
22
23#
24#
25
26
27
28

~~:

31
32
33,.
34
35

36.
3H
38.
39,.
40,.
41,.
42 ...
43,.
44,.
45.
46.
4H
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
82

g~:
85#
86#
87#
88 ...
89'0'

129

TYPE
No.

~PE ~~MA~
OPER- PROOF
GATE

ATING CESS

Fr~z~'

1211
5
5.0M
FZH271
5
FZH275
5
MC683L,P%
5
MC1030P
5
MC1230F
5
MC1230L
5
10113B
5
150M
10113F
5
150M
MC1672S
5
300Mt
MC1673S
5
300Mt
MC10113L
5
MC1672L
5
300Mt
MC1673L
5
300Mt
SN5191A
5
SN5191B
5
SNR5191
5
SN515B
5
SNR515
5
MC764P
5
MC864P
5
MC971F
5
SP245A
5
SP295A
5
MC871F
5
MC771F
5
MC771P
5
MC871 P
5
SFC450E
5
SFC451E
5
90140M
5
90140C
5
5560
5
25M
JANM38510/0260 1BCB
15
I
JANM3851 0/0260 1CCB
5
SN54L86J
5
SN54L86N
5
SN54L86T
5
SN54LS86J
5
SN54LS86N
5
SN54LS86W 5
SN54LS136J 5
SN54LS136N 5
SN54LS136W 5
SN74L86J
5
SN74L86N
5
SN74L86T
5
FJH271
5
FLH341-7486
5
FLH345-8486
5
1763
5
ITT7486J
5
JANM3851 0/0070 1BAA
15
I
JANM3851 0/0070 1BAB
15
I
JANM3851 0/0070 1BAC
15
I
JANM38510/00701 BCA
15
JANM38510/00701 B B
15
I

J

JANM38510/0~701B5C

JANM3851 0/0070 1BOB
15
I
JANM38510/00701 BOC
15
I
JANM38510/00701CAA
15
I
JANM38510/00701CAB
15
I
JANM3851 0/0070 1CAC
15
I
JANM3851 0/OP570 1C~A
JANM38510/00701CCB
15
I
JANM38510/00701CCC
15
I
JANM38510/0P5701C~B

JANM38510/00701COC
15
I
JANM38510/0070 1OAA
15
I
JANM38510/0P5701 O~B
JANM3851 0/0070 1OAC
5
M53286P
5
MIC5486J
5
MIC6486J
5
MIC7486J
5
MIC7486N
5
N7486A
5
N7486J
5
NC7486N
5
S5486A
5
S5486F
5
S5486J
5
SFC450ET
5
SFC486E
5
SFC486EM
5
SFC486ET
5
SFC486PM
5
SN54S86J
5
SN54S86W
5

D.A. T.A.

LOGIC
LEVEL

fIJ'1'
(VI

PC~~

~.~%
~g~ 7.5%

liJ '0'
(VI
00
45*
45*
1.5*t
-1.6*
-1.6*
-1.6*
-1.7
-1.7
-1.6t*
-1 6t*
-1.6*t
-1.6t*
-1.6t*
2.0%
2.0%
20%
2.5%
2.5%

8. GATES
TYPE

IN

FAN
OUT

1J

IN ORDER OF (l)TYPE OF GATE(2)LOGIC TYPE
(3ILEVEL'1'(4ILEVEL'O'(SIMAX FREQ(6ITYPE No
POWER
MAX.
MAX. MAX.
TEMP.
CKT
DRAWINGS
SUPPLY PROPA- RISE
FALL TOTAL NOISE
PE~C LOGIC OUTLINE
SPAN
GATION TIME TIME PKG.
REJECT LOW HI MO DWG. No DWG. No
NEG. POS. DELAY
Ir
DISS.
tf
lI=MO
(VI
(VI
(sl
(sl
(sl
(WI
(VI
'C
'C
35n
4.8
5.2
50n
25n 250m 1.0
70
6
0
CBIZl
00
15
450mt 5.06
0
70
4 G05116
0.0
450mt 5.06
-25 85
15
4 G05116
0.0
15 300n6
20nt
20nt 380mt
-30 75
4 G05106 TOl16
5.2
8.0n
9.0n
130mt
00 5.0n
0
75
4 G0598
T0116
8.0n
130mt
-55 125
52
00 5.0n
4 G0598
T086
9.0n
8 On
130mt
5.2
0.0 5.0n
9.0n
-55 125
4 G0598
M157.
5.2
0.0 2.5n
2.5nt 2.5nt 165mt 200m
-30 85
4 G05114 M256
5.2
2.5nt 2.5nt 165mt 200m
0.0 2.5n
-30 85
4 G05114 M153.
5.2
0.0 1.3n
220mt
0
75
3 G05107 FP78
0.0 1.3n
250mt
5.2
75
3 G05107 FP78
0
2.0nt 2.0nt 175mt
-30 85
5.2
0.0 2.5n%
4
M191
5.2
0.0 1.3n
220mt
0
75
3 G05107 M191
52
0.0 13n
250mt
0
75
3 G05107 M191
0
70n 225n
6 120n
25mt
-55 125
1 G0580
FP22
0
8 120n6
70n 225n
25mt 200m
-55 125
1 G0580
FP22
0
70n 225n
8 120n6
25mt 200m
-55 125
1 G0580
FP22
0
130n 925n
llmt 200m
-55 125
8 185n
1 G0575
FP22
0
8 185n
130n 925n
llmt 200m
-55 125
1 G0575
FP22
0.0
36
65n
10n
10n
25mt
15 55
2 G05101 TOl16
0.0
3.6
65n
10n
10n
25mt
0
75
2 G05101 TOl16
0.0
3.0
12n%
72mt 100m
-55 125
1 G05100. T086
0.0
80
60n
6.0mt 320m
-55 125
1 G0594a CN6.
0
8 60n
6m 320m
-55 125
1 G0594
FP2
0
0.0
3.0
12n%
72mt 100m
100
1 G05100. T086
00
3.6
12n%
28mt 100m
-55 125
1 G05100. T086
00
12n%
3.6
28mt 100m
0
75
1 G05100 TOl16
12n%
00
3.6
28mt 100m
0
75
1 G05100 TOl16
0
7 13n
20mt
0 70
2
TOl16
0
7 13n
20mt
0 70
2
TOl16
0.0
5.0
13n
85mt
-55 125
4 G02132 M153.
0.0
5.0
14n
85mt
0
75
4 G02132 M153.
0.0
14n% 20nt 2.5nt 300mt
0
12
7.0
70
CB62

82%
.84
.84
.84%
85%
85%
.88

.57*
.22
22
.55*
.46*
.46*
.50*

17%
18%
2.0%

.90*
.85*
.45*

OTL
OTL
OTL
OTL
ECT
ECT
ECT
ECT
ECT
ECT
ECT
ECT
ECT
ECT
RCT
RCT
RCT
RCT
RCT
RTL
RTL
RTL
RTL
RTL
RTL
RTL
RTL
RTL
TTL
TTL
TTL
TTL
TTL

MO~

2.0%

.70*

TTL

2

10

0.0

55

275n6

36m

-55

125

M~~

70*
.70*
70*
70*
.70*
.70*
.70*
.70*
.70*
.70*
.70*
.70*
.70*
.80*
.80*
.80*
.80
.80*

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
2
2
2
2
2
2
2
2
2
2

10
10
10
10
10
10
10

MO~

20%
2.0%
2.0%
20%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
20%
2.0%
20%
20
2.0%

10
10
10
10
10
10
10
10

00
0.0
0.0
0.0
0.0
00
0.0
0.0
0.0
0.0
0.0
00
0.0
0.0
0.0
0.0
0.0
0.0

5.5
5.0
5.0
50
50
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
50
70
5.0

275n6
55n
55n
55n
10n
10n
10n
30n6
30n6
30n6
55n
55n
55n
12n%
30n6
30n6
15n
15n

36m
15mt
15mt
15mt
30mt
30mt
30mt
30mt
30mt
30mt
15mt
15mt
15mt
39m
250m§
250m§
156m
30mt

-55
-55
-55
-55
-55
-55
-55
-55
-55
-55
0
0
0
0
0
-25
0
0

125
125
125
125
125
125
125
125
125
125
70
70
70
70
70
85
70
70

MO~

2.0%

.80*

TTL

2

20

0.0

5.5

37n6

256m

-55

125

4 G05109

MO~

2.0%

.80*

TTL

2

20

0.0

5.5

37n6

256m

-55

125

4 G05109

FP52d

MO~

2.0%

.80*

TTL

2

20

0.0

5.5

37n6

256m

-55

125

4 G05109

FP52d

MO~

20%

.80*

TTL

2

20

00

5.5

37n6

256m

-55

125

4 G05109

M314

MO~

2.0%

80*

TTL

2

20

0.0

5.5

37n6

256m

-55

125

4 G05109

M314

MO~

2.0%

80*

TTL

2

20

00

55

37n6

256m

-55

125

4 G05109

M314

MO~

2.0%

80*

TTL

2

20

0.0

55

37n6

256m

-55

125

4 G05109

FP83

MO~

2.0%

.80*

TTL

2

20

0.0

5.5

37n6

256m

-55

125

4 G05109

FP83

MO~

2.0%

80*

TTL

2

20

0.0

55

37n6

256m

-- ~ .125

4 G05109

FP52d

Mm

2.0%

.80*

TTL

2

20

00

5.5

37n6

256m

-55

125

4 G05109

FP52d

MO~

20%

.80'

TTL

2

20

00

55

37n6

256m

-55

125

4 G05109

FP52d

MQi'I

2.0%

.80'

TTL

2

20

0.0

55

37n6

256m

-55

125

4 G05109

M314

MO~

20%

.80'

TTL

2

20

0.0

55

37n6

256m

-55

125

4 G05109

M314

MO~

20%

.80'

TTL

2

20

00

5.5

37n6

256m

-55

125

4 G05109

M314

MO~

2.0%

.80'

TTL

2

20

0.0

5.5

37n6

256m

-55

125

4 G05109

FP83

MO~

2.0%

.80*

TTL

2

20

0.0

5.5

37n6

256m

-55

125

4 G05109

FP83

MO~

2.0%

.80*

TTL

2

20

0.0

5.5

37n6

256m

-55

125

4 G05109

FP52d

MO~

20%

80'

TTL

2

20

0.0

55

37n6

256m

-55

125

4 G05109

FP52d

M~~
MO

20%
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'

TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL

2
2
2
2

20
10
20
20
20
20
20
20
10
20
20
20
10
10
10
10
10
10
10

0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
00
0.0
00
0.0
0.0
0.0
0.0
00
0.0
00
0.0

55
70
50
50
50
5.0
5.0
5.0
5.0
50
5.0
50
50
5.0
5.0
5.0
5.0
50
5.0

n~~(l

2-56m
39m6
150mt
150mt
150mt
150mt

-55
0
-55
-40
0
0
0
0
0
-55
-55
-55
-25
0
-55
-25
-55
-55
-55

125
75
125
85
75
75
70
70
70
125
125
125
85
70
125
85
125
125
125

4
4
4
4
4
4
4
4
4
4
4
4
2
4
4
4
4
4
4

FP52d
Ml05'

Mq~ 12.5%
MO~
MO~

~~~
MO~

M~~

~g~
Mq~
MO~
MO~

M1~

MO
MO

M~~

~g~
Mq~
MO~
MO~

~~;
MO~
M~~
~g~
Mq~

MO!,
PCB

~g~
Mq~
Mq~

MO~
Mq~
Mq~

MO~

M~~

~g~
MO~
Mq~

MO~

~CO:

Mq~
Mq~
MO~

Mq~
Mq~

Mm

~~;

Mm

M~~

~g~
Mq~
Mq~
MO~

~g~

-.75
-.75%
-75%
-.85
-.85
-.95%
-.95%
-.96%
-.96%
-.96%
.30*
.30*
.30*
.30*
.30*

~:g~

2.0%
2.0%
2.0%
2.0%
20%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%

2
36
36
2
2
2
2
2
2
2
2
2
2
2
4
4
4
4
4
4
4
2
4
4
2
2
2
2
4
4
2
2
2

7
10
10
10
25
25
25
10
10
70
7

2
2
2
2
2
2
2
2
4
2
2
2
2
2
2

70
7
5
5
5
5
5
4
4
5
4
4
5
16
16
5
10
10
11
11
10

30n6
30n6
30n6
30n6
30n6
30n6

~~~~\Z
30n6
30n6
13n
15n
15n
15n
15n
7 On
7.0n

1.06
1.06
1.06
1.0 6
1.0 6
1.06

1.0 6
106
1.0 6
1.0

106

1.0 6
400m
400m
400m
400m

39m6 1.0

20mt 400m
106
1.0 6
106
1.06
250m 106
250m 1.06

SYMBOLS AND CODES
EXPLAINED IN INTERPRETER

4 G05118
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
16
4

G05118
G0572e
G0572e
G0572e
G0572e
G0572e
G0572e
G05120
G05120
G05120
G0572e
G0572e
G0572e
G0572b
G0572b
G0572b

G05109
G0572b
G0572b
G0572b
G0572b
G0572b
G0572b

G0572b
G0572b
G0572b
G0572b
G0572e
G0572e

M314
M314
M157b
M126e
FP52e
M157b
M126e
6004AA
M157b
M126e
6004AA
M157b
M126e
FP52e
Ml05d
M1260
M126p
CBtzl
TOl16
FP52d

igll~

TOl16
M126
T0116
T088
M126
TOl16
M157
T088
TOl16
TOl16
TOl16
TOl16
T085
M157b
6004AA

129

~~A~

.§j
LINE
No.

tYPE o ER- PROOF
ATING CESS
GATE

TYPE
No.

Fr~Z?'

~: ~~~:t~gg~

3.
4.
5.
6.
7.
8.
9.
10#

SN74LS86W
SN74LS136J
SN74LS136N
SN74LS136W

~~~:~:g~

SN5486J
SN5486N
g~ SN5486W
SN6486N
13. SN7486J
14.* SN7486N
SN7486W
15
16.

17.

18.
19.
20
21
22
23
24
25
26
27

I~~~:m~

88#
89#
90

SN74136J
SN74136N
SW5486J
SW7486J
SW7486N
T54S86F
T54S86J
T54S136F
T54S136J
T74S86F
T74S86J
T74S136F
T74S136J
T7486Bl
TL7486N
TL8486N
US5486A
US5486J
US7486A
US7486J
MC3121F
MC3121L
MC5486F
MC5486L
MC7486F
MC7486L,P%
M121
MC3021F
MC3021L,P%
N8241F
N8840A
N8840F
N8840J
S8840A
S8840F
S8840J
MC7241F
MC7241L,P%
MC8241F
MC8241L
TG90F
TG90J
TG91F
TG91J
TG92F
TG92J
TG93F
TG93J
SNG90J
SNG90W
SNG91J
SNG91W
SNG92J
SNG92W
SNG93J
SNGI!.."'AW
TRWG90#1
TRWG90#2
N8440A
N8440F
N8440J
S8440A
S8440F
S8440J
ZN5450E
ZN5450F
ZN5451E
ZN5451F
ZN7450E
ZN7450F
ZN7451E
ZN7451F
MM481

~~

~~~:1

~:

30

~~:

33#
34
35
36
37
38
39
40.
41.
42.
43.
44
45

:~

48

~~
51
52
53
54

~~

57
58
59
60
61
62
63
64
65
66
67
68
69
70
71
72

~~

75
76
77
78
79
80
81
82#

W~

85#

:~:

93
10107B
94
10107F
95# GXB10107
96
MC10507F
MC10507L
MC10107L
99
MC10l07P
100. SN54S135J
101. SN54S135W
102. SN74S135J
103. SN74S135N
104
04025
105
MC1031P
MC1231F
MC1231L
108
RG920
109
RG92K
110
RG93D

~~

19~

130

(V)

~~~
MO~

~

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
5
5
5
5
5
5
57
5,7
5,7
57
5,7
5,7
57
5,7
5,7
57
5,7
5F
5G
5G
5G
5K
5K
5K

~.,.

LOGIC.
LEVEL
TYPE

~.g~

2.0%
2.0%
20%
M~~
MO
2.0%
20%
2.0%
MO
2.0%
MO
2.0%
M~~ 20%
~g~ 2.0%
M~~ 2.0%
2.0%
~g~ 20%
2.0%
MO
2.0%
MO~
2.0%
20%
2.0%
MO
MO
2.0%
M~; 2.0%
~g, 2.0%
2.0%
Mq~ 2.0%
Mq~ 2.0%
Mm 20%
2.0%
M~; 20%
~g, 2.0%
2.0%
~g, 2.0%
2.0%
2.0%
M~;
~g, 2.0%
2.0%
2.0%
MO
2.4%
M1j
MO
2.4%
M~~ 2.4%
~g~ 2.4%
2.4%
2.4%
2.4
M6~ 2.5%
2.5%
2.6%
MO~ 2.6%
2.6%
MO
2.6%
MO
2.6%
M~~ 2.6%
2.6%
~g~ 2.8%
2.8%
~g~ 2.8%
2.8%
3.0
3.0
MO
30
MO
M~~ 30
3.0
~g~ 3.0
3.0
MO
3.0
Mm 3.3
33
MO
3.3
M11
MO
3.3
33

M~~

M1~

M~~

M1~

M~f

20M

~c?:

~~~

M~~
M~~

20M
20M
20M
20M
20M
20M
20M
20M
20M
20M
20M
20M
20M
20M
20M
20M
20M
20M

M1~
M~~
M~~

~g~ ~:~

M'l~

3.3
3.3
~g~ 3.3
3.4%
MO
3.4%
MO
34%
3.4%
M~~ 3.4%
~gi 3.4%
3.5
M'lf 3.5
~g, 3.5
3.5
M~;
M~, 3.5
MO
3.5
3.5
3.5
Mm -8.0%
~cO~ -8.0%
10
M6~ -85
-.85
-.88
M~~ -.93%
MO
-.93%
MO -.96%
MO -.96%
2.0%
2.0%
~g~ 2.0%
~O: 2.0%
2.0%
MO~ .85%
85%
.85%
MO
MO
3.1%
3.1%
~g~ 3.1%

M1~

2.0M
2.0M
3.0M
150M
150M

~~~

M~~

M~~
M~~

5.0M

20M
20M
20M

D.A. T.A.

M1~

~'O'

8FANGATES
POWER
IN

~

·

OUT

(il)

::g: l-lit

.80*
.80*
.80*
.80*
80*
.80*
.80*
.80*
.80*
.80*
80*
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
.40*t
40*t
.40*t
.40*t
.40t*
.40*t
.40*t
.40t*
.40*t
.40*t
.40*t
40*t
.40*t
.30
.30
.30
30
30
.30
.~!!
.30
.26
.26
26
.26
.26
.26
.26
26
.26
.26
.35*t
.35t*
.35*t
.35*t
.35t*
.35*t
20
.20
.20
.20
.20
.20
.20
.20
-1.0*t
-1.0*t
0.0
-1.7
-1.7
-1.7t
-1.6*t
-1.6*t
-1.6*t
-1.6*t
.80*
.80*
.80*
.80*
.95*
-1.5*t
-1.5*t
-1.5*t
40*
40*
.40*

TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
ECT
ECT
ECT
ECT
ECT
ECT
ECT
TTL
TTL
TTL
TTL
OTL
ECT
ECT
ECT
TTL
TTL
TTL

~

19
10

2
2
2
2
2
10
10
2
10
2
10
2
2
10
10
2
2
10
2
10
2
10
2
2
2
2
10
2
2
10
10
2
20
2
2
20
2
20
20
2
20
2
2
20
2
20
2
20
20
2
2
10
2
10
2
80
2
80
2
80
2
80
2 8.0
2
8
2
10
2
10
2
10
2
10
1
10
2 B.O
2
8
2
20
4
20
4
20
4
20
4
20
4
20
4
20
2
10
10
2
2
10
2
10
8
15
8
15
8
7
8
7
8
15
8
15
8
7
8
7
15t
8
15t
8
7t
8
8
7t
12t
8
12t
8
6t
8
6t
8
8
15
8
15
4
9
4
9
4
9
4
9
4
9
4
9
6!;' 10
6t;.
10
4
10
4
10
6t;.
10
6t;.
10
4
10
4
10
2
10
2
10
50
2
2
10
2
10
2
2
2
2
2
5
5
5
5
2
7
2
25
2
25
2
25
8
12t
8
12t
8
6t

SUPPLY PROPA- RISE
SPAN
GATION TIME
NE~. POS. DELAY
(V)
(V
(s)
~~)

Kg

~:g

MAX.
FALL
TIME
tf
(s)

~g~~

~2n
IOn
IOn
30n!;.
30n!;.
30n!;.
7 On
7 On
14n

0.0
5.0
0.0
5.0
0.0
50
0.0
5.0
00
50
0.0
5.0
0.0
5.0
0.0
5.0
1~~%1Z
0.0
50
0.0
5.0
12n%1Z
00
5.0
14n
0.0
5.0
14n
00
5.0
15n
0.0
50
12n
00
5.0
12n
0.0
5.0
12n
0.0
5.0
12n
5.5
00
15n%
0.0 5.25
15n%
0.0 5.25
15n%
IOn!;.
0.0
6.0
IOn!;.
0.0
5.0
14n!;.
0.0
5.0
0.0
5.0
14n!;.
0.0
5.0
IOn!;.
IOn!;.
5.0
2.0
14n!;.
0.0
5.0
14n!;.
0.0
5.0
30n!;.
0.0
5.0
30n!;.
0.0
5.0
30n!;.
0.0
5.0
30n!;.
0.0
5.0
30n!;.
00
5.0
30n!;.
0.0
5.0
30n!;.
0.0
5.0
0.0
5.0
14n
0.0
5.0
14n
0.0
5.0
30n!;.
00
5.0
30n!;.
0.0
5.0
30n!;.
0.0
5.0
30n!;.
0
5 15n
0.0
5.0
14n
0.0
50
14n
20n!;.
00
5.0
0
5 13n%!;.
0.0
5.0
13n%!;.
0
5 13n%!;.
0
5 13n%!;.
0.0
13n%!;.
50
0
5 13n%!;.
0.0
5.0
10n%
00
5.0
10n%
0.0
5.0
10n%
0.0
5.0
10n%
00
5.0
18n
0.0
5.0
18n
0.0
5.0
18n
00
5.0
18n
0.0
5.0
18n
0.0
5.0
18n
0.0
~!!n
~:g 18n
0.0
0.0
5.0
lIn
0.0
5.0
lIn
0.0
50
lIn
0.0
5.0
lIn
0.0
5.0
lIn
0.0
50
lIn
0.0
5.0
lIn
00
5.0
lIn
0.0
5.0
lIn
0.0
5.0
lIn
0
5 95n
0.0
5.0
95n
0
5 95n
0
5 95n
0.0
5.0
95n
0
5 95n
00
50
29n
0.0
5.0
29n
0.0
5.0
29n
0.0
5.0
29n
0.0
5.0
29n
0.0
5.0
29n
0.0
5.0
29n
0.0
5.0
29n
10
0 130 %
10
0 130 %
0.0
10 BOn
5.2
0.0 2.0n
O.() 2.0n
5.2
5.2
0.0 2.4n%
5.2
00 3.7n!;.
5.2
0.0 3.7n!;.
5.2
0.0 25n%
5.2
0.0 2.5n%
00
5.0 8.0n
00
5.0 8.0n
0.0
5.0 8.0n
0.0
5.0 8.0n
0
5 60n%
5.2
0.0 5.0nt
5.2
0.0 50nt
5.2
0.0 5.0nt
22n!;.
0.0
5.0
22n!;.
0.0
5.0
0.0
22n!;.
5.0

IN ORDER OF (1)TYPE OF GATE(2)LOGIC TYPE
/3ILEVEL'1'/4ILEVEL'O'/5)MAX FREQ/6ITYPE No
MAX. MAX.
TEMP. CKT
ORAWINGS
TOTAL NOISE
PE~C DW£.I~O IOUTLINE
PKG. REJECT LOW HI MO
DWG. No
~=MO
DIS~.
(V)
(W
'C 'C
30mt
30mt
30mt
30mt
250m
250m
150mt
39m!;.
150mt
39m!;.
150mt
150mt
30mt
150mt
150mt
150mt
150mt
150mt
150mt
150mt
375m§
375m§
375m§
375m§
375m§
375m§
375m§
375m§

~~g~r

~

1:8
1.0 !;.

1.0
10
1.0
1.0
1.0
1.0
1.0
1.0
1.0

!;.
!;.
!;.
!;.
!;.
!;.

1.0
1.0
1.0

1.0 !;.

262mt

15n

15n

100mt
100mt
215m§
215m§
250m§
250m§
205m 1.0
100mt
100mt

50n
50n
50n
50n
50n
50n

37m!;.
37m!;.
37m!;.
37m!;.
37m!;.
37m!;.
225mt
225mt
225mt
225mt
5.0n
5.0n
60m
5.0n
5.0n
60m
5.0n
60m
5.0n
5.0n
60m
5.0n
5.0n
60m
5.0n
5.0n
60m
5.0n
5.0n
60m
5.0n
5.0n
60m
5.0n
5.0n
35m
8.0n
5.0n
35m
8.0n
5.0n
35m
8.0n
5.0n
35m
8.0n
5.0n
35m
8.0n
5.0n
35m
8.0n
5.0n
35m
8.0n
5 On
8.0n
35m
5.0n
8.0n
35m
5.0n
8.0n
35m
29m!;.
75n
29m!;.
75n
29m!;.
75n
29m!;.
75n
29m!;.
75n
29m!;.
75n
10m
10m
10m
10m
10m
10m
10m
10m
24m
24m
20n
20n
16u
2.5nt 2.5nt 115mt
2.5nt 2.5nt 115mt
2.5nt 2.5nt 115mt
3.5n
3.5n
120mt
3.5n
3.5n
120mt
3.5n
3.5n
120mt
2.5nt 2.5nt 120mt
325mt
325mt
325mt
325mt
50nt
15nt 1.3
130mt
85n
9.0n
130mt
85n
9.0n
8.5n
9.0n
130mt
35mt
8 On
6.0n
35mt
8.0n
6.0n
35mt
8.0n
6.0n

600m
600m
600m
600m
600m
600m

1.0 !;.
1.0 !;.
1.0 !;.
1.0 !;.
1.0 !;.
1.0 !;.
1.0 !;.
1.0 !;.
900m
900m
900m
900m
900m
900m
900m
900m
900m
900m
1.4
1.4
1.4
1.4
1.4
1.4
10
1.0
1.0
1.0
1.0
1.0
1.0
1.0

200m
200m

1.0 !;.

900m
900m
900m

SYMBOLS AND CODES
EXPLAINED IN INTERPRETER

18
0
0
0
0
0
0
-55
-55
-55
-40
0
0
0
-55
-55
0
0
-55
0
0
-55
-55
-55
-55
0
0
0
0
0
0
-25
-55
-55
0
0
-55
-55
-55
·55
0
0
0
0
0
0
0
0
0
-55
-55
-55
0
0
-55
-55
-55
-55
-55
-55
0
0
0
0
-55
-55
-55
-55
0
0
0
0
-55
-55
0
0
0
-55
-55
-55
-55
-55
-55
-55
-55
-55
-55
-55
-55
0
-55
-30
-30
0
-55
-55
-30
-30
-55
-55
0
0
0
0
-55
-55
0
0
0

~8

70
70
70
70
70
70
125
125
125
85
70
70
70
125
125
70
70
125
70
70
125
125
125
125
70
70
70
70

~8

85
125
125
70
70
125
125
125
125
75
75
70
75
75
75
75
75
75
125
125
125
75
75
125
125
125
125
125
125
75
75
75
75
125
125
125
125
75
75
75
75
125
125
75
75
75
125
125
125
125
125
125
125
125
125
125
125
125

~g
85
85
75
125
125
85
85
125
125
70
70
75
75
125
125
75
75
75

: 1~8~H~
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
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
2
2
2
2
2
2
4
4
4
4
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1

1
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
16
3
3

~

3
3
3
4
4
4
4
16
4
4
4
1
1
1

I~m~

G0572c Ii-004AA
G05120 M157b
G05120 M126e
G05120 !;'004AA
G0572c M157b
G0572c M126e
G0572b IM157b
G0572b M75a
G0572b !;'004AA
G0572b M75a
G0572b M157b
G0572b M126e
T084
G05120 M157b
G05120 !;.004AA
G05120 M157b
G05120 M126e
M114
gg~m 1l1li114
G05112 Ml05n
G05120 T086
G05120 M157c
G05120 T086
G05120
G05120 ~J:lc
G05120 M157c
G05120 T086
G05120 M157c
M126h
G0572b M126n
G0572b M126n
G0572b Ml05af
G0572b T088
G0572b Ml05af
G0572b T088
G05103 T086
G05103 T0116
G05120 T086
G05120 T0116
G05120 T086
G05120 T0116
G05103
G05103
G05102
G0587
G0587
G0587
G0587
G0587
G0587

G0583
G0583
G0583
G0583
G0583
G0583

gg;g~

G0545
G0545
G0545
G0545
G0545
G0545
G0545
G0545

gg;:;

G0592
G0592
G0592
G0592
G0592
G0592

G0597
G0597
G05113
G05113

gg;lg:

G05108
G05108
G05108

G0599
G0599
G0599
G0579

gg;~~

T086

r,~~~6

T0116
M157
T088
T0116
M157
T088
T086
T0116
T086
T0116
FP21c
T0116
FP21c
T0116
FP21c
T0116
FP21c
r,0116
157b
!;.004AF

~4157b

004AF
M157b

~004AF

157b
!;.004AF
~157
126
T0116
M157
T088
T0116
M157
T088
M126
Ir,086
126
T086
M126
T086
M126
T086
T0100
T0100
CBIZI
M256
M153a
M200n
FP85
M191
M191
M278
M153d
!;.004AG
M153d
M117x
CBIZI
T0116
T086
T0116
Ml05ar

~,2Jfar

130

.§.]
LINE
No.

~

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#

TYPE
No.

rNPE
OF
GATE

~~~g~

~~

RG90K
RG91D
RG91K
E50
E51
SP301A
LCE708

tg~:g:j~

5K
5K
5K
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

;l1

LCE508
MX53L
UL53L#1
04414
N8731A
N8731F
N8731J
S8731A
S8731F
S8731J
ROOI
R002
331CJ
9933-9-31
9933-9-6A
9933-9-7A
DN1933
FCV10l
FQV101-833
HEPC0903p·R

32

HEPC1033P_R~6

~g!

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

ITT331-1D
ITT331-5D
M5933P
MC833F
MC833G
MC833L,P%
MC847F
MC847LP%
MC933F
MC933G
MC933L
MC947F
MC947L
MCE933F
MIC331-1D
MIC331-1Dl
MIC331-5D
MIC331-5Dl
SFC460PM
SFC933E

~~m~~N

SP300A
SP631A
SW727-1P
SW727-2M
SW727-2P
SW933-1P
SW933-1T
SW933-2M
SW933-2P
UC1005B
UC1006B
ZSD51A
ZSDlllA
68# ZSD131A
69
9933DM
70
MIC933-1B
71
MIC933-1C
72
MIC933-1D
73
MIC933-5B
74

:~!

~~#

~:g~~~:~g

MIC933R3D

77# MIC933R6D

78# MIC933R7D
79t 506
698
:~ RM933J
82
RM933T
83
SN7320
84
9933FM
85
9933HM
86
SN15833
87
SN15833N
88
K003
89
K012
90
1400
91
1407
92
331AJ
331AL
93
94
331BL
95
331CL
96
331ML
97
SN15331J
98
SN15331N
99
MC669L,P%
100
MC1025P
MC1225F
MC1225L
103
MC305F
104
MC305G
105
MC355F
106
MC355G
107
9921HC

19~

131

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
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6

o ER- PRO~~A~
ATING CESS
Fr~Z?'
~g~
20M
20M
20M

1.0M
3.0M
3.0M
5.0M
3.0M

LOGIC
LEVEL

1.] '1'

f.4J '0'

(V)

(V)

I~q~ ~.~~

MO~ 3.2%
M~_~ 32%
MO
PCB
26%
MO
3.5%
MO
6.0
M~~ 6.0
~g~ 6.0
6.0
-35%
M~~ ·3.5%
MO
13

Pcr~

U~

.:g:
.40*
.40*
.40*
.50*
.50*
.40t
O.Ot
O.Ot
O.Ot
O.Ot
-90*
-9.0*
1.5

8
8
8
4t
5t
2

DTL

4

MO~

DTL
OTL
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
DTL
DTL
DTL
DTL
DTL
DTL
DTL
DTL
DTL
DTL
DTL
ECT
ECT
ECT
ECT
ECT
ECT
ECT
RTL

4
5
5
4t.
4
4t
4
2
2
4
4t
4
2
2
1
5
5
5
5
4

~CJ'~
M?~
MO

0.0
00
1.2t

M~~

M~~
~g~
Mq~
Mq~
MO~

M:~

MO
MO

M~~

~g~
Mq~
Mq~
MO~

M~~

MO
Mm

M~~

~g~
Mq~
MO~

MO~
Mq~
Mq~
MO~

~g~

TFH

TF~~ .20

~g~
Mq~
Mq~
MO~

M~~

~g~
Mq~
Mq~

MO~

MO~
MO
PCB
PC~

~g~

Mq~
Mq~
MO~

Mq~
MO!,
PCB
PCB
PCB
PCB

M:~

MO
MO

Mq~
Mq~

MO~
Mq~
Mq~
MO~

D.A. T.A.

g

MO~

PCB -3.0
-30
11.3
MO~

40M
40M
40M
40M

ift
TTL
TTL
TTL

~g~

M~~
~g~

lOOk
lOOk
5.0M
5.0M

1J

DOL
ODL
DOL
DOL
DOL
DOL
DOL
DOL
DOL
DTL
DTL
DTL
DTL
DTL
DTL

M~~

5.0M
5.0Mt.

TYPE

FAN
IN
OUT

1
1
1
2
2
2
2
2
2
1
2
5
4
4
4
4
4t
4

MO
MO

2.0M
2.0M

8. GATES

M:~

MO
MO

M~~
~g~
MO~

.20
20
1.9%
1.9%
19%
1.9%
19%
19%
1.9%
1.9%
19%
1.9%
20%
2.0%
2.0%
2.0%
2.6
2.6%
2.6%
2.6%
2.6%
5.0
5.0
5.0
50
6.5*
6.5*
6.5*
6.5*
65*
65%
6.5%
12.5%
-.75
-.75
-.75
-.75
-.75
-.75
-75

4.0
4.0
40
1.1*
1.1*
1.1*
1.1*
1.1*
1.1*
1.1
1 1*
1.1*
1.1*
.45*
.45*
10*
1.0*
.30
.40t*
.40t*
45*t
.45*t
0.0
0.0
0.0
0.0
5.0%
50%
5.0%
5.0%
5.0%
5.0*
5.0*
1.5*t
·1.6
-1.6
·16
-1.6
-1.6
-16
-1.6

4
4
3
2
2
2
2
4
4t
4
4
8
5
5
5
5
4
4
4
4
4
4
4
4
4
4
3t
3t
3
3
5
4
4
4
4
3
4
4
5
5
5
5
5
5
5
5
4
5t
5t
5t
5
5
5
5
2

1~~

15t
7t
7t
12t

POWER
MAX.
SUPPLY PROPA- RISE
FALL
GATION TIME TIME
SPAN
NEG. POS. DELAY
tr
tf
(VI
(51
(51
(VI
(51

gg g.g

~~~~

0.0
0.0
0.0
0
0
00
6
6
6
6
27
27
1.0

5.0
5.0
5.0
5
5
5.0
12
12
12
12
0.0
0.0
18

22nt.
22nt.
22nt.

0.0
0.0
00
00
0.0

12
5.0
5.0
50
50

40n

0.0

8.0

Ig g~
8.0n
8 On
8 On

I~·~n

6 On
6 On
6.0n
6 On

~ gg~~J~

45n

~:~

65n
65n

1
1

10
1

:~3 LEVEL'"
ORDE~,~F
(')TYPr~5~F GATE~~~I~IC TYPE
4 LEVEL'O' 5 MAX FRE 6 TYPE No.
TEMP. CKT
MAX. MAX.
DRAWINGS
TOTAL NOISE
LOGIC OUTLINE
PE~C
REJECT LOW HI MO DWG. No DWG. No
PKG.
DISS.
ll=MO
(WI
(VI
'C
'C
~~~~ :gg~ 1~5 H5 ll~g~~: [,zO'5bar
l1G0579
35mt 900m
-55 125
FP21b
-55 125
1 G0579
35mt 900m
Ml05ar
35mt 900m
-55 125
1 G0579
FP21b
0 70
9 G0661e
0 70
180mt 1.2
0
75
Ml05q
-15
65
M45
-40 100
4 GOI3.
M45
-40 100
4 G013t
-30
80
0
70
10 G06168 M183a
120mt
0
70
4 G06167 M183a
5.0
0
50
0 75
4 G06152
~~~~6
0
75
:lgg:l~~ T088
0 75
-55 125
4 G06152 T0116
-55 125
4 G06152 M157
-55 125
4 G06152 T088
-20
65
7 G0671
CB31
-20
65
5 G0672
CB31
5.0 t.
-30 85
2 G06110 MI72
18mt
0
75
2 G0694b FP28b
18mt
0
75
2 G0694b M157
1.0
0
75
2 G0694b Ml05e
lOt.
0
75
2 G04207 T0116
0 75
3 G0661j
16mt lOt.
0
75
2 G06156

igll:

-30
00
00

10
8
1
8

8
8
8

0.0
0.0
0.0
0.0
00
00
0.0
0.0
0.0
0.0
0.0
00
0.0
0.0
0.0
0
0.0
0
0.0

50
5.0
5.0
5.0
5.0
5.0
5.0
50
5.0
5.0
5.0
12
15
12
15
7
5.0
5.5
5.0

0.0

4.5

00
0.0
00
00
0
0
0
0
0.0
0
0.0
00
0.0
00

20
20
20
20
20
20
20
20
20

2

10

t.
t.

12
12

0
0
0
00
0.0
0
0
0.0
0.0
4.8
4.8
00
0.0
0.0
0.0
0.0

50 9.0n
5.0
15n
50
15n
50
55
5.5
55
5
5.0
5
50
80nt.
5.0
80nt.
5.0
80nt.
50 5.0nt.
3.0n
50
5.0
4
5.0
36n
8.0
36n
8
8
5.0
50
5.2
5.2 lOOn
15
15
12
12
15

0.0
5.2
5.2
5.2
5.2
5.2
5.2
5.2
0.0

15
0.0
0.0
0.0
0.0 6.0n
0.0 6.0n
0
lInt.
0
lInt.
15n
3.6

lIn
lIn
13n
13n

lIn
lIn
14n
14n

0
-55
-30
1.0 t.
0
0
0
0
0
0
-55
-55
-55
-55
-55
-55
-55
-55
-30
-30
20mt 400m
-55
18mt
0
10m
-55
10mt
-55
1.0 t.
15
2.0
0
1.0 t.
-55
1.0 t.
0
1.0 t.
0
1.0 t.
-55
-55
1.0
800mt. 0
800mt. 0
-55
-55
19m 1.0
-55
19m 1.0
-55
19m 1.0
0
-55
1.0 t.
350m* -55
350m* -55
350m* -55
350m*
0
350m* 0
350m*
0
150m§ 700m
-40
150m§ 700m
-20
133m§ 700m
0
0
0
-55
-55
0
18mt
-55
-55
17m
10m
0
10m
0
-20
15m 1.6
-20
60m 1.6
0
500m
0
78mt 32
-30
78mt 3.2
-30
-55
50mt 3.5
-30
50mt 3.5
78mt 3.2
-55
-30
-30
-30
175m
0
175m
-55
175m
-55
-55
-55
0
0
40m 250m
0

SYMBOLS AND CODES
EXPLAINED IN INTERPRETER

75

2 G06161

T0116

75
125
85
75
75
75
75
75
75
125
125
125
125

2
2
2
2
2
2
2
4
4
2
2
2
4

T0116
M200d
M200d
Ml05j
T086
T0100
'I2)16

ig~~6

T086

igl~g

T086
T0116
T086
M153a
2
M153a
2
2
M153a
2
M153a
2 G06133 ZB165
2 G0694b M126
2 G06107 T084
2 G06107 M126a
2
Ml05
4 G0661e Ml05ae
4 G06103a T0116
4 G06103a Ml05n
4 G06103a T0116

m~

125
125
85
85
125
75
125
125
55
75
125
75
75
125
125
75
75
125
125
125
125
70
125
125
125
125
75
75
75
85
75
75
70
70
125
125
70
125
125
75
75
65
65
70
70
70
70
125
85
125
85
85
75
75
125
125
125
125
75
75
70

G06107
G06110
G06110
G06107
G0694b
G0694
G0694b
G06103d
G06103d
G0694b
G0694
G06941
G06103d
G06103d
G06107

~ gg:~:a

2
2
1
1
1
1
1
2
2
2

~

G0694
G0694
G0674
G0674a
G0686a
G0686a
G0694b
G06136

~ggm I~~~~

G06136
2 ~06136
G06m
2 G061 6
2 G06136
2 G06136
12 G06153
9 G0664a

~

1
2
2
2
2
3
3
8
2
2
2
2
2
2
2
2
2

:2

2
2
1
1
1
1
2

~?116
N39
Ml05n
T0116
M55
M55
CN2
CN2
CN2
M157
FP32
FP3-2
CN38

~~~ib

G0683a
G0694b
G0694b
G06107
G06107

M294b
M294b
CB62
CB50
FP28
T0101
T084
FP28b
T0116
T084
M75a

G06170
G06170
G06170
G06170
G06170
G06170
G06170
G06161
G06164
G06164
G06164
G0683
G0683
G0683
G0683
G0667

C~m
CB
M319
M200j
M200'
M2Q~!
M200j
M153a
M117
T0116
T0116
T086
T0116
T091
CN9
T091
CN9
T099

131

~rA~

.§J

LINE
No.
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16#
17#

1::

20
21
22

~~

25
26
27
28
29
30
31
32#

m~

35#
36
37

~:

40
41
42
43
44
45
46
47
48
49
50
n#
53#
54#
55.
56.
57y
58y
59
60
61
62
63
64
65
66
67
68
69
70
71#
72#
73#
74#
75.
76.
77y
7Sy
79.
SO.
81y
82y
83.
84.
S5y
86y

m~

:g:
91#
92

~~:fI:

95#

~~:~

98#
99#
100#
101#
102
103
104
105
106
107
108

132

TYPE
No.
HEP<.;;tuul P-R

-#PE o ER- PROOF
ATING CESS
~'1'
GATE
F~JZ?'
IVI

LOGIC
LEVEL
f§J·O·
IVI

TYPE

8FAN
· GATES
POWER

IN

OUT

fZJ

SUPPLY
SPAN

NI~~' P~~.

MAX.
PROPA- RISE FALL
GATION TIME TIME

DE~~Y

~~l

~l

IN ORDER OF (I)TYPE OF GATE(2)LOGIC TYPE
13lLEVEL'1'I41LEVEL'O'I5lMAX FREQ(6ITYPE No
TEMP. CKT
MAX. MAX.
DRAWINGS
LOGIC OUTLINE
TOTAL NOISE
PE~[
PKG. REJECT LOW HI MO DWG. No DWG. No
lI=MO
DI~'
IVI
'C 'C

HEPC2500P_R~6

MO~

RTL

2

00

36

12n

20m

0

75

4 G06134

T0116

MC9720P
MC9820P
SN17921L
MC921F
MC921G
MC9921F
MC821F
MC821G
MC9821F
MC9821P
MC985F
MC986F
MC9919F
SP228A
SP249A
SP278A
SP299A
MC885F
MC886F
MC9819F
MC785P
MC786P
MC9719F
MC9721F
MC9721P
MC9719P
MC885P
MC886P
MC9819P
SP328A
SP329A
SP378A
SP379A
MCnlF
MC721G
MC785F
MC786F
MC9719AP
MC785AP
MC885AP
MC9819AP
N8806A
N8806F
N8806J
S8806A
S8806F
S8806J
9006DM
9006FM
MIC9006-1D
Tl06D2-14
Tl06F2
TG170F
TG170J
TG171F
TG171J
SNG270J
SNG270W
SNG271J
SNG271W
SNG272J
SNG272W
SNG273J
SNG273W
TRWG270#1
TRWG270#2
9006DC
9006FC
MIC9006-5D
Tl06BI-14
Tl06DI-14
Tl06Fl
TG270F
TG270J
TG271F
TG271J
TG272F
TG272J
TG273F
TG273J
TGI72F
TGI72J
TG173F

MO
MO

M:~

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
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL

4
1
1
2
2
2
2
2
2
2
2
2
4
1
4
4
4
4
2
4
1
2
4
1
2
2
1
2
4
1
4
3T
4
3T
2
2
2
4
1
2
2
1
Sf.
Sf.

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
00
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
00
00
0.0

3.6
3.6
3.6
8
4
4
4
4
4
4
4
4
4
4
80
8.0
8
8
4
4
4
36
40
4
4.0
4.0
3.6
3.6
4.0
3.6
8
8
8
8
4
4
4
4
3.6
3.6
3.6
3.6
5
50
5
5
5.0
5
50
5.0
5.0
5.0
5.0
5.0
5.0
5.0
50
5.0
5.0
50
5.0
5.0
5.0
5.0
5.0
5.0
5.0
50
5.0
50
5.0
50
5.0
50
5.0
50
5.0
5.0
5.0
50
5.0
5.0
5.0
5.0
5.",
5.0
5.0
5.0
5.0
50
50
5.0
70
70
7.0
5.0
5.0
5.0
50
5.0
50
5.0
5.0
5.0
5.0
50
5.0

12n
12n
12n

20m
30mT
30mT

15
15
0
.55
-55
-55
-55
0
0
0
0
-55
-55
-55
-55
-55
-55
-55
0
0
0
15
15
-55
0
0
15
0
0
0
-55
-55
-55
-55
15
15
15
15
15
15
0
0
0
0
0
-55
-55
-55
-55
-55
0
-55
-55
-55
-55
-55
-55
-55
-55
-55
-55
0
0
0
0
-55
-55
0
0
0
0
0
0
-55
-55
-55
-55
0
0
0
0
0
0
0
0
0
0
-55
0
-25
-55
0
0
0
0
0
-55
-40
0
0
0
0
0
0
0
0
0

55
55
75
125
125
125
125
75
75
75
75
125
125
125
125
125
125
125
100
100
100
55
55
125
75
75
55
75
75
75
125
125
125
125
55
55
55
55
55
55
75
75
75
75
75
125
125
125
125
125
75
125
125
125
125
125
125
125
125
125
125
75
75
75
75
125
125
75
75
75
75
75
75
125
125
125
125
75
75
75
75
75
75
75
75
70
70
125
70
85
125
70
75
75
75
75
125
85
75
75
75
72
75
75
75
75
70

2
6
6
2
2
2
1
2
2
1
1
4
2
1
2
4
2
4
4
2
1
4

G06142c
G06163
G06163
G06134
G06142
G06142
G06142b
G06142
G06142
G06142b
G06142f
G06142b
G06142a
G06142e
G0667a
G06149
G0667b
G06149
G06142b
G06142a
G06142e
G06134a

1
1
6
4
2
6
2
3
2
3
2
2
4
2
6
4
4
6
2
2
2
2
2
2
2

G06142b
G06142f
G06103
G06134a
G06142c
G06103
G0667a
G0667c
G0667b
G0667c
G06142
G06142
G06142b
G06142a
G06103
G06134a
G06134a
G06103
G06133a
G06133a
G06133
G06133a
G06133a
GOS133
G0698a

T0116
T0116
T0116
CN13
T091
T099
T086
T091
T099
T086
T0116
T086
T086
T086
CN6a
CN23a
FP2
FP2
T086
T086
T086
T0116
T0116
T086
T086
T0116
T0116
T0116
T0116
T0116
T078
T078
FP2
FP2
T091
T099
T086
T086
T0116
T0116
T0116
T0116
T0116
M157
T088
T0116
M157
T08S
M157
FP28b
M153a

2
2
2
2
2
2
2
2
2
2

G06108
G06108
GOS108
G06108
G06111
G06111
G06111
G06111
G06111
G06111

2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2

G06111
G06111
G0698a
G0698a
G0698a
G06159c
G06159c
G06159c
G0610S
G0610S
G0610S
G0610S
G0610S
G0610S
G0610S
G06108
G06108
G0610S
G0610S
GOS108
G0698b
G0656a
G06133a
G0656a
G0656a
G06159a
G06159a
G0698b
G0698b
G0698b
G06143a
G06159a
G06159a
G06159a

~(NJ~~

FJY101-7460
FJY102A
FLY101-7460
FLY105-8460
ITT5460J
ITT7460J
M5304P
M53260P
MIC74H60J
MIC74H62J
MIC5460J
MIC6460J
MIC7460J
MIC7460N
N74H60A
N74H60J
N74H61A
N74H61J
N74H62A
N74H62J
N7460A

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
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
6
6
6

M~~
~g~

M~~

MO

MO~

M:~

MO
MO

M~~
~g~

M:~

MO
MO

M~~

18M%

~g~
M~~
~g~
M~~
MO
MO~

M:~

MO
18M% MO

M~~

~g~
Mq~
Mq~
MO~

M~~

MO
18M%

MO~

M:~

MO
18M% MO
Mq~

.75%
75%
75%
80%
.80%
80%
.80%
.82%
.82%
.82%
.84
.84
.84
.84
84%
.84%
.84%
.85%
85%
85%
.85%
.85%
85%
.85%
.85%
.88%
1.0
1.0
1.0
10
1.1
11
11
1.1
2.6%
2.6%
2.6%
2.6%

.45*
.45*
45*
.46*
.46*
.46*
.46*
57*
.57*
57*
22
22
22
.22
.55*
.55*
.55*
.46*
46*
.46*
.46*
46*
.46*
.50*
50*
.50*
.22
.22
22
22
.10
.10
.10
.10
.30*T
.50*
50*
.50*T

Mq~
MO~

~~~
MO~

M~~

1.7%

M~~

1.7%
17%
1.7%
1.7%
1.7%
1.7%
1.7%
17%
1.7%
1.7%
7%
.7%
1.7%
17%
1.7%
17%
1.8%
18%
18%
IS%
18%
1.8%
I.S%
IS%
IS%
I.S%
I.S%
I.S%
IS%
1.8%
1.8%
IS%
I.S%
1.8%
2.0%
2.0%
2.0%
20%
2.0%
2.0%
2.0%
2.0%
20%
2.0%
2.0%
2.0%
2.0%
2.0%
20%
20%
2.0%
2.0%
2.0%
20%
20%
2.0%

~g~ n~
MO

MO~

M:~

MO
MO
40M
40M
40M
40M
40M
40M
40M
40M
40M
40M

D.A. T.A.

M~~

~g~
Mq~
Mq~
MO~

M~;

MO

MO~

MO
M::
MO
Mq~
Mq~

MO~
Mq~
Mq~

MOt
MO
M::
MO

M~f
~gN
M~~
MO
MO~

M:~

MO
MO

M~~
~g~
MO~

M1~

MO
MO

M~~

~g~

M~~
MO

Mm

M:~

MO
MO

MO~

1:

.90*
.90*
90*
.90*
90*
1.2*
12*
1.2*
1.2*
1.2*
12*
12*
12*
12*
1.2*
1.2*
12*
1.2
1.2
85*
.85*
S5*
.S5*
85*
.85*
1.1*
1.1*
1.1*
1.1*
1.1*
1.1*
1 1*
1.1*
12*
1.2*
1.2*
1.2*
80*
.80*
.80*
.80*
.80*
80*
.SO*
.SO*
80*
.80*
.80*
.80*
.80*
.80*
.80*
80*
80*
80*
.SO*
.SO*
.SO*
.SO*

Int
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL

:WTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL

.50
.50
.50
.50

2
4
2
4

2
2
2
2
.50
.50

5t.
5t.

Sf.
Sf.
4
4
4

5t.
5t.

Sf.
Sf.
Sf.
Sf.
4
4
4
4
4
4
4
4
4
4
4
4
4

5t.
5t.
5t.
5t.

Sf.
Sf.
Sf.
Sf.
Sf.

5t.

10
10

11
11
6
6
9
9
5
5
11
11

10
10
10
15
15
15
15

Sf.
Sf.

5t.
5t.
5t.
5t.
4

4

5t.
5t.
5t.
5t.
4
4
4
10
Sf.

5t.

Sf.

5t.
6t.

10
10

10
10
10
10

at.
3
3

12t.
12t.
5t.

10

O.~

0.0
0.0
00
0.0
00
0.0
00
0.0
00
0.0
0.0
0.0
00
0.0
0.0
0.0
0.0
00
0.0
0.0
0.0
0.0
0.0
00
0.0
0.0
0.0
00
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
00
0.0
00
00
00
0.0
0.0
0.0
00
00
0.0
00
0.0
00
0.0
00
00
00
00

27n
27n
27n%
27n
27n
27n%
27n%
12n
12n
12n%
30n
30n
30n
30n
12n

3.0mT
3.0mT
20mT 100m
3.0mT
3.0mT
20mT 100m
20mT 100m
13mT 100m
320m
320m
320m
320m

g~%

12n
12n
12n%
27n
27n%
12n%
12n
12n
12n%
12n
12n
27n
27n
12n
12n
12n%
12n
12n
12n%
26n%t.
26n%t.
26n%t.
26n%t.
26n%t.
26n%t.
7 On
7.0n
7.0n
4.0nt.
4.0nt.

LOn
IOn
LOn
LOn
LOn
LOn
LOn
LOn
LOn
LOn
7 On
7.0n
7 On
5.0nt.
5.0nt.
5.0nt.

~g~~
15n
30nt.
30nt.
15n
15n

40nT
4.0nT

13mT 100m
20mT
20mT
13mT 100m
20m~ 100m
20mT 100m
100mt.
20mT
20mT
100mt.
320m
320m
320m
320m
6.0mT
6.0mT
80mT
40mT
100mt.
20m
20m
100mt.
8.9mt. 600m
8.9mt. 600m
8.9mt. 600m
8.9mt. 600m
8.9mt. 600m
8.9mt. 600m
10mT 400m
10mT 400m
10mT 400m
22mT 4'12 m
22mT 400m
25mT
25mT
25mT
25mT
7 Om
10
7.0m
1.0
7.0m
1.0
7.0m
1.0
7.0m
1.0
7.0m
1.0
10
7.0m
7.0m
1.0
7.0m
1.0
10
7.0m
12mT 400m
12mT 400m
12mT 400m
22mT 400m
22mT 400m
22mT 400m
14mT 1.0 t.
14mT 1.0 t.
14mT
14mT
14mT 1.0 t.
14mT 1.0 t.
14mT
14mT
25mT
25mT
25mt
25mT
8.0m
400m
S.OmT 1.0 t.
8.0m
1.0 t.
20m§
20m§
20mT
20mT
4.0mT 1.0 t.
4.0mT 1.0 t.

30nt.
30nt.
30nt.
30nt.

8.0mT
8.0mT
8.0mT
80mT

IOn

8.3m%

1.0 t.
lOt.

400m
400m
400m
400m

SYMBOLS AND CODES
EXPLAINED IN INTERPRETER

~ ~ggm~

~ ggg~~:
~ gggm mlij~e

~ ~ggln

FP21c
T0116
FP21c
TOllS
M157b
t.004AF
M157b
t.004AF
M157b
t.004AF
M157b
t.004AF
M126

~m

FP28b
M153a
Ml05e
Ml05e
FP28c
FP21c
T0116
FP21c
T0116
FP21c
T0116
FP21c
T0116
FP21c
T0116
FP21c
T0116
TOllS
2
M126f
2
TOl16
M126p
2
2
M126D
M157
2
2
M157
Ml05'
2
Ml05j
2
2
M157
1
T0116
2
T0116
2
T0116
2
T0116
M126
~ gggJ~~a T0116
2 G0698b T088
3 G06157 T0116
T088
T0116
1 G06169a T088
1 G0656a Ml05a

~

~ gggl~~

132

LINE
No.

~

o ER· PRO·
~PE
~~A~
OF
ATiNG CESS

TYPE
No.

GATE

~

3
4
5
6
7

I~

I~C;~~~ON

g
l~

Nc:wis'l N
NC7460N
S54H60A
S54H60J
S54~~IA

~~~H61J

S 4H62A

~~:~glJ

19.

~=~:~gg~

SN54H60W

~=~:~gl~

~OIt SN54H61W

~=~:~g~~

22.
23
24t

SN54H62W

27

SN74H60W

~g: ~=~:~:g~

~~: ~=~:~gl~

30

~~:

33

:~

48
49
50
51

SN74H~2J

~~74H62N

N74H62W

~~~:~g~~

54

US74H60A
US74H60J
US14H61A
US14H61J
l!~?41'!~~A
~~~~H62J
U
460A

57

US7460J

~~

~:
~g

g
6
6
6
6

~~~:ggi

~~~118F

81

84

MC510F

87

MC511L
MC560F
MC560L
MC561F
MC561L

g~

63

g~

66

:~

89

~~

72

~~

15
18
17
16

~g

:~

:g

::
90

:~

93
94
95
96
97

::

=~~B~~

~g:gltp%

~~~m

~g~

SNG292J

~=~~g~:r

SNG293W

TRWG290#1

l~~ 1~:'irfl:JO#2

8
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6

11/1

~:g~

2.0%
2.~~

2.0%
2.0%

~.O%

2.0%
2.0%
2.0%
2.0%
M6~ 2.0%
2.0%
MO 2.0%
MO~ 2.0%
2.
6
MC411F
6
!,"!C411L,P%
I:
~g:ggrp% Iii

60

MO
M1~
MO

I~

SN74H81W

35
~=~::g~
36. SN5460W
37#
38. ~=~:gg~
39. SN7480N
40# T7~~!?!, 1
41#
W5~t~'t,A
42
:~ ~~~4~~J
~~~4H81A
45
U 54H81J
:!~.

~g~

16
I;
6
6
6
6

I~

12
S5460J
13# SFC~!!>E
14#
15# ~~g:gg~rt

W
18.

F~J~'

LOGI
LEVEL

M~~

M~~
~Q~

20M

D.A. T.A.

M~~
MO

~.~

:~g:

.80*
.80*
.80*
80*
.80*
80*
.80*
::g:
.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*
40*t
.40*t
.40*t
40*t
.40*t
.40*t
.40*t
.40*t
.40
.40
.40
.40
.40*t
.40*t
.40*t
40*t
.40*t
.40*t
.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
.28
.26
.26
.26
.26
.26
.26
.J~
6

8. GATES

TYPE

FAN
IN OUT

.l.J

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
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
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

POWER
SUPPLY
SPAN

MAX.
PROPA· RISE FALL
GATION TIME TIME

NI~1' P~~. DE~~Y
~e.

4
3
4

lU

6e.
6e.

3
3

12e.
12e.
5e.
5t.

4
4
4
4
4
4
3
3
3
10
10
10
4
4
4
3
3
4
10
10
3
4
4
4
4
4
4

5e.

4
4
4
3
3
10
10
4
4
3
3
10
10
4
4
4
4
10
10
3
3
4
4
4
4
4
4
4
4
10
10
3
3
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
3t
3t
3t
3t
3t
3t
3t
3t

5e.
5e.
5t.
5e.
5e.
5e.
5e.
5e.

3t
3t
10

10
10
10
10
10

U.U
0.0
00
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

10
10
10
10
10

12
12
12
12
6
6
6
6
15
15
15
15
7
7
7
7
15t
15t
7t
7t

12t
12t
6t
6t

15t
15t
15t

0.0
00
00
0.0
00
0.0
0.0
0.0
00
0.0
00
0.0
0.0
0.0
00
0.0
0.0
0.0
0.0
00
00
0.0
0.0
0.0
0.0
00
0.0
00
0.0
0.0
0.0
00
0.0
00
0.0
0.0
00
00
0.0
0.0
0.0
0.0
0.0
0.0
00
0.0
0.0
00
00
00
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
O.!!
0.0
0.0
00
0.0
0.0
0.0
00
00
0.0
0.0

~:g

7.0
7.0
5.0
5.0
5.0
50
5.0
5.0
5.0
5.0
70
50
5.0
7
7
5.0
7
7
5.0
7
7
5.0
7
7
5.0
7
7
5.0
7
7
50
50
50
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
50
50
5.0
5.0
5.0
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
50
5.0
5.0
50
5.0
5.0
5.0
5.0
5.0
5.0
50
50
5.0
5.0
5.0
8
5.0
8
50
8
5.0
8
5.0
5.0
50
5.0
5.0
5.0
5.0
5.0
5.0
50
5.0
50
50
5.0
5.0
5.0
5.0
5.0
5.0

lUn

~~I

~l

13n

IN ORDER OF (l)TYPE OF GATE(2)LOGIC TYPE
/3 LEVEL'1'/4 LEVEL'0'/5IMAX FRE0I6lTYPE No.
MAX. MAX.
EMP. CKT
DRAWINGS
TOTAL NOISE
PER LOGI~. OUTLINE
PKG. REJECT LOVI HI MOC DWG. No DWG. No
A=MO
DI~~'
(VI
'C 'C
6.3m'lb

IOn
IOn
15n

Ig
0
0
·55
·55
·55
·55
·55
·55
·55

8.8m%
8.8m%
·55
4.0me. 400m* 0
20mt 1.0 e.
·55
20mt 1.0 e.
·25
1.0 e.
·55
1.0 e.
·55
12mt 1.0 e.
·55
1.0 e.
·55
1.0 e.
·55
25mt 1.0 e.
·55
1.0 e.
·55
1.0 e.
·55
25mt 1.0 e.
·55
1.0 e.
0
1.0 e.
0
12mt 1.0 e.
0
1.0 e.
0
1.0 e.
0
12mt 1.0 e.
0
1.0 e.
0
1.0 e.
0
25mt 1.0 e.
0
20mt 1.0 e.
·55
20mt 1.0 e.
·55
.55
20mt 1.0 e.
4.0mt 1.0
·40
20mt 1.0 e.
0
4.0me. 1.0
0
20mt 1.0
0
17mt
0
1.0 e.
·55

30ne.
30ne.

30ne.

30ne.
30ne.
30ne.
30ne.
30ne.
16ne.
16ne.

1.0
1.0
1.0
10
1.0
1.0
1.0
1.0
1.0
1.0
1.0

20ne.
20ne.

16ne.
16ne.
16ne.
16ne.

20ne.
20ne.

16ne.
16ne.

15n
15n
15n
15n

e.
e.
e.
e.
e.
e.
e.
e.
e.
e.
e.

~!!mt

40mt
25mt
25mt
15mt
15mt
8.0mt
8.0mt
8.0mt
8.0mt
8.0mt
8.0mt
40mt
40mt
25mt
25mt
15mt
15mt

IOn
1.0n
5.0n
5.0n
5 On
5.0n
5 On
5.0n

1.0n
1.0n

IOn
IOn
IOn
IOn
IOn
IOn
IOn
IOn
3.0n%
3.0n%
3.0n%
3.0n%
3.0n%
3.0n%
30n%
30n%
IOn
IOn
4.0n

1.0 e.
1.0 e.

4.0me. 1.0

5.0n
5.0n
5.0n
5.0n
5.0n
5.0n
5.0n
5 On

8.0n
8.0n
8.0n
8.0n
8.0n
8.0n
8.0n
8.0n

152m
152m
152m
152m
152m
152m
152m
152m

5.0n
5.0n

8.0n
8.0n

152m
152m
20m

900m
900m
900m
900m
900m
900m
900m
900m
900m
900m
900m
900m
900m
900m
900m
SOOm
tg
1.0
1.0
1.0
1.0
1.0
1.0

1.0

IJ~Om

SYMBOLS AND CODES
EXPLAINED IN INTERPRETER

:~~

·55
·55
·55
0
0
0
0
0
0
·55
·55
0
0
·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
·55
·55
·55
·55
·55
·55
·55
·55
·55
·55
·55
·55
0
0
0
0
·55
·55
·55
·55
0
0
0
0
·55
.~!!

-55

~g

70
70
125
125
125

m

125
125
125
70
125
85
125
125
125
125
125
125
125
125
125
70
70
70
70
70
70
70
70
70
125
125
125
85
70
70
70
70
125
125
125
125
125
125
70
70
70
70
70
70
125
125
70
70
125
125
125
125
125
125
125
125
125
125
70
70
75
75
75
75
75
75
75
75
75
75
75
75
75
75
125
125
125
125
125
125
125
125
125
125
125
125
75
75

~~

125
125
125
125
75
75
75
n5

m

~I~ggg~~ I~~~~
3 G06157
2

~Iggg~:~

3 G06157
3 G06157
1 G06169
1
1
2
2
2
2
2
2
3
3
3
1
1
1

ggg~g:a

G0656c
G0656a
G0698
G0698
G0698b
G0698b
G0698b
G06157
G06157
G06157
G06143a
G06143a
G06143a

~Iggg~:~

2 G0698b

~

2
1
1
3
2

gggm
G0898b
G08143a
G08143a
G06157
G0698

2
2
2
2
2
2
2

G0898
G069S
G0898
G02172
G0898a
G0898b
G0898b

~ ggg~:

~

gggm
1 G08143a

J2 G0698b
ggg~:~a
3
3
1
1
2
2

G06157
G06157
G08143a
G06143a
G06159c
G06159b

~ gggl~g~
1 G08143a

j gggm a
3 1~!>6157

j

Iggglgg:
2 G08168a

Mi26
T0116
T0116
T088
T0116
T088
T0116
T~88

Ml05q
T088
T0116
T0116
T0116
M157b
M126
e.004AA
M157b
M126
e.OO4AA
M157b
M126
e.004AA
M157b
M126e
T084
M157b
rtri;:e
M157b
M126e
T084
M157b
T0116
e.004AA

~~~~b

M126e
M126h
M126n
Ml05b
T088
Ml05b
T088
Ml05b
T088
Ml05b
T088
Ml05b
T088
Ml05b
T088
Ml05b
T088
Ml05b
T088
T088
T0116
T086
T0116
T086
T0116

~g~6

~Iggglgg~ T086
~ ~ggm~ :::~~~8

2 G06159c T0116
T086
llgggm:
3 G06151 :::g~~6
3 G06157 T0116
2 G06159a
2 G06159a :::g~~6
2 G06159 T086
2 G06159 T0116
2 G06160 T086
2 G06160 T0116
2 G06159 T088
2 G06159 T0116
2 G06160 T086
T0116
~Iggglgg T086
2 G08159 T0116
T086
~ Igp6160
06160 T0116
21~!>8159 T086
2 G061~~ T0116
2 G061 0 T086
T0116
~I~ggl:~ M157b
21Ci06141 e.004AF
2 G06141 M157b

~ gggl:l ~~~~F
2 G06141 e.004AF
2 G06141 I~J~57b
2 G06141
04AF
FP21c
~I~gg:~ T0118
2 G0687
FP21c
T0116
~ ggg:~ FP21c
2 G0887
T0116
FP21c
2 G0687
T0116
G0687
~ G06141 M157
~Igggl:j ~a~b

133

§J
LINE
No.

~

3
4
5
6
7
8
9

1~

12
13
14
15
16
17
18
19
20
21

~~

TYPE
No.

f#PE
OF
GATE

~~gl~~:f

SNG151W

~~gm~

SNG153J
SNG153W
SNG170J
SNG170W
SNG171J
SNG171W
SNGl72J
SNGl72W
SNG173J
SNG173W
SNG180J
SNG180W
SNG181J
SNG181W
SNG182J
SNG182W

~~~lg~~

24
25
26
27
28
29
30
31
32
33
34
35
36
37
38
39

TRWG150~1
TRWG150#2

:~

~~g~~

42
43
44
45

:::~:gl~8~~

TRWGI80#1
TRWGI80#2
RG151D
RG151K
RG152D
RG152K
RG153D
RG153K
RG170D
RG170K
RG171D
RG171K

Ig
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
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6

RG173D
RG173K
RG290D
RG290K
RG291D
RG291K
48
RG292D
49
RG292K
50
RG293D
51
RG293K
52
RG150D
RG150K
ZN5460E
~5# ZN5460F
56# ZN7460E
57# ZN7460F
58
MC2002F
59
MC2002L,P%
60
MC2006F
61
MC2006L.P%
62
MC2052F
63
MC2052L P%
64
MC2056F
65
MC2056L,P%
66
MC2102F
67
MC2102L
68
MC2106F
69
MC2106L
MC2152F
MC2152L
72
MC2156F
73
MC2156L
g
74
MC478F
75
MC478L P%
6
76
MC528F
6
77
MC528L
6
78
MC578F
6
79
MC578L
6
80
T213
6
81
SNG230J
61
SNG230W
6.1
SNG231J
6.1
84
SNG231W
61
85
SNG232J
6.1
86
SNG232W
6,1
87
SNG233J
61
88
SNG233W
6.1
89
6,1
90
61
9,.
6.1
92.
6,1
93", TG231F
61
94", TG231J
16,1
95. TG232F
6.1
96. TG232J
61
97", TG233F
6.1
98", TG233J
6.1
99
MC409F
61
100
MC409L,P%
6,1
101
MC459F
6,1
102
MC459L P%
61
103
MC509F
6,1
104
MC509L
6,1
105
MC559F
61
106
MC559L
6,1
10H TG150F
6F
108. TG150J
6F
109", TG151F
6F
110", TG151J
6F

:~

~~#

~~

:~

:::~:~~~g~~
:::g~~g~

134

o
~rt1

ER- PROATiNG CESS
FREO.
(Hz)

LOGIC
LEVEL

~.,.

~'O'

(V)

IV)

~8~

~8~ ~:~

~8~

M~~

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

MO~

~g~

M1~

MO
MO

M~~

~g~
M~~

~g~

M1~ ~:~

MO
MO

M~~

~g~
M~~

MO
Ml:
MO

M~;
~g,

MO
Ml:
MO

M~:

~gi
M~~
~gi
MO
M1:
MO

M~:

~gi
M~:

~gi
M~~
~gr
MO
M1!
MO

M~:

~gi
M~~
M~r

MO

MO
M1!
MO
MO

M~~
MO

~~~

MO

MO
M1:
MO
15M
40M

:g~

40M
40M
40M
40M
40M
40M
40M

D.A. T.A.

3.:1
3.3
3.3
3.3
3.3
3.3
3.3

~g~
M~~
M~~ ~:3
MO
.3
MO
M1:
MO

20
20

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

~COJ

Mor

M~f
M~r

MO

MO
M1:
MO

M~~

~g~
M~~

~g~
M~~
M~~

MO

M1~

MO
MO

M~~

~g~
M~~
M~~

MO

M1~

MO
MO

3.3
3.3
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
3.4
3.4
3.4
3.4
3.4
34
3.4
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
35

~:~%

3.5%
3.5%

~:~~

3.5%
5.0
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%
8
.3 %
3.3
3.3
3.3
3.3
3.3
3.3
3.3
1.7%
1.7%

J:

~g~ U~

:~g

.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
.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
.25t
.25t
.25t
.25t
.25t
25t
.25t
.25t
.25t
.25t
.25t
.25t
.25t
.25t
.25t
.25t
1.05*t
1.05*t
1.05*t
1.05*t
105*t
105*t
00
1.2*
12*
1.2*
1.2*
1.2*
1.2*
1.2*
1.2*
1.2
1.2
1 1*
1.1*
1.1*
1.1*
1.1*
1.1*
1.1*
1.1*
.26
26
.26
.26
.26
.26
.26
.26
1.2*
1.2*
1.2*
1.2*

a.

TYPE

f1J
lift
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL

18
10
10
10
10
10
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
10
10
4
4
4
4
10
10
10
10
10
10
4
4
4
4
4
4
4
4
5
5
5
5
5
5
5
5
10
10
5l>
5l>
5l>
5l>

10
10
4
4
10
10
4
4
10
10
4
4
10
10
4
4
5
5
5
5
5
5
5l>

10
10
10
10
10
10
10
10
10
10

In
7t
12t
12t
6t
6t
15t
15t
7t
7t
12t
12t
6t
6t
15t
15t
7t
7t
12t
12t
6t
6t
15t
15t
15t
15t
15t
15t

~()WER

SUPPLY PROPA- RISE
SPAN
GATION TIME
NEG. POS. DELAY
tr
(V)
(5)
(51
(VI
4Qn
g:8 4.0n
8:8
0.0
5.0 4.0n
0.0
5.0 4.0n
00
5.0 4.0n
0.0
5.0 4.0n
00
50 4.0n
0.0
5.0 3.0n
0.0
5.0 3.0n
0.0
5.0 3.0n
00
5.0 3.0n
0.0
5.0 3.0n
0.0
50 3.0n
00
5.0 3.0n
0.0
5.0 3.0n
0.0
5.0 3.0n
00
50 3 On
0.0
5.0 3.0n
0.0
5.0 3.0n
0.0
5.0 3.0n
0.0
5.0 3.0n
00
5.0 30n
0.0
5.0 3.0n
0.0
5.0 4.0n
0.0
50 4.0n
5.0 30n
0.0
0.0
5.0 3.0n
5.0 3.0n
00
0.0
5.0 3.0n
0.0
5 4.0n
0.0
5 40n
0.0
5 4.0n
0.0
5 40n
0.0
5 4.0n
0.0
5 4.0n
0.0
5 LOn
0.0
5 LOn
0.0
5 LOn
0.0
5 LOn
0.0
5 LOn
0.0
5 1.0n
0.0
5 1.0n
0.0
5 1.0n
0.0
5.0 7.0n
0.0
5 7.0n
0.0
5.0 7.0n
0.0
5.0 7.0n
0.0
5.0 7.0n
0.0
5.0 7.0n
0.0
5.0
0.0
5.0
0.0
5.0 4.0n
00
5.0 4.0n
0.0
5.0
29n
0.0
5.0
29n
0.0
5.0
29n
0.0
50
29n
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
00
15nl> 8.0n
0.0
5.0
15nl> 8.0n
0.0
5.0
15nl> 8.0n
5.0
0.0
15nl> 8.0n
0.0
5.0
15nl> 8.0n
0.0
5.0
15nl> 8.0n
0.0
5.0 2.0n
0.0
5.0 2.0n
0.0
5.0 2.0n
0.0
5.0 2.0n
0.0
5.0 2.0n
5.0 2.0n
0.0
0.0
5.0 2.0n
0.0
5.0 2.0n
0.0
5.0 2.0n
0.0
5.0 2.0n
0.0
5.0 2.0n
00
5.0
0.0
5.0
00
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
8:.0
5.0
0.0
5.0
0
8
0.0
5.0
0
8
0.0
5.0
0.0
5.0
0.0
5.0
0.0
5.0

MAX.
FALL
TIME

tf
(51

10
10
10
10
9
9
9
9
5
5
5
5
11
11
11
11
6
6
6
6

1

15
15

10
10
10
10
10
10
10
10

12
12
6
6
15
15
7
7

15
15

IN ORDER OF (l)TYPE
GATE~~~~IC TYPE
(3 LEVEL'1'(4 LEVEL'O'(5 MAX FRE 6 TYPE No.
MAX. MAX.
TEMP. CKT
DRAWINGS
TOTAL NOISE
PE~[ LOGIC OUTLINE
PKG.
REJECT LOW HI MO DWG. No DWG. No
DISS.
6=MO
(WI
(VI
'C
'C

~o:::

20m
20m
20m
20m
20m
5.0m
5.0m
5.0m
5.0m
5.0m
5.0m
5.0m
5.0m

20m
20m
5.0m
5.0m

~:8~

11l>
11l>
11l>
11l>
11l>
11l>
11l>
Ill>

11l>
Ill>
Ill>
Ill>

5?f

GATES

FAN
IN OUT

5.0n
5.0n
5.0n
5.0n
5.0n
5.0n

20mt
20mt
20mt
20mt
20mt
20mt
10mt
10mt
10mt
10mt
10mt
10mt
10mt
10mt
30mt
30mt
30mt
30mt
30mt
30mt
30mt
30mt
20mt
20mt
10m
10m
10m
10m
28mt
28mt
14mt
14mt
28mt
28mt
14mt
14mt
28mt
28mt
14mt
14mt
28mt
28mt
14mt
14mt
15mt
15mt
15mt
15mt
15mt

900:::
900m
900m
900m
900m
900m
900m
900m
900m
900m
900m
900m
900m
900m
900m
900m
900m
900m
900m
900m
900m

~8g:::

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
10
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.1
1.1
1.0
1.0
1.0
10

~0

0
-55
-55
-55
-55
0
0
0
0
-55
-55
-55
-55
0
0
0
0
-55
-55
-55
-55
-55
-55
0
0
0
0
0
0
0

1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
10 l>
1.0 l>
1.0 l>
1.0 l>

900m
900m
900m
900m
900m
900m
900m
900m
25mt
25mt
25mt
25mt

SYMBOLS AND CODES
EXPLAINED IN INTERPRETER

125
75
75
75
75
75
75
75
75
75
75
75
75
125
125
125
125
75
75
75

~~5

125
75
75
125
125
125
125
75
75
75
75
125
125

m

75
75
75
75
125
125
125
125
75
75
75
75
125

m

-55
·55
-55
-55
-55
-55
-55
0
0
-55
-55
-55
-55

125
125
125
75
75
75
75
75
75
75
75
125
125
125
125
125
125
125
125
75
75
125
125
125
125

-55
-55
-55
-55
0
0
0
0
-55
-55
-55
-55
-55
-55
0
0
0
0
0
0
0
0
-55
-55
-55
-55
-55
-55
-55
-55

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

~5

~~:::~ 1.0

28m
~!!m
28m
28m
28m
28m
28m
28m
28m
28m
25mt
25mt
14mt
14mt
25mt
25mt
14mt
14mt

:~~ 12~

-55
0
0
0
0
-55
-55
-55
-55
0
0
0
0
-55
-55
-55
-55
0
0
0
0
-55
-55
-55
-55
-55
-55
-55
-55

1!~8gm

1 G06143
1 G06143

1
1
2
2
2
2
2
2
2
2
2

~~~~~F
l>004AF
M157b
l>004AF
M157b
l>004AF

gggm
G06143
G0656
G0656
G0656
M157b
G0656
1~004AF
G0656
157b
G0656
l>004AF
G0656
M157b
G0656
l>004AF
G0657
M157b
l>004AF
M157b
G0657
l>004AF
G0657
M157b
G0657
l>004AF
G0657
M157b
l>004AF
M157
G06143 M126
G0656
M157
G0656
M126
G0657
M157
G0657
M126
G06143 Ml05m
FP28

~ri8lkF

~lg8g~~

2
2
2
2

~1~8g~~3

1
2
2
2
2
4

:1~8g1:~

4 G06143
4 G06143
G06143
~ G0656

~p1085m
Ml05m

~12J'5m

~ ~8ggg

FP28

~ ~gg~g

Ml05m
FP28
Ml05m
FP28
Ml05m
FP28
Ml05m

2 G0656
2 G0656
2 G0656
2
2
2
2
2
2

~p1085m

~,zJ'5m

FP28
Ml05m
FP28
4 G06143 Ml05m
4 G06143
1U'12286
2
2
I~~~~
2
2
T086
1 G06143 T086
1 G06143
2 G06159 :::g~~6
2 G06159 TOl16
1 G06143 T086
1 G06143 TOl16
2 G06159 T086

~

~

:::g~~6

1
2
2
1
1
2
2
2
2
2
2
2
2
8
1
1
1
1

gggm
G06143
G06159
G06159
G06143
G06143
G06159
G06159
G06165
G06165
G06165
G06165
G06165
G08165
G0694e
G06109
G06109
G06109
G06109

1
1
1
1
1
1
1
1

G06109
G06109
G06109
G06109
G06143
G06143
G06143

1
1
1
1
1

G06143
G06143
G06143
G06143

TOl16
FP21c
TOl16
T086
TOl16

G06143
G06143
G06143
G06143
G06143

T086
T0116
T086
T0116

1
1
1
1
1
1
1

~gglg~

TOl16

:::g~~6

T086
TOl16
T086
TQl16

:::g~~6

T086
T0116
T086
T0116
CBIZl
M157b

~~~j~F

l>004AF
M157b
l>004AF
M157b
l>004AF
M126
M157
FP21c
TOl16
FP21c

~ggm ~~dll:
gggl:~

:::g~~6

ggglg~ ~~Wil

1 gg~lg~ I~~~\'i!

134

.§J

LINE
No.

TYPE
No.

~PE ~rA~
o ER- PRO-

OF
ATING CESS
GATE
FrJZ?'

I:~
2. +~l~~~
3 ... TG153F
6F
4 ... T.,!15=!J
6F
5. MCI4519A~:~ 7
6. MC14519AL 3 7
7t MC14519CL#2 7
8.
9 ... ~gl:mg~:~ ~
10... MC14519CP#37
11
H01A4811-9 7
H01A4811-2 7
12
13
MC1674L
7
14
MC1674S
7
15
MC1675L
7
7
l~ ~g~~~~
7
18
MC7242LP% 7
7
~~ ~g:~:~r
7
2,... 5560A
7
22 ... SN54LS266J 7
23 ... SN54LS266N 7
24 ... SN54LS266W 7
25
93860C
7
26
93860M
7
27
9386FC
7
28
9386FM
7
29 ... SN74LS266J 7
30... SN74LS266N 7
=!1 ... I~rg~~slrw ~
32
MC3122L
7
33
7
~~ ~gg~~r,P% 7
It

LOGIC
LEVEL

1J'1'

i!..J·O•

/VI

u:

I=q~ ::g~
MO~

1.8%
1.8%
MO 9.99%
MO 9.99%
9.99%
M~§ 9.99%
~g5 9.99%
9.99%
M~§
M~5 15
MO
18
-.95%
M~~ -.95%
MO
MO~ -.95%
-.95%

M1~

10M
10M

M~~

~g~

25M

M~;
MO
PCB 2.0%
2.0%
MO 2.0%
MO 2.0%
2.0%

M1~

M~~

~g~ ~:g~
Mq~
Mq~

2.0%
2.0%
M6~ 2.0%
2.0%
2.4%
MO~ 2.4%
25%
~g~ 2.5%

~~;

8.FANGATES
POWER
TYPE

IN

OUT

.£J

1.2*
1.2*
.01*t
.01*t
.01*t
.01*t
.01*t
.01*t
0.0
0.0
-1.6t
-1.6*t
-1.6*t
-1. 4
6;:t
.40*t
.40*t
.40*t
.45*
.70*
.70*
.70*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.40*t
.40*t
.40*t
.40*t

g~~

ECT
ECT
ECT
ECT
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL

PROPA- RISE
GATION TIME

NI~~' PR,~' DE~fY

IVI

TTL
TTL
TTL
TTL
CMS
CMS
CMS
CMS
CMS
CMS

SUPPLY
SPAN

lIt.
lIt.
lIt.
lIt.

10
10
10
10
10
10
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2

50
50
50
50
50
50
70
70
70
70
10
10
10
10
10

8
8
8
8

Kg
0.0
0.0
0.0
0.0
00
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
00
0.0
0.0
00
0.0
0.0
0.0
0.0
0.0
0.0
00
0.0
0.0
0.0

g:g
5.0
5.0
10
10
10
10
10
10
15
18
0.0
0.0
0.0
0.0
5.0
5.0
5.0
5.0
7.0
50
5.0
5.0
5.0
5.0
5.0
50
5.0
5.0
5.0
50
5.0
5.0
5.0

85n
200n
85n
200n
85n
85n

:~I

MAX.
FALL
TIME

~l

75n
140n
lIOn
200n
lIOn
lIOn

75n
140n
lIOn
200n
lIOn
lIOn

2.5n
2.5n
2.5n
25n

2.2n
2.2n
2.2n
2.2n

2.0nt

2.5nt

300nt.
170nt.

2.3n
2.3n
2.3n
2.3n
18n%
18n%
18n%
18n%
14n%
30n
30n
30n
25nt.
25nt.
25nt.
25nt.

30n
30n
30n
14n
14n
14n
14n

IN ORDER OF ('ITYPE OF GATE(~&?GIC TYPE
13 LEVEL','/4 LEVEL'O'/SIMAX FRE 61TYPE No.
MAX. MAX.
TEMP. CKT
DRAWINGS
TOTAL NOISE
PER LOGIC OUTLINE
PKG. REJECT LOW HI MO[ DWG. No DWG. No
6=MO
DI~~'
IVI
'C 'C

~~~~

25mt
25mt
100mt
2.5u%
100mt
2.5u%
100mt
100m'
200m
200m
250mt

2.2 t.
2.2 t.
22 t.
2.2 t.
2.2 t.
2.2 t.

~~g~~

250mt
170mt
170mt
170mt
170mt
264mt

40~~

40~,*
40m
170mt
170mt
170mt

170~;

:g~;j
40m~

85mt
85mt
85mt
85mt

Ig
0
0
-55
-55
·40
-40
-40
-40
-40

-55

0
0
0
0
0
0
-55
-55
0
·55
-55
-55
0
-55
0
-55
·55
-55
-55
-55
-55
0
0

~~

75
75
125
125
85
85
85
85
85
125
75
75
75
75
75
75
125
125
70
125
125
125
70
125
70
125
125
125
125
125
125
75
75

ll~gg:g: ;~W6

1
1
1
1
1
1
1
1

G06109
G06109
K306
K306
K306
K306
K306
K306

:I~g~~

3 G071

~ l~p71
071

3
4
4
4
4
12
4
4
4
4
4
4
4
4
4

G071

G075
G075
G075
G074
G074
G074
G074
G075
G075

: ~g~~04
4 G05104
4 G05104
4 G05104

FP21c
T0116
M191
M191
M191
M191
M278
M278

:::gllg
M157a
FP78
M191
FP76
T086
T0116
T086
T0116
CB62
M157b

~JJ:AA
Ml05ad

~p1025dad

FP52d
M157b
M126e

~~!!~AA

:::g~~6

T086
T0116

\

135

D.A. T.A.

SYMBOLS AND CODES
EXPLAINED IN INTERPRETER

135

.§J
LINE
No.

TYPE
No.

ZN2010E
ZN2010F
3# FLH641-49703
4# FLH645-49803
5
B310
6. 543
7
B360
8
D50
9
TMOF2
10
~~~~4
11
12
MOF4
13
MIC941-1B
14
MIC941-1D
15
MIC941-5B
16
MIC941-5D
17
MIC951-1B
18
MIC951-1C
19
MIC951-1D
20
MIC951-5B
21
MIC951-5C
22
MIC951-5D
23
MOSI
24
SW751-1P
25
SW941-1P
9951-9-31
9951-9-8A
28# 9951-9-7A
29
SFC951E
30
SW751-2M
31
SW751-2P
32
SW941-2M
33
SW941-2P
34
k3~1\342J
35
36
SN15342N
MC887L,P%
37
DM7850D
38
39
DM7850N
40# T118BI-14
T118DI-14
:~: T118D2-14
43#
44#
45
9601FC
46
DM8850D
47
DM8850N
48. 546
49. 5540
50
51
52
53
54
SN74L121N

~:

~~:

:j:m~~

~~~:tl~l~
~~~:tgn

~~.

I~N74L121T

SN29601J
SN29601N
ZN1010E
ZN10l0F
60
MIC9601-1B
MIC9601-1D
MIC9601-5B
63
MIC9601-5D
64
9941DM
65
9941FM
66
9941HM
67
9951DM
68
9951FM
69
9951HM
70
540T
SFC4122E
SFC4122EM
73# SFC4122ET
SFC4122PM
M53323P
711· 5546
77. AM26123DC
78. AM26123DM
79.
57.

~~:
~~

m~
~a

~~~~m~~

:~~

MIC54122AJ
82# MIC54123AJ
MIC64122AJ
MIC64123AJ
85# MIC74122AJ
MIC74122AN
MIC74123AJ
88#

:~:
:~:

~g:

!!.1#
92
93
94
95
96
97

g::

100#
101
102+
103+
104
105+
106
107.
108
109+
110+

~~g~~n~AN

SFC4123EM
SFC4123ET
1~:"'54122J
W54123J
SW74122J
SW74122N
SW74123J
SW74123N
TL74122N
TL74123N

~~~~11~~~

SN54122W
IfiN541 23J
SN54123N
SN54123W
SN74122J
SN74122N
SN74122W

136

~~~:m~

~

~rA~

TI E
ER- PRODELAY ATING CESS
TYPE

1
1
2
3
3AG
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
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
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
4.5
45
4.5
4.5
45
4.5
4.5
45
4.5
45

F~Jz?'

10M
5.0M
5.0M
5.0M
5.0M

~'1'
IVI

MO~

10M

LOG I
LEVEL

~CO~
PCB
PCB
PCB
PCB
PCB
PCB
PCB

M~f
M~r

H
2.0%
2.0%
0.0
2.0%
0.0
2.6%
3.3
3.3
5.0
5.0

.!J'O'
IVI

:~g

.80*
.80*
-3.0
.45*
-3.0

:~r

~g,
M~:

~g,

10Mt
10Mt
10Mt
10Mt

MOr

M~:

~:g~

25%
3.2%

~g, 3.2%
3.2%
M~!
~gi ~:~~
3.2%
M~~
~g, ~:~~
Pcrr

5.0

~gi ~:~~
12.5%
M~! 1.7%
~gi 1.7%
1.7
M~~ 1.7
~g, 1.7

M~!

MO
MO

~gJ

PCB

~.c~

1.7
1.7
1.8%
1.8%
1.8%
2.0%
2.0%

~gi ~:g~

M~~
MO
MO
M~:

2.0%
2.0%
2.0%
2.0%

~gi ~:g~
~.O%

10M
10M
10M
10M

MOl

M~!

MO
MO

M~:

~gi
M~~
M~I

20M

D.A. T.A.

MO

PC~
MO
MO

M~~

~g,
PC~

~g,

2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
5.5
2.0%
2.0%
2.0%
2.0%
2.4
2.0%
2.0%
2.0%
2.0%

~~~
MO~ ~:g~
M~~

~g,
M~~

~g,
M~~
M~r

MO

~~!

MO

2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%

~:g~

M~: 2.0%
~gi ~:O%
.0%

M~f

M~,
MO
M~:

~g,
M~!
M~i
MO

~~f

MOl

2.0%
20%
2.0%
2.0%
2.4
2.4
2.4
2.4
2.4
2.4
2.4
2.4

~g: ~_4
.4

::~:

::g:
.80*
.80*
.80*
::g:
.80*
.80*
::g:
.80*
.80*
.80*
.85*
.85*
.85*
.85*
.85*
.85*
0
.80*
.80*
.80*
.80*
.40
.80*
.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

.:g
.40
.40
.40
.40
.40
.40

~_UT
MAX.

2t
2t

DTL
RTL

J1

19
30
30
25
12

3

liit
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
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
nt
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

NI~~' PR,~'

IHt
TTL
TTL

.50*
.40*t 18:j:t
.40*t DTL
.45t* DTL
.45t* DTL
.45*t DTL
.45t*
L
.45*t 18:r
TL
.45*t DTL
.45*t DTL
.45*t DTL
0.0
DTL
DTL
50*
5.0*
DTL
1.5*t DTL
.90*
TTL
TTL
.90*
1.4
TTL
1.4
TTL
1.4
TTL
1.4
TTL
1.4
TTL
TTL
.85*
TTL
.85*
.80*

IN

~

DTL
DTL
DTL
DTL
DTL
DTL
DTL
DTL
DTL
DTL

M~:

~CO~

TYPE

.22
0.0
0.0

MO

2.0M
10Mt
10Mt

10. TIME
DELAY
FAN
POWER

~

3
3
3
3

3t.
2

3t.
3t.
2

3t.
2
4t
4t

4t.
4t.
4t.
4t.
4t
4t
4t
4t
2

5t.

5t.
1
4
4
4
4
4
4
4
4
4
4
5
9
3
3
3

~

3
4
4
3
3
4
4
4
4

4t.
4t.
4t.
4t.
4t.
4t.

1
5
5
5
5
3
5
3
3
3
3
5
3
5
3
5
5
3
3
5
5
5

g
5
5
3
3
8
3
3
5
5
3
3
3
5

~

3
3

8
8
10
10
10
10
10
10
10
10
10
10
25
10
10
10
10
10
10
10
10
10
12
12
10
10
12
12
12
8
10
20
20
20

~g

20
20
20
10

1918
18
18

~g

20
20
30
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
20
20
20
10
10
10
10
10

~g

20
20
10
10
10
10
10
10
10
10
10
10

Kg
0.0
0.0
0
0.0
15
0
0.0
U.O
0
0
0
g
0
g
0
g
0
5.0
0.0
0.0
0.0
0.0
0.0
g:O
.0
Q.O
g:g
4'11
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
Q.O
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
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0

8:

I~.~~

5.0
5.0
0
5.0
10
5.0
5.0
5.0
5.0
5.0
5.5

MIN.
DELAY

lsi

MAX.
RISE
FALL
TIME TIME

~~l

fsl

IN ORDER OF (l}nME DELAY(2)LOGIC TYPE
(3 LEVEL'l'(4 LEVEL'O'(5IMAX FREQ/!irrvPE No.
TEMP. ~KT
DRAWINGS
.pt!,X. MAX.
TOTAL NOISE
PER LOGIC IOUTLINE
PKG.
REJECT LOlli HI MOe DWG. No DWG. No
t.=MO
D!~.
'C
'r.
IV!

1.0 t.
1.0 t.

260nt.
2~!>nt.

12n
25"
20n
lOOn
25n*
25n*
120n
120n

500m§
SOOm 800m

120n

250mt
500mt
150m
150m

1.0 t.
1.0 t.

1.0
1.0

~:g

50
5.0
5.0
5.0

~:8

5.0
5.0
5.0
5.0

.;:8
5.0

100nt.

40m
40m
40m
42m
42m
42m

100nt.
100nt.

100nt.

100nt.

100nt.
500n
25n%
25n%
40nt.
40nt.
40nt.

5.0
5.0
25n%
5.0
25n%
50
25n%
25n%
5.0
90n
5.2
13.5 110nt.
13.5 110nt.
15 140nt
50
45n
5.0
45n
5.0
50nt.
5.0
50nt.
5.0
50nt.
5.0
50nt.
50nt.
45n
45n
5.0
45n
40n
5.0
50n
5.0 160nt.
5.0 160nt.
5.0 160nt.

40mt
30mt 1.0
54m' 1.0

50n

5.0
5.0
5.25
5.25
5.0
5.0
5.0
5.0
5.0
5.0
80
5.0
5.0
8.0
5.0
5.0
5.0
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

~:O
.0

5.0
5.0
5.0
5.0
5.5
5.5
5.25
5.25
5.25
5.25
5.0
5.0
5.0
5.0
5.0
50
5.0
5.0
5.0
5.0
5.0
5.0
50

lli

45~;

g~

t.
45~2 1.~
45m
1.2 t.

~:g l~g~~

45m.'l Ut.
12 t.
1
115m

~~~;

160nt.
40nt.
40nt.
35n

~~n
Ont.
~Qnt.

50nt.
50nt.
40nt.
40nt.

54m
54m

1.0 t.
1.0 t.
60n
40nt.
40nt.
40nt.

40nt.

65n
30n

65nt.
65nt.
65nt.
65nt.
85n
65n
65n
65n
65n
65n
65n
65n
40nt.
40nt.
40nt.
65n
65n
65n
65n
85n
65n
40n
40n
40n
65n
65n
~5n

65n
65n
85n
65n
65n
65n
65n

40~~
40n
40nlZl

g
0
0
0
0

~~

45m

154m
154m
154m
154m
347m
920mt
347m
347m
347m
347m
154m§
363m§
147m§
347m§
147m§
147m§
347m§
347m§
383m
383m
383m
154m
363m
154m
147m
347m
347m
147mt
341mt
341mt
154m
154m
383m
363m
363m
147m
147m
147m
347m
347m

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
10
1.0
1.0
1.0
10

SYMBOLS AND CODES
EXPLAINED IN INTERPRETER

m

70
85

~g

85

~g

70

~g

125
125
75
75
125
125

~~5

75

~g
125

j~5

R lis

-30
-30
-55
I-55
0
0
-55

200m
200m
500mt
480mt

~:8

g
0
-~~
-55
0
0
-55
-55
-55
0
0
0
0
-55
-55

40mt
40mt
30mt 1.0
30mt 1.0
I.U
200~;
202m
202m
240mt
200m
200m
400m
100~~
100m 400m
125m' 400m

!~~; :gg~

~:g

~.O

25n

:~~

0
-25
-20
0
-20
0
0

1~30

75

~~

75
75
75
70
85
85

1~~5

0

125
75
75
125
75
125
75
75

Ig
0
-55
1-65
1;!i5

70
125
125
1~5

1~5

~g

1& L~g
Ig
0
-55
-85
I-55
-55
0
0
-55
-55
-55
-55
-55
-55
0
0
-55
-25
-55
0
0
0

-55

i-555

-55
-40
-40
0
0
0
0
0
-55
-25
-55
I-55
0
0
0
0
0
0
-25
-55
-55
-55
-55
-55
0
0
0
0
0

I~g
75

125

M117w
M117w
CB31a
CB62
ICB31

J0438
4 J0438
2
4
1 J(j433a

g=~~

~

1dg:~~:

11 J0429
jg:~~a

1
1
1
1
3
1
1
1
1
1
1
1
1
1
1
4

J0429
J0429
J0429
J04?!1

JO~r

J04 3a

jg:~~

4
4
1
1
1
1
1
1
1
1
1

~5

1~~5

75
70
70
125

~~5

125
125

~~~~

M751

1¥8~;~
TOI ~.6
FP,z:7b
Ml

I~me
MiaSn
T011.6

J04~~,

J0438
J0438
J0438
J0438
jg:n

J0447
J0447

J04~!

jg~47

J 447
J0447
J0438
J0438
J(j442

1 J04~~

11 dg:~:
J(j4:J:J8
1j8:~~:

m
m 1 j:ra

125
70

FP~~~8
CN
M75g

J04:,J:,J

~ jg::g
2 J0440
1
1
1
1
1
1

FP3_2
M75g
FP32
M7_5_9

J043 a
J0433a

m 1dg:~~

125
75
75
125

I~~

B JOll
6 JOll
4
2
1 J031

1 J0433
2

11 J0444
jg:::

J8 ~g~44
444

~riPf;

~~~3a

M117
T0116

Ml05e
Ml05e
Ml05e
FP~~c

~~~:g
ICAB2
C,BI!2
1~157b
126e
1C"151:b
IMi26e
FP5.2,e

Ml~~b
Ml e
M19?1I<:

~~:~
I~~~r

TCII ;8
Ml,!}

FP2~~

T010

1~~15s'c
T0100
I:j:gm
T01!6

~~~~b

1~,B62

~ jg~:~: ~~~:~
J0582a
J0582a ~1:7b

2
2
1
2

J0444
J0445

I:~

T0116
M153a

75

J1 J0444
jg:::

T0118

I~~

~ d8:::

75
70
125
85
125
125
70
70
70
70
70
70
85
125
125
125
125
125
70
70
70
70
70

2 J0445

~

2
1
2
1

jg:::
J0448
J0444
J0445
J0444

J2 J0445
jg:::
~ jg::~

2
1
1
2
2
2
1
1
1
2
2

J0445
J0444
J0444
J0445
J0444
J0445
J0444
J0444
J0444
J0445

~~11~

~~11~
~m8

M117
M117

~l~~

M114

~lggn

~l~~~

M117u
M117u

~ri8I:A

M153d
MI17m
t.004AG
M157b

~JJ::F
M153d
M117x

136

LINE
No.

.§j

~MA~

TI E
PRO~
DELAY ATING CESS

TYPE
No.

19~~R-

TYPE

~
3
4
5
6
7
8
9
10
11
12

l~

LM122F
LM122H
LM222H
LM322H
LM322N
LM2905N
LM3905N
TMOA2
TMOA4
N8162A

0.0
0.0
0.0

Mq~
M
2.4'11>
2.4%
2.4'11>
2.4%
24%
2.4%
24%
2.4%
2.4%
2.4%

U~

2.4%
2.4%
2.4%
24%
2.4%
2.4%
24t

U~

2.4%
24%
~g~ 2.4%
30M 2.4%
30M 2.4%
30M 2.4%
2.4%
2.4%
PCB 2.4%

~~:

1.0Mt.
1.0Mt.
1.0Mt.
1.0Mt.

200k
330k
280k
280k
280k
280k
280k
80k
lOOk
130kt.
130kt.
250k

D.A. T.A.

~g:

TFH
TFH
TFH
TFH
30M
30M
30M
30M
30M
30M
30M
30M
30M
30M
PCB
30M
30M

2.4~

2.4%
2.4%
2.4%
2.4%
2.4%
2.5
2.5
2.5
25
25
2.5
2.5
2.5
2.5
2.5
3.0%
3.0
3.0

~g~ ~:g

lJO'
(VI

.~~:
.50*
.50*
50*
.50*
.60*t
.60*t
.60*t
.60*t
.60*t
60*t
.60*t
.60*t
.60*t
.60*t
.60*t
.60*t

:~8:~

.60*t
.60*t
.60*t
.60*t
.60*t
.60*t
.60*t
.60*t
.60*t
.60*t
.70*
. 70*
.70*

:~g:

.80*
.80*
.80*
.80*
.50t
.50t
.50
.50
.50
.50
.50
.50
.50t
.50t
0.0
O.Ot
O.Ot
g.Ot
Ot
O.Ot
.20*t
.20*t

30M 3.0
PCB 3.0
PCB 3.0
TFH 9.0%
~:g:
9.0%
-9.0%
-2.0*
15%
30M
g.g:
30M
15%
TTL
TTL

rfJis

30M

~~~

30M
30M
30M
30M
30M
30M
30M
30M
30M
30M
30M
30M
30M
30M
30M
30M
30M
30M
30M
30M
30M
30M
30M
30M
30M
30M
30M
30M
30M
30M

~g~

30M
30M
30M

~~~

~g~

IN ORDER OF (I)USE(2)LEVEL'1'(3)LEVEl'O'
(4IMAX OPER FREQ(5ITYPE No

11. MISCELLANEOUS

LOGIC
LEVEL

POWER
MAX . TEMP.
DRAWINGS
LOGIC OUTLINE
SUPPLY
TOTAL
SPAN
PKG.
LOY. HI DWG. No DWG. No
NEG. POS. DISS.
l:.=MO
'C
(VI
(WI
/VI
CB63
I~go
JJom
15
15 1.1
-55 100
15
15 1.4
-55 100
15
15 1.7
-55 100
15
15 3.2
-55 100
M343
22 3.6
0
40
22
22 3.8
0
40
22
22
22 3.6
0
40
Mfii
22 3.6
0
40
22
22
22 3.6
0
40
22
22 3.6
0
40
Mfii
22
22 3.6
0
40
22
22 36
0
40
Mi2i
0
22
22 3.6
40
40
22
22 3.6
0
22
22 3.6
0
40
22 3.6
0
40
Mfii
22
22
22 3.6
0
gg
22 3.6
0
22
22
22 3.6
0
50
Mfii
22
22 3.6
0
50
22
22 3.6
0
50
Mi2i
22
22 3.6
0
50
0
50
22
22 3.6
22
22 3.6
0
50
22
22 3.6
0
50
Mfii
0
22
22 36
50
0
22
22 3.6
50
0
50
22
22 3.6
Mfii
15
15
K0122
M301
300~: 00 70
15
15 300m
70 K0122
M301
70 K0122a M301
15 300m 0
15
15
15 3Q~m:!l 0
70 K0122
M301
15
15 300m,!, 0
70 K0122
M301
15
15 900m§ 0
70 K0126
M325
15 900m§ -55 125 K0126
M325
15
15 900m§ 0
70 K0126
M325
15
15 900m§ -55 125 K0126
M325
15
M304d
15
15
70
15 ~gg~;
M304d
70
15
15
0
70 K0416
M302h
15
15 1.2 % 0
M302j
15
70 K0147
15
15
70 K0148
M302j
M302'
15
15
70 K0148
15
15
0
70 K0416
M302h
70 K0147
M302j
15
15 1.2 % 0
15
15 900m'll 0
70
M304c
70
M304c
15
15 900m'll 0
15
15 50
15
~~37C
0
60
22
22 3.6
22
22 3.6
0
60
22 3.6
0
60
22
Mi2i
22
22 3.6
0
60
0
60
22
22 36
15
15
CB37c
15
15
12 102m§ 0
70 K0144
M326
0.0
M326
0.0
12 102m§ -55 125 K0144
M132
30 0.0 190m -55 150
15
15 250m -25 85
M366
M366
15
15 250m -25 85
15
15 2.7 §
15
15 8.5 § 0
60
3.0 §
Mill
15
15 20
-55 85 K0257
M211
15
15 2.0
0
70 K0257
M211
-55 125 K0239
CN48g
35 00 1.4
15 0.0
K0224b CN50
15 0.0
K0224b CN50
0.0
15 16~;0
70 K0282a M309c
00
15 16m 0
70 K0282a M309c
15
15 3.1 § -55 85
15
15 3.1 § 0
70
15
15 3.1 § -55 85
15
15 3 1 § 0
70
15
15 3.1 § -55 85
15
15 3.1 § 0
70
15
15 1.6
-55 85
0
50
15 1.6
15
Mi2i
-55 85
15
15 1.6
0
50
15 1.6
15
15
15 1.6
-55 85
15
15 1.6
0
50
Mfii
15
15 16
-55 85
15
15 1.6
0
50
15
15 4.4 § -55 125
M333
M333
15
15 4.4 § 0
70
15
15 4.4 § -55 85
M332
M332
15
15 4.4 § 0
70
4.4
§
M333
-55
125
15
15
15 44 § 0
70
15
15
15 4.4 § -55 125
15 4.4 § 0
70
15
M333
-55 85
M174
15 5.0 2.0
15 5.0 2.0
0
50
M174
M174
15 5.0 2.0
-55 85
M174
5.0 2.0
0
50
5.0 2.0
-55 85
M174
15 50 2.0
0
M174
50
M174
15 50 2.0
-55 85
M174
15 5.0 2.0
0
50
18
20 800m -55 125 K0260
FP73
15
15 1.3 t -55 85 K02118 M336
15
15 1.3 t 0
70 K02118 M336
15
15 1.3 t -55 85 K02118 M336
15
15 1.3 t 0
70 K02118 M336
T087
150mt. -50 125 K3066
T087
50mt. -50 125 K3066
15
15 6.6 t -55 125
M322

~5

19 19

·c

~~

~~

~m

~~
~m
~m

~~

~m

8

1:1

~

8

~m

~r37C

~~
~~

~~

~n~

1~

GENERAL DESCRIPTION
~3rBitS.;ACC ±.015'11>;TC ±10PPMI"C
4 BIt.VI ±10V. Straight Binary.
6 BIt VI ± 1OV Straiaht BinarY.
8 Blt,VI ±10V, Straight Binary.
10 Blt,VI ±10V, Straight Binary.
4 BitV, 10VFS'Straiaht Blnarv:
8 Bit W/Straight Binary Output Code
8 Bit W/Ones Complement Output Code.
8 Bit W/Twos Complement Output Code .
8 Bit VIf(?ffset Binary Output Code.

1810 ::~
~jg~:~g~~~:;;:~e~~~~:p~f~eOde.
BIt W/Twas Complement Output Code .

10 BIt W/Offset BInary Output Code.
12 BIt W/Stralaht Binarv OutDut Code .
12 BIt W/Ones Complement Output Cade
12 BIt W/Twos Complement Output Code.
12 BIt W/Offset Blnarv Output Code.
8 Bit W/Straight Binary Output Code.
8' BIt W/ones Complement Output Code.
8 BIt W/Twos Camplement Output Code .
8 Bit W/Offset Binary Output Code .

1810 Bit
::~ ~jg~:~g~~~::'I:~e~~~~:o~f~e~de .
W/Twos Complement Output Code.
1~ ::~ ~j~:i~h~iBiZ~og~~~u~o~:cie .

12 Bit W/Ones Complement Output Code.
12 Bit W/Twos Complement Output Code .
12 Bit W/Offset Binarv OutDut Code.
8 Bit;Conv.T,me t>1!~s;Acc ±.2u%.

1~ ::~g~~~:i:~: ~gg~::~~~ !g5~% .

8 BltConv.Tlme 15us;Acc ±0.2%.
10 BitConvTlme 30us;Acc ±0.05%.
8 B,t:Vi O.OV to-l0V ±1/2Bit Llnearitv.
8 Bit;Vi O.OV to -10V,±II2B,t Linearity.
8 Blt,Vi 5.0V to-5.0V,±1/2Bit Llnearoty.
8 BIt.Vi 5.0V to-5.0V ± 1/2Bit LinearotY.
BCO;Conv. Time 200us max.

!~ca~;i~~s: J~~:'T~~~u:08'na;iluS max.
Stab ±0.05% F.S;Conv.Time 1 2uS max.
Stab ±0.0125%;Conv.Time 3.5uS max.
Stab ±0.05%·Conv.Tlme 3.0uS max.
Acc .2% F.S;Conv.Time 800nS/luS max
Stab ±0.05% F.S;Conv.Time 1.0uS max.
8Bit·Conv.Time 5us max.
8Bit;Conv. Time 3us max.

1913 BIt
::~ ~~~~:ig~a~,~~'':~~~~tX~~de.
ones Complement Output Code.

13 Bit Twos Complement Output Code.
13 Bit Offset Binarv Output Code.
13 BIt BCO Nones Complement Output Code.
13 Bit AOC.
10 Bit AOC.
8 Bit CMOS;Vi-5 to 5V;Llnearity±1/2LSB.
8 BIt CMOS;VI-5 to 5V;Llnearity± 1/2LSB.
12 bit AlO converter.
12 bits,Temp Stabllity±508pml"C max.
12 bits;Temp.St:::lity ±2 ppml'C max.
12 BIt Hiah Spe
16 BIt.
12 Blt.Accuracy 20ppml'C.
13 bit'Acc ±.002%·Vo ±10V'CMRR 60db min.
13 bitAcc. ±.002%;Vo ±10V;CMRR 60db min.
Ladder sWItches for 01 A converters.
Ladder switch for uo to 12 bIt converters.
Ladder switch for up to 12 bIt converters.
Anal Linearity ±1/2LSB.
Aanl Linearitv ±1/2LSB.
Glitchle •• ~~A Conv;Acc ±.05% of F.S.
Glitchless O/A Conv.Acc ±.05% of F.S.
Glitchless O/A Conv'Acc ±.025% of F.S.
Glltchless O/A Conv;Acc ±.025% of F.S.
Glltchless O/A Conv;Acc ±.0125% of F.S.
Glitchless O/A Conv'Acc ±.0125% of F.S.
8 Bit;VI ±15V;IC 70mA.
8 Bit;VI ±15V;IC 70mA.
9 BI 'VI ±15V'IC 70mA.
9 BitVI ±15V;IC 70mA.
10 Bit;VI ±15V;IC 70mA.
10 Bit:VI ±15V'IC 70mA.
11 Bit;VI ±15V;IC 70mA.
11 Bit;VI ±15V;IC 70mA.
Oig. to Resolver Conv'Vo 11.8Vrms at 400Hz
Oig. to Resolver ~onv;Vo 11"~:Vrms at 400Hz
Oig. to Synchro Conv;Vo 90Vrms at 50-60Hz
OlD, to Svnchro Conv'Vo 90Vrms at 50-60Hz
~ig. to Synchro Conv;Vo 90Vrms at 400Hz
Oig. to Synchro Conv;Vo 90Vrms at 400Hz.
Oi". to Svnchro Conv'Vo 11.8Vrms at 400Hz
~ig. to Synchra Conv;Vo 11.8Vrms at 400Hz
Fast settling 9-12 bit O/A conv;Acc.20%.
Fast settling 9-12 bit O/A conv·Acc.20%.
Fast settling 9-12 bit O/A conv;Acc.l0%.

~::~ ::~::~~ ~:g g:~ gj~ ~~~~:~~c~s\.

Fast settling 9-12 b,t ~~A conv;Acc.05%.
Fast settling 9-12 bit O/A conv;Acc.025%.
Fast settlin" 9-12 bIt O/A conv·Acc.025%.
Qunituple O/A SWItch for O/A and AlO conv.
Olg to Resolver Conv;V, 115Vrms at 400Hz
Olg to Resolver Conv'Vi 115Vrms at 400Hz.
Oig to Resolver Conv;Vi 26Vrms at 400Hz.
Oi~ to Resolver Conv;Vi ~I~~l_ms at 400Hz.
P- h Mx·Vost-6.0V max'ld on -6 OmA.

~-~~ts~A"c;~g.2to~~~ewr:~~\:::,~-~g~s~·

SYMBOLS AND CODES
EXPLAINED IN INTERPRETER

142

LINE
No.

f§J

1

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
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
97
98
99
100
101
102
103
104
105
106
107
108
109
110

143

fdil
LOGIC
U E -U~A~
0 ER- PROLEVEL
ATING CESS l j ' I '
1JO'
FREQ.
(Hz)
(V)
(V)

TYPE
No.

~g~gil

~

NOAC10-3
SOAC10-l
SOAC10-3
SOACll-l
SOACII-3
SOACI2-1
SOACI2-3
UOAC9-1
UOAC9-3
Z0354Ml
Z0354M2
Z0364Ml
Z0364M2
Z0374M 1
Z0374M2
Z0384Ml
Z0384M2
Z0394Ml
Z0394M2
Z0442
AOACI
AOAC1BCO
AOAC3
AOAC3BCO
315-8

~1~:1~

IN ORDER OF (I)USE(2)LEVEL"'(3)LEVEL'O'
(4)MAX OPER FREQ(5)TYPE No

11 · MISCELLANEOUS
POWER
MAX.

315-12
315BCO
770-712-80
770-712-120
MLA4
MOACI
MOAC2
MOAC3
UOACll-l
UOACI1-3
UOACI2-1
UOACI2-3
UOACI3-1
UOACI3-3
UOACI4-1
UOACI4-3
ROAC10-l
ROAC10-2
ROAC11-1
ROACII-2
ROACI2-1
ROACI2-2
SH8090FM
6430
6432
6433
6433A
OAC329
MN301
MN301H
COASI
COASIA
COAl-I
COAI-2
COAI-3
MN3008
MN3008H
845B5
845Bl0
845U5
845Ul0
848!Zl
86901
86902
86903
4002
4004
4005
4008
4009
4010
4011
4012
4013
4014
4015
4016
4017
4018
4019
4020
4021
4022
4023
4024
4025
4026
4027
4028
4029
A0550JO
A0550JF
A0550KO
A0550KF
A0550LO
A0550LF
A0550S0
A0550SF
A0550TO
A0550TF
A0550UO

2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
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
30M
30M
30M
30M
30M
30M
30M
30M
30M
30M
30M
30M
400
30M
400
30M
400
30M
30M
188kiL1 30M
100k!7J 30M
100~~ 30M
lOOk
30M
30M
199~!Zl 30M
lOOk
30M
lOOk
PCB
500k
30M
500k
30M
500k
30M
1.0~~(b 30M
1.0M % 30M
1'0N.!!7J:*' 30M
1.0~~(b 30M
1.0M % 30M
10N.!~:*' 30M
10~~(b 30M
1.0M % 30M
2.0N.!!7J% 30M
2.0~~(b 30M
2.0M % 30M
2'0N.!!?l:*' 30M
30M
2.0~~(b
2.0M % 30M
lOOk"
~g 0.0%
.40'
PCB .40'
PCB .40'
PCB .40'
30M .50'
TFH .80'
TFH .80'
Mm 1.8%
1.8%
1.8%
MO~
1.8%
1.8%
2.0%
TFH 20%
M~~ 20%
M~~ 2.0%
Mm 2.0%
20%
MO
20%
MO
2.0%
M~~ 2.0%
MO!, 2.0%
PCB 2.0%
30M 2.0%
30M 2.0%
30M 2.0%
30M 20%
30M 2.0%
30M 2.0%
30M 2.0%
30M 2.0%
30M 2.0%
30M 2.0%
30M 20%
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 2.0%
30M 2.0%
M~~ 2.0%
~gj 2.0%
2.0%
M~~ 2.0%
M~~ 20%
MO~
2.0%
2.0%
MO
2.0%
Mm 2.0%
20%
~g~ 20%

D.A. T.A.

~q~

.rF~

M1~

M~~

-30'
24%
24%
2.4%
2.4%
2.5%
2.0%
2.0%
.45'
45*
.70*
.70*
.70*
.40*
.40*
.50*
.50*
50*
.50'
50*
.80*
80*
.80*
.80*
.80*
.80*
.80*
80*
.80*
.80*
80'
80*
80*
80*
.80*
.80*
.80*
80*
.80*
80*
80*
.80*
.80*
.80*
.80*
.80'
.80*
.80*
.80*
80*
.80*
.80'
.80*
.80'
.80'
.80'
.80*
.80'
.80'

TEMP.
DRAWINGS
SUPPLY
TOTAL
LOGIC OUTLINE
SPAN
PKG.
LOVI HI DWG. No DWG. No
NEG. POS.
lI=MO
(V)
(V)
'C
'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
15
0.0
0.0
12
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
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
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

DI~~'
1~ ~:~ ~ ~5 I ~~5

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
22
22
12
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
0.0
0.0
0.0
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
15
15
15
15
15
15
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
50
5.0

6.6 t
1.2 t
1.2 t
1.2 t
1.2 t
1.2 t
1.2 t
1.5
1.5
975m
975m
975m
975m
975m
975m
975m
975m
975m
975m
525m
900mt
1.6 t
900mt

0
-55
0
-55
0
-55
0
-55
0
0
0
0
0
0
0
0
0
0
0
0
-55
0
0

~~0~'lE g
900~; 0

~88~'lE g

900m'lE
120m
1.0
1.3 t
1.3 t
1.3 t
13 t
1.3 t
1.3 t
1.3 t
1.3 t
2.2 t
2.2 t
2.2 t
2.2 t
2.2 t
2.2 t
300m
2.0
2.0
2.0

g
0
0
-55
-25
0
-55
0
-55
0
-55
0
-55
0
-55
-25
-55
-25
-55
-25
-20
0
0
0

~~Om'lE g

400m§ 0
400m§ -55
-55
-55
-55
-55
-55
750m§ 0
750m§ -55
1.1
-20
1.1
-20
1.1
-20
1.1
-20
1.1
-55
580m§ -55
580m§ -55
580m§ -55
1.7
20
0
50m 0
600m 0
600m 0
600m 0
600m 0
1.0 § 0
1.0 § 0
4.5 § 0
45 § 0
4.5 § 0
4.5 § 0
4.5 § 0
4.5 § 0
450m§ 0
600m§ 0
450m§ 0
600m§ 0
450m§ 0
750m§ 0
450m§ 0
750m§ 0
750m§ 0
750m§ 0
210m 0
210m 0
210m 0
210m 0
210m 0
210m 0
210m -55
210m -55
210m -55
210m -55
210m -55

70
85
70
85
70
85
70
85
50
70
70
70
70
70
70
70
70
70
70
70
85
50
70
50
70
70
70
70
70
50
50
70
85
70
50
85
70
85
70
85
70
85
70
85
70
85
70
85
70
85
70
70
70
70
70
70
125
125
125
125
125
125
70
125
85
85
85
85
125
125
125
125
40
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

~~g
M322

~~

K0270
K02117
K02117
K02117
K02117
K0280
K0280
K0280
K0280
K0280
K0223

K02120
K0279b
K0279.
K0279
K0279
K0281
K0261
K0261
K0224
K0224
K0225
K0256
K0256
K0256
K0256
K0273
K02116
K02116
K02116

M300
M300
M300
M300
M300
M300
M300
M300
M300
M300
M300
M173
M331
M173
M331
M230
M230
M230
M230
M230

~~

CB53
M289
M289
M289
M321
M321
M321
M321
M321
M321
M321a
M321a
M321
M321
M321
M321
M321
M321
FP102
CB62a
CB62.
CB62a
CB62a
M281
M244
M244
CN66
CN66
CN6c
CN6c
CN6c
M386
M386
M195
M195
M195
M195
M196
M196c
M196c
M196c
M178b
M178b
M229
M229
M178
M178

~~

r.ii0

~~

r.ii0

~~

r.ii0

~~

Ma
~~

r.ii0

~~

r.ii0
K02103
K02103
K02103
K02103
K02103
K02103
K02103
K02103
K02103
K02103
K02103

T0116
T087
T0116
T087
T0116
T087
T0116
T087
T0116
T087
T0116

GENERAL DESCRIPTION

Il! },!ts;Acc

.:l~Z"':,"'~nling timel>~~s.

10 Bits,Acc .05%;Senling tIme 75us.
10 Blts'Acc .05%·Senlina time 75us.
13 Bits;Vo ±2.5V,5V,10V;Acc ±.05% FS.
13 Bits,Vo ±2.5V,5V,10V;Acc ±.05% FS.
13 B,tsVo ±2.5V 5V 1OV'Acc ±.025% FS.
13 Bits;Vo ±2 5V,5V,10V;Acc ±.025% FS.
13 Bits,Vo ±2.5V,5V,10V;Acc ±.0125% FS.
13 BitsVo ±2.5V 5V 1OV'Acc ±.0125% FS.
9 Bit;VI ±15V;lc 70mA.
9 BitVI ±15V,lc 70mA.
14Bit·.025%linearitv 1.0us Senlina Time.
14Bit.005%Lin. 1.0us Senling Time.

114Bit;.025%
::::;%8~i5 ~'n~'~~:;i~o~~~e~~~~nfi·me.
Linearity 50us Senling Time.

14Bit,.005% Linearity 50us Senling Time.
14Bit·.025% Lonearotv 2.0us Senlin" Time.
14Bit.005% Lonearity 5.0us Senling TIme.
14Blt;.025% Lonearity 3.0us Senling T,me.
14Bit·.005% Linearitv 3.0us Senlina Time.
12Bits;5.0us Senling Time;VOO To 10V.
13 Bit Binary AC;Acc ±.006% of F.S
13 BIt BCOAC'Acc ±1.0mV% of F.S.
13 Bit Binary AC;Acc ±.006% of F.S.
13 BIt BCOAC;Acc ±1.0mV% of F.S.
8-Bit Multoolvino OJA Converter.
10-Bit MultIplying OJA Converter.
II-BIt Multiplyong OJA Converter
12-Blt MultlolYina OJA Converter.
BCD-MultIplying OJA Converter
8 Bit OJ A Converter.
12Bit OJA Cony. Also 9-11 Bits.
One 4 Bit Ladder Adder
12 BIt;Blnary, 1 com, 2 com, offset bin.

12 B,t·Bonarv. 1 com 2 com offset bin.
12 Blt;Binary, 1 com, 2 com, offset bon
14 Blts;Acc .02%;Senlong tIme 10us max.
14 B,ts'Acc .02%·Senlina time 10us max.
14 Blts;Acc .012%;Senling time 10us max.
14 Blts,Acc .012%;Senling time 10us max.
14 B,ts'Acc .006% 'Senlona time 10us max.
14 Bits;Acc .006%;Senlong time 10us max.
14 Bits;Acc .003%;Senlong time 10us max.
14 Bits'Acc .003%·Senlona tIme 10us max.
13 Bits;Acc .05%;Senling time 4.0us max.
13 Blts;Acc .05%;Senlong tIme 4.0us max.
13 Bits'Acc .025%·Senlioia time 4.0us max
13 Bits;Acc 025%;Senling time 4.0us max
13 Bits;Acc .012%;Senlong time 4.0us max.
13 B,ts'Acc .012%·Senlina time 4.0us max.
MOS;8 and 10-Bit Data Lengths.
10 BitAcc .05 %;tc 50PPMJ'C
12 B,t'Acc .012%·tc 10PPMJ"C
13 Bits;Acc .012%;tc 10PPMI"C
13 Bit;Acc .025%;tc 20PPMJ'C
8-Blt Bonary ar 2 Decade BCD Codina.
6 Blt;Vo 0.0 to -10V,or 5.0 to -5.0V F.S.
6 Blt;Vo 0.0 to -10V,or 5.0 to -5.0V F.S.
8Blt OJA Ladder sWltchina network.
COAS 1 with additional feedback resistance.
Ladder switches for OJA converters.
Ladder SWItches for OJ A converters.
Ladder switches for OJA converters .
8 B,t,Vo O.OV to 4.0V F.S.;lnt Ref.
8 Bit·Vo O.OV to 4.0V F.S:lnt Ref.
8-bit OJA conv;Full scale range -10 to 5V.
8-bit OJA conv;Full scale range-l0 to 10V.
8-blt OJ A conv'Full scale rance 0 to 5V.
8-bit OJ A conv;Full scale range 0 to 10V.
11 Bit;Unlpolar or Bipolar PSet Outp Volt.
Acc ±.05% FS'Vo ±10V'R, 5.0mn.
Ace ±.10% FS;Vo ±10V,Ri 5.0mn.
Acc ± 10% FS;Vo ±10V;RI 5.0mn.
14 bit OealitchedVoltaoe Outout 0 to A.
12-blt± lJ2LSB;Output Z 8kn nom.
12-b,t±IJ2LSB;Output Z .30n max.
12 bit BCD Cur.Outo;300ns senlona 0 to A.
12 bit BCD Cur.Outp;5.0us senling 0 to A.
10 bit Cur.Outp,300nsec senlong 0 to A.
10 bIt Volt.Outo;5.0us senlina 0 to A.
4 Bits;Acc to 16 Bits;TC ± 1 OppmJ'C max.
4 Blts;Acc to 16 Bits;TC ±7.0ppmJ'C max.
12 Bits'Linear ±II2LSB maxTC±10ooml"C max
12 Bits;Linear ±II2LSB max;TC±10ppmI"Cmax
13 Bits;Linear±II2LSB max;TC ±10ppmJ"C max
13 Bits'Linear ±II2LSM max'TC±10oomJ'Cmax
14 Blts;Linear ±II2LSB max;TC±10ppmJ'C max
14 Bits;Linear ±II2LSB max;TC ±10ppml"Cmax
8 Blts'Linear ±IJ2LSB maxTC±4.0oomJ"Cmax
8 Bits;Linear ± 112LSB max;TC±20ppmI"C max
10 Bits,Lonear ±II2LSB max;TC±4.0ppmI"Cmax
10 Bits'Linear ±II2LSB max'TC±2QlilimI"C max
12 Bits,Linear ± 112LSB max;TC±4.0ppmI"Cmax
12 Bits,Lonear ±IJ2LSB max;TC±20ppmJ'C max
12 Bits'Linear ±IJ2LSB max·TC±4.0oomJ"Cmax
12 Bits;Linear ± 112LSB max;TC±20ppmI"C max
8 Bits;Linear ±II2LSB;Zero TC±25ppmJ'Cmax
10 Bits'Lonear ±IJ2LSB'Zero TC±250omJ'Cmax
Quad Current Switch;Nonllnearity 1.0% max.
Quad Current Switch;Nonlinearity 1.0% max.
Quad Current Switch'Nonlinearity .10% max.
Quad Current Switch;Nonllnearity 10% max.
Quad Current SWltch;Nonlinearoty .01% max.
Quad Current Switch'Nonlinearotv .01% max.
Quad Current Switch;Nonlinearity 1.0% max.
Quad Current Switch;Nonlonearity 1.0% max.
Quad Current Switch'Nonlinearity .10% max.
Quad Current SWltch;Nonlinearity .10% max.
Quad Cu rent SWltch'NonlonearitY .01% max.

SYMBOLS AND CODES
EXPLAINED IN INTERPRETER

143

LINE
No.

~

-oil
U E ~~A~
0 ER- PROATiNG CESS

TYPE
No.

1.Jl'

FlWz?'
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15

1;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

~g~~~~~

A0551JF
A0551KO
A0551KF
A0551LO
A0551LF
A0551S0
A0551SF
A0551T0
A0551TF
A0551UO
A0551UF
A0552JO
A0552KO

2
2
2
2
2
2
2
2
2
2
2
2
2

A0555JO
A0555JF
A0555KO
A0555KF
A0555LO
A0555LF
A0555S0
A0555SF
A0555TO
A0555TF
A0555UO
A0555UF
OAC8QMET
OAC8QMSN
OAC8QSET
OAC8QSSN
OAC10QMET

2
2
2
2
2
2
2
2
2
2
2
2
2
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

g~glgg~sTN
OAC10QSSN
OAC12QMET
OAC12QMSN
OAC12QSET
OAC12QSSN
OAC20-08B-BOB
OAC20-08B-BTC
OAC20-08B-USB
OAC20-08U-BOB
OAC20-08U-USB
OAC20-10B-BOB
OAC20-10B-BTC
OAC20-10B-USB
OAC20-10U-BOB
OAC20-10U-USB
OAC20-12B-BCO
OAC20-12B-BOB
OAC20-12B-BTC

:~

45

:;
48
49
50
51

~~

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
1108.
109.
110.

~

g~gg:g3:~~g

OAC20-12U-BOB
OAC20-12U-USB
OAC40-08B-BOB
OAC40-08B-BTC
OAC40-08B-USB
OAC40-08U-COB
OAC40-0BU-CSB
OAC40-08U-CTC
OAC40-10B-BOB
OAC40-10B-BTC

g~g:g: 1g3:~g:
OAC40-10U-CSB
OAC40-10U-CTC
OAC40-12B-BOB
OAC40-12B-BTC
OAC40-12B-USB
OAC40-12U-CCO
OAC40-12U-COB
OAC40-12U-CSB
Ig~C40-12U-CTC
AC50-08B-BOB
OAC50-08B-BTC
OAC50-08B-USB
OAC50-08U-COB
OAC50-08U-CSB
OAC50-08U-CTC
OAC50-10B-BOB
OAC50-10B-BTC
OAC50-10B-USB
OAC50-10U-COB
OAC50-10U-CSB
OAC50-10U-CTC
OAC50-12B-BCO
OAC50-12B-BOB
OAC50-12B-BTC
OAC50-12B-USB
OAC50-12U-CCO
OAC50-12U-COB
OAC50-12U-CSB
OAC50-12U-CTC
OAC60-10
OAC60-12
OAC85C-CBI-1
OAC85C-CBI-V
OAC85C·CCO-1
OAC85C-CCO-V
OAC85CBH
OAC85CBI-V

144

g~g~~ggg:~

OAC375-3BCO
OAC375-8
OAC375-10

~

~

2
2
2
2
2'
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2

D.A.T.A.

IN ORDER OF (1)USE{2)LEVEL'l'{3)LEVEL'O'
{4lMAX OPER FREQI5lTYPE No

11 MISCELLANEOUS
LOGIC
LEVEL

{V)

~:g~
~~~
M6~ 2.0%
M~~
M~~
M6~

M1~

MO
MO

M~~
~8~
M~~
MO
M6~

2.0%
2.0%
2.0%
20%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%

M1~ ~.g~
2.0%

MO
MO

M~~

~8~
M~~
~g~

M1~

MO
MO

~g~

30M
30M
30M
30M
30M
30M
30M
30M
30M
30M
30M
30M
30M
30M
30M
30M
30M
30M
30M
30M
30M
30M
30M
30M
30M
30M
30M
30M
30M
30M
30M
30M
30M
30M
30M
30M
30M
30M
30M
30M
30M
30M
30M
30M
30M
30M
30M
30M
30M
30M
30M
30M
30M
30M
30M
30M
30M
30M
30M
30M
30M
30M
30M
30M
30M
30M
30M
30M
30M
30M
TFH
TFH
TFH
TFH
TFH
TFH
TFH
TFH
30M

~g~

20%
20%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
20%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
20%

~:8~

2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
20%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
20%
2.0%
2.0%
2.0%
2.0%
2.0%
2.!!~
2.0%
2.0%
2.0%
20%
20%
2.0%
20%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
20%
2.0%
20%
2.0%
2.0%
2.0%
20%
2.0%

·

~'O'

{V)

.:g:
.80*
.80*
.80*
.80*
.80*
80*
.80*
.80*
.80*
.80*
.BO'
.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'
.80'
.80'
.80'
.80·
.80'
.80·
.80'
.BO·
.80·
.BO·
.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'
.80'
.80'
.80'
.80'
.80'
.80'
.80'
.80'
.80'
.80'
.80'
.80'
.80'
.80'
.80'
.80'
.80*
.80'
.80·
.80·
.80'
.80'
.80'
.80'
.80'
80'
.80'
.80'
80·
.80'
.80'
80*
.80'
.80'
.80'

POWER
SUPPLY
SPAN

~W

1~

15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
4.0
40
4.0
4.0
4.0
4.0
4.0
4.0
4.0
4.0
4.0
4.0
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
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15

1~

15
15
15
18
18
18

MAX. TEMP.
DRAWINGS
TOTAL
LOGIC OUTLINE
PKG. LOW HI DWG. No DWG. No
lI=MO
P~. DI~'
'C 'C
:!,5
2~,:,m
~.g 210m 0
~~5 ~8~18~ l~gn6 !:Iuad
5.0
5.0
5.0
5.0
50
50
5.0
5.0
5.0
5.0
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
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
15
15
15
15
15
15
15
15
15
15
15
15
18
18
18

210m
210m
210m
210m
210m
210m
210m
210m
210m
210m
210m
210m
210m
210m
210m
200m
200m
200m
200m
200m
200m
200m
200m
200m
200m
200m
200m
1.5 t
1.5 t
1.0 t
1.0 t
1.5 t
1.5 t
1.0 t
1.0 t
15 t
1.5 t
1.0 t
1.0 t
2.0 %
2.0 %
2.0 %
2.0 %
2.0 %
2.0 %
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
2.0 t
2.0 t
2.0 t
2.0 t
2.0 t
2.0 t
2.0 t
2.0 t
2.0 t
2.0 t
2.0 t
2.0 t
2.0 t
2.0 %
2.0 t
2.0 t
2.0 t
2.0 t
2.0 t
2.0 t
2.0 t
2.0 t
2.0 t
2.0 t
2.0 t
2.0 t
2.0 t
2.0 t
2.0 t
2.0 t
2.0 t
20 t
2.0 t
2.0 t
20 t
20 t
2.0 t
20 t
1.2 t
1.2 t
800mt
900mt
800mt
900mt
800mt
900mt
800mt

0
0
0
0
0
-55
-55
-55
-55
-55
-55
0
0
-55
-55
0
0
0
0
0
0
-55
-55
-55
-55
-55
-55
-55
0
-55
0
-55
0
-55
0
-55
0
-55
0
-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
-25
-25
-25
-25
-25
-25
-25
-25
-25
-25
-25
-25
-25
-25
-25
-25
-25
-25
-25
-25
-25
-25
-25
0
0
0
0
0
0
-25
-25
-25
-25
9~~~~ 0
81~; 0
81m 0

70
70
70
70
70
125
125
125
125
125
125
70
70
125
125
70
70
70
70
70
70
125
125
125
125
125
125
125
70
125
70
125
70
125
70
125
70
125
70
85
85
85
85
85
85
85
85
85
85
85
85
85
85
85
85
85
85
85
B5
85
85
85
B5
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
70
70
70
70
70
70
85
85
85
85
70
70
70

K02104
K02104
K02104
K02104
K02104
K02104
K02104
K02104
K02104
K02104
K02104
K02105
K02105
K02105
K02105
K025B
K025B
K0258
K0258
K0258
K025B
K0258
K0258

1~~25B
0258
K0258
K0258
K02127
K02127
K02127a
K02127a
K02127
K02127
K02127a
K02127a
K02127
K02127
K02127a
K02127a
K0269
K0269
K0269
K0269
K0269
K0269
K0269
K0269
K02B9
K0269
K0269
K0269
K026e
K026e
K026e
K0269
K0269
K0299
K0299
K0299
K0299
K0299
K0299
K0299
K0299
K0299
K0299
K0299
K0299
K0299
K0299
K0299
K0299
K0299
K0299
K0299
K0299
K0299
K0299
K0299
K0299
K0299
K0299
K0299
K0299
K0299
K0299
K0299
K0299
K0299
K0299
K0299
K0299
K0299
K0299
K0299
K02115
K02115
K02109
K02109
K02109
K02109
K02109
K02109
K02109
K02109
K02139
K02139
K02139

T087
T0116
T087
T0116
TOB7
T0116
T087
T0116
TOB7
T0116
TOB7
T0116
T0116
T0116
T0116
T0116
T087
T0116
T087
T0116
TOB7
T0116
T087
T0116
TOB7
T0116
T087
M370
M370
M371
M371
M370
M370
M371
M3l1
M370
M370
M371

~~n

M254
M254
M254
M254
M254
M254
M254
M254
M254
M254

~~~:

M254
M254
M254
M254
M302a
M302a

~~8~a

M304
M304
M302a
M302a
M302a
M304
M304
M304
M302a
M302a
M302a
M304
M304
M304
M304
M302a
M302a
M302a
M304
M304
M304
M302a
M302a
M302a
M304
M304
M304
M302a
M302a
M302a
M302a
M304
M304
M304
M304
M304f
M304f
M320
M320
M320
M320
M320
M320
M320
M320
M286a
M286a
M286a

GENERAL DESCRIPTION
~urrent ~witch;!,!on!!nearoty .?!~ max .

g~:~ g~~~:~~ ~::~~~:~~~::~::~:~ 1:8~ ~:::
~uad

Current Switch;Nonlinearoty .10% max.

g~:~ g~~~:~~ ~::~~:~~~::~::~:~ :J~~ ~:::

g.uad Current ::;witch,Nonlinearity .01% max.

g~:~ g~~~:~~ ~::~~~:~~~::~::~l~

:8l ~:::

1
Quad Current Switch;Nonlinearity .1 O%max.

g~:~ g~~~:~~ ~::~~~:~~~::~::~:~ :J~~ ~:=:

Quad Current Switch;Nonlinearity .01j' max.
5-Blt Current Switch;Nonhnearity 1.0% max
5-Bit Current Switch'NonlinearitY .05% max
5-Blt Current Switch;Nonlinearity 1:':'~ max

~~~~ ~U~rt~~te S;~~~~~~~~n~::~~

'PJ':v

n:::x.
Quad Voltage Switch;Max Offset 10mV max.

g~:~ ~~:~:~: ~::~~~:~:: g::::~ ~:g~~ ~:::

Quad Voltage Switch;Max Offset 2.0mV max .

g~:~ ~~:~:~: ~:;g::::~ ~~:~:~: ~8:.}' :::.

Quad Voltage SW;Offset Voltage 10mV
Quad Voltage SW;Offset Voltage 3.0mV
Quad VoltaDe SW'Offset VoltaDe 3.0mV
Quad Voltage SW;Offset Voltage 2.0mV
Quad Voltage SW;Offset Voltage 2.0mV
8 bits'Conv Soeed 5.0us·SR 20/Vus
8 bits;Conv.Speed 5 .Ous;~~ 201Vus.
8 bits;Conv.Speed 5.0us;SR 201Vus.
8 bits Conv.Soeed 5.0us·SR 201Vus.
10 bits;Conv.::;peed ~.Ous;~~ 2~~~us
10 bits;Conv.Speed 5.0us;SR 20/Vus.
10 bits·Conv.SD!!lId 5.0us·SR 201Vus.
10 bits;Conv.Speed 5.0us;SR 201Vus.

max.
max.
max.
max.
max.

g ~:~:g~~~:~~::~ ~:g~::~~ ~g~~::

12 bits;Conv.Speed 5.0us;SR 201Vus.
12 bits;Conv.Speed 5.0us;SR 201Vus.
8 Bit·Conv.Soeed 3.0us max.
,~ Bit;Conv.Speed ~.Ous max.
8 Bit;Conv.Speed 3.0us max.
8 Bit·Conv.SDlIed 3.0us max.
8 Bit;c!,nv.Speed 3.0us max.
10 Bit;Conv.Speed 3.0us max.
10 Bit·Conv.SDeed 3.0us max.
10 Bit;Conv.Speed 3.0us max.
10 Bit;Conv.Speed 3.0us max.
10 Bit·Conv.SDeed 3.0us max.
12 Bit;Conv.~peed 5.0us max.
12 Bit;Conv.Speed 5.0us max.
12 Bit:Conv.Soeed 5.0us max.
12 Bit;Conv.Speed 5.0us max.
12 Bit;Conv.Speed 5.0us max.
12 Bit·Conv.SDeed 5.0us max.
12 Bit;Conv.Speed 5.0us max.
8 BitOutput Voltage Range 0 to 10V.
8 B,t'Outout Voltaae Ranae 0 to 10V.
II! Bit;2utput Voltage Range 0 to 10V.
8 ::t:g~tPut Voltage Range 0 to 10V.
8
t· tout Voltaae Ranae 0 to 10V
8 Blt;Output Voltage Range 0 to 10V.
10 Blt;Output Voltage Range 0 to 10V.
10 Bit'OutDut VoltaDe RanDe 0 to 10V.
10 Bit;Output Voltage Range 0 to 10V.
10 Blt;Output Voltage Range 0 to 10V.
10 Bit'OutDut Voltaae Ranae 0 to 10V.
10 Bit;Output Voltage Range 2 to ~2Y.
12 Blt,Output Voltage Range 0 to 10V.
12 Blt'Outout VOltaae Ranae 0 to 10V.
12 Blt,Output Voltage Range 0 to 10V.

~~ 1g~:

g ::~:g~~~~~ ~~:~:~: ~:~~:

g
12 Blt;Output Voltage Range 0 to 10V.
12 Blt;Output Voltage Range 0 to 10V.
8 Bit'Outout Voltaae Ranoe 0 ta 10V
8 Bit;Output Voltage Range 0 to 10V.
8 Bit;Output Voltage Range 0 to 10V.
8 Bit'Outout Voltaae Ranae 0 to 10V.
8 Bit;Output Voltage Range 0 to 10V.
8 Bit;Output Voltage Range 0 to 10V
10 Bit'Outout Volteae Ranae 0 to 10V.
10 Bit;Output Voltage Range 0 to 10V.
19
10
10
12
12
12
12
12

::~g~~~~~ ~~:~:~: ~:~~: g ~~ 19~:

Bit;Output
BitOutput
Bit OutDut
Bit;Output
Bit;Output
Bit'OutDut
Bit;Output

Voltage
Voltage
Voltaae
Voltage
Voltage
VoltaDe
Voltage

Range
Range
Ranae
Range
Range
RanDe
Range

0
0
0
0
0
0
0

ta
to
to
to
to
to
to

g ::~g~~~~~ ~~:~:~: ~:~~: g~~

10V.
10V.
10V.
10V.
10V.
10V.
10V.

19~:

12 BitOutput Voltage Range 0 to 10V.

::~~:m:~~ t:~: ~g~~;.i~~!~n~~~~~B.

19
12 Bit;lo ± 1.0,-2.0mA;Oroft ± 15ppml'C.
12 Blt;Vo ±10V;Orlft ±15ppmI'C.
3 O,ait'lo -2.0mA·Orlft ±15DomI'C.
3 O,glt;Vo 10V;Orlft ±15ppml'C
12 Bit;Vo ±1.0V;la -2.0mA;Orift ±10ppmI'C.
12 B,t·Vo ±10V Orift ±10oomI'C.
3 dlglt;lo -2.0mA,Orift ± ~OppmI'C .
3 Olglt,Vo 10V,Orift ± 1Oppml'C.
Acc linearitY Error ±O 05% max.
Acc.Llnearlty Error ±O 10% max.
Acc linearltv Error ±O 05% max

SYMBOLS AND CODES
EXPLAINED IN INTERPRETER

144

~

LINE
No.

·

fMl
LOGIC
U E -tr/,rA~
0 ER- PROLEVEL
ATING CESS~'l'
f1JO'
FREQ.
(HzI
(VI
(VI

TYPE
No.

1. IDAC375-11
2. DAC375-12
MC1406L
3
MC1408LS
4
MC1408L7
5
MC1408L8
S
H
MC150SL
8
MC1508L8
9
MN30S
10
MN307
11
12
13. MN309
14. MN309H
MN310
15
MN310R
IS
17
18
MN321
MN325
2'1
MN328
MN328B
22

9.
40
MN3007
41
42.
43. MONODACt,>~ACU
44. l~g~gpAC02BCU
4S.
N DAC02BCU
4S. MONODAC02CCU
47+
48.
411· MONODAC02DDU

53.
54.
55.

2
2
2
2

~~~ggH

~~~1~

~~ ~~~~~R
~~. MN3~~
MN~g?O
27.

MN3 OOH
MN3001
MN3001H
MN3002

~g:

30.

:11+ 1~~~gg~H
32
33
34

~~

MN3003H

r~N3004

M~~g?4H

MN 05
MN3005H

37

~~~gg~H

~,8.

~~~~~:C02ACU

~g~gg~g8~gg~

~O. ~g~~g~co~~CU
1+ M NO AC04 CU
lin I ~g~gg~gg:=g~

MONODAC04CCU

~g~gg~g8:gg~

~6.

7.

MONODAC04DDU
DAC45CBI
DAC45CCD
7581

58
59

ao.
a1+
62
63

~5~12

MONODACO 1AP A

MO~

~

2
2
2
2

lY~

I MONOOACO 1CP.CS.CY
I 2
MONOOACO 1FP FS FY%

67

HP,H~,JYj

68.
S9
70
71
72
73

~;

76
77
78
79
80
81
82
83
84
85
8S
87
88
89
90
91
92
93
94
95
96
97
98
99
100
101
102
103
104
105

145

722FC
AI M DAC 1OOAAN 1
AIMOAC100AAN2
AIMDAC100AAOl
AIMDAC 100AA02
AIMDAC100ABNl
AIMOAC100ABN2
AIMDAC 1OOABO 1
AIMDAC100AB02
AIMDAC100ACNl
AIMDAC100ACN2

~:~g~glgg~ggi

AIMDAC 100AC03
AIMDAC100AC04
AIMDAC 100ACT1
AIMDAC100ACT2
AIMDAC 1OOADN 1
AIMDAC100ADN2
AIMDAC 1OOADO 1
AIMDAC 100AD02
AIMDAC100BANl
AIMDAC100BAN2
AIMDAC 1OOBAO 1
AIMDAC 100BAQ2
AIMDAC100BBNl
AIMDAC100BBN2
AIMOAClOOBBQl
AIMOAC100BB02
AIMOAC100BCNl
AIMDAC100BCN2
AIMDAC 100BCO 1
AIMDAC 100BCQ2
AIMDAC 100BCQ3
AIMDAC 100BC04
AIMDAC100BCTl

.50*

15

2.1%

.50*

15

~t~

M~~

~gr
M~~
~gr

M~!

MO
MO

M~~

~g~
Mq~
Mq~

MONODACO 1

~~~~gAC01P

2.1%

MO~

MO~

MONODACO 1

S6

MO~

Mq~

TFH
30M
TFH
TFH
TFH
TFH
TFH
TFH
30M
30M
30M
30M
30M
30M
TFH
TFH
TFH
TFH
TFH
TFH
TFH
TFH
TFH
TFH
TFH
TFH
TFH
TFH
TFH
TFH
TFH
TFH

lOOk
lOOk
3.0M
3.0M
4.0M

2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2

2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2

D.A. T.A.

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*
.80*
.80*
.80*
80*
.80*
.80*
.80*
.80*
80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
80*
.80*
80*
.80*
.80*
.80*
80*
.80*
.80*
.80*
.95*

~g~

~

~g:

MAX. TEMP.
DRAWINGS
SUPPLY
TOTAL
LOGIC OUTLINE
SPAN
PKG.
LOVI HI DWG. No DWG. No
NEG. POS. DISS.
lI=MO
(VI
'C
'C
(VI
(WI

2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
20%
2.0%
20%
20%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
20%
2.0%
2.0%
2.0%

M~~

BP.B~.~Yj

64
S5

~g~ ~:g~

~

2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
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~

IN ORDER OF (1)USE(2)lEVEL'1'(3)LEVEL'O'
-*MAX OPER FR~TYPE No.

11 MISCELLANEOUS
POWER

M6~
30M
30M
30M
30M
PCB

0.0
0.0
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
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

1~ ~l~~g

50
5.0
5.0
5.0
5.0
5.0
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
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15

120m
1.0
1.0
1.0
120m
1.0
400m
400m
400m
400m
400m§
400m§
SOOm
SOOm
400m
SOOm
400m
SOOm
1.1
1.1
SOOm
SOOm
400m
585m
585m

~g ~g~m I~~~g:

75
75
75
75
125
125
70
70
70
125
70
110
70
55
70
70
70
70
70
70
70
55
70
70
125
70
125
70
125
70
125
70
125
70
125
70
125
70
125
70
70
70
70
70
70
70
70
70
70
70
70
70
70
70
70
70
70
85
85
50

15 250m

-55

125 K0278

M 105au

SBlt;Linearoty 20% FS max;TC40ppm/'C max.

15 250m

-55

125 K0278

M 105au

SB,t'LonearotvAO% FS max'TC 120oom/'C max.

585m
585m
585m
555m§
555m§
555m§
555m§
555m§
555m§
585m
585m
555m§
555m§
300m
300m
300m
300m
300m
300m
300m
300m
300m
300m
300m
300m
300m
300m
300m
300m
1.8 t
1.8 t
1.3 t
1.3 t

K02133
K02133
K02105
K02105
K02105
K02105
K02105
K02105
K02105
K02105
K0210S
K0210S
K0210S
K0210S
K02106
K0210S
K0210S
K0210S
K02108
K02108

TOllS
M191
M191
M191
TOllS
M191
M244
M244
M244
M244
M244
M244
M287
M287
M244
M287
M244
M287
M287
M287
M287
M287
M244
M244
M244
M244
M244
M244
M244
M287
M287
M287
M287
M287
M287
M244
M244
M287
M287
M315
M315
M315
M315
M315
M315
M315
M315
M315
M315
M315
M315
M315
M315
M315
M315
M302d
M302d
M343
M343 .
CB37c

Acc Linearity ~rror ±t,> t,>2~!>_ max.
Acc Linearity Error ±O.O 125 % max.
S Bit'MultiPlyj~ 0/A Converter.
8-Blt MultIplying D/A Converter.
8-Bit Multlplyong D/A Converter.
8-Blt Multiolvina D/A Converter
S Bit;Multiplying 0/ A Converter
8-Blt Multiplying D/A Converter.
8 BitVo 39mV'Setthna Time lOOnS max.
8 Bits;Tset 3.0us max.
2 Decade BCD;Load Current 5.0mA;SR .50V/us
2 Decade BCD'Load Current 5.0mA'SR .50V/us
8 Bit;Load Current 50mA;SR .50V/us.
8 Blt;Load Current 5.0mA;SR .50V/us.
10 B,t'LSB ±112'Load Current 5.0mA.
10 Bit;LSB ± 1;Load Current 5 OmA
Bipolar Output 8 Bits;Tset 3.0us max.
2 112 Decade BCD'Tset. 3.0us max.
POSItive Output 8 Blts;Tset 3.0us max.
10 Blts;Tset lOOns max.
8 Bitsw/Storaae Reaister'Tset 3.0us max.
8 Bits;w/Storage Reglster;Tset 3.0us max.
10 Blt;LSB ±1/2;Load Current 5.0mA.
10 B,t'LSB ±1'Load Current 5.0mA.
8 BitVo 39mV;Settling Time lOOnS max.
8 Bit.Vo 00 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 ;Int Ref
8 Bit;Vo 5.0V to -5.0V F.S.;lnt Ref.
8 BitVo O.OV to 10V F.S:lnt Ref.
8 B,t;Vo O.OV to 10V F.S.;lnt Ref.
10 Blt;Vo O.OV to -10V F.S;lnt Ref.
10 BitVo O.OV to -10V F.S:lnt Ref.
10 B,t;Vo 5.0V to -5.0V F.S.;lnt Ref.
10 Blt;Vo 5.0V to -5.0V F.S.;lnt Ref.
10 B,t·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 Bit·Vo 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
10 Blt..Qjus sign-monotonic'Vo± 10V'TCSOoom
10 Bit plus slgn-monotonic;Vo±5V;TC SOppm
10 Bit plus slgn;Lin-.l%max;Vo±10V;TCSOppm
10 Bit olus sian·Lin-.l %maxVo±5V'TCSOnnm
10 Bit plus sign;Lin-.2%max;Vo±10V:tcSOppm
10 Bit plus sign;Lin-.2%max;Vo±5V;TCSOppm
10B,t plus slan'Lon-.4%max·Vo±10V'TC 15000m
10Bit plus 8Ign.Lon-.4%max;Vo±5V;TC 150ppm
10 Bit;2s comp monotonic;Vo±10V;TCSOppm
10 Bit'2s Comp.MonotonicVo±5VTc SOoom.
10 Bit;2s Comp.Lon.l % max;Vo±10V;Tc SOppm
10 Blt2s Comp.Lin.l % max;Vo±5V;Tc SOppm.
10 Bit'28 Como.Lin.2% max'Vo±10VTc 60nnm
10 Blt;28 Comp.Lin.2% max;Vo±5V;Tc SOppm
10 Blt;28 Comp.LinA% max;Vo±10V;Tc 150ppm
10 B,t'2s Comp.Lin.4% maxVo±5V'Tc 15000m
IS Bit Binary;Lon .003%;A ±7.0ppm%I"C.
4 Digit BCD;Lon .005%;A ±7ppm/'C.
S Bit Binarv;± 1OVFS·±200mA.
8 Bit Binary;±10VFS;±200mA.
10 BIt. Single Channel DAC.

0
0
0
0
-55
-55
0
0
0
-55
0
·55
0
0
0
0
0
0
0
0
0
0
0
0
-55
0
-55
0
-55
0
-55
0
-55
0
-55
0
-55
0
-55
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
-55
-55
15

1~85m

K0120
K02107
K02107
K02107
K0120
K02107
K02S3
K02S4
K02S4
K02S4
K02S5
K02S5
K02SS
K02SS
K02S7
K02SS
K02S7
K02SS
K0287
K0287
K0288
K0288
K0289
K02133
K02133
K02133
K02133
K02133
K02133

GENERAL DESCRIPTION

MO~

2.1%

.50*

15

15 250m

0

70

K0278

M 105au

SBlt.Lonearoty.40% FS max;TC lS0ppm/'C max.

Mar

2.1%

50*

15

15 250m

-55

125 K0278

M 105.u

SBltLinearoty.40% FS max;TC80ppm/'C max.

Mar

2.1%
2.1%
2.1%
2.1%
2.1%
2.1
2.1%
2.1%
2.1%
2.1
21%
2.1%
2.1%
2.1
21%
2.1%
2.1%
2.1%
21%
21%
2.1%
2.1
2.1%
2.1%
2.1%
2.1
2.1%
2.1%
21%
2.1
21%
21%
2.1%
21
2.1%
21%
2.1%
2.1%
21%

.50*
50*
70*
.70*
70*
07
.70*
.70*
70*
07
.70*
70*
.70*
0.7
.70*
.70*
70*
.70*
.70*
70*
.70*
0.7
.70*
70*
70*
0.7
.70*
.70*
.70*
07
.70*
.70*
70*
0.7
70*
.70*
.70*
70*
.70*

15
15
S.O
60
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
-55
-20
-20
-55
-55
-55
-55
-55
-55
-55
-55
-55
-55
-55
-55
0
0
0
0
-55
-55
-55
-55
-55
-55
-55
-55
-55
-55
-55
-55
-55
-55
-55
-55
0
0
0

70
125
85
85
125
125
125
125
125
125
125
125
125
125
125
125
70
70
70
70
125
125
125
125
125
125
125
125
125
125
125
125
125
125
125
125
70
70
70

M 105au
M 105au
FP59
FP59
FP59
FP59
M182a
M182a
FP59
FP59
M182a
M182a
FP59
FP59
M182a
M182a
M182a
M182a
M154
M154
FP59
FP59
M182a
M182a
FP59
FP59
M182a
M182a
FP59
FP59
M182a
M 182a
FP59
FP59
M182a
M182a
M182a
M182a
M154

6B,t Lonearo~40% FS max'TC 160nnm/' max.
S Blt,Lonearity.40%FS max;TC 80ppm/'C max
10-Blt Current Source.
10 BIt Current Source.
10 Bit;.05% Linear;TC 15PPM/'C;Vo 10V FS
10 Bit,,05% Linear;TC 15PPM/'C;Vo 5.0V FS
10 Blt.05%LonearTc 15 PPM/'CVo 10V F.S.
10 Bit;.05% Linear;TC 15PPM/'C;Vo 5.0V FS
10 Bit;.05%Lonear;Tc 30PPM/'C;Vo 10V F.S.
10 Bit·.05% Lonear'Tc 30PPM/'CVo 5.0V F.S
10 Blt;.05% Linear;TC 30PPM/'C;Vo 10V FS
10 Bit;.05% Lonear;TC 30PPM/'C;Vo 5.0V FS
10 B,t· 05 % Lonear'TC SOPPM/'C'Vo 10V FS
10 Blt,.05% Lonear;TC SOPPM/'C;Vo 5.0V FS
10 Blt,.05% Lonear;TC SOPPM/'C;Vo 10V FS
10 B11'.05% Linear'TC 60PPMI"C'Vo 5.0V FS
10 BitLonearity .05%;Vo 10V F.S.
10 Blt,Lonearity .05%;Vo 5.0V F.S.
10 Bit·.05% Loneatil'l;Tc 60oom/'C Vo 10VFS
10 Blt;05% Lonearity;Tc SOppm/'C;Vo 5VFS
10 Blt.05% Lonear;TC 120PPM/'C;Vo 10V FS
10 Bi1'.05% Lonear'TC 120PPMI"CVo 5.0V FS
10 Blt.05% Linear;TC 120PPMI"C;Vo 10V FS

~q~

Mar

M~~

~gf
M~~

~gf
M~~

M~f
MO
M~~

~gf
M~~

~gf
M~~

~gf
M~~

~gf

M~~

~gf

Mqf
Mqf
MOf

M~~

~gf

Mqf
Mqf
MOf

~gt

15
15
6.0
S.O
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

250m
250m
250m
250m
500m
500m
500m
500m
500m
500m
500m
500m
500m
500m
500m
500m
300m
300m
500m
500m
500m
500m
500m
500m
500m
500m
500m
500m
500m
SOOm
500m
500m
500m
500m
500m
500m
300m
300m
300m

K0278
K0278
K0252
K0252
K0277
K0277
K0277a
K0277a
K0277
K0277
K0277a
K0277a
K0277
K0277
K0277a
K0277a
K0277a
K0277a
K0277a
K0277a
K0277
K0277
K0277a
K0277a
K0277
K0277
K0277a
K0277a
K0277
K0277
K0277a
K0277a
K0277
K0277
K0277a
K0277a
K0277a
K0277a
K0277 •

::~':~g~ t:~::;;ig l~~~~%~~olgS~tS

18
10
10
10
10

Bit;.10% Lonear;TC 15PPMI"C;Vo 5.0V FS
Blt;.10% Lonear;TC 15PPM/'C;Vo 10V FS
Bit·.10% Lonear'TC 15PPMI"CVo 5.0V FS
BIt,. 10% Linear;Tc 30PPM/'C;Vo 10V F.S.

18
10
10
10
10
10
10
10
10

Bit,. 10% Lonear;TC 30PM/'C;Vo 5.0V FS
Blt;.10%Linear;Tc SO PPM/'C;Vo 10V F.S
BIt 10% LonearTC SOPPM/'C Vo 5.0V FS
B,t; 10%Lonear,Tc 60 PPM/'C;Vo 10V F.S.
Bits;.10%Linear;Tc 60PPM/'C;Vo 50V F.S
BirLlnearill'. 10% Vo 10V F.S.
Blt;Lonearoty .1 O%;Vo 5.0V F.S
Bit'Lonearity .10%·Vo lOV F S

::~;.lg~ t:~::;:ig ~g~~~~:g~ ~g:

SYMBOLS AND CODES
EXPLAINED IN INTERPRETER

t:

145

LINE
No.

~

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

~~

33
34
35
36

~~.

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.
~"!.
71.

U

·

roil
LOGIC
U E ~rA~
0 ER- PROLEVEL
ATING CESS ~'1'
~'O'
FREQ.
(Hz)
(VI
(V)

TYPE
No.

~:~g~glgg~g~~
AIMDAC100BDN2
AIMDAC100BDQl
AIMDAC100BDQ2
AIMDAC100CBNl
AIMOAC100CBN2
AIMDAC100CBQl
AIMDAC 100CBQ2

~:~g~g 1999g~~

AIMDAC100CCQl
AIMDAC100CCQ2
AIMDAC100CCQ3
AIMDAC 100CCQ4

~:~g~glggggH

AIMDAC100CDNl
AIMDAC100CDN2

~:~g~glggggg~

AIMDAC100DBNl
AIMDAC 100DBN2
AIMDAC100DBQl
AIMDAC100DBQ2
AIMDAC100DCNl
AIMDAC100DCN2
AIMDAC100DCQl
AIMDAC100DCQ2
AI M DAC 1OODDN 1
AIMDAC1000DN2
AIMDAC100DDQl
AIMDAC100DDQ2
AIMDAC100DDQ3
AIMDAC1000DQ4
AIMDAC100DDTl
AIMDAC100DDT2
DAC8M
DAC10Z
DAC12M
DAC12QZ
DAC14QG

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
l::f
102.
103.
104
105
106
107
108
109
110

146

IN ORDER OF (1)USE(2)LEVEL'1'(3)LEVEL'O'
(4)MAX OPER FREQ(Ii)TYPE No.

11 MISCELLANEOUS
POWER
MAX. TEMP.

g~gl~g~

DAC16QM
HI2Al080
HI2Al085
HI9Ml080
HI9Ml085
HI-1Al080
HI-1Al085
MDA10F
MDA10Z
MOAllMF

~g~l~ggET

MN303
MN303H
OAC100
DAC101
ZD400
ZD401
AD7520JO
AD7520JN
AD7520KD
AD7520KN
AD7520LD
AD7520LN
AD7520SD
AD7520SN
AD7520TD
AD7520TN
AD7520UO
AD7520UN
AD7521
DAC355-4BCD
DAC355-14
DAC355-16
MDA8F
MN302
MN302H
MN416
MN416H
7722BFC
7722FC
ICL8018CPD
ICL8018MDD
ICL8019CPD
ICL8019MDD
ICL8020CPD

~~~~~UMDD

MN360H

~~~:~H

MN364
MN364H
MN366
MN366H
MN415
MN415H
MN417
MN417H
A860
DAC310-3BCD
DAC310-10
OAC310-11
DAC310-12
DAC310D3BCD
DAC310Dl0

~~~
MO

~

2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
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
M~~ 2.1%
~g~ 2.1%
2.1%
2.1%
M!~ 2.1%
MO
Mm 2.1%
2.1%
MO
2.1%
MO
2.1%
M~~ 2.1%
2.1%
~g~ 2.1%
2.1%
M~~ 2.1%
MO
MO~
2.1%
2.1%
2.1%
MO~ 2.1%
2.1
MO
2.1%
MO
2.1%
2.1%
M~~ 21
~gH 2.1%
2.1%
MO
2.1%
MOH 2.1
2.1%
MO
MO
2.1%
M~~ 2.1%
~g~ 2.1%
2.1%
2.4%
30M 2.4%
30M 2.4%
30M 2.4%
30M 2.4%
30M 2.4%
30M
30M
2.4%
MO
2.4%
MO~ 2.4%
2.4%
2.4%
MO
2.4%
30M 2.4%
30M 2.4%
30M 2.4%
30M 2.4%
30M 2.4%
TFH 2.4
24
2.4%
MO~ 24%
PCB 2.4%
2.4%
24%
M~~ 2.4%
2.4%
2.4%
M~~ 2.~~
M~~ 2.4% .
MO~
2.4%
2.4%
MO
2.4%
MO
2.4%
M~~ 2.~~
M~~ 2.4%
MO~
2.4%
30M 2.4
30M 2.4
30M 2.4
30M 2.4%
TFH 2.4%
TFH 2.4%
30M 2.4%
~OO~ 2.4%
2.5
2.5
M~~ 2.5%
2.5%
2.5%
MO
2.5%
MO
2.5%
2.5%
2.5%
TFH 2.5%
TFH 2.5%
TFH
TFH
TFH 2.5%
TFH 2.5%
TFH 2.5%
30M 2.~~
30M 2.5%
30M 2.5%
30M 2.5%
2.5%
30M 2.5%
30M 2.5%
30M 2.5%
30M 2.5%
30M 2.5%
30M 25%

M1~

~~~
M1~
M~~

M1~ ~:l~
~J>~

M~~

~::~

~~~

200k
200k

~

D.A.T.A.

r:~~

~CJI~
~g~

M1~

~g~

Ml~

W~i'

~:~~

:~g:
0.7
.70*
.70*
.70*
.70*
.70*
.70*
.70*
.70*
.70*
.70*
.70*
.70*
.70*
.70*
.70*
.70*
.70*
.70*
0.7
.70*
.70*
.70*
0.7
.70*
.70*
.70*
0.7
.70*
.70*
.70*
70*
70*
.70*
.70*
.40*
.40*
.40*
.40*
.40*
.40*
.40*
.40*
.40*
.40*
.40*
.40*
.40*
.40*
.40*
.40*
.40%
.40%
.40%
.40
.40
.40*
.40*
.70*
.70*
80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80
.80
.80
.80*
.80*
.80*
.80*
.80*
.40
.40
.40*
.40*
.40*
.40*
.40*
.40*
.40*
.40*
.40*
.40*
.40*
.40*
.40*
.40*
.40*
.40*
.40*
.40*
.50*
.50*
.50*
.50*
.50*
.50*
50*

SUPPLY
TOTAL
PKG.
SPAN
LOlli
NEG. POS. DISS.
(V)
(V)
(W)
'C

~gg~
1915 1915 500m
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
5.0
5.0
0.0
0.0
5.0
5.0
15
15
15
15
15
15
15
30
30
15
15
00
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
00
15
15
15
15
15
15
15
15
15
6.0
6.0
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
15
15
15
15
15
15
15
15
15
15
15
15
15
10
10
15
15
15
15
15
15
15
15
15
1.6
1.6
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
20
20
20
20
20
20
15
15
15
15
15
15
15
15
15
15
15
15

DRAWINGS
LOGIC OUTLINE
HI DWG. No DWG. No
ll=MO
'C

~5 ~~5 ~g~W

-55
500m -55
500m -55
500m -55
500m -55
500m -55
500m -55
500m -55
500m -55
500m -55
500m -55
300m 0
300m 0
500m 0
500m 0
500m -55
500m -55
500m -55
500m -55
500m -55
500m -55
500m -55
500m -55
500m -55
500m -55
500m -55
500m -55
500m -55
500m -55
500m -55
500m -55
300m 0
300m 0
500m 0
500m 0
555mt 0
450mt 0
555mt 0
1.0 t
0
0
2.3 t
950mt 0
0
2.3 t
950mt 0
450m -55
450m 0
450m -55
450m 0
450m -55
450m 0
1.8 t 0
450mt 0
1.0 § 0
925mt 0
925mt -55
400m 0
400m -55
-55
-55
300~~ 0
300m 0
450m 0
450m 0
450m 0
450m 0
450m 0
450m 0
450m -55
450m -55
450m -55
450m -55
450m -55
450m -55
450m -55

525:~
525m 0
0
525m
1.8 t
400m
400m
760m§
760m§
450m

0
0
0
-55
0
-55
-20
450:~ -20
260m
0
,260m -55
260:~ 0
1~60m -55
60m 0
-55
0
870m§ -55
870m§ 0
870m§ -55
810m§ 0
810m§ -55
810m§ 0
810m§ -55
660m§ 0
660m§ -55
660m§ 0
660m§ -55

~~g~~

~f5~~

g
15
15
975m 0
0
15 975:;
15 975m 0

l~ ~~~~~ g

125
125
125
125
125
125
125
125
125
125
125
70
70
70
70
125
125
125
125
125
125
125
125
125
125
125
125
125
125
125
125
70
70
70
70
70
70
70
70
70
70
70
70
125
75
125
75
125
75
70
70
70
70
125
70
125
125
125
70
70
75
75
75
75
75
75
125
125
125
125
125
125
125
70
70
70
70
70
125
70
125
85
85
70
125
70
125
70
125
70
125
70
125
70
125
70
125
70
125
70
125
70
70
70
70
70
70
70

K0277
K0277a
K0277a
K0277
K0277
K0277a
K0277a
K0277
K0277
K0277a
K0277a
K0277a
K0277a
K0277a
K0277a
K0277
K0277
K0277a
K0277a
K0277
K0277
K0277a
K0277a
K0277
K0277
K0277a
K0277a
K0277
K0277
K0277a
K0277a
K0277a
K0277a
K0277a
K0277a
K02124
K02124
K02125
K02126
K02126
K02126
K02126
K02119
K02119
K02119
K02119
K02119
K02119
K02130
K02131
K0262
K0262
K0246
K0246
K0298
K0298
K02123
K02123
K02123
K02123
K02123
K02123
K02123
K02123
K02123
K02123
K02123
K02123
K02137
K02137
K02137
K02130
K0262
K0262
K02114
K02114
K0252
K0252
K0275
K0275
K0275
K0275
K0275
K0275
K02122
K02122
K02122
K02122
K02110
K02110
K02110a
K02110a
K02113
K02113
K02113
K02113
K02121
K0283
K0283
K0283
K0283
K0283a
K0283a

l~p~594
FP59
M182a
M182a
FP59
FP59
M182a
M182a
FP59
FP59
M182a
M182a
M182a
M182a
M154
M154
FP59
FP59
M182a
M182a
FP59
FP59
M182a
M182a
FP59
FP59
M182a
M182a
FP59
FP59
M182a
M182a
M182a
M182a
M154
M154
M368
M368a

~~gga

M369
M369
M369
M369
MP381
M381
FP48
FP48
FP59a
FP59a
M374
M368a
M364a
M375
M375
M244
M244

~m

M300
M300
M361
M345a
M361
M345a
M361
M345a
M361
M345a
M361
M345a
M361
M345a
M302k
M302k
M302k
M374
M244
M244
M327
M327
FP59
FP59

~Jm
~Jm
M126'

r,~1~t)
M325
M325
M325
M325
M325
M325
M325
M327
M327
M327
M327
M284
M284
M284
M284

~~~~

GENERAL DESCRIPTION
12 ~lt;Lineanty .1~%;,!0 _~·2X .F}~.

1910 Bit;.10%
g:~:'lg~LL~~:~;:ic 1~~~~~~;~~OI~~nS
Linear;TC 120PPMFC;Vo 10V FS
10
10
10
10
10
10

Bit;.10%
Blt·.20%
Blt;.20%
Bit;.20%
Bit·.20%
Blt.. 20%

Linear;TC
Linear'TC
Linear,TC
Linear,TC
Linear'TC
Linear;TC

120PPMFC,Vo 5.0V FS
30PPMFCVo 10V FS
30PPMFC;Vo 5.0V FS
30PPMFC;Vo 10V FS
30PPMFCVo 5.0V FS
60PPMFC;Vo 10V F_~

1910 Bit;
g:~::~g~ t:~::;:ig gg~~~j:g~ ~g.y :~
20%Linear;Tc 60PPMFC;Vo 5.0V F.S.

10 Bit;Lineanty .20%;Vo 10V F.S.
10 B,t'LmeantY 20%'Vo 5.0V F.S.
ro Blt;.20% Lineanty,Tc 60ppmFC;Vo 10VFS
10 Blt,.20% Lmeanty;TC 60PPMFC;Vo 5V FS
10 Bit·.20%Linear·Tc 120PPMFC'Vo 10V F.S .
10 Blt;.20% Lmear;TCI20PPMFC;Vo 5.0V FS
10 Blt;.20% Linear;TC 120PPMFC;Vo 10V FS
10 Bit·.20% Linear'TC 120PPMFC'Vo 5.0V FS
10 Bit.30% Llnear,TC 30PPMI"C;Vo 10V FS
10 Bit;.30% Lmear;TC 30PPMFC;Vo 5.0V FS
10 Bit·.30% Lmear'TC 30PPMFC'Vo 10V FS
10 Bit; 30% Lmear;TC 30PPMFC;Vo 5.0V FS
10 Bit;.30% Linear;TC 60PPMFC;Vo 10V FS
10 Bit.30% Lmear'TC 60PPMFCVo 5.0V FS
10 Bit;.30% Linear;TC 60PPMFC;Vo 10V FS
10 Bit;.30%Linear;Tc 60PPMFC;Vo 5.0V F.S.
10 Bit;.30% L,near'TC 120PPMFC Vo 10V FS
10 Bit;.30% Linear,TC 120PPMFC;Vo 5.0V FS
10 Bit;.30%Lmear;Tc 120PPMFC,Vo 5.0V F.S
10 Bit·.30% Linear'TC 120PPMFC'Vo 5.0V FS
10 Bit;Linearity .30%;Vo 10V F.S.
10 Bit;Linoarity .30%;Vo 5.0V F S.
10 Bit'.30% Lmear:TC 120PPMFCVo 10V FS
10 Bit;.3% Lmearity;TC 120PPMFC;Vo 5V FS
8 bits;Mult.Acc.20%;SR 1OV/us;TC25ppmFC.
10 bits·Binary;SettI.Tim!l 5.0us.
12 blts;Mult.Acc.20%;SR 1OV/us;!~5.0ppmFC

114~ bits;Lmeanty±.003%;lnt
~'i~n~~a~i~!·.~&~~!I~t l~:f;~:~ce 6.2V
Reference 6.2V
19
~::::tl~::~I~:88~g:;I~: ~::.e':2~6 2V
8 blt;Settling Time 3.0us max;Acc 1/2LSB

8 bit;Settling Time 1.5us;Acc 1I2LSB.
8-Blt 0 to A Converter.
8-Bit 0 to A Converter.
8 bit;Settling Time 3.0us max;Acc 1/2LSB.
8 bit'Settlina Time 1.5us·Acc 1/2LSB.
10 Bit Bmary;Settling Time 40ns .

1~ g:!,~~~:.~~e~I.JMm~Z·~~~~~;me 800ns.
12 blts;Linearity ± ~~2LSB;Settl.Time 3us .
12 bits;Lmeanty ± 1/2LSB;Settl.Time 3us.
8 Bit BCD O/A Full Scale 0 to -10.
8 Bit BCD D/A Full Scale 0 to -10.
5 Bit;ton 1.0us;Acc 100m%;Voffset 3.0mV.
5 Bi "ton 1.0us·Acc 300m%'Voffset 2.0mV
8 Bit;Output Imped 1.0MIl min;Acc ±.20% .
10 Blt;Output Imped 1.0MIl min;Acc ±.05%
MultlDlvina:Norlinear .20%·R 10kll.
Multlplying;Norlinear .20%;Ri 10kll.
Multlplying;Norlinear .10%;RI 10kll.
MultiDIYina;Norlinear .10%·R· 10kll.
Multlplying;Norlinear .05%;Ri 10kll.
Multiplying;Norlinear .05%;Ri 10kll.
MultlDlyirut;Norlinear .20%·RI 10kll.
Multlplying;Norlinear .20%;Ri 10kll.
Multiplying;Norlinear .10%;Ri 10kll.
MultiDlvina:Norlinear .10%·Ri 10kll.
Multiplying;Norlinear .~~~;Ri 10kll.
Multiplying;Norlinear .05%;Ri 10kll.
12-Bit MultlDlyina CMOS.
4 Bit Binary Coded Decimal.
Stability 7ppmFC;Anal Linearity±0.003%max
StabilitY 5DDmFC'Anal LinearitV±0.015%max
8 Bits;Settling Time 40ns.

~ g:~:t~:~ g~;;:~~ ~:g~~:~~ :~g~j~::

12 B,t;lnput Register;Multi Range.
12 Bit;lnput Re~,ster;Multi Range.
10-Bit Current ource.
10-Bit Current Source.
Quad;lo 1.0mA max;Vo 10V max;Error±.O 1% max
Quad'lo 1.0mA maxVo 10V max:Error±.OI%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 1.0mA max;Error± 1.0% max.
12 Bit;Vo ± 1OV F.S;Settle Time 7.0us max.
12 BitVo ± 1OV F.S·Settle Time 7.0us max.
12 B,t;Vo 0 to 10V;F.S;Settle Time 7us max
12 Bit;Vo 0 to 10V;F.S;Settle Time 7us max
12 Bit 10 ± 1.0mA F.S·Settle Time 3.0us max
12 Blt;lo± 1.0mA F.S;Settle time 3.0us max
12 BIt;lo 0 to 2mA F.S;Settle Time 3us max
12 Bit 10 0 to -2mA·F.S.Settle T'me 3usmax
12 Blt;Multi Range Out;lnt Ref

g

g:~ ~c~~oR:on~eo°t~t;llnJ C~f~t Int Ref.
12 Bit BCD;O to 5,0 to 10 Vout Int Ref.

112~ Bits;Accuracy
g:~~~~~~~~~y2~~~~~~. 15PPMI"C.
VS.Temp. 15PPMFC.

g g:::~~~~;:~~ ~g:~~: l~~~~~g:

12 Bits;Accuracy VS.Temp. 15PPMFC.
12 Bits'Accuracy VS.TemD. 15PPMFC.

SYMBOLS AND CODES
EXPLAINED IN INTERPRETER

146

LINE
No.

~

-Oil
U E ~~A~
0 ER- PROATING CESS
FREQ.

TYPE
No.

flJ'"

(Hz)

1
2
3.
4.
5.
6.
7.
8.
9.

g!~~lggn

DAC316-3BCD
DAC316-10
DAC316-11
DAC316-12
DAC32814BCD
DAC328116
DAC328V4BCD
10. DAC328V16
11
DAC371-2BCD
12
DAC371-8
DAC371110
13
DAC371110BCD
14
15
DAC371Vl0
16
DAC371Vl0BCD
17
DAC372-8
DAC372-10
18
DAC372-11
19
DAC372-12
20
DAC372-12BCD
21
DAC37218
22
DAC372110
23
24
DAC372111
DAC372112
25
DAC372112BCD
26
27
DAC372WB8
28
DAC372WB10
29
DAC372WBll
30
DAC372WB12
31
DAC372WB 12BCD
32. DAC37313BCD
33. DAC373112
34
DAC390-3BCD
35
DAC390-10
36
DAC390-11
37
DAC390D3BCD
DAC390Dl0
38
39
DAC390Dll
DAC395-3BCD
40
4,. DAC395-12A
42. DAC395-12B
43. DAC395-12C
MN380
44
45
MN410
46
MN410H
47
MN412
48
MN412H
49
MN413
50
MN413H
51
CDA4A
52
CDA5
53
ZD429
54
ZD430
55
ZD430El
56
ZD430Ell
57
ZD430E20
58
ZD430E21
59
ZD431
60
ZD432
61
ZD433
62
ZD440
63
ZD441
64
7560
65
7561
66
7562
67
7563
68
MN311
MN312
69
70
CDAS
71
3700-43-3J
72
3705-43-6J
73. DAC10DF
74
3700-42-3J
75
3705-42-6J
76
849
77. 872
78
A605
79
A601
80
A604
81
A606
82
3750-4-6H
83. DAC1009
84. OAC 11 06-00 1
85. DACll06-002
86
9908HC
87
SN17908L
88
MC9704P
MC9804P
89
90
MC896P
91
MC996F
92
MC796P
93
MC896F
94
MC1019P
95
MC1059P
96
MC1219F
97
MC1219L
98
MC1259F
99
MC1259L
100# T152D2
T152Bl
T152Dl
103. 9304DC
104. 9304DM
105
9304FC
106. 9304FM
107. 9304PC
108
9380DC
109
9380DM
110
9380FC

19~:

147

LOGIC
LEVEL

(V)

I~g~ ~:;~

~

2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
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
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3

30M
30M
30M
30M
30M
30M
30M
30M
30M
30M
30M
30M
30M
30M
30M
30M
30M
30M
30M
30M
30M
30M
30M
30M
30M
30M
30M
30M
30M
30M
30M
30M
30M
30M
30M
30M
30M
30M
30M
30M
30M
TFH
TFH
TFH
30M
30M
TFH

r:~H

MOH

M~~

~&MO~

30M
30M
30M
30M

30M
30M
30M
30M
30M
30M

M~~
MO

3D~1
MO
1.0M,',
600k
3.0M
3.0M
3.0M
500k

MO

~g~

PCB
PCB
PCB
PCB

~g~
30M

3D?~

~g~
8.0M
8.0M

D.A. T.A.

Mq~
Mq~

M6~

M1~

MO
MO

M~~

~g~
Mq~
Mq~

M6~
M?;
MO
MO~

M1~

MO
MO

IN ORDER OF (1)USE(2)LEVEL'1'(3)LEVEL'O'
(4)MAX OPER FRE0I5lTYPE No

11 · MISCELLANEOUS
POWER

M~~
~g~
~g~

~·O·

(V)

.~g:

2.5
.50
2.5
.50
2.5
.50
2.5
.50
2.5
.50
2.5
.50
2.5
.50
2.5
50
2.5%
.50*
2.5%
.50*
2.5
.50
2.5
.50
2.5
.50
2.5
50
25%
.50*
2.5%
.50*
2.5%
.50*
2.5%
.50*
25%
.50*
25%
.50*
25%
50*
2.5%
.50*
2.5%
.50*
2.5%
.50*
2.5%
.50*
2.5%
.50*
2.5%
.50*
2.5%
.50*
2.5%
50*
2.5
.50
25
.50
2.5%
50*
25%
50*
2.5%
.50*
2.5%
.50*
2.5%
.50*
2.5%
.50*
2.5
50
25
.50
2.5
.50
2.5
50
2.5%
.80*
2.5%
.80*
2.5%
.80*
2.5%
.80*
2.5%
80*
25%
.80*
2.5%
.80*
2.8%
.60*
3.0%
0.0
30%
.40*
3.0%
.40*
3.0%
40*
3.0%
.40*
3.0%
.40*
3.0%
.40*
30%
.40*
3.0%
.40*
3.0%
.40*
30%
.40*
3.0%
.40*
3.0
.60
3.0
.60
3.0
.60
3.0
60
3.0%
1.0*
3.0%
1.0*
4.9
.60
5.0
00
0.0
5.0
5.0%
.80*
5.0
5.0
5.0
5.0
8.0%
1.5*
8.7%
1.3*
-3.0
0.0
-3.0
0.0
-3.0
0.0
-3.0
0.0
-9.0%
-2.0*
15%
.80*
15%
.80*
15%
.80*

.80%
.82%
.85%
.85%
-.85%
-.85%
-.85%
-.85%
-.85%
-.85%
1.7%
18%
1.8%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%

.50*
.57*
.46*
.56*
-1.5*t
-15*t
-1.5*t
-1.5*t
-1.5*t
-1.5t*
.90*
.85*
.85*
.80*
.80*
.80*
.80*
80*
.80*
80*
.80*

SUPPLY
SPAN
NEG. PO~.
(V
(VI

MAX. TEMP.
DRAWINGS
TOTAL
LOGIC OUTLINE
PKG.
LOv-. HI DWG. No DWG. No
DISS.
ll=MO
'C
'C
(WI

1;15 1;15 1~~~~~lg
600m 0

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
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
35
35
15
50
35
15
15
15
15
15
15
29
15
15
15
0.0
0
0.0
0.0
0
0
0
0
52
5.2
5.2
5.2
5.2
5.2
0.0
0.0
0.0
0.0
0.0
0.0
0.0
00
0.0
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
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
5.0
5.0
10
5.0
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
.30
30
15
30
.30
15
15
10
10
10
10
0.0
15
15
15
3.6
8
3.6
3.6
4
4

600m~

0

600m

0

600~~ 0

45D:~ 00
450m
450m 0
450~; 0

l~g~~ g

375~; 0
375m 0
525m'jl 0

525:~ 00
525m
525m 0
525m~ 0
525~~ 0
525m 0
525~; 0
525m 0
525m'll 0
525:;
525m 0
0
525m 0
525~; 0

~~~~~ g

525m~ 0
225~; 0
225m 0
975~~ 0
975~~ 0
975m 0

975:~0
975m 0
975m 0
890m:!! 0

900~~0

900m

0

~gg~~g

600m
600m
700m§
700m§
600m
600m

0
-55
0
-55
0
-55
-55
35m -55
0
300~~
300m 0
350m -25
350m -25
350m -25
350m -25
300~~ 0
525m 0

300~;0

750m 0
750m'jl 0
810m -55
810m -55
810m -55
810m -55
275mt 0
275mt 0
-55
200m,', -55
200m,', -55
8.0 § 0
200m,', -55
200m,', -55
375m -55
-55
560m -20
760m -20
560m -20
560m -20
190m -55
525mt 0
1.2 § 0
1.2 § 0
0
250m -55
265mt 15
265mt 0
84mt 0
70mt -55
4 84mt 0
4 70mt -55
0.0 145m 0
00 375mt 0
0.0 145m -55
0.0 145m -55
0.0 375m -55
0.0 375mt -55
5.0 150mt -55
7.0 150mt 0
5.0 150mt 0
5.0
0
-55
5.0
5.0 150mt 0
5.0
-55
5.0
0
5.0 175m§ 0
5.0 175m§ -55
5.0 175m§ 0

~j~~;
~j~~~

jg ~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
125
70
125
70
125
125
125
70
70
85
85
85
85
70
70
70
70
70
100
100
100
100
70
70
125
85
85
70
85
85
125
125
55
55
55
55
150
70
70
70
70
125
55
75
75
125
75
125
75
75
125
125
125
125
125
75
75
75
125
75
125
75
70
125
70

K02134
K02134
K02134
K02134
K02136

M388
M388
M388
M388
M286
M286

K02135
K0282a
K0282a
K02100
K02100
K02101
K02101
K0284
K0284
K0284
K0284
K0284
K0285
K0285
K0285
K0285
K0285
K0284
K0284
K0284
K0284
K0284
K02138a
K02138
K0283
K0283
K0283
K0283a
K0283a
K0283a
K02102
K02102
K02102
K02102
K02111
K0268
K0268
K02112
K02112
K0290
K0290
K0227
K0231
K0271
K0270
K0272
K0272
K0272
K0272
K0270
K0270
K0271
K0270
K0270

K0286
K0286
K0228

1~~245
3811
K0245
K3811
K0274
K02132
K026a
K026
K026a

M285
M285
M309a
M309a
M310
M310
M286
M286
M286
M286
M286
M286
M286
M286
M286
M286
M286
M286
M286
M286
M286
M389
M389
M284
M284
M284
M283
M283
M283
M304e
M304e
M304e
M304e
M326
M245
M245
M245a
M245a
M245a
M245a
T0100
FP63
M259
M259
M260
M260
M260
M260
M259
M259
M259
M259
M259
M254a
M254a
M254a
M254a
M287
M287
CN57a
FP28b
M148

FP28b
M148
M196b
M382
CB31
CB31
CB31
CB31
M132
K02128 M372
K02129a M373a
K02129 M373
K0311
T099
K0311
CN13
K0319
M278
K0319
M278
TOl16
T086
TOl16
T086
K0317
TOl16
K0337
M278
K0317
T086
K0317
TOl16
K0337
T086
K0337
M191
K0318a M200
K0318
Ml17b
K0318a M200
K0318
M224c
M224c
K0318
FP47b
K0318
FP79b
K0318
M357
K0318
K0313
TOl16
K0313
TOl16
K0313
FP52d

GENERAL DESCRIPTION
1~ B,ts,Accuracy V~.Temp ~ ~PP~(:<:i
12 Bits;Accuracy VS.Temp. 15PPM/'C.
Stab ±250om/'C max'L,"earitY ±0.05% max.
Stab ±25ppm/'C max;Linearity ±0.05% max.
Stab ±25ppm/'C max;Llnearity ±0.025% max.
Stab ±250om/'C max'L,"earitY ±0.0125% max.
Stab 30ppm/'C max;L,"earity ±O.O 1 % max.
Stab 30ppmrC max;Linearity ±O.O 1 % max.
Stab 30ppm/'C max'Lineant'L ±O.O 1 % max.
Stab 30ppm/'C max;Linearity ±O.O 1 % max.
8-Bit 2 Decade BCD;ACC.VS.Temp. 100PPM/'C.
8-Bit B,"arv:Acc.VS.Temo. 100PPMrC.
Cur. Out 0 to 4mA;Settling Time 1uS.
Cur. Out 0 to 4mA;Settling Time 1uS.
Volt Out ±5V 0 to 10V'Settlina Time 10uS.
Volt Out ±5V, 0 to 10V;Settling Time 10uS.
8 Bits;Accuracy VS.Temp. 50PPMrC max.
10 B,ts'Accuracy VS.Temp 30PPM/'C max.
11 Bits;Accuracy VS.Temp. 30PPM/'C max.
12 Bits;Accuracy VS.Temp. 30PPM/'C max.
3 Decade BCD'ACC VS.Temo. 30PPMrC max .
8 Bits;Accuracy VS.Temp. 50PPMrC max.
10 Bits;Accuracy VS.Temp. 30PPM/'C max.
11 Bits'Accuracv VS.Temo. 30PPM/'C max .
12 Bits;Accuracy VS.Temp. 30PPMrC max.
3 Decade BCD;Acc.VS.Temp. 30PPM/'C max.
8 B,ts'Accuracv VS.Temp. 50PPMrC max.
10 Bits;Accuracy VS.Temp. 30PPM/'C max.
11 B,ts;Accuracy VS.Temp. 30PPM/'C max.
12 Bits'Accuracy VS.Temo. 30PPMrC max.
3 Decade BCD;Acc. VS.Temp. 30PPMrC max.
Stab 50ppm/'C;Anal L,"eanty ±0.05% max
Stab 50oom/'C'Anal Linearity ±0.025% max.
12 Bits,Accuracy VS.Temp. 30PPM/'C
12 Bits,Accuracy VS Temp. 30PPMrC.
12 Bits'Accuracv VS.Temo. 30PPM/'C.
12 Bits;Accuracy VS.Temp. 30PPM/'C.
12 Bits;Accuracy VS.Temp. 30PPM/'C.
12 Bits'Accurac;i VS.Temo. 30PPM/'C.
BCD;Settling Time to .05% 50nS.
12-BltL,"eanty ±.0125%
12-Bit L,"eanty ±.025%
12-Bit;L,"earity ±.05%
8 Bit plus Sign Multlplying;VREF ±13V
9 Bit'Load Current 5.0mA·SR .50V/us.
9 BitLoad Current 5.0mA;SR .50V/us.
11 Bit plus Sign Multiplying;VREF ±13V.
11 Blt~us Sian Multinl ,"a:VREF ±13V.
11 Bit;LSB l/2;Settling Time 2.0uS.
11 Blt;LSB l/2;Settling Time 2.0uS.
Ladder switch'12Bit'Ton Toff .50us tyo.
Ladder sWitches for 0/ A converters
2 Digit;Settl,"g time 20us;Acc ±.20%
8 bit'Settling time 20us'Acc ±.10%.
8 bit;Settling time 10us;Vo 10V.
8 bit;Settling time 25us;Vo 10V.
7 bit'Settl,"a time 10usVo ±10V.
7 bit;Settl,"g time 25us;Vo ±10V.
10 bit;Settling time 20us;Acc ±. 10%
12 bit'Settl,"a time 20us'Acc ±.05%.
3 Digit,Settling time 20us;Acc ±.10%.
8 bitSettling time 2.0us;Acc ±.10%
10 bit'Settlina time 5.0us·Acc ±.10%.
4 Bit Binary;5.0VFS Out.
6 Bit Binary;5.0VFS Out.
8 Bit Binarv;5.0VFS Out.
10 Bit Binary;5 OVFS Out.
3 Decade BCD;Tset .50us max.
12 BltsTset .50us max.
Ladder sWitches for 0/A converters.
4 Channel Multiplexer.
8 Channel Multlolexer.
10 bits;Settling Time 50ns to 1LSB.
4 Channel Multiplexer
8 Channel Multiolexer.
4 Quad; 13 Bit;± 1OV DC Ref or 20Vpp AC Ref.
12 bit CMOS DAC 112LSB L,"earity typo
1 Ckt'2 Bit BinM'£AccuracY 5.0m%.
1 Ckt 3 Bit Binary; Accuracy .25 %
1 Ckt;2 Bit Binary; Accuracy .025%
BCD Converter' 2 Bits' AccuracY-.025%.
10 bit 01 A cony. Senal or Parallel mput.
12 bits;Set.Time 4us;Line.± 112LSB max.
8 blts·Set.Tlme 25us·L,"e.± 1/2LSB max .
10 blts;Set.Time 25us;Line.± 1/2LSB max.
1 Ckt;Fan Out 7.
1 Ckt· RTL' Fan out - 7
4Bit Parallel Full Adder;RTL;tpd 125ns.
4Bit Parallel Full Adder;RTL;tpd 125ns.
Dual Full Adders·tod 60ns tvD.
Dual Full Adders:tpd 60ns typo
Dual Full Adder;tpd 60ns typo
Dual Full Adders·trul 60ns iVJ>.
ECT;Carry tpd 4.0ns;Fan Out 25.
Dual;tpd 9.0ns typo
ECT'Carrv tod 4.0ns·Fan Out 25.
ECT;Carry tpd 4.0ns;FanOut 25
Dual;tpd 9.0ns typo
Dual' tod 9.0ns tyo.
2Ckts; tpD 8.0ns.
Dual Full Adder.
2Ckts' toO 8.0ns.
Dual;lo 30mA max;tpd 45ns max.
Dual;lo 30m A max;tpd 45ns max.
Dual:tpd 45ns max.
Dual;lo 30m A max;tpd 45ns max.
Dual;lo 30mA max;tpd 45ns max
Full·tod 80ns max.
Full;tpd 80ns max.
Full·tod 80ns max.

SYMBOLS AND CODES
EXPLAINED IN INTERPRETER

147

MI
0 ER- PROU E ~rA~
ATING CESS

.§J
LINE
No.
1

2
3
4
5
6
7
8
9
10#

g:

13#

1~:

16#

1~:

19#

~~:

22#
23#
24

~~

27
28
29.
30.
3,.
32.
33.
34+
35.
36t
37+
38t
39.
40.
41+

TYPE
No.

F~Z?'

~~gg~

3
3

9382DM
9382FC
3
9382FM
3
9383DC
3
9383DM
3
9383FC
3
9383FM
3
FJH191
3
FJH191-7480
3
FJH201
3
FJH201-7482
3
FJH211
3
FJH211-7483
3
FLH221-7480
3
FLH225-8480
3
FLH231-7482
3
FLH235-8482
3
FLH241-7483
3
FLH245-8483
3
FLH451-74H183
3
FLH455-84H 183
3
1751
3
ITT5482J
3
ITT5483J
3
ITT7482J
3
ITT7483J
3
JANM3851 0/006011~A

JANM38510100601BA
I 3
JANM38510/00601BA
I 3
JANM385l01006011~C
JANM3851 010060 1BCI
I 3
JANM3851 010060 1BC(
I 3
JANM3851010060 1~D(
1
JANM38510100601CA
I 3
JANM38510100601CA
I 3
JANM3851 01006011~A(
JANM38510100601CC
I 3
JANM38510100601CCI
I 3
JANM385101006011~C(

42,.

JANM38510100602BEI

43

JANM385101006d2~EE

44

JANM385101006012~E(

I

3

45

JANM38510100602BFI

46

JANM385101006012~F(

47,.

JANM385101006012~EI

48
49
50
51
52#
53#
54#
55
56
57
58
59
60
61
62

~~:

65#

~~:

68#

~~:

71#

n:
74#
75
76

77

78
79
80
81
82
83

~a

86#
87+

148

I

3

~~~

MO

3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3

3

(VI

~.g~

.gg:

TOTAL
PKG.
LOVI

N(~~. P~~. DI~~'
5~
g:g 5.0
~~g~:

~g31~

~~~~~

0.0

5.5

300m

-55

125 K0351

FP52d

2 bit·l. 50mA'lod 65n. max.

0.0

5.5

300m

-55

125 K0351

FP52d

2 bit;l. 50mA;tpd 65n. max.

MO~

2.0%

.80'

0.0

5.5

300m

-55

125 K0351

FP52d

2 b,t;l. 50mA;tpd 65n. max.

MO~

2.0%

.80'

0.0

55

300m

-55

125 K0351

M314

2 b,t·l. 50mA·tod 65n. max.

MO~

2.0%

.80'

0.0

5.5

300m

-55

125 K0351

M314

2 bit;l. 50mA,tpd 65n5 max.

MO~

2.0%

.80'

00

5.5

300m

-55

125 K0351

M314

2 bit;l. 50mA,tpd 65n. max.

MO~

2.0%

.80*

0.0

5.5

300m

-55

125 K0351

FP83

2 bit·l. 50mA;tod 65n. max.

MO~

2.0%

.80'

0.0

55

300m

-55

125 K0351

FP52d

2 blt;l. 50mA,tpd 65n. max

MO~

2.0%

80'

0.0

5.5

300m

-55

125 K0351

FP52d

2 bit;l. 50mA;tpd 65n. max.

MO~

2.0%

.80'

0.0

5.5

300m

-55

125 K0351

FP52d

2 bit'ls 50mA;tod 65ns max.

Mm

2.0%

.80'

0.0

5.5

300m

-55

125 K0351

M314

2 bit;l. 50mA;tpd 65n. max.

Mm

20%

.80'

0.0

55

300m

-55

125 K0351

M314

2 blt;l. 50mA;tpd 65n. max.

MO~

2.0%

80'

0.0

5.5

300m

-55

125 K0351

M314

2 bit I.

Mm

20%

.80'

0.0

5.5

600m

-55

125 K0356

M323

4 blt;l. 100mA;tpd 77n. max.

MO~

20%

.80*

0.0

5.5

600m

-55

125 K0356

M323

4 blt;ls 100mA;tpd 77ns max.

MO~

2.0%

.80'

0.0

5.5

600m

-55

125 K0356

M323

4 bit· I. 100mA;tod

MO~

20%

.80*

0.0

5.5

600m

-55

125 K0356

FP93

4 blt,l. 100mA;tpd 77n. max.

Mm

2.0%

.80'

0.0

5.5

600m

-55

125 K0356

FP93

4 bit;l. 100mA;tpd 77n. max.

MO~

2.0%

80'

0.0

5.5

600m

-55

125 K0356

M323

4 b,t·l. 100mA:tod

Mm

2.0%

80'

0.0

5.5

600m

-55

125 K0356

M323

4 blt;l. 100mA;tpd 77n. max.

Mor

20%

.80'

0.0

5.5

600m

-55

125 K0356

M323

4 blt;l. 100mA;tpd

MO~

2.0%

.80'

0.0

5.5

600m

-55

125 K0356

FP93

4 bit Is 100m.o\;1I1..d

M~~
MO

2.0%
2.0%
2.0%
2.0%
20
20
2.0
2.0
20
2.0
2.0
2.0
2.0%
2.0%
2.0%
2.0%
20%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
20%
20%
2.0%
2.0%
2.0%
2.0%
20%
20%

.80'
.80'
.80'
80'
.80
.80
80
.80
80
.80
80
.80
.80'
.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
00
0.0
0.0
0.0
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
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
00

5.5 600m
7.0 105m
7.0
39mt
70 150m
5.0 165mt
5.0 165mt
5.0 165mt
5.0 165mt
5.0 165mt
5.0 165mt
5.0 165mt
5.0 165mt
5.0
5.0 175mt
5.0 390mt
5.0
5.0 175mt
5.0 3g0mt
5.0
5.0
5.0 175mt
5.0 175mt
5.0 390mt
5.0 390mt
5.0
5.0
50
50
7.0
70mt
5.0
5.0
5.0
50
5.0
50
5.0
50 220mt

-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
0
-55
-25
-55

125
75
75
75
125
125
75
75
125
125
75
75
125
125
125
85
85
85
75
75
75
75
75
75
70
70
70
70
70
125
125
125
125
70
125
85
125

FP93
Ml05'
M153b
M153b
T086
T0116
TOS6
TOl16
T086
TOl16
TOS6
T0116
T0116
T0116
M153a
TOl16
T0116
M153a
TOl16
T0116
T0116
M126
M153a
M126
TOl16
T088
M256
FP79a
Ml17
TOl16
T088
M153a
FP79a
Ml17
Ml17
Ml17
M157b

max.
4 bit;l. 100mA;tpd
TTL
4-Bit Binary Full Adder.
2ckt•.
2-Bit'Fan Out 10'Vol .40V Voh 2.4V.
2 Bit;Fan Out 10;Vol .40V;Voh 2.4V.
2-Blt;Fan Out 10;Vol .40V;Voh 2.4V
2-Blt'Fan Out 10Vol .40VVoh 2.4V.
2-Blt;Fan Out 10;Vol .40V,Voh 24V.
2-Bit;Fan Out 10;Vol .40V;Voh 2.4V.
2-Bit'Fan Out 10'Vol .40VVoh 2.4V.
2-Bit;Fan Out 10,Vol .40V,Voh 2.4V.
Gated Full Adder.
2 Bit Binary.
4 bit Binary;tpd 29n.;Fan Out lOmax.
Gated Full Adder.
2 Bit BinaI'{,
4 bit Binary;tpd 29ns;Fan Out 10 max
Gated Full Adder.
Gated Full Adder.
2-blt Binary Full Adder.
2 Bit Binary Full Adder.
4 bit BinaI'£1rul 29ns'Fan Out 10 max.
4 Bit Blnary;tpD 29ns;Fan Out 10 max
Gated;tpd 80ns;FO 10.
Gated:tod 80ns'FO 10.
4 bit Binary (Look Ahead Carry).
4 bit Binary (Look Ahead Carry).
4-BII Binary full adder.
Gated,tpd 80n.;FO 10.

PCB

M~~

~g~

M~~

~g~
M~~

~g~
MC:>~
MC?~

MO~

M1~

MO
MO

M~~

~g~

M~~

3

M~~

M1~

MO
MO

M~~

~g~
MO
M1~
MO

M~~

~g~
~g~
~g~

K0314
K0314
K0314
K0320
K0320
K0320
K0320
K0322
K0313
K0340
K0340
K0345a
K0315
K0341
K0341
K0342
K0342
K0343
K0343
K0332
K0332

T0116
FP52d
FP52d
M200
M200)
FP47b
FP47b
T0116
M126f
TOl16
M126f
M146e
Ml17Q
M126p
M126p

K0314
K0320
K0314
K0320

M157
M153
M157
M153

Full;tpd ,~un. max.
2-Bit Full;tpd 42n. max.
2-Blt Full'.tod 42n. max.
2-Blt Full;tpd 42ns max.
2-Bit Full;tpd 42n. max.
4-Blt Binarv Full·tpd 60n. max.
4-Blt Binary Full;tpd 60ns max.
4-Blt Binary Full;tpd 60ns max.
4-Bit Bina,.., Full·tod 60ns max.
Blnarv full Adder;tpd 80ns max.
Binary wiG rated Comp. Inputs.
Binary full Adder:tod 40ns max.
2-Bit Binary;Fanout 10.
4 bit Binary full Adder;tpd 60n. max.
4-Blt Binarv;Fanout 10.
Single Blt;Fanout 10.
Single Bit;Fanout 10.
2-Bit'Fanout 10.
2-Bit;Fanout 10.
4-Bit;Fanout 10.
4-Bit'Fanout 10.
Dual Carrv-Save;tpd 11 n.;Fanout 20.
Dual Carry-Save;tpd 11 n.;Fanout 20.
Gated Full Adder.
2 bit binary full adder.
4 bit binary full adder.
2 bit bi narr full adder.
4 bit binary full adder.

.80*

~g~
M~~
~g~
M~_~
MO

290m!
290m!
290m!
640m!
640m!
640m!
640m!
105mt
105mt
175mt
175mt
390mt
390mt
175m!
175m!
290m!
290m!
640m!
640m!
220mt
220mt

125
70
125
70
125
70
125
70
70
70
70
70
70
70
85
70
85
70
85
70
85
70
125
125
70
70

.80'

M~~

5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0

j~~

2.0%

M~~
~g~

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
0.0
00
0.0
0.0
00

'C
-55
0
-55
0
-55
0
-55
0
-55
0
0
0
0
0
0
0
-25
0
-25
0
-25
0
-25
0
-55
-55
0
0

GENERAL DESCRIPTION

2.0%

MC:>~
MC?~
MO~

.80*
.80*
80*
.80*
.80'
.80*
.80*
.80'
.80'
.80*
.80'
80'
.80'
.80'
.80*
.80'
.80'
.80'
.80'
.80'
.80'
.80
.80*
.80'
.80'
.80*

ORAWINGS
LOGIC OUTLINE
HI DWG. No DWG. No
L1=MO
'C

MO~

~g~

M~~
MO

D.A. T.A.

{VI

SUPPLY
SPAN

MO~

M~;

3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3

LOGIC
LEVEL
]J'O'

MO~

M1~

MO
MO

JANM3851 0100602~F(
M53280P
M53283P
M54304P
MC15482F
MC15482L
MC17482F
MC17482LP%
MC25482F
MC25482L
MC27482F
MC27482L,P%
MIC5480J
MIC5482J
MIC5483J
MIC6480J
MIC6482J
MIC6483J
MIC7480J
MIC7480N
MIC7482J
MIC7482N
MIC7483J
MIC7483N
N7480A
N7480Q
N7483B
N7483R
NC7483N
S5480A
S5480Q
S5483E
S5483R
SFC483E
SFC483EM
SFC483ET
SN54H183J

l.Jl·

2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
20%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
20
2.0%
2.0%
2.0%
2.0%

JANM38510100602CEE
JANM38510/006012lE(
I 3
JANM3851 0/006012~FE

IN ORDER OF (1)USE(2)LEVEL'1'(3)LEVEL'O'
(4)MAX OPER FREQ(S)TYPE No

11 · MISCELLANEOUS
POWER
MAX. TEMP.

K0356
K0313
K0315
K0321
K0323
K0323
K0323
K0323
K0323
K0323
K0323
K0323
K0313
K0314
K0320
K0313
K0314
K0320
K0313
K0313
K0314
K0314
K0320
K0320
K0322
K0322
K0349
K0349
K0315
K0322
K0322
K0349
K0349

K0332

M12~

M126p
Ml17w
Ml17w
M126p

~~~6P

50mA~d

65n. max.

nn.

nn.
nn.
nn.
nn.

max.

max.

max.
max.

~a~?td~~~ar~O/~~~~ l~ead

CarrYI.
4 bit Binary (Look Ahead Carry).
4 bit binary full adder.
4 bit binary full adder.
4 bit binary full adder.
Dual carrv-.ave·tQ!) 11 n"FanOut 20.

SYMBOLS AND CODES
EXPLAINED IN INTERPRETER

148

LINE
No.
1
2"
3+
4+
5"
6+
7+
8+
9
10+
11+
12
13+
14+
15
16

~

TYPE
No

I~~~:~lmt.

l~#

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
68
69
70

71"

72"

73
74
75
76

77"
78"

79
80
81
82
83
84
85
86
87
88
89
gO
91
92
93
94
95
96
97
98
99
100
101
102
103
104
105
106
107
lOS
109
110

149

SN54LS83J
SN54LS83N
SN54LS83W
SN74H183J
SN74H183N
SN5480J
SN5480N
SN5480W
SN5482J
SN5482N
SN5482W
SN5483AJ
SN5483AW
SN5483J
SN5483N
SN6480N
SN6482N
SN6483N
SN7480J
SN7480N
SN7480W
SN7482J
SN7482N
SN7482W
SN7483AJ
SN7483AN
SN7483J
SN7483N
SN54283J
SN54283W
SN74283J
SN74283N
SW5480J
SW5482J
SW5483J
SW7480J
SW7480N
SW7482J
SW7482N
SW7483J
SW7483N
TL74H183N
TL7480N
TL7482N
TL7483N
US5480A
US5480J
US5482A
US5482J
US5483A
US7480A
US7480J
US7482A
US7482J
US7483A
SN74LS83J
SN74LS83N
SN74LS83W
04034
MC5480L
MC5483L
MC7480F
MC7480L,P%
MC7483L
MC7483P
MC8304F
MC8304L
MC8304P
MC8380F
MC8380L P%
MC8383L
MC8383P
MC9304F
MC9304L
MC9380F
MC9380L
MC9383L
MC54456F
MC54456L
MC74456F
MC74456L
MC74456P
MIC9304-1D
MC4026F
MC4026L P%
MC4027F
MC4027L,P%
MC402SF
MC402SL,P%
MC4029F
MC4029L P%
MC4030F
MC4030L,P%
MC4031F
MC4031L.P%
MC4326F
MC4326L
MC4327F
MC4327L
MC4328F
MC432SL
MC4329F
MC4329L
MC4330F
MC4330L
MC4331F
MC4331L
MIC9304-5D

roil
U E ~rA~
0 ER- PROATING CESS
FREQ.
(Hz)

~

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
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

(V)

~j'O'

(V)

SUPPLY
TOTAL
SPAN
PKG.
LOVI
NEG. POS. DISS.
(V)
{VI
'C
{WI

:~g:

g:g

2.0%
Mq~ 2.0%
Mq~ 2.0%
MO~ 2.0%
20%
2.0%
MO~ 2.0%
M~~ 2.0%
2.0%
20%
Mq~ 2.0%
Mq~ 2.0%
MON 2.0%
Mq~ 20%
Mq~ 2.0%
MO~ 2.0%
M~~ 2.0%
2.0%
2.0%
2.0%
M~~ 20%
~g~ 2.0%
Mq~ 2.0%
Mq~ 2.0%
MO~ 2.0%
2.0%
MO
2.0%
MO~ 2.0%
2.0%
MO
20%
MO
2.0%
Mq~ 2.0%
Mq~ 2.0%
MO~ 2.0%
M~~ 20%
20%
2.0%
M~~ 20%
2.0%
~g~ 2.0%
Mq~ 2.0%
Mq~ 20%
MO~ 2.0%
M~~ 2.0%
2.0%
2.0%
Mq~ 2.0%
M(J~ 2.0%
MO~ 2.0%
Mq~ 2.0%
M(J~ 2.0%
MO~ 2.0%
20%
20%
MO~ 20%
20%
MO
20%
MO
20%
Pcr~ 20%
2.4%
~g~ 24%
Mq~ 24%
Mq~ 24%
MO~ 24%
MO~ 2.4%
2.4%
2.4%
2.4%
24%
M~~ 24%
MO
24%
M~~
MO
2.4%
2.4%
24%
2.4%
M~~
MO
2.4%
Mq~ 24%
M(J~ 24%
M6~ 24%
24%
MO
2.4%
MO
24%
2.4%
2.4%
24%
2.4%
2.4%
24%
2.4%
24%
2.4%
2.4%
2.4%
24%
24%
2.4%
2.4%
24%
24%
24%
24%
24%
24%
2.4%
24%
24%
24%
24%

.80'
.80'
80'
.80'
.80'
80'
.80'
.80'
.80'
.80'
.80'
80'
.80'
.80'
80'
.80'
.80'
.80'
.80'
.80'
.80'
80'
.80'
.80'
.80'
80'
80'
.80"
80'
.80"
80'
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*
.90*
.95"
40*T
.40*T
.40'T
40*T
.40*T
40*T
40T"
.40*T
.40*T
.40"T
40"T
40*t
40*T
40T"
40'T
.40"T
40*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
.45"T
45"T
.45"T
.45"T
45*T
.45'T
45*T
.45"T
45*

0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0
0.0
0.0
00
0.0
0.0
0.0
0.0
0.0
00
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
00
0.0
00
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
00
00
00
00
00
00
0.0
0
00
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
00
0.0
00
00
00
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
00
0.0
00
0.0
0.0
0.0
00
0.0
00
00
0.0
0.0
00
0.0
00
00
00
00
0.0
0.0
00
0.0
0.0
00

~q~
~~

~g~

M~~

M~

~g~

~g~

~q~

M1~

D.A. T.A.

lJl'

~g; ~g~
MO~

5.0M

11 . MISCELLANEOUS
MAX. TEMP.
POWER

M1~

~g ~~g~~

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
50
5.5
7.0
7.0
7.0
5.0
50
5.0
5.0
5.0
5.0
5.0
50
5.0
50
5.0
50
5.0
50
55
55
50
5.25
5.25
5.25
5.25
5.0
5.25
5.0
5.0
5.0
50
7.0
55
5.5
5.5
5.5
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
50
50
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
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

-55
-55
-55
-55
0
0
-55
0
105mT -55
175mT -55
-55
175mT -55
310mT -55
310mT -55
395m:* -55
70mT -55
21mT -40
35mT -40
70mT -40
105mT 0
105mT 0
-55
175mT 0
175mT 0
0
310mT 0
310mT 0
0
395m'lE 0
310mT -55
310mT -55
310mT 0
310mT 0
105mT -55
175mT -55
-55
0
105mT 0
175mT 0
75mT
75mT
75mT
220mT
220mT
105mT

m~g~n

125
125
125
70
70
125
70
125
125
125
125
125
125
125
125
85
85
85
70
70
125
70
70
70
70
70
70
70
125
125
70
70
125
125
125
70
70
70
70
j~~~~
70
350mT 0
70
231mT 0
70
183mT 0
70
304mT 0
70
672mT 0
70
21mT -55 125
21mT -55 125
35mT -55 125
35mT -55 125
70mT -55 125
105mT 0
70
105mT 0
70
175mT 0
70
175mT 0
70
390mT 0
70
75mT 0
70
75mT 0
70
75mT 0
70
900m
0 75
105mT -55 125
390mT -55 125
105mT 0
75
105mT 0
75
390mT 0
70
390mT 0
70
110mT 0
75
110mT 0
75
110mT 0
75
105mT 0
75
105mT 0
75
3g0mt 0
70
3g0mt 0
70
110mt -55 125
110mT -55 125
105mt -55 125
105mT -55 125
390mT -55 125
300mT -55 125
300mt -55 125
300mT 0
75
300mt 0
75
300mT 0
75
150mT -55 125
90mT 0
75
90mT 0
75
90mT 0
75
90mT 0
75
125mT 0
75
125mT 0
75
125mt 0
75
125mt 0
75
125mt 0
75
125mt 0
75
125mt 0
75
125mT 0
75
90mT -55 125
90mT -55 125
90mT -55 125
125mt 0
75
125mT -55 125
125mT 0
75
125mT -55 125
125mT 0
75
125mt -55 125
125mt 0
75
125mT -55 125
125mT 0
75
150mT 0
75

~g~~r

g

IN ORDER OF (I)USE(2)LEVEL'I'(3)LEVEL'O'
{4IMAX OPER FREQ{SITYPE No

DRAWINGS
LOGIC
OUTLINE
HI DWG. No DWG. No
ll=MO
'C
K0320
K0320
K0320
K0332
K0332
K0313
K0313
K0313
K0314
K0314
K0314
K0350
K0350
K0320
K0313
K0314
K0315
K0313
K0313
K0313
K0314
K0314
K0314
K0350
K0350
K0320
K0320
K0350a
K0350a
K0350a
K0350a
K0313
K0314
K0320
K0313
K0313
K0314
K0314
K0320
K0320
K0332
K0313
K0314
K0350
K0313
K0314
K0313
K0313
K0314
K0314
K0320
K0320
K0320
K0320
K0322a
K0320
K0322a
K0322a
K0320
K0320
K0331
K0331
K0331
k0322a
K0322a
K0320
K0320
K0331
K0331
K0322a
K0322a
K0320
K0355
K0355
K0355
K0355
K0355
K0318
K0328
K0328
K0328
K0328
K0329
K0329
K0329
K0329
K0329a
K0329a
K0329a
K0329a
K0328
K0328
K0328
K0328
K0329
K0329
K0329
K0329
K0329a
K0329a
K0329a
K0329a
K031S

l~ri~::A
M153d
M117x

~004AG

M157b
M126e
M157b
M126
~004AA

M157b
M126
~004AA

1I.1153d
~004AG

M146
M117
M75a
M75a
M117
M157b
M126e
T084
M157b
M126e
T084
M153d
M117x
M153
M117e
M153d
~004AG

M153d
M117x
M114
M114
M117
M114
Ml05n
M114
Ml05n
M117
Ml05n
M126n
M126n
M126n
M117u
Ml05b
T088
Ml05b
T088
M117g
Ml05b
T088
Ml05b
T088
M117a
li\o1153d
M117x

~004AG

~g~16

M191
T086
T0116
M191
M278
FP85
M191
M278
T086
T0116
M191
M278
FP85
M191
T086
T0116
M191
FP85
M19l
FP85
M19l
M278
M153a
T086
T0116
TOSS
T0116
TOS6
T0116
T086
T0116
T086
T0116
TOSS
T0116
T086
T0116
TOS6
T0116
TOS6
T0116
TOS6
T0116
TOS6
T0116
TOSS
TOllS
M153a

GENERAL DESCRIPTION
Dual carry-save;tpD ! 1ns; _Fan9ut ~9.
Dual carry-save;tpd 11 ns;Fan Out 20
4-Blt BinaLY Full Adder.
4-Blt Binary Full Adder.
4-Bit Binary Full Adder.
Dual carrv-save·toD 1 1ns' Fan Out 20.
Dual carry-save;tpD 1 1ns; FanOut 20.
Gated full adder.
Gated full adder.
Gated full adder.
2-bit binary full adder.
2-bit binary full adder.
2 Bit Binary Full Adder.
4-Bit Binary w/Fast Carry
4-Bit Binary w/Fast Carry
4 bit;tpd 50ns max;ls 79mA max.
4-Blt Binary Full Adder
Gated Full Adder
2-Bit Binary Full Adder.
4-Blt Binary Full Adder
Gated full adder.
Gated full adder.
Gated Full Adder
2-blt blnarv full adder.
2-bit binary full adder.
2 Bit Binary Full Adder.
4-Blt Binarv w/Fast Carry.
4-Bit Binary w/Fast Carry
4-bit binary full adders.
1 blt:tod 50ns max'ls 79mA max.
4-Blt Binary w/Fast Carry.
4-Bit Binary w/Fast Carry
4-Blt Binary w/Fast Carry.
4-Blt Binary w/Fast Carry
TTL;tpd 50ns; NOise Rej. 1.OV;FO 1O.
TTL·ted 50ns'NOIse Re·. 1.0V·F010
4 Bit;tpd 50ns max;ls 79mA max
TTL;tpd 50ns;Noise Rej 1.OV;FO 10
TTl'tpd 50ns'Noise Re·. 1.OV·FO 10
TTL;tpd 50ns;Noise Rej. 1 OV;FO 10
TTL;tpd 50ns;Noise Rej. 1.0V;FO 10
4 B,t'Blnarv Full Adder
TTL;tpd 50ns;Nolse Rej. 1.0V;FO 10
Dual Carry-Save;tpd 18ns max.
Tpd 80ns max' Fan Out lOmax.
Tpd 42ns;Fan Out 10.
Tpd 60ns;Fan Out 10.
Gated Full Adder.
Gated Full Adder.
2 Bit Binary Full Adder.
2 Bit Binar" Full Adder.
4 Bit Binary Full Adder.
Gated Full Adder
Gated Full Adder.
2 Bit Binary Full Adder.
2 Bit Binary Full Adder
4 Bit 8lnary Full Adder.
4-Blt Binary Full Adder.
4-Blt Binary Full Adder.
4-Bit Blnarv Full Adder.
4 Full Adders w/storage for 1 bit delay
Gated Full Adder.
4 Bit Binarv. toO 35ns tvo.
Gated Full Adder.
Gated Full Adder.
4 Bit Blnarv; tpD 35ns typo
4 Bit Blnary;tpd 35ns typo
Dual Full Adder.
Dual full adder.
Dual Full Adder.
Gated Full Adder.
Gated Full Adder
4 Bit Blnary;tpd 35ns typ
4 Bit Blnary;tpd 35ns typo
Dual Full Adder.
Dual full adder.
Gated Full Adder.
Gated Full Adder.
4 Bit Binary;tpd 35ns typo
NBCD;F010;tpd 30ns typ
NBCD·F010·ted 30ns tve
NBCD;FO 10;tpd 30n5 typo
NBCD,FO 10;tpd 30ns typo
NBCD'FO lO·tpd 30ns tyi;
2ckts;TTL.
Serial and npple carry parallel adder.
Serial And R'ioole Carry' Parallel Adder.
Serial and ripple carry parallel adder.
Senal 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 Rioole Carrv Parallel Adder.
Serial And Ripple-Carry Parallel Adder.
Fast Adder.
Fast adder.
Fast Adder.
Fast adder.
Fast Adder.
Fast adder.
Fast Adder.
Fast adder.
Fast Adder.
2ckts TTL.

SYMBOLS AND CODES
EXPLAINED IN INTERPRETER

149

LINE
No.
1...
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
43
44
45
46
47
48
49
50
51
52
53
54
55
56
57
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
87
88
89
90
91
92
93
94
95
96
97
98
99#
100#
101#
102#
103
104
105
106
107
108
109
110

~

fbi

LOGIC
U IE ~rA~
0 ER- PROLEVEL
ATING CESS lj'1'
HO'
FREQ.
(V)
(V)
(Hz)

TYPE
No.

~ii::2F
N8268F
N8268Q
RL3100N
RL3102N
S8268A
S8268F
S8268Q
TRWM20
TRWM30
TRWM40
RL10D
RL 10K
RL11D
RL11K
RL12D
RL12K
RL 130
RL13K
RL20D
RL20K
RL21D
RL21K
RL22D
RL22K
RL23D
RL23K
RL30D
RL30K
RL31D
RL31K
RL32D
RL32K
RL33D
RL33K
MC14008AL
MC14008CL
MC14008CP
T216
MC14032AL
MC14032CL
MC14032CP
MC14038AL
MC14038CL
MC14038CP
CD4008AD
CD4008AE
CD4008AK
CM4008AD
CM4008AE
SCL4008AD
SCL4008AE
SCL4008AF
CD4032AD
CD4032AE
CD4032AK
CD4038AD
CD4038AE
CD4038AK
CM4032AD
CM4032AE
CM4038AD
CM4038AE
MEM5035
9904-1-5B
9904HC
9912HC
HEP553-RT
MC775F
SN17912L
MC908F
MC908G
MC912F
MC912G
MC808F
MC808G
MC812F
MC812G
MC904F
MC904G
MC975F
MC804F
MC804G
MC875F
MC775P
MC875P
MC303F
MC303G
MC353F
MC353G
MC704F
MC704G
MC708F
MC708G
MC712F
MC712G
MEM5031
MIC362-1D
MIC362-1Dl
MIC362-5D
MIC362-5Dl
N8T80A
N8T80F
N8T80J
N8T90A
N8T90F
N8T90J
S8T80A
S8T80F

150

11 . MISCELLANEOUS
POWER
MAX. TEMP.

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
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
5
5
5
5
5
5
5
5
5
5
5
5

~~~
MO~

M~~
~g~
Mq~
Mq~
MO~

~~~
MO~

Mq~

M()~

MO~
Mq~
Mq~
MO~

M~~

~g~
Mq~

M()~

MO~

M()~
M()~

MO~

M~~
~g~
M~~

~g~
M()~
MO~
MO~

M1~

MO
MO

15M
5.0M.'>% PC~~
5.0M.'>% ~gs
5.0M.'>% Mq~
50M.'>% M()§
5.0M.'>% MOS
50M.'>%
MO
MO

M1~
M~§
~gs

Mq§
M
5.0M%.'> M~~
5.0M%.'> ~g~
5.0M%.'>
5,OM%.'> M~~
5.0M%.'> ~gs
5.0Ml.'> Mq§
5.0Mt.'> M()§
5.0Ml.'> MOE
5.0Ml.'>
500k.'> ~g~
Mm

2.~'j6

2.6%
2.6%
2.6%
2.6%
2.6%
2.6%
2.6%
2.6%
3.3
33
3.3
3.5
3.5
3.5
3.5
3.5
3.5
3.5
3.5
3.5
3.5
3.5
35
3.5
3.5
35
3.5
3.5
3.5
3.5
3.5
3.5
3.5
3.5
3,5
4.99%
4.99%
4.99%
50
9.99%
9.99%
9.99%
9.99%
9.99%
9.99%
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
-10%

~g;t
40t*
.40t
.40*t
.40*t
.40t
.40t
.40t
.25t
.25t
.25t
.20t
.20t
.20t
.20t
.20t
.20t
.20t
.20t
.20t
.20t
.20t
.20t
.20t
.20t
.20t
.20t
.20t
.20t
.20t
.20t
.20t
.20t
.20t
.20t
.01*t
.01 *t
.01 *t
0,0
.01*t
.01*t
.01*t
.01*t
.01 *t
.01*t
O.Ot
o Ot
0.01
O.Ot
O.Ot
00
0,0
0.0
O.Ot
O.Ot
O.Ot
O.Ot
0.01
O.Ot
0.01
O,Ot

om

0.01
-2.0*

~g~
Mq~
M()~

MO~

M~~

MO

MO~

M1~

MO
MO

Mq~

M()~

MOt
Mq~
M()~

Mot

M~~

40M
40M
40M
40M

~g~

Mq~

M()~

MO~

Mq~
M

D.A. T.A.

MO~

M
0 75
0.0
5.0
20m.'> 0
75
0 5.0
20m.'>
0 75
0 5.0
20m.'>
0 75
0.0
5.0
20m.'> 0
75
0 5.0
20m.'>
0 75
0 5.0
20m.'> -55 125
0.0
5.0
20m.'> -55 125

GENERAL DESCRIPTION

~g~~~a ~~~~q

K0322
K0322
K3111
K3111
K0322
K0322
K0322

gated Full Adder
F.O. 20max.tpd 80ns;VTH 2.0V max
Gated'FO 20 tpD 8.0nsVth 2.0V.
F.O. 20 max; tpd 8.0ns;VTH 2.0V max.
Arithmetic Logic Element;4 Bit Full Adder
Arithmetic Loaic Element 4 Bit Full Adder
F.O. 20 max. tps 8.0ns;VTH 20V max.
F.O. 20max;tpd 8.0ns;VTH 2.0V max.
F.O. 20max·tod 8.0ns VTH 2.0V max.
Dependent carry fast adder.
In dependent carry fast adder.
Carry decoder.
Fast Full Adder.
Ml05m
FP21b
Fast Full Adder.
Fast Full Adder.
Ml05m
FP21b
Fast Full Adder.
Ml05m' Fast Full Adder.
FP21b
Fast Full Adder.
Ml05m
Fast Full Adder .
FP21b
Independent carrylast adder.
Ml05m
FP21b
Dependent and Independent carryfast adder.
Ml05m
Dependent and Independent carrylast adder.
FP21b
Deoendent and Indeoendent carrvfast adder .
Ml05m
Dependent and Independent carrylast adder.
Dependent and Independent carryfast adder.
FP21b
Ml05m
Deoendent and Indeoendent carrVlast adder.
FP21b
Dependent and Independent carrylast adder.
Ml05m
FP21b
Ml05m Dependent and Independent carrylast adder.
FP21b
Ml05m
FP21b
Dependent and Independent carrylast adder.
Ml05m
FP21b
M191
4-Bit Full Adder.
M191
4-Blt Full Adder.
M278
4-Bit Full Adder.
Prop. delay 8.0ns;supply current 165mA.
Triple Serial Adder
M191
Trillle Serial Adder,
Triple Serial Adder,
M278
M191
Triple Serial Adder.
Trlole Serial Adder .
M191
M278
Triple Serial Adder.
.'>OOIAE 4 Bit Full Adder;tpd 500ns max
.'>OOIAC 4 bit Full Adder·tod 650ns max
.'>004AG 4 Bit Full Adder;tpd 500ns max .
4 Blt;Nolse Immunity 4.5V;tpd 500ns max.
M210b
M210b
4 Bit'Noise Immunitv 4.5V'tod 650ns max
.'>OOlAE 4 Bit Full Adder;tpd 500ns Max .
.'>OOlAC 4 Bit Full Adder;tpd 500ns Max .
.'>OOlAG 4 Bit Full Adder·tod 500ns max
.'>OOlAE Triple Serial Adder;tpd 500ns max.
.'>OOlAC Triple Serial Adder;tpd 600ns max .
.'>004AG Trlole Senal Adder·tpd 500ns max
.'>OOlAE Triple Senal Adder;tpd 500ns max .
.'>OOlAC Triple Serial Adder;tpd 600ns max.
.'>004AG Trlole Serial Adder tod 500ns max.
Tnple Senal Adder;tpd 500ns max,
M210b
Triple Serial Adder;tpd 600ns max.
M210b
M210b
Tn ole Senal Adder'tod 500ns max
M210b
Triple Serial Adder.tpd 600ns max.
T087
2 Input.'> Y Adder.Noise Immun. 1.0V min.
T099
RTL.
T099
Fan Out 29
1 Ckt;Fan Out 13.
T099
CN8
FO 5 tvo:tod 15ns ~
T086
RTL; tpd-20ns. Fan-Out-29.
CN13
1 Ckt; RTL. Fan out - 7
T091
RTL tod-SOns' Fan-Out-7.
RTL; tpd-60ns; Fan-Out-7,
T099
RTL;Prop.Delay 66ns;Fan Out 7.
T091
T099
RTL'Proo,Delav 66ns'Fan Out 7.
T091
RTL; tpd-60ns. Fan-Out-7.
RTL; tpd-60ns; Fan-Out-7.
T099
T091
RTL Proo.Delay 66ns'Fan Out 7.
RTL;Prop.Delay 66ns;Fan Out 7,
T099
RTL; tpd-14ns; Fan-Out-9.
T091
RTL' tod-14ns' Fan-Out-9,
T099
T086
RTL; tpd-20ns. Fan-Out-9,
RTL. tpd-14ns; Fan-Out-9,
T091
T099
RTL tod-14ns' Fan-Out-9,
RTL; tpd-20ns; Fan-Out-9,
T086
T0116
RTL;tpd 20ns;Fan Out 29.
T0116
RTL'tPd 20ns Fan Out 29 .
T091
Tpd-6nsec.tr-l0,5nsec;tf-14nsec
CN9
Tpd-6nsec;tr-l0,5nsec;tf-14nsec
T091
Tod-6nsec'tr-l1 nsec'tf-14nsec
CN9
Tpd-6nsec;tr-l1 nsec;tf-14nsec
T091
RTL. tpd-14ns; Fan-Out-29
T099
RTL' tod-14ns' Fan-Out-29
T091
RTL; tpd-60ns; Fan-Out-7.
T099
RTL; tpd-60ns; Fan-Out-7,
T091
RTl'tpd 66ns Fan Out 7,
T099
RTL;tpd 66ns.Fan Out 7.
T087
Servo Adder;Noise Immunlty-l.0V min.
M153a
Dual Outout Interface.
M153a
Dual Output Interface.
M153a
Dual Output Interface
M153a
Dual Outout Interface.
T0116
Quad Nand Gate;ts 50ns max.
M157
Hex Inverter;ts 50ns max.
Quad Nand Gate·ts 50ns max.
T088
T0116
Hex Inverter;ts 50ns max.
M157
Hex Inverter;ts 50ns max.
T088
Hex Invertef'ts 50ns max.
T0116
Quad Nand Gate;ts 50ns max,
M157
Hex Inverter'ts 50ns max.

M157
T088
FP59
FP59
Ml05q
Ml05r
T088

~~~te~~~n~~~~'

g:~:~~:~~ :~~ :~~:;~~:~~ ~:;;~:~~ :~~:;:
g:~:~~:~: :~~ :~~:~:~~:~~ ~:;;~:~~ :~~:;:

K0353
K0353
K0353
K0318a
K0346
K0346
K0346
K0347
K0347
K0347
K0326
K0326
K0326
K0326
K0326
K0326
K0326
K0326
K0346
K0346
K0346
K0347
K0347
K0347
K0346
K0346
K0347
K0347
K047
K047
K046
K0412b
K046b
K044
K044
K046b
K046b
K044
K044
K046b
K046b
K0412
K0412
K0412b
K0412
K0412
K0412b
K0412a
K0412a
K043
K043
K043
K043
K0412
K0412
K044
K044
K046b
K046b

K0521
K0521
K0521
K0521a
K0521a
K0521a
K0521
K0521

g:~:~~:~: :~~ :~~:~:~~:~: ~:;~:~~ :~~:;:

~~~1

SYMBOLS AND CODES
EXPLAINED IN INTERPRETER

150

LINE
No.
1
2
3
4

~#

7#

g:

10#
11
12
13
14
15
16#

l~=

19#
20
21
22
23
24
25

~~l
28#

~g:

31#

~~:
~~:

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

g~
66
67
68
69
70
71
72

~

75~

76~

77
78
79
80
81
82
83
84
85
86
87
88#

~g#

91

~~:

94

~~#

97#

~g:

lQO#
1011
102
~~3#
10
105
106#
107#
108
109
110

1:

151

-Oil
LOGIC
U E IUrA~
0 ER- PROLEVEL
@.J0·
ATiNG CESS ~'1'
FREQ.
(HzI
(VI
(VI

TYPE
No.

;

~~+~~~

S8T90F
S8T90J
CHll0l
ZSS58
ZSS88
ZSS118
H114Dl
H114D6
9624DC
9624DM
9624FC
9624FM
MC943G
MIC363-1D
MIC363-1Dl
MIC363-5D
MIC363-5Dl
MC843G
MC75450L P%
MC75451P
SN75370J
SN75370N
CDR5
MIC361-1D
MIC361-1Dl
MIC361-5D
MIC361-5Dl
SP722BE
SP722BF
SP722BT
SP723BE
SP723BF
SP724BE
SP724BF
SN5500
LMD7A
N8T18A
N8T18F
N8T18J
S8T18A
S8T18F
S8T18J
1403
1404
1408
1409
1413
1416
CH1140
CH1141
CH1142
361CJ
362CJ
LMD7B
361AJ
361Al
361Bl
361Cl
361Ml
362AJ
362AL
362BL
362C1.
362Ml
363AJ
363Al
363Bl
363CJ
363Cl
363Ml

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

TMS6011JC
TMS6011NC
W590
9625DC
9625DM
9625FC
9625FM
LMD7C
CHll02
lMD7D
LMD7E
lMD7F
lMD7G
9900-1-50
9900HC
9927-1-5F
9927HC
GTB74S04P
GTB74S05P
HEP573-RT
HEPC2002P-RT
MIC332-1D
MIC332-1Dl
MIC332-5D
MIC332-5Dl
MIC333-1D
MIC333-1Dl
MIC333-5D
MIC333-5Dl
MIC334-1D
MIC334-1Dl
MIC334-5D
MIC334-5Dl
SP690A
MC3009F
MC3109F

5
5
5
5
5
5
5
5
5
5
5
5
5
6

~~: I~mg~

IN ORDER OF (1IUSE(2ILEVEL'l'(3ILEVEL'O'
(4IMAX OPER FREQ/5ITYPE No

11 · MISCELLANEOUS
MAX.
POWER

~Q~

MO

MO~

MO
M1i
MO
.20
Mq~ 20
MI?~ .20
MO~ 1.8%
1.8%
1.9%
M~S 1.9%
MO
19%
MO
1.9%
MO~ 2.0%
20%
MO
2.0%
MO
2.0%
2.0%
Mq~
MI?~ 2.0%
MO~ 2.0%
Mq~ 2.0%
Mq~ 2.0%
MO~ 2.0%
M~~ 2.0%
2.4%
~g~ 2.4%
Mq~ 24%
MI?~ 24%
MO~ 2.4%
24%
MO
24%
MO~ 2.4%
M~~ 24%
24%
~g~ 2.4%
2.7
3.0%
MO~ 3.4%
M~~ 3.4%
M~~ 34%
MO~ 3.4%
MOJ 34%
MO
3.4%
PCB 5.0
PCB 5.0
PCB 50
PCB 5.0
PCB 5.0
5.0
5.0
M~~ 50
50
M~~
MO~
5.0
5.0
DC
6.0%
MO
6.5*
6.5*
M~~ 65*
~g~ 65*
M~~ 6.5*
M~~ 65*
Mm 6.5*
6.5*
MO
6.5*
MO
6.5*
M~~ 6.5*
6.5*
~g~ 6.5*
M~~ 6.5*
M~~ 6.5*
MO~ 65*
80%
~g~ 8.0%
MO~ -1.5%
-1.5%
-3t
MOS -30*
M~§ -3.0*
M~§ -3.0*
MOS -3.0*
10%
MO
11
DC
15%
20%
24%
DCM
32%
M~~

M~~
M~~

M1~

M~~

20M

5.0M
5.0M
5.0M
50M
5.0M
50M

g

6
6

6

6
6

~2~

~CJI~

M~~

M:~

~c?:

D~~
g~~

:~;~i

.35t*
.35*t
l1t
4.0
40
4.0
.85*
.85*
1 1*
1 1*
1.1*
1 1*
.40*
40*
40*
40*
.40*
.45*
80*
.80*
80*
.80*
1.0*
0.4t*
o 4t*
o 4t*
40t*
40t*
.40t*
40t*
40t*
40t*
.40t*
40t*
.30t
1.5*
35*t
35t*
35*t
.35*t
35t*
.35*t
0.0
0.0
0.0
0.0
0.0
0.0
.It
. 1t
.It
.30t
.30t
3.0*
5.0%
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%
6.0*
6.0*
.80*
.80*
0.0
-9.0%
-90%
-9.0%
-9.0%
6.0*
l1t
10*
15*
20*
24*

M()~

MO~

M~~

MO

MO~

6

6
6
6

6

6
6
6
6

6
6
6

6
6

6
6
6

D.A. T.A.

MOJ
MO
M()~

~g~

M:~
MO
M:~
MO
MO
MO

M()~
M()~

MO~

~g~

40*t
.40*t

DRAWINGS
L~~IC OUTLINE
HI DWG. No DWG. No
£.=MO
'C

TEMP.

SUPPLY
SPAN

TOTAL
PKG.
LO'"

N(~~. P~~. DI~~'

~ ;.~

0.0
0
12
0.0
00
0.0
0.0
0.0
28
28
28
28
0
00
0.0
0.0
0.0
0
0.0
0.0
0.0
0.0
15
0
0
0
0.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
6
00
0.0
00
0.0
0.0
00
0.0
4.8
4.8
4.8
4.8
4.8
4.8
5.0
10
1.0
0.0
0.0
0.0
00
00
00
00
0.0
00
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
00
0.0
0.0
0.0
15
28
28
28
28
0.0
12
0.0
0.0
00
00
0.0
0.0
0.0
00
00
0.0
0.0
0.0
0.0
0.0
0.0
0.0
!!.O
0.0
0.0
00
0.0
0.0
0.0
0.0
00
0.0
0.0

5.0
5.0
12
5.0
5.0
5.0
20
20
5.0
5.0
5.0
5.0
8
12
15
12
15
8
5.0
5.0
19
19
15
12
15
12
15
5.0
5.0
5.0
5.0
50
50
5.0
6
45
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
12
12
45
15
15
12
12
15
15
15
12
12
15
15
15
12
12
12
15
20
20
50
5.0
10
5.0
5.0
5.0
5.0
45
12
45
45
45
45
3.0
3.6
3.0
3.6
5.0
5.0
4.0
5.0
12
15
12
15
12
15
12
15
12
15
12
15
4.5
5.0
5.0

'C

~~~~ :;;

20mb
20mb
230m
19m
19m

-55
-55
-25
-55
0
-55
0
100m9E -40
45mb 0
45mb -55
45mbO
45mb -55
50mt -55
-55
-55
-30
-30
50mt
0
830m 0
830m 0
700m 0
700m 0
150m -55
-55
-55
-30
-30
145m 0
145m 0
145m 0
155m 0
155m 0
230m 0
230m 0
200m -55
5.0
0
44mbO
44mbO
44mbO
44mb -55
44mb -55
44mb -55
100m
0
125m
0
100m
0
75m
0
550m 0
450m 0
500mt -25
50m -25
50m -25
120m -30
150m -30
4.0
0
165mt -30
165mt -30
96mt -55
96mt -30
165mt -55
195mt -30
195mt -30
120mt -55
120mt -30
195mt -55
960mt -30
960mt -30
612mt -55
612mt -30
612mt -30
960mt -55
0
gg~~ -40
300m -25
300m -25
-20
45mbO
45mb -55
45mbO
45mb -55
4.0
0
230m -25
4.0
0
4.0
0
4.0
0
4.0
0
45mt -55
0
-55
0
37mbO
37mbO
130m
90m 0
-55
-55
-30
-30
-55
-55
-30
-30
-55
-55
-30
-30
120mt 0
90mt 0
90mt -55

lJg~9E

mI~~ma

l+g~~6

125
125
75
125
70
125
75
85
75
125
75
125
125
125
125
85
70
75
70
70
70
70
125
125
125
85
70
70
70
70
70
70
70
70
125
100
75
75
75
125
125
125
70
70
70
70
70
70
75
75
75
85
85
100
70
70
125
85
125
70
70
125
85
125
70
70
125
85
85
125
75
85
85
85
65
75
125
75
125
100
75
100
100
100
100
125
70
125
70
70
70

M157
T088
M158e
CN2
CN2
CN2
G04432d T0116
G04432d T0116
K15186 T0116
K15186 T0116
K15186 FP28c
K15186
K0532
K0557
M200d
K0557
M200d
K0557
M200d
K0557
M200d
K0532
T0100
K0555
T0116
K0555
M293
K15425 M153a
K15425 MI17
K0548
CN6e
K0558
M200d
K0558
M200d
K0558
M200d
K0558
M200d
K0543
M54b
K0543
FP2
K0543
CN58a
K0544
M54b
K0544
FP21
K0545
M54b
FP21
K0545
K059
ZB5a
K0547
M242
K0520
T0116
K0520
M157
K0520
T088
K0520
T0116
K0520
M157
K0520
K0525a tg~8
K0525
C~~
CB{Zl
K0528
K0529

75
125
125
85
85
125
125
85
85
125
125
85
85
75
75
125

K0688

K0521a
K0521a

~6~~~

cern
C~~

K0518
K0519
K0547
K0518
K0518
K0518
K0518
K0518
K0519
K0519
K0519
K0519
K0519
K0557
K0557
K0557
K0557
K0557
K0557
G04432c
G04432c
K0559
K0559
K0517
K15190
K15190
K15190
K15190
K0547
K0547
K0547
K0547
K0547
K06114
K0689b
K0686a

~~gt~9

CB(Zl
M1580
M158!
M158!
M172
M172
M242
M319
M200j

~~gg!

M200j
M319
M200'
M200j
M200j
M200
M319

~~ggj

M319
M200j
M200

~gm
M380
M380
CB31
T0116
T0116
FP28c
FP28c
M242
M158e
M242
M242
M242
M242
T099
T099
T0100
T0100

K06109
T0116
T0116
M153a
M153a

~m:

M153a
M153a
M153a
M153a
M153a
M153a
M153a
M153a
G0489m Ml05ae
G04387e T086
G04387e T086

GENERAL DESCRIPTION
Nana l:iate;ts DUns max.
Hex I nverter;ts 50ns max.
Hex I nverter·ts 50ns max.
Hex I nverter;ts 50ns max
Hybrid 109iC to EIA Converter.
Dual Interface' DTL' F08.
Dual Interface. DTL; F08
2 ckts.
Quad converter"tod 250ns max.
Quad Converter;tpd 250ns max.

I~ua~

g~::~~~ ~~g~: ~:::

Dual;tpd 250ns max.
Dual;tpd 250ns max.
DTL' tod-80ns.
Quad Low to High Level Interface.
Quad Low to High Level Interface.
Quad Low to High level Interface.
Quad low to High level Interface
DTl; tpd-80ns.
Dual Perioheral Pos. And Driver.
Dual Peripheral Pos and Driver.
MOS Memory Interface.
MOS Memorv Interface.
Gate Driver. tpd 1 1.0us max.
Dual High to Low Level Interface
Dual High to low level Interface.
Dual High 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.
Balanced line to TTL Driver
Balanced Line to TTL Driver.
Balanced Line to TIL Driver.
1 Ckt; Magnetic Core to Standard logiC.
10 2.0A max;Surge current 5.0A max
Nand Gate'Converts to Std. 5.0V Ooer.
Nand Gate;Converts to Std. 5.0V Oper
Nand Gate;Converts to Std. 5.0V Oper.
Nand Gate Converts to Std. 5.0V ODer.
Nand Gate;Converts to Std. 5.0V _Oper.
Nand Gate;Converts to Std. 5.0V Oper.
5 Ckts'One in-Vx out'Zero In-OV out.
5 Ckts;One in-OV out;Zero in-Vx out.
o to-l V in Zero out;-6 to -20V In One out
o to IV In One out'6 to 20V In Zero out.
level Conversion from DTl to 5V and 20V.
Interface from DTl to OVl30V
Hvbrid EIA to looic and looic to EIA Duol.
Hybrid EIA to logic converter.
Hybrid Dual EIA to logic Converter.
2 ckt hlllh level to low level.
2 ckt;low level to high level.
10 20A max;Surge current 5.0A max.
Dual InJ!.lnterface·tod 325ns max.
Dual Inp.lnterface;tpd 325ns max.
Dual Inp.lnterface;tpd 325ns max.
Dual InD.lnterface:tDd 325ns max.
Dual Inp.lnterface;tpd 325ns max

g~:: g~~~ :~~:~:~:~~~ :gg~: ~::.

Dual Outp Interface;tpd 400ns max.
Dual Outp Interface;tpd 400ns max.
Dual OutiL Interface:tod 400ns max
Quad Outp I nterface;tpd 600ns max.
Quad Outp Interface;tpd 600ns max.
Quad OutD Interface tDd 600ns max.
Quad Outp Interface;tpd 600ns max.
Quad Outp Interface;tpd 600ns max.
Quad Outo Interface"tDd 600ns max.
Quad Converter;tpd 250n8 max
Quad Converter;tpd 250ns max.
Asvnchronous Data Interface.
Asynchronous Data Interface.
IBM -N- line to DEC.
Dual:tod 150ns max.
Dual;tpd 150ns max.
Dual;tpd 150ns max.
Dual,tDd 150ns max.
10 2.0A max;Surge current 5.0A max.
Hybrid dual logic to EIA Converter.
10 2.0Amax·Suige current 5.0Amax.
10 2.0A max;Surge current 6.0A max.
10 2.0A max;Surge current 5.0A max.
10 2.0A max'Suroe current 5.0A max.
Buffer; RTl.
Fan Out 80.
RTl' 4ckts.
4 Ckts;Fan Out 16.
Sextuple;tpd 3.0ns.
Sextuole:tod 3.0ns.
FO 80 typ;tpd 48ns typ
Buffer;RTl;tpd 15ns.
Hex Inverter.
Hex Inverter.
Hex Inverter.
Hex Inverter.
Hex Inverter.
Hex Inverter.
Hex Inverter.
Hex Inverter
Hex Inverter.
Hex Inverter.
Hex Inverter.
Hex Inverter.
Hex'ToD 60ns' F08'Noise Maroln 2.0Vmax.
6 ckts; tpd 8.0ns typ, FO 1O.
6 ckts' tIHl 8.0ns WP; FO 1O.

SYMBOLS AND CODES
EXPLAINED IN INTERPRETER

151

LINE
No.

fU

TYPE
No.

ME

J

l~f~tPJf5P-RT

~#

~L'is1~tOL.P%

3

SP391A

6~ TL681P
7# ZN226
ZN226E
: l ZN23B
10#

~~ngE

g~

~~~~:E

l a ZSS54A
lB#

~~~~:~

l~l

ZSS84B
19# z:SSl14A
ZSS114B
ZSS134A
~~# ZSS134B
MC909F
24
MC909G
MC809F
25
26
MC809G
27
MC9818P
28
29
30
MC900G

~~l

~g:~~~

~g~~~~

~J

33

MC989F
MC999F
MC999G
MC800F
MC800G

~~

36
37
38
39

:~

MC899G
MC789P

:~ ~g~~~:p
:~# ~;381899:

48~ SP369A
49
9109DC
50
9110DC
51
9112DC
52#

~~l

55

~~
~:

60
61
B2
63
64
65
66

~:g:l~~:~g

MIC9112-5D
Mc:;709F
I~C709G
C727F

~g~b~

MC700G

~g:g~

MC799G

Ig~~gg~

9016FM
9017DM
9017FM
69,/t MIC54135J
MIC54137J

g~

~~:

72~ ~:gg:mj
73# MIC74135J
MIC74135N
MIC74137J
?~#
77# ~~r~~~~l4N
78~ T116F2
79
TG370F
80
370J
81
G371F
82
~g~Ht
83
84
TG372J

~~~

W

~g~~~~

g~
87
88
89
90 ...
91 ...

9016DC
9016FC

~~1~~r6J

SN29016N
T116Bl·14
T116Dl-14
94# T116Fl
95
~g~:g~
96
I!G381F

g~l
:~

99
100
101
102

1~~381J
G382F

19~

105
106
181
1
8

1~~

162

:::g~:~t
TG383J

~~n~~~

SW736-2P
SW737-1P
SW737-2M
SW737-2P

~~~~~:J~

g
6
6
6
6
6
B
B

:

~g:~~~
~g::g~

42
43

F~~z?'

g
B
6
B
6
B
6
6
6
6
6
6
6
6
B
6
6
6
6
6
6
6
6
6

ZN326E

13#

o ER- PRO~~A~
ATING CESS

6
B
6
6
6
6
6
6
6
6
6
6
B
6
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

g
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.

~'1'

2J'O'

(VI

(VI

~~~
MO
M~~

~g~
~~~

.20
.20
MO~ .20
.20
DTt~ .20
MO
MO
.20
M~~ .20
.20
~g~ .20
.20
M~~
M~~ .20
MO
.20
.20
.20
.20
.20
.75%
MO
.76%
MO
M~~ .80%
.80%
~g~ .80%
80%
M~~
.82%
M~~
MO
.82%
82%
MO
::2%
MO
. 2%
MQ~ .82%
82%
.84%
.84%
84%
.84%
.84%
M~: .84%
~g, .84%
85%
M~: .85%
~g~ .85%
.88%
1.0
MO
MO
1.0
30M 1.0*
1.0*
~g~ 1.0*
30M 10*
1.0*
~g~ 1.0*
1.1
M~; 1.1
Mg,
MO
1.1
1.1
1.3
MO
M1:
1.3
MO
1.3
MO
1.3
M1:
MO
1.3
1.6%
M~!
M~i 1.7%
MO
1.7%
17%
1·7%
.7
MOl
MO
1.7
1.7
MO
1.7
1.7
M~~ 17
M~~ 1.7
MO
1.7
MO
1.7%
1.7%
MO
17
M~~ 1.7
~g~ 1.7
17
M~~ 1.7
1.7
1.7
MO
1.7
MO
18%
MO~
1.8%
18%
MO~
18%
1.8%
M~f 1.8%
~g, 1.8%
1.8%
1.8
MO
M1:
MO
1.8
MOr 1.8
1.8
1.8
!.8
M~: 1.8
~gi 1.8
1.8%
MO
18%
M1!
MO
18%
Mq' 1.8%
18%
1.8%
1.8%
1.8%

M~~
~g~

M~~

M~~

1~8~

M~~
I~g

M~~

M~~

M:~

I~g~

M:~

I~g:

I~g:
I~g:

IN ORDER OF (I)USE(2)LEVELT(3)LEVEL'O'
(41MAX OPER FREQ(5)TvPE No.

11. MPOWER
ISCELLAN EOUS
MAX. TEMP.

LOGIC
LEVEL

.:g:~
.60t*
1.0*t
1.5t*
1.5t*
4.0
4.0
4.0
4.0
40
4.0
4.0
4.0
4.0
4.0
4.0
4.0
4.0
4.0
4.0
40
.45*
.45*
.46*
4B*
.4B*
.50*
.57*
.57*
.57*
.57*
.57*
.57*
57*
.55*
.55*
.55*
.55*
.55*
.55*
.55*
.46*
.46*
.46*
.50*
.22
.22
85%
85%
8.5%
8.5%

::~~

.10
.10
.10
.10
.10
10
.10

DRAWINGS
SUPPLY
LOGIC OUTLINE
TOTAL
PKG.
LOW HI DWG. No DWG. No
SPAN
NEG. POS.
lI=MO
(V)
(VI DI~~'
'C
'C

Kg 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
00
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
00
0
0
.50
.50
.50
.50
.50
.50
0

:18
.30*
.90*
.90*
.90*
.90*
.90
.90
.90
.90

g
0
0.0
0
0
0
0
0
0.0
0.0
0.0
0.0
0.0
0.0
g.g

.90
.90*
.90*
12
1.2
1.2
12
1.2
1.2
1.2
1.2
.85*
.85*
.85*
.85*
.85*
85*
.85*
.85*
1.1
11
1.1
1.1
1.1
11
11
.1
12*
12*
12*
1.2*
12*
1.2*
1.2*
12*

0.0
0.0
0.0
0.0
0.0
0.0
0.0
00
00
00
00
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
00
0.0
00
0.0
0.0

::g
.90

~.O

:~~i

~5

0
5.0
50m 0
5.0
42mt 0
15
-30
-30
15
5.0
19m -56
4.5
19m 0
5.0
19m -65
4.5
19m 0
5.0
19m -55
5.0
19m -55
5.0
19m -55
5.0
19m -55
5.0
19m -55
5.0
19m -55
5.0
19m 0
5.0
19m 0
5.0
19m -55
5.0
19m -55
19m 0
5.0
5.0
19m 0
4 16mt -55
4 16mt -55
4 23mt
0
4 23mt
0
3.0 70mt 0
3.6
50mt 0
40
45mt -55
40
45mt -55
4 65mt ·55
-55
-55
4.0
90mt -55
40
90mt -55
4.0
45mt 0
4.0
45mt 0
4 65mt
0
4 65mt
0
4 114mt
0
4.0
90mt 0
4.0
90mt 0
3.6 130m 15
3.6
90mt 15
3.0 7.0mt 0
3.6 130m 0
8 40m -55
8 40m -55
25
0
0
25
25
0
25
0
0
25
25
0
4
7mt 15
4
7mt 15
4 348mt 15
4 348mt 15
4.0
25mt 15
4 25mt 15
4 130mt 15

l~~~~

:h~~~i

:
7
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
50
5.0
5.0
5.0
5.0
5.0
5.0
50
5.0
5.0
50
50
50
50
5.0
5.0
5.0
5.0
5.0
5.0
5.0
50
50
5.0
5.0
5.0
5.0
5.0
50

jf> 1~~~t~~T :::g~~6
75
75
75
75
125
70
125
70
125
125
125
125
125
125
70
70
125
125
70
70
125
125
75
75
75
75
125
125
125
125
125
125
125
100
100
100
100
100
100
100
55
55
75
75
125
125
75
75
75
75

~~

55
55
55
55
55
55
55

188~~ l~ ~~
48m

125
125
125
125
70~;
125
70m
125
70mt
105mt
125
70mt
85
105mt
85
70mt
75
125
70mt
105mt
75
105mt
125
66mt
125
66mt
125
90mt
125
90mt
125
90mt
125
90mt
125
90mt
125
125
90mt
90mt
125
90mt
125
66mt
75
75
66:~ 00 75
78m
27m 0
75
75
g
75
66mt 0
75
66mt 0
75
132mt ·55 125
132mt -55 125
132mt -~~ 125
132mt -55 125
132mt -55 125
132mt -55 125
132mt -55 125
132mt -55 125
42mt ·55 125
42mt 0
75
42mt 0
75
42mt -55 125
42mt 0
75
42mt 0
75
48mt
125
48mt 1~5 75

:g~~

~~~~

-55
-55
-55
-55
-55
-55
-55
-40
-40
0
-55
0
-55
-55
-55
-55
-55
-55
-55
-55
-55
-55
-55
0

K06121

TOl16

K06117

M114f
T086
MiZI
T086

~gm~ ~~~j~
~~88

K0679
K0679
K0679
K0679
KOB79
K0679
K0679
K0679
K0650
K0650
KOB50
KOB50
K0686
K0688
K0688b
K0688b
K0669b
K0669b
K0669a
K0688a
K0688a
K0688b
K0688b
K0669b
K0669b
K0669a
K0688a
K0688a
K0686
K0688
K0686
K0686
K0689
K0689a

T088
T088
T088
CN2
CN2
CN2
CN2
CN2
CN2
CN2
CN2
T091
T099
T091
T099
T0116
T0116
T091
T099
T091
T0100
T086
T091
T0100
T091
T099
T091
T0100

~g:~

T0100
TOl16
T0116
T0116
T0116
T078
FP2
TOl16
TOl16
TOl16
M157
M157
IM157
K0650
T091
K0650
T099
K0669b T091
K0669b T0100
K0688b T091
K0688b T099
K0669a T086
T091
1~8~88a
688a T0100
K0610a T089
G04345d M157
G04345d FP28b
K06107a T0116
K06107a T086
K06142 TOl16
K06142a T0116
K06142 TOl16
K06142a TOl16
K06142 T0116
K06142 M126
K06142a T0116
K06142a M126
G03250d Ml05e
G03250d FP28e
K06103b T086
K06103b M157e
K06103b T086
K06103b M157e
K06103b T086
K06103b M157e
K06103b T086
K06103b M157e
G04345d M157
G04345d FP28b
K06107a TOl16
K06112 M157b
K06112 M126e
G03250d Ml05e
G03250d Ml05e
G03250d FP28e
K06106 T086
K06106 M157e
K06106 T086
K06106 M157e
K06106 T086
K06106 M157e
K06106 T086
K06106 M157e
K0681f T0116
K0681f
Ml05n
K0681f T0116
K0681f TOl16
Ml05n
l~g~81f
681f T0116

~gm~ ~~~~~

GENERAL DESCRIPTION

He~:O~[i~l~o~~~~;r:O 8.
Hex'6 ekt.·FO 10~D 50ns max.
HI Volt.tpd 40ns;F~7;l!ekt•.
6 ekt.;DTL;tpd 125n. typ;FO 10.
6 ekts'DTL,tod 125ns tvo:FO 10.
6 ekt•.
Hex Inverter;PD 9.0ns;FO.8.
6 ekt•.
Hex Inverter. PD. 9.0n •• FO.8.
3 ekts.
3 ekts.
3 ekt•.
3 ekts.
3 ekt•.
3 ekt•.
3 ekts.
3 ekts.
Buffer; Fan-Out-30; tpd-57n •.
Buffer' Fan-Out-30' ~d-57n •.
Buffer; Fan-Out-30; tpd-57n.
Buffer; Fan-Out-30; tpd-57n.
6 Hex Inverter.·Fan Out 4'tod 12n.
Dual Buffer;tpd 20ns;Fan Out 80.
1 Ckt;Fan Out 25.tpd 20n •.
1 Ckt'Fan Out 25,tpd 20n •.
RTL. Fan-Out-5. tpd-12n •.
RTL. Fan-Out-5; tpd-12n •.
RTL' Fan-Out-5' 1J2!I-12n.· Pd- I 14mW.
2 Ckt.;Fan Out 25;tpd 20n •.
2 Ckts;Fan Out 25;tpd 20n8
1 Ckt Fan Out 25,tpd 20n •.
1 Ckt;Fan Out 25;tpd 20n •.
RTL. Fan-Out-5; tpd- I 2n •.
RTL' Fan-Out-5' trut-12n •.
RTL; Fan-Out-5; tpd- I 2n.; Pd-114mW.

~ g~::.~:~ g~: ~~~~~ ~g~::

6 ekt;tpd 12n.;Fan Out 5.
Dual Buffer;tpd 20n.;Fan Out 80.
6 Hex Inverter.·Fan Out 4,tpd 12n •.
6 ekt;tpd 12n.;Fan Out 5.
RTL; Fan-Out-16; tpd-16n •.
RTL Fan-Out-15' ~d-16n •.
Hex Inverter.
Hex Inverter.
Hex Inverter.
Hex
Hex
Hex
RTL; tpd-57ns; Fan-Out-7
RTL; tpd-57n.; Fan-Out-7.
RTL tPd-12n. Fan-Out-16.
RTL; tpd-12n.; Fan-Out-16.
RTL;tpd ~n.;Fan Out 96.
RTL' ~d- On.' Fan-Out-96.
RTL; tpd·12n.; Fan-Out-16.

~~t; :~~:~g~:; ~:~:g~::g::
4 Ckt; DTL; Fan out - 10
6 Ckt.;TTL Hex Inverter.
6 Ckts'TTL Hex Inverter.
Hex;tpd 12n. max.
Hex;tpd 12n. max.
NAND;tDd 22n.·F.0.20 max·trl0n.:tf 4.0n •.
Hex Inv.tpd 22n.;F.O.20 max.trl0n.;tf4.0n.

~:xNP~~~dWnS~~F,&~~m~~!~t~~O~~tf~ ~~~

NAND;tpd 22n.;F.0.20 max;trl0n.;tf 4.0n8.
NAND;tpd 22n.;F.0.20 max;trl0n.;tf 4.0n •.
Hex Inv·tpd22n.·F.0.20 max trl On.·tf4.0n •.
NAND;tpd 22n.;F 0.20 max;trl0n.;tf 4.0n •.
6 ekt.; TTL hex invertor.
6 ekt.· TTL hex inverter.
Hex Inverter;FO 15 max;tpd 20n. max.
Hex Inverter;FO 15 max.tpd 20n. max.
Hex Inverter'Fa 15 max·tod 20n. max.
Hex I nverter;FO 15 max;tpd 20no max.
Hex Inverter;FO 15 max.tpd 20n. max.
Hex Inverter'FO 15 max tpd 20n. max.
Hex Inverter.FO 15 max;tpd 20n. max
Hex Inverter;FO 15 max;tpd 20n. max.
6 Ckts'TTL Hex Inverter.
6 Ckts;TTL Hex Inverter.
Hex.tpd 15n. max.
Hex·tod 15n. max.
Hex;tpd 15 n. max.
6 ekt.; TTL hex Inverter.
6 ekt.· TTL hex inverter.
6 ekt.; TTL hex Inverter
Hex Inverter;FO 11 max;tpd 10n. max
Hex Inverter'FO I l_max·,tpd 10n. max.
Hex Inverter;FO 11 max.tpd IOn. max.
Hex Inverter;FO 11 max;tpd 10n. max.
Hex Inverter'FO 11 max:1Jtd IOn. max.
Hex Inverter;FO 11 max;tpd IOn. max.
Hex Inverter.FO 1 I max.tpd 10n8 max.
Hex Inverter'FO 11 max:tod IOns max
DTL.Hex Inverter;tpd 30n •• F.O. 8.
DTL;Hex Inverter;tpd 30n •• F 0 8.
DTL'Hex Inverter'1J2!I 30n. F O. 8.
DTL.Hex Inverter;tpd 30n.;F.O. 8

g+t:~:~ :~~:~:~;:~~ ~g~:;~:g:

g.

~~~:~i: ::~-=~:~:g~t;:~~ ~g~::~

SYMBOLS AND CODES
EXPLAINED IN INTERPRETER

g :

162

LINE
No.
1
2
3
4
5
6
7

TYPE
No.

·

[Oil
LOGIC
U E ~~A~
0 ER- PROLEVEL
ATING CESS ~'1'
]J'O'
FREQ.
IHzI
IVI
IVI

~:~~~:~~

g
6
6
~W936-2P
SW937-1P
6
SW937·2M
6
SW937·2P
6
9935-9-7A
6
9936-9-7A
6
10
9937DM
6
9937FM
6
M5935P
6
6
13# M5936P
14# M5937P
6
15. JANM38510/03002BA
I 6
16. JANM3851 0/030012~A
SW936-2M

::

g>t

17. JANM38510/03002BC
18.
19.
20.
21.
22.
23.
24.
25.
26.

I 6
JANM38510/03002BC
I 6

JANM3851 0/030012~A
JANM38510/03002CA
I 6
JANM38510/03002CC
I 6
JANM3851 0/030012~C
JANM38510/03003BA
I 6
JANM38510/03003BA
I 6
JANM38510/030013~C

28.

JANM38510/03003BC
I 6
JANM38510/03003CA
I 6
JAN M3851 0/030013~A

29.

JAN M3851 0/03003CC

27.

30.
31
32

~

35

~~

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+

g~:

65.

g~:

68.
69#
70#
71
72#

~~:

75#

~~:

78#

~~:

81#

0/0300~Jc

JANM3851
6
SN15836F.R
6
SN15836J
6
SN15836N
6
SN15837F.R
6
SN15837J
6
SN15837N
6
SN15838N
6
SN15936F R
6
SN15936J
6
SN15936N
6
SN15937F R
6
SN15937J
6
SN15937N
6
SN15938N
6
501l>
6 5.0M
501Al>
6 5.0M
501B
6 50M
50IT
6
20M
501HT
6
40M
JANM38510/02005BA
I 6
JANM38510/020015~AI

JANM38510/02005BC
I 6
JANM38510/02005CA

JANM38510/0200~JA(

6
JANM38510/0200 5~CI
MIC74L04J
SFC404LE
SFC404LEM
SN54H04W
SN54H05J
SN54H05N
SN54H05W
SN54L04J
SN54L04N
SN54L04T
SN74L04J
SN74L04N
SN74L04T
TL4934N
TL4935N
DM8812N
FJH241
FJH241·7404
FJH251
FJH251-7405
FJH321
FJH321-7405
FJH321·7405S1
FLH2"-7404
FLH215-8404

~t~~~ ~J742J5S

1
FLH27IT7405S3
84# FLH275-8405
FLH275S8405S1
FLH275T8405S3
FLH461-4934
FLH465-49834

:~:
:~:

:a

153

IN ORDER OF (1IUSE(2ILEVELT(3ILEVEL'0'
141MAX OPER FREat51TYPE No.

11 MISCELLANEOUS
MAX. TEMP.
POWER

]J

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.

1.8%
1.8%
1.8%
1.8%
1.8%
1.9%
1.9%
1.9%
1.9%
1.9%
1.9%
19%

1.2*
1.2*
1.2*
1.2*
1.2*
1 1*
1.1*
1.1*
1.1*
1.1*
1.1*
1.1 *

Kg
0.0
0.0
00
0.0
0.0
00
0.0
00
0.0
0.0
00
0.0

5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
50
8.0
80
8.0

DRAWINGS
TOTAL
LOGIC OUTLINE
PKG.
LO~ HI OWG. No DWG. No
DISS.
t.=MO
'C
'C
IWI
75
4l;1mt
48mt 1~55 125 ~gg~j~ ~gm
48mt 0
75 K0677a Ml05n
48mt 0
75 K0677a T0116
72mt ·55
T0116
j~5 K0677a
72mt 0
K0677a Ml05n
72mt 0
75 K0677a
51mt 0
75 K0677e
51mt 0
75 K0677a Ml05e
51mt -55 125 K0677a M157
51mt -65 125
FP28e
8.5m 0
Ml05'
75
8.5m 0
75 K0677a Ml05j
12m 0
75 K0677a Ml05!

MO~

1.9%

1.1*

0.0

55

138m

-65

MO~

19%

1.1 *

0.0

55

138m

-55

MO~

1.9%

1.1*

0.0

5.5

138m

~g~ l::~
MO~

M~~

~g~

M~~

MO
MO

M~~
~g~
~g~

u:

SUPPLY
SPAN
NEG. POS.
IVI
IVI

~:g

GENERAL DESCRIPTION
Expandable Hex Inverter;DTL;tI?Cl 30ns;F 0 8
Hex Inverter;OTL;F. O. 8;tps 30ns.
Hex Inverter·OTL·F. O. 8'lIDI 30ns.
Hex Inverter;DTL;F. O. 8;tps 30ns.

~:= :~~:~:;:g~t:~:

g: ~::~: ~g~::

~~~~~

Hex Inverter;DTL;F. O. 7;tps 20ns.
Extendable; 6Ckts; Fanout 10.
6 Ckt.· Fanout 10.
Hex Inverter;6 Ckts;DTL.
Hex ~rter;6 Ckt.;DTL.
DTL·t -2!iRS·Fanout-8.
DTL;tpd-25nS;Fanout-8.
DTL;tpd-20nS;Fanout-7.

125 K06147

FP52d

Hex Inverter;Fan Out 8 max;tpd 112n8 max.

125 K06147

FP52d

Hex Inverter'Fan Out 8

-55

125 K06147

M314

Hex Inverter;Fan Out 8 max;tpd 112ns max.

~gg~~~

m,,-,(.~d

112n. max.

MO~

19%

1.1*

0.0

5.5

138m

-55

125 K06147

M314

Hex Inverter;Fan Out 8 max;tpd 112ns max.

Mm

19%

1.1*

0.0

5.5

138m

-55

125 K06147

FP52d

Hex Inverter'Fan Out 8 malCtDd 112ns max.

MO~

19%

1.1*

0.0

5.5

138m

-55

125 K06147

FP52d

Hex Inverter;Fan Out 8 max;tpd 112n. max.

Mm

1.9%

1.1*

0.0

5.5

138m

-55

125 K06147

M314

Hex Inverter;Fan Out 8 max;tpd 112n. max.

Mm

19%

1.1*

0.0

5.5

138m

-55

125 K06147

M314

Hex Inverter'Fan 0!!1 8 max·.tDd 112n. max.

Mm

1.9%

1.1*

0.0

5.5

138m

-55

125 K06147a FP52d

Hex Inverter;Fan Out 8 max;tpd 112n. max.

Mm

19%

1.1*

0.0

55

138m

-55

125 K06147a FP52d

Hex Inverter;Fan Out 8 max;tpd 112n. max.

Mm

1.9%

1.1*

0.0

5.5

138m

-55

125 K06147a M314

Hex Inverter'Fan Out 8 max:tDd 112ns max.

Mm

1.9%

1.1*

00

5.5

138m

-55

125 K06147a M314

Hex Inverter;Fan Out 8 max;tpd 112n. max.

MO~

1.9%

1 1*

0.0

5.5

138m

-55

125 K06147a FP52d

Hex Inverter;Fan Out 8 max;tpd 112ns max.

MO~

1.9%

1.1*

0.0

5.5

138m

-55

125 K06147a FP52d

Hex Inverter'Fan Out 8 max:tDd 112ns max.

Mm

19%

1.1*

00

5.5

138m

-55

125 K06147a M314

Hex Inverter;Fan Out 8 max;tpd 112n8 max.

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*
1.1*
1.1*
.45*
.45*
45*
.45*
.45*

0.0
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

5.5
8
8
8
8
8
8
50
8
8
8
8
8
8
5.0
7.0
7.0
7.0
7.0
70

138m
24m
24m
24m
24m
24m
24m

260mt
440mt
400mt
540mt
760mt

-55
0
0
0
0
0
0
0
-55
-55
-55
-55
-55
-55
-55
0
0
0
0
0

125
75
75
75
75
75
75
70
125
125
125
125
125
125
125
70
70
70
70
70

Hex Inverter;Fan Out 8 max;tpd 112ns max.
6 Ckts;Fan Out-8;DTL.
6 Ckts'Fan Out-8·DTL.
6 Ckts;Fan Out-8;DTL.

PCB
PCB
PC6
PCB
PCB

19%
19%
1.9%
1.9%
1.9%
1.9%
19%
1.9%
1.9%
1.9%
1.9%
19%
19%
~ 9%
.9%
2.0%
2.0%
20%
2.0%
2.0%

~g~
M~~
~g,

M~~
M~r

MO

M~:
~g,
M~~
~g,

19.m
19 m
19.m
19.m
19.m
19m

K06147a
K0679a
K0679a
K0679a
K0679a
K0679a
K0679a
K0679a
K0679a
K0679a
K0679a
K0679a
K0679a

M314
T084
T0116
M126
T084
T0116
M126
M126a
T084
T0116

~ril:

g g~:::~:~ g~:}gR
6 Ckts;Fan Out·7;DTL
Hex Inverter W/O Output ResIstor•.
6 Ckts'Fan Out-8;DTL.
6 Ckts;Fan Out-8;DTL.
g g~:::~:~ g~:}g~t:
6 Ckts;Fan Out-7;DTL.

T0116
M126
M126a
CB62
CB62
CB62
CB62
CB62

TTL;Average tpd 13ns;F010.
TTL High Speed;Average tpd 6.0n •• F010.
Hex Inverter;Fan Out 10;tpd 99n. max.

~e~k~:a~erO~itJ~tDut

Resl.tors.
DTL;Average tpd 3.Dns;F08.

g~t ~~::; g;l~:;:~~:;:: ~ ~g~::~g~~:

MOr

2.0%

.70*

00

55

24m

·55

125 G0440d

FP52d

Mm

2.0%

.70*

0.0

55

24m

·55

125 G0440d

FP52d

Hex Inverter'Fan Out 10:tDd 9gn. max.

MO~

20%

.70*

00

55

24m

-55

125 G04440d M314

Hex Inverter,Fan Out 10;tpd 99ns max.

MO~

20%

70*

0.0

5.5

24m

-55

125 G0440d

FP52d

Hex Inverter;Fan Out 10;tpd 99ns max.

MO~

20%

70*

0.0

5.5

24m

-55

125 G0440d

FP52d

M~~ 20%
MO
2.0
Mq~ 20%
Mq~ 2.0%
MO~ 2.0%
M~~ 20%
~g~ 2.0%
2.0%
20%
M~~ 20%
~g~ 20%
20%
MO
2.0%
MO
20%
20%

.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*
.80*
80*
80*
.80*
.80*
.80*
.80*

00
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
00
00
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
00
0.0
00
0.0
00

5.5
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
50
5.0
5.0
5.0
50
50
50
5.0
5.0
5.0
5.0
50
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

24m

M~~
M~~

~gi ~.g~

M~~
~g,
M~~
~g,
M~:
~g,

M~~

M~,
MO

M~:

MO
MO

~g:

20%
20%
2.0%
2.0%
20%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
20%
20%
20%
20%
20%
20%

-55
0
0
-55
-55
-55
-55
-55
-55
-55
-55
0
0
0
133mt 0

'~~:~ g

60mt
60mt
60mt
60mt
60mt
10mt
10mt
112mt
112mt
165m§
165m§
165m§
165m§
165m§
165m§
127mt
127mt

0
0
0
0
0
0
0
0
-25
0
0
0
-25
-25
-25
0
-25

125
70
70
125
125
125
125
125
125
125
125
70
70
70
70
70
70
70
70
70
70
70
70
70
7
85
70
70
70
85
85
85
70
86

G04440d M314
K06107b T0116
T0116
T0116
K06112 l>004AA
G04387e M157b
G04387e M126
G04387e l>004AA
K06107b M157b
K06107b M126e
K06107b FP52e
K06107b M157b
K06107b M126e
K06107b FP52e
K06138 M126n
K06139 M126n
G04387d M126d
K06107b T0116
K06107b M126t
K06107a T0116
K06107a M126t
K06107a T0116
K06107a M126t
K06107a M126t
K06107b M126p
K06107b M126D
K06107b M126p
K06107b M126p
K06107b M126D
K06107b M126p
K06107b M126p
K06107b M126D
K06138 M126p
K06138 M126il

Hex Inverter'Fan Out

10~

99ns max.

Hex Inverter;Fan Out 10;tpd 99ns max.
6 x Inverter:tDd 60ns max.
Hex Inverter;tpd 60ns max.

~:= :~~:~:;~~~ ~~~:

::::=:

Hex Inverter; tpd 60ns max.

Hex Inverter; tpd 60ns max
Hex inverter'~d 60ns max.
Hex inverter; tpd 60ns max.
Hex Inverter; tpd 60ns max.
Hex Inverter' tDd 60ns max.
Hex inverter; tpd ~~ns max.
Hex Inverter; tpd 60ns max.
Hex Inverter' tDd 60n. max.
Tpd 40n. max;Fan 2ut lOmax.
Tpd 40n. max;Fan Out lOmax.
TTL-MOS hex inverter;tDD 12ns.
Fan Out 10 max;tpd 22n. max.
Fanout 10;tpd IOn. typo
Fan Out 10 malCtDd 55ns max.
Fanout 10;tpd 24n. typo
Fan Out 10 max;tpd 55n. max.
SextuDle .inale inDut;Fanout 10.
Sextuple sIngle input;Fanout 10.
Hex.6 Ckt.;Fanout 10;Vo .40VI260uA.
Hex'6 Ckt.·Fanout 10'Vo .40V1250uA.
Hex;6 Ckt.;Fanout 10;Vo .40':'~250uA.
Hex;6 Ckts.Fanout 10;Vo 15V/250uA.
Hex 6 Ckts'Fanout 10'Vo 5.5V/50uA.
Hex;6 Ckts.Fanout 10;Vo .40':':'..250uA.

~:=:g g~::;~:~~~: 19:~~ J~5'if/~~~~~'
~:= :~~: :::~ :=~:~~:g::: l~~~!:g~:~ g~:::

SYMBOLS AND CODES
EXPLAINED IN INTERPRETER

153

LINE
No.

·

LOGIC
U IE ~~A~
0 ER- PROLEVEL
lJO'
ATiNG CESS lJl'

TYPE
No.

g

~: ~t~:~J:::~~5

3#

F~~~?

FlH481-7406
6
6
4# FlH481T7416
FlH485-8406
6
FlH485T8416
6
6
7# FlH491-7407
FlH491T7417
6
FlH495-8407
6
6
10# FlH495T8417
GJH241
6
GJH251
6
ITT5404J
13
6
ITT5405J
14
6
15
ITT7404J
6
ITT7405J
6
16
17
JANM38510/001015~AI

21
22
23
24
25
26

MO~
Mq~

70
70
85
85
70
70
85
85
70
70
125
125
70
70

MON 2.0%

.80*

0.0

5.5

240m

-55

125 G04430d FP52d

Hex Inverters'Fan Out 10·tod 25ns max.

MO~

2.0%

.80*

0.0

5.5

240m

-55

125 G04430d FP52d

Hex Inverters;Fan Out 10;tpd 25ns max.

MO~

2.0%

.80*

0.0

5.5

240m

-55

125 G04430d FP52d

Hex Inverters,Fan Out 10;tpd 25ns max.

MO~

2.0%

.80*

0.0

5.5

240m

-55

125 G04430' M314

Hex Inverters'Fan Out 10 ted 25ns max.

MO~

2.0%

.80*

00

5.5

240m

-55

125 G04430J M314

Hex Inverters;Fan Out 10;tpd 25ns max.

MO~

2.0%

80*

0.0

5.5

240m

-55

125 G04430j M314

Hex Inverters;Fan Out 10,tpd 25ns max.

MO~

2.0%

.80*

0.0

5.5

240m

-55

125 G04430d FP83

Hex Inverters'Fan Out 10·tod 25ns max.

MO~

2.0%

.80*

0.0

5.5

240m

-55

125 G04430d FP83

Hex Inverters;Fan Out 10;tpd 25ns max.

MO~

2.0%

.80*

00

5.5

240m

-55

125 G04430d FP52d

Hex Inverters;Fan Out 10;tpd 25ns max .

MO~

2.0%

.80*

0.0

5.5

240m

-55

125 G04430d FP52d

Hex Inverters'Fan Out 10·tod 25ns max.

MO~

2.0%

80*

0.0

5.5

240m

-55

125 G04430d FP52d

Hex Inverters;Fan Out 10;tpd 25ns max.

MO~

20%

.80*

0.0

5.5

240m

-55

125 G04430j M314

Hex Inverters,Fan Out 10;tpd 25ns max.

MO~

2.0%

.80*

0.0

5.5

240m

-55

125 G04430' M314

Hex Inverters'Fan Out 10·tod 25ns max.

MO~

2.0%

.80*

0.0

5.5

240m

-55

125 G04430d FP83

Hex Inverters:Fan Out 10;tpd 25ns max.

MO~

2.0%

.80*

0.0

5.5

240m

-55

125 G04430d FP83

Hex Inverters;Fan Out 10;tpd 25ns max.

MO~

2.0%

.80*

0.0

5.5

240m

-55

125 G04431a FP52d

Hex Inverters'Fan Out 10·tod 28ns max.

I

MO~

2.0%

.80*

0.0

5.5

240m

-55

125 G04431a FP52d

Hex Inverters;Fan Out 10;tpd 28ns max.

I

MO~

2.0%

.80*

00

5.5

240m

-55

125 G04431a FP52d

Hex Inverters;Fan Out 10;tpd 28ns max .
Hex Inverters'Fan Out 10·ted 28ns max.

JANM38510/001+~C

Mq~
MO~

~~;
MO~
MO~

JANM38510/00105BCt

JANM38510/0010~:C(

JANM38510/001±~DI
JANM38510/00105BD
I 6
JANM38510/00105CA
I 6
JANM38510/001015~A

30
31
32
33
34
35
36
37
38
39
40
41
42

JANM38510/00105CA

O~~CI
JANM38510/0010~~C(

JANM3851 0100 1

JANM38510/00105CD
I 6
JANM38510/00105CD
I 6

JANM38510/001018~A

JANM38510/00108BA
6
JANM38510/00108BA
6
JANM38510/001018~C

44
45

47
48
49
50
51
52

2.0%

.80*

0.0

5.5

240m

-55

125 G04431d M314

MO~

2.0%

.80*

0.0

55

240m

-55

125 G04431d M314

Hex Inverters;Fan Out 10,tpd 28ns max.

I

MO~

2.0%

80*

00

5.5

240m

-55

125 G04431a FP83

Hex Inverters;Fan Out 10;tpd 28ns max.

JANM38510/001018~D

MO~

2.0%

.80*

0.0

5.5

240m

-55

125 G04431a FP83

Hex Inverters Fan Out 10'tod 28ns max.

I

MO~

2.0%

.80*

0.0

5.5

240m

-55

125 G04431a FP52d

Hex Inverters;Fan Out 10;tpd 28ns max

I

MO~

2.0%

.80*

00

5.5

240m

-55

125 G04331a FP52d

Hex Inverters;Fan Out 10,tpd 28ns max .

MO~

2.0%

.80*

0.0

5.5

240m

-55

125 G04431a FP52d

Hex Inverters'Fan Out 10·tod 28ns max.

MO~

2.0%

.80*

0.0

5.5

240m

-55

125 G04431d M314

Hex Inverters;Fan Out 10;tpd 28ns max.

MO~

2.0%

.80*

0.0

55

240m

-55

125 G04431d M314

Hex Inverters;Fan Out 10;tpd 28ns max.

MO~

2.0%

.80*

0.0

5.5

240m

-55

125 G04431a FP83

Hex Inverters'Fan Out 10'ted 28ns max.

MO~

2.0%

.80*

0.0

5.5

240m

-55

125 G04431a FP83

Hex Inverters;Fan Out 10;tpd 28ns max.

MO~

2.0%

.80*

00

5.5

324m

-55

125 K06135

FP52d

Hex Inv.buffer/driver;Vo 30V;tpd 30ns max.

MO~

20%

.80*

0.0

5.5

324m

-55

125 K06135

FP52d

Hex inv.buffer/driver"Vo 30V·tod 30ns max.

I

MO~

2.0%

.80*

0.0

5.5

324m

-55

125 K06135

FP52d

Hex inv.buffer/dnver,Vo 30V;tpd 20ns max.

I

MO~

2.0%

.80*

0.0

55

324m

-55

125 K06135

M314

Hex mv.buffer/driver,Vo 30V,tpd 30ns max.

MO~

20%

.80*

0.0

5.5

324m

-55

125 K06135

M314

Hex inv.buffer/driver"Vo 30V:tod 30ns max.

MO~

2.0%

80*

0.0

5.5

324m

-55

125 K06135

M314

Hex Inv.buffer/driver;Vo 30V;tpd 30ns max.

MO~

2.0%

.80*

0.0

55

324m

-55

125 K06135

FP83

Hex inv.buffer/driver;Vo 30V;tpd 30ns max.

JANM38510/00108CA
6
JANM38510/00108CA
6
JANM38510/001018~A

JANM38510/00108CC
6
JANM3851 0/00 108CC
I 6

JANM38510/001018~D

JANM38510/00108CD
6
JANM38510/00801 BA
I 6
JANM38510/0080 1~A
1
JANM3851 0/0080 1 BA
6
JANM38510/00801BC
6
JANM38510/008011~CI
JANM38510/0080 1BCC
I 6
JANM38510/00801BDI

~AI

53

JANM38510/0080:1

54

JANM38510/00801CAI
6
JANM38510/00801CA
6

55
56
57
58

MO~

2.0%

.80*

0.0

5.5

324m

-55

125 K06135

FP52d

Hex mv.buffer/driver·Vo 30V'tod 30ns max.

I

MO~

2.0%

.80*

0.0

5.5

324m

-55

125 K06135

FP52d

Hex mv.buffer/driver;Vo 30V;tpd 30ns max.

I

MOr

2.0%

.80*

0.0

5.5

324m

-55

125 K06135

FP52d

Hex inv.buffer/driver;Vo 30V,tpd 20ns max.

MO~

2.0%

.80*

0.0

5.5

324m

-55

125 K06135

M314

Hex Inv.buffer/driver·Vo 30V,tod 30ns max.

MO~

2.0%

.80*

0.0

5.5

324m

-55

125 K06135

M314

Hex Inv.buffer/driver;Vo 30V;tpd 30ns max.

MOr

2.0%

.80*

0.0

5.5

324m

-55

125 K06135

M314

Hex mv.buffer/driver;Vo 30V;tpd 30ns max.

MO~

2.0%

.80*

0.0

5.5

324m

-55

125 K06135

FP83

Hex Inv.buffer/driver·Vo 30V·tod 30ns max.

I

MO~

2.0%

.80*

0.0

5.5

324m

-55

125 K06135

FP52d

Hex Inv.buffer/drlver;Vo 15V;tpd 30ns max.

I

MO~

2.0%

.80*

0.0

5.0

324m

-55

125 K06135

FP52d

Hex mv.buffer/driver;Vo 15V;tpd 30ns max.

MO~

2.0%

.80*

0.0

5.5

324m

-55

125 K06135

FP52d

Hex inv.buffer/driver·Vo 30V·tod 20ns max.

MO~

2.0%

.80*

0.0

5.0

324m

-55

125 K06135

M314

Hex Inv.buffer/dnver·Vo 15V·tod 30ns max .

JANM38510/008011~CI

JANM3851 0/0080 1CCI
I 6
JANM38510/00801CCC
6
I

59
60
61
62
63

154

~g~~~~d

K06107a
G04387f
G04387e
G04387f
K06107a

MO~

I

46

K06115
K06115
K06115
K06115
K06115a
K06115a
K06115a

I

JANM38510/00108BC
6
JANM38510/00108BD
6

I

43

Il-iex Inv. with expand base mput.
Hex Inverter with expandable base Input
TTL Hex Inv.Buffer/Dnver:ted 14ns'Vo 30V.
TTL Hex Inv.Buffer/Dnver;tpd 14ns;Vo 15V.
TTL Hex Inv.Buffer/Driver;tpd 14ns,Vo 30V.
TTL Hex Inv. Buffer/Driver'Vo 15.
TTL Hex Buffer/Driver;tpd 14ns;Vo 30V
TTL Hex Buffer/Driver;tpd 14ns;Vo 15V.
TTL Hex Buffer/Driver tod 14ns'Vo 30V.
TTL Hex Buffer/Driver;tpd 14ns;Vo 15V.
Tpd 13ns max;Fan Out 10.
Tod 16ns'Noise Re·. 400mV mm.
6ckts;F 0,1 O;TTl
6ckts;F 0.10;TTL.
6ckts·F.0 10·TTl.
6ckts,F 0 10;TTl

0
0
-25
-25
0
0
-25
-25
0
0
-55
-55
0
0

O~ :A(

29

M~~~p

M126p
M126;,
M126p
M126p
M126;,
M126p
M126p
M1260
M126p
M126n
M126n
M157
M157
M157
M157

200mt
200mt
200mt
200mt
177mt
177mt
177mt
177mt
138mt
132mt
60mt
60mt
60mt
60mt

JAN M3851 0100 1

28

~:g l~~:::~ ~25 ~~ ~ggm

5:0
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

JANM38510/00105BA

27

.:g: g.g

GENERAL DESCRIPTION

0.0
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

u:

20

~g~ ~:g~

(V)

.80*
.80*
80*
.80*
.80*
.80*
.80*
.80*
.80
.80*
.80*
.80*
.80*
80*

::

19

(V)

SUPPLY
TOTAL
SPAN
LO\l\
PKG.
DISS.
N(~~. POS.
(V)
(W)
'C

DRAWINGS
LOGIC OUTLINE
HI DWG. No DWG. No
l1=MO
'C

2.0%
2.0%
2.0%
2.0%
20%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%

~:

18

IN ORDER OF (I)USE(2)LEVEL'I'(3)LEVEL'O'
(4IMAX OPER FREQ(!i)TYPE No.

11 MISCELLANEOUS
MAX. TEMP.
POWER

fbi

.§J

JANM38510/008011~DE

JANM38510/00802BAI
6
JANM38510/00802BAI
6
JANM3851 0/008012~A(
JANM38510/008012~CI

D.A. T.A.

SYMBOLS AND CODES
EXPLAINED IN INTERPRETER

154

LINE
No.

~

TYPE
No.

fuil ~rA~
0
U E

1

IJANM;$H~ lU/UUHU.:l~{;t

2

I 6
JANM38510100802BC(
I 6

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

JANM38510100802CA~

I 6
JANM38510100802CAE
I 6
JANM38510100802CA(
I 6
JANM38510100802CC
I 6
JANM38510100802CCE
I 6
JANM3851 01008012~C(
JANM38510100802CDE
I 6
JANM38510100802CD
I 6
JANM38510100803BA
I 6
JANM38510100803BAI
I 6
JANM38510100803BA(
I 6
JANM3851 01008013~C
JANM38510100803BCI
I 6
JANM38510100803BC
I 6
JANM3851 0/008013~D
JANM38510/00803CA
I 6
JANM38510/00803CA
I 6
JANM38510/00803CA
I 6
JANM38510100803CC
JANM38510/008013gCI
I 6
JAN M3851 0/00803CC(
I 6
JANM38510100803CD
I 6
JANM38510100804BA
I 6
JANM385101008014~A

JANM38510100804BA
I 6
JANM38510100804BC
I 6
JANM38510100804BCI
I 6
JAN M38 51 0100804 BC
I 6
JANM38510/00804BD
I 6
JANM3851 01008014~A
JANM38510100a04CA
I 6
JANM38510100804CA
I 6
JANM38510100804CC
I 6
JANM38510100804CCI
I 6
JANM38510100804CC
I 6
JANM3851 01008014~D
JANM38510102305BA
I 6
JANM38510102305BA

42

JANM3851010230~~A

44
45
46
47
48

JANM38510102305BCI
I 6
JANM38510102305BC
I 6
JANM38510102305BD
I 6
JANM38510102305BD
I 6
JANM38510102305CA
I 6

JANM385101023015~A

49

JANM38510102305CA(

50

JANM3851010230 5gCE
I 6

51

F~JZ?'

JANM385101008012~DE

41

43

ER- PROATING CESS

LOGIC
lEVEL
lJl' ~.JO·

SUPPLY
SPAN

TOTAL
PKG.
LO'll

P~~. DI~~'

DRAWINGS
LOGIC OUTLINE
HI DWG. No DWG. No
ll=MO
'C

GENERAL DESCRIPTION

JILL

JILl

N(W

MO~

2.0%

.80*

00

50

324m

-55

125 K06135

M314

Hex Inv.buffer/dnver;Vo 15V;tpd 30n5 max.

MO~

20%

.80*

0.0

5.0

324m

-55

125 K06135

M314

Hex inv.buffer/driver;Vo 15V;tpd 30n5 max.

MON

2.0%

.80*

0.0

5.0

324m

-55

125 K06135

FP83

Hex mv buffer/driver'Vo 15V·tpd 30n5 max.

MON

20%

.80*

0.0

5.5

324m

-55

125 K06135

FP52d

Hex Inv.buffer/dnver;Vo 15V,tpd 30n5 max.

MO~

2.0%

80*

0.0

5.5

324m

-55

125 K06135

FP52d

Hex inv.buffer/driver;Vo 15V;tpd 30n5 max.

MO~

2.0%

80*

0.0

5.5

324m

-55

125 K06135

FP52d

Hex Inv.buffer/dnverVo 30V·tpd 20n5 max.

MO~

20%

.80*

0.0

55

324m

-55

125 K06135

M314

Hex Inv.buffer/driver;Vo 15V;tpd 30n5 max.

MON

2.0%

80*

0.0

5.5

324m

-55

125 K06135

M314

Hex Inv.buffer/driver;Vo 15V;tpd 30n5 max.

MON

20%

80*

00

55

324m

-55

125 K06135

M314

Hex inv.buffer/dnver Vo 15V·tpd 30n5 max.

MO~

20%

.80*

0.0

5.5

324m

-55

125 K06135

FP83

Hex inv.buffer/dnver;Vo 15V,tpd 30n5 max.

MO~

2.0%

80*

0.0

55

324m

-55

125 K06135

FP83

Hex Inv.buffer/dnver;Vo 15V;tpd 30n5 max

MON

20%

.80*

0.0

5.5

324m

-55

125 K06136

FP52d

Hex buffer/dnverVo 30V tpd 35n5 max.

MON

2.0%

80*

0.0

55

324m

-55

125 K06136

FP52d

Hex buffer/dnver;Vo 30V;tpd 35n5 max.

MON

2.0%

80*

0.0

5.5

324m

-55

125 K06135

FP52d

Hex inv.buffer/dnver;Vo 30V;tpd 20n5 max.

MON

2.0%

.80*

0.0

5.5

324m

-55

125 K06136

M314

Hex buffer/dnver'Vo 30V·tod 35n5 max.

MON

2.0%

.80*

0.0

5.5

324m

-55

125 K06136

M314

Hex buffer/driver,Vo 30V;tpd 35n5 max.

MON

20%

.80*

0.0

5.5

324m

-55

125 K06136

M314

Hex buffer/dnver;Vo 30V;tpd 35n5 max.

MON

20%

.80*

0.0

5.5

324m

-55

125 K06136

FP83

Hex buffer/dnver'Vo 30V·tpd 35n5 max

MON

2.0%

80*

0.0

55

324m

-55

125 K06136

FP52d

Hex buffer/driver;Vo 30V;tpd 35n5 max.

MON

20%

.80*

00

5.5

324m

-55

125 K06136

FP52d

Hex buffer/dnver;Vo 30V;tpd 35n5 max

MON

2.0%

.80*

0.0

55

324m

-55

125 K06136

FP52d

Hex Inv.buffer/dnverVo 30V·tpd 20n5 max.

MON

2.0%

.80*

0.0

5.5

324m

-55

125 K06136

M314

Hex buffer/driver;Vo 30V;tpd 35n5 max.

MO~

20%

.80*

0.0

5.5

324m

-55

125 K06136

M314

Hex buffer/driver;Vo 30V;tpd 35n5 max .

MON

2.0%

80*

0.0

5.5

324m

-55

125 K06136

M314

Hex buffer/dnver'Vo 30V·tod 35n5 max.

MON

2.0%

80*

0.0

55

324m

-55

125 K06136

FP83

Hex buffer/driver;Vo 30V;tpd 35n5 max.

MON

20%

.80*

0.0

5.5

324m

-55

125 K06136

FP52d

Hex buffer/driver;Vo 15V;tpd 35n5 max.

MON

2.0%

.80*

0.0

5.5

324m

-55

125 K06136

FP52d

Hex buffer/dnver'Vo 15V·tpd 35n5 max.

MON

2.0%

.80*

0.0

5.5

324m

-55

125 K06136

FP52d

Hex Inv.buffer/driver;Vo 30V;tpd 20n5 max.

MON

2.0%

.80*

0.0

5.5

324m

-55

125 K06136

M314

Hex buffer/dnver;Vo 15V;tpd 35n5 max.

MON

2.0%

80*

0.0

55

324m

-55

125 K06136

M314

Hex buffer/driverVo 15V·tpd 35n5 max.

MON

2.0%

80*

00

5.5

324m

-55

125 K06136

M314

Hex buffer/driver;Vo 15V;tpd 35n5 max.

MON

2.0%

.80*

0.0

5.5

324m

-55

125 K06136

FP83

Hex bufferldnver;Vo 15V;tpd 35n5 max.

MON

2.0%

80*

0.0

55

324m

-55

125 K06136

FP52d

Hex buffer/dnverVo 15V·tpd 35n5 max.

MON

2.0%

80*

0.0

55

324m

-55

125 K06136

FP52d

Hex buffer/driver;Vo 15V;tpd 35n5 max.

MON

2.0%

.80*

0.0

55

324m

-55

125 K06136

FP52d

Hex inv.buffer/dnver;Vo 30V,tpd 20n5 max.

MON

2.0%

.80*

0.0

55

324m

-55

125 K06136

M314

Hex buffer/drlver'Va 15V·tDd 35n5 max.

MON

2.0%

.80*

00

5.5

324m

-55

125 K06136

M314

Hex buffer/dnver;Vo 15V;tpd 35n5 max

MO~

2.0%

.80*

0.0

5.5

324m

-55

125 K06136

M314

Hex buffer/drover;Vo 15V;tpd 35n5 max.

MON

2.0%

.80*

0.0

5.5

324m

-55

125 K06136

FP83

Hex buffer/driver'Vo 15V·tDd 35n5 max.

'C

MON

2.0%

80*

0.0

55

1.1

-55

125 K06112a FP52d

Hex Inverter;Fan Out 10;tpd 16n5 max.

MON

20%

.80*

0.0

5.5

11

-55

125 K06112a FP52d

Hex Inverter;Fan Out 10,tpd 16n5 max.

MON

2.0%

.80*

0.0

5.5

1.1

-55

125 K06112a FP52d

Hex Inverter'Fan Out 10·tod 16n5 max.

MON

2.0%

.80*

0.0

5.5

11

-55

125 K06112a M314

Hex Inverter;Fan Out 10;tpd 16n5 max

MON

2.0%

.80*

00

5.5

1.1

-55

125 K06112a M314

Hex Inverter;Fan Out 10;tpd 16n5 max.

MON

2.0%

.80*

0.0

5.5

1.1

-55

125 K06112a FP83

Hex Inverter'Fan Out 10·tod 16ns max.

MON

2.0%

.80*

0.0

5.5

11

-55

125 K06112a FP83

Hex Inverter;Fan Out 10;tpd 16ns max.

MON

2.0%

.80*

00

5.5

11

-55

125 K06112a FP52d

Hex Inverter;Fan Out 10;tpd 16ns max.

MON

2.0%

.80*

0.0

55

1.1

-55

125 K06112a FP52d

Hex Inverter'Fan Out 10'Wd 16ns max.

MON

2.0%

.80*

0.0

5.5

11

-55

125 K06112a FP52d

Hex Inverter;Fan Out 10;tpd 16ns max.

MON

20%

80*

0.0

5.5

11

-55

125 K06112a M314

Hex Inverter;Fan Out 10;tpd 16ns max.

MON

2.0%

.80*

0.0

5.5

1.1

-55

125 K06112a M314

Hex Inverter'Fan Out 10·ted 16ns max.

MON

2.0%

.80*

0.0

5.5

1.1

-55

125 K06112a FP83

Hex Inverter;Fan Out 10;tpd 16n5 max.

Mq~

2.0%
2.0%
2.0%
20%
2.0%

.80*
.80*
.80*
80*
.80*

0.0
0.0
0.0
0.0
0.0

5.5
7.0
7.0
5.0
5.0

11
10m
10m

-55
0
0
0
0

125 K06112a
75 K06107b
75 K06107a
75 K06107a
75 G04387e

Hex Inverter;Fan Out 10;tpd 16ns max.
TTL;tpd-13nS;Fanout-l0.
TTL·tod-13nS·Fanout-l0.
Hex; tpd 22ns max.
Hex' tttd 55ns max.

1

JANM385101023015~C(

JANM38510102305CDI
I 6
JANM38510102305CD
53
6
54# M53204P
6
55# M53205P
6
M]C74H04J
6
MIC74H05J
6
52

~~:

155

IN ORDER OF (1)USE(2)LEVELT(3)LEVEL'O'
14lMAX OPER FREQI5lTYPE No

11 · MISCELLANEOUS
MAX. TEMP.
POWER

D.A. T.A.

MqN
MON

~g~

Ml05]
Ml05'
M157
M157

SYMBOLS AND CODES
EXPLAINED IN INTERPRETER

155

.§J
LINE
No.

TYPE
No.

1#

~:

4#

~:

7#

g:

10#

g:

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
43
44
45
46
47
48
49
50
51
52

~~:

55#

~~:

58#

~g:

61#

~~:

64#

~~:

67#

~~:

70#

~i:

73#

ja
ja

76#
79#

~~:

82#

~~!

85#

g~:

88.
89
90
91
92
93
94
95
96.
9H
98
99.
100.
101
102
103
104
105
106
107
108.
109
110.

~lg~!~~iJ

MIC5405J
MIC6404J
MIC6405AJ
MIC6405J
MIC7404J
MIC7404N
MIC7405AJ
MIC7405AN
MIC7405J
MIC7405N
N74H04A
N74H04Q
N74H05A
N74H05Q
N7404A
N7404Q
N7405A
N7405Q
N7406A
N7406Q
N7407A
N7407Q
N7416A
N7416Q
N7417A
N7417Q
NC7404N
NC7405N
RSN54H04H
RSN5404H
S54H04A
S54H04Q
S54H05A
S54H05Q
S5404A
S5404Q
S5405A
S5405Q
S5406A
S5406F
S5406Q
S5407A
S5407F
S5407Q
S5416A
S5416F
S5416Q
S5417A
S5417F
S5417Q
SFC404E
SFC404EM
SFC404ET
SFC404EV
SFC404HE
SFC404HEM
SFC404HPM
SFC404P
SFC404PM
SFC405E
SFC405EM
SFC405ET
SFC405EV
SFC405P
SFC405PM
SFC406E
SFC406EM
SFC406ET
SFC406EV
SFC406P
SFC406PM
SFC407E
SFC407EM
SFC407ET
SFC407EV
SFC407P
SFC407PM
SFC416E
SFC416EM
ISFC416ET
SFC416PM
SFC417E
SFC417EM
SFC417ET
SFC417PM
SN54H04J
SN54H04N
SN54S04J
SN54S04N
SN54S04W
SN54S05J
SN54S05N
SN54S05W
SN74H04J
SN74H04N
SN74H04W
SN74H05J
SN74H05N
SN74H05W
SN74S04J
SN74S04N
SN74S04W
SN74S05J
SN74S05N
SN74S05W
SN5404J
SN5404N
SN5404W

156

fbi

LOGIC
U IE ~~A~
0 ER- PROLEVEL
ATING CESS lJ1'
flJO'
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
8
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
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6

IN ORDER OF (1)USE(2)LEVEL'1'(3)LEVEL'O'
(4)MAX OPER FREQI5}TYPE No

11 · MISCELLANEOUS

F~JZ?'

D.A. T.A.

Mq~
Mq~
MO~

~q~

MO~

M~~
~g,

M~f

MO

MO~

TTL
TTL
TTL
TTL

M~:
M~f
MO
MO

Mar

M~:

~gr
Mq~

Mqr
Mar

M~f

MO
MOr

~g~
TTL
TTL
TTL
Mq~
Mq~

MO~

~q~
MO~

M~~
~g~
Mq~
Mq~

Mar

M~:

MO
MO

M~:
~gi

M~~

MO
MOl

M~:

~gi
M~~
~g~

M~~

MO

MO~

M~~

MO
MO

M~~

~g~
Mq~
Mq~

MO~

~q~
MO~

M~~

~g~
M~~

MO

MO~

M1~

MO
MO

M~~

~g~

M~~

MO

MO~

M~~

~g~
M~~

~g~

M~~

MO

MO~

M~~

~g~
M~~

~g~
~g~

IV}
2.0%
20%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
20%
2.0%
2.0%
2.0%
2.0%
20%
20%
2.0%
2.0%
2.0%
2.0%
2.0%
20%
2.0%
2.0%
2.0%
2.0%
2.0%
20%
2.0%
20%
20%
2.0%
20%
2.0%
2.0%
2.0%
20%
2.0%
2.0%
2.0%
2.0%
20%
20%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
20%
2.0%
2.0%
20%
2.0%
20%
2.0%
2.0%
2.0%
2.0%
2.0%
20%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
20%
20%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
20%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%

IV}
.80'
.80'
.80'
.80'
.80'
.80'
.80'
.80'
.80'
.80'
.80'
.80'
.80'
.80'
.80'
.80'
.80'
80'
.80'
.80'
.80'
.80'
.80'
.80'
80'
.80'
.80'
.80'
.80'
.80'
.80'
.80'
80'
.80'
.80'
.80'
.80'
.80'
.80'
.80'
.80'
.80'
.80'
.80'
.80'
.80'
.80'
.80'
.80'
.80'
80'
.80'
.80'
.80'
.80'
80'
.80'
.80'
.80'
.80'
.80'
.80'
.80'
.80'
.80'
.80'
.80'
.80'
.80'
.80'
80'
.80'
.80'
.80'
.80'
.80'
.80'
80'
.80'
80'
.80'
.80'
.80'
.80'
.80'
.80'
.80'
.80'
.80'
.80'
.80'
80'
.80'
.80'
.80'
.80'
.80'
.80'
.80'
.80'
.80'
.80'
.80'
.80'
.80'
.80'
.80'
.80'
.80'
80'

POWER
SUPPLY
SPAN

MAX. TEMP.
DRAWINGS
TOTAL
LOGIC OUTLINE
PKG.
LOVI HI DWG. No DWG. No
ll=MO
'C
'C
60mt -55 125 1~04387f T0116
60mt -55 125 K017a
T0116
60mt -55 125 G04387e T0116
60m! -40 85 G04387f T0116
60m! -40 85 K017a
T0116
60m! -40 85 G04387e T0116
60m! 0
75 G04387f T0116
60mt 0
75 G04387f M126
60m! 0
75 K017a
T0116
60m! 0
75 K017a
M126
60m! 0
75 G04387e T0116
60m! 0
75 G04387e M126
70 K06109 Ml05q
312:r
312m 0
70 K06109 T088
312m 0
70 G04387e Ml0~
312m'1E -55 125 G04387e T088
0
70 K06107a T0116
70 K06107 T088
0
0
70 K06107f T0116
0
70 K06107d T088
0
70 K06115 T0116
70 K06115 T088
0
70 K06115a T0116
0
0
70 K06115a T088
0
70 K06115 T0116
0
70 K06115 T088
70 K06115a T0116
0
0
70 K06115a T088
0
70 K06107a M126
10ml> 0
70 K06107a M126
-55 125 K06149 FP69b
28m -55 125 K06149 FP69b
330m -55 125 K06109 Ml0~
330";:; -55 125 K06109 T088
-55 125 G04387e MI05q
~~g~~ 0 70 G04387e T088
-55 125 K06107a T0116
-55 125 K06107 T088
-55 125 K06107f T0116
-55 125 K06107d T088
-55 125 K06115 T0116
-55 125 K06115 M157
-55 125 K06115 T088
-55 125 K06115a T0116
-55 125 K06115a M157
-55 125 K06115a T088
-55 125 K06115 T0116
-55 125 K06115 M157
-55 125 K06115 T08S
-55 125 K06115a T0116
-55 125 K06115a M157
-55 125 K06115a T088
60m 0
70 K06107e T0116
60m -55 125 K06107e T0116
60m -25 85 K06107e T0116
60m -40 85 K06107e T0116
0
70 K06112 T0116
-55 125 K06112 T0116
-55 125 K06112 T085
60m 0
70 K06107 T085
60m -55 125 K06107 T085
10ml> 0
70 K06107a T0116
10ml> -55 125 K06107a T0116
10ml> -25 85
K06107a T0116
10ml> -40 85
K06107a T0116
10ml> 0
70 K06107d T085
10ml> -55 125 K06107d T085
150m! 0
70 K06115 T0116
150m! -55 125 K06115 T0116
150m! -25 85 K06115 T0116
150m! -40 85 K06115 T0116
150m! 0
70 K06115 T085
150m! -55 125 K06115 T085
145m! 0
70 K06115a T0116
145m! -55 125 K06115a T0116
145m! -25 85 K06115a T0116
145m! -40 85 K06115a T0116
145m! 0
70 K06115a T085
145m! -55 125 K06115a T085
70 K06115 T0116
0
-55 125 K06115 T0116
-25 85 K06115 T0116
-55 85 K06115 T085
0
70 K06115a T0116
-55 125 K06115a T0116
-25 85 K06115a T0116
-55 125 K06115a T085
-55 125 K06112 M157b
-55 125 K061~ M126
114m! -55 125 K061
b M157b
114m! -55 125 K06109b M126e
114m! -55 125 K06109b l>004AA
102m! -55 125 K06125 M157b
102m! -55 125 K06125 M126e
102m! -55 125 K06125 l>004AA
70 K06107a M157b
0
0
70 K06107a M126e
70 K06107a T084
0
70 G04387e M157b
0
0
70 G04387e M126e
70 G04387e T084
0
114m! 0
70 K06109b M157b
114m! 0
70 K06109b M126e
114m! 0
70 K06109b l>004AA
102m! 0
70 K06125 M157b
102m! 0
70 K06125 M126e
102m! 0
70 K06125 l>004AA
-55 125 K06107a M157b
60m -55 125 K06107b M126d
-55 125 K06107a l>004AA

GENERAL DESCRIPTION

NI~~' P~~. DI~~'
~.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
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
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
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
0.0
0.0
0.0
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
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
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

5.~

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
5.0
50
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
50
50
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
50
5.0
5.0
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
5.0
5.0
5.0
50
5.0
5.0
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
5.0
50
50
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0

48:~

Hex
Hex
Hex
Hex
Hex
Hex
Hex
Hex
Hex
Hex
Hex
Hex
Hex
Hex
Hex

Inv;tpd 9.0ns,Fan Out 10
Inv;tpd 24ns;Fan Out 10.
Inv·tod 24ns'Fan Out 10.
Inv;tpd 9.0ns;Fan Out 10.
Inv;tpd 24ns;Fan Out 10.
Inv·tpd 24ns'Fan Out 10.
Inv;tpd 9.0ns;Fan Out 10.
Inv;tpd 9.0ns;Fan Out 10.
Inv·tod 24ns'Fan Out 10.
Inv;tpd 24ns;Fan Out 10.
Inv;tpd 24ns;Fan Out 10.
Inv:tpD 24ns'Fan Out 10.
inv;Prop delay IOns max.
inv;Prop delay IOns max.
inv'Pr= dell!}' 15ns max.

Hex inv,Prop delay 15n5 max,

Hex;FO 10;tpd 22ns.
Hex'FO 10·tod 22ns.
Hex,FO 10;tpd 55ns max.
Hex;FO 10;tpd 55ns max.
Hex·tod 23ns max'TTL
Hex;tpd 23ns max;TTL
Hex;tpd 30ns max;TTL
Hex'1Q9 30ns max'TTL
Hex;tpd 23ns max;TTL
Hex;tpd 23ns max,TTL
Hex·tod 30ns max'TTL
Hex;tpd 30ns max;TTL
Hex Inverter; Tpd 22ns max.
Hex Inverter.
Hex;tpd 12ns max.
Hex;tpd 18ns max.
Hex Inv'Pr= del~ IOns max.
Hex Inv;Prop delay IOns max.
Hex Inv;Prop delay 15ns max.
Hex Inv'Proo delav 15ns max.
Hex;FO 10;tpd 22ns.
Hex;FO 10;tpd 22ns.
Hex'FO 10tod 55ns max.
Hex,FO 10;tpd 55ns max.
Hex;tpd 23ns max;TTL
Hex'lpd 23ns max'TTL
Hex;tpd 23ns max;TTL
Hex;tpd 30ns max;TTL
Hex·tod 30ns max'TTL
Hex,tpd 30ns max;TTL
Hex;tpd 23ns max;TTL
Hex:tod 23ns max'TTL
Hex;tpd 23ns max;TTL
Hex,tpd 30ns max;TTL
Hex~d 30ns maxTTL
Hex;tpd 30ns max;TTL
Hex Inverter;Tpd 22ns max;FO 1O.
Hex inverter'Tod 22ns max·F010.
Hex Inverter,Tpd 22ns max;FO 1O.
Hex inverter;Tpd 22ns max;FO 1O.
Hex Inverter:tod 22ns max.
Hex Inverter;tpd 22ns max.
Hex Inverter;tpd 22ns max
Hex Inverter'Illd 22ns max'FO I O.
Hex Inverter;Tpd 22ns max;FO 1O.
Hex Inverter; tpd 23ns max.
Hex
Hex
Hex
Hex
Hex
TTL
TTL
TTL

nt

TTL
TTL
TTL
TTL
TTL
TTL
TTL

Inverter tDd 23n5 max.
Inverter; tpd 23n5 max.
inverter; tpd 23n5 max.

Inverter tpd 23ns max.
inverter; tpd 23ns max.
Hex inverter;buffers/drovers; tpd 15ns
Hex Inverter'buffers/drivers' tod 15ns
Hex Inverter;buffers/drivers; tpd 15ns
15ns
~:~ :~~:~:;:;g~~:;:~~;:~:;:::~~ 15ns
Hex Inverter;buffers/drovers; tpd 15ns
Hex buffers/drovers; tpd 14ns
Hex buffers/drivers' tod 14ns
Hex buffers/drivers; tpd 14ns
Hex buffers/drovers; tpd 14ns
Hex Buffers/DriversTod 14ns.
Hex buffers/drovers; tpd 14ns

nt ~:~ l~~:~:; :~~:;:~~;:~:;:;:~~ :~~::

TTL Hex Inverter Buffers/drivers;tpd 15ns.
TTL Hex Inverter Buffers/drovers;tpd 15ns
TTL Hex Buffers/drivers·tod 14ns.
TTL Hex Buffers/drivers;tpd 14ns.
TTL Hex Buffers/drovers;tpd 14ns.
TTL Hex Buffers/drivers'1Q9 14ns.
Hex Inverter; tpd 22ns max
Hex inverter, tpd 22ns max
Hex'FO 20:tod 3 Ons tvo.
Hex;FO 20,tpd 3.0ns typo
Hex,FO 20;tpd 3.0ns typo ,
Hex'FO 10:tILd 5.0ns tyP.
Hex;FO 10;tpd 5.0ns typo
Hex;FO 10;tpd 5.0ns typ.
Hex inverter' ~d 22ns max.
Hex inverter; tpd 22ns max.
Hex Inverter;tpd 22ns max
Hex Inverter' tod 55ns max.
Hex Inverter; tpd 55n5 max.
Hex Inverter,tpd 55ns max.
Hex'FO 20'10d 3.0ns,l'll!.
Hex;FO 20;tpd 3.0ns typ.
Hex;FO 20;tpd 3.0ns typ.
Hex'FO 10·tod 5.0ns t"o.
Hex;FO 10;tpd 5.0ns typ
Hex;FO 10;tpd 5.0ns typo
Hex Inverter'Tod 22ns max.
Hex Inverter; Tpd 22ns max, Fo 10
Hex Inverter·1I1.d 22ns max.

SYMBOLS AND CODES
EXPLAINED IN INTERPRETER

156

.§J
LINE
No.
1.
2#
3.
4.
5
6.
H
B
9.
10.
11
12t
13t
14
15.
16#

1~:

19.
20.
21
22.
23.
24t
25.
26
2H
28.
29
30.
3,.
32
33.
34.
35
36
37
38
39
40
41
42
43
44
45
46
47
48
49
50
51
52

~~#

55#

~~:

58#
59#
60
61
62
63
64
65
66
67

~g:
70#

n:
73#

~~:

76
77
78
79
80
Bl
82
83
84
85
86
87
88
89

~.
91
92
93
94
95
96
97
98
99
100
101
102
103
104
105
106
107
108
109
110

157

TYPE
No.

~~~:g~~

SN5405W
SN5406J
SN5406N
SN5406W
SN5407J
SN5407N
SN5407W
SN5416J
SN5416N
SN5416W
SN5417J
SN5417N
SN5417W
SN6404N
SN6405AN
SN6405N
SN7404J
SN7404N
SN7404W
SN7405J
SN7405N
SN7406J
SN7406N
SN7406W
SN7407J
SN7407N
SN7407W
SN7416J
SN7416N
SN7416W
SN7417J
SN7417N
SN7417W
SW5404J
SW5405J
SW5406J
SW5407J
SW5416J
SW5417J
SW7404J
SW7404N
SW7405J
SW7405N
SW7406J
SW7406N
SW7407J
SW7407N
SW7416J
SW7416N
SW7417J
SW7417N
T7404Bl
T7405Bl
T7406B 1
T7407Bl
T7416Bl
T7417Bl
TG54S04F
TG54S04J
TG54S05F
TG54S05J
TG74S04F
TG74S04J
TG74S05F
TG74S05J
TL7404N
TL7405N
TL7406N
TL7407N
TL7416N
TL7417N
TL8404N
TL8405N
TRW7404#1

m~~:g~:~

TRW7405#2

i=~~:g~!J

TRW7407#1
TRW7407#2
US54H04A
US54H04J
US54H05A
US54H05J
US74H04A
US74H04J
US74H05A
US74H05J
US5404A
US5404J
US5405A
US5405J
US7404A
US7404J
US7405A
US7405J
04010
04207
RM934J
RM935J
RM936J
RM937J
RM940J
RM9410
RM941J
99350C
99350M

fbi

11 · MISCELLANEOUS
POWER

~~A~

LOGIC
U IE 0 ER- PROLEVEL
ATING CESS ~Jl'
~'O'
FREQ.
(H~)
(V)
(V)

~g~ ~.g~

~

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
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
6
6
6
6

M=MO

m~g~1g~:

K06107a
K06115
K06115
K06115
K06115a
K06115a
K06115a
K06115
K06115
K06115
K06115a
K06115a
K06115a
K06107b
K06107a
K06107a
K06107a
K06107b
K06107a
K06107a
K06107a
K06115
K06115
K06115
K06115a
K06115a
K06115a
K06115
K06115
K06115
K06115a
K06115a
K06115a
G0414Q

~g:n~e
K06115a
K06115
K06115a
G0414a
G0414g
G04233e
G04233e
K06115
K06115
K06115a
K06115a
K06115
K06115
K06115a
K06115a

K06115a
K06115a
K06109b
K06109b
K06107a
K06107a
K06109b
K06109b
K06107a
K06107a
K06107e
K06107a
K06115
K06115a
K06115
K06115a
K06107e
K06107a
K06107
K06107
K06107
K06107
K06115
K06115
K06115a
K06115a
K06112
K06112
G04387e
G04387e
K06112
K06112
G04387e
G04387e
G04387f
G04387f
G04387e
G04387e
G04387f
G04387f
G043B7e
G04387e

M~~7b

M75a
1l004AA
M157b
M126a
1l004AA
M157b
M126a
1l004AA
M157b
M126a
1l004AA
M157b
M126a
1l004AA
M75a
M75a
M75a
M157b
M126e
TOB4
M157b
M126e
M157b
M126e
T084
M157b
M126e
T084
M157b
M126e
TOB4
M157b
M126e
TOB4
Ml14
Ml14
TOl16
T0116
TOl16
T0116
Ml14
Ml05n
Ml14
Ml05n
T0116
Ml05n
TOl16
Ml05n
TOl16
Ml05n
TOl16
Ml05n
M126h
M126h
M126f
M126a
M126f
M126a
TOB6
M157c
T086
M157c
T086
M157c
T086
M157c
M126n
M126n
M126n
M126n
M126n
M126n
M126n
M126n
M126
M157
M126
M157
M126
M157
M126
M157
Ml05b
TOBB
Ml05b
TOBB
Ml05b
T088
Ml05b
TOS8
Ml05b
TOS8
Ml05b
TOBB
Ml05b
TOBB
Ml05b
TOBB
CBIZI

K0677c
K0677c

T0116
T0116

GENERAL DESCRIPTION
Hex;tpd bbn. max.
Hex inverter,
Hex tod 55n. max
TTL Hexinverter buffer./driver.;tpO 15n •.
TTL Hex Inverter buffer./driver.;tpO 15n •.
TTL Hex Inverter buffer/driverctod 15n •.
TTL hex buffer./driver.;tpO 14n •.
TTL Hex buffer./driver.;tpO 14n •.
TTL Hex buffer/driver;tpd 15n •.
TTL Hex Inverter buffer./driver.;tpO 15n •.
TTL Hex Inverter buffer./driver.;tpO 15n •.
TTL Hex Inverter buffer/driver:tod 15n •.
TTL Hex buffer./driver.;tpO 14n •.
TTL Hex buffer./driver.;tpO 14n.
TTL Hex buffer/driver:tod 14n •.
Hex Inverter.
Hex Inverter.
Hex Inverter.
Hex Inverter;Tpd 22n. max.
Hex inverter; Tpd 22n. max; Fo 10.
Hex Inverter'1Q9 22n. max.
Hex;tpd 55n. max.

~iC~~x 51~~!rt,::~xbuffer'/driverS'tno

15n •.
TTL Hex Inverter buffers/driver.,tpO 15n •.
TTL Hex Inverter buffer/driver;tpd 15n •.
TTL Hex buffer./driverS'tPO 14n •.
TTL Hex buffer./driver.;tpO 14n •.
TTL Hex buffer/driver;tpd 14n •.
TTL Hex Inverter buffer./driver.·tnO 15n •.
TTL Hex Inverter buffer./driver.;tpO 15n •.
TTL Hex Inverter buffer/driver;tpd 15n •.
TTL Hex buffer./drover.:tpO 14n •.
TTL Hex buffer./drover.;tpO 14n.
TTL Hex buffer/driver;tpd 14n •.
TTL;tpD 30ns' Noi.e Re·. 1.0V·FO 1O.
TTL;tpO 30n.; NOI.e Rej. 1.0V;FO 1O.
Hex InvertIng Buffer;Free Collector•.
Hex Buffer'Free Collector•.
Hex Invertong Buffer;Free Collector•.
Hex Buffer;Free Collector•.
TTL:toO 30n.· Noi.e Re·. 1.0Vmax· F010.
TTL;tpO 30n.; NOI.e Rej 1.0V;FO 1O.
TTL;tpO 30n.; Noi.e ReJ 1.0V;FO 1O.
TTL;tpO 30n.· Noi.e Re' 1.0V·FO 1O.
Hex Invertong Buffer;Free Collector•.
Hex Inverting Buffer;Free Collector•.
Hex Buffer'Free Collector•.
Hex Buffer;Free Collector •.
Hex Invertong Buffer;Free Collector •.
Hex Invertina Buffer'Free Collector•.
Hex Buffer;Free Collector•.
Hex Buffer;Free Collectors
Hex Invertertod 22n. max'Fo 10.
Hex Inverter;tpd 55n. max
Hex Inverter;tpd 26n. max.
TTL Hex Buffer./Oriver.;!Q,d 14n •.
Hex Inverter;tpd 26n. max.
TTL Hex Buffer./Oriver.;tpd 14n •.
Hex Inverter:tod 5.0ns max'FO 20 max.
Hex Inverter;tpd 5.0n. max;FO 20 max.
Hex Inverter;tpd 7.5n. max;FO 20 max.
Hex Inverter:tpd 7.5n. max'FO 20 max.
Hex Inverter;tpd 5 On. max;FO 20 max.
Hex Inverter;tpd 5.0ns max;FO 20 max.
Hex Inverter:ted 7.5n. max'FO 20 max.
Hex Inverter;tpd 7.5n. max;FO 20 max.
TTL Hex Inverter;tpd 22n. max.
TTL Hex Inverter:tod 55n. max
TTL Hex Inverter Buffer/Drover Vo 30V
TTL Hex Inverter Buffer/Orover;Vo 30V
TTL Hex Inverter Buffer/Driver Va 15V
TTL Hex Inverter Buffer/Oriver;Vo 15V
TTL Hex Inverter,tpd 22n. max.
TTL Hex Inverter·tod 55ns max.
Hex Inverter Tpd 22n. max.
Hex Inverter Tpd 22n. max.
Hex Inverter
Hex I nvertar
TTL Hex Inverter buffer./driver. Tpd 15n •.
TTL Hex Inverter buffer./driver. Ted 15n •.
TTL Hex Buffer./Orover.;Tpd 14n •.
TTL Hex Buffer./Oriver.;Tpd 14n •.
toO 13n. max·ton 4.0n.· toff 6.0n •.
tpO 13n. max;ton 4.0n.;toff 6.0n •.
tpO 18n. max;ton 10n.;toff 6.0n •.
toO 18n. max·ton 10nS'toff 6.0n •.
tpO 13n. max;ton 4.0n.;toff 6.0n •.
tpO 13n. max;ton 4.0n.;toff 6.0n •.
tPO IBn. max·ton 10n.·toff 6.0n •.
tpO 18n. max,ton 10n.;toff 6.0n •.
6 Ckt',Hex Inverter.;F.O. 10;tpd IOn •.
6 Ckt"Hex Inverter,·F.O. 10:ted IOn •.
6 ckt.; hex onverter.; F.O 10; tpd lIn.
6 Ckt.;Hex Inverter.;F O. 10;tpd 11 n'.
6 Ckt. Hex Inverters·F.O. 10:tod IOn •.
6 Ckt.;Hex Inverter.;F O. 10;tpd IOn •.
6 Ckt.,Hex Inverter.;F.O. 10;tpd 11 n'.
6 Ckt"Hex Inverter,·F.O. 10·tItd lIn •.
24 Inverter•.
Twenty Four Inverters.
Hex Inverter'Fanout B·Pd-16mW·Nm-.50V.
Hex Inverter,Fanout B;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 B;Noi.e Margin-.50V.
Hex Inverter;Fanout B;Nol.e Margon-.50V.
Hex Inverter'Fanout B·Noi.e Maraon-.50V.
6Ckt',Fan uyt 10.
6 Ckt"Fan Out 1O.

SYMBOLS AND CODES
EXPLAINED IN INTERPRETER

167

LINE
No.
I
2
3
4#
5#
6
7
8
9
10
II
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32
33
34

~

11 . MISCELLANEOUS
POWER
MAX. TEMP.

MI
LOGIC
U E ~~A~
0 ER- PROLEVEL
ATING CESS fIJ'I'
~JO'

TYPE
No.

I~~~~~~

F~Jz?'

SFC935E
FCH201
FCH211
HEPC3004P-RT
MC3108F
MC5404F
MC5404L
MC5405L
MC5406L
MC5407L
MC5416L
MC5417L
MC7404F
MC7404L.P%
MC7405L,P%
MC7406L P%
MC7407L,P%
MC7416L.P%
MC7417L P%
MCB5404F
MCB5405F
MCBC5404
MCBC5405
MC3008F
MC3008L P%
MC3009L.P%
MC3108L
MC3109L
9936DM
9936FM
9937DC
9937FC
DN1935
DNI936
37# DN1937
MC934F
38
39
MC934L
40
MC936F
41
MC936L
42
MC937F
43
MC937L
44
MC946G
MC949G
45
46
MCE936F
47
9936DC
48
9936FC
49# FQH 141-836
HEPC 1032P-RT
50
51
MC834F
MC834L,P%
52
53
MC836F
54
MC836L P%
55
MC837F
MC837L,P%
56
57
MC846G
MC849G
58
SFC936E
59
MC789AP
60
61
MC889AP
62
SN535
63
N8H90A
64
N8H90F
N8H90J
65
66
S8H90A
S8H90F
67
68
S8H90J
69
MC835F
MC835L,P%
70
MC840F
71
72
MC840L P%
MC841F
73
74
MC841L,P%
MC935F
75
76
MC935L
77
MC940F
78
MC940L
79
MC941F
80
MC941L
81 "11 MIC935-1D
MIC935-5D
MC2016F
MC2016L P%
84
MC2066F
85
MC2066L,P%
86
87
HD1S534
HD9V534
88
89
RG3382D
RG3382K
90
91
HD1S536
92
HD9V536
93
MC2116F
94
MC2116L
95
MC2166F
96
MC2166L
RG3380D
97
98
RG3380K
MC429F
99
100
MC429L.P%
101
MC479F
102
MC479L P%
MC529F
103
104
MC529L
105
MC579F
106
MC579L
107
TMIA18
108
TRWG380#1
109
TRWG380#2
110
RG370D

~~j

:~"'il

158

~

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
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
6
6
6
6

IV)

~g~ ~g~
MO~

M1~

MO
MO

M -40 85 K0679a M294
120mi> 0
75 K06132 M200m
80mi> -40 85 K06132 M200m
120mi> 0
75 K0679a M294
80mi> -40 85 K0679a M294
120mi> 0
75 K06132 M200m
80mi> -40 85 K06132 M200m
5.0u
-55 125 K06144 M191
50u -40 85 K06144 M191
50u -40 85 K16144 M278
50u -55 125 K06145 M191
50u -40 85 K06145 M191
50u -40 85 K06145 M278
1.0u% -66 125 K06148 M191
10u% -40 85 K06148 M191
10u% -40 85 K06148 M278
457m -20
CB31
65 K0648
570m -20
85 K0646c CB31
870m -20
65 K0647
CB31
-20
CB31
2.0
65 K0640
120mt 0
70 K06120 M183a
5.0u% -55 125 K06119 i>OOIAE
50u% -40 85 K06119 i>OOIAC
5.0u% -55 125 K06119 i>004AG
200m -40 85 K06155 i>OOIAB
200m -55 125 K06119 M210b
200m -40 85 K06119 M210b
200m -55 125 K06143 i>002AE
200m -40 85 K06143 i>OOIAC
200m -55 125 K06143 i>004AG
15u% -55 125 K06126 M330
15u% -55 125 K06127 M330
-55 125 K0679b

Nf~~' P~~. Dl~~'
g ~.g
0
0
0
0

0.00
0.0
0.0
0
0
0
0
0
00
00
0.0
00
0.0
00
00
00
0.0
00
0.0
0.0
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
00
0.0
4.8
0
4.8
0.0
0.0
6
6
6
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
0.0
0.0
00
00
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
00
0.0
15
15
15
15
27
0.0
0.0
0.0
0.0
0.0
0.0
0.0
00
0.0
0.0
0.0
30

5.0
5.0
5.0
5.0

~.g

5.0
50
50
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
50
50
5.0
50
50
5.0
50
5.0
5.0
5.0
7
8.0
10
10
10
10
10
10
10
10
10
10
10
52
5
5.2
8.0
8.0
12
12
12
12
15
15
12
12
12
15
15
12
12
12
15
12
12
12
15
12
15
135
13.5
135
13.5
135
13.5
20
16
2.0
16
20
16
20
16
10
10
10
10
10
10
10
10
10
10

o
o
o

00
10
10
10
10
10
10
10
10
10
10
10
.30

~~~

~g~1g~~

GENERAL DESCRIPTION
Hex Inverter;Fanout-15,Nolse Margin-I .1.V
Hex Inverter;Fanout-7;Nolse Margin-l.1V.
Hex Inverter'Fanout-7'Noise Marain-l.1V.
Hex Inverter;Fanout-12;Noise Margin-l.l V.
Hex Inverter;Fanout-12,Noise Margin-1.1 V
Hex Inverter'Fanout-6'Nolse Maroin-l.1V.
Hex Inverter;Fanout-6;Noise Margln-l.1V.
Hex Inverter;Fan Out-,,;Noise Margin-1.0V
Hex Inverter' fan out II'nolse marain 1.0V
Hex Inverter;Fan Dut-6;Noise Margin-1.0V
Hex Inverter;Fanout-6;Noise Margln-l.0V.
Hex Inverter'Fanout-9'Noise Marain-l.0V.
Hex Inverter;Fanout-9;Noise Margin-l.0V.
Hex Inverter;Fanout-5;Noise Margin-l.0V.
Hex Inverter'Fanout-5'Noise Marain-l.0V.
6 ckts; PropagatIon Time 29ns max.
6 ckts; Propagation Time 29ns max.
6 ckts· PrO.l!agation Time 2gns max.
6 ckts, PropagatIon Time 29ns max.
6 ckts; Propagation Time 29ns max.
6 ckts' Proeaaation Time 29ns max.
6 ckts; Propagation Time 29ns max.
6 ckts; PropagatIon Time 29ns max.
Hex inv'ProD delav 40ns max·tf 75ns max.
Hex;tpd 40ns;tf 75ns max.
Hex Inv;Prop delay 40ns max;tf 75ns max.
Hex Inv' PrQl) delav 40ns max·tf 75ns max.
Hex;tpd 40ns;tf 75ns max.
Hex Inv; Prop delay 40ns max;tf 75ns max.
Hex I nterface Inverter.
Hex Interface Inverter
Fan out-l0;tpd-25ns;tr-25ns;tf-25ns
Hex Inverters' DIode InDut.
Dual Pair And Inverter.
Dual Pair And Inverter
Inverting Hex Buffer
Inverting Hex Buffer
Inverting Hex Buffer.
Hex Non-Inverting Buffer
Hex Non-Inverting Buffer.
Hex Non-Inverting Buffer.
Strobed Hex Inverter/Buffer
Strobed Hex Inverter/Buffer

~:;:2~':,~·t~-!rO~~~~~~~~:"~~

Eighteen inverters
Inverters.
DTL F.O. 8' Aver toO 30ns tva.
DTL;F.O. 8; Aver tpD 30ns typo
tr-160ns' tf-30ns
tr-160ns; tf-30ns
Strobed
Strobed
Strobed
Strobed
Strobed
Strobed
Strobed
Strobed
Strobed
Strobed
Strobed

Hex
Hex
Hex
Hex
Hex
Hex
Hex
Hex
Hex
Hex
Hex

Inv·tDd
Inv;tpd
Inv;tpd
Inv·ted
Inv;tpd
Inv;tpd
Inv:ted
Inv,tpd
Inv,!pd
Inv,ted
Inv;tpd

350ns
350ns
350ns
350ns
350ns
350ns
350ns
350ns
350ns
350ns
350ns

Strobed
Strobed
Strobed
Strobed

Hex
Hex
Hex
Hex

Inverter.
Inverter.
Inverter.
Inverter

max'FO
max;FO
max;FO
max'FO
max;FO
max;FO
max'FO
max;FO
max;FO
max'FO
max;FO

5.
5.
5.
5.
5.
5.
5.
5.
5.
5.
5.

~:~ :j~~~~~:: !8~:~ g~ii:~~~~!:

Hex w/Strobes (ReSIstIve Pull-Up).
~:~ ~~~o~~~e~~~~~stive Pull-Up).
Hex (open collector).
Hex Inverter Open Collector,tpd lIOns.
Hex Inverter ODen Collector·tod lIOns.
Hex Inverter Open Collector;tpd lIOns.
Hex Inverter Open Collector;tpd lIOns.
Hex Inverter ActIve Pull-UD;!od lIOns.
Hex Inverter Active Pull-Up;tpd lIOns.
Hex Inverter Active Pull-Up;tpd lIOns.
Hex Inverter Active PUIl-UD;tDd lIOns.
Hex Inverter/Buffer.
Hex Inverter/Buffer.
Hex Invertlno/Buffer
Hex Non-Inverting/Buffer.
Hex Non-Inverting Buffer.
Hex Non-Invertlna Buffer.
Hex;tpd 26not;tr 75no max;tf 110no max.
Hex;tpd 25nst;tr 75ns max;tf lIOns max.
Hex·tDd 25nst·tr 75ns max·tf lIOns max.
Fan In-2i>; Fan Out-18; DTL; 7 Ckts.
Inv;FI-l ;FO-17;Prop Dly.-12ns;RCT-4Ckt.
FI-l·FO-17·Proa. Dlv.-12ns·RCT·5 Ckts.
4 Ckts; 12mA Out.
Tpd 65no;lnput Cap 30pf.
Hex Buffer Inverter/Converter·tDd 55no max
Hex Buffer Inverter/Converter;tpd 70ns max
Hex Buffer Inverter/Converter;tpd 55ns max
Hex Inverter'!Dd 25ns tvD.
Hex Buffer Inverter;tpd 55no max.
Hex Buffer Inverter;tpd 70no max.
CMS Hex Inverter:tDd 55ns max.
CMS Hex Inverter;tpd 55ns max.
CMS Hex Inverter;tpd 55ns max.
CMS Six Inv.Buffers·tad 5.0no.
CMS Six Non Inv.Buffers;tpd IOns.
8 Ckts. 1000mV noise immunity.

SYMBOLS AND CODES
EXPLAINED IN INTERPRETER

159

TYPE
No.

LINE
No.
1
2
3
4
5
6
7
8
9"
10"
II"
12"
13"
14+
15
16

l~#

19#
20#
21#
22#

~~1
25#
26"
27"
28"
29"
30"
~,.

32
33
34
35
36
37

~g#

40#

m~

43#

:~i

46#

:a
49#
50#
51
52
53
54
55
56
57

~g
60

g~

63

~;
66
67
68
69
70
71
72

~~

75
76
77
78
79#
80#
81
82
83
84
85"
86
87+
88+
89
gO
91
92
93
94

~~#
~7#

98
99
100
101
102
103
104
105
106
107
108
109
110"

~g~n~
MC678l
MC678P
MC680l.P%
MC681l P%
MC689L.P%
MC690l.P%
HD1A4810-9
HD1W4804-9
HD1W4805-9
HD1W4806-9
HD1W4807-9
HD1A4809-9
HD1W4009-9
HD1W4010-9
HD1W4814-9
MIC5416J
MIC5417J
MIC6416J
MIC6417J
MIC7416J
MIC7416N
MIC7417J
MIC7417N
HD1A4810-2
HD1W4804-2
HD1W4806-2
HD1W4807-2
HD1W4808-2
HD1A4809-2
HD1W4009-2
HD1W4010-2
HD1W4814-2
HD1S235
HD1S535
HD9V235
HD9V535
MIC5406J
MIC5407J
MIC6406J
MIC6407J
MIC7406J
MIC7406N
MIC7407J
MIC7407N
SP704AE
SP704AF
SP704BE
SP704BF
W700
W510
MOS6P
W600
W601
MC317F
MC317G
MC318F
MC318G
MC367F
MC367G
MC368F
MC368G
MC1017P
MC1018P
MC1039p
MC1067P
MC1068P
MC1217F
MC1217L
MC1218F
MC1218l
MC1239F
MC1239l
MC1267F
MC1267l
MC1268F
MC1268l
SP1039
SP1239
Nl017A
Nl039B
Nl068B
10124F
MC10524F
MC10524l
MC10124l
MC10124P
NC612
PC612
782
DH0034CD
DH0034CH
DH0034D
DH0034H
FZH181
FZH 185
DM7800H
DM8800H
MlC2
D4023
D4024
MC54468F
MC54468l
10125F
MC74468F
MC74468l.P%
MC10125l
MC10125P
MC10525F

160

11 · MISCELLANEOUS
MAX. TEMP.
POWER

-hil ~~A~

.§J

LOGIC
U E 0 ER- PROLEVEL
SUPPLY
TOTAL
SPAN
PKG.
LOW
ATING CESS l J l '
lJO'
FREQ.
NEG. POS. DISS.
(W)
°C
(V)
IV)
1Hz)
IV)
IV)
15
1.5*t
~g~
15 I~g~ :~8
1.5*t
6
0.0
15 288m -30
1.5*t
M PCB 20%
.45"
9 5.0Ml>
2.0%
.45'
9
20%
.70'
9
.70"
MO~ 20%
9
MO~
2.0%
70'
9
MO~
2.0%
.70"
9
2.0%
.70"
9
MO
20%
80"
MO~ 2.0%
9
.80'
9
2.0%
80"
M~~ 20%
9
80"
~g~ 2.0%
9
80'
9
8O'
Mq~ 2.0%
40
9
Mq~ 2.4
MO~ 2.4
.40
9
.40
9
24
~g~ 2.4
40
9

D.A. T.A.

U~

~~~

~~~
M~~

~~~

~q~
~g~

~gs
~gs

~gi

~c?~

~~;

M1~

~~~

~~~
M~~

MAX. TEMP.
SUPPLY
TOTAL
SPAN
PKG.
LOW HI
NEG. POS. DISS.
(V)
(V)
(W)
°C
°C
380mt -55
52
0 l~g
0 °f4
0
5
0 60
5
0 60
0
5
5
0 70
00
15 104mt -30 75
00
15 104mt -30 75
00
15 104mt ·30 75
5.0 1.0
0
70
0
5 300m
0 70
12 1.2
0
70
5
0
0 70
5
0
0 70
5
0
0 70
0.0
18
0
70
0.0
18
-25 85
25 0.0
80mt 0
70
20 0.0
60mt 0
70
25 0.0
80mt 0
70
20 0.0
60mt 0
70
80mt 0
30 5.0
70
30 5.0
80mt 0
70
20 5.0
43mt 0
70
20 5.0
43mt 0
70
15
10
-20 65
15
10
-20 65
15
10
-20
65
5
0 70
5
00
10 5.0u% -55 125
0.0
10 50u% -40 85
0.0
10 50u% -55 125
0.0
10 200m -55 125
0.0
10 200m -40 85
00
10 200m -55 125
0.0
10 200m -55 125
0.0
10 200m -40 85
10 200m -55 125
00
0.0
10 200m -55 125
0.0
10 200m -40 85
0.0
15 200m -55 125
00
15 200m -40 85
0.0
15 200m -55 125
0.0
15 200m -55 125
0.0
15 200m -40 85
0.0
15 200m -55 125
0.0
15 200m -55 125
0.0
15 200m -40 85
0.0
15 200m -55 125
0.0
10 150u -55 95
0.0
10 5.0u
-55 125
0.0
10 50u
-40 85
0.0
10 5.0u
-55 125
0.0
10 50u
-55 125
0.0
10 5.0u
-40 85
0.0
10 50u
-55 125
0.0
10 200m -55 125
0.0
10 200m -40 85
0.0
10 200m -55 125
0.0
10 200m -55 125
0.0
10 200m -40 85
0.0
10 200m -55 125
0.0
15 105mt -30 75
0.0
15 105mt -30 75
0.0
15 105mt -30 75
1.0
18
0
50
1.0
18
0
50
5.2
00
-30 85
15
10 525m -20
65
0.0
3.6
95mt 15 55
0.0
3.6
95mt 0
75
0.0
5.0 750m -40 100
0.0
50 750m -40 100
00
5.0 750m -40 100
0.0
50 750m -40 100
0.0 300mt 0
52
75
5.2
00 300mt -55 125
5.2
0.0 300mt -55 125
0.0
50
15m 0
75
0.0
5.0
15m 0
75
0.0
50
15m -55 125
00
5.0
15m -55 125
0.0
50
15m -55 125
0.0
5.0
15m -55 125
0.0
5.0
15m 0
75
0.0
5.0
15m 0
75
00
5.0
15m -55 125
00
5.0
15m -55 125
0.0
50
85mt 0
70
00
5.0 180~~ 0
75
00
5.0 180m -55 125
0.0
50 180m§ 0
70
0.0
5.0 180m§ ·25 85
0.0
5.0 180m% 0
70
12
12
0 70
12
0
70
12
0.0
5.0 170m 0
70
0.0
5.0 170m -55 125
0.0
5.0 170m -25 85
0.0
5.0 170m -55 125
0.0
5.0 170m -55 125
0.0
5.0 170mt 0
70
00
5.0 170mt -25 85
00
5.0
85mt -55 125
0.0
5.0
85mt -40 85
0.0
5.0
85mt 0
75
5.0
85mt 0
00
75
0.0
5.0
0
70
0.0
5.0
-55 125
00
5.0
-25 85
0.0
5.0
-55 125

IN ORDER OF (I)USE(2)LEVEL'1'(3)LEVEL'O'

(4)MAX OPER FREQ(5)TYPE No
DRAWINGS
LOGIC OUTLINE
DWG. No DWG. No
£,=MO

~g~~~

~~~;c

GENERAL DESCRIPTION

Quad _MECL to MTTL Translator.
plus 5V in equal 3 to 24V out.
out'l In- -6V out.
-.50 to .50 in-O out;-12 to -6V in-lout.
3 to 16V In equal 5V out.
K0755
CB37c
K0757
T0116
Triole Level Translator'IO 3.0mA·tod 30ns.
Triple Level Translator;IO 3.0mA;tpd 30ns
K0757
M157a
Triple Level Translator;IO 3.0mA;tpd 30ns
K0757
Ml14f
K0740
CB53
Ten Outout Level Shifters.
CB53
Eight input level shifters
Ten output level shifters.
K0740a CB53
K0745
CB55
Outout ConverterS'tr-40·tf-40nsec.
Output Converters;tr-30;tf-20nsec.
K0745
CB55
K0746
CB55
Input Converters.
4 Ckts' LSL-TTL' Noise Re·. 5.0V.
K0764
Ml17r
K0764
Ml17r
4 Ckts; LSL-TTL; Noise Rej. 5.0V.
K0539a CN58a
TTL-MOS Analogue Sw. Orlvers.
K0539a CN58a
TTL-MOS Analoaue Sw. Drivers.
K0539
CN58a
TTL-MOS LogiC Drivers.
K0539
CN58a
TTL-MOS LogiC Drivers.
TTL-MOS Anal.Sw. and Loaic Dr.
K0540
M54b
K0540
FP21
TTL-MOS Anal.Sw. and LogiC Dr.
K0540
M54b
TTL-MOS Anal.Sw. and Logic Dr.
K0540
FP21
TTL-MOS Anal.Sw. and Loaic Dr.
K0735
CB31
Converts 25 and -50V to 0.0 and -3.0V.
Differential 25 and -50V to 00 and -3.0V.
CB31
CB31
Outout of ±6.0V at 15mA.
K0752
CB37c
-3 to -16V In - plus 5V out.
K0759
l>OOlAE Hex Buffer Converter.tpd 55ns max
K0759
l>OOlAC Hex Buffer ConverteC'tod 70ns max.
l>004AG Hex Buffer Converter;tpd 70ns max
K0759
K0768
l>002AE Inverting Type Hex Buffer/Converter.
K0768
l>OOlAC Invertln.~ 1'loe Hex Buffer/Converter.
l>004AG Inverting Type Hex Buffer/Converter.
K0768
K0767
l>002AE Non-Inverting Hex Buffer/Converter.
l>OOlAC Non-Invertina Hex Buffer/Converter.
K0767
K0767
l>004AG Non-Invertin~ Hex Buffer/Converter.
K0759
M210b
Hex Buffer onverter;tpd 55ns max.
K0759
M210b
Hex Buffer Converter·tod 70ns max.
K0768
l>002AE Inverting Type Hex Buffer/Converter.
K0768
l>OOlAC Inverting Type Hex Buffer/Converter.
K0768
l>OOlAG Invertina TYoe Hex Buffer/Converter.
K0767
l>002AE Non-Inverting Hex Buffer/Converter.
K0767
l>OOlAC Non-Inverting Hex Buffer/Converter.
K0767
l>OOlAG Non-Invertlno Hex Buffer/Converter.
Quad Low to High Level Translator.
K0775
Quad Low to High Level Translator.
K0775
Quad Low to High Level Translator.
K0775
F~
Hex Buffer;Loglc Level Conv.• lnvert.type.
Hex Buffer LogiC Level Conv;lnvert.Type
l>OOlAC Hex Buffer Loaic Level Conv·lnvert.TYDe.
MOIAG Hex Buffer Logic Level Conv.lnvert.Type.
K0759
l>OOIAE Hex Buffer Logic Level Conv;Non Inver.Type
K0759
l>OOlAC Hex Buffer Loalc Level Conv'Non Inver.Tvoe
K0759
l>OOlAG Hex Buffer LogiC Level Conv;Non Inver.Type
K0768
l>002AE Inv Type Hex Buffer/Converter;tpd IOns.
K0768
l>OOlAC Inv Tvoe Hex Buffer/Converter·tod IOns.
K0768
l>004AG Inv Type Hex Buffer/Converter;tpd IOns.
K0767
l>002AE Non-Inv Hex Buffer/Converter;tpd IOns.
l>OOlAC Non-Inv Hex Buffer/Converter·tod IOns.
K0767
K0767
M04AG Non-Inv Hex Buffer/Converter;tpd IOns.
Triple LEVEL Translator;IO 3.0mA;tpd 30ns.
K0758
TOl16
K0758
M157a
Trlole Level Translator'Fan Out 10.
Triple Level Translator;Fan Out 10.
K0758
Ml14f
NOise Rej. 5.0V max.
NOise Re·. 5 OV max.
Dual MECL to MOS Translator
K0774
M19l
-IN equals GND out;GND IN equals -3Vout.
K0921
CB31
Quad Schmitt Tri!l~er'RTl'tr And tf 20ns.
K09102 TOl16
Quad Schmitt Trigger;RTL.tr and tf 20ns.
K09102 TOl16
Threshold Detector w/Complementary Outputs
K09111 M391
K09112 M391
Detector w/Zener Clamoed Outout.
Dual Detector/wComplementary Outputs.
K09111a M391
K09112a M391
Dual Detectorw/l Out Zener Clamp.
K15159 TOl16
Dual Schmitt Trlaaer/Triole Dlff. Amo.
K15159 T086
Dual Schmitt TriggerlTriple Diff. Amp.
K15159 TOl16
~~~I oSu;h5'!JoJ;i~g3etlo'~I~e~~~io~1~ns.
K0944
M157b
K0944
l>004AF Fan Out 5;Vout 3.3;250m resp;tpd 12ns.
Fan Out 12;Vout 3.3;250m resp;tpd 12no.
K0944
M157b
K0944
l>004AF Fan Out 12 Vout 3.3·250m reso.tod 12ns.
Fan Out 6;Vout 3.3;250m resp;tpd 12ns.
K0944
M157b
K0944
l>004AF Fan Out 6;Vout 3.3;250m resp;tpd 12ns.
Fan Out 10Vout 3.3·250m re~;tPd 12ns.
K0944
M157b
K0944
l>004AF Fan Out 10;Vout 3.3;250m resp;tpd 12ns.
Fan Out 12;Vout 3.3V;250m resp.
K0944
M157
Fan Out 12Vout 3.3V·250m reso.
K0944
M126
Fan Out 10 max;tpd 17ns;Hysteresls 800mV.
K09106 TOl16
Ml05j
M126a
Dual Nand Gates;tpd 27ns max.
G043q
M126p
G043q
M126p
Dual Nand Gates;tpd 27ns max
K09105 M126e
Dual 4-in TTL Schmitt 800mV Hvsteresis.
K0937
CB50
4 Ckt; Trigger Level ± 5V.
K0938
CS50
2 Ckts.Trigger Level ±5.0V
K09106a TOllS
Quad NAND TTL Schmidt·tod 35ns max
K09106a TOl16
Quad NAND TTL Schmidt;tpd 35ns max.
Quad NAND TTL Schmidt;tpd 35ns max.
K09106a TOl16
Quad NAND TTL Schmldt'tDd 35ns max.
K09106a TOl16
K09106a T085
Quad NAND TTL Schmidt;tpd 35ns max.
Quadruple Schmltt-Trigger;Hysteresls 800mV
K09109 M126p
K09109 M1260
Quadruole Schmitt-Triaaer'Hvsteresis 800mV
Dual Nand 4 Input;tpd 17ns;Fan Out 10
K09104 TOl16
K09104 TOl16
Dual Nand 4 Input;tpd 17ns;Fan Out 10.
K09104 TOl16
Dual Nand 4 Input'!l!d 17ns'Fan Out 10.
K09104 M126
Dual Nand 4 Input;tpD 17ns;Fan Out 10.
TOl16
Dual 4 In TTL Schmitt 800mV hysteresis.
Dual 4 In TTL Schmitt 800mV hysteresIs.
TOl16
Dual 4 In TTL Schmitt 800mV hysteresis.
TOl16
T085
Dual 4 In TTL Schmitt 800mV hvsteresis.

o In-COM

~~

;g~lAE

~~gm ~~~~ ~~~·~~~i~~~~'i~ ~~~~~.

SYMBOLS AND CODES
EXPLAINED IN INTERPRETER

161

LINE
No.
1
2
3
4
5.
6
7
8
9
10#

~

11 · MISCELLANEOUS
POWER

TYPE
No.

I~~~:l~j

i~~~:n:~

FCll01
Tl7413N
Tl8413N
13
MSTl
14
MST2
541
15
16
lCE311
17
367AJ
18
367Al
19
367Bl
20
367CJ
21
367Cl
22
367Ml
23
368AJ
24
368Al
25
368Bl
26
368CJ
27
368Cl
28
368ML
~g: FZH241
FZH245
31
MC14583AL
MC14583CL
32
33
MC14583CP
34
T306
35
MC679Bl.P%
MC679L P%
36
37
MC316F
MC316G
38
MC366F
39
MC366G
40
41
SW729-1P
42
SW729-lT
43
SW729-2M
44
SW729-2P
45
SI2001
46
SI2401
47
SI4401
48
SI4402
49
04036
50# ZST2
51
CTS851
52
RG7523K
53
RG7520D
RG7520K
54
RG7521D
55
56
RG7521K
57
RG7522D
58
RG7522K
59
RG7523D
60
RG7540D
61
RG7540K
62
RG7541D
63
RG7541K
64
RG7542D
65
RG7542K
66
RG7543D
67
RG7543K
68
~~011
69
70
831B
71. TNG5611F
72. TNG5611J
73. TNG5612F
74. TNG5612J
75. TNG5613F
76. TNG5613J
77. TNG5614F
78. TNG5614J
79
W050
80
W051
HXK21011
81
82
HXK21019
83
MC1045P
84
MC1245F
85
MC1245L
86
NC2001C
87
NC2001
88
DM7880J
89
DM8880N16
90
DM8880N
91
DM8885N
92
DM8884AN
93
NHOO06
94
NHOO06C
95
L54
96
1313
97
1406
98
831A
99
CD4054AD
100
CD4054AE
101
CD4054AH
102
CD4054AK
103
DM8861N
104
DM8863N
105
DM75491N
106
DM75492N
107
UHD490
108
UHD491
109
UHP490
110
UHP491

162

.:g

~

SW7413N
SN5413J
SN5413W
SN7413J
SN7413W

g:

rMl
LOGIC
0 ER- PROLEVEL
U E ~~A~
ATING CESS ~'1'
~'O'
FREQ.
(V)
(V)
(Hz)
M~~ 24
24
~g~ 2.4
9
40
9
20M
.40
Mq~ 2.4
9
20M
.40
MO~ 2.4
9
20M
M6~ 24
.40
9
20M
2.4
.40
9
20M
2.4
.40
9
20M
MO~
2.4
.40
9 5.0M
2.5%
.4*t
M~~
9
3.3
.22t
9
3.3
.22t
9 5.0M
PC8 4.0%
5*t
9 20M
PCB 5.0
0.0
9 5.0M
PCB 5.0
.45
9 3.0M
6.0
OOt
9
5.0%
6.5*
9
MO~
5.0%
6.5*
9
50%
6.5*
M~~ 6.5*
9
5.0%
~g~ 6.5"
9
5.0%
9
5.0%
Mq~ 6.5*
9
5.0%
Mq~ 65*
9
MO~ 6.5*
50%
9
5.0%
6.5"
9
MO
5.0%
6.5"
9
MO
50%
6.5"
9
5.0%
6.5*
9 500k% M~~ 7.5%
45*
9 500k% ~gj 7.5%
45*
9
MO 9.99%
.01*t
9
9.99%
OPt
M~~ 9.99%
9
MO
01*t
9 5.0M
30M -3.0
-11
10
1.0*t
~g~
10
1.0*t
10
-.75
-1.6
10
-.75
-1.6
10
Mm -75
-16
10
-1.6
M~~ -.75
10
1.8%
~gil 1.8% 1.2*
10
1.2*
10
1.2*
Mq~ 1.8%
10
1.8%
1.2*
Mq~
10
MO~ 2.0
.30
10
.30
20
10
.30
20
10
MO~ 20
.30
10 5.0M
20%
.95*
PC~~ 3.0
10 2.5M%
18%
~g~ 3.0% -5.0*
10 lOOk
10
3.4
.20
Mq~
10
20M
.40
Mq~ 3.4
10
20M
MO~ 3.4
.40
10
20M
3.4
.40
M~~ 3.4
10
20M
.40
~g~ 3.4
10
20M
.40
10
20M
3.4
.40
M~~ 3.4
10
20M
40
10
20M
3.4
40
10
20M
.40
Mq~ 3.4
10
20M
.40
Mq~ 3.4
10
20M
M6~ 3.4
40
10
20M
34
.40
10
20M
MO
34
.40
10
20M
MO~ 3.4
.40
10
20M
.40
~CO: 3.4
10 5.0M
50
0.0
10 lOOk
PCB 5.0
.45
10 lOOk
.45
PC~~ 5.0
10
5.0
.60
~g~ 5.0
10
.60
10
.60
Mq~ 5.0
10
5.0
.60
Mq~
10
MO~ 5.0
.60
10
.60
50
10
5.0
.60
10
MO~
5.0
.60
10 20M
PCB -3.0
0.0
10 5.0M
-3.0
0.0
11
11
Mq~
11
-1.6*
Mq~ 75%
11
MO~ 75%
-1.6*
11
75%
-1.6*
11
.95%
.45*
11
Mm 2.0%
.40*
11
2.0%
.80*
M~~ 2.0%
11
.80*
~gj 20%
11
.80*
11
.80*
Mq~ 2.0%
11
20%
Mq~
10*
11
Mm 2.4
80*
11
Mm 2.4
.80*
11
2.6%
.50*
11
5.0M
PCB 5.0
0.0
11
5.0M
PCB 5.0
0.0
11
lOOk
.45
50
11
10
O.Ot
11
O.Ot
10
Mq~
11
10
OOt
M()§
11
MOS
10
O.Ot
11
0.0
10*
11
0.0
10*
11
Mm
0.0
10*
11
0.0
10*
11
-24%
-28"
11
MO~ -28"
-24%
11
-24%
-28"
~g~ -28*
11
-24%

D.A. T.A.

~~;

~8j-

~q;

M1~

~q;

~~~

~~

M~~

~q;

~~

~q~

~~

~q~

~~;

MAX. TEMP.
SUPPLY
TOTAL
SPAN
PKG.
LOV'. HI
NEG. POS. DISS.
(V)
(V)
(W)
'C
'C
1~,?m -55 125
~g 168m
0
70
0.0
5.0 168m 0
70
0.0
5.0 176m -55 125
0.0
5.0 126m -55 125
0.0
5.0 168m 0
70
00
5.0 168m 0
70
0.0
5.0 168m 0
70
0.0
5.0 168m 0
70
0
6 19m
0 75
0.0
50 168mt 0
70
0.0
50 168mt -25 85
5
5
0 70
16
16 520m
0 70
0
5
0 70
6
12 180m -40 100
0.0
15 864mt -30 70
0.0
15 864mt -30 70
0.0
12 468mt -30 85
0.0
12 468mt -30 85
0.0
12 468mt -30 85
0.0
15 864mt -30 70
0.0
15 800mt -30 70
0.0
15 800mt -30 70
0.0
12 429mt -55 125
0.0
12 429mt -30 85
00
12 429mt -30 85
00
15 800mt -55 125
00
15 144mt 0
70
0.0
15 144mt -25 85
0.0
10 1.0u% -55 125
00
10 10u% -40 85
0.0
10 10u% -40 85
12
215m -55
71
0.0
15 280mt -30 75
0.0
15 280mt -30 75
5.2
0.0 105m -55 125
5.2
0.0 105m -55 125
5.2
0.0 105m 0
75
0.0 105m 0
75
5.2
0.0
5.0
44mt -55 125
8 44m -55 125
0
0.0
50
44mt 0
75
0.0
5.0
44mt 0
75
0.0
80 600m -55 125
8.0 600m 0
0.0
70
0.0
8.0 750m 0
70
0.0
8.0 750m 0
70
0
5 180m
0 75
0
4 210m
40 125
0
28 350m -55 125
0 5.0 120m 0
75
0.0
5.0 120mt -55 125
00
5.0 120mt -55 125
0.0
5.0 120mt -55 125
0.0
5.0 120mt -55 125
0.0
5.0 120mt 0
75
0.0
5.0 120mt 0
75
00
5.0 120mt 0
75
0.0
5.0
60mt -55 125
0.0
5.0
60mt -55 125
0.0
5.0
60mt -55 125
00
50
60mt -55 125
0.0
5.0
60mt 0
75
0.0
50
60mt 0
75
0.0
5.0
60mt 0
75
5.0
0.0
60mt 0
75
4.8
5.2 250m
0 70
00
5.0
0
70
0.0
5.0
0
70
0.0
5.0
60mt -55 125
00
5.0
60mt -55 125
0.0
5.0
60mt 0
75
0.0
5.0
60mt 0
75
0.0
5.0
60mt -55 125
0.0
5.0
60mt -55 125
0.0
50
60mt 0
75
0.0
5.0
60mt 0
75
10 116m -20
55
15
15
10 375m -20
55
8 250m -55 125
0
0
8 250m
0 70
52
0.0 178mt 0
75
0.0 178mt -55 125
5.2
0.0 178mt -55 125
5.2
0.0
5.0 150m 0
70
5.0 150m -55 125
0.0
0.0
5.0 600m -55 125
0.0
5.0 600m 0
70
0.0
5.0 600m 0
70
0.0
5.0 600m 0
70
0.0
5.0 600m 0
70
28 30m -55 125
0.0
0.0
28 30m 0
75
0.0
50
0
60
5.0 240m'*
0.0
4.8
5.2 100m
0 70
0.0
5.0
0
70
0.0
5.0 200m -55 125
0.0
5.0 200m -40 85
0.0
5.0 200m -55 125
0.0
5.0 200m -55 125
0.0
10 800m 0
70
00
10 800m 0
70
0.0
10 800m 0
70
0.0
10 800m 0
70
80 160mt -55 125
30
80 160mt -55 125
30
80 160mt 0
30
85
30
80 160mt 0
85

g.g

o

IN ORDER OF (1)USE(2)LEVEL'1'(3)LEVEL'O'
(4IMAX OPER FREQ(SITYPE No
DRAWINGS
LOGIC OUTLINE
DWG. No DWG. No
ll=MO

~g~lg~ igll~

K09105
K09105
K09105
K09105
K09105
K09105
K09105
K0920a
K09104
K09104
K09101
K0945
K0946
K0922
K09108
K09108
K09108
K09108
K09108
K09108
K09108
K09108
K09108
K09108
K09108
K09108
K09107
K09107
K09110
K09110
K09110
K0914
Kl039
Kl039
Kl0l
Kl0l
Kl031
Kl031
Kl020
Kl020
Kl020
Kl020
Kl036
Kl036
Kl036a
Kl036b
Kl029
Kl037

Kl039a
Kl039a
Kl039a
Kl039a
Kl039a
Kl039a
Kl039a
Kl039b
Kl039b
Kl039b
Kl039b
Kl039b
Kl039b
Kl039b
Kl039b
Kl035
Kl022
Kl022
Kl040
Kl040
Kl040
Kl040
Kl040
Kl040
Kl040
Kl040
Kl0lla
Kl0ll
K1133
K1133
K1137
K1137
K1137
Kl135
Kl135
Kl144
Kl144
Kl144
K1146
K1145
K1131
K1131
K1136
K1132
K1128
K1138
K1138
K1138
Kl138
Kl142a
Kl143a
Kl142
K1143
K1141
K1141a
K1141
J1141a

Ml05n
M157b
t.004AA
M157b
t.004AD
M126
M157
T0116
M126n
M126n
CB37c
CB55
CN27
M319
M200
M200j
M319
M200
M200j
M319
M200
M200J
M319
M200'
M200j
M191
M191
M278
M17
TOl16
T0116
T091
CN9
T091
CN8
TOl16
CN39
Ml05n
TOl16
T0100
T0100
T086
T086

g~~

GENERAL DESCRIPTION
Dual ~chmitt Nand <:!ate.
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 Hvsteresis.
Dual 4-in TTL Schmitt 800mV Hysteresis.
Dual 4 In TTL Schmldt;800mV Hystersis.
Dual 4 In TTL Schmidt'800mV Hvstersis.
Schmitt Trigger.
Nand Schmitt Trlgger;tpd 35ns max.
Nand Schmitt TrlQiier Wd 35ns max.
Schmitt Trigger
Two Schmitt Triggers
tr-'15ns; tf-15ns.
Quad;Actlve Pullup;lsink 20mA max.
Quad'Actlve Pullup;lsink 20mA max.
Quad;Actlve Pullup;lsink 20mA max
Quad;Active Pullup;lsink 20mA max.
Quad Active PulluD:lsink 20mA max.
Quad.Actlve Pullup;lsink 20mA max.
Quad;Open Coliector;lsink 20mA max
Quad'Oeen Coliector'lsink 20mA max.
Quad;Open Coliector;lsink 20m A max.
Quad;Open Coliector;lsink 20mA max.
Quad'Open Coliector'lsink 20mA max.
Quad;Open Coliector;lsink 20mA max.
Dual;Nand Schmitt Trigger.
Dual'Nand Schmitt Trigger.
Dual;Output Rise and Fall times 100nst..
Dual.Output Rise and Fall times 150nst..
Dual'OutDut Rise and Fall times 150nst..
Squaring Amplifier
Dual lamp/Relay Driver.to 500ns:FOI25.
Dual Lamp/Relav Drlver·td 500ns'FO 125.
Lamp Driver;6.0V.OR.NOR Available.
Lamp Driver;6.0V;OR.NOR Available.
Lamp Driver·6.0V·OR NOR Available
Lamp Driver;6.0V;OR.NOR Available.
Lamp Driver;DTL
Lamp Driver'DTL
Lamp Driver.DTL
Lamp Driver;DTL
Lame/Relav driver'Latchino Caeabilltv .
Lamp/Relay Driver;Latching Capability.
Dual lamp/Relay Drivers.
2 Lame/Relav Drivers'Latchina Caeabllitv.
Ten 100mA Gated Lamp Drivers.

CN65
FP21b
Ml05m
FP21b
Ml05m
FP21b
Ml05m
FP21b
Ml05m
Ml05m
FP21b
Ml05m
FP21b
Ml05m
FP21b
Ml05m
FP21b
CBIZI
CB50
CB50
FP21c
T0116
FP21c
T0116
FP21c
T0116
FP21c
T0116
CB31
CB31
T099
T099
M278
FP85
M191
T0100
T0100
M200k
M126e
M345
M345
M347
CN59
CN59

350mA Dual Relav/Lame Driver
Lamp Driver;tpd-15nsec;Noise Margin-1.1V.
Fo 60mA mln;Ton 25ns max;Toff 18ns max.
Fo 60mA mln'Ton 25ns max'Toff 18ns max.
Fo 60mA min;Ton 25ns max;Toff 18ns max.
Fo 60mA min;Ton 25ns max;Toff 18ns max.
Fo 60mA min'Ton 25ns max'Toff 18ns max.
Fo 60mA min;Ton 25ns max;Toff 18ns max.
Fo 60mA mln;Ton 25ns max;Toff 18ns max.
Fo 60mA mln'Ton 25ns max·toff 18ns max.
Fo 60mA mln;Ton 25ns max;toff 18ns max.
Fo 60mA min;Ton 25ns max;toff 18ns max.
Fo 60mA mln'Ton 25ns max·toff 18ns max.
Fo 60mA min;Ton 25ns max.toff 18ns max.
Fo 60mA min;Ton 25ns max;toff 18ns max.
Fo 60mA mln'Ton 25ns max·toff 18ns max
Fo 60mA min.Ton 25ns max;toff 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·tDd 14ns tVD.
Dual;tpd 14n5 typ
Dual;tpd 14ns typo
Dual·ted 14ns tve.
Dual;tpd 14ns typo
Dual.tpd 14ns typ
Dual·ted 14ns tve .
7 Ckts; 30mA Out max. each Ckt
7 Ckts;100mA Out max. each ckt;lnverting
1 Ckt: 1OOV max. on OUtDUt.
1 Ckt.; 1OOV max. on Output.
Decoder~Nlxle Driver.
Decoder-Nixie Driver.
Decoder-Nixie Driver.
High current lamp and relay driver
Hlah current lamp and relav driver.
7 ~egm.Decode,!Driver;tpd 10us max.
7 Seg.Decoder/Driver;tpd 10us max.
7 Srulm.Decoder/Drlver:tod 10us max.
MOS to High Volt.Buffer:tpd 10us max.
High Volt.Decoder/Drlver;tpd 10us max
Relav/Lamp Driver
Relay/Lamp Driver.

CBIZI

N,x,e driver' inout load factor 1.
5 Ckts;Max.lamp Current-l0mA at 120V.
1 Ckt;BCD Counter and Decoder Included.
CMS Liquid G.rystal DIM1la~d 900ns max.
CMS Liquid Crystal D,splay;tpd 1.2us max.
CMS Liquid Crystal Dlsplay;tpD 900ns max.
CMS Liouid Crvstal Disolav:tod 900ns max.
MOS to LED 5 Segm Drlver;tpd lOOns.
MOS to LED 8 Digit Driver;tpd 300ns.
MOS to lED Quad Seament Driver·tpd lOOns.
MOS to LED Hex Digit Driver.tpd 300ns.
5 Digit Display Driver.Vo-80V;ton3.0usmax
6 Dlait Displav Driver-V0-80V·ton3.0usmax
5 Digit Display Drlver;Vo-80V;ton3.0usmax
6 Dlalt Diselav Driver-V0-80V·ton3.0usmax

g~~o

t.001AE
MOIAC
FC6a
t.004AG
M347
M347
M344
M344

~~05ag

~~26k

SYMBOLS AND CODES
EXPLAINED IN INTERPRETER

162

.

IMI
LOGIC
U E ~~A~
0 ER· PROLEVEL
lJO'
ATiNG CESSflJ'l'

.§j
TYPE
No.

LINE
No.

F~~Z?'
~

3
4
5
6
7
8
g
10
II
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"41

39
40
41
42
43
44"
45"
46
47
48
49
50
51
52
53
54#
55#

~~:

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
1{j9.
110"

163

IN ORDER OF 11IUSE(2)LEVEL'1'13ILEVEL'O'
(4IMAX OPER FREat51TYPE No

11 MISCELLANEOUS
MAX.

~~g::~

UHP480
UHP481
MONODRV01Y
CH2001A
W040

831t>
D4021
MRRI
CTS850
1419
1420
1405
W061
W800
D4406
D4407
9028
CH1070
CH1071
CTL100N31-12
CTL 100N3124
CTL100P31-12
CTL100P3124
CTL100P/N12
CTL1 OOP/N 125
CTL 100P/N24
CTL250N31-12
CTL250P31-12
CTL250P3128
CTL250P4125-28
CTL250P/N I 2
CTL250P/N24
CTL250P/N28
CTP5P12
CTP5P24
DN831
HEP554-RT
HEPC3806P-RT
MC9707P
MC9807P
MC75491L,P%
PS12
PS24
RM227D
RM227P
SN75491N
SN75492N
SSCT-Hl
SSCT-H3
SSCT-L I
SSCT-L3
TAA790A
TAA790B
SAK115
SAY115
SP520
SAH190
MES4A
N8243N
N8243P
N8243Y
S8243N
S8243P
S8243Y
MC4042F
MC4042L,P%
MC75492L P%
MC901G
MC801G
IPL1500
IPL1700
IPL15
IPL17
Tl09
MC304F
MC304G
MC354F
MC354G
Nl025A
MC1029P
MC1229F
MC1229L
10124B
MC10163L
MC10193L
MC12040L#1
MC12012L#1
MC12000L#2

~3Cl8%G

9650-1DM
9650-2DM
9650-3DM
4850
9368DC
9369DC
9370DC
9650-1 DC
9650-2DC
9650-3DC
FLH441-74H87
FLH445-84H87
HWG16
NC74H87N
SN54H87J
SN54H87N
SN54H87W
SN54S275J

11

II
II
II
12
12
12
12
12
12
12
12
12
12
12
12
12
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
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

IVI

~q~
MO~

l~~~

130

l~g!Zl
M~~
MO

500k
5.0M
100
lOOk
1.0M
10M
5.0M
lOOk
3.0M
3.0M

MOf
PCB
PCB
PCB

~~
PCB
PCB
PCB
PCB
PCB

3D~~

00
1.8%
2.0%
2.5%
30%
5.0
5.0
50
-3.0
-30
13
13

IVI

-30
80*
95*
.50'
-5.0*
0.0
00
00
00
00
15
1.5

~gs

MO~

~g~

M~

MO
MO

M~~
~gs

~J>~

3DM
3DM
3DM

M~~
MO
Mq~
Mq~

PCM

M~;

MO

MO~

M~~
~g~
Mm

M:~

82%
MO
84%
MO -.25
Mq~ - 25
Mq§ -.25
MOS -25
-30
250k
-.75
MO~ -.75
-.75
MO -.75
125M
MO -.77
-.85%
M~~ -85%
~g~ -.85%
60M
-.88
M~~ -.96%
MO
-.96%
80M%
-.96%
MO -.96%
Mm -.96%
1.3
M~~ 18%
~g~ 2.0%
Mq~ 2.0%
Mq~ 2.0%
3DM 2.0%
2.0%
MO
20%
Mm 2.0%
M~~ 20%
2.0%
~g~ 2.0%
Mq~ 20%
Mm 20%
2.0%
2.0%
MO
2.0%
Mm 2.0%
2.0%
~g: 20%

~q~

M:~

~gg~!~ M~~

D.A. T.A.

M~~

M~~

40t*
40t
40t'
40t'
.40t
.40t
50't
50't
1.2't
57'
.55'
-87t
-87t
-9.5t
·95t
-5.0
·1.6t
·1 6t
·1.6t
·1.6t
-16
-1.5't
·1.5't
-1.5't
17
-1.6't
-16't
-16'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'

DRAWINGS
TEMP .
TOTAL
LOGIC OUTLINE
GENERAL DESCRIPTION
PKG.
LO'" HI DWG. No DWG. No
6=MO
'C
'C
~~UDag I~ ~egment !:'!sp!ay Drover;~o~~~~;tp,!~usmax
:~~
7 Segment Display Drover;Vo 130V;tpd5usmax
0
M126k
5 Seament Disolay Drover'Vo I 30V:tod5usmax
85 K1140
0
85 K1140a
7 Segment DisPlaJ Drover;Vo I 30V;tpd5usmax
0
K1139
Display
drover;tr1. us;tf200n;107.5mA max
500m
85
500mt -25 75
M158d
Line lamo,relav and/or interface driver.
2 Ckt;600mA Out max
360m -20 55 K1219
CB31
IL 1.0A;tf 200ns max;tr 3.0us max.
467m ·55 125
C~~
E,aht aated lamo relav drivers 250/mAl350
220m
0 75
CB
CB37c
Relays Included, form A contacts.
0
70 K1262
750mA Relay/Lamp Driver
750m ·55 125 K1263
g~~5
500m 0
SPST Relavs Plus Drivers.
70
DPST
Relays Plus Drivers.
500m 0
70
C~!?l
5 Ckts;Max.Relay On Current-250mA at 32V.
325m
0 70 K1259
CBtZI
-20
65 K1252
CB31
4 Ckt Will Switch 2-55V at .25A.
CB31
Includes Reed and Relays;Form A
-20 65 K1253
0
50
0
50
330m§ -55 75
3 Mode Integrator,Acc. ± I % max.
500mt -25 75
M158b
Dual clamp and blanking cirCUIt.
500mt -25 75
M158c
Quad clamo;Clock clam Dina Res. 150.
M18e
MagnetIc-Care Loglc;And;Or,lnhlblt;Not.
140m
0 55
280m
M18b
Magnetic-Core Logic;And,Or;lnhibit;Not.
125
Maanetlc-Core Loalc·And·Or·lnhibit·Not.
140m
0 55
M18e
MagnetIc-Core Logic;And;Or;lnhibit;Not.
280m
125
M18b
MagnetIc-Core Logic,And;Or;lnhiblt;Not.
140m
0 55
M18e
Maanetic-Core Loaic·And·Or·lnhlblt·Not.
150m
75
M18e
MagnetIc-Core Logic;And;Or;lnhiblt;Not.
150m
125
M18
Magnetic-Core Logic;And;Or;lnhibltNot.
250m
55
M18e
M18e
Maanetlc-Core Loaic·And·Or·lnh,bit·Not.
250m
55
M18
MagnetIc Core Logic;And;Or;lnhlbit;Not.
300m
100
MagnetIc-Core Logic;And;Or;lnhlblt;Not.
300m
100
M18f
MagnetIc-Core Logic·And·Or·lnhlblt·Not.
250m
55
M18e
Magnetic-Core Logic;And;Or,lnhlblt;Not.
400m
M18b
125
MagnetIc-Core Logic;And,Or;lnhibit,Not
300m
M18
100
M18c
Pulse Stretcher and FortIfIers
840m
55
M18c
Pulse Stretcher and FortIfIers
1.5
100
Hall IC.
90m -20 75 K15568 M385
CN8
BIas Drover FO 5 tvo;tod 15ns tvo.
T0116
Phase-Frequency Detector
85m
Dual 4Channel Data Dlstnbutor
0 . 75 K15285 T0116
Dual 4Channel Data Distrobutor
15 55 K15285 T0116
Quad LED Segment Driver.
830mt 0
70 K15526 T0116
Photoswitch;Hysteresls 1.0%.
13mt -40 60 K15566 CN77
Photoswitch'Hvsteresis 3.0%.
26mt -40 60 K15566 CN77
Diode Arrays.
-55 125
Ml05k
Ml05m Diode Arrays
·55 125
LED Quad Seament Driver.
800m 0
70 K15553 T0116
800m 0
Hex LED/Lamp Driver
70 K15552 T0116
14 Bit Control Transf;Vi 90Vrms at 400Hz.
1.6 t -55 85 K15529 M339
1.6 t
0
14 Bit Control TransfVi 90Vrms at 400Hz.
70 K15529 M339
14 BIt Control Transf;Vi 11.8Vrms at 400Hz
1.6 t -55 85 K15529 M339
14 BIt Control Transf;Vi 11.8Vrms at 400Hz
16 t 0
70 K15529 M339
T0116
Controlled Dulse aenerator for T.V. sets.
0
60
M181
Controlled pulse generator for T.V. sets.
0
60
Pulse Shaper for Rev. Counter for Cars.
-25 65
M198
-40 80 K15511 M329
Soeedometer and Mileaae Indicator for Cars
5-Blt reversible Gray Code Counter.
0
70
Twelve-tone Generator for Electronic Organ
-20 80 K3073
T096
K15337
Line Driver'Receiver'Level Converter.
500m 0
75 K15263 M237
8 BIt PosItIon Scaler.
8 bIt positIon scaler;Prop delay 20ns.
500m 0
75 K15263 FP49
8 BIt PosItion Scaler.
500m 0
75 K15263 M237
500m -55 125 K15263 M237
8 BIt Position Scaler
8 b,t position scaler;Prop delay 20ns.
500m -55 125 K15263 FP59
8 bIt Dosltlon scaler ProD delay 20ns.
500m 0
75 K15263 FP59
Quad Predrover.
120mt 0
75 K3032a T086
Quad Predrover
120mt 0
75 K3032a T0116
Hex LED DIgit Drover.
830mt 0
70 K15527 T0116
RTL Counter Adapter;tpd 22ns typo
55mt -55 125 K158
T099
T099
RTL Counter Adapter;tpd 22ns typ
55mt 0
100 K158
L,aht actIvated Switch'Hvsteresls 1 %
18mt -55 85 K15565 CN77
LIght actIvated SWltch;Hysteresis 1%.
18mt -55 85 K15564 CN78
LIght activated SWltch;Hysteresis 3%.
26mt -55 85 K15565 CN77
Llaht activated Switch' HYsteresis 3%.
26mt -55 85 K15564 CN78
84m -45 -65 K1513
M17
Reset Generator.
BIas Drover;fan out 25;ECT Logic.
T091
18mt -55 125
BIas Drover:fan out 25'ECT Logic.
18mt -55 125
CN9
BIas Drover;fan out 25;ECT Logic.
18mt 0
75
T091
BIas Drover;fan out 25;ECT Logic.
18mt 0
75
CN9
Dual 4 5 Inout EXDander.
0
75
160mt 0
Data Distributor.
75 K15146 T0116
Data Distrobutor.
160mt -55 125 K15146 T086
Data Distributor.
160m -55 125 K15146 T0116
Quad,TTL to ECL Translator
340m -30 85
Error DetectIon/Correction Ckt.
520mt -30 85 K15556 M191
Error DetectIon/Correction Ckt.
520mt -30 85 K15557 M191
Phase-Frequency Detector.
0
75 K15520 T0116
Two-Modulus Prescaler.
0
75 K15519 M191
Di!lltal MixerlTranslator.
0
75 K15493 T0116
RTL Counter Adapter;tpd 22ns typo
T099
55mt 15 55 K158
E,ght Input Prooroty Encoder.
250mt 0
75
FP47b
4-Bit Current Source·Linearity±.O 1% of FSI
730m -55 125 K15551 M200'
4-Blt Current Source;Linearity±.05% of FSI
730m -55 125 K15551 M200,
4-Blt Current Source;Linearoty±.2% of FSI
730m ·55 125 K15551 ~~OOJ
3Mode Intearator Track and Hold SPDTswltch
825m ·25 85 K15300
7 Segment Decoder/DriverlLatch.
0
70 K15549 M200j
K15549a
7 Segment Decoder/Driver/Latch.
0
70
M200J
7 Segment Decoder/Driver/Latch.
0
70 K15550 M200'
K15551
4-Bit
Current Source;Linearity±.O I % of FSI
730m 0
70
M200,
730m 0
70 K15551
::::: g~;;:~: ~~~;~:t:~::;:=:~~%offF~FI
730m 0
70 K15551 ~~gg,
445m§ 0
4 BIt Complement-Unlt;tpd ~~ns max.
70 K15290 M126p
445m§ ·25 85 K15290 M126p
4 BIt Complement-Unlt;tpd 25ns max.
710m§ 0
16 Line Curr.Generator and Steerlna Netw.
70 K15532 M342
4 BIt True/Complement Element.
270m 0
70 K15290 T0116
4-Blt True/Complement Element.
270mt -55 125 K15290 M157d
4-Blt True/Comolement Element.
270mt -55 125 K15290 M12S
4 Bit True/Complement Element.
270mt -55 125 K15290
525mt -55 125 K15563 ~~~~~A 7-Bit-Shce Wallace Tree

N(~~. P~~. DI~~'

~:~~:

2.5t'
25t'
2.0t

3DM
3DM
3DM
3DM
3DM
3DM
3DM
3DM
3DM
3DM
3DM
3DM
3DM
3DM
3DM
3DM

10k
10k
1.0M
15M
20M

POWER
SUPPLY
SPAN

00
70
0.0
0
50
0
4.8
4.8
48
15
15
1.0
1.0
15
28
28
0
0
0
0
0
0
0
0
0
0.0
0
0
0
0
0
0
0.0
00
0.0
0.0
0.0
0.0
12
24
0
0
00
0.0
15
15
15
15
0.0
0.0
0.0
0.0
00
17
0.0
0.0
0.0
00
00
0.0
0.0
00
0.0
0.0
0.0
0.0
17
17
24
24
12
52
52
52
5.2
5.2
5.2
5.2
5.2
5.2
5.2
5.2
52
52
5.2
0.0
00
16
16
16
15
0.0
0.0
0.0
16
16
16
0.0
0.0
0.0
0.0
0.0
0.0
00
00

145
8.0
10
8.0
5
5.0
28
5.2
5.2
5.2
10
10
18
18
15
12
24
12
24
12
12
24
12
12
28
28
12
24
28
12
24
5.0
6.0
5.0
3.6
36
10
00
00
60
60
10
10
15
15
15
15
8.0
8.0
8.0
16
5.0
.30
0.0
50
5.0
50
5.0
50
50
5.0
5.0
10
30
3.0
0.0
0.0
0.0
00
00
0.0
0.0
0.0
0.0
0.0
0.0
0.0
00
00
0.0
0.0
0.0
0.0
0.0
30
5.0
5.5
5.5
5.5
15
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
5.0

m~mga

~~05au

SYMBOLS AND CODES
EXPLAINED IN INTERPRETER

163

LINE
No.

J:

~

TYPE
No.

I~~~:~~~~

SN74H87W
SN74S275J
SN74S275N
SN54150N
SN54151J
SN54151N
SN54151W
SN54152S
SN54152W
SN54153N
SN54157N
SN54180N
SN54181D
SN54181N
SN54182N
SN74151J
SN74151 N
SN74151W
SN74152S
SN74157W
SN74180W
SN74181D
SW54180H
SW54180J
SW74180H
SW74180J
SW74180N
TIH101
Tl74H87N
5031
MN350
MN350H
MN351
MN351H
MN352
MN352H
SN54143J
SN54143W
SN54144J
SN54144W
SN74143J
SN74143N
SN74144J
SN74144N
SN74142J
SN74142N
3207A
MC4041P
MC4062P
04015
04017
04044
HEPC3075P-RT
MC54H87F
MC54H87L
MC74H87F
MC74H87l,P%
MC4035F
MC4035l,P%
MC4037F
MC4037l P%
MC4335F
MC4335l
MC4337F
MC4337l
MC4344F
MC4344l
MCB54140F
SCll006
835
MC54176F
MC54176l
MC54177F
MC54177l
77 ... MC74176F
78 ... MC74176lP%
79 ... MC74177F
80 ... MC74177l,P%
81
MC8503P
82
MC12014l
MC4002F
83
84
MC4002l P%
85
MC4044F
MC4044l,P%
DN830
MC7261F
88
MC7261l,P%
89
MC8261 F
90
MC8261l
91
92
N8261A
93
N8261F
N8261Q
94
95
S8261A
96
S8261F
97
S8261Q
98# SAK100
Rl60D
99
100
Rl60K
101
Rl61D
102
RL61K
103
Rl62D
104
Rl62K
105
Rl63D
106
Rl63K
107
Rl70D
108
Rl70K
109
Rl71D
110
Rl71K
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
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
73 ...
74 ...
75 ...
76 ...

~~u

164

IN ORDER OF (1)USE(2)LEVEL'1'(3)LEVEL'O'
(4)MAX OPER FRE0(5)TYPE No

11 · MISCELLANEOUS
POWER
TEMP.

-MI
LOGIC
U E ~~A~
0 ER- PROLEVEL
ATING CESS l J l '
lJO'
FREQ.
(Hz)
(V)
(V)
15
~g~ ~g~ :~g:
15
15
Mci~ 2.0%
.80*
15
.80*
Mq~ 20%
15
.80*
Mq~ 20%
15
Mci~ 2.0%
.80*
15
2.0%
.80*
M~~ 20%
15
.80*
~g~ 2.0% .80*
15
15
2.0%
.80*
M~~ 2.0%
15
.80*
~g~ 2.0% .80*
15
15
.80*
Mq~ 2.0%
15
.80*
Mq~ 2.0%
15
MO~ 2.0%
. 80*
15
2.0%
80*
M~~ 2.0%
15
.80*
~g~ 2.0%
15
80*
15
.80*
M~~ 2.0%
15
2.0%
80*
~g~ 2.0% .80*
15
15
.80*
MO~ 2.0%
15
80*
M()~ 2.0%
15
Mci~ 2.0%
.80*
15
.80*
Mq~ 2.0%
15
.80*
MO~ 2.0%
15
M6~ 2.0%
.80*
15
20%
.80*
15
MO
2.0%
.80*
15
MO
2.0%
.80*
15
2.0%
.80*
15 lOOk
2.0%
.80*
15 1.2Mll
2.0%
.80*
15 1.2Mll
2.0%
.80*
15 1.2Mll
2.0%
.80*
15 1.2Mll
2.0%
.80*
15 1.2Mll
2.0%
.80*
15
20%
80*
\2~llQj MQ)'I 2.0%
15
.80*
15
.80*
12t11!If! Mq~ 2.0%
15
80*
MO~ 2.0%
12~~ Mm
15
12M
2.0%
80*
15
2.0%
80*
12t11!~
15
2.0%
.80*
12~~ MO~ 2.0%
15
12M
.80*
15
.80*
M~~ 2.0%
15
2.0%
80*
15
20Mll ~gj, 2.0%
.80*
15
85*
MO~ 2.0%
15
.90*
M()~ 2.0%
15
MO~
2.0%
.90*
15 5.0M
PCB 2.0%
.95*
15 5.0M
PCB 2.0%
.95*
15 5.0M
PCB 2.0%
.95*
15
2.4%
.40*t
M~~
15
2.4%
.40*t
~gj, 2.4% .40*t
15
15
.40*t
M~~ 2.4%
15
2.4%
~g~ 2.4% .40*t
15
.40*t
15
.40*t
Mq~ 2.4%
15
.40*t
MO~ 2.4%
15
MO~
2.4%
.40*t
15
2.4%
.40*t
15
24%
.40*t
15
MO~
2.4%
.40*t
15
.40*t
M~~ 24%
15
2.4%
.40t*
~g~ 2.4% .40*t
15
15
24
.40
15
2.4%
.40*
15 5.0M
MO~ 2.4%
40*
15
2.4%
.40*t
35M!~
15
MO
2.4%
40*t
35Mi~
15
35Mt MO
2.4%
.40*t
15
.40*t
35M!8 M~~ 2.4%
15
2.4%
.40*t
35Mig ~g~
15
35Mt
2.4%
.40*t
15
2.4%
.40*t
15
MO
2.4%
40*t
15
MO~
2.4%
.50*t
15
2.4%
.50*t
M~~ 2.5%
15
.40*t
~g~ 2.5% .40*t
15
15
2.5%
.40t*
M~~ 2.5%
15
.40*t
~g~ 2.6% .40*
15
15
.40*t
Mq~ 2.6%
15
.40*t
M()~ 2.6%
15
Mm 2.6%
.40*t
15
2.6%
.40*t
15
MO
26%
.40t
15
MO
2.6%
.40t*
15
2.6%
.40t
M~~ 2.6%
15
.40t
~g~ 2.6% .40t
15
15
2.6%
40t
M()~
15
MO~ 30%
10*
15
Mci~ 35
.20t
15
.20t
35
15
MO
35
.20t
15
MO~ 3.5
.20t
15
3.5
.20t
M~~ 3.5
15
.20t
~g~ 3.5
15
.20t
15
20t
Mq~ 3.5
15
3.5
.20t
M()~
15
M6~ 3.5
.20t
15
3.5
.20t
~g~ 3.5
15
.20t

M1~

~~~

~q~

J~~~

~q~

~~~

M1~

~~~i~ M~~

D.A. T.A.

M1~

M~~

DRAWINGS
MAX.
SUPPLY
LOGIC OUTLINE
TOTAL
LO"," HI DWG. No DWG. No
SPAN
PKG.
,',=MO
NEG. POS. DISS.
(V)
(V)
(W)
'C
'C
gg
~:g I~~g~i Ig
0.0
5.0 270mt 0
0.0
5.0 525mt 0
0.0
5.0 525mt 0
0.0
5.0 200mt -55
0.0
5.0
-55
240:~ -55
0.0
5.0 240m
0.0
5.0 240m -55
-55
0.0
5.0
0.0
-55
5.0
0.0
50 170mt -55
0.0
5.0 150m~ -55
5.0
-55
0.0
0.0
5.0
-55
0.0
5.0
-55
0.0
5.0 675:;
325m -55
0.0
5.0 240m 0
0.0
5.0
240:~ 00
0.0
5.0 240m
0.0
5.0 215m 0
0.0
5.0 150m~ 0
0.0
5.0
0.0
5.0 ng~~g
0.0
5.5 170mt -55
0.0
5.5 269mt -55
0.0 5.25 170mt 0
00 5.25 294mt 0
0.0 5.25
0.0
5.0 2~~~~
0.0
5.0 467mt 0
15
15 300m -55
12
12 900m 0
12 900m -55
12
12
12 900m 0
12
12 900m -55
12
12 900m 0
12
12
-55
0.0
5.0
-55
0.0
50 280m:!, -55
0.0
5.0 280,,:~ -55
0.0
5.0 280m -55
0.0
5.0 280,,:; 0
0.0
5.0 280m 0
00
50 280m'JO 0
0.0
5.0
0.0
5.0 ~~g~l
0.0
50 340mt 0
00
5.0 2.0
0
0.0
5.0 240mt 0
0.0
5.0
75mt 0
0
5 250m
0
0
5 325m
0
0
5 260m
0
0.0
50 160mt
0.0
50 270mt -55
0.0
5.0 270mt -55
0.0
50 270mt 0
0.0
5.0 270mt 0
0.0
5.0 140mt 0
0.0
5.0 140mt 0
0.0
5.0 150mt 0
0.0
5.0 150mt 0
0.0
5.0 140mt -55
00
5.0 140mt -55
0.0
5.0 150mt -55
0.0
5.0 150mt -55
0.0
50
85mt -55
0.0
5.0
85mt -55
00
5.0
20mT -55
15
15 1.0 t
0
0.0
5.0
-55
10
-55
0.0
240:~ -55
00
10 240m
0.0
10 240m -55
10
0.0
-55
0.0
10 240~~
240m 0
10 240m 0
0.0
10 240m~ 0
0.0
0.0
10 240m% 0
0.0
5.0 400mt 0
0.0
5.0
0
5.0 175mt 0
00
0.0
5.0 175mt 0
0.0
5.0
85mt 0
0.0
50
85mt 0
5.0
0.0
90m -20
5.0
95mt 0
00
95mt 0
0.0
50
0.0
5.0
95mt -55
0.0
5.0
95mt -55
00
50 140m 0
0.0
5.0 140m 0
00
50 140m 0
0.0
50 140m -55
0.0
5.0 140m -55
0.0
5.0 140m -55
0.0
4.8
-20
0
5 80m -55
0
5 80m -55
0
5 80m -55
5 80m -55
0
0
5 80m 0
0
5 80m 0
0
5 80m 0
0
5 80m 0
0
5 120m -55
0
5 120m -55
0
5 120m -55
0
5 120m -55

~1~~~
~~g~~

g

~~g~'!I

g

~g ~1~~~g ~m~

70
70
70
125
125
125
125
125
125
125
125
125
125
125
125
70
70
70
70
70
70
70
125
125
70
70
70
70
70
85
70
125
70
125
70
125
125
125
125
125
70
70
70
70
70
70
75
75
75
75
75
50

125
125
75
75
75
75
75
75
125
125
125
125
125
125
125
70
125
125
125
125
125
75
75
75
75
75
75
75
75
75
75
75
75
75
125
125
75
75
75
125
125
125
55
125
125
125
125
75
75
75
75
125
125
125
125

K15290
K15563
K15563
K307
K305h
K305h
K305h
K305m
K305m
K308
K309
K332
K312
K312
K371
K305h
K305h
K305h
K305m
K309
K332
K312
K332
K332
K332
K332
K332
K15426
K15290

K15445
K15445
K15445
K15445
K15445
K15445
K15420
K15420
K15420
K15420
K15420
K15420
K 15420
K15420
K15562
K15562
K15382
K15227
K15389

K15351
K15351
K15352
K15352
K15351
K15351
K15352
K15352
K15316
K15316
K15393
K15384
K15558
K15558
K15559
K15559
K15558
K15558
K15559
K15559
K 15517
K15312
K15312
K15316
K15316
K15567
K15267
K15267
K15267
K15267
K15267
K15267
K15267
K15267
K15267
K15267
K15435

T084
M153d
M117x
M186
M153a
MI77
l1004AG
FP52f
l1004AA
M117
M117
M126
M197
M186
M117
M153a
MI77
l1004AG
FP52f
l1004AG
T084
M197
FPJZ1,
M,lJ4
FP
M114
Ml05n
M158h
M126n

GENERAL DESCRIPTION
4-Blt Truel<:omplement Element.
4-Bll True/Complement Element.
4 Bit True/Comolement Element.
7-Bit-Slice Wallace Tree
7-Blt-Slice Wallace Tree.
16-llne-to-l-Line MultlOlexer.
8 line to 1 line Multiplexer
8 line to 1 line Multiplexer.
8 Line to 1 Line Multiplexer.
8 line to 1 Line Multiplexer.
8 line to 1 Line Multiplexer.
Dual 4 Line to 1 line Data Selector/Mult.
Quad 2-Line-to-l-llne Data Select/Mult.
8-Blt Parity Checker/Generator.
Arithmetic loalc Unit·tod 50ns max .
Arithmetic logic Units/Function Generators
Look-Ahead carry generator.

8 line to 1 line Multlolexer.
8 line to 1 line Multiplexer.
8 line to 1 line Multiplexer.
8 line to 1 line Multiolexer.
Quad 2-Line-to-l-Line Data Select/Mult.
8 Bit Panty Checker/Generator.
Arithmetic Loalc Unit·tod 50ns max.
tpD 40ns; Noise Rej. 1 OV max; FO 1O.
TTLtpd 40ns;Noise Rej 1 OV;FO 10
TTL toO 40ns' Noise Re. 1.0V FO 1O.
TTl,tpd 40ns;Noise Rej. 1.0V;FO 10
TTl;tpd 40ns;Nolse Rej. 1.0V;FO 10
Dual Power louic Module.
4Bit True/Complement Element.
Peak Sense-Hold,Accuracy ±300uV.
Sme Wave Function Generator.
Sme Wave Function Generator.
Parabolic Function Generator.

Parabolic Function Generator.
S Wave Function Generator.
S Wave Function Generator
l1015AA 4-81t Counter/latch 7-Seg Led/Driver.
l1019AA 4-81t Counter/latch,7-Seg led/Driver.
l1015AA 4-81t Counter/latch,7-Seg led/Driver
l1019AA 4-Blt Counter/latch 7-Sea Led/Driver.
l1015AA 4-8it Counter/latch,7-Seg led/Driver
4-Bit Counter/latch,7-Seg led/Driver
M1S6
llO 15AA 4-Bit Counter/latch 7-SeQ ledlLamp Driver.
M186
4-Blt Counter/latch,7-Se9 led/Driver.
M157d
BCD Counter/4-Bit latch/BCD Decoder/Driver
M126e
BCD Counter/4-Blt latch/BCD Decoder/Driver
M207a
TTL to MOS level Shifter and Driver.
M278
Single-Error Hammln9 Code Detector And Gen
Dual Ma'oritv loaic Gate.
T0116
Transfer Gates;Four 4-llne,Two 2-Llne.
Matrix Select Gate;Dual 4-4-2.
CB[Zl
Mixed loale.
M154
Quad latch,TTl;TO 10,tpd 30ns typ
T086
4 Bit True/Complement.O/l Element.
T0116
4 Bit True/Comolement 0/1 Element.
4 Bit True/Complement,O/1 Element.
T086
T0116
4 Bit True/Complement.O/l Element.
4 ckts' tod 25ns tva: F07.
T086
4 ckts;tpd 25ns typ;F07
T0116
4 ckts; tpd 25ns typ; F010.
T086
4 ckts·tod 25ns tvo;F010.
T0116
T086
4ckts; tpd 25ns typ, F07.
4 ckts;tpd 25ns typ;F07
T0116
T086
4 ckts tod 25ns tyO; F010.
T0116
4 ckts;tpd 25ns typ;F010.
Phase-Frequency Detector.
T086
T0116
Phase-Fr~uenGY Detector
FP77
4-lnput AND Driver w/NOR Strobe.
M379.
Clock Module; 16x Bit Rate.
M196.
Clock Phase Generator·tod 85ns'Fo 10.
Preset Decade-Binary Counter/Latches
T086
Presettable Decade-Binary Counter/latches.
T0116
T086
Presettable Decade-Binarv CounterlLatches.
Presettable Decade-Binary Counter/latches.
T0116
T086
Presettable Decade-Binary Counter/latches.
Presettable Decade-Blnar Counter/latches
T0116
T086
Presettable Decade-Binary Counter/latches
T0116
Presettable Decade-Binary Counter/latches.
T0116
BlOolar LSI Unlv.PolYnominal Generator.
M191
Counter Control Logic.
T086
Dual Data Distributor
T0116
Dual Data Distributor
Phase-Frequency Detector.
T086
T0116
OOaauss
M385
T086
Fast Carry Extender.
T0116
Fast Carry Extender.
Fast Carry Extender.
T086
T0116
Fast Carry Extender.
Ml05q
Fast carry extender; gate array.
M157
Fast Carry Extender'Gate Array.
Fast carry extender; gate array.
T088
Ml05q
Fast carry extender;gate array.
Fast carrv extender:iiate arrav.
Ml05r
Fast carry extender;gate array
T088
T0116
Scanning Regulator SW,Vo 250mV
Ml05m
4 Bit Storaae Realster·ton-16ns·toff-ll ns.
4 Bit Storage Re9ister;ton-16ns;toff-ll ns.
FP21b
4 Bit Storage Reglster;ton-16ns;toff-ll ns.
Ml05m
4 Bit Storaue Reg,ster·ton-16ns·toff-ll ns.
FP21b
Ml05m
4 Bit Storage Re9Ister;ton-16ns;toff-l1 ns.
4 Bit Storage Register;lon-16ns;toff-ll ns.
FP21b
4 Bit Storaae Realster·ton-16ns toff-ll ns.
Ml05m
FP21b
4 Bit Storage Re9Ister;ton-16ns;toff-ll ns.
Ml05m
4 Bit Storage Reglster,ton-16ns,toff-ll ns
FP21b
4 Bit Storaaa ReCllsterton-16ns·toff-llns.
Ml05m
4 Bit Storage Reglster,ton-16ns;toff-ll ns.
4 Bit Storaae Reolster·ton-16ns·toff-ll ns
FP21b

~~flsrt~i~~~I~C?O~:~~~t~Ii._Hll

SYMBOLS AND CODES
EXPLAINED IN INTERPRETER

164

LINE
No.
1
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.

~~~

31#
32
33

~~

36
37

~~i
40.
41
42
43
44
45
46

:~#

49
50
51
52

~~i

55#

~~i

58#

~~:
:~:

63
64#
65#
66.r4i
67'!,4i

~~:

70#

n:
73#

~~:-4i

76#

7~t4i
78
79~.~
8~~.

~

-btl
U E ~rA~
0 ER- PROATING CESS

TYPE
No.

a

~m~

RL73D
RL73K
ZN1002E
SP363A
AY5-1008
AY5-1010
AY6-4010
CH1060

~gl~g~gti~

MC12012L#2
MC14530AL
MC14530CL
MC14530CP
CD4057AK
D132AL
D132AP
D132BL
D132BP
1410
6471
SAJ210AX2
SAJ210AX7
33
MC14566AL
MC14566CL
MC14566CP
FDJ106
FEY10l
R181
MM4015
MM5015
MM410
MM510
MC2255L
MN115
MN116
3102-4-5F
CD4048AD
CD4048AE
CD4048AK
NS8000A
HEPC0907p·RT
MC675L.P%
LMD3
M58165B
3800·4·6H
3800·9-6H
MEM1056BCD
MEM1056
MNlll
SAJ220H
SAJ220S
SP601A
SP601B
SP655A
SP655B
SP657A
SP657B
SP659A
SP659B
SP604A
SP604B
SP600A
SP600B
SP603A
SP603B
SP602A
SP602B
SP652B
SP651B
SP650B
SP632B
SP632B#1

~~m~#1

SP630D

~~g~g~#1

81
82# SP613B
SP614B
SP615B
85,!4i SP616D
SP616B
SP622B
88#

~~:
~~i
~~i

I~~~~J~

SP207A
91# SP208A
SP257A
SP258A
~~# I~~~~~A
95
SN5492J1
96
SN7492N
DM7520D
DM8520N
99. MC5492F
100. MC5492L
IOU MC7492F
102. MC7492LP%
103. MC8392F
104. MC8392L.P%
105. MC9392F
106. MC9392L
SP640A
SP640B
SP646B
SP641A

~~:

~~

19a
1~~:

165

!

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
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
16
16
16
16
16
16

1~

FrJZ?'

MO~

Mm

M1~

lOOk
lOOk
MO
1.0M
MO
20M6
250Mf~ M~~
80M% ~g~

M~~

~gs
900k6% ~g~

10M

PCB
PCB

MO~

10M

~r?~
MOS

M~§
~gs
2.0M
1.0M6
10M6
4.0M6
40M6

~c?:

MOS

M~~
~gs
M~§
~gs
M~§
MO

MOS
MOS
1.5M

MO~

MO.~

60k6
300k
300k
500k6
1.0M6
50k
50k
150M
150M
180M%
180M%
180M%
180M%
180M%
180M%
300M
300M
390M%
390M%
400M
400M
500M
500M
520M%
560M%
650M%
400M
400M
500M
500M
550M
600M
600M
700M
800M
900M
950M
1.0G
200M
300M

~~~6QJ

D~,,!

MO~

M~§
MO
MOS
M~~
~g~
Mq~
Mq~
MO~

M~~

MO

MO~

M1~

MO
MO
Mq~
Mm

~g~
M~~
MO
Mq~

Mm

M~f

M1~
M~~

~gMt(/j ~g~
10M!~ Mq~

10Mt¢ Mq~
10Mt0 Mm
10M!~

10M~~

M1~

MO
MO

2Jg~t\l) M~~
200M
200M
250M

D.A.T.A.

LOGIC
LEVEL
lJ'O'

(V)

(V)

POWER
SUPPLY
SPAN

N{W

~gs

M~~
MO

GENERAL DESCRIPTION

P~~. DI~~'

g

:~g~

IN ORDER OF (1)USE(2)LEVEL'1'(3)L£VEL'O'
141MAX OPER FREQ(5ITYPE No

MAX. TEMP.
DRAWINGS
LOGIC OUTLINE
TOTAL
PKG.
LOW HI DWG. No DWG. No
c,=MO
'C
'C

gg~ Ig
g
5 120m 0
3.5
.20t
0
20t
0
5 120m 0
35
3.5
.20
00 5.25
0
3.5%
.60t*
0.0
5.0
0
35%
-12
5.0 200m 0
.80*
3.5%
-12
5.0 200m 0
.80*
37%
1.5*
12 50
-55
3.9
5.5
-25
3:g t
5.0
4.0%
00
0
4.04% 3.44*t
0.0
5.0
0
4.04% 3.44*t
5.0
0
0.0
4.99%
.01*t
0.0
10 50n% -55
4.99%
.01*t
0.0
10 50n% -40
4.99%
0.0
10 50n% -40
.01*t
.Olt%
0.0
5.0 200m -55
499*
5.0
0.0
0.0
5.0 750m ·55
5.0
0.0
0.0
5.0 750m -55
5.0
0.0
0.0
5.0 750M -20
5.0
0.0
0.0
5.0 1.2
·20
5.0
0.0
0.0
5.0 200m'll 0
5.0
.45
15
15
6.0%
0.0
9.0 500m 0
15*
6.0%
0.0
9.0 500m 0
1.5*
7.0
15
15
-65
·7.0
9.99%
.01*t
0.0
10 100u% -55
0.0
10 1.0m% -40
9.99%
.01*t
9.99%
0.0
10 1.0m% -40
.01*t
-20%
-9.0*
28 0.0 180mt ·55
-2.0%
21 00
-10
-10*
-3.0
0.0
15
10 400m -20
-40%
-2.0%
25 0.0 400m -55
-4.0%
-2.0%
25 00 400m -25
·7.0%
20 0.0 500m -55
·2.5*
-7.0%
-2.5*
20 0.0 500m -25
-9.0%
-10*t
0.0 625m 0
-9.0%
0.0 250m -30
-10*
-90%
15 0.0 250m -30
·10*
-90%
27 00 200m -55
-2.0*
10
O.Ot
0.0
10 200m -55
10
O.Ot
0.0
10 200m -40
10
O.Ot
0.0
10 200m -55
12!2l%
500m -55
12.5%
1 5*t
0.0
15 375mt -30
12.5%
0.0
1.5*t
15 180m6 -30
0.0
3.0*
35 300m 0
35*
-1.5%
24 0.0 150m -20
-10*
-10% -2.0*
27 0.0 180mt -55
-10% -2.0*
27 0.0 180mt 0
-10% -20*
27 00 300m -55
-10% ·2.0*
27 0.0
·55
·22% -4.0*
-6.0
0.0
·30
0.0
2.0
-10
0.0
2.0
-10
5.2
0.0 115m ·55
5.2
0.0 115m 0
0.0
8.0
·55
0.0
8.0
0
0.0
8.0
·55
0.0
8.0
0
0.0
8.0
·55
0.0
80
0
5.2
00
95m -55
5.2
0.0
0
5.2
0.0
·55
5.2
00 119m~ 0
5.2
0.0
95m ·55
5.2
00
95m 0
52
00
95m -55
5.2
0.0
95m 0
0.0
8.0
0
00
8.0
0
0.0
8.0
0
40#%
5.2
0.0 364mt 0
5.2
0.0 364mt 0
.40#%
.40#%
5.2
00 364mt 0
.40.#%
5.2
00 364mt 0
.40#%
5.2
0.0 364mt 0
5.2
0.0 364mt 0
5.2
00 364mt 0
.40#%
7.0
00 315mt 0
7.0
0.0 315mt 0
::gn
7.0
0.0 315mt 0
.60#%
7.0
0.0 315mt 0
7.0
0.0
60#%
60
O.Ot
0.0
52
.60
O.Ot
0.0
5.2
0
60 '
O.Ot
0.0
0
~.2
.84
.22
0.0
.0
50mt -55
.84
.22
0.0
8.0
48mt ·55
.84
.22
0.0
8.0
50mt -55
.84
0
8 48m -55
22
.84
.22
0.0
8.0
·55
20%
0.0
50 215m ·55
.80*
2.0%
0.0
5.0 215m 0
.80*
2.4%
.40*
0.0
50
·55
2.4%
.40*
0.0
5.0
0
2.4%
.40*t
0.0
5.0 160mt ·55
2.4%
0.0
5.0 160mt -55
40*t
2.4%
.40*t
0.0
50 160mt 0
2.4%
.40*t
0.0
50 160mt 0
2.4%
5.0 160mt 0
.40*t
00
24%
.40*t
0.0
5.0 160mt 0
24%
.40*t
0.0
50 160mt -55
2.4%
.40*t
0.0
50 160mt ·55
41%
52 338mt ·55
0.0
37*
41%
0.0
5.2 338mt 0
3.7*
4.1%
0.0
5.2 338m 0
37*
4.1%
52 338mt ·55
37*
0.0

1

1~

1~~~~

::g:~

Mm
5.0M6
5.0M6¢ MO
5.0M
Mm
15~~
20~~ MO
20M
MO
20

10Mt

lJr

~q~ ~:g
MO~

200Mt~

11 . MISCELLANEOUS

~J~~~ g
~:~~j

66:~

~g

~p1~5bm

75
75
70
75
70
70
125
75
75
75
75
125
85
85
125
125
125
85
86

Ml05m
FP21b
M210
T0116
M192a
M192a
M192a
M158
T0116
T0116
M191
M191
M191
M278
FP93
T086
T0116
T086
T0116

70
70
70
175
125
85
85
85
75
65
125
70
125
70
75
70
70
85
125
85
125
100
75
75
100
75
85
70
85
85
70
60
60
125
70
125
70
125
70
125
70
125
70
125
70
125
70
125
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
70
125
70
125
126
75
75
75
75
125
125
125
70
70
125

K15330
K15396
K15340
K15493
K15520
K15519
K15496
K15496
K15496
K3114
K15193
K15193
K15193
K15193
K15273
K15462
K15462
K15560
K15560
K15560
K15377
K15436
K1555
K15347
K15347
K15346
K15346
K15359
K15429
K15430
K15215
K15444
K15444
K15444
K1759
K3415
K15295
K15363

K15299
K15254

K1611
K1611
K1622
K1622
K1622a
K1622a
K1622b
K1622b
K1612
K1612
K1612
K1612
K1612
K1612
K1621
K1621
K1621
K1618
K1618
K1618
K1618
K1618
K1618
K1618

K1618
K1618
K1618
K166
K162
K166
K162
K167

K169
K169
K169
K169
K169
K169
K169
K169
K1620
K1620
K1620
K1620

g~~2

M181
M126h
CN67
M191
M191
M278
M193
MI17q
CB31
M146
M146

C~~
CN
T0116
CN58a
CN58a
T0100
6002AE
6001AC
6004AG
CN76
M154
T0116
M241
M197
M132
M132
M171
FP48
T0116
FP89
M266
CN73
CN73
CN73
CN73
CN73
CN73
CN73
CN73
CN73
CN73
CN73
CN73
CN73
CN73
CN73
CN73
M307
M307
M307
M307
M307
M307
M307
M307
M307
M307
M307
M307
M307
M307
M307
M307
M307
M307
CN23a
CN23a
FP2
FP2
CN23a
M75f
M126d
T086
T0116
T086
T0116
T086
T0116
T086
T0116
M308
M308
M308
M308

4 Bit ~torage Register;ton-! ~ns;to!!-11 ns.
4 Bit Storage Register;ton-16ns;toff-ll ns.
4 Bit Storaae Realster·ton-16nS'toff-ll ns.
4 Bit Storage Register;ton-16ns;toff-ll ns.
Core Store Drlver;PD,15ns;IC,65ma.
Zero Crosslna Detector.
TTY Receiver; tpD 1.0us.
TTY Transmitter; tpD 1.0us
Universal countina' svstem'.taD 2.0us.
4 phase clock line sequencer; IL2.2mA.
Digital Mixer Translator
Phase-Freauencv Detector.
Two-Modulus Prescaler.

g~:: ~:l~~~: ~:i~~:~ t~2:~

g::::

Dual 5·lnput Majority LOllic Gate
CMS LSI 4 Bit Arlth.Loglc Unit:tpd5.4usmax
4 Channel Decode Driver·tad 250ns max.
4 Channel Decode Driver;tpd 250ns max.
4-Channel Decode Driver;Tpd 250ns Max.
4-Channel Decode Driver'Tad 250ns Max
Squarin9 amplifier; Vth-2.5V to 2.6V.
20 Wire Multiplexer In. Limiter/Connector.
7 Staae Freauency D,v,der for Elect Oraans
7 Stage Frequency Divider far Elect Organs
Field Effect Chopper Relay.
Industrial Time Base Generatar.
Industrial Time Base Generatar.

~:ai:~~~IA;:::'V~t:J'sle5g~~e~a~~r.

Analag-Digital Transducer.
1 Ckt; DC Carry Chain.
60 plus 4 bit accumulator/realster.
60 plus 4 bit accumulatar/reglster
64 bit accumulatar;clack tr IOns max
64 bit accumulator clock tr IOns max.
P-Channel Enhancement Made LogiC Element.
112, 1/525 Frequency D,v,der.
1/2 1/625 Freauency Divider
3 Input gate Building block
Multi-Function Exp 8 Input Gate;Pd 200mW.
Multl·Functlon Exp 8 Input Gate'Pd 200mW.
Multi-Function Exp 8 Input Gate;Pd 200mW.
Transfarmer Isalated Microchopper.
Quad Latch'FO 10:tad 300ns max.
Pulse Stretcher;Fan Out 10.
Differentlator Drlver;tr 50ms;tf 250ms.
Dlaltal Clock with Timer.
8 bit parallel accumulator
8 bit parallel accumulator
Counter display driver With BCD OutDUtS.
Counter-Display Driver
Vertical Automatic Sync. CirCUit for TV.
Osc. DiVider Motor Drive for wrist watch.
Osciliator.Dlvider.Motordrive for Clocks.
DiVide by 4;tr and tf 2.0ns max.
Divide bv 4:tr and tf 2.0ns max.
Low Power V H.F Counter.
Low Power V.H.F. Counter.
Low Power V.H.F. Counter.
Low Power V.H.F. Counter.
Low Power V H.F. Counter.
Low Power V.H.F. Counter.
Divide by 2;tr and tf 2.0ns max.
Divide by 2;tr and tf 2.0ns max.
D,v,de by 4'V, 800mVp·p max'lo 2.0mA min.
Divide by 4.Vi 800mVp-p max;lo 2.0mA min.
DiVide by 2;tr and tf 2.0ns max.
D,v,de by 2·tr and tf 2.0ns max.
D,v,de by 2;tr and tf 2.0ns max.
D,v,de by 2;tr and tf 2.0ns max.
U.H.F. Counter Divide bv 16.
U.H.F. Counter Divide by 16.
U.H.F Counter Divide by 16.
U.H.F.Decade·divide by 10'10 15mA.
U.H.F.Decade Counter divide by 10;10 16mA.
U.H.F.Decade;dlvide by 10;10 15mA.
U.H.F.Decade Counter divide bv 10'10 15mA
U.H.F.Decade;divide by 10;10 15mA.
U H.F Decade.divide by 10;10 15mA.
U.H.F.Decade Counter divide bv 10'10 15mA
U.H.F.Counter divide by 4;10 15mA.
U.H.F.Counter divide by 4;10 15mA.
U.H.F.Counter diVide by 4'10 15mA.
U.H.F. diVide by 4;10 15mA.
U.H.F.Counter divide by 4;10 15mA.
DiVide bv 5 VI 800mVi:m max'lo 10mA.
DiVide by 5;VI 800mVpp max;lo 10mA.
DiVide by 5;VI 800mVpp max;lo 10mA.
D,v,des bv anv number 2 to 8
DiVides by any number 2 to 8
D,v,des by any number 2 to 8
DiVides by any number between 2 to 8.
DiVides by any number 2 to 16
Divide by twelve counter;tpD 16ns.
DiVide by twelve counter·toD 16ns.
n-Bit D,v,der.
n-Blt D,v,der
DiVide by twelve counter.
Divlde-By-Twelve Counter.

DiVide by twelve counter.
Divlde-BY·Twelve Counter.
Divlde·By·Twelve Counter.
Divlde-By-Twelve Counter.
Divlde-Bv-Twelve Counter.
Divide-By-Twelve Counter.
U.H.F.Programmable Div,der;d,v,de by 10/11
U.H.F.Proarammable Divlder'dlvide by 10/11

~:~U;~2;:~~:g:: g:~:~:;:~:~:~: g~ 19~1l

SYMBOLS AND CODES
EXPLAINED IN INTERPRETER

165

LINE
No.

J:

3#

~

-oil
U E ~!A~
0 ER- PROATING CESS
FREQ.
1Hz)

TYPE
No.

IS~~:7~

SP642A
4# SP642B
5# SP643B
T105
6
7# SAJll0
SAJ110A
SAJll0B
MC14017AL
MC14017CL
12
MC14017CP
MC14521AL
MC14521CL
MC14521CP
15
16
17
18
CAG13
19
CAG13A
20
CAG13C
CAG13D
21
CAG513
22
DG118MDD
23
24
DG118MFD
DG121MDD
25
DG121MFD
26
27
DG125MDD
28
PGl:ilW~FD
29
IG126FD
30
IG129DD
31
IG129FD
32
33
IG133DD
IG133FD
34
35
IG134DD
36
IG134FD
IG426DD
IG426FD
39
IG429DD
IG429FD
IG433DD
42
IG433FD
IG434DD
IG434FD
45
IH5009CPE
IH5010CPE
IH5011CPD
IH5012CPD
48
49
NC450
50
NC451
51
SH3002HC
52
SH3002HM
53
SI3001
54
2110
2110A
55
56
CD4016AD
57
CD4016AE
CD4016AK
g:. CM4116AD
60. CM4116AE
61.
1~~L"..11166'}..f'D
62
63
SCL4016AE
SCL4016AF
DG121AL
66
DG121AP
67
DG121BL
68
DG121BP
69
AH5010CN
AH5012CN
AH5014CN
72
AH5016CN

g:

l~
l~

g~~g-10

~~

:~

::
:;

g:

~~
~~

75
76
77
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

19~

108

l~g

166

~~goJg~~

AH5022CN
AH5024CN
IH5010CPD
IH5012CPE
IH5014CPD
IH5016CPE
IH5018CPA

:~gg~gg~~

IH5024CPA
DGll1MDD
DGll1MFD
DG112MDD
DG112MFD
DG116MDD
DG116MFD

g~gg~~g

DG123MDD
DG123MFD
DG120AL
DG120AP
DG120BL
DG120BP
DGM122AL
DGM122AP
DGM122BL
DGM122BP
MM450TW
MM451TW
MM452FD
MM455TW
MM550TW
MM551TW
MM552FD
MM555TW

l~ 1~50=

16
16
16
16
16
16
16
16
16
16
16
16
16
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

300M
300M
350M
15M

11 . MISCELLANEOUS
MAX. TEMP.
POWER

fZJT

=~~

MO

~gJ

PCB
MC!~
50k
MC!~
50k
MO
MO
MO
MO
9.0Mt-% MO
9.0Mt-% MO
9.0Mt-% MO

LOGIC
LEVEL

IV)

:.1~

41%
4.1%
4.1%
5.0
6.0
6.0%
6.0%
999%
9.99%
9.99%
9.99%
9.99%
9.99%

~JO'

IV)

g:
3.7*
3.7*
3.7*
0.0
1.0
1.0*
1.0*
.01*t
.01*t
.01*t
.01*t
.01*t
.01*t

MOS
MOS

~g~
~g~

MOS

M~~
~gs

MOS

M~~
MO
MO~

1.0M
1.0M
10M%
10M%
10M%
10M%
10M%
10M%
10M
10M
10M

D.A. T.A.

~g~
M~~
MO

M~§
MO
MOS
M~~
~gs

Mq~
Mq§
MOS

50
.50
.50
~g~ .50
.50'
.50'
.50*
.50*
50*
.50'
.50*
.50"
.50'
.50'
.50'
.50'
.50*
.50"
.50'
.50'
1.0'
M~S 1.0'
MO
1.0'
MO
10'
MO
1.0'
MO
1.0'
M~§ 10'
~gs 1.0'
1.0"
M~§ 1.0'
1.0
~gs 1.0
MO
1.0
1.0
MO
MO
1.3
1.3
M~§ 1.3
~gs 1.3
15%
M~5 1.5%
MO
1.5%
1.5%
1.5%
MOS 1.5%
~g~ 1.5%
1.5%

M~~

M~~

~~§

4.1
4.1
4.1
4.1
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%
45%

::g~

.40
.40
.40
.40
40
.40
.40
.40

SUPPLY
TOTAL
SPAN
PKG.
LOv\
NEG. POS. DISS.
IV)
IV)
'C
IW)
g:g
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
15
15
15
15
15
15
15
20
20
20
20
20
20
18
18
18
18
18
18
18
18
18
18
18
18
18
18
18
18
0.0
0.0
0.0
0.0
15
15
10
10
20
18
18
5.0
5.0
5.0
0.0
0.0
0.0
5.0
5.0
5.0
20
20
20
20

20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
25
25
25
25
25
25
25
25

IN ORDER OF (I)USE(2)LEVEL"'(3)LEVEL'O'
(4)MAX OPER FREQ(5)TYPE No

DRAWINGS
LOGIC OUTLINE
HI DWG. No DWG. No
lI=MO
'C

g~ I~~g:::~

I~g I~mga I~~gg

5.2
5.2
5.2
5.0
7.0
9.0
9.0
10
10
10
10
10
10
15
15
15
15
15
15
15
00
0.0
10
10
0.0
0.0
12
12
12
12
12
12
12
12
12
12
12
12
12
12
12
12
15
15
15
15
50
5.0
10
10
10
18
18
5.0
5.0
50
15
15
15
5.0
5.0
50
10
10
10
10

125 K1620
70 K1620
70 K1620
K168
125 K1624
60
60
125 K15494
85 K15494
85 K15494
125 K1623
85 K1623
85 K1623
125 K0237
125 K0237
125 K1714
125 K1714
125 K1714
125 KI720a
125 K1714a
125 K15137
125 K15137
125 K15142
125 K15142
125 K15140
125 K15140
125 KI77a
125 KI77a
125 KI77b
125 KI77b
125 K178b
125 K178b
125 K178c
125 K178c
70 KI77d
70 K177d
70 KI77d
70 KI77d
70 K178d
70 K178d
70 K178d
70 K178d
70 K1735
70 K1735
70 K1736
70 K1736
125 K176
125 K176
70 K0114
125 K0114
125 K179
85 KI723
125 K1723
125 K1722
85 KI722
125 KI722
125 KI722
85 KI722
125 KI722
125 KI722
125 KI722
125 KI722
125 K15142
125 K15142
85 K15142
85 K15142
85 K1735
85 K1736
85 K1735a
85 K1736a
85 K1735b
85 K1736b
85 K1735c
85 K1738c
70 K1735
70 K1736
70 K1735a
70 K1736a
70 K1735b
70 K1736b
70 K1735c
70 K1736c
125 KI729
125 KI729
125 K1730
125 K1730
125 K382a
125 K382a
125 K15141
125 K15141
125 K382b
125 K382b
125 K15141
125 K15141
85 K15141
85 K15141
125 K15143
125 K15143
85 K15143
85 K15143
125 K1737
125 K3814a
125 K1738
125 K1738a
70 K1737
70 K3814a
70 K1738
70 K1738a

10
10
10
10
0.0
0.0
10
10
0.0
0.0
10
10
10
10
10
10
10
10
00
0.0
0.0
0.0
0.0
0.0
0.0
0.0

g
338mt -55
338mt 0

~~g:::~ 0

200mt -25
-10
-10
100u -55
1.0m -40
1.0m -40
100u% -55
1.0m% -40
1.0m% -40
400m -55
400m -55
65mt -55
65mt -55
65mt -55
65mt -55
65mt -55
750m -55
750m -55
750m -55
750m -55
750m -55
750m -55
750m -55
750m -55
750m -55
750m -55
750m -55
750m -55
750m -55
750m -55
750m 0
750m 0
750m 0
750m 0
750m 0
750m 0
750m 0
750m 0
500m 0
500m 0
500m 0
500m 0
1.2
-55
-55
1.2
350m 0
350m -55
500m -55
800m -55
800m -55
5.0u% -55
5.0u% -40
5.0u% -55
200m -55
200m -40
200m -55
5.0u
·55
-40
50u
5.0u
-55
750m -55
750m -55
750m -20
750m -20
500mt ·25
500mt -25
500mt -25
500mt -25
500mt -25
500mt -25
500mt -25
500mt -25
500m 0
500m 0
500m 0
500m 0
500m 0
500m 0
500m 0
500m 0
750m ·55
750m ·55
750m ·55
750m -55
750m -55
750m -55
750m -55
750m -55
750m -55
750m -55
750m -55
750m -55
750m -20
750m -20
750m -55
750m -55
750m -20
750m -20
200m -55
200m -55
200m -55
200m -55
200m -25
200m -25
200m -25
200m -25

M308
M308

~:~8

M126b
T0116
M181
M191
M191
M278
M191
M191
M278
CN45a
CN45a
T0100
T0100
FP70
CN48a
T0100
T0116
T086
T0116
T086
T0116
T086
Ml05ah
FP32a
Ml05ah
FP32a
Ml05ah
FP32a
Ml05ah
FP32a
Ml05ah
FP32a
Ml05ah
FP32a
Ml05ah
FP32a
Ml05ah
FP32a
M269
M269
M223a
M223a
CN48e
CN48e
T0100
T0100
T0100
CN44
CN44
t-OOIAD
t-OOIAB
t-004AF
Ml05av
Ml05av
Ml05av
t-OOIAD
t-OOIAB
t-004AF
T086
T0116
T086
T0116
M344
M345
M344
M345
M239b
M239b
M239b
M239b
M223a
M269
M223a
M269
M239
M239
M239
M239
T0116
T086
T0116
T086
T0116
T086
T0116
T086
T0116
T086
T086
T0116
T086
T0116
T086
T0116
T086
T0116
CN63
CN63
T086
CN63
CN63
CN63
T086
CN63

GENERAL DESCRIPTION

ILJ.H.F.Programmable !Jivider;dlvide by ~~~11
U.H.F.Programmable Divider;dlvide by 1~~11
U.H.F.Proarammable D,vider'd,v,de bv 10 11
U.H.F.Programmable Divider;dlvlde by 10/11
U.H.F.Programmable D,vider;d,vide by 10/11
Modulo-N divider fan out 10.
Bi·polar Frequency Divider.
Frequency dlvider,tr and tf 200ns max.
Freauency d,v,der·tr and tf 200ns max.
Decade Counter/Divider
Decade Counter/Divider.
Decade Counter/Divider.
24-Stage Frequency Divider.
24-Stage Frequency D,v,der.
24-Staae Freauencv Divider.
. SPST Ads 6.0n;Ton, Tofl 700ns max.
SPST Ads 10n,Ton, Tofl 700ns max
SPST or SPDT'Ads50nmax'TonTofl 500ns max.
SPST or SPDT;Ads50nmax,TonTofl500ns max.
SPST or SPDT;Ads50nmax;TonTofl500nsmax.
SPST/SPDT ADS 50nmax'Ton ofl 500ns mas.
SPST/SPDT;ADS 50nmax;Ton/Ofl 500ns max.
4 Channel; Ton 300ns max; Tofl 1.0us max.
4 Channel' Ton 300ns max' Tofl 1.0us max.
3 Channel; Ton 300ns max; Tofl 2.0us max.
3 Channel; Ton 300ns max; Tofl 2.0us max.
5 Channel' Ton 300ns max' Tofl 1.0us max.
5 Channel; Ton 300ns max; Tofl 1.0us max.
2Chan.Driver with DPST Fet SWltch;ton600ns
2Chan.Drlver with DPST Fet SWitch ton600ns
2Chan.Driver with DPST Fet Switch;ton600ns
2Chan.Driver with DPST Fet Switch;ton600ns
2Chan.Driver with SPST Fet Switch'ton600ns
2Chan.Driver With SPST Fet Switch;ton600ns
2Chan.Driver with SPST Fet Switch,ton600n.
2Chan.Driver with SPST Fet Switch·ton600ns
2Chan.Driver with DPST Fet Switch;ton 1.0us

~g~:~:g~:~:~ ::~~ g~~i ~:~ ~:i~~~:~~~ 1:g~:

2Chan.Driver
2Chan.Drlver
2Chan.Drlver
2Chan.Drlver

with
with
with
with

DPST
SPST
SPST
SPST

Fet
Fet
Fet
Fet

Switch;ton 1.0us
Switch;ton 1.0us
Switch·ton 1.0us
Switch;ton 1.0us

~C~h~nD~d:(~;)\tgo~~Ta:~~n~~;:c~6g~~. Ous

4 Chan;Adslon) 150n max;ton,tofl 500ns.

g~:~:~~:!~~n gg~ ::::::~~~'~~~ ~gg~::

:
Dual Fet; Aon 50nmax
Dual Fet Aon 100nmax.
SPDT'TTL;ton 75ns tyPo
SPDT;TTL;ton 75ns typo
FET with Driver; ton 300ns; tofl 600ns.
SPST Hybrid FET'BVCBO 125V'BVEBO l1V.
SPST Hybrid FET;BVCBO 125V;BVEBO l1V.
Quad Bilateral Switch;tpd IOns.
Quad Bilateral Switch·tDd IOns.
Quad Bilateral Switch;tpd IOns
Quad Bilateral Switch;tpd IOns.
Quad Bilateral Switch'tPd IOns.
lQ.uad Bilateral Switch;tpd IOns.
Quad Bilateral Switch;tpd IOns.
Quad Bilateral Switch'tDd IOns.
Quad Bilateral Switch;tpd IOns.
3 Channel DPST Switch w/Drlver.
3 Channel DPST Switch w/Driver.
3 Channel DPST SWitch w/Driver.
3 Channel DPST Switch w/Driver.
4 Chan'AD$lp';YI50n max·ton tofl 500ns max.
4 Chan;ADS!On! 150n max;ton,tofl 500ns max.
3 Chan;A~~i~~d gg~ max;ton,tofl 500ns max.
3 Chan'AD
n 1
max·ton tofl 500ns max.
2 chan,AD11:") 150n max;ton,tofl 500ns max.

~ g~:~:~g~ ~~ll gg~ ::::::~~~'~~~ ggg~:

::::::
1 Chan;ADSlon) 150n max;ton,tofl 500ns max.

g~:~:~~:!~~mg~ ::::::~~~'~~~ ggg~:

:
::::::
3 Chan;Adslon) 150n max;ton,tofl 500ns max.

~ g~:~;~~:t~~mg~ ::::::~~~'~~~ ggg~:
2 Chan,Ads(on) 150n max;ton,tofl
1 Chan;Ad:i~~i 150n max;ton,tofl
1 Chan'Ads on 150n max·ton tofl
2 Channel, Ton 300ns max; Tofl
2 Channel; Ton 300ns max; Tofl
2 Channel' Ton 300ns max' Tofl
2 Channel; Ton 300ns max; Tofl
4' Channel, Ton 300ns max; Tofl
2 Channel' Ton 300ns max' Tofl
3 Channel; Ton 300ns max; Tofl
5 Channel; Ton 300ns max; Tofl
5 Channel' Ton 300ns max' Tofl
5 Channel; Ton 300ns max; Tofl

::::::
500ns max.
500ns max.
500ns max.
1.0us max.
1.0us max.
1.0us max.
1.0us max.
1.0us max.
1.0us max.
2.0us max.
2.0us max.
1.0us max.
1.0us max.

~ g~:~~:: g~~i ~::~~~ :~g~:~:~:

3
3
2
2

Channel
Channel
Channel
Channel

DPST
DPST
DPST
DPST

Switch
SWitch
Switch
Switch

w/Driver.
w/Driver.
w/Driver.
w/Drlver.

~ g~:~~:: g~~i ~::~~~ :~g~:~:~.

Ads(on)600n max;ld 0~200PA max.
max.
max.
Ads(on)600n max;ld or;!!~OOPA max.

~~:!~~lggg~ ::::i:~ o~ffl~OOPA
200pA
~~:!~~!ggg~ :::::::~ ~~!~g~~
~~:!~~!ggg~ :::::::~!~m~g~~

SYMBOLS AND CODES
EXPLAINED IN INTERPRETER

:::::.
::::::

166

LINE
No.

IiJ

~

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

:~

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
73
74
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.

r8:

105
106
107
108
109
110

167

TYPE
No.

-&1.1
fl>I,~A~
U E 0 ER· PRO·
ATING CESS

1Z

AH5011CN
AH5013CN

~~~gl~g~
AH5019CN
AH5021CN
AH5023CN
IH5009CPD
IH5011CPE
IH5013CPD
IH5015CPE
IH5017CPA
IH5019CPA
IH5021CPA
IH5023CPA
DAS2126B3
AHOO14CD
AHOO14CF
AHOO14D
AHOO14F
AHOO15CD
AHOO15D
AHOO19CD
AHOO19CF
AHOO19D
AHOO19F
DG181AA
DG181AL
DG181AP
DG181BA
DG181BL
DG181BP
DG182AA
DG182AL
DG182AP
DG182BA
DG182BL
DG182BP
DG184AL
DG184AP
DG184BL
DG184BP
DG185AL
DG185AP
DG185BL
DG185BP
DG187AA
DG187AL
DG187AP
DG187BA
DG187BL
DG187BP
DG188AA
DG188BA
DG188BL
DG188BP
DG190AL
DG190AP
DG190BL
DG190BP
DG191AL
DG191AP
DG191BL
DG191BP
DG200AA
DG200AL
DG200BA
DG200BL
DG201AP
DG201BP
DG201CJ
SI3002BK
CAG30
CDA28A
\;DA28B
SI3002AA
MM450
MM451
MM452
MM455
MM550
MM551
MM552
MM555
CAG42
CAG10
CAG10A
CAG10B
CAG10C
CAG24
AD7510K
AD7510S
AD7511KD
AD7511KN
AD7511TD
AD7512KD
AD7512KN
AD7512TD
AD7513KH
AD7513KN
AD7513TH
CAG21

g~g~~

DG200AP
DG200Bf'
IH5040CDE
IH5040CPE
IH5040MDE

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
17
17
17
17
17
17
17
17
17
17
17
17
17
17

FrJz?'

11 . MISCELLANEOUS
1JT

LOGIC
LEVEL

(V)
1.5*
1.5*
1.5*
1.5*

l:~:

1.0M

rf~s

M~~
MO
M~~
MO
MO
MO

M~~
~gs
M~~
~g~

M~~

MO
MO

M~~

~g~
M~~
M~~

MO

M~~

MO
MO

M~~
~g~

M~~
M~~

MO

MO
M~:
MO

M~:
~g,

M~:
~g,

M~~
M~,

MO

M~~

MO
MO

M~:
~g5
M~§

M~~
MO
MOl
MOl
MO

M~~
~g~

M~§

M~S
MO

M1~

MO
MO

M~§
~gs
~F~S

500k

D.A. T.A.

15*
1.5*
15*
1.5*
1.5*
1.5*
15*
1.5*
1.5*
1.5*
2.0
2.0%
2.0%
2.0%
2.0%
2.0%
20%
2.0%
2.0%
20%
20%
2.0
20
2.0
20
20
2.0
2.0
2.0
2.0
20
20
2.0
20
2.0
2.0
20
2.0
2.0
2.0
2.0
2.0
2.0
20
2.0
20
20
2.0
2.0
2.0
2.0
2.0
20
2.0
2.0
20
2.0
2.0
2.0
2.0
2.0
20
2.0
20
2.0
20
20
2.0%
2.0%
2.0%
20
2.2
2.2
2.2
2.2
2.2
2.2
2.2
2.2
2.4
2.4%
24%
2.4%
2.4%
2.4%
2.4%
2.4%
2.4%

M~~
~g~
M~~
~g~ ~::~

M~~

.

M~~
MO
M~~

~g~
M~~
~g~

M~~

M~S
MO

~g~

2.4%
2.4%
2.4%
24%
2.4%
2.4%
2.4%
2.4%
2.4%
2.4%
24%
24%
2.4%
24%

lJO'
(V)

POWER
MAX. TEMP.
DRAWINGS
SUPPLY
TOTAL
LOGIC OUTLINE
SPAN
PKG.
LOVI HI DWG. No DWG. No
lI=MO
N(~~. POS.
tv)
'C
'C

DI~~'
1500~~ :~5 1~5 l~l~~g

11*
11*
11*

11:
11*
11*
11%
11%
11%
11%
11%
11%
11%
11%
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
.80
.80
.80
.80
.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*
1.0*
8.0
0.0
0.0
0.0
0.0
0.0
00
0.0
0.0
.50
.60*
.60*
.60*
.60*
.60*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*

IN ORDER OF (1IUSE(2ILEVEL'1'(3ILEVEL'O'
(4)MAX OPER FREQ(5)TYPE No

15
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
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
16
20
18
18
18
20
20
20
20
20
20
20
20
20
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
5.0
50
5.0
50
5.0
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
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
16
10
18
18
18
10
0.0
0.0
0.0
0.0
0.0
00
0.0
0.0
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

500mt ·25
~gg~~ ·25
·25
500mt ·25
500mt ·25
500mt ·25
500m 0
500m 0
500m 0
500m 0
500m 0
500m 0
500m 0
500m 0
·55
I.flm" ·25
11~; ·25
11m
·55
11m" ·55
·25
20m ·55
10m ·25
1O~; ·25
·55
·55
750m ·55
750m ·55
1.2
·55
750m ·20
750m ·20
12
·20
750m ·55
750m ·55
1.2
·55
750m ·20
750m ·20
1.2
·20
750m ·55
750m ·55
750m ·20
750m ·20
750m ·55
750m ·55
750m ·20
750m ·20
750m ·55
750m ·55
1.2
·55
750m ·20
750m ·20
1.2
·20
750m ·55
750m ·20
750m ·20
12
·20
750m ·55
750m ·55
750m ·20
750m ·20
750m ·55
750m ·55
750m ·20
750m ·20
450m ·55
750m ·55
450m ·20
750m ·20
1.2
·55
1.2
·55
470m 0
500m ·20
150m ·55
300m ·55
300m ·20
500m ·55
200m ·55
200m ·55
200m ·55
200m ·55
200m ·25
200m ·25
200m ·25
200m ·25
65mt ·55
·55
·55
·55
·55
60mt ·55
450m 0
450m ·55
450m 0
670m 0
450m ·55
450m 0
670m 0
450m ·55
450m 0
670m 0
450m ·55
130mt ·55
130mt ·55
130mt ·55
450m ·55
450m 0
450m 0
450m 0
450m ·55

20~~

19~9I

85
85
85
85
85
85
70
70
70
70
70
70
70
70
125
85
85
125
125
85
125
85
85
125
125
125
125
125
85
85
85
125
125
125
85
85
85
125
125
85
85
125
125
85
85
125
125
125
85
85
85
125
85
85
85
125
125
85
85
125
125
85
85
125
125
85
85
125
125
70
85
125
125
85
125
125
125
125
125
70
70
70
70
125
125
125
125
125
125
75
125
75
75
125
75
75
125
75
75
125
125
125
125
125
70
70
70
125

K1735a
K1736a
K1735b
K1736b
K1735c
K1736c
K1735
K1736
K1735a
K1736a
K1735b
K1736b
K1735c
K1736c
K15296
K15296
K15296
K15296
K1753
K1753
K15297
K15297
K15297
K15297
K1743
K1743
K1743
K1743

K1744
K1744
K1744
K1744
K1745
K1745
K1745
K1745

K1746
K1746
K1746
K1746
K1752
K1752
K1758
K1758
K1758
K1710b
K1719
K1751
K1751
K1710a
KI72
K173
K174
K1716
KI72
K173
K174
K1716
K1714
K0230
K0230
K0230
K0230
K1721
K1762
K1762

K1763
K1763
K1763
K1764
K1764
K1764
K1712
K1712
K1712
K1743c
K1743c
K1755a
K1755a
K 1755a

~~:~

M344
M345

GENERAL DESCRIPTION

I'!4 Chan;RDS
~~an;1g~!:~!! ~~n
on) loon

max;ton.to
max;ton.toff
3 Chan'RDS oni loon max·ton toff
3 Chan.RDS(o~!1 oon max;ton.toff

~22ns max.
500ns max.
500ns max.
SOOns max.

~~~~~ I~ g~:~~~g~I~~ngg~ max:to~.!~~ ~gg~: ~:=:

M239b
M239b
M223a
M269
M223a
M269
M239
M239
M239
M239
CN48k
M297a
FP87
M297a
FP87
M224b
M224b
M297a
FP87
M297a
FP87
T0100
T086
T0116
T0100
T086
T0116
T0100
T086
T0116
T0100
T086
T0116
T086
M224a
T086
M224a
T086
M224a
T086
M224a
i0100
T086
T0116
T0100
T086
T0116
T0100
T0100
T086
T0116
T086
M224a
T086
M224a
T086
M224a

r,~~~a

T0100
T086
T0100
T086
T0116
T0116
T0116
T0116
T0100
T0116
T0116
T0100
T0100
T0100
FP21f
T0100
T0100
T0100
FP21f
T0100
T0100
CN57a
CN57a
CN57a
CN57a
CN48g
M361
M361
M361
M345a
M361
Ml05a!
T0100
Ml05aj
T0100
FP70
FP70
FP70
M324
M324
M324
M324
M324

1 Chan;RDS(on! loon max;ton.toff 500ns max.
1 Chan;RDS(on loon max;ton.toff s5J:Ons max.
4 Chan'Rds(onfl00n max;ton toff
Ons max.
4 Chan;Rds(o~P oon max;ton.toff 500ns max.
3 Chan;Rds(on) loon max;ton.toff 500ns max.
3 Chan'Rds/onil00n max·ton toff 500ns max.
2 Chan;RdThOal00n max;ton.toff 500ns max.
2 Chan;Rds on loon max;ton.toff 500ns max.
1 Chan'Rds on loon max·ton toff 500ns max.
1 Chan.Rds(on) loon max;ton.toff 500ns max.
SPDT.Ton 1.5nS;Toff 1.5nS.
Res ON 200n max;ton 350ns·toff 400ns.
Res On 200n max;ton 350ns;toff 400ns.
Res On 200n max;ton 350ns;toff 400ns.
Res On 200n max;ton 350ns·toff 400ns.
Res On 200n max;ton 100ns;toff 400ns.

~:: g~ ~gg~ ~:=:!~~ 1gg~::!~~ :gg~::
Res On 200n max;ton 100ns;toff 400ns.
Res On 200n max;ton 100ns;toff 400ns.
Res On 200n max:ton 100nS'toff 400ns.
Driver w/FET SW;ton 150ns;toff 130ns.
Drover w/FET SW;ton 150ns;toff 130ns.
Drover w/FET SW·ton 150ns;toff 130ns.
Driver w/FET SW;ton 180ns.toff 150ns.
Drover w/FET SW;ton 180ns;toff 150ns.
Driver w/FET SW·ton 180ns:toff 150ns.
Driver w/FET SW;ton 150ns;toff 130ns.
Driver w/FET SW;ton 250ns;toff 130ns.
Driver w/FET SW·ton 250ns:toff 130ns.
Drover w/FET SW;ton 180ns;toff 150ns.
Driver w/FET SW;ton 300ns;toff 150ns.
Driver w/FET SW·ton 300ns:toff 150ns.
Drover w/FET SW;ton 150ns;toff ~ ~Ons.

g;:~:; :j~~::: ~~:!~~ ~g~::!~~ ~g~::

1
1
Driver w/FET SW;ton 180ns;toff 150ns.

g;:~:; :j~~::: ~~:~~~ ~~g~::~~~ 1~g~::

Driver
Driver
Drover
Driver
Driver
Drover
Driver
Driver
Driver
Driver

w/FET
w/FET
w/FET
w/FET
w/FET
w/FET
w/FET
w/FET
w/FET
w/FET

SW;ton
SW;ton
SW·ton
SW;ton
SW;ton
SW·ton
SW;ton
SW;ton
SW·ton
SW;ton

300ns;toff
180ns;toff
150ns:toff
1 ~!1ns;toff
150ns;toff
180ns;toff
180ns;toff
180ns;toff
150ns·toff
180ns;toff

150ns.
150ns.
130ns.
~~Qns.

130ns.
150ns.
150ns.
150ns.
130ns.
150ns.

g;:~:; :j~~::: ~~~~~ ~gg~::!~~ 1~g~::

Drover w/FET SW;ton 150ns;toff 130ns.
Drover w/FET SW;ton 150ns;toff 130ns.
Driver w/FET SW·ton 180ns·toff 150ns.
Driver w/FET SW;ton 180ns;toff 150ns.
Drover w/FET SW;ton 250ns;toff 130ns.
Drover w/FET SW·ton 150ns·toff 130ns.
Driver w~FET SW;ton 300ns;toff 150ns.
Driver w/FET SW;ton 180ns;toff 150ns.
CMOS Analoa Gate·ton 1.0us·toff 500ns.
CMS Anal09 Gate;ton 1.0us;toff 500ns.
CMOS Anal09 Gate;ton 1.0us;toff 500ns.
CMS Analoa Gat8'ton 1.0uS'toff 500ns.
CMS 4 SPST Gate;ton 1.0us max;toff500nsmax
CMS 4 SPST Gate;ton 520ns;toff 330ns max.
CMS 4 SPST Anal~ Gate·ton620nS'toff330ns.
MOS SW w/Driver;Rds(on) lOOn.
SPST;RDS60nmax;Ton 1 Ous max;Toff500nsmax.
Quad Dual Reference Ladders with ± 1OV Ref.
Quad Dual Reference Ladders with ± 1OV Ref.
MOS SW/w/Drover;rds(on) lOOn.
Dual differential SWItch.
Four channel SWItch.
Four MOS Transistor package.
Three MOS TranSIstor ~ck~.
Dual differential switch.
Four channel switch.
Four MOS Transistor Dackaae.
Three MOS Transistor package.
Dual FET Switch;Rds 50n max;±10V Signals.
SPST'Rds 30nmax'Ton 50nsec·Toff50nsec.
SPST;Rds 6.0nmax;Ton 50nsec;Toff 100nsec.
SPST;Rds 50nmax;Ton50nsec;Toff50nsec.
SPST'Rds 10nmax'Ton 50nsec'Toff 100nsec.
SPST/SPDT;RDS 30nmax;Ton off 10us max.

g~:~:~g~g~~~~~~~.!~~ l:g~::

Quad;RDS(ON) 75n;ton 1.2us;toff 800ns.
Quad;RD~I~~i 75n;ton 1.2us;toff 800ns.
Quad'RDS ON 75n·ton 1.2uS'toff 800ns.
Dual SPDT;R(ON)70n;trans time 1.2us.
Dual SPDT;R(ON)70n;trans tIme 1.2us.
Dual SPDT'R/ONi 70n:trans time 1.2us.
Dual SPDT;RDS(ON) 55n;ton 700ns.

g~:: ~~g::::~g~g~l ~~~:!~~ ~gg~::

Dual FET DPST; Ton 1.0ns; Taff 200ns.
SPST Dual FET; Ton 400ns; Toff 200ns.
Dual FET SPST' Ton 400ns' Toff 200ns.
CMS Dual SPST;RDS(ON)70n;ton 1.0us max.
CMS Dual SPST;RDS(ON)70n;ton 1.0us max.
CMS SPST'RDSlonI75n max·ton 1.0us·toffSOOns
CMS SPST;RD~I~~V5n max;ton 1.0us;toff500ns
CMS SPST'RDS on 75n max·ton 1.0uS'toff500ns

SYMBOLS AND CODES
EXPLAINED IN INTERPRETER

167

LINE
No.

~

3
4
5
6
7
8
9
10
11
12
13
14
15

l~

18

~~

21
22
23
24

~~

27

~g

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
61
62
63
64
65
66

~

o
~rA~

TYPE
No.

l~

I~~g:~~~~

IH5041CPE
IH5041MDE
IH5041MFD
IH5042CDE

:~~g:~g~~

IH5042MDE

:~~g:~~~~

IH5043CDE

:~~g:~~DEE

IH5043MFD
IH5044CDE
IH5044CPE
IH5044CTW
IH5044MDE
IH5044MFD
IH5044MTW
IH5045CDE
IH5045CPE
IH5045MDE
IH5045MFD
IH5046CDE
IH5046CPE
IH5046CTW
IH5046MDE
IH5046MFD
IH5046MTW
IH5047CDE
IH5047CPE
IH5047MDE
IH5047MFD
IH5048CDE
IH5048CPE
IH5048CTW
IH5048MDE

:~~g:~~~~

IH5049CDE
IH5049CPE
IH5049MDE
IH5049MFD
IH5050CDE
IH5050CPE
IH5050CTW
IH5050MDE
IH5050MFD
IH5050MTW
IH5051CDE
IH5051CPE
IH5051MDE
IH5051MFD
MH453F
CAG45
CAG45A
CAG48
CAG48A

Ig~~~~AL

g~
69
70
71
72
73
74
75
76
77
78
79
80
81
82
83
84
85
86
87
88
89
90

~~

93
94
95
96
97
98
99
100
101
102
103
104
105

19~

108
109
110

168

DG126AP
DG129AL
DG129AP
DG133AL
DG133AP
DG134AL
DG134AP
DG140AL
DG141AL
DG141AP

g~l~l~~

DG151BL
DG151BP
DG152AL
DG152AP
DG152BL
DG152BP
DG153AL
DG153BL
DG154AL
DG154AP
DG154BL
DG154BP
DG161AL

g~l~l~r

DG161BP
DG162AL
DG162AP
DG162BL
DG162BP
DG163AL
DG163BL
DG164AL
DG164AP
DG164BL
DG164BP
NC2126
NC2137
DG126ADD
DG126AFD
DG126DD
DG126FD
DG129ADD
DG129AFD
DG129DD
DG129FD

F~JZ?'

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
17
17
17
17
17
17
17
17
17
17
17

(vl

~~~

MO

M1~

MO
MO

g

M~~
~8s
M~~
M~s

MO

M1~

MO
MO

~~§

MOS

~::~

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%

M1~ ~::~
2.4%
MO
M1~ 2.4%
2.4%
MO
MO
MO

M~§

~8s

~~~
MO
~~§
MO~
M~§

~8s

Mq~
MC?§
MOS

~~~
MOS
M~~

~8s
Mq~

Mq§
MOS

~~§

MOS

M~~

~8s
MO~

500k
500k

~g8~

MC?~
TFH
TFH
TFH
TFH

2.4%
2.4%
2.4%
2.4%
2.4%
2.4%
2.4%
2.4%
2.4%
2.4%
24%
2.4%
24%
2.4%
2.4%
2.4%
2.4%
2.4%
2.4%

~.4%

.4%
2.4%
2.4%
2.4%
2.4%
24%
2.4%
2.4%
~.4%
.4%
2.4%

~::%

2.4%
24
2.4
2.4%
2.5
2.5
2.5
2.5
2.5
2.5
2.5
MO
M1i
2.5
MO
2.5
M~~ 2.5
2.5
2.5
M~§
M~S 2.5
MO
2.5
25
MO
2.5
MO
25
2.5
MO
2.5
M
2.5
25
M~§
M~S 2.5
MO
2.5
2.5
2.5
MO
2.5
MO
2.5
M~~ 2.5
2.5
2.5
MO
2.5
MO~ 2.5
2.5
M~~ 2.5
2.5
M~§ 2.5
2.5
25
MOS 2.5
25
25
2.5%
2.5%
25%
2.5%
2.5%
2.5%

M~~
~8s
M~~

~8s

~8s

M1~

~~
M1~
~8s
M~~
~g~

~8s

1.0M
1.0M

D.A. T.A.

IN ORDER OF (1IUSE(2ILEVEL'1'(3ILEVEL'O'
(4)MAX OPER FREQ(5),TYPE No.
DRAWINGS
LOGIC OUTLINE
GENERAL DESCRIPTION
LOW HI DWG. No DWG. No
f.=MO
'C
'C
I~!".!~ ~t'::i:r,R!I,,::i.,!?n)75n max;ton 1.uus;t0f!buuns
;?b j~b
0
J3'244
CMS Dual SPST;RD~1~n)75n max;ton 1.0us.
0
70 K1743d M324
CMS Dual SPST'RDS oni75n max·ton 1.0us.
-55 125 K1743d
CMS Dual SPST;~DS!On)75n max;ton 1.0us.
-55 125 K1743a ~p3l44
0
70 K1745b M324
70 K1745b M324
0
C~~ ~!,DT;RDil:~!!5n max;ton 1.0uo;toff500ns
0
70 K1745c
CMS SPDT;RDS o~V5n max;ton 1.0us;toff500ns
-55 125 K1745b r,~1~0
CMS SPDT'RDS on 75n max·ton 1.0uS'toff500ns
-55 125 K1745a FP94
CMS SPDT;RDS!On!75n max;ton 1.0us;toff500ns
-55 125 K1745c T0100
CMS SPDT;RDS On 7S~(n max;ton 1.0us;toff500ns
0
70 K1746
M324
CMS Dual SPDT'RDS on)75n max·ton 1.0us.
0
70 K1746
M324
CMS Dual SPDT;RDi!r~r5n max,ton 1.0us.
-55 125 K1746
M324
CMS Dual SPDT;RDS on 75n max;ton 1.0us.
-55 125 K1746a FP99
CMS Dual SPDT'RDS on 75n max·ton 1.0us.
0
70 K 1756a M324
CMS DPST;RDS(on)75n max;ton 1 Ous;toff~~!lns
0
70 K1746
M324
0
70 K1756b T0100
CMS DPST;RDS(on)75n max;ton 1.0us;toff500ns
-55 125 !51756a M324
-55 125 K1756
FP99
-55 125 K1756b T0100
CMS Dual DPST;RDS(on)75n max;ton 1.0us.
0
70 K1744
M324
0
70 K1744
M324
-55 125 K1744
M324
CMS Dual DPST;RDS(on)75n max;ton 1.0us.
-55 125 K1744a FP99
70 K1757a
0
CMS DPDT;RD~!~~17~~ max;ton 1.0Us;to~~pOns
0
70 K1757a
CMS DPDT'RDS on 75 max:ton 1.0 noff OOns
0
70
T0100
CMS DPDT;RDS(onI75n max;ton 1.0us;toff500ns
-55 125 K1757a M324
CMS DPDT;RD~!~n 75n max;ton 1.0us;toff500ns
-55 125 K1757
FP99
CMS DPDT'RDS oni75n max·ton 1.0us:toff500ns
-55 125
T0100
CMS DPDT;RDS(on)!5n max;ton 1.0us;toff500ns
0
70 K1757a M324
CMS 4 PST;RD~!~~!? 5n max;ton 1.0us;toff500ns
0
70 K1757a M324
CMS 4PST'RDS on 75n max·ton1.0us·toff500ns
-55 125 K1757a M324
CMS 4PST;RD~!on)75n max;ton 1.0us;toff500ns
FP99
-55 125 K1757
CMS 4PST;RDS(on)7s~,n,):"ax;ton 1.0us;to~~00ns
CMS Dual SPST'RDS on 30n max:ton 1. us.
0
70 K1743c M324
CMS Dual SPST,RDS(on)30n max;ton 1.0us
0
70 K1743c M324
0
70 K1743
T0100
-55 125 KI743c M324
-55 125 K1743b FP99
CMS Dual SPST;RDS(on)30n max;ton 1.0us.
-55 125 K1743
T0100
M324
0
70 K1744
M324
0
70 K1744
CMS Dual DPST;RDil:~!lon max;ton 1.0us.
-55
M324
CMS Dual DPST;RDS on 30n max;ton 1.0us.
K1744
CMS Dual DPST'RDS on 30n max;ton 1.0us.
-55
K1744a FP99
CMS SPDT;RDS(on)30n max;ton 1.0us;toff500ns
0
70 K1745b M324
CMS SPDT;RDS(on)30n max;ton 1.0us;toff500ns
0
70 K1745b M324
CMS SPDT'RDSioni30n max·ton 1.0us:toff500ns
0
70 K1745c T0100
-55 125 K1745b M324
CMS SPDT;RDS(on)30n max;ton 1 Ous;toff500ns
-55 125 K1745a FP99
1
-55 125 K1745c T0100
0
70 K1746
M324
~~S Dual SPDT;RDS!On!30n max;ton 1.0us.
0
70 K1746
M324
CMS Dual SPDT;R~~i~~i?on max;ton 1.0us.
-55 125 K1746
M324
CMS Dual SPDT'RD on 30n max·ton 1.0us.
-55 125 K1746a FP99
CMS Dual SPDT;RDS(on)~0!l max;ton 1.0us.
125 K174
DTUTTL Compatible MOS SWItch.
Dual FET SWltch'Rds 50n max'±10V S,gnals.
85 K1714b T0116
Dual FET SWltch;Rds 50n max;±10V Sl9nals.
-55 125 K1714b T0116
-20 85 K1750
M54d
M54d
·55 125 K1750
Dual FET .::i!'ST;Ron50n;Ton.7us Toffl.3us.
·55 125 K1714a !2.100

11. MPOWER
ISCELLAN
EOUS
MAX. TEMP.

LOGIC
ER- PROLEVEL
rbiE
ATING CESS ~'1'
f-JO'

~:~~

(Vl
.gg:
.S()*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
80*
.80*
.80*
.80*
80*
.80*
.80*
80*
.80*
.80*
.80*
.80*
80*
.80*
80*
.80*
.80*
.80*
.80*
.80*
.80*
80*
80*
.80*
.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*
80
.80
.80
80
.80
80
.80
.80
.80
.80
.80
80
.80
.80
.80
.80
80
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
1.0
1.0
1.0
1.0
1:8

SUPPLY
SPAN

TOTAL
PKG.

N(~~. P~~. Di~~'

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
15
15
30
18
18
18
18
15
18
18
18
18
18
18
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
15
15
15
18
18
18
18
18
18
18
18

l~ :~g~

15
15
15
15
15
15
15
15
15
15
15
15
15
15

l~

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
30
18
18
18
18
15
12
12
12
12
12
12
12
12
12
12
12
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
12
12
12
12
12
12
12
12

450m
450m

:~g~

450m
450m
450m
450m
450m
450m
450m
450m
450m
450m
450m
450m
450m
450m
450m
450m

:~g~

450m
450m
450m
450m
450m
450m
450m
450m
450m
450m
450m
450m
450m
450m
450m
450m
450m
450m
450m
450m
450m
450m
450m
450m
450m

:~g~

450m
450m
450m
450m
6.0m
65mt
65mt
65mt
65mt
130mt
750m
750m
750m
750m
750m
750m
750m
750m
750m
750m
750m
750m
750m
750m
750m
750m
750m
750m
750m
750m
750m
750m
750m
750m
750m
750m
750m
750m
750m
750m
750m
750m
750m
750m
750m
750m
750m
750m
750m
1.8
12
750m
750m
750m
750m
750m
750m
750m
750m

~l~Bd

g~~ ~~~IT~:DS~:n~f5~)~~~·t:;'nal~~~~·t~~5~·Ons

g~~ g~~::::~g~!~~l~~~ ~:::~~~ 1:g~:;~~~~gg~:

g~~ g~~i:~g~!~~l~~~ ~:~~~~ 1:g~:~~~~g8~:
g~~ g~:: g~~i:~g~!~~m~ ~:::~~~ l:g~::

~~~:

g~~ g~:: ~~~i;~g~!~~l~g~ ~:~:~~~ l:g~::

g~~ g~:: g~~~;.~g~\~~\~gg ~:~J~~ tg~::

m

g~~ ~~g::::~g~!~~l~g~ ~:~:~~~ :g~::~~~~gg~:

:~~

g~::g~~i

:~~

·55
·55
-55
·55
·55
·55
·55
-55
-55
-55
·55
·20
·20
·55
·55
·20
·20
·55
·20
·55
·55
·20
·20
·55
·55
·20
·20
·55
·55
·20
·20
·55
·20
·55
·55
·20
·20
·55
·55
·55
·55
·55
·55
·55
·55
-55
·55

m~lW

125
125
125
125
125
125
125
125
125
125
125
85
85
125
125
85
85
125
85
125
125
85
85
125
125
85
85
125
125
85
85
125
85
125
125
85
85
125
125
125
125
125
125
125
125

KI77k
KI77k
K178'
K178j
K178k
K178k
KI77m
K178m
K178m
K178n
K178n
K1780
K178p
K178q
K178a
K178r
K178r
KI77n
KI77p
KI77q
K177ci
KI77r
KI77r
K0249n
K0249n
K0249p
K02490
K0249q
K0249q
K0249r
K0249r
K0248n
K0248D
K0248q
K0248q
K0248r
K0248r
K1718
K1718
KI77a
KI77a
Kl77a
KI77a
KI77b
KI77b

g~ ~mg

i8~~6

m~::~~~ ~g~ ;18~ ~:~~:::

~ g~:~~:: g~:::~ :~m ~::~~~::.
Channel
Channel
Channel
Channel
Channel
Channel
Channel

Driver
Drover
Driver
Driver
Driver
Drover
Drover

w/FET
w/FET
w/FET
w/FET
w/FET
w/FET
w/FET

~witches

T086
T0116
T086
T0116
T086
T0116
T086
T086
T0116
T086
T0116
T086
T0116
T086
T0116
T086
T0116
T086
T086
T086
T0116
T086
T0116
T086
TOl16
T086
T0116
T086
T0116
T086
T0116
T086
T086
T086
T0116
T086
T0116
CN48m
CN48e
M235
FP69b
M235
FP69b
M235
FP69b

2
2
2
2
2
2
2

~p283g5b

~g~:~:g~:::~ ::~~ g~~::: ~:~ ~::~~~;~~~~88~:

Switches
Switches.
Switches.
Switches.
Switches.
Switches.

~ g~:~~:: g~:::~ :~m ~::~~~::.

Drover w/FET SW;ton 1.0us;toff 2.5us.
Driver w/FET SW;ton 1.0us;toff 2.5us.
Drover w/FET SW·ton 1.5us:toff 2.5us.
Driver w/FET SW;ton 1.5us;toff 2.5us.
Drover w/FET SW;ton 600ns;toff 1.5us.
Drover w/FET SW·ton 600ns·toff 1.5us.
Driver w/FET SW;ton 1 Ous;toff 2.0us
Drover w/FET SW;ton 1.0us;toff 2.0us.
Drover w/FET SW·ton 1.0us·toff 2.5us.
Drover w/FET SW;ton 1.5us;toff 2.5us.
Drover w/FET SW;ton 600ns,toff 1.5us
Drover w/FET SW·ton 600nS'toff 1.5us.
Drover w/FET SW;ton 1.0us;toff 2.0us.
Drover w/FET SW;ton 1.0us;toff 2.0us
Drover w/FET SW·ton 1.0us;toff 800ns.
Drover wt;FET SW;ton 1.0us;toff 800ns.
Driver w/FET SW;ton 1.5us;toff 1 Ous.
Drover w/FET SW·ton 1.5us·toff 1.0us.
Driver w/FET SW;ton 2.5us;toff 1.5us
Drover w/FET SW;ton 2.5us;toff 1.5us
Drover w/FET SW·ton 2.5uS'toff 2.0us.
Drover w/FET SW;ton 2.5us;toff 2.0us.
Drover w/FET SW;ton 1.0us;toff 800ns
Drover w/FET SW·ton 1.5uS'toff 1.0us.
Drover w/FET SW;ton 2.5us;toff 1 5us.
Drover w/FET SW;ton 2.5us;toff 1.5us.
Driver w/FET SW·ton 2.5us·toff 2.0us.
Drover w/FET SW;ton 2.5us;toff 2.0us.
SPOT FET Analog Switch.
SPOT FET Analog Switch.
2Chan.Drover wit; DPST Fet Switch;ton300ns
2Chan.Drover wIth DPST Fet Switch;ton300ns
2Chan.Driver wIth DPST Fet Switch:ton600ns
2Chan.Driver wIth DPST Fat Switch;ton600ns
2Chan.Drover wIth DPST Fet SWltch;ton300ns
2Chan.Drover wIth DPST Fet Switch·ton300ns

SYMBOLS AND CODES
EXPLAINED IN INTERPRETER

168

LINE
No.

~

1
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
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
Bl

~~

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
09
10

1
169

TYPE
No.

-MI
U E ~~A~
0 ER- PROATiNG CESS
FREO.

g~m~~g

g

DG133DD
DG133FD
DG134ADD
DG134AFD
DG134DD
DG134FD
DG139ADD
DG139AFD
DG139DD
DG139FD
DG140ADD
DG140AFD
DG140DD
DG140FD
DG141ADD
DG141AFD
DG141DD
DG141FD
DG142ADD
DG142AFD
DG142DD
DG142FD
DG143ADD
DG143AFD
DG143DD

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
17
17
17
17
17
17
17
17
17
17
17
17
17

g~m~gD

DG144AFD
DG144DD
DG144FD
DG145ADD
DG145AFD
DG145DD
DG145FD
DG146ADD
DG146AFD
DG146DD
DG14SFD
DG151ADD
DG151AFD
DG151DD

g~m~gD

DG152AFD
DG152DO
DG152FD
DG153ADD
DG153AFD
DG153DD
DG153FO
DG154AOD
DG154AFD
DG154DD
DG154FD
DG161ADD
DG161AFD
DG161DD
DG161FD
DG162ADD
DG162AFD
DG162DD
DG162FD
DG163ADD
DG163AFD
DG163DD
DG163FO
DG164ADD
DG164AFD
OG164DD
DG164FD
OG426ADD
OG426AFD
DG426DD
DG426FD
DG429ADD
DG429AFD
DG429DD
DG429FD
DG433ADD
DG433AFD
DG433DD
DG433FD
DG434ADD
DG434AFD
DG434DD
DG434FD

g~:~~~~g

DG439DD
DG439FD
DG440ADD
DG440AFD
DG440DD
DG440FD
DG441ADD
DG441AFD
DG441DD
DG441FD
DG442ADD
DG442AFD
DG442DD
DG442FD
DG443ADD
DG443AFD
DG443DD
DG443FD
DG444ADD
OG444AFD

iHz)

D.A. T.A.

lJI'

LOGIC
LEVEL

(V)

~.~~

MO~

M~~

MO
MO

MO~

M~~
~g~

~~~
MO~

M~~

~g~

Mq~
Mq~
MO~

M1~

MO
MO

M~~

~g~
MO~

2.5%
25%
2.5%
25%
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%

~:5%
.5%
2.5%
2.5%
2.5%
2.5%
~:5%

MOjl

M~~

.5%
2.5%
2.5%
2.5%
2.5%
2.5%
2.5%
2.5%
2.5%
2.5%
2.5%
2.5%
25%
25%
2.5%
2.5%
2.5%

~g~ ~.~~
Mq~
Mq~
MO~

M1~

MO
MO
Mq~
MO~
MO~

M~~

MO

MO~

M~~
MO

M~~
MO

M~~
MO

25%
2.5%
2.5%
2.5%
2.5%
2.5%
25%
2.5%
25%
25%
25%
25%
25%
25%
2.5%
25%
25%
2.5%
2.5%
25%
2.5%
2.5%
25%
2.5%
2.5%
25%
2.5%
2.5%

~n

.5%
2.5%
2.5%
25%
25%
2.5%
2.5%
25%
2.5%
25%
25%
25%
25%
25%

M~~
~g~ ~:~~

M~~

MO
MO

~g~

IN ORDER OF (I)USE(2)LEVEL'I'(3)LEVEL'O'
141MAX OPER FREQ/SITYPE No

11 MISCELLANEOUS

2.5%
2.5%
2.5%
2.5%
2.5%

·

lJO'
(V)
1·2
1.0
10
1.0
1.0
10
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
10
1.0
10
1.0
1.0
10
1.0
10
1.0
10
10
10
10
1.0
1.0
1.0
10
1.0
10
1.0
1.0
1.0
10
1.0
1.0
1.0
10
1.0
1.0
1.0
1.0
1.0
1.0
10
1.0
10
1.0
1.0
1.0
10
1.0
1.0
10
1.0
1.0
10
1.0
1.0
10
1.0
10
1.0
1.0
10
1.0
1.0
1.0
1.0
10
1.0
1.0
1.0
1.0
10
1.0
1.0
10
1.0
10
10
10
1.0
1.0
1.0
10
1.0
1.0
1.0
10
1.0
1.0
1.0
10
10
1.0
1.0
1.0
10
1.0
1.0
1.0
1.0
1.0
1.0

MAX. TEMP.
DRAWINGS
POWER
TOTAL
SUPPLY
LOGIC OUTLINE
SPAN
PKG.
LOlA HI DWG. No DWG. No
POS. DISS.
t.=MO
(V)
(W)
'C
'C

N(~1'
1~

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
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
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

g ~~g~

12
12
12
12
12
12
12
12
12
12
12
12
12
12
12
12
12
12
12
12
12
12
12
12
12
12
12
12
12
12
12
12
12
12
12
12
12
12
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
12
12
12
12
12
12
12
12
12
12
12
12
12
12
12
12
12
12
12
12
12
12
12
12
12
12
12
12
12
12
12
12
12
12
12
12

g

750m
750m
750m
750m
750m
750m
750m
750m
750m
750m
750m
750m
750m
750m
750m
750m
750m
750m
750m
750m
750m
750m
750m
750m
750m
750m
750m
750m
750m
750m
750m
750m
750m
750m
750m
750m
750m
750m
750m
750m
750m
750m
750m
750m
750m
750m
750m
750m
750m
750m
750m
750m
750m
750m
750m
750m
750m
750m
750m
750m
750m
750m
750m
750m
750m
750m
750m
750m
750m
750m
750m
750m
750m
750m
750m
750m
750m
750m
750m
750m
750m
750m
750m
750m
750m
750m
750m
750m
750m
750m
750m
750m
750m
750m
750m
750m
750m
750m
750m
750m
750m

~~om

50m
750m
750m
750m
750m
750m

:~~

-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
-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
-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
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0

m~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
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
125
125
125
125
125
125
125
125

K178a
K178a
K178b
K178b
K178b
K178b
K0248
K0248
K0248
K0248
KI77c
KI77c
KI77c
K177c
K178c
K178c
K178c
K178c
K0248a
K0248a
K0248a
K0248a
K0249
K0249
K0249
K0249
K0249a
K0249a
K0249a
K0249a
K0248b
K0248b
K0248b
K0248b
K0249b
K0249b
K0249b
K0249b
K178e
K178e
K178e
K17Be
K17Bf
K178f
K178f
K178f
Kl77e
Kl77e
Kl77e
Kl77e
KI77f
Kl77f
Kl77f
Kl77f
K0249c
K0249c
K0249c
K0249c
K0249d
K0249d
K0249d
K0249d
K0248c
K024Bc
24Bc
1K.9
K0248c
K024Bd
K0248d
K0248d
K0248d
Kl77a
Kl77a
Kl77a
Kl77a
Kl77d
Kl77d
Kl77d
Kl77d
K178d

m

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
70
70
70
70
70
70
70
70

~m~

K178d
K178b
K178b
K178b
K178b
K0248e
K024ge
K0248e
K0248e
Kl77e
Kl77e
Kl77e
Kl77e
K178e
K178e
K178e
K178e
K0248a
K0248a
K0248a
K0248a
K0249
K0249
K0249
K0249
K024ge
K024ge

~p~395b
M2-35
FP69b

~P'i95b

M235
FP69b
M235
FP69b
M235
FPS9b
M235

cr'26:~

FP69b
M235
FP69b
M235

~2W

FP69b
M235
FP69b
M235
FP69b
M235
FP69b
M235
FP69b
M235
cr'26:5b
FP69b
M235
FP69b
M235
FP69b
M235
FP69b
M235
FP69b
M235
FP69b
M235
FP69b
M235
FP69b
M235
FP69b
M235
FP69b
M235
FP69b
M235

GENERAL DESCRIPTION
I ~'::han.Drlver wlt~ ~~~!

Fet
2Chan.Drlver wIth SPST Fet
2Chan.Driver with SPST Fet
2Chan.Drlver with SPST Fet

~wltch;ton:!22ns

Switch;ton300ns
SWltch·ton600ns
Switch;ton600ns

~g~:~:g~:~:~ ::!~ ~~~i ~:! ~::!~~~~~~gg~:

2Chan.Drlver wIth SPST Fet Switch;ton600ns
2Chan.Driver with SPST Fet SWltch;tonSOOns
Driver Fet SWltcheS'ton 400nS'toff 800ns.
Driver. Fet Switches;ton 400ns;toff 800ns.
Driver. Fet Switches;ton 800ns;toff 1.6us
Driver Fet SwitcheS'ton 800nS'toff 1.6 s.
2Chan.Driver with DPST Fet Switch;ton500ns
2Chan.Drlver with DPST Fet SWltch;ton500ns
2Chan.Driver with DPST Fet Switch ton 1.0us
2Chan.Drlver wIth DPST Fet Switch;ton 1.0us
2Chan.Drlver with SPST Fet Switch;ton500ns
2Chan.Driver with SPST Fet Switch·ton500ns
2Chan.Drover with SPST Fet SWltch;ton 1.0us

~~~:~ ~~:eSw':';~~e~~~J :~~~s~~~h~g~~.~us
Drover.
Driver.
Driver
Driver.
Drover.
Driver
Driver.

Fet
Fet
Fet
Fet
Fet
Fet
Fet

Switches;ton 400ns;toff 800ns.
Switches;ton 800ns;toff 1.6us
Switches·ton 800nS'toff 1.6us.
~wltches;ton 400ns;toff 800ns
Switches;ton 400ns;toff 800ns.
SWItches 'ton 800ns;toff 1.6us
~wltches;ton 800ns;toff 1.6us.

g~:~:~. ~:~ ~::~~~::~~~ :gg~::~~~ ggg~:.

Drover. Fet ~wltches;ton 800ns;toff 1.6us
Driver. Fet SWltches;ton 800ns;toff 1 6us
Drover Fet Switches·ton 500ns;toff 1.2us.
Driver. Fet Switches;ton 500ns;toff 1.2us.
Drover. Fet SWltches;ton 1.0us.toff 2.5us.
Drover Fet SWltcheS'ton 1.0us·toff 2.5us.
Driver. Fet ~witches;ton 500ns;toff 1.2us.
Drover. Fet SWltches;ton 500ns;toff 1.2us.
Drover Fet Switches ton 1.0us'toff 2.5us.
Drover. Fet SWltches;ton 1.0us;toff 2.5us
2Chan.Drover with SPST Fet SWltch;ton500ns
2Chan.Driver with SPST Fet Switch·ton500ns
2Chan.Driver with SPST Fet Switch;ton 1.0us
2Chan.Driver wIth SPST Fet Switch;ton 1.0us
2Chan.Driver wIth SPST Fet Switch'ton300ns
2Chan.Driver with SPST Fet Switch;ton300ns
2Chan.Driver with SPST Fet Switch;ton600ns
2Chan.Driver wIth SPST Fet SWltch;ton600ns
2Chan.Driver with DPST Fet Switch;ton500ns
2Chan.Driver with DPST Fet Switch;ton500ns
2Chan.Drover with DPST Fet Switch·ton 1.0us
2Chan.Driver wIth DPST Fet Switch;ton 1.0us
2Chan.Driver wIth DPST Fet SWltch;ton300ns
2Chan.Driver wIth DPST Fet SWltch·ton300ns
2Chan.Driver with DPST Fet SWltch;tonl!0Ons

~26:5b

~~~:~.~~:eSw':';~~e~.~:J :gbn~~~Wh;:~nu~~Ons

FP69b
M235
FP69b
M235

Driver.
Driver.
Driver
Driver.

Fet
Fet
Fet
Fet

Driver.
Drover.
Drover
Driver.

Fet Switches;ton 800ns;toff 1.8us.
Fet SWltches;ton 500ns;toff 1.2us.
Fet Switches·ton 500nS'toff 1.2us.
Fet ~wltches;ton 1.0us;toff 25us

~::~

FP69b
M235
FP69b
M235
FP69b
M235
FP69b
M235
FP69b
M235
FP69b
M235
FP69b
M235
FPS9b
M235

~26395b

FP69b
M235
FP69b
M235
FP69b
M235
FP69b
M235
FP69b
M235
FP69b
M235
FP69b
M235
FPS9b
M235
FP69b
M235
FP69b
M235
FP69b
M235
FP69b
M235
FP69b
M235
FP69b
M235
FP69b

Switches;ton
Switches;ton
SWltches·ton
Switches;ton

500ns;toff 1.2us.
1.0us;toff 2.5us.
1.0uS'toff 2.5us.
400ns;toff 800ns.

g~:~:~. ~:~ ~::~~~:::~~~ :gg~:~~~ ~~~~~.

g~:~:~. ~:~ ~::~~~:::~~~ 19~~:~:ff 28i~s~s.

Driver. Fet Switches;ton 400ns;toff 800ns.
Driver. Fet Switches;ton 800ns;toff 1.6us.
Drover Fet SWltcheS'ton 800nS'toff 1.Sus.
2Chan Driver with DPST Fet Switch;ton500ns
2Chan.Driver with DPST Fet SWltch;ton500ns
2Chan.Drover wIth DPST Fet Switch·ton 1.0us
2Chan.Driver with DPST Fet Switch;ton 1.0us
2Chan.Driver wIth DPST Fet Switch;ton500ns
2Chan.Driver wIth DPST Fet SWltch'ton500ns
2Chan.Drover with DPST Fet SWltch;ton 1.0us
2Chan Drover with DPST Fet Switch;ton 1.0us
2Chan.Driver wIth SPST Fet Switch;ton500ns
?'::han Driver wIth SPST Fet Switch;ton500ns
2Chan.Driver with SPST Fet Switch;ton 1.0us
2Chan.Drlver with SPST Fet Switch·ton 1.0us
2Chan.Drover with SPST Fet Switch;ton500ns
2Chan.Drover with SPST Fet Switch;ton500ns
2Chan.Drover with SPST Fet Switch ton 1.0us
2Chan.Drlver wIth SPST Fet Switch;ton 1.0us

g~:~:~. ~:~ ~::~~~:::~~~ ~gg~::~~~ 1:g~::

Drover. Fet Switches;ton 1.0us.toff 2.0us.
Drover. Fet Switches;ton 1.0us;toff 2.0us.
2Chan.Driv,", with DPST Fet Switch;ton750ns
2Chan.Driver wIth DPST Fet SWltch;ton750ns
2Chan.Drover wIth DPST Fet Switch;ton 1.5us
2Chan.Drover with DPST Fet SWltch;ton 1.5us
2Chan.Driver with SPST Fet ~witch;ton750ns
2Chan Driver with SPST Fet SWltch;ton750ns
2Chan.Drover wIth SPST Fet Switch·ton 1.5us
2Chan.Drover with DPST Fet~Switch;ton 1.5us
Drover. Fet SWltches;ton 500ns;toff 1.0us.
Drover Fet Switches·ton 500nS'toff 1.0us.
Drover. Fet Switches;ton 1.0us;toff 2.0us.

g~:~:~. ~:~ ~::~~~:::~~~ ~g~~~~~:ff 2i~~~s.

Driver.
Drover.
Drover
Drover.
Driver

Fet
Fet
Fet
Fet
Fet

Switches;ton
SWltches;ton
Switches·ton
SWltches;ton
SWltcheS'ton

SYMBOLS AND CODES
EXPLAINED IN INTERPRETER

500ns;toff 1.0us.
1.0us;toff 2.0us.
1.0uS'toff 2.0us.
500ns;toff 1.0us.
500nS'toff 1.0us.

169

LINE
No.

~

3

~

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
43
44
45
46
47
48
49
50
51
52
53
54
55"
56"
57

·

fuil
LOGIC
U E ~~A~
0 ER- PROLEVEL
lJO'
ATiNG CESS l J l '

TYPE
No.

g~:::~8

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
DG462DD
DG462FD
DG463ADD
DG463AFD
DG463DD
DG463FD
DG464ADD

~:

60
61
62
63
64
65
66
67
68
69
70
71
72
73
74
75

~;
78
79
80
81
82
83
84

:~

87

g:

90
91
92
93
94
95
96
97
98
99
100
101
102

19~

105

19;
108
l~~

170

IN ORDER OF (I)USE(2)LEVEL"'(3)LEVEL'O'
t4lMAX OPER FR~TYPE No.

11 MISCELLANEOUS
POWER

.§J

g~:::~~D
DG464FD
IH5001CPA
IH5002CPA
IH5003MDD
IH5003MFD
IH5004MDD
IH5004MFD
IH5005MDD
IH5005MFD
IH5006MDD
IH5006MFD
IH5007MDD
IH5007MFD
AD7516JN
AD7516SD
CDA4B
CAG27
CAG27-10
AH0126CD
AH0126CF
AH0126D
AH0126F
AH0129CD
AH0129CF
AH0129D
AH0129F
AH0133CD
AH0133CF
AH0133D
AH0133F
AH0134CD
AH0134CF
AH0134D
AH0134F
AH0139CD
AH0139CF
AH0139D
AH0139F
AH0140CD
AH0140CF
AH0140D
AH0140F
AH0141CD
AH0141CF
AH0141D
AH0141F
AH0142CD
AH0142CF
AH0142D
AH0142F
AH0143CD
AH0143CF
AH0143D
AH0143F
AH0144CD
AH0144CF
AH0144D
AH0144F
AH0145CD
AH0145CF
AH0145D
AH0145F
AH0146CD
AH0146CF
AH0146D
AH0146F
AH0151CD
AH0151CF
AH0151D

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
17
17
17
17
17
17
17
17
17
17
17
17
17
17
17

F~Jz?'

D.A. T.A.

{V)

~q~ H~
MO~

~g~
M1~

MO
MO
MOr

MO~

19~

MO
M

M~~
~g~

M~~

MO

MO~

M~~

~g~

M~~
~g~

M~~
~g~
M~~
M~~
MO~

~g~

~g~

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%
25%
25%
2.5%
2.5%
2.5%
2.5%
2.5%
25%
2.5%
2.5%
2.5%
2.5%
2.7%
2.7%
2.8
30%
3.0%
30
30
3.0
3.0
3.0
3.0
3.0
30
3.0
30
3.0
3.0
3.0
30
30
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
3.0
30
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
3.0
3.0
3.0
3.0
3.0
30
3.0
30

(V)

Lg

1.0
1.0
1.0
1.0
1.0
1.0
1.0
10
1.0
10
1.0
1.0
1.0
1.0
1.0
1.0
1.0
10
1.0
10
1.0
1.0
10
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
10
1.0
1.0
1.0
1.0
10
1.0
1.0
1.0
10
1.0
1.0
1.0
1.0
.50*
.50*
.45
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
00
0.0
0.0
0.0
00
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
00
0.0
0.0
0.0
0.0
00
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

SUPPLY
SPAN

MAX. TEMP.
DRAWINGS
TOTAL
LOGIC OUTLINE
PKG.
LOV. HI DWG. No DWG. No
lI=MO
'C
'C

GENERAL DESCRIPTION

'i~~. P~~. DI~~'

~~g~ Ig
1918 12g 750m
0
18
18
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
15
15
15
15
15
18
18
18
18
18
18
18
18
18
18
18
18
15
15
0
15
15
18
18
18
18
18
18
18
18
18
18
18
18
18
18
18
18
18
18
18
18
18
lB
18
18
18
18
18
18
18
18
18
18
18
lB
18
18
18
18
18
18
18
18
18
18
18
18
18
18
18
18
18

12
12
12
12
12
12
12
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
12
12
12
12
12
12
12
12
12
12
12
12
15
15
5.0
15
15
12
12
12
12
12
12
12
12
12
12
12
12
12
12
12
12
12
12
12
12
12
12
12
12
12
12
12
12
12
12
12
12
12
12
12
12
12
12
12
12
12
12
12
12
12
12
12
12
12
12
12

750m
750m
750m
750m
750m
750m
750m
750m
750m
750m
750m
750m
750m
750m
750m
750m
750m
750m
750m
750m
750m
750m
750m
750m
750m
750m
750m
750m
750m
750m
750m
750m
750m
750m
750m
750m
750m
750m
750m
500m
500m
750m
750m
750m
750m
750m
750m
750m
750m
750m
750m
670m
450m

500mt
500mt
500mt
500mt
500mt
500mt
500mt
500mt
500mt
500mt
500mt
500mt
500mt
500mt
500mt
500mt
500mt
500mt
500mt
500mt
500mt
500mt
500mt
500mt
500mt
500mt
500mt
500mt
500mt
500mt
500mt
500mt
500mt
500mt
500mt
500mt
500mt
500mt
500mt
500mt
500mt
500mt
500mt
500mt
500mt
500mt
500mt
500mt
500mt
500mt
500mt

0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
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
-55
-55
-55
-55
-55
-55
-55
-55
-55
0
-55
-55
-55
-55
-25
-25
-55
-55
-25
-25
-55
-55
-25
-25
-~5

-55
-25
-25
-55
-55
-25
-25
-55
-55
-25
-25
-55
-55
-25
-25
-55
-55
-25
-25
-55
-55
-25
-25
-55
-55
-25
-25
-55
-55
-25
-25
-55
-55
-25
-25
-55
-55
-25
-25
-55

~g ~g~:~: l~l6~5b

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
125
125
125
125
125
125
125
125
125
125
75
125
125
125
125
85
85
125
125
85
85
125
125
85
85
125
125
85
85
125
125
85
85
125
125
85
85
125
125
85
85
125
125
85
B5
125
125
85
85
125
125
85
85
125
125
85
85
125
125
85
85
125
125
B5
B5
125

K0248c
K0248c
K0248c
K0248c
K0249c
K0249c
K0249c
K0249c
K178g
K178a
K178g
K178g
K178h
K178h
K178h
K178h
KI77g
KI77g
KI77a
KI77g
KI77h
KI77h
KI77h
KI77h
K0249f
K0249f
K0249f
K0249f
K0249g
K0249g
K0249a
K0249g
K0248f
K0248f
K0248f
K0248f
K0248g
K0248g
K0248g
K0248a
KI724
KI724a
KI727
K1727
KI727a
KI727a
K1727b
KI727b
KI727c
KI727c
KI727d
K1727d
K1765
K1765
K0227
KI720
KI720
KI77a
KI77a
KI77a
KI77a
K177b
KI77b
KI77b
KI77b
K178a
K178a
K178a
K178a
K178b
K178b
K178b
K178b
K0248
K0248
K0248
K0248
KI77c
KI77c
KI77c
KI77c
K178c
K178c
K178c
K178c
K0248a
K024Ba
K0248a
K0248a
K0249
K0249
K0249
K0249
K0249a
K0249a
K0249a
K0249a
K0248b
K024Bb
K0248b
K024Bb
K0249b
K0249b
K0249b
K0249b
K178e
K178e
K178e

M235
FP69b
M235
FP69b
M235
FP69b
M235
FP69b
M235
FP69b
M235
FP69b
M235
FP69b
M235
FP69b
M235
FP69b
M235
FP69b
M235
FP69b
M235
FP69b
M235
FP69b
M235
FP69b
M235
FP69b
M235
FP69b
M235
FP69b
M235
FP69b
M235
FP69b
M235
FP69b
M239
M239
M235
FP69b
M235
FP69b
T0116
T086
T0116
T086
T0116
T086
Ml05aj
CN57
CN48g
CN48g
M297c
FP87
M297c
FP87
M297c
FP87
M297c
FP87
M297c
FP87
M297c
FP87
M297c
FP87
M297c
FP87
M297c
FP87
M297c
FPB7
M297c
FP87
M297c
FP87
M297c
FP87
M297c
FP87
M297c
FP87
M297c
FP87
M297c
FP87
M297c
FP87
M297c
FP87
M297c
FP87
M297c
FP87
M297c
FP87
M297c
FP87
M297c
FPB7
M297c
FPB7
M297c

Driver,
Drtver,
Driver
Driver,

Fet
Fet
Fet
Fet

:?wltches,ton ! .Qus;tO!! ~ QUs.
SWltches,ton 1 Ous;toff 2.0us.
SWltcheS'ton 750nstoff 1.2us.
Switches;ton 750ns;toff 1.2us.

g~:~:~, ~:~ ~::~~~::~~~ l:~~:~~~ ~:~~::

Drtver, Fet SWltches;ton 750ns;toff 1.2us.
Drtver, Fet SWltches;ton 750ns;toff 1.2us.
Drtver Fet Switches ton 1.5us toff 2.5us.
Drtver, Fet Switches;ton 1.5us;toff 2.5us.
2Chan.Drtver wIth SPST Fet SWltch;ton750ns
2Chan.Driver wIth SPST Fet SWltch·ton750ns
2Chan.Driver with SPST Fet SWltch;ton 1.5us
2Chan.Driver wIth SPST Fet Switch;ton 1.5us
2Chan.Driver with SPST Fet Switch·ton500ns
2Chan Driver with SPST Fet SWltch;ton500ns
2Chan.Drtver with SPST Fet SWltch;tonl.0us
2Chan.Drtver with SPST Fet SWltch;ton 1.0us
2Chan.Driver with DPST Fet Switch;ton750ns
2Chan.Drtver with DPST Fet Switch;ton750ns
2Chan.Driver with DPST Fet Switch·ton 1.5us
2Chan Driver with DPST Fet Switch;ton 1.5us
2Chan.Driver wIth DPST Fet Switch;ton500ns
2Chan.Driver with DPST Fet Switch·ton500ns
2Chan.Drtver with DPST Fet SWltch;ton 1.0us
2Chan Drtver wIth DPST Fet SWltch;ton 1.0us
Drtver Fet Switches 'ton 750ns·toff 1.2us.
Driver, Fet Switches;ton 750ns;toff 1.2us.
Drtver, Fet Switches;ton 1.5us;toff 2.5us.
Driver Fet SWltches;ton 1.5us;toff 2.5us.
Driver, Fet Switches;ton 500ns;toff 1.0us.
Driver, Fet SWltches;ton 500ns;toff 1.0us.
Driver Fet SWltches;ton 1 Ous;toff 2.0us.
Drtver, Fet Switches;ton 1.0us;toff 2.0us.
Drtver, Fet Switches;ton 750ns;toff 1.2us.
Drtver Fet SWItches ton 750nS'toff 1.2us.
Driver, Fet SWltches;ton 1.5us;toff 2.5us.
Driver, Fet Switches;ton 1.0us;toff 2.5us.
Drtver Fet SWltches;ton 500ns·toff 1.0us.
Drtver, Fet Switches;ton 500ns;toff 1.0us.
Driver, Fet SWltches;ton 1.0us;toff 2.0us.
Drtver Fet Switches 'ton 1.0us toff 2.0us.
lChan.Drtver wIth SPST Fet Switch and gate
1Chan.Drtver wIth SPST Fet SWItch and gate
2Chan.Drtver wIth SPST Fet Switch and aate
2Chan.Driver with SPST Fet SWItch and gate
2Chan.Drtver with SPST Fet Switch and gate
2Chan.Drtver with SPST Fet Switch and aate
2 Chan Drtver with SPST FET Switch.
2 Chan. Drtver with SPST FET SWItch.
2 Chan Driver with SPST FET Switch.
2 Chan Drtver with SPST FET Switch.
2 Chan Driver with SPST FET Switch.
2 Chan Drtver wIth SPST FET Swtich.
Quad;R~!!!ON) 1000;ton,toff 20ns.
Quad;RDS{ON) 1000;ton,toff 20ns.
Vo 1.0mV max'Ton Toff 600ns max.
SPST/SPDT;RDS 6.00max;Ton off 3.0us max.
SPSTISPDT;RDS 100max;Ton off 3.0us max.
Dual DPST FET SW;ton800ns max;toffl.6usmax
Dual DPST FET SW;ton800ns max;toff1.6usmax
Dual DPST FET SW;ton800ns max;toffl.6usmax
Dual DPST FET SW·ton800ns max·toffl.6usmax
Dual DPST FET SW;ton800ns max;toffl 6usmax
Dual DPST FET SW;ton800ns max;toffl.6usmax
Dual DPST FET SW;ton800ns max·toffl.6usmax
Dual DPST FET SW;ton800ns max;toffl.6usmax

g~:: ~~~i
Dual
Dual
Dual
Dual

SPST
SPST
SPST
SPST

m~~:~~~ggg~: ~:=:~~m::~:~:=

FET
FET
FET
FET

SW;ton800ns
SW;ton800ns
SW;ton800ns
SW;ton8QQns

max;toff1.6usmax
max;toffl.6usmax
max;toffl.6usmax
max;toff1.!!usmax

g~:: ~~~i ~n ~~~~~ggg~: ~:=~~~l::~:~:~

Diff DPDT FET SW;ton~~Ons max;toff 1.6usmax
Diff DPDT FET SW;ton800ns max;toffl.6usmax
Diff DPDT FET SW·tonBOOns max·toff1.6usmax
Diff DPDT FET SW;tonBOOns max;toffl.6usmax
Dual DPST FET SW;ton 1.0us max;toff2.5usmax
Dual DPST FET SW;ton800ns max·toffl.6usmax
Dual DPST FET SW;ton 1.0us max;toff2.5usmax
Dual DPST FET SW;tonBOOns max;toffl.6usmax
Dual SPST FET SW;ton 1.0us max·toff2.5usmax
Dual SPST FET SW;ton 1.0us max;toff2.5usmax
Dual SPST FET SW;ton 1.0us max;toff2.5usmax
Dual SPST FET SW·ton 1.0us max·toff2.5usmax
Dlff DPDT FET SW;tonBOOns max;toffl.6usmax
Diff DPDT FET SW;tonBOOns max;toff1.6usmax
Dlff DPDT FET SW;tonBOOns max·toff1.6usmax
Diff DPDT FET SW;ton800ns max;toffl.6usmax
Diff SPOT FET SW;tonBOOns max;toff1.6usmax
Dlff SPOT FET SW·ton800ns max·toffl.6usmax
Diff SPOT FET SW;ton800ns max;toffl.6usmax
Diff SPOT FET SW;ton800ns max;toffl.6usmax
Diff SPOT FET SW·ton800ns max·toff1.6usmax
Dlff SPOT FET SW;ton800ns max;toffl.6usmax
Dlff SPOT FET SW;ton800ns max;toffl.6usmax
Dlff SPOT FET SW·ton800ns max'toffl.6usmax
Dlff DPDT FET SW;ton 1.0us max;toff2.5usmax
Dlff DPDT FET SW;ton 1.0us max;toff2.5usmax
Dlff DPDT FET SW·ton 1.0us max;toff2.5usmax
Diff DPDT FET SW;ton 1.0us max;toff2.5usmax
Diff SPOT FET SW;ton 1.0us max;toff2.5usmax
Diff SPOT FET SW·ton 1.0us max;toff2.5usmax
Diff SPOT FET SW;ton 1.0us max;toff2.5usmax
Diff SPOT FET SW;ton 1.0us max;toff2.5usmax
Dual SPST FET SW'ton800ns max·toffl.6usmax
Dual SPST FET SW;ton800ns max;toffl.6usmax
Dual SPST FET SW·ton800ns max:toffl.6usmax

SYMBOLS AND CODES
EXPLAINED IN INTERPRETER

170

LINE
No.
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
t6
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
58
59
60
61
62
63
64
65
66
67
68
69
70
71
72
73
74
75
76
77
78
79.
80.
8,.
S2t
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

171

~

TYPE
No.

~~11i~D

ml fU~A~

U E 0 E~ PROATING CESS

F~~Z~'

AH0152CF
AH0152D
AH0152F
AH0153CD
AH0153CF
AH0153D
AH0153F
AH0154CD
AH0154CF
AH0154D
AH0154F
AH0161CD
AH0161CF
AH0161D
AH0161F
AH0162CD
AH0162CF
AH0162D
AH0162F
AH0163CD
AH0163CF
AH0163D
AH0163F
AH0164CD
AH0164CF
AH0164D
AH0164F
CDA10A
DAS2132Bl
DAS2136Bl
DAS2133Bl
DAS2137Bl
CDA2-1
CDA2-2
CDA2-3
CDA2-4
CAG7
CAG7-10
AD7511JD
AD7511JN
AD7511SD
AD7512JD
AD7512JN
AD7512SD
AD7513JH
AD7513JN
AD7513SH
DG139AL
DG139AP
DG139BL
DG139BP
DG142AL
DG142AP
DG142BL
DG142BP
DG143AL
DG143AP
DG143BL
DG143BP
DG144AL
DG144AP
DG144BL
DG144BP
DG145AL
DG145AP
DG145BL
DG145BP
DG146AL
DG146AP
DG146BL
DG146BP
CAG14
CAG14A
CDA18
CDA18A
CDA23
HI-1F1800-2
HI-l F 1800-5
HI-1F1800A2
HI-l F lS00A5
AD7510J
DG171AA
DG171BA
DGl72AL
DGl72AP
DGl72BK
DGl72BL
DGl72CJ
DG173AL
DG173AP
DG173BK
DG173BL
DG175AA
DG175BA
AD7519JN
Gl151FD
MX55C
G1251FD
G125MFD
G1271FD
G127MFD
G1291FD
G129MFD
G1311FD
G131MFD
G1330lFD
G1330MFD
G1350lFD

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
17
17
17
17
17
17
17
17
17
17
17
17
17
17
17

1.0M
10M

tg

TFH
TFH
TFH

TF~f

Mm

M~~

~gi
M~~

~gi

~~~

MO!

M~;

~gi
MQ~
MQ~

MO!

~g;

MO!

M~;

~g!
M~l
~gi
M~l
~g!

MO

M~~

MO

M~~

~g~

D.A. T.A.

flJ'1'

LOGIC
LEVEL

IVI

~gf
M~~
~gf
M~~
MO

10M

11 · MISCELLANEOUS
POWER

M(n
Mm
TFH

~q~

MO~

M~~

~gi;
M~~
M~S

MO

M1~

MO
MO

M~~

~g~
M~~

M~~
MO

M1~

MO
MO

M~~

~g~
M~~

~g~
MQ~
MO~
MO~

~g~

3.0
3.0
3.0
3.0
30
3.0
3.0
3.0
30
3.0
3.0
3.0
3.0
3.0
3.0
30
30
30
3.0
3.0
30
30
30
30
30
3.0
30
30
30
30
3.0
3.0
3.0%
3.0%
3.0%
30%
3.0%
3.0%
3.0%
3.0%
3.0%
30%
3.0%
3.0%
3.0%
3.0%
3.0%
30
30
30
3.0
3.0
3.0
30
3.0
3.0
30
3.0
3.0
3.0
3.0
3.0
3.0
3.0
30
3.0
30
3.0
3.0
3.0
3.0
3.5%
3.5%
3.5%
3.5%
3.5%
4.0%
4.0%
4.0%
4.0%
4.2%
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
7.0%
-2.0%
-4.8%
-5.0'
-5.0*
-5.0*
-5.0*
-5.0'
-5.0'
-5.0*
-5.0'
-5.0'
-5.0*
-5.0*

~JO'

(VI

Kg

0.0
00
0.0
0.0
0.0
00
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
00
0.0
0.0
00
0.0
0.0
0.0
0.0
00
00
0.0
0.0
0.0
0.0
0.0
0.0
0.0
00
50'
.50'
50'
50'
.60'
.60'
80'
.80'
.80'
.SO·
.80'
.80'
.80'
.80'
.80'
80
.80
80
80
.80
.80
.80
80
.80
80
.80
80
80
.SO
.80
80
80
80
80
.80
.80
.80
.80
.80
50'
.50'
.50'
50*
.50*
.40*
40'
.40*
40*
.80*
0.0
00
0.0
0.0
00
0.0
00
00
0.0
0.0
0.0
00
0.0
.40*
-1.0*

MAX. TEMP.
TOTAL
PKG.
LO,,", HI

SUPPLY
SPAN

N(~~. PPV~'

1~

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
-15
15
15
15
15
10
10
20
20
15
15
15
15
15
15
15
15
15
15
15
18
lS
18
18
lS
18
18
18
18
18
18
18
lS
lS
18
lS
18
18
18
18
18
18
18
18
15
15
15
15
15
12
12
12
12
15
20
20
20
20
20
20
20
20
20
20
20
20
20
15
20
15
20
20
20
20
20
20
20
20
20
20
20

Di~~'

g ~gg:::i
12
12
12
12
12
12
12
12
12
12
12
12
12
12
12
12
12
12
12
12
12
12
12
12
12
12
12

o

15
15
15
15
0.0
00
0.0
0.0
15
15
15
15
15
15
15
15
15
15
15
12
12
12
12
12
12
12
12
12
12
12
12
12
12
12
12
12
12
12
12
12
12
12
12
50
5.0
5.0
50
5.0
12
12
12
12
15
10
10
10
10
10
10
10
10
10
10
10
10
10
15
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

500mt
500mt
500mt
500mt
500mt
500mt
500mt
500mt
500mt
500mt
500mt
500mt
500mt
500mt
500mt
500mt
500mt
500mt
500mt
500mt
500mt
500mt
500mt
500mt
500mt
500mt
500mt
1.4
500m
500m
500m
500m
250m
250m
250m
250m
1.4
14
450m
670m
450m
450m
670m
450m
450m
670m
450m
750m
750m
750m
750m
750m
750m
750m
750m
750m
750m
750m
750m
750m
750m
750m
750m
750m
750m
750m
750m
750m
750m
750m
750m
30m
30m
30m
30m
50m
200m
200m
200m
200m
450m
750m
750m
750m
750m
750m
750m
470m
750m
750m
750m
750m
750m
750m
670m
500m
500m
500m
500m
500m
500m
500m
500m
500m
500m
500m

'C
-55
-25
-25
-55
-55
-25
-25
-55
-55
-25
-25
-55
-55
-25
-25
-55
-55
-25
-25
-55
-55
-25
-25
-55
-55
-25
-25
-55
-55
-55
-55
-55
-55
-55
-55
-55
-55
-55
-55
-55
0
0
-55
0
0
-55
0
0
-55
-55
-55
-20
-20
-55
-55
-20
-20
-55
-55
-20
-20
-55
-55
-20
-20
-55
-55
-20
-20
-55
-55
-55
-55
-55
-55
-55
-55
-55
-55
0
-55
0
0
-55
-20
-55
-55
-20
-20
0
-55
-55
-20
-20
-55
-20
0
-20
-25
-20
-55
-20
-55
-20
-55
-20
-55
-20
-55
-20

IN ORDER OF (1)USE(2)LEVEL'1'(3)LEVEL'O'
(4)MAX OPER FREQ(SITYPE No
DRAWINGS
LOGIC OUTLINE
DWG. No DWG. No
n=MO

GENERAL DESCRIPTION

'C

J~~
85
125
125
85
85
125
125
85
85
125

J~5
85
125
125
85
85
125
125
85
85
125
125
S5
85
125
125
125
125
125
125
125
125
125
125
125
125
125
75
75
125
75
75
125
75
75
125
125
125
85
85
125
125
85
85
125
125
85
85
125
125
S5
S5
125
125
85
85
125
125
125
125
125
125
125
125
125
125
75
125
75
75
125
85
125
125
85
85
70
125
125
85
85
125
85
75
85
75
85
125
85
125
85
125
85
125
85
125
85

~1m

K178f
K 178f
K178f
Kl77e
K177e
K177e
Kl77e
Kl77f
Kl77f
Kl77f
Kl77f
K0249c
K0249c
K0249c
K0249c
K0249d
K0249d
K0249d
K0249d
K0248c
K0248c
K0248c
K0248c
K0248d
K0248d
K0248d
K0248d
K0239

K1715
K1715
K1715
K1715
K0229
K0229
K1762
K1762

~N7C

FP87
M297c
FP87
M297c
FPS7
M297c
FP87
M297c
FP87
M297c
FP87
M297c
FP87
M297c
FP87
M297c
FP87
M297c
FP87
M297c
FP87
M297c
FP87
M297c
FP87
M297c
FP87
CN48b
L'l006AF
L'l006AF
L'l006AF
L'l006AF
CN6c
CN6c
CN6c
CN6c
CN48a
CN48g
M361
M345a
M361
Ml05a'

K1763
K1764
K1764
K1764
K0248h
K0248h
K0248j
K0248J
K0248k
K0248k
K0248k
K0248k
K0249k
K0249k
K0249k
K0249k
K0249h
K0249h
K0249j
K0249j
K0248m
K0248m
K0248n
K0248n
K0249m
K0249m
K0249n
K0249n

K1761
K1761
K1761
K1761
K1762
K1739
K1739
K1740
K1740
K1740
K1740
K1740
K1741
K1741
K1741
K1741
K1742
K1742
K1766
K3812
Kl728
K385
K385
K385
K385
K386
K386
K386
K386
K385
K385
K386

T0100
Ml05a'
T0100
T086
TOl16
T086
TOl16
TOS6
TOl16
T086
TOl16
T086

:jigJ~6

TOl16
T086
TOl16
TOS6
TOl16
T086
TOl16
T086
TOl16
T086
TOl16
T086
T0116
T0100
FP70
T0100
FP70
T0100
M210c
M210c
M210c
M210c
M361
T0100
T0100
T086
TOl16
TOl16
TOB6
TOl16
T086
TOl16
TOl16
T086
T0100
T0100
Ml05aj
T086
FP81
T086
T086
T086
TOB6
T086
T086
T086
T086
T086
T086
TOS6

Dual ~P.~! FET ~yv;ton~~~ns max;toffl.!jusmax
Dual SPST FET SW;ton800ns max;toffl.6usmax
Dual SPST FET SW·ton800ns max·toffl.6usmax
Dual SPST FET SW;ton800ns max;toffl.6usmax
Dual SPST FET SW;ton800ns max;toff1.6usmax
Dual DPST FET SW·ton800ns max'toff 1.6usmax
Dual DPST FET SW;ton800ns max;toffl.6usmax
Dual DPST FET SW;ton800ns max;toffl.6usmax
Dual DPST FET SW·ton800ns max·toff 1.6usmax
Dual DPST FET SW;ton800ns max;toff 1.6usmax
Dual DPST FET SW;ton800ns max;toff 1.6usmax
Dual DPST FET SW·ton800ns max·toff 1.6usmax
Dual DPST FET SW;ton800ns max;toff 1.6usmax
Diff SPOT FET SW;ton800ns max;toff 1.6usmax
Diff SPOT FET SW·ton800ns max·toff 1.6usmax
Diff SPOT FET SW;tonSOOns max;toff 1.6usmax
D,ff SPOT FET SW;ton800ns max;toff 1.6usmax
Diff SPOT FET SW·tonSOOns max'toff1.6usmax
D,ff SPOT FET SW;ton800ns max;toff1.6usmax
D,ff SPOT FET SW;ton800ns max;toff 1.6usmax
Diff SPOT FET SW·tonSOOns max·toff 1.6usmax
Diff DPDT FET SW;ton800ns max;toffl.6usmax
Diff DPDT FET SW;ton800ns max;toffl.6usmax
D,ff DPDT FET SW·ton800ns max·toffl.6usmax
D,ff DPDT FET SW;ton800ns max;toffl.6usmax
Diff DPDT FET SW;ton800ns max;toffl.6usmax
Diff DPDT FET SW·ton800ns max·toffl.6usmax
D,ff DPDT FET SW;ton800ns max;toffl 6usmax
D,ff DPDT FET SW;ton800ns max;toff1.6usmax
Vo 1.0mV max' Ron 9.5 ohms max.
Dual SPST,Ton 500nS;Toff 1.0nS.
Dual SPST;Ton 500nS max;Toff 500nS max.
Dual SPST'Ton 500nS'Toff 1.0nS.
Dual SPST; Ton 500ns; Toff 500ns.
Vin 20Vmax;IIn 1.0na max;1 off 1.0na.
Vin 20Vmax'lin 1.0na max'l off 1.0na.
VIn 10Vmax;IIn 1.0na max;1 off 1.0na.
VIn 10Vmax,IIn 1.0na max;1 off 1.0na.
SPST or DPST'Rds 6.00·Ton/OFF 2.0us max.
SPST or DPST;Rds 1OO;Ton/Off 2.0us max
Quad;RDS(ON) 750;ton 1.2us;toff SOOns.
Quad'RDS/ONi 750·ton 1.2us·toff SOOns.
Quad;RDS(ON) 750;ton 1.2us;toff 800ns.

g~~: ~~gi;ruglli jgR;~;~~~ ~::::: U~~:
Dual SPDT,R(ON) 700;trans time 1.2us.
Dual SPDT;RDS(ON) 550;ton 700ns.
Dual SPDT'RDS/ONi 550·ton 700ns.
Dual SPDT;RDS(ON) 550;ton 700ns.
Driver w/FET SW;ton SOOns;toff 1.6us.
Driver w/FET SW ton SOOns·toff 1.6us.
Dflver w/FET SW;ton 1.0us;toff 2.0us.
Dflverw/FET SW;ton 1.0us;toff 2.0us.
Driver w/FET SW·ton SOOnS'loff 1.6us.
Dflver w/FET SW;ton SOOns,toff 1.6us.
Dflver w/FET SW;ton 1.0us;toff 2.0us.
Dflver w/FET SW·ton 1.0uS'toff 2.0us.
Driver w/FET SW;ton SOOns;toff 1.6us.
Driver w/FET SW;ton 800ns;toff 1.6us.
Dflver w/FET SW·ton 1.0us·toff 2.0us.
Dflver w/FET SW;ton 1.0us;toff 2.0us.
Dflver w/FET SW;ton 800ns;toff 1.6us.
Dflver w/FET SW·ton SOOnS'toff 1 6us
Dflver w/FET SW;ton 1.0us;toff 2.0us.
Dflver w/FET SW;ton 1.0us;toff 2.0us.
Driver w/FET SW·ton 1.0us·toff 2.5us.
Dflver w/FET SW;ton 1.0us;toff 2.5us
Dflver w/FET SW;ton 1.5us;toff 2.5us
Driver w/FET SW·ton 1.5us·toff 2.5us.
Dflver w/FET SW;ton 1.0us;toff 2.5us.
Dflver w/FET SW;ton 1.0us;toff 2 5us.
Dflver w/FET SW·ton 1.5us·toff 2.5us.
Dflver w/FET SW;ton 1.5us;toff 2.5us.
SPST;Ron 500 TON-12ns Toff 20ns.
SPST'Ron 500max Ton-12ns Toff 20ns.
SPOT FET Ron500max Ton 12ns Toff 20ns.
SPOT FET Ron500max,Ton 12ns;Toff20ns.
H, Soeed .20ns D,a Sw,tch for -10V REF.
4 Chan Analog Switch;R(on) 1250.
4 Chan Analog Sw,tch;R(on) 1250.
4 Chan Analog Switch'R/oni 1250.
4 Chan Analog Switch;R(on) 1250.
Quad;RDS(ON)7 50;ton,toff 1.0us.
SW w/Differential Driver·ton 250ns.
SW w/Differential Driver;ton 250ns.
Driver w/MOS SW;ton 300ns;toff 750ns.
Dflver w/MOS SW·ton 300ns·toff 750ns.
Driver w/MOS SW;ton 500ns;toff 1.0us.
Driver w/MOS SW;ton 500ns;toff 1.0us.
Driver w/MOS Sw,tch·ton BOns·toff 500ns.
SW w/Dflver;ton 200ns;toff 700ns.
SW w/Driver;ton 200ns;toff 700ns.
SW w/Driver·ton 200nS'toff 800ns.
SW w/Driver;ton 200ns;toff 800ns.
MOS SW w/DIFF Driver;ton 200ns;toff 400ns.
MOS SW w/DIFF Driver·ton 200ns·toff 400ns.
Quad SPOT Steering Sw;R(ON) 650.
6 Channel; Rds(on) 5000 max; BVDSS -25Vmin
Low Voltage Quad Switch.
4 Channel;Rds(on)5000max;IDSS500uA min
: g~:~~::;~~~~~ggo;,::;IPDSS~ 55~g~1 ~ii~.
4 Channel;Rds(on)900 max, lOSS 5.0mA min
4 Channel;Rds(on)5000 max; IDSS500uA min.
4 Channel'Rds/oni5000 max' lOSS 500uA min.
4 Channel;Rds(on)900 max;IDSS 5.0mA min.
Rds(on)900 max;IDSS 5.0mA min.
4 Channel'Rds(on)200 max'IOSS 15mA min.
:

g~:~~::;~~~~~~l~gR ::::~;:g~~ 1~:::~ ::::~:

SYMBOLS AND CODES
EXPLAINED IN INTERPRETER

171

.§J
LINE
No.

TYPE
No.

1
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
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
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

CM4016AD
CM4016AE
SCL4416AD
SCL4416AE
INS4016S
AM1000H
AM1002H
DAS2107
DAS2114
NC2114
NC2127
G150AA
G150DA
AM1001H
DAS2110
Gl14L
G1261FD
G126MFD
G1281FD
G128MFD
G130lFD
G130MFD
G1321FD
G132MFD
G1340lFD
G1340MFD
G1360lFD
G1360MFD
Gl151DD
G1231DD
G1231FD
MM452F
MM552F
HX625
N7520B
N7521B
N7522B
N7523B
N7524B
N7525B
MC1543L
CA3541D
MC1446L
LM5520J
LM5520N
LM5521J
LM5521 N
LM5522J
LM5522N
LM5523J
LM5523N
LM5524J
LM5524N
LM5525J
LM5525N
LM5528J
LM5528N
LM5529J
LM5529N
LM5534J
LM5534N
LM5535J
LM5535N
LM5538J
LM5538N
LM5539J
LM5539N
LM7520J
LM7520N
LM7521J
LM7521N
LM7522J
LM7522N
LM7523J
LM7523N
LM7524J
LM7524N
LM7525J
LM7525N
LM7528J
LM7528N
LM7529J
LM7529N
LM7534J
LM7534N
LM7535J
LM7535N
LM7538J
LM7538N
LM7539J
LM7539N
MC1444L
MC1544L
MC5528L
MC5529L
MC5534L
MC5535L
MC5538L
MC5539L
MC7520L
MC7521L
MC7522L
MC7523L
MC7524L
MC7525L
MC7528L
MC7528P
MC7529L

~k~54~MFD

172

IN ORDER OF (1)USE(2)LEVEL'1'(3)LEVEL'O'
(4)MAX OPER FREQ(5)TYPE No

11 · MISCELLANEOUS
POWER
MAX. TEMP .

fbi

LOGIC
U IE ~~A~
0 ER· PRO·
LEVEL
ATING CESS ~'1'
f1J'O'
FREQ.
(Hz)
(V)
(V)

ORAWINGS
SUPPLY
TOTAL
LOGIC OUTLINE
SPAN
PKG. LOVI HI DWG. No DWG. No
NEG. POS. DISS.
ll=MO
(V)
(V)
(W)
'C
'C

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
19
19
19
19
19
19
19
19
19
19
19
19
19
19
19
19
19
19
19
19
19
19
19
19
19
19
19
19
19
19
19
19
19
19
19
19
19
19
19
19
19
19
19
19
19
19
19
19
19
19
19
19
19
19
19
19
19
19
19
19
19
19
19
19
19
19
19
19
19
19
19
19
19
19
19

0.0
00
0.0
0.0
0.0
10
10
20
15
15
15
15
15
15
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
6.0
00
00
00
0.0
0.0
0.0
52
5.0
S.O
50
5.0
5.0
5.0
5.0
5.0
5.0
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
50
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
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
5.0
5.0
5.0
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~

Moi
Mq~

MO§
MOS
10M
4.0Mt
4.0Mt
1.0M
1.0M
1.0M
10M
40Mt
1.0M

D.A. T.A.

MO~

TFH
TFH

M~~
MO
TFH
MOS
MO
M1~
MO

M~~

~gN
Mq~
Mq~
MO~

M1~

MO
MO

M~~
MO

Mq~
MOS

10
10
10
10
10
10
10
12%
15%
15
15
15
15
15
18%
20
-10*
-10*
-10*
-10*
-10'
-10'
-10'
··10'
-10'
-10'
-10'
-10'
-20%
-20%
-20%
-20
-20

Mq~ ·.80
Mq~ 1.6
MO~ 2.0%

~~;
MO~

M~~

~g~
M~~
~g~

~g;
MO~

M~~

~g~
M~~

~g~

~~;
MO~
M~~

~g~
Mq~
Mq~
MO~

M1~

MO
MO

M~~

~gi
M~~

~g~
Mq~
Mq~
MO~

M1~

MO
MO

M~~
~g~
Mq~
Mq~
MO~

M~~

~g~
Mq~

M()~

MO~

Mq~
M()~
MO~

M~~

~g~
M()~

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%
20%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
20%
20%
2.0%
2.0%
2.0%
2.0%
2.0%
20%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
20%

-2.5*
0.0
0.0
0.0
0.0
O.Ot
-20
-20
1.0*
1.0*
1.0
1.0
15
15
-20
1.5*
0.0

0.0
0.0

-1.7t
70
.40t·
80'
.80'
.80'
80'
.80'
.80*
.80'
80*
80'
.80'
.80'
.80'
.80'
.80*
80'
.80'
.80'
.80'
.80'
.80'
.80'
.80'
.80'
.80'
.80'
80'
.80'
80'
.80'
.80'
.80'
.80'
80'
80'
.80'
.80'
80'
80'
.80'
.80'
.80'
.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

10
10
10
10
10
00
0.0
20
15
15
15
15
15
0.0
20
0.0
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
00
0.0
0
0
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
50
5.0
5.0
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
5.0
5.0
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
5.0
5.0
5.0
5.0
50
5.0
50
50

~~~~

200m
200m
500m

-55
-25
-55
-40
-55
-40
-55
-55
-55
-55
-55
-55
-55
-55
-55
-55
-55
-55
-20
-55
-20
-55
-20
-55
-20
-55
-20
-55
-20
-55
-20
-20
-20
-55
0
-55

230m
180m
575m
265m§
265m§
265m§
265m§
265m§
265m§
265m§
265m§
290m§
290m§
290m§
290m§
290m§
290m§
290m§
290m§
280m§
280m§
280m§
280m§
280m§
280m§
280m!
280m§
265m§
265m§
265m§
265m§
265m§
265m§
265m§
265m§
290m§
290m§
290m§
290m§
290m§
290m§
290m§
290m§
280m§
280m§
280m§
280m§
280m§
280m§
280m§
280m§
1.0
1.0
575m
575m
575m
575m
575m
575m
575m
575m
575m
575m
575m
575m
575m
575m
575m

-55 125
-55 125
0
75
-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
-55 125
-55 125
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
0
70
0
70
0
70
0
70
0
70
0
70
0
70
0
70
0
75
-55 125
-55 125
-55 125
-55 125
-55 125
-55 125
-55 125
0
70
0
70
0
70
0
70
0
70
70
0
70
0
0
70
70
0

200m
200m
300u%
300u%
15u%
300m
300m
500m
1.2
1.2
1.8
500m
500m
300m
500m
750m
500m
500m
500m
500m
500m
500m
500m
500m
500m
500m
500m
500m

125
75
125
85
125
85
125
150
1.50
125
125
125
125
125
85
150
125
125
85
125
85
125
85
125
85
125
85
125
85
125
85
85
85
125
70
125

~n~8

Kl722
Kl722
K1754
K1754
Kl722
K1760
K1760
K1718a
K1718a
K1749
K1749
K1760
K 15239
K385
K385
K385
K385
K386
K386
K386
K386
K385
K385
K386
K386
K3812
K3817
K3817
Kl73
K174
K1917

K1912
K1911
K1913
K1937
K1937
K1937
K1937
K1938
K1938
K1938
K1938
K1935a
K1935a
K1935a
K1935a
K1935
K1935
K1935
K1935
K1935c
K1935c
K1935c
K1935c
K1935b
K1935b
K1935b
K1935b
K1937
K1937
K1937
K1937
K1938
K1938
K1938
K1938
K1935a
K1935a
K1935a
K1935a
K1935
K1935
K1935
K1935
K1935c
K1935c
K1935c
K1935c
K1935b
K1935b
K1935b
K1935b
K1925
K1925
K1935
K1935
K1935a
K1935a
K1935
KI935
K15390
K15390
K15391
K15391
K15392
K15392
K1935
K1935
K1935

~~:~

Ml05av
M 105av
t,OOlAD
t,OOlAB
M236b
T072
T072
CN44a
CN48J
CN48e
T099
T099
T072
CN44a
T086
T086
T086
T086
T086
T086
T086
T086
T086
T086
T086
T086
T086
TOl16
TOl16
T086
FP(Zi

TOl16
t,OOlAD
M191
M200k
M345
M200k
M345
M200k
M345
M200k
M345
M200k
M345
M200k
M345
M200k
M345
M200k
M345
M200k
M345
M200k
M345
M200k
M345
M200k
M345
M200k
M345
M200k
M345
M200k
M345
M200k
M345
M200k
M345
M200k
M345
M200k
M345
M200k
M345
M200k
M345
M200k
M345
M200k
M345
M200k
M345
M191
M191
M191
M191
M191
M191
M191
M191
M191
M191
M191
M191
M191
M191
M191
M278
M191

GENERAL DESCRIPTION
: g~:~~~:;~~~I~;)g~~nt~~,'t~~S 15mA min.
Quad Bilateral SWltch·tod 10ns.
Quad Bilateral Switch;tpd 10ns.
Bilateral DPDT SW;tpd 20ns.
Bilateral DPDT SW:tod 20ns.
CMS Quad Bilateral SWltch;tpd 10ns max.

~g~
SPST
SPOT
SPOT
DPDT

m: ~~;~!~~l~ggom~~~~~,~o~Jg~;sm~:x.
Fet;Analogue Sw;Ton 300nS;Toff 300nS.
Fet,Analogue Sw;Ton 1.0nS;Toff 1.0nS.
FET Analoa Switch.
FET Analog Switch.

~g~ ~~~i ~~:~!~~l

iggom~~~~~n7~O~smax.

NCH FET SW;R(on)500 max;ton 150ns max.
SPST Fet,Analogue Sw;Ton 300nS;Toff 300nS.
5 Channel FET SW'Rds 10000.
4 Channel;Rds(on)2500 max; lOSS 2.0mA min

: g~:~~~::~~~I~~L~~gom~:·x'IJg~sl~~~Am~in
4 Channel;Rds(on)450 max; lOSS 10mA min.
:4 Channel,Rds(on)450
g~:~~:::~~~!~~l~~gg ~:~; :g~~ ~:g~~ ~:~
max;IDSS 10mA min.
4 Channel;Rds(on)450 max;IDSS 10mA min.
4 Channel'Rdsioni 100 max'IDSS 30m A min.
4 Channel;Rds(on) 100 max,IDSS 30m A min.

:6 Channel;Rds(on)5000
g~:~~::;~~~!~~l1gg ~:~;:g~~ ~g~~ ~:~:
max; BVDSS -25V min.
!Fourg~:~~::;~~~!~~l~ggg
~:~; ~~g~~ :~~~ ~:~:
MOS Transistors.
Four MOS Transistors.
Dual Core Memory;VTH 27mV max tpd 25ns.
6 core memory used as fllp·flop;Vth±4.0mV
6 core memory used as flip·flop,Vth±7.0mV
6 core memorv used as wire-or'Vth ±4.QmV.
6 core memory used as wire·or;Vth ±7.0mV.
6 core memory,dual channel;Vth ±4.0mV
6 core memorV:dual channel'Vth ±7.0mV.
Dual MECL Core Memory;Vth 23mV max.
Inp Volt ±5.0V;Load Current ±25mA.
Four·Channel Plated·Wlre.
Dual Core Memory;tpd 55ns max.
Dual Core Memory;tpd 55ns max.
Dual Core Memory;tpd 55ns max.
Dual Core Memory;tpd 55ns max
Dual Core Memory,tpd 45ns max.
Dual Core Memorv:tod 45ns max.
Dual Core Memory;tpd 45ns max.
Dual Core Memory;tpd 45ns max.
Dual Core Memorv:tpd 40ns max
Dual Core Memory;tpd 40ns max.
Dual Core Memory;tpd 40ns max.
Dual Core Memory;tpd 40ns max.
Dual Core Memory;tpd 40ns max.
Dual Core Memory;tpd 40ns max.
Dual Core MemorV:tod 40ns max
Dual Core Memory;tpd 40ns max.
Dual Core Memory;tpd 40ns max.
Dual Core Memorv.tpd 40ns max.
Dual Core Memory;tpd 40ns max.
Dual Core Memory;tpd 40ns max.
Dual Core Memory,tpd 40ns max.
Dual Core Memory;tpd 40ns max.
Dual Core Memory;tpd 40ns max.
Dual Core Memorv:tod 40ns max.
Dual Core Memory,tpd 55ns max.
Dual Core Memory;tpd 55ns max.
Dual Core Memorv:tpd 55ns max
Dual Core Memory;tpd 55ns max.
Dual Core Memory;tpd 45ns max.
Dual Core MemOry;tpd 45ns max.
Dual Core Memory,tpd 45ns max.
Dual Core Memory;tpd 45ns max
Dual Core Memorv:tod 40ns max.
Dual Core Memory;tpd 40ns max
Dual Core Memory;tpd 40ns max.
Dual Core Memorv.tpd 40ns max.
Dual Core Memory;tpd 40ns max.
Dual Core Memory;tpd 40ns max.
Dual Core Memory;tpd 40ns max.
Dual Core Memory;tpd 40ns max.
Dual Core Memory;tpd 40ns max.
Dual Core Memor~d 40ns max
Dual Core Memory;tpd 40ns max
Dual Core Memory,tpd 40ns max.
Dual Core MemorV:tod 40ns max.
Dual Core Memory;tpd 40ns max
Dual Core Memory;tpd 40ns max.

Dual Core Memory;tpd 40ns max.
4 Channel;Vth 1.3mVt;tpd 25ns max.
4 Channel,Vth 1.3mVt,tpd 25ns max.
Dual W/Preamo:tod 40ns max.
Dual W/Preamp;tpd 49ns max
Dual W/lnverted Outputs.
Dual W/lnverted Ouuputs.
Dual W/Preamp And Inverted Outputs.
Dual W/Preamp And Inverted Outputs.
Dual Vth 44mV tp_d 55ns max.
Dual;Vth 47mV;tpd 55ns max.
Dual;Vth 44mV;tpd 45ns max.
Dual'Vth 47mV·tod 45ns max.
Dual;Vth 44mV;tpd 40no max.
Dual;Vth 47mV;tpd 40ns max.
Dual W/Preamp:tpd 40ns max
Dual W/Preamp;tpd 40ns max.
Dual W/Preamo:tod 40ns max

SYMBOLS AND CODES
EXPLAINED IN INTERPRETER

172

LINE
No.

f§J

1
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#

~~:

37#
38#
39#
40#
41#
42
43
44
45
46
47
48
49
5.0
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.
87t
88.
89.
90.
9lt
92t
93.
94+
95.
96t
97t
98t
99.
100.
lDlt
102.
103.
104.
105.
106 ...
107 ...
108 ...
1.09 ...
lID ...

173

TYPE
No.

~g~~~r

MC7534P
MC7535L
MC7535P
MC7538L
MC7538P
MC7539L
MC7539P
RC7520DD
RC7520MP
RC7521DD
RC7521MP
RC7522DD
RC7522MP
RC7523DD
RC7523MP
RC7524DD
RC7524MP
RC7525DD
RC7525MP
RM5520DD
RM5520MP
RM5521DD
RM5521MP
RM5522DD
RM5522MP
RM5523DD
RM5523MP
RM5524DD
RM5524MP
RM5525DD
RM5525MP
SFC2524EC
SFC2524KM
SFC2525EC
SFC2525KM
SFC2528EC
SFC2528KM
SFC2529EC
SFC2529KM
SG752DJ
SG752DN
SG7521J
SG7521N
SG7522J
SG7522N
SG7523J
SG7523N
SG7524J
SG7524N
SG7525J
SG7525N
SG7528J
SG7528N
SG7529J
SG7529N
SG7534J
SG7534N
SG7535J
SG7535N
SG7538J
SG7538N
SG7539J
SG7539N
SN5520J
SN5520JA
SN5521J
SN5521JA
SN5522J
SN5522JA
SN5523J
SN5523JA
SN5524J
SN5524JA
SN5525J
SN5525JA
SN5526J
SN5526JA
SN5527J
SN5527JA
SN5528J
SN5528JA
SN5529J
SN5529JA
SN7520J
SN7520N
SN7521J
SN7521N
SN7522J
SN7522N
SN7523J
SN7523N
SN7524J
SN7524N
SN7525J
SN7525N
SN7526J
SN7526N
SN7527J
SN7527N
SN7528J
SN7528N
SN7529J
SN7529N
SN55232J
SN55232JA
SN55233J
SN55233JA
SN55234J

fuil
0 ER- PROU E ~~A~
ATING CESS
FREQ.
(Hz)

1~

19
19
19
19
19
19
19
19
19
19
19
19
19
19
19
19
19
19
19
19
19
19
19
19
19
19
19
19
19
19
19
19
19
19
19
19
19
19
19
19
19
19
19
19
19
19
19
19
19
19
19
19
19
19
19
19
19
19
19
19
19
19
19
19
19
19
19
19
19
19
19
19
19
19
19
19
19
19
19
19
19
19
19
19
19
19
19
19
19
19
19
19
19
19
19
19
19
19
19
19
19
19
19
19
19
19
19
19

D.A. T.A.

~~~
MO~

M~;

~&

MC?~
MC?~

MO~

~~~

MO~

M~~

~~

MC?~
MC?~
MO~

~~~
MO~

M1~

MO
MO

M~~
~g~
MC?~
MC?~
M6~

~~~
MO~

M~~
~g~

M?~

MO

MO~

~g~

MO~

MC?~
MC?~
MO~

M1~

MO
MO
MC?~
MC?~
MO~

~~~

Mm

M~~

~g~

M?~

MO

MO~

M1~

MO
MO

M~~
~g~
MC?~
MC?~
MO~

~~~
~~~
MO~

MO~

M~~
~g~
MC?~
MC?~
Mm

M~;
~gj

~g~

11 · MISCELLANEOUS
POWER
MAX. TEMP.

1J'1'

LOGIC
LEVEL

~'O'

(VI

(VI

t~~

.g~:

2.0%
2.0%
20%
2.0%
2.0%
20%
2.0%
2.0%
2.0%
20%
2.0%
2.0%
2.0%
20%
20%
2.0%
2.0%
2.0%
2.0%
2.0%
20%
2.0%
2.0%
2.0%
2.0%
2 ..0%
2 ..0%
2.0%
2.0%
2 ..0%
2.0%
2.0%
20%
2 ..0%
2.0%
2 ..0%
2 ..0%
20%
2.0%
2 ..0
2.0
2 ..0
2.0
2 ..0
2 ..0
2 ..0
2 ..0
2.0
2.0
2.0
20
2 ..0
2.0
20
2 ..0
2.0
2 ..0
2.0
20
2.0
2.0
2.0
20
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
20%
2 ..0%
2.0%
2.0%
20%
2.0%
20%
2.0%
2.0%
2.0%
2.0%
20%
2.0%
2.0%
2 ..0%
2.0%
2.0%
2.0%
2.0%
2.0%
2 ..0%
2 ..0%
20%
20%
2.0%
2.0%
2.0%
2.0%
20%
20%
20%
2.0%
2.0%
2.0%
20%
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*
.8.0*
.8.0*
8.0*
.8.0*
.8.0*
.80*
8.0*
8.0*
8.0*
80*
.8.0*
.8.0*
8.0*
8.0*
.80*
80*
80
.8.0
.8.0
.8.0
.80
8.0
.8.0
8.0
80
.8.0
.8.0
.8.0
8.0
.8.0
8.0
.8.0
.8.0
.8.0
80
.80
80
80
.80
.80
.80*
8.0*
.80*
80*
.80*
80*
.80*
8.0*
.8.0*
.80*
80*
80*
.80*
.8.0*
.80*
80*
.8.0*
.80*
80*
.80*
80*
80*
.80*
.8.0*
.8.0*
.80*
.80*
.80*
.80*
.80*
80*
80*
.80*
.80*
80*
80*
.80*
.80*
8.0*
.80*
.80*
.80*
.8.0*
8.0*
.8.0*

SUPPLY
SPAN

TOTAL
PKG.
LOVI

HI

IN ORDER OF (1)USE(2)LEVEL.,,(3)LEVEL·O·
(4IMAX OPER FREQ(SITYPE No
DRAWINGS
LOGIC OUTLINE
DWG. No DWG. No
ll=MO

N(~~. P~~. Di~X 'C 'C
~~ ~:~ ~j~~ ~ j~ ~m~a ~~~~
5.0
5.0
5.0
5.0
5 ..0
5.0
5.0
5.0
50
50
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
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
5.0
5.0
.0.0
DO
.0.0
.0 ..0
.0 ..0
.0.0
.0.0
DO
.0.0
.0 ..0
.0.0
DO
.0.0
.0.0
.0 ..0
.0 ..0
.0 ..0
DO
0.0
0.0
00
0.0
0.0
0.0
5.0
5.0
5.0
50
5.0
5 ..0
5.0
5.0
5.0
5.0
50
5.0
50
5 ..0
5.0
5.0
50
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
50
5.0
50
5.0
5.0
5.0
50
5.0
5.0
5.0
5.0
50
5 ..0
5 ..0
5 ..0

5.0
5.0
5.0
50
5.0
5.0
5.0
50
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
5 ..0
5 ..0
5.0
50
5 ..0
5.0
5.0
5 ..0
5.0
5.0
50
5 ..0
50
5.0
5.0
5.0
5.0
5.0
5.0
5.0
50
5.0
5.0
5 ..0
5.0
50
5 ..0
5 ..0
5..0
5.0
5 ..0
5.0
5.0
5.0
50
5.0
50
5.0
5'0
5 ..0
5.0
50
5.0
50
5.0
5.0
5.0
50
5.0
5 ..0
5.0
5.0
50
50
5.0
50
50
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
50
50
5.0
5.0
5.0
5.0
5.0
5 ..0
50
50
5.0
50
50
5.0
5 ..0
5 ..0
5.0

575m
575m
575m
575m
575m
575m
575m
210mt
210mt
210mt
21Dmt
21Dmt
210mt
210mt
210mt
200mt
200mt
200mt
200mt
210mt
210mt
210mt
210mt
21Dmt
210mt
210mt
210mt
2DOmt
2DDmt
2DDmt
2DOmt

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
0
-55
0
-55
0
-55
.0
-55
215m'!' .0

215~;0

~1~~~ g
215~;D

215m 0
215m'!' 0

215;~ 00
215m
215m .0
215~~ .00
215m
215m .0
215m~ 0
215~~0

215m

.0
215~; 0
215m 0
215m'!'0

215~r.0
215m
215m 0
215m~ 0
215~~ 0
300m -55
300m~ -55
300~~ -55
300m -55
-55
300~~ -55
300m
300m -55
3DDm~ -55
300~~ -55
300m -55
300~; -55
300m -55
30Dm'!' -55
30Dm~ -55
300m -55
300m -55
300m~ -55
30D~~ -55
300m -55
-55
300~~ 0
300m
300m 0
300~j 00
300m
300m 0
3DOm~ 0
300~~ .0
30Dm 0
300~; 0
300m 0
300m'!' 0
300~; 0
300m 0
300m'!' 0
300~; 0

~gg~~ g

300~; 0
300m 0
300m'!' 0
-55
300~~ -55
300m
3DDm -55
-55
~gg~~ -55

70
70
70
70
70
70
70
70
70
70
70
70
70
70
7.0
70
70
7.0
70
125
125
125
125
125
125
125
125
125
125
125
125
70
125
70
125
70
125
7.0
125
70
70
70
7.0
70
70
70
70
70
7.0
70
70
70
70
7.0
7.0
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
70
70
70
70
70
70
7.0
7.0
70
70
70
70
70
70
70
7.0
70
70
70
70
125
125
125
125
125

K1935a
K1935a
K1935a
K1935
K1935
K1935
K1935
K1932
K1932
K1932
K1932
K1933
K1933
K1933
K1933
K1934
K1934
K1934
K1934
K1932
K1932
K1932
K1932
K1933
K1933
K1933
K1933
K1934
K1934
K1934
K1934
K15223
K15223
K15223
K15223
K198
K198
K198
K198
K1937
K1937
K1937
K1937
K1938
K1938
K1938
K1938
K1935
K1935
K1935
K1935
K1935a
K1935a
K1935a
K1935a
K1935b
K1935b
K1935b
K1935b
K1935e
K1935e
K1935e
K1935e
K15221
K15221
K15221
K15221
K15222
K 15222
K15222
K15222
K15223
K15223
K15223
K15223
K1921
K1921
K1921
K1921
K198
K198
K198
K198
K15221
K15221
K15221
K15221
K15222
K15222
K15222
K15222
K15223
K15223
K15223
K15223
K1921
K1921
K1921
K1921
K198
K198
K198
K198
K1926
K1926
K1926
K1926
K1927

M278
M191
M278
M191
M278
M191
M278
M200h
M267a
M200h
M267a
M200h
M267a
M200h
M267a
M2.oOh
M267a
M200h
M267a
M200h
M267a
M2.oOh
M267a
M2.oOh
M267a
M2DDh
M267a
M2DDh
M267a
M2DDh
M267a
M117
Ml17
M117
M117
Ml17
Ml17
Ml17
Ml17
M l.o5ap
M117
M1D5ap
Ml17
M l.o5ap
Ml17
Ml.o5ae
M117
Ml.o5ap
M117
M l.o5ap
Ml17
Ml.o5ae
Ml17
M1D5ap
M117
Ml.o5ap
Ml17
Ml05ae
Ml17
M 105ap
Ml17
M lD5ap
Ml17
M153d
M359
M153d
M359
M153d
M359
M153d
M359
M153d
M359
M153d
M359
M153d
M359
M153d
M359
M153d
M359
M153d
M359
M153d
Ml17x
M153d
Ml17x
M153d
Ml17x
M153d
M117x
M153d
Ml17x
M153d
Ml17x
M153d
Ml17x
M153d
Ml17x
M153d
Ml17x
M153d
Ml17x
M153d
M359
M153d
M359
M153d

GENERAL DESCRIPTION
Dual ~t.:reamp;tl?.a 4uns max.
Dual W/lnverted Outputs.
Dual W/lnverted Outouts.
Dual W/lnverted Outputs.
Dual W/lnverted Outputs.
Dual W/Preamp And Inverted Outputs.
Dual W/Preamp And Inverted Outputs
Dual W/Preamp And Inverted Outputs.
Dual W/Preame And Inverted Outouts.
Core Memory;tpd 55ns max;Vth 19mV max.
Core Memory;tpd 55ns max;Vth 19mV max.
Core Memorv;ted 55ns maxVth 22mV max.
Core Memory;tpd 55ns max;Vth 22mV max.
Core Memory;tpd 45ns max;Vth 19mV max.
Core Memorv;tpd 45ns maxVth 19mV max.
Core Memory;tpd 45ns max;Vth 22mV max.
Core Memory;tpd 45ns max;Vth 22mV max.
Core Memorv:tod 40ns max'Vth 19mV max.
Core Memory;tpd 40ns max;Vth 19mV max
Core Memory;tpd 40ns max;Vth 22mV max
Core Memorv:ted 40ns maxVth 22mV max.
Core Memory;tpd 55ns max;Vth 20mV max.
Core Memory;tpd 55ns max;Vth 20mV max.
Core Memorv;ted 55ns max'Vth 22mV max.
Core Memory;tpd 55ns max;Vth 22mV max.
Core Memory;tpd 45ns max;Vth 2DmV max.
Core Memorv:tod 45ns maxVth 2DmV max.
Core Memory;tpd 45ns max;Vth 22mV max.
Core Memory;tpd 45ns max;Vth 22mV max.
Core MemorV:ted 40ns maxVth 2DmV max.
Core Memory;tpd 40ns max;Vth 2DmV max.
Core Memory;tpd 40ns max;Vth 22mV max.
Core Memorv;ted 40ns maxVth 22mV max.
Vth 19mV max;tpd 4Dns max;tree 20ns.
Vth 19mV max;tpd 40ns max;tree 20ns.
Vth 22mV max ted 4Dns max·tree 20ns.
Vth 22mV max;tpd 40ns max;tree 20ns.
Vth 19mV max;tpd 4Dns;tree 20ns.
Vth 19mV max·ted 4Dns·tree 20ns.
Vth 22mV max;tpd 40ns;tree 20ns.
Vth 22mV max;tpd 40ns;tree 20ns.
Dual·tpd 55ns max.
Dual;tpd 55ns max.
Dual.tpd 55ns max.
Dual·ted 55ns max .
Dual;tpd 45ns max
Dual;tpd 45ns max.
Dual·ted 45ns max.
Dual;tpd 45ns max.
Dual.tpd 40ns !1lax
Dual·ted 40ns max.
Dual;tpd 4DnS max.
Dual;tpd 4Dns max.
Dual·ted 4Dns max
Dual;tpd 40ns max.
Dual;tpd 4Dns max.
Dual ted 4Dns max.
Dual;tpd 4DnS max.
Dual;tpd 40nS max.
Dual·ted 40nS max.
Dual;tpd 40nS max.
Dual;tpd 40nS max
Dual·ted 40nS max.
Dual;tpd 40nS max.
Dual;tpd 40nS max.
Dual Channel w/Comelementarv Outeuts.
Dual Channel w/Complementary Outputs.
Dual Channel w/Complementary Outputs.
Dual Channel w/Comelementarv Outeuts.
Dual Channel;Vth 19mV max;tree 20ns.
Dual Channel;Vth 19mV max;tree 20ns.
Dual ChannelVth 22mV max·tree 20ns
Dual Channel;Vth 22mV max;tree 2Dns.
Dual;Vth 19mV max;tree 2Dns
DualVth 19mV max·tree 20ns.
Dual;Vth 22mV max;tree 20ns.
Dual;Vth 22mV max;tree 20ns.
Dual Channel w/Outeut Data Reaisters.
Dual Channel w/Output Data Registers
Dual Channel w/Output Data Registers
Dual Channel w/Outeut Data Reaisters.
Dual w/Preamplifier Test POints
Dual w/Preamplifier Test Points.
Dual w/Preamelifier Test POints.
Dual w/Preamplifler Test POints.
Vth 19mVmax;tpd 55ns max;tree 20ns.
Vth 19mVmax:tpd 55ns max·tree 20ns.
Vth 22mVmax;tpd 55ns max;tree 20ns.
Vth 22mVmax;tpd 55ns max;tree 20ns.
Vth 19mVmax·ted 45ns max·tree 20ns.
Vth 19mVmax;tpd 45ns max;tree 20ns.
Vth 22mVmax.tpd 45ns max;tree 2Dns.
Vth 22mVmax·tod 45ns max·trae 20ns.
Vth 19mVmax;tpd 40n5 max;tree 20ns.
Vth 19mVmax;tpd 40ns max;tree 20ns.
Vth 22mVmax·ted 40ns max·tree 20ns.
Vth 22mV max;tpd 40ns max;tree 20ns.
Vth 19mV max;tpd 45ns max;tree 20ns.
Vth 19mV max·ted 45ns max·tree 20ns.
Vth 22mV max;tpd 45ns max;tree 20ns.
Vth 22mV max;tpd 45ns max;tree 2Dns
Vth 19mV max·,ted 40ns max·tree 20ns.
Vth 19mV max;tpd 40ns max;tree 20ns.
Vth 22mV max;tpd 40ns max;tree 20ns.
Vth 22mV max·ted 40ns max·tree 20ns.
Dual;tpd 25ns typ;teye 200ns typo
Dual;tpd 25ns typ;teye 200ns typo
Dual·tpd 25ns tYp;t~ye 2DDns typ.
Dual;tpd 25ns typ;teye 20,Ons typo
Dual·ted 4Dns max·tcvc 200nstVe.

SYMBOLS AND CODES
EXPLAINED IN INTERPRETER

173

LINE
No.
1.
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
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.

73.
74.
75.
76.

77.

78.
79.
80.
81.
82.
83.
84.
85.
86.
87.
88.
89.
90.
91.
92.
93.

~

TYPE
No.

~~~~~~~jA

95.
96.
97.
98.

LOGIC
U E 0 ER- PRO·
LEVEL
ATING CESS flJ'1'
~JO'
FREQ.
(Hz)
(V)
(V)

1~

JANM385101055011~E~

JANM38510105501 BFt
120
JANM38510105501CE
120
JANM385101055011~t

JANM38510105502AEfl
120
JANM38510105502AF
120

99.

JANM38510/05501~~Efl

100.

JANM38510/05501~S;fl

174

·

ml ~~A~

SN55235JA
19
19
SN55236SB
SN55237SB
19
SN55238J
19
SN55238JA
19
SN55239J
19
SN55239JA
19
SN55244J
19
SN55244JA
19
SN55244N
19
SN75232J
19
SN75232N
19
SN75233J
19
SN75233N
19
SN75234J
19
19
SN75234N
19
SN75235J
19
SN75235N
SN75236SB
19
SN75237SB
19
SN75238J
19
SN75238N
19
SN75239J
19
SN75239N
19
SN75244J
19
SN75244JA
19
SN75244N
19
P3208A
19
P3408A
19
LM163J
19
LM363AJ
19
19
LM363AN
LM363J
19
LM363N
19
19
SI5524
SI5525
19
SI7524
19
SI7525
19
19
SN75270J
19
SN75270N
CA1541D
19
19
MC1441F
MC1441L
19
MC1541F
19
MC1541L
19
N8T25B
19
MC1440F
19
MC1440G
19
MC1440L
19
MC1440P
19
MC1540F
19
MC1540G
19
19
MC1540L
HX620
19
HEP571-RT
20
HEP582-RT
20
HX635
20
CH1032
20 3.0M"
5518
20
5518A
20
DM7093D
20
DM7094D
20
DM8093N
20
DM8094N
20
SN54125J
20
SN54125W
20
SN54126J
20
SN54126W
20
SN54365J
20
SN54365W
20
SN54366J
20
SN54366W
20
SN54367J
20
SN54367W
20
SN54368J
20
SN54368W
20
SN74125J
20
SN74125N
20
SN74126J
20
SN74126N
20
SN74365J
20
SN74365N
20
SN74366J
20
SN74366N
20
SN74367J
20
SN74367N
20
SN74368J
20
SN74368N
20
JANM38510105501 AE~
120
JANM38510/05501AF
120

94.

11 MISCELLANEOUS
MAX. TEMP.
POWER

D.A. T.A.

~g~
~~;
MO~
2.0%
20%
2.0%
2.0%
Mq~ 2.0%
Mq~ 20%
MO~
2.0%
2.0%
MO
2.0%
2.0%
MO
M~~ 2.0%
2.0%
~g~ 2.0%
Mq~ 20%
Mq~ 2.0%
MO~ 2.0%
2.0%
2.0%
MO
MO
2.0%
2.0%
M~; 2.0%
~g~ 2.0%
Mq~ 2.0%
Mq~ 2.0%
MON 2.0%
2.0%
MO
2.0%
MO
2.0%
2.0%
2.4%
~gs 24%
Mq~ 2.4%
Mq~ 24%
MO~ 2.4%
2.4
2.4
2.4
2.4
2.4%
M~~ 2.4%
MO
MO~ 3.0%
MO~ 3.0%
MO~ 3.0%
3.0%
MO
3.0%
MOS 3.5
5.8%
5.8%
MO
5.8%
MO
5.8%
M~~ 5.9%
~g~ 5.9%
MO~ 5.9%
13%

M~~

~g~

M1~

Ml~

M1~
M~~

M~;

M1~

MO~

PCB
PCB

TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL
TTL

0.0'
2.0%
2.0%
2.0%
20%
2.0%
20%
2.0%
2.0%
2.0%
20%
2.0%
2.0%
2.0%
2.0%
2.0%
20%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
20%
2.0%
2.0%
20%
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*
.85'
85*
40·t
.40t'
.40t*
40t*
.40t*
.40t
40t
.40t
.40t
.40·t
.40*t
.35t·
.40·t
.40*t
.40*t
.40·t
40t
.45*t
45·t
.45·t
.45·t
.40*t
.40*t
.40·t
30t·

SUPPLY
TOTAL
LO ....
PKG.
SPAN
NEG. POS. DISS.
(V)
(V)
(W)
'C
-55
~:g ~.g
-55
5.0
5.0 300m -55
5.0
5.0 450m -55
50
5.0
-55
5.0
5.0 ~gg~,* -55
5.0
50 300~~ -55
5.0
5.0 300m -55
5.0
5.0 300m'* -55
-55
0.0
5.0 1.0
0.0
-55
5.0 1.0
0.0
5.0 1.0
-55
5.0
5.0 300m~0
5.0
5.0 300~~0
5.0
5.0 300m 0
5.0
50
5.0
300m 0
5.0 300~~0
5.0
5.0 300m 0
5.0
5.0
5.0
5.0 ~gg~~g
5.0
5.0 450m 0
5.0
5.0 450m 0
5.0
5.0 300~~ 0
5.0
5.0 300m 0
5.0
5.0 300~~ 0
50
5.0 300m 0
0.0
0
50 1.0
0.0
5.0 10
0
0.0
0
50 1.0
0.0
5.0 600m 0
0.0
5.0 600m 0
5.0
5.0 600m -55
5.0
5.0 600m 0
5.0
50 600m 0
5.0
50 600m 0
5.0
50 600m 0
-55
750~~ -55
750m
750m 0
0
-55
0
0
-55
-55
0
0
0
0
0
-55
-55
-55
-55

'C
125
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
70
70
70
70
70
125
70
70
70
70
125
125
65
65
70
70
125
75
75
125
125
75
75
75
75
75
125
125
125
125

-55
100mt -25
480mt 0
0
-55
-55
341~~ 0
283m
325m 0
-55
-55
-55
-55
-55
-55
-55
-55
-55
-55
-55
-55
0
0
0
0
0
0
0
0
0
0
0
0

125
75
70
70
125
125
70
70
125
125
125
125
125
125
125
125
125
125
125
125
70
70
70
70
70
70
70
70
70
70
70
70

I~gg~;

-27·t
.80'
80'
.80'
80*
.80'
.80'
.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
5.0
5.0
5.0
5.0
5.0
0.0
6.0
6.0
6.0
6.0
6.0
6.0
6.0
60
0.0
0.0
0.0
27
00
0.0
0.0
0.0
0.0
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
00
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
6.0
6.0
6.0
6.0
6.0
60
60
12
4.0
4.0
5.0
0.0
5.0
5.0
5.0
5.0
50
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
50
5.0
5.0
50
5.0
5.0
50
5.0
5.0
5.0
5.0

HI

igg~~
100mt
750m
500m
600m
500m
600m
200m
500m
680m
625m
625m
500m
680m
625m
700m
250m
46m

g

~~~~~

IN ORDER OF (1 )USE(2)LEVEL'1'(3)LEVEL'O'
(4)MAX OPER FREQ(5)TYPE No
DRAWINGS
OUTLINE
LOGIC
DWG No DWG. No
,',=MO

~1~~~

K1927
K1940
K1940
K1928
K1928
Kl928
K1928
K1941
K1941
K1941
K1926
K1926
K1926
K1926
K1927
K1927
K1927
K1927
K1940
K1940
K1928
K1928
K1928
K1928
K1941
K1941
K1941
K1930
K1931
K1939
K1939
K1939
K1939
K1939

K1929
K1929
K1942
K1911
K1911
K1911
K1911
K1936
K15221
K15221
K15221
K15221
K15221
K15221
K15221
K1918
K201

K202a
K202
K202a
K202
K2010
K2010
K2011
K2011
K206
K206
K207
K207
K208
K208
K209
K209
K2010
K2010
K2011
K2011
K206
K206
K207
K207
K208
K208
K209
K209

~~~~d

M359
FP107
FP107
M153d
M359
M153d
M359
M153d
M359
Ml17x
M153d
Ml17x
M153d
Ml17x
M153d
Ml17x
M153d
Ml17x
FP107
FP107
M153d
Ml17x
M153d
Ml17x
M153d
M359
Ml17x
M290
M290
M257e
M257e
M344
M257c
M344
TOl16
TOl16
TOl16
TOl16
M153a
Ml17
MOIAD
T086
TOl16
T086
TOl16
M317
T091
CN54a
TOl16
Ml14
T091
CN54a
TOl16
FP72
TOl16
T099
FPiZ!
M158a
CB62
CB62
M 105aa
M 105aq
M126m
M126m
"OOlAA
M04AA
"OOlAA
"004AA
M153d
"004AG
M153d
"004AG
M153d
M04AG
M153d
"004AG
"OOlAA
M04AA
"OOlAA
"004AA
M153d
Ml17x
M153d
Ml17x
M153d
Ml17x
M153d
Ml17x

GENERAL DESCRIPTION
Dual;tpd ~~ns max;teye ~~~ns typo
Dual,tpd 40ns max;teye 200ns typo
Dual·tod 40ns max·teye 200ns tYo.
Dual w/Data Registers.
Dual w/Data Registers.
Dualw/Preamolifler·tod 40ns max.
Dual;w/Preamplifier;tpd 40ns max.
Dual;w/Preamplifier;tpd 40ns max.
Dualw/Preamplifier·tpd 40ns max .
A-C Coupled 4-Channel;Vth .7mV typo
A-C Coupled 4-Channel;Vth .7mV typo
A-C Couoled 4-ChannelVth .7mV tYo.
Dual;tpd 40ns max;teye 200ns typo
Dual;tpd 40ns max;teye 200ns typo
Dual·tod 40ns max·teye 200ns tVo.
Dual;tpd 40ns max;teye 200ns typo
Dual;tpd 40ns max;Teye 200ns typo
Dual·tpd 40ns max'Te"e 200ns t"o.
Dual;tpd 40ns max;Teye 200ns typo
Dual;tpd 40ns max;Teye 200ns typo
Dual w/Data Reaisters .
Dual w/Data Re~lSters.
Dual;w/Preampll ler;tpd 40ns max.
Dualw/Preamolifler·tod 40ns max .
Dual;w/Preamplifier;tpd 40ns max
Dual;w/Preamplifler;tpd 40ns max
A-C Coupled 4-Channel'Vth .7mV lYi1.
A-C Coupled 4-Channel;Vth .7mV typo
A-C Coupled 4-Channel;Vth .7mV typo
HlCh Soeed Hex MOS Sense Amo .
High Speed Hex MOS Sense Amp With Latch.
Dual;tpd 30ns max;Vi ±5.0V
Dual·tod 35ns max'Vi ±5.0V.
Dual;tpd 35ns max;Vi ±5.0V.
Dual;tpd 30ns max;V, ±5.0V.
Dual:tpd 30ns maxVi ±5.0V.
Vth 19mV;ln Offset cur. 500nAtyp;td 40ns.
Vth 22mV;ln Offset Cur. 500nA typ;td 40ns.
Vth 19mV'ln Offset Cur. 500nAtvo': td 40ns.
Vth 22mV;ln Offset Cur. 500nAtyp; td 40ns.
MOS Sense Amp;MOS to TTL Cony.
MOS Sense Amo:MOS to TTL Cony.
Dual Input;tpd 35ns max.
Dual Channel Core Memory;Vth 20mV max.
Dual Channel Core MemorY.Vth 20mV max.
Dual channel core memory; Vth 20mVmax .
Dual Channel Core Memory;Vth 20mV max.
Dual:tpd 25ns max' Latch Volt 5.5V max.
Core Memory;Vth 24mV max;V,o 1.0mV.
Core Memory;Vth 24mV max;Vio 1.0mV.
Core Memor,,:Vth 24mV maxVio 1.0mV.
Core Memory;Vth 24mV max;Vio 1.0mV.
Core Memory;Vth 20mV max;V,o 1.0mV.
Core Memory;Vth 20mV max'Vio 1 OmV.
Core Memory;Vth 20mV max;Vlo 1.0mV.
Tnple; Strobe Volt 6.0V;tpd 75ns max.
FO 80 tvo:tod 15ns tvO.
FO 30 typ;tpd 52ns typo
Transformer Driver;tpd 50ns max.
MOS Memorv:Ton 30ns'Tofl 30ns.
Quad Tri-State Bufler;tpd 23ns max
Quad Tn-State Buffer;tpd 23ns max.
Tn-state auad bufferS'tpd 23ns max
Tn-state quad buffers;tpd 23ns max
Tn-state quad buflers;tpd 23ns max
Tn-state quad buffers'trul 23ns max
TTL 3-State Bus Driver, 16mA Sink.
TTL 3-State Bus Dnver, 16mA Sink.
TTL 3-State Bus Driver 16mA Sink.
TTL 3-State Bus Driver, 16mA 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.
TTL 3-State Hex Bus Driver'32mA Sink.
TTL 3-State Hex Bus Dnver;32mA Sink.
TTL 3-State Hex Bus Driver,32mA Sink.
TTL 3-State Hex Bus Driver'32mA 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.
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.
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.

85'

0.0

5.0

200m

-55

125 K06119

M323

Invertln9 Hex Buffer,tpd 390ns max.

MO~

3.65%

.85'

0.0

5.0

200m

-55

125 K06119

FP93

Inverting Hex Buffer;tpd 390ns max.

MO~

3.65%

.85*

0.0

5.0

200m

-55

125 K06119

M323

Inverting Hex Buffer·tad 390ns max.

Mm 3.65%

.85'

0.0

5.0

200m

-55

125 K06119

FP93

Inverting Hex Buffer;tpd 390ns max.

MOr 3.65%

.85'

00

5.0

200m

-55

125 K06119

M323

Inverting Hex Buffer;tpd 390ns max.

Mor 3.65%

.85*

0.0

5.0

200m

-55

125 K06119

FP93

Invertlna Hex Buffer·tpd 3g0ns max.

Mar 3.65%

85*

0.0

5.0

200m

-55

125 K205

M323

Non Inverting Hex Buffer;tpd 390ns max.

MON 3.65%

.85'

0.0

5.0

200m

-55

125 K205

FP93

Non Inverting Hex Buffer;tpd 390ns max.

85'

0.0

5.0

200m

-55

125 K205

M323

Non Invertina Hex Buffer·tod 390n8 max.

.85'

0.0

5.0

200m

-55

125 K205

FP93

Non Invertina Hex Buffer'tpd 390n8 max.

Mm 3.65%

MON 3.65%
MO~

3.65%

SYMBOLS AND CODES
EXPLAINED IN INTERPRETER

174

LINE
No.

~

11'
21'
31'
41'
51'
61'
71'
81'
91'
101'
111'

121'

11 · MISCELLANEOUS
MAX. TEMP.
POWER

~rA~

-bil
U E 0 ER· PRO·
ATING CESS

TYPE
No.

JANM~!Sb

I U/UbbU~~E~
120
JANM38510/05502CF
120
JANM385 10/0550~~E~

F~JZ?'

JANM38510/05503AFJ
120
JANM38510/05503BE
120
JANM385 I 0/0550132~J
JANM385 10/05503CE~
120
JANM38510/05503CF
120
JANM385 10/05501~~E~
JANM385 I 0/05504AF~
120
JANM385 10/05504BE
120
JANM385 10/05501~~F~

JANM385 10/05504CE~
120
141' JANM385 10/05504CF
20
15
CD4041AD
20
CD4041AE
16
20
17
CD4041AK
20
SCL4041AD
18
20
SCL4041AE
19
20
SCL4041AF
20
20
SCL4441AD
21
20
SCL4441AE
22
20
ECDX·Hl
23
21
24
ECDX·H3
21
25
ECDX·L 1
21
26
ECDX·L3
21
27
CH1100
21
lOOk
28
MC10123L
21
29
9614FC
21
21
30+ 9614DM
31+ 9614FM
21
321' AM2614DM
21
331' AM2614FM
21
34
TG160F
21
35
TG160J
21
TG161F
36
21
TG161J
37
21
38
9621FC
21
39+ MC75113L
21
40+ 9614DC
21
411' 9614PC
21
421' AM2614DC
21
431' AM2614PC
21
44
TG162F
21
45
TG162J
21
46
TG163F
21
47
TG163J
21
481' SN75188J
21
491' SN75188N
21
501' 5550
21
51
9616CDC
21
521' 9616DC
21
53
9616DM
21
54
21
551' ~tlNflC2ADC.cJt I 21
561' AM26S 12ADM# I 21
571'
21
581'
21
591' AM26S12DC#1
21
601' AM26S12DM#1
21
611' AM26S12FM#1
21
621' AM26S12PC#1
21
63+ DM7830J
21
64+ DM7830W
21
65
DM7831J
21
66
DM7831W
21
67
DM7832J
21
68
DM7832W
21
69
DM7838F#1
21
70
DM7838J#1
21
71+ DM8830J
21
21
72+ DM8830N
73
DM8830W
21
74
DM8831J
21
75
DM8831N
21
76
DM8831W
21
77
OM8832J
21
78
DM8832N
21
79
DM8832W
21
80
DM8838N#1
21
M54501Y
21
M54502P
21
21
83# M54503P
M54504P
21
M54650P
21
861' MC3453L
21
871' MC3453P
21
88
MC75 109L P%
21
MC75 I 10L,P%
89
21
901' SN55113J
21
911' SN55113SB
21
921' SN55114J
21
931' SN55114SB
21
941' SN55121J
21
951' SN55183J
21
961' SN75113J
21
131'

~~~~~g~~~:11

l.Jl·
(VI

(VI

SUPPLY
SPAN

TOTAL
PKG.
LO'"

N(~~. P~~. DI~~'

'C

HI

GENERAL DESCRIPTION

'C

365%

.85'

0.0

5.0

200m

·55

125 K205

M323

Non Inverting Hex Buffer;tpd 390ns max.

MO~

3.65%

.85'

0.0

5.0

200m

·55

125 K205

FP93

Non Inverting Hex Buffer;tpd 390ns max.

MO~

3.65%

.85'

00

5.0

200m

·55

125 K06144

M323

Invertlna Hex Buffer·tod 390ns max.

MO~

365%

.85'

0.0

5.0

200m

·55

125 K06144

FP93

Inverting Hex Buffer;tpd 390ns max .

MO~

3.65%

.85'

0.0

5.0

200m

·55

125 K06144

M323

Inverting Hex Buffer;tpd 390ns max.

MO~

3.65%

.85'

0.0

5.0

200m

·55

125 K06144

FP93

Invertina Hex Buffer'tod 390ns max.

MO~

3.65%

.85'

0.0

5.0

200m

·55

125 K06144

M323

Inverting Hex Buffer;tpd 390ns max.

MO~

365%

85'

00

5.0

200m

·55

125 K06144

FP93

Inverting Hex Buffer;tpd 390ns max.

MO~

3.65%

.85'

00

5.0

200m

·55

125 K06145

M323

Non Invertlna Hex Buffer'tod 390ns max.

MO~

3.65%

.85'

0.0

5.0

200m

·55

125 K06145

FP93

Non Inverting Hex Buffer;tpd 390ns max .

MO~

365%

.85'

0.0

5.0

200m

·55

125 K06145

M323

Non Inverting Hex Buffer;tpd 390ns max.

MO~

3.65%

.85'

0.0

5.0

200m

·55

125 K06145

FP93

Non Invertina Hex Buffer·tod 390ns max.

MO~

3.65%

.85"

0.0

50

200m

·55

125 K06145

M323

Non Inverting Hex Buffer;tpd 390ns max.

.85"
O.Ot

0.0
0.0
0.0
0.0
00
0.0
0.0
00
0.0
15
15
15
15
12
5.2
0.0
00
0.0
0.0
0.0
0.0
00
0.0
0.0
0.0
00
0.0
00
0.0
0.0
0.0
0.0
0.0
0.0
9.0
9.0
00
12
12
12
12
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
0.0
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
5.0
5.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0

50
10
10
10
10
10
10
10
10
15
15
15
15
12
0.0
5.0
5.0
5.0
5.0
50
50
5.0
5.0
5.0
12
5.0
5.0
5.0
5.0
50
5.0
5.0
5.0
5.0
9.0
90
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
50
50
5.0
5.0
5.0
5.0
5.0
5.0
50
5.0
5.0
5.0
7.0
7.0
70
7.0
12
5.0
5.0
50
5.0
5.0
5.0
5.0
5.0
5.0
50
50

200m
200m
200m
200m
200m
200m
200m
500m
500m
2. I §
2.1 §
2. I §
2 I §
300m
310mt

54mt
54mt
54mt
54mt
100mt

·55
·55
·40
·55
·55
·40
·55
·55
·40
·55
0
·55
0
·20
·30
0
·55
·55
·55
·55
·55
·55
·55
·55
0

350:~
350m
350m
54mt
54mt
54mt
54mt
333m
333m
750mt

0
0
0
0
0
0
0
0
0
0

125
125
85
125
125
85
125
125
85
85
70
85
70
70
85
75
125
125
125
125
125
125
125
125
75
75
75
75
75
75
70
70
70
70
70
70
70
75
75
125
75
75
125
125
75
75
125
125
75
125
125
125
125
125
125
125
125
70
70
70
70
70
70
70
70
70
70
75
75
75
75
75
70
70
70
70
125
125
125
125
125
125
70

FP93
"'001AD
"'001AB
"'004AF
"'001AD
"'OOlAB
"'004AF
"'001AD
"'OOlAB
M332
M332
M332
M332
M~
M191
FP47b
M224c
FP79b
M224c
FP79b
T086
M157c
T086
M157c
FP28c
T0116
M224c
M357
M224c
M357
T086
M157c
T086
M157c
M157b
M126e
CB62
T0116
Ml05aw
T0116
T0116
M356
M224c
FP79b
M357
M356
M224c
FP79b
M357
M297d
FP106
M200k
FP98
M200k
FP98
FP88
M200k
Ml05aw
M344a
FP97
M200k
M345
FP98
M200k
M345
FP98
M345
CN74
Ml05'
Ml05j
Ml05j
Ml05'
M191
M278
T0116
T0116
M153d
FP98a
M153d
FP98a
M153d
M157b
M153d

Non·lnverting Hex Buffer,tpd 390ns max.
COS/MOS Quad True/Complement Buffer.
COS/MOS Quad True/Comolement Buffer.
COS/MOS Quad True/Complement Buffer.
Quad True/Comp. Buffer;tpd 70ns Max.
Quad True/Como. Buffer:tod 70ns Max.
Quad True/Comp. Buffer;tpd 70ns Max.
Quad High Current Buffer;tpd 60ns Max.
Quad Hilth Current Buffer:tod 60ns Max.
14 Bit Diff.Transmitter;V,90Vrms at 400Hz.
14 Bit D,ff.Transmltter;Vi90Vrms at 400Hz.
14 Bit Dlff.Transmitter·Vi I 1.8Vrms at400Hz
14 Bit Dlff.Transmitter;VI I 1.8Vrms at400Hz
Teletype Transmitter.
Trlole 4·3·3 Inout Bus Driver.
Dual Diff.;'" Vo 2.0V;toff 14ns;ton 18ns.
Line Driver;lo 200m A max;tpd 20ns max.
Line Driver-lo 200mA max·tod 20ns max.
Line Driver;lo 200mA max;tpd 20ns max.
Line Driver;lo 200mA max;tpd 20ns max.
2 Ino Bus Drlver·.lIllJ 70ns max.
2 Inp Bus Driver;tpd 70ns max.
2 Inp Bus Driver;tpd 70ns max.
2 Ine Bus Driver·ted 70ns max.
Dual;tpd 200ns max.
Differential Party· Line Driver.
Line Driver'lo 200mA max·tod 30ns max.
Line Driver;lo 200mA max;tpd 30ns max.
Line Driver;lo 200mA max;tpd 30ns max.
Line Driver'lo 200mA max·tod 30ns max.
2 Inp Bus Drlver;tpd 70ns max.
2 Inp Bus Drlver;tpd 70ns max.
2 Ine Bus Driver·ted 70ns max.
2 Inp Bus Driver;tpd 70ns max.
Quad;tpd 375ns max.
Quad·ted 375ns max
Diff Line Driver;tpd 18ns max.
tpd 320ns,SIew Rate 15V/us typo
Line Drlver·tod 650ns max'SR 30V Ius max.
tpd 320ns,SIew Rate 15V/us typo
tpd 320ns, Slew Rate 15V/us typo
Schottky Quad Bus Transceiver ted 26ns max
Schottky Quad Bus Transceiver;tpd 26ns max
Schottky Quad Bus Transceiver;tpd 26ns max
SchottkY Quad Bus Transceiver·tod 26ns max
Schottky Quad Bus Transceiver;tpd 26ns max
Schottky Quad Bus Transceiver;tpd 26ns max
Schottky Quad Bus Transceiver·tod 26ns max
Schottky Quad Bus Transceiver;tpd 26ns max
Dual Dlff Line Drlver;tpd 18ns max.
Dual Diff Line Driver'tod 18ns max.
Line Driver;tpd 27n5 max;Vi 5.5V.
Line Driver;tpd 27ns max;Vi 5.5V.
Line Drlver:tod 27n5 max'Vi 5.5V.
Line Driver;tpd 27n5 max;Vi 5.5V.
Quad Unified Bus Transceiver;tpd 30ns max.
Quad Unified Bus Transcelver·tod 30ns max.
Dual Diff Line Drlver;tpd 18ns max.
Dual Dlff Line Drlver;tpd 18ns max.
Dual Diff Line Driver·tod 18ns max.
Line Driver;tpd 27n5 max;Vi 5.5V.
Line Driver;tpd 27n5 max;Vi 5.5V.
Line Driver·ted 27ns max'Vi 5.5V.
Line Drlver;tpd 27ns max;Vi 5.5V.
Line Driver;tpd 27ns max;Vi 5.5V.
Line Driver'tod 27ns max'Vi 5.5V.
Quad Unified Bus Transceiver;tpd 30ns max.
Dual Current Driver
Dual AND Gate with Drive Transistor.
Quadruple Current Driver
Dual NAND Gate with Drive Transistor.
Transition Time 2.0us max·tod 60ns max.
Quad;w/Common Inhibit Input.
Quad;w/Common Inhibit Input.
Dual Line Driver.·tod 25ns max.
Dual Line Drivers;tpd 25ns mx.
Dual D,fferent,.1 w/3·State Outputs.
Dual Different,.1 w/3·State Outputs.
Dual Differential;tpd 20ns max.
Dual Differentlal;tpd 20n. max.
Dual·tod 50ns max.
Dual Differentlal;tpd 18ns max.
Dual Differential w/3·State Outouts

M~~ 3.65%
10

~g~

MC!~
MC!~
MOS

M~~
~gs

10
10
10
10
10
10
10

om
o Ot

O.Ot
O.Ot
O.Ot
O.Ot
O.Ot

30M
30M
30M
30M

M~~
MO ·.96%
MC!~
MC!~
MO~

M~~

~g~
M~~

~g~
MC!~
Mq~
MO~

~q;
MO~

M~;

~g~
MC!~
Mq~
MO~

~C~
Mm

M~;

~g~
MC!~
Mq~
MO~

~q;

Mm

M~;

~&
Mq~

MO~

MaN
Mq~
Mq~
MO~

~q~
MO~

M~~

~g~

Mq~
Mq~
MO~

M1~

MO
MO

~~.1

~gi-

D.A. T.A.

@JO'

MO~

~~:

175

LOGIC
LEVEL

IN ORDER OF (1)USE(2)lEVElT(3)lEVEl'O'
(4IMAX OPER FREQ(5ITYPE No
DRAWINGS
LOGIC OUTLINE
DWG. No DWG. No
ll=MO

M~~
Mq~
Mq~
MO~

M1~

MO
MO

M~~

~g~
~g~

1.5
1.7%
1.7%
17%
1.7%
17%
17%
1.7%
1.7%
1.7
178
18%
1.8%
1.8%
1.8%
1.8%
1.8%
1.8%
1.8%
1.9%
1.9%
2.0%
2.0'
20%
2.0'
2.0'
2.0%
2.0%
2.0%
2.0%
20%
20%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
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
1.3
90"
.90'
.90'
.90'
1.1"
1.1'
1.1'
1.1'
1.5
108
.85"
.85'
.85'
.85'
1.1'
1.1'
1.1'
1.1"
.80'
.80'
.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'

350:~
328m
328m

~~~:::;

j500m~

g

~~g:::%g
630m

~~g:::%
350m~

·55

g

·55
350~~ ·55
350m 0
0
350:~
350m ·55
350m ·55
0
·55
180m§ ·55
450m§ ·55
450m§ ·55
450m§ ·55
450m§ ·55
600m ·55
600m ·55
180m§ 0
180m§ 0
180m§ 0
450m§ 0
450m§ 0
450m§ 0
450m§ 0
450m§ 0
450m§ 0
600m 0
3.3 t
0
800mt 0
800mt 0

~~g:::~

~~~:::~g
1.0
1.0
1.0
1.0

0
0
0
0
325~~ ·55
325m ·55
235~; ·55
·55
·55
·55
0

~~g:::~
3~g:::~

K06145
K203
K203
K203
K203
K203
K203
K204
K204
K2135
K2135
K2135
K2135
K2133
K2145
K2145
K2144
K2144
K2139
K2139
K2139
K2139
K2118
K2129
K2145
K2145
K2144
K2144
K2139
K2139
K2139
K2139
K2151
K2151
K2123
K2123
K2123
K2123
K2142
K2142
K2142
K2142
K2142
K2142
K2142
K2142
K2143
K2143
K2137
K2137
K2137
K2137
K2138
K2138
K2143
K2143
K15161
K2137
K2137
K2137
K2137
K2137
K2137
K2138
K2119
K2111
K2120
K2121
G0414
K2141
K2141
K2128
K2128
K2146
K2146
K2147
K2147
K2148
K2150
K2146

SYMBOLS AND CODES
EXPLAINED IN INTERPRETER

175

'MI
LOGIC
U E ~~A~
0 ER- PROLEVEL
ATING CESS flj'I'
i~JO'
FREQ,
(Hz)
(V)
(V)

.§J
TYPE
No,

LINE
No,

~~mn~B

I"
2"
3"
4"
5"

SN1§114J
SN75114N
SN75114SB
6" SN75121J
7" SN75121N
8" ~~75123J
N75123N
9"
10+ SN75150J
1,. SN75150N
12+ SN75150P
13" SN75183J
14" SN75183N
15# SP721BE
16# SP721BF
17# SP721BT
18
TG350F
TG350J
19
20
ig~~lj
21
TG352F
22
TG352J
23
24
TG353F
TG353J
25
26
N8T26B
27
N8T26F
28
D4037
29+ 9621DC
30+ 9621DM
3,. 9621 FM
32" 9621PC
33
N8T09A
34
N8T09F
N8T09Q
35
36
S8T09A
37
S8T09F
38
S8T09Q
39" STX1003
40
DM7830D
41
MC419F
42
MC419LP%
43
MC469F
44
MC469L,P%
45
MC519F
46
MC519L
MC569F
47
48
MC569L
HD1S245
49
50
HD1S545
51
HD9V245
HD9V545
52
53
MC10128L
54
54R140
55
N8T13B
56
57
58
RC8T13DD
59
RC8T13L
60
RC8T13MP
61
RM8T13DD
62
RM8T13L
63
RM8T13MP
64
S8T13E
65
S8T13R
66" TNG5512F
67" TNG5512J
68" TNG5514F
69" TNG5514J
70
N8T23B
N8T23E
71
RC8T23MP
72
73" TNG5511 F
74" TNG5511J
75" TNG5513F
76" TNG5513J

I~~im

i~~gl~g:~

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
1108

TRWG350#1
TRWG350#2
TRWG390#1
TRWG390#2

1~~'60D
G160K

l~g

176

RG161D
RG161K
RG162D
RG162K
RG163D
RG163K
S1757#1

:n~

CM1152
AY5-1012
MC2065F
MC2065L,P%
MC2165F
MC2165L
MC1488L
N8T15A
N8T15F
HD1A1488
LM14811J
RC1488D

~~~~~~~J

LM55110J
LM75109J
LM75109N

IN ORDER OF (1)USE(2)LEVEL'1'(3)LEVEL'0'
(4}MAX OPER FREQ(5)TYPE No

11 · MISCELLANEOUS
MAX, TEMP,

I~l
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
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

M~~

~g~

M~~
~g~
M~~

~g~
Mq~

MO~

MO~

M~~

~g~
Mq~
Mq~

Mm
Mq~
Mq~

MOS
5.0M

Pcr~

MO
MO

Mq~

MO~
MO~

Mq~
Mq~
MO~

~&~

3DM
10M

Mq~
MO~
MO~

Mq~
Mq~
MO~

M:~

MO
MO

Mq~
Mq~
MO~

M~~
MO
M~~

~g~
Mq~
Mq~
MO~

Mq~
Mq~
MO~

M1~

MO
MO

M~~

~g~
Mq~

M()~
MO~

M:~

MO
MO

M~~

~gN
Mq~
M()~
MO~

MO
M:~
MO
Mq~

' M()~
M()~

M!~

MO

MO~

160kLl

~COBS

5.0M

PCB
MO~

480kt

I~l

D.A. T.A.

MO~

M!;
MO
MO~
MO~
MO~

M~~

~g~
Mq~
MO~
MO~

~g~

DRAWINGS
POWER
SUPPLY
TOTAL
OUTLINE
LOGIC
PKG,
SPAN
LOW HI DWG, No DWG, No
NEG. POS. DISS.
ll=MO
(V)
(V)
(W)
'C
'C

~g~

:~g:

Kg

20%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0*
2.0*
2.0%
20%
2.0%
2.0%
2.0%
2.4%
2.4%
2.4%
24%
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%
25%
2.5%
2.7
2.8%
28%
2.8%
2.8%
2.8%
2.8%
2.8%
28%
28%
2.8%
28%
3.1
3.1
3.1
3.1
3.11%
3.11%
3.11%
3.2
3.2
32
3.2
3.3
3.3
3.3
3.3
3.3
3.3
3.4
3.4
3.4
3.4
3.4
34
3.4
34
4.0%
50
5.0
50%
53*
5.5%
55%
5.5%
5.5%
60%
60
6.0
60%
7.0
70
7.0t
-10
-1.0
-1.0
-10

.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
.80*
80*
.80*
.80*
.80*
.80*
.80*
.85%
.85%
95*
1.0*
1.0*
1.0*
1.0*
.40t*
,40t*
.40t*
.40t*
.40t*
.40t*
,40*
.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
.50*t
.40
t

0.0
0.0
0.0
0.0
0.0
0.0
0.0
12
12
12
0.0
0.0
5.0
50
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
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
5.2
0.0
0.0
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
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
0.0
00
00
0.0
12
0.0
4.8
90
0.0
0,0
0.0
0.0
0.0
9.0
12
12
9.0
9.0
9.0
9,0
5,0
50
5.0
50

t

t
t
t
t
t
t
t
t
t
.45
45
.45
.45
t
t
t
.45
.45
.45
.45
.26
.26
.26
.26
.26
26
.20
.20
.20
.20
.20
.20
.20
.20
.50*
0.0
0.0
-80t*
12%
.75*t
.75*t
.75*t
.75*t
-.70t
-60t
-S.Ot
-7.0*t
-6.8t
-7.0t
-7.0
0.0
00
00
0.0

~:g In~~~,g

5.0
5.0
5.0
5.0
5.0
5.0
5.0
12
12
12
5.0
5.0
5.0
50
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
5.0
5.0
50
5.0
5.0
5.0
15
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
0.0
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
50
50
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
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.2
9.0
5.0
5.0
5.0
5.0
5.0
9.0
12
12
9.0
90
9.0
9.0
5.0
5.0

~g

235m 0
235m:!, 0
235~~ 0
300m -55
-55
300~~ 0
300m
300m 0

~g

70
70
70
125
125
70
70
70
180:r
180m 0
70
180m 0
70
70
50m:!, 0
50m'!' 0
70
260m 0
70
260m 0
70
260m 0
70
92mt -55 125
92mt -55 125
92mt -55 125
92mt -55 125
92mt 0
70
92mt 0
70
92mt 0
70
92mt 0
70
456mt 0
75
456mt 0
75
0
75
0
75
154~~
154m -55 125
154m:!, -55 125
154m'!' 0
75
340m 0
75
340m 0
75
340m 0
75
340m -55 125
340m -55 125
340m -55 125
2.2 t
0
70
100mLl -55 125
54m 0
75
54m 0
75
54m 0
75
54m 0
75
54m -55 125
54m -55 125
54m -55 125
54m -55 125
3.0m% -55 125
3.0m% 0
75
3.0m% -55 125
3.0m% 0
75
-30 85
155m -55 125
315m 0
75
315m 0
75
315m 0
75
315m 0
75
315m 0
75
315m 0
75
315m -55 125
315m -55 125
315m -55 125
315m -55 125
315m -55 125
60mt 0
75
60mt 0
75
60mt 0
75
60mt 0
75
315m 0
75
315m 0
75
315m 0
75
60mt -55 125
60mt -55 125
60mt -55 125
60mt -55 125
55m -55 125
55m -55 125
92m -55 125
92m -55 125
-55 125
-55 125
45m -55 125
45m -55 125
45m -55 125
45m -55 125
45m 0
75
45m 0
75
45m 0
75
45m 0
75
0
70
13
0
70
120m 0
70
423m 0
70
0
70
105mt 0
75
105mt 0
75
105mt -55 125
105mt -55 125
1.0
0
75
580m 0
75
275m 0
75
333m§ 0
75
333m§ 0
75
333m 0
75
333mt 0
70
600m -55 125
600m -55 125
600m 0
70
800m 0
70

~~m

K2147
K2147
K2147
K2148
K214S
K2148
K2148
K2149
K2149
K2149
K2150
K2150
K0542
K0542
K0542
K219
K219
K219
K219
K219
K219
K219
K219
K2132
K2132
K2118
K2118
K2118
K2118
K2117
K2117
K2117
K2117
K2117
K2117
K15161
K213
K213
K213
K213
K213
K213
K213
K213
K212a
K212a
K212a
K212a
K2131
K2115
K2115
K2115
K2115
K2115
K2115
K2115
K2115
K2115
K2115
K2115
K2152
K2152
K2152
K2152
K2115
K2115
K2115
K2152
K2152
K2152
K2152

K15191
K15191
K15191
K15191
K15191
K15191
K15191
K15191
K2116
G043as

~~n85
K219
K219
K219
K217
K2114
K2114
K217
K2136
K217
K217
K2128
K2128
K2128
K2128

~pWax
M153d
M117x
~98a
153d
M117x
M153d
M117x
M157b
M126e
M226
M157b
M126e
M54b
FP2
CN58a
T086
M117c
T08S
MI17c
T086
M117c
T086
M117c
M317
M200n

~~7d

M297d
FP106
M344a
T0116
M157
T088
T0116
M157
T088
M378
M75f
T086
T0116
T086
T0116
T086
T0116
T086
T0116
M75k
M75k
T086
T086
M191
M256
M153a
FP79a
M200h
FP47f
M267a
M200h
FP47f
M267a
M146a
FP79a
FP21c
T0116
FP21c
T0116
M256
M153a
M267a
FP21c
TOIlS
FP21c
T0116
M157
M126
M157
M126
M157
M126
Ml05m
FP21b
Ml05m
FP21b
Ml05m
FP21b
Ml05m
FP21b
M2S8

GENERAL DESCRIPTION
!:Iual !:Ii!!erentlal w(~-~tate 2utputs.
Dual Differential w/3-State Outputs.
Dual Dlfferentlal·tad 30ns max.
Dual Dlfferentlal;tpd 30ns max.
Dual Differentlal;tpd 30ns max
Dual·tod 50ns max.
Dual;tpd 50ns max.
Dual;tpd 35ns max.
Dual tpd 35ns max.
Dual;tpd 60ns typo
Dual;tpd 60ns typo
Dual·ted 60ns tve.
Dual Dlfferentlal;tpd 18ns max
Dual Dlfferential;tpd 18ns max.
TTL to Balanced Line Driver.
TTL to Balanced Line Driver.
TTL to Balanced Line Driver.
Lamp/Line Driver'tpd 50ns max.
Lamp/Line Driver;tpd 50ns max.
Lamp/Line Driver;tpd 50ns max.
Lame/Line Driver·ted 50ns max.
Lamp/Line Drlver;tpd 50ns max.
Lamp/Line Drlver;tpd 50ns max.
Lamp/Llne Driver·ted 50ns max.
Lamp/Line Driver;tpd 50ns max.
Quad Bus Driver Receiver;tpd 17ns max.
Quad Bus Driver Receiver·tpd 17ns max.
Eight Line Drivers.
Dual Line Driver;tpd 200ns max
Dual Line Drlver·tad 150ns max.
Dual Line Driver;tpd 150ns max.
Dual Line Drlver;tpd 200ns max.
Quad Buss Driver'FO 25·tad IOns max.
Quad Buss Driver;FO 25;tpD IOns max.
Quad Buss Drlver;FO 25;tpD IOns max.
Quad Buss Driver'FO 25·tpd IOns max,
Quad Buss Drlver;FO 25;tpd IOns max
Quad Buss Driver;FO 25;tpd IOns max,
Serial Transmitter·U.Q. to 8BCB.
line Driver.
Buss Drlver;Vo 400mV;lo 250uA;Tpd 20ns
Buss Drlver"Vo 400mV'lo 250uA"Tad 20ns.
Buss Drlver;Vo 400mV;lo 250uA;Tpd 20ns.
Buss Drlver,Vo 400mV;lo 250uA;Tpd 20ns.
Buss Driver Va 400mV'lo 250uA-Tpd 20ns.
Buss Drlver;Vo 400mV;lo 250uA;Tpd 20ns.
Buss Driver;Vo 400mV;lo 250uA;Tpd 20ns.
Buss Driver'Vo 400mV'lo 250uA Tad 20ns.
3 ckts;tpd 14ns.
3 ckts;tpd 14 ns.
3 Ckts·tod 14ns.
3 ckts;tpd 14 ns.
Bus Driver
Tpd S.Ons·FO 30'Fan In 4 Leads
Tpd 32ns max;ton and toff 20ns max.
tpd 35ns max;ton and toff 20ns max,
Tad 32ns max·ton and toff 20ns max.
Dual,tpd 20ns max;lnp Latch Volt 5.5V min
Dual;tpd 20ns max;lnp Latch Volt 5.5V min
Dual·ted 20ns max'lne Latch Volt 5.5V min
Dual;tpd 20ns max;lnp Latch Volt 5.5V min
Dual;tpd 20ns max;lnp Latch Volt 5.5V min
Dual·tpd 20ns max'lnp Latch Volt 5.5V min
Tpd 32ns max;ton and toff 20ns max
Tpd 32ns max;ton and toff 20ns max.
Dual·tpd 14ns tyPo
Dual;tpd 14ns typo
Dual;tpd 14ns typo
Dual·ted 14ns tve.
Dual Line Driver.
Dual Line Driver,
Dual·tod 50ns max Ino Latch Volt 5.5V min
Dual,tpd 14ns typo
Dual;tpd 14ns typo
Dual·tpd 14ns typo
Dual;tpd 14ns typo
Buss Driver.
Buss Driver.
Line Driver.

~~:I ~rll:~~t

Line Driver.
Dual 4 Input Line Dnver.
Buss Drivers,BVo 8.0V,lo 100uA;ton 20ns.
Buss Drivers'BVo 8.0'10 100uA-ton 20ns.
Buss Drivers;BVo 8.0,10 100uA;ton 20ns.
Buss Drivers,BVo 8.0;10 100uA;ton 20ns.
Buss Drivers'BVo 7.0V·lo 100uA·ton 20ns.
Buss Drivers;BVo 70V;lo 100uA;ton 20ns.
Buss Drivers;BVo 7.0V;lo 100uA;ton 20ns.
Buss Drivers'BVo 70V'lo 100uA·ton 20ns.
Unlv,Asynchronous Receiver/Transmitter
High Power Dnvers.
C~~
Differential Line Drivers.
CB
Tr 240ns;tf 190ns;td 55ns.
T0116
M193
Asynchronous Receiver/Transmitter.
T086
Quad 2-lnout Lamo/Line Driver,
T0116
9uad 2-lnput Lamp/Line Driver.
T086
Quad 2-lnput Lamp/Line Driver.
Quad 2-lnput Lamp/Line Driver.
TOll6
TOIlS
Quad MDTL Line Driver.
M 105ak Tr 4.0us max;Tf 40us max,lnp V. 5.5V.
M157
tr and tf 4.0us max V, 5.5V
T0116
Quad Line Dnver;tpd 300ns max.
M257c
Quad,tpd 300ns max;tr 75ns;tf 40ns.
M312
Quad·ted 200ns max·tr lOOns max.
M 105ap Tpd 200nS max;Quad Line Driver
M257c
Dual Line Driver,tpd 25ns max.
M257c
Dual Line Driver'tod 25ns max.
M257c
Dual Line Driver;tpd 25ns max
M344
Dual Line Driver~tDd 25ns max.

SYMBOLS AND CODES
EXPLAINED IN INTERPRETER

176

LINE
No.

2
3
4",

~:IL

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

~~.#

34",
35
36
37
38
39
40",
41",
42
43
44
45
46
47
48
49
50
51+
52",
53
54
55
56",
57

~

TYPE
No.

t:~511~~

MC2257L
MC2260L
CMl150
SP423
CM4041AD
CM4041AE
HEPC0900P-RT

~g~~~~

CH1040
LM55108AJ
LM75108AJ
LM75108AN
LM75208J
LM75208N
SN55108AJ
SN75108AJ
SN75108AN
SN75100L
MC1065P
MC1066P
MC1266F
MC1266L
MC1020P
MC1220F
MC1220L
10115B
10115F
10116B
10116F
GXB10115
MC10514F
MC10514L
MC10515F
MC10515L
MC10516F
MC10516L
MC10616F
MC10616L
MC1692S
MC1692L
MC10114L
MC10114P
MC10115L
MC10115P
MC10116L
MC10116P
MC10129L
MC10216L
MC10216P
CMl162
HD1A1489
LM 1489J
MC1489B
MC1489L

~g

1~~11l~~89A

60
61",
62
63",
64",
65",
66",
67",
68",
69",
70",
71
72

LM1489AJ
MC1489AB
MC1489AL
AM26S12DC.#2
AM26S12DM#2

~~~~~m~:f

5551
5551A
5551B
5551C
9627CDC
9627DM
MC55107L
MC55108L
MC75107LP%
75
MC75108L,P%
76
SFC5107AE
SFC5107AEM
79# SFC5108AE
SFC5108AEM
SFC5109E
82# SFC5109EM
SFC5110E
SFC5110EM
SN55107J
85
86
SN55108J
SN55109J
87
88", SN55109W
89
SN55110J
90", SN55110W
91", SN55122J
92
SN75107J
93
SN75107N
SN75108J
SN75108N
96
SN75109J
97
SN75109N
98
SN75110J
99
SN75110N
100",
101", !~~~~m~
102", SN75124J
103", SN75124N
104", SN75140P
105. SN75152J
106. SN75152N
10H 9617DC
108
04038
109",
110",

~~

~a

:?:
~~:

~~

~~~~~ 1~~g~~~

177

nil
U E ~~A~
0 ER- PROATING CESS
FREQ.
(HzI
21
21
21
21
21
21

640kl'.
640kl'.
5.0M%

~l

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

n
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
22
22

lOOk

·

~'1'

LOGIC
LEVEL
lJO'

(VI

!VI

:1:~
I:~~
MO -1.5%

M~~
MO~

M1~

MO
MO

~q~
MO~

MO~

~~~

MO
80M
80M
80M
200M
200M
200M
200M

M~~
~g~

M:~

MO
MO

M~~

~g~
M~~
M~~
MO~

M:~
MO
M:~
MO
MO
MO

M~~
~g~

M~~

MO

MO~

MO
M1l
MO
2.5m%

M~~
~g~

M:~

MO
MO
3.0M%

~g~

M6~
M~~
M~~
MO~

M:~

MO
MO
PCB
PCB
PCB
PCB

M~~
MO

M:~

MO
MO

M~~

~g~
M~~
M~~
MO~

M:~

MO
MO

M~~

~g~
M~~
M~~
MO~

M:~

MO
MO
M~~
MO~

M6~
M~~
M~~
MO~

M:~

MO
MO
M~~
M~~
MO~

MO~

50M

D.A. T.A.

K~

·4.1*
·4.1*
~~
~g~ -1
-5.0%
7.0t*
-7.0%
·.79*
10
O.Ot
M~~
10
O.Ot
M~~ 12.5%
MO
1.5*t
13%
1.5t*
MO
1.5t*
13%

M~~
MO

MO
PCB

~g~

IN ORDER OF V)USEI2)LEVEL'1'13)LEVEL'0'
141MAX OPER REQ/SITYPE No.

11 MISCELLANEOUS
POWER
MAX. TEMP.

. 10
-.75%
-75*
-.75%
-.75%
-.75%
-.75%
-.75%
-.85
-.85
-85
-.85
-.88
-93%
-.93%
-.93%
-.93%
-.93%
-.93%
-93%
-.93%
-.95%
-96%
-96%
-.96%
-.96%
-.96%
-.96%
-96%
-.96%
-.96%
-.96%
10%
1.0%
1.0%
1.0%
10%
1.5%
175%
1.75%
1.75%
1.75%
1.8%
18%
1.8%
18%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
20%
2.0%
2.0%
2.0%
20%
2.0%
20%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
20%
2.0%
20%
2.0%
20%
20%
2.0%
2.0%
2.0%
2.0
2.0%
2.05%
205%

.40t*
.40t*
.40t*
40t*
.40t*
.40*t
40*t
.40*t
-.10
-1.6*
-1.6*
-1.6*
-1.6*
-1.6*
-16*
-1.6*
-1.7
-1.7
-1.7
-1.7
-1.7t
-16*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*
-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
1.0*
1.25*
1.25*
125*
1.25*
1.5*
1.25*
1.25*
1.25*
125*
16*
16*
16*
1.6*
.45*
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*
.85
95*
14%
14%

DRAWINGS
LOGIC 19UTLINE
SUPPLY
TOTAL
PKG. LOVI HI DWG. No DWG. No
SPAN
NEG. POS. DISS.
lI=MO
(VI
(WI
'C 'C
IVI

5.~

12
12
12
7.0
0.0
0.0
0.0
0.0
0.0
12
5.0
5.0
5.0
5.0
5.0
5.5
55
5.5
10
5.2
5.2
5.2
5.2
5.2
5.2
5.2
52
5.2
5.2
5.2
52
52

~:2
.2
5.2
5.2
5.2
52
5.2
5.2
5.2
52
5.2
5.2
5.2
52
52
52
5.2
52
00
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
00
12
12
00
0.0
0.0
0.0
5.0
5.0
5.0
5.0
5.0
70
7.0
7.0
5.0
5.0
7.0
70
70
7.0
00
5.0
5.0
50
50
7.0
70
7.0
7.0
0.0
0.0
0.0
00
0.0
12
12
0.0
0.0
0.0
00

5:~ ~~~~ ~

0.0 500m 0
5.0
0
12 800m 0
0.0
0
10 200m ·55
200m ·40
180mt -30
15 225m -30
15 225m -30
12 300m ·20
5.0 600m ·55
5.0 600m 0
5.0 600m 0
50 600m 0
5.0 600m 0
5.5 670m -55
5.5 670m 0
5.5 670m 0
10 680mt 0
0.0 300mt 0
0.0 300mt 0
0.0 300mt -55
0.0 300mt -55
0.0 115mt 0
0.0 115mt -55
0.0 115mt -55
0.0 100mt
0.0 100mt :~g
75mt -30
0.0
0.0
75mt -30
0.0
95mt 0
0.0 145mt -55
0.0 145mt -55
0.0 110mt -55
0.0 110mt -55
85mt -55
0.0
85mt -55
0.0
0.0 100mt -55
0.0 100mt -55
0.0 220mt 0
0.0 220mt 0
0.0 146mt -30
0.0 145mt -30
0.0 110mt -30
0.0 110mt -30
0.0
80mt -30
0.0
80mt -30
-30
00
0.0 100mt -30
0.0 100mt -30
5.0 125m 0
5.0 130m§ 0
50 130m 0
50 130m 0
5.0 130m 0
5.0
5.0 I~~g~§
5.0 130m 0
5.0 130m 0
50
5.0 ~~g~~
5.0
-55
5.0 350:;
350m -55
5.0 350m 0
5.0 600m§ 0
50 600m§ 0
5.0 600m§ 0
5.0 600m§ 0
12 730m 0
12 730m -55
5.0 625m -55
5.0 625m -55
50 625m 0
5.0 625m 0
0
5.0
5.0
-55
0
50
5.0
-55
0
5.0
-55
7.0
70
0
-55
7.0
5.0 248m -55
5.0 248m -55
7.0 248mt -55
7.0 248mt -55
7.0 248mt -55
7.0 248mt -55
5.0
5.0 ~~~~~
5.0 237m 0
5.0 237m 0
5.0 237m 0
7.0 248mt 0
70 248mt 0
70 248mt 0
70 248mt 0
5.0
360m 0
0
5.0 360::
5.0 360m 0
5.0 360m:!, 0
5.0 100~~ 0
12 85m 0
12 85~~ 0
90m 0
50
50 250m 0
0
5.0
50 ~~g~~ -55

l~

g
g

g

I~g

75
75
70
75
125
85
75
75
75
70
125
70
75
75
75
125
70
70
70
75
75
125
125
75
125
125
85
85
85
85
75
125
125
125
125
125
125
125
125
75
75
85
85
85

~~m

K2130
K2140
G043ar
G02129b
K203
K203
K2122
K2134
K2134

K2211
K2211
K2211
K2211
K2211
K2211
K2211
K2211
K2210
K2216
K2217
K2217
K2217
K15125
K15125
K15125
K2223
K2223
K2224
K2224
K2213
K2224
K2224
K2213
K2213
K2218
K2218
K2218
K2218
K227
K227
K2224
K2224
K2213
K2213
K2218
85 K2218
85 K2230
85 K2218
85 K2218
70 K226
75 K223
75 K223
75 K223
75 K223
70 K225
75 K223
75 K223
75 K223
75 K223
75 K2142
125 K2142
125 K2142
75 K2142
70
70
70
70
75 K2234
125 K2234
125 K2211
125 K2211
70 K2211
70 K2211
70 K2211
125 K2211
70 K2211
125 K2211
70 K2212
125 K2212
70 K2212
125 K2212
125 K2211
125 K2211
125 K2212
125 K2212
125 K2212
125 K2212
70 K2238
70 K2211
70 K2211
70 K2211
70 K2211
70 K2212
70 K2212
70 K2212
70 K2212
70 K2238
70 K2238
70 K2238
70 K2238
70 K2239
70 K2240
70 K2240
75 K2220
75
75 K2142
125 K2142

~~

i~~~~c

M292
M316a
TOl16
M257a
Ml05av
Ml05av
TOl16
M191

~~78

M257c
M257c
M344
M257c
M344
TOl16
TOl16
TOl16
T0100
M154
TOl16
T086
TOl16
T0116
T086
TOl16
M256
M153a
M256
M153a
M200n
FP85
M191
FP85
M191
FP85
M191
FP85
M191
FP78
M191
M191
M278
M191
M278
M191
M278
M191
M191
M278
TOl16
TOl16
M294a
M344a
T0116

igll~

M294a
M344a
T0116
M356
M224c
FP79b
M357
CB62
CB62
CB62
CB62
M200j
M200'

igll~

T0116
T0116
TOl16
TOl16
TOl16
TOl16
TOl16
T0116
TOl16
TOl16
M157b
M157b
M157b
FP106
M157b
FP106
M153d
M157b
M126e
M157b
M126e
M157b
M126e
M157b
M126e
M153d
M117x
M153d
M117x
M226
M153d
M117x

~J~5aw
M356
M224c

GENERAL DESCRIPTION
,!>ual Line !>rover;tp~ ~~ ns max.
Dual Line Driver;tpd 25ns max.
Terminal Transmitter.
Terminal Transmitter (P-Channel).
Tr 70ns;tf 25ns;td 20ns.
Tod 3.5n8 max·Trans. time 3.5ns max.
Quad True~Complement Buffer;tpd 75ns max.
Quad True/Complement Buffer;tpd lOOns max.
FO 30'DTL:tod 140ns tvD.
Dual Interface Element/Receiver.
Dual Interface Element/Receiver.
Teletvl!ll Line Receiver.
Dual;tpd 25no max;Vi ±5.0V.
Dual;tpd 25ns max;Vi ±5.0V.
Dual·tod 25ns max:Yi ±5.0Y.
Dual;tpd 35ns max;Vi ±5.0V.
Dual:tpd 35n8 max;Vi ±5.0V.
Dual·tod 25ns max.
Dual;tpd 25ns max.
PD~al;tPd 25ns max.
t
40ns max.
Triple ~chmltt Trogger~Diff. Amp.
Trople SchmItt Trigger/Diff. Amp.
Triole Schmitt Triooer/Diff. Amo.
Triple Schmitt Trigger/Diff. Amp.
Quad;tpd 4.0ns;Fan Out 25.
Quad:tDd 4.0ns·Fan Out 25.
Quad;tpd 4.0ns;Fan Out 25.
Quad Differential Line Receiver.
Quad DIfferential Line Rece·ver.
Triple DIfferential OR/NOR Line Receiver.

~gElau~':~~~n~~Jn~R~~~rR a~~~ R;.~",;=e;.,o
Triple Line Receiver;(High Common Mode).
Triple Line Receiver(High Common Mode).
Quad Line Receiver.
Quad Line ReceIver.
Trople Line ReceIver.
Tri1!Je Line Receiver.
High ~peed Triple;tpd 18nst.
HIgh Speed Triple;tpd 1.8nst
4 ckt· tod 1.1 ns' F070.
4 Ckt;tpd 1.1 ns;FO 7

i;:g:: t:~: ~:~::~:;:

Quad;tpd 2 Ons typo
Quad;tpd 2.0ns typo
TroDle·tpd 2.0ns tYD.
Trople:tpd 2.0ns typo
Bus Receiver.
Triole LIne Recelver·tod 1.8ns tvo.
Trople Line Receiver;tpd 1.8ns typ

"[{u:g~~: 6~~~si:d9g~~~ 8.0ns tvo.
tpd 85ns max;VI ±30V;tr 110ns;tf 9.0ns.
Quad;lo 30mA max:tpd 175ns max.
Quad Line Receiver.
Tr 50ns;tf 50ns; td 200ns.
~~a~.~~~ ~5a~~~i ~Jgv~~ 1~~~~.tl"9.0ns.
Quad;lo 30mA max;tpd 175ns max.

~~~gtt~~nQ~:deBv~:. Transcelver:tod

26ns max
Schottky Quad !!US Transceiver;tpd 26ns max

~~~~~~~ g~:~ ~~: i;:~:~::~:;~~g~ ~~~: ~:~

Dlff;RI 5.0kO;Strobe Current 1.4mA max.
Diff.Ri 5.0kO.Strobe Current l.4mA max.
Dlff'R, 5.0kO·Strobe Current 1 4mA max.
Dlff;Ri 5.0kO;Strobe Current 1 4mA max.
Dual:tpd 250ns max.
Dual:tod 250ns max.
Dual;tpd 25ns max.
Dual;tpd 25ns max.
Dual·tod 25ns max.
Dual.tpd 25ns max.
Dual Line ReceIver.
Dual Line Receiver.
Dual Line ReceIver
Dual Line ReceIver.
Dual Line Driver.
Dual Line Driver.
Dual LIne Drover.
Dual Line Drover
Also use 21 ;tpd 25ns max.
Also use 21;tpd 25ns max.
Also use 21 :tod 25ns max.
Also use 21;tpd 25ns max
Also use 21;tpd 25ns max.
Also use 21·tDd 25ns max.
Dual:tpd 30ns max.
Also use 21 ;Also In Plastic 01 L Package
Also use 21'Also in Plastic OIL Packaoe.
Also use 21,Also In Plastic OIL Package.
Also use 21;Also in PlastIc OIL Package.
Also use 21'Also in PlastIc OIL Packaoe.
Also use 21;Also in Plastic OIL Package.
Also use 21;Also In Plastic OIL Package.
Also use 21'Also in Plastic OIL Packaae.
Dual;tpd 30ns max.
Dual;tpd 30ns max.
TroDle tDd 30ns max.
Triple;tpd 30ns max

g~:::~g~ ~g~: ~~~.
Dual;tpd 60ns typo
Tpd 85ns max;tr 175ns max;tf 40ns max.
E,aht Line ReceIver.
Schottky Quad Bus Transcelver.tpd 26ns max
Schottky Quad Bus Transcelver·tod 26ns max

SYMBOLS AND CODES
EXPLAINED IN INTERPRETER

177

LINE
No.
1.
2.
3
4.
5.
6.
7.
8.
9.
10.
11
12
13
14
15
16
17
18
19
20.
2,.
22.
23.
24.
25
26
27
28
29
30.
31.
32.
33.
34.
35.
36.
37.
38

~~:

41.
42.
43
44
45.
46.
47.

:::
50.
51.
52.
53
54
55
56
57
58
59
60
61
62
63
64
65

g~
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.

~~~

99.
100.
101
102
103
104
105
106

~

nil
U E ~rA~
0 ER- PROATING CESS

TYPE
No.

F~~Z?'

~:~g~g~~~:: ~~
DM7820AD
DM7820AJ
DM7820AW
DM8820AJ
DM8820AN
SN55182J
SN75182J
SN75182N
DM7836F
DM7836J

g~~:~~~

DM7838F#2
DM7838J#2
DM8836N
DM8837N

~~;~~:~~?

9615DM
961SFM
AM2615DC
AM2615PC
LM55107AJ
LM75107AJ
LM75107AN
LM75207J

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

~~~~~~1~0/1040fJCE

122
JANM38510/10401 CCE
22
JANM38510/104021!.CE

1

JANM38510/104dNcE
22
MC3450L
22
MC3450P
22
MC3452L
22
MC3452P
22
SN55107AJ
22
22
I~~~~lg~~~
22
SN55115J
22
SN55115SB
22
SN75107AJ
22
SN75107AN
22
SN75115J
22
SN75115N
22
SN75115SB
22
SRX1005
22
9615DC
22
9615PC
22
AM2615DM
22
AM2615FM
22
DM7820D
22
22
g~~g~g~
22
DM7822D
22
DM7822J
22
DM8820J
22
DM8820N
22
DM8820W
22
DM8822J
22
DM8822N
22
HD1S246
22
HD1S248
22
HD1S249
22
22
~gl~~:g
22
HD1S549
22
HD9V246
22
HD9V248
22
HD9V249
22
22
22
HD9V549
22
N8T16A
22
N8T16F
22
N8T24B
22
N8T24E
22
SG1489AJ
22
SG1489J
22
SN75189AJ
22
SN75189AN
22
SN75189J
22
SN75189N
22
N8T14B
22
N8T14E
22
N8T14R
22
RC8T14L
22
RC8T14MP
22
RM8T14L
22
RM8T14MP
22
S8T14E
22
S8T14R
22
9620DM
22
9620FM
22
9620DC
22
9620PC
22
M54654P
22
SN75154J
22
SN75154N
22
9615FC
22
9620FC
22
9622DC
22
9622DM
22
22
22

178

~g~~~:~

~~~~~~

D.A. T.A.

.

IN ORDER OF (1)USE(2)LEVEL'l'(3)LEVEL'0'
r4lMAX OPER FREQ(5IiYPE No.

11 MISCELLANEOUS
POWER
MAX. TEMP.

~'1'

LOGIC
LEVEL
lJ'O'

(VI

!VI

~g~ .~.gg~

1.4~

~g~

2.1%
2.1%
2.1%
2.1%
2.25
2.25
2.25
2.25
2.25
225
2.25
2.25
2.25
2.4%
2.4%
24%
2.4
2.4
2.4%
2.4%
2.4%
24%
2.4%

1.4%
.90*
.90*
.90*
.90*
.90*
.90*
.90*
.90*
13
1.3
13
13
1.3
13
1.3
1.3
1.3
.04*t
.40t*
.40t*
.40t*
.40t*
.40t*
40t*
.40t*
.40t*
.40t*

2.1%

~.l~
~~;
MO~ 2.1%
M~~
MO

M~~
~g~

M~~

~g~

M:~

MO
MO

M~~

~g~
Mq~
Mq~

MO~

M~~
MO
Mm

SUPPLY
SPAN

N(~~. P~~.

g:g

DRAWINGS
TOTAL
LOGIC OUTLINE
PKG. LOW HI DWG. No DWG. No
DISS.
lI=MO
-iw\ 'C 'C

j~~
~:g I~~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
00
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 600m
5.0 600m
5.0 600m
5.0 600m
5.0
5.0 600:~
47m
5.0
47m
5.0
47m'll
50 600m
5.0 600m
5.0 600m
5.0 600m
5.0 600m
50 600m
5.0 600m
5.0 600m
5.0 600m
50
5.0 ~~g~~
5.0 250m~
50 250,,:~
5.0 250m
5.0 600m
5.0 600m
50 600m
5.0 600m
5.0 600m

·55
·55
-55
0
0
-55
0
0
-55
-55
-55
-55
-55
·55
0
0
0
0
-55
-55
0
0
-55
0
0
0
0

125
125
125
75
70
125
70
70
125
125
125
125
125
125
70
70
70
70
125
125
75
75
125
70
75
75
75

gm

K0533
K0533
K0533
K0533
K0533
K2242
K2242
K2242
K2232
K2232
K2233
K2233
K2138
K2138
K2232
K2233
K2138

K2236
K2236

~n~~:

K2211
K2211
K2211
K2211
K2211

JJ~;

Ml05aa
M297d
FP106
M297d
M344a
M157b
M157b
M126e
FP87
M257c
FP88
M200k
FP88
M200k
M344
M345
M345
M293a
M224c
FP79b
M224c
M357
M257c
M257c
M344
M257c
M344

GENERAL DESCRIPTION
~chottky ~uaC!

Schottky
Dual,tDd
Dual;tpd
Dual;tpd
Dual'tDd
Dual;tpd

Bus .!.ransceiver;tpC! ~!!ns max
Quad Bus Transcelver;tpd 26ns max
45ns max'Strobe I l.4mA Max
45ns max;Strobe l-l.4mA max.
45ns max;Strobe l-l.4mA max.
45ns max'Strobe l-l.4mA max.
45ns max;Strobe l-l.4mA m.ax

g~:: g:~:~:~~:::;~~ :~~: ~:~:

Dual Differentlal;tpd 45ns max.
Hex Unified Bus Receiver;tpd 30ns max.
Hex Unified Bus Receiver;tDd 30ns max.
Hex Unified Bus Receiver;tpd ~~ns max.

~~~dU ~'~ii~~dBB~sR~~:~:~~rv~r;~~~s30~:' max.
Quad Unified Bus Transceiver;tpd 30ns max.

~:: ~~:;::~ :~: ~:~::~:~~~~ ~g~: ~:::

Quad Unified Bus Transceiver;tpd 30ns max.
Dual;tpd 35ns typ
Dual D,ff'lo 30mA max;tDd 50ns max.
Dual Diff;lo 30mA max;tpd 50ns max.
Dual Diff;lo 30mA max;tpd 75ns max.
Dual Diff'lo 30mA max'tDd 75ns max.
Dual;tpd 25ns max;Vi ±5.0V.

g~:::~~~ ~~~: ~:::~: ;~:g~:

Dual,tpd 35ns max;Vi ±5.0V.
Dual;tpd 35ns max;Vi ±5.0V.

MO~

2.4'!b

.40*t

5.5

5.5

495m'll -55

125 K2211

M314

Dual Lone Receiver;tpd 40ns max.

Mm

2.4%

.40*t

5.5

5.5

495m'll -55

125 K2211

M314

Dual Lone Recelver;tDd 40ns max.

MO~

2.4%

.40*t

55

5.5

495m'll -55

125 K2211

M314

Dual Line Recelver,tpd 40ns max.

M~~

2.4%

Mq~
Mq~
MO~

2.4%

40*t
.40*t
.40*t
.40*t

5.5
5.0
5.0
5.0
5.0
5.5
5.5
5.5
0.0
0.0
5.5
5.5
0.0
0.0
0.0
15
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
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
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
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
0.0
0.0
0.0
10
10
10
10

5.5
5.0
5.0
50
5.0
5.5
5.5
5.5
5.0
5.0
5.5
5.5
5.0
5.0
5.0
15
5.0
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
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
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
5.0
5.0
5.0
5.0

495m'll -55
1.0m 0
1.0m 0
1.0m 0
1.0m 0
670m -55
670m -55
-55
~~g~'lI -55
160m'll -55
670m 0
670m 0
160m:!l0
160,,:~0
160m 0
2.0 t
0
250".:~ 0
250m 0
250".:~ -55
250m -55
600m -55
600m -55
600m -55
600m -55
600m -55
600m 0
600m 0
600m 0
600m
600m
63m§ -55
69 § -55
69m§ -55
69m§ 0
75m§ 0
75m§ 0
63m§ -55
69m§ -55
69m§ -55
69m§ 0
75m§ 0
75m§ 0
150m 0
150m 0
380m 0
380m 0
130mt 0
130mt 0
1.0
0
0
1.0
1.0
0
1.0
0
380m 0
380m 0
380m 0
380m 0
380m 0
380m -55
380m -55
380m -55
-55
380:~
105m -55
105m -55
110m:!, 0
110,,:~ 0
720m 0
100,,:; 0
100m 0
250m'll 0
110:~ 00
125m
125m -55
125,,:~ 0
125m -55

125
70
70
70
70
125
125
125
125
125
70
70
70
70
70
70
75
75
125
125
125
125
125
125
125
70
70
70
70
70
125
125
125
75
75
75
125
125
125
75
75
75
75
75
75
75
75
75
75
75
75
75
75
75
75
75
75
125
125
125
125
125
125
75
75
75
70

K2211
K2235
K2235
K2235
K2235
K2211
K2211
K2211
K2237
K2237
K2211
K2211
K2237
K2237
K2237

75
75
125
75
125

K15144
K15185
K15185
K15185
K15185

~g~ ~::~

M~~

~::~

2.4%
2.4%
2.4%
2.4%
MO
2.4%
M1f
MO
2.4%
2.4%
M~~
2.4%
~g, 2.4%
3DM 2.4%
M~~ 2.4%
2.4%
MO
2.4
2.4
MO~ 2.5t%
2.5%
MO
2.5%
MO
2.5%
M~~ 2.5%
2.5%
~g~ 25t%
2.5%
M~; 2.5%
MO
MO~ 2.5%
2.5%
MO
2.5%
MO
2.5%
Mq~ 2.5%

~g~

~~;

M1~

M~~
MO~

MO~

M1~

MO
MO

M~~

M~~
MO
MO~

MO
M1i
MO

M~~

~g~
M~f
M~~

MO

M~~
MO

Mm

MO
M1J
MO

M~;
~g~

M~~
MO
MO~

~~~
MO
~g~

.40t*
.40t*
.40*t
.40*t
.40*t
.40*t
.40*t
.40*t
.40*t
.40*

::~~:

.45t*
.45t*
.40*t
.40t*
.40t*
.40t*
.40t*
.40t*
40*t
.40t*
.40t*
.40t*
.45*t
.45*t
.45*t
.45*t
.45*t
.45*t
2.5%
.45*t
2.5%
.45*t
2.5%
.45*t
2.5%
.45*t
.45*t
.45*t
.40*t
2.6%
.40t*
2.6%
2.6%
.40t*
2.6%
.40t*
2.6%t
.45*
2.6%
.45*
2.6%
.45*
2.6%
.45*
2.6%
.45*
2.6%
.45*
.40*t
~:g~ .40t*
2.8%
.40*t
2.8%
.40t*
2.8%
.40t*
2.8%
.40t*
2.8%
.40t*
2.8%
.40t*
2.8%
.40*t
3.0%
40t*
3.0%
.40t*
3.0%
.45t*
.45t*
3.0%
3.0% -3.0*
3.0% -3.0*
3.0% -3.0*
.25t
3.3
.25t
33
.25t
3.3
.25t
3.3
.25t
3.3
.25t
33

~:~~

~g~ ~:~~
M~~
MO

::~*t
. O*t

Ig

I~g

K2236
K2236
K2236a
K2236a
K0533
K0533
K0533
K2231
K2231
K0533
K0533
K0533

gm

K2225a

g~~~b

K2225a
K2225b
K2225
K2225a
K2225b
K2225
K2225a
K2225b
K2225
K2214
K2214
K2215
K2215
K223
K223
K223
K223
K223
K223
K2215
K2215
K2215
K2215
K2215
K2215
K2215
K2215
K2215
K15144
K15144
K15144
K15144
F0229
K2241
K2241

M314
M191
M278
M191
M278
T0116
FP106

~115036d

FP98a
T0116
T0116

~m~

FP98a
M378
M224c
M357
M224c
FP79b
M75f
M257c
FP97
M75f
M257c
M257c
M126d
FP97

~~~~c
M75k
M75k
M75k
M75k
M75k
M75k
T086
T086
T086
T086
T086.
T086
Ml05ak
M157
M256
M153a
Ml05ap
Ml05aD
M157b
M126e
M157b
M126e
M256
M153a
FP79a
FP47f
M267a
FP47f
M267a
M153a
FP79a
M297d
FP106
M297d
M344a
M153b
M153d
MI17x
FP47b
FP28c
M157
M157
FP28c
FP28c

Dual Line Recelver;tpd 40ns max.

g~:~::jg~~~~~ i~::~!:!: ~!~~~: :~~~!:

Quad;w/Common Tri-State Strobe Input.
Quad;w/Common Tri-State Strobe Input.
Dual·tDd 25ns max.
Dual;tpd 25ns max.
Dual;tpd 25ns max.
Dual Differential·tIl!I 50ns max.
Dual Differentail;tpd 50ns max.
Dual;tpd 25ns max.
Dual:tDd 25ns max.
Dual Differential;tpd 75ns max.
Dual Differentlal;tpd 75ns max.
Dual Differential·tod 75ns max.
Seroal;Up to 8BCD or Octal Digits.
Dual Diff;lo 30m A max;tpd 75ns max.
Dual Diff'lo 30m A max;tDd 75 ns max.
Dual Diff;lo 30mA max;tpd 50ns max
Dual Diff;lo 30mA max;tpd 50ns max.
Lone Receiver.
Dual Line Recelver;Response time 40ns.
Dual Lone Receiver;Response time 40ns.
Dual'ResDonse time 125ns max V, ±30V.
Dual;Response time 125ns max;V, ~~OV.
Dual Line Receiver;Response time 40ns.
Dual line receiver' Response time 40n8.
Dual Line Receiver;Response time 40ns .
Dual;Response time 125ns max;Vi ±30V
Dual'ResID)nse time 125ns max"Vi ±30V.
Triple;tpd 30ns.
Triple Party Line Rcvr;tpd 30ns.
Troole Lone RCVR·tDd 30ns.
Triple;tpd .30ns.
Triple Party Line RCVR;tpd 30ns.
Troole Lone RCVR·tDd 30ns .
Trople;tpd 30ns.

i~:~:: r~n~y R~VR'~~V~~~~' 30ns.
Trople Lone R.,:VR;tpd 30ns .

i~:~:: r,~'!V R~VR:~~V~~~~. 30ns.
Vth 1.1 V;Tpd 150ns max;lnp V ±25V.
Vth 1.IV;tpd 150ns max;Vi ±25V.
TriDle Lone Receiver.
Tnple Line Receiver.
Tpd 85nS max;Quad Line Rec.
Tod 85,,-S max'Quad Line Rec.
Quad;tpd 175ns max.

g~:~~~~ m~: ~:::

Quad;tpd 175ns max.

["pdd 33J>nnss ::x~J' iJ>nnss :a~181b~'
Tpd 30ns max;tf 50ns max;Fo 10.
Trople;tpd 30ns max;lnp Latch Volt 5.5Vmin
TriDle·tDd 30ns max InD Latch Vo1t5.5V min
Triple;tpd 30ns max;lnp Latch Volt 5.5Vmin

i~~I~3:.~ ~anX~1,m;~~~P';:!~Fho Vf6~ 5.5Vmin
Tpd 30ns max;tf 50ns max;Fo 10.
Dual Diff;lo 30mA max;tpd 50ns max.
Dual Diff'lo 30m A max;tod 50ns max.
Dual Diff;lo 30mA max;tpd 75ns max.
Dual Diff;lo 30mA max;tpd 75ns max.
TranSition Time 9.0ns max·tDd 22ns max.
Quad;tpd 22ns typo
Quad;tpd 22ns typo
Dual Diff'Ton 75ns mlllGtoff 75ns max.
Dual Dlfferential;tpd 75ns max.

g~:::!~~ ~g~: ~:~:

Dual;tpd lOOns max.
1D~al·tJ)d 50n. max.

SYMBOLS AND CODES
EXPLAINED IN INTERPRETER

178

LINE
No.
1
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
2H
28
29
30.
31
32
33

~~

38
37
38
39
40
41
42
43
44
45.
46.
4H
48.
49
50
51
52
53
54
55
58
57
58
59
60

g~
63
64
65
86
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
9B
99
100
101
102
103
104
105
106
107
108
109
110

179

~

TYPE
No.

~g~g~~gp
RC9622J
RM9622D
RM9622DP
RM9822J
RC8T24MP
RC1489AD
RC1489D
51757#2
1415
MC2259L
SP420
NCOO09
NCOO09C
MHP401
SNR517
SN517B
MC1023P
MC1223F
MC1223L
SP1023
SP1223
MC1026P
MC1226F
MC1226L
MH0026CG
MH0028CH
MH0026CN
MH0028G
MH0028H
IM5003CDD
IM5003CPD
IM5003CTC
IM5003MDD
IM5003MTC
IM5013CDD
IM5013CTC
IM5013MDD
IM5013MTC
ICH7201CDD
ICH7201CGC
ICH7201MDD
ICH7201MGC
SN54120J
SN54120W
SN74120J
SN74120N
SHOO13HC
SHOO13HM
NHOO09
NHOO09C
NCOO07
NCOO07C
NHOO07
NHOO07C
NHOO12
NHOO12C
838
MMH0026CG
MMH0026CL
MMH0026CPl
MMH0028G
MMH0026L
NC611
MC1585L

g~lg~~
NHOO13
NHOO13C
CH1036
CH1034
CH1033
AH2114CG
AH2114G
D125MDD
0125100
D1251FD

gm~~g

D125MFD
D125AL
D125AP
D125BK
D125BL
D130A
D130AA

gl~8:~

D130BL
CDR125AL
CDR125AP
CDR125BK
CDR125BL
D112F
D129AL
D129AP
D129BK
D129BL
D112MDD
D112MFD
D113MDD
D113MFD
D120MDD
D120MFD
D121MDD
D121MFD
G116CDD

~11g~~

·

MI ~~A~

LOGIC
U E 0 ER- PROLEVEL
ATING CESS ~'1'
ilj'O'

~~

F~JZ?'

22
22
22
22
22
22
22
22
22
23
23
23
23
23

M~~

180k6
5.0M
840k6
20M
2.0M
5.0M6

M~~
MO

~q~

Mm

M1~

MO
MO

M~~
~g~

M~~

M~S
MO

M~~

MO
MO

M~~

~g5
M~§

M~~
MO

M~~

MO
MO
3.0M
3.0M

,~.OM

3.0M

M~~

~g5

M~~
~g,

M~~

MO
MO
20M
2.0M
5.0M
5.0M
5.0M
5.0M
10M
10M
4.0M
10M
10M
10M
10M
10M
10M
5.0M
5.0M
50M

M~1
~gi
M~:

~gf
MO
Mgt
MO

M~:

~g!
M~l
~gi

M~l
~gl

~~;

MOl

M1~

MO
3.0M6 MO
10M6 MO~
1.0M
1.0M

.30*
.50*
-.75%
-75%
-.75%
-.75
-.75
-.B5%
-.85%
-.85%
1.5
1.5
1.5
1.5
15
1.5
1.5
15
1.5
15
1.5
1.5
1.5
15
1.7
1.7
1.8
1.8
2.0%
2.0%
2.0%
2.0%
2.0*
2.0*
22%
2.2%
2.2%
2.2%
2.2%
2.2%
2.2%
2.2%
2.4%
25%
2.5%
2.5%
2.5%
2.5%
2.8%
3.7%
40%
5.0
-1.5
-1.5
-11%
-11%
-28%

M~~

MO
MO

M~~

~g~

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

3.3
33
3.3
34
M~~ 4.0
MO
4.0
4.0%
~cOi 5.0
MOS ·1.5%
·7.0%

,~g~

~~

23
23
23
23
23
23
23
23
23
23
23
23
23
23
23
23
23
23
23
23
23
23
23
23
23
23
23
23
23
23
23
23
23
23
23
23
23
23
23
23
23
23
23
23
23
23
23
23
23
23
23
23
23
24
24
24
24
24
24
24
24

(V)

U
'~~~
MO
33
M~~

~~

~~~
M6~

50M
5.0M
5.0M
5.0M
5.0M
500k
500k
500k
500k

D.A. T.A.

IN ORDER OF (1)USE(2)LEVELT(3)LEVEL'0'
(4)MAX OPER FREQ(5)TYPE No

11 MISCELLANEOUS

.50
.50
.50
.50
MO
14
MO
1.4
M~~ 1.4
~gs 1.4
1.4
Mq~ 24
2.4
M=MO
'C

~g I~m~

125
125
70
70
125
125
70
70
125
125
125
125
85
85
125
70
125
150
110
150
125
70
70
70
125
70
70
125
125
75
125
125
125
70
70
70
70
70
70
125
125
125
125
70
70
70
70
125
75
125
125
70
125
70
70
70
70
70
70
70
75
75
75
75
125
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
70
70
70

K3813
K3813
K3814
K3814
K3814
K3814
K3815
K3815
K3815
K3815

g:g

K248
K248
K3813a
K2517
K254
K2518
KI5422
K259
KI038
K251
K251
K251
K251
K251
K251
K251
K251
KI264
KI264
K251
K251
K251
K251
K251
K251
K251
K251
K251
K251
K251
K251
K258
K258
K258
K258
K2528
K2528
K256
K256
K2527
K2519
K2519
K2519
K2111
K2521
K2522
K2523
K2522
K2112
K2522
K2523
K2524
K2519
K2519
K2519
K2522
K2523
K2524
K2111
K2112
K2522
K2519
K2519
K2519
K2519
K15423
K15423
KI5423
K15423
K15424
K15424
K15424
K15424

K2529
K2529
K2530
K2530
K2531
K2531
K2532
K2532
K2533
K2533
K2519
K2519
K2519

ig~J!I
TOl16
T086
TOl16
T086
TOl16
T086
TOl16
T086
TOl16
T086
T086
TOl16
T086
TOl16

~~116

~~2

FP84
CN72
FP62
MI50
MI50
MI50
TOIOO
TOIOO
MI50
FP28h
T0100
M200
M200
FP28h
TOIOO
MI50
FP28h
TOIOO
FP26h
TOIOO
MI50
FP28h
TOIOO
FP28h
TOIOO

TOl16
TOl16
M236
M236
M344
M200k
M200k
M345
M344
M239a
M239a
M239a
M239b
M226b
M226b
M226b
M226b
MI9I
MI91
M278
M293
M293
M293
T0116
M148
M153d
M359
M117x
FP98a
M153d
M359
MI17x
FP98a
M153d
M359
M117x
FP98a
M157b
M358
M360
ilO02AK
M360
ilO02AK
M360
ilO02AK
M360
ilO02AK
M157b
M358
M360
ilO02AK
M360
ilO02AK
M360
ilO02AK
M360
ilO02AK
M153d
M117x
FP98a

GENERAL DESCRIPTION
~ ~hannel;~~~!o~!! ~~o max,!~!o!!!.~OOnAmax

5 Channel,Rd:!~~P 250 max;I~!~~t500nAmax
5 Channel'Rds on 1000 max'ld off ·.50nAmax
5 Channel;Rds(on) I 000 max;ld(0ff)·.5()nAmax

~ g~:~~:l:~~:!~~ll ~;~ ~:~l~!~~t~:g~~::::~

~ Channel;RdS!On! I 000 max;ld(0ff)·3.0nAmax
6 Channel,Rds on 1000 max;I~!~m:3.0nAmax
6 Channel'Rds(oni 1250 max'ld 0 ·3.0nAmax
6 Channel;Rd~!on! 1250 max;I~!0!!l.3.0nAmax
6 Channel;Rd~0~1000 max;I~!~m:1 5nAmax
6 Channel'Rds on 1000 max:ld 0 ·1.5nAmax
6 ~hannel FET;ton ~OOns;toff 1.0us.
6 Channel FET;ton 500ns;toff 1.0us.
6 Channel FET·ton 500nS'loff 1.0us.
6 Channel FET;ton 500ns,toff 1.0us.
5 Channel,Rds(on) I 000 max;ld(0ff)·2.5nAmax
Current Driver'lnput SllInals 0·4V.
Quad Memory SWltch;ton IOns max.
Hybrod Drover;Driver Volt 50Vdc;lo lOA.
8·Bit Memorv Drover.
Power Driver;Output current 5.0A.
Quad Power Driver;Vo 40V;lo 300mA.
Current driver-VOH 1.8V-VOL.45V·10 8 OmA.
Current driver;VOH I 8V;VOL.45V;10 80mA.
Current drover;VOH 1.8V;VOL.45V;10 8.0mA.
Current drover·VOH5.5V-VOL4.5V·10 8.0mA.
Current driver,VOH5.0V;VOL5.0V;10 8.0mA.
Current drover;Volt 5.0;Vol 4.5V;lo 8 OmA.
Hlah Voltaae Hiah Current Driver.
High Voltage,High Current Drover.
Dual High Voltage,High Current Drover.
Dual Hiah Voltaae Hiah Current Drover.
HIgh Voltage,Hlgh Current Drover
HIgh Voltage,Hlgh Current Drover.
Hllth Voltlt\Le Hllth Current Driver.
High Voltage,High Current Driver.
HIgh Voltage,High Current Driver.
DTL'H,ah Power Driver.
DTLi:1i9h Power Drover.
DTL, Igh Power Drover.
DTL Hlah Power Drover.
DTL;Hlgh Power Driver.
HIgh Voltage,High Current Drover.
Hlllh Voltage High Current Driver.
Power Driver Module;Output Current 5.0A.
Power Driver Module;Output Current 5.0A
Power Drover Module'Ou~ut Current lOA.
Power Drover Module,Output Current lOA.
Quad Power Strobe;tpd 75 nS max.
Quad Power Strobe:tcd 75ns max.
Quad Driver,lF 1.5mA;IR 100uA;tpd 25ns max
Quad Drover;IF 1.5mA;IR 100uA;tpd 25ns max
Dual Peropheral Drive"tpd 22ns max.
Memory Driver,tpd 50ns max,VI 5.5V
Memory Drover;tpd 50ns max;V, 5.5V.
Memoft Driver:1l!.d 50ns max Vi 5.5V.
Dual Peropheral Driver;tpd 22ns max
Dual Peripheral Driver;tpd 20ns max.
Dual Peropheral Drover;tod 25ns max.
Dual Peropheral Driver;tpd 20ns max.
Dual Peropheral Driver;tpd 25ns max.
Dual Pe@heral and Drover.
Dual Peropheral NAND Driver
Dual Peropheral OR Drover
Dual Perioheral NOR Drover.
Dual Memory Driver.
Dual Memory Drover
Dual Memorv Driver.
Dual Peripheral Pos. Nand Driver
Dual Peripheral Pos. Or Drover
Dual Per~heral Pos nor Driver
Dual Peropheral Driver.
Dual Peripheral Drover.
Dual onterface Dosltlve NAND Drover.
Dual Memory Drover;tpd 50ns.
Dual Memory Drover;tpd 50ns.
Dual MemorY Driver:lod 50ns.
Dual Memory Drover;tpd 50ns.
Memory Drivers.
Memorv Drivers.
Memory Drivers.
Memory Drivers.
Memoft Drivers.
Memory Drivers.
Memory Drivers.
MemorY Drivers.
Dual Peropheral Positive·And Driver.
Dual Peripheral Positive·And Drover.
Dual Peripheral Posltive·And Drover.
Dual Peripheral PosItive-And Drover.
Dual Peripheral Positive·Nand Drover.
Dual Perioheral Posltive·Nand Driver.
Dual Peripheral Positive-Or Drover.
Dual Peripheral PosItive-Or Drover
Dual Peropheral Posltive·Nor Driver
Dual Peropheral Posltive·Nor Driver.
Dual Peripheral Posltive·And Drover.
Dual Perm/leral Positlve·And Drover.
Dual Peripheral Positive·And Drover.
Dual Peropheral Posltive·And Drover.
Dual Peripheral Posltlve·Nand Drover.
Dual Peropheral Posltive·Nand Drover.
Dual Peropheral PosItive-Or Drover.
Dual Per~heral Positive-Or Driver.
Dual Peropheral Positive-Nor Drover.
Dual Peripheral Posltive·Nor Drover.
Dual MemQlY. Drover·lI!.d 50ns.
Dual Memory Drover;tpd 50ns.
Dual Mem~

200k
30M
750k
30M
750k
10M%
10M%
10M% M~~
18M%
18M%

~~~

~g~

0.0
0.0

::g!
.40#

MO
30M
30M

MO

2.0
2.0
2.0
18

:~~!

~g~
M~~
M~~

~g~
M~~
M~~

0.0
0.0
0.0
0.0

.40#

M~~

D.A. T.A.

IN ORDER OF (1IUSE(2ILEVEL'1'(3ILEVEL'O'
J!LMAX OPER FR~TYPE No.

11 MISCELLANEOUS
TEMP.
POWER

40t*
40t*
.40t*
.40t*

40
6.0
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
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
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
00
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
0.0
0.0
15
15

0.0
00
5.0
5.0
5.0
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
50
5.0
5.0
50
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
5.0
5.0
5.0
5.0
5.0
5.0
5.0
10
10
10
10
10
10
5.0
5.0
50
50
50
5.0
50
5.0
5.0
5.0
50
5.0
00
50
5.0
15
15

30
30
15
15
15
0.0
15
15
00
0.0
00
0.0
00
0.0
0.0
00
00

30
.30
0.0
0.0
15
22
15
15
10
10
10
3.6
3.6
5.0
50
5.0
5.0

MAX.
TOTAL
LO ....
PKG.
DISS.
(W)
'C
-40
~~g~ -40
750m -40
750m -40
750m 0
750m 0
750m 0
200m -55
800m
250m 0
2.5
-55
600m 0
-55
IP
1.5
-55
1.9
-65
-65
1.9
1.9
-65
-65
1.9
1.9
-55
-55
1.9
19
-55
1.9
-55
2.5
-55
800m
800m
2.5
-55
2.5
-55
225";:~ 0
225";:, -55
225m -55
225~~ 00
750m
750m -55
0
750~~ -55
750m
935m 0
-55
935~~ -55
935m
935m 0
425m~ 0
425";:~ -55
425m -55
425~; 00
650m
125m -55
-55
0
375mt -55
375mt -55
375mt -55
375mt -55
375mt 0
375mt 0
375mt 0

~~g~2

ng~;g
525mt 0

-55
460~~
460m -55
460m ·55
460m? ·55
460~; 0
460m 0
460~; 0
460m 0
400mt -55
400mt -55
400mt 0
400mt 0
100"!.? -55
1.0m% -40
10m% -40
1.0u% -55
1.0m% -40
10m% -40
600m§ 0
495m§ 0
325mt -55
325mt -55
325mt 0
325mt 0
362mt 0
283mt 0
10mll0
37mll0
37mll0
37mll0
150m -55
-55
-55
-55
0
-65
200m -55
200m -55
475m -55
635m -55
1.6 t -55
0
0
45~~
45m -55
250n% -55
250n% -40
250n% -40
100mt 15
100mt 0
210m 0
210m 0
210m 0
310m 0

DRAWINGS
LOGIC OUTLINE
HI DWG. No DWG. No
£>=MO
'C
85
~map
85
85 K2715a Ml05ao
85 K2715a M117
85 K2712
M328
85 K2713
M328
85 K2713
M328
T0116
125 K2714
200 K271
T0116
70 K273
MI17x
150 K271
1I001AA
75 K271
M257d
200 K271a
T0116
150 K271a
T0116
200 K271
T0116
200 K271
T0116
200 K212
T0116
200 K212
M157a
125 K271
T0116
T0116
125 K271
125 K212
T0116
125 K212
T0116
150 K271
M126e
200 K271
T0116
200 K271
T0116
150 K271a
1I001AA
150 K271a
1I001AA
75 K285
M246
125 K285
M246
125 K285
FP105
75 K285
M197a
75 K15448 M199
125 K15448 M199
75 K15448 FP66a
125 K15448 FP66a
75 K286
M246
M246
125 K286
125 K286
FP105
75 K286
M197a
75 K287
M356
125 K287
M356
125 K287
FP79b
75 K287
M357
M246
70 K288
M246
125 K288
125 K288
FP105
M197a
70 K288
125 K15473 M224b
125 K15473 M117t
125 K15473 M224b
125 K15473 M117t
70 K15473 M224b
70 K15473 MI17t
70 K15473 lM224b
70 K15473 MI17t
70 K15448 M186b
70 K2811
125 K2810
M153d
125 K2810
1I004AG
125 K2810a M153d
125 K2810a M117x
70 K2810
M153d
70 K2810
1I004AG
70 K2810a M153d
70 K2810a M117x
125
M153d
125
1I004AG
70
M153d
70
MI17x
125 K284
M191
85 K284
M191
85 K284
M278
125 K281
M191
85 K281
M191
85 K281
M278
M117w
E0277
~g K283
M117w
125
M153d
125
1I004AG
70
M153d
70
M117x
70 K282
M117u
75 K283
M117u
75 K3019
70 K3019
70 K3023
70 K3024
125 K3039
T0116
125 K3040
T085
M191
125 K3040
85
M175
50
M175
125 K3035
M171
125
T087
125
FP34
150 K3064
T087
FP81
150 K3065
85 K3070
~~5
50
70 K3073
M309
125 K3073
M309
125 K3075
M191
85 K3075
M191
85 K3075
M278
55 K3076
M278
75 K3076
M278
75 K3046
M256
75 K3046
M153a
75 K3046
FP79a
75 K3047
M256

~m~

GENERAL DESCRIPTION
7 NPN Trans w~~ommon Emitter.
7 NPN Trans w/Common Emitter.
7 NPN Trans w/Common Collector.
7 NPN Trans w/Common Collector.
7 Darl.Palrs;hFE 500 min at Ic 20m A
7 Darl.Palrs;hFE 50 min at c 20mA.
7 Darl.Palrs,hFE 50 min at Ic 20mA.
2 Complementary Pair w/lnverters.
Quad 1 Am..!!.. NPN Core Drivers.
2 by 4;8VC80 25V;trans.time 12ns max.
Quad;8VC80 60V;tr 12ns;tf 30ns.
4 arrl!Yll1ruJ 30ns for COrll.. Driver
Quad OIL PNP SI Memory Driver Trans.
Quad OIL PNP SI Memory Driver Trans.
Quad NPN ton 25ns tvD,toff 250ns tvll.
Quad;NPN,ton 25ns typ;toff 250ns typo

8~:~:~~~:~~~ gg~~ ~~:~~~ 199~~ ~~:

Quad;NPN;ton 25ns typ;toff 250ns typo
Quad;NPN;ton 25ns typ;toff 250ns :J~:
Quad PNP·ton 30ns...nii!;toff lOOns
.
Quad,PN P;ton 30ns typ;toff lOOns typo
Quad NPN;hfe 2.5 min
Quad 1 AmD NPN Core Drivers.
Quad 1 Amp NPN Core Driver•.
Quad;BVCBO -40V;tr 35na,tf 45n •.
Quad'BVCBO -60V·tr 40n. tf 30ns.
4 bit x 2 bit Complement Multiplier.
4 bit x 2 bit Complement Multiplier.
4 bit x 2 bit Cornruement Multiolier.
4 bit x 'f bit Complement Multiplier.
Binary 4 Bit by 2 Bit;tpd 52ns max.
BinarY 4 Bit by 2 Bit:tod 52ns max.
Binary 4 Bit by 2 Bit;tpd 52ns max.
Binary 4 Bit by 2 Bit;tpd 52ns max.
4 bit x 2 bit Complement MultiDlier.
4 bit x 2 bit Complement Multiplier.

:4 bit
~I: : ~ :,~t ~g::;gl~::;:~: ~~I~~~II,'::"
Shifter w/3 State Outputs.
4 Bit Shifter w/3 State
4 Bit Shifter w/3 State
4 bit Shifter w/3 State
4x2 bit 2. Complement
4x2 bit 2. Cornruement
4x2 bit 2s Complement

Outputs.
Out;"uts.
Outputs.
Multiplier.
Multiolier.
Multiplier.

:x~it~'~l36Cn~~e~;~\~~I.~v~er.
4 bittpd 36ns;Vo 5.5V;Vi 5.5V.
4 bit;tpd 36ns;Vo 5.5V;Vi 5.5V.
4 bittod 36nsVo 5.5VVi 5.5V.
4 bittpd 36ns;Vo 5.5V;Vi 5.5V.
4 bit;tpd 36ns;Vo 5 5V;V, 5 5V
4 bittpd 36nsVo 5.5V·Vi 5 5V.
4 bit;tpd 36ns;Vo 5.5V;Vi 5.5V.
Binary Full Multiplier;tpd 52ns max.
4·Blt-Eff-4-Bltlw 3-State OUtDUt.
4·B,t·by-4·Bit Parallel;tpd ~Ons.
4·B,t·by-4·Bit Parallel;tpd 60ns.
4-Blt-bY·4·Bit Parallel:tod 60ns.
4-Bit-by-4·Blt Parallel;tpd 60ns.
4-Blt-by-4-Blt Parallel;tpd 60ns.
4-Blt-by-4-Bit Parallel;tDd 60ns.
4-Blt-by-4-Bit Parallel;tpd 60ns

~i~-~r~~~~'~ ~aB~!:~p~O~~n~D.
Synchronous 6 Blt;tpd 20ns typo

~~~~~;~~~~: ~ ::~~~~ ~g~: ~~:

2-Bltx2-Blt Parallel Binary Multiplier.
2-Bltx2-Bit Parallel Binary Multiplier.
2-Bltx2-Bit Parallel Binary MultiDlier
BCD Rate Multiplier.
BCD Rate Multiplier.
BCD Rate MultlDlier
Programmable !!-Bit;Max Rate 63;tpd39ns max
Programmable Declmal;tpd 39ns max.
Synchronous Decade'tDd 32ns tvll.
Synchronous Decade;tpd 32ns typo

~~~~~;~~~~~ g:~:~::~~~ ~~~~ ~~:

6 Blt,tpd 39ns max.
Decade Multlplier;tpd 39ns max.
Multll!!exer'tDd 13ns.
Multlplexer,tpd 3.0ns.
Double Multiplexer;tpd 3.0ns
QuadruDle MultlDlexer·tDd 3.0ns.
8 Channel Data Selector.

~::~~~~:::::~ g:~: ~:Ug~:~ g~:::~~~;t

8 channel multiplexer;Acc.O 1%;Gain .999.
8 channel multlplexer;Acc.O 1%;Galn .999.
MTNS 10 Channel MultiJ!lexer
6 Channel Multiplexer
10 Channel Multiplexer
6 Channel MultlDiexerVth -6.0V max.
10 Channel Multlplexer,Vth -6.0V max.
Video Freq.Multiplexer;BW 15MHz min.
10 Channel Mx w/Level Converter.
8 Channel Multiplexer.
8 Channel Multiplexer.
Dual 4-Channel/8-Channel Analoo Sel
Dual 4-Channel Or An 8-Channel Analog Sel
Dual 4-Channel Or An 8-Channel Analog Sel.
Dual 4-Channel Data Selector'RTL'tnd 25ns
Dual 4-Channel Data Selector;RTL,tpd 25ns.
2 Input,4 bit Digital Multiplexer.
2 InDut 4 bit D.!Iirtal Multiplexer
2 Input,4 bit Digital Multiplexer.
2 Inout'4 bit Digital Multiolexer.

SYMBOLS AND CODES
EXPLAINED IN INTERPRETER

184

~

LINE
No.

MI ~~A~
0

TYPE
No.

U E

~: ~~~~5~

3.
4.
5.
6.
H
8.
9.
10.
11.
12.
13.
14.
15.
16.
17.

MC4043F
MC4043L.P%
SN54LS153W
SN74LS163W
MC1028P
MC1038P
MC1228F
MC1228L
MC1238F
18.~ GXB10132
19~-1! GXB10164
20.41 GXB10174
21. MC10564F
22. MC10564L
23. MC10574F
24. MC10574L
25. MC10132L
26. MC10134L
27. MC10134P
28. MC10164L
29. MC10164P
30. MC10173L
31. MC10173P
MC10174L
~~:;/j MIC9322-1D
T163D2
~~:~ T220
36. T222
3H 93L09FC
38. 93L12FC
39. 93L22FC
MIC9322-5D
:~:~ 9309FC
42. 9312FC
43. 9322FC
T163Bl
45. T163Dl
46~= T164Bl
4H
T164Dl
48. 6470
49. HS9Pl000
50. SN54LS151J
51. SN54LS151N
52. SN54LS151W
53. SN54LS152W
54. SN54LS153J
55. SN54LS153N
56. SN54LS253J
5H SN54LS253N
58. SN54LS253W
59. 93L09PC
60. 93L12PC
61", 93L22PC
62. DM71L22F
63. DM71L22J
64. DM71L22N
65. DM71L23F
66. DM71L23J
67. DM71L23N
68. DM81L22F
69. DM81L22J
70. DM81L22N
7,. DM81L23F
72. DM81L23J

44~=

~3.

~.n~1'i.~~N

74~~ FJB93L 12

FJB93L22
~~:-11 SN54LS251J
78",
79",
80.
8U
82.
83.
84.
85.
86.
8H
88.
89.
90.
9,.
92.
93",
94",
95.
96.
9H
98.
99",
100.
IOU
102.
103.
104.
105.
106.
lOH
108.

l~g:

185

SN54LS251N
SN54LS251W
93L09DC
93L12DC

~~t~~g~

93L09FM
93L12DM
93L 12FM
93L22DM
93L22FM
SN54L98J
SN54L98N
SN74L98J
SN74L98N
9309PC
9312PC
9313DC
9313DM

g~m~

9322PC
93150DC
93150DM
93150FC
93150FM
93151DC
93151DM
93151FC
93151FM
93152DC
93152DM
93152FC

LOGIC
ER- PROLEVEL
ATING CESS1Jl'
lJO'
FREQ.
IHzI
IVI
IVI

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

MO

M~~

~g~

M~~
MO

M~~ -85%
-.85%

~g~ ·.85%
-85%
M~~ -85%
MO

MO~ -88
·.88
MO ·.88
MO ·.93%
M~~ ·.93%
·.93%
·.93%
-.96%
MO -.96%
MO~ -.96%
-96%
MO -.96%
MO -.96%
M~~ -.96%
-.96%
1.7%
20M%
1.7%
~J>; 17
20M
20M
PCB 17
50M%
1.8%
5.0M% MO
1.8%
5.0M% MO
1.8%
18%
20M% M~~
20M%
20M% Mq~ 18%
20M% Mq~ 18%
20M% Mm 1.8%
1.9%
1.9%
PCB 20%
2.0%
20%
2.0%
2.0%
MO
2.0%
Mm 2.0%
2.0%
M~; 2.0%
2.0%
Mq~ 20%
Mq~ 2.0%
MO~
2.0%
Mm 20%
20%
20%
20%
2.0%
20%
20%
20%
2.0%
2.0%
2.0%
20%

M1~
~g~
M~~

M1~
~g~

M1~

~g~ L:~

~gJ
M~~
~g~
M~~
~g~

I~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

.:O~:

M~~

~O

S8234B
S8234E
S8234R
S8235B

I~:~~~~

75.

11 . MISCELLANEOUS

M~;
MO

~g~

2.0%
2.0%
M~; 20%
2.0%
2.0%
5.0M% MO
2.0%
5.0M% Mm 2.0%
5.0M%
20%
7.0M% M~; 20%
7.0M%
20%
70M% Mq~ 20%
70M% Mq~ 2.0%
7.0M% MO~ 20%
2.0%
7.0M%~~
30MLI MO
20%
30MLI Mm 2.0%
20%
30M~~
30MLI
2.0%
Moi 2.0%
Mm 20%
2.0%
2.0%
MON 20%
20%
Mm 2.0%
20%
M~; 20%
20%
Mq! 2.0%
Mq~ 20%
Mm 20%
20%
MO
20%
Mm 20%
2.0%
~g; 20%

D.A. T.A.

~g~
M~~

~gi
M~f

'~~f

~gi

M~f

.40t*
.40t*
40t*
.40t*
40t*
.40t*
.50*t
.50*t
.60*
.80*
·15*t
·1.5*t
·1.5*t
·15*t
·1.5*t
-17t
·1.7t
·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
.90*
.90*
90
.90
.75*
.75*
75*
.85*
.85*
85*
85*
85*
85*
85
.85*
.45*
.50*
.60*
.60*
.60*
.60*
60*
60*
.60*
.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*
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*
80*
80*

IN ORDER OF (1)USE(2)LEVEL'l'(3)LEVEL'O'
141MAX OPER FREQ/5ITYPE No

MAX. TEMP.
DRAWINGS
POWER
SUPPLY . TOTAL
LOGIC OUTLINE
SPAN
PKG.
LOW HI DWG. No DWG. No
NEG. POS. DISS.
lI=MO
'C
'C
IVI
IVI
IWI
0.0
0.0
0.0
g.g
0.0
0.0
0.0
0.0

5:0
5.0
5.0
50
5.0
5.0
5.0
5.0
5.0

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
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
00
0.0
0.0
0.0
15
15
0.0
0.0
0.0
00
0.0
00
0.0
0.0
0.0
00
0.0
0.0
0.0
00
0.0
0.0
0.0
00
00
0.0
0.0
0.0
0.0
00
0.0
0.0
0.0
0.0
0.0
0.0
0.0
00
0.0
0.0
0.0
0.0
00
0.0
0.0
0.0
0.0
00
00
0.0
00
0.0
0.0
0.0
0.0
0.0
0.0
0.0
00
0.0
0.0
0.0
00
00
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
0.0
0.0
0.0
0.0
0.0
5.0
7.0
50
5.0
5.0
5.0
5.0
50
5.0
5.0
5.0
70
7.0
5.0
5.0
15
5.0
50
5.0
5.0
5.0
50
50
5.0
5.0
5.0
5.0
5.0
50
5.0
50
5.0
5.0
5.0
50
50
5.0
50
50
5.0
5.0
50
5.0
5.0
5.0
50
5.0
50
5.0
5.0
5.0
5.0
50
50
5.0
5.0
5.0
5.0
5.0
50
5.0
5.0
50
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

I~lo:::

210m
210m
210m
310m
310m
310m
70mt
70mt
31mt
31mt
170mt
150mt
170mt
170mt
150mt

10
-55
-55
-55
-55
-55
-55
0
0

310mt
310mt
310mt
305mt
305mt
225mt
225mt
310mt
310mt
275mt
275mt
305mt
215m
215m
600m
645m
~~m
62m
62m
225m
200m
215m
225m
215m
215m

0
0
·55
-55
·55
0
0
0
·55
·55
·55
-55
·30
-30
-30
·30
-30
-30
-30
-30
-55
-55
0
0
0
0
0
0
0
0
0
0
0

~l~:::~g

1.3
200mt
30mt
30mt
30mt
28mt
31mt
31mt
35mt
35mt
35mt

0
·55
·55
-55
-55
-55
-55
-55
-55
-55
-55
57m~ 0
45mt 0
45mt 0
20m -55
20m -55
20m -55
26m ·55
26m ·55
26m ·55
20m 0
20m 0
20m 0
26m 0
26m 0

~g:::t

g
45mt 0
0
45~; ·55
·55
·55
35~~
57m 0
45mt 0
0
45~; ·55
·55
45mt ·55
45mt ·55
45mt ·55
45mt -55
25mt ·55
25mt ·55
25mt 0

~~:::9E

~~:::9E

2~g:::~ g
220m~ 0

236~~ 0

235m

235~~
235m
235m
200mt
200mt
200mt
200mt
145mt
145mt
145mt
145mt
130mt
130mt
130mt

·55
0
·55
0
0
·55
0
·55
0
·55
0
·55
0
·55
0

~~ ~~g:~

125
125
125
125
125
125
75
75

75
75
125
125
125
75
75
75
125
125
125
125
85
85
85
85
85
85
85
85
125
125
70
70
75
75
75
75
75
75
75
75
75
75
75
70
125
125
125
125
125
125
125
125
125
125
75
75
75
125
125
125
125
125
125
70
70
70
70
70

K3046
K3046
K3046
K3047
K3047
K3047
K3032
K3032
K308
K308
K3038
K3039
K3038
K3038
K3039
K3042
K303
K3043
K303
K303
K3043a
K3043
K3042
K301
K301
K303
K303
K302
K302
K3043
K3011
K3013
K3010
K305k
K3011
K3011
K3010
K3013
K3011
K3013
K3013
K3010
K3010
K3067
K3030
K3079a
K3079a
K3079a
K3080a
K308
K308
K3012
K3012
K3012
K3010
K3013
K3011
K3011
K3011
K3011
K3034
K3034
K3034
K3011
K3011
K3011
K3034
K3034

~g ~~g~~

70
70
125
125
125
75
75
75
125
125
125
125
125
125
125
125
70
70
75
75
75
125
75
125
75
70
125
70
125
70
125
70
125
70
125
70

K3013
K3021
K30
K30
K30
K3010
K3013
K3011
K3010
K3010
K3013
K3013
K3011
K3011
K3026
K3026
K3026
K3026
K3010
K3013
K305k
K305k
K305k
K305k
K3011
K307
K307
K307
K307
K3019
K3019
K3019
K3019
K3037
K3037
K3037

~p\593aa

M256
M153a
FP79a
M256
M153a
FP79a
T086
TOl16
LlO04AG
LlO04AG
M278
TOl16
FP85
M191
T086
M200f
M200n
M200f
FP85
M191
FP85
M191
M191
M191
M278
M191
M278
M191
M278
M191
M153a
M153a

GENERAL DESCRIPTION
~ Input;4 bit Digital
2 Input;4 bit Digital
2 Inout:4 bIt Dioital
2 Input;4 bit Digital
2 Input;4 Bit DigItal
2 Inout:4 bit Dlaital
2 Input;4 bit DIgItal
2 Input;4 bit DigItal
Dual lone selector
Dual Line Selector.

g~:: ::t:~::!~:tt:~:

Multiplexer.
Multiplexer.
Multiolexer.
Multiplexer.
MultIplexer.
Multiolexer.
MultIplexer.
Multiplexer.

~::~~~:!:~::::~

g:!:
Dual 4Channel Data Selector.
8 Channel Data Selector.
Dual 4Channel Data Selector.
Dual 4Channel Data Selector.
8Channel Data Selector
Dual w/Latch and Common Reset'tod 2.0ns.
ECL,8 Input MultIplexer.
Dual 4 to 1.tpd 2.0ns average.
8-Lone Mul :ooiexer:tod 3.0nst.
8-Lone Multiplexer;tpd 3.0nst.
Dual 4 to 1 Multiplexer.
Dual 4 to 1 Multii:olexer.
Dual Multiplexer w/Latch and Common Reset.
Dual Multiplexer w/Latch.
Dual Multiolexer w/Latch.
8·Lone Multiplexer.
8·Line MultIplexer.
Quad 2 Inout Multiolexer/Latch.
Quad 2 Input Multiplexer/Latch
Dual 4 to 1 Multiplexer.
Quad Multiolexer.
8 Input Multiplexer.
8 Input Multiplexer.
Quad 2 Inout Multiolexer.
Low Power;Dual 4 Input Multiplexer.
Low Power;8 Input Multiplexer.
Low Power'Quad 2 Inout Multiolexer.
Quad MultIplexer.
Dual 4 Input Multiplexer.
8 Inout Multiolexer.
Quad 2 Input Multiplexer.
8 Input MultIplexer.
8 Inout Multlolexer.
Dual 4 Input Multiplexer;tpd ~2ns max.
Dual 4 Input Multiplexer;tpd 32ns max .
10 Channel Analoa MultiDlexer.
16 Chan Analog;~\?n)5000;Access 500ns .

C~~
CB
FP47b
FP47b
FP47b
M153a
FP47a
FP47a
FP47b
Ml17b
M153a
M267
M200c
CB62
FP100
M153d
g:!:
Ml17x
LlO04AG Data Selectors/MultIplexers.
LlO04AA Data Selectors/Multiplexers.
M153d
Dual 4·Line-to·l·Line Data Sel/Multiolexer
Ml17x
Dual 4-Line-to-l·Line Data Sel/Multiplexer
M153d Ig~al 4-Line·to·l·Line Data Sel/Multiplexer
Ml17x
ual 4·Lone-to·l·Lone Data Sel/Multiolexer
LlO04AG Dual 4·Lone-to·l-Line Data Sel/Multiplexer
M357
~UI~lo~t:~P3~~1 ~~~~to~a~'1 Ons max.
M357
Quad 2 Input;lo 30mA max;tpd 49ns max.
M357
Quad 20np Multiplexer;tpd 140ns max.
FP88
M200e
Quad 2ino Multiolexer:tod 140no max.
Quad 2inp Multiplexer;tpd 140ns max.
Ml17t
Quad 20np Multiplexer;tpd 140ns max.
FP88
Quad 2ono Multiolexer:tod 140ns max.
M200e
Quad 20np Multiplexer;tpd 140ns max.
Ml17t
Quad 20np Multiplexer;tpd 140ns max.
FP88
Quad 2oni:o Multii:olexer;ti:od 140no max.
M200e
Quad 2inp Multiplexer;tpd 140no max.
M117t
Quad 2inp Multiplexer;tpd 140no max .
FP88
Quad 2ono Multii:olexer·tod 140ns max.
M200e
Ml17t
19uad .2onp Multlplexer;tpd 140ns max.
Dual 4 Input Multiplexer;tpd 48ns.
M210a
8 Inout Multiolexer:tod 80ns .
M210a
Quad 2 Input MUltlPlexer;md 44ns.
M210a
M153d
Data Sel/Multiplexer w/3- tate g~!~~t .
Data Sel/Multii:olexer w/3-State u ut.
Ml17x
LlO04AG Data Sel/Multiplexer w/3-State Output.
Dual 4 Input;tpd 70ns max.
M224c
M224c
8 Inout 10 30mA max·tod lIOns max.
Quad 2 Input;lo 30mA max;tpd 49ns max.
M224c
Dual 4 Input;tpd 70ns max.
M224c
Dual 4 Inout'tod 70ns max.
FP79b
8 I nput;lo 30mA max;tpd lIOns max.
M224c
8 I nput;lo 30m A max;tpd lIOns max.
FP79b
Quad 2 Inout'lo 30mA max:tod 49ns max.
M224c
Quad 2 Input;lo 30mA max;tpd 49ns max.
FP79b
4 Bit Data Selectors/Storage Registers
M153
4-Bit Data Selector/Storaoe Reoisters.
Ml17x
4-Blt Data Selectors/Storage Registers.
M153d
Ml17x
~-~~f ~~~ao~t~ll~c~~~lt~:~~o:er2~t:~ax .
M357
8 Input;lo 30mA max;tpd 34ns max.
M357
8 Input Multiplexer;tpd 45ns max.
M200
8 Ini:out Multiolexer:tod 40ns max.
M200
8 Input Multiplexer;tpd 45ns max.
FP47b
8 Input Multlplexer;tpd 40ns max.
FP47b
2 Inout'lo 30mA max·tod 31 ns max.
M357
16 Input Multiplexer.
M199
16 Input Multiplexer.
M199
16 Inout Multiolexer.
FP66a
16 Input MultIplexer.
FP66a
8 Input Multiplexer
M200
8 Inout Multiolexer.
M200
FP47b
8 Input Multiplexer.
FP47b
8 Input Multiplexer.
M 105ad 8 Inout Multiolexer
Multiplexer.
~p~~5dad 88 Input
Ini:out Multii:olexer.

~:::~!~~:~~ ~:!:~::::~::

SYMBOLS AND CODES
EXPLAINED IN INTERPRETER

185

111

TYPE

LINE
No.

.!lMA~
PROATING CESS

IUSE9~~R-

No.

~'1'

F~~~.

1+
2.
3.
4.
5.

6.
7+

8.
9.

m~~~~

DG506AR
DG506BR
DG507AR
DG507BR

M1~
MO
MO

~g

MC?§

30
30
30
30

10.

gg~g:~~

12.

DG508CJ

30

15.

DG509CJ
DG511AP
DG511BP
DM7121J
DM7121N
DM8121J
FJB9309
FJB9312
FJB9313
FJB9322
FJB93150
FJH351
FJH391

30
30
30
30
30
30
30
30
30
30
30
30
30

11+

m g~~gg~~
22.

23.
24.
25.
26.

27+
28.
29.
30.
31.
32.

33.
34.
35.
36.

37+
38.
39.

:~:

42.

3~

MC?~

MOo

M~~

2.0
2.0
2.0
20

2.0%
2.0%

MO~ ~.g~
MC?~
MC?~
MO~

MO~
MO~

MO.

~~~?i4114157

2.0%
2.0%
2.0

~g5 ~:g
~g~ ~.g

MC?~

FJH531
FJH541
FLYIII-74150
FLY115-84150
FLY12t-74151
FLY125-84151
FLY131-74153
FLY135-84153
FLY171-74157

LOGIC
LEVEL
FJ'O'

IV)

~g

2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%
2.0%

30
30
30
30
30
30
30
30
30

~g

45.
46.

47+
48.

JANM38510/0140,~BEC

030
JANM38510/01402BFl
JANM3851 %

1401l~EC
130

JANM3851 %

140.~CFC

50.

030
JANM3851 0/01403BE~

51+

JANM3851 %

14d:~Fe

52.

JANM3851 %

140,~CEE

49.

53.

Mur

2.0%
2.0%

56.

57+
58.

POWER
SUPPLY
SPAN

MAX. pTE",M1"P-,-,-+....,.,""D');'R"'AH.Wemultiplexer.
4 to 16 Line Decoder/Demultiplexer.
4 to 16 Lin.e ~oder/Demultiolexer.
16 line to 1 lone multiplexer.
16 lone to 1 line multiplexer.
16 line to 1 line multiolexer.
8 Line to 1 Line Multiplexer.
8 line to 1 line multiplexer.
8 lone to 1 line multiolexer.
Dual 4 line to 1 line Data ::!electors.-:Mult.
Dual 4 line to 1 line Data Sele~!~rs/Mult.
Dual 4 lone to 1 Ione __Data Selec ors/Mult.
Quad 2 line to 1 line Data Select/Mult.
Quad 2 lone to 1 line Data Select/Mult.
Quad 2 line to 1 line Data Select/Mult.
Dual 4-Line-to-l-Line Data Se!'-:!II!ultiplexer

g~:~ 42~~i:~~~~~i~Li:e DD!~a Ss~~~~~f~f::~r

Quad 2-Line-to-l-Line Date Sel/Multiplexer

g:~: ~:::~~~;:~~~:~:~::~:~:

Dual 4 Line-to-l Line
Dual 4 Llne-to-l Line
Quad 2-Llne-to-l-Line
Quad 2-Line-to-l-Line

g~:~ ~:t:~::~~:l:t:~:

Data
Data
Data
Data

Sel/Multiplexer
Sel/Multiplexer
Sel/Multiolexer
Sel/Multiplexer

~::~~~m~::~:;

g:!:
Data Se!~~ultiplexer w/,3-State Qutput.
Data Sel/Multiplexer w/3-State Output.
4 to 1 LIne Data Selector/MUX:tDd 18ns max
4 to 1 Line Data Selector/MUX;tpd 18ns max
2 to 1 Line Data Selector/MUX;tpd 15n8 max
Quad 2-to-l-Line Data Sel/Mult.
2 to 1 Line Data Selecto~.-:MUX;tpd 12ns max
Quad 2-to-l-Llne Data Sel/Mult.
Dual 4-Lone-to-l-Line Data Sel/Multinlexer
Dual 4-Line-to-l-Line Data_ ~el~Multiplexer
Quad 2-Line-to-l-Line Data Sel/Multlplexer
Quad 2-Line-to-l-Line Data Sel/Multiolexer
Data Selectors/Multiplexers.
Data Selectors/Multiplexers.
Data Selectors/MultiDlexers.
Data Selecto~Multiplexers.
Dual 4-Llne-to-l-Line Data Sel/Multiplexer
Dual 4-Line-to-l-Lone Data Sel/Multiolexer
Data Se!~Multiplexer w/3-State Output.

g:~: ~::~~~::::::; :~~:~~:~: g~~~~~:

Dual 4-Line-to-l-Line Data Sel/Multiplexer
Dual 4-Lone-to-l-Line Data Sel/multiplexer
Dual 4-Line-to-l-Line Data Sel/Multiolexer
Data !!electors.-:Multiplexers.
Data Selectors/Multiplexers.
Dual 4 Line-to-l Line Data Sel/Multinlexer
Dual 4 Lone-to-l Line Data Se!.-:Multiplexer
Quad 2-Llne-to-l-Line Data Sel/Multlplexer
Quad 2-Line-to-l-Llne Data Sel/Multiolexer
Quad 2-Line-to-l-Line Data Sel/Multiplexer
Quad 2-Line-to-l-Llne DaI~Sel/MultiPlexer
Data Sel/MultiJtlexer w/3- tate OUtDut.
Data Sel/M ultiplexer w/3-State Output.

:2 to~~ 11 t:~:
g:~: ~:::~~~;~~~~~~~ 1:~: ~:~
Line Data Selector/MUX;tpd 15ns max
~~~d 12~~~-~~:a ~a:I!~:~~~I~;tnd 12n8 max
Quad 2-to-l-Line Data Se_If,Mult.
Dual 4-Line-to-l-Line Data Sel/Multiplexer
Dual 4-Line~o-l-Line Data Sel/Multiolexer
4-Llne-to- ~ !!-Llne Decoders.-:Demultiplexer

~;;;eS:e~~~~~~~~f~~:~~~:d~~~~e:~x

Data Selectors/Multiplexers;tpd 35ns max
Quad 2-Lone-to-l-Line Data Sel/Multlplexer
Quad 2-Line-tn-l-Llne Data Sel/Multlolexer
Dual 4-Line-to-l-Line Data Se!~Multiplexer
4-Line-to-16-Li~ Decoders/Dem~~~lexer

Data Sele!rulrs Muitilllex~
ns max
Quad 2-Line-to-l-Line Data Sel/Multiplexer
Data Selectors/Multiplexers.
Data Selectors/Multiolexers.
Data Selectors/Multiplexers.
Data Selectors/MultIplexers.
Data Selectors/Multiolexers.
Dual 4 line to 1 line Data Selector/Mult.
Dual 4 Line to 1 Line Data Selector/Mult.
Quad 2-Line-to-l-Line Data Sel/MultiDlexer
Quad 2-Line-to-l-Line Data Sel/Multiplexer
Data Sel/Multiplexer w/3-State Output.
Data Sel/MultiIDexer w/3-State Outout.
Quad 2-lnput Multiplexer w/Storage.
Quad 2-lnput Multiplexers w/Storage
16 Lone to 1 Line MultiDlexer.
16-Line-to-l-Line Multiplexer.
Data Selectors/Multiplexers.
Data Selectors/Multiolexers.
Data Selectors/Multiplexers.
Dual 4 LIne to 1 Line Data Selector/Mult.
Dual 4 line to 1 line Data Selector/Mult.
Quad 2-Llne-to-l-Line Data Sel/Multiplexer

g~:ad l~~M':;f::-D1~~:: !/~~t~~!,,~~!~~!~xer
g~!:d S2~1~~~r~~I~r~I:=~~S:J~t~~~~t.

SYMBOLS AND CODES
EXPLAINED IN INTERPRETER

187

LINE
No.

•

2.
3t
4t
5t
6t
7+
8t
9t
lOt

~

IS~~:35~~

,,.
12t
13t
14t
15t

-MI
U E ~~A~
0 ER- PROATiNG CESS
FREQ.
(Hz)

TYPE
No.

m

:::~:~l~~j

18t
19t
20t
2,.
22t
23t
24t
25t
26t
27+
28t
29t
30t
3,.
32t
33t
34t

T54S157F
T54S157J
T54S158F
T54S158J
T54S251F
T54S251J
T74S151F
T74S151J
T74S152F
T74S152J
T74S153F
T74S153J
T74S157F
T74S157J
T74S158F
T74S158J

37+
38t
39t
40t
4,.
42t

T9309F
T9309FM
T9309J
T9309JM
T9312F
T9312FM
T9312J
T9312JM
T9322F
T9322FM
T9322J
T9322JM
TL74150N
TL74151N
TL74153N
TL84150N
TL84151N
US54153A
US74153A
9309DC
9309DM
9309FM
9312DC
9312DM
9312FM
9322DC
9322DM
9322FM
5566
5567
04082
MC4000F
MC4000LP%
MC4300F
MC4300L
MC8309F
MC8309L
MC8309P
MC8322F
MC8322L

H:s~~lj
~~::jj T164D2

:~:

45t
46t
47+
48t
49t
50t
5,.
52t
53t
54t
55t
56t
57+
58t
59t
60t

g~:

63t
64t
65t
66t
67+
68t
69t
70t
7,.
72t
73t
74t
75t
76t
77+ l~f8322P
78t
C9309F
79t MC9309L
80t MC9312F
8,. MC9312L

:~: I~g~~~~r
84t
85t
86t
87+

:::

90t
9,.
92t
93t
94+
95t
96t
97+
98t
99t
lOOt
10,.
102t
103t
104t
105t

19~:

108t

l~~:

188

MC54150L
MC54151L
MC54152F
MC54152L
MC54153F
MC54153L
MC54155F
MC54155L
MC54156F
MC54156L
MC54157F
MC54157L
MC74150L
MC74150P
MC74151L
MC74151P

~gm~~r.P%

MC74153F
MC74153L
MC74153P
MC74155F
MC74155L
MC74155P
MC74156F
MC74156L
MC74156P

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

f£J'1'

LOGIC
LEVEL

(V)

~q~ ~.O%

~O

SW54150J
SW54151J
SW54153J
SW74150J
SW74150N
SW74151J
SW74151N
SW74153J
SW74153N
T54S151F
T54S151J
T54S152F
T54S152J

11 . MISCELLANEOUS
MAX. TEMP.

MO~

M~~

~g~

~q~
MO~

M1~

MO
MO

M~~

~g~
M=MO
(W)
(V)
(V)
'C 'C

0:0
5:0
0.0
5.5
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
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
00
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
00
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
22
0.0
0.0
00
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
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
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
00

220~t

374mt
264mt
286mt
357mt
357mt

0-55 ;0
125

5.5
-55
5.5
-55
5.25
0
0
5.25
5.25
5.25
5.25 315mt 0
5.25 315mt 0
5.0 425m§ -55
50 425m§ -55
5.0 350m§ -55
5.0 350m§ -55
5.0 350m§ -55
5.0 350m§ -55
5.0 390m§ -55
5.0 390m§ -55
5.0 305m§ -55
5.0 305m§ -55
5.0 425m§ -55
50 425m§ -55
5.0 425m§ 0
5.0 425m§ 0
50 350m§ 0
5.0 350m§ 0
5.0
5.0 ~~g~:
5.0 390m§ 0
5.0 390m§ 0
50 305m§ 0
5.0 305m§ 0
50 425m§ -55
5.0
0
5.0
-55
5.0 220m§ 0
50 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
50 235m§ -55
5.0 235m§ 0
5.0 235m§ -55
5.0 357mt 0
5.0 252mt 0
5.0 315mt 0
5.0 357mt -25
5.0 252mt -25
5.0 170mt -55
5.0 170m~ 0
220m 0
~.g 220m -55
5.0 220~; -55
5.0
0
5.0
-55
5.0 220~; -55
5.0 235~'Jj 0
50 235m ·55
5.0
·55
5.0
0
5.0 425mt 0
22 2.6
0
5.0 150mt 0
5.0 150mt 0
5.0 150mt -55
5.0 150mt -55
5.0 150mt 0
5.0 150mt 0
5.0 150mt 0
5.0 150mt 0
5.0 150mt 0
5.0 150mt 0
5.0 150mt -55
50 150mt -55
5.0 135mt -55
5.0 135mt -55
5.0 150mt -55
5.0 150mt -55
5.0 200mt -55
5.0 145mt -55
5.0 130mt -55
5.0 130mt -55
5.0 lBOmt -55
5.0 180mt -55
5.0 125mt -55
5.0 125mt -55
5.0 125mt -55
5.0 125mt -55
5.0 150mt -55
5.0 150mt -55
5.0 200mt 0
5.0 200mt 0
5.0 145mt 0
5.0 145mt 0
5.0 130mt 0
5.0 130mt 0
5.0 180mt 0
5.0 180mt 0
5.0 180mt 0
5.0 125mt 0
5.0 125mt 0
5.0 125mt 0
5.0 125mt 0
5.0 125mt 0
5.0 125mt 0

~~~~~

g

ig

~~~~~

~~g~~

n~~~

1~30"'

D~:~ ;A~XuUu~'B;.xers wt:.tora ge.
16 line to 1 hne Multiplexer
8 line to 1 line MultIplexer

K307
K307
K307
K308
K308
K323
K323
K3052
K3052
K308
K308
K309
K309
K3014
K3014
K323
K323
K323
K323
K3052
K3052
K308
K308
K309
K309
K3014
K3014
K323
K323
K3010
K3010
K3010
K3010
K3010
K3019a
K3019a
K3019a
K3019a
K3011
K3011
K3011
K3011
K307
K3019
K308
K307
K3019
K308
K308
K3010
K3010
K3010
K3013
K3013
K3013
K3011
K3011
K3011
K3077
K3078

M197
M153
M153
M197
M197
M153
M153
M153
M153
FP10l
M352
T086
M157c
FP103
M352
FP10l
M352
FP101
M352
FP10l
M352
FP101
M352
T086
M157c
FP103
M352
FP10l
M352
FP10l
M352
FP10l
M352
M200c
FP101a
FP101a
M153c
M153c
FP10la
FP10la
M153c
M153c
FP10la
FP101a
M153c
M153c
M186
MI17u
M117u
M186
M117u
M126k
M126k
M224c
M224c
FP79b
M224c
M224c
FP79b
M224c
M224c
FP79b
CB62
CB62

K3033
K3033
K3033
K3033
K3033
K3033a
K3033
K3041
K3041
K3041
K3033
K3033a
K305k
K305k
K3041
K3041
K305e
K305a
K3037
K3037
K3044
K3044
K3045
K3045
K3045
K3045
K3041
K3041
K305e
K305e
K305a
K305a
K3037
K3037
K3044
K3044
K3044
K3045
K3045
K3045
K3045
K3045
K3045

T0116
T086
T0116
M191
M191
M278
FP85
M191
M278
M191
M191
FP85
M191
FP85
M191
M291
M191
T086
T0116
FP85
M191
FP85
M191
FP85
M191
FP85
M191
M291
M237
M191
M278
T086
T0116
FP85
M191
M278
FP85
M191
M278
FP85
M191
M278

K~08~

K307
125 K307

1~~5 ~~g~
70
70
70
70
70
125
125
125
125
125
125
125
125
125
125
125
125
70
70
70
70

~g
70
70
70
70
125
70
125
75
125
75
125
75
125
75
125
75
125
75
125
70
70
75
85
85
125
70
75
125
125
75
125
125
75
125
125
70
70
50
75
75
125
125
75
75
75
75
75
75
125
125
125
125
125
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
75
75
75

GENERAL DESCRIPTION

~g~6

~~ailn~ ~~n~ t~n~ ~~~i~:~~rSelector/Multl.

16 Line to 1 Line Multiplexer.
8 line to 1 line MultIplexer
8 line to 1 line MultiDlexer
Dual 4 hne to 1 line Data Selector/Mult.
Dual 4 line to 1 line Data Selector/Mult.
8 Ina Selector/Multiolexer·tod 18ns max.
8 Inp Selector/Multiplexer;tpd 18ns max.
8 Inp Selector/Multiplexer;tpd 18ns max.
8 InD Selector/MultiDlexer:tDd 18ns max.
4 to 1 Line Data ~el.lMultipl,FO 20 max.
4 to 1 Line Data Sel.lMultipl;FO 20 max.
2 to 1 Line Data Sel.lMultlPI:tpd 12ns max
2 to 1 Line Data Sel.lMultlpl;tpd 12ns max
2 to 1 Line Data Selec/Multipl;tpd 12nsmax
2 to 1 Line Data Selec/Multiol·tod 12nsmax
8 Inp Selector/Multiplexer;tpd 19.5ns max
8 Inp Selector/Multiplexer;tpd 19.5n8 max.
8 Inc Selector/Multiolexerctod 18ns max.
8 Inp Selector/Multiplexer;tpd 18ns max
8 Inp Selector/Multiplexer;tpd 18ns max.
8 Inp Selector/MultiplexerctDd 18ns max.
4 to 1 L,ne Data Sel.~Multipl;FO 20 max.
4 to 1 Line Data Sel.lM ultlpl;FO 20 max.
2 to 1 Line Data Sel.lMultllll,tpd 12ns max
2 to 1 Line Data Sel.lMultlpl;tpd 12ns max
2 to 1 Line Data Selec/Multipl;tpd 12nsmax
2 to 1 Line Data Selec/Multiol·tod 12nsmax
8 Inp Selector/Multiplexer;tpd 19.5ns max.
8 Inp Selector/Multlplexer;tpd 19.5ns max.
Dual 4 Input Multiplexer·tpd 32ns max.
Dual 4 Inp Multiplexer;tpd 36ns max.
Dual 4 Inp Multiplexer;tpd 32ns max.
Dual 4 Inp MultlPlexer·tpd 36ns max.
Dual 4 Inp Multlplexer;tpd 32ns max.
8 Inp Multlplexer;tpd 34ns max.
8 Inc Multiolexerctod 34ns max.
8 Inp Multiplexer;tpd 34ns max.
8 Inp Multlplexer;tpd 34ns max.
Quad 2 Inp MultlPlexer·,tpd 31 ns max.
Quad 2 Inp Multiplexer;tpd 27ns max.
Quad 2 Inp Multlplexer;tpd 31 ns max.
Quad 2 lop Multiolexerctod 27ns max.
16Bit Data Selector/Multtpd 35ns max
8Bit Data Selector/Mult;tpd 52ns max.
Dual 4Bit Data Selector/Multiolexer.
16Bit Data Selector/Multtpd 35ns max.
8Blt Data Selector/Multtpd 52ns max.
Dual 4 line to 1 hne Data Selector/Mult
Dual 4 line to 1 hne Date Selector/Mult

g~::

: :~~~t:~ ~g~~ ~:~:~~~ ~~~: ~:~:

Dual 4 Inputlo 30mA max;tpd 32ns max.
8 Input;lo 30mA max;tpd 34ns max.
8 Inout'lo 30m A max·tod 34ns ma •.
8 Input,lo 30m A max:tpd 34ns max.
2 Input;lo 30mA max;tpd 31 ns max.
2 Input 10 30mA maxtDd 31ns ma •.
2 Input;lo 30mA max;tpd 31 ns max.
3x8 Di9ital;tpd 25ns.
3x Dual'DIgltal,tpd 32ns max.
10 Channel Mux(1 card,2 card spaces).
Dual 4·Channel Data Selector
Dual 4·Channel Data Selector.
Dual 4-Channel Data Selector.
Dual 4-Channel Data Selector.
Dual 4 Channel Data Selector
Dual 4 Channel Data Selector.
Dual 4Channel Data Selector.
Quad 2-lnput Data Selector/MultIPlexer
Quad 2-lnput Data Selector/Multiplexer
Quad 2-lnput Data Selector/MultIplexer
Dual 4 Channel Data Selector.
Dual 4 Channel Data Selector
8 Channel Data Selector
8-Channel Data Selector.
Quad 2-lnput Data Selector/MultIplexer
Quad 2-lnput Data Selector/MultIplexer
16-Channel Data Selector.
8-Channel Data Selector.
8-Channel Data Selector/M ultlplexer
8-Channel Data Selector/Multiolexer
Dual 4-Channel Data Selector~~ultiplexer
Dual 4-Channel Data Selector/Multiplexer
Dual 2-to-4 Line Dec/l-to-4 Line Demult.
Dual 2-to-4 LIne Dec/l-to-4 Line Demult.
Dual 2-to·4 Line Dec/l-to-4 Line Demult.
Dual 2-to-4 Line Dec/l-to-4 Line Demult.
Quad 2-lnput Data Selector/MultIplexer
Quad 2-lnput Data Selector/MultIplexer
16-Channel Data Selector.
16·Channel Data Selector.
8-Channel Data Selector.
8-Channel Data Selector.
8-Channel Data Selector/MultIplexer.

g-;a~a~_ce~a~~~~ g:~:c~~{e~~~t~eu~~'~lexer.
Dual
Dual
Dual
Dual
Dual
Dual

4-Channel Data Selector/Multiplexer
4-Channel Data Selector/Multiplexer.
2-to-4 Line Dec l·to-4 Line Demult.
2-to-4 Line Dec/l-to-4 Line Demult.
2-to-4 Line Dec/l-t0-4 Line Demult
2-to-4 Line Dec/l-to-4 Line Demult.

g~:: ~:~~: t:~: g:~jl:~~:: t:~: g:~~:~.

SYMBOLS AND CODES
EXPLAINED IN INTERPRETER

188

LINE
No.

i:
3+

~

TYPE
No.

fME

o
~rt1

ER- PROATING CESS

Fr~~'

13~

I=~~:~~~t

4+
5+
6t
7+
8+
9+
10+
11+
12+

m
m

15+

18+
19+

~O+

1+

MC74157P
MC83150L
MC83150P
MC83151L
MC83151P
MC83152F
MC83152L
MC83152L,P%
MC83153F
MC83153L
MC83153P
MC93150L
MC93151L
MC93152F
MC93152L
MC93153F
MC93153L
MIC9309·1B
MIC9309·1D

~~: ~:g~~g:lg
249
25+
26+
27+

~~!

309
31+
32+
33+
34+
35+
36+

~~!

399
409
419
429
439
449
459
469
479
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+

MPX8A
RL211D
RL211K
RL213D
RL213K
SMC1007
SMX1004
MC8312F
MC8312L
MC8312P
MIC9309·5B
MIC9309-5D
MIC9312-5B
MIC9312·5D
AD7501K
AD7501S
AD7502K
AD7502S
AD7503KD
AD7503SD
AD7506KD
AD7506TD
AD7507KD
AD7507TD
MC7266F
MC7266L
MC7266P
MC7267F
MC7267L
MC7267P
MC8266F
MC8266L
N8230B
N8230E
N8230R
N8231B
N8231E
N8231R
N8232B
N8232E

~:~~~:

N8233E
N8233R
N8263N
N8263P
N8263Y

~:~::~

N8264Y
N8266B
N8266E
N8266R
N8267B
N8267E
N8267R
S8230B
S8230E
S8230R
S8231B
S8231E

~~: ~~~~~:

87+
88+
89+
90+
91+
92+
93+

~~:

96+

~~:

99+
19?:
102+
103+
104+
105+

18~:

1089
1099
110+

189

S8232E
S8232R
S8233B
S8233E
S8233R
S8263N
S8263P
S8263Y
S8264N
S8264P
S8264Y
S8266B
S8266E
S8266R
S8267B
S8267E
S8267R
CAM601
CAM601A
AD7506JD
AD7506SD
AD7507JD
AD7507SD
L02

~g

IVI

~::;
!Q~ 2.4%

MO
Ml:
MO

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
30
30
30
30
30
38
30
30
30
30
30
30
30
30
30
30
30
30
30
30
30
30
30
30

L()GJC
LEVEL

2'1'

MO
Mm

30

M~~

~g~
M~;
M~,

2.4%
2.4%
24%
2.4%

~.4%

.4%
2.4%
2.4%
MO
2.4%
2.4%
2.4%
Mm 2.4%
M~; 2.4%
2.4%
2.4%
Mm 2.4%
2.4%
2.4%
2.~~
]:4%
30M
.4%
2.4%
M~~ 2.4%
2.4%
2.4%

~~;
~g~

~gr
~J>~

30M

MO~
MO
MO

~::~

2.4%
2.4%
2.4%
2.4%
2.4%
2.4%
24%
24%
2.4%
2.4%
MO
24%
MO
2.4%
M~~ 2.4%
2.4%
2.4%
2.4%
M~; 2.4%
2.6%
2.6%
2.6%
MO~ 2.6%
2.6%
M~~ 2.6%
~g~ 2.6%
2.6%
M~~ 2.6%
~g~ 2.6%
2.6%
MO
2.6%
M1f
MO
26%
2.6%
M~~ 2.6%
~g, 2.6%
, 2,6%
M~;
MO

~g~

M1~
~gr

~g~

~~~

MO~

~~~
TTL
~g~

TTL

M~~

MO

MO~

Ml~

MO
MO

M~~

~g~
M~~
M~~
MO

Ml~

MO
MO

M~~

~g,
M~f
MO

Mm
MO
Ml:
MO

M~~

~g,
M~f
MO

Mm

200k
200k

D.A.T.A.

IN ORDER OF (1)USE(2)LEVEL'l'(3)LEVEL'O'
OPER FREQ(5)TYPE No.

11. MISCELLANEOUS
POWER
MAX. TEMP.

~FO~
TFH
Mq~
Mq~

MOr

M~~
MO

~::~

2.6%
2.6%
2.6%
2.6%
2.6%
2.6%
2.6%

~::~

2.6%
2.6%
2.6%
2.6%

~n
.6%
2.6%
26%
2.6%
2.6%
2.6%
2.6%
2.6%
2.6%
2.6%
2.6%
2.6%
2.6%
2.6%

~:6%
.6%
2.6%
2.6%
2.6%
2,6%
2.6%
2.6%
2.6%
2.8%
2.8%
3.0%
3.0%
3.0%

~:g~

~'O'

IVI

::~:~

.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*

::g~

.40*t
.40*t
.40*t
.40*t
.40*
.40*
.45*t
45t*
.45*t
.45*
.45*
45*
.45*
.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
.40t
.40t
.40t
.40t
.40t
40t
.40t
.40t
.40t
,40t*
,40t*
40t*
40t*
40t
.40t*
,40t*
,40t
,40t*
,40t
,40t*
,40t
,40t
40t*
,40t
40t
,40t
,40t
,40t
,40t
,40t
,40t
,40t
,40t
,40t*
,40t*
40t*
,40t*
,40t
,40t
,40t*
,40t
,40t
.40t
.40t
40t
.40t
.40t
40t
50*
50*
.80*
80*
80*
,80*
.80*

i4)MAX

DRAWINGS
SUPPLY
LOGIC OUTLINE
TOTAL
SPAN
PKG.
LOlli HI DWG. No DWG. No
NEG.
A=MO
P~~. DISS.
'C
'C
IWI
IVI

K~

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
15
0.0
8:8
00
15
15
0.0
0.0
0.0
0.0
0.0
0.0
0.0
15
15
15
15
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
0.0
0.0
0.0
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
0.0
0.0
0.0
00
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0

8:g
0.0

0.0
0.0
0.0
0.0
0.0
0.0
18
18
15
15
15
15
15

~:~ ~~~~~ ~

5.0
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
5.0
5.0
5.0
5.0
5.()
5.0
15
5.5
5.5
5.25
5.25
15
15
5.0
5.0
5.0
5.0
5.0
5.0
5.0
15
15
15
15
15
15
15
15
15
15
5.0
5.0
5.0
5.0
5.0
50
5.0
50
5.0
5.0
50
5.0
5.0
5.0
5.0
50
5,0
5,0
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
5,0
5,0
5,0
5,0
5,0
5,0
5,0
5,0
5,0
5,0
5.0
5,0
5,0
5,0
5,0
5.0
5,0
5.0
5,0
5,0
5,0
5,0
5,0
5.0
5,0
5,0
15
15
15
15
5.0

150mt
200mt
200mt
145mt
145mt
130mt
130mt
130mt
180mt
180mt

0
0
0
0
0
0
0
0
0
0

~~ ~3~4~

75
75
75
75
75
75
70
75
75
75
75
~gg~~
125
145mt -55 125
130mt -55 125
130mt -55 125
180mt -55 125
180mt ·55 125
-55 125
·55 125
-55 125
-55 125
663mt 0
70
175m ·55 125
175m -55 125
200m 0
75
200m 0
75
2.0 t
0
70
990mt 0
70
135mt 0
75
135mt 0
75
135mt 0
75
0
75
0
75
0
75
0
75
450m 0
75
450m ·55 125
450m 0
75
450m ·55 125
450m 0
75
450m ·55 125
1.2
0
75
·55 125
1.2
0
75
1.2
·55 125
1.2
200mt 0
75
200mt 0
75
200mt 0
75
200mt 0
75
200mt 0
75
200mt 0
75
125
, ·55
·55 125
250m 0
75
250m 0
75
250m 0
75
250m 0
75
250m 0
75
250m 0
75
262m 0
75
262m 0
75
262m 0
75'
252m 0
75
252m 0
75
252m 0
75
420m 0
75
475m 0
75
420m 0
75
475m 0
75
475m 0
75
475m 0
75
275m 0
75
275m 0
75
275m 0
75
275m 0
75
275m 0
75
275m 0
75
250m ·55 125
250m ·55 125
250m ·55 125
250m ·55 125
250m ·55 125
250m ·55 125
262m ·55 125
262m ·55 125
262m ·55 125
252m ·55 125
252m -55 125
252m ·55 125
420m ·55 125
420m ·55 125
420m ·55 125
475m ·55 125
475m ·55 125
475m ·55 125
275m ·55 125
275m ·55 125
275m ·55 125
275m ·55 125
275m ·55 125
275m ·55 125
250m ·20 85
250m ·55 125
0
1.2
75
1.2
·55 125
1.2
0
75
1.2
·55 125
150m§ 0
75

~5

K3041
K305e
K305e
K305a
K305a
K3037
K3037
K3037
K3044
K3044
K3044
K305e
K305a
K3037
K3037
K15001
K3044
K3010
K3010
K3013
K3013
K3090
K305s

~~8~:

K305s
K305k
K305k
K305k
K3010

~~81g

K3013
K3015
K3015
K3016
K3016
K3015
K3015
K3017
K3017
K3018
K3018
K3040
K3040
K3040
K3040
K3040
K3040
K3040
K3040
K305f
K305f
K305f
K305f
K305f
K305f
K305f
K305f
K305f
K3046
K3046
K3046
K3048
K3048
K3048
K3049
K3049
K3049
K3050a
K3050a
K3050a
K3050
K3050
K3050
K305f
K305f
K305f
K305f
K305f
K305f
K305f
K305f
K305f
K3046
K3046
K3046
K3048
K3048
K3048
K3049
K3049
K3049
K3050a
K3050a
K3050a
K3050
K3050
K3050
K3072
K3072
K3017
K3017
K3018
K3018
K3059

Mlt1:1
M278
M291
M237
M191
M278
T086
TOl16
TOl16
FP85
M191
M278
M291
M278
T086
T0116
FP85
M191
FP47b
M153a
FP47b
M153a
M368b
Ml05m
FP21b
Ml05m
FP21b
M378a
M379
FP85
M191
M278
FP47b
M153a
FP47b
M153a
M361
M361
M361
M361
M361
M361

T085
M191
M278
T085
M191
M278
T085
M191

~m~

FP47c
Ml17h
M153a
FP47c
Ml17h
M153a
FP47c
M256
M153a
FP79a
M237
FP59
M270
M237
FP59
M270
Ml17h
M153a
FP47c
Ml17h
M153a
FP47c
Ml17h
Ml05s
FP47c
Ml17h
Ml05s
FP47c
M117h
Ml05s
FP47c
M256
M153a
FP711a
M237
FP59
M183
M237
FP59
M183
MI17h
Ml05s
FP47c
M117h
Ml05s
FP47c
CN66
CN66

M148a

GENERAL DESCRIPTION

~~:d ~:I~~~~ ~:~: ~:::~~~~/=~I~:~::~:~

Quad 2·lnput Data Selector/Multiplexer
16-~hannel Data Selector.
16-Channel Data Selector.
8-Channel Data Selector.
8-Channel Data Selector.
8-Channel Data Selector/Multiplexer.
8-Channel Data Selector/Multiclexer
!!,-Channel Data !!!alector/Mult;:lexer.
Dual 4-Channel Data Selecto~/~ultiPlexer.
Dual 4-Channel Data Selector Multiplexer.
Dual 4-Channel Data Selector/Multiplexer.
16-Channel Data Selector.
8-Channel Data Selector
8-Channel Data Selector/Multiplexer

~-~~a4~~a~~:: g:~:~:(e~~~,,~eU~~i~lexer

Dual 4·Channel Data Selector/Multiplexer
Dual 4 Input Multiplexer.
Dual 4 Input Multiplexer.
8 Input Multiplexer.

~ ~~au~.~~~:PJ~~~~ttl.Time

2.0us max.

Dual 4 Bit Multiplexer.
Dual 4 BIt Multiplexer.
Dual 4 Bit Multiclexer.
Dual 4 Bit Multiplexer.
Serial;8 Channel.
Serlal'6 Channel.
8 Channel Data Selector.
8·Channel Data Selector.
8·Channel Data Selector.
Dual 4 Input Multiplexer.
Dual 4 Input Multiplexer.
8 Inout Multiolexer.
8 Input Multiplexer.
:
4
4
8
8

g~:~:~!g~ll ~8~~~~'~~~ :88~::
Chan;R(~! 1700;ton.toff
1700;ton,toff
Chan'R 0
1700;ton toff
Chan;R(ON) 1700;ton,toff

Chan;~ON

800ns.
800ns.
800ns.
800ns.

1: g~:~~g~ ~!8~1 ~88~;t~~'!~~n ~~~n:OOns .
8 Chan;ON R(ON) 3000;ton.toff 800ns.
8 Chan;ON R(ON) 4000 max;ton.toff 800ns.
2·lnput4·Bit Data Selector.
2·lnput4-Bit Data Selector.

~::~~~~::t~ g:~: ~::~~:'n Collector}.
2·lnput;4·Bit Data selJrpen COllecto~!.
2.lnp~~4-Bit Data ~::9~fo~n Collector).
2·lncu ·4·Bit Data
I
r.
2·lnput4-Bit Data Selector
8 input digital multiplexer.
8 Input Diaital Multiplexer.
8 input di9ital multiplexer.
8 Input dIgital multiplexer.
8 Incut Diaital Multfolexer.
8 input digital multiplexer.
8 input dIgital multiplexer.
8 Incut Dlaital Multiplexer.
8 input di9ital multiplexer.
2 Input;4 bit Di9ital Multiplexer.
2 Input4 bit Diaital Multiplexer.
2 Input4 bit Digital Multiplexer.
3 Input.4·B,t Di9ital Multiplexer.
3 incut. 4 bit dloital mult"iolexer.
3 Input.4·Bit Di9ital Multiplexer,
~ :~~~:.44B~itD~~~~;~1 M..:'~1~~r:::~.
3
2
2
2
2
2
2
8
8
8
8
8
8
8
8
8
2
2
2
3
3
3
3
3
3
2
2
2
2
2
2

Input.4·Bit Digital Multiplexer.
input. 4 bIt digital multiplexer.
Input 4·Bit Diaital Multll::!lj!)(er.
input. 4 bit digital multiplexer.
Input. 4 bit digital multiplexer.
Inout.4·Bit Dioltal MultiDlexer.
input. 4 bit digItal multiplexer.
input digital multiplexer.
incut dialtal multiclexer.
Input digital multiplexer.
Input digItal multiplexer.
input dialtal multiplexer,
Input dIgital multIplexer.
Input digital multiplexer.
Inout dicltal multlclexer,
Input digital multiplexer,
Input4 it DigItal Multiplexer,
Incut4 bit Dlaital Multiclexer.
Input;4 bit Digital Multiplexer.
Input.4·Bit Di",ital Multiplexer.
InPut 4 bit diaital multiplexeI.
Input. 4 bit digital multiplexer.
Input.4·Bit Di",ital Multiplexer.
inout. 4 bit dloital multiolexer.
input, 4 bit dIgital multiplexer.
Input. 4 bit dIgItal multiplexer.
incut 4 bit diaital multiclexer.
input. 4 bit dIgital multiplexer.
input. 4 bit digItal multiplexer.
Inout 4 bit diaital multiclexer.
input. 4 bit digital multiplexer.

g~:~~:: ~~m~::=:~:~~~ :8~ ~:~::18~ ~:~

:
16 Chan;ON R!O~) 3000;ton,toff 800ns.
16 Chan;ON ~~ ~~) 4000 max;ton.toff 800ns,
8 Chan'ON R ON 3000·ton toff 800ns.
8 Chan;ON RIQN) 4000 max;ton.toff 800ns.
CMS 8 Channel Mul :iolexer:ts45ns'Ron 2500

SYMBOLS AND CODES
EXPLAINED IN INTERPRETER

189

~

LINE
No.

TYPE
No.

•

2. Itg~FT
3. L021
4. Dnln x 9 Bit

8-Blt Prooroty Encoder.
8-Blt Proority Encoder.
8-Bit Proority Encoder.
Peak Detector/Sample Hold
Sample-Hold Modules.
Sample-Hold Modules.
Sample and Hold.
Sam--,!!e-and-hold mudule·Acc.O 1%.
Sample-and-hold module;Acc.02%.
Sample-and-hold module;Acc.05%.
Sam Die/hold AmD.dlff. onoutFren . 20kHz.
Sample/hold Amp,diff. inputFreq. 600kHz.
Sample/hold Amp,diff.onput;Freq. 20kHz.

Sample-Hold;Voffset :t 30mV.
Sample-Hold;Voffset :t200mV max
A!;ltulsltlon tIme 35uS
AcquIsItIon Time 10uS.
Peak Sense·Hold;Voffset :t30mV max
Acouisltlon tIme 5uS.
Sample and Hold Amplifier.
Peak Sense·Hold;Gv 1.0
Peak Sense-Hold'Voffset :t 100mV max.
HIgh Speed Sample/Hold;Slew rate 50V/us.
High Speed Sample/Hold;Slew rate 500V/us.
Hmh SQeed Sam--'!!e/Hold'Slew rate 500V/us.
HIgh Speed Sample/Hold,Slew rate 500V/us.
Sample and Hold;Droop .1 mV/ms;Zon 3.0kO.
Samole and Hold'Drooo .1mV/ms·Zin 3.0kO.
Sample and Hold;Droop .1mV/ms;Zin 100.
Sample and Hold;Droop .1mV/ms;Zln 100.
Sample and Hold Corcuit'Acc .01% max.
Sample and Hold Corcult;Acc .01% max.
Sample and Hold CorcultAcc 10% max
Sal11l!le and Hold CorcuJt;Acc .10% max.
Sample and Hold Module;Acc :t.Ol% max.
Sample-Hold;Volt.Off. :t2.0mV.
Samole-Hold·Volt.Off. :t 1.0mV.
Sample-Hold Amp;Aquisition tIme 70us max.
Sample-Hold Amp;Acqulsitlon time 70us max.
Sample-Hold Accuracv :to.0 1 %.
AcquIsItIon 150ns max.
Acquisition 30ns max.
A!;ltuisition 30ns max.
Peak Sense-Hold, Accuracy :t20mV.
Sample and Hold
Sal11l!le:Hold'No-DrooD Diaital Memorv.
Sample-Hold;20nS Acquisition.

~~::':~h~~~;~'~r~ ~~~~~:~~a~Ons

M153a
M153a
M117
Ml17
M117
M153d
/\.004AG
M153d
Ml17x
M153d
/\.004AG
M153d
M117x
M153
M153
M117
FP101
M352
FP10l
M352
Ml17u
FP85
M191
FP85
M191
M278
M191
M191
M278
FP28b
CN6b
T086
TOl16
T086
TOl16
M75f
M117e
FP85
M191
FP85
M191
M278
FP61
M346
FP88

averane.
Look-Ahead Carry Block.
Average tpd 15ns;Fan Out 10.
10 30mA max;tpd 22ns max.
10 30mA max;tpd 22ns max.
Look Ahead Carry Generator;tpd 19ns max.
10 30mA ma~d 22ns max.
10 30mA max;tpd 22ns max.
Look ahead Carry Generator;tpd 19ns max.
Look-Ahead CarrY Generator;tpd 48ns max.
Look-Ahead Carry Generator;tpd 48ns max.
Look-Ahead Carry Generator.
=k-A~ad CarrY Generator.
Look-Ahead Carry Generator.
Look-Ahead Carry Generator.
Look Ahead CarrY Generator:tDd 22ns max.
Look Ahead Carry Generator;tpd 22ns max.
Look Ahead Carry Generator;tpd 22ns max.
Look-Ahead Carni Generators.
Look-Ahead Carry Generators
Look-Ahead Carry Generators.
Look-Ahead CarrY Generators.
Look-ahead Carry Generator;tpd 22ns max.
Look-Ahead Carry Generator.
Look-ahead Cam Generator:tod 22ns max.
Look-Ahead carry generator.
Look Ahead Carry Generator.
Look Ahead CarrY Generator.
Look-Ahead Carry Generator.
Look Ahead Carry Generator;tpd 10.5ns max.
Look Ahead CarrY Generator·t;"d 10.5ns max.
Look Ahead Carry Generator;tpd 10.5ns max
Look Ahead Carry Generator;tpd 10.5ns max.
Look Ahead Car1"'L Generator"tDd 22ns max.
Look Ahead Carry Generators
Look Ahead Carry Generators
Look-Ahead Carni Generator.
Look Ahead Carry Generator.
Look Ahead Carry Generator.
Look-Ahead Carry Block.
Look-Ahead Carry Block.
Look-Ahead Carry Block.
P-Chan. enhancement MON 6 Chan. Switch.
Ladder SWItch for A to D and D to A conv.
4-Channel Drover W/FET SWItches
4-Channel Drover W/FET SWItches
4-Channel Drover W/FET SWItches
4-Channel Driver w/FET Switches.
8Channel Dialtal Switch
8 Channel DigItal Switch
Bus Transfer SWItch.
Bus Transfer Switch.
Bus Transfer Switch
Bus Transfer Switch.
Bus Transfer Switch.
Dual ladder SWItch.
PCH;Analog Multiplex SW;R(O~I 2500 max.
PCH'Analoa Multiolex SW'R(on 2500 max.

~p38~6

I~g~~~~:i~~

Mlli3Jt

~~i!:~i:= ~:Z~~!~~I ~~g~ ::::~.

SYMBOLS AND CODES
EXPLAINED IN INTERPRETER

195

LINE
No.

~

1+
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+
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+

196

TYPE
No.

:~~1g~~

IM7118C
IM7118M
SI3705DK
LSI
LS3
AM2009CD
AM2009CF
AM2009D
AM2009F
MM4504D
MM4504F
MM5504D
MM5504F
CD4066AD
Gl15AK
Gl15BK
Gl16AL
Gl16AP
Gl16BL
Gl16BP
Gl17AL
Gl17AP
Gl17BL
Gl17BP
Gl18AL
G118AP
Gl18BL
Gl18BP
Gl19AL
Gl19AP
Gl19BL
Gl19BP
G122L
G123BK
G123BL
G125AF
G126AF
G127AF
G128AF
G128AP
G128BP
G129AF
G130AF
G131AF
G132AF
SI2009AL
SI2009BL
MEM7800
MEM780F
MEM780P
MX04C
MEM853D
MEM853F
MEM853P
MEM857D
MEM857F
MEM857P
MEM8510
MEM851F
MEM851P
MEM855D
MEM855F
MEM855P
MEM856D
MEM856F
MEM856P

IN ORDER OF (1)USE(2)LEVEL'l'(3)LEVEL'O'
(4)MAX OPER FREQ(5ITYPE No

11 · MISCELLANEOUS
POWER

-MI
LOGIC
U E ~~A~
0 ER- PROLEVEL
ATING CESS lJl'
1JO'

~~

38
38
38
38
38
38
38
38
38
38
38
38
38
38
38
38
38
38
38
38
38
38
38
38
38
38
38
38
38
38
38
38
38
38
38
38
38
38
38
38
38
38
38
38
38
38
38
38
38
38
38
38
38
38
38
38
38
38
38
38
38
38
38
38
38
38

F~J~'

(V)

~q~ H~
MO~

3.5%
3.5%
MO
3.5%
30M 6.0*
3D)§ 6.0*
-5.0
-5.0
Mq~ -5.0
Mq§ -5.0
MOS -5.0
-5.0
M~§ -5.0
MO
MaS -5.0
10
M~~ 20
20
M~~ 20
20
20
20
M~§
M~E 20
MO
20
MO!
20
MO!
20
MO!
20
20
M~~ 20
20
MO
20
M~~ 20
MO
20
20
MO
20
MO
20
M~~ 20
20
20
20
MO
20
MO~
20
20
MO
20
M1]
MO
20
20
M~~ 20
20
20
M~§
30$*
M~S 30$*
MO
M~§ -1130$*
MO
MOS -30$%
-30$%
M~~ -30$%
-30%$
-30%$
M~~ -30%$
-35$%
-35$%
M~§
M~S -35$%
-40%$
MO
-40%$
-40%$
MO
-50%$
MO
-50%$
~g~ -50%$

M~~

~g.S

10M

D.A. T.A.

~gs
~gs

~g~

M1~
~gN
M~~

~gs

~gs
~gs

M1~

(V)

SUPPLY
SPAN

N(W

:gg:

g:g

.80*
.80*
.80*
0.0%
0.0%
-20
-20
-20
-20
-20
-20
-20
-20
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
10
10
10
10
10
10
10
-2.0*
-2.0*
-2.0*
-1.0
4.5*
4.5*
4.5*
4.5*
4.5*
4.5*
-4.0*
-4.0*
-4.0*
-5.0*
-5.0*
-5.0*
-6.0*
-6.0*
-6.0*

0.0
0.0
24
5.0
5.0
20
20
20
20
20
20
20
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
20
20
20
20
20
20
20
20
20
20
20
6.0
6.0
6.0
24
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20

PO/~'
(V

MAX. TEMP.
DRAWINGS
TOTAL
LOGIC OUTLINE
PKG. LOW HI DWG. No DWG. No
DISS.
6=MO
(W)
'c 'c
-25
-55
-25
-55
-55
-55
0
900m -25
900m -25
900m -55
900m -55
900m -55
900m -55
900m -25
900m -25
O.lu% -55
750m -55
750m -20
750m -55
750m -55
750m -20
750m -20
750m -55
750m -55
750m -20
750m -20
750m -55
750m -55
750m -20
750m -20
750m -55
750m -55
750m -20
750m -20
750m -55
750m -20
750m -20
500m -55
500m -55
500m -55
500m -55
500m -55
500m -20
500m -55
500m -55
500m -55
500m -55
750m -55
750m -25
600m -65
600m -65
600m -65
200m -55
-65
1.7
1.7
-65
-65
1.7
1.7
-65
1.7
-65
1.7
-65
600m -65
600m -65
600m -65
900m -65
900m -65
900m -65
300m -65
300m -65
300m -65

~:g 199~

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
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

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

100m
100m
200m

i~5 ~~g~

70
125
85
85
70
85
85
125
125
125
125
85
85
125
125
85
125
125
85
85
125
125
85
85
125
125
85
85
125
125
85
85
125
85
85
125
125
125
125
125
85
125
125
125
125
125
85
125
125
85
85
125
125
85
125
125
85
125
125
85
125
125
85
125
125
85

K387
K387
K3059
K3822
K3822
K3810
K3810
K3810
K3810
K3810a
K3810a
K3810a
K3810a

K3812
K3812
K3813a
K3813a
K3813a
K3813a
K3813
K3813
K3813
K3813
K3814
K3814
K3814
K3814
K3815
K3815
K3815
K3815
K3816
K3817
K3817
K385
K385
K385
K385
K385
K385
K386
K386
K386
K386
K3814b
K3814b
K3818
K3818
K3818
K3820
K3820
K3820
K3821
K3821
K3821
K3819
K3819
K3819
K3810
K3810
K3810
K3810
K3810
K3810

~~~~:

M236a
M236a
M54d
M185a
M185a
M297a
FP87
M297a
FP87
M297c
FP87
M297c
FP87
,',OOlAD
M224a
M224a
T086
TOl16
T086
T0116
T086
TOl16
T086
TOl16
T086
TOl16
T086
TOl16
T086
TOl16
T086
TOl16
T086
T0116
T086
T084
T084
T084
T084
TOl16
TOl16
T084
T084
T084
T084
T086
T086
M297b
FP39c
M126q
FP34
M192c
FP48
M186e
M192c
FP48
M186c
M297b
FP39d
M126q
M297b
FP39c
M126q
M297b
FP39c
M126q

GENERAL DESCRIPTION

!!

<,:hannel Multiplex ~witch; Ron 1~2n.
8 Channel Multiplex Switch; Ron 140n.
8Channel Multm'lex Switch' Ron 200n.
8 Channel Multiplex Switch; Ron 200n.
MaS SW w/Driver;R(on) 190n.
D/A Ladder Switch·ton 500nS'toff 400ns.
01 A Ladder Switch;ton 500ns;toff 400ns.
6 Channel Multiplex SWltch;Transcond.4.0n.
6 Channel Multiplex Switch·Transcond.4.0n.
6 Channel Multiplex Switch;Transcond.4.0n.
6 Channel Multiplex Switch;Transcond.4.0n.
6 PCH Multiolex SW'Transcond 4.0n.
6 PCH Multiplex SW;Transcond 4.0n
6 PCH Multiplex SW;Transcond 4.0n.
6 PCH MultiDlex SWTranscond 4.0n.
Quad BiLaterial Switch;tpd IOns typo
MaS FET SW,Rds 200n max;IG 5.0mA.
MaS FET SW'Rds 250n max'IG 5.0mA.
MaS FET SW;Rds 200n max;IG 5.0mA.
MaS FET SW;Rds 200n max;IG 5.0mA.
MaS FET SW'Rds 250n max'IG 5.0mA.
MaS FET SW;Rds 250n max;IG 5.0mA
MaS FET SW;Rds 200n max;IG 5.0mA.
MaS FET SW'Rds 200n max'IG 5.0mA.
MaS FET SW;Rds 250n max;IG 5.0mA.
MaS FET SW;Rds 250n max;IG 5.0mA.
MaS FET SW'Rds 200n max'IG 5.0mA.
MaS FET SW;Rds 200n max;IG 5.0mA.
MaS FET SW;Rds 250n max;IG 5.0mA.
MaS FET SW'Rds 250n max'IG 5.0mA.
MaS FET SW;Rds 200n max;IG 5.0mA.
MaS FET SW;Rds 200n max;IG 5.0mA.
MaS FET SW'Rds 250n max'IG 5.0mA.
MaS FET SW;Rds 250n max;IG 5.0mA.
MaS FET SW;Rds 250n;IG 5.0mA.
MOS FET SW'Rds 250n max'IG 5.0mA.
MOS FET SW;Rds 250n max;IG 5.0mA.
Junction FET SW;Rds 500n max;IG 50mA.
Junction FET SW'Rds 250n max'IG 50mA.
Junction FET SW;Rds 90n max;IG 50mA.
Junction FET SW;Rds 45n max;IG 50mA.
Junction FET SW'Rds 45n max'IG 50mA.
Junction FET SW;Rds 50n max;IG 50mA.
Junction FET SW;Rds 500n max;IG 50mA.
Junction FET SW'Rds 250n max'IG 50mA.
Junction FET SW;Rds 90n max;IG SOmA.

~uosti~~/f~~';Y~~dn~ ~~gnm~~~~

50mA.

MOS FET SW;Rds(on) 250n max.

:4 NCH
~g~ ~~:::~:: ~~;~g~!~~l1~g:
Multiple SW;RDS(on) 15n.
~OC~~Hn~~~of:~J;'R'~~~onl

150n max
10 PCH Multiple SW;RDS(on) 150n max.

~Op~~HM~~:~~es~~~~fJ~ln)l ~ggnm~:x.
8
8
4
4

PCH
PCH
PCH
PCH

Multiple
Multiple
Multiole
Multiple

SW;RDS(on) 150n
SW;RDS(on) 150n
SW·tr 25ns max'lf
SW;tr 25ns max;1f

max.
max.
130ns max
130ns max

~ ~g~ ~~:::~:: ~~;~D~~~~) 1~~~. 130ns

max

6 PCH Multiple SW;RDS(on) 150n.

~ ~g~ ~~:::~:: ~~;~g~!~~l

jggg:
6 PCH Multiple SW;RDS(on) 700n.
6 PCH Multiple SW;RDS(on) 700n.

SYMBOLS AND CODES
EXPLAINED IN INTERPRETER

196

12. TYPES WITH U.S. MILITARY SPECIFICATIONS
TYPE No.

I MFRS 38~~OI

M36510/001U1BA~

I
I
I
M38510/00101 BCA
I MOTA

MOTA
M38510/00101BAB
ITT
MOTA
M38510/001018AC
ITT

M3851 0/00 101 BCB
MOTA
I ITT
SIC

18
AMEND
2
18
AMEND
2
18
AMEND
2
18
AMEND
2
18
AMEND
2

Til
M38510/00101BCC
ITT
SIC
M38510/00101BDB
SIC
Til
M38510/00101BDC
SIC

18
AMEND
2
18
AMEND
2
18
AMEND
2
M38510/00101CAA
18
AMEND
ITT
MOTA 2
M38510/00101CAB
18
AMEND
ITT
MOTA 2
M38510/00101CAC
lB
AMEND
ITT
2
M38510/00101CCA
18
MOTA AMEND
2
M38510/00101CCB
18
AMEND
MOTA 2
ITT
SIC
Til
M38510/00101CCC
18
AMEND
SIC
2
M38510/00101CDB
18
AMEND
SIC
Til
2
M38510/00101CDC
18
AMEND
SIC
2
M38510/00102BAA
18
AMEND
ITT
MOTA 2
M3851 0/00 102BAB
18
AMEND
ITT
MOTA 2
M3851O/00 102BAC
18
AMEND
2
M3851 0/00 102BCA
18
MOTA AMEND
2
M38510/00102BCB
18
AMEND
MOTA 2
ITT
SIC
Til
M3851 0/00 102BCC
18
AMEND
ITT
SIC
2
M38510/00102BDB
18
AMEND
SIC
Til
2
M3851O/00 1028DC
18
AMEND
SIC
2
M38510/00102CAA
lB
AMEND
ITT
MOTA 2
M38510/00102CAB
lB
AMEND
ITT
MOTA 2
M38510/00102CAC
lB
AMEND
ITT
2
M38510/00102CCA
18
MOTA AMEND
2
M38510/00102CCB
18
AMEND
ITT
SIC
2

I
I
I
I
I
I
I

I

lin

I
I
I
I

lin

I

I

I
I
I
I
I
I
I
I

Til
M3851 0/00 102CCC
ITT
SIC
M38510/00102CDB
SIC
Til
M38510/00102CDC
SIC

I
I
I
M38510/00103BAA
I ITT
MOTA
M38510/00103BAB
I ITT
MOTA
M38510/00103BjC
ITT

197

lB
AMEND
2
18
AMEND
2
18
AMEND
2
18
AMEND
2
18
AMEND
2
18
AMEND
2

TYPE No.

I MFRS ~J~~OI
I

M38510/00103BCA
18
MOTA AMEND
2
M38510/00103BCB
lB
AMEND
2
I MOTA
ITT
SIC
Til
M38510/00103BCC
lB
AMEND
ITT
SIC
2
M38510/00 103BDB
18
AMEND
~ Til
SIC
2
M38510/00103B C
18
AMEND
SIC
2
M38510/00103CAA
18
AMEND
ITT
MOTA 2
M38510/00103CAB
18
AMEND
ITT
MOTA 2
M38510/00103CAC
18
AMEND
ITT
2
M38510/00103CCA
18
MOTA AMEND
2
M38510/00103CCB
18
AMEND
MOTA 2
ITT
SIC
Til
M38510/00103CCC
18
AMEND
ITT
SIC
2
M38510/00103CDB
18
AMEND
SIC
Til
2
M38510/00103CDC
18
AMEND
SIC
2
M38510/00104BAA
18
AMEND
ITT
MOTA 2
M38510/00104BAB
18
AMEND
ITT
MOTA 2
M38510/00104BAC
18
AMEND
ITT
2
M38510/00104BCA
18
MOTA AMEND
2
M38510/00104BCB
18
AMEND
MOTA 2
ITT
SIC
Til
M38510/00104BCC
18
AMEND
LITT
SIC
2
M38510/00104B B
18
AMEND
SIC
Til
2
M38510/00104BDC
18
AMEND
SIC
2
M3851O/00104CAA
18
AMEND
ITT
MOTA 2
M38510/00104CAB
18
AMEND
ITT
MDTA 2
M38510/00104CAC
18
AMEND
ITT
2
M38510/00104CCA
18
MOTA AMEND
2
M38510/00104CCB
18
AMEND
MOTA
2
ITT
SIC
Til
M38510/00104CCC
18
AMEND
ITT
SIC
2
M38510/00104CDB
18
AMEND
SIC
Til
2
M38510/00104CDC
18
AMEND
SIC
2
M38510/00105BAA
18
AMEND
ITT
NSC
2
M38510/00105BAB
18
AMEND
ITT
2
M38510/00105BAC
18
AMEND
ITT
NSC
2
M38510/00105BCA
18
AMEND
ITT
2
18
AMEND
NSC
2
SIC
Til

I

I
I
I
I
I

I

~SIC
I
I
M3851 0/00 105CAA
I NSC
ITT
M38510/00105CAB
I ITT
M38510/00105CAC
I ITT
NSC
M38510/00105B B
SIC
Til
M38510/00105BDC
SIC

M38510/00105CCB
.

NSC
I SIC
ITT

Til
M38510/00105CCC
ITT
SIC
M38510/00105CDB
SIC
Til
M38510/00105CDC
SIC

I
I
I

M38510/00106BCB

~TII

I
I
I
I
I
I
I

M38510/00106B B
Til

I

M38510/00107BCB

I
I
I

I
I
I

I
I
I
I
I
I
I
I

"'" H>JO<""'I'~

D.A. T.A.

TYPE No. I MFRS
M3851U/00105B.\,;fr,.

I
M38510/00106CCB
I Til
M38510/00106CDB
I Til
M38510/00107BAA
I ITT
MOTA
M38510/00107BAB
I ITT
MOTA
M38510/00107BAC
I ITT
M38510/00107BCA
I MOTA
MOTA
I SIC
ITT
Til
M38510/00107BCC

lin

SIC
M38510/00107BDB
SIC

I Til
M38510/00107BDC
I SIC
M38510/00107CAA
I ITT
MOTA
M38510/00107CAB
I ITT
MOTA
M38510/00107CAC
I ITT
M38510/00107CCA
I MOTA
M3851 0/001 07CCB
MOTA
I ITT
SIC
Til
M38510/00107CCC
ITT
SIC
M3851 0/00 107CDB
SIC
Til
M38510/00107CDC
SIC

I
I
I
M38510/00108BAA
I ITT
NSC
M38510/00108BAB
I ITT
M38510/00108BAC
I ITT
NSC
M3851 0/00 108BCB
NSC
I SIC
ITT
Til
M38510/00108B CC
1 ITT
SIC

mw,
lB

TYPE No.

IN TYPE NUMBER
SEQUENCE

I MFRS 13~~'~OI
lB
AMEND
I
2
lB
AMEND
I
2

M38510/00108BDB
SIC
Til
lB
M38510/00108BDC
AMEND
SIC
2
M38510/00108CAA
lB
AMEND
ITT
NSC
2
18
M38510/00108CAB
AMEND
ITT
2
lB
M38510/00108CAC
AMEND
ITT
NSC
2
M38510/00108CCB
18
AMEND
2
NSC
ITT
18
SIC
AMEND
Til
2
M38510/00108CCC
ITT
SIC
18
M38510/00108CDB
AMEND
2
Til
SIC
18
M38510/00108CL C
AMEND
SIC
2
M38510/00109BCA
lB
AMEND
MOTA
2
M38510/00109BCB
18
AMEND
MOTA
2
ITT
NSC
18
SIC
AMEND
2
Til
18
M3851 0/00 109BCC
AMEND
2
SIC
18
M38510/00109CCA
AMEND
MOTA
2
M38510/00109CCB
18
AMEND
MOTA
2
ITT
18
NSC
SIC
AMEND
Til
2
18
M38510/00109CCC
AMEND
ITT
SIC
2
18
M38510/00201BAA
AMEND
ITT
2
MOTA
18
NSC
AMEND M38510/00201BAB
2
ITT
MOTA
M38510/00201BAC
18
ITT
AMEND
NSC
2
M38510/0020 1BCA
18
I MOTA
AMEND M38510/00201BCB
2
MOTA
lB
ITT
NSC
AMEND
2
SIC
Til
18
AMEND M38510/00201BCC
2
ITT
SIC
18
AMEND M38510/002018DB
2
SIC
Til
18
AMEND M38510/00201BDC
2
I
M38510/00201C Al1C
18
AMEND
ITT
MOTA
2
NSC
18
AMEND M38510/00201CAB
2
ITT
MOTA
M38510/00201CAC
18
ITT
AMEND
NSC
M38510/00201CCA
2
18
I MOTA
AMEND M38510/00201CCB
2
lB
MOTA
ITT
AMEND
NSC
SIC
2
18
Til
AMEND M38510/00201CCC
2
ITT
SIC
18
AMEND M3851 0/0020 1COB
2
SIC
18
Til
AMEND M38510/00201CDC
2
I SIC
18
M38510/00202BAA
AMEND
ITT
2
MOTA
M38510/00202BAB
ITT
18
MOTA
AMEND M38510/00202BtC
2
ITT

AMEND
2

I
I
I

I
I

I
I

I

lin

I

I
I
I

I
I

I
I
I

lB

AMEND
2
18
AMEND
2
18
AMEND
2
18
AMEND
2

lB
AMEND
2

lB

AMEND
2
18
AMEND
2
18
AMEND
2
18
AMEND
2

I
I

JZI •

I

ITT
MOTA
Til
M38510/00202BCC
2C
M38510/00202BID:f
I Til
M38510/00202BDC
M3851

0/00202C~~C

I ITT
MOTA
M38510/00202CAB'
I ITT
MOTA
M38510/00202CAC
I ITT
M38510/00202CCA

M38510/00202C~~OTA

2C

i1l

2C
2C
2C
2C
2C

Til
M38510/00202CCC

2C

M38510/00202dD:f

2C

M38510/00202CIDtll
2C
I SIC
i1l
M38510/00203BCA
28
I MOTA
M38510/00203BCB
28

I MOTA
NSC

I

k
k

I
I

k

I

M38510/00204CIF~IC
2C

2C

I ITT
MOTA

M38510/00203c~1IC
0/00203CIC~OTA

I

SIC
Til
M38510/00204CFC

2B
28
28

28
2C

i1l

2C
2C

i1l
2C
i1l
2C

i1l
2C
i1l
2C
2C

i1l
2C
i1l
2C

M38510/00205BIA~C

i1l

2C

M38510/00205BAB

2C

2C

M38510/00205BIA r
ITT
NSC
M38510/00205BCB

2C

2C

NSC
I ITT
SIC

2C

Til
M38510/00205BCC
ITT
SIC
M38510/00205BDB
SIC
Til
M38510/00205BDC
I SIC
M38510/00205CAA
ITT
NSC
M38510/00205CAB
I ITT
M38510/00205CAC
ITT
NSC
M38510/00205CCB

2C

2C
2C

I
I
I

I MFRS 3J~~OI

SIC
18
Til
AMEND M38510/00203BCC
2
18
AMEND
M3851
2
18
MOTA
AMEND
NSC
2
SIC
Til
M38510/00203CCC
SIC
18
M38510/00204B A
AMEND
MOTA
2
M38510/00204B B
2C
ITT
Til
M38510/00204BEC
I SIC
2C
M38510/00204BFB
SIC
Til
2C
M38510/00204BFC
SIC
M38510/00204C A
2C
I MOTA
M38510/00204CEB
2C
ITT
Til
M38510/00204CEC

I

I
I

TYPE No.

M38t1 10/00202B.C~OTA 2C
M38510/00202BICB
2C

2C
2C
2C
2C
2C
2C

I ITT
NSC
I

I
I
I
I

2C

2C

2C
2C
2C
2C
2C
2C
2C

NSC
I SIC
ITT
Til
M38510/00205CCC
ITT
SIC
M38510/00205CDB
cant.next DaDe

I

QPL 3851 0 Part II (See Military Documents)
All others listed in Part I.

2C
2C

197

12. TYPES WITH U.S. MILITARY SPECIFICATIONS
TYPE No. I MFRS ~~~ro/
TYPE No. I MFRS I~~~o/
TYPE No. I MFRS I~~~o/
TYPE

IM38510/00205CDB
(cont)
SIC
Til
M38510/00205CDC
I SIC
M38510/00206BAA

M38510/00301CC~T

I

I SIC
MOTA

2C

I~~END
I

Til
2C

M38510/00301CCC

lin
MOTA
M38510/00206BAB
I ITT
MOTA

38
AMEND

2C

38
AMEND

M38510/00206BAC

2C

M3851 0/00301 COB
SIC
Til
M38510/00301CDC

M38510/00206Bb!r
2C
I MOTA
M38510/00206BCB
2C
SIC

I Til

2C
2C

0/00302B~11C

I

I

M38510/00206C~~OTA

2C

I ITT
M38510/00206CCA

2C
2C

MOTA
I ITT
SIC
Til

38
MOTA AMEND

I

I

I
M38510/00302BDB
38
AMEND
SIC
Til
I
M38510/00302BDC
3B
AMEND
SIC
I
M38510/00302CAA
38
AMEND
MOTA
I
M3 851 0/00302CAB
38
MOTA AMEND
I
M38510/00302CAC
2C

I

I
I
I

2C

M3851

2C

M38510/00302CCB

M38510/00207B~~OTA
M3851 0/00207 B~~OTA
M38510/00207Bb~OTA
M38510/00207Blc~OTA

2C
2C
2C

iZI

2C
2C

I MOTA
M38510/00207BCC
2C
I MOTA iZI
M38510/00207CAA
2C
I MOTA
M38510/00207CAB
2C

M38510/00207C~~OTA

2C
I MOTA
M38510/00207CCA
2C
I MOTA
M38510/00207CCB
2C
I MOTA
M38510/00207CCC
2C
I MOTA iZI
M38510/00301 BAA
38
AMEND
ITT
MOTA I
M38510/00301 BAB
38
AMEND
ITT
MOTA 1
M38510/00301BAC
38
AMEND
ITT
1
M38510/00301BCA
38
AMEND
MOTA

I
I
I
I

0/00302Cb~OTA

I MOTA

I

I

I

I
M38510/00302CDB
38
AMEND
SIC
Til
I
M38510/00302CDC
38
AMEND
SIC
I
M38510/00303BAA
38
AMEND
MOTA
I
M38510/00303BAB
38
MOTA AMEND
I
M38510/00303BAC
2C
I MOTA
M38510/00303BCA
MOTA AMEND
I
M38510/00303BCB
38
AMEND
SIC
Til
I
M38510/00303BCC
38
AMEND
SIC
I
M38510/003038DB
38
AMEND
~ Til
SIC
I
M38510/00303B C
38
AMEND
SIC
I
M38510/00303CAA
38
MOTA AMEND
I
M38510/00303CAB
38
AMEND
MOTA
I
M38510/00303CAC
2C

I
I
I
I
I

~8

I
I

I
I
I

I

I

I

I

CIA~C

I
I

I
I
I

I

198

121
38
AMEND

38
MOTA AMEND
SIC
I
Til
M38510/00302CCC
38
AMEND
SIC

I
M38510/0030 1BCB
38
AMEND
MOTA I
ITT
SIC
Til
M3851 0/0030 1BCC
38
AMEND M38510/00303Cb~OTA
ITT
SIC
1
MOTA
M38510/00301BDB
38
AMEND M38510/00303CCB
SIC
Til
I
SIC
M38510/00301 BDC
38
Til
M38510/00303CCC
M3851 0/0030 1
38
SIC
AMEND
ITT
MOTA I
M38510/00303CDB
M38510/00301CAB
38
SIC
AMEND
Til
ITT
MOTA I
M38510/00303CDC
M3851 0/0030 1CAC • 38
SIC
AMEND
ITT
I
M38510/004018AA
38
ITT
M38510/00301crA
MOTA AMEND
MOTA
1
NSC

I

I

I

ITT
SIC
M38510/00206CDB
SIC
M38510/00206CDC
I SIC
M38510/00207BAA

I

38
MOTA AMEND
SIC
I
Til
M38510/00302BCC
38
AMEND
SIC

2C

I Til

I

M38510/00302BAC
2C
I MOTA iZI
M38510/00302BCA
3B
MOTA AMEND

M38510/00206CCC

I

I
38

M38510/00302BCB

M38510/00206BDC
2C
I SIC
M38510/00206CAA
2C
ITT
MOTA
M38510/00206CAB
2C

M38510/00206Cb~OTA

M3851

I

Til

I

I

I

M38510/00302BAB
38
MOTA AMEND

I ITT
MOTA
M38510/00206BCC
ITT
SIC
M38510/00206BDB
SIC

I ITT
SIC

D.A. T.A.

r8
AMEND

I
38
AMEND
I
38
AMEND
I
38
AMEND
I
38
AMEND
I
4A
AMEND
6

M3851 0/0040 1 BA~T

IN TYPE NUMBER
SEQUENCE

No.

I MFRS I~J~~o/

4A
M 3851 u/Ou403CCC
4A
AMEND
MOTA iZI
MOTA 6
AMEND
M38510/00401BAC
4A
6
AMEND M38510/00403CDB
4A
NSC
6
AMEND
Til
M38510/00401 BCA
4A
6
4A
MOTA AMEND M38510/00404BAA
6
MOTA AMEND
M38510/00401BCB
4A
6
AMEND M38510/00404BAB
4A
MOTA 6
MOTA AMEND
ITT
NSC
6
SIC
M38510/00404BAC
4A
Til
iZI
MOTA
M38510/00401 BCC
4A
AMEND
AMEND
6
ITT
SIC
6
M38510/00404BCA
4A
M3851 0/0040 1BOB
4A
MOTA AMEND
AMEND
6
NSC
SIC
6
M38510/00404BCB
4A
Til
MOTA AMEND
M38510/00401BDC
4A
Til
6
AMEND M38510/00404BCC
4A
SIC
6
MOTA iZI
M38510/0040lCAA
4A
AMEND
AMEND
6
ITT
MOTA 6
M38510/00404BDB
4A
NSC
AMEND
Til
M385 10/00401 CAB
4A
6
AMEND M38510/00404CAA
4A
ITT
MOTA 6
MOTA AMEND
M38510/00401CAC
4A
6
AMEND M38510/00404CAB
4A
ITT
NSC
6
MOTA AMEND
M38510/00401 CCA
4A
6
4A
MOTA AMEND M38510/00404CAC
6
MOTA iZI
M38510/00401CCB
4A
AMEND
AMEND
6
MOTA
6
M38510/00404CCA
4A
ITT
NSC
MOTA AMEND
SIC
6
Til
M38510/00404CCB
4A
M38510/00401 CCC
4A
MOTA AMEND
AMEND
Til
6
ITT
SIC
6
M38510/00404CCC
4A
M38510/00401CDB
4A
MOTA iZI
AMEND
AMEND
NSC
SIC
6
6
Til
M38510/00404CDB
4A
M38510/00401CDC
4A
AMEND
Til
AMEND
6
SIC
6
M38510/00501BAA
5A
M38510/00402BEA
4A
AMEND
ITT
MOTA 3
MOTA iZI
AMEND
NSC
6
M38510/00501BAB
5A
M38510/00402BEB
4A
AMEND
ITT
AMEND
MOTA 3
Til
6
M38510/00501BAC
6A
M38510/00402BFB
4A
AMEND
ITT
AMEND
NSC
3
Til
6
M38510/00501BCA
6A
M38510/00402CEA
4A
MOTA AMEND
3
i
Z
I
MOTA AMEND M38510/00501BCB
5A
6
AMEND
M38510/00402CEB
4A
MOTA
3
ITT
AMEND
NSC
Til
6
SIC
M38510/00402CFB
4A
Til
AMEND
M38510/0050
1
BCC
6A
Til
6
AMEND
ITT
M38510/00403BAA
4A
SIC
3
6A
MOTA AMEND M3851 0/0050 1BOB
6
AMEND
NSC
M38510/00403BAB
4A
SIC
3
Til
MOTA AMEND
6
M38510/00501BDC
5A
M38510/00403BAC
4A
AMEND
SIC
3
MOTA iZI
AMEND M38510/00501 CAA
5A
6
AMEND
ITT
M3851 0/00403 BCA
4A
MOTA 3
NSC
MOTA AMEND
6
M38510/00501CAB
6A
M38510/00403BCB
4A
AMEND
ITT
AMEND
MOTA
3
MOTA
Til
6
M38510/00501CAC
6A
M38510/00403BCC
4A
AMEND
ITT
NSC
3
MOTA iZI
AMEND M38510/00501CCA
5A
6
MOTA AMEND
M38510/00403BDB
4A
3
AMEND M38510/00501CCB
5A
Til
6
AMEND
M38510/00403CAA
4A
MOTA 3
ITT
NSC
MOTA AMEND
6
SIC
M38510/00403CAB
4A
Til
5A
MOTA AMEND M38510/00501 CCC
6
AMEND
ITT
M38510/00403CAC
SIC
3
M38510/00501CDB
51t
MOTA
AMEND
AMEND
NSC
6
SIC
3
M38510/00403CCA
4A
Til
5A
MOTA AMEND M3851 0/0050 1 C1DC
6
SIC
AMEND
M38510/00403C CB
4A
3
1 MOTA AMEND
Til
6

I

I
lin
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

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
I

I

r-

I

I

1ZI -

TYPE No.

I MFRS I~~~~~
85'10/

M~1I51O/00502BAI'h

I MOTA
NSC

5A
AMEND
3

M38510/00502BAB

5A
AMEND
3
5A
AMEND
3
6A
AMEND
3
M38510/00502BCB
6A
AMEND
MOTA
3
ITT
NSC
SIC
Til
M38510/00502BCC
6A
AMEND
ITT
SIC
3
M38510/00502BDB
6A
AMEND
NSC
SIC
3
Til
M38510/00502BDC
6A
AMEND
SIC
3
M38510/00502CAA
6A
AMEND
ITT
MOTA 3
NSC
M38510/00502CAB
6A
AMEND
ITT
MOTA 3
M38510/00502CAC
6A
AMEND
ITT
NSC
3
M38510/00502CCA
6A
MOTA AMEND
3
M38510/00502CCB
6A
AMEND
MOTA 3
ITT
NSC
SIC
Til
M38510/00502CCC
6A
AMEND
ITT
SIC
3
M38510/00502CDB
SA
AMEND
NSC
SIC
3
Til
M38510/00502CDC
6A
AMEND
SIC
3
M38510/00503BAA
6A
AMEND
NSC
3
M38510/00503BAB
6A
AMEND
3
M38510/00503BAC
6A
AMEND
ITT
NSC
3
M38510/00503BCA
6A
none AMEND
3
M38610/00503BCB
6A
AMEND
NSC
3
ITT
SIC
Til
M38510/00503BCC
6A
AMEND
ITT
SIC
3
M38510/00503BDB
6A
AMEND
NSC
SIC
3
Til
M38510/005038DC
6A
AMEND
SIC
3
M38510/00503CAA
6A
AMEND
ITT
NSC
3
M38510/00503CAB
6A
AMEND
ITT
3
M38510/00503CAC
6A
AMEND
ITT
NSC
3
M38510/00503CCA
6A
none AMEND
3
M38510/00503CCB
5A
AMEND
NSC
3
ITT
SIC
Til
M38510/00503CCC
5A
AMEND
ITT
SIC
3
M38510/00503CDB
6A
AMEND
NSC
SIC
3

lin
MOTA
M38510/00502BAC
I ITT
NSC
M38510/00502BCA
I MOTA
.

I
I
I

I
I

I
I
I

I
I
I

I

lin

lin
I
I

I
I
I

I
I

I

I

I
I

I
I

Til
M38510/00503CrC
SIC

QPL 38510 Part II (See Military Documents)
All others listed in Part I.

5A
AMEND
3

198

IN TYPE NUMBER
SEQUENCE
12. TYPES WITH U.S. MILITARY SPECIFICATIONS
TYPE No. MFRS m~1
TYPE No. MFRS I~J~~ol
TYPE No. I MFRS ~J~~I
TYPE No. I MFRSImrol
TYPE No. I MFRS I~J~~I
5A
M38510/00802C.CA
M38510/01001B.EB_
M3851 0/0070 1
M38510/00504BAiri
I MJ8510/0100JCIF~IC
I~OA
'Ir~END
I!~END
lUEND
AMEND
I MOTA
B.C~.

I NSC
M38510/00504BAB
I ITT

M38510/00504BAC
ITT
NSC
M38510/00504BCA
I none

I

M38510/00504BCB
NSC
I ITT

SIC
Til
M38510/00504BCC
ITT
SIC
M38510/00504BDB

I

I NSC
SIC
Til
M38510/00504BDC
SIC

I

M38510/00504CAA
ITT
NSC
M38510/00504CAB
ITT

I
I

M38510/00504CAC
ITT
NSC
M385 10/00504CCB

I

NSC
I ITT

SIC
Til
M38S10/00504CCC
ITT
SIC
M38510/00504CDB

I

I
I

ITT
SIC
SA
M3851 0/0070 1BDB
AMEND
SIC
Til
3
SA
M385 10/00701 BDC
AMEND
SIC

3

I

3

SA
M38510/00701CAA
AMEND
ITT

I

3

SA
M385 10/00701 CAB
AMEND
ITT

I

3

M385 10/00701 CAC
ITT

I

SA
AMEND M385 10/00701 CCA
none
SA
AMEND M385 10/00701 CCB

I

3

3

I SIC
ITT
SA
Til
AMEND M38510/00701CCC
3
ITT
SA
SIC
AMEND MJ8510/0070 1CDB
3
SIC
SA
Til
AMEND M38510/0070 1CDC
3
SIC
5A
AMEND M38510/00801BAA
3
MOTA
5A
AMEND M38510/00801BAB
3
MOTA

I
I
I
I
I

M38510/00801BAC
5A
AMEND

I ITT
FSC
MOTA
SA
M38510/00801 BCA
AMEND
MOTA

7A
M385 10/00802CCB
AMEND
MOTA
Til
3
7A
M38510/00802CCC
AMEND
I ITT
3
MOTA
7A
AMEND M38510/00802CDB
3
Til
7A
AMEND M38510/00802CDC

I

I

!
I
I

3

I ITT
FSC
7A
MOTA
AMEND M38510/00803BCA
3
MOTA
7A
AMEND M38510/00803BCB
3
MOTA
7A
Til
AMEND M38510/00803BCC

I
I

3

I ITT
8A
MOTA
AMEND
1
M38510/00803BDB
8A
Til
AMEND
1
M38510/00803CAA
SA
MOTA

iZI

AMEND
1
8A
AMEND
I SIC
NSC
3
1
Til
M38510/00801BCB
SA
M38510/00504CDC
SA
MOTA AMEND
AMEND
Til
1
SIC
3
M38510/00801 BCC
8A
M38510/00601BAA
68
iZI
llTT
MOTA AMEND
I ITT
M3851Q/00601BAB
68
1
M38510/008018 8
SA
I ITT
M38510/00601BAC
68
AMEND
Til
1
M38510/00601BICr
68
M38510/00801CAA
8A
I MOTA iZI
MOTA AMEND
M38510/00601BCB
68
1
M3851 0/0080 1CAB
8A
M31151 0/0060 1
68
MOTA AMEND
I ITT
1
M3851 0/0060 1CAA
68
M38510/00801 CAC
8A
I ITT
iZI
I
FSC
M38510/00601CAB
68
ITT
AMEND
MOTA 1
I ITT
M38510/00601CAC
68
M385 10/00801 CCA
8A
MOTA AMEND
M38S1 0/0060 1c'er
68
1
I MOTA iZI
M38510/00801 CCB
SA
M38510/00601CCB
68
MOTA AMEND
Til
I ITT
1
M3851 0/0060 1CCC
68
M38510/00801 CCC
8A
I ITT
iZI
ITT
M38510/00602BEA
66
MOTA AMEND
1
iZI
M3851 0/00602BIE~OTA 68
M38510/00801CDB
SA
AMEND
~ITT
Til
M38510/00602B C
68
1
M38510/00802BAA
I SIC
SA
iZI
M38510/00602BFB
68
MOTA AMEND
I SIC Til iZI
1
M38510/00602BFC
68
M38510/00802BAB
SA
AMEND
MOTA
M38510/00602CIEl 1C
1
M38510/00802BAC
SA
I MOTA
i
Z
I
I ITT
FSC
AMEND
8B
M38510/00602CEB
MOTA 1
iZI
M38510/00802BCA
I ITT
SA
8B
M38510/00602CEC
MOTA AMEND
iZI
1
8B
M3851
M38510/00802BCB
8A
iZI
I SIC
AMEND
MOTA
88
M38510/00602CFC
TIl
1
M38510/00802BCC
I SIC
SA
iZI
M3851 0/0070 1BAA
7A
iZI
AMEND
llTT
MOTA AMEND
ITT
3
1
M38510/00701BAB
7A
M38510/00802B B
SA
AMEND
AMEND
ITT
Til
3
1
M3851 0/0070 1 BAC
7A
M38510100802CAA
SA
AMEND
AMEND
MOTA
ITT
3
1
M38510/00701BCA
7A
M38510/00802CAB
SA
none AMEND
MOTA AMEND
3
1
7A
M38510/00802C AC
SA
M38510/00701BrB
ITT
AMEND
FSC
iZI
1
SIC
3
ITT
AMEND
Til
MOTA 1

3

I
I

I

I
I

B'e~TT

I

I
I

I
I
I

~8

0/00602CIF~IC

I

I
I

I
I

I
I

I

I

I

199

D.A. T.A.

I

ITT
I
M38510/01001BEC
8A
AMEND
I ITT
1
SIC
SA
M38510/01001BFB
iZI
AMEND
I MOTA
1
SIC
SA
Til
AMEND M38510/01001BFC
1
I SIC
SA
3
none AMEND
1
7A
M38510/01001CEA
AMEND M38510/00803BAA
SA
I MOTA
3
MOTA AMEND
7A
1
AMEND M38510/00803BAB
8A
M38510/01001CEB
3
MOTA AMEND
ITT
7A
1
AMEND M38510/00803BAC
8A
M38510/01001CEC

3

I

iZI

I SIC
ITT
AMEND
1
8A
M38510/01001CFB
AMEND
I MOTA
SIC
1
8A
Til
AMEND M38510/01001CFC
1
I SIC
8A

iZI

AMEND M38510/01002BEA
1
I MOTA
8A
AMEND
1
M3851 % 1002BEB
SA
I MOTA
AMEND
SIC
1
Til
M38510/00803CAB
8A
M38510/01002BEC
MOTA AMEND
I SIC
1
M38510/00803CAC
8A
M38510/01002BFB
iZI
I ITT
FSC
AMEND
I MOTA
SIC
MOTA 1
M38510/00803CCA
8A
Til
MOTA AMEND M38510/01002BFC
1
I SIC
M38510/00803CCB
8A
MOTA AMEND
Til
1
M38510/01002CEA
M38510/00803CCC
8A
I MOTA
i
Z
I
I ITT
MOTA AMEND
1
M38510/01002CEB
M38510/00803CDB
8A
I MOTA
AMEND
SIC
Til
Til
1
M38510/00804BAA
8A
M38510/01002CEC
MOTA AMEND
I SIC
1
M38510/00804BAB
8A
AMEND
M38510/01002CFB
MOTA
1
I MOTA
M38510/00804BAC
SA
SIC
Til
i
Z
I
I ITT
FSC
AMEND M38510/01002CFC
1
I SIC
M38510/00804BCA
8A
MOTA AMEND
1
M38510/01003BEA
M38510/00804BCB
SA
MOTA
MOTA AMEND
Til
1
M38510/00804BCC
SA
M3851 % 1003BEB

I
I
I

I

I

I
I
I

I

I

I

l

iZI
MOTA
I ITT
MOTA AMEND
SIC
1
Til
M38510/00804BDB
SA
M38510/01003B C
AMEND
Til
SIC
1
M38510/00804CAA
SA
AMEND
M3851
1
003BFB
MOTA
1
I MOTA
M38510/00804CAB
SA
SIC
Til
MOTA AMEND
1
M3851 0/01 003BFC
M38510/00804CAC
SA
I SIC
iZI
I ITT
FSC
AMEND
MOTA 1
M38510/01003CEA
M38510/00804CCA
8A
I MOTA
MOTA AMEND
1
M38510/00804CCB
8A
M38510/01003CEB
MOTA AMEND
I MOTA
SIC
Til
1
M38510/00804CCC
SA
Til
M38510/01003CEC
iZI
ITT
MOTA AMEND
I SIC
1
M38510/00804CDB
SA
AMEND
M38510/01003CFB
Til
1
MOTA
M38510/01001B EA
lOA
Til
MOTA iZI
SIC
1
AMEND
1

I
I

I

010

I

I
I

I
I

JZI -

AMEND
1
lOA
M38510/01004BEA
AMEND
i
Z
I MOTA I
AMENO
1
1
~OA
M38510/01004BEB
lOA
AMEND
i
Z
I
MOTA AMEND
1
SIC
1
lOA
Til
lOA
M38510/01004B C
iZI
AMEND
iZI
SIC
AMEND
1
lOA
1
lOA
M38510/01004B B
iZI
AMEND
i
Z
I MOTA I
1
Til
AMEND
1
lOA
lOA
AMEND M38510/01004CEA
1
i
Z
I MOTA I
AMEND
lOA
1
iZI
lOA
AMEND M38510/01004CEB
1
i
Z
I MOTA I
SIC
AMEND
lOA
Til
1
iZI
AMEND M38510/01004CEC
lOA
1
i
Z
I
I SIC
lOA
AMEND
1
iZI
AMEND M38510/01004CFB
lOA
1
I MOTA iZI
AMEND
~OA
Til
1
AMEND M38510/01005BEA
lOA
1
i
Z
I MOTA I
AMEND
lOA
1
iZI
AMEND M38510/01005BEB
lOA
1
i
Z
I
MOTA
lOA
SIC
AMEND
Til
1
iZI
lOA
AMEND M38510/01005B C
1
iZI
SIC
AMEND
lOA
1
iZI
lOA
AMEND M38510/01005B B
1
i
Z
I MOTA I
Til
AMEND
lOA
1
iZI
lOA
AMEND M38510/0100SCEA
1
i
Z
I MOTA I
AMEND
~OA
1
lOA
AMEND M38510/01005CEB
1
i
Z
I
I SIC
MOTA AMEND
lOA
1
Til
iZI
lOA
AMEND M38510/01005CEC
1
iZI
I SIC
AMEND
lOA
1
iZI
lOA
AMEND M38510/01005CFB
1
i
Z
I
MOTA AMEND
Til
lOA
1
iZI
lOA
AMEND M38510/01008B B
1
iZI
I Til
AMEND
lOA
1
iZI
lOA
AMEND M38510/01008BFB
1
i
ZI
I Til
AMEND
~OA
1
lOA
AMEND M38510/01008CEB
1
iZI
Til
AMEND
lOA
1
iZI
AMEND M38510/01008C B
~OA
1
I Til
AMEND
lOA
1
iZI
lOA
AMEND M38510/01007BEB
1
i
Z
I
I Til
AMEND
lOA
1
iZI
lOA
AMEND M38510/01007BFB
1
iZI
I Til
AMEND
lOA
1
iZI
lOA
AMEND M38510/01007CEB
1
I Til
lOA
1
iZI
lOA
AMEND M38510/01007CFB
1
i
ZI
I Til
AMEND
lOA
1
iZI
lOA
AMEND M38510/01008BEA
1
MOTA AMEND
lOA
liZ1
lOA
M3851 % 1008BEB
iZI
AMEND
i
Z
I
MOTA AMEND
Til
1
1
lOA
lOA
M38510/01008B B
iZI
MOTA iZI
AMEND
Til
AMEND
1
1
1

~OA

l
l

l
l

l

l

~MEND

I

l

QPL 38510 Part" (See Military Documents)
All others listed in Part I.

199

12. TYPES WITH U.S. MILITARY
SPECIFICATIONS
TYPE No. I MFRS ~~~'rol
TYPE No. I MFRS MILM
TYPE No. I MFRS MILM
TYPE
385101
385101

M38510/01008CEA
lOA
I MOTA AMEND
1 iz1
M38510/01008CEB
I-----iT

r-.----lR

RN
R

CN
SN

S

5

S

SN
SO

NC

RO

0

TJ

Q

K

RQ
RQ

TJ

K

TK

Q

FP2

7

Ne

I
3

3

4

R

RN

NC

6
5

NC

R~

7
2
6

4

0
0

TK

FP ,
8
9

J
TJ
K

R

11<

RN

VCC
COM

12
II

8
9
4
10

II

10
2
I'
12
13
7
14

S

8
4
8
3
2
9
I
6

10

.... B02!5!5 A

802-57
12
1

2

3

FF
~>--------l

B
G

H

C

VSS-4

,5

A

COM-IO

6

0

F

11

D ..lI..T..lI..

ALL DIMENSIONS IN INCHES

SECTION 12. lOGIC DRAWING

v

o
T

E

o

b-+rr-)--~ K

R

B02-77

D.A..T.A..

AlL DIMENSIONS IN INCHES

IN DRAWING NUMBER
SEQUENCE

SECTION 12. LOGIC DRAWING

Q

CKT NO. PKG Kl
K2
K3 Jl J2 J3
1
14
1 13
7
I r'
8
9 12
1
MP
9
10
3
II
4
5
8
1B02-88a
I
104 205
204 107
207

T

02-88

2

110 211

PS

>-----10

210 112

213

10

PS

2
12

3
13

T01f ~

fT3

R

COM
11

VC

206

5
2
lOS

4
I
101, liS 202

212

114

101,115 20.

209

NC
6

102,
201 2 5
10_,
201 215

Q

2
T

5

R

3

o

4

9

2>---1
6

12

II

10

CKT NO

FP

D PS

1
2

1 1
6 S 9 10
245611
12 10 9 8 11 1

MP

-

>----IK

Imt'I.:

B02-92

C

T
Q

CLEAR

o
PKG

aKT NO

1
2

B02-91
2-9

a

K

1
11

B02-91

T

1
5
1

10

20

1
12
10

a

J
1

B02-91

IH02-92

0

4

11

16

2

1211

14

802-9Th

l'P

13

1
105 207
1 8
8
11 21
1
1

205

B02-92c

M

6

211
1
2

8

12

14

202 101 115
02 01 15
202 101 115
02 01 1
7
14

T
1

14 I '

2 3
7 8

• 13

I
I

E
F

vee

R

P

10 13

,•
9

S

14

Q

13
7

8

\I

1

11

•

802-92&

7

10
1
Og 109 110
1 1 1 1
1
13 10 11

B02-9lc

R va

J

KT
1

B02-92d

M

I
2
I

B02-92e

M

I

3

2

6

I

3
2
3

2
2
2

13
I

I

I
\I
\I

•
•,
2

9
9
6

6
8 I
7

3

6
0

,
•
7
9

11

14

7

16

8

16

8

B02-94

o

-9

a

B02-94b
B02-94c

C
13

D
7

EFT
8

VCC COM PS
4
11
3

11

3

4

5 12

13

8

9 10 11 12

14

13

5

PS
FP 13 140
M

1

9 10 11

8

9

3
1

~.I:,JL~:::!:==::;;:==~~..J'IJOJ2
J3

[]

INPUT CLAMPING DIODES
FOR US 54 AND 74 TYPES ONLY

D.A.T.A.

I /3

FP, i5 14
Ii

2

5 6

I 10 II 12 I

4 T

7 •

5

2 5 4 13

ALL DIMENSIONS IN INCHES

S

CKTNO

T

RBORO

1

11

1 1

10 1

1
1

2
:5

II
4
6

13

Q

8

a

"

9

10

12

9 Q

10 SD

802-107
11>---------_
RS

I

II

K

I

13~--=---~~----,
R

14

1>---+-------IT

1
K
2
3 >---~----I T

(CLOCK)

5,
Q

S

PS

I>---------------J

.>-----------------~
4>---VCC
IO)---IND

D.A.T.A.

VAA~~

"

COM-10.

6
7

9

J

Q

12
11
Q

,5

8

-1.
02-106a

ABC D
1
1
2 3
2 1 1

E F

a

am)

H T S R

5
7 8 3
9 10 11 12 13
5 6 7
8 3

9
5
9

11 12
6 8
10 12

•

7
11

ALL DIMENSIONS IN INCHES

·
SECTION "12, LOGIC DRAWING

IN DRAWING NUMBER
SEQUENCE

B02-109
o

12

FF

>-.------IT

"

ClCTNO, .J K Q Q II S T
I
2

s
K

0

T

I
II

Imfl".,

..

I

3 14 12 13

1 5 8 10 9
3 I 15 6
8
12 II
I I
5 1 108
I 3 8 15
10
1312

4
9
13
13
9
9

I
9
4
II

2
6
2
13
6
6
2
2

1

14

II

4

1

14

Yee

0

s
Q~---+

T

K

i

A
s

0

J

""'T
~

II

K

liD

Y

D.A.T.A.

ALL DIMENSIONS IN INCHES

~,

'SECTION 12. Lomc DRAWING

l:itkl'FI

IN DRAWING NUMBER
SEQUENCE

802-113

~

~

3
4

5

1:t.j1il:'

':11,"P'

Q

liD

COllI

§J:
s

Q

~

R

lID

D.A.T.A.

T

CKT NO,
B02-118
B02-118A
802-1188

I
I
2
I
2

~D

R
6 3
12 I
107
I 4
I 10

S
I
3
5
6

T Q fl!l COM I Vce

2 5 7
2 1413
6 8 9
5 3 2
8 9 II 12

4

8

4

II

1

14

ALL DIMENSIONS IN INCHES

IN DRAWING NUMBER
SEQUENCE

SECTION 12. lOGIC DRAWING
Va:

8

COM

B02-12IAf--=--+*==+'~~~

4

802-134
ICKT
IB02130

1
2

NO

J

,.
-,

.
K
3

7 10

lB02130ari-_ ·8

11

T

R

Q

Q

2 12 13
6 9 8
3 2
9 10 S

1
•

1213

OM Vee

11

•

7 "

> - - - - - - - - ''R- - _......

D ..lI..T..lI..

ALL DIMENSIONS IN INCHES

IN DRAWING NUMBER

SECTION 12. LOGIC DRAWING

SEQUENCE

l:iefl',
14 '-t:C

E

F

>------lK
Q

D

NOABCDEF
1 123456
213121119B

B

l:fetal"
Q

~--_rtt====~~~R ~--------~~~----~====~~========----~tt----~

~-----~----------L-~T

14

D.A.T.A.

Q

13

a

ID

12

ALL DIMENSIONS IN INCHES

SECTION 12. lOGIC DRAWING

IN DRAWING NUMBER
SEQUENCE

I:t.tlfJI

802-151
@RD
(VI

~2
II :5

®
~I
Ii 2
@3

Q

®

~

®

C9
®SD

C

l:letlfi:'

1I'tlc

a

~ &3:F0
'T
7

II

•

C CD

10

GND-7

D.A.T.A.

ALL DIMENSIONS IN INatES

, SECTION 12. LOGIC DRAWING

IN DRAWING NUMBER
SEQUENCE

B02-168
RESET
Kl

13------------------~

1

JK1

14

K2

2

12

K

JK2
J2

11

Q
Jl
~
~

8 ------------------

9 -___________________

VCC- 13

GND-IO

':"%'N'
r
6

11

GND
7

Q

8

D=
8

SET

Jl

2 <>-.---I+J lllI

J2 3 <>-1f-T--!-+-'
J3 4

<>-H--rI+...J

\\\\\'-H--~--()10
4-+--+-<~

Kl
11 K2

'-++-o-+--~

12 K3

JK
L-----------------------------------+-----~~1

D.A.T.A.

ALL DIMENSIONS IN INCHES

L------------4-__~

c:

. SET 2

7

J3 - S::.;;::::::;::=:::-;:::J

J2 12
J1 4
CLOCK' 9 ...#----i
JK 1
.K1 3
K2 '11
K3 10 _-'L---'
RES'ET 1 3 - - -

B02-184

PKG. CKT
1

J

T

K

1

,.

B02-113&

1

B02-184a

MP

1

BOa-l8U

MP

1

B02-18",c

MP

MP

1
2

Boa-lB4

MP

1

MP

2

3
7 10
3 6

7
8

16

1
1 12 13

11

.

8
1 15 14

•

13

5

1

3

1

1

3

7 "
9 12

11

8

7

2
6
3
8

7

•

8
6

•• • •• •
•
••
"
•
•
"
•
•

vee

,.•

1 12 13

2

"U21S

4 3
I
111111

8

1

FP

J
BOJ-17J

COM
11

1

1

6

Imtll:f'
~~---~--------,

6 11 10

~o-----~--~

~~~==========~

D.A.T.A.

ALL DIMENSIONS IN INCHES

SECTION 12. LOGIC DRAWING

Vee
4

a

K

GNO

I:It*II:kl
11

.,
I~- -

___ - - - -T- __

~._'_y!:~~,!-!, - -

-I

0lIl..

..

..

@ @

D.A.T.A.

ALL DIMENSIONS IN INCHES

SECTION 12. lOGIC DRAWING

".

4

Vee

SET

90-~-------------------------.

90

Q

110--..........

12

3_

J1

5o-~------~~

L::=t====~=+=:12

7o:~:t==~~~J

L=:;::I=~t+:::1143

J28o-1H--:=I=:J
L1
L28 0

CLOCK

, 3.

K2
K1

M2
M1

3o-4--+~~~-+~~---------4~~~------------+-+--1~---------+---1~

r-

*

'--

B02-195

D.A.T.A.

ALL DIMENSIONS IN INCHES

IN DRAWING NUMBER
SEQUENCE

SECTION 12. LOGIC DRAWING

Imflt"

802-197
CKT S J T K R
1 2 '" 1 16 3 15 14
2

130

7 9 8 12 8 11 10

16k

4k

4k

1.6 k

Vee

130

._·1-

Dotted In portion only.

h"((1 I me'!'
B02-t86 ,

1

B02-USa

1

Boa-U6c Fe

1
2
1

1'P

.T

;;;

T<

140
7
8

1

3

19
7

14,

2

R "
5

8 11 10
1 3
5 5
1 3
5 10

14·,1'1:.

;:;

,

vee IGND

2 12 13

,

6

a 17 18
6 14 13
2 12 13
6 8 8

11
11

4-

16

4-

11

l:fe"l':•• ~~~~~~

A3

PULL UP RESISTORS
6kn for B02·200
2k n for B02·200a

o

a~--------~~-4
GND

0,

1

•

co----i==t=~~

R2

A2

A2

A2

10

So.
NOTES:
OUTPUT PULL UP RESISTORS
6kn for B02·201
2kn for B02·201a

J."

".
"

13

CD

"
"cc

Vrc(Gnd}

r-____~------~_4------~------~~_.~

__~'.

GNO Q1
7 6

8
Q2

9
Q2

v"
S02

D.A.T.A.

J2

K2

CP2 VCC

ALL DIMENSIONS IN INCHES

I

elM'
IBoa-aoa

1
a

IBoa-a03
2

SECTION 12. LOGIC DRAWING

IN DRAWING NUMBER
SEQUENCE

1J 0 Cl GND K CLOCK CLEAR vee
a
4
3
1
14 13 1a 11
6
4
5
7
8 9 11 10
1
1
1
1 a 3 7
14
10
8 6 5 ' 11

.-

802-208

HALF OF CIRCUIT SHOWN

4K

4K

QI04-~

B02-205a

V~~~

:I- ___
o-4T.+--------~--_
..J

PRESET _

(SD>

-

CLOCK

n-•..------G16

-=-

15
14

13

12
II

10

9

B02-205

D..II..T..II..

B02-205a
ALL DIMENSIONS IN INCHES

IN DRAWING NUMBER
SEQUENCE

SECTION 12. LOGIC DRAWING

802-210
01
01
J1
JK >---.;;:.-~

C_CTOI ,itS
11:1
IC2
11:3
IC4

FUfCIlIIII
Q

51

31

II

14

sa

41

34

22

11

11

41

31

24

12

T

4J

35

D

11

J2

48

II

1.

4

CP
II
1(1

3t

n

II

44

32

II

•

41

n

H

13

i

42

1(2
CD

41

•

1•

•

45

li

43

Yee
GlD

K
1~:t=::::t==:;j
R1'>

5

33

21

I

31

1.

J

-=LL......!.
1

-

I

+

52

I
I

51
1

J-

1

3

n

II

cp

*C1

CD1>-+-+-----...l
J2 ">--+--+-.-...-I

~

K2>;:===~;t
K2K2::'
~2 5:::::::==::::::::~~

..
T

Q2

>-- Vcc

>--

GND.

,.
II

602-2l0

CKT
1

1
46
8
12

1
45

J1
50

JK
41

CP
47

K1
43
5

11

16

7

13

9

K1
48
0
14

CD1
49
15

J2
38

K2
44

K2
39

10

5

CD2
37

2
40

Q2
42

':i"'II'
Vee
130 11

1.6kll

HIl

HIl

1.6kll

13011

0--+---4

t----------+.-.... CLEAR
6kll

3.Skll

HIl

4kll

3.Skll

6kll

HIl

K
OND

~--~----~-_r-----~---~~--_4---OGND

CLOCK

D.A.T.A.

ALL DIMENSIONS IN INCHES

IN DRAWING NUMBER

SECTION 12. LOGIC DRAWING

SEQUENCE

I~!"'jil ~~-~'~C~KT~:~1:~:IRDI'19~883

Vcc

_

•

___ . _

BOa-2lSa

1

4121

8 11

9 10

21

6

6

Q

PRESET o-~~WI#

ISD)

~1dU--4-<> CLEAR
IROI

PKG J. J
802-212 FP 9 7

5

•

K'KK

13"

Q~

TRS

1

2

9 11 10 12

5

3 12 10

2 13

8

CCOM

..

11

6 It

1

I~I'f'J'1
a

Vee

Q

CLEAR

CLOCK

I~ni'jl:i
Ctock

VEE

K.

Reset

CLOCK

•mill §,
Qo-....-_~

CLOCK

D.A.T.A.

ALL DIMENSIONS IN INCHES

SECTION 12. lOGIC DRAWING

1:"*'}11

II

Vee

.'--""T""~

12

Vee= Pin 1&
Gnd = Pm 8

D.A.T.A.

ALL DIMENSIONS IN INCHES

SECTION 12. LOGIC DRAWING
lb

IN DRAWING NUMBER
SEQUENCE

Vee

R lb

15

Vee'
Gild

7-'-

0

Pm lb
Pili 8

"--__--g

K3130-H-r---I

J3

~~~~~~~~

D.A.T.A.

ALL DIMENSIONS IN INCHES

SECTION 12. LOGIC DRAWING

s,o-------------~-------------------.

J,

0------,

J,o-------"'\
J,o------__

K.o-----..J
K,o-------J
K,o-------..J

s,o--------~~

___________1

E
B

c

F

L-~========~===i==~~COM

E F vec COM
CKT A B C
11
14 1 3 13 12 4
1
2
6 7 5 10 8 9
7
B02-238a 1 13 1 12 4 2 3 14
10 8 9 11 6 5
2

IB02- 238

I

D..lI..T..lI..

ALL DIMENSIONS IN INCHES

o

IN DRAWING NUMBER
SEQUENCE

SECTION 12. LOGIC DRAWING

5;1[1
1-2

KT ABC D
1 2
1 1
1

E F G
3 15 14
8 1 10

2

3

4

5

6

7

R

J3

J2

J1

Q

a

K'QQOKQQJ
f6 T5 fLi. f3 12 11 10 9

tiijil
1

2

3

4

5

6

7

8

TSRJITSR
USATT

vec COM
5

TO OT"_"
..L.I .....LO ..

Y'0

Y

~

l~
t""
Q

.......

"~

(

J

~

)

......
'"

,a

I

Ii

I
"t

'-l::::::::::::::::::~==+===::::::::=::::t-t- :::THIlIl

I

... L.,.....L.OP

~6

)-l---<
)(

T

)
)

U
'"
ly

,l

~ ~

II

'-...

~

jo-*
~

~

,,(

,17

I-+t- I-

(""

1) FOR B02-242 ONLY.
2) FOR B02-242a ONLY.

~~~+F~Pp~K,MG~~C~K~ThfJ~K~Q~Q~C~L*E~~R~CL~O~CK~V¥CC~G~~
r

14 3 12 13
7 10
9 8
1 4
3 2
8 11
5 6

2
6
13
10

1
5
12
9

4

11

14

602-244
TOOTHE"
FL.IPFLOP

TO OTI-iER
IFLlfLFLOP

D.A.T.A.

AU DIMENSIONS IN INCHES

IN DRAWING NUMBER

SECTION 12. LOGIC DRAWING

SEQUENCE

'cc

CKT

....

....

IB02-245

IB02-245a

2
1
2

J K
3
2
11 12
3 2
13 14

CD

5
11

SD
4
10
4

CD
1
13
1

12

15

Q

Q vec GND

6
8

5

14

7

9
7 6
9 10

16

8

Gnd

NUMBERS IN PARENTHESIS INDICATE PIN

CONNECTIONS FOR SECOND CIRCUIT.

SE~C/7~--~M~A~S~TE"R~S"Er,CTruIO"N~--------------------~S~L7.AV~E~S~EC~T~'OCClN
Voo

.J
......
t--rl-~J
t+-

r-

-1

......

J-3-

J~ Jl; cLll
Vss
Vss

rv;,.

fLJ

CL

......

12/4

ALL P SUBSTRATES

ALL n SUaSTRATES

(1;:r- )
(J >-)

CONNECTED

~

~

TO YOO

CONNECTED
TO VSS

EXCEPT"

!II- FFI/FF2 TERMINAL ASSIGNMENTS

~

liP

.J~VOO
CL
JO

CLOCK........

'3/3

--

"'1

VSS

~CL
~~
>-+-.

"'1

VSS

~2

1-+

~

Vss

Voo

J......

1-"lJ1,
J~ /511
~Yss

D.A.T.A.

ALL DIMENSIONS IN INCHES

SECTION 12. LOGIC DRAWING

Q~------------~

L-JL-L~====:t---------,::t-----------1===~I-~~~GND
C~OCK

Q~------------~

Ie>:::---....---------.,. "._ _ _ _ _ _ _ _......-oQ

TO OTHER
FLIP FLOP

K

2k

n

L__~::~~::::~:::::t~::~::::::~::~:::±~~GNO
CLOCK
NOTE:

D ..II..T..II..

COMPONENT VALUES
SHOWN ARE NOMINAL.

AU DIMENSIONS IN INatES

SECTION 12. LOGIC DRAWING

6

5

8

11 o-+-l----l
1 2 o--I-----l

9

t---_"'""

Q

CLEAR
TO OTHER
·FLlPFLOP

JI
J2
J3

J

K

123123
118
Vee

;:=~---+_---+-.-.~:::;--~rtt-;----';;PAESET

IB02-258
IB02-258a

KT A B e D E
1 NA 3 1 2 4
2 NA 11 1 12 10
"3
1

F
5
9

G vee GND
6 1
8 14

7
7

802-260
vee

2
CLEAR

20

- + - -.....~

2K

.... -+-----1------4

1K

1
CLOCK

D.A.T.A.

1J

10

1
GND
PRESET

ALL DIMENSIONS IN INCHES

SECTION 12. lOGIC DRAWING

Q

CLEAR 0---1-----4

......---...+--<> PRESET

J T
J2
J3--"--

'---t=~~~

KT

CLOCK~-------~

Vce

T

T

K

S

R

C;

K

J

4

5

6

7

6

J

S

R

Q

Q

Gnd

Q

Kl (2)
KI (1)
K 3 (14)

Vee" (4)

GNO - (101

(31

2

K,
K.
K,

D.A.T.A.

ALL DIMENSIONS IN INCHES

SECTION 12. LOGIC DRAWING

C

9

S212-+--~

,.

a

14

K211

BOa-269

CKT
1

R2131-----

S J
C
7 6 5 3
9 10 13 11

- Pm 16

Pin

8

vee

K

If

li

T

~o-------~~-~

B02-275
Vee

Yee

, . . , CLIAIIi

1K

16

D.A.T.A.

CLOCK

&I

u

•

.,.. .,

CLiAR

CLOCI

10

CLIA" CLOCIl

Q

K

CLIAR

6

Q

-

•

ALL DIMENSIONS IN INatES

SECTION 12. lOGIC DRAWING
1/20F CIRCUIT SHOWN

Q
"'--+--~Q

C~----..-1

J1 (11) 7

2 (8'

K1 (10) 6

3 (7'

R1 (8) ..

c

Numbers at ends of terminals denote pm numbers for
l package

(13) 9

S2 (,8,,2
15 (3)

Numbers In parenthesIS denote pm numbers for
F package

1. (2)

Q

CLOCK

802-282

li

Q

CLEAR

~---~----~--~+ CL~K
lOOTHEII!

CLEAR

FLIP·FLOP

CLOCK

B.A..T.A..

ALL DlIlENSIONS IN INCHES

SECTION 12. LOGIC DRAWING

a

Rl=~~11

R2

R3

GND-4r4------~----~----------~---4----~
802·2838 - INCLUDES DOTTED PORTION

B02-284
a

HI--------

CLEAR

CLOCK

D ../J.T../J.

ALL DIMENSIONS IN INCHES

SECTION 12. LOGIC DRAWING
N

B03-8

A

a
D

K

E

F

M

2

G
H

S

5

R

II

3

J

6
p

7
8

~g]=:Q 5
9
10

R

Q

D.A.T.A.

4

ALL DIMENSIONS IN INCHES

SECTION 12. lOGIC DRAWING

A

8
C

o

A

F
G
H

A
B

Q

C

E
Q

F
G

A
I
3
2

AIICKAGE

T07'8
1084
T09I

PACKAGE
eNI8

T084A

B
2
4
3

ABCDEFGHJ

12
10

II

2
12

3
13

5
I

6
3

7
4

B
5

9
6

C
3

0
5

E

F

6

7

5

8

10 II

4

6

7

8

J
B
12
9

H
II
I
I

J
4
7
5

K
10
14
10

K M N
II

4

8

7

10
14

F
G
H

I~S

3~7

8

7r-~~~--~--~~~-i5

D..lI..T..lI..

ALL DIMENSIONS IN INCHES

ons 30---""
B

C

A
H

D

>------'

D

_USED FOR
B03132A,C
ONLY

803-133

Vee

L

VCC-4
GNO-1,O

4

D

E

F

J

vee

5

6

9 10 11 12

14

7

4

6

10

5

G

7

H

8

9

GND

803-136
13
51 14
52 1
S3 2

RO
2
13.
Q

12
Q

,CLOCK 3

11
50 5
R1 6R2 7
R3 9

Q

11
Q

50

VcC-4
GNO-10

9

803-139

803-138

DOTTED IN PORTION,
ONE PER MODULE

'-FOl-'

4-U- 2

'-FOl-"
10-U-

11

OOTTEO IN PORTION,
ONE PER MOOULE.

D.A.T.A.

ALL DIMENSIONS IN INCHES

SECTION 12. LOGIC DRAWING

1~t.Fiiil

FUNCnllll
Q

S
R
Q

ICI

COIIIECTlIII PIllS
IC2 1&3 1&4 1:5

45

37

21

21

43

35

27

.....

31

31

41

47

Q

S

• ..

511

Q

IC&

1

2

13

5

II

11

3

•

23

15

7

~I

33

25

17

I

•

21

20

12

4

31

311

22

14

I

42

34

21

11

11

40

32

24

II

I

I

I

~::::: ~~ ~~~!n~~!:~;n~:~~t:~~~t=uD~nb:~~::~ ~:::.::~k...
a
13

12

~ llllllCl'l

52

1

Vee1
1

R

11
3)

R a
4 2
(4) (21

I

II

~1.11ll~'1

51

Vee
GRD

803-150

I

11'--- II

R-50k for high Z
2k tor low Z
Vee

(3)

(5)

c!

51

S6

Q6

QI

Q2

as

Q3

S3

NC

Common

R

D.A.T.A.

ALL DIMENSIONS IN INCHES

IN DRAWING NUMBER
SEQUENCE

SECTION 12. lOGIC DRAWING
I

C2
C1o--i---~

125

125

r: o--I----+--+-+--__+-+---+-++--+--~--+__+__-__+-+-+---Do-+---+--+-+-__+-~

_. _ _ _ _. _ _ _ _- 4

R8

5'3
~----{r2Q3

~-+---+-+--~-r 102

1 Q 1 * - k201J
RD'

50
Rp'
Rp'

50 k

I(

10~J~~-----+~-7-00~

580
Rp'
50 k
Rp'
50 k

50 k

100

1 34

I(

J-.--

2Q~

L......_

272

~Dl~-------L~2C1
50

700

1 34 k

1.34 k

1 34 k

02

NOTE

NUMBERS IN PAREHTHESIS INDICATE PIN
CONNECTIONS FOR SECOND CIRCUIT

VEE

STUD

-

803-155

2
R

s------r-~n-

____ o
lOGIC SYMBOL

1 ,

+---_--0 CLEAR

P"ESETo-~---4

I
MR-----~

RI

6 1012 15

.-~

MR

R2

"3

I

CLOCK

PRESET
3
13

D.A.T.A.

R
2 3
13 14
10 11

CLOCK CLEAR
2
12

S
vce GND
2
8
9 4
11
451

23511131.
Pin 16
GND, Pin 8
Vee ~

ALL DIMENSIONS IN INCHES

SECTION 12. lOGIC DRAWING
I

I ONEOFFOUR LATCH~ I
s,

I

I

E

s,

I

B03-158

CKT
1

R

S

a

4

2

ENABLE VDD VSS
5
16
8

E~~

__

CKT
1

6
9
12 11 10
14 15 1

3
4

R

S
13

7

ENABLE VDD VSS
5
16
8

9

11 10
15 1

00
A

05
5

Q

R
OR TI

Q
T2

G

K

Pin 4 is Vee. pin 10 is GND
CKT.NO.ABCDF

I

6

7

2 8 14 6
6 12 4

2 B I

7

4J:
ROO

~

:

Q

E
F

SO

C

804-77

D ../J.T../J.

OUT

LI NE i-----------__~
9'----'-....
10"----L. ./

11'---'-'
___ ../

6

12~

13>---________-rl
2 ,,-----.r--...

:3>---1._/

8

4'------'""5>-----~

B04-141

Voo
a

CASE
~

DATA
IN

eND

Ne

A

C
9

2

7

V A COM
6 10
5
•
8
4
6

• •
8

4

7

•

•

AfiN
B

S

~

E

C

R

Q

F

o

T

PKG. CKT. NO R T S o
FP
I
2 3 4 7
I
I 2 3 5
CN
B05-30A MP
I
I 2 3 12
2
5 6 1 8
805-308 FP
I
4 5 6 I
2
8 9 10 II
805-30

>-----IR

Q

Vee

9
7

10

COM
5
4
14 4
10
3
7
13

8
II

14

1)

>-----IT

>----15

D..II..T..II..

Q

ALL DIMENSIONS IN INCHES

SECTION 12. LOGIC DRAWING
vee

A

E

B

0

e

PKG.
FP
CN
IIIIP

BOe-31

BO!5-3IA

4
4

V
10
8
II

7

14

CKT. NO. ABC D E F COM

FP

1
1
1
2
1
2

2 .3 4 9 7 B
I 2 3 7 5 6
1 2 3 12 14 13
!5 6 7 8 10 9
6 5 4 3 1 2
8 9 10 II 1312

!5

805-41

Vee

s
....TA

CP

'cc

C,

Il

"
" "

C,
Co
II'UISTOII

I'1.JLL

v..

,

'0
10 IIESI5TOIII

2

4
9

PULL U"

GIIOUIilO

,

10o!--}
57
..

3V

,:r.tlf'
lQ

1Q

D.A.T.A.

2Q

--':CLOCK
2Q 1-2 GND 3Q

3Q

4Q

1- D 2 D 3-4'V CC 3 D,4 D 4Q
CLOCK

ALL DIMENSIONS IN INCHES

SECTION 12. lOGIC DRAWING

2 Yee

Ul
T1
Vcc=Pm6
GNO = Pin 1

T2
R

PI

Q

Q

Q

"
liP

B08-6

Z 14 IS 12 1 I
• 10 T 5
I 4 5 • I 1

••

• ""
CKT NO

COM
7

4

D.A.T.A.

ALL DIMENSIONS IN INCHES

SECTION 12. lOGIC DRAWING

IN DRAWING NUMBER
SEQUENCE

Q

D.A.T.A.

5

ALL DIMENSIONS IN INCHES

SECTiON 12. LOGIC DRAWING

0..

T
CLEAN_....(Jib)

..

D _ _-+-J

PKG CKT

,08- .. F

1
1
2

D

•

T RD SD Q Q VCC COM
11
1 3 . . 13 12

1
12 11 13 10
3

2

9

,

•

-

808-20

808-19

'~'
OTHER
LATCH

ENABLE

DATA

Q

VDO

11
10
4

C1

2

C2

12

01

52

51
Q
Q

5
6

13
B

9

·D.A.T.A.

02

VDO V"P1rc.: yo
~

CLOCK

3/11

....

t+

....

It-

rCL

V"

1

Vas

1

Vss

:~~N'!:=:;::: :=::~:~~~:
• FF1/FF2 TEAMINAL ASSIGNMENTS

.f YDD

r'J
f;.

~vss

ALL DIMENSIONS IN INCHES

SECTION 12. LOGIC DRAWING

DATA INPUT
DISABLES

OUTPUT A

CLOCK
CLEAR

INPUT B

OUTPUT B

INPUT C

OUTPUTC

INPUT D

OUTPUT D

a

6

CLOCK

(JH1-1'-t~~b;;;I~:i~

D.A.T.A.

'-_-I:

ALL DIMENSIONS IN INCHES

SECTION 12. LOGIC DRAWING

IN DRAWING NUMBER
SEQUENCE

B08-31

C
8
(9J

vCC2 0
14
9

a

0:

13

12

(16) (11)(141

(15)

Vee1
1

(1'

a

11

0

2

3

•

7

(2,

(3)

(61

171

1 16
k

(121
10
S

(13)

11

18'

I.

14,
4

(Stud)

R

Numbers at ends of terminals denote pin numbers for 5 package
Numbers In parenthesIs denote pin numbers for L PackAge

IB08-31

PKG CKT RD
1

D

2

CK
3

1>1'

2

1

!II

1

3

•

SD

0

Cl

GND

5
S
R"SOk for high Z
2k for low Z

vec

~ I-~-

7

14

14 12 13
R
00

11

4

4

(5'

MASTER

a
L-+----+4---~--~1I

14 J
1)

Q

12Q

To Other
Flip Flop

B08-11

err
1
I

81

R ilK

5
11

•

•
1

D
7 I
10 1

II G.D
III II:
Q

" D.A..T.A..

ALL DIMENSIONS IN INCHES

IN DRAWING NUMBER
SEQUENCE

B08-36

vec
It

A

II

R.

RtO

A

C
IJ

COM

B

COM

B

C
0

D

..

-

II

Itt

- flip-no,

CKT ABC
B08-38

1
2

D E F COM vee

4 3 2 1 5 6
10 1 12 13 9 8

•

14

I

B 8 39
0 -

CKT A B
1
2
3

G D MC
2 13 16 1
1 1
3
5
6 4 10 11

COM
12

VIIaIt

130

VBalt

~

ii

0

T

S

D.

Z
D

3
T

lilA

~

&

67
0

I~I=!I
1

I

"D.

.lI..T..lI.. '

ALL DIMENSIONS IN INCHES

SECTION 12. lOGIC DRAWING
Vee
PRESET 5Kn

5Kn
9

D,

@---.-___ _

VARIATION I
~---+----'

S 41
rO -

PKG CKT PRESET CLEAR
FP
1
14
3
2
S
5
M
1
4
1
2
10
13

LOC
1
7
3
11

D

2
6
2
2

CLEAR

vrC GND
12 13 4
11
10 9
6 5 14
7
8

[-

~

DUT DIS 1 (j):::[>--OUTDIS2~
----

9

808-44

PRESETo-~--~~r----r-+~~--------'
Q

o __+-......

VARIATIOND

D.A.T.A.

ALL DIMENSIONS IN INCHES

SECTION 12. lOGIC DRAWING
VDD
14

B08-45

CKTSDTR
1
6 5 3 4 2
2
8 9 1 10 1

Seto---t-~===4===1====t====I===I==~

Clocko--.-H--4

R"'t:c>--Ai===~EE==t~=Ej-+~====P--r
V<;s

Vee

40

40

40

3D

30

30

NC

°1

4

3
7

10
03

13

14

"
12

°4

15
CLOCK

5
POLARITY

0

161

6
TO OTHER
FLIP FLOP

20

VOOO;-

CLEAR

3D

VSSO"-

1121
0

0

1101

B08-53

30

,..------------------

CK

1111

30

LOGIC SYMBOL
, _ _ _ _ _ _ _ --,
L-

1131

4oo--------I-~~

0

o

1151

...

n..~_~-

CP

13

9331

cp

_ _ _ _ _ _ _ JI
I

0

7 9
= Pin numbers

Note: Logic within dashed line to be repeated for complete circuit.

D.A.T.A.

3

1141

,

CLEAR

12

40

"'+E T B
CLOCK B
DATA A
DATA B

20
20

CLEAR
CK

CLEAR

1121

30

a

0

1101

30

CK

3D

161

a

171

30

a

1111

30

CLEAR
CK

CLEAR

40

(131

a

0

(15)

40

CK

40

111)

a

1101
4Q

0

(14)

40

CLEAR
CK

111

CLEAR

50

60

1131

(14)

a

1121

0

o

o

1151

50

808-69

60

CLOCK

CLEAR

40

808-70

D.A.T.A.

ALL DIMENSIONS IN INCHES

SECTION 12. lOGIC DRAWING

GROUND

-

F EEDBACK CONNECTION

POSITIVE

5O--"-~

TRIGGER

C\ .12V

'(
II

II

II

...,

.t.~.. _.,

i

II

III

III

~?+

SQUAll

r .....•.....

:

WA'I'
ovr,1I

If

i

!!

CII

CQ

1!"
HI......-+-CIU

11

CI
II

IS

III

III

II

II

\&

1
'J:f:
IITm

_11""'-BA.T.A.

AU DIMENSIONS IN INCHES

SECTION 12. LOGIC DRAWING

...It: :

C1L__

CL_ 0CIC
__

It

~ ~ ~ ~ ~

I'

@)

-,

,

I' T·

I

,I
I
I

[

,1
,
,
:

I-

2 A

L------

c .:: ~":----j---~
L

_ _ _ _ _ _ _ _ _ _ _ _ ..1

,----....,-01.

Vee

(Output

Buff.r)
14k

lOa

Outpyt

GND
(Output Buffer)

7

C04-15
1 VOO

T

C04-15a
IC04-15b

~::
jC

TPI

B

A~TAL J"L
osc

cV\.

~
~

~Y­

~
D.A.T.A.

SECTION 12. lOGIC DRAWING

18'>---

20>--28'>----1.

p....-+-?28
./

VCC

~1

FREQUENCY RANGE
CONTR(}l

+---J--J.--J.--_ _--I-o

D.A.T.A.

1 Cext

ground

ALL DIMENSIONS IN INCHES

SECTION 12. LOGIC DRAWING
AGC

Vcc
BIBS

Sine Wave

Bypass

Output

01

-----

"F

MECL

t

2

1 VCC

14

11

VCC

MECL
to

MTTL

10

Trans-

MTTL

lator

Output

Divider
Firat
Stage

O.cil-

fHz

lator

5

6

xtal

F
J
K

JL

H

U

r

S
R

Divider
Second

Sta.e
T
1)

14 OXILLATOR Vee

IUFfER OUTPUT 1

13 LOGIC IUFfER Yc:c
12 LOGIC IUFFlR OUTPUT

IUFFER LlNUR tfU'UT S
"LUlaR. rfII'UT 4

11

....LATDA DumT I

11

LOGIC BUFfER IN'UT

:::~ ;:,AAEII1
MEDIUM CURRENT

DKILLATOR-IItfUT.

'IA$TAI

._. J

•

DC RtF • ."..

ss

8

TOP VIEW

D.A.T.A.

ALL DIMENSIONS IN INCHES

SECTION 12. LOGIC DRAWING

DOnG IN
COM(CTION
_
[OISIIA
ONLY

. . . . . . CDEFV

COM

eN!!!6!21174

"'.,25452147

IIE$(T'I'
~S
I

D.A..T.A..

ALL DIMENSIONS IN INCHES

SECTION 12. lOGIC DRAWING
-----

---

\I

EOl-46

23 22 21

Vee = pin 16
GND = pin 8

20 19

q
2

13
14
15
16
17
18

CD PE Po P,
CP

P2

TC

CE 00 0, 02 03

3
VCC - Pin 24
GND - Pin 12

D.A.T.A.

5 8

3 4

5 6

P3
11

7
10
2

15

10

1

14 13 12 11

ALL DIMENSIONS IN INCHES

SECTION 12. LOGIC DRAWING

-

vee 1 8 _
GND 8

OA'"

15

--..........

13

12

IN DRAWING NUMBER

SEQUENCE

toUOW

0.0,""

CPt

CAIUIV

II

2

0 ..."",

""""'

'"

J:

..

•
ep~

..,.

-.n.

""""'

1

'.

..

..

,.

,.

-.n,

""""'''c

•

C

...
v..

p

X
""""'00

D.A.T.A.

8

-@)

~
•

A' 0

ALL DIMENSIONS IN INCHES

IN DRAWING NUMBER

SECTION 12. LOGIC DRAWING

t P RESET Vol Vo2 V

In

E{)1-54
EOl-54a

SEQUENCE

1
1

2
3

12
11

11
10

V

9
9

6
7

V 5 V

5
6

V

VDD V

4
5

EOl-56
2

1 CLOCK & INHIBIT

-Jf-______J

SET'6~______~______

ENABLE

01

02

~TA. ~"L'------------_r--,

....--+=LJ---,-----,
PRESET
QA

CLEAR

~TA.

~11~OI

________4__+_r--,

UL):>-f---j
PAISET

Q.I--__..-"!!!O' Oa

CLOCK Z

OECOOE:R
OUTPUT

,.II!...I------<~4__+------4_t_----~CK

OATAC 213!...1------t-4__+-r--,

W:::t~t--__r_____,

DATA D

!.!11.!!1I______~+--+-r--"

W=LJ>Ji-r--~

-....k

EOI-57a
T AT CLOCK
INDICATES1DVNAMIC INPUT
ACTIVATED BV A TRANSITION FROM A HIGH LEVEL
TO A LOW LEVEL.

D.A.T.A.

ALL DIMENSIONS IN INCHES

IN DRAWING NUMBER

SECT N 12. LOGIC DRAWING

SEQUEN~E

EOl-61

~I
1
I

~

Z

a~

6

B

7

u..rIarRaz

_ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _- J

A

r

0

------

UBItt B

Q1

AipflDJll

--------

--------

I
I
I

I

I
I

112

,

113

,...r~1

I

,.---+--r-14 II

r-+--r~J-~-r-+--~-~:
.--I--r-l-I

I
I
I

FF2

FF3

FF~

I

I
I
I

I L.--+l-_-4I-...J

I

I
I

I

I
I

I

I

I~-----~~--~~

L_.~======~====~~*=~~==~

rI +------..

r--~-~~--~l
r---r----r-~ I
I

I
I
IL _____________ _

I
I

I
I

-------~

D.A.T.A.

AU DIMENSIONS IN INCHES

SECTION 12. lOGIC DRAWING

...-~

.-~ .
"

A

B

C

DATA A

0

COUN,.,LOAD

1
PRESET

QA

CLEAR

CLOCK 1

QA

T

DATAB

I.

CL.OCK 2

•

Qa

DATAC

3

EOl-66

11

DATADO-----t:fjr-~1r--~::~--~

OAJAOo-----I-++-++--+-L..r

PRESET

GNO- 7

QO

Vee"·
T
COllNT
f ....1I11

CL.EAR

EOl-67a--{. T AT CLOCK
INDICATES'DYNAMIC INPUT
ACTIVATED BY A TRANSITION FROM A HIGH LEVEL
TO A LOW LEVEL.

EOl-70

"

)0---------....< "

( INPUTS

D.A.T.A.

ALL DIMENSIONS IN INaIES

IN DRAWING NUMBER

SECTION 12.' LOGIC DRAWING

SEQUENCE
. .fA
INl'lJTO

•

...

,

1

ILO"'~@
@
TCU
(CARRY

OUT'UTI

1lI1"'LE

OUTJIVTot

CLOCK

EOl-74

o

1

3

4

11 1

COUNT

.

E"'''.U

TIUt:KLII:
COUNT

."A.",

" .... ALLltL'O

CL~Kl~.-P~4-~--~--~~--~--+-~--J

CL· ...·I'":.-P_+--J_____-J'-______.l-~---------1

D ..JJ.T..JJ.

ALL DIMENSIONS IN INCHES

SECTION 12. lOGIC DRAWING

NOTE DOTTED PORTIONS
FOR E01·79a ONLY

00

!----<"""..<]C

O.

DATA
INPUT

7

O.

00

O.
O.

BCD

Quad
Latch

(Active
High)

+10
03
Ton.
6

02

>---05 03

00

O.
O.
+10 03
Hundreds

.3
MR
(Active High)

D..A..7:.A..

O...,flow

ALL DIMENSIONS IN INCHES

SECTION 12, LOGIC DRAWING

DATAA~~------------------------~Hr~

DATA • .J;J'--~-----I---------+lf1'

OAT A C ...("'5)'--_t---_;----------_;-H~~

oATAD~6'--1_t_H---_;_+--------_;_H~__'

,.______________________
ENABLE

~1~5)~::~~

OUTPUT

{-U!t!L.......-l_.1
'-----t~-'

DATA 8

011; 13,131
11,151

INPUT ...

OUTPUT

""
OUTPUT

DATAC

INPUT 8

""

(4,121

OUTPUT

=2_ _ _--1"-...
Ro(2)

D.A.T.A.

~3~_ _-L....-/

ALL DIMENSIONS IN INCHES

SECTION 12. LOGIC DRAWING
E02-44
5

13

14

Clock

T

T

T

T

Co

Co

Co

Co

8

7

9

503 0 3

502 02

501 01
(3)
3

6

10

(9)

12

Preclear

c

o

DWG NO
E0246

0246a

E0246b

D.A.T.A.

CKT NO
1
1
1

TA TB "o( 0) 1
8

9

10

14

1
1

6

"

"0(0)
11

3
7

.IA Ie
B

D

6 • 3 5
12 9 8 11
12 11 9 8

vee eOM

,.

7
5 10
5 10

AlL DIMENSIONS IN INCHES

SECTION 12. LOGIC DRAWING
E02-S0
CLOCK I

PKG A

02-50 MP
FP

80 Co Do C

5 9
9 13

C2

2 12 8
6 2 12 10

TROBE RESET DA

1
5

13

B

Dc Do

10

Vee

1

381471

CARRY IN
RESET

SET

A
s";7d
COUNT
ENA8LE

CLOCK

UP/OOW'N

§:)-t ....

....
...

Q

T

T

il

"""'"
~SdR:
~TQ

,-

~

~

s~
T
9Q

T

E02-S'I~G nn IC!nI !I~iti 1;1 [! [11,: 1~~I~r
Q

~

'-- ~

,-- t '--

h

~d

~T

Q

I

all

T

~

~>-

IITr-

CARRY
OUT

t:::

I:r I

CAlltftY IN

RESET

SET

D.A.T.A.

ALL DIMENSIONS IN INCHES

SECTION 12. lOGIC DRAWING
-.

Clock 1

OUTI'UT
A

03

04

Clock 2

Clock 3

Clock 4

D.A.T.A.

IIWUT

•

11

02

01

OUTPUT

•

SEQUENCE

o
8

9

12

14

C

B

A C2

C1

IN DRAWING NUllllEIt

OUTPUT
C

OUTPUT

o

ALL DIMENSIONS IN INCHES

SECTION 12. lOGIC DRAWING
13

12

TUMINAL NO 8. GHD
TUMINAl NO 16' VOO

~

VSS

'STANDARD INPUT

PROTECTION CIRCUIT

'"

E02-60

T[1t-.....u .. TO \/011

T£_AL·'°"'tS

TERMINAL NO 16:: VOO
TERllA1NAl NO 8" GNO

D.A.T.A.

'4"

SECTION 12. LOGIC DRAWING

IN DRAWING NUMBER

SEQUENCE

..

f~~""T·t1:>-r:r=F::;::::;:=::::;:~-=-fiEAR
1213

.
03

E02-66

..

D.A.T.A.

AU DIMENSIONS IN INCHES

SECTION 12. lOGIC DRAWING

o

10

Il Z
9

~I
1

Z

3

B

ROt

Roz

It

5

7

Ueatt

.1
,

..

""*.

Voo

E02-72

,.

'0
INPUT
PULSES

OUT

O.

0,

o.
o.
0'0
0"

"

0"

RESET

0,

TERM

O.

0"

"
,.
,.
12

•
I
I

O.

I
I

I
I
I
I
I
11 014

Vss
.R*HIGH DOMIHAT[$f"'ESET$ ALL ST~ESI

• ACtION OCCURS ON HEC;ATlVl GOIf+G TRAN$ITION OF INPUT
PULSE

COUNTER "'O~.\NCES ONE 8.NARY CCll.JNT Ofrf EACH

JrtEGATIVE • TRAH$lTIO"I

E02-73

D.A.T.A.

tl6,3~

TOTAL BINARY COUNTS)

OAt ...
INl'UTB

ALL DIMENSIONS IN INCHES

SECTION 12. LOGIC DRAWING

CLOCKUP
LOAD

CLEAR
CLOCK DOWN

S~::::::~::~--------------~

E
J
4

AI"

A OUT

BIN

L-------~_H-.,-"O-_I 2

e 0 UT

I"tij'

C OUT

DIN

c

,-';ijtlti=;:::=:::=::::t:2J
DOUT

CARRV
BORROW

CLOCK UP

LOAD
CLEAR
CLOCK DOWN

AIN
BIN
CIN
DIN

12

N
5
T
5
M

'Sl

"

·'--------.,r+-H-f'+_!S

c

fI CARRY
R BORROW

L

- - --r8C3- T' 6
GRD~~VCC
-----------~

19
v
y
CLOCK DOWN 18

LOAD

r1!tt~~~----~~

A OUT

CL~AR

B

PIN

~IGRDT8C'T,.
;'~~VCC

+

A f-----'"-PIN 16

'-ttt---------+''-'-_! 7 D OUT

TO ALL
CHIPS

10
6

I
2
3
4

7
15
16
14
13

"
8

D •.II..T..II..

OUT

Al

AIN Z
BIN IS
CIN U
DIN 22

VOLTAGE

BOUT

A2

CLOCK UP

GROUND

'-------~+lh'+_!2

11

R

PSI
PSIA
PSIB
PSIC
PSID
SERIAL INPUT
PS2
PS2A
PS2B
PS2C
PS2D
T

9

CLOCK UP
LOAD
Cl.EAR

12

C-L.OCK DOWN

11

A IN

T

-----------,
A OUT

BIN

8

C'"

M

DIN

L

CLOCK UP
LOAD
CLEAR
CLOCK DOWN

19
V
Y
,.

A IN

Z

• IN
C IN

'5
U

DIN

22

GROUND

a

BOUT
C OUT

o

- - -----..--c:; - li.GAO ' .....--n---k Vee

- - - - - - - ------,
A OUT

BOUT
A3

A

C OUT

o

w

PIN .-}-

~~ +
vOlTAGE

OUT

;;;Dr2

OUT

Vet

TO ALL CHIPS
PIN 16

ALL DIMENSIONS IN INCHES

SECTION 12. LOGIC DRAWING

03

•
A

12

14

01
Clock 1

C

B

C2

1

9

11

02 f -......-+---< J3

J2

Clock 2

03

Clock 3

04
Clock 4

03
R2

R3

RO
RO 7v----.

~

VCC=PIN5
GND = PIN 10

D.A.T.A.

ALL DIMENSIONS IN INCHES

IN DRAWING NUMBER

SECTION 12. LOGIC DRAWING
.ou"'"

••..uT

.
'cc

r.

DO'

C:UUTI"UT

o

o

I

_ SX1_
>(,.Jrs

L...

A INPUT

• oUTPUT

o

o

SEQUENCE

.~".' -

RlIETO{CU~
INJIUTI

12)

3k

E02-84

.,

·0

GI,
12

·3

·2

'0

13

c.
C.E

RESET

E02-86
~G
VI

I

16

PI

GI

2

15

jl
'iss

Vee

NC{
Y
Y+d

3

14

4

13

5

12

6

II

7

10

8

9

ItA@

. "c!)

pc@

'00

ILOAD.

l~

COu
.u'
COUNTI

@

0

Ttv

@l

,~0

...

COU"""

ICLEA.R'S

0QA

0 ••

o

iCc
IBORnow

OUTPun

'""

Vcc·' 111
VEE

-a

"
D.A.T.A.

ALL DIMENSIONS IN INCHES

SECTION 12. LOGIC DRAWING
02

01

00

03

Clock 1 <>-----001

Clock 2

S
5
1

0
8
4

3

5
ao

10

'8
a1

Q2

Q3

Co2~v~~~~

03

~ 23o-{>~-1++----------~~----------~-+-----------CEO
CEI
CE2
CEl
CE4
CES

21

Pl

20

"2

19

00
3

Q4"PlnS

Q7-Pln4

05-PI"3
as-PI"2

0I-Pln13
09-PI"12

P3

01

03
13

02
11

4

5314

52 10
81

5

SO

2

+

.+

O0t-- >-;-- J

C

6

CE

7

==l

3

~~

TI
MR

1

D.A.T.lI.

01

0---

,

r-t--< c

t--c

+
J
J

I-----(>-------~--~--~--!________J___J

lnc 20.0 21\
13 12 11

1
1C,

012

06
Q7

~

Pin 4
P,n 6

QS"'P,n13

D.A.T.A.

Q9~Pln12

Voo = Pin 16

010'" Pin 14
all - Pin 15

VSS

'" Pin

013

234
lnB 10.0 1R

20.B 2C1

10

9

5
6
2QC Vs

014

8

ALL DIMENSIONS IN INCHES

SECTION 12. lOGIC DRAWING
so

00
15

"
vee1

=

Pin

VCC2

=

Pm 16

01
13

Sl
7

S3
5

02

52

4

6

1

VEE = Pin 8

12
Clock 1

10
Clock 2

a

R

______ ______+-__________
~

..

a

a

a

C2
R

R._tC9~

~

R

R

__________________~__________________
3

14
Qjj

03

•

CLOCK

E02-106

121

LOAD

CLOCK

DATA A
CLEAR
LOAD

DATA A

121
131
191

QA

11410A

131
UP/DOWN

DATAB

OATA B

a

e-----4--------T

14,101 OUTPUT

Os
Vss= 8
VOO=16

CLEAR

Oc
I>T

15,91 OUTPUT

Oc

CLEAR
-V

00

16 BI OUTPUT

00
T

CLEAR 12 121

CLEAR
9

INPUT

s

D.A..T.A..

ALL DIMENSIONS IN INCHES

SECTION 12. lOGIC DRAWING

Rl
R2
R3
R4

= 1.5 k
= 640n
= 750n
= 450n

SET

R5
R6
R7

D

= 1,0 k
= 3.6 k
= 600n

13

12
01

C

Co

IN DRAWING NUMBER
SEQUENCE.

5
502

10
02

B

V

CC

INPUT OUT
A COUNT MOlE'pUT SET'C

D

~:::i~itl
]!I

Q

B

D.A.T.A.

Q INPUTllESETQ Q
0
A'MODE
C D

AU DIMENSIONS IN INCHES

SECTION 12. LOGIC DRAWING
to

00 Cl
12
1

,4

03 Q2 01

,, 0 0 ,
0
,, 0,, 0,
, 0 0,
1
0
,, 0,
0
a
,

9

8
7
6
5
4
J
2

9

02
8

OJ

11

MR

("JTPUT

COUNT

0'

00
Gate

0
0
0
0
0

,

0

0
0

0

Clock

a
a

a

0

0

Vee - Pin 16
GND'" Pin 8

0

2 0--1">-.-1--1

iSE •

15 TC

CET 10

Vee" Pin 16
GND - Pin B

15 TC

PO
J

4

P'

Vee

PJ

P2

5

~

6

Pin 16

GND'" Pin

B

E03-27

BO

Co

@
I
I

DD

D.A.T.A.

ALL DIMENSIONS IN INOIES

.N DRAWING NUMBlR

SECTION 12. LOGIC DRAWING

11

I

10

~ I) UR

'~if ~)

UP

DATA
INPUT B
1

DATA
INPUT C

DATA
CLEAR INPUT D
14
9

LOAD

SEQUENCE

)l

~~

DD

1
-~

J

IJ

~)",,; '""';rDc

'!'"

'!'"

)

OA

,~.

OA

cb

OUTPUT 0a

OUTPUT DC

...

~I" ,,; '"'''}-I

DB

1

~~.

OUTPUT DD

) '~

(J

,.J

DB

7

~

ll:fJ ",,: '""'}-

oc

15

)~ 1

I)

{

I

DATA
INP T A

4

OOf

I

Q
~)",,: '""';~

DOWN
COUNT

Q

-

CARRV
OUTPUT

OUTPUT DA

BORROW
OUTPUT

J~t~:~~E~=====~·ORROW
13 0u TPU'l'
CARRY

,;OUTPUT

GROUND
CARRY OUTPUT
COUNT INPUT
RESET INPUT VCC 1

5

:

't

4

3

16

15

14

13

12

I
11

I
9

I

6

I

8

DENOTED INPUT ACTIVATED
BY A TRANSITION FROM A
HIGH LEVel TO A lOW lEVEL

D../J.T../J.

ALL DIMENSIONS IN INCHES

SECTION 12. LOGIC DRAWING
a'

01

00

03

E03-32a - - + T AT CLOCK
INDICATES'DYNAMIC INPUT
ACTIVATED BY A TRANSITION FROM A HIGH LEVEL
TO A LOW LEVEL_

Vee" Pin 16
Gnd - Pin 8

Clack 1 o---~

rA~~~--=-,,"
Borrow

Clock 2

0015o---~~tt~~-;~

Reset

__r-___,
3ao

Strobe

2

ao
53

1 4<>--

52

•0

2~
e

~

.=t=r

6

c
e

'---'i-

a.

f----r~
--t
rt

Il

e
e

~R~

a2

It
L~

'---1

of

a.

a3

1
""C
e

IL::::L1
R~

ROM'

MR

10

Te

Vee
GND

E03-35

12 DO

D.A.T.A.

14

ao

1101

15Q1

602

2 02

503

3 Q3

4 Carry Out

All DIMENSIONS IN INCHES

SECTION 12. LOGIC DRAWING

Vee - Pin 16

6

Gnd. Pin 8

5

9
10

4

ao

9

13

14

01

10

02

11

03

12

P

-

SEC

r---

SEI

II

UE

13

UID

14

C

00

23

01

22

02

21

DO

E
R

Lse

Vee = P on 24
Gnd.= Pin 12

2

01

3

02

4

03

~

03 f--

f-o 20

MSe

P'

SEQ'

~ 15

SEt'
UE'

00' - - - 0 19

U/D'

e'

5

DO'

6

01'

7

02'

8

03'

18

aI'

02'
03'

~

17
16

Vee == Pm 16
GNO = Pm 8
5

D013

11

01

14

D2

D3

Clock 2

To Capacitors

Clock B

Voo=Pm24

~----------Ir::-':-~:J

Vss = Pm 12

Mode A

BCD
Out

Scanner 0---------+1
Clock 10
21

3·State
Control

15 3-State

'---'l---+-H>-+*--f....-o Control
Notes

_~=3·State

T-v-

D.A.T.A.

Output Buffer

DigIt Select

ALL DIMENSIONS IN INCIES

SECTION 12. lOGIC DRAWING

'DO

"
•

0

(;HOO

CLOCK~ CL
CLOCK EMdLE 2

'-+---I--------\"

REUT
DISPlAY
ENA8U

COUT
'((lOCI( +1:))

ClOCK~

CLOCK

EN4BlE~Cl

,

'-4--~----------~

RESET

••,~-------------------------------_d
YDD

0"

C~D

0

•

D.A.T.A.

ALL DIMENSIONS IN INCIES

SECTION 12. LOGIC DRAWING

INPUT
9
04

24/25 BIT SHIFT REGISTER

NIC

°

2

CARRY
ADD~- ,~--~~--~
ADD

HOLD

READ
OUTPUT

IE----------..L-~

(ENABLE)
~

________ CARRY
OUTPUT

(AS VIEWED FROM UNDERSIDE)

" 1

I

It
I

CONNECTION DIAGRAM

I

10

r

L

RJ

4

Vee = Pin 14
Gnd = Pin 7

E06-8

MS~~~-----,----------------,---------------------~--------------~

Cp,!:'
@J

~I~~~----+----tt-------~--~~------------~----~--------0)
0,

OUTPUTS
0a
Oc

ROll)

INPUT
A

INPUT

t----------- RO(2)

RESETS

ac

D.A.T.A.

ALL DIMENSIONS IN INCHES

IN DUWlNG NUIlllER

SECTION 12. lOGIC DRAWING

VCCI - Pin 1
VCC2 - Pin 16
VEE" Pin 8

9

ao

Cl

[

5

aI-

L51

15

R

01

13

C2

02

4
2

11

SO

OJ

10

51

00

14

6

52

OJ

3

5

53

Clock

~

s

5

m

L

at0'-

' - - 52

aI-

Cl

a

r- C2

.----

QtJJr=:

01
Cl

a

a~

R

I
3

7

14

at-

O'f--

r- C2

R

1

9

Reset

2

5
01

.----- 02

0'1---

r- C2

R

R

4

6

03

53
5 ,

02

52

01
13

10

15

0'1--12

51

00

50
11

SEQUENCE

C2

00

Clock Inh.
7

Out1

Out 2

VOO'" Pin 16
VSS - Pin 8

Mono-In

7

ao

9

01

13 Decod.

15

Out

15

Oc

COUNT

Clock 0-------1

10

M'Ro--

1

,

00

1

14
13

1
1
1
1
1
1
1

1
1
1

1

0

0
0

0

4

3
2
1
0

D.A.T.A.

GND

2

OUTPUT

Q3 02 01

15
12
11
10
9
8
7
6
5

VCC' P,n 16
GND = p.n 8

PO

06

03

02

6

5

Cc

Tc

0
0
0
0
0
0
0
0

0
0
0
0
1
1
1

1

1
1

0

0
0

0

1
1

0

0
0

0

, ,

0
0
0
0

1

1

0
0

1

,

1

,
1

0
1
0

P3

ALL DIMENSIONS IN INCHES

SECTION 12. LOGIC DRAWING

5D3

303

6
Clock 1

10

M"Ro-----,
4
Gate

Vee = Pin 16
GND = Pm 8

5

00

11

0113

14

02

03

Clock 2

D..II..T..II.•.

AU DIMENSIONS IN INCHES

SECTION 12. LOGIC DRAWING
I

2

0

i

2

21

3

E

21

~

H

22

5

22

M

T

u
v
SHOWN

D

FOl-19
FOl-19a

BA.T.A.

ALL DIMENSIONS IN INCHES

SECTION 12. lOGIC DRAWING
3-Bit Binary
15 6 1

7 Enable
9 Inputs

Output 10
Inversion
10

ao

Control

E~ABLE

8

iSCD
87

80

ASCD
324511121413
1-01-8 Output

Vee

= Pin 16
GND=Pin8

iiicD

ABCD
X
5

l

y

iSCD

:A
!ONLY

6

Z

ASCD

9

Vee"

123456
2 3 12 11 10 9
8 4 5

PIN 14

GND"PIN7
J.3 12 11 10

-

lOO1OO

9 7 8

I )
r-- .... ,
+--+-1-02

+-+--+-+_3
+--+-+--+-+0 4

+-+-+-i-+-+05

>-

"5U

l05

..l--H-r~""""-+!200

~

100

L9ISIC

~

750

D.A.T.A.

475

AU DIMENSIONS Iff INCHES

SECTION 12. lOGIC DRAWING
300

300 300

300

300 30

300

"cc

300

°8
'8
23
39
'CA
'A

2 ...
3A

B

EBo-~+-------~----~--~--~+f

305

BBo----+4-------~--~~_r

D.A.T..II..

ALL DIMENSIONS IN INCHES

A

FOl-31
r----------... u

""U

••u

I

OUTPUT
lYO

-~-I

I

ow

2_____.,
STR08E 0
lG

I

I
I

t---+-----. II
I

G

Ie

i
i
C
11

OUTPUT

•

I
I

I

I
I
I :~:Tl
::T~~
GND
L
______________
JI

SELECT

•

SELECT
A

DATA

2C

ST:"

15

----~

ol_4_ _ _ _..J

TO OUTPUT
GATE...',

D.A.T.A.

AlL DIMENSIONS • INCHES

FOl-35

150,

A3

AO

A,
A,

3

AO

4

.~

~

~

~
or

CS 1 5

~

0

'"

0
0

~

CS 2 6

ill

OllTO

Pm 1

14 0"

Pon 15

13 03

~

~

10 07

12 04

OUT 1

L.:

~

0

11 Os

P,n 14

9

En8t)i;

06

OUT2
Pm 13

CS 3 7

10°6

CS 4 9

8

05

A,
P,n 2

12 04
13 03

OUT 3
PIn "

OUT 4

14 02
01

00
01

A 5

Pon 11
A,
P,n 3

2
4
GND:=: Pin 11
Vee::: Pin

02

8 3

OUT 5

p,,.. 10

03

OUT6
Pin 9

OUT 7
Pon 7

C 6
E,
P,n 4
E,
Pon 5

00

E,
Pm 6

07

'FOl-38
13 00

12 00
A

12 01

A 15

11 01

1

11 02

10 02
B 14

B 13

C

9

2

8

04

4

05

c
D

E'n8bi8 3

5
6

10 03

03

2

06
07

Vee = Pin 14
Gnd = Pin 7

Vee

16

= Pin
Gnd =Pin8

i.~

9

04

3

05

4

06

5

07

6

08
09

;;

:@5: .
~

i
D ../j.T../j.

0

: OUTPUT GATES

NOT 'HOWN

0

ALL DIMENSIONS IN INCHES

SECTION 12. lOGIC DRAWING
A,

07

D.

A,

D.
04
03

OR

0,

OR

OB,

OB,
12 00 1

OR

DO

OBo

3 01 3
OR
OA3

401

2

OR

OA,
S Q1
OR

1

OA,

OAO

FOl-50
f

-,

r---------i
I

I

II

"!C'~{>~t>--~--~--~_i~_UL-_W--~--W

i

~9,Vee

A

10

1.

13

I
I

12

I
I

E--~~--------~

..

Voo - 16
Vss = B

I
I

I

016

:GND

:

.~.L ____________________________________ _
o

EO

2

~1

15

STROBE

I

11

6 00

?~
2

501

A
402

3
4
5
6

B

A 7

3 03

. VCCl "" Pin 1
VCC2"" Pin 16
VEE =Pln8

13 Q4

C

7

0

8
9

B 9

~

12 05

FOl-52a -

'1 06

HAS INVERTED OUTPUT

F02-29

-

IFOZ-29C
C

D.A.T.A.

14

10 07

,

1

3

1
1

7 U

7

a

02- 9

•
1

. ...

16 15
1

8

1
8 Ho
49 47 38 39

19

7 15

9
3

0

•

1
5

9 "5

,,

all

10

7

9

1

2

o

11

2 '0 50 48 43 -'is

"

24 22 32 30 25 27

5

12

AU DIMENSIONS IN INCHES

SECTION 12. LOGIC DRAWING

111~' I '1'101111"",,17

Ycc- Pi. 24
Gnd_ Pi. 12

F02-34

10

15

..

6

7

9

?

I

A2

t3

j

A1

AO

I

4-B., Number

BO

B7
(

3

(
2

C

<:>

(

(

(

4

5

11

12

14

13

-.-~

4-B" BCD

4-B., Binary

Vee - Pin 16
GND - Pin 8

D.A.T.A.

ALL DIMENSIONS IN INCHES

SECTION 12. LOGIC DRAWING
=

Vee PIN 24
Gnd.= PIN 12

2 2

,o

A 7
"

E

B 1

o 1 2 3 4 5 & 7 8 q 10 111213 14 15

C 2

1 2 3 4 5 & 7 8 q 10 1113 1415 1& 17
Blanking
Input

or
Ripple

BlankmG

Output

15 f

A 5o----i).c>-?-----, _ - - r___
11 a

14 9

,.

'ee

B 1

10 b

Vee -:: Pm 16
GND ~ Pm 8

C 2

15

14

13

12

II

10

D 4

F02-49

3

13 •

9

c

8

d

6

e

13 f

12 b

12 q

11 c
Vee

Pill 14

GNO

Pm 7

Blanking
Input
or
4

Ripple

C>-t------<

Blanking

Output
9

•

Lamp-Test 3
Input

R'pple

5

Blanking
Input

Vee"" Pm 24
GND '" Pin 12

D.A.T.A.

AU DIMENSIONS IN INCtES

SECTION 12. lOGIC DRAWING

r-

r-'

t

no

___

..........
F-'

~
~

B1/ RbO

OBatt
1Z

n

C

_~

r- -

0

-- 1

E

~

6

,-

Fe>
~LT

7

8

,

1_ _-,J

EL.»- ~

-oJ

L==t

13

~!
' -,

~l"'"
RBI

~

15

I

~:
1_ -",1

tu,-i>-

=3")-

,-,

bt.

I

~

.

A

~:
,- .-_1
-,
b-. r- , B
, ,
L .':'_'.

r=r==t-J' -;:D-

FI--'

~

-I

IN DRAWING NUMBER
SEQUENCE

0

I

F

-'Ll-.:

1

I

-=

i-'

G

I

L -"1

Dotted Portio ns
omItted on F02-51a

,r;;RB;n7"1IrnB-;-1{"'~"'o::-rI"tj;;;'Ir.:r.1:"'I"""ir.1~:TIE"'glr;;ic-rr;1r;-2T.lr"'.""c'-;1G"'~D"'I

Ti
n;;1l-:-is'Ir.i1-,

IF02_51!r;;t

~~~~C{>{>-06
L~===p~3:::::~7

'-----

>{>--OS
-~.

L -_ _

v~

3 Ok

12K

A(?)-14

3 Ok

12k

B@

56

3 Ok

12k

C@'--+-+---'--i...,.._,
118
3 Ok

12k

~Wv+---------------------------------------------~COM

D.A.T.A.

AU DIMENSIONS IN INatES

SECTION 12. lOGIC DRAWING
OU1?\JTS

a

1S

2

•

l'

-I

3

10

17

):>-¥-----i

5

12

11

J>-+"----~ 6

13

20

7

,.

21

Jr>-¥------i c

L

22

»-..,.,.,'-----1

M

U

N

V

A1 At

.3

1>-4----1

tl;t::::j=~~-"'p.~

•

10

___

/1--1iEihdi.;p...l.L___

X

-I

L --ap

1T.'teALCKT,

GRD

0

p.-f!.L---I.

1"
.010;;-1
VIC

GROUND

1.\i?UTS

TP
11

'10

15

"0"

16

"1'

10

17

"2'

11

18

"3'

12

19

"4'

13

20

"5'

14

21

"6'

22

"]'

M

U

"8'

N

V

"g'

A2

A3

TO

4

y

TP TP
13

INPUTS

X

LAMP TEST

R

H

31------,,!-+.....J

11> TP

9

c

5

W

~t:t:;r-----------------.

D

'I
LAMP TEST

1 Q I - - -_ _....",

RS

121-----..""..-.1

11
------sr~fP;_-­

~~
,16
~~

!1,t;1

GRD

-- R'

Vee

-------------------,

GHD
C

161--+-.....--....",

o

" ' I -.....---~"
18+-----...."

B OR RBO

"1-----....",
"1------,1

D ..lI.T..lI.

A1

Vce

"
110
"

22

"

14

ALL DIMENSIONS IN INCHES

IN DRAWING NUMBER

SECTION 12. LOGIC DRAWING
F02-68

L_.. OUTPUTS
TO
_

r-Dt...."y

SEQUEN~E

I

I

GND •

2
10

II

3

RBI

20
CIa
0,

4
0,

0,

vee

~l--ou~TI----I(MSBl

..
..........,,_.r;;;L-"-,.

d

20

5

n.
[

BCD
INPUTS

'2'

7- SEGMENT
OUTPUTS

2'
22

STROBE

f~i~L~Y-

..

I
I
I
I
L _______ _

,

7EGMENT
OUTPUTS

2'
I

6
I
I
L
_________ ..JI

'O

a.. ,

3·81t
Blnarv

j

Octal

13

DKad~

Inputs

Outputs

aCD
Inputs

Decimal
Decod~

Outputs

12

"

,. ,
Voo = PI" 16

VSS

=

Pin 8

F02-75

D.A.T.A.

ALL DIMENSIONS IN INCHES

SECTION 12. lOGIC DRAWING

9.

AS
10 b

",

.3

....

12 d

ou,..".
13.
C2
15 f
14.

04

lO 1

F02-79

' - ' ' ' •• 1

"",,3) OUTPUT

DATA

OUT",T5

'U"~"",,I) OUTPUT

INPUT (6)

o

BI/ABO
BLANKING

,,,,PUlOR
RIPPL.EBLANlCtNG

'lotl'>ooi-.!!IIO!!LI OU~UT

'"

"'1'>o,j-..!J"!L1 OUTPUT

OUTPUT

LAMP TEST (3)

INPUT

RIPPLE :~~NK1NG~",,'--t==='-____~~!i~
INPUT

D.A.T.A.

ALL DIMENSIONS IN INCHES

SECTION 12. LOGIC DRAWING
I

{
'

2

BCD

INPUT

'/2DIGITo--ro-----_-I

DO,
DIGIT
OUTPUTS

DIGIT { 0°2
SELECT
DD3

16

004

DECIMAL POI NT o - . . . ! . . . - - - - -.....j
LAMP T E S T o - + - - - - -.....j

01

I:~

""'t o----¥+--+-'~--

..L.

CAPACITOR
.,.. CONTROL

l:

.o--.J.....j

o------J!.¥:..f.1'++--

13 o---~V+-+--

2 I 15 14
~
Output

[2Z0
8

FOS-2
INPUT A
OUTPUT 1

OUTPUT 2

...

INPUTS

Vee 'A

INPUT B

OUTPUT 3

OUTPUTS

BeD

~

7

8

OUTPUT 4

9

INPUT

e

OUTPUT 5

OUTPUT 6

o

2

3

4

5

6 GND

OUTPUTS

OUTPUT 7
INPUT 0
OUTPUT.

OUTPUT 9

D.A.T.A.

ALL DIMENSIONS IN INCHES

SECTION 12. lOGIC DRAWING

IN DRAWING NUMBER
SEQUENCE

It' -;-p
12
3

lNPlJTS

0--+-'-------1 1

8

15

j:>---Lo'-----l

2

9

'6

,

1:>-+-''------1

3

10

17

2

):>---;-L-_~ 4

11

18

3

0--'-=------ 5 12 19

4

1:>--4--'"------1 6 13 20

5

b----'---'-----I

7

14

21

6

l

22

7

-,OM

U

B

9

0--+-=------1 C

;;o-+-+++~_
AJ

1:>---.,--",,-0- - - - 1

A2 AT

"

Vee = Pin 16
GND - Pin 8

E

N

V

AT

A2

A3

C1
33 UF

INPUT

~7

~7

~

,,.

,,.

~

,7

~ ~
)

0

~,.

~7

~'7

II

)

~

]

m

~

OUTPUT

F17-6
OUT
EFGHJKMN

E/

-

2

0

M

A

N

H

J

~

IN

2i
2i

2

c

3

B
C

R

4 13 12 II 10 9 15 14

o

K

D ..lI..T..lI..

All DIMENSIONS IN INCHES

SECTION 12. LOGIC DRAWING

.

DECODER/DRIVER GATES

.

INPUT INVERTERS

INPUT A

ourpuro
.Ii

:-~Lio.-:

,,,

OUTPUT 1

OUTPUT 2

.

INPUTS

OUTPUT

.

INPUT 1

OUTPUTS
OUTPUT 3

INPUT B

OUTPUT

OUTPUT '"

INPUTC

OUTPUT S

C

V

OUTPUT 6

OUTPUTS

OUTPUT 7
INPUT 0

,

OUTPUT 8

I
I
L __ . - '

OUTPUT 9

2 3

456 7

15

14 13

12 11 10 9

F17-17

D.A.T.A.

ALL DIMENSIONS IN INatES

SECTION 12. LOGIC DRAWING

'YO
0

1101
EO

,

1111

GS

DATA
OUTPUTS

,

(12)

All

3

(13)

•

111

•

{2'

•

'31

7

"

'"
'51

15

16

10

17

11

18

12

19
OUTPUTS

13

20

14

21

C

L

22

0

M

U

N

V

INPUT
ABCD0123
21-1 15 14 13 12 1 2 3 "
F I-Ie 15 H
1 2 13 12 11 10

5

•

,

"~2 A1

D.A.T.A.

ALL DIMENSIONS IN IfOtES

SECTION 12. LOGIC DRAWING

16

IS

1.

II
12
11

10

~Iy

~~

~7

~7

~

~7

~7

~7

~~~ ) 9

f-~7

ill

F23-1

D.A.T.A.

ALL DIMENSIONS IN INCHES

H

FIGURE A

COMMON ANODE
rlo

II

Ro

GOl-85
PIN CONNECTIONS
GOl8S
I
2
3
4

VEE

G018511
OUT

GOISS
II

~

12

8

GOIS511

VEE

-

II

-

B

13

II

Vee

C

14

-

Vaa

-

5

OUT

D

15

6

-

E

16

-

Vaa

7

Vee

G

17

8

F

-

18

9

E

OUT

19

-

10

D

-

20

-

D.A.T.A."

-

ALL DIMENSIONS IN INCHES

SECTION 12. LOGIC DRAWING
----------

------

D"llt.,

--

-

A
B

C

G

o
E

F

ABCDE
4 5 9 10

G 011 16

2

COM
8

GOll16A f-----::--+-':-+=6-fN~C±N~C~N~CfN~C~7+__:~~2_+_~8'-i
2
4 5 10 NC NC NC 9
2
8
4 5 6 7 10 I 2 8
9
3

GOlll6B

I,J6ltl
INPUT CLAMPING DIODES FOR US 540 AND

~40

TYPES ONLY

Vee

GOl-154

GOl-156
PKG CKT tm

""1-,,.

1
2
1

(JOl-156a

1M

---i

•• • •
•
•
C

D

1

C

5 13 14

1 13 10

•

1 12
11

•
•

• 14

10

11

KG CKT NO A

001-1&3

01~1

B

1

• I

C

D

E

vee

COM

I

I

I.

01-1 ,

D.A.T.A.

-,.y

7

I

I

I

•

• 10

.

ALL DIMENSIONS IN INCHES

SECTION 12. LOGIC DRAWING

g.II'!'

IN DRAWING NUMBER
SEQUENCE

,.1 I 'fl

6"'f1:1

Fo--+---HC

~~,
GOI-160

.NO
1
2

3
4
5
6

GOI-160a

iqQ:

1
2
3
4
5

6
7
8
9
10

[

11

GOI-160b

12
1
2
3

GOI-160c

4
1
2

6"'t1'

C D E F G
4 E 5 12 C
F H 8 7 11 J
K 9 10 M L 22
N 13 14 R P Z
S 16 17 U T 18 15
V W X 21 20 19 Y
6 j,;
C
5
3
H 11
12 13
14 I'
10
1
9
18 19
J K
f.L M
A
3

B
D

6

CKtNO
I
2
3
4
5
6
7
8
9

"

N
R

P

X

Y

~ 12:
15 14
8 9
16 1
6 5
3
2 1

~
U
V

21

w
12
2
4

3

7
8

6
9

ABC
C 0 E
9 10 II
1213 3
15 16 17
M N 14
J K L
R S T
20 Y 21
Z 22 P

0
6
H
F
7
8
18
V
W
U

g.lltl'

g.)I tl'
4 VCC

GOI-16S
GOH65 A
GOI-l65B
GOJ..J65C

I
2
I
2
I

D.A.T.A.

C 0 E F
2 N II 13
9 7
2 II 13
8 9 7
14 I
3 12 N
5 6 7 8 II N
5 6 7 8 II 12

G
12
8
NC
NC
13
9
9

G

F

~

All DIMENSIONS IN INCHES

SECTION 12. lOGIC DRAWING

g.lltl.1

IN DRAWING NUMBER

SEQUENCE

1;.llt'l
OUT

9 M

14 Vec

F

1001-1 0

1001-170a
1001-170

CKT NO
1

A B

0

1 13 10
3
11 10

D

E

• • • ••
,.
• ,
1
1

3
6

·

6
8

• 13 14 12
8

F G VO
12 11 14
14
1

,

4

A

,

00

,

B

11

G

OUT

IN

o

C

cex·llf41

COM

ml~'

13

F G H J K

2
3

8
4

5

eKT. NO. ABe
II 12
I
I 2 3
2
13 12 II

9
10

R·)IU'

14 VCC

CKTNO
I

ABC 0
I 2 1312

2
3

3 4 5 6
9 10 II 8

GOl-177
5
COM

o

~§[YE

A
B

e

~SD-H

CKT NQ
I
2
3
GOI-I77A
I
2
GOI-177

GOt-I77B

2

B.A. 7:.11..

0 E F G H J K M N
13 I
3 4
6 9 8
4
10
9 8

A
I
3
7
I
6
7
14

6

B e

oE

2

14
13
10
14
13
10
3 13 A
910

6
8 9
2 3

8 9
I 2
7 8

ALL DIMENSIONS IN INCHES

SECTION 12. LOGIC DRAWING
G01-183c-

GOl-183

Delli:"

1Ii.IiClIli'illll!I
• _ ..
• IIi:~I~.1
• _.

D9 TOMITTED
31;;O IN
PORTION
_

;::::::~-+--~

o

PKG CKT
001-183

•

1-C8 a~

GOl-183b

1

V
H

3

12 13
1

MIl

FP

.•

A

•,

11
1

7

3

7

2 Ne

..
14

IJNC311"
11 13

C 14

g.)llg

D,)I,:t.,

OE

B
C

D A

ANDI~

E B

AND 2
AND 3

C
F

DR I
DR 2

7
GND

ii
15

.

1~

Q

GOI 186

CKI' A B C
1
1
2
3
2
11 12 13

E F
6 4
8 10

GOl-190

I()-~_J

13()-+~.J

10

10

<>--+-.-'

gellt;,

molp>'

3 k

~®=>-,

, 2 k

4

:;~B
'0

9

Vcc 14

GND-6.7.8

D.A.T.A.

12 k

3 k

OR~

GOI-IS5

CKT
1
2

ABC D
1 2 4 5
9 10 2 1

E
6

IN DRAWING NUMBER
SEQUENCE

SECTION 12. lOGIC DRAWING

fI')I,A'
• k

4k

14k

K

100

B e D E F
13 14 3 5 1 2
8 9 6 7
13 1 9 10 11 12
5 2 3
13 14 3 5
8 9 6 7
13 1 9 10
5 2 3

KTA
1
2
1
2
1
2
1
2

G01193

A

G

B

GO 1193a

GO 1193b

C 0--+-4----4
D o--+-+---+~

G01l93c

•

G
12
10
8

•
"

,. •

12

•

vee

8
6

M

GND
11

7
11

7

"

OND

GND

E

I·,IP}'
14

11

Vee

R4

R4

Al

Rl

Rl

Rl

R4

R4

Rl

Rl

Rl

Rl

GND
4

10

12

13

TYPICAL RESISTANCE VALUES
':1~4S0!l

A20 18 If.

R3-15k.
R4 ~ 64012

GOl-195a - R2 and R3 NOT APPLICABLETHRU CONNECTIONS.

F
2.8K

28K

800n

5Sfl

KG

GOl-197

}f

A
B
C c:>-1~'"
D

D.A.T.A.

P
GOl-197.

E

]K

B e
2 13

KT A
1 1

--'-3
1

1

10
2 14

1

1

1

11

0
2

2

•

D

E F
12 14

3

•
•

G
7
11

13
11
5 6 14 7

7

ALL DIMENSIONS IN INCHES

SECTION 12. LOGIC DRAWING
PKG CKT ABC D E ? G H J
K M vee GND
GOl-198 MP
1 3 4 5 1 2 12 13 10 11 9 8 1
7
FP
1 7 8 9 1 14
2 3 5 6 13 12 4
11

K

Vee

EXPANDER
IHPUT!X}

2.'

28K(X)

2 ••

IK

2 ••

•• n

760n

M

A
B

e

GND.
GOl-202
PKG CKT

001-202

FP

1
"2

A

B

1

2

-6

7

12 13
1
2

14

9 10

GOI-202a FP

1

2 14

3

4

11

6
7
8
5
9 10 12 13

1

2 13 12 14

! __ t!. fa
L__--1:=IT:li'H:
4

;9

D

7-

86

GOl-203

' ...A

'.A

IIOA

-r:

E
L-__________

r01-~03

M

0
1
2

FP

1
2

01-204

IV[

r.nw
7

11

PKGABCDEF
FP

D.A.T.A.

A

2
5 814
1 13 10 9 8
3 5 13 14 12 4
6 7 8 9 10

~~~

1 13

2

3

3

6

7

5

8

9

3 14 12

1

2

4

11

ALL DIMENSIONS IN INCHES

SECTION 12. LOGIC DRAWING

IN DRAWING NUMBER
SEQUENCE
A/---------------------~

B

B '

r - -......

.~

e
C

"

0

D'

E

>-- vee
)---

",...-.....

GND

F

G

01-207

H

1

J

G

43 45 .. U 49 39 42
8 47
31 3 32 .. 37 27 30
5
19 2 20 22 25 15 18 U 23
7 9 8HI13 3 61211

F

G

K

01-206

M

K , _ -.....__,/

N

M>---------------~

N>---------~------~

K M N
49 8
1 1
37
1
25 24 23 51 1 b2
101312115162

J
46
"
22

KT NO.
1
2
3

C;"IleI:'

4

Vee

R·'II."

>--

Vee

>--

GND

Vee
1 k

••

4 k

500

120

120

A

A

B

e

B

D

o+-+-~

r--"-'J\r--+--o

F

e

D
E
185

GND.
E

GND
10

vee

[il·)IJ'·

GOl-212

A

B
C

·R.

,.
e

It

B

'"

A
1

B
2
5
9 10
2

C

•

vee

D
E
F
G
H
J
K
M

.~~.

N

.."

.•

03

Vee 14

GND
7

63 "

G01-211

GND.

GOl-21Ib

A
13

B
1

3

5

6

,

E
4

F G R

8

9 10 13 10&

5

6

•

o

12

1
1

8

GND7

2 12

A
8
C
D

~DiJrT
Ii

PKGABCD

a
3

5

6

D.A.T.A.

7

8

FGR
9 1 1

8

9 13 14

K

2

M

C

CC

1 1

4

1

1 12

..

11

GQl-215

1

4

6
4

9

15

9

1

5

1 1

1

ALL DIMENSIONS IN INOID

SECTION 12 lOGIC DRAWING

.N _WING NUM8EIt
SEQUENCE

~--~----r---~---------r----~-eP

11_-_---..
13 _ _>-+-"",

,._.......+-+"'"

'17

D1

Q

---------------------------1--J

E, ••

E2e-----------------J~

1'16
I--'-.~

P

'17

;>

!ID:

01

Q

A*D

3
4
5
S

B
C

2
10
11

12

13
U.
1...--_...L....... 0.

D.II..T..II..

15

!
,

IN DRAWING NUMBER

SECTION 12. LOGIC DRAWING

SEQUENCE

GOl-225
4k

Vee

4k

n n

GND
081-111

lIU

II{

1

11
7

• 10
1
7
0
13 1

• ••

01-115.

1

M

3
1

11

2 He 12

7

.••
.

GOl 227
GOl·227b - DOTTED IN
PORTION ADDED

CKT
GOl-227

1

GOl-227a, b

3
1

F

3
4

B C Y
1
1 12
3
5 6
9 10 11 8
3
1 2

A

9 0
12 13

8
11

IE
1

10 11 12 13

GND

9 14

•

7

7

Ne
6

7

Ne

9 10 Ne Ne Nr 11
13

Vee
28kH

28k!!

28

28kU

900"

,

GOl-228a ON L Y

5

"} ~-

~{

6

INPUTS

J
K

OUTPUT

9

10
11

15

250 !I
500 II
GND

GOl-231
14

Voo~
1

Vcc~

B A

2

4

7
Vss~

B

2

C

3

0

01

E

A~~---------+----r

•5
VOO-PIn16
vss -= Pm 8

"
E' 13

7

Z

0' 12

C· 12
B' 11
A

03
E3

D.A.T.A.

•

C
G01232

B

1 4 5 2
267 3
3 0 11 14
4
1 1

ALL DIMENSIONS IN INCIES

IN DRAWING NUMBER

SECTION 12. LOGIC DRAWING

SEQUENCE

Vss
11k

Vss

10k

9k

N
A

loon

r01-234

CKT

3
-4

OUTPUT

A

B

C OUTPUT

1

VSS GND
L6

11
3 14 15

°

8

9

12

GND

Xl
Al
Bl

OX

Vee

AO

300

c1
Dl

Z
A
Bo-

x2
A2
B2

.

OCO
D2
c2
X3
Vee
82K

Vee

Bl

AJ

Zl

BJ

.\2

ZJ

B2

A4

Z2

B4

GND

z4

Vee

16
91K

,\1

82K

16

SlOn

2
OX

14

X2
AO

8

GND

r---~----------~-------'---oVcc

4kn

2kQ

130

1.Bkn

r-----~----_,----------------~-oVcc

n

1.6kn

130n

A

Ao----....r;

v

VARIATION!

CKT
~G01-237

D.A.T.A.

1
2
3
4

A
1
4

B
2

9

°

5

Y VCC GNP
~

14

7

8

12 13 11

ALL DIMENSIONS IN INCHES

SECTION 12. LOGIC DRAWING
an

4kn

450n

vee

..

An

8

V

Von

BOOn

VARIATIONU

I

VARIATION'l:

CKT

A
1
4

1
2
3
4

GOl-238

Y VCC GND

B
2

3
5 6
0
12 13 11

--:q

14

7

•
Vss

G

, A 2 A 2. 2 C 2 D 2 Y GND

C

I!I

CKTABCDY
1
1 1
9 1
3

E

0

X N C GND

F G H
2

5 13 14 12

•

01-

:=1)-c

3

la

~

F

4 10 11 12 13

1

•

y

y vee
5 9 8
• 1 1

Voe
16

A4
15

Kb
14

04
13

I
84

2
43

3
83

.2

4

03
12

5
82

02

.,
6

01
10

7
81

8
V5S

G

14

GOl-243

- - 0 VEE

ra0 1 "Hf

CKT

A

B

2

6

7

4

f¥fC. I,"",

4

15

1 16

8

10 11

IGOl-242a
2

1 14
3

6

7

12 13 15

Vee

Vee

GOl-244
41<

1.6K

4K

1,6K

4K

130Il.

VARIATIONr
(1/2 OF CJ'RCUIT SHOWN)

IdOl-·"1 ~rfl
D.1I.7:1I.

HII'II~fli!I,! I~!PIG~ I
AlL DIMENSIONS IN INCHES

SECTION 12. LOGIC DRAWING
Vee

A~-q..~~~

B

~~~~

VARIATIONI
(1/2 OF CIRCUIT-SHOWN)
ABC

D

3
6

5 13 14
7 8 9
1 13 9 10

Vee

G01-246
16K

4<

130n

4K

e~-"--+<

o

CIRCUIT
VARIATION
00}-246

--

CIRCUIT
VARIATION'II

I

G
FP
M

B
5

13

E

F

8
4:

5

X

VOUT

2

12

9 10 11 12

8

9 13 14

1

vee

GND

"11
1

Vee
4K

16K

4K

125tl.

r-.....,-t-------1~-vcc

--,

2Bk

2k

900

50

I

I

(,iQl-249a

ONLY

____ .Ji

j
CIRCUIT
VARIATIONI
GOl-247

CIRCUIT
VARIATION
PKG
FP
M

A
3

F G H
9 13 14
5 9 10

B
5

1 13

VOUT
12
8

oUVUT

rr

vee
4:
14

GND
11
7

'-----~--.....-

OND

CCn1f{f:'

4

7

11

Vss

D.A.T.A.

ALL DIMENSIONS IN INCHES

SECTION 12. LOGIC DRAWING
Vee

OUTPUT

V

INPUTS

1·01 - Z• O
GOI-260a
,.0l-.60b

mor
1
1

•

.

D

E

B

1
1

•• ,.• •
•
•

1

•

C

A

7

5

F

•

H

1

•
,.

8

5
• 13 U
7 8

7

Y

8 12
12

GND

'\:!j ... Vee bus
INPUTS

~

__.-____
2.8k

e-~~

2k

________

~~

__ Vcc

50

900

OUTPUT V

GND

'\:!j ... Vee bus
B
lA

IV

18

28'

2A

GND

L-------~----~---GNO

GOl-251

CICl'ABCDE
1
1 13 14 2 3

5

GH
6 7

K Y
8

10 12

g-IIPI .'~

G02-18

,

"

•

~

L

I~'

,
A

e

o

G02-20

5~

G02-24

6
7

•
I

!

'2

E

.15

PIN COMil!CTIONI

PtN OOZZ4
I

V••

G0224,t, AN

G0224

...

"
OUT

V••

v••

I~
•

D.A.T.A.

•
•

"
,.

-

I.

OUT

10

vs.

"

F

I.

G0224"
V••

OUT

VII

II

OUT

It

V••

II)

ALL DIMENSIONS IN INCHES

SECTION 12 LOGIC DRAWING

".t'fl

:b

A
-----.---.---l---lH:".

G

D

F

E

A~E
B

'

C

I VIII

F

D

OMIT DOTTED
PORTIONS ON

E

G02-42a.

F

ABeDE FGH
00279
'I' 8
9
o 79a
G0279b 6 'I' 8 9 10 5 4 N
02790
6 'I' 8 5
9

:~~
E.

C

J

10

REMARKS

n
1 an

DRAW. NO.
002-78

F

G02-78a

D

GOg-1Sb

A

E

002-78c

.

G02-78d

C>--~

rm1T-

D>--~
E>--~

A

B

, ••
•
.,
•
-. • •
•
7
5

e

D

E

1
2

7

Vee
6
6

3

8

7

6

1

3

"

•

3 2
9 14

•

•

F

6

F

3 Z
9 I.

7
1

B >--~

ASS

CKT.

8
8

8

I•

OMITTED ON

9Qma~

G02·84

4

14

COM

i-.----~-~-+'--~~~--------~--__,
I

DOTTED-IN PORTION
ONE PER MODULE

HOfI
ALL

BA..T.A..

PULL DOWN RESISTORS OMITTED
PUl.L DOWN RESISTORS OMITTED

ALL DIMENSIONS IN INatES

SECTION 12 LOGIC DRAWING

g.ill.rM

4
5

I

NOR OUTPUTS

Q

~

DllAWING NUIIIEIt

SEQUENCE

*i·'II"

I

2
3
II
~

2

13

CKT A B C

II

* TO

002119

1

G02119a

1

1 2 3
10 11 1
2 S 1

13 9
'" 5

5

OTHER CKTS.

t--vv'Y-<_-_>-_-........- - - - - - - - - - { 1 2

L -_ _ _ _~-..

VCC

D

CKT
NO.
002-120

1

002-120b

E

A
1

B

C

D

6
14
6

7
1
7

8
2
8

0
9
3 13
9 10

C

g·t't"
r-

-l

I
I
I

I

C

F

o

I
I_ONE
r
PER
PACKAGE

I

I
I
I

OMIT

ONttAIt

\r-;,
L

:§[):E
CKTNO

2

I

...J

~~~~~--~---+----4---~~

_J

E

g.iIEI'

6>---~

7
8

~---___- 4 4

5

r'-------

D.A.T.A.

14
I

AU DIMENSIONS IN INCHES

IN DRAWING NUMBER

SECTION 12. lOGIC DRAWING

SEQUENCE
e

CKTIiIO.ABC
1
15 6 4
2

CON

7

G02-12S

G02-124

9

3

"1210

4

1314 1

A
A
C
F8HJ
II
7 • • 5 15. I 14 2 5 12
5 4 5 I • 2 10.. 12 15.

lIP

II
4
14

II
7

B

c

A

e

c

o
II

G02-126

G02-126

CKT

A

B

1

1

2

2

4

5

3
4

~c

9 10
12 13

14

RlfiEsl

G02-130

G02-130a - R3 NOT APPLICABLETHRU CONNECTION.
3

8

14

I

11

VCCo----,--~~--,-------~--1_--~------~--_+--~~----_1~--~--~
A2

A4

A2

R4

A2

A4

A4

:~E

C

F

o

CKT A B C D E F VCC GND
1
4 5 6 7 3 2
8
0
G02-129a
1 2 3 4 5 6
14
10 11 12 13 9 8
14
G02-129b
2 3 4 5 6 1
14
9 10 11 12 8 13
14
G02-129c
4 5 6
3 2
16
9 10 1
4
15
12 1
16

A3

R3

G02-129

Al

-=

Al

Al

Al

6

Al

Rl

9

-=

Al

10

12

Al

13

ml"Efl

...

I'~
1.~UII_Vcc

,-

D ..lI.T..lI.

ALL DIMENSIONS IN INatES

IN DRAWING NUMBER
SEQUENCE

DRAWI~G

SECTION 12. LOGIC

m'f'Ef'
Vee
17Sk

175k

A

B

2k

2k

D

e

A

A

e

e
B
2k
5k

2k

Sk

GND

175k

GND

1.7Sk

PIW

GOIl-135

n

3

a

1

I

4

4

11

9

0

3
I
3 La 14.

7

MP

Vee

Vee

6

:.I
1

GOa-1358 FP

a

1

3

4

11
/G02-137

CKT
MP

2

..
3

a
4 5
9
12 13

14

°

rO

7

8
8

11

NO A

a - l36

1
a
3
4

B

e vee

1 2 3 14
5 8
9 10 8
12 13 11

GND
7

1
2

1
4

4

II 13 11

2
1\

3 14

7

6
ji

"

Vee
14

1.75k

1.75k

1.76k

1.76k

7

GND

I

G02-138

e~

A

1

1

3

9 10

D.A.T.A.

B
2

e Ivee IGND
3 14

7

8

ALL DIMENSIONS IN INCHES

IN DRAWING NUMBER
SEQUENCE

SECTION 12 LOGIC DRAWING

I'll'g,

GOZ-13t
(161

~~.\I<

IS

.,.

14
13

2

:
It

6

(1)

7
OR

II

G02-13t1t

'--..-,....
I

GOZ-13'a

":IE

13

W

I

I. --o.JL.r-_

IC

13

I2
I

IC-~II""_

9
10

7
8

II

358

1958

2k

15

R

2 k 358

(St .... d)

II-~I

•..--~

I

1

VEE

'5

'6'

'0
1101

181

1131

Ill!

Numbers at ends of terminals denote pm numbefS for M Package.
N .... mbers tn parenthesIs denote pin numb.n 10r MP package

,.

o

"

VEE

16

OR 2

~----------~~)15

..

o----l--~

14 NOR

NOR 3

4

D.A.T.A.

OR

5

6

9

10

11

12

13

ALL DIMENSIONS IN INCHES

•

SECTION 12, lOGIC DRAWING
2

vee.
1

,.

Vee.

,.

.---_ _ _ _ _ u

!-~_._-h-_13

,.

11

R,tJ,§:1

•• --1-_......_--1

.. ~

~OI<

~k

R,tltl.•

G02·171

Vee 18

X

x

10

Ie

IY
VCC

n •.., Z

'ow Z

10

11

('21

11JI

~~::; ~~ ::~.~:~::,~:~~=":.~.~::.:~';!':"~ O~~:'-:'k_

G02·172

NO CONNECTION
FOR Ge2·171 ....
B

'''''

'0,

~

v

u
12

i

11 )(
18 X

• i

I A 2 A 2. 2 e 2 0 2 Y GNO
C02-l70
0-10a

1

2 13

" D.A.T.A.

1

9 " 10
SU

I)
8 6; 11 12
912112

ACDEFCIGNO

o - 1
o -171a
C02-1'11

B C
1 13

3

13
5

H J
5

6

0 1

1

5 6
10
890114

ALL DIMENSIONS IN INCHES

SECTION 12. LOGIC DRAWING
lI.t.

14 VCC

1

liD Z

13 SD

Jl J

12 cp

J Z 4

11 K 1

Xl
Xi
Xz
Xz'

JO K2

JJ

Index

•

ii

• KJ

I Q

GilD 7

G02-176

A

c

,- --,
, '

D

1
x 0-----1

I

2._

1
1
1
11
1
L__

GND
7

u..r

1) Dotted portion omitted on

GOl~176a

G02-179
4
5

6

3

'0

'4

"
'3

'2

:=L!=;
'~:::::D=6
"
7

'3=D=='4
'2

'5

'5
9

G02-180

Vee 2

1.

Vee 1
1

14
OR

OUTPUTS
13

12

D../J.T.A.

ALL DIMENSIONS IN INCHES

SECTION 12, LOGIC DRAWING
Vee.

3
4
5

•

-0

2
6
7
INPUTS

9
• NOR

R,

II,

10
11

OUTPUTS

.,

15
]

NOR

12
13
14

2 OR

G02-183

"

3

.0

4
5
6

INPUTS
14 OR

7

9
OUTPUTS

10
.3 NOR

II,

II,

11
12

II,

13
14
15

.2 NOli

•

VEE

G02-185

G02-187
nOn

:~E

7

9

10

C--

...III:::l
.....f--+--2

a..
Z

~_ _ _ _~_ _~_ _~__~~7~D

CKT NO,

11
G02-187

12
r02-185

14

CKT

A

1
2

1
4

4

celetl':!:' ri-ml itiiUlj'frl
'21<

F

o

B

Y

23
5 6
9 10 8
12 13 11

1
2
1

G02-187a

2
G02 187b

1
2

FI-t r9-.2 VEE

B C D E
5 6
1 2 3 4
10 11 12 13 9 8
4
5 6 '7 3 2
2 13
8 9
4
5 6 7 3 2
10 11 12 13 14 15
A

1 14

15

1 16

8

G02-189

Vss

300n

.oon
OUTPUT

GND

D.A.T.A.

ALL DIMENSIONS IN INCHES

SECTION 12. lOGIC DRAWING

IN DRAWING NUMBER
SEQUENCE

G02-191
(GNDI

Vss
Vss
G02-193

Vss
G02-193b

G02-193a

(6'

. @t--

~
CKTNC A

B

C

0

9
5

8

7
3

10

I

2

4

.

I
.

----.

2

I

.

~3}-:!'

~®

I

I

+--+-~-----4

I

4-~-~2-~~~~~~

ReFiti

CKr CKr
A

1
D

2
N

B

E

C
I

F
H

F
11
S

E

J

'1'

F

K

U

G

L

V

E

D..lI..T..lI..

AU DIMENSIONS IN INCHES

3 CLAMPED LOADS

CH.NO. A

B

C

0

I

0

E

F

H

2

N

P

R

M

3

J

K

L

S

4

T

U

V

CKT.NO.

A

0

E

0

B
E

C

I

F

H

J

2

K

L

M

N

P

3

R

S

T

U

V

.'I't'

:~

CfB

C
0

D E F

B

C

1 2
1 2

II
4

A

G03-58
003-58 A

2

5 7 6
6 9 7
2 3 5 7 6
4 7
8

AB

C 0
2 3 4 1

•

7 8

,

1 4 5
9
10 II 12
2 3 4

3
2
13
1
6 7 8 9
1 2 3 4
6 7 8 9
2
3 4 5 6
G03- 65D I--:I:--+'o+::r.+.:-i
9 10 II 8
2
13 1 2 12
3
3-65E
I
135 5
2 12 133
5 8 9 10
1 It 14 J

COM
5

10

7

14

5

10

6 •

A

4

COM
CKT

I

60364
G0364A

ABC

2 7

3 5 6
I

I

2 9

8 7 8 5

2

4 6 7

1012 13 9

CKT.NO.
G03-66a

GOS-BGe

GOa-B6d

GOa-56e

1

•
•

GOa-ssg

O.3-66h

C

,

13 10 1
7
3
3

2
3

•, •

•,
1

3
4
1

1
3
4
1
2
3
4
1

1

,,

r-------~------~------~~7

E

5
8

9 10
11 1 1
1 Z
6

•

8

,,
•••
I.

14

4
4

II

4

II

;U·

8 9 10
121311
Z
4
7 3
8
912
10 11 13
2
1

12• 13
10 11
2 3 4
7
10 11 9
1 1 12
Z
7
1 ,.
12 1 15

10

7

~C/4

16 14 15
8

3

..D.A.T.A.

B
Z

••,

3

3
GOa-BSr

A

1

0.-••

5

UCOM

60367

CKTNOABCD
2 3 6
I
3 5 6

5
I

GO 38 7A r--;2;----Ea:t-i.:+"0:±12=+:,-::1
3 7

14

FI'

8

SECTION 12. LOGIC DRAWING

G03-79

G03-798

eKT
1
1

2
G03·79C

G03-790
G03-79E

G03·79F

1
1
1
1
1

2
1

2
G03-79G

1

2

A
3

B

4

1
3
2
2
3
2
1
3
1
4
13
6

2
5
3
3
4
4

2
5
3
7

e
8

0
2

7

6
6
6
8
-7
7

1
1

2
1

6

2

9
8
3

10

5

12
9

vee
10

eOM

8
8
8
8
10
10
8
8
10
10

4
4
4
4

""

PKG

5

5
5

A o-~O-----v~--{
~"-~X-

eN
FP

4

eN

5
I 5

FP

4

4

IN DRAWING NUMBER
SEQUENCE

B

AQ
S.

E

PIN

:~E
0>--

I

2
3

C>--

C
0

CN
A
B

FP

5
6

7

G03-83

----._--

B

CN
FP
FP

A'DV

8,E

A
I

B

C

0

2

5

2

3
2

3
4

E
6

7

8

4

6

9

I

F

7
9
7

VAA
B
10
10

COM

4
5

0

G,F

C,F

::r

CKT
G0390

5

GO 390A

COM

D ..lI..T..lI..

~

G0390B

vec

A

B

C

0

E COM

I

I

2

3

6

4

B

5

10

FP

2

3

4
5

8

I

5
7
6

2

8

9

10 12 13

14

FP

I

2

3
5 6

13 14 12

NO

2

2

7 9

I

10

4

PKG

STYLE

eN

If'

ALL DIMENSIONS IN INCHES

SECTION 12, LOGIC DRAWING

I;IEI"

Plilll

IN DRAWIfIG NUIIIIER

SEQUENCE

A~_...

VCC

~~D

D

2 CKTS
CKTNO A B C 0 cCiF
I
I 2 3 4
10
II 7 8 9
2
I 2 3 II
I
8
5
I 2 3 4
I
II 7 8 9
2
II
I
I 2 3 9
4 II 7 8
2
2 1312 3
I
II
2
5 II 9 10

1003 - 92
003-928
G03-92C
003-920
003-92£
CKT NO
I
G0391

G0391A

003918

G0391C

2
I
2
I
2
I
2
3
4
I
2
3
4

A
I
3
I
4
2
4
I
4
9
12
I
6
9
12

8

C COM Iy,.~ PKG

2 7
5 6
2
6
3

7
2

5
10
13
2

9

7
9
8
3
II
8
II
3

7 5
10 8
13 14

COM
5

PKG

4
10
10

FP

4

STYLE

4

8

CN

5

10

FP

5

10

FP

7

14

FP

4

II

M

3
NOTE'G03112 A INCLUDES

DOTrEJ) LINE

8
2

CD

TERNINAL
IS A GATE
EXPANDER IN THE "t.' VERSION

5

G03-119

• +003118

D.A.T.A.

ALL DIMENSIONS IN IIIIQIES

SECTION 12. lOGIC DRAWING

IN DRAWING NUMBER
SEQUENCE

:~.

ItElfl1

o

E

E

CKT NO
1

ABC
124

D

F

E

F

G

H

6

3

8

9

12 13 NC NC NC NC 10 11

CkT.

H J
& 8

I-~I_~~

G03-121,A

•

2
, 8
-I 1 ,C
1
• 8
GO 3-121 0 J;: +--~---j~~I4-l~~-,-!...!,-I..!6-+"-18

NOTE' 60312t .... C Il E INCLUDE DaTTED IN POfI'nON (DIODE)

4

r--------.--------------QG
+

A

B

o-__
o-__

~

-- ~

_---()H

~

0-. .-1
o O--h___

C

VCC

.t--Jr-ti

E....,-_~

r-~--------------------~--<6

'---~--~OJ

COM
L---~----------------------~~_{8

CKT.

G03-131

B

C D

COM

E

G03-1 1
M

N

7

5

4

37 31 3
29 28 21

6

4

23 2 14
13 2 11
9

10
1
2

G03-131 b

7 6
19 21

GOa-131

1

5

15
1

C

2
7
16 14
13 10

3

8

6

1
5

2

36
34
35
30
20
1

8

2
6

50

8

4

9
15
12
7

3

6
8
11 12 13

9
10

n"if"

:D»6
COM

M N

A

8

c

D.A.T.A.

'" OMITTED IN
G031518

P

L

K

:,

~:)If.

~

-!

,

"~OMITTED

IN
G03l51 AilS

2

ALL DIMENSIONS IN INCHES

SEQUENCE

G03-159

A
123

4 5

6

109 8
1312 II

CKTNO A B C COM

I
2
I
2

G03153

G03153A

3
4

I 2 7
3 5 6
I 2 3
456
9108
121311

Vee

PKG STYLE

4

8

CN

7

14

FP

",I'f,1
8
X
A~

g

FP
MP

DOTTED SECTIONS
R G03·173 a ONLY

CKT NO A 8
3 5
I
2
6 7
1
I 13
2
2 3

E

C
13
8
9
4

E

o EI E" X Vee COM
14 1 2 12
4
II
9 NC ~C 10
10 12 1118
7
14
5 NC NC 6

COM

M,EI'IJ

PKGCKT

ABC

2

1 13
13 14

03-175b
oo3-175c
03-1 5
03-175e"

1

2

2

3

3

4 11 12
8
5
7
4 12 11

3 14
9 10

5
3
9
6
8
5

9

0

8
12
10
12

14
4
4
4

3

8

14

5
7

8

7
11
11
11

R'XSIII
'(

I

DY

vee

1 13 9 10 8
2 3 4
5 6
1319 10 8
2

11

CKT.NO A

G03-177

I(l03-177a

r-+
1
2

D..lJ.T...l-J.

B C

11
14
1

COM
7
7
7
7

ALL DIMENSIONS IN INCHES

IN DRAWING NUMBER

SECTION 12. lOGIC DRAWING

SEQUENCE

G03180A.C.E.G,J
INCLUDE DOTTED
IN PORTION
(RESISTOR)

M

A

8

CKT NO A B
2 3
I
9 10
2
2 3
G03 1800,[
I
12 13
2
3 4
3
B 9
12 13
I
G03IBOF.G
2
3 4
3
B 9
G03180H,J
I
1312
2
5 6
3
2 3
4
9 10

G03180.A
G03180B.C

C

o
E

F

G
H

C
4
II 12 13
4 5 6
5
10
I
5
10

N
I
I
B
2
II
6
2
II
6
I
8
II
4

M

7
NC

7

NC

7

7

NC

7

NC

P
A
14
B

14
C
14
F
14

&'111:11

G03-183

8

COM'

,~~

B

F

C

CKT NO. ABC 0 E F COM
I
4563217
2
8 9 10 II 12 13
G03-186A
I
I 2 3 14 13 12 4
2
5678910
G03-186

A 8 C 0

C

251&
13 9 12 8
13
12 3

14

61

II

COlli

14

II

4

9 5

U·i'i¥1

A~

B
C

o

III

E

F

E

~

J,K

o E F
I
5 6 7 8 9
13 I 2 3 5
14 I 2 3 5
9
I 14
2

CKT. NO ABC
2
G03-189A
G03-1898
G03-189C
2

D.A.T.A.

G H J K
II
1312
8 12

4
4

10
10

13

All DIMENSIONS IN INCHES

SECTION 12 L.OGIC DRAWING

It DRAWING _ _

SEQUEIICE
CKT. NO.
I
2

2
3

E

a

3

e

I

4
9 10

A
B

C
D

COM

603-19ll
603-1"'
603-1958

CKT NO.
I
I
I
2

A 8
112
I 2
I 2
4 6

C D Elvec COllI
4
31ll 6 8
4 e 7 10 II

3NC 9
71111

a

10

II

\toD 1Or-------.
o

COM

CKT NO
003-209
03-209A
o -209B

1
1
1

ABC

5

.'Ef",1

Cd","1

D E
1

11 12 13 14
11 12 13 1
1

F

0

H

2

3

5

J

K

M

N

P

6

7

561812
14 13
8 9

6

I

-

R S
8
3

9
9
12
11

--,

A

I'-~---

B

2
3
4

9 :>----:--=-_ _~

yt D.A.T.A.

>-_-o-~8

6

c

G03-211a -

DELETE DIODES
AND CONNECTIONS

ALL DIMENSIONS IN INCHES

SECTION 12. lOGIC DRAWING
~

__- .__________

IN DRAWING NUMBER
SEQUENCE

Cd.,'1I'

Voo
~~14

o

A

B

:~c

CKT NO, ABC 0 E
1
2 3 4 5 I
2
9 10 II 12 13

A

CKT NO A B 'C
12;'

2
3
4
A

5 6 4
8

9 10
12 13 II

!;;. VlnSION DELe: ~i D1 ~)~3

VERSION DELE"l'£ DICDE3 AND

!~ND

CONN~CTI2NS

(il",a"

g'Efll'

H

PKG CKT NO ABC

J

0

K

M

J

VCC COM

K

G03--2H
and a

FP

1
2

3 5 He He 13 14 NC NC
1

2

1 12

4

11

ON "A"

1
2
K

1 2

3

1

12 1

10

3
UP

g'Ef) ':1 ;~,
PKG. CKT.

MP
G03-2l8
FP

Go -2ISa
FP
G03-218b

A

B

C

D

E

F

G

,

1 13 10 9 12 11
8
2
3
5
6
3 5 13 14
2
1 12
6
7 8 9
10
14 13 2 3
12
8
9
10

MP

G03-21Se

MP

FP
GOa-2I8d

MP

Vee

COM

I'

7

,
I',

9 10 12 13
3
8
9
1 13 14
1
2 13
5
3 4
9 10
1
2
3
5
6
8
9
13 1
1
2
5
9 10

12
12
6
8
1
1
1Z
3
6

,

8

12 13

4

G H J K U
I I 141
I

4
14

I

7

1

14

2
3

11

5
6

11

7
8
9

II

II
5
6
7

8
9
COM

(@)

11

2
3

I'

Vee

COM

G

@

G03-224

'
'~

e

;~,

12

12

7

E

13,14

@
COM

COM(@)

F,G

o
Vee

D.A.T.A.

8

14

2
3

a

5 II I

11

H'EI!il
IT

6 7 I

G03-221

14

4

•

I 15

@
COM

ALL DIMENSIONS IN INCHES

RAWING NUMBER

SECTION 12, LOGIC DRAWING

SEQUENCE-

g'SIll:'

G03-227

Vee
14

14
1

A

2
3

B

12

5
6
7
8

E

e
0

13,9

COM

Vee

@)

0

';'''is'
eKT NO,

003-233

A

B

1

2
7

6

4
1

e

D

6

8

9

7
GND

E Vee

3

4

°ND
11

S

9 10
1 13
3
S

1
2, 3
4
5
6
9 10
8
12 13 11

A

8

10
1

1

E

B

1
1
1

2

3
9

4

5

6

o 11

8
12
2

8 9
10
1 2 4 5 6
9 10 2 1
8
2 3 13 14 12
5 6 8 9 0

14
14
4
4

4

7
11
11
1

D

- - ...:: - - -

:--OMIT ON 003-233
and 003-233a

-~

n'lli~1

:: ----D----,
1 ___

Eo-.:.....,;:..----..J

15-

F
G03-236 -

: ----D------

WITHOUT INPUT CLAMPING DIODES.

PKG eKT A B e
1 1 13 10
G03-236a MP
2 2 3 4
MP
_
1 1 13 10
G03-236b
2 2 3 4

I
I

~

~! =>[>----12

B

D
9

E

F

5
9 11 12
5

G vee GND
8 14
7
6
7
8 14
6

: ----D------

4

7

A

c
B

PKG CKT A B e vee
2 3 1 1
1
G03 241,a MP
5 6 4 14
2
3
8 9 10 14
4 11 12 1 14
FP
2
2
6 7 5 4
3 12 13 14 4
4
9 10 8 4

GNl
7
7
7
7

1
11
11
11

G03-241a -ISOLATION DIODES
OMITTED_

D ..II..T..II..

AU DIMENSIONS IN INCHES

Sf CTION 12 lO(]IC DRAWING

I-.,fl

A2

82

r
I

A

1

P vee GND
3 14
7
1
7
810 14
7

B
8

&

pp

3

8

1

•

2

6

10

4

7

,

11

I
I
I
I
I

I
I
I
I

I

w'IIII'

PKO ICKT

,un-zu

A

"

<.:

(}

H

J

r=

14

"T

-. lIT

,""~-na.

[!II
11()3-243

4
1'f

r14

'.

-,-

14
4"

I-+-+-_J

1 kU

L-~~----------------------------~----~GND

G03-260

A

D

1

5

13

9

E NODE vee GND
7
14
6
3
7
14
8 11
14
7
3
6

14

7
7

B

C

D~
Node 0-- - - -

D.A.T.A.

--~

Omit dotted
portion for G03-260a

ALL DIMENSIONS IN INCHES

SECTION 12. LOGIC DRAWING
G03266

110

110

313

c
T

G03-266'+~H+'2H~"'9~

Bl-______~~~~~~~~~~______~~________________________L.__.J~~~:S!;~~I~!!!I~J
100

155 k

G03-267
583 800

G03 267a

CKT A
1
1
2
6
3
9
4 12
3
1
2
6

B C D E VCC GND
NC 2 NC 3 4 11
NC 7 NC 5
NC 10 NC 8
NC 13 NC 14
5 13 14 12
4 11
7 8 9 10

1 k

CKT A B C ,VCel VCC2 VEE
2 3 4
1
16
8
I G03-264 1
2
5 6
3 10 11 9
4 13 14 12

GNO

cc
710n

2.lk

G03-269

2.lk.!1

2.lk.!1

760.!1

SIn

G
H INPUTS

NOTE, OMITTED ON

G03-269d AND

o

A

-268

o - 68a

1

B
1

•

Qoa-SUb 13 1
-U8c
08-:1168 1
oa-ISBe 131

e

D

E

F

G

H

J

X

lI:

K

QND

1

1

vee

10

• • •
• •• ••
10 •
1

7

0

•5 10
• 10
• N

• 1

G03-270
A
IN

1

•
•

N N 1
U118

7

f

el.<>-________-'

L -__________-oINPUTS

14

F

1

4

1
7
7

.----_---.0 Vee

c
.....-ot-.-o

OU T

IG03-no

CKT
1
2
3

4

A

B

4

5

C VCC GNI

3
2
9 10 4
12
13
11
6

8

1

1~~2
11~

11

1
13 2 : = [ ) o - - 15

GNO

D.A.T.A.

14

1 0 = = = 0 0 - 14

12~15

13~9

ALL DI_NSIONS IN INCHES

Gate
INPUT
A

INPUT

a

,,
,,

,,,

INPUT

c

I
155 leI

,,I

"

o
B

CKT
-2

A

B

1

D

456
12 13 10

2 1

15
q

13

12

13

G03279
1&

15

15
14.

14

13
...... _____+-1Z
~

~

________-+... 11

1-----1"'"'0

-.

.....---.....

a

VEE

"

D.A.T.A.

ALL DIMENSIONS IN INCHES

SECTION 12. LOGIC DRAWING

IN DRAWING NUMBER

SEQUENCE

9
4

10

5

12

r---.----1~------_4--~VCC

40kll

20kn

500A

A
IG03-284

CKT
1

3
4

~--....._ov

A

B

Y

2

3

1

vce
14

GND
7

8 9 10
11 22 13

B

~------4"""..Q GND

G03-285
fGND!

IVeel

IVeel

D.A.T.A.

ALL DIMENSIONS IN INCHES

SECTION 12. lOGIC DRAWING

CKT

NO
G04-lD

G04-1E

C
J H
D C
R P
L K
X W
T S
2 4
12 10

A
8
5

1
2
3
4
5
6
1
2

B

14
11

20
17
1
13

D
6
3
12
9
18
15
5
9

E

F

F

7
4
13
10
19
16
3
11

E

N
M
V
U

6
8

A

B
C
D

J

E
F
G

H

CKT.
004-3

No
1
2
4
6
8
10
1

12
G04 3a

1
2
3

•
04-3b

5
7
8
1

G04-3c

3
1

A B e
6 7
3
4
8
18 1614
171 1
19 21 23
20 22 2
34 32 30
33 31 29

D

E

F

G

11
26

26

8

.
43
6

2

H

6

J

9

1
1
13 1

X
18
1

5
7

G04-3e

0ol-Sf

9
10
1l
1
1
2
3
4

1
22
21
12

V

W
9 20
2 13

8

9 10 11

0
43
28
38
1

5
1
2

39 U U
32 34 33
37 36 35 38

o2
20 22 21 16
25 2
2

19

9

131211

1

14, 15 16 17 18
19 20 21 22 23 24 26
27 29 30 31 2 3 4

12
25

43 45 46 47 48 49 50

0<

1113

4

5
B

J

7

8

S

T

0
1l

8
7
W 18

12

20 21

1

G04-3le

7
7
7
7
7

14
14
14
1
51
51
51
1
51

G04 3r
2

1
1
1

1
1
1
1
1
1

•

52
52
52

G04 3s

52

G04 3u

G04 3t

1
4

-

4

6

27
28
2
24
15

31

10
1l
1

51
51

2.

25
2.
1.
1

1

1
1
1
1 52

12 11

16

D.A.T.A.

••

D

3

S
Y
5

,.
1

U

6

•

2 3
11 12 13
8

8

8

,.
6
2
2

2

.

2

1211

••
3
3

4
6
3

1
7
5

• I. 1
• 1
1

8
7

•

14

••

2

0
9 8
18 1
1
6

0

••

•

1

•

...

61

1 5,

2

11

51

1,52

4

Z

1

1
61

1

1

1

•

E

F

H

G

••

J
6
4

6
3

A

•

U

3
B

3

H

J

v

Ii

•

2

11 12

8
4

1
•

X 19 20

2

G04-3ap

004-3a'1

7
8
1
2
3
4
1
2
3
4
6
7
8

7
7
7

U
16
1
N

S 16
1

P 12

10
7

18 20 22
24
6 4
o 12 14
6

16
2
8
1
23
19
26

7 21
6 13

31 29 27
28
9
4
28
20

30
10
6
29
21

29 30
4 43

45 50
28 27

32
12 13 19
6 7 16
26 25 34
22 29 35
31 3 3.
42 41 40
46 47
26 25

26

18
15
32
33

17
14
31
30

14 13 1211
24 23 22
15 18 19
3
6
6
2 1

•
•

10
1
2
G04 3as
1
2
3

21 20

G04-3aw

2
3 4
5
9 10 11 12
1 2
6 6
8
9
12 13
1

G04-3ax

o - a
[GOFlfaz

1

• II

14
14

C
F
E
19
V

2

10 11
2

9 10

11

•

GND

U
S
V
U
13
N
M
10

R
P 12
11 L

D

vee

K
N
M
S
V

,.

K
9
3
8
7
H
6 D
2 X
W 18

J
F
E

13
11
20 X 16
19 W18
7 T16
15 20
X
19 W18
17 T16

6

G04-3ar

'7

D

12

1

10

e

D
R
P 12
LlO

9

G04-3am

12

4-

6

1

H

1
11

6

2

14

4

7

1

8 10 1

,.

•

B

11
K
8

5

4

A
8
7
6

7
8
9

1

11
1
48 4

25 26
31 30

5

61
1
1

12

4

1

1
1

40 45

27
20 22 2
8
3
1

1
2
3
4
6
6
7
8
9
10
G04-3aj 1
2
3
4
6

1

•

39 U

No.
1
2
3

G04-3ah

W

"2 U 40 45

Q04-3af

"

1

•

1

G04 3ad

G04-3ag

8

3
52
52
62
52
6
62

1

14

2

19 20
1 2

1

2
3

CKT.

1

A

2

G04-3ac

51

7
8

2 R
13 14 16
21 18 V

1

51
51
51
51
51
51
51

30
33
22
23
18

1

2

39 U

37
38

8

•

• "
1
1 52
1

"

1

10

1

3

OND

1

5
6

2 1
1
9 10 12 13

G04-3ab

51

32 34
36 35

1

••

•
G04 Jaa

vee

1

12

G04 3z

9
50
43

43

•

3

12

• .,

J

14
5 3
32 31 2 27

G04-3y

10
1l 13

2
3

O"-3m

H

1
7

G04 3x

2
5
9

6

G

2.

22 19 1

7

•

F

12 1
8
7
6 3

28

1l

3

7
8
1
2
1
2
2
3
4
5

1

1
2

1
2

E

24 23
22 9
16 15

6

V
X

13 12

33

2

7

6

3

1

32 31

D

••

G04-3q

14

1
2
3
15
10
9
U
19

E F
3 14

H

4039

5

•

8

4
5
5
7
8

O"-3g

16

15 18 17
8 10

3

12
G04-3p

.

A B
48 U

9
10

1

e

No
1

28
27

36 38 40

1
8

GO,,-an

12

49 47 45
3 A B

50

eKT.

GND

0

4
3

vee

J

H

9

•

G04-3ba

1
2
1
2
4
1
1
2
3
4
1

6

1

1

•

6

1211
9
1

8
2

11
8
24
23
37
38
39
36
8
36
10
9
7
17
6
6
3
6
8
11
1
13
3
4
10
11
8
1

3

4 10 11 12 13

13
10
8

1
1

14
1
14

14

7
7

7
7

14

7

14
14

7
7
7

1

7

14
14
14
14

7
7

1

7

ALL DIMENSIONS IN INCHES

SECTION 12. lOGIC DRAWING

x

COM
~CKT
00414

lNE NO
1

FP

A B
1

• ••
•

D

C

E IF

10

-+ •
:T

0

12

MP

1

3
FP

MP

Q0414b

FP
MP

G0414c

FP
MP

G0414d
G0414e

1

1
1
1
1

3

G0414f

1

NC
1 8
9 10
1
13
NC
3
9 10 11
6
1 8 9
1 12 13 14 NC
5
1
9 10
NC
3 5 6
1
3
5
1
5
9 10 12 13 NC
1
5
NC

FP

MP

1

1
3

13
5

~

8
6 11

0

~

1

1

·

1
1
1
1

3

f:}"

7

~,.

7

~.
r;-

11

rIT
I.
NC

NC

PKa.
04-16

Q04-15a

~"

FP

1

MP

•

3

•

5

6 11

I.

·,.

7

G04-16b

1

006-150

G04-15d

004.-15e

Ga"-1Sf

A

• ••
•

G

D

7
3 14

I.

B

1

3

~
12

NC

CKT.NO.

MP

f:j:

3

G0414h

7

••
r+,.
• I.
r+,.,.

0

GOU4g

~,.
8

13

• 10
1

• ••
f+:
fi:
r+ rtf
r+• t-+
f+:
~
r+rl-- ~
•
1

1

1

• ••
• • •
• •
• •• •
• •
1

~.

Il

• • • I.
• •• •
1

1

7

NC

5
9 10

OM

,.

1

12

G0414a

VAA

X

IH

NC

7

1

9 10 12 13

1

1

MP

3
1

7
1

1

FP

•

FP

•

MP

3
1

1

1

•
•
• •

CKT.NO.

A

004-17
2'

3

•
0

G04-17a
GO'-llo

B

C

.2.

6
1

•
•
1

·

I.
I.

D

E

3 •2

•

0o,-153

1

8

"4

9

10
1

14

8

1
0
3 13 14
8

1Z

••

9 10 11 12
3

1
7

1

• •
••
•
• • •• • ••
•
•
•
• • ••

•• •• • "--'12
"
•
•• "

1
7
10
• 10

3

IU

13
3
8
n

14

_L:."...

1

1

1

1

3

1

GO'-16k

Fp
MP

,

O'-lom
MP
Q04-16n

MP

004-11
o.-16q

....

G04-l&r

FP

•
1

1213
11

•

·

3
9 10

7
11

11

11

11

1

• 11

7
11

14

u

•
3

•

14

7

11

u

•"
• • ••
"
•
•••
•
• •• •
• • •• •• • • •
• •
• •
•
•
•
1

11

14

• 1
0

13

MP

13

1

•

•
•
• •
•
3

o 12

1

7

114

1

au

1
1

12
11

14

1Z

1

F

0

8 17 16 0
11
7 6 10
3
1 0

1
11
1
6

FP

MP

CC COM

130 31

..

COM
U

11

• 14

04:-16
G04-1on

•

3 14

•

•
•
••

·•

VAA

8

9 10
12 13
12 3 14

•

J

"

• ••

FP

H

3

• 10
1213

MP

1

Q

3

FP

MP

F

•

1

4
1

FP

E

111

7

13

7

1

1

11

7

MP

lOP

1

1211

14

1

1

1

1

3 14

14

!'0

D.A.T.A.

3

1

~.

7
7

11
7

1

ALL DIMENSIONS IN INCHES

•

SECTION 12. LOGIC DRAWING
Vee
N

e
COM

D

E

A~

8

F

g

G

N

E

f

H

E

~>-

J

K

M

KT NO
1

04-27

M

E

A
1

2

04-27a

1312
1

Q04-2:'1b

T

G04-27c

QO"-2Td

•
• •
•••
•• ••
• ••
••
• ••
•• • •
4

.
4

3

.

12

1

3

GO"-27e

1

04-l'1f

.

G04-2'1g

T 1

1

5

10

.

•
T.

1.
•

T

2
5
9 10 11
1

18

-

1

"11

,.
1

G04-17k
4• 115

G '-27m

o-

••

Tn

G04"'27p

4-

q

1.

•

12

18
5
.11

·,.• •
9
1

Q04-27r

5
1213

14

..

e
D

E

PKG

004-37

KT NO A

eN
FP1
FP'

G04-37a MP

e D E

B

• I.
•, ••
•
• , ,.•
1

7
5

5

I.

11

G04-37b eN

FP

,.•

5
11

F

.

AU

B

Vee eOM

,
,•
•
"
•
"

11
9

7

1

1
13

13

7

G

F

g E E ~ G0464A8B

A

14

ONLY

,.• ·, •

B C D E
1213 NC NC 1
& NO NC

CKT NO A

F

B

e
D

-,

. -- - - - --~,

G0464A8B ONLY

004640

,•
,.

a0464d

9

G0464b

00464e

8
NC N
9 ,. 1112 NC

" ,
• • ,.,
, •
•
"• • ,.
•

a

H
G0464f

11

12

1

9
8

9

NC

13

1
5 NC

2

12

GOt64g

8

G0464h

D.A..T.A..

9
T

8

9

All. DIMENSIONS IN INCHES .

SECTION 12. LOGIC DRAWING

Dlii·"

G04-69

IN DRAWING NUMBER
SEQUENCE

N

G0469b

A

CKT A B C D E F G
1
12 13
1
Ne
2
3

G0469c
G0469d

2
5

G046ge

1
9 11
5
6

1

P

G0469f

1

H

J

K

M NP R
2 7 14
11714NC

4 5
NC

7

2

9 1
12
1

2 3

5

6

7

8

:~M
K~

E

ONLY

i~D

G04-71

G0471
G0471A

2

F
G0471B

G0471C

A

8 C D E F

AA COM

212 II
7 8 9

4
4

10
10

7
8

14
I
I
14
.4

I

Ff'2
MP

DOTTED IN SECTION IN 804-708 ONLY

ICJIII':'

OUT CKT
LINE NO A 8 C 0
G0478 CN
I 2 3 4
Fp,MP
13 I 2 3
G0478A FP,MP
I
I 2 3 14
G0478B CN
I
I 2 3 4
2
B 9 10 II
Fp,MP
I
13 I 2 3
2
5 6 7 9
G047BC FP,MP
I
I 2 3
2
6 7 B
II 1213
3
G0478 0 FP,MP
I
I 2
2
5 6
3
8
4
G0478E eN
FP
G0478F
CN
I
2 3
9 10
2
Fp,MP
I
I 2
5 6
2
G0478G eN
I 2
I 2
G0478H CN
G0478J eN
I
I 2
2
8 3
G0478K eN
I
2 3
FP
2 3
G0478M CN
I
2 3
2 9 10
FRMP
I 2
I
5 6
2
G0478N eN
I
I 2 6 7
G0478P eN
I 2 6 7
I
I 2 3
G0478Q Fp,MP
I
2 6 7 8
3
II 1213
G0478R FP,M
I
I 234
8 9 10 II
2
1314 15 16
4
181920 21
G0478 S P,M
I
13 I 2 3
2 II 6 7 9

D.A.T.A.

E F G H
8 910 II
5 679
5 6 7 8

V.

NC
NC
NC

NC

12

6

NC

4

10

5

NC

4

10

NC

4

10

NC
NC
NC

12
4

6
10

5

NC
NC
NC
NC
NC
Ne
Ne

He
Ne

COM
6
10
10

12
II
14
9
3
7
1\
14
7
II

NC

12
4
4

12

6

4

10

8
8

4
4

4
8
3
12 II

15 2
9 10
4 I 5
10 15 II

8

4

12
4

6
10

A

12

6

B

NC

4

10

5 Ne
5 Ne
5
9 Ne
14
5
7 Ne
12

8
8

4
4

4

10

6

17

12 Ne
II

4

10

7
12
II

6
7
7

2
3
I
2

3
4

Ne

COM

NC
NC
NC
NC

5

••

B C o E F G
2 3 13 12 4
10
6 7 9 II
10 1213 8
14 7
I 2 4 5 6
I 2 3
12
II 10 9 C 8 14 7
3 4 5
6
1213
II
9 10
8 14 7
4 5
6
I 2
3

CKT NO A
I
2"
5
9

C
0
K

G
H

ALL DIMENSIONS IN INCHES

SECTION 12. LOGIC DRAWING

8~

G04-81

6~1

S-

5

10

II
12

B

4

5

3

E

I;-J

E

15
7 Vee

2

3 VCC

12 VC

VCl

~OUT

OUT

---@OUT

I

L
osc

A

B

E

c
o

G

B
CLAMPING DIODES

FO~

C

G04 89g,h.l,m ONL V

o
CKT A

G04-85
GOol-8Sa

G04 SSb
GQ4-SSe
GO. 85d

G04-SSe

1
2
1
2
1
1
2
1
2
1
2

B

D

C

I.
I.
••
6
1
6
1

7

2 13
7

8

2

••
•
7

8

8

5
5
9

5 6
10 1 12
1 2
9 10 12

•

E

F

G

VCC COM

•

9 10

11

12
10 9 5
12 13
6 2
7 10
2
10
2 I'
8
14
7
5
6
a 14
11
I' 8

• •,

11
1

••

1
7

CKT NO

004-89

1
2

A

B

C

D

6
1

7

8

9 NC

1

G04-S9a,

2

7

8

NC

1

CKT.NO.

A

2

3 Ne Ne

1
2

a

1
2
G04-92b

a

1
2

•

A
G04-92c

B

•
1
2

G04-92d
G04 92e

G04-92f

E
a04-92g

•
1
2

G04-92J

5
9

3

6
8

a

2

6

9 10

8

2

•

7

8

1

•

a

6
9

6

5
9 10 11

2

8

12

1 13

I'•
I.
14
14

10
10
10

I.
I.•

5
5
7
7
7
7
7
5
5
5
7
7
7

IT&MP
FP & MP

" I.I.
I.

12
1
11

2

:;

I.

6

CN

2

a

9

8

•

8

9

11
5

10

7
5

••

7
5

1

1, 2

a

10

2

•

9

"
6

I"

1

2

12

9 10 11

8

2

5

6

1

2

CN
CN

I'

7

FP

1.

7

14

I.

14

7

7

•

1
2

I-

1
2
1
2

5
6

•

n
-!- •
rl
it

Kfitr& ••

NC

8
9 Ne 10
13 14 NC 12

11

11
11

11
11

8

1

f-{

8

1

6
8
13 12 11 10 NC 9 14
12 11 10 9 NC 8 14
1 2
5 NC
6
2 8

7

NC

5

7

9

12

GO"-89k

11%

•

t--¥~
Iff

6 7
12 13

9

6
6

5
9

13

9

G04-89h

GO. 89m

CN

NC

9

•• I.• •
I.
••
" a •
•
~I-••
2

6

12
12
12

G04-89f

8

G Vee COM

5 10

11

"

NC

r.t

•

1

1

6
10
12
14

8

5

1

•

, 12
13

-#
6
12 l+-

1
2
3
1
2
1
2

G04-S9j

FP

5
8

3
6

14

G04-Sge

IT&MP

6
6
7
7
7
7

1
2
3

GOol-S9g

7

1

•

G.'-89~.

CN

CN

6

1
2

10
0

5

2

1
2

V AA COM OUTLINE

12

•

1

a

D.A.T.A.

•

,

1
1
1

•
a04-92h

•,
•
1

~ a
3
1

2

F

7

C

1

E

C

004-92

G04-92a

D

B

F

1
6
9

• • I' I.
• I'•
I.

d

E

7

ALL DIMENSIONS IN INCHES

IN DRAWING NUMBER
SEQUENCE

SECTION 12. lOGIC DRAWING

KTNO

A

I 2 3
D K R

/u:'

E L S
F M T

C

D
E

H
J

N

U

P V

E

3CKTS

BCDEFGHJ

IO!l1l1l~431

CCCOll
212
II
7

FP23~1I78!110124
. . 1234~1I111211 14

G04-154

G04-191

G04-154a. cOR G04-154f ONLY.

r--J--,

ERM
G04-154
OR
G04-154a
G04-154b
OR
GO.f-154c

o

C
1 2 3
11 10 9
1 2 4
1 12 10
1 2 3
8

E
4
8
5 3
9 1

2
4
5
9 10 12 1311

-154

1

2

G04-154e
OR

1

2

5

6

004-1541'

8

9

4

5

NOTE 1- IF J"ERMINAL H IS
MARKEO"NC THIS CKT IS

3

__':. ____ ~O!:~"?

aa

Y

H

I

I

I
I

I
I

I
I

I
IL

H

I
I

1I04193F

6041936

lq'
E~ ~ ~
__

D.A.T.A.

E

F

G04200C
ONLY - - - - - -

____

1
2

G041930

I
2
I

o

-191a

A B C
I 2 6
I 2 6
I 2
5 10

3

C

COM

_ _ _ _ _ _ _ _ ...JI

G04193E

B

E

OR
MP

I

8 G

A

7

8 14
3 14
4
10
1

CKT
NO
G04193
I
G04193A
I
G04193B
I
2
G04193C
I

COM PKG
6 CN,
FP

14

1

12 13

~~+1TfO

VC

5 12
7
6 14
8
4 10

~ ~~
__

__- ,

2

3
I
2
3

II

•
I

ftOUT CKT;
LINE NO A B C 0 E F VAA
14 I' 2 3 12 13
FP
I
II
10 5 6 7 8 9
2
15 2 3 4 13 7
MP
I
12
II 6 7 8 9 10
2
I
2 3 14 N
FP
I
II
5 7 8 NC NC 6
2
1012 13 NC NC 9
3
3 4 15 NC NC 2
MP
I
12
II 13 14 NC NCIO
2
8 9 6 NC NC 7
3
I 3 N NC NC 2
I
G04200 B FP
2
5 7 N NCNC 6
II
3 10 9 NCNC Ne 8
4
12 13 NCNC NCI4
I 4 NCNC NC 3
MP
I
6 B NCNC NC 7
2
12
II 10 NCNC C 9
3
N NC 15
1314
4
2 7
G04200C FP
I
2
4 9
8
4 5
I
G04200 0 FP
I 2
I
G04200 E FP
4 5
2

OM
4
5
4

5

4

5

3

ALL DIMENSIONS IN INCHES

G04-207
A B
7
13
A

F

0 £
9 10 I

2

5

c

•

C

8

C

E F G

A

B

.c
D

E
CKT. NO. A B C
G04207
G04207A

I

I

2

2

9

8

I

I

2
G04207B

I

2
1312
I 2

II 9

o

E F V

3 NC NC
NC NC 7
4 5 3
109 II
3 4
10
8

4
6
6

8

5
7

COM
10

I 5

14

7

CKT A B C
8 9 10
14 I 2
I 2 3
G04212A
7 8 9
G042128

0

12

6

13 I
2
3

004212(;
G042120

E

C II

G04212

8

3

13
4 ' 10
2 9 3
3 13 5

F

I
6

G04212F

OO4212G
G04212H

CKTNO

I
2
3
4

"
I

5
8

7
8
3

6
4;

B C CC COM OUTLINE
7 12 5
CN

6 4
12 9
II

7 12
9

13 4
12 4
12
4

II

4
12
4
4
4
4

6

2

3

7

8

5,
9
14

12 13
2
6

3

9

II

7

12 13
2 3
2 3

ABC

9

6

II

6
G04212£

G H
3

I 2
5 6
6 7

14

6

5

0

6

7 9 13 12
7 8 14 12 9

.

10

FP

10
5
10

CN
FP

10

5

CN

10
10
10
10

FP

10
4 -10
4 10
4 10
4 10 FP8MP
13 4 10 FP8MP

E

1124536
9 1012 13 II 8

NO

A B C 0 E F

r------------1r--.---.~
.~ ~AA

I

9

10 12 13 II 8
2 4 5 3 6

,,, OMITTED
ON

CKT

2

B

2 NC NC Ne 3
2

3

4
9

5
10.

12 13

6
B

'-..!>'_.... '

G04218"

:-5

II

3
9

4
10

,

2 ,3

II

'6
"8
12

F

E

E

o
COM

D..lI..T..lI..

ALL DIMENSIONS IN INCHES

SECTION 12. lOGIC DRAWING

I"f!&' "'K. ,.T.,. ". ,A. . ,. .".B.,. C~O-r.:-Er.:F~-r=CD=M
G04229

2

I 2 4 5 3 6 1+ 7
9 10 12 13 II S

G04229A~:..1-+-,-1+=2+-+--++3~

~

:

~O

4

12 13

:

A
B

14

7

II

G04229B 1--1,---~4!..j..5!.5~6+..!7~NC"+,S'-1
2
10 II 12 13 NC 9
3
14 15 16 17 NC IS 34 3
4
20 21 22 23 NC 19
5
24 25 26 27 NC 28
6
30 31 32 33 NC 29
G04229C
I
5 6 7 NC 4 a
2
10 II 12 NC 13 9
3
15 16 17 C 14 IS 34 3
20 21 22 NC 23 19
4
S 252627NC242S·
6 lIO 31 32 NC 33 29

C

o
E

04229D 1-2=-1-+.:,-1+,=!+,,-3++7=+::-l1 0

II

604229£ f---:~=--r;~=+lI=-.t-+-++:;' 10

II

3
G04229F

9

1-2~~~+7!f!:1:4-+--+,16~2
3

14

7

a

9 10 II

G04-236

KT NO

A

B

C
1 10

COM
5

4• 104

11
11
11
1

•

5
3

4

•
7

G04-237

Vas
r---------~r---.-~16

•
04:-2Ub MP

8 10 14
1 12 13 14
1 2 3 14
4 5 6 14

14
• 10
12
13 1 • 14

A

6 4 14
9 10 1"
1 4
4

B

O"-233d MP

cO

•

:fS

5 14
9 14

12 14

13

O"-U3e

••

4
0
11 12 13
6

:~.

NO
2
3
4

C

ABC
2 3 Ne
7 6 5
15 14 13
10 II N

D

I
4
12
9

G04-240
M

A

I
2
3
4

I
5
I
I
5
8
12
I
I
I

E F G H J K
13
NC
12
9
NC
1/
2 3 5 6 7 9 13 12
2
3
6
7
C
9
II
13
14
2 3 5 6 7 8 14 12 9 13
2 ;, 5 6 7 9 13 12
2 3
5

6

7 8

IG04240
G04240A

I
2

3

"

D.A. T../J.

M

B C 0

CKTN

2
6

3
7

II 12 13

C

9
14

CKT NO

G04246

iP'

G04246A

2
3
4
5

3
4

A

B C

0 E
H .J
L
p

M

R
U
E F
J K
M N P
S T U V

r

F
K
M
S

v
0
H
L

R

ALL DIMENSIONS IN INCHES

IN DRAWING NUMBER
SEQUENCE

SECTION 12. lOGIC DRAWING
G04-248

~QF

D

D

'

E
E

KT TERM ABC
I
0 F E

4248

2

K M L

3

R T

VAA

S

c

~~D

A

G04-270
C

q

a
C

G04260

FP

oJ

D

COM

E

MP

CKT NO
I
2
3
4
I

2

0

604258

ABC D
0 E F H
J K L M
N P R S
T U v

CKT NO
I
2
3
4

::=c=r

g.IIUI

COM

A
I
6
I

B C D
2 13 14
1 a 9
2 4 5
9 10 12 13

CKT TERM
I
2

I

G042158A

2

G04260A FP

F VAA COM
II
3 12 4
II
5 10 4
7
14
3 6
7
a
14
II
E

3
4
I

2
MP

3
I

2
3

A a C o COM
2 3
II
5 6
7
9 10
8
1213
14
I 2
3 7
4 5
6
9 10
8
1213
II
I 13 1412 II
3 5 6 2
7 a 910
I 2 1312 7
3 4 5 6
9 10 II 8

4

14

4

14

c

VCC

A

B

H
CKT.NO. TERM

A

G04-273b

1
1
1
2
1
2
1
2
3
1

G04-273c

1
2
3
4
1

B
C

E

D

J

G04-273a

F

G

G04-273f
G04-273g

D.A.T.A.

D

1
7
5

B

11 12

3
4
1

10
1
6
9
12
2
5
8
11
1

1
2
3
4

12
9
1
6
9
12

13
10
2
7
10
13

G04-273d

G04-273e

C

2 3 5
6
1 2 3 4
1 12 13 14
6
7 8 9
2
3 4 5
9 10 11 12
1 2 14
6 7 8
9 10 12
2 3 4

A

2
7
10
13
3
6
9
12
2

F

H

G

J

9 10 12

11 12

8
2

Vce
4
14

6
13
3
5
13
1
9
13
3
5
8
14
1
4
10
13

14

11

14

8
3
5
8

14

1
12
6
8
6
8
3
6
8

11

135s1

11

,'P

7
1

14
4
4
4
14
1
14
4
4
4
4
14
14
14
14
-- 3- -14

13
3 4 5
9 0
1
1 2 4 5
9 1 12 13
1 2
4 5
9 10
12 13

C( M P~G

7
7

MP

11
11
11
7

P
I

FP
FP
FF
FP

R·'f'·,1

FP
MP

CKT NO
I

2
I

2

A

a

6
I
I

7 8

C

D E Vaa COM
II
9 10 4

2 13 14 12
2 4 5 6
9 10 12 13 8

4
14
14

II
7
7

Vaa

4
4
4
A

E

14
14
14

a

14

C

1
14

D

~~E

14
14

ALL DIMENSIONS IN INCHES

SECTION 12. LOGIC DRAWING
Vee

,""'' ' kJ
ONLY-:

G04-31Q
G04 310a

F

CKT,NC,

A

B

1
1

7
3
7
3

4
8
4

2

A

G04-310b

1

B

G04-:UOc

1

e

G04 -31 Oe

2

0

310

1
1

2

!

o

~.

I

I

E

G04-31o[

5
6
1

2
3
4

C3""E'

,

3 4
7
8
7
8
1
3
5 ...
13

I!-+1

-.

D

E

P

9 10

2

3

r-l~-

G V

4
_9

OND
6

2 2
10 10

9
9

2

+--

1

r-+- I-f---

~r- ~

1
1

6

1

14

7

~-+= ~11 t-- t--

2

5
0
12 13

4

~c-

++

10
8
3
6
8
11

14

7

1;'lf'ti

E=j

Vee
16

OUT

IN

Vee

A
0

B

cO-eKT NO ABC
I
1 6 5
1514 13
2
3
2 3
4
10 \I

Ii"ffll

0
4
12
I
9

g"E'!'
A
~KT

8

G04-323

e

G04-323a

o

F

1
2
1
2
3

G04-323b

1

E

B
C D E
5 3
1 2 4
9 10 12 13 11
1 2
4
5
9 10

A

3 4
9 10
2

3

F
6

8
3
6

8

5

6

3

12

li'iiP!'
Vee
G

AO-~-+-f-{

H

~~~....--t-{

B

e

F

o
E

D.A.T.A.

~"

F

eKTNO.
I
2
G04-325A
I
2
G04-3258
I
2
G04-325C
I
2
G04-325

A B
I 2
1012
2 I
6 7
I 2
9 10
I 2
5 6

e 0
4
13
14

E F

8
3
II
3
7

4 5
12 13
i4 13

8 9

G H COM
5 6
1
\I 9 8
3 1312 \I
5 9 \0
6
1

3

Ir.~

14

4
14

8
12
10

II

4

COM

ALL DIMENSIONS IN INCHES

. Vee
r--~-------(16

A

0-

eKT. NO A B e
I
4 I! E
2
7 H 8
II
M L
3
4
R 1312
1716
I!
6
U T
7
18 X
V

0 E F G
0 3
e
F 6
J
10
K
9
N
P 14
II!

S
20
W

o

eOM
I

2
3
4

A
7
15
2
10

8

8 C 0
6 5 4
14 13 12
3
I
II Ne9

E·IIEII

G04-330

A
B

~-------4----~~1COM

DOTTED-IN
PORTION FOR
G04-330a ONLY.
CLAMPING DIODES
FOR G04-330b,e ONLY.

NO.

e

00"-330

1

GO'-330a

1

QO'-330b

•

• ,.
••
•
•
• • ,.
•
•••
•
•

A
1

3

B

e D
3 Ne
7
9 11 NC
3 1
5 7

12

Q04-330c

3
1

•,-

14

1

5

1

11
3

1

1

• 1

1

•
•
•
•
3

QO,-a30e

3

OM

121311

3
G04.-330d

vee

•
• ••
3

1112
1 14

• ••

11

• NC
1 NC

13

C

• NC
•7 NC
Ne
1112 13 NC
5

14

10 NO

3

7

,.
G04-34S

Vee

0
G04-345

CKT.NO.

A

1

1
4

G04-345a

3
4
1

G04-345b

1

G04 345c
04-345d

1
1

3
4
5

D.A.T.A.

B

• ,. •
•
• ••

C

D

E

F

G

H

8
11

,.

1
3

• 13
9 10
5
9 10 12 13
10 11 1213

5

J
3

•

5
10
13

5

1

•

•
•
••
8

3

4

9

11

lJL

ALL DIMENSIONS IN INCHES

IN DRAWING NUMBER

SEQUENCE

g"'ffl

~--+--'V'.r.--_-{

14

VCC

i2r-'P--H
o~_

E
CKT. NO A B C 0 E
I
I 245 3
2
9 1012 13 II
G04-354A
I
I 2 HC HCNC
2
4 5He N NC
3
9 10 NC INC NC
12 13 N N NC
4
G03-354B
I 2 13 NC NC
I
2
3 4 5 J« NC
3
9 10 II NCNC

A

G04-354

B

c

o
E

g"ff})

CKT

1
2

A
1
9

8
2
10

12
OMITTED
ON

~F

G

CKT A 8 C D E
1
1 2 3 5 6
1
1 2 3 5 6
1
13
1
2
G04-358c 1
2
2
6
,
9
3
12 13

004-358
G04-358a
G04-358b

C

•

•

G04-35!io

"

1

2
3
1

:

~-¥

9

0

H

J

K

F
6
8
3
6
8
II
12
6
8
M

9 13 NC NC 12
8 14 9 13 12

vee

COM

4:

10
1

4:

10

4:

10

4:

11

12
3
7
11

14
5

14

11 12 13
1 2 -

3
5

,
"
,

E

3 I.

1 2
•
5
9 10

6

11
3"
5

11

13

12 14
C

D

2

4:

11

4:

11

10

,

6 "

9 10
11 1

12

12

VCC-4
COM -10

• • .•
la.'iM

'Olllllill
B

o
F
H

cOr-

Vee

CKT.NO
I
G04-360
"""\J
2
I
G04-360A
I
G04-360E

~

2

~f«

3

OUT

EO

J
GO
COM
10

A B C
13 3 2
5 6 7
I 2 3
123
6 7 8
II 12 13

0 E F G H
I
9
5 6 7 9 13

!~,

J
12
II
12

,

5

ou,

9
14

CKT

G04 361

H
G04 -361ft

1
2
3
4

1
2

D.A.T.A.

0--.,...--,---,---,

B
2
6
5
9
8
12 13
13
1
6
5

A
1

C

D

E

3
7

11
14
2 l~ IT
7 19

ALL DIMENSIONS IN INCHES

CKT. NO. ABC
I

I 2 3

2

4 5 6

3
4

9 10 B
1213 II

COM

g.,"(;1

G04-375

B

004-376

CK
1

1 2 3
5 6 4
8 9 10
12 13 11

7

OND

D
B

GO"'-377

CKT
1
~

3
GO"'-377a
GO"'-377b
GO"~377c

1
2
3
1
2
1

A B

C D E F G H J
K
2
3 14
5
6
9 10
8
1 1
1
1 2 3
12 1'"
3 4 5
9 10 11
8
5
6 14
1 2
9 10 12 13
8
1 2 3
1 11 1 1
8

1

•

"

M PKG
7 PP,I'IP

7
OND

7 PPMI'
7 PP MP

AEOE

B
C

D

E
F

uO .. -37

2
3
GO"-377e

1
2

K

GO"-3771'
G04-3776
1

3
1
2
1
1

004 - 3 77.
2

6 7
9 10
12 1
1 2 14
6 7 8
9 10 12

a

6
1
2

5
8

luO .. -~77J
G04-377k
I ,,0 .. -.77m
M

D ..II.:r../L

4
1
1
2
3

7
2
3

3

13 12
8 9
3 4
5 6

5
7

6
9

12 13
1 2
1
1
6

5
8
1

2
2
7

13
2
10
6 11 12 8
8 9 10 12
3
7

11
14
12

3 13
3
3
8

12 13 11

5

6

7

9 13 12
5
1
9

""
"
"
a"

1

11
11
11 PP
11

IT IUti tl I! ItI
%

11
11

11
7FPMP

"11 FP
4

°

FP,MP

" 10 FP MP

"

10 PP MP
4 10 FP

ALL DIMENSIONS IN INCHES

SECTION 12. lOGIC DRAWING
G04-380
16

r-...---:~-.---~~ ---~-I'-'
e 2K

12K

I

,

I

'

_ _•

I

,9_1~ I

I

I

I

I

I

I

I

I

I

I

:

91;(

12K

82K

I

,- -~ 1/4

IO/15:~,
I--*~"'k 11/14

NClI3

G-lfl:11

:;3-, :===C>--"
:;3-, :===C>--.
10/15
~~~11/14

3 / 6,o+III~1-4-{"

J-....ot-'"

.........-i4+--l

NC/5

c· Ai
r ' D£
J'
JIll,

82K

10/15

3/6

11/14

l-1'-"I-*--IIII-o NC/13
75K

~=L)---P
C ~

F =

Aii

o.r

K ~

G.tn

p =

N-Q'1..

g-"!:I'

16v.

Iff

...

..

GND

®@@®

CC

10/15

....

}-

l-+~~

~

~::[J-K

11/14

CDCD000®CD

NCIl3

1"

C

,
K

p

D ..lI.T..lI.

;-;::

82K

217

NC/5

GH

18

1Y

Vee

2Y

2A

28

AS
D'"

G""H"J
N"'M'l

ALL DIMENSIONS IN INCHES

IN DRAWING NUMBER
SEQUENCE

SECTION 12. lOGIC DRAWING
Vee

G04-386

14

KT A
1
1
4
9
3
4
12
1
004386
3
9
1
G0438fio
9

G04386

24k

800

•

A
B

B

•

C

D

11
12

13

•

4

13
5

10 11
2 4
10

E

3
6
8

5
10

"

6
5
13

Vee
------->

~

----~

E

Co--!-+-+1

D

250

i
I
I

J
GND
OND

Vee

.k

500

H

100

0

F

E

ABCD

004·3871 INCLUDES DOTTED
AREA W/O DOTTED
RESISTOR

A B
e D E vee GND
2 4
11
1 12 13 14
6
7 B 9 10
6 14
1 2 4
B
9 10 1
3
1 2

eKT NO
1
2
G04-3BBa
1
2
G04-3BB
1

G04-3BB

4
1
2

G04-3BBe

1

9 10
12
1 2 1

G03-3BBd

MIC & MILITARY
TYPES ONLY

A
B
C
0

E
lornl"""

400

11

G04-387

FP

11

7

B
9 10 12
1 2 13
6

5
1
12 14

M

GNO

10 11

I!'!I!:~I

1

••
1

•

1000 - 38 •

G04-387b, M
g

1

•
•
1

0006-3870

14

a04-38'ld

•
•

r-~~------~------r-~~~~------~--------r-~~------_'1
A2

R2

A6

RS

004-387. THRU q INCLUDE
DOTTED AREA WITH
DOTTED RESISTOR.

A5

A6

R2

R}

"CC

G04-S8'le

M

~ I r

,•
• ,.
•
•• "•
• ,• • •
•
•
••

EI. la

1

12 13
1

1

Rl

10 12 1
1
8

3

G04-387f

-SUh

1000-'.'k

M

M

14

2

14
14

14
14

8
1.

11

14

•

14
2

•
••

•

5

14

1

3
1

2

• • ,.•
• 12 •
•3 ••
1

••

5

1

Rl
10

oo4-38?'n

M

G04-381p

Fe

•
•

o"-387q

Fe

•

AI

1

1

••

,.

11

,•

•• • •
•
• •,
3

1112
1 13
5
9

14

8

14

14

8

11

8

1

5
1

11

11
11
11

8

6 11 12

11

• ••• ,
,
•

12

13

1000-387m

D.A.T.A.

2

1

FP

[OO'll-n'IJ

G04-3B9a - R3 and R4 NOT APPLICABLETHRU CONNECTIONS.

14
14

8

• ,

Rl

8

1

Rl
13

Rl

8

14
1
14
14
14
14
1

13

1

1

•

12

11
11
1
11

11
1

FP
Rl

•
••
• ,,,
,,
,.•
,,
•
•., " ,,,
• ,,,
•• " ,
• •• ,,,
,,
••
,,
5
8
14

••
5

vee GND

•

1

5
1 12

••

14

•••
,

8

,
1.

13
2

•

3

1.

12

ALL DIMENSIONS IN INCHES

IN DRAWING NUMBER

SECTION 12. LOGIC DRAWING

~

SEQUENCE

1D

Ie

18

liND

2V

2D

2C

0000000

\

0000000
14

IV

NC

VCC

NC

2A

28

66ol5066
CKT NO A
1
2
3
4
1
2
3
1
2

G04302

4-393a

ABC
2 3 5
1 2 3

D
6

E
7

4

5

F

G

H

Y V
G04392a

B
9 10 12
6 11 12
B 1

G04392b

1
6
9
12
1
6
9
1
6

B
7
10

C

D

y

V C
5

4

Gm;
11

8
14

13
3
2 14
7
5
8
10 12
13
12 13 14
2
7 8 9 10

4

11

4

11

0000000
tIC

..

•

vee

CD.

CKTABCD
1
1 2
2 11 12 13 9
G04-397a 1
3 4 5 6
2
1 2 B 9
3 11 12 13 10
G04-397

Vee

F

~f

9:
c't-~ _~_ tvss
A

B

NOTE: OMIT DOTTED PORTIONS
ON G04·397a

@"'ktl
G04-399

E)-_ _..J

PKG
M

Vee

CKT
1
2

Gnd = Pm 7
IFP

3
4
1
2

G04-399a,b TOll 6

+
1

2

3
4

A B
3

C
1
4
B 9 10
11 12 13
1 2 3
2

5

6

vec I aNT
14
14
14
14

4
4
9
4
12 f~ -d~ -i
1 2 3 14
4 5 6
9 10 _1>
12 13 11
6

7

5

4K

7

1.2K

7
7
7

11

rH-

~
7

A
B

,

,,

'.

,

~

i
i

• OMIT CLAMPING DIODES
FOR G04-399a
~

D..lI.T..lI.

I.

,,

1.2K

c

"E
r,,
,

ALL DIMENSIONS IN INCHES

SECTION 12. lOGIC DRAWING

B·llm.•

'5<

Ik

KT

G04-400

F

A o-__-t<~-r
D

,,~

04-400a

+

04-400b

-t<~

G04-fOOe

E
C~

_____

"K

G

21k

Bo-__

IN DRAWING NUMBER
SEQUENCE

I

1

A B
3
5 6
10 11
12 13

•

10
3
7
11
3
6
9
I'

C

D

E

F G H

2
7 8 1
9 8 1
8 1

l'

7
9 8
1 I' 13 14
5
2
9 10
6 8
12 13
14 8
2 8
7
5 8
10
11 8
13

•
•

1
1
1
1
1
1
1

A
B

PKG CKT
04 -4 0 1 FP
1

ABC V

1

2

9 10

I

3
5

"

Co ..

COM
11

a

Ii

'DO

0'

'55

6';1'"

G04-414

NU.GF CKf.
1
2
3

4

A
1

b
C
2 3
5
6
9 10
8
12 13 11

4

Vee

....n

'ss

2kU

7

::=J.
o~

fI·"lfj
32.0k

.lliiiallli'.'~I~'~1~rJ~_~-lVCC

vee

14

14

TGOI(

3k

liULE

A
B

c
D

N0.0F CKTS.
Go4-4I5

1
2

C D E R
A 3
4 5 6 1
3
10 11 12 13 8

GND

7

D.A.T.A.

13661

All DIMENSIONS IN INCHES

SECTION 12. lOGIC DRAWING
Vee

m"I":'

F~

Vee

_0

CKT A
1 1
2 4
9
4 12
- 1 a
1 13
2
3
3
9
G04-417b 1
1
2
9
G04-417

F

A.....~.....C

B .....~.....

C .....-4--4

B

C

2
5
10
13
1
4
10
2
10

D

E

1"~

V

F

3
6

4

7

8

111.

11
2
5
11
4 5

12

D

A

4

8
3

6

14

7

12 13 11 8

n.....-M--4
E"'-...J

G04-424

CKT NO A B e D E F
1
1 2 3 4 5 6
8
10 11 12 13
2
G04-424a
3
1
1
2
6
3
7
9
4
10 11
5
13
12
15
14
6

vee

G04-424

Et.ii*+i
G04-425a:

1
6

- A

g·Ilti

42
2

MP

1

S
8

1

3
3

4
1

7

• ID
1 1

GO.f.-'U8

7
4

5

GO,,- 2Ba FC

14

6

D

4:

12 13 11

Got-USb M

·•• ,.•

11 18

16'11t*4

4

4

8

FP

B

7

3 11
5

3
1
I.
S 6
8 9
11 12 13
1 2 3 11
7
5
9 I.
1 1 1
1
11

in portion
04-425c

8

14

F

omItted.

16

2• 2
4

Fe

Dotted

COM
7

A

04-425 J a

D4-4ZSb

1

14

'lei'tl:ll:04:-:42:8JCi~~T~~i~~i~!rV~i~ICO~8J

Vee

!

1
1

G04-428a

2

11 10
14 13

Ao-t>__--_-1
B 0-1_----1

M

9
13 15 12
3
12

Co-+-+__- - - - '

D'o-+-t-hr---I
EO++-+-I_ _

~

f.

o-IH-+++-_..J

Gio-t-+++-+_+~
Hlo-t-++-I-+-+~

y._-----+-t''"'Ii-t-12 11

D ..II..T..II..

X

L - -......--C:=l-'-_ Com

ALL DIMENSIONS IN INCHES

IN DRAWING NUMBER

SECTION 12. lOGIC DRAWING

SEQUENCE

.----...,..--...,..--<> vee

......---+--+---------14 (AND)

11

'~~::INANDI
9

VDD=Pin16
VSS = Pin 8

Note: Pin 14 must not be used as an input
to the inverter.

D.A.T.A.

G04 453

CKT
1
3

4

A B
1

2

8

9

12 13

OUTP VDD
3
14
10
1
G04-454

CKTABCD
1
2 3 4 5
2
9 10 11
2

ALL DIMENSIONS IN INCHES

SECTION 12. lOGIC DRAWING

IN DRAWING NUMBER
SEQUENCE

2

o

3

4-1-===1

8~--~~'1

I

3K

5 -1------'-

' -__- ' -__.!:8l"l GND

6-1------'1

7 - 1 - - - -.....

812

Al~Ol

8-t----I-

9
10

11 12 13

Al~Ol
16

Vee

28K
91K
A

0

"e~4
15
13
6

B

A6~4
B
15
13 0
6
6

GND

6

o • A
o • AB

3K

8

0

r----r--------------~~vee

1.4kU

390 U

r---~------~~vee

A

~

INPUT

o--+---4----4U

INPUT

o--+--~---.....J

INPUT

o-......- - - - - - j

c

INPUTS

VARIATIONll

rO.-.

VARIATION I

59

C D y VCC GNi

PKG CKT

A B

FP

1 12 13 14

M

1
2
1

1 2
9 10 1

-.
•

2

4

5

6

14

IT

8

in

11

CKT

7

1
2
3

ABC

D

3
1

4
5
6
2
8
9
11 12 13 10

Vee

R'

!NPUTS

rr
rr••••••••
...I:'

e
o

I
, ' II
___
I
____ .J ,I :

E

_____

II J
I I I I I
I I I II
: ' I I I

..1:,I II I
I

G

_____

H

______

_______ . 1

J

_______

K

________

J

3

G04-461a
G04-46lb

I I II
I : II

_ _ _ _ _ ...J

J

OUTPUT

I I,

F

D ..lJ.T..lJ.

eKT
004-461

I J

G04-461c

•
1
2

1
2
1

A
1

B
2

•

9
12 13
1 2

e

D

E

F

G

H

I

J

K Y
3
5
8

14

•

112 13 14
6
7 8 9
1
2 3 5

3
5

3
2

I.
6

7

8

9 10 13 14 12

I I:
II

...1

I

J

GNO

ALL DIMENSIONS IN INCHES

SECTION 12. LOGIC DRAWING

Cri-,I

IN DRAWING NUMBER
SEQUENCE

Vee

'I

g-'I"I

150n
40ku

20 kn
3600

Vee
160n

40kn

EXPANDER

OUTPUT

{~

INPUTS

20kO

DOE

V

X

OUTPUT
V

GND
004-462

eKT A

e

x

7

y
3
6

12 13

14

1

1

G04-462a

B

•

D

1
6 72 "
9 10 12
1 12 13

G04-482b
004-46Ze

•

GNO

3
6
13
2

o-

1314
6 7 8

Vee

vee

4.

3.

3.

CKTABCXY
1 12 1 14 1 2
6 7 8 9 10

----

3V

......

,--

25

380

3

."

'"'u" {

,.

GNO

,.

IV

2'

2.

2V

GNO

10

lC

1B

GND

2Y

20

2C

lA

IV

Ne

Vee

NC

2A

2.

®®®®®0CD

G04-467
'---~-----'-Vcc

OUTPUT

A
B

C
0

OUTPUl

E

12k
GND

004.-466

o

CKT

FC

A

B

e

• ••
• • •o •

D

6

y
3
6
8

3

0"-468

FC

12 13

•

vee GND
14

..

7

7

gl}I"

g·}lf)

PKG eTC'
1
2
IG05-72a
1
2
G05-72b
1
2
3
4
G05-720 FP
1
2
3
4
M
1
2
3
4
G05-72

I

2

3
12
6
7

13>-----'

14>-----'

D.A.T.A.

Fl

1
6
1
3
1
4
10

2
7
2
5
2
5
9

2

3
6

5

9 10

1
5

2

3

n Iv"" IGND
4

8

9
7
6
3 14
/[

7

8
4

11

3 14

7

1
7
8

a

6

8

12 13

10
11

ALL DIMENSIONS IN INCHES

IN DRAWING

SECTION 12. lOGIC DRAWING
GOS-74

B

C

D

E

I

I

2

12

2

5

10

3
9

14
7

CKTNC A

8

P"t"

A
B
E

C

D

c

0

:>

II'IHI
G

H

C

A

e

A

E

D

E

f-@c
NOTE

PINS

USED FOR

GOS-83

2

ARE

AND 9

TEST POINTS

Vcc

AJ~
e

C

COM·ID

D

KT

E

1

1G05-84

A

B
F

H

E

H

F,G

C
D

2

L K

3
4

It

l'

N

V

U

T

TERMINALS

CKT.

NO.

A

e

F

G

~

Vee

I

3

I

12

4

COM
II

2

5 13 14 2
7 8 9

6
I 13
2 3

10

4

II

8

14
14

7

I
2

C

D

9 10 12 II
4 5

m·}I:"

6

PACKAGE
FP

MP

7

Ca·}Iil

A

A
B

C

B

E

C
0

CKr
G05-89a
-,

D.A.T.A.

D

E

FP

1 2 4
5
9 10 12 13

6
-8

M

A

8

.:3

9

C

CKT. NO ABC
I
6 7 8
1314 I
2
I
I 2 4
9 10 12
2

o
9
2
5
13

E
10
12
6
8

COM Vee
II

4

7

14

ALL DIMENSIONS IN INCHES

SECTION 12. LOGIC DRAWING

IN DRAWING NUMBER
SEQUENCE

c
A

c

13

B

A 8 C
1 Zl 2
645
8 109
13 II 12

CKT. NO.
1
2
3
4

A

KT.NO. A 8 C
I
1 3 2
2
6 4 5

3
4

8

C
B

9

13 II

Cit·fi t.).

I.

.. ..

••

"'2

"'2

..

"

..

••

13

TY,"ICAL f'IESIIT .... NCE VALUES

I.

"',_ 1 IkO
Pl2·3.kfi

OND

D.A.T.A.

ALL DIMENSIONS IN INCHES

IN DRAWING NUMBER
SEQUENCE

SECTION 12. lOGIC DRAWING

w'}I"P'
.0'0

Vee
14

....

A.I,

AS"
4 k

4 k

4 k

4 k

12k

4k

100

CKT.NO. A
G05-102 MP

14
14
4

FP

13 12 11 14
5
6 7 4
10 -9
8 4
4
12 13 14
3 2 1 4

1
2
3
4

B<>--f---1----!---i-7
11
11
11

1
4
9
12

B

C

2
5
10
13

3
6
8
11

11

CKT
IG05-106

CKT.NO. A B C
1
1
2 3

, ,
9

108

1

"

1
2
3
4

A E C
2
1
3
4
5 6
9 10
8
12 13 11

.

Vee

c

Al~~~+-~~'-~
B2~r+~~~~~~,M
••~---+~-+__- 4

..

B<>-++-+-+---.J
,
ONO

veel

VCC2
14 (16)

12

3131
Number at end of termInal denotes pm number for 5 PacKage
Number In parenthesIs denotes pm number for L Package

D ../J.T../J.

(14~

15 (studl

18}

7(7)

11 (13)

1(1)

9 (11)

R=!;iOI< for high Z
21< for low Z

VEE

ALL DIMENSIONS IN INCHES

SECTION 12. lOGIC DRAWING
12

13

IN DRAWING NUMBER
SEQUENCE

\I

"'-+--+..... ,0

<>---t--"

1. <>---t-.,...,

7
VARIATION 'I

VCCI .,

o-==::;:~==~==~=:tiI-r-4----t---"""----I

3 <>---t--"
• <>---t-"""

I

VARIATION ]I"

11/4 OF DEVICE SHOWN, BUT ALL PIN NUMBERS INDICATED)

~:

22~20

23

,
S OUTPUT

INPUT

~o-.,-+---+-+---'

tNPU12'---+-+-----+-+---'

<¥I

21

•

VARIATION

m

,
G ••

Vss 1
VDD 13

~112

1152

G05-112

CKT
1

14

ABC vec GND
12314
7

Et.ri'l'

14-----\~ 12

15~ 13

: ===!D-- c
D.A.T.A.

EO

;=j

:=:)

2

13=l
12

15

11:=j
10

14

9

Gnd

AU DIMENSIONS IN INCHES

SECTION 12. LOGIC DRAWING
G05-116

CKT
lG05-116

1
2
3

4

B C
2 3 1
6 6
10 11
13 14 15
A

OUTPUT
4

VSS GND

16

8

7
9

12

Ao.--H

Bo---+--~

QOG-U8

I

••

"

11 13 14

G05-120

Voo

~NP

~ OUTPUT

, VSS

Vss

D.A.T.A.

F

ALL DIMENSIONS IN INCHES

SECTION 12. LOGIC DRAWING
DWG
NO
0664

,- -I

~

p

------I
I

~

I

~
CKT ~ TJ
1
5 6
2
1 2
006-61b 1
1 2
o -61c 1
2
5 6
3 10 11
3
006-61

-

I

F

0

P

J

K

3
4
GO 664A
2
3
4
5
6
7

I

- - - - - - -I

C D E
8
9
7
3 13 14
3 4 5

M

8
9

~~
P

N

R

S

CO

VC

11
1
1
1
1

0

9

37
28 27 26

CKT NO
I
2

0

25

G06-67

G06-6lf

4
5
10 11

06-61j

22 2
28 29
35
40
3 4
2 3
R
7
10 11

G06-61k
G06-61m

7
4
2

5
G06-61
G06-61r

006-61 t

G06-61w

1
1
2
1
2
1
2
3
4
1
3
4
5
6
7
8
9

06

31 32 3335

11

10
2
9 12 13 14 10
2
7
9
14
2

e

G06-61s

f
2

I
I

I NO; PRESEN'r IN
S
: ALL CKTS (SEE TA!l)
I

CKT
NO

3
10
7

8
14

1~

5

G06-678
G06-67C

3&

5
10

10
4
5

9

12 13

9
9

6
10
4

R

9

5
R

14
9

17 19 20
3·
22
2 27
30 31
3
5
9

2

A

1

11

11

A

8

I
2

0

E
H

4

15

9 10 11

CKT. NO.

5
2
4
I
6

0
4
4
4 CN
4

5 FP

5

5
5

2 8
4 6 7
3 NC 9

5

14
13

>---+1--7 8
7CKTS

K

3

R
12

y

5

2
3
2
3
3
7

'a,fiJI

14
14
1
1
1
1

11
11
11
11

12
10
3
5
10
12
18
24
28
32
2

I

2

9

8
5
3
1

G06-67A

:~CaD

9

2
30 3
3 37 38

2
6
2
7
9

5
•1

16
2
25
29
1
6
7
10
13

6

2
I
2
I
2
I
2
3

C
7
6
7
6
9
8
2 9
4 7

A 8

L

,.,

N

P

6

R

5

7

T

U

.,fl"
G0672

:~
:~C

0172A

I
2
3
4
5
I
2
3
4
5
I
7

8
9
10

D.A.T..II..

A
0

B C
E F
H J K
L M N
P R S
T U V
3 4 5
I 7 8
9 10 II
12 13 14
15 16 17
18 1920
2122 23
2425 28
2728 29
30 31 32

~__-fA~~B~C~O~~E~F+=G~H~I~

~GO
__
6~~~1~2~3~4~~5~6~7+=8~9~
G06l'4A I

3 4

~
E

NC 6 7 Ne NC

illil1ffi

CKTNO ABC
G06-83
I
6 7 8
G06-B3A
I
4 5 6
Go6-B3B~~I__~1~2~3~~
2
6 8 9

ALL DIMENSIONS IN INCHES

SECTION 12. lOGIC DRAWING

A

IcKNERM A 8
I 2
I 2
I
3 4
2
8 9
3
13 14
4
18 19
2324
5
6
2829
I
G06B6C
3 4
2
6 7
9 10
3
12 13
4
5
15 16
6
18 19
7
21 22
8
24 25
9
2728
10
3031

G06B6
G06B6A
G06868

G

!y

8
C
D
E

F

D E F G
3 4 5 6 7
3 4 5
6
7
5 6
10 II
12
15 16
17
20 21
22
2526
27
3031
32
5
8

C

CKT.NO. A B C
I
14 I 2
2
5 6 7
1G06-B7A
I
I B 7

II

14
17
20
23

rG06-B7

0

E F

COM
10

3 12 13
B II 9
6 3 2

4

'26

Tc."
,32

E,tll:'
~Q'
E

OUTLINE CKTI'4O A
12
I
FP
3
2
1
4
MP
9
2
G06-98A
1
1
MP
2
4
FP
3
G06-9B B
8
2
~
1
1
4
2

~O6-98

E

C

B C 0 E F VBB
10 9 8
5 6 7
6 7 8
10 II 13
2

3 13
5 6 8
5 6 7
9 1012
2 3 13
5 6 8

1314
2 I
3 2
14 15
12 II
9 10
2 I
13 14
12 II
9 10

COM

4

II
14
4

II

14

7

G06-107
A

E

··0

C D

E

2
7

12 13

3
8

II

F
9

4)------,

2CKT

}-_ _~_.......J --/4- -

I
6

v,.A

COM

o
CKTNO

G06-109

K

ABCOEFGHJ
I 14 13 2 3 5 6 1 8 •

D.A.T.A.

II

M
12 4

0
10
4

ALL DIMENSIONS IN INCHES

SECTION 12. LOGIC DRAWING

IN DRAWING NUMBER
SEQUENCE

G06-133
A

F

B

E

D

COM

CKT NO ABC D E F COM
I
3 li 6 7 2 I
2
8910121314 II
I
I 2 3 13 12 II
7
2
4 li 6 8 9 10
G06-I33 B
I
I 2 3 13 "12
7
2
4 II 8 8 10 9

CC

CKtNO. ABC
606-134
127
I
2
G08-134A
I
I 2 3
8 7 II
2
9 10 B
3
4 • 1213 14

4
14
14

,;.t""

1d'~'I'il

A >------1

D

A

B

2

3 5 6
10 12

C

E

COM

V

TOOO
S

8>------1

005-142

T091

G05-142a

TOS6

G06-142b

TOS6

G06-142c

2
5
10
12 13
2
3 1

o

1

•
5

14

,

1

E

C>------1
0>---1

,.

10

11
12

"

E>---1
MP

G06-142d

2
10

11

0

o

12
11
1

2

o

10

•

14

10
3
11

4

G06-143

CKT NO A B
I
2 I

PKG
GOS-143
GOS-143A

g.tl'fl

FP
MP

A
I
I
3

8 C 0 E F G H J K M N V C COM
13 14 2 3 5 S 7 8 9 II 12
4
10
13 14 2 3 5 S 7 8 9 10 12
4
II
451 2 12 13 9 10 II 6 8
14
7

H·tl'-t' iE=[Y H·tl'"
GOS-lli3

CKTND.
I
2
3
4
FP
I

MP

2
3
4

D.A.T.A.

243
368
479

ABC COM
3 4 2
li 6 7
13 12 14
II 109
I

2

3
6 7 li
8 9 10
13 14 12

II

CKT No.
I
2
3
4
li
6
7
8
9
10
II
12

ABC
6 7
2 3 4
9 10
oE F
1213
J K L
lli 16
N P R
1819 •
T U V
2122

D
li
I
8
C
II
H

14
M
17

E

10

A

8
C
0

S

20

X Y Z W

ALL DIMENSIONS IN INCHES

IN DRAWING NUMBER

SECTION 12. LOGIC DRAWING
0

~8tY

SEQUENCE

I$.rl'tl

PK CKTNO A BeD
I 2 a 14
FP
I
2
5 6 7 IS 4
a 8 910 12
I 2 a 9
I
4 568
2

II
COM

E,F

§§Y

A

I

Vee

B

eKT A B e
G06-159
GOS-159a
GOS-159b

C

G06-159c

E

1
2
1
2
1
2
1
2

1.
8
1

1
1
2
5

•

6

1

1
13
8

3
6

E

F

Vee

COM

12 13

4

10

1

• ,.
•

1112

9 10
2 1
1
12 11
9 10

•

D

0

D

2 3
6 5
3 13
6 8
5 3
8
2 1
5

14

1

11
1

F

COM

Btlt., ,
A

G06-162
E

'tc

~~

B

A

A
B

E

C

iaY

C
D

D

·~""""""~IO

COM

w.tlt.',

B

Ckt
1
2
3
4

A B C
1
5 6 4
8 9 10
12 13 11

GND

C

G06-165
1'2 Of CIRCUIT SHOWN

3

5

A

6

B

,..--_F

C

G

o
E
GNO

CK
G06-165

Vee

G06-166

~~~~----~----"lO
Com
A B
D E
13 14
9 8

2
6

3
5 11

G06-168
E

A'
B
C
0

F

VSSl3

15

1-1

SOURCE

"----t-----+-----~----~----_1

GND

G06-166a FC

1

2

B C D E F VCC GND
5 6 7 2 1 4 11
9 10 12 14 13
4 5 6 1 14 3 10

FP

1

3

5

8

9

G06-166

PKG CKT
1
2

•

D.A.T.A.

A

3
8

6 7 2 1
10 1. 14 13

4

Vss 1

COMMON 13

11

All DlMENSION$ IN INCHES

SECTION 12. lOGIC DRAWING

r

H

C

~KI

B

INPUTS

IINPUTS

A

J

------J", 'f.. 2 'f..3

A

G

B

cr
D.A.T.A.

13841

CKT NO A

B

C

D

E

F

G

J
S

K

L

M

T

U

V

I

E

F

H

2

N

P

R

ALL DIMENSIONS IN INCtES

SECTION 12. LOGIC DRAWING

IN DRAWING NUMBER

SEQUENCE

G

A=E}T e

H

DELAY
-T

B

a C 0 E F II
II 10 2 4 II
I
4 5 9 7 6 I 10
6 7 13 II 10 3 14

OUTLINE A

A

>-1

I J0!I42

FP

IJO~42A

FP
MP

•

H VAA
7
3
2
4

8
12

COM
8
3
II

I

1
I

ONE
SHOT

G

16

o

D

o

E

vec

o

D ..II..T..II..

ALL DIMENSIONS IN INCHES

SECTION 12. LOGIC DRAWING
HIGH DRIVE

I

-L
T
~

COM

r---r=--r7,.,--,..-,.,..--r::-,..,..,m-::-::-r::-::-:-:1 :..- - - - - - - - - - - - - - - - - - - - -

CC COM

14

7

12

6

10

5

I

I

I,
I

~- ~

A~N£
0
SHOT
E

B

E

C

'

A>----l
8>----1
C

Q

JL.

0>---<1
II

J05-76

COM

D.A.T.A.

AU DIMENSIONS IN INCH£S

IN DRAWING NUMBER

SECTION 12. LOGIC DRAWING

SEQUENCE

!lOOn

o.

,.
,

.,
i

-1.-*

',',

ty
y

~

I.vee "I'
TI

J05-81

TI

......--+-+"'4!'o·

,GND

._. . .----.....J
AI

J05-83

Q
18

lA

CD
8 7
1.

3

E

F

1

2

1

1

2

3

4 5

Q N.C •.,Al A2

11

a

6
Q

7
GND

Triggei Inputs

J05-86
t-1'-_ _

Al

3~~-­

A2

4~

_ _ _-,

2 k

6 Q

Vee

1
2

,------"r--...

3

B 5O------l
1

Q

6

Vee
Pm 14
GND - Pm 7

9 10

D.A.T.A.

ALL DIMENSIONS IN INCHES

SECTION 12. LOGIC DRAWING

3 G,

Q,

6

4 GZ

e

Vcc

r---,

I
I
I

Vee

Rx

Cx

I
I
I

GNO=7
RESET

RX=13
LX=11

J05-96

LI' :e-~~
C,

10

,,"

11

8

Vee

5

Control Voltage

Trigger

4

1

D.A.T.A.

Ground

ALL DIMENSIONS IN INCHES

SECTION 12. lOGIC DRAWING

IN DRAWING NUMBER
SEQUENCE

COLLECTOR
V'

OUTPUT

.,.

V" ..

'"'"

----------t--t----t-+-+--P!!L-.JII"

"',.""1'---+---------l----+-+--l-+-r:

""'
""
TRIGGER

lOGIC

V"OJ

DOTTED PORTIONS
OIYlITTED ON J05-100a
PKG

J05-100 CN F
J05-100

VCC

1 Rext,'
Cext

1A

1B

Cext

1

ClR

Vs

G

N

0

C

B

M

10

aLL OUTP EM OUTP R C BOOST TRIG LOGIC VREF VADJ V+ GND
9
10
4
8
2
1
3
6
7
5
1
1
11
3
5
2
7 10 6
6
7
3
1
B
5 4

2Q

20
Ce)(t

2B

2A

2 Rext'

GND

Cext

A

~I
'2345678

H

K

l

D.A.T.A.

J

M

Ii

Q

Os

ALL DIMENSIONS IN INCHES

SECTION 12. lOGIC DRAWING

IN DRAWING NUMBER

Ol234e6

PULSE

LOGIC

DUT

OUT

I
I
I
I
I

I
I
I

I
DEHFYXWV

L_J.-__________ ..-1
KOl7 ONLY

o

2

4

6

7

8

9

L.: _ _ _ _ _ _ _

A
-12V

8 W

COM

Z

KOl-20
,.

••• ~'>--r-il:

,-

.
V12
12

100

~---'~-f9 ~g~~ALlY
8 COMMON

BIAS
CIRCUIT

NORMALLY
CLOSED

15'

v-

6i)-~~~~--~-+----~

" D ..II.. T..II..

ALL DIMENSIONS IN INCHES

SECTION 12. LOGIC DRAWING
KOl-23

.. .....'IU'~:::t=l

...g

~"'

."

..
T

t

PIN 68 FOR K01·22. ONLY
CLOCk
ON

_ _ CaM

CLOCK
IN
START
CONVERT

+ 15V

oJ.!.L-+

·15V

()-!.l.IL+

(111

LOGIC
PROGRAMMER
AND LATCH

SERIAL
OUTPUT

llfl~~Ji~~~~~~~~~~(~7~1;::

C

+5V~

~~D~

(161

8

STR08EOUTPUT
(31 LS8

PARALLEL OUTPUTS
PIN 16 MS8
1581T2
1481T3
1381T4
681T5
581T&
481T7
3 LS8

ANALOG
IN
ANALOG
GND

~
-

.L

CLOCK (241

END OF CONVERSION III
SERIAL OUTPUT (21
LOGIC PROGRAMMER
(ENCODERI

START
CONVERT

ENABLE (251
MSB
(381

(401

+15

0-----.

. (351

~
~

-15
+5

PWR

GND

0

~

_C!
3:-t
ii!!l

~
=

;;lil

(341
(331
(321

OJ>
zc)
r-m
~:»
m

(301

iii

(291

(311

•

:D

.,

BIT3
BIT4
2

BITS
BIT6

"2

.:

BIT7

3

'"'}
~

BIT9
l,2B1

SUM

TP 1 19

BITS

C)

-t
m

.F

NALOG INPUT

BIT2

BIT 10

9

ANALOG GND
(CASEI

BIT 11
LSB

:~
~o

1

(271
(261

~~

11
12

MSB

2

MSa OUTPU

START
CLOCK

VLL

"REF (171

OIGITAL GND

DIA CONVERTER

OFFSET

11191 o--oJtIlI'-..,
ANALOG IN

BI(~~RY

1

*REF Output (11) may be used If buffere

Max Load unbuffered lOO/LA

(20)o----<...-"""~--4

ANALOG
GND

~

(181 ~

B.A.. Xli..

ALL DIMENSIONS IN INCHES

SECTION 12. lOGIC DRAWING

REfERENCE

r----- - - ------,

i

SAMPLE AND HOLD #1

I

ANALOG
INPUT

I

1-------------,

:

2'(MS8) :
---1-

I
I

2'
2'

2'

i

---1I
I

---1-

I

I
I

1

:

1

1
COMPARATOR

I

I
I

I
--_1I

r-_ _S~TR....,08E

I:

I
I

I

I

I

I

I:

I
I

SA::~( :lzO ~--------+L..J____ ~~T!A~I~G_O~_.1

2'
2'

r-----------------------1
I
I
I

I
15 LIN!
COMPAIIATOR 1--1-_---'
I
ARRAY
I

2'
(LSB) 2'

I
I

: (UIT A/D)

COMPIIRATOR
Rm NC!
I
I....
STROBl
INPUT
I
------------------------~

K01-30
SIGNAL INPUT

'!I().f\+5:Or:!:IO\v+2~5V or
RANGE \RA~IGE /RANGE

+ 5V

SIGNALI
REf'ERENCE

GROUND

"""-Jr---r--v

BIPOLAR
INPUT

t------..:.::..OBiT'i
r---..:.::..OBITI

+-....---f-:...:...f----..!!..O BIT Z

.u.

+-------+----+-+---......;~BITII

t----\--------l---+-+-"""':"':=:-.!!.OdITl2

CO~~~~~~OR~~~~---------r---r~~---+.-~~~~~~~~---+~~~+4-e
START
INPUT

CLOCK
INPUT

D.A.T.A.

ALL DIMENSIONS IN INCHES

SECTION 12. LOGIC DRAWING

IN DRAWING NUMBER
SEQUENCE

'a"e'

POlARITV

OVU""NOE

TH8~2::rs

,.~~::;::=t1::f

\

HX~f:~Ys ~
TENS
DECADE

D~~~~ E ~o--~......--t1H

Gain Ad) 101-'W,..----,
Analog In 2
Analog In Com 3
Buffer Out 4

R2 5

R,6
CLOCk IN
CLOCK OUT

C~E~.~T--~--~~~~---------------CC~l~~;f~,~r,~

ADC-l MODU LE-------,A"'Oc::O--;:3-:30f~~SO HI INPUT

COMMAND

Bipolar Offset 19

'I"I"I...,.,

Camp In 20Q---....---'I'_....-I'.........

Analog Input
Analog Ground
+Ref In

-Ref In

4

A
B
C

Analog Ground
Analog Ground
+Ref Out

0

-Ref Out

~

N.C.
N.C.
NC.

Ramp Down

Sta'iUs
I1ai1ij)"Up
Clock In

Clock Out
Convert Command
N.C
+15V
-15V
NC.
+5V

-15 V 25

+15 V 27oj-----......

Power Grou nd

Power Ground

Polarity
Overload

Ref Out 221;;::=::;::~

Analog Com 230

7
8
9
10
11
12
13
14
15
16
17
18
19
20
21

22

H

J
K
M
N

P
R

5
T
U
V
W

X
Y
Z

MSB Bit
BII 2
BII 3
Bit
Bit
BII 6
Bit 7
Bit 8
Bit 9
Blll0
Bit 11
BII12
Bit 13
BII14
Bit 15
BII16
LSB BII

43 STA'ftj'""s

+5 V 29Ob~,,",,;:-.

1

Digital Com 30

~32~~~~~~~~~~~

~} {N.C.I

Status 33

Conv Com 34
Clock In 35

Clock Out 36Q----------I'

{BII 31
{Bit 41
{Bit 51
{BII 61
{BII 71
{Bit 81
{BII 91
{Blll01
{Bit 111
{Bit 121
{BII131
17 (Bit 141

37 Clock
InhIbIt

NOTE:
IN K01-32a, BIT 81S THE LSB,
AND THERE ARE NO CONNECTIONS
TO PI NS 48, 50, 52 AN D 54.
IN K01-32b, BIT 10 IS THE LSB,
AND THERE ARE NO CONNECTIONS
TO PINS 48 AND 50.

NOTE: CHANGES FOR KOl-31a
SHOWNINPARENTHES~.

K01-34

,.
,."

*

17

..•

*FOR seD UNITS,

CONNECT 4 TO 5

_ _ _ BIPOLAR

_._._ UNIPOLAR

,. INPUT

_D

••

.........ITY
......V 10

TRIGOEII

"
,.
•

17
..
..
14

ANALOG GRo
OFFSET
OYULOAO
REF IN

11 REF OUT
10 REF RETURN

..

1 14

•

..

.
..

ft

~

. o!!!Z7

30
31
3Z

.•

33

•

D.A.T.A.

OIG.GRD

iffiiii

CLOCK RATE
RIA OUT
STATUI

STROBE

CONVERTCMD

OUT

CLOCK IN

.3

••

17

DATA

OUTPUTS

........
10»

ZO .3

100
ZOO
400
__
100

31
3Z
33
3.
34

43 RAMP DOWN
42 FREO AOJ
40 DIGITAL GilD

3. CLOCK IN
31 CLOCK OUT

37 .IVDC

•

CLOCK OUT

ALL DIMENSIONS IN INCHES

SECTION 12. lOGIC DRAWING

......

., DATA.,.....
•

.".

IERIAL DATA

OUT

_......

PIN

.........

11
13
15
17

1
3
4
5

9

OfFl"

J
.:~:
"""". .... t---------------------------------__----------.J

.".

II ANALOG CIRD

.. ANALOGGRO

"AIUU'LEL

-

lB
20
22

DATA

.-______J-______~

~""

24
26
2B

eMO

47 INPUT 1

(110)

I

33
34

1511.0+REFJN

r

I
I

42 CONVIIIT CMD

30
32

-REF IN

r--

... OffSnADJ

1153,.
I

L.!6.!1

'15

,....-I--~~'!!.A'331

ANALOG

IN

35

1321
+REFOUl

36
37

L.............,..Jr~'-OI1I

60
51

-REF OUT

'OK

(721

GAIN

(62)

SVM

131

NOTE:
K01·37 DOES NOT HAVE
A SERIAL OUTPUT, AND
THEREFORE PINS 58 AND 61
ARE DELETED FROM IT.

53
55
56
58

STROBE
OVI'RLOAD

-15

OVERRANGE

1-----------....>1

(341 CLOCK AOJ

CLOCK

(4)

151

STROBE
OVERLOAD
OVERRANGE
BIT 1 MSBI
BIT 2
BIT3
BIT4
BIT 5
BIT 6
BIT 7
BIT B
BIT 9
BIT 10
BIT 11
81T 121LSBI
POLARITY
POLARITY
CLOCK ADJ
LOGICGRO
.5V

N/C
-REF IN
+REF IN
ANALOG IN
ANALOG GRD

62

+15V
-15V
SYMMETRY AOJ

68
70

+REF OUT
-REF OUT

72

GAIN AOJ

COUNTER

ADJ

FUNCTION
STATUS

I
BIT 121

K01·37a DOES NOT CONTAIN
PINS 32 AND 34. K01·37b
DOES NOT CONTAIN PINS
27, 30, 32, AND 34.

1281 REF OUT
1151 REF IN

1201(

(18) GAIN

."

(191'

ANALOG IN 200K

OFFSET

ADJ

OFFSET ADJ

P'N FUNCTION

12m

PIN FUNCTION
1 ,-15VDC
2 ANALOGGRD
3 ANALOGGRD
+1~\lnr
4
15 I REF IN
GAIN AOJ
18
19 ANALOG IN
OFFSET ADJ
20
REF OUT
28
OVERRANGE
29
OVERLOAD
30
STATUS
31
BIT 1
32
BIT 2
33
BIT3
34
BIT4
35
37
STROBE
BIT 5
39
40
81T6
81T 7
41
BIT8
42
BIT9
4B
BIT 10
49
50
BIT 11
BIT 12
51
52
CLOCK AOJ
Or:l" t>RI
I"
+5VDC
56

D.A.T.A.

•

2
-15

(37)

'B

"

,"3

•5

STROBE

'5V
OVERLOAD

!;J())

QVERRANGE

2Q

129)

I--------~-_' ~'::~ci

BtT 121

23

1551 -

24

2S
29

30

3'

.r

SlrolAR

>-2

2. 1,-4
22 >-"

,

COUNTER

ANAlOG~AO

ANALOG IN
BAlANCI;:
GAINAOol
SIGN lilT CONTAOl
2-1 MSB

3

32
33
34

UNIPOLAR

~:--~13~5~,$~I-~~~~~~J

~5

,-6

>-,
>-B
~
STROBE
STATUS
OIGGRO
DIG GRO
DIG GRD
'5V

'15V o--:-.....- -___

.,

~~~ o-...:.!~....:.--.._ilo

48
51

-15V_...:.!~':':::::"":''''10

5'

2-tO

53

>-11

.
.'..,.

2-12 lSB
-15V
-15V
ANALOG GRD
ANAlOGGRD
+15V
+15V

$

E
...

54
63

BOTTOM

~53

,-. TP ,-12 { LSB
QUTPUTS
2-9 052
SERIAL

OUT
CLOCK

·••
·••*
·

t- 51
~47

13941

view

eo

.oU

2'22'

:;-.
$3.

SERIAL OUT

1>-11

~

29

30-

~~:~e~

32~

33
34_

.. V
C4-OCK

OIGGAO

,,""'
'5V

ALL DIMENSIONS IN INCHES

SECTION 12. LOGIC DRAWING
TO INTERNAL CIRCUITS

--=,==--0
I

I
I

,!

I ...

:

L-~...J---i..!:!!.---@.)'

v

I

CMOS LEVELS

I
I
I
I

0*100". ..N:
,

FUNCTION
+15V

2
3

GRD
GRD

PIN

4

•
•

,.

INPUT 1

o..J UlAeLE

GROUND

:
3

L _________ - - - -

•• GROUND If UNUSED

K01-44

REF IN
INPUT 2
OFFSET

2-12
2-11

,..'0

3'
32
33

••OUND

~

,. ,...

20
21
22
23
2.
2.
27
28
2.

t
r;;;;:-

v.

BIAS

REF OUT

'5
'7
'8

*LEAYlOI'INlfUNUlED

STATUI

GAIN

7

'3

L----G}-~.~.~.~:~

PARALLEL
OUTPUTS

cwn< >----f'-----,

,..8
,..7
2-.
2-5

S'D\Rl'

VID, +12 V
(151

lid of Oonvwaicn (111

(17)

2-'
2-3
2-2
2-'
SERIAL OUTPUT

!lIB (1)

STATUS

BIT 2 (2)
BIT 3 (3)

STR08~

BIT 4 (4)
BIT 5 (5)

BIT 6 (6)
BIT 7 (7)
LSB (8)

AIIIWlG INI'IlT
(9)

I------l----{) (10)

n:~ i

,PTo

"E.O.C • • END OF CONVERSION

11.I/~UX5 liJ (14)

11U9L04 6A10 (II)

D.A.T.A.

~

ALL DIMENSIONS IN INCHES

SECTION 12. LOGIC DRAWING

JUMPER FOR
10 81T RESOLUTION

FUNCTION
BIPOLAR

,.,

BIT112- 11
BIT21221

J

',I

RESOLUTION
CONTROL

2

81T412-4 1

28
18

81T 6 12-61
81T812-81

}DIGITAL GRO"

BIT912- 91

-15V
81TII!2"1

-15V

STR08E

L----lf.2''-<: STATUS

GAIN

L----+~-oSTR08E

,,5VOC
AIIIALOCiCiRD
ANALOGGRO

!ANALOG GRO"

'5VOC

tl5V
OIGITALCiRO
RESOLUTION CONTROL

L _ _ _ _-I.2!,-O-=20~K ~~~N

5TATUS

IOpuonal!

OFFSET

SEE NOTES ON USE
JUMPER PINS45 AND 46 AND CONNECT TO SYSTEM GROUND
JUMPER PINS38 39 AND 72 AND CONNECT TO SYSTEM GROUND

INPUT NO I

GAIN

JUMPER FOR
10 BIT RESOLUTION

,.,

OFFSET AOJ
+15V

-15V

J,
2

, RESOLUTION

1

2-12

CONTROL

20K

28

30

41

I OFFSET

OFFSET

}OIGITAL GRO"

L..,,...J:!L.!C--->Nw--4

"5V
INPUT

e>-......t-ItNIo--l~

[-

r-- --

t-OR K02-79b DELETE
RESISTORS: R13, R46,
R44, R45, R62, R41, R12,
Rll, R41, R42, R43, R3e,
R39. R40
TRANSISTORS: Qll, Q12
Q13, Q14

- - - - - . - - - ---,
"?ell

,
'I ' ' ' 'L!--t
''''

:" (]:7.

I

r
I

,-,

,"'.....

16

9

GNO

+15V

>..:2:::mA:""-_ _-k>-15

RE.

1'-' -3;;i
I
I

OUT

I
I

1
1
1• . :___1
~
INPUTS 181

DIGITAl.
INPUTS

9 to16

K02-az.: DOTTED·IN
PORTION OMITTED

1 TO.

REF

REF IN

K02-83a

K02'83
PIN
1
2
3
4
5
6
7
S
9
10

+ 6 2V

+15V

OUT

GNO
-15V

+15V
-15V
REF IN
GND
2-12
2""
2-10
2-9
2-8
2-7

PIN
18 REF
17
16
15
14
13
12
11

DUT
2- 1 MSB
2-2
2-3
2-4
2-5
2-6

PIN

"'!N

K
1
2
3
4
5
6
7
8
9
10
11
12
13
14

KEV
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.
REF I
REF
N_C.
N_C.
N_C.
OUT
GND

2· N

" D ..lI..T..lI..

ALL DIMENSIONS IN INCHES

SECTION 12. LOGIC DRAWING

IN DRAWING NUMBER
SEQUENCE

20K

o-"""{VV-~~ 15V

SCALE FACTOR ADJ
(OPTIONAL)

UNIPOLAR CONNECT PIN 19 TO PIN 18
BIPOLAR CONNECT PIN 19 TO PIN 20

24

CONTROL 19
UNIPOLAR 18

BIPOLAR 20

:J I

]

~

JUMPER
FOR
BIPOLAR
OPERATION

20

20MEG

21

2'

BAL

2'

MSB

,--W"",.....,-+15V

20K
OFFSET AOJ
I

INPUTS

+15V

I

J

11 INPUTS 4

II.S8I

IUSB)

+5V

INPUTS

t - - - -.....- - 0 3 1
2R

.m
.
~

i

"

32

" D.A.T.A.

>

17

I.

ALL DIMENSIONS IN INCHES

SECTION 12. LOGIC DRAWING
K02-98
STROBE INPUT

MSB

1

'"
~

~
~

!:
oJ

"a

.-.-.

18-

.0-

19-

2_3
3_4
4_5
5_6

21-

22 ..... REFERENCE INPUT

6-7
7_8

~

SWITCHES

Q

In
I[

2324_

I LADDER

~

1

8-11
9-12
LSBIO-13
-.4
-l5
-'6
_17

DIGITAl INPUTS

28_

293D--CURRENT OUTPUT
Sl-ANALOG GROUND

__ J

BIPOlAR

32-+15V
33-

OFFSET
GAIN
ADJ.

34-

I

1

"----=""""""'-

~~~gN 0 - - - - - - - ' ' - - _ - '

K02-100

K02-103

'-0
eo,

"

•

"'"
-~V
(OPTIONAL)

K02-104
~

LOGIC INPUT
LEVELS
____
______
~A,

~

r--------

I

GNO

D.A.T.A.

ALL DIMENSIONS IN INCHES

IN DRAWING NUMBER
SEQUENCE

SECTION 12, LOGIC DRAWING
r----SIGN BI
REFERENCE
OUTPUT

DIGITAL LOGIC INPUTS
1 BIT 2 BIT 3 BI 4 BIT 5 BIT 6 BIT 7 BIT 8 BIT 9 BIT 10
1
2
4
5
7
9
10

BIPOLAR
ADJUST
18

V+
MS.

16

13

2

ANALOGGND

V-

NPN Current
Source Pair

K02-109
GAIN ADJUST

...----tioi CURRENT

~

OUTPUT

BIPOLAR

OFFSET

REF. INPUT

+15V

~

,

_ _ _ _ _ _ _ _ _ _ _ _"'17:.:.1< VREF
1+10 VDCI

-15V~
GND

~

LADDER NETWORK

'RF
CURRENT SWITCHING

LSB

f - - -....- -........IV'V''--_..r

MSB
1181(171(16)(15)114)(13)(6) IS) (41 (3) (2) tt)

INPUTS

(81

(121
·RF-10K'- 5% FOR K02·110
1: 5K +
5"'0 FOR K02-11Oa

14

V REF

K02-111

R

R

13

MSH
+15

-15

GND

12 LOGIC LEVEL

D.A..T.A..

ALL DIMENSIONS IN INCHES

SECTION 12. LOGIC DRAWING
ALL DIMENSIONS IN INCHES
2R
31

R-2R LADDER
30

a:

SWITCHES

> >
It>
I

N

+

.,.
N

~

0
;<; ~ :l! N.... :l!

en

~

N

....
N

~

'"
N

N
N

~

...

z

;t

It>

N

N

'?

N

N

~

....

0

W

(!l
z
;<; en >a: (!l

'" '"

N

:::

32

17

N

'"

ANALOG OUTPUT

n;ST

(231

POINT

."

~

DIGITA" INPUTS

-" 02!--0

~~~~~T
SfLECTlO~

~-<:J

~
DIGlT,6.L

GND

(l81

0------0

A~~~OG ~

131) 1381 IJII) 1341 Ill!
1311 1301 (2911:111 1271 12$1
MSB 81T2 BITl BIT4 BIT5 SHSIIIl7 BITS 81T981Tl081TI1 LSI

+J5V

-15V Gain AdJ.

DIGITAL I I t P U T S - - - - - -

D.lI..'ElI..

ALL DIMENSIONS IN INCHES

SECTION 12. LOGIC DRAWING

MSBtNVERT

..
.
.

MSO

.

2'

,

REFERENCE

,

OFFSET

.

..
..

~

i

2'

.
..
2'

t--G
r--G

voot-1SVl

t-----G

"GG ( 2SVI

~

OIGITALGNO

VlLt+SVI

2'

m

2.

•

ANALOGGNQ

t---G

r47f(

I
R!f Hi
R!f LO

24

I
I
lsi

IIIAIO'
OUTPUT "I
AULD'

OUTPU' La

":"REF

121
~+5V
eND

1EX,'t=~:·~--....,
19 1

r----4T~8sel

R_""

I

TE~AfT~~:.!-~~~~~~~~~' I
LADDER ..

I
~~ ~I_.!!.-!--l-:~=t--(]>--1

2R

+5 +15 -15 GIlD

2"
R

RmRENCE

.....- - - H -

INPUT

:::aj
COS.

'(-----lrt

2R

AIIALOG
OUTPUT

R
2R

161

LADOER

1

OUTPUT

I
2"

14
SUM,- _

•

DIGITAL INPUTS

D.JJ.T.JJ.

BI

I -v
,,'

R
_

15_

I

I
I
1 LQ.W_ _ _ J

RSUM

ALL DIMENSIONS IN INCHES

SECTION 12. LOGIC DRAWING
SR

PARALLEL
ENABLE

IN DRAWING NUMBER
SEQUE~CE

REF 2

OFFSET NUll
A

INPUT

HOLD

REGISTER

REGISTER

OUTPUT
SWITCHES

RESISTOR

ANALOG

LADOER

OUTPUT

..-.............
~

~

OF,..T-..t.L

Vcc· IIV
"OO-IIV

......

OF'IITIoIULL
... VOlT" I

III' VOLT"""

~~

CLOCK

__________

... t ... OUT
IO •• T Sill OUT
~,_v~-.¥

GUARD

REF 1

DATA

INPUT.~

···
···

··
···
··
··

TTL
REGISTER

~
00-

DAC
CUR RENT
OUTPUT

I a·tl tf'~

r-----------------------~(7~)~VREF

+15V

(+10 VDe)

-15V~
GND

~

LADDER NETWORK

RB

RF

CURRENT SWITCHING
(12)

Output

(18)(17)(16)(15)(14)(13)(61 (5) (4) (3) (2) (1)

Test
Pomt

INPUTS

.

"""

,

"""

.,

"FEEDBACK

..

..

,

,

.,

"""

"""

1>3

1>'.

iI

VAEF IN

I
I
I

BIT·l0/LSI)
I

BIT-I

I

O.
1:111-8

~lout2

:-C"OUT'

yoo(+)

BIT 1 (MSII

I

o.

81T-2

I

I

I

o.

0 ...

BIT3

IrT-l0'lSI)

,..

RFEEDIACK

DIGITAL INPUTS 6DTl,/TTLIt'MOS COMPATIBLE)
alT·7

BIT"

D.A.T.A.

ALL DIMENSIONS IN INCHES

IN DRAWING NUMBER

SECTION 12. LOGIC DRAWING

SEQUENCE

NOTE PINS SHOWN AS HAVING NO CONNECTIONS IN.C.)
ARE DELETED

KEY ..
-11" 1

o

RURO AOJ

·,.V2
-IV •
NC'

aRD I

MSB

NC.
lIT 1 7

81T2

22 GAIN AOJ

BIl3
SIT 4

IMSI,

lIT 2.

21 llPOLAR

lIT 3 '

20 NC

"Nt
11 lIT 12

;~

IIMIII
2
3
4

O.
010
011
012

lIT
liT
liT
lIT

5
6
7
1

ZlIO ADJ 71 0

71 ZERO

~

**

17 lIT"

liT
liT
liT
liT

!f>-

BIT5
B1T61
BIT71
BIT81

11 lIT 10
15 lIT 9

I
02
03
04

"

'a

1

Ic>-l

a:

-15V320

D'8~1AL38

k

0--

r

~

10:

.10-

05112

+15V 30 0

A~ARl~G34 " - -

'a
K02-127

:~

STROBE 22

":;!

:;!

*

BIT91
811101
BIT111
BIT 121

~
c

53 REF

~

0

c

016 lIT •
017 lIT 10
011 lIT 11
019 liT 121LSII

GAIN

47 OUTPUT
46 OFFSET

0 58.1

. . , OUT 530
022 "lOll

..
l~ 1-<0431
251<

GAIN ADJ {4' 0
410
ANALOG OUT 47 0
OFfSET OUT 46 0
SUMMING JCT 45 0

:t>-v

I-

::>~

~~
0

021 +SY

10K 43 0
5K 420

030 +15Y
032 -15V
034 ANALOG GIO
036 DIGITAL OlD

OKKEY
OI-15Y
o 2+ISY
o 3+SY
o 4N.C.
05 OlD
06 N.C.
o 7 lIT IIMSII

14 BIT 8
13 BIT 7
BIT 11

12 BIT 6

BIT 12

11 81TS

REf SIM JeT

10 Sif4

INT REF IN

9 BIT 3

OfFSET

8 BIT 2

OUT
7 81T 1

CURRENT OUT

INTAEF

2<111

6':lAI

lOY

5 GND

OUT

• NC

OUTPUT

3 NC

SUM.l:r

27

ZERO

21

2 +lSV

<5J

ADJ

11

G---+15V

12
13
14

_-15V

15

_GNO
OFFSET
ANALOG
OUTPUT

NOTE 'dIS SHOWN AS HAVING
NO CONNECTION IN C I ARE DELETED

01 lIT
O' liT
OIOIiT
011 lIT
01211T
01311T
014 lIT

ZlIOAOJ
SUM JCT
OUT
IEF
lOY
20Y
GAIN AOJ

21 0
270
26 0
25 0
240
23 0
22 0

O:::~L~~T 21

2
3
4
5
6
7
1

0

N.C. 20 0
N.C. I' 0
1IT12 11 0

lIT 11 170
lIT 1016 0
lIT. 150

K02-127a

1 ·15V

KKEY

REFERENCE
SOURCE

RESISTOR
NETWORK

16

0 (NC.)

OMIT PINS 8 AND 9 FOR K02-129a.

D..II..T..II..

AU DIMENSIONS IN INCHES

SECTION 12. lOGIC DRAWING

13

~ ~~I

TRIMi'
i

O-2oon

,
CONNECT
I
fOR 81POLAR :
OPERATlON_,

15

,
,
,
,
________ J

+REF OUT

MODULE CARD
PIN
PIN FUNCTION
-----p;:- BIT 1 (MSB)
1
2
BIT 2
B
3
C
BIT 3
4
BIT 4
D
E
5
BIT 5
F
6
BIT 6
7
H
BIT 7
8
BIT 8
J
9
K
BIT 9
BIT 10 (LSB)
10
L
+15V
11
X
y
-15V
12
13
D/AOUTPUT
U
14
Z
GRD
15
V
+ REF OUTPUT

ANALOG IN

7'
ANALOG GRO

~
AC OFFSET

65
DC OFFSET

63
OFFSET OUT

6'
BIT 1
(MSB)

~

'6
BIT 2

'8

'9

BIT 5
BIT 6

25
27
BIT 8

29
BIT 9

3'
BIT 10

..~

BIT 11

2R

R

0,

R

02

2R

R

0
;t

t;;

z

0

....

iil'"a:
DIGITAL GAD

~

35
(lSB)

42

-::- -1SV

---0

33

2R

52

'"

a:

a:
BIT 7

R=50K

J;

59

CURRENT
OUTPUT

BIT 4

23

R

REF OUT

BIT 3

21

2R

69
67

40

+15V

---0

38

VCC-

!

FEEDBACK

0

a:

i-'
"'-'-'

2R

2R

R

'R

R

VRR

2R

R

REFERENCE
OUTPUT

2R

R

2R

R

OFFSET
2R

~
~

TR)M

2R
2R
2R
2R

20

~~~~'6E:CE

INTERNAL
REFERENCE

MSB

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

...

LSB

MSB

~'-------INPUTS--------/

D.A.T.A.

ALL DIMENSIONS IN INCHES

SECTION 12. LOGIC DRAWING
,-N

~301

131

,-,151

(34)

t321

,-I
MSB
(49)

GAIN

RI'

R**
T
IK
15

.,5o----l...-..o -15
20K
GAIN ADJUST
)OPTIONAL)

R**
A

'R

(MSB!

16

21

22

19

Ie

~,:y~ -15
201(
BALANCE
ADJUST
(OPTIONALI

'0
(51)

OUTPUT

-REF

tREF

(451

fl

-15V

'OK

4 QUADRANT
JUMPER

I
1
I

-

-E A ""

+

SAL (31)

(47)

2 QUADRANT

JUMPER

I
..............

'q
''- ____ -< ......-1 1L ___
........~

-E R

"='

PIN
NO,

:
I

-A

In

(OPTIONALl

PIN
NO

FUNCTION

,-1 {SOOI
-2

23

2- 11 {2I

2-3 200

30

+1

2-4 {1001

31

BALANCE

,-5 {BOI

FUNCTION

-12
V

,-6

3'

GAD

13

{401

34

-15 VDC

15

2-1 { 01

45

-REF

11

2--8 {101

41

+REF

19

,-9 {BI

49

GAIN

21

,-10 {41

51

OUT

11

PIN

FUNCTION
AMP IN

AMP OUT
5 REF OUT
7 BIPOLAA

~========115----O

16_-15
17---OGND
+15

9 SCALE FACTOR
10 ANALOG GAD

11

Ifs -'RO22::d(SCALE

L-_-H++--++H_+-I++--++H__..z.3_K.,J
5

1

K -oKEY

(FOA SOCKET
ORIENTATIONI

12
17
1B

FACTOR

ADJUST {RE,O'DI

21

2K NOM,BCD
..

37
40
4'
43
49

57
59
61

+15V
-15V

10K
5K

, OUT
BA
,-1

,-,

DIGITAL GRD

,-3
,-4
-5
-6
-7

,-8
,-9

2- 10

-11
-1'

66

.....-------1 . ,

OIGITAlGRO

6B
70
72

2- 13
2- 14
2- 15
2- 16

-15\1
EXTERNAL

BALANCE
ADJUST
tOPtlonall

D.A.T.A.

ALL DIMENSIONS IN INCHES

IN DRAWING NUMBER
SEQUENCE

SECTION 12. LOGIC DRAWING

·15V
-150-19
GNOo-32

[PRECiSION lADDERN~~~_ ~ : - -

OUT

I
I

eINARY·

BCD·

4

J

!.

16

Jr:- LSB K02·138

,-,

2-12

BOO

.00

;

--.J

PIN

L-LSD

K02·138

Nle
800 (MSD)

400

Nle

Nle

Nle

Nle

,'S

,0

,.8

1O

2-'0

"
16

80
40

14

2-11

2- 12 tLSBI

:

I
BITll

BIT 11

I

PRECISION
VOLTAGE

REFERENCE
IL _____
.....I

G~I, I

I11G)

SCALE
5V lOGIC

1241
(14AI"

10V lOGIC f t (14BI"

IMSBII
I

MODE

---- ----- _.J
.,..

~

.,..

~

(191

UNIPOLAR (1B!

I·

":'

BIPOLAR

'---<

L

OUTPUT

;;J

.!r

1 (LSD)

P'N
K

FUNCTION
KEY

...c201

, ,,'

.... 1231

,•

1

NC

3

6
7

,,'

NC

,,3
NC

, ,'.
NC

1~

9
10

",
NC

,,'
"'3 ,,'
I. ",
,''"B
11

,-7

100

,,7

,

L_

r - - - - - ..

~

'00

,-6

"
13

II12G)
IllSBI
I

-

Nle

,"

,-4

BIT,2

K02·138a

Nle

,,3

11

K02·138a

2-'IMSBI

Nle

10

J""

NOM

,
MSB ---,
,-1

MSD

+15V

~~ME;~'

+15~17

5VLOGIC

2-12
IlSB)

2-11

BAl

----------IMSB)2-1

IOV LOGIC

1211

15
16

OFFSET··
+15

-15

17

ZOK CERMET

• Ground 14A for 5V LOGIC
Ground 148 for 10V LOGIC
•• Optional - make no connection
if unused.

18
19
20
2T
22
23
2'
25

2- 10
2- 11
2- 12
UNIPOLAR
MODE CONTROL

BIPOLAR
BALANCE
NC
OUTPUT

SCALE FACTOR

17

+15V

+lSV

I.

·15V

,.

NC

·15V

30

OUTPUT

OUTPUT

27

GRO

GROUND

'8

+15V

3'

GROUNO

-15V

'*,11••

.D.A.T.A.

ALL DIMENSIONS IN INCIES

SECTION 12. LOGIC DRAWING

C

'¢j

0

H

A
13
II
10

1
8
4
3
16

CARRY IN SUM I

9

Cj
~

SUM2

6

SUM 3

2

Q3
~
Q4

SUM 4

I~

<4

CARRY

14

~

ln2

A1 2

1

7 S

C. n 3 1•
G)in1 13

81 3
I

Cm2 12
C 1n , 11
XI
X2

3
2

A

8
9

B

6

I _OMIT
I

ON
A-VERSION

65

C1 4
5

CO

I
le...

82 15
A214
6 Wout

!!o

III
Vee·PIN ..
OND· PIN 10

" D.A.T.A.

SUM

A2

9

S

82 13
C2 12
11 Co

ALL DIMENSIONS IN INCHES

SECTION 12. lOGIC DRAWING

v~~-.-----.----~--.-

,..-_...."."".,;,.;_... 0ImUT

IN DRAWING NUMBER
SEQUENCE

________________-+________

~~

_______

v

'"

-..

Me

t.

'c. 'c..,

....".

..........
11.

_

c.o---t---..--------------------,
OUTPUTS

INPUTS

.0--<,--....-------4....,

A~-.--~------------~

~}TOOTHEI!
.oOEI!
GNOOO---;t----------~••

B ../I.. T../I.~

ALL DIMENSIONS IN INCHES

SECTION 12. LOGIC DRAWING

~-r--~---,~--~------------~------~~--~----~-o~

5 c,

3 ..

2 "

"

14

K03-40a ONLY

A2
14

B2
13

~
12

COM
11

C2
10

•

D.A.T.A.

ALL DIMENSIONS IN INCHES

SECTION 12 lOGIC DRAWING
K0345

.,
___..>-_

l ~~O£RS
2.'

JI'Oi5ERI----- - - - ------

-------l

--""-"~SU.
I

-.~--.-~

I
I
I

I
I

I

------- ----~
~~OERS
+-_l ,.,

CLOCt«{>-....f::>-'--_ _

Co ....o,.... ,

II ...."

. . . ._

...

_INI'IIII.

NOTE:

" .. 'u ......v..., .... -""".

"0" K03·41a OMIT
CLAMPING DIODES

)o-_ _ _-<>C4

63

'"3

6'

'"'
co

A

3-50
K03 -50a

D.A.T.A.

2
3 4
10 8
3
1 II
5314126

B

C

2
3
0 4
7 4 16 13 1
9
2 15 11 7

GND
6

2

5

1 13 lQ

vee
5

8

16

All DIMENSIONS IN INCItES

SECTION 12. LOGIC DRAWING

c.

IIl212
][
CIRCUIT VARIATIONS 1 oRll

K0355

----------....-.----f"'

Con ...
'

A"';"'_ _~~

A2 ,,-'_ _---r~

2

B2~---+-LJ

A33;;. . . .__

~

4

B3-:=::!~=-----fttf[~===-

A4!-

B46_~-t-LJ

All. Xli.

ALL DIMENSIONS IN INCItES

SECTION 12. lOGIC DRAWING

IN DRAWING NUMBER
SEQUENCE

10o-t-..r-<-./
AI

.,

11 <>-1.....-<-./

VCC-5

9
II

2

I3

GND-12

CIRCUIT VARIATIONI

.,

)-----ID--I, ,

AI

Az
82

CI RCUIT VARIATION

m

CI RCUIT VARIATION:tt

D ../J.T../J.

ALL DIMENSIONS IN'INCHES

SECTION 12. LOGIC DRAWING
Vee

A>----'---...
e
o
E:>-------'

BeD E F

PKG STYL£

24679510
256748

FP
eN

K044A~f5~4~6~7+9=+;5~IO~~F~P_~
2558748
eN

AB CDE

K046
K046a

,

VAA COM

1 2 3 5 7 6 8
7 9 8 10
P 2 3

5
4

8
Il'!I'l
K046b P 1 2 4 6 9 7 10
8
17

:~F

5
~

D~E

--".-

I
I

.l'
4

A

:~E

If
OMM

7

0

e

F

D

F

,

V

COM

CC

G.

:;
4

1
8

4

II

CN
MP

7

14

FP

c

K05-17

K05-19

PKG

CKT

~

l'

a

F

4

J

K H

R

S

u v

D.A.T.A.

P

CKTNO A 8 C D E
I
II 4 I
3

211121111413
I
e
2
2
9 10 13 12 II

ALL DIMENSIONS IN INCHES

IN DRAWING NuMBER

SECTION 12. lOGIC DRAWING
K05-21

SEQUENCE

A~ _
B~e

KG.

Vee

CKT.

A

B

C

2

•

3

5

6

1
7

1

1

2

3

FP

e
K05-21

MP

Vr.r. COM

•
14

11

7

9

FP

K05-21a

B
CKT
1

A

B

1

7
4

C

1

3

5

•

A

PKG

1

5
6
1
2
3

MP

VCC1

1

MP

2
6

•

7
2

•

11

13
2

•

3

•

5

l'

7

1

0

6

14

14

13

1

KOS 2S

K05-29

Vee
~-----{

51

Vee
51

B
B

B

I

A • COM
II 7

:
1116 I,
~4;-~~ 52
5

6

8

i~
9 STROBE

7

8

3
10

"OIl'.VERT,"..

'"PUT

'""
TUMlliAllOIil

.J
III

IIIVERT'",

'.,UT

D.A.T.A.

"

t-----+---If----..
--4---- GROUND
.,
III

ALL DI_NSIONS IN INCHES

...-----------r-<>

2

1

c

r---"T----r---,--------"T-----OI+5.
17J11I
11~:U~o-"""T"""T"T..,..~~--.:::
I"~"'U

11111110
INPUT

,-----+------<> '.12112)

/'Jltl l1 o_---..J

OUTPUT

IN"-IT

r - - - + - - - - - O S (SI lSI

...

110J~~!~~ o-----_..J

INvtllTING OUTPUT

~-r--r-+-----92

,.OG........ NOIII III
UTI ......L

*,aUIIICI

CUII_'NT I"'UT

'----+-----....-i---1--1---+-----6~:1I.1
I'SISTO.

'--~-------~-~--------_o~~~"1
PIN NUMN.S

FOtt THI VA.IOUS ( ..CAPSULATIONS
2 - DUAL -IN- LINI
(JI- FLATPACK
Ill- TO- 5

•• ,

SHOWN

THUS-

,-~--"T-----"""T----,_-_r--~-_r--,--"""T--ii--O'.'"
+ 5.

9,1,
INVIRTING OUTPUT

n, • 0---+-+-,

I"'IYEIITI"G INPUT

(41.

r--~-+--r-~-~--;-..,..~,_-4---07(1'

NOH-INYEIIIITING
INPUT

0'

'--------+--------o1l(fOI

ST~OIE

I

O\,oT~.JT

L...._ _ _ _ _ _ _-<> 5 tSI S'UOIE 2
INvEln ING "'J T Pl

'----------0. '"

r

leL -Te ItA'i

r---------------~O.

(61

-IV

IlS

PIN HU"."15

"lit,

D.A.T.A.

SHOWN

FO.
THUS

••
THI VA.IOUS ("CAPSULATIONS
• • OUAL- IN-LI"

(1'- 'LATPACK

ALL DI_NSIONS .11 IIIICHES

SECTION 12. LOGIC DRAWING

'3'*'"
r--....---~-----r---""T---,r--'T'"-"""1.----O

•• 1111'1

HV

'00

.....----011 1111'1

121C21'
'NVERTING I""UY

oun'UT

<>---+-+-,

(..It. I 5

r--~-i-"""r-'~-"'--.() 7 171171

NON·INYERTING
INPUT

ov

' - - - - - - - -... "'1011101

STROlE INPUT

. . , ; - - - - - - - - -....... 131131

ECL-TC I'AS

r---------o~5':1

(61

.31
PIN NUMBERS FOR THE VARIOUS ENCAPSULATIONS
ARE SHOWN THUS • - DUAL- IN- LINE
131- FLATPACK
(31 - TO - 5

...

14H41

'30

-oSlS)
CUTI".,

OUT

V,

TELEMETRV

r ,

'21 20---------i1:::
NON-INYE.RTING
INPUT I

'" ] 0 - - - - - - - - - + - - '

7 111

INVEATING

OV

INPUT t

IN

.41.41

STROlE'
6 16)
- SV

.7.
ECL-TC

111 1
I'AS

GND

IlO

270

110

lUI t30-------Hf:::

+VL

HOtH-INYERTING

IHPUT 2

1121120-------1--+--'

INVERTlfIIG
.fIIPUT 2

r-t---l-""
~..,

STROH. 2

"'111

LOGICI
INPUTI

,

I

I

I
____ ..jI

L ...
I

GND.

14241

I

11K I

~
II

" D ..JJ.T.JJ.

Vee

OUTPUT

•

VEE
ALL DIMENSIONS IN INCHES

SECTION 12. LOGIC DRAWING

IN DRAWING NUMIER
$E.QUENCE

~

__

~

____________

~

__16

OV~

A

o
X 0----1

TBALNd

OUTPUT

[::~~~~~~~H--~....

TOo.,...
IDATALINKI

.........

-

••PUT
IOATA, LINk'

D.A.T.A.

TRANSMITTER

TOCI_

=
I

COMMANDS!:

TaRE",",

I TRAN"'TTER

TREmpty

{

!

FLAGS

I

~

-L----

--

I

r -I
I

-+----r~~~~

ALL DIMENSIONS IN INCHES

SECTION 12 LOGIC DRAWING
Vee

10~
II
16

K0610

B

4 CKTS

FP
K0610A
MP

I
2
3
4

8

3

12

e

8

3

:~
:~c

K06108'

FP

14 Vee

2

3
4

2 9
4 7
!I 6

7 VII

._OQ,

A

e
11)640

iCKTlIII liz III 4
A
T .. J D
8
S P K E

e

D

,

U II H
V R L

e

F

[

~
I

A B

2

I 9
2 8

3

3

4

4 6

7

'3·t.11

=-r

GalnED~' C ILWPED
KOII41.
C HAIl
LCWlS
•

A

A'olIILAILE ON CAIIO
T"AT ARt: NOT
COIINICT[D

CKTNC

I

2

3

4

5

6

7

A
B

E
0

H
F

K

M
L

0
N

S
R

U
T
V

J

C

K06-69

K9471

K0671A

,,1tT--~ A

I
2
3
4
5
6
7

•

9
10
II

12
13
14
15
1&

8
533
3254
31 30
282.
2725
2426
2322
2021
19 17
1111
IS 14
12 13
9 II
10 8
7 II
4 5

I
2
3

•

H

&

S D
C 4
3 E

7

14 "

4
S

••

10
II
12

II
14
15

"
17
18

D...II..T..II..

A 8
8 F
J 7

R II
12 P
II L
It 10
• II
20 V

XII

IIW
17 T
S 1&
15 U

ALL DIMENSIONS IN INCHES

SECTION 12. lOGIC DRAWING

!C08-7M

eo II
fERY

Koil1

IN
OUT
KD677A IN
C OUT
KOlnB
~,tiT

K

!I

II

J
I
II
2 4 6 8 ID
I 3 7 9

L
K
I
12

I ~ 3 I"
B D F H
A e E G
I ~ :) 11

1CI08-7.

I
2
3
I
2
3
4
5
8
I
2
4

A>----[)+B

5
6
7

•

2 4 6 8

5 4
3 2
I 8
I 2
3 4
5
'9
II 10
1312
2 2
321
4
5 19
714
8 9
10 II
1815

14

7

I~

•
13

K06-82

OMIT

fOR_

D&E

K0I82B 'E
ONLY

K06-84

K06-86
8

CKT
K06-811

CK ;110 A

10184,A

I

2
3
4
5
8

•

I 2
3 4
5 8

9 8
II 10
IS 12

K06-86a

A

B

1

14

1

2
3

13

4

10

2
3
5

5
6
1
2
3

9
8

1
2
3

8

4

4

6

12

6
7
9

7

-..

QCT*!
I
2
I
OIIIA
Z
I
~ I

A.

C
1211 2
• I 10
I 2 I
7 ••
I I 7
I 4 •

0 COlI I Vee
I
4
I

4

"

I

I
I

4

7

I

10

•

10

Vee

A

•
D.A.T.A.

ALL DIMENSIONS l1li INCHES

IN DrtAWING NUMBER

SECTION 12. LOGIC DRAWING
CKT No,
K06-103

SEQUENCE

~

1
2
3

,
6
1

MP

"

5

"

"
"" •
""

3
1

FP

2

3
5
6
1
2

6

"

8 9
11 12

5

1312

fKG CrC'

A

.5

C

7

7

2

5 6
8
9 10
13 12
1 2
•
5

"
6

7

6

9 8 1<6
11 10

5

K06-103b

C D

a

3
6
1

B

•

5
K06-103a

A

1 1<6 '11
'3 2 '11
5 6 6 11
7 8
9 10 • 11
1
13 12
1
1 2
7

" 11
11
11
11

""

" 10

LO
".,,- 11I
•4 10
10

D

t+ H-H+-} ~
f+
e+- fftrH f-t ¥o-i

1(06-106

_6

7

8

9

•
•

6

10
10
10

I

I

2 14

7

2

3

• 14

7

H-1'41 r+

:

.~

f+j

*'•fH-

r+- HH- ith-

I

I

K06-10·"i
r'F

I

14

-+
• •

t-j-- r-t -62

I •
5
6

7
9 10
13 12

••

11
11
11

11

Vee

1- -

-

•

I
I

PKG CKT
K06-10'

i FP

2
3

A

5

K06-107a,e MP

B
K06-107b
MP

,

6
1
2
3
4
5
6
1
3
5

GND

KOB-I07c

1

-.
~

OMITTED ON K06-107a. d

5

D.A.T.A.

K06-107d

FC,
FP

1
23
L4

K06-107f

MP

1
2
3
4
5

A B vec GND
4 11
3 2
5 6
7 8
9 ill
13 12
1
7
3
4 114
5 6
9

11 10
13 12
4

3
6

6

8

9

0

7

11 12'
1314
3 2 4
5 6

10

37

.-

1213
1 14
3 2
5 6
7
1
5
9

4

2 14

11

•

6
8
LO

All DIMENSIONS IN INCHES

SECTION 12. lOGIC DRAWING

'3·rl(·t'·

Vee
28K

~06-109

760n

PKG CK'I'I

A

M

1
3

F

K06-109a FP,
M

4kn

COM

IIA IV

4A

IV

4V

IA

Iv

3
4
5
6
1
2
3
4
5

K06-109b FP,
M

o

IV

1
2
3
4
5
6
1

GND

IV

IA

6
1
2
3
4
5
6

B

2
4
6
8
9
10
11
13 12
1 14
3 2
5 6
8
7
9 10
13 12
1 2
3
5
6 7
8 9
1 1
13 14
1 2
3 4
5 6
9 8
11 10
13 12

D

C

14 7
14 7
14 7
14 7
14 7
14 7
4 11
4
4
4
4
14
14
14
14
1
14
14
14
14
14
14
14

11
11
11
11
7
7
7
7
7
7
7
7
7
7
7
7

4V

@@@@@C!)C!)
.,'"

DOTTEDDIODt
FOFlI(06_I1~.ONlV

Q)Q)(!)(DCDC!)Q)
I"

IV

2A

I~'~IIEI

'ZY 2A

~

KOG-II ,a

GND

III

2V

2"

CKT.NO. INl IN2 OUT
1
3
4
5
6

1
10
13
15

12
12
12
12

2
9
11
14

Vee

3A

3v

4A

I~'~IIII

8
R4
3

r-----~----~~----__ovcc

Rl

OUT'UT
4 kU

3 kll

'1 kU

B

.

INPUT

IN 1
IN 2

2 kU
~------~~~~~--~~-oGND

~iiiiii.---------------~----Gn_d----------------~DOTTED AREA OMITTED ON A

Iti.tl,t,

DOTTED SECTIONS ON K06-116a ONLY

K06-115,a

Nll.CKTS.
1

3

D •.II..T.lI.

A

1

B vee GND
. 7
2 14

5

5
6
9 8
11 10

6

13 12

All DIMENSIONS IN INCHES

SECTION 12. lOGIC DRAWING

Ikniili

K06-118

IN DRAWING NUMBER
SEQUENCE

Vee

4

K06-117a

ONLY

-,

1.5 k

I

I

I
I

........--.41-_-<]

2_1

3

5k

L.._-4_ _ _--rt 7

GND

CKT
K06-117,

1
2
3
4
5
6

'ti·iiD

1

B
2

3

4

5

6

A

6

9 8
11 10
13 12

Voo 16

INPUT

n::

VDO

eND

COM 6

R

K06-119

V55

8

1
2
3
4
5
6

3
5
7

9
11
14

2
4
6
10
12
15

4

14

Vee

K06-121

K06-121

56~

CKT A B
3 2
1
2
5 4
3
7 6
4
9 10
5 11 12
6 13 1

VCC GND
8
1

750

B

GND
811

D.A.T.A.

1013

12 7

ALL DIMENSIONS IN INCHES

SECTION 12. LOGIC DRAWING

IN DRAWING NUMBER
SEQUENCE

r - - - t - - - -.. Vcc
~

2.8K

INPUT

_ _ _....,Vcc
r - - --,

i

9.1K

L

___

:K06.124a
--l ONLY

OUTPUT

OUTPUT
y

A

OUTPUT

STROBE

Y

KOS-12S

GND

KOS-127

CKT
1

IN
3

OU
2

3

7

4

9

S
10

IN

OUT

5
7
9
11
14

6
10
1
5

'knitl'

K06-128

2
14

CKT
1
2
3
4
5
6

14

5

13

2

1

11

JJ Jrl JJ
'111 0111 0~"
8

K06-128

CKT
1 12 13

5

10

9

Voo:::: Pm 14
V_~S == Pin 7

1

5

K06-131

4

3

1~1'~IEtl

VOO

II
15
14

8

8

13

12

•
KOS-l

CKT A B
1
2
2
5 4
3
7 S
4
9 10
5 11 12
S 14 15

'k·.M

KOS-131

CKT
1

2
3
4

S

A

•

B

3
2
5 4
7 S
9 10
11 12
14 15

K06-134

11

-.- .
YOO·"·

Vee

Vee

ik.riF~i
OUTPUT

•

INPUT
A

KOS-133

CKT A B
1
1 2
2
3 4
3
5 S
4
9 8
5 11 10
3 1

D.A.T.A.

KOS-134
ONO

CKT
1
3
4

A

B

1
3
5
9

2

KOS-135

6
8

4

11 1
S

NO.CKTS.
1
2
3
5
S

13 12

1431 I

A

B

vec

1

2 14

3

4

GND
7

S
8
11 10
13 12
5
9

ALL DIMENSIONS IN INCHES

IN DRAWING NIIMBER
SEQUENCE

IlIililllililloutput ~t~:~:

Vee
3.4K

InhIbIt

Vss

40--':'---,

3kn

12

1.• kIl
OUTPUT
B

100.tl.

03

I

I

~*"

IK
GNO

K06-136

GND

NO CKTS. A B VCC G
7
1 2 14
1
3 4
2
5 6
3
4
9 8
1 10
5
13 12
6

INP
1
1
Voo. PIn 18

UTPUT VSS GND
1
1

11

VSS. P1n 8

VSS

r----------<}s Vee

.300

2BK

A

OUTPUT

soon

GND

K06·141
r-------1r--Qs V~
2.8K
91K
A

B.C

16

I--~-OGND

A

INPUT

so-- -

I
I
1~..J

•

vee

A1

vee

H1

A4

Zl

A6

Z1

H4

42

z6

A2

74

72

AS

B2

A1

A1

ZS

B1

ZJ

Alo

ZJ

1;/l.D

Zio

Z2

I

D.A.XA.

AI

G'lJ

K06-142

14321

K06-142a
ALL DIMENSIONS IN INCHES

A

L---(:>o---!

Jl'

3---{)o-2

G = it

+VOD

B~H-i

5---{)o-4

C~I-C

7---{)o-e

}u:o

9---{)o-10

J. D
D~-

11---{)o- 12

E~K-E

7-{>-e
9-{>-10
1'-{>-12

-vSS
':" VSS

NC "" Pm 16

NC '" Pm 16
VSS = Pin 8

8

GND=8
VDD-16

NC·I.13

S-{>-4

14-{>-15

14 - - - { ) o - 15
L-F
F~-

3-{>-2

VCC=Plnl

1.75k.1l

1&

"DO

15
I.

Y

12
11
10

Vss

t

IN~:

A

VDd

r.

2

~

6Y

2A

5A
OUT

5Y

CLAMPING
DIODE FOR
K06-147a ONLY

"ss

K06-148

IA
IY

2.OkJl

4A

4Y

VDD

7
Vee

6

VSS

INPUT

•

OUTPUT
V

V DD = Pin 16

VSS

= Pin 8

Vss -::GND

(3114

1Y

151131

110111

6A

6Y

GND

5V

SA

4Y

®@®®@00

10 (91

121111

0000000
1A

2Y

2A

Vee

3A

3Y

4A

THREE STATE

13(121

D.A.T.A.

~~~~'i:\~~ARENTHESES

ALL DIII£NSIONS IN IfOtES

SECTION 12. lOGIC DRAWING

SEQUE~CE

Vee

Vee

11

14

13

11
14

10

11

11

14

15

13

DISABLE

1

13

8

11

VSS

16

Voo

~----"""""'''OD

"ss

K07-11
8

c

o

0---{>----®
CD-----t:>---@
E

A

o

CD-----t:>---@
KTNOI
A
0
E
8

O---@

U

®-----t>---®
"00'14
K07 II A THE REFERENCE VOLTNiE TERIINAL (C)
OF THE SECOND AND THIID CIRCUT ARE TIED
TOGETHER AT p!H"N"

"SS·7

ALL DIMENSIONS IN INCHES

SECTION 12. LOGIC DRAWING
D

VR
A

A

B

0---*-0
B

C

D

O---ilIt-+---;I
CKT ABC

E

'~_-+':J

t-"
GND

1
2
3

2 13 12
5 "
3
8 10 11

....-4-.t-.(lINPUT 2

E
1
6
9

r---;-----+---~~--~-.(lV5

B
OUfPUT I

INPUT

OUTPUT 2

V4

Ao-{>--osr
D.A.T.A.

ALL DIMENSIONS IN INCHES

SECTION 12. LOGIC DRAWING
r------r---------14

Vee

-G

5002

x

A~C.
B~
KT NO.

L...---4-""70(1 Com

K07-65

ABC

CKT
1
2

3
13

4

4. 15

A

B

X

1 T ~
4 5 6
10 9 II"

m- m- n

K07-67
B~H=lI
e~l=c

5
Strobe 6

4

7

3

VCC-9
VEE-8

D~J=D

2

GNO-16
~J.Z__

-

10

E~K=E

15

F~L=F
Vee

12

11

o-!-

13
14

Gt':)o-!--

VDoo-!L

K07-71

CKT

r07~

1

a
3,

A

B

C

lK07-71

"

1
6 7 5
10 11 12

CKT A
1
5
2
7
3 10

"

C D
2
3 1
6 12 15
6

B
6
6

"

"
Vee - Pin ,.
Gnd - Pin 7

AO

a
3

80

12

"\

Pr. .t

\
A1

•

VEE

D.A.T.A.

Output
Oltable
3

9

"

•

14371

ALL DIMENSIONS IN INCHES

IN DRAWING NUMBER

SECTION 12. lOGIC DRAWING

SEQUENCE

K07-75
Voo

1

16 Vee

IS

A OUT

14

A OUT

A

5

IN

12

6

11

BOUT

12
VSS

I

OUT

o

I

Vee

Il'' ' '
1"",1

AUK INPUT

IN

C IN

10 C OUT

BOUT

14
11

0

13 D OUT

BIN

3

ENABLE

8

C

OUT

OUT

I

coo

L.I>,I'./'"J

14~

::~

D~c

os

R

M

L

IVM

95108674
2341785
95108674

+

CKTNQ A B

K09-45

D.A.T.A.

ALL DIMENSIONS IN INCItES

'N DRAWING NUMBER
SEQUENCE

SECTION 12 LOGIC DRAWING

't'"''''·
B

CK1:NO. 4 B

1(09-46

:s

I

L.
l S
4 17
:so 19

2
K09-464

I

2

CK1:NCl 4 B

I

2

:s

..
112

II.

113

••

Vee

...

112

".

112

II.

II.

"2

113

113

II.

"3

II.

II.

".

II.

".

II.

"'

"'

•

3

:s6 8
346
3210

fl.

·11.

'0

12

'3

VCC

ZO

2C

HC

24

2.

2Y

Inputl~~O

:1

H
I

I

I

I

: I

::

Dorr~D

----- -__ I.-~_""__.l-_...c::;;'

PORTION
FOR K09-106a
ONLY

K09-106

CK
1
2

K09-106a
3

tiD.A.T.A.

B C
1 2 4 5
9 10 12 13

A

9 lO
3 1

y VC COM
6 14 7
8
14 7
3 14 7
8

2

:s

1

B

•
c:

5

6

1

8

o

E

Q

GND

1

ALL DIMENSIONS IN INCHES

SECTION 12. LOGIC DRAWING

Vs
1ft

A

B
1Z

13

Q

11

10

9

8

... 6
D,

7

All
'10

Positive A

D,

, 14
"'15

5

6 Negative A

04

Am 9

D.

GND-8

9

INH

3

Z

A - DATA-INPUT
0- DELA.Y PIN
O-OUTPUT

ft

6

6

Aout

7

Os

11 Aout

INH -INHIBIT

P - PULL UP
13

~

I~IDIIII

14

ExcluSive

Output D.sable

10 Bout

15

12 Bout

VOD"" Pm 16
VSS '" Pin 8

Positive B 3 2
1 Common B
Negative
B

CKT

GND
KOB-11Ie

1

ABC

'1

1

8

vee

QND

6

K10-l
23
21
19
17
15
A

9

Z

H

6
3

LG

GND

J,8

A

B
C

o
E

lo~

COM
(2CKTJ

D.A.T.A.

6

10

5

'.

14

7

14

7

C

2

3NC NC 4

E

9

8 NC NC 7

I

I

2

4 5 3

2

COM
5

B

I

0

13 12 10 9

I

I

2

"

2

3
II 8

II

vce
10

A

I
2

F

6

5

4
10

7

12
12

••

OUTLINE

CNI

TO BFP
CN 2

ALL DIMENSIONS Irt INatES

SECTION 12. lOGIC DRAWING
~

~
~

7 0
6 I

~

,01 Q;
~

DECADE
COUNTER

~!~

r--

8--------c I

II---

@----c2

II------ f-

~4

2

"i}----<:

2"

8

~T

4

@------

4

:r

r
I
I

2 4
3

~r?
f 0
1

~

i~

~

~l 12>
("i:>

8

R

5 2
43

f

B

31 8

Q

iJ

0

I

(2'7;1~ ([~@/

5

=

ZO"'M

@--@'

13
10
11224488

'Icc
CKTNO A B COM
I

2
3

4
5

II 7

I

1915

2

12~12!: 39
313:! 49

~~ ~
VCC
.-----+--------------1 51

B

co--*+--4
o

y

OUTPUT

L-~----------~--~GND

'3"".

D.A.T.A.

ALL DIMENSIONS IN INCHES

15 k

920

II (Vee)

I

2

A

3
!S

7

B

8

C
D
E

6
9

10

out

GND

14

12
13

K 1040

D.A.T.A.

Vee

SECTION 12. LOGIC DRAWING

~
~
DECADE
COUNTER
1-

@--<:2

T.-

@---o4

2

2"

@--oT

4

@--

'4

:I-

R

7 0

'I
~

~,
r

5 2
43

~l

-

8

6 I

lB, ~

roo-

&----<: 1

(jJ)----o 8

~~

~.
='

~

\2)1
=6

~
'6"

~IG

31 8

D

~

~!?

VCC

l~
.

II>
~~

lG ~ 6(5) 12)
~!~}~:~
1 1 2
44 8 8

~

~

r

r-~~--------~s

POWER
~M.

.~

cifM.

r

•

iO

'tc

I."z 3 •• 1

GLRD

KI'-34

_,T'VE
'(NAND LOGIC)

CKT

A

B

1
2
3
4
5

39
41
43
37
l5
17
19
15
13

47
45
49
33
29
13
25
3
9
5

6
7

8

5

8

K 11 37

11

9
10

e

11

VCC

GND

51

1,52

0

10

9
16

Vee

STROBE
1355 k

STROBE
210

STROBE

26

D.A.T.A.

:U5

~

....
0

162

8

VEE

ALL DIMENSIONS IN INCHES

SECTION 12. LOGIC DRAWING

.....

TI

"'1
tIIPVT

a
ca..

ALL • •11'OR WLUEI'.

I

....

...

....T.

.IPUT I

'Q WITHIN -n. TO +toO-I.1'OLERAlltCI

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

K11-43
114,3, .... ".121

. -...."1110"""....-r

(111

v. ,

fDOTMEIl
DRIYERI

11-42a

1

"
"

14

3

2

nA~T.A.

11

4

18

9

1

1

1

••
1

13 15 "16 1 17

11

•

141

•••

,. •

11-43a

13

2
3

5

XII""

E

A

Kl1-42

Ta DYHER
DRIVlIII

TG OTHER
DRIVERI

0

13U

~

ALL DIMENSIONS IN INatES

SECTION 12. LOGIC DRAWING
V CC-16 - - - - - - - - - - - - - - - - - - ,

....__""'"1- ,OUTPUT
13

GND-8 :

I

I

• OUTPUT

I

12

7

c

~::;,.....+---+- OUTPUT

11

'IN'UT

1

~~;....+--4_.0u"u,

c'lIPur

10

2
~'-+--+,

D'.'UT

I.U'

.J~+---'-

+-----1

I

I OUTPUT

15

5

~-+--i-

,OUTPUT

14

t

.

I

b

INPUTS I
A

IlA'UUN,
'..,UTI

.I","(-+--"'~

111

,r-------------r~--_------,OUTPUTS
,
,
,I,
,,

9

6
RiPPlE
IU,N.'N'

Vee

OUTPUT

CU,.111111
'ROGIIAMMIII,

IL"."'N'

•.,vt

OUTPUT

4

3

K12-19
OPT

eOM;;.M~7A+,-'-C)oV.:.ee~------~
PROG RAM MABLE I

;~:~~~NT~ -,+,--------1

L------------;l ~~:CE~~NCE

:8
I

:
__ ...J

GNO

K12-S2
A

C

Tor VIE.

CKT NO
I

~2
3
4

19F't'

~J(T

I

2
3
4
5

D.A.T.A.

Nt:

AB

C eM
II 75
I,
191513

12!!

3733~

Ie

2,

39,

'tifl!'

A

COM

B C

D F E
H K~~

L

N M
P S R

K12-63

A
B

52,

ALL DIMENSIONS IN INCHES

'3EIM'
10

DIR

II

12
13
14

INPUTS

R.G

OUT

3>-PULSE

15

Vee

=

7

;~:

16

K1S-81
H

2N

R

LV<

N

P

0

T

u

2N +6

1~1111'~:1
Q

5

u

w

y

AA

cc

D.A.T.A.

ALL DIMENSIONS IN INCHES

SECTION 12. lOGIC DRAWING

'3 f,",

'3 f"EI

CKT. NO. ABC

~C

B
A

C

B

(AUX OUTPUT)

CKT NO. A B C
1
4 5 1
2
9 10 6
3
14 15 12
4
17 11 18
5
21 22 24
6
28 27 30
K15-112a
1
1 2 3
2
5 6 4
3
8 9 10
4
12 13 11

;,
4

...-_ _ _-

o

K15-112

2

......----{14

COM

C

D VCC COM
2

12 I;'
5 6 4
8 9 10
1213 II

A

8

13
20
25
31

A

c
7
7
7
7

14
14
14

14

'af"r.1
KI5-140

CKT NO
1
2
3
4
5

KI5-140

1
2

A

B

5

2
1
14
13
12
6

6

7
8
9

10
12 T

3 10

Ivr.r. IVRI
4
11

3

3
3
3
8 11

9

4

14

IN

'Hflll'
B
B

C
C

2
3

E

~~E
B o
D.A.T.A.

L---1---~-------+-------~--~~-17

COM

ALL DIMENSIONS IN INCIES

SECTION 12. LOGIC DRAWING

IN DRAWING NUMBER,

SEQUENCE

'Ntiffl

K1S-161
13

4

10

AND OUTPUT

"ee

NAND OUTPUT

13 12 '11 10

g-

2

6 GNO

8

)----+-011

3Io--+---{

12

3

4

5

AND OUTPUT NAND OUTPUT

320

204 k

410

15k

175

700

9 Vas

K1S-167
B

OUTPUT
CONTROL

1

~--~~~----.----.

Vee

R2
4K

Q2

.........-~Ql

R3
RI
2K

144K

INPUT

10

....---4~

INPUT

OUTPUT

TOPYIEW

EXPANDER 4
INPUT

'celli

'3'1':tl

K1S-18S
109

""

5kU

nil

au

!lUI

hI!

[131

.H.
I"

""

III

''''

NC

114J

vee

TA,

"
"

II

II

I.

II,

D.A.T.A.

• ALL DIMENSIONS IN INCHES

SECTION 12. LOGIC DRAWING

'afiij·'
INPUTS -

r.:===::::Jvcc

,----L,.L-_--L.L......---,

Vee

14

II

Ckt

IZ
-II

3

13 12 9

11

10

1 --

You

·",wel
INPUTS

t - - - - - - ( l 03' 52
BODY

7

4

9

!

OND

';'fj,JI
V

ee

16

12
Output ~

9 GND

Strobe

<>---+---.J-.J

all
Vee 8

D.A.T.A.

AlL DIMENSIONS IN INCHES

SECTION 12. LOGIC DRAWING

'tif'li'

13f'II'

16

16

Vccl~~------~----~------~

1 C
ext

StrobeBo-----+------------+~

vcc 2

8

K1S-227

Message

Bits

~~~~

Transmitted
Parity Bits

7 Enable
l~L[J~=====: 91npuu

Generated
t-I ~f========~B~I=::::: PI
P2 Parity
t-cH,--------------'2X.-_<> P4 Bits
Compare Circuit
(Exclusive "OR"
Of Corresponding

Binary Code of
Bit in Error.

Inputs)

Output Bit
Pin No,

'a'I,fl

5-230

\-------<> Error Detection,

BO B 1 B2 B3 B4 B5 B6 B 7
13 14 12 11 5 4
2 3

Dotted area omitted on K15-230a

Vee = Pin 16
GND = Pin B
Case In Al
: - - --!

'a'I'fl
.

I

r-"'-"-"

OUT I

,

s.c>.)----l----i-----t---II-----,

.,(00,,)-----1---1-----,1,---+--+---4
.,Il0l---1----,1,---+--+----+--4

V2.

V3

INBII

" .,
OUT 2

,

..
BA.T.A.

.

~~I-""'I

CasB in B2

ALL DIMENSIONS IN INCIES

SECTION 12. lOGIC DRAWING

'3'I*il

cau,..T UP/OOWN
COMMAND

PIN I
PlN2

."'"
P/1\I4

~~~CUU~~ »------,'b

Pl'NZ4

5'

COUN18~S::~~ » - - - - - - - - - - - - - - i - - - - - - - ,
CLOCK
INPUT

oeD

PRESET

COMMAND

TO
DECIMAL

52

CONvERTU

0'

PIN

~

02
P/N6

0,0'
( _

./NI'

04

PIN'

(::'

00
PINe
~OT

)0'-000-'----....,

COUNT

CARRY

OUTPUT

PROPiGATE
OUTPUT

m;o

PIN.

BLANI(ING DOT
INPuT
PIN 10

"'Nil

OUTPUT
(

PIN 14

STORAGE

INPUT
ENTRY
PIN 12 COMMAND

PIN 13

13'Ilfl
07
Vee' PIN 24

16

~

IB

GND' PIN 12

So
13

9
ENA8t.EZ

D.A.T.A.

&

I,

3
II

2

I,

I

10

ALL DIMENSIONS IN INCHES

SECTION 12. lOGIC DRAWING

IN DRAWING NUMBER

SEQUENCE

'3ftt·1
Gz

lij"}I·
CONNECTOR PINS
FUNCTION

CKT 1

CKT 2

INPUT

41

13

EXTERNAL
REFERENCE

29

23

OUTPUT

33

21

GRD

1

9

T

........."......

52

45

'-'V'l-

R3

Rll

....
C1

=;::C2

R9,,-

02

",01

R13

I-- R12J.

I+=r

---It-

Rl

'1'

51

Vee

~~

:. Rl RIO

R5

• R4

R6

R2

~

RB

v:

~3

K1S-277
r---r--t-----------1--~------------~------~VCC

,------+-40U~TW

(SINK!
TIMING{ :
INPUTS
G

OUTPUT X

---I-+-~ (SOURCE!

AOORESSj
INPUTS

~~~

+------~-1.......f_----H-SOURCE
COLLECTORS

. .tt
(SOURCf/SINK!
~C
SWITCH-PAIR
SELECT
~ 0

--+-----+-oH

----t--oOUTPUT Y
(SOURCE!

_-+----+-..J

~----OU~TZ

(SINK!
~--------------~~----~--~--~------.GNO

D.A.:r.A..

All DIMENSIONS IN INCHES

SECTION 12. lOGIC DRAWING

'3fl1:*1

51

AI
52

I3"}1"
Al
~---OYI

A2

Y2

DATA
INPUTS

OUTPUTS

A3

Y3

A4

~---OY4

CONTAOL{S
INPUTS

C

D.A.T.A.

ALL DIMENSIONS IN INCHES

SECTION 12. lQGIC DRAWING

'3 11ft)
A
B

c

'3,,*11
J

vcc-----,----~----------------------------------------~

V",~,

16.

5•• Do-------------~

os.

os.
~----....-+~-....----....--,l

ANALOG INPUT Al

v"''""'

Yl--~"""~!.... ANALOG OUTPUT 1

ANALOG INPUT A,2

ANALOG INPUT',

D ../J.T../J.

AU DIMENSIONS IN INCHES

SECTION 12. LOGIC DRAWING

IN DRAWING NUMBER
SEQUENCE

'H"fil

51

PIN 14

58 P/N!\

COUNT uP/DOWN
COMMAND

.~ 52 PIN 13

,""

PIN I~

PIN

~~~~U~6

>>---------,¢
16 COUN~g~S::~~ > - - - - - - - - - - - - - - t - - - - - - - ,

PIN I

PIN 17

PIN 20

~.A

8.-

CLOCK
INPUT

BCD
TO
DECIMAL

PRESET
COMMANO

,.

..

PI"'

~BA.
8.-

CONVERTER

G

pm'

f"/III 21

~.A.D

8.-

pm

7

~BA. C

8.-

0'

PIN 22

PI".

~B'.F

8.-

PI"'

~ ••• E

8.-

CARRY

iiIOiiiGif[

.....

OUTPUT

K1S-300

PI"

4

STORAGE
IENTtn'

COMMAND
PIN 3

'a"'EI
-1..;»---_-,

A '3 0 - - -.....

• , o---....-L.~--_

•

3

o------.....l-1R=l===l

11 ZO

5

ZO - ARx

Z,

Z1 - A8X

Z2 - Alx
Z3 - A8)(
Z4 - i!v
Z!5 - Cy

12 Z2

L====~H"-.)

:

2

Z3

----=1==G>o==::::::;rlB---o=+H
•

Z_

: 0--:

~'Z5
VCC=PIN4
GNO ~ PIN 10

D.A.T.A.

ALL DIMENSIONS !N INCHES

SECTION 12. lOGIC DRAWING

IN DRAWING NUMBER
SEQUENCE

'3fl'(1

K15-337

iti~j't.i

VI

ZERO
DETECT CARRY

rr====*==~================t=~4=======================~

3~+-~--~~~____~~J

DECIMAL
COOED
OUTPUTS

o

_~~U2
-v--12
H

_________

H

6
02

4 LINE

4
5
6
7
8
9

TO 10 LINE
DECODER

PRESET
STROBE

COUNT UP/DOWN
INPUT

LOAD
STORE

BLANK
DISPLAY

'Hie",I
OUTPUT OUTPUT OUTPUT
IA
2A
lAo

RECIRCULATE COMMAND A

,~ou,

RECIRCULATE COMMAND B

OUTPUT A

OUTPUT B

,
INPUT 1

LOAD 1 OUTPUT INPUT 2 LOAD 2 OU1Pur INPUT l

11

Vss

21

GNO

(WI'" 1ft ... H
(R + F) 1Ft

-+ I)

TOP VIEW

FR + RI -+ IF " IR ... FR

B.A:r.A.

ALL DIMENSIONS IN INCHES

SECTION 12. lOGIC DRAWING
Vee
4

13

I

CKT

Kl O O'Ol

I--?
3

A

B

1.
12
5 11

CKT A

lK15 352
0

1
2
3
4

B
1 14
3 12
5 11
7 8

Lamp

Test

13

High -Current

Drivers

10.
L/-r-~11

Vcc=Pm16
GND = Pin 8

4-Bit
Latch

Decade
Counter

7Segment
Decoder

b

9

c

,/-r-~5

d

4 •
6

Serial
Output

3

f

Lamp
Blank mg

'Hi+WJ

HTo---------+---------____~

VSS1
VCC16

GN08
Vaa 9

B.A..XA..

ALL DIMENSIONS IN INCHES

SECTION 12. LOGIC DRAWING

3'
35

.
0-

u

3&

..
. ..
...>
ii
C

ID

0
Z

z

:I
:J

Z"

..

~ Ii!:
> .. ID
!!! ... III II(

31. 3 •

26·33

III

>

TRANS'HTTER
DATA OITS

0 - :I'"
0 " :J C
O£ZO

CONTROL

34

STROBE

40
17

OATA STROBE
SERIAL
OUTPUT

16xT
CLOCK

TRANSMITTER

ENDOF
EXTERNAL
RESET

RECEIVER
20

SERIAL
INPUT

1&

STATUS
WORO
ENABLE

25

CHARACTER

16xR

,3

.'4
21

RECEIVEO
DATA ENABLE 4

....

>
0
15

.. .....
.. >
..... .....
i"
0

"':1

...>

"'''
Z ..

. ....2l'
C ..
C ... :J

ii

VCCI

.....
C ..

CID
oC

...~
"C
III>

~C

RECEIVER
DATA BITS

VGG 2
GND3

5·12

11

K 15-390

OUTPurG

,..J--.L---4-....jL.ftOUTPUT 0

D.A.T.A.

ALL DIMENSIONS IN INCHES

A2

L

INPUTS

A,
OUTPUT A

RL
STROBE

A

OUTPUT Y

v'
GATE Y
21 k

62

COM

27>

Ik

15k

INPUTS

6,
OUTPUT B

STROBE B

f:

V-®
390
V-

B

y-

GND
PI(,

/KlS-406

eN
M

~

B

v-

2

4

3

10

S

3 S
13 12 10

6

14

7

1''''1'

1

1

~

~

2

QU'T'P

vr.1' ImJT1

9

-12V

D.A.T.A.

ALL DIMENSIONS IN INCHES

SECTION 12. LOGIC DRAWING

OUTPUTS

I

- ..

Dynamic Input activated by a transition from a high level to a low level

I

Vee, veea

OUTOUTS

...

1

iii.

De'A

Do.
• liS',..,.;

GeA'

...
....

'*'4*4'
VCC 2 (+24V) 1

SOURCE
6 COLLECTORS WZ

OUTPUTW 2
ADDRESS A 3

4 ADDRESS 0
3 STROBES

r,;;;_

2 VCC 1 (+5V)
ADDRESSB 6

11 ADDRESSC

OUTPUT X 7
GROUND 0 8

D.A.T.A.

SOURCE
COLLECTORS XV

ALL DIMENSIONS IN INCHES

SECTION 12. LOGIC DRAWING
01·2

WE·21/0"0"·2 1/0","·2

01·'

WE·' 1/0"0:'.,1/0'''''"

RE·'

DO·'

VOO

INH

lOGIC

INH

OUTPUT

OUT

1

GND

2

GNO

PUT

2

2

Itj"t1P
1/2 f

FF =T Fllp·FIOp

out 16110------,
Input lSI

~~ig 1710--------.

1/525 f
out

Ifmlo---+---o-4

4

'~
7

10

12

10
11

15
11

5

12

J(OUTPUT)
KD

'"'""~

I

2
3
4

16
15
14
13

5
6

I~

KB

7

10

VSS

e

9

II

Vee
EXPAND

~'''"''
KA

KC

13
14=1>15
~3

14

Vee

'M"I'

,

K15-448
I

OUT 1
OUT 2

OUT 3
11 OUTPUT
\.5V

5

12V

"

+12Y

13

CLOCK

6

... 6V

3

L..._ _-l--

:!)N!tL

"t
•

-t--;3Il[l]~

OUT 4

ou
VOLTAGE
,.."
OPTIONS

1

1 GNO

OUT 5
OUT b
OUT 7

D.A.T.A.

ALL DIMENSIONS IN INCHES

SECTION 12. lOGIC DRAWING

',lrj'.

'2=C
0='3
12
Q

STROlE

Vox

Y.

S,

OUTPUTS

'.

S.

P,

P,

'.

3-0='1
10
Vee:; Pin 14

VEE

c

Pm7

4

9

6
8
Y,

Y,

Y.

x.

X.

x,

x,

GND

to, VIEW

IH~iijI'

K15-494

6
WO

1

13

2

ZO

3
4

5

15

VOD' P;n 16
9

10

VSS" Pin

8

11
12
13

O.t.1

6~--------------------~~

D ..II.:r...11..

ALL DIMENSIONS IN INCHES

SECTION 12. lOGIC DRAWING

MTTL E4 10
MTTL E3

MECL
to
MTTL

Togole
Flip
Flop

9

MECL E2 13

Trans
-I,tor

MECL El 11

12

3 2 1

C

0303

Input
TOGgle

r----;==l======f". . . .~....-o

R6

V---L.."",=---.-J.

141554
Q4Q4+ -

MTTL
OUT

4 U !fR>fV I

~---v 3 0 !fR?TV1

1NPUT
'-"-'-_~~

V9

L---~==i:::====::;L__6_~~

4'

0----<>-''''''---......--1

12 D lry?'1R1
11 0 If V >fRI

68'

Vss
Veel - Pm 1

VCC2 ~ Pm 14
~ Pm 7

Vee3

GNO

I< 15-529
+5 -15 +15

s••

GNO

I< 15-532
SET

.-

V,ohloll

RESET

>

.

Write Current Buss

28V

GNO

,5V

....

CURRENT
GENERATOR

t

A

....

B

....
.-

C

0

,

WRITE

1

T
I

l

T
1

CURRENT
STEERING
NETWORK

LINE
SELECTION
DECODER
DRIVERS

16 Lines

y 0
0
0
0
0
0
0
0
0
0
0
0
0

"Y'15

....

>-

CE

D.A.7:A.

ALL DIMENSIONS IN INCHES

•

SECTION 12. LOGIC DRAWING

PARALLEL OUTPUTS
SERIAL

our

STROBE

MS.

's

DATA

INPUT
DATA

IJoII'VT
LATCH

DATA

7 SEGMENT DECODER
'-SEGMENT DECODER

7-CURRENT
LIMITING RESISTORS

DECODER

tOF9

L-~

K15-549a ONLY

.---------------,

______~SETTO
'18"

,.

DATA IN

L1.

.sv

GND

I
I
I
I
I

I
I
I
I
I

I

I

.- -

I
I
I
I

INCANDESCENT OR

L __ ~M~N~N~E~E~"~~

I
UD
I
l ______________ -'

'3
CLOCK

10

REsET

LEO

__ _

I
I

5 VOLTS

11

RECVCLE
INHIBit

V'

LSB IN

BIT liN

MSBOUT

BIT 2 IN

BIT 2 our

MSB IN

BIT JOUT

v-

VAH -2

GNO
,

lSB OUT

'OUT

VRH

REF OUT

'REF

IN

LSB

R3
12k

------------,

R.
Bk

IN

BIl3

IN

MS.

v'

R,
.k

RS
.k

RS
23k

IN

BIT 2

R9

23k

R"

25k

r----i--~--------._---i~1_------~t_--~--1_--------._--~------------------~IOUT

J---------1L------~~------1L----r_--~--~~~----._--~--~~~----._--t_--~~~--~t_--~--~~_+::::::~------~IREF
GROUND

-,.

VREF 11 Ie 21

12

D.A.T.A.

ALL DIMENSIONS IN INCHES

.
SECTION 12. LOGIC DRAWING
OUT

IN

IN

OUT

OUT,

IN,

DUT2

OUTS

IN2

IN6

VOO

Vss

IN3

INS

4kH

6kU

DUr3
430U

OUT4

1/3 Or: CI RCl?IT

1/2 OF CI RCUIT
IN

K15-557
81 7
B2 6

Bl 7
B26

~----15P4

15POA
8412

B412
B711

8711

) - + - - - 3 P3

J PJ
B5 4
8S 5

B54
BS 5

2 P5

2 POB

eo

9

BO 9

B~10

8310
Clock 1

0----H---i----<1

6

0203_ _ _ _~_r~

JO-1r------+---,

---14P1

}-----14PI

}-----13P2

}-----13P2

03'~1----~_r~
JO-1--+---,
Vee'" Pin 14
Gnd'" Pin 7

vee1 '" Pin 1
VCC2'" PIn 16
VE E =Pln8
vee1'" Pm 1
VCC2'" Pin 16

VEE'" Pin 8

D..II..T..II..

ALL DIMENSIONS IN INCHES

SECTION 12. lOGIC DRAWING
K15-560

IN DRAWING NUMBER
SEQUENCE

OOA

Pulse
Shaper

01A ~

C

02A ~

} 8CD
Out

03A
R

OOA

CA

02A

Reset

~ 5/6 Control

R
008

0----------1

11
}

O'B

D,I:?----4:r="\::::=~C=

4

01A

15

C8
-5/6

Pulse
5haper

C

BCD
Out

ReSl)t

03 A

-;- 5/6 Control

aOe

12

01 8

13

8

Q28

14

A

Om

10

6

02B
VOO '" PII~ 16
VSS == Pm 8

Clock 1 ~-----,"--++----l"--+---<>

Ao----------~

K15-562
CLOCKI
LATCH
DRIVER OUTPUTS
COUNT Qo STROBE
Vee INPUT OUTPUT INPUT 9
8
0
1

r-----"-..

ENABLE
SLICE INPUTS

: SLICE AND CARRY INPUTS

Vcc~~~

2"

Vee = Pin 14
Gnd'" Pm 7

2"

2n

2"

SLICE INPUTS

DRIVER

'$1+1'

Al and AD

Pm No

I

-ve Supply

2
3

Threshold Control
Analogue Output
Strobe Input
SWitched Output
+ve Supply

POSITIVE
.------~SUPPLY

STROBE
INPUT

K15-565

Pin 1 = RC Point
Pin 3 = +ve

I

GND

·VE

ANALOGUE
OUTPUT

I

I
I
I

I
I

I
.J
NEGATIVE

SUPPLY

Pin 2 = Output
Pin 4 = -ve

C,

----,

C,

D.A.T.A.

2"

POSITIVE SUPPLY

------------,

I

""1.11

C2"

CARRY IN INPUT

~UTPUTS

c,

I

''THRESHOLD CONTROL"
TERMINAL

C2"

~ \...-v---J SLI C E

SWITCHEO
OUTPUT

~-------------------~-----~
"THRESHOLD CONTROL"
TERMINAL

Pin No
I

2
3
4

NEGATIVE

SWITCHEO

SUPPLY

OUTPUT

Al
Threshold Control
Output
+ve Supply
-ve Supply

AD
-ve Supply
Threshold Control
+ve Supply
Output

R,

R

---------1

, = 1MoI

-VE

1 Vee

ALL DIMENSIONS IN INCHES

SECTION 12. LOGIC DRAWING
K16-2

I

2 o--I--I--~

K16-8

ABC

0

E

Q

F

G
H

>->-K M

16-8

1

35 39 51

16-8a

1
2

••

3. 51
28 21 51
51
1

V""
GND.

K16-9

14 20 36 52
1 52
1 52
1,

OUTPUTS

5K

-5V

D.A.T.A.

ALL DIMENSIONS IN INCHES

SECTION 12. LOGIC DRAWING
1L

+---0 "Icc

D

Q

D

D TVPE
F/F

1-l1i.~_ _--l:i.I6

Q

D

Q

o

D TVPE
F/F

TYPE

F/F

Q

REI'

4
O/P

ii

REF

K 16-21
04

01

5 CP

Ef~o-----1i -'"
CPo---...f""
CPO--~

CP

CP

r---~------~----~

15

~

go pt~
+5

,IINPUT'

l~rO~CrQb~i
INPUT

K16-22

• INPUT

GATING

BIAS 6.1

K16-22a

Reset
2

Stages
18 thru 24

Stages
1 thru 17

6
In2

Voo

= Pin 16
VSS = Pin 8

7

Out 1

D.A.T.A.

5
3
V OO ' VSS'

4
Out 2

10

11

12

13

14

15

ALL DIMENSIONS IN INCHES

SECTION 12. lOGIC DRAWING

IN DRAWING NUMBER
SEQUENCE

NOTE Pm 5 connected to c••• nd devil:. bulk

lafi•
NOTE Pin 5 connected to case ,nd devICe bulk.

4 0----4----'
NOTE Pms 1 .nd I connected to ct• •nd devICe bulk.

'3fj:1
Y,

Y,

DOTTED SECTIONS
FOR K17-7 j - r ONLY

v,"

v,

DOTTED SECTIONS
FOR K17-8 j thru r ONLY

iiDsICi'Ni
7-7
KI7-7b
K17-7c
K17-7d
K17-7e
K17 -7f
K17-7g
-7
K17-7
17-7
K17-7m
K17-7n

-

K17-7a
K17 7r

Oh
30h
10h

35h
15h
50h
20h
100h
80~

10h

35h
15h
h
50h
100.1).

'0

v.
(ENABLE)

v,

D.A.T.A.

lO~

1 -8m
17-8n

35r>.
15Jl.

Kl -8p
-8
17-8r

100-"-

2 OJ\.
50.n.

ALL DIMENSIONS IN INCHES

SECTION 12. LOGIC DRAWING
K17-9
Vee

IN 81 82 D VR
17-10
2
17-10a 4
K17-10b 13

6 8 7
7 9 8
5 10 9

CC VEE

10
5 10
2 12

5
6
3

13tAf'
+ 15V

CAG21 ONLY

LOGIC

LOGIC
LOGIC
GND.
4

-15V

NOTE: DOTTED PORTIONS
OMITTED ON A AND B

B

J
K

A
K17-14

TO

FP

D.A.T.A.

3

4

2

3 1

K1 -1

3

K17-14b TO

5

6

2

1

9

4 11 12

ALL DIMENSIONS IN INCHES

SECTION 12. LOGIC DRAWING

t----.-------.. . ---.----o

IN DRAWING NUMBER

SEQUENCE

4

Y,IM

1l1li

13ti"

,.... ou,.

A
INCl••

LOGIC A ( ) o - - - - - - - - - I

•

L------------OLOMC.

K17-18

BULK

9

8~------4r------------~~~
7
3

4

I

I

IO.8K

I
I
'__ UI

12

OMIT FOR K17 -18a

2

TYPES

"

+"DD
CONTftOL A

LOGIC
INPUT

OUTPUT

CONT ..OL D

SIGNAL.
INPUT

INPUT

SIGM'L 0

CONTOOL • ~.j.....I--

OUTPUT

CONTROL C •

OUTPUT

SIGNAL C
INPlIT

D.A.T.A.

ALL DIMENSIONS IN INCHES

IN DRAWING NUMBER

SECTION 12. LOGIC DRAWING

SEQUENCE
V,

K 17-24

G

Z

v,

•

Z

sa5~+-------------~11~---+-~7D

_.J

50-----,,.., '"o:------{-O-C>-

I

IN2

02

0 12

~13

IN2

~02

Lb-b--r-.J

~9
1N3

Vss

GNO

VOO

1-15 VI

1~1:1I11

16)4

~

I 52
T I _

I
I

L-_ _~~--~~-~~-~4 03
DIGITAL
GND

-1fl
:

o--f--O-t>- _

2

SI

31!i)

1+15 VI
(1l

13

12 (141

INPUTC

2k

10Sk

94k

bk

94k

6181

,,,
"k

38k

"k
----0,,-

8 no)
B CHANNEL GATE INPUT

\11t 10

S(J)

~TAOBE

Nu,nbprJllerlllllldlendllplloteloptRPulIlberforflulFIIIdC.Jge
~lItUb8! In Pdrenlhp~IS dlollle1 pill numbellOi dll~llI1lln. C~UlnIC lU pill.k,lye

D.A.T.A.

ALL DIMENSIONS IN INCHES

SECTION 12. LOGIC DRAWING

y.

S

OUTPUT

.J"'\.
harmall,
lOW

6

+ -

.

SEQUENCE

GND

y-

6

I

8

'V'

"Lr'

NOllNlly

N')rrnally

HIGH

HIGH

+

4

,

IN DRAWING NUMBER

OUTPUT

..I"Normlfly
lOW

or

+

1&
+SOY

2
50

CHANNEL
SELECT

10
15k

OUTPUT

13
PUllOOWN

Uk
CHANNEL
SELECT

12
15k

11
15k

4.0 k
30k

35k

25k

y-

9
-60 V

D.A.T.A.

ALL DIMENSIONS IN INCHES

SECTION 12. lOGIC DRAWING
19- 7

IN DRAWING NUMBER
SEQUENCE

CKT ABC P E
1 3 14 a 1 l3
8 5 7 6 9

+ l2Y

'---1-~_"""'--~5 VEE

INPUTS

{A1~2
1A2 3
1S

14
OUTPUT 1W

STROB~E2:~~6
INPUTS

2A2

7
11

12
OUTPUT 2W

STROBE 2S

D.A.T.A.

ALL DIMENSIONS IN INCHES

SECTION 12. lOGIC DRAWING

0,

'.

0,

"
"

o.

'.

"
'.

o.

GND

y-

'allhi

I TEST I
: POINT : STROBE OUTPUT OUTPUT
VCC,A,A
A
B
I
I

TEST
POINT
A

GND

,
I

IK1935
K1935a

I

15 10

NA NA

STROBE
A
1411
15 11

OUT
A
13 12 9
14 12 9 13

Kl~-3.5a -:- DOTTED IN PORTIOIS! OMITT-,ED
K19-35b - INVERTED VERSION OF K15-35
'K19-35c-IN\lERTED VERSION OF K19-35a

-..DIFFERENTIAL
IN

+
-..REFERENCE

TA

D.A.T.A.

INP T

------

DIFFERENTIAL
INI'UTB

Vee

ALL DIMENSIONS IN INCHES

SECTION 12. LOGIC DRAWING
LATCH

AMPLIFIER

BUFFER

INPUT A

(310---1>--;::===:0

t __~~____~__-c~______O~UTPUTA
(21

Y+

ITIIJOII GATI Q
A
a OUT

a 111110. GATI
OUT I
QGND

INPUTB

(6I O:--C>--i:====:O
Vcc-B
GND-4

I< 19-39
Y"

STAOIIE
""""'.,..
A GATE GND 2 Y

'Icc·

Cn1

"",

04 2
INPUTS

-tlef .R..

v-

o--....- ...---1~....- ...- ...- - - - -....- -...--~....---..,

GND,

14

ourpUT

INPUT A

INPUT'

-".,

......,

1I2V23

0---+--....1

..--~~i-f-------~--6----'~ ••D

.,

.....1...:;:=::~=;--I-O

INPUTS
JK

JK

-----....J

STROlE C

GIS.... UO

\lCI:-o---...----4~....- -....
INPUT

OUTPUT
2V

,N,ut
ZI

Ne

OUTPUT
IY

STROlE
10

DISAIU
0

STROlE
lli

GND

TO'VI(W
DlTECTQR OUTPUll
RI!!GlStlJllNP\lT
CHANNel.
lW1tH'

.,ELlCt

1171

DIFFERI!!NTIAL

lZ=~

""".

~+4-=-_..llli'6 IY ~R,

REfERI!!NCE

VOLTAGE

"""'"

""'"

DETECTOfI

OUT""

D.A.T.A.

ALL DlMENSION$ IN INCHES

SECTION 12. LOGIC DRAWING

IN DRAWING NUMBER
SEQUENCE

'HEI'.
82 116»
D1FFEREN11"'L

INPUTS

c, ~"~I---+--~~~~---t~~~~-----+~~----~

D-C

L.EVEl
SHIFTEFI

C2~'2~1---+---t-i~~---+-1~--~~----i---~~-i
D,~'3~1

__-+__~__~~~~
' -___..........;.;,
....
' ST~OBE

D2~"~I---+---t---t-i~~~
CHANNEl SELECT CSO 171

CAPACITOR RESTORECR

:.:"~11_________________~

~
.....

~_ .. -E

A

-

2
F

i='".wl

K
1~8
K'C

C

9

L

LaC

COrtTROL

~

'*4-'.

DATA

*

OUTPUT

CONrRDL

DATA

OUTPUT

G,.O

NOTE:
INVERTED ON K20-2. ONLY

K20-5

[>

2

6

[>

5

10

[>

9

7 Vss
14 VDD

NC~

Vee o-L
Vss o.!.

[>

13

~

A2~Y2

v00 ..,---~

12

+VDD

d.

Input

Vee

G2

6A

6Y

5A

5Y

4A

GI

IA

IY

2A

2Y

3A

3Y

G2

}
9'

-Vss
CMOS INVERTER

D.A.T.A.

K20-6

GND

GI

2Y

3A

3Y

GND

ALL DIMENSIONS IN INCHES

Vee

G2

6A

6V

5A

5V

IA

IV

2A

2V

3A

K21-2

OUTPUT
V

CONTROL
INPUT

•

C

•

DOTTED IN PORTIONS
K21~2.

OATA
JN~UT

ONLY

- _ _ _ _ _ _ _ _ _--'

£.
CONTROL
INPUT

C

C
21-3

1

DATA

INPUT

V· 14

~

81k
INPUT
1
INPuT

2

CKT NO IN1 I N2
K21-7

1. . . .

1

4

5
0

6

4

12

3

11

3

NO
OUT'UT

8

~",=3'k

'!

"'M 2
10k

D.A.T.A.

300

OUTPUT

2

v-

E

2 3 12
9 11

OUT

1

~

70

13

1

~

e

'"
1k

'"~1O
ALL DIMENSIONS IN INCHES

SECTION 12. lOGIC DRAWING
K21-11

c
10

COM

IK21-9
L

' - -_ _ _..l----Q GND

:KT A
1 1
5
3
8
4
12
.~

Brc
2

3
7
9
1
13 1

6

..

,

Vee

..

..
,.

VEE

11

..

D.A.T.A.

ALL DIMENSIONS IN INCHES

SECTION 12. LOGIC DRAWING

1_

I,.,

Ips

INI2

INI1

'TOP

TRANSMlnER

t

--;'---l- - - - - - - - - ,-

~

•

- ----

RECEIVER
RECEIVER S.R

1 ______ - - - ___ _

K21-17

PKG
MP

eKT

1

DATA DISABLE OUT vee GND
1
2
3 14
7

2

DATA OUTPUT
HOLDING REGISTER

1'1'

3
4

13

I

~

~

"',X"'·_ _....... TO ALL

REGISTERS

3
4

Opf

IRCP

12

11

9

8

13

14

10
12

4

11

1_

GND

;~
11

•

r=c)o t:v::2

CASE

1

v,

D~

10

9

.,
vee

X

x

VCC1 =14
VCC2 =8
GND=7

v

GND
GND

K21-21

K21-22

A
G

D.A.T.A.

ALL DlMENSIONS·IN INCHES

SECTION 12. lOGIC DRAWING

CKT INHIBIT INPUT OUTP VCC VEE
1 2
1 2
13 12

'f) I!.'

4
10

14

Word Length

Selector
X
y

2nd Stop Bit
Seleet

12

13

K Vee
____

Enable

<>------,

1----+----0 Data

Enable

StroW'

19 Out

0--------__

1-______<0_--<

Buffer StorAGe Aeg'lter

'-.---'r--.c--r--..--r-~-~

VGG - Pm 4

Buff.,

20 £mptv

VSS" Pin 10
VOD '" Pin 18

~--------~v,--------~
8 Dota Inpull
CONTAOL'
13

11

01<>--_~

10

CLOCKc>--_-"'"

RESE T.'~ri:===~=~==-::__j-JI------~

OISABLE 1:DISABLE

DIN.;.7_ _ _ _ _..J

5
2'<>--++---h

02'0·_-+-+-1

8___ •
GNO_

STAoeE~3~~==~~~~
Vee

Gnd 1
Gnd 2

D.A..T.A..

= Pin
= Pm
= Pm

14 Gnd 3
VEE

16
1

= Pm 9
= PonS

4

CONTAOL.2

All DIMENSIONS IN INCHES

SECTION 12. LOGIC DRAWING

IN DRAWING NUMBER

SEQUENCE

r-________~--------t_------~----~~--~----~----~---------------v~c~~

L-_+-------_<

Enable

0-------.

L___-o.fS;;;:~;;-l~----------~'8 Complete
Word
L----------~_r~~~~}-----------~,9Sy;::~:=u.

Enable

Shift Register

System
17 Re.dy

1---------___

Buffer Storage Register

-0 Buffer

'---,r----,.----,r--r---r--r--~--.__I
8 Data I "puts

07

06

05

04

03

25 Empty

01

K21-41
Vee
y
OUTPUT A
Z

INPUT B

y
OUTPUT B

Z
OUTPUT C
y

Z

Z
OUTPUT 0
Y
INPUT D

Vee

To Other

35'

y

.---4--+-<> Out.--+--I--opuu
z

To Other
Drivers
To Othe'
Onvars
Inhibit Input

D.A.T..II..

ALL DIMENSIONS IN INCHES

IN DRAWING NUiIIIa£R
SEQUENCE'

SECTION 12. lOGIC DRAWING
7 9

2

•

..
,'

,

IT 14

'2 '3
20
2,

Am26S12/26S12A
QUAD
TRANSCEIVER

22
23

10
13

8,

iio
12

13

12

11

10
'0 1,

'<

83

82

"

Vee = PIN 16
GND = Pon 8

'I

20

23

22

14 Vee
2kn

IN 1(13)
DRIVER A

6(8) NAND
OUTPUT

DRIVER 8

1

10

2
5

11
12

9
7

13

GNO

14 Vee

6

8

Vee = Pin 14
GND=Pin7

+ __5;:1:,:9) AND

L.._ _

OUTPUT

JOOn
~~

____________~__~__~_____~____~7 GNO

K21-44
DR1V1RI A" ~

i~--DRIVERS I"It

~~=ro. . ____

lO;;n

]Ig)

12

Vee-PIN 1.
elNO_PIN.

'D.A.T.A.

ALL DIMENSIONS IN INCHES

SECTION 12. LOGIC DRAWING

.~DRIYERA :
•

4

7

3

~
DRIVER.

8

W
11

15
14

»
13

Vcc - PIN 18
GND-PIN8

K21-46

r-r---,.-----_ _o-_......_ _ _ _

~

TOOTHE'"
~INe

OAIVER

STRSOBE

......-{

<>---~'-"""M-t

TOOTHER

LINE DRIVER

.l---t-----4>---'---.-~~--'
TOOTHER

LINE DRIVER

TO OTHER

LINE DRIVER
VCC_o-_~

NC STROBE INPUT INPUT GNO
S

1_~

NC

-+-___

________

~_~....J

NC

2A

vcc.--~~--~----------~----~-------,

VCC_---.----~----4_--------_4~----_'----....J

K21-52

D ..lI..T..lI..

Vee

ALL DIMENSIONS IN INCHES

SECTION 12. LOGIC ,DRAWING

14'"

.

5•

n

'Ok
OUTPUT

RESPONSE CONTROL

CKT .NO. IN RES CONT
1
2

INPUT

''''JTy.

3
4

'Ok

OUTPUT

1

4

UT
3

2
5

6

0

13

12

11

RESPONSE tOtoTROl

GND OUT RESP

IN

7 GROUNO

OUT RESP

IN
{PIN I}

SIGNAL

SIGNAL

INPUT B

INPUT A

DOTTED PORTION
ONE PER PKO.

Vr.fA

14
OUT RESP

IN

OUT RESP

IN

V+

GND

TOP VIEW

Vee.

Ycc-

INPUT

INPUT

2"

21

Nt

OUTPUT SlAOI(
2V
2Ci

2

IJII'UT
IA

INPUT
II

lie

OUTtUT STROll STRO'l
1Y"
S

3

14

15

,.0

K22-12

4

INPUT

INPUT

INK

'"

11

Ie

D.A.T.A.

5

6

10

11

13

12

8

GNO

ALL DIMENSIONS IN INCHES

SECTION 12. lOGIC DRAWING
r-----t--r--~----------4r----4r--~----~~~c

80n

STROBE

+-++-<>OUT
EIA

MIL

(+)

(+)

5k

12k

HYST.

Vee

680n

lk

62011

4k

800n

56

lk

3.Sk
lk

Vee

67811

4k

34511

6.2k

Ao---.......J

B_..-4-.......J
80011

D.A.T.A.

ALL DIMENSIONS IN INCHES

IN DRAWING NUMBER
SEQUENCE

SECTION 12. lOGIC DRAWING

583

800

110

110

cWo

~L100

----- - - ROSlstor

583

--

--~->~U

values are nominal

800

Resistor values are nami nal.

CK
1

,

:=t>-2
:=t>-3
10-o~14

ll-V

1 2 = t G = 15
13 - - - 0

D ..lI..T..lI..

VBB

3
5

l~t*lfl
:=:[:L3

1:=:[:L6

12~~14

13~15
~11

12Vn

11 vee

1---"---1---"---1---"---1
K22-25a-OMITS 6k OUTPUT

PULL-UP RESISTORS.

n

K22-25b-QMITS 50
INPUT
TERMINATION RESISTORS.

'---=- 9

ALL DIMENSIONS IN INCHES

SECTION 12. lOmC QRI\WING
•

w

~

Vee (7)

(13)

(14)

~======~
__~==~::::~t=::~::~::~::~________-.~18
+

Clock Output

7 Serial Output

Data 3
Input
Data

r----''---"]...>-I--o

r---------------------------------+-----+-1

VGG = Pin 5
VSS = Pin 12
VOO c: Pin 21

Asynchronous!

6 Synchronous Mode

Strobe 0 - - - - - - <..

"Syn" Detected

Status Enable
8 Data Outputs
Suffer

Panty

Full

Error

Over-

Vee

K22-31

14

Break

INPUT

STROBE

OUTPUT

13

·Make no connection to these pms
uFor Opef.tlon requlnng "Mark Hold"

with the mput open connect I 47012
"Sfstan 'rom nch of these pins to
ground

INPUT

STROBE

OUTPUT

GNO

K22-32

..

OUT l

03

4

HystttreslS
ContrOl
Clock 11

<>-__________....l

Reset 1 0 0 - - - - - - - - - - -.....__-J
Strobe 1 2 0 - - - - - - - - - - - - - - -_ _ __

GNO

OUT 2

OUT 1

IN 1A

TOP VIEW

D.A.T.A.

IN 18

IN 2A

IN 28

IN 4

OU14

IN 5

OUT 5

IN 6

OU16 DISABLE B

GND

TOP VIEW

ALL DIMENSIONS IN INCHES

IN DRAWING NUMBER
SEQUENCE

SECTION 12. lOGIC DRAWING

Pin 4 and 13 = Internal Connection.

Vee
850

4k

190

850

16k

.
I

~

'

,

120:~

. , _ _ - - - - .....

,,

'~

~//

,----t

4

k:~,.

~"0.--4------0 QUTPUT

.--4--~-.--+-----~~--~_+_--~-oGND
35 k
'--~--+--o S T ROB E

4 k

4 k

TO OTHER

Dashed components apply to the K2235 circuit only.

Vee - PIN 18
GND - PIN a

1'"

15k

1 Uk

lk

~-""--4----o 11151
10

13

14

12

15

15k

FOR K22-36a ONLY

D.A.T.A.

ALL DIMENSIONS IN INCHES

SECTION 12. LOGIC DRAWING

+-+1(

'-,:" !!17!.!,'~'_ .....

"

INPUT 11.111

11,1SJ::..u.r
VI

"k

"'

...

"V ' , , Vee bus

"u

LINE
INPUT

REF

OUTPUT

GNO

'"

STROlE

TOOTHEIl
LINE AECEIVER

TOOTHEA

LINE RECEIVER

K22-40

HVSTERESIS"
ADJUST
(4,131

D ..lI.:r..lI..

"'-Y-"
TO OTHER
RECEIVER

ALL DIMENSIONS IN INCHES

SECTION 12. LOGIC DRAWING
RECEIVER NO.2

~

_ _ _ _~A~_ _ _ _ _~

I

NON.
INV
INPUT STRB

INV
INPUT
COMMON TO 4 CIRCUITS

3.2kO

V~I o-----------~----_t
5kn

RI.
GND

1L ______ _

---,

--

r

T~~~:~DO-,;:.....----------...,

I
6kn

taka

IIEIPONIE TIME
CONTROL

1

I

1

INPUT

RECEIVER NO.1

tSkO

1

I
I

I
'I

I

I

I

INV
RT NON· STRB RESP OUT· GND
INPUT
INV
TIME PUT
' ......______-:.;.IN;;,P.;;U..;..\
caNT
I

1 OF 4 RECEIVERS

I

+ __....o-I

0-;..1__....'lII'k...
n__

OUTPUT

I

I kn

I

I

I
--.J

I

L
COMPONENT VALUES SHOWN ARE NOMINAL.

,J,

.SUBSTRATE

••

;--;-011

'--"*-.....

-010

02

A

•

B

E

C

F

v+
0

:3

o

0

0

0

0

D
CKT NO
K23-5
K23-5a

1
2
1
2

D.A.T.A.

OUTPUT
GROUND

A
2

B

C D

000000

E

3 4 5 6
9 10 11 12 8
4 5 6
3
8 9 10 11 12

F
1
13
2
13

8
~

INPUT VCLAMP VALL DIMENSIONS IN INCHES

IN DRAWING NUMBER

SECTION 12. LOGIC DRAWli' G

SEQUENCE

K23-9

v+

,

+v

N/C

~--+--OINI

.--t--oIN 2

NJt
3

L.-+-oIN :5

OUT3O--+-...I

12

OUT 40--+:1 =3-<

-v

2

~--+--OIN4

1

14

N"t
IN I)

+5V

10

NC

EI

Vcc

GND
836
CASEGND

3
4

NC

NC
8

EO

~IC

VBB

6

-15V

FOR K23-1la, PIN 10 IS CONNECTED LOW
(LOGIC 0) INTERNALLV

K23-14
r-t-""-~~"'V+

EXTERNAL
C'N

',.

o-j 1-0

..--y-•• --=:

INPUT

7

t-"''''-t-.......-!-{<

V,

' -_ _---<~---()4,5 R,

K23-15

K23-15a

PKG eKT INP OUTP V
eN
3
1
8
2
5
7
1
2
MP
7
eN

1

2

4
6

12
10

v4

11

{TopVtewl
NC
NC

NC
VEE

,
, ,
"
,

..

. ..

vee
NC
INPUT B

NC
NC

N C e " NC
INPUT A
7 OUTPUT A
VEE

3

6

INPUT 8

Vee
OUTPUT B

(TopVlewl

'---4----"-+--4---4-0

B.A:r..11..

v"

AU DIMENSIONS IN INCHES

SECTION 12. lOGIC DRAWING
INPUT A,

D,
12 OUTPUT A

INPUT

/1..,

4

V~

0,

0,

D,

R,

R,

'00

'1k

11 V+

5

R,

RJ

DJ

'1k

200

,

INPUT 8,6

0,

0,

10 OUTPUT B

D,

INPUT 8 2

'--+-..... OUT
+---+---9
4

y([

.

r--+--4OUT

Vee

•
OUT

v"

"

"

vu

" D.A. T. A.

.

'.

,

v ..

ALL DIMENSIONS IN INCHES

IN DRAWING NUMBER
SEQUENCE

SECTION 12. lOGIC DRAWING
A
B

e
0

Vee

F
G
H
J i

10

M
N

P

Q

5

T

U

V

1-<> x
DOTTED SECTION APPLIES FOR ·K25-f,9 ONLY
A
25-2
5-28
K25-2b

K25-2c
25-2d
5- e
25-2f

C
3
2
2
12 13
2
B

E

D

G
6

7

5

25-2

8

6
9 10
8

M

N

P

,R

Q

S

U

T

W
I.

V

8 12 13
8 12 13
8 12 13

10
10
10

VCC COM

•
I'••

14
1

14

10 12 13

13
2
3
14 13 12 2

K25-2g

K
7

J

5

5

• I'

I'

P

7

1200n

3

•
6

2

5
7

8

9

5 6
6 10 11
5

10
12

8
13

X

11
11
7

11
7

I'
4

J

K25-S
K2:,cSe
K2S-5b
K2S-Sc

A
3
2
4
2

1M

B' C D E F' G
5
13 14
3
5
1 2 3
3
13 14

2 6
6

lvec

7

9 10 11

12 5

6

7

COM

9

10

4

11

12 13
9
8

8
10

4

11

8

7

u
CKT

K2S-4

K25-6

2
3

A
D
C
1 13 14
2 II 12
S
9 10

4

6

1

7

~

vsso--_-......
0

PC KG CKT VSS IN VGG OUT A OUT B
K25-7

K25-7a

I'lt'

CN

K25-7b

MP

K25-7c

eN

12

3
4
1
3
4
1
2
1
2

11

8
9
2

3
12
10

5

1
12
10
9
3
12
12
10

6
8

14

5

7

11

10
4
6

5

L---~-o Out

Ino-_ _ _

2
8

~

A

Out b
For K25-7e only
16n

Vee -14
GND-1

Vee

K25-9
N

Vec
(I)

16

,I.

A

B

14

13

I.

11

I.

IN
(7)

4
Q

A

6
B

N

'"

COM

7

D.A.T.A.

I'soo I

All DIMENSIONS IN INCHES

... DRAWING NUMBER
S~QUENCE ...

SECTION 12. LOGIC DRAWING
K25-14
Vc:e

N

N

t*"

I---W

~
I
I

I
I

I

NOTE,
2

A

3

4

b

Q

N

N

1 14
1 2
1 2

A

J

F

C:OM

13
3

3
4

3

6

'- - -~x

OMIT DOTTED
SECTION FOR K2S·14b.c -=-

K M N P

R

2
5 6
6 10 11
5 7 10
9 0

7

STU

V

8 9
1 13
8 12 13
8 12 13

W

X

10 12
12 8
14
11

9

vee

COM

4
14
4
4

11
7
11

7

o-----'~

B o----....Ji

e o----rrl.
Do------I

F n---~
Go---~

,---t-----Q

K

~--t-----O

R

,---t-----Q

W

HO---.----;/

J o-----l

~

0 - -______---':;

po---rrl

~o-----,
8o---.r---;l
V 0------1

1~=::~:J I! Ie ID If I: Ii IH IJ Ii Ini r IP IniH

JIYI~lljClirl

r

vee

K25-16

A:n--....:...----.;

r-----Q

B O----....Ji

'++jfi

E

o -e

e o-----r~.
~

r--+----O K

:)-----,

Go---.

L\'
HO---....--.I

J o----l

~o--~

Q 0
S 0-----,
To--~

r--+----O

L;

P 0-----'"'7/.

R

L--+----====l

r-f----o W

"

U o---r--;t
V 0------1

VCC2

X

B

Node
R Rint

0

Z

VCC1

+-...,

V
____
OU11

Vl n1

----,i"'VIM

r-+-=--_v"",
'--.+----1-_"".,

su.~

INPUT A
INPUT •

• ND

o---.L...-------'
Source W
Collectors

A

S1

S2

C

Y

Gnd

'-v-'
Strobes

D.A.T.A.

ALL DIMENSIONS IN INCHES

SECTION 12. LOGIC DRAWING

: lTr:

CC

NOTE

112 OF UNIT SHOWN

~

1A

81
Xl
TOP VIEW

8~

,

t X2

.
"

, '2 3: "

~
Al

A;

Gm
V~

tl1illIGND

A,

8,

~D"

X,

GND

26

2A

16

1V

GND

....- ....~-...---o v"

r----~~-

"---0

SUISTRAll

CK'l

~K25-28 , 2
3
4

A

B

2

3

6

5

9 10
13 12

... ,IJ., ........

D.A.T.A.

ALL DIMENSIONS IN INaiES

IN DRAWING NUMBER

SECTION 12. lOGIC DRAWING

SEQ~ENCE

r------.----~--------vcc

Vee

,.

2.
y

A

lA

18

L-~--------~----~~--+---GND

G

lA

r-----______--e_---------vcc
2'
A

B

--+----4

lA-~-rr

G

K25-32
,------------01 .....
VSS-l.
GND-8

r--------~~tt::::::::~--------~~r=:r--{)~------------~-o7
Set: to Nine

En_I.Out

•

12~N~

14
13
15

11

12
10
2
3
5

7

9

__________________________~

•

6
4
Voo ~ Pin 16
VSS ~ Pin 8

D ..II..T..II..

ALL DIMENSIONS IN INCIES

SECTION 12. lOGIC DRAWING

IN

X_1:~~;::===~~~~X~O~======~~X~1========~~X~2========~~Xr3~________~
V-1
Vo L..:.~"-'''"'

ACTIVE HIGH

7 6

5 4

3

I

19 18 17 16

P

23
22
21

Am25l05
"2

'1

2's COMPLEMENT

en+4

MULTIPLIER

13

Cn

20

10

11

14

15

Vee = Pin 24
GND = Pin 12

ACTIVE HIGH
7

6

5 4

1

3

19 18 11 16

23
22
21

Am25S05

'0

'4 x 2
2', COMPLEMENT

'1
Cn

en.4

MULT1,LIER

13

20

10

l'

14

15

Vee = Pin 24
GND = Pin 12

\

".",

"tG"

ACTIVE
716431

'3

"2.,

"'1171'

"m_
h'

"

2'1 COMPLEMENT
MULTIPLIER

II

20

•

•

10

11

14

11

12

Vee - PIN 24
GND - PIN

D ..II.T.A.

ALL DIMENSIONS IN INCHES

SECTION 12. LOGIC DRAWING
OUTPUTS

~--"\.._--

VO

20

Vl

V2
V3

2C

\"";'--"-'--v,-';'::"_=.J
WOROINPUTS

_~211:l 0
OUTPUTS

~:---:-:::-,"\..:":":'"---,,,,,,",

2C

Y7

K30-1

CKT
1

ABC D
3 2 1
1 1 1

E
6
9

F
6
8

COMVCC
7 1

'---"':":"'vr-~--':';;;"

WOROINPUTS

1<28-108

K30-3

ser.ct 9
A

1 00
000 60o-----------;-~~

_~

001 500------------t--;--I

2 01

010 40---------+--+--1-1

7

••
C

10

Enel.

2

XO

6

Xl

5

,.
Z

X2 •
011 30------+-t--;--I

X3 3
1502

X4"

020 130------+-t--;--I

CKT CONTROL IN

X512
021,120------+-t--;--I

K3 -

1

12

X613

1403

1

11

our

a

10

X7 "

030 110------+-t---I

031 1 0 o - - - - - - + - - - - t
Control D--"A,--4--.J

CiOck 7 - - - - - - - - - ' Vee = Pin 16
VEE=Pln8

D.A.T.A.

Vss

In

ALL DIMENSIONS IN INCHES

SECTION 12. LOGIC DRAWING

IN DRAWING NUMBER
SEQUENCE

G ,,",,

A,
A,
ADDR!;:SS A}
A,

o

KT

'O-.n
IN

I.

18

I K'U-.p
GATES

I~..",.,",

'PP'.T2S

B

"

I Kau-5r
I K30-.s

I •

.
,

10

.

".
,

I""ALUU

IANAW"

[DIGITAL

1001

11 02

1304

~ P," 16
VSS" Pm 8

Voo

S

OBE

K30-8

1

K30-8a

7

15
9

..•

DATA 1

• ,

ADDRESS
2 14
10 11

o

DATA 2

OUTPUT
3

10 11 12 13
15 1

1

2

7

VCCGND

9 16

l2

1

8
8

DATA
INPUTS

K30-9

DATA {:I~~_:__~~~__~

SELECT

(BINARY)

,.o""--4----Ho""

13

c~=:~~==~~

O.!l

2'

c>l!!.-"t===t:i::::r. . . .

•• o!'~-+---+-+--;--.,
SElECT
STROBE o!.~---q

D.A.T.A.

••
CD

"

I,

"

ALL DIMENSIONS IN INCHES

SECTION 12. lOGIC DRAWING

'*lell'

® ®

G) G)

II b

11.

CDs

lOb

10.

•

CONTROL B

DATA INPU''fS

@

'tile!'.

K30-14
14

I.

10 I 2 3 4 5 6 7 9

24

II
12

9313
2.

13

z· z
34

14

15

3.

••
••

Vee - 16
GNO·8
OPEN COLLECTOR
FOR K30-13a ONLY

*

tZl
EN

t31

14
t51

AI

r------J -~~------

A1

-~______

AD

L _____

'~~_____ ,

~~

f·'"

til

2Y

I

I

I

2:

:I

,

,

QNDg......I

15 :

1111

y •• ~

110)

1-111

114'

DECODER I DRIVEIII

i ~6(.

:
I

tid 6{~~ i

~_F_--!-l----i---i---f-l----i---I----J
~

N

12

5

n6

"7

"

10

"9

"8

u

~

11 13

SELECT

STROBE

K30-17
OUT

EN

14 r-------

YDOo-!
f·11)
:

V55

NC

sa

515

56

A1

57

~---------------­

2:

GNO~

15:

DECODER I ORIYEIt

v •• ~
1-111

NC

i (6{~{,(.6(.li
II

.7

••

II

...

.3

12

.,

1·1

5

6

7

10

9

8

11 13

55
54

512

53

I

511

52

i

510

51

H---i-l----i---l--=I-l----i---i---l~2
OUT

514
513

OUT

OUT

1-4

51

516

n:f--r--'

59

EN

GNO

AO

NC

AI

A3

A2

OUT 1·8

V55
58
57

r=----=C 56
55
54
53
52
L _ _ _"':':"JC=51
EN

.0
NC

A1

NC r-.l--~-....!;l!-...J......., A2

D.A.T.A.

ALL DIMENSIONS IN INCHES

SECTION 12. LOGIC DRAWING

.,-

."AlLII

Do

D,
Do

......
.......

o•
Do

Do
Do

K30-19a

o

1

J

1

I

3

DA A
3
1 15 1
4: 6 8

DAT
11
11

SELIlC
10
12

0

8
13

14

115

10

Of

K30-21
r-

1 13
2 3
12
All
A 10
A 9

QA 15
A

.

1011 lid

•

@@

QAO 14

I4
5

&

5

°4

'0

3

1

2

'---

~

QB 1
B

r
I

r---

L-..
B
B
B
B

7

QS* 2

6
7

i

~11

.,.

1

~

L..-

'~O'~1

\t.

12' 13

~r18

15 14

1

K30-26
vee

16

101234511.

GND •

11
12
13

0A

15

'4

II

4

ES2 E4A E3A E2A E'A 0A

GND
.. 14

8

."

CHANNEL
OUTPUT

I

CONTROLC

,0---------< >------'

10 ....

CHANNEL
INPUTS

VSS
• VOO
CONTROL.

o

CONTROL A

STROKe

D.A.T.A.'

ALL DIMENSIONS. INCtES

SECTION 12. lOGIC DRAWING

IN DRAWING NUMBER

SEQUENCE

,..----,

r------,

AD

•••

16 ADDRESS AO

ADDRESS Al 1
+5 OV SUPPl V 2

15 -12.0VSUPPlV
14 +12 OV SUPPL V

3

DIGITAL
ADDRESS

" -i-.---r.>o-+;-f.4-++---:

13 IN 1
IN 8 5
IN 7 6

OUT

12
11 IN 2

IN 6 7

AJ

10 IN 3
IN 4

---.-.--1 :>O-+t-I-+~-:

9

IN 5 8

EN

K30-2!
K30-28a

EN
ENABLE

_ _____ J

L. ____

ADD
2
0
OUT 6 THRU 8 OUT 1 THRU 4

ADDRESS INPUT BUFFER

DECODERS

AND lEVEl SHIFTER

SWITCHES

'i'S "

--

or

0'

DO

DO

~}
~ }.....TS
INPUTI

.....TS{ ,:

"

II

OUT"

DUTI

.....u{::,.
II

GND

28
27
26
25
24
23
22
21
20
19
18
17

+V SUPPl V I
Nt 2
Nt 3
IN 164
IN 15 5
IN 146
IN 13 7
IN 128
IN 11 9
IN 10 10
IN 9 11
GND 12
VREF 13

OUT
·V SUPPLY
IN 8
IN 7
IN 6
IN 5
IN 4
IN 3
IN 2
IN 1
ENABLE
ADDRESS AO

16 ADDRESS Al

ADDRESS A3 14

15 ADDRESS A2

.....
y-

1....... 1

~----~~------------~~----

.......--.Jr--'"

IN 16

MUl TlPLEK

CHI
INPUT

•
••
•
•
•
CN'

",,--AI'"-''''''INPuT

OUTPtJT -.'
OU"U1 "6'

. . . . ......,-,.,u INPUT
CN'

I
•
•

eH 16

.......-...---,.,.. INPUT

EXT
BIAS

ffi
Ci2

.
8

GroupSelec:tor

B

+5v
GND

A
GNO
Om Output 811 1

>-

Vo
V,
V2

0 ... Output 81t 2

>-

V3
V.
Vs

O.tII Output Bn 3

Om Output

v..,

D.A.T.A.

~

al''-

>-

Vs
V7

B.tl
B.12

>-

N/C

1
2
3
4
5
6
7
8
9
10
11
12
13
14

2B
27
26
25
24
23
22
21
20
19
18
17
16
15

CEI
CE2
+5y
V'S
V,.
VI3
VI2
Vtf
V,o
V9
Va

B.t4
B.t3
V,.,

>-

ALL DIMENSIONS IN INCHES

SECTION 12. lOGIC DRAWING
.NO.
1

•
1

DOTTED AREA A ONLY
Vee

3

••

•

D E
• 11

•
•

9 14 15
7
1

} <00'""0"'"
DISTAIBUTOR

" • • ~_._

'ld

1~1~ k- -~ 860

4k

4k

o

A
7
1 14
12 11 10

s

'Od

1

.15

vee
e

A

DOUT

COUT

BOUT

D'

DID

AOUT

GNO

-SUBSTRATE

10
C1

1.
C2

••

••

01

II

10

I.

.,

vee

11

.,D

•

GND

I K'O-I'

o.

K30-32:a

A
1

•

e
1

• or
• or

•

1.0

13 14
• • • ,7·10

.11~4

SOU'rtCE

K30-37
01o------~

02o-----~

03o----~

040-----,
0::

51

52

W

o
o()

w

o
Vee - Pin,.
Gnd - Pin 7

1
2

D.A.T.A.

ODID3
7
1614:1312

12
•
45

ALL DIMENSIONS IN INCHES

SECTION 12. lOGIC DRAWING

53
10

51
8

52
9

K30-43
2 Q1

012 5 ---++-IIIL..-/
~E 0 10

----++-....."'1..........,

CC7-_==:~tt~~~=-~~==~~
R 6
CE 1 9

---+-I+--""L..-/

3Q1
X2

15'Q2

Xl (to) 6o----,l-t1f+-1",

D2113---4-++~~~

D2212----+----~L_~

14Q2

A (11)

7

B (131

9

vee1" Pm 1
V CC2 '"- Pm 16

VEe" PinS
YO

III 13 O----1~+_L---'

Yl(15) 11o-----1H+~~

Hi (3}W
Y2 (161 12 o----I~+-LJ

Y 3 1 1 4 1 1 0 o - - - - - - - - L____

NUMBERS AT END OF TERMINALS
ARE PIN NUMBERS FOR
L PACKAGE K30·43.
NUMBERS IN PARENTHESES
DENOTE PIN NUMBERS FOR
F PACKAGE K30·43a.

D ..lI..T..lI..

AU DIMENSIONS IN INCHES

SECTION 12. LOGIC DRAWING

A

.

VO

I.

Vl
2

V2
V3

STX

1

XO

•

XI

5

V4
V5

•2

'3

STy

.

V6
7 Z

V7

3

K30-46

"

VO

10

Y2

12

Y3

13

Vee

~

Pm 16

Gnd" Pm

D.A.T.A.

8

ALL DIMENSIONS IN INCHES

SECTION 12. LOGIC DRAWING

IN DRAWING NUMBER ,

SEQUENCE

17

16

D.A.T.A.

ALL DIMENSIONS IN INCHES

SECTION 12. LOGIC DRAWING

IN DRAWING NUMBER

SEQUENCE

So

,-------'
1
IAONLY
1

1

1

1
1
1
1
_I
~--,--oIO

-k

-,
1
1
1
1
1
1
1
1
1

(9) So

(7)

~
AOo-~------4-~~

---IAONLY

_...J

1
1
1

(4)',

(12)"

(13)"

1
8,

1
1

+---.,--0"
-"
L,-'

A, c>-~------4-~J

*

---:AONLY
1
1

1
82

1
1

+----,--<>'2
~

L,-'

A2c>-~------4-4~

*

- - - I AONL.Y
1
1
1

1
1
1

A3o-r-------~~

INPUTS
K30-51

D.A.T.A.

1 2: 3 " 5

90111213115
BA21
10 11 13 1 15 16 17 20 21 2:2 23 1

ALL DIMENSIONS IN INCHES

SECTION 12. lOGIC DRAWING

IN DRAWING NUMBER
SEQUENCE

CHANNEL 0 INIOUT
.oArA INPUTS

CHANNEL I INIOUT

DATA SHEeTS

~~
5

•

CHANNEL 2 INIOUT

,

BINARY
TO
10F 8
DECOOER
WITH
INHIBIT

LOGIC
LEVEL
C ~'"r---., CONVERSION

CHANNEL 3 INIOUT
CHANNEL 4 INIOUT
CHANNEL 5 IN lOUT

INH. 6

CHANNEL 8 INIOUT

<-_ _14"' CHANNEL 7 INIOUT

V'S

L.._ _ _ _ _ _ _---43

COMMON OUTIIN

VEEC7~----------~--------~

r-------~13 COMMON X OUTIIN

CHANNEL OX IN lOUT
4 CHANNEL IX INIOUT
CHANNEL 2X INIOUT

VDD
A

0

8

LOGIC
LEVEL
CONVERSION

INH. 6

"

BINARY
TO
IOF4
DECODER
WITH

CHANNEL 3X INIOUT
CHANNELOY INIOUT

1---«1 CHANNEL IY

INHIBIT

INIOUT

CHANNEL 2Y INIOUT

Vss
'---~~J

CHANNEL 3Y INIOUT

L.._ _ _ _ _ _-{:j) COMMON Y OUTIIN

CHANNEL AO tNIOUT
VDD
CHANNEL AI IN lOUT
CHANNEL 80lN/OUT
B

C 9

LOGIC
LEVEL
CONVERSION

BINARY
TO
10F 2

CHANNEL 811N/OUT
CHANNEL CO INIOUT

WITH

INHI81T
CHANNEL CI INIOUT

INH. 6s)----i
4

V'S

COMMON C OUTIIN
COMMON 8 OUTIIN

14 COMMON A OUTIIN
VEE (7~-----~~----_~

.

vDO

13 tNEGATIVIE
SU""LVI

1

¥
2

vss

4

V. .

CSU8STRATE

-;-

ANOtoOSlTlVIE
SUf'l'lVI

LOG"
01.""

D.A.T.A.

ALL DIMENSIONS IN INCHES

SECTION 12. lOGIC DRAWING

IN DRAWING NUMBER

SEQUENCE

o

iSt.li'
Output

vss

A2

Vee
voo

15

A,

Ao

CMOS
DECODE
lOGIC

16

A,

1

AO

Output Enable

CMOS
DECODE
lOGIC

En

2

I

IL ______

9

8

sa

s...

D

Db

.snia··

our

A

I

12

t'
2'

11

2

10

0---

14

9

2'
ADDRESS
DECODER

.,

.,
.,.3

~r

7 ..
6 .,

DE

5 Sa

3

4

OUT 8

.,
A

B

00

4

01
02
03

-7

,

ST

14

A

13

B

15

00

12

01

11

02

10

03

,

K30=62 ,
A

00

4

01
02
03

14
13
15

A

00

12

01

11

02

10

ib

K30-62a
vDn = Pm 16

Vss

D.A.T.A.

= Pin

8

ALL DIMENSIONS IN INCHES

SECTION 12. LOGIC DRAWING
8

14
10
13

ANALOG
INPUTS

20
12

4

30
3
2

7

11

ANALOG
OUTPUT

--,

1~S=
50
9

60

CLOCK
INPUT

OUTPUT

DB

41

"><)--4CP B

COUNTDOWN

DB

----------I

RESET·---....

SO

Q

~

A

S

ZENIRS USED
ON A,B,C,D.. E

-:l:: ""-

c

CE

Z

J

6

l::;:;;::
F-

D

22

~

E

H

5

-l;;

K

G

21

H-

F-

F

T-

M

4

2D

N

L
IK30-u,.

q

7

Ia_--------__,
00 141

Ill")

02 '21

cATA
INI'!JTS

04 11~1

05(14)

[)t1l31

011121

~
SlE AtlDRU5 IlUffERSBlLCWt

D.A..T.A..

ALL DIMENSIONS IN INaIES

SECTION 12. lOGIC DRAWING

00(61

K30-80

til 14)

~

.

,.-:!lt~

03 I~I

iii

:j
{l~

III
_2

ENABLEG~·~~:::::::::J~~----l
100 !

~"
IlrIPUlS
N

I"

IDI~--------~~~~

D5(ll1

K30-80a

D6 lUI

~{=til

D1(111

J:. I .

~

(

ID2~8~~----~~~~~
1031-9;:..--------ij,I,Y.l~'"

DATA

INPUTS

'1 1 111

l04~1~.____~--~"'J:~

OUTPUT

ID5i~I~3----~---Y~~~

IV

ID.,~1~2----H~~.II

snAODAESSBUFFfAS8lLO¥i

ID7·~'~I----~~~~~~

OUTPUTS

~

VO

2

3

4

GND

@@@®

VI

V2
V3

DATA

OUTPUTS

INPUTS

V,

,.~{

{~::~:~:--------~ ~~
..

2Dl.!'!..7________-4l~:;;IU

2DO~I~8--------~~~L)

Y5
Y6

0000000

V7

,
0
B
~INPUT
OUTPUTS

Vee

A
C
D
~
INPUTS

K30-86

IV

2V

3V

IC3

.,

lC2

(7)

161

IW
IV

ICI

lCO

203

<2

lSI

(41

191
2W

2C2

(10)

2V
2C1

200

(11)

CLOCK

SELECT
INPUT A

(11)

1121
(13)

SELECT 131
INPUT B

~ ... Dynamic mput acti .... at~ by a t,..nSI\ on from a high leval
I
to a low la.... el

D.A.T.A.

ALL DIMENSIONS IN INCHES

SECTION 12. LOGIC DRAWING

l

I

IN DRAWING NUMBER

SEQUENCE

DO

-------~

ESB <>-_ _ _ _...1

cv _1
CX_2
CY.2

AmI3l40
..,.IT A,RITHIroI(TI(;

",
'0
5,

Vee = PIN 24
GND
PIN 12

=

D ..lI..T..lI..

ALL DIMENSIONS IN INCHES

IN DRAWING NUMBER
SEQUENCE

SECTION 12. lOGIC DRAWING
7 8

2

23

en

Ao

A,

M

·0

.,

22

21

20

19

18

A2

·2

A3

·3

6

So

5 4
5, s,s, 3

17

9

, ".,

@CG_ 1

@CP=i---+FWl

_~~~~l:~~-~r=~;;;;~;;~~~~~~~~~~~~~~~:r=rl:~·CG/CO

®CG·2
@CP·2

®CG·' _ _~I r

(1)

o

50

--~>--+-­

5, --~>---"--

PIN NUMBERS
Yee ::: "IN 2.
GND::: ftlN 12

D ..lI..T..lI..

=0

ALL DIMENSIONS IN INCHES

SECTION 12. LOGIC DRAWING

4

Q

DIFFERENCE

5

3

~

011

6

13

5

BORROW

12

51

~

OUT

~

2

(23)

(8)

D.A.T.A.

(22)

(21)

(9)

(20)

(19)

(10)

(18)

(17)

(11)

(16)

(15)

(14)

(13)

ALL DIMENSIONS IN INCHES

,.,.

SECTION 12. LOGIC DRAWING
ro

3

50
I,

. '0

83
2

3
7
10 "

45

"

•
8

14 ....

I
11 '2

rum
~~='.'.

i.

15

~

.:::;:=;dIiI~'"

~7
Me •

.

--

Vee· PI" 24
Grid _Pin 12

.

...." ,

X,
V,
Co
C,
C.
C3

..
Z,

..
II

n
11
20
38

S.

D.A.T.A.

ALL DIMENSIONS IN INCHES

SECTION 12. LOGIC DRAWING

SEQUENCE

3

51

4

52

5

S1

6

SO

81

IN DRAWING NUMBER

G

18

A3
19
F3
13

82
20

A2
21

F2
11

81
22
14

AI

0---

23

FI

10

80
FO
9

AO
2
M

en

VCC-24

8

Gnd-12

K32-1

Stud,

c
D

,

TAB
6
'0
6

10'

D.A.T.A.

6
9
•

Gate A

C D E F vc COM
&

8

"
3 2
11 1 1
,
3 2

K 1

15 1

1
8
1
10

,

1

FP

'M
16

ALL DIMENSIONS IN INCHES

SECTION 12. LOGIC DRAWING

I.

AI)

II

IS

14

Il

12

11

2345.

A~B

B3 \ Ae" A>e

INPUTS

BO

7'

A=:

A"'''.,'CC
~...
'OO~..
rQ-l r0n

~

='IC:~"

•

)l

t--

n

.. "0

""

~ ~~~'-~-+--~~~~>r~~+-~----~~
I -..J
L:~

~

~J~__~--1

1

... "
I-HI-i--rt-ll--~--i~,-,,-+--~..,(~~·r_,,_.
---~--4---+-~+--.---+-~~---4W----_~~-~-o :::::~:'UT'
>-

tK

."

"

"i:

··t ,,1

~
.,.

..0

PIN ""''''''1 1"0. THI VA'UOUS INCAPSULATIONS
AJlI "OICATIO 'H....
., TO-I"NO 'L.' .... CIl
1101 DUAL ... -I.INI

D.A.T.A.

, III

IItll OUTttuT

a

SECTION 12. LOGIC DRAWING
I

GoUT

LOUT

7

EIN

EoUT

GIN 11

STROBE
INPUT

A]

@)

A2

AI

®

®

AO

E

®

0

AB

o

Vee
Gnd

= Pin 16

=Pin 8

BI

K32-9

12

G9

D.A.T.A.

ALL DIMENSIONS IN INCHES

SECTION 12. LOGIC DRAWING

~

}-

AO

~

}-

A1

A2

~

}}--

').J}-

=
L>-=

:.4

~'-O Z1

~

)-r--o Z2
9
)-

A3

BO

B1

l

1!-Lc

}-

~

R2

~

R3

~

J

)IA>81In~""O------------------==L'/

Vee"" Pin 16
8

GND '"" Pin

I

K32-13

~

1+ NHIIIlIIP\

~ ~IT

~"IIM11Cf1

SII

TMVlfW

D.A.T.A.

}-

::::u-

~

Rl

l

J)-

1~
B3
RO

7

)-

~

B2

IN DRAWING NUIIIIER
SEQUENCE

SECTION 12. lOGIC DRAWING
Vec

IN DRAWING NUMBER

SEQUENCE

A,
A,

.. .. .. .

I,

A,

Aa
A_

B_
Ba
B,

.. .

I,

A,

A,

I,

ifAo'iE

B,
G."O

, •, • •
•,
A

'4
10

TOPVI!"

3

11 1

Vee

16
15
14

13

13

A3

13

A>8

OUTPUT

A>I

2
1

A2

5

82

A-- vee
>-- GND
K 2-18

CKT AO At AI AS BO Bl B2 B3 STROBE
" 0 46
""

•• •

•

"864:91213108

D..lI..T..lI..

143

ALL DIMENSIONS IN INCHES

SECTION 12. lOGIC DRAWING

TP8 TP2
c;y.y.).

TP5
STROBE ~LC

19

Al ~",_E

10

IXPF

'-'

11

TPI TP7
.~

--5l

~
TP4

2

~I
'-t-Fn--F~

16

A3 ~RH
A4 ZSJ
INPUTS

15

B4

Il~ 1

....--j-L.J

12

~

1
l3 1

'-'

II~

II '-'

L h
-"}--

~

1
1""'-

1

16

2:

fl'

3

B2 7 3
10

Bl

1~

14

III

A 3A2Al

I"""'\.

~

'-'

I

4:

20

I"'-'

L..-..

B3

~

13
6

1

I

~~
~=~

n-$

:

~

TVP'CAL £!.'!CUOT

9

D~ ~.

!: EVEN
OUTPUT

DATA
INPUTS

~~;:

~

TP3 TP9
Al TP6 A2
A3

S
OUTPUT
OAT
INPUTS

6 ~ODD
OUTPUT

•
•,
1
10

72
ODD
INPUT 3
EVEN
INPUT

D ..lI..T..lI..

"

12

13

2

G"

AlL DIMENSIONS IN INCHES

SECTION 12. LOGIC DRAWING

4o-~H-.,

30--+<-

~~=Ffm1
2.54k

175

2.Mk

2.54 k

2.54 k

175 2.54 k

2

t-HD1

EVEN
~

655
__________

~~~~~

______________4-______

1.5 k

~~<}VEE

7

D.A.T.A.

ALL DIMENSIONS IN INCIES

SECTION 12. LOGIC DRAWING

13

=~6
5~

2
3

8

9-..ll"~~

10

9~

11
12

:~

________~)~~~--------6

10
12

L

13

L

H

8

Vee = PIN 14
GND = PIN 7

Vee = PIN 14
GND = PIN 7

INHIBIT
EVEN OUTPUT

P9

la,&s'l'.
1011111
8 1
1 2

lo-.....------~,Z
PARtTy

010 12
D11

11

10o-------------~

VOO· Pin"
VSS- Pin.

OddiEven W

,
OUTPUT

....
....,..

D.A.T.A.

ALL DI_NSIONS IN INCHES

SECTION 12. LOGIC DRAWING

l.

EVEN

K34-1

C
1
2
3
4

2

1

3

4

9151011
14 15 13 12

l.

ODD

'6k

, • k

, • k

, • k

A
D

•OND

'*#,.

B c

1/4 OF CIRCutT SHOWN

5°2

SOl

01

Q2

CEl

Q2

Cl

Strobe

Master

DI$8ble

~_______C_O~l________

SDl Dl CEI CDl
1

1

1

a

1

C SD2
2 13

2 C1=:2 CDz

9 11

10

8

vee co
6

7

,

VEE
5

12

veel

= PIn 1
VCC2 = Pin 16
V E E=Pm8

D1

7------------~_;

CE

4

2

00

6

01

Cc 13

CE

D2 9-----------~..

G1

D
1230123
6 8 10 5 7 9 11
18 20 22 17 19 21 23

12 ---~__/

1~-----------~------~~___

D3 1 4 -----------~~

D ..II..T..II..

11 Q2

1503

ALL DIMENSIONS IN INCHES

SECTION 12. lOGIC DRAWING
VCC1 = 1
VCC2 = 16
VEE = 8

aO

Polarity

6

DO

3--------------~~

__~r____
2 00

GO

5----------~------~_r~

01

7-----------4~~~r_~L____

6

01

11 Q2

Voo

=' Pm 16
VSS" Pm 8

15 Q3

COM
12

vee
5

2 3 4 6 8 10 14 15 16 18 20 22
K34-7a

1 5

7 911 U"

~n

n

= Pin 24
Gnd = Pin 12
Vee

INPUT CLAMPING DIODES
FOR A ONLY (US 54 and
74 TYPES)

D..II..T..II..

All DIMENSIONS IN INCHES

SECTION 12. LOGIC DRAWING

IN DRAWING NUMBER
,SEQUENCE

....

DATAQUT

6

....

D4TAOUT

9

3

....

DATA OUT

C1 (Cloek)

~2 (Strobe)

....

DATA OUT

~YSS

J5n

'-'''.

'ISs

"

:;r d
~'
9 ~vss
D

VDD

0,

A,

52
R2

d

YDD

53

l

Vss

1

J-f:foo

R3

5.

~"ss T•

o.

R4

ENABLE
V55

I.

Vee - PIn 16
GND = PIn 8

R,

0,

5,

02

03

4cdd-.. K'
Vss

v..

9

Yss

gyss l

lD
11

"
"

D.A.T.A.

04

ENA8~E

S

2

Ne

V5S

~

ALL DIMENSIONS IN INCHES

SECTION 12. lOGIC DRAWING
1/4 OF CIRCUIT SHOWN

Q~--I--+--~-----4

I---+---t--o

Q

CKT D E
3

9

6 10

16 5 11 lot

D~--I-----w~-r

E

'----~~--~--~----_L~GND
TYPICAL RESISTANCE VALUES

Rl"'1.Sk

R3=750

R2=3.6k

n

K34-17
1.6 k

-

.

CKT
3

16k

16k

16'

C D
13

8
1

9 10
11

00-----4...+*......[
L-_ _ _ _ _ _ _ _~-~--4_-----~~8

GND

c

Vee
r--~--~--~--~--~-~~--~-~r--~--o5
130

••

16'

••

25'

••

••

1 6.

••

130

~-t----~----~~~~-----+~---~~---~-~4--o12

STROBE

D ../J.T../J.

o

ALL DIMENSIONS IN INCHES

SECTION 12, lOGIC DRAWING
BIT tl

BIT 12

BIT #3 BIT #4

MRAQ---~~------------------------~--------------------------

KTABCDEFG
JKM
1
1 2 3 " 6 8 10 5 7 9 11
111118201112

D

DO

3----------~i ~~.r~

~o 0---------4--~~~_r~
Dl

00

00

7--------~~~~

H

EJFKG M

200

•

Ql

C112-......,L.-'"
D2 9 ' - - - - - - +.....

III 10'----------'1-----.....1Ii..~

"

GND

Q2

D
D314.------...-ot

Vee,·'

1003
K34-U

1

1

•

1

VCC2- ,.
VEE-a

CLOCK

T D

CXT
1
1
8

K35-1

1
•

a

6

C4
005

Vee'"
VCC2•16

VEE-8

D17
{1 131

0213

3ao

0310
0411
2Ql
0512
1502

D7.

1403

K35-2

D.A.T.A.

ALL DlMENSIONS'IN INatES

SECTION 12. lOGIC DRAWING

10 It 12

13

1

2

3

4

o

3

4

5

6

7

1

:2

IN DRAWING NUMBER

SEQUENCE

.•
.

EI

931.

Vee - ... ..

GND- ...

Vee - Pin 16
GNO = Pin 8

..

0212

.... ,.

5313

..., ,
.

C,"

'0

...

n

'

DO

,"

Q~

,

r;:::::I--'"

,.

,

I

~

00

--.....-)--

v

1110111

,. en

v

-{>--{>-

,
:~:;:::~I

....

"

, ..
00'0

t.

'.-

,...
v

,
,

....
v

3

I
I

-"
~

P->-

I

FL>-

F

,

'-'

P->-

-"
v

~

-'"

IV
4

~
~

1=L:

.

~

1(11

2(12'
em

Q,

~

5

v

3 (l3)

4 (I,

»--

S (2)

JoL.=

6 (3)

rt-J

I=t
j---'

~

'--'

"

7 (4)

EI(S)

K36-2

"-4---+-4""OUTPUT

, "

STORAOE~ • .....t..._.ll11t!l
CAPACITOR ZlEfIIOADJ (EXT I

D.A.T.A.

AlL DIMENSIONS IN INCHES

SECTION 12. lOGIC DRAWING

r 1,' -.1'
J

AULOe;,
IN'UT

•

tAO
OUT

!.....-------.!!!!!!.,!!!,!.

I

iI
I
OIlT'UT

I

I

I
I
I

I
,_ _ _ ...J
Non MOlO.ODE {lOGIC '"0") SHDMI All OntER 'INS NO CONNECT

".

POWER

SIGNAL

'"

"3
~l

::::_--;'---?I OUTPUT

SIGNAL

INPUT

16

I

+---

EXT.
OFFSET
-'1.0.1

IKOHN

"

°4

""'ALOG
OUTPUT

ANALOG
OROIJND

A"AL~

GROUND

K36-7
BOTTOM VIEW

•

•

RESET

•

'5V

•

·l!;V

GROUND

STROBE

,
A

..
B

GAIN TRIM

PEAK tNO

OPTIONAL

BAt
511.11

SIGNAL

INPUT

L.._J
JUMPER FOR
S .. HQPERATION

-15V

+1'5V

20KU
DC OFFSET
BAI ANCE -OPTIONAL

Digital
Comman

EXTERNAL CAP.

K36-10

OUTPUT

9

~~-+_4----_8nvOUT

11

VIN ()----+----4

~

AN. GNDo-....-+-3,10

L-_ _ _-+_ _ _ _ _ _ _ _ _-4_ _ _~9TRIM

CONTROLINo-~----_r---~
1

4
-+----O-15V

2

-+___-<>6 +15V

DIG. GND 0.,-+-----

+~-_50COMMON
NOTE
K36-9
K

-9a

D.A.T.A.

0-6.8
-2.7

ALL DIMENSIONS IN INCHES

SECTION 12. LOGIC DRAWING

r--------SEENOTEl--------~

lIT

- - - OPTIONAL CAPACITOR FOR
LONGER FlOLDING TIMES
AND CORRESPONDINGLY
SLOWER ACQUISITION TIME

SAMPLE

+5 +e -e _

NOTE 1

CONNECTION SHOWN

FOR GAIN'" 1

K37-3

"eCl ~ P,,,, 1
"CC2 .. Pin 16
VEE

3

Pln8

K37-5
,..,

OUTPUTS

INPUTS

Vee
13

Cin

3

GO
G1

VDD
VSS

= Pin 16
= Pin 8

14

G2

5

G3

4

PO

2

P1

15

P2

6

P3

C n+ x

12

C n +y

11

C n+z

9

P

7

G

10

~
P2

Cn

G.

, en••

cn..

,

G

en+a:

OMIT ON
,______ K38-2b ONLY

:If

Gl
\

"

GO

PO

G3

GND

'3

A

OUTPUT

tNPUTS

7

K38-4

II

II

III
CKT NO.

K38-2a

~~--+-------~-o2
II 0 - - - - - - - - 4
10

K38-2b

•
•
1

3

•
S

RI

•

"'

·
A

B

C

D

vee

VR VEE

,. • • •
•• • •
•
•
••
•
"
1

I.

S

3

12
11

I.
I.

S

3
3
3

11
11
11

I.
I.
I•

3

• 1

2

1

8 13
9

110-_"""_-1

40-----1

So------...J

D ..II..T..II..

L-~

_____

~~.

ALL DIMENSIONS IN INCHES

SECTION 12. LOGIC DRAWING

2 00

14

13

~D.

2

G.O

•

t===:

I, °

3

S,

G,

S,

12

3
G10

..

GlO

1
51

4

11

G,

S,

lD

,t:"

4

1 01

0

~o,

5

5,

•

..

t===:0'

1502

S,
02 12

6

Sol

5

10

G,

S

G.O

01

G.

S,
83 10

BODY

r--------

,
SOURC
5I

"

,

,

,,
I

5, ....- ~~
5,

54

.

55

,,
L

"'T
I

-

02

'DRAIN

~

,r- I--

- - - ~-

-

03

,,

,

B ULK

"'1..

~

-':

-':
>--

05

_ ..J

f-f;oQUReE

~

04

",~,

__ }

-r~ ~

01

-------,

.J.,
>--

06

01 02 OS 0' 06 06 BODY DRAIN 51 82 53 54
K38-9

1

2

..

6

6

7

1

1

12 11 10

S.

-':
G1

9
K3S-10

K38 lOa

G2

G3

D
123456
111111
14 13 1 11 10 9

G4

G5

G6

G
1
1

2

1

2

3

..

o.::~~ -------l---r-+---Ir--r-+---I--r-+---l-.....,

D ..lI..T..lI..

ALL DIMENSIONS IN INCHES

SECTION 12. lOGIC DRAWING

1 Wi:' &

K38-13
K3S-13a

7

2

G,

s, <>---------ltL-+--+---t--l
5.

<>---------..Jt'L--+-------jH

s, < > - - - - - - - - - - - - J t l - - t - - l
5.

< > - - - - - - - - - - - -_ _ _ltU

IWi:i'.
CKT
K38-U,

1

3

,.
S

G
1

2

3

B

D

• ,. •
11

--"K38-14a
5,

2
3

0,
K38-1'b

5,

1
2
~

•

5,

5

2
3

,.

56 0

K38-18

1
2
3

,. •
13
2

11

• •

52

•
5
6

5 ,.

8

7

SECTION 12. lOGIC DRAWING
9

"

10

~-+-----+-----4------~16

L-.-~----4-------~15

210------4-------1.--.0--1

'-_+---~14

13

GND

I SuB.

~
SOURCE

HLiCTIOIIIIWUT1

DA'AINf'UTS

OUT""

~

•

I"""

D.A.T.A.

."""

t

•..."

I ..,."

J

U.

AlL DIMENSIONS IN INatES

SECTION 13. OUTLINE DRAWING
A
CB30

I

"
, ",

1

1rJ
"," c=-______ J~
"-

B

C

~O

6.968

4.50
4.50

CB30 A

1.0

6968

CB30 B

.50

14

4_50

CB30C

.50

14

9.406

CB30D

.50 10.1875

4.50

B

",'"

--4---.. . . ...........

1-

C

CB-37

COMPONENT
AREA

rl---IO- 8 0 "1

PI

A

A

~

.098

~----~~------~

CB-37
CB-37a
CB-37b
CB-37c
CB-37d
CB-37e
CB-37f

5.0
4.75
3.3
3.58
2.625
2.560
4.000

B
4.5
4.25
4.65
3.00
4.500
4.500
4.500

o

'----------

.130 III
(2PLACESl

14
I

450

I

1
1

,

•
0

Z

•

•

I
a a aT
4.54

----r

@

325

•

l

2.16

~

A ______

0625" THICK

I-

T
' . JOO

L

r-.

3.250

2 • 875

i-=1. "."

~45.

!---;

'''~

:

:

C.:::T156

I

:

L 1-'

TYP
TEST POINT

3.588

C=m~ ""'~

jlD.A.T.A.

r
b},
A

I~

~3~.5~6~--------.~1

..

I

4.50 ----------'--~.

ALL DIMENSIONS IN INCHES

SECTION 13. OUTLINE DRAWING
L

fr

lJ

""i'j"==========1"i""

CN-2

tl-I&·::::.=~·I
.710

II-. _--

4.5.

-----o.~1

T

o

•

1
.30•

A

B

CB63 4.00 3.00
CB63a 4.40 1.80

....,f--------+LJ

'1--3.1.---1

CN-6

1

MAX
0180

0

E
F
G
H
J
335 ..Q.!§ .0l3 ~ d!.!!. ~

.500

MIN
.500
CN-I.

.500

MIN

.310 .019 .016 .045 .232 .034
.!!J! ..9ll ...!W! ..!WI
~
3 0 019 080 042
.03'
..ll9 ...Q!!i ~ .029 .200 ~
370 019 125 MIN
034
~ ..9ll J!.!!!
..!!!! ..Q!!
370 .019 .125 .0065 .210 .034
~ &.tl! J!!J! ....2.!! .200
.~~~
370 018 125 .0"'"'
.!M .!ll J!JU! .029 .220
.370 .019 .025 .045 .2.0 .03

0360 O n

trL

..m

~

0.230

~==il~

PIN 2

PIN I

o

/-.-0750

0

o

8 LEADS
E 111

o

o

Ir A - -~-,c
F~--~

~· c
.--L.f
l~

T

INSULATING

~~

ill. i III
1?
E --uU uu~~ _____ L

STAND OFF

CN-12
L;j~-l<,a

L;
A
B
.335 .305 .165
.370 .335 • 185
.~ .~o2. .165
.370 .335 .185

D

.500
MIN •
&0
• 530

F

t;

.016
.019
.016
.019

I\.

N
.029
.034
.029
.045

M

.025 .200 .100 .100 .030 .028
TYP TYP TYP TYP TYP .034
.04U .230
.050 .028
MAX • TYP
MAX. .034

CN-18
ICN18

L

CN18&

A
B
C
D
E
.165 .100 .305 .250 .029
.185
335
045
CN-13a .140 .100 .305 .250 .029
.160
.335
04.l;
C -13b .185 .105 .302
.034
MAX
MAX
MAX

:m r.ffi .~~~

:sn :ffi ~
.5065

G

.!!! .!!!
019 361
.!!!
019

~~

:m :m :m

.~~ .!!!.
210
•• 00

CN-13

"

D.A.T..lI.

12 LEADS EQUALLY SPACED ON

J

ALL DIMENSIONS IN INCHES

SECTION 13. OUTLINE DRAWING

Eili
_
f--

--j

i

062MIN

I

-r-

~

~,,";

.085MIN

r

,.....--~.200

V '330~

030_.005
000

MAX.

--~

I

~gg~11
__---'

ABeD
.358 d!! J!.!.! .036

.370
CN23a:..!...Q.
.370
CN23b .335
,370

.335 .019 .046
~

.335
.319

;3i9

JL!
:..lli :.!!!
.042

FG
H
.175.L.2..QQ. .035
MAX 1.625
:.!§.2.~

JU..2.

0.'.'3°1

L_,--~

+

II
·Et-------I
(
I

.690 PC D.

875P
CN23

.100

MlIX •
\ .250

1000 /o1AXL
L

875MIN
_-.1

LEAOS CUT ON SPIRAL
062
_

CN-34

0895 P'

IT---' !OOI

I-:-:'

550 MAX

L

-~

IN DRAWING NUMBER
SEQUENCE

8 LEADS
.022
.016

.185 1.500 .080
.260 ,500..:.9.!....
.040 .235 .290
MIN .029

CN-38
180

r

.:100

("r1

.0 28
.034

~

"I

I+-

026

~

~_ _.%.'t

.325"

MAX

D

.029

-.029 MIN

.4.

J!.ll

A
B
C
.240 1.500 .009
.26'0
MIN .125
CN-43a .160 1.500 .009
MIN .125
:TBO
CN-43b .260 .500 .040
MAX
MIN MPX

CN-43

" D.A.T.A.

GLASS STAND OFF

D

.190

.210
.190

.210
.230

All DIMENSIONS IN INCHES

SECTION 13. OUTLINE DRAWING

IN DRAWING NUMBER

SEQUENCE
D

B

P

I- s-\
DIA.

-I
D

I

flo : _
DIA.

r

K

I
T-:
.181 .015--h'ffi0

~.225--t-tt7
ABC

D

E

ION" .••• :ffil:ml$ .:~
ICNua
1~46

F

Q

:ffi-

H
I" ·

K

M

N

.":m :m

.~
~ !iii
~
.~ ~ 140°
.2
TaT ~
~~:m;M~~::~: t5 ~;m~;M

':i:

m

eN-54
"MAX

+

C

MIN

t
CN57a

:on :on

G
.024 .028

36"

.!!.l! .22 ~ o.=!!
.018
.045 .034
.016 .230 .029 .027

:on :on

36'

:on

'3~'f. ~.;;~
I~I

---1- ~

~
029

0~ 0 DO

&!lL.J ~
022 -W-

- - .. - - 210 MAX

'~I~
dF~
"'L

iii

-S-O!l-T-YPt

K

..QQ§
.125

~

.1

....1

tf~~l!![L!!!
~
:::: ...
iii

MAX

111

mOl"

,8

''''

K

J
K
.029 .028

.045.m

.U

.028
.042 .034

" D ..II.. T..II..

ALL DIMENSIONS IN INCHES

SECTION 13. OUTLINE DRAWING
1.00

tr
"1~

ITE

OOT

1

I a
I

I

.011
TYP.

r.- .206,

1~:~~~11

.029

-r
.170

ABC

2TO

E

F

G

~

.....L ..L- 0..:&.9. ..Q!.Q .JWi ..!J!J!

.370 .328 .185 .560 .840 .021 .210

~+

H

J
~

K

J!ll

044 033
.029 .028
.033 :034

.500
min .

.016

---L-

.018

.050~
f

D

. _ •_ _
• _ . 0 t..!!QJ! ..Q1§. .200 .100
.370 .334 .259 MIN .125 .018

,..1.

CN72

100

t.-)
450W
f

~

~

.035
.046

.027

~oo

--!;T

~~=;~~~~D~rX
252

1
.016
mOIA.

.010

:OaO
.50

" D.A..T.A..

ALL DIMENSIONS IN INCHES

SECTION 13. OUTLINE DRAWING

Tf

WHITE DOT

0,0
r
:::n-f020
1

01

'

~Um~--Jl----I
it i

019
" MAX

500 MIN

8 lfADS· EQUAllY

SPAaD .45- "'''IT

1-- "'"

MIN

-+--.,,---1

4 leads 0 019" max d'a
on 010" PC D.

coL,

~
=£;::=======;;::;~J
-.

00040
MAX

FLAT GLASS

"f"~II,.,';C
",
T

NItride

DIA.0125"
DDW

i

LIp

NItride
LIp

M,..

"I"U

0054

oli5i

6 leads 0.019" max. d,a
On 0.10" P .C.D.

Beams true positIOn wlthlll 0 002 total

FC-4

NItride
lip

1

005'
0054,

~----r

A

~J
o

c

"

D ../J. T../J.

~SILICON

00021 NOM

+~.::;;;==;;;:;;;;;;;;;t,/;,..~
["OOOO5NOM

ALL DIMENSIONS IN INCHES

SECTION 13. OUTLINE DRAWING
BEAM LEAD
NITRIDE LIP

0055

0054

f

00301
00299

BEAM LEAD
NITRIDE LIP

18 PLACES

t

0066
0064

t

f

00401

00399

00021

SILICON

NOMT:;;;;;"~;;;;;;;;;;;;;;;;;;;;;;;;;;;;;:/~==+
OOOOSNOM

7L~24PLACES

0075

00021

NOM}--;;;:;,:;!;;:;=~=~=;;=;;;;~:;:;;=~=;;=:;:;;=;;=;:;;~U~f :';;::01<

lr=---.

FP-2

0--1c

11111

FP2
F 2a
FP2b
FP2c
:!!!
011

l~ FP2d
.J DMiJI
•

B

A
.250

.250

.260
.250
.250

.260
.250
.250

C

.210
.210
.250

D

E

.010
.010
.024
.015

.070
.050

MAX.

" D.A. T.A.

ALL DIMENSIONS IN INCHES

IN DRAWING NUMBER
SEQUENCE

SECTION 13. OUTLINE DRAWING
SEATING
PLANE

INDEX MARK

···L8i-A 8-<
-

;::::::~M~~~=~I~I

tE

=

=-'

=ID
=ll':::Hd=""'"
K

K

r

..J..;J['.
E

0.255+0.005

0025

0.035
+0.010

I

B ..,

T

'fl·
::

--Lo

•

J..I

T

rA

~--' --~
.
G
1

,~..L

-T

~

.240 .740
.2"
;no :Tn' :'In
..w.
MAX .266 :ffi
,.00

FP26

'2 •• ~~3~

I'~

.~

I';,!~

FPlle .255 .355 .552

:TIlT :n1"

:Ill[

PPUo

O.~~OX

JI.Jl

0.050J@0

IT IT
@

TYP

.!l0.012

® @_+&gg~

FP26.

~0.005

,045
.240 .160
:lW r.m :nr 1:mJ
1* ;no

~!~ .~~
'~'
. . REF
MAX

".or :m :rfr
o!!.!!.

"'"
FPZSh

• 266

.""

:rfr ;no

~
1.

Em :m
Fm

r.m

06.

MAX

;olIO .~

.

.240 .120

06.

MAX

~

.~

.050 .003 .030

T.P. :001" :001"

FP-33
F

rr'800MAX~

,018+.001
-.ooq_
TYP

,

I

2
3

L

4

5

6

7

c

r---

FP28
F 28
FP28C

LEAD iNDEX TAB

I
---+-I

14
13
12
II

f

FP28e
.318

'f --.-l

FP28

A
B
C
D
E
F
.050 .260 .188 .260 .050
.019 .050 .260 .370 .260 .080
.015 .050 .240 .280 .240 .050
;no ~ .260 :065
.472
.250
.125 .055
REF
REF MAX
.01 .0 5 .240
.240 .065

:on

:oT9 :055' :260

:260 MAX

G

H

.006
.003
.006
.157 .500

TYP
.003 .950

:oos

MAX

.050 TypI

'~~I

~1

20
19
~---'18

520

::1.
14
13
12

j

'%\%-

• 9

t

" D.A.T../J.

ALL DIMENSIONS IN INCHES

SECTION 13. OUTLINE DRAWING
INDEX POINT

FP-47

A

B

AL TEnNATE
INDEX POINT

A

FP-44

080 .012
.004
FP-44A 090 017

015
017

.,

~-.

1l

B

155
145 105

250

OTO

260
240

~

INDEX
POINTS

006
004
234567

1n.390

.360 .275 .070 .070 .050

n·Ua .400 .270 .310 06& 0&0
0
FP 7 J!! t.!!1 ~ J.ll .050 a..U.§. &Q.i
409

283

350

0 0

01

FP41

.413 .275 .066 .070 .050

MAX
7e

MAX

MAX

~

• 85 • 9 :.!!.....!..!!.§
MIN 080 06
d1.2.. .245 &!!!. s.9.U ~
.395 .276 .310 .070 .0&0

&.ill .a.2.Ql

...o.a ...2.tl
019

MAX~
0

6

I

+

MIN.

--±.085
'-+--+--++.f-+----' T
r+--+-+-H----,

040
.060
070
080
120
130

A
C
B
D
E
F
.240 .240 .370 .050 &ll
.260 .260 MAX .065 .022 ~
• 055
FP52a .255 .255 .270 ,o·n ..Q.il. a..Qll
MAX MAX
MAX .019 .055
F 52b
.060 :..!!.ll
.~; .2MAX5
MAX 01 •
FP52c .240 • 240 .225 ,O4() .010 .050
.270 .275 MIN .070 .019
F 52d
....!!o
.!!.!.!!. .010 .050
260
070 o •
FP52e .250 .140 :.ll.Q. .035 .t.2ll .050
,260 .150 .300 ,050 .019 TP
REF
FP52f ~ .4iQ. ~ .035 .010 ,050
.260 .150 .175 .050 .013 TP
FP52

9 LEADS
GOLD I KOVAR
003 X .015

I

004

1)

II

-.---

00

FP41c

410

26h~3.:r
7

095
FP47

F S2g

.gfi:

:..!!ll
.030
~
03

.J!..W

,015

MAX
aJ!.lQ.
0 5

:.!Q!
.006

.......2....
006
..Q2l

.018

.005

~
,018

.003
,005

.070 J!il. .050 ..!.Q.!
.260 .260 .260 MAX .015
.003

a..2.Q!

REF
a.!!!. L!!! z..!!!

.006

K-j

o
~,

1'Wo-

'~6g

G
H
J
K
.022 ~ :!M J?9.!
032 ,014 ,038 .006
,006
.023
MAX
MAX

L' b

.~_
200

350

~IO

015
050

OJONOM

I
42'

370

1

_. .....--1

.. J'

_ 350

_

~

A
B
C
D
fFP 59
.250 .375 .495
FP-59a .270 .390
.900
MAX MAX
.980

I

o0 0 0 a0 0 aa

T

-+--E - - - - - - =F--.I

200

.lmJI.IM.JB
.1141

r--

-.,

~~H~HJo
MIN_
~~~--.l
DATE CODE

*1
LID

KEY

...tIr.....J
-,--;__________~~~~~__+~P.7~'-".001'.001

" D.A.T.A.

,

ALL DIMENSIONS IN INCHES

SECTION 13. OUTLINE DRAWING
1 __

----IC7""--;:,

r

,Lo
G

B

A

C

.590 .250 .050
IFP66 :no
:no
.250 .050
IFP66a .620
MAX :sro

D

E
F
.370 .050 .004

.~~:

:no
.365

..!ll

:"ii"i5 :00&

:195

.019

ill.§. ~
.090 .006

1

D

1
A
.500

FP-69

14

B

.~~

FP-69a .720
MIN
FP-69b .740
MIN

r- E
D
C
F
G
H
.250 .290 .055 .125
MAX MAX
.250
.050 .250 .J!..!J! .004
.019

...ill
~
.275 .300

:ffi J!Q J!!il..

DEX
YES

~

D DE
YES

NO

YES

YES

NO

.070 .260 .019 .'006

,FP-72
r-----

050" 005

j'

1'_
cllrrlulalIVe
______
_
I,

:!~~--]
7C=:--

045

,05OL

%.II05T
\Jp

-=-1
L-

~

_______ _

~r---020I1lax

005

L!-lIO~---=-::J-=l

TI'r- 300 -+-'--------

080
ma~

~:1

•

~---

I

::!::

375 020

~

300

min

'T

---.I

I

This surface tobe mounted
on heat smk

625
±020

11

+
typ

~

I

1lO5±1lO2\Jp

~

1===---1

t t ~.300+ .375 -+~-.JT
.0lI0_
om"
± 020
FP-78

FP-77

l

12

.010

.

0045
0055

0013

T.P.

1 Y.o

OOT61cl

t

1.

MIN

.1

~ +~,~
0240

ii26ii

" D.A.T.A.

If

1045

mr
- - - - SEATlr.GPLAMf

L-.,;

-.......
.

4 ~-1-

All DIMENSIONS IN INCHES

SECTION 13. OUTLINE DRAWING
NOTE.

NOTCH DOT, 011: T ....

F

I

ABC

FP79

FP79a

FP79

D

E

,365 ~ .930 t..2.!§. :..!!.!1
.275 :9"80 ,021 .067

.003
.005

t..2.!2.

J!.lQ ~

:-:nrs

=* =ffi- ~ =* :-Wo- ~ ~
.380.:..!§.!2.:J!.QQ.:....2.l!.

.410 .280 .980 .019 .070 .035 ,006

DQTOR NOTCH

24~:~:;
22

"

ZO

580
640

lDP VIEW
.048

~L~~!~Gi
~!
.
. =J:052
T TYP.

.-

1 t.~
;§8.0

L'

:oao;
L=
~91=~~~~~~~~~~~~~:«0

MAX •

I

fT8[=25L
360
1 I I 420
006
37

~----I

035
,
SEATING PLANE

DIA.

l'i:'1

.870 MIN

1J!U250
~
370
006

~~

14
13

.0.30

12

.325
.384

_J

10

9
7

B

..J.
~
.006

0015

PIN 1

II

~

---,--

r

.013 NOM.

III

--Ls

.~

'I_I
PIN 24

~I

L

c

j

--,

I+
:I!l!+
I---r--I"
/10160
LE

IF:!

~~

I'!

I

MAXIMUM PACKAGE ~
HEIGHT =.080
J.14~~~~-495 NOM.~~~~~.~

" D ../J..T../J..

MAXl

0050

11

0170

~:."~~~~~-I'

t=02"--II
MIN

I~0250_j
MIN

E3

lead 1 !d,ntltted by lab on Itadordol on covlr

0030

Oif.ifi

=-.l~

~
iflifi6

ALL DIMENSIONS IN INCHES

SECTION 13. OUTLINE DRAWING

~
'88

FP-88

.003

----

.070

3x.05(F.150

~oIr------r-

-

"'-11-

o

om

1-0050

,I

I
eASE AND
SEATING
PLAN

t\

5
1

"

.I,.

'4

13

II

12

II

I

10

9

0IilI
""

om

•,
1

"10

"50
-==:;1

T
l

-

r-,.---=-

q :~

- -

.562

002ii;0040

.

~

1213

:\::

-=:~~

t

~~~=.:

•

1

I

i

1

~

E

I,

035.

-.l
t
.050
BSC

124

• ••

l

11_ ....

om

j

I

1

t

D

r---1-:'"
OOTII

,,19 __

}=IO 0 0001.--1
C

0371

.012
"]If8"

.003
.00&

L

.250
.270

.020

1i4lf

"\

1

!

'I

.260

280

~

oao

INDEX AREA,
NOTCH OR DOT

DIM
A
B
C
D
E
F
G

INCHES
MIN
MAX

0.240
0.240
0.030
0.003
0.005
0.045
0.010

H
K
ABC

F 9 a

D

E

F

,380. 00 .050 .J!.!Q ill.! .750
MAX
,030 .019 MIN
~ .305 :.2.....2.
.J!ll. .750
.490 MAX .055
.019 MIN
,0
.1.
MAX MAX
.020 MIN

:m

G

H

.015

JiT9

r+

.010

1r

MAX.

VPIN 1

:.lli a..!ll J!!::.. Jh!

MAX.

"

D..JJ.T..lI.

6.100
6.100
0.762
0.077
0.127
1.150
0.254

7.360
6.600
1.770
0.152
0.889
1.390
0.482
0.381

1.780

-

-

.370 .280 .006 .080 .035
.25 d.::.Q. ~ J6.! .s..=.::.
MIN .285 .006 .OSO ,038
~a...=.=~'.a..=...::..!

.370 .285 .006 .085 .040

~

16 LEADS ON THIS
SIDE .100 ON CENTERS

.018
.022

131 PLACES)
l00-j

I

I!

Ii

· . . : . . .i .
~

~

Ii

Ii

Ii

~

~

Ii

Ii

1.-

130
,150

VIDEO MULTIPLEXER VMUX
M

~

· . . . .!
0

~

~ ~

l,,~"O,,""
~

6d

0.290
0.260
0.070
0.006
0.035
0.055
0.019
0015

~

,

.3 10

0.070

MI LLiMETERS
MIN
MAX

M

~ 0
0
~ ~ ~ ~ ~

25
:3""""

1

K

J

FP95
720
.760

I

~A~

-.JE·Ol0
MAX.

F 9

h

i'I

I·~t

K

,

0

~

.

~

~

f

SIDE 100 ON CENTERS

1.69
1.71

"

~

0

"

"

!~ !
0

~
ALL DIMENSIONS IN INCHES

..

SECTION 13. OUTLINE DRAWING
----l f-. 058
I I TYP.

.02;·1

"'-1

.250
MIN.

::1

11=

-

.250

lASE AND
SEATING'LANE

\

---n"

13

12

11

,.

•

•

.....

Zl'

MAX

,• ,

-

3

•

••

J

f-::
21.

- ~:

L

I--

:::-J~ - _""

-~~-

FP10l

.0,
I='IQjI1

=2

~!

c::=5
c:::==6

I

~.

~~~f

247

24==
23==

710~:

~~~

c::::==:=9

20==

li

~i

UtO! ~

ml~:~­

1_'"'_1

I

L.

f

~

.,

,

21

II
M

!
"

20

"

S

~

J
050

TYP

,.:9

WI

015

0T9

_ _ _ _ _ _ _ l2MIN _ _ _ _ _ _ _ 1

900

980 MAX - + - 7 5 0 MAX-l

I7

~

ls==T

c:::==14

fiij+--.
1 .
50 MAX

='''jyp

28
27=-

...!I 1-.024

~~TVP
006

012
008

'6~
~~~~

I
40S

O'S
015
TV'

L

rf-350,-!

.

250 - ,

004l==l

T

"

·il

090

006

F==-L
I

I-~;---l- I
I

DJJ.T..II..

T

024
TV'

ALL DIMENSIONS IN INCHES

SECTION 13. OUTLINE DRAWING

1'-

I

.270
MAX.

.900
.980

I

I'
,e

. 015 L
.019 r

·1

,.014

..

-:oI9

. 980

If"'

.050 T.P .

.045
.055

I

13

-L

I

T

1'260
7

I 81

1-.430~
L

.010-L
.035

I

.045
.065

fI

.240
.260

. ' 1141
.240

11

11 13

L
.003
.006

I

.325
MAX .

~.

.390

.045L
.055r

~.250
MIN.

,

.003
.006

~

~

.010[280
.070
MAX.

J

I

12
.015
.019

.015

.035

J
906

MAX.

i

T
2.219

..

I

PKG.
M 18
MI8 A
IM'I8 It
1M 18 C
M 18 0
M'18 E
M 18 F

!

E

ff 0

@

:::lB

...

_t

11
A
B
350 .625
.563 .781
.350 .7BI
.563 1~63
350 1.563
.536 .781
.350 .781

C
.375
.578
.7BI
.78
.781
.781
.563

E

.090
.090
.090
.090
09
.078

.200
.200
.300
.300
.200
2·50

r---.J D1

o CD

J®
0
0 0

F

.400
.60
.600
.600
.600
.406

.090
.090
.181
.181
.090
.078

0

®

@
--I

CD

@ ®
® .0" @
MSO

~

200

r

NOTE:

@

0
@

@ @@@0
G) @
®
@ @....MflaL (3!

®~ ®

@

@

@

Dso - C

. >;,

[]~

,,1
~

.041
.041
.041
.04
.041
.032

@

LSQ

,,~
,~~
.

K

.200
.600
.200 .600
.300 1.200
.300 1.200
.200 .600
.125 .625

®

(j) I@~@

0, ®...MEIll.
@

--r

caD

I@ ® @ (J)

H

H

G

BaE

M-54
1.4BO~

0

.281

,--,

@

~

@
@ @@(j)6

LDSO-D

M54a

A
B
C
.125 .020 .300
MIN
.040 .300

M54b

.150 .020 .300

M54c

.~~~ ·~~Z

M54d

.100 .020 .W
MIN MIN .310

M54

.~~~

MAX

MAX
.325

ij

LEADS ARE A MOOFIED HEX
~
IN CROSS SEC TION. BOARDc
DRILLING DIMENSIONS SHaJLD
MAX

i-

::::..j

EQUAL YOUR PRACTICE FOR A
CONVENTIONAL 020 0 LEAD

" D.A. T. A.

ALL DIMENSIONS IN INCHES

.. -r01

SECTION 13. OUTLINE DRAWING

r--

O.200±0.010
I•OOO :!: 0.010

1

0.050
MAX

!

MAX

~

0.400
.:t o•OID

---1

mmnnr
-i
JI-J~F

'i'tPi._
14

MPNT~M~X~

IN DRAWING NUMBER
SEQUENCE

M-75
M-75a
M-75b
M-75c
M-75
M-75e

A
.715
.770
.715
.775
.715
.715

B
265
.260
.265
.275
.270
.265

C
.090
.200
.130
.155
.1
.100

D
G
E
F
H
J
310 023 100
.170 .031
.125 .160
.310 .023 100
.025 .310 .023 .100
.170
.195 .02
.020 .310 .012 .100
.18
.1
.200
.021
.100

.265

.100
.100
.1 0

NA

M-75k .700

TYP

p,
L

MIOS

A'
B
C
D
E
F_
G
H
.775 .234 .125 .200 .150 ,020 ,020 ,350
75

lOSb

MI05e
MIOS
lOSe

HMAX,-J

IOSf
MIOS
10'

MIOS

all§. .300 .Qtl .100
.020 TYP .012 TYP

250

160

180

100

020

020

50

110 260
.125 .120 .020 ,020 .350
.775 .275 .160 .200 .140 .020 .020 .350

.680 .322 ,165
785 280 ,180 .200 .125
100 250 .125 .150
.700 .250 .120 .170 .130
700
0 .1 0 .18
.1
,695 .256 .177 .197 .118

,020
,020
.040
,005

.020
0
,020
50
.021 .300

.017

~
T

NOTCH

NO

0
.019 .020 .393

105

MIOSm

...§.§.§

.!ll.

.715 .265
05n

MI05p

76.
~

.45

t.!!!

.715 .256

MI05q
MI05r

00

MI05s

M105u

r----

M105v

I~=~
n=1~~~0=J1

T

'1
9 60

05

lOa

04

90

03
o2

o

I

.040

I
----.

a --L~ taoo
40~rl
0
7 0

A

1.000 ~-1

*200 !.

L-------~~~ao

~JooJ
TYP.

~f.---~B~~~

-""1

M106w
M105x

..&.".

.1ll

:770

M105ag .7,0

:.llQ.

.7S0
M105aj .745
755
M105ak ,745
.755
M105am .712
MAX
M105an .708
M105ap ..§Ml
.785
M105aq .725
MAX
IM100ar

Ts~

7"'fO
.t.llQ
,785

"

D ..lJ. T..lJ.

:m-

265

~ .~~

NOTCH

INDEX P',
'M'O

INDoX
NOTCH

INVEX
NUTCH
INDEX
i"UOA

.266
.01S .,,0
'W
MAX .169
TYP MAX
.180 .200 .100 .0.0 .015
.023
:T65
.400
.280 ,180 .200 ,100 ,020
MAX
MAX
.180
.0:.:;0
.400
.10

.~

NOTCH

""'3'f5

MAX

'~1x

.251 .111 .140 .141 .029 .016
MAX
MAX MIN
:o2T
~ d§Q dI.Q. d.Q..Q. .020 ~ .375
.291 .200 .219 ,160 MIN .020 TYP
.:.llE.. .dll d!Q. .125 .JU.§.. &.2. .290
.25;) .125 .160
.035 .023 .310
,240 .145 .160 .120 .015 .015 .325
.280
MIN MIN
:3"75
.18u .11
.060 .020 .310
~
.265
.200
.150
.018 .350
MAX
MIN
.023 MAX
.245 ~
.125
.020 .325
;375
.55 135
MIN
,135
:1ll .dll
dll ~ .325
.165 .035 .021 .375
.252 .125
.L.. .102 .152 .125 .050 .020 .350
.255 MAX MAX MIN MIN
TYP
.251 .125 .156 .169 .031 .023 .299
.100 .015 .014
..ll!. .200
.280 MAX
MIN
."'0'2'3
.265 .lS0 .200 ~ .020 &ll. ~10
MAX MAX
.145
.019 ,350
.0., ~
.1
.~!~ MAX MAX
.019
d-Q. &L •• 0 .100 ~ :..Qll .:'.25
.2S0 .093 MAX MIN .013 .023 MAX
dAQ.. ~ ~ ~ ~ .015 .290
.2S0 .200 .280 .200 .080
.320
.220
.220 a.!Q.Q. .015 t..tli .300
.325
MAX .165 MIN 023
.240
:..!!Q. ~ .020 !..ll!. .300
2'60
.200 .150 .065 020
dQ.Q .030 dll d.2.Q.
t.ll!. .:.!ll
.271 .170
.130 .050 .023 ,400

:oaa

:ass

:ffi :-ffi

M105at .a.!§.Q
.785
M10Sau .:.ll.§.
.825
M10.5av .745
MI05aw

MIN

:an-

.7S5
,789
MAX
M105aa ,785
MAX
MI05a
.710
MAX
M105ac .696
MAX
M195ad ~
.785
M105ae J.i.2.
755
MI05af .740

11'110588

MIN

:Wo

~ .254 .149 .lS5 J..ql .035 ,039 .322
680
.133
.125 .150 ,135 • 035 ,OlS ,300
.:..i§.2.
,715
.024
MAX
.:.!ll ,240 ,ISO .200 .120 ,020 ~
185 280 MAX
.150
.023
..§§.§. d!Q .100
.715 .270 MAX

M105z

M105ah

MAX

,020 .375
115 . . 5 MAX
~ .235 .110 .170 .110 .060 .020 .325

.715

M105y

INV"'-

.009
,010

.120 ,015 .JU.2.
~
.125
.130 .035 • 021
~ .,.!ll .110 .100 ,US .050 :.ll! .325

'f55 .~:~

.745

815

M105t

.120 .305 .180
MAX MAX

.140 .170 .1 0 .020 .016 .375
,104 .109 .125 .05
.020 ,350

:orr

iNV,",

NOTCH
NOTCH

'Men

~~~/na
INVJ,;](
NOTCH

,NOTCH

NUTCH
NOTCH

or

DOT

~iL:.t1 or
~~CH or

NOTCH

All DIMENSIONS IN INCHES

IN DRAWING NUMBER
SEQUENCE

SECTION 13. OUTLINE DRAWING

II
H-I~
rr=----,l-r-

I~EX-f:::

:

:

:

:

--II-- G MAX

J

J

~

r

I

S T ANDOFFSJ

R I

.~'*+~~
L~ j

~ ~+- M~N.
MAX

NOTE INDEX
POINT
FOR Ml17h
+ ,.,177m
INDEX

H
MAX

~
~

~
LCT~~
J

H
0

F
C
D
E
.200 .030 .015
.280
Ml14a .880 .235 .180 .020 .012 • 10

.1'

.W

.m

MAX

M114b .750 .235 .180 ,020 .012 • 10

G

.07

H
.0~5

.10

• o•

.10

I

I

E'tJl! II

.

j.-F
TVP

.110 .023
.110 .019

.w

A

A MAX---j

=

:on

=

T2i

:m

:r.o

.!!E

.gM

C

.770

t!H .~:~

MUSa

.770

USb

'5.

Effi
250

lie

n.

IUd

.8.

M1n.

.770

1"108"
MU6g

IM128n

",n'n

""aop
1I8q
Mli6r

M
.200

~ ~ I'~~:

:no .~*

.350 .175 .125 .090

.350 .185 ,130 • 100

• 58 350
8.
260 a50 175
"0 ,300 .200

:m

:m-

:ill

~

01'

13.
125

.~~~

100
~

018

.t.!.!.2.

~ .008 .093 .030

.020 .008 .040 .030

:orr

oao
030
040 oao
.020 ~ ~ .010
01. 095
.020 J!.Q.Q.

oa •
03 •
020

01'
o 0
o 0

11. 0"
~ .200 till. .100 &!!
.375
022
.015
.150
..!n ,181 all!. .100 .017 .019 •.009
t!!!
.• 756 ~
MIN
'5 • • 322 MAX .141
• 8 .265 .330
.129 ~ .015
.110
MAX
,135 .100 .018
50
.100 ~ .015 .008
.~ .~~
,023 MIN .015
:'m
.0 0
.n
.....ll ~ .020 ..2.2.§.
.~ MAX
.~~~
.110 .021 MIN .012
MAX
.>v. ..!= .100 ...Qh .020 ..!!..U
.021 MIN .014
MAX
MAX .150
.125 .100 .018 .019 .011
~
.~
.322
MIN
.755

;W

~

.... :m

:iff

.1.!!!

a!!9. ..!.A!! .llJl ..MJl .J!ll JU.2 .J!ll

.>'. ;Too

:m
..!!§.

.""

.780 .255 .310 .160 .130 .110 .021 .035 .020
.125 .100 Jli..2.
.~O
..!!..U
.~
MAX MIN TYP ,023
.015

:m :m

M -146

.600
NOM

.~~
36

B

MUS

1"'3Om

1

,oao
.030

.023

12
11U28k

.24

.030

.030

.110 .023
.100 .015

',~dii::::: I

~I-.190 I

.030

-ffi 1*

':i

.W

.~;

:m :m:

I~~®®~~~I

r-~

m .8

1"11

.023

r---

M-132

TYP

....
.... .'"

...

.370 .100
,OIl TYP
TYP
.181 .122 .100 .017 • 019
.0 •
.200 .#0 .100 .021 :..!!.!.Q .011 .08. I."
.US
.020
.'150
.300
.130
.150
.100 ...ll.! .015 .J!.!2 a.2!! .030
MU7n
TYP TYP TYP TYP .020 TYP .011 .065 TYP
TYP
dll ..!= ~ ~ &ll ..Qll J!ll ..2..!
P
310 125 .166 .110 ,021 .035 0.0 054
.100 ,014 .043 J!!! J!!!
l'U17q .~. .24:0 .290 .185
:1n
MIN ,014 ,055
.100 .01 .019 .009
I"wr l'ill
.259
MAX .141
MIN
.796 •• 58 ,299 .197 .118 .100 .020 .019 ,008
IMU
MAX
MAX MIN
MIN .014
.~•• o .310 .175 .125 till :.,Qll .020 :.!Q.!
.030
I "U' .880
MAX MAX
MAX MIN .110 .085 MIN .012
.300 .200 .t.!.2..!!. .100 Jll!. .020 .009
J!!.!!
l"U'u
,.5
0.0
,062
MAX .150
M1l7v .881 ~o .290 .200 :..ill. .100
.020 :.!!!1. ~
,022
MAX :155 :315 MAX .150
.014 .062
, "U'.. • 870 .240 ~ .162 .125 .100. .018 .019
MIN
MAX ;r.a .322
.200
,125
.a.!!.Q.
.100
.020
IMWX .~ ..!!!l
.&ll
~ .070 .010
.260 .310 MAX MIN TP
.021 MIN .014 MAX NOM

27.

.liO .125 .035 .015 .125 .052
.250
.019 .200
Ml14d .767 .252 .144
Ml14e .W .W .200 .020 •  .785 .170 .020 .110 .060 .325 .OOR .265
M-146

019

.800 .180

:sIS

'~-146"

~

-14 c

.87
M,~X

T":-146

~J.--

"

DJI.. T..II..

. 820

:sm>

!'f.-1He .866

078 II

MfX

15641

.""375

. 745 .165 . 016 • 095

• 020

.2'l1I .02l> .ITS ."1i'4O

• 300

.m

Mf'-X
. 010 • 265
MAX

.0
.100 .015
.008 .E2
,"""{i"E lVTN .0"5]
:615 .280
. 015 100 • 020 • 2 f'JO .Q.Q!j . 245
.0'23 r~IN ;/111 .ITo .012 .255
.IRS .013 10' .035 .300 .009

. 200

MltX

r·l/lX

.021

.150

MIN

ALL DIMENSIONS IN INCHES

SECTION 13. OUTLINE DRAWING

A
B
C
M 148
.875 .285 .015
M148a .785 .280 .015
1'11480 .785 .~ .05
;E"6' MIN
M148C .660 .220 .020
:'i1iO :2BO MIN
M148C1 .800
.020
MAX
MIN

:an

D
E
G
.105 .021 .100 .171
.110 .023 .100 .200
.100 .020 .125 .105
MIN
.090 .015 .100 .200
MIN MAX
.100 !.!!.la .~ •• uu
:T61i MM

"

:no :on
:on

11'1/ DRAWII'I/G NUMBER
SEQUEI'i/CE

H
J
K
.011 .375 .310
.011 .375 .3111
.OOH .300 .350

:orr
.OOH
:om

.290

:no

."'"'

:-1ffi

A

Oll~

...

C

.360
.~ .!!!
.3 0 MAX

M153.

~

..!!!

3 0
M163b .780 .288

009

.376

D

E

F

Q

.200 .020 .1&0 .020

a.!!2

.200 .016

2$0

.1~O

MIN

'ill

.~ ..!WI.0

.197 .019
.&!!!
.~~~ .!1! ~
:aIf 393 .~
.u! .~ .020 .~~ .!11 .JWP.
.16&
MIN
023

M153c

.~

N153a

l:ffi &!!!
.310 :We l:fft

110

L

B

",53

.200 .02:0 .130
MAX MIN MIN

'ill

•

.100

TP

""''-_·,....__1

r-

••0"

I

,..

I

~- 24Sc..j

A
B
C
.860 .200 .100
MAX MAX MIN
M154a .810 .165 ~
.840 .185 .135

M154

..

.

M-157
M157

TI[D
540

I
---L

~m.~

M157a
M157b
-_--OOOOOOO

765"

400'

! ----

3

2 1

M157c

{BOItomV_1

B
A
C
D
.290 .375 .240
785 310
280
.660 .325
.220
"TsO
.780 MAX
..1ll ..llJ! ..!2.!!. .280
.786 .310 .360 MAX
.230
.785
.265
MAX

..lli

E

F

.200 .125

G

..!!.!!.l!.
.110

H
.015
MIN

.200 .100 J!..!!9.
MIN 110
.200 .130 .Qi! .020
MJlX MIN .110 MIN
.200 .100 ..!!.!!.l!. .020
MAX MIN .110 MIN

8910111213
-0

y?

0

0

0

~.'~
!lOTI
1 lo.".',I""... ' .... n••Olllsllout••qull'our
,rlchee lor. (011""110"1' 020 hftCn d'lmlte, ,•• d

" D.A.T.A.

ALL DIMENSIONS IN INCHES

SECTION 13. OUTLINE DRAWING
BOTTOM

M-158

TOP

i=====lT
PIN 1

/iCOLOR

C
Top VIt'W

A

_L

"CODE

158
M158a

D
E
A
B
C
475 8 0 300 100 .215
.475 .810 .300 .100 .215

Ml58e

300 .100 .215 .250
.475 .810 .300 .100 .215 .250

Ml58d
M158e
M158f

.475 .810 .300 .100 .215 .250
440 784 300 100 .235 .230
.440 .784 .300 .100 .235 .230

Ml58
M158h

.440 .784 .300 .100 .235 .230
.390 .770 .300 .100 .190 .19
TP
MAX .222
MAX
X TP

H

G

OMIT

030

:!:DlA COVEll
010 010'
..ICH .... teAL
INDEX

LOGO-INDEX POINT

.011
iiij;

~==

-~~-1~
1l.i.fT

SUTI"" PUII£

1~

.010

r

.041

-,0.4,

I _

:-

-

'I-

-REF
- REF GND.

II II -_
I _

-+15
-GND
--15

! lSI-

M-174

1r

r--!~M5---,

MSI_

eAG

t

040
Dla

.,
,-

-OUT

2.60

017

.2 'D
- MSBl'

RII.
RI'

• 2'
'2'
_2 11
.212
'2'

zI.

* 11
3125

260

•

2"
2'.

~ 220;:----1

f---- 120----j
:tOOl'

BOllOM VI!JI

BOllDM VIEW

0.300

~0900~
0.600 t0.300

I IA+15
I
-IN

I

O1IOM .... ~

l·"~
_\ J 1..., , ,.,

GND-B-~- OUT -----J..--,~ _______
~_

UOO

T

__,

~ ~!~.c 15_

I·
" DJJ.T.JJ.

110111 CUMULATiVE

I

2.800
BOTTOM VIEW

SIDE VIEW

---,

0400

!.t

OO20

-I

-al
-4
-5

3125

--J

1

1 T-,
1 1-S.
-2

tOOlS

AG2.
AGI'
ANA OUT •

• -ISVOC
.GNO
'-15VOC

fsiOE VI!W

..1
T02 :tOOl

2"
2'.
2'.

'+SVDC

--I !,!

040
Oil

2.150

UIS

;I

-, Ii

-7

J

--IS'

1--06 lIP
SID! VI!W

....:n

jO.4~

~~
~1.25'--l
- 038
IOTTOM flEW

..I

r-,~~,~5----,

r

.IMSB
.1
'3
.4

LSBh
l'
6'
\.

040

..1

Dla-

T

02

:!QOl
NON CUMULATlVf

'+5VOC

'-15VOC
.GNO
'-15YOC

-1 I--

08
!OO?O

-1
3115
to Ol~

160

1

SIDE VI!W

SIG GNO'
SIG OUT'

f--ll0-.j
BOTTOM YI!W

--l

1

I--061YP
SlOE YIEW

ALL DIMENSIONS IN INCHES

SECTION 13. OUTLINE DRAWING
M-181
1000

-----""""11

l

0400

_ _ _ _ _ _ _ _ _1T~.-JI

. .s_

002(lDI" _ U _ _,

MP178

PIN1NOTCl-fED

11['

lIT

• •, .

file

n

il lIT if

21

J I" ~
4111' 4
~ lit' ~

..

"

- .WIC

20

....

.200

max.

, lIT I

Z4

-., ..

T IItT T

+ - ..

- ,.

1000

_OUT I"
lie

.-

U~IP

• lit"
I lIT I
10 lIT 10

CCtUII!CTIOW

,

15

WOl..' OUT

.4

au'

.,

C.......T

MIN.

"'

•1

• • TII

• J.
'::;CT;-

12 I"

~.~~~

-,---

~

0

~

:rnr

MIN.

L',-"
MAX.

A
B
C
D
E
.700 .245 .040 .145 .009
.275 MIN Mnx .011
.720 .250 .035 .095 .OOR
MAX .270 MIN M~X MIN
I _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _~~----...:;;;;;;;;;;;;!;;:;;;:=;;;;:=~;;;!;;~~;;;;;~_I
...

12

M-183

MP178a
r

lIT lIE'

il4

III"

-"" ..

n

Z liT l

lie

ill

••, .

u

- .WOC

20

+ _WDC

II

.. .
] I"

lit,

,

•..,. .1

, IItT"

.-

1000

-.. .

_OUT

\1

WOl..T OUT

14

c.....,

IS

-"",

3

4 liT 4
~
5

Ui'IIlP
CClifNECTIOW

• J.
'=C1;"

I .T,
I

1It'1

,
- --'-.'11-1
--l---MP178b
to liT 10
12 lIT 12

I

ONLY -

,_'6
A

15

14

13

12

II

10

9

EPREFORM

.~~8

~
310

B

290

~~~~~
MI84
MI84a
MI840

C
D
A
B
.240 .220 .270 .810
:TrU" :ntr ;nlf ~

.!!i
;n!"

~

F
.015
.~:~ ~
~
~ ~
~
:Tlr5"
~
~ ~ ~
:Rn" .T5'!l" ~

'R~~

E

1

G

K
H
J
M
.~O .090
~ :T51!
~
~ ~
:Tn :I'm
~
.~ ~
~
~
~ ;mr

I

~

J

~¥

Ii

'2

c

'8'1

~D~

'r.r~rl'-r,"""'TT"rl'T"""'...r
110
090

~

12345618

L

PACKAGE-::fCC
COVER

0--15-

,--{SASE PLANE
H

G- ,

035 MIN SEATING

PLANE

M-186

D -; ~

---c
MI86
11'1186a

A
B
C
D
E
F
1.31 .070 .200 .125 .095 ..ill
MAX MAX MAX MIN MAX .650

\;,!~

.~~ .~

..w..

:m

MI86b 1.22 .051 ..!!!
~ .600
1:27 .066 .248 150 086
M186c L!! ..9.!2 .175 .130
.600
1.25 .050 MAX

"

D.A. T. A.

ALL DIMENSIONS IN INCHES

SECTION 13. OUTLINE DRAWING
D4

r------ !~:1~5~ ___ ~

r

160

l

°SI

.1MS.
02
01
o.
01
0'
01
0'
0'
olD

CSo
+10
Clo
COo
SO 0
CC 0
Slo
s'1200
no
10

elllS.

--1 ~:~ I-

011

r
01:!o

r

0.240

am

l

L

... 15GIO·
-110

°OC

01

J

I

NON-CUMUlATlV!

3115
t

0 01~

i
I

I-- 1 1 0 - - l

--j '1P0'-'

!OOlD

'0110. VI!W

J

SID! 11£_

~201'~'

D

060 II 30-,

~ECI-tANICAL

17 16 I. " "

.......

INDEX

~

TT
C

t=lOO-1

B

,j{}:{j:OO~}:O.:I'j:t#!::hl
m

.{:G1:
LOGO-INDO POINT

I

:5

2

"

5

6

7

8

9101112

11
~~~~~O~lI
.031 .llS .571 ~ &.tl§. ~ ~

MIN

MIN

.150 ,020 .170
MAX MIN MAX

t..ill

MAX .104 .024 .051 .512 .012
:..Q!Q. ~ .045 .590 :...Q.Q!
.110 .020 .055 .610 .012

M-196

NO
MI96
M196a

OF PIN
30

,.

M196b •

20

196c

30

A
.80
MAX
.800
MAX
.30
MAX
1.80
MAX

Lll !..dQ
1 55 1 50
dll .390

.415 .410

:..§.ll ~
.915 .910

L.ll Ld!!.
1.41 1.41

'fj".03'

.110

.5O

~

300---'::

10--.334 -......;

......E~

_____

__

10

.520 .019

.125 .100 .010 1.25

M197a .~ •.Jill
.535 .022
M197b .511
M197c • 520
550 023

.125 .100 .010 1.25

M197

.w

"

,_~

D..ll.. T../I.

125 100
.100 .~
MIN .110

010 1 25

!...ll

9

Ii

7

8

~-~-=-;~H
•

5

1.28

15681

ALL DIMENSIONS IN INCHES

SECTION 13. OUTLINE DRAWING

A

.616 .04&
IM1•• 1.23
i:Ti :1I'n" •• 5
IM199a W. .t.!!!
57.
.514:
IMU•• ~ :BiT

.025 .020 .600

:oil!

·m .J!!!
~ :Hi ~ ~ :m :o!f
.11 ".
.t.tl! r..W .J!!.!! ..w .R.!!
.12
... ,., :%H••
.027 .016

.60a .14.8
MAX
.600 .600

:oiO
ill;!.

.12:5 .020 .148 .100

MIN

B

~ !tii
~
I ... •••
MJOOb
I ... ••

.020

.160

152

C
•• 1&

:m

D

.~

1... ··1"
MIOOg

I ...

.~

MAX

... ....

:ill I~
.

••• •••

.025

~

~

• 100

..

.:!!

.100

:TOo
.~ .~ ..!!!

.018

.200 .130 .090
MAX MIN
.215 .137 .100

'* -m•••

MAX
.145

:T8i

...a.n
31.

.088 .146

MIN

~
.055
:on

:no

, ~
• • ..w.
•••
I'~

13.

..!!!

••

:no

MJOOp • 760 .270

.175

.121 .100

MZOOq .765 .248

.060 .175

.100

a.!!!

~
••

~

..,. ., ....
...a.n

..t!!.i .376
.11

~~

:m

:..2.!!! .620

~
••

.12

NOM

s.!!!
.u
••• ~
.~!~ ...2.2! I'~~~

..9ll
.020

.:::

.~ .~~

....

.310 .008 .286
MAX
:TIT
.007
MIN

:ora

." ~o.

.J!l!1

~

.~:
.:~

.J!ll

.025

...2.2! ...wI.

02 •

.146

.3'115

.11

.,
••• ~
.,.
•••,.

.~~~ ~

~ .0.60
MAX
.017

.ni

.~.

.....

.2.2.1.

~

.11

!.ll! J.!!!

.~~ t.!U

~

.~~~

.016

.200

MlOOn

MIN

.!!9. ..!Q.! .u!

...!W!

MAX

·W :In
:rs1"

MJOOk .786 .280
MAX MAX
I ..•••m .~ ~.

..7

11.

I'::!~
MIN .110
MIN 31.
.130 ...!WI.
L2!! .~ .080
.023
MAX
MIN 11.
.012 .324:
.200 .100 .100 .03a

.~~

.~~

··h .:ffi :ill

M200J

Q

u.

.
.".

.~!.

::::
11'1'··· .7. MAX
'"'-=

.786

MAX

P

.121 ...!WI. .u! ..u1 ..i.U. .020

.220 .~ .100 .031
.126
.oao
MIll
.196 .14:9 .100
.019
MAX
MIN

..lU .J.!!
.n6
.165

I ..••••
I ..••• a

B

-m- 'ffi

.007 .300

:1iTI

.012 .310

.021

~~~::J~
cr.r.
J

J

I

•

~1r
1--,

,

•

rJ--,'K
I
J
-

r--~
E

•

, "

.
H-oj
"
. . G. . . . _____..... _~

..

,

210

•
M-212

r

2.&0

---

0.42
,IAI.r-

-

.II-

- Al...I.

..-

- AlA ....
-"5Y1C

.11-

--IS_

_lID
- +15.

.82-

.14.1-

...2-

.-

2-

--

I-

1
1

0.2-1

.L

3.125

tll15

T

0.2

r--lID

B
·251

.1 •

0 .1 1 .0

• 866
MAX

J
H
..!!!§. .100 .299

••

.185 .036 .104 .086
.314
MAX MIN
MAX
• 0 .020
~ .100 .300
;m
:JOo
.1
.020
...L!
d1! .100 ....J!l!
'-'=
.785 .310 .250 .050 .150
.023
.310

;,n :nt

:no

:on
=

:ill

.
K

.ou

• 00

.t!!.!.
.012

.012

M-219

2.4--1

+,. T I

_III

_ U1t
--15
_+15
_$II

c

A

IID-'1&5
IUT- ~

..-

L...------'

I--u---l
BOTTOI1IVIEW

SIIIEVIEW

1--D.2511.1.
$lIE VI£W

" D.A.T.A.

ALL DIMENSIONS IN INCHES

SECTION 13. OUTLINE DRAWING
~~;::~~~~~1:;:] ~ S~mNEG

B /290
~10

NOTCH r - - C ,

0

FORM223DNLY~·
Jl' UJ l'~ti
IN LEAD
No.1

,.1.

J

100
TYP.
REF.

G

j

H
to

II"

15"

E

t:::::::]

.~~

HJ -L -IlK C LE--I

r-o":j;~A~~~-B~~~~C;--~D~~E~:E~~G~~=i~Jh4=JK~=M~~r;~~p~
M224

.180 .700 ,125 .265 .350

M22'a

.220 .660 .100 .200
:020
.100 .019
.300
.280 :78"5 MIN MAX
.265 .725 JJ!.§.. .180 d!.Q.
.020
.100 .019
,300
MAX MAX .145 MAX .350
s..&!§.
,lOa .200 ~ t..1!.Q &!Q. &.!Q. !..ill J!.ll .090 .2.Q.Q
.265
MIN MAX .375 .760 .080 .070 .110 .023 .110 .310

M224b
M224c

020

.100 .019

.300 ,DID
.010

~F

C
2~
ED

.0]0

CASE WiICMT VOLUhI£
Of;SIC
(GMI
(eu INI

.008
.015

.,

(0251

M-234

M-230
1 - - '"

oTI

J"leA:J

---I

i

11111111111

"-

I
1-----

PINS ARE BRASS
WITH GOLD FLASH.
040 DIAMETER

,
•••• • -1-·
•••

MSB

~
a::
;

~

- 5- + -

I-

~:=...J ~Ia; a ~
a:::::> « a:: ..... z .....

~

-; ~ 0 aH-

-

1

~---+---''--­

~ ~ ~ ___~-+

'"

__-'-

j
tNSflH

M235

',O'ES
, .. 0 4,,111«1 UNC 1!1lHREAO DEPTH 100"""

20K

t15V

ADJUST FOR
OV OUT

"

D ../J. T..lI..

""H~'4l

1

I'."~

040,

lOIl~tR'tS~T4!i'lfS~S'''l
OOl~

0'"

'1

R£OO ", ... lfRI"l IRASS

"fill OOI.sx cor.oPOs,nON 12 OOlOfl"5"
CVf~"lC~HPiR~'llG-45204

C
E
B
D
F
G
H
J
.265 ~ .350 .008 .095 &lQ. .018 .150
.310 MAX
MAX .UO
MIN
.015
.375
.185
.125
..&2Q
...ill
310
110
M235b .715 .270
:.!2..Q. ~
.100 .Jli.§. .U5
.350 .015
MAX
TYP .023 MIN

A

lHRE"'DW

1 PLACES
l>HfIIOHl

M235a

.~!~ MAX
.~~~ .280
MAX

TvPf.IGfII...oE

ALL DIMENSIONS IN INCHES

SECTION 13. OUTLINE DRAWING

,

_A_~-,Ar:
•
B

----.----l- 020 -'---r-r--,~N .---

020

~I- +- 010
001

-J
•325
± 025

.310-:-'
t Q

~'3."---T
0800~". ' - -r
lJO± 002 .L
016

~

., .:~. r-

r:- ~~~.----'

065

085

"
I 040
1--1t-'
100
TYP
TYP.

~

C

I

I

I

I

•

1

C
M239 dll .030 ..!i§.
.315
.252
M239a .300 .075 .l!i
MAX 255
M239b .300 .030 .245
.320 MAX .255

T

• 080 TYP

.020
DIA •

C)
,.

0

Vo

o -IN
0
-GND
l-'I -OUT

~ --I- Il' -TEL

-1. 312 \0- .2leo!

OOO-L-

---=---i

I

.60

-. m-=Mll?
.---

-1..
.160

:no

.60

MAX •

1.15~ ~ ~ ~

B

A

I~
f-.. 480 ...j

.100 TYP.

~~
=

--r

.50 MIN.

...L--

N06-32(ISOLATEo!

t-.020
DIA.

M-244

T ¢T
!--1---'50--f---!~'~ 2
150

600'

tT-

075' STANDOFFS

020' DIA

300'

1

545
515

~~~~6-.ll
015

j

I"

12Jo
1290

"

I

NOM
~600

010r~=r

--, ~45

Jt~:C

JL

--_1-1--0245

l1Q
090

± 0005

JL

020
015

~1~

~

L750 I
MAX-----l

0000

~035NOM

;;..--~1T0035 NOM

l
It

"

---*--SEATlNG PLANEi----.----'---r-4-j,.J
~AUGE PLANE
!!:!!!!! (5 •• Not. 0)

90.
(B 'LACES)

± ~:~~~

0.000

-l

(4 PLACES)

D ..lI.. T..lI..

It

0011 ± 0003
(I 'LACES)
S'AONO

100 T'

ALL DIMENSIONS IN INCHES

SECTION 13. OUTLINE DRAWING

2

.:S -.-l

I

E

I

+ +
0

L

_ ..4 __

:r

M-160
M-a&oa

M-160

.870

.800. 00 .870

.600

~Gf~
T
1

OPTIONAL

FREQ.ADJ.

II

'1·-1'4

1.50

L

5

.02
OIA.

.50

6~

h J .6~5
jJ

M254

I

I 50
• .OO

~.100

-.T

'T'~

I

I

@@@

I
@
.125

.25

MIN

r:'

A

.200]11-- .030

A
B
C
0
E
F
G
H
J
K
3.00 2.10 .400 .200 .040 1.80 .200 .150 .100 .300
MAX MAX MAX MIN
;T .200 .212
.262
M254a 3.12 2.62 ~O .250
.625 MIN

I
o

_
.0:. . . . .
I

F

I

,

I

I

"

1

•

,

..............

•

b

11

..

II

•

M

K-i1- J

" D ..ll. T..ll.

ALL DIMENSIONS IN INCHES

SECTION 13. OUTLINE DRAWING
M-257
A

A

B

.100 .166 .166 .110 .136 .086 .100

.019liH

1~9

.300

NOT!;H

.a..

""'.,,n

MlG'I'a

IM••Vb
Ma67c

MI57d

.160 .764 .~ .~~~

,1 •••• ,. .:~ ~

..-

-

-

.

-----e-

-.

e-

M-259

.200" .030

...L.. !!filiI!

1I11l!

.4001:1

,OlOx,018
.024

4

_

~
~

.72

r

--1

~ ~'25

~

,25

f

co

L

1.50

0:00

r

1 111,21314

--L

r·

MAX
455

1

'T-Rt
-.J
;300

L
I

r-'~~~

I

uuuuuuu

025
1.--,700

I

~SPACING
PIN
,100

M-266
_.433MAX._

==n

- - - - ... 1M

~~~~
t

I

I

I

•

,

,'f

••

,no

"

"

II

I

JJuffmnt~ .:: T
..

%n.A.T.A.

or
•

7

6

5

1

:i

3

4

ALL DIMENSiONS IN INCHES

SECTION 13. OUTLINE DRAWING
M 268

.110 MAX

--1,480

1.....-1.320

r-

rr==1

.010TYP t . 8 0 0
TYP

n'

047
TYP

U
~

r~

4.

L~

0

2.030
MjlX

1 0 9 0 MIN

J

.595
.480

k

180

235-J

MAX

e~

I.... ..
r------

!

760 TYP

765 MAX

~---4

~r-~--~
I
'..1..
040
I~ ¥ I¥I)( )( )( )( ~: 130
we ~~ f- -I f-l
-I i-, T

T')~ -t . ·l-T _~.ihn:n:nroi:ilJ1l
!

"

7

I

---0- N~~ -1

l

021,)

060 TYP

[]g]
D

1

'::.!:
.545

24 LWHEN FORMED
.120
PARALLEL
I>- .600j .055

1 20

r--rn

,m

t

~-L~I~
~

:rJ'l'Ij~JlliJ.

.015

"

.OSS

•

.100
TYP.
.010 .060
.~

020 TYP

~

00'
m

J..iQ
.160

.020 MIN

M-276

M-280
02fi R INDEX NOTCH ON
BOTTOM METAL ONLY

M-283
~

f-----3OOO _ _ _~·I_1

!:

I

~

r-:r,
.....L

DIAOO?Q

0<""
:~~~r::I:~E '-::::mrmrrnnrn+rrrnrTrTfTnr-----l ~

LENGTH 0 25 MIN
BRASSW!TH

GOLD FLASH
0020 OIA, 0 20 LONG

PINS

I

GOLOPlATE

TVP

.,---i01=OO:;TVP;--;;=;;rr~~=3-F~01~OO
.008
.015

-

REMARKS

M277
M277a

AS SHOWN
NOTCH

" D.A.T.A.

I
'000

.59 01
.620'

LEAD FRAME IS OPTIONAL
ME A ONLY

1

PIN SPACING

00000000

.,

2345'

-

__

i

0000000

8910 ""1314

+__ _

- '- t=~28~27!. 26~252~42:232~!~": 20: '.'~817~16~15_J 0002
00000000000000

BOTTOM VIEW

ALL DIMENSIONS IN INCHES

SECTION 13. OUTLINE DRAWING

.&.lLP1NSAAE

IlII...s5WITH
GOLOFlMH

..,.L 0040DI.... 0 2 LOMG

'-n-,.,..,,~.,.j,..,.~~

1 - - - - - - -2 00.. ------1°1

I0400

1
j

,,-------+~~---,~~

0.1 SPACING 16 PIN

,--+-+--1----

3+UV

DIP SPACING
PINS

0.0201A

20

BOTTOM VIEW

30
40
50
60

I

70

I

90
100

------+-------

"T

J'

-If
100

900

.700

1

~

I

~

~ It
~~02

~

riO:
:ooooo~1

,

.35

110
120

~-----------+----------~.~--10NLY
BOTTOM VIEW

00

H

I 140 I

r

80

I

.----*-

-6-6~-------O-6-

REF

-6-6~-----0~6I
I
T
J
I
-0-0j

L

165

I

-0-0I

I

-0-0-

-0-0-

-6-6I

-0-6I
I

t

-0-0I

I

-0-0I

I

-0-0I

I

-0-0I

I

~~

1·----280-----1
..

I- 400....J

io------

:m

D

13~
.500
.560

-OuneMlCn IS to IIId ttnt"knI wI'ttn tonn.d Plfilltl
lead numbtr one cut tor Identification or IMI'hd on top

" D ..lI.. T..lI..

ALL DIMENSIONS IN INCHES

SECTION 13. OUTLINE DRAWING

IN DRAWING NUMBER
SEQUENCE

,I

~t~ T~LASS"ALA.T

r

F

-l MI- -ll-N

I--E--/ K

J

=rH
-L

jG 1

E

F
H
J
K
N
.007
.131 019
.100 • 17
MIll
MIN
0: ~ .175 .130 .010 .100 ~ ~
3

M-296

OIOX~
O.030R:B5"DTYP
~.015

T-

~~

-

....

• l:.~.

-:::::

@

14'1

.,

IIO ....X O . SEATING PLANt

0.015

~

:LLEAOI-..cID

:t:

:~: T::'C~CUM

III)

""

~=
::::::

0.120

j

m

~::

~~

MIN

----1
I

---I

- - - : IMI TIllfllETItlCALWiTHA

:

~._

-L.

'r------.,.JL__~ .......

I10-----

~l

.

J

I---~I ... IIHO ..AX

END VIEW

--

,--'

END VIEW

• MIN

-,'=~!S~

(51) - :

UOOTYP

"---'-"'-_ _..:::::...~---L
BOTTOM VIEW

-t:.... .10

.J.

--r
........
(11.

A

ct.

" D.A.T.A.

ALL DIMENSIONS IN INCHES

IN DRAWING NUMBER
SEQUENCE

SECTION 13. OUTLINE DRAWING

10-_ _ 1 80'

M-304
-

__

~_1~~14>+~~ ~

,,"L

=-T

;--I--+--I--"--4--~

-

I
I
,--0

I

~-ff~'f-~~-j
-+--i-t--I--r--t

-

+

-

I

I

·

:?8

I

j""

O-"-.r.I-~\.
II'T'C

'45721

~

iYAmD4 .... II"DIE••

ClO 16)

$ClEW CLEAt..CE
TI I,Nlur,nalS

•

I
II

,

:•

I

Ci. - :~}----+I'
-----{;•0
o
I
I
I
•

I

us

I

I
I

14.

I

BOTTOM VIEW

M-306
1712) 0 3-011D

:

:'1:

-----&-<~i0!-~--~ct.- ---6-cb--~--~-li
l
14
I

I

12

,

r

I '

I
---

-----

I

--0--0--0:.+ - :. --- -:1--: LI:
~
_n

I

11 olli 040'

11'148)

'I

Y

I

I

I

I

--I:

n n n n

MAX

I

1

I

T, 1·'~l~r·
..
~ :~~~ J i-'.,e~. --II-~~. l

IT

120"

·~Ir.rTrr~I~.~.rr.'TT~'~'~'~'rr..~,~,~.

.o;f

lAPPED 4 40. 09" DEEP.
SCREW CLEARANCE
10 19'oEEP. 2 HOLES

Ir

S3

1.250 ------1-

.030

)

f-.m

~1:S8:;~

I-..,.--1

--4

MIN •

•240
.285

\
L rm

SEATING
, PLANE

15° MAX•

•008

.012

.300
NOM.

M310

n

1"-"---170' 02

-------,

·8-ge
a7-loe

-6 I,e
-!S-1213'
-3-1.

-,-$

150

Ili ••....••

'10---

B.,

liD
:!: 02

_J

"

D ..JJ.T..JJ.

.

..r.lo.02

"
12'

13'

I••

'7

15'

.5

I.'

17.

I.'

'2

'1--

15771

'"

20'

ALL DIMENSIONS IN INCHES

SECTION 13. OUTLINE DRAWING

057
050

t

f

~-

I~
J
~~JTYP l

~~~J~

--

l:l:
li 1:::r: :tT
I

INDEX AREA,
NOTCH OR DOT

5TYP

::2:

I

252MAX

r;
II

j~

058

I*---W~
SEATING PLANE

BASEPLA?iE GAUGE PLANE

.220
MAX.

- C-

L--'

~• 115...1........-

~~:.T.P··WTVP-::::

.01$
MIN.

~k"
--,-f-if
.030
7J 0 0 _15° '•1

TVP.~~

• LEADS WITHIN .005 RADIUS 0111'
TRUE POSITION (Til') AT GAUGE
ftLANE.

W

~.300TP•

TYP.

M316

A,

ool

~~r
:no
.310
.290

'

~

----T
2521640)

-24516221

755

11918)

745

11892)

31017871

I---- 19017371

,-----------....., ----I
1251318)
115(292)

_1___ --',

.--

I

,

t:To::;;:;~;:
~~

,!
~g

1--.

12791:

I

--I

(QJ8)

~1"~

000

•

IO-;~'~-·---

---02010511

1229)

"

D.A.T.A.

ALL DIMENSIONS IN INCHES

f

]~2

(640)

245 (622)

J
8

1

I

~

-03510891
015

(0

I

t

381 12~ (3181

,-----'-_-.1_

~t

~

il

~ I.!..EJ
(M4 (112)

0.25
(6.4)

1-=

I

r-

,Q!!.!OS31

I

.

I

1"--

~3:'~43!

057 (1451

\

12013051

t

110 (:179)

_090(229)--1

--'

0.80"

2.61
r---2.64

J-~
T~llllnll
o.oI8"~1-=
dlam.

I

"
0.10

'\

-

015 (OlB)

--'
I 40"
(35.6)1'

Pin I

.,

068 {I 731

'1S (;2921

(2.5)

r ..

o OUT
01S!
oAG'
olllf

ell'.

2.60

0.'20"
(5.1)

'I
ISlI_
I 0
I 0
I 0
0
I 0
I 0

,

,
I

\

, 0

o GIlD
.-15

:oaT,-l I•
.021L

(BOTTOM

.016
.026

VIEW)

1 r
1 . lol

2.61

I"
o LSB 10

3.11
3.14

2.60

,I

2.1l!
2.21
BOTTOM
VIEW

I-SIDE

VIEW

09

20
30
40

:miT"::! I"
.160

:no

DIA.

+15voeo
GNO 0

r-

1

T

d!Q
.210

3.11

CUM~~TIV

·15 voe 0
OUT 0

~I

2.19
2.21

.620
MAX.

-I

_t

NSB 10

oS

07
06

.040

'I

2.64

oS
0+5 voe

.+15

•••••• •• ••• •

.420
jMAX.

BOTTOM VIEW

3.I4

.250..J 1+
MIN.

1

SlOE VIEW

~~~':..
r-:rno

~l
.740

:aro

~J

~-------.~--------~

VARIATION I

VARIATIONm
VARIATIOND

'I'ItOEXAREA,
NOTCHORDO~
16 - . , -

~

.0'3

R

I~.O~5
....j~
.320

" D.A.T.A.

ALL DIMENSIONS IN INCHES

SECTION 13. OUTLINE DRAWING

...

... T

~~
,'1;.

·w

col

0030
~:f

:r

&ill

g'14&

--1.-

....L.

~~t:~~~~I~ljl
0740
.,

1

0110
0090

U'

~.140

I

oooa
~.-

.L

-----oj-00000

..0

t-

_600_1

1

535_,1

R '010±.002~_

_/_SOTYP

JL=

-- IIDEVIEWt

I..

2.00

-I

1

/"AOO

110

01
02
03

100

90

-

04
05

-E

-I-F

80
70

0&

M356
o

:~~:::::::I
I

_I

I

.045
.065

TOP

.015
.023

~

I

III--

I

.755

(OUTSIDE)

'~~FOtt~;ANE
.170~
~.

VIEW

I

.01 0
~ .100
MIN.:i30

M359

I~I

~.009

.30

~

~~
.011

I

.090
.110

~

SEATINGm300

I

.350
.400

1_

-~

~5_1

r:375I

I

r,:-:-:....."" :::J

-·-c
Illi@)@)ID

~:~

l2}=.
•

" D ..II..T..II..

0U6.0026

"".AX
st!ATINGPl.ANE~~

HlI

,6PLACES

•

~
-oj

__

If

'I-lIi'

•005

'£i'

HlI

.'LACES

•

0326tOO2!i

•
ALL DIMENSIONS IN INCHES

,

SECTION 13. OUTLINE DRAWING

16

...
~----2oo

II~g~9

",g==fJ:r"

.o,,~~g

1___

I

I---- o.U0-----t

0.100 TVP REF

~

rr~5~~

I

OJ40

~ 0019 to 001 DIA

£U.TINGPLANE

ii:~OL~
l~ioI
~~~: r-lI ',-l...1
MIN

~

I~

~.J+030
TVP
--.l!25 MIN

I-

0030

O'g~~

-I

~~--------------~,~

0' TO IS'

NOTE' LUD NO 1 IOErnlFIlO BY COLOR DOT OR NOTCH

~

IL
T

lel.5

i

T

2.2

300
10 1

~

0.20

-L.r-------------------------~

T

01

POLARITY

g~~

04

Msa BIT 1

05
06
07
08
09
010
011
012
013

BIT
BIT
81T
BIT
BIT
BIT
BIT
BIT
BIT

2
3
4
5
6
7
8
9
10

ANALOG GND 480
A.NAlOG IN 470

1

[
]:0.10TYP
1.0

I

L-________________

~.

___

j3.02 MAX

014 BIT 11
015 BIT 12

~AEF IN
-REF IN
·AEf OUT
-REF OUT

016 81T 13

017 BIT 14
018 BIT 15
019 BIT 16

020~7WN
021

380
370
360
350

·'5320
~15 310

0"

023
U
024 CLOCK IN
025 CLOCK OUT
026 CONVERT COMM

+5290
POWER GNO 280
CLOCK "OJ 270

ll

~
1
J...
0.3

~--------~~--------~
4.02 MAX

~r-----------------------------~1~1
0.20~ -!-1------33.601-------l~_r.20
fll-'

MAX

MIN

~DIA
.020
.

RKS

"

D.A. T.A.

M3GS

AS SHOWN

M3S3a

OMIT
S 6.,7 an 8 ;BITS 3 THROUGH 16
ARE LOCATED AT PINS 9 THROUGH 20'"

ALL DIMENSIONS IN INCHES

IN DRAWING NUMBER
SEQUENCE

SECTION 13. OUTLINE DRAWING
!:===~B~==~I

'rr-------,-,JII

,3,6

37

U---.£200 MIN.

402 MAX

,.

)(

19

4

6

c

:Ii

.S

19

4

18

5

)(
c(

..
::l!

0

'"
BonOM VIEW

GRID 01

1

M364d

BOTTOM VIEW

NOTE:

-! I-

1

GRID 0'"

M364,a,b
TERMINAL PINS INSTALLED
ONLY IN SHADED HOLE LOCATIONS.

72

BOTTOM VIEW ~

f-

,-

GRID 01"

M364c

I

19

11

II

i•

.

~

4.0SMAX

.05MAX

n
BOTTOM VIEW

-! I-

GRID 0 '"

M364g

MS.'
T

S a n d 34:

S 27,30,32

IIOTTOM
VIEW

-I I--

an 34.

OWN
GRID 0 '"

M364e
M364f

GRID 01"

ALL PINS USED.

"

D.A.T..lI.

ALL DIMENSIONS IN INCHES

SECTION 13. OUTLINE DRAWING
0350 MAX

4100 -202=1 CT~HE~62

1- - - 1-2.0----1'1

I
I~
010-11.fo---,80------
.050

36

0

:-sao

~ .0'71)

:N1f ;my

;]1l1f

.lJ2O .lmr l.81i"

:ozo

:055

:oso

.~

:no

;rmr

:-sao :-NO :oso :050
;sro :-sso :-rn> :oso ;050
1. 77 .515 .100 .020 .025
r.rr :;so :Y!l1r :oso ;1r51r

.125 .020 .050
~
:054 1.
290 .550 :TIO 061i :TOO

.015

:o71f :020 .'05'5

MOO15AJ .100 .000 .015 ~
:-2110 :o71f ."'ii20 .055
I MOO15AK .145 .030 .015 .040

:T'r5" .000 .021)' .050

.520

~

.485
1. 20 .515
.485
2~
020 5i5
.540
~ ;561i
1.260

.100 .020 .040
.200 070 070

.~~

"*

:m-

.100 .045 t.22..2
.140 .075 .085

24

4'

28

0

40

0

24

0

- TERMINAL

OPTIONAL
END CONFIG
TYPICAL
BOTH ENDS

700

;;00

No.OF
g
C LEADS
A
24
.650
.015
..2Q2
rMOO19AA
:oi9 .050 TYP
.800
28
.018
.000
rMOO19AB
:075 TYP

:on

"

D ..II.. T..II..

ALL DIMENSIONS IN INCHES

SECTION 13. OUTLINE DRAWING
@

&S!&!..

......

". tr~··
.
.
.
~~

E

r=Ft"=210

r-=r=,

209

T~~.~~~__~~1230

In

j...L

TO-77

+

I'

TI

-mIf
!~

J

~

.1l5.180
~~:-miMIN

SEATING PLANE

~

--........,.....,-.....,:

INDEX POINT

_ . . . :-,.

• 060

:oao

...._ _ ;,.+-~

_IN DEX POINT

TO-86

~==;;;r.

10F===

SEATING

t

.015'*7\
MAX'(Y
PLATE MAX
I

, L=

OIeMAX.

.030
.070 I T
I
I 1..,005
.035

1--.070

MIN

.030
.070

.240

.275

~

:=L=~~~~§===J---1.
I [005 L.070
.070J-;J3
.035

MIN

MIN

006

SEATING PLANE

" D.A. T. A.

All DIMENSIONS IN INCHES

SECTION 13. OUTLINE DRAWING
ALTERNATE INDEX
POINT

ALTERNATE INDEX
POINT
INDEX POINT

~--~--~-------~

o
.OI~MAX.(5)

.240~

.215

I

~.~

.070
MIN

~

g:35

.~ I L

--1

~~~--------,

015MAX.

:o7IY

•

JOO6
a-~"
PLANE

070
MIN.

.120.1 0 7 0 J '
J50
MIN .

€V

SEAnNG PLANE

(9) -

,I

r.i.:'~====12

T

\...IJ}

9.L

I'

.240
WIO .290
.019

==13 - - t - - 8

.095

i

.Ir_~~'~-·I:

I

L..-- (5)

:~

I

,

=r~OI~MAX~ J~~MA)(. eJ
:~-,r-r- . - ~~::~
------.r----11'

t!J;>

.070 MIN

.~!~

I. -

.070 MIN

SEATING PLANE

REFERENCE
PLANE
REF

~@

PLANE

,SEATING

.165

-T

~LANE .2~

I

TP

.115

50'

_T_[).l85

~

·MIN·1

,

~,-

I

.370
"'-5
I ~

J- .335
.L
----

==>
==>

140

'~~~ \

.160

\

c::=:l"_,\

-

§

Y

.QJ.o

.040

0,

I· "\016£.:'\
' , 021~ .<.
I ' ':1011.1 B)"

~1-"

.040 MAX

/ /'

~P,

,Q@@

(~~.A)

,/'

~

-,'.'

,.~
,034

T
f
35
370

1

"
.. / /

'"

T~~ .6
.045

3~

~

s

l~
.i§Q

785

L-I

@'---

Wo

J

SEATING PLANE

~D.A.T.A.

ALL DIMENSIONS IN INCHES

IN DRAWING NUMBER

SECTION 13. OUTLINE DRAWING

SEQUENCE

JED E C "M 0" D 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) ~t gauge plane with maximum material condition.

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 leads 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 is 1.5x.l00 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 Oetween 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 seatin5 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) mea~red 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 and 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) from 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 1/2-20UNF-2A (coated) threads (ASA Bl.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.A.T.A.

The variation in actual diameter within the

ALL DIMENSIONS IN INCHES

ZB NOTES

CIRCUIT
BOARDS

ZBNo.
5

TIlE fOLlOWIIIC OUTUIIES APPLY:

FLAT
PACKS

CANS

MODULES

See below

5a

See below
--

26
-

165

M-18a
M-18b
-~-

TO-86
TO-88

5-

Available in TO-89 Outline with a different lead numbering system. The basic package
is available with such handling co'nveniences as formed leads, added insulator,
mech-pack carrier, or any combination of these. See ZB6 for ordering details.
TO-89 Lead Designations
Lead Number System Used
5a -

2 3 4 5

6 7 8 9 10

6 7 8 9 10 5 4 3 2

Standard TO-89 Outline with above handling conveniences.

ORDERING INSTRUCTIONS:
NO MECH-PAK CARRIER
Carrier (TO-84 or TO-89)

MECH-PAK CARRIER
Carrier (FP-40)

Lead Length

0.185 inch

Not Applicable

Formed Leads

No

No

Yes

Yes

No

No

Yes

Yes

Insulators

No

Yes

No

Yes

No

Yes

No

Yes

Ordering Suffix

None --6

--7

--1

--2

~ D.A. T.A.

--3

--4

--5

ALGG - AEG-TELEFUNKEN
Zip Code
Postfach 1042, D 7100 Heilbronn, Germany .................................................................

Telephone No.

Telex

07131-8821

728746

Telephone No.

Telex

DIC - DICKSON ELECTRONICS CORPORATION
Zip Code
A MEMBER OF THE SIEMENS GROUP
8700 East Thomas Road, (P.O. Box 1390) Scottsdale, Arizona ......................................... 85252

602-947-2231

667-406

TWX
910-950-1292

DTC - DATA TECHNOLOGY CORPORATION
Zip Code
2700 Fairview Road, Santa Ana, California ................................................................... 92704

Telephone No.

TWX

714-546-7160

910-595-1570

ARIZONA .................. Phoenix ................. Zeus, Inc.

.. ....................................... 85004
546 East Portland

602-253-6104

910-951-1362

CALI FORNIA ............ Los Angeles ..........: Basic Systems ..................................... 90019

213-938-2833
714-993-4620

Telex
5021ASan Vicente Blvd.

673-252

TWX
Mountain View ....... Product Data of Northern Calif .............. 94040
2570 West EI Camino Real

415-941-4410

910-370-7457

Continued on next page

_ _ 935-0710

_2807

~
il

"

.

DTC - DATA TECH~OLOGY CORPORATION

(Cont'd)
Telephone No.
Zip Code

TWX

................................................................... 92704

714-546-7160

910-595-1570

COLORADO .............. Denver .................... Zeus, Inc ............................................ 80222
Post Office Box 22457
4785 South Quebec

303-770-4400

910-935-0710

Littleton ................ Aztec Enterprises, Inc .......................... 80120
1449 West Littleton Blvd.
Suite 106

303-795-0250
303-795-0251

2700 Fairview Road, Santa Ana, California

.................. 32809

305-894-8901

GEORGIA ................. Chamblee .............. E. G. Holmes & Associates ..................... 30341
4185 Clairmont Road

404-451-6161

ILLINOiS .................... Chicago ................. SEA, Inc. .. ....................................... 60641
4212 Irving Park Road

312-282-6694

910-221-2807

INDIANA ................... Carmel .................. SEA, Inc. .. ....................................... 46032
620 South Range Line Road
Suite 0

317·846-2593

810-260-2634

66208

913·649-4000

MASSACHUSETTS .... Holliston ................ Data Technology Corporation ................ 01746
1750 Washington Street

617-429-1220
617-429-1221

02154

617-890-0233

MICHIGAN .............. Farmington Hills .... Sterling·lowell Company ...................... 48024
Glen Oaks Office Center
29630 Orchard lake Road
Suite H4

313-851-7474

MINNESOTA ............ Minneapolis ............ SEA, Inc. ........................................ 55428
7601 North Kentucky Avenue

612-425-4455

MiSSOURI

............... St. Louis ............... Engineering Services ............................. 63134
8420 Delmar Boulevard

314-726-2233

NEW JERSEY............... Haddonfield ............ Dyna Rep Company .............................. 08033
3 South Haddon Avenue·

609-795-1700

FLORIDA .................... Orlando ................ E. G. Holmes & Associates
316% South Bumby Street

KANSAS .................. Prairie Village ......... Engineering Services
7830 State Line Road

Waltham ................ MC BAR Associates
195 West Street

710-346-6709

Continued on next page

DTC - DATA TECHNOLOGY CORPORATION

(Cont'd)
Telephone No.

TWX

2700 Fairview Road, Santa Ana, California .................................................................... 92704

714-546-7160

910-595-1570

NEW MEXICO ........... Albuquerque ........... Aztoc Enterprises, Inc. .......•................. 87110
829 Pennsylvania, N.E.

505-255-2440

Zeus, Inc ............................................ 87108

505-268-3941

910-989-1664

13413

315-735-8525

510-242-1286

North Syracuse ....... KLM Associates .................................. 13212
401 South Main Street

315-458-6214
315-458-2199

Rochester ............... KLM Associates .................................. 14623
39 Saginaw Drive

716-442-0820
716-442-0821

Tuckahoe ............. Spectrum Sales .................................... 10707
65 Circuit Avenue

914-793-1660

Zip Code

310 Val Verde S.E.
NEW YORK .............. New Hartford ......... KLM Associates
1 Nouvelle Park

OHIO .......................... Cleveland

..............Data Equipment Sales Company
16538 St. Anthony

510·253-6106

44111

216-252-3151

TEXAS

..................... Richardson ............ Lear Associates, Inc. .... ..... .... ..... ... ..... ... 75080
Post Office Box 1266
1111 Floyd Place

214-231-5388

910-867-4718

UTAH

...................... Salt lake City .......• Zeus, Inc ........................................... 84115
2880 South Main Street
Suite 105

801-466-4924

910·925-5688

VIRGINIA ................. Alexandria ............. Dyna Rep Company ............................. 22312
6399 Little River Turnpike

703-354-1222

710-833-0693

Virginia Beach ........ E. G. Holmes & Associates ................... 23454
928 Gen. Beauregard Drive

804-481-6556

WASHINGTON

........• Seattle

.................. Harry Levinson Company
1211 East Denny Way

98122

206-323-5100

WISCONSIN .......•....... Waukesha ................ SEA, Inc ............................................ 53186
142 South Street

414-547-6637

CANADA ................... Ontario

416-636-3673

................. Electrometic System Ltd.
62 Alness Street
Downsview

.................... M3J 2H1

910-444-2154

02-21374

FERB - FERRANTI LIMITED
Gem Mill, Chadderton, Oldham,lancashire, England ..................................................... OLN 8NP 061-624-6661

Telex
668038

Dunsinane Avenue, Dundee, Scotland ........................................................................... DD23PN

0382-89311
0382-89321

76166

AUSTRALIA ............ Victoria .................. Namco Electronics ............................... 3186
239 Bay Street
North Brighton

96-2891

AA 31261

DENMARK ................. Copenhagen F ........ Fredslund Pedersen
Finsenvej 39

01-369050

15052

FRANCE ................... Paris 15e ................ Ceram .............................................. .
31, Rue du Docteur Finlay

5714250

25305
Attn. CERAM

GERMANY ................. 8 Munich 22 .......... Ferranti GmbH .................................. .
Widen mayerstrasse 5

0811297353

ITALy ........................ Milano ...................• Messrs. Mottola ................................... 20122
Piazzeta Umberto Giordano 2

780231

31317

SWEDEN ................... Stockholm 10 ........ Bergman & Beving AB ......................... .
Karlavagen 76

08/246040

19929

08/380130

17879

...................... California .............. Roland Olander .................................. 91505
540 Hollywood Way
Burbank

213-843-5200

910-498-2720

11803

516-293-8383

510-224-6483

Zip Code

Vallingby ................ Sonab Marketing A.B. (Agency Dept.) ..... 16226
Sorterargaten 8
U.S.A.

New York ............. Ferranti Electric, Inc.
East Bethpage Road
Plainview, long Island

Telephone No.

FSC -

FAIRCHILD SEMICONDUCTOR

Zip Code
DlV. of FAIRCHILD CAMERA & INSTRUMENT CORP.
464 Ellis Street, Mountain View, California ................................•................................... 94042

Telephone No.

TWX

415-962-5011

910-379-6435
Cable
FAIRSEMCO

Telephone No.
408-257-5450

TWX
910-338-0228

INL. - INTERSIL, INC.
Zip Code

10900 No. Tantau Avenue, Cupertino, California .............................................................. 95014

INS - INSELEK
Zip Code
743 Alexander Road, Princeton, New Jersey ................................................................... 08540

Telephone No.
609-452-2222

ITL - INTEL CORPORATION
TWX

Zip Code
3065 Bowers Avenue, Santa Clara, California ................................................................. 95051

Telephone No.
408-246-7501

CALIFORNIA .......•.... Santa Ana ............. Intel Corporation ................................ 92701
Southwest Regional Office
1651 East 4th Street - Suite 228

714-838-1126

910-595-1114

MASSACHUSETTS .•.. Lexington _........... _. Intel Corporation ............................... 02173
Northeast Regional Office
594 Marrett Road - Suite 27

617-861-1136

Telex
92-3493

OHIO ......................... Englewood

45322

513-836-2808

..................•. Intel Corporation ................................. 19301
Mid-Atlantic Regional Office
30 South Valley Road - Suite 108

215-647-2615

TEXAS ...................... Dallas .................... Intel Corporation .................................. 75240
6350 LBJ Freeway - Suite 178

214-661-8829

910-338-0026
Telex
346-732

TWX

PENNSYLVANIA ...... Paoli

I ntel Corporation
856 Union Road

TWX
510-668-7768

INTERNATIONAL
BELGIUM .................. Bruxelles ............... Intel Corporation ................................ B-1050
Avenue Louise 216

38-22-78

Telex
846-21060

JAPAN ........................ Tokyo ................... Intel Corporation ........................... _.... 101
Kasahara Bldg_
1-6-10, Uchikanda
Chiyoda-ku

03-354-8251

78128426

MATJ - MATSUSHITA
ELECTRIC CORPORATION OF AMERICA
Zip Code
INDUSTRIAL COMJlONENT DEPARTMENT
54th Floor, Pan-Am Bldg., 200 Park Avenue, New York, N.Y ........................................... 10017

Telephone No.

TWX

212-973-5710

710-581-4158

34153/4/5

HAMATELEC
HAMBURG

INTERNATIONAL
GeRMANy ............... 2 Hamburg 36

Matsushita Electric Sales (EuropelGmbH ..
Jungfernstieg 40

JAPAN ....................... Kyoto ................... Matsushita Electronics Corporation ....... .
Semiconductor Division
1 Yatemachi Kotari

_......ky. c;ty

1601 1

075-921-8151

PHIN - PHILIPS GLOEILAMPENFABRIEKEN
PRODUCT DIVISION ELCOMA, BUILDING BF
Zip Code
Eindhoven, Netherlands .............................................................................................. .

Telephone No.
040791111

ARGENTINA ............ Buenos Aires ......... Fapesa I.y.C .................................... .
Ave. Crovara 2550

652-7438/7478

AUSTRALIA .............. Lane Cove .............. Philips Industries, Ltd.
Elcoma Division
67·71 Mars Road

2066
N.S.W.

421261

AUSTRIA .................. Wien ........................ Oesterreichische Philips ......................... A-1072
Bauelemente Industrie G.m.b.H.
Zieglergasse 6

932622

BELGiUM ................... Brussels ................. M.B.L.E. .. ........................................ B-1070
80 Rue des Deux Gares

230000

BRAZIL ...................... Sao Paulo, SP ......... Ibrape S.A. .......................................
Ave. Paulista 2073·S/Loja

Cable
PHILIPS
EINDHOVEN

. 278-1111

CANADA .................. Ontario .................. Philips Electron Devices Ltd. ................. M4G 2J1
116 Vanderhoof Avenue
Toronto 17

425-5161

DENMARK ................ Kobenhavn NV ..... Miniwatt A/S ..................................... DK-2400
Emdrupvej 115A

(01)691622

FINLAND .................. Helsinki 10 ............ Oy Philips Ab ...................................... SF-00100 1 7271
Elcoma Division
Kaivokatu 8
FRANCE ................... Paris 11 ................... R.T.C. (RTCF)* .................................. F-75540
La Radiotechnique Compelec
130 Avenue Ledru Rollin

3576930

GERMANy ................ Hamburg 1 ............. Valvo GmbH (VALG)*
Valvo Haus
Burchardstrasse 19

.(040)3296-1

0-2000

HONG KONG .............. Kwuntong ............ Philips Hong Kong Ltd.
Components Dept.
11th FI. Din Wai Ind. Bldg.
49 Hoi Yuen Rd.
ITALy

..................... Milano .................... Philips S.p.A. .....................................
Sezione Elcoma
Piazza IV Novembre 3

* Manufacturer Code inside ( ) can be found in Section 14,
Manufacturers Code Names & Addresses

K-42 82 05-8

1-20124

6994

Continued on next page

PHIN - PHILIPS GLOEILAMPENFABRIEKEN (Cont'd)
Zip Code
PRODUCT DIVISION ELCOMA, BUILDING BF
Eindhoven, Netherlands .............................................................................................

Cable

040791111

PHILIPS
EINDHOVEN

(435)5204-5

JAPAN ....................... Tokyo ..................•. Nihon Philips .....................................
32nd FI., World Trade Center Bldg.
5,3-chome, Shiba Hamamatsu·cho
Minato·ku
MEXICO

Telephone No.

5-33-11-80

................. Mexico 6, D.F •....... Electronica S.A. de C.V.
Varsovia No. 36

NETHERLANDS ....... Eindhoven .............Philips Nederland B.V ............................ NL-4510
Afd. Elonco
Boschdijk 525

(040)793333

NORWAy .................. Oslo 3 .................... Electronica A/S
Middelthunsgate 27

46 39 70

SOUTH AFRICA ....... Johannesburg ......... EDAC (Pty.) ltd.
South Park Lane
New Doornfontein

24/6701-2

SPAIN

2326680

.•.....•............. Barcelona 7 ........... Copresa S.A. .......................................
Balmes 22

SWEDEN .................... Stockholm 27 ........ Elcoma A.B ........................................ 8-10250
Lidingc'ivligen 50

08/679780

SWITZERLAND ........ Zuerich ................ Philips A. G. ..................................... CH-8027
Elcoma Abteilung
Edenstrasse 20

01/44 2211

TAIWAN ..•................•. Taipei .................... Philips Taiwan ltd.
Elcoma Division
San Min Bldg., 3rd FI.
57-1 Chung Shan N. Road

5531 01-5

UNITED KINGDOM .•. London ................. Mullard Ltd. (MULB)*
Mullard House
Torrington Place

WC1E 7HD01-580-6633

UNITED STATES ...... Rhode Island .•...... Amperex Electronic Corp. (APX) ........... 02876
Sem. & Microcircuits Div.
Providence Pike, Slatersville

401-762-9000

PLSB - PLESSEY SEMICONDUCTORS
Zip Code
Telephone No.
Cheney Manor, Swindon, Wiltshire, England ...................................................................... SN22QW 0793-6251

449637

u. S. A.

910-595-1930

.......................... California ............... Plessey Semiconductors ......................... 92705

714-540-9945

Telex

1674 McGaw Avenue
Santa Ana

SEE OUR AD OUTSIDE BACK COVER

RTCF - R.T.C. LA RADIOTECHNIQUE-COMPELEC
130, Avenue ledru· Rollin, 75.540, Paris Cedex 11, France .............................................. .

Telephone No.

Telex

357.69.30

PHILAMP PARIS
28746

Telephone No.

TWX

415-964-4754

910-379-6481

RTN - RAYTHEON SEMICONDUCTOR
Zip Code
350 Ellis Street, Mountain View, California .................................................................... 94042
;,

SGAI - SGS-ATES COMPONENTI ELETTRONICI S.P.A.
Zip Code
Via C. Olivetti 1, Agrate Brianza, Italy ............................................................................ 20041

Telephone No.
39·650141

Telex
36131

ENGLAND ................. Aylesbury Bucks .... SGS-ATES (United Kingdom) ltd ......... ..
Walton Street

5971

83245

FRANCE .................... Paris 13e ................ SGS-ATES France SA ......................... ..
58, Rue du Dessous des Berges

589·52·23

021/25938

GERMANY ................. Wasserburg Inn ....... SGS-ATES Deutschland GmbH ................ 809
Postfach 1269

080711721

525143

ITALy ....................... Milano .................. SGS-ATES Componenti Elettronici S.p.A ..
Via Tempesta 2

4695651

31481

SINGAPORE ............. Singapore 12 ........... SGS-ATES Singapore (PTE) Ltd_ ...... _.. ..
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

SIC - SIGNETICS CORPORATION
Zip Code
811 East Arques Avenue, Sunnyvale, California ................................................................ 94086

Telephone No.
408-739-7700

TWX
910-339-9220
910-339-9283

Zip Code

Telephone No.

TWX

10983

914-359-5050

710-576-2654

CALIFORNIA ............ San Diego ............... Solitron Devices, Inc ............................ 92123
8808 Balboa Avenue

714-278-8780

910-335-1221

FLORIDA .................. Riviera Beach .......•. Solitron Devices, Inc. .......................... 33404
1177 Blue Heron Blvd.

305-848-4311

510-952-6676

(0732)60531

Telex
825461

SOD -

SOLITRON DEVICES, INC.

CORPORATE OFFICES
256 Oak Tree Road, Tappan, New York

INTERNATIONAL
ENGLAND .. :............ Bedminster ............ Solidev Ltd.
Edison Road
AND
Elms I ndustrial Estate
EUROPE
Bedford

SPR - SPRAGUE ELECTRIC COMPANY
Zip Code
SEMICONDUCTOR DIVISION
115 Northeast Cutoff, Worcester, Massachusetts ..•............•............................................. 01606

Telephone No.
617-853-5000

THCF - THOMSON·CSF
Zip Code

Telephone No.

Telex

7885001

SESCOM
61560 F

AUSTRALIA .............. Melbourne ............ Thomaus ............................................ 3001
GPOB 3647X

676363

THOMAUS.AA
31888

AUSTRIA ................. Wien ...................... Transalpina Electronica Ltda ................ A 1010
Elisabethstrasse 8

56.15.71

Inland 12 717

BELGIUM ................. Bruxelles 5 ............ Thomson S.A.-N.V ............................. B 1050
Avenue Louisa 196A

49.29.54

23113

BRAZiL ...................... Sao Paulo .............. Thomson CSF .................................... .
Componentes do brasil
Avenue Ibirapuera 2572

61.64.83

EMBRALCL
SP 309171 SAO PAULO

DENMARK ................ COpenhagen ............Scan Supply ....................................... 2200
20 Nannasgade

1935030

9037

ENGLAND ................ London W5 ........... Thomson·CSF (U.K.) Ltd.
Bilton House
Uxbridge Road
Ealing

5795511

Tesafi 25 659

FINLAND ................. Helsinki 25 ........... OY Sufra AB
Ruusulankatu 20 A 12

49.01.37

Pierrejoly Helsinki

FRANCE .................... Aix En Provence .....Sescosem ........................................... 13102
Service Commercial
15, rue Camille
Pelletan

(91)279815

41.665

DIVISION SEMICONDUCTEURS SESCOSEM
50, rue Jean Pierre Timbaud, BP120, Courbevoie, France ................................................. 92403

Saint Egreve .... .... Sescosem ..... .... ......... ... ...... .... ...... ....... 38120
Service Commercial

(76)964848

GERMANy ................ Munchen 25 .......... Sescosem Halbleiter GmbH ................... 8000
Fallstrasse 42

89 7310 42

522916

ITALy ...................... Milano ................... Mistral S.p.A ..................................... 20.125
Via Melchiorre Gioia, 72

68 84141

Ducati 31.042

Continued on next pagl

THCF - THOMSON·CSF (Cont'd)
Zip Code

Telephone No.

Telex

92403

7885001

SESCOM
61560 F

NORWAy ................... Oslo 6 ................... Feiring AS ........................................ .
Sandakervein 46 B.
Nils Hansens Vei, 7
Box 4376, Toshov

(2) 686360

16435 feiring 0

PORTUGAL ............... Lisbon ................... Sd. Com Rualdo
Rua S. Jose 15

P.P.C.33725

Rualdo 6447P
Lisbonne

SOUTH AFRICA ...... Dunswart

52.43.41

Solidstate
Dunswart

Alberton ............... Comtek ...........................•..................
(Transvaal)
Post Office Box 57

869.57.86

J-437634

...................... San Juan Despi ....••. Componentes Electronicos S.A ............. .
Poligono Industrial, Fontsanta
(Barcelona)
Calle, H.s/N

319.46.50

53077

SWEDEN .................. Solna 3 ................. Elektrholm AB ................................... 17 103
Oalvagen 12 S

82.02.80

19.389

SWITZERLAND

232142

32.431

THE NETHERLANDS. La Haye ................ C.G.E. Compagnie Generale d'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, BP120, Courbevoie, France

SPAIN

............ Allied Electric Pty ................................
Post Office Box 90

..... Berne 9 ................• Modulator S.A.
Fischerweg 11.13

CH3000

.................... California ............... Nucleonic Products Company, Inc ......... 91303
6660 Variel Avenue
Canoga Park

TSC -

TELEDYNE SEMICONDUCTOR
Zip Code

Telephone No.

TWX

94043

415-968-9241

910-379-6494
Telex
34-8416

NEW YORK ............... Hauppauge ..............Teledyne Semiconductor ....................... 11787
330 Motor Parkway
Room 206

516-231-9400

510-227-9861

312-299-6196

910-233-0897

WORLDWIDE HEADQUARTERS
1300 Terra Bella Avenue, Mountain View, California

DOMESTIC OFFICES
EAST COAST

MID-WEST
ILLINOIS ................... Des Plaines ............. Teledyne Semiconductor ....................... 60018
6600 North Mannheim Road
INTERNATIONAL
ENGLAND ................ Middlesex ...............Teledyne Semiconductor Ltd.
Heathrow House
Cranford, Hounslow

(44)01-897 -2501

HONG KONG ............ Kowloon

K-207764

Telex
HX 3549

(03)405-5738

Telex
(781 )2424241

JAPAN

...............Teledyne Semiconductor ..................... .
10, Sam Chuk Street
San Po kong

...................... Tokyo .........•...........Teledyne Semiconductor ....................... 107
Nehonseimei·Akasaka Bldg. (3F)
1-19,Akasaka 8-cho me
Minato-ku

WEST GERMANy ...... Tiengen .............••...Teledyne Semiconductor ...................... 7897
Albert Gebhardtstrasse 32
Wiesbaden ............. Teledyne Semiconductor
Burgstrasse 6-8

0-6200

Telex
(49)(7741)508& (841)7921462

06121-39171

Telex
4186846

QPL

MFR.

FSCM
No.

DATA

MFRS.'

•••
DESIG•

CODE

25055- ABA

MANUFACTURERS' CODES, NAMES, AND ADDRESSES

- Abacus Division, Information Control Corp., 9610 Bellanca Avenue, Los Angeles, Calif. 90045

ALGG - AEG·Telefunken, 0·71 Heilbronn, Postfach 1042, West 'Germany

83594-

069001964515476-

AMI
AMV
ANA
BEC
BUB
BUR
CER
CMI
DAC
DOC
DEC

-

American Micro-Systems, Inc., 3800 Homestead Rd., Santa Clara, California 95051
Advanced Micro Devices, Inc., 901 Thompson Place, Sunnyvale, Calif. 94086
Analog Devices, Route 1, Industrial Park, P.O. Box 280, Norwood Mass. 02062
Beckman Instruments, Inc., Helipot Div., 2500 Harbor Blvd., Fullerton, Calif. 92634
Burr-Brown Research Corp., International Airport, Industrial Park, Tucson, Arizona 85734
Burroughs Corporation, P.O. Box 1226, Plainfield, New Jersey 07061
Cermetek, Inc., 660 National Avenue, Mountain View, California 94040
CTS Microelectronics, Inc., 1201 Cumberland Ave., West Lafayette, Indiana 47906
DI/AN Controls, Inc., 944 Dorchester Ave., Boston, Massachsuetts 02125
DOC, 105 Wilbur Place, Airport International Plaza, Bohemia, New York 11716
Digital Equipment Corp., 146 Main Street, Maynard, Massachusetts 01754

Dickson Electronics Corp., P.O. Box 1390, Scottsdale, Arizona 85252

DIC
OIS
14506- DTC
EAI
05170- EEC
ENC
12264- FERB
CFJ - 07263- FSC
CAKK- 14936- GIC
HAL
91417 - HAS
33256- HBC

INL
INS
INTG
IPI
ITI

- Discon Sales Corp., 1322 N.W. 14th Ave., Pompano Beach, Florida 33060

Data Technology Corp., 2700 So. Fairview Rd., Santa Ana, Calif. 92704
- Electronic Arrays, Inc., 501 Ellis Street, Mountain View, California 94040
- Electronic Engineering Co. of California, Components Div., 1441 E. Chestnut Ave., Santa Ana, Calif. 92702
- Energy Conversion Devices, Inc., 1675 West Maple Rd., Troy, Michigan 48084

Ferranti Ltd., Electronics Dept., Gem Mill, Chadderton, Oldham, Lancashire, England
Fairchild Semiconductor, 464 Ellis St., MS: 20-1066, Mountain View, California 94040
-

*

- 15238- In
InB
LEO

MATJ
MITJ
50507 - MNC
20747 - MON
CGG - 04713- MOTA

Intersil, Inc., 10900 North Tantau Avenue, Cupertino, California 95014
Inselek, University Park Plaza, 743 Alexander Rd., Princeton, New Jersey 08540

- Intermetall, Halbleiterwerk der Deutsche ITT Inc., GmbH, 78 Freiburg, Hans-Bunte Strasse 19, Germany
Integrated Photomatrix, Inc., 1101 Bristol Road, Mountainside, New Jersey 07092
- Intech, Inc., 1220 Coleman Avenue, Santa Clara, California 95050

ITL
CIT

General Instrument Corp., 600 W. John Street, Hicksville, New York 11802
Halex, Inc., 3500 W. Torrance Blvd., Torrance, California 90509
Harris Semiconductor, P.O. Box 883, Melbourne, Florida 32902
Hybrid Systems Corp., 87 Second Avenue, Burlington, Massachusetts 01803

Intel Corporation, 3065 Bowers Ave., Santa Clara, California 95051
- In Semiconductors, 3301 Electronics Way, West Palm Beach, Florida 33407
- In Semiconductors, Footscray, Sidcup, Kent, England
- Ledex, Inc., 123 Webster Street, Dayton, Ohio 45402

- 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
Micro Networks Corp., 5 Barbara Lane, Worcester, Massachusetts 01604
Aydin Monitor Systems, 401 Commerce Dr., Fort Washington, Pa. 19034
Motorola Semiconductor Products, Inc., 5005 E. McDowell Rd., Phoenix, Arizona 85008

New Manufacturers

610

Manufacturers shown in bold print have local offices,
which are included in Section 14 of this D.A.T.A.BOOK.

QPL
,

FSCM

MFR.
DESIG.

No.

DATA
MFRS.'
CODE

MANUFACTURERS' CODES, NAMES, AND ADDRESSES

.~.
MUlB
NPC
CCXP - 12040- NSC
26287 - OEI
OPT

-

N. V. Philips Gloeilampenfabrieken, Product Division Elcoma, Bldg. BF, Eindhoven, Netherlands
Plessey Semiconductor, Cheney Manor, Swindon, Wiltshire, England

PHIN
PLSB
06665- PMI
RAG
CRC - 86684- RCA
12556- RTCF
CRP - 21688- RTN

SGAI
SGl
18324- SIC
SIEG
CDBN- 17856 - SIX

SOD

-

56289- SPR
11911- SSE
SSS
51791- STK
27318- SWM
CCZX- 12498- TCY
CCAB - 03877 - TEC
CSF

THCF
CGO - 01295- Til
TIIB
TIID
95023- TPN
TRW
15818- TSC
VAlG
VEL
07764- WlD
17850- ZEl

Mullard ltd., Mullard House, Torrington Place, london, WCl E 7HO, England (under PHIN, Sec. 14)
Nucleonic Products Co., Inc., 6660 Variel Ave., Canoga Park, California 91303
National Semiconductor, 2900 Semiconductor Drive, Santa Clara, California 95051
Optical Electronics, Inc., Post Office Box 11140, Tucson, Arizona 85706
Optimax, Inc., P.O. Box 105, Advance lane, Colmar, Pennsylvania 18915

- Precision Monolithics, Inc., 1500 Space Park Drive, Santa Clara, California 95050
- Ragen Semiconductor, Inc., 53 South Jefferson Rd., Whippany, New Jersey 07981
- RCA Corporation, Solid State Div., Route 202, Somerville, New Jersey 08876

R.T.C. La Radiotechnique·Compelec, 130, Avenue Ledru·Rollin,
75540 Paris Cedex 11, France (also under PHIN,Sec. 14)
Raytheon Company, 350 Ellis Street, Mountain View, California 94042
- SGS·ATES Componenti Elettronici SPA, Via C. Olivetti, 20041 Agrate Brianza, Italy
- Silicon General, Inc., 7382 Bolsa Avenue, Westminister, California 92683

- Signetics Corporation, 811 East Arques Ave., Sunnyvale, California 94086
- Siemens Aktiengesellschaft, Semiconductor Div., Balanstrasse 73,8000 Munich 8, Germany
- Siliconix, Inc., 2201 laurelwood Rd., Santa Clara, California 95054

- Solitron Devices, Inc., 8808 Balboa Avenue, San Diego, California 92123
- Sprague Electric Company, 115 Northeast Cutoff, Worcester, Mass. 01606
-

Solid State Electronics Corp., 15321 Rayen St" Sepulveda, California 91343
Solid State Scientific, Inc., Montgomeryville, Pennsylvania 18936
Statek Corp., 1200 Alavarez Ave., Orange, California 92668
Stewart-Warner Microcircuits, Inc., 730 E. Evelyn Ave., Sunnyvale, California 94086
Teledyne Crystalonics, 147 Sherman St., Cambridge, Massachusetts 02140
Transitron Electronic Corp., 168-182 Albion St., Wakefield, Mass. 01880

- Thomson-CSF, Div. Semiconductors SESCOSEM, 101 Blvd. Murat, 75781 Paris Cedex 16, France
-

Texas Instruments, Inc., MS5, P.O. Box 5012, Dallas, Texas 75222
Texas Instruments, ltd., Manton lane, Bedford, England
Texas Instruments, Deutschland GmbH, 8050 Freising, Haggertystrasse, Germany
Teledyne Philbrick, Allied Drive at Route 128, Dedham, Massachusetts 02026
TRW Monolithic ICs, 14520 Aviation Blvd., lawndale, California 90260

- Teledyne Semiconductor, 1300 Terra Bella Ave., Mountain View, California 94043
-

Valvo GmbH, P.O. Box 993, 02000, Hamburg, Germany (under PHIN, Sec. 14)
Vectron laboratories, Inc., 121 Water Street, Norwalk, Connecticut 06854
Wyle Computer Products, Inc., 128 Maryland St., EI Segundo, Calif. 90245
Zeltex, Inc., 940 Detroit Ave., Concord, Calif. 94518

CUSTOM CIRCUIT MANUFACTURERS
AVD
IFO
80031- MEP
CCYl - 14522 - MSC
05347 - Ul T

-

Aydin Vector Division, P.O. Box 328, Newtown, Pa. 18940
Integrated Frequency Devices, 4800 E.lndian School Rd., Phoenix, Arizona 85018
Mepco, Inc., Columbia Rd., Morristown, New Jersey 07960
Micro Semiconductor Corp., 11250 Playa Court, Culver City, California 90230
Ultronix,461 North 22nd, Grand Junction, Colorado 81502

*

New Manufacturers

611

Manufacturers shown in bold print have local offices,
which are included in Section 14 of this D.A.T.A.BOOK.

NOTES

We feel you may have some useful com~ents which deserve consideration for future editions.

612

SYMBOLS & CODES EXPLAINED
IN TYPE No. CROSS INDEX AND TECHNICAL SECTIONS

IN TYPE No. CROSS INDEX & TECHNICAL SECTIONS

6 {
#

P

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.A.) is an integral part of the type number (in Type No. Cross Index, Technical Data Sections) to avoid the pOSSIbility of confusing the device of one manufacturer with the devices of the others,

Type No.

Example...

DD31

6
#

DD31

I,Zl

DD31

-RT .. , SuffiX indicates device

IS

a replacement type

Consult manufacturer for more Information

# 1, #

%-

Description

Manufacturer
CCD

MIScellaneous

CLC

Decoders

ZEL

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 packagmg compOSitions;
I.e., ceramic, plastics, silicone, etc. Consult manufacturer.

SYMBOLS & CODES COMMON TO MORE THAN ONE TECHNICAL SECTION
TEMPERATURE COLUMN

TYPE OF or USE COLUMN (Letter &

one Temperature Range.

"Type OF" No.)

A

Additional amplifiers Included can be
used separately
B
Additional gating induded can be used
separately
C
Additional Inverter Included can be
used separately
Clamped operation vanable level capability
D
With Internally connected amplifiers
E
With internally connected gating
F
With Internally connected inverters
G
Incandescent number display Included
H
Neon numeric display Included
Complement Input used
K
Indudes buffer register
L
Manufacturer indicates gate will operate
M
on either connective function by changIng the logic level convention
R
Reversible
S
Both normal and inverted functions are
available at separate output terminals
T - Includes Multiplexer Input
U - Van able or programmable modulo
V - Device has latching capability
~

WIDEST

NEXT

RANGE

NARROW

LINE No.

OUTLINE DRAWING COLUMN (Letter Prefix)

Indicates that the Type No. has more than

Symbol Codes) (Following "Use No." or

MOST
NARROW

HIGH LOW
LOW
HIGH LOW HIGH
T2 -5SoC 1250 e _30°C lOOo C
OOC 75°C
T3 -S50C 1250 C
T5 -55°C 12So C _30 o e lOOo C
OOC 70 0 C
T7 -5SoC 1250 C
OOC

T9 -55°C 1250 C

OOC 100°C 1SoC

Printed Circuit board

CN -

TOS type (not JEDEC outline)

New Type

FC- Flat Pack Chip (not JEDEC outline)

Revised Specification
Non Jedec Type
Manufactured

FP -

OutSIde U.S.A.

Flat package (not JEDEC outline)

M -

Molded or encapsulated package not induded
In other catagorles
TO- Standard JEDEC outline
ZB - Multiple package possibilities and
drawing reference Information
Package style-actual dimensions not
specified
6- MO Standard Jedec Outline

1,Zl-

7SoC 1So C 125°C

TB -S50C 1250 C

CB -

5SoC

(FOR LETTER SUFFIX
SEE COMMON CODES)

6 _ TypIcal

SectIon 4 (Binary or Flip·Flop)
2 - J-K
3 - R·S
4 - R·S·T

t - RatiO
*- Minimum
It! - Input nOise voltage

- Maximum dock rate
Maximum toggle frequency

t % - TypIcal

#-

* - At Temperature above 25°C'

95 -

5 - Shift Register

I nput nOise In uV

Minimum

6-T
7 - Complement RS

123456-

Astable
Astable Synchronized
Astable Variable
Crystal Contrc lied
Tuning Fork Controlled
RC or LC Oscillator's

3DM

- 3D Module

DCM
MOH
MON
MOS
PCB

-

PCM

- PCB and 3DM

- Transition Time
Average propagation delay
- MaXimum

%-

Discrete component micro CircUits
MonolithiC Integrated hybnd
MonolithiC Integrated
MOS monolithic
Printed Circuit board

6.

-

Per Stage

(Per Circuit)
Depends on Input dnve
Minimum
0/0 - MaXimum any unIt has,
others have fewer

t -

t -

*-

DG·'

(Number of Input Leads per
Circuit, NOT the loadinl:) factor)
6. - Indudes expandable termInal
In number given
MaXImum number any unit
has, others have fewer

t -

*-

I ndlcated value at maximum rated fan out
Indlcates values given are for output
0/0 - MInimum
Maximum
# - Collector to emItter saturation
voltage Vce (sat)

at typical operating conditions
Quiescent power dissipation
§ - Maximum Operating Power

t::. -

- IndIcates complement outputs
are available
Indicated value at maximum
rated fan In
0/0 - Minimum
Maximum

t -

Power dissipation per cirCUit

t - Steady-state or 50% duty cycle

%-

TFH - Thin film integrated hybrid
TFM
Thin film Integrated

6. -

6. -

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 (Le., TOll
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 (Letter &
Symbol Codes) (Following "Use No." or

TEMPERATURE COLUMN

"Type OF" No )

Indicates that the Type No. has more than

A

Additional amplifiers Included can be

one Temperature Range.

B

used separately
Additional gating Included can be used
separately

C

Additional Inverter Included can be

o

u'sed separately
Clamped operation vanable level capability

E

With Internally connected amplifiers

F
G H

With Internally connected gating
With Internally connected Inverters
Incandescent number display Included

K L

Neon numeric display Included
Complement Input used
I neludes buffer register

M

WIDEST

NEXT

OUTLINE DRAWING COLUMN (Letter Prefix)
CB - Printed circuit board
CN - T05 type (not JEDEC outline)
FC - Flat Pack Chip (not JEDEC outline)

MOST

RANGE
NARROW
NARROW
HIGH LOW
LOW
HIGH LOW HIGH
T2 _55°C 125°C -30°C 100°C
oOC 75°C
T3 _55°C 125°C

LINE No.
New Type
Revised SpeCification

Non Jedec Type
Man ufactured

FP -

Flat package (not JEDEC outline)

M -

Molded or encapsulated package not Included
mother catagorles

Outside U.s.A.

TO- Standard JEDEC outline
ZB - Multiple package possibilities and

T5 _55°C 125°C -30°C 100°C
oOC 70°C
T'I -55°C 125°C
oOC 75°C 15°C 125°C
TB -55°C 125°C
oOC 100°C 15°C 55°C
T9 -55°C 125°C

r;tI -

drawing reference information
Package style-actual dimensions not

lJ. -

specified
MO Standard Jedec Outline

Manufacturer indicates gate will operate
on either connective function by chang,n9 the logic level convention

R
S

T
U
V

Reversible
Both normal and Inverted functions are
avadable at separate output terminals
- Includes Multiplexer Input
- Variable or programmable modulo
Device has latching capabffity

t - Indicated value at maximum

(FOR LETTER SUFFIX
SEE COMMON CODES)

rated fan In

1
2
3
4
S

- B I nary Coded Deci mal
- Binary
- Decimal
- Fast Carry
- Ring
7 _ Hexadecimal
6 -Special

Jl -

-TYPical

* - At Temperature above 2So C

o-

Minimum

30M - 3D Module
DCM - Discrete component micro CircUits
MOH - MonolithiC Integrated hybrid
MON - Monolithic Integrated

MOS - MOS monolithic
PCB

-

6.

Do -

Power diSSipation per CirCUit

t - Steady-state or SO% duty cycle

Peak to peak

at typical operating conditions

% - QUiescent power dissipation

-Indicated value at maximum rated fan out
I ndlcates values given are for output

t -

%-

*-

Minimum
Maximum

# -

§ -

Maximum Operating Power

Collector to emitter
saturation

I

voltage Vce (sat)

Maximum clock rate

t - Maximum toggle frequency

%

* - Maximum

% - Minimum

- Printed Circuit board

PCM
TFH

- PCB and 30M
- Thin film Integrated hybnd

TFM

-

Thin film Integrated

COL
CML
CMS
CTL
DOL
DTL
ECT
ITL
MTL
NCH
PCH
RCT
RDL

RTL
TFT
TTL

Capacitor Diode Logic
Current Mode Logic

- Maximum

-

CMOS
Capacitor Transistor Logic
Diode Logic

TranSistor Diode Logic (o.e .• TOll
Emitter Coupled TranSistor Logic
Transformer Coupled Transistor Logic
Core Transistor Logic

N·Channel
P·Channel
Resistor Capacitor Transistor Logic
Resl stor 0 lode Logic
Resistor Transistor Logic (Le., TRL)
Thtn Film Transistor Logic
Transistor Coupled Logic (a.e., TCL)

Per Stage

lJ. _ TYPical

t -

(Per CirCUit)
6. - Depends on Input drive
MInimum
MaXimum any unit has,
others have fewer

rtI#-

t %-

(Number of Input Leads per
CirCUit, NOT the loading factor)
6 - I neludes expandable terminal
In number given
MaXimum number any unit
has, others have fewer

t -

Vanable Threshold Logic

lJ. _ Typical %-

t-

0-

(FOR LETTER SUFFIX
SEE COMMON CODES)
1- Binary
2- Binary Coded
Decimal
3-- Bi-Quinary
4- Decimal
5- Excess 3 Code
6- Gray Code
Octal
9- Quartenary
10- QUinary
17- 8421 Code

a-

#-

number of lines

19- Two of "x"
number of lines

20- 7 Segment

t - Indicated value at maximum
%

a

of lines

t - Steady-state or SO% duty cycle

%§ -

30M - 3D Module
MOH - MonolithiC ontegrated hybrid

(Number Includes Complementary Lines)
~ - Use of complement Imes IS optional
Complement Imes must be used for
proper operation

- MonolithiC Integrated
- MOS monohthlc
- Printed CirCUit board

t -

6. -

t -

%-

Drtves numeric neon Indicator
Drtves I ncandescent indicator
Converts to and from other
codes

*-I

ncludes Output Driver

* - MaXI mum

- Maximum toggle frequency

- TYPical
- At Temperature above 2So C
- MInimum

Indicated value at maximum rated fan out

t - I ndlcates values given are for output
% - Minimum #= - Collector to emitter

TRANSITION TIME

t

%

Propagation Delay
Average.Transltlon Time
MaXimum

Per Stage

OG-2

at typical operating conditions
QUiescent power diSSipation
Max. Operating Power

DCM - Discrete component micro CirCUitS

- PCB and 30M

6 -

Db

RatiO
Mlntmum
I nput nOise voltage
I nput nOise 10 uV

~ - Power diSSipation per cirCUit

rated fan In
-Mtnimum

21- Excess three
gray code
22Segment
23-- Three of "x" No.

*-

Saturation

%-

*-

Db

RatiO
Mlntmum
I nput nOise voltage
I nput nOise In uV

Voltage Vee (sat)

SYMBOLS & CODES EXPLAINED
"

SYMBOLS & CODES COMMON TO MORE THAN ONE TECHNICAL SECTION
TYPE OF or USE COLUMN I Letter &
Symbol Codes) (Following "Use No." or

TEMPERATURE COLUMN

OUTLINE DRAWING COLUMN (Letter Prefixl

"Type OF" No.)

Indicates that the Type No. has more than

CB -

A

one Temperature Range.

CN FC -

Additional amplifiers Included can be

D -

used separately
Additional gating Included can be used
separately
Additional Inverter Included can be
used separately
Clamped operation vanable level capability

E

With Internally connected amplifiers

F

With Internally connected gating

G

With Internally connected mverters

H

Incandescent number display Included
Neon numeric display Included
Complement Input used
Includes buffer register

B
C

K
L

M

R
S
T -

U-

V-

WIDEST

NEXT

MOST

NARROW
RANGE
NARROW
HIGH LOW
HIGH LOW HIGH
LOW
T2 _S5 0 C 1250 C -300 C l000 C
T3 _SSoC 1250 C
OOC 750 C
TS -S50C 1250 C -300 C l000 C
OOC 700 C
T7 -55°C 1250 C
OoC 75 0 C 150 C 1250 C
TB _55°C 1250 C
OoC l00 0 C 15 0 C 55°C
T9 _55 0 C 1250 C

LINE No,

Printed circuit board
T05 type Inot JEDEC outline)

New Type
ReVised Specification

Non Jedec Type

Flat Pack Chip Inot JEDEC outlme)

Manufactured

FP- Flat package (not JEDEC outline)

M-

OutSide U.s,A,

Molded or encapsulated package not Included
In other c8tagones

TO- Standard UEDEC outline
ZB- Multiple package poSSibilities and

~-

drawing reference information
Package style-actual dimensions not
specified

/::,- MO Standard Jedec Outl me

Manufacturer indicates gate will operate
on either connective function by changmg the logiC level convention
Reversible
Both normal and Inverted functions are
available at separate output terminals
Includes Multiplexer IAput
Variable or programmable modulo
Device has latching capability

(FOR LETTER SUFFIX
SEE COMMON CODESI
1 -AND

2 -OR
3
4
5
6
7

-NOR
-NAND
- Exclusive OR
- Gate Expander
- ExclUSive NOR

- I ndlcates complement outputs
are available

%

rated fan In
-Minimum

6. - MaXimum clock rate
- MaXimum toggle frequency
- TYPical
a
At Temperature above 25 C
MInimum

*-

¢ 3DM

- 30 Module

DCM - Discrete component micro circuits

MOH - Monolithic mtegrated hybrid
MON - Monolithic Integrated

MOS - MOS monolithic
PCB

- Pnnted circuit board

PCM - PCB and 3DM
TFH - Thm film integrated hybrid
TFM - Thm film

%- MaXimum any Unit has,

t - Indicated value at maximum

t %-

* -Maximum

I ndlcated value at maximum rated fan out
Indicates values given are for output
Minimum =If - Collector to emitter
MaXimum
saturation voltage Vee (sat)

*_

others have fewer
(Number of Input Leads per
Circuit, NOT the loading factor)
6. - Includes expandable terminal
In number given
MaXimum number any UOit
has, others have fewer

t -

CDL
CML
CMS
CTL
DDL
DTL

Capacitor Diode Logic
Current Mode LogiC
CMOS
Capacitor Transistor Logic
Diode Logic
Transistor Diode Logic (i,e" TDLI

ECT
ITL
MTL

Emitter Coupled Transistor Logic
Transformer Coupled Transistor Logic
Core TranSistor Logic

6. -

NCH
PCH

N'(;hannel
P'(;hannel

% - QUIescent power diSSipation

RCT

Resistor Capacitor Transistor Logic

RDL
RTL
TFT
TTL
VTL

Resistor Diode Logic
Resistor Transistor Logic (i,e., TRLI
Thin Film Transistor Logic
Transistor Coupled Logic (i,e" TCLI
Variable Threshold Logic

- TranSition Time
- Average Propagation delay
-MaXimum

Per Stage

Power diSSipatIOn per CirCUit

t - Steady·state or 50% duty cycle
at typical operating conditions

§ -

Max, Operating Power

/::, - Typical

t-

1tI#-

OG-3

%-

*-

Db

RatiO
Minimum
I nput nOise voltage
Input nOise In uV

SYMBOLS & CODES EXPLAINED
SYMBOLS & CODES COMMON TO MORE THAN ONE TECHNICAL SECTION
TYPE OF or USE COLUMN (Letter &

TEMPERATURE COLUMN

Symbol Codes) (FollOWing "Use No." or

Indicates that the Type No. has more than

"Type OF" No.!
A
Additional amplifiers Included can be

one Temperature Range.

used separately
B

Addlttonal gating Included can be used

o
E
F

G

-

Additional mverter Included can be

used separately
Clamped operation vanable level capability
With Internally connected amplifiers
With Internally connected gatmg
With Internally connected mverters

H

Incandescent number display mcluded
Neon numenc display Included

K

Complement input used

L
M

I "eludes buffer register
Manufacturer indicates gate will operate
on either connective functIon by changIng the logic level convention
Reversible
Both normal and Inverted functions are

R
S

NEXT

RANGE

NARROW

MOST

LINE No.
New Type
Revised Specification
Non Jedec Type
Manufactured
Outside U.s.A.

FP M -

Flat package (not JEDEC outline)
Molded or encapsulated package n"t Included
in other catagorles
TO- Stendard JEDEC outline
IB - Multipla package possibilities and
drawing reference Information
~ - Package style-actual di mensions nclt
specified
t; - MO Stendard Jedec Outline

NARROW

HIGH LOW
HIGH LOW HIGH
LOW
T2 _55°C 125°C _30°C 100°C
OOC 75°C
T3 _55°C 125°C

separately
C

WIDEST

OUTLINE DRAWING COLUMN (Letter PrefiX)
CB - Printed cirCUit board
CN - T05 type (not JEDEC outline)
FC- Flat PaGk Chip (not JEDEC outline)

T5 _55°C 125°C _30°C 100°C
OOC 70°C
T7 _55°C 125°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

ava,iable at separate output terminals
T

Includes Multiplexer Input
Variable or programmable modulo
Device has latching capability

U
V

6 _ Typical %-

t - RatiO

Db

*- Minimum

I;LI- I nput nOise voltag'
6. -

(FOR LETTERSUFFI
SEE COMMON COD

t -

%-

Collector to emitter
saturation voltage Vce

0/0 -

* - At Temperature above 25

0

C

30M
DCM
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 30M
Thin film Integrated hybrid
Thin film Integrated

COL
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., TOLl
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 h.e., TCL)
Vanable 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

t -

r-

- Maximum clock rate

Minimum

#-

- I ndlcates complement outputs
are available
I ndlcated value at maximum
rated fan In
Maximum
Minimum

t - Maximum toggle frequency
% - TYPical

o-

MInimum

* - MaXimum

1 - Delay Line Fixed
2 - Delay Line Tapped
3 - Delay Line
Continuously
Vanable
4 - Mono-stable
Multivlbrator
Fixed Delay
5 - Mono-stable
Multlvlbrator
Vanable Delay

#-

(Number of Input Leads per
CirCUit, NOT the loading factor)
6. - Includes expandable terminal
In number given
MaXimum number any unit
has, others have fewer

Indicated value at maximum rated fan out
I ndlcates values given are for output

Min. Input
Pulse Width

t - Transition Time
%- Average propagation delay
6. -

MaXimum

~- Per Stage

$ - Typical
(Per CirCUit)
Depends on Input dnve
MIOImum
MaXimum any Unit has,
others have fewer

6. -

t -

0/0 -

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.

%-

Analog to digital converter
Digital to analog converter
Full-Adder
Hall-Adder
I nterface converter
Inverter
Logic level converter
Schmitt trigger
Incandescent lampdrlver
Neon and dISplay
tube driver
Relay dnver
Head selector
Mode selector
Special purpose CircUit
Binary diVider
Analog gete sWitch
Sense amplifiers
Logic amplifiers and driver

t

%*0OG-4

~-

21.
22.
23.
24.

25.
26.
27.
28.
29.
30.

31.
32.
33.
34.
35.
36.
37.
38.

§ -

Line drivers/transmitters
Line receivers
Clock dnvers
Switch drivers
High power devices
Diode arrays and networks
Transistor arrays
Binary multiplier/Shifter
Rate Multipliers
Multiplexer/selector
demultiplexer
ALU's
Comparator
Panty generator-checker
Latches
Decoder/encoder
Sample/hold
Look-ahead carry generator
SWitches

Maximum clock rate
Maximum toggle frequency
Typical
At Temperature above 250 C
Mimmum
Gain bandWidth product (It)

~

t
%

*
#

Power diSSipation per circuit
Steady ..tate or 50% duty cycle
at typical operating conditIOns
QUiescent power diSSipation
Max. operating power
dissipation

Indicated value at maximum rated fan out
Indicates values given are for output
Minimum
MaXimum
Collector to emitter saturation
voltage Vee (sat)

Indicates complement outputs are available
Indicated value at maximum
PIV peak Inverse voltage
Breakdown voltage collector to emitter BV ceo

Minimum
Maximum
Peak to peak
Breakdown voltage Gate to Source

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 30M
Thin film integrated hybrid
Thin film Integrated

A
-Gain
AMP - Amplifiers
B
- Base
BO
- Board
- Collector
C
CKT - Circuit
CL
-Clamped
CMS -CMOS
COM -Common
COMP - Complement
CONT - Contract
CONV - Converter
DEC - Decimal
E
-Emitter
FLTG - Floating
Fo
- Fan Out
GRD - Ground
INT - Internally
Connected
INCL -Included
INV - Inverter
10
- Output
Current
LD
- Load
MTX - MatriX
NC
- No Connection
NCH - N·Channel
NEG - Negative

OSC
PCH
POS
PROP
Rds

-

OSCillator
P-Channel
POSitive
Propagation
Dratn-5ource
On-Resistance
RES - ReSistor
RESP - Respectively
- Rating
RT
SENS - SenSitivity
SW
-Switch
Toll - Turn Off Delay Time
Ton - Turn On Delay Time
Tpd - Propagation Time
T rec - Recovery Time
Top - Operating Time
Trel - Release TI me
VIO - I nput Offset

Voltage
- High Output
Voltage
VoL - Low Output
Voltage
b.Vo - Output Voltage
Swing
Vth
- Differential Input
Threshold Voltage
W/
-With
VoH

Whomakes '

the world's

fastestlC
dividers?

Plessey! and they are available now.
The SP6161GHz -'-4 is the world's fastest IC.
Itis one of the SP600 series, the widest range of
instrumentation and communication IC's available -and
you can have most of them ex-stock.
Reduced system size, extended frequency range,
lower power consumption, simplified design and assembly.
You get all this-and technical backup - when using
Plessey SP600 devices.
These SP600 range products are available from stock:
Type
Function Frequency
Prescalers
SP603
"'"2
400MHz
SP604
.:.2
300 MHz
operating
SP616
.:. 4
1GHz
from OCto
SP631
-:- 10
500 MHz
1GHz
-:- 16
500MHz
BCD Decade SP651
SP635
-:- 10
600 MHz
Low power
SP659
"'" 16
100 MHz (50mW dissipation)

PLESSEY -A UK multi-technology
organisation employing nearly 80,000
people in manufacturing and research
establishments in 16 countries. PLESSEY
SEMICONDUCTORS is the largest
completely European manufacturer of IC's.
Plessey lC's are used throughout the world.
INTEGRATED CIRCUITS from
_

PLESSEY
SEMICONDUCTORS

Cheney Manor, Swindon, Wiltshire SN2 2QW
England. Tel: Swindon (0793) 6251
Telex: 449637
There is a P/essey office in most c ountries.
I

1674 McGaw Avenue, Santa Ana, California 92705 - Tel: (714)540-9945, TWX: 910-595-1930
Source Exif Data: 
File Type                       : PDF
File Type Extension             : pdf
MIME Type                       : application/pdf
PDF Version                     : 1.3
Linearized                      : No
XMP Toolkit                     : Adobe XMP Core 4.2.1-c043 52.372728, 2009/01/18-15:56:37
Create Date                     : 2013:08:21 18:39:19-08:00
Modify Date                     : 2013:08:21 21:16:23-07:00
Metadata Date                   : 2013:08:21 21:16:23-07:00
Producer                        : Adobe Acrobat 9.55 Paper Capture Plug-in
Format                          : application/pdf
Document ID                     : uuid:6e30fe06-4845-984c-9ff1-5e6c2f5feee8
Instance ID                     : uuid:249e3b9c-37f7-574c-8669-e496edc2c9ce
Page Layout                     : SinglePage
Page Mode                       : UseNone
Page Count                      : 624
EXIF Metadata provided by EXIF.tools

Navigation menu