1969_DATA_Book_Transistor_Edition_27 1969 DATA Book Transistor Edition 27

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FALL 1969
27 th EDITION
THIS D.A.T.A.B 00 K VALID UNTil SPRING 1970 EDITION

D.~.T.jJ.l.e.

REFERENCE STANDARDS FOR INDUSTRY

..

D ..lI..T..lI..

REFERENCE STANDARDS FOR INDUSTRY

TRANSISTOR
D.A.T.A.B 0 0 K
Staff
President ....................................................................................
Executive Vice·President .........................................................
Vice·President & Gen. Mgr .......................................................
Director. Operations..................................................................
Data Processing Manager .........................................................
Sales Manager ...........................................................................

Henry Tulchin
E. L. Ayres
Gordon Newman
Herman Schlesinger
Fred Lepow
Ray Vitullo

COPYRIGHT@ 1969 DERIVATION AND TABULATION ASSOCIATES, INC.
32 LINCOLN AVENUE
Tel. 201·673·8030

•

ORANGE, N. J. 07050

•

TWX 710·994·5839

FALL 1969
EDITION

EDITORIAL PROCEDURES AND OBSERVATIONS
A Symbol/Code Interpreter will be found in the back cover pocket. It has been
designed to provide, quickly and conveniently, explanations of the symbols and
codes employed in the various sections of the D.A.T.A.B 00 K, along with other
technical support information.
Should the Interpreter be misplaced, we will send a free replacement immediately on your request. In the interim, you can use the symbol/code explanations
summarized on pages iv and v of this D.A.T.A.B 00 K.

Purpose

This DAT.A.B 0 0 K is designed to report comprehensively on what is presently
being produced (throughout the free world) in this specific component field. While
a DAT.A.B 0 0 K such as this cannot possibly provide 100% of the answers you
might need, its primary aim is that of both facilitating the selectiolla of types
suitable to your technical requirements and directing you to sources of their
manufacture.

Technical
Data
Collection

DATA acquires and processes the information presented in this D.A.T.A.B 0 0 K
with the cooperation of the participating manufacturers who supply us with latest
changes. Manufacturers are not charged for technical listings of their products.

JEDEC Type
Numbers

For 2N and 3N types, the electrical and physical characteristics data included in
this D.A.T.A.B 0 0 K are those registered with JEDEC. Indicated manufacturers'
types mayor may not conform exactly with the registered specifications; therefore,
individual manufacturers' complete specifications should be checked to determine
suitability for particular requirements.

Substitute
Types

This D.A.T.A.B 0 0 K cannot truly claim to be an interchangeability chart; however,
because of the sequencing arrangement, by characteristics, in the technical data
sections, types with near-identical or similar characteristics appear together, one
after the other. For the engineer, this immediate source of technical comparison
is superior to, and safer than, a mere listing of possible replacement type numbers.

Price and
Availability

Because of the rapid change in the transistor field, back-up, delivery, and price
information should be obtained direct from the manufacturers or their local offices,
as included in this D.A.T.A.B 00 K. See Table of Contents.

Manufacturers'
Speci fications

This D.A.T.A.B 0 0 K includes currently manufactured types, with their major characteristics and their manufacturers. Every effort is made to ensure the accuracy of
all entries herein; however, the publisher cannot be held responsible or guarantee
against the possibility of error or omission. Only the manufacturers themselves
can provide you with complete technical details.

Discontinued
Transistors

Since the first edition of this D.A.T.A.B 0 0 K in 1956, thousands of transistors have
been discontinued by the manufacturers. In response to many requests from our
subscribers, there is now available the annual DATA DISCONTINUED TRANSISTOR D.A.T.A.BOO K, providing the most complete compilation of discontinued
transistors, along with their characteristics, ever assembled. See order card inside
front cover of this D.A.T.A.BOO K.

SYMBOL CODE EXPLANATIONS

iv·v

For use if Symbol/Code Interpreter misplaced

TYPE NUMBER CROSS INDEX

2·42

In type number sequence, indicating all current manufacturers
(coded) of each type, and cross-referenced to Line Numbers
in sections 2 through 13. Also includes special 2N and 3N
type numbers which are not transistors (included in the
SEMICON. DIODE & SCR D.A.T.A.B 0 0 K).

T

LOW·POWER TRANSISTOR SECTIONS

E
C
H
N
I
C

• Normally under 1 watt dissipation in free air
In order of maximum collector dissipation, fab and type number.

A
L

D

A

2 Germanium PNP Types

43·56

3 Germanium NPN Types

57·59

4 Silicon PNP Types
5 Silicon NPN Types .

60·71
72·103

6 Field·Effect P Channel Types .

104·106

7 Field·Effect N Channel Types

107·112

T

HIGH·POWER TRANSISTOR SECTIONS

A

• Normally over 1 watt dissipation in free air
In order of decreasing maximum thermal resistance and type number.

S

8 Germanium PNP Types

E
C

9 Germanium NPN Types ...

113·123
124

T

10 Silicon PNP Types

125·129

I

11 Silicon NPN Types .

130-158

N

SPECIAL SECTIONS

S

12 Switching Transistors ................ .

o

159-180

These types are also listed in previous sections.
This section includes additional switching data.

13 Miscellaneous Transistors ...

181·192

For categories see Symbol/Code Interpreter.

SUPPLEMENTARY SECTIONS
14 Transistors with U.S. Military Specifications
Including Qualified Manufacturers

193·196

15 Outline Drawings In assigned number order.

197·310

Lead Code Identification Guide . .......................... .

310

Inch-To-Millimeter Conversion Chart

197

17 Transistor Manufacturers' Local Offices ..... ............................ .

311·333

18 Semiconductor Mounting Hardware Availability .

334·336

19 Mounting Hardware Manufacturers' Local Offices ..

337·338

20 Transistor Manufacturer Codes, Names & Addresses .

346-347

•

LISTING OF ALL D.A.T.A.B 0 0 K SERVICES ..

348

EXPLANATIONS OF SYMBOLS AND CODES EMPLOYED IN THIS D.A.T.A.BOOK
(for emergency use if separate Symbol/Code Interpreter is misplaced)
TYPE No. (All Sections)
Indicators of separate manufacturers producing same type number (non-JEDEC) whose
characteristics are not the same. This manufacturer-identifying symbol (assigned by DATA)
is an integral part of the type number (in.Type No. Cross Index, Technical Data Sections, and
Manufacturers and Their Types Section) to avoid the possibility of confusing the device of
one manufacturer with the devices of the others.
Example. . .

T,pe No.

Manufacturer
SELB
ROSG
Til

S35~
S350
S35%

Description
Sect. 5
Sect. 13
Sect. 8

For SECTION 1 - TYPE NO. CROSS INDEX
Preceding Manufacturer Code

6. - Registered with JEDEC by this manufacturer
For SECTIONS 2 - 11 - TECHNICAL DATA SECTIONS
Arranged alphabetically by governing column headings without regard to section number
GENERAL NOTES: (1) When letters representing units follow a value in a column of a technical section, the units
shown in the column heading do not apply.
(2) All values in this D.A.T.A.BOOK are typical and given at 25°C ambient unless otherwise
indicated.
• Bias -Ic
cf> -I.

6. -IE

• Bias -IE
cf> -Ic

6. -I.

• gfs

6. - Typical
•

hFE

t - h,.

# - Pulsed

• Bias - VC•
cf> - VCE

cf> - Typical

• BVCBO
• h..
t-hFE
# -Pulsed

t - At Temp. 250 C Case
• BVCEO
# - BV CEl( or punch-through
cf> - BVCES
• BVoos
6. - BVoso

§ - BV CEO
* - Pulsed

(Zl -BV ceolsus)

t - Pulsed

% - High Frequency (y,,)

§ - Vis in millimho
6. -Minimum
(FET's only)
0-Maximum
Bias values are
* - Available to selected range
Vos & 10
narrower than indicated

6. -Minimum
0-Maximum

* - Available in selected ranges.
§ - hFc

§ - Yls in millimho (FET's only) Bias values are Vos & 10
• hoe' hi.' hr.

t -. BVosx

0- Maximum

b - h parameters are hob, h'b, h,b

• BVGss
6. - BVoGO

• I.

• BVeBo

• Ic

# - Pulsed

cf> - IE

t - At Temp. 25°C Case

# - Pulsed or Peak

t - At Temp. 25°C Case
• Cob
0- Maximum

• IE

$ - Ccb

§ - C'n (FET's only)

6. -I.

t -Cr.
• Lead Code

• Derate

125 - With

cf> -Ie

See Lead Code Identification Guide on inside back cover of Interpreter
and at end of Section 15 .
.• Line No.
.
'Y-New type
# - Non-JEDEC type manufactured
• Revised specifications
outside U.S.A.

infinite heat sink

• Description
10 "
- Offset current
Ip
- Peak current
lsa
- Intrinsic standoff ratio
Iv
- Valley current
Rb1b2 - Interbase resistance

rd
VGO
Vof'
Vpo

Dynamic resistance
Gate-to-drain
voltage
- Offset voltage
- Pinchoff voltage
-

-

• Material
Ge - Germanium

• Drawing No.... ~. for Sections 6 and 7
(Zl - Phototransistor Device
6. - Tetrode Device
• fab

% - Composite type
t . fa.
§ - Gain bandwidth product (fT)
* - Maximum frequency of oscillation

• Max. C's
# - C'n (output shorted)
6. - Cd9s

cf> - Figure of merit (frequency

for unity power gain)
6. - Minimum

)Zf - Maximum

t - Cgn

#. sooe

$ -lOO·e

* -Typical

I;Z). Cd"
125- C"g.

• Max. Dela, Time
$ -Charge storage time constant
cf> - TON = t,
to
'Y- Stored base charge - picocoulomb
t - Typical value
• - Total switching time
• Max. Device Dissipation
/::. -With Infinite Heat Sink t - Above 25· C; For additional information consult mfr.

+

iv

D. - 85°e
for Sec

2,3,4,5

% - Not given at test conditions

• fa.

t - fab
§ - Gain bandwidth product (fT)
* - Maximum frequency of oscillation
cf> - Figure of merit (frequency
for unity power gain)
6. - Minimum
JZf - Maximum

Si - Silicon

• Max. Coli. Diss_
cf> - With infinite heat sink
Following symbols indicate temperature
at wh ich derating starts:
t -40·C
0 -60·C • - sooc
* -45·C
§ - wc
6. - Pulsed

• MIl. Fall Time
cf> -TOFF = to
t
t . Typical value

+

•. Ton + Tolf = td + tr

• 1IIx.lclO
tf> - At YCI< Max. YCI (see
# . lax
§ . ICES
t . At temp. > 25°C

A
AN
D
DM
E

. Alloy
- Annular
. Diffused or drift
• Diffused mesa
- Epitaxial
EA . Epitaxial annular
EM - Epitaxial mesa
F • Fused
G . Grown
MA . Micro alloy
MD . Micro alloy diffused
ME . Mesa
MOS· Metal oxide silicon
N • NPN or N Channel
P • PNP or P Channel
PA . Precision alloy
PC . Point contact
PD • Precision alloy diffused

+ tf + ts

mfr. spec.)
• - At Temp. 25°C Case
t::, • leeo

* - ICER

• Mil. ID (on)

/I. Minimum

t::,. loss @ Y&s = 0 and Yes:::: Y,
¢'Y&s>O

%. Pulsed

*. Typical

• MII.l,.ss
t::, ·I&DO

• MD. Rise Time
$ . Charge storage time constant
...... Stored base charge - picocoulomb
•• Total switching time

+

tf>. TON = t, t..
t . Typical value

• JZJ.
t. Maximum
o

• MD. Sal Res.
...... Typical value
• MD. Storage Time
tf>. TOFf = t. t
t . Typical value

+

• Mix. Temp.
··50-65°C
tf>.70-S0°C
# . 85-100°C
.·110-125°C

§ - Ran (FET's only)

/I - Pulsed

*. Ton + Tofl= td
.;.. 130- 135°C
$. 140-1G5°C
§ . 170-200°C
...·Over 200°C

• MD. Tbermal Res.
Symbols indicate temperature at
which derating starts.
t . 40°C
0' GO°C
* ·45°C
§ _750C
# ·SOOC

ID~ 0
t • Y&S (cut off)
t::, • Y&ST (Threshold)

• Mil. Vp It

+ tr + tf + ts
A·Ambient
C· Case
J. Junction
S· Storage

• ·SOoC
$-lOO°C
cf>. Free air
...... Typical value
t;,.- > lOO·C

%. Typical

• & Ves

L . Depletion Mode, Type A
$. Depletion·Enhancement Mode,
Type B
* . Enhancement Mode, Type C
• r'bb x Cob
t . r'bb

• ros
% . Maximum

PE . Planar epitaxial
H - Hometaxial
PL • Planar
S • Surface barrier
• - Matched Pair
6 . Switching, other uses
JZJ . Chopper, other uses
cf> • Noise figure Sdb or below

• StnIcture

(/) . t, + td = Ton

6 . Not given at test conditions

- Plastic Package

§ . Field Effect Transistor
'"' . Radiation Resistant Device
$ - Tetrode
for Sections 6 and 7

*.

Ge - Germanium
Junction Type
* . Insulated Gate (MOS type)
§ . Matched Pair

t

§. t.
:It . t,

·t• +t=T
f
of!

• Type No.
t • Switching type, also listed in Section 12
¢ . Chopper, also listed in Section 13, Category 10

* . These types also included elsewhere with other
characteristics. See Type No. Cross Index for
alternate line No.
§ - Radiation Resistant Devices. Also listed
in Section 13, Category 13.
.... Matched Pair, also listed in Section 13, Category G.
• - Phototransistor, also listed in Section 13, Category 7.

• VCI
'" -YCE
• Vos
t::,·Y&O

t'Y06

• V&S
cf>·l o in mA
• Yos
6·Y"
t· Not at given test conditions

. %. Maximum

* . Pulsed

For SECTION 13- MISCELLANEOUS TRANSISTORS
• Category
1. Avalanche Mode
G. Matched Pair
2· Bi·directional
7 - Phototransistor

3·

t· RDS(on) @ YDS = 0

t

4 . Hook Collector
5 . ComplementarySymmetry (PNP &
NPN) Matched Pair

v

8·

9 - Unijunction
N. N·type emitter
p. P·type emitter
10· Chopper

11 . Composite
12· Cryogenic
13 Radiation Resistant Devices
14 Pressure Sensitive
15· Chips
0

0

TYPE No.

1~~~378

t;~~MF

2AD161
2AD162
PHIC
2AT329
2AT331
2BC119
2BC138
2BC139
2BC142
2BC143
28C144
28C221
28C222
28C286
28C288
280117
2Clll
2C415

none
MINA
RADF
RADF
MINA
RADF
MULB
MULB
MULB
PHIC
MULB
BELl
MULB
PH IN
RADF
RADF
MINA
RADF
ANOA
ANOA
SGSI
SGSI
SGSI
SGSI
SGSI
SGSI
SGSI
SGSI
SGSI
SGSI
SGSI
SGSI
SGSI

2C425

SGSI

2C444

SGSI

2CY30
2CY31
2CY32
2CY33
2CY34
2CY38
2CY39
2Gl01
2Gl02
2Gl03

TIIS
TIIS
TIIS
TIIB
TIIS
TIIS
TIIS
TIIS
TIIB
TIIS

JAN1N4378
2AC132
PHIC
2AC187
2AC188
2ACY17
2ACY18
2ACY19
2AD139
2AD140
2AD149
MINA
PHIC

2Gl04

TIIS

2Gl06

TIIB

2Gll0
2G210
2G220
2G221
2G222
2G240
2H1254

TIIB
TIIS
TIIB
TIIB
TIIB
TIIS
HUGS

2H 1255

HUGS

2H1256

HUGS

2H1257

HUGS

2H1258

HUGS

2H1259
2N2X
2N34
2N34A
2N35
2N36
2N37
2N38
2N43
2N43A
JAN2N43A
2N44
2N44A
JAN2N44A
2N45
2N45A
2N59
2N59A
2N59B
2N59C
2N60
2N60A
2N60S
2N60C
2N61
2N61A
2N61S
2N61C
2N63
2N64
2N65
2N68/13
2N77
2N78

HUGS

l~~: ;~

2N7BA

186· 77 JAN2N78A
181· 84 2N94
2N94A
181- 85 2N97
181· 86 2N98
2N99
181· 87 2Nl01/13
181- 88 2Nl02/13
181· 89 2Nl03
181· 90 2Nl04
181- 91 2Nl05
181· 92 2Nl06
2Nl07
2Nl08
2Nl09
181· 93
181· 94 2Nlll
2Nl11A
181· 95 2N112
181· 96 2N112A
181- 97 2N113
181· 98 2N114
181- 99 2N117
181·100
tETC
181·101
181·102 JAN2N117
181·103
181·104 2N118
181·105
+ ETC
181·106
181·107 JAN2N 118
190· 31 2N118A
89· 89
+ ETC
190- 32
94·47 2N119
190· 33
tETC
94· 15
181·108 JAN2N 119
63·56
63·57 2N120
+ ETC
63· 60
63· 61
63- 65 2N122
69·100 2N123
IDC
69-101
47·100 JAN2N123
47·103 2N124
51· 73 2N125
177· 76 2N126
51- 74 2N128
176· 77 JAN2N128
51· 54 2N130
171· 96 2N130A
55·82 2N131
122· 81 2N131A
119- 63 2N132
119· 64 2N132A
119· 65 2N133
115· 61 2N133A
63-109 2N135
167· 77 2N136
64- 3 2N137
168·94 2N138
63 -110 2N139
167· 75 2N140
64- 4 2N141/13
168- 95 2N142/13
64- 1 2N143/13
167· 76 2N144/13
64· 5 2N145
168· 96 2N146
181·109 2N147
49· 66 2N155
43· 98
KSC
58· 19 2N156

TIIF
+ ETC
+ETC
+ETC
GIC
43·85 2N158
+ETC
43· 86
+ ETC
+ETC
43· 87 JAN2N158
+t;GESY 54· 78 2N158A
+ETC
+t;GESY 54· 79 2N160
+ETC
GESY 50- 68 2N160A
+t;GESY 54-76
+ETC
2N161
52- 10
+ ETC
GESY 50- 54 2N161A
+ETC
49- 98
+ETC
49- 99 2N162
+ETC
52- 69 2N162A
tETC
52- 70 2N163
tETC
52- 71
+ETC
52- 72 2N163A
tETC
52- 62
+ ETC
52- 63 2N164
+ ETC
52- 64 2N164A
+ETC
52- 65 2N165
+ ETC
52- 56 2N166
+ ETC
52- 57 2N167
+ ETC
52- 58
tETC
52- 59 2N167A
+ ETC
47- 39
+ETC
47- 41 JAN2N167A
GIC
2N168
tETC
48- 97 2N168A
GIC
2N169
KSC
114-109
+ETC
43- 57 2N169A
t;GESY 57 - 51
+ETC
2N170
2NI72

D.A. T.A.INC.

.

1 TYPE
No. CROSS INDEX
MFRS PQ&Line TYt'E No.
MFRS

MFRS pg&Line TYPE No.

+~~f~T

GESY
tETC
+ ETC
+ETC
+ ETC
+ETC
KSC
+ KSC
+ ETC
tETC
tETC
+ ETC
+ ETC
+ ETC
ATEI
tETC
+ ETC
+ ETC
tETC
tETC
tETC
tETC
+t;TII
SCA
+ TEC
TEC
Til
+t;TII
SCA
+ TEC
Til
+t;TII
SCA
+ TEC
+t;TII
SCA
+TEC
TEC
Til
MTII
SCA
+ TEC
+t;TII
+ ETC
ITC
none

tETC
+ ETC
+ ETC
+ SPR
SPR
+ETC
+ ETC
+ETC
tETC
tETC
tETC
tETC
tETC
tETC
tETC
+ETC
+ ETC
tETC
+ETC
KSC
+ KSC
KSC
+ KSC
• ETC
+ ETC
+ETC
+ ETC
SOD
+ KSC
SSI
+ KSC
SSI
KSC
+ KSC
SSI
+ETC
SCA
+ETC
SCA
+ETC
SCA
• ETC
SCA
tETC
+ ETC
tETC
SCA
+ETC
SCA
+ETC
+ETC
t ETC
+ ETC
+t;GESY
+ETC
+t;GESY
+ETC
GESY
+ETC
+ETC
+t;GESY
+ETC
tt;GESY
+ETC
+ETC
+ETC

0/-

"I

57· 30
58· 20
58·52
57 ·13
57· 14
57·22
113· 43
124· 11
57 - 12
49· 80
43· 58
47 - 42
43·102
43- 88
52- 13
49- 9
49- 10
49- 11
49· 12
49· 13
49· 16
74·36
74· 29
74- 42
74- 30
74· 50
74· 45
74· 31
74· 49
141·110
50·110
165·100
50· 85
57 - 9
57·24
57 - 25
43· 24
43- 27
47· 8
47- 40
47· 9
47- 43
47· 11
47· 49
47· 10
47·44
47· 60
47·65
47·67
49· 26
43· 59
46· 25
115· 15
124· 1
115· 16
124· 12
57·32
57·33
57·34
115· 17
115· 18
115· 19
115· 13
115· 20
74· 37
74· 38
74- 43
74- 44
74- 51
74- 52
74- 46
74- 47
57575757 57 -

39
72
40
3
52

57 - 55
57 5757 57 -

53
29
44
27

57- 28
57 - 2
57 - 35

L".-Registered with JEDEC
by this manufacturer

I"'" ""+ ETC

+~~~TA

MULB
2N174
+t;DEL
+ETC
+ MOTA
MULB
PHIC
RADF
t;DEL
2N174A
+ ETC
MOTA
MULB
PHIN
RADF
JAN2N174A
DEL
MOTA
2N175
+ETC
2N176
+t;MOTA
ATE I
+ETC
+ KSC
IDC
SOD
tt;MOTA
2N178
tETC
KSC
2N180
tETC
2N181
tETC
2N182
tETC
2N183
tETC
2N184
+ETC
2N185
tETC
2N186
+ ETC
2N186A
+ ETC
2N187
+ ETC
2N187A
+t;GESY
+ ETC
2N188
tETC
2N188A
+t;GESY
+ ETC
2N189
+t;GESY
tETC
2N190
+t;GESY
tETC
2N191
+t;GESY
+ ETC
2N192
+t;GESY
tETC
2N193
tETC
2N194
+ETC
2N194A
+ETC
tETC
2N206
2N207
tETC
2N207A
+ ETC
2N207B
+ ETC
2N211
+ETC
2N212
tETC
tETC
2N213
2N213A
tETC
2N214
tETC
2N214A
ETC
2N215
+ ETC
+ETC
2N216
+t;RCA
2N217
ATEI
tETC
NPC
2N218
+ ETC
2N219
+ ETC
2N220
+ETC
JAN2N220
RCA
2N223
+ ETC
+ ETC
2N224
2N225
+ ETC
2N226
+ETC
2N227
+ ETC
2N228
+ETC
2N229
+ETC
SPR
2N231
2N233
tETC
2N233A
+ ETC
2N234A
+"SOD
+ETC
KSC
2N235A
+t;SOD
+ETC
KSC
2N235S
+t;SOD
+ETC
KSC
2N236A
t;SOD
+ETC
KSC
2N236S
t;SOD
+ETC
KSC
2N237
+ ETC
2N238
ETC
2N240
+ SPR
JAN2N240
SPR
2N241
+ETC
2N241A
+t;GESY
+ ETC
2N242
+ETC
+ MOTA
SOD
2N243
+t;TII
+ETC
+ TEC
+t;TII
2N244
+TEC
+ ETC
2N249
ETC
2N250
+ ETC
KSC
SOD
2N250A
+t;TII
KSC
tETC
SOD
t;TII
2N251
+ETC
+ KSC
SOD
2N251A
+t;TII
KSC
+ETC
SOD
ETC
2N252
2N253
+ ETC
2N254
ETC
2N255
ETC
KSC
SOD

2

~&Line

TYPE No.

IN TYPE NUMBER SEQUENCE
MFRS pg&Line TYPE No.
MFRS PQ&Line

+ ~~~
SOD
122· 83 2N256
ETC
KSC
SOD
2N256A
ETC
KSC
SOD
122- 84 2N257
+ETC
KSC
SOD
2N257B
+ETC
KSC
122- 85 2N257G
+ETC
KSC
43· 12 2N257W
+ETC
119· 66
KSC
2N263
t;TII
SCA
TEC
2N264
"Til
119·67
+TEC
2N265
+ ETC
49· 81 2N268
tETC
49· 82
KSC
SOD
57· 71 2N268A
tETC
57· 77
KSC
SOD
57· 82 2N269
tETC
49· 27 2N270
+t;RCA
47·45
+ ETC
52-107 2N271
ETC
47·50 2N271A
ETC
53- 8 2N272
ETC
2N273
ETC
47·54 2N274
+t;RCA
53·24 2N277
+"DEL
+ETC
+ MOTA
52·108
MULB
PHIC
RADF
53· 9 2N278
+"DEL
+ETC
+ MOTA
53· 25 2N279
tETC
2N280
tETC
53· 35
PHIC
2N281
+ETC
58·31
PHIC
57· 15 2N282
tETC
57· 16
PHIC
45·61 2N283
tETC
47· 12 2N284
tETC
47· 13
PHIC
47· 14 2N284A
+ ETC
57· 17
PHIC
58·47 2N285A
+t;SOD
58·102
tETC
58·97 2N285S
t;SOD
58·101
ETC
58· 96 2N291
ETC
49· 83 2N292
tETC
57· 18
+ GESY
49· 28 2N292A
+ETC
2N293
ETC
+ GESY
43· 60 2N296
tETC
46· 26
SOD
KSC
43· 13 2N297
CNS
43· 8
+ETC
KSC
55· 2
MOTA
54·110 2N297A
+ DEL
55 - 1
IDC
+ETC
54-106
KSC
MOTA
54-107
+ SOD
58- 98 JAN2N297A
KSC
58- 99
MOTA
SOD
43- 2 2N301
+ DEL
58- 21
+ETC
+ KSC
MOTA
58· 22
MINA
116- 11
SOD
2N301A
+ DEL
116· 12
+ETC
KSC
MOTA
SOD
116· 13 2N302
+ETC
2N303
+ETC
116· 14 2N306
+ETC
2N307
+ETC
116· 15
KSC
+ MOTA
SOD
49· 69 2N307A
tETC
49· 29
KSC
+ MOTA
43- 39
SOD
43- 22 2N308
• ETC
47 - 55 2N309
+ ETC
53- 33 2N310
ETC
2N311
+ETC
115- 21
GIC
2N312
+ETC
99- 51
GIC
2N315
+ETC
99- 52
+ITC
2N315A
t;GIC
55- 96
+ETC
ITC
118-107
MST
Til
2N316
t;GIC
119- 68
+ETC
+ITC
2N316A
t;GIC
+ETC
ITC
118-108
MST
2N317
+ ETC
+ITC
119- 69 2N317A
+ETC
ITC
MST
Til
43- 32 2N319
tt;GESY
57 - 36
tETC
ITC
57 - 37
+MOTA
115 - 22 2N320
+t;GESY
contnext col.

11U·~"

""'''tl5AETC

110· " ..

I"(~~~~)
GIC

115· 24
115· 25

2N321
+ETC

117· 5 2N322
+ ETC
117 - 6
2N323
117· 7
+ETC
117· 8 2N324
+ ETC
74· 77
2N326
73·53 JAN2N326
2N327A
45- 63
+ CRY
117· 9
+ SOD
TADI
117- 10
2N327B
48- 15
+ RAYN
54·84
2N328A
49· 14
+ CRY
49· 15
+500
49· 70
TADI
49-100
46· 45 JAN2N328A
122- 86
RAYN
2N328B
+ RAYN
122· 87 2N329A
+ CRY
48- 80
+ SOD
48· 81
TADI
48· 83 JAN2N329A
RAYN
182· 1 2N329B
+ RAYN
48· 89
48· 84 2N330A
+500
48· 85 2N331
+ GIC
118· 8
JAN2N331
118· 9 2N332
CNS
52· 50
+ GESY
57· 41
SSI
57· 74 2N332A
57· 45
+ ETC
TEC
115· 26 2N333
CNS
117· 11
+ GESY
SSI
TEK
116· 16 JAN2N333
TEC
2N333A
+ ETC
117- 12
TEC
JAN2N333A
119- 4 2N334
CNS
+ GESY
SSI
119· 5
TEK
2N334A
+ ETC
50·102
TEC
51· 27 2N335
58·100
CNS
117· 13
+ GESY
SSI
+TEC
117· 14
JAN2N335
TEC
43- 33 2N335A
43- 34
+ETC
43- 35
TADI
49- 30
JAN2N335A
58 - 8
2N335B
50- 86
+ETC
165 - 68
50- 87 2N336
165- 69
CNS
+ GESY
51- 21
551
166- 61
51- 22 JAN2N336
166- 60
TEC
2N336A
51- 35
+ ETC
167 - 45
TADI
51- 36
167- 46 JAN2N336A
2N337
54- 39
tETC
PHIC
SCA
54 - 44
+TEC

tETC
ITC
+ MOTA
tt;GESY 54· 46
ITC
+ MOTA
+t;GESY 53· 10
ITC
+ MOTA
MGESY 53· 36
ITC
+ MOTA
+t;GESY 53· 50
ITC
+ MOTA
+ KSC
124· 16
KSC
124- 13
+t;RAYN 62· 25
tETC
551
+ Til
TIIB
+t;CRY
68· 36
551
TADI
+t;RAYN 62· 31
tETC
551
+ Til
TIIB
CRY
68· 14
SOD
+t;CRY
68· 39
551
TADI
+"RAYN 68· 9
tETC
551
+Til
TIIB
CRY
68· 15
SOD
+t;CRY
68· 45
551
TADI
CRY
68· 7
551
ETC
55· 80
ITC
MOTA
MOTA 52· 97
+t;TII
74· 48
tETC
SCA
+TEC
TIIB
+t;GESY 94· 90
SSI
Til
+t;TII
74· 53
+ ETC
SCA
+TEC
TIIS
GESY 74· 32
Til
+t;GESY 94· 91
SSI
Til
none
94·84
+t;TII
74· 55
+ETC
SCA
+ TEC
TIIS
+t;GESY 94- 92
SSI
Til
+t;TII
74· 60
• ETC
SCA
TADI
TEK
TIIB
GESY 74- 33
Til
+t;GESY 94- 93
SSI
TEC
Til
GESY 94- 85
TEC
+t;GESY 94- 94
SSI
TADI
+t;TII
74- 70
+ETC
SCA
TADI
+TEC
GESY 74- 34
Til
+t;GESY 94- 95
SSI
TEC
Til
none
94- 86
+t;TII
73- 54
+ GESY
PHIN
SSI
TIIS

+-Indicates manufacturer's data sheet available
in Transistor Information Microfile (TIM)

YPE No.

/ic
2N337A
• ETC
2N338
• ETC
PHIN
SSI
JAN2N338
TEC
2N338A
• ETC
2N339
• ETC
2N339A
2N340
• ETC
2N340A
2N341
• ETC
JAN2N341
2N341A
2N342
• ETC
JAN2N342
2N342A
• ETC
JAN2N342A
2N342B
2N343
• ETC
JAN2N343
2N343A
2N343B
2N344
2N345
2N346

No. CROSS
1. TYPE
MFRS Pa&Line TYPE No.

MFRS Pa&Line TYPE No.

¥I~:SY

73·55

."GESY
SSI
TEC
."TII
PHIC
SCA
.TEC
TIIB
GESY
Til
"GESY
SSI
TEC
."TII
+TEC
."TEC
• ETC
."TII
• TEC
."TEC
+ETC
."TII
• TEC
TEC
Til
."TEC
•
ETC
.t.TII

94· 98

• TEC
TEC
Til
.t.TII
TEC
none

ETC
TEC
."TII
• TEC
TEC
Til
ETC
TEC
ETC
TEC
• SSI
SPR
• SPR
SSI
• SPR
SSI

73·61

73· 62
168· 65
94·103
103· 15
103· 39
103· 16
103· 40
103· 17
99· 57
103· 41
103· 18
103· 21
103· 19
103· 22
103· 24
103· 20
103· 23
72· 66
131· 89
103· 25
43· 15
43· 16
43· 17

2N350
."MOTA 119· 70
KSC
• ETC
SOD
2N350A
."MOTA 119· 71
KSC
• ETC
SOD
.t.MOTA 119· 72
2N351
ATEI
tETC
SOD
KSC
.t.MOTA 119·73
2N351A
KSC
• ETC
SOD
57·70
2N356
"GIC
164·103
• ETC
58· 9
2N356A
"GIC
tETC
161· 28
57·76
2N357
"GIC
165· 77
• ETC
t.GIC
58· 10
2N357A
161· 21
+ETC
t.GIC
57·79
2N358
165·109
• ETC
58· 11
2N358A
"GIC
161· 22
• ETC
GIC
58· 12
JAN2N358A
Til
161· 23
+ETC
52·36
2N359
ITC
• ETC
52· 31
2N360
ITC
+ETC
52· 32
2N361
ITC
+ETC
52· 30
2N362
ITC
GIC
+ETC
52·27
2N363
ITC
+ETC
58· 27
2N364
58·32
2N365
• ETC
+ETC
58·41
2N366
49· 65
2N367
•+ETC
ETC
49· 67
2N368
50·
23
2N369
• ETC
+t.MOTA 119· 74
2N375
KSC
• ETC
.SOD
2N376
."MOTA 119· 75
+ETC
ATEI
SOD
KSC
2N376A
."MOTA 119· 76
KSC
• ETC
SOD
58· 64
2N377
• Til
ETC
165· 79
.GIC
58· 65
2N377A
• ETC
.GIC
165· 80
118·
63
2N378
• ETC
• MOTA
KSC
SOD
118· 64
2N379
• DEL
KSC
• ETC
SOD
• MOTA

D.A. T.A. INC.

2N38~ ETC

• DEL
KSC
• MOTA
SOD
2N381
tETC
• MOTA
ITC
2N382
• ITC
ETC
GIC
• MOTA
tETC
2N383
• MOTA
ITC
2N384
."RCA
• NPC
RCA
JAN2N384
tETC
2N385

118· 65 12N404A
(cant.)
• Til
54· 47 JAN2N404A
RCA
55·36 2N405
2N406
ATEI
54· 55 2N407
2N408
ATEI
48· 68

INDEX
• TIIF
SES
GIC
Til
tETC
."RCA
tETC
tETC
."RCA
tETC
NPC
+ETC
tETC
+ETC
+ETC
CNS
• GESY
.ITC
+ETC
CNS
• GESY
.ITC
.RCA
+ETC
"ITC
ETC
"ITC
ETC
ETC
ETC
CNS
.GIC
.ITC
Til
CNS
.GIC
.ITC
Til
."SOD
KSC
."SOD
KSC
."SOD
KSC
."SOD
KSC

48· 5 2N409
58· 66 2N410
2N411
•+ETC
GIC
58· 68 2N412
2N385A
.GIC
2N413
+ETC
ESMF 58· 84
2N388
.GIC
165·101
GIC
• ETC
MISI
2N413A
IDC
2N414
PHIN
• RADF
NPC
+ETC
• Til
GIC
TIIF
GIC
JAN2N388
58· 53
Til
161· 25 2N414A
RCA
58· 69 2N414B
2N388A
•• Til
ETC
165·103
GIC
2N414C
TIIF
149· 6
2N389
."TII
SEN
2N415
ETC
2N415A
• SIL
• SLA
2N416
SPC
• SOD
SSI
.TEC
+ETC
TIIB
SIL
149· 39 JAN2N416
JAN2N389
2N417
SLA
Til
.t.SIL
149· 7
+ETC
2N389A
SEN
ETC
.SOD
JAN2N417
• SLA
2N418
SPC
SSI
Til
+ETC
TEC
+ADEL
121· 98 2N419
2N392
tETC
KSC
+ETC
SOD
2N420
43· 28
2N393
• SPR
• ETC
169· 65 2N420A
MOTA 43· 62
JAN2N393
SPR
2N422• ETC
• ETC
ITC
2N394
."GESY 50· 74
ITC
JAN2N422
none
+ETC
50·103
2N424
2N394A
."GESY
."TII
ETC
IDC
• ETC
RAYN
SEN
2N395
."GESY 53· 84
165· 44
tETC
GIC
• SIL
• SLA
RAYI
.SOD
SPC
ITC
TlIF
SSI
.TEC
Til
TIIB
2N396
."GESY 51· 1
165· 95 JAN2N424
SIL
ESMF tETC
Til
ITC
SLA
GIC
2N424A
+ASIL
MISI
ETC
RADF • NPC
RAYI
SEN
SOD
Til
.SOD
• SLA
SPC
TIIF
SSI
TEC
Til
2N396A
."GESY 53· 88
ESMF tETC
165· 62 2N425
CNS
GIC
GIC
ITC
•
ETC
.ITC
MST
MISI
PHIN
JAN2N425
none
RADF
RAYI
TIIF
GESY 53· 89 2N426
CNS
JAN2N396A
.GIC
+ETC
2N397
."GESY 53·110
.ITC
MST
ESMF tETC
166· 58
.TII
GIC
ITC
JAN2N426
none
MISI
NPC
•
PHIN
RADF
RAYI
Til
2N427
CNS
TIIF
+ETC
GIC
.ITC
2N398
43·108
MST
."RCA
ETC
• MOTA
.TII
RAYI
JAN2N427
Til
• Til
TIIF
2N398A
CNS
."MOTA 49 ·101 2N428
ETC
RAYI
GIC
• ETC
.ITC
MST
•
RCA
•
Til
JAN2N398A
MOTA 49· 75
.TII
• NPC
RCA
JAN2N428
GIC
2N398B
+ARCA
Til
55· 7
2N428A
ETC
• Til
2N399
+ASOD
116· 17
GIC
2N438
+ETC
KSC
CNS
2N400
+ASOD 116· 18
+ETC
• GIC
KSC
Til
• ETC
2N401
."SOD 116· 19 2N438A
• Til
ETC
KSC
GIC
• ETC
ETC
52· 52 2N439
CNS
2N402
ETC
.GIC
2N403
52· 54
• ETC
CNS
51· 25
Til
2N404
+ETC
ESMF • ETC
166· 63 2N439A
GIC
GIC
• GESY
2N440
CNS
IDC
ITC
+ETC
.GIC
MISI
NPC
• RADF
Til
PHIN
RAYI
2N440A
tETC
SES
• TIIF
• Til
GIC
VALG
2N441
."DEL
JAN2N404
GIC
50· 75
• MOTA
• ETC
RCA
Til
PHIC
MULB
RADF
2N404A
CNS
50· 76
PHIN
165· 41 2N442
ESMF • ETC
."DEL
GIC
•
MOTA
+ETC
• GESY
MISI
PHIC
MULB
IDC
RADF
MST
• NPC
RAYI
2N443
."DEL
• RCA
cont.next col.
cont.next col.
,0,·Registered with JEDEC
by this manufacturer

IN TYPE NUMBER SEQUENCE
TYPE No.
MFRS
12N443
12N475
(cant.)
tETC
(cant.)
tETC
• MOTA
MULB
SCA
Til
+ATEC
57· 66 2N475A
50· 77 2N444
"GIC
tETC
SCA
tETC
tETC
49· 78 2N444A
58· 17 2N476
."TEC
57· 67
ETC
SCA
49· 79 2N445
"GIC
tETC
Til
58· 23 2N477
49· 31 2N445A
."TEC
"GIC
ETC
SCA
49· 32
• ETC
2N446
57·75
Til
"GIC
tETC
2N478
."TEC
.GESY
46· 17 2N446A
58· 54
+ETC
"GIC
tETC
46· 18
SCA
Til
46· 37 2N447
57· 80 2N479
."TEC
"GIC
.GESY
tETC
46· 38
• ETC
Til
58· 74
SCA
52· 33 2N447A
"GIC
+ETC
2N479A
."TEC
GESY
2N447B
ETC
161· 14
• ETC
GIC
2N480
50· 46
."TEC
.GESY
tETC
ETC
57·42
52· 40 2N448
SCA
Til
• GESY
2N449
."TEC
."GESY 57· 46 2N480A
GESY
tETC
+ETC
tETC
ETC
51· 12 2N481
50·104 2N450
ITC
ITC
53· 98
• GESY
2N456
+ETC
118· 52 2N482
• ITC
ETC
KSC
53· 99
.SOD 163· 48
2N456A
119· 77 2N483
+ETC
."TII
+ETC
GIC
ITC
51· 7
• DEL
KSC
• MOTA
2N484
51· 8
• ETC
.SOD
TIIB
ITC
52· 41
2N456B
+ETC
119· 78 2N485
."TII
ITC
tETC
• DEL
+ETC
KSC
.SOD
2N486
50· 88
ITC
52· 45 JAN2N456B
SOD 122· 91
Til
2N489
."GESY
.TII
2N457
S51
+ETC
118· 53
IDC
TIIB
51· 28
KSC
163· 49
2N489A
116· 20
."GESY
• SOD 119· 79
2N457A
.t.TII
Til
•
SSI
178· 55
TIIB
+ETC
116· 21
• IDC
DEL
JAN2N489A
GESY
KSC
Til
116· 22
• MOTA .SOD
TIIB
2N489B
178· 56
."GESY
• Til
+ATII
SSI
116· 23 2N457B
119· 80
TIIB
178· 57
• IDC
DEL
• KSC
ETC
2N490
49· 89
."GESY
• Til
.SOD
SSI
TIIB
49·102 JAN2N457B
SOD 122· 92
Til
149· 20
2N490A
."GESY
2N458
SSI
• Til
+ETC
118· 54
KSC
TIIB
• SOD 119· 81 JAN2N490A
GESY
2N458A
."TII
Til
• DEL
•• ETC
KSC
MOTA
2N490B
."GESY
SSI
• Til
TIIB
• SOD
TIIB
149· 40 2N458B
119· 82
."TII
.t.GESY
2N490C
• ETC
• DEL
KSC
SSI
149· 8
.SOD
JAN2N458B
SOD 122· 93 2N491
."GESY
• Til
Til
SSI
2N459
TIIB
+ETC
118· 66
KSC
• MOTA 165· 70 2N491A
."GESY
TIIB
tETC
119· 83
.TII
52· 38 2N459A
• MOTA
JAN2N491A
GESY
165· 40
2N460
+ETC
Til
54· 34
ITC
• MOTA
2N491B
50· 47
."GESY
SSI
• Til
164· 69 2N461
."MOTA 54· 52
52· 39
+ETC
TIIB
• GESY
162· 54
GIC
ITC
2N492
."GESY
• Til
JAN2N461
GESY 54·108
SSI
MOTA
TIIB
none 117· 15 2N492A
50· 55 JAN2N463
."GESY
164· 96 2N464
+ETC
52· 25
SSI
Til
• TIIB
ITC
52· 43
• GIC
166· 56
JAN2N492A
GESY
• MOTA
JAN2N464
none
49· 68
Til
2N465
tETC
52· 26 2N492B
."GESY
ITC
50· 89
SSI
• GIC
• Til
165· 63
TIIB
• MOTA
52· 44 JAN2N465
MOTA 49· 71 2N492C
."GESY
166·109 2N466
SSI
tETC
52· 28
GIC
ITC
2N493
."GESY
• MOiA
SSI
.TII
51· 9 JAN2N466M
GIC
49· 72
TIIB
166· 36
MOTA
2N493A
."GESY
51· 10 2N467
+ETC
SSI
•
Til
52· 35
.GIC
ITC
TIIB
166· 37
GESY
58· 46
JAN2N493A
• MOTA
165· 4 JAN2N467
MOTA 49· 84
Til
2N470
77·
34
2N493B
."GESY
."TEC
+ETC
50· 73
SCA
SSI
• Til
Til
TIIB
57·78 2N471
77· 35 2N494
."GESY
."TEC
+ETC
SCA
SSI
• Til
TIIB
Til
50·107 2N471A
77· 36 2N494A
."GESY
."TEC
+ETC
SOIF
SSI
58· 75 2N472
77· 37
• Til
TIIB
."TEC
166· 13
+ETC
SCA
JAN2N494A
GESY
Til
Til
51· 11 2N472A
77· 38 2N494B
."GESY
."TEC
SSI
+ETC
SCA
SOIF
• Til
TIIB
122· 88 2N473
77· 39
."TEC
+ETC
SCA
2N494C
."GESY
SOIF
SSI
Til
2N474
Til
77· 40
."TEC
SPR
122· 89
+ETC
SCA
2N495
Til
2N496
SPR
2N474A
.t.TII
77· 41 2N497
."TEC
+ETC
ETC
HSC
122· 90 2N475
77·42
• GESY
ITC
."TEC
cont.nAxt nane
conlnext col.

MFRS Pa&Line TYPE No.

3

MFRS Pa&Lin

+-Indicates manufacturer'S data sheet available
in Transistor Information Microfile (TIM)

P!l&Line

77· 43
77· 48
77· 49
77· 50
77· 51
77· 44
77·52
77·45
50· 56
50· 69
50· 98
51· 13
50·108
51· 23
187· 71
187·72
187·73
187·74
187·75
187·76
187· 77
187· 78
187·79
187· 80
187·81
187·82
187·83
187·84
187·85
187· 86
187·87
187· 88
187·89
187· 90
187·91
187· 92
187· 93
187· 94
187· 95
187·96
187·97
60·100
60· 94
133· 21

YI't: No.

I!.I

MFRS Pa&Line
t::it'R

2N779A
94- 80
87- 70
178- 41

9217987 178-

81
46
71
39

86176 92179 96-

93
71
82
47
18

87- 72
180- 43·

93-110
83-101
83-102
94-109
95- 76
94-110
95- 77
95- 33
95- 1
95- 78
95- 2
95- 3

95 - 79

95- 34
95- 4
95- 5

95- 80

95 - 35
95- 6
95- 81
95- 82
43- 65

cont.next col.

6-Registered with JEDEC
by this manufacturer

5

1~~:

n

MOTA 45- 11
+ SPR
179 - 29
2N780
tllT11
84 - 74
tETC
2N782
49- 36
+ SES
160- 90
2N783
+ ETC
86- 22
tFSC
ITT
173 - 70
RAYN
SES
SGSI
2N784
+ ETC
86- 23
+ ITT
MINA 173 - 73
RAYN
SES
SGSI
2N784A
tETC
91- 99
MINA
RAYN 176- 93
2N794
+ SPR
51- 42
169- 15
2N795
51- 46
+ SPR
170- 44
2N796
+ SPR
51- 49
170 - 94
2N797
58- 90
+"'TII
TIIB
180- 81
2N821
GIC
57 - 58
72- 44
166- 14
2N827
+"'MOTA 51- 64
2N828
"'MOTA 51- 77
+ SES
179- 1
2N828A
+"'MOTA 51-104
2N829
+"'MOTA 51 ~ 78
177- 42
2N834
+"'MOTA 87- 94
ESMF 179- 77
+CDC
ETC
tFSC
HSC
+GIC
IDC
+ ITT
RAYN
SES
+TEC
SGSI
2N834A
ITT
92- 83
RAYN
SGSI 179- 78
2N835
+"'MOTA 87- 91
ETC
tFSC
179- 35
+ GIC
HSC
RAYN
+ ITT
SES
SGSI
+TEC
2N837
49- 37
"'SES
160- 36
2N838
+"'MOTA 51- 79
2N839
83·103
+"'TEC
+ ETC
+ CDC
2N840
83-104
t"'TEC
tETC
+CDC
+ MOTA
SCA
2N841
84- 24
+"'TEC
tETC
+CDC
+ MOTA
2N842
83-105
+"'TEC
ETC
SCA
2N843
84- 25
+"'TEC
ETC
SCA
2N844
84- 48
+"'TEC
SCA
2N845
84- 49
+"'TEC
SCA
2N846A
+ SPR
45- 12
179- 30
2N849
87-104
+ "'Til
SCA
TIIF
87-105
2N850
+ "'Til
SCA
TIIF
2N851
88- 15
+"'TII
SCA
TIIB
TIIF
2N852
88- 16
+"'TII
SCA
TIIB
TIIF
2N858
+ CRY
61- 5
SSI
166- 71
+ SPR
TADI
2N859
+ CRY
61- 6
SSI
166- 68
+ SPR
TADI
2N860
+ CRY
61- 7
• SPR
SSI
166- 69
TADI
2N861
+ CRY
61- 19
SSI
+ SPR
167- 73
TADI
t CRY
2N862
61- 8
SSI
166- 70
+ SPR
TADI
2N863
+ CRY
61- 20
SSI
+ SPR
167- 72
TADI
2N864
+ CRY
61- 21
SSI
+ SPR
167 - 71
TADI
2N864A
63-100
"'CRY
166-107
2N865
+ CRY
61- 28
SSI
170- 34
+ SPR
2N865A
63-108
"'CRY
167 - 74
66.109
2N869
+"'FSC
+AML
ETC
HUGS + MOTA
TADI
SSI
TEC

+-Indicates manufacturer's data sheet available
in Transistor Information Microfile (TIM)

YPE No.
I:lN!SlSlItMOTA
SGSI
TADI
JAN2N869A
2N870
tCDC
t ETC
RAYN
SGSI
TEC
2N871
tCDC
t ETC
t RAYN
SGSI
TEC
TIIB
2N909
SES
TEC
2N910
AML
ETC
tMOTA
SES
TADI
+ Til
JAN2N910
CDC
RAYN
2N911
AML
ETC
tMOTA
SES
TADI
t Til
JAN2N911
FSC
2N912
+CDC
HUGS
SES
TADI
JAN2N912
RAYN
2N913
2N914
BEll
ESMF
HUGS
INTG
LTTF
MISI
MULB
NTLB
RADF
SES
STCB
TEC
TFKG
TIIB
JAN2N914

1. TYPE No. CROSS INDEX
MFRS Pa&Line TYPE No.
MFRS Pg&Line

MFRS Pa&Line TYPE No.

tl>~~~N 1~~:l~i
SSI
TEC
FSC
MOTA
tUSC
ESMF
HUGS
SES
TADI
tTIl
TIIB
tl>FSC
ESMF
HUGS
SES
TADI
+ Til
+TRW
ETC
SGSI
+TRW
+USC
+CDC
HUGS
t RAYN
SGSI
TEC
+TRW
AML
FSC
Til
MFSC
+ CDC
HUGS
+ RAYN
SGSI
TEC
+TRW
CDC
RAYN
Til
+l>FSC
ETC
+ RAYN
SGSI
TEC
+ Til
FSC
Til
HUGS
SCA
+l>FSC
CNS
+ ETC
IDC
ITT
MINA
+ MOTA
+ NPC
PHIC
+ RAYN
SGSI
TADI
TEK
+ Til
TIIF
VALG
MOTA

SCA
2N914/46
+l>FSC
2N915
CDC
+AML
MINA
tETC
MOTA t RAYN
SGSI
SES
Til
TADI
TIIB
+l>AML
2N915A
TADI
+l>FSC
2N916
CDC
tAML
IDC
tETC
LTTF
+ MOTA
SES
+ RAYN
tTIl
TADI
TRW
TIIB
AML
JAN2N916
MOTA
FSC
Til
RAYN
TRW
tl>AML
2N916A
TADI
RAYN
llAML
2N916B
TADI
tAML
2N917
ECD
tCDC
ETC
ESMF
t
NSC
ITT
t RAYN tRCA
TADI
SSI
TEC
+ Til
+TRW
TIIF
RAYN
2N917A
SSI
tl>FSC
2N918
tAML
APX
ECD
t CDC
ETC
ESMF
INTG
FERB
LTTF
ITT
tMOTA
MISI
cant.next col.

D.A. T.A. INC.

67· 88
180· 82
95· 7

i:l~1I1!S.

(cont.)

t NPC
NTLB
RADF
t RCA
SSI
TADI
tTIl
TIIF

JAN2N918
FSC
NSC
95· 36
RCA
2N919
2N920
93· 42 2N921
2N922
95· 72 2N923
SOD
2N924
SOD
2N925
SOD
2N926
95·37

SOD
2N927
SOD

95· 8 2N928

95· 9
95· 54

94·102
92· 26
92· 79
179· 44

91·100
180· 22
92· 80
91· 52

92· 84

SOD
2N929
+AML
CNS
ETC
tFSC
INTG
MINA
+ MOTA
+ NSC
PHIC
RADF
SES
+ SOD
TADI
TIIB
UEHK
JAN2N929
CDC
GIC
MOTA
RAYN
TEC
2N929A
+AML
GIC
NSC
TADI
Til
TIIF
2N930
+AML
CNS
ETC
tFSC
INTG
MINA
+ MOTA
+ NPC
NTLB
PHIN
+RAYN
SGSI
STCB
+TEC
TIIF

91·101 JAN2N930
CDC
GIC
MOTA
RAYN
TEC
2N930/46
91·102 2N930/TNT
2N930A
tAML
GIC
NSC
92· 85
SCA
tTEC
92· 86
TIIB
79· 97
2N930B
2N935
t CRY
TADI
2N936
+ CRY
TADI
79· 62
2N937
t CRY
79· 63
TADI
2N938
t CRY
TAD I
2N939
+ CRY
TADI

MULB
t NSC
PHIC
t RAYN
SGSI
STCB
TEC
TIIB
UEHK
VALG
AML
79·64
MOTA
RAYN
TEC
Til
tETC
91· 12
MULB 173· 82
tETC
91· 13
MULB 173· 83
tETC
92· 47
178·27
+ ETC
92·48
CRY
60· 65
SSI
CRY
60· 66
SSI
CRY
60· 67
SSI
CRY
60· 68
SSI
CRY
60· 69
SSI
CRY
60· 70
SSI
MTII
83·106
CDC
ESMF
FERB
+ GIC
+ ITT
MISI
MULB
NTLB
PHIN
+ RAYN
SGSI
STCB
+TEC
TIIF
VALG
AML
84·45
FSC
ITT
NSC
SOD
Til
l>SOD
94·104
+ CDC
+ MOTA
+ RAYN
+TEC
TIIB
UEHK
+llTIl
83·107
CDC
ESMF
FERB
+GIC
+ ITT
MISI
MULB
t NSC
PHIC
RADF
SES
tSOD
TADI
TIIB
UEHK
VALG
AML
85·58
FSC
ITT
NSC
SOD
Til
SCA
93· 35
TEC
72· 82
l>SOD
94·105
tCDC
tMOTA
t RAYN
TADI
Til
TIIF
UEHK
tAML
94·106
RAYN
tl>SOD
68· 5
SSI
TEC
tl>SOD
68· 6
SSI
TEC
tl>SOD
68· 8
SSI
TEC
tl>SOD
62· 44
SSI
TEC
tl>SOD
62· 69
SSI
TEC

.6,.Registered with JEDEC
by this manufacturer

I:lNII4Ut CRY
TADI
2N941
t CRY

tl>~~11J

TEC
tl>SOD
SSI
TADI
2N942
tl>SOD
tCRY
SSI
TADI
2N943
tllSOD
t CRY
SSI
TADI
2N944
tl>SOD
t CRY
SSI
TADI
2N945
tl>SOD
t CRY
SSI
TAD I
2N946
+llSOD
+ CRY
SSI
TADI
2N947
SGSI
SSI
2N956
+l>FSC
+ CDC
ESMF
tETC
GIC
HSC
HUGS
tMOTA
NSC
+ RAYN
SES
SGSI
TADI
TEC
+TII
TIIB
+TRW
VALG
2N957
ETC
HUGS
RAYN
TEC
2N960
+l>MOTA
+ SES
Til
TIIB
TIIF
2N961
+l>MOTA
+ SES
+TII
TIIB
TIIF
2N962
+l>MOTA
t SES
+ Til
TIIB
TIIF
JAN2N962
MOTA
Til
2N963
+l>MOTA
+ Til
+ SES
TIIB
+l>MOTA
2N964
+ SES
+ Til
TIIB
TIIF
JAN2N964
MOTA
Til
2N964A
+llMOTA
+ SES
2N965
+l>MOTA
t SES
+ Til
TIIB
TIIF
+l>MOTA
2N966
t SES
+ Til
TIIB
TIIF
2N967
+llMOTA
+ SES
tTll
2N968
+l>MOTA
+TII
+ SES
2N969
+l>MOTA
+ Til
+ SES
2N970
+l>MOTA
+ SES
+ Til
2N971
+llMOTA
+ SES
+ Til
2N972
+l>MOTA
+ Til
+ SES
2N973
+llMOTA
+ SES
+ Til
2N974
+l>MOTA
+ SES
+ Til
2N975
+llMOTA
t SES
+ Til
2N976
+ SPR
SSI
2N978
+llFSC
ETC
SGSI
TEC
2N979
tl>SPR
IDC
2N980
tl>SPR
2N981
NSC
tl>SPR
2N982
2N983

tl>SPR

tl>SPR
IDC
tllTIl
2N985
tMOTA t SES
2N986
tl>FSC
JAN2N986
none
2N987
tl>APX
MULB
PHIC
JAN2N987
APX
2N988
SCA
SCA
2N989
2N990
tl>APX
PHIC
2N991
PHIC
2N992
PHIC
2N993
tl>APX
PHIC
2N994
t SES
2N984

6

IN TYPE NUMBER SEQUENCE
TYPE No.

MFRS P &Line TYPE No.

I:lN""o AKER t~A'M\
tMOTA
SSI
62· 94
tTIl
TEC
188· 68
TIIB
2N996
tUSC
62· 92
SSI
TADI
188· 69
TEC
2N997
tl>TII
t GESY
62· 45
tFSC
188· 70
t RAYN
SSI
TADI
TIIF
~2· 46 2N998
tl>FSC
188· 71
tAML
t GESY
tMOTA t RAYN
62· 47
SSI
TADI
188· 72 2N999
tl>FSC
t GESY tMOTA
62· 48
SSI
+ RAYN
188·73
TADI
2Nl000
tETC
91· 14
2Nl007
tETC
95·108
KSC
2Nl008
tETC
ITC
+ MOTA
2Nl008A
tETC
ITC
+ MOTA
2Nl008B
+ ETC
ITC
+ MOTA
JAN2Nl008B
MOTA
2Nl0l0
tETC
2Nl0ll
+l>SOD
82· 46
+ DEL
+ ETC
KSC
MOTA
JAN2Nl0ll
DEL
51· 80
SOD
MOTA
177· 43 2Nl012
+llGIC
tETC
51· 81 2Nl015
+l>WESY
177· 44
tETC
SEN
SLA
+ SIL
51· 82
SPC
177· 45 2Nl015A
+l>WESY
tETC
SEN
51· 83
+ SIL
SLA
177· 46
SPC
SSI
51· 65 2Nl015B
+l>WESY
176· 40
tETC
SEN
+ SIL
SLA
51· 84
SPC
SSI
177· 47 2Nl015C
+l>WESY
tETC
SEN
51· 85
+ SIL
SLA
177· 48
SPC
SSI
51· 86 2Nl015D
+l>WESY
179· 39
SEN
+ ETC
t SIL
51· 87
SLA
177· 49
SPC
SSI
2Nl015E
+l>WESY
51· 88
SEN
+ SIL
SPC
177· 50
SLA
SSI
51· 66 2Nl015F
SLA
176· 41
SPC
51· 89 2Nl016
MWESY
177· 60
tETC
SEN
SLA
51· 90
+ SIL
177· 61
SPC
SSI
51· 91 2Nl016A
MWESY
177· 68
tETC
SEN
SLA
51· 92
+ SIL
177· 69
SSI
SPC
51· 93 2Nl016B
+l>WESY
177· 62
tETC
SEN
51· 94
t SIL
SLA
177· 63
SPC
SSI
51· 95 JAN2Nl016B
SIL
177· 64
WESY
51· 96 2Nl016C
+l>WESY
177· 65
tETC
SEN
SLA
47·89
+ SIL
175· 44
SPC
SSI
66· 24 JAN2Nl016C
SIL
WESY
2N1Q16D
tl>WESY
44· 95
tETC
SEN
171· 52
t SIL
SLA
44· 96
SPC
SSI
95· 10 JAN2Nl016D
SIL
45·21
WESY
179· 31 2Nl016E
tl>WESY
45·22
SEN
t SIL
179· 32
SLA
SPC
SSI
45· 13
178· 13 2Nl016F
SLA
51· 97
SPC
177· 8 2Nl017
ETC
tlTC
186· 78
MST
186· 79 2Nl018
ETC
47·33
ITC
2Nl021
MTII
t DEL
t ETC
47· 19
t MOTA
86·100
KSC
t SOD
86·101
TIIB
2Nl021A
MTII
45·53
t DEL
tETC
KSC
t SOD
45· 54
45· 52 JAN2Nl021A
SOD
Til
45· 55
2Nl022
MTII
t DEL
KSC
52· 87
tMOTA +SOD
160· 50
TIIB
ij2· IU

OO·IIU

67· 30
173· 23
94· 81

190· 34

190· 35

58· 67
165· 86
118· 11
52· 20
52· 21
52· 22
52· 19
57· 1
117· 16
117· 17
58· 34
177·70
155· 23
163· 19
155·24
163· 20
155· 25
163· 21
155· 26
163· 22
155· 27
163· 23
155· 28
163· 24
155·29
163· 25
155·30
163· 26
155·31
163· 27
155· 32
163· 28
155·33
155·34
163· 29
155·35
155·36
163· 30
155·37
155·38
163· 31
155· 39
163· 32
52· 46
52· 47
119· 93

119· 94
122·106
119·95

I"N 1oz/teL

MFRS Pll&Line

tl>~~c

tSOD
JAN2Nl022A
SOD
Til
2Nl023
MRCA
2Nl024
tl>SOD
t CRY
t ETC
NSC
t RAYN
TADI
2Nl025
tl>SOD
t CRY
tETC
t RAYN
TADI
JAN2Nl025M
CRY
SOD
2Nl026
tl>SOD
tCRY
tETC
t RAYN
TADI
2Nl026A
CRY
tETC
JAN2Nl026M
CRY
SOD
2Nl027
+l>SOD
+ CRY
tETC
+ RAYN
2Nl028
+l>SOD
+ CRY
tETC
+ RAYN
2Nl029A
KSC
2Nl029B
KSC
2Nl029C
KSC
2Nl031
+llSOD
tETC
2Nl031A
+llSOD
tETC
2Nl031B
+l>SOD
tETC
2Nl031C
+llSOD
2Nl032
tl>SOD
tETC
2Nl032A
tl>SOD
tETC
2Nl032B
+l>SOD
2Nl032C
+l>SOD
2Nl034
+l>RAYN
+ CRY
ETC
TADI
+ SOD
2Nl035
+l>RAYN
+ CRY
ETC
+ SOD
TADI
2Nl036
+l>RAYN
+ CRY
ETC
+ SOD
TADI
2Nl037
+l>RAYN
+ CRY
ETC
+ SOD
TADI
2Nl038
+l>TII
+ KSC
+ MOTA
+ NPC
+SOD
2Nl038·1
KSC
SOD
2Nl038·2
KSC
SOD
2Nl039
tl>TII
ESMF
IDC
+ KSC
MISI
+ MOTA
NPC
+SOD
JAN2Nl039
KSC
Til
SOD
2Nl039·1
KSC
SOD
2N 1039·2
KSC
SOD
2Nl040
+llTII
ESMF + KSC
tMOTA
MISI
+ NPC
+SOD
2N 1040·1
KSC
SOD
2N 1040·2
KSC
SOD
2Nl041
+l>TII
ESMF
IDC
+ KSC
MISI
+ MOTA + SOD
JAN2Nl041
KSC
SOD
Til
2Nl041·1
KSC
SOD
2Nl041·2
KSC
SOD
tl>TII
2Nl042.
t KSC
MOTA
t SOD
JAN2Nl042
KSC
SOD
Til
2N 1042·1
KSC
SOD
KSC
2N 1042·2l>
2Nl042·2~
SOD
tl>TII
2Nl043
MOTA
+ KSC
t SOD
JAN2Nl043
KSC
Til
SOD
2N 1043·1
KSC
SOD
KSC
2N 1043·2l>
SOD
2Nl043·2~
2Nl044
+l> Til
t KSC
MOTA
tSOD

+-Indicates manufacturer's data sheet available
in Transistor Information Microfile (TIM)

119· 96
122·107
48· 74
62· 49

62· 50
62· 51
62· 71
68· 37
62· 72
62· 88
62· 91
113·
113·
113·
119·

80
81
82
97

119· 98
119· 99
119 ·100
119·101
119·102
119·103
119·104
62· 26
62· 32
62· 35
62· 33
114·73
114· 49
114· 50
114· 74

55 ·108
114·51
114· 52
114· 75

114· 53
114· 54
114·76

55·109
114·55
114· 56
114· 57
163· 55
114· 77
114·58
114·
114·
114·
163·

59
60
61
56

114·78
114· 62
114·
114·
114·
163·

63
64
65
57

TYPE No.
IJAN2N 1~6ri
2Nl044-1
2N 1044-2t.
2Nl044-2iZ!
2Nl045
• KSC
JAN2Nl045
SOD
2Nl045-1

~~C
KSC
SOD
KSC
SOD
.t.TII
MOTA

• KSC
SOD
Til
KSC
SOD
2N 1045-2t.
KSC
2N 1045-2iZ!
SOD
.t.TII
2Nl046
TIIB
ETC
JAN2N• 1046
Til
2Nl046A
• ETC
TIIB
2Nl046B
• ETC
TIIB
.t.TII
2Nl047
• SIL
• ETC
SPC
+ SLA
2Nl047A
.t.TII
• SIL
• ETC
SPC
• SLA
SIL
JAN2Nl047A
SLA
Til
.t.TII
2Nl047B
ETC
• SIL
.SLA
SPC
.t.TII
2Nl048
• SIL
• ETC
SPC
• SLA .t.TII
2Nl048A
• SIL
• ETC
SPC
• SLA
JAN2Nl048A
SIL
SLA
Til
.t.TII
2Nl048B
t SIL
ETC
SPC
• SLA
.t.TII
2Nl049
t
SIL
• ETC
SPC
• SLA
.t.TII
2Nl049A
t SIL
• ETC
SPC
• SLA
SIL
JAN2Nl049A
SLA
Til
2Nl049B
tt. Til
ETC
t SIL
SPC
• SLA
tt.TII
2N1050
t SIL
• ETC
SPC
.SLA
.t.TII
2Nl050A
• ETC
• SIL
SPC
t SLA
SIL
JAN2Nl050A
SLA
Til
.t.TII
2Nl050B
ETC
• SIL
SPC
t SLA
IDC
2Nl051
JAN2Nl051
none
tt.TEC
2Nl052
SCA
2Nl053
SCA
• TEC
tt.TEC
2Nl054
+ETC
MST
SCA
• SSP
t.TEC
2Nl055
SSP
ETC
2Nl056
tt.GESY
2Nl057
ETC
ETC
2Nl058
2Nl059
• ETC
.t.RCA
2Nl066
PHIC
2Nl067
• SPC
SIL
SLA
2Nl068
• SIL
SPC
SLA
+ETC
2Nl069
PPC
• SIL
SLA
• SOD
SPC
SSI
2Nl070
• ETC
PPC
• SIL
SLA
• SOD
SSI
SPC
JAN2Nl072
none
2Nl073
• DEL
2Nl073A
• DEL
2Nl073B
• DEL
2Nl078
2Nl079
+ETC
2Nl080
+ETC
2Nl084
2Nl085

1. TYPE
No. CROSS INDEX
MFRS pg&Line TYPE No.
MFRS P!I&Line TYPE No.

MFRS Pg&Line TYPE No.
114 - 79 2Nl086
114 - 66 2Nl086A

67 2Nl087
68
69 2Nl090
58
• GIC
2Nl091
.GIC
114- 80
2Nl092
114- 70
2Nl093
114 - 71
114- 72 JAN2Nl094
119- 6 2Nl095
2Nl096
115- 69 2Nl097
119- 7
tETC
2Nl098
+ETC
119- 8
2Nl099
+ETC
144-100
2Nll00
+ETC
MULB
144-101
PHIN
114 114 114 163 -

144 - 93 2Nll0l
2Nll02
144-102 2Nll04
2Nl107
144-103 2Nll08
2Nll09
2Nl110
144-104 2Nllll
2Nll11A
2Nl111B
144- 94 2Nll14
144 -105 2N1115
2Nl 1 16
ETC
SCA
'144-106
• SLA
144-107 2Nl117
ETC
• SIL
SPC
144 - 95
144-108 2Nl118
• SPR
JAN2Nl118
144-109
2Nl 1 18A
• RAYN
144-110
2N1119
• SPR
144 - 96 JAN2Nll19

145- 1 2Nl120
+ETC
JAN2Nl120
94 - 82
95 - 62 2N1121
97 - 36
2N1122
97 - 37
2Nl122A
97 - 38
2N1124
2Nl125
97 - 31 2N1128
2N1129
54- 77 2N1130
2N1131
54 - 80
AKER
ESMF
57 - 23
FERB
58- 92
HUGS
48 - 75
MST
NTLB
135 - 16
RADF
164 - 8
138- 60
SGSI
164- 10
TADI
146- 17
• Til
163- 93
JAN2N1131
MOTA
146- 18
TEC
163- 94 2Nl131/46
2Nl131A
TADI
140- 62 2N1132
AKER
160-104
.t.SOD 119·105
CNS
• ETC
• ETC
GIC
• MOTA
ITT
.t.SOD 119-106
MST
• ETC
• MOTA
• NTLB
NPC
.t.SOD 119-107
t MOTA
RADF
KSC
114-110
SGSI
TADI
t. TEC
147- 60
SSI
• Til
t.TEC
147 - 61
SSI
JAN2N 1132
SCA 126- 76
MOTA
tTEC
TEC
TEC
140- 2

D.A. T.A. INC.

.t.GESY
ETC
.t.GESY
ETC
.t.GESY
ETC
ETC
MST
ETC
MST
+ETC
SSI
ETC
MST

57 - 47 2N 1132/46

57 - 48 2Nl132A46
2N 1132A
57 - 49
ITT
• RAYN
57-100
165 - 85 2N 1132B46
57-103 2N 1132B
166- 62
• RAYN
132- 10
TADI
164- 9 2Nl136
+ETC
50- 90
2Nl136A
none
52- 1
+ETC
ETC
94- 87 2Nl136B
ETC
94- 88
+ETC
.t.GESY 49- 17 2Nl137
MST
+ETC
.t.GESY 49- 18
2N1137A
MST
.t.DEL
119-108
+ETC
• MOTA
.t.DEL
119-109 2Nl137B
• MOTA 163- 7
PHIC
2Nl138
RADF
• ETC
VALG
2N 1 138A
ETC
58- 93
+ETC
58- 94 2N1138B
• SCA
ETC
73- 56
167 - 78 2Nl139
ETC
43- 46
ETC
43- 41 2Nl140
43- 40 2N1141
ETC
ETC
43- 42
• MOTA
ETC
43- 43
ETC
43- 44 2N1141A
ETC
43- 45
MOTA
ETC
58- 76 2Nl142
MST
• MOTA
ETC
50- 91
.t.TEC
97 - 44 JAN2N 1142
MST
2N 1 142A
• SIL
SPC
MOTA
SSP
2Nl143
.t.TEC
97- 39
• MOTA
SCA
2N 1143A
•t SLA
SSP
MOTA
TADI
2Nl144
61- 18
• TADI
CRY
2N1145
CRY
60-101
SPR
2N1146
61 - 10
KSC
• CRY
• TAD
SPR I
2Nl146A
t CRY
61- 13
KSC
TADI 167- 2
CRY
60- 95 2Nl146B
SPR
165- 89
KSC
.t.SOD 117- 18
MOTA
2N1146C
MOTA 119-110
KSC
SOD
.t.GESY 57- 50 2Nl147
ETC
KSC
t SPR
43- 25
168- 91 2N1147A
43- 26
KSC
• SPR
168- 92
+ETC
55 - 61 2Nl147B
55 - 67
KSC
• ETC
50- 17
• ETC
+ETC
49- 87 2Nl147C
+ETC
49- 88
KSC
tt.FSC
70- 83
.AML
2Nl149
ETC
+ETC
GIC
2Nl150
• MOTA
MULB
+ETC
PHIC
2Nl151
• RAYN
SOD
+ETC
• TEC
TIIB
2N1152
+ETC
TIIF
FSC
70· 84
RAYN
2N1153
Til
+ETC
SCA
69· 23
HUGS 70· 85 2Nl154
TEC
169· 79
+ETC
.t.FSC
70- 86
.AML
2N1155
ESMF
+ETC
FERB
HUGS
2Nl156
• MOTA
tETC
MULB
NSC
2Nl157
PHIC
2N 1157A
JAN2N1157A
• RAYN
2Nl158
SOD
2N1158A
• TEC
TIIB
2Nl159
TIIF
tETC
FSC
70- 87
RAYN
2N1160
Til
+ETC

L:,.Registered with JEDEC
by this manufacturer

SCA
SCA
HUGS
• MOTA
TADI
TEC
SCA
HUGS
SCA
TEC
.t.SOD
KSC
.t.SOD
KSC
.t.SOD
KSC
.t.SOD
IDC
KSC
.t.SOD
IDC
KSC
.t.SOD
KSC
.t.SOD
KSC
tt.SOD
KSC
.t.SOD
KSC
tt.TEC
+ETC
+ETC
tt.TII
TIIB
TIIF
t.TII
TlIF
.t.TII
TIIB
TIIF
MOTA
Til
t.TII
TIIF
.t.TII
TIIB
TIIF
t.TII
TIIF
ETC
GESY
ETC
GESY
+ETC
MOTA
• SOD
+ETC
MOTA
.SOD
+ETC
MOTA
.SOD
+ETC
MOTA
.SOD
+ETC
MOTA
.SOD
+ETC
MOTA
• SOD
+ETC
MOTA
.SOD
+ETC
MOTA
.SOD
tt.TII
SCA
• TEC
.t.TII
SCA
.TEC
.t.TII
SCA
• TEC
.t.TII
SCA
.TEC
.t.TII
SCA
.TEC
.t.TII
SCA
.TEC
tt.TII
SCA
.TEC
.t.TII
SCA
tTEC
.t.SOD
.t.SOD
SOD
tETC
t ETC
tt.DEL
KSC
SOD
tt.DEL
KSC
SOD

7

l~t ~~

2Nl1t;lETC

69- 25
70- 88 2Nl162A
170- 42
+ETC
2N1163
69- 26
+ETC
70- 89
170- 43 2N1163A
+ETC
118- 67 2Nl164
+ETC
118- 68
2N 1 164A
118- 69
+ETC
2Nl165
118- 70
+ETC
JAN2N 1165
118- 71
118116116116-

2N1165A
+ETC
72 2N1166
+ETC
37
2Nl166A
+ETC
38
2Nl167
39
+ETC

95- 83 2N1167A
+ETC
94- 99 2Nl168
55- 95
+ETC
2N1169
55- 92 2Nl170
2Nl171
55 - 94
2Nl172
55- 88 JAN2Nl173
55 - 89 JAN2Nl174
55 - 91 2Nl175
+ETC
55- 90 2Nl175A
• GESY
49- 19 2Nl176
49- 20 2Nl176A
2Nl176B
120- 1 2Nl177
2Nl178
2Nl179
120- 2 2Nl180
2N1183
120- 3 JAN2Nl183
2N 1 183A
120- 4
JAN2Nl183A
120- 5 2Nl183B
JAN2N 1183B
120- 6
2N1184
120- 7 JAN2N 1184
2N1184A
120- 8 JAN2Nl184A
2N1184B
74 - 61 JAN2Nl184B
2N1185
74 - 71 2N1186
2Nl187
74- 72
2N1188
74 - 73 2Nl189
2N1190
74 - 75
2N1191
• ETC
99 - 54
2Nl192
+ETC
ITC
2N1193
+ETC
99- 56
ITC
2Nl194
99 - 55

1231231234445 118163-

97
98
99
66
59
73
5

2Nl195

JAN2Nl195
2N1196
2Nl197
JAN2N1197
2N1198
2N1199
118- 74 2N1202
163- 6

IN TYPE NUMBER SEQUENCE
MFRS Pa&Line TYPE No.
.t.MOTA
KSC
SOD
.t.MOTA
KSC
SOD
.t.MOTA
KSC
SOD
.t.MOTA
SOD
tt.MOTA
KSC
SOD
.t.MOTA
SOD
.t.MOTA
KSC
SOD
MOTA
SOD
tt.MOTA
SOD
.t.MOTA
KSC
SOD
.t.MOTA
SOD
.t.MOTA
KSC
SOD
tt.MOTA
SOD
.t.DEL
KSC
SOD
MST
MST
+ETC
ITC
KSC

120· 10
120- 11
120- 12
120- 13
120· 14
120- 15
120- 16
120- 17
120- 18
120- 19
120- 20
120- 21
121- 99
181- 18
181- 19
52- 42

1;316159161none
54161.t.GESY 53• MOTA
MST
+ETC
53MST
+ETC
55 GIC
55 • ETC
+ETC
55 ATEI
46ATEI
46ATEI
46ATEI
46.t.RCA 113KSC
KSC
113RCA
tt.RCA 113KSC
KSC
113RCA
.t.RCA 113KSC
KSC
113RCA
.t.RCA 113 KSC
RCA 113 .t.RCA 113KSC
RCA
113.t.RCA 113KSC
RCA
113tt.MOTA 53+ETC
.t.MOTA 53• ETC
.t.MOTA
53 +ETC
.t.MOTA 53none

• ETC
.t.MOTA
+ETC
.t.MOTA
+ETC
.t.MOTA
ITC
MST
.t.MOTA
GIC
MST
.t.MOTA
GIC
MST
.t.MOTA
•• ETC
MOTA
Til
MOTA
HUGS
HUGS
none

ETC
tETC
tt.SOD
t KSC

MFRS Pa&Line

120- 9 2N1203

34
33
10
19
86
20
82
83
57
58
59
89
90
91
81
50
51
52
53
54
55
56
57
58
59
60
61
65
40
53
62

53- 73
53- 86
53- 41
53- 54
53- 63
53- 66
55- 93
5566666657 75 116-

27
50
54
28
43
8
2

.t.SOD 116- 3
.KSC
2N1204
• MOTA 54- 6
177- 82
2N1204A
• MOTA 54- 5
175- 26
2N1205
ETC
74- 76
TEC
.t.TEC
103- 42
2N1206
+ETC
tt. TEC
103- 43
2N 1207
+ETC
149- 21
2N1208
tt.TEC
ESMF • ETC
SEN
PPC
• SLA
• SOD
SIL
SPC
SSI
SSP
149· 22
.t.TEC
2N1209
ESMF
ETC
PPC
SEN
• SIL
• SPC
SLA
SOD
SSI
SSP
.t.TEC
2N1210
147 - 75
+ETC
SEN
SLA
• SIL
.SOD
SPC
SSI
.t.TEC
147- 76
2N1211
+ETC
SEN
SLA
• SIL
.SOD
SPC
SSI
2N1212
tt.TEC
149- 23
+ETC
PPC
SEN
• SIL
SOD
• SPC
SLA
SSI
SSP
2N1217
.t.GESY 57 - 56
ETC
124 - 18
2N1218
• KSC
2N1219
62· 89
tt.SOD
ETC
• CRY .t.SOD
2N1220
62- 73
ETC
• CRY .t.SOD
2N1221
62- 90
ETC
• CRY .t.SOD
2N1222
62- 74
.CRY
ETC
.t.SOD
62- 75
2N1223
ETC
• CRY .t.RCA
2N1224
48- 50
.APX
PHIC
APX
48- 51
JAN2N1224
RCA
.t.RCA
2N1225
48- 69
.APX
• NPC
PHIC
JAN2N1225
APX
48- 62
RCA
tt.RCA
2N1226
48- 52
.APX
PHIC
2N 1227
t.SOD 118- 12
ETC
KSC
.CRY
2N 1228
68- 32
t RAYN
ETC
SSI
• SOD
2N1229
68- 33
CRY
t• RAYN
ETC
.SOD
SSI
2N1230
68· 34
CRY
ETC
t• RAYN
t SOD
SSI
2N1231
.CRY
68- 35
ETC
• RAYN
SSI
SOD
.CRY
68-18
2N1232
ETC
• RAYN
SSI
SOD
2N1233
68- 19
• CRY
ETC
• RAYN
SOD
SSI
2N1234
68- 17
• CRY
SOD
JAN2N1234
CRY
68- 16
SOD
2N1235
SEN
149- 24
TEC
SSI
2N1247
.t.TEC
72- 10
ETC
GESY
2N1248
ETC
72- 11
GESY tTEC
2N1249
t.TEC
72- 12
ETC
2N1250
tt. TEC
149- 25
ETC
SEN
t SIL
SLA
SPC
SOD
SSI
2N1251
58- 16
• ETC
.t.FSC
98 - 8
2N1252
.GIC
170- 73
ETC
ITC
RAYN
SOD
SGSI
tTIl
+TEC
2N1253
tt.FSC
98- 13
t GIC
173- 57
ETC
ITC
RAYN
SGSI
SOD
t Til
tTEC
HUGS 167 - 98
2N1254
cont.next Dace

+-Indicates manufacturer'S data sheet available
in Transistor Information Microfile (TIM)

TYPE No.

l;t~~~~t
SSI
2N1255
SCA
2N1256
SCA
2N1257
SCA
2N1258
SCA
2N1259
SCA
2N1260
2N1261
2N1262
2N1263
2N1265
2N 1265/5
2N1266
2N1267
2N1268
2N1269
2N1270
2N1271
2N1272
2N1273
tETC
2N 1274
tETC
2N 1 275
CRY
2N1276
TEC
2N1277
TEC
2N1278
TEC
2N1279
t ETC
2N1280
2N1281
2N1282
2N1284
2N1291
2N1292
2N1293
2N1294
2N1295
2N1296
2N1297
2N1298
2N1299
2N1302
APX
t ETC
MULB
NTLB
PHIN
t RCA
TEK
TIIF
JAN2N1302
RCA
2N1303
APX
t ETC
+GIC
MST
+ NPC
PHIC
RADF
tRCA
TEK
TIIF
JAN2N1303
GIC
2N1304
APX
ESMF
• GIC
MISI
MULB
NTLB
PHIN
t RCA
TIIB
JAN2N1304
RCA
2N1305
APX
ESMF

1.

MFRS Pa&Line TYPE No.
SCA
TEC
HUGS
SSI
TEC
HUGS
SSI
TEC
HUGS
SSI
TEC
HUGS
SSI
TEC
HUGS
SSI
TEC
SSI
TEC
+"'SOD
+ KSC
t"'SOD
+ KSC
t"'SOD
t KSC
t ETC
ETC
tETC
tETC
tETC
tETC
tETC
t ETC
tETC
",Til
GIC
t"'TII
GIC
t"'RAYN
tETC
SOD
+ ETC
Til
t ETC
Til
t ETC
Til
t"'GESY
TEC
Til
"'ITC
ETC
"'ITC
ETC
"'ITC
ETC
+"'ITC
ETC
tETC
+ KSC
+ KSC
tETC
+ KSC
+ KSC
tETC
+ KSC
+ KSC
tETC
t KSC
t KSC
ETC
+"'TII
CNS
MST
t NPC
PHIC
RADF
t SES
TIIB
VALG
GIC
Til
+ "'Til
CNS
t GESY
ITC
MULB
NTLB
PHIN
RAYI
t SES
TIIB
VALG
GESY
RCA
Til
+"'TII
CNS
t ETC
IDC
MST
t NPC
PHIC
RADF
t SES
TIIF
VALG
GIC
Til
t"'TIl
CNS
t ETC

cont.next col.

D.A. T.A. INC_

2~~~~)5
69·109
169· 71
69·106
167· 99
69-110
169· 72
70· 1
169· 73

+ GIC
ITC
MST
t NPC
PHIC
RADF
+ RCA
TIIB
JAN2N1305
GIC

2N1306
APX
tETC
MISI
MULB
149· 9
NTLB
PHIN
116· 4
+ RCA
TIIB
116· 5
69·108
168· 97

116· 6 JAN2N1306
RCA
47· 51 2N1307
APX
43-103
ESMF
46· 8
• GESY
72· 41
ITC
72· 53
MST
73· 98
+ NPC
73· 21
PHIC
73- 80
RADF
76· 26
+ RCA
54- 87
TIIB
54·88
JAN2N1307
GIC
62· 27
74· 80
74·81
74·82
74· 86
53· 90
53·100
53·105
53· 91
121·100
124· 19
121·101

2N1308
APX
ESMF
t GIC
MST
t NPC
PHIC
RADF
t SES
TIIF
JAN2N1308
RCA
2N1309
APX
ESMF
GESY
ITC
MST
t NPC
PHIC
RADF
t RCA
TIIB

124· 20
120· 22 JAN2N1309
RCA
124· 21 2N1309A
121·102
2N1310
124· 22 JAN2N1310
58· 55 2N1311
58- 35 2N1312
164- 93 2N1313
GIC
2N1314
2N1316
2N1317
58 - 36
2N1318
49- 38

2N1319
2N1320
2N1321
2N1322
2N1323
2N1324
2N1325
2N1326
2N1327
2N1328
50· 62 2N1329
2N1330
2N1331
58- 56 2N1332
165· 60 2N1333
2N1334
2N1335
SCA
2N1336
SCA
2N1337
SCA
2N 1338
t NPC
58· 57
2N1339
SCA
49- 39
2N1340
SCA

TYPE No. CROSS INDEX

MFRS Pa& ine TYPE No.
2N1341
SCA
+ GESY
IDC
2N1342
MISI
+ NPC
MULB
NTLB
2N1343
PHIN
RAYI
2N1344
t SES
TIIF
2N1345
VALG
GESY 50· 92 2N1346
RCA
Til
2N1347
58· 77
t"'TIl
ESMF 166· 10 2N1348
tGIC
2N1349
MST
t NPC
PHIC
2N1350
RADF
t SES
2N1351
TIIF
VALG
2N1352
GIC
ETC
58·78
Til
2N1353
+",TII
49· 40
CNS
2N1354
tETC
+ GIC
2N1355
MISI
MULB
2N1356
NTLB
PHIN
2N1357
RAYI
t SES
2N1358
TIIF
tETC
VALG
MULB
GESY 51· 14
RCA
JAN2N1358
Til
58·85 2N 1358A
+"'TII
CNS
166· 91
tETC
tETC
2N1359
MISI
tETC
MULB
NTLB
2N1360
PHIN
tETC
+ RCA
2N1362
TIIB
tETC
VALG
GIC
58· 86
Til
2N1363
49· 41
t ETC
+"'TII
CNS
2N1364
t ETC
tGIC
tETC
MISI
MULB
2N1365
NTLB
tETC
PHIN
RAYI
2N1366
t SES
2N1367
TIIF
2N1370
VALG
tETC
GIC
51·30
GIC
Til
",GIC
51· 31 2N1371
74- 74
tETC
CNS
57 - 84
GIC
GIC
57·85
CNS
57 - 91 2N1372
CNS
57 - 92
tETC
t ETC
52- 77
GIC
ITC
2N1373
MST
ETC
118- 75
tETC
PHIC
GIC
53-106
t"'ITC
ETC
166- 39 2N1374
53-107
tETC
+"'ITC
ETC
166- 31
GIC
53-108
t"'ITC
ETC
2N1375
Til
48- 21
tETC
KSC
115·27
GIC
+ KSC
124- 23
KSC
115 - 28 2N1376
t KSC
124 - 24
tETC
KSC
115- 29
GIC
t KSC
124- 25
t KSC
115- 30 2N1377
124- 26
+ KSC
tETC
KSC
115- 1
GIC
t KSC
124- 27
+ KSC
124- 28 2N1378
KSC
115- 2
tETC
124- 29
GIC
+ KSC
KSC
115 - 3
t KSC
124- 30 2N1379
tETC
t"'TRW 101- 22
SSI
GIC
t"'TRW 101·23
S51
2N1380
tETC
t"'TRW 101- 24
SSI
GIC
t"'TRW 101· 25
SCA
2N1381
SSI
tETC
GIC
t"'TRW 101- 26
SSI
NPC 101- 27 2N1382
SSI
176- 64
tETC
ITC

6-Registered with JEDEC
by this manufacturer

IN TYPE NUMBER SEQUENCE
MFRS Pa&Line TYPE No.
MFRS Pa&Line
54-102
+ "'Til
~~l~~g
GIC
MST
2N1469
62· 76
+"'SOD
2N1384
54· 82
+ CRY
tETC
t"'RCA
ITC
168· 86 JAN2N1469M
CRY
62· 77
2N1385
56· 48
SOD
"'Til
2N1386
tETC
84· 75 2N1471
53· 95
"'ITC
SCA 170· 35
tETC
2N1387
t ETC
84· 50 2N1472
tETC
75· 9
SCA 169· 70 2N1473
tETC
59· 18
2N1388
ETC
85· 14 2N1474
62· 52
t"'SOD
SCA
+ CRY
ETC
2N1389
ETC
84· 26 2N1474A
62· 78
t"'SOD
SCA
SES
+ CRY
ETC
2N1390
ETC
t",SOD
83·108 2N1475
62· 53
SCA
+ CRY
ETC
2N1391
tETC
t",SOD
58· 37 2N1476
62· 54
GIC
t CRY
2N1395
tAPX
48· 53 2N1477
62· 55
+"'SOD
PHIC
+RCA
+ CRY
2N1396
48- 70 2N1478
CNS
55· 16
+"'RCA
+APX
PHIC
tETC
GIC
2N1397
t",RCA
48· 76
ITC
TADI
PHIC
2N1479
t"'RCA 133-107
2N1404
50· 80
ETC
ITC
"'Til
tETC
GIC
PIR
SIL
ITC
MST
SLA
SPC
2N1408
",GIC
49- 42
SSI
TEC
tETC
ITC
JAN2N1479
RCA
133·108
tMOTA
SIL
2N1409
tETC
97- 65 2N1480
+"'RCA 133·109
ETC
ITC
SCA
2N1409A
tETC
102· 23
PIR
+ SIL
SCA
SLA
SPC
2N1410
tETC
97· 66
SSI
TEC
SCA
tTRW
JAN2N1480
RCA 133·110
2N1410A
tETC
102· 24
SIL
1
SCA 175·28 2N1481
t"'RCA
2N1411
SPR
170· 79
ETC
IDC
JAN2N1411
SPR
43· 23
ITC
PIR
2N1412
120· 30
t SIL
SLA
+"'DEL
tETC
MOTA
SPC
SSI
JAN2N1412
DEL
119· 9
TEC
MOTA
JAN2N1481
RCA 1:
2
JAN2N1412A
DEL
119· 10
SIL
2N1482
MOTA
3
."'RCA 11
2N1413
ETC
ITC
+"'GESY 53· 72
tMOTA
tETC
PIR
t SIL
SLA
SPC
+ Til
2N1414
SSI
TEC
+"'GESY 53·75
tETC
IDC
JAN2N1482
RCA 134· 4
+ MOTA +TII
SIL
2N1415
t"'GESY 53·76 2N1483
t"'RCA 142· 1
tETC
tMOTA
ASC
PIR
tT11
t SIL
SLA
2N1416
tETC
SPC
55· 3
2N1417
74·87 JAN2N1483
RCA 142· 2
t"'TEC
ETC
+ GESY
SIL
2N1484
ITC
+"'RCA 142· 3
t",TEC
2N1418
ASC
PIR
74·88
SLA
ETC
+ GESY
+ SIL
ITC
SPC
2N1420
97· 67 JAN2N1484
RCA 142· 4
t"'FSC
t CDC
CDLF
SIL
CNS
ESMF
2N1485
t"'RCA 142· 5
tETC
tGIC
ASC
IDC
HSC
ITC
PIR
• SIL
SLA
SPC
MINA tMOTA
MST
MULB
JAN2N1485
RCA 142- 6
+ NSC
PHIC
SIL
PHIN
RADF
2N1486
+",RCA jl
7
RAYN
SES
ASC
PIR
SGSI
TADI
SLA
+ SIL
+ Til
SPC
+ TEC
TIIF
tTRW
JAN2N1486
RCA 11
8
VALG
SIL
2N1420A
t CDC
100- 89 2N 1487
+"'RCA 148- 78
TADI
ASC
tETC
2N1427
+ SPR
43 - 29
PIR
PPC
170- 36
SCA
t SIL
2N1429
CRY
47 - 70
SLA
tSOD
SPR
SPC
SSI
2N1430
RCA 148- 79
+"'SOD 117- 3 JAN2N1487
2N1431
ETC
58 - 95
SIL
SOD
2N1437
t KSC
115 - 31 2N1488
."'RCA 148·80
2N1438
t KSC
115 - 32
ASC
+ ETC
2N1439
68- 20
PIR
PPC
"'NSC
t CRY
SOD
SCA
t SIL
2N1440
t CRY
68· 21
SLA
tSOD
tETC
SOD
SPC
SSI
2N1441
t CRY
68 - 22 JAN2N1488
RCA 148- 81
tETC
SOD
SIL
SOD
2N1442
t CRY
68- 23 2N 1489
t"'RCA 148- 82
tETC
SOD
ASC
tETC
· PPC
2N1443
t CRY
68- 24
PIR
SOD
SCA
• SIL
2N1445
SSI
99-100
SLA
+ SOD
TEC
SPC
SSI
2N1446
53 - 56 JAN2N1489
RCA 148- 83
t"'ITC
t ETC
SIL
SOD
2N1447
53- 67 2N1490
t"'ITC
t"'RCA 148- 84
tETC
ASC
tETC
2N1448
53- 77
IDC
PIR
t"'ITC
tETC
PPC
SCA
2N1449
53- 94
t SIL
SLA
t"'ITC
tETC
t SOD
SPC
2N1450
ETC
48- 6
SSI
RCA
148 - 85
160-105 JAN2N1490
JAN2N1450M
none
48- 7
SIL
SOD
160-106 2N1491
96- 33
t"'RCA
2N1451
53- 42 2N 1492
96· 68
t"'RCA
"'ITC
ETC
SCA
2N1452
53 - 57 2N1493
96- 70
t"'RCA
"'ITC
ETC
TADI
SCA

MFRS Pa&Une TYPE No.
lul· ;t8 I:lN 138+3ETC
+"'s~f

+",TRW
SCA
SSI
MITC
tETC
+"'ITC
ETC
t"'ITC
tETC
t"'ITC
tETC
+"'ITC
tETC
tETC
ITC
tETC
ITC
+ ETC
ITC
tETC
ITC
MITC
GIC
t"'ITC
ETC
t"'ITC
ETC
t"'ITC
ETC
+",ITC
ETC
t"'ITC
ETC
+"'DEL
MOTA
t NPC
RADF
DEL
MOTA
MDEL
MOTA
t"'MOTA
KSC
+SOD
MMOTA
KSC
t SOD
+"'MOTA
KSC
+SOD
+"'MOTA
KSC
+SOD
t"'MOTA
KSC
+ SOD
+"'MOTA
KSC
+ SOD
ETC
ETC
+"'TII
GESY
ITC
MST
t",TII
GESY
ITC
MST
t"'TIl
GESY
ITC
MST
t"'TIl
GESY
ITC
MST
+"'TII
GESY
ITC
MST
+"'TII
GESY
ITC
MST
t"'TIl
GESY
ITC
MST
t",TII
GESY
ITC
MST
t"'TII
GESY
ITC
MST
t"'TIl
GESY
ITC
MST
t"'TIl
GESY
ITC
MST
t"'TII
GESY
ITC
MST
t"'TIl
GIC
MST

8

101- 29
50- 79
50-105
165·87
51· 15
166· 33
51· 16
166· 34
50· 93
53·92
53·109
53·101
53·102
50· 49
53· 74
164·107
53·87
165·45
53·103
165·97
53· 93
165· 98
54· 1
166· 59
120· 23
163· 45

:~~~

m:~~

I'

122·108
122·109
162· 88
120· 24
120· 25
120- 26
120· 27
120· 28
120· 29
57· 68
57·69
54· 89

54· 90

54- 91

54· 92

54· 93

54 - 94

54- 95

54- 96

54 - 97

54- 98

54- 99

54-100

54-101

+-Indicates manufacturer's data sheet available
in Transistor Information Microfile (TIM)

17
TYPE No.

~~~~~J493
2N1494A
2N1495
2N1496
2N1499
2N1499A
+ MOTA
JAN2N1499A
2N1499B
tETC
2N1500
MOTA
JAN2N1500
2N1501
2N1502
2N1504/10
2N1505
+ NPC
2N1506
+ NPC
SOD
2N1506A
IDC
SOD
JAN2N1506A
2N1507
+ CDC
GIC
+ RAYN
TADI
TIIF
2N1510
2N1511
2N1512
2N1513
2N1514
2N1518
2N1519
2N1520
2N1521
2N1522
2N1523
2N1524
2N1525
2N1526
2N1527
2N1529
+ ETC
SOD
2N1529A
ETC
2N1530
+ ETC
SOD
2N1530A
ETC
2N1531
tETC
SOD
2N1531A
ETC
2N1532
+ ETC
SOD
2N1532A
ETC
2N1533
+ ETC
SOD
2N1534
+ DEL
KSC
2N1534A
ETC
2N1535
+DEL
KSC
2N1535A
ETC
2N1536
+ DEL
KSC
2N1536A
cont.next col.

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

MFRS Pg&Line TYPE No.
RCA
~t,i. 17 2N1536A
+ MOTA 56- 9
(cont.)
KSC
177·83
+ MOTA 56- 8 2N1537
+ MOTA 55- 26
DEL
172- 88
KSC
+ MOTA 56- 22
172- 89 2N1537A
+ ETC
43- 19
tETC
MOTA 160- 68
+ ETC
44 -107 2N1538
+ SPR
173 - 24
tETC
SPR
44- 97
SOD
171- 53 2N1539
+t.SPR
45 - 78
+ DEL
MOTA 172 - 48
KSC
tETC
45- 1
+ Til
+ SPR
173 - 35 2N1539A
SPR
44 - 98
ETC
171 - 26
+t.SOD 116- 7 2N1540
+ DEL
+ KSC
IDC
+t.SOD 116- 8
SOD
+ KSC
+ KSC
115 - 35 2N1540A
+t.TRW 132- 61
ETC
SSI
+t.TRW 132- 62 2N1541
SCA
+ DEL
KSC
SSI
+t.TRW 133- 40
+ Til
2N1541A
SCA
ETC
SSI
SOD 102- 22
2N1542
TRW
+t.TII
97 - 68
+ DEL
KSC
tETC
MST
+ Til
SSI
2N1542A
ETC
TIIB
+TRW
ETC
57 - 54 2N1543
GESY
+ DEL
KSC
+ SIL
148- 96
+ Til
SSI
148 - 97 2N1544
+ SIL
+ DEL
SSI
148 - 98
+ KSC
+ SIL
SSI
148- 99 2N1544A
+ SIL
ETC
SSI
+6DEL
121-103
165 - 6 2N1545
+ ETC
• DEL
tt.DEL
121-104
165- 10
+ KSC
+ ETC
tt.DEL
121-105
tETC
165 - 7 2N1545A
ETC
121-106
+6DEL
+ ETC
165 - 11
+6DEL
121-107 2N1546
165- 8
+ DEL
+ ETC
tt.DEL
121-108
+ KSC
165 - 12
+ ETC
+6RCA
46- 60 2N1546A
ETC
.'-RCA
46- 61
46 - 62
+t.RCA
6RCA
46- 63 2N1547
+ DEL
+t.MOTA 120- 31
+ KSC
KSC
+ Til
+t.MOTA 121-109 2N1547A
ETC
KSC
SOD
+6MOTA 120- 32 2N1548
ETC
KSC
SOD
+ Til
+6MOTA 121-110 2N 1549
tETC
KSC
SOD
+6MOTA 120- 33 2N1549A
ETC
KSC
+ Til
+t.MOTA 122- 1 JAN2N1549A
KSC
2N1550
SOD
tETC
+t.MOTA 120- 34
KSC
2N1550A
+ Til
ETC
+6MOTA 122 - 2
KSC
JAN2N1550A
SOD
+6MOTA 120- 35
2N1551
KSC
+ ETC
+ Til
+6MOTA 120- 36
2N1551A
+ ETC
ETC
SOD
tTIl
+6MOTA 122- 3 JAN2N 1551A
KSC
2N1552
SOD
tETC
+t.MOTA 120- 37
+ ETC
2N1552A
SOD
ETC
+Til
+t.MOTA 122- 4
JAN2N1552A
KSC
SOD
+6MOTA 120- 38 2N1553
+ ETC
+ ETC
SOD
2N1553A
+ Til
ETC
+6MOTA 122- 5

D.A. T.A.INC.

No.

JAN2N1553A
ETC
SOD
+t.MOTA
tETC
SOD
+ Til
+t.MOTA
KSC
SOD
+t.MOTA
KSC
+TII
+t.MOTA
tETC
SOD
TIIB
+t.MOTA
KSC
SOD
+t.MOTA
tETC
KSC
+TII
+t.MOTA
KSC
SOD
+t.MOTA
+ ETC
SOD
TIIB
+t.MOTA
KSC
SOD
+t.MOTA
tETC
SOD
TIIB
+t.MOTA
KSC
SOD
+6MOTA
tETC
SOD
TIIB
+t.MOTA
tETC
SOD
+ Til
+t.MOTA
KSC
SOD
+6MOTA
tETC
SOD
+ Til
+t.MOTA
KSC
SOD
+t.MOTA
tETC
SOD
+ Til
+t.MOTA
KSC
SOD
+6MOTA
tETC
SOD
+ Til
+t.MOTA
KSC
SOD
+6MOTA
KSC
+ Til
+t.MOTA
KSC
SOD
+6MOTA
KSC
SOD
MOTA

MFRS
MOTA

2N1554
120- 39
tETC

122- 6
120- 40
120- 41

120- 42
120- 43

120- 44
120- 45

120- 46
120- 47

120- 48
120- 49

120- 50

120- 51
120- 52

120- 53
120- 54

120- 55
120- 56

120- 57
120- 58
120- 59
120- 60

114- 12
162-103
+6MOTA 120- 61
KSC
SOD
+t.MOTA 120- 62
KSC
+ SOD
MOTA 114 - 13
162-104
+6MOTA 120- 63
KSC
SOD
+6MOTA 120- 64
KSC
+SOD
MOTA 114- 14
162-105
+6MOTA 120- 65
KSC
SOD
+6MOTA 120- 66
KSC
+SOD
MOTA 114- 15
162-106
+6MOTA 120- 67
KSC
SOD
+6MOTA 120- 68
KSC
SOD

,6,.Registered with JEDEC
by this manufacturer

lJ~: ~g

TYPE No.
2N1592
tETC

+t.MOTA 120- 69
KSC
2N1593
SOD
tETC
2N1554A
+t.MOTA 120- 70
ETC
KSC
2N1594
SOD
+ ETC
JAN2N 1554A
MOTA 114- 17
162- 71 2N1605
2N1555
+t.MOTA 120- 71
GIC
+ ETC
KSC
+ RCA
SOD
2N1605A
2N1555A
+t.MOTA 120- 72
GIC
ETC
KSC
2N1613
SOD
+AML
JAN2N1555A
MOTA 114- 18
BNT
162- 72
CNS
2N1556
+t.MOTA 120- 73
tETC
+ ETC
KSC
+GIC
SOD
HUGS
2N1556A
+t.MOTA 120- 74
INTG
ETC
KSC
MINA
SOD
+ MOTA
JAN2N1556A
MOTA 120- 75
MULB
162- 73
NTLB
2N1557
PHIN
+t.MOTA 120- 76
tETC
KSC
+ RAYN
SOD
SES
2N1557A
ETC
120- 77
STCB
TEC
KSC
+ MOTA
SOD
+ Til
JAN2N1557A
MOTA 114- 19
TIIF
162- 74
UEHK
2N1558
+6MOTA 120- 78 JAN2N1613
tETC
KSC
CDC
SOD
MOTA
2N1558A
+6MOTA 120- 79
Til
ETC
KSC
2N1613A
SOD
JAN2N1558A
MOTA 120- 80 2N1613B
162- 75 2N1614
2N1559
+6MOTA 120- 81
tETC
KSC
2N1615
SOD
2N1559A
ETC
120- 82 2N1616
KSC
+ MOTA
ESMF
SOD
PPC
JAN2N1559A
+ SIL
MOTA 114- 20
162- 76
+SOD
2N1560
+6MOTA 120- 83
IDC
2N1616A
+ ETC
SOD
ETC
KSC
2N1560A
SEN
+6MOTA 120- 84
ETC
KSC
SOD
SOD
SSI
JAN2N1560A
MOTA 114- 21 2N1617
162- 77
ESMF
2N1561
PPC
+6MOTA 55 - 33
+ SIL
2N1562
+t.MOTA 55- 32
2N1564
6TII
+ SOD
97 - 3
ESMF tETC
+ NPC
2N1617A
MISI
NSC
PHIN
ETC
TADI
TIIB
SEN
TIIF
SOD
2N1565
97- 4
SSI
+6TII
ESMF tETC
2N1618
LTTF
MISI
ESMF
+ NPC
PPC
+ NSC
PH IN
TADI
+ SIL
TIIB
TIIF
+ SOD
+TRW
2N1566
+6TII
97 - 5 2N1618A
ESMF tETC
ETC
LTTF
MISI
SEN
NPC
SOD
+ NSC
PHIN
TADI
SSI
TIIB
TIIF
2N1620
+ TRW
+ ETC
2N1566A
98- 27
+ SIL
+6TII
ESMF tETC
+SOD
MISI
LTTF
TADI
2N1623
TIIF
6 Til
97- 6
CRY
2N1572
tETC
+ NPC
SOD
PHIN
TIIB
2N1624
TIIF
2N1573
+6TII
97 - 7
2N1632
+ ETC
+ NPC
PHIN
TIIB
2N 1637
TIIF
2N1638
2N1574
+6TII
97 - 8
PHIN
2N1639
+ETC
TIIB
TIIF
2N1586
6TII
73- 44 2N1640
+ ETC
SCA
2N1641
2N1642
TEC
2N1587
6TII
73 - 45 2N1643
tETC
SCA
2N1644
TEC
2N1588
t.TII
73- 46
tETC
SCA
JAN2N1646M
none
TEC
2N1647
+6TEC
2N1589
6TII
73- 47
SEN
+ SIL
+ ETC
SCA
SPC
SSI
TEC
SSP
2N1590
t.TII
73- 48 2N1648
+4TEC
tETC
SCA
SEN
+ SIL
TEC
SPC
SSI
2N1591
t.TII
73- 49
SSP
+ ETC
SCA
2N 1649
+6TEC
TEC
SEN
+ SIL
cont.next col.

9

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

MFRS
t.TII
SCA
TEC
t.TII
SCA
TEC
t.TII
SCA
TEC
tETC
MST
+ Til
tETC
+ RCA
+t.FSC
ATEI
+ CDC
ESMF
FERB
HSC
IDC
LTTF
MISI
MST
+ NPC
PHIC
RADF
+ RCA
SGSI
TADI
TFKG
TIIB
+TRW
VALG
AML
FSC
RAYN
TRW
RAYN
TADI
RAYN
+6GESY
ETC
t.TEC
tETC
+6TEC
tETC
SEN
SLA
SPC
SSI
+t.SIL
PPC
SLA
SPC
+TEC
+t.TEC
+ ETC
SEN
SLA
SPC
SSI
+6SIL
PPC
SLA
SPC
+TEC
+6TEC
tETC
SEN
SLA
SPC
SSI
+6SIL
PPC
SLA
SPC
+ TEC
+6TEC
SEN
SLA
SPC
SSI
+6RAYN
+ ETC
SSI
TADI
ETC
GIC
+6RCA
+6RCA
+6RCA
ATEI
+t.RCA
ATEI
+6CRY
+6CRY
+6CRY
+6CRY
SOD
+ CDC
SSI

/3- 50

"!'l(con\.)
104.11

SSI
73- 51 2N1650
SEN
SPC
73- 52
2N1651
tETC
58- 82
166- 73 JAN2N1651
58-109 2N1652
100- 90 JAN2N1652
2N1653
JAN2N1653
2N1654
+CRY
2N1655
+ CRY
2N1656
+CRY
2N1658/13
2N1659/13
2N1666
2N1667
2N1668
2N1669
100- 91 2N1670
2N1671
ESMF
+ Til
134- 5 2N1671A
ESMF
134- 6
SSI
54- 81
2N1671B
97 - 24
ESMF
SSI
147- 77
2N1671C
ESMF
2N1672
149- 12 2N1672A
2N1674
2N1676

SPC
SSP
+t.TEC
+ SIL
SSI
SSP
+t.SOD
+ MOTA
SSI
MOTA
SOD
+t.SOD
+ MOTA
MOTA
SOD
+t.SOD
+ MOTA
MOTA
SOD
+t.RAYN
ETC
SOD
+t.RAYN
ETC
+t.RAYN
ETC
KSC
KSC
PHIC
+6APX
PHIC
PHIC
PHIC
SCA
+6GESY
SSI
TIIB
+6GESY
SOIF
+ Til
TIIB
+t.GESY
SOIF
+ Til
TIIB
+t.GESY
MISI
SSI
6GIC
+ ETC
6GIC
+ ETC
6TEC
+ SPR

147 - 78 2N1677

+ SPR

2N1678
2N1681

SCA
+ ETC

2N1683

+6RCA

149- 13
2N1690
ETC
+ SIL
SPC
147 - 79 2N1691
ETC
+ SIL
SPC
2N1692
2N 1693
149- 14 2N1694

6TII
SEN
+ SLA
SSI
6TII
SEN
+ SLA
SSI
+6MOTA
+t.MOTA
+6GESY
ETC
2N 1700
+t.RCA
ASC
tETC
FERB
+ SIL
147- 80
SPC
TEC
2N1701
+t.RCA
ASC
FERB
+ SIL
SLA
SPC
62- 34 2N1702
+t.RCA
ASC
+ ETC
FERB
PPC
+ SIL
SOD
58- 72
SPC
SSI
165-102 2N1703
SIL
48- 58
SSI
48- 59 2N1704
tETC
48- 56 2N1705
+ ETC
GIC
+ MOTA
48- 60 2N 1706
+ ETC
ITC
GIC
181- 20
+ MOTA
181- 21 2N1707
tETC
181- 22
GIC
ITC
62- 37
+ MOTA
2N1708
FERB
98- 46
tFSC
+ MOTA
SGSI
SES
49- 43
SSI
145 - 47 2N1709
+6TRW
LTTF
+NPC
SSI
SCA
+6TRW
2N1710
145- 43
LTTF
+NPC
SSI
SCA
2N1711
+4FSC
ATEI
+AML
BNT
145 - 48
+CDC
CNS
ESMF
cont.next D_8Q.e

+-Indicates manufacturer's data sheet available
in Transistor Information Microfile (TIM)

145- 44

120- 85
120- 86
164- 3
120- 87
120- 88
164- 4
120- 89
120- 90
164- 5
62- 29
62- 28
62- 30
114 114117117-

22
23
19
20

117 117 48187 -

21
22
32
98

187- 99

187-100

187 -101
57- 93
57 - 94
77- 53
60- 37
188- 74
60- 36
188- 75
48- 49
52- 74
165- 67
51- 50
170-106
145- 2

145 - 3

55-106
55- 97
57 - 57
165-108
135- 12

142- 60

148- 93

148- 94
94- 89
53- 78
53- 68
53- 69
86- 24
174- 1
140- 63
140- 64
101 - 30

-YPE No.

2~~~t\1
FERB
HSC
INTG
MISI
MST
NSC
PHIC
• RAYN
SES
STCB
TEC
TFKG
TIIB
.TRW

MFA~

tETC
GIC
HUGS
MINA
• MOTA
MUlB
NTlB
RADF
• SGSI
RCA
TADI
TEK

• Til
TIIF
UEHK
VAlG
JAN2N 1711
CDC
FSC
Til
RAYN
2N1711A
TADI
2N1711B
RAYN
2N1714
• "'Til
ETC
SCA
SOD
SSI
TEC
SSP
• TIIB
TIIF
JAN2N1714
Til
2N1715
• "'Til
ETC
SCA
SSI
• SSP
TIIB
TEC
TIIF
Til
JAN2N1715
2N1716
."'TII
SCA
ETC
SOD
SSI
TEC
• TIIB
SSP
TIIF
Til
JAN2N1716
2N1717
."'TII
SCA
ETC
SSI
• SSP
TIIB
TEC
TlIF
JAN2N1717
Til
2N1718
."'TII
SCA
SOD
SSI
• SSP
TIIB
TEC
TIIF
2N1719
."'TII
SCA
SSI
TEC
• TIIB
SSP
TIIF
2Nl720
."'TII
SCA
SOD
SSI
• SSP
TIIB
TEC
TIIF
2Nl721
• "'Til
SSI
SCA
TEC
• TIIB
SSP
TIIF
2Nl722
• "'Til
SEN
• ETC
SlA
• Sil
SSI
• sao
TIIB
.TEC
TEC
JAN2Nl722
Til
2Nl722A
• "'Til
SlA
• Sil
SSI
• TEC
2Nl723
."'TII
SEN
• Sil
SSI
.SOD
.TEC
2NI724
."'TII
ESMF • ETC
• MOTA
tFSC
SEN
•.SOO
Sil
SlA
SSI
SSP
• TEC
Sil
JAN2Nl724
TEC
Til
2Nl724A
.'" Til
ESMF
SEN
SlA
• Sil
SSP
SSI
• TEC
2Nl725
.'" Til
ESMF • MOTA
SEN
• Sil
SSI
.SOO
SSP
• TEC
2Nl726
• ETC
• SPR
2Nl727
• ETC
•tETC
SPR
2Nl728
2Nl729
2N1730
2N1731
2N1732
2N1742
• MOTA

• SPR
"'Til
ETC
"'Til
ETC

"'TIl

ETC
"'Til
ETC
• ETC
• SPR

D.A. T.A.INC.

1. TYPE
No. TYPE
INDEX
CRllSS
MFAS
No.
MFAS Pg&Line

Pa&Line TYPE No.
12N1T43
2N1744
2N1745
2N1746
2N1747
2N1748
2N1748A
2N1749
2N1751

101- 31
170- 77 2N1752
134- 7
2N1754
134- 8
IDC
100- 6
2N1755
2N1756
100· 7 2N1757
100- 8
2N1758
2N1759
100- 9 2N1760
100- 10
IDC
2N1761
2N1762
100· 11 2N1768
100- 12
SCA
• SlA
2N1769
SCA
• SlA
100- 13 2N1785
141- 60
2N1786
2N1787
141- 61 2N1788
2N1789
141- 62 2N1790
2N1808
ETC
2N1809
141- 63
SEN
2N1810
SEN
150- 50
2N1811
SEN
2N1812
150- 51
SEN
150- 52 2N1813
SEN
150- 53 2N1814
SEN
2N1816
150- 54
SEN
2N1817
SEN
2N1818
SEN
150- 55
150· 56

2N1819
SEN

2N1820
SlA
2N1823
SEN
150· 57
2N1824
SEN
44- 99 2N1825
SEN
44-100
2N1826
44-101
SEN
49 16158 16150-

44 2N1830
12
SEN
13
13 2N1831
94
SEN

58 - 58 2N1832
SEN
44 - 76
2N1833
cont.next col.

:~~~

tETC
• SPR
tETC
•tETC
SPR

~&Line

44· 14

2~6~;)3

44· 67

SlA
2N1837
.CDC
45· 3
SCA
45· 2 2N1837A
ETC
45· 4 2N1838
tETC
44·84
2N1839
44·110
ETC

SEN
SPC
."'TRW
tETC
SSI
.CDC
SSI
.CDC
SCA
SSI
• CDC
SCA
SSI
.CDC
SSI
."'RCA
RCA

• SPR
tETC
•tETC
SPR
SPR
tETC
• SPR
tETC
45· 75 2N1840
ETC
• SPR
."'SOD 120· 91 2N1853
• MOTA
JAN2N1853
tETC
44- 85
SPR
2N1854
."'RCA
tETC
44- 20 JAN2N1854
RCA
MOTA 170- 90
2N1864
• ETC
• SPR
ETC
115- 70
• SPR
166-101 2N1865
• ETC
• KSC
ETC
115- 71
• SPR
166-102 2N1866
tETC
• ETC
KSC
115· 72
•
SPR
166-103 2N1867
tETC
• KSC
115 - 73
• KSC
•
SPR
166-104 2N1868
tETC
ETC
115 - 74
•
SPR
166- 99 2N1886
."'TEC
• KSC
ETC
115·75
SPC
•
Sil
166-100
SSP
• KSC
ETC
115 - 76 2N1889
.t.FSC
166·105
.CDC
ESMF
• KSC
115· 77
tETC
GIC
• KSC
166-106
HUGS
MST
ETC
144- 77
RAYN
SGSI
SOD
TADI
• Sil
SPC
TEC
• Til
ETC
144· 78
TIIB
VAlG
2N1890
."'FSC
• Sil
SPC
ESMF
•tETC
CDC
tETC
43- 82
HUGS
MOTA
MST
• SPR
tETC
43· 83
SES
• RAYN
SGSI
SOD
•tETC
SPR
43- 84
TADI
TEC
.TII
TIIB
•tETC
SPR
44-102
.TRW
JAN2N1890
CDC
SPR
•tETC
44-103
FSC
Til
2N1891
"'Til
• SPR
tETC
44-104
2N1892
"'Til
• SPR
tt:.TII
58- 83
ETC
GIC
166· 67 2N1893
.t.FSC
157
84
BNT
.CDC
"'WESY
SlA
162- 5
CNS
ESMF
SPC
• ETC
GIC
HUGS • INTG
"'WESY 157 - 85
SlA
162· 6
MINA
MISI
SPC
MST
MOTA
MUlB
NTlB
"'WESY 157 - 86
SlA
162- 7
PHIC
• RAYN
SPC
SES
• RCA
SGSI
STCB
"'WESY 157 - 87
SlA
162- 8
TAOI
TEC
SPC
TFKG .TII
TIIB
TIIF
"'WESY 157· 88
.TRW
VAlG
SlA
162- 9
JAN2N1893
CDC
SPC
FSC
Til
"'WESY 157 - 89
SlA
162· 10 2N1893A
."'TRW
SPC
MST
RAYN
SCA
"'WESY 157· 90
SlA
162· 11 2N1899
."'TRW
lTTF
PHIN
SPC
SEN
SSI
"'WESY 157 - 91
162- 12 2N1900
SlA
."'TRW
SPC
SEN
SSI
"'WESY 157- 92 2N1901
."'TRW
SlA
162· 13
SEN
SSI
2N1902
SPC
."'TAW
SEN
SSI
"'WESY 157 - 93
SlA
162· 14 2N1904
."'TRW
SPC
SEN
SSI
"'WESY 158- 10 2N1905
."'RCA
SPC
162- 15
ATEI
IDC
."'WESY 157 - 94 2N1906
."'RCA
SlA
162- 16
ATEI
SPC
2N1907
."'TII
TIIB
tt:.WESY 157- 95
SlA
162- 17 2N1908
."'TII
10C
TIIB
SPC
."'WESY 157 - 96 2N1917
."'SOO
SlA
162- 18
• CRY
SPC
2N1918
."'SOO
."'WESY 157 - 97
• CRY
SlA
162- 19 2N1919
."'SOO
SPC
• CRY
."'WESY 157 - 98 2N1920
."'SOO
SlA
162- 20
• CRY
SPC
2N1921
"'SOD
."'WESY 157 - 99
• CRY
SlA
162- 21 2N1922
."'SOD
SPC
.CRY
."'WESY 157-100 2N1924
."'GESY
SlA
162- 22
ESMF tETC
SPC
ITC
MISI
."'WESY 157-101
• MOTA • NPC

L,-Registered with JEDEC
by this manufacturer

cont.next col.

10

162· 23
98· 43
172· 37
101·103
172· 38
98· 20
171· 17
98· 21
171· 18
98· 22
171· 21
49· 45
49- 46
161· 24
51· 43
51· 44
168 - 93
44-105
45- 5
45 - 6
45 - 7
45 - 39
145 - 49
100· 55

100- 92

101- 32
170· 78
58 - 59
181- 23
58- 60
165·56
100- 56

100· 93
101 - 57
153- 58
153 - 59
153- 60
153- 61
153- 62
117 - 23
117 - 24
122-110
123- 1
6218862188·
621886218862·
18862188·
54·

79
76
93
77
56
78
57
79
58
80
59
81
48

IN TYPE NUMBER SEQUENCE
TYPE No.
,~.1""4

MFA;:, pg&Line TYPE No.

I.~~kC :L ~~ 2N21~2ETC tl>~SOr 1'0 - :l!'l:lI"'.2
(cont.)
PHIC
SOD
t RAYN

MFRS Pa&Llne TYPE No.

:~~gi~ ~~:lg~ ~~~g~J

t ETC
tMOTA
t SPR
tl>FSC
t RAYN
SGSI
VALG
tl>FSC
ESMF
t GESY
MISI
t RAYN
SSI
t Til
TIIF
AML
GESY
RAYN
Til
tAML
HSC
MISI
RAYN
TADI
tl>FSC
SSI
tETC
MOTA
tETC
KSC
tETC
MOTA
tETC
KSC
tETC
MOTA
tETC
KSC
t ETC
MOTA
t ETC
KSC
t ETC
MOTA
tETC
KSC
t ETC
MOTA
t ETC
KSC
ETC
KSC
ETC
KSC
ETC
KSC
ETC
KSC
ETC
KSC
ETC
KSC
ETC
KSC
ETC
KSC
tl>MOTA
t ETC
tl>MOTA
ETC
tl>MOTA
t ETC
tl>MOTA
ETC
tl>MOTA
tETC
tl>MOTA
ETC
tl>MOTA
t ETC
tl>MOTA
ETC
tl>MOTA
tETC
tl>MOTA
ETC
MOTA

5175176·
100·

67
10 2N2095
42 2N2096
58
2N2097

95 - 38
182- 2

96· 90
182- 3
95· 39
182· 4

95- 40
182· 5
116· 41
120· 93
116· 42
120· 94
116· 43
120· 95
116· 44
120· 96
116· 45
120· 97
116· 46
120· 98
115· 78
115 - 79
115· 80
115·81
115·82
115· 83
115·84
115·85
123· 5
123· 6
123· 7
123· 8
123- 9
123- 10
123· 11
123 - 12
123· 13
123· 14

113· 15
162· 87
tl>MOTA 123· 15
t ETC
tl>MOTA 123- 16
ETC
tl>MOTA 123· 17
t ETC
tl>MOTA 123· 18
ETC
tl>MOTA 123· 19
t ETC
tl>MOTA 123- 20
ETC
ATEI
44· 79
tl>APX
49· 4
PHIC
APX
48·110
ETC
58- 73
tETC
98- 47
172·105
t ETC
98 - 48
172-106
tl>APX
47- 80
PHIC
PHIC
47· 74

D.A. T.A. INC.

IN TYPE NUMBER SEQUENCE
MFK:> il'a&Line YPt: No.

I:l!'l:l:ll,1

OH

l>IDC
tMOTA

56· 68
55· 28
178· 86
tMOTA 55· 29
178· 70
2N2099
tMOTA 55· 30
2N2100
tMOTA 55· 31
178· 71
2N2101
tETC
148·107
PPC
SEN
tSOD
2N2102
tl>RCA 146· 19
ATEI
t CDC
FERB
MST
SSI
t RAYN
TEC
TADI
Til
TIIF
tTRW
2N2102A
l>TII
134· 10
t CDC
tRAYN
SSI
TADI
2N2106
tl>GESY 131· 90
SCA
SSI
TEC
2N2107
tl>GESY 131· 91
ETC
SCA
SSI
TEC
2N2108
tl>GESY 131· 92
SCA
SSI
TEC
2N2109
tl>WESY 157 ·102
t SIL
SEN
162· 24
SPC
SSI
2N2110
tl>WESY 157·103
SEN
t SIL
162· 25
SPC
tl>WESY 157·104
2N2111
SEN
t SIL
162· 26
SPC
tl>WESY 157 ·105
2N2112
SEN
t SIL
162· 27
SPC
tl>WESY 157·106
2N2113
SEN
t SIL
162· 28
SPC
tl>WESY 157·107
2N2114
SEN
t SIL
162· 29
SPC
2N2116
+l>WESY 157·108
SEN
t SIL
162· 30
SPC
tl>WESY 157 ·109
2N2117
SEN
t SIL
162· 31
SPC
tl>WESY 157·110
2N2118
t SIL
SEN
162· 32
SPC
2N2119
tl>WESY 158· 1
SEN
t SIL
162· 33
SPC
2N2120
l>WESY 158· 11
SPC
162· 34
2N2123
tl>WESY 158· 2
SEN
t SIL
162· 35
SPC
tl>WESY 158· 3
2N2124
SEN
t SIL
162· 36
SPC
tl>WESY 158· 4
2N2125
SEN
t SIL
162· 37
SPC
tl>WESY 158· 5
2N2126
SEN
t SIL
162· 38
SPC
tl>WESY 158· 6
2N2130
SEN
t SIL
162· 39
SPC
2N2131
tl>WESY 158- 7
SEN
t SIL
162· 40
SPC
+l>WESY 158· 8
2N2132
SEN
t SIL
162· 41
SPC
tl>WESY
158· 9
2N2133
SEN
t SIL
162· 42
SPC
tl>MOTA 118· 76
2N2137
tETC
SOD
2N2137A
tl>MOTA 118· 77
t ETC
2N2138
tl>MOTA 118· 78
t ETC
KSC
SOD
tl>MOTA 118· 79
2N2138A
tETC
2N2139
tl>MOTA 118· 80
tETC
KSC
SOD
2N2139A
tl>MOTA 118· 81
t ETC
tl>MOTA 118· 82
2N2140
tETC
KSC
SOD
2N2140A
tl>MOTA 118· 83
tETC
tl>MOTA 118· 84
2N2141
t ETC
KSC
SOD
2N2141A
tl>MOTA 118- 85
t ETC

6-Registered with JEDEC
by this manufacturer

2N2142A
2N2143
tETC
2N2143A
2N2144
tETC
2N2144A
2N2145
tETC
2N2145A
2N2146
tETC
2N2146A
2N2147
ATEI
2N2148
ATEI
2N2150
SEN
SSI
JAN2N2150
2N2151
SEN
SSI
JAN2N2151
2N2152
2N2152A
2N2153
2N2153A
2N2154
2N2154A
2N2156
2N2156A
2N2157
2N2157A
2N2158
2N2158A
2N2160
SOIF
2N2162
2N2163
2N2164
2N2165
2N2166
2N2167
2N2168
2N2169
2N2170
2N2171
2N2172
2N2173
2N2175
t CRY
2N2176
t CRY
2N2177
2N2178
t CRY
2N2185
t RAYN
2N2186
t RAYN
2N2187
t RAYN
2N2188
2N2189
2N2190
2N2191
ESMF
2N2192
t CDC
tFSC
tMOTA
cont.next col.

+l>MOTA
tETC
tl>MOTA
KSC
SOD
+l>MOTA
tl>MOTA
KSC
SOD
tl>MOTA
tETC
tl>MOTA
KSC
SOD
tl>MOTA
tETC
tl>MOTA
KSC
SOD
tl>MOTA
tETC
tl>RCA
tETC
SOD
tl>RCA
t ETC
SOD
tl>TII
SOD
SSP
tTEC
none
tl>TII
SOD
SSP
tTEC
none
tl>MOTA
tETC
+l>MOTA
tETC
tl>MOTA
tETC
tl>MOTA
t ETC
tl>MOTA
ETC
tl>MOTA
tl>MOTA
tETC
tl>MOTA
tETC
tl>MOTA
tETC
tl>MOTA
tETC
tl>MOTA
tl>MOTA
tl>GESY
t Til
TIIB
tl>SPR
t CRY
tl>SPR
t CRY
tl>SPR
t CRY
tl>SPR
t CRY
tl>SPR
t CRY
tl>SPR
t CRY
tl>SPR
tETC
tl>SPR
tETC
tl>SPR
tETC
t ETC
t MOTA
ETC
l>TII
l>SOD
RAYN
l>SOD
RAYN
l>SOD
tCRY
l>SOD
RAYN
t CRY
t SPR
TADI
CRY
SPR
TADI
t CRY
t SPR
TADI
tl>TII
tl>TII
tl>TII
tl>TII
MISI
tAML
ESMF
ITT
MST

11

118· 87

SSI
tTIl
TIIF
2N2192A
t CDC
118· 89
HSC
118· 90
tMOTA
t RAYN
SSI
118·91
tTIl
118· 88

118· 92 2N2192B
t CDC
ITT
118·93
t RAYN
SSI
118· 94 2N2193
t CDC
HSC
118· 95
tMOTA
NSC
117·25
SGSI
TADI
tTIl
117· 26
TIIF
2N2193A
t CDC
147· 81
HSC
tMOTA
NSC
SGSI
147· 82
TADI
147 - 83
TIIB
2N2193B
t CDC
ITT
147·84
t RAYN
123· 21
SSI
2N2194
123· 22
tCDC
tFSC
tMOTA
123· 23
t RAYN
123· 24
SSI
TEC
69·107
TIIB
123· 25
123· 26 2N2194A
123· 27
t CDC
HSC
123· 28
tMOTA
t RAYN
123· 29
SSI
t Til
123· 30
2N2194B
123· 31
t CDC
ITT
123· 32
187·102
tRAYN
SSI
2N2195
61· 14
t CDC
188·82
ETC
ITT
61· 15
NSC
188· 83
61· 27
SGSI
TADI
188· 84
61· 11
188· 85 2N2195A
61· 12
t CDC
188· 86
ETC
ITT
61· 26
188· 87
NSC
45· 23
SGSI
179·33
45·24 2N2195B
179·34
t CDC
45· 14
HSC
178· 14
tMOTA
54· 65
SGSI
53·104 2N2196
ESMF
54·72
160· 37
SSI
60· 33 2N2197
ESMF
60· 34
SSI
2N2198
60· 31 2N2199
2N2200
60· 32 2N2201
SCA
60·107 2N2202
188·88 2N2203
2N2204
60·108 2N2205
188· 89
FERB
ITT
60·109
ses
188· 90 2N2206
tFSC
49- 2 2N2207
49· 5
49- 3 2N2210
49- 6
2N2212
100· 59
169- 81 2N2217
tAML
CNS
cont.next col.

NSC
SGSI
TADI
TIIB
UEHK
tAML
ESMF
ITT
NSC
SGSI
TADI
TIIB
TIIF
tAML
HSC
tMOTA
SGSI
TADI
tAML
ESMF
ITT
MST
t RAYN
SSI
TFKG
TIIB
UEHK
tAML
ESMF
ITT
MST
t RAYN
SSI
t Til
TIIF
tAML
HSC
t MOTA
SGSI
TADI
tAML
ESMF
ITT
NSC
SGSI
TADI
tTIl
TIIF
UEHK
tAML
ESMF
ITT
NSC
SGSI
TADI
TIIB
TIIF
tAML
HSC
tMOTA
SGSI
TADI
tAML
ESMF
HSC
tMOTA
t RAYN
SSI
TEC
UEHK
tAML
ESMF
HSC
tMOTA
t RAYN
SSI
TADI
tAML
ETC
ITT
t RAYN
SSI
TADI
tl>GESY
SCA
TEC
tl>GESY
SCA
TEC
ETC
t ETC
• ETC
tl>GESY
TEC
SSI
SSI
SSI
ETC
HSC
RAYN
SGSI
FERB
SES
tl>APX
PHIC
t ETC
MOTA
tl>SOD
t MOTA
tl>MOTA
CDC
tFSC

100· 60
169· 82

100· 61
169· 83

100· 62
169· 84

100· 63
169· 85

100· 64
169· 86

100· 65
169· 87

100· 66
169· 88

100· 67
169· 89

97· 70

97· 71

97· 72

141· 64
141· 65
97·
45·
45·
138·

40
76
77
61

138·
138·
138·
86·
174·

62
63
64
25
2

86- 26
174 - 3
54· 4
119- 11
120- 99
102- 26

MFR~ ~&Line

(cont.)
tGIC
tlTT
LTTF
MULB t NSC
NTLB
RADF
t RAYN t SES
t SPR
SGSI
STCB
TADI
tTIl
t TEC
TIIB
TIIF
tTRW
UEHK
2N2217A
NTLB
2N2218
tl>MOTA
tAML
BNT
CDC
CNS
ESMF t ETC
HSC
t GIC
HSC
INTG
tlTT
LTTF
MISI
MULB
t NPC
t NSC
NTLB
PHIC
RADF t RAYN
t SES
SGSI
t SPR
STCB
TADI
tTEC
TFKG tTIl
TIIB
TIIF
tTRW
UEHK
VALG
JAN2N2218
AML
APX
GIC
MOTA
NSC
TEC
Til
2N2218A
tl>MOTA
tAML
BNT
ESMF
CDC
ETC
HSC
GIC
HSC
INTG
ITT
LTTF
MISI
MULB t NSC
NTLB t RAYN
SGSI
t SPR
STCB
TADI
TEC
tTIl
TIIF
TIIB
tTRW
UEHK
VALG
JAN2N2218A
AML
GIC
MOTA
NSC
Til
2N2219
+l>MOTA
tAML
APX
BNT
tCDC
ESMF
CNS
• FSC
t ETC
t GIC
HSC
INTG
IDC
tlTT
LTTF
MISI
MULB
t NPC
t NSC
NTLB
PHIC
RADF t RAYN
t SES
SGSI
t SPR
STCB
TADI
tTEC
TFKG t Til
TIIF
TIIB
tTRW
UEHK
VALG
JAN2N2219
AML
APX
GESY
GIC
ITT
MOTA
NSC
TEC
Til
2N2219A
tl>MOTA
tAML
BNT
CDC
ESMF
HSC
ETC
GIC
HSC
INTG
ITT
LTTF
MISI
MULB t NSC
PHIC
NTLB
t RAYN
SGSI
t SPR
STCB
TADI
TEC
t Til
TIIB
TlIF
tTRW
UEHK
VALG
JAN2N2219A
AML
GIC
MOTA
NSC
Til
2N2220
tl>MOTA
tAML
BNT
tCDC
HSC
tGIC
tlTT
LTTF
MULB
t NSC
NTLB
t RAYN t SES
SGSI
t SPR
STCB
TADI
tTEC
t Til
TIIB
TIIF
tTRW
UEHK
2N2220A
BNT
NTLB
2N2221
tl>MOTA
tAML
BNT
tCDC
CNS
ESMF tETC
tFSC
t GIC
cont.next Dace

+-Indicates manufacturer's data sheet available
in Transistor Information Microfile (TIM)

102· 71
102· 27

102· 28
175 ·107
102· 29
175·57

102· 30
175·88
102· 31

102· 32
175·108

102· 58
176· 98

102· 33
175·89
96· 34

96· 81
96- 35

TYPE No.

2~~~S

INTG
LTTF
MULB

.

.

1 TYPE
No CROSS INDEX
pg&Line
MFRS Pa&L'ne TYPE No.

MFRS Pa&Line TYPE No.
HSC
• ITT
MISI
• NTLB
NPC
RADF
.SES
.SPR
TADI
TFKG
TIIB
.TRW
VALG
AML
CDC
ITT
NSC
Til
."MOTA
BNT
ESMF
tFSC
HSC
ITT
MISI

2N222.9SEN
• SPC
2N2230
SCA
SIL
.SPC
2N2231
SCA
SIL
.SPC
2N2232
SCA
SLA

• NSC
PHIC
• RAYN
SGSI
STCB
• TEC
• Til
TIIF
UEHK
96· 36
JAN2N2221
175-109 2N2233
APX
GIC
• SEN
MOTA
• SPC
2N2236
SPR
96· 37
2N2221A
.AML
175- 58 2N2237
CDC
2N2239
ETC
GIC
2N2240
INTG
2N2241
LTTF
2N2242
MULB • NSC
• MOTA
NTLB • RAYN
2N2243
SGSI
SPR
STCB • TADI
• CDC
TEC
• GIC
• TIIF
Til
TIIB
• RAYN
TADI
TRW
VALG
.TII
JAN2N2221A
AML
96- 38
175- 90
ITT
GIC
2N2243A
MOTA
NSC
Til
SPR
• CDC
2N2222
."MOTA 96- 39
• GIC
NSC
.AML
BNT
SSI
CDC
CNS
TEC
ESMF
ECD
TIIB
• FSC
• ETC
2N2256
HSC
• GIC
• ITT
INTG
MISI
2N2257
LTTF
MULB
• NTLB
NPC
2N2258
• PHIC
NSC
RADF
2N2259
• RAYN .SES
.SPR
SGSI
TADI
2N2266
STCB
TEC
TFKG
TIIB
2N2267
• Til
.TRW
TIIF
2N2268
UEHK
VALG
JAN2N2222
AML
96· 40 2N2269
CDC
175 ·110 2N2270
APX
ITT
.CDC
GIC
tETC
MOTA
NSC
GIC
TEC
SPR
RAYN
TRW
Til
TEC
2N2222A
."MOTA 96- 71
BNT 176- 99 2N2271
.AML
ECD
2N2273
CDC
JAN2N2273
E5MF
ETC
GIC
2N2274
• FSC
INTG
HSC
• RAYN
ITT
LTTF
MULB
MISI
2N2275
NTLB
• RAYN
• NSC
SGSI
• RAYN
STCB
2N2276
.SPR
TEC
TADI
• RAYN
TIIB
• Til
TIIF
.TRW
2N2277
UEHK
VALG
• RAYN
96- 41
JAN2N2222A
AML
175 - 91 2N2278
GIC
ITT
NSC
MOTA
• RAYN
Til
SPR
TRW
2N2279
96- 72
2N2222B
."AML
• RAYN
176-100
95- 11 2N2280
2N2223
• AML
ESMF
FERB 182- 6
• RAYN
.GESY • GIC
2N2281
MISI
• MOTA
NPC
• RAYN
• RAYN
SGSI
SSI
2N2282
TADI
•
Til
2N2283
TIIF
TIIB
.TRW
2N2284
95 - 12 2N2285
2N2223A
• AML
tETC
ESMF
FERB 182 - 7
2N2286
.GESY • GIC
• MOTA
MISI
SGSI
2N2287
• RAYN
TADI
SSI
TIIB
2N2288
• Til
tETC
TIIF
2N2224
."MOTA 102· 34 2N2289
tETC
SCA
2N2226
."WESY 156- 21 2N2290
ETC
SCA
• SLA
SEN
2N2291
• SIL
tETC
SSI
• SPC
2N2227
."WESY 156- 22 2N2292
tETC
SCA
• SEN
2N2293
SLA
SIL
tETC
SSI
• SPC
2N2228
."WESY 156- 23 2N2294
SCA
• SEN
2N2295
SLA
• SPC
SSI

D.A. T.A. INC.

MFRS

."~'iSY 156- 24 12N2296
·"f~CD
551
2N2297
."FSC
15625
.AML
ITT
."WESY
MST
MINA
• SEN
SLA
NTLB
MULB
SSI
PHIN
PHIC
RADF • RAYN
."WESY 156- 26
TADI
SGSI
• SEN
VALG
SLA
TEC
551
2N2303
."FSC
ETC
AKER
."WESY 156- 27
ITT
• SEN
MST
.SPC
•• GIC
MOTA
551
MULB • RAYN
TADI
SGSI
."WESY 156- 28
SLA
+TEC
• Til
SCA
SSI
2N2303/46
RAYN 97 - 73 2N2304
"RCA
169- 76
SLA
.SIL
RAYN 98- 32
SPC
SSI
PPC
171- 27 2N2305
SLA
"GESY 130- 1
• SIL
SIL
SPC
• SOD
551
SCA
97 - 74
SCA
97 - 75 2N2308
."SIL
SEN
ITT
91·103
SCA
SLA
SPC
SES
551
.AML 100-.68
ESMF
2N2309
."RAYN
NSC
2N2310
."RAYN
ETC
SSI
TEC
2N2311
."RAYN
TIIB
2N2312
TIIF
."RAYN
.AML 100- 69
ETC
ESMF
2N2313
• RAYN
MISI
2N2314
."RAYN
• RAYN
ETC
TADI
2N2315
."RAYN
• TIIF
Til
ETC
."MOTA 86· 68 2N2316
."RAYN
175- 40
TADI
."MOTA 86- 69 2N2317
."RAYN
175· 41
ETC
TADI
ETC
."MOTA 51- 68 2N2318
175·42 2N2330.
SCA
."MOTA 51- 69
175 - 43 2N2331
SCA
."SOD 116- 47
KSC
2N2332
RAYN • CRY
SOD
."SOD 116- 48
KSC
2N2333
RAYN • CRY
SOD
."SDD 116- 49
."SOD 116- 50 2N2334
RAYN • CRY
SOD
."RCA 134· 11
CNS
2N2335
FERB
RAYN • CRY
SOD
NSC
2N2336
• CRY
TADI
RAYN
SOD
Til
2N2337
• CRY
+ETC
RAYN
SOD
54-105
• MOTA 47· 85 2N2338
."RCA
MOTA 47- 90 2N2339
• ETC
60- 83 2N2349
TEC
• CRY
188· 91 2N2350
.RAYN
• TADI
SPR
SCA
TADI
60- 84
.TRW
• CRY
188- 92 2N2350A
• RAYN
• SPR
TADI
TADI
.TRW
60- 85 2N2351
tFSC
• CRY
188- 93
ITT
• RAYN
• SPR
TADI
.TRW
TADI
60- 86 2N2351A
tFSC
• CRY
188· 94
ITT
• RAYN
• SPR
TADI
TADI
.TRW
60- 97 2N2352
ITT
• CRY
188· 95
TADI
• RAYN
• SPR
TADI
2N2352A
ITT
60- 98
TADI
• RAYN
• CRY
188·
96
2N2353
ITT
• SPR
TADI
TADI
• RAYN
ITT
61- 9 2N2353A
• CRY
.SPR
188- 97
TADI
• RAYN
TADI
2N2356
."GESY
182· 8
• CRY
2N2356A
."GESY
• TADI
SPR
."SOD 113·35 2N2357
."SOD
• MOTA
."SOD 113· 36
.b50D
."SOD 113· 37 2N2358
• MOTA
."SOD 120·100
• MOTA
2N2359
."SOD
• MOTA
120·101
."SOO
2N2360
• MOTA
• SPR
120-102
2N2361
."SOD
• SPR
2N2362
.SPR
• MOTA
MSOD 120-103 2N2364
• RAYN
• MOTA
SCA
SSI
.TRW
TADI
."SOD 120·104
• MOTA
2N2364A
• RAYN
SCA
SSI
.b50D 120-105
• MOTA
.TRW
TADI
2N2368
.bFSC
1227
."SOD
BEll
.AML
• MOTA
CDC
tETC
."SOD 122· 8
• MOTA
FERB
GIC
HUGS
INTG
."SOD 122- 9
• MOTA
tlTT
LTTF
.,,500 122- 10
MISI
MINA
tMOTA
MULB
tETC
PHIC
NTLB
"SOD 122- 11
cont.next col.
tETC

L:".Registered with JEDEC
by this manufacturer

12

122- 12
100- 95

70- 90

69- 5
142- 10
148- 86

TYPE No.

12~~~~)8
RADF
SES
STCB
.TEC
TIIB
UEHK
2N2369
.AML
• CDC
FERB
HSC
INTG
LTTF
MISI
MULB
NSC
PHIC
RADF
SES
STCB
+TEC
TIIB
UEHK

142- 11 2N2369/46
2N2369/TNT
2N2369A
.AML
98- 49
• CDC
93- 90
GIC
173- 1
INTG
93· 91
MINA
173 - 2
• MOTA
93- 92
NSC
PHIC
173· 3
93· 93
• RCA
173· 4
SGSI
93- 94
TADI

IN TYPE NUMBER SEQUENCE
MFRS Pa&Line TYPE No.
PHIN
• RAYN
SGSI
TADI
.TII
TIIF
VALG
."FSC
BEll
tETC
GIC
HUGS
• ITT
MINA
• MOTA
• NTLB
NPC
PHIN
• RAYN
SGSI
TADI
• Til
TIIF
VALG
SCA
TEC
."FSC
BEll
FER.B
HUGS
• ITT
MISI
MULB
NTLB
• RAYN
SES
STCB
TEC
TIIB
UEHK
VALG
APX
ITT
NSC
Til

• Til
93- 95
TIIF
172-109
93-108 JAN2N2369A
FSC
90- 11
MOTA
RAYN
173· 25
91-104 2N2370
• CRY
101- 58
RAYN
188·98 2N2371
• CRY
95· 84
RAYN
188 - 99 2N2372
• CRY
RAYN
.60· 71
2N2373
•
CRY
60- 72
RAYN
2N2374
CNS
60- 73
tETC
GIC
ITC
MST
60- 74 2N2375
tETC
GIC
60- 75 2N2376
• ETC
GIC
60- 76 2N2377
."SPR
• CRY
CRY
152-101 JAN2N2377
142- 61
SPR
73- 99 2N2378
."SPR
93- 43
•
CRY
169- 90 JAN2N2378
CRY
SPR
93- 44 2N2380
RAYN
169- 91
93 - 45 2N2380A
RAYN
169- 92
2N2381
."MOTA
93- 46
169- 93 2N2382
."MOTA
931699316990-

47 2N2383
94
ETC
48 2N2384
95
4 2N2386
AML
90- 5
• SIX
TIIF
97 - 76 2N2386A
188-100 2N2387
84- 51
TIIB
188-101 2N2388
123- 33
TIIB
2N2389
123- 34
2N2390
123·35
2N2393
45- 40
45 - 41 2N2394
45 - 42
93 - 49 2N2395
169- 96
2N2396
93- 50
169- 97 2N2398
2N2399
93- 5 2N2400
180- 31
2N2401

."SIL
SEN
."SIL
SEN
."TII
IDC
TIIB
• UCC
."TII
."TII
TIIF
."TII
TIIF
."TII
TIIF
."TII
TIIF
."TII
TIIF
."TII
TIIF
."TII
TIIF
."TII
TIIF
• SPA
• SPA
• SPR

• SPR
IDC
• SPR
2N2405
."RCA
MOTA • RAYN
.TRW
TEC
2N2402

2N241VETC
LTTF
MULB
RADF
SGSI
TIIB

93· 10
180- 45

94 73·
92179-

25
15
87
48

92- 88
179 - 49
61- 53
61- 54
60- 77
60- 78
55 - 23
55· 17
55 - 18
61- 16
60-102
61- 17
60- 96
98- 33
171- 77
98· 34
171- 78
55- 86
176- 88
55·87
176- 89
149- 41
149- 42
106- 7

106· 8
83-109
83 ·110
94- 57
170- 37
94- 58
70- 2
70- 3
94·52
94- 53
45· 43
45· 44
51· 57
172·104
51- 58
175 - 6
51- 70
176· 57
130· 90

MFRS Pa&Line

·~~SC

m:lr

• MOTA
PHIC
RAYN
TEC
TIIF
VALG
2N2411
64- 83
."TII
MULB
PHIC 173- 74
TADI
TEC
TIIB
TIIF
2N2412
64· 84
."TII
MULB
PHIC 173- 75
SCA
TADI
TEC
TIIB
TIIF
TADI
2N2413
86·102
Til
TIIB
2N2414
RAYN 95- 13
182- 9
45- 95
2N2415
."TII
• MOTA
45 - 87
2N2416
."TII
TIIB
• MOTA
2N2417
."GESY 187-103
2N2417A
."GESY 187·104
JAN2N2417A
none 187 -105
2N2417B
"GESY 187-106
2N2418
MGESY 187-107
2N2418A
t"GESY 187·108
JAN2N2418A
none 187·109
2N2418B
."GESY 187-110
2N2419
."GESY 188- 1
2N2419A
MGESY 188· 2
JAN2N2419A
none 188· 3
2N2419B
."GESY 188- 4
2N242D
."GESY 188- 5
2N2420A
."GESY 188- 6
JAN2N2420A
none 188 - 7
2N2420B
."GESY 188- 8
2N2421
."GESY 188· 9
2N2421A
."GESY 188- 10
JAN2N2421A
none 188- 11
2N2421B
."GESY 188- 12
2N2422
."GESY 188· 13
2N2422A
tbGESY 188- 14
JAN2N2422A
none 188- 15
2N2422B
."GESY 188- 16
2N2423
KSC
122· 13
MOTA
SOD
2N2424
68· 4
• CRY
166- 92
2N2425
68- 3
• CRY
166- 30
2N2427
95 - 14
."TEC
SCA
2N2428
52- 16
."APX
PHIC
•
NPC
2N2429
52- 18
."APX
.NPC
PHIC
2N2430
59- 23
."APX
PHIC
• NPC
2N2431
54· 37
."APX
PHIC
• NPC
2N2431MP
APX
182- 10
PHIC
2N2432
83·95
."TII
• TADI
CRY
• TEC
NSC 188·102
TIIF
JAN2N2432
CRY
84· 27
TEC
NSC
Til
2N2432A
83- 96
"Til
CRY
TADI 188 ·103
TEC
TIIF
JAN2N2432A
CRY
84- 28
TEC
Til
2N2433
95· 63
."CDC
2N2434
95·68
."CDC
SCA
2N2435
95 - 64
."CDC
TEC
SCA
2N2436
95 - 69
."CDC
TEC
SCA
2N2437
95 - 58
."CDC
TEC
2N2438
95·65
."CDC
TEC
2N2439
95- 70
."CtlC
TEC
2N2440
."CDC 101· 55
SSI
.TRW
2N2443
100- 70
."FSC
SGSI
• CDC
551
TEC
.TRW
2N2444
KSC
119- 12
SOD
2N2445
"SOD 122- 14
2N2451
43· 30
"SPR
191-110
2N2452
186· 80
."FSC
SGSI
77- 84
2N2453
."AML
BNT
• GESY 182· 11
• MOTA
GIC
NSC
• RAYN
SGSI
SOD
TADI
TEC
TIIF
• Til
2N2453A
77- 85
."AML
cont.next caae

+-Indicates manufacturer's data sheet available
in Transistor Information Microfile (TIM)

rYPE No.
12N245.JA
(cont.)
t GESY
tMOTA
RAYN
TADI
2N2459
2N2460
2N2461
2N2462
2N2463
SCA
2N2464
SCA
2N2465
SCA
2N2466
SCA
2N2467
2N2468
2N2469
2N2472
2N2474
2N2475
ETC
tFSC
PHIC
SGSI
tTEC

MFRS pg&Line
BNT
GIC
NSC
SOD
TEC
TIIF
tllSOD
SCA
tllSOD
SCA
+llSOD
SCA
tt>SOD
SCA
tt>SOD
TEC
tt>SOD
TEC
tt>SOD
TEC
tt>SOD
TEC
tt>SOD

+t>SOD

tt>SOD
SCA
+t>CRY
HRCA
FERB
MULB
RADF
TADI
TIIF
VALG
tt>RCA
2N2476
FERB
t ETC
tMOTA
tFSC
RAYN
SGSI
+ SPR
+llRCA
2N2477
FERB
tETC
tFSC
+ MOTA
RAYN
SGSI
+ SPR
tETC
2N2478

2N2479
RAYN
2N2480
t CDC
GIC
+ RAYN
SSI
2N2480A
CDC
GIC
tRAYN
SSI
2N2481
ETC
ITT
TADI
JAN2N2481
MOTA
2N2483
AKER
CDC
GIC
MISI
+ NSC
PHIC
t RAYN
SGSI
TADI
t Til
TIIF
2N2484
AKER
CDC
tGIC
+ ITT
MULB
NTLB
RADF
SES
t SOD
tTEC
TIIB
TRW
JAN2N2484
2N2484A
2N2487
2N2488
2N2489
2N2490
tETC
2N2491
t ETC
2N2492
tETC
2N2493
ETC
2N2494
2N2495
2N2496

182 - 12

TIIB

JAN2N2497
2N2498
AML
TIIB
93· 96
93- 97 JAN2N2498
2N2499
93- 98
AML
TIIB
93- 99
JAN2N2499
96- 9 2N2500
AML
TIIF
96- 10
JAN2N2500
96- 11 2N2501
HSC
96- 12
2N2509
CDC
113· 38
t GIC
113· 39
NSC
113· 40
RAYN
138· 65
SGSI
181· 27
88· 11
180· 44 2N2510
CDC
t GIC
+ NSC
RAYN
SGSI
98- 66
175 - 59 2N2511
CDC
t GIC
+ NSC
RAYN
98 - 67
SGSI
175 - 60

98 - 58
175 - 11
tETC
98- 50
TADI 172-110
HGESY 84 - 52
ESMF 182- 13
+MOTA
SGSI
TADI
tllGESY 84 - 53
ESMF 182· 14
+ MOTA
SGSI
TAOI
tt>MOTA 91-105
HSC 177- 21
tRAYN
+ Til
91-106
FSC
RAYN 177 - 66
Til
tUSC
90- 43
+AML
ESMF
+ ITT
MULB
NTLB
RADF
SES
+ SOD
tTEC
TIIB
VALG
tt>FSC
90- 44
tAML
ESMF
IDC
MISI
t NSC
PHIC
+ RAYN
SGSI
TAD I
tTIl
TIIF
UEHK
VALG
AML
90- 85
RAYN
90- 69
+t>AML
RAYN
t>SPR
45 - 15
t>SPR
45 - 16
t>SPR
45 - 17
t DEL
123- 36
tMOTA
t DEL
123 - 37
tMOTA
123- 38
+ DEL
tMOTA
t DEL
12.3.:...~~_
+ MOTA
48- 711
+t>APX
PHIC
+t>APX
48- 79
PHIC
+t>APX
47 - 34
PHIC

D.A. T.A.INC.

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

YPE No.
12N2497AML

2N2514
2N2515
2N2516

tn\~
TIIF
t UCC
none

tt>TII
t SIX
TIIF
t UCC
none

+t>lll
+ SIX
TIIF
+ UCC
none

+t>TII
TIIB
t UCC
none

tt>MOTA
SCA
TEC
+t>AML
tFSC
+ ITT
PHIC
SES
TADI
TEC
+t>AML
tFSC
tlTT
PHIC
SES
TAD I
TEC
+t>AML
tFSC
tlTT
PHIC
SES
TADI
TEC

t>SOD
+t>SOD

2N2525
2N2526

+llSOD
SCA
HSOD
HSOD
SCA
tt>SOD
tt>SOD
tt>SOD
SCA
tt>SOD
SCA
tllSOD
SCA
+HRW
+t>MOTA

2N2527

+t>MOTA

2N2528

+t>MOTA

2N2518
2N2519
2N2520
2N2521
2N2522
2N2523
2N2524

JAN2N2528
MOTA
2N2537
+t>MOTA
HSC
ETC
t RAYN
MST
SCA
t SPR
TADI
TEC
tTIl
TIIB
+TRW
TIIF
tt>MOTA
2N2538
ETC
HSC
MST
t RAYN
SCA
+ SPR
TADI
TEC
TIIB
+ Til
TIIF
+TRW
2N2539
tt>MOTA
ETC
HSC
t RAYN
SCA
t SPR
TADI
TEC
t Til
TIIF
TIIB
tTRW
2N2540
tt>MOTA
ETC
HSC
SCA
+ RAYN
TADI
+ SPR
TEC
+ Til
TIIF
TIIB
+TRW
llRAYN
2N2541
ETC
+t>TII
2N2552
MOTA
+ KSC
+SOD
tt>TII
2N2553
MOTA
+ KSC
tSOD
KSC
JAN2N2553
Til
SOD
tt>tll
2N2554
MOTA
+ KSC
+SOD
+t>TII
2N2555
MOTA
t KSC
+SOD
KSC
JAN2N2555
Til
SOD
tllTIl
2N2556
cont.next col.

11O~-

\I IZNZ55.6

(cont.)
t KSC
MOTA t SOD
2N2557
tt>TII
106- 10
t KSC
MOTA
t SOD
106- 11
JAN2N2557
KSC
SOD
Til
tt>TII
2N2558
t KSC
MOTA
106- 12
+ SOD
106· 13
2N2559
+t>TII
t KSC
MOTA
+ SOD
106- 14 JAN2N2559
KSC
106- 15
SOD
Til
2N2560
tt>TII
t KSC
MOTA
106- 16
tSOD
92- 27 2N2561
+llTIl
MOTA
177 - 85
+ KSC
+SOD
+t>TII
89- 98 2N2562
t KSC
MOTA
t SOD
tt>TII
2N2563
MOTA
+ KSC
+ SOD
2N2564
tllTIl
t KSC
MOTA
89· 99
+ SOD
2N2564/5
KSC
2N2565
+t>TII
MOTA
+ KSC
t SOD
KSC
2N2565/5
89-100 2N2566
tt>TII
tSOD
+ KSC
KSC
2N2566/5
tt>TII
2N2567
MOTA
+ KSC
tSOD
2N2567/5
KSC
+llAPX
93- 36 2N2569
MULB
PHIC
93- 55
PHIN
RADF
93- 71
VALG
93- 72 2N2570
+llAPX
PHIC
93 - 73
MULB
PHIN
RADF
VALG
93 - 51
TEC
+t>DEL
93- 52 2N2580
93- 53
SEN
SOD
2N2580M
t DEL
93- 74
2N2581
+t>DEL
93- 75
SEN
SOD
2N2582
+t>DEL
142- 62
SEN
SOD
119- 13 2N2583
+t>DEL
163- 77
SEN
SOD
119- 14 2N2584
SOD
163- 78
119- 15 2N2585
SOD
163- 79
161- 34 2N2586
tt>TII
tAML
102- 35
CDC
176- 1
tFSC
+ ITT
PHIC
NSC
RAYN
SES
SGSI
SOD
TADI
TEC
TlIF
102- 36 2N2590
+t>SOD
176- 2
SCA
TEC
2N2591
tllSOD
SCA
TEC
2N2592
tt>SOD
TEC
SCA
2N2593
tt>SOD
TEC
96- 42
SCA
SSI
176- 3 2N2594
TEC
tt>SOD
2N2595
SCA
TEC
2N2596
tt>SOD
TEC
SCA
tt>SOD
96- 43 2N2597
TEC
176- 4
SCA
tt>SOD
2N2598
TEC
2N2599
tt>SOD
TEC
2N2599A
+t>SOD
TEC
54- 14
166- 98 2N2600
tt>SOD
TEC
114 - 81
SSI
+t>SOD
2N2600A
TEC
SSI
114- 82 2N2601
+t>SOD
+AML
SCA
SSI
TEC
56- 59 2N2602
tt>SOD
SCA
tAML
114- 83
SSI
TEC
2N2603
tt>SOD
SCA
+AML
114- 84
SSI
TEC
2N2604
+MOD
+AML
tMOTA
56- 60
t NSC
+ RAYN
SSI
SCA
114- 85
tTEC
TADI
cont.next col.

",-Registered with JEDEC
by this menufacturer

13

IN TYPE NUMBER SEQUENCE
YPE No.
MFRS
2i1r2lf43
tTIl
(cont.)
TEC
TIIF
TIIF
TIIB
tt>TII
NSC
67 - 78 2N2644
tAML
ESMF
SOD
tt>SOD
69- 32
tFSC
tGESY
2N2605
tAML
tFSC
GIC
MISI
tMOTA t NSC
tMOTA t NSC
SSI
t RAYN
SGSI
t RAYN
TADI
t TEC
tSOD
SSI
tTEC
TIIB
TADI
+ Til
TIIF
TIIF
TIIB
tt>FSC
JAN2N2605
NSC
67 - 79 2N2645
RAYN
SES
SOD
TADI
2N2605A
tt>SOD
68-102
SGSI
TAOI
TEC
2N2646
tt>GESY
2N2606
tt>SIX
104- 90
ESMF tMOTA
tFSC
+ NPC
SOIF
+AML
JAN2N2606
tt>GESY
AML 104- 91 2N2647
SIX
ESMF + MOTA
t NPC
SOIF
2N2607
tt>SIX
104- 92
ETC
tAML
+ UCC
2N2648
JAN2N2607
AML 104- 93
SIX
2N2651
tETC
SGSI
+t>SIX
104- 94
2N2608
2N2652
+t>GESY
+AML
+ UCC
JAN2N2608
AML 104- 95
+ MOTA t RAYN
SGSI
SSI
SIX
2N2609
104- 96
TADI
+llSIX
FSC
2N2652A
tt>GESY
+ AML
+ MOTA + RAYN
+ UCC
SSI
JAN2N2609
AML 104- 97
SGSI
SIX
TADI
HAPX
2N2610
t>TEC
73-100 2N2654
PHIC
SCA
t>TRW
tt>GESY 138- 66 2N2656
2N2611
2N2657
tt>SOD
SCA
t PIR
+ NSC
2N2612
t>SOD 119- 16
SSI
48- 16
2N2613
+t>RCA
+ SIL
ATEI
+ SSP
TEC
+ NPC
tt>SOD
2N2614
+t>RCA
48- 17 2N2658
t NSC
+ PIR
ATEI
+ NPC
2N2615
ITT
88- 12
SEN
+ SIL
t SSP
2N2616
tUSC
88- 17
SSI
CDC
TEC
+AML
ITT
LTTF
2N2659
+t>TII
KSC
SGSI
TADI
tt>TII
2N2617
PHIC
82- 20 2N2660
2N2631
tt>RCA 140- 65
KSC
tt>TII
ECO
2N2661
none 136- 94
KSC
JAN2N2631
tt>TII
2N2632
t>SOD 145 - 50 2N2662
SEN
SIL
KSC
TEC
2N2663
tt>TII
2N2633
llSOD 145 - 51
KSC
SIL
2N2664
+t>TII
SEN
TEC
KSC
tt>TII
2N2634
t>SOD 145- 52 2N2665
SEN
SIL
KSC
tt>TII
TEC
2N2666
51- 72
• KSC
2N2635
+t>TII
SSI
176- 72 2N2667
tt>TII
+ MOTA
2N2636
+t>SOD 122- 15
+ KSC
tt>SOD 122- 16 2N2668
tt>TII
2N2637
2N2638
+t>SOD 122- 17
+ KSC
84- 16 2N2669
+llTIl
tt>TII
2N2639
tAML
ESMF 182- 15
+ KSC
tt>TII
t GESY
2N2670
tFSC
GIC
MISI
+ KSC
tt>APX
tMOTA + NSC
2N2671
tt>APX
t RAYN
2N2672
SGSI
t>SOD
tSOD
SSI
2N2691
2N2691A
t>SOD
TADI
+ TEC
TIIB
TIIF
JAN2N2639
none
84- 22 2N2692
tt>TII
182- 16
SCA
TADI
84- 17 2N2693
tt>TII
2N2640
H Til
tAML
ESMF 182- 17
SCA
TADI
t FSC
2N2694
HTII
+ GESY
TADI
GIC
MISI
SCA
tMOTA t NSC
2N2695
tt>FSC
t RAYN
SGSI
MOTA
RAYN
TADI
tSOD
SSI
TEC
TADI
tTEC
t Til
TIIB
2N2696
HFSC
TIIB
TIIF
2N2641
tllTiI
84- 18
ITT
RAYN
tAML
SGSI
ESMF 190- 36
TADI
tFSC
TEC
t til
+ GESY
GIC
MISI
TIIB
tMOTA + NSC
2N2697
t>SOD
t RAYN
SGSI
SEN
t SOD
SSI
2N2698
t>SOD
TADI
+ TEC
SEN
TIIF
TIIB
2N2706
HAPX
tllTIl
84- 19
2N2642
PHIC
tAML
ESMF 182- 18 2N2706MP
APX
t GESY
tFSC
2N2707
tt>APX
GIC
MISI
PHIC
tMOTA t NSC
2N2708
HRCA
t RAYN
tAML
SGSI
APX
tSOD
SSI
CDC
ETC
tTEC
.. RAYN
TADI
FERB
TIIB
TIIF
SSI
TADI
JAN2N2642
84- 23
AML
TRW
182- 19 JAN2N2708
Til
AML
84- 20
RCA
MOTA
2N2643
tt>TII
t MOTA
tAML
ESMF 182- 20 2N2710
GESY
SGSI
tFSC
MISI
2N2711
tt>GESY
GIC
t SPR
TEK
tMOTA t NSC
HGESY
t RAYN
SEN
2N2712
t50D
t SPR
TEK
SGSI
TADI
2N2713
tt>GESY
SSI
cont.next n8ne
cont.next col.

No.
IZNZ604
(cont.)
TIIB
114- 86 JAN2N2604
113- 16
114- 87
114 - 88
113 - 17
114 - 89
114· 90
114 - 91
114- 92
114- 93
113 - 27
114·94
113- 28
114- 95
113· 29
114- 96
113- 30
85 - 26
188-104
85- 27
188-105
155163155 164·
155 163155163155163155 16315516384·

40
36
41
63
42
37
43
38
44
39
45
40
46
41
76

69- 27
69- 28
69- 29
69- 30
134- 12
69- 14
69- 15
69- 16
69- 17
69- 18
68- 92
69- 19
69- 6
68-106
68-107
68-108
69- 31

MFRS P"Piline

"Indicates manufacturer's data sheet available
in Transistor Information Microfile (TIM)

Pg&Line

84- 21
190- 37

95- 15
188- 17
188- 18
55 - 78
167- 47
92-105
180· 18
84- 77
182- 21
84- 78
182- 22
47- 91
91- 53
135- 48
167· 6
135 - 49
167- 7

114- 24
114- 25
114 - 26
114- 27
114- 28
114- 29
114- 30
114 - 31
114- 32
114- 33
114- 34
114- 35
47 - 35
47 - 36
120-106
123- 40
164- 7
85- 1
170- 76
84- 43
169- 61
84 - 44
169- 62
67- 1
171- 65
67- 2
171- 66

140- 66
140- 67
55- 54
182- 23
181- 41
80- 53

79- 89
92- 89
179 - 83
76- 87
76- 88
76- 89

TYPE No.

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

MFRS Pa&Line TYPE No.

2N271.3

(cont.)

• SPR
2N2714
ESMF
2N2715
2N2716
2N2717
2N2720
.AML
2N2721
.AML
2N2722
.AML
NSC
2N2723
• MOTA
2N2724
• MOTA
2N2725
• MOTA
2N2726
MST
2N2727
2N2728
2N2729
.AML
LTTF
2N2730
2N2731
2N2732
2N2733
2N2734
2N2735
2N2736
2N2737
2N2738
2N2739
SEN

ESMF
TEK
."'GESY
• SPR
TEK
TEK
TEK
PHIC
."'SOD
• MOTA
TADI
."'SOD
• MOTA
TADI
."'SOD
• MOTA
TADI
."'SOD
RAYN
."'SOD
RAYN
."'SOD
RAYN
."'GESY
TEC
."'GESY
TEC
."'MOTA

2N2743

.USC
CDC
TADI
."'SOD
."'SOD
."'SOD
."'SOD
."'SOD
."'SOD
."'SOD
."'SOD
."'SOD
."'WESY
SLA
SPC
."'WESY
SLA
SPC
."WESY
SLA
SPC
."WESY
SLA
SPC
SLA

2N2744

SLA

2N2740
SEN
2N2741
SEN
2N2742
SEN

2N2745
SEN
2N2746
SEN
2N2747
SEN
2N2748
SEN
2N2751
SEN
2N2752
SEN
2N2753
SEN
2N2754
SEN
2N2755
2N2756
2N2757
SEN
SLA
2N2758
SEN
SLA
2N2759
SEN
SLA
2N2760
SEN
SLA
2N2761
SEN
SLA
2N2762
2N2763
SEN
SLA
2N2764
SEN

cant. next col.

MFRS Pa&Line TYPE No.

2N2764

."WESY
SLA
SPC
."'WESY
SLA
SPC
."'WESY
SLA
SPC
."'WESY
SLA
SPC
."'WESY
SLA
SPC
."WESY
SLA
SPC
."'WESY
SLA
SPC
."'WESY
SLA
SLA

(cont.)

SPC
76· 90 2N2765
SEN
SLA
76· 91
76· 92 2N2766
SEN
47·101
85· 15
SLA
SSI
182· 24
2N2767
85· 16
182·25 2N2768
85· 28 2N2769
SEN
182· 26
SLA
190· 38
2N2770
SEN
190· 39
SLA
190· 40
2N2771
130· 85
SEN
SLA
130· 86
2N2772
SEN
123· 41
SLA
162· 78
88· 18
2N2773
123· 42
123· 43
123· 44
122· 65
122· 66
122· 67
122· 68
122· 69
122· 70
156·29
161· 38
156· 30
161· 39

2N2774
2N2775
SLA
2N2776
SLA
2N2777
SLA
2N2778
SLA
2N2779

156· 31
161· 40 2N2780
156· 32 2N2781
161· 41
LTTF
SEN
156·33 2N2782
161· 42
LTTF
SEN
156· 34
161· 43 2N2783
LTTF
156·35
SEN
161· 44
2N2784
156· 36
SSI
161· 45
2N2784/46
156· 37
161· 46 2N2784ITNT
2N2785
156· 38
161· 47 2N2787
ETC
156· 39 2N2788
161· 63
ETC
156· 40 2N2789
ETC
161· 64

156· 41 2N2790
161· 65
2N2791
ETC
156· 42
161· 66
156· 43 2N2792
ETC
161· 67
SLA
156· 44
161· 68 2N2795
."'WESY 156· 45
161· 48 2N2796
• SIL
SPC
SSI
2N2800
ITT
."'WESY 156· 46
161· 49
• SIL
2N2800/46
SPC
SSI
."'WESY 156· 47 2N2801
BNT
161· 50
• SIL
• RAYN
SPC
SSI
."'WESY 156· 48 2N2801/46
161· 51 2N2802
• SPC
SIL
GIC
RAYN
SSI
SSI
• "'WESY 156· 49
TIIB
161· 52
• SIL
SPC
2N2803
GIC
SSI
RAYN
SSI
156· 50
SSI
161· 53
TIIB
."WESY 156· 51
161· 54 2N2804
• SIL
GIC
SPC
RAYN
SSI
SSI
."'WESY 156· 52
TIIB
161· 55
• SIL

D.A. T.A. INC.

SLA
SSI
."'WESY
• SPC
SIL
SSI
."'WESY
• SIL
SPC
UCC
SSI

156· 53
161· 56
156· 54
161· 57

156· 55
161· 58
SSI
156· 56
161· 59
."'WESY 156· 57
161· 69
• SIL
SPC
SSI
."'WESY 156· 58
161· 70
• SIL
SPC
SSI
."'WESY 156· 59
161· 71
• SIL
SPC
SSI
."'WESY 156· 60
161· 72
• SIL
SPC
SSI
SSI
156· 61
161· 73
SSI
156· 62
161· 74
."'WESY 156· 63
SPC
161· 76
SSI
."'WESY 156· 64
SPC
161· 77
SSI
."'WESY 156· 65
SPC
161· 78
SSI
."'WESY 156· 66
SPC
161· 79
SSI
SSI
156· 67
161· 80
SSI
156· 68
161· 81
."TRW 140· 68
SCA
SSI
."'TRW 140· 69
SCA
SSI
."'TRW 140· 70
SCA
SSI
tECD
88·22
TADI 180· 77
.TEC
SCA
94· 30
180· 78
TEC
73· 17
."'GESY 190· 41
• MOTA
102· 37
."GIC
SCA 176· 30
102· 38
."GIC
MOTA 176· 31
SCA
102· 39
."'GIC
MOTA 176· 32
SCA
96· 44
t"GIC
SCA 176· 33
96· 45
."'GIC
MOTA 176· 34
SCA
96· 46
."'GIC
MOTA 176· 35
SCA
45· 85
."'SPR
179· 23
45·86
."'SPR
179· 24
."'MOTA 71· 81
• RAYN 171· 97
TADI
SCA
69· 58
171· 98
."MOTA 71· 82
ITT
171· 99
TADI
TIIF
SCA
69· 59
62·107
."'TII
182·
27
• MOTA
SOD
TADI
TIIF
62·108
."TII
• MOTA 182· 28
SOD
TADI
TIIF
62·109
.'" Til
• MOTA 190· 42
SOD
TADI
TIIF

1',Registered with JEDEC
by this manufacturer

2N2805
."'TII
GIC
+ MOTA
RAYN
SOD
SSI
TADI
TIIB
TIIF
2N2806
• "'Til
GIC
• MOTA
RAYN
SOD
SSI
TADI
TIIB
TIIF
2N2807
."'TII
GIC
• MOTA
RAYN
SOD
TADI
SSI
TIIF
TIIB
2N2811
"'SOD
HSC
PIR
SEN
SSP
TEC
2N2812
"'SOD
HSC
PIR
SEN
SSP
TEC
2N2813
"'SOD
PIR
HSC
SEN
SSP
TEC
2N2814
"'SOD
HSC
PIR
SEN
SSP
TEC
TRW
2N2815
."'SIL
ESMF tETC
SEN
• SPC
SSI
2N2816
."'SIL
ESMF tETC
SEN
• SSI
SPC
2N2817
."'SIL
ESMF
ETC
SEN
• SPC
SSI
2N2818
MSIL
ESMF
• ETC
SEN
• SPC
SSI
2N2819
."SIL
ESMF
SEN
SPC
SSI
2N2820
."SIL
ESMF
SEN
SPC
SSI
2N2821
."SIL
ESMF
SEN
SPC
SSI
2N2822
."SIL
ESMF
SEN
SPC
SSI
2N2823
."SIL
ESMF
SEN
SPC
SSI
2N2824
."'SIL
ESMF
SEN
SPC
SSI
2N2825
."'SIL
ESMF
SEN
SPC
SSI
2N2828
."SIL
SEN
SPC
SSP
2N2829
."SIL
SPC
SSP
.TRW
2N2831
2N2832
."'MOTA

l~tlig

2N2847
ETC
RAYN
SSI
TEC
2N2848
ETC
RAYN
SSI
TEC
2N2849
SEN
2N2850
SEN
2N2850·1
SOD
2N2851
SEN
2N2851·1
SOD
2N2852
SEN
2N2852·1
SOD
2N2853
SEN
2N2853·1

IN TYPE NUMBER SEQUENCE
MFRS pg&Line TYPE No.

."'FSC
• MOTA
SGSI
TADI
TIIF
."'FSC
+ MOTA
SGSI
TADI
TlIF
."'SSP
SSI
."'SSP
SSI
SEN
SSI
MSSP
SSI
SEN
SSI
."'SSP
SSI
SEN
SSI
."'SSP
SSI
SEN
SOD
2N2854
."'SSP
SSI
SEN
2N2855
."'SSP
SSI
2N2855·1
SOD
SSI
2N2856
."'SSP
SSI
2N2856·1
SOD
SSI
2N2857
.APX
FERB
.KMC
• MOTA
PHIC
RADF
• RCA
SCA
SSI
VALG
JAN2N2857
MOTA
RCA
2N2858
."'SIL
SPC
• SLA
SSP
TEC
JAN2N2858
none

I~J: ~~

JAN2N2880

MFRS Pa&Line
SOD

2N2881
• CRY
2N2882

."'SIL
TEC
."'SIL
63· 1
102· 41
TEC
• CRY
182· 30
175· 62 2N2883
TADI
• Til
2N2884
TADI
• Til
63· 2
102· 97 2N2887
."'TRW
190· 43
ECD
168· 26
SEN
102· 98 2N2890
.USC
ESMF
168· 27
• NSC
SGSI
102· 91
SOD
147·85
SSI
168· 28
• TEC
SSP
102· 99
TADI
.USC
168· 29 2N2891
102· 92
ESMF
• SOD
NSC
147·86
SGSI
168· 30
102·100
SSI
• SSP
TADI
168·31
TEC
102· 93
TIIF
147·87
168· 32 2N2892
."'FSC
102·101
SEN
• NSC
168· 33
SOD
SSI
102· 94
TEC
• SSP
147·88
168·34 2N2893
."'FSC
102·102
SEN
• SOD
NSC
168· 35
SSI
102 03
tSSP
TEC
154· 58
168 36 2N2894
."'FSC
102· 95
ESMF
FERB
168·37
HSC
• ITT
102·104
MISI
• MOTA
154· 59
168·38
SGSI
• RAYN
102· 96
STCB
TADI
168· 39
TEC
•
Til
81· 5
TIIB
TIIF
154· 60
UEHK
2N2894A
."'FSC
ITT
2N2895
MRCA
154·61
• MOTA
• CDC
80· 6
TEC
• RAYN
2N2896
."'RCA
• MOTA
97· 20
.CDC
154· 62
164·27
RAYN
TEC
2N2897
."'RCA
140· 20
+ MOTA
• CDC
154· 63
165· 82
RAYN
TEC
2N2859
97·21 2N2898
."'SIL
• CDC
SPC
164·28
RAYN
SCA
• SLA
154· 64
SSP
TEC
TEC
JAN2N2859
none 140· 21 2N2899
165· 83
RAYN • CDC
SCA
154· 65 2N2861
64· 9
TEC
."'TII
RAYN
TADI
2N2900
TEC
TIIB
RAYN • CDC
SCA
154·66 2N2862
64· 8
TEC
."TII
RAYN
TADI
2N2903
."'AML
TEC
TIIB
GIC
• APX
154· 67 2N2863
101·104
• MOTA
NSC
."'TII
TADI
TEC
SGSI
• RAYN
TIIB
TIIF
SOD
TADI
154· 68 2N2864
MTII
101·105
TEC
TADI
TEC
2N2903A
."'AML
TIIB
TIIF
GIC
• MOTA
145· 11 2N2865
79· 65
NSC
• "'Til
• RAYN
.AML
ETC
SGSI
SOD
RAYN
SCA
TADI
TEC
145· 99
SSI
TADI
2N2904
."'MOTA
TIIB
TIIF
AKER .AML
90· 45 2N2866
.HEC
145· 53
BNT
CDC
119· 17
SEN
ESMF
CNS
166· 48 2N2867
145· 54
ETC
HSC
."'TEC
2N2833
SEN
."'MOTA 119· 18
HSC
• HUGS
GIC
166· 49 2N2868
ESMF 100· 71
INTG
2N2834
ETC
HSC
ITT
MISI
."'MOTA 119· 19
166· 50
RAYN
MULB
ITT
MST
JAN2N2834
MOTA 119· 20
SGSI
.TRW
NPC
NSC
166· 51 2N2869
NTLB • PHIC
."RCA 117· 27
2N2835
PHIC 114· 44
tETC
KSC
RADF • RAYN
2N2836
PHIC 116· 51
SOD
SGSI
• SES
2N2837
."'MOTA 70· 34 2N286912N301 ATEI 117·28
• SOD
• TADI
SPR
ETC
171·100
RCA
STCB
• GIC
ITT
2N2870
."'RCA 117·29
• RAYN
• TIIB
TEC
• TIIF
Til
TADI
tETC
KSC
2N2838
SOD
."'MOTA 70· 35
UEHK
VALG
ETC
GIC
171·101 2N287012N301A
117· 30 JAN2N2904
AML
ITT
ATEI
RCA
GIC
MOTA
• RAYN
TADI
2N2874
MTRW 140· 71
NSC
RAYN
2N2840
SEN
SPR
TEC
+"'GESY 188· 19
MTEC
2N2841
104· 98 2N2875
126·106
."'SIX
Til
2N2876
AML
."RCA 136·95 2N2904A
."'MOTA
tECD
2N2842
104· 99
AKER .AML
."'SIX
none 140· 72
AML
JAN2N2876
CNS
BNT
2N2843
104·100 2N2877
ESMF HSC
"'SIX
"SOD 145·100
SEN
AML
168· 21
UCC
HSC
• PIR
• HUGS
GIC
2N2844
104·101
SSP
INTG
."SIX
• SIL
TEC
MISI
• ITT
•
UCC
2N2845
91· 54 2N2878
."FSC
MULB
"'SOD 145·101
NSC
ETC
169· 99
NTLB • PHIC
• MOTA 176· 5
•
PIR
•
NSC
RAYN
SGSI
SEN
RADF .RAYN
• SIL
• SPR
SSI
SSP
TEC
SGSI
• SES
TADI
TEC
2N2879
"'SOD 145·102
• TADI
SPR
• STCB
SOD
TIIF
SEN
168· 22
•
PIR
2N2846
102· 40
• Til
SSP
.TEC
."'FSC
•
SIL
• MOTA 176· 6
ETC
TIIB
TIIF
TEC
NPC
RAYN
2N2880
UEHK
VALG
"'SOD 145·103
SSI
SGSI
AML
169·100 JAN2N2904A
•
NSC
•
PIR
TADI
TEC
SEN
NSC
MOTA
• TEC
SIL
TIIF
SSP
RAYN
TEC
TRW
Til

14

+-Indicates manufacturer's data. sheet available
in Transistor Information Microfile (TIM)

145 ·104
167·48
126· 22
126· 23
102· 72
102· 73
142· 12
100· 19
167· 93

100· 20
167·94

143· 51
168· 54
143·52
168· 55
67·89
178·95

67·109
180· 52
95·109
95·110
95·85
96·

1

96· 2
95·86
77·86
182· 31

77· 87
182· 32

70·108
174· 4

70·109
174· 61

70·110
174· 5

71· 1
174·62

TYPE No.
12N2t1UtlAKER
BNT
CNS
ETC
,GIC
HUGS
INTG
MISI
MULB
NTLB
RADF
+ SES
, SOD
STCB
+TEC
TIIB
UEHK
JAN2N2905
GIC
NSC
SPR
2N2905A
AKEA
BNT
ESMF
+GIC
HUGS
'ITT
MULB
NTLB
AADF
, SES
+SOD
STCB
'TEC
TIIB
UEHK
JAN2N2905A
MOTA
RAYN
2N2906
'AML
CDC
ETC
+GIC
HUGS
ITT
MST
NPC
NTLB
, SES
,SOD
STCB
+TEC
TIIB
JAN2N2906
GIC
NSC
TEC
2N290SA
+AML
ESMF
+ GIC
HUGS
+ ITT
MULB
NTLB
+ SES
+ SOD
STCB
+ TEC
TIIB
JAN2N2906A
GIC
NSC
TEC
2N2907
+AML
+ CDC
ECD
tETC
+GIC
HUGS
ITT
MST
+ NSC
,AAYN
SGSI
, SPA
TADI
+ Til
TIIF
JAN2N2907
ITT
NSC
TEC
2N2907A
tAML
CNS
HSC
HSC
INTG
MISI
+ NSC
+ AAYN
SGSI
+ SPA
TADI

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

MFRS Pa&Line TYPE No.

+~:r~~A 1~~: ~ 12~~~~).

+ CDC
ESMF
HSC
HSC
IDC
ITT
MST
+ NSC
PHIC
, AAYN
SGSI
+ SPR
TADI
+ Til
TIIF
VALG
AML
MOTA
RAYN
TEC
Til
+lIMOTA
+AML
CNS
HSC
HSC
INTG
MISI
+ NSC
PHIC
+ RAYN
SGSI
+ SPR
TADI
+ Til
TIIF
VALG
AML
NSC
TEC
Til
+lIMOTA
BNT
ESMF
HSC
HSC
INTG
MISI
MULB
+ NSC
, RAYN
SGSI
+ SPA
TADI
'Til
TIIF
UEHK
AML
MOTA
AAYN
Til
+lIMOTA
BNT
, FSC
HSC
INTG
MISI
+ NSC
+ RAYN
SGSI
+ SPR
TADI
+ Til
TIIF
UEHK
AML
MOTA
AAYN
Til
+lIMOTA
BNT
CNS
ESMF
HSC
HSC
INTG
MISI
MULB
NTLB
+ SES
+ SOD
STCB
+TEC
TIIB
UEHK
GIC
MOTA
AAYN
Til
'lIMOTA
BNT
ESMF
+ GIC
HUGS
+ ITT
MULB
NTLB
+ SES
+ SOD
STCB
• TEC

cont.next col.

D.A. T.A. INC.

71· 3
174· 63

71· 4
174· 7

71· 5
174· 64
69· 66
174· 8

69· 67
174·65
69· 68
174· 9

69· 69
174·66
69· 70
174· 10

69· 71
174· 67
69· 72
174· 11

12~~~f.)U
+ Til
TIIF
'Til
UEHK
TIIF
JAN2N2907A
AML
69· 73 JAN2N2920
GIC
MOTA 174· 68
FSC
RAYN
NSC
RAYN
TEC
Til
2N2909
SCA
93· 54 2N2920A
+TRW
+AML
2N2910
NSC
+lIGESY 84· 73
SSI
TADI 182· 33
SSI
+TEC
2N2911
+lISIL
136· 96 2N2921
PIR
+ SLA
SPC
SSI
2N2922
JAN2N2911
none 140· 22
165· 84 2N2923
2N2912
+lIMOTA 119· 21
ESMF
166· 41
2N2913
+lIFSC
84· 79 2N2924
+AML
+ APX
190· 44
ESMF
, GESY
BNT
GIC
+ MOTA
2N2925
+ NSC
+ ODC
ESMF
+ RAYN
SGSI
+ SOD
SSI
2N2926
TADI
TEC
CDLF
+ Til
TIIB
TIIF
+ UCC
2N2927
2N2914
+lIFSC
ETC
84· 80
+AML
+APX
190· 45
TADI
BNT
2N2929
+ GESY
GIC
+ MOTA
2N2930
, NSC
+ODC
+ RAYN
SGSI
2N2936
+SOD
SSI
+ RAYN
TEC
TADI
2N2937
+ Til
TIIB
+ RAYN
, UCC
TIIF
2N2938
2N2915
+6.FSC
84·81
+APX
182· 34 2N2939
'AML
BNT
+ GESY
GIC
2N2940
+ MOTA
+ ODC
+ NSC
, RAYN
SGSI
2N2941
SSI
2N2944
+ SOD
TADI
TEC
+ MOTA
TIIB
SOD
+ Til
TIIF
UCC
TADI
2N2915A
+lIFSC
+ Til
84· 82
+AML
BNT
182· 35
NSC
RAYN
2N2944A
SSI
TADI
+ CAY
+ Til
TADI
2N2916
+lIFSC
84·83
+AML
+APX
182· 36 JAN2N2944A
+ GESY
2N2945
BNT
GIC
+ MOTA
+ MOTA
+ ODC
SOD
+ NSC
+ AAYN
SGSI
TADI
+ Til
SSI
+SOD
TEC
TADI
TIIB
2N2945A
+ Til
TIIF
+ UCC
+ CAY
2N2916A
LlFSC
AAYN
84· 84
BNT 182· 37
+AML
+ TEC
NSC
AAYN
JAN2N2945A
SSI
TADI
2N2946
'Til
2N2917
+6.FSC
84· 85
+ MOTA
+APX
182· 38
SOD
'AML
BNT
+ GESY
TADI
GIC
+ MOTA
'Til
+ NSC
+ODC
+ AAYN
SGSI
2N2946A
SSI
+ SOD
+ CRY
TEC
AAYN
TADI
TIIB
+ Til
+ TEC
TIIF
JAN2N294SA
+ UCC
2N2918
+lIFSC
84· 86
+AML
+ APX
182· 39 2N2947
BNT
+ GESY
SCA
GIC
+ MOTA
2N2948
, ODC
SCA
• NSC
2N2949
+ RAYN
SGSI
SSI
SCA
+ SOD
TEC
2N2950
TADI
TIIB
SCA
+ Til
2N2951
TIIF
+ UCC
2N2919
+lIFSC
84· 87
ETC
BNT 182· 40
+AML
SPA
GIC
• GESY
2N2952
'MOTA , NSC
+aDC
+ AAYN
ETC
SGSI
+ SOD
SPA
TAD I
2N2953
SSI
2N2955
TEC
+TII
TIIF
TIIB
2N2956
+ UCC
JAN2N2919
AML
84· 88
FSC
SOD 182· 41 2N2957
2N2919A
+lIFSC
84· 89
tAML
NSC 182· 42 2N2958
RAYN
SSI
HSC
, SPA
TADI
+ Til
2N2920
+l>FSC
84· 90
BNT
182· 43 2N2959
+ AML
GIC
ETC
,• GESY
MOTA t NSC
AAYN
+ ODC
+ AAYN
SGSI
+ SOD
2N2960
SSI
TADI
cont.next col.
A
TIIB

L·Registered with JEDEC
by this manufacturer

MFRS

1'~&Line

TYPE No.

12N2lf01
TEC
TIIB
2N2968
+ UCC
AML
84· 91 2N2969
NSC 182· 44
SOD
2N2970
UCC
lIFSC
84·92 2N2971
BNT 182· 45
+ CAY
AAYN
2N2972
TADI
'AML
+ Til
GIC
ESMF 78· 53
NSC
+ NPC
SGSI
ESMF 78· 54
TADI
+ NPC
TIIF
+lIGESY 78· 55 2N2973
+ NPC
'AML
+ SPR
GIC
+lIGESY 78· 56
NSC
+ NPC
SGSI
+ SPA
TADI
+lIGESY 78· 57
TIIF
+ NPC
2N2974
+ SPA
+ AML
+lIGESY 78·58
GIC
ESMF
NSC
+ SPR
SGSI
+lIFSC
71· 58
TADI
SGSI 171· 67
TIIF
TEC
2N2975
+lIMOTA 56· 50
+AML
ETC
55· 13
GIC
165· 9
NSC
,APX
182· 46
SGSI
TADI
TADI
182· 47
TIIF
+APX
2N2976
TADI
ETC
85· 29
+AML
GIC
FEAB 171· 30
ETC
101·106
NSC
TEC
SGSI
TADI
ETC
101·107
TEC
TIIF
+ TEC
101·108 2N2977
68· 71
+lICRY
'AML
RAYN 166· 87
GIC
+ SPR
NSC
,TEC
SGSI
TIIB
TADI
TIIF
TIIF
68· 72 2N2978
+lITIi
RAYN 188·106
'AML
GIC
+ TEC
TIIF
NSC
none 188·107
SGSI
68·64
TADI
+lICAY
TIIF
+ AAYN 166· 11
+ SPA
2N2979
+TEC
+AML
TIIB
GIC
TIIF
NSC
+lITIi
68· 65
SGSI
MOTA 188·108
TADI
TADI
TIIF
2N2980
TIIF
Til
68· 66
GIC
188·109
SGSI
68· 46 2N2981
+lICRY
GIC
+ RAYN 165· 51
SGSI
+ SPR
+TEC
2N2982
GIC
TIIB
SGSI
TIIF
68·47 2N2983
+lITII
MOTA 188·110
SSI
TADI
2N2984
TIIF
Til
68·48 2N2985
189· 1
SSI
+lIMOTA 142·105 2N2986
SSI
+lIMOTA 142·106 2N2987
SSI
SCA
+lIMOTA 135·50
SSI
SSI
TEC
+lIMOTA 135·51
2N2988
SSI
+6. MOTA 132· 63
SCA
SCA
SSP
SSI
TIIB
2N2989
+TRW
tllMOTA 132· 5
SCA
SCA
SSI
TEC
SSI
+lIACA
48·33
+lIMOTA 51·100 2N2990
SSI
174· 12
SCA
+lIMOTA 51·103
SSP
TIIB
SSI
175· 84
+lIMOTA 51·105 2N2991
SCA
SSI
176·101
+lIMOTA 98· 68
SSP
RAYN 176·58
TIIB
2N2992
SSI
SCA
TEC
tllMOTA 98· 69
SSP
HSC 176· 59
TIIB
2N2993
+ SPA
TEC
SCA
RAYN 98· 70
SSP
17S· SO
TIIB

15

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

+6.SPR
+ CRY
+lISPR
, CRY
+lISPR
+ CRY
+lISPR
TADI
+lIFSC
BNT
+ MOTA
+ RAYN
SOD
+ Til
TRW
+lIFSC
BNT
+ MOTA
+ RAYN
SOD
+ Til
TRW
+lIFSC
BNT
+ MOTA
+ RAYN
SOD
+ Til
TRW
+lIFSC
BNT
+ MOTA
+ RAYN
SOD
+ Til
TRW
+lIFSC
BNT
+ MOTA
+ RAYN
SOD
+ Til
TRW
+lIFSC
BNT
'MOTA
+ RAYN
SOD
+ Til
TRW
+lIFSC
BNT
+ MOTA
+ AAYN
SOD
+ Til
TAW
,lIFSC
BNT
+ MOTA
+ AAYN
SOD
+ Til
TRW
+lIFSC
AAYN
TAW
+lIFSC
AAYN
TRW
+lIFSC
RAYN
TAW
SCA
TEC
SCA
TEC
SCA
TEC
SCA
TEC
+lITIi
SOD
SSP
TIIB
TIIF
+lITII
SSI
TEC
TIIF
+lITII
SOD
SSP
TIIB
TIIF
+lITIi
SSI
TEC
TIIF
'lITII
SSI
TEG
TIIF
+lITIi
SSI
TEC
TIIF
'lITII
SSI
TEC
TIIF

l~g: ~:

12N21f1f4SCA

181· 28

SSP
TIIB
2N2995
SSI
2N2996
MOTA
JAN2N2996
2N2997
MOTA
JAN2N2997
2N2998
MOTA
2N2999

181· 29
181· 30
181· 31
82· 27

82· 28

82· 29
182· 48

82· 30
182· 49

82· 31
182· 50

82· 32
182· 51

82· 33
182· 52

82· 34
182· 53

82· 35
182· 54
82·25
182· 55
82· 26
182· 56
131· 78
131· 79
131· 80
131· 81
130· 91

130· 92

130· 93

130· 94

131·108

131·109

131·110

MFRS P!I&Line

'LI~~I

132· 1

TEC
TIIF
lIGESY 141· 66
SSP
+lITIl
45· 94
TIIB
none
45· 83
+6. Til
45·98
TIIB
none
45· 84
+lITIl
45·102
TIIB
45·106
'lITIl
MOTA
2N3009
+lIFSC
92· 28
+ ITT
'MOTA 177·101
TADI
'Til
TIIF
2N3010
+lIFSC
87·106
+ MOTA + RAYN 180· 11
SGSI
TADI
+ TEC
+ Til
TIIB
TIIF
2N3011
+lIFSC
92· 49
ITT
tETC
178· 58
+ MOTA
NSC
, AAYN + RCA
SGSI
SES
TADI
TEC
TIIB
+ Til
TIIF
UEHK
2N3012
+lIFSC
67· 90
ITT
NSC 178·96
+ RAYN
SGSI
TADI
TEC
+ Til
TIIB
TIIF
2N3013
92· 29
'lIFSC
ESMF
FERB 177 ·102
MISI
+ ITT
NSC
+ MOTA
TADI
TEC
, Til
TIIF
JAN2N3013
92· 30
FSC
Til
177 ·103
2N3014
92· 31
+lIFSC
+ MOTA 178· 4
'ITT
TADI
+ Til
TIIF
2N3015
102· 42
'lIFSC
ETC
IDC
176· 7
SGSI
+ MOTA
TEC
TADI
TIIF
+ Til
2N3016
+lISOD 138· 67
+6.S0D 138· 68
2N3017
SCA
2N3018
+6.S0D 148· 77
2N3019
'lIAAYN 101· 59
HSC
+ ETC
,MOTA
NSC
SGSI
TADI
,TAW
TEC
JAN2N3019
AAYN 101· 60
TEC
+lIAAYN 101· 40
2N3020
HSC
'MOTA
NSC
SGSI
TADI
TEC
2N3021
+6. MOTA 127· 19
TEC
170· 46
2N3022
+lIMOTA 127·20
TEC
170· 47
2N3023
'LIMOTA 127· 21
TEC
170· 48
2N3024
'lIMOTA 127· 22
MULB
TEC
170· 49
2N3025
+lIMOTA 127· 23
170· 50
TEC
2N3026
'lIMOTA 127· 24
MULB
TEC
170· 51
2N3033
+lITIi
181· 2
NSC
2N3034
181· 3
+lITIi
NSC
2N3035
181· 4
+lITIi
2N3036
+lITIl
100· 72
RAYN
SCA 170· 8
TADI
TEC
TIIB
+TRW
2N3037
90· 78
'lITIi
TADI
TIIB
170· 9
TIIF
2N3038
+lITIl
90· 79
TIIB
TIIF
170· 10
2N3039
+lITIi
66· 98
TADI
TIIB
169·106
TIIF
66· 99
2N3040
+lITIl
169·107
TADI
TIIB
TIIF
2N3043
182· 57
'l>TII
HSC
+ MOTA
RAYN
TIIB
TIIF
2N3044
182· 58
'lITIl
,MOTA
HSC
AAYN
TIIB
TIIF
2N3045
182· 59
'lITIi
, FSC
+ MOTA
cont.next Daoe

+-Indicates manufacturer's data sheet available
in Transistor Information Microfile (TIM)

YPE No.

,2N3071 BNT

[2N304.5

(cant.)

TIIB
2N3046
HSC
RAYN
2N3047
HSC
RAYN
2N3048
HSC
RAYN
2N3049
• MOTA
2N3050
• MOTA
2N3051
2N3052
HSC
TIIB
2N3053
• CDC
ESMF
FERB
ITC
MISI
MULB
NTLB
TADI
Til
2N3054
ASC
ITC
MOTA
• SIL
SPC
TIIB
2N3055
ASC
CoLF
ESMF
FERB
IDC
ITC
• MOTA
NTLB
PPC
SEN
• SIL
SOD
• SSI
JAN2N3055

.

2N3056
HSC
2N3056A
HSC
2N3057
• FSC
2N3057A
HSC
JAN2N3057A
2N3058
• RAYN
TADI
2N3059
• RAYN
TAol
2N3060
• RAYN
• SPR
2N3061
• RAYN
TAol
2N3062
.RAYN

.

1. TYPE
No CROSS INDEX
MFRS f>g&Line TYPE No.

MFRS Pa&Line TYPE No.
RAYN
TIIF
• "'Til
• MOTA
TIIB
TIIF
• "'Til
• MOTA
TIIB
TIIF
• "'Til
• MOTA
TIIB
TIIF
• "'Til
RAYN
TIIB
."'TII
TIIB
• "'Til
TIIB
• "'Til
• GESY
TIIF
."'RCA
CNS
• ETC
HUGS
MINA
• MOTA
NSC
PHIC
TEC
TIIB
TlIF
."'RCA
ESMF
MISI
PIR
SLA
.TEC
.WESY
."'RCA
ATEI
CNS
• HUGS
ETC
INTG
MISI
MULB
PHIC
RADF
• SES
• SLA
SPC
.WESY
SOD
.,.,RAYN
TADI
TEC
.,.,RAYN
TAol
TEC
."'RAYN
TADI
TEC
.,.,RAYN
TADI
TEC
none

."'CRY
• SPR
TEC

• CRY
• SPR
TEC
."'CRY
SOD
TADI
TEC
."'CRY
• SPR
TEC
."'CRY
TADI
TEC
.,.,CRY
2N3063
TAol
• RAYN
TEC
.,.,CRY
2N3064
TADI
• RAYN
TEC
2N3065
."'CRY
TAol
• RAYN
TEC
.,.,AML
2N3066
.DIC
BNT
• NPC .1IAML
• SIX
2N3067
.DIC
BNT
.SIX
• NPC
2N3068
."'AML
.01C
BNT
.SIX
• NPC .,.,AML
2N3069
CDC
BNT
.DIC
• SIX
TAol
• UCC
2N3070
."'AML
CDC
BNT
.01C
• SIX
TADI
• UCC

D.A. T.A.INC.

182·60

182·61

182· 62

182· 63
182· 64
182·65

2N3081
134· 13
2N3081/46
2N3082
2N3083
2N3084
BNT
2N3085
BNT
142· 13 2N3086
BNT
2N3087
BNT
2N3088
BNT
2N3088A
150· 58
BNT
2N3089
BNT
2N3089A
BNT
2N3107
ITT
2N3108
ITT
NSC
SGSI
150· 59
165· 43 2N3109
ITT
93· 69
RAYN
93· 70 2N3110
ITT
RAYN
TADI
93· 76
2N3112
2N3113
93· 77 2N3114
• MOTA
TAol
93· 78
• Til
68· 67
2N3115
ETC
68· 68
RAYN
2N3116
ETC
68· 49
RAYN
2N3117
.AML
• ITT
RAYN
68· 59
SGSI
TAol
68· 40
• Til
2N3118
68· 50 2N3119
SCA
2N3120
68· 38
ETC
RAYN
TAol
68· 43 2N3121
ETC
RAYN
TADI
108· 87
2N3122
2N3124
2N3125
108· 88
2N3126
2N3127
108· 89 JAN2N3127
2N3128
2N3129
111· 3 2N3130
2N3133
• GIC
MULB
PHIC
111· 4
SPR

IN TYPE NUMBER SEQUENCE
MFRS f>g&Line TYPE No.

111· 5 ILN3134
LN3202
·"'~~ZA
GIC
• CRY
ITT
MULB
2N3203
"'SIL
PHIC
TEC
• NSC
• CRY
2N3204
RAYN
71· 83
SPR
"'SIL
172· 27
VALG
TEC
TEC
• CRY
2N3135
."'MOTA 69· 74 2N3205
."'SIL
GIC
175· 9
ETC
• CRY
MULB
HSC
2N3206
67· 17
."'SIL
RAYN
172· 28
• CRY
• SPR
NSC
TEC
2N3207
."'SIL
2N3136
."'MOTA 69· 75
•
CRY
tETC
.GIC
175· 10 2N3208
49· 21
."'SIL
HSC
MULB
49· 22
TEC
•
CRY
RAYN
153· 63
2N3209
.MSC
• NSC
SPR
SCA
RAYN
• ITT
TEC
90· 86
TADI
SGSI
2N3137
98·101
TEC
."'FSC
ESMF
90· 87
CDLF
2N3210
."'MOTA
ITT
LTTF
RAYN
MISI
155· 47
• MOTA
2N3211
• MOTA
163·42
SGSI
SCA
• SSI
NPC
155·48
TADI
2N3212
."'DEL
."'DEL
163·43 2N3138
SEN
141· 41
SOD
RAYN 70·104
.TRW
TEC
2N3213
."'DEL
SCA 172· 90 2N3139
SEN
141· 42
SOD
SCA
69· 60
SSI
TEC
2N3214
."'DEL
172· 91 2N3140
SEN
141· 43
SOD
MGESY 95·87
SSI
TEC
2N3215
."'DEL
189· 2 2N3141
SEN
141· 44
SOD
SSI
TEC
2N3217
."'GESY 95·88
."'CRY
189· 3 2N3142
SEN
142· 14
• RAYN • SPR
111· 89
SSI
TEC
TADI
."'CRY
DIC
.TRW
2N3218
."'CRY
111·
90
2N3143
SEN
142·
15
."'CRY
• RAYN • SPR
.DIC
SSI
TEC
TADI
.,.,CRY
111· 91 2N3144
SEN
142· 16 2N3219
."'CRY
DIC
SSI
TEC
• RAYN • SPR
111· 92
TRW
TADI
."'CRY
.DIC
2N3145
SEN
142· 17 2N3220
TEC
111· 93
SSI
TEC
2N3221
TEC
."'CRY
DIC
2N3146
123· 45 2N3222
TEC
."'TII
111·94 2N3147
123·
46
2N3223
TEC
."'CRY
• "'Til
DIC
2N3149
156· 69 2N3224
SCA
."'SIL
.,.,CRY
111· 95
PIR
SEN
2N3225
SCA
.DIC
SPC
SOD
2N3226
,.,SIL
TEC
ETC
PPC
• SIX
111· 96 2N3150
156· 70
SCA
."'CRY
SOD
."'SIL
.DIC
PIR
SEN
SSI
SOD
SPC
2N3227
."'MOTA
• SIX
101· 33
TEC
HSC
."'FSC
RAYN
RAYN 170· 83 2N3151
.,.,SIL
156· 71
SCA
SGSI
SEN
SOD
2N3229
."'RCA
.MSC
100· 96
TEC
SPC
FERB
MULB 170· 61 2N3153
55· 79 2N3232
.,.,SIL
• CRY
RAYN
2N3154
116· 52
ASC
tETC
•
KSC
TADI
116· 53
2N3155
• MOTA
PPC
• KSC
TEC
2N3156
116· 54
SLA
.SOO
• KSC
101· 34 2N3157
116· 55
SPC
SSI
."'FSC
• KSC
NSC 170· 84 2N3158
ETC
116· 56
.WESY
SGSI
2N3233
."'SIL
• KSC
TADI
2N3159
ETC
116· 57
ASC
tETC
.MSC
100· 97
PPC
SLA
• KSC
NSC 170· 62 2N3160
ETC
116· 58
SOD
SPC
SGSI
SSI
.WESY
• KSC
TEC
2N3161
116· 59 2N3234
."'SIL
• KSC
104·102 2N3163
."'SIX
128· 10
ASC
SLA
."'SIL
.,.,SIX
104· 15 2N3164
128· 11
SOD
."'SIL
SPC
.MSC
100· 25 2N3165
128· 12
.WESY
."'SIL
SSI
SGSI
2N3166
.,.,SIL
128· 13 2N3235
."'SIL
TEC
2N3167
.MIL
128· 14
ASC
tETC
TIIB
• MOTA
2N3168
128· 15
PPC
."'SIL
.TRW
2N3169
128·
16
SLA
."'SIL
• SOD
.,.,SIL
."'MOTA 94· 4 2N3170
128· 17
SPC
SSI
HSC 176· 62 2N3171
.,.,SIL
.WESY
127·108
TEC
2N3236
MOTA
."'SIL
.1ISIL
127·109
."'MOTA 94· 5 2N3172
ASC
PPC
HSC 176· 63
MOTA
SLA
SPC
TEC
2N3173
127
·110
SSI
WESY
."'SIL
.MSC
90· 88
2N3237
MOTA
."'SIL
CDC
2N3174
128· 1
ASC
SLA
."'SIL
NSC
2N3175
128· 18
SPC
SSI
."'SIL
SES
2N3176
128·
19
WESY
."'SIL
.SOD
2N3177
128· 20 2N3238
."'SIL
."'SIL
2N3178
128·21
ASC
SLA
."'SIL
• TEC
TIIF
2N3179
128· 22
SPC
SSI
."'SIL
.1IRCA 133· 25 2N3180
.,.,SIL
128· 23
WESY
SSI
2N3181
128· 24 2N3239
.1ISIL
."'SIL
128· 25
ASC
."'RCA 133· 26 2N3182
SLA
."'SIL
SSI
2N3183
128· 2
SPC
SSI
."'SIL
71· 84
MOTA
WESY
."'FSC
ITT
172· 29 2N3184
128· 3 2N3240
."'SIL
."'SIL
SGSI
MOTA
ASC
SPC
2N3185
TEC
.,.,SIL
128· 4
SSI
67· 18
2N3241A
MOTA
."'FSC
•
RCA
ITT
172· 30 2N3186
.,.,SIL
128· 5 2N3242A
• RCA
SGSI
2N3187
128· 26 2N3244
."'SIL
."'MOTA
TEC
128· 27
HSC
2N3188
."'SIL
• RAYN
128·28
TADI
TEC
"'RAYN 100· 98 2N3189
."'SIL
KSC
120·107 2N3190
.TII
128· 29
."'SIL
KSC
120·108 2N3191
2N3245
128· 30
."'SIL
."'MOTA
KSC
.,.,SIL
120·109 2N3192
128·31
HSC
• RAYN
128· 32
SCA
TADI
"'MOTA 47·104 2N3193
."'SIL
MOTA 47 ·105 2N3194
128·33
TEC
."'SIL
• Til
.,.,NSC
74· 90 2N3195
.,.,SIL
.,.,NSC
128· 6 2N3246
74·91 2N3196
128· 7
TADI
."'NSC
."'SIL
74· 92 2N3197
128· 8 2N3247
."'NSC
."'SIL
."'NSC
TADI
.,.,SIL
128· 9
."'MOTA 71· 6 2N3198
HSC 175· 7 2N3199
127· 43 2N3248
."'MOTA
"'SIL
HSC
• RAYN
• RAYN
NSC
• CRY
,.,SIL
2N3200
127·44
SCA
TEC
TEC
UEHK
• CRY
VALG
2N3201
127·45
2N3249
."'MOTA
"'SIL
.CRY
cont.next col.

."'AML
CDC
.DIC
.SIX
• UCC
2N3072
."'FSC
ETC
ITT
RAYN
SGSI
TADI
TEC
2N3073
."'FSC
ETC
ITT
RAYN
SGSI
TADI
TEC
2N3074
PHIC
2N3075
PHIC
2N3076
."'TRW
SSI
2N3077
PHIC
SCA
.TEC
2N3078
PHIC
SCA
• TEC
2N3079
."'DEL

182· 66 2N3080

MFRS Pa&Line TYPE No.

L',.Registered with JEDEC
by this manufacturer

17~: ~

16

"'~~~

l~ti·

MFRS Pa&Line

24 2N3249

126· 25
126· 26
127· 46
127·47
127·48
126· 27
67·106
178· 97
91·107
177· 22
92· 32
113·100
113·101
113·102
113·103
68· 69
189· 4
68· 51
189· 5
68· 41
189· 6
147· 89
147·90
147·91
147·92
71· 19
71· 22
142· 18

92· 90
179· 79
140· 73
150· 60

150· 61

150· 62

150· 63

152·102

153·64

152·103

152 ·104

152·105
95· 16
95. 17
125 ·104
173· 40
125·105
172· 64
89· 95
74· 93
67·68
175· 47
67· 80

(cant.)

AKER 176· 90
• RAYN
TEC
UEHK
MMOTA 67· 69
2N3250
AKER HSC
175· 92
• ITT
HSC
MST
MULB
PHIC
• RAYN
SGSI
TADI
TEC
• Til
TIIB
UEHK
2N3250A
."'MOTA 67· 70
AKER • ITT
175·93
MULB
PHIC
TADI
• RAYN
TEC
• Til
TIIB
UEHK
JAN2N3250A
MOTA 67· 71
RAYN 180· 75
2N3251
."'MOTA 67· 81
AKER HSC
177· 9
• ITT
HSC
MST
MULB
PHIC
• RAYN
TADI
SGSI
TEC
• Til
TIIB
UEHK
2N3251A
."'MOTA 67· 82
AKER • ITT
175· 94
MULB
PHIC
TADI
• RAYN
TEC
• Til
TIIB
UEHK
JAN2N3251A
MOTA 67· 83
RAYN
Til
180· 76
2N3252
."'MOTA 134· 14
ESMF HSC
173· 89
• ITT
MISI
PHIC
RADF
SGSI
• RAYN
SSI
TADI
TEC
• Til
TIIF
VALG
2N3253
.,.,MOTA 134· 15
ESMF HSC
173· 41
HSC
• ITT
MISI
PHIC
SGSI
• RAYN
SSI
TAol
TEC
• TIIF
Til
JAN2N3253
MOTA 134· 16
Til
179· 93
2N3260
.,.,SIL
153· 65
SPC
.,.,RCA
2N3261
86·103
FERB 176· 79
2N3262
MRCA 136· 97
FERB
ITC
172· 45
.,.,RCA 150· 64
2N3263
SSI
2N3264
."'RCA 150· 65
SSI
2N3265
."'RCA 153· 66
SEN
SOD
TEC
2N3266
."'RCA 153·67
SEN
SOD
TEC
2N3267
,.,TII
45·103
2N3268
TEC
74·35
.TRW
.1IFSC
2N3277
104· 4
2N3278
.1IFSC
104· 12
2N3279
.,.,MOTA 47 ·109
2N3280
."'MOTA 47·110
2N3281
.1IMOTA 47·107
2N3282
."'MOTA 47·108
2N3283
."'MOTA 47·92
2N3284
."'MOTA 47· 93
2N3285
."'MOTA 47·94
2N3286
MMOTA 47·95
2N3287
.,.,MOTA 79· 18
ETC
SCA
2N3288
."'MOTA 79· 19
ETC
SCA
2N3289
.1IMOTA 78·110
.AML
CDC
ETC
SCA
2N3290
.,.,MOTA 79· I
.AML
CDC
ETC
SCA
2N3291
.,.,MOTA 78· 95
.AML
CDC
ETC
2N3292
."'MOTA 78· 96
.AML
CDC
ETC
2N3293
.1IMOTA 78·97
.AML
CDC
ETC
2N3294
."'MOTA 78· 98
.AML
CDC
ETC
2N3295
.,.,MOTA 132· 11
SCA
SSI
2N3296
."'MOTA 135· 52
2N3297
."'MOTA 142·107
SCA
SSI
TEC
2N3298
."'MOTA 131· 21
SCA
TEC
HSC
SCA

+-Indicates manufacturer's data sheet available
in Transistor Information Microfile (TIM)

TYPE No.
I:lN;:I:l!1 !1

t ETC
ITT
NSC
SES
STCB
2N3300
t ETC
ITT
NSC
SES
STCB
2N3301
t ETC
tMOTA
RAYN
SGSI
2N3302
• ETC
t MOTA
RAYN
SGSI
2N3303
ITT
SGSI

1. TYPE No. CROSS INDEX

MFRS Pa&Line TYPE No.

tt.I~{G

tMOTA
RAYN
SGSI
TEC
tt.FSC
INTG
t MOTA
RAYN
SGSI
TEC
tMSC
ITT
NSC
SES
TEC
tMSC
ITT
NSC
SES
TEC
+t.FSC
tMOTA
TEC
tT11
tMSC
2N3304
t MOTA t RAYN
TADI
t Til
SCA
2N3305
2N3306
SCA
tt.MOTA
2N3307
tt.MOTA
2N3308
ESMF
2N3309
t NPC
MISI
tt.MOTA
2N3311
HTC
tt.MOTA
2N3312
HTC
tt.MOTA
2N3313
HTC
tt.MOTA
2N3314
HTC
tt.MOTA
2N3315
t ETC
tt.MOTA
2N3316
t ETC
tt.SPR
2N3317
CRY
tt.SPR
2N3318
CRY
tt.SPR
2N3319
CRY
tt.SPR
2N3320

m::~

102- 44
176- 44

91- 56
176- 45

91 - 57
176- 46

98- 94
179 - 25
65 - 82
179 - 97
70706161 133-

72
73
86
87
41

123 - 47
123 - 48
123- 49
123 - 50
123 - 51
123 - 52

60- 87
189- 7
60- 99
189- 8
61- 4
189- 9
45 - 27
180- 8
tt.SPR
45 - 28
2N3321
180- 9
tt.SPR
45 - 29
2N3322
180- 10
tt.MOTA 52 - 2
2N3323
tt.MOTA 52- 3
2N3324
tt.MOTA 51- 59
2N3325
102- 45
ITT
2N3326
RAYN
TIIB
RADF 141- 67
2N3327
104- 7
tt.TII
2N3328
TIIB
t SIX
tt.TII
104-103
2N3329
tSIX
AML
t UCC
TIIB
none 104-104
JAN2N3329
104-105
tt.TII
2N3330
AML
t SIX
TIIF
TIIB
t UCC
none 104-106
JAN2N3330
+t.TII
104-107
2N3331
tSIX
AML
TIIF
TIIB
t UCC
none 104-108
JAN2N3331
tt.TII
104-109
2N3332
TIIB
AML
t UCC
TIIF
none 104-110
JAN2N3332
104- 8
tt.TII
2N3333
182 - 67
TIIF
TIIB
tt.TII
104- 9
2N3334
182- 68
TIIF
TIIB
tt.TII
104- 10
2N3335
182- 69
TIIF
TIIB
tt.TII
104- 11
2N3336
182- 70
TIIF
TIIB
tt.FSC
87 - 73
2N3337
SGSI
ETC
SSI
+t.FSC
87 - 74
2N3338
SGSI
ETC
SSI
tMSC
87 - 75
2N3339
SGSI
ETC
SSI
tt.SOD
93- 67
2N3340
SCA 170- 82
tllSOD
68-109
2N3341
SCA 169-108
62- 21
tllSOD
2N3342
RAYN 161- 4
CRY
llSOD
62- 80
2N3343
189- 10
CRY
tllSOD
62- 81
2N3344
CRY
189- 11
62- 82
tllSOD
2N3345
189- 12
CRY

D.A. T.A. INC.

2N3346

MFRS Pa&Line TYPE No.

tt.g~~

2N3347
tt.TlI
tAML
ESMF
NSC
MISI
RAYN
TAD I
TIIB
TIIF
2N3348
tt.TII
tAML
ESMF
MISI
NSC
RAYN
TADI
TIIB
TIIF
2N3349
tt.TII
tAML
BNT
ESMF
MISI
RAYN
NSC
TADI
TIIB
TIIF
2N3350
tt.TII
tAML
BNT
ESMF
MISI
RAYN
NSC
TADI
TIIB
TIIF
tt.TII
2N3351
tAML
BNT
ESMF
MISI
NSC
RAYN
TAD I
TIIB
TIIF
tt.TII
2N3352
tAML
BNT
ESMF
MISI
NSC
RAYN
TADI
TIIB
TIIF
2N3365
tt.AML
BNT
t DIC
t SIX
t UCC
2N3366
tt.AML
BNT
t DIC
t SIX
tt.AML
2N3367
t DIC
BNT
t SIX
tt.AML
2N3368
BNT
CDC
t SIX
t DIC
t UCC
tt.AML
2N3369
BNT
CDC
+ DIC
+ SIX
t UCC
tt.AML
2N3370
BNT
CDC
t SIX
t DIC
t UCC
tt.TII
2N3371
tt.RCA
2N3375
t ECD
FERB
t FSC
INTG
t MOTA
+ ITT
MULB
PHIC
RAYN
RADF
t SSS
SOD
TADI
STCB
TFKG t Til
TIIB
VALG
JAN2N3375
ITT
NSC
MOTA
RCA
tt.SIX
2N3376
AML
2N3377
+t.SIX
AML
2N3378
+t.SIX
AML
tt.SIX
2N3379
AML
tt.SIX
2N3380
UCC
AML
2N3381
+t.SIX
AML
2N3382
+t.SIX
AML
tt.SIX
2N3383
AML
2N3384
tt.SIX
AML
tt.SIX
2N3385
AML
tt.SIX
2N3386
tt.SIX
2N3387
AML
t.ITC
2N3388
MST
RAYN
2N8389
t.ITC
MST
tt.GESY
2N3390
ESMF
2N3391
tt.GESY
ESMF + SPR
2N3391A
+t.GESY
ESMF t SPR
2N3392
tllGESY
ESMF
NPC
t SPR
tt.GESY
2N3393
ESMF t SPR
tllGESY
2N3394
ESMF t SPR
2N3395
tllGESY
ESMF t SPR

1~~: ~~

64- 10
182- 71

64 - 11
182- 72

2N3396ESMF
2N3397
ESMF
2N3398
ESMF
2N3399
t NPC
2N3401

2N3402
ESMF
64- 12
182- 73 2N3403
ESMF
2N3404
ESMF
64- 13
t NPC
182- 74 2N3405
ESMF
t NPC
2N3409
64- 14 2N3410
182- 75
2N3411

64- 15
182- 76

2N3412
2N3414
ESMF
2N3415
ESMF

108- 90

2N3416
ESMF

108- 91

2N3417
ESMF

108- 92

2N3418
SOD
SSP
TEC

108- 93
JAN2N3418
108- 94

2N3419
SOD
SSP
TEC

108- 95 JAN2N3419

51-106
138- 69

2N3420
SOD
SSP
TIIB
JAN2N3420
2N3421
SOD
SSP
TIIB
JAN2N3421

2N3423
+AML
+ QDC
SGSI
105- 1 2N3424
tAML
104- 36
+aDC
SGSI
105- 2
2N3425
104- 37
t MOTA
2N3426
105- 3
ITT
2N3427
104- 38 2N3428
2N3429
105- 4
SEN
2N3430
104- 39
SEN
2N3431
105- 5
SEN
2N3432
SEN
104- 40
2N3433
SEN
105- 6
104- 41 2N3434
138 - 70
167 - 50

49 2N3436
BNT
89
t DIC
50
90
93 2N3437
BNT
76- 94
t DIC

97 16897 16876-

76- 95 2N3438
76- 96
76- 97

BNT
t DIC
2N3439
FERB
ITC

76- 98
JAN2N3439
76- 99 2N3440
FERB
cont.next col.

6·Registered with JEDEC
by this manufacturer

MFRS Po&Line TYPE No.

t~~~~Y

76-100 2N3440
(cont.)
76-101
MOTA
146- 20 JAN2N3440
76-102 2N3441
146- 21
ASC
46- 98
FERB
MISI
62- 24
t SIL
189 - 14
SPC
96- 91
JAN2N3441
2N3442
96- 92
ASC
ESMF
MISI
96- 93
RADF
SLA
SSI
96- 94 JAN2N3442
2N3444
ESMF
96- 47
HSC
MISI
182- 77
96- 48
SGSI
182- 78
TADI
96- 49
182- 79 JAN2N3444
44-106
90- 46 2N3445
SEN

tt.GESY
t SPR
tt.GESY
t SPR
tt.APX
PHIC
CRY
SOD
tt.GESY
t NPC
t SPR
tt.GESY
t NPC
t SPR
tt.GESY
IDC
t SPR
tt.GESY
IDC
t SPR
tt.MOTA
GIC
tt.MOTA
GIC
tt.MOTA
GIC
HTC
tt.GESY
tNPC
t SPR
tt.GESY 90- 47 2N3446
t NPC
SEN
t SPR
TEC
tt.GESY 90- 48 2N3447
t NPC
SEN
t SPR
tt.GESY 90- 49 2N3448
SEN
t NPC
t SPR
TEC
tt.TII
130- 95 2N3449
169- 18
SSI
JAN2N3449
TADI
TIIB
TIIF
2N3452
none 131- 94
BNT
173- 26 2N3453
BNT
tt.TII
130- 96
169- 19 2N3454
SSI
TADI
BNT
TIIB
2N3455
BNT
TIIF
none 131- 95 2N3456
173 - 27
BNT
130- 97 2N3457
tt.TII
BNT
SSI
169- 20
2N3458
TEC
BNT
TIIF
none 131- 96
t DIC
Til
173- 28
tt.TII
130- 98 2N3459
169- 21
BNT
SSI
t DIC
TEC
Til
TIIF
none 131- 97 2N3460
173- 29
BNT
t DIC
87 -107
tt.FSC
Til
tMOTA 182- 80
2N3461
RAYN
TEC
2N3464
tt.FSC
87 -108
tMOTA 182- 81 2N3465
RAYN
2N3466
TADI
TEC
t.FSC
86-104 2N3467
SGSI 190- 46
HSC
tt.FSC
98- 59
+ RAYN
SGSI 173 - 67
tt.MOTA 53- 79 JAN2N3467
tt.MOTA 53- 96
tt.WESY 154- 85 2N3468
163- 13
tFSC
SIL
t RAYN
tt.WESY 154- 86
163- 14
SIL
tt.WESY 154- 87 JAN2N3468
SIL
163- 15
+t.WESY 154 - 88 2N3469
SIL
163- 16
SSI
tt.WESY 154 - 89
SIL
163 - 17 2N3470
SEN
154- 90
SEN
163- 18
tt.AML 108- 96 2N3471
CDC
SEN
tSIX
t UCC
2N3472
SEN
+t.AML 108- 97
CDC
2N3473
+SIX
SEN
t UCC
+t.AML 108- 98
2N3474
CDC
SEN
tSIX
t UCC
tllRCA 130- 99 2N3475
SEN
HSC
MOTA
2N3476
SSI
SEN
RCA 100- 4
tllRCA
130-100
tFSC
2N3477

cont.next col.

17

IN TYPE NUMBER SEQUENCE
MFRS Po&Line TYPE No.
ITC
SSI
RCA
tt.RCA
ESMF
HSC
PIR
SLA
TEC
WESY
RCA
tMCA
ATEI
FERB
PIR
t SIL
SPC
tWESY
RCA
tt.MOTA
t FSC
tlTT
t RAYN
SSI
tTIl
TIIF
MOTA
tt.MOTA
SSI
WESY
tt.MOTA
SSI
WESY
tt.MOTA
SSI
WESY
tt.MOTA
SSI
WESY
t.TII
MOTA
Til
tt.AML
tSIX
tt.AML
tSIX
tt.AML
t SIX
+t.AML
t SIX
tt.AML
t SIX
tt.AML
tSIX
tt.AML
CDC
t SIX
t UCC
tt.AML
CDC
t SIX
t UCC
tt.AML
CDC
t SIX
t UCC
t.SOD
SCA
t.CRY
DIC
t.CRY
DIC
tt.MOTA
HSC
TADI
+ Til
MOTA
Til
tt.MOTA
HSC
TADI
t Til
MOTA
t.SOD
SSP
TEC
tt.WESY
SIL
SPC
tt.WESY
SIL
SPC
+t.WESY
SIL
SPC
tt.WESY
SIL
SPC
tllWESY
SIL
SPC
+llWESY
SIL
SPC
tllWESY
SIL
SPC
tllWESY

MFRS Po&Line

L~~~t.)

SEN
SPC
SIL
100- 5 2N3478
tt.RCA
142- 19 2N3479
SOIF
2N3480
SOIF
2N3481
t.SOIF
2N3483
SOIF
2N3484
SOIF
2N3485
tt.MOTA
t FSC
RAYN
142- 20
t Til
TIIF
142- 21 2N3485A
tt.MOTA
HSC
RAYN
t Til
TIIF
JAN2N3485A
MOTA

79188188188188 188 125 174-

94
20
21
22
23
24
76
13

69- 76
174- 14

69- 77
174- 69
tt.MOTA 125- 77
2N3486
HSC
RAYN 174- 15
150- 66
t Til
TIIF
130-101 2N3486A
tt.MOTA 69- 78
172- 60
t FSC
RAYN 174- 16
TIIF
tTIl
JAN2N3486A
MOTA 69- 79
174 - 70
2N3487
tt.MOTA 150- 71
SSP
166- 24
SEN
134 - 17
TEC
179- 94 2N3488
tt.MOTA 150- 72
150- 67
SSP
166- 25
SEN
166- 20
TEC
2N3489
tt.MOTA 150- 73
150- 68
SEN
SSP
166- 26
166- 21
TEC
2N3490
tt.MOTA 150- 74
150- 69
SEN
SSP
166- 27
166- 22
TEC
2N3491
tt.MOTA 150- 75
150- 70
SEN
SSP
166- 28
166- 23
TEC
2N3492
tt.MOTA 150- 76
166- 29
51- 98
SEN
SSP
176-107
TEC
ETC
51- 99 2N3493
75 - 44
176-108 2N3494
tt.MOTA 71- 8
108- 99
t RAYN
SCA 175 - 21
t Til
TEC
108-100 2N3495
tt.MOTA 70-105
TEC
173- 19
SCA
tT11
108-101
tt.MOTA 69- 80
2N3496
108-102
SCA 175- 22
ETC
TEC
Til
108-103 2N3497
tt.MOTA 69- 61
SCA
TEC
173 - 20
tT11
108-104
2N3498
tt.MOTA 130-102
108-105
IDC
SCA
SSI
TEC
MOTA 134- 19
JAN2N3498
180- 53
tt.MOTA 130-103
108-106 2N3499
SSI
SCA
TEC
tTRW
JAN2N3499
MOTA 134- 20
108-107
180- 54
2N3500
tt.MOTA 130-104
TEC
JAN2N3500
MOTA 134 - 21
113- 31
180- 55
71- 51 2N3501
tt.MOTA 130-105
134 - 18
AML
TEC
111- 97 JAN2N3501
MOTA 134- 22
180- 56
111- 98 2N3502
tt.FSC
71- 25
AML
ITT
173- 98
MOTA t NSC
125- 26
173- 36
RAYN
SGSI
551
TADI
TEC
+ Til
TIIF
UEHK
125 - 15
71- 26
179- 89 2N3503
+t.FSC
MOTA 173- 99
125- 27
ITT
RAYN
172- 49
t NSC
SGSI
SSI
TADI
TEC
125- 16
t Til
TIIF
179- 90
UEHK
131- 83 2N3504
69- 81
+t.FSC
ITT
MOTA 173-100
t NSC
RAYN
SSI
156- 72
SGSI
TEC
TADI
tTIl
TIIF
UEHK
156- 73
+t.FSC
69- 82
2N3505
MOTA 173-101
ITT
tNSC
RAYN
156- 74
SGSI
SSI
TADI
TEC
156- 75
tTIl
TIIF
UEHK
2N3506
+llMOTA 130-106
156- 76
HSC
SOD 170- 38
TEC
SSI
JAN2N3506
MOTA 134- 23
156- 77
175 - 29
2N3507
tllMOTA 130-107
HSC
SOD 170- 39
156- 78
SSI
TEC
JAN2N3507
MOTA 134 - 24
175- 30
156- 79 2N3608
+llMOTA I 94- 21
SCA 179 - 80

+-Indicates manufacturer's data sheet available
in Transistor Information Microfile (TIM)

I

TYPE No.
~N3509

MMOTA
SCA
2N3510
tl>MOTA
HSC
2N3511
tl>MOTA
HSC
tl>RCA
2N3512
ETC
FERB
MOTA
TADI
tl>GESY
2N3513
tl>GESY
2N3515
tFSC
t MOTA
tl>GESY
2N3516
tl>GESY
2N3518
• FSC
tMOTA
tl>GESY
2N3520
tl>GESY
2N3521
tl>GESY
2N3522
tl>GESY
2N3524
tl>CRY
2N3527
tl>ITT
2N3543
INTG
STCB
2N3544
tl>MOTA
l>RAYN
2N3545
2N3546
IDC
2N3547
SCA
2N3548
SCA
2N3549
SCA
2N3550
2N3551
SEN
TIIB
2N3552
SEN
TIIB
2N3553
t ECD
INTG
tMOTA
PHIC
RAYN
STCB
TFKG

JAN2N3553
MOTA
2N3554
RAYN
TEC
2N3563
BNT
ETC
NSC
RAYN
TEC
2N3564
BNT
ETC
NPC
RAYN
TEC
2N3565
BNT
t GIC
NSC
RAYN
t TEC
2N3566
BNT
GIC
NSC
RAYN
2N3567
BNT
NSC
SGSI
2N3568
BNT
RAYN
2N3569
BNT
NSC
SGSI
2N3570
ESMF
MISI
PHIC
TIIB
2N3571
ESMF
MISI
PHIC
TIIB
2N3572
ESMF
MISI
PHIC
SSI
2N3573
AML

.

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

MFRS Pa&Line TYPE No.

l~t ~~

92- 33
177·97
92· 75
179·21
102- 46
175· 56
182· 82
182· 83
182· 84
182· 85
182·
18218218268·
147 -

86
87
88
89
52
93

2NJ574AML MTII
TIIB
tl>TII
2N3575
TIIB
AML
tl>TII
2N3576
RAYN
SCA
TIIF
tl>SIX
2N3578
2N3579
tl>SOD
SCA
TEC
tl>SOD
2N3580
TEC
SCA
tl>SOD
2N3581
SCA
TEC
tl>SOD
2N3582
TEC
SCA
tl>RCA
2N3583
FERB
ITC
TEC
2N3584
t"RCA
ITC
FERB
SSP
TEC
JAN2N3584
none

87-109
67- 72
175 - 85 2N3585
FERB
tl>MOTA 67-107
SSP
RAYN 180- 36
TADI
JAN2N3585
tl>NSC
68-103
TADI
2N3588
UEHK
tl>NSC
69· 7 2N3589
551
TADI
UEHK
2N3590
tl>NSC
69- 8
TADI
2N3591
UEHK
2N3592
tl>NSC
69- 9
150- 26 2N3593
t"TIl
551
169- 22 2N3594
tTRW
2N3597
tl>TII
150- 27
tFSC
SSI
169- 23
SEN
tTRW
tl>RCA
135 - 53 2N3598
FERB
tFSC
tlTT
SEN
MULB
RADF
2N3599
t SSS
tFSC
SEN
TADI
TIIB
2N3600
VALG
ITT
135- 54
APX
NSC
FERB
RCA
tl>TII
101-109 2N3605
SCA 172- 61
TIIB
2N3605A
tl>FSC
79- 66
tCDC
2N3606
t GIC
2N3606A
PHIL
SGSI
UEHK
2N3607
tl>FSC
79 - 29
2N3608
t CDC
t GIC
2N3609
NSC
SGSI
2N3610
UEHK
2N3611
tl>FSC
t ETC
77- 65
tCDC
2N3612
NPC
tETC
t PHIL
2N3613
SGSI
tETC
UEHK
2N3614
tl>FSC
84- 29
tETC
t CDC
2N3615
NPC
tETC
2N3616
t PHIL
SGSI
tETC
UEHK
tl>FSC
84- 93 2N3617
tCDC
tETC
RAYN
2N3618
UEHK
t ETC
tl>FSC
84 - 94 2N3619
tCDC
2N3620
SGSI
2N3621
UEHK
MFSC
84- 95 2N3622
tCDC
RAYN
2N3623
UEHK
MTII
80- 84 2N3624
tKMC
MULB
2N3625
RADF
VALG
2N3626
tl>TII
80- 54
tKMC
2N3627
MULB
RADF
2N3628
VALG
tl>TII
80- 7 2N3629
tKMC
MULB
2N3630
RADF
TIIB
2N3631
2N3632
VALG
tl>TII
104- 2
tECD
TIIB
INTG

tl>RCA
ITC
TEC
none

tl>APX
PHIC
tl>GESY
TEC
tl>GESY
TEC
TEC
551
TEC
TEC
TEC
tl>SOD
t PIR
SSP
TEC
tl>SOD
t PIR
SSP
TEC
tl>SOD
t PIR
SSP
TEC
tl>RCA
ETC
SCA
SSI
tl>GESY
ESMF
tl>GESY
tl>GESY
ESMF
tl>GESY
tl>GESY
ESMF
t"PHIL
l>PHIL
tl>PHIL
tl>MOTA
SOD
tl>MOTA
SOD
tl>MOTA
SOD
tl>MOTA
SOD
tl>MOTA
SOD
tl>MOTA
IDC
SOD
tl>MOTA
SOD
t"MOTA
SOD
tl>SOD
tl>SOD
tl>SOD
SEN
tl>SOD
SEN
tl>SOD
SEN
tl>SOD
SEN
tl>SOD
SEN
tl>SOD
SEN
tl>SOD
SEN
tl>SOD
SEN
tl>SOD
SEN
tl>SOD
SEN
tl>SIX
tl>RCA
FERB
tlTT

143- 61 2N3636
166- 46
SCA
JAN2N3636
143- 62
166· 93 2N3637
143- 63
166- 47 JAN2N3637

t"MOTA
TEC
MOTA
tl>MOTA
TEC
MOTA

tl>FSC
tCDC
NSC
RAYN
UEHK
tl>FSC
tCDC
IDC
t PHIL
UEHK
MFSC
RAYN
tl>FSC
RAYN
UEHK
tl>FSC
t CDC
PHIL
UEHK
tl>FSC
t CDC
PHIL
UEHK
tl>FSC
t CDC
PHIL
UEHK
tl>FSC
CDC
NSC
SGSI
UEHK
tl>FSC
t CDC
RAYN
UEHK
MFSC
ETC
IDC
t"MOTA
tFSC
tl>MOTA
tFSC
tl>TRW
TEC
tl>TEC
SSI
2N3661
tl>TEC
SSI
2N3662
tl>GESY
ESMF
2N3663
tl>GESY
ESMF
2N3665
tl>TEC
tFSC
ITC
ITT
NSC
SSI
SGSI
2N3666
tl>TEC
t FSC
ITC
ITT
NSC
SGSI
SSI
2N3667
tl>SIL
PPC
SOD
SPC
SSI
2N3671
l>RAYN
tFSC
ITT
MOTA
SGSI
2N3672
l>RAYN
ETC
tFSC
ITT
MOTA
SGSI
2N3673
l>RAYN
tFSC
MOTA
2N3675
l>SIL
SSI
TEC
2N3676
l>SIL
SSI
2N3677
tl>CRY
MOTA t TEC
2N3678
l>TRW
tFSC
ITT
SSI
SGSI
tl>TII
2N3680
tAML
NSC
TADI
TEC
TIIB
TIIF

143- 64 2N3638
BNT
166- 94
47- 86
GIC
t PHIL
138- 71
SGSI
2N3638A
138- 72
BNT
GIC
138- 73
NSC
138- 74
RAYN
2N3639
BNT
135 - 55
135 - 56 2N3640
153- 68
BNT
167- 95
2N3641
BNT
153- 69
NSC
167 - 96
SGSI
2N3642
BNT
153- 70
NSC
167- 97
SGSI
2N3643
BNT
NSC
79-105
SGSI
2N3644
BNT
79- 2
IDC
177- 10
RAYN
89- 73
177- 11 2N3645
79- 3
BNT
177- 23
NSC
89- 74
SGSI
177 - 24 2N3646
79- 4
t CDC
177- 39
105- 80 2N3647
105 - 81
189- 15 2N3648
104- 19
118- 99 2N3659
SSI
118-100 2N3660
118-101
118-102
118-103
118-104
118-105
118-106
136- 98
136- 99
143- 65
143- 66
136-100
136-101
143- 67
143- 68
136-102
136-103
143- 69
143- 70
108-108
141- 53

cont.next col.

D.A. T.A. INC.

MFRS ~&Line TYPE No.

lu4· 5 2NJt!32
(cont.)
tMOTA
104· 13
MULB
PHIC
RADF
RAYN
67· 91
t SSS
SOD
178· 68
TADI
STCB
TFKG t Til
105· 7
TIIB
VALG
69· 20 2N3633
tl>TEC
ECD
69· 21 2N3633/TNT
TEC
2N3634
MMOTA
68· 10
TEC
SCA
JAN2N3634
MOTA
68· 11
tl>MOTA
2N3635
143- 60
TEC
JAN2N3635
MOTA

6-Registered with JEDEC
by this manufacturer

2N3681 ETC

88· 43
180· 89
73· 20
125·106
173· 21
125· 17
180- 58
125·107
175·23
125· 18
180· 71
125-108
173- 22
125- 19
180· 59
125-109
175·24
125· 20
180- 72
64- 20
171- 61

64- 43
172-100

6117961179 -

98
84
99
85

90- 15

90- 16

90- 17

64- 85
173-102

64- 86
173-103
79- 20
177 -104
9417794179133-

16
98
20
22
42

126- 68
126- 69
79- 90
79- 91
134- 25

134 - 26

152' 58
163-109
71- 9
174- 17
69- 83
174- 18

66- 64
174- 19
136-104
164- 39
136-105
164· 40
68- 53 2N3714
189- 16
DEL
102- 47
SCA
175- 63
SPC
TEC
84- 96 JAN2N3714
182- 90
2N3715
DEL

cont.next col.

18

IN TYPE NUMBER SEQUENCE
MFRS pg&Line TYPE No.

MRAYN
TADI
2N3683
MKMC
2N3684
tl>UCC
tCDC
t DIC
t NPC
tSIX
TADI
l>UCC
2N3684A
tl>UCC
2N3685
BNT
t CDC
t NPC
t DIC
tSIX
TADI
l>UCC
2N3685A
tl>UCC
2N3686
tCDC
BNT
t DIC
t NPC
tSIX
TADI
l>UCC
2N3686A
2N3687
tl>UCC
BNT
tCDC
t DIC
t NPC
TADI
t SIX
2N3687A
l>UCC
2N3688
tl>FSC
IDC
NPC
SGSI
2N3689
tl>FSC
SGSI
2N3690
tl>FSC
SGSI
2N3691
tl>FSC
tCDC
BNT
ETC
tGIC
NSC
t PHIL
UEHK
2N3692
MFSC
BNT
tCDC
ETC
tGIC
t PHIL
NSC
UEHK
2N3693
tl>FSC
BNT
t CDC
ETC
NPC
t PHIL
NSC
SGSI
UEHK
2N3694
tl>FSC
BNT
tCDC
ETC
IDC
NPC
NSC
PHIL
SGSI
UEHK
2N3695
AML
BNT
2N3696
AML
BNT
2N3697
AML
BNT
2N3698
AML
BNT
2N3700
MRAYN
tFSC
SGSI
TEC
TADI
tTRW
JAN2N3700
RAYN
2N3701
tl>RAYN
tFSC
SGSI
TADI
TEC
2N3702
tl>TII
t SES
TADI
TIIB
2N3703
MTII
t SES
TIIB
2N3704
tl>TII
TIIB
2N3705
tl>TII
TIIB
2N3706
tl>TII
TIIB
2N3707
tl>TII
NPC
t SES
TIIB
2N3708
tl>TII
IDC
NPC
t SES
TIIB
2N3709
tl>TII
NPC
t SES
TIIB
2N3710
tl>TII
NPC
t SES
TIIB
2N3711
tl>TII
NPC
t SES
TIIB
2N3712
tl>TII
tMOTA
SCA
TEC
TIIB
2N3713
tl>MOTA
DEL
tETC
IDC
SCA
SLA
SPC
SSI
TEC
tT11
JAN2N3713
none

00· 8 2~~71.5
(cont.)
80· 9
SLA
111· 6
SSI

JAN2N3715
111· 7 2N3716
107· 37
DEL
SCA
SPC
TEC
107· 38 JAN2N3716
107· 8
2N3719
2N3720
107- 9
107- 6 2N3721
2N3722
MOTA
107- 7
79- 30 2N3723
MOTA
2N3724
79- 31
INTG
RAYN
79- 32
SSI
TEC
78 - 59
2N3724A
RAYN
2N3725
AML
+ ITT
SGSI
STCB
t Til
78- 61 2N3725A
RAYN
78- 60

78- 62

2N3726
BNT
RAYN
2N3727
BNT
RAYN

104- 31 2N3728
GIC
SGSI
2N3729
104- 6
GIC
SGSI
104- 3 2N3730
104- 14

95 - 89 2N3731
2N3732
95- 90 2N3733
95- 66
tECD
INTG
t MOTA
67- 3
RAYN
TADI
2N3734
67- 4
tFSC
ITT
90·100
2N3735
90-101
HSC
JAN2N3735
90-102
2N3736
90- 50
t FSC
2N3737
90- 51 JAN2N3737
2N3738
t FSC
2N3739
tFSC
90- 53 JAN2N3739
2N3740

90- 52

90- 54 2N3740A
2N3741

100- 26 2N3741A
2N3742
ITC
15 ,J6
SCA
165 - 25 JAN2N3742
2N3743
ITC
JAN2N3743
2N3744
152-107
t PIR
167·58
SSP
tl>MOTA 152-108 2N3745
tETC
165- 26
t PIR
SLA
SSP
SSI
2N3746
tTIl
t PIR
none 152-109
SSP
167 - 59 2N3747
MMOTA 152-110
t PIR
tETC
165 - 27
SSP

MFRS Pa&Line
SCA
SPC
TEC
t Til
none 153· 1
167· 60
MMOTA 153· 2
tETC
165·28
SLA
SSI
tTIl
none 153· 3
167· 61
tl>MOTA 126· 14
TEC
170- 52
tl>MOTA 126- 15
TEC
170- 53
t GESY 76-103
t SPR
tl>FSC
102- 59
RAYN 177- 51
SGSI
MFSC
102- 60
SGSI 177- 58
tl>FSC
102- 61
tlTT
176-109
SGSI
STCB
tTIl
TIIF
tl>TII
130-108
551
176-110
TIIF
tl>FSC
102- 62
INTG 177- 1
RAYN
SSI
TEC
TIIF
tl>TII
130-109
551
177- 2
TIIF
tl>FSC
69- 10
NSC 182- 91
SGSI
TADI
tl>FSC
69- 11
NSC 182- 92
SGSI
TADI
tl>FSC
94- 59
RAYN 182- 93
SSI
tl>FSC
94- 60
RAYN 182- 94
SSI
ATEI 115 - 14
t RCA
tl>RCA
113-105
ATEI
tl>RCA
113- 62
ATEI
tl>RCA
141- 54
FERB
tlTT
RADF
t SSS
TIIB
tl>MOTA 133- 27
HSC
177- 25
RAYN
SGSI
+l>MOTA 133- 28
RAYN 176- 8
none 130-110
180- 23
tl>MOTA 96- 73
ITT
177- 26
tl>MOTA 96- 50
IDC
176- 9
none
96- 51
180- 24
tl>MOTA 141- 68
ITC
tl>MOTA 141- 69
ITC
none 141- 70
tl>MOTA 127- 9
TEC
tl>MOTA 127- 10
tl>MOTA 127- 11
TEC
MMOTA 127- 12
tl>MOTA 134- 27
MST
SSI
none 134- 28
tl>MOTA 125-110
SCA
none 134- 29
l>SOD 146- 22
SEN
168- 23
TEC
l>SOD 146- 23
SEN
168- 24
TEC
l>SOD 146- 24
SEN
168- 25
TEC
l>SOD 146- 25
SEN
168-106
TEC

+-Indicates manufacturer's data sheet available
in Transistor Information Microfile (TIM)

YPE No.
I:lN;S/~HpIR
SSP
2N3749
+ PIR
SSP
JAN2N3749

"'SOD
SEN
TEC
"'SOD
SEN
TEC
SOD

2N3750
+ PIR
SSP
2N3751
+ PIR
SSP
2N3752
+ PIR
SSP
2N3762
HSC
2N3763
HSC
JAN2N3763

"'SOD
SEN
TEC
"'SOD
SEN
TEC
"'SOD
SEN
TEC
+"'MOTA
SCA
+"'MOTA
SCA

2N3764

+"'MOTA
HSC
+"'MOTA
HSC

2N3765
JAN2N3765

.

1. TYPE
No CROSS INDEX
MFRS Pa&Line TYPE No.
MFRS P!l.!!2
2N3863
SOD

109- 4
109- 5

82- 47
91- 15

6-Registered with JEDEC
by this manufacturer

2N3864
PPC
SPC
2N3865
SPC
2N3866
APX
FERB
IDC
tlTT
MULB
RADF
STCB
TFKG
TIIB

87 - 64
67 - 87 JAN2N3867
177-105
138- 12 2N3868
174 - 76
JAN2N3868
138- 13
174- 77 2N3869
2N3876
103- 45 2N3877
180- 49
103- 29 2N3877A
103- 30 2N3878
ITC
103- 31
SSP
53 2N3879
ITC
54
20
SSP
42
2N3880
81- 6 2N3881
2N3883
68- 58
189- 17 2N3900

190190174 181-

63· 80
189· 18
63- 75
189- 19
"'GESY 77- 88
+ SPR
"'GESY 77- 89
+ SPR
+"'GESY 77-108
+ SPR
+"'GESY 77·109
+ SPR
+"'GESY 78· 14
+ SPR
+"'GESY 78- 15
+ SPR
156- 80
+"'TII
SEN
166- 52
TIIB
none 156- 81
168· 87
156- 82
+ "'Til
SEN
166· 53
none 156- 83
168- 88
ITC
156- 84
TIIB
166- 54
ITC
156- 85
SEN
166- 55
135- 57
+"'SSP
SOD 167- 29
TEC
135 - 58
+"'SSP
SOD 167- 30
TEC
135 - 59
+"'SSP
SOD 167- 31
TEC
135- 60
+"'SSP
167- 32
SSI
TEC
t"'GESY 78- 6
+ SPR
+"'GESY 78- 7
+SPR
+"'GESY 78 - 17
+ SPR
+"'GESY 78- 18
+ SPR
+"'GESY 78 - 26
+ SPR
+"'GESY 78- 27
t SPR
+"'GESY 78 - 21
+ SPR
+"'GESY 77-110
+ SPR
+"'GESY 78- 22
+ SPR
t"'GESY 78- 1
t SPR
+"'GESY 78- 23
+ SPR
138- 75
"'ITC
SSI
92-106
'" TEC
551
180- 21
152· 52
+"'SIL
SPC
163-110
SSI
150· 78
+"'SIL
SOD 164- 1
551
150- 79
"'SIL
551
164- 2
+"'RCA 134- 30
tECD
HSC
INTG
+ MOTA
PHIC
+ SSS
TADI
+ Til
UEHK
TADI

19

2N3900A
2N3901
2N3902
JAN2N3902
2N3903
2N3904
2N3905
TEC
2N3906
TEC
2N3907
NSC
2N3908
NSC
2N3909
AML
TAD I
TIIF
2N3909A
2N3910
tCRY
TADI
2N3911
+ CRY
TAD I
2N3912
+ CRY
TADI
2N3913
+ CRY
2N3914
t CRY
2N3915
+ CRY
2N3916
2N3917
ETC
2N3918
2N3919
ETC
2N3920
ETC
2N3921
BNT
2N3922
BNT
2N3923
ITC
2N3924
MULB
RADF
TIIB
2N3925
2N3926
MULB
RADF
2N3927
MULB
RADF
2N3930
2N3931
2N3932
2N3933
2N3934
2N3935

IN TYPE NUMBER SEQUENCE
MFRS pg&Line TYPE No.
134- 31
126- 16
160- 75
none 126- 44
175- 32
TEC
126- 17
160- 76
none 126- 45
175- 33
'" NECJ 132- 49
+"'TRW 153- 71
+"'GESY 76-104
+ SPR
+"'GESY 76-105
+ SPR
+"'RCA 143- 71
SCA
TEC
WESY
+"'RCA 143- 72
SCA 169- 26
TEC
WESY
80- 55
+"'KMC
"'RAYN 98 - 9
+"'MOTA 55- 81
171- 38
+"'GESY 76-106
+ SPR
+"'GESY 76-107
+ SPR
HGESY 76-108
SPR
HDEL
154- 91
+ SOD 163- 44
DEL
154 - 92
164- 70
+"'MOTA 89- 23
UEHK 175· 95
+"'MOTA 89- 32
UEHK 177- 12
+"'MOTA 66· 2
UEHK 173·104
+"'MOTA 66- 7
UEHK 175- 96
84- 97
+"'TEC
TADI 183- 5
8498
+"'TEC
TADI 183- 6
1058
+ "'Til
+ SIX
TIIB
+ UCC
105- 9
+"'TII
+"'RAYN 70- 10
MOTA 189- 20
TEC
+"'RAYN 70- 12
MOTA 189- 21
TEC
+"'RAYN 70- 13
MOTA 189- 22
TEC
t"'RAYN 68- 44
TADI 189- 23
TEC
t"'RAYN 68- 60
TADI 189- 24
TEC
+"'RAYN 68- 73
TADI 189- 25
TEC
+MSC 135 - 61
551
+MSC 132- 64
551
551
132- 65
143- 73
+"'FSC
SSI
180- 60
143 - 74
+"'FSC
SSI
180- 61
+"'AML 108- 21
183- 7
+ SIX
+ UCC
+"'AML 108- 22
+SIX
183- 8
+ UCC
+MSC 100- 27
SGSI
TEC
+"'MOTA 135- 62
PHIC
TEC
VALG
+"'MOTA 138- 9
t"'MOTA 138- 76
PHIC
TIIB
VALG
+"'MOTA 141- 48
PHIC
TIIB
VALG
+ FSC
68- 93
SGSI
HSC
71- 16
SGSI
79- 95
+"'RCA
79- 96
+"'RCA
+"'AML 108- 23
BNT 183- 9
+"'AML 108- 24
BNT 183- 10
none

TEC

MFRS Pa&Line
134- 32
+"'TEC
SSI
+"'MOTA 91- 58
176- 70
2N3947
+"'MOTA 91-108
177- 75
2N3948
+"'MOTA 134- 33
SCA
TRW
2N3950
+"'MOTA 147 - 94
2N3953
80- 58
+"'KMC
ETC
2N3954
10825
+"'UCC
BNT
183- 11
+ DIC
2N3954A
10826
+"'UCC
BNT 183 - 12
2N3955
10827
+"'UCC
183- 13
BNT
+ DIC
2N3955A
10828
+"'UCC
BNT 183- 14
2N3956
+"'UCC 108- 29
183- 15
BNT
+ DIC
2N3957
+"'UCC 108- 30
BNT
+ DIC
183- 16
2N3958
+"'UCC 108- 31
BNT
+ DIC
183 - 17
2N3959
+"'MOTA 94- 36
HSC
SSI
180- 87
JAN2N3959
none
94- 31
2N3960
+"'MOTA 94- 43
HSC
SSI
180- 90
JAN2N3960
MOTA 94- 37
2N3961
+"'MOTA 138- 14
SSI
2N3962
66- 91
+"'FSC
INTG
ITT
NSC
SGSI
STCB +TII
2N3963
66- 92
+"'FSC
INTG
ITT
SGSI
NSC
+ Til
2N3964
66-100
+"'FSC
INTG
ITT
NSC
SGSI
STCB + Til
2N3965
+MSC
66-101
ITT
NSC
SGSI
TADI
+ Til
2N3966
+"'AML 109- 6
BNT
160-107
CDC
ESMF
MISI
+ UCC
2N3967
+"'AML 109- 7
BNT
CDC
UCC
2N3967A
t"'AML 109- 8
BNT
CDC
2N3968
t"'AML 109- 9
BNT
CDC
UCC
2N3968A
+"'AML 109- 10
BNT
CDC
2N3969
+AML 109- 11
BNT
CDC
UCC
2N3969A
t"'AML 109- 12
BNT
CDC
2N3970
112- 51
t"'UCC
tAML
APX
159-110
BNT
CDC
+ SIX
TADI
Til
TIIF
2N3971
t"'UCC 112- 52
+AML
APX
160- 13
BNT
CDC
tSIX
+ Til
TIIF
2N3972
+"'UCC 112 - 53
+AML
APX
160- 54
BNT
CDC
+ SIX
TADI
TIIF
+ Til
2N3973
+"'GESY 91- 17
SPR
174- 85
2N3974
+"'GESY 91- 18
SPR
174 - 86
2N3975
+"'GESY 91- 19
+ SPR
174 - 87
2N3976
+"'GESY 91- 20
+ SPR
174- 88
2N3977
68 - 25
+"'SPR
MOTA
TAD I 189- 26
2N3978
68- 26
t"'SPR
CRY
MOTA 189- 27
TAD I
2N3979
68- 27
+"'SPR
CRY
MOTA 189- 28
TAD I
2N3980
188- 25
t"'TIl
+ MOTA
TADI
TIIB
2N3993
105- 10
t"'TIl
TIIB
TIIF
2N3993A
105- 11
+"'TII
2N3994
105- 12
+"'TII
TIIB
TIIF
2N3994A
105- 13
+"'TII
2N3996
HTII
145-106
PIR
169- 57
SEN
SOD
SSP
TEC
TIIB
JAN2N3996
none 146- 31
172- 20
2N3945
NSC
2N3946

+-Indicates manufacturer's data sheet available
in Transistor Information Microfile (TIM)

·YPE No.
12N3997pIR

tll~~N

SOP
TEC
JAN2N3997

SSP
TIIB

2N3998
PIR
SOD
TEC
JAN2N3998

MTII
SEN
SSP
TIIB

2N3999
PIR
SOD
TEC
JAN2N3999

tATII
SEN
SSP
TIIB

2N4000
SCA
SSI
TEC
2N4001
SCA
SSI
TEC
2N4002
t FSC
SOD
SSP
2N4003
t FSC
SOD
SSP
2N4004
SEN
2N4005
SEN
2N4006
tMOTA
2N4007
tMOTA
2N4008
tMOTA
2N4009
tMOTA
2N4010
2N4011
2N4012
t ECD
INTG
tMOTA
2N4013
tlTT
STCB
2N4014
tlTT
STCB
2N4015
AML
NSC
2N4016
AML
NSC
2N4017
tAML
NSC
2N4018
tAML
NSC
2N4019
tAML
NSC
2N4020
BNT
SGSI
2N4021
BNT
SGSI
2N4022
BNT
SGSI
2N4023
NSC
2N4024
NSC
2N4025
NSC
2N4026
SGSI
2N4027
SGSI
2N4028
SGSI
2N4029
SGSI

1. TYPE
No. CROSS INDEX
MFRS Po&Line TYPE No.
MFRS
ZN4U3UINTG
tllAML 183·
t~F;TI; 14~: 5; zN40S3
l~t'~l
BNT

MFRS Po&Line TYPE No.

none

none

none

tllTII
SOD
SSP
TIIB
TIIF
tllTII
SOD
SSP
TIIB
TIIF
MTII
SEN
SSI
TEC
TIIB
tllTII
SEN
SSI
TEC
TIIB
tllTII
SSI
tllTII
SSI
tllCRY
TADI
tTEC
tACRY
TADI
tTEC
+ACRY
TADI
tTEC
tACRY
TADI
tllCRY
tMOTA
tACRY
tMOTA
tllRCA
FERB
tlTT
SSS
tFSC
SGSI
TEC
TIIF
tFSC
SGSI
TEC
TIIF
tAFSC
BNT
SGSI
TADI
tllFSC
BNT
SGSI
TADI
tllFSC
BNT
SGSI
TADI
tAFSC
BNT
. SGSI
TADI
+lIFSC
BNT
SGSI
TADI
tllFSC
NSC
TADI
tllFSC
NSC
TADI
tAFSC
NSC
TADI
t"FSC
TADI
MFSC
SGSI
TADI
tllFSC
TADI
t"FSC
TEC
tllFSC
TEC
t"FSC
TEC
t"FSC
TEC

D.A. T.A. INC.

NSC
SGSI

146· 32
172- 21 2N4031
145-108
INTG
169- 59
NSC
STCB
2N4032
INTG
146- 33
172- 22
NSC
SGSI
145-109
169- 60
2N4033
INTG
NSC
146- 34
STCB
172- 23
142- 72 2N4034
169- 24
ITT
2N4035
SGSI
142- 73 2N4036
169- 25
ATEI
SSI
2N4037
ETC
SSI
153- 72
168 - 82 2N4038
2N4039
2N4040
FERB
153- 73
168- 83 2N4041
FERB
2N4044
147·95
168·84 2N4045
147- 96
168 - 85 2N4046
68- 86
INTG
167 - 11
RAYN

~&Line

RAYN
STCB
TEC
tllFSC
tlTT
SGSI
TEC
tAFSC
+ ITT
RAYN
STCB
TEC
tAFSC
tlTT
SGSI
TEC
tllFSC
SGSI
SSI
tllFSC
SSI
tllRCA
SCA
TEC
tllRCA
SCA
TEC
tATRW
tllTRW
tllTRW
SEN
TIlB
tATRW
SEN
TIIB
tllUCC
toDC
tAUCC
toDC
tllFSC
ITT
SGSI
STCB
tllFSC
ITT
SGSI
STCB
tAMOTA

2N4084
eNT

71- 60
179- 6
71- 87
179-103

71- 88
179-104
67- 92
178· 88
67179125 170-

95
36
21
45

tllAML
tSIX
UCC
2N4085
tllAML
t SIX
BNT
UCC
2N4088
lIAML
2N4089
lIAML
2N4090
lIAML
2N4091
tAAML
APX
BNT
CDC
+ DIC
+ MOTA +SIX
tTII
TADI
t UCC
TIIF
lIAML
2N4091A
tllAML
2N4092
BNT
APX
t DIC
CDC
tMOTA t SIX
t Til
TADI
t UCC
TIIF
lIAML
2N4092A

125 - 28 2N4093
APX
CDC
107- 35
tMOTA
107- 36
TADI
140- 74
TIIF
2N4093A

tllAML
BNT
t DIC
SIX
tTIl
t UCC
lIAML

140- 75 2N4094

AAML

2N4095

lI.AML

183- 29
2N4100

tAUCC
toDC
ATII
TIIF
NPC
PHIC
2N4106
tAPX
68- 74 2N4047
102- 49
PHIC
166- 77
INTG
175 - 98 2N4107
tAPX
RAYN
PHIC
68- 75
2N4111
ETC
166- 78 2N4048
123- 53
SOD
SSI
162- 56
TEC
183- 18 2N4049
tllMOTA 123- 54 2N4112
ETC
162- 57
SOD
SSI
183- 19 2N4060
tllMOTA 123- 55
TEC
162- 58 2N4113
SOD
183- 20 2N4051
tllMOTA 123- 56
SSI
TEC
SOD
162- 59 2N4114
138- 77 2N4052
tllMOTA 123· 57
SSI
TEC
162· 60 2N4115
tllFSC
2N4053
tllMOTA 123- 58
SSP
TEC
162- 61 2N4116
tllFSC
91-109 2N4054
GESY 136-106
TEC
SSP
177 - 3 2N4055
GESY 136-107 2N4117
tASIX
2N4056
GESY 136-108
BNT
2N4057
GESY 136·109 2N4117A
tllSIX
91·110 2N4058
tllTII
66· 72
BNT
177· 4
TIIB
2N4118
tASIX
2N4059
tllTII
66· 73
BNT
TIIB
2N4118A
tASIX
tllTII
69· 84 2N4060
66· 74
BNT
183- 21
TIIB
2N4119
tllSIX
2N4061
tATIl
66- 75
BNT
TIIB
2N4119A
tllSIX
69_ 85 2N4062
tllTIl
66- 76
BNT
TIlB
2N4121
183· 22
tAFSC
tllRCA 138· 15
2N4063
t CDC
tTEC
ITC
SCA
UEHK
68- 94
t CDC
SSI
2N4122
190· 55 2N4064
tllRCA 138- 16
IDC
t TEC
ITC
SSI
UEHK
2N4065
tllFSC
105·82 2N4123
tllMOTA
68- 95
161- 5 2N4124
tllMOTA
190- 56 2N4066
tllFSC
106- 23 2N4125
MMOTA
160- 38 2N4126
+AMOTA
2N4067
tFSC
106- 24 2N4127
+lITRW
68- 96
160- 39
FERB
SEN
tllRCA
190· 57 2N4068
95- 18 2N4128
+lITRW
2N4069
tllRCA
131· 22
FERB
SEN
2N4070
PIR
143· 58 2N4130
tlllTT
68·110
SEN
SOD 167·51
INTG
SEN
183· 23
TEC
STCB
2N4071
PIR
143- 59 2N4131
SEN
68 - 97
SEN
tSOD 167- 52
SSI
STCB
183·24
TEC
2N4132
lIlTT
2N4072
t"MOTA 90- 19 2N4133
SSI
69- 1
SSI
2N4134
MFSC
tllMOTA 131- 93
183· 25 2N4073
ETC
SGSI
SSI
SSI
MRCA
69· 2 2N4074
93· 26 2N4135
tllFSC
tllFSC
143· 44
183· 26 2N4075
ETC
SGSI
68- 98
SSP
TEC
169· 63
SSI
tAFSC
183· 27 2N4076
143- 45 2N4136
tllAPX
SSP
TEC
169- 64 2N4137
tAFSC
tAPX
124- 14
69- 3 2N4077
RAYN
SGSI
PHIC
183· 28
2N4138
tllTll
tAPX
113- 84
70· 26 2N4078
t CRY
TEC
PHIC
179· 3
TIIF
tAPX
70· 27 2N4079
181· 43 2N4139
tllAML
179· 4
PHIC
BNT
UEHK
tllRAYN 65·93 2N4140
70· 43 2N4080
+"GIC
TADI
TEC
179·101
BNT
ETC
tllAML 183- 31
70· 44 2N4082
NSC
t TEC
BNT
179·102
UEHK
183- 30

2N4104
102- 48
SCA
175- 97 2N4105

6-Registered with JEDEC
by this manufacturer

20

3~

TYPE No.
2N4141
BNT
NSC

183· 33
183- 34
105105·
105112-

14
15
16
54

2N4142
BNT
tTEC
2N4143
BNT
+TEC
2N4150
SOD
SSP
JAN2N4150
2N4207

112- 55 2N4208
112- 56
2N4209
2N4210
SEN
2N4211
112- 57
SEN
160- 16 2N4220
112·58
AML
CDC
MISI
2N4220A
AML
112- 59
CDC
160- 55
MISI
112· 60
160· 1 2N4221
112- 61
AML
160- 17
BNT
93-100
ESMF
183- 35
tSIX
87-102 2N4221A
AML
124· 5
BNT
ESMF
113- 19
t SIX
2N4222
181- 44
AML
BNT
ESMF
146· 35
tSIX
2N4222A
146- 36
AML
BNT
ESMF
146· 37
t SIX
2N4223
146- 38
tAML
CDC
147 - 73
2N4224
147 - 74
tAML
CDC
109- 13
iN4225
109-,14
2N4226
109· 15
2N4227
109· 16
BNT
NSC
109· 17 2N4228
BNT
109· 18
2N4231
61- 91
178· 89 2N4232
61· 96 2N4233
178· 90
2N4234
89·24
SCA
89- 33 2N4235
SCA
66· 3
66- 8 2N4236
142- 22
SCA
2N4237
144- 97
tFSC
SSI
152· 78 2N4238
tFSC
SSI
147·97 2N4239
tFSC
136·110
SSI
132- 66 2N4240
79· 21
SSP
2N4241
79 - 48 2N4241MP
2N4242
2N4243
181- 45 2N4244
92· 91 2N4245
179- 45 2N4246
83· 97 2N4247
2N4248
BNT
109· 19
NSC
SGSI
86· 70 2N4249
176. 10
BNT
NSC
SGSI

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

tll~+C

tTEC
UEHK
tllGIC
NSC
UEHK
tllGIC
NSC
UEHK
PIR
SSI
TEC

l~g: it I~N4250BNT tll~~~
NSC

61· 50

PHIL
SGSI
64· 87 2N4251
tllFSC
83- 27
174- 21
ECD
180- 88
2N4252
tllTII
79- 67
64- 88
ETC
174- 22 2N4253
tATII
79- 68
ETC
137- 1 2N4254
TIIB
83- 5
166- 89 2N4255
TIIB
83- 6
2N4256
tllGESY 76-109
none 137- 2
+ SPR
161- 7
170- 91 2N4257
+lIFSC
61-100
+AFSC
65- 86
179- 74
180- 34 2N4258
tllFSC
61-102
tllFSC
65- 87
180- 38
180- 37 2N4259
tllRCA
76- 27
tllFSC
65- 89 2N4260
tllMOTA 61-109
180- 70
HSC
tATEC
153 - 74 2N4261
tllMOTA 61-110
SSI
HSC
tATEC
153 - 75 2N4264
tllMOTA 89- 34
SSI
176- 91
tAMOTA 109· 20 2N4265
tllMOTA 89- 35
BNT
176- 92
ESMF
2N4267
tllFSC
105-110
t SIX
160- 69
UCC
tllFSC
2N4268
106- 1
tAMOTA 109- 21
160- 70
BNT
2N4269
tllTEC
90- 55
ESMF
2N4270
M TEC
96-108
tSIX
2N4271
+lITEC
138- 78
UCC
2N4272
+lITEC
138- 79
tllMOTA 109- 22 2N4273
tllTEC
142-109
tAPX
2N4274
tllFSC
79- 33
CDC
ETC
178 - 35
CDC
MISI
PHIL
NSC
UCC
RAYN t TEC
tllMOTA 109- 23
UEHK
tAPX
2N4275
tllFSC
79· 34
CDC
ETC
CDC
178- 36
MISI
NSC
PHIL
UCC
RAYN t TEC
tAMOTA 109- 24
UEHK
tAPX
2N4276
MOTA 123· 59
CDC
162- 62
MISI
2N4277
MOTA 123- 60
UCC
162- 63
tllMOTA 109- 25 2N4278
lIMOTA 123· 61
tAPX
162- 64
CDC
2N4279
lIMOTA 123- 62
MISI
162- 65
UCC
2N4280
lIMOTA 123- 63
tllMOTA 109- 26
162- 66
BNT
2N4281
lIMOTA 123- 64
t SIX
162· 67
UCC
2N4282
A MOTA 123· 65
tAMOTA 109- 27
162- 68
BNT
2N4283
lIMOTA 123- 66
tSIX
162- 69
UCC
2N4286
tANSC
82- 23
tASOD 137- 3 2N4287
tllNSC
82- 24
SCA 172- 50 2N4288
tllNSC
62-103
tASOD
137· 4 2N4289
tllNSC
62·104
SCA 172· 51 2N4290
tllNSC
63- 13
tAGIC
86· 72 2N4291
tANSC
63- 14
ETC
176· 12 2N4292
tlINSC
79- 69
TEC
2N4293
tllNSC
79- 70
tAGIC
64· 89 2N4294
tllNSC
79- 35
NSC 174- 23
178· 42
TEC
2N4295
+lINSC
79- 51
tMOTA 143- 75
179 - 50
TEC
2N4296
tllRCA
132· 50
tMOTA 143· 76
ITC
SCA 167 - 67
TEC
2N4297
tllRCA 132- 51
tMOTA 143- 77
ITC
SCA 167- 68
TEC
2N4298
132- 52
tARCA
tAMOTA 125 - 29
ITC
167· 69
TEC
2N4299
tllRCA
132· 53
tllMOTA 125· 30
ITC
167· 70
TEC
2N4300
tllTII
142· 74
tllMOTA 125- 31
SOD
SSI
TEC
SSP
TEC
tllMOTA 99-101
TIIB
SOD
2N4301
tllTIl
149- 43
TEC
SOD
SSP
tAMOTA 99-102
TEC
TllB
SOD
2N4302
tllAML 109· 28
TEC
tCDC
BNT
tllMOTA 99·103 2N4303
tAAML 109· 29
SOD
BNT
t CDC
TEC
2N4304
tllAML 109· 30
tARCA
143- 78
BNT
t CDC
TEC
166· 96 2N4305
tllTRW 138- 80
APX
116· 60
SEN
SSI
160· 96
MINA
TEC
APX
183- 36 2N4306
tllTRW 143· 53
SOD 120-110
SEN
160- 97
SOD 121- 1 2N4307
tllTRW 138· 81
SOD 121· 2
SEN
SSI
160· 98
SOD 121· 3
TEC
SOD 121- 4 2N4308
t"TRW 143· 54
SOD 121- 5
SEN
160- 99
tAFSC
61- 48 2N4309
tllTRW 138· 82
CDC
SEN
SSI
160·100
PHIL
TEC
UEHK
2N4310
tllTRW 143· 55
tllFSC
61· 49
SEN
160·101
CDC
2N4311
t"TRW 138· 83
PHIL
160-102
SEN
SSI
UEHK
TEC

+-'ndicates manufacturer's data sheet available
in Transistor Information Microfile (TIM)

YPE No.
i2N4312
2N4313
2N4314
2N4315
2N4338
CDC
2N4339
CDC
2N4340
BNT
2N4341
BNT
2N4342
2N4343
2N4346
2N4347
ASC
SLA
SSI
2N4348
ASC
SSI
2N4349
2N4350
2N4351
2N4352
2N4353
2N4354
2N4355
2N4356
2N4357
2N4358
2N4359
2N4360
2N4381
2N4382
2N4383
2N4384
IDC
2N4385
2N4386
2N4387
2N4388
2N4389
2N4390
2N4391
AML
BNT
CRY
ESMF
tMOTA
t SIX
t Til
2N4392
AML
BNT
CRY
ESMF
tMOTA
t SIX
t Til
2N4393
AML
BNT
CRY
ESMF
tMOTA
t SIX
t Til
2N4395
SCA
SSI
2N4396
SCA
SSI
2N4398
TEC
2N4399
TEC
2N4400
2N4401
2N4402
2N4403
2N4404
2N4405
2N4406
2N4407
2N4409
2N4410

1. TYPE
No. CROSS INDEX
MFRS Pa&Line TYPE No.
MFRS Pa&Line TYPE No.
none
:~~p~TA ~6: ;: 1~~~~~iX57 tloTIl
111: ~~ :RCA
109- 46
l>RCA
2N5151
l>RCA
109· 47
SSI
l>RCA
2N5152
+l>RCA
SOD
SSP
102· 90
+l>RCA
192· 2
2N5107
HSC
93· 12 2N5153
SSP
192· 3
SSI
+l>FSC
2N5108
+l>RCA 132· 74 2N5154
+l>FSC
RAYN
+ MOTA
SOD
+l>FSC
SOD
SSS
+l>TII
2N5109
+l>RCA 132· 75 2N5155
TIIB
TADI
+ MOTA
+l>TII
43·55
SSS
2N5110
+l>SIL
TIIB
70· 8 2N5156
CRY
MOTA
+l>TII
108· 32
+l>SIL
70· 9 JAN2N5156
BNT 183· 44 2N5111
CRY
TIIF
2N5112
+l>SIL
127· 51 2N5157
UCC
CRY
108· 33
+l>TII
127·52 2N5158
183· 45 2N5113
+l>SIL
TIIB
CRY
UCC
l>UCC 106· 17 2N5159
108· 34 2N5114
+l>TII
183- 46
160· 5
TIIB
2N5115
l>UCC
106· 18 2N5160
UCC
160· 23 2N5161
TEC
150· 86
l>UCC
106· 19 2N5162
UCC 166· 32 2N5116
160· 41 2N5163
+l>MOTA 145 - 55
+l>UCC
AML
166· 15 2N5117
69· 33
183·47
CDC
+l>MOTA 145· 56
+l>UCC
69·34 2N5172
166· 16 2N5118
183·48
+l>MOTA 145· 57
+l>UCC
69·35 2N5174
166· 17 2N5119
183· 49 2N5175
80· 60
+APX
l>UCC
2N5120
64· 21 2N5176
PHIC
183· 50 2N5177
+l>APX
80· 85
l>UCC
64· 22 2N5178
61·101 2N5121
+l>FSC
183· 51 2N5179
180· 5
l>UCC
APX
64· 23
MFSC
67 ·103 2N5122
183· 52 2N5180
180· 13
l>UCC
69· 36 2N5181
67-110 2N5123
+l>FSC
183· 53 2N5182
180· 48
l>UCC
69·37 2N5183
135· 17 2N5124
+l>TII
183·54 2N5184
SSI
l>UCC
69· 38 2N5185
135· 18 2N5125
+l>TII
183·55 2N5186
SSI
HSC
79· 5
98- 99 2N5126
FSC
NSC
2N5187
180· 3
+l>FSC
78· 28
192· 1 2N5127
2N5188
BNT
CDC
+l>CRY
93· 33
NSC
189· 32
+l>FSC
78· 65 2N5189
+l>MOTA 149·49 2N5128
CDC
BNT
SSI
NSC
TEC
2N5129
BNT
86· 27 2N5190
MMOTA 149· 50
2N5191
CDC
+ FSC
SSI
NSC
2N5192
149·
51
+l>MOTA
CDC
2N5130
79· 49 2N5193
SSI
NSC
2N5194
HSC
TEC
+l>FSC
78· 8 2N5195
+ RCA
147 ·100 2N5131
BNT
CDC
2N5196
147·101
+ RCA
ETC
NPC
l>LTTF 153· 76
2N5197
NSC
l>LTTF
97·59
l>FSC
78·66
147 ·102 2N5132
l>FSC
2N5198
BNT
CDC
SSP
NSC
ETC
l>FSC
147·103
2N5199
77·
69
2N5133
+l>FSC
SSP
CDC
BNT
l>FSC
147 ·104
2N5200
RAYN
NSC
SSP
UEHK
l>FSC
147 ·105
+l>FSC
78·101 2N5201
2N5134
SSP
ETC
CDC
175·45
+l>AML 109· 44
UEHK
2N5202
NSC
CDC
l>FSC
SCA
2N5135
84· 30
UCC
CDC
2N5208
BNT
+l>AML 131· 98
NPC
NSC
2N5209
+l>AML 131· 99
RAYN
2N5210
92·107
AML
+l>FSC
81· 12 2N5211
AML
92·108 2N5136
2N5212
BNT
CDC
143· 83
+l>FSC
2N5213
NSC
RAYN
170· 19
+l>FSC
84·31
143· 84 2N5137
+l>FSC
2N5214
BNT
CDC
170·102
ETC
NSC
+l>FSC
143·85
2N5215
RAYN
170· 20
+l>FSC
61· 65
+l>MOTA 65· 97 2N5138
CDC
2N5216
BNT
+l>MOTA 65·98
RAYN
NSC
+l>MOTA 88·87
2N5217
UEHK
+l>MOTA 88· 88
+l>FSC
61· 88
MRCA 135·67 2N5139
NSC 177· 40 2N5218
BNT
ITT
+l>FSC
61· 94
2N5140
+ SSS
178· 73 2N5219
TADI
61· 89 2N5220
+l>FSC
l>ITC
125· 11 2N5141
RAYN 177· 59 2N5221
133- 54
l>ITC
2N5142
+l>FSC
64· 24 2N5222
SSI
BNT
CDC 171· 62 2N5223
125 - 12
l>ITC
2N5224
NSC
SSI
+l>FSC
61· 75
l>ITC
125· 13 2N5143
CDC
171· 63 2N5225
BNT
SSI
2N5226
NSC
133· 55
l>ITC
2N5144
+l>FSC
92· 1 2N5227
SSI
192· 4 2N5228
l>ITC
125· 14
2N5145
+l>FSC
102· 63
SSI
192· 5 2N5229
l>ITC
133· 56
2N5146
+l>MOTA 69· 62
SSI
172· 52 2N5230
l>ITC
133· 57
+l>FSC
125·41
2N5147
SSI
TEC
2N5231
SSI
l>ITC
133· 58
2N5148
+l>FSC
131· 17
SSI
2N5232
SOD
SSI
l>ITC
126· 92
TEC
l>ITC
141· 73
2N5149
+l>FSC
125· 42 2N5232A
SSI
IDC
TEC
MRCA 135· 68

+l>~SC

D.A. T.A. INC.

1()4- 50
150- 82
150- 83
150- 84
150- 85
152- 79
170· 71
152· 80
170· 72
65· 83
65·84
71· 95
43- 56

2N5103
BNT
2N5104
BNT
2N5105
BNT
2N5106

+APX
UCC
+ APX
+ UCC
+APX
+ UCC
HSC

,6,.Ragistered with JEDEC
by this manufacturer

MFRS Pa&line TYPE No.

+l>~~f
TEC
+l>FSC
TEC
+l>FSC
SSI
TEC
+l>FSC
TEC
+l>FSC
SSI
TEC
+l>DEL
SOD
+l>DEL
SOD
none

l>GESY
l>GESY
l>GESY
l>FSC

131· 19 2N5237

l>SOD

JAN2N5237

none

125·44
2N5238

l>SOD

131· 20

117· 4
163· 46
121· 6
163· 47
122· 18
162· 55
154·93
+l>DEL
SOD 164· 71
111·103
l>CRY
160· 24
l>CRY
111·104
160· 25
+l>MOTA 125· 22
+l>MOTA 126·85
+l>MOTA 127·61
+l>FSC
107· 70
BNT
UCC
GESY 76-110
SPR
+ GESY 77· 1
+ GESY 77· 2
+ GESY 77· 3
l>TRW 145· 4
l>TRW 148·76
+l>RCA
79·106
MOTA
76· 69
+l>RCA
+l>RCA
76· 61
+ RCA
76· 62
+l>RCA
95·53
+l>RCA
95· 19
+l>RCA 158· 41
87·76
+l>RCA
178· 80
87· 77
+l>RCA
178·40
+l>RCA 102· 74
160· 35
+l>RCA
99· 95
131· 1
160· 56
MMOTA 146· 7
+l>MOTA 146· 8
+l>MOTA 146· 9
+l>MOTA 127· 86
+l>MOTA 127·87
+l>MOTA 127·88
+l>SIX
108· 35
AML 183· 56
+l>SIX
108· 36
AML 183· 57
+l>SIX
108· 37
AML 183· 58
+l>SIX
108· 38
AML 183· 59
l>FSC
88· 19
192· 6
l> FSC
88·42
192· 7
+ RCA 143·86
TEC
170· 70
+ MOTA 66· 12
+ MOTA 88·110
+ MOTA 89· 1
ITT
102· 14
l>ITT
136· 82
l>ITT
136· 83
INTG
147·62
+l>ITT
INTG
141· 55
l>ITT
INTG
142· 26
+l>ITT
INTG
+l>ITT
136· 84
INTG
l>SOD 149· 52
169· 53
+l>MOTA 89· 11
+l>MOTA 89· 5
+l>MOTA 65·101
+l>MOTA 89· 58
+l>MOTA 89· 12
+l>MOTA 89· 26
175·55
+l>MOTA 89· 2
+l>MOTA 65· 99
+l>MOTA 65·102
+l>MOTA 66· 13
177 - 52
l>MOTA 125·78
189· 33
l>MOTA 125·79
TEC
189· 34
l>MOTA 125· 80
TeC
189· 35
+ GESY 89· 75
SPR
+ GESY 89· 76
SPR

22

IN TYPE NUMBER SEQUENCE
MFRS l'a&line TYPE No.

131- 18 2N5233
2N5234
2N5235
125 - 43 2N5236

JAN2N5238
2N5239

none

2N5242

MRCA
SSI
+l>RCA
SSI
+ DEL
SOD
l> FSC

2N5243

l> FSC

2N5240
2N5241

2N5244

l>FSC

2N5245

+l>T1I
TIIB
+l>TII
TIIB
+l>TII
TIIB
MTII
TIIB
+ GESY
+ GESY
l>SOD
TEC
AML

2N5246
2N5247
2N5248
2N5249
2N5249A
2N5250
PIR
JAN2N5250
2N5251
JAN2N5251

l>SOD
TEC
AML

2N5252
2N5253
2N5254

l> FSC
l>FSC
+l>FSC

2N5255

+l>FSC

2N5256

+l>FSC

2N5262

l>RCA

2N5263
2N5264

+APX
+l>FSC

2N5265
2N5266
2N5267
2N5268
2N5269
2N5270
2N5271

MMOTA
+l>MOTA
+l>MOTA
MMOTA
+l>MOTA
+l>MOTA
l>MOTA

2N5272

l>MOTA

2N5277

+l>AML
BNT
+l>AML
BNT
l>ITC
l>ITC
l>ITC
SCA
l>ITC
SCA
l> FSC
SSI
l>FSC
SSI
l>FSC
l>FSC
MOTA
HSC
HSC
HSC
+l>FSC
+l>FSC

2N5278
2N5279
2N5280
2N5281
2N5282
2N5284
2N5285
2N5286
2N5287
2N5288
2N5289
2N5290
2N5291
2N5292
2N5293
2N5294
2N5295
2N5296
2N5297
2N5298
2N5301
2N5302
2N5303
2N5305
2N5306
2N5307
2N5308
2N5309
2N5310
2N5311

898989 98181137·
170·
137·
170·
137 170·
137·
170·
150·

77
78
79
95
1
5
26
6
92
7
27
8
93
31

MSOD

2N5313
HSC

l>SOD
PIR
TEC
+l>SOD
TEC
l>SOD
PIR
l>SOD

2N5314
2N5315
HSC
2N5316
2N5317
2N5318

150· 32 2N5319
154· 80
165·38
70· 46
173· 33
70· 47
173· 34
67· 96
192· 8
111· 35

MFRS Pa&line

2N5312

2N5320
2N5321

l>SOD
HSC
l>SOD
l>SOD
HSC
+l>RCA

2N5324

+l>RCA
TEC
+l>RCA
TEC
+l>RCA
TEC
MMOTA

111· 36 2N5325

+l>MOTA

111· 37 2N5326

l>TRW
TEC
l>TRW
TEC
l>TRW
TEC
l>TRW
TEC
l>TRW

2N5322
2N5323

111· 38 2N5327
SOD
89· 80 2N5328
89· 81
156· 90 2N5329
166· 44
SOD
156· 91 2N5330
170· 88
156· 92 2N5331
166· 45
156· 93 2N5332
170· 89
135·69 JAN2N5332
135·70
66· 51 2N5333
190· 64 2N5334
66· 52
183· 60 2N5335
66· 53
183· 61 2N5336
99·96
HSC
131· 2 2N5337
160· 42
+ MOTA
93· 14 2N5338
149·53
HSC
170· 31 2N5339
104· 51
HSC
104· 52 2N5344
104· 53
104· 54 2N5345
104· 55
104· 56 2N5346
159· 1
+ FSC
181· 5 2N5347
92· 93
HSC
179· 82 2N5348
112· 40
HSC
2N5349
112· 41
HSC
2N5354
ESMF
134·42
132· 12
+ NPC
125·23 2N5355
ESMF
125· 24
+ NPC
2N5356
146· 41
ESMF
+ NPC
146· 42 2N5357
127· 96
127·97
150· 87
150· 88
128· 64
128· 65
93· 11
192· 9
145· 93
145·94
145·95
145·96
145·97
145·98
154· 69
164· 49
154·70
164· 50
154·71
164· 51
190· 65

+l>RCA
+l>RCA
+l>RCA
+l>RCA
+l>RCA
+l>RCA
l>MOTA
+ Til
l>MOTA
+ Til
l>MOTA
+ Til
+l>GESY
SPR
+l>GESY 190· 66
SPR
+l>GESY 190· 67
SPR
+l>GESY 190· 68
SPR
+GESY 89· 82
+ GESY 89· 83
GESY 89· 84

l>TRW
SOD
+l>TII
none

+l>TII
+l>MOTA
SSI
+l>MOTA
SSI
+l>MOTA
SSI
HSC
SSI
+l>MOTA
SSI
+l>MOTA
SSI
+l>MOTA
+l>MOTA

m:~~

149- 54
168- 69

128· 41
168· 70
149· 55
168·71
128· 42
168· 45
149· 56
168· 66
128· 43
168· 46
149';57
168· 67
138· 18
169·104
138· 19
169·105
126· 46
169·109
126· 47
169·110
118· 48
164· 66
118· 49
164· 67
143·87
170· 97
137· 9
171· 79
146· 43
171· 80
150· 38
170·103
152· 81
170·104
153· 77
170·105
68· 1
192· 10
67·104
192· 11
127· 17
135 - 42
168·100
135·43
168·101
135·44
167·102
135·45
167·103
135·46
167·104
135· 47
167 ·105
127·49
170· 54
121- 50
170· 55
147· 63
167·106
147· 64
167·107
147· 65
167·108
147· 66
167·109
66· 77

MMOTA
SSI
+l>MOTA
SSI
+l>MOTA
SSI
+l>MOTA
SSI
+l>GESY
MISI
SPR
+l>GESY 66· 78
MISI
SPR
+l>GESY 66· 79
MISI
SPR
+l>MOTA 127· 58
170· 1
2N5358
+l>MOTA 109· 48
2N5359
+l>MOTA 109· 49
2N5360
+l>MOTA 109· 50
2N5361
+l>MOTA 109· 51
2N5362
+l>MOTA 109· 52
2N5363
+l>MOTA 109· 53
2N5364
+l>MOTA 109· 54
2N5365
l>GESY 66· 80
ESMF
MISI
2N5366
l>GESY 66.81
ESMF
MISI
2N5367
l>GESY 66· 82
ESMF
MISI
2N5368
l>SPR
91· 64
176· 17
2N5369
l>SPR
91· 65
176· 18
2N5370
91· 66
SPR
176· 19
91· 67
2N5371
l>SPR
176· 20
67· 19
2N5372
l>SPR
172· 71
l>SPR
67· 20
2N5373
172· 72
l>SPR
67·21
2N5374
172· 73
l>SPR
67· 22
2N5375
172· 74
l>SPR
2N5376
92· 2
l>SPR
92· 3
2N5377
l>SPR
67· 32
2N5378
l>SPR
67· 33
2N5379

+-Indicates manufacturer's data sheet available
in Transistor Information Microfile (TIM)

MFRS P &Line TYPE No.

~~~~g~

~~~

2N5382
2N5383
2N5384
2N5385
2N5386
2N5387
2N5388
2N5389
2N5390
2N5391
2N5392
2N5393
2N5394
2N5395
2N5396
2N5397
2N5398
2N5399

JAN2N5399

5PR
5PR
."TII
."TII
."TII
."TII
."TII
."TII
."TII
."AML
."AML
."AML
."AML
."AML
."AML
."5IX
BNT
."5IX
BNT
."TII
none

2N5400
2N5401
2N5404

."MOTA
."MOTA
"SOD

2N5405

"SOD

2N5406

"SOD

2N5407

"SOD

2N5408

"SOD

2N5409

"SOD

2N5410

"SOD

2N5411

"SOD

2N5412

"SOD

2N5413

HTII

2N5414

."TII

2N5415
2N5416
2N5417
2N5418
2N5419
2N5420
2N5421

."RCA
ITC
."RCA
ITC
"Til

2N5425

"GESY
"GE5Y
"GE5Y
."ITT
INTG
."ITT
INTG
INTG
• ITT
INTG
• ITT
."F5C

2N5426

."F5C

2N5427

."MOTA

2N5428

."MOTA

2N5429

."MOTA

2N5430

."MOTA

2N5422
2N5423
2N5424

2N5431
2N5432

2N5435

."MOTA
."5IX
BNT
."5IX
BNT
."SIX
BNT
HMOTA

2N5436

."MOTA

2N5433
2N5434

.

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

TYPE No.

2N5437

."MOTA

2N5438

."MOTA

2N5439

."MOTA

2N5440

."MOTA

2N5447
2N5448
2N5449
2N5450
2N5451
2N5452

."TII
."TII
."TII
."TII
."TII
."UCC

2N5453

."UCC

2N5454

."UCC

2N5455

."F5C

2N5456

."F5C

2N5457
2N5458

."MOTA
."MOTA

D.A. T.A. INC.

~~: ~~ I~~~:g~
6767127127 128153 153 153190109 109109 109109109109-

34
73
64
65
44
78
79
80
69
55
56
57
58
59
60
61

2N5461
2N5462
2N5463
2N5464
2N5465
2N5466
2N5467
2N5468
2N5469
2N5470
2N5471
2N5472
2N5473
2N5474
2N5475
2N5476
2N5477
• F5C
109- 62
2N5478
H5C
92-109
192- 12 2N5479
92-110
192- 13 2N5480
H5C
65-103
65-104 2N5481
129- 6 2N5482
169 - 27 2N5483
129 - 7 2N5484
169 - 28 2N5485
129- 8 2N5486
169- 29 2N5487
129- 9
169- 30 2N5487-1
127 - 66
169- 31 2N5487-3
127 - 67
169- 32 2N5488
127 - 68
169- 33 2N5488-1
127 - 69
169- 34 2N5488-3
152 - 59
170- 63 2N5489
135- 19 2N5490
175 -105 2N5491
135- 20 2N5492
175 -106 2N5493
126- 48 2N5494
2N5495
126- 49 2N5496
2N5497
96· 54 2N5498
192- 14 2N5505
90- 57
90· 58 2N5506
90- 59
132· 54 2N5507

:~~g+~ ;~~:
."MOTA
."MOTA
."MOTA
."MOTA
."MOTA
"SOD
"SOD
"SOD
"SOD
• RCA
."MOTA
."MOTA
."MOTA
."MOTA
."MOTA
."MOTA
."MOTA
551
."MOTA
551
."MOTA
H5C
."MOTA
551
"TRW
"TRW
"TRW
."MOTA
."MOTA
."MOTA
"SSP
551
SSP
SSP
"SSP
551
SSP
SSP
"SIL
• RCA
• RCA
• RCA
• RCA
• RCA
• RCA
• RCA
• RCA
"51L
."AML
."AML
."AML

134- 43 2N5508

."AML

140- 4 2N5509

."AML

141· 24 2N5510

."AML

2N5511

."AML

2N5512

."AML

2N5513

."AML

127 - 59
170- 21
127 - 60
170- 22
145 - 5
167 -110
145 - 6
168- 1
145 - 7
168- 2
145 - 8
168- 3
188- 41
109- 63
159- 2
109- 64
159· 3
109 - 65
159- 4
122- 52
161- 99
122- 53
161-100
122-54
161-101
122- 55
161-102
122- 56
161-103
122- 57
161-104
67 - 5
67- 6
90-103
90-104
90-105
108- 39
183- 62
108· 40
183· 63
108· 41
183· 64
66- 27
179· 26
89- 90
179- 27
110- 89
110- 90

2N5514

."AML

2N5515

."5IX

2N5516

."5IX

2N5517

."5IX

2N5518

."5IX

2N5519

."5IX

2N5520

."5IX

2N5521

."SIX

2N5522

."5IX

2N5523

."5IX

2N5524

."SIX

2N5527
2N5528
2N5529
2N5530
2N5531
2N5532
2N5533
2N5534
2N5535
2N5536

"SOD
PPC
"SOD
PPC
"SOD
PPC
"SOD
PPC
"SOD
PPC
"SOD
PPC
"SOD
PPC
"SOD
PPC
"SOD
PPC
"SOD
PPC

n

105· 74
105- 75
105- 76
105- 77
105- 78
152- 82
152- 83
147-106
147-107
132- 76
105- 22
105- 23
105- 24
105- 25
105- 26
105- 27
147 - 67
168- 4
147 - 68
168- 5
147- 69
168- 6
147 - 70
168- 7
134- 44
138- 20
141- 33
110- 92
110- 93
110- 94
142 - 75
169- 8
142- 84
169- 9
142- 85
169- 10
142- 76
169- 11
142- 86
169- 12
142 - 87
169- 13
156- 94
180- 62
180- 63
180- 64
180- 65
180- 66
180- 67
180- 68
180- 69
154- 72
104- 80
183- 65
104- 81
183- 66
104- 82
183- 67
104- 83
183- 68
104- 84
183· 69
104· 85
183· 70
104· 86
183 - 71
104- 87
183- 72
104- 88
183- 73
104- 89
183 - 74
108- 42
183- 75
108- 43
183- 76
108- 44
183- 77
108- 45
183- 78
108- 46
183- 79
108- 47
183- 80
108- 48
183- 81
108 - 49
183- 82
108- 50
183 - 83
108- 51
183- 84
134 - 45
192- 15
132- 77
192- 16
132- 78
192- 17
132- 79
192- 18
134- 46
192- 19
132- 80
192- 20
132- 81
192- 21
132- 82
192- 22
134- 47
192- 23
134· 48
192- 24

,"',-Registered with JEDEC
by this manufacturer

;'!NOO;j/

,,~uu

;~;: ;~

2N5538

"SOD

2N5539

"SOD

134- 50
192- 26
153- 81
167 - 53
149- 58
167- 66
131· 85
167 - 54
149- 59
167· 55
112- 23
112- 24
108- 52
183- 85
108- 53
183- 86
108- 54
183- 87
105-100
111- 39
89- 6
89- 7
142- 77
168- 8
142- 88
167- 80
110- 95
159- 50
109- 66

2N5540

"SOD

2N5541

"SOD

2N5542

"SOD

2N5543
2N5544
2N5545

"Til
"Til
."TII

2N5546

."TII

2N5547

."TII

2N5548
2N5549
2N5550
2N5551
2N5552

."TII
."TII
."MOTA
."MOTA
"SSP

2N5552-4

SSP

No.

~~~~~~

2N5636
2N5637
2N5638
2N5639
2N5640
2N5641
2N5642
2N5643
2N5644
2N5645
2N5646
2N5647
2N5648
2N5649
2N5650
2N5651
2N5652
2N5653
2N5654
2N5658
2N5659

2N5555

."MOTA

2N5556

2N5660
."MOTA
BNT
."MOTA 109- 67 2N5661
BNT
."MOTA 109- 68 2N5662
BNT
"SOD 153- 82 2N5663
164- 13
"SOD 155 - 49 2N5664
169- 54
"UCC 108- 55 2N5665
183- 88
"UCC 108- 56 2N5666
183- 89
"UCC 108- 57 2N5667
183- 90
"UCC 110-104 2N5668
183- 91 2N5669
"UCC 110-105 2N5670
183- 92 2N5671
"UCC 110-106
183 - 93 2N5672
156- 95
• RCA
156- 96 2N5679
• RCA
156- 97 2N5680
• RCA
156- 98 2N5681
• RCA
156- 99 2N5682
• RCA
156-100 2N5683
• RCA
."MOTA 132- 2 2N5684
175- 64 2N5685
96- 55 2N5686
none
179- 95 2N5687
1323 2N5688
."MOTA
176-102 2N5689
none
96- 56 2N5690
179- 96 2N5691
"MOTA 126- 9 2N5692
"TRW 153- 83
170· 85 2N5693
."MOTA 140· 47
."MOTA 143- 46 2N5694
."MOTA 147 -108
"UCC 109- 69 2N5695
"UCC 109- 70
"UCC 109- 71 2N5696
"TRW 141- 35
"TRW 144- 92 2N5697
126- 86 2N5698
"FSC
141- 25 2N5699
"F5C
126- 87 2N5700
"F5C
141- 26 2N5701
"F5C
126· 88 2N5702
"F5C
141- 27 2N5703
"F5C
126- 89 2N5704
"F5C
141- 28 2N5705
"F5C
127 - 13 2N5706
"F5C
142- 63 2N5707
"F5C
127 - 14 2N5708
"F5C
142- 64 2N5709
"F5C
127 - 15 2N5715
"F5C
142- 65 2N5716
"F5C
127 - 16 2N5717
" F5C
142- 66 2N5718
"FSC
127 - 92 2N5729
"F5C
146- 13
"FSC
127- 93 2N5730
"F5C
146- 14
"FSC
127 - 94 2N5731
"FSC
146- 15
"F5C
127 - 95 2N5732
"F5C
146- 16
"F5C
128- 66 2N5733
"F5C
152- 53
"F5C
128 - 67 2N5734
" F5C
15254
" F5C
HSC
128- 68 2N5761
152- 55 2N5762
"F5C
128 - 69 20C6
" F5C
HSC
152- 56 20C28
."MOTA 154- 73 20C29
."MOTA 154 - 74 20C35
."MOTA 154 - 75 20C36
."MOTA 153- 53 20C74
."MOTA 153 - 54 20C83

2N5557
2N5558
2N5559
2N5560
2N5561
2N5562
2N5563
2N5564
2N5565
2N5566
2N5575
2N5576
2N5577
2N5578
2N5579
2N5580
2N5581
JAN2N5581
2N5582
JAN2N5582
2N5583
2N5584
2N5589
2N5590
2N5591
2N5592
2N5593
2N5594
2N5595
2N5596
2N5597
2N5598
2N5599
2N5600
2N5601
2N5602
2N5603
2N5604
2N5605
2N5606
2N5607
2N5608
2N5609
2N5610
2N5611
2N5612
2N5613
2N5614
2N5615
2N5616
2N5617
2N5618
2N5619
2N5620
2N5621
2N5622
2N5623
2N5624
2N5625
2N5626
2N5627
2N5628
2N5629
2N5630
2N5631
2N5632
2N5633

23

IN TYPE NUMBER SEQUENCE
MFRS Pa&Line TYPE No.

.~~g+~ m:l~~ ~~58~

• MOTA 153- 56 25002
• MOTA 143- 47 25003
."MOTA 110- 96 25004
159- 51 25005
."MOTA 110- 97 25012
159-108 25012A
."MOTA 110- 98 25013A
160- 6 25014
."MOTA 153- 57 25017
."MOTA 143- 48 25018
."MOTA 147 - 58 25019
"MOTA 132- 83 25020
"MOTA 140- 5 25024
"MOTA 143- 49 25025
109- 72 25026
"SIX
109- 73 25033
"SIX
109- 74
"SIX
73-101 25034
"NECJ
73-102
"NECJ
73-103 25035
"NECJ
11099
"MOTA
159- 52 25036
"MOTA 110-100
159-109 2595A
145-110
"SSP
168- 43 25101
146- 1
"SSP
168- 44 25102
143- 88 25103
"SSP
167 - 33 25104
143- 89 25131
"SSP
167- 34 25301
14278 25302
"SSP
167 - 35
14279 25302A
"SSP
167 - 36 25303
146- 2
"SSP
167 - 37 25304
146- 3
"SSP
167 - 38 25305
14280 25306
"SSP
167- 39
14281
25307
"SSP
167- 40
110-101
25321
"MOTA
"MOTA 110-102 25322
"MOTA 110-103 25322A
152- 84 25323
• RCA 170- 28 25324
152- 85 25325
• RCA 170- 29 25326
"MOTA 125- 39
"MOTA 125- 40 25327
"MOTA 131- 3
"MOTA 131- 4 25501
."MOTA 128-102 25502
."MOTA 128-103 25503
."MOTA 156- 15
."MOTA 156- 16 25512
"TRW 134 - 51 25701
"TRW 138- 11 25702
"TRW 142- 67 25703
"TRW 145- 92 25711
"TRW 149- 60 25712
"MOTA 122- 58 25721
162- 43 25722
"MOTA 122- 59 25723
162- 44 25724
"MOTA 122- 60 25731
162- 45 25732
"MOTA 122- 61 25733
162- 46 25741A
"MOTA 122- 62 25742A
162- 47 25743A
"TRW 132· 84 25744A
"TRW 134- 52 25745A
"TRW 138· 21 2S746A
"TRW 143- 90 253010
"TRW 143- 91 253020
"TRW 103- 8 253021
"TRW 138- 22 253030
"TRW 142- 68 253040
"TRW 145 - 21 253210
"TRW 149- 5 253220
"TRW 147-109 253221
"TRW 150- 33 253230
"TRW 152· 86 253240
"TRW 135 - 21 25A12
"MOTA 107- 71 25A12H
"MOTA 107 - 72 25A15
"MOTA 107- 73 25A15H
H5C
138- 85 2SA17H
168- 47
H5C
146- 4 25A18H
168- 48
H5C
149- 61 25A30
168- 56 2SA31
H5C
149- 62 25A32
168· 57
tF5C
153- 84 25A33
168- 80 25A35
H5C
153- 85 25A36
168- 81 25A40
"NECJ 83- 33
88 - 44 2SA43
"NECJ
MULB 183- 94 25A49
MULB 183- 95
MULB 183- 96 25A52
MULB 183- 97
MULB 183- 98 25A53
RADF 183- 99
MULB 183-100

MFRS P{l&Line

~~BLB 1~t1~~
TIIB
TIIB
TIIB
TIIB
TIIB
TIIB
TIIB
TIIB
TIIB
TIIB
TIIB
TIIB
TIIB
TIIB
TIIB
TIIB
TIIB
TIIB
TIIB
TIIB
TIIB
TIIB
TIIB
TIIB
TIIB
TIIB
TADI
TIIB
TIIB
TADI
TIIB
TADI
TIIB
TIIB
TIIB

74- 40
74- 56
74- 41
73- 43
146- 44
149- 10
149- 11
73- 57
133- 29
133- 30
133- 31
133- 32
150- 89
150- 90
150- 91
145 - 58
167- 81
145- 59
167- 82
145- 60
167- 83
145- 61
167 - 84
86-105
176- 75
85 - 4
172- 42
93- 82
93- 89
93-101
87 - 48
63- 66
63- 70
63- 71
63- 78
63- 83

63 - 67
60- 7
189· 36
TIIB
60- 8
189- 37
TIIB
63- 76
TIIB
63- 77
TIIB
63· 59
TIIB
63- 81
TIIB
63- 82
TIIB
63- 69
TIIB
60- 6
189- 38
60- 9
TIIB
189- 39
TIIB
84- 1
TIIB
84- 2
TIIB
84- 3
167 -101
TIIB
86- 73
TIIB
72- 79
TIIB
72· 80
TIIB
72- 81
TIIB
97 - 41
TIIB
97·42
TIIB
149- 27
TIIB
149- 28
TIIB
149- 29
TIIB
149- 30
TIIB
93- 83
TIIB
93- 84
TIIB
93- 85
TIIB
83- 54
TIIB
83- 55
TIIB
83- 56
TIIB
83- 57
TIIB
83- 58
TIIB
83- 59
TIIB
63- 68
TIIB
63- 72
63- 73
TIIB
63- 79
TIIB
TIIB
63- 84
TIIB
63- 53
TIIB
63- 54
TIIB
63- 55
63- 58
TIIB
TIIB
63- 62
HITJ
46- 19
46- 10
HITJ
HITJ
46- 33
46- 11
HITJ
46- 43
HITJ
166- 64
HITJ
46- 44
166- 65
FCAJ
46- 27
46- 12
FCAJ
FCAJ
47 - 68
164- 24
FCAJ
47- 64
FCAJ
46- 28
FCAJ
46- 13
FCAJ
46- 14
165- 52
FCAJ
46- 46
DETM 44- 68
T05J
DETM 44 - 75
T05J
DETM 44 - 69
T05J

+-Indicates manufacturer's data sheet available
in Transistor Information Microfile (TIM)

MFRS Pg&Line TYPE No_

2SA69
25A70
25A71
25Al0l
25Al02
25Al03
25Al04
25Al05
25Al06
25Al07
2SA108
25Al09
25A 110
25Al11
25A112
2SA113
2SA114
25A115
25A 116
25A117
2SA118
25A121
25A122
25A123
25A124
2SA125
25A136
25A 137
25A 138

MATJ
MATJ
MATJ
MATJ
MATJ
MATJ
MATJ
FCAJ
FCAJ
FCAJ
FCAJ
FCAJ
FCAJ
FCAJ
FCAJ
FCAJ
FCAJ
FCAJ
FCAJ
FCAJ
FCAJ
50NY
50 NY
50 NY
50NY
SONY
FCAJ
FCAJ
FCAJ

25A139

FCAJ

2SA141
2SA142
25A142A
25A143
25A144
25A145
25A161
25A162
25A163
25A164
25A 165
25A166
25A183
25A 188
25A189
25A201
25A202
25A203
25A208

MITJ
MITJ
MITJ
MITJ
MATJ
MATJ
SONY
50NY
50 NY
50 NY
SONY
50 NY
T5AJ
FCAJ
FCAJ
T5AJ
T5AJ
T5AJ
HITJ

F(;AJ

25A208H
2SA209

HITJ
HITJ

25A209H
25A210

HITJ
HITJ

25A210H
25A212

HITJ
HITJ

25A212H
25A217

HITJ
HITJ

25A217H
25A218
25A219
25A220
25A221
25A222
25A223
25A224
2SA225
25A226
25A227
25A228
25A234
25A235
25A235H
25A239
25A240
25A241
25A246
2SA251

HITJ
T5AJ
T5AJ
T5AJ
T5AJ
T5AJ
TSAJ
TSAJ
TSAJ
TSAJ
T5AJ
T5AJ
HITJ
HITJ
HITJ
T05J
T05J
MATJ
HITJ
FCAJ

2SA252

FCAJ

2SA254
2SA255
25A256
25A257

FCAJ
FCAJ
FCAJ
FCAJ

25A258

FCAJ

2SA259
25A260
2SA261
2SA262
2SA263
25A264
2SA265
2SA266
2SA267
2SA268
25A269
25A270
25A271
25A272
2SA273
25A274
25A275
25A278

FCAJ
TSAJ
TSAJ
TSAJ
TSAJ
TSAJ
TSAJ
FCAJ
FCAJ
FCAJ
FCAJ
FCAJ
FCAJ
FCAJ
FCAJ
FCAJ
FCAJ
TOSJ

D.A. T.A. INC.

l~t ~6 I~~~~~~

47 - 78
47 - 79
47 - 82
44- 77
44- 78
44- 80
44- 86
43 - 64
43- 63
43 - 61
46- 72
46- 47
46- 48
46- 40
46- 41
43-109
43-110
44 - 5
43-106
44- 34
44- 30
43- 3
43- 4
43 - 5
43- 6
43- 7
46- 29
46- 15
46- 35
166- 95
46- 20
165- 99
46- 21
46- 22
46- 23
46- 36
47 - 1
46-108
44- 47
44 - 48
44 - 49
44- 50
44 - 51
44- 52
43-107
46- 30
46- 16
47- 66
47- 69
47 - 61
48- 14
164- 82
164- 72
48- 20
165 - 57
165 - 47
48 - 34
166- 7
166- 1
48- 18
165- 22
165 - 5
48- 43
166- 72
166- 66
44 - 2
44- 10
44 - 12
44 - 13
44 - 18
44 - 17
44 - 25
44 - 31
44- 29
44- 26
47- 73
46- 82
46- 88
46- 83
45 - 82
45- 80
44 - 38
47 - 84
44 - 14
170- 11
44- 27
170- 96
44 - 55
44 - 54
44 - 64
44 - 62
71- 96
44- 60
71- 97
44 - 56
43 - 71
43- 72
43 - 73
43- 74
43- 75
43 - 76
46- 77
46- 75
46- 64
46- 49
46- 76
46- 50
46- 42
46- 65
46- 51
46- 73
45 - 51

25A292
25A293
25A294
25A295
25A321
25A322
25A323
25A324
25A338
25A339
25A340
25A341
25A342
25A343
25A344
25A350
2SA350H
2SA351
2SA352
25A353
25A353A
25A354
25A354A
25A355
2SA355A
2SA358
25A359
25A371

.

1. TYPE
No CROSS INDEX
MFRS Pa&Line TYPE No_
MFRS Pa&Line TYPE No_
~l1i 4~: 32 1~~~~~7A
~I+J 71: :;; I~~~ 1~8
FCAJ
44- 37 25A537AH
HITJ 172- 39 25B169

-YPE No_
12SA64

FCAJ
FCAJ
FCAJ
T5AJ
T5AJ
TSAJ
T5AJ
MATJ
MATJ
MATJ
MATJ
MATJ
MATJ
MATJ
HITJ
HITJ
HITJ
HITJ
HITJ
HITJ
HITJ
HITJ
HITJ
HITJ
HITJ
TSAJ
MITJ

25A373
25A374
25A377
25A378
25A379
25A385
25MOO
25MOI
25M08

HITJ
MATJ
MATJ
MATJ
MATJ
MATJ
FCAJ
HITJ
FCAJ

25M09

FCAJ

25M12

HITJ

25A413

MATJ

25A414

MATJ

25M15

MATJ

2SA416

MATJ

25M17

NECJ

2SA419
25M20
25M21
25M22
25A427
25A428
25M29
25M34
25M35
25M36
25A437
25M38
25A447
25M48
25A450H

TSAJ
T5AJ
T5AJ
T5AJ
T5AJ
T5AJ
TOSJ
HITJ
HITJ
HITJ
HITJ
HITJ
MATJ
SONY
HITJ

25M51H

HITJ

25M52H

HITJ

25A453
25A454
2SM55
25A456
25M67
25A470
25A471
25A472
25M79
25A480
2SA494GR
2SM940
2SA494Y
2SA495
2SA495G

50NY
50 NY
50NY
50NY
T05J
T05J
T05J
T05J
T05J
SONY
TOSJ
TOSJ
TOSJ
T05J
TOSJ

2SA497
2SA498
2SA499
2SA500
2SA501
2SA503

TOSJ
TOSJ
TOSJ
TOSJ
T05J
TOSJ

2SA504

TOSJ

2SA510
2SA511
2SA512
2SA513
2SA516
2SA516A
2SA517
25A518
2SA522
2SA522A
2SA527
2SA528
2SA530H

TOSJ
TOSJ
TOSJ
TOSJ
TOSJ
TOSJ
TOSJ
TOSJ
T05J
T05J
SONY
SONY
HITJ

44- 41
44- 45
43- 89
44- 3
44- 6
44 - 9
44- 16
44- 1
44 - 7
45- 45
45- 46
45- 47
47- 6
48- 71
46- 66
46- 74
46- 67
46- 68
46- 69
46- 52
46- 53
46- 54
46- 55
46- 56
48-109
55-105
46- 31
166- 38
55 - 35
56- 74
44- 39
44- 40
44- 43
46- 32
46- 78
49- 7
44- 15
170- 5
44- 28
170- 95
51- 47
170- 59
47-106
179- 86
50- 99
165- 72
51- 5
165- 92
113- 1
171- 19
51-107
178- 83
44 - 44
44 - 42
44- 46
44- 53
47 - 76
47- 77
61- 29
46- 99
46-100
45 - 18
45 - 19
45- 20
47 - 28
43 - 78
51-108
179-110
51-109
180- 1
51-110
180- 2
45- 30
45 - 31
45- 32
45 - 33
64-- 90
44- 57
44 - 58
44- 59
49- 1
61- 30
61- 55
61- 56
61- 57
61- 83
61- 84
173- 86
70- 91
70- 92
63- 22
63- 23
71- 47
71- 85
169 - 74
71- 86
169- 75
71- 52
71- 53
71- 54
71- 55
71- 56
71- 57
44 - 63
44- 61
63- 24
63- 25
71- 98
71- 99
61- 85
175- 12

6-Registered with JEDEC
by this manufacturer

25A537H
25A538

25A539
25A542
2SA544
25A545
25A546
25A546A
25A547
25A547A
25A548
2SA548H
25A550
25A550A
25A552
25A560
2SA561
2SA562
25A564
25A564A
25A565
2SA566
25A567
25A571
25A594
25A597
25A603
25A604
25A605
2SA606
25A613
25A614
25B16A
25B17A
25B18A
25B19
25B20
25B21
25B22
2SB23
25B24
25B32
25B33
25B34
25B37
25B38
25B39
25B41
2SB42
25B54
25B55
25B56
25B56A
25B57
25B59
25B60
25B60A
25B61
25B65
25B66
25B66H
25B67
25B67A
25B67AH
2SB67H
25B68
25B75
25B75A
25B75AH
25B75H
25B77
25B77A
25B77AH
25B77H
2SB89
2SB89A
2SB89AH
2SB89H
2SB120
2SB121
2SB126
2SB127
2SB128
2SB128A
2SB129
2SB130
2SB131
2SB131A
2SB132
2SB132A
2SB134
2SB135
2SB135A
25B136
2SB136A
2SB137
2SB138
2SB138A
2SB138B
2SB151
2SB152
25B155
25B156
2SB156A

HITJ 172- 40 25B170
OETM 48- 31 25B171
T05J
25B172
NECJ 62- 22 25B173
NECJ
61- 22 25B175
NECJ
71- 45 2SB176
176- 36 25B 177
NECJ
62- 23 2SB178
MATJ 71- 37 25B 178A
MATJ 71- 38 25B180
MATJ 126- 70 2SB180A
MATJ 126- 71 25B181
HITJ
61- 95 25B181A
HITJ 178 - 28 2SB185
MATJ 64- 44 25B186
MATJ 64 - 45 25B187
NECJ
71- 46 2SB188
176- 65 25B189
T05J
71- 89
T05J
64- 18 25B199
T05J
64- 19 25B201
MATJ 61- 33 25B203
MATJ 61- 34 25B204
HITJ 125- 1 25B205
HITJ 125- 2 25B206
HITJ
61- 76 25B207
NECJ
71- 92 25B207A
177- 27 25B208
TOSJ
71- 50 2SB208A
T05J 125- 3 25B209
NECJ 64- 46 25B210
NECJ 64- 25 25B211
64- 26 25B212
NECJ
NECJ 126- 77 2SB213
NECJ 126- 90 25B213A
NECJ 126- 91 25B214
FCAJ 113- 24 25B214A
FCAJ 113 - 25 25B215
FCAJ 113- 26 25B216
FCAJ 113- 69 25B217
FCAJ 113- 70 25B254
FCAJ 113 - 71 25B255
T5AJ
52- 24 25B256
T5AJ
43- 68 2SB261
T5AJ
43- 69 25B262
FCAJ
49- 92 25B263
FCAJ
49-105 25B271
FCAJ
55 - 4 2SB272
FCAJ
49-106 25B273
55 - 5 25B282
FCAJ
FCAJ
43-101
FCAJ 117 - 31 25B283
FCAJ 117 - 32
DETM 49-107 25B284
TOSJ
T05J
49-108 25B285
DETM 49-109
T05J
25B295
T05J
49-110 25B302
FCAJ
47 - 52 25B303
FCAJ
50- 1 25B304
FCAJ
50- 2 2SB304A
FCAJ
50- 3 25B309
FCAJ
50- 4 2SB310
FCAJ
50- 5 2SB311
164- 38 2SB318
HITJ
50- 25 2SB319
HITJ
49 - 85 25B320
HITJ
55- 98 25B324
HITJ
55 - 99 25B325
HITJ
52- 92 25B331
HITJ
52- 93 25B331H
HITJ
43- 96 2SB332
HITJ
50- 36 25B332H
HITJ
50- 37 25B333
HITJ
50- 18 25B333H
HITJ
50- 19 25B334
HITJ
50- 38 25B334H
HITJ
50- 39 25B335
HITJ
50- 26 25B336
HITJ
50- 27 25B337
HITJ
54-103 2SB337H
HITJ
54-104 2SB338
HITJ
55- 10 2SB338H
HITJ
55 - 11 2S8339
FCAJ
49- 86 2SB339H
FCAJ
43 - 97 2SB340
MATJ 118- 13 2SB341
MATJ 118 - 14 2SB341H
MATJ 118- 15 2SB342
MATJ 118- 16 2SB343
MATJ 118- 17 25B345
MATJ 113- 85 2SB346
FCAJ 119- 22 2SB347
FCAJ 119- 23 2SB348
FCAJ 119- 24 2SB349
FCAJ 119- 25 2SB350
MITJ
47 - 46 2SB351
MITJ
47 - 47 2SB352
47 - 48 2SB353
MITJ
MITJ
49- 93 2SB354
MITJ
49- 94 2SB361
MITJ 116- 61 2SB362
MITJ 116- 62 2SB364
MITJ 116-63 2SB365
MITJ 116- 64 2SB367
FCAJ 117 - 33 2SB367H
FCAJ 117 - 34 2SB368
HITJ
49 - 47 2SB368H
HITJ
49- 48 25B370
HITJ
49- 49 25B370A

24

IN TYPE NUMBER SEQUENCE

MFRS ~&Line TYPE No,

~~~J

FCAJ
MATJ
MATJ
MATJ
MATJ
MATJ
MATJ
MATJ
MATJ
MATJ
FCAJ
FCAJ
FCAJ
FCAJ
T5AJ
T5AJ
T5AJ
T5AJ
DETM
TOSJ
FCAJ
T05J
5HEJ
5HEJ
SHEJ
5HEJ
5HEJ
5HEJ
5HEJ
SHEJ
SHEJ
5HEJ
SHEJ
SHEJ
SHEJ
5HEJ
5HEJ
5HEJ
T5AJ
T5AJ
T5AJ
T5AJ
TSAJ
T5AJ
FCAJ
FCAJ
FCAJ
T5AJ
T5AJ
T5AJ
MATJ
MATJ
MATJ
MATJ
FCAJ
HITJ
T5AJ
FCAJ
FCAJ
MATJ
MATJ
MATJ
FCAJ
FCAJ
FCAJ
MATJ
FCAJ
HITJ
HITJ
HITJ
HITJ
HITJ
HITJ
HlTJ
HITJ
MATJ
MATJ
HITJ
HITJ
HITJ
HITJ
HITJ
HITJ
HITJ
HITJ
HITJ
TSAJ
TSAJ
MATJ
MATJ
MATJ
MATJ
TSAJ
TSAJ
FCAJ
FCAJ
FCAJ
FCAJ
HITJ
HITJ
TOSJ
TOSJ
HITJ
HITJ
HITJ
HITJ
HITJ
HITJ

~~: ~~ ~~~n~AH

50- 6
48- 82
48- 90
48- 98
48- 91
48- 93
48-100
48- 95
54 - 27
54- 28
113- 48
114 - 3
113- 49
114- 4
49- 50
49 - 51
49 - 52
49- 53
55 - 8

25B372
25B373
25B374
25B375
25B376
25B377
25B378
25B379
25B380
25B381
25B382
25B383
25B386

25B389
2SB390
25B391
25B400
25B401
25B402
55- 6 25B403
55 - 62 25B415
122- 19
122- 20 25B424
122- 21 2SB425
122- 22 25B426
122- 23 25B427
122- 24 25B428
122- 25 25B430
122- 26 25B431
122- 27 25B432
122- 28 2SB433
122- 29 25B434
122- 30 25B435
122,31 2SB439
122- 32 25B440
122- 33 2SB443A
122- 34 25B443B
115 - 86 25B444A
115 - 87 25B444B
115 - 88 25B445
115- 89 25B446
113 - 44 25B447
113- 45 25B448
45· 48 2SB449
45- 49 25B457
53- 43 25B457A
56- 35 25B458
56- 36 25B458A
56- 37 25B458B
113- 2 2SB459
163- 64 25B460
113- 3 25B461
163- 65 25B462
113 - 4 2SB463
163- 66 25B466
113- 5 25B467
163- 67 25B468
117 - 35 25B468A
43- 70 25B470
43- 90 25B471
54- 29 25B472
54- 30 25B473
117- 36 25B475
117 - 37 25B476
118- 56 25B481
117- 38 25B482
117- 39 25B483
117- 40 25B484
53- 44 25B485
113- 22 25B486
113- 65 25B487
163- 80 25B488
113- 66 2SB493
163- 81 2SB494
113- 67 25B495
163- 82 2SB495A
113- 68 25B496
163- 83 25B497
46-101 25C22
46-102 25C23
113- 6 25C24
163- 75 2SC27
114 - 5 25C28
163- 76 2SC29
114- 6 2SC30
176- 81 2SC31
114- 7 2SC32
114 - 8 2SC33
176- 82 2SC34
116- 65
116- 66 25C35
52- 14
52- 15 2SC36
56- 13
56- 14 2SC39
43- 91 2SC39A
49- 54 2SC40
118-110 2SC41
119- 1 2SC42
119- 2 25C42A
119- 3 2SC43
113- 7 2SC44
114 - 9 2SC46
50- 20
49- 63 2SC47
113- 8
113- 9 25C48
113- 10
113- 11 25C49
52- 94 2SC50
52- 95

MFRS Pa&Line

~'MJ ~t 1~

T5AJ
56- 71
T5AJ
56- 72
T5AJ
56- 73
T5AJ 116- 67
MATJ 54- 31
50NY 55 - 51
SONY 52- 61
SONY 52- 67
50NY 52- 68
SONY 55- 50
50NY 55- 52
50NY 55- 53
MITJ
50- 28
164- 46
FCAJ
46- 24
T5AJ 116- 68
T5AJ 116- 69
T5AJ
47 - 53
MATJ 54 - 73
MATJ 54- 74
MATJ 54 - 75
DETM 53- 13
T05J
T05J 116- 70
T05J 116- 71
T05J 116- 72
FCAJ
54- 32
FCAJ
54- 33
MATJ 122- 35
FCAJ
53- 29
FCAJ 117 - 41
FCAJ 118-109
T05J 127- 28
T05J 127- 29
TOSJ
50- 40
T05J 50- 41
HITJ
47 - 56
HITJ
47 - 58
HITJ
47 - 57
HITJ
47 - 59
FCAJ 113-107
FCAJ 113-108
FCAJ 118 - 55
MATJ 114- 36
MATJ 116- 9
MITJ
49- 96
MITJ
49- 97
MITJ
56- 52
MITJ
56- 53
MITJ
56- 54
HITJ
48- 8
HITJ
48- 9
T05J
55- 72
T05J 113- 63
T05J 113 - 64
FCAJ 114- 10
FCAJ 114- 11
HITJ 113- 12
HITJ 117 - 2
FCAJ
45-107
HITJ 113- 13
HITJ 113- 14
MATJ 113- 41
MATJ 49 - 64
MATJ 55 - 9
MATJ 113 - 86
T05J 48- 26
5HEJ 119- 26
5HEJ 119 - 27
SHEJ 119 - 28
TOSJ
48- 27
FCAJ 113 - 46
FCAJ 113- 47
MATJ 113- 99
MITJ
53 - 14
MITJ
53- 15
MITJ
53- 16
HITJ
56- 40
FCAJ
45 - 50
NECJ 140- 48
NECJ 140- 49
NECJ 140- 50
FCAJ
96- 13
FCAJ
81- 50
FCAJ
73- 35
NECJ 96- 69
NECJ 99- 77
NECJ 99- 86
NECJ 75 - 35
MATJ 58- 3
164-108
MATJ 58- 5
165- 46
MATJ 58- 7
165-110
FCAJ
82-109
FCAJ
82- 99
FCAJ
83- 22
SONY 147 -110
SONY 148- 1
50 NY 148- 2
SONY 148- 3
SONY 148- 4
FCAJ
98- 55
173 - 52
FCAJ 99- 46
173 - 53
FCAJ
98- 56
173- 54
NECJ 102- 7
MATJ 57 - 81
142- 90

+-Indicates manufacturer's data sheet available
in Transistor Information Microfile (TIM)

TYPE NO.

I~Se52

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

MFRS Pa&Line TYPE No.
Fe;J

2SC53
2SC54

FCAJ
FCAJ

2SC55
2SC56
2SC58A
2SC59
2SC60
2SC61

FCAJ
FCAJ
MATJ
NECJ
TSAJ
FCAJ

2SC64
2SC65
2SC66
2SC67

TSAJ
TSAJ
TSAJ
NECJ

2SC68

NECJ

2SC69
2SC70
2SC73
2SC75
2SC76
2SC77
2SC78
2SC79
2SC87

NECJ
TOSJ
SONY
SONY
SONY
SONY
SONY
FCAJ
FCAJ

2SC88

FCAJ

2SC89

HITJ

2SC89H
2SC90

HITJ
HITJ

2SC90H
2SC91

HITJ
HITJ

2SC91H
2SC92
2SC93
2SC94
2SC97

HITJ
NECJ
NECJ
NECJ
NECJ

2SC97A

NECJ

2SC98

MATJ

2SC99

MATJ

2SC101A
2SC105
2SC106

TOSJ
TOSJ
TOSJ

2SC107

TOSJ

2SC108

TOSJ

2SC109

TOSJ

2SC116
2SC116T
2SC128

HITJ
HITJ
MATJ

2SC129

MATJ

2SC130
2SC131

FCAJ
FCAJ

2SC132

FCAJ

2SC133

FCAJ

2SC134

FCAJ

2SC135

FCAJ

2SC136

FCAJ

2SC137

FCAJ

2SC138
2SC138A
2SC139
2SC150
2SC150H
2SC150T
2SC151
2SC151H
2SC152
2SC152H
2SC154
2SC154C
2SC154H
2SC155
2SC156
2SC170
2SC171
2SCl72
2SCl72A
2SCl74
2SC174A
2SC179

NECJ
NECJ
NECJ
HITJ
HITJ
HITJ
HITJ
HITJ
HITJ
HITJ
HITJ
HITJ
HITJ
FCAJ
FCAJ
FCAJ
FCAJ
FCAJ
FCAJ
FCAJ
FCAJ
HITJ

2SC180

HITJ

2SC181

HITJ

2SC182
2SC183
2SC184
2SC185

NECJ
NECJ
NECJ
NECJ

D.A. T.A. INC.

1~~: ~9 I~se~~~
178 - 21
98- 80
87· 49
178 - 22
92- 5
78- 49
99- 87
102· 1
57 - 26
131- 88
173· 55
97 - 45
97·46
97· 47
92· 51
178· 74
92· 52
178· 75
102- 8
101- 35
57 - 7
57 - 4
57 - 5
57· 6
57 - 8
87 - 97
98- 74
176- 53
98 - 75
176- 21
57 - 95
164 - 83
164 - 73
57 - 98
165 - 58
165- 48
57 -101
166- 18
166- 2
141- 74
141- 75
141- 76
102- 52
176- 37
102- 67
178- 17
87 - 50
177·86
87· 51
177 - 87
145 - 79
82· 74
140- 76
171- 28
140- 77
171- 29
98- 35
171- 76
98- 23
170- 80
99- 63
99- 62
57-109
165- 73
58- 1
165- 93
132- 6
90- 23
177 - 88
90- 24
177 - 89
90- 25
177 - 90
90- 26
177 - 94
90- 27
177 - 95
90- 28
177- 96
90· 29
177- 91
102· 75
102- 76
102- 77
99- 65
177- 79
99- 69
99- 68
177 - 80
99- 70
177- 81
99- 85
99- 66
99- 64
72-106
72-107
73- 23
78-102
87 - 52
92- 34
78 - 48
78- 67
57- 96
164- 84
57- 99
165- 59
57-102
166- 19
74- 96
72- 91
72- 94
72· 98

2SC188
2SC189
2SC190

~g~~

FCAJ
FCAJ

FCAJ

2SC200
2SC201
2SC202
2SC203
2SC204
2SC205
2SC206
2SC210
2SC211
2SC212
2SC213
2SC214
2SC215
2SC216
2SC217
2SC218
2SC220
2SC221
2SC222
2SC223
2SC224
2SC225
2SC226
2SC227
2SC228
2SC229
2SC230
2SC231
2SC232
2SC233
2SC234
2SC235
2SC236
2SC237
2SC238
2SC239
2SC240
2SC241
2SC242
2SC243
2SC247
2SC248
2SC249
2SC250
2SC251
2SC251A
2SC252
2SC253
2SC266
2SC267
2SC268
2SC268A
2SC269

FCAJ
FCAJ
FCAJ
FCAJ
FCAJ
FCAJ
FCAJ
FCAJ
FCAJ
FCAJ
FCAJ
FCAJ
FCAJ
FCAJ
FCAJ
FCAJ
FCAJ
FCAJ
FCAJ
FCAJ
FCAJ
FCAJ
FCAJ
FCAJ
FCAJ
FCAJ
FCAJ
FCAJ
FCAJ
FCAJ
FCAJ
FCAJ
FCAJ
FCAJ
FCAJ
FCAJ
NECJ
NECJ
NECJ
NECJ
FCAJ
FCAJ
FCAJ
FCAJ
NECJ
NECJ
NECJ
NECJ
NECJ
NECJ
NECJ
NECJ
NECJ

2SC270
2SC271
2SC272
2SC273
2SC281
2SC281H
2SC282
2SC283
2SC283H
2SC284
2SC284H
2SC285
2SC285A
2SC287A
2SC288A
2SC289
2SC291
2SC292
2SC293
2SC297
2SC298
2SC299
2SC300
2SC301
2SC302
2SC306

SONY
NECJ
NECJ
NECJ
HITJ
HITJ
HITJ
HITJ
HITJ
HITJ
HITJ
FCAJ
FCAJ
NECJ
NECJ
NECJ
SONY
SONY
SONY
SONY
SONY
SONY
MITJ
MITJ
MITJ
MITJ

2SC307

MITJ

2SC308

MITJ

2SC309

MITJ

2SC310

MITJ

2SC313
2SC316
2SC317H

HITJ
MATJ
HITJ

2SC318
2SC318A
2SC319
2SC320
2SC321H

SONY
SONY
NECJ
NECJ
HITJ

2SC340H
2SC350
2SC350H
2SC351
2SC352
2SC352A
2SC353
2SC353A

HITJ
HITJ
HITJ
TOSJ
SONY
SONY
SONY
SONY

MFRS

H: ~; I~Se~5;
98· 51
98- 52
172- 94
98- 57
173- 56
99- 14
99- 15
99- 16
90- 30
90- 31
90- 32
78- 68
99- 8
99- 9
99· 10
131-100
131-101
131-102
98·109
98-110
99· 1
99- 11
99- 12
99- 13
131-103
131-104
131-105
99- 2
99- 3
99- 4
131-106
90- 33
99- 5
99- 6
99- 7
132- 7
132- 8
132- 9
90- 34
96- 74
90- 35
149- 63
149- 64
149· 65
149- 66
98- 53
86- 1
96- 16
72- 39
79 -107
79-108
79-109
79-110
72-108
74- 83
74- 97
74·98
75- 45
178 - 76
148- 5
73- 16
73- 19
95- 91
77-106
78- 50
90- 13
89-101
90- 12
90- 14
173 - 49
96- 77
96- 78
75 - 74
76- 6
73- 18
130- 2
130- 3
130- 4
142- 27
142- 28
142- 29
92- 72
92- 73
92- 74
102- 2
173- 18
102- 15
175· 15
101- 56
171- 20
101- 95
172- 18
101- 96
172- 19
80- 49
85- 66
89-102
175- 31
86- 2
86- 3
102- 68
102- 78
92- 6
179- 20
176- 83
78- 51
78- 52
79- 71
99- 72
99- 73
99- 74
99- 75

L,..Registered with JEDEC
by this manufacturer

No.

~e~J m:3~ I~se:~~

2SC356

NECJ

2SC366G

TOSJ

2SC367G
2SC368
2SC369
2SC369G/BL
2SC369G/GR
2SC370
2SC370G
2SC371
2SC371G
2SC372
2SC372G
2SC373
2SC373G
2SC374
2SC375
2SC377
2SC378
2SC379
2SC380
2SC381
2SC382
2SC382G
2SC382R
2SC383
2SC384
2SC385
2SC386
2SC387
2SC387G
2SC388
2SC388A
2SC389
2SC391
2SC392
2SC394
2SC395A

TOSJ
TOSJ
TOSJ
TOSJ
TOSJ
TOSJ
TOSJ
TOSJ
TOSJ
TOSJ
TOSJ
TOSJ
TOSJ
TOSJ
TOSJ
TOSJ
TOSJ
TOSJ
TOSJ
TOSJ
TOSJ
TOSJ
TOSJ
TOSJ
TOSJ
TOSJ
TOSJ
TOSJ
TOSJ
TOSJ
TOSJ
TOSJ
TOSJ
TOSJ
TOSJ
TOSJ

2SC397
2SC398
2SC399
2SC400

TOSJ
TOSJ
TOSJ
TOSJ

2SC401
2SC402
2SC402A
2SC403
2SC403A
2SC404
2SC407

SONY
SONY
SONY
SONY
SONY
SONY
SHEJ

2SC408

SHEJ

2SC409

SHEJ

2SC410

SHEJ

2SC411

SHEJ

2SC412

SHEJ

2SC429
2SC430
2SC431

NECJ
NECJ
SHEJ

2SC432

SHEJ

2SC433

SHEJ

2SC434

SHEJ

2SC435

SHEJ

2SC436

SHEJ

2SC454
2SC454L
2SC456
2SC458
2SC458L
2SC458LG
2SC460
2SC461
2SC463H
2SC464
2SC465
2SC466
2SC468H

HITJ
HITJ
MATJ
HITJ
HITJ
HITJ
HITJ
HITJ
HITJ
HITJ
HITJ
HITJ
HITJ

2SC469
2SC470
2SC475
2SC476
2SC477
2SC478
2SC481
2SC482
2SC484
2SC485
2SC486
2SC487
2SC488
2SC488H
2SC489
2SC490
2SC491
2SC493
2SC494
2SC497

NECJ
SONY
NECJ
NECJ
MATJ
MATJ
TOSJ
TOSJ
TOSJ
TOSJ
TOSJ
TOSJ
TOSJ
HITJ
TOSJ
TOSJ
TOSJ
TOSJ
TOSJ
TOSJ

25

87 - 78
178- 77
85- 67
172· 53
85 - 59
82- 44
78- 29
78- 30
78 - 31
78 - 32
78· 69
78 - 33
78- 70
78 - 34
78- 71
78- 35
78· 72
78- 36
79· 72
78· 37
78·38
79· 6
78·103
79· 7
75- 68
75· 75
75- 76
86·106
79- 52
79- 73
79- 53
80- 1
80- 12
79- 50
77 - 80
75- 59
76- 7
75 -107
78- 73
82- 48
174- 27
79· 98
78-104
78-105
82- 83
176- 84
72-102
72-103
76- 52
72-104
76- 53
72-105
152- 87
179- 8
150- 92
179- 9
150- 93
179- 10
150· 94
179- 11
150- 95
179 - 12
150- 96
179- 13
73 - 5
73- 9
156- 1
179- 14
156- 2
179- 15
156- 3
179- 16
156- 4
179- 17
156- 5
179 - 18
156- 6
179 - 19
78- 88
78- 89
99- 78
78- 90
78- 91
78' 92
78- 93
78- 94
75 - 69
79- 36
79- 37
77- 30
79- 8
176- 94
72- 99
99- 76
74- 99
74-100
73 - 88
78- 74
158- 40
97- 77
100- 14
100- 15
100- 16
141- 36
141- 49
176- 95
141- 50
141- 51
141- 37
148- 6
148 - 7
98- 14

2SC500
2SC501
2SC502
2SC503
2SC504
2SC507
2SC508
2SC5100

2SC510R
2SC5110
2SC511R
2SC5120
2SC512R
2SC5130
2SC513R
2SC515
2SC515A
2SC516
2SC516A
2SC517
2SC518
2SC518A
2SC519A
2SC520A
2SC521A
2SC5220
2SC522R
2SC5230
2SC523R
2SC524
2SC5240
2SC524R
2SC525
2SC5250
2SC525R
2SC526
2SC535
2SC538
2SC538A
2SC539
2SC540
2SC541
2SC542
2SC543
2SC547
2SC548
2SC549
2SC550
2SC551
2SC552
2SC553
2SC554
2SC555
2SC556
2SC558
2SC560
2SC561
2SC562
2SC563
2SC566
2SC567
2SC568
2SC571
2SC572
2SC573
2SC582
2SC585
2SC586
2SC587
2SC587A
2SC588
2SC589
2SC590
2SC591
2SC592
2SC594
NECJ
2SC595
2SC596
2SC597
MATJ
2SC598
MATJ
2SC599
2SC600
MATJ

IN TYPE NUMBER SEQUENCE
MFRS Pa&Line YPE No.

~~: ~g

:l::><.;t>Ul

98- 54
99- 79
102- 53
102- 3
102- 4
99- 80
142- 91
100- 99
167- 12
TOSJ 100-100
167 - 13
TOSJ 100-101
167- 14
TOSJ 100·102
167- 15
TOSJ 100-103
167- 16
TOSJ 100-104
167- 17
TOSJ 100-105
167- 18
TOSJ 100-106
167- 19
DETM 140- 26
TOSJ
TOSJ 158- 42
TOSJ 100- 73
TOSJ 100 - 74
TOSJ 130- 5
TOSJ 148- 8
TOSJ 148- 9
TOSJ 148- 10
167 - 41
TOSJ 148- 11
167- 42
TOSJ 148- 12
167 - 43
TOSJ 138- 86
167- 20
TOSJ 138- 87
167- 21
TOSJ 138- 88
167- 22
TOSJ 138- 89
167- 23
TOSJ 138- 90
TOSJ 138- 91
167- 24
TOSJ 138- 92
167- 25
TOSJ 138- 93
TOSJ 138 - 94
167- 26
TOSJ 138 - 95
167- 27
MATJ 99- 88
73- 13
HITJ
MATJ 83- 60
MATJ 83- 61
MATJ 83- 62
NECJ
74-101
FCAJ 135 - 72
FCAJ 138- 96
FCAJ 141- 56
TOSJ 135 - 73
TOSJ 135- 74
TOSJ 138- 97
TOSJ 138- 98
TOSJ 141- 77
TOSJ 141- 78
TOSJ 141- 79
TOSJ 135 - 75
TOSJ 133-102
TOSJ
99- 90
TOSJ 148 - 13
TOSJ 102- 5
78- 75
FCAJ
MATJ 73- 81
MATJ 73- 87
NECJ 102- 86
NECJ 80- 13
NECJ
80- 61
MATJ 130- 6
MATJ 130- 7
MATJ 130- 8
MATJ 137- 10
MATJ 141- 80
MATJ 150- 97
SONY 85- 30
TOSJ
SONY 85- 31
TOSJ
SONY 98- 60
SONY 99- 81
MITJ 102- 9
NECJ
NECJ 141- 81
FCAJ 140- 51
MITJ
99- 82
TOSJ
87- 92
NECJ
TOSJ 179- 38
NECJ 102- 79
FCAJ 135 - 76
TOSJ
FCAJ 138- 99
NECJ
MITJ 141- 23
FCAJ 141- 82
NECJ
TOSJ

2SC602

+gSJ
TOSJ
TOSJ
TOSJ
TOSJ
TOSJ
TOSJ
TOSJ
TOSJ

2SC605
2SC606
2SC608T
2SC609T
2SC611
2SC612
2SC619
2SC620
2SC621
2SC622
2SC627
2SC629
2SC631
2SC632
2SC633
2SC634
2SC635
2SC636
2SC637
2SC638
2SC639
2SC640
2SC641H
2SC642
2SC642A
2SC643
2SC643A
2SC644
2SC645
2SC646
2SC647
2SC648H
2SC649
2SC650
2SC651
2SC652
2SC654
2SC655
2SC656
2SC657
2SC658
2SC659
2SC662
2SC663
2SC664
2SC665
2SC679
2SC680
2SC680A
2SC681
2SC681A
2SC682
2SC683
2SC684
2SC685
2SC685A
2SC686
2SC687
2SC688
2SC689H
2SC690
2SC691
2SC692
2SC695
2SC696
2SC696A
2SC697
2SC697A
2SC700
2SC702
2SC703
2SC704
2SC707
2SC707H
2SC708
2SC708A
2SC708AH
2SC708H
2SC709
2SC710
2SC712
2SC712A
2SC713
2SC714
2SC717
2SC727
2SC728
2SC730
2SC732
2SC733
2SC734
2SC735
2SC737
2SC738
2SC739
2SC740
2SC741
2SC752

MFRS Pa&Line
N~<';J

1~~:l~t

NECJ
79- 99
TOSJ
NECJ
75 - 58
75- 67
NECJ
HITJ 130- 9
HITJ 130- 10
NECJ
80- 14
TOSJ
NECJ
80- 62
TOSJ
MITJ
82- 75
176 - 22
MITJ
82- 76
MITJ
75- 11
172- 95
75- 12
MITJ
FCAJ
99- 19
SONY 75- 98
SONY 76- 54
SONY 76- 55
SONY 76- 56
SONY 76- 57
NECJ 138-100
NECJ 141- 83
NECJ 138-101
NECJ 141- 84
NECJ 93- 9
180- 41
NECJ
73-104
HITJ
72-109
173- 78
TOSJ 127-102
148- 14
TOSJ 158- 12
TOSJ 127-103
148- 15
TOSJ 158- 13
MATJ 75- 13
MATJ 73- 86
MATJ 146- 45
MATJ 150- 98
HITJ
72- 67
78- 86
HITJ
HITJ
78· 87
NECJ
99- 91
NECJ 99- 89
NECJ 102- 87
MATJ 72- 49
MATJ 72- 27
SONY 75- 60
75- 70
MITJ
MITJ
75 - 46
MITJ
75- 99
75-104
MITJ
HITJ 130- 11
HITJ 135- 77
HITJ 143- 92
HITJ 130- 12
HITJ 130- 13
HITJ 130- 14
HITJ 130- 15
HITJ
76- 63
HITJ
76- 64
HITJ
80- 50
HITJ 130- 16
HITJ 130- 17
NECJ 102- 11
MATJ 150- 99
MITJ 141- 29
HITJ
83- 63
180- 6
MITJ 143- 93
MITJ 138- 23
MITJ 140- 78
NECJ
72- 68
MATJ 99- 58
MATJ 99- 59
MATJ 138-102
MATJ 138-103
MITJ 134 - 53
MITJ 138- 24
MITJ 142- 30
MITJ 144- 98
75- 86
HITJ
HITJ
75 - 87
HITJ
99- 83
HITJ
99- 84
HITJ 169- 66
HITJ 169- 67
78- 76
MITJ
MITJ
78- 77
MITJ
78- 39
MITJ
78- 40
MITJ
78 - 9
171- 56
MITJ
82- 49
176 - 23
HITJ
80- 51
89- 91
FCAJ
FCAJ
89- 92
167- 57
MITJ 131- 86
TOSJ
85- 17
TOSJ
85- 18
TOSJ
85- 69
TOSJ
86-107
MITJ 141- 30
MITJ
75 - 47
MITJ
75- 43
75-105
MITJ
102- 88
73- 3

~61~

"Indicates manufacturer's data sheet available
in Transistor Information Microfile (TIM)

TYPE No.

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

100:'~/OOlI:J

MFRS Pa&Line TYPE No.
T05J
25C916

25C756
25C761
25C762
25C766
25C767
25C769
25C770
25C773
25C774
25C775
25C776
25C777
2SC778
25C779
25C780
25C780AlG
25C780G
25C781
25C782
25C782A
25C783
25C784
25C785
25C786
25C787
25C788
2SC791
25C793BL
25C793R
25C793Y
25C795
25C796
25C797
25C798
25C799
25C800
25C802

50 NY
MATJ
MATJ
MITJ
MITJ
MITJ
MITJ
MITJ
MITJ
MITJ
MITJ
MITJ
MITJ
T05J
T05J
TOSJ
T05J
NECJ
T05J
T05J
T05J
TOSJ
T05J
T05J
T05J
T05J
T05J
T05J
T05J
TOSJ
SONY
FCAJ
FCAJ
FCAJ
NECJ
NECJ
FCAJ

25C803

FCAJ

25C804
25C805
25C806
25C807
25C814
25C815
25C816
25C818
25C821
25C822
25C823
25C824
25C825
25C826
25C827

50 NY
50 NY
50 NY
50 NY
NECJ
NECJ
MITJ
MITJ
MATJ
MATJ
NECJ
NECJ
FCAJ
FCAJ
FCAJ

25C828
25C828A
25C829
25C830
25C831

MATJ
MATJ
MATJ
HITJ
NECJ

25C833
25C838
25C839
25C840
25C840A
25C841H
25C844
25C845
25C847
25C848
25C849

T05J
NECJ
NECJ
MATJ
MATJ
HITJ
FCAJ
FCAJ
FCAJ
FCAJ
FCAJ

25C850

FCAJ

25C851
25C853
25C854
25C855
25C856
25C857H
25C864
25C867
25C868

NECJ
NECJ
FCAJ
FCAJ
HITJ
HITJ
T05J
50 NY
MITJ

25C869

MITJ

25C870
25C871
25C881
25C890
25C891
25C892
25C893
25C894
25C895
25C896
25C898
25C899
25C901
25C901A
25C907H
25C908
25C909
25C910
25C911
25C912

MITJ
MITJ
NECJ
NECJ
NECJ
NECJ
FCAJ
SONY
50 NY
NECJ
HITJ
NECJ
MATJ
MATJ
HITJ
MITJ
MITJ
MITJ
MITJ
MITJ

25C913

NECJ

1~~: 3~

D.A. T.A. INC.

130· 18
75 - 94
75- 77
145 - 19
145- 20
148 - 16
148· 17
82· 77
102- 16
102- 17
130- 87
133 - 45
137 - 11
142- 92
78- 10
74-102
72- 90
102- 69
142- 93
158- 24
142 - 94
73- 11
73- 6
79 - 74
75-108
101- 97
141- 38
149 - 15
149- 16
149- 17
130- 19
96- 31
96- 14
99- 28
138-104
73- 12
103- 26
173- 58
135 - 22
171- 16
76- 8
99- 71
130- 20
130- 21
93- 27
81- 78
130- 88
101- 61
130- 22
130- 23
98-103
99- 17
143 - 94
99- 20
99- 21
167 - 44
75 - 14
75 - 15
75 - 33
130- 24
113-104
127- 18
130- 25
82 - 78
82- 79
142- 95
142- 96
173 - 79
133- 43
133- 44
95 - 59
95- 41
95- 42
170- 41
95- 60
170- 81
148- 95
93- 28
132- 55
132- 85
86- 8
169- 68
79- 28
142- 70
78- 41
172- 96
78- 42
172- 97
78- 43
78 - 44
93- 29
134- 54
140- 6
141- 34
140- 40
72-110
142- 71
86- 28
130- 26
82- 45
150-100
150-101
175 - 36
134- 55
135- 78
138- 25
137 - 12
75- 16
172- 47
83- 64
160- 62

25C917
25C920
25C921
2SC924
25C926
25C935
25C936
25C937
25C941
25C943
25C947
25C948
2SC959
25C979
25C980
25C980AlG
25C985
2SC987
2SC988
2SC989

NECJ
HITJ
NECJ
NECJ
NECJ
50NY
HITJ
HITJ
HITJ
T05J
NECJ
MATJ
MATJ
NECJ
TOSJ
T05J
TOSJ
NECJ
NECJ
NECJ
NECJ

25C990
2SC991
2SC992
25C995
25C996
2SC997
25C999
2SC999A
2SC100l
2SC1002
25Cl003
25Cl004
25Cl004A
25Cl0l0
2SC1012A
2S012
25013
2S014
25015

NECJ
T05J
T05J
T05J
T05J
T05J
T05J
T05J
T05J
TOSJ
TOSJ
TOSJ
TOSJ
NECJ
MATJ
MATJ
MATJ
MATJ
5AKJ

2S016

5AKJ

25017

SAKJ

25018

SAKJ

2S026
25026A
25026B
25026C
25028
25029
25030
25031
25032
25033
2S034
25035
2S036
25037
2S038
25041
25043
25045
25046
25047
25048
25049
2S050
25051
25053
2S054
25055
25055A
2S056
2S057
2S058
25059
25060
25061
25062
25063
25064
25065
2S066
2S073
25074
25075
2S075A
2S075AH
25075H
2S077
25077A
25077AH
2S077H
25078
25079
25080

MITJ
MITJ
MITJ
MITJ
SONY
SONY
T5AJ
MATJ
MATJ
FCAJ
FCAJ
MATJ
MATJ
FCAJ
FCAJ
T05J
T05J
SONY
50 NY
50NY
FCAJ
SONY
FCAJ
SONY
FCAJ
FCAJ
TOSJ
TOSJ
50 NY
MITJ
MITJ
MITJ
MITJ
50 NY
SONY
50 NY
SONY
50NY
50 NY
NECJ
NECJ
HITJ
HITJ
HITJ
HITJ
HITJ
HITJ
HITJ
HITJ
NECJ
NECJ
5AKJ

25081

SAKJ

25082

SAKJ

2S083

5AKJ

25084

5AKJ

25090

5AKJ

2S091

SAKJ

~ ~~: ~~

86· 9
75- 17
75 - 57
81- 79
72-101
130- 27
130- 28
130- 29
78- 13
85- 70
75· 88
75-100
140- 7
87 - 79
79- 39
79- 40
81- 9
76- 14
76- 12
76- 13
180- 91
142- 97
98- 96
98- 97
101- 62
130- 30
75 - 78
158- 14
158- 15
130- 31
130- 32
130- 33
148- 18
158 - 16
84- 54
137 - 13
149 - 67
150-102
150-103
150-104
164- 55
150-105
164- 56
150-106
164 - 57
150-107
164- 58
146- 46
146- 47
146- 48
146- 49
130- 34
130- 35
59- 24
57-104
57 -105
58 - 24
59 - 16
57 - 59
57- 60
58- 25
59 - 17
156- 7
181- 48
148- 19
148- 20
148 - 21
141- 85
130- 36
146- 50
130- 37
150-108
153- 86
156- 8
150- 35
130- 38
142- 98
142- 99
148- 22
148 - 23
57- 86
57 - 87
57- 88
57 - 89
57- 90
57- 83
148- 24
148- 25
58- 48
58 - 49
58- 39
58- 40
58- 42
58- 43
58- 44
58- 45
131- 23
140- 79
148- 26
164- 97
148- 27
164- 98
148- 28
164- 99
148- 29
164-100
148- 30
164-101
142-100
164-109
142-101
164-110

6-Registered with JEDEC
by this manufacturer

25092
2S093
25094
25096
250102
250104
250105
250107
250108
250110
2S0111
250113
2S0114
250118BL
2S0118R
2S0118Y
2S0119BL
2S0119R
250119Y
250120
2S0120H
2S0121
250121H
2S0124AH
250125AH
2S0126H
250127
250127A
250128
2S0128A
250129
250130
250132
250136
250137
250141
250142
250146
2S0147
2S0150
250151
250152
250154
2S0156
2S0157
250158
250159
250162
2S0163
250164
250165
250166
2S0167
250172
250173
250174
250175
250176
250177
250178
250178A
250180
250182
250183
250184
250185
2S0186
250187
250188
2S0189
2S0189A
250195
250196
250196A
250197
250197A
2S0198
250199
250200
250217
250218
250226
250226A
250226B
250227
250228
2502340
250234R
250234Y
2502350
250235R
2S0235Y
250246
25Hll
25H12
2SH13
25H14
25H20
2SH22
2SJ11

IN TYPE NUMBER SEQUENCE

MFRS Pa&Line TYPE No.
5AKJ

~~~:10? ~~j~~

5AKJ 142-103
165 - 2
5AKJ 142-104
165- 3
HITJ
59- 27
T05J 130- 39
T05J
58· 29
T05J
58- 30
T05J 158· 17
T05J 158- 18
T05J 150-109
164- 64
T05J 150-110
164- 65
TOSJ 156- 9
T05J 156- 10
TOSJ 152 - 88
T05J 152- 89
T05J 152- 90
T05J 152- 91
T05J 152- 92
T05J 152- 93
HITJ 131- 24
HITJ 164- 11
HITJ 131- 25
HITJ 164 - 12
HITJ 148- 31
164 - 22
HITJ 148- 32
164- 25
HITJ 148- 33
164 - 26
SONY 59- 11
SONY 59 - 12
50NY 59- 13
50NY 59- 14
T05J 143·95
TOSJ 143- 96
NECJ 153 - 87
FCAJ 137 - 14
FCAJ 137 - 15
NECJ 140- 80
NECJ 140- 81
FCAJ 141- 86
FCAJ 141- 87
NECJ 141- 39
NECJ 151 - 1
NECJ 140- 82
NECJ 141- 88
FCAJ 137 - 16
FCAJ 137 - 17
FCAJ 143- 97
FCAJ 143- 98
FCAJ
57 - 38
SAKJ 151- 2
164 - 59
5AKJ 151- 3
164- 60
SAKJ 151- 4
164- 61
5AKJ 151 - 5
164- 62
FCAJ
58-104
FCAJ 151- 6
FCAJ 151- 7
FCAJ 146- 51
FCAJ 146- 52
FCAJ 151- 8
FCAJ 151- 9
MATJ 59- 7
MATJ 59- 8
NECJ 148- 34
FCAJ 138-105
FCAJ 138-106
FCAJ 142-110
164- 44
FCAJ 143- 1
164- 45
TSAJ
58-105
TSAJ
58-106
NECJ 149- 18
MATJ 151- 10
MATJ 151- 11
FCAJ
58 - 28
FCAJ 152- 95
FCAJ 153- 88
FCAJ 152- 96
FCAJ 153- 89
MATJ 146- 53
MATJ 146- 54
MATJ 148 - 35
NECJ 147 - 71
NECJ 147- 72
MATJ 143- 99
MATJ 143-100
MATJ 143-101
NECJ
81- 80
NECJ 93- 30
TOSJ 143-102
T05J 143-103
T05J 143-104
T05J 143-105
T05J 143-106
TOSJ 143-107
MATJ 155- 92
NECJ 188- 42
NECJ 188- 43
T05J 188- 44
T05J 188 - 45
T05J 188- 46
47
ig~j 188104- 20

26

25J16
25Kll
25K12
25K13
25K16H
25K 17GR
25K170
25K17R
2SK17Y
25K19BL
25K19GR
2SK19Y
2SK32
2V205
2V435

3G2
3N34
3N35
JAN3N35
3N45
3N46
3N47
3N48
3N49
3N50
3N51
3N52
3N62
3N63
3N64
3N65
3N66
3N67
3N68
3N68A
3N69
3N70
CRY
3N71
CRY
3N72
CRY
3N73
CRY
3N74
CRY
TEC
JAN3N74
3N75
CRY
TEC
JAN3N75
3N76
+ N5C
HII
JAN3N76
3N77
CRY
TEC
3N78
CRY
TEC
3N79
CRY
TEC
3N87
3N88
3N89
3N90
+ CRY
3N91
+ CRY
3N92
+ CRY
3N93
+ CRY
JAN3N93
3N94

NSC

3N95
+CRY

. MFRS Pa&Line TYPE No.
3N luu 5PR
~gXj
FCAJ
T05J
T05J
T05J
HITJ
T05J
05J
05J
T05J
T05J
T05J
T05J
NECJ
SG51

19t
~~
104- 58

107- 13
107- 14
107- 15
107- 16
107- 17
107- 18
107-.19
107- 20
107- 74
107 - 75
107- 76
109- 75
66- 63
190- 70
SG51
70- 4
190- 71
ESMF 109- 16
+IITII
73- 64
TIIB
+ Til
73- 66
TIIB
Til
73- 63
+500 119- 29
163- 12
+ SOD 119- 30
163- 8
+500 119- 31
+500 119- 32
+500 121· 7
+500 121- 8
+ 500 121- 9
+ SOD 121- 10
+t.NSC 189- 40
TEC
+t.NSC 189 - 41
TEC
+IIN5C 189 - 42
TEC
+t.N5C 189- 43
TEC
+t.N5C 189- 44
TEC
+t.N5C 189 - 45
TEC
+IIN5C 189- 46
TEC
TEC
189- 47
+t.N5C 189- 48
TEC
+IIN5C 189- 49
TEC
72- 95
+t.500
TEC
189- 50
+t.500
72- 96
TEC
189- 51
72- 97
+11500
TEC
189- 52
+IITII
84- 4
+ NSC 189- 53
TIIB
TIIF
none
84- 5
189 - 54
+t.TII
84 - 6
+ NSC 189 - 55
TIIB
TIIF
Til
84 - 7
189- 56
CRY
84- 8
TEC
189 - 57
TIIB
TIIF
Til
84- 9
189- 58
+t.TII
84- 10
+ N5C 189- 59
TIIB
TIIF
+t.TII
84- 11
+ N5C 189- 60
TIIB
TIIF
+t.TII
84 - 12
+ N5C 189,61
TIIB
TIIF
TEC
77- 4
189- 62
77- 5
TEC
189- 63
+t.5IX
105- 28
+1I5PR
63- 85
+ NSC 189- 64
TEC
+1I5PR
63- 86
+ N5C 189- 65
TEC
+t.5PR
63- 87
+ NSC 189- 66
TEC
+1I5PR
63- 88
+ NSC 189- 67
TEC
none
63- 89
189- 68
+ CRY
63- 90
+ SPR
189- 69
TEC
+1I5PR
63- 91
TEC
189- 70

i

3Nl01
5PR
3Nl02
5PR
3Nl03
5PR
3Nl04
5PR
3Nl05
5PR
3Nl06
SPR
3Nl07
SPR
3Nl08
+ CRY
TEC
JAN3Nl08
3Nl09
+ CRY
TEC

MFRS Pa&Line
lBII- 71

+t.¥~J

+t.CRY
TEC
+t.CRY
TEC
+t.CRY
TEC
MCRY
TEC
+IICRY
TEC
+t.CRY
TEC
+IICRY
TEC
+IITII
5PR
TIIB
TIIF
Til

3Nl12

+t.TII
SPR
TIIB
TIIF
+IITII
SPR
TIIB
TIIF
+t.TII
5PR
TIIB
TIIF
TEC

3Nl13

TEC

3Nll0
+ CRY
TEC
3Nlll
+ CRY
TEC

3Nl14
+ CRY
3Nl15
+ CRY
3Nl16
+ CRY
3Nl17
+ CRY
3Nl18
+ CRY
3Nl19
+ CRY
3N120
3N121
3N123
+ CRY
3N124
3N125
3N126
3N127
JAN3N127
3N128
3N129
3N130
3N131
3N132
3N133
3N134
3N135
3N136
3N138
3N139
3N140
+ GIC
3N141
3N142
3N143
3N145
3N146
3N147
3N148
3N149
3N150
3N151
3N152
3N153
3N154
3N155
3N155A
3N156
3N156A

+1I5PR
TAOI
TEC
+t.5PR
TEC
+t.SPR
TEC
+IISPR
TEC
+1I5PR
TEC
+IISPR
TEC
+IITEC
CRY
+t.TEC

189- 72
189- 73
189- 74
189- 75
189- 76
189- 77
189 - 78
189- 79

63-101
189· 80
189- 81

189- 82

189- 83

60- 29
189- 84
60- 35
189 - 85
63-102
189- 86

63-103
189 - 87
63-104
189- 88
63-105
189- 89
63-106
189- 90
63-107
189- 91
77- 70
189- 92
77- 71
189- 93
+IISPR
60- 30
TEC
189- 94
+ MOTA 109- 77
+ MOTA 109- 78
+ MOTA 109- 79
+t.TEC
77- 6
189- 95
none
77-72
189- 96
+t.RCA
110-107
+CRY
63- 92
TEC
189- 97
+t.CRY
63- 93
TEC
189- 98
+IICRY
63- 94
TEC
189- 99
+t.CRY
63- 95
189-100
+t.CRY
63- 96
189-101
+t.CRY
63- 97
TEC
189-102
63- 98
MCRY
TEC
189-103
63- 99
+t.CRY
TEC
189-104
107- 39
t.RCA
t.RCA
107- 40
+t.RCA
111-105
+ MOTA
+IIRCA
111-106
+ GIC
110-108
II RCA
110-109
t.RCA
+IIF5C
105- 83
161- 8
+t.F5C
105- 84
161- 9
MF5C
106- 25
160-108
106- 26
+t.F5C
160-109
106- 2
+t.F5C
160-110
+IIFSC
106- 3
161- 1
104- 42
+t.GIC
183-102
t.RCA
110-110
+RCA 111-107
+ RCA
111- 1
+t.MOTA 105- 29
160- 79
+t.MOTA 105- 30
160- 80
+t.MOTA 105- 31
160- 81
+t.MOTA 105- 32
160- 82

+-Indicates manufacturer's data sheet available
in Transistor Information Microfile (TIM)

TYpE No.

~~l~~A

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

MFRS Pa&Line TYPE No.

:~~g+~ il~~: ~~

3N158
3N158A
3N159
3N160
3N161
3N162

,"'MOTA
,"'MOTA
, RCA
''''Til
''''Til
"'GIC

3N163

,,,,UCC

3N164

,"'UCC

3N165

,"'UCC

3N166

,"'UCC

3N167
3N168
3N169

SIX
SIX
,"'MOTA

3N170

,"'MOTA

3N171

,"'MOTA

3NI72

,,,,UCC

3N173

,"'UCC

3N174

"'Til

3N175

"'GIC

3N176

"'GIC

3NI77

"'GIC

3N178
3N179
3N180
3N181

"'GIC
"'GIC
"'GIC
"'GIC

3N182

"'GIC

3N183

"'GIC

3N184

"'GIC

3N185

"'GIC

3N186

"'GIC

3SJ11
3SK14
3SK15
3SK15A
3SK16
3SK17
3SK20H
3SK21H
3SK22
3SK23
3SK28
3SK29
3SK32
3SK35
3TE140
3TE467
3TE477
3TE604
3TE609
3TE610
3TX601
3TX602
3TX603
3UT40
4C28
4C29
4C30
4C31
4C43
4024
4025
4026
4G2
4J012X009
5
5G2
6
6G2
7
10
12Al04
12Al08
12Cl0l
12Cl02
12Gl
12G2
12Gl01
12H901
12H902
12J901
12J902
12J905
12X006
12X008
12X040
12X058
12X059
12X084B
12X165
20
30

NECJ
NECJ
MITJ
MITJ
MITJ
MITJ
HITJ
HITJ
TOSJ
TOSJ
TOSJ
NECJ
MATJ
TOSJ
STC8
ITT
ITT
"TT
tlTT
"TT
tlTT
tlTT
ITT
MITJ
,GESY
, GESY
, GESY
, GESY
+GESY
+ GESY
, GESY
GESY
ESMF
, GESY
, SSE
ESMF
, SSE
ESMF
SSE
, SSE
• GESY
GESY
GESY
GESY
GESY
GESY
GESY
GESY
GESY
GESY
GESY
GESY
tGESY
, GESY
t GESY
t GESY
• GESY
,GESY
.GESY
SSE
,• SSE

D.A. T.A. INC.

I;~

105· 35 60
105· 36 70
111·108 71T2
105·101 72T2
105·102 73T2
106· 40 74T2
160· 43 82T2
105·105 90TZ
160- 31
105-106 98T2
160- 32
105- 37 100TZ
183-103 104T2
105- 38 108T2
160- 44 109T2
104- 71 l11T2
104- 72
112- 42 121T2
160- 7 151-04
112- 43
160- 8 151-06
112- 44
160- 9 151-08
105-107
160- 33 151-10
105·108
160· 34 151-12
105·103
160· 64 151-14
108- 8
160- 45 151-16
108- 9
160- 51 151-18
108- 10
160- 57 151-20
104- 22
104- 23 151-22
104- 24
106- 27 151-24
160- 46
106- 28 151-26
160- 52
106- 29 151-28
160- 58
105- 39 152-04
160- 63
105- 40 152-06
160- 65
105- 41 152-08
160- 66
104- 25 152-10
161- 15
107·21 152-12
107·22
107 - 23 152-14
107- 24
107 - 25 152-16
107- 26
107- 27 152-18
107- 77
107- 78 152-20
107- 79
107- 10 152-22
107·64
107- 80 1152-24
141 - 89
140· 3 152-26
137- 18
143· 50 152-28
147- 59
149- 68 153-04
130- 40
130- 41 153-06
130- 42
107 - 81 153-08
74 - 62
74- 63 153-10
74- 64
74- 65 153-12
97 - 11
73- 36 153-14
73- 37
73 - 38 153-16
109- 80
190· 72 153-18
189-105
109- 81 153-20
189-106
109- 82 153-22
189-107
189-108 153-24
183-104
183-105 153-26
189-109
189·110 153-28
183-106
183·107 154-04
183-108
183-109 154-06
183-110
184- 1 154-08
184- 2
184 - 3 154-10
190- 73
190- 74 154-12
190- 75
190- 76 154-14
190- 77
184- 4 154-16
184 - 5
190- 1 154-18
190- 2

:~~~

, SSE
, SSE
ESMF
ESMF
ESMF
ESMF
ESMF
COLF
ESMF
ESMF
ESMF
ESMF
COLF
COLF
ESMF

ESMF
,WESY
,WESY
,WESY
,WESY
,WESY
,WESY
,WESY
,WESY
,WESY
,WESY
,WESY
,WESY
,WESY
,WESY
,WESY
,WESY
,WESY
,WESY
,WESY
,WESY
,WESY
,WESY
,WESY
,WESY
WESY
WESY
.WESY
,WESY
,WESY
,WESY
+WESY
,WESY
.WESY
,WESY
+WESY
,WESY
,WESY
WESY
WESY
,WESY
tWESY
,WESY
tWESY
,WESY
,WESY
,WESY
.WESY

Il~g: ~
190·
190132·
132132·
13213877-

5
6
13
14
15
16
56
7

77- 8
160- 95
130- 43
130- 44
153- 90
153- 91
99 - 97
159- 5
79- 61
155- 50
161- 75
155 - 51
159- 81
155 - 52
159- 82
155 - 53
159- 83
155·54
159- 84
155· 55
159- 85
155- 56
159- 86
155 - 57
159- 87
155 - 58
159- 88
155- 59
159- 89
155- 60
159- 90
155 - 61
159- 91
155- 62
159- 92
155- 63
159- 93
155 - 64
159- 94
155- 65
159- 95
155- 66
159- 96
155 - 67
159- 97
155 - 68
159- 98
155- 69
159- 99
155- 70
159-100
155 - 71
159-101
155- 72
159-102
155- 73
159-103
155· 74
159-104
155- 75
159-105
154- 94
159- 12
154 - 95
159- 13
154- 96
159- 14
154 - 97
159- 15
154 - 98
159 - 16
154- 99
159- 17
154-100
159- 18
154-101
159 - 19
154 -102
159- 20
154-103
159- 21
154-104
159- 22
154-105
159· 23
154·106
159· 24
154-107
159· 25
154 -108
159- 26
154-109
159- 27
154 -110
159- 28
155- 1
159- 29
155 - 2
159- 30
155- 3
159 - 31
155· 4
159- 32

6-Registered with JEDEC
by this manufacturer

154-20
154-22
154-24

154·26
154·28
156-043
156-044
156-064
156-083
156-084
156-104
156-123
156-124
156-143
156-144
156-164
163-04
163-06
163-08
163-10
163-12
163-14
163-16
163-18
163-20
163-22
163-24
163-26
163-28
164-04
164-06
164-08
164-10
164-12
164-14
164-16
164-18
164-20
164-22
164-24
164-26
164-28
180T2A
180T2B
180T2C
181T2A
181T2B
181T2C
182T2A
182T2B
182T2C
183T2A
183T2B
183T2C
184T2A
184T2B
184T2C
185T2A
185T2B
185TZC
1401-0415
1401-0420
1401-0425
1401-0615
1401-0620
1401-0625
1401-0815
1401-0820
1401-0825
1401-1015
1401-1020

,WESY

m:3~

,WESY 155· 6
159· 34
WESY 155· 7
159· 35
WESY 155- 8
159· 36
WESY 155- 9
159- 37
,WESY 150- 39
,WESY 150- 40
,WESY 150- 41
,WESY 150- 42
,WESY 150- 43
,WESY 150- 44
,WESY 150- 45
,WESY 150- 46
,WESY 150- 47
,WESY 150- 48
,WESY 150- 49
,WESY 156-101
159- 55
,WESY 156-102
159- 56
,WESY 156-103
159- 57
,WESY 156-104
159- 58
,WESY 156-105
159- 59
,WESY 156-106
159- 60
,WESY 156-107
159- 61
,WESY 156-108
159- 62
,WESY 156-109
159- 63
WESY 156-110
159- 64
WESY 157- 1
159- 65
WESY 157- 2
159- 66
WESY 157 - 3
159- 67
,WESY 157 - 4
159- 68
,WESY 157 - 5
159- 69
,WESY 157 - 6
159- 70
,WESY 157 - 7
159- 71
,WESY 157 - 8
159- 72
,WESY 157 - 9
159- 73
,WESY 157- 10
159- 74
,WESY 157 - 11
159- 75
,WESY 157 - 12
159- 76
WESY 157 - 13
159- 77
WESY 157 - 14
159- 78
WESY 157 - 15
159- 79
WESY 157 - 16
159- 80
ESMF 149- 69
ESMF 149- 70
ESMF 149- 71
ESMF 149- 72
ESMF 149- 73
ESMF 149- 74
ESMF 149- 75
ESMF 149- 76
ESMF 149- 77
ESMF 149- 78
ESMF 149- 79
ESMF 149- 80
ESMF 149- 81
ESMF 149- 82
ESMF 148- 36
ESMF 149- 83
ESMF 149- 84
ESMF 149- 85
,WESY 158- 25
163- 96
,WESY 158- 26
163- 97
,WESY 158- 27
163- 98
.WESY 158 - 28
163- 99
,WESY 158- 29
163-100
,WESY 158- 30
163-101
,WESY 158- 31
163-102
,WESY 158- 32
163-103
,WESY 158 - 33
163-104
,WESY 158 - 34
163-105
.WESY 158 - 35
163-106

27

No.

IN TYPE NUMBER SEQUENCE
MFRS Pa&Line TYPE No.

14V 'IV"'D

, vvt:;,'

1401·1215

,WESY

1571·32
1571·33
1571·34
1571·35
1571·36
1571-41
1571-42
1571-43
1571-44
1571-46
1714-0402
1714-0405
1714-0602
1714-0605
1714-0802
1714-0805
1714-1002
1714-1005
1714-1202
1714-1205
1714-1402
1714-1405
1714-1602
1714-1605
1714-1802
1716-0602
1716-0605
1716-0802
1716-0805
1716-1002
1716-1005
1716-1202
1716-1205
1716-1402
1716-1405
1716-1602
1716-1605
1716-1802
1718-0602
1718-0605
1718-0802
1718-0805
1718-1002
1718-1005
1718-1202
1718-1205
1718-1402
1718-1405
1718-1602
1718-1605
1718-1802
1723-0405
1723-0410
1723-0605
1723-0610
1723-0805
1723-0810
1723-1005
1723-1010
1723-1205
1723-1210
1723-1405
1723-1410
1723-1605
1723-1610
1723-1805
1723-1810
1723-2005
1763-0610
1763-0620
1763-0630
1763-0810
1763-0820
1763-0830
1763-1010
1763-1020
1763-1030
1763-1210
1763-1220
1763-1230
1763-1410
1763-1420
1763-1430
1763-1610
1763-1620
1763-1630
1763-1810
1763-1820
1768-0610
1768-0620
1768-0630
1768-0810
1768-0820
1768-0830
1768-1010
1768-1020
1768-1030
1768-1210
1768-1220
1768-1230
1768-1410
1768-1420
1768-1430
1768-1610
1768-1620
1768-1630
1768-1810
1768-1820
1776-0440
1776-0460

WESY
WESY
WESY
WESY
WESY
WESY
WESY
WESY
WESY
WESY
,WESY
,WESY
,WESY
,WESY
,WESY
,WESY
,WESY
,WESY
,WESY
,WESY
,WESY
,WESY
,WESY
,WESY
WESY
WESY
WESY
WESY
WESY
WESY
WESY
WESY
WESY
WESY
WESY
WESY
WESY
WESY
WESY
WESY
WESY
WESY
WESY
WESY
WESY
WESY
WESY
WESY
WESY
WESY
WESY
,WESY
,WESY
.WESY
,WESY
,WESY
,WESY
tWESY
,WESY
,WESY
,WESY
,WESY
,WESY
WESY
WESY
WESY
WESY
WESY
WESY
,WESY
WESY
WESY
,WESY
WESY
WESY
WESY
WESY
WESY
,WESY
WESY
WESY
+WESY
WESY
WESY
WESY
WESY
WESY
WESY
WESY
,WESY
WESY
WESY
,WESY
WESY
WESY
,WESY
WESY
WESY
,WESY
WESY
WESY
,WESY
WESY
WESY
WESY
WESY
WESY
WESY
,WESY
,WESY

163:1'07
158· 37
163·108
143· 2
143· 3
143· 4
143· 5
143· 6
143 - 7
143- 8
143- 9
143- 10
143- 11
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
149- 86
149- 87
149- 88
149- 89
149- 90
149- 91
149- 92
149- 93
149- 94
149- 95
149- 96
149- 97
149- 98
146- 55
146- 56
146- 57
146- 58
146- 59
146- 60
146- 61
146- 62
146- 63
146- 64
146- 65
146- 66
146- 67
153- 7
153- 8
153- 9
153- 10
153- 11
153 - 12
153- 13
153- 14
153 - 15
153- 16
153- 17
153- 18
153- 19
153- 20
153- 21
153- 22
153- 23
153- 24
153- 25
153- 26
153- 27
153- 28
153- 29
153- 30
153- 31
153- 32
153- 33
153- 34
153 - 35
153- 36
153 - 37
153 - 38
153- 39
153- 40
153- 41
153 - 42
153- 43
153 - 92
153- 93
153- 94
153- 95
153- 96
153- 97
153- 98
153- 99
153-100
153-101
153-102
153-103
153-104
153-105
153-106
153-107
153-108
153-109
153-110
154- 1
155- 93
155- 94

17~6:~66~

1776-0840
1776·0860
1776-1040
1776-1060
1776·1240
1776·1260
1776·1440
1776-1460
1776-1640
2849-1

MFRS Pa&Line

:~~s~ m:~~
,WESY
,WESY
,WESY
,WESY
,WESY
,WESY
,WESY
,WESY
WESY
SSP

2849-2

SSP

2849-3

SSP

2850-1

, SSP

2850-2

, SSP

2850-3

, SSP

2851-1

, SSP

2851-2

, SSP

2851-3

, SSP

2852-1

, SSP

2852-2

, SSP

2852-3

, SSP

2853-1
2853-2

• SSP
, SSP

2853-3

, SSP

2854-1

, SSP

2854-2

, SSP

2854-3

, SSP

2855-1

, SSP

2855-2

, SSP

2855-3

, SSP

2856-1

• SSP
, SSP

2856-2
2856-3
40004
40022
40050
40051
40080
40081
40082
40084
40231
40232
40233
40234
40235
40236
40237
40238
40239
40240
40242
40243
40244
40245
40246
40250
40250Vl
40251
4025.3
40254
40261
40262
40263
40269
40279
40280
40281
40282
40290
40291
40292
40294
40295
40296
40305
40306
40307
40309
40310
40311
40312
40313
40314

• SSP
RCA
, RCA
, RCA
, RCA
, RCA
, RCA
,• RCA
RCA
, RCA
•, RCA
RCA
, RCA
, RCA
+ RCA
, RCA
, RCA
, RCA
+ RCA
, RCA
+ RCA
, RCA
, RCA
, RCA
, RCA
, RCA
ATEI
,RCA
ATEI
, RCA
, RCA
, RCA
, RCA
+ RCA
, RCA
t RCA
, RCA
, RCA
t RCA
, RCA
, RCA
, RCA
t RCA
, RCA
, RCA
, RCA
, RCA
, RCA
, RCA
, RCA
, RCA
,RCA
, RCA

+-Indicates manufacturers data sheet available
in Transistor Information Microfile (TIM)

155- 97
155·98
155- 99
155-100
155-101
155-102
155·103
155-104
155-105
102-105
138-107
168- 40
102-106
146- 68
168- 41
102-107
138-108
168- 42
138-109
168-109
146- 69
168-110
138-110
169- 1
139- 1
170- 56
146- 70
170- 57
139- 2
170- 58
139- 3
168- 9
146- 71
168- 10
139- 4
168- 11
139- 5
169- 2
146- 72
169- 3
139- 6
169- 4
139- 7
170- 2
146- 73
170- 3
139- 8
170- 4
139- 9
169- 5
146- 74
169- 6
139- 10
169- 7
139- 11
168- 12
146- 75
168- 13
139- 12
168- 14
48- 54
117- 42
117 - 43
117- 44
94- 97
132- 4
134- 56
95 - 92
95- 43
95 - 44
95- 45
93- 56
76- 84
76- 85
76- 86
76- 70
76- 71
76- 72
76- 47
76- 48
76- 49
76- 50
76- 51
143- 12
135 - 23
151- 12
48117 46464850139135 139 141135139141808081135 139141134143134143144134-

99
45
70
57
35
81
13
79
14
90
80
15
91
15
56
7
81
16
57
57
13
58
14
13
59

-YPE No.

l:g~l~
40317
4031B
40319
40320
40321
40322
40323
40324
40325
40326
40327
40328
40329
40340
40341
40346
40346Vl
40346V2
40347
40347Vl
40347V2
40348
40348Vl
40348V2
40349
40349Vl
40349V2
40354
40355
40359
40360
40361
40362
40363
40364
40366
40367
40368
40369
40372
40373
40374
40375
40385
40389
40390
40391
40392
40394
40395
40396
40396/N
40396/P
40397
40398
40399
40400
40405
40406
40407
40408
40409
40410
40411
40412
40412Vl
40412V2
40421
40439
40440
40446
40450

1.

MFRS pg&line TYPE No.

:~~~

+ RCA
+ RCA
+ RCA
+ RCA
+ RCA
+ RCA
+ RCA
+ RCA
+ RCA
+ RCA
+ RCA
+ RCA
+ RCA
+ RCA
+ RCA
+ RCA
+ RCA
+ RCA
• RCA
• RCA
• RCA
• RCA
• RCA
• RCA
• RCA
• RCA
• RCA
• RCA
• RCA
•.RCA
RCA
• RCA
• RCA
.RCA
•
•
•
•
•
•
•
•
•
•
•

RCA
RCA
RCA
RCA
RCA
RCA
RCA
RCA
RCA
RCA
RCA
RCA
• RCA
• RCA
• RCA
• RCA
• RCA
RCA
RCA
• RCA
• RCA
• RCA
• RCA
•+ RCA
RCA
•
•
•
•
•
•
•
•
•
•
•
•
•

RCA
RCA
RCA
RCA
RCA
RCA
RCA
RCA
RCA
RCA
RCA
RCA
RCA

40451

• RCA

40452
40453
40454
40455
40456
40458

•
•
•
•
•
•

40459

• RCA

40461
40462
40467A
40468
40468A
40472
40473
40474
40475
40476
40477
40478
40479
40480
40481
40482
40487
40488
40489
40490
40491
40513
40514
40517
40518
40519
40537
40538

•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•

RCA
RCA
RCA
RCA
RCA
RCA

RCA
RCA
RCA
RCA
RCA
RCA
RCA
RCA
RCA
RCA
RCA
RCA
RCA
RCA
RCA
RCA
RCA
RCA
RCA
RCA
RCA
RCA
RCA
RCA
RCA
RCA
RCA
RCA

D.A. T.A. INC.

m:~g :g~~~

134- 61
144· 14
126- 10
134· 62
135· 24
144· 15
134· 63
143· 16
151· 13
135·25
135· 26
144· 16
48·101
148· 37
148· 38
139· 17
133· 33
139· 18
137· 19
133· 46
139· 19
137·20
133· 47
139· 20
137·21
133· 48
139- 21
95·93
131· 26
48- 36
134· 64
134· 65
126· 11
151· 14
144· 17
134· 66
134· 67
142· 32
148· 87
135· 27
135· 28
135· 29
135· 30
134· 68
132· 86
138· 26
125·99
135· 82
126· 18
48·37
181· 49
59·26
55· 73
95· 20
95· 21
95· 22
95· 23
86·108
125·25
134· 69
134- 70
132- 87
125-100
153·44
139- 22
133· 34
139- 23
117· 46
117 - 47
117 - 48
138·27
132· 88
173· 43
132· 89
173· 44
132· 90
132· 91
132· 92
132· 93
132· 94
96· 19
174·78
132- 95
174·79
107· 41
117· 49
111·109
107- 28
111- 78
76- 81
76. 82
76· 83
76- 73
76- 74
76- 75
76- 76
76- 77
76- 78
76- 79
76- 80
46 - 71
46- 58
46- 59
48 - 38
140- 83
151- 15
151- 16
80- 16
80- 17
86-109
125- 33
125 - 34

40543
40544
40559
40559A
40577
40578
40581
40582
40594
40595
40600
40601
40602
40603
40604
40605
40608
40611
40612
40613
40616
40618
40621
40622
40623
40624
40625
40626
40627
40628
40629
40630
40631
40632
40633
40634
40635
40636
40637
40665
40666
40673
40675
41004
A3T918
A3T929
A3T930
A3T2221
A3T2221A

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

:~~~

+ RCA
+ RCA
+ RCA
+ RCA
+ RCA
RCA
+ RCA
+ RCA
+ RCA
+ RCA
+ RCA
+ RCA
+ RCA
+ RCA
+ RCA
+ RCA
+ RCA
• RCA
• RCA
• RCA
• RCA
• RCA
.RCA
.RCA
• RCA
• RCA
.RCA
.RCA
.RCA
• RCA
.RCA
• RCA
.RCA

• RCA
• RCA
• RCA
• RCA
• RCA
• RCA
• RCA
• RCA
.RCA
• RCA
PHIL
.TII
• Til
• Til
• Til

A3T2222

• Til
.TII

A3T2222A

.TII

A3T2484
A3T2894

.TII

A3T2906

• Til
.TII

A3T2906A

.TII

A3T2907

.TII

A3T2907A
A3T3011
Al15
A130
A132
A141
A142
A143
A157A
A157B
A158B
A158C
A159B
A159C
Al77
A178A
A178B
A179A
A179B
A190
A191
A192
A193
A201
A202
A203
A208
A209
A210
A211
A214
A215
A238
A245
A246
A247
A253
A270
A271
A272
A273
A274
A275
A276
A277

• Til
• Til
SGSI
PHIC
PHIC
.APX
.APX
.APX
.APX
.APX
.APX
.APX
.APX
.APX
.APX
.APX
.APX
.APX
+APX
.APX
.APX
.APX
.APX
.APX
.APX
• APX
APX
.APX
.APX
.APX
APX
APX
+APX
.APX
.APX
.APX
.APX
.APX
.APX
.APX
.APX
.APX
.APX
.APX
.APX

m:l~ ~3~6

151· 18
135· 83
107· 29
111· 79
96· 57
134· 71
134· 72
138· 28
138· 29
126· 50
111·110
112· 1
112· 2
112· 3
112· 4
135·84
132- 96
134· 73
113-109
145· 72
134·74
145·73
145· 74
145· 75
113·110
148- 39
132· 97
114- 1
148· 40
132· 98
145· 76
145· 77
145· 78
148· 41
151· 19
126· 12
134· 75
151· 20
86·110
141· 58
138· 57
111· 2
151· 21
190· 78
105· 85
81- 65
81· 45
81· 46
81· 59
175· 50
81· 60
175·65
81· 62
175· 51
81· 63
176·103
81· 47
62· 17
178· 98
62· 10
174· 28
62- 11
174· 29
62· 12
174· 30
62· 13
174·31
81· 64
178· 60
83·65
90· 71
90· 72
72· 15
72· 16
72· 17
87· 1
87· 2
87· 3
87· 4
87· 5
87· 6
64· 47
64· 48
64· 49
64· 50
64· 51
109· 83
107- 42
109- 84
109- 85
139- 24
141· 92
130- 84
140· 8
134- 76
130- 62
130- 63
94- 67
88- 48
134- 77
133- 35
135 - 85
138- 58
140- 52
136- 85
140- 58
143- 17
145· 22
136- 86
140· 59
143· 18
145 - 23

6·Registered with JEDEC
by this manufacturer

~~:~

A307
A310
A311
A321
A322
A417
A418
A419
A420
A427
A430
A467
A473
A480
A481
A482
A483
A484
A485
A486
A490
A492
A494
A495
A496
A497
A498
A569

A607

PHIC
PHIC
PHIC
+APX
+APX
+APX
+APX
+APX
+APX
+APX
+APX
+APX
+APX
+APX
APX
+APX
+APX
.APX
tAPX
.APX
.APX
.APX
.APX
.APX
.APX
.APX
.APX
PHIC
RADF
PHIC
RADF
.APX
PHIC
.APX
PHIC
.APX
PHI,C
• APX
PHIC
.APX
PHIC
• APX
PHIC
.APX
PHIC
.APX

A608

.APX

A570
A600
A601
A602
A603
A604
A605
A606

A610L
A610S
A611L
A611S
A640L,S
A641 L,S
A642L,S
A643L,S
A644L,S
A645L,S
A646
A649L
A649S
A702
A705
A747A
A747B
A748B
A748C
A749B
A749C
A777
A778
A779
All09
A1170
A1341
A1480
AC107
PHIC
RADF
AC108
AC109
AC110
AC116
AC117
AC120
AC121
AC122
AC123
AC124
AC125
BEll
PHIC
RADF
AC126
BEll
PHIC
RADF
AC127
BEll
MULB
cont.next col.

~g:lb~ A~~~Z)

90·107
85· 20
84- 99
84-100
84·101
73- 95
13· 90
73 - 91
73- 92
75·109
83- 31
73· 83
83· 46
73· 85
75· 79
75·89
75·101
75· 90
80· 18
75·110
80· 52
79·100
76· 22
76· 18
82·102
83· 4
107- 82
190· 7
190· 8
184· 6
184· 7
184· 8
184· 9
184· 10
184· 11
184- 12

77·55
184- 13
77- 56
184- 14
107 - 43
• APX
184· 15
107· 44
• APX
184· 16
.APX
107·45
184 - 17
.APX
107· 46
184· 18
77· 90
• APX
184· 19
.APX
77· 91
184· 20
.APX
77- 92
184· 21
tAPX
184·22
+ APX
184· 23
184· 24
•tAPX
APX
79·' 9
184·25
.APX
77· 93
184· 26
.APX
77· 94
184· 27
.APX
144· 18
148· 42
• APX
APX
82· 84
.APX
82· 85
.APX
82· 86
.APX
82· 87
.APX
82·88
82· 89
• APX
.APX
98· 38
133· 49
• APX
.APX
133· 50
.AML
77· 73
79· 10
• AML
+AML
77· 74
PHIC 184- ·28
MULB 46- 9
PHIN
VALG
SHWG 43 - 36
SHWG 43- 37
SHWG 43- 38
TFKG
50- 21
TFKG 56- 3
SHWG 54- 8
SHWG 56- 62
TFKG
44 - 73
TFKG
50- 22
TFKG
55 ·110
APX
56- 20
MINA
PHIN
VALG
APX
56- 21
MINA
PHIN
VALG
APX
59- 28
MINA
PHIN

28

YPE No.

IN TYPE NUMBER SEQUENCE
MFRS Pa&Lme
MFflli PRl! Pg&Line TYPE No.
AFYHI.
(cont.)
PH IN

ASZ20N
ASZ21
MUL8
PHIN
ASZ23
MUL8
PHIN
AT209
AT210
AT270
AT275
AT318
AT319
AT321
AT322
AT323
AT324
AT325

VALG
APX
PHIN
VALG
APX
PH IN
VALG
APX
PHIN
VALG
APX
PHIN
VALG
APX
PHIN
VALG
APX
PHIN
VALG
ESMF
MISI
APX
PHIC
RADF
VALG
APX
PHIC
RADF
VALG
APX
PHIC
RADF
VALG
APX
PHIC
RADF
VALG
APX
PHIC
PHIN
MINA
APX
PHIC
VALG
APX
PHIC
VALG
ATEI
ATEI
ATEI
ATEI
ANOA
ANOA
ANOA
ANOA
ANOA
ANOA
ANOA

!H~~

AT328
AT329
43· 67 AT330
48· 4 AT331
54· 70 AT332
49· 25 AT333
AT335
AT336
49- 24 AT337
45·35 AT338
52· 12 AT339
47 - 5 AT340
47 - 7 AT341
AT342
AT343
AT344
117 - 61 AT345
117 - 62 AT346
117 - 63 AT347
117 - 64 AT348
55 - 25 AT349
44 - 8 AT350
50- 82 AT351
165- 29 AT360
AT361
AT362
AT363
AT364
50-101 AT365
165- 19 AT366
AT367
AT368
AT370
AT380
57-106 AT381
165- 30 AT382
AT383
AT384
AT385
AT386
57-110 AT387
165 - 75 AT388
AT390
AT391
AT392
AT393
51- 40 AT394
48-103 AT395
165- 42 AT396
48-105 AT397
165 - 78 AT398
56- 61 AT400
47 - 83 AT401
56- 64 AT402'
49- 74 AT403
59- 29 AT404
165- 31 AT405
AT410
59· 30 AT412
165- 74 AT413
AT414
59- 31 AT415
166- 8 AT416
AT417
56- 15 AT420
AT421
AT422
56- 16 AT423
AT424
AT425
56 - 17 AT430
AT431
AT432
54· 40 AT433
AT434
117 - 65 AT435
163- 68 AT436
AT440
AT441
118- 20 AT442
AT443
AT444
AT445
118- 21 AT450!Zl
163· 69 AT450%
AT451
AT452
118- 22 AT453
163- 70 AT454
AT455
AT460
47- 4 AT461
AT462
AT463
48· 2 AT464
47- 32 AT465
AT466
AT467
181- 6 AT468
AT470
AT471
52- 75 AT472
52- 76 AT473
52- 81 AT474
52- 82 AT475
82· 61 AT476
82- 62 AT477
82- 63 AT478
82- 64 AT480
82- 65 AT481
82- 66
82- 67 1!!482
T483

"",.Registered with JEDEC
by this manufacturer

IN TYPE NUMBER SEQUENCE
No.

!~g! ~~: ~~ !i~~~

ANOA
ANOA
ANOA
ANOA
ANOA
ANOA
ANOA
ANOA
ANOA
ANOA
ANOA
ANOA
ANOA
ANOA
ANOA
ANOA
ANOA
ANOA
ANOA
ANOA
ANOA
ANOA
ANOA
ANOA
ANOA
ANOA
ANOA
ANOA
ANOA
ANOA
ANOA
ANOA
ANOA
ANOA
ANOA
ANOA
ANOA
ANOA
ANOA
ANOA
ANOA
ANOA
ANOA
ANOA
ANOA
ANOA
ANOA
ANOA
ANOA
ANOA
ANOA
ANOA
ANOA
ANOA
ANOA
ANOA
ANOA
ANOA
ANOA
ANOA
ANOA
ANOA
ANOA
ANOA
ANOA
ANOA
ANOA
ANOA
ANOA
ANOA
ANOA
ANOA
ANOA
ANOA
ANOA
ANOA
ANOA
ANOA
ANOA
ANOA
ANOA
ANOA
ANOA
ANOA
ATEI
ANOA
ANOA
ANOA
ANOA
ANOA
ANOA
ANOA
ANOA
ANOA
ANOA
ANOA
ANOA
ANOA
ANOA
ANOA
ANOA
ANOA
ANOA
ANOA
ANOA
ANOA
ANOA
ANOA
ANOA
ANOA
ANOA
ANOA

29

82· 58
82· 41
82· 59
63- 26
63· 27
63- 28
82- 68
82- 42
82- 60
79- 75
82- 69
79- 76
82- 70
76- 65
76- 66
83- 9
76- 67
76- 68
82- 71
82- 72
82- 73
99- 60
99 - 61
100- 44
100- 45
100- 46
100- 47
100- 48
100- 49
100- 50
100- 51
100- 52
92- 7
93- 57
93- 58
93- 59
93- 60
93 - 61
93 - 62
93- 63
93- 64
93- 65
69- 39
69- 40
69- 41
69- 42
69- 43
69- 44
69- 45
69- 46
69- 47
86- 74
86- 75
86- 76
86- 77
86· 78
86- 79
64- 91
64- 92
64- 93
64- 94
64- 95
64- 96
64- 97
91- 69
91- 70
91· 71
91- 72
91- 73
91- 74
67· 35
67- 36
67- 37
67- 38
67· 39
67- 40
67 - 41
99- 36
99· 37
99- 38
99· 39
99- 40
99- 41
61- 58
117· 66
61· 59
61- 60
61- 61
62·105
62-106
71· 61
71- 62
71· 63
71- 64
71· 65
71- 66
71- 67
71- 68
71- 69
100-107
100·108
100-109
100-110
101· 1
101- 2
101- 3
101- 4
101· 5
71- 27
71· 28
71- 29
71- 30

AT490
AT491
AT492
AT493
AT494
AT495
AT520
AT1138
AT1138A
AT1138B
AT1833
AT1834
AU10l

MFR:> Pa&Line
ANOA
ANOA
ANOA
ANOA
ANOA
ANOA
ANOA
ANOA
ANOA
ANOA
ANOA
ANOA
PHIN
VALG
PHIN
VALG
APX
PHIC
VALG
PHIC
PHIN

91- 23
91- 24
91- 25
91- 26
91- 27
91- 28
82·106
117 - 67
117·68
117- 69
117- 70
117 - 71
116- 79

AU105

SHW~

AU106
AU107
AU108
AUll0
AUlll
AUl12
AUY10

ATEI
ATEI
ATEI
ATEI
ATEI
ATEI
APX
PHIN
VALG
SHWG
SHWG
SHWG
SHWG
ATEI
SHWG
ATEI

116165 117 117 117 117117 117 114-

81
65
74
75
76
77
78
79
2

114117 117 117 117 117 117 117117 117 114ATEI 114ATEI 118TFKG 113+SOD 116+SOD 118+SOD 122.SOD 137 +SOD 137 SOD 137 SOD 137 SOD 137SOD 137 SOD 137SOD 137SOD 137SOD 138SOD 138SOD 138SOD 138·
SOD 138SOD 138SOD 138SOD 138·
SOD 138SOD 146SOD 146SOD 146·
SOD 146SOD 146·
SOD 146SOD 146SOD 146·
SOD 146SOD 138SOD 138·
SOD 139SOD 139SOD 139SOD 139SOD 139·
SOD 139SOD 139SOD 146SOD 146·
SOD 146SOD 146SOD 146SOD 146SOD 146SOD 146·
SOD 144SOD 144SOD 144·
SOD 144SOD 144SOD 144SOD 144SOD 144SOD 144SOD 137SOD 137·
SOD 137SOD 137·
SOD 137·
SOD 137SOD 137 SOD 137SOD 137SOD 137·

40
80
81
82
83
84
85
86
87
88
41
42
23
93
82
96
36
22
23
24
25
26
27
28
29
30
45
46
47
48
49
50
51
52
53
76
77
78
79
80
81
82
83
84
54
55
25
26
27
28
29
30
31
85
86
87
88
89
90
91
92
19
20
21
22
23
24
25
26
27
31
32
33
34
35
36
37
38
39
40

AU102
AU103
MULB
PHIN
AU104

MUL8
AUY18
AUY19
AUY20
AUY21
AUY21A
AUY22
AUY22A
AUY28
AUY29
AUY34
AUY35
AUY36
AUY37
AUZll
81085
81178
81181
B3465
83466
83531
B3532
83533
83534
83535
B3536
B3537
83538
83539
83540
83541
83542
83543
B3544
83545
B3546
83547
83548
83549
83550
83551
83552
B3553
83554
83555
83568
83569
83570
83571
83572
83573
83574
B3575
83576
83577
83578
83579
83580
B3581
83582
83583
83584
83585
83586
B3587
B3588
B3589
B3590
B3591
83592
B3593
B3594
B3595
B3596
83597
B3598
B3599
83600
83601
83602
83603

~YPE

No.

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

~~W~
~~~~

116- 80
117· 72
166- 74
117· 73

MFRS l]'g&Llne

~gg

B3606
B3607
B3608
B3609
B3610
B3611
B3612
B3613
B3614
B3615
B3616
B3617
B3618
B3619
B3620
B3621
83622
83623
83624
83625
83626
83746
83747
83748
83749
83750
85000
85001
85002
85021
85022
85031
85032
85041
85042
85051
85052
810474
810475
810912
810913
8102000
8102001
8102002
8102003
8103000
8103001
8103002
8103003
8103004
8113000
8113001
8113002
8113003

SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
+ SOD
+SOD
+SOD
+SOD
+SOD
+SOD
+SOD
+SOD
+ SOD
+SOD
+SOD
+ SOD
+ SOD
+ SOD
+ SOD
+SOD
+SOD
+ SOD
+ SOD
+SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
• SOD
+ SOD
+SOD
+ SOD

8113004

+ SOD

8113005

+ SOD

8143000
8143001
8143002
B143003
8143004
B143005
8143006
8143007
8143008
8143009
8143010
8143011
8143012
8143013
8143014
8143015
8143016
8143017
8143018
8143019
8143020
8143021
8143022
8143023
8143024
8143025
8143026
B143027
B143028
8143029
8144000
8144001
8144002
B144003
B144004
B144005
B144006
B144007
B144008
B145000
B145001
8145002
B145003
B145004
B145005
8145006
B145007
B145008
B145009
8145010
B145011
8145012
B145013

+SOD
• SOD
+ SOD
+ SOD
+SOD
+SOD
+SOD
+SOD
+ SOD
+ SOD
+SOD
+ SOD
+ SOD
+ SOD
+ SOD
+ SOD
+ SOD
+ SOD
+SOD
+SOD
+ SOD
+ SOD
+SOD
+SOD
+SOD
+SOD
+SOD
+SOD
+SOD
+SOD
+SOD
+ SOD
+SOD
+SOD
+SOD
+SOD
+ SOD
+SOD
+ SOD
+ SOD
+ SOD
+SOD
+SOD
+SOD
+SOD
+SOD
+SOD
+SOD
+SOD
+SOD
+SOD

agg

+-Indicates manufacturer's data sheet available
in Transistor Information Microfile (TIM)

m:~i

137- 43
137 - 44
137- 45
137· 46
137· 47
137- 48
137- 49
137- 50
137- 51
137 - 52
137 - 53
137 - 54
144- 28
144- 29
144- 30
144 - 31
144- 32
144 - 33
144 - 34
144- 35
144- 36
158- 43
132· 99
132·100
137- 55
137- 56
149- 99
145- 80
145 - 81
145- 82
145- 83
145- 84
145- 85
145- 86
145- 87
145- 88
145- 89
116- 83
115- 90
117- 89
117- 90
119- 33
119- 34
119- 35
119- 36
119- 37
119- 38
119- 39
119- 40
119- 41
121- 13
121- 14
121- 15
121- 16
162- 51
121- 17
162- 52
121- 18
162· 53
139· 32
139- 33
139· 34
139- 35
139- 36
139- 37
139- 38
139- 39
139- 40
139- 41
139- 42
139- 43
139- 44
139- 45
139- 46
139- 47
139- 48
139- 49
139- 50
139- 51
139·.52
139- 53
139- 54
139- 55
139- 56
139- 57
139- 58
139· 59
139· 60
139- 61
146· 93
146- 94
146- 95
146- 96
146- 97
146- 98
146· 99
146-100
146-101
146-102
146-103
146·104
146-105
146-106
146-107
146-108
146-109
146-110
147- 1
147· 2
147- 3
147 - 4
147· 5

TYPE No.

l:l:~gJ6
B146001
B146002
B146003
B146004
B146005
B146006
B146007
8146008
B146009
B146010
B146011
B146012
B146013
B146014
B148000

.

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

MFRS Po&Line TYPE No.

:~gg

m:4~ IB~~~~)

148- 44
148- 45
148- 46
148- 47
148 - 48
• SOD 148- 49
.SOD
.SOD 148- 50
.SOD 148- 51
.SOD 148 - 52
148- 53
• SOD 148- 54
• SOD
148 - 55
• SOD 148 - 56
.SOD
.SOD 148 - 57
151- 22
• SOD
170- 64
B148001
151- 23
• SOD 170- 65
B148002
151· 24
• SOD 170- 66
151- 25
B148003
• SOD
170- 67
151- 26
B148004
• SOD
170- 68
B149000
145
• SOD 145 -- 24
B149001
25
•
SOD
145- 26
B149002
• SOD 145 - 27
B149003
•
SOD
B149004
145 - 28
• SOD 145- 29
B149005
• SOD 151- 27
B170000
• SOD 151- 28
B170001
• SOD 151- 29
B170002
• SOD
B170003
151- 30
• SOD 151 - 31
B170004
• SOD 151- 32
B170005
•
SOD
B170006
151- 33
• SOD 151· 34
B170007
• SOD 151 - 35
B170008
• SOD 151- 36
B170009
.SOD
151- 37
B170010
• SOD 151 - 38
.SOD
B170011
.SOD 151- 39
B170012
151- 40
B170013
• SOD 151 - 41
.SOD
B170014
151 - 42
B170015
•.SOD
SOD 151- 43
B170016
.SOD 151 - 44
B170017
151- 45
B170018
• SOD 161- 35
.SOD 151 - 46
B170019
161- 60
151- 47
B170020
• SOD 161- 82
151- 48
B170021
• SOD 161- 36
151 - 49
B170022
• SOD 161- 61
.SOD 151- 50
B170023
161- 83
151 - 51
B170024
• SOD 161- 37
151- 52
B170025
• SOD 161- 62
151- 53
B170026
• SOD 161- 84
151- 54
B176000
• SOD 151- 55
B176001
• SOD 151- 56
B176002
• SOD 151· 57
B176003
• SOD 151- 58
B176004
• SOD 151- 59
B176005
•
SOD 151- 60
B176006
•
SOD 151- 61
B176007
• SOD 151- 62
B176008
• SOD 151- 63
.SOD
B176009
151· 64
B176010
• SOD 151 - 65
.SOD
B176011
151- 66
B176012
• SOD 151- 67
.SOD
B176013.
.SOD 151- 68
B176014
151- 69
B176015
•.SOD
SOD 151- 70
B176024
.SOD 151- 71"
B176025
151- 72
B176026
• SOD 151- 73
B176027
• SOD 151- 74
.SOD
B176028
.SOD 151- 75
B176029
153- 45
BI77000
• TFKG
SOD
96-109
BC100
166- 35
85- 71
BC107
APX
ATEI
BEll
MINA
ESMF
MISI
MULB
PHIC
NTLB
RADF
PHIN
SHWG
STCB
TADI
TIIB
VALG
ESMF 87 - 7
BC107A
MISI
INTG
RADF
TFKG
ESMF 87- 8
BC107B
MISI
INTG
RADF
TFKG
APX
85- 72
BC108
ATEI
BEll
ESMF
MINA
MULB
MISI
PHIC
NTLB
cont.next col.
• SOD
• SOD
• SOD
.SOD

D.A. T.A. INC.

RADF
STCB
TIIB
BC108A
INTG
RADF
BC108B
INTG
RADF
BC108C
INTG
BC109

ATEI
ESMF
MISI
NTLB
PHIN
SHWG
TIIB
BC109B
INTG
RADF
BC109C
INTG
RADF
BC110
BC112
BC113
BC114
BCl15
BCl16
BCl17
BC118
BCl19
BC120
BC121
BC122
BC123
BC125
BC126
BC127
BC128
BC129
BC130
BC131
BC132
BC134
BC135
BC136
BC137
BC138
BC139
BC140

PHIN
SHWG
TADI
VALG
ESMF
MISI
TFKG
ESMF
MISI
TFKG
ESMF
MISI
RADF
APX
BEll
MINA
MULB
PHIC
RADF
STCB
VALG
ESMF
MISI
TFKG
ESMF
MISI
TFKG
SHWG
TFKG
VALG
SGSI
SGSI
SGSI
SGSI
SGSI
SGSI
SGSI
SGSI

~~~§

SHWG
SGSI
SGSI
SGSI
SGSI
TFKG
TFKG
TFKG
SGSI
SGSI
SGSI
SGSI
SGSI
SGSI
SGSI
SHWG

BC140C
BC140D
BC141
BC142
BC143
BC144
BC145
BC146
MULB
BC147
BELl
MULB
RADF
BC147A
BC147B
BC148
BEll
MULB
RADF
TFKG
BC148A
BC148B
BC148C
BC149
BEll
MULB
RADF
TFKG
BC149B
BC149C
BC153
BC154
BC155
BC156
BC157
PHIC
SHWG
BC158
PHIC
SGSI
BC158A
BC158B
BC159
cont.next col.

"~~~f.)
87- 9
87- 10
87 - 11
85 - 73

87 - 12
87· 13
85 - 32
727777·
84 64 847810010072727284647272767676777878 856410071·
134 170132·

18
95
54
32
98
33
78
28
29
62
63
64
34
99
45
83
29
30
31
75
79
80
21
16
30
18
78
17
56

SHWG
TFKG
SHWG 132- 57
TFKG
SHWG 134 - 79
170- 18
SGSI 100- 31
SGSI
71- 23
SGSI
99- 22
84- 35
SGSI
APX
72- 19
RADF
APX
81- 30
MINA
PHIC
SHWG
VALG
BELl
81- 31
RADF
BEll
81- 32
RADF
APX
81- 33
MINA
PHIC
SHWG
VALG
BEll
81- 34
RADF
BELl
81· 35
RADF
BELl
81- 36
RADF
APX
81- 37
MINA
PHIC
SHWG
VALG
BEll
81- 38
RADF
BEll
81- 39
RADF
SGSI
61- 52
SGSI
61- 66
TFKG 73- 82
TFKG 72- 42
MINA 62- 4
RADF
TFKG
MINA 62- 5
RADF

",-,:tUBA

RADF

BC159A
BC159B
BC160-6
BC16D-l0
BC160-16
BC161-6
BC161-10
BC161-16
BC16n
BC167iZl
BC16M
BC168iZl
BC1696
BC169iZl
BC170A
BC170B
BC170C
BC171
BC171A
BC171B
BCI72
BCl72A
BCI72B
BCI72C
BC173
BCI73B
BCI73C
BC174A
BC174B
BCl77
BEll
MINA
PHIC
SHWG
BCI77A
BCl77B
BCl77V
BCl77VI
BC178
BEll
MINA
PHIC
SHWG
BC178A
MISI
BC178B
MISI
BC178V
BC178VI
BC179
BEll
MINA
PHIC
SHWG
BC179A
ESMF
BC179B
MISI
BC182
MISI
BC182L
BC183
MISI
BC183L
BC184
MISI
BC184L
BC186
BC192
BC196A
BC196B
BC196VI
BC197
BC198
BC199
BC200
BC201
BC202
BC203
BC204A
BC204B
BC204V
BC204VI
BC205A
BC205B
BC205V
BC205VI
BC206B

~~~~

BC207A

RADF
RADF
MINA

63- 18
63- 19 BC207B
62- 6

6·Registered with JEDEC
by this manufacturer

IN TYPE NUMBER SEQUENCE

MFRS Pa&Line TYPE No.
PHIC
SHWG
TFKG
RADF
RADF
INTG
INTG
INTG
INTG
INTG
INTG
SHWG
TFKG
SHWG
TFKG
SHWG
TFKG
INTG
INTG
INTG
STCB
INTG
INTG
STCB
INTG
INTG
INTG
STCB
INTG
INTG
INTG
INTG
APX
ESMF
MISI
RADF
VALG
ESMF
MISI
ESMF
MISI
ESMF
MISI
ESMF
MISI
APX
ESMF
MISI
RADF
VALG
ESMF
RADF
ESMF
RADF
ESMF
MISI
ESMF
MISI
APX
ESMF
MISI
RADF
VALG
BEll
MISI
RADF
ESMF
RADF
ESMF
TIIB
TIIB
ESMF
TIIB
TIIB
ESMF
TIIB
TIIB
MINA
INTG
TFKG
TFKG
TFKG
TFKG
TFKG
TFKG
APX
RADF
SHWG
SHWG
SHWG
ESMF
MISI
ESMF
MISI
ESMF
MISI
ESMF
MISI
ESMF
MISI
ESMF
MISI
ESMF
MISI
ESMF
MISI
ESMF
MISI
ESMF
MISI
ESMF
MISI

30

BC208B
63- 20
63- 21
71- 39
71- 40
71 - 41
71 - 42
71· 43
71- 44
76- 58
81- 21
76- 59
81- 22
76- 60
81- 40
85 - 33
85 - 34
85 - 35
78 - 45
86- 80
86,81
78- 46
86· 82
86- 83
86- 84
78· 47
87· 14
87 - 15
86- 29
86· 30
64·100

BC208C
BC209B
BC209C
BC210
BC211
BC212K
BC212KA
BC212KB
BC212L
BC212LA
BC212LB
BC213K
BC213KA
BC213KB
BC213KC
BC213L
BC213LA

64-101 BC213LB
64-102 BC213LC
64-103 BC214K
64-104 BC214KB
64-105 BC214KC
BC214L
BC214LB
64-106
BC214LC
64 -107
BC215A
64-108
BC215B
64-109
BC216A
64-110 8C216B
BC220
BC221
BC222
BC225
64- 36 BC237
BC238
65-

1
BC239

85 - 74
85 - 75
85 - 76
85- 77
85- 78
85 - 79
84-102
69- 48
60- 11
60- 12
60- 13
72- 23
72- 24
72- 25
60- 10
63636365·

46
47
48
2

65- 3
65- 4
65- 5
65- 6
65- 7
65- 8
65- 9
65- 10
87 - 16
87 - 17

BC250A
BC250B
BC250C
BC251A
BC251B
BC251C
BC252A
BC252B
BC252C
BC253A
BC253B
BC253C
BC256A
BC256B
BC257
BC258
BC259
BC260A
BC260B
BC260C
BC261A
BC261B
BC261C
BC262A
BC262B
BC262C
BC263A
BC263B
BC263C
BC266A
BC266B
BC267
BC268
BC269
BC270
BC280A
BC280B
BC280C
BC281A
BC281B
BC281C
BC282
BC283
BC284A

MFRS pg&Line TYPE No.
57 - 15

MFRS Po&line

~~~F

;:g~;B

ESMF 87 - 19
MISI
ESMF 87 - 20
MISI
ESMF 87- 21
MISI
ESMF 87 - 22
MISI
ESMF 94- 63
MISI
ESMF 100- 32
MISI
TIIB
65- 11
174- 90
TIIB
65- 12
174- 91
TIIB
65- 13
174 - 92
TIIB
65 - 14
174 - 93
TIIB
65 - 15
174- 94
TIIB
65 - 16
174- 95
TIIB
65 - 17
174 - 96
TIIB
65- 18
174- 97
TIIB
65- 19
174 - 98
TIIB
65- 20
174- 99
TIIB
65- 21
174-100
TIIB
65 - 22
174-101
TIIB
65- 23
174 -102
TIIB
65- 24
174-103
TIIB
65- 25
174-104
TIIB
65- 26
174-105
65- 27
TIIB
174 -106
TIIB
65- 28
174-107
TIIB
65- 29
174-108
TIIB
65- 30
174-109
ESMF 69- 63
MISI
ESMF 69- 64
MISI
SGSI 102-109
SGSI 102-110
SGSI
77-107
SGSI
64- 52
SGSI
86- 85
SGSI
61- 74
APX
81- 23
TFKG
APX
81- 24
TFKG
81- 41
APX
TFKG
INTG
64- 77
64- 78
INTG
64- 79
INTG
INTG
65 - 31
INTG
65 - 32
INTG
65- 33
INTG
65- 34
INTG
65 - 35
INTG
65- 36
INTG
65 - 37
INTG
65- 38
INTG
65 - 39
INTG
65- 40
65- 41
SHW
62- 1
SHW
62- 2
SHW
62- 3
INTG
64- 80
64- 81
INTG
64- 82
INTG
INTG
65- 42
INTG
65- 43
65- 44
INTG
INTG
65 - 45
INTG
65- 46
INTG
65· 47
65- 48
INTG
INTG
65- 49
65- 50
INTG
INTG
65- 51
INTG
65- 52
ATEI
85· 80
ATEI
85· 81
ATEI
85- 82
ATEI
85- 83
SGSI
90- 60
SGSI
90- 61
SGSI
90- 62
SGSI
66- 83
SGSI
66- 84
SGSI
66- 85
SGSI
93- 31
68- 12
~g~: 95- 46

BC286
BC287
BC288
BC300
BC301
BC303
BC313

SGSI
SGSI
SGSI
ATEI
ATEI
ATEI
ESMF
MISI
INTG
INTG
INTG
INTG
INTG
INTG
INTG
INTG
INTG
INTG
TIIB

INT~~

BC340-6
BC340-10
BC340-16
BC341-6
BC341-10
BC360-6
BC360-10
BC360-16
BC361-6
BC361-10
BCW25
BCW26
BCW29
BCW29R
BCW30
BCW30R
BCW31
BCW31R
BCW32
BCW32R
BCW33
BCW33R
BCW34
BCW35
BCW36
BCW37
BCY10
PHIC
RADF
BCYll
PHIC
RADF
BCY12
PHIC
RADF
BCY13
BCY14
BCY15
BCY16
BCY17
BCY18

gg: 9;

S~S;

TIIB
APX
RADF
APX
RADF
APX
RADF
APX
RADF
APX
RADF
TIIB
TIIB
TIIB
TIIB
APX
PHIN
VALG
APX
PHIN
VALG
APX
PHIN
VALG

10171101135135 6099-

63
93
41
86
87
5
99

101101101101101717171717195 18495 606060607373 73 73 73 739167 85 6466-

64
65
66
67
68
70
71
72
73
74
24
29
25
46
47
48
49
25
26
27
28
29
30
8
23
84
53
21

66- 22
66- 23

~~~~

9494SH"":~ 94SHW~ 94SHWG 66-

~~~~

48
49
50
51
35

66- 36

TAGS
SHv{~

66- 33

BCY20
BCY21
BCY23
BCY24
BCY25
BCY26
BCY27

TAGS
TAGS
TAGS
TAGS
TAGS

666666666663-

BCY28

TAG~G
SHW
63- 50

BCY19

TAG~~
SHW
66- 29

SH"":.~

30
31
34
37
32
49

TAGS
SHWG 62- 20
TAGS
BCY30
.APX
62- 62
MULB
PHIC
PHIN
RADF
VALG
BCY31
.APX
62- 68
MULB
PHIC
PHIN
RADF
VALG
BCY32
.APX
62·85
MULB
PHIC
PHIN
RADF
TAGS
VALG
BCY33
.APX
62- 66
MULB
PHIC
PHIN
RADF
TAGS
VALG
BCY34
• APX
62 - 84
MULB
PHIC
PHIN
RADF
TAGS
VALG
BCY38
.APX
69-102
MULB
PHIC
PHIN
RADF
VALG
BCY39
.APX
69-103
MULB
PHIC
PHIN
RADF
VALG
BCY40
69-105
.APX
MULB
PHIC
PHIN
RADF
VALG
BCY42
STCB 85 - 36
BCY43
MULB 85 - 37
STCB
69-104
.APX
BCY54
PHIC
MULB
VALG
PHIN
APX
184- 30
BCY55
NTLB
MULB
RADF
PHIC
VALG I
APX
86- 86
BCY56
MINA
RADF
TIIF
VALG
BCY29

+-Indicates manufacturer's data sheet available
in Transistor Information Microfile (TIM)

I

-YPt: No.
.BeYIH MINA

BCY58
BCY58A
BCY58B
BCY58C
BCY580
BCY59
BCY59A
BCY59B
BCY59C
BCY590
BCY65
BCY66
BCY69
BCY70
NTLB
RAOF
BCY71
NTLB
RAOF
BCY72
NTLB
RAOF
BCY78
BCY79
BCY87
MULB
RAOF
BCY88
MULB
RAOF
BCY89
MULB
RAOF
BCY90
BCY90B
BCY91
BCY91B
BCY92
BCY92B
BCY93
BCY93B
BCY94
BCY94B
BCY95
BCY95B
BCY96
BCY96B
BCY97
BCY97B
BCY98B
BCll0
PHIC
RAOF
BClll
MULB
PHIN
BCl12
PHIC
RAOF
BCl13
PHIN
BCl14

PHIN
B0106
B0106A
B0106B
B0107
B0107A
B0107B
B0109
BOllI
B0113
B0115
PHIC
B0121
B0123
B0124
MULB
B0127
B0128
B0129
B0130
B0131
B0132
B0141
B0142
B0144
BOY10

~~~F

~~~G
INTG
INTG
INTG

kNHT~G
TFKG
INTG
INTG
INTG

PHIC
RAOF
PHIC
RAOF

67·03 BDY10A
BDY15B
83·
93·
93·
93·
93·
83·

93·
93·
93·
93·
kNHT~Q 131·
SHWG 131·
ESMF 85·
MISI
MULB 66·
PHIC
TIIB
VALG
MULB 66·
PHIC
VALG
MULB 66·
PHIC
TIIB

VAL~g
SHW
SHW
TFKG
APX
PHIC
VALG
APX
PHIC
VALG
APX
PHIC
VALG
TAGS
TAGS
TAGS
TAGS
TAGS

39
18 BDY15C
19
20 BDY16A
21
40 BDY16B
22 BDY17
PHIC
23
24
25 BDY18
PHIC
27
28
85 BDY19
PHIC
67
BDY23
BDY24
70
BDY25
66 BDY26
BDY27

65·53 BDY28
65·54
BDY34
74· 57 BOY38
MULB
184· 31
RAOF
74· 58 BOY55
184· 32
BOY56
74· 59
184· 33 BOY57
66· 38
68· 76
66· 39
68· 77
66· 40
166· 79
68· 78
166· 80
66· 41
68·79
66· 42
68· 80
66· 43
166· 81
68· 81
166· 82
66· 44
68· 82
66· 45
68· 83
68· 84
62· 60

BOY58
BF108

k~1:~ m:3~

INTG
STCB
INTG
STCB
INTG
STCB
INTG
STCB
MULB
RAOF
VALG
MULB
RADF
VALG
MULB
RAOF
VALG
ESMF
MISI
ESMF
MISI
ESMF
MISI
ESMF
MISI
ESMF
MISI
ESMF
MISI
TFKG
APX
PHIC
VALG
ESMF
MISI
ESMF
MISI
ESMF
MISI
ESMF
MISI
ESMF

(cent.)

MINA
124· 7
140· 34
MULB
124· 8
RADF
140·'35
TFKG
124· 9 BF179
140· 36
MINA
124· 10
PHIC
140· 37
TFKG
151· 79 BF179A
MISI
151· 80 BF179B
MISI
151· 81 BF179C
MISI
157· 17 BF180
ESMF
MISI
PHIC

157· 18
157· 19
BF181

ESMF
MISI
PHIC

157· 20
157·21
BF182
157·22

ESMF
MULB

140· 84
151· 82 BF183
ESMF
MULB
155·106
BF184
155 ·107

BEll
MULB
RAOF
TFKG

154· 76
154· 77 BF185

BEll
MULB
RADF
TFKG

101· 69

BF109

132· 60

BF186
MULB
98· 61
RAOF
135·88 BF194
96·106
BEll
MULB
RAOF
73· 89
TFKG
75· 34 BF195
BEll
MULB
RAOF
TFKG
BF196
PHIC
99· 18
BF197
101· 98
PHIC
101· 89 BF200
89· 85
ESMF
MISI
89· 88
PHIC
89· 87
89· 86
100· 33 BF206
100· 34 BF207
103· 27
79·101
79· 11
87· 80
76· 46
103· 28
101· 6
101· 7
79·102
79·103
79· 77
76· 44
79· 78
79·79
79· 80
87· 23
76· 40
73· 84

~~~G

BF208
BF209
BF212
BF213
BF214
BF215
BF222
BF223
BF224
BF225
BF226
BF229
BF230
BF232
BF234

~~~G

D.A. T.A. INC.

BFI7".

MISI

• NPC
MULB
PHIC
PHIN
VALG
TAGS
SHWG
BF110
SHWG
TAGS
BF111
SHWG
TAGS
BF114
TFKG
TAGS
ESMF
TAGS
BF115l1
MISI
TAGS
BF115~
APX
MINA
TAGS
BEll
MULB
PHIC
PHIN
RAOF
TAGS
SHWG
TAD I
TAGS
TFKG
VALG
TAGS
BF117
INTG
TAGS
STCB
TAGS
INTG
APX
BF118
BF119
INTG
PHIN
BF121
INTG
VALG
INTG
APX
62· 67 BF123
INTG
PHIC
BF125
RAOF
BF127
INTG
BF140
ESMF
VALG
APX
62· 61
MISI
PHIN
BF140A
ESMF
MISI
VALG
APX
60· 24 BFI40R.S
• NPC
SGSI
VALG
BF152
SGSI
APX
60· 25 BF153
BF154
SGSI
VALG
SGSI
STCB 140· 27 BF155
INTG 140· 28 BFI55R.S
• NPC
SGSI
INTG 140· 29 BF156
SGSI
STCB 140· 30 BF157
SGSI
INTG 140· 31 BF158
SGSI
INTG 140· 32 BF159
SGSI
142· 33 BF160
~~~( 144· 37 BF161
SGSI
SGSI
SGSI 144· 38 BF162
SGSI
APX
139· 62 BF163
SGSI
RAOF
BF164
SGSI
MULB 146· 5 BF165
SGSI
171· 22 BF166
APX
MULB 146· 6 BF167
ESMF
MINA
171· 9
MULB
MISI
APX
141· 93
PHIC
PHIC 171·102
SGSI
RAOF
STCB
TFKG
TFKG 126· 82
TIIF
VALG
TFKG 141· 21
TFKG
167· 56 BF168
APX
TFKG 141· 22 BF173
ESMF
MINA
151· 76
MISI
MULB
PHIC
PHIC 143· 40
RAOF
PHIC 127· 25
STCB
TADI
ATEI 151· 77
VALG
TFKG
ATEI 151· 78
SGSI
144· 39 BF174
APX
SGSI
MULB 158· 38 BF175
SGSI
PHIN 162· 97 BF176
APX
BFI77
VALG
MINA
ATEI
MULB 158·39
MULB
PHIC
PHIN 162· 98
RAOF
SHWG
VALG
TFKG
VALG
SHWG 145·30
APX
SHWG 145·31 BF178
cont.next col.

~~~G

BOYll
BOY12
BOY13

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

MFRS Pa&Line TYPE No.

BF235
83· 47
83· 48 BF237
BF238
BF240
BF241
BF244
BF245
BF246
101· 52 BF247
76· 41 BF248
82·107 BF249
98· 39 BF250
BF251
BF252
BF254
98· 40 BF255

l:,.Registered with JEDEC
by this manufacturer

ESMF
MISI
PHIC
SHWG
VALG
ESMF
MULB
RAOF
VALG
ESMF
SHWG
TFKG
ESMF
SHWG
TFKG
ESMF
SHWG
TFKG
APX
MINA
MULB
RADF
TIIB
APX
MINA
MULB
RAOF
APX
MISI
PHIC
RAOF
APX
MISI
PHIC
RAOF
APX
MINA
PHIC
SHWG
VALG
APX
MINA
PHIC
SHWG
VALG
APX
PHIC
VALG
APX
MINA
PHIC
SHWG
VALG
APX
MINA
PHIC
SHWG
VALG
APX
VALG
APX
VALG
APX
MINA
MULB
RADF
TFKG
ESMF
MISI
ESMF
MISI
ESMF
MISI
ESMF
MISI
ESMF
MISI
ESMF
MISI
ESMF
MISI
ESMF
MISI
SGSI
TFKG
TIIB
TIIB
ESMF
MISI
TFKG
TFKG
SHWG
ESMF
MISI
ESMF
MISI
TIIB
TIIB
TFKG
TFKG
TIIB
TIIB
TIIB
TIIB
TIIF
TIIF
TIIF
SGSI
SGSI
APX
TFKG
APX
TFKG

31

~m8

98· 41

133· 36
133· 37
133· 38
75· 95

75· 80

75· 91

75·102

73· 97

BF259
BF260
BF261
BF271
BF287
BF288
BF290
BF291A
BF291B
BF292A
BF292B
BF292C
BF302
BF303
BF304
BF305
BF310
BF311
BFS10
BFS12
BFS13E
BFS13F
BFS13G
BFS14E
BFS14F
BFS14G
BFS15E
BFS15F
BFS15G
BFS16E
BFS16F
BFS16G
BFS17
BFS17R
BFS18
BFS19
BFS20
BFS22

73·94 BFS23

103· 7
81· 29

81· 20

79· 41
79· 60
75· 71

79· 54
75·48
81· 72
79·55
79· 92
79· 81
76· 15
76· 16
76·
93·
92·
92·
76·

39
13
8
53
17

72·
72·
83·
86·

22
20
49
87

86· 88
90·
90·
83·
83·
111·
111·
111·
111·
94·
69·
93·
75·
75·
76·

63
64
35
36
40
41
42
43
6
95
34
81
49
21

76· 19

BFS26E
BFS26F
BFS26G
BFS27E
BFS27F
BFS27G
BFS28
BFS29
BFS29P
BFS30
BFS30P
BFS31
BFS31P
BFS32
BFS32P
BFS33
BFS33P
BFS34
BFS34P
BFS36
BFS36A
BFS37
BFS37A
BFS38
BFS38A
BFS39
BFS40
BFS40A
BFS41
BFS42
BFS43
BFS44
BFS45
8FS46
BFS46A
8FS57
BFS57P
BFS58
BFS58P
BFS59
BFS60
BFS61
BFS67
BFS67P
BFS68
BFS68P
BFV10
BFVll
BFV12
BFV14
BFV16
BFV17
BFV18
BFV20
BFV21
BFV22
BFV25
BFV26
BFV27
BFV28

IN TYPE NUMBER SEQUENCE
MFRS Pa&Line TYPE No.
TIIB
TIIB
TIIB
ATEI
ATEI
SGSI
SGSI
SGSI
SGSI
SGSI
SGSI
SGSI
SGSI
SGSI
ATEI
ATEI
ATEI
ATEI
TFKG
TFKG
SGSI
SGSI
SGSI
SGSI
SGSI
SGSI
SGSI
SGSI
SGSI
SGSI
SGSI
SGSI
SGSI
SGSI
APX
RAOF
APX
APX
APX
APX
RADF
APX
RAOF
SGSI
SGSI
SGSI
SGSI
SGSI
SGSI
APX
TIIB
TIIB
TIIB
TIIB
TIIB
TIIB
TIIB
TIIB
TIIB
TIIB
TIIB
TIIB
FERB
FERB
FERB
FERB
FERB
FERB
FERB
FERB
FERB
FERB
FERB
FERB
FERB
FERB
FERB
FERB
TIIB
TIIB
TIIB
TIIB
FERB
FERB
FERB
TIIB
TIIB
TIIB
TIIB
TIIF
TIIF
TIIF
TIIF
TIIF
TIIF
TIIF
TIIF
TIIF
TIIF
TIIF
TIIF
TIIF
TIIF

BFV29

TlIF

BFV30

TIIF

BFV31

TIIF

BFV32

TIIF

BFV33

TIIF

l~l: ~~

101· 92
75· 96
75·97
81· 76
75·103
75·61
75·106
92· 45
92· 46
101· 19
101· 20
101· 21
75·82
75· 72
75· 73
101· 70
82·108
90· 40
103· 44
71· 75
72· 28
72· 29
72· 30
60· 14
60· 15
60· 16
72· 31
72· 32
72· 33
60· 20
60· 21
60· 22
73· 34
73· 33
73· 22
73· 24
73· 31
136· 87
136· 88
60· 17
60· 18
60· 19
72· 34
72- 35
72· 36
107· 83
85· 86
75· 18
85· 87
75· 19
85· 88
75· 20
65·55
61· 38
65· 56
61· 39
65· 57
61· 40
89·93
89· 94
66· 48
66· 49
90· 6
90· 7
90· 8
66· 60
66· 61
66· 62
89· 96
89· 97
66· 55
66· 56
90· 37
90· 38
80· 93
73· 75
81· 8
73· 79
96· 20
96· 21
96· 22
109· 86
107· 47
109· 87
107· 48
75·25
75·26
75·36
74· 89
73·105
74·94
75·21
61· 35
61· 36
61· 37
61· 23
61· 24
75·62
179· 75
75· 63
179· 54
61· 45
178· 78
61· 31
172· 35
61· 42
178· 23
61· 43
178· 24
61· 32

MFRS Pa&Line

BFV34

TIIF

BFV35

TIIF

BFV36

TIIF

BFV37

TIIF

BFV38

TIIF

BFV40
BFV41
BFV42

TIIF
TIIF
TIIF

BFV43

TIIF

BFV44

TIIF

BFV45
BFV46

TIIF
TIIF

BFV47
BFV49

TIIF
TIIF

BFV50

TIIF

BFV51

TIIF

BFV52

TIIF

BFV53

TIIF

BFV54

TIIF

BFV55

TIIF

BFV59
BFV60
BFV61
BFV62
BFV70
BFV71
BFV73
BFV73N
BFV75
BFV76
BFV80
BFV81

TIIF
TIIF
TIIF
TIIF
TIIF
TIIF
TIIF
TIIF
TIIF
TIIF
TIIF
TIIF

BFV81A

TIIF

BFV81B

TIIF

BFV82
BFV82A
BFV82B

TIIF
TIIF
TIIF

BFV82C

TIIF

BFV83
BFV83A

TIIF
TIIF

BFV83B

TIIF

BFV83C

TIIF

BFV85

TIIF

BFV85A

TIIF

BFV85B

TIIF

BFV85C

TIIF

BFV850
BFV85E
BFV85F
BFV85G
BFV86

TIIF
TIIF
TIIF
TIIF
TIIF

BFV86A

TIIF

BFV86B

TIIF

BFV86C

TIIF

BFV87

TIIF

BFV87A

TIIF

BFV87B

TIIF

BFV88

TIIF

BFV88A

TIIF

BFV88B

TIIF

BFV88C

TIIF

BFV89

TIIF

BFV89A

TIIF

BFV91

TIIF

BFV91N

TIIF

BFV92

TIIF

BFV92N

TIIF

",Indicates manufacturer's data sheet available
in Transistor Information Microfile (TIM)

.!!~- 50
190· 9
60· 51
190· 10
60· 52
190· 11
74· 78
190· 12
74· 79
190· 13
75·27
75·37
75· 50
178· 43
75· 40
176· 96
75·41
176· 97
75· 38
75· 42
177· 28
75·51
75· 28
174· 32
75· 22
173· 45
73·106
160· 59
75·23
173· 37
73·107
160· 60
75·39
176· 24
75·24
173· 42
75· 83
73·108
73·109
73·110
190· 79
190· 80
190· 81
190· 82
190· 83
190· 84
75· 64
65- 77
178· 99
65· 78
178·100
65· 79
178· 69
64· 39
64· 40
64· 41
172· 33
64· 42
172· 34
87·24
87·25
177· 29
87· 54
177·106
87·55
178· 5
91· 75
175· 66
91· 76
175· 67
91· 77
175·68
92· 9
176·104
84· 13
84· 14
84·103
84·104
67·42
174· 33
67· 43
174· 34
67·44
174· 35
67·45
174· 36
87· 81
178· 44
87· 98
179· 55
87· 99
179· 56
91· 29
175· 3
91· 78
176· 25
91· 79
176· 26
91· 80
176· 27
83· 99
190· 14
83·100
190· 15
69· 98
178·101
190· 85
69· 99
178·102
190· 86
94· 17
178· 6
94· 18
178· 7

YPE No.

Ig~~~~A

:m~

BFV93AN
BFV93N

TIIF
TIIF

BFV94

TIIF

BFV94N

TIIF

BFV95

TIIF

BFV95N

TIIF

BFV96

TIIF

BFV96N

TIIF

BFV97
BFV97N
BFV9B
BFV98N
BFW10
MUlB
RADF
BFWll
MUlB
RADF
BFW16
MUlB
RADF
BFW17
MUlB
RADF
BFW19
BFW20
BFW21
BFW22
BFW23
BFW24
BFW25
BFW26
BFW29
BFW30
MUlB
RADF
BFW31
BFW32
BFW33
BFW36
BFW37
BFW39
BFW39A
BFW40
BFW40A
BFW43
BFW44
BFW45
MUlB
BFW51
BFW51A
BFW52
BFW52A
BFW54
BFW55
BFW56
BFW57
BFW58
BFW59
BFW60
BFW61
MUlB
RADF
BFW63
BFW64
BFW68
BFW70
BFW96
BFW98
BFXll
BFX12
RADF
TIIF
BFX13
RADF
TlIF
BFX15
BFX16
BFX17
BFX18
BFX19
BFX20
BFX21

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

MFRS Pa&Line TYPE No.

TIIF
TIIF
TIIF
TIIF
APX
PHIC
VAlG
APX
PHIC
VAlG
APX
PHIC
VAlG
APX
PHIC
VAlG
SGSI
SGSI
TIIF
SGSI
TIIF
SGSI
TIIF
SGSI
TIIF
SGSI
SGSI
SGSI
lTTF
TIIF
APX
PHIC
VAlG
TIIB
TIIF
TIIB
TlIF
SGSI
TlIF
lTTF
lTlF
SGSI
TIIF
SGSI
SGSI
TIIF
SGSI
SGSI
SGSI
APX
RADF
SGSI
SGSI
SGSI
SGSI
TIIB
TIIB
TIIB
MUlB
PHIC
MUlB
PHIC
MUlB
PHIC
MUlB
PHIC
APX
PHIC
VAlG
SGSI
SGSI
SGSI

1~~: 8j

190· 88
94- 8
175- 69
94- 9
175- 70
94· 10
175 - 71
69- 96
175- 72
190· 89
69- 97
175 - 73
190- 90
93-106
173 - 38
93-107
173 - 39
94- 26
94- 27
93- 37
93- 38
109- 88

RADF
BFX30
NTLB
TIIB
BFX31
BFX32
BFX33
BFX34
BFX35
TIIB
BFX36
BFX37
BFX38
BFX39
BFX40
BFX41

109- 89 BFX43
MINA
PHIC
99- 45 BFX44
MINA
PHIC
99- 44 BFX45
BFX48
98-102
66- 93 BFX49
BFX50
66- 94
BFX51
66-102 BFX52
66·103 BFX55
BFX59
101- 8 BFX60
101- 36 BFX61
101- 9
98 - 16 BFX62
BFX63
83- 32
MUlB
RADF
BFX66
70- 49
172- 65 BFX67
96- 23 BFX68
172- 66
100- 75 BFX68A
BFX69
98- 42
98- 36 BFX69A
184- 34 BFX70
184- 35 BFX71
184- 36
BFX72
184- 37
69· 12 BFX73
71- 20
101- 99 BFX74
184184184184 10910910985 -

38
39
40
41
90
91
92
22

BFX74A
BFX77
BFX79
BFX80
BFX81
BFX84
MUlB

85 - 23
85 - 24 BFX85

MUlB
85 - 25
BFX86
MUlB

109- 93

757592175 SGSI
81RAoF 107 RADF 88SGSI
70TIIF
184 MUlB 65TIIB
VAlG
MUlB 65TIIB
VAlG
TIIF
97 184 SGSI 184 TIIF
SGSI 102SGSI
79 TlIF
SGSI
79SGSI
79SGSI
79-

D.A. T.A. INC.

BFX211 NTlB

BFX87
NTlB
84
TIIB
92
54
87 BFX88
NTlB
75
TIIB
84
23 BFX89
38
MUlB
42
PHIN
TFKG
59
BFX90
BFX91
61 BFX92
BFX92A
78
43 BFX93
44
BFX93A
54
BFX94
42
43 BFX95
44
45 BFX96

~~~B

IU-

Z~ Its~XIII

TIIB
VAlG
MUlB 70- 7
RADF
VAlG
76- 45
SGSI
TFKG 88- 14
TFKG 134- 80
SGSI 103- 6
170- 86
69- 86
SGSI
TIIF
70-107
SGSI
TIIF
184- 45
MUlB 66- 95
TIIF
SGSI
71- 76
TIIF
171- 72
71- 77
SGSI
171- 73
TIIF
SGSI
71- 78
171- 74
SGSI
71- 79
171- 75
APX
92- 94
MUlB
TlIF
APX
92- 95
MUlB
TIIF
RADF 73- 67
VAlG 173- 46
SGSI
67·102
178- 93
RADF 133- 51
RADF 90- 9
172- 98
RADF 135- 31
RADF 90- 10
172- 99
SHW~ 134- 81
74
SH~~~ 81SHW
81- 71
ESMF 135- 32
MISI
SHWG 75 - 93
108- 58
APX
PHIC
VAlG
SGSI
94- 83
TIIF
SGSI 190- 91
SGSI
99- 29
TIIF
SGSI 101· 71
SGSI 101· 42
TIIF
SGSI 101· 51
95 - 94
SGSI
TlIF
184·46
SGSI
95 - 95
TlIF
184- 47
SGSI
95- 96
TIIF
184 - 48
SGSI
80- 2
TlIF
SGSI
98· 24
TIIF
SGSI
71· 90
TIIF
ESMF 79- 12
MISI
SGSI 181- 56
SGSI 181- 57
SGSI 181- 58
TIIF
MINA 100· 76
NTlB
TIIB
MINA 100- 77
NTlB
TIIB
MINA 100- 78
NTLB
TIIB
MUlB 70- 94
RADF 171- 57
TIIF
VAlG
MUlB 70- 95
RADF 171· 58
VAlG
APX
80- 57
PHIC
RAoF
VAlG
SGSI
69- 13
SGSI
71- 21
SGSI
84 - 46
TIIF
90- 95
SGSI
TIIF
84- 47
SGSI
TIIF
SGSI
90- 96
TIIF
SGSI
96· 58
TlIF
SGSI
96- 59
TIIF
SGSI 102- 55
TIIF

l:,.Registered with JEDEC
by this manufacturer

BFX98
BFX99
BFY10

MUlB
PHIN
TIIF

BFYll
MUlB
PHIN
TIIF
BFY12
BFY13
BFY14
BFY17
BFY18
BFY19
TIIB
BFY20
BFY26
BFY27
BFY33
BFY34
BFY37
BFY39
MISI
BFY39/1
STCB
BFY39/11
BFY39/111
BFY40
BFY41
STCB
BFY43
BFY44
MUlB
RADF
BFY45
BFY46
BFY47
BFY48
BFY49
BFY50
INTG
MUlB
PHIC
RADF
TIIF
BFY51
INTG
MUlB
PHIC
RADF
TIIF
BFY52
INTG
MUlB
PHIC
RADF
TIIF
BFY53
BFY56
TIIB
BFY56A
BFY57
BFY63
BFY64
TIIB
BFY65
BFY67
PHIC
BFY67A
BFY67C
BFY68A
BFY69
BFY70
MUlB
RADF
BFY72
BFY74
BFY75
BFY76
BFY77
BFY78
BFY79
BFY80
BFY81

~~~I
SGSI
SGSI
TIIF
APX
PHIC
RADF
VAlG
APX
PHIC
RADF
VAlG
SHWG
SHWG
SHWG
STCB

100- 35 BFY83
95- 97
184- 49 B"Y84
84-105
BFY85
BFY86
84-106

99- 33
99- 34
99- 35
98- 65
175 - 34
STCB 86- 67
TIIB
175- 36
STCB 87- 82
TIIF
STCB 184- 60
TIIB
91- 30
173- 66
TADI
91- 81
TFKG
SHWG 99- 26
TIIF
SHWG 99- 27
TIIF
TIIF
86- 31
ESMF 85- 89
TIIF
INTG
85- 90
VAlG
INTG
85· 91
VAlG
INTG
85· 92
VAlG
INns 101- 10
TIIF
99- 98
INTG
TIIF
STCB 101- 11
APX
134 - 82
PHIN
TIIF
VAlG
SHWG 98- 62
SHWG 99- 30
TIIF
SHWG 72- 46
SHWG 72- 47
SHWG 72- 48
APX
101- 12
MINA 170- 40
NTlB
PHIN
TIIB
VAlG
APX
100- 79
MINA 169- 77
NTlB
PHIN
TIIB
VAlG
APX
100- 80
MINA 169 - 78
NTlB
PHIN
TIIB
VAlG
NTlB 100- 81
SGSI 101- 53
TIIF
171- 10
SGSI 101- 54
SGSI 100- 36
TIIF
lTTF
98-100
SGSI
71- 35
SGSI
TIIF
174- 80
TFKG 98-108
TIIF
APX
101- 13
RADF
TIIF
TIIF
99- 23
VAlG
TIIF
99- 24
VAlG
VAlG 99- 25
TFKG 72- 38
APX
134 - 83
PHIN
TIIF
VAlG
SGSI 102- 70
TIIF
176- 54
SGSI
92- 42
SGSI
92- 43
SGSI
90· 84
TIIF
SGSI
90- 89
TIIF
SGSI
88- 20
TIIF
SGSI
87 - 83
TFKG 83- 41
TIIF
SGSI 184- 51
TIIF

32

No.

B~y~z

luz· 50

BFY88
BFY90
MUlB
PHIN
TFKG
BFY90B
BFY91
BFY92
BFY99
BlY12
BlY14
MUlB
RADF
BlY15A
BlY17
MUlB
RADF
BlY17A
BlY17C
BlY20
BlY21
BlY22
BlY33
BlY34
BlY35
BlY36
BlY37
BlY38
BlY40
BlY47
BlY47A
BlY48
BlY48A
BlY49
BlY49A
BlY50
BlY50A
BlY53
BlY61
BlY62
BlY63
BlY76
BlY87
BlY88
BlY89
BlY91
BlY92
BlY93
BN209
BPX25
BPX29
BPX30
BPY60
BPY61/1
BPY61/11
BPY61/111
BPY62/1
BPY62/11
BPY62/111
BPY65
BR100B
BR100D
BR101B
BR101D
BSV21
BSV35
BSV35A

IN TYPE NUMBER SEQUENCE
MFRS ~&Line TYPE No.
ts:;V36

MFRS Pa&Line

~~~I

1~4- ~z

SGSI
TIIF
SGSI
TIIF
TFKG
TIIF
TFKG
TIIF
TFKG
APX
PHIC
RADF
TIIB
VAlG
MUlB
STCB
TIIF
STCB
TIIF
SHWG
STCB
APX
PHIN
VAlG
STCB
APX
PHIN
VAlG
MUlB
RADF
RADF
RADF
VAlG
RADF

184- 53 BSV37

FERB

184- 54 BSV38

TIIB

83184831848080-

37
55
38
56
3
19

BSV38P

TIIB

BSV39
BSV39P
BSV62

TIIB
TIIB
APX

BSV53

TIIB

BSV53P

TIIB

80- 20 BSV54
184- 57
BSV54P
184 - 58
BSV55
133- 52
144- 40 BSV55A
140- 85
BSV55AP

TIIB

140· 38 BSV55P
151- 83
BSW10

TFKG

149-100 BSWll

TFKG

149-101 BSW12
140- 86
BSW19
140- 87
BSW21
139· 63
MUlB 135· 89 BSW21A
RADF 173· 62
MUlB 135- 90 BSW22
RADF
MUlB 141· 94 BSW22A
RADF
MUlB 141·95 BSW23
RADF 176- 80
RADF 140- 53 BSW24
176- 78
MUlB 132-101 BSW25
RADF
lTTF 154- 2 BSW26
TIIB
130- 45
167 - 85 BSW27
TIIB
130- 46
167- 86 BSW28
TIIB
130- 47
167 - 87 BSW29
TIIB
130- 48
167 - 88 BSW30
TIIB
130- 49
167 - 89 BSW31
TIIB
130- 50
167- 90 BSW32
TIIB
130- 51 BSW33
167 - 91
TIIB
130- 52 BSW34
167 - 92
MUlB 140- 54 BSW35
RADF
TIIB
130- 53 BSW41
TIIB
130- 54
MUlB
TIIB
130- 55 BSW42
RADF 137 - 57
APX
140- 60 BSW42A
RADF
APX
143- 19 BSW43
RADF
APX
145- 32 BSW43A
RADF
APX
140- 61 BSW44
RADF
APX
143- 20 BSW44A
RADF
APX
145- 33 BSW45
RADF
TIIB
184 - 59 BSW45A
MUlB 186- 81
RADF
BSW58
MUlB 186- 82
RADF
BSW59
RADF 186- 83
SGSI 186- 84 BSW66
SHWG 186- 85
186- 86 BSW67
~~~g 186- 87
SHWG 186- 88 BSW68
SHWG 186- 89
SHWG 186- 90 BSW69
SGSI 186- 91
+SOO 139- 64 BSW70
192- 27 BSW72
+ SOD 145 - 34 BSW73
192- 28 BSW74
+SOO _139- 65 BSW75
192- 29 BSW82
+ SOD 145- 35 BSW83
192- 30 BSW84
TIIF
67- 93 BSW85
178-103 BSW88
FERB
90- 36
179- 57 BSW89
FERB
90- 22
177- 30 BSW92

~~~

FERB

TIIB
TIIB
TIIB
TIIB

TIIB

TFKG
TFKG

l~g: ~~

66- 71
178-104
109- 94
159- 38
107- 49
159- 39
109- 95
107- 50
73- 32
179- 58
87 - 84
178- 29
75- 52
178·30
87 - 85
178- 31
75 - 53
178- 32
65- 80
178- 84
65 - 81
178-105
61- 46
178-106
61- 47
178 - 85
98- 63
175- 13
72- 26
178- 81
72- 21
174- 37
81- 11
177- 71
65 - 66

ESMF
MISI
ESMF 65 - 67
MISI
ESMF 65- 68
MISI
ESMF 65 - 69
MISI
SGSI
71- 33
TIIF
174- 38
SGSI
69- 87
TIIF
174 - 39
SGSI
68 - 2
180- 50
TIIF
TIIF
96- 24
174- 40
TIIF
102- 18
174 - 41
TlIF
102- 19
174- 81
TIIF
134- 84
174 - 42
SGSI 106- 4
160- 73
SGSI 106- 5
160- 74
TIIB
81- 81
RADF 73 - 70
VAlG 177-72
RADF 73- 71
VAlG 177 - 73
RADF 73- 72
VAlG 177- 74
APX
91- 82
VAlG 176- 38
ESMF 87 - 26
MISI 172- 75
ESMF 87 - 27
MISI 172- 76
ESMF 87 - 28
MISI 172-77
ESMF 87 - 29
MISI 172- 78
ESMF 65- 70
MISI
ESMF 65 - 71
MISI
ESMF 65- 72
MISI
ESMF 65 - 73
MISI
VAlG 73- 73
178- 45
VAlG 73- 74
179- 59
APX
101- 43
RADF 170-107
APX
101- 44
170-108
APX
101- 45
170-109
APX 173- 65
RADF 172- 26
MUlB 81- 82
INTG
69- 88
INTG
69- 89
INTG
69- 90
INTG
69- 91
INTG
96· 60
INTG
96- 61
INTG
96- 62
INTG
96- 63
TFKG 81- 68
175- 16
TFKG 81- 69
175- 17
ESMF 87- 30
MISI 172- 79

",Indicates manufacturer's data sheet available
in Transistor Information Microfile (TIM)

.

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

MFRS pg&Line TYPE No.
SGSI
BSX80

TFKG

BSW95A

SGSI

TFKG

BSX12

SGSI
TIIB
APX
MINA
MULB
APX
MINA
NTLB
RADF
TIIF
APX
PHIC
RADF
VALG
INTG
TIIF
INTG
STCB
TIIF
TFKG
TIIF
SGSI
TIIF
SGSI
TIIF
SGSI
TIIF
SGSI
TIIF
SGSI
TIIF
SGSI
TIIF
SGSI
TIIF
SGSI
TIIF
TFKG
TIIF
SGSI
TIIF
INTG
INTG
APX
PHIC
TIIF
ESMF
SHWG

TYPE No.
IBSW95

BSX19
BEll
BSX20
BELl
MULB
PHIC
TIIB
BSX21
MULB
PHIN
TIIF
BSX22
STCB
BSX23
BSX24
BSX25
BSX26
TIIB
BSX27
TIIB
BSX28
TIIB
BSX29
TIIB
BSX30
TIIB
BSX32
BSX33
BSX36
TIIB
BSX38
BSX39
BSX40
BSX41
BSX44
MULB
RADF
BSX45
MISI

BSX49
BSX51
MISI
BSX51A
MISI
BSX52
MISI
BSX52A
MISI
BSX53
BSX54
BSX59
FERB
RADF
BSX60
FERB
NTLB
RADF
BSX61
FERB
NTLB
RADF
BSX62
BSX62B
BSX62C
BSX62D
BSX63
BSX63B
BSX63C
BSX66
BSX67
BSX68
BSX69
BSX70
BSX71
BSX72
BSX75
BSX76
TIIB
BSX77
TIIB
BSX79

105- 87 BSX81
161- 11
179- 28 BSX82
MULB
92- 96
RADF
178· 46 BSX84
93- 1 BSX85
179- 60
BSX87

BSX95

SGSI
TIIF
SGSI
TIIF
SGSI
TIIF
SGSI
TIIF
SGSI
TIIF
SGSI
TIIF
SGSI
TIIF
SGSI
TIIF
SGSI
TIIF
VALG

BSX96

VALG

BSX87A
84-107
BSX88
BSX88A
101- 72
BSX89
101- 73
BSX90
86 - 32
90- 80 BSX91
92-103
177-107
88- 13
180- 12
93- 6
178 - 61
67-108
178 -107
102- 66
176- 28
102- 80
177- 57
95 - 71
170- 69
67 - 46
174- 43
76- 28

BSX92
BSX93

BSX97
BSY10

MULB
PHIN
TIIF

BSYll
MULB
PHIN
TIIF

93- 2 BSY17
177-108
71- 80 BSY18
71- 91
87 -110 BSY19
TFKG
BSY21
132- 58

TFKG
BSY24

~~:~ 130- 60

TIIB

178-110
SHW( 130- 61
178 - 94
ESMF 87 - 31
TIIF
172 - 80
ESMF 87 - 32
TIIF
172- 81
ESMF 87 - 33
172- 82
TIIF
ESMF 87 - 34
TIIF
172- 83
TFKG
75 - 29
TIIF
174- 82
TFKG
75- 30
174- 83
TIIF
APX
102- 81
MULB 179 - 40
TIIF
VALG
APX
102- 82
MULB 179- 41
PHIC
TIIF
VALG
APX
102- 83
MULB 179 - 42
PHIC
TIIF
VALG
SHWG 134- 85
168- 58
SH~~ 134- 86
134 - 87
SH~~
SHW 134 - 88
SHWG 134- 89
168- 59
134- 90
134- 91
VALG 86- 33
175- 19
VALG 86- 34
175- 20
TFKG
73- 68
VALG 173- 47
TFKG
73- 69
VALG 173- 48
VALG 95- 98
VALG 95- 99
TFKG 96-107
175 - 74
TIIF
TFKG 96- 64
TIIF
175 - 75
MULB 86- 89
TIIF
175 - 37
MULB 86- 90
TIIF
175 - 48
MULB 86- 94
176- 74
TIIF
TFKG 91- 31
TIIF
174- 84

~~:.~

D.A. T.A. INC.

APX
PHIC
VALG
SGSI
SGSI

132- 59

BSX46
BSX48

BSX78

l~~: ~g

BSY25
BSY26
BSY27
BSY28
BSY29
BSY34
BSY38
BEll
MULB
PHIN
BSY39
BEll
MINA
MULB
PHIN
BSY40
PHIC
TIIF
BSY41
PHIC
TIIF
BSY44
TFKG
BSY45
TFKG
BSY46
TFKG
BSY51
INTG
STCB
BSY52
INTG
STCB
BSY53
INTG
STCB
BSY54
INTG
STCB
BSY55
STCB
BSY56
STCB
BSY61

70 BSY73
18
59 BSY74
16
BSY75
105- 88 BSY76
161- 6
106- 30 BSY77
190- 92 BSY78
92- 44
177- 31 BSY79
93- 3
178- 15
92- 55 BSY80
177- 32 BSY81
92- 35
178 - 18 BSY82
86- 35
174- 44 BSY83
87- 35
176- 85 BSY84
87 - 36
176- 86 BSY85
92-104
180- 4 BSY86
93- 7
180- 33 BSY87
99- 31
171- 31 BSY88
99- 32
171- 32 BSY89
94- 1
173- 91 BSY90
84-108
BSY91

~71~b

81175108190-

INTG
TIIF
INTG
TIIF
INTG
INTG
TADI
INTG
INTG
STCB
ESMF
MISI
STCB
INTG
INTG
TIIF
INTG
STCB
INTG
STCB
INTG
STCB
INTG
TIIF
INTG
STCB
INTG
TIIF
INTG
TIIF
STCB
TIIF
INTG
STCB
TFKG
TIIF
TFKG
TIIF
TFKG
MULB
ESMF
INTG
MULB
STCB
TIIF
SGSI
SGSI
ESMF
MISI
APX
RADF
VALG
TIIB
TIIB
STCB

INTG
RADF
STCB

STCB

STCB
STCB

BSY92
74-103

BSY93
BSY95
BSY95A
~~W( 87 - 37
FERB
MISI
TIIF
SHWG 87 - 38
NTLB
TIIF
92- 10 BU100
TADI
TIIF
178- 92 BU102
TADI
92- 11 BU104
TIIF
177- 33
STCB 98- 25 BU105
171- 11
PHIC
STCB 98- 44
172- 32 BU106
MULB 86- 36 BU107
STCB 173 - 87 BUY10
MULB 86- 37
STCB 173 - 88 BUY11
STCB 87 - 65
178 - 26 BUY12
STCB 87 - 66 BUY·13
178 - 25 BUY14
SHWG 99- 43 BUY18
APX
87 - 56
MINA 177 - 92 BUY20
PHIC
BUY21
RADF
BUY22
TIIF
BUY24
APX
87 - 57
ESMF 177- 93 C80
C81
MISI
PHIC
C82A
RADF
C82B
TIIF
C83A
MULB 65- 60 C83B
RADF 175 - 25 C84
VALG
C85
MULB 65- 62 C91
RADF 175- 27 C94
VALG
C94A
TADI 101- 14 C94E
TIIF
C95
TADI 100- 82 C95A
TIIF
C95E
TADI 100- 83 C96E
TIIF
169- 98 Cl06
ESMF 101- 74
MISI 172 - 24 ClllE
TIIF
ESMF 101· 75 C201
MISI 172· 25 C202
TIIF
C301
ESMF 101- 76 C302
MISI 172- 43 C40D
TIIF
C401
ESMF 101- 77 C402
MISI 172- 44 C407
C413N
TIIF
INTG 101- 78 C420
TFKG
C424
TIIF
C425
INTG 101- 79 C426
TFKG
SHWG 78- 81 C442
174- 45 C444
83- 42 C450
C502
87- 39 C673
87 - 47 C674
TADI
C680
TIIF
TADI 102- 10 C680A
C681
TFKG
C681A

STCB
SHWG
SHWG
SHWG
SGSI
TIIB
TIIB
TIIB
SGSI
SLCB
SLCB
SLCB
SLCB
SLCB
SLCB
SLCB
SLCB
SLCB
SLCB
SLCB
SLCB
SLCB
SLCB
SLCB
SLCB
• CRY
SGSI
CRY
CRY
CRY
CRY
SGSI
CRY
CRY
SGSI
• CRY
SGSI
SGSI
SGSI
SGSI

~~~G

BSY62

~~~G

BSY63
BSY70
TFKG
BSY71

ESMF
MISI
APX
PHIC
RADF
VALG
APX
PHIC
RADF

1~t,~~

MFRS Pa&Line TYPE No.
86- q

BSY72

L,.Registered with JEDEC
by this manufacturer

•
•
•
•

SGSI
SGSI
SGSI
CRY
CRY
CRY
CRY
CRY
CRY
CRY

33

~~~~A

85- 61 C683
C683A
86- 5 C684
C684A
85- 62 C685
86- 6 C685A
C6690
85- 63 C6691
86- 7 C6692
C9080
85· 38 C9081
C9082
C9083
86- 66 C9084
103- 9 C9085
CA2D2
103- 10 CDT1309
CDT1310
103- 11
CDT1311
103· 12
CDT1312
103- 13
CDT1313
103- 14
CDT1315
101- 80 CDT1319

·

~~~

• CRY
CRY
.CRY
• CRY
• CRY
CRY
.CRY
• CRY
.CRY
• CRY
• CRY
• CRY
• CRY
.CRY
• CRY
.SOD
KSC
KSC
KSC
KSC
KSC
KSC
KSC

101- 81 CDT1320

KSC

84- 36 CDT1321
190- 17
101- 82 CDT1322

KSC

100- 84 CF2386
CI2711
100- 85 CI2712
CI2713
90- 81 CI2714
75- 31 CI2923
86- 38 CI2924
CI2925
CI2926
CI3390
CI3391
144- 41 CI3391A
157 - 23 CI3392
157 - 24 CI3393
CI3394
148 - 58 CI3395
CI3396
CI3397
130- 56 CI3398
130- 57 CI3402
144- 42 CI3403
171- 12 CI3404
144- 43 CI3405
172- 31 CI3414
151- 84 CI3415
151- 85 CI3416
147 - 7 CI3417
149-102 CI3704
170- 32 CI3705
150- 28 CI3706
150- 29 CI3900
150- 30 CI3900A
144- 44 CI3901
170- 24 CI4256
109- 96 CI4424
112- 5 CI4425
107 - 85 CM600
107 - 86 CM601
107 - 87 CM602
107- 88 CM603
107- 89 CM640
107- 90 CM641
107- 11 CM642
111- 8 CM643
111- 9 CM644
108- 60 CM645
111- 10 CM646
111- 11 CM647
108- 61 CM697
108- 62
62- 63 CP409
181- 33
87 - 58 CP600
176- 52 CP601
181- 34 CP602
181- 35 CP603
181- 36 CP650
181- 37 CP651
93- 40 CP652
181· 38 CP653
181- 39 CP701
77 - 81 COT940A
112- 6 COT940B
101- 37 COT940BA
84-109 COT1075
101- 38 COT1076
101- 46 COT1077
169- 17 COT1110
91- 7 COT1110A
87 - 59 COT1111
77- 96 COTlll1A
181- 40 COT1112
112- 7 CS697
112- 8
107- 91 CS706
107- 92
107- 93 CS1420
107- 94

IN TYPE NUMBER SEQUENCE

MFRS Pa&Line TYPE No.

KSC
• CRY
CDC
CDC
CDC
CDC
CDC
CDC
CDC
CDC
CDC
CDC
CDC
CDC
CDC
CDC
CDC
CDC
CDC
CDC
CDC
CDC
CDC
CDC
CDC
CDC
CDC
CDC
CDC
CDC
CDC
CDC
CDC
CDC
CDC
CDC
CDC
.CRY
.CRY
• CRY
.CRY
• CRY
• CRY
• CRY
.CRY
.CRY
.CRY
• CRY
.CRY
• CRY
SGSI
.CRY
• CRY
• CRY
• CRY
• CRY
• CRY
• CRY
• CRY
SGSI
KSC
KSC
KSC
KSC
KSC
KSC
KSC
KSC
KSC
KSC
KSC
CDC
CDC
CDC

;~~: ~~

107- 97
107- 98
107- 99
107-100
107-101
107-102
107- 1
107- 2
107- 3
68- 55
68- 61
68- 56
68- 62
68 - 57
68- 63
116- 10
117 - 91
117 - 92
162- 93
117 - 93
162- 94
117- 94
162- 95
117 - 95
162- 96
117 - 96
117- 97
162- 89
117- 98
162- 90
117- 99
162- 91
117-100
162- 92
112- 25
81- 83
81- 84
81- 85
81- 86
81- 87
81- 88
81- 89
81- 90
81- 91
81- 92
81- 93
81- 94
81- 95
81- 96
81- 97
81- 98
81- 99
81-100
96- 96
96- 97
96- 98
96- 99
83- 66
83- 67
83- 68
83- 69
85- 39
85- 40
85 - 41
77- 9
77- 10
77- 11
77- 12
90- 65
96-100
109- 97
109- 98
109- 99
109-100
109-101
109-102
109-103
109-104
109-105
109-106
109-107
109-108
112- 9
160- 53
101- 83
171- 81
112- 71
112- 72
112- 73
112- 78
112- 74
112- 75
112- 76
112- 77
144- 45
121- 19
121- 20
121- 21
122- 37
122- 38
122- 39
121- 22
121- 23
121- 24
121- 25
121- 26
94- 61
170-100
82- 98
177- 78
94- 62
170-101

MFRS Pa&Line

I.;~L;:stll1

.I.;UI.;

1~~:1~~

CS2639

.CDC

74-104
184- 60
74-105
184- 61
74-106
190- 93
74-107
184- 62
74-108
184- 63
74-109
190- 94
81-101
81-102
81-103
81-104
81-105
81-106
81-107
81-108
81-109
81-110
82- 1
77- 13
82- 2
82- 3
82- 4
82- 5
82- 6
82- 7
82- 8
82- 9
82- 10
82- 11
96-101
96-102
96-103
96-104
83- 70
83- 71
83- 72
83- 73
79- 13
177 - 13
79 - 14
177- 34
79 - 15
177- 41
83- 20
83- 21
64- 27
64- 28
85- 42
85 - 43
85 - 44
82- 12
82- 13
82- 14
82- 15
82- 16
77- 97
78- 2
78- 16
78- 11
78- 12
78- 19
78- 20
78- 24
78- 3
78- 25
77- 14
77- 15
77- 16
89- 27
175- 99
89- 38
177- 14
65- 63
175-100
77- 17
89- 39
89- 40
90- 66
96-105
74-110
184- 64
75- 1
184 - 65
75- 2
190- 95
75- 3
184- 66
75- 4
184- 67
75- 5
190- 96
115- 91
163- 9
115- 92
163- 10
115- 93
163- 11
115 - 94
121- 27
121- 28
121- 29
121- 30
119- 42
119- 43
121- 31
121- 32
121- 33

CS2640
CS2641
CS2642
CS2643
CS2644
CS2711
CS2712
CS2713
CS2714
CS2715
CS2716
CS2921
CS2922
CS2923
CS2924
CS2925
CS2926
CS3390
CS3391
CS3391A
CS3392
CS3393
CS3394
CS3395
CS3396
CS3397
CS3398
CS3402
CS3403
CS3404
CS3405
CS3414
CS3415
8S3416
S3417
CS3605
CS3606
CS3607
CS3662
CS3663
CS3702
CS3703
CS3704
CS3705
CS3706
CS3707
CS3708
CS3709
CS3710
CS3711
CS3843
CS3844
CS3845
CS3854
CS3854A
CS3855
CS3855A
CS3859
CS3859A
CS3860
CS3900
CS3900A
CS3901
CS3903

• CDC
• CDC
• CDC
.CDC
• CDC
• CDC
• CDC
• CDC
CDC
•.CDC
.CDC
• CDC
.CDC
.CDC
• CDC
.CDC
.CDC
• CDC
• CDC
• CDC
• CDC
• CDC
• CDC
• CDC
• CDC
• CDC
• CDC
CDC
• CDC
CDC
CDC
.CDC
• CDC
• CDC
• CDC
CDC
CDC
CDC
• CDC
.CDC
CDC
CDC
.CDC
.CDC
.CDC
• CDC
• CDC
.CDC
.CDC
• CDC
CDC
CDC
CDC
CDC
CDC
CDC
CDC
CDC
CDC
CDC
CDC
CDC
CDC
CDC

CS3904

CDC

CS3906
CS4256
CS4409
CS4410
CS4424
CS4425
CS29008

• CDC
CDC
CDC
CDC
CDC
CDC
.CDC

CS29009

.CDC

CS29010
CS29011
CS29012

• CDC
• CDC

CS29013

• CDC
.CDC

CST1773

KSC

CST1773A

KSC

CST1773B

KSC

CST1789
CTP1500
CTP1503
CTP1504
CTP1508
CTP1544
CTP1552
CTP3500

KSC
KSC
KSC
KSC
KSC
KSC
KSC
KSC
KSC
KSC

gi~~~g~

+-Indicates manufacturer's data sheet available
in Transistor Information Microfile (TIM)

ft't: NO.

I~+~~~~~

CTP3545
CTP3552
CTP3553
04C28
04C29
04C30
04C31
04020
04021

04024
04025
04026
05E37
05E43
05E44
05E45
05Kl
05K2
07A30
07A31
07A32
012A8
012E026
012E109
012E126
012X010
012XOll
012X012
012X013
012X014
012X015
012X043
012X047
012X070
012X084A
013Tl
013T2
016Pl
016P2
026El
026E2
026E3
026E4
026E5
026E6
026Gl
027Cl
027C2
027C3
027C4
02701
02702
02703
02704
028A5
028A6
028A9
028Al0
028A12
D28A13
028Cl
028C2
028C3
028C4
028C5
028C7
028C8
02801
02802
02803
02804
02805
02807
028010
029A4
MISI
029A5

MISI
029El
029E2
029E4
029E5
029E6
029E7
029E8
029E9
029El0
030Al
030A2
030A3
03301
03302
03303
03304
03305
03306
033021
033022

M!-H::> Il'a&Lme

1. TYPEIl'a&Lme
No. CROSS INDEX
_rill'n" 1t"Il&Line

yt't: NO.

~~~ m:~~ g~~~~~

KSC
121· 36 033026
KSC
121· 37 033027
KSC
121· 38 033028
.GESY 74· 66 033029
+GESY 74· 67 033030
+GESY 74· 68 OA3F3
+GESY 74· 69
+GESY 74· 1 OPTl21
161· 2 OPTl22
• GESY 74· ,2 DPTl23
161· 3 DPTl24
+GESY 73· 39 DTlO03
+GESY 73· 40
+GESY 73· 41 OT1110
+GESY 188· 48 OTllll
+GESY 188· 49 OT1112
+GESY 188· 50 OTl120
.GESY 188· 51 OTl121
+GESY 188· 52 DTl122
+GESY 188· 53 DTl311
+GESY 135· 91 OTl312
+GESY 135· 92 DTl321
+GESY 135· 93 DTl322
+GESY 184· 68 DTl510
+GESY 184· 69
+GESY 184· 70 OTl511
+GESY 184· 71
+GESY 190· 97 DT1512
+GESY 190· 98
+GESY 190· 99 DTl520
GESY 190· 18
+GESY 190·100 OTl521
+GESY 190·101
+GESY 84· 55 OTl522
169· 69
+GESY 84· 56 OTl602
GESY 190· 19 OTl603
+GESY 184· 72 OTl610
+GESY 188· 54
+GESY 188· 55 OTl612
+GESY 190.182 OTl613
+GESY 190·1 3 OTl621
.GESY 72· 65 OT3200
+GESY 72· 56 DT3201
+GESY 72· 57 OT3301
+GESY 72· 58 DT3302
+GESY 72· 59 OT4011
+GESY 72· 60 OT4303
.GESY 72· 61 OT4304
.GESY 142· 34 0T4305
+GESY 142· 35 OT4306
+GESY 142· 36 OT6103
.GESY 142· 37 OT6104
.GESY 125· 63 OT6105
168·102 OT6106
+GESY 125· 64 OTGll0
168·103 OTGll0A
+GESY 125· '65 OTGll0B
168·104 OTG600
+GESY 125· 66
168·105 OTG601
+GESY 137·58
+GESY 137· 59 OTG602
GESY 135· 94
GESY 135· 95 OTG603
+GESY 137· 60
+GESY 137· 61 OTG603M
+GESY 190·104
190·105 OTG10l0
190·106
+GESY 190·107 OTGlll0
+GESY 190·108 '
.GESY 190·109 DTG1200
+GESY 190·110 OTG2000
+GESY 140· 9
171· 2 OTG2100
+GESY 140· 10
171· 3 DTG2200
+GESY 140· 11
171· 4 DTG2300
+GESY 140· 12
171· 5 DTG2400
+GESY 1-40· 13
171· 6 DTG2400M
+GESY 140· 14
171· 7 OTS103
+GESY 140· 15
171· 8 OTS104
ESMF 66· 25
SPR
OTS105
ESMF 66· 26
OTS106
SPR
GESY 70· 29
GESY 70· 39 DTS107
GESY 70· 30
GESY 70· 36 OTS401
GESY 70· 40
GESY 70· 45 OTS402
GESY 70· 17 OTS410
GESY 70· 31
GESY 70· 37 OTS411
GESY 60· 26
GESY 60· 27 OTS413
GESY 60· 28
GESY 93· 80 OTS423
GESY 93·102
GESY 93·103 OTS423M
GESY 93· 81
GESY 93·104 OTS424
GESY 93·105
GESY 95·100 OTS425
GESY 96· 7

:3~~~

D.A. T.A.INC.

MFR::>

GESY !!~.101
GESY 96· 5
GESY 96· 8
GESY 96· 15
GESY 95· 67
GESY 95·102
GESY 96· 6
.SOO 123·101
161· 26
+ SEN
157.25
+ SEN
157· 26
+SEN
157·27
157· 28
• SEN
LUCS 97· 22
164· 23
LUCS 131· 29
LUCS 131· 30
LUCS 131· 31
LUCS 131· 32
LUCS ,'131· 33
LUCS 131· 34
LUCB 137· 62
LUCS 137· 63
LUCS 137·64
LUCS 137· 65
LUCS 99·104
163· 33
LUCS 99·105
163· 34
LUCB 99·106
163· 35
LUCB 99·107
164· 52
LUCB 99·108
164· 53
LUCS 99·109
164· 54
LUCB 72· 69
LUCS 72· 70
LUCB 97· 19
163· 92
LUCS 72· 71
LUCS 72·72
LUCS 99· 53
LUC8 147· 8
LUC8 147· 9
LUCB 142· 38
LUCS 142· 39
LUCS 147· 10
LUC8 148· 59
LUCB 148· 60
LUCB 148· 61
LUCB 148· 62
lUCB 154· 3
LUCS 154· 4
LUCS 154· 5
LUCB 154· 6
+ DEL
121· 39
119· 44
•+ DEL
DEL
121· 40
+ DEL
119· 45
164· 15
+ DEL
119· 46
164· 16
119· 47
• DEL
164· 17
+ DEL
119· 48
164· 18
+ DEL
119· 49
164· 19
+ DEL
+ DEL
• DEL
+ DEL
+ DEL
+ DEL
+ DEL
+ DEL
• DEL
• DEL
• DEL
+ DEL
+ DEL
+ DEL
DEL
+ DEL
+ DEL
+SOD
DEL
+SOO
+ DEL
+SOD
+ DEL
+SOD
+ DEL
+ DEL

+ DEL

I~~: ~J

121·
163·
121·
122·
163·
122·
163·
122·
163·
122·
163·
122·
163·
119·
162·
155·
165·
155·
165·
155·
165·
155·
165·
155·
165·
154·
163·
155·
155·
165·
155·
165·
154·
165·
155·
165·
155·
164·
155·
165·
155·
16S·

t,..Registered with JEDEC
by this manufacturer

42
91
43
40
59
41
60
42
61
43
62
44
63
50
4
10
32
11
33
12
34
13
35
14
36
7
84
15
16
16
17
53
8
76
18
54
19
95
20
17
21
18

~O.

OT5430

OTS431,

• DEL

rt't: NO.

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

155· 77 FT101
165· 24 FT704
OTS431M
155· 78 FT109
164· 68
OTS701
+ DEL
152· 57 FTl315
OTS702
+ DEL
151· 86
EIP
ROSG 186· 92 FTl702
El00
+SIX
108· 63
El0l
+'SIX
108· 64 FT2974
El02
+SIX
108· 65 FT2978
El03
+SIX
108· 66 FT3567
EN697
SNT
84· 57 FT3568
tFSC
FT3569
EN706
tFSC
78· 82 FT3641
174·110
EN708
tFSC
79· 16 FT3642
177· 35
EN718A
tFSC
81· 17 FT3643
EN722
tFSC
61· 69
EN744
tFSC
78·109 FT3644
176· 73
EN870
tFSC
81· 13 FT3645
EN871
tFSC
81· 18
EN914
tFSC
79· 17 FT3B20
177· 36 FT3838
EN930
77· 57
• FSC
EN956
tFSC
81· 19 FT3909
EN1132
64· 17 FT4017
BNT
tFSC
EN1613
SNT
84·110 FT4018
tFSC
EN1711
BNT
85· 5 FT4019
+FSC
EN2219
BNT
90· 18 FT4020
tFSC
EN2222
BNT
78·106 FT4021
tFSC
EN2369A
+ FSC
79· 56 FT4022
179· 61
EN2484
tFSC
77· 98 FT4023
EN2894A
tFSC
61·107
180· 51 FT4024
EN2905
BNT
64·'54
tFSC
172· 67 FT4025
EN2907
BNT
61· 79
tFSC
172· 68 FT4354
EN3009
tFSC
79· 22
177·109 FT4355
EN3011
+FSC
79· 46
178·62 FT4356
EN3013
tFSC
79· 23
177·110 FT5040
EN3014
79· 24
+FSC
178· 8 FT5041
EN3502
tFSC
64· 55
172· 69 G125F
EN3504
tFSC
61· 80
172· 70 G126F
ET670
tETC
54·109
tFSC
107·103 G127F
FE0654A
FE0654B
tFSC
107·104
FE0654C
tFSC
107·105 G128F
FF102
• CRY 112· 80
186· 93 G129F
FF409
+CRY 109·109
186· 94 G130F
FF600
+ CRY 109·110
186· 95 G131F
FI0049
tFSC
106· 31
191· 1 G132F
Fll00
tFSC
105· 89
FM870
tFSC
93· 16 GET106
FM871
tFSC
93· 17 GET108
FP4339
+SIX
105· 42
FP433912N4339
181· 59 GET880
+SIX
GET881
FP4340
+SIX
105· 43 GET882
FP4340/2N4340
181· 60 GET885
' +SIX
GET887
FPM100
+FSC
186· 96 GET888
FP0100
tFSC
186· 97 GET889
FPTlOO
tFSC
186· 98 GET890
FSPI
SGSI 184· 73 GET891
FSP42
SGSI
72· 73 GET892
FSP42·1
SGSI
72· 74 GET895
FSP164
SGSI
72· 37 GET896
FSP165
SGSI
72· 51 GET897
FSP166
SGSI
72· 75 GET898
FSP166·1
SGSI
72· 76 GET914
SGSI
72· 40
FSP215
FSP242·1
SGSI
72· 52 GET929
FSP270-1
SGSI
60· 23 GET930
SGSI
FSP289·1
72· 50  il'll&1 me

tFSC
tFSC
tFSC
tFSC
tFSC
SGSI
SGSI
tFSC
tFSC
FSC
FSC
FSC
FSC
FSC
FSC
FSC
FSC
FSC
FSC
SGSI
FSC
tFSC
SGSI
tFSC
SGSI
tFSC
SGSI
tFSC
SGSI
tFSC
SGSI
tFSC
SGSI
tFSC
SGSI
tFSC
SGSI
tFSC
SGSI
tFSC
tFSC
tFSC
tFSC
tFSC
+SIX
+SIX
.SIX
+SIX
+SIX
+SIX
+ SIX
.SIX
fGESY
+GESY

MULB
MULS
MULB
MULB
MULB
MULS
MULS
MULS
MULB
MULS
MULB
MULB
MULB
MULB
.GESY
GESY
GESY
+GESY
+GESY
.GESY
.GESY
.GESY
+GESY
+GESY
+GESY
+GIC
+GIC
+GIC
.GIC
:3:g

110· 4
110· 5
191· 2
105· 90
88· 1
180· 14
92· 97
179· 62
65· 88
179· 99
184· 74
184·75
95· 48
95· 49
95· 50
94· 64
176· 49
94· 65
176· 50
94· 66
176· 51
70· 5
174· 46
70· 6
174· 47
104· 59
174· 48
181· 61
105· 44
191· 3
191· 4
191· 5
184· 76
184· 77
184· 78
184· 79
184· 80
184· 81
70· 50
179·105
70· 51
179·106
70· 52
179·107
70· 53
173· 81
70· 54
173· 92
111· 81
191· 6
111· 82
191· 7
111· 83
191· 8
111· 84
191· 9
111· 85
191· 10
111· 86
191· 11
111· 87
191· 12
111· 88
191· 13
92· 12
92· 13
177· 37
48· 22
48· 23
48· 40
48· 46
48· 24
48· 39
48· 28
48· 41
48· 25
48· 42
48· 47
48· 11
48· 12
48· 13
92· 14
177· 15
90· 98
90· 99
91· 83
91· 84
92· 36
177·100
92· 37
178· 1
92· 38
178· 9
67· 84
172·101
67· 85
172·102
92· 39
178· 12
83· 74
83· 75
83· 76
83· 77

I~:~~~~

M!-H::> 1'11&1 me

GI2923
GI2924
GI2925
GI2926
GI3392
GI3638

+3:g
+GlC
+GIC
+GIC
+GIC
.GIC
+GIC

GI3638A

.GIC

GI3641
GI3643
GI3644

+GIC
+GIC
GIC

GI3702
GI3703
GI3704
GI3705
GI3706
GI3707
GI3708
GI3709
GI3710
GI3711
GI3793
GI3794
GM290A
GM378A
GM656A
GPT
GS100
GS102
GS170
GSI72
GS300
GS302
GS370
GS372
GS400
GS403
GS420
GS422
GS423
GS470
GS600
GS600L
GS601
GS603
GS606
GS609
GS610
GS611
GS612
GS614
GS660
GS670
GS680
GS683
GT34
GT34N

+GIC
+GIC
+GIC
+GIC
+GIC
+GIC
+GIC
+GIC
+GIC
.GIC
+GIC
+GIC
TIIS
TIIB
TIIS
ROSG
.GSI
• GSI
• GSI
• GSI
• GSI
•+ GSI
GSI
+ GSI
+GSI
+GSI
.GSI
.GSI
+GSI
.GSI
.GSI
GSI
GSI
.GSI
.GSI
+GSI
+GSI
GSI
+GSI
.GSI
GSI
• GSI
• GSI
GSI
+
GIC
GIC
+GIC
+GIC
GIC
+GIC
GIC

GT14

GT81
GT82
GTl22
GTl23
GTl67
GT222
GT229
GT158

GT904
GT948
GT949
GTl604
GTl605
GTl606
GT1607
GTl608
GTl609
GTl644
GT5116
GT5117
GT5148
GT5149
GT5151
GT5153
HTlOO

GIC
GIC
GIC
GIC
GIC
GIC
GIC
GIC
GIC
GIC
GIC
GIC
GIC
GIC
GIC
GIC
GIC
GIC
GIC
GIC
GIC
HUGS

HTlOl

HUGS

HT400
HT401
K2101
K2101A
K2101S
K2102
K2102A
K2102S
K2103
K2103A
K2103S
K2104
K2104A
K2104B
K2105
K2105A
K2105B
K2106
K2106A
K2106B

HUGS
HUGS
KMC
KMC
KMC
KMC
KMC
KMC
KMC
KMC
KMC
KMC
KMC
KMC
KMC
KMC
KMC
KMC
KMC
KMC

GT192

~~: ~g mg~A

~MC

MC

+-Indicates manufacturer's data sheet available
in Transistor Information MicrofUe (TIM)

F·18
77· 19
77· 20
77· 21
77· 22
77· 23
77· 24
65· 64
176· 55
65· 65
176· 56
86· 91
86· 92
65· 58
173·106
64· 29
64· 30
85· 45
85· 46
85· 47
83· 80
83· 81
83· 82
83· 83
83· 84
83· 10
88· 2
56· 51
56· 49
45·104
186· 99
186·100
186·101
186·102
186·103
186·104
186·105
186·106
186·107
186·108
186·109
186·110
187· 1
187· 2
187· 3
187· 4
187· 5
187· 6
187· 7
187· 8
187· 9
187· 10
187· 11
187· 12
187· 13
187· 14
187· 15
187· 16
187· 17
43· 1
49· 55
49· 56
49· 57
49· 58
50· 42
50· 96
165· 66
58· 61
49· 59
58· 14
47· 38
57· 73
58· 50
58· 51
58· 18
47· 22
47· 25
41· 26
47· 71
57·107
57·108
62· 7
48· 48
48· 57
44· 4
44· 33
55· 75
55· 77
64· 6
168· 98
64· 7
168· 99
84· 39
84· 40
88· 24
88· 49
88· 69
88· 25
88· 50
88· 70
88· 26
88· 51
88· 71
88· 27
88· 52
88· 72
88· 28
88· 53
88· 73
88· 29
88· 54
88· 74

~t ~~

rVPE No.

1. TYPE
No. CROSS INDEX
MFRS Pa&Line TYPE No.
MFRS pa&Line TYPE No.

MFRS pg&Line TYPE No.

Iglg~B

~~g

K2108A
K2108B
K2109
K2109A
K2109B
K2110
K2110A
K2110B
K2111
K2111A
K2111B
K2112
K2112A
K2112B
K2113
K2113A
K2113B
K2114
K2114A
K2114B
K2115
K2115A
K2115B
K2116
K2116A
K2116B
K2117
K2117A
K2117B
K2118
K2118A
K2118B
K2119
K2119A
K2119B
K2120
K2120A
K2120B
K2121
K2121A
K2121B
K2122
K2122A
K2122B
K2123
K2123A
K2123B
K2124
K2124A
K2124B
K2125
K2125A
K2125B
K2126
K2126A
K2126B
K2127
K2127A
K2127B
K2501
K2502
K2503
K2507
K2509
K2523
K2524
K2525
K2526
K21!01
K2601A
K2601B
K2601C
K2602
K2602A
K2602B
K2602C
K2603
K2603A
K2603B
K2603C
K2604
K2604A
K2604B
K2604C
K2607
K2607A
K2607B
K260S
K2608A
K2608B
K2609
K2609A
K2609B
K2610
K2610A
K2610B
K2611
K2611A
K2611B
K2612
K2612A
K2612B
K2613
K2613A
K2613B
K2614
K2614A
K2614B
K2615
K2615A
K2615B
K2616

KMC
KMC
KMC
KMC
KMC
KMC
KMC
KMC
KMC
KMC
KMC
KMC
KMC
KMC
KMC
KMC
KMC
KMC
KMC
KMC
KMC
KMC
KMC
KMC
KMC
KMC
KMC
KMC
KMC
KMC
KMC
KMC
KMC
KMC
KMC
KMC
KMC
KMC
KMC
KMC
KMC
KMC
KMC
KMC
KMC
KMC
KMC
KMC
KMC
KMC
KMC
KMC
KMC
KMC
KMC
KMC
KMC
KMC
KMC
tKMC
tKMC
tKMC
+KMC
+KMC
+KMC
+KMC
+KMC
+KMC
KMC
KMC
KMC
+KMC
KMC
KMC
KMC
+KMC
KMC
KMC
KMC
+KMC
KMC
KMC
KMC
+KMC
KMC
KMC
KMC
KMC
KMC
KMC
KMC
KMC
KMC,
KMC
KMC
KMC
KMC
KMC
KMC
KMC
KMC
KMC
KMC
KMC
KMC
KMC
KMC
KMC
KMC
KMC
KMC
KMC

D.A. T.A. INC.

~~:

ng~l~~

88· 56
88· 76
80· 21
80· 63
80· 94
80· 22
80· 64
80· 95
80· 23
80· 65
80· 96
80· 24
80· 66
80· 97
80· 25
80· 67
80· 98
80· 26
80· 68
80· 99
80· 27
80· 69
80·100
80· 28
80· 70
80·101
80· 29
80· 71
80·102
80· 30
80· 72
80·103
80· 31
80· 73
80·104
80· 32
80· 74
80·105
80- 33
80· 75
80·106
80· 34
80· 76
80·107
80· 35
80· 77
80-108
80· 36
80· 78
80·109
80· 37
80· 79
80-110
80· 38
80· 80
81· 1
80· 39
80· 81
81· 2
88- 45
94- 38
90· 41
94· 39
90· 42
88· 32
88· 46
88· 66
88· 77
88·33
88· 57
88· 78
80· 40
88·34
88·58
88·79
80· 41
88· 35
88· 59
88- 80
80· 42
88· 36
88· 60
88· 81
80· 43
94· 32
94· 40
94·44
94· 33
94·41
94·45
94- 34
94- 42
94·46
88·37
88- 61
88· 82
88· 38
88· 62
88·83
88·39
88- 63
88· 84
88· 40
88·64
88·85
88· 41
88· 65
88· 86
80· 44
80· 82
81· 3
80· 45

~~g

K2857C
K2857P
K3683C
K3683P
K3880C
K3880P
K5001
K5002
K5003
K5012
K5201C
K5503C
KD2540
KD2541
KD4001
KD4002
K04025
K04501
KD4502
K05000
K05201
K05204
K05520
K05521
K05525
K05526
KF2000
KF2001
KF2002
KF2003
KJ2000
KJ2001
KJ2002
KJ2003
KM7000
KM7001
KM7002
KM7007
KM7008
KM7009
KM7010
KM7011
KM7012
KM7013
KM7014
KM7015
KM7016
KM7017
L 14A502
L14B
LOA400
LOA400MP
LOA401
LOA401MP
LOA402
MULB
LOA403
MULB
LDA404
LDA405
LDA406
LOA407
LOA410
LDA450
LDA451
LOA452
LDA453
LOA454
LOA455
LOF603
LOF604
LDF605
LOF691
LOF692
LDS200

MULB

LOS201
MULB
LDS205
LOS207
LOS210
LlO929
LlO930
LS400
LS600
LT11
LT12
LT13
LT14
LT15
LT5021
LT5023
LT5024
LT5026
LT5027
LT5029
LT5030

~~:

8:
tKMC
76· 1
t KMC
76· 2
tKMC
76· 3
tKMC
76· 4
tKMC
76· 5
tKMC
76· 9
tKMC
80· 90
tKMC
80· 91
tKMC
80· 92
KMC
76· 10
KMC
73· 76
tKMC
76· 11
tKMC
99· 93
tKMC
99· 92
tKMC 103· 33
tKMC 103· 32
KMC 131·107
tKMC 103· 34
tKMC 103· 35
tKMC
73· 42
tKMC
73·77
tKMC
73· 78
tKMC
94· 68
tKMC
94· 69
tKMC
94· 70
+KMC
94- 71
+ KSC
56· 4
KSC
56· 5
KSC
56· 6
KSC
56· 7
KSC
115·62
KSC
115·63
KSC
115·64
KSC
115·65
KSC
115· 66
KSC
115· 67
KSC
115- 68
KSC
115· 4
KSC
115· 5
KSC
115· 6
KSC
115· 7
KSC
115· 95
KSC
115· 96
KSC
115· 97
KSC
115· 98
KSC
115· 99
KSC
115·100
KSC
115·101
t GESY 187· 18
t GESY 191· 14
tAPX
91· 85
tAPX
91· 86
'184· 82
+APX
91· 87
+APX
91· 88
184· 83
tAPX
91· 89
PHIC
+APX
91· 90
PHIC
tAPX
91· 32
MULB 173· 93
+APX
91· 33
MULB 173· 94
+APX
88· 21
MULB
+APX
93· 15
APX
87· 67
+APX
67·47
MULB 91· 34
+APX
67· 48
MULB 91· 35
+APX
67- 49
MULB 173·107
+APX
67· 50
MULB 91· 36
173·108
+APX
67· 15
+APX
67· 16
+APX 111· 44
+APX
111· 45
+APX 111· 46
+APX 111· 47
159· 53
+APX 111· 48
159·54
+APX
92· 98
PHIC
+APX
92· 99
PHIC
+APX
93· 4
180· 7
+APX
90· 67
190· 20
+APX
91· 37
173· 68
77· 58
+ TEC
+TEC
77· 59
Til
187· 19
Til
187· 20
KSC
115· 8
KSC
115· 9
KSC
115· 10
KSC
115· 11
KSC
115· 12
KSC
115· 36
KSC
115· 37
KSC
115· 38
KSC
115·39
KSC
115· 40
KSC
115·41
KSC
115· 42

,0,.Registered with JEDEC
by this manufacturer

mg~~

LT5035
LT5036
LT5037
LT5040
LT5041
LT5043
LT5044
LT5046
LT5047
LT5049
LT5050
LT5052
LT5053
LT5055
LT5056
LT5058
LT5059
LT5061
LT5062
LT5064
LT5065
LT5067
LT5068
LT5070
LT5071
LT5073
LT5074
LT5076
LT5077
LT5079
LT5080
LT5082
LT5083
LT5085
LT5086
LT5088
LT5089
LT5091
LT5092
LT5094
LT5095
LT5097
LT5098
LT5100
LT5101
LT5103
LT5104
LT5106
LT5107
LT5109
LT5110
LT5112
LT5113
LT5115
LT5116
LT5118
LT5119
LT5121
LT5122
LT5152
LT5153
Ml00
Ml0l
Ml03
Ml04
Ml06
Ml07
Ml08
Ml13
Ml16
Ml16A
M511
MA100
MA200
MA201
MA202
MA203
MA204
MA205
MA206
MA881
MA882
MAS83
MA884
MAS85
MA886
MA887
MA888
MA889
MA909
MA910
MA1703
MA1704
MA1706
MA1707
MA8001
MA8002
MA8003
MD1F3066
M01F3067
M01F3068
MOl F3069
M01F3070
M01F3071
M01F3458
M01F3459
M01F3460
M01F3823
M01F4391

~~g
KSC
KSC
KSC
KSC
KSC
KSC
KSC
KSC
KSC
KSC
KSC
KSC
KSC
KSC
KSC
KSC
KSC
KSC
KSC
KSC
KSC
KSC
KSC
KSC
KSC
KSC
KSC
KSC
KSC
KSC
KSC
KSC
KSC
KSC
KSC
KSC
KSC
KSC
KSC
KSC
KSC
KSC
KSC
KSC
KSC
KSC
KSC
KSC
KSC
KSC
KSC
KSC
KSC
KSC
KSC
KSC
KSC
KSC
KSC
KSC
KSC
+ SIX
+ SIX
+ SIX
+ SIX
SIX
SIX
SIX
+ SIX
SIX
SIX
SIX
+ MOTA
+ MOTA
+ MOTA
+ MOTA
+ MOTA
+ MOTA
+ MOTA
+ MOTA
+ MOTA
+ MOTA
+ MOTA
+ MOTA
+ MOTA
+ MOTA
+ MOTA
+ MOTA
+ MOTA
+ MOTA
+ MOTA
+ MOTA
+ MOTA
+ MOTA
+ MOTA
UEHK
UEHK
UEHK
DIC
DIC
OIC
DIC
OIC
OIC
OIC
DIC
DIC
DIC
DIC

35

m::~ ~glm~~
115· 45
115· 46
115·47
115·48
115· 49
115· 50
115· 51
115· 52
115· 53
115· 54
115· 55
116· 84
116· 85
116· 86
116· 87
116· 88
116· 89
116· 90
116· 91
116· 92
116· 93
116· 94
116· 95
116· 96
116· 97
116· 98
116· 99
116·100
116·101
116·102
116·103
116·104
116·105
116·106
116·107
118· 24
118· 25
118· 26
118· 27
118· 28
118· 29
118· 30
118· 31
118· 32
118- 33
118· 34
118· 35
118· 36
118· 37
118- 38
118· 39
118· 40
118· 41
118- 42
118· 43
118· 44
118· 45
118· 46
118· 47
115·56
115· 57
110· 6
110· 7
104· 73
104· 74
106· 20
191· 15
106· 21
191· 16
106· 22
191· 17
104· 75
108- 11
108· 12
104· 76
53· 17
50· 7
50· 8
50· 9
50· 10
50· 11
50· 12
50· 13
52·105
53· 18
53· 30
53· 47
52·100
52·106
53· 19
53·31
53· 48
49· 76
49· 77
53· 70
53· 97
53· 71
53· 81
101·100
101·101
101·102
112· 10
112· 11
112· 12
112· 13
112· 14
112· 15
110· 8
110· 9
110· 10
110· 11
112· 26

IN TYPE NUMBER SEQUENCE
MFRS pn~Line TYPE No.

M01F4416
M01T918
M01T1893
M01T2222
MD1T2369

OIC
OIC
OIC
OIC
OIC
OIC
DIC

M01T2484
MD1T2605
M01T2907

OIC
OIC
OIC

M01T3251
M01T3704
M0420
M0708

OIC
OIC
SPR
tMOTA

MD708A

tMOTA

MD708AF

tMOTA

M0708B

+ MOTA

M0708BF

t MOTA

M,D708F

tMOTA

M0918

+ MOTA

M0918A

+ MOTA

M0918AF

t MOTA

M0918B

+ MOTA

M0918BF

tMOTA

MD918F

t MOTA

M0981
M0981F
M0982
MD982F
MD984
M0984F
M0985
M0985F
M0986
M0986F
M0990
MOl120
MOl120F
MOl121
MOl121F
MOl122
MOl122F
MDl126
MDl127
MD1128

t MOTA
t MOTA
+ MOTA
+ MOTA
tMOTA
MOTA
tMOTA
+ MOTA
t MOTA
+ MOTA
tMOTA
+ MOTA
+ MOTA
tMOTA
t MOTA
tMOTA
+ MOTA
+ MOTA
+ MOTA
tMOTA

M01129
M01129F
M01130
M01130F
M01131
MOl131F
MOl132
MOl132F
MOl134
M02218

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

M02218A

+ MOTA

M02218AF

+ MOTA

M02218F

+ MOTA

M02219

+ MOTA

M02219A

+ MOTA

M02219AF

+ MOTA

M02219F

+ MOTA

M02369

+ MOTA

M02369A

+ MOTA

MD2369AF

+ MOTA

M02369B

+ MOTA

MD2369BF

+ MOTA

M02369F

+ MOTA

MD2904

+ MOTA

MD2904A

+ MOTA

MD2904AF

+MOTA

MD2904F

+ MOTA

MD2905

+ MOTA

MD2905A

+ MOTA

M02905AF

+ MOTA

M02905F

+ MOTA

m:~~

110· 12
79· 82
95· 26
96· 65
92·100
179· 63
90· 90
68· 13
69· 92
174·71
67· 86
93· 32
44· 71
87· 40
191· 18
87· 41
184· 84
82· 90
184· 85
87· 42
184· 86
82· 91
184· 87
82· 92
191· 19
88· 3
191· 20
88· 4
184· 88
83· 11
184· 89
88· 5
184· 90
83· 12
184· 91
83· 13
191· 21
184· 92
184· 93
184· 94
184· 95
184· 96
184· 97
181· 62
181- 63
181· 64
181· 65
184· 98
184· 99
184·100
184·101
184·102
184·103
184·104
184·105
184·106
178· 16
184·107
184·108
184·109
184·110
185· 1
185· 2
185· 3
185· 4
185· 5
185· 6
96· 25
191· 22
96· 26
191· 23
82· 80
191· 24
82· 50
191· 25
96· 66
191· 26
96· 75
191· 27
82· 93
191· 28
82· 81
191· 29
96· 85
191· 30
96· 86
185· 7
82·110
185· 8
96· 87
185· 9
83· 1
185· 10
83· 2
191· 31
70· 55
191· 32
70· 56
191· 33
63· 29
191· 34
63· 30
191· 35
70· 57
191· 36
70· 58
191· 37
63· 31
191· 38
63· 32
191· 39

MFRS Pg§o,Line

M03133

tMOTA

M03133F

tMOTA

MD3134

tMOTA

M03134F

t MOTA

M03250
M03250A
M03250AF
M03250F
M03251
M03251A
M03251AF
M03251F
M03467

tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
t MOTA
t MOTA
t MOTA

M03467F

t MOTA

M03725

t MOTA

M03725F

+ MOTA

M03762

+ MOTA

M03762F

tMOTA

M04957

+ MOTA

M05000

tMOTA

M05000A

tMOTA

M05000B

+ MOTA

M06001

tMOTA

M06001F

+ MOTA

M06002

t MOTA

1~~: ~g
63· 33
191· 41
70· 60
191· 42
63· 34
191· 43
185· 11
185· 12
185· 13
185· 14
185· 15
185· 16
185· 17
185· 18
71· 12
172,54
66· 68
172· 55
96· 67
191· 44
82· 82
191· 45
71· 13
172· 56
66· 69
172· 57
61·108
191· 46
65· 90
185- 19
65· 91
185· 20
65· 92
185· 21
174· 49
181· 66
174· 50
181· 67
174· 51
181· 68
174· 52
181- 69
181· 70
83· 85
185· 22
83- 86
185· 23
83· 87
185· 24
190- 21

M06002F

tMOTA

M06100
M08001

+ MOTA
tMOTA

M08002

+MOTA

M08003

tMOTA

ME209

tAPX
PHIC
PHIC
90·108
PHIC
90-109
+APX 190· 22
PHIC
PHIC
90·110
PHIC
91· 1
UEHK 67·51
174- 53
UEHK 67· 52
174· 54
UEHK 67· 24
UEHK 67· 53
UEHK 67· 54
UEHK 61· 70
UEHK 61· 71
UEHK 61· 72
UEHK 61· 73
UEHK 63· 38
178· 20
UEHK 63· 39
UEHK 63· 40
UEHK 63· 15
UEHK 63- 41
UEHK 63· 42
179· 76
UEHK 63· 43
179·100
APX
67·55
PHIC
UEHK 185· 25
UEHK 67· 56
185· 26
UEHK 67·57
PHIC 185·27
UEHK 67· 58
UEHK 67· 59
UEHK 67· 60
PHIC
91· 2
PHIC
91· 3
UEHK 82· 51
UEHK 82· 52
UEHK 82· 43
UEHK 77·99
UEHK 77-100
UEHK 82· 53
UEHK 82- 54
UEHK 83· 14
UEHK 83· 26
UEHK 83· 15
UEHK 82· 36
UEHK 82· 37
UEHK 82· 38
UEHK 77·101
UEHK 77·102
UEHK 78· 4
UEHK 78· 5
UEHK 91· 38
UEHK 91· 39
UEHK 91· 9
UEHK 91· 91
175· 76

ME213
ME213A
ME214
ME216
ME217
ME0401
ME0402
ME0404
ME0404·1
ME0404·2
ME0411
ME0412
ME0413
ME04H
ME0461
ME0462
ME0463
ME0475
ME0491
ME0492
ME0493
ME501t.
ME50112l
ME502
ME503
ME504
ME511
ME512
ME513
ME900
ME901
ME1001
ME1002
ME1075
MEll00
ME1120
ME2001
ME2002
ME3001
ME3002
ME3011
ME4001
ME4002
ME4003
ME4101
ME4102
ME4103
ME4104
ME6001
ME6002
ME6003
ME6101

"Indicates manufacturer's data sheet available
in Transistor Information Microfile (TIM)

TYPE No.

UI:t11\

ME8001
ME8002
ME8003
ME9001

UEHK
UEHK
UEHK
UEHK

ME9002

UEHK

ME9003
ME9021

UEHK
UEHK

ME9022

UEHK

MEF101
MEF102
MEF103
MEF104
MEL 11
MEL12
MEM100

UEHK
UEHK
UEHK
UEHK
UEHK
UEHK
GIC

MEM101

GIC

MEM102

GIC

MEM200

GIC

MEM201

GIC

MEM202

GIC

MEM300
MEM301
MEM302
MEM400

GIC
GIC
GIC
GIC

MEM401

GIC

MEM402

GIC

MEM511
MEM511C
MEM515
MEM517
MEM517A
MEM517B
MEM517C
MEM520
MEM520C
MEM550

• GIC
GIC
GIC
• GIC
• GIC
GIC
GIC
.GIC
GIC
.GIC

MEM550C
MEM551

GIC
• GIC

MEM551C
MEM554
MEM554C
MEM556
MEM556C
MEM557
MEM557C
MEM560
MEM560C
MEM562

GIC
.GIC
.GIC
.GIC
GIC
.GIC
.GIC
.GIC
• GIC
• GIC
GIC
.GIC
.GIC
.GIC
UEHK
UEHK
• MOTA
• MOTA
• MOTA
• MOTA
• MOTA
• MOTA
• MOTA
• MOTA
• MOTA
• MOTA
• MOTA
• MOTA
• MOTA
• MOTA
• MOTA
• MOTA
• SOO
• SOO
SOD
• SOO
• SOD
.SOO
.SOO
.SOO
.SOO
.SOO
.SOO
.SOO
.SOO
• SOO
• SOO
• SOO
• SOO
• SOO
.SOO
.SOO
.SOO
.SOO
.SOO
.SOO
• SOO
• SOO

MEM562C
MEM563
MEM564C
MEM571C
MEU21
MEU22
MFE2093
MFE2094
MFE2095
MFE2097
MFE2098
MFE2133
MFE3001
MFE3006
MFE3007
MFE3008
MFE4007
MFE4008
MFE4009
MFE4010
MFE4011
MFE4012
MHM100l
MHM1101
MHM1201
MHM2001
MHM2011
MHM2012
MHM2013
MHM2014
MHM2015
MHM2016
MHM2017
MHM2101
MHM2111
MHM2112
MHM2113
MHM2114
MHM2115
MHM2116
MHM2117
MHM2201
MHM2211
MHM2212
MHM2213
MHM2214
MHM2215
MHM2216

1. TYPE
No. CROSS INDEX
MFRS pg&Line TYPt;; No.
MFRS Pa&Line TYPE No.
agg m:~j ~~+mg agg l:L 19 ~j:~6
1~5: H ~~~{8;'hV
93· 86 MHT1809
.SOO 147· 20 MJ480
.SOO 123· 68 MHT6408

IN TYPE NUMBER SEQUENCE

MFRS Pa&Line TYPE No.

Ml:tllU:l

O.A. T.A. INC.

93· 87
93· 88
82·103
178·47
82·104
178· 63
178· 64
82· 94
177· 5
82· 95
177·53
108· 67
108· 68
108· 69
108· 70
187·21
187·22
105· 45
160· 92
105· 46
160· 93
105· 47
160· 94
108· 13
160· 83
108· 14
160· 84
108· 15
160· 85
104· 26
104· 27
104· 28
106· 32
160· 47
106· 33
160· 48
106· 34
160· 49
104· 77
104· 43
106· 41
106· 35
106· 36
104· 1
106· 6
104· 78
104· 44
104· 32
191· 47
104· 17
104· 33
185·28
104· 18
107· 51
107·52
104· 29
104· 30
107· 53
108· 16
105· 48
104· 60
108· 17
160· 86
107· 66
108· 18
108· 19
107·54
188·56
188·57
110· 13
110· 14
110· 15
112· 48
112· 49
112· 50
107·106
110· 16
110· 17
110· 18
104· 61
104· 62
104· 63
104· 64
104· 65
104· 66
191· 48
191· 49
191· 50
191· 51
191· 52
191·53
191·54
191·55
191· 56
191· 57
191· 58
191· 59
191· 60
191· 61
191· 62
191· 63
191· 64
191· 65
191· 66
191· 67
191· 68
191· 69
191· 70
191· 71
191· 72
191· 73

MHT1810
MHT1908
MHT1909
MHT1910
MHT2008
MHT2009
MHT2010
MHT2101
MHT2110
MHT2111
MHT2112
MHT2150
MHT2151
MHT2152
MHT2205
MHT2305
MHT4451
MHT4452
MHT4453
MHT4454
MHT4455
MHT4456
MHT4483
MHT4551
MHT4552
MHT4553
MHT4554
MHT4555
MHT4556
MHT4583
MHT4611
MHT4612
MHT4613
MHT4614
MHT4615
MHT4616
MHT4617
MHT4618
MHT4619
MHT5001
MHT5002
MHT5003
MHT5004
MHT5005
MHT5006
MHT5007
MHT5008
MHT5009
MHT5010
MHT5011
MHT5012
MHT5013
MHT5014
MHT5015
MHT5051
MHT5052
MHT5053
MHT5054
MHT5055
MHT5056
MHT5501
MHT5502
MHT5503
MHT5504
MHT5505
MHT5506
MHT5507
MHT5508
MHT5509
MHT5510
MHT5511
MHT5512
MHT5513
MHT5514
MHT5515
MHT5551
MHT5552
MHT5553
MHT5554
MHT5555
MHT5556
MHT5901
MHT5902
MHT5903
MHT5904
MHT5905
MHT5906
MHT5907
MHT5908
MHT5909
MHT5910
MHT5911
MHT5912
MHT5913
MHT5914
MHT5915
MHT6001
MHT6011
MHT6012
MHT6013
MHT6014
MHT6015
MHT6016
MHT6031
MHT6308
MHT6309
MHT6310
MHT6311
MHT6312
MHT6313
MHT6314

.SOO
.SOO
.SOO
.SOO
.SOO
.SOO
.SOO
SOD
.SOO
.SOO
.SOO
.SOO
.SOO
.SOO
.SOO
.SOO
.SOO
.SOO
.SOO
.SOO
.SOO

• SOO
• SOO
.SOO
.SOO
.SOO
.SOO
.SOO
.SOO
.SOO
SOO
SOO
SOO
SOO
SOD
SOD
SOD
SOD
SOO
• SOD
• SOO
• SOD
.SOO
.SOO
.SOO
.SOO
.SOO
.SOO
.SOO
.SOO
.SOO
.SOO
.SOO
.SOO
.SOO
.SOO
.SOO
.SOO
.SOO
• SOO
• SOO
• SOD
• SOD
.SOO
.SOO
• SOO
• SOO
.SOO
• SOO
.SOO
• SOO
• SOD
.SOO
• SOO
• SOO
SOO
SOO
SOO
SOO
SOO
SOD
.SOO
.SOO
.SOO
.SOO
.SOO
• SOO
.SOO
• SOO
• SOO
• SOO
• SOO
.SOO
.SOO
.SOO
.SOO
• SOO
• SOO
• SOO
.SOO
• SOD
• SOO
.SOO
.SOO
.SOO
.SOO
.SOO
• SOO
.SOO

:~gg

123· 69
122· 72
122· 73
122· 74
122· 75
122· 76
122· 77
122· 45
122· 46
122· 47
122· 48
122· 49
122· 50
122· 51
122· 63
122· 64
135· 96
135· 97
135· 98
135· 99
135·100
135·101
135·102
140· 88
140· 89
140· 90
140· 91
140· 92
140· 93
140· 94
142· 40
142· 41
142· 42
142· 43
142· 44
142· 45
142· 46
142· 47
142· 48
135·103
135·104
135·105
135·106
135·107
135·108
135·109
135·110
136· 1
136· 2
136· 3
136·, 4
136· 5
136· 6
136· 7
136· 8
136· 9
136· 10
136· 11
136· 12
136· 13
136· 14
136· 15
136· 16
136· 17
136· 18
136· 19
136· 20
136· 21
136· 22
136· 23
136· 24
136· 25
136· 26
136· 27
136· 28
136· 29
136· 30
136· 31
136· 32
136· 33
136· 34
143·21
143·22
143·23
143·24
143·25
143· 26
143·27
143· 28
143· 29
143· 30
143· 31
143· 32
143· 33
143·34
143·35
145·62
145·63
145·64
145· 65
145· 66
145·67
145· 68
145· 69
147· 11
147· 12
147· 13
147· 14
147· 15
147· 16
147· 17

6·Registered with JEDEC
by this manufacturer

MHT6409
MHT6410
MHT6411
MHT6412
MHT6413
MHT6414
MHT6415
MHT6416
MHT6901
MHT6902
MHT6903
MHT6904
MHT6905
MHT6906
MHT6907
MHT6908
MHT7011
MHT7012
MHT7013
MHT7014
MHT7015
MHT7016
MHT7017
MHT7018
MHT7019
MHT7201
MHT7202
MHT7203
MHT7204
MHT7205
MHT7401
MHT7402
MHT7403
MHT7411
MHT7412
MHT7413
MHT74'14
MHT7415
MHT7416
MHT7417
MHT7418
MHT7419
MHT7511
MHT7512
MHT7513
MHT7514
MHT7515
MHT7516
MHT7517
MHT7518
MHT'l519
MHT7601
MHT7602
MHT7603
MHT7604
MHT7605
MHT7606
MHT7607
MHT7608
MHT7609
MHT7610
MHT7611
MHT7612
MHT7801
MHT7802
MHT7803
MHT7804
MHT7805
MHT7806
MHT7807
MHT7808
MHT7809
MHT7901
MHT7902
MHT7903
MHT7904
MHT7905
MHT8002
MHT8003
MHT8012
MHT8013
MHT8015
MHT8016
MHT8045
MHT8070
MHT8071
MHT8301
MHT8302
MHT8303
MHT8304
MHT8920
MHT8921
MHT8922
MHT8923
MHT9001
MHT9002
MHT9003
MHT9004
MHT9005
MHT9006
MHT9007
MHT9008
MHT9009
MHT9010
MHT9011
MHT9012
MJ400
MJ413
MJ420
MJ421
MJ423

.SOO
.SOO
.SOO
.SOO
.SOO
.SOO
.SOO
.SOO
SOD
SOD
SOD
SOD
SOD
SOD
SOO
SOD
SOO
SOO
SOO
SOO
SOO
SOD
.SOO

• SOO
.SOO
.SOO
.SOO
.SOO
.SOO
.SOO
.SOO
.SOO
• SOD
.SOO
• SOD
• SOD
• SOD
.SOO
.SOO
.SOO
.SOO
.SOO
SOO
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
.SOO
• SOD
• SOD
.SOO
• SOD
• SOD
.SOO
.SOO
.SOO
.SOO
• SOD
• SOD
• SOD
• SOD
• SOD
• SOD
• SOD
• SOD
.SOO
.SOO
.SOO
.SOO
• SOO
• SOD
• SOD
• SOD
.SOO
.SOO
• SOD
• SOD
• SOD
• SOO
• SOO
• SOD
• SOO
• SOO
+ SOO
+SOO
.SOO
.SOO
.SOO
.SOO
• SOD
• SOO
.SOO
SOO
+SOO
.SOO
.SOO
• SOD
• SOD
• SOO
• SOD
• SOO
•• MOTA
SOO
+ MOTA
+ MOTA
• MOTA
• MOTA

36

147·21
147· 22
147·23
147·24
147· 25
147· 26
147·27
147· 28
144· 46
144· 47
144· 48
144· 49
144· 50
144· 51
144·52
144· 53
149·103
149·104
149·105
149·106
149·107
149·108
149·109
149·110
150· 1
151· 87
151· 88
151· 89
151· 90
151· 91
137· 66
137·67
137·68
137·69
137·70
137·71
137· 72
137·73
137·74
137·75
137· 76
137· 77
144· 54
144· 55
144· 56
144· 57
144· 58
144· 59
144·60
144· 61
144·62
151· 92
151· 93
151· 94
151· 95
151· 96
151· 97
151· 98
151· 99
151·100
151·101
151·102
151·103
150· 2
150· 3
150· 4
150· 5
150· 6
150· 7
150· 8
150· 9
150· 10
145·36
145·37
145·38
145·39
145· 40
154· 9
154· 10
154· 11
154· 12
154· 13
154· 14
154· 15
154· 16
154· 17
154· 18
154· 19
154· 20
154·21
157·29
157·30
157·31
157·32
136·35
136· 36
136· 37
136· 38
136· 39
136· 40
136· 41
136· 42
136· 43
136· 44
136· 45
136· 46
139· 66
154·22
100· 21
100· 22
154· 23

MFRS P!I&Line TYPE No.

.~g+~ m:~~ I~~ti~g

MJ481
MJ490
MJ491
MJ500

MOTA
MOTA
MOTA
MOTA
• MOTA

MJ501

• MOTA

MJ802
MJ1800
MJ2249
MJ2250
MJ2251
MJ2252
MJ2253
MJ2254
MJ2267
MJ2268
MJ2801
MJ2901
MJ3010
MJ3011
MJ3101
MJ3201
MJ3202
MJ3701
MJ3771

•
•
•
•
•
•
•
•
•
•

MJ3772

•
•
•
•
•

MOTA
MOTA
MOTA
MOTA
MOTA
MOTA
MOTA
MOTA
MOTA
MOTA
MOTA
MOTA
MOTA
MOTA
MOTA
MOTA
MOTA
MOTA
MOTA

• MOTA

MJ3801

.MOTA

MJ3802

• MOTA

MJ4101
MJ4502
MJ6700

MOTA
• MOTA
• MOTA

MJ6701

• MOTA

MJ7000
MJ7200
MJ7201
MJ8100

•
•
•
•

MOTA
MOTA
MOTA
MOTA

MJ8101

• MOTA

MJE105
MJE205
MJE340
MJE370
MJE371
MJE520
MJE521
MJE2801
MJE2901
MJE2955
MJE3055
MK10
MM380
MM709
MMl139
MM1500
MM1501
MM1755
MM1756

.MOTA
• MOTA
MOTA
MOTA
MOTA
MOTA
MOTA
• MOTA
• MOTA
• MOTA
• MOTA
MITJ
• MOTA
MOTA
• MOTA
MOTA
MOTA
MOTA
MOTA

MM1757
MM1758

MOTA
MOTA

MM1803
MM1812
MM1941
MM2258
MM2259
MM2260
MM2261

•
•
•
•
•
•
•

MOTA
MOTA
MOTA
MOTA
MOTA
MOTA
MOTA

MM2262

• MOTA

MM2263

• MOTA

MM2483
MM2484
MM3000
MM3001
MM3002
MM3003
MM3004
MM3008
MM3009
MM3724

• MOTA
• MOTA
• MOTA
• MOTA
• MOTA
• MOTA
+ MOTA
+ MOTA
• MOTA
• MOTA

MM3725

+ MOTA

MM3726

• MOTA

MM3903

• MOTA

MM3904

• MOTA

MM3905

• MOTA

MM3906
MM4000
MM4001
MM4002
MM4003
MM4048
MM4052
MM4261H

• MOTA

150· 11
150· 12
128· 45
128· 46
127· 98
168· 15
127· 99
168· 16
154·78
152· 94
14'1· 96
141· 97
141·45
141· 46
126·110
127· 1
128· 87
128· 88
152· 65
128· 70
151·104
151·105
141· 98
140· 95
140· 96
127· 2
153·46
164·47
153·47
164·48
145· 9
170· 15
145· 10
170· 16
142·49
128· 98
127·100
168· 17
127·101
168· 18
153· 48
156· 17
156· 18
126· 66
168' 19
126· 67
168· 20
128·59
150· 25
143· 36
127· 30
127·89
144· 63
146· 10
152· 69
128· 71
128· 72
152· 68
107· 55
55·34
94· 14
49· 8
132·102
132·103
72· 6
72· 7
175·101
72· 8
72· 9
177· 16
102· 6
131· 5
88· 6
131· 6
131· 7
131· 8
134·92
171· 82
134·93
171· 83
134· 94
171· 84
90· 68
90· 70
131· 9
131· 10
131· 11
131· 12
134·95
131· 13
131· 14
134· 96
173· 95
134· 97
173· 96
126· 13
173· 97
91· 93
175 ·102
92· 15
177· 17
67·61
173·109
67·74
175·103
70· 66
125· 35
125· 36
125· 37
67· 99
70· 14
61· 51

MFRS Pa&Line

:~g+~ m:~g

MM5000
MM5001
MM5002
MM8006
MM8007
MM8008
MM8009
MM8010
MM8011
MMFI

•
•
•
•
•
•
•
•
•
•

MMF2

• MOTA

MOTA
MOTA
MOTA
MOTA
MOTA
MOTA
MOTA
MOTA
MOTA
MOTA

MMF3

• MOTA

MMF4

• MOTA

MMF5

• MOTA

MMF6

• MOTA

MMT918
MMT930
MMT2222

• MOTA
• MOTA
• MOTA

MMT2369

• MOTA

MMT2484
MMT2857
MMT2907

• MOTA
• MOTA
• MOTA

MMT3546

• MOTA

MMT3798
MMT3799
MMT3823
MMT3903

•
•
•
•

MMT3904

• MOTA

MMT3905

• MOTA

MMT3906

• MOTA

MPll0
MP110B
MP500
MP500A
MP501
MP501A
MP502
MP502A
MP504
MP504A
MP505
MP505A
MP506
MP506A
MP525
MP600

•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•

MOTA
MOTA
MOTA
MOTA

MOTA
MOTA
MOTA
MOTA
MOTA
MOTA
MOTA
MOTA
MOTA
MOTA
MOTA
MOTA
MOTA
MOTA
MOTA
MOTA

MP601

• MOTA

MP602

• MOTA

MP603

• MOTA

MP800
MP801
MP900

• MOTA
+ MOTA
• MOTA

MP901

• MOTA

MP902

• MOTA

MP1529

KSC

MP1529A

KSC

MP1530

KSC

MP1530A

KSC

MP1531

KSC

MP1531A

KSC

MP1532

KSC

MP1532A

KSC

MP1533

KSC

MP1534

KSC

MP1534A

KSC

MP1535

KSC

MP1535A

KSC

MP1536

KSC

MP1536A

KSC

MP1537
KSC
• MOTA
• MOTA
• MOTA
MP1537A
KSC
• MOTA
• MOTA
MP1538
KSC
• MOTA
MP1549
KSC
• MOTA
+-Indicates manufacturer's data sheet available
in Transistor Information Microfile (TIM)

52· 7
52· 8
52· 9
80· 46
80· 47
132·104
132·105
132·106
132·107
110· 19
185· 29
110· 20
185· 30
110· 21
185· 31
110· 22
185· 32
110· 23
185·33
110· 24
185·34
81· 66
81· 48
81· 51
173· 69
62· 18
179· 64
81· 49
81· 67
62· 16
173· 80
62· 19
180· 40
62· 8
62· 9
108· 20
81· 58
175· 46
81· 61
176· 87
62· 14
173· 71
62· 15
175·52
121· 44
121· 45
123· 70
123· 71
123· 72
123· 73
123· 74
123· 75
123· 76
123· 77
123· 78
123· 79
123· 80
123· 81
121· 46
119· 51
161· 90
119· 52
161· 91
119· 53
161· 92
119· 54
161· 93
123·102
123·103
123 ·104
162· 48
123·105
162· 49
123·106
162· 50
121· 47
161· 94
121· 48
162· 83
121· 49
161· 95
121· 50
162· 84
121· 51
161· 96
121· 52
162· 85
121· 53
161· 97
121· 54
162· 86
121· 55
161· 98
121· 56
161· 85
121· 57
162· 79
121· 58
161· 86
121· 59
162· 80
121· 60
161· 87
121· 61
162· 81
121· 62
161· 88
121· 63
162· 82
121· 64
161· 89
121· 65

yt'1: NO.
IMt'1~4!.1A

KSC

MP1550
MP1550A

KSC
KSC

MP1551
MP1551A

KSC
KSC

MP1552
MP1552A

KSC
KSC

MP1553
MP1553A

KSC
KSC

MP1554
MP1554A

KSC
KSC

MP1555
MP1555A

KSC
KSC

MP1556
MP1556A

KSC
KSC

MP1557
MP1557A

KSC
KSC

MP1558
MP1558A

KSC
KSC

MP1559
MP1559A

KSC
KSC

MP1560
MP1560A

KSC
KSC

MP1612
MP1612A
MP1612B
MP1613
MP2000A

t MOTA
t MOTA
tMOTA
tMOTA
t MOTA

MP2060
MP2060-1
MP2060-2
MP2060-3
MP2060-4
MP2060-5
MP2060-6
MP2060-7
MP2061
MP2061-1
MP2061-2
MP2061-3
MP2061-4
MP2061-5
MP2061-6
MP2061-7
MP2062
MP2062-1
MP2062-2
MP2062-3
MP2062-4
MP2062-5
MP2062-6
MP2062-7
MP2063
MP2063-1
MP2063-2
MP2063-3
MP2063-4
MP2063-5
MP2063-6
MP2063-7
MP2100A

tMOTA
tMOTA
t 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
tMOTA
tMOTA
tMOTA

MP2200A

tMOTA

MP2300A

tMOTA

MP2400A

tMOTA

MP3730
MP3731
MP8111
MP8112
MP8113
MP8121
MP8122
MP8123
MP8211
MP8212
MP8213
MP8221
MP8222
MP8223
MP8511
MP8512
MP8513
MP8521
MP8522
MP8523
MP8611
MP8612
MP8613
MP8621
MP8622
MP8623
MPF102
MPF16l
MPM5006
MPS404

tMOTA
tMOTA
UEHK
UEHK
UEHK
UEHK
UEHK
UEHK
UEHK
UEHK
UEHK
UEHK
UEHK
UEHK
UEHK
UEHK
UEHK
UEHK
UEHK
UEHK
UEHK
UEHK
UEHK
UEHK
UEHK
UEHK
tMOTA
tMOTA
tMOTA
tMOTA

MPS404A

+MOTA

D.A. T.A. INC.

m:~~

121- 67
121- 68
162-100
121- 69
121- 70
162-101
121- 71
121- 72
162-102
121- 73
121 - 74
162·107
121 - 75
121- 76
162-108
121- 77
121- 78
162-109
121- 79
121- 80
162-110
121- 81
121- 82
163- 1
121- 83
121· 84
163- 2
121- 85
121- 86
163· 3
121 - 87
121- 88
163· 4
119 - 55
119- 56
119 - 57
119- 58
121- 89
163- 50
119 - 59
185 - 35
185 - 36
185 - 37
185 - 38
185 - 39
185 - 40
185 - 41
119- 60
185 - 42
185 - 43
185 -,44
185 - 45
185 - 46
185 - 47
185 - 48
119- 61
185 - 49
185 - 50
185 - 51
185 - 52
185 - 53
185 - 54
185 - 55
119- 62
185 - 56
185 - 57
185· 58
185· 59
185·60
185- 61
185- 62
121- 90
163- 51
121- 91
163- 52
121- 92
163- 53
121- 93
163- 54
118- 50
118 - 51
144· 80
144 - 81
144· 82
144 - 83
144· 84
144 - 85
144· 86
144 - 87
144- 88
144- 89
144- 90
144 - 91
127 - 31
127- 32
127- 33
127- 34
127 - 35
127· 36
127- 37
127· 38
127- 39
127 - 40
127- 41
127- 42
107-107
105- 79
89- 60
65- 95
165 - 14
65- 96
165 - 15

.

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

MFRS Pa&Line TYPE No.
MPS706

t MOTA

MPS706A

tMOTA

MPS834

tMOTA

MPS918
MPS2369

tMOTA
tMOTA

MPS2711
MPS2712
MPS2713

MOTA
MOTA
tMOTA

MPS2714

tMOTA

MPS2715
MPS2716
MPS2923
MPS2924
MPS2925
MPS2926
MPS3392
MPS3393
MPS3394
MPS3395
MPS3396
MPS3397
MPS3398
MPS3563
MPS3638

MOTA
MOTA
t MOTA
t MOTA
tMOTA
MOTA
MOTA
MOTA
MOTA
MOTA
MOTA
MOTA
MOTA
tMOTA
tMOTA

MPS3638A

tMOTA

MPS3639

tMOTA

MPS3640

tMOTA

MPS3646

tMOTA

MPS3693
MPS3694
MPS3702
MPS3703
MPS3704
MPS3705
MPS3706
MPS3707
MPS3708
MPS3709
MPS3710
MPS3711
MPS5172
MPS6507
MPS6511
MPS6512
MPS6513
MPS6514
MPS6515
MPS6516
MPS6517
MPS6518
MPS6519
MPS6520
MPS6521
MPS6522
MPS6523
MPS6530
MPS6531
MPS6532
MPS6533
MPS6534
MPS6535
MPS6540
MPS6542
MPS6543
MPS6544
MPS6545
MPS6546
MPS6547
MPS6560
MPS6561
MPS6562
MPS6563
MPS6564
MPS6565
MPS6566
MPS6567
MPS6568
MPS6568A
MPS6569
MPS6570
MPS6571
MPS-A09
MPSA05
MPSA06
MPSA10
MPSA13
MPSA14
MPSA20
MPSA55
MPSA56
MPSA65
MPSA66
MPSA70
MPSH02
MPSH10
MPSH11
MPSH20
MPSH30
MPSH31
MPSH32
MPSH37
MPSLOl

tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
MOTA
MOTA
MOTA
MOTA
MOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
t MOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
+MOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
MOTA
MOTA
MOTA
MOTA
MOTA
MOTA
tMOTA
tMOTA
tMOTA
tMOTA
MOTA
MOTA
MOTA
MOTA
MOTA
tMOTA
MOTA
MOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA

l~t J~

89- 16
174- 56
89- 47
178· 10
89· 61
89· 59
179- 65
88· 89
88- 90
89 - 28
175- 38
89- 29
175 - 39
88- 91
88- 92
77- 25
77- 26
77- 27
89- 41
88- 93
88- 94
88- 95
88- 96
88- 97
88- 98
88- 99
89- 62
65-105
171- 64
65-109
172-103
61- 90
177- 6
66- 18
179- 91
79- 25
178· 2
89- 17
89 - 18
65-106
65·107
89- 8
89- 9
89- 10
88-100
88-101
88-102
88-103
88 -104
81- 10
89- 68
88-105
89- 30
89- 31
89 - 51
89 - 52
66- 5
66- 6
66- 14
66- 15
89 - 53
89 - 54
66- 16
66- 17
89 - 55
89- 56
89 - 57
66- 9
66- 10
66- 11
89 - 48
89- 69
89- 70
88-106
88-107
89- 63
89- 64
95- 51
95- 52
70- 15
70- 16
88-108
89- 19
89- 20
88-109
89- 49
89- 50
89- 42
89- 43
89- 13
89- 4
96- 27
96- 28
84- 58
89- 21
89- 22
85- 60
70- 32
70- 33
65 -110
66- 1
64- 35
96- 80
89- 66
89- 67
89· 65
89- 44
89- 45
96- 84
89- 46
89- 3

L,.Registered with JEDEC
bV this manufacturer

Jg

MPSL07

tMOTA

l~g:

MPSL08

tMOTA

MPSL51
MPSUOI
MPSU02
MPSU05
MPSU06
MPSU10
MPSU51
MPSU52
MPSU55
MPSU56
M03467

tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
tMOTA

M03725

t MOTA

M03762

t MOTA

M03799

t MOTA

M03799A

t MOTA

MRD100

t MOTA

MRD150

tMOTA

MRD200
MRD210
MRD250
MRD300
MRD310
MRD450

tMOTA
tMOTA
tMOTA
tMOTA
tMOTA
t MOTA

MRD600
MSA7505
MSA8505
MSA8506
MSP10
MSP10A
MSP15
MSP15A
MSP20
MSP20A
MSP25
MSP25A
MSP30
MSP30A
MSP35
MSP35A
MSP40
MSP40A
MSP45
MSP45A
MSP50
MSP50A
MSP55
MSP55A
MSP60
MSP60A
MSP65
MSP70
MSP70A
MSP75
MSP80
MSP85
MSP90
MSP95
MSP100
MSP5405
MSP6605
MST10
MST10S
MST15
MST20
MST20S
MST20S
MST25
MST30
MST30B
MST30S
MST35
MST40
MST40B
MST40S
MST45
MST50
MST50S
MST50S
MST55
MST60
MST60S
MST60S
MST65
MST70
MST70S
MST70S
MST75
MST80
MST85
MST90
MST95
MST100
MST5404
MST6604
MT101S
MT102S

tMOTA
tFSC
HSC
tFSC
MST
MST
MST
MST
MST
MST
MST
MST
MST
MST
MST
MST
MST
MST
MST
MST
MST
MST
MST
MST
MST
t MST
MST
MST
t MST
MST
MST
MST
MST
MST
MST
MST
MST
MST
• MST
MST
MST
MST
t MST
MST
MST
MST
t MST
MST
MST
MST
tMST
MST
MST
MST
t MST
MST
MST
MST
t MST
MST
MST
MST
t MST
MST
MST
MST
MST
MST
MST
MST
MST
SELS
SELS

MT181
MT0404
MT0404-1
MT0404-2
MT0411

MITJ
UEHK
UEHK
UEHK
UEHK

66- 20
180- 85
65-100
140- 16
138 - 8
136- 89
136- 90
136· 91
126- 78
126- 42
126- 20
126- 21
70- 61
172- 58
94- 11
191- 75
70- 62
172- 59
63- 16
191- 76
63- 17
185 - 63
72- 13
187 - 23
72- 14
187· 24
187 - 25
187 - 26
187 - 27
187- 28
187 - 29
72-77
187- 30
187 - 31
142- 50
141- 40
145- 90
137 - 78
140- 97
137 - 79
140- 98
137 - 80
140- 99
137 - 81
140-100
137 - 82
140-101
137- 83
140-102
137- 84
140-103
137 - 85
140-104
137 - 86
140-105
137 - 87
140-106
137 - 88
140- 42
137 - 89
137- 90
140- 43
137 - 91
137 - 92
137- 93
137·94
137 - 95
137 - 96
139 - 67
139- 68
132-108
100- 37
133- 1
133- 2
136- 47
100- 38
133 - 3
133- 4
136- 48
100- 39
133- 5
133 - 6
136- 49
100- 40
133- 7
133- 8
136· 50
100- 41
133· 9
133- 10
136- 51
100- 42
133- 11
133- 12
136- 52
100- 43
133- 13
133- 14
133- 15
133- 16
133- 17
133- 18
133- 59
133- 60
104- 67
104- 68
185- 64
102- 64
60- 43
60- 44
60- 45
60- 39

37

No.

MT0412
MT0413
MT1060
MT1060A
MT1061
MT1061A
MT1062
MT1063
MT1070
MT4101
MT4102.A
MT4103
MT6001
MT6002
MT6003
MT9001
MT9002
MU10
MU20
MU4891
MU4892
MU4893
MU4894
NIX
N2XA
NKT11
NKT12
NKT72
NKT73
NKT124
NKT125
NKT126
NKT135
NKT137
NKT210
NKT211
NKT212
NKT213
NKT214
NKT215
NKT216
NKT217
NKT219
NKT223
NKT224
NKT225
NKT229
NKT261
NKT262
NKT264
NKT270
NKT271
NKT272
NKT274
NKT275
NKT281
NKT302
NKT304
NKT351
NKT401
NKT402
NKT403
NKT404
NKT405
NKT406
NKT420
NKT451
NKT452
NKT453
NKT603F
NKT613F
NKT674F
NKT677F
NKT713
NKT717
NKT734
NKT736
NKT773
NKT781
NKT10339
NKT10419
NKT10439
NKT10519
NKT12329
NKT12429
NKT13329
NKT13429
NKT16229
NKT20329
NKT20339
NKT35219
NKT80111
NKT80112
NKT80113
NKT80211
NKT80212
NKT80213
NKT80214

IN TYPE NUMBER SEQUENCE
MFR::; Pa&Line TYPE No.
MFRS Pa&Line
~~- 40 NKT80215
60- 41 NKT80216
tFSC
88- 47 NPC108
t FSC
88- 67 NPC108A
tFSC
83- 28 NPC115
tFSC
83- 29 NPC167
tFSC
88- 68 NPC173
tFSC
83- 30 NPC187
t FSC
131- 35 NPC188
UEHK 72- 84 NPC189
UEHK 72- 85 NPC211N
UEHK 72- 86 NPC212N
UEHK 73 - 1 NPC213N
UEHK 73- 2 NPC214N
UEHK 72-100 NPC215N
UEHK 73- 7 NPC216N
178- 48 NS404
UEHK 73- 8 NS661
178 - 65 NS662
tMOTA 188- 58 NS663
tMOTA 188- 59 NS664
t MOTA 188- 60 NS665
tMOTA 188- 61 NS666
t MOTA 188- 62 NS667
tMOTA 188- 63 NS668
TIIF
97 - 43 NSlll0
TIIF
98 - 5
NTLB 45 - 62 NSllll
45 - 68
NTLB
NTLB 45- 66 NS1112
NTLB
45 - 64 NS1510
NTLB 45- 70
166- 97 NS2310
NTLB
45- 67 NS2311
165- 88 NS6201
NTLB
45- 65 NS6203
164-102 NS6205
NTLB
50- 97 NS6213
165- 50 NS6214
NTLB
51- 19 NS7200
166- 9 NS7201
NTLB
52-109 NS7300
NTLB 52-110 NS7301
NTLB 53- 1 NS7302
NTLB 53- 2 NS7303
NTLB 53- 3 NS7304
NTLB
53- 4 NS7305
NTLB 53- 5 NS9001
NTLB 53- 6
NTLB 53- 7 NS9002
NTLB 55. 63
NTLB 55- 64 OC20
NTLB 55 - 65
NTLB 55- 66 OC22
NTLB 55- 69
MULB
NTLB 55- 70
NTLB 55 - 71 OC23
NTLB 52- 96
MULB
RADF
NTLB 53- 20
NTLB 53 - 21 OC24
NTLB 53 - 22
MULB
NTLB 53- 23
NTLB 54- 23 OC25
NTLB 56- 44
NTLS 56- 45 OC26
NTLS 56- 42
PHIC
NTLS 118- 57
163- 85 OC28
NTLS 118- 58
MULS
163- 87
NTLS 118 - 59 OC29
163- 88
MULS
NTLS 118- 60
163- 89 OC30
PHIN
NTLS 118- 61
NTLS 118- 62 OC30A
163- 86 OC30B
NTLS 117-101 OC35
NTLS 117 -102
MULS
NTLB 117-103
NTLS 117-104 OC36
NTLB 46- 92
MULS
172- 36
NTLS 46- 93 OC41
NTLS 46- 94 OC41N
NTLS 46- 95 OC42
NTLS 58- 91 OC42N
NTLS 58- 26 OC43
NTLS 58- 62 OC43N
165- 61 OC44
NTLS 58- 79
MULS
NTLB 58- 15
PHIN
NTLS 59- 2 OC44N
NTLB 95-103 OC45
NTLS 85- 48
MULS
NTLS 95-104
PHIN
NTLS 85- 49 OC45N
NTLS 96- 29 OC46
NTLS 96- 30
PHIN
NTLS 92- 16 OC47
177- 18
PHIN
NTLS 92- 17 OC57
177- 19
PHIN
NTLS 79- 83 OC58
NTLS 64- 31
PHIN
NTLS 69- 49 OC59
NTLS 79- 57
PHIN
NTLS 107- 30 OC60
NTLS 107- 31
PHIN
NTLS 107- 32 OC65
NTLS 111- 49 OC66
NTLS 111- 50 OC70
NTLS 111- 51
PHIN
NTLS 111- 52

~~~~

111- 53
111- 54
107-108
107-109
76- 20
75- 54
81- 73
76- 24
79- 84
76- 23
111- 55
111- 56
111 - 57
111- 58
111- 59
111- 60
t
70- 11
t
68· 28
t
68- 29
t
68· 30
t
68· 31
60- 79
t
t
60- 80
t
60· 81
t
60- 82
t
159- 6
181- 7
t NSC 159- 7
181- 8
NSC 181- 9
tNSC
72- 78
161- 27
NSC 181- 10
NSC 181- 11
t NSC
61- 25
t NSC
75·32
61- 41
NSC
NSC
75- 55
NSC
79- 85
t NSC 185- 65
t NSC 185 - 66
t NSC 185- 67
t NSC 185- 68
t NSC 185- 69
t NSC 185- 70
t NSC 185 - 71
t NSC 185- 72
NSC 131- 84
167- 8
NSC 147- 29
167- 9
MINA 117-105
MULB
tAPX
115 - 58
PHIN
VALG
tAPX
115- 59
PHIN
VALG
tAPX
115- 60
PHIN
VALG
MINA 116-108
MULS
MULS 113- 83
PH IN
VALG
MINA 117-106
PHIC 163- 71
VALG
MINA 117-107
PHIC 163- 72
VALG
MULS 113- 94
VALG
VALG 113 - 95
VALG 113- 96
MINA 117-108
PHIC 163 - 73
VALG
MINA 118- 1
PHIC 163- 74
VALG
MULS 43-104
MINA 46-103
MULS 43-105
MINA 46-106
MULB 46- 39
MINA 47- 2
APX
47 - 3
PHIC
VALG
MINA 46-110
46-109
APX
PHIC
VALG
MINA 46-104
46-105
APX
VALG
46-107
APX
VALG
MULS 43- 10
VALG
MULS 43- 11
VALG
MULS 43- 14
VALG
MULS 43- 9
VALG
MULS 43- 94
MULS 43- 95
MULS 48- 88
VALG

t
t
t
t
t
t
t
t

NTLB
NTLB
NPC
NPC
NPC
NPC
NPC
NPC
NPC
NPC
NPC
NPC
NPC
NPC
NPC
NPC
NSC
NSC
NSC
NSC
NSC
NSC
NSC
NSC
NSC
NSC

,-Indicates manufacturer's data sheet available
in Transistor Information Microfile (TIM)

'YPE No.
Ul,;11

PHIC
OC72
PHIC
RAOF
OC74
PHIN
OC74N
OC75
PHIN
OC76
MULB
PHIN
OC77
MULB
PHIN
OC77M
OC79
PHIC
RAOF
OC80

PHIC
RAOF

OC83
OC84
OC122
MULB
PHIN
OC123
MUlB
PHIN
OC139
MULB
PHIN
OC140
MULB
PHIN
OC141

MUlB
PHIN

OC169
PHIN
OC170
MUlB
OC171
MULB
OC200
OC201
OC202
OC203
OC204
OC205
OC206
OC207
OC602SP
OC604SP
OC614
OC615
OCP70
PHIC
OCP71
00603

00603/50
OS14
OS18
P20
P21
Pl02
P236
P237
P238
P346A
Pl027
Pl028
Pl029
Pl069E
Pl086E
Pl087E
PBC107
PBC108
PBC109
PBC182
PBC183
PBC184
PET100l
PET1002
PET1075
PETl075A
PET2001

1. TYPE
No. CROSS INDEX
MFRS Pa&Line TYPE No.
MFRS pg&Line TYPE No.

MFRS Pa&Line TYPE No.

~~~B

VALG
MULB
PHIN
VAlG
PHIC
RAOF
VALG
MINA
MUlB
RAOF
VAlG
APX
PHIC
RAOF
VALG
APX
PHIC
RAOF
VALG
RAOF
APX
PHIN
VALG
APX
PHIN
VALG
MULB
PHIC
MUlB
PHIC
APX
PHIC
VALG
APX
PHIC
VALG
APX
PHIC
RAOF
VALG
APX
PHIC
RAOF
VALG
APX
PHIC
RAOF
VALG
APX
VALG
APX
PHIN
APX
PHIN
MULB
PHIC
MUlB
PHIC
MULB
PHIC
MULB
PHIC
MULB
PHIC
MULB
PHIC
MUlB
PHIC
MULB
TFKG
TFKG
TFKG
TFKG
+APX
PHIN
MULB
PHIC
TFKG
TFKG
TOSJ
TOSJ
SGSI
SGSI
+ SIX

4H· 1I:l

62· 64 PET9001A

+ PHIL

62· 86 PET9002

+ PHIL

62· 87 PET9002A
62· 65 PET9021

+ PHIL
+ PHIL

63· 63 PET9022

+ PHIL

63· 64 PFN3066

+ OIC

63· 74 PFN3069

+ OIC

94 PFN3458
48
49 PH241N
47
49 PH242N
32
PH243N
33
PH244N
97
98 PLI021
34 Pll022
35 PL1023
36 PL1024
37 PL1025
49 PL 1026
38 Pll031
39 PL1032
40 PLI033
41 PLI034
79 PL1051
50 PL1052
51 PL1053
52 PL1054
53 PL 1055
54 PL1061
55 PL 1062
31 PL1063
PL1064
32 PL1065
PL1066
33 Pll067
PL 1081
90 PL1082
Pll083
91 Pll084
Pll085
92 PL1091
PL 1092
40 PL1093
41 Pll094
10 PLll0l
11 PL1102
42 Pl1.103

+ OIC

65·
52·
52·
43·
43·
187·
187·

113·
113·
187·
187·
187·
187·
105·
187·
+SIX
187·
+ SIX
187·
187·
+ SIX
SGSI 178·
AML 105·
AML 105·
AMl 105·
AML 105·
AML 105·
AML 105·
ESMF 77·
MISI
ESMF 77·
MISI
ESMF 77·
MISI
ESMF 83·
MISI
ESMF 83·
MISI
ESMF 83·
MISI
+ PHIL
91·
+ PHIL
91·
+ PHIL
91·
91·
+ PHIL
91·
+ PHIL

D.A. T.A.INC.

~mgg~

PET3002
48· 96 PET3702
PET3703
PET3704
56· 28 PET3705
PET3706
PET3903
56· 23 PET3904
48· 94 PET3905
PET3906
PEHOOI
48· 86 PET4002
PET4003
PET4058
PET4059
48· 87 PEH060
PET4061
PET4062
PET4123
52· 51 PET4124
56· 26 PET4125
PET4126
PET6001
66· 30 PET6002
PET8000
PET8001
56· 38 PET8002
PET8003
56· 39 PET8004
PET8005
55·55 PET8005A
PET8006
PET8006A
55·56 PET8007
PET8007A
PET8101
58· 4 PET8200
PET8201
PET8202
PET8203
58· 6 PET8204
PET8250
PET8251
PET8300
58· 2 PET8301
PET8302
PET8303
PET8304
44· 19 PET8350
PET8351
46· 79 PET8352
PET8353
46· 80 PET9001

+ PHIL
+ PHIL
+ PHIL
+ PHIL
+ PHIL
+ PHil
+ PHIL
• PHIL
PHil
PHIL
PHIL
PHil
+ PHil
+ PHil
+ PHIL
• PHil
+ PHIL
+ PHil
+ PHil
+ PHIL
PHIL
PHIL
PHIL
PHIL
+ PHIL
+ PHIL
+ PHIL
+ PHil
+ PHIL
+ PHil
PHIL
+ PHil
+ PHIL
+ PHIL
+ PHIL
+ PHIL
+ PHIL
+ PHIL
+ PHIL
+ PHIL
+ PHIL
+ PHIL
+ PHIL
+ PHIL
+ PHil
+ PHIL
+ PHIL
+ PHIL
+ PHIL
+ PHIL
+ PHIL
+ PHIL
+ PHIL
+ PHIL
+ PHIL

AKER
AKER
AKER
AKER
TIIF
TIIF
TIIF
TIIF
TIIF
TIIF
TIIF
TIIF
TIIF
TIIF
TIIF
TIIF
TIIF
TIIF
TIIF
TIIF
TIIF
TIIF
TIIF
TIIF
TIIF
TIIF
TIIF
TIIF
TIIF
TIIF
TIIF
TIIF
TlIF
TIIF
TIIF
TIIF
TIIF
TIIF

~~: t~

83· 24
67· 7
67· 8
91· 4
91· 5
91· 6
91· 94
92· 18
67· 62
67·75
90· 91
90· 92
90· 93
66· 86
66· 87
66· 88
66· 89
66· 90
91· 95
92· 19
67· 63
67· 76
92· 56
92· 76
90· 73
90· 74
90· 75
90· 76
90· 77
81· 52
81· 53
81· 54
81· 55
81· 56
81· 57
83· 25
91· 44
91· 45
91· 46
91· 47
91· 48
87· 86
87· 93
67· 9
67· 10
67· 11
67· 12
67· 13
54· 66
54· 68
54· 67
54· 69
92· 57
178· 37
92· 58
178· 49
92· 59
178· 38
92· 60
178· 50
92· 20
177· 7
92· 21
177· 54
112· 16
187·42
112· 17
187· 43
112· 18
187·44
110· 25
187· 45
110· 26
187 - 46
110· 27
187·47
110· 28
187·48
74· 3
74· 4
74· 5
74· 6
74· 7
74· 8
60· 53
60· 54
60· 55
60· 56
74· 9
74· 10
74· 11
74· 12
74· 13
74· 14
74· 15
74· 16
74· 17
74· 18
74· 19
74· 20
74· 21
74· 22
74· 23
74· 24
74· 25
107· 56
107· 57
107· 58
107· 59
60· 57
60· 58
60· 59

,0,·Registered with JEDEC
by this manufacturer

ptlm
PL1112

i::~

PL1113
PL4021

TIIF
TIIF
TIIF

PL4022

TIIF

Pl4023

TIIF

Pl4031

TIIF

PL4032
PL4033
PL4034

TIIF
TIIF
TIIF

Pl4051

TIIF

PL4052

TIIF

Pl4053

TIIF

PL4054

TIIF

Pl4055

TIIF

PL4061
Pl4062
Pl4112
PMTl767
PT2
PT3
PT22
PT23
PT52
PT53
PT600
PT601
PT612
PT665
PT665A
PT850
PT850A
PT886
PT896
PTl515
PTl544
PTl545
PTl558
PTl559
PTl835
PTl836
PTl837
PTl937

TIIF
TIIF
TIIF
TRW
STL
STl
+ STL
+ STL
+ STL
+STL
+TRW
+TRW
+TRW
+TRW
+ TRW
+TRW
+TRW
+TRW
+TRW
+TRW
.TRW
.TRW
+TRW
+TRW
+TRW
+ TRW
+TRW
+TRW

PTl941

.TRW

PTl949

+TRW

PTl963
PT2523
PT2524
PT2525
PT2525A
PT2540
PT2575
PT2600
PT2610
PT2620
PT2620A
PT2630
PT2635

+TRW
+TRW
+TRW
+TRW
TRW
+TRW
+TRW
+TRW
+TRW
+TRW
+TRW
+TRW
+TRW

PT2640
PT2660
PT2670
PT3473
PT3500
PT3502
PT3503
PT3760
PH690
PT4816
PT5693
RAI
RAIA
RAIS
RAIC
RA2
RA2A
RA2B
RA3
RA3A
RA3S
RH120

+TRW
+TRW
+TRW
+TRW
+TRW
+TRW
+TRW
+TRW
+TRW
+TRW
TRW
+GESY
+ GESY
+ GESY
+GESY
+ GESY
+ GESY
+GESY
+ GESY
+ GESY
+ GESY
tECO

RM3005
RM3022
RT930H
RTll10
RTlll1
RTl116

RAYN
+ RAYN
+ RAYN
RAOF
RAOF
RAOF

S550
S552
S704
S708

ECo
ECo
ECo
tECO

S715

tECo

38

~~: ~~ ~gg~

74· 27
74· 28
75· 56
178· 51
75· 65
179· 66
75· 66
179· 67
67· 64
174· 72
67·65
174· 73
67· 66
174· 74
67·67
174· 75
81· 25
175· 78
81· 26
175· 79
81· 27
175· 80
81· 42
176·106
81· 28
175·81
77· 60
77· 61
75· 85
83· 23
192· 33
192· 34
192· 35
192· 36
192· 37
192· 38
140· 55
140· 56
140· 57
141· 99
141·100
103· 37
103· 38
97· 48
130· 58
133· 19
133· 61
133· 62
133· 39
133· 20
98· 64
94· 2
94· 3
151·106
169· 65
152· 70
169· 56
148· 63
170· 33
148· 64
103· 3
103· 4
100· 86
135·33
102·108
100· 87
141· 31
140· 17
138· 30
138·31
140· 18
142· 51
173· 30
138· 32
138· 33
138· 34
173· 31
98· 45
134·100
138· 35
138· 36
92· 77
140·107
102· 57
144· 99
191· 77
191· 78
191· 79
191· 80
191· 81
191· 82
191· 83
191· 84
191· 85
191· 86
77· 28
160· 10
191· 87
191· 88
72· 43
181· 12
181· 13
101· 84
171· 68
181· 14
140·108
140·109
134·101
138· 37
191· 89
136· 53
191· 90

S939
S1000
S1050
S3639
S3640
S15649
S15650
S15657
S15658
S15659
S15660
S17900
S18000

SA310
SA311
SA312
SA313
SA314
SA315
SA316
SA410
SA411
SA412
SA413
SA414
SA415
SA416
SA537
SA538
SA539
SA540
SA2253

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

~gg
ECO
ECO
ECO
+ SES
+ SES
tFSC
+ FSC
tFSC
tFSC
tFSC
tFSC
tFSC
tFSC
SPR
SPR
SPR
SPR
SPR
SPR
SPR
SPR
SPR
SPR
SPR
SPR
SPR
SPR
SPR
SPR
SPR
SPR
+AML

SA2644

+AML

SA2648

+AML

SA2710

.AML

SA2711

.AML

SA2712
SA2713
SA2714
SA2715
SA2716

.AML
+AMl
+AML
+AML
.AML

SA2717

+AMl

SA2718

+AML

SA2719
SA2720

.AML
+AML

SA2721

+AML

SA2722

+AML

SA2723

+AMl

SA2724

+AMl

SA2725

+AML

SA2726

+AML

SA2738

.AML

SA2739

+AML

SC1600

+ PHil

SC1601

+ PHIL

SC1611
SC1612
SC1613
SC1614
SC1625

+ PHil
+ PHil
+ PHIL
+ PHIL
• PHIL

SOI023
S01120
S05014

+ SSS
+ SSS
+ SSS

S05015

+ SSS

S05050

+ SSS

S05051

+ SSS

SOTlOOO
SOTlOOl
SOTlO02
SOTlO03
SOTlO04
SOTlO05
SOTlO06
SOTlO07
SOTlOll
SOTlO12
SOTlO13
SOTlO14
SOTlO15
SOTlO16

SOD
+SOO
+SOO
+SOO
+SOO
+SOO
+SOO
+SOO
+SOD
+SOO
+SOO
+SOO
+SOO
+SOO

1:~:1110 I~gil~~~

141· 2
160· 14
141· 3
142· 52
63· 44
63· 45
77·103
77· 76
79· 47
87· 87
98· 98
98· 81
99· 42
175·104
71· 34
175· 5
60·110
61· 1
60·103
60· 88
60· 89
60·104
60· 90
61· 2
61· 3
60·105
60· 91
60· 92
60·106
60· 93
60· 61
60· 62
60· 63
60· 64
77· 29
185· 73
86· 39
185· 74
86· 40
185· 75
86· 10
185· 76
86· 11
185· 77
86· 12
185· 78
86· 13
185· 79
86· 14
185· 80
86· 15
185· 81
86· 16
185· 82
86· 17
185· 83
86· 18
185· 84
85· 93
185· 85
85· 94
185· 86
85· 95
185· 87
85· 96
185· 88
85· 97
185· 89
85· 98
185· 90
86· 19
191· 91
85· 99
191· 92
85·100
185· 91
85·101
185· 92
105· 91
191· 93
105· 92
191· 94
105· 93
105· 94
105· 95
105· 96
105· 97
191· 95
130· 59
138· 38
104· 34
185· 93
104· 35
185· 94
107· 33
185· 95
107· 34
185· 96
154· 25
151·107
151·108
151·109
151·110
152· 1
152· 2
152· 3
152· 4
152· 5
152· 6
152· 7
152· 8
152· 9

+~~~

SOTl861
SOTl862
SOTl960
SOTl961
SOTl962
SOT3101

SOD
SOD
SOD
SOD
SOD
+SOO

SOT3102

+SOO

SOT3103

+SOO

SOT3104

+SOO

SoT3105

+SOO

SOT3106

+SOO

SOT3107

+SOO

SOT3108

+SOO

SOT3109

+SOO

SOT3201

+SOO

SOT3202

+ SOD

SOT3203

+ SOD

SOT3204

+ SOD

SOT3205

+SOO

SOT3206

+ SOD

SOT3207

+SOO

SOT3208

+ SOD

SOT3209

+ SOD

SOT3301

+ SOD

SOT3302

+SOO

SOT3303

+SOO

SOT3304

+SOO

SOT3305

+SOO

SOT3306

+SOO

SOT3307

+SOO

SOT3308

+SOO

SOT3309

+SOO

SOT3321
SOT3322
SOT3323
SOT3324
SOT3325
SOT3326
SOT3327
SOT3328
SOT3329
SOT3401

SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
+SOO

SOT3402

+SOO

SOT3403

+ SOD

SOT3404

+SOO

SOT3405

+SOO

SOT3406

+SOO

SOT3407

+SOO

SOT3408

+SOO

SOT3409

+SOO

SOT3421
SOT3422
SOT3423
SOT3424
SOT3425
SOT3426
SOT3427
SOT3428
SOT3429
SOT5551
SOT5552
SOT5553
SOT5554
SOT5555
SOT5556
SOT5951
SOT5952
SOT5953
SOT5954
SOT5955
SOT5956
SOT6901
SOT6902
SOT6903
SOT6904
SOT6905

SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
+SOO
+ SOD
+ SOD
+SOO
+SOO
+SOO
+SOO
+SOO
+SOO
+SOO
+SOO
+SOO
+SOO
+SOO
+SOO
+SOO
+SOO

+-Indicates manufacturer's data sheet available
in Transistor Information Microfile (TIM)

m:8~

123· 83
123· 84
122· 78
122· 79
122· 80
128· 47
168· 72
128· 48
168· 73
128· 49
168· 74
128· 50
168· 75
128· 51
168· 49
128· 52
168· 50
128· 53
168· 51
128· 54
168· 52
128· 55
168· 53
150· 13
168· 76
150· 14
168· 77
150· 15
168· 78
150· 16
168· 79
150· 17
168· 60
150· 18
168· 61
150· 19
168· 62
1150.20
168· 63
150· 21
168· 64
.127· 70
169· 35
127·71
169· 36
127· 72
169· 37
127· 73
169· 38
127·74
169· 39
127· 75
169· 40
127· 76
169· 41
127· 77
169· 42
127· 78
169· 43
126· 29
126· 30
126· 31
126· 32
126· 33
126· 34
126· 35
126· 36
126· 37
147· 30
169· 44
147·31
169· 45
147·32
169· 46
147·33
169· 47
147·34
169· 48
147·35
169· 49
147· 36
169· 50
147·37
169· 51
147· 38
169· 52
137· 97
137·98
137· 99
137·100
137·101
137·102
137·103
137·104
137·105
136· 54
136· 55
136· 56
136· 57
136· 58
136· 59
143· 41
143· 42
143· 43
143· 37
143· 38
143· 39
144· 64
144· 65
144· 66
144· 67
144· 68

TYPE No.

~gig~~~

SOT6908
SOT8601
SOT8602
SOT8603
SOT8604
SOT8801
SOT8802
SOT8803
SOT8804
SOT8805
SOT8920
SOT8921
SOT8922
SOT8923
SOT8951
SOT8952
SOT8953
SOT8954
SOT8955
SOT9201
SOT9202
SOT9203
SOT9204
SOT9205
SOT9206
SOT9207
SOT9208
SOT9209
SOT9210
SE1001
SE1002
SE10l0
SE2001
SE2002
SE3001

NPC

SE3002
SE3005
SE3030
SE3031
SE3032
SE3035
SE3036
SE4001
SE4002
SE4010
SE4020
SE4021
SE4022
SE5001

NPC
NPC
NPC

SE5002
SE5003
SE5020
SE5021
SE5022
SE5023
SE5024
SE5025
SE5050
SE5051
SE5052
SE6001
SE6002
SE6020
SE6020A
SE6021
SE6021A
SE6022
SE6023
SE7001
SE7002
SE7006
SE7015
SE7016
SE7017
SE7020
SE8001
SE8002
SE8010
SE8012
SE8040
SE8041
SE8042
SE8540
SE8541
SE8542
SES3819
SFF103
SFF121

:~~g

.500
• SOD
.SOO
• SOD
• SOD
.SOO
.SOO
.SOO
.SOO
.SOO
SOD
SOD
SOD
SOD
.SOO
.SOO
.SOO
.SOO
.SOO
.SOO
• SOD
.SOO
.SOO
.SOO
.SOO
.SOO
• SOD
.500
•HSC
SOD
NPC
HSC
NPC
HSC
SGSI
•HSC
FSC
HSC
SGSI
HSC
SGSI
• SGSI
FSC
SGSI
SGSI
SGSI
SGSI
HSC
SGSI
HSC
SGSI
HSC
SGSI
HSC
HSC
HSC
HSC
SGSI
HSC
SGSI
HSC
SGSI
HSC
SGSI
HSC
HSC
HSC
HSC
HSC
SGSI
HSC
HSC
• FSC
•HSC
FSC
HSC

:::: ~~ !~Hm

144·71
156· 11
156· 12
156· 13
156· 14
154·26
154·27
154· 28
154·29
154· 30
157· 33
157·34
157·35
157·36
157·37
157·38
157· 39
157· 40
157·41
152· 11
152· 12
152· 13
152· 14
152· 15
152· 16
152· 17
152· 18
152· 19
152· 20
79· 26

SFT190
SFT192

MISI

SFT226

79· 27 SFT227
82· 55 SFT228

MISI

MISI
78· 83 SFT229
MISI
78· 84
80· 4 SFT232
MISI
80· 5 SFT233
MISI
79·104 SFT234
MISI
144· 72
144· 73 SFT234A
144·74
144· 75 SFT237
144· 76 SFT238
77·77 SFT239
SFT240
77 ·104 SFT241
SFT242
77 ·105 SFT243
SFT250
78· 85 SFT251
78·107 SFT252
78·108 SFT253
MISI
79· 86
SFT264
79· 87 SFT265
SFT266
79· 88 SFT267
SFT288
MISI
76· 37
SFT298
MISI
76·.38
76· 32 SFT306
MISI
76· 33
76· 34 SFT307
MISI
82· 96
SFT308
MISI
76· 35
76· 36 SFT315
76· 43 SFT316
MISI
84· 41
84· 42 SFT317
MISI
87· 88
180· 25 SFT319
HSC
96· 82
MISI
180· 26 SFT320
MISI
HSC
87· 89
180· 27 SFT321
MISI
HSC
96· 83
180· 28 SFT322
MISI
HSC
81· 43
180· 29 SFT323
MISI
HSC
81· 44
180· 30 SFT325
SFT337
101·
15
•HSC
FSC
101· 16 SFT351
HSC 141· 4 SFT352
HSC
94· 54
MiSt
HSC
94· 55 SFT353
94· 56
MISI
HSC
HSC 140· 44 SFT354
MISI
HSC 103· 1
SFT357
SGSI
MISI
HSC 103· 2
SFT357P
SGSI
HSC 102· 65 SFT358
MISI
HSC
96· 76
HSC
96· 32 SFT367
HSC 102· 25 SFT377
HSC 136· 60 SFT440
HSC
70· 63
71· 94 SFT443
HSC
HSC 126· 19 SFT443A
ESMF 107·110
SFT445
MISI
ESMF 104· 69
MISI
SFT601
ESMF 104· 70
~~i~g~
MISI

D.A. T.A. INC.

MFRS P!l&Line TYPE No.

:~~g

SFT125P
SFT130
SFT131
SFT131P
SFT143
SFT144
SFT145
SFT146
SFT162
SFT163
SFT171
SFTI72
SFT173
SFT174
SFT184
SFT186
SFT187

SFT212
SFT213
SFT214
SFT221
SFT222
SFT223

.

1 TYPE No. CROSS INDEX
pg&Line

MFRS pg&Line TYPE No.

•
•
•
•
•
•
•
•

NPC
NPC
NPC
NPC
NPC
NPC
NPC
NPC
NPC
• NPC
NPC
NPC
NPC
NPC
NPC
• ESMF
NPC
MISI
ESMF
MISI
ESMF
MISI
.NPC
• NPC
• NPC
• NPC
• NPC
ESMF
• NPC
• NPC
ESMF
• NPC
ESMF

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

55·104
56· 24
56· 31
56· 32
55·101
55·102
56· 25
56· 29
54·83
48· 77
47· 96
47·97
47·98
47·99
58· 63
102· 12
101· 85

116·109
116·110
117· 1
118· 2
118· 3
54·35
54· 41
54· 54

SFT918A
SFT918B
SI211N
SI212N
SI213N
SI214N
SI215N
SI216N
SI221N
SI222N
SI223N
SI224N
SI225N
SI226N
SI231N
SI232N
SI233N
SI234N
SI235N
SI236N
SI241N
SI242N
SI243N
SI244N
SI245N
SI246N
SI345P
SI346P
SL301A

50·100
165·71
50·109
165· 90
51· 24 SL301AE
57
• ESMF
NPC 166·
51· 39 SL301B
NPC 167· 79
ESMF 56· 18 SL301BE
• NPC
ESMF 56· 19 SL301C

• ESMF
NPC
• ESMF
NPC
MISI
• NPC
• NPC
• NPC
• NPC
NPC
NPC
• NPC
• NPC
NPC
NPC

~~~F

SELB
SELB
SELB
SELB

56· 12 SL301E

SELB

63
4
5
6
38
45
42
7
36
43
50

• NPC
ESMF
• NPC
.NPC
ESMF
• ESMF
NPC

51· 26

• ESMF
NPC
• NPC
ESMF

51· 37

• NPC
ESMF
NPC
ESMF
• ESMF
NPC

53· 34

• NPC
• NPC
• NPC
NPC
ESMF
NPC
• ESMF

53·
50·
53·
53·

• NPC
ESMF
t NPC
ESMF
• NPC
• ESMF
NPC
• NPC
•t NPC
NPC
MISI
• MISI
NPC
MISI
• MISI
NPC

48·

~:~:

MISI
ESMF
MISI
ESMF
MISI
AKER
AKER
AKER
AKER
AKER
AKER
AKER
AKER
AKER
AKER
AKER
AKER
AKER
AKER
AKER
AKER
AKER
AKER
AKER
AKER
AKER
AKER
AKER
AKER
AKER
AKER
SELB

SELB

50·
118·
118·
118·
54·
54·
54·
118·
54·
54·
54·

48· 55
48· 63
51· 45

51· 41

53· 45
53· 64

53·

48·
48·
48·
56·
59·
140·
135·
140·
102·
107·
107·
107·

6·Registered with JEDEC
by this manufacturer

SL301EE

SELB

SL303AE

SELB

SL303AT

SELB

SL303BE

SELB

SL303BT

SELB

SL305B
SL354BE

SELB
SELB

SL354BF

SELB

SL404
SMT100
SMT101
SMT102
SMT103
SMT104
SMT105
SPI
SP2
SP3
SP8302
SP8303
SP8304
SP8307
SP8309
SP8310
SP8311
SP8400
SP8401
SP8402
SP10800
SP10801
SP10810
SP10811
ST20
ST50
ST50121

• NSC
.SOO
.SOO
.SOO
.SOO
.SOO
• SOD
• NPC
• NPC
NPC
• SGSI
SGSI
SGSI
SGSI
SGSI
SGSI
SGSI
SGSI
SGSI
SGSI
HSC
HSC
HSC
HSC
ROSG
ROSG
ROSG

56
65
32 ST151
46 ST5641
ST7400
58 ST7530
ST8035
67 ST8036
ST8065
66 ST8190
ST8191
65 ST8229
73 ST8230
ST8500
41 ST8509
15 ST8704
45 ST8705
ST8709
34 ST10007
46 ST10008
ST10009
20 ST14010
ST14011
60 ST14012
61 1~!14013
62 T14026

TYPE No.

~~~F ~~~: Z~ ~f~:g~~

56· 11 SL301CE

94
• NPC 121· 95
• NPC 121·
121· 96
• NPC 121· 97
• ESMF
NPC
51· 33
166·108
• ESMF
NPC
58· 87
NPC 166· 76
ESMF 50· 64
• NPC
ESMF 50·106

• MISI
NPC

MFRS

SELB
TEC
TEC
.TEC
.TEC
.TEC
.TEC
.TEC
tTEC
+TEC
.TEC
tTEC
tTEC
.TEC
TEC
.TEC
TEC
TEC
TEC'
TEC
.TEC
trEC

·i~g

39

ST14030
185·98 ST14031
ST14032
185· 99 ST14060
ST14080
110· 29 ST15006
110· 30 ST15008
110· 31 ST15010
110· 32 ST15013
110· 33 ST15014
110· 34 ST15015
110· 35 ST15043
110· 36 ST15044
110· 37 ST15045
110· 38 ST17060
110· 39 ST17061
110· 40 ST17062
108· 1 ST18007
108· 2 ST18008
108· 3 ST18009
108· 4 ST18010
108· 5 ST18011
108· 6 ST18012
110· 41 ST18013
110· 42 ST18014
110· 43 ST18015
110· 44 ST18016
110· 45 ST18017
110· 46 ST18018
191· 96 ST30100
191· 97
98· 82 ST40002
185·100 ST40003
98· 83 ST40004
185·101 ST54004
98· 84 ST54005
185·102 ST54006
98· 85 ST61000
185·103
97· 12 ST70000
185·104
97· 13 ST70001
185·105
98· 86 ST71000
185·106 ST72011
98· 87 ST72012
185·107 ST72013
98· 88 ST72014
185·108 ST72015
98· 89 ST72016
185·109 ST72017
98· 90 ST72018
185·110 ST72019
98· 91 ST72020
186· 1 ST72021
191· 98 ST72036
98· 92 ST72037
186· 2 ST72038
98· 93 ST72039
186· 3 ST72040
62· 36 ST72041
186· 4 ST74049
186· 5 ST74050
186· 6 ST74051
186· 7 ST75004
186· 8 ST75005
186· 9 ST75006
187· 49 ST76018
187· 50 ST76019
187·51 ST76020
186· 10 ST84027
186· 11 ST84028
186· 12 ST84029
186· 13 ST86020
186· 14 ST86021
186· 15 ST86022
186· 16 ST91054
98· 17 ST91055
98· 26 ST91056
98· 18 ST91057
191· 99 ST91058
186· 17 ST91059
186· 18 ST92006
191·100 ST92007
188· 64 ST92008
188· 65 STC1015
87· 43 STC1015A
188· 66 STC1015B
98· 6 STC1015C
190· 23 STC10150
154· 31 STC1015E
148· 65 STC1016
68· 91 STC1016A
68·100 STCt016B
70· 78 STC1016C
70· 79 STC10160
70· 80 STC1016E
69· 65 STC1024
70·106 STC1080
70· 67 STC1081
70· 81 STC1082
64· 32 STC1083
64· 33 STC1084
63· 51 STC1085
128· 89 STC1094
128· 90 STC1201
128· 91 STC1300
157·42 STC1336
157· 43 STC1400
157·44 STC1500
157·45 1~!CI550
157·46 TC15S1

IN TYPE NUMBER SEQUENCE
MFRS E'g&Line TYPE No.

f~g

TEC
TEC
TEC
TEC
TEC
TEC
TEC
TEC
•.TEC
TEC
.TEC
TEC
TEC
TEC
TEC
TEC
TEC
TEC
TEC
TEC
TEC
TEC
TEC
TEC
TEC
TEC
TEC
TEC
TEC
.TEC
TEC
TEC
TEC
TEC
TEC
TEC
.TEC
.TEC
.TEC
TEC
.TEC
.TEC
.TEC
.TEC
.TEC
.TEC
.TEC
.TEC
.TEC
.TEC
.TEC
TEC
TEC
TEC
TEC
TEC
TEC
TEC
TEC
TEC
TEC
TEC
TEC
TEC
TEC
TEC
TEC
TEC
TEC
TEC
TEC
TEC
TEC
TEC
TEC
TEC
TEC
TEC
TEC
TEC
TEC
• SIL
• SIL
• SIL
• SIL
• SIL
SIL
• SIL
•tSIL
SIL
• SIL
• SIL
SIL
SIL
• SIL
• SIL
• SIL
• SIL
• SIL
• SIL
• SIL
•t SIL
SIL
• SIL
• SIL
SIL
t SIL
• SIL

~~j: :~ I~fg~~~~

157· 49
157· 50
157·51
157·52
157· 53
155· 22
141· 47
154· 81
155·108
155·109
155 ·110
154·82
154· 83
154·84
154·32
154· 33
154·34
154· 35
154· 36
154· 37
154· 38
152· 21
152· 22
152· 23
152· 24
147· 39
147· 40
147· 41
147·42
126· 43
175· 14
128·104
128·105
128·106
128· 99
128·100
128·101
68·101
190· 24
77· 78
190· 25
77· 79
190· 26
90· 94
127· 79
127· 80
127· 81
127· 82
128· 56
128· 57
128· 58
128· 92
128· 93
128· 94
128· 95
127· 83
127· 84
127· 85
125· 67
125· 68
125· 69
140· 23
140· 24
140· 25
126· 79
126· 80
126· 81
127·104
127·105
127·106
137·106
137·107
137·108
150· 22
150· 23
150· 24
141· 5
141· 6
141· 7
148· 66
148:67
148· 68
147· 43
147·44
147· 45
155·79
155· 80
155· 81
155· 82
155· 83
155· 84
155· 85
155· 86
155· 87
155· 88
155· 89
155· 90
149· 19
148·101
148·102
148·103
148·104
148·105
148·106
154· 79
142·69
145· 12
145· 13
155·91
149· 4
148·108
148·109

STC1554
STC1555
STCI726
STCI728
STC1731
STC1733
STC1736
STC1738
STC1800
STC1850
STC1860
STC1861
STC1862
STC2103
STC2104
STC2105
STC2106
STC2107
STC2108
STC2220
STC2221
STC2222
STC2223
STC2224
STC2225
STC2226
STC2227
STC2228
STC2229
STC2230
STC2231
STC2500
STC2501
STC2502
STC3706
STC3722
STC3723
STC3724
STC3725
STC3726
STC3727
STC3728
STC3729
STC3730
STC3731
STC3732
STC3733
STC3734
STC3735
STC3736
STC3737
STC3738
STC3739
STC3740
STC3741
STC3742
STC3743
STC3744
STC3745
STC4242
STC4252
STC4253
STC4254
STC4255
STC4401
STC5111/1
STC5202
STC5203
STC5204
STC5205
STC5206
STC5207
STC5610
STC5611
STC5612
STC5624
STC5802
STC5803
STC5804
STC5805
STC5806
STC5807
STC7114
STC7115
STC7116
STC7117
STC7518
STC7519
STC7520
STC7521
STC7644
STC7645
STE400
STE401
STT2400
STT2401
STT2402
STT2403
STT2404
STT2405
STT2406
STT2650
STT2651
STT2652
STT2653
STT2654
STT2655
STT2656
STT2800
STT2801
STT2802
STT2803

MFRS pg&Line

:~:t

.SIL
t SIL
• SIL
• SIL
• SIL
• SIL
• SIL
• SIL
• SIL
• SIL
• SIL
• SIL
• SIL
•t SIL
SIL
• SIL
SIL
SIL
SIL
• SIL
•t SIL
SIL
• SIL
• SIL
•t SIL
SIL
•
•
•
•

SIL
SIL
SIL
SIL
SIL
SIL
SIL
SIL
• SIL
• SIL
• SIL
• SIL
• SIL
• SIL
• SIL
• SIL
• SIL
.SIL
• SIL
• SIL
•.SIL
SIL
.SIL
.SIL
• SIL
.SIL
.SIL
• SIL
• SIL
• SIL
.SIL
• SIL
• SIL
• SIL
• SIL
• SIL
• SIL
• SIL
• SIL
.SIL
• SIL
• SIL
.SIL
• SIL
• SIL
• SIL
• SIL
.SIL
• SIL
• SIL
• SIL
• SIL
• SIL
• SIL
• SIL
• SIL
SIL
SIL
SIL
SIL
SIL
SIL
SIL
SIL
• SIL
• SIL
• GIC
.GIC
t SIL
• SIL
• SIL
.SIL
•t SIL
SIL
•t SIL
SIL
•t SIL
SIL
t SIL
.SIL
• SIL
.SIL
•t
t
t

SIL
SIL
SIL
SIL

+-Indicatas manufacturer's data sheet available
in Transistor Information Microfile (TIM)

m:

14 . "O
1
149· 2
149· 3
154· 39
154· 40
154· 41
154· 42
154· 43
154· 44
141· 8
141· 9
141· 10
141· 11
141· 12
157·54
157· 55
157·56
157·57
157·58
157·59
154· 45
154·46
154· 47
154·48
154· 49
154· 50
154· 51
154· 52
154·53
154·54
154·55
154·56
158· 19
158· 20
158·21
154·57
157· 60
157·61
157·62
157·63
157·64
157· 65
157·66
157·67
157·68
157·69
157· 70
157·71
157· 72
157· 73
157·74
157·75
157·76
157· 77
157· 78
157.79
157· 80
157·81
157·82
157·83
152· 25
152· 61
152· 62
152· 63
152· 64
142· 53
127·107
127· 3
127· 4
127· 5
127· 6
127· 7
127· 8
126· 38
126· 39
126· 40
126· 41
125· 70
125· 71
125· 72
125· 73
125· 74
125· 75
149· 31
149· 32
149· 33
1'49.34
149· 35
149· 36
149· 37
149·38
137·109
137·110
87·44
87· 45
141· 13
141· 14
141· 15
141· 16
141· 17
141· 18
141· 19
152· 71
152· 72
152· 73
152· 74
152· 75
152· 76
152· 77
148· 69
148· 70
148· 71
148· 72

-YPE No.
ISIT2805
STT2806
STT4451
STT4452
STT4453
STT4454
STT4455
STT4456
STT4483
STT6309
STT6310
STT6312
STT6313
STT6315
STT6316
STT6409
STT6410
STT6412
STT6413
STT6415
STT6416
STT9001
STT9002
STT9003
STT9004
STT9005
STT9006
STT9007
STT9008
STT9009
STT9010
STT9011
STT9012
SU2074
SU2075
SU2076
SU2077
SU2078
SU2079
SU2080
SU2081
SU2098
SU2098A
SU2098B
SU2099
SU2099A
TCH98
TCH98B
TCH99
TCH99B
T0100
T010l
T0102
T0200
T0201
T0202
T0250
T0400
T0401
T0402
T0500
T0501
T0502
T0550
T0600
T0601
T0602
T0700
T0701
T0702
T02219
T02905
TF49
TF65

TF65/30
TF66

TF66/30

TF66/60
TF78
TF78/30
TF7S/60
TFSO/30
TFSO/60
TFSO/SO

1. TYPE
No. CRO_SSINDEX
MFRS Pa&Line TYPE. No.
MFRS

MFRS Pg&1 ine TYPE No.

:~:t m:n It~~mA

t SIL
t SIL
t SIL
t SIL
t SIL
tSIL
t SIL
t SIL
t SIL
•tSIL
SIL
t SIL
t SIL
t SIL
t SIL
t SIL
t SIL
t SIL
t SIL
t SIL
t SIL
t SIL
t SIL
t SIL
t SIL
t SIL
t SIL
t SIL
t SIL
t SIL
t SIL
t SIL
AML

148· 75
136· 61
136· 62
136- 63
136- 64
136- 65
136· 66
136· 67
147·46
147 ·47
147·48
147· 49
147· 50
147·51
147- 52
147·53
147· 54
147 - 55
147 - 56
147·57
136· 68
136· 69
136· 70
136· 71
136· 72
136· 73
136· 74
136· 75
136· 76
136- 77
136· 78
136· 79
108· 71
186- 19
AML 108- 72
186· 20
AML 110· 47
186- 21
AML 110· 48
186- 22
tAML 110· 49
186· 23
tAML 110· 50
186· 24
tAML 110· 51
186- 25
tAML 110· 52
186· 26
tAML 108· 73
186· 27
tAML 108· 74
186· 28
tAML 108· 75
186· 29
tAML 108· 76
186· 30
tAML 108· 77
186· 31
TAGS 66· 46
166· 83
TAGS 166· 84
TAGS 66· 47
166· 85
TAGS 68· 85
166· 86
77· 82
• SPR
186· 32
77- 83
• SPR
186· 33
191·101
SPR
SPR
72· 2
186- 34
SPR
72- 3
196· 35
72- 4
SPR
186- 36
SPR
72· 5
186- 37
t SPR
61- 62
186- 38
t SPR
61- 63
186- 39
t SPR
61- 64
186- 40
SPR
60- 1
186- 41
SPR
60- 2
186· 42
SPR
60· 3
186- 43
SPR
60· 4
186- 44
t SPR
181- 71
t SPR
181- 72
t SPR
181· 73
SPR
181· 74
SPR
181· 75
SPR
181- 76
SPR
191-102
SPR
191-103
SHW.Q 45- 69
20
SH~~ 43SHW
43· 21
50· 14
SHW
50- 15
SHWG 50- 16
113- 42
113· 32
113· 33
114· 46
114· 47
SH~~ 114·48
SHW

SH(~

~~~~
~~~~

D.A. T.A. INC.

TH2222
TH2222A
TH2906
TH2906A
TH2907
TH2907A
TH4384
TH4386
TH4413
TH4415
TI156
TI156L
TI158
TI158A
TI158AL
TI158L
TI159
TI160
Tl161
TI162
TI363
TI364
Tl365
TI388
TI389
TI390
TI391
TI395
TI397
TI398
TI399
TI400
TI401
TI402
TI403
TI481
TI482
TI483
TI484
TI485

TI486
TI487
TI492
TI493
TI494
TI495
TI496
TI539
TI540
TI1121
TI1122
TI1123
TI1124
TI1125
TI1126
TI1131
TI1132
TI1133
TI1134
TI1135
TI1136
TI1141
TI1142
TI1143
TI1144
Tl1145
TI1146
TI1151
TI1152
TI1153
TI1154
TI1155
TI1156
TI3027

t ~~~
t SPR
• SPR
t SPR
t SPR
t SPR
t SPR
t SPR
t SPR
t SPR
t SPR
tTIl
tTIl
tTIl
tTIl
tTIl
tTIl
t Til
t Til
tTIl
tTIl
tTIl
tTIl
Til
Til
Til
Til
Til
Til
Til
Til
Til
tTIl
tTIl
tTIl
tTIl
tTIl
tTIl
tTIl
tTIl
tTIl
t Til
TIIF
t Til
TIIF
t Til
tTIl
tTIl
tTIl
tTIl
tTIl
tTIl
tTIl
tTIl
tTIl
tTIl
tTIl
tTIl
t Til
tTIl
tTIl
•tTIl
Til
t Til
t Til
tTIl
t Til
t Til
tTIl
tTIl
tTIl
tT11

TIL58
TIL601
TIL602
TIL603
TIL604
TIL605
TIL606
TIL607
TIL608
TIL609
TIL610
TIL611
TIL612
TIL613
TIL614
TIL615
TIL616
TIP27
TIP29

•t Til
Til
tT11
tT11
tTIl
TIIB
tT11
TIIB
tTIl
TIIB
tT11
TIIB
tTIl
TIIB
t Til
Til
Til
Til
Til
Til
Til
Til
Til
Til
Til
Til
Til
Til
Til
Til
Til
TIIB
t Til

TIP29A

tTIl

TIP30

tTIl

TIP30A

tT11

TI3028
TI3029
TI3030
TI3031

m:~g

,TIP31

t Til

192- 41
192- 42
192· 43
192· 44
192· 45
192- 46
192- 47
192· 48
192· 49
192· 50
114· 97
114- 98
114· 99
114-100
114·101
114·102
114·103
114·104
114·105
114·106
47· 87
47· 88
51· 60
51- 61
51· 62
45·88
45· 89
51· 63
51- 51
51- 52
51· 53
45· 90
45- 91
45 - 92
45· 93
97· 14
97- 60
97· 61
97- 62
85- 50
173- 60
142- 82
170- 6
142- 83
170· 7
74- 54
73- 58
73· 59
73· 60
97· 23
114-107
114·108
152· 26
152- 27
152· 28
152· 29
152· 30
152- 31
152· 32
152- 33
152· 34
152· 35
152· 36
152- 37
152· 38
152· 39
152· 40
152- 41
152- 42
152- 43
152- 44
152- 45
152- 46
152·47
152- 48
152· 49
123· 85

TIP31A

t Til

TIP32

tTll

TIP32A

tTIl

TIP33

tTll

TIP33A

t Til

TIP34

t Til

TIP34A

tTIl

TIP35

tTIl

TIP35A

tTIl

TIP36

tTIl

TIP36A

tTIl

TIS14

tTIl
TIIB
TIIB
tTIl
tTIl
tTll
tTIl
TIIF
tTll
TIIF
tTIl
TIIF
TIIB
tTIl
TIIB
tTIl
TIIB
tTIl
TIIB
TIIB
Til
TIIB
TIIB

TIS18
TIS22
TIS23
TIS24
TIS25
TIIB
TIS26
TIIB
TIS27
TIIB
TIS34
TIS37
TIS38
TIS39
TIS41
TIS42
TIS43
TIS44
TIS45

TIIB

TIS46

TIIB

tlS47

TIIB

TIS48

TIIB

TIS49

TIIB

TIS50

TIIB

TIS51

TIIB

TIS52

TIIB

TlS53

TIIB

TlS54

TIIB

TlS55

TIIB

TIS56

tTll
TIIB
tTll
TIIB
tTIl
TIIB
t Til
TIIB
TIIB
TIIB
TIIB
TIIB
tTIl
tTIl
tTIl
tTIl
TIIB
tTIl
TIIB
tTll
TIIB
tTIl
TIIB
tTll
TIIB
• Til
TIIB
tTIl
TIIB
t Til
TIIB
tTIl
tTIl
tT11

TlS57
TIS58
TIS59

TIS60
TIS60M
123- 86 TIS61
TIS61M
123- 87 TIS62
TIS63
123· 88 TIS64
TIS68
123- 89
TIS69
187- 52
187- 53 TIS70
187·54
187·55 TIS71
187 - 56
187·57 TIS72
187·58
187"'59 TIS73
187- 60
187- 61 TIS74
187· 62
187- 63 TIS75
187- 64
187- 65 TIS78
187- 66 TIS79
187- 67 TlS82
187- 68
141- 52 TIS84
145 - 17 TIS86
164- 78 TIS87
145· 18 TIS8S
164· 79 TIS90
127· 56 TIS90M
164- 76 TIS91
127- 57 TIS91M
164- 77 TIS92

,0,.Registered with JEDEC
by this manufacturer

tTIl
t Til
tTll
TIIB
tTIl
Til
tT11
Til
tTIl

40

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

Pa&Line TYPE No.

Il~t
146·
164·
127·
164·
127·
164·
150·
164150164·
128164128·
164·
152·
164152·
164·
128·
164128·
164·
110·

85
12
86
90
74
91
75
36
87
37
88
60
80
61
81
66
91
67
92
73
89
74
90
53

+IS9~M
TIS93M
TIS94
TIS95
TIS96
TIS97
TIS98
TIS99
TIS100
TIS10l
TIS102
TIS103
TIS104
TIS106
TIS107
TIXM101
TIXM103
TIXM104

TIXM105
TIXM106
TIXM107
TIXM108
83· 17 TIXP39
74·84
74- 85 TIXP40
74- 95
110· 54 TIXSIO
186· 45 TIXS12
110- 55 TIXS13
186· 46 TIXS35
110- 56 TIXS36
186- 47
111· 61 TIXS67
66·105 TIXS78
TIXS79
66·104 TIXS80
49 TIXS81
62
63 TK3055
67 TM1613
TM1614
91· 49 TM1711
173· 61 TM1712
92- 22 TM2613
176· 76 TM2614
92- 23 TM2711
177· 38 TM2712
92· 61 TN53
178· 52 TN54
92-101 TN 59
179· 68
92·102 TN60
179·69
67- 94 TN61
178·108
92· 62 TN62
178· 66
92· 40 TN63
178- 11
67-100 TN611
179· 87
67·101 TN79
179- 88 TN80
92· ~1 TN81
178· 3 TNT839
79- 58 TNT840
TNT841
79- 59 TNT842
TNT843
111- 64 TNT1131
TNT1132
111· 65 TP3638
99·
111·
111·
188·

91· 96
181· 77
67· 77
181· 78
83· 3
82·105
82· 97
111· 66
186· 48
111- 67
186· 49
111· 68
186- 50
96· 88

ttl:
Til
t Til
tTIl
tTIl
tTIl
tTIl
tTIl
tTIl
tTIl
tTIl
tTIl
tTIl
tTIl
tTll
tTIl
TIIB
Til
TIIB
Til
TIIB
TIIB
TIIB
TIIB
TIIB
Til
Til
TIIB
TIIB
TIIB
Til
Til
TIIB
TIIB
TIIB
TIIB
tTIl
TIIB
tTIl
TIIB
.t TEK
TIIB
TIIB
TIIB
TIIB
TIIB
TIIB
TIIB
TIIB
t SPR
t SPR
t SPR
t SPR
t SPR
t SPR
t SPR
t SPR
t SPR
tSPR
t SPR
TEC
TEC
TEC
TEC
TEC
tTEC
TEC
SPR

TP3638A

SPR

TP4257

SPR

TP4258

SPR

TP4274

SPR

TP4275

SPR

TQ53
TQ53A
TQ54
TQ54A
TQ59

t
t
t
t
t

SPR
SPR
SPR
SPR
SPR

TQ59A

t SPR

TQ60

t SPR

TQ60A

t SPR

TQ61

t SPR

TQ61A

t SPR

TQ62

t SPR

96· 89
111· 69
159· 40
111· 70
159· 45
111· 71
160· 11
111- 72
111· 73
131· 36
175- 49
82-101
94- 23
94· 24
11 1·74
98-104
181- 79
71· 14
181· 80
98·105

TQ62A

t SPR

TQ63

t SPR

TQ63A

t SPR

TQ64

t SPR

,1R~J ,TQ64A
181· 82
92· 63
92· 64
92· 65
92· 66
92· 67
92· 68
98·106
98-107
101· 49
101· 50
66·108
91· 50
91- 51
45-105
43·79
43· 77
43· 80
43- 81
43·54
43· 53
158· 22
192· 31
158· 23
192· 32
80· 86
131· 15
131· 16
112· 81
112- 82
105·104
111· 75
111·76
110· 57
110- 58
152- 50
98- 76
71· 10
98- 77
71- 11
94· 12
69· 93
94· 13
69· 94
101- 86
95-105
101- 87
171· 33
95·106
171- 34
101- 88
171- 35
95-107
171· 36
100· 17
167· 3
94- 96
167- 4
100- 88
95· 27
102· 21
72· 87
72- 88
72· 92
72· 89
72· 93
60· 42
60- 38
67· 14
171· 23
67· 25
172· 41
61- 77
171· 24
61· 78
171- 25
83· 51
178· 33
83· 52
178· 34
70· 96
70· 97
69· 50
69- 51
70· 98
171- 40
70- 99
171- 41
69· 52
171- 42
69· 53
171· 43
70·100
171· 44
70·101
171·45
69- 54
171· 46
69- 55
171- 47
70·102
171- 48
70-103
171· 49
69·56
171- 50

TR34
TR43
TR44
TR45
TR320
TR321
TR323
TR383
TR482
TR508
TR650
TR653
TR721
TR722
TR-C44
TR-C45
TR-C70
TR·C71
TR-C72
TRL2014
TRL2015
TRL2254S
TRL2255S
TRL2504
TRL2504S
TRL2505
TRL2505S
TRL2754S
TRL2755S
TRL3014
TRL3014S
TRL3015
TRL3015S
TRL3504
TRL3505
TRL3514S
TRL3515S
TRL4014
TRL4014S
TRL4015
TRL4015S
TRL4504
TRL4505
TRL5014
TRL5014S
TRL5015
TRL5015S
TRL5504
TRL5505
TRL6014
TRL6015
TRL6504
TRL6505
TRL7014
TRL7015
TRL7504
TRL7505
TRL8014
TRL8015
TRM2014
TRM2015
TRM2254S
TRM2255S
TRM2504
TRM2504S
TRM2505
TRM2505S
TRM2754S
TRM2755S
TRM3014
TRM3014S
TRM3015
TRM3015S
TRM3504
TRM3505
TRM3514S
TRM3515S
TRM4014
TRM4014S
TRM4015
TRM4015S
TRM4504
TRM4505
TRM5014
TRM5014S
TRM5015
TRM5015S
TRM5504
TRM5505
TRM6014
TRM6015
TRM.6504
TRM6505
TRM7014
TRM7015
TRM7504
TRM7505
TRM8014
TRM8015
TRS25X5
TRS25X
TRS30X5
TRS30X
TRS35X5
TRS35X
TRS100
TRS100HC
TRS10l
TRS120
TRS125HC
TRS140
TRS140HP

t SPR
ITC
ITC
ITC
ITC
ITC
ITC
ITC
ITC
ITC
ITC
tlTC
tlTC
ITC
ITC
ITC
ITC
ITC
ITC
ITC
ITC
ITC
ITC
ITC
ITC
ITC
ITC
ITC
ITC
ITC
ITC
ITC
ITC
ITC
ITC
ITC
ITC
ITC
ITC
ITC
ITC
ITC
ITC
ITC
ITC
ITC
ITC
ITC
ITC
ITC
ITC
ITC
ITC
ITC
ITC
ITC
ITC
ITC
ITC
ITC
ITC
ITC
ITC
ITC
ITC
ITC
ITC
ITC
ITC
ITC
ITC
ITC
ITC
ITC
ITC
ITC
ITC
ITC
ITC
ITC
ITC
ITC
ITC
ITC
ITC
ITC
ITC
ITC
ITC
ITC
ITC
ITC
ITC
ITC
ITC
ITC
ITC
ITC
ITC
ITC
ITC
ITC
ITC
ITC
ITC
ITC
tlTC
tlTC
tlTC
tlTC
tlTC
tlTC
ITC

+-Indicates manufacturer's data sheet available
in Transistor Information Microfile (TIM)

l~t g~
48· 10
50· 50
50· 45
50- 33
50· 51
50· 67
50· 52
53· 49
50· 71
50· 72
50· 43
50- 44
50- 66
50- 53
51· 6
50· 83
49· 60
49· 61
49- 62
131· 37
158· 44
131· 38
158· 45
131· 39
131- 40
158· 46
158· 47
131· 41
158- 48
131· 42
131· 43
158· 49
158· 50
131· 44
158· 51
131· 82
158· 52
131· 45
131· 46
158· 53
132· 17
131· 47
132· 18
131- 481
131· 49
132· 19
132- 20
131· 50
132- 21
131· 51
132· 22
131- 52
132· 23
131· 53
132· 24
131· 54
132· 25
131· 55
132· 26
131· 56
132· 27
131· 57
132· 28
131· 58
131- 59
132· 29
132- 30
131- 60
132- 31
131- 61
131· 62
132- 32
132- 33
131· 63
132· 34
131· 64
132- 35
131- 65
131· 66
132· 36
132· 37
131· 67
132- 38
131· 68
131· 69
132· 39
132· 40
131· 70
132- 41.
131· 71
132· 42
131- 72
132· 43
131· 73
132· 44
131· 74
132- 45
131· 75
132· 46
139· 69
138· 39
139· 70
138· 40
139· 71
138- 41
98- 10
138· 3
98· 11
97· 79
138· 4
97· 80
134·102

I

TYPE No.

+~~l;g~~

TRS160
TRS160HP
TRS160MP
TRS175HC
TRS180
TRS180HP
TRS180MP
TRS200
TRS200HC
TRS200HP
TRS200MP
TRS225
TRS225HP
TRS225MP
TRS250
TRS250HP
TRS250MP
TRS275
TRS275HP
TRS275MP
TRS301
TRS301HP
TRS301LC
TRS301MP
TRS325
TRS325HP
TRS325MP
TRS350
TRS350HP
TRS350MP
TRS375
TRS375HP
TRS375MP
TRS401
TRS401HP
TRS401LC
TRS401MP
TRS425
TRS425HP
TRS425MP
TRS450
TRS451
TRS451MP
TRS475
TRS475MP
TRS501
TRS501MP
TRS525
TRS525MP
TRS550
TRS550MP
TRS575
TRS575MP
TRS601
TRS601MP
TRS650
TRS701
TRS750
TRS801
TRS1004
TRS1005
TRS1204
TRS1205
TRS1404
TRS1405
TRS1604
TRS1605
TRS1804
TRS1805
TRS2004
TRS2005
TRS2006
TRS2254
TRS2255
TRS2504
TRS2505
TRS2754
TRS2755
TRS2804S
TRS2805S
TRS3006
TRS3011
TRS3012
TRS3014
TRS3015
TRS3204S
TRS3205S
TRS3254
TRS3255
TRS3501
TRS3502
TRS3504
TRS3505
TRS3604S
TRS3605S
TRS3742
TRS3754
TRS3755
TRS4001
TRS4002
TRS4004
TRS4005
TRS4006
TRS4014
TRS4014S
TRS4015
TRS4015S
TRS4016S
TRS4254
TRS4255
TRS4404S
TRS4501

.

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

MFRS Pa&Line TYPE No.

:+~

t
tlTC
ITC
ITC
ITC
ITC
ITC
ITC
tlTC
tlTC
ITC
ITC
tlTC
ITC
ITC
tlTC
ITC
ITC
tlTC
ITC
ITC
tlTC
ITC
tlTC
ITC
tlTC
ITC
ITC
tlTC
ITC
ITC
tlTC
ITC
ITC
tlTC
ITC
tlTC
ITC
tlTC
ITC
ITC
tlTC
tlTC
ITC
tlTC
ITC
+ITC
ITC
ITC
ITC
tlTC
ITC
tlTC
ITC
+ITC
ITC
tlTC
tlTC
+ITC
+ITC
ITC
ITC
ITC
ITC
ITC
ITC
ITC
ITC
ITC
ITC
ITC
ITC
ITC
ITC
ITC
ITC
ITC
ITC
ITC
tlTC
tlTC
ITC
tlTC
tlTC
ITC
ITC
tlTC
+ITC
ITC
ITC
tlTC
tlTC
ITC
ITC
tlTC
tlTC
ITC
ITC
ITC
tlTC
tlTC
+ITC
+ITC
ITC
ITC
+ITC
ITC
tlTC
ITC
ITC
ITC
tlTC
+ITC

O.A. T.A. INC.

l~~:

b:

97 - 81
134-103
130- 65
138- 6
97 - 82
134-104
130- 66
97 - 83
138 - 7
134-105
130- 67
97 - 84
134-106
130- 68
97 - 85
134-107
130- 69
97- 86
134-108
130- 70
97- 87
134-109
131- 76
130· 71
97·88
134·110
130- 72
97- 89
135- 1
130- 73
97- 90
135- 2
130- 74
97- 91
135- 3
131- 77
'130- 75
97- 92
135 - 4
130- 76
97 - 93
97 - 94
130- 77
97 - 95
130- 78
97 - 96
130- 79
97 - 97
130- 80
97 - 98
130- 81
97- 99
130- 82
97-100
130- 83
97-101
97-102
97-103
97-104
133- 63
139- 72
133- 64
139- 73
133- 65
139- 74
133- 66
139 - 75
133- 67
139- 76
133- 68
139- 77
141 -101
133- 69
139- 78
133- 70
139- 79
133- 71
139- 80
133- 72
139- 81
141-102
84- 59
84- 60
133- 73
139- 82
133- 74
139- 83
133- 75
139- 84
84 - 61
84- 62
133- 76
139- 85
133- 77
139- 86
138- 42
133- 78
139- 87
84- 63
84- 64
133- 79
139- 88
141-103
133- 80
133- 81
139- 89
139- 90
141-104
133- 82
139- 91
133 - 83
84- 65

:+~

I+~~:~g~

t

TRS4505
TRS4506
TRS4754
TRS4755
TRS4804S
TRS4805S
TRS4926
TRS4927
TRS5006
TRS5011
TRS5012
TRS5014
TRS5015
TRS5204S
TRS5205S
TRS5254
TRS5255
TRS5404S
TRS5405S
TRS5501
TRS5502
TRS5504
TRS5505
TRS5754
TRS5755
TRS5804S
TRS5805S
TRS6006
TRS6011
TRS6012
TRS6014
TRS6015
TRS6204S
TRS6205S
TRS6504
TRS6505
TRS6604S
TRS6605S
TRS7006
TRS7014
TRS7014S
TRS7015
TRS7015S
TRS7504
TRS7505
TRS8006
TRS8014
TRS8015
TRSP15X5
TRSP15X
TRSP20X5
TRSP20X
TRSP25X5
TRSP25X
TRSP30X5
TRSP30X
TRSP2006
TRSP2254
TRSP2254S
TRSP2255
TRSP2255S
TRSP2504
TRSP2504S
TRSP2505
TRSP2505S
TRSP2754
TRSP2754S
TRSP2755
TRSP2755S
TRSP3006
TRSP3014
TRSP3014S
TRSP3015
TRSP3015S
TRSP3254S
TRSP3255S
TRSP3504
TRSP3504S
TRSP3505
TRSP3505S
TRSP3514S
TRSP3515S
TRSP3743
TRSP3754S
TRSP3755S
TRSP4000
TRSP4001
TRSP4002
TRSP4003
TRSP4006
TRSP4014
TRSP4014S
TRSP4015
TRSP4015S
TRSP4016S
TRSP4254S
TRSP4255S
TRSP4296
TRSP4297
TRSP4298
TRSP4299
TRSP4504
TRSP4504S
TRSP4505
TRSP4505S
TRSP4506
TRSP4754S
TRSP4755S
TRSP4930
TRSP4931
TRSP5006
TRSP5014

ITC
ITC
ITC
ITC
tlTC
tlTC
ITC
ITC
ITC
tlTC
tlTC
tlTC
ITC
tlTC
tlTC
ITC
ITC
tlTC
tlTC
tlTC
tlTC
tlTC
tlTC
ITC
ITC
tlTC
tlTC
ITC
tlTC
tlTC
tlTC
ITC
tlTC
tlTC
tlTC
tlTC
tlTC
tlTC
ITC
tlTC
tlTC
tlTC
tlTC
tlTC
+ITC
ITC
tlTC
tlTC
ITC
ITC
ITC
ITC
ITC
ITC
ITC
ITC
ITC
tlTC
tlTC
tlTC
tlTC
tlTC
tlTC
tlTC
tlTC
tlTC
tlTC
tlTC
tlTC
ITC
tlTC
tlTC
tlTC
tlTC
ITC
ITC
tlTC
ITC
tlTC
ITC
tlTC
tlTC
ITC
ITC
ITC
ITC
ITC
ITC
ITC
ITC
tlTC
+ITC
+ITC
tlTC
ITC
tlTC
tlTC
ITC
ITC
ITC
ITC
tlTC
tlTC
tlTC
+ITC
ITC
tlTC
tlTC
ITC
ITC
ITC
tlTC

1~;: ~~ +~~~~gl;~

139- 92
141·105
133- 85
139- 93
133- 86
139- 94
138- 43
138- 44
141-106
84- 67
84- 68
133- 87
139- 95
133- 88
139- 96
133- 89
139- 97
133- 90
139- 98
84- 69
84- 70
133- 91
139- 99
133- 92
139-100
133- 93
139-101
141-107
84- 71
84- 72
133- 94
139-102
133- 95
139-103
133- 96
139-104
133- 97
139-105
141-108
133- 98
133- 99
139-106
139-107
133-100
139-108
141-109
133-101
139-109
126- 72
126- 51
126- 73
126- 52
126- 74
126- 53
126- 75
126- 54
126- 93
125- 45
125- 46
125- 81
125- 82
125- 47
125- 48
125- 83
125 - 84
125- 49
125- 50
125 - 85
125- 86
126- 94
125 - 51
125- 52
125 - 87
125- 88
125- 4
125- 5
125- 53
125- 6
125- 89
125- 7
125- 54
125- 90
126- 55
125 - 8
125- 9
126- 56
126- 57
126- 58
126- 59
126- 95
125- 55
125 - 56
125 - 91
125- 92
126- 96
125- 57
125- 93
126- 97
126- 98
126- 99
126-100
125 - 58
125- 59
125- 94
125- 95
126-101
125- 60
125- 96
126- 60
126- 61
126-102
125- 61

L,-Registered with JEDEC
by this manufacturer

TRSP5015S
TRSP5281
TRSP5282
TRSP5415
TRSP5416
TRSP6006
TRSP7006
TRSP8006
TSP3
TZ81
TZ82
TZ551
TZ552
TZ553
TZ554

::+~

tlTC
ITC
ITC
ITC
ITC
ITC
ITC
ITC
t NPC
t SPR
t SPR
t SPR
t SPR
t SPR
t SPR

TZ581
TZ582
TZ7000
TZ7001
TZ7002
TZ7003
TZ7500
TZ7501
TZ7502
TZ7503
Ull0
Ul12
U114
U133
U139
U1390
U146
U147
U148
U149
U168
U183
U184
U197
U198
U199
U200
U201
U202
U221
U222
U231

t SPR
t SPR
SPR
SPR
SPR
SPR
SPR
SPR
SPR
SPR
t SIX
tSIX
tSIX
tSIX
tSIX
tSIX
tSIX
tSIX
t SIX
tSIX
t SIX
tSIX
SIX
tSIX
t SIX
+ SIX
t SIX
tSIX
tSIX
tSIX
tSIX
tSIX

U232

t SIX

U233

tSIX

U234

tSIX

U235

t SIX

U240

tSIX

U241

t SIX

U242

t SIX

U243

t SIX

U244
U248

tSIX
t SIX

U248A

t SIX

U249

t SIX

U249A

t SIX

U250

t SIX

U250A

tSIX

U251

t SIX

U251A

t SIX

U252

SIX

U253

SIX

U257
U1277
U1278
U1279
U1280
U1281
U1282
U1283
U1284
U1285
U1286
U1325
U1714
U1715
U1837E
U1897E

SIX
tAML
AML
tAML
tAML
+AML
tAML
tAML
tAML
tAML
tAML
tAML
tAML
tAML
tAML
tAML

U1898E

tAML

U1899E

tAML

U1994E
UC140

AML
UCC

41

IN TYPE NUMBER SEQUENCE
No.

m:~~ 1~~mW

125 - 98
126- 62
126- 63
126- 64
126- 65
126-103
126-104
126-105
187 - 69
90- 82
90- 83
67 - 26
172- 84
67 - 27
172- 85
67 - 28
172- 86
67- 29
172- 87
66- 96
66- 97
97 - 15
97- 16
97 - 17
97 - 18
70- 68
70- 69
70- 70
70- 71
105 - 56
105 - 57
105- 58
105· 59
105- 60
105- 61
105- 62
105- 63
105- 64
105 - 65
105- 66
108- 7
110- 59
110- 60
110- 61
110- 62
112- 68
112- 69
112- 70
112· 45
112- 46
110- 63
186- 51
110- 64
186- 52
110- 65
186- 53
110- 66
186- 54
110- 67
186- 55
112- 19
160- 26
112- 20
160- 27
112- 21
160- 28
112-22
160- 29
112- 79
108- 78
186- 56
108- 79
186- 57
108- 80
186- 58
108- 81
186- 59
108- 82
186- 60
108- 83
186- 61
108- 84
186- 62
108- 85
186- 63
112- 83
186- 64
112- 29
186- 65
112- 30
110- 68
110- 69
110- 70
110- 71
110· 72
110 - 73
110- 74
110- 75
110- 76
110- 77
110- 78
110- 79
112- 47
110- 80
110- 81
160- 12
110- 82
160- 30
110- 83
160- 61
110- 84
104- 45

UC200
UC201
UC210
UC220
UC241
UC250
UC251
UC400
UC401
UC410
UC420
UC588
UC734
UC734E
UC755
UC756
UC805
UC807
UC814
UC851
UC1764
UC2139

MFRS Pa&Line TYPE No.

~~~

UCC
UCC
t UCC
t UCC
t UCC
t UCC
t UCC
t UCC
UCC
t UCC
t UCC
UCC
t UCC
t UCC
t UCC
tUCC
UCC
UCC
t UCC
t UCC
UCC
tUCC

£lb4
16¥:
g~
111- 12 ZT66

111- 13
111- 14
111- 15
110- 86
112- 31
112- 84
105- 98
105 - 67
104- 46
104 - 16
111- 77
110- 87
110- 88
107 - 4
107- 5
105- 68
106- 37
105- 69
105- 70
105-109
112- 32
191-104
UC2147
t UCC 108- 86
UC2148
t UCC 191-105
UC2149
tUCC 112- 33
191-106
UC2766
t UCC 105- 71
191-107
UCX2910
t UCC
94- 28
186- 66
U03005
t SPR
173- 63
191-108
U03006
t SPR
173·64
191-109
U03007
t SPR
173- 65
181- 83
UPA15
NECJ 186- 67
UPA36A
NECJ 190- 27
USA55191/33
nooe 132 - 47
1170· 12
USA55191/34
none 132- 48
170- 23
USA55191/36 none 169- 14
V120
43- 52
~~~~ 6475
V205
171- 37
V405A
SGSI
65- 85
179- 2
V409
tECO
145- 91
V410A
SGSI
71- 24
V435
64- 34
SGSI
176- 29
V435A
SGSI
64- 76
V575
NECJ 138- 1
V643
NECJ 133 - 53
V658
NECJ 83- 34
VX3375
tECO
139-110
VX3733
tECO
141- 59
VX3866
tECO
135- 5
XB408
TIIB
143- 57
ZOTlO
FERB
85-102
190- 28
ZOTll
FERB
85-103
186- 68
ZOT20
FERB
85-104
186- 69
ZOT21
FERB
85-105
186- 70
ZOT30
FERB
75- 6
190- 29
ZOT31
FERB
75- 7
190- 30
ZOT40
FERB
86- 95
186- 71
ZOT41
FERB
86- 96
186- 72
ZOT42
FERB
86- 97
186- 73
ZOT44
FERB
86- 98
186- 74
ZOT45
FERB
86- 99
186- 75
ZM100
FERB 187- 70
FERB
89-103
ZT20
171- 86
ZT21
89-104
FERB
171- 87
89-105
ZT22
FERB
171- 88
89-106
ZT23
FERB
171- 89
ZT24
FERB
89-107
171- 90
ZT40
FERB
85- 51
171 - 91
ZT41
FERB
85 - 52
171- 92
ZT42
FERB
85 - 53
171- 93
ZT43
FERB
85 - 54
171- 94
ZT44
85- 55
FERB
171- 95
ZT60
FERB
89-108
171-103
ZT61
FERB
89-109
171-104
ZT62
FERB
89-110
171-105
ZT63
FERB
90- 1
171-106

MFRS f>ll&Line
~~til$

FERB

ZT68

FERB

ZT80

FERB

ZT81

FERB

ZT82

FERB

ZT83

FERB

ZT84

FERB

ZT86

FERB

ZT87

FERB

ZT88

FERB

ZT89

FERB

ZT90
ZT91
ZT92
ZT93
ZT94
ZT95
ZTll0

FERB
FERB
FERB
FERB
FERB
FERB
FERB

ZTlll

FERB

ZTl12

FERB

ZTl13

FERB

ZTl14

FERB

ZTl16

FERB

ZTl17

FERB

ZTl18

FERB

ZTl19

FERB

ZTl31
ZTl32
ZTl52
ZTl80

FERB
FERB
FERB
FERB

ZT181

FERB

ZT182

FERB

ZTl83

FERB

ZTl84

FERB

ZTl87

FERB

ZT189

FERB

ZT202
ZT203
ZT204
ZT210
ZT211
ZT280

FERB
FERB
FERB
FERB
FERB
FERB

ZT281

FERB

ZT282

FERB

ZT283

FERB

ZT284

FERB

ZTz87

FERB

ZT402
ZT403
ZT404
ZT696
ZT697
ZT706
ZT706A

FERB
FERB
FERB
FERB
FERB
FERB
FERB

ZT708
ZT709

FERB
FERB

ZT930
ZTl479
ZTl480

ZTl483
ZTl484
ZTl485
ZTl486
ZTl487
ZTl488
ZTl489
ZTl490
ZTl613
ZTl700
ZTl701
ZTl702
ZTl708

FERB
FERB
FERB
FERB
FERB
FERB
FERB
FERB
FERB
FERB
FERB
FERB
FERB
FERB
FERB
FERB
FERB
FERB

~iJ;m

FERB
FERB

~i}:~J

1~Y:,cf7

90- 3
171-108
99- 67
171-109
86- 41
171-110
86- 42
172- 1
86· 43
172- 2
86- 44
172- 3
86- 45
172- 4
86- 46
172- 5
86- 47
172- 6
86- 48
172- 7
86- 49
172- 8
135- 35
135- 36
135- 37
135- 38
135- 39
135- 40
86- 50
172- 9
86- 51
172- 10
86- 52
172- 11
86- 53
172- 12
86- 54
172- 13
86- 55
172- 14
,86- 56
172- 15
86- 57
172- 16
86- 58
172- 17
85- 56
85- 57
64- 2
64- 56
173- 5
64- 57
173- 6
63- 52
173- 7
64- 58
173- 8
64- 59
173- 9
64- 60
173- 10
64- 61
173- 11
85 - 8
85- 9
85- 10
136- 80
136- 81
64- 62
173- 12
64- 63
173- 13
64- 64
173- 14
64- 65
173- 15
64- 66
173- 16
64- 67
173- 17
85- 11
85- 12
85- 13
98- 19
98- 37
86- 59
86- 60
174- 57
92- 24
88- 7
180- 15
84- 15
135- 6
135- 7
135 - 8
135- 9
142- 54
142- 55
142- 56
142- 57
148- 88
148- 89
148- 90
148- 91
101- 17
135- 10
142- 58
148- 92
86- 61
174- 58
101 - 39
153- 49

+-Indicates manufacturer's data sheet available
in Transistor Information Microfile (TIM)

'~---'"

----~

:II'
!lI

TYPE No.

IH~Y02

1. TYPE
No. CROSS INDEX
MFRS pQ&Line TYPE No.
MFRS PQ&Line TYPE

MFRS pQ&Line TYPE No.

No.

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

MFRS pQ&Line

F~~~ m:~g

ZT2205

FERB

ZT2206

FERB

ZT2270
ZT2368

FERB
FERB

ZT2369

FERB

ZT2369A

FERB

ZT2475

FERB

ZT2476

FERB

ZT2477

FERB

ZT2708
ZT2857
ZT2876
ZT2887
ZT2938

FERB
FERB
FERB
FERB
FERB

ZT3375
ZT3440
ZT3441
ZT3442
ZTX107
ZTX108
ZTX109
ZTX300
ZTX301
ZTX302
ZTX303
ZTX304
ZTX310
ZTX311
ZTX312

FERB
FERB
FERB
FERB
FERB
FERB
FERB
FERB
FERB
FERB
FERB
FERB
FERB
FERB
FER8

ZTX313

FERB

ZTX314

FERB

ZTX320
ZTX321
ZTX330
ZTX331
ZTX341
ZTX342
ZTX350
ZTX500
ZTX501
ZTX502
ZTX503
ZTX504
ZTX510

FERB
FER8
FERB
FERB
FERB
FERB
FERB
FERB
FERB
FERB
FERB
FERB
FERB

ZTX530
ZTX531

FERB
FERB

D.A. T.A. INC.

86· 62
174 - 59
86· 63
174 - 60
135- 11
92· 69
178 - 53
92- 70
179- 70
92 - 71
179- 71
88 - 8
180- 17
98 - 78
175 - 82
98- 79
175 - 83
79- 93
80- 48
138- 2
141- 32
87 - 60
179- 92
140- 1
135 - 41
142- 59
152- 51
87- 61
87 - 62
87- 63
85-106
85 -107
85-108
85-109
85-110
86· 64
86- 65
87 - 90
178 - 67
87-100
179- 72
87 ·101
179- 73
83· 18
83- 19
82- 21
82· 22
83 - 88
83· 89
105- 72
64 - 68
64 - 69
64 - 70
64 - 71
64- 72
63 - 37
178-109
62-101
62-102

I

6-Registered with JEDEC
by this manufacturer

42

+-Indicates manufacturer's data sheet available
in Transistor Information Microfile (TIM)

TYPE
No.

~~~X.
1 ~OLL.
OISS.
@25'C

2SA125
JAN2N220
OC60
OC57
OC58
2N175

9.0m*
15m
15m
15m
15m
15m
20m
20m
20m*
20m*
20m
20m
20m
20mt
20mt
20
2
m·t..
5m
l'l!'

LINE
No.

-"N)

7#
8
9
10#
11
12

n I~~~~O

15
16

17
18

2N344
2N345
2N346
2N534

25m
25m*
25m
25
26
27

~~

30

34

2N2451

2N309

:~# I~~~~~
2N588
V120
TIXM108
nXM107

I~~~~~

2N218
2SA107
JAN2N393
63 .. 2SA106
f!4# 2SA105
65
2N768
66
2N769t
~.1#
6~..

gg

87

~~

8~~

90'l!'

f!.I#

9~f

TIXM103
nXM105
nXM106
2N1785
2N1786
2N1787

~~~~
2N38
2Nl08
2SA295
2S8303
2SB349
AC160A
AC160B

93'IF
"4# (Ju,5

95# CCS6

96#
97#
98
99
100
101#
102
103

19a
106#

10kll
10kll
850k
850k
2.2M
50M*
50M*
75M*

25M§ll 416u
25M§ll 625u
28M§ll

#J 6.0

I~~ 5.0

,,,,,S

10

3.0
3.0
3.0
3.0
5.0
5.0
5.0
50

1(j.0

25 3.0m
3.b~ull'
2.0m
8.0u
2.0m III'Ou
2.0m
8.0u
2.0m
8.0u
2.0m
2.0u
12
12u
7.0 5.0m
1.5uQl
7.0
10m
7.0
10m
10 2.0m
12u
10 1~.Om
12u
7.0 5.0m
3.0u¢
5.0m
3.0u
5.0m
3.0u
5.0m
3.0u
25m
15u

1(j.0

4.5 0

15m
50m
10 5.0m

IOu
5.0u
3.0u

I~:g~ ~OO":,¢ ~~
6.0
I~.O
6.0
6.0
6.0
4.0
2.00
.5Q~

1.0m
1.0m
1.0m
1.0m
1.0m
500u

3.8~

250u
.5Q~ 250u ~
4.0.nm
5.0m
5.0m

~~ ~8

1~8~

lOll' 2.0m

LOp
LOp
1.00
1.0p
LOp
250
25p
25p
2.90

45

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. LOW POWER TRANSISTORS
121 lab & 131 TYPE No,
2. GERMANIUM PNP ABS
MAX RATINGS @25°C MAX.
TYPICAL 'h' PARAMETERS

IN ORDER OF (1) MAX COLLECTOR DISSIPATION

LINE
No.

~

3
4
5
6
7
8#
9#

:~

12
13
14
15
16
17
18#
!~#
20#
21
22
23
24
25#
26#
27

~~

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TYPE
No.

I~~H~~T
2N1745
2N1747
2N1865
2N1866
12N 1867
AF106
AFY12

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2N984t
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31# 2SA454
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39
2N2360
2N2361
2N2362
42

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46#
47#
48#
49#
50
51#

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2SA341
2SA342
2SB261
2SB262
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25A278

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57
58

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63
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66#
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71#

72#

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75

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78
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80#
81

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84
85
86
87
88
89
90

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93

2N265
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NKT126t
NKT72
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NKT12
TF49
NKT124t
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2N1749
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TI391
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~~

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2N2415
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96
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99
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102
103
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104# GM656A
TIXM 101
105

~~

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85
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85
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100
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SYMBOLS AND CODES
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SYMBOLS AND CODES
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ADt;,.
ADt;,.
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At;,.
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A
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A
A
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5.0m
150
30
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20
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[0)

DESCRIPTION
Cob !STRUCI
L:.TURE
DWG.
No.
(F)
.45pt

)~l
4.0

~~~4

T072
T072
T044
T09

,~~~a
TOI
T05
T05
T05
T05
T05
TOI
TOI
TOI
T05
T05
T05
T05
T05
T05
T05
T05
TOI
TOI
T05
T05
TOI
TOI
T09
TOI
T05
TOI
TOI
TOI
TOI
T05
T05
T05
T05
T05
T05
TOI
T05
T05
T09
T09

i8H
T033
T033
T044
T044
TOI
T09
TOI
TOI
TOI
R81a
T033
T044
T07
T044
T044
T044
T044
T012
T033
T044
T012
T044
T044
T033
T033
T044
T07

~~12

~~1

A
A
A
A
A
A
A
A
A

A

TOI
R9
TOI
R8
OV4
TOI
TOI
TOI
TOI
T05
R9
T05
R9

0

T05
X35
T033

!A

J
C
G
A

A
A
A
A
A
A
A
A
A
A
A
A
A
A
A
A
F
A
A
A
A
A
A
A
A
A
A
A
A
A

G~
G
G

A
A
A
A
A
A
G¢
A
A
A
A
A
G
G
A
G
G
G
A
H
G

R9
TOI
R8
R8
R8
R8
R8
R9
R8
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A

L C
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DE

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A
A
A
A
A

~
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LINE
No.

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3

;

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IN ORDER OF (1) MAX COLLECTOR DISSIPATION
. LOW POWER TRANSISTORS
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121 lab & 131 TYPE No,
MAX KA' INIl:>
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TYPE
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2N2190

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125m
125m
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8
2Nlll
9
10
2NlllA
11
2N112
2N112A
12

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15
16
17
18

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21

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2N271A
2N114
2Nl097
2Nl098
2N1144
2N1145
2N3074

~~# i~~~{5

24.#
25#
26
27
28
29
30
31
32
33
34
35
36

~~

39

AFY40R
AFY40
2N138
2N185
2N217
2N238
2N311
2N407
2N408
2N680
JAN2N705t
2N710At
2N782t
2N837t
2N1303
2N1305

:~ I~~gg~

42
43
44
45

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48#.
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51.#
52#

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57

2N1408
JAN2N1646M
2NI729t
2N1853
JAN2N 1853t
2S6155
2S615S
2S6156A
2S6185
2S6186
2S6187
2S6188
2S6350

I~H:N

125m
125m
130m
130m
130m
130m
130m
130m
130m
130m
140m
140m
140m
140m
140m
140m
140m
140m
140m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
1~
6.0u
4.2u
35ut
14u
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15u
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1.5(2l

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28

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38

700nb
700nb
900nb
400nb
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30
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28
30
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35

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t
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tto.
tto.

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140
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240

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40
45
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75

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120$
12p

2.0k

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27

4.0

120
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6.0

120

SYMBOLS AND CODES
EXPLAINED IN INTERPRETER

~~9

T05
TOI
TOI
TOI
TOI
TOI
TOI
TOI
TOI
T05

TOI
TOI
TOI
TOI
TOI
TOI
T05
T05
T05
T05
T05
T05
T05
T05
T05
T05
T05
T05
R32
T05
T05
T05
T05
T05
Rl16
T05

fg~
TOI
TOI
T05
T05

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A

A

A

A
A
A
A
A
A
A

A
A
A
A
A
A

§
A
A
A¢

A
A

fg~
A
Ato.

to.
tto.
to.

6.0

A
A
A
A
A
A
A

R2
TOI
TOI
TOI
X9

T05

14p
140
2O~1Zl
20p!Zl
200

30

TOI
TOI
TOI
TOI
TOI
TOI
T05
T05
T05
T05
T05
T05
T05
R118
R118

n~6

A
A
A
A

8.0p

25~1Zl

500nb
500nb

Ato.
A
A
A
A
A
A
A
A
A
A
A
A
A
A
A
A
A
A
A
A
A
A

AQl
A

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to.

tto.
t

14p
14p
300
16p
20p!Zl

5.0

t
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700nb
10m
90
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60
6.~~ 1§omm0 30 t
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25 tto.
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26g~1O 20 tto. .
0.0
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1.0¢
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30p
30p
350
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400nb
27u
26u
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7.0
7.0
6.3

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400
40p
45p
520
52p
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tto.
tto.
tto.
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LCI
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1.8
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20
20
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45
45
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120
55
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7
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2N486
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66
67
68
69

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72

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78

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81
82
83
84
85
86
87

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93
94
95
96
97
98
99
100
101
102

19~

105

19~:

108

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IN ORDER OF (1) MAX COLLECTOR DISSIPATION
121 lab & 131 TYPE No.
TYPICAL 'h' PARAMETERS
DESCRIPTION l C
MMON EMITTER
BIAS
E 0
Cob ~yRUC
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1.10:' 7.0
A
700nb
30
10
140
A
20m 150 t
A
T05
A
12p
A
T05
20mI:'; 30 t
100m¢ 45 t
A
T05
1.0m
80
12
30p
1.0m
30
F
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A
80
A
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1.0m6 60 t6
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130
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90
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10m¢ 60 t6
20pl21
T05
A
A
400m0 60 t
140
T05
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125 1
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A
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60
b
100
A
140
A
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200m
30 t
500nb
14p
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200m(l) 35 1
500nb
A
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12p
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A
100
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1.pO
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A
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401
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70
9.0p
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75
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30
14
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5.0
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120
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12p
A
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A
24m~ 60 t
400m¢ 401
500nb
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A
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A
T05
A
400miZ 401
500nb
140
A
2.5p
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1.0m(l)~ 50
A
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700nb
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20
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301
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306
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10~~ 2016
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2016
5.0
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50~¢ 25 t
5.0m
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6.0p
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2. GERMANIUM PNp· LOW POWER TRANSISTORS

1~~~j~Jl
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2N967t
2N20481
2N22581
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2Gl041
JAN2N559t
2N705A
2N8281
2N8291

1~~g~g1

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2N9621
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2N964t
JAN2N964t
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2N965t

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2N9721
2N973t
2N9741
2N975t
2N9851
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2N741
2N741A
2N29561
2N828A
2N2957t
2N3371
25A4171
25A450Hl

2S~:~Jm

D.A. T.A. INC.

DISS.
@25'C
(W)

~~g~

150m
150m
150m
150m
150m
150m
150m
1~2m

150m
150m
150m
150m
150m
150m
150m
150m
1~~m

150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m

~RATE~
T
IN
ME

lab
(HzI

FREE A M
AIR
X P
W/'C

~:g~6 1.6m
8.0M6 2.0m
2.5m
8.0M
8.0M§
2.5m
8.0M
2.5m
10.M
2.5m
10.M
10M6 2.5m
1~O~6 2.0m
2.5m
2.5m
10.M
10.M
2.5m
10M6 2.5m
10.Ml; 2.5m
10.M6 2.5m
10.M6 2.5m
10.M
,~.~m

1~.~

~.1m

150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m

2.5m
2.0m
2.0m
2.5m
2.5m
2.5m
1~.M
13.M
2.5m
14.M6 2.5m
15M6 2.0m
15M6 2.0m
15M6 2.5m
15.M6 2.5m
15.M§
2.5m
16.M
2.5m
18.M
2.5m
20M
2.5m
2.0m
20M
20.M§
2.5m
21M6 2.0m
2.5m
25.M
30.M
35.M§
2.5m
40.M§
2.5m
2.5m
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2.5m
60.M§
2.5m
60.M§
2.5m
60.M
80.M§
2.5m
80.M
2.0m
90.M§
2.5m
2.5m
I~~O~§ 2.5m
120M§ 2.0m
150M§ 2.0m
150M§ 2.0m
150M§6 2.0m
2.0m
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2.5m
200M
2.5m
2.5m
2.5m
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250M§6 2.0m
250M§6 2.0m
250M§6 2.0m
250M§ 2.0m
250M§6 2.0m
250M§6 2.0m
250M§6 2'l!m
270M§ 3.1m
2.0m
280M
4.0m
300M
300M
4.0m
300M§6 2.0m
2.0m
300M
300M§6 2.0m
300M§6 2.0m
300M§6 2.0m
300M§6 2.0m
300M§L'I 2.0m
300M§L'I 2.0m
300M§L'I
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300M§6 2.0m
300M§6 2.0m
300M§L'I 2.0m
300M§ 2.0m
300M§L'I 2.0m
300M§6 2.0m
350M§ 2.0m
360M§ 2.0m
360M§ 2.0m
375M§ 2.0m
400M§ 2.0m
400M§ 2.0m
400M§l; 2.0m
400M§ 2.0m
530M§ 2.0m

150m

2.0m

1~~m

150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m

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1~2m

12M
12M
12.M
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ABS MAX RATINGS @25'C
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40
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35
35
35
18
15
18
12
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35
30
30
30
30
20
12
12
20
7.0
7.0
18
25
30
15
15
15
15
15
15
30
15
12
12
12
15
15
15
12
12
15
12
7.12
15
12
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7.0
15
15
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40
15
20
40
15
40
25
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12
12
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12
18

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10
10 100m
20 200m
6.0
20 50m
200m
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~~

300m
10 125m
20m
25 300m
6.0 400m
8.0 400m
20 400m
100m

12
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20 500m
20
10m
12 250m
12 100m
12 100m
20 200m
12
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25 300m
35 300m
9.0 100m
12 500m
12 100m
20 400m
20
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25
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6.0
6.0
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1.0
1.5
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2.0
4.0
1.2
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2.5
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3.5
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250m
100m
100m
50m
50m
50m
100m
100m
100m
100m
100m
100m
50m
50m
50m
50m
102m
100m
100m
100m
100m
100m
11!0m
10m
100m
50m
50m
50m

2.5
2.5
2.5
2.5
2.0
1.2
1.3
2.5
2.5
2.5
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1.2
2.5
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200m
200m
100m
100m
100m
100m
200m
100m
200m
100m
100m
100m
200m
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1.~

1.2
2.5
2.0
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1.2
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1.5
1.5
3.5
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LINE
No.

fIJ

2. GERMANIUM PNP
TYPE
No.

i~ 1~~H1~

3:it

NKT214
4# NKT215
NKT216
NKT217

~:
~#

9

'~~T~n
2N190

1~ '~~~~~A

12
JAN2N651A
13# 2S8415
14# 2S8494
Hi:it 2S8495
~~# 2S8495A
17
MA100
18
MA882
19
MA887
NKT271
NKT272
22# NKT274
23# NKT275
24
2N188A

~~:
~~

27

~g:

30

~~~~~A

JAN2N652A
2S8167
2SB431
MA883

~~# ,~t,.~~~
33

2N241A

35
36
37
38
39
40
41
42

2N192
2N323
2N519
2N650
2N653
2N1186
2N1191
2N1451

~4# ,::>FT321

:a ~~:~~~
45# SFT322
46# SFT352
MA884
47
48
MA889

~g

51
52
53
54
55
56#
57
58#
59
60

g~

63
f!4#
65
66

~~

69
70
71
72

~~

75

~~

78

~~~~~

2N651
2N654
2N1187
2N1192
2N 1446
SFT325
2N1452
SFT353
2N508
2N652
2N655
2N1188
2N1193

,~~~%~

2N1194

'~~ljri~

2N1707
MA1703
MA1706
2N1413

~~m~t
2N1414

~~l:U
2N1705

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81
82
83
84

g~
87

:~

90

~~

93
94
95
96

~~

99

19~

102
103
104
105

MA1707
2N1175
2N I 175A
2N395t

~~~~~~

2N 1354t

1~~~~~~6A
2N1280

'~~m:
2N 1356t
2N1449
2N1471
2N3428
iMA1704
2N414B
2N414C
2N1281
2N1350
2N1351
2N 1355t
2N2172
2N1282

19~ I~~mn

108

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2N1318
2N1349
2N397t

D.A. T.A. INC.

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IN ORDER OF (1) MAX COLLECTOR DISSIPATION
No.

POWER TRANSISTORS

ABS MAX RATINGS @25'C
~~AX.
~RATE~
T
alL.
IN
ME BVeboJBVeeo BVe~
DISS.
lab
FREE AM
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~~
19
32 §
200m
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32
10 250m
32 §
200m
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10 250m
32 §
200m
.90MI> 3.1m
32
10 250m
200m
.90MI> 3.1m ,:~ 60
40
10 500m
200m ,.90MI> ,~.lm
32
200m
1.0M
3.3m I:~ 25
5.bO I~gg~
25 §
200m
1.0M
3.3m I1t:J
200m
18 § 5.0 200m
200m
1.0MI>
#J 18
200m
1.0MI> 2.6m
45
30
30 500m
200m
1.0MI> 2.6m ,:~ 45
30
30 500m
32 § 6.0
200m
1.0M
3.3m #J 32
1
200m
1.0M
5.0m
25
18
6.0
1
200m
5.0m ,:~ 25
1.0M
18
6.0
1
200m
1.0M
5.0m
#J 32
25
6.0
1
200m
1.0MI> 2.7m
60
15 500m
200m
1.0MI> 2.6m
&
60
15 500m
200m
1.0MI> 2.6m #J 50
15 500m
3.1m
200m
1.0M
15
5.0
3.1m , : j 15
15 § 5.0 ~gg~;\
200m
1.0M
15 § 5.0 250m
200m
1.0M
3.1m #J 15
15 § 5.0 250m
3.1m
200m
1.0M
15
1.2M
3.3m , : j 25
25 § 5.0 200m
200m
25 §
3.3m #J
200m
1.2M
200m
1.2MI> 2.6m
45
30
30
200m
1.2MI> 2.6m ,:~ 45
30
30 500m
200m
1.2M
3.3m #J 20
2.5 500m
~g ~ 12 500m
200m
1.2M
3.3m #J 32
200m
1.2MI> 2.6m ':#oj 60
60 0
15 500m
200m
1.2MI> 2.t;im
50
15 500m
50 "
200m
1.2M
3.3m
24
12 150m
25 § 5.0 200m
200m
1.3M
4.0m
25
1.3M
3.3m #J 24
200m
12 250m
25 §
200m
1.5M
5.0m
200m
, : j 18
18 § 5.0 200m
200m
1.5MI>
200m
1.5M
2.6m #S 15
15
10 200m
30 §
200m
1.5M
2.6m
45
30 500m
200m
1.5M
2.6m , : j 30
25
25 250m
45 §
200m
1.5M
2.6m #J 60
30 500m
25 §
200m
1.5M
2.9m
40
25 200m
200m
1.5M
3.3m , : j 45
20
10 400m
200m
1.5M
3.3m #J 20
18
2.5 150m
1.5M§
200m
3.3m
32
10 500m
200m
1.6M
3.3m l : j 24
12 250m
1.6M
3.3m #J 24
200m
12 150m
200m
1.7MI> 2.6m
60
15 500m
60 ~
200m
1.7MI> 2.6m l : j 50
50
15 500m
200m
1.8M
3.3m #J 25
10 200m
18 § 5.0 200m
200m
2.0MI>
18
30 §
200m
2.0M
2.6m , : j 45
30 500m
2.0M
2.6m #J 30
200m
25
25 250m
45 §
2.0M
60
200m
30 500m
, : j 40
25 §
200m
2.0M
25 200m
200m
2.0M
3.3m #J 45
25
15 400m
2.0M§
3.3m
16
12 500m
200m
32
45
20
200m
2.2M
3.3m
10 400m
3.3m #J 24
200m
2.4M
12 150m
18 § 5.0 200m
18
200m
2.5MI> 3.3m
30 §
45
2.6m
200m
2.5M
30 500m
2.6m #J 30
25
200m
2.5M
25 250m
45 §
2.6m
60
200m
2.5M
30 500m
25 §
200m
2.5M
2.9m , : j 40
25 200m
200m
3.3m #J 24
12 250m
~.~M
30 §
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2.6m
45
30 500m
25 §
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25 200m
3.3m
15
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10 400m
25 §
200m
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25 500m
15 §
200m
3.0MI> 2.6m
15
4.5 500m
25 §
200m
3.2M
3.3m I : j 35
10 200m
30 §
200m
3.5M
2.6m #J 45
15 500m
3.3m
200m
15
10
3.5M
10 200m
25 §
200m
3.6M
3.3m , : j 35
10 200m
I~·~m I : j
~~ §
:~gg~
3.3m
19 ~~~~
12 § 5.0 400m
200m
4.0M
2.7m ,:itJ 18
30 §
45
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30 5C?~m
'~gg~ 4.0M§ 3.3m I:~ 32 18 § 10 150m
15 § 4.5 500m
200m
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25 §
200m
4.2M
3.3m #J 35
10 200m
25 §
4.2M
3.3m
10 200m
200m
35
15 §
20 200m
200m
4.5M
3.3m ,:~ 30
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3.3m #J 30
10 200m
200m
200m
4.5M
2.6m
45
15 500m
4.5M
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15
200m
20 200m
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200m
20
,~.3m
#S 30
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30
20
3.3m ,:~ 16
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10 400m
~~Om
5.0M
3.3m
40
200m
25 400m
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200m
20
20 200m
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5.0M
25
15 400m
3.3m
12
200m
5.0M
7.0 200m
45
30 §
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30 500m
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200m
25 500m
3.3m
30
200m
7.0M
20 400m
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7.0M
3.3m ,:~ 30
20 400m
200m
7.0M
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10 400m
50
200m
8.0M
3.3m
25 400m
3.3m I:J 40
25 400m
200m
8.0M
20
200m
8.0M
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20 200m
10 400m
200m
8.0M
2.6m
20
200m
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3.3m
16
10 400m
15
20 400m
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12
15 400m
200m
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20
8.0 400m
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40
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SYMBOLS AND CODES
EXPLAINED IN INTERPRETER

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1.011'1>;' 80
20m¢ 99 tI>
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1.0"'fd 130
1.0m¢ 130
1.0m
160
85 t
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1.0m
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280
45
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100m~ 100 tI>
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A
A§
A
A
A
A
A
A
A
A§
A
A
A
A
A
A
A
A
-A§
A§
A
A
A§
A
A
A§
A§
A
AI
A
A
A§
A§
A§
A§
A
A
A§
A
A
A
A
A
A
A
A
A
A
A
A
A
A
A
A
A
A
A
A
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LINE
No.

~

3
4

5
6

s:

9

1~

12
13

~

TYPE
No.

1~~~~~7t
2N523
2N2207
2N 1204At
2N1204t

i~~~bOAH
2N658t

I~~~~~t

2N660t
2N661t
2N2541t
AC135

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1~: ~gm

18:lt AC138

~g: ~gmH
21# AC142
AC142H
NKT281
24# AF200

~~:

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27:lt 256178
28# 256178A
256304
~g: 256304A
31# 256376
256427
256428

~~:

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36:lt 5FT251

~~# I~~fi:ll

39

2N319

:~: ~~i~d2

42:lt 5FT243
5FT252
:~# 2N320
45# 5FT242

:~ I~~m

48

2N1924

~~: ~~i~:3

51

2N1925
2N461
2N1926
54# 5FT223

~~

~~ I~~~~~
57

~~

60

~i

63

~~

66

~8

2N524A
2N525
2N525A
2N526
JAN2N526
2N526A
2N527
2N527A
2N2171
PET8350

pH~~~~

69
70
71
72
73#

PET8353
AFY39
JAN2N537
2N2173
256401
256402
256403

78

2N43

~~l
~~ ~~1656

80
81
g~#

84

g~

87

:~

~~1~~7

2N1614
:i!N 1384t
5FT162
2N270
2N586
JAN2Nl174
2N1273

~~l~~~

99
100
101
102

2N1371
2N1372
2N1373
2N1374
2N1375
2N1376
2N1377
2N1378
2N1379
2N1380
2N1381
2N1382
2N1383

105

2N2271

90
91
92
93

~~

96

~~

19~: ~~~~~A
19~

108t
109
110

IN ORDER OF (1) MAX COllECTOR DISSIPATION
121 lab &·131 TYPE No.
ABS
MAX
RATINGS
@25'C
MAX.
TYPICAL
'h'
PARAMETERS
DESCRIPTION l C
~~AX.
~
[Q!:RATE ~ T
OlL.
IN
ME BVeboJBVeeo BVeQQj
BIAS
lebo
COMMON EMITTER
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Cob ~STRUCI
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DISS.
lab
FREE A M
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DWG. AD
No.
D E
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(A)
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A)
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110
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A
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20
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15
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10
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15
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A
TOI
l·QIE .15~" 70 tn
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t
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100
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g
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A
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10 1.2
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161
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2. GERMANIUM PNP· LOW POWER TRANSISTORS

~~~~~

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54

SYMBOLS AND CODES
EXPLAINED IN INTERPRETER

LINE
No.

~

~

~~~23

~~~~:
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~# 2~~~~~

l~:

258476
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258377

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59
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80
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84

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87
88
89
90

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2N1693
25867
99# 25867A
100# 5FT124
5FT143
5FT144
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2. GERMANIUM PNp· LOW POWER TRANSISTORS
TYPE
No.

2N1416
3
4#

9

IN ORDER OF (1) MAX COLLECTOR DISSIPATION
121 fab S. 131 TYPE No.
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TYPICAL 'h' PARAMETERS
MAX
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3 GERMANIUM NPN . LOW INGS
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TYPE
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53
54
55
56
57
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IN ORDER OF (1) MAX COLLECTOR DISSIPATION
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MAX.
TYPICAL 'h' PARAMETERS
DESCRIPTION l C
Pt~AX.
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T ABS MAX RA
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SYMBOLS AND CODES
EXPLAINED IN INTERPRETER

LINE
No.

~

IN ORDER OF III MAX COLLECTOR DISSIPATION
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3. GERMANIUM NPN ASS
(2) lab & (3) TYPE No.
MAXRATIN(jS @25'
MAX.
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TYPE
No.

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SYMBOLS AND CODES
EXPLAINED IN INTERPRETER

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~~~

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~~~

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IN ORDER OF (1) MAX COLLECTOR DISSIPATION
4. SILICON PNP - LOW POWER TRANSISTORS
(2) fab & (3) TYPE No.
MAX.
TYPICAL 'h' PARAMETERS
LINE
No.

TYPE
No.

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200m
200m
200m
200m
200m
200m
200m
200m
200m

Ie

(V)

(V)

ilV)

(A)

~g 16·~0

~g~

5J
5S
5A
SA
SA
SA
SJ

30
10
40
40
25
30
10

50m
50m
50m
50m
50m

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10M§I'>
12M§I'>
14M§
14M§
14M§
14M§
16M§I'>
18M§
20M§
20M§
20M§
20M§
20M§
21M*
22M§
22M§
22M!
30M!I'>
30M!I'>
30M!I'>

I:j
1.3m
1.3m
1.3m
1.3m
1.3m
1.3m
1.3m
1.3m
1.3m
1.3m
1.3m
1.3m
1.3m
1.3m
1.3m
1.3m
1.1 m
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44M!
52M!
100M§
140M§

1.3m
1.3m

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1.5m
150M§ 1.5m
150M!I'> 1.0m
150M§I'> 1.0m
150M!I'> 1.0m
200M
1.2m
200M
1.2m

5S 15
5
10
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SS 15
5S 25
5S 10
5
25
5A 25
SA 15
SA 6.0
SJ 30
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60
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5A 10
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10
25
25
20
30
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25
10
25
25
15
6.0
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45
45

15
10
30
15
10
10
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20
10
6.0
5.0
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10

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50m

50m
50m
50m
50m
50m
50m
50m
50m
30m
30m

12
10 50m
3.0
30m
5.0 100m

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1

45
30
30
50
45
45

12
10
15
20'

12
10
12
15

4.0
3.5
5.0
5.0

200m
200m
200m
25m
200m

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40
60
40
15
40
15
15

40
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40
15
40
15
15

10M!I'> 2.0m

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35

30

5.0 100m
5.0 100m
5.0 100m
4.5
30m
5.0
15 50m
15 50m
5·2
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5.0
5.0
30m

20MI'>!
20M§/',
20M!I'>
20M!I'>
30M!I'>
40M§I'>
60M!I'>
60M!I'>
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SJ
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45
40
40
40
30
40
50
50
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60
60
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45
30
30
30
30
40
40
40
35
45
45
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350M§I'>
400M!I'>
400M!I'>
400M
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1.lm
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1.lm
1.2m
1.2m
2.0m
2.0m
2.0m
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COMMON EMITTER
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DESCRIPTION
Cob \STRUC
l:TURE DWG.
No.
IF)

3.0n
LOu
1.0u
LOu
10'1l
3.0nID

6.~~

.5~~

.50<0
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.5~~
.50ID

1.0m
3.0
5.0m~ 20 t
5.0m

lOOn
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3.~~
3.010

1.0u
1.0u ~
100nID
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50nID
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5.0p
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PA
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200n~

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20 t I'>
40 tl'>
30 tl'>

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5.0ID
5·Q8
5.0¢

1.0m
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1.0m~ 100 I'>
1.0m¢ 250 I'>

100M§
100M!I'>
100M!I'>
150M!I'>
150MI'>
200M§I'>
200M!I'>
200M§
200M§
200M§I'>
300M§I'>
300M§I'>
300M§I'>
300M!I'>
300M§I'>

30
2.0m
2.0m
2.0m
2.0m
2.0m
2.0m
1.3m
1.1m
1.1m
2.0m
2.0m
2.0m

.J
.J

.S

.S

.J
.J

§J
§J
!J

.J

.J

.J

.J
.J

:gg~:I'> 2.0m
450M!I'> 2.0m

~gg~:~ I~:g~

500M!I'> 2.0m

.J

.J
.J
.J

.J
.J

60
45
50
50
25
25
50
40
30
20
6.0
6.0
40
12
30
5.0
50
40
30
6.0
12

S.O
12
40
45
40
40
20
20
35
35
25
20
6.0
6.0
40
12
30
5.0
35
40

5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
60
60
5.0
4.0
5.0
4.0
4.0

50m
50u
500m
500m
500m
100m
100m
100m
100m
100m
100m
100m
100m
500m
100m

5.0
5.0
5.0
5.0
5.0
5.0
5.0
3.0
3.0
5.0
4.0
4.0

!!90m
600m
500m
500m
100m
100m
100m
50m
50m
100m
100m
80m

5.0
4.0
5.0
5.0
5.0
4.0
4.0

100m
50m
100m
100m
100m
80m
80m

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A
A
A
A

PA

T018

A

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PEt

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B

PE
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P
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P
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P
E
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A

RR7a
R67a
R67a

B
B

10 171
10

5.0u
5.0u

2.5k
6.0k

~.8u

14k
8.0k
11k

PEal
PEiil
PE0

20
20
20

PE
PE
PLt
PLt
PLt

1.lu
1.6u

Iii

~~

20n

10
10n~ 5.0
101)]£1_ 5.0

25~1

100u~

200 I'>
1.0m~ 120 I'>
1.0mID 120 I'>

5.~~ 1.0m~

40
100
30
100
200
60

25n
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10njg
10n~
50nID

5.0¢~
10ID
5.Qjg
5.Q~
5.0ID

1.0m¢....
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1.0mjg
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6.~~

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500nl?!~
500nlLlb
500n!Zlb

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1.0
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35

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T018
T018
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8.0PJZl_ PE
700f$(ZI E
4.50
PE
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S.Op
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1.Sm
1.6m
1.Sm
1.6m
2.0m
2.0m
2.0m
2.0m
2.0m
1.6m
1.6m
1.6m

i

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50m

50m
50m
600m
600m
SOOm
200m
200m

.J
!J
!J
!J
5
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25
45
40
40
50
45
45

6.0
6.0
40
40
25

5.0
5.0
5.0
5.0
5.0
5.0
5.0

~gg~
200m
200m
200m
200m
200m
200m
200m

2N4916t

lMRATE~ TABS MAX RATINGS @25'C
IN M E BVeboJBVeeo IBve~

I

iii

I~J

10
8.0
6.0 i!;l
6.0 i2l~
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L17m
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T0106 A
TOl06 A

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2.3k

15

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1.0
1.0

10m¢ 80 t
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1.~~~ 2.1~
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2.Q....
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1.0
1.0

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1.~~
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tl'>
t I'>
t ..I'>
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140 t#!Zl
100
150 tl'>
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DPE¢ T0106 A
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4.0p
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3.5
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1.2G§I'>
1.2G!
1.5G§
1.SG§I'>
2.0G§I'>

1.lm
1. 1m
2.0m
1.1m
1.1 m
1.1m

.J

§S
!S
§S

.J

§J
§S
§S

12
30
30
30
12
30
15
15

12
30
30
30
12
30
15
15

4.5
4.5
3.0
3.0
3.0
4.5
3.0
4.5
4.5

50m
100m
30m
30m
30m

50njg
100n~
100nlO

30m
30m
30m

61

.50i>....

30mi'
1Q~ 2.0m~
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1..02 2.0m!
1.~J'.... 100m\(:
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1.0IQ 1.0m~
1.00 1.0mQ

30
20
20
20
30
20
25
25

tl'>#
I'>
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t#I'>
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SYMBOLS AND CODES
EXPLAINED IN INTERPRETER

4.5p5

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No.

TYPE
No.

L1jMAX.
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OISS,
@25'C

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IN M E BVeboJBVeeo BVeb..Qj
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Cob ISTRUC
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3#

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220m
220m
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9

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225m
225m

200M!

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40M§1l.
40M§1l.

2.2m
2.2m
2.2m
1.8m
2.0m
2.0m

+J
+J
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45
20
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60
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60
60

6.0 100m
5.0 100m
5.0 100m
12
3.0
50m
3.0
50m

5.q~ 2.0m~
50 til.
5.q~ 2.0m~
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5.010 2.0mVJ 240 til.
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1.0ub
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35
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225m
225m

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230m*
250m
250m
250m
250m
250m
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200k
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200k
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250k
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300k
300k
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2.0m
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1.8m
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1.0MIl.
1.0MIl.
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1:6m
1.6m
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1.0MIl.
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1:6m
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47
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51
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53
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2.0m
2.0m
2.0m
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1.6m
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1.4m
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1.5M§
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40
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12
60
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200m
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4.5
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20
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25
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60
125
100
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250m
50
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200m
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100m
50m
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50m
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60
60
40
40
40
50
80
18
40
40
60
60
100
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80 t
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300m
300m
300m
300m
300m
300m
300m
300m

DESCRIPTION
Cob ISTRUCI
l:TURE DWG.
(FI
No.

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100uiZl
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SYMBOLS AND CODES
EXPLAINED IN INTERPRETER

ill

AN

T092
T092
T092
T092
T092
T092

A
A
A
A
A
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4. SILICON PNP . LOW POWER TRANSISTOR-.i
LINE
No.

TYPE
No.

WMAX.1J
lQ.ERATE~ TABS MAX RATINGS @~5'C
COlL.
IN M E BVeboJBVeeo BVetmJ
DISS.
fab
FREE A M
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@25'C
AIR X P
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310m
310m

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310m

260M§

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40

4.0

600m

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199
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40 tt;

310m
310m

300M§t; 2.8m
300M§<'> 2.8m

25
5.0

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3.0
3.0

50m
50m

.0Iu' 2.0m
40M§t; 2.0m

80
60

30
30
30
60
80
60

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:g~:~ ~:g~ :~ ~g

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360m

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2.8m

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30
30
30
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5.0
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10
10
20
10
20

t;
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40 t;

1.0~~ 175
1.0m¢ 175
10
12~ 10m
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10125 10m
35
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10~l;
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15u
15u
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20u
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600
600
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600
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40u
50u

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500m

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90
180
100
100
300
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5.0k
6.5k

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T092
T092
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100m
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2.4m
2.0m
2.0m
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1360m
1360m

1.8k
1.8k

3.0
3.0
4.0
3.0
4.0
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4.0
5.0
5.0

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40 t;t
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360m
360m
360m
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12m
14m
19m
360m
360m
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200 tt;
2.0m¢ 300 tt;
10ri!lll 30 tIVE
10~~ 30 tt;
10m¢ 30 t t;
10m
40
10m
40
1Om
40
150roll 38 t#

6.21?1

DESCRIPTION
Cob ISTRUC
l:TURE DWG.
IFl
No.

\LI

~~g ~~

tt;
45 tt;

~iggl~~

D.A. T.A. INC,

X.OOOI

~g ~~

~~.-1l ~H:6~8

87
88
89
90

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40
40

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10n§
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5.0ulO

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4.5 300m
4.0
50 50m
30 50m
30 50m
30 50m
30 50m

15
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100
50
30
30
50

70
70
90
90
40
70
45

199~ :g~~g

50
45
25
40
40
40
45
12 iZl
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5.0 500m4
3.0
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5.0 600m
5.0 200m
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51

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~~~~~~~EM:: COLLECTOR DISSIPATION

TYPICAL 'h' PA AMETERS
BIAS
COMMON E I ER
Ie
hfe
hoe
hie
hre

~OOM§t; 2.l.Im
200M§ 2.8m
200M§ 2.8m

1

9

MAX.
lebo
@MAX
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~~ t#t;
35 utt;

19u

8k

100nb
100nb
250u!?,!
500uILJ
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25u
25u

26
26
60
1.2klLJ
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20kill
10k
10k

14u
14u
15u

1.8
2.6
3.3

10
10 ~
10
10 III

~

6 pILl

5.0p~

5.00

91

5.0k
5.0k
6.0k

SYMBOLS AND CODES
EXPLAINED IN INTERPRETER

OPL0 T018

grt~ i81~

PL(O

PL~

T098

ig~g
T050

10 ILl
10 (zl
10 i7\
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BA
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6.0p!?j
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I
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LINE
No.

TYPE
No.

~

MAX. ~

OlL.
DISS.
@25'C
(W)

lru'RATE~ TABS MAX RATINGS @25'

fab
(Hz)

IN M E BVeboJBVceo IBveb..QJ
FREE AM
IIC
AIR X P
W/'C
(V)
(V) iM
IA)

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4
5
6

2N3703
2N5447
2N5448

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9

PET8300

360m
360m
360m
360m

100M!lI
100M!lI
100M!lI
100M!lI

2.8m
2.8m
2.9m
2.9m

I:j

$S
$S
$S
$S

~~

~~

40
50
40
50

25
30
25
30

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5.0
5.0
5.0
5.0

~gg~
200m
200m
200m
200m

MAX.
lebo
@MAX

Vcb

TYPI Al 'h' PARAMETERlS
BIAS
COMMON EMITTER
Ie
hfe
hoe
hie
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10n(7)
PET8304
TP3638t
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18

2N3121t

21

2N5374t

360m
360m
360m
360m
360m
360m

100M!lI
100M!lI
125M!
125M!
130M!lI
130M!lI

3.6m

tJ

30

2.9m
2.9m
2.0m
2.0m

$J
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35
35
60
45

30
25
35
35
60
45

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30
33

37.
38.
39.

2N996t

2N5379

AT432
AT433
AT434

360m
360m
360m
360m
360m
360m
360m
360m
360m

150M§lI
150M
150M§lI
150M§lI
150M§lI
150M§lI
150M§lI
150M§lI
160MlI

~~g~ I~gg~~§

360m
360m
360m
360m

I~~g:::

360m

200MlI§
200MlI§
200MlI§
200MlI§

2.9m
2.7m
2.9m
2.8m
2.8m
2.8m
2.8m
2.0m

2.0m
2.0m
2.0m
2.0m
2.0m

$J
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§J
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40
60
25
60
60
60
40
15
45
40
40
30
45
30
45
30
45
25
60

~gg~:~ ~gg~ ~~ ~g

200M§lI 500u

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360m
360m
360m
360m
360m
360m
360m
360m
360m

200M§lI
200M§lI
200M§lI
200M§lI
200M§lI
200M§lI
200MlI
200M§lI
200M§lI

2.9m
2.9m
2.8m
2.8m
2.9m
2.9m
2.7m
2.9m
2.9m

$J
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360m
360m
360m
360m
360m
360m

200M§lI
200M!lI
200M§lI
200M§lI
200M§lI
200M§lI

2.0m
3.5m
3.5m
2.4m
2.4m
2.4m

§J
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60
40
45
45
45
45
60
60
40
40
25
25
30
50
50
70
40
40
30
60
60
60

360m
360m
360m

250M§lI 2.0m
250M§lI 2.0m
250M§lI 2.0m

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60
60
20

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40
40
25
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80
70
15
50
60
60
25
25
50
35
25
12
12
20
40
12
12
40
40
60
60
45
6.0
12
30
15
20
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20
15
12
12
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~~# I~~~~~~tt
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78

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86.
87
88
89
90

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2N2894t
2N3012t

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100m

5.0
5.0
4.0
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30m
30m
500m
500m
500m
500m
500m
500m
600m

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360m
360m
360m
360m
360m
360m
360m
360m
360m
360m

300M§lI
300M§A
300M§A
300M§
300M§
300M§
350M§A
400M§lI
400M§lI
400M§t.

2.0m
2.0m
2.0m
3.6m
3.6m

~gg;

:gg~:~I~:~~ ~~

360m
360m
360m
360m
360m

400M§lI
400M§lI
450M§lI
450M§lI
500M§

~~g~

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360m
360m
360m

600M§lI 2.1 m
600M§lI 2.3m
640MlI 2.0m

2.4m
2.1m
2.0m
2.0m
2.0m
2.9m
2.0m
2.0m
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30
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30
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30
30
12
45
30
30
40
30
45
30
45
30
45
25
40
60
40
60
40
30
30
30
30
50
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20
30
60
40
40
30
40
60
40
60
12
40
60
60
20
40
40
40
25
25
60
60
12
40

18
12
12
15
40
12
12
40
40
60
60
45
6.0
12
30
15
12
18
20
12
12

5.0
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500m

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5.0
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5.0

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500m
500m

5.0
5.0
5.0
5.0
5.0
5.0
4.0
5.0
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12
12
30
40
40
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4.0
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50m
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80m
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SYMBOLS AND CODES
EXPLAINED IN INTERPRETER

Iii

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LINE
No.

2#
3
4
5
6

~

9

~

IN ORDER OF (11 MAX COLLECTOR DISSIPATION
121 fab & 131 TYPE No.
4. SILICON PNP . LOW
POWER TRANSISTORS
TYPICAL 'h' PARAMETERS
ABS MAX RATINGS @25'C MAX.
DESCRIPTION
TYPE
No.

~St:.ti5"t'

1

~~

27

~~

30

~~

33

~~

36

~~

39
40
41
42

n
45

:~

48
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51
52
53
54
55
56
57

~~

60

g~
63

g:

66

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69

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72

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75

2N329A

390m

1~~~3~A

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81# BCY95Bt

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85# TCH99Bt
86
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87
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2N4413A
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90
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96

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99

19?
102

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105

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108

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400m
400m
400m
400m
400m
400m
400m
400m
400m
400m
400m
400m
400m
400m'
1~~3~~~¢
400m
2N39790
400m
400m
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400m
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400m
400m
400m
400m
2N1229
400m
400m
2N327B
400m
2Nl026A
400m
2N3064
400m
2N328B
400m
400m
2N3062
400m
2N321~~
2N4982
400m
400m
2N3065
2N3913¢
400m
400m
2N329B
400m
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400m
2N2946A¢
JAN2N2946A¢ 400m
400m
2N30~Q
400m
2N306~0
400m
2N3218
2N3527
400m
400m
2N367~~
400m
2N4981
400m
C9080
400m
C9082
400m
C9084
400m
2N38~,?(Il
400m
2N306~¢
400m
2N3914
400m
C9081
400m
C9083
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C9085
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2N294~~,
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2N2945A¢
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30M§b.
40M§b.
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40M§b.
40M§b.
40M§b.
40M§b.
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45M§b.
50M§b.
50M§b.
50M§
50M§
50M§
50M§b.
50M§b.

I~·~m

3.3m
3.3m
3.3m
3.3m
3.3m
3.3m
3.3m
3.3m
3.3m
2.3m
2.3m
2.3m
2.3m
2.3m
2.3m
2.3m
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2.2m
2.2m
2.3m
2.3m
2.3m
4.3m
2.2m
2.2m
2.7m
2.2m
4.3m
4.3m
4.3m
2.7m
2.3m

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40
70

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40
70
10
40

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60
40
125
180
45
80
60
60
60
240

:~

60
60
50
50

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60
30
45

(V)

V)

g

!~:g

10
5.0
40
35
0.0
30
30

50m
50m
50m
50m

20

50m
SOm

Ig:8
5.0
6.0
30
30
110
110
60
60
50
60
50
50
50
15
25
40
30
35
35
50
15
15
35
35
20

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30
45
40
35
110
110
60
60
50
35
30

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35
15
35
35
50
15
15

~~

40
35
100
35
80
35

50
20
40
40
70
50
50
20
40
40
40
30
40
25
10
30
50
5.0
5.0
5.0
50
30
40
5.0
5.0
5.0
25
25
25

100
50
30
35
35
35
60
80
20
30
20
30
30
30
50
60
40
30
30
30
20
20
20
16.0
10
10

16·~0

10
10
30
15
30

15
30
15
15
30
20
35

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40

20

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70
90
90
40
70
6.0
30

30

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20
30
10
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240
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35
45

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60
20
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30m

100m
100m
100m
100m
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100m
100m

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7.0
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6.0
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28
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30
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60
60
60
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10
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16
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20 tb.
50 b.
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14 t
30 t
14 t
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14
36
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28
20 tb.
1.0 b.
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30 tb.
40 tb.
60
70 t
50 tb.
50 tb.
30 tb.
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1.0 b.
40 t
4.0 b.§
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85
85
85

1.2ub
1.2ub
1.2ub
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30
30
30
30
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1.7k

15
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8.0
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TYPE
No.

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40
60
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2N3807*
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71

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(VI

IN ORDER OF (11 MAX COLLECTOR DISSlPAnON
(21 tab l (31 fiPE No•
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MAX.
DESCRIPTION l C
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25m
25m
25m
25m
25m
25m
25m
25m
25m
25m
25m
25m
25m
25m
25m
25m
25m
25m
25m
25m
25m
30m
30m
30m
25m
25m
25m
25m
25m
25m
25m

~g

i~:g

~g::: I~:g~~ Ig:g~

15
15
15
12
12
12
30
40
30
40
30
45
45
60
25
60
25
25
40
40
50
50
100
15
15
13

*
*
*
*
*
*
*
§*
§*
§*
§*
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45
45
45
45

20
40
40
40

30

20
30
30
45
30
30
30
20
45
45
30
15
30
40
20
45
60
45
60
60
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60 flJ

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1.0u§
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15
15
20
150

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15
18
1.0
1.0
1.0
5.0
6.0
6.0
1.0
2.0
2.0
5.0
5.0
6.0
8.0
10
5.0
6.0
5.0
5.0
5.0
5.0
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5.0
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45
45
45
45
45
45
45

S.O
5.0
5.0
5.0
5.0
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10m
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10¢ 150m¢
100 150me
1~ 150mjZ

20m
100m
100m
25m
25m
25m
200m
50m
50m
25m
1
100m
100m
100m
50m
SOm
150m
30m
30m
100m
100m
100m
30m
50m
30m
30m
30m
30m
30m
30m
30m

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(A)

10m
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5.0
5.~~

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1.0
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BIAS
Ie

40
40
20
40
30
25
25
50
50
12
40
100
100
180
40
40

IN ORDER OF (1) MAX COLLECTOR DISSIPATION
(2) lab & (3) TYPE No•
DESCRIPTION
AMETERS
COMMON EMITTER
Cob ~TRUCI
hoe
hie I hre
-TURE
DWG. AD
No.
E
(ll)
(F)
mhos)
X.OOOI
4·21l!?l
I~:g
~g I~mg ~
gg

o

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4p~

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5P!?l

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8p~
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2.0u
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5.~1O

2.0~g

2.0u

2.0u~

6.0~g

1.0~g

1.0u
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1.0u
1.0u¢
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10n¢
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5.0
5.0
5.0

1.~~
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3.!?~

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IOn
IOn

19~0

74

3.~g
2.0
5.0

5.~g
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5.0

115 t
200
24
39
49
80 t"
99
10 "
30 "
1:8:::0 50 "
1.0",10 50 "
14
1.0m
1.0m
33
66
1.0m
20::'1 40 t"
.01m
40 t"
.0 1mflJ 100 t"
1.0m 333
1.0m
60
LOrn
60
40 t"
150~t
lOu
25 r"
100 t"
60 t"
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150 t"
5.0m
30 t"
t"
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BO t
40 t
1.0m~
40 t
1.0n;:~ 300
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t
.50m~ 3S0 t
270 t
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50 t
2.0m
S.Omg) 55 "
1.0~~ 65 t"
1.0m
65 t"
1.0m~
65 "
130 "
l:g:::g 130 "
130
LI
1.0r;:~
1.0m
65 "

l~f

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10

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10 i!l

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12
2.5
40
2.5

42

4.0

55
42
80 iZI

2.0
4.0
10 iZI

55
55
55
42

3.7
3.7
3.5
20

~88~g

55
42
50
50
50
50
50

6.0
1.2
3.0
3.0
3.0
3.0
3.0

200nb
250nb
400nb
400nb
400nb

gg
50
55
42
42
42

3.0
7.0
2.5
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42

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80 iZI

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42
42
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1.0¢
10m¢
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1.0m
2.0m

4.0f~12!

t"
t"
t"
t"
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t"
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100 t,,#
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90 iZI
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25
10
5.0nt0
100 t"
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1.0m
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300nb
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15
t
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300nb
180nb
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330nb
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7.0p
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7.0p
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7.0p
7.00
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11 iZI
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320
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6.0 ~
6.0

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SYMBOLS AND CODES
EXPLAINED IN INTERPRETER

GO
GO
G
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PE
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GO
GO
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7.0p
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44
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LINE
No.

~

5. SILICON NPN . LOW POWER TRAN SISTORS
TYPE
No.

1.J
~~!'!X.
OlL.
DISS.

lab

ABS MAX RATINGS @25'
lQ.ERATE ~ ::
IN
ME BVebo~BVceo BVe~
FREE A M
10

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3

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~~:

D.A. T.A. INC.

1.2m
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1.2m
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40
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45
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30m
30m
30m
50m
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100m
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IN ORDER OF (1) MAX COLLECTOR DISSIPATION
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60
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DESCRIPTION
Cob kSTRUC
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IFI
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SYMBOLS AND CODES
EXPLAINED IN INTERPRETER

~

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LINE
No,

~

\~} ORDER(ftF (11 MAX COLLECTOR DISSIPATION
5. SILICON NPN . LOW
POWER TRANSISTORS
2 lab 8. 3 TYPE No.
ABS MAX RATINGS @25'c MAX.
TYPICAL 'h' PARAMETERS
DESCRIPTION l

~~AX.
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TYPE
No.

DISS.

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~

3
4

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9

150m
150m
150m
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160m
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160m
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160m
160m
160m
165m
170m§
175m
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175m
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175m
175m
175m
175m
175m
175m
175m
175m
175m
175m
180m
180m
180m
180m
180m
180m
180m
180m
180m
180m
180m
180m
180m
180m
180m
180m
180m
180m
180m
180m
180m
180m
180m
180m
180m
180m
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180m
180m
180m
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180m
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180m
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72
73
74
75

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109
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D.A. T.A. INC.

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SYMBOLS AND CODES
EXPLAINED IN INTERPRETER

ig~~

T072
T072

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G
G
G
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B
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A
B

5. SILICON NPN . LOW POWER TRANSISTORS
LINE
No.

TYPE
No.

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9

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67
68
69

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2N4967
2N4968
2N5133

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72
75

JAN3N 127¢

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200m
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200m
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200m
200m
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18
18
18
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30
18
18
18
18
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25
25
25
25
25
18
25
25
25
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100m
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20M§1:,
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30M§1:,
30M§1:,
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4.5
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15
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45
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25
35
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40M§1:,
40M§1:,
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30
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120
30
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60M§1:,
60M§1:,
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2.7m
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200m
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60.M§
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2.0m
2.0m
2.0m
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25
25
20
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60
30
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30
30
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100m
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30
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30
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30
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108
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D.A. T.A. INC.

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38
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2.0';;0 500 t
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5.<2~ 1.0m~ 110 t
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5P!£i PLt
50$1Ll Plt
3.5p\(J
3.~pi?)
5.0olL1
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PEt
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DPLt
12p~
DPLt
DPLt
12~\£I DPLt
12p
120

4.~~ 2.0m@ 170

10
4.5

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.05~'il

X.OOOl

200

4.5\0 2.0m\O 170

5.010_ LOrnII.'

10n

(n)

I:,
I:,
I:,

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MEl120
101# ME4101
102# ME4102

mho$)

5n¢
SOn

~g::: ~~~~

§J
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.S
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(F)
~p~~ Plt

A
A
A
A
A
A
A
A

lOp

t

i
10

5.0

2.0m
2.0m
1.3m
1.3m
2.0m
2.0m
1.5m
1.5m
1.1 m

200m
200m
200m
200m

(AI

~:g¢ Lg~ 6'fo 1:,1:,

SOOn

30
15
30
45
45
30
35
35
45
45

(VI

~gg~

§S
§S
§S
§S
§S
.J
§J
§J
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30m
30m
30m

Vcb

DESCRIPTION
Cob ISTRUC
I.:TURE
DWG.
No.

5.010 2.0mlD 240 I:,
5.<2~ LOrn
10 I:,
5.0¢ LOrn
10 I:,
5.0
LOrn
6.0 I:,
5.~1l> LOrn
10 I:,

1.2m
1.2m
1.2m
1.2m
1.2m
2.0m
1.3m
1.3m
2.0m

30M§1:, 1.3m

25m
25m
25m
25m
25m

\~I ~:bD~R(~F~~EM:' COLLECTOR DISSIPATION

TYPICAL 'h' PARAMETERS
BIAS
COMMON EMITTER
Ie
hfe
hoe
hie
hre

lOOn
SOOn
500n
2.0u
SOOn

500n
500n
500n

BC132

ig1g~:

lOOn
lOOn
lOOn
500n
.50u
.1 Ou
.10u
.1 Ou
.50u ~
.50ulO
.50u@

~:g 199~ 199~

:~ 1~
§S
§A
§A

:~g~1l>

.50u~

5.0
2.0
2.0
2.0
2.0

§S

LOn
LOn
10n

.50ulO
.50u@

20
15
30
30
45

§S
§S
§A
§S

200m
100m
100m
100m
100m
100m
100m
100m
100m
100m

MAX.
lebo
@MAX
Vcb
(AI

.50u~

20
15
30
30
45

I . .,

10m
10m
10m

30

8.0MI:,
8.0MI:,
8.0MI:,

1.2m
1.2m

l;jJ

10
10
20

30

8.0M§1:,

~g8::: 1~8:~:

94

~:~~

150 §I:, 2.6m
8.0M§1:, 1.2m
8.0M§!:' 1.2m
8.0M
1.1 m
8.0M§1:, 1.2m

~gg~

§S
§S
§S

l¥g
2.6m J
18
2.6m J
18
2.6m J
18
2.7m J
30
2.0m $J
18
2.6m
18
2.6m
18
2.6m
18
2.7m
30
2.7m.J
2.7m.J
2.7m.J
2.7m.J
2.7m
+J
2.7m.J
2.7m
+J 25
2.7m #J 25
2.7m I"tJJ 25
2.7m I~, 25
1.lm §J
20
§J
40
1.1 m §J
30

200m
200m
200m
200m
200m

~2~m

~~

wrc

g~

200m
200m
200m

84

(Hzl

~gg~

200m
61# PL4062
62
2N541
63
2N542

fab

IN M E BVeboJBVeeo BVeb...Qj
FREE A M
Ie
AIR X P
(VI
(VI
1M (AI

1.3m
1.3m
1.3m

200m

45

lm'RATE~ TABS MAX RATINGS @25'C

200m
200m
200m

~gg~

36

rfJ

4.0

1.0m'fl~

70 tl:,
50m
50 tl:,
280
5.0
LOrn
\~~ LOrn\(! 1 50 t I:,
5.0oi' 1.0m¢ 280

3.0PA 8.0m A
1010 3.0mlO
5.~~

5.~~
5.011.'
5.~~

5.C!~
5.01D

1.0m~

1.0m~
1.0mlO

1.0m~

1.0m~
1.0mlO

80
18 tl:,
350
350
150 I:,
150 I:,
150 I:,
150 I:,

llu
llu
llu

7.5k
7.5k
7.5

3.0
3.0
3.0

4p[71

4p{ij

1 10m

P~~

3.5p

~'tE

X56

2.0Col2!

PL

4.up

R97a
DPE¢ T0106
OPt TO 106
OPt TO 106
P~~ T0106
PEID TO 106

4Ptzl
3.50
3.5p

5.~~

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1:g~

l~g ~

l~W 1.0m~ 350 t

5.0
5.0
6.Q\(!

1.0m¢ 400
1.0m
400
10m 170
5.q~ 1.0m~ 100 tl:,
4.510 2.0m
35 t I:,
4.5\1> 2.0m~
70!~
1.00 LOrn
45 I I:,

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15u
40ul2l

1.0u!?:!~
1.0ulLlb
15u
15u
15u
13m

8.0k
24kl2l

.32

8121

'-6pl71
4.0-;'""1Lf
4.0p~

32 !?:!
32 III
15k
15
15
7.4k

6.0 !?:!
6.0 ill
4.3
4.3
4.3

4.2pi?)
4.uolLI

2.7

10p\£l
3.0foiZ!

SYMBOLS AND CODES
EXPLAINED IN INTERPRETER

*¢
*0

P¢L~~

LIO

I~t~

O~L

A¢
A

B

t~~

L2t
L2t
T098
T09S
ZA26
ZA26

'7.nm
+S nO
.m
'n.O 100m
'200~
90M '2:711'1
. - 30
30
'4:0 ioo~
200m
SOM
2.6m
60
60
6.0 100m
200m
90M! 1.6m sJ 50
5.0
30
2QQm
90M§. l.~m
SJ
25
4.0
~Cl
20vm
100M§l> 2.1m
SS 18
18
4,0 100m

EN706t
SE2001
SE2002

200m
200m
200m
200m
200m
200m

200m
200m
200m
200m
200m
200m
200m
200m
200m
200m
200m
200m
200m
200m
200m
200m
200m
200m
200m
200m
200m
200m
200m
2Cl()m
200m
200m
200m
,~OOm
'zOOm
200m
200m
200m

150M!
150M!
150M!
150M!
150M!
150M!
150M!
150M!
150M!
150M§
150M!
150M!
150M!
150M§
150M§
150M§l>
150M!l>
150M!l>
170M!

2,Om
2,7m
2,7m
2,Om
2,7m
2.7m
2,7m
2.7m
2,7m
2,7m
2,7m
2,6m
2.6m
2,6m
2.6m
2,6m
2.7m
2.7m
2,Om
2.0m
2.0m
2.0m
2.0m
2,Om
2.0m
2.0m
2.0m
2,Om
2.0m
2,Om
2.0m
2,Om
2.0m
2,Om
2,Om
2.0m
2,Om
2,Om
1,3m

~gg~

1~g~l

200m
200m
200m
200m
?nnm
200;"
200m

180M!
180M!l>
200M!
200M!
?nnM!
'200M!
200M!

1~20m

~gg~

~~# ~~~~~1

2N3292

9~ 1~~~29~

99

19L
102'IF
19~

108

2N4436t

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2SC171

~~:5~~

SE4022

14~M§l>

140M!l>
150M§l>

15~M!

+J

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2,6m
2.6m
2,Rm
2:6;"
2.6m

+5
+5
+"
•
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30
30
25
25
75
25
25

~gg~ll> l~~

200m
200m
200m
200m
200m
200m
200m
2()Om
200m
200m
200m
200m
200m
200m
200m
200m
200m
200m
200m
~22m

2.0m
2,Om
2.0m
2,Om
2.0m
2.~m

2.um
1.3m
1.3m
2,Om
2,Om
2,Om
2.0m
2.0m

~gg~l J:6~

I~OOM!l>I~,Om

,~~OM§l> 2,Om

,zuOM!l>
200M!l>
200M!l>
200M!l>
200M!
220M!
220M!

2.0m
2,Om
2.0m
2.0m
2,Om

~~g~~

2,Om
230M§ 12.0m
230M§
230M!
230M!
230M!
250M!l> 1,lm
250M!l> 1,111'1
25()1\iI!l> 1.1 m
250M!l> LIm
250M!l> 2.0m
2~2~!l> 2.0m
250M!l> 2.0m
250M§ 1.3m
250M! 2.0m
250M!l> 1,6m
250M!l> 1.6m

i~!!ClI\iI!l>I~,Om

260M! 2.0m
280M! 5.0m
282M!l>,?,Om
300M§l>I1,lm

SS
SS

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2.1 m

200M! 2,Om
200M! 2.0m
200M!l> 2.0m

200m
200m
200m
200m
200m
200m
200m
200m
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200m
200m

+J
+5
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70
18
30
35
30
30

55
55
+J
+J
+J
+J
+J
+J
+J
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18
30
18
30
30
30
30
30
30
18
30
20
25
25
25
~~
.. 0
30
30
30
35
35
25
30
70
110
30
30
45
20
20
30

200M!l>
200MM
200M!l>
200M!l>
200M!l>
200M!l>
200MM
200M!
200M!
200M!
200M!
200M!
200M!
200M!

200m

D.A. T.A. INC.

100M§
100M
100M
120M§
126M!l>
126M!l>
126M
130M!l>
130M!l>
130M
130M
135M§
135M§
135M!
135M
135M

200m
200m
200m
200m
200m
200m
200m
200m
200m
200m
200m
200m
200m
200m

~gg~

S6

[QERATE~ TABS MAX RATINGS @25'C

MAX.
TYPICAL 'h' PARAMETERS
lebo f-...,=:-.--!,BC'!IA:!;'S
COMMON EMITTER
@MAX Veb
Ie
hfe
hoe
hie
hre
Veb
iAI
IVI
IAI
mhosl
X.OOO'
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1.0Ol 1.0~ 1" tl>
.50~r
4.50 2.0";;§ 35 t
.50u
1.00 1.0m0 75 t
20ng) 5.Qg) 1.0mg) 200 t
20u
10k
20u¢ 5'Cli?l 1.0m.¢ 150 t .
500n
4,5Ol 2,0 (1)
70 tl7l

1m

2SC713t

1",

25
26
27

~OLL.

Cob

DESCRIPTION
ISTRUCI
lcTURE
DWG.
No.

L C
E0
A D
D E

IFl
4pIZl

4.0p~

4.00
4.0p!?i
3.2p[?J
3,5uw

P§IO
PE

TOR8
B
R97a
RS7a
T0106 A
R 124
R67
B

1~~~~giA

11# I~~~~~~

18

I

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#J

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:J
+J
+J
+J
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+5
+J
+J
!J
!J
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+J
+J
+J
+J
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+J
+J
+J
+J
+J
+J
+J
+J
+J
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+J
+J

!J
!J
§J
!J
+J
+J
+J
!J
+J
sJ
sJ
+J
+J
+J

+J

!J

j~

35
45
45
50
50
15
20
60
20
35
35
35
35
35

~g

25
30
45
45
45
25
25
35
35
60
30
30

~g

30
30
30
30
30
25
25
20
20
60
60
20
25
35
20
20
~O

45
30
20
30

70
18
30
30
30
30
30
18
30
18
30
30
30
30
30
30
18
30
12
25!
18
18
25
25
25
25
25
30
30
12
25
40
50
25
25
45
20
20
20
20
20
25
25

2,0
4,0
4,0
4,0
4,0
4,0
4,0
4,0
4,0
4,0
4.0
4,0
4,0
4.0
4.0
4,0
4,0
4,0
3,0
5.0
5,0
5,0
4.0
4,0
4,0
4.0
4,0
4,0
4.0
4,0
4.0
5,0
5,0
4,0
4,0
5,0
5,0
5,0
5,0

~:g
5.0
5,0
5,0
5.0

?~

'~,O

25
25

'5:0
5.0

~g

20
45
45
30
30
12
20
30
30
30
30
30
50 ¢
12
25
45
45
45
15
15
20
20
t;2'05
25

~g

30
30
30
30
30
25 ¢.
25 (.7)

20m
100m
100m
20m
100m
100m

5,OulO

,50u~

,50u(1)
100~l

,SOu
,50u

~~Om 1~5~_U

100m 500n ~
100m 500nlO
100m ,50u
100m ,50u
100m .50u
100m ,50u
100m ,50u
100m ,50u
100m ,50u
100m ,~OOng
100m ,oOOn0
100m 1.05~\Il_
100m 100n~
100m 100nlO
100m 100~i
100m LOu
100m LOu
100m 1.0ug)
100m 1.0ui?l
100m 1.0wo
30m ,50ug)
30m .50u¢
100m LOu
100m 1.0u\?l
30m, 10ug
30m .10u0
30m, IOu¢.
30m, 10u¢
100m
15n
100m
15n
100m
15n~
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1~&~
100m
100m

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1vOm
l nnm
; 00;"
100m

~,g~~

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lOu
500n
500n
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6,00 ,10';;01' 250
6.02, 10"l\15S,O
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35
1010 2.0 10
55
100\'?,0 0\
an
; 00 '2:0 ~ 150
1001 2.0 (;1 235

500~

500n

~:g Igg~ 5gg~g

4,0
4,0
4,0
5,0
5,0
3,0
3,0
5,0
2,0
5,0
5,0
5,0
5,0
4,0'

30m
30m

~~m

50um
500m
500m
30m
25m
25m
100m
100m
100m
100m
100m

~:& l~g~
4,0
4,0
4.0
4,0
5,0
5,0
3.0
4.0
4,0
8,0
6,0
6,0

100m
30m

50ulO

6,Qg)

1.0u~

,10UIO

,05ug
,50u m
,50n\?l

500n(.7)
2,0~1O
100u
100u

~:g 199~ :~g~~

5,0 100m ,01ulO
5,0 100m ,50u
5,0 100m ,50u
5.0 100m ,50u
5,0 100m ,50U
3,0
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3.0
50m, lOu
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3,0
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20 ¢
3.0
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30
5.0 500m ,05u!
30
5,0 500m ,05u§
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3.5 100m ,40u!,
20 § 3,0
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30
4,0
30m .50u~
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3.0
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3.0
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3,501L1
3,5p
3.5p
2,50
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2.5p
3.~pi1:l

6.b~ 2~o...m

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l.0riiW 70
6,Op~ 1.0mi?l SO
1010 5,Om0 110
1~~ 5,Om~ 1230
10 5.0m¢_ 110
1.0
10m O 30
I.Cl~
10m\Z 20
I.Cl\'5
10mi;!j 40
1.00
10mu 100
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6.0
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6.0
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6,Ou
6,Ou

tl>"
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tll:
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t'i!:l>
t""l>
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*
24u
"
36u
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80k
80k

75k
75k
3,6k
5.3k
6.6k

20
20

3,5
3,5
1,8
2.5
2,5

80

l~~ ~:g~ ~g

J~

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PE
PE
PE
PE
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3,1~J1
3,5~~

60p!?i
6:0p[Zl
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3:5~iZ!

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3 5~!?i

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3,501L1
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80

2.5p
25u
35u
35u

900
1.lk
800

1.2
1.2
1.2

25u
35u
24u

900
l.lk
8,5k

1.2
1.3
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23',25"P~

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2.5ps
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1~g) 2,Orog) 150 t
1~i?l 2.0mi?l
60 tl>
12w 2.0m(1) 35 tl>
1?~ 2.0m(Zl
35 tl>
1()i?l2.0m¢ 10 l>
10(.7) 2.0mO\ 10 l>
1()~ 2,OriiW 10 l>
10¢' 2,Om¢_ 10~..
10 150mll 40 t:l>
10 150m~ 100 t#l>
LOG
10m¢ 150 t#1Zl
6.0G
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60
12 2.0m(Zl 40 tl>"
5.0G 4,Oml2i 20 tl>
5.0G 4,Om(.7) 20 t l>
10121 .fQ'm~ 35 tl>
lCli?lI.0mi?l 1,0k
74u
1010 1.0m0 1,6k
120u
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1002.0mOl 10 l>

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1.8p
1.8p
1.50
1,5p

2,02P[Zl~

lOILl
2p!?i
8~P~
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8pp
4,Op5
5,00
2,Op

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28k
39k

23
33

SYMBOLS AND CODES
EXPLAINED IN INTERPRETER

Pp§E...I

t:1i'.

PpEE'0
~r
2,50
PE
2.5p
PE
2.5p
PE
2.00
PE
2.0p
P§g)
2,Op
PE¢
2,50
PEt
2,5p
PEt
PEt¢
PEt
2.5p
PE!g)
26',0~~'5-~ PEt¢
~u'lLI PE
6 OP~!?i PE
6:0ps[Zl PE
1.5p
PL

17plLl
; ~j;~
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l>
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tll:
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tl>
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11·.55:~

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tl>
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IN ORDER OF (11 MAX CO LLECTOR DISSIPATION
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3
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IN ORDER OF (1) MAX COLLECTOR DISSIPATION
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SYMBOLS AND CODES
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2.1 m
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SYMBOLS AND CODES
EXPLAINED IN INTERPRETER

'A

5. SILICON NPN . LOW POWER TRANSISTORS
~

LINE
No.

~

3

~

6

U-lMAX.1J
TYPE
No.

I ~()LL.

DISS.
@25'C
-IWI

IMRATE~ TABS MAX RATINGS @25'C

fab
IHzI

IN M E BVebo IBVeeo BVeQQj
FREE A M "
Ie
AIR X P
W/'C
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(V)
V)
1M

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a ~~~34

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TYPICAL 'h' PARAMETERS
BIAS
CC MM N EMITTER
Ie
hfe
hoe
hie
hre

(V)

(A)

(mhos)

(0)

X.OOOl

19~~ I~:q~ ~g:::~ ~:g ~

360m

100M§6 3.6m

+J

40

20

5.0

ggg:::
800m

:
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3~2m

$5
$5
$5
$5
$5
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§J
§J
§J
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60
60
60
60
60
60
"0
30
45
30
45
30
45
60
60

45
30
30
30
30
45
45
30
45
30
45
30
45
40
40

4.0
5.0
5.0
5.0
5.0
4.0
4.n
5:0
5.0
5.0
5.0
5.0
5.0
5.0
6.0

30m
400m
400m
400m
400m
30m
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100;"
100m
100m
100m
100m
100m
800m
200m

.10~~

360m
360m
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360;"
360m
31!2m
360m
360m
360m
360m
360m

200M§6 2.9m
200M§62.7m
200M§62.7m
200M§62.7m
200M§62.7m
200M§6 2.9m
7nOM§6 ;7."m
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~~g:::

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60
60

30
30

5.0
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300m
300m

10mo

$J
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50
40
40

30
30 ~
30 y;

5.0
5.0
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500m
500m
500m

.05u!~
.05u§y;

2.010

DESCRIPTION
Cob I~TRUC
I:.!URE
DWG.
No.
IF}

1~~~

50nia: 5.0 6

120lLl

m
PEt

mg
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LC
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A D
DE

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9# ME6003

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12

1~

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15

2N3826

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360m
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41
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2N2845t
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2N3301t
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60

30

5.0

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500m

360m
360m
360m
360m
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250M§6 2.9m
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250M§62.9m

$5
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60
60
40
60
60
60

30
30
30
30
30
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5.0
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84
85
86
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LOA403

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30
25
80
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25
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65
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150m\<
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506
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5. SILICON NPN
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No.

TYPE
No.

~OLL.

DISS.
@25'C

-(WI

~~:fI :n~~

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fab
(Hz)

TABS MAX RATINGS @25'C MAX.
IN M E BVeboJBVeeo BVeb~
lebo
FREE A M
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@MAX
AIR X P
Veb
W/'C
(V)
(V)
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(A)
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360m
360m
360m
360m
360m
360m

300M§t.
300M§t.
300M§t.
300M§t.
300M§t.
300M§t.

2.1m
2.1 m
3.6m
3.6m
3.6m
2.0m

360m
360m
360m
360m
360m
360m
360m
360m
360m

300M§t.
300M§t.
300M§t.
300M§t.
300M§t.
300M§
320M!>
350M
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40
40
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15
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15
15
15
40

800m
5.0 200m
5.0 500m
3.0 200m
5.0 200m
5.0 200m
6.0 200m

30
40
25
40
40
30
40
25
40

25
15
12
15
15

:g
40

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15

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100.~

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5.0 200m
5.0 500m
5.0 500m
5.0 1~~Om
5.0 200m
5.0
5.0
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5.0
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16

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360m

360M§

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45

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360m
360m

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40
20

5.0
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TYPICAL 'h' PARAMETERS
BIAS
COMMON EMIITER
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hfe
hoe
hie
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(V)

(A)

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5. SILICON NPN . LOW POWER TRANSISTORS
LINE
No.

TYPE
No.

r

WMAX.l£j
lQ!:RATE ~ TABS MAX RATINGS @25'C
OLL. I
IN M E BVeboJBVeeo BVeb..Qj
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52
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54
55
56
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2N244
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12#
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4.3m

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TYPICAL 'h' PARAMETERS
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6S0m
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650m
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4.3m
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4.5m
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4.Bm
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140
200
100
100
60
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SYMBOLS AND CODES
EXPLAINED IN INTERPRETER

10Qp!!l
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SYMBOLS AND CODES
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~~~

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5. SILICON NPN· LOW POWER TRANSISTORS

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120

30
30
BO
100
150
240
130
30
BO
60
30
25
25
60
BO
100
30
BO

5.0
5.0
7.0
7.0
5.0
5.0
5.0

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4.0
4.0
3.0
3.0
3.0
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7.0
7.0
7.0
7.0
7.0
7.0
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7.0
7.0
7.0
6.0
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30

~gg ~gg

40
40
120
140
250
250
165

:
§
§
§
§
§
§
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40
2B
60
50

30
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60
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150
40
150
45
55
80
60
80
20
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120
300
60
40
40
40
60
60
135
150
40
32
65
25
25
30
30
BO
BO
60
60
25
60
40
135
45
30
30
160
160

(A)

g:g 1:g
6.0 1.0
6.0 1.0
6.0 1.0
5.0
5.0
1
7.0
7.0
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40
60

90
50
100
100
100
125
50
30
60
60
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5.0
6.0
6.0
5.0
5.0
7.0
6,0
5.0
7.0
7.0
5.0
7.0
5.0
7.0
7.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
3.0
5.0
7.0
5.0
5.0
5.0
5.0
7.0
7.0
7.0
7.0
7.0
7.0
5.0
5.0
7.0
3.0
5.0
5.0
5.0
5.0
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300m
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300m
300m
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500m
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TYPI Al 'h' PARAMETERS
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5. SILICON NPN . LOW POWER TRANSISTORS
121 lab & 131 TYPE No.
MAX.
TYPICAL 'h' PARAMETt5S

LINE
No.

TYPE
No.

..LJ.MAX.l.J
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DISS.
@25'C
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L!LERATE~ TABS MAX RATINGS@25'

lab
IHzl

IN M E BVeboJ BVeeo BVeb..Qj
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VI
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200M§ 4.5m
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§J
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50
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50

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21
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4.5m

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800m
800m
800m
800m
800m
800m
800m
800m
800m
800m
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230M
230M§
250M§t..
250M§ll
250M§ll
250M§[;
250M§t..
250M§ll
250M§t..
250M§ll
250M§ll

4.5m
5.3m
5.3m
5.2m
5.3m
5.2m
5.3m
5.2m
5.2m
5.3m

§J
§J
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45
30
60
60
60
75
75
60
60
75
65

800m
SOOm
SOOm
SOOm
SOOm
SOOm
SOOm
SOOm
SOOm
SOOm
SOOm
SOOm
SOOm
SOOm
SOOm
SOOm
800m
800m
SOOm
SOOm
SOOm
800m
SOOm
SOOm
SOOm

250M§[;
250M§ll
250M§ll
250M§[;
250M§t..
250M§ll
250M§ll
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250M§t..
250M§ll
250M§ll
250M§t..
250M§t..
250M§t..
250M§t..
250M§
250M§
250MM
250MM
250MM
250M§
300M§ll
300M§t..
300M§t..
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5.2m
5.2m
5.2m
4.5m
4.5m
4.5m
4.5m
4.5m
5.3m
4.5m
4.5m
4.5m
4.5m
4.5m
2.9m
5.3m
6.7m
4.5m
4.5m
4.5m
5.3m
5.3m
4.5m
4.5m
4.5m

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75
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75
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60
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60
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60
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60
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75
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SOOm
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SOOm
SOOm
SOOm
SOOm
SOOm
800m
SOOm

300M§
300M§t..
330M§
350M§
350M§t..
350M§
350M§
400M§
400M§t..
400M§t..
400M§ll
400M§
400M§
400M§
400M§t..

4.5m
4.5m
4.5m
5.3m
5.3m

SOOm
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475M§
475M§
475M§
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2N5211
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29
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31
32
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55# BFX96
56# BFX97
57
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82# BSX60t
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4.5m
4.5m
4.5m
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3.4m
5.6m
4.5m
4.5m
4.5m
5.3m

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70
70
70
120

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93

S50m$
S50m$
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S50m
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S50m
S50m
S50m
S50m
S50m
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S60m
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30k§t..
30k§t..
30k§t..
30k§t..
30M§t..
30M§t..
30M§t..
30M§t..
30M§t..
30M§t..
30M§t..
30M§t..
50.M§
50.M§
50.M§
150M§t..
70M§
70M§

§S
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100
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60
40
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60
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100
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100
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100
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100
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60
40
6040
60
40
60
40
100
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100
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100
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60
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45
45
45
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~~

96

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102

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66m
66m
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5.0m
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5.0m
5.0m
5.0m
5.0m
5.0m
4.Sm
2.0m
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199

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10
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3.20

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2 lab" 3 TYPE No,
ABS MAX RATINGli @25'
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39
40
41
42

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6. SILICON FIELDMAX.EFFECT
TRANSISTORS . P CHANNEL
ABS MAX RA INGS @25'C MAX.
MAX.
PARAMETER:; @25'
LINE
No.

i3
~

6
7
8
9

1~

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TYPE
No.

tijMAX.
DEVICE
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18

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150m
150m
150m
150m
150m
162m
175m
175m
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1.1
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2.0t
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200m 3.0t
15t>
200m 3.0t
MFE4008
MFE4009
200m 6.0t
1M
63
15t>
200m 6.0t
MFE4010
g~ MFE4011
200m 8.0t
15t>
1M
200m 8.0t
MFE4012
66
200m 6.M 6.5*
200m 6.5t> 6.5'
200m 5.0t>
69. 5FF103
*
200m 5.0t>
5FF121
*
~~.=Ii 3N167
225m 6.0t>
10
225m 6.011
10
3N168
72
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225m 6.0t>
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75. M113
*
225m
M511
*
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225m 6.0t>
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10'
78
10'
2~2m 5.0t>
250m 4.0t
10
~~
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250m 4.0t
10
81
10
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250m 5.0t
10
84
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10
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2N5511¢
250m 4.0t
10
2N5512Q5
250m 4.0t
10
87
250m
4.0t
10
88
2N551~~
2N5514¢
250m 5.0t
10
89
300m
4.0
5.0
2N2606
90
JAN2N2606 300m 4.0t> 5.0
300m 4.0
5.0
2N2607
JAN2N2607 300m 4.0t> 5.0
93
300m 4.0
5.0
300m 4.0t> 5.0
300m 4.0
5.0
2N2609
96
5.0
JAN2N2609 300m 4.0
97
5.0
2N2841
300m 1.7
98
5.0
2N2842
300m 1.7
99
45

UC140

100m
100m

I~:~f

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5.0
15
15
15
15
15
15
15
15

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~~

30
25
25
30
20
20
20
20
20
25
25
30
20

30t>

25
25
20
20
20
7511
SOt>

40t>

30
75
60

~g
70
30
25
40
50
80
30
30
30
30
30

~gt>
25
25

30t>
30t>
25t>
25t>
20t>

20
60
60
60
60
60
60

20
60
60
60
60

20
30
40
40
40
40
40
40

20
30
40
40
40
40
40
40
25
25
25
25

~~

25
20
30
25
30
30
30
30
30
30
30

gg

30
30
30
30
40
30
30
30
30
30
30
30
30
30
30
30
30

.25m
.bUm
.60m

~:g~:

~g~~

.90m
1.5m
10m
25m
25m

20m
20m
20m
10m
20m
20m
20m
20m
20m
3.7m
25m
25m
25m
25m
100m
100m
100m
100m
100m
100m
25m
50m
50m

m~

4~~1

~:g~:

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19

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199

··
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20m
20m
20m
20m
20m
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50m
20m
20m
20m
20m
20m
20m
50
20
50m
50m
50m
50m
50m
50m
100m

7~s.J'1
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mj

:

·
·

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30
30

10m

i~\8

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i&n

104

SYMBOLS AND CODES
EXPLAINED IN INTERPRETER

g~
g~
DG
DG

DG
DG
g2Qj
DG
DP
OM
OM
OM
OU

g~

OM
OM
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OG

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DB
DB
DB
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OH
DH
OH
OH
OH
OB0
g:\Z1
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DR
DR
DR
DR
DR
DR
DR
OJ
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05
OM
OM
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:iB
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:&

30

30
30
30
30
20
20
20
20
20
20
20
20
20

19

~g
AD
D E

OA0
O~~
OA¢
OAiil

O~~

OA¢
OAiil
O~~
OA¢
OA0

g!~

OG§
OG
gg
OG
OG
DG
DG
OG

TRANSISTORS
. P CHANNEL
6. SILICON FIELDMAX.EFFECT
@25'
AS:; MAX
PARAMETERS @25'
MAX.
MAX.
LINE
No.

~

TYPE
No.

~MAX.
DEVICE
DISS

RATING~

Vg
@ &

BVdss BVgssJ

@(~;C I~V)O V~)

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3
4
5
6

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9

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2N3909A

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2N3994

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24

27

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30

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33

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36
37
38
39.

2N4381

2N5021

2N5473

3N 155At
3N156t
3N15BAt
3N157
3N157A
3N158
3N158A
3N165.
3N166t
3N184t

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51

54

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60

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69

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75

78

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81
82
83
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~~

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93
96
99

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300m
300m
300m
300m
300m
300m
300m
300m
300m
300m
300m
300m
300m
300m
300m
300m
300m
:!9 0m
300m
300m

FP4339

FT3909
MEM100t
MEM101t
MEM102t
MEM560

47.
48

300m
300m
300m
300m

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45.

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2N5476

:¥;
42

3~2m

300m
300m
300m
300m
300m
300m
300m
300m
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300m
300m

2N4089

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21

300m
300m
300m
300m
300m
300m
300m
300m
300m
300m

2N3380

:~

18

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SC1611
SC1614
UC400
2N3820

3N161

19~· l~rlc1W
105

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108.

3N163t
3N164t
3NI72t
3N 173t

l~g I~~lig~t

D.A. T.A. INC.

3~l!m

350m
350m
350m
350m
350m
350m
350m
360m
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360m
360m
360m
360m
375m
375m
375m
375m
375m
400m

A
A

5.~

5.0
5.0
5.0
10
10
10

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30A

~gA

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19
20
20
20
15
15*
6.0*
15
15
15
15
15
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20*
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5.0*
5.0*
5.0*
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30
30
30
30
20
20
20
20
20
25
25
25 9.5
25
25
25 5.5
30
20
30
20
30
20
25A 15
25
25
25
25
25
25
25
25
40
40
40
40
40
40
30
35
50
35
50
35
50
35
50
35
25
25
50
35
25
25
50
40
40
40
40
35
35A
30
30A
25A
25
40
40
20
20
35
35
30
30
25
25
35
35

19A
15
15
10
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I~:g~ ~:g:
7.0A
7.0A
7.0A
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(A)

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Vgs=O& V9S>~~V9S Vds

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10
10

8.0t
lOA
lOA
5.0t
3.0t
lOA
5.0A
10*
5.0t
1M
9.0t
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2.5t
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4.0t
15
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6.0t
15
15
7·2!
8.0t
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4.0
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5.0
10

300m I::g t
300m
10
300m I~·O
300m 6.0
300m 6.0
300m IC?'O
300m 4.0
300m 7.0
300m
10
6.0
,~?om
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300m 1!:i·0
300m 6.0
300m 5.0
300m 8.0
300m 8.0
300m 8.0
300m 6.0
300m 5.0A
300m 6.0A
3~l!m 6.0t
310m 7.5t
310m 9.0t
310m 1~·Ot
310m 7.5t
310m 9.0t
310m 8.0t
350m 6.0A
350m 6.M
350m 6.0A
350m 6.0A
350m 6.0A
350m 4.0A
350m 6.0A
350m 6.0A
3~2m 6.0A
350m 6.0A
350m 6.0

19~ 1~~~~68
102+

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40
25
25
30
30
30
30
30
30
30
30
30
20
20
20
20
30
20
25
25
25
30
25
40
30
40
40
30
30

30
30
20
20
30
50
30
20
20
20
20
20
20
30
25
25
20
30A
23
40
40
40
gg
60
40
25
25
25
30
50
50
25
40
25

100m
100m
100m
100m
50m

50m
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50m
50m
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10m
10m
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10m
10m
10m

30m
50m
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Vdi1JVP

&~1s-q {Vl

g~~l i~·l!n
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2.0m
2.0mA% 1.2n
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8.0m
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30m .44m#A
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10
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4.0m
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0.0
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0.0
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15
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2YJ
20
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0.0
0.0

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15
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1.5m

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1.3m
100m

10
5.0
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10

2.0
100m
.75m
2.5m

19

3.0m

0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0

10
10
5.0
5.0
10
10
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10
10
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100m
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7.0m
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0.0
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20
20
15
15
10
15
15
15
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15
15

1.0m
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100m
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1.5m
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15

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10

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15
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6.0m
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16p# 2.0m 200S
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107m 200S
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2.0m 175J
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5.0~~ 2.0m ~gg~
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1.7m 175J
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107m 175J
1.7m 175J
1.7m 175J
5.0p# 1.7m 175J
1.7m 175J
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3.0p# 2.4m 200S
2.4m 200S
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~V~V9S Vds
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15
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15
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4.6mll 240u .25kt
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12
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2011
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15
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15
2011
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2.0m
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10
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5\0
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15
20
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15
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15
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120
30
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200m 10m 8.0m#
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30
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10* 25
75
25 250m 1.0m
10
12mll
60m* LOn
1.0k
10
* 30
25 250m 1.0m
12mll
60m* LOn
10
10
1.0k
* 30
15
20
125m# 2.0n
15 2.5m
25m
400 t
0.0
1511 30
10m
2.0n
.07kt
30
1511 30
10m
2.0n
30
.15kt
2511 250m
25m
10* 30
100
IOn
500p
12m
10* 30
35 700m 1.0m
10
15

vrJ)

1~~~:

,

1~

19

,

4°~l~

5.bO:l

106

1;~~

Yil

~~~:

~.~m

3.3m
3.3m
3.3m
3.3m
3.3m
32p# 3.3m
~~g: 3.0m
3.0m
25p# 3.0m
4.0pt
6.7m
6.7m
6.7m
4.0m
4.0m
4.0m
2.0pftl
4.0m
4.8m
25p# 4.8m
4.8m
3iD#
~~P#

n~:

j:8g:

2f~t#

710;'1

5p*# 4·2 m
4.0m
4.0m
30p# 4.0m
10pt* 170u
100t* 170u
30p*
10m
10m
20m
20p#
50p#

~~g:

m:

SYMBOLS AND CODES
EXPLAINED IN INTERPRETER

'l!#

~gg~

L C
EO
AD
D E
OM
OM
OM
OM
OM
OM

g~~

OA0

~~~ Ig~~

2005
125# T05
3005
R82
2005
125# T05
3005
R82
T05
200S
200S iZI/# T018
T018
200S iii#
200S #
TOIS
125J
#* L51b
125
*
125
*
L18a
175J
L18a
175J
175J
L18a
175J :~
L18a
-tz1* T033
200S
200S
T033
~: T033
200S
175J OPL' T076
OPL:~ L18a
T033
200S
*11 T033
200S
*11 T033
125J
* T033
125J
* T05
PE
T072
200S
T018
200S
T018
150S *
T033
175S
*11 T033

OA0
O~ftl
OA¢
OAili

g~~

OA0
OA'l!

~

J66i

OM
OM
OM
OM
OM
OM

g~¢

g~~

OM
OM

IN ORDER OF (11 DISSIPATION
' IZJ TYPE No.
PARAMETERS @25'C
DESCRIPTION
DERATE
L C
COND
COMMON SOURCE Rds
MAX.
IN
EO
~>tSTRUC-1
TURE
OWG. AD
Yos
gfs
Cis
FREE MA
Vds
(mhos)
TEMP
No.
AIR
E
(V)
Jfi)
(F)
MIN
MAX mhos
W/'C 'C)
E#
DO
I~:gg~
~gg~
igl~ DO
.90k
5.006
200J
T018 DO
20 2.0m
50u
6.0p#
T018
50u
20 1.0m
PL
T018
20 .50m
1.5m 5.0u%
2.0m 200S
T072 DH
500u
1.5m
4.0p# '~·2m
DH
#*
~g 1.0m 2.0m 5~g~%
2.0m I~gg~
DH
tg~: 2.0m 200S ¢ #* T072 DH
20 1.0m 2.0m
1.0u
10 .30m
lOu
T072 DU
4p#* 1.0m 100
200k 3.0pt* 2.0m 200A
T018 DO
35
70u
900f% 1.3m 95
T05
80u6 3.0u
10 .70m
3.5m
3.5pt
TO 17 DG
.80m 150J
10 .80m
3.2m
3.5pt
T017 DG
.80m 150J PE6
10 .80m
3.2m
3.50t
.80m 150J 6
T017 DG
1.0m 6.0m
9.0p
150J
10 700u
R67a DA
1.0m 125J
P~~: R67a'
10 700u
1.0m 125J PE
DA
10 700u
6.0p#
1.0m 125J p~~# R67a DA
10 700u
6.0p#
1.0m 125J PE¢# R67a DA
10
lOu
T072
6.0
500u
1.0m6 40u
T072 D~~
4.0p*
8C?2 u 150S *
6.0
500u
1.0m6 40u
TO 72 DU¢
4.0p*
800u 150S *
6.0
500u
1.0m6 40u
T072 Duill
1.0k% 4.00*
800u 150S *
6.0
500u
1.0m6 40u
T072 DUIO
4.0p*
800u 150S *
.60m
4.5m
100u
5.0p
150J *
T018
2.5m
5.00
150J *
TOIS
15 7.5m6
10p# 4.0m 125A
T0104 OW
5.5p# 4.0m 125A ~:
T0104 OW
10 .70m
3.5m
.45k
3.50
.80m 150
T017 OG
#
10 .80m
3.2m
.45k
3.5p
.80m 150
T017 DG
#
10 .80m
3.2m
.45k
.80m 150
TO 17 DG
10 500
250 6
Um 125J #*121
10 500
250 6 1.5pt* Um 125J
*\LI
1.5m
2.5m
6.0
20k 2.5pt
150m 175S *
T072 DR
1.2m
2.5m
6.0
20k 2.50t
150m 175S *
T072 DR
20 1.5m
2.5m
25u%
4.0p# 2.0m 200S
T072 DH
20 1.5m
2.5m 2.5u
2.0m 200S "' #* T072 DH
300 %
1505
T072 OW
7.0p#
150S
T072 OW
12 3.5m6
13k
.66m 125A *
T072 DR¢
15 2.0m
8.0m
1.0m 175J #
T072 DH
8.0m
15 2.0m
1.0m 200S
X70a DH
5.0p#
8.0m
15 2.0m
1.0m 200S
X70
DH
8.0m
15 2.0m
X70a DH
1.0m 200S
15 2.0m
8.0m
5.0p#
1.0m 200S
X70
DH
15 1.5m
6.5m
20u
6.0p
150 PE
u17c
E
15 3.5m
6.5m
35u
150 PE
u17c E
6.00
1.2m
150S
u17c
18p#
E
P~!!;i
2~g %
1.2m 150S PE!Zl
u17c
E
15 8.0m
12m6
7.10:1 3.0m 125J ;Ql
T072 OX
15 6.0m
7.0p# 6.0m 125J
T072 OX
15 8.0m
10m6
.30kt
3.0m 150J :¢
T072 OW
10m6
15 8.0m
200
150J 0*
T072 OX
10 3.0m%
50u
4.0p*
2.0m 125J
T092 DA
15 1.5m% 4.5m%
175S ~~"'t u50
E
15 3.0m% 6.5m%
u50
175S PE
E
15 1~·5m% 1t;·5m%
E
u~2
250kt g:gg:
u50
E
.4m6
1.0m 175S PL*
20 .35m
T072 ON
20' .35m
.4m6
1.0m 175S PL*
T072 ON
20 .35m
.4m6
1.0m 175S PL*
T072 ON
10 .30m
40m6
200k
1.0m 175S *
T072 ON
10 5.0m% 10m'l'
1.7m 150S $*
T072
5.0p#
6~~
15 4.5m
50u
3.5p#
1.0m 200S
u23
725m
10 1.0
100A
5.00
* T072 DR
3.5p
.13k
1.0m 200 PE
u23
DB
1.8m
10 .90m
25u%
1.1m 200S
T018
D~~
10 1.5m 3.0m
60u%
1.lm 200S
T018 DA
200u% .50k%
9.0m
15 2.0m
TO 106 DB
~op# 2.0m 125J
15 200u
25u
1.0m
2.0m 150S 10# T092 DO
1.6m
2.0m 150S
15 400u
25u
# T092 DO
15 500u 2.0m
25u
5.0p# 2.0m 150S
# T092 DO
10 7.0m6
R67a DO
2.0m 125J
R67a DO
10 7.0m6
2.0m 125J
10 7.0m6
2.0m 125J P~~# R67a DO
10 7.0m6
1.6m 150J
T072 OW
10 6.0m
12m
1.6m 150J
T072 OW
1.. ~m
1t;'~;6 lt* 1. 1m 200J
10 .60m
1.5m
60ut
T05
3pt* Um 200J E#
DO
1.5m
60ut
T018 DO
10 .60m
3pt* 1.1m 200J
60ut
10 .60m
1.5m
3pt* 1.1m 200J
T018 DO
15 4.5m%
TO 106 DB
20p# 2.0m 125J DPL
9m:!! 52u .15kt
15 3.5m%
.22kt
125J DPL
TO 106 DB
8~: 27u
6m
24u .30kt
125J DPL
T0106 DB
15 2.0m%
10 700u 3.5m
100u%
5.0p
1.1m 200J *
T072 DG
15 2.0m
7.5
2.0m
T092 DO
15 4.0mt 8.0m% 100
2.0m
fEt0 Rll0 DB
15 4.0mt 8.0m%
5.0p# 2.0m 125S PEt~#
DB
l~gm
15 2.0
6.5
8.00
2.0
DA

7. SILICON FIELD EFFECT TRANSISTORS . N CHANNEL
LINE
No.

.£J

TYPE
No.

~~AX.
D VICE
DISS

~&;C
~

3
4
5
6

~

ggg~¥

19

C6692

6.0
6.0
10
25mt 1.1

~g~~
2N3687

~~~g~~A

~g~r

72. 2N5717
2N5718
74. 2SK19BL
75. 2SK19GR
76"'..* 2SK19Y
3SK22
3SK23

60mt
80m
87m
90m
100m
100m
100m
100m
100m
100m
100m
100m
100m
100m
100m
100m
100m
100m
100m
100m
100m
100m
100m
100m
112m
112m
120m
120m
150mt
150mt
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m6
150m6
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
170m
175m
175m
175m
200m
200m
200m
200m
200m
200m
200m
200m
200m
200m
200m

~g: ~~~~~

I~gg~

9

2N3686A

1~~~29

1¥:
12# OT3

1~: I~~~g

1!l# 2SK13
2SK16H
2SK17GR
18. 2SK170
2SK17R
20. 2SK17Y
3SK14
21

l~~~
~~~=

m~ 1~~~l~A

24# 3SK16

~~: ~~~~6H

27# 3SK21H
40468
~g 40559
30# NKT80111
~.1#

32#
33.
~~.
35
36

~N:glg

SD5050*
I:=!P5051*
2N4038
2N4039

~~

I~~~~~~A

:¥
42

~~J~r

39

:~

45

3N138

A191
A610L.
A610S.
A611L.

:~# :~~J~~

48# BFS68P

~~: ~~~~~~t

51
52
53
54
~~#
56#
57#

MEM554
MEM554C
MEM557
MEM571C
MK10
PL1091
PL1092

~g: ~tlg~~

SFT601
SFT602
SFT603
63# SFT604
60

~~

~~~~~7

g;.;e
MEM562C
66

~~

69
70
71.

~~~~~~

2N3797

~~~j~~

73;~

n:

8i# 3UT40

102

C685A

200m
200m
200m
200m
200m
200m
200m
200m
200m
200m
200m
200m
200m
200m
200m
200m
200m
200m
200m
200m
200m
200m

105

FE0654C
MFE3001
MPF102
NPC108

200m
200m
200m
200m

:~. :~~~8

84# BFW96
85# C82A
C82B
C83A

~~:

i~83B

g~: C84
90# C85

~~ 'g~~gA

~~

C681
C681A
C682
C682A

~~

Iggg~A

93

96
99

C684

19~ Ig~~~A

19~ I~~g~~::

19~

108

MAX.
~BS MAX RATIN S@25'g MAX.
l!.d(ON)@
VI!
BVdss BVgssJ
@ &
Id
Ig
Vgs=O&
Id=O Vds
Vds> Vp
lVi- . iV)
(V)
(V)
(Ai .lA)
(A)

l~g.:jj ~~~j~~:

D.A. T.A. INC,

~gg~
~~Om

200m

1.~t

1.8
2.0t
5.0t
15
12%
6.0
4.5
4.5

19~ ~~~ ~~~

106
20
20
20
20
20
20
106
10

256

~g ~~o,::

~~1

80
10
10
10
1.5

6.0
6.0
6.0
6.0
5.0

~.O%

2.0%
2.0%
2.0%

10
10
10
10
10
i~·06
6.06
6.06
6.06

6.0t
6.0t
6.0
4.5
4.5
5.0t
5.0t

20
20
10
10
10

3.2
3.5t

20
20

6.ot
6.0t
4.0t
4.0t
4.0t
4.0t
4.ot
6.0
8.0
6W
4.0t
4.0t
4.0t
4.0t
2.5%

*
*
*
6
6
156
126
156
15
15
15
15
15
15
15
15
20$
20$
156
156
106

5.0
10
20

20
20
20

2.5t
6.0t
4.0
10
4.0t
7.0t
8.0t
3.0t
5.0t
8.0t
3.0%
3.0%
3.0%
5.5
5.5
5.0
4.0t
2.0%
5.0t
5.0
4.5
5.0
10
10
15
20
25
2.5
2.5
2.5
2.5
5.0
5.0
5.0
5.0
10
10
10
10
8.0t
4.0t
2.5t
8.0t
8.ot
6.0
5.0
7.5

10
156
10*
20
10
10
156
15
15
15
10
10
10
10
10
10
15$
106
206
20
20
50
50
50'
50
50
50
106
106
106
106
106
106
106
106
106
106
10
106
15
15
15
10$
15
156
156
15

256
30
30
50 .50m

50 1.2m
30
10m
256 IOn
1106
206
206
12
10m
20
20
20
20
20

25t
20
25t
20
25t
20
15t 20
20
20
20 8.0
20 8.0
20
20
12
25
25
40
25
50
25
25
50
50
50
35
10
10
35
25
10
20
20
30
30
30
30
30
30
30
30
50
50
30
30
25
25
25
25
20
20
20
10
20
10
20
15
20t 306
50
50
30
50
40
50
40
50
40
50
30
50
20
10
30
30
20
10
306
~g
25
20
10
25
25
406
406
406
18
18
18
186
156
15
20t 6.0
20t 150
20t
30

306
306
306
306
306
306
306
306
306
306
306
306

~~

25
20
25
256
256
25

30

306
306
306
306
306
306
306
306
306
306
306
306
25
25
25
20
25
25
25
25

MAX.
Igss@ TEST
vgs>V~V9S
&Vds=O
(A)
«V)

19~

10m
10m
15m
50m .50m
500u
~g~ 1.2m
50m 1.2m
1.0m*
50m 7.0m
100u 900u
10m 6.5m
10m 5.0m
10m 5.0m
10m 1!·Om
10m 6.5m6
10m 1.4m6
10m 750u6
10m 3.0m6

10m
10m
10m
10m
10m
10m
20m
20m

5.0m6
5.0m6
5.0m6
5.0m6
5.0m
5.0m
50m6
50m6
10m 6.0m
10m 5.0m
10m
25m 100u ~:gm0*
25m 100u
~§O~*
20m
1.5m
20m
3.0m
50m 3.0m
3.0m
50m 3.0m
50m
50m
25m%
14m
10m 5.0m
10m
8.0m
12m 5·2m
10m 5.0m 8.0m
10m 5.0m 8.0m
10m 5.0m 8.0m
50m 10m 10m
50m 10m 25m
l~~m 10m 50m#
150m 10m 100m%
30m6
30m6
30m6
30m
20m 10m 20m6

1.0n6
1.0n6
1.0n
1.0n
.10n
1.VplVgs Vds
,gls
Yos
@25'C Id=O Vds
Vds>Vp &Vds=Qj
\mhos)
AIR TEMP
No.
(W)
(V)
(V)
(V)
(V)
(A)
(A)
(A)
(A)
-(V)
(V)
MIN
MAX mhos
1m
IF)
W/,C II'C)
I~O(jm
.7(j I~'O
ISl>
ISOu
~oOp IU.U
lu 14uu Suuu
... up
l:iIlU.'
L
nil:!
200m 1.0 S.O
ISl>
300~
500p '0.0
280l, 8000
S·O·
'200J PL
i072
3# SI233N
200m 1.4
S.O
ISl>
600u
SOOo 0.0
10 400u 1.0m
6:0~
200J PL
T072
421: ~12~4N
200m 2.0
S.O
ISl>
1.5m
SOOp 0.0
10 6S0u I.Sm
6.0p
200J PL
T072
5# SI235N
~gg~
~:g
1~~
~:g~ ~gg~ 8:g 19 ~~o.:: ~:g~
~:g~
~ggj ~t
6# SI236N
I~()()m 8.0
IS
~~
lUm ~()ml>.J~~!' IU.O
IS 12 .Om 5.Sm
SUu"," 200 '" !!SI.···(jOP~P## 1~1··.(j8·mm 2!0~~I(j0~S # *'" !T~IQOI~Z7~~2
~Y 1~~~~5t
22Sm 1.6l>
10* 3S
3S
SOm
20m-if.~ 200p
'"
'"
9y 3N176t
22Sm 2.Sl>
10* 30
30
SOm
15m,,"," 2000
300 % S.Oo:#o 1.8m 200$
*[;1 T
10* 20
20
~Om
10m#y 200p
SOO % 7.0p# 1.8m 200S
:~ T072
1?; 1~~Wt
n~~ ~:g
~g
~g
1~~
199
8.b~ g~
12y M116A
22Sm 1.~l>
~~*
3S
3S
SOm
200
S.Op# I.Sm 200S
* T022

7. SILICON FIELD EFFECT TRANSISTORS. N CHANNEL
1J

~: ~:~~~~

io

;:g

n; I~~~~g?r
15y

MEM202t

m : ign

~~~~ ~:~~

~~g~

250m

!~SOml>

~g

I~~~~~~!y

30

2N39S7*

~~

~~~?~~;

36

2NS197y

~~

1~~~1~~;

39

2NS452

n

I~~m~;

52
53
54

2NS54SY
2N5546y
2N5547y

~~

I~~~~~J;

45

2N5518y

3:8r
3.0t
4 St

g~

~lgJ

66
El03
~!~: MEF10l
68y
MEF102
69y MEF103

~~g~~ ::~r

250ml> 4.5t
250ml> 4.5t

SU2098y
SU2098Ay
SU2098By
SU2099y
SU2099Ay
U248y

~~

I~~:~~y

81

U249A ...

g~
87

~~

250m 4.5t
2S0ml> 4.0t
2S0ml> 4.0t

~~g~i ::~~

2S0m

4.0t

250m

::gr
4.0t

~~g~

250m

250m

~~g~

2N34S2

102

2N345S

~~

19~

19~

108

19
10
20ll

50
SO

SO
~()

l.ho.nm
1.3m
50m S.Om

19op
400D
.10n

~g~ ~g

~g

~g~ ~:g~

: 1g~
.10n
.10n

g:8

~g 1:g~ ~:g~

g:g
0.0
0.0

.25n
2Sp
2So

20l>

20ll

10

15
20ll
20ll

~8

~g

gg~

~8

50
50

30m 8.0m
SOm 7.0ml>
SOm 7.0ml>

40

50m 7.Sml>

40

40

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30
30
30
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1.2m
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2.8m

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SYMBOLS AND CODES
EXPLAINED IN INTERPRETER

*

i8lg
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30t.

30
30
30
30
30
30
40
40
40
40
40
40
50
30
30
30
30
30

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50m
50m
50m
50m
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30

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15m
15m
15m
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30t.
30t.

50
50
50
50
15
30

30m

40
40
40
40

25t.
25t.

25
25
40
40
40
40
40

10m
10m
10m 2.0m
10m 10m
10m 10m
10m 5.0m
10m 5.0m
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10m 2.0m
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50m 90u
50m .24mt.
50m 240u
50m .60mt.
50m 600n
10m 11m
10m 3.0m
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40
40
40
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50m
50m
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20
10
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25

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30
30
30
50

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3.5m

6.5m
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0.0
0.0
0.0
0.0
0.0
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0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
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20
20
20
20
20
20

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1.6m
l.4m
l.4m
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2.4m
2.4m
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5.0u%

8:8
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0.0
0.0
0.0
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10
10
10
20
15
15
15
15
15
15

1~
20

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250u
330m
330u
7.0m
4.0m
4.0m
5.0m
5.0m
6.0m
6.0m

5.0u%
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10u%
35u
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IOu
20u
20u
40u
40u

0.0

0.0
0.0

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20
15
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50
50
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20
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30

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20m

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50
50
50
25
25
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1000
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150m
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100m 100m

30t. 100m 100m

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50u%
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15u
30u
60u

15
15
20
20
20
20
20
20
15
15
15
15
15
15
15
15
15
15
15

4.5m%
4.5m
.70m
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LOrn
1.3m
1.3m
4.5m
2.0m
3.5m
5.0m
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l.4m
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2.5m
2.7m

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7.5m
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2.0m
3.0m
3.0m
4.0m
4.0m
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8.0m
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3.0m
3.6m
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20
20
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4.5m
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7.0m
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2005
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40 t.
30
250
100
50
35
50
40
30
25
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SYMBOLS AND CODES
EXPLAINED IN INTERPRETER

g:::

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3.0m
3.0m
7.5m

70

300m
300m
300m
300m
300m
300m

300m
300m
300m
300m
300mt.
300mt.
300m

19~

(A)

lldlONI@ Igss@ TEST CONO
Vgs=O&. Vgs>VplVgs Vds

20

3.0t

1~8g~ ~:8

108

1St.

Ig

~~~~~~

:~# ~~~O

84.

20t.

~88:::
I~gg::: 1::8~

~~~~~~

2N5592

20t.

IVI

Id

18:::
10m 4.5m

~g8::: ::8~

2N5556

69

~g~ ~g

1M
15
15
15
15
15

300m 5.0t
300m 16.0t

~;

~~

30
30
50
30
30
30
30
30
30
30
40
40
40
40
40
40
50
30
30
30
30
30

1~~ ~8

4.0t
4.0t
3.0t
4.0t
4.0t
6.0t
7.0t

~8g::: ~:g~
~gg::: I~:~~

IVI

15t.:30
20
30t.
20
30t.
20
30t.
1St. 50t.
15t. 50t.
15t. 50t.
15t. SOt.
10* 25t.
15t. 30

300m
300m
300m
300m
300m
300m
300m

2N5396

66

1M

1St.
15t.
1St.

20

I~~~~~;

2N5432t

20t.
20t.
20t.
20t.
20t.
20t.
lOt.
lOt.
lOt.
lOt.
lOt.
lOt.
20t.
15t.

20

~g

1~~~~~8

t.
t.

2m

60
63

15

3.0t
3.0t
5.0t

300m

~~

15t.

300m
300m
300m
300m

2N5393

57

BVdss BVgssJ

~~;C I~VIO VfJl
~~~::: t~~ 1~

g~~~~g~A

16
17
18

VIl
@ &.

I

IN ORDER OF III DISSIPATION
it TYPE No.

PE#

T072
u34
u34
T072

i8U

i81~

DH
DH
DH

T072
u51
u51
RIll
TO 18

DH
G
G
DB
DO

Et.~

T018
T018
TO 18

DO
DO
DO

Et.1iJ

T018

DO

~MI T018
EMI T072

DB
DH

P~~
PE~

E#

~t

E#

E~\!l

~88~ ~~~

i81~

+81~

gg

gg

7. SILICON FIELD EFFECT TRANSISTORS
LINE
No.

~

TYPE
No.

~MAX.
DEVICE
DISS

@(~;C

~

I~+gg~::

5
6
7
8",
9",
10",
11'"
12",

FT0654C
FT0654D
FT0654E
Ml00
Ml0l
MD1F3458
MD1F3459
MD1F3460
MD1F3823
MD1F4416

l~

~~gg~~

3
4

MFE2095
MFE3006
MFE3007
MFE3008
MMF1",
MMF2",
MMF3",
21
MMF4",
MMF5",
MMF6",
24
PH241N+
~g: PH242N+
27it PH243N+
~8# PH244N+
29
SI211N
SI212N
30
SI213N
SI214N
SI215N
33
34
SI216N
SI221N
35
36
SI222N
SI223N
SI224N
39
SI225N
SI226N
40
SI241N
SI242N
15
16
17
18",

~~
~~

~~

~~

:~:

n: I~:~:~~

45it SI245N

:~# 1~~1g7N6'"

48

;~
51
52
53
54
55
56
57
58
59
60

g~

SU20n",
SU2078",
SU2079",
SU2080",
I§U2081'"
TIS14
TIS25

f:~~~

TlXS80
TIXS81
U184
U197

~l~~

66

U231",
U232",
U233",
U234'"

69
70
71
72

U1278
U1279
U1280
U1281

63

~~

~~ I~n~;

n

I~m~

78
79
80
81

U1284
U1285
U1286
U1325
U1714
U1837E
U 1897Et

g~

~mm

75

~~

84

U1994E

~g

~g~~

87
88
89
90

~~

93

~~

96",

UC734
UC734E
2N5457
2N5458
2N5459
2N5484
2N5485

~~g~ggt

2N5638t

~~: ~~~g~~i

99",

lZY'
"
102
19~

105

19~.

108+

2N5653t

~~~~g:t
2N5669

I~~~g~~",

2N5565",
2N5566",
3N128
3N142

lY~: I~~m

D.A. T.A.INC.

I~gg~
300m
300m
300m
300m
300m
300m
300m
300m
300m
300m
300m

~gg~

300m
300m
300m
300m
300m
300m
300m
300m
300m
300m
300m
300m
300m
300m
300m
300m
300m
300m
300m
300m
300m
300m
300m
300m
300m
300m
300m
300m
300m
300m
300m
300m
300m
300m
300m
300m
300m
300m
300m
300m
300m
300m
300m
300m
300m
300m
300m
300m
300m
300m
300m
300m
300m
300m
300m
300m
300m
300m
300m
300m
300m
300m
300m
300m
300m
300m
300m
300m
300m
300m
300mt
300m
300m
310m
310m
310m
310m
310m

~lg~

310m
310m
310m
310m
310m
310m
310m
3!2 m
325m
325m
325m
330m
330m
330m
330m

. N CHANNEL

MAX.
~BS MAX RATINGS@25'g MAX.
MAX.
BVdss BVgssJ
l!d(ON)@ Igss@ TEST COND
VIl
@ &
Id
Ig
Vgs=O& V9S>V~V9S Vds

I~V? V~I

(VI

(VI

~g

~g

~g

Ig:gi
4.0t
4.0t
2.5t
5.0
8.0
8.0t
4.0t
2.0t
8.0
6.0t
2.5t
4.5t
5.5t
3.0t
3.0t
3.0t
8.0t
8.0t
8.0t
8.0t
8.0t
8.0t
1.~

1.5
2.5
3.0
.50%
.70
1.0
1.5
2.5
3.5
.30
.50
.70
1.0
1.5
2.5
1.0
1.5
2.5
3.0
5.0
10
3.0
3.0
4.0
4.0
4.0
4.0
6.0

20
20
20
10
10
20
20
20
15
15
15
15
15
15$
15$
15$
1M

1St-.
1St-.
1St-.
1St-.

1M
0.0
0.0
0.0
0.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
0.0
0.0
0.0
0.0
0.0
0.0
10
10
10
10
10
10

50
50
50
20
20

30t-.
50
50
50

50t-.
SOt-.
50t-.
30t-.
30t-.

3.0m
3.0m
3.0m
30m
30m
30m
20m
20m
20m
20m
20m
20m

8.0t-.

8.0n

8.0t-.
8.0t-.
8.0n

8.0t-.

8.0n
8.0n
8.0n
8.0n
8.0n
30
30
30
30
30
30

SOt-.
SOt-.
SOt-.
SOt-.

30
50
50
50

30t-.

30n
25
LOrn
30
30
30
50
50
50
50
50
SOn

SOt-.
SOt-.

50n
SOn
50n
SOn
SOn

30t-.
30t-.
30t-.
30

40t-.
40t-.
40t-.
30t-.

30t-.
30n

25

25
30

40t-.

30m

40n

40t-.
30
30

SOt-.

30m
30m

30
30
25
25
25
25
25

~~

30t-.

15
15
15
15n

1St-.

15n

1St-.
20t-.
1St-.

1M

40
40
40
20
20
20
20

10m 15m
10m 4.0m
10m LOrn
10m 20n%
10m 15m
.70m
1.4m
3.0m
18m
20m
20m
10m 10m
10m 10m
10m 10m
10m 10m
10m 10m
10m 10m
10m 3.0m
10m 6.0m
10m 15m%
10m 30m%
150u
.30m
.60m
1.5m
3.0m
6.0m
.15m
.30m
.60m
1.5m
3.0m
6.0m
10m 3.0m
10m 6.0m
10m 15m%
10m 30m%
10m 35m%
10m 75m%
lOu
lOu
2.0m
2.0m
10m
10m
10m 15m%
10m 8.0mt-.
10m 8.0mt-.
10m 8.0mt-.
10m 25m%
10m 75m%
1.0m
50m 1.0m%
50m 1.0m%
50m 6.0m%
50m 5.0m
50m 5.0m
50m 5.0m
50m 5.0m
50m 5.0m
8.0m
3.0m
1.5m
10m
8.0m
20m
10m
40m
.10m#
.20m#
.50m
5.0m
10m

40m

30
30

~gm

SOm
50m
50m

5.0n
5.0n
5.0n
5.0n
500u
.10n
lOOp
1000
1.0n
LOn
LOn
.05n
.05n
.05n
.05n
.05n
.05n
200p
200p
200p
200p
10n
10n
10n
10ri
10n
10n
2.0n
2.0n
2.0n
2.0n
2.0n
2.0n
.20n
.20n
.20n
.20n
.20n
.20n
250p
25~

9mt-.,)
16mt-.
5mt-.
10mt-.

.25n
.25n
.50n
.50n
LOn
.25n
.25n
.2Mn
10n
LOn
5000
500p
500p
lOOp
lOOp
lOOp
10Qp_
lOOp
.10n
.10n
.10n
.10n
.50n
.50n
.50n
.50n
5.0n
10n
.10n
5.0p
.25n
20Qp_
200p
200p
.10n
.10n
.25n
5.0n
5.0n
LOn
LOn
LOn
LOn
1.0n

~~mt-.

1.~n

~g~~')

15mt-.
8.0mt-.%
15m
10m 30m
50m 10mt-.
10m 20mt-.
10m

10m
10m
lum

30t-.
30t-.

25
25
25
40
40
40
8.0
8.0
8.0
8.0

Vd~~VP &Vds=O
1& Jyt

2~~~~

~g~

4.0t
6.0t
8.0t
3.0t
3.0t
3.0t
8.0t
8.0t
8.0t
8.0t

(AI

~~m ~~mt-. .10n
50m 40mt-. LOn
50m 12mt-. .10n
50m 12mt-. LOn
50m 4.0mt-.
LOn

50
50
50

50
50
50
25t-. 35
25
35
35
25
30
30
30
30
30
30
30
30
30
30
30
30
30
30
30
30
8.0n

30
50
50
50

S.Ot
10
lOt
10
8.0
15
1.0
20
1.0
20
4.0
20
4.5
20
4.5
20
4.5
20
4.5
20
4.5
20
8.0
10
4.5
10
2.5
10
10
20
8.0
10
4.5
10
2.5
10
10
20
8.0
20
8.0
20
1.2
10
5.0t
10
8.0t
15
lOt 20
7.0t
20
5.0t
20
6.0t
15
10
20
5.0t
20
15
8.0
8.0
15
6.0t
15
7.0t
15
8.0t
15
3.0t
4.0t
7.5t
LOt 0.0

(AI

15m
1.0n
50mt-. 1.0n
25mt-. 1.0n
2.0mt-.
1.0n
40mt-. 1.0n
15mt-. 1.0n
10m 5.0m
2.0n
10m 10m
2.0n
10m

~g

20
20
20

0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
4.0
4.0
4.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0

20
20
20
15
15
15
15
15
15
15
15
15t
1St
1St
1St
1St
1St
15
15
15
15
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
15
15
15
15

7~
.70
.~~

.~
.2
.~IO
0.0
!i.Q

1~1O
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0

1.~
.5

.~IO
0.08¢

t~
0.0
0.0

O:gQ5
0.0
0.0

lOt
lOt
lOt
lOt
lOt
lOt
15

10
10
15
20
20
20
20
20
20
20
20
lOt
lOt
lOt
20
lOt
lOt
lOt
20
20
20
10
10
15

1.5m
1.5m
.30m
.30m
1.5m
1.5m
1.0m
1.5m
1.5m
1.5m
5.0m
5.0m
3.0m
200u
200u
600u
LOrn
LOrn
1.0m
LOrn
LOrn
.45m
.35m
.25m
.25m
3.0m
2.5m
1.5m
LOrn
.20m
1.0m
.85m
400u
4.5m%

7.5mt
6.0m
6.0m
6.0m
10m
10m
8.5m

3.0m
3.0m
3.0m
3.0m
3.0m

20u
20u
5.0u
5.0u
20u
20u
25u*
25u
25u
25u
150u%

35u%
35u%
35u%
35u%
35u%
20u
lOu
5.uu
30ut
30u
15u

1.2m
10m
1.2m

0.0

15

4.5m

20
15
15
15
15
15
15
15
15

2.0m
3.5m
3.5m
1.0m
1.5m
2.0m
3.0m
3.5m
4.0m

0.0
0.0

15
15
15
15
15
15
15
15
15
15

6.5m
1.5m
2.0m
6.5m
3.0m
7.5m
7.5m
12m
7.5m
12m
7.5m
12m
5.0m
12m
5.0m%
5.0m'lb
5.0m
12.m'Jj

IN ORDER OF (I) DISSIPATION
~I TYPE No.
DERATE I
IDESCRIPTION IL C I
Rds
MAX.
IN
)STRUC. I
IE 0
Cis
FREE MA
TURE
DWG. A D
AIR I~~~P
No.
D E
Ln)
IF)
Wtc 'C
20p# 2.0m 175J
T018 D~~
:lm
20p# 2.0m 175J g~t
T018 DB¢
.22kt
2~#_ 2.0m 175J DPL
T018 DSQl
.22kt
20p# 2.0m 175J DPL
T018 D~~
.30kt
20p# 2.0m 175J DPL
T018 DB¢
T018 DA
t-.*
T018 DA
t-.*
18p#
150A
t-. T0122 GP
18p#
150A
t-. T0122 GP
18p#
150A
t-. T0122 GP
6.0p#
T0122 GP
150A
4.oiL#
150A
T0122 GP
2.5k
6.0p
2.0m 175
t-.
T072 OJ
1.6k
6.0p
2.0m 175 t-.
TOn
1.3k
2.0m 175 t-.
Ton OJ
6.~
1.7m 175J
6.0p#
TOn
5.5p#
1.7m 175J *1Zl*¢ T072 g~1Zl
6.0p#
1.7m 175J
* TOn OX
6.0p# 2.0m 175J #
X74
DH
X74
6.0P# 2.0m 175J
DH
6.QiHL 2.0m 175J
X74
DH
2.0m
175J
X74
DH
#
I~'OP#
6.0p# 2.0m 175J
X74
DH
6.Q.rHL 2.0m 175J
X74
DH
PE
T018
!:,!P
PE
T018 I~
13p
13p
PE
T018 lrii
13p
PE
T018 IIZl
1.8k
lOp
2.0m
T018
1.5k
2.0m
T018
1~
1.3k
lOp
2.0m
T018
lOp
.90k
T018
.60k
T018
1~
.30k
lOp
2.0m
T018
30p
2.0m
T072
30p
2.0m
TOn
30p
2.0m
T072 D~~
30p
2.0m
TOn DU¢
2.0m
TOn DUe
3~
30p
T072 DUiZ
2.0m
13p
200 PE
T018
13Q.
200 PE
T018
13p
200
Ifgl~
13p
.10k
200
.08k
200 PE
T018
130
13p
.06k
200 PE
T018
18p
1.7m 200J
L21
g L21
1.7m 200J
1lm,
7.0p
1.7m 200J
L21
1.7m 200J
7.0p
L21
17m 200J
L21
7.~
7.0p
1.7m 200J
L21
8.0p# 2.0m 175A PE
T038e
.50k
8.0p
2.0m 200 PE
L21a
.50k
8.0p
2.0m 200 PE
L21a
8.0p
.50k
2.0m 200 PE
L21a
.50m 175J PH
TOn DU
.8~t-.
.80pt-.
.50m 175J PES
T072 DU
4.0p
1.7m 200
T072
4.0k
7.Q.rHL 2.0m 200S
T018 DDIZ
T018 D~~
4.0k
7.0p# 2.0m
#
1.5k
7.0p# 2.0m
T018 DD¢
6.00#
1.7m 200S # 0\, L58
6.0p#
1.7m 200S
~; L58
6.0p#
L58
1.7m 200S
oj; L58
6.0i1#
1.7m 200S
6.0p#
L58
1.7m 200S
1.7m 200J DPL IZl ' T072 DH
6.0p%
6.0.JL% 1.7m 200J DPL
R038e
6.0p%
1.7m 200J DPL
T072 DH
6.0p%
1.7m
DPL
T072
18p% 1.7m ~gg~ DPL
.30kt
T018
18p% 1.7m 200J DPL
T018 D~~
18p% 1.7m 200J DPL
T018 DB¢
18p% 1.7m 200J DPL
T018 DSQl
20pt-. 1.7m 200J DPL
T072 DH
8.0pt-.
1.7m 200J
T018 DB¢
6.0p
1.7m 200J
T018 DH
3.0p#
1.7m 200J
T018
.30kt
2.5m 125J ¢
R97b g~1Zl
30kt 6'fGp~_ 2.5m 125J
t-. R97b DB
50kt
16p# 2.5m 125J
t-. R97b DB
80kt
2.5m 125J
n R97b DB
2.5m 125J
R97b DO
4.0p
T072
.12k
1.7m 200 PE
1.7m 200J
T072 DH
200J ~r;r
T072 DH
200J #T.1Zl TO 106 DB
4.0p#
2.8m 150S
T092 DO
~:g~: 2.8m 150S
T092 DO
7.0p# 2.8m 150S @# T092 DO
5.0p# 2.8m 150S
T092 DO
5.00# 2.8m 150S
T092 DO
5.0p# ~.8m
DO
!l?#
2.8m
.15k%
DO
##
5'fg~
2.8m 150S
30 %
T092 DO
60 % 10p# ,~.8m 150S
# T092 DO
2.8m
100 %
T092 DO
2.8m
50 %
T092 DO
100 % 10p# 2.8m 150S
# T092 DO
7.0p# 2.8m 150S
T092 DO
7.0D# 2.8m 150S
T092 DO
7.0p# 2.8m 150S
# T092 DO
100
2.2m
L61a
12'1
2.2m
100
L61a
1~
100
12p# 2.2m 2005 IIZl ¢ L61a
7.0p# 2.2m
T072 EC
Ql T072 OW
10~ 2.2m
7.0p# 2.2m 1755
g~
2.2m 175S
0

'ft
'ft

~:g~

g~g

~~

~gg~

g~0

7.5m

50u%

6.5m
6.5m
5.0mt
5.5mt
6.0mt
6.0m
7.0m
8.um

lOu
SOu
SOu
50u*
50u*
50u*
SOu
60u
75u

4.~

4~

@:

l~g~

19~:

lOOp
50p
LOn
LOn
1.0n

2.010

5.00

110

I~

~:~

10m% 150u

0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
O.u

~g~% 1~op O.~
2~g
30m% 1000 2.0

30m%
25m
25m
30m
30m

lVL

0.0
0.0
0.0
0.0
0.0

PARAMETERS· @25'
COMMON SOURCE
gfs
Yos
J.mho&
MIN
MAX mhos
4.5m%
52u
~m~ 52u
4.5m%
9m
3.5m%
8m
27u
8m~ 27u
1~·5m%
2.0m%
6m% 24u
LOrn
1.5m
2.5m
10m
1.5m
6.0m
20u
800u 4.5m
SOu
3.2m%
35u*
4.5m
7.5mt
SOu
.25m
.50m
1.5u
350u 700u 3.0u
400u 800u
lOu
8.0m% 18m~
10m'* 18m'*
8.0m
18m
1.5m
SOu
6.5m
1.5m
6.5m
50u
1.5m
6.5m
SOu
1.5m
SOu
6.5m
1.5m
6.5m
SOu
1.5m
6.5m
SOu
2.0m
7.0m
3.5m
7.5m
5.0m
10m'!!
8.0m
200u 7Jg~'lI 300n
.40m
1.lm
LOu
.60m
1.5m 4.0u
.90m
2.2m
12u
1.3m 3.0m
25u
1.8m
4.2m
SOu
.40m
1.2m
.70m
1.8m
2.4m
LOrn
1.6m
3.6m
2.2m
5.0m
3.0m
7.0m
2.0m
7.0m
3.5m
7.5m
5.0m
10m~
8.0m
15m'!!

20u
SOu
75u
45u
45u
45u

SYMBOLS AND CODES
EXPLAINED IN INTERPRETER

'1;:

l~g~

fg~~

::
'ft

~gg~ I~
m~

fgi~

IN ORDER OF (1) DISSIPATION
•121 TYPE No.
PARAMETERS @25'C
DESCRIPTION
DERATE
COMMON SOURCE Rds
MAx.
IN
v~TRUC-1
Cis
gfs
DWG.
Yos
FREE MAX TURE
AIR IffMP
Imhosl
No.
MAX mhos
1m
IFI
MIN
W/'C C)

7. SILICON FIELD EFFECT TRANSISTORS . N CHANNEL
LINE
No.

~

TYPE
No.

~:AX.
D VICE
DISS

~~;C I~V)O
~.
3
4
5
6

~#

~~Ji;

~~g~ I~:g+

2N3069

350m
350m
350m
350m
350m
350m
350m
350m
350m
350m
350m
350m
350m
360m
360m
360m

~~~g~~

2N3684

~~~684A

9# C94A

l~# g~~A

12

UC200

15
16
17
18

UC220
2N3819
2N4856t
JAN2N4856

n

~~
21

~~

24

~~

27

~~

30

~~

33

~~

~g~6
~~:~~~ft
JAN2N4857
~~4857At

2N4858t
JAN2N4858

~~:~~~ft

JAN2N4859
2N4859At
2N4860t
JAN2N4860
~~4860At

2N4861t
JAN2N4861

~~~~~JAt

~~Om

360m
360m
360m
360m
360m
360m
360m
360m
360m
360m
360m
360m
360m
360m
3~Om

2N5246
2N5247
2N5248
2N5549
39
40# BF244
41# BF245
42# BF246

360m
360m
360m
360m
360m
360m
360m
360m

:~#

I~~g~

36

~~

~ri~~63

LDF604
LDF605
LDF691t
LDF692t
48
NKT80211
49#
NKT80212
NKT80213
45

:~

360m
360m
360m
360m
360m
360m
360m

~~:
m~ ~~+8021~ I~~g~
360m
54# NKT80216
55
56
57
58
59
60

~~

NPC211N
NPC212N
NPC213N
NPC214N
NPC215N
NPC216N

i:s~i

~~

66

TlS42
TIS58
TIS59
TIS68",

~~

i:~~g:

69

TIS73t

63

~~

i:~~~~

72
73
74
75

TIS78
TIS79
TIS88
TlXS78

~g

~~~~9A

81

G125F*
G126F*
G127F*
G128F*

H
'Ut~l8
40468A
78
g~
84

g~

I~m~:

87
88
89
90

G131F*
G132F*
2N3084
2N3085
2N3086
2N3087
2N3088

~~

93

~~

~~~g~~A

105

2N3089A
2N3465
2N3466
2N4445t
2N4446t
2N4447t
2N4448t
2N5158t
2N5159t
3N140

108
109
110

3N159
40467A
40600

96

~~

99

19~

102

19~

19~

~~l~~

360m
360m
360m
360m
360m
360m
~~Om

360m
360m
360m
360m
360m
360m
360m
360m

~~g~

360m
360m
360m
360m
360m
360m
375m
375m
375m
375m
375m
375m
375m
1::!75m
375m
375m
375m
400m
400m
400m
400m
400m
400m
400m
400m
400m
400m
400m
400m
400m
400m
400m
400m
400m
400m
400m
400m
400m
400m

D.A. T.A. INC.

MAX.
MAX.
ABS MAX RATINGS @25'
BVdss BVgssJ
l!d(ON)@ Igss@ TEST COND
Id
Ig
Vgs=O& V9S>~~V9S Vds
()
IVI
IAI Vd~ilVP &~dS-O
V?J)
A)
-(V
V
IVI
IVI
IAI

MAX.
Vr:!
@ &

9.5
4.5
2.2
4.5
5.0t
5.0
5.0
15
15
6.0
8.0
4.0
2.5
8.0t
lOt
10
lOt
6.0t
6.0
6.0t
4.0t
4.0

l~~ ~g ~:g

50t.
50t.
50t.

30
30
30
20
20
10
10
10
10
20
20
20
20

25t.
25t.
25t.
25t.

15t.

1St.
15

15t.

1St.
15

15t.
15t.

15

4'~Jt

15t.
15t.

10
lOt
6.0t
6.0
6.0t
4.0t
4.0
4.0t
6.0t
4.0t
8.0t
S.Ot

15
1St.

8.0t
8.0t
8.0t
~.Ot

15t.

15

15t.
15t.

15
1St.
15
15
15
15
15
15
15
15
15
15
15

30
30
25

4.0t
4.0t
4.0t
lOt 20t.
5.0t
20t.
.50
5.0
.70
5.0
5.0
1.0
1.~

2.5
3.5
.50%
.70%
1.0%
1.5%
2.5%
3.5%
8.0
5.0
9.0
5.0t
5.0t
5.0t
lOt
~.Ot

4.0t
lOt
12t
6.0t
lOt
12t
6.0t

5.0
10
5.0
10
5.0
10
5.0
10
lOt
lOt
lOt
lOt
5.0t
5·2 t
5.0t
5.0t
lOt
10t
10
10
10
10
8.0
10
4.0t
4.0t
4.0t
8.0t
2.0t

25
40
40
40
40
40
40
40
40
40
30
30
30
30
30
30
30
30
30

~gt.

20t.
20t.
30
30

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 15.0
15
30
30
25
15t. 25
15t. 25
15
15
15
30t.
15
15
~g~
15
30
30
30t
15
30

~~

t.
t.
t.

10
10
10
10
10
10
10
10
15
15
15
15
15
15
15
15
15
15

5.0t.
5.0t.
5.0t.
5.0t.
5.0t.
5.0t.
1M
1M

t.
16t.

12t.

15t.

20
20

15t.

40
40
40
40
40
40
40
40
30
30
40
40
15
15
15
15
40
40
25
25
20
20
40
40
20
20
20
20
20
20

~g~

100m
100m
100m
50 7.5m
50m
50 7.5m
50m
25t.
50m
2St.
50m
2St.
~Om
2St.
50m
50
50
50
50
25
10m
40
50m
40
50m
40
50m
40
50m
40
50m
40
50m
40
50m
40
50m
40
50m
50m
30
30
50m
30
50m
30
50m
50m
30
50m
30
30
50m
30
50m
30
50m
30
50m
30
50m
30
50m
10m
30
40
30
10m
30
10m
10m
~~m
20
30m 10m
20
30m 10m
20
30m 10m
30
50m
30
50m
10
10m
10
10m
10
10m
~~m
10m
10
10m
8.0t. 200u 90u
8.0t. 200u 180u
8.0t. 200u 400u
8.0t. 200u 900u
8.0t. 200u 1.8m
8.0t. 200u 4.0m
!2 m
~g
50m
25
10m
10m
25
10m
25
25t.
30m
25t.
30m
25t.
30m
30t.
50m
50m
50m
300t.
10m
200t.
10m
50m
30
1300t.
10m
200t.
10m
30
10m
1.0
25m
1.0
25m

19

~g~

25t.
40
40
40
40
40
40
40
40
15
15
15
15
10
10
10
10

40t.
40t.

25
25
20
20
40
40
4.0
4.0
8.0
8.0
1.0
8.0

400m
400m
400m
400m
400m
400m
50m
50m
50m
50m
50m
50m

50m
50m
50m
50m
50m
50m
50m
50m
50m
50m
50m
50m
50m
50m
50m
50m
50m
50m
100m
100m
100m
100m
100m
100m

~~~

10m
2.5m
600u
7.5m
7.5m
5.0m
5.0m
7.0m
7.0m
30mt.
15m

~g~ 1~:g\O

1.0n
1.0n
1.0n
.10n
lOOp
10n
.50n
10n
1.0n
.10n
lOOp
12mt. .10n
5.0mt. .10n
20m% 2.0n

~g~~, ~5n
500

50m%
100m%
100m%
100m
80m%
80m%
80m%
50m%
50m%
50m%
100m%
100m%
100m
80m%
80m%

~g~~~

50m%
10m%
8.0m
25m
8.0m
8.0m
8.0m
50m%

5fa'
5.0
4.0n
4.0n
2.0n
2.0n

20
15

IO·~2mmt.
100m
750u
500u
2.0m
2.0m
.50m
.50m
.30m
.30m
6.0m

l:lm~

2.5m
2.5m
2.5m
3.0m
3.0m
2.0m
2.0m
1.5m
1.5m

4.5m
3.0m
2.0m

6.5m

~.~m

80ut
30ut
7.0ut
50u%
5.0u
lOOk
lOOk

~gg~

.15k
130 t
.25k
.35k
50u*

.O~~ %

40
40
.06k
60
60
.02k
30
25
.04k
40
40
.06k
60
60
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

J:g~

2.0n
2.0n
1.0n
2.0n
2.0n
1.0n
1.0n
1.0n

0.0
0.0
0.0
0.0
0.0
0.0
0.0

.10n
.10n
.20n
.20n
.10n
.10n
.20n
.20n
3.0m
.10n
3.0m
.10n
3.0m
1.0n
3.0m
1.0n
2.0m
1.0n
2.0mt.
1.0n
2.0m
1.0n
2.0mt.
1.0n
5.0m
1.0n
5.0m
1.0n
150m% 3.0n
100m% 3.0n
150m% 3.0n
100m% 3.0n
100m% 1.0n
100m% 1.0n
30m
1.0n
30m
1.0n
5.0m
50p
30mt. 1.0n
50m%L 1.0n
18m* 1.0n

15
15
15
15
15
15
15
15
15
15
15
20
20
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
15
15

30
30
15
30
30
15
15
12

7.5m
6.0m
8.0m
6.5m
15m
6.5 %
6.5 %

50u
50u
70u
50u

3.5m
5.0m

8.0m
7.5m
10m

100u%
100u%
100u%

.20m
.40m
.60m

.70m
1.1m
1.5m

i·_8~m

~.~m

4.5m
3.0m
4.5m
3.5m
6.0m
3.0 %
3.0 %
8.0 %

~:gm'1b

23 t.
.~" t.

1.3m
3.0m
108m
4.2m
200m 700m
400m 1.1
600m 1.5
900m 2.2
1.3
3.0
1.8
4.2
3.5m Iti.5m
103m
2.3m
100m
100m
100m

4.0m
5.0m
6.0m
6.0m
6.0m

750u
750u
4.5m
.75m
.75m
4.5m

3.0mt
3.0mt
7.5m
3.0m
3.0m
7.5m

7.5mt.

t
%
t
%
t
%
t
%
t
%

100 %

'~2~

.40k
.40k

15
15
15
15
15
15
15
15
15
15

2.0m
2.0m
2.0m
2.0m
2.0m
2.0m
2.0m
2.0m
1.2",
102m

19

~:gg:12l

~~~

:g~~~

1.5k%
2.0k%

l~~i

15
18p#
4.5p#
1.5k% 3.00t.
2.0k% 3.0pt.

4'~80;#:

50u%
50u%
50u%
50u%
50u%
50u
50u%
50u
10u%
10u%

5.5p#*
2.7p#*
2.00t.
2.0pt.
7.0pt.
7.00t.
2.0pt.
2.0pt.
7.0pt.
7.0pt.
14p
140
14p
14p
140
14p#

l:g:tt

15pt
5.0 t
.01kt
6.0 t
.01kt

g~~
70p#

~g~:

50p#

4.0
4.0

14
14

6.0m
6.0m

0.0

14
15
13

7.0m
18m
4.0m
7.5 t.
10mt.

710:1

18m
18m

7.0p#

300 %
4.0

111

1.8m I~gg
108m 200
200J
200J
200J
200J
200J
200J
l.I:~m

~:gg:

6.0m% 9.0mt.

.40m
.40m
.40m
.40m
.30m
.30m
.30m
.30m
.40m
.40m

l~~:

230
25p
25p
250
25p
25p
250
50u
ill.Op
!!.~m
25 t
18p# 2.4m
70 t
2.9m
20u
6.0p# 2.9m
50u
2.9m
35u%
.35m
35u%
8.0p# .35m
350u
35u%
5.0 % 8·Pf';; 350u

.50k
.25k
.09k
.04k
.50k
.25k
.09k
.04k
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
0.0
0.0

~:g~

l~g~

.03k
.06k
.40k
.40k
.40k

100u*
100u*
50u
100u%
100u%
50u

m~

6.0p#* 2.2m
150% 2.0m 200C
15p% 2.0m 200C
2.0m 200C
2.0m 200S
4.0p# 2.0m 200S
3pt* 2.0m 200A
30t* 2.0m 200A
~pt* 2.0m 200A
3pt* 2.0m 200A
7.00
200
7.0p#
200
200J
8.0p# 2.9m 150S
2.4m 200S
2.4m 200S
10 # 2.\?m 200S
200S
l~P: 2.4m
2.4m 200S
10 # 2.0m 200S
18p# 2.4m 200S
18 :#: 2.4m 200S
10 # 2.0m 200S
2.4m 200S
l~P: 2.4m 200S
10 # 2.0m 200S
2.4m
p:
2.4m ~gg~
10 # 2.0m 200S
200S
l~P: 2.4m
2.4m 200S
10 # 2.0m 200S
4.5p# 2.9m 150S
4.50# 2.9m 150S
4.5p# 2.9m 150S
2.9m 150S
2.4m 200S
4.0p*
2.9m 150S
4.0p*
2.9m 150S
120* 2.9m 150S
1..:tp
~.~m
2.9m
~:gg: 2.9m 150J
5.0p# 2.9m 150J
2.9m 150J
16p
160
2.9m 150J
23p
108m 200
23p
108m 200
108m 200
230

4.b~:

.02k
30 t

~¢

2g~:9 ~:g~
10m%
10m%
15m%
10m%
10m%
15mt.
25m%
25m%
26m

0.0
0.0

l~

30
30
30
20
20
10
10
10
10

~50p

.25n
2500
250p
.25n
2500
250p
11,5n
500
250p
.25n
2500
250p
.25n
2500
250p
1.0n
7mt.' 1.0n
24mt. 1.0n
20m% 5.0n
2500
25m
5.0n
5.0n
3~~~m
Om
5.0n
5.0n
~\!.um
1.0mt. 500p
2.0mt. 5000
5.0mt. 500p
.50n
.50n
.15m
10n
.30m
10n
.60m
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1.5m
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3.0m
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6.0m
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150u
10n
300u
10n
600u
10n
105m
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3.0m
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6.0m
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20mt.

0.0
0.0
0.0
0.0
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200 t

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SYMBOLS AND CODES
EXPLAINED IN INTERPRETER

.~~m

.35m
2.0m
2.0m
2.9m
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2.8m
2.5m
2.5m
2.5m
3.0m
3.0m
3.0m
3.0m
3.0m
3.0m
3.0m
3.0m
2.3m
2.3m
2.3m
2.3m
2.3m
2.3m
2.3m
2.3m
2.3m
2.3m
2.3m
2.3m
2.3m
2.3m
2.3m
2.3m
2.7m
2.7m
2.6m
2.6m
2.6m
2.7m

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150J
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1.8 t.

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8.0
8.0
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79
80
81

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t.
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100
100
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50t. 300
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25

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20t.
20t.
20t.
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20t.
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10
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10
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20

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5.0t.
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50m

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6.0m
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250u
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10mt. 5.0n
2.5mt. 5.0n
600ut. 5.0n
4.0mt.
1.0n
10mt. 1.0n
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400m 100m 100m%
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50m
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50t.
100m
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15
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30
30
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30
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50
30
40
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40
40
50
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50
40
50

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40
40

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30
30

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25t.
20t.
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20t.
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30

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50
200
50
50

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40
40
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50

40t.

50

40t.
50
40
40
40
40
40

30
30
30

30
25
30

1.2
600m
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600m

0.0
0.0

5.0
15
15

0.0
0.0
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25m 11
25m 250m
50m
10m 100m
10m 100m
10m 25m#
50m 150m
50m 75m
50m 30m
10m 30m%
10m 30m%
10m 15m%
10m 15m%
10m 8.0m%
10m 8.0m%
10m 75m%
10m 20m%
50m 150m%
50m 75m%
50m 3(Jm%

50m
50m

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20t.
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30
30
30
30
30
30
30

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200u
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750u
500u
400u
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10

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2.5m
2.5m
1.0m
2.5m
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3.0mt
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5.0m
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D RATE
DES RIPTION
IN
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DWG.
AIR TEMP
No.
W/'C rCI

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5.5p#
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20
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30u
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lm'll

50
30
30

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5.0m
3.0m 6.0m

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20
20

15m
20m

40m
20m

0.0'
0.0
0.0

15
15
10

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14mt
12mt

20m
25m

10u%
20u%
10u%
20u%
10u%
20u%
25u
60u

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50u

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200u%

400u~

5~S:1

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112

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15
15
15
15
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10
10
20

10m
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20m
100mt
75m
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60mt.
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800u
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10m
5.0m
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30m
30m
60m
250m
200mt
t
t
60m
200mt
20m 200u
20m 400u
10m 100u
%

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15 t
20 t
40 t
.15k
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.05k
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7.0
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57m 200J 0
1.7m 200J
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50 t
3.3m 175 PES
50kt
12p# 3.3m 175 PES
5.0p
3.9m 150
75 t
250
PL

SYMBOLS AND CODES
EXPLAINED IN INTERPRETER

[¥11:
L21b

2005
2005
2005
2005
200S

10m ~gg~
10m 2005
10m 200S

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20
25
25
50

~g

50
50
50
35
35
25
30
30
20

2.051> 2.0

30

2.0125 2.0
2.g~ 2.0

30
30
45

2.0

2.0

IN ORDER OF (1) MAX THERMAL RESISTANCE
& 21 TYPE No.
DESCRIPTI N L ~
MAX.
MAX
fae
tr k~TRU_CI
!E 0
SAT.
-TURE . DWG'IA 0
No.
0 E
S
(HzI
(sl
A
T013
8.0k
8.0k
A
T013
8.0k
A
T013 j:0
6.0k
300m
MS7
g¢
6.0k
300m
MS7
(:0
MS7
6.0k
300m
6.0k
MS7
300m
C\Il
8.0k
A
ZA24
A
8.0k
ZA24
8.0k
A
ZA24
8.0k
A
ZA24
8.0k
A
ZA24
4.0kLl
750m
MM3
40
1.0M§LI 880m
200
T03
4.0
A
T013
6.0
A
T013
180kt
650m
A
T03
32 125 4.0kLl
.75
ALI
T013
F
.75
ALI
T013
F
32 ~ 4.0kLl
32 ¢ 4.0kLl
.75
ALI
T013
F
40
5.0k
800m
M09
100
A
T03
g¢
125kt
A
T03
(:0
100
A
T03
125kt
A
T03
4.0k
A
1.0
T03
1.0
T010
1.0
T010
1.0
TO 10
90
1.0
T010 F
A
150k
750m
A
F
igl~ F
4.0kLl
1.0
A
750m
T013 F
A
A
750m
T010 F
A
150kt .75
T010
100kt
1.0
TO 10
1.0
100kt
T013
100kt
1.0
T010
100kt
1.0
T013
F0
100kt
1.0
TO 10
100kt
1.0
T013
100kt
TO 10
F0
100kt
1.0
T013
1.0
100kt
TO 10
100kt
1.0
T013
F0
100kt
1.0
TO 10
100kt
1.0
T013
100kt
1.0
T013
F0
100kt
1.0
T010
100kt
1.0
T013
100kt
1.0
TOlO
F0
100kt
1.0
T013
100kt
1.0
T010
100kt
1.0
T013
Fiii
100kt
1.~
100kt
1.0
100kt
1.0
T013
F0
ALI
T03
150 \2) 2.5Mt
ALI
T03
150 g 2.5Mt
C&:
ALI
T03
150
2.5Mt
M06
15Mt 1.3
700n
0
70 \Il
6.0k
A
T010
TO 10
6.0k
A
A
TO 10
240
6.0k
A
T010
240
6.0k
MS7
C0
10k
MS7
150
~Ok
MS7
210m
~125
15M§LI 1.0
T03
0
200
A
MS7
75
15kLl 230m 4.0u
A
MS7
75
15kLl 230m 4.0u
A
MS7
75
15kLl 230m 4.0u
A
75
15kLl 230m 4.0u
MS7
A
150
MS7
15kLl 160m 3.5u
A
150
15kLl 160m 3.5u
MS7
A
MS7
150
15kLl 270m 5.0u
A
15kLl 270m 5.0u
MS7
150
700m
A
MS7
7.0k
A
500m
MS7
7.0k
500m
A
MS7
7.0k
A
500m
MS7
7.0k
ciii
A
5uOm
MS7 I\;IO
7.0k
A
7.0k
MS7
A
MS7
CI25
7.0k
A
MS7
7.0k
C\Il
.10
A
T03
200
A
T03
200
A
T03
200
A
M010
250
230m 2.0u# OALI T03
CI25
ALI
MS7
5Q~m 4.0u
45 8
500m 4.0u
ALI
MS7
45 ¢
500m 4.0u
ALI
MS7
450 15k
ALI
75
!.,!kLl 2~Qm
100m
8.0k
gg
100m
MS7
8.0k
100m
8.0k
MS7
100m
8.0k
MS7
MS7
10k
100m
C0
10k
100m
MS7
10k
100m
MS7
MT36
75 :It 300k§LI 300m
MT36
75 # 300k§LI 300m
200k§LI 300m
A
MT36 F
50
200k§LI 300m
A
MT36 F
200k§LI 300m
A
MT36 F
75
200k§LI 300m
A
MT36 F
300klLl
MT36
75
300k§LI
MT36
75
200k§LI 300m
A
115
MT36 F

rJ,

~~

~~
~~

~r
~~

~g
~~

~~
~~

~~

~~
~~

iglg

~¢

~g
~~

g~

g~

m

SYMBOLS AND CODES
EXPLAINED IN INTERPRETER

~~~

g~

g~

LINE
No.

~

3
4
5
6

7

~

TYPE
No.

~~~2~2

2N1203

~~mi

2N1263

~~l~g~

g# 25B449
CA202
10
11
~~~~~~
12

1~

15

l~

18

ig
21

~~~~~!

2N236B
2N297A
2N399
2N400

~~:nt

2N419

~~

~~:~glt

30

~g

2N637Bt
2N638t
2N638At
2N638Bt

33

2N639Bt

36

JAN2N665

24
25
26
27

~i
~~

2N553

~~~~jlt

~~~~~lt
~~gg~

~~

1~~lmA

:y

1~~2061

39
42

:~

2N1138B

2N2062

I~~~gg~

45

2N2065

48

2N2267

:~

;0
51
52
53
54

~g
57
58
59
60
61#
62#
63#

~~~~~g

I~~~~~g

2N2836
2N3154
2N3155
2N3156

~~~m

2N3159
2N3160
2N3161
2N4241
25B137
25B138
25B138A

g a ~~~j~~B
66# 25B343
67# 25B375
25B390
~gi 25B391
70# 25B424
25B425
n i 25B426
73# A0103
74# A0104
75# ADIOS
7fj#
77# ~gl~~
78# A0167

~g: ~~lgi
8;#
82
83
84
85
86
87
88
89
90

AU 105t
Bl085
Bl0474
LT5052
LT5053
LT5055
LT5056
LT5058
LT5059
LT5061

93

LT5065

~~

~~

96
97
98
99
100
101
102

19~

105
106
107
108#

IN ORDER OF (1 1MAX TEAL
H RM RES ISTANeE
8< :limE No.
OESCRI TI N
~g
fae
MAX
MAX.
tr GSTRUC
SAT.
-TURE DWG. AD
RES.
No. D E
(Hz)
(0)
(s)

8. GERMANIUM PNP·
HIGH PIDWER TRANSISTORS
ABSOL TE MAX. RAT NGS @;:5'C
MAX.
hfe

tiggg~

mg~~

LT5070
mgjj
LT5074
LT5076
LT5077
LT5079

mg~~

LT5083
LT5085
LT5086
OC25

l~gi I~m~g

D.A. T.A. INC.

J.JMA!. MAX!e~M
THERM FREE A
RES. AIR @ X
J to C
25'C
{WI
(WI

:r

4~~m§

5m
55m§§
455m§
455m§
455m§

:~~~:

455m
455m
500m0
500m
500m

50~~&
500
500m

500~&
500m

~: ~

500~~

~gg~i
5Q~m#

~gg~:

500m
500m
500m

g~g~~

250
25 iZ>
35

25 <25
35
25
25
25
25
25
25
25
25
25

~g

<25

500';;0

ggg~iZ>
500m
500m
500m
500m
500m
500m
500m
500m
500m
500m
500m
500m
500m
500m
500m
500m
500m
500m
500m
500m
500m
500m
500m
500m
500m
5Q2 m
500m
500m
500m
500m
500m
500m
500m
500m

ggg~1Ll

500m
500m
500m
500m

~gg~\D

500m
500m
500m
500m
500m
500m
500m
500m
500m
500m
~~~m
500m
500m
500m
500m
500m
500m
500m
500m
500m
500m
500m
500m
500m
500m
500m
500m

Ie
(A)

I:j ~:~ ~
I#J 3.50
#J

340
34 \'?
340
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340 I:j 3.50
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34 \'?
34 0
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22 0
10 12l§ #J 3.5 iZ>

500m~

500m
500m\!)
500m0
500m
500m#
500m#
500m#
500m#

T
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M
P

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75
75
75
75
75
50 &
50
50 \'?
500
30
38 ~
380
380
38 ?;1
38 ¢
38 (6
38 ?;1
380
37 (6
30 ?;1
300
300
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\0

30
30
30
30
30 ?;1
300
30 a
23 ?;1
230
22 ~
270
270
10 \!)
10 ¢
27 0
400

23 <25
30 ~
30

I:j ~:g 0
#J 3.0 iZ>
3.0
I:j 3.0
#J 4.0 iZ>
3.0
lij 3.0
#J 3.0
5.0
: j 3.0
#J 5.0

: j ~:g 0
#J 5.0
5.0
: j 5.0
#J 5.0
5.0
lij 5.0
#J 5.0
5.0
I:j 5.0
#J 4.0
5.0j
li~ 5.0
#J 5.0
5.0
lij 5.0
I#J 4.() iZ>
3.0
3.0
3.0
3.0
3.0
3.0
tJ 5.0
tJ 5.0
tJ 5.0
5.0
ll~ 3.5
#C 3.0
3.0
lig 3.0
#C 3.0
3.0
I:g 3.0
#C 3.0
3.0
I:g 5.0
#J 5.0
5.0
lij 5.0
#J 5.0
6.0
Igj 6.0
9.0
I~j 6.0
liilj 6.0
#J 3.0
7.0
lij 7.0
#J 15
10
i j 8.0
#J 3.5
5;0
i j 5.0
#J 10
10
i j 10
10
#
10
,~~ 4.5
#J 4.5
4.5
I:j 4.5
#J 4.5
4.5
lij 4.5
#J 4.5
4.5
I:j 4.5
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4.5
: j 4.5
#J 4.5
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4.5
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4.5
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4.5
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Ib
(A)

I~gg~
500m
500m
500m
500m
500m
500m
500m
500m
.15
150m
150m
.15
.15
1.0
.15
.15
.15
.50
150m
.~~

.50
1.0
.50
.50
.50
.50
.50
.50
.50
.50
.50
1.0
.50
.50
.50
1.0

700m
700m
700m
700m
.50
2.0
2.0
2.0
2.0
2.0
2.0
2.0
2.0

1.0
1.0
2.0
2.0
3.0
.60
.60
.60
.60
.60
.60
.60
.60
.60
.60
.60
.60
.60
.60
.60
.60
.60
.60
.60
.60
.60
.60
.60
.60

BVebo BVeboJBVceo lebo @
BIAS
MAX Ve!
4.0m
2.0iZ> 2.0
.50
30
40 § 1.0m0
15
500m
40 § LOrn\,?
15
500m
40
.75
1.0~&
LOrn
40
.75
3.0m
2.0
40
40
5.0
40
.75
i:g~<25
40
1.0
40
LOrn\!)
.50
80
1.5m0 2.~~ 4.0
45
LOrn
1.5
2.2
1.5m\,? 2Q\!) 4.0
.50m0 2.00 4.0
40
2.0m
2.0
40
.50
40
LOrn\,? 5.Q\,? 3.0
70
5.0~g 5.gg 3.0
80
5.0m
3.0
5.0
40
LOrn\,? 5.Q\'? 3.0
70
3.0
5.0~~
5.gg
80
5.0m
5.0
3.0
40
5.Q\!) I:!'O
l.~m\!)
70
5.0~g 5.gg 3.0
80
5.0m
5.0
3.0
25
12m
20
2·2iZ> .50
40
40
2.0m
.50
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40
40
10m
40
5.Q\!) 3.0
70
5.g~ 3.0
80
5.0
3.0
610
i~ 0 tg~ ~:g~ I~~om
6.0
\5 iil
10m
2.6iil 2.0
20m
20
2.Q\!) 2.0
~g ~ 20m 2.g~ 2.0
20
600
20m
2.0
30
2.0
30
20m
2.Q\'? 2.0
~~ iZ> 2.0~&
28
2.gg 2.0
28
55
2.0m
2.0
2.0
28
55
2.0m?;1 2.Q?;1 2.0
28
55
2.00 2.0
2.0~&
55 § .05m
20
0.0
1.0 !>
30
25
100u~
2.Q~ 500m
30
40
500m
100~~ 2.0
2.~~ 500m
30
55
100u
30
65
100u\,? 2.Q\'? 500m
30
25
500m
100~& 2.~&
40
30
100u
2.0
500m
30
55
100u?;1 2·2?;1 500m
65
30
100u0 2.00 500m
20
20
45u
1.0
300m
25 § 500u?;1 1.~?;1 1.0
15
35 §
30
1.~~ 1.0
40 § 5~gp~~
Ou
1.5
1.0
30
60 § 500~iZ> 1.~\,? 1.0
30
120 § 5.0m
1.0
5.0
1.~g 5.0
150 § 5.0m
1.0
1.5
150 § 5.0m
1.0
1.~\,? 8.0
80 § 5.0m
1.0
5.0
1.~g 3.0
50 § 5.0m
1.0
1.5
40
80
160u?;1 1.~?;1 1.0
60 § 160~~
12
1.0
l:~g 1.0
32 § 160u
12
10
32
10m
.5Q~ 500m
20
45
10m
500m
.5~~
60
10m
.50
.50
20
30
I.Q~ 1.0
1.0
40
1.0
2.~g 1.0
1.0~~ 2.0
1.5
50
LOrn
1.0
120
10m
5.Q
2.Q\'?
1.0
40
2~g 5.0
56g~0 2.0
1.0
60
5.0
1.5
120
10miZ> 2.02, 5.0
40
2.0m
100m
15
30
2.0m
2.0
.75
30
2.0m
.75
2'2~
l~ 30
2.0m
2.~g .75
15
30
2.0m
2.0
.75
15
30
2.0m
2.Q~ .75
15
30
2.0m
2.~g .75
15
60
2.0m
2.0
.75
15
60
2.0m
2.Q\'? .75
15
60
2.0m
2.gg .75
15
60
2.0m
2.0
.75
15
60
2.0m
2.Q\,? .75
15
60
2.0m
2.gg .75
15
75
2.5m
2.0
.75
75
2.5m
15
2'2?;1 .75
15
75
2.5m
2.gg .75
15
75
2.5m
2.0
.75
75
15
2.5m
2.(),!? .75
2.5m
15
75
2.~~ .75
2.5m
.75
15
90
2.0
3.0m
15
90
2.Q\'? .75
90
3.0m
15
2.~g .75
.75
15
90
3.0m
2.0
15
90
3.0m
2.Q\'? .75
90
3.0m
15
2.00 .75
1.0
40
1St 65 §* 2.0~~ 2.~~ 1.0
45
2.0m
2.0
500m
15
28
28
28
28
28
28
20
12

n

\~

116

MIN

40
25
20
30
45
25
25
20
20
25 ~
40

120
75
50
75
113
100
100
85

I~ggm ~~~~
200k§!>
200k§!>
200k§!>
200k§!>

~gg~:~

10k
200kt!> 300m

~g ~

60 QI
40
100
40 ~
50
:g \0 500
44
9.0
50 \!)
500
40
80
60
30
60
30
60
30
40
20
40
20
40
20
15
~~
15
15
30
75
25
40
80
40
80
100
200
100
20
100
200
60
tg
20
10
20
10
20
75
25
25
75
75
25
25
75
30
100
60
180
60
180
60
180
60
180
75
30
75
30
75
30
75
30
60
300
30
250
30
250
30
250
30
250
25
250
25
250
25
250
25
250
25
350
34
80
34
115
34
80
30
75 ~
28
70 0
40 0
25
100
30
40
250
100
250
30 \'?
170
50
200

:g

~g

30
30
60
60
100
100
30
30
60
60
100
100
30
30
60
60
100
100
30
30
60
60
100
100
15
45
30

\ZJ 400

12k
400k
500kt
400kt
400kt
300kt

I:g~~~
25k

800m
800m
.33
.33
.50

:g~

.83
.50
1.5
.50
.50
.30

A
A
5.0u

15u
15u
15u
5.0u
15uit!

A!>

A!>
A!>

15~~
15u
15u~

15~~
15u
15u!fi
15~~
15u

15k
20k!>
20k!>

1

5.Ok!>

~gg~:

200k§
200k§
500k§
15k!>
15k!>
15k!>
15k!>
10k!>
10k!>
10k!>
10k!>
5.0k

1.0Mt
1.0Mt
1.0Mt
1.0Mt
1.0Mt
300kt
400kt
400kt
200kt
200kt

.30
300m

1

5.0u

300m

150m
150m
150m
150m
500m
500m
500m
500m
470m
470m
470m
470m
70m

8.0u
8.0u
8.0u
8.0u
10u~

10~~
lOu
10uit!

10~~
lOu
10u~

10utz)

4.0M§
400k§
400k§
5.0M§
1.5Mt
100kt
100kt
100kt
100kt
100kt
100kt
100kt
100kt

A
A!>

A
A
A
A
A
A
A
A
A
A
A
A!>
A!>
A!>
A!>
A!>
A!>
A!>
A!>
A
A
A
A
0
0
0
0
0

.06.
.06.
.06.
.06.
.06.

A

A
A

30m
50m

12u
12u

3~~:

!Q~m 1~·6u#

100m
.15

100kt
100kt
100kt
100kt
100kt
100kt
100kt
100kt
100kt
100kt
100kt
100kt
100kt
100kt

!gg~i

330m
500m

SYMBOLS AND CODES
EXPLAINED IN INTERPREHR

3.9u#
900n

MT36
MT36
MT36
MT36
MT36
MT36
MT36
MT36
T03
MT36
T03
T03
T03
T03
T03
T03
T03
T03
T03
T03
T03
T03
T03
MOl
T03
T03
T03
T03
T03
T03
T03
T03
T03
T03
T03
T03
T03
T03
T03

I+~~

T03
T03
T03
T03
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LINE
No.

- HIGH POWER TRANSISTORS
8. GERMANIUM PNP
ABSOLUTE MAX. RATINGS @25'C
MAX.
hfe
TYPE
No.

/

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3
4
5
6

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25B318
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41#
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42
43
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4.0439
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15

f1J~AX. MAX pe~M T

IN ORDE R OF (1) MAX THERMAL RESS
I TAN CE
80. 21 TYPE No.
DESCRIPTION L C
MAX
fae
MAX.
tr
EO
~TRU_C
SAT.
-TURE DWG. AD
No.
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19
10
10
10
12
10
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10
10
10
10
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1.0
10
8.0
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6.0
15
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3.0
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3..0
5 ..0
5.0
5..0
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5.0
5.0
5.0
5.0
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3 ..0
3.0
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10
8.0
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5·2
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2.0
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1~~
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1..0
4 ..0
4..0
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5aam
5aam
5.oam
2.0
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500m
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3.0
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2.5
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140
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125
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200
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170
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450k§
100
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55
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15
66
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20
30
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95
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20am
2aam
200m
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25am
12am
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1.6u

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8.0k
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3.5u
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60
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6.0k

ig~

All
All
All
All
AI1
D
D
D
D
A

2.DM§
2.0M§
35ak§
35ak§
3aak§
3aak§
3Dak§
3aak§

3gg~§

18u

Ig¢
MD6a A
T.o3
T.o3
g&
T.o32 A
T.o3
<:\0
T.o3
T.o41
MD3
MD3
MD3
MD3
T.o3
T.o3
T.o3
T.o3
g&
T.o3
C0

~~g~:

~gg

A
D
DA

A

A
D
DI1
D
D
A
DlI
A
A
A
A
A
AD
AD
D
D
D
D
D
D
AI1
AI1
All
A
AI1
A
A
All

g~,t

g~

g~

ig~

T.o3
T.o3
T.o3
T.o3
T.o3
T.o3
T.o3
T.o3
T.o3
T.o3
T.o3
T.o3
T.o3
T.o3
TD3
T.o3

g~
g¢
A

g~

C1:75

ig~l

¢

T.o3
T.o3
T.o3
T.o3
T.o3
T.o3
T.o3
T.o3
T.o3
T.o3
T.o3
T.o3
T.o3

cQj

ig~

T.o3
T.o3
T.o3
T.o3
T.o3
T.o3
T.o3

g&
C0

C\O
¢

:::g~

T.o3
T.o3
T.o3.
T.o41
T.o3
T.o41
T.o3

ig~l

T.o3

ig~

A
A

A

A
All
A
A
A
A

~&

T03
A
T.o3
T.o3
T.o3
<:0
T.o3
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T.o3
T.o3
T.o3
g~
TD3
T.o3
C0
MD17d
MD17d
MD17d C0
MD17d C~

g~

~0

g~

25ak
25akt
250kt
25akt

16am

SYMBOLS AND CODES
EXPLAINED IN INTERPRETER

2au
20u
2au
20u

All
All
AI1
AI1

:::g~
:::g~

g

l£J

LINE
No.

. HIGH POWER TRANSISTORS
8. GERMANIUM PNP
ABSa LUTE MAX. RATINGS @2S'
MAX.
hfe
TYPE
No.

~: ~~i~i3

3# 5FT214
4# 5FT238
5FT239
~: 5FT240
7# 5FT250
2N285A
8
9
2N285B

l~ 1~~~g67

12
13#
14#
15#

2N1227
25B126
25B127
25B128

1~5B128A

l~! 25B129
18# AD138

!g4~g~50
~~! A5Z17t
2;#
22# A5Z18t
23# AUY37
24
LT5088

~~

tH~~~

30

LT5092
LT5094
LT5095
LT5097

33

mng
LT5101

36

LT5106

27

~g

~~

t:::~lg~

~~

ml~~

3~

45

LT5110
LT5112
LT5113
LT5115
LT5116
LT5118
LT5119

:~

It+~ ~~2

39

:~
42

:~

2N5324t
2N5325t
MP3730
MP3731

48
49
50
51

~~ I~~:~n
54
2N458
55#

~~~j1i

~~:
~~!

NKT401t
NKT402t
NKT403t
60# NKT404t

~~! I~~i:g~t
2N378
2N379
2N380
2N459t

63
64
65
66

1~~lmA

g~

2N1136B
2Nl137
2Nl137A
2Nl137B

69

~~

72

I~~mg~

~~

75
76
17
78

2N1314
2N2137
2N2137A
'2N2138

~g

1~~~mA

81

2N2139A

~~

84

~~

87

~g

90

~~

93

~~

96
f!.7.
98.
99.

19~:

10H
103.
104.
105.

Jg~.
108

,

1~~~l:gA
2N2141

I~N2141A

2N2142
2N2142A
2N2143
2N2143A
2N2144

1~~~mA

2N2145A
2N2146
2N2146A
B1178
JAN2N3791t
JAN2N3792t
2N3611
2N3612
2N3613
2N3614
2N3615
2N3616
2N3617

1~t'l3618

2N250
2N251

l~g: ~~~j~~

D.A. T.A.INC.

l1J

MAX .
THERM
RES.
J to C
(Wl

~~~~>'>

666m
666m
666m
666m
666m
667m
667m

6~7m

667~&

MAX pe~M
FREE A
AIR @ X
2S'C
(Wl
45 iii
45 ~
45 ¢
4512\
45. Ii'
10

667".:~

I~~~~

670m
670m
670m
670m
714m
714m
714m
714m
770m
170m
770m
170m
170m
170m
170m
833m
833m
833m
833m
833m\!?
833".:g
833m

30 #

(2\
~

¢
iii
~

¢
0
\!?
¢

lto

¢
50 g)
50 ¢
50 0

833".:~

~~~~~

833m
833m
833m

Ig~~~

833m
833m
833m
833m
833m
833m
833m
833m
833m
833m

I~~~~

833m
833m

~~~~¢

(A)

1#5 3.0
#S 6.0
6.0
Ii"~ 10
#5 3.0
3.0
Ii"j 3.0
#J 5.0
3.0
Ii" 3.0
.#J 3.5
3.5
Ii"j 6.0
#J 6.0
6.0
I!j 8.0
#J 8.0
6.0
Ii"j 6.0
#J 6.0
10
I#J 6.0
#J 6.0
#J 6.0
I#J 6.0
#J 6.0
6.0
I!j 6.0
#J 6.0
6.0
Ii"j 6.0
#J 6.0
6.0
Ii"j 6.0
#J ~.O
6.0
Ii"j 6.0
#J 6.0
6.0
Ii"j 6.0
#J 6.0
6.0
Ii"j 6.0

!:j I~:g
56
56
56
56
50
50
50
45
50
1.3
1.3
1.3
1.3
1.3

833m~

833m
833m§

Ie

~~ ~ I:~ ~:g

667m
667m
667m
667m
667m
667m
667m
667m

667m
667m
667m
667m
667m
667m
667m
667m
667m
667m
667m
667m
667m
667m
667m
667m
667m
667m
667m
667m
667m
667m
667m
667m
667m

T
E
M
P

20
20
125
62
62
63

g)
¢
g)
¢
iii

~~ ~
6212\
~~ ~

63 iii
62 ~
62 ¢
6212\
63 \!?

~~ ~
~~ ~

62 iii
63 8
62 ¢

855m
150 \!?
855m
150 ~
900m
85
900m
85 \!?
85 ¢
900m
85 0
900m
900m
85 \!?
85 ¢
900m
85 iii
900m
900m
85 ~
25 ¢
909m
25 iii
909m
909m>,>
56 §
935m
70

.J 10
.J 10
.J 5.0
.J 10
#J 5.0
5.0
Ii"j 5.0
#J 6.0
10
Ii"j 10
#J 10
10
I!j 10
#J 5'fo
I:j 5.0
#J 5.0
5.0
I!j 5.0
#J 6.0
#J 6.0
I#J 6.0
#J 6.0
6.0
I:j 6.0
#J 5.08
#J
§J I~:O
.5 ¢
#J 3.0
3.0
I!j 3.0
#J 3.0
3.0
Ii"j 3.0
#J 3.0
3.0
I!j 3.0
#J 3.0
3.0
Ii"j 3.0
#J 3.0
3.0
Ii"j 3.0
#J 3.<]
3.0
Ilj 3.0
#J 3.0
#J 3.0
10
§A 10
§A 10
.C 7.0
.c 7.0
.C 7.0
tC 7.0
.C 7.0
.C 7.0
.C 7.0
.C 7.0
3.0
I!j 3.0
15
Ii"j 15

•

Ib

(Al
500m
500m
1.0
1.0
2.0
500m
.15
.15
20

1.0
1.0
1.0
3.0
.70
.70
.70
.70
.70
.70
.70
.70
.70
.70
.70
.70
.70
.70
.70
.70
.70
.70
.70
.70
.70
.70

:ig
3.0
3.0

3.0
3.0
3.0
6.0 >'>
2.0
2.0
2.0
2.0
1.0
2.0

1.0
1.0
3.0 ~
3.0 ¢
3.0 \0
3.0 ¢
3.0 ¢
3.0 ~
3.0 ~
3.0
3.0 ¢
I;$·u \0
3.0 ¢
3.0 ¢
4.0
4.0
2.0
2.0
2.0
2.0
2.0
2.0
2.0
2.0
15 ~
15

BVebo BVeboJ BVeeo lebo @
BIAS
MAX Ve~Veb Ie
(V)

tV)

~~

~~

60
40
60
100
80

30
20
30
40
40

80
40
40
32
32
80
120
80
40

~g

~g

60
80
100
30
30
30
30
30
30
60
gg
60
60
60
80
80
80
80
80
80
100
100
100
100
ilgg
250
325
200
320
40
60
80
220
180
90
60
80
60

~g

20
40
30
105
gg
100
60
90
100
80
80
32
30
30
45
45
60
60
75
75
90
90
30
30
45
45
60

~~

75
90
90
160
60
80
40
60
40
60
80
100
80
100
30
60
70
40

15
10
10
40
60
40
10

~g

20
40
40
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15

19

4.0
4.0
2.0
2.0
20
20
20
3.0
1.0
40
20
40
20
20
20

20
20
10
15
15
25
25
30
30
40
40
45
45
15
15
25
25
30

~~

40
45
45
15
7.0
7.0
20
30
20
30
40
50
40
50
40
20

~irC

tV)

!l!.u~\O

3~

1.0m
1.0m
3.0m
3.0m
3.0m
1.0m

40
30
40
60
60
40
40

1.0~&
1.0m

~g

2.~~
2.0
2.0>'>

2,pr

.22m~

1.~~

.22m~

1.<2~

:lg~~

1.0
1.0
1.0

.22m¢
1.0m
1.0m

.10m~

.10m¢
3.0m
3.0m
3.0m
3.0m
3.0m
3.0m
3.0m
3.0m
3.0m
3.0m
3.0m
3.0m
3.5m
3.5m
3.5m
3.5m
3.5m
3.5m
4.0m
4.0m
4.0m
4.0m

9~

14.~m

4.0m

400u$
400
2.0m
2.0m
2.0m
500ug)

220~g
150u

60
32
32
32

150u~

150~g
150u
150u~

150u¢
500u
500u

32

~gg~¢

30
55
65
30
55
65
60
60
16
20
20
30
30
45
45
60
60
65
65
20
20
30
30
45
45
60
60
65
65
160
60

60
30

2.()~

14

1.~~
j~~~ 1.0

150
200
200 &
320
40
60
80

gg
45
30
45
60
75
60
75

2~~
2.0

3.0m

1.0~~
1.0m

30
16
16
40
60
40
25
35
48
48
60
55
30
30
30
30
30
30
60
60
60
60
60
60
75
75
75
75
75
75
90
90
90
90

tV)
1.()\!?

1.2mg)
1.0".:g
1.0m
1.0'11~

l:g~~

8.0m

~§O':.¢

2.0m
2.0m
2.0m
2.0m
2.0m
2.0m
2.0m
2.0m
2.0m
2.0m
2.0m
2.0m
2.0m
2.0m
2.0m
2.<]m
2.0m
2.0m
2.0m

¢
~

¢
~
~

¢
Ql

Ii'
§

2'POm¢
1.0m#
1.0m#
5.0m
5.0m
5.0m
5.0m
5.0m
5.0m
5.0m
5.0m
1.0m
2.0m
4.0".:§
3.0m

118

1.~~
1.5
1.~>'>

2.~&
2.0
~.~~
2.~~
2.0
2.()g)

2.~~
2.0
2.()g)

2.~g
2.0
2.()~

2.~~
2.0
2.<2g)
2.~g
2.0
2.<2g)

2.~g
2.0
2.()~

2.~~
2.0

MIN

tA)
1.~

2.0
2.0
5.0
5.0
5.0
2.0
.50
.50
4.0
.50
.50
3.0
3.0
6.0
6.0
6.0
5.0
5.0
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.~

!tg¢ 1.0
2.00 5.0
2.()g) 5.0
50m
4.g~ 6.0
3.0
5.0
1.~~
5.0
1.~~
1.5
5.0
1.<2g) 6.0
I.gg 1.0
1.0
1.0
1.<2~ 1.0
1.0
I.gg
1.0
1.0
1.~8 1.0
1.0
1.~~ 2.0
2.0
2.C?g) 2.0
2.~~ 2.0
2.0
2.0
5.()\!? 3.0
3.0
5.~g 3.0
5.0
5.()~ 3.0
~:g~ 3.0
3.0
2·<28 3.0
5.0
2·ff¢ 30m
2·~8 500m
2.gg 500m
2.0
500m
228 500m
2.~~ 500m
2.0
500m
2.()g) 500m
2.~g 500m
2.0
500m
500m
I~:g~ 500m
2.0~ 500m
2.()~ 500m
2.~~ 500m
2.0
500m
2.()~ 500m
2.gg 500m
2.0
500m
2'28 500m
2.0¢ 500m
2.0
5.0
2'2~ 1.0
1.0
2·gA 3.0
2.0
2.()~ 3.0
2.~~ 3.0
3.0
2.0
2.()\!? 3.0
3.0
2:g~
3.0
2.
2.()g) 3.0
500m
l.~g 500m
1.5
5.0
2.~§ 5.0
2.0

~g
20
20
20
20
20
150 &
150
20
30 &
50
15
26
16
16
30
25

~~ ¢
25 iii

~g Ii'

40
40
80
80
160
160
40
40
80
80
160
160
40
40
80
80
160
160
40
40
80
80

;~g

20
20
10
15
10
10
10
15
30
25
60
50
50
100
30
15
20
30
20
50
50
50
75
75
75
30
20
20
30
30
30
30
30
30
30
30
30
30

60
60
200

~g ~

3012\
50
125
75
180
150
150
200
50
40
70
70
70
100
100
100
150
150
150
75
50
80
60
60
60
60
60
60
60
60
60
60
100
100
100
100
100

~g

50
50
50
50
50
50
50

~g

50
50
35
35
60
60
30
30
45
45
30
30
30
30

IN ORDER OF (1) MAX THERMAL RESISTANCE
8< 21 TYPE No.
DESCR IP I N
MAX
fae
MAX.
tr
kSTRUC
SAT.
-TURE DWG.
RES.
No.
(0)
(Hz)
(sl
20u
Ato.
~gg~~ 130m
ig~
lJg
A
150
200ktto. 130m
T03
A
70m 6.0u
Ato.
T03
30 \!? 300kt
30 ¢ 300kt
70m 6.0u
Ato.
T03
70
400k
40m 4.5u
Ato.
T03
150
200kt
130m
A
T03
.50
DAto. T03
.50
DAto. T03
650kt .20
50
90u
Ato.
ig~
1.0
~:g~~ 1.0
T03
50
A
T03
100
A
T03
36
A
T03
36
A
T03
A
T03
~L~ 5.5k
A
T03
5.5k
A
lj~ Ii' 250kt
ig~
20u
75
250kt
20u
T03
110
250k
20u
to.
T03
450k§
110
A
T03
100kt
1.0
T013
100kt
1.0
T010
100kt 1.0
T013
100kt
1.0
T010
100kt
1.0
T013
100kt 1.0
TO 10
100kt 1.0
T013
100kt
1.0
TO 10
100kt 1.0
T013
100kt 1.0
TO 10
100kt
1.0
T013
1.0
100kt
TO 10
100kt
1.0
T013
100kt 1.0
T010
100kt 1.0
T013
100kt 1.0
TO 10
100kt
1.0
T013
100kt 1.0
TO 10
100kt 1.0
T013
100kt
1.0
TO 10
100kt
T013
100kt
T010

l~~

¢

100
100
100

;gg~~ ;:g
2.0M§to. 50m
2.0M§to. 50m
1.0M§to. 10
1.0M§to. 833m
200m
200m
200m
1.5Mt
50m
17k
110m
430kt
140m
430kt
140m
430kt 420m
430kt 420m
430kt 420m
420m
~~~~ 500m
5.0kto.
500m
8.0kto.
500m
5.0kto.
500m
.33
.33
.33
.33
.33
.33
10k
10k
4.5k
12kto. 250m
12kll 250m
12kto. 250m
12kto. 250m
12kto. 250m
12kto. 250m
12kto. 250m
12kto.
12kll ~~g~
12kto. 250m
12kto. 250m
12kll 250m
12kto. 250m
12kto. 250m
12kto. 250m
12kto. 250m
12kto. 250m
12kll 250m
250m
250m
1.0Mt .15
4.0M§ll
4.0M§to.
83m
83m
83m
83m
83m
83m
83m
83m
2.0
2.0

m1

150 #
150 #
70
70
120
120
60
60
90
90
90 ~
90
120
150
4.0k

~?m
9m

SYMBOLS AND CODES
EXPLAINED IN INTERPRETER

.

15u0
15uilJ
26u
26u
26u
lOu
16u
16u
16u
15u
25u
25u
25u
25u

5.~u

E
E

A
A
A
D
D

A
A
A
A

5.0u
5.0u
5.0u
5.0u
5.0u
lOu
lOu
A
A
A
A
A

A
A
A
A
2.0u
1.5ug)
1.5u¢

DA

A
A
Ato.
A

I+gl~

~

g

AD
DE

g~
g~

C~

g~

g~
CI2\

F(2\

~~

Fiii

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OAlI T041 g~
40
10k
60m
20u
T036
All
70
10k
20u
All
,?Om
:::g~~ !g~
50
10k
40m
20u
All
50
10k
40m
20u
All
T036
600k§lI 30m 700u
100
T041
130
3.0kll
2.0m
25u
T036
340k§
10m
lOu
A
T036 c8
340k§
lOu
A
T036
10m
340k§
lOu
A
T036
10m
200k§lI 80m
90
A
T03
~'"
200k§lI 80m
90
A
T03
120
1.0kll
A
T036
120
1.0kll
A
T036
120
1.0kll
A
T036
200
1.0kll
A
T036 g~
200
1.0kll
A
T036 <:8
200
1.0kll
A
T036
2.0kll
T036
2.0kll
T036 <:8
120 # 2.0kll
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:::g~g Ig~
180 # 2.0kll
20~~
180~ 2.0kll
20u
T03S
180 # 2.0kll
T036
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2.0kll
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<:8
120 # 2.0kll
T03
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g~
180 # 2.0kll
T03
20~
120 # 2.0kll
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<:8
180 # 2.0kll
T03
20~~
120 # 2.0kll
g~
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180,li; 2.0kll
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<:8
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10m
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A
T036
340k§
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A
T036 g~
340k§
10m
lOu
A
T036
9.0m
A
T036
20 ?;1 2.0kll
20 ¢ 2.0kll
9.0m
A
T03S g~
20ii 2.0kll
9.0m
A
T036
2.0kll
9.0m
A
T036
20 ~
20 ¢ 2.0kll
9.0m
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A
20jl 2.0kll
9.0m
A
T036 c8
9.0m
A
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20 ~ 2.0kll
20 ¢ 2.0kll
9.0m
A
T036
9.0m
200 2.0kll
A
T036 c8
9.0m
A
T036
20 ~ 2.0kll
20 ¢ 2.0kll
9.0m
T036 Ig~
A
20
2.0kll
9.0m
A
T036
340k§ 7.0m
lOu
T036
340k
7.0m
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T036
340k
7.0m
lOu
T036
250 # 200k§lI
T03
A
200k§lI
A
T03
~~gl 200k§lI
T03
A
A
T03
2~1;! # 200k§lI
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250 # 200k§lI
100k§
MT7
22
20u
A
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100k§
20m
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2~ 150k§
15u
All
MT7
20m
20m
42
MT7
150k§
20m
15u
All
MT7
20m
42
MT7
200k§
lOu
MT7
~~m
200k§
20m
lOu
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84
20m
MT7
110
10k
A
MOll
12u
MT7
X71
A
A
X71
A
3.0m
X71
25u
A
X71
3.0m
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A
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I,,·um
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C0

C0

C0

C0

C0
C0

gg
gg
g{

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~8~

gg

C0

mj

gg

C0
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0

SYMBOLS AND CODES
EXPLAINED IN INTERPRETER

ciil

gg

C0

LINE
No.

~

9. GERMANIUM
TYPE
No.

HERM IM~~;C~~
rt~t:r;
AIR @ X M
RES.

J to C
(Wl

~# ~cm~'"

2.5m0
2i5m:

g# BDY15A
7# BDY15B
BOY15C
BDY16A

17m
77m
17m
17m
17m
80m
80m
116m
116m
117m

g!

l~#
12

l~

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2N144/13

~~~~~?26

15# A0165
2N326
AD161
2N1218
18

l~#

~g
21
22
23
24

~g

27

~~

30

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2N1296
2N1298
2N1321
2N1323
2N1325
2N1327
2N1329

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2N1334

2S'C
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I~:g

3# AC194
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~

n~:::\ll

¢

1.0 '#
1.0
1.6 "'115
12
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12 ¢
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4fo <1l
25 ~
¢
333~~ 25
25 ill
333m
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333n,:~ 25
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250
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~~~~
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333m
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250

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IA)

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1~

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IN ORDER 0 F (1) MAX THERMAL RESISTANCE
& TYPE No.
ut:::>\;111 III N
BIAS
MIN
MAX
fae
BVebo BVeboJBVeeo lebo @
MAX.
tr ~TRUC
MAX Vet?jVeb Ie
SAT.
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2000
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10
25
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A
400m" 2~g I/>
10
25
350
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5.0
36
36
150
100M§
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50
PE
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36
S.O
36
100M§
300
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PE
M069
2'2~ SOOm 100
5.0
36
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36
600
500m
200
M06g
PE
100~~ 2.~~
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64
64
2.0
150
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lOOn
50
PE
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64
5.0
64
100MI
100n50 2.QIg 500m 100
300
PE
~gfj
30
15
30
2.0m
500m
2.0
11
A
1.~~
60
30
4.5
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60
6.0m
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A
11
T013 1=0
15
1.0
15
1.~
~~ 50 500u 1.. ~'e 500m
l~U~~~
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~~317 CI/>¢
10
1.2
50
25~~ 1.0
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25
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10
20
A
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35
300u
35
15
60
A
M09
150kt" 1.2
1.~~ 1.0
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32
10
500m
A
20
80
320
3.0MI
M017e
1.~~
1.5
1.0
1.5u
100u
A
45
45 I
1.0
T03
15
30
120
C0
7.0k"
35
1.0
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15
30
30
1.0
g~
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60
2.0
30
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15
1.0
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2.0
<15
3.0
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80
15
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30
T03
4.0
80
1.0
100
15
2.qlg 500m
1.0
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30
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15
30
1.0
35
2.~~
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2.0
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30
T010 Fiil
60
15
1.0
3.0
30
1.0
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15
60
80
2.C21g 5Q~m
80
4.0
500m
30
1.0
T010
100
15
2.~~
2.0
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15
30
1.0
30
1.0
35
15
45
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60
30
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2.QI!J 500m
60
80
15
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4.0
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100
15
80
30
1.0
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PN
. HIGH POWER TRANSISTORS
ABsl L fI; MI IX. RA INGS @ZS'
MAx.
h1 e

1.0
1.0
2.5
2.5
2.5
2.5
2.5
1.5
800m
2.0
1.0
1.0
2.0
1.0
3.0
3.0
3.0
3.0
3.0

,!j I~:O.0
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3.0
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3.0
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ii'

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~~
~~

~~

~~

~~
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I

D.A. T.A.INC.

124

SYMBOLS AND CODES
EXPLAINED IN INTERPRETER

LINE
No.

1J

TYPE
No.

L1JMAX. MAX pe~M T
THERM FREE A E
RES.
AIR @ X M

J (~I C

~;C

P

13l?~
4
5
6
7
8
9
10
11
12

l~

15

TRSP3254S
TRSP3255S
TRSP3504S
TRSP3505S
TRSP3754S
TRSP3755S
2N5023t
2N5091
2N5093

~~~8~~

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~~~~~~~~~~
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31
32
33

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2.2m
2.6m$
2.6m$

~:~~:

2.8m
2.8m
2.8m
2.8m
2.8m
2.8m
2.8m
2.~m

2.8m$
2.8m$
2.8m
5.6m
5.6m
5.6m
5.6m
5.6m

2N4236
2N4314
40537
5.6mg:

5.6m~

40T
41
42

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48
49
50
51

2N5680
2N5147
2N5149

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5.6m>,
5.7m
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5.9m

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TRSP2254

q~~~~~6:S

TRSP2504S
TRSP2754
TRSP2754S
TRSP3014

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6.0
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2.0 'I)

1.0
1.0
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1:8
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1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1:8
1.0
1.0
1.0
1.0
1.0
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1.0
1.0
1.0
1.0

6.6m~
6.6mll)
6.6m@
6.6m¢
6.6m§
6.6m§
6.6m§
6.6m§

1:8
1.0
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1.0
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1.0
1.0
1.0

6.6m@
6.6m~
6.6mg:
2N5231¢
TRSP2255

:::~~~~~6~S

84

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gg
87

:::~~~~~~~S

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90

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:::~~~~g6~s

:::~~~:gl~s

93

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96

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~~

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105

:::~~~:~g~s

1~~3~m
2N3245t

D.A. T.A. INC.

10m
10m
10m
lQm
10m
10m
10m
10m
10m
10m
10m
10m
11m
11m
12m

13m~

13m~

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1.0

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§J
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§J
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:j§J

§J
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700m
1.0
1.0
1.0
1.0
1.0
1.0
1.0
700m

~88;::

500m
500m
1.5
1.0
1.0
2.0
2.0
5.0
5.0
400m

:~ :88~

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§A
§A
§A
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400m
400m
400m
400m
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:88;::
400m

§A
§A
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:~

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400m
400m

:8g;::

§J
§J
§J
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3.0
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5.0
5.0
3.0
3.0
3.0

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~:8

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2.0
2.0
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10 ~
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1~~ 100m
1~ 100m

4.0¢
3.00
10
10
10
10
10
10

~~

10
30
30
30
30
30
30
40
20
20

50
140
140

500m

m
90

5.0
5.0
5.0

~:8

7.0

15400
140

100u
100u
100u

65

100u

m

188~

1.02, 500m
12~ 50m
1011i 50m

18~ ~8~

1(ill 150m

40
25
50
100
50
100
40

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1:8

g~~g~+

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.~\!

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1.0
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.40
.40.40
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.40
.40
.40
.40
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.40
.40
500m
1.0
500m
1.0
500m

MAX

~~DER OF (1)
~TYPE No.

~8g

MAX THERMAL RESISTANCE

MAX.
SAT.
RES.
(OJ

100
200
200

200M§
400k§
30M
30M
30M
30M
30M
30M
200M§LI
20M §LI 120
20M §LI 120

75
150 #
300,ii:
150 #
300 #
140

150M§LI 1.2
150M§LI
200M §LI
150M§LI
200M§LI
60M§LI 4.3

250

tr

DES RIPTI N
ISTRUCI
l:.TURE
DWG.
No.

L C I
E0
A D
D E

(s)

PE
PE

1.7

TOI
T066
T039 A
T05
M014
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IN
8.
ABS( L TE MAX. RATIN S @ 2 S ' M A X . h f e
Ie
Ib
BVebo BVeboJBVeeo lebo @
BIAS
MIN
MAX Ve!lJVeb Ie

1:8
1.0
1.0
1.0

§A 400m

:~
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§A
§A
§A
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§A
§A
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§S
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§J
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~~

400m
400m
400m
400m
400m
400m

I400m
'!Q~m

1.0
700m
1.5
1.5

l:g

§S 1.0
§S 1.0
§S 50m

200m
500m
200m
200m
200m
500m
200m
200m

500m
500m
1.0
1.0
2.5
2.5
50m

40
50
60
40
60
80
90
150
200
250
60
100 t
120 t
100
100
100
100
225

~8;:: ~~8

4.0
5.0
5.0
7.0
7.0
7.0
7.0
7.0
5.0

~:8

4.0
4.0
5.0
4.0t
4.0t
5.5
5.5
5.5
5.5
5.0

275
275
300
300
325
350
375

5.0
5.0
5.0
5.0
5.0
5.0
5.0

~8;::

:~g

~:8

450
450
475
500

~g~ I~~~

100
80
120
40
60
80

~8

1~6 ~
200 *
250 *
60 *
100
120
80
80
80
80
225 §

~:8 ~~6

50m
50m
50m
50m
50m
50m
50m
50m
50m
50m
50m

50
40
50
40
40
60
80
65
55 §

§
250
275 §
275
300 §
300
I ~50 §
,,;150

:88
425

§

5.0
5.0
5.0
5.0

450 §
450
475

Itg

§

5.0
5.0
5.0
5.0
10
10
10
10
10
10

18

~gg

1~_uLl

100n~

1OOn\£l
250n
100u
1OOu
100u
250n¢
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1~~~*
5.0u\£l

5.0~!,~

100n¢
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1.0u
11·.00mm~=tt.

HE

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1.0m#
3.0u0

~:8~~

1..'1"

100u
1.0¢. 500m
1.0~ 500m
l0i 150m
1.0~
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1.~
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1.0~l250m

10

4.~

150m

50~

4·P&¢ 5~8:
10Qj 10m
Igi 10m
1.0
10m
2.0
1.0
2.~~ 1.0
5.~?;1 1.0
5.~ 1.0
5.~~ 2.5
5.0p", 2.5
10\£1 25m

~:8~~

1~~ ~~;::

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50

~

20M§LI 200

3.0~~

lQ!:9
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25 #
25jt

50 'I)
50 Qj
50~

20M§LI 200
20M§LI 200
20M§LI 200

3.0u?:l
3.0ulD

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10u§
1Ou§
10u§
10u§
~2·00Uu

120
40
60
80

20u

~8

1~

1~

25m
25m
25m
25m

19~ ~~~

1.0'0 200m
1.2~ 200m
I.Q?;1 200m
1.0\£1 200m
10 2.0
10 2.0
10 2.0
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3.Q?:l 1.0
3.~ 1.0

~:~~ ~88~

50m

10
5.0
5.0
15
30
50
5.0

225 §

31 . 00nu.'\'1
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3.01D 500m
1~?t 150m
10 150m
1.0
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1.0~", 1OOu
1011i 25m

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275

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375

50m
50m
50m
50m
50m
50m
50m

400
425
450
450
475
500

500m
200m

60

~5~0'mm

5~Q2Q5

40
60

1:8

175
175
300

5.0

1.0n~

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5.0
350
5.0
5.0
5.0
5.0
5.0
5.0
5.Q
5.0
7.0
5.0
5.0
5.0

~:g

5.0
5.0
5.0

20n
1.200n.~
n\£l

250

§

400 §
400
425
450 §
450
475
55~~0~0 §
40
90 §
40
60

1:8

175
,175
'.>00

30M§LI 2.0
50M§LI
60M§LI

lQ!:9
10¢
10Qj

1~?;1

80
60
60
15
30
50
225

50m

150
90
120

33.'00uu¢~
U\£l

40
40
30
30
1~8!00

§

40
30
70

3.0~

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11 0000nn=tt.
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100~
100nl'!
3000\Zl

125

12~

25m
25m
25m
25m
25m
25m

lQ?:l
10\£1
1Q~ ~5m
10¢ 25m
100 1.0m
4.2~ 150m
1.~~ 1.0
1.5\£1 1.0

1~~ ~g~

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100

~~1 ~8j ~8~:~ ~88

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20
20
20
20
20
20
20
40
100
50
50

40M§
40M§
40M§

120

Ig8
120

750m
750m
750m

:~8;::

450m
60
300m
60
300m
60
~OOm
60
800m
60
800m
60
800m
120 # 200M§ 3.2
300 # 200M§ 3.2
8.0M§LI
8.0M§LI
~g At 50 115_ 8foMJfLl 200

25m

~3·. g0~u~¢
UID
3.0u~

~~1 ~8j ~8~:~ ~88

25
40
25

50m
50m
30m

25 #
2
5!
25
'IF
25 #
25 #
25 #

50
50
50
50
50
50

~

¢
Qj
(JJ

~
~

20M§LI
20M§LI
20M§LI
20M§LI
20M§LI
20M§LI

200
200
200
200
200
200

50
30
20

250
120
80

168

I~gg

~6gm

150
300
250

150k§LI 40
200k§LI 40
30M §LI 500

50
100
25

AA.'~

~(lJ

T05

35n

3.0~~

3.0u?;1
3.0!!l!<.

25m
25m
25m
25m
25m
25m
25m

T05
T05

OPE
OPE
EA
EA
EA

~8 :

~~;::

1~
1~~

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30n
30n

1~8j ~:8~:~

20M§LI 200

3.0~~

400~~

400n¢
70n

150 # 3.0M§LI
250
200M§\Zl9.3
300
100M§
22
90 # 100M§ 4.0

50 ~

3.0ulD

80
40
40

200
o~g~;~ 5.0m
200
20M§LI 5.0m
200
!~~!'-1§
120 # 175M§LI
75 # 150M§LI
250
60M§LI 930m

25 #

3.0!!l!<.

1~~

20
30
40
25
50
30
30
30
50
50
15

30n
30n
400n¢
400nQj

100M§LI 9.3
180M§LI 10
150M§LI 10

T05
T039
T039
T039

:::g~

T05
T039
T039
200D
200p
200p
20012.
200p
200p
20012.
200p
200p
200D
200p
200p
20012.
200p
222~
2~

OMLI
OMLI
OMLI
OMLI
OMLI
OMLI
OMLI
OMLI
OMLI
OMLI
OMLI
OMLI
OMLI
OMLI
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OM"

~8~~ ~t

50n\£l
1.5u
1.5u
1.5u

40n
40n
200n
200n
200n
200n
200n
200n
200n
200n
200n
200n
200n
200n
200n
200n
200n
200n

40n
40n

:8

SYMBOLS AND CODES
EXPLAINED IN INTERPRETER

:::g~

400mso

PL
PE
PE
PE
OLI
OLI
OLI
OLI
OLI
OLI
EA
EA

~~
A0
~~

A¢
A~
A~~

A~
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A¢
;"0

:::8~~ ~~

T05
T05
T05
T05
T05
T05
T05
T05
T05
T05
T05
T05
T05
T05
T05
T05

~~1

X51
T05
T05
T05
T037
T037
T037
T037
T037
T037
T046

:::8:g

~~

A0

OMLI M014

g~~ ~gl!

OMLI
OMLI
OMLI
OMLI
OMLI
OMLI
OMLI
OMLI
OMLI
OMLI
OMLI
OMLI

M014
M014
M014
M014
M014
M014
M014
M014
M014
M014
M014
M014

~~~ ~g1!

OPELI MM9
MM9
T05
T05

o

AA:~

'10

LINE
No.

2
3
4
5.
6
7
8
9
10
11
12

flJ

.

10 SILICON PNP .ABSOLUTE
HIGH MAX.
POWER
TRANSISTORS
RATINGS @25'C
TYPE
No.

I~~::~~i

15

2N4406t
2N4407t
2N4890t
2N4929
2N4930
2N4931
2N55S3
40319
40362
40634
MM3126t
2N3719t
2N3120t

lS

40394

21y

MPSU56
2N2SS1
2N2882
2N3202

1~

1~: ~~~~~~i

~~y ~Ep!lSoJt5

~~

24

~~

27

~~

30
31
32
33

~~

36
37
38
39

:~

42

:~

45
46
47
48

~g
51

~~

54

~~

57
58
59
60

g~
63
64
65
66y
~!y
68
69

~~~~g~

2N3208
2N3795t
SOT3321
SOT3322
SOT3323
SOT3324
SOT3325
SOT3326
SOT3327
SOT3328
SOT3329
STC5610
STC5611

·~ig~g~~
MPSU52

~!~~~~~t67t

JAN2N3868t
2N5322t
2N5323t
2N5415
2N5416
40595
TRSP15X

i~~~~~~

TRSP30X

i~~~~bri~

TRSP4001
TRSP4002
TRSP4003
TRSP4930

i~~~~~~l

TRSP5282
TRSP5415
TRSP5416
MJ8100t
MJ810tt
2N3660
2N3661

~~: ~~~~:4A
12

~~

75

ST75006
B0127
2N4387
2N4388

g~

~~

1~~~J~j

2N5599

I~~~gg~

90y:jj 2SA613

~t'll I~~~~~~

93

~;
96

~~

99

19~

102

19~

105

19~

108

~¥~

~~~#

TRSP2006

1+~~~~22~

TRSP4016S
TRSP4296
TRSP4297
TRSP4298

i~~~:~g~

TRSP5006

i~~~~ggg

TRSP8006

~~~g~~

D.A. T.A. INC.

AIR @
25'C
(WI

~g

&

5.0 ~
5.0 ~
1.0
1.0
1.0
J:g
1.0
5.0
1.0
1.0
6.0
6.0
1.0
1.0
7.0
1.0
1.0
1.0
8.5
8.5
8.7
8.7
87
8.7
5.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
8.8
8.8
8.8
8.8
1.0

125
¢
$

?;1
$
~

~
~

$
~,

¢§

5.0 \0
1.0
1.0

1~;

10
1.0
56m# 1.0 ~
56m
1.,z0 0
56m
10 ~
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10 ¢
56m
56m
100
~.O
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1.0
56m
56m
1.0
56m
1.0
56m
1.0
56m
2.0
56m
2.0
56m
2.0
2.0
56m
56m
2.0
56m
2·PO ¢
57m
57m
10!
66m
5.0
66m
5.0

~~~

142m

I~g~gg~

87

2Sm
28m
28m
28m
28m
28m
2Sm
2Sm
2Sm
2Sm
2Sm
34m
34m
34m
34m
40m
40m
45m
45m
50m
50m
50m
50m
50m
50m
50m
50m
50m
50m
50m
50m
50m
50m
50m
50m
50m
50m
50m
50m
54m
55mS
56m
56m
56m

I~~~~~~

~g
83
84

~~~

2N4899

MPSU51

81

~2#

RES.
J to C
(W)

66m
!j6m
66m
66m
67m
12m¢
12m
75m
75m
75m
111m
114m
114m
114m
114m
114m
114m
114m
119m
119m
133m
133m
1~~m
133m
133m
133m
133m
133m
133m
133m
133m
133m
133m
133m
138m
142m
142m

TRSP15X5
TRSP20X5
TRSP25X5
TRSP30X5

4~# ~~l~o~

78

f1!~AX.
MAX PCf
HERM FREE A

l~~m

12 ¢
2.0
2.0
2.0
2.0
9.0 ¢
1.0
7.5 ~
7.5 g
7.5
14

~g

g

~g ~

20
20

~~

125
15 I:';
10 ¢
20 0

~g

g
200
20 ~
20 ¢
200
20 I:';
20 ¢
20 ~
20 \1)
20 ¢
200
20 ?;1
25 ¢
250

~~ ~

T
E
X M
P

Ic

Ib

(AI

(AI

~gg~
~~
§S
§S
§S
§S
§S
§S
§S
§J
§J
§A
§J
§J
§J
§J
§J
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tJ
tJ
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§J
§J
§J
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tJ
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§S
§J
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§A
§A
§A
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§
§
§
§
§
§
§
§
§
§
§
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§J
§S
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~j

§J
§J
§J
§J
§J
§J
tJ
§J
§J
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§J
§J
§J
§S
§J
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§J
SJ
SJ
§A
§
§
§
§
§J
§J
§J
§J
i
§
§
§
§
§C
§J
§J
§J
§J

1.5
1.5
500m
500m
500m
500m
500m
700m
700m
700m
1.5
3.0
3.0
3.0
3.0
1.0
1.0
1.0
1.0
2.0
2.0
3.0
3.0
3.0
2.0
1.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
750m
750m
750m
1.0
800m
1.0
3.0
3.0
2.0
2.0
1.0
1.0
2.0
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
5.0
5.0
1.5
1.5

~~

SO
SO
60
150
200
250
30
200m
200m
200m
500m
500m
500m

1.0
1.0
1.5
1.5
1.5
1.0
500m
2.0
2.0
2.0
2.0
2.0
2.0
2.0
2.0
2.0
500m
500m
500m

1.0
1.0
500m
500m
1.0
500m
500m
500m
500m

500m
500m

500m
500m
1.0
1.0

1.~

1.0
1.0
1.0
1.0
1.0

~gOm

1.5
2.0
2.0
2.0
150m
2.0
2.0
1.5
2.0
2.0
2.0

500m
500m
500m
500m
!.20

50m
300m
300m

:It
2.0 #
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
2.0
1.0
1.0

1.0
1.0
1.0
1.0
500m
500m
500m
500m
500m
500m
500m
500m
500m
500m
500m
500m
500m
500m
500m
500m
200m
1.0
1.0

3.0

JgOm

~:g

1.~

IN ORDER OF (1) MAX THERMAL RESISTANCE
& 21 TYPE No.

MAX.
hfe
BVcbo BVeboJBvceo Icbo @
BIAS
MIN
MAX Vc~Vcb Ic
@25'C
(V)
(AI
(V)
(VI
(VI
(AI

40
60
40
60
60

~g

SO
60
100
40
60
80
40
120
40
60
80
100
40
60
80
100
120

120
60
175
40
60
100
75
200
350
175
200
250
300

~gg

150
200
250
200
250
175
325
350
60
80
40
60
92
175
200
250
300
199
100
SO
120
350
40
60
60
80
100
100
120
60
80
450
200

I~gg
450
350
350
500
500
450
500
600
700
SOO
60
40
60

~~

I~:~
5.0
5.0
5.0
4.0
4.0
4.0
3.0
2.5
4.0
7.0
5.0
4.0
4.0
4.0
4.0
7.0
5.0
4.0
4.0
10
10
10
10
10
10
10
6.0
6.0
6.0
6.0
6.0
6.0
6.0
6.0
6.0
10
10
10
10
5.0
5.0
4.0
4.0
7.0
5.0
4.0
6.0
4.0
12
12
12
12
5.0
4.0
4.0
4.0
4.0
4.0
4.0
6.0
6.0
4.0
6.0
5.0
5.0
5.0
5.0

I~:~
12
12
12
12
~.O

~~

SO
80
40
150
200
250
30
40
70 §
50
40
60
40
60
40

6:~

6.0
6.0
6.0
6.0
4.0
4.0
4.0
4.0
Kg
6.0
6.0
6.0
5.0
5.0
5.0
5.0
7.0

~:gg

1~~1

~g

150

~~2

300
300
100
150
200
250
200
200
150
300
200
300
60
SO
30
50

~2

3:~~¢

300

~g

~:~¢

~:gg

§
§
§

§
§
§
§
§

1.~

1.0
10125 30m
1<2~ 30m
100 30m
100 30m
10 .50
200m
5.~g
150m
1.0
10 1.0
10 1.0
10 1.0
2<2\1) 50m
10¢ 500m
tO~:.
lOu • 100 500m
100u~ 5.~~ 250m
1.0
1:g~:
1.0
1.0m# 5.~~ 1.0
1.0
5.~g 500m
l:g~g 5.0
1.0m.? 5.0JlA 500m
5.0n¢
100m
100u
199 50m
100u
1~?;1 50m
100u
10¢ 50m
100u
100 50m
100u
1~~ 50m
100u
10¢ 50m
100u
100 50m
100u
1~~ 50m
100u
10¢ 50m
100u
100 20m
100u
20m
100u
199 20m
100u
100 20m
6.<2~ 1.5
1.~g 500m
100u
1.0
500m
100u
1:g§ ~~gm
1.0m
4.0

lOOn
lOOn
tOOn
lOOn
10m
3.0u¢
100u
lOu
lOu
lOu
120uY?,

~~g

4gg
200
300
400
400
250
250
350
350
450
500
600
700
SOO
50
40
60

4·fg¢
\jE
r

2.b~

150

8.0
S.O
8.0
7.0
5.0
5.0
4.0
5.5
5.5
5.5
5.5
7.0

25~i

~~~:

200 III
300 III

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5.~g 500m
5.0
5.0JlA 500m
150m
250n
199 1.0
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1.0u~
1~~ 1.0
10¢ 1.0
1.0u~Qj
2.00 100m
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50m
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10u* tgg 150m
500m
2.~\1)
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1.0
1.0
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2.5
150u
3.~~
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3.0~Qj 2.5
250n
10 1.0m
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1.~1:'; l~~m
50m
50m
500m
4.~\1)
4.~~ 500m
1.0
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1.0
2.~g 500m
2.0
1.0m# 2.<2~
10m
.01m
2.0
.01m
2.0
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5.~~ 2.0
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5.~& 2.0
2.0
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5.0
.01m
5.~?;1 2.0
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2.0
5'~$ 2.0
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5.0
.01m
5.~?;1 2.0
4.~ 150m
4.0
150m
4.~~ 150m
3.0~Qj .01
10 150m
tOOn:lt
1~ 50m
2.~g 1.5
1.0u# 2.0
1.5
4.<2\1) 500m
100;;
100u
500m
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50m
50m
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100u
10
30m
100u
1~~ 30m
10¢ 30m
100u
100u
10~ 30m
300n
10
30m
1.0u
10
10m
1.0u
10
10m
3.0u
10
10m
3.0u
10
10m
10
1.0u
10m
1.0u
10
10m
1.0u
10
10m
1.0u
10
10m
50ut>
10
50m
50ut:.
50m
lOu
2.0
lOu
2.02, 2.0
500m
tOO~g
1~g 500m
10
lOOn
25~~

199~g ~:gg

SO
60
100
40
60
SO
40
120
40
60
80
100
40
60
80
100
120
40
60
100
120
40
175
40
60

30
100
80
120
300
40
60
40
60
80
80
100
40

1~~~ lri~

1:~~

~g

5.0

~~~¢

5.~1:';

19o~

126

MAX

(HzI

l~g

~IS.

150M§t:.
150M§t:.
100M§t:. 9.3
100M§t:.
20M§t:.
20M§t:.
1.0G§t:. S.O
100M§ 9.3
100M§
2.7
200M§t:. 1.2
60M§t:.
60M§t:.
60M§t:. 1.0
60M§t:. 1.0
60M§t:. 9.3
500M§
125M§ 2.4
125M§ 2.4

1.0M§t:.
1.0M§t:.
1.0M§t:.
1.0M§t:.
500k§t:.
40M§t:.
40M§t:.
40M§t:.
40M§t>
40M§t>
40M§t>
40Mt
40Mt
40Mt
1.0M§t>
1.0M§t>
1.0M§t>
150M§
200M§t:.
60M§t:.
60M§t>
50M§t:.
50M§t>
15M§t>
15M§t:.

300m
300m
300m
300m
20
.50
.50
.50
.50
.50
.50
.60
.60
.60
200m
200m
200m
20
2.6
15
500m
500m
1.4
2.4

2.7
25M§t>
25M§t>
25M§t>
25M§t>
30M
20M
20M
20M
20M
20M
20M
20M
20M
20M
20M
30M§t:.
30M§t>
25M§t> 2.4
25M§t> 2.4

lr

199 : !~:g~~

IDESCRIPTIONIL
STRUCI
E
l:TURE
DWG. A
No.
0

T039 A~
T039
T05
!&
T05
T05
T05
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t:.
T039 ';''riJ
PE
T05
!§
PE
T05
PE
T05
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T05
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T05
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100~[
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T05
65n~
T05
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A
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T05
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5.0u
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PEt:. T05
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PEt:. T05
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PEt> T05
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PEt> T05
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PEt> T05
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PEt> T05
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PEt> T05
PEt> T05
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pEt:. T05
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T05
A
T05
0
A
T05
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A
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A
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A
100nl:';. PE\Zl T05
T05
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T05
T05
T05
T05
T05
M014
T05
T05
T05
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M014
M014
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T039 A
tOOn\£l
T05
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Aiii

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3.0

3.0
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1.0u
1.0u
1.0u
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1
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PE
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PE
PE
PE
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+~~7 I~¢

M014
M014
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T066
T066
T060
T066 A~¢
T066
T066
T066
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PE
PE
120

3.0

800m

SYMBOLS AND CODES
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I

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60n
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1.0
380m
380m
380m

C
0
0
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900
40k
25M§t:.
40k
900
25M§t>
900
40k
25M§t>
900
40k
20
60
25kt
30 # 100 #
70
50M§t>
20
120
20M
20
120
20M
20
120
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10M§t>
50
25
100
25M§t>
25M§t:.
25
100
10
60M§t>
70
2gg :
50M§t:.
30
70
200 # 60M§t>
50M§t:.
30
2gg :
30
~g I~gg # 20M§t:.
300
25M
30
300
25M
30
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30
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2.5M
30
150
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50
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75
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75
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75
300
30
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300
30
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300
30
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300
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30
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15
60 # 25Mt:.
20
100 # 3.0Mt:.
20
100 # 3.0Mt:.

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MAX. I
SAT.

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120 #
30
80
240 #
50
250
20
20
20
100
25
35
200
35
200
50
250
120
30
25
l~g :
25
25
20
15
40 #
~~~ #
100
100
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20
60
20
60
20
60
20
60
20
60
20
60
12
36
40
120
40
120
40
120
40
120
20
60
20
60
20
60
20
60
20
60
20
60
60
20
20
60
12
36
50
300
100
300
40
200
150
30
30
130
40
250
30
150
120
30
70
350
40k
900
900
40k
40k
900
40k
900
25
250
20
250
20
250
20
250
20
250
20
200
20
200
30
200
30
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30
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D.A. T.A.INC.

127

SYMBOLS AND CODES
EXPLAINED IN INTERPRETER

LINE
No.

~

3
4
5
6

~

~

10. SILICON PNP· HIGH POWER TRANSISTORS
ABS( L TE M lX. I1A INIl:> @;tD'
TYPE
No.

. ~~~m

2N3184
2N3185
2N3186
2N3195

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9

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12

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15

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18

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21

2N3178

24
25
26
27

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2N3188

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30

2N3191

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33

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36

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39

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2N5318t
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48

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51

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42

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54

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60
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63

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HERM
RES.

75

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78
81

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84

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90

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93

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96

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99

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102

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105

19~

108

2N5683
2N5684
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D.A. T.A.INC.

(A)

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434m
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454m
454m
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454m
454m
500m
500m
500m
500m
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500m
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500m$
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500m
500m
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85
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2.0
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2.5
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20
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4.0
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10
10
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MAA..:
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MAX Ve~Veb Ie

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IN ORDER OF (1) MAX THERMAL RESISTANCE
& TYPE No.
DESCRIPTI N
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MAX
fae
MAX.
tr
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RES.
No.
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60
80
100
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100
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60
80
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100
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60
80
100
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100
40
60
80
40
60
80
80
100
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100
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60
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40
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10
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10
10
19
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10
10
10
10
10
10
10
10
10
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10
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40
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80
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40
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55
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60
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5.~

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8.0
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60
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100
40
60
80
40
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80
100
80
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80
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100
120
60
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60
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I"
I

LINE
No.

1J

HIGH MAX.
POWER
TRANSISTORS
10. SILICON PNP .ABSOLUTE
RATINus @25'C
MAX.
TYPE
No.

MAX pe~M T
-1~AX.
HERM FREE A E
RES.

J(~)C

~

3
4
5
6

~

9

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2N37S0t
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50
50
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50
50
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$
$
$
$
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P IAI

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100
40
SO
100
SO
100

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S.O
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100
40
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100
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100m
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1.0
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60
60
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80
425
450

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550

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200

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400

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600

800
60
120
40
350
350
500
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36
40
80
80
80
100
135
50
60
60
80
SO
90
40
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600
700
SOO
900
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40 t
55

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60
90
90
90
36
40 t
40
60

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30
40

300m
200m
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100m
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~~

300m¢
25m
25m
25m
25m
60
40

12
5.0
7.0
5.0
5.0
5.0
5.0
4.0
4.0
4.0
4.0
4.0
4.0
4.0
4.0
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6.0
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6.0
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6.0
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6.0
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30
60
300
60
60
60
60
400
450
500
500
550
600
650
700
750
800
200
225
250
250
275
300
300
350
350
400
400
450
500

III

20u'D

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75u
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10\£1 500m
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lQ~ 500m
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10\£1 500m
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20
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20
40
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60 ¢
40
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80
20
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600 §
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40
40
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75
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15
15
30
50
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30
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35
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35
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6.0
6.0
6.0
6.0
6.0
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5.0
4.0
4.0
4.0
4.0
4.0
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2.0
7.0
7.0
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7.0
2.0
3.0
4.0
5.0
6.0
6.0
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2.0
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5.0
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10m

1()~ 10m
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10\0 150m

5.0\/> 500m\/>

20
20 t

15
20
40
30
75
30
75
15
15
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
10
10
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2~~~:~

ISO
ISO
20 t
20 t
17 t

300M§D.
27M*
200M§D. 3.3
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140M§
120M§
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132

55m

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35 g)
35 ID
35 f/J
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350
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150

iii
iii

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20M§D.
20M§D.
20M§D.
20M§D.
20M§D.
20M§D.
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20M§D.
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PL
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400n
400n
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400n
400n
400n
400n
400n
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400n
400n
400n
400n
400n
400n
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zuM§D.
50M§D.

No.

25n
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OM
OM
OM
OM
OM
OM
OM
OM
OM
OM
OM
OM
OM
OM
OM
OM
OM
OM
OM
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OM
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T05
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M014
M014
M014
M014
M014
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M014
M014
M014
M014
M014
M014
M014
M014
M014
M014
M014
M014
M014
M014
M014
M014
M014
M014
M014
M014
M014
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150n0
300n¢

50
75
25
50
10
10
40
100
40
40
20
7.0
10
20
30
100
10
10
30
30
30
30
30
30

150
300
75
ISO
60
200
120
300
120
120

40

120

20M§D.
20M§D.
20M§D.
20M§D.
300M§ 2.0
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60M§
60M§
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PL
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13
10

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300 # 80M§D.
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200
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ISO
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64
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500m
3.0
5.0
3.0
3.0
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SYMBOLS AND CODES
EXPLAINED IN INTERPRETER

PE
OPL
50m
50m

50n

:::g~~ ~~
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A

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150 # 200M§D. 3.7

300
120
300
300

T05
T05
T05
T05
T05
T05
T05

A
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~g~:~ ~g

20M§D.
20M§D.
20M§D.
20M §D.
1.2G§D.
1.2G§D.

PE
40
40
40
30
30
30
15
30
10
50
50
100
125
75
165
75
165
75
100
35
100
100

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100njl.l
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100uD.
100uD.
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35

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60 ¢
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18g
90

2.0

13m
ISm
16m
16m
16m
16m
16m
16m
16m
16m
16m
16m
17m
20m
20m
20m ..
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20m#
20m
20m
20m
20m
20m
20m
20m
20m
20m
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20m
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20m
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61
62
63
64

1~~~ ~:8

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1:~

16# 74T2
17
TRL40 I 5S
IS
TRL4505

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IN ORDER OF (1) MAX THERMAL RESISTANCE
& 21 TYPE No.
DESCRIPTION L C
fae
MAX
MAX.
tr ISTRUC
E0
SAT.
L:TURE DWG. A D

o

PE

T061 A
MT72h R
T039 A¢
T05
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MM9
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PE
PE
PE
PE
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R119
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R119
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MT27
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A¢
A
A
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11. SILICON NPN . HIGH
POWER TRANSISTORS
LUTE MAX. RATINGS @25'C
LINE
No.

i
3
4
S
6

13
14
lS

1~

18

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lYPE

No.

~~~~g

MST25
MST30
MSl35
MST40

MST75
MSl80
MST85

~~+~~

MST100
2N497
2N498
2N656
2N657

~~

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32#
33
34
35
36#
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38#
39
40
41
42

:~

48
49+

2N3734t

2S019
2S020
40346Vl
40412Vl
A245
BF179A
BF179B
BF179C
PT1558
2N1506A
2N3309
2N3659

:~~:~~1

40349Vl
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~~

57

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2N5098

:~ I~~g~

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20m
20m
20m
20m
20m
20m
20m
20m
20m
20m
20m
20m
20m
20m

1.0
1.0

§A
§A
§A
§A
§A
§A
§A
§A
§A
§A
§A
§A
§A
§A

350m
350m
350m
350m
350m
300m
300m
300m
300m
250m
250m
200m
200m
200m

:~

150m

100m
100m
100m
100m
100m
100m
100m
100m
100m
100m
100m
50m
50m
50m
50m

250
300
350
400
450
500
550
600
650
700
750
800
850
900
950
1.0k

~g~$

U
~
4,0 \0

~5m~

25m~

25mlO
25m
25m
25m

1,0

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1,0
1,0
1.0
1,0

1:g
1.0
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lRS2254

lRS6014
TRS6204S
TRS6504

~~

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99

TRS7014S

103
104
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19~

108

2N497A
2N498A
2N6S6A

~~~~j~

JAN2N1479

D.A. T.A. INC.

10
~

~

10

2.0 ~
2,0 ~
2,010

~~~$ ~:g

69

+~~~~~:S

~

3,5 ~
3,5 ¢
2,0
4,4
4,4
4,4
1,7 ~
1,7 ¢
2,5

26m

~~~

TRS5404S

~

10

§J
§J
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§A
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500m
500m
1.5
1.5
400m
400m
400m
400m
1.0
1,0

60
100
60
100
85
100
50
75
60
100
60
100
500m
500m
40

50m
50m
50m
500m

:~ ~gg~

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500m
400m
400m
1,0
1,5
1,5
1,5
50m
50m
250m

10m
10m
10m
200m
200m
100m
250m

!~gg~

80
80
50
220
40
55
75

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500m

160
160
250
700m# 65

~g

26m$
26m$
26m$

+~~~gg~

+~~:g~:

~

~~~

23m
23m
23m
25m

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94
95
96

i:g95
4,0
4,0
4,0
1,0
1.0
1.0
1.0
2,0
2.0
2,0
2.0
4,0
4,0
4.0
1,7
1.7
1.7
4,0

+~~m:

:~

1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0

22m
22m
22m
22m
22m
22m
22m
22m
22m
22m
22m
22m
22m
22m
22m
22m
22m
22m

TRS1604

90

1~

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66

TRS4014S

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MAX.
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BVebo BVeboJBVeeo lebo @
BIAS
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MAX Ve~Veb Ie
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(VI
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26m
26m
26m
26m

81

TABS
E
Ie
M
P
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~+m~

21
22
23
24
27

L1JMAX. MAX pe~M
I !HERM FREE
A
RES.
AIR @ X
J to C
25'C
(WI
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26m

~g~
26m
26m
26m
26m
26m
26m
26m

1,0

~g~

26m
26m
26m
26m
26m
26m
26m
26m
26m
26m
26m
26m
26m
26m
26m
26m

26m
26m
27m
28m
28m
28m
28m
28m
28m
28m
28m

10

§A 1.0
§A 1,0
§A 1,0

:~

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g :j I~gg~

1.0

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400m
400m
400m
400m

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1,0

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400m
400m

1,0

§J
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400m
400m
400m
400m

1,0
1,0
1,0
1.0
1,0
1.0
1.0
1,0
1,0
1,0
1,0
1,0
1,0
1,0

1.0
1,0
1.0
1.0

s,o ¢
1.0

5,0 \0
1,0

50m

400
500
600
700
800
650
800
50
50
100
120
140
160
180
200
225
250
275
340
300
385
325
350
420
375

50m

:gg

I~gg~
50m
50m
50m
50m
50m
50m
50m
50m
50m

400m
400m
400m

1.0

500m
500m
500m
500m
500m
200m
200m

50m

50m
50m

§A
§A
§J
§A
§A
§J
§A
§A
§A
§A
§A
§A
§A
§A
§A
§J
§J
§J
§J
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400m
400m
400m
400m
400m

50m
50m

400m
400m
400m

400m
500m
500m
500m
SOOm
§c 1,5
§J 1,5
§C 1,5
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250m
250m
2S0m
250m
1.0
1,0
1.0
1.0

480
425
530
450
475
580
500
625
525
650
550
575
700
600
750
650
800
700
850
750
800
5S
60
100
60
100
60
60
100
100

~~
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
4.0
5,0
8,0
8,0
8,0
8,0
4,0
4,0
5,0
5,0
8,0
8,0
8,0
8,0
4,0
5,0
5,0
5,0
5,0
5,0
3,0
5,0
2,0
3,5
4,0
7,0
7,0
7,0
5,0
5.0
4,0
4,0
3,0
6,0
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6,0
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6.0
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6.0
5.0
6.0
3,5
8,0
8.0
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8.0
12
12
12
12

300 §
350 §
400 §
450 §
500 §
550 §
600 §
650 §
700 §
750 §
800 §
850 §
900 §
950 §
1,Ok§
80 §
50
60
100
60
100
60
80
30
50
60
100
60
100
175 §

220
250
45
80
50
170
17
30
75

4.0u\O

10\0

3.0u~
4.0u~

6.0u~
6.0ulO
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1~~

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55m
45m
45m
25m
25m
25m
25m
25m
22m
22m
20m
20m
15m
20m

1Ou~
10u~
10uID

1~~ 200m
lq~ 200m
101D 200m
100n~
2~~ 25m
50nY;
10
10m
200~0:# 1,5
1,0

100u
100u ~
5,OUt>1O
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1~~ 200m

lq~ 200m

1010

10m
30m
5,0 10 500m
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§

¢

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3,Ou

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§
§
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§
§
§
§

3,Ou~

I~:g~g

§

2,Ou~

§
§
§
§
§
§
§

3.0u~
3,OUID

5.0115 100m
lQ~ 70m
1010 100m
lQ~ 100m
lQ~ 100m
1010 100m
lQl!; )~~m
lQ~ 100m
10\0 100m

4,0115
4,Q~

4,Q~
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4,Q~
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55 0
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133

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DM
DM
DM
DM
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PL
PL
ME
ME
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20ugj
40nlLl
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20 # 200 # 2,OGM
15
250
50M§t>
15
250
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15
250
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15
250
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115

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20
22 ¢
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65 10
30 \1l
30 Ql
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20

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30

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2S #
25 #
10
12
12
30
30
20
20
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20

30

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PL
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PL
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DM
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60

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30
30
30
30

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50k§
50k§

30
30

50M§
50M§t>
50k§
SOM§
50M§t>
50k§

30
30
30
38
30
30

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20
20
20
20

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30 115
30 O'i
30 ~
30

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D
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20

20 Ol
220
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10

LC
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199
100

25

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50m
50m
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25
25
25
30

30
40k§
90
15
100 #
10 #
140M§t> 4,0
12
36
25
12
36
25
30
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25
30
90
25
50
275 # 250M§t>
40
250M§t> 5,0
30
120
300M§t> 20
20
80
250M§t> 20
12
36
4,7M§
15
12
36
4,7M§
15
30
90
4,7M§
10
30
90
4,7M§
10
25
10M§t> 50
40
10M§t>
400M§
10
120M§
120M§
120M§
10
100 # 250M* 4.0
10
100 # 250M* 4,0
5,0
100
300M§t> 2,0
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10
200
800M§
10
200
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150M§
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gg ¢

30
30
30
30

300;" ~g

4,q~
4,010

§

§
§

75
10m
100m
5,0~~ 100m
1010 100m
4,00l 4~nm
4:00
4.00 150m

5011L

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§

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§

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100u~

1.0u¢~

§

~~

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1~~

¢

140
115
115
36
40
20
350
400
450
500
550
540
660
100
120
140
160
180
200
225
250
275
280
300
320
325
350
360
375
400
400
400
425
440
450
47S
480
500
520
52S
S40
5S0
S75
S80
600
620
6S0
660
700
700
750
800
30
60
100
60
100
40
40
55
55

3.0u~

IN ORDER OF (1) MAX THERMAL RESISTANCE
& 21 TYPE No.
DESCRIPTION
MAX
fae
MAX.
tr
ISTRUC
SAT.
l:TURE DWG.
RES.
No.
(Hzl
1m"
lsi

~g

50M§t>
50k§
SOM§t>
50M§
50k§
50M§t>
50M§
50M§t>
SOk§
50MM
50M§
50k§
50M§t>
50M§
50M§t>
50M§

60
30
60
30
30
60
60
60
72
60
76
72
60
60
60
60

~g~:t>

gg

50M§t>
50M§
50M§
800M§

60
60
60
10

90 #
60
1.5Mt
7.0
60
800kt t> 3,8
60
1,5Mt
7,0
60
800kt t> 3.8

SYMBOLS AND CODES
EXPLAINED IN INTERPRETER

AOl

.40

+g~

~g

~g~§

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T05
l05
l05
l05
T05

DM
DM
DM

1,Ou

AI15
A

A¢
A
A¢
A

DM

ig~

AQj

DM

lOS
lOS
l05

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A

DM

lOu
lOu
lOu
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T05
l05
T05
T05
TOS
TOS
TOS
TOS
T05
T05

:::g~

T05
DM
lOS
lOS
TOS
DM
l05
TOS
DM
T05
lOS
lOS
DM
lOS
lOS
DM
lOS
lOS
TOS
l05
T039
PE
TOS
TOS
lOS
TOS
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TOS
MELI T05
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A¢
A

A\O

Ai15
A

11. SILICON NPN . HIGH
POWER TRANSISTORS
LUTE MAX. RATINGS @25'C
MAX.
LINE
No.

TYPE
No.

IlJTHERM
MAX. I MAX Pc lM TABS
FREE A E
Ic
RES.

J (~I C

~~~

~

1~~~~~j16L

6
7
8
9

2N1613B
2N1711A
2N1711B
2N2017

1~

1~~~~nA

12
13
14
15

2N2594
2N3053
2N3252t
2N3253t

25
26
27

2N3665
2N3666
2N3742

~~

~~~~~~866

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

2N3948
2N4429
2N4924
2N4925
JAN2N4926
JAN2N4927
JAN2N4930
JAN2N4931
2N4976
2N5279
2N5422
2N5481
2N5527§

:~

~~~~m

48

~~

2N5536§

~~~~m

51...
52...

2N5687
2N5698

57
58
59
60
61
62
63

40309
40311
40314
40315
40317
40320
40323

~a ~~ggg
~~# ~gg~~8

g;

:g~~~

66

40366

~~

:g~g~

69
70
71
72
73
74
75

40407
40408
40578
40581
40611
40616
40635

~~# BFY44
83# BFY70
84# BSW29

~~# ~~:t61t

93

MM2262t

~;

~~~~g~t

96
97
98 ...
99 ...

MM3724t
MM3725t
MM4429
MM4430

ilg~

102
103
104
105
106
107
108

~~~~uu

TRS140HP
TRS160HP
TRS180HP
TRS200HP
TRS225HP
TRS250HP
TRS275HP

D.A. T.A. INC.

28m
2Rm

2S;"

28m

~~~

28m
28m
28m
28m

AIR @ X M

f.it;C
1~:8

(Il

5.0 125
l.n
125
1.0

;:0

1:8 ill
1.0
1.0
1.0
1.0

~~~

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28m
28m

1.0
1.0

~~~

~:8

(Il

125

28m
28m
28m
28m
28m
28m
28m
28m
28m
28m
28m
28m
28m
28m
28m

1.0
1.0
1.0
1.0
1.0
1.0
5.0 g)
5.0125
1.0
1.0
1.0
5.0
1.0
5.0 !!?
5.0 (L)

~~~

~:g

28m
28m
28m
28m
28m
28m
28m
28m
28m
28m
28m
28m
28m
28m
28m
28m
28m
28m~
28m(L)
28m
28m
28m
28m
28m
28m
28m
28m
28m
28m
28m
28m
28m
28m
28m
28m
28m
28m
28m
28m
28m
28m
28m
28m
28m
28m$
28m*
28m
28m
28m
28m*
28m
28m
28m
28m*
28m

1.0
1.0
1.0
1.0
1.0
5.0 ~
1.0 'I)
5.08
5.0 ~
5.0 I[)

~~~
28m
28m
28m
28m
28m
28m
28m
28m

~~~

28m
28m
28m
28m
28m
28m
28m
28m

(Il

5.0,~

50 !!?
50 (L)
50 g)
50 j
5.0 (L)
5.0 g)
5.0 ~
4.3 'I)
5.08
5.0125
1.0
1.0
1.0
1.0
1.0
1.0
1.0
5.0 ~
5.0 125
1.0
1.0
1.0
1.0
1.0
5.0 ~
5.0 <
20ut>
100nol
1.0m#
100ng!
100n(L)
500ng)
500n~
500n'l)

100u(ll
2.0m
1.0m
LOrn
LOrn
LOrn
LOrn
1.0m
1.0mt>

1.0~t>

100u
LOu
§

18
30
40
35
40
40
18
70
70
65

250n@
250n~

250n(L)
250n@
250n~
250n(L)

55

25 I7l
32 iZl

~{{

(A\

I.g~ I~ggm

4.<.?!!? 200m
4.0(L) 200m
4.~2'. 1200m
1<.?@ 150m
10m 100u
10121 150m
1<.?@ 100u
100l 200m
lQ~ 150m
1_0..\" 150m
5.00>
10
2.~g) 150m
1.<.?@ 500m
1.00> 375m
1.0\?! 500m

l:g~ ~88~

lQg) 150m
lQg! 150m
10(L) 150m
150m
2.g~ 1.5
2.0
1.5
1<.?121150m
1<.?@ 150m
100 30m

1,,9fl

1~~
10

30m
30m
5.0
50m
5.02'., 50m
10¢ 150m
5.00\
50m
5'102'.,0'" 500m
~'" 150m
100150m
1<.?@ 30m
lQ~ 30m
10(L) 30m
lOp 30m
5.0F5~ 50m
10(L) 20m

5.Q~ 3.0

5.<.?~
10
5.00
10
5.()@
10
5.0¢~ 10
12(L) 50m
1?@ 40m
1()@ 100m
10m 100m
10(ll 100m
4.001
4.dlf
4.0@
4.00\
4.0~

4.0@
4.00l

4.Q~
4.0¢~

50m
50m
50m
50m
10m
10m
50m
10m
50m
150m
200m
20m
1.0m
10m

10(L)
4.02'",
20ut>
1()",
100>
250n
LOut>
4.0(ll
100ut>
lOu
500n
4.Q~
50m
500n
4.0~
50m
10u* 4.60 150m
5.0ut>(Il
15§ 50m
5.Q~
250m
100u§
1.0\ 100m
100u§
4.0~ill.

350
50
90

25
18
40
60
30
40
60
40
30
40
40
40
40
60
60
60
50
100
150
25
30
50
35
35
40
30
140
160
180
200
225
250
275
300
325

5.0u(ll~

(V\

MIN

35
40
20
100
20
50
40
50
20
25
30
25
25
20
35
40
100
40
100
40
30
40
100
20
30
50
10
15
40
15
20
40
40
30
30
50
50
20
40
10
20
40
30
30
30

2.00\

500n(ll
100u
100u
§

§
§
§
§
§
§
§
§

199~~
lOu
lOu
lOu
lOu
lOu
lOu
lOu
lOu
lOu

134

2.02'_
1§@
150>

2~i

5.0
4.0
4.<.?@
4.Q!!?
4.0(L)

100
1800ktt> 13.8
120 # 60M§t>
60M§t> 1.3
300 # 70M§t>
70MM 1.3
200
10
120
60M§t> 2.0
200 # 100M§t> 6.0
40MM 5.0
250
100M§t> 9.3

~~

199 :tt l~g~~~ 1.2
120 # 150M§t>

~~g

'! 1~g~ ~~
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120
60M§t>

300 # 150M§t>

~gg

70
70
70
70
40
40
70
40
70
40
35
40
40
40

A(L)
A125

T05
T05
T05

A(L)
Aitj

T05
T05
T05

A(L)
Aitj

E
E

900n8
900ng!
900nl[)
900~?;1,
45n~!?l
45n(L)1Ll

AQl

Ae

Ae

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A

199~:~

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150 # 200M§t> 3.7

m'! l~g~~~ g
350
350
350
350
200
200
350
200

6.2
6.2
PE
PE

T0131 R
T039
A¢
T039 A

D
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T039

A125

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PE
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300n(ll

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300n¢

PEt>
PEt>
PE

300M§
600M§t>
800M§
27M*
100M§
100M§
100M§
100M§
100M§
100M§

~~g :tt 100M§
100
160
200
200

100M§
100M§

7.0
10
9.3

27M*
70
70
50
25
10
63

T05
T05
T05

A

200 # 40M§t>
250
1.0M§t>
150
15M§t>
60
300M§ 1.0

5.0

1.0
30
1.0
30
1.0
50
1.0
100
1.0
30
1.0
30
1.0
50
50m
40
50m
60
50m
40
150m
70
500m
25
500m
25
50m
20
50m
20
50m\1 15
50m
10
25m
30
25m
30
25m
30
25m
20

25m
25m

:

DE

~¢

110

30n!?l
35nlLl
35n
35n

LC
E0
A D

MEt> I+g~
MEt> T05

300
60M§t>
200
30M§t> 165
120 # 40M§t>
200 # 40M§t>
200
500M§t>
200
500k
10
150
60M§t> 3.3
700M§t>
200
700M§

500
500
250
1.4G§
200
70 ¢ 1.0G§
50M§t>
250 *
50M§t>
800M§
500M§
210M§
210M§
200M§
30M§
90
50M§
90
50M§
150
50M§
300
30M§
90
50M§
90
50M§
150
200
100M§t>
300
100M§t>
100M§t>
1 200
50M§t>
150
200M§t>
150
200M§t>
200
600M§t>
200
600M§t>

g
PL
PE
2.0

8.0
200m
200m
350m

250n125
250nlO

40n125

3.3
LOu
2.0
LOu
l.a
LOu
500m ...
900m
900m

~L

~~

50M§
50M§
50M§

30
22

SYMBOLS AND CODES
EXPLAINED IN INTERPRETER

ig~9 A(Il

T05
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AN

~.

R
~8

ig~9

T05
T05
T039
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T05
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IN ORDER OF III MAX THERMAL RESISTANCE
& 2\ TYPE No.
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MAX
fae
MAX.
tr
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LINE
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IN ~.RDER OF 111 MAX THERMAL RESISTANCE
• 21 TYPE No.
DESCRIPTION
MAX
fae
MAX.
tr I~TRUC
SAT.
L:TURE DWG.
rn')S.(S)
No.
1Hz)

PL

PE
PE
PE
PE
PE
ME
PE
PE
PE
PE

AIO

~~

~~

Tu59
A

T05
T060
T060
T039
T039

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40m$
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40m$
40m$
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MHT4483

105

MHT5003

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D.A. T.A.INc.

~

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40

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500m
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60
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SYMBOLS AND CODES
EXPLAINED IN INTERPRETER

~t

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AQI

T05
T05
T05
T045
T046
T045
T046
T046
T046

AClJ
AilS
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A
A
A
A
A

LINE
No.

~

3
4
5
6

~

9

l~

12

n

15

1~

18

~~

21
22
23
24

~~

27
28
29
30

n

33

~~

36

~~

39
40
41
42

:~

45

:~

48

~~

51

~~

S4
S5
56
S7

~~

60

g~

63
64
6S
66

~~

69
70
71
72

~

11. SILICON NPN . HIGH POWER TRANSISTORS
ABSOLUTE MAX. RATINGS @25'
hfe
MAX.

TYPE
No.

~~+~~y~

MHT5011
MHT5012
MHT5013
MHT5014

~~i~gJ~

MHT5052

~~i~~~~

MHT50SS
MHT50S6
MHT5501
MHT5502
MHT5503
MHT5504
MHT5S05
MHT5S06
MHT5507
MHT5S08
MHT5S09
MHT5S10
MHT5511
MHTS512
MHTS513
MHTSS14
MHTS515
MHTSSSI
MHTSSS2
MHTSS53
MHTS554
MHTSSS5
MHT5556
MHT9001
MHT9002
MHT9003
MHT9004
MHT9005
MHT9006
MHT9007
MHT9008

~~i~g~g

MHT9011
MHT9012
MST20B
MST30B
MST40B
MSTSOB
MST60B
MST70B
S71S*
SOTSSSI
SOT5552
SOTSSS3
SOTS5S4
SOTSSSS
SOTSSS6
SE8042
STT44S1
STT44S2
STT44S3
STT44S4
STT44SS
STT44S6
STT4483

~H~gg~

I~H~gg~

STT900S
STT9006
STT9007
75
STT9008
STT9009
76
STT9010
77
STT9011
78
STT9012
~g# ZT210
81# ZT211
2NS212
82
2NS213
83
84
2NS217
A270
~~ A274
87# BFS22

n

g~! ~P~2U305

90"
91"
92
93
94
9S
96

~~

99

MPSU06

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2N2034
JAN2N2631
2N2876
2N2911
2N3262t
2N3619
2N3620

19~ I~~~~~~

102
103
104
lOS

19~

108

l~~

2N3627
2N3628
2N367St
2N3676t
2N40S4
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2N40S6
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2N4132

D.A. T.A.INC.

MAX pe~M T
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40m$
40m$
40m$
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1.2
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1.2
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2.0
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2.0
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2.0
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800m
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2.0
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5.0
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1.0
1.0
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500m
7S0m
7S0m
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3.0
3.0
1.5
2.S
3.0
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2.5
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2.5
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3.0
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100m
100m
100m
100m
600m

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BVebo BVeboJBVeeo lebo @
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MAX Vc!1JVeb Ie

IN ORDER OF (1) MAX THERMAL RESISTANCE
• 21 TYPE No.
DESCRIPTION
MAX.
MAX
fae
tr
~TRUC
SAT.
-TURE
DWG.
RES.
No.
(0)
(51
(Hz!

MIN

@25'C

fA!

fV!

I~~~~

:~~

500m
500m
500m
SOOm
SOOm
SOOm
500m

60
80
100
140
180
17S
200

~~~~ 1m

500m
500m
500m
500m
500m
500m
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SOOm
500m
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500m
500m
500m
500m
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SOOm
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.SO
.SO
.SO
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SOOm
SOOm
SOOm
SOOm
SOOm
SOOm
SOOm
SOOm
500m
500m
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400m
400m
400m
400m
400m
400m

SOOm
500m
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SOOm
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200m
200m
200m

1.0
1.0
1.0
SOOm
1.0
S~Om

1.0
500m
1.0
1.0
1.0

100m

200
225
60
80
100
140
180
60
80
100
140
180
60
80
100
140
180
175
200
22S
17S
200
225
50
70
90
SO
70
90
SO
70
90
SO
70
90
200
300
400
SOO
600
700
S5
175
200
225
175
200
22S
30
80
100
80
100
80
100
60
SO
70
90
50
70
90
SO
70
90
SO
70
90
60
90
80
70
80
6S
36
36
65
60
80
300
80
80
80
80
ISO
100
75
7S
75
7S
100
100
90
90
300
250
200
150
90

(VI

(VI

(AI

199~~

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(VI

2.00 500m
2.~~ 500m
500m
500m
2.~?;1 500m
2.g~ 500m
500m
2.0

8.0
8.0
8.0
8.0
8.0
8.0
8.0

lOOn
100n?;1

~:g

199~~ ~:g~

8.0
8.0
8.0
8.0
8.0
8.0
8.0
8.0
8.0
8.0
8.0
8.0
8.0
8.0
8.0
8.0
8.0
8.0
8.0
8.0
8.0
8.0
8.0
S.O
S.O
S.O
S.O
5.0
5.0
5.0
S.O
S.O
S.O
5.0
S.O
5.0
5.0
5.0
S.O
5.0
5.0
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8.0
8.0
8.0
8.0
8.0
8.0
6.0
8.0
8.0
8.0
8.0
8.0
8.0
5.0
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S.O
S.O
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S.O
5.0
5.0
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S.O
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7.0
7.0
4.0
4.0
4.0
4.0
4.0
4.0
4.0
4.0
4.0
8.0
10
10
4.0
4.0
10
4.0
4.0
4.0
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4.0
4.0
4.0
7.0
7.0
7.0
7.0
7.0
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100~~

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10
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2.0
2.0
2.0
2.0
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§
§
§
§
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12u
12u
12u
12u

1~8~~+

1~~
10
1~8
100
H)0
10(0

5C?~m

SOOm
500m
500m
500m
500m
500m
500m
500m
SOOm
500m
SOOm
500m
SOOm
500m
500m
SOOm
500m
SOOm
.SO
.SO
.SO
.50
.50
.50
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
60m
60m
60m
60m
60m
60m

2.00 SOOm
2~~ 500m
100~~ 2.0
2.~~ SOOm
lOOn
500m
100n8 2~8 SOOm
100n0 2.~~ SOOm
SOn
1.0
IS0m
1.0u?;1
5.Q~ 1.0
1.0
1.0~~ S.O
S.~~ 1.0
LOu
1.0u~
S.Q~ 1.0
1.0~~ S.O
S.~~ 1.0
1.0
LOu
LOu\,:!
S.Q~ 1.0
1.0~~ S.O
S.~~ 1.0
1.0
LOu
1.0u~
SQ~ 1.0
5.~g 1.0
1.0~~ S.O
LOu
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1.0u?;1
S.~?;1 1.0
S.~~ 1.0
1.0~~ S.O
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5.~?;1 1.0
1.0~~ 5.0
5.~~ 1.0
1.0
LOu
5.02, 1.0
1.0~?
1~~ 150m
2~g~0 10
IS0m
10u.~ S.Q~ 200m
100u~g S.g~ 200m
100u. S.O
200m
S.Oml'> 5.Q~ SOOm
S.Oml'> S.g~ SOOm
SOOm
S.Om" S.O
SOOm
S.Om"
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100~~
lOOn
S.O
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1.0m
IS
1;t~~~(O
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2Su
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10 2> 300m
100n~
100n0
2.00 1.0
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1.0
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S.O
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1.0~~
5.~~ 1.0
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1.0
5.Q\':! 1.0
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1.0
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1.0
1.0
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100u
18§ 50m
100u
100u
100 SOm
SOm
l~g~0 S.O1)~ 200m
100n?;1

30
40
80
40
80
40
80
40
30
SO
70
30
SO
70
30
SO
70
30
50
70
60 §
85 §
80
70
80
36
18
18
36
60
80
;j00
60
60
60
60
125
80
40
40
40
40
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50
5S
90
300
2S0
200
ISO
80

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136

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:

120 :#
120 #

gg;

120 #
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SO

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30
30
50
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SO
SO
50
30 #
30 #
30 :#
30 #

l~g

;

m:

ISO :#
150 #
150 #
ISO :#
150 #

l~g

;

l~g :
120 #

gg:

120
SO
50
50
30
30
30
20
20
20
30
30
30
50
SO
SO
100
100
100
30
30
30
30
30
30

#

#

:#

#

90 #
90 :#
90 #

m:

#

150 #

:#
#

SO
50
SO
30
30

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150
ISO

ISO
150
ISO
150
ISO

#

20
20
40
40

19920 ;#
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;
20 #
30
30
30
SO
50
50
100
100
100
30
40
10
10
10
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S.O
S.O
S.O t
100
100
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20
20
30

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#
#

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60 #

1~8

;
120 #
60 \Z>

90 #
90 :#
90 #

m:

ISO #

ISO
120
60
80
80

~g~:~

50M§"
50M§"
50M§"
50M§"
50M§"
50M§"
SOM§"
50M§"
50M§"
50M§"
50M§"
50M§"
50M§"
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SOM§"
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SOM
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10M§"
10M§"
10M§"
10M§"
10M§"
10M§"
10M§"
10M§"
10M§"
10M§"
10M§"
10M§"
20M§
20M§
20M§
20M§
20M§
20M§
800M§
SOM§"
50M§"
SOM§"
SOM§"
50M§"
SOM§"
230M§
20M§"
20M§"
20M§"
20M§"
20M§"
20M§"
20M§"
10M§"
10M§"
10M§"
10M§"
10M§"
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10M§"
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200M§
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500M§
700M§
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180
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180
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60
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60
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20
60
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200M§"
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12
12
30
30
30
30
10

60
60
90
90
90
90
80

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T046
T046
r046
r046
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r046

A
A
A
A
A
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A
A
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T046
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34
34
34
34
34
34
5.0

~

70n
930m
1.0
1.0
1.0
1.0
1.0
2.4
2.4
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300m
670m
600m

!~

1.8u
1.8u

20m~

200M§"
200M§"
1.0M§" 800m
1.0M§l'> 800m
ISM§" 67
ISM§" 67
ISM§" 67
15M§" 67
# 200M§"

SYMBOLS AND CODES
EXPLAINED IN INTERPRETER

:~

~\~7

~gg~~~

:g:

~t

PL
PL
PL
PL
PL
PL
PL

50M§"
50M§"
50M§"
50M§"
50M§"
50M§"
50M§"

LC
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AD
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5.0u
S.Ou

RSO
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TOS
TOS
XSI
XSI
XSI
XSI
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g
L
L
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~121

LINE
No.

2
3
4
5
6
7
8
9

fI-J

11 . SILICON NPN .ABSOLUTE
HIGHMAX.
POWER
TRANSISTORS
RATINGS @25"C
MAX.
hfe
TYPE
No.

.t~Ni~~T'50t
2N4225t
2N4226t
2N5237t
JAN2N5237t
2N523St
JAN2N523St
2N5327t

l~: ~~gn

12# 25C911

1~#-# ~~51~~2A

1!ii: 25D137
25D156
25D157
3lE477
18
40347
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40349
21
83465
83466
83531
24
83532
25
83533
26
83534
27

l~:

~~
~g

~~~~~

30

83537

33
34
35
36

83596
83597
8359S
83599

39

83602

42

83605

45

8360S
83609
83610
83611

~~
~~
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:~

:~

48

~g
51
52
53
54
55

~~#

gg

~~~~~

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83614
83615
83616
83617
83749
83750
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D28A12
D28A13
DT1311
63i: DT1312
60

~~#

~~: ~im~

78

MHT7401
MHT7402
MHl7403
MHl7411
MHl7412
MHl7413
MHl7414
MHT7415
MHl7416
MHT7417
MHT741S
MHT7419
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M5P25

66

g~

69

~~

72

n

75

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g~
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85
86
87

:g

90

~~

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M5P40
M5P45
M5P50
M5P55
M5P60
M5P65
M5P70

~~~~g

96

M5P85
M5P90
M5P95
M5Pl00

99

5Dl3423

102

5Dl3426

93

~~

~~ I~ggg~

19~ l~gH~~~
19~

105

19~

108

l~g

I~gi~g~

5Dl3429
5184027
5184028
5184029

~ig~:~

D.A. T.A. INC.

l.J~AX. MAX pe~M
THERM FREE A
AIR @ X
RES.
25"C
J to C
(W)
(W)

~8~$ ~:~

III

50m
50m
50m$ 5.0 ¢
50m
1.5
50m$ 5.0 III
50m
50m$ ~:& 0
50m
4.0
2.5
50m
2.0
50m
50m
50m
50m
4.0 0
50m§ 4.08
50m§ 4.0 ¢
50m
1.0
50m
1.0
50m
50m
1.0
50m
5.0
50m
50m
50m
4.0 ~$
50m
4.0 gf
4.0 $
50m
50m
4.0 ~~
50m
4.0 &~
4.0 $
50m
50m
5.0 8~
50m
5.0 &f
5.0 $
50m
50m
5.0 ~~
50m
5.0 &f$
5.0
50m
50m
5.0 ~~
50m
5.0 gf
5.0 $
50m
50m
5.0 ~$
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5.0 &f$
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50m
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50m
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50m
50m
4.0 \!i$
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4.0 $
50m
50m
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50m
4.0 &f
4.0 $
50m
50m
4.0 8~
50m
g:
50m
50m$ 3.7 $
50m$ 3.7 $
50m
5.0
50m§ 1.0
50m§ 1.0
50m§ 1.0
50m§ 1.0
50m
5.0
5.0
50m
5.0
50m
50m
50m$ ~:g 0$
50m$ 5.0 ~~
50m$ 5.0 &f
50m$ 5.0 $
50m$ 5.0 ~~
50m$
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50m$ 5.0 8~
50m$ 5.0 &f
50m$ 5.0 $
50m$ 5.0 8~
50m$ 5.0 ¢$
2.0
50m
50m
50m I~:g
2.0
50m
2.0
50m
2.0
50m
2.0
50m
2.0
50m
2.0
50m
2.0
50m
2.0
50m
2.0
50m
2.0
50m

~:& ~

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50m
50m

50m
50m
50m
50m
50m
50m
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50m
50m
50m
50m
50m
50m
50m
50m
50m
50m

I~:g

2.0
2.0
2.0
2.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
5.0 ~
5.0 g
5.0
8.8
8.8

T
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M
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(A)

(A)
12.0

5·~0
3.0
3.0
5.0
10
5.0
10
10
100m
2.0
500m
60m
100m
100m
100m
100m

.50
.50
2.0

1.5
1.5
1.5
3.0
3.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
10
10
10
10
10
10
10
10
10
10
10
10
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
1.5
500m
500m
500m
500m
1.5
1.5
1.5
1.5
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
400m
400m
400m
400m
400m
400m
400m
400m
350m
350m
350m
350m
350m
300m
300m
250m
250m
200m
400m
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
1.0
1.0
1.0
3.0
3.0

500m
500m
500m

2.0
2.0

10m

BVebo BVeboJBVeeo lebo @
BIAS
MAX Ve~Veb Ie
@25"C
(V)
(V)
(V)
(A)
(V)
(A)
188
SO
100
150
150
200
200
100
300
SO
40
250
200
300
200
300
60
90
160
100
100
SO
100
SO
100
SO
100
60

~g

100
60
SO
100
60
SO
100
60
SO
100
50
70
90
50
70
90
50
70
90
50
70
90

500m
500m
500m
500m
2.0
2.0
2.0
2.0
2.0
2.0
2.0
2.0
2.0
2.0
2.0
2.0
150m
1~2m

150m
150m
150m
150m
150m
150m
150m
150m
150m
150m
100m
100m
100m
75m
75m
50m
100m

~.O

2.0
2.0
2.0
2.0
2.0
2.0
2.0
2.0

65
35
35
50
50
60
100

,gg

60
80
100
60
SO
100
60
SO
100
60
SO
100
100

~gg

250
300
350
400
450
500
550
600
650
700

~5g

850
900
950
1.0k
40
60
80
100
40
60
80
100
120
170
190
220
150
180

~:8

6.0
6.0
5.0
7.0
5.0
7.0
5.0
3.0
4.0
3.0
5.0
3.0
3.0
3.0
3.0
4.0
7.0
7.0
7.0
6.0
6.0
S.O
S.O
S.O
8.0
S.O
S.O
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
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IN ORDER OF {ll MAX THERMAL RESISTANCE
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DESCRIPTION L C
MAX
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SYMBOLS AND CODES
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3
4
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IN ORDER OF (1) MAX THERMAl RESS
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MAX.
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DESCRIPTION L C
BIAS
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30
PE
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3.5
2.0
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30
PE
100u"
100 20m 1.6k
12 250
100u
30k Il6'~0,
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12
T05
50~\9L
1~\9 20m 2.5k
100u
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12 ~gg
100 20m 1.6k
200n
10
30m
200
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M014
7.0
300
20
M014
7.0
200
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10
30m
200
50M
20
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7.0
250
30m
20
200
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40
2.0m
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MT27
l.b~ 150m 20 120
70
120
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150m::; 20
1.0u~
40
60
5.0
20
2.0
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PE
150~~ 40
150m
5.0
40
120
2.0
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5.0
40
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PE
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1.0u~
150m~ 100
5.0
60
60
20
3.0
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1.0~~
5.0
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40
120
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150m9; 100
5.0
80
60
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20
4.0
PE
150~~ 40
~:g~~
5.0
80
150m
120
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PE
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5.0
80
100
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2.0u\9
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~gg~\C
50 § 1.0u0 2.0¢
4.0
10
PE
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100u"
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10
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500M§
500m
200
4.0
40
20
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3.0u
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173
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§
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100n§
40M§
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5.0
80
MT32 !§
50
PL

11. SILICON NPN . HIGH POWER TRANSI~ TORS
ABSOLUTE MAX. RATINGS @25'C

2849-3t
2850-lt
2850-3t

D.A. T.A. INC.

liJ

rt

(AI

(VI

200m
200m
200m
200m
200m

100
125
150
175
200
60
36
70
40 t
80
70
65
450

1.0

500m

~gg~

1.0
1.0
100m

~g

3~~

100
75
50 t
40 t

~g

500m
1.0
400m
400m
400m

500m
500m
500m
500m
500m
500m

200m
500m
500m
500m
500m
500m
500m
500m
1.0
200m
250m
250m
250m
250m
50m
200m
500m
1.5
2.5
2.5
2.5
2.5
2.0
1.5 ~
1.5
1.5 ??
1.50
500m

l:~ ¢
500m

L~ ~

40
40
300

85
85
85
70
100
60
40
55
40
300
400
450
300
200
250
60
120
60
60
60
80
80
80
120
120
120
65
40
65
60
120
120
120
120
120
120
100
100
65
65
200
200
200
200
530
36
65
175

m
100
120
100
65
100
140
140

m

100
100
100
70
70
70
65

~~

600m
600m

65
65
40
100
130
80
40
199
100
100
100

;E

jLt

l:8~~

!1Zl

~:g~

l:8~~

ir

5.b

~

138

SYMBOLS AND CODES
EXPLAINED IN INTERPRETER

LINE
No,

I£J

11. SILICON NPN . HIGH
POWER
TRANSISTORS
MA}(,
II:
. HA
me
TYPE
No,

t'e~M 1
p-+~::M IM_~~
FREE A E
RES,

J(~IC

~

3
4
5
6
7
8
9

1~

12

a

15

1~

18

i~

21
22
23
24

~g
27
28
29
30

~~

33

~~

36

~~

39
40
41
42

:~

45

:~

I~g~;:~t

2852-1t

I~:~~:~~

2853-3t
2854-1t
2854-3t
2855-1t
2855-3t
2856-1t
2856-3t

:g~m

40291

:~~~~

40346V2

:g~:~~~

40349V2
40412
40412V2
A201

~~~~~

83572
83573
83574
83575
83576
8143000
8143001
8143002
8143003
8143004

~m~g~

8143007
8143008
8143009
8143010
8143011
8143012
8143013

~mgl~

48
49
50
51

8143016
8143017
8143018
8143019

54

8143022

~~
~g

57
58
59
60

~mg~~

~lgg~~

8143025
8143026
8143027
8143028

~~#

~~~~g29

~~

~~lg~::

63# 8LY22
66

g~

69

~~

72
73
74
75

~~

78

~~

81
82
83
84

~g

87

g~

MJ400
MSP5405
MSP6605
TRS25X5

+~~~~~~

TRS1005
TRS1205
TRS1405
TRS1605
TRS1805
TRS2005
TRS2255

+~S~~~~

TRS2805S
TRS3015
TRS3205S
TRS3255
TRS3505
TRS3605S
TRS3755

+~~:g~~

90

TRS4015S

93
94
95
96

TRS4755
TRS4805S
TRS5015
TRS5205S

~~
~8

99
100
101
102

19~

105

1~~

108

1~~

i~~:~g~

i~s~~g~s

TRS5505
TRS5755
TRS5805S
TRS6015

i~~~~g~s

TRS6605S

+~~~gl~s

TRS7505
TRS8015
VX3375

D.A. T.A. INC.

~~~

66m
66m
66m
66m
66m
66m
66m
66m
66m
66m
66m
66m
66m
66m
66m
66m
66m
66m
66m
66m
66m
66m
66m
66m
66m
66m
66m
66m
66m
66m
66m
66m
66m
66m
66m
66m
66m
66m
66m
66m
~6m

66m
66m
~~m

66m
66m
66m
66m
66m
66m
66m
66m
66m
66m
66m
66m
66m
66m
66m
66m
66m

AIR @
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1.~

1.5
1.0
1.5
1.0
1.5
1.0
1.5
1.0
1.5
1.0
1.5
12 ~
12 ¢
110
11 III
1'100 0
12 q)
12 ¢
12 iil
1.0
10 ¢
11
10 ~$
10
10 ~~$

10 ~~
10 ~$
10 $
10 ID$
5.0
5,0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0

~:~

66m
66m
66m
66m
66m
66m
66m
66m
66m
66m
66m
66m
66m
66m
66m
66m

5.0
5.0
5.0
5.0
5.0
5.0
5.0
?O
5.0
5.0
5.0
5.0
5.0
5.0
6.0 ¢0
12
7.5 ~
7.50
2.5
2.0
2.0
2.0
2.0
2.0
2.0
2.0
2.0
2.0
2.0
2.0
2.0
2·2
2.0
2.0
2.0
2.0
2.0
2.0
2.0
2.0
2.0
2.0
2.0
2.0
2.0
2.0
2,0
2.0
2.0

66m
66m
66m
66m
66m
66m
66m
66m
66m
66m
66m

2.0
2.0
2.0
2.0
2.0
2.0
2.0
2.0
2.0
2.0
2.0

66m

2P2 0_

~6m

66m
66m
66m
66m
66m
66m
66m
66m
66m
66m
66m
66m
66m
66m

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IA
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I~:~
3,0
3.0
3.0
3.0
3.0
3.0
3.0
3.0
3.0
3.0
1.5
1.0
500m
1.5
1.0
1.0
1.5
1.5
1.5
1.0
1.0
1.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
S.O
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
150m
1.5
5.0
5.0
250m
400m
400m
1.0
1.0
1.0
400m
400m
400m
400m
400m
400m
400m
400m
400m
400m
400m
400m
400m
400m
400m

"

1.0
1.0
200m
200m
200m
500m
500m

5~g~

50m
50m
50m
50m
50m
50m
50m
50m

50m
50m
50m

400m
400m
400m
400m
400m
400m
400m
400m
400m
400m
400m

50m

400m
1.5

100
100

25 iil
25 q)
85 ¢
850
90 \9
90 ¢
50 iil
50 q)
25 ¢
25 iil
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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
1·2
1.0
1.0
1.0
1.0
1.0
1.0
30m

50m

50m
50m

UI:~(;H

MIN

60
60
60
60
60
60
65
36
500m
500m
500m
500m
500m
500m
500m

..... IS0m
5.0ul!..
1~~ 10m
5.0ul!..
10
10m
1.0u*
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1.0u*
300m
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60
60
120
120

1:~sJ

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tr

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80
100
100

45
70
120
45
70
120
45
70
120

20

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MAX,
SAT.
S,

1OM II!..
1OM II!..

20
20
40
40
100
100
20
45
70
120
45
70
120
45
70
120

50m

1~~

fae
(HzI

5·2q) 3.0
1.0m~0 5.0~0 3.0
1.0ml!..
10
50m
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12q) 100m
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10¢ 100m
100 20m
100u
20m
100u
10
20m
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50m
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3.0u
4.0
50m
50m
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3.0u
50m
50m
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4·2\9
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200m
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4.0
50m
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2.0~g
3.0u
4.0
50m
50m
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4·2\9
50m
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10 100m
50m
3.0u~
4·2~
2.0~g 4.gg 50m
2.0u
4.0
50m
100m
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l.O~.~ 5.0
25m
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25m
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25m
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10u~
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5.0
25m
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25m
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25m
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25m

100ul!.
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:gg:
400
425 I
450 I
475 I
480
500 I
520
525 I
540
550 §
575 I
580
600 I

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l:8~

100u!!.

1.0ml
1.0ml
1.0m§
1.0ml
1.0ml
1.0ml
1.0m§
1.0ml
1.0m§
1.0ml
1.0m§
1.0ml
1.0ml
1.0ml
1.0ml

40
40
60
60
60
80
80
80
40
40
60
60
80
80
40
40
75
325
540
660
250
300
350
100
120
140
160
180
200
225
250
275
280
300
320
325
350
360
375

199~~

~~~~

1.~~ 500m
1.0
1.~q) 500m
1.0 !!.
1.0 !!.
500m
1.~~
500m
600m
1.~q) 500m
500m
1.~~
500m
1.0
5.01ll 150m

MAX

2.0u
2.0u
2.0u
2.0u
2.0u
2.0u
2.0u
2.0u
2.0u
2.0u
2.0u
2.0u
2.0u
2.0u
2.0u
2.0u
2.0u
2.0u
2.0u
2.0u
2.0u
2.0u
2.0u
2.0u
2.0u
2.0u
2.0u
2.0u
2.0u
2.0u

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19

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I!..
I!..
I!..
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OM
OM
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OM

OM
OM
OM
OM
OM
OM
OM
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PE

IIUN

T05
MT32
T05
MT32
T05
MT32
T05
MT32
T05
MT32
T05
MT32
T060
T060
T060
T060
T05
M034
M034
M034
M034
T05
M034
T060
MT27
MT27
MT27
MT27
MT27
MT27
MT27
T05
T05
T05
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SYMBOLS AND CODES
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IN ORDER OF (1) MAX THERMAL RESISTANCE
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380m
380m
380m
400m
400m
400m
400m
400m
400m
400m
400m
400m

12
2.0
2.0
2.4
1.8
2.4
2.4
2.4
1.0
500m
1.0
2.0
2.0
1.0
1.0
1.0
2.7
5.0
5.0
500m
500m
5.0
5.0
5.0
5.0
400m
400m
2.0
2.0
3.0
3.0
300m
300m
1.5
400m
2.0
2.0
500m
500m
500m
500m
500m
500m
500m
100
100
15
15
15
15
15
15

1~

15
15
4.0
4.0

SYMBOLS AND CODES
EXPLAINED IN INTERPRETER

~~

~~
~¢

~~

~g~:

D.A. T.A.INC.

141

SYMBOLS AND CODES
EXPLAINED IN INTERPRETER

LINE
No.

~

3
4
5
6

~

9

1J

11 . SILICON NPN . HIGH POWER TRANSISTORS
ABSOLUTE MAX. RATINGS @25'C
MAX.
hfe
TYPE
No.

]~~~~~4B3

2N14B4
JAN2N14B4
2N14B5
JAN2N14B5

I~~~~~~ 4B6
2N2035

1~ I~~~~g~

12
13
14
15

1~

18

2N2BB7
2N3054
2N3142
2N3143
2N3144
2N3145
2N3226

~g+ 1~~~i~;441

22

2N3442
2N4127
2N4910
2N4911

~~

I~~m~

21

23
24

27# 2SC297

~a I~~~~~~

30#
31#
32
33:Jt

~~

36
37

~~:
:~

42

:~

45
46
47
48
49
50
51

~~

54#
55#

~~:

58#
59#
60

g~
63

2SC703
2SC916t
4036B
BD109
D27Cl
D27C2
D27C3
D27C4
DT3301
DT3302
MHT4611
MHT4612
MHT4613
MHT4614
MHT4615
MHT4616
MHT4617
MHT4618
MHT4619
MJ4101
MSA7505
PT2635t
S1050
STC4401
ZT14B3
ZT1484
ZT14S5
ZT14B6
ZT1701
ZT3441
2N1701

I~~~~~~

2N5606
2N5608
~; 2N5610
66
2N5612
2N5689
g~; 2N5704
69
STC1201
70# 2SC867
71# 2SC895
2N4000t
72
2N400lt
~~ 2N4300
75
2N5487t
76
2N5488t
2N5552
77+
78y 2N5662t
2N5663t
~~; 2N5666t
81Y 2N5667t
Tl4B6t
g~ Tl487t
2N5487-lt
84
2N5487-3t
g~ 2N54B8-lt
2N54B8-3t
87
2N5552-4t
2N4864
90# 2SC50

gg

~~: ~~g~~

93# 2SC7B2
2SC7B3
2SC840
96# 2SCB40A
2SC990
2SD57
99# 2SD58
~~(}#
~~g~~r
10
2SD92t
102

~~:

~~:

1:

~g~: ~~g~~~

105

19~

lOB

1~~:Jt

2N2947

~~~~~~

2N3818
2N4273
2SD1B4t

D.A. T.A. INC.

lUM!lX,IMAX PCIM T
I THERMj FREE A E
RES.
AIR @ X M
J to C I 25'C L P
IWI
IWI
!J
!J
142m
!J
250
142m
!J
1.7
142m
!J
250
142m
1.7
!J
!J
142m
25 ~
!J
0
!S
142m
!A
25 re
142m
!J
250
142m
25 'ifJ
!J
142m
!C
25 re
142m
!S
250
142m
250
!S
142m
!S
142m
!S
142m
!C
750
§C
142m
25 ~
§J
142m
2i50
§C
142m
§A
142m
§J
142m
§J
142m
25 '?!
§J
142m
25 ~
§C
142m
250
§J
142m
10 0
§J
142m
10 \'?
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10 ¢
142m
§J
142m
250
§J
2.0
m~~ 25 ¢ §J
§J
15
142m
sS
142mf';i 1.0 #
SS
142~~
1:g:
SS
142m
sS
#
m~1Zl 1.0
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15
§J
142m
15
§J
142ms
§J
142ms
1!
§J
142mS
14 '?!
§J
142ms
§J
142m$
1:
§J
142m$
14 iil
§J
142ms
14 \'?
§J
142mS
14 0
§J
142mS
14 0
§J
142m
25 \'?
§J
142m
250
§J
142m
2.5
§J
142m
25
§J
1142m
142m
!C
142m
25 \!!. §C
§C
142m
25 g~ §C
142m
25 •
142m
25 \'?+ §C
§S
142m
25 g
§J
143m
25
§J
143m
143m
25 ¢
§J
143m
25
§J
143m
25
§J
143m
25
§J
143m
25
§S
143m
§S
143m
§
143m
SJ
144m
sJ
144m
!J
149m
1.0
§J
149m
1.0
§J
149ms
15 g
§J
149m$
15
§J
149ms
15 \'?
150m$
!J
15 0
1.2
!C
150m
§C
150m
1.2
§C
150m
1.2
§C
150m
1.2
§C
150m
1.0
§C
150m
2.0
154m
1.2
154m
1.5
154m
1.2
154m
1.5
154m
1.5
§J
160m§
16 g
SJ
160m
20
SJ
160m
20 ~
sJ
160m
¢
sJ
160m
sJ
160m
20 re
20 ¢.
sJ
160m
20 Qj
sJ
160m
§J
8
1~8~(O 24
20 ¢.
sJ
SJ
160m
20 0
160m
20
160m
20
160m
20

m~

S'P

m~¢ 1.i4

~~ ~
~~ ~

Ic
IAI

~g
3.0
3.0
3.0
3.0
3.0
3.0
3.0
3.0
3.0

1.2
4.0
2.0
2.0
2.0
2.0
5.0
3.0
3.0
10
2.0
1.0
1.0
1.0
1.5
3.0
3.0
3.0
2.0
2.0
3.0
2.0
3.0
3.0
3.0
3.0
5.7
5.7

I

Ib
IAI
1.5

l~

1.5

1.5
1.0
1.5
1.5
400m
2.0
200m
200m
200m
200m
2.6
2.0
2.0
7.0
500m
1.0
1.0
Il§Om
600m

~gg~

11.5
50m

a~

~g

1~()m

160m
166m
166m
166m
166m
166m
166m

~g

250
25 \!!
250
250
25 ~
25

§C
!C
§J
§J
§C
§J

19~

~g

2·P!¢

l:g~

2.0
2.0

~

~~ ~

:g

!g~

1.5

~

~~ ~+

BVcbo BVeboJ BVceo Icbo @
BIAS
MAX Vc~Vcb IIC
@25'C
I
(V)
[V}
(V)
IAI
IV)
(A)
15ure 4.~~ 750m
~
~g
750m
15~~ 4.~~
100
12
15u
4.0
750m
55 IZl
100
12
55
15ure 4~re 750m
60
12
750m
40 IZl
15~~
60
750m
12
40
15u
100
12
15u~
4.~~ 750m
~~ III 15u0
100
12
4.~g 750m
BO
10
60
25u
4.0
1.5
60
6.0
40
100ure 4~~ 300m
100
12
BO
1.0
50u0
4°f¢
100
4.0
BO
2B 350m
90
7.0
60 !
1.0m# 4.02, 500m
65
65
1.0
100~
1~~ 1.0
140
1.0
140
100u
10
1.0
65
1.0
1.0
65
100u\!!
140
1.0
1.0
140
100~~
200u
3.00 2.0
6.0
35
35
100mL; 4.~~ 1500m
160
7.0t 140 §
160
7.0
140
1.0m0 4.gg 500m
160
7.0
140 * 200mL; 4.0
3.0
60 t 4.0t
40
500u~
5.~~ 200m
5.0
40
40
100u
500m
1.~g 500m
60
5.0
60
100u
1.0
100u
5.0
BO
BO
1~~ 500m
4.0
80
BO
1OOJ'd+ 0 5~~ 500m
2.0
1.0
70
5.0
40
3.0u
100
3.0u\,?
2.~\,? 100m
5~
100m
5.0
130
30u~
100m
4.0
40
20
LOrn
6.0
100
70
5.0u~
1.~~ j~g~~
100
12
55
9.0U~¢ 4.00
60
5.0
40
lOOn
5.0
10u§
40
1.~~ 1.0
100u§
1.0
5.0
40
10u§
5.0
1.0
30
100u§
5.0
30
1.~~ 1.0
60 §
60
B.O
lOu
500m
5.0
100 §
100
B.O
lOu
5.0
500m
1.0
60
B.O
40
LOu
B.O
1.0
BO
60
1.0~g
100
B.O
BO
LOu
1.0
1.0
60
B.O
40
1.0u
S.O
60
1.0
BO
B.O
1.0
100
BO
1.0
60
40
1.0u
8.0
1.0
60
8.0
80
1.0~g
1.0
100
S.O
80
LOu
5.0
40
1.5
50
4.0
33
1.0
~:g~~+ 5ft¢ 350m
100
60
4.0
3.5
45
30
2.0m# 5.~~ 500m
5.0
1.5
50
~g # 1.P5":,~ ::gg 750
12
60
12 100 #
100
15u\,? 4.~\,? 750
12
60
750
60 #
15~g 4.gg
100
12 100 #
15u
4.0
750
6.0
60
40
100u\?! 4.~\,? 300m
160
500m
7.0
4.~g
l!g Itl
300m
60
6.0
4.0
.30
60
40
.10m~
6.0
100
100 ¢
28 .35
5.0
6.0
60
1.0m:Jt 5.0
2.5
SO
6.0
100
SO
1.0m# 5.~~ 2.5
100
BO
6.0
5.gg 2.5
6.0
120
100
5.0
2.5
1.0mL;
60 t 3.0t
40
100m
36
3.0
lB
5.0
50m
1.P5m~ .50 .50
100
12 100
10 180
520
50u\!! 3·~8 100m
B.O
90
380
50u0 3.gg 100m
2.0u§
2.0
100
B.O
SO
500m
2.0u§
120
8.0
100
2.~~ 500m
8.0
100
BO
2.gg 1.0
1.0
120
80
2.0
8.0
150
8.0
100
10u# 2.~~ 1.0
200n§
2.0¢ 500m
120 t 7.0t
80
6.0
200n
5.0
1.0
250
200
200n
400
300
5.0
1.0
6.0
200n
5.0
3.0
6.0
250
200
400
300
200n
5.0
3.0
6.0
6.0
80
60
3.0u!
5.~~ 200m
3.0u§
60
6.0
BO
5.gg 200m
.10u§
5.0
120
B.O
5.0
80
8.0
.10u§
120
80
5·~re 5.0
150
.10u!
5.0
8.0
100
5.~~ 5.0
.10u§
150
B.O
100
5.0
120
.20u§
B.O
80
10
5.q~
140
B.O
120
100~g 5.0
5.~g 500m
180
5.0
120u
4.0
5.0
180
5.0,?", 4.0
~~g ~ 12()u~
300
6.0
100m
100~g
1~~ 100m
5.0
10
300
100u
300
200
5.0
200
100u
19,\0 100m
100
5.0
60
3.~~ 1.0
150
5.0
100
1.0
3.0
50
4.0
1.0
25
10u8
10
1.0
30
20
4.0
200~g
10
1.0
60
40
40u
4.0
30
10
20
2.0m
4.~\,? 1.0
60
10
40
2.0m
1.0
4.~g 1.0
100
10
55
2.0m
4.0
150
70
2.0m
4.~~ 1.0
200
19
1.0
¢
3.0
1:8::'0
60
400m
40
2.0
400m
40 ~ LOu\!!
3.0
60
40 0
1.0~g 2.~g 400m
60
4.0
60 '?! 1.0u
2.0
400m
175
140
1.0
9.0
100~~
60
12
40
lOu
4.0
750m

1:g~~

3.0
1.2
2.0
4.0
3.0
3.0
3.0
3.0
2.5
3.0
2.5
2.5
1.0
5.0
5.0
5.0
5.0
3.0
2.0
3.0
1.0
2.5
1.0
1.0
2.0
5.0
5.0
10
3.0
3.0
10
10
1.0
1.0
5.0
5.0
5.0
5.0
10
2.0
4.0
4.0
2.0
1.5
1.5
2.0
2.0
2.0
3.0
3.0
3.0
3.0
3.0
3.0
3.0
1.5
1.5
1.5
1.0
2.5
1.5

2.0
1.5
1.5
1.5
1.5
1.0
2.0
1.0
1.0
.40
2.0
2.0
2.0
2.0

~§g:,~

1:g~:

500m
500m
1.0
1.0
1.0
2.0
200m
200m
600m
600m
1.0
1.0
1.0
1.0
2.0
500m
4.0

1:~

1.5

~

0

'2.

1:8 :
1.0
1.0
1.0
1.0
1.0
1.0
1.0
500m
500m
500m
1.0
1.5

4.;~

1~[

19~~

~:8~0

~8

I~W

tg~
2·Q8

\~

142

IN ORDER OF (1) MAX THERMAL RESISTANCE
& 121 TYPE No•
!
DESCRIPTION LCI
I
I
fae I MAX.
tr
MIN
MAX
ISTRUCI
IE 0 I
SAT.
L:.TURE
DWG. A D
RES.
I No.
D E
(s)
(Hz)
(n)
1.2Mt
2.6
D
TaB
~g
~g # 600ktL;
L; TaB
20
60
1.2Mt
2.6
D
TaB
ft.'?!
20
L; TaB
60 # 600ktL;
1.2Mt
1.0
TaB
35
D
35
199 :Jt 600ktL;
.L; TaB
ft.'ifJ
1.2Mt
35
100
1.0
D
TaB
35
100 # 600ktL;
L; TaB
DL;
15
45
1.5kt
300m 1.Bu
TaB
A0
20
80
3.0
TaB
1.0M!L; 1.0
20
D
TaB
15
#
1.2
PL
MT39
25
100
30kL; 2.0
MD6e A~
10
10M!L;
MT46
10
10M!L;
MT46
10
10M!L;
MT46
10
10M!L;
MT46
30k§L; 500m
20
50
T03
C0
25
100
2.2
T066
20
T066
2.0
BO #
70
2.2
T03
C0
20
300M§L; 1.0
10
BO
MT59 GE
3.0ML;
20
T066
20
199 : 3.0ML;
T066 gg
T066
20
100 # 3.0ML;
350M§ ,800m
10
60
MT62b
90M§ 400m
25
52
60n
PE
T037
90M§ 400m
30
60n
PE
ig~~
90M§ 400m
60n
PE
30
150M§
5.0
PE
MT59b GE
40
120
TaB
60n~1ll PE
100
35
TaB
A0
50M§L;
20
120
PE
MD6b
t X51
20
1.0
B
10
1.0
t X51
B
t X51
20
1.0
B
t X51
10
1.0
B
1.0M§
25
T066
D
500m
100
25
100
1.0M!
500m
D
T066
40M§
20
60
TaB
40M§
20
TaB
60
40M§
20
60
T08
60M§
40
120
TaB
60M§
TaB
40
120
60M§
40
120
T08
70M§
100
T08
70M§
100
T08
100
70M!
T08
4.0M§L; 670m
100
25
IT066
435Mt 1.0
DPE T060 AIZl
170M§
T05
1.2G§
20
PE
25
100 #
100m
D
T066
20
60
2.7
1.0u
D
T08
2.7
1.0u
20
60
ID
T08
35
100
1.0
1.0u
T08
35
100
1.0
1.0u
T08
iil
20
BO
1.0Mt
5.0
ID
T08
1 1.2u (l)
200k§L; 2.0
DL;
20
BO
T066
L;
20
350ktL; 5.0
T08
BO
Al
20
1.0Mt
5.0
1.0u
80
D
MT5
10
.80
PL
MT39
70
200 :Jt 70M§L;
T066
C0
30
T066
90 # 60M§L;
70M§L;
70
T066
2gg: 60M§L;
CQj
30
T066
15
TOI17 R
15
T0117
RC0
.90u
20
2.5Mt
1.0
MD17
20
350
B.5M!
DM
MD17
20
20M!
DM
~~g.. 40M§L;
300n0
T05
30
A0
40M!L;
40
300n~
T05
120 #
30M§L;
30
T05
40M§L;
:
125n¢
100
R113 ft.'?!
40M§L;
40
120 #
R113
125n\,?
40
250 # 30M§L;
R113
100~g PL
15
20M
400m 150n
T05
15
20M
400m 150n~ PL
T05
15
20M
130m 200~~ PL
T05
15
PL
T05
20M
130m 200n
50M§
20
DPL T05
80 #
50M§
20
80 #
DPL MT13
40M§ 2.0
25
.45ut
PE
T05
25
40M! 2.0
.45ut
PE
MT32
15
40M§ 2.0
.55ut
PE
T05
40M§ 2.0
15
.55ut
PE
MT32
25M§ 1.0
30
.70ut
PE
MT20
50M§L; 500m
150 #
T066 C¢
0
60M§
DM
T066
20
DM
T066 C~
40 ~ 25Mt 500m
30
80 0
ME
T066
10M§ 1.8
30
250
DM
T066 C¢
10M§ 1.8
30
250
T066
DM
50M§ 750m
30
DM
T066
50M§ 750m
30
T066 CQj
DM
15
200 # 300M§L;
MT66a GJ
PE
20
180
MD17
3.5Mt
D
20
180
MD17 gg
3.5Mt
D
20
D
T09
500m LOu
40 ~ 5.0Mt
20
400 g:OMt
D
T09
500m LOu
20
40iiJ .0Mt
D
T09
500m LOu
20
D
500m LOu
40 re 5.0Mt
ig~
20
40 0 5.0Mt
D
500m LOu
2.5
T03
C0
55 '# 100M§L; 500m
2.5
100 # 100M§L; 500m
T03
g¢
2.5
100M§L; 500m
35
T03
150M§L;
5.0
50
T060 A'
10M§L;
20
140 #
T066 A¢
500n§
20
100
1.5Mt
2.0
ME
TaB

i

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~~

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i

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m

l~

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ig

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SYMBOLS AND CODES
EXPLAINED IN INTERPRETER

g~

LINE
No.

f£J

11 . SILICON NPN
TYPE
No.

~'IF

~~~~_~~'

3
4
5
6
7
8
9

1571-33
1571-34
1571-35
1571-36
1571-41
1571-42
1571-43
1571-44
1571-46
40250
40310
40312
40316
40324
A272
A276
BLY88
BLY92
MHT5901
MHT5902
MHT5903
MHT5904

~~

12
13
14
15

1~

18

~~:

21
22
23
24

~~

~~i~~~~

MAX pe~M
r1~AX.
HERM FREE A
RES.
J 10 C
(W)

m~

166m
166m
166m
166m
166m
166m
166m
166m
166m
166m
166m
166m
166m
166m
166m
166m
166m
166m
166m$
166m$
166m$
166m$

1~~~:

166m$
MHT5907
166m$
MHT5908
166m$
~~ MHT5909
166m$
MHT5910
30
166m$
MHT5911
166m$
MHT5912
166m$
MHT5913
33
166m$
MHT5914
166m$
MHT5915
166m
36. MJE340
166m$
SOT5954
166m$
SOT5955
166m$
SOT5956
39
40# B0131
SOT5951
41
167m$
SOT5952
42
167m$
SOT5953
171m
2N4075
2N4076
171m
45
2N5590
46
'7'm
1
,171m
2N5637
47
171m
2N5642
48
171m
2N5646
171m
3TE604
2N2892t
172m
51
2N2893t
172m
52
172m
2N4306t
53
172m
2N4308t
54
172m
2N4310t
55
172m
2N4312t
175m
XB408
185m$
2N4070t
185m$
2N4071t
200m
2N3583
60
200m
2N3584t
g~ JAN2N3584t 200m
2N3585t
200m
63
JAN2N3585t 200m
64
200m
2N3621
65
2N3622
200m
66
2()Om
200m
~~
200m
2N3629
69
200m
70
200m
71
200m
2N3879t
72
200m§
j~
200m§
200m
2N4231
75
200m
j~
200m
200m
2N4240t
78
200m
2N4428
2N4998
~gg~~
2N5000
81
1200m
200m #
~~
200m
2N5084t
84
200m
2N5085t
85
200m
2N5202t
86
200m$
2N5326t
87
200m
~g:
200m
200m
90" 2N5700
200m
200m
200m
93# 2SC690
200m
94# 2SC825
200m
95# 2S0129
200m
96# 2S0130
200m
S,?# i~~0158
200m
98# '2S0159
200m
99# 2S0226
200m
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200m
200m
102" 2S02340
200m
103" 2S0234R
104" 2S0234Y
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200m
2S02350
105"
200m
1200m
i200m
1714-0402
108
200m
1714-0405
200m
1714-0602
27

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D.A. T.A.INC.

AIR @
25'C
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~~

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29 0
29 \?!
29 ¢
290
29 ~
29 ¢
29 0
29 ~
29 ¢
29 0
29 \?!
29 ¢
290
29 ~
29 ¢
290
29 I/!

~~

0

16 ~
16 ¢
160

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160
16 ~
16 ¢
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16 ¢
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l:g
4.0
4.0
4.0
4.0
4.0
4.0
4.0
4.0
4.0
4.0
4.0
4.0
4.0
4.0
1.5
2.5
2.5
4.5 #
2.0
2.0
2.0
2.0
2.0
2.0
2.0
2.0
2.0
2.0
2.0
2.0
2.0
2.0
2.0
500m
2.0
2.0
2.0
4.0
2.0
2.0
2.0
3.0
3.0
2.0
3.0
3.0
2.0
2.5
5.0
5.0
5.0
5.0
5.0
5.0
5.0 t
10
10
1.0
2.0
2.0
2.0
2.0
5.0
5.0
5.0
5.0
5.0
5.0
4.0
7.0
10
1'0
3.0
3.0
3.0
2.0
1430m
2.0
2.0
4.5
10
10
' 10
4.0
5.0
3.0
3.0
3.0
3.0
2.0
3.0
2.0
3.0
3.0
1.0
1.0
2.0
2.0
15:g
3.0
3.0
3.0
3.0

1

POWER TRANSISTORS

MAX.
hfe
ABSOLUTE MAX. RATINGS @25'C
Ie
BIAS
MIN
Ib
BVebo BVeboJBVeeo lebo @
MAX Ve~Vcb Ie
@25'C
(A)
(A)
(A)
(V)
(V)
(V)
(V)
(A)

'~~

2.0
2.0
2.0
2.0
2.0
2.0
2.0
2.0
2.0
2.0
2.0
2.0
2.0
2.0
2.0

500m
500m
500m
500m
500m
500m
500m
500m
500m
500m
500m
500m
500m
500m
500m
500m
500m
500m
.50
.50
.50
.50
2.0
2.0

2.0
2.0
2.5
2.5
2.5
2.5
1.5
5.0
5.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
4.0
5.0
2.0
2.0
1.0
,
1 .0
1.0
1.0
150m
1.0
1.0
1.5
,2.0
'2.0
:2.0
12.0
1.0

i~gg~
1.0

3.0 Ql
1.0 #
1.0 #

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3.0 \?!
3.0 ~
3.0
3.0 ~

3·PO .#

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19 :

2.0
2.0

7.lt
7.0
7.0
7.0
7.0

100
120
140
160
60
80
100
120
160
50

115

7.~

7.0
7.0
7.0
7.0
5.0
2.5
2.5

65
36
36
65
60
80
100
140
180
60
80
100
140
180
60
80
100
140
180
175
200
225
70
175
200
225
100
100
36
60
65
36
100
100
120
100
120
100
65 t
120
200
250
330
375
440
500
75
75
75
75
100
100
120
120
120
120
40

~g
440
55
100
100
65
120
120
150
100
100
250
400
40
40
300
60
300
1 90
60
200
300
40
60
80
60
60
60
40
40

i ~g

40
60

t

t
t

.

4.0
4.0
4.0
4.0
8.0
8.0
8.0
8.0
8.0
8.0
8.0
8.0
8.0
8.0
8.0
8.0
8.0
8.0
8.0
3.0
8.0
8.0
8.0
6.0
8.0
8.0
8.0
5.0
5.0
4.0
4.0
4.0
4.0
4.0
5.0
5.0
6.0
6.0
6.0
6.0
4.0
8.0
8.0
6.0
6.0
6.0
6.0
6.0
4.0
4.0
4.~

~g

100
120
140
160
60
80
100
120
160
40
35
60 §
40 §
35
36
18
18
36
40
60
80
100
120

1..0u~ ~.~\?!
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4.g~ 500m
1:g~~ 4.0

1.0m#

1:g~:

1.0m#

1:g~~ ~:g~
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1.0~!
LOrn
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lO~g
lOu

19~

10m.'>
10m.'>

16g~J

lOOn\?!

100~g
lOOn
100n~

100~g

lOOn

100~~

100~~

lOOn

100n~

100~~

300

lOOn
lOOn\?!
100n¢
100u
100n~

100~~

45

80
80
18
35
35
18
96
80
80
80
60
80
60
40
100
150
175
250
250
300
300
40
40
40
40
50
50
50
75
60
60
40

4.0
4.0
4.0
7.0
7.0
6.0
6.0
5.0
5.0
5.0
6.0t 300
3.5
35
6.0
80
6.0
80
4.0
30
6.0
60
6.0
60
6.0
80
75 §
6.0
80
6.0
6.0
200
'6.0
300
4.0t
18
4.0t
18
6.0
300 iZI
4.0
40
6.0
300
10
80
1 10
50
200
1:3.0
3.0
300
10
40
10
60
10
80
10
50
10
50
10
50
10
35
10 . 35
10 I 35 rzI
:7.0
40
17 .0
40 ~
7.0
60

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4.~\?! 500m
4.~~ 500m
4.0
500m
4.~~ 500m
500m
500m
4.~~ 500m
500m
4.~~
4.0
1.5
2.~\?! 1.0
1.0
2.~g 1.0
2.0
2.~~ 1.0
5.~~ 500m
500m
5.0
5~~ 500m
5.0¢ 500m
500m
2.0
500m
2.0
2.0
500m
2.0
500m
500m
2.0
2.~g 500m
2.0
500m
2.~~ 500m
500m
2.~~
500m
2.0
2.~~ 500m
2.~~ 500m
2.0
500m
2~\?! 500m
2'P~Ql 500m
50m
2~~ 500m
500m
2.~~ 500m
2.0
5~8 .50
2.~~ .50
2.0
.50
2~~ .50
1.0
1.0
5.~\?! 250m
500m
5~g 200m
5.0
5.~\?! 1.0
5.~~ 500m
2.0
1.0
2.~\?! 1.0
1.0
1.0
2~~ 1.0
1.0
2.~~ 250m
5.0
5.~~ 5.0
5.0
5'P~Ql 500m
2.01'_ 1.0
1.0
1.0
1.0
5.0
1.0
5.0
1.0
5.Q~ 1.0
1.0
5.~~ 1.0
5.0
5.Q\?! 1.0
5.~g 500m
2.0
4.0
2.~~ 2.0
2.0
2.~~ 1.5
2.0
2.Q~ 1.5
1.5
2.~~ 750m
2.0
50m
5.Q\?!
1.0
1.0
4.Q~ 500m
2.0
2.0
2.Q\?! 2.0
4.0
1.~g
1.0
1.0
5.0
1.0
1.0
5'POQl 50m
1~~ 50m
10¢ 100m
100 100m
1~ 500m
1.0
5~~ 500m
5.0
500m
10 500m
3.0
1.0
3.()~ 1.0
1.0
500m
5.~\?! 500m
5.~~ 500m
500m
5.0
5.~~ ,500m

lOOn
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.10~~

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100~~

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1.0~g
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10~iZJ

1.0m
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100n#

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tg~: 2b~

3.0m#

25~~

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1.0u

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25m#
5.0m#
5.0m#
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1.0m§
1.0m§
1.0m§
10m#
200n
200n
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2.5m.'>
1.0mQl
20u2

1.0~g

1.0m

20u~

20~g

30u

30u~

30~g

200u
200u\?!

200~g

200u

200u~

~:g~

\~

~:g~

~~

25
25
25
25
20
20
20
20
20
25
20
20
20
20
5.0
5.0
5.0
5.0 t
50
50
50
50
50
30 #
30 #
30 #

~g ~

120
120
120
120
120
30
30
30
30
35

~gl

~

:g
40 #

~

:g
40 #
50
12
40
100
25
25
25
6.0
20
30
70
10
40
100
40
10
50
15
15
15
15
35
5.0
20
30
30
20
20
20
20
20
70
40
120
70
40

~:gg i~~om '~g

~:~~:

2~§ 15.0
2.0
2.0

143

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~g~:~

g~

g~

g~

g~
g~

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50 #
30
50
5.0
5.0
5.0
15
10
30
50
50
50
40
40
10
40
40
40
8.0
25
8.0
25

2.5m

200~~

#
#
#
#
#

IN ORDER OF (1) MAX THERMAL RESISTANCE
& 21 TYPE No.
DESCRIPTION L C
MAX
fae
Ir GSTRUC
MAX.
EO
-TURE
SAT.
DWG. AD
No.
RES.
D E
(Hz)
(s)
(m
100
louun§ IME
1.~
2.0
30k§.'> 2.0
T066
T066
30k§.'> 2.0
30k§.'> 2.0
T066
T066
30k§.'> 2.0
T066
2.0
T066
2.0
30k§.'> 2.0
T066
30k§.'> 2.0
T066
30k§.'> 2.0
T066
1.0M§
0
T066 cQl
1.0
100
750k§
120
0
T066
750k§
120
0
T066
750k§
120
0
T066 (;0
750k§
120
0
T066
500M§ 600m
PE
MT72c ~I/!
700M§ 600m
PE
MT72c
700M§ 600m
MT72 GCIO
500M§
PE
50M§.'> 700m
PL
T066 cQl
150 #
PL
T066
150 # 50M§.'> 700m
PL
T066
150 # 50M§.'> 700m
PL
T066 (;0
50M§.'> 700m
150 #
50M§.'> 700m
PL
150 #
ig~~ !g~
50M§.'>
PL
50M§.'>
T066 (;0
PL
PL
T066
50M§.'>
50M§.'>
PL
T066
50M§.'>
PL
T066 (;0
50M§.'>
PL
T066
50M§.'>
PL
T066
50M§.'>
T066 (;0
PL
50M§.'>
PL
T066
50M§.'>
PL
T066
X58
240
B
PL
T066
150 # 50M§.'>
50M§.'>
PL
T066
50M§.'>
PL
T066
PE
X58
75 ~ 60M§.'>
PL
T066
150 ~ 50M§.'>
50M§.'>
150
PL
T066
PL
T066
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MT43 A
MT43 A
150
200M§.'>
MT72h R
400M§.'>
MT72h R
MT72h R
250M§'"
400M§.'>
MT72h R
400M§.'> 666m
PE
MT62a
'gg # 30M§.'>
300nQlrzl
T059
T059 AI/!
150 # 30M§.'>
300nl/!IZl
MT65
90n
200m
:
MT65
90n
90n
MT65
120 #
90n
MT65
330m
PE
T060
20M§.'> l~~m 500n\?!
120
T03
20M§.'> 150m 500n¢
120
T03
10M§.'> 5.0
200
0
T066 (;0
10M§.'> 750m 3.0u
140
T066 ~I/!
15M§.'>
100 #
3.0u¢iZI
T066
10M§.'> 750m 3.0u
T066 g¢
140
15M§.'>
100 #
T066 C
3.0ulOlZl
200M§.'>
T061
T061
200M§.'>
200M§.'>
T061 A
200M§.'>
T061 A¢
T061 A
200M§.'>
200M§.'>
T061
40M§.'> 500m
T066
200
40M§.'> 300m 400n
100
T066 (;0
120 # 80M§.'>
T03
80M§.'>
T03
4.0M§.'>
T066 A0
T066
100 # 4.0M§.'>
T066
100 # 4.0M§.'>
15M§.'> 1.3
T066 C0
240
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700M§.'>
T039 A
200
50M§.'>
T059 A
2gg! 60M§.'>
T059 A
500M§.'>
200
T060
50M§.'>
120 #
T059
300~~
80M§.'>
300n
300 #
T059 C
50M§.'>
120 #
T059 c
300~1Zl
60M§.'> 300m
100
T066 C¢
150.# 80M§.'>
T059 A
20M
400m 150n\?! PL
T066
150n¢
20M
400m
PL
T066
T0129 R
T0129 R
200
230k
M010f A¢
200M§
PE
MT59b GE
15M§
250
0
T066
0
T066
200·
T066
500m
0
200 * 1.0M§
15M§ 6.0
0
T066
250 *
15M§ 6.0
0
T066
2~g
25k
700m
0
T066 C0
25k
0
T066
700m
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25k
700m
0
T066
1.0M§
140
400m
0
X75
0
1.0M§
80
400m
X75
0
0
1.0M§
240
400m
X75
0
0
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SYMBOLS AND CODES
EXPLAINED IN INTERPRETER

300n¢rzll~M.'>

LINE
No,

~

3

;
6
7
8
9
10
11
12

:~

15

l~

~

.

11 SILICON NPN
TYPE
No,

I :~:::g~g~
1714-0805
1714-1002
1714-1005
1714-1202

:~:::m~

1714-1405
1714-1602
1714-1605
17-,14-1802

:g~l~

40322

:g~~~

18+

A702

~g

I~~~~~

21

~~
24

~~

27
28
29
30

~~

33

~;
36
37#
38#
39"

B3587

~~~~~

B3590

~~~~~

B3593
B3618
B3619
B3620
B3621
B3622
B3623

~~g~~

B3626
BOllI
B0113
B0144
BLY12
BU100
42# BUY10t
43# BUY11t
BUY24t
CP701

:~:

:~:
:~ ~~:::g~8~

48
49
50
51
52
53
54
55
5S
57

~~

MHT6903
MHT6904
MHT6905
MHT6906
MHT6907
MHT6908
MHT7511
MHT7512
MHT7513
MHT7S14

~~:::mg

SO
61
62
63+

MHT7517
MHT7518
MHT7519
MJE520

S6

SOTS903
SOT6904
SOT6905
SOT6906

~~ l~g+~~8~
~~

69

i~ I~g:::~~g~

72
73
74
75
76

77
78

SE3030
SE3031
SE3032
SE3035
SE3036
2N1768
2N1769

~g" I~~~~~~
MP8112
81"
~2"
83"
84"
85"
86"
87"

~~:

90"
91"
92
93

~~

96

MP8113
MP8121
MP8122
MP8123
MP8211
MP8212
MP8213
MP8221
MP8222
MP8223
2N5596
JAN2Nl047A
JAN2N 1048A
JAN2Nl049A
JAN2Nl050A

~~# ~~~j5~
PT5693

99
100
101
102

19~

105

11g~
108
109
110

2Nl047
2Nl047A
2Nl047B
2Nl048
2Nl048A
2Nl048B
2Nl049
2Nl049A
2Nl049B
2Nl0S0
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D.A. T.A. INC.

p!MAX'IMAX
HERM FREEPy
A ET
RES,
AIR @ X M
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P
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200m
200m
200m
222 m
200m
200m
200m
200m
200m
200m
200m
200m
200m
200m
200m

[~gg~
200m
200m
200m
200m
200m
200m
200m
200m
200m
200m
200m
200m
200m

~88~

200m
200m§
200m§
200m
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200m
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200m
200m
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200m$
200m$
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200mS
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222m
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222m
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225m
227m
227m
227m
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227m
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228m
228m
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350
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10

10 #
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10 #
18 :
10 #
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2,0
2.0
2.0
2·2
7.0
250m
5.0
5.0
5.0
5,0
5,0
5,0
52
5,0
5.0
10
10
10
10
10
10
10
10
10
10 #
10
250m
1.5
10
800m
900m
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5,0

(AI

1~:8

2,0
2,0
2,0
2,0
2,0
2.0
2.0
2,0
2.0
2.0
1.0
1.0
1.0
1.0
5.0

~fOmol
2.0
150m
150m
.50
.50
.50
,50
,50
.50
.50
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2,0
SOOm
500m
500m
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SOOm
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2,0
2.0
2.0

3.0
3.0
5,0
1.2
1.2
1.2
1.2
1.2
1.2
400m
400m
400m
400m
1.5
1.5
2.S
500m
500m
500m
500m
4.0
4.0
4.0
500m
500m
750m
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500m
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1,5
1,5

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750m
500m
500m

~8

80
100
100
120
120
140
140
160
160
180

!

1.0

1,0

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(VI

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7.0
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400
5.0
18,0
8.0
100
8,0
8,0
60
8,0
80
100
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60
80
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60
150
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195
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gg

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5,0
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10
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2,0

IN ORDER OF III MAX THERMAL RESISTANCE
& 121 TYPE No.

POWER TRANSISTORS
MAX,
hfe
~l~'C I

IVI

~8 ~ I~:~~:

80 i7i

100~

100
120
120
140
140
160
160
180
300
300
300

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2.5m#
2.5m#

~

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400 §
40
60
80
40
60
80
40
60
80
40
60
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60
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80
60
60
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30
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20
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125
150
175
200
125
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40
60
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30

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40
40
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20
20
20
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60
60
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80
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40 # 90 @ 100M§
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10¢ 500m
30
350~ol
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30
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500m
30
1~
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:
75k6

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60
60
60
40
40
40
55
60
60
60
SO
35
35
35
60
60
60
35
35
35
30
80
120
80
120
40
20
20

DESCRIPTION L C
!STRUCI
,IE 0
l:TURE I DWG'IA D
I
No,
D E

::g~

~:gg

~:g~

1~~ol

144

19~

~8

!

~~

:

~~

!
~8 !
~8

SYMBOLS AND CODES
EXPLAINED IN INTERPRETER

I

lig~~
T066
T066
T066
T066
T066
T066
T066
T066
T066
T066
T066
T066
T066
T066
T066
T03
T061
T061
T061
T061
T061
T061
T061
T061
T061
TOSI
T061
T061
T061
T061
T061

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~

0

~

0

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T061
0
T03
T03
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PE
T03
T03
T03
115
T03
T03
OPE T03
T066
T06S
T06S
T066
T066
T066
T066
T066
T08
T08
T08
T08
,T08
T08
T08
T08
T08
X58
B
PL
T066
T066
PL
T066
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PL
T066
PL
T066
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T066
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T066
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6
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PE6 X95
PELI X95
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PE6 X95
PE6 X95
PE
PE
PE
T066
PE
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PL
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T057
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T057
T057 '~~
T057

~~~
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+g~

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gg

~~

~~

~0
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LINE
No.

J3
4
5.
6.
7t

8.
9"
10"
11
12
13
14
15

1~

18

~g:
21"
22
23
24
25
26
27
28

1J

11 . SILICON NPN .ABSOLUTE
HIGHMAXPOWER
TRANSISTORS
RATINGS @25'C
MAX.
hfe
TYPE
No.

~~ 1~~g8
2N1691
2N5177
2N5427t
2N5428t
2N5429t
2N5430t
MJ380H
MJ3802t
2N2828
STC1300
STC1336
2N4921
2N4922
2N4923
TIP29t
TIP29At
2SC766
2SC767
2N5705
A273
A277
6149000
8149001
[6149002
S149003
6149004
8149005
60Y12

~g#
~m~
~~: 8LY93

33"

~~

36
37
38
39
40
41
42
43
44
45
46
47
48
49
50
51

5~

54

~~

[~~~~~~
2N2867

i~~~g~¥i

gg:

~;

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66

MHT6014
MHT6015
MHT6016
MHT6031
2N2020
2N2021
40613
40618
40621
40622
40629
40630
40631
2SC101A
85001
85002

~~
~9

72

n

75
76
77
78

~~=It

81

~~ I~gg~~

84
85
86
87

~~

90

~~"

93
94
95
96

~~

99
100
101
102

19~

105

19~

108
199

RES.
J to C
. W)

Ie
AIR @ X M
25'C
P
IW)
IA)

!2~~m

1.~

228m
228m
228m
228m
228m
228m
228m
228m
228m
229m
229m
229m
238m
238m
238m
238m
238m
240m
240m
250m
250m
250m
250m
250m
·250m
'250m
250m
250m
250m
1~~Om

250m
250m
250m
250m
250mS
250mS
250mS
250mS
250mS
256m
256m
263m
263m
263mS
263mS
266m
266m

~~1g¥g~

MHT7901
MHT7902
MHT7903
MHT7904
MHT7905
2N5025
2N5026
2N1648
2N1650
2N2018
2N2019
2N1647
2N1649
2N1886
2N2632
2N2633

2N5052t
57
58# 2S033t
2S034t
2S035t
!!.1# 2S036t
MHT6001
62
MHT6011
63

69

MAX pe~M T
~MAX.
HERM FREE A E

85031
85032
65041
85042
85051
85052
MSA8506
V409
2N5690
2N5293
2N5294
2N5295
2N5296

1

266m
266m
266m
266m
266m
266m
266m
266m
266m
266m
266m
266m
266m
266m

~~~~

266m
266m
266m
266m
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267m
277m
277m
277m
277m
277m
277m
277m
280m
285m
285m

~~~~

285m
285m
285m
285m
285m
285m
285m
285m
286m
288m
288m
288m
288m
288m
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2N2829
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2N2878t
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~~~~~~

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750m
500m
500m
4.0
7.0
7.0
7.0
7.0
10
10
3.0
1.5
1.0
1.0
1.0
1.0
1.0
2.0
2.0
4.0
2.0
3.5
10
10
10
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10
10
2.0
2.0

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10
10
10
10
10
5.0
5.0
3.0
3.0
2.0
2.0
3.0
3.0
3.0
5.0
5.0
5.0
2.0
2.0
2.0
2.0
2.0
3.0
3.0
3.0
3.0
5.0
5.0

Ib
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500m
500m
1.0
1.0
1.0
1.0
1.0
500m
500m
1.0
1.0
1.0
1.0
400m
400m

2.0
2.0
2.0
2.0
2.0
2.0

2.0
2.0

500m
500m

500m
500m
500m
150m
150m
1.0
1.0
1.0
1 20
12.0
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2.0

5.~

5.0
5.0
5.0
5.0
5.0
2.0
2.0
4.0
4.0
4.0
4.0
4.0
4.0
4.0
5.0
3.0
3.0

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3.0
3.0
3.0
3.0
3.0
3.0
5.0
6.0
5.0
4.0
4.0
4.0
4.0
4.0
4.0
3.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
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500m

tlVebo BVeboJBVeeo lebo @
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120
80
120
55
80
80
100
100
80
80
80
60

t
t
t
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40
60
80
40
60
120
180
36
65
36
50
50
70
70
90
90
60
80
36
65
60
90
225
250
275
325
350
75
90
120
120
150
200
80
80
60
90
120
150
120
120
125
150
200
100
100
150
150
100
80
199
100
80
100
60
150
200

2.0
2.0
2.0
2.0
2.0
2.0
2.0
1.0
1.0
1.2
1.0
1.0
1.0
1.0
1.0
1.0
1.0

2.0
2.0
2.0
2.0
2.0
2.0
500m
500m
500m
500m
1.0
1.0
1.0
1.0
2.0

70

10
10
10
3.5
6.0t
6.0t
6.0t
6.0t
7.5
7.5
10
6.0
6.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
3.0
4.0
4.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
4.0
4.0
3.0
3.0
8.0
8.0
8.0
8.0
8.0
4.5
4.5
6.0
6.0
6.0
6.0
6.0
6.0
6.0
8.0
8.0
8.0
10
10
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6.0
6.0
8.0
8.0
8.0
8.0
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8.0
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5.0
6.0
6.0
5.0
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5.0
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10¢ 500m
500m
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200m
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1.0m§
1.0m§
1.0m§
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120
35
80
80
100
100
80
80
60
40
40
40
60
80
40
60
80
120
18
36
18
40
40
60
60
80
80
40
60
18
36
40
75
200
225
250
300
325
75
90
80
80
125
140

350u
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5.0
5.0
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8.0
8.0
8.0
8.0
8.0
8.0
8.0
8.0
8.0
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350M§
300M§'" 500m

SYMBOLS AND CODES
EXPLAINED IN INTERPRETER

ig~~ g~

T066 C0
T03
T03
T03
T03
MT24
MT24

OM
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t M035a 8
t M035a 6

1.~

550m
550m
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300m
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No.

r
i

11 . SILICON NPN .ABSOLUTE
HIGHMAX.
POWER
TRANSISTORS
RATINGS @2S'
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24
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63
1718·1402
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67
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77
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5.0
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2.0
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5.0
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IN ORDER OF (1) MAX THERMAL RESISTANCE
& 121 TYPE No.
MAX

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SAT.
RES.

(Hz)
1m
50
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130m
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PL
PL
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SYMBOLS AND CODES
EXPLAINED IN INTERPRETER

I

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T01111 G
TOSS
TOSS
T059 IA
T03
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X5S
X5S
60
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MT42 GO
MT53 G
MT53 IG
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MT53 G
MT53 G
MT53 G
MT53 G
MT53 G
MT53 G
MT53 M
MT53 M
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T0111
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20
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11. slue ON NPN . HIGH POWER TRANSI~ TORS
MAX Pc
ABSOL TE MAX. RATINGS @2S'C
TYPE
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8145011
8145012
8145013
8145014
8UY14
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OT3201

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333m
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333m
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333m
333m
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343m
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344m
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55
56
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D.A. T.A. INC.

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92
3.()~
5.00
20
200 *
20
200 *
5.Q~
20 ~ 40 ¢
5.0¢
5.0Ql
40 0
20
5.Q~
30
5.Q~
5.0V) 1.0
30
5.0p~ 5.0
20
l~g ¢
1~~ 150m
30
150 2.0
7.0
4.Q~ 2.0
10
110
10
4.0.f25~ 2.0
110
15V) 150m
30
160
12
10i/l 1.0
128
10~ 1.0
184
12
100) 1.0
184
12
180
4.()~ 1.0
35
4.0.¢~ 1.0
35
1~g :it
100 1.0
25
~~ 1.0
25
80 #
40
::g~
~g ~
40
4.0
1.0
40
4.0
1.0
40
40
4.0
1.0
20
80
4.Q~ 1.5
20
4.Qi!:1 1.5
~g 0
4.0V) 1.5
20
30
2.()11) 3.0
2.5
5.()~ 2.0
4.00 2.0
75
180
1~

25uV)
2.0m
1.0m ~
1.0m§0
1Om~
10m¢
500u* 4.00
4.()i!:1
~g8~: 4.0¢
1.0m§
1.0m§
lQ\,!
1.0m§
10¢.
100)
1.0m§
1011)

60
80
80
80
40
40
60
60
80
80

P2

MAX

25
25
15

15
15

20
15

15
25
25
5.0
12
12
12
10
10
10
15

12
12
12

75

1.0Mt
1.0
75 :it 500ktb.
75
1.0Mt
1.0
75 :it 500ktb.
60
2.0
75
800m
45
2.0
45
2.0
75
670m
75
670m
60
1.0Mt 4.0
60
300kt b. 4.0
:-eO
300kt 6 4.0
250 :it 110M§b. 200m
45
300kt
1.2
45
300kt
1.2
75
300kt
1.0
75
300kt
1.0
36
36
36
30
30
30
60
36
36
36

750m
500m
500m
500m
5.0
750m
750m
750m

SYMBOLS AND CODES
EXPLAINED IN INTERPRETER

LOu
LOu

LOu
LOu
LOu
LOu
1.2u¢

MEb. MD6
b.
T03
MEb. MD6

D

g

b.
PE

Db.
Db.
Db.
Db.
Db.
Db.
D6
Db.

T03

+g~

T036
T03
T036

C¢

~

8
COl

-61Zl

C0

MT71b R
T03
<2~
T03
CV)

MTtO
MTtO

LINE
No.

~

f£J

11 . SILICON NPN
TYPE
No.

~+~J~~~

3

STC1555

;y
6
7
8
9

2N389
2N389A
2N424A
2N1260

~~~j~~U

1~: ~~gg~

12

2N1616A

1~ ~~m~~
15y

2SC793BL

~~g~~~
1~:~ 250188

18y
19
20
21
22
23
24

~~

27

~~

30
31
32
33

~~

36
37
38
39
40
41
42

:~

45
46
47
48
49
50
51
52
53
54
55
56
57
58
59
60y
61y

STC1024
2N424
2N 1208
2N 1209
2N1212
2N1235

~~~~~~

2S721
2S722
25723
2S724
STC7114
STC7115
STC7116

~igm~

STC7519
STC7520
STC7521
JAN2N389
JAN2N424
2N2383
2N2384
2N4301
2N4395t
2N4396t
2N4913
2N4914
2N4915
2N5067
2N5068
2N5069
2N5218t
2N5264t
2N5313t
2N5315t
2N5317t
2N5319t
2N5540t
2N5542t
2N5691
2N5731t
2N5732t
2SC240

~~#
~~: ~~g:~

66# 2SC243
"!,7#

~~#

70#
71#
72#
73#

ja

i~~~Jfo

180T2A
180T2B
180T2C
181T2A
181T2B
181T2C
182T2A

j~: mg~

78# 183T2A

m+2~
~~: 184T2A

81#

184T2B
185T2A
84# 185T2B

~~:

g~#

mX1~02

87
88
89
90

1716-0605
1716-0802
1716-0805
1716-1002

93

1716-1205

~~

~;

m~:l~g~

1~~6:m~

1716-1602
1716-1605
1716-1802
B5000
99
lQO# BLY17A
BLY17C
10
BUY18t
102
MHT7011
19~ MHT7012
MHT7013
105
MHT7014
19~ MHT7015
MHT7016
108
MHT7017
l~~ MHT7018
96

~~

1:

D.A. T.A. INC_

lJ

. HIGH

IN ORDER OF (1) MAX THERMAL RESISTANCE
& 2) TYPE No.

POWER TRANSISTORS

ABSOL TE MAX. RATINGS @25'
MAX.
hfe
MAX . MAX pe~M T
Ie
THERM FREE A E
Ib
BVebo BVeboJBVeeo lebo @
BIAS
MIN
AIR @ X M
RES.
MAX Ve!!JVeb Ie
@2S'C
P
2S'C
J to C
(W)
(W)
(A)
(A)
(V)
(V)
(VI
(A)
(V)
(A)
lQm
gg
~g
:~g~~ ~~ ~
10m
19
1~¢ 'tg
19
§J 5.0
450ms
85 i 5
10m
10
10
80
niii5 2.0
§ :~.5
455m
40
15
4.~~ s
'l gom
§S 7.0
~~ I~:g
18
15
5.0fe
§J 2.0
g
60 § 3·Pommt.e
:~~~e
10
15 '1.0
12
§J 3.0
60 §
60
10
10m
12
476m~
85 ~
1~\,? 1.0
§J 3.0
80 §
476m¢
80
10
10m
12
85 0
150 1.0
§J 2.0
476m
85 i 5
120
10 120 §
10m
12
1.0
15ii5 1.0
70 §
4.0
SJ 2.0
476m
500m
12
1.5
20
SJ 1.5
476m
500m
12
60
15
1~~ 1.5
4~5 e §J 7.5
480m
2.0
10
60
60
LOrn
4.0(5 2.0
15
§J 7.5
480m
2.0
10
80
70
LOrn
15
85 ~
4·9\9 2.0
§J 7.5
480m
10
100
80
15
850
4.~g 2.0
71°e
l:g~e 5.0
480m
60 i 5
sJ 7.0
100
5.0
80
1.0
85
480m
sJ 7.Q
100
5.0
80
30
7.0 ~
1.0mf'? 5.~f'? 1.0
~g ~ sJ
480m
7.0 ¢
100
5.0
80
1.0
50
#
18:::g ~:8g 3.0
480m
600
sJ
2.0
100
7.0
70
20
§ 5.0
480m
9.0
80
60
25
4.0r;, 1.5
§J 2.0
80 §
485m
10
1.0
10m
12
85 g
l~g 2.0
§s 5.0
485m
85
60
10
60
10m
12
15
§S 5.0
485m
45
5.0
45
20m
20
3.5 f'?
§S 510
485m
60
10
60
15(/; 1.0
10m
3.5 ¢e
§J 2.0
g#
1.0
485m
85
120
10 120 §
10m
§S 5.0
60
10
485m
60
10m
15
85 f'?
1~~ 2.0
§S 5.0
485m
85 ¢
45
5.0
45
20m
20
120 2.0
§C 2.0
60 §
485m
85 i 5
60
10
20
15ii5 1.0
§C 2.0
485m
100
10 100 §
1.0
20
85 f'?
§C
60 §
485m
2.0
60
10
1.0
40
850
1~~
§C 2.0
100
485m
850
10 100 §
150 1.0
40
§C 7.5
485m
80
60
50
85 ~
4·9\9 2.0
§C 7.5
85 ¢
100
485m
80
50
4.~g 2.0
§C 7.5
485m
85 i 5
120
100
4.0
2.0
50
§C 7.5
485m
140
2.0
50
120
85 f'?
4~~
§C 7.5
485m
80
60
2.0
850
50
§C 7.5
85 Q5
::8g 2.0
485m
100
80
50
§C 7.5
120
485m
100
50
85 f'?
4~f'? 2.0
§C 7.5
85 ¢
140
485m
2.0
50
120
4.0fe
§S
850
10
10m*
500m
60
15 1.0
15
§S
10
500m
80
80
10m*\l 15.1' 1.0
15
85 ~
§S 2.0
80
8.0
60
1.0m
1.5
20
500m
850
4~g
§S 5.0
60 § 1.0m
85 Gil
8.0
4.0
1.5
20
500m
80
§J
10u§ 4~~ 5.0
500mS
80
30
10
4.0
50 ~
l~g 8.0
§J 5.0
100u
900m
4.0
40
2.0
50
500m
620
1:gg 2.0
§J
5.0
900m
4.0
60
100u
40
500m
62 i 5
80
§J 5.0
25
500m
1.0
40
5.0
40
10u# 2.~f'? 2.5
88 f'?
§J 5.0
88 ¢
1.0
5.0
2.5
25
500m
60
SO
2.~g
§J 5.0
18~;; 2.0 2.5
1.0
5.0
25
500m
88 i 5
80
80
§J 5.0
SOOm
1.0
40
5.0
40
1.0m# 2.~~ 1.0
20
88 f'?
§J 5.0
1.0
60
5.0
20
1.0
500m
60
880
2.~g 1.0
§J 5.0
1.0
5.0
1:8:::1 2.0
20
500m
88 i 5
80
80
§C 10
15
500mS
1.0
220
8.0
200
500n~ 59~ 5.0
50 f'?
§J
87 ¢
10
2.0
400
S.O
180
30
1.0
SOOm
2'3g
1.P~1 5.0
§J
500mS
10
2.5
6.0
10
30
50ii5
80
80
§J
10
2.5
6.0
500mS
100
100
10u# 5.~f'?
10
30
50 f'?
§J
50 ¢
10
2.0
S.O
5.0
500mS
80
80
30
§J
50 Q5
18~;; 5.gg
10
2.0
100
6.0
100
5.0
5.0
30
500m$
§J
10
2.0
325
8.0
5.0
500m$
300
20
500n~
50 ~
5·9~
§J
2.0
8.0
500n(/; 5.0~e 5.0
10
175
130
30
500ms
50 0
§S 8.0
50 t 4.0t
1.5mt.
10
880
30
10 100m
500m
1.0m§
5.0
20
4.0
100
80
30
500m
75 ~# §J
2.~~ 5.0
§J
1.0m§
4.0
100
5.0
5.0
20
80
30
g#
2P~e 1.0
§J 5.0
~gg:::e 75
5.0
5.0m
15
100
65
75
§J 5.0
5.0
10m
15
60
40
500m\,?
75 ~
1~f'? 1.0
§J 5.0
5.0
10m
15
¢
100
65
100 1.0
500~g 75
§J 5.0
75 Ql
140
5.0
80
10m
10ii5 1.0
15
500m
10m
sJ 2.5
75
4.0
40
25
500m
60 f'?
4.~~ 1.0
§J 8.0
10
3.0
4.0
60
1.0mt. 5.gg 1.0
80
500m
870
§J 6.0
10m§ 4.0
15
3.0
60
10
60
2.0
500m
85 i 5
§J 6.0
10m§ 4.~\,? 2.0
3.0
60
10
60
30
500m
85 f'?
§J 6.0
10m§ 4.gg 2.0
60
10
60
75
3.0
500m
850
§J 6.0
1.0m§
4.0
15
2.0
850
3.0
100
10
90
500m
§J 6.0
1.0m§
3.0
100
10
90
30
500m
85 ~
4.~~ 2.0
§J 6.0
10
2.0
75
3.0
100
90
500m
850
4.~g 2.0
§J 6.0
l:g::::¢ 4.0
15
85 Ql
3.0
200
10 140
500m
§J 6.0
3.0
10 140
30
500m
200
85 f'?
1.0m~f'? 4.~f'? 2.0
§J 6.0
2.0
10 140
75
500m
3.0
200
850
1.0m:g
4.~g
§J 6.0
1.0m§
10 180
4.0
15
2.0
500m
85 i 5
3.0
300
§J I"!,·O
3.0
300
10
30
50Qm
85 ~
1.0m~~ 4.~~
§J S.O
~:g
75
3.0
300
10
500m
850
§J S.O
1:8::::g ::gg 2.0
10 200
15
850
3.0
400
500m
§J S.O
3.0
400
10 200
30
500m
85 ~
4.~~ 2.0
§J
1.0m§
2.0
6.0
3.0
10 250
15
500m
500
850
4.~g
§J 6.0
LOrn § 4.0
2.0
85 Ql
3.0
500
10 250
30
500m
§J 1 6.0
3.0
75
10 250
500m
4.~~ 2.0
~g~\O§
5~g
§J
7.0
2.0
500m(/;
~~ ~ §J
10 # 2.0
60 g
2.~g 5.0
~g ;;
10 # 2.0
200u
2.0
500mS
50 S
60
7.0
60
§J
500mS
50 S
10 # 2.0
80
7.0
20 #
2.~\,? 2.0
80 I'd 200u
§J
2.0
5.0
50 S
7.0
500mS
80
80 ill 200u
2.~g 2.0
~g ;;
19 ;; 2.0
§J
2.0
50 $
100
100 fii 200u
500m$
7.0
§J
10 # 2.0
20 #
50 S
100
7.0
500mS
100 ~ 200u
2.~~ 5.0
§J
200u
2.0
2.0
120
500mS
50 S
7.0
120
~
19 ;; 2.0
~:gg 5.0
§J
~8 :
120
200u
7.0
120
500mS
50 S
§J
2.~\,?
~~ # I~:g
I~gg~
j:g
l:g
~:g
~g :
~gg~: ~g : §J 10
#
l:g ~
2.~g 2.0
§J
10 # 2.0
160
160 [2j 200u
2.0
20 it
7.0
500m$
50 $
§J
2.0
160
5.0
10 #
7.0
20 #
500m$
50 $
160 I'd 200u
2.~~
§J
2.0
10 # 2.0
180
7.0
20 #
500m$
180 ill
~~O'::te 2.0te
1.0
30
SJ 3.0
14 500m
500m
35
§J
10
2.0
100
5.0
100 §
10 t. 5.0
10m,!!
75
500m
2.0
100
5.0
10
500m
300
5.0
10u§ 5.0e 1.0
sJ
150
30 #
62 e
500m
§J
60
5.0
10
40
500ms
1.0u~
2·2
50 ~
5.~~ 5.0
~g
§J
5.0
10
2.0
80
60
5.0
500ms
50 0
1.0~g
5.~g 5.0
§J
100
5.0
10
2.0
1.0u
20
50 Ql
80
5.0
500ms
§J
60
5.0
40
40
10
2.0
500ms
1.0u\9
50 f'?
5.~~ 5.0
§J
5.0
80
60
40
10
2.0
500mS
50 0
1.0~g 5.~g 5.0
§J
100
5.0
10
2.0
80
1.0u
5.0
5.0
40
500m$
50 i 5
§J
5.0
2.0
60
40
5.0
10
500mS
1.0~§
50 §
5~§ 5.0
198 ;;
§J
5.0
80
60
1.0u
5.0
2.0
500ms
10
50

':j

~~

j:g

so

m

1.0~m

~~ ~S

149

MAX

fae
(Hz)

MAX.
SAT.
RES.
(!l)

Ir

DES' RIPTION
~TRUC
-TURE
DWG.
No.

(5)

I~gg~

~g

30
IjU

IZ.5Mt

60
60
60
60
50
50
45
45
45
200
70

2.0Mt
2.0Mt
50kt.
5.0Mt
5.0Mt
1.5kt
1.5kt
1.5kt
9.0M§
9.0M§
9.0M§

500m
4.0
,.90u
5.0
750m
750m
10
5.0
10
500m
500m
500m
460m

~g

e

60
60
120
120
150
150
150
150
150
150
150

l~g

#
60 #
60
60
120 #
170
170
100 #
188 ;;
80 #

~8 ;;
120 #
3gg ;;
90 #
~g ;;
60 #
90 #

300 #

1.5u
1.8u
1.8u
1.8u

4~~m

460m
300m
1.0
900n
10
2.5
3.0M§t. 2.5
3.0M§t. 5.0
50k
2.S
3.0M§t. 2.5
3.0M§ 5.0
3.0M§ 5.0
3.0M§ 3.0
3.0M§ 3.0
380m
380m
380m
380m
380m
380m
380m
380m
5.0
10
3.0M§
670m 900n
3.0M§ 670m 900n
40M§t.
4.0M§t. 180m
4.0M§t. 180m
4.0M§t.
4.0M§t.
4.0M§t.
4.0M§t.
4.0M§t.
4.0M§t.
40M§t.
600n
50M§t. 178m LOu
30M§t.
500n
30M§t.
500n
30M§t.
400n
30M§t.
400n
20M§t.
1.5u
20M§t.
500n

3~~

l

35 f'?
350
35 i 5
75

1~~

#
90 #
1~~ ;;
90 #

1~~

:
90 #
180 #
45
90
180
45
90
45
90
180

30M§
30M§
35Mt
35Mt
35Mt
35Mt
20Mt.
330M§
10M§t.
10M§t.
10M§t.
10M§l'.
10M§t.
10M§t.
10M§t.
10M§t.
10M§t.
10M§t.

500m
500m
500m
500m
800m
333m

:g~:~

250

*

60 #

~g :
120 #
gg ;;

300n
300n

40M§t.
40M§t.
40M§t.
70k§
70M§
50M§t.
15M§t.
15M§t.
15M§t.
15M§t.
15M§t.
15M§t.
15M§l'.
15M§t.

SYMBOLS AND CODES
EXPLAINED IN INTERPRETER

~+lg

MT10

~;iO
T053
T053
T053
T053
MS3
MS3
T061
T061
T061
T03
T03
T03
T03

0
0
0
0
0
OM
OM
OM
EM
ME

0
0
0
0

0
0

PE
PE
ME
ME
ME
ME
ME
PE 121

T053
T061
T061
T061
T053
MS2
MS3
MS3
MS3
MS3
MS3
T053
T053
T053
T053
T061
T061
T061
TOSI
T053
T053
MS3
MTtO
T061
T03
T03
T03
T03
T03
T03
T03
T03
T061
T03
T061
T061
T061
T061
T061
T061
X92
T061
T03
T03
T03
T03
T03

~~~2a

T03
T03
T03
121 T03
~ T03
~ T03
T03
T03
T03
fii T03

:e

~~
A¢

~~
CQ5
Ig~

cii5
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A
A

I~(/;

A
A(/;

A
A

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g~

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g~
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AA'!!
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!~

R
A
C(/;

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19~:~

10M§t.
10M§t.
10M§t.
10M§t.
10M§t.
40M§t.
40M§t.
40M§t.
40M§t.
40M§t.
40M§t.
40M§t.
40M§t.

ot.
ot.
ot.
ot.
ot.
ot.

m#
75
2.5Mt
60
80

LC
EO
AD
DE

c¢

~ ig~
iii T03

~

fii

300~gg EMf
EMt.

400n

300n\9~

EMt.

400~g~ EMt.
EMt.

300n

400n~~ EMt.

EMt.
300~~
400n
EMt.

~gg~~ ~~~

~~

cQl

T03
T03
T03
T03
T061
T061
TOSI
T061
T061
TOSI
T061
T061

iggl
300n
EMt. T061
EMt.
T061
~20~~1'd
300n¢ill EMt. T061
X53
0
T036
PO
T036
1.0ue
OPE T03
PL
i+g~l
PL
PL
T061
PL
ig~l
PL
T061
PL
PL
ig~l
PL

g~
cii5

C,!!

~'!!

C~
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~

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§

LINE
No.

2
3
4
5
6

~

9

~

11 . SILICON NPN .ABSOLUTE
HIGHMAX.
POWER
TRANSISTORS
RATINGS @25'C
MAX.
hfe
TYPE
No.

1~~T~80~

MHT7802
MHT7803
MHT7804
MHT7805

~~g~g~

12
13
14
15

MHT7808
MHT7809
MJ480
MJ481
SOT320lt
SOT3202t
SOT3203t

18
19
20
21
22
23
24
25",
26
27
28#
29#
30#

SOT3206t
SOT3207t
SOT3208t
SOT3209t
ST86020
ST86021
ST86022
MJE205
2N355lt
2N3552t
BUY20
BUY21
BUY22

1~

1~ '~gH~g~~

~i

33",

I~~~ng
2N5708

~~"'-# I~~ri~~l
TIP33t

36

~~

39

:~

42

:~
45

:~

48

~g

51

~~

54

~g
57
58
59
60

g~

63
64
65
66

6~

69
70
71
72
73
74
75

TIP33At
2N5329
156-043

l~g:g~:

156-083

l~g:~g:

156-123

1~6:m

156-144

~~~-i~i

JAN2N1722

666ms
666mt.
666m
666m
666m
666m
666m
666m
666m
666m
666m§
666m§
666m

1~~3::~~

Iggg~

2N3447t
2N3448t
2N3487t
2N3488t
2N3489t
2N3490t
2N349lt

666m
666m
666m
666m
666m
666m
666m

2N3788
2N3864t

666m
666m
666m

~~~gg~t

81
82
83
84
85
86
87
88

2N5008
2N5034
2N5035
2N5036
2N5037
2N5048t
2N5288

~~:

~~8~:9

2S025
2S026
2SC408t
2SC409t
2SC410t
2SC41lt
2SC412t

~~~~:~
~a 2SC687

99#
lQ'1# 2SC901
2SC901A
10
2S013
102
!93 # 2S014
104# 2S015t
105# 2S016t

1:

19~:

108

l~g:

~IOm

570m
570m
577m
620m
625m
625m
645ms
660m
660m
660m
660m
660m
660m
660m
660m
660m
660m
660m
666ms
666mt.

Iggg~:

~g

93#
!!.~#
95#
96#

500m
500m
500m
500m
500mS
500ms
500ms
500ms
500m
500m
500m
500m
500m
500m
500m
500m
500m
500m
500m
500m
500m
500m
522m
526ms
526ms
568m
568m
568m

~~m~A

~~

gg:

Iggg~$

2NI724
JAN2NI724
2NI724A
2N1725
2N3055
JAN2N3055t
2N3232
2N3233
2N3234
2N3235
2N3263t
2N3264t
JAN2N3442

1~!'I3492t

78

~~AX.
THERM
RES.
J to C
(W)

I~~gm

2S053
2S0110t
2S011lt

D.A. T.A. INC.

~t:>6m

~~~~;;
666m
666m
666m
666m

~~~~#

666m#
666m
666m
666m

666~~

666m
666mg)

666~~
S66m

~~~~§

666m
666m
666m
666m
666m

666~~

666m

666m~

666m¢
666m
666m
666m

M_AX pe~M T
FREE A E
AIR @ X M
P
25'C
(W)
;J
gg ~
$
50 \15
$
~g ~ S
50 (;5
S
§J
50 \';!
§J
50 ¢
§J
50 \15
§J
50 g)
§J
87 ¢
§J
87 \15
§J
3.0
§J
3.0
§J
3.0
§J
3.0
§J
3.0
§J
3.0
§J
3.0
§J
3.0
§J
3.0
§J
50 g)
§J
50 ¢
§J
500
sJ
65 ~
§J
40 ¢
§J
40 0
§J
85 g)
§J
85 ¢
§J
85 \15
§J
100
§J
§J
1990
§J
(I)
SJ
SJ
3.5
SJ
3.5
§J
65 ~
§J
115
§J
115 ~
§J
115 ~
§J
115
§J
115 \';!
§J
115 ~
§J
115
§J
115 g)
115~ §J
§J
115
§J
115 ~
§J
50 ¢
§A
3.0
§J
§J
§J
50 0
§A
,~.O
§J
3.0
§J
3.0
§C
115 (I)
§J
~'P7 0 §C
§C
117 ~
§C
117 ~
§C
117
§J
84 g)
§J
84 ¢
§J
4.0
§J
115 ~
§J
115 ~
§J
115
§J
115 ~
§C
115 ~
§C
115
§C
115 g)
§C
115~
§C
115
§C
115 ~
§J
100 ~
§C
117
§C
117 ~
§J
100 ~
§J
100
SJ
83 ~
83 ¢
sJ
SJ
830
sJ
83 ~
§J
100 ~
§J
100
§J
100 ~
§J
100 ~
§J
100
§J
100 ~
sJ
100 ~
sJ
100
sJ
100 g)
sJ
100 ~
sJ
100
sJ
50
$J
50 ~
sJ
50
sJ
50 ~
50 ¢
sJ
sJ
1000
sJ
Igg \0
sJ
sJ
80
SJ
80
sJ
80 ~
§J
100
SJ
100 ~
100
SJ

igg

~g ~

Ie

Ib

(A)

(A)

19
10
10
10
10
10
10
10
10
20
20
20
20
10
10
10
10
10
5.0
5.0
5.0
5.0
12
12
7.0
7.0
7.0
5.0
5.0
6.0
5.0
20
10
10
20
15
15
15
15
15
15
15
15
15
15
15
7.5
5.0
7.5
7.5
7.5
5.0
5.0
5.0
15
15
7.5
7.5
7.5
15
25
25
10
7.5
7.5
7.5
7.5
7.5
7.5
7.5
7.5
7.5
7.5
2.0
7.5
7.5
10
10
6.0
6.0
8.0
8.0
10
10
10
7.5
7.5
7.5
10
10
10
10
10
5.0
5.0
5.0
5.0
5.0
10
10
6.0
6.0
6.0
6.0
10
10
10

I~:g
5.0
5.0
5.0
5.0

5.0

I~:O
.0
5.0
4.0
4.0
4.0
4.0
4.0

2.5
5.0
5.0
3.0
3.0
3.0
2.0
2.0
3.0
3.0
3.0
5.0
7.0
7.0
7.0
7.0
7.0
7.0
7.0
7.0
7.0
7.0
7.0
5.0
1.9
1.0
5.0
J:g 0
7.0
7.0
3.0
3.0
3.0
7.0
10
10
7.0
4.0
4.0
4.0
4.0
4.0
4.0
4.0
4.0
4.0
4.0
1.0
3.0
3.0
3.0
3.0
6.0
6.0
6.0
6.0
2.0
3.0
3.0
2.0
2.0
2.0
3.0
3.0
3.0
3.0
3.0
6.0 \0
6.00

6.0 g)
6.0 ¢
3.0
3.0
3.0
3.0
4.0
3.0
3.0

BVebo BVeboJBVeeo lebo @
BIAS
MAX Ve~Veb Ie
@25'C
(V)
(V)
(V)
(A)
(V)
(A)

i~~

250
275
325
350
150
200
250
300
40
60
40
60
80
100
40
60
80
100
120
125
145
170
50
115
140
200
300
450
300
375
70 t
140 t
130
40
60
150
50
50
70
90
80
110
130
130
150
150
170
175
175

m
175
175
180
120

199~[
80
110
160
65
150
120
160
Igg
80
100
80
100
120
80
100
120
400
110
160
100
100
55
55
70
70
120
120
120
100
150
200
150
200
200
300
300
150
80
150
200
250
35
75
60
100
150
200
90
130
100

i~:g
7.0
7.0
7.0
7.0
5.0
5.0
5.0
5.0
5.0
5.0
6.0
6.0
6.0
6.0
6.0
6.0
6.0
6.0
6.0
10
10
10
4.0
7.0
7.0
8.0
8.0
8.0
6.0
6.0
4.0t
7.0t
12
5.0
5.0
8.0
6.0
7.0
7.0
6.0
7.0
7.0
6.0
7.0
6.0
7.0
7.0
10
10
10
10
10
10
10
10
7.0
7.0
6.0
6.0
6.0
7.0
7.0
7.0
7.0
,1;.0
10
6.0
10
10
10
10
10
10
10
5.0
7.0
7.0
6.0
6.0
5.0
5.0
5.0
5.0
14
6.0
6.0
10
10
10
4.0
4.0
4.0
4.0
4.0
6.0
5.0
6.0
6.0
6.0
4.0
4.0
10
10
10
10
12
10
10

2gg
225
250
300
325
150
200
250
300
40
60
40
60
80
100
40
60
80
100
120
80
100
120
50
60
80
120
180
200
225
300
50
120
110
40
60
90
40
40
60
80
80
100
120
120
140
140
160
80
80

l:g~~

1.0~0
1.0u~

10~~
LOu
10ug)

20
20
20
20
10
15
15
15
30
30
30
30
30
30
30
30
30
30
30
20
20
20
25
20
20
20
20
20
20
20
5.0
15
12
25
25
40
18

5.<;1g)

5.0(1)

5.~~
5.0
10u# 5.~~

19~:

5.~~
19~;; 5.0
10u# 5.<;1@
10u#
5~~
10u# 5.0
100u
10
100u
10
100u
10
100u
2<;1~

~

l~g

80
80
120
80
60
199
55
90 B
60 ill
140

l~g \0
1500
200 @
250 ¢
20
40
45
55
70
85
50
110
80

2~0

2.~~ 10
10~:~ 2.0
10m
100ug) 5.<;1~ 3.0
100~~ 5.0
5.~~ 3.0
100u
3.0
4.0m#
2.0
2.0m#
2.0
5.0m§t
100 100m

19~

~~o.nml\Z 4.<;1g)
5.0¢ 2·~0

700ut.
700ut.

4.0
4.0

4.0~0
10
4.<;1g)

4·~t¢

4.0p""

lJ~
4.0
10m
5.0m
~~m

10m
10m
5.0m

100~~

100u

l:g~:

1.0m#
1.0m#
5.0m#
20,:}
20m
1.0m
!OOU#

1.0
1.0

10
2.0~0
10 3.0
4.<;1~

~g §il )5.0m#

gg
60
80
60
80
100
60
80
100
325
90
150
80
80
45
45
60
60
100
100
100
32
60
100
100
140
140
200
200

l~g #

5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
1.0
1.0
10
10
10
10
5.0
5.0
5.0
5.0
5.0
3.0
3.0
3.0

4.0J?""

4.0
4.0
3.0
4.0
4.0
3.0
4.0
3.0
4.0
4.0

1~~ I~:O
.0
15

1~¢ I~:g

100u#
100u
100u
100u
100u
100u
!I!.0u

5.0~~#
1.0m
1.0m#

l:g~:

200mt.
200mt.
200mt.
200mt.

l:g~:

1.0m#
1.0m
1.0m
1.0m
50m
20m
20m
5.0m
5.0m
15m
10m
15m

1~~~

45m
45m
2.0m
1.0m
500u
50u¢
200u
5.0~¢
5.0m

150

~g

4.0
4.~~ 5.0
4.0
5.0
4.Qg)
5.0
4·Pt¢ 2.5
10
4'Q~
4.~~ 1.5
4.0
1.5
4.Q~ 1.5
1.5
4.g~ 5.0
4.0
5.g¢ 1.0
5.0
1.0

20
14
14
14
30
15
10
10
10
10
12
20
20

~:g~

fae

~g

50
20
20
18
18
18
20
20
25
20
20
20
40
40
20
20
15
40
40
30
20
30
30
30
70
20
20
20
20
15
30
70
20
20
20
20
10
20
10
20

~g~:~

60
60
60
60
60

30M§t.
30M§t.
30M§t.
30M§t.

200
200
90 #

~g ;;
90 #

~g

MAX.
SAT.
RES.

(m
100m
100m
100m
100m
100m

::g~:~

~g :
90 #

;;

120
120
120
100

400m
400m
30M§t.
30M§t.
30M§t.
30M§t.
30M§t.
30M§t.
30M§t.
30M§t.
30M§t.
10M
400m
10M
400m
10M
400m

40M§t.
40M§t.
15M§t.
15M§t.
~gg ;; 15M§t.
5.0M§t.
80
5.0M§t.
80
50M§t.
50
~O #
1.0Mt
# 3.0k§t.
125 # 3.0k§<'>
80M§t.
1~~ #
70 #

~g :
300 #

100m
100m

1.1
1.1

1~~

18
20
20
18
. 20
18
20
20
20
30
20

199~: ~:g~

#
#
#
#

~g

150 2.0
1~~ 2.0
15¢ 2.0
150 2.0
4.Q~ 4.0
4.0
4.0~0 3.0
10
3.0
10 3.0
4.0
4.0
15
2'Q~
15
3.g~ 3.0
4.0
5.Q~ 3.0
3.0
5.0
5.Qg) 5.0
5.g~_ 3.0
5.0
3.0
5'Q~ 3.0
5.0
5.~~
5.0
5.0
5.Q~ 3.0
500m
3.0
2.Qg) 3.0
5.0
5.~~
5.0
5.0
4.~~ 4.0
4.0
4.~~ 5.0
4.0
4.~@ 5.0
10
4.~~ 5.0
5.0
5.0Jl~ 5.0
1~~ 2.0
15
2.0
1~ 2.0
5.~~ 5.0
5.0
5.0
5.Q~ 5.0
5.0
5.~~
5.0
5.0

1~~

MAX

(Hz)

~:g}IJ I~:g

10u# 5<;1g)

ill

MIN

5.0
5.0
5.0
5.0

10~~
5.~~
IOu
5.0
10u(l)

IN ORDER OF (1) MAX THERMAL RESISTANCE
& 21 TYPE No.

~~

;;

~~

:

~g

;;

90m

70 #
70 #
70 #

~g

#

;;

l~g

:
90 #

10M§ 500m
10M§t.

19~: ~gg~

10M§ 500m
10M§t.
10M§
10M§
20kt. 250m

Igg ;;
70
60 # 800 §t.
1.0M§t.
55
1.0M§t.
55
1.0M§t.
55
1.0M§t.
70
55 # 20M§t.
20M§t.
~g ;;
10M§t.
~g
10M§t.
10M§t.
120
10M§t.
120
10M§t.
60
10M§t.
60
45
10M§t.
10M§t.
120
10M§t.
120
10M§t.
90
180
50kt.
500k§t.
90
500k§t.
90
90 # 30M§t.
200 # 40M§t.
80
80
80
80
10M§i21
~g # 30M§t.
40M§t.
200
12M§
~g 0 12M§
30 g) 12M§
40 ¢ 400k
400k
30
40 \0 400k
400k
~g 0 400k

g

30 ~ 300k
33

~~ ~

90
45
80
80
80
80
48
40
40

20kt.
20kt.
2.0Mtt.
2.0Mtt.
2.0Mtt.
2.0Mtt.
1.2Mt
~.. 2.0M§
20M§

tT

DESCRIPTION L C
EO
~STRUC
-TURE
DWG. AD
No.
E

o

(s)

I~t

ligg1
T061
T061
T061
T061
MT50a A
MT50a A
MT50a A
MT50a A
T03
.~
T03
PE
T061 A
500n
PE
T061 A
500n
PE
T061 A
500n
PE
T061 A
500n
300n
PE
T061 A
300n
PE
T061 A
300n
PE
T061 A
T061 A
300n
PE
T061 A
300n
PE
2.0u
P
T061
P
T061
2.0u
2.0u
P
T061
X58a B
ME
X15
300~~ ME X15
300n
4.0n~B OMt. T03
g~
OMt. T03
4.0~;;~ OMt.
4.0n
T03
C0
T03
g~
T03
T0128 V
T03
~(I)
T03
X86
450n0 D
X86
450n~
~(I)
350n¢
T061
T03
Ot.
Ot.
ig~ g~
Ot.
(:0
ot.
T03
Ot.
T03
g~
Ot.
T03
ot.
T03
C0
Ot.
T03
g~
Ot.
T03
Ot.
T03
C0
Ot.
T03
ME
T053
T053 A0
PL
PL
PL
PL
PL
PL
PL
PL

°
°

~~

ME

6.0u¢i21

500m 350n~~
500m 350~~~
300m 350n
EA
300m 35O~91~ EA
300m 350~~
300m 350n
300m 350ng)
300m 350~~
300m 350n
300m 350n(l)
2.0
330m 8.0u0
330m 8.0u(l)

~~

500m
500m
500m
200m
200m
200m
200m
200m
320m
320m
320m
3.0
3.0
1.0
1.0
1.0
1.0
~OOm

300m

SYMBOLS AND CODES
EXPLAINED IN INTERPRETER

~0

~0

~~

500n
500n

420m
380m
420m
380m
200m

(I)

ME
ME
ME
LOu
LOu
LOu
LOu
LOu

1.3u
1.3u
1.3u
1.3u

!~

!&
!~
~~

~~

600n

1.0u#
1.0u#
1.0u#

+g~~ I~¢

T061 A0
T061
T061
T061 A0
T03
C~¢
T03
MD21 10'
M021
M021 I~
MD21 10
X21
X21
g~
C{j,'
T03
T03
T03
~~
T03
C0
T03
T061
T061
T061
T061
T061 A0
T061
T03
T03
C0
T03
AC(I)
MT16a
MT16a A
MS9
g~
MS9a
(:0
MS9
MS9a
T061
MT16a A
MT16a A
MS3
MS3
MS3
T03
T03
T03
T03
T03
T03
T03
-Qj
T03
T03
T03
¢
T036
(I)
T036
T03
T03
T03
T03
T03
T03
g~
TQ3

EM
OM
ME
OM
OM
ME
ME

°°
°°D
°°

C~

LINE
No.

1J

11 . SILICON NPN . HIGH POWER TRANSISTORS
ABSOLUTE MAX. RATINGS @25'C
MAX.
hfe
TYPE
No.

~: ~~gl~~t

i#

1,f~AX. MAX pe~M T
HERM FREE
AIR @
RES.

J{~IC

~~~~

250172

666m
666m
666m
666m

9# 250177

666m

4#

~:

250164t

I~~gl~~~

~f I~~gm

l~f 1~~gmA

gg~~:

IS

40543

666m
666m
666m
666m
666m
666m
666m

21.

40675*
B148000t
B14800lt
B148002t

666m
666m#
666m
666m
666m

12

1~

15

1~

~~

H
24

40251

~gg~

:g~~~

40513

:g~l~

:g~~~

~~ I:mgg~~

6~~m

I~~~~

B170000
B170001
B170002
B170003

666m
666m
666m
666m

33

B170006

36

B170009
B170010
B170011
B170012
B170013
B170014
B170015

666m
666m
666m
666m
666m
666m
666m
666m
666m
666m
666m
666m
666m
666m
666m
666m
666m
666m
666m
666m
666m
666mS
666mS
666mS
666mS
666mS
666mS
666mS
666mS
666mS
666mS
666mS
666mS
666mS
666mS
666mS
666mS
666mS
666mS
666mS
666mS
666m$
666mS
666m
666m
666m
666m
666m
866m
666m
666m
666m§
666m§
666m
666m$
666m$
666m$
666mS
666m$
666m
666m
666m
666m
666m
666m
666m
666m

27

~g

30

~~

I~gggg~

~~

~gggg~

~~

39

:~

42

:~
45

:~

4S

~g
51

~~

54

~~

~gggl~

B17001St
B170019t
B170020t
B17002lt
B170022t
B170023t
B170024t
B170025t
B170026t
B176000

~mggi

B176003
B176004
B176005
B176006
60
B176007
~i B17600S
B176009
63
B176010
64
B176011
65
B176012
66
B176013
B176014
B176015
69
B176024
70
B176025
71
B176026
72
B176027
B17602S
B176029
75
76# B0130
B0141
Bo142
BOY17
~g: BOY1B
Bl# BOY19
B2# BoY3B
BLY17
:~: BUY12
BUY13
~~:n: OT5702
MHT7201
B7
MHT7202
MHT7203
MHT7204
90
MHT7205
~i MHT7601
MHT7602
93
MHT7603
~~ MHT7604
MHT7605
96
MHT7606
MHT7607
MHT760B
99
57

~~

~~

n
n:
:g

~~

19~

102

19~

105

19~

lOB

l~g

MHT7610
MHT7611

~~r6fci2

MJ3011

~1~~~11

50TlO02
50Tl003
50TlO04

D.A. T.A.INC.

~~~~

~;C

100 Iq
100 ~
100
100 ~
100 ~
100

~g ~

~

Iq
~

:~

!
~~ ¢
S3 iB

2.0
115
100
100
100
100
100
100
60
90
120
60
90
120
60
90
120
60
90
120
60
90
120
60
90
120
60
90
120
60

~
~

~

g
~

~
~

~
~

~
~

~

Iq
~
~

g

l~g ¢

600
90 ~
120 ~
50

~g ~

50
50
50
50
50
50
50
50
50
50
50
50
50

¢

~

¢
¢

~

¢
0

~

¢
0
Iq

¢
iB

~g ~

50 Qi
50 8
50 ¢
50 ¢
117 8
117g
117
115 ~
115 ~
115
115
100 ~
50
50 \1l

~8

50
50
50
50
60
60
60
60
60
60
60
60

¢
8¢
0
\e

g~$
8~

g~$
8$
~

666m§
666m!
666m!

5.0,lOn
100 ~
100
100 ~
100

I~gg~

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I
SJ
SJ
SJ
§J
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SA
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§J
§S
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1170
117 ~
115
83

666m

666m

P

Il~g ¢ :j
1000

¢
199 ¢
100 ~_

I~~~:::

A E
X M

~g

60 ¢

§J
§J
§J
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§J
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§J
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#J
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$
S
$

$
S
$
§J
§J
#J
§J
§J
§J
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Ie
(Al
19
10
10
10
10
10
10
10
5.0
5.0
15
15
17
6.0
6.0
6.0
8.0
S.O
15
10
20
20
15
15
20
6.0
10
15
6.0

1~

6.0
10
15
6.0
10
15
6.0
10
15
6.0
10
15
6.0
10
15
6.0
10
15
6.0
10
15
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
15
10
15
10
10
10
6.0 #
10
10
B.O
3.0
10
10
10
10
10
10
10
10
10
10
10
10
10
;g
10
10
7.0
3.5
3.5
3.5
3.5

Ib
(A)

I~:g
4.0
4.0
4.0

7.0
7.0
7.0
6.0
6.0
6.0
7.0
4.0
4.0
4.0
4.0
4.0
3.0
5.0
7.0
3.0
5.0
7.0
3.0
5.0
7.0
3.0
5.0
7.0
3.0
5.0
7.0
3.0
5.0
7.0
3.0
5.0
7.0
3.0
5.0
7.0
3.0
5.0
7.0
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
7.0
7.0
7.0
2.0
2.0
2.0
2.0 #
2.0
2.0
2.0
1.0

IN ORDER OF (1) MAX THERMAL RESISTANCE
80. 21 TYPE No.

BVebo BVeboJ BVeeo lebo @
BIAS
MIN
MAX Ve~Veb Ie
@25'C
(V)
(Vl
(A)
(V) 1Al
(VL
l~g iti'fo
11~0":.~ 4.1°10 5.1°
~g
~~
10
55
5.0
100
50u0 4.0
15
5.0
10
70
15
150
50u~ 4.0
10
B5
5.0
15
200
50~~
6.0
40
5.0
60
20u
10
60
5.0
100
10
20u\e
4.~~
6'~2
5.0
90
50
10
20~~ 4.~~
12
70
5.0
120
20u
4.0
10
BO
BO
20
5·2
~.~~ 4.0
5.0
100
1():}
100
10m
20
4.~g ~:g~ 15
5.0
50
40
5.0m
4.0
5.0
B.O
35
35
12
~gO"! 4.~~
4.0
70
4.0
20
4~~ 2.5
5.0
2.5m* 4.0
20
5.0
2.5m* 4.~1q 2.5
20
50 § 1.0m* 4.g~ 2.5 ~
5.0
20
50 § 1.0m* 4.0
5.0
2.5
20
5.0
20
500n* 4.~~ 4.0
7.0
20
500n* 4.0¢ 4.0
3.5
30m§
35
7.0
10u§ 5.~~ 2.0
40
SO
7.0
10u§ 5.~g 2.0
40
100
7.0
10u§ 5.0
2.0
40
SO
7.0
10u§ 5.q~ 2.0
40
100
10u§ 5.~~ 2.0
40
7.0
60
500m
20
50
5.0
40
30mt 4.0
20
50
5.0
40
30mt 4.~~ 500m
20
50
5.0
40
30mt 4.~~ 500m
500m
5.0
70
30mt 4.0
20
80
30mt 4.~~ 500m
20
80
5.()
70
30mt 4.~~ 500m
20
80
5.0
70
5.0
100
30mt 4.0
500m
20
100
100
30mt 4.~1q 500m
20
100
5.0
100
30mt 4.~g 500m
5.0
20
100
2.0
30mt 4.0
1.0
40
30
50
2.0
40
30mt 4.~~ 3.0
20
50
2.0
40
30mt 4.g~ 5.0
12
50
2.0
70
30mt# 4.0
1.0
SO
30
70
30mt 4.~~ 3.0
80
2.(j
20
2.0
70
30mt
5.0
12
SO
2.0
100
100
30mt
1.0
30
2.0
100
100
3.0
20
2.0
100
~g:::a 4.~~ 5.0
100
12
5.0
40
30mt ::g~ 1.0
50
30
5.0
40
30mt 4.~~ 3.0
50
20
5.0
40
30mt 4.g~ 5.0
12
50
5.0
70
30mt 4.0
1.0
80
30
5.0
70
30mt 4.~~ 3.0
20
SO
5.0
70
30mt 4.~ 5.0
12
SO
5.0
100
30mt 4.0
1.0
30
100
5.0
100
30mt 4.Q~ 3.0
20
100
5.0
100
12
100
4.g~ 5.0
5.0
250 # 21~~t 5.0
100m
25
250
250
5.(j
20
250 # 2.0u~
5.~~ 500m
5.0
1.5
10
250
2.0~~ 5.0
5.g~ 2.5
~~g f 2.0u
5.0
250
10
5.0
400 # 2.0u~
25
5.~~ 100m
:gg
5.0
500m
20
2.0~~ 5.0
5g~ 1.5
:gg f
5.0
2.0u
400
10
5.0
400
400 # 2.0u8
10
5·~8 2.5
5.0
550
100m
25
2.0~~
5.g~
~~g : 2.0u . 5.0 500m 20
5.0
550
5.0
550
550 # 2.0u~
10
5'~8 1.5
5.0
550
10
2.0~~ 5.g~ 2.5
5.0
~~8
650
2.0u
5.0
100m
25
5.0
650
650 # 2.0u~
20
5.~~ 500m
5.0
650
1.5
10
2.0~~ 5.0
5.g~ 2.5
~~g : 2.0u
5.0
650
10
400
5.0
400 # 2.0u~
10
5.~~ 1.5
5.0
10
400
400 # 2.0~~
2.5
5.g~ 1.5
5.0
10
550
550 # 2.0u
5.0
5.0
550
550 # 2.0u8
2.5
10
5·~8
5.0
1.5
10
650
2.0~~
5.g~
5.0
2.0u
5.0
2.5
10
650
7.0
100
60
20
4·~8 4.0
7.0
140
160
3.0
20
4.gg
5.0
12
50
40
4.0
4.0
7.0
80
60
5.0m
4.0
6.0 !>
10
120
7.0
70
5.0m
4.0
B.O !>
10
150
7.0
80
5.0m
4.0
10 !> 10
7.0
40
1.0m
30
50
4.~\1l 2.0
100 §
4.0
10 !> 5.0
100
10~t ~:~Qi 8.0
5.0
200u
10
210
80
5.0
6.0
11
120
70
200u~
1.~8
1.0k
1.2k
5.0
2.5
50~"¢!> 5.gg 2.0
8.0
200
LOu
5.0
5.0
20
225
250
B.O
225
20
1.0u8
5·Q8 5.0
B.O
250
20
275
5.g~ 5.0
B.O
325
300
5.0
5.0
20
350
8.0
325
20
5.QIq 5.0
~go~ 5.g~ 5.0
60
8.0
40
40
B.O
60
500n
5.0
5.0
40
80
100
8.0
80
500n
40
5·~8 5.0
140
B.O
120
500n
5.0
40
170
8.0
150
500n
5.0
40
220
8.0
500n
40
200
5~\1l 5.0
60
B.O
40
500n
5.0
5.0
20
BO
B.O
60
500n
5.0
5.0
20

::80

~:g

5.0
5.0

1.0
1.0
1.0
1.0

fae

1Hz)

l~g
30
30
3D
60
60
50
50

:
~
Iq
¢
*
*

1~8

60
60

BOOkt!>
BOOkt!>
BOOkt!>
BOOkt!>
1.2M§
1.2M§
1.2Mt
1.2Mt
40M§
40M§
500k§

MAX.
SAT.
RES.
(n)

~gg~

300m
300m
300m
500m
500m

I

tr

160 #

l~g

160
160
120
120
120
120
120
120
120
120
120

f
#
#
*
*
*
*
*
*
*
*
*

60M§!>
60M§!>
60M§!>
60M§!>
60M§!>
15k
15k
15k
15k
15k
15k
15k
15k
15k'

DESCRIPTION
~STRUC
·TURE
DWG.
No.

4q(jm
400m
190m

100m 200n
100m 200n
100m 200n
100m 200n
100m 200n
400m
270m
300m
400m
270m
300m
400m
270m
300m
400m
270m
300m
400m
270m
300m
400m
270m
300m
400m 4.0u
270m 6.0u
300m S.Ou
400m 4.0u
270m 6.0u
300m S.Ou
400m 4.0u
270m 6.0u
300m S.Ou

I~M
0
0
0
0
0
0
0
OM
OM
0
0
0
0
0
t
t
H
H
PE

OM
OM
OM
OM
OM
OM
OM
OM
OM
OM
OM
OM
OM
OM
OM
OM
OM
OM
OM
OM
OM
OM
OM
OM
OM
OM
OM

:

~~8 :

~:g~

l~g

170
220
140

S:g
BO
8.0
5.0
5.0
4.0
5.0
5.0
5.0
5.0

l~g

150
200
200
325
100 §

~~~
~~6

:
:

~gg~

500n
500n

5.~

5.0
5.0
5.0

5.~

5.0
5.0

~gOm

2.0
2.QIq 7.0
5.0m~~
5.g~ 1.0
5.0m!> 5.0
1.0
500u~§ 5~ 1.0
500u!> 5.0
1.0

151

50m

2g
20
20
20
10
15
10
10
20
20

1.3M§

70
70
160

25 ~
21
25 \1l
60 #
60 #

~g
l~g

:

:
120 #
120 #

m:
120 #
60
60

~g

60
60
180
60 #
BO
SO

1.3M§
1.0M§
1.0M§
1.0M§
1.0M§
70M§
11M
11M
1.5M§!>
50M§!>
50M§!>
50M§!>
50M§!>

~g~:!>

60M§
60M§
60M§
60M§
60M§
60M§
60M§

~g~:

60M§
60M§
40M§!>
5.0M§
5.0M§
5.0M§
5.0M§

500n
500n
1.0u#

100m
100m
100m
100m
120m
120m
100m
100m

199:::
120m
l~()m

670m
670m
1.0
1.0
600m
600m

SYMBOLS AND CODES
EXPLAINED IN INTERPRETER

LC
E0
AD
DE

(5)

1.4u
1.4u
1.4u
1.4u

700k§
~g # 800k§!>
70 # BOOk§!>
800k§!> 400m
~g : 800k§!> 330m
70
70

::g~

l:g~~

5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0

MAX

!>
!>
!>
!>
!>
!>
PL
PL
PL
0
0
0
0
OPL
ME
ME
OM
PL
PL
PL
PL
PL
PE
PE
PE
PE
PE
PE
PL
PL
PL
PL
PL
PL
PL

'ig~

T03
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IN ORDER OF (1) MAX THERMAL RESISTANCE
lit 21 TYPE No.
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2.0M§ 300m
200
2.0M§ 300m
70
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120
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2.0M§ 300m
120
120 #
50
300m
50
240m
50
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50
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25k
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50
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60
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75
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80 # 4.0M§lI
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150
30kll

SYMBOLS AND CODES
EXPLAINED IN INTERPRETER

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lig~1 !C~¢

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4
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11 . SILICON NPN .ABSOLUTE
HIGHMAX.
POWER
TRANSISTORS
RATINGS @25'C
MAX.
hie

TYPE
No.

JAN2N3716t
2N3771
2N3772
2N3773

mtg:~g

1723-0605
1723-0610
1723-0805
1723-0810

m~:lg~g

1723-1205

lj~~:mg

1723-1410

21
22
23
24

1723-1805
1723-1810
1723-2005
1763-0610
1763-0620
1763-0630
1763-0810
1763-0820
1763-0830
1763-1010
1763-1020
1763-1030
1763-1210
1763-1220
1763-1230
1763-1410
1763-1420
1763-1430
1763-1610
1763-1620
1763-1630
1763-1810
1763-1820
40411
Bl77000

~~

27
28
29
30

~~

33
34
35
36

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39
40
41
42
43
44
45
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47.
48.

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51.

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54

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57

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MJ7000
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ZT2016
JAN2N3771t
JAN2N3772t
2N5632
2N5633

~~~~~~

2N5641

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60

2N1901

63
66

2N3076
2N3237
2N3260
2N3265t

69

2N3598t

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~~ I~~~~~~~
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2N3876
2N4002t
2N4003t
2N4210
2N4211
75
2N5072
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2N5387
78
2N5388
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2N5539t
81
2N5559t
82
2N5584t
83
84. 2N5733t
85. 2N5734t
25054
g~: 250132
250196A
gg: 2S0197A
90# 108T2
109T2
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1168-0620
93
1768-0630
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96
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D.A. T.A. INC.

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854m
854m
854m
854m
854m
854m
854m
854m
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854m
854m
854m
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60
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175
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100
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IN ORDER OF (1) MAX THERMAL RESISTANCE
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SYMBOLS AND CODES
EXPLAINED IN INTERPRETER

1.5ull>Ill

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T03
T03
T03

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300n¢lZl EMf.. :::g~
250~(6iii EMf.. T03
300n!,?~ EMf.. T03
T03
250~~~ EMf..
300n
EMf.. T03
250n\!l!6! EMf.. T03
T03
300~g~ EMf..
250n
EMf.. T03
EM£> T03
~g~~¢~ EM£> T03
300~(6iii EM£> T03
EM£>
~gg~~~ EM£> :::g~
250~Qjill EM£> T03
300n\!l!6! EM£> T03
T03
250~~ EM£>
300n
EM£> T03
450n8!9 EM£> T03
T03
500~~ EM£>
300n
EM£> T03
450n~ EM£> T03
T03
500~~~ EM£>
300n
EM£> T03
450n?;1~ EM£> T03
500~ggj EM£> T03
300n
EM£> T03
450nl?:l!?J EM£> T03
EM£> T03
500~~~
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300n
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EM£> T03
500~~~ EM£>
300n
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450n?;1~ EM£> T03
EM£> T03
500~g~
300n
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450nlOitl EM£> T03
0
T03
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OM
T03
350n
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350n
T03
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T036
4.0u?;1
4.0u¢
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T036
T03
T03
g¢
T03
T03
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MT71b
MT71b
MT38
1.0ull>
PL
MT38
500n(15
MT38
MT39
1.0~~",
MT39
500~g
500n
PL
MT38
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6.0uQl\Zl
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500n
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500n
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T063
760~g
Art;
760u
T063
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T063
T081
1.0u(15
T063
1.0ull>
T063
T063
T063
MT38a ~II>
350n(15
T063
T061 !(15
T061
T061 !¢
500n
T063 A0
T03
6.0~1I>~
350n(15
T063
700n
PE
T063
700n
PE
T03
CII>
T036
0
M018a
EM
0
T036
0
T036
200n§ ME
T03
200n§ ME
T03
EM£> T063
~gg~g~ EM£> T063
500n?;1~ EM£> T063
T063
300~g~ EM£>
450n
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500~?;1~ EM£> T063
T063
300~g~ EM£>
450n
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500n\!l!9 EM£> T063
300~ggj EM£> T063
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300~gm
450n
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LINE
No.

fl-J

11 . SILICON NPN
TYPE
No.

IM~~OH':lU
3# OT6103
4# OT6104
OT6105
~t OT6106

~#
~

9

~¥

12
13
14
15
16
17
18

i~

21
22
23
24

~~

27

~g

30
31
32
33

~~

36

~~

39
40
41
42
43
44
45

gi~:~~i

MHT8002
MHT8003
MHT8012
MHT8013
MHT8015
MHT8016
MHT8045
MHT8070
MHT8071
MHT8301
MHT8302
MHT8303
MHT8304
MJ413
MJ423
MJ431
son 000
SOT8801
SOT8802
SOT8803
SOT8804
SOT8805
ST7400
ST17060
Sn7061
Sn7062
Sn8007
Sn8008
ST18009
ST18010
STCl726
STCl728
STC1731
STC1733
STC1736
STC1738
STC2220

:~ I~igni

48

~~

51
52
53
54

~~

57
58
59
60

gi

63

~~

66

~~

69

~~

72

~:

75

~~~~
77y
78y
79
80
81
g~

84

:~

87

:g

STC2223
STC2224
STC2225
STC2226
STC2227
STC2228
STC2229

~ig~~~

STC3706
2N2815
2N2816
2N2817
2N2818
2N2819
2N2820

~~~~n

2N2823
2N2824
2N2825
2N5301t
2N5302t
2N5303t
2N5498
2N5629
2N5630
2N5631
BOY57
BOY58
MJ802
STC1094
2N5241t
ST15010

l~i1 ~g:~
ST15045
2N3429t
2N3430t
2N3431t

I~~~:ni

96

2N3434t
2N3902t
JAN2N3902t
2N5157t
153·04t
153·06t
153·08t

99

153·14t

90

nMAX'IMAX
T
THERM FREEpe~M
A E
RES.
AIR @ X M

J (~I C
1.2 $
1.0
1.0
.1.0
11.0
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
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 $
1.1
1.1
1.1
1.1
1.1
1.1
1.1
1.1
1.1
1.1
1.1
1.1
1.1
1.1
1.1
1.1
1.1
1.1
1.1
1.1
1.1
1.1
1.2 !2l
1.2 $
1.2
1.2
1.2
1.3 ~
1.3 ~
1.3
1.3 ~

um

153·20t

1.3 §
1.3 §
1.3 §
1.3
1.3
1.3
1.3
1.3
1.3
1.3
1.3
1.3

108

19~

153·26t
153·28t
154-04t
154·06t

1.3
1.3
1.3
1.3
1.3

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154·10t

1.3

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92
93

~~

:~

19~

102
I ~g~
105

m:m
m:m
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~ ~4.08t

D.A. T.A.INC.

1.~

1.~

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1~~

¢
508

50 8
50121
50 8
100 ~
75 g
100
100 8
100g
100
100 8
100 g
100
100 ~
100g
100
100 ~
100g
100
125 8
125g
125
100
100g
100
100 8
100 g
100
100
100g
100
100 ~
100g
100
100 ~
100g
200
200 8
200 g
200
200 ~
200 g
200
200 ~
200 g
200
200 8
200 g
200
200 8
200 g
200
200 8
200 g
200
200 ~
200 g
200
200 !?!
200 g
200
200 8
200 g
200

~gg ~

200 8
200 II?
200 g
200
200 8
200 g
200
150 8
150g
200
200 8
125g
125
125 II?
125g
125
150 ~
150, g
150
150 8
150 g
150
100 8
100 g
100
200 ~
200 g
200
200 !?!
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. HIGH

POWER TRANSISTORS hfe

ABSOLUTE MAX. RATINGS @25'C
MAX.
Ie
BIAS
Ib
BVebo BVeboJBVeeo lebo @
MAX VeQjVeb I Ie

I

(AI
ig #
5.0
5.0
5.0
5.0
2.0
2.0
20
20
20
20
20
20
20
ZO
20
30
30
30
30
10
10
10
10
20
20
20
20
20
20
30
30
30
20
20
20
20
20
30
20
30
20
30
20
20
20
20
25
25
25
25
30
30
30
30
30
20
20
20
20
25
25
25
25
30
30
30
30
30
20
15
16
16
16
30
30
30
20
5.0
40
40
40
40
5.0
5.0
5.0
5.0
5.0
5.0
2.5
3.5
3.5
7.5
7.5
7.5
7.5
7.5
7.5
7.5
7.5
7.5
7.5
7.5
7.5
7.5
7.5
7.5
7.5
7.5

I

(AI

I~:g
1.0
1.0
1.0
1.0
1.0
1.0

2.0
2.0
2.0
5.0

4.5
4.5
4.5
4.5
4.5
4.5
10
10
10
10
10
10
10
10
10
10
10
10
10

7.5
7.5
7.5
5.0
5.0
5.0
5.0
15
15
7.5
4.5
20
8.0

3.0
3.0
3.0
3.0
3.0
3.0
1.0
2.0
2.0
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

(VI
199
200
300
400
500
400
80
100
80
100
80
100
40
80
100
80
100
80
100
400
400
400
400
200
225
250
275
300
120
125
145
170
375
300
250
200

(VI

I~:g
4.0
4.0
4.0
4.0
5.0
5.0
8.0
8.0
8.0
8.0
8.0
8.0
5.0
8.0
8.0
8.0
8.0
8.0
8.0
5.0
5.0
5.0
5.0
8.0
8.0
8.0
8.0
8.0
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

(VI
11gg
135
200
265
325
400
400
60

~

~g

80
60
80
25
60
80
60
80
60
80
400 #

:gg!
400
200
225
250
275
300
100
80
100
120
375
300
250
200
80
80
100
100
150
150
80
80
100
100
150
150
200
200
80
80
100
100
150
150
200
200
80
80
100
100
150
150
200
200
200
200
80
80
100
100
150
150
200
200
80
80
100
100
150
150
200
200
80
80
100
100
150
150
40
5.0
40
60
60
5.0
80
5.0
80
150
10 130
100
7.0
100
120
7.0
120
140
7.0
140
120
10
80
160
10 125
100
4.0
90
90
10
90
400
5.0
400
150
12 100
125
10
80
145
10 100
170
10 120
25
50
50 r?!
100
25 100 ~
150
25 150
200
25 200 ~
250
25 250
300
25 300
400 t 5.0t 400
400
400
5.0
700
6.0
500
65
40
25
85
60
25
105
25
80
125
25 100
145
25 120
165
25 140
185
25 160
205
25 180
225
25 200
~~~
~~ Ing
285
25 260
305
25 280
65
40
25
85
25
60
105
25
80
125
25 100

~~rc I (VI
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10m
10m
500ut.

5·28

100u8

5·28

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10~g
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5.~g
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5.0

10~g
LOu
1.0u8

5.~g
5.0
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LOu
500u§
100u
100u
100u

5.0
6.pg

1.0~g

2.0m
2.0m
2.0m
2.0m
2.0m
2.0m
2.0m§
2.0m§
2.0m§
2.0m§
2.0m§
2.0m§
2.0m§
2.0m§
2.0m§
2.0m§
2.0m§
2.0m§
2.0m§

5.~g

10
10
10
10
10
10
3.0
3.0
3.0
3.0
3.0

~:gv1
3·2«2
3.gg
3.0
3·28
3.gg
3.0

3·Q8
3.~g

3.0

3·Q8
3.~g

3.0
3·<:>8
3.~g
3.0

3·Q8

3.~g
3.0
3·Q8
3.~g

3.0
3.0«2

3.~g

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1.0m
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5.0m
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2.0
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6.0
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2.0
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100u
100u
100u
2.0m#

10
10
10
2·28
2.gg
2.0
2·28
2.gg
2.0

4.~g

2.0
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500~l
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5.~g
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10m# 4·28
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4.~g

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4.0
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4.0

154

MIN

(AI
3tO
5.0
5.0
5.0
5.0
500m
500m
10
10
10
10
10
10
10
10
10
10
10
10
10
500m
1.0
2.5
1.0
10
10
10
10
10
10
10
10
10
10
10
10
10
10
20
10
20
10
20
10
10
10
10
15
15
15
15
20
20
20
20
20
10
10
10
10
15
15
15
15
20
20
20
15
15
10
15
8.0
8.0
8.0
10
10
7.5
10
2.5
40
10
10
10
5.0
5.0
5.0
5.0
5.0
5.0
1.0
10
1.0
1.5
1.5
1.5
1.5
1.5
1.5
1.5
1.5
1.5
1.5
1.5
1.5
1.5
1.5
1.5
1.5
1.5

~~

#

10
10
10
10
20
20
40
40
20
20
40
:g #
100 #
100 #
40
40
199 !
20
30
15
30
15
15
15
15
15
20
20
20
20
20
20
20
20
20
10
20
10
20
19
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
15
15
15
10
25
20
15
20
20
25
7.5
15
10
20
20
20
10
10
10
10
10
10
30
30
30

30~

30121
308
30 8
30121
308
30 8
30 121
30 iii

191
308
30 8
42 ¢
42 iii
42 §
42

IN ORDER OF (1) MAX THERMAL RESISTANCE
& 21 TYPE No.
ESCRIPTION
MAX
fae
MAX.
tr lSTRUC
·TURE OWG.
SAT.
No.
~{IS,
n . (sl
(Hzl
45unlO", EMt.
~g~:~ 1.0
60
E
~~3~
500k§t. 500m LOu
T036
50
500k§t. 500m LOu
50
T036
500k§t. 500m LOu
50
T036
500k§t. 500m LOu
T036
50
4.0M§
0
100
T03
6.0M§
400n¢ ME
1.6
T03
l~g ;to 20M§t.
0
T063
0
120 # 20M§t.
T063
PL
T063
25M§t.
~g ! 25M§t.
PL
T063
T063
120 # 25M§t.
PL
PL
T063
120 # 25M§t.
T063
PL
25M§t.
PL
T063
25M§t.
PL
T063
120 ;to 25M§t.
PL
T063
PL
TOe3
120 # 25M§t.
PL
T063
25M§t.
25M§t.
T063
PL
t. T03
80 # 2.5M§t.
t. T03
2.5M§t.
~~ ! 2.5M§t.
t. T03
200k
T03
90
30M§t.
PL
T063
~g ! 30M§t.
T063
PL
PL
T063
60 # 30M§t.
30M§t.
PL
T063
~g ! 30M§t.
PL
T063
10k§t. 100m
100
PL
T063
10M
100m 2.0u
PE
120
T061
10M
100m 2.0u
PE
120
T061
120
10M
100m 2.0u
PE
T061
10M
150m
PE
T063
10M
150m
PE
T063
10M
150m
PE
T063
10M
150m
PE
T063
80
100m
ME
MT18
40
80m
ME
MT18
80
100m
ME
MT18
40
80m
ME
MT18
80
100m
ME
MT18
80m
ME
MT18
~g #
150m 1.0uiZ\
0
M021
150m 1.0~~
50 #
0
M021
150m 1.0~g
0
M021
~g !
0
M021
150m LOu
100m 6.0u\9
0
M021
50 #
0
M021
100m 6.0~g
~g !
100m 6.0u
M021
0
M021
100m 6.0u8
50 #
0
80m 6.0~g
0
M021
:g!
80m 6.0u
0
M021
40 #
80m 6.0u~
0
M021
0
M021
80m 6.0~g
:g !
80m 6.0u
0
MT18
50
150m
ME
MT18
50
150m
MT18
ME
50
150m
ME
MT18
50
150m
ME
MT18
50
100m
ME
MT18
50
MT18
100m
ME
50
100m
ME
MT18
50
100m
ME
MT18
40
60m
ME
MT18
40
60m
ME
MT18
550m
ME
MT18
~g it 2.0Me.
LOu
T03
LOu
T03
60 # 2.0Me.
LOu
T03
60 # 2.0Me.
1.0M§e. 100m
50
M04a
T03
100 # 1.0M§e.
1.0M§e.
T03
~g ! 1.0M§e.
T03
10M§e. 140m 200n~ ME
60
T03
10M§e. 140m 200n¢ ME
T03
199 # 2.0M§e.
T03
3.0
0
T03
2.5M§e. 500m
T03
35
10M§e. 60m
PE
T063
10M
10m 2.0u
T063
120
PE
10m 2.0u
10M
PE
T063
120
10M
10m 2.0u
T063
120
PE
20kt. 200m 5.0u8
MT52
35
20kt. 200m 5.0~g
MT52
35
20ke. 200m 5.0u
MT52
35
20ke. 200m 5.0~8
MT52
35
20ke. 200m
MT52
35
20ke. 200m ~:g~g
MT52
35
40ke. 1.0
800n
T03
90
2.8M§e. 800m 800~g
T03
90
2.8M§e. 710m 800n
90
T03
MT52
870m [~.Ou8
F
870m
MT52
F
870m ~:g~g
F
MT52
870m 3.0u\9
F
MT52
870m 3.0~g
F
870m 3.0u
F
~i~~
870m 3.0u\9
F
MT52
870m 3.0~g
F
MT52
870m 3.0u
F
MT52
870m
MT52
F
870m I~:g~~
MT52
F
870m 3.0Y!2l
MT52
F
870m 3.0~8
MT52
F
MT52
830m
F
~:g~g
MT52
830m 3.
u
F
3.0~~ F
I~i~~
::om 3.0u
F

SYMBOLS AND CODES
EXPLAINED IN INTERPR.ETER

I

LC
E0
AD
oE

~~
-8

~

8
Ai

~~

.6:8

~~

";8

g&
A
A
A
A
A
~

iZ\

~

0

~

0

~

8
~

CI1l

A~
g~
c8
g~

C!2l

g~

B
B
B
B
B
B

C~¢

c8

LINE
No.

l£J

11. ~ ILiCON NPN
TYPE
No.

f!J,MAX. MAX pe~ T
THERM FREE A E
AIR @ X M
RES.

J(~IC

~

l~::m

3
4
5
6

154·16t
154·18t
154·20t
154·22t

9

154·28t

12.

OTS105t

15

OTS402

~

l~g~r

1~: g~~lg~r

m g~~lg~r
l~

18

~g

21

~~

24

gg:m
OTS423t
OTS423Mt
OTS424t
OTS425t

1~~~~~5~

2Nl015At
2Nl015Bt
2Nl015Ct
2Nl0150t

1.~

~~

~~

...

~~

D.A. T.A. INC.

I~gg ~

1.3
1.3
1.3
1.3
1.3

200 0
200 ~
200 ~
200

1.~

~gg ~

1.3
1.3
1.3
1.3
1.3
1.3
1.3
1.3
1.3
1.3
1.3
1.3
1.3
1.3

200 iil
125 ?;1
125 ~
125

m~

U!

1.4
1.4
1.4
~~
1.4
27
1.4
~g 1~~lgmr
1.4
2Nl016t
30
1.4
1.4
1~~lg1g:r
1.4
JAN2Nl016B 1.4
33
1.4
1.4
~~ 1]~~~~~~~6C
2Nl0160t
36
1.4
JAN2Nl0160 1.4
2N 1016Et
1.4
2Nl016Ft
1.4
39
2N2580t
40
1.4
2N2580Mt
1.4
41
2N2581t
42
1.4
1.4
:~ ~~~~~r
1.4
2N2584t
45
1.4
2N2585t
1.4
:~ 2N3079t
1.4
2N3080t
48
1.4
1.4
2N5560t
49
151-04t
1.4
50
151-06t
1.4
51
1.4
151·08t
1.4
~~ 15 HOt
1.4
151·12t
54
151·14t
1.4
55
1.4
151·16t
56
1.4
151·18t
57
151·20t
1.4
58
151·22t
1.4
59
1.4
151·24t
60
1.4
151·26t
1.4
~~ 151·28t
152·04t
1.4
63
1.4
152·06t
1.4
~~ 152·08t
1.4
152·10t
66
1.4
152·12t
g~ 152·14t
1.4
1.4
152·16t
69
152·18t
1.4
70
1.4
71
152·20t
1.4
152·22t
72
1.4
152·24t
73
1.4
152·26t
74
1.4
152·28t
75
OTS430t
1.4
1.4
~~ OTS431t
1.4
OTS431Mt
78
1.4
~g ~~glgl~A
1.4
STC1015B
1.4
81
STC1015C
1.4
82
1.4
STC10150
83
1.4
STC1015E
84
1.4
85
~~~lgl~A
1.4
86
1.4
STC1016B
87
1.4
~g ~~glgl~g
1.4
STC1016E
1.4
90
1.4
STC1400
91
1.5
~~ ~ 2S0246
1.5
1776·0440
1.5
1776·0460
94
1.5
1776·0640
95
1.5
1776·0660
96
1.5
1776·0840
1.5
1776·0860
1.5
1776·1040
99
1.5
1776·1060
19~ 1776-1240 1.5
1.5
1776·1260
102
1.5
19~ m~:l:~g 1.5
1.5
1776·1640
105
1.5
BOY55
~26~:
1.5
107
... BOY56
1.5
STl5013
108
1.5
1.5
l~g '~fl~gl~

1~;C

*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
$

1000
80 ~
100 &
100
100 ?;1
100 ~
100
¢§
1500
150 ~
150 ~
150

ng

l~g ~

1500
150 ~
150 ~
150
150 ~
150 ~
150
150 IE
150 ~
150
150 ~
150 ~
150

m~

150 ill
150 IE
150 ~
150
150 ~

100~

100
100 ~
100~
100
100 IE
100 ~
100
100 ~
100 g
100

199
~
100 iil

100 ?;1
100g
100
100 ~
100 ~
100
100 IE
100g
100
100 ~
100 ~
100
125 ~

$
$
$
$
$
$
$
$

$
$

$
$
$

$
$
$

125~
125
150 ~
150 g
150
150 ?;1
150 ~
150
150 ~
150 g
150
150 IE
150 g
150
150 ~
16 ¢
150 $
150 $
150 $
150 $
150 $
150 $
150 $
150 $
150 $
150 $
150 $
150 $
150 $
1 15 ~
115g
125
125
125

§

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. HIGH
ABS
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(AI

POWER TRANSISTORS
LUTE MAX. RATINGS @25'
MAX.
hfe
Ib
{AI

~:~

tg
3.0
3.0
3.0
3.0

7.5
7.5
7.5
7.5
7.5
7.5
7.5
15
15
15
15
15
3.5
3.5
3.5
3.5
3.5
3.5
3.5

~:g

3.0
5.0
5.0
5.0
5.0
5.0
2.0
2.0
2.0
2.0
2.0
2.0
2.0

7~0

I~g

7.5
7.5
7.5
7.5
7.5
7.5
7.5
7.5
7.5
7.5
7.5
7.5
7.5
7.5
7.5
7.5
5.0
10
10
5.0
10
5.0
10
5.0
5.0
30
6.0
6.0
6.0
6.0
6.0
6.0
6.0
6.0
6.0
6.0
6.0
6.0
6.0
6.0
6.0
6.0
6.0
6.0
6.0
6.0
6.0
6.0
6.0
6.0
6.0
6.0
5.0
5.0
5.0
7.5
7.5
7.5
7.5
7.5
7.5
7.5
7.5
7.5
7.5
7.5
7.5
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
1.0
3.0
2.0
1.0
2.0
1.0
2.0
1.0
1.0
10
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
3.0
3.0
3.0
3.0
3.0
3.0
3.0
3.0
2.0
2.0
2.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0

4i5~,
75 #

:
~~ :
~~

75 #
75
75
75
75

#
#
.#
#

j~ :
15
15
40
40
40

3.5 #
15
15
15
15
15
15
15
15
15
15
15
15
15
7.0
7.0

BIAS
BVebo BVeboJBVeeo lebo @
MAX Ve~Veb Ie
(VI

1~~

(VI

(VI

~~ l~g

185
205
225
245

25
25
25
25

160
180
200
220

305
80
80
100
110
120

25
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0

280
60
60
80
90
100
400
200
300
400
400
500
500

~~~

200
300
400
400
lOU

100
150
200
400
400
400

~gg

600
600
200
300
175
65
85
105
125
145
165
185
205
225
245
265
285
305
65
85
105
125
145
165
185
205
225
245
265
285
305
400
400
400

~g

100
150
200
250
30
60
100
150
200
250
60
1.5k
40
40
60
60
80
80
100

l~g

120
140
140
160

l~g

100
125
150

~~ ~~g

~~

25
25
25
25
25
25
25
25
25
25
25
25
25
25
25
25
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
8.0
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
5.0
5.0
5.0
10
10
10
10
10
10
10
10
10
10
10
10
6.0
5.0
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
12
12
12

~g

60
100
150
200
250
300
30
60
100
100
150
150
200
200
250
300
400
400
400

~gg

600
600
200
300
120 #
40
60
80
100
120
140
160
180
200
220
240
260
280
40
60
80
100
120
140
160
180
200
220
240
260
280
400
400
400
30
60
100
150
200
250
30
60
100
150
200
250
40
1. 5 k¢1Zl
40
40 ~
60 iZ!
600
80 !?J
80 iZ!
1000
100 !?J
120 ~
120
140 !?J
140 ~
160
60
120
60
80
100

~i~'C

(VI
(AI
~2m# 4·qlE 1.5
1.5
4.~~ 1.5
19~: 4.0
10m# 4.q~ 1.5
4.~~ 1.5
19~: 4.0
1.5
10m# 4.q?;1 1.5
1.5
19~:
1.5
250uf> 1.~1E 5.0
250uf> 1.~~ 5.0
250uf> 1.5
5.0
250uf> 1.~1E 5.0
250uf> 1.5¢ 5.0
500uf>
500u#t 5.q~ 1.0
1.0
5.~~ 1.0
~gg~:r 5.0
250uf> 5·qlE 1.0
250uf> 5.~~ 1.0
250uf> 5.0
1.0
.O}m
20m#tI~:g¢ 2.~U
20m#t 4.00 2.0
20m#t 4.q~ 2.0
4.~& 2.0
~g~:l 4.0
2.0
20m#t 4.q?;1 2.0
2.0
4.~~ 5.0
~g~:r 4.0
~9m#t 4.q~ 5.0
20m#t 4.~~ 5.0
100m
4.0
2.0
20m#t 4.q?;1 5.0
2.0
4.~~ 5.0
lfOm#t 4.0
100m
4.q~ 2.0
5.0
~g~:r 4.g&
4.0
5.0
5.0
5.0m# 5.q~
5.~~ 5.0
~:g~# 5.0
5.0
5.0m# 5.q~ 5.0
5.0
~:g~: ~:g~ 5.0
5.0m# 5·QIE 5.0
2.g~ 5.0
~:g~: 2.0
5.0
15
2.Q~
10m# 4.g~ 1.5
10m.# 4.0
1.5
10m# 4.Q~ 1.5
1.5
19~: tg~ 1.5
10m# 4.Q~ 1.5
10m# 4.g~ 1.5
10m.# 4.0
1.5
10m# 4.Q~ 1.5
10m# 4.g~ 1.5
10m.# 4.0
1.5
10m# 4.Q~ 1.5
1.5
19~: ::gg 1.5
10m# 4Q?;1 1.5
1.5
4~~ 1.5
19~: 4.0
10m# 4q~ 1.5
4.~~ 1.5
19~: 4.0
1.5
10m# 4·qlE 1.5
1.5
4.~~ 1.5
19~: 4.0
10m# 4.q~ 1.5
10m# 4.~~ 1.5
1.5
10m# 4.0
5.0m# 5.q~ 2.5
2.5
5.~~ 2.5
~:g~: 5.0
10m
4.Q~ 2.0
10m
2.0
::gg 2.0
10m
4.Q?;1 2.0
2.0
4.g~ 5.0
4.0
4·qlE 5.0
4.g~ 5·9
4.0
5.0
4.q~ 5.0
5.0
tgg 5.0
100m
4.Q~ 2.0
4.0
i:g~# 5.gg
3.0
40
60
2.0m# 3'Q~
40
3.g~ 60
~:g~: 3.0
40
2.0m# 3'Q~
60
~:g~: 3.gg
3.0
40
60
2.0m# 3q~
40
2.0m#
3g~ 60
2.0m'# 3.0
40
2.0m# 3'Q?;1
60
~:g~: 3.gg
40
3.0
700uf> 4.Q?;1 4.0
4.0
~~O.::~ 4.gg
5.0
10
.01n,:l 5.g~_ 10
.01m
5.0
10

155

MIN

::g~

42 ?;1
42 ¢
42 ill
42 IE
42 ¢
420
42 ?;1
42 ¢
42 iil
20
50
20
20
20
30
30
30
30
30
30

IN ORDER OF (1) MAX THERMAL RESISTANCE
&. 21 TYPE No.
DESC RIPTI N
MAX
fae
MAX.
tr
~TRUC
·TURE
SAT.
DWG.
No.
nilS.
(51
(H~j
F
MT52
~?Om 1:!·OulE
F
MT52
830m 3.0~~
MT52
F
830m 3.0u
F
MT52
830m 3.0u~
F
MT52
830m 3.0~~
F
MT52
830m 3.0u
F
~~g~ ~.Ou~
F
3.0~~
MT52
830m 3.0u
F
4.0M§f> 180m 550n
55
OM
T03
4.0M§f> 150m 550n
120
OM
T03
4.0M§f> 180m 550n
55
OM
T03
4.0M§f> 180m 5~2n
55
OM
T03
4.0M§f> 180m
55
OM
T03
4.0M§f>
~~~~
Of> T03
4.0M§ 800m 300n~ ME
90
T03
5.0M§ 800m 300~~ ME
T03
90
5.0M§ 800m 300n
ME
T03
90
3.0M§f> 800m
90
0
T03
4.0M§ 300m ... ggg~\Il 0
T03
90
4.0M§ 300m ... 300n
T03
90
0

19

80
80
80
40
40
65

~~

40
65
40
40
90

20k
20k
20k
20k
20k
20k
20k
20k
20k
20kf>
20k
20kf>
20k
20kf>
20k
20k
30kf>
2.0M§f>
30kf>
, 30kf>
30kf>
30kf>
30kf>
30kf>
30kf>
40M§f>

n~
22 ill

22 IE
22 ¢
220
22 ~
22 ¢
220
22 ~
22 ¢
37 iil
37 ?;1
37 ¢
37 ill

~~ ~

370
37 ~
37 ¢
370
37 ~
37 ¢
37 iil
15
15
15
10
10
10
10
10
10
10
10
10
10
10
10
15
2'P5 #
15 #

45
35
35

60

l~

:
15 #
l~ :
15 #

15 #
15.#

l~

:

o

~~~~

~g~§f> .ut>

10
10
10
10
10
10
10
10
10
20
10
20
10
20
10
10
10
10
25
10
25
10
25
7.0
7.0
30
22 &
22

LC
EO
AD
E

15..#
20
70
20
70
40
200
40
200
40
200

4.0M§
4.0M§
4.0M§
2.5Mt
2.5Mt
2.5Mt
2.5Mt
2.5Mt
2.5Mt
2.5Mt
2.5Mt
2.5Mt
2.5Mt
2.5Mt
2.5Mt
2.5Mt

6.0~&

'~

6.0u

6.0u~

~:g~~

6.0u?;1

6.0~~

6.0u
6.0ulE
500m
500m
500m
140m
140m
100m
1~9m

100m
140m
1.0
140m
140m
50m
870m
870m
870m
870m
870m
870m
870m
870m
870m
870m
870m
870m
870m
830m
830m
830m
830m
830m
830m
830m
830m
830m
830m
830m
830m
830m
360m
280m
300m
750m
750m
750m
750m
750m
500m
500m
500m
500m
500m
500m
500m
1.5
2.2

20M§f>
20M§f>
20M§f>
20M§f>
20M§f>
20M§f>
20M§f>
20M§f>
20M§f>
20M§f>
20M§f>
20M§f>
20M§f>
10M§f> 250m
10M§f> 250m
10M§f>
10M§f>
10M§f>

SYMBOLS AND CODES
EXPLAINED IN INTERPRETER

6.0u~0
lOu

6.0~~

10u~

6.0u
lOu
6.0u,
6.0u
6.0u~

1.5~~

6.0u
6.0uE!

0

fg~~

6.0u\<'l
1.0u~.

7.0~~ F
7.0u~E!

F
F

~:g~~ ~

7.0ulEl"J F
7.0~~ F
7.0u
F
7.0u~E! F
7.0~~~ FF
7.0u
7.0u~!?J

F

~:g~g~ ~

7.0u?;1!?J F

~:g~~~ ~
7.0u~!';I

F

7.0u

F
F

7.0~~ F
7.0u~E!

~:g~gm ~
7.0u~

F

7.0u
400n

F
0

7.0~~ F

~gg~01Zl

900n
900n
900n
900n
900n
900n
900n
900n
900n
900n
900n
900n
900n

Jgo~1L1
600n~!';I

500~g~

600n

500~~!';I

600~g~

500n

600n~

500~gm

600n
500n?;1!?J

600~~~

500n

500n~

500n¢iZI

~~A0

~~
ciil
~~
Aill

~~~~
MTl
MTl
MTl
MTl
MTl
MTl
MTl
MTl
MTl
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f> MTl
MTl
f> MTl
MTl
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T036
T036
T036

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7.0u

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g
0
0
0
0
0
0
0
0
0
0
0
0
0
ME
EMf>
EMf>
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EMf>
EMf>
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ME
ME
PE
PE
PE

T036
T036
T036
T036
T063
MTl
MTl
MTl
MTl
MTl
MTl
MTl
MTl
MTl
MTl
MTl
MTl
MTl
MTl
MTl
MTl
MTl
MTl
MTl
MTl
MTl
MTl
MTl
MTl
MTl
MTl
T03
T03
T03
MTl
MTl
MTl
MTl
MTl
MTl
MTl
MTl
MTl
MTl
MTl
MTl
MTl
M09.
T063
T063
T063
T063
T063
T063
T063
T063
T063
T063
T063
T063
T063
T03
T03
T063
T063
T063

B~
Bi;

B~¢
sill

~¢

1:0

C~
C~¢

(;0
ArtJ

A
A

A
A

g~

(;0

C¢

~~

I
I

LINE
No.

1J

11. SILICON NPN
TYPE
No.

JI~IC

~: ~~g:m

3#
4#

25C433t

~~g:m

~: 2SC436t
7# 25041
25055
250113

g:

1~# ~g~J~ril

12

l~

15

1~~
18~

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21

~~

24

~~

27

~g

30

~~

33.

~;.

36

~~

39
40
41
42

50T8602

~gi~~g~

2N5685
2N5686
MJ7200
MJ7201

~~1~~~

2N2226
2N2227
2N2228
2N2229

~~n~~

2N2232
2N2233
2N2739t
2N2740t
2N2741t
2N2742t
2N2743t

~~H:~~

2N2746t
2N2747t
2N2748t
2N2751t
2N2752t
2N2753t
2N2754t

:~: ~~~~m

51

2N2757t
2N2758t
2N2759t
2N2760t
2N2761t
2N2762t
2N2763t

54

2N2766t

45

:~

48

~O.

~~

~~~~~~~

~g: ~~~~g~~

57

;~

60

L1,[MAX. MAX pe~M T
THERM FREE A E
AIR @ X M
RES.

2N2769t

~~Hm
2N2772t

1.~

1.6
1.6
1.6
1.6
1.6
1.6
1.6
1.6
1.6
1.6
1.6
1.!:!
1.6
1.7
1.7

1.7
1.7

2.0
2.0
2.0
2.0
2.0
2.0
2.0
2.0
2.0
2.0
2.0
2.0
2.0
2.0
2.0

~:g

2.0
2.0
2.0
2.0
2.0
2.0
2.0
2.0
2.0
2.0
2.0
2,0
2.0
2.0
2.0
2.0
2.0
2.0
2.0
2.0
2.0
2.0
2.0
2.0
2.0

~~: ~~~~m

I~·O

'~~~~m
2N2778t

I~·O

63

~~

66

g~:

69

~~

72

n
75

~~

78

~O

81

g~
84

~g
87
88
89
90

~i

93

~~

96

~8

99

2N2775t

2N2779t
2N2780t
2N3149

1~~31~~

2N3470

I~~~:~J

2N3473
2N3474
2N3475
2N3476

I~~~~!~t

JAN2N3846t

Ii~~~~~14 7t
2N3848t
2N3849t
2N4865t
JAN2N4865t
2N4866t
2N4950t
2N5250t

~~~~~~f50t

JAN2N5251t
2N5489
2N5575
2N5576

~~;;j~

2N5579

19~

1~~-~~~

19~

l~~:~g~

102
105

19~

108

l~g

163·06t
163-12t
163-14t
163-16t
163-18t

19t~~~

D.A. T.A. INC.

2.0
2.0
2.0
2.0
2.0
2.0
2.0

s
s
§
§
§
§
§
§
§
§
§
§
§
§
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:
§
§
§
§
§
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§
§
§
§
§
§
§
§
§
§
§
§
§
§
§
§
§
§
§
§
§
§
§
§
§
§
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I~:g
2.0
2.0
2.0
2.0
2.0
2.0
2.0
2.0
2.0
2.0
2.0
2.0
2.0
2.0
2.0
2.0
2.0
2.0
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s
t.
s

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s
s

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2.0
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2.0
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:
2.0 #

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:
2.0 #

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:
2.0 #
2;0 §

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200
200
200
200
200
200
200
200
280
280
280
280
300
300
300
300
150
150
150
150
150
150
150
150
150
150
200
200
200
200
200
200
200
200
200
200
200
200
200
200
200
200
200
200
200
200
200
200
200

sJ
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SC
SC
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SC
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§c
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§C
§c
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8
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l~g8 ~
200
200
200
200
200
200
200
200
200
200
200
200
200
200
200
300

95
~

g
8
g
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g
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8
g

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15095
150 ~
150g
150
150 8
150 g
150
150 (2l
4.0
4.0
4.0
4.0
4.0
4.0

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g
350 q:
300 g
350
350 ~
350 g
350
~8g (2l
300
300
300
300
300
200 g
200
200 q:
200 g
200
200 ~
200 g
200
200 ~
200

:g

§C
§C
§C
§C
§C
§c
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§J
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sC
SC
sC
SC
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SC
SC
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. HIGH

IN ORDER OF (1) MAX TEAL
H RM RESISTANCE

POWER TRANSISTORS

& 2) TYPE No.

ABSOLUTE MAX. RATINGS @2S'C
MAX.
hfe
BIAS
Ie
Ib
BVebo BVeboJBVeeo lebo @
MIN
MAX Ve~Veb Ie
@2S'C
(A)
(A)
(V)
(V)
(V)
(A)
(V)
(A)

~g

30
30
30
30
10
20
30
30
90
90
90
90
50
50
60
60
20
20
10
10
10
10
10
10
10
10
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
30
30
30
30
30
30
30
30
30
30
30
30
30
30
30
30
30
30
30
30
30
30
30
30
70
70
70
10
10
10
10
10
10
10
10
20
20
20
20
20
20
90
50
90
70
90
50
90
50
40
80
80
80
60
60
60
20
20

~g

20
20
20
20

~g

19
10
10
10
10
5.0
5.0
20
20
20
20
15
15
20
20
10
10
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
7.5
7.5
7.5
7.5
7.5
7.5
7.5
7.5
7.5
7.5
7.5
7.5
7.5
7.5
7.5
7,5
7.5
7.5
7.5
7.5
7,5
7.5
7,5
7.5
7.5
7.5
7.5
7.5
7.5
7.5
7.5
7.5
7.5
7.5
7.5
7.5
7,5
7,5
7.5
7,5
15

l~

1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
10
10
10
10
15
15
15
15
15
15
20
20
20
15
15
15
7.5
7.5
7.5
7.5
7.5
7.5
7.5
7.5
7.5
7.5

l~g

200
200
300
300
80
100
100
70
80
100
120
140
60
80
100
120
125
125
50
100
150
200
50
100
150
200
50
100
150
200
250
300
50
100
150
200
50
100
150
200
250
300
50
100
150
200
250
300
50
100
150
200

~gg

50
100
150
200
250
300
50
100
150
200
250
300
80

l~g

50
100
150
200
50
100
150
200
300
300
400
400
300
400
100
100
140
80
125

m

180
100
70
70
70
90
90

~~

75
95
115
135
<,155
175
195

~j;

I::g
4.0
4.0
4.0
4.0
10
10
10
10
8.0
8.0
8.0
8.0
5.0
5.0
6.0
6.0

I~:g
15
15
15
15
15
15
15
15
15
.15
15
15
15
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
19
15
15
15
15
15
15
15
15
10
10
10
10
8.0
10
8.0
10
10

1~

10
10
8.0
8.0
8.0
8.0
8.0
8.0
15
15
15
15
15
15
15
15
15
15

199
140
140
200
200
80
55
80
50

60
80
80
100

~g

50 III
100 If!
150 ~
200
50 gJ
100 ~
150
200 !?i
50 ~
100
150 !?i
200,iZl
250
300
50 ~
100
150 gJ
200 ~
50
100 gJ
150 ~
200
250
3~g III
100 gJ
150 ~
200
250 !?i
300 ~
50
100 !?i
150 ~
200
250 If!
300 ~
50
100 gJ
150 ~
200
250 !?i
300 ~
50
100 If!
150 ~
200
250 gJ
300 iZl
80

l~g

50
100
150
200
50
100
150
200
200
200 *
300
300 *
200
300
80
80
120
60
100
100
150
150
100

50~

50
50 If!
70 iZl
701Zl
!g ItJ
60
80
100
120
140
160
180

~~g

~g~ I~:g~

20m
20m
5.0m
5.0m

5.095
5.~~

~:8~

5.Q~
200~J
10m
5.~g
1.0m
5.0
1.0.m~

5.Q\e

10u~

5.~~

18~g

5.~g
5.0

10u¢ 5.~g
2.0m
2.0
2.0m
2.0J',.,
100u
100u
;.b~
10m# 10

~g~: 6.b~

20m# 6.Q~

6.~g
~g~: 6.0
20m# 6.<:!~

6.~~
~g~: 6.0
20m# 6.~~
4.~~
1;~: 4.0
15m# 4.~~
15m# 4.~g
4.0
4.Q\e
4.~g
l;~: 4.0

15m# 4.~~
15m# 4~g
15m# 4,0
15m# 4Q~

4.~g
l;~: 4.0

4Q\e

4,~g

15m# 4.0
15m# 4.Q~
l;~: 4.gg
4.0
15m# 4'2~

l;~:

4.g~
4.0

15m# 42~
4.~g
l;~: 4.0
15m# 4,Q8
l;~: 4gg
4,0
15m# 4.<:!~

4.~~
4.0
15m# 4·2~
1~~: 4.gg
4.0
15m# 4'2~
1~~: 4.gg
4.0
15m# 4·2~
4.gg
m
5
3,0
2.b m

l~~:

l

I~:g~: I~:g¢

~~

10
10
10
10
1.0
10
15
15
75
75
75
75
25
25
20
20
10
10
9.0
9.0
9.0
9.0
9.0
9.0
9.0
9.0
10
10
10
10
10
10
15
15
15
15
20
20
20
20
20
20
10
10
10
10
10
10
15
15
15
15
15
15
20
20
20
20
20
20
25
25
25
25
25
25
50

~g

20ni~ 6.0'ifl 9.0

20m# 6·Q8 9.0
6.~g 9.0
~g~: 6.0
9.0
20m# 6.Qq: 9.0
20m# 6.~g 9.0
9.0
20m# 6.0
20m# 6.~~ 9.0
10m# 3.~g 5.0
2.0m§
10
3.0
10m# 3Q8 5.0
10
3.~g 5.0
2.pO"~# 4.0
10m# 4.Q~ 5.0
1.0u¢
5.~g 70
100u§ 5.0
70
70
1.0u~
5.~~
50
1:g~~ 3.~g
5.0
70
~I!.0u§
5,28 70
1.0u¢
70
100u§ ~:8g
70
2.0m§
40
62~
5.0m* 4.~g 60
5.0m* 4.0
60
5.0m* 4·Q8 60
5.0m* 4~g 40
5.0m* 4.0
40
5.0m* 4·28
40
5.0
4.gg
~g~: 4.0
5.0
30m# 4.~~ 5.0
4.g~ 5.0
~g~: 4.0
5.0
30m# 4·Q8 5.0
5.0
4.~g 5.0
~g~: 4.0
5.0
4g~ 5.0
~g~:t 4.0

156

~~

:
#
#

#
#

19 ##
~I;!

¢

30
400k
40 III 400k
400k
~8 al 400k
200
1.0Mt
48
500kt
60
500kt
00
20M§
20M§
20M§
20M§
60 # 2.0M§t.
60 # 2.0m§t.
100 # 20M§t.
100 # 20M§t.
50 #
50 # ::g~:
500
7.0kt.
500
7.0kt.
500
7.0kt.
500
7.0kt.
4.0kt.
4.0kt.
4.0kt.
4.0kt.

10 #
100
500
100
500
100
500
100
500
350
350
350
350
i~ # 2gg:
40
200 #
12 #
2g8 :
40
40
200 #
10
10
:8 :
10
40 #
10 #
40 #
10
10
40 #
10
10
:8 :
15
50
10
:g :
10
10
40 #
10
:gj
10
10
40 #

~g g
20 ~
20 ¢
200
20 8
20 ¢
200
~g ~

:g~~

tr

MAX.
SAT.

fae

~S.

(Hz)

~~

10
20
10
20
30
12
10
10
18
10
10
15
15
20
20
10
10
100
100
100
100
350
350
350
350
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
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

I~~~~

200m
200m
200m
200m

DESCRIPTION L C
EO
~TRUC
DWG. AD
·TURE
No.
oE

lsi
I ~ .I;!u
LOu
LOu
LOu
LOu
LOu

~~ I~~;~

OM
OM
OM
OM
0
0
0
0

PL
PL
PL
PL

75m
75m
380m
380m
380m
380m
380m
380m
380m
380m
150m 6.0~g
150m 6.0u
150m 6.0u~
150m 6.0~g
6.0u
6.0u~

100m 6.0~g
100m 6.0u
100m ~.Ou~
100m 6.0~~
75m 7.0u
75m 7.0u~
75m 7.0~g
75m 7.0u
~'2u~
7.0~g
150m 6.0u
150m 6.0u8
150m 6.0~g
150m 6.0u
150m 6.0u~

~i~~

MT33
MT33
MT33
MT33
MT33
MT33
MT33
MT33
MT33
MT33
MT33
MT33
MT33
MT33
MT33
MT33

100m 6.0u
100m 6.0u~
100m
100m

~:8~g
6.0u~

6.0~g

7.0u

7.0u~

7.0~g

7.0u

7.0u~

7.0~~

60m 8.0u
60m 8.0u~
60m
60m
8.0uq:

~:8~~

100k§t.

~2u~!?i 0
10u¢iZl 0

390m
390m
390m
390m
390m
390m
390m
390m
80m

4.0~glZl
4.0u

80m

F
F
F
F
F
F
F
F

4.0u~c

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220m
220m
220m
220m
220m
220m
220m
220m
220m
220m

SYMBOLS AND CODES
EXPLAINED IN INTERPRETER

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4.0kt.
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14
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164-12t
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2N2113t
2N2114t
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IN OROER OF (1) MAX THERMAL RESISTANCE
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150m
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SYMBOLS AND CODES
EXPLAINED IN INTERPRETER

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§J
§J
§J
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SJ
SJ
SJ
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§J
§J
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§s
§S
§S
§S
§S
§S
§S
§S
§S

& 2 TYPE No.

~:.!5'

~~

25
15
15
1.0
2.5
1.5
2.5
500m
5.0
5.0
150
150
150
10
10
1.5
250

~~g

250
250
250
250
250
250
250
250
250
250
2.0
2.0
1.0
50m
100m
SOOm
3.0
3.0
3.0
3.0
3.0
3.0
3.0
3.0
3.0
3.0

10
10
10
10

BVebo BVeboJBVeeo lebo @
BIAS
MAX Vc2lVeb Ie

l~o

200
250
250
1.5k
1.5k
1.5k
1.5k
:.."~k

SO
SO

l~g

4.0
4.0

170
SO
70
300

3~

~o

35
35
35
35
35
35
35

~~

35
35

50
70
70
70

~g

90
110
110
110
130
50
100
60
300

1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0

200
250
250
275
300
300

1~~5
50
375
400

15
15

l~

100 #
150 #
200 #
50.#

l~

;
200 .#

15

19
5.0
5.0
5.0
5.0
D·~O
10

5.0
5.0
5.0
10
10
10
10
10
10
10
10
10
10
10
10
5.0
5.0
5.0
5.0
4.0
4.0
4.0
4.0
4.0
4.0
4.0
4.0
4.0
4.0

l~g

~~g

:
SOO §
SOO §

~gg

:
!S~O §
40
100
150
170
SO
70
300

~l~'C

~o

30
30
30
30

IV)

; t I::g~
#-1 4.60
#t 4.~!(l
#t 4.~&
.#t 4.0

;t 1::8~
30 .#t 4.60
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4.Q~

30m
~~~}rt 4.0fi25
IOu
15
10u!e
1~!e
16¢
10~~ 150
IOu

!~1

20u
2.0u

500u

~!

5.0
6.0
3.Q!(l

3.~~
3.0
4.0
4'fOi25

25g §
225
250 §
250
275
I~OO §
300
350 §

~gg

§

~:g::::

2.0m#
300u
300u
IOuii'
100ui25
IOu
IOu
IOu
IOu
IOu
IOu
IOu
IOu
IOu
IOu

158

MAX

CAl
2g
20
20
20
25

~~

fae
1Hz)

MAX.
SAT.

~)S.
l~~:::

lo
10
10
10
10
18
10

25
15
15
19
150m
30
2.0
7.0
150m
30
200m
15
150m
30
1.0
1.0k
1.0
1.0k
100
10
100
10
100
10
5.0
40
5.0
40
100m
40

5gg~i25
2gg
~fZj I~:g:::; I::o~
2.0";# ,i:00 250
f!.! 2.0m# 4.Q!(l 150
200
iZl
fZj ~:g:::: 4.
tg& 250
f!.! 2.0m# 4.Q!(l
~~g
iZl
4.~~ 250
iii ~:g:::: 4.0
f!.! 2.0m# ~'2!(l 150

:0
40
60
60
60
SO
SO
SO
100
100 ~
100
1~8 III
70
60 §
120
200

MIN

160
50
120
60

l~gk
10k

200

~g8

19 :
10 :#
10 #

1.5Mt
4.0Mt
1.0Mt
4.0Mt
2.0Mt
30Mt

120M
120M
10M§

tr

DEsCRIPTI N
~STR_~C
-TURE
DWG.
No.

Is)

~·m I~

~g~~

75m
75m
75m
60m

20~~
20u

gg:::
60m

ioiJ0

199:::

~g~~

MT17
MT17
MT17
MT17

20u0
20u~

OME
OME
OMi:
OME

MT17
MT14
MT17
T03
T03
T03
T03

g~LE :::g~

~ggm

OPl

500k§t.
500k§t.
500k§t.
500k§t.
500k§ti
500k§t.
500k§t.

PE
PE
OME
I~'ouli'

5.0uli'

18 :
5.0ul/)
10 #
10 #
10 :#
S.Oul/)
1() #
~ggm
10 #
4.~~ 200
4.0
500k§t.
250
10.#
500k§t.
5.0ul/)
10 #
4.Q!e 150
2.0
10
50
10k
350m 4.0u
2.~~ 2.0
2.0
10
50
10k
350m 4.0u
100M§t.
2'~Jl.... 150mt. 50 t
50m
10
~g~:
50m
30
200
10m
19~ SOOm ~~
400n
~g~:~
i00 500m
15
400n
20M§t.
500m
15
400n
35 ~
1~~
10¢ 500m
35 ¢ 20M§t.
15
400n
35 ¢ 20M§t.
160 500m
400n
15
15
400n
35 !(l
1~!(l 500m
10¢ ~~Om
35 ¢ ~g~:~
15
:gg~
160 OOm
15
350 20M§t.
15
400n
35 !(l 20M§t.
1~!(l 500m
10¢ 500m
35 ¢ 20M§t.
15
400n

18~

~~ ~

SYMBOLS AND CODES
EXPLAINED IN INTERPRETER

F
F
F
F

~:m I~

~g~~

20m
20m
20m
100m
100m

LC
EO
AD
DE

g
0
0
0
0
0
0
0
0
0
0
0
0
0
PE

OPL
OM
OM
OM
OM
OM
OM
OM
OM
OM
OM

T03
MT49
MT49
MT49
T059

F

~~

C
C
C
C
Ig
Ie

ig~~

C

MT14a
MT14a
MT14a
MT14a
MTI4.
MT14.
MT14a

C
C
C
C
C
C
C

~i1::lg

~i1:: C

MT14a C
MT14a C
T03
g~
T03
T039
A119 ~¢
T066
A

T.,~II~

M014
M014
M014
M014
M014
M014
M014
M014
M014

LINE
No.

~

3

TYPE
No.

~~~g~

2N5433

~# ~~~.:r

6

~

9

NSlll0

~~lJ~J

2N4856A

ruI

fab

1Hz)

(s)

[

tr
LOn
LOn
LOn
LOn
LOn
LOn
LOn
3.0n
3.0n

! ~tL~Y

~.fOXRE

TIME

TIME

td

ts

MAX
FALL
TIME
tf

(s)

(s)

(s)

5~~n~

!

6.0n\/>

5.0n
5.0n

6.0n~

30n
30n
30n
4.0n
4.0n

MAX. Pc
BIAS
IN FREE f----'~Ir=_--'I
AIR @
Vcb
Ie I

25'C

(W)

153-06
153-08
153-10

l~

m:n

~g

l~~:~g

18
21
22
23
24

~~

27

~g

30
31
32
33

~~

36

153-16
153-22
153-24
153-26
153-28

l~::g~

154-08

1~::1~

154-14
154-16
154-18
154-20

:~

:~

48

52...
53
54

~~

57
58
59
60

~~

300m
300m
800m
500m

3.0n~
3.0nl<'
3.0nlg
3.0n~
3.0nlO
3.0nlg
3.0n~
3.0nlO

~WI:57

2N4857A
2N4860
2N4860A
TIS74

~~:~~~

2N4393

m:l~

69
70
71
72

164-06
164-08
164-10
164-12

l~~:~~
1~t5~

l~tl~

78
79
80
81

164-18
164-20
164-22
164-24
164-26
164-28
151-06

84
85
86
87
88
89
90

151-12
151-14
151-16
151-18
151-20
151-22
151-24

77

~~

~~

l~t~g

m:~~

93

152-04

96

152-10

~~

~~

99
100
101
102
103
104
105

19~

150m¢ 120 01

4.0
4.0
4.0
4.0
4.0
4.0

3.0~~
3.0n~
~.Onlg

200
200
200
200
200
200

6.0nlg
6.0n~

3.0n~
3.0nlO

6.0nlO
6.0n~

3.0n~

3.0n\11
3.0nlO

6.0n\11
6.0nlO

~

1.5m0
1.5m~

1.5m\11
1.5ml<'
1.5mlg
1.5m~
1.5mlO

1.5m~

\11
ID
Ig

1.5m\11
1.5ml<'
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10

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15
15
15
15
15
15
15

to.
to.
to.
to.
to.
to.
to.

15
15
15
25
25
25

to.
to.
to.
to.
to.
to.

4.0 ~
4.0 \11
4.0 I<'

1.5m\11
1.5ml<'

1.5m~

25 to.
25 to.
25 to.

3.0n
3.0n
3.0n
4.0n
4.0n
4.0n
4.0n
4.0n

6.0n~

6.0n
6.0n
6.0n8
6.0n\11
6.0nID
6.0n~

50n¢
50n\/>

25n~
25nlO
25n\/>

200
300m~
150mlO
360m

4.0 \0

1.5m\O

25 to.

40n0

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40n~

360m
1.8 ¢
360m

6.0n\11
6.0nl<'

50nlO

10
3.0
25 §
25 §
25 §
25 §
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.87
.87
.87
.~!
.87
.87
.87
.87
.87
.87
.87
.87
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.83
.83
.83
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.83
.83
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5.0n

~g~\/> ~'~O~

5.0n
5.0n
15n~
15nl<'

10m
IOn
15n
20n

20n~
35nl<'

1~~:8~

l~~:l~

152-16
152-18
152-20
152-22
152-24
152-26
152-28

I~~:~g~~

108 ... '2N5639

D.A. T.A. INC.

:
200 #
~gg :
200 #
~gg :
200 #
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12nlg
12n~
12nlO

6.0n~

6.0nlO
6.0n8

200 #

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6.0n~
6.0nID
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6.0n~
6.0nlO
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7.0nl<'

200 #

12nlg
12n~
12nlO

§
15 §
150 §

7.0n~

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4.00

14n~

100
100
100

l:~~

199
100

4.0
4.0
4.0
4.0
4.0
4.0

7.0n~

14n~

100
100
100

14nlO

l:~~

14nlO

:

200 #

7.0n~

7.0nlO
7.0n~

7.0n\11
7.0nl<'
8.0n
8.0n
8.0n
8.0n
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20n
30n0

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5.0m~

5.0m\11
5.0ml<'

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5.0m~

5.0m~
5.0m\£l
5.0m8
5.0m\11
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5.0m~

5.0m~
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1.5m\11
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1.5~~
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1.5mlO

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4.08
4.0 ~
4.0 I<'
4.08
4.0 ~
4.0 10
4.0 ~
4.0 \11
4.0 I<'
4.0 ~
4.0 ~
4.0 10

199
100

5.0m~

5.0m\11
5.0ml<'

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199
100

14nID
14nlg

7.0n\11
7.0nlD
7.0nlg
7.0n~
7.0nlO
7.0n8
7.0n~
7.0nlO
7.0nlg

Ig
~
10

l:~~

14nlO

7.0n~

4.0
4.0
4.0
4.0

f2g #

14nID
14nlg

7.0n~

4.08
4.0 ~
4.0 I<'
4.08
4.0 \11
4.0 I<'

4.0 Ig
4.0 ~
4.0 10
4.08
4.0 \11
4.0 I<'

~gg

14n~

! r'bb
X
Cob

STRUCT~~~r~:W~NI
P-PNP
JA ITEMPI
N-NPN

I T

I~ gI

DWG. IA D

No.

DE

i('C)

(s)

30p§

N§
N-PE
N

18p~1tJ

NI/I

Si 200S T018
si 1700S IlJ 18

N-F
N-F
N-F
N-F

Si
Si
Si
Si

N-F
N-F
N-F
N-F
N-F
N-F
N-F

~:~~:

Si
Si
Si
Si
Si
Si
Si

mj ~+~~

N-F
N-F
N-F
N-F
N-F
N-F

Si
Si
Si
Si
Si
Si

~~
N~

10p§

¢

1.5m~

1.5m\11
1.5ml<'
1.5m~

1.5m\11
1.5mlO

1.5~~
1.5m~

1.5mlO

15
15
15
15
15
15
15
15
15
15
15
15
15
25
25
25
25
25
25
25
25
25
25
25
25
25
11
11
11
11
11
11
11
11
11
11
11
11
18
18
18
18
18
18
18
18
18
18
18
18
18

to.
to.
to.
to.
to.
to.
to.
to.
to.
to.
to.
to.
to.
to.
to.
to.
to.
to.
to.
to.
to.
to.
to.
to.
to.
to.
to.
to.
to.
to.
to.
to.
to.
to.
to.
to.
to.
to.
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to.
to.
to.
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to.
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to.
to.
to.
to.

18p§01
10p§
18p~1Zl

10p§

:

310m
310m
360m
360m

200 #

6.0nlg
6.0n~
6.0nlO
6.0n8
6.0n\11
6.0nlO
6.0n8
6.0n~

.83
25 §
25 §
5.0 §
40 §
40 §
40 §
40 §
40 §

~~
100

5.~n

5.0n
5.0n
5.0n
5.0n
5.0n

l~~:g~

163-08
163-10
163-12
163-14

163-26

75
76

6.0n\11
6.0nl<'

't:

4.010

3.0n0~¢ ~~u..,mt ~g ~
200uf:, 400 ill
1.0
24

f:,
f:,

~
500~~ 200~& ~g
22 f:,

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§ Lg~j

4.0 i.l
4.0,10", LOrn!
12 ~ 2.5
12
2.5

l~

¢
4.0-0'
4.0,(li",

~:~10~0
¢

10 j>
3.7 g
3.7
3.7 \!'!
3.7 g
12 ~ 2.5
12 8 2.58
12 ¢ 2.5 ~
12 ~ 2.5
12 ~ 2.5)1
¢. 10
12 121 3.7
3.7 ~
g~ 3.7
~
12 i 3 3.7
15 8
15 ¢
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1~ ~
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&

3.0~}
3.0m
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12"'¢ 5.0
5.08
12 8
12 ¢
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4.08
20 ~
4.0 ¢0 20 ¢
12
50

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¢

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20 ¢.
1.5mQl

tg
12 8 6.2m~
12 ¢ 6.2n,:~
12 ~ 6.2m
12{ 16{5m
4.0
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4.0
4.0 ~ 5.0m~
4.0 g 5.0~g
4.0
5.0m
2.08 3.0\,:
2.0 ~ 3.0 g
3.0
2.0
2.08 3.08
3.0 ~
5.0
2.08 5.08
2.0 ~ 5.0 g
2.0
5.0
2.0 \!'! 3.0 \!'!
2.0 g 3.0 g
3.0
2.0
3.0 Ig
3.0 ¢0
200
25
2.0 ~
25 ~
25 ¢
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2.0
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2.0\,:
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¢
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5.08
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5.0 ~
5.0

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&
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161

f:,
f:,

20

f:,

30
30
30
25
25
25
25

Tf:,
tf:,
tf:,
tf:,

10
10

f:,
f:,

20
20
20
20
25
25
25
25
25

tf:,
tf:,
tf:,

20
20
20
20

tf:,
tf:,
tf:,
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10

10
10

tt:,

tf:,
tf:,
tf:,
tf:,
tf:,
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f:,
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20
20
20
20
20
20
20

tf:,
tf:,
tf:,
tf:,

10
10

f:,
f:,

20 tf:,

~g ~~

20 tf:,

10
10

11
20
20
20
20

10
10

12
12
12
35
35
35
35
35

50
50
50
50
20
20
20
20
20
20
20
20
40
40
40
30
30
30
20
20
20

I
i

~

~~GO

~m

6.08

~:g ~

o

~:ggm

15
40

30

.20 \0

¢ ~:g ¢

120 <15
120 \!'!
120 g
120
25
25
25
25
25
25

BIAS

IN ORDER OF (1) fab, (2) MAX RISE TIME &
13\ TYPE No.
DESCRIPTION
I
LCI
MAX.
Cob
r'bb ISTRUCTUR~MIMAX'1
SAT. I
X
P-PNP
A TEMP DWG. I!
Cob N-NPN
T
No.
E
~ES.
(5)
i( 01
(FI
il'C\
400 §
Si 175J T072
OM
150
Si 150J R133
A
150
N-GO
Si 150J R133
A
20
P
10piZl
Si 175S T05
A
P§i2l
Si 175J T072
OM
800 § 2.5p§
P-OPL
Si 175J T072
OM
20
Si 125 T098
A
2.0k§
Si 175J T072
OM
2.0k§
Si 175J T072
OM
P-MOS
Si 175J T072
OM
P-MOS
Si 175J T072
OM
A§
3.0
200iZl
P
Ge 85J T05
A§
3.0
N
Ge 85J T05
20plZl
N
Ge 100S T05
A
P-MOS
Si 150S T072
Ou
10
N
A(li
Si 200S T05
100p~
10
N
Si 175S T05
10~~~
¢A0
10
100
N
Si 200S T05
7.5
N
Ge 100S T029
A
25p~
7.5
25ptz\
P
Ge 100S T029
A
A§
1.0
N
Ge 100S T05
A§
.07
N
i§e
A§
N
Ge
P
33
Ge 85S T05
A
25piZl
N
A
Ge 100J
P
Ge 100J
1.0k
6.oplll
N
Si 175 T018
A0
A§
2.0
N
Ge 100S T05
8.7
P
Ge 100S T05
A
8.7
P
Ge 100S T05
A
8.7
P
A
Ge 100S T05
P
8.7
Ge 100S T05
AA0
.60
P
Ge 95J T037
P
Ge 110J
I~¢
4gg~
N-OM
Si 200J ~g3"f
N-OM
400m
Si 200J T03
cii3
400m
N-OM
Si 200J T03
C~
N
.15
Si 175C MTl
.15
N
Si 175C MTI
6
N
6
!~
,~:
.15
N
6
N
Si 175C MTlb
6
N
6
Si 175C MTlb
N
.10
Si 175C MTl
6
.10
N
6
Si 175C MTl
N
.10
Si 175C MTl
6
N
.10
6
Si 175C MTl
.15
N
A
Si 175C MT33
.15
N
A
Si 175C MT33
.15
N
A
Si 175C MT33
.15
N
A
Si 175C MT33
.15
N
A
Si 175C MT33
N
A
Si 175C MT33
.10
N
A
Si 175C MT33
N
.10
Si 175C MT33
A
.10
N
A
Si 175C MT33
N
.10
Si 175C MT33
A
N
Si 175C MT33
A
N
Si 175C MT33
270m
N-DM
Si 200J T03
N-OM
I~ggj
I~jg~
N-OM
.07
N
Si 175C MTI
6
.07
N
Si 175C MTl
6
.07
N
Si 175C MTl
6
.07
N
Si 175C MTI
6
N
Si 175C MTlb
6
N
Si 175C MTlb
6
.07
Si 175C MT33
N
A
N
A
.~?
.07
N
A
N
Si 175C MT33
.07
A
N
Si 175C MT33
A
N
Si 175C MT33
A
.87
N-F S
i 150J MTl
N
.06
Si 175C MT33
A
.06
N
Si 175C MT33
A
N
Si 175C MT33
.06
A
.00
N
Si
MT33
A
N
Si
MT33
A
N
Si 175C MT33
A
300m
N-DM
Si 200J T03
g~
300m
N-DM
Si 200J T03
N-OM
300m
Si 200J T03
<:0
P-A
400m
Ge 110J T041
P-A
400m
Ge 110J T041
P-A
400m
<:0
Ge 110J T041
400m
P-A
Ge 110J T041
400m
P-A
Ge 110J T041
30m
PAOE
cQl
Ge 110J T03
30m
PAOE
Ge 110J T03
g~
30m
PADE
Ge 110J T03
30m
PADE
Ge 110J T03
cii3
500m
P-A
Ge 110J T041
P-A
500m
Ge 110J T041
500m
P-A
Ge 110J T041
C0
P·A
Ge 110J T041
5Qj

200m
200m
24m
24m
24m
24m
24m
250m
250m
250m
250m
36m
36m
36m
36m
36m

.08
.08
.08

tt;

t;
#
#

1.6
.14
.42
.14
.42
.42
.16
.16
7.0
2.0
670m
20

18
:
10 #
18 :
10 #
18
10
10
10
15
30

lOOp
lOOp
1000
lOOp

l!.

t;
t;
t;

35 t;
35 t;
10
20
20
12
10
10

N
N
N
N
N
N
N
N
N
N
N
N
P

.1~tlm

~
~g ~

20
25
25
20

C~~

I~

t;
t;
t;

l!.

~ ~ i~ ~
30 42 t;

g 200~¢
~

t;
t;

IN ORDER OF (1) I 8 b• (2) MAX RISE TIME 8.
131 TYPE No.
DEseR I TI N
r'bb STRUCTUR~M MAX.
Cob
P-PNP
A TEMP DWG.
X
N-NPN
T
No.
rc)
IF)
I§e
I~:~
Ge 199J l:::g:1
P-A
Ge 100J T041
P-A
Ge 100J T041
P
Ge 95J T03
P
Ge 95J T03
P
Ge 95J T036
P-A$
Ge 100J T015
P
Ge 100 MS7
P
Ge 100 MS7
P
Ge 100 MS7
P-A$
Ge 100J T015
Si 175J MT52
N
N
Si 175J MT52
Si 175J MT52
N
Si 175J MT52
N
N
Si 175J MT52
N
Si 175J MT52
N
150J MT1
I~: 150J MT1
N
N
Si 150J MT1
N
Si 150J MT1
N
Si 150J MT1
N
Si 150J MT1
N
Si 150J MT1
N
Si 150J MT1
N
Si 150J MT1
N
Si 150J MT1
Si 150J MT1
N
N
Si 150J MT1

7.0
7.0
7.0
.14
.10
.14
.10
.14
1.0
.14
.14
1.0
.OS

.60
.60
.60
.60

~¢

~g

gg~

~

~~ ~

l:~ ¢

~gg:

~¢

20

MAX.
SAT.
RES.
Inl
50m
50m
.30
.20
.06

19 t;~

10
10
10
10
10
10
10
10
10
10

~
~

~~

¢
50 ¢
50 ~
50 ¢
1050

~~

2 iii

25
~ 300m~ 25
~ 300;:;/ 25
10
5.0m
25
~ 5.0m~
~ 5.0~~ 10
10
5.0m
10
@ 5.0m
10
5.b~m0 10
g:g
5.0m~ 10
g:8
30
J:8';Q) 25
2.0
H. u5 1O¢
I~:~ ¢
1.5 iii 500u
30
30
1.5 ~ 500u
25
2.0 ~ 8.0 ~
25
2.0
8.0
25
2.0 @ 8.0 @
25
8.0 g
25
g 8.0
3.0
1.0 ~
g8
1.0 ~ 3.0
60
1.0
3.0
1.0 ~
;;S~5
¢
2.0 ~
2.0
25 iii 15
15
2.0 @
15
15
25 0
21
1.0 ~ 6.0
6.0
53
1.0 ~
1.0
6.0
30
1.2 50
~g
I~:gm
1.0
25
1.0m
1.0
30
1.0
1.0m
15
gg 35
1:8 g
20
1.0 ~
20
1.0 g
1.0'0 100
1.5
1.5 ~ 1.0,10,., 100
2.0 g
gg
2.0
2.0 ~
.3~

75 Qj

625m:g
625m§

lO~g
lOu

~

~:8

10u~
10u~

~

g
2.0 ~
2.0 ~
5.0

lO~g
lOu

lO~g
lOu

~

1~8 ~ 1~:8 ¢ ~:~ ~
150 ¢

1O~~
lOu

25k
25k
25k
.03Mtt;
.03Mtt;
.03Mtt;
.03Mtt;
30ktt;
30ktt;
.03Mtt;
.03Mtl!.
4Qkt;
.10M

hie

Ie
IAI

2.0
2.0
2.0
2.0
2.0
2.0
2.0
2.0
2.0

SOOOo~

SOOOn

IV)

1~:8 ~
2.0 ill

700m

20u~

Vcb

~8 ~

90ji
90 ~.
20
20 ~:§

jgg~§

~g~§

6000~g

60000

"!,,AX.!_c
IN FREE
AIR @
25'C
IW)

6000n

250k§
250k§
250k§
250k§
.25M
.25tJ1
.25M

~rll= ~~~~~gH

93

TIME

DTG2100
DTG2200
DTG2300
DTG2400
2S6282
2S6283
2S6284

I~~~~~~O

~~:

87#
88#
89#
90

~~I~:
tab

MP2100A
MP2200A
MP2300A
MP2400A
2Nl042
2Nl043
2Nl044

1~~~~10A

69# ASZ17
70# ASZ18
OC28
OC29
73# OC35
OC36
2S6337H

g~:

~

200k§
210k§
210k§
210k§
210k§
210k§
250k§t;
250k§t;
250k§t;

~~# li~~~~5

78

12. SWITCHING TRANSISTORS
IMAX
BI AS

:
#
#
#
#t;
t;

.33

111 5p
185p
1850
185p
185p

P
P-A
P-A
PADE
PADE
PADE
PADE
PADE
P-A
P-A
P-A
P-A
P
P
P
P
P
P-A
P-A
P-A
P-A
P-A
P-A
P-A
PA
PA
PA
PA
P
P

P
P
P
P
N-D

I~
P
P
P

P

P
N
N-D
N-D

P

N-D
N-D
N-D
N-D
N-D
N-D
N-D
N-D
N-D
N-O
N-D
N-D
N-D
N
N

SYMBOLS AND CODES
EXPLAINED IN INTERPRETER

I~!

Is:Si

l~~j 1~.h1

150S
150S
Si 150S
Si 150C
Si 150C
Si 150C
Si 150C
Si 150C
Si 150C
Si 150C
Si 150C
Si 150J
Ge 95J

I~e

Ge
Ge
Ge
Ge
Ge
Ge
Ge
Ge
Ge
Ge
Ge

I~e

Ge
Ge
Ge
Ge
Ge
Ge
Ge
Ge

I~e

Ge
Ge
GE
Ge
Ge
Ge
Ge
Ge
Ge
Ge
Ge
Ge
Ge
Ge
Ge
Ge
Si
(ie
Ge
Ge
Ge
Ge
Ge
Ge
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si

T05
T05
T05
T036
T036
T036
T036
T036
T036
T036
T03S
T03
T036

16g~ I+g~
95J
95J
110J
110J
110J
110J
110J
100S
100S
100S

T03

I+g~

110J
110J
110J
110J
90J
90J
90J

T03
T03
T03
T03
MT28
MT28
MT28
MT28
T041
T041
T041
T041
T041
T03
T03
T03

90J
90J
90J
90J
90J
90J
91J
91J
110
110
110
100J
100J
100J
100J
150J

T03
T03
T03
T03
T03
T03
T03
T03
T03
T03
T03
T036
T036
T036
T036
T03

90J
90J
90J
110J
110J
115S
175A
175A
200J
200J
200J

MD17d
MD17d
MD17d
T041
T041
T05
T03
T03
T05
MT14a
MT14a
MT14a
MT14a
MT14a
MT14a
MT14a
MT14a
MT14a
MT14a
MT14a
MT14a
MT14a
T03
T03

l¥g~

g

~

AD
D E

Ig~

cill

C~¢
C0

G~7J
G6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6

~
CQ)

g¢
ciii

g~

(;0

C&

.~.~
Ig¢
ciii

g~

C¢

~g~ I+g~

~g~ ~gm

~8g~

200J
200J
200J
200J
200J
200J
200J
200J
200J
200J
200C

gg
CIl>

A0

g~

(;0

g~

CI1l
C~

C0

C~¢

C
C
C
C
C
C
C
C
C
C
C
C
C

C~Qj

LINE
No.

~

~

TYPE
No.

~~~~~5

JAN2N1651
3
4
5
6# ACY41

~

OTG600

OTG603
OTG603M
ACY17
ACY22
22# 2S0124AH
OTlO03
2SA32
18
19

~~l

~~l

~g: i~~gl~g~H
2N2858
2N2859
2N3774
2N3775
2N3776
2N3777
2N3778

I~~~~~g

36
37
38#
39
40

2N3781
2N3782
25865
2N3675
2N3676
ACY39
g l ACY1B

:~: ~~~1~4

45#
46#
47 ...
48 ...

~g
51

g~

250185
258386
MJ3771
MJ3772

I~~~~gi
2N5303

gilg~~

OTl522
54
55# 25015
25016
2S017
~8# 25018
59# 250163
60# 250164

~~l

~~: I~~~l~~
63
64#
65#
66

g~

2N2580M
250110
250111
2N5324

~~~~~~M

JAN2N425
JAN2N3902
2N5157
72# 2SA20BH
73# 25C89H
TIP32
74
TIP32A
75
IP30
~~ TIP30A
TlP29
78

69

~~

~g

i:~~:A

TlP34A
81
82# 25A208
25C89
25C179
TIP31
85
86
TIP31A
TIP33
87
TIP33A
TIP36
TIP36A
90
91
TIP35
TIP35A
92
2N1302
93

:~l
:~

~5

96

6~~~~~M

JAN2N426

~~g~~
~~l 2S082

99#
1(j0#
lOll
102

19~

2S083
2S084
NKT126

.~~~~~

JAN2N3772
JAN2N3771
2N 1353
108# 25C34
2SD90
25091
105 ...

TIME

TIME

1Hz)

i~,

~~I

~I

5.0u

900n

6.0u
/!.(ju
6.0u
lOu

~gon

l~gOn

:~g~~~ g:g~~

:?~~1l1

l~ 1~+~g8~

~~

TIME

1~~~g~jA

l~# 'i~~~g9

19~'"

l~~l

D.A. T.A. INC.

~;OXRE ~:L~ 'r~t;R[EC

fab

j~~~~lg~~

2Nl092
2Nl068
2S0120H
g l 2S0121H

27
28
29
30
31
32
33

~~I~: ~:L}.Y

~

600k§lI
600k§lI
600k§lI
600k§

9
10

15

12. SWITCHING TRANSISTORS
61 AS

lOu
lOu
lOu
12u

i~~u

750kll
1.2u
750kll
1.6u
.80M§
.80M§
.80M§lI
Ig~'lJ
800k§
4.4u
850k§
850k§
4.4u
850k§
4.4u
850k§
4.4u
.85M§
13.0u
1.00M§
12p
1.00M§
120
1.0M
1.4n
1.00M§
300n
1.00M
800n
1400nT

l:gg~

1.00M§lI
1.00M§lI
1.00M§lI
1.00M§lI
1.00M§lI
1.00M§lI
1.00M§lI
1.00M§lI
1.00M§lI
1.00M§lI
1.00M§lI
LOOM
1.00M§lI
1.00M§lI
1.00M§
1.00M§
1.30M§
1.50M
1.50M
1.50M
2.0M§lI
2.0M§lI
2.00MTlI
2.00Mtll
2.00Mtll
2.00M
2.00M
2.00M
2.00MlI
2.00MlI
2.00MlI
2.00MlI
2.00M
2.00M

~:gg~

2.00M§lI
2.00M§
2.00M§
2.00M§lI
2,00M§lI
2.50M§lI
2.50MlI
2.80M§lI
2.80M§lI
3.00M
3.00M
3.00M§lI
3.00M§lI
3.00M§lI
3.00M§lI
3.00M§lI
~.OOM§lI

3.00M§lI
3.00M§lI
3.00M
3.00M
3.00M

~:gg~~~

3.00M§lI
3.00M§lI
3.00M§lI
3.00M§lI
3.00M§lI
3.00M§lI
3.00MlI

1~:8g~~lI
3.00MlI
3.00M
3.00M
3.00M
3.00M
3.00M
3.00MlI
3.00M§

~~g8~~

200n
200n
200n

900n

900n
900n
.16n

1~8~i

2000n~

3000~~

2.2ut

3000n

~OOOn~

5.~u

5.0u
35u
900n
1.8u
1. In
1. In

3~~'lJ
6.4u
6.4u
6.4u
6.4u
lOu
35u
35u
5.0n
150n
1.2u
5uT

~~~

5u'lJ

3000~iil

5.0u
5.0u
900n
900n
900n

300n
300n
300n
160n
160n
160n
160n
160nt
160nt

199~i

2000n~T

~~r

5.0u
5.0u
lOu
B.Ou

56g~T

500nT
2.0u
700nT
700nT
2.0u
2.0u
2.0u
4.5u
4.5u
4.5u
2.5u
2.5u
2.5u
2.5u
2.8ut
2.8ut
2.!\ut
2.8uT
12uT
12ut
10M
10M
1.7u¢

2000n¢t
15.0u
15.0u

800~~
1050n
800n~

1.7u¢
350n

170~~
170n
250nlg

4ut
5.0u
5.0u
35u
35u
• ;I_5u
3.0ut
3.0ut
2.5u
300nt
300nt
LOu
LOu
LOu
LOu
LOu
LOu
2.6u
2.6u
2.6u
2.6u
3.2uT
3.2ut
!~.~uT

H~~

9.0uT
9.0ut
7.0u
7.0u

350n
.10n

500~~

90~t
1.1u

250~~

1.1 ~'lJA

800~~
800n

350~iil

440n
450n
450n
450~~

350n
200n
200n

350n
180n
180n
650nlg

650~~

450~~

450n
450nlg

350n

600n~

~~unt

800n?;!
800n¢
800n
800nt

2.0ut
2.0ut
2.0ut
2.0uT
2.0uT
2.0u
700n

1.1u0
2.5uT
2.5ut
2.5uT
2.5uT
2.5ut
750n
2.0u

350n~

450~~
550n

600n¢
700n
rl!9 nt
800n¢'

1050~iB

1200nT
1200nt
1200nt
1200nT
1200nt
2000n
2100n(O

~~8~g

120n
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500n

1.7u¢

120nt
120nt
120nT
120nt
120nt

66g~f

3.50M§lI 1000n
3.50M
3.50M

~8g8~

10u0
230nT
70n
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400nt
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1.4u
1.4u

f

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85 ~
85 ¢
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0.0

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100m

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600m

5
~~
5 $

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1.8u
1.8u

5 $iB
5 $'lJ
150¢
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4.0 ~
4.0

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4.0 g
4.0

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80
80
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100 ~
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4.0
4.0
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188
1500
100 \Z,l
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125 ¢
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188 ~'lJ
120m
120m
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120m
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80 iB
80 ~
90 ¢.
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50 ?;!
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20 ~
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10 iB

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200m¢ 12 II
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g

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1:g~0

l~ ~l

g

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5.0 ill
5.0 ~
5.0 g
2.0
2.0 Ig
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5.0 ¢ 3.5
250m(2 1.0mll 40 ill
10 II
5.0 ~ 2.5 ~
2.5 ¢
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40
.20 \':)
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4.0 ~
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4.0
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~

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4.0
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~
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40p

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2.0
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7.0
7.0
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.30
.30
.30
140m
.30
.30
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.05
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400m
800m
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200p
200p

2000
150p!Zl

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25p
25p
250

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l~~~

18 i~
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10 #lI
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20m 100 ~
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8.0 #lI
8.0 #lI
3iB 12'#lI
12 #lI

10m
1..um
5:~
2.5m¢
250m0 1.0mll
4.0 ~
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4.0 ~
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¢

120

.20
.30
.30

l~

18
10 #lI
65 T
12 II
12 II
lfO"! 100
65
50m
50m 175
50
50
80
50m~
15
10
40 TlI
40 TlI
1 ill 40 tll
300m~ 120 ~
300~& 120 ~
300m 120
30
1.5 \ii
30
1.5 g
1.5
30
20
6.0m~
30 ~
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30
30 FJ
30 !Zl
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10 II
5.0 ~
5.05 ¢Qj
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4.0

60
60
60
60

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20

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400m
.50
.50
.50
.50
.50
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t
10 #lI
10 #lI
70
30
40
40

2000
20PiZI
2000

2200
14p
1.2n0

4.0
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.50

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N-O
N-O
N-O
N
N
N
50nt P·A¢
P-OA
P-OA
P-OA
P-OA
P
50nt
50nt
N
N-O
150nt P-A
N-O
N·D
N·D
N-O
P
P
P
P
P
P
P
P
P
P·A
N
N
50nt P-A¢
50nt P-A0
50nT P-~J<;.
N-ME
N-ME
80nT P-A
N
N
N
N
N
N
N
N
N·D
N·D
N-D
N-D
N-O
N-O
N-O
N-D
N-D
N-D
N-O
P
P
N-D
P
N
N
P
N
PO
PO
PO
PO
NO
NO
PO
PO
P
N
N
NO
NO
NO
NO
PO
PO
NO
NO
N-A

~:~~

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1.0

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OEseRI IUN
STRUCTUR~M MAX.\
P-PNP
A TEMP OWG.
N-NPN
T
No.
N
N
P
P

l~ ~ ~~ ~

5g!
50m

,'bb
X

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26m
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26m
50m 105
1.0
1~~ #iZI l'Ufo
200m
35
10
750mlZ 38
2.6
.2
60
.2
60
20 II
.19
45
1.0
5.0'ai 115
30m
30m
5.0 ~ 115
115
30m
5.0 ~
5.0
115
33

::g~ j~g~~

150m
150
150
200 ?;!
200.g.
200
~I!0m

II

Cob

l:g
~ 2~g;~
4.0 ill

to ~:g ~

2gg!*
260m

MAX.
SAT.

hfe

(A)

IV)

; :¢ ~:g ¢

500n
900nlg

350n
350nlg
300n¢'

~

199
260m
F50
1.0 $
5.0 $
1.0m
1.0m
100 $

5 siB

1.2u0
1.7u'lJ

800n¢

100 ill

~ :~

3~g
3u

3000n¢'

Vcb

Ie

131lYPE No,

25'C

19~~ m~

3u~

3fg~§0 3~~~'!.-1
335g~§!ZI

(WI

3~~
3u

3000~~

l~gg~~

1~·~uT

(5)

3u~

3000n~

5000n
5000n
12u
15u
12u
1000nt
1000nt
3300n
350nt
350nt
1000n
1000n
1000n
1000n
1000n
1000n
1300n
1300n
1300n
1300n
1400nT
1400nt
140()nt

7.0u
3.1u
3.1u
3.1u
3.1u
6.0u
lOu
lOu
2.2n
250n
1.5u

~~~

3000n

~gg8~r

700n
1.0u
.70n
.70n

TIME
tf

AIR @

IN ORDER OF (1) tab, (2) MAX RISE TIME &

1.2~iZI

12p

I~-O
P
N-D
N-O
N-D
N-D
N-D
P
N
N-A
N
N
150nt P-A
N-A
N-D
N-O

SYMBOLS AND CODES
EXPLAINED IN INTERPRETER

I~: ~ggg ig~
Ge 110J MD27

L
t;

EO
AD
E

o

g~

~g~~

I~e

Ge llgj
Ge 90J T05

I~r m~ 'ig~1
Si
Si
Si
Si
Si
Ge
Ge
Ge
Ge
Ge
Ge
Ge
Ge
Si
Si
Ge

I~:

Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Ge
5i
5i
Ge
Ge
Ge
5i
5i
Ge
Si
Si
5i
5i
5i
5i
Si
5i
5i
5i
5i
Si
5i
5i

~:

5i
Si
5i
Ge
Ge
5i
Ge
5i
5i
Ge
Ge
5i
5i
5i
5i
5i
5i
5i
5i
Ge
Ge
Ge
5i
5i
5i
5i
5i
5i
5i
5i
Ge

175A
175A
175J
175J
200J
90J
110J
110J
110J
110J
110S
90J
90J
175J
125A
70J
175J
175J
200J
200J
200J
200J
200J
200J
200J

I~ggj

200J
200J
85J
200C
200C
90J
90J
90J
175J
175J
85J
200J
200J
200J
200J
200J
1505
1505
1505
150J
150J
150J
150J
150J
150J
150J
150J
150J
150J
150J
110J
110J
150
1005
150A
150J
85J
85J
150J
150J
150J
150J
150J
150J
150J
150J
85
85
85
150J
150J
150J
150J
150J
150J
150J
150J
1005

T05
T08
T039
T039
T03
T05
T03
T03
T03
T03
T03
T05
T05
T039
T05
R55
T03
T03
T05
T05
T05
T05
T05
T05
T05
T05
T05
T05
T05
TOI
T05
T05
T05
T05
T05
T08
T08
TOI
T03
T03
T03
T03
T03
T05
T05
T05
T03
T03
T03
T03
T03
T03

ig~

T036
T03
T03
T03
T03
T03
T05
T03
T03
T05
T05
X75b
X75b
X75b
X75b
X75b
X75b
X86
X86
T05
T05
TOI
X75b
X75b
X86
X86
X86
X86
X86
X86
T05

~~ 1~8~ !:::g~

Ge
5i
Si
5i
Si
Si
Ge
Ge
Ge
5i
5i
Ge
Ge
Si
5i

1005
150J
150J
150J
150J
150J
75J
855
85J
200J

T05
T03
T03
T03
T03
T03
T05
T05
R5
T03
T03
12~~j T05
75 R9
150J TOg
150J T09

§

~r
A'lJ

C~
CQj§

g~

ciil

C~
§
¢

g~
A0

~~
Aill

~~
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~~
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Art>
IQj
1'lJ §
§

A

g~
g~

ciB

g~

c?
g~

C0

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cg0
gg
g¢
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g~

Biil

:~

BiB

g~

Biil

g~

A§

~~

A

g~
ciil

g~
A
A§

C0

c~

LINE
No.

~

TYPE
No.

12. SWITCHING TRANSISTORS
MAX
MAX
MAX
MAX. Pc

~

~~AX
lab
(Hz)

~=

3#
4
5#
6

I~~~~~

2SD94
2N438
2SA212H
2N1518

~

I~~mg

l¥

I~~~~~~

9
12
13
14
15

2N2930

2N1523
2N4877
MPS404
MPS404A
DTS410
DTS424
DTS425
18
ASY27
~~# 2N4398
2N4399
21
22# 2SA212
DTS430
23
24
DTS431
2N3713
25
2N3714
26
2N3715
27
2N3716
28
ASY26
ASY28
ASY73
31
32", DTS103
33. DTS104

~~

~~:

~~: Ig:::~~g~

36",

DTS107

~~

I~~~~:~

39

:¥
42
:~

2N4396
2N425
2N404A
ASY31

~~~~~3055

45

2N1354

48#
49
50#
51

2SC90H
2N658
NKT135
2N2946

:~: ~~~~g9H
~~~ '~~~:¥1

54

g~

DTS423

1~~~g~2

57# 2SA209
2SC90
~g: 2SC180
60
2N1304
~.1# NKT734
2N396A
62
JAN2N427
63

g~#

2N5'Z~

AU1~~

GT12
2N1681
g~ 2N315
2N315A
69
2N459
70
71# SFT226
72# 2SA414

66

i~# i~~n8

nj# ASY29

~~

~~3~j;j

78# ASY32
2N377
~g 2N377A
JAN2N2034
81
JAN2N2858
g~ JAN2N2859
JAN2N2911
84

g~

1~~1ggg

2N1344
87
88# NKT125
JAN2N 1119
SFT227

~~#
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93# 2SC129
~~

~~~gg

2N579
2N1355
2N1356
99# 2SA139
96

~~

19¥
102
19~

105

18~

108

~~g#

I~~~~~

2N1624
2N388A
2N576A
2N576
2N581
2N583
2N1694
2N358
2SC36

D.A. T.A. INC_

I~:~g~

RISE
TIME
tr
(s)

I~ggg~

BIAS

DELAY
TIME
td
(s)

~g~

2000n
70n
3.50M
3.75M
700n
4.00M
4.00Mt
50n
4.00Mt
50n
4.00Mt
50n
4.0M§l>
73n
350n
80n
80n
4.00Mt
80n
4.00M§l>
lOOn
4.00Ml>
190nt
75nt
4.00Ml>
190nt
75nt
4.00M§
~8g~~(l)
4.00M§
4.00M§
300nt
75n
350n
4.00Ml>
4.00M§l> 400n
4.00M§t.
400n
400n
4.00M
4.00M§
400n
4.00M§
400n
4.00M§l>
450nt
4.00M§l>
450nt
4.00M§l>
450nt
4.00M§l>
450nt
90n
4.00Ml>
490n
4.00M§t. 490n
90n
4.00M§t. 500n
75n
4.0M§t. 550nt
4.0M§t. 550nt
4.0M§t. 550nt
4.0M§l> 550nt
4.0M§t. 550nt
800~~

STORE
TIME
ts
(sl
,~ .~u

1.4u
1.4u

320n

::gg~~

::gg~:t.

800~g

4.00M§l> 1000n
4.00M
1050~(l)
4.00Ml>
4.00M§l> ~i8g~0
4.00M§t.
4.50M
550nt
4.50M
4.50M§l> 1000n
5.00M
5.0M
5.00M
100nt
280n
5.00M
5.00M
300n

~~O~

1.5u
155nt
155nt
650nt
650nt
650nt
1.5u
1.5u
1.5u
400n
450n
450n
300nt
300nt
300nt
300nt
1.3u
1.3u
350n
LOut
LOut
LOuT
LOuT
LOut
1.5ulO
2.0u0
l.4u

FALL
TIME

If
(s)
~.!!u

1.8u
1.8u
130n
20n
25n
30n
73n
~~n
25n
30n
500n
230nt
230nt
550nt
200nt
200nt
620n
600n
600n
200n
350n
350n
400nt
400nt
400nt
400nt
730n
730n
350n
350nt
350nt

~~g~~

350nt
1.7u¢
1.2u(l)

~§O~

210n
210nt

500n
500nt
LOu
400n

32nt

70nt
800n
150n

400nt
400n
250n
1800
144nt
450n
300n

Ig:gg~§

~gg~t

~~g~T

~gg~T

5.00M§
5.00M
5.00Ml>
5.00M
5.00M
5.00M
5.00Ml>
5.00M
5.00M
5.00Mt.
5.00M
5.00M§
5.00Ml>
5.00Mt.
5.00M
5.00M
5.00Mt
5.50M§
5.50M§
5.50M§
6.00M§t.
6.00M§t.
6.00M§
6.00M§
6.00M§t.
6.00M

300ntiZl
350n
50n
150n
350n
350n
400n
400n
450n
lOOn
450n
200n

550nt
250n
1.2u
400n
200n
200n
500n
500n
800n

550nt

~8g~1O

lOOn

600nlO
7.0u

300n

~&8~(l)

~~g~0

900n
950~(l)

1000~0

1200n
25u
150n¢
270n
270n
300n
350n

600n
50n
~!?n
55n
75n

400~W
1300n
2200n
2500n
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3.0u
3.0ug)
6.00M~~
6.00M:~

:8g~0
4~~n

50n
60n

~!nt
45n
45n

190n
190nt
190nt
180n

600n
600n

8.00M
8.00M
1999~(l)
a.OOM
2000n
a.OOM
2400n",
8.00M
2400n",
8.00M
600n
9.00M
9.00M§
9.00M§l> 1~g8~1l'

250n
180n
180n
600n
600n

i~~~
2.0u
80n
LOu
40u
150n¢
450n
450n
200n
620n
550nt
1.2u
LOu

300n

200n
700n
500n
2.0u

I~~g~t

~:8~&
150n
300n
800n
600n

370~g
130n

l~~nt

880n
900n

420n
420n
330n
310n

600nt
600nt
800nt
1900n

310nt
310nt
600nt
I"oun

700n

700n

LOu

LOu

600n
LOu
1.0u

400n
1.2u
400n

~gg~0

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20

¢
ii5

100m
120m
50m
50m
50m
250m

~g~

50m
318.,,'"
310m
80 f!:
100 ~
100
150m
.20,,:&
.20m
120m
125 ~
125
150 IB
150 ~
150

m:

125m
500m
125
125

g

m¢ii5

125
63 I!!
125 ~
63
170m
150m
125m

~66:

200m
140m
120m
120m
210m
150m
400m

199mg
100

m~

120m
120m
120m
150m
150m
200m
150m
!~Om
27.
150m
180m
150m
150m

1~8:

150m
125m
500m
125m

16&:
125m
150m

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3.0~&

6.00M§
3.0u
250n
7.00M
700n
7.00Ml>
7.00Ml> 1000n
7.00Ml> 1000n
7.20M§t. 270~g
7.50M§
130n
121nt
I~:gg~§ 220n
8.00M§
220n
8.00M§
240n
8.00M
8.00M
400nt
8.00M
400nt
8.00M
400nt
8.00M

I~:gg~

850n
850n
400n
1.5u
550nt
700n
1.4u
700n
700n

~~g~

IN FREE
AIR @
2S'C
(W)

7.5 I!!
7.5 g
7.5
120m
150m
150m

198~1l'
150m

I~~g~

125m

;~8~1l'
120m
200m
200m
80m
l~~m

150m
150m
150m
200m
200m
150m
120m
75m
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140m

Vcb
(V)

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1 ii5 40
50m
25 t
100m¢ 60
15m
15 I>
15m
17 I>
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37
4.0~
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100";0 50 I>
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15 I>
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4.0 ii5
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37
2.0,~. 1.0m'p" 301>#
150m¢ 12m¢ 400 ~
150m0 12mil 400
10 I>
5.0 f!: 2.5 f!:
10 I>
5.0 ~ 2.5 ~
5.0
2.5
10 I>
0.0
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40 :~
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1 ii5 50 I>
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2.050
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26: 30 I>
0.0
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20 I>
1.5
5.0
1.5
5.0
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4 POrn: 85
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70
0.0
65
200m
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300m
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350~(l) 50m~ 50
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400m
15
1 ¢ 140
2.0 &
1.0
10m
90 t
10m
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20
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100m
35
2.0m
20 I>
25 t.
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30
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0.0
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0.0
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50 I>
15 I>
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4.0

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1.0 f!:
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4.0
4.0 IB

¢

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MAX.
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20~:¢

~

:~g

.50
.03
.02
.01
2.5

12
12
800m
.80
.80

.36
.28

~

g)
g

f!l

199~

180m
.18

~~Om
3.2
12
20
4.0
4.0

1.3
20
20
.S}}
SOOm
10
2.0

20
20
4.0
600m
.75

20m
100m
g
20m
1.0,~. 25mIB

18
50
35
90

~:

50 I>

15 I>
500~~ 10m
15,,:~ 35
I>

500m

:~g ~

.50

ill

.~9m
188~~ ~~
45

125
~ ~gg~~ 15
400m
30
80
1.0 g)
~g~(l)
80
1.0 ~
50m0 70
1.0
75
~ ~2m 150
500me
120
.50 IB
180
.40 g 4~8~(l) 30
400m
.40
30
20m
30
.30 g)
20m
30
.30 ~
1.0
2.0m
25
.25 (l) 300m(l) 30
0.0
200m 100

.1g

.1g

165

38~iZI

t

I>

t

14p
20ptzi
160$
7991'l~
12p
120

12p
20ptzi
9.00
lOp
l!:p
20ptzi
250
25p

~&giZ!

20p!!j

2~~~
20
150

10

20~~

14p
140

160iZl
20

40
30:1 60
2.0m
10 ~#
I>
2.0mg) 101>#

~:8~g

20p

l~g~
16

1.6

1~8 iZ!

16p~

180m
150m

~~ ~ ~§O~¢
20m
30m

20piZl

.01

.50
18

g)

~:~

9.0p
20p

:g~

~80~¢ 168~g

0.0
.50
1.0
4.0
4.0
4.0
40
.20
'15g

IN ORDER OF (1) I 8b• (2) MAX RISE TIME &
(31 TYPE No.
DESCRIPTION
r'bb STRl!..CTUR~~M MAX.
Cob
X
P-PNP
A TEMP DWG.
N-NPN
T
No.
C~~
(F)
I('C)

14p
160$
15p

2~~~
200
200Pi?1
20~g~
200

10
S.O
30
15
1.:l

4.0
.75
4.0
4.0
;!O

t

r

17p
14p
120

22:1
9.0p
I:lP

'~~~
N-ME
17nt N-A
P
P
N
N
N-A
N
P
P
P-A
P
P-A
P-A
P-A
P-A
P-A
P-A
P-A
N-A
N-A
N-A
N-ME
N
P-A
N-A
N
N
N
N
N
N-A
N-A
90nt P-A
P
5.0n
Ptzi
P-A
65nt I~-A

12p
12p
12p
100
12p
15p
240
201'l~

6.5

N-D
N-A
P
P-A
P-A
P-A
P
P-A
P-A
P-A
N
P-AN
P-AN
N-ME
N-D
N-D
P
P
P
P
N-D
N-D
N
N
N
N
P
N-A
N-A
N-DM
N-DM
N-DM
N-DM
N-DM
N
N-D
N
50n P-FA
P-A
P-A
N
130nT P-A
130nt P-A
N-A
P
N
60nt P-FA
P
P-DE

2.0nt

15p
150
12p
12p
2.50
14p

140nt
140nt
150nt
90nt

N-A
P-A
P
P-A
P-A
P-A
Ip-A
!P-A
N-A
N-A
N
N-A
N-A
P-A
P-A
N
N
N-A

SYMBOLS AND CODES
EXPLAINED IN INTERPRETER

L C
EO
AD
E

o

~: ~~gj +g~

Si
Ge
Ge
Ge
Ge
Ge
Ge
,~e

Ge
Ge
Si
Si
Si
Si
Si
Si

~~

Si
Ge
Si
Si
Si
Si
Si
Si
Ge
Ge
Ge
Si
Si

I~:

Si
Si
Si
Si
Ge
Ge
Ge

I~~

Ge
Ge
Ge
Ge
Ge
Ge
Si

I~ie
Si
Ge
Ge
Ge
Ge
Ge
Ge
Ge
Ge
Ge
Ge
Ge
Ge
Ge
Ge
Ge
Ge
Ge
Ge
Ge
Ge
Ge
Si
Ge
Ge
Ge
Ge
Si
Si
Si
Si
Ge
Ge
Ge
Ge
Si
Ge

150J
85J
85J
100J
100J
100J
100S

T09
T05
T05
T036
T036
T036
T05

100J
200J
135J
135J
150J
150J
150J
85J
200J
200J
85
150J
150J
200J
200J
200J
200J
85J
75J
85J
150J
150J
150J
150J
150J
150J
150J
150J
85J
100A
75J
200J
100S
85J
75
85J
85J
100J
85J
200J

T036
T039
T092
T092
T03
T03
T03
T05
MD6d
MD6d
T05
T03
T03
T03
T03
T03
T03
T05
T05
T05
T03
T03

~gg~ ig~~

l~gj

150J
71A
85J
85
85
85
100S
85J
1005
1005
71A
100J
1005
100J
100S
100S
100J
85J
85J
75J
85J
75J
150J
85S
75J
100J
100J
200A
200A
200A
200A
85A
1005
85J
75J

:::g~

T03
T03
T03
T03
T05
T05
A9
T03
T05
T05
A9
T05
T05
T05
T05
T046
1:::8J
T03

:::g~

T05
T05
TOI
T05
T05
T05
T05
T05
T03
T05
T05
T05
T05
T03
T05
T05
T05
T05
T05
T03
T05
A9
T05
T05
T05
T05
T05
T05
T09
T05
T05
T05
T05
1:g1 T05

Ge l~~j ig~
Ge 75J T05
Ge 100J MT60
Ge 100S T05
Ge 71A T05
Ge 85J T05
Ge 100J T05
Ge 85J TOI
A3:l
!~e
T05
Ge
100J
T05
Ge
Ge 100J T05
Ge 100J T05
Ge 100J T05
Ge 85A T05
Ge 85A TOI
Ge 85J T05
Ge 85S T05
Ge 75 A9
I~e

19~~

A
C0

g~

A

~~

C0

/0
A

C~¢
A0

~&
g~

g¢

C0
CIl'

C¢

cal

~~

C0
CIO
C0
A
A§

IC~§
A

A
A
A
C't
A
A§

A§
A
A§
A
A
A
A
A
AC(l)

C~§
A

A~§

~~
A0
A
A
A
A
A
A
A

A§
A
A

A§
A§
A§
A§
A
A
A
A§

LINE
No.

~

TYPE
No.

~: 1~~~~l~H

3
4
5
6
7#

2N659
2N599
JAN2N599
2N601
2SA210
ASY75
NKT137

~#
l~ I~~~~~~

12

2N598

l~ I~~:~~

2N5050
2N5051
2N5052
18# 2SC91
19# 2SC181
2N3445
20
2N3446
21
2N3447
2N3448
2N3487
24
25
2N3488
2N3489
26
2N3490
27
2N3491
28
2N3492
29
2N2425
30
15

l~

~~

~~

33
34
35#
36
37
38#
39
40
41
42
43
44
45
46
47
48

;~
51
52
53
54
55

~~#
~~

60
61
62
63

g~:

66#

~~

69
70

j~#

j~#

75

j~#

78
79#
80#
81#

~~~~l~

2N1345
2N1346
BC100
JAN2N428
2N428A
2SA371
2N1316

~~~~~~

2N4865
2N4866
2N5250
2N5251
2N3584
2N3585
2N2832

~~~g~~

JAN2N2834
2N3846
2N3847
2N3848
2N3849
2N427
SFT228
2N397
2N1357
2N316A
2N316
2Nl091
2N404
2SA 17H
2SA18H
2SA217H
2N1808
2N859
2N860
2N862
2N858
2SA217
2N1605
AU103
2N660
SFT298
2N4007
2N4008
BCY92
BCY92B
BCY95

g~: ~g~~~B

84iL TCH98B

~~: +~~~~B

87
88

2N2944
2N580
2N4150
2SA64

~g#
~~ ~~i~~~

93

~~#

JAN2N3584

~~~f~i585

96

2N4240
'iJ.7# NKT124
2N2541
98
99
2N1759

19~

,~~m~

19~

I~~m~

102
105
106

2N1756

2N1761
2N1762
2N864A
SFT288

19~~
l~~ I~~~~~

D.A. T.A.INC.

IN ORDER OF 11) lab, 12) MAX RISE TIME &
(3) TYPE No,
DESCRIPTION
IMAX, Pc I
BIAS
IN FREE
I
MAX. I Cob
r'bb rRUCTUR~MIMAX'1
X
P·PNP
A TEMP DWG.
hie
SAT.
I AIR @ Vcb
Ie
25'C
:
Cob N·NPN
i T
No.
I
I
(5)
,
'C) .
(A)
(W)
. (V)
(F)
P
I~QQm
~e
gg~
jg ~ 200~g l~g t.
N
Ge g~j
!
11.3
210m
350mlZ 50m
70
120
65nt P·FA
Ge 100J T05
250m
P
Ge 100J T05
1.0 ~ 200m~ 75 tt.
20P!?!
20
P
300 ill
Ge 100S T05
,1 20pill
~~g~Ql 1:g 200~~
200m 125
150
2.0
P·A
100J MT60
120m
.30
25p
P
200m 150 ~
85 T05
IGe
500m
N·A
Ge 85J T05
Ql
150m
20
2001Zi
P
Ge 85J T05
10m 100
.20PiZl
~g
200mt.] 200
~~ Jgg:r
9f601Zi
100m . 70 t.
1.0
250m
2.0
P·A
Ge'100J T05
9.0p
100m
50m
70
t
3.0nt
N·A
85J T05
Ge
1.0 ~
70
5.0
300nt N·FA
Ge 85J u8
~gm0
1'100 00
N
25 t t.
Si 175J T066
40 Iq
N
10 Iq 250iTl~ 25 tt.
Si 175J T066
250~~
250pill
N
40 0
100 250m0
Si 175J T066
120m
.30
200m 2~g ~t.
250
N
Ge 85 T05
120m
25p
N
.30 B') 200m 220 [!j
Ge 85 TOl
500m
N·EA
Si 200J T03
50 g 30~g 60 ~
115g
40~~~
115
5.0
3.0m
60
500m
400
N·EA
Si 200J T03
300m
N·EA
Si 200J
5.08 5.0m8 120 [!j
115 8
400p
120
ill
300m
N·EA
Si 200J
115 g_
115
20 t.
4.0
550
N
Si 200C T061
4.0
N
115 Iq
5.0 Iq 500mlq 20 t.
Si 20OC T061
550P!'l
20 t.
4.0
N
Si 200C T061
5.0 g
115g
115
5.0
40 t.
3.3
N
Si 200C T061
3.3
N
Si 200C T061
115 B')
550p[!j
5.08 500mB') 40 t.
1150
3.3
550pill
N
Si 200C T061
5.0 g 500m0 40 t.
375m
1.0
25m0 20 t.
20
140
P·A
Si 160S T05
14p
200m
150nt P·A
Ge
.25 8 1.Qm
100
.20
N
.10m0
Si 2ggt
jgg 400m
14p
150m
60
75nt P·A
Ge 85J T05
14p
75nt P·A
150m
Ge 85J T05
1D0 .35m 125
.2io
160
N·ME
10m0 40
Si 175J T05
2.5 0*
20plZi
150m
350nie 10mt. 20 t.
P
Ge 85S T05
150m
1.6
20piZl
P·A
Ge 100S T05
.25 8 1.0mt. 80 t.
lOp
10m0 70
10
110nt P·A
80m
Ge 85J TOl
1.5 g
200m
.25
1.0m
95
140
150nt P·A
Ge 85J T05
150m
.25
1.0mt. 200 ~
20piZl 250nt~ P
Ge 85J T05
.02
110 T074
Ge
150 ; ,
g
g
96 g 5.0
t.
N
Si 200J MT69
5.0 Iq
5.0 #t.
N
Si 200J MT69
350 Iq
~g ~ 5.0 #t.
N
Si 200J MT69
350 g
5.0 g
350
5.0
90 0 5.0 #t.
N
Si 200J MT69
.75
N
35 B')
20 B')
lSi 200J T066
.75
N
Si 200J T066
350
1
2.0 g
2.0
P
850
1.0m0 50 t.
25m
Ge 110C T03
25m
P
T03
Ge
2.08 1.0m8 50 t.
85 8
P
25m
Ge
T03
850
2.0 g
l'PO"'!0
2.0
150m
P
850
Ge 110J MD6e
4.0
10
10 t.
N
80m
Si 175C T063
3.08
750*1
4.0
10
lOt.
80m
N
Si 175C T063
g
10 t.
670u
N
4.0
15
Si 175C T063
10 t.
670u
4.0
15
N
Si 175C T063
75~fIZl
40,~,
170m
2.1
14p
60n P·FA
Ge 85J T05
250~0 1.0mt. 55
12
150m
.50
10m0 50 t.
P·A
Ge 85J T05
10m
95
4.0
12p
160nt P·A
200m
Ge 100S T05
1.0 8
12p
200m
4.0
160nt P·A
10m0 85
Ge 85J T05
kg g 200m
14p
35 t
P·A
150m
Ge 100S T05
Ip·A
150m
30
14p
Ge 100S T05
.20 8 200m
17p
20m
70
10
IN.A
120m
Ge 85A T09
.20g
6.3
IGe 85A T05
150m
.20
24m
40
P·A
12JL
80m
140
lOp
P
TOl
6.08 1.0m
~~j TOl
140
80m
P
6.0 g
lOp
19omm~ 60
20p
120m
.30
P
Ge 85J T05
150m
13p
N·A
Ge 85J T05
20~ 125
.25 8
35 t
5.0p
P·A
T018
150m
Si
.50 g
150m
.50
20 t
5.00
P·A
T018
Si
150m
15.0p
T018
.50 B') 5.0mB') 20 t
P·A
Si
150m
5.0p
P·A
T018
.500 5.0m0
Si
100m
120m
.30
200
P
Ge 85 T05
150m
N·A
13p
Ge 100J T05
20m2 125
.25 8
.70
PDA
10m+0 1.00
100 15
Ge 90J T03
210m
750m
350mlZ 50ni0 90
120
70nt P·FA
Ge 100J T05
150m
.45 [D 350m[D 35 t.
N·A
Ge 85J T05
25p~_
400m
Si 200 T046
10P~.m
lQp$
400m
Si 200 T046
4.0p$
350m
10
p.p~!':l
Si 150J T018
6.08 1.°iTl8 60
400m
60
4.0p$
10
Si 150J T05
4.00$
350m
60
10
Si 150J T018
4.0p$
400m
10
Si 150J T05
6.08 1.0m8 60
P'P~!';l
4.0p$
350m
10
Si 150J T018
6.0 g 1.0~g 115
P.P~~
400m
6.0
1.0m
115
P·PE
4.00$
10
Si 150J T05
[350m
10
P.PEjfI
150J T018
4.QP$
6.0 ~ 1.Qm~ 115
IS; 150J T05
400m
4.0p$
1.0m0 115
10
PPEill S
400m
200mt. 200
9.0p
P·DE
20
Si 200J T046
120m
45
.75
.30 Iq 400m
P·A
Ge' 71A T05
5.00
5.00
N
40 #t.
Si 200J T05
5.0
1.0m
80m
6.0
100
65 t
8.3
P·A
Ge 85J TOl
150m
N·A
10m 150
20
20piZl
Ge 100S T05
1. 0 8
375m
1.0 0
P·A
25m0 25 t.
20
Si 160S T05
2.5m
10 0 100m0 40 t.
lJ661Zi
N
Si 200J T066
2.5m
N
120piZl
100m!:B 40 t.
Si 1:l~OJ T066
1.1°1 10m0 70 t
lOp
150nt P·A G
4.0
e 85J TOl
g~'"0 2.0 (;5 75mt. 6.0 t.
1.3
N
Si 200 T066
8.0
22plli
P
lOOiTllD
25 ";lID 50 t.
Ge 75J T05
1.0,~,
20 #t. 750m
P·FA
Ge 100J T05
500~0 1.00
2J~:::0 2.0
.50m
105
.27
P·A
Ge 95J MS7
.50m
.27
P·A
2.08
Ge 95J
1~~
.50m
.23
P·A
Ge 95J ~~j
g .50m
28m
P·A
52
.23
Ge 95J MS7
28mlq
.23
52
P·A
2.08 .50m
Ge 95J MS7
.50m
52
.23
P·A
Ge 95J MS7
28~g
28m
.50m
.27
105
P·A
Ge 95J MS7
.27
105
2.0 ~ .50m
P·A
Ge 95J MS7
3~g:::[D 6.0 ~e 1.0m 350 till
20
9.0pill
P
Si 200S T018
12p
150m
350m 400m\Z 40 t.
750m
P·At.
Ge 85J T05
170m
14p
1.0mt. 80
70n P·FA
1.6
85J T05
Ge
~~O~(l 24m 60
120
150m
LOn
8.4
P·A
Ge 85A T05

12· SWITCHING TRANSISTORS

f1J
I

tab

fMAX
RISE
TIME

i

(Hz)

I

11gg~

10.0M
10.0M§t.
10.0M
10.0M§t.
10.0M
.10.0M§t.
'10.0M

19:9~t.

l~)

I

TIME

i

(s)

td

120nt
175n
175n
175n
200n
200n
200n

~~g~

240n
300n
300nt
300n
300n
300n
300n
300n

19:9~:~

350n~

17nt

50n
80n

350~g

350~~

350n
350nlq

~~g~g

350n8

350~g

500n

~gg~~
700n
700n
700n
800n

30n
30n
500n

,ts
(5)

67nt
LOu
LOu
LOu
400n
450n
800n

~~g~

600nt
3.5u
3.5u
3.5u
250n
250n
2.0u
2.0u
2.0u
2.0u
2.0u
2.0u
2.0u
2.0u
2.0u
2.0u
375n
80.on
1.5u
800n
800n
900n
600n

850n~

1~gg~0

300n
800n
650n
lOu
1.5u
1.5u
1.5u
1.5u
4.0u
4.0u
6.0u
?Ou
6.0u
6.0u

~~gg~[D

19:9~:~

l~:g~:

l~:g~t.

MAX
STORE
TIME

900n

350n

2000n
2000n
2000n
2000n
3000n
3000n
4000n
4000n
4000n
10.0M§t. 4000n
10.0M§t. 4000~8
10.0M§t. 4000~~
10.0M§t. 4000n
10.0M§t. 4000nB')
11.0M
850~g
12.0M§
110n
12.0M
300n
12.0M
300nt
400n
12.0M
12.0M
800n
200n
13.0M
1400n,.
13.0M
14.0M
14.0M
14.0M
120n,.
14.0M
14.0M§
200n
14.0M§
200n
14.0M§
200n
14.0M§
250n
14.0M
300n
1400n,.
14.0M
15.0M§
98nt
15.0M
100n~
15.0M
15.0M§t.
120n
15.0M§t.
120n
15.0M§
140nt
15.0M§
140nt
15.0M§
140nt
15.0M§
140nt
140nt
15.0M§
15.0M§
140nt
140nt
140nt
175n
15.0M
15.0M
15.0M§t. ~gg~1D
200nt
15.0M
220n
15.0M§t.

I
I

400n

10.0M
10.0M
10.0Mt.
10M§t.
10M§t.
10M§t.
10.0M
10.0M
10.0M§t.
10.0M§t.
10M§t.
10M§t.
10M§t.
10M§t.
10M§t.
10M§t.
10.0Mt.
10.QMt.
10.0M§ill
10.0Mt.
10.0Mt.
10.0M§
10.0Mt.
10.0M
10.0M
10.0Mt.
10.0Mt.
10.0M§t.
10.0M§t.
10.0M§t.
10.0M§t.
10.0M§t.
10.0M§t.
10.0M§t.
10.0M§t.

MAX

IDELAY

300~g

TIME

tf

(5)

2. 5_On
.10n
128nt
185n
185n
185n
150n
150n
350n
450n
230n
330n
200nt
1.2u
1.2u
1.2u
lOOn
180n
350n
350n
~50n

350n
350n
350n
350n
350n
350n
350n
350n

ggg~

700n
700n
500n
500n
1.1~~

250n
LOu
650n
2.0u
500n
500n
500n
500n
3.0u
3.0u
2.5u
2.5u
2.5u
25u
7.0u8

j:g~~

7.0u,rD"

11~g
110n

170n
170nt
lOOn
200n
50n

700n
700nt
250n
800n
170n

280n
280nt
280n
LOu
130n

400n
400n
320n

250n
250n
130n

25n

lOOn
lOOn
lOOn
lOOn
400n

150n
150n
200n
200n
150n

27nt

3.0u
69nt

1.7u
133nt

320n
320n
200nt
200nt
200nt

120n
120n
140nt
140nt
140nt
140nt
140nt
140nt
140nt
140nt
175n

1.4~[D

60n
60n
40nt
40nt
40nt
40nt
40nt
40nt
4Qnt
40nt

80n

~gg~i

200nt
200nt
200nt
150n
400nID
2.0u
350nt
500n
300n

300n

~gg~f

1 ~:g~§t.
15.0M§t. 500n
500n
15.0Mt.
1.5u,.
15.0M
3500n
15.0Mt
3500n
4000n
4000n
15.0Mt
4000n
4000n
15.0Mt
5000n
15.0Mt
5000n
16.0M§t.
150n
16.0M
190n
17.0M
18.0M

I FALL
MAX

500nt
6.0u
2.0u

200n
150nt
400n

~gg~0
~gg~~

3.0u
300n

i(~~'

+g~

~

199~

~~ f~o"'md ~g ~
~:g ~

~~~E

2~g:::0

~~&[it

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4°lg~

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~~g~~

+g~6

ig~

ig~l

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3~5

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~ l~g ~

llg~

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g:]

i

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l~g ~

~g ~ 1:g~~

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g

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IE 0
IA D
D E

IA

!A~
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A

AS
IA
A0
IA
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~~

~~
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A
A0
A
A
A0
A
A
A
A
!g

!~

A0

':~

Ic
!~~

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I~

10

I~
A
A§
A
A
A
A
I A§

A§
A
A
A
A
A
A
A§
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!~

A(;5

!~
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A

A0
A§
A
C
C
C0
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~~~~ ~:g

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

1~5g~~

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35n

150n
60n

150n
200n
1.1 u[D

166

SYMBOLS AND CODES
EXPLAINED IN INTERPRETER

A
A
A

LINE
No.

~

TYPE
No.

~~AX
Ifab

1Hz)

~

3
4
5
6

~

9
10
11
12",

1~~~~i9

20.0M§l>.
20.0M§l>.
20.0M
20.0M§l'.

I~~~gg~

I~g:g~:~

1~: ~~g~l?~

15",

2SC511R

~~: ~~~~1~~

18",
19",
20",
21",
22",

23",
24",

~~:

27",
28
29
30

~~

33",
~4'"
35",
36",
37",
38",
39",
40",

2SC5130
2SC513R
2SC5220
2SC522R
2SC5230
2SC523R
2SC5240
2SC524R
2SC5250
2SC525R
2N731
2N3850
2N3851

~~~~~~

2N5660
2N5661
2N5662
2N5663
2N5664
2N5665
2N5666
2N5667
2SC519A
2SC520A

:a ~~~~~jA
:a
45
46
47
48

~~

2N317
2N317A
2N2648
JAN2N2880

j~~~~~~n

2N4070
2N4071
2N5539
2N5541
54
2N5542
55
56# BD128
57# 2SC728
51

~~
~~

60

~~

63

~~:

66

~~

69

~~

j!~~~m~

JAN2N3715

j~~~~~~~~

JAN2N3790
JAN2N3791
JAN2N3792
2N5540
2N4296
2N4297
2N4298

~~~~~II

2N863
2N861
2N865A
2H1256
2H1258
77# 2H1254
2Nll04
78
72
73
74
75#
76#

~~~ I~~~~~~-4

8;# 2S033
2S034
2S035
84# 2S036
BLY47
BLY47A
87# BLY48
BLY48A
BLY49
90# BLY49A
BLY50
BLY50A
2N2890
93
2N2891
94
2N3597
95
2N3598
96

~~:

~~:
~~:

~~:
~~

99
100
101#
102

18~

105

19~

108

l~g.

~g:~~§

TN63
TN64
2N661
2N2657

NS9002
2N730
2N4006
2SC5100

I~~n~~

2N1256
2N2008
2S503
2N5336
2N5337
2N5338
2N5339

~~~~:~

2N5348
2N5349
2N5427

D.A. T.A. INC.

IN ORDER OF (1) fab, (2) MAX RISE TIME 8<

12· SWITCHING TRANSISTORS

20.0M§l>.
20.0M
20.0M§l>.
20M§l>.
20M§l>.
20M§l>.
20M§l'.
20M§l>.
20M§l>.
20M§l>.
20M§l>.
20M§l>.
20M§l>.
20M§l>.
20M§l>.
20M§l>.
20M§l>.
20M§l>.
20M§l>.
20.0M
20.0M§l'.
20.0M§l>.

~8:g~:~
20M
20M
20M
20M
20M
20M
20M
20M
20.0M
20.0M

~g:g~§

RISE
TIME

MAX
DELAY
TIME

i~1

i~1

1200n",
30n
30n
68nt
80n

I

175nS
10n
10n
27nt

450n
450n
56nt
60n
bUn

.~2n

188~~

110nt

gg~¢

40nt
60n

140nt
320n
3.0u
3.0u
3.0u
3.0u
3.0u
3.0u
3.0u
3.0u
3.0u
3.0u
3.0u
3.0u
3.0u
3.0u
3.0u
3.0u
90nt
700n
700n
700n
700n
850n
850n
850n
850n
1.3u
1.3u
1.3u
1.3u
3.0ut
3.0ut

130n~

130~~

130n
130n\?1

130~&

130n
130n\?1

130~~
130n

130n\?1

130~g

130n
130n\?1

130~g
130n
140nt
150n
150n
150n

1~8~0

40nt
50n
50n
50n
50n

150n~

150~g

150n
150n\?1

150~g

150n

~58~~

200nt
200nt
200n
300n
300n
300n
300n
300n

20.0M
20.0M
20.0M
20.0M§l>.
20.0M§l>.
20.0Ml>.
350~g
20.0M§l>.
500n
20.0M§l>.
500n~
20M§l>. 500n
20M§l>. 500n
20M§l'. 500n
20.0M§
500n
20.0M§
1000n
20.0M~l',i
1. 5u 8
20.0M:m
15~g
20.0M§
1.5u
~~.~~~!?;! 1.5u8
20.0M§iZl
15~g
20.0M§fli
1.5u
20M!!!ii
20M§(Zj
20M§l>. 1.5u
20.0M§l>. 7000n8
20.0M§l>. 7000~g
20.0M§l>. 7000n
20.0M§l>.
7?88~~
22.0M§
22.0M§
125n
22.0M§
150n
24.0M§l>.
19~~0
25.0Ml>.
25.0Ml>.
25~~
25.0Ml>.
25M§l>.
25.0M
70n8
25.0M!
100~g
450n
25.0M!
25.0M!
450n8
25.0M!
450~g
450n
25.0M!
25.0M!
1.0u8
25.0M!
1.0~&
LOu
25.0M!
25.0M!
1000n\?1
25.0M!
1000~g
25.0M!
1000n
25.0M!
1000~~
25.0M!
1000n¢
30.0M§l>.
30.0M!l>.
30.0M!l>.
30.0M!l>.

U~~

50nt
50nt
50nt

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2.0ut
200n
200n
900n
1.7u
1.7u
200n
1.2u
1.2u
1.5u

50n
50n
50n
60n
60n

1.5u
1.5u
lOOn

500n
8.0u

30.0M!l>.
30.0M
30.0M!l>.
130.0M§l>.
30.0M§l>.
30.0M!l>.
30.0M!l>.
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30.0M!l>.
30.0M§l>.
30.0M§l'.
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~~~~

If
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120n
120n
139nt
80n

2~g~t

250nt
105nt
120n
200n
200n
200n
200n
200n
200n
200n
200n
200n
200n
200n
200n
200n
200n
200n
200n
130nt
200n
200n
200n
200n

800nt
800nt

~gg~t
250n
250n
500n
300n
300n
200n
450n
450n
500n
500n
500n
200n
2.0u

2.0u~

2.0~g
2.0u~

2.0~g
2.0u
2.0u8
2.0u¢
15u

15u
10u8

168~~

lOOn
lOOn
150n

2.0u
2.0u
2.0u
2.0u

2.0u0
2.0u8

2.0~&
2.0u

lOOn
lOOn
150n

1~8~0
80n

7bg~~
lOu
LOu
LOu
LOu
3.0u8

3.0~g

3.0u

3.0u~

~:8~~

3.0u8
3.0u¢

700~g

2.7~g
2.7u

700n

700n~

2I~:;¢
40~0

75~'Wt
5.0u
lOOn
lOOn
lOOn
lOOn
lOOn
lOOn
lOOn
lOOn
lOOn

1

2.0u
2.0u
2.0u
2.0u
2.0u
2.0u
2.0u
2 .0u
2.0u

2~~1
m~

200n
200n
200n
200n
200n
200n
200n
200n
200n

2.0 ¢
2.0 ~
2.0 ~
2.0

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2.00
2.0 \?1
2.0 g
2.0
2.0 \?1
2.0 g
2.0
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2.0 g
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8.0'~rl

109
10
10 \?1
10 ¢
100
10 \?1
10 ¢
10 0
500m

10{
1.0
1.0
1.0 ~
1.0 ¢
5.0
5.0
5.0
5.0
5.0
5.0
5.0
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50 g
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30~g

30m

30m~

30m¢
10
10
1.2
1.2
10
10
1.2
1.2
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1~8~~

150m
150m
300m
300m
300m
300m
125m
15_0m
1.5
4.0
4.0
4.0
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4.0
40
40 ~
40 ¢
40 0
40 8
40 ¢
800m
800m
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1.0mS
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450m
450m
800m
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6.0,y;,

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60 8
60 ¢
600
60
40

§

IAI
1~m

DESCRIPTION

.200
.25 8
.50 g
5.0
5.0 ~
5.0 g
5.0
5.0 ~
50 g
5.0

10~g

1.0m
1.0mf(!
1.0m!
1.0
1.0 ~

5.100ml
0,11>,
1°1
5.0

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18
100
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40
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18
100
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10 ¢
100
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10 ¢
100

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2.0
2.08
2.0 g
2.0

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1.0 ~.
50
50 g
2.0
2.08
20 g
2.0
2.0 \?1
2.0 g
2.0
20
2.0

§

167

101

8.4
30

12p

600m
250m
10

70p
700

3.0
3.0
3.0
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
10
1.2
1.2
1.2
1.2
400m
400m
400m
400m
130m
130m
130m
130m
400m
400m

lO~g
10m
10U~

4~~~

40
40~~

4~~m
40

12~6m
125
125~~

125PiZl
60n
60n
60n
60n
125n
125n
125n
125n
150p
1500
1~2P

lOp
140
14p

1~~6iZl

150ptil
200piZl
200plZl

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5.0p

20
30
60
150

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l'.#
tl>.
tl>.
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200p\Z]

20~6m
200
200p\Z]
20~gm
200
200pl',i

2~8~m
70~[l.I

700p
7000
7U2P

18gm
7.0p
8.0piZl

250p~

25~gm
250
25~g~
250

10n
10n
10n
10n

A
A
A
A
A
A¢

I~: ~g~j +g~9
200J
175S
200
175J
175J
175J
175J
175J
175J
175J
175J
175J
175J
175J
175J
175J
175J
175J
175J
175S
200C
200C

MT42
T018
T046
T039
T039
T039
T039
T039
T039
T039
T039
MD29
MD29
MD29
MD29
MD29
MD29
MD29
MD29
T018
T059
T059

{{

200C
200C
200C
200C
200C
200C
200C
200C
150J
150J

T066
T066
T05
T05
T066
T066
T05
T05
T03
T03

Ge
Ge
Ge
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si

85S
100S
100
200A
200A
150S
200J
200J
200J
200J
200J
175J
175J

T05
A
T05
T05
ZA30
MT53
GN
T05
C¢
T03
T03
T063
T05
T061
MD17b A~¢
T018

Si

200J T03
T03
T03
200A T03
200J T03
200J T03
200J T061
175 T066
175 T066
175 T066
175

~:~~t

I~:

6.0P~m

P-A
P-A
P-A
P
P-ME
P-ME
P-ME
N
P-Al>.
N-PE
N-DM
N-DM
N-DM
N-DM
N-DM
N-DM
N-DM
N-DM
N-DM
N-DM
N-DM
N-DM
N-PE S
N-PE S
N
N
N
P
P
N-PL
N-PL¢
N
N
N
N
N
N
N
N
N

SYMBOLS AND CODES
EXPLAINED IN INTERPRETER

LCI
E 0
AD
E

TOl
T05
T05
T018
T05
T05

N-DPL
N-DPL
N-DPL
N-DPL
N-DPL
N-DPL
N-DPL
N-DPL
N-DPL
N-DPL
N-DPL
N-DPL
N-DPL
N-DPL
N-PL
N
N
N
N
N-PL
N-PL
N-PL
N-PL
N-PL
N-PL
N-PL
N-PL
N-DM
N-DM
N-2 M
N-D
P-A
P-A
P-A
N
N
N
N
N
N
N
N
N-ME
N
N
N
N
N
P
P
P
P
N

40~[l.I

25p
250
25p
25p
250
25p
25p
250
35p!?;!

DWG.
No.

A TEMP
T
II'C)
Ge 85A
Si 140S
Si 200J
Si 200J
Ge 100J
Si 200J
Si
Si
Si
Si
Si
Si
Si

6.00$

60 l>.#

500m 1~8
500m\?) 40
500m¢ 20
500m(;; 40
20
40
50 20
5
5.0 ~

~~

N-P~~

75nt P-FA
N
N
N-PL
N-PL
N-PL

SOp!!?;!

30 l>.#

60
60
30
50
75
75
75
50
50
65

P-PNP
N-NPN

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500pl',i
500p(Zj

#
25 #

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STRUCTUR~MIMAX'I

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30 tl;

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5.0m

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1.0 &
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10
1.0 8
1.0 ¢
100mQi

3~~:

10p$
40
40p!!ii

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160

5Om8 150 !?;!
50m¢ 300 m
50m(;; 75

3.0~&
3.0u

IFI
12p
6.0p

750m

18g
10
5.0 #l>.
510 0 5fo~~

3.0u8

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30 l>.#
50
90

35 t
5.0~~
10m
500 tiZl
2.0m
25 l>.
2.0m
10
75 l>.
2.0m
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3.1°¢
10m¢ 45 tl>.
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5'PO¢0

MAX.
SAT.
RES.

50 #l>.
30 #l>.
15
15
15
1:8 g
15
15
30 \?1
15
3.0 ~
3.0
15
15
3.08
10 l>.
5.0 g
5.0
15 l>.
15 l>.
5!?0~¢ 370 *
~gg~
30 t
400m
400m
40 t
1 ¢ 200 #
.50
5.00
15 l>.#
15 l>.#
5.0 l>.
150
10 l>.
10
.15
10
10 l>.
.15

5.0,~,
50m¢
4.0- ¢
10m(;;
5ggm8
500m¢
18
100 500m(;;
500m1'

4.08
4.0 g
5.0

1';0 t
25
25 l>.
25 l>.

200m¢ 150
200m~ 90
200~~ 150
200m
90
200m\?1 150
200~~ 90
200m 150
200m\?1 90
200~g 150
200m
90
200m\?1 150
200m¢ 90
200m(;; 150
200m8 90
200~g 150
90
200m
150m
80

5fo~

4.1°1
4.00

hfe

5~m! 1~~

5.00 1.0
10 ~ 150m

8.0 ~

30m~$

I

I~:g ~ 1.0~{

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125m
65 $

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10~", 150m~

8.0 ~

75g:
150m
150m

I

350¢¢
6.0

500m

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Vcb

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1~5~¢
10

lio 0$

131 TYPE No.

BIAS

IVI

800m
500m
210m
4 $
4 s

20m

60n~

20n

MAX. Pc
IN FREE
AIR @

20~g

10~g

lOu

~8~~t
lOOn
lOOn
lOOn
lOOn
lOOn
lOOn
lOOn
lOOn
lOOn

MAX
FALL
TIME

2.0u

~8~0

I~Kg~:~

MAX
STORE
TIME
IS
Is)

Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si

!~ggg ~g~~

I~: 1~~j ~g~

o

A~f6

ACt,

~~
A0

~~
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A0

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A0

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A0
A~¢
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A~rt>

A~
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I~: ~g8j ~g~

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I~: ~gg:!

!g~

Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Ge
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
i
i
Si
Si

~g~~

200S
175A
175A
175A
150S
85J
200
175
175
175
175
175J
175J
175J
175J
175J
175J
175J
175J
200J
200J
200
200

T03
T03
T03
T03
T03
T066
T03
T066
T03
T066
T03
T066
T05
T05
T063
T063

200S
200J
175J
200J
200J
200J
200J
200J
200J
200J
200J
200J

T05
T05
T018
T039
T039
T039
T039
T059
T059
T059
T059
T066

~: I~ggs

Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si

T018
T018
T018
T018
T018
T018
T043

~~~O

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C0
C0

g~

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A

A

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A~¢
A0
A
A
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LINE
No.

~

TYPE
No.

W
lab

12. MAX
SWITCHING
TRANSISTORS
MAX
MAX
MAX, Pc

1JMAX
RISE
TIME

1~1

(H~l

~: I~~~:~~

3+
4
5
6

~

9

2N5430
2N5477
2N5478
2N5479

I~~~;~~

12852-1

l~

I~:;~:~

l~

I~g~~:~

12
15",

2856-1

MJ500

:~: ~j~~Jo

18",

MJ6701

21

2N2877
2N2879

~g: I~jg:g~

~g~:~ 199~

30M§l>
30.0M§l>
30.0M§l>
30.0M§l>

lOOn
lOOn
lOOn
lOOn
lOOn
100n¢
lOOn
1()l]n
lOOn
lOOn
lOOn
lOOn
lOOn
lOOn
lOOn
lOOn
lOOn
lOOn
120n
120n
120n
120n
120n
125n
125n
125n
125n
125n
125n
125n
125n
125n
125n
125n

~Kg~~~

30.0M§

~Kg~~

30.0M§

~g:g~~

30M§l>

~g~~~

30M§b.

~g~~~

~~

2N3746
2N2849
2N2850

~g

,~~~g~~-1

30

2N2851-1
2N2852
2N2852-1
2N2853
2N2853-1
2N2854
2N2855

30.0M§l>
30.0M§b.
30.0M§l>
30.0M§l>
30.0M§b.
30.0M§l>
30.0M§l>
30.0M§l>
30.0M§l>
30.0M§l>
30.0M§l>
30.0M§l>
30.0M§l>
30.0M§l>
30.0M§l>
30.0M§l>

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24
27

~~

33

~;
36

~~

39

:~

42
43
44
45

:~'"

48",
49
50
51
52
53
54

~g",

~~~~:;

2N2856-1

~~:~:~

2849-3
2N5658
2N5659
2N5316
2N5318
2N5729
2N5730
SOT3105
SOT3106
SOT3107
SOT3108
SOT3109
2N2892

~~~~n

57", 2N5732
58# BSX62
59# BSX63
SOT3205
60
SOT3206
SOT3207
SOT3208
63

~~

~~

~~~~~~~8

72
73
74
75

2N5317
2N5319
2N5312
2N5313
2N5314
2N5315
SOT3101
SOT3102
SOT3103
SOT3104

78

SOT3203

66

g~
69

~~

~~ l~gi~~gJ

~~'"
81",
~~

84
85
86
87

:g

90

~~

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2N5734
2N4002
2N4003
2N4004
2N4005
2N1384
JAN2N3846

~~~~~~tl47
2N3389

~~lmA

JAN2N1854
93
94# 2H1255
2H1257
2H1259
2N1259
HTlOO
99# HTlOl
2N5334
2N5335
02701
102
02702
02703
02704
105

~~:
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19~

19~

:g~

108
109
110

I~~~~:~

2N3749
2850-1
2850-2

D.A. T.A.INC,

30.0M§l>
30.0M§l>
30.0M§l>
30.0M§l>
30.0M§b.
30.0M§l>
30.0M§b.
30.0M§b.
30M§
30M§
30.0M§l>
30.0M§l>
30.0M§l>
30.0M§l>
30.0M§l>
30.0M§l>
l;$u:OM§l>
30M§
30M§
30.0M§
30.0M§
30.0M§l>

125n
125n
125n
125n

BIAS

DELAY
TIME

t:

(51

:gg~

lOOn
lOOn
lOOn
lOOn
lOOn
SOn
SOn
SOn
SOn
SOn
SOn
lOOn
lOOn
lOOn
lOOn
lOOn
lOOn

SOn
San
50n
50n
50n
50n
SOn
SOn
SOn
SOn
50n
SOn
50n
50n
SOn
50n
SOn

l~g~~

I~'!!U

2.0u
2.0u
2.0u
2.0u
2.0u
2.0u

400n
400n
400n
400n
400n
400n
LOu
I.l]u
1.0u
LOu
I.!!U
1.0u
60n
60n
60n
60n
60n
300n
400n
400n
400n
400n
400n
400n
400n
400n
300n
400n
400n
400n
300n
300n
300n
300n
LOu
LOu
3.0u
3.0u
LOu
LOu
LOu
LOu

~gg~0

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300n

3.0u
3.0u

~gg~~

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300n
30.0M§l>
300n
30.0M§l>
300n
30.0M§l>
300n
30.0Ml>
350n¢
30.0M§b. 400n
400n
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30.0M§l>
500n
30.0M§l>
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30.0M§b. SOOn
SOOn
30.0M§l>
30.0M§l>
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30.0M§b.
SOOn
30.0M§b.
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30.0M§l>
500n
30.0M§l>
500n
30.0M§b. 500n
30.0M§b. 500n
30M§
700"
30M§
700n
30.0M§l> 1000nB'l
30.0M§b. 1000~&
30.0M§b. 1000n
30.0M§l>

1.5u
1.5u
1.5u
1.5u
1.5u
350n
1.2u
1.2u
750n
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750n
750n
750n
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400n

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200n
200n
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200n
200n
200n
200n
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1.5u¢
300n
300n
300n
300n
300n
350n
400n
400n

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500n
500n
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SOOn
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1.0
1.0
1.0
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60

¢

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5.0
5.0
5.0
5.0
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1.0
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8~8:

850m
8~!!m

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850m
850m
850m
850m
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850m
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850m
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2.0
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60 l>#
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150n
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30 0
1.0
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N-PE
N-PE
N-PE
N-PE
N-PE
N-PE
N-PE
N-PE
N-PE
N
N
N
P
P
P
P
P·PE
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N-PE
N-PE
N-PE S
N-PE S
N-PE
N-PE
N
N

500p~

5000
500p

50~~~
500
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5.00

400m
250m
250m
400m
400m
400m
400m
300m
300m
400m
400m
400m
400m
400m
400m
400m
400m

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20~£ ~g

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10
19
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2.0 &
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2.0
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l> .30 #
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5.0 g
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199 :
60
500m
1.0 B'l
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1.0 g
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5.0 B'l
90 I!;l#
5.0 g
5.0
5.0,100 901;1#
150
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N
N
N
N
N
N-PL
iII-PL
N-PL
N-PL
N-PL
N-PL
P
P
P
P
P
P
N
N
N
N
N
N-PE
N-PE
N-PE
N-PE
N-PE
N-PE
N-PE
N-PE
N-PE
N-PE
N-PE
N-PE
N-PE
N-PE
N-PE
N-PE
N-PE
N
N
N
P
N-PE
N-PE
poPE
poPE
popE
popE
poPE

I~g~g~
300

~!

500ml

1¢

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600m

~

10 l>
10 l>
50 l>

2.0 B'l
2.0 g
5.0
5.0 B'l
5.0 g
5.0
5.0 Ig
5.0
5.0
5.0 ~
5.0 g
5.0
5.0 B'l
5.0 g
5.0
5.0 ~
5.0 g
5.0
5.0 ~
5.0 g
5.0
5.0 B'l .0ImB'l 90
2.0g
109 150
2.0
10
150
30
4.0 ~
4.0 g
2 (6 ~g
4.0
15
4.0 ~
50 g
3.0
5.0
3.0 ~ 5.0 filA 40
1.5 g 2.5~g 60
1.5
2.5m
60
25
250mB'l 10m
250~¢
4~g
1.0
10
2.0m
40
10
2.0m
40
10
2.0m
25
10mfll 100
lPOfll 2.0m
1.0- ¢
10m¢
15
2.0 ~ 2.0mB'l
2.0ml 15
1.0
20
10
1.0 Ig 1.0 Ig
20
10 g 1.0 ~
10
1.0
1.0

g

400m
400m
400m
400m
400m
400m

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15 #b.
15 i,l>

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250p
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2500
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l>
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4.0
4.0
1.2
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MAX.
SAT.
RES.
(0)

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(AI

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lOOn
50nt
50nt
50nt
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60n
400n
400n

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40
60
60
60

n~~ ~~gm¢$

60~~
60n

25n~.

80n
lOOn
lOOn

200n
200n
200n
200n
200n
700n¢
150n
150n
150n
150n
150n
150n
150n
150n
150u
150u
150n
150n
80n
80n
80n
80n
80n
175n
175n
175n
175n
175n
175n
175n
200n
200n
175n
175n
175n
175n
175n
175n
175n
175n

60ng

25~g

i

I~gg~

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25n

1

l!J

4.0u¢
20n

25nlg

~!!.!!~§l>

FALL
TIME

1.5u~

I~O.OM§l>

40.0M§b.
40.0M§l>
40.0M§
40.0M§

1:\

200n
200n
200n
200n
200n
200n
200n
200n

~gg~\O

40M§l>
40.0Mb.
40.0Mb.
40.0Ml>
40.0M§l>
40.0Ml>
40.0Ml>
40.0M§l>
40.0M§b.
40.0M§
40.0M§
40.0M§
40.0M§

STORE
TIME

IN ORDER OF (1) fab, (2) MAX RISE TIME &
(31 TYPE No,
DESCRIPTION
Cob
r'bb ISTRU(;TUR~M MAX. 1
P-PNP
A TEMP DWG.
X
No.
Cob N-NPN
T
(FI
(51
'Cl

#l>
#l>
l>
l>
l>

b.

:~ ~

15 l>
25 l>
25 l>

P-O
N
N
N
N
7~!!pt P-MA
750pt P-MA
P
P-ME
P-ME
P-ME
P
P-ME
P-ME
N
N
P-PL
P-PL
P-PL
P-PL

75000
400
400
1.2
1.2
15
30
30
30
30
20
50
750m
750m
750m
750m

750p~

3~~m
35
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10p~

1~~m

10

10p~

1~~m

10
75p
75p
1250$
125p$
125p$
1250$

:~g~~

150D[Zj

250m
250m

12~~~
125

!

i

:~
N
N-PL
N-PL

SYMBOLS AND CODES
EXPLAINED IN INTERPRETER

I~: ~ggj +g~~

T066
T059
T059
T059
T059
A113
T05
T059
MT32
T05
T059
MT35
T059

Si
Si
Si
Si
Si
Si
Si

200J
200J
200J
200J
200J
200J
200A

Si
Si
Si
Si

200A
200A
200A
200J

Si

200J T059

~: I~gg~

~: ~ggj ig~~
~: I~ggj ig~~

L C
EO
AD
E

o

Ig~
C(6

g~

C(6
Ac,;

~~
';'(6
~~A0
/!lJ
A
A

\¢
Si 200J MT42
Si 200J MT42
~fIl
Si 200J MT53
Si 200J MT53
G
Si 200J MT53
G
Si 200S A61
Ig
Si 200S A61
Si 200S T05
~fIl
Si 200S A61
Si 200S T05
Si 200S A61
I~¢
Si 200S T05
1i;3'
Si 200S A61
Si 200S T05
~!lJ
Si 200S A61
Ig
Si 200S A61
Si 200S T05
~fIl
Si 200S A61
Si 200S T05
Si 200S T05
Si 200S T059
(6
Si 200S MT32
Si 200J T059
GA!lJ
Si 200J TOlll
Si 200J T061
A
Si 200J T061
A
Si '200J T05
A¢
Si 200J T059
A
A
Si 200J T061
A
Si 200J T061
A
Si 200J T061
Si 200J T061
A
Si 200J T061
A
A¢
Si 200 T059
Si 200 T059
~fIl
Si 200J T061
AC0
Si 200J T03
Si 200J T039
Si 200J T039
Si 200J T061
A
Si 200J T061
A
A
Si
T061
Si
T061
A
A
Si 200J T061
Si 150S T05
A
Si 200J T061
A
Si 200J T061
A
Si 200J T061
~¢
Si 200J T061
Si 200J T061
A
Si 200J T061
A¢
Si 200J T061
A
Si 200J T061
A
Si 200J T061
A
Si 200J T061
A
200J
T061
Si
A
Si 200J T061
A
i 200J T061
A
i 200J T061
A
Si 200J T063
Si 200J T03
Si 200J T063
Si 200J T063
Si 200 X21
Si 200 X21
Ge 85A TOll
Si 175A T063
Si 175A T063
A~¢
Si 175A T05
Si 175A T05
A0
A
§e
ig~: A
Ge
A
Ge 85S T05
Si 175A T018
Si 175A T018
Si 175A T018
Si 200S T05
\?l
I
Si 175A T018
Si 175A T018
Si 200J T039
Si 200J T039
63'
Si 150J X51
Si
~g
Si l~gj!~~l
B(6
Si 150J X51

~¢

~¢
~

~~

~g8j

~g
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A~

~~j

~~

I~: I~gg~ ~H~
Si
Si
Si

200J MT53
200S T05
200S T059

~

G

~§

LINE
No.

~

I

TYPE
No.

r£J~I~~ ~tL~Y
lab
(HzI

~

3
4
5
6
7
8
9
10
11
12

~:~~:~

2853-2
2853-3
2855-1
2855-2
2855-3
2N5487
2N5487-1
2N5487-3
2N5488
2N5488-1

lR

?NR96A

18

2N3418

!g:g~i

40.0M§
40.0M§
40.0M§
40.0M§
40.0M§
40.0M§t.
40.0M§

~ftRE ~:L~ I~A~R:EC

TIME

TIME

TIME

tr

td

ts

(sl

(sl

(s)

1lOOn
gg~
lOOn
lOOn
lOOn
lOOn

125n~

~g~

50n
50n
50n
50n
50n

!gg~

400n
400n
400n
400n
400n

125n'IJ

!gg~it.

1~g~~

40,OM§

160n

TIME
tf
(sl

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200n
200n
150n
150n
150n

450n~

450n'IJ

140n

600n¢
140n

550n(/>
110n

AIR

@

40.0M§t.
40.0M§t.
40.0M§b
24
25
26
27

~~

(WI
Lg
2.0
1.5
1.0
2.0
1.5
15 ¢
1.2

~:~
150m

2N4000
2N4001
2N3879
2N5404

~~~!g~

2N5407

33

2N5410

~~

~~~:gg

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36

SOT3302

39

SDT3305

~~

43
44
45

~gg~g~

SOT3309
SDT3401
SDT3402

~g

~g:mg~

51
52
53
54

SDT340a
SDT3409
2N5218
2N5560

~~

~~1~~;

~;
66#
~7#
68#
69
70
71
72

2N3996

I~~;~~I)
2SC70BAH
~~~!OBH
2SC857H
D12X043
2N13B7
2N1255
2N1257

~!?

2N2236
77# BFY51
78# BFY52
79
2N1131A
80
2N560
81
2N2192
82
2N2192A
83
2N2192B
84
2N2193

~~

87
88
89
90
91
92
93
"4
95
96
\!7
98#
99
100
101
102

~~~1~~:

2N2194
2N2194A
2N2194B
2N2350
2N2350A
2N2351
2N2351A
2N2"57
2N2352A
2N2364

2N~~~4A

BSY46
2N2878
2N2880
2N3750
2N3751

;g~

I~~~H~

105

2N5321

19~

108

300n'IJ

:g:g~i~ ~gg~(/>
40.0M§t.
40.0M§t.
40,OM§t.
40.0M§t.
40.0M§b
40.0M§t.
40,OM§b
40.0M§t.
40.0M§b
40.0M§t.
40.0M§t.
40.0M§t.
40.0M§t.
40.0M§t.

~~~g~g
2N3341

O.A. T.A. INC.

500n¢

500n
500n
500n
500n
500n
500n
500n
500n
500n
500n
500n
500n
500n
500n

:g:g~i~ ~gg~

40.0M§t.
40.0M§t.
40.0M§b

500n
500n
500n

750n
1.5u
1.5u

L~~

500n

LOu

!8:g~i~ ~gg~

40.0M§t.
500n
40.0M§'"
500n
40.0M§'"
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40.0M§'"
40.0M§'" 1OOOnO)
40.0M§t. 1000~§
40M§b 300u\9

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600n¢

1,4n
1.4n
150n
10nt
60n\?l
60nlO

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50.0M§b
50.0M§b
50.0M
50.0M§!:.
50.0M§b
50.0M§'"
50.0M§b

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15n~t

25 n\?l
25nlO

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30n
45n0
60riiIJ
70n
70n
70n
70n
70n
70n
70n
70n
70n
70n
70n
70n
70n
70n
70n

50.0M§'"
50.0M§t.
50.0M§b

80n
80n
80n

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25n
25n

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220n
35nO)

50~iIJ

1SOn
1SOn
1SOn
150n

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50.0M§b
50.0M§b
50.0M§'"
50.0M§
50.0M§
50.0M§
50.0M§
50.0M§
50.0M§
50.0M§
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120n $

50M§
50.0M§'"
50.0M§
50.0M It.
50.0M§b

800n
750n
750n
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1.0u
750n
750n
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LOu
1.0u
1.0u
LOu
LOu
750n
750n

j~g~

:g:g~i~ ~gg~

40.0M§'"

57

1.2u8
1.2u~
1,2ulO

15 $
15 $
15 $

~~~~~~

30

~~

300n8

300n~

1150n
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50n
SOn

40~~(/>
200n
200n
300n
300n
200n
200n
300n
300n
300n
300n
300n
300n
200n
200n

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2.0 ~
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40n
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SOn
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~g~

150n
1SOn
150n
1SOn
1SOn
150n
150n
150n
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SOOn

50n
SOn
SOn
SOn
SOn
SOn
50n
SOn
50n
lOOn
lOOn

60n
60n
60n

80n
80n
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1~g~

1f5 ¢
5 $
5 $
5 $
5 $
30m$
30m$
30m$
30m$
2.0 ~
2.0 'IJ
2.0 ~
2.0 ~
2.0 \9
2.0 ~

200n
300n
300n
300n

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Vcb

2:6

i/5

2.0,\On<
50 ¢
150 $
1uO VJ
90 ¢
30 Qi

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50.0M §,.,
50.0M§b

100nlll
100nQj

~g:g~:~

199~0

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5QI?n
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150n
150n
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luQj

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1.0 (!J
3.0 ~
3.0 'IJ

500";!1Z
5.0 ~
5,0 'IJ

25 b
20 b#
20 b#

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5.0 (!J
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25 b
25 b#
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15
15 t.#
15

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300m\9 10m
50
10) {150m~ 20 b
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150mJl 70:!1'
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2.0
2.0 8
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2.0 ~
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2.08
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~~ #\9
10 ¢
90 #iZI
2.0 ¢
50m£0 20 ~'fE..

MAX.
SAT.
RES.
(!).)
.03
.40
.40
.40

IN ORDER OF (1) lab. 12) MAX RISE TIME &
13) TYPE No
DESCRIPTION
r'bb STRUCTUREIMIMAX'I
X
P-PNP
JA TEMP DWG. AD
Cob N-NPN
T
No.
D E
'r'CI
(51
P
Si 200J T037
125p\Zl

3f&

tg @

1.0u
1.0u
1.0u
230n

150n

300niZl

35p!';i

3.0u
3.0u

750llJ

350n
350n

2~p~

200n
850ng
850nILJ
300n
300n.,
2.0u\O

40){
3.7
3.7
35m!e
35")0
32. \0

4.0 ~
10 ~ 250 t.
1.0 g
1 ~
15 t.*
1.0 ILJ
1 ILJ 15 t.*
2.0 !e
2!e 40 #t.
2.0 0~
2 0~ 40 tt=.~
10 \0 50011'110 500 t""

75p~

25p$
250$

15P!lZl

20~1ll

25
26
27

2N4390
2N5237
2N5238

50.0M§t.
50.0M§t.
50.0M§t.

30
31
32#
33

JAN2N604M
2N5264
BUY18
PT1949

50.0M§t.
50M§t.

~~

~~~~~6

~~

36
37
38
39
40#
41#
42

:~

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2N1427
2N2389
2N3506
2N3507
BFY50
2SC849
2Nl132A

~~n~;!B

45

2N4036

:~

~~~g~i

48
49
50
51
52
53
54

2N3023
2N3024
2N3025
2N3026
2N3719
2N3720
2N5344

~~

~~n~5

57
58
59#
60

2851-2
2851-3
2SA412
JAN2N697

63

2N5412

66

B148002

~~
g~

;~

72
73
74
75
76

~~~1~~

~l::gg~

I~~~~~~

7"

2N5039
2N1252
2N696
2N717
2N2692
JAN2N1711
JAN2N1890
7N1411

8;#
82
83
84
~~
86#
87

2SC850
2N3340
2N3107
2N3109
2N~~84
BFX34
JAN2N4865

77

78

80# 25C109

91
92
93
"4

95#

JAN2N4150
JAN2N5237
JAN2N5238
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'25.6.409

96# 2SA252

~~

99

~~~~~6
2N718

19~

1~~~nO

19~

I~~~~~~

102
105

2N5084
2N5331

150n

50.0M§~

50.0M§
52.0M§
60.0M
60.0M*
60.0M§t.
60.0M§t.
60.0M§t.
60.0M§t.

~g:g~~t.

g8:g~~t.

60.0M§t.
60.0M §t.
60.0M§t.
60.0M §t.
60.0M§t.
60.0M§~

60.0M§t.

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1.5u
1.5u
1.5u
1.5u

~g~~~ ~gg~~

750nILJ
1.0u
1000ng
1500n'l)
75n
13n0t
120n$
30n
30n.
30n
15n
15n
30n
30n
25n

2.5u
lOOn
10nt
55n
55n

:~~~

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120n
600n
325n
325n
325n
325n
325n
325n

70n
100n!e
100n~

100n'l)
100n~

100n~

100n'l)

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500n
500n

~gg~~

450n\O
1.5u
2.5ug
3.0u\O
75n
10nt
35n
35n
35n
60nt

60.0M§t.
60.0M§
60.0M§
60.0M§

lOOn
lOOn
lOOn
lOOn

~g:g~~t. ~~g~0
I~~:g~~~ ~gg~~
60.0M§~

60.0M§t.
60.0M§t.
60.0M§t.

60.0M§t.
60.0M §t.
60.0M§~

64.0M~

64.0Mt.
64.0Mt.
66.0M§
70.0M§t.
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70.0M§t.
70.0M§
70.0M§t.
70.0M§t.
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70.0M!!;i
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75.0M§
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75.0M~!?l
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80.0M§
80.0M
80.0M
80.0M§t.
80.0Mt.
80.0Mt.
80.0Mt.
80.0Mt.
80.0M§t.
80.0M§t.
80.0M§t.
80.0M§t.

200n
200n
200n
200n

400n
500n
500n
80n
200nt
200nt
700n

50n
SOn
50n
lOOn

600n
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400n
400n
400n
60n
60Qn~

25n
25n
25n
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25n
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600n0
300n
300n
300n
300n
300n
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20
40
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100
100
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30
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150n
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250
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1.0mg
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20
20
20
50
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300n
300n
300n

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100

160~!';i

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10nie 40 MF

500n
150nlO
400n

199~$

500n
SOOn
500n
60n
90nt
120n

50n
SOn
50n
70n

SOOn
30n*
30n*
60n
800n

1.5u
1.5u
1.5u

25n

SOn

1.5u
1.5u
1.5u
80n
100nt
200n

350n

60011'1
60011'1
40011'1
1.0u
300m
800m
800m
2511'1*
60n
60011'1
150n
50011'1
40011'1
lug I~'O g
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1.2mp 1.0k"?,
1.2u¢
5.0m~
500n
300 '1F
SOOn
300 #
500u
300 #
5011'1
1.511'1
500n
1.511'1
500n
1.511'1
500n
150m
50n
5011'1
60nt
5011'1
120n
20 $
400nSi'!
60011'1
40011'1
300n
1.1u~

1.2u~

1.2u0

65 $
80 $
100 $
150m
800m
800m

10 ~ 150mg 35 #
10 g 150mg 20:ttt.
10 ILJ 15011'110 20 .. t.

350
6p$\Zl

9i~~OP:

900p
5.
80p$\Zl
55p

N-PL S
N-PL S
N-PL S
P-MD
N-DPL
N-DPL
N
N
N
P-MD
N
N
N
N
N
N-E
N-E
N
N
P
N
N-DPE
N
N
N
N
N

P

N
N-DPE

N-PL

P-A
60nt N-AD
150nt P-MD
N-PL
N
N
N-PE
N

120
10
10
1.0
1.0
10
10

3000
30p\Zl
8.0p

P
P
P-ME

P

4.3
.50
.50
.50

3.0
3.0
40011'1
40011'1
40011'1
10

N-PL
N-PL
N-PL

P

.10
.10
.10
.10
.10
.10
2500

N
N
N
N
N
N
N
N
N
N-DPE
N
N
N

N-D

10
10
10

N-D

N-D
N-PE

~g

1.0 ~

5011'1

75

~:g @ l~g~& 1~8
1.0,iZlr l .0Im\'a
10g10m~
10'1).1011'1'1)
3.0 ~
20 Jl
2.0 ~ 1.0 ¢~
5.0 'I)
20 \D

ttl
40 t.
35~
35t.
15 t.
100 #"
30~ ..

3.0
20k

50011'1'"
5.0 !e
5.0 ~
5.0 \0

4011'1
l0!e
10 ~
10 \0

50
10
10
10

100piZl

1.50
350PGJ
35~p~
3500llJ
8.0p
3.0p
2.50

t
t.#
t.:tt
t. ..

10
10
10
10
3.0 ~
3.0 ~
3.0 'I)

20 ~
30 ~
30 'I)
500",)~ 4011'1
5.0 g
10mg
5.0'1)
1011'1'1)
5.0 SZJ
10m,SO
2.() 0 12.0u0

170

10 t.
lOt.
10 ~
85 t
30 ~
30 t.
30 ~
85 #

3.0p
35PiZl

7511'1

~:g ~ ~ ~g ~ ~g~:

3~p~
3501L1
35p~

35ptzj
800$

.09
.06
.06
8.0p
35p~~
350$",.

550nt P-MA
N-EM
N
N
N
N
N
N-DPE
N
N
N
P-MD
N
N
N
P-ME
P-MD
150n P-MD
N

N-D
N-D
N-D
N-D
N
N
N
N
P-ME
N
N
N

200m

i
i
i
Ge
Si
Si
Si
Si
Si
Ge
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si

200A T05
200A T059
200A MT32
R48
200C T05
200C MT13
200S T05
200S T050
200S T050

Si
Si
Si
Si
Si
Si
Ge
Si
Si
Si
Si
Si
Ge
Si
Si
Si
Si
Si
Si
Si
Ge
Si

150J
175S
200J
200J
200J
200J
100S
200J
150J
150J
170J
85J
200J
200S
200S
200J
175J
175J
175J
85A
200J

T05
T05
L69
L69
T039
T039
T059
C
TOS9
C
R0117a A
R0117a.
T03
T0104
T05
T05
T03
T03
R81a
T03
T03
X15
TOl8
A
T05
A
T024
A
u25
T05
T05
T05
T018
T039
T039
TOl8
T05

Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Ge
Si

175C
175C
175C
200J
200J
200J
200J
200A
200A
200A
85
200S

T03
T03
T03
T05
T05
T066
T066
T05
T059
MT32
TOI
T05

Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Ge
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Ge
Si
Si
Si

175J
175J
175J
175J
175J
175J
200J
200J
200J
200J
175J
175S
175S
175J
200J
200J
85J
150J
175J
175A
200J
200J
200J
200J
200J
200J
200J
85A
200A
200A
200A
H5A

T061
T061
T061
T061
T061
T061
T018
T066
T03
T03
T05
T05
T018
T018
T05
T05
T024
T05
T018
T046
T05
T05
T063
T05
MT49a
MT49a
MT49a
T09
T05
T05
T05

200S
200J
200S
200J
200J
175J
175J
200J
200J
200S

I~: I~~~J

AiZl
A0

A

P

P
P
P
P
P
P
P
P
P

.33
.33
.33

~gg~

30n
60n
80n
100n\'a
200n~
200n'l)
350n?;1
600':t
2.0u'l)
2.0u?;1
2.0u0

200nt
200nt
300n
~50~~
350n~
350n\O
410n ...
500nt
500nt

50011'1
5 g
5 ILJ

~&~iZl

400n~

80Mt
80.0M§t.

D.A. T.A.INC.

500n
500n
SOOn

I

~g

N-PE

SYMBOLS AND CODES
EXPLAINED IN INTERPRETER

~: ~gg~ ig~

g:

~~J8

F

A
A
A

A

Ge
R48
Si 200J T059

~: m~ ig~8

Si
Si
Si
Si
Si
Si
Ge
Si
Si
Si
Si

200J
200J
200J
200J
85
200J
200J
200J
200S

R97
R97
T059
T061
T061
T063
T05
T039
T039
T039
T05

C

LINE
No.

~

TYPE
No.

~~AX

flJ
lab
IHzI

~

3
4
5
6
7

g#

028~~

02802
02803
02804
02805
02807
028010
B0123

~~~~~

1¥:
12# BUY10
2N501
2N501A
2Nl132146
15
1~# 2SC803
2N1838
2N1839
18

1~

~~~jJ~
m~ 2N1840
21

~~# B0121
TP3638
23
24. TP4257
~5.

26
27
28#
29#
30
31#
32#
33

I~~~~H1500

2N2237
2SC106
2SC107
2N2938
BSX95
BSX96
TN59
TN60
TN61
TN62
36
~7# V205
2N3883
38
2N4890
39
TQ59
40
TQ59A
41
TQ60
42

~~

:~

45
46
47
48

~~

51

~~

54

i~~~A

TQ61A
TQ62
TQ62A
TQ63
TQ63A
TQ64
TQ64A

1~~~~1499A
2N1958A

~~# 1~~d~~~A

57#
58#
59
60

BFX87
BFX88
2N1958
2N1959

63

2N5143
MPS3638
2N2695
2N2696
2N2927
RTll16
2N4354

~i I~~~~~~

~~

66

g~
69

~~ I~~:~~g

72# BFX38
~3# BFX39
74# BFX40
75# BFX41

~~# ~~~~gg

78
79

~~#
g~

2N2380A
2NS327
2N5328
CP409

~~~~~~

MM2263
2N4950
ZT20
87# ZT21
88# ZT22
ZT23
g~: ZT24
84

~~#
~~:

Ih:Y
93# ZT42
ZT43
ZT44
96# 2Gl06
2N2800
97
2N2800/46
98
2N2801
99
2N2837
100
2N2838
19i# B0124

~~:

19~!

IHg~

ZT62
lOS
1(j6# ZT63
ZT64
1O~: ZT66
108

1Y~: ~+gg

D.A. T.A. INC.

IN ORDER OF (1) lab, (2) MAX RISE TIME &

12· SWITCHING
TRANSISTORS
MAX

1~~:o~~W'
85.0M§
85.0M§
85.0M§
85.0M§
85.0M§
85.0M§
85.0M§
86.0M§
90.0M§
90.0M§
90.0M§
90.0M§
90.0Mb.
90.0M§
90.0M§b.
90.0M§b.

I~g:g~:

90.0M§b.
95.0M§
100M§b.
100MM
100MM
100M§b.
100M§b.
100M§
100M§
100M
100M§b.
100M§b.
100M§b.
100M§b.
100M§b.
100M§b.
100M§b.
100M§b.
100M§b.
100M§b.
100M§b.
100M§b.
100M§b.
100M§b.
100M§b.
100M§b.
100M§b.
100M§b.
100M§b.
100M§b.
100M§b.
100M§b.
100M§b.
100M§b.

199~:b.
100M§b.
100M§b.
100M§b.
100M§b.
100M§b.
100M§b.
100M§b.
100M§b.
100M§b.
100M§b.
100M§b.
100M
100M§b.

RISE
TIME
tr
lsi

DELAY
MAX
TIME
td
lsi

~~~~¢

200n
200n
200n
200n
200n
200n
200n
280nt

25~~

25n8

25~&
25n

25~~
25n0
90nt

2~g~f
10nt
18n
18n
50n+
80n

18nt
9.0nt
9.0nt

350nt
350nt
12n
12n
2.0u

200~&

200n
~~On

~gg~0
80nt

800~&

600n
6(j(jn

150n

~~~¢

18nt

235nt
170n0

FALL
TIME

tf
Is)
1~u.!'SO

50n
50n
50n
50n
50n
50n
50n
80nt

~:o:¢§
4.0~~§

4.0m8!
4.0m8~

t>~~~f Ig~om:
25nt
10n
10n
LOu

I~gg~
80nt

2.5m
60m
60m
400m
S.O 8
2.0 &
2.0

Ig~~~
4S
360m

~~~0

25n

~g~<1l

30nt
30nt
30nt
30nt
30nt
30nt
35n
40n
50n
50n
50n
50n
50n
50n
50n
50n
50n
50n
SOn
50n
50n
60n

20n
20n
20nt
20nt
10nt
10nt
10nt
10nt
29n
15n
50n
10n
10n
10n
IOn
IOn
IOn
IOn
IOn
10n
IOn
IOn
10n

6J~~0

210n
210n
15n
250n
250n
4S0nt
450nt
450nt
450nt
300n
70n
200n
450n
450n
450n
450n
450n
450n
450n
450n
450n
450n
4S0n
450n

20n

~8~0

20nt
20nt
100nt
100nt
100nt
100nt
15n
40n
70n
120n
120n
120n
120n
120n
120n
120n
120n
120n
120n
120n
120n

25n
25n
120n

60~(l)

~g~<1l

6On8

6S~g
65n

25n
25n
140n
150n
150n

20n
50n
50n

4Sn0
45n(l)

1~g~0

150n8

4S~~
45n

70n
75n
75n
70n

75~g
75n

170~g
170n

~g~(l)

1~~~(l)

l~g~¢

100~¢

350n
350n
350n
350n
lOOn
130n
130n

lOu

10nll'

50n
SOn
50n
50n
1 IOn
6Sn
6Sn
900n!?!
LOu
LOu
LOu
lOu

175~&
17Sn
175n!?!
17S~&

175n

m~

110~g

80~§
80n

U~

3.0 ~
1.8 8
1.8 g
3.0
3.08
1.8
1.8

g

17Sn
70n
22Sn
22Sn
225n
22Sn
225n
240nt

m~~
45n
4Sn
45n
4Sn
4Sn
40nt
300nIE

300~g

300n
300n!?!

300~g

300n

I

60m
600m

I~gg~

600m
600m
2.0 ~lZl
120m
700111~

700~g

SOOm
310m
360m
360m
3.0,(l)

800~0

Igoo~¢

900~gl
500n t

16n.
25n
lSn
2Sn
2Sn
2Sn
lSnt

~:6 ~

1.88
3.0 g
1.8
1.0,10
300¢
5.0
3.0 IE
3.0 g
1.8

800m

I:OO~¢

118~&

110M§
110n
110M§
1 10nIE
110M§
110n0
120M§ 1.3Sn$
120M§b.
45n
120M§b.
4Sn
120M§b.
45n
120M§b.
45n
120M§b.
4Sn
120M§
7Snt
120M§b.
8On8
120M§b.
80~@
120M§b.
80n
120M§b.
8On8
120M§b.
80~g
120M§b.
80n

60m
600m
15 ~
150
300m
1.7 $

~Om

~g~<1l

70n
70n
70n
70n

~g~so

30(j~§

300n

4.0":"0
4.0m!?!

Vcb
IVI

~:o ¢
2.0 ~
2.08
2.08
2.0 0(1l
10

l°i

2.0
2.0
SOOm
SOOm
10
4.0 IE
1.4 0
1.4
10
10
1.4 ,
10 '(J

1.0'~<1l
300m
300mIE

500~0

s~~m0
~~Om

350m
3S0m
350m
3S0m
350m
750m
300m

500u~

~8

150m
400mIE 70
10
100~& 10
lS0m
70
65
lS0m0 10
1.0m~ S5

50~&
10m

~

50~&

150111~

18
150~~
100 150m
150m1'.:
18 ¢ 150m0
10 ~ 150mQ:
10 8 150m~
10 ¢ 150m(ll
1O~ 150mQ:
10 8 150m~
10 ¢ 150~&
10 i1J 150m
SOOI11~ 40m
SOOm! 40m0
10
I
1
10 jD
6.0°0
10~J
10
1.0m
10 8 1.0m.,?",
10 ¢ lS0m0
10 i1J lS0m
50m~
1.0 ~
1.0 &
50~&
1.0
50m
50ml/l
1.0 IE
1.0 g
50~g
1.0
50m
50m!?!
1. 0 8
1.0 0 150m0
10 0
10m0

1

10
5.0

f
b.
b.
b.
b.
b.
b.

4.0

#b.
b.
b.
#
b.

l~g ~t

l~t~O'l

20
20
25
40
100
30
30
30
30
40
30
2S
100
100
100
100
SO
SO
50
50
25
25
25
25
50

b.
b.
b.
b.
b.
b.
b.
#
b.
b.
b.
b.
b.
b.
b.
b.
b.
b.
b.
b.
b.
b.

~~ ~b.

2S
90
40
40
40
80
30

#b.
#
b.
b.

1~i

~:8

ti~:
t b.
b.
#b.

100",0
100"J1Z 15 b.#
1.0 &
1.0
150m!?! 35
150n,:g
150m
50 b.

~g ~:
1~ :~

b.
b.
b.
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b.

A TEMP

C~~

N-NPN

T i('CI

~r

8~~r

8.00$
8.0p$
8.0p$
8.00$
8.0p$
8.0p$

25p\e
35ptzj
230

ltjl1~_

35n

9.0p

2~~~
27

i~~0
3,Or~0'l
35
90p~

90ptzj
3.50

1.8n
1.8n

25p~!fl

Nt
Nt
Nt
Nt
Nt
Nt
N-PE
N-OPE
N-PE0
N-PE
P-MO
P-MO
P-O
N
N
N
P-AO
N-PL
N
N-PE
P
P
P
P
N
N-E
N-E
N-PE
NPE

~:~~&

25p$tzj

3.0
3.0
5.0
4.6
1.0

2~~~
20
20pgJ
15ptzj
300$

10

~o~~

I~

2.S
9.3
20
20
20
20
20
20

~8

20
20
20
20
12
20

8.0p
8.0pO'l
15D$
101?~

1~~~_

10
10p\e

1~~~

10
lOP!!:!

1~~~

10

10p~

1~~~

10
15p

3.0f~0
14
14pv:J

3S

2i800
20P!!:!

1~~~

18
20P!£!
10p$
100$
20p\e

20~1ZI

20p\e

4.0
8.7
10
.50
.12

~.~
2.0
1.3

fZi

2.6

b.
b.
b.
b.
b.
b.

P-PNP

N-P~&

25
2.6

gJ
tzj

STRUCTUR~ MI MAX. I

N-P~8

!!l
iZl

IFI

r'bb
X

N-PE
P-OPE
P
P
P-PE
P-PE
P-PE
P-PE
P-PE
P-PE
P-PE
P-PE
P-PE
P-PE
P-PE
P-PE
P-MO
P
N
N
N-PEt
P-PE
P-PE
N
N
P
P
P
P-EA
P-PE
P-PE
P
N-PE
P

19~&

1~~ ~

171

4.0
2.S
3.0
3.0
8.0
8.0
8.0

~g :~

30
30
30
30
50

Cob

20p$
3.0D$
3.0p$

30 b.

2S
25
2S
10
30
30
60
10~& 60
&
10m 120
10m~ 30
'g:g
·30
6.0 18
60
6.0 gJ
10mB 60
120
6.0 ~IZ 10~g
250m
10m
30
10 !?! lS0m8 90
10 III 150~~ 90
100 150m 225
150m8 90
10
22S
75
S.O
6.0 ~
10m~ 38
38
10~@ 75
@
10m
6.08
10m8 35
10m0 75
6.0 &
6.0
10m0 35
10m
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6.0
10m

~

10
9.3
650m

b.#

~ ~ 1~g ~
5'~00<1l 500ml1l

~:g

10
1.0
14
9.3

3.0
3.0

:~
10~~ 1~0
30 fiji;

10 8 300m8
10 (Il 500m¢
1O~ 7S0m0
3.08
SOil'",
6.0 g
1On,:&
6.0
10m
6.0 ~
10m8

MAX.
SAT.
RES.
IIll
~~um
1.0
1.0
1.0
1.0
1.0
1.0
650m

b.

10mi:': 120 1ft

~

Hg
5.0 ~

~gg~

~

1.0
100m
5.0 ~ .05m
5.0 ~<1l .0150mmlZ
350m
150mil;
18
150~~
10 ~ SOOm
10 8 500m~
100 500m0
1O~ 500mQ:
SOm~
1.0 8
1.0 g 200~&
2.5
150m

1:8 &
5.0 $

300m
300m
300m
150m
800m
400m
800m
SOOm

(AI
l:l·u!'\/}. ;!1o
1 & 20
10
10
1
118 10
10
10
1 } } S5
100u~ 15
20
500~&
35
100m
10m
30

~ 1~~g~0

4.0m
600m

51OJ
5.08
S.O g
5.0
300
3S0m
350m
350m
350m
3S0m

DESCRIPTION
hie

Ie

5.08
5.0 &
5.0
2.08

4.0~g

131 TYPE No.

BIAS

::8~jJ ~:8 g

4.0m0§
45

15n<1l

100M§b. 100~0
100M§b. lOOn!?!
100M§b. 100~g
100M§b. lOOn
100M§b. 1 IOn
100M§b. 12Sn
100M§b. 12Sn
100M§b. 200n8
100M§b. 200~g1
250n t
100M§
100M§b. LOu
100M§b. LOu
100M§b. LOu
100M§b. 9500n
110M§
1 10~&
110M§
110n
110M§
110n8
110M§
110M§
1 IOn!?!

gg~:~

TIME
ts
Is)

I

100~:~ 100~¢

ng~:

I STORE
MAX

MAX. Pc
IN FREE
AIR @
25'C
IWI

2.~

2.6
500m
40
40
8.0
8.0
8.0
4.0
40
40

2~~~
20
35pgJ
11g~
14

5.00

l~g~

12

S.Op
S.Oo
5.0p
5.0p
5.00
S.Op
S.Op
S.Op
S.Op
5.0p
S.Oo
251?iZJ

~~~0

25p\e
2Sptzj

lOOn

N-OPE
N-OPE
N-OPE
N-OPE
N-EM
N
N
N
N
N-OPE
NAN
NAN
NAN
N
N
N
N
N
N
N
N
N
N
N
P-ME
P
P-E
P
P
P
N-PE

8.0p~

N-P§~

8.0P!?!

N-PE
N-P§8

8.~~§
8.0

N-PE
N-P§SO
N-PE

~:8~~

8.~~~
8.0

N-P~@

N-P~~

SYMBOLS AND CODES
EXPLAINED IN INTERPRETER

DWG.
No.

~: I~~o~ I~~~
1505
1505
1505
1505
1505
1505
175J
200J
150A
150J
1005
1005
200J
175J
175J
175J
75J
200J
17SJ
175J

o

!A~

Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Ge
Ge
Si
Si
Si
Si
Ge
Si
Si
Si
Si
Si
Si
Ge
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
I,!e
Ge
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si

~: 1~~j ~g1~:~ ~

100J
lS0S
175J
175J
2005
200J
200J
200J
200J
200J
200J
175A
1005
2005
200J
200J
200J
200J
200J
200J
200J
200J
200J
200J
200J
200J
1005
1005
200J
200J
125J
200J
200J
175J
175J
125J
125J
125J
135
200J
200J
200J
200J
125J

Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si

200J
200J
200J
200J
150J
175J
17SJ
200J
200J
200J
200J
200J
200J
2005
150J
lS0J
150J
150J
150J
150J
I~: 150J
Si lS0J
Si 150J
Si 150J
Ge 100A
Si 2005
Si
Si
Si 2005
Si 2005
Si 175J
Si 150J
Si 150J
Si 150J
Si 200J
Si 200J
Si 200J
Si 200J
Si 150J

~gg~

X51
X51
X51
X51
X51
X51
T03
T05
T05
T03
TOl
TOl
T046
T05
T05
T05
T03
T05
T05
T03
X93
X93
X93
T09
T05
T08
T08
T052
T05
T05
T05
T018
T05
T018
T018
T05
T05
T05
T05
T018
T018
T05
T05
T018
T018
TOS
T05
T018
T018
T018
T09
T05
T05
T092
T05
T05
T05
TOS
Rl lOa
TO 105
TO 106
T092
T046
T018
TOS
T05
R0124b

LCI
EO.
AD
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T05
T05
TOS
T05
T05
T05
T05
T05
T059
TOS
T05
TOS
T05
MT69
TOS
TOS
T05
T05
T05

~glg

T018
T018
T018
T018
TOS
T046
TOS
T018
T018
M017e
TOS
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A
A
A
A
A
A
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A'!J
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A.
A

~(l)
A
A0
A
;(l)
A
A
AA0
A
A
A
A
A
A
A
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A
A
A
A
A
A
A
A
A
A
A
A
A
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A
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A8
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~
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0

&
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~ill
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j-

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No.

~

TYPE
No.

~: H:~

3#
4#

~:

ZT83

~i:~

ZT87
7# ZT88
ZT89
g~ ZT110

~~:

mn

12# ZT113

1~: m1~

15# ZT117
ZT118
ZT119
18# 2SC309

m~

2~# 1~~~~~996

JAN2N3997
JAN2N3998
JAN2N3999
24# BSY51
BSY52
BSW69
2N3072
27
21

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30

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2N3121

~~: ~~~~J

33# BFV82B
BFV82C
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36# NKT603F
2N1837
37
2N1837A
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:~#

i~:g~~~

2S101
43# BSY53
44# BSY54
45
2N3262
2N4402
46
47# 2SC912
48
2N1499B

;~
51
52
53#
54
55
56
57

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60

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63
64

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69

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72
73

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2N4226
2N5146
2SC366G
M03467
M03467F
M03762
M03762F

~g~;~~

2N3444
2N3554
2N3763
2N3765
2N3245
BFW31
BFW32

~~~~g~

EN3502
EN3504
2N5372
2N5373
2N5374
2N5375
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~,:!#
77# ~~~:~A
78# BSW43A
BSW92
~g: BSX51
81# BSX51A

~~: ~~~~~A
84

:~

87

g~

90

~~

93

TZ551
TZ552
TZ553
TZ554
2N1495
2N1496
2N3081

1~~~~g~/46
2N4407

~;: ~~g~~~

96# 2SC868
2SC869
BFX50
99# BFX52

~a

19?
102
19~

105

19~

108

l?g

I~~f~~~:

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~rr~18g~A

2N2086

~~~?~l

2N7118

~~~~;~

D.A. T.A.INC.

12. MAX
SWITCHING
TRANSISTORS
MAX
MAX
BIAS

flJ~AX

f1J
fab

RISE
TIME
tr

DELAY
TIME
td

(Hzl

(51

(51

gg~~~

STORE
TIME

FALL
TIME

I~L

If

(sl

MAX. -,,_c
IN FREE
AIR @
25°C
(WI

120M§,;
120M§,;
120M§,;
120M§,;
120M§,;
120M§,;
120M§,;

80~0

I~gg~~
300n

80~~
80n
80nIE

80~~

300n
300~~

gg~~~

80n

300n

gg~¢

I~gg~¢ I~gg~

120M§,;

gg~~~

120M§,;
120M§,;
120M§,;
120M§

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80n~

300~~
300~~

80~0

300~0
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80n~

80~~
80n

300n¢

300~0
300n~

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250n
250n

120M~\?d

~OOn~

200n
200n

120M§!ZI 300~g
120M§izI 300n
120M§iZ! 300n¢
125M§,; 8.0n
125M!'; 8.0n
130Mt
130M§,;
40n¢

gg~:~

130M§,;

l:g~:

l~g~:~

150M§,;
150M§,;
150M!
150M§,;
150M§,;
150M§,;
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150M§,;
150M§,;
150M§,;
150M§,;
150M§,;
150M§,;
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150M§,;
150M§,;
150M§,;
150M§,;
150M§,;
150M§,;
150M§,;

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150M§,;
150M§,;
150M§,;
150M§,;
150M§,;
150M§,;
150M§,;

l~g~:~

150M§,;
150M§,;
150M§,;
150M§,;
150M§,;
150M§,;
150M§,;
150M§
150M§
150M§
150M§
150M§,;
150M§,;

m~:~

150M§,;
150M§,;
150M§,;
150M§,;
150M!';
150M§
150M§
150M
150M§,;

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30n
30n
30n
30nt
30n
30n
30n
30n
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30n
35n
35n
35n
35n
40n

40~grt
40n
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:g~¢

1.5u~

2.0u¢
12n
12n

2.0n
2.0n

9.0n
9.0nt
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I.Z'lJ

310nt
350nt
90n
90n

15nt 1~:5m
15nt 600m
20n
300m
20n
300m
150n¢ 150m
80m
35n
2.0 ~
2.8 ¢
42n
750m
42n
750m
360m
5.0nt
12n
800m
800m
1.0
310m
30n
40n
150m
75m
1.0

100~0

500n~

500n¢
290n
230n
170n¢
8.0nt
2.l,)n

1~~~

120n

1.

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5.0n
5.0n
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15nt
IOn
IOn
IOn
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15n
8.0n
8.0n
15n

19~~

~g~

50n
80n
100nt
80n
80n
80n
80n

~g~

40n
65n
80n
80n
120n

~g~

100~¢

lOOn'll

40nIE

200nt
200nt
200nt
200nt
200nt
200nt
200nt
200nt
200nt

50n~

15n
15n

60~~

100~g

lOOn
100nt
lOOn

20n
20n
20n
20n
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175n
175n
700n
120n
120n
120n
140n
140n
140n
140n

400m

~'&0Ql
2.5 ~
2.0 ~
2.5

I~:g

¢
100m
800m
1.0
500m
5.0 ~
250~gr 1.0 g
250n t 1.0
30n
30n
40n
35n
35n
45n

~g~
150~g

175n¢
50nt
50nt
50nt
50nt
50nt
50nt
50nt
50nt

l~g~h
175~g

~g~¢
70n
70n
70n
70n
75n¢
85n
85n

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175n

~~~11l

60~g
60n

25n
30n
35nt
30n
30n
30n
30n

150n~

50~&
50n
55n

60n'lJ
60n
60n
60n

~~~

175n~

50n~

~g~~

7J~~11l

150n
20nt
20nt
20nt
20nt
20nt
20nt
20nt
20nt
20nt

300m
~~Om
300m
300m
300m
300m
800m
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Si 150J T046
Si 200J T046
8.0p~
8.0p(Zi
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N·PL
Si 200J T05
100
i
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I~·PL S
Si I~gg~
15~~~
150
N
Si 200S MT53
N
Si 200S MT42a
150p!?;!
N
Si 200S MT42a
15~g~
12
N
Si 200J T05
N
Si 200J T05
12PjiJ
N
Si 125J
2.pJ':!Zl
Si 200J T05
P
P
I~: I~ggj +gJ~
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10
P
Si 200J T018
23p
N·PE
Si 150J T03
N.PE¢
Si 150A T05
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5.0
PPE
Si 200J u26a
PPE
Si 200J u26a
5.0~~
PPE
Si 200J u34b
P
Ge 75J T07
N
Si 175J T05
18p~
18piZ!
N
Si 175J T05
180
P
Si 200J T039
18p
P
Si 200J T039
10p$
P
Si
X93
N
3.00
Si 175A T018
N
Si
200J
T05
12~~
N
Si 200J T05
1~~~
20
N·PLO
Si 200J T039
9p$lZJ
P
Si 135J T092
lOOn N·PE
Si 150J R126
P
Ge 100S T09

!~: ~~~s ~Y~4
Si
Si
i
Si
Si
Si
Si

175
200S
125S
200J
200J
200J
200J

R114
L56
R067a
L17k
L17d
L17k
L17d

Si
Si
Si
Si
Si
Si
Si

200S
200S
200S
200S
200J
150A
150A

T05
T05
T05
T046
T05
T018
T018

Si
Si
Si
Si
Si
Si
Si
Si
Si
S'
Si
Si
Si
Si
Si
Si
Si
Si
Si
Ge
Ge
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si

125J
125J
150J
150J
150J
150J
125J
125J
125J
125J
125J
175A
175A
175A
175A
150J
150J
150J
150J

I~: ~ggj

m

I~: l~~j +glg~

I~:

199~

200J
200J
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200S
175J
150J
125J
125J
200J
200J

mj
Si 125J
Si 135
Ge 100S
Si 175J
Si 175J
e 100S
e 100S
Si 175J
Si 175A

TO 106
TO 105
X93
X93
X93
X93
Rll0
Rll0
Rl10
Rl10
Rl10
T018
T018
T018
T018
T098
T098
T098
T098
T09
T031
T05
T046
T039
T039

~?~6

X20e
X20e
T018
T018
Rll0a
T018
T018
T092
T018
T05
r05
T018
T018
T046
T05

~

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Ai
MA'lJ
M
A
A

AI1l

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¢
B
B
P
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A
A
A
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B

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A
A
A
A
A
A
A
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B
B
B
B

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A
B
B

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A
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TYPE
No.

LINE
No.

~

3

1~~mY

2N2312

~g#

ZT187
11# ZT189
12+ ZT280

m ~g~~

15.

ZT283

l~: ~g~~

18~' 2SC306

~~

21
22
23
24

~~

~~~:~~

2N3634
2N3636
2N996
2N1499A

~~~~~~418

27
28
29
30

JAN2N3419
JAN2N3420
JAN2N3421
PT2635

H
33

~~~~~~

~~

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36

40

2N5242

2N3467

2N3244

:~# ~~J;~3

12. MAX
SWITCHING
TRANSISTORS
MAX
MAX

~~ASX

f1J
lab

RI E
TIME

DELAY
TIME

IHzI

1~1

1~)

ag~
150M
150M
150M§
150M§
150M§
150M§
150M§
150M§
150M§
150M§lI
150M§lI
150M§lI
150M§lI
150M§lI
150M§lI
150M§
150M§lI
150M§lI
150M§lI
150M§lI
160MlI
160M§
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160M!~
160M§1Ll

170M§ll
175M§
175M§lI
175M§lI
175M§lI
175M§lI
175M§lI
175M§lI
175M§ll
175M§
175M§
175M§lI
175M§lI
175M§lI
175M§ll

2N3764

55# 2SC61
56# 2SC190
57
2N1253

~.1

62#
63
64
65
66:#:

TIS44
BLY33
UD3005
UD3006
UD3007
BFY26

70
71
12
73
74
75

2N783
MMT3905
2N717A
2N784
2N2411
2N2412

~~

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180M§
180M§
180M§
180M§
180M§
180M
180M§
200M§lI
200M
200M§lI
200M§ll
200M§lI
200M§ll
200M§lI
200M§lI
200M§lI
200M§lI
200M§lI
200M§lI
200M§ll
200M§
200M§ll
200M§
200M§

~~

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2N4404

88# BSY27
89
2N3252
90
2N5023

~~# ~~:~ll
93

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99

LDA404

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2N3503

19~

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18~

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102
105

2N3644
2N4969

120nt

l~g~~~

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250n!~ 300m
250nt\O 300m

10
6.0
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120n!~

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150n

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35n
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40n
40n
40n
50n
80n
100n

1.2uID
1.2u~

25n
25nt
15n
15n
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300n
300nt
65n
65n
65n

1.2u¢
60n
60nt
30n
30n
30n

10n
15n
15n
15n
15n
15n
15n
25n
25n

60n
50n
60n
60n
140n
40n
50n
500n
500n

30n
30n
30n
30n
45n
30n
30n
75n

30nt
30nt
30nt

150nt
150nt
150nt

40nt
40nt
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8.0n
8.0n

80n
80n
800n
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121
8

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10m¢ 38 II
10mQl 38 II
1(jm8?~ II
10m¢ 38 II
10mQl 75 II
10m\ii 75 II
10m~ 75 ll"
10mllJ 38 lI..

20
20
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10m¢ 300 El
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173

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40n
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R81 k
R81 k
R81 k
R81 k
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T05
T05
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T05
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T09

200A T05
200A T05
200J T05

8.0~1LJ

A
A

A¢
A
A
A
A¢
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N·PE
N-PE
P
N
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20nt N·PE¢
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Si
Si
Si
Si
Si
Si
Si
Si
Si

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P

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Si
Si
Si

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15 lI#
15 t:;,#
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27n¢
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5.0n

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4.0

175n.
10nt
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10n
10n
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I

19~~ ~~~: ~g

10mQl 38 ll#

1~~Om

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35n
35n
600n
600n
600n
600n
300n

MAX.
SAT.

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6.0
6.0
6.0
6.0
6.0

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600m

80nt

300n~

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25n
25nt
30n
30n
30n
13n
30n
30n
30n
30n

150n

1.0u¢

400n\O

35nl!l
35nID

O.A. T.A. INC.

FALL
TIME

IN ORDER OF (1) lab, (2) MAX RISE TIME &
131 TYPE No
~~~DE~S~CNRI~P~TI~0~N____4LC
Cob
r"bb STRUCTUREI M MAX.
E 0
X P·PNP
JA TEMP DWG. A D
Co.? N-NPN
T
No.
D E
(F)
(SI
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14p
~:~t
I~i ~ggj ig:~
14p
140
N·PL
Si 200J T046
14p
N-PL
Si 200J T046
15p
P-PLI!l
Si 150J TO 18
150
P-PlIo
Si 150J T018
P-P~~
~: 150J T018

15n

78:#: 2SC641H

84

1~)

300n~

~g# ~~~~~~H
51

STORE
TIME

MAX. Pc f---,S".,lpA",-S_ _,
IN FREE
AIR @
Vcb
Ie

200J
175
175
200J
200J
200J
175J
175J
200J

u34b
L56f
L56a
T05
T05
u34b
Rl19
Rl19
u34b

FF

125J
175J
200S
200S

MM13
TOl
T05
T046

F

Si
Si
Si
Si
Si
Si
Si

175J
175J
175J
175J
175J
150J
150J

R56
T05
T05
T05
T046
T018
T092

~i

i8gi

~:

200S
200J
200J
150J
135J
175J
135J

ma

t~~b

Si
Si
Si
Si
Si
Si
Si
Si
Si
Si

I~

~: m~ I:::g~~

N-Et
N-PE

Si
Si

~:~~J

P

~~B

N·PL
N
NPL
N-ANt
N
P
N-PL
N
P·PE
P-EPL

N
N
P
P
P-PEt
N-PE

P

~:

Si
Si
Si
Si
Si
Si

TO 18
R94
u34c
u43
T018
u23c
T018
175J T018
200J T018
200J TO 18
125J MM12c
175

mj ~6~05

200J
200J
200S
200S
125S
175J

D
A

T018
T018
T039
T039
R67a
T018

AiZ>

P
N-PE
N-EA
N-EA

Si
Si
Si

150J u34
200J T05
200J T05

P
P
P
P
P

Si
Si
Si
Si
Si

200J
200J
200J
125J
125J

Si
Si
Si

125 T018
150J u34
150J u34

~-EA

~¢

8.0p
8.00
5.0p\Zl
6.0olZi

SYMBOLS AND CODES
EXPLAINED IN INTERPRETER

~: ~ggj ig~

T05
T018
T018
Rll0.
Rl10.

~: l~~i ig~~6

A
A

A
A

P
P

LINE
No.
1
2
3
4
5
6

~

9
10
11
12
13
14
15

1~

18

~g
21

~~

24

lJ

TYPE
No.

2~ng~

2N2206

1~~~~g:A
2N2905

1~~~~g~A
2N2906A
2N2907
2N2907A
2N2955
2N3485
2N3485A
2N3486
2N3486A
2N3671
2N3672

I~~~g~~

2N4142
2N4143
2N4228
2N485A

~~ I~~:~~g

27#
28
29
30
31

2SC395A
A3T2906
A3T2906A
A3T2907
A3T2907A
BFV49
BFV86

~~:
~a I~~~:g~
BFV86C

36#

BSW12
BSW23
39# BSW24
40# BSW26
BSW27
BSW29

~a

u:

:~: I~~~~~
BSY61

45#

:~

48

~~

51
52

mg:~

FT3838
M06001
M06001F
M06002

~~g~gfF

~~: ME0402
~~ ~~~jg~A

57# ZT706A
ZT1708
ZT2205
60# ZT2206
JAN2N2904
61
62
JAN2N2904A
63
JAN2N2905
JAN2N2905A
g~ JAN2N2906
66
JAN2N2906A
JAN2N2907
JAN2N2907A
JAN2N3485A
69
70
71. ~AON1~~~6~6A
72# PL4031
73#

~~:

~~

j~:

76

77

78

STORE
TIME
ts
Is)

40n~

40~~
40n
40n
40n
40n
40n
40n
40n
40n
40n
40n
40n
40n
40n
40n
40n
40n
40n
40n
40n
40n
40n
40n
40n

:g~0

40n
40n
40n
40n
40n¢
40n
40n
40n
40n

:g~1i'
40n
40ng)

IOn
IOn
IOn
IOn
IOn
IOn
IOn
IOn
15n
IOn
IOn
IOn
IOn
IOn
IOn
IOn
IOn
IOn
IOn
IOn
20n
20n
25n
IOn
IOn
IOn
IOn
IOn
IOn
IOn
IOn
IOn
IOn

80n
80n
80n
80n
80n
80n
80n
80n
40n
80n
80n
80n
80n
80n
80n
80n
250n
80n
80n
80n
280n
280n
350n
50n
85n
85n
85n
85n
35n
80n
~,?n

80n
80n
80n
80n

40~g
40n

40~g
40n

25n
IOn
20n
20n
20n
20n
IOn
IOn

250n
280n
280n
280n
280n
80n
80n
25n
25n
25n
35n
18n*
18n*
18n*
18n*
18n*
18n*
18n*
18n*

40n~

40~g
40n
45n~

45~g

45n
45~~

45~g

45n
45ng)

45~~
45n
45n~

45~g

BC214KB

200M§'"

60~0t

BC214LB
BC214LC
EN70e

200M§!::.
200M§'"
200M§'"

60n t

~~~g~

BSX79
2N3973
2N3974
2N3975
2N3976
2N4971
BC212K

~~: ~gl~~~

19~:

~gl~~c

~gl:E{;

D.A. T.A. INC.

~gg~:~

~gg~:~

45n
45nl'l

45~g

60~0t

60n\e!

30n
30n
30n
30n
30n
30n
30n
30n
40n
30n
30n
30n
30n
30n
30n
30n
90n
30n
30n
30n
70n
70n
90n
30n
35n
35n
35n
35n
75n¢
30n
30n
30n
30n

~g~1O

30n
85ng)

199~0
70n
70n
70n
70n
30n
30n
75nl'l

jg~g

50n
50n
40n
175n~

175~g

200n

200~~

175~g

175n

200n~

200~g
175n
200n~

100~g

lOOn
100~~

100~g

lOOn
30n
30n
75n
75n

l~~~g

50n
50n
50n
110ng)

200n
20n

150n

2gg~'lJ

30~Q5t

30n~!

60~grt
60n

30~grt
30n

6o~git
60n

30~~rt
30n
30n\gt
30~grt
30n
30n~!

3o~git
30n
30n~!

30~grt
30n
30nlOt

3.0 g;
3.00
350m
500m
250m
500m
250m

600~g
600m

3}~m

310m
300m
300m
300m
300m
3.0 ~
3.0 g
3.0
3.0 ~

1:~

g
1.8 g)
ag

~go~

360m
360m
360m
360m
1.0
1.0
500m
1.0
3.0 g
3.0
150mg;

150~g
360m

360m
360m
360m
360m
500m¢
300m
300m
300m
300m
300m
300m
300m
300m
300m
300m
300m
300m
300m
~9Om
300m
300m
3
1)~1
6.0
Si 125J TO 106
A

90

SYMBOLS AND CODES
EXPLAINED IN INTERPRETER

LINE
No.

~

TYPE
No.

12. SWITCHING TRANSISTORS
MAX
MAX
MAX
MAX. Pc

~
fab
(Hzl

~

3#
4
5
6

~

!~~~=j~
BFV88
2N4452
S18000
2N2401

~~~m

2N3135
2N3136
2N2478
2SA530H
12
1~# BSW10
ST30100
2SC307
~~#
17#
18# BSX81
BSX66
~g: BSX67
2N3494
21
2N3496
22
2N3635
23
2N3637
24
9

1~

1~#

~~~:~

~5#

~~,;~g4A

~~

~~~~~~~06

26
27# BSY41
30

JAN2N3507

~J# ~l~~~1~67

JAN2N3868
BFY17
BFY18
36# 2SC907H
33

~~:

~~# ~~,lg~13

39

:~

42

:~

45

:~

48#
49
50
51

MPS2714
2N2256
2N2257
2N2258

2~~~~9

2N5134

~~~~~03

BSX77
TIS82
A3T2221
A3T2222

;~

~~4~~~Oti

54

2N5027
2N5224
2N3512
2N2218A
2N2221A
2N2476
2N2477
2N2847
2N2848
2N3678

~~

57
58
59
60

~~

63

~;

li~~~~~IA

66# BFV85
BFV85A
BFV85B
69# BFV93N
70# BFV94
BFV94N
BFV95

~~:

H:
~~:

~~~~~N

7S;ft BSX75

~~: ~~~lg~

78# PL4051
79# PL4052
PL4053
g~: PL4055

~~: I~H:~~

84
85
86
87#

g~

90
91
92
93

~~

96

~~

99
100
101
102y

19~

105

19~

108

1~g

2N2956
2N3545
2N5028
BFW68

j~~~~~~l~~

JAN2N2221A
JAN2N2222A
2N3250
2N3250A
2N3251A
2N3903
2N3906
2N4046
2N4047
CS3903
CS3906
MM1756
MM3903
MM3906
S17900
2N5413

1~~~~~~218

JAN2N2219
JAN2N2221
JAN2N2222

O.A. T.A. INC.

~~~~:~

200M!/:'
200M!/:'
200M!/:'
200M!/:'

~gg~:~

200M!/:'
200M!/:'
200M!/:'
200M!/:'
200M!/:'
200M!/:'
200M!
200M!/:'
200M!/:'
200M!/:'
200M!/:'
200M!/:'
200M!/:'
200M!/:'
200M!/:'
200M!/:'
210M!
220M!/:'
230M!
230M

240M:~

240M!
240M!

240M:~

240M!
245M!
245M!
250M!
250M!
250M!
250M!
250M!/:'
250M!/:'
250M!/:'
250M!/:'
250M!/:'
250M!/:'
250M§/:'
250M!/:'
250M§
250M!/:'
250M§/:'
250M!/:'
250M!/:'
250M!/:'
250M!/:'
250M§/:'
250M!/:'
250M!/:'
250M§/:'
250M!/:'
250M§/:'
250M§/:'
250M§/:'
250M§/:'

~~~~:~

250M§/:'
250M§/:'
250M§/:'
250M§/:'
250M§/:'
250M§/:'
250M§/:'
250M§/:'
250M§/:'
250M§/:'
250M§/:'
250M§/:'
250M§/:'
250M§/:'
250M§/:'
250M§/:'

~~g~:~

250M§/:'
250M§!'>
250M§/:'
250M§/:'
250M§/:'
250M§/:'
250M§/:'
250M§/:'
250M§/:'
250M§/:'
250M§/:'
250M§/:'
250M§/:'
250M§/:'
250M§/:'
250M
250M§/:'
250M§/:'
250M§/:'
250M§/:'
250M§/:'
250M§/:'
250M§/:'
250M§/:'
250M§/:'
250M§/:'
250M§/:'

flJMAX
RISE
TIME

~~l

BIAS

DELAY
TIME
td
(sl

~~~ID

25n

70n

25n

65~¢

70~~
75n

SlORE
TIME
ts
(sl

1;~~

40n
140n

120n$

75n~

~~~ID

90~Qjt

100nt

l~~rg
1.0uID

400~g
400n

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90n

IOn
15n
15n
15n
130nt
35n
35n
9.0n
9.0n

90n
170n
55n
55n
350nt
325n
325n
6ggn
600n

7.0n
7.0n

50n
12n
12n

70~g
8.0n

8'Pot
12n
13nt
15n
15n
15n
16nt
16nt
18nt
20n
20n
20n
24n
25n
25n

25~~

25n
25n8
25n¢
25n
25n

~~~¢t

25n

25~git
25n
25n8!

1~~~¢t

350n8
500n¢
150n
800n8

800~g

50nt
50nt

800n
400~~
400n¢

20n

20n
30n
35n
35n
65nt
75n
75n
300n
300n
9.0n
9.0n
7.0n8
7.0n
7.0n9J

13n
125nt
60n
50n
15n
130nt
160nt
140nt
225n
35n
35n
30n
225n
225n
25n
25n

15n
IOn
IOn

190n
225n
225n

IOn

225n

13n
lInt
20n
75n
15n
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20nt
15nt
30n
25n
25n
15n
60n
60n

40n8
40n¢
60n
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2gg~0t
60n

175~g;

200n t
200n8t

200~g;
200n t

25n8!

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~~~~

30n
30n

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225n
225n

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225n

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55n
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35n
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35n
35n

18n*
18n*
18n*
18n*
175n
175n
200n
175n
225n
50n
70n
175n
225n

35n
35n

175n
225n

35n8

35~g
35n
35n9J
35n
35n
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35n
35n
35n
35n
35n
35n
35n¢
35n
35n
35n¢
37n
37n

40~g

40n

40~~
40n

5.0n
5.0n

50n
60n
18n*
18n*
18n*
18n*

800m
230m*
230m*
230m*
260m*
260m*
600m
400m

1.2,9J
200¢
1.2
800m
5.0 g
5.0
1;J50m
109
10
600m
300m
200m
300m
310m
310m
300m
300m
150m
150m
100m
200m
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1.2 ¢
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310m
320m
310m
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3.0

360m
800m
800m

l~f5~

360m
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360m
400m
400m
400m
400m
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575~g
150n t SOOm
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600m¢
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220m
220m
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25~git
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25~~it
25n
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7.0~g

14n
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5.0n
15n
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7.0nt
7.0nt
25nt
15n
15n
25n
6.0n
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3.0
150m

1~g~9J
300n

300n
300n8

360m

400m
400m
600m
200m

150n

6.0n
6.0n
7.0n8

30n
70n
150n¢
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1~50~¢

I~gg~

150~g

20n
35n
20n
40n
30n
30n
45nt
65n
65n
13n
13n

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~~~

IN FREE
AIR @
25'C
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150n8

150nt

100n8
100n¢
150n
150n8

200~g

tf

150~g
150n

75~g
75n

200n~

FALL
TIME

~6g~g
:~~~ I~gg~
35n
50n

150m
360m

2~~~¢t ~~O¢

1~00~8

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360m
360m

300~g
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310m
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310m
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3.5 ¢
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310m
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285n¢
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1.0 ¢ 300m¢ 30 #/:,
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50
20
1.0
25
10
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A
A

!~
A~

,,:1
A

A~
C
A
A
A
!¢

!~
Aii3

!~

A0
A
!g
A
!g

AA'lJ
A
A
A
A
A
A
A
F

!~

A
A
A
B
A
!g

!~
A0
~~
A~

~'lJ
B
B
B

1~~~

150m0 300 *5
150mS 3gg ~!ZI
150m¢'
500m0 20 /:,
150m~ 70/:,#
100 /:,#
150n;:~
10m
17 /:,
10m~ 35 /:,
35 /:,
1On;:~ 75 /:,
10m

i~O¢ l~g~Qj

I~~g~

8'1~r

/:,
#121
/:,
/:,

3~~ ~121
~ l~g~~ ~gg :~

19
100
10 l'
1.0 ¢0
10
10 8
10 ¢.
100
10 ~
10 (II
100
i4QQm

I

'~:

I

/:,

~/:,

~:gg~

1~~m

~6 ~

/:,
#/:,
/:,

:~l ORDER OF (1) lab, (2) MAX RISE TIME 8t
3 TYPE No.
DESCRIPTI N
r'bb SlRUClUR~M MAX.
Cob
X
P·PNP
A TEMP DWG.
No.
T
Cgb N·NPN
(El
('C)
sl
N
llpJi
P
8'Pr:1Zl
NPE
Si 20 J u26a
P
Si 20g':!. l046
8pflLl
l05
P·PE
20~~
P
100 lO18
P
T05
~22~ l05
P
~g?S
10
Si 2
OS T018
P
P
Si 200S T018
10,?1LI
Si 175A
N·PE
P·PE
Si 175J
Si 175J
N·PE
P·PE¢
Si ~?OA ig~
100
OOJ T05
N·PL
Si
N·PE
Si 125J X73
li.Op~
125J
X73
N·PE
Si
6.~~
6.0
NPE
Si 125J MMll
NPE
Si 175J T018
5p!~
NPE
Si 175J T018
7.0l~$tzi
P
Si 200S T05
P
Si 200S
7.0p¥1",
P
Si 200S ig~8
l~g~
10
P
Si 200S T05
P·PE
Si 175J T018
8.0pl2l
P
Ge 100 T039
P·PE
Si 175J T018
12p
N·PL
Si 175J T05
N
Si 200A T05
4~~~
40
N
Si 200A T05
i 175J TOI
10p!(j
~.PM ~
Si 200S T05
12~~~
120
P
Si 200S l05
N·PL
Si 175J T05
~.5p~
N·PL
Si
T018
5 P(Zl
.Op
N
Si
TOI
PL
Si 175J
2.5p
Si 135J
N·EA
2.50
N·EA
Si 135J T092
50nt N·ME
Si 175J TOI
5.0~~
50nt N·ME
Si 175J TOI
5.~~~
75nt P·ME
8.0
Ge 100J TOI
75nt P·ME
8.0p!(j
Ge 100J TOI
P
100S T018
.30PI2l$121
4p$
N
125J TO 106
Si 135J u23c
~'lJ
Si 200J T018
PL
Si 175J lO18
N
Si 175J T05
12p~!ZI
N·PE
Si
u44
8.~g~
8.0
N·PE
Si
u44
P
Si
135J
u23c
4. 5 !'¥1.
N
Si 135J T092
N
Si 120 T098
N
Si 135S
lOp
N
Si 200S ig~2
8.0
.15n
N
Si 175J T05
N
Si 175J T018
8.0p!Zl~ .15n
N
Si 200J T05
10
N
Si 200J T05
N
Si 200J T018
8.0p~
N
Si 200J T05
8.~~~
8.0
N
Si 200J T05
N
T046
I~: 200S
8.0p
N·PEt
150S u44
8.0
NPE
Si 175J u26.
Si 175J u26.
8.0p~
~:f9J
Si 175J u26.
8.0~
10
N·PE
Si 175 L56'
10p!(j
N·PE
Si 175 L56f
N·PE
Si 175 L569
10
N·PE
Si 175
56d
10p!Zl
N·PE
Si 175 L56e
8.0p
N·PE
Si 175 T05
8.0p
N·PE
Si 175 T018
N·PE
Si 150 Rll0
8.0p!i',i
N·PE
Si 150 Rl10
8·~gi
8.0
NPE
Si 175S u51
Si 175S u51
8.0~~
~:EE'lJ
Si 175S u51
8.~~~
8.0
NPE
Si 175S u51

I~:~~

19~

4.0vo"l21
8.0p!Zl.

l~JI2I

4.0

8.0p~

8.~~~
8.0

8.0p!?j

6.~~~
6.0
6.0p!i',i
4.~g~
4.5

12p~

10p(Zl
4.00
4.5p!?j

8.~g~
5.0

5.0p!ZI~

10pl2l
16p$
16p$

8.~~~
8.0

8'~g~
8.0

.25n

P
P
N
N·DPE
N
N
N
N
P
P·EA
P·EA

~~

N
N
N

~.DPL9J

N.AN¢
PAN.!"
N·PE
N
N
N
N
N
N

SYMBOLS AND CODES
EXPLAINED IN INTERPRETER

I~: ~~~~ +~~
Ge
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si

I~:
Si

I~:

100J
200J
120
200J
200S
200S
200S
200S
200J
200J
200J

T018
T018
T098
T018
l05
T05
T018
T018
T018
T018

200J
200J
135J
150J

T05
T05
R97.
R97.
T046
l052
T052
T05
T039

+~~~
mj T092

200J
200J
200S
200S
200S
200S ig~9
200S T05
T018
~g?S
OS T018

A
A

A

~9J
AQj

~~
A0
A~¢

Qj'

A~
A

~~
A
A
A

A~¢

{(
~~

TYPE
No.

LINE
No.

23
4
5
6

~

9
10
11
12

I~~~n~

2N3737
2N4140
2N4141
2N4227

l~ I~~~~~~

18

iJJ
fab

RISE
TIME

MAX
DELAY
TIME

IHzl

~~l

~~l

1~~~~38

2N2539
2N2540
2N2845
2N2846

2N5369

250M§'"
250M§'"
250M§'"
250M§'"
250M§'"
250M§'"
250M§'"
250M§'"
250M§'"
250M§'"
250M§'"
250M§'"
250M§'"
250M§'"
250M§'"

:8~~
:8~(/!

40n
40n
40n
40n

~a ~~~f1

:?

39

2N4450

42

2N2048

:~

~~~~gg

45

:~

48

~~~g~

2N3301

~~~~g~

2N4437

~~

I~~~~~~

~~

~~~~~~

!!~

,zNl~~O

60

250M§'"
250M§'"
250M§
250M§
250M§'"
250M§'"
250M§'"
250M§'"
250M§
250M§'"
250M§A
250M§A
250M§A
250M!A
250M§'"
250M§A
250M§A
250M§'"
250M§'"
250M§
250M§'"
250M§

~~g~~",

2N2960
2N3116

65# '2SA552
66
2N4960

250M§'"

~~

69

I~~:~~~

~~8~;

2N4963
2S0M§A
280M§'"
280M

~~~~:'"
300M§A
7Q

2N32~1

80# BlY36
81# 2SB339H

~~#

86#
87
88
89
90

~~

93

BSX90
BSX91
MMT3904
2N2381
2N2382
2N3249

~~:~~~

2N784A

~~# ~~~~~9A

99

19~

102

2N2222A

19~# ~~~~~~

10il

JAN2N3449

D.A. T.A. INC.

~:l

~l

8.0n
8.0n
10n
10n
10n

2~~

300M§A
300M
300M§'"
300M§A
300M§'"
300M
300M
300M
300M§
300Mll§
300Mll§
300M§'"
300M§A
300M§'"
300M§'"

300M§!;
300M§!;
300M§!;
300M§!;
300M§A
300M§!>.

Vcb

fill

Ie

hfe

MAX.
SAT.
RES.

In)

(A)

40nlO

~8~(ll

30n
30n
60n
60n
60n

4()On8
400n¢
130n

~~9m

360m
600m

50n(2)
50"iIl
50,,0

6
0 n(2)",
70 n
~0
200n
lOOn

50n~

50n¢
55n
60n8
60n¢
60n
60n8
60ni?1
60nOJ)
60n't:

30n

140n

lOOnS

250n0
150n't:
100n¢
lOOn
120n8
120n¢
60n
1SO~8
~On~
100nlO

!

150n~

150n~
150nlO
lS0n8
lS0ni?1
lS0nYJ

60ng!

60nlO
60n8
60ni?1
60nYJ

1.8 (2)
1.8
750m
SOOm
1.0 i?1
3.010
150m
150m
150m
3.0 8
3.0 g!
1.8 OJ)
360m
SOOmi?1
SOOmlO
3.0 8
3.0 i?1
3.0 YJ

ill

Cob
(F)

~g~

I~gg~

I~gg~

75n

20n

300n

200n

~~~

75n

~8~

1(~~n

20n
lSn

lOOn¢'
12Sn
125n
125n
125n
300n
16n¢'
30n

50n
SOn
50n
50n
35n
18ns
20n

1~~(O

1~~$

4.0n
S.Ont
7.0n
7.0nt
12n
12n
12n
12nt

20n0
6.0n
20n¢.
2.0n
2'0n
2.0n
10nt

12n~

12n¢
13nt
15n
15n
lSn

24nt
7.0n
7.0n
S.On
8.0n
8.0n

185n
SOn
25n
25n
30nriJ
10n
30n¢'
8'0n
8.0n
S.On
200nt
125nt
30n
30n
60n

~g~
lSn
30n
30n

20nt
20ni?1t
20nYJ
10n
10n
10n
lSn
10n
10n
IOn
2Sn
30n
30n
30n
30n

~8g~

300n
150n
270n
800n
800n
800n
800n
300n

10n
2Sn
lSn
10n
10n

22Sn
225n
22Sn
60n
22Sn
22Sn
225n

~gg~

200n
lOOn
~e9n¢.
200n
250n
250n
2S0n
75n
4Sn¢'
6Sn

1810 ~YJ
10 ~
10 i?1
10 OJ)

18 ~
10 YJ

m:::~~~8
~
lS0miZ lS0 ILl

U

3.2

10m~ 40 A
10mi?1
10mIL 75""",

40:tt'"

19:::~ 1~8 :~

10m",

50

20!;
35
10 ",,!;
700mJl300m~ 50 #
10J> 10m} 40'"
5.0 10 1.0mOJ) 15!;
5.0 ~ 1.0m~ 30!;
5.0 i?1 1.0mi?1 80!;
5.0 YJ 1.0mlO 15!;
5.08 1.0m8 30!;
S.O ¢~ 1.0m¢ 80 ~
10_1ll 10rTI~ 40 ",,!;

te,

~§O~

400m
800m
750~
3.S 10
1.S 8
3.5 i?1
1.5 'IJ
360m
300m
lS0m

8.0p~

13

10 Ol SOomo 112 #
#
10
100 500mil 125 #0

0 SOO;;;0 62

20

io ill

10 8 .10m8
10 i?1 .10mi?1
10 10 .10mlO

13nt
6.0n
14nt
14n
14n
14n
30nt
40n8
4Sn¢
11 nt
15n
15n
20n
15n
lSn
2Sn
30n8!
30ni?1t
30nYJ

300m
360m
150m
100m

12 (j)
12
250m

ill

~g8:::

22Sm
300m

~~O~
l~lg:::
360m
200m
200m
150m
150m
3.0 i?1
1.8 YJ

n
!!9
3Sn

8.~p~

7.0PIlJ

5.00P~
5. p",
8.0p~

2~~PJ

lOp
4.0

8.qpl?:)
8.001Ll
8.OP!,,;!
8.~p~
8.001lJ
4.0p
7.0piZ!.~
lSoSILl

30 A
30 A
30!;

~:g ~

18:::iZ l~g #!ZI

2.0 YJ

10m{l

12~}
12
1.0
.3S 8
.3S i?1
1.0 YJ
.SO 8
.SO i?1
1.0 OJ)

1:g
~
1.0 YJ
1~~

40

54

3.5p
3.5p!Zl
3.5p

4.0m~ 45
4.0m¢ 45
10ni
1()m8 7S!;
.25 ¢.... 10mi?1 20!;
2S0mYJ 10mYJ 20!;
1.0 (Zl 500m(Zl 35 #'"
1.0 i1l
10mi1l 30 '"

176

6.00

S.Op~

100
20

5.~p~
5.0PIlJ
12p!Zi
120121

T046
Rll0
Rll0
Rll0
T098
T098
T098
T098
X93
X93
X93
X93
TOS
T092
T092
u34b
u26a
u26a
u26a

A0
A0

~~

"'0
A
A
A
B
B
B
B

A
A
A
A

0
0

(/!
AriJ

MlJ

A~
"'0
A(fJ

A~

A'0

~~

A

~: ~ggj ig~

~~

200J T018

A0

~: t~~j ~?4:

~(/!

Si
Si

125J R124
12SJ R124c

~:

mj ~m~

Si
Si

125
125

A
A

~

R97d
R97d

Ge 100S T018

N
N
N
N
N
N
N-ME
poPE
N
N
N
N
N
N
P·E
N-DPE
Pl
N-A

POE

P·ME
N-PE
N
N-PE
P
N-PE
NPE

~~E

P
B
B
B

TOS
T05
T05
T018
T018
T018
T039

Ge 100S T09

Si

P

AOJ

~: t~~j ~~~

199~ ig1~

Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si

Si
Si
Si
Si

200S
17SJ
17SJ
175J
17SJ
200J
200J
200J
200J
200J
17SJ
100S
125J
17SJ
200S
150J
100J
100J
200S
100J
91J
91J
91J
175J
175J
17SJ
13SJ

T05
T018
T018
T05
T039
T039
T039
T018
T018
T018
T018
T018
TO 106
T018
T018
T092
T018
u18
TOS2
u18
T03
T03
T03
T018
T018
T018
u23c

Si
Si
Si
Si
Si
Si
Si
Si
Si
Si

135S
135S
200J
17SJ
175
200J
200J
17SJ
17SJ
200S

T092
T092
T018
R92b

Ge

Si
Si
Si
Si
Ge

Si
Si
Si
Ge
Ge
Ge

A

A

A~

A0

P
P
P
N
N
N-E
N-PE
N-PE
NPE

8.qpl?:)
.15n
8.0PIlJ
.15n
8.0PIf!
.15n
4.0pi?l~
8.00SILl

10m~ 75 '"
SOm¢' 130
10m0 7S!;

ig;

g:

P

5.q~
4.001Ll
6.0p!,,;!
6.~pl?:)
8.0olLl

200S
12SJ
125J
12SJ
150S
150S
150S
lS0S
150J
1S0J
150J
1S0J
175J
12SJ
125J
200J
200J
200J
200J

P

P
50
10
10
20

Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si

~: ~8g~

175J
17SJ
17SJ
17SJ
17SJ
17SJ
175J

N
Nt
Nt
N-DPE
N-DPE
N-DPE
NPE
N-ME
90nt N-DPE
poE
poE

~.Op~

200J TO 18
200J T018
200J TOS

Si
Si
Si
Si
Si
Si
Si

N
N
N

8.~~~

8.QpJt.l
8.0PIf!
8.qp~
8.0olLl
8.0PIf!
8.qpl?:)
8.001Ll
6.0p

Si
Si
Si

N
N
N
N
N
N
poPE
N-PE
N-PE
N

~-MD

1.50

5.0p\.!l

1.0 ~~
10'IJ

60n

N

8.0~~

E0
DWG. A D
No.
DE

'Cl
N
N
N
N
N

8.qpl?:)
8.001Ll

18 ~ ~g8:::~ ~8 f 1.S
1010 .10';"(i 35 A
1:8 ~ 198:::~ ~8 ~ ~814
SOOm0 10m 12S
19 ~ l~g:::~ ~~g;~ 1.2
U
10 OJ) 1S0mIL 120 "'"

1.0 ~ .50m8 30
1.0 i?1 .50m¢~ 100
.50 OJ)
50m", SO!;
lu  1.0m~
.70<£) 300ml'-

~gg~:~
300M§!;
300M§!;
300M§!;
300M§A
300M§A
300M§A

131

BIAS

:8~~ ~:O~

30n
250n
2S0n
250n

300n

MAX. Pc
IN FREE
AIR @

10
10

~~~~~~B

2N5582

MAX
FALL
TIME

250M§
250M§
250M§'"
250M§'"
250M§'"
250M§'"
250M§'"
250M§'"
250M§'"

250M§A
250M§A
250M§'"

63

MAX
STORE
TIME

20n

40nlO

40n8
40n¢
40n

~8# BSX30
29# V435
30
2N2787

~~. ORDER OF (1) fab, (2) MAX RISE TIME

12. SWITCH NG TRANSISTORS

flJ~AX

A

P

u34b
u34b
TOS
T018
T018

~r ~gg~ igl~

N-PEt
NPE
N-PE
N-PE(/!

P
P

N

N

SYMBOLS AND CODES
EXPLAINED IN INTERPRETER

.

Si
Si
Si
Si

lS0S
175J
lS0
17SS
Ge 100S
Ge 100S
Si 200J
Si 200S

u44
u26a
MM12
uSl
T018
T018
TOS
TD5

A

B
F

LINE
No.

TYPE
No.

~

~~I~~ ~:L~Y
fab
(Hzl

4:lN4n14
5# 'MES021
6
MPS3639

IN ORDER OF (1) tab. (2) MAX RISE TIME &
131 TYPE No.

12. SWITCHING TRANSISTORS

TIME

1~1

AIR

@

fsl

2r~

(VI

Ie
(AI

I(

5uOmlO

~f~m~

1.0
10m
3n t.
20 ¢ 300 ¢. ;0 #
300m(l 10~(z 30 #~

~~~¢

22~20'nn

45n~

2<.?2 m

1.Q ~

35n

200n

300M§t.
300M§t.
300M§t.

:<5nlO
35n'
35nt

35n

200n
20nt

·,,"nM§t.
300M§~
300M§Ll

40n(2)
40;;~
40n\{)

20n
35n
35n

300M§t.
300M§t.
300M§t.

40n~
40n~

35n

40nlO

~~
2N5228
53# ME9022
54
PET9022

300M§t.
300M§t.
300M§t.

50nlO

H"
83
84

320M§
320M§
320Mt.

[L

'''N~'ln

23
24

'21113606
2N3606A

~~5
3
36

I~EN~:7~0",~086

EN914

"N1204
2N1494
2N706C

~9~5#! 1~2~SI!C!1~3~54
96# 2SC136

1U:<
104
105

IJAN"N3013

'211i36462N3829

D.A. T.A.INC.

~!!Q~§

~~g~:

50n

50n~

75n~

~g~¢ ng~

90n

40n(2)
60ri~
60n\{)

12(2)
200m
320m

1.0 (J)
10 iil
1:0 0

lnm 12n #t.
;0' ¢. 30 t.

60nlO

200m
200m
200m

1.0 ~
1.0 ~
1.0'1)

10m~ 30 t.
10m~ 120 ~~
10mw 120 ~1lJ

310m

.30 ~
2.0 ~
1.0 'I)

10m
300m
10m

360~

I." (J)
di iil
1.0 0

400mlZ
400miil

~50m

1.0 ~

10nt

100nt

19~~

~~Q~§t.

15n(7)
15n

15~~

nlO

200m
400

25n

350M§t.
350MM

280500mm"~

199~~

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lUI

18n
20n
50n

75n¢

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~~~~ ~~g~

~!!n(2)

1360m

12;;~ '~Q9m¢

lDn

3DOm

Lg ~

100 t.
70 t.#
40 t.

30 t.
5.0 #t.
30 t.

1/\ #t.
IS #t.

10';;~

20

!Qm

60

177

Cob
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l~r

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6.0n

8.0pl7I
5.uo

3.7

6.0plll
60
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6.0p~
6.c~pEl

P-PNP
N-NPN

JA TEMP DWG. A D
T 'Cl

No.

N
N PEt
P:E

Si
S·

si

200J T018
150J T0106
125J X20b

N

~S!!,

11!~2rOOJS TR06798

~o.s

Si

i 35J

T092

I~i

"!:Q~~

Si
Si

200J T052
200J T018

DE

B
B
A

N i s i 300S T018
N
'S: 150S R67
N
I 120J 1'098

iii

Si
Si
Si

150S T0106
125J T0106
125J T0106

A
A

P
N-PEt
N

Si
Si
Si

135S T092
150J T0106
125J Rl10

A
A.

-AD
PAD

N':o-

I[;e luuSllu:
350M§t>
350M§t>
3S0M§t>
3S0M§t>
3S0M§t>
3S0M§t>
350M§t>
3S0M§t>
3S0M§t>
3S0M§
3S0M§
3S0MM
3S0M§t>
350M§
350MM
3S0M§
3S0Mt>
3S0M§
3S0M§
3S0M§t>
3S0M§t>
380M§
380M§
400M§
400M§
400M
400M
400M
400M
400M§t>
400M§t>
400M§t>
400M§t>
400M§t>
400M§t>
400M§
400M§t>
400M§
400M§t>
400M§t>
400M§t>
400M§t>
400M§t>
400M§t>
400M§t>
400M§t>
400M§t>
400M§t>
400M§t>
400M§t>
400M§t>

~~

:gg~

~:

1~#
l~# ~fC191N.

18# BSX88A
2N4349
Jg# ME0461
21# 2SC52
22# 2SCS4
BFV31
BFV32

~~:

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~~~~~

27

2N921

~~:

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30#
31#
32#
33
34
35
36

~~

:~:

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57
58
59
60
1)1#

~~#

~~:Jg

2N420A
2N3011
2N4389
A3T3011

~~~5~1

ME9002

~~#'Il ~i~gg~

400M
400M§t>
400M§t>
400M§t>
400M§t>
400M§t>
400M§t>

:gg~~~

66# TIS51
~7+'Il ZTX312
2N3576
BFV81B

400M§t>
400M§t>
400M§t>
400M§t>

2N4453
2NS140
2SC67
2SC68

400M§t>
400M§t>
400M§
400M§
400M§
400M§
400M§t>
400M§t>
400M§t>
400M§t>
400M§t>
400M§
400M
400M
400M§
400M§

~~#
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72

73

~~:

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77#
78# BFV29

~~g~~

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81# BSW11

~~# ~~!:~~

84# BSV55
~S# BSV55P
2N2096
86
2N706B
87

g~
90

~~:~~t

2N4122
2N4916
BSY19
93# BFX48
94# BSX49
2N2894
95
2N3012
96
2N3209
~~ A3T2894
99# BFV81

~~#

~~~~lA

1°1:

BFV91N

105

BSVS5A

102

1~~#

1°1~-# ~~~~j

lo~: ~~~~~AP

108# TlS50

l~g~-# ~~~~~O

D.A. T.A. INC.

:gg~:

:gg~~t>
400M§
400M§t>
400Mt>
400M§t>
400M§
400M§t>
400M§t>
400M§t>
400M§t>
400M§t>

:gg~:i

400M§t>
400M§t>
400M§t>
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:OO~§t>

400M§t>

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IN ORDER OF (1) I ab• (2) MAX RI SE TIME &

12. SWITCHING TRAN SISTORS
MAX. Pc
BIAS

1J~AX

RISE
TIME

MAX
DELAY
TIME

i~)

i~)

l~~\O
15n
16n8

16~g

10n
10n
18n$

16n
16n8

16~g

16~g

18n
20n

~g~0

30~g
30n

30n(2)

3Sn
3Sn
50n
SOn

20n
3Sn

5.0nt
7.0nt

7.0nt
7.0nt

60~g
60n

12n
12n
12n
12n
7.0n
7.0n
90n8:
9.0n¢t
10n
10n
11 n
12n
12n8

MAX I MAX
STORE FALL
TIME
TIME

i:)

!~n
20n
20n

~~~~
2Sn
2Sn
2Sn¢
18n
2Sn
20n
18n

16n
16n8

20n8

I

9.0n
9.0n
16n¢
8.0n
16n¢
9.0n

12~g

~g~\O
12Sn
200n
250n
2S0n
7.0nt
8.0nt
25n
150n
13n
13n
13n

n~0
g~(2)
13n
45n¢
13n
15n
10n
10n
10n

12n
12n8

12~g

12n
12n8

12~g

g~~

15~(2)

1~~0

12n¢
10n

13n$
10n

10n
13n
15n¢
14n

~g~(2)
14n

15n

15~g

20~g

20n
20n8
20n¢
20n
20n8

12n
12n
35n
15n

15n

25~g

25n
30n

30~g

(VI

15n

360m

~~~ID I~gg~¢

~~~g

3Sn(2)
2Sn¢
30~8

2s~g

28n
20n

~g~0

90~g
70n
40n
SOn
SOn
SOn

100~g

lOOn
13nt
14nt
10n
10n
10n
10n

35n

18n
13n
30n
30n
50n
50n
6Sn
20n
20n
20n
20n
20n
30n
20n
6Sn
30n

18~g

20n
18n8

18~g

1~~0

18n8
15n¢
16n

250m

~g~o1

140n
140n
140n
140n
75n¢

20n
40n
40n
20n
15n

60~g

60n
6On8

60~g

60n

~g~~

40n8
40n¢
20n
30n8

~g~~

30n

~g~0

40n
40n
40n
40n

75n0
90n8

90~g

90n
75n8

100~g

60n
60n8

lOOn
75n8

60n
60n8

90n
90n8

60n

90n

60~g

60~g

~C!~~
65n

I~OOm

360m
300m
250m
250m
300m

~gg~ID
40~g 360m
40n

160n0
95n8
90n¢

50n8

~Jo~¢

20~g I~gg~
23n
360m

~~~ID

15n
15n
15n
15n

~~g~o1

20~g

~g~(2)

90~g
90~g

400m~

150m
300m
150m
300m
500m¢$
50m*
300m
150m
300m
150m
250m
300m

~go~

200n
200m

~~O~
1.0,~
360~
1.2
360m
225m
300m
300m
400m
400m
360m
350m
300m
15_0m
1.2 ¢
360m

90~W ~~O~
110n

Ie

(31

I

hie

(AI
30mS

400~& 100m
30~& gg~
25 #t>

500m
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1.08
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400m¢
1. 0 8
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400m(l
500m~

SOO¢¢
1.0
1.0 8
1.0 g
1.0
1.0
1.0 g
6.0
6.08
1.0 g
1.0
2.08
2.0 g
1.0
1.0 8
1.0 g
1.0
1.0 8
1.0 g
1.0
1.0 8
1.0 g
1.0
1. 0 8
1.0 g
.35
.408
35 g
1.0
2.08

~~g~# ~:g

360m
250m
100m
800m8
800m¢
150m
360m

1.2,~.
500m¢
225m

30~ID

40n
40n
40n
40n

SOOm
300m
1S0m
1S0m
300m
300m
360m
200m
300m
150m
300m
150m
280m
280m

~g~0

40~g
50n

~g~0

~fo~

jgo~

30n

70n

jJo~

400m
400m
200m
360m
310m
360m
360m
60m
60m
360m
300m
800m
360m

8.0n
700~g
8.0n
700m
13n8! 800m8
13n¢t 800m¢
300m
8.0n
40n¢
15n
200m
20n8 150m

20n
;wnID

15~g
15n
18n
20n
20n
20n
20n

2r~

2On8

13n$

15n
15n8

1~~(2)

Vcb

fsl

18n
15n

12n

14n
15n
15n
15n

IN FREE
AIR @

g
1. 0 8
2.0 g
1.0
1.0 8
1.0 g
1.0
1.0 8
1.0 g
1.0

1~g

'f!ri

30mS 150
120
120
10mS 25
30m¢ 120
30m(t 120
10m
70

':¥1m

~g~&

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#t>

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19~{t ~~

10m\!:

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10m
1.0

10~

1.0m
1.0m

100~g

100m
10mS

10~&
10m
10ms
10~&
10m
10ms
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10m
10m~

Mf:
25 t>

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20
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SO
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10 t>

54
34
40
1.0,1I!.
120 ~
120
120 f'j
120 III
35 t>
35 t>
120 :~
120
120 \?J
150 III
SO

10m¢
10m(t
10m8
10m¢
10m(t
30m(2i 25 t>
40

19~0

100 1T1 8

30 t>
15 t>

10 #t>
100~g 20
t>

100m
10m8

~g ~
100~g
10m
40 t>
10mS
10m¢
10m(t
10mS

10~&
10m
4.0m
1.5
60m
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25m
10mS
.35 8
1.0 ¢
10m¢
350miZ 10m(z
400mS 30mS
350~¢ 10~&
2.0
100m
10

~:g ~

120 \?J
150 ~
60

20 #t>

~g~t>
40 t>
40 t>
40 t>

l~g :~
1~0

#t>
ttt>

lO~g
400miZ 30m
6.08 1.0m!,,,, 20 t,
10m¢
120 III
50 g
10m(z 20 t,
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70
1.08 200m

1:8 g

.50,~,

~g

2gg~iZ ~g #t>
10m~

2.S
2S
20
20
20
2.5
2.5
2.5
2.5

25
25
10
2S
10
25
30
25
30
30
25
25
25
25
25
25
.50
.50
.50

:~g

m:~

mQi
~g

178

'{;t

8.~~~
8.0
3.5p
3.5p
4.00
8.0p
4.0p
4.00
4.0p

::g~$
p~~
40$
4.0p\?J
4.0plZl
5.00
3.5plll

~:g~1Zl
4.0~f'j

4.0f~$1Zl
4.oplll
4.0p\?J

4.~~~
4.0
4.0p\?J
4.0PIZlSIll
411$

6~~~

3.0
25
25
24
4.0
4.0

DESCRIPTION
L C
IE 0
STRUCTUR~M MAX.
P-PNP
A TEMP DWG. AD
N-NPN
T
No.
E
(5)
I('C)
N-PE
Si 125J T01S
A
N-EA
Si 125J T092
N-PE
Si 125J TOn
N
Si 200J T052
~(2)
NPE
Si 200J u26.
N-PE
Si 17S LS6f
N-PE
Si 175 LS6g
N
Si 12SJ TO 106
A
N-PE
Si 125J T018
A
N-AN
Si 13SJ T092
poE
Si 1S0J T092
N-PE
Si 12SJ T018
A
P-MD
Ge 100S T018
P-MD
Ge 100S T09
NPE
Si 200J T018
\0
PopE
Si 200J L2d
N-PE
Si 17SJ T039
NPE
Si 200J T018
N-PE
Si 200 T05
poPE
Si 1S0 Rll0
40nt N-PL
Si 1S0J T018
40nt N-PL
Si 1S0J T018
PPE
Si 200J u34b
P
PPE
Si 200J u34b
P
N-PE
Si 17SJ T018
N-PE
Si 175J T018
N-ME
Si 200J T018
A0
P
Si 175J
N
Si 150 u34
N
Si 150 u17e
E
N
Si 150 u34
N
Si 150 u17e
E
N
A
Si
X93
A
X93
N
Si
N
A
Si 125J Rll0
Si 125J Rll0
A
N
A
N
Si 125J Rll0
N
Si 125J Rll0
N-E
Si 300S T018
N
Si 200S T052
N-E
Si 300S T018
N
Si 150 u29
NPE
Si 200J u34b
P
NPE
Si 200J u26.
B
NPE
Si 125J MM13
F
N-PE
Si 200J T018
N-PEt
Si 150J T0106 ~ID
N-PE
Si 150
N
Si 125J Rll0
A
N
Si 125J Rll0
A
NPE
Si 175S u51
N-PE
Si 150J T092
N-PL
Si 200 T018
Nt
Si 150S X55
A
P
Ge 100J T03
P
Ge 100J T03
P
till
Ge 100J T03
N
Si 200J T018
A(2)
P
Si 125J R124
Si 150S u44
N-PEt
A
N-DPE
Si 200J T018
N-DPE
Si 125J T0106 /(2)
N-PEt
Si 150J T0106 A
N-PEt
Si 150J IH124
N-PE
Si 150
N-PE
Si 150J T092
N-PLt
Si 125A X59
F
P
Si 200S T072
G¢
PPE
Si 200S u26.
B
poD
Ge 100S T031
A
poD
Ge 100S T09
A
A
P
Si 200S T046
A
P
Si 125J T0106
N-PE
Si 175J T018
N-PE
Si 175J T018
N-PE
Si 150J u23.
A¢
NPE
Si 175J T046
P
PPE
Si 200S u34b
N-PE
Si 175J T018
Si 200S T052
N
N-PE
Si 125J u47
D
P
Si 200S T046
A
A¢
PEM
T046
Ge
Si 199J u34
P
P
Si 150 u17e
E
PoD
Ge 100S T031
39nt N-ME
Si 175J T018
P
Si 200J TOla
/~
50n P
Si 125J Rll0
50n P
Si 125J Rl10
A
_05n
P
Si 125J R124
A
N-PL
Si 200J T018
01
P-DPE
Si 200J T018
N-DPE
Si 200J T018
P
Si 200J T018
P
Si 200J T018
poPE
Si 200J T018
~(2)
P-PEt
Si 150S u44
PPE
Si 200J u26.
B
PPE
Si 200J u26.
B
popE
Si 175J L56d
PopE
Si 175J L56e
PPE
Si 200J T018
P
Si 175J u53
P
Si 150 u34
P
Si 150 u17e
E
A¢
P-DPE
Si 200J T018
PoPE
Si 150J' T092
P-PLt
Si 125A
N-DPE
Si 200J
r'bb
X
Cob

o

~g
~

~0

~~

g~

4.0p\?J
4.0
40p\?J

4~~m

4.0
,1I.UPILl
4.001Zl
4.0p\?J
4.5PIZl
4.50
15p

1~~$1Zl
5p$1Ll
3.50
6.0~1Ll

4.5p
4.50
4.0p\?J

IZl
5.0
5.0
500";110
1~g ill
4~g~\(
1.8
1.5 g
1.0
10m
40
40
130
LOrn,!;,
1.0 8
!!~ t>
1.0 g
10n;g 70 ~*f 130
1.0
10m 150
t> 130
10m8 70 #t>
1.0 8
40
1.0 g
lO~g
1.0
10m
1.08
10m8 37 *t>
30n;g
g
30m
500m8 30m8 30 #t> 6.0
SOO¢¢ 30n;g 150 #Ill
40 #l:,
.SO
30m
.50,9>.
30m~ ~C! #t>
500n,:g 30n;g 120 *12l
500m
30m 120 *iil
30mgJ 120 ~1Ll
.50,~,
15
500~g 30n;g
500m
5.0
30m
5.0
500m8 30m8 120 ~
5.0
SOO~~
30n,:g
300m
:t>
10m
~1!.o¢\C 30n;§ 1~~
1.0
10m

l~g ~

4.08~

4'0.f,$

30
35

l~g

5.0P~1Zl

1 pill
3.00
12p
6.oplll
4.00
4.0p

25

300~g
10~g
500m
30m

S.OP~1Zl

4.So$
4.0p\?J

1.2
3.2
SOOm

12.

20 #t>

40 #t>

S.OPifl

4.50$
1.9p
1.9p
2.50

10 #t>
100m
10m\!: 25 t,
10m¢ 25 t>
10miZ 50 t>
30m~

::8gr

80
10
10
.S

80 t
lO~g 100
t
10m
10m\!: 2gg ill

10~g

(F)

~:g~~

6.0
18

120 ~~

70 #
120 #Ill
15 t>

TYPE No.

Cob

5.0p
5.
5.0pf'j

30ms 120 ~19

30~g
30m

2.0 \0

19 g
1. 0 8
1.0 g
1.0
1. 0 8
1.0 g
1.0
2.08

MAX.
SAT.
RES.
II (01
1S

~:g~~

6pSIZI

~:g~
6.~p

15p
4.50
3.5p!1ll
4.5p$
4.5p$
4.5p$

6~~~
3.S
4.5p$

~:g~~

5.0p\?J

6.~~~
6.0
6.0~~

6·~~m
6.0
6.0p\?J
6.0plZl
6.00
6.0p
6.~~~
6.0

~:g~~

SYMBOLS AND CODES
EXPLAINED IN INTERPRETER

A~

A~

~~

AQ)

lID

~6~8

~0

!~,

12. SWITCHING TRANSISTORS

TYPE
No.

LINE
No.

~~I~~ ~tL1Y
fab

(Hz!

2#V40s1
3
2N4026

~~9M~~

400M!~
400M§lLJ

TIME
tr
(s!

1OOn~
100ng
100nl£)

4~0~!!0!MMt§ 1010000n~\D
!9# ~~~409
1 ~~ 2SC410
12'IF 2SC411
~~jt

2~~412

14#
15#
16#
17#
18#
!~~
20#
21

2SC431
2SC432
2SC433
2SC434
2SC435
2~~436
2SC321H
2N3511

~~

I~~~~:~

24

~~

2N2796

~~~~g~

27

2N5456

30
31
32
33
34
35
36

38#
39
40#
41#
42#

2N846A
2N982
2N983
2N2168
2N2169
2N835
2N4035
2N4917
2SC595
2N964A
BSX59
BSX60
BSX61

:~

~~~~~

~~# ~~~~~A

~!

45

2N4137

48
49
50
51
52
53#
54#

2N2369A
JAN2N2369A
2N4295
2N4418
JAN2N4449
2SC601
BFV28

:~

1;1;#

~~~:~~

1!:I~y~.?:A

56# BFV87B
57";11 BSV35
~!l'" BSV52
5~! BSW59
60'IF BSX20
':!.1
EN2369A
62# FT1315
63... MO 1T2369
~~
MMT2369
6~ .. MPS2369
66"" PL4022
f!.7# PL4023

~~: i:~:~

n·~ ~~~~~~
75# BFV27

~~# I~Jg:f

78

2N834A

82
83
84

2N5272
2N2710
'2N3639

~~

~~l~i~

87
88
89
90

TIS53
TIS54
JAN2N3467
JAN2N3468
~.1
MPS3640
92# ZT2938
93
JAN2N3253

400Mt
400Mt
400Mt
400Mt
400Mt
400Mt
400Mt
400Mt
400Mt
400Mt

1000n
1000n
1000n
1000n
1000n
1000n
1000n
1000n
1000n
1000n
:gg~~ 1000n
450M§1l
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:~~~:ll

~~~

450M§

15n

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450M§
450M§
450M§

18n
18n
18n

450M§1l

450M§1l
450M§
460M§
475M§
475M§
475M§
480Mll
480Mll
500M§1l
500M§1l

~gg~:~

500M§1l
500M§1l
500M§1l

102

19~

105
106
107
108

2N4029

~~:g~~

FT4354
FT4355
FT4356
2N4896

D.A. T.A. INC.

40~9?

40n¢
6.0n

g~g
12nl/l
12n
12n

12n\U

~gg~:~

500M§1l
500M§1l

g~~

200n
200n
200n
200n
200n
200n
200n
200n
200n
200n
200n
200n
8.0n
15n

75n

15n
15n

25n
25n

H'f;n

15n

118n
~~
18n

140n

tf
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50n
50n
50n
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1.0u
1.0u
1.0u
1.0u
1.0u
1.0u
1.0u
1.0u
1.0u
1.0u
1.0u
1.0u
8.0n

!If;n
25n

20n$
9.0n
13n$
9.0n
IOn

75nl/l
12n
IOn
13n
13n
15n
12n

100
100
100
100
100
100
200
200
200
200
200

g
ID
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g
10
9?
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~gg:
360m

4¥g~

18n
18n
18n

60m
60m
60m

40n¢
8.0n
30nl:e

200m
300m
150m
800m
800m
800m
360m
360m
360m
360m

~g~g ~~O~
18~1/l

15n
14n

1 2,~
200m A
500mlO

300m
300m
350m
110m
125m#
360m

13n

18n\U

360m
225m
310m
150m
150m
360m
360m
360m
300m
300m
300m
500m¢
150m
250m
300m
360m

18~9?

18ng
18nID
18n~

23ng
23nID

12n~

18n~

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18n¢
13n
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15n
8.0n
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1188nn.. g
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18nl/l
2100nn"A
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113n
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115n
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400m
360m

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20n
20n
60n
60n
20n

12n
12n
30n
30n
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360m
360m
5.0 g
5.0 ID
310m

15n
15n

40n

30n
300n~
300nlO

5.0 ~
2.0 ~
2.0 10

500M~1?l

500M§w
500M§1l

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500M§1l
500M~1?l
500M§1IJ

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35n
35n~
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60~~

100n~
100nl£)

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350n
350n

5.0 9?
5.0 g
5.0 10
1.0 ~
5.0 g
5.0 I£)
5'0!(;l
5.0 g
5.0 10

Ie

hfe

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(AI
500m~ 25
500m¢ 25
500m(t 25
10m(,:: 240
5.0m
20
5.0m
40
20
5.0m
40
5.0m
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~g~¢ ~~O~

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50n

#ll
#ll
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*\lI

1.0
1.0
1.0
12
.20
.20
.20
.20
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250m
2.0 ~
2.0 ID

DESCRIPTION
L l:
r'bb "'S"'"T"'RU'"C"'T.;fUT;;R1FiEIi'tMiiiMmi'AX5'.+-----1E 0
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P·PNP
JA TEMP DWG. A 0
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10m
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20
40
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1m!?l
1mILl
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lmiZl
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1.0 g 300mg 25 ll~
1.0 10 300mli! 25 ll""

~gg~~

1g~

500rm"

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1.0 10

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100m0

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fll
40 II

2.3

12
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30mSi' 50 ll#
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179

I~-O

I~~ ~~~S +~~~

200J
200J
200J
125J
150J
150J
150J
150J
150J
150J
150J
150J
150J
150J
150J

Ge
Si
Si
Si
Si
Ge
Ge
Ge
Ge
Ge
Ge

100S
200J
200J
200J
200J
100S
100S
100S
100S
100S
100S

~-EM

~i ~6g~

P
N-PE
P-EM
N-PE
N-PE
N-PE
N-PL
N
N-OPE
N-PE
N-PE
N-PE
N
N
Nt
N
N-PE
NPE
NPE
NPE
P
N
N-PE
N-PE
N-OPE
N-PE
N
N-AN
N-AN
N-PE
N-PE
N-PE
N-PE
N-PL
N-PL
N-PLt
N-PLt
P
NPE
POpE
N-EM
N

Si
Si
Ge
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si

125J
150J
100J
200J
200J
200J
200S
200J
200S
200J
200J
120S
200J
150
150S
200J
175J
200J
200J
200J
175J
125J
125J
200J
125J
200S
150A
135J
135J
175S
175S
150J
150J
200
200
125A
125A
125J
200J
150
175J
200J

Si
Si
Si
Si

200S
200S
200
125J

~

14
25

8.0p
8.0
.30 9?
1Om~
.35 ¢
10mg
300m0 10m\O
1.0 I:e
30m~
5.0 g 500m~
5.0 10 500m",

Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si

P-O
N
P
P
N-OPE
P-MO
P-MO
P-MO
P-MO
P-MO
P-MO

100lLJ
1.09?
1.0 g
1.0 Ii!

P
P
P
N-PE
P
P
P
P
P
P
P
P
P
P
P

T018
T05
T05
R67a
M010
M010
M010
M010
M010
M010
M018
M018
M018
M018
M018

~~

A¢
A0
B

2.6

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1~~~ ~gg~1/l

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Vcb

(VI

MAX.
SAT.

75m

340m

40n
100ng
85n\U

BIAS

0

~~

P0

~(O

N
N
N
N

~ ~

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

~~

1>0

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N
N

P-Pt~
P-PL
P-PLi1J

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N
N
N
N
N
N
N
N
N
N
N:~
N*¢
N*0

~~

N0

~~
N0

P·A
P·A
P·A
P·A
P·A
P
P·A
P·A
P·MOS
P!;
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6 N·PL
g I~:~t
6 N·PL
6 N·PL
6 N·PL

~:

Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si

I~:
Ge
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si

Si
Si
Si
Si
Si
Si
Si
Si
Si
Ge
Ge
Ge
Ge
Ge
Ge
Ge
Ge
Si
Si
Si
Si
Si
Si
Si
Si
Si

DWG. E 0
No.
AD
D E
L17s
L17s
L17s
L17s
L2t
L2t
L21d
L21d
L21d
L21d
L61a
L61a
L61a
L61a
L61a
L61a
L61a
T046
T046
T046
L17k
L17k
L17k
L17k
L17k
L17k
L17k
L17k
L2m
L2m
L21
L21
L21
L21
L2m
T01
L2p
L2p
L20
L17p
L17p
L17d
L17d
L21
L21
L21
L17c
L17c
L17c
L17c
L17c
L17c
L17w
L17w
L17w
L61b
L61b
L61b
L61b
L17t
L17t
L58
L58
L58
L21
L21
L21
L21
L21
L21
L21
L21
L21
L21
L61b
L61b
L61b
L61b
L61b
L61b
L61b
L61b
L61b
L61b
L61a
L61a
L61a
L61a
L61a
L61a
L61a
L61a
L61a
T03
T03
T03
T03

~~3
R8
R8
L53
L18c
L2a
T018
T05
T05
T018
X27
X27

DESCRIPTION

Pt-.~5W;VBE(1:2l:5~OmV

max;hFE ~12~ 1.0 max. at IC:1 ~A;V_CE-5V.

~~::~~:Z;C~~W2i:550~i~;~a~WE~i~ 1~a~~:'Ba;( 1c?-)1!;";A~OcnN~~g·C.
Pt-.35W;hFE 1£2-.95 min;VBE 1~2-5mV max;!; VBE( 1-2)!;T-.50mV/deg.C.
Pt-.6W;hFE 112-.90 min;VB~!1-~f:2.5mv max;!;VBW-~l;!; T-5uV/deg.C.
Pt-.6W·hFE1/2-.90 min'YBE 1-2 -2.5mV max'!;VBE 1-2 /!;T-5uV/dea.C.
Pt-300mW;gm 112-.95min;!; VGS(1-2)/!; T-1 OuVrC;VGS( 1-2)-5.0mVmax.

~~:~gg~:z~~~ 1~~::~~~:~:~ ~g~! 1:~!~~i:~g~~j:gg~! 1:m:g~~~:~:

Pt-300mW;gm 1!..2-.95min;!; VGS(1-2)/!; T-25uVrC;VGS( 1-2)-5.0mVmax.
Pt-.50W;IDSS 1/2-.95 min;VGS( 1-2)-5mV max;Yfs 112-.97 min.
Pt-.50W·IOSS 112-.95 min'VGSi 1-2i-5mV'!; VGS(1-211!; T-.5mV.
Pt-.50W;IDSS 1/2-.95 min;VGiF-11: 1OmV max;Yfs 112-.95 min.
Pt-.50W;IDSS 112-.95 min;VGS 1-2 -5mV;!;VGS( 1-2)/!;T-1.5mV.
Pt-.50W·IDSS1/2-.95 min'VGS 1-2 -15mV max'Yfs112-.95 min.
Pt-.50W;IDSS112-.90 min;VGS(1-2)-20mV max;Yfs112-.90 min.
A0

~~~c~~i~~~1~~-4~b:~6~~~~~~)i~m~N'r.~~ir~~~~:t~cr;;~~OOmv max.
Matched Pair 2N4007;Voff-.02mV;!;RS(ON)-5.0 ohms;!;VCB-100mV max.

!~ ~~~c~o~66~i.ll~04J'~~;~0!:~t~.5~~h-~~(g~!2t~.ci'~V'~~~1~~:1O~~Yn.max.
B~~~0-60V;IC-300mA max;pt-.50W;VBEI1-2!-2.5mV;hFE 1/2-.90 min.
BVCBO-45V;IC-200mA max;Pt-.60W;VB~t~(5.0mV;hFE1/2-.80 min.
BVCBO-60V'IC-200mA max·Pt-.60W'YBE 1-2 -5.0mV·hFE 112-.80 min.
BVC~2-!!~V;!~-200mA max;Pt-.60W;VBE(1-~!-5.0mV;hFE ~(2-.80 min.
BVCBO-45V;IC-200mA max;Pt-.60W;VB~! 1-~t3.0mV;hFE 112-.90 min.
BVCBO-60V'IC-200mA max·Pt-.60W'YBE 1-2 -3.0mV·hFE 112-.90 min.
BVCBO-60V;!~-200mA max;pt-.60W;1r(1-2)-3.0mV;hFE 112-.90 min.

~~g~g:~~~::g:lg~!;~::~~:z;~~m:~ Jg~~;~~~ l~~Jg ~:~:

VGS(off)at ID-.50nA-3.0V;Yfs-300umhos min;Yfs 1/2-.95 min;BVDS-50V

~g~!~m:~ :g:'15g~!tg~:~~~:~~go~~~~Sm~:'~f~~~2~~5m~;~~~g;~~v
,,:~~\o!!~at _10- !:~nA-_3.0V;Yfs-1..0_ul!~mhos

min;::fs 1£2-.9_0_ min;Bv~:;-5UV
VBE 1-VBE2 - 5.0mVmax;IB 1-IB2-10nAmax;t;(IB 1-IB2)-.70nAldeg.C max.
Matched Pair of 2N4241 for hFE 1/2.
Pt-.5W;hFE 112-.90 min;VBE( 1-2)-3mV max;!; VBE( 1-2)/!;T-3uV/deg.C
Pt-.5W;hFE 112-.85 min;VBE( 1-2)-5mV max;!; VBE( 1-2)/!;T-5uV/de9.C
Pt-.5W·hFE 112-.80 min'VBEi 1-2i-5mV max'!; VBEi 1-211!; T-1 OuV/dea.C
Pt-,.?W;VBE( 1-2)-3mV max;!; VBE( 1-2l(,!;T-1.0mV/deg.C;hFE 1/2-.85 min.
Pt-.60W;VBE( 1-2)-5mV max;tyB~( 1-2)/!; T-2mV/dEW~i~FE 112-.70 min.
Pt-.35W·hFE1/2-.80 min'YBE 1-2 -5mV max'!;VBE -2 !;T-2.0mV max.
Pt-.35W;hFE112-.90 min;VBE(1-2)-3mV max;!;VBE(1-2)!;T-1.0mV max.

~~::gg~:z;~g~!1:mg:..x~s11fi:~~ :;;~j~~~11}-11g~: :::.
Pt-400mW;VG.SJ1-~~15mV;yfS1/2-.80

min;IGSS1-2-10nA

~ax.

~~::~~:z:~~~! l:m~~:~ ~~~! l:m~~~~:~:g:m l~Ug ~:~:

Pt-.75W;VB~L1 ~11-5mv;!; VBE(1~r itUV/deg:C,;hFE 112-.80 min.

~~:~gg~:z;~~~ 1:m~~;~ ~~~ 1:~ :~~~j:g;m l~Ug~:~:

Pt-500mW;VBE(1-2#-5mV;!;VBE(1-2)·10uVrC;hFE112·.80min.
Pt· 7 50mW;VBE( 1·2)·3mV;!; VBE( 1·2)·3uV/'C;hFE 1/2·.90min.
Pt· 7 50mW'YB Ei 1·2i·5mV·!; VBEi 1·2i·5uVrC'hFE 1/2·.85min.
Pt· 7 50m.W;VB!E8 ·2)·5mV;!; VB~i: 1·2)-1 OuVI"C;hFE 112·.80min.

~~Jg:z::g~~ l;~J~ ~:~:~g~ 1:~l:~~~:~~ l~t~~ ~:~:

Pt·.50W;IDSS 112·.~? min;V:§~11.~!.10mV;yfS ~(2.. 95 min.

~~::~g:z:~~~~ J~~8~5mi~'t~~F1.~?:li.bs.nvV:t:;·~t~~( tJl'i!; T·20uV/dea.C
Pt·.43W;hFE 112,.90 min;VBE( 1·2)·3.0mV max;!; VBE( 1·2)/!; T·1 OuV/deg.C
Pt·.50W;VGS( 1·2)·5mV;!; VGS(1-2)·5uV/de9.C;yfs 1/2-.97 min.
Pt·.50w'YGSi 1·2i·1 OmV'!; VGS( 1·21·1 OuV/dea:C;vfs 1/2·.97 min.
Pt·.50W;VGS(1·2)·15mV;!; VGS( 1·2)·25uV/delC;yfs 112,.95 min.
Pt•. 3W;I~! i '~i:50PA;YO:P '~f 1.5umhoS;VG~!. '~1:5mV;VGS~1(~2){;; !;·.8mV.
Pt·.3W·IG 1·2 ·50pA·Yos 1·2 ·1.5umhos·VGS 1·2 ·15mV·VG 1·21T!;·.8mV
Pt.. 3W;11! 1'2!.50PA;YO~!: '~l: 1.5umhos;VGS( 1'2!.5mV;VGS(~r)~ !;·1.9my

~~::~:z;:g t~i:~g~N~~ t~ :U~~~~:;~g~!l:~i:~~~~;~g~ t~ 7r~:a~~

Pt.. 3W;I~\ 1.21·50PA;YOS( 1·2)·1.0umhos;VGS( 1·2)·5mV;VGS( 1·2)/T!;·.8mV
Pt·.3W;IG( 1·2 ·50pA;Yos( 1·2)·1.0umhos;VGS( 1·2)·15mV;VGS(1·2)1T!;·.8mV
Pt·.3W·IGi 1·2i·50oAYosi1·2i·1.0umhosVGSi 1·2i·5mV·VGS(1·21/T!;·1.9mV
Pt.. ~W;!~! 1·~1·50pA;YoS! 1·~1·1.()umhos;~~~! 1·~1·1 ~mV;V~~(' .2)!.!!;.1.!jmV
Pt·.3W;IG( 1'~l"5~)~A;YOS( 1.2).1.0u;Th~i;VGS( 1·2)·25 mV;VGS( 1·2)1T!;·3.8mV
Pt·.50W'YGS 1·2 ·5mV max'!;VGS 1·2 /!;T-.4mV max.
Pt·.50W;VGS( 1·2)·5mV max;!; VGS~1.2)/!; T·.8mV max.
Pt.. 50W;VGw·~i:10mV max;!;VG ;p.~!;!;T.1.6mv max.
Pt·.50W·VGS 1·2 ·15mV max'!;VGS 1·2 /!;T·3.2mV max.
Pt.. 50W;VG~\1-~!.15mV max;!; VGS( 1.~/!; T·6.4mV max.
Pt·.50W;VGS(1·2)·5mV max;!;VGS(1·2) !;T·.4mV max.
Pt·.50W·VGSi1·2i·5mV max'!; VGSi 1·zi/!;T·.8mV max.
Pt·.50W;VGS(1·2)·10mV max;!;VGS(1·21~!;T.1.6mV max.
Pt.. 50W;VG~! 1.~!: 15mV max;!; VGW'~l;!; T·3.2mV max.
Pt·.50W·VGS 1·2 ·15mV max'!;VGS 1·2 /!;T·6.4mV max.
Pt·.40W;IDSS 1(2.. 95 m!n;!; VGS( 1·2)/!;T·.8mV;Yos(1·2)·1.0umho.

~~:::g:z::g~~ l~t~g ~:~;~ ~g~l1:~I~~ U~~~;~~~! 1:~Jg~~~~:

Pt·500mW;IDSS 112·.95min;VGS( 1·2)·5 mVmax;!; VGS( 1·2)/!;T·500uVmax;yfs 112·.97min.

~:~e8::;~,;,'gg~ H?~~;::;ii~·~8~i11'-?I.·11 ~::;~:::';f~8~}UlfN:~.g~U::::x~~s11fl.::l/:;~~·
Pt·650mW;IDSS 1/2·.95min;VGS( 1·2)·5mVmax;!; VGS( 1.2![.!;T·800uVmax;yfs 1/2·.95min.

~~:g~g~:z::g~~ 1j~::~~~:~:~g~! 1:~t~g~~::::~~ ~g~! 1:~!~~ Ug~~~:~~ 1j~Jg~:~:
~:~~~:~ ~::~ ~~ ggg~h~~El~~:n1.2

Matched
Matched
Matched
Matched
Matched

Pair
Pair
Pair
Pair
Pair

of
of
of
of
of

to 1.0
OC29'hFE 112·1.2
OC35;hFE ~~~.1.2
OC36;hFE 112·1.2
OC74·hFE112·1.15 at IE·50mA·VCE·6.0V.
OC83

~~j~~~~.~~ 1~t~~~~~·~~1"(U):2~~':;,V:vfS 112·.80min:Yos 112·1 Oumhos.
Pt·525mW;yfs 112·.90min;VGS(thH 1·2)·1 00mVmax;tr·30nS;ton·15 ~~:toff·50nS.
Pt·250mWea;ICBO·2.0nA max;hFE·25min;VBE112·5.0mV max;ft·60Mc min.
PT·.75W both sides'YCBO·50V min'hFE match·40%·VBE match·15mV.
PT·1.5W both sides;VCBO·~~V min;hFE·30mA.
PT·1.5W both sides;VCBO·30V min;hFE match·.85/1.0;VBE match·10V.
PT·.75W both sides' VCBO·35V min.
~n::z ~~~~ ~:~:::~g~g:~g~ ::::~:~~~0~~~~:.80/1.0

183

SYMBOLS AND CODES
EXPLAINED IN INTERPRETER

LINE
No.

~

TYPE
No.

U ISTRUCSTURE
E

~

3
4
5
6

~

9
1.0
11
12

l~

15

;~
18
19
2.0
21

~~

24
25
26
27
28

~g:

gj~g~

12J9D5
12XD84B
12X165
A6DD

!gg~

A6D3
A6D4
A6D5
A6D6
A6D7*
A6D8*
A61DL*

!:mr:
A611S*
A64DL.S*
A641 L,S*
A642L S*
~~43L,S*

A644L,S*
A645L S*
A646*
A649L*
A649S*
A148D
BCW25*
BCY55

~~: gg~~~

33~ BCY89
BFW39
BFW39A
36# BFW4D

~~:

~~: g~~~?A

39#
~9#
41#
42~

BFW51A
BFW52
BFW52A
BFXll*

n: ~~~1~:

45~

BFX36*
BFX7D*
BFX71*
BFX72*
BFX99*
BFY2D
BFY81
BFY82
BFY83
54# BFY84

4~#

47#
48#
'!!!#
5.0#
5;#

~~:

~~: ~~~g~:

57~ BFY91
BFY92
BN2D9
6.0
CS2639*

~~:
~~

63

g~
66

~~

69
7.0
71
72
7;3#
74
75

g~~g:g:

CS2643*

g~~~gg~:

CS29Dl1*
~::;~9D12*

012A8
012ED26
012E1D9
012E126
012XD84A

~~~~74

~~

FT2978
FT4D2D
FT4D21
FT4D22

~g

~i:g~~

78
81

FT4D25

g~

Itg~:g~~~*

84

M07D8A*
MD7D8AF*
M07D8B*
M07D8BF*

g~
87

~~

9.0

~.~
93

~~

96

~.~
99
1.0.0
1.01
1.02

~g~lg!;*

M0918B*
M0918BF*
M0981
MD981F
M0982
M0982F
MD984
M0984F
M099D
MOl12D
M0112DF
M01121
MOl121F

19~

~gm~F

;g~

~glmt

1.05

1.08
1.09
11.0

IN OR DER 0 F (1) CATEGO RY & (2) TYPE No.

13. MISCELLANEOUS
TRANSISTORS
llCA EGORY
L C

MD1126

M01129
M01129F
MOl13D

O.A. T.A. INC.

~

6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6

6

6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6

N-!,'L
N-PL
N-PL
N
N-PL
N-PL
N-PL
N-PL
N-PL
N-PL
N-PL
N-PL
N-PL
N-PL
N
N
N
N
N-P~f!.i

N-Pt~

N-PL
N-PL
N-PL
N-PL
N-PL

N-Pt~

N-PL
N-PE
NPL
N-PF

N-P~\':i

N-Pt~

N-PL
N
N
N
N
N
N
N
N
P-OPE
N-PL
N-OPL
P-OPE

~:gW)
N-OPL
N-OPLlll
N-PL
NOPL
NOPL
NOPL
NOPE
N-PE
N-PE
N-PL
N:PL
N
N-OPL
N-OPL
N-OPL
N-OPL
N-OPL
N-OPL
N-OPL
N-OPL
N-PL
N-PL
N-PL
N-PL
N
N
N-OPL
N-OPL
P-OPE
P-OPE
P-OPE
P-OPE
P-OPE
P-OPE

~I

~:

Si
Si
Si
Si
Si
Si
Si
Si

~:

Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si

I~:

6
6
6
6
6
6
6

N-AN
N-AN
N-AN
N-AN
N-EA
N-EA
N-EA
N-EA
N-E
N-E
P-E
P-E
P-E
P-E
P-E
N
N
N
N

6
6
6
6
6
6

N-E
N-E
N-PE
N
N
P

Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si

~

~.

~ ~

X27
X14
L2a
L2b
L2b
L2b
L2b
L2b
L2b
L2b
L2b
L2b
X7Da
X7D
X7Da
X7D
lA26
lA26
lA26
lA26
lA26
lA26
L2b
X56a
X56
TD18
L2
X44
L17u
L17u
L17u
L2i
L2i
L2i
L2i
L2j
L2'
L2j
L2j
L2d
L2d
L5D
L2b
L2b
L2b
L2b
L2b
L2
L2b
L2b
L2b
L2b
L2t
L2t
L2t
L2t
L2b
L2r
L2r
L2r
L2r
L2r
L2r
L2r
L2r
L17f
L2b
L2p
L2p
X14
L2j
L2'
L17e
L17e
L17e
L17e
L17e
L17e
u;34
u34
L66a
TD89
L66a
T.o89
L66a
TD89
L66a
TD89
L2d
L2f
L17c
L17d
L17v
T.o89
L17c
L2w
X22
L2w
X22
L2w
X22
L2d
L2d
L2d
L2w
X22
L2w

DESCRIPTION

I!,'t-1.4W

~: ~H

Si
Si
Si
Si
Si
Si
Si

I~

6
6
6
6
6
6
6
6
6
6

DWG. EO
No.
AD
D E

!:loth ~ides;V~!:I2-4()\IK~~!!O~.40uA.
Pt-1.4W Both Sides;VCBO-4DV;ICBD-.4DuA;hFE Match-.SD/1.D
PT-1.4W both sidesVCB.o-4DV min'hFE match-.SD/1.D
VCE.o-15V max;hFE-3D min at lDmA;ICB.o-2DDmA max at 2DV;Cob-6pf max

C~l8?2~%':S~et~~:5~~Ei~?5DDz.nh_~~EJ~~~~t:~gn~ ~·~X·hFEll2-.9D

OH
OH
OH
OH

VBE( 1-2)-1 DmY;IC-5DmAmax;BVCB.o-5DV;ICBD-l DnAmax;hFE-175 min.
BVE.o-35V;IC-3DmA;ft-3DMc;hFE 112-.8D;VB~11-~·l:2Dmv max;hFE-5D min.
BVE.o-35V·IC-3DmA·ft-3DMc·hFE1/2-.8D·VBE 1-2 -5.DmV max'hFE-1DD min.
BVE.o-35V;IC-3DmA;ft-3DMc;hFE 112-.8D;VBE( 1-2)-1 DmV max;hFE-1DD min.
BVED-35V;IC-3DmA;ft-3DMc;hFE 112-.9D;VB~il-~~:5.Dmv max;hFE-1DD min.
BVED-35V·IC-3DmA'ft-3DMc·hFEll2-.9D·VBE 1-2 -lDmV max'hFE-1DD min.
VBE lNBE2-1.5mV;hFE l/hFE2-1.D max;Pt-.3DW(both);IC-3DmA.
VBE lNBE2-3.DmV;hFE l/hFE2-1.D max;Pt-.3DW(both);IC-3DmA.
lOSS 112-.95 minVGS 112-5.DmV max:vfs 1/2-.97 min.
10~~ 1/2-.95 min;~§~ ~~~-5.DmVmax;Yfsl!2-.97 min.
IOSS1/2-.95 min;VGSll2-1DmV max;Yfsll2-.95 min.
lOSS 1/2-.95 minVGS 112-1 DmVmax'Yfs 1/2-.95 min.
Pt-3DDmW Both Sides; hFE 112-1..0 max; VBE(1-2)-3.DmV max.

~::3gg~~ g~:~ ~:~:~;

l~ng ~:~; ~gm:m:g~~ ~:~:

m
Pt-:!DDmW Both Sides; hFE !l2-1.D max; VBE(1-2)-15mV max.

~::3gg~~ g~:~ ~:~:~:h~~~/Y.tJ·~:x~vk~I~~I_-?t~~m~a~ax.

A
A

VBE lNBE2~~O"[V max;hFE l/hFE2-1.D max;Pt-.3DW(both);IC-3DmA.

~:Jg~:~n l:L~g~:~l~g~ l:~~m1:g~~ ~:~;g~~~g:3g~:

Pt-3DDmW max;VCE.o-5.DV;VEBD-5.DV;Vottset-25DuV max;lI Vott-5DuV.

~~~~~~~W'lfJ~~25~.?~~~~~~l~~~~1~V~d~:.~~~~_(~-g~ij~~?cvrC

max.

VBE( 1:~!?"Dmv max;IB(1-2)-25nA max;lI ~~II.!.-1.DuV/deg.C.
VB~!1-2 -6.DmV max;I~(1-~~-8DnA max;lIV/lIT-2.DuV/deg.C.
VBE 1-2 -lDmV max'IB 1-2 -3DDnA max·lIV/lIT-4.DuV/dea.C.
Pt-.4DWea;IC-3DmA;hFE 112-.9.0 min;VBE(1-2)-5mV;hFE-6D min.

~i-E4~~:a5Ic~~d~~E~~lli~?99V m~~·':fsti}1~~5mV·hFE_15D
Pt-.5DW device;hFEll2-1.1

max;lIVBE-1Du\(~C

min.

deg max.

~Ug~~~ ~:~:t~g~g:~~~;~~t~g :~ ~:g;~g~~l:m~~tFhW?ii~Dm~in.

fT-6DMHz min;L~~E.o-45V;hFE-15D to 6DD;VBE(1-2)3mV;hFE 112-.9.0 min.
fT-6DMHz min;LVCE.o-6DV;hFE-15D to 6DD;VBE(1-2)1.5mW;hFEll2-.9D min.
Pt-.4DW each'ICB.o-l DnA max'hFE 112-.8.0 min'lI VBE-5.DmV max.
Pt-.5DW each;VBE1/2-5.DmV max;hFEll2-.9D min;ICBD-1DnA max.
Pt-.5DW total;BVCBD-45V;hFE1/2-.8D min;VBE1NBE2-5.DmV max.
Pt-.4DW each·hFE1/hFE2-.90 minVBEll2-3.DmV max'ICBD-1DnA max.
Pt-.6W;hFE 1-2-.9.0 min;VBE( 1-2)-5.DmV max;lI VBE( 1-2)1II T-l DuVIdeg.C.

~:::~~;~~~ 1:~::gg ~:~;~gm:~~:~~~'(, ~~~i'(,BBW1-~(/~~~~~'if/~eega~.
Pt-.6W;hFE 1-2-.9.0 min;VBE(1-2)-1.5mV max;lIVBE(1-2)-.5DmV max.

~i~~5!t~~~"c~~~4~~Vh~~6~~ :::ii~:~j:1ED1")~.~gm~i-~e~E(1~~~j~;;,tD~ax.
Pt-.5DW;BVCB.o-6DV;ft-25DMc min;hFE 112-.8.0 min;VBE( 1-2)-15mV max.

~:::~~~:g~ggg:~ge~~~g~~ ~:~;~~~ l~t~g ~:~;~g~~ 1:~t 1~~~ ~:~:

Pt-~~Dm~;hFE Oitt. 2.0% max;VBE Oitt. lDmV max.
Pt-26DmW;hFE Oitt. 1.0% max;VBE Oitt. 5.DmV max.
ft-6DMc'BVCED-45V'hFE'6D-24D/lDuA'5mV-VBE match'lD%hFE match.
1!t-(jDMc;BVCE.o-45V;hFE-6D-24D/l DuA; 1DmV-VBE match;2~'!6 hFE match.

~:!~~C./~~~~)i~~gO~~~FJ~~~n?-5~3m~~~~~~J~-~~~.2~~DIC~·.D~a;:

Pt-.3DW;hFE 1/2-.8.0 min;VBE( 1-2)-1 DmV;hFE-65 max. at IC-1.DmA.
Pt-.3DW;hFE1/2-.9D min;VB~ll-~l:5.DmV;hFE-65 max. at IC-l.DmA.
Pt-.3DW·hFEll2-.8D min'VBE 1-2 -lDmV'hFE-65 max. at IC-l.DmA.
Pt-.3DW;hFE~/.2-.9D min;VBE(1-2)-5.DmV;hFE:fPD max at IC-.1DmA.
Pt-.3DW;hFE1/2-.8D min;VBE(1-2)-lDmV;hFE-2DD max at IC-.1DmA.
Pt-.3DW·hFE 1/2-.9.0 minVBEil-2i-5.DmV·hFE-3DD max at IC-.1DmA.
Pt-.3DW;hFE1/,?:.8D min;VBE(1-2)-lDmV;hFE-3DD max at IC-.1DmA.

m~}~_~~ge~i~D1DO~~~~~~~i·~?_1"5i::i~B~!!:~Uio~Waboth.
Pt(both sides)-3DDmW;VCB.o-6DV;IC-5DmA;hFE 1/2-.9.0 min.
hFE 1/2-.6.0 min,l.D max;VBE(1-2)-15mV max;Pc-5DDmW both.
VCE.o-15V max'hFE-3D min. at 1DmA'lIhFE-2D%'lI VBE±5.DmV.
Pt-.8DW;hFE 1!~-.9D min;VCE.o-2DV min;ICB.o-.6DnA.
Pt-.3W ea;IC-3DmA;hFE1/2-1 max;VB~rl-~E2 max;hFE-6D min;VCB.o-45V.
Pt-.3W ea'IC-3DmA'hFE1/2-1 max'VBE 1-2 -2mV'hFE-6D minVCB.o-6DV.
BVCE.o-45V;2D% hFE match;Cob-6.Dpf;VBE( 1-2)-5.DmV;ICBO-l DnA max.

g~~~g:~g~;~g~

~::~~:~~gtg~~:~~m :m:g~~::ggg: 1g~! ~:~:

m
BVCE.o-45V; 1.0% hFE match;Cob-6.Dpf;VBE(1-2)-3.DmV;ICB.o-l DnA max.
P
P

g~g~g:~g~; g~ m ~:~~~;~~g:~:g~r~~~! :m:g~~;:ggg: g~! ~:~:
Matched PaIr L[)A4?E. P!-.;j!,!:,!"~ ;
!/,~-.~~ min;VE!.~ ~~: IV,mv max;lI VBE l-~~lI TA-l.~'!.VrCmax
Matched ~(~ir LOA 4.01 Pt-36DmW;hFE1/2-.9Dmin;VBE1/2-1DmVmax;lIVBEl-2/l1TA-1DuVrc max.
Pt-4DDmW both sidesl;hFE1/2-.9D min·VBEll2-5.DmV max·ton-16ns max.
Pt-35DmW(both sides);hFE 112-.8 min;VBE 1/2-1DmV max;ton-16ns max.
Pt-4DDm~Woth side~l~hFE 112-.9.0 min;VBE 1I2-5.DmV max;ton-16ns max.
Pt-35DmW both sides ·hFEll2-.8 minVBE1I2-1DmV max·ton-16ns max.
Pt-1UDmW(both sides);hFEll2-.9D min;VBE1/2-5.DmV max;VCE.o-15V.

1

'"E_.

1

1

~?~86~~1~~~~ ~?d".:~~";:~~92~.~~;hn':~ 1~~-E~~2~lig~~E~~2~·tg~ri_lrgt~·
Pd(both sides)-35DmW:VCE.o-15V;hFE1/2-.8D min;VBEl-2-1DmV max.

~:lg~:~ ~:~:~~:~gg~~;~ggg:~g~::g:~gg~!:m:3~ ~:~:

P!\~oth SideS!-6~2mW;~~~.o-~DV;I~-~()DmA;hFE-35 min.
P:!~oth side~i:35DmW;VCB.o-6DV;IC-5DDmA;hFE-35 min.
Pt both sides -6DDmWVCBD 4DV'IC-2DDmA'hFE-25 min.
Pt(both sides)-35DmW; VCB.o 4DV; IC-2DDmA; hFE-25 min.

m~t8/~if~s~~?g'r~~.f.egE~?~IC~~~?10!;CF:i51~_r~OuA.

hFE-3D/12D at IC-1DDuA;(VBE1-VBE2) max.-1DmV at IC-1DDuA.

:~:lgg~!~~BBEJWB~ir~~~_~Da~~c~!~g~fciDuA.

m:3gmg ::
hFE-3~/12D at 1~-lQ[)uA;VBE(1-2.1 max-1DmV at .le-1DDuA.
hf,f-3D/12D sf.t IC-1DDUA;bVBE1-VBE2) max.-5.DmV at IC-1DDuA.
Pt both sides -4DDmWVC .o-4DV'IC-2DDmA'hFE-3D min.
Pt(both SideS!-4DDmW;VCB.o-4DV;IC-2DDmA;hFE-3D min.
Pt(both sides -4DDmW;VCB.o-4DV;hFE-25 min at IC-1DmA and VCE-l V.
hFE-1DD/3DD at IC-1DDuAVBE1/2-5.DmV max. at IC-1DDuA.

m:lgg;~gg

::

:~:lgg~!:v~~~%~5B6~-~·~~~. ~t"7c~~dg~~DuA

184

SYMBOLS AND CODES
EXPLAINED IN INTERPRETER

LINE
No.

~

TYPE
No.

13· MISCELLANEOUS
TRANSISTORS
L C

1 ATEGORY
U STRUC·
STURE

A
T

E

~

3
4
5
6
7
8
9
10
11
12

n
15

1~

18

~5

21

~~

24

~~

27

~g
30

~~

I~~~ ~~~~
MDl131F
MDl132
MDl132F
MDl134

I~g~~~~~;*

MD2369B*
MD2369BF*
MD3250
MD3250A
MD3250AF
MD3250F
MD3251
MD3251A
MD3251AF
MD3251F
MD5000*
MD5000A*
MD5000B*
MD8001*
MD8002*
MD8003*

~~~g~1ll

ME504
MEM551*
MMFl
MMF2

~~~~

~ I~.E

6
6
6
6
6
6
6
6
6
6

g
6

~

6
6
6
6

g

6
6
6
6
6
6
6
6
6
6
6
6
6

N·E
N·E
N·E
N·E
N·AN
N·AN
N·AN
N·AN
P·AN
P·AN
P·AN
P·AN
P·AN
P·AN
P·AN
P·AN
P·EA
P·EA
P·EA
N·EA
N·EA
N·EA
N·PE
N·PE
N·PE
P
N
N
N
N
N
N
P
P

36

~~

MMF5
MMF6
MP2060·1
MP2060-2

~~

~~~ggg:~

g~

MP2060·5

6 P

33

39

:~

~~~ggg:~

MP2061·1
MP2061·2
MP20S1·3
MP20S1·4
45
MP20S1·5
MP20S1·S
MP20S1·7
48
MP2062·1
~g MP2062·2
MP2062·3
51
MP2062·4
MP2062·5
MP2062·6
54
MP2062·7
55
MP2063·1
56
MP2063·2
57
MP2063·3
58
MP2063·4
59
MP2063·5
60
MP2063·6
MP2063·7
MQ3799A*
63
~4# MT102B*
NS7200
65
NS7201
66
NS7300
67
NS7301
68
NS7302
69
NS7303
NS7304
NS7305
72

42

:~

:~

~~

~~

75

~~

78

~g
81

SA2718*
SA2719*
SA2720*
SA2721*

g~

I~~~n~:

SA2724*

~~ I~~~n~:

93,.,

SD5014*

~;: l~g~gJg:
96.
~7'"
98,.,
99,.,
100.
101,.,
102t

S05051*
SFT918
SFT918A
SFT918B
SL301A*
SL301AE*
SL301B*

105,.,
1(J6,.,
107,.,
108,.,

SL301CE*
SL301E*
SL301 EE*
SL303AE*

19~: ~t~g1~~*
1(J~'"

110,.,

P
P
P
P
P
P
P
P
P
P
P

~ ~.EAQj

P·MOS
P·PL
P·PL
N-PL
N·PL
N·PL
N·PL
N·PL
N·PL
N
N·PE
N·PF
N
N
N

6 N

I~~m~:

90

~ ~

S
6
6
6
6
6
6
6
6
6
6

SA2715*

I~~m~:

g~
87

P
P
P
P
P
P
P

SA2648*
SA2710*
SA2711*
SA2712*

I~~~~~~:

84

g~

6
S
6
S
S
S
6

6
6
6
6
6
6
6
6
S
6
6
6
S
6
6

~~

n

~ ~

I~t~g~~~:

D.A. T.A. INC,

~ ~

g~
6
6
6
6

N
N
N
N

~ ~

6 N
6 N

~ ~.MOSIZ!

6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6

p.M9.~8

N·MOSiZ!
N.MOS0
N·PL
N·PL
N·PL
N
N
N
N
N
N
N
N
N
N
N

IN ORDER OF (11.CATEGORY & (21 TYPE No.

M

DWG. EO
No.
AD
DE

ht:.E:lOE'(~.c~~, at IC·l00uA; VBE1IVBE2·5.0mV max at IC·l00uA
VCBO·30V;VCEO·15V;IC·50mA max;ft·600Mc min;hFE·50 min.at IC·l rnA.
VCBO·30VVCEO·15V·IC·50mA max:ft·600Mc min·hFE·50 min.at IC·l rnA.
hFE·50 min. at IC·l.0mA;VBE(1·2)·5.0mV max. at IC·l.0mA.

I~: I~~J'
Si L2f
Si L2w
Si X22
Si R0131b
Si L66a
Si T089
Si L66a
Si T089
Si L17c
Si L17c
Si L17d
Si L17d
Si L17c
L17c
I~: L17d
Si L17d
Si L66b
Si La6b
Si L66b
Si L2v
Si L2v
Si L2v
Si L2
Si L3
Si L2
Si L54
Si X74
Si X74
Si X74
Si X74
Si X74
Si X74
Ge T03
Ge T03
I~e

Ge
Ge
Ge
Ge
Ge
Ge
Ge
Ge
Ge
Ge
Ge
Ge
Ge
Ge
Ge
Ge
Ge
Ge
Ge
Ge
Ge
Ge
Ge
Ge
Ge
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si

ig~

T03
T03
T03
T03
T03
T03
T03
T03
T03
T03
T03
T03
T03
T03
T03
T03
T03
T03
T03
T03
T03
T03
T03
T03
L56c
L54a
L8a
L8a
L2b
L2b
L2b
L2j

t~j
L8a
L2b
L2b
L2t
L2t
L2t
L2t
L2t
L2t
L2t
L2t
L2t
L2t
L2t
L2t
L2t
L2t
L2t
L2t
L2t
L53
L54
L53
L54
L2b
L2b
L2b
L44a
L44b
L44a
L44b
L44a
L44b
L44a
L44b

I

DESCRIPTION

~~~~gm~7b~~ l;i~.;~~v"d~~~Jb~1h~~.~~ ::;i~~' a~t Ih~i1~AAand

VCE·l V.
Pt·600mW(both sides);hFE 112·.90 min;VBE 112·5.0mV max;ton·15ns max.

~~:~gg~~l~~~~ ~:~::~:m 1~ng ~:~;~:~ 1~~:~g'~vm~i!~~~~ ~~~sm~~·x.

Pt·350mW(both sides);hFE 1/2·.80 min;VBE 112·1 OmV max;ton·15ns max.

~!~~~~ ::~::!~6~~~W~B~~BB~~5~,{NE~500~h:FWA:99~m~i·n·VBEll.2\.5mVmax

Pt(both side~!.350mW;BVCBO.50V;IC.50mA;hFE 1~2 .. 90min;VBE( 1·2)·5mVmax

~~!~~~~ ::~::):~gg~~::~g:g:~g~::g:~g~~;~~~ 1~t~g~:~:

·600mW;BVCBO·50V;IC·50mA;hFE 1/2·.90min;VBE( 1·2)·5mVmax
P:~!:oth sides
sides ·350mW;BVCBO·50V;IC·50mA;hFE 1/2·.90min;VBE( 1·2)·5mVmax

Pt both
Pt both
Pd!both
P~iPoth
Pd both

DH
DH
DH
DH
DH
DH

g~
g~

cQi

g~

cQi

g~

cQi

g~

cQi

g~
cQi
g~
cQi
g~
cQi
g~
ciil
g~

sides ·350mW·BVCBO·50V·IC·50mA·hFE 1/2·.90min.
sides ·400mW;VCEO·15V;hFEl/2·.70 min;VBE!1.21·5.omV max.
sides ·400mW;VCEO·15V;hFE 112·.90 min;VB~i 1·~C5.0mV max.
sides ·400mWVCEO·15V·hFEl/2·.80 min'VBE 1·2 ·10mV max.
Pt.~OOmW;VBE ~~2.15mV;IB ~~2.1.0uA max;X~EO·40V max.
Pt·600mW;VBE 112·15mV;IB 112·1.0uA max;VCEO·50V max.
Pt·600mW·VBE 112·15mV·IB 1/2·1.0uA max·VCEO·60V max.
BVCEO·l0V;BVEBO·3.0V;ICBO·l0nA max at VCB·l0V;hFE·60min/IC·l00uA.
Pair of 2N1893, Darlington Amplifier, hFE·750 min. at IC·l0ma
BVCBO·30V·BVEBO·3.0V·ICBO·l0nA max.IVCB·15V·hFE·100 min/lC·l00uA
Pt·112mW;Yfsl/2·.80 min;Gfs(1·2)·200mV max;VGST·6.0V max.
Yfs 1/2·.98 min;VG~p·~t5mv max;t- VG~p·~Vt-T.l0uv/deg.C.
Yfsl/2·.95 min'VGS 1·2 ·5mV max·t-VGS 1·21t-T·l0uV/den.C.
Yfs ~~~ •. ~~ min;~g~! !·~t5mv max;t- \(§~!! .~!~t-~·~5uVIdeg.C.
Yfsl/2·.95 min;VGS 1·2 ·5mV max;t-VG~!1·~Vt-T.25uV/deg.C.
Yfsl/2·.98 minVGS 1·2 ·5mV max·t-VGS 1·21t-T·50uV/dea.C.
Yfs 1/2·.95 min;VGS(1.2J.5mV max;t-VGS(1·2)/t-T·50uV/deg.C.
Matched Pair of MP20 0; hFE·30 min., 45 max.
Matched Pair of MP2060' hFE·40 min. 60 max.
Matched Pair of MP2Q~0; hFE·50 min .. 75 max.
Matched Pair of MP2060; hFE·60 min., 90 max.
Matched Pair of MP2060' hFE·80 min. 120 max.
Matched Pair of MP2060; hFE·l00 min., 150 max.
Matched Pair of MP2060; hFE·130 min .. 200 max.
Matched Pair of MP2061' hFE·30 min. 45 max.
Matched Pair of MP20S1; hFE·40 min .. SO max.
Matched Pair of MP20S1; hFE·50 min .. 75 max.
Matched Pair of MP2061' hFE·SO min. 90 max.
Matched Pair of MP2061; hFE·80 min., 120 max.
Matched Pair of MP20S1; hFE·l00 min .. 150 max.
Matched Pair of MP2061' hFE·130 min. 200 max.
Matched Pair of MP2062; hFE·30 min .. 45 max.
Matched Pair of MP2062; hFE·40 min., 60 max.
Matched Pair of MP2062' hFE·50 min. 75 max.
Matched Pair of MP2062; hFE·60 min., 90 max.
Matched Pair of MP2062; hFE·80 min., 120 max.
Matched Pair of MP2062' hFE·l00 min. 150 max.
Matched Pair of MP2062; hFE·130 min .. 200 max.
Matched Pair of MP2063; hFE·30 min .. 45 max.
Matched Pair of MP2063' hFE·40 min. 60 max.
Matched Pair of MP2063; hFE·50 min., 75 max.
Matched Pair of MP2063; hFE·60 min., gO max.
Matched Pair of MP2063' hFE·80 min. 120 max.
Matched Pair of MP2063; hFE·l00 min .. 150 max.

~~~C~SJ~S~i1/~~.~~n9~·~B~~~i.5~J'i::;ax228B~rlx:2lI b. T·l OuVIden.C max.
t- Threshold VOlta~e.200mv max;t-rDS·60n max;t-~m.35uA7V typo
Pt·600mW;VBEll ·3.0mV max;hFE1/2·1.0 max;ft· OMc.
Pt·600mW·VBEl/2·5.0mV max'hFE 1/2·1.0 max·ft·60Mc.
BVCBO·40V;Pt·600mW;hFE·l00 min;VBE( 1·2)·1 OmV;hFE 112·.90·1.0
BVCBO·40V;Pt·600mW;hFE·l 00 min;VB~I! ·~t 1OmV;hFE 112·.80·1.0
BVCBO·40V·Pt·600mW·hFE·l00 minVBE 1·2 ·10mV·hFEll2·.50·1.0
BVCBO·40V;Pt·400mW;hFE·l (JO min;VBE( 1·2)·1 Om,,;hFE 1/2·.90·1.0
BVCBO·40V;Pt·400mW;hFE·l00 min;vB~ll·~i: 10mV;hFE 112·.80·1.0
BVCBO·40V·Pt·400mW·hFE·l00 min'VBE 1·2·1 OmV'hFE 1/2·.50·1.0
BVCBO-40V min;hFE l/hFE2 •. 7!1.0;VBE1·VBE2·20mV at IC·l00uA
~~J~;~~~ 1~~::~om'i~~~~N.~~~~~vm~~.~e~~~~ii~~~J;n~O~~x~ax.
Pt·.6W;hFE 1/2·.90 min;VBE! 1.21·2mv max;t-VBE(1·2)1 t-T·3uV/deg.C.
Pt·.6W;hFE 1/2·.90 min;VB~i 1·k2mv ma~;~VBW·~Vt-T.3uV/deg.c.
Pt·.6W·hFEl/2·.90 minVBE 1·2 ·3mV max' VBE 1.2/t-T·5uV/de;;.C.
Pt·.~W;hFE ~/2·.80 min;VBm:~!"~mv max;t-VI:I~t~!t!·5uV/deg.c.

Pt·.6W;hFE1/2·.80 min;VBE 1·2 ·5mV max;t-VBE 1·2/t-T·l0uV/deg.C.
Pt·.6W·hFEl/2·.90 min'VBE 1·2 ·2mV max·t-VBE 1·2/t-T·3uV/deo.C.
Pt·.f:lVli;hFE 1/2·.90 min;VBE! 1.21·2mv max;b. VBE! 1.2Vb. T·3uV/deg.C.
Pt·.6W;hFE 1/2·.90 min;VB~ll·k3mv max;t- VB~ll.~/ t-T·5uV/deg.C.
Pt·.6W·hFEll2·.80 min'VBE 1·2 ·5mV max·t-VBE 1.2/t-T·l0uV/de,,-.C.
Pt·.6W;hFE 112·.90 min;VBE(1·2)·2mV max;t-VBE( 1·2)/ t-T·3uV/deg.C.
Pt·.6W;hFE 1/2·.90 min;VB~p.~~.3mv max;t- VB~p ·~V t- T·5uV/deg.C.
Pt·.6W·hFEl/2·.80 minVBE 1·2 ·5mV max·t-VBE 1.2/t-T.l0uV/den-.C.
Pt·.!!VIi;hFE ~ 12·.90 min;VBE( 1·2)·2mV max;t-VBE(1·2)1t- T·3uV/deg.C.
Pt·.6W;hFE 1/2·.90 min;VB~il·~t3mV max;t- VBW·~V t-T·5uV/deg.C.
Pt·.6W·hFEl/2·.80 min'YBE 1·2 ·5mV max·t-VBE 1·2/t-T·l0uV/den.C.
Pt·.6W;hFE 1/2·.90 min;VBE(1·2)·1.SmV max;t-VBE(1·2)1t-T·3uV/deg.C.
Pt.. 6W;hF~(: 12·.90 ~;n;VBE( 1·2)·2.5mV ~~;t- VBE( 1·2)1t-T·5uV/deg.C.
Pt·325mWeach side at 25'C case temo: s 112 .80minVGS 112·200mV
Pt·325mW(each sidel at 25'C case temp;yfs 1/2 .80min;VGS 1/2·200mV
Pt.325m~!~aCh Sid:l at 2S'C case tem~~a~ 1/2 .80min;VGS 112·200mV
Pt·325mWeach side at 25'C case temo: s 1/2 .80min·VGS 1/2·200mV
Pt·300mW each;ft·600 MHz min;hFE·50 min.

max.
max.
max.
max.

mgg~~ ::~~~:~gg ~~i ~:~:m 1~~Jg ~:~;~:~ !t~t~g~j' ~::.

BVCBO·35V;BVCEO·16V;IC·50mA;hFE( 1.21·900m;v~E.600mv;t- VB E! 1.21·3.omv.

BVCBO.35V;BVCEO.16V;IC.50mA;hF~! 1·k900m;VCE.600mV;t- ~~E2t2 ·3.0mV.

BVCBO·30V·BVCEO·12V·IC·50mA·hFE 1·2 ·500m·VCE·l.0V·t-VBE 1·2 ·12mV.
BVCBO-30V;BVCEO·12V;IC·50mA;hFE(1·2)·500m;VCE·l.0V;t-VaE( 1·2#·12mV.
I:YCBO.25 V;BVCEO·l OV;IC·50mA;VCE·600mV.
VCBO·25V·BVCEO·l OV'I C·50mA·VCE·600mV.
BVCBO·30V;BVCEO·12V;IC·50mA;h FE( 1·2)·800m;VCE·600mV;t-VB E( 1·2)·5.0mV.

:~g~g:~g~;~~g~g: 1~~;:g:~g:::~:~m 1:mgg~:~gt~gg~~:~ ~:~11 :m:g~~:
:~g:g:~g~:~~g~g: 1~~;:g:~g:::~:mf 1:~t~gg~;~gtn~mi~~~~l:~t~~~e~v.

185

SYMBOLS AND CODES
EXPLAINED IN INTERPRETER

LINE
No.

JJ

TYPE
No.

I;! ~t~~~~I:

2.
3.
4
5
6
7
8
9

SL354BF*

~~ilg?

12

SMTl02
SMTl03
SMTl04
SMTl05
SP8302
SP8303
SP8304

15
16
17
18

SP8310
SP8311
SP10801
SP10810

l~

n

~~g~g~

~g

~~~gj~:

21

SU2076*

g
24
25
26
27
28
29
30

~~

33
34.
35.
36.
~7'0'

38
39

:?

42.

~~~gj8:

SU2079*
SU2080*
SU2081*
SU2098*
SU2098A*
SU2098B*
SU2099*

~~~gg~A*
TD10l*
TD200*
TD201*
TD202*
TD250*
TD400*
TD401*
TD402*
TD500*
TD501*

:~; ig~~~:

45

:~

48
49
50
51
52
53
54
55
56
57
58
59
60

~~

63

g~

66

g~#

TIS25

i:~~~

TIS68*
T1S69*
TIS70*
U231*
U232*
U233*
U234*
U235*
U248*
U248A*
U249*
U249A*
U250*
U250A*
U251*
U251A*

I~~~~:

UCX2910*
UPA15
lDTll

69lt lDT20
~I!# lDT21
71# lDT40
72lt lDT41
73# lDT42
lDT44
j~: lDT45

?~

J~~~~~378

~~

~~~~~~86

78

2N986

81# BPX25
BPX29
g~: BPX30
84lt BPY60

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

87lt BPY61/111

~~: ~~~g~~:1

90lt BPY62/111

~~:

BPY65
EIP
FF102*

~~

mg~:

93

96

~~

FPM100

~~~1gg

99#
100.
101.
102.

GPT
GS100
GS102
GS170

105.

GS302
GS370
GS372
GS400
GS403
GS420

19~; ~~~6~
1<;?~.

107.
108.

l~~:

13· MISCELLANEOUS TRANSISTORS
DESCRIPTION
U ISTRUC.
STURE
~I No.DWG·I~ADgI

IN ORDER OF (1) CATEGORY &(2) TYPE No.

1 CATEGORY

D.A. T.A. INC.

6 N
6 N
6 N

~ ~

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
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
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

I

oE

EI

P
P
P
P
N·PL
N·PL
N·PL
P·PL

~:~t0

N·PL
N·DPL
P·DPE
N
N
N

~

N
N
N
N

~@~

N0*
N

~~~

N·PL

~~

N

~$tg

P·PL
p·PLt

~g

P
P0
N·PE
N·PE
N·PE
N·PE
N·PE

~~E

~~

N0

~¢

N0

~¢
N0

~~

N0
N

~Mj

N·PE
N·PL
N·PL
N·PL
N·PL
N·PL
N·PL
N·PL
N·PL
N
NL
N
N
N
N·PE
N·PE
NL
N·DPL
N·PL
N·PL
N·PL
NPE
NPE
NPE
N·DPL
P
N·EL
N·EL
N·EL
N·PL
N·PL
N·PLL
P
N·PLL
N·PLL
N·PLL
N·PLL
N·PLL
N·PLL
N·PLL
N·PLL
N·PLL
N·PLL
N·PLL

Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Ge
Si
Si
Si
Si
Si
Ge
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si

BVCBO-30V;B~~~0-12V;!5:-50mA;hFE( 1.2)-500m;~~~.1.0V;L VBE( 1-2)-12mV.
BVCBO-30V;BVCEO-12V;IC-50mA;hFE( 1-2)-500m;VCE-l.0V;L VBE( 1-2)-12mV.
BVCBO-30V·BVCEO-12V·IC-50mA-hFEi 1-2\-500mVCE-l.0V·L VBEi 1-2\-12mV.
BV(;EO-45V;IC-30mA max;Pt·.~OW;VBE(I-2)-20mV;(;ob·~.Opf.
BVCEO-45V;IC-30mA max;Pt•. 60W;VB~ll.~!:20mv;cob.6.0~f.
BVCEO-45V·IC-30mA max·Pt·.60WVBE 1-2 -10mV·hFEl/h E2-.80 min.
BVCEO-45V;IC-30mA max;Pt·.60W;VBE( 1-2)-1 OmV;hFE l/hFE2-.80 min.

t~~a
L67
L17a
L17a
L17a
L17a
L17a
L17a
L8a
L8a
L8a
L8a
L8a
L8a
L8a
T089
T089
L21
L21
L21
L21
L21
L21
L21
L21
L21
R131
R131
L21
R131
L2u
L2u
L2z
L2z
L2z
L2z
L 17m
L 17m
L 17m
L17w
L17w
L17w
L 17w
L21a
L21a
L21a
T092
T092
T092
L58
L58
L58
L58
L58
L58a
L58a
L58a
L58a
L58a
L58a
L58a
L58a

~~g~g::~~;:g:~g~! ~:~;~~Jg~;~~~ll:m:g~~;~~~ l~mt~g ~:~:

Pe·.50W;BV~~0.1 00V;hFE-75 min/IC·l0mA;ICBO·.025mA max.
Pe·.50W;BVCBO-l00V;hFE-35 min/IC-l0mA;ICBO·.025mA max.
Pe·.30W·BVCBO-40V·hFE-30 min/IC-l0mA'lCBO·.025uA max.
Pe·.30W;BVCBO-20V;hFE-35 min/lC-l OmA;ICBO·.O 1uA max.
Pe·.50W;BVCBO-75V;hFE-40 min/IC-150mA;ICBO·.0 1uA max.
Pe·.50W·BVCBO-75V·hFE-l00 min/IC-150mA·ICBO·.0 1uA max.
Pe·.50W;BVCBO-120V;hFE-40 min/IC-150mA;ICBO·.0 1uA max.
hFE1/hFE2-0.8minL VBE1-VBE2-1.6mV max,NF-4.0db max
hFE l/hFE2-0.8minL VBE I-VBE2-4.0mV max hFE-35min at 10mA-l.0V
Pt-300mW; gm 112,.95 min;VGS(I-2)-15mV max;tNGS(I-2)/LT-l0uV/Deg.C.

~~:~~g~~; ~~lj~::~~ ~:~;~~~!l:~m~~ ~:~;~~~~!UI~N:l~~~jg:~t

Pt-250mW;
Pt-250mW;
Pt-250mW·
Pt-250mW;

X8e

~g~

X69
X8a
X8a
X8a
X8

~~:33~~~i~~.I~~·'~Tn.V~§Y~~I.~~J.~:j6tgY~~1}~2.I:N~~7~~~~e9,,;;~max.

Pt-300mW;gm 112-.95 min;VGS(I-2)-5mV;LVGS( 1.2)/L T-5.0uV/deg.C.max.
Pt·.40W;hFE 112-.90 min;VB~11'R5mv max;LVBE~~~2)~~ T-20uV/deg.C max
Pt·.40W·hFEII2-.90 minVBE 1-2-10mV max'LVB 1-2/LT-30uV/dea.C max
ft-30MHz min;hFE at IC 100uA-120 min;hFE 1/2-.90 min;VBEll.2) 5.0mV max.
ft-30MHz min;hFE at IC 100uA-120 min;hFE 1/2-.90 min;VBE 1-2) lOmV max.
ft-30MHz min'hFE at IC 10mA-150 min·BVCBO-60V·VBEISATl:.80V max.
ft-30MHz min;hFE at IC 100uA-120 min;hFE 1/2,.90 min;VBE(I-2) 3.0mV max.

~~::gg~~;mljt~g~:~;~~~lj~:~~::j :::t:::EES.t!fNig~::fgee£~.

Pt-400mW;hFE-60min;VBE.80Vmax;Sat.Res.-20·ohms max.

~:~g~~~ ~:~:m :~

199~!:gg ~:~;m l~t~g ~:~:~~m:~l ~g:::

:::..

:g
ft.~~MHz min;BVCBO-40V;VCE(SAT)·.20V max;VBE(SAT)·.80V max.
ft-20MHz min;hFE at IC 100uA-120 min;hFE 1/2-.90 min;VBE(I-2) 3.0mV max.
FET·BVGSS-50V·IDSS-8.0mA max'Yfs match 5.0%'Yfs-1500umhos min.
FET;BV§SS.50V;IDSS.8.0mA max;Yfs match 10%;Yfs-1500umhos min.

~i.I~ci'~JlY~~I'i~~~~·~?nm:GS(;~kj~~.g'~~ehm~~~~~S;j~~,&~~h~Sa:.'in.
Pt-360mW;Yfs 1/2-.90 min;VGS( 1-2)-1 OmV max;IGSS 1/2-1 OnA max.

~~:~gg~~:iJ( :~:·18gnA~n~~e~~{~!il,~~~~';:~~~~~1;~i~gT.~ O~~~Cmax.

11
Pt-300mW;IG( 1-2)-1 OnAmax;VGS( 1-2)-1 OmVmax;VGS( 1-2)L T-25 uVI'Cmax.

~;;lgoO::'i~~~~2~~'llgnnt:a~x:GGS~~~2~~21Ji:::a~~:ci's~~~i~~L1.7550u'O'f.cC:a~~·

Pt-300mW;IG( 1-2)-1 OnAmax;VGS( 1-2)-25 mVmax;VGS( 1-2)L T-l OOuV I'Cmax.
Pt·.50W;IDSS 1/2,.95 min;Gfs 1/2-.97 min;VGS 1-2-5mV.
Pt·.50W·IDSS 1/2-.95 min·GfsI/2-.97 minVGS 1-2-5mV.
Pt·.50W;IDSS 1/2-.95 min;Gfs 1/2-.97 min;VGS 1-2-5mV.
Pt·.50W;IDSS 1/2-.95 min;Gfs 1/2-.97 min;VGS 1-2-5mV.
Pt·.50W·IDSS 1/2-.95 min'Gfs 1/2-.95 minVGS 1-2-10mV.
Pt·.50W;IDSS 1/2,.95 min;Gfs 1/2-.95 min;VGS 1-2-10mV.
Pt·.50W;IDSS 1/2-.95 min;Gfs 112-.95 min;VGS 1-2-15mV.
Pt·.50W·IDSS 1/2-.95 min'Gfs 1/2'.95 minVGS 1-2-15mV.
Pt-500mW;IG(I-2)-20nA max.;IDSS(I-2)·.95 min.vGS(I-2) 10mV max.

~:W~~.~~~~~~~~0~~.~~Ei\~~~I(~·~);~~io~~.~~%~~~-2) 15mV max.
Pe·.6W max;hFE1/hFE2-.8 min;hFE-40 min at lmA;VBE1/VBE2-10W max.
LVEC-l00uV max; VEC-2.0mV.
hFE1/hFE2-1.0 max' VBE1-VBE2-20mV max.
hFE1/hFE2-1.0 max; VBE1-VBE2-5.0mV max.

~Ugg~~!g~~~ ~:~:~I;~::; ~:

n~~:

PL-500mW(both sides);VBE(I.2)-5mV max;hFE1/hFE2-1.0 max.

~Ugg~~!g~~~ ~:~:~I:~~~!l:~1:1g~~ ~:~:~m~mng ~:~:

Pd-50mW;ID-25nA max;IL-lmA min;tr-2usee max;VCE-30V;VEC-6V.
Pt-50mW;1 D-l OnAmax;IL-9.0mAmax;tr-l.5uSmax;VCE-50V;VEC-8V.
Pe·.50W max' BVCBO-l00V· Photo·Sens-3. 1uAife max.
Pe·~'!.0rnW;BV(;.B~: 1QOVmax;Photo ~ens·~;OuAlfe;ldark·.O 1uAmax.

~~~·~g:'Ig'~m.~~~~01~~1~Y:l~huolo~:;·;·~~s~~~6~eA~';:Cv/em sa.
A<,O Pt-.30W;ICE(L).1.0mA;ICt;.l?S 1.0uA max;Sens-130uAlmW/em. t.'},.
Pt-500mW;BVCEO-30V;ICE -1.0uAmax;ICM-40mA;Sens-l00m mW/CM2.
Pt·.87W·Sens-250uAlmW/sa.em·tr liaht-l.0usec max·tf liaht-l0usee max.
Pt-50mW;!S:•. 52mA at B-l000Iux;Speetral Sensitivity-l.0uM max.
Pt-50mW;IC-l.5mA at B-l000Iux;Speetral Sensitivity-l.0uM max.
Pt-50mW·IC-3.0mA at B-l000Iux·SDeetral SensitivitY-l.0uM max.
A§ Pt•. 20W;I,::.I.QmAmin.atB-l000Iux;Sens .. l.0uM;VCE-15V.
A§ Pt·.20W;IC-2.0mAmin.atB-l 000Iux;Sens.-l.0u M;VCE-15V.
A§ Pt·.20W·IC-4.0mAmin.atB-l000Iux·Sens.-l.0uMVCE-15V.
A<,O Pt.. 5W;Sens .• 250u~~mW/em;tr light-l.0usee max;tf light· 1Ousee max.

\0

T072 D H
T018 D B
T072 D H
X52
X52a
R124
A
u54
u54
u54
u54
x90a
x90a
x90a
x90a
x90
x90
x90

min;VGSp.2!.15mV maX;L~§~!:'2(LT'25uV/Deg.c.
min;VG~ll.~\:15mV max;LVGS 1'~\;LT.35uV/Deg.C.
min'VGS 1-2 -15mV max'LVGS 1-2 ILT-60uV/Dea.C.
min;VGS(I-2)-15mV max;LVGS(I-2)/LT-35uV/Deg.C.

~~:~3s..z~~i J2~J~2;;'~~V~~~~~f.~1.;,2~•. ~~G~I ~~f;i¥~~~ii~~~aT~~::'Deg.C.
Pt-300mW;gm 112-.95 min;VGS(I-2)-5mV;LVGS( 1-2)1LT· 1OuV/deg.C.max.

igjg
L2d
L5
L2h
L2h
L2h
L2d
L2d
L2d
L2d
L2d
X69
X69
X8
X8
X8
X29b
X29

gm ~,-:2 .. ~5
gm 112-.95
am 112-.95
gmll2-.90

:g{li~·~t?-7~nl~ynl~:::~bl~i~h~i::g~tf~cm~~:tr.30nsee·tf.50nsee.

IGlli9hl8.0nAlFC min;ID\light).144UA(fC typ;tr-25nsee;tf-40nsee.
IG light -75nAlFC min;ID( ight)-800uAlFC typ;tr-30nsee;tf-50nsee.
Pt-75mW max·ID·.10uA max·IL·.80mA max·BVCEO-5.0V min.
Pt-75mW max;ID·.l0uA max;IL·.80mA max.
Pt-l00mWmax;ID-l0 1nAmax;IC-25mA;tr-3.0usee.
Idark-2.0mA max' lIiaht-50mk Sens.·.30uAllm.
Pt-50mW;IL-1.0mA min;ID.1.0nA;~,::~ (SAT)·.30V;tr-7.0us max;tf-40us max.

mg~~;:t:·",g~! ~i~;:g:~g~t:fEE ittJ,~~;g:j.i~i.~uu.. :::W.4~Uu" :::.

Pt-50mW;IL·.l0mA
Pt-50mW;IL-l.0mA
Pt-50mW·IL·.l0mA
Pt-50mW;IL-l.0mA
Pt-50mW;IL·.l0mA
Pt-50mW·IL·. 10mA
Pt-50mW;IL·.50mA
Pt-50mW·IL-l.0mA

min;ID-20nA;VCE (SAT)·.30V;tr.7.0us max;tf-40us max.
min;ID-l.0nA;VCE !~A~f30V;tr.7.0us max;tf-40us max.
min·ID-l.0nA'VCE SAT ·.30V·tr-7.0us max·tf-40us max.
min;ID-20nA;VCE (SAT)·.30V;tr-7.0us max;tf-40us max.
min;ID-20nA;VCE (~ATli:30V;tr.7.0us max;tf-40us max.
min·ID-l.0nAVCE SAT ·.30V·tr-5.0us max·tf-15us max.
min;ID-1.0nA;VCE (SAT)·.30V;tr-8.0us max;tf-12us max.
min·ID-1.0nAVCE iSATi·.30V·tr-2.0us max·tf-12us max

186

SYMBOLS AND CODES
EXPLAINED IN INTERPRETER

il
LINE
No.

~

1
TYPE
No.

U
S

13. MISCELLANEOUS
TRANSISTORS
L (;
M

ATEhl. RY
STRUC·
TURE

A
T

E

1"
2" g~:~~
3"
4t
S
6
7"
8"
9"

GS470
GS600
GS600L
GS601

g~~g~

GS609

W I~m~
12" GS612
1~"

1S.
1~"

17"
18

GS614
GS660
GS670

Ig~~:g
L14AS02

~~ It~~gg

21,,1j MEL11
MEL12
~~"~ MRD100*
MRD1S0*
24

~~

~~g~~g

MRD2S0
MRD300
MRD310
MRD4S0*
30
~.1" MRD600
OCP70
32
OCP71
33
OS14
OS18
36:#: P20
P21
~~# Pl02*
P236
39
P237
40
P238
41
42
PFN3066*
27

~~

~~:

:~

P~~~~~~:

4S# PH241N*
46#

:~l

49
SO
S1

~~

54

~~

57
58
59
60

~~

63
64
65
66
,

~~
69

~~"'#
72

n

75

~~

78

~g
81
82
83
84

:~
87

gg

90

~~

93

~~

96

~~

99
100
101
102

19~

105

19~

108

1~g

~~~:~~:

PH244N*
SPl
SP2
SP3

m~gl

TIL602

+:t~g~

TIL60S
TlL606
TIL607
TIL608
TlL609
TlL610
TlL611
TlL612
TIL613
TlL6 14
TIL61S
TIL616
TSP3
ZM100
2N489
2N489A
JAN2N489A
2N489B
2N490
2N490A
JAN2N490A
2N490B
~!'I490C

2N491
2N491A
JAN2N491A
2N491B
2N492
2N492A
JAN2N492A
2N492B

~~:~~l.:
2N493A
JAN2N493A
2N493B
2N494
2N494A
JAN2N494A
2N494B
2N494C
2N1671
2N1671A
2N1671B
2N1671C
2N2160
2N2417
2N2417A
JAN2N2417A
2N2417B
2N2418
2N2418A

~~~~~~:lHA

D.A. T.A. INC_

r~:~t~

7
7
7
7
7
7
7
7
7
7
7
7
7
7
7
7
7
7
7
7
7
7
7
7
7
7
7
7
7
7
7
7
7
7
7
7
7
7
7
7
7
7
7
7
7
7
7
7
7
7
7
7
7
7
7
7
7
7
7
7
7
7
7
7
7
7
7
7
9
9
9
9
9
9
9
9
9
9
9
9
9
9
9
9
9
9
9
9
9
9
9
9
9
9
9
9
9
9
9
9
9
9
9
9
9
9
9
9

IN ORDER OF (1) CATEGORY & (2) TYPE No.

N-PL6.
N-PLll
N-PLll
N-PLll
N-PLll
N-PLll
N-PLll
N-PLll
N-PLll
N-PLll
N-PLll
N-PLll
N-PLll
N-PLll
N-PLll
N-PL
Nll
Nll
N
N
NANtll
NANtll
N-AN
N
N
N-AN
N
NANtll
N
P
P
P-A
N-D
N-PL
N-PL
P-D0
N
N
N
N-E
N-E
N-E
N
N
N
N
poE
poE
poE
NPLll
Nil
Nil
Nil
Nil
Nil
Nil
Nil
Nil
Nil
Nil
Nil
Nil
Nil
Nil
Nil
Nil
PoE
N
P
P
P
P
P
P
P
P
P
P
P
P
P
P
P
P
P
P
P
P
P
P
P
P
P
P
P
P
P
P
N
P
P
P
P
P
P
P
P
P

DWG. EO
No.
AD
D E

I~: ~~g

x90
x29
X29
X29
x29
x29
x29

Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Ge
Ge
Ge
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si

Rll0
Rll0
u43
u43a
X83
X83a
X83a
X8d
X83a
uS2
X83b
R9
R9
X6
X6
X6
X8
X8
X68
X68
X6S
T018 0
T018 0
T018D
T018
T018
T018
T018
X69
X69
X69
Xolla

~:

Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
5i
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
5i
5i
Si
Si
Si
Si
Si
Si
5i
Si
Si
Si
Si
Si
Si
Si
Si
Si

Pt-SOmW·IL-1.0mA min'ID-20nAVCE SAT -.30V·tr-3.0us max:tf-12us max.
Pt-400mW;IL-20mA min;ID·S.OnA;VCE (SAT)-.30V;tr-7.0us max;tf-SOus max.
Pt-.2SW; IL-30mA; ID-l0nA; VCE-l0V max; Sens-7SuAlfc
Pt-.2SW· IL-20mA- ID-20nA' VCE-S.OV max' Sens-SOuAlfc
Pt-400mW;IL-S.OmA min;ID-S.OnA;VCE (SAT)-.30V;tr-7.0us max;tf-SOus max.

~:::gg~~;:Ug~~ ~:~;:g:~:g~~;~g~ ~~~R:~g~;:;tg~~ ::::~:~:~g~~ ~:~:

Pt- 1~,!!"W;IL-1.vmA min;ID- 1.0nA;\(~!, (SAT)-.30V;tr-2.0us max;tf-30us max.
Pt-.2SW; IL-3.0mA;ID-( 12V)-1.0nA;VCE-12V max;Sens-7.SuAlfc
Pt- 1SOmW'IL-. lOrnA min'ID- 1.0nA-VCE ISATI-.30V·tr- 1.Sus max·tf-40us max.
Pt-1S0mW;IL·S.OmA min;ID-l.0nA;VCE (SAT)-.30V;tr-1.Sus max;tf-2.0us max.
Pt-.2SW; IL-40mA; ID-l0nA; VCE-S.OV max; Sens-l00uAlfc
Pt-1S0mW·IL-1.0mA min'ID:20nA'VCE ISATI-.30V-tr-2.0us max·tf-30us max.
Pt-400mW;IL-20mA min;ID-S.OnA;VCE (SAT)-.30V;tr-7.0us max;tf-SOus max.
Pt-400mW;IL-S.OmA min;ID-S.OnA;VCE (SAT)-.30V;tr-7.0us max;tf-SOus max.
Pt-300mW max·BVCBO-4SV·BVCEO-4SV·BVEBO-S.0·IL-SOmA max'ID-l0nA max

~~~

x29
x29
X29
x29
x29
x29
X9
X69

X8b
X8d
R33
R33
R33
R33
R33
R33
R33
R33
R033
R33
R33
R33
R33
R33
R33
R33
R33
R033
R33
R33
R33
R33
R33
R33
R33
R33
R033
R33
R33
R33
R033
R033
T018
T018
T072
T018
T018
T018
T072
T018

DESCRIPTION

,!:t-~~mVII;IL-5 ..omA min;lp- 1..onA;V~_E .\?!".1:>-:~2.y;tr-~~Ous max;tf-!i"Ous max.
Pt-50mW;IL-l0mA min;ID-1.0nA;VCE WA~!:.30V;tr-l.Sus max;tf-12us max.

Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si

I~:

I

Pd-~~m·VII;I~-~~n~max;IL-~OOuAmin;tr~.~usec;BVceoSOV;BVeco~.OV.

Pd-SOmW;ID-2SnAmax;IL-800uAmin;tr2.0usec;BVceoSOV;BVeco6.0V.
Pt-360mW·BVCBO-40V·Sens-2S0uAlmW/Sc. cm. min·ldark-.l0uA max.
Pt-360mW;BV_l.:_BO-60V;Sens-SOOuAimW/Sq. cm. min;ldark-. 1~uA max.

1

Pt-.OSW;ICEObdark)-25nA;BVCEO-50V;Sens.-2.0uA/lum/ft.sq. min.
BVCEO-SOV;I EO-2SnA at 2Sde9 C;SICE-.4uAllum/ft-2min;LS-.8um typo
BVCEO-SOV'ICEO-2SnA at 2Sdeg C·SICE-.8uAllum/ft-2min·LS-.8um tvo.
A Pt-.2SW;ICEO(dark)-2SnA;BVCEO-SOV;Sens.-4.0uA/lum/ft.sq. min.
BVCEO-SOV;ICEO-2SnA at 2Sde9 C;SICE- 1uAilum/ft-2min;LS-.8um
Pd 100mW'BVCEO-40V'ICEOldarkl: 1OOnA max·Sens.Rad.CEO- lOOn mW/sg.cm.
Detector;SRCE-40uAlmW/cm 2 min;IL-800uA min;Pd-SOmW;VCEO-SOV.
Pt-2SmW;BVCEO-7.SV;IC-20mA; Sens-l0uAlfc
Pt-SOmW' BVCEO-2SV' IC-20mA' Sens-.30Allm
VCE-20V max;I') Pt·.30W;VB2E·30V;VBB·35V;lp·l0uA
Pc·.40W;RBBO·9.1 kohms max;n·.621max;IV·4mAlmin;IP·20uA max.
F PC·.40W·RBBO·9.1 kohms max·n·.75/max'iV·4mAlmin·IP·20uA max.
F Pc·.40W;RBBO·9.1kohms max;n·.85/max;IV·4mAlmin;IP·20uA max.
F Pc•. 40W;RBBO·9.1kohms max;n •. 75/max;IV.4mAlmin;IP·5.0uA max.
F PC·.40W·RBBO·9.1kohms max·n·.85 max·IV·4mA min·IP·5.0uA max.
A Pt·.36W;IE·50mA;RBB·8.0kohms;n·.82 max;lp·2uA max;IV·l0mA max.
A Pd·.3W;RBB·9.1 kohms max;n·.75 max;IV·2mA max;lp·2uA max;IE(DC)·50mA
A Pd·.3W·RBB·9.1kohms max·n·.85 max·IV·4mA max:lp·2uA max.
A Pd·.3W;RBB.g.lkohms max;n·.85 max;IV·6mA max;lp•.40uA max.
B Pd·.3W;VB2Bl·35V max;IV·2mA min;VOB1·3V min;n·.75 max.
B Pd·.3W'VB2B 1·35V max·IV·4mA min'VOB 1·5V min·n·.85 max.
CB Pt·360mW max;rbb·9. 1kohms max;n·.82 max;lp·5.0uA max.
CB Pt·360mW max;rbb·9. 1kohms max;n·.69 max;lp·2.0uA max.
CB Pt·360mW max·rbb·12kohms max·n·.82 max·ID·2.0uA max.
CB Pt·360mW max;rbb·12kohms max;ln·.86 max;lp·1.0uA max.
C§ Pt·.36W;RBB·9.1 kohms max;n·.69 max;lp·2.0uA max.
CA Pt·360mW·RBBO·9.1 kO max·n·.S9 max·lp·2.0uA max'VB2E·30V.
C§ Pt·.36W;RBB·12kohms max;n·.82 max;lp·2.0uA max.
CA Pt·360mW;RBBO·12kO max;n·.82 max;lp·2.0uA max;VB2E·30V.
C§ Pt·.36W·RBB·12kohms max·n·.86 max:lo·1.0uA max.
CA Pt·360mW;RBB!:I: 1..:lkO max;n·.8S max;lp·l.0uA max;VB2E·30V.
A
~~:t~;;;~~~~~'.~5\~~B~45s618~~'~~~em~~:~O~~~A min.
Pc.4~!J.mW;N •. 4 71.62;VBB·45000hms;le(DC)·5 OmA.
Pt·.45W.
Pt·.45W.
B Pt·200mW;n·.90 max;RBB·4.0kohms min;IV·2.0mA min;IP·8.0uA max.
B Pt·200mW;n·.85 max;RBB·4.0kohms min;IV·4.0mA min;IP·4.0uA max.
A Pt·.30W·RBB·12kohms max·IV·4.0mA min·n·.85 max·lo·25uA max.
A Pt·300mW;lv·6.0mA min;n·.82 max;lp·2.0uA;RBBO·9.1 k max.
A Pt·300mW;lv·4.0mA min;n·.82 max;lp·5.0uA;RBBO·9.1 k max.
A Pt·300mW·lv·8.0mA min·n·.82 max·lp·2.0uA'RBBO·9.1 k max.
C Pt·.30W;RBB·8.2kohms max;IV·2.0mA typ;n·.62 max.
C Pt·.20W;RBB·15kohms max;IV·2.0mA typ;n·.62 max.
Progra mma ble·Pt·300mW·lv·50uAmax:lp·5.0uAmax'Vf·l.5Vmax.
Programmable;Pt·300mW;lv·25 uAmax;1 p·l.0uAmax;Vf·l.5Vmax.
Pt·300mW;Programmable N. Rbb Ip and Iv;BVAKO·±40V;lp·5.0uA max.
Pt·300mW·Proarammable N. Rbb 10 and Iv·BVAKO·±40V·lo·1.0uA max.
B Pt·.30W;n·.85 max;RBB·l Okohm;IV·l OmA max;IP·5uA max;VEB 1(sat)·2V.
C
B ~~Jg~;~J~ ~:~;~~~11 ~~~~;:~:~~~~ p']~;,1 P';'~~~g'a"fi~a;~J va~~;~.
B Pt·.30W;n·.69 max;RBB·9.1 kohm;IV·2mA;IP·2uA max;VEB 1(sat)·4V max.
B Pt·.30W;n·.82 max;RBB·12kohm;IV·2mA;IP·2uA max;VEB ~~a~l:4v max.
B Pt·.30W·n·.86 max·RBB·12kohm'iV·2mA·IP·luA max'VEB 1 sat ·4V max.
A Pt·200mW;VB2E·20V;VBB·20V;lv·20ma max;fab·20Mc.
CA Pt·500mW;VB2E·30V;VBB·20V;lv·50mA max;fab·200kHz.
CA Pt·500mW·VB2E·30V'VBB·20V·lv·50mA max·fab·200kHz.
CD Pt.3,60mW;IEB20·10nA max at 30V;RBB·9.1 kO max;n·.55t .82
A Voff·1.0mV max; loff·l.0n Amps.
A Voff·3.0mV max' loff·3.0n AmPS.
A Voff·2.0mV max; loff·l.0n Amps; fab·1.0Me min.
A Voff·3.0mV max; loff·l.5n Amps; fab·1.0Me min.
A Voff·4.0mV max' loff·2.0n Amos' fab·1.0Me min.
A Voff·4.0mV max; loff·2.0n Amps; fab·1.0Me min.
A Voff·l.0mV max; VCE(SAT)·. 1OV at IC·5.0mA;ft·42Me Typ.
A Voff·3.0mV max' VCE/satl·.l0V at IC·5.0mA·ft·32Me Tvp.
A Voff·l.0mV max; loff·l.0n Amps.
A Voff·3.0mV max; loff·3.0n Amps.
A Voff·2.0mV max' loff·l.0n Amps' fab·1.0Me min.
A Voff·3.0mV max; loff·1.5n Amps; fab·1.0Me min.
A Voff·4.0mV max; loff·2.0n Amps; fab·1.0Me min.
A Voff·4.0mV max' loff·2.0n Amos' fab·1.0Me min.
A Voff·2.0mV max; rS·20 ohms; ft·14Me. min.
A Voff·2.0mV max; rS·20 ohms; ft·14Me. min.
A Voff·1.5mV max' rS·20 ohms' ft·24Me. min.
A Voff·3.0mV max; rS·20 ohms; ft· 1OMe. min.
A Voff·3.0mV max; rS·30 ohms; ft· 1OMe. min.
A Voff·2.5mV max' rS·20 ohms' ft·16Me. min.
A Voff·2.5mV max; ts·250ns max.
A Voff·2.5mV max; to. Voff·50uV max; ts·250ns max.
A Voff·2.5mV max' to. Voff·50uV max' ts·250ns max.
A Voff·3.5mV max; ts·250ns.
A Voff·3.5mV max; to.Voff±100uV max; ts·250ns.
A Voff·2.5mV max' ts·250ns.
A Voff·2.~mV max; to. Vo!!.± 1OOuV max; ts·:l5Uns.
A Voff·2.25mV max; ts·250ns.
A Voff·2.25mV max' to. Vo·50uV max' ts·250ns.
A Voff·2.0mV max;ts·250ns; REC(sat)·18 ohms max.
Voff·.75mV max;loff·l.0nA max;ft·l00Me min.
Voff·.75mV max·loff·1.0nA·ft·l00Mc min.
Voff·80uVmax;1 EBO 1or2·1 OnAmax;rs·400max;to.IOFF·5 nAmax.

CA
A
A
C
CA
A
A
C
CA
A
A
C
CA
A
C§
C§

1

!g
A0

V~~'~8o~-:aa~; ~~ff;l:aAC mCa:~e~:lg~iJ:.~~·mvaEcb.12Pf'r(ON).20

ohms
Pc·600mW at 25 deg.C Case;ICES·l0nA;hFE(INV)·3.0;VEC(ofs)•. 70mV max.

!~
A0 ~~:~gg~~;~~~:'15g~~ ~:~;~~t~g ~:~;:~~:~:g~! ~:~:
Pt·4.00mW;rec(on).4.00hms

max;VE~lofs)';;;SS>mV

max.

A~ ~~~o~~Vfr:CT~~I~~(g~l;~~Om;:;,vlg;~~~)~~~~{J'i~;!~.100nsec.
A~¢ ~~~o~~Vfr:CT~~)~~(g~l;~~Om;:;'~v;~Wj~~)8~Om ';)i::;~~1 OOnsec.

188

SYMBOLS AND CODES
EXPLAINED IN INTERPRETER

LINE
No.

~

~

TYPE
No.

1~~~~8~~41JA*

;~
10.
10.
10.
10.

9

2N3319*

12
13
14
15

2N3345*
2N3346*
2N34Ql*
2N36Q9*

18

2N3841

2N3911 *
2N3912*
2N3913*
2N3914*
2N3915*
2N3977*
2N3978*

10.
10.
10.
10.
10.
10.
10.
10.
10.
10.
10.
10
10.
10.
10.
10.
10.
10.
10.

2N4981*

1810.

39

~~

2S3Q6*
2S3Q7*
2S326*
2S327*

10.
10.
10.
10.
10.
10.
10.
10.
10.

:~

I~~g~

:~

li~gg

~

1Y

I~~m~:

~~~~:g:

1~ I~~~~~b

~g
21

~~

24

~g
27

~g
30.

I~~~g~~*

~~g~~g:

~~ I~~~g~~:
33 2N5229*
~~ I~~~~~~:
36

42
45

:~

48

~g
51

3N64
3N67

~~g:A

3N69

I~~~~*

3N72*

~~

I~~~~:

~g

1~~~~~75*

54
57

~g
60.
61
62
63

JAN3N74*

3N76*
JAN3N76*
3N77*
13N78*
3N79*
3N87*
3N88*

g~

li~~~:

g~

~~~~~93*

66
69

3N92*

n

3N94*
3N95*
3N1QQ
3N1Ql
3N1Q2
3N1Q3
3N1Q4

~~

i~lgg

~~

72
75

78
79
80.
81

g~
84

gg

87
88
89
90.

~~

93

~~

96

~~

99

18~

10.2

19~

3N1Q7
3N1Q8
JAN3N1Q8*
3N1Q9

~~11~

3N 112*

i~m:

3N 115*
3N 116*
3N 117*
3N118*

i~B~:

3N121*
3N123*
3N127*
JAN3NI27*

,~~gg:

3N131*

i~m:

3N134*

~~m:

10.5

5

19~

~

1~g

aglg~

10.8

10.

D.A. T.A. INC.

TURE

S
E

2N3Q83*
2N3217*
2N3218*
2N3219*

3
4
5
6

IN ORDER OF (1) CATEGORY & (2) TYPE No.

13. MISCELLANEOUS
TRANSISTORS
M

1 ATEulRY
U STRUC·
/:,

N·PE
N·PE
P·E
P·E
P·E

1~ ~

18

10.
10.
10.
10.
10.
10.
10.
10.
10.
10.

19
10.
19
10.
10.
10.
10.
10.
10.
10.
10.
10.
10.
10.
10.
10.
10.
10.
10.
10.
10.
10.
10.
10.
10.
10.
10.
10.
10.
10.
10.
10.
10.
10.
10.
10.
10.

1910.
10.
10.
10.
10.
10.
10.
10.
10.
10.
10.
10.
10.
10.
10.
10.
10.
10.

P
P/:'
P/:'
P/:'
P/:'
P
P
P
P
P
P
P
P
P
P
P
P
P
P
P
P/:'
P/:'
P/:'
N/:,
P
P
P
P·A
P·A
P·A
P·A
N/:,
N/:,
N/:,
N/:,
N/:,
N/:,
N/:,
N/:,
N/:,
N/:,
N
N
N
N/:,
N
N/:,
N
N/:,
N
N/:,
N/:,
N/:,
N
N
P/:'
P/:'
P/:'
P/:'
P
P/:'
P/:'
p./:,
p./:,
p./:,
p./:,
p./:,
p./:,
p./:,
p./:,
P
P
P
P
P
P/:'
P /:,
P
P
P
P
P
N/:,
N/:,
P
N
N
P/:'
P/:'
P/:'
P/:'
P/:'
P/:'
P/:'
P/:'
N.OM
N·DM
N·PE
N·OM
N·PL
N·PL

A
T

~g

DWG.
No.
AD
D E

I~: ~~4"
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si

Si
Si
Si
Si

TQ5
TQ5
TQ5
R51

Si

~:

A
A
A

~~g

Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si

~:

A
A
A
A
A

~~ ~~~riO~m~;B~~·gQ~gOJ;B~ac{8~5EO/~JE~J~gO<>V;hFE.5Q

~:

~:

Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si

I~:

min.!IC.l.QmA
Pc·3QQmW·BVCBQ·l QQV·BVCEQ·l QQV·BVEBQ·8QV·hFE·2Q min.!IC·l.QmA

Voff·l.2mV
~~
A0 Voff·.9QmV

Pc·~~O.!"W;BVCBO·l ~OV;BVCEO: 1?ft:!l~EB_O"2QV;hiH'~t- min.!IC·l.QmA

max;rd·4Qohms max;VCE sat ·.3QV max;hFE inv ·5.0. min.
max·rd·250hms max'VCE sat ·.3QV max'hFE inv·l 0. min.
Voff·.6QmV max;rd·2Qohms max;VCE~sat) •. 3QV max;hFE(inv\.,5 min.
~l2> Voff·l.2mV max;rd·4Q ohms max;VC (sat)·.3V max;hFE(mv. ·5.0. min.
A Voff·.9QmV max-rd·25 ohms max·VCeisati·.3V max·hFeiinv.i.1Q min.
A Voff·.6QmV max;rd·2Q ohms max;VCE(sat)·.3V max;hFE(inv.)·15 min.
Voff·1.25mV max;rd·2Q ohms max;VCE(sat)·.IQmV max.
Voff·2.QmV max-rd·35 ohms max·VCE(satl·.15mV max.
Voff·3.QmV max;rd·45 ohms max;VCE(sat)·.15mV max.
VOff.,.2mv;r:lP~f'6 ohms max;hF~!:N~1 min·7;VECQ·3QV max.
A0 Voff·l.4mV-rs QN ·18 ohms max'hFE INV min·6·VECQ·5QV max.
Voff·1.6mV;rs(QN)·2Q ohms max;hFE(INV) min·5;VECQ·7QV max.

~~
~~

~~ C~~?~O~~~~~~~?-~~V~~~Lg.OVot:"'::;~~~~b~f~ ohms

max.
Voff•. 5QmV;hF~!!nv).'5;~!?~!.8.Q ohms;ccb·5.Qpf.
Voff•. 8QmV;hFE(inv).15;rb'ln).,Q ohms;ccb·5.Qpf.
Pc·5QmWVoff·1.QmV·IE ·IQnA max;rd·2QQ ohms max.
Pc·5QmW;Voff·1.QmV;IEBX·1QnA max;rd·2Q ohms max.
Pc·5QmW;Voff·l.QmV;IEQ·1QnA max;rd·2QQ ohms max.
Pc·5QmW·Voff·l.QmV·IEBX·1QnA mand·2Q ohms max.
VO!!'~22UX max;r:_l~~t: 1QQohms;BVE 1E~2·~y;IE 1E~2·.Q2?uA;ton.25Qns.
g~ Voff·l QQuV max:i~ ~l~ ·1 QQohms;BVE 1E2Q·6V;IE 1E2Q·.QQ5uA;ton·25Qns.
00 Voff·5QuV maX'rs on ·1 QQohms'BVE 1E2Q·6V·IE 1E2Q·.QQ5uA·ton·25Qns.
Voff·2QQuX max;rs(on)·1  VE1BQ·5QV;IE1E2·.1QnA
Pt·6QQmW case;IE 1E2·.1QnA max;V~(' ~~/.3QuV;rele2(On).5QO max.
VE1BQ·5QV·IE1E2·.IQnA maX're~2 on ·50. ohms max.
VE 1~~':!9V;IE ~ ~?.5QnA max;re l·e2(on)·5Q ohms max.

g

G
G
G
G
G
G
G
G

Ca5
~~ ~;.1~;J~r~~d.~~J·?e",~2"o.l;~~~;:~~0£)ibg ~~~~;i~~ii 2·5QuV.

Pt•. 2'!V.iVE 1E20~5QV;IE 1~2.o" nA;re 1e2·1 QQ. ohms;(Vo) 1.2·5QuV.

G
G
G

i8H g

max;BVE 1E2Q·12V;1 E1 E2Q·l.QnA max;/:' Voffl /:, T· 7 5uVId~.C.
g~ Voff·5QuV
Voff·1QQuV max'BVE 1E20·12V·IEI E2Q·l.QnA max'/:'Voffl /:, T·125uV dea.C.
Voff·2QQuV max;BVE 1E20·12V;IE 1E2Q·l.QnA max;/:' Voffl /:, T·175uVldeg.C.
g~ Voff·5QuV max;BVE 1E20·2QV;IE 1E2Q·1.QnA max;/:'Voffl /:, T·75uV/deg.C.

60 Voff·1QQuV

+gH G C¢. VOBVE 11E2·2
Ton G 6.a BVE

max'BVE 1E20·2QV·IE 1E2Q·l.QnA max'/:'Voffl /:, T·125uV/dea.C.

!·f~.?~v max:!'y!' '.I;:.!U·:.!U,V;IE 1!,.:'!_U; ly.nA max;/:' V'!'!(./:, T·175uv/deg.\;.
E2'~gy;VOff.' QuV max;/:, Voffl /:, T·2QuV/deg.C;rQN·250hms max.

V·Voff·1QuV max'/:'Voffl /:, T·2QuV/dea.C·rON·250hms max.
BVE 1E2Q·25V min;Voff·.25mV max;IE 1E2Q·l nA max;/:'VOl/:, T·15QuV/de9.C.
IB·l QmA;IE·l QmA;Ceb·2.Qpf;Vo·l QuV.
GC0 VE 1E2iofsl.1QuV mane 1e2[00)·I.QO min·Ce2b·2of max.
G
VE I·E~~ /:, .!: ~ 2uV max;rs(QN)·15 ohms max;V(B R)E I.E2.! 2Y;VE I·E2·3QuV.
G
G
G
VE I·E21 /:,I·l QuV max;r~!?N).'5 ohms max;~!r R)E I·E2·4QV;VE 1.~~.3QuV.
G g~ VE I·E2//:' T·1QuV max;rs(QN)·15 ohms max;V BR)E I·E2·5QV;VE I·E2·3QuV.
G
VE I·E2I/:, T·25uV max·rsiONi·15 ohms max;V BRiE I·E2·15V·VE I·E2·1QQuV.
G
VE I·E21 /:,!.25uV max;rs(ON)·15 ohms max;V(BR)E I·E2·3QV;VE I·E2·1 QQuV.
G g~ VE I·E2I/:'T·25uV max;rs(QN)·15 ohms max;V(BR)E I·E2·5QV;VE I·E2·1 QQuV.
Matched oair' ICBQ·l QuA' BVCER·2QV· BVEBQ·5.QV.
Matched pair; !~~Q.'QuA; BV~ER.2QV; BVEBQ·5.o.V.
Matched pair; ICEQ·2.QnA; BVCEQ·45V; ft·3QMc.
Matched Dair' ICEQ·2.QnA' BVCEQ·45V· ft·3QMc.
Pt·5QQmW; VCEQ·2QV; /:,Voff·5QuV max; /:,loff·2mA max.
Pt·5QQmW· VCEQ·2QV· /:,Voff·1QQuV max' ll.loff·2.o.mA max.

T072 G

O~

T072
TQ72
TQ72
T072
TQ72
TQ72
TQ72
TQ72
L6
X32
X33
OV13
L1a
L1a

~¢
~ng~~i:lg~~ ~:~:;:!8~tl~ ~~~: ~:~:~~~~~ng:~g~:~ng:~g~~:
C0

~~~

I

O¢ e~~.\~QS~JQ~a~;~i~~~5·~~t:":S·B~E;\~1~~05V·fE fEi"6:000~~A~~~~lJ~sS

(:0_

189

SYMBOLS AND CODES
EXPLAINED IN INTERPRETER

:1

J

LINE
No.

~

3
4
5
6

f£J

13. MISCELLANEOUS TRANSISTORS

TYPE
No.

I~g
40
50
60
70

~~~g
a
9# BFV34*
;~: ':~~~~*

12# BFV37*
13# BFV38*
BFV89*
l a BFV89A*
16#
17# ~~~g~:
D12X013
18
D12X070
LDS207*
ME209*
21

~g

H
24
~~

27"~

28#
29#
30#

~i5261S

ST61000*

I~+~ggg~:
UPA36A
ZDTlO
ZDT30*
ZDT31*

~~: l~gllJ:

33# 2C425*

~~

36

~~

39

:~

42

:~

45
46
47
48

~~

51

~~~~~

2N2641*
2N2644*
2N2723
2N2724
2N2725
2N2785
2N2804*

.~~~g~~:

2N2914*
2N3425*
2N3800*
2N3801*

~~~~g~:

2N3812*

~~

~~~~~r

~g

~~:gla:

54
57

~g
60
61
62
63

~~

2N3837

2N4019*
2N4939
2N4942
2N4955*
2N4956*
2N4974
2N4975

~~~~gr

ga
69

2N5306
2N5307
2N5308
2N5390

72

4JD12X009

66

~~: ~~~g~:
~:

g~gg~

12X040
12X058
~~ 12X059
78" 40675*
Z~# BFV70
80# BFV71
81# BFV73
75

~~: ~~~~~N

84# BFV76
B5# BFV91
BFV91N
BFV93A
BFV93AN

~~:
~g:

90#

:~~~~N

~~: I~~~~~*
93
94
95
96

~~

99

CS2641*
CS2644*
CS29010*
CS29013*
D12X010
D12X011
D12X012

19~

gg~g;~

;g~

g~~~~

102
105

19~

108

l~g

D16Pl

D28C2

g~~~~

D28C5

g~~g~

D.A. T.A. INC.

1 CATEGORY
STRUCTURE

I~

;g
10
10
10
10
10
10
10

1910
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
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
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

-A
P-A
P-A
P-A
P-A
P-A
N
N
popE
popE
popE
N-PE
N-PE
N-PE
N-PE
N-MOS
N-PE
N-PE
N-PE
N-PEll
NPE
NPE
N-PE
popE
N-PE*
N-PE*
N-PE
N-PL
N-PE
N-PE
N-DPL
N-DPL
N-DPL
N-PL

~0
~JL

N-PL
N-PL
N
P
P
N
N
N

~~
~~

P0

~I

~: i~~j;

Si
Si
Si
Si
Si
Si
Si

X33c
X33e
X33b
X33d
T018
T018
u34b

~:

u~4b

Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si

~:

Si
Si
Si
Si
Si
Si
Si

~~ll

~:

~¢

~:

N-ll
P0
P
p¢
N
N
P
P

~-\O

N
N
N
N
P-DPE
P-DPE
N-PL
N-PL
N-PL
N-PL
N-PL
N-PL
N-PE

¢

Si

u34b
u34b
u34b
u26a
u26a
T033 D
T018
L 11
L11
u34c
T018
T018
T018
T046
L62
L62
L6a
L2h
TOn G
TOn G
L2b
L2b
L2b
L4
L4
L2t
L2t
L4
L4
L4
L4
L17k
L17k
L2t
L2t
L2t
L17e
L17e
L17k
L17k
L17s
L17s
L35
L35
L17x
L17x
L17x
L 17p
L17d
L2s
L2s
L55
L55
L 17t
L3f
L3f
L3f
L3f
L35a
L17a
L17a
L42
L31
L30

A
A
P

~

P
P
B
B
W
A¢
P
A
A
Art;

C
C

I~:
Si
Si
Si
Si
Si
Si
Si
Si
Si

~~\C~~h~~n~tl~2~~0~:C(~f~;ig~v~~clonl_20

ohms.
I ~t-. ~ ~Y.."::~~~!in~!-4.1;! min;,-:~~!of~!-~I;!m:--:;re,:!?~!-~~ o~ms.

~!:: 1~:z:~m~~!:~:g ::::~:~~g~~;~Ug:::~:~:~~~~!:~g ~~:::~:

Pt-.15W;hFE(inv)-3.0 min;VEC(of~!-.40mV;rec(on)-15 ohms.
Pt-.30W;hFE(inv)-2.0 min;VEC(ofs)-.40mV;rec(on)-15 ohms.
Pt-.30W·hFEiinvl-3.0 minVECiofsl-.70mV·recionl-15 ohms.
Pt-250mW;Voff-30uV max; Cob-4pf max;Roff-20Mr.
Voff-l.0mV max;rs-20 ohms;cob-12pf;ft-40Mc min.
Pt-500mW eachVCEO-20V'1l Voff-l OOuV max'1lIoff-l0uA max.
Pt-500mW each;VCEO-20V;llVoff-50uV max;1lIoff-l0mA max.
Pt-.36W;hFE(INV)-20min;Voff-.l0mV max;rec(onl-4 ohms max.
Voff-250uV max' loff-2.0n Amos max' Rsat-150hms.
Voff-500uV max; loff-2.0n Amps max; Rsat-150hms.

~~~i';v~';'S~I_75x~1~2~t o~C~-6~o"~;~~ggril:.~0~i~:rec(onl-3.0ohms.

Vo!!lI",-lOuV max;llVoff/TA-20uV max;MVoff~~2ITA-10uV max.
Voff/IB-25uV max;llVoffITA-50uV max;MVoffll2/TA-25uV max.
Pt-200mWVCER-5.0VVECR-5.0V·IC-50mA-IE-50mA·1l Voff-50uV max·1lIoff-l.0nA max.
llVEC-250uV max;VEC-2.0mV;IE1E2-10nA max.
VE 1E2-50uV at IB-.50mA;IEl E20-10nA at VEl E2-5.0to-5.0V;rS-150hms
VE 1E2-50uV at IB-.50mA·IE 1E20-10nA at VEl E2-5.0to-5.0V·rS-150hms
~~W-12V min;Pt-.~~yv;ft-200Mc min;ton-40nsec;hFE-80 at I~.:: 1OmA.
VCEO-35V min;Pt-.43W;ft-l00Mc;ICBO-3.0nA;hFE-60 min at IC-l0uA.
VCEO-60V min·Pt-.51W·ft-40Mc min·ICBO-1.0nA·hFE-85 at IC-l0mA.
Pc-.50W max;BVCBO-l00V;hFE-1600 min/IC-l OmA;BVCEO-60V;ICBO-.0 10uA

~~-'~O~~nBe~~6~~6J;5~~Eliggg:~~,g6g-45V.
Pt-.50W·hFE-20-120 at IC-. 1OmA VCE-5VVCE(satl-.5V.
Pt-.50W;hFE-40-120 at Ic-.l0mA,VCE-5V;~(;~~at)-.5V.
Pt-.50W;ICBO-l0uA at 150 deg.C;v~(~(~~)-.7 V max;v~(~(Sti~)-.35V max.
Pt-.50W·ICBO-l0uA at 150 dec.-VBE ON -.70V max'VCE sat -.35V max.
Pt-.4W;VC 1C2-200V;ton-50nsec max;toff-90nsec max.

~!j~g::::z:m:~~g ::::~:

:g:lg~~:~g~!~:!Ug~ ::::~:

:!
min. at 1C:::-l0uA;VC:::E(sat)-.20V max.
Pt-600mW;hFE-225 min. at IC-l0uA;VCE(sat)-.20V max.
Pt-.35W·hFE-l00 min. at IC-l0uA VCE-5.0V.
Pt-._~?W;hF~:2_:.!_~ min. at .1~1UuA, V~_E:~:OV.
Pt-l.0W;ton-500nsec;toff-l.0usec;BVCBO-80V;ICEX-500uA.
Pt-l.0W·ton-500nsec·toff-l.0usec·BVCBO-l 00V·ICEX-500uA.
Pt-~00mW;h~~-60 min at VC:::E of 5.0V and IC of 1.0uA;IEBO-l0nA max.
Pt-600mW;hFE-60 min at VCE of 5.0V and IC of 1.0uA;IEBO-l0nA max.
Pt-600mW'hFE-180 min at VCE of 5.0V and IC of 1.0uA-IEBO-l0nA max.
Pt-.60W;BVC 1C2-200V max;hFE-50 min;BVCBO-50 max;IC-50mA max.
Pt-.35W;BVCBO-50 max;hFE-50 min;ICBO-.02uA max.
Pt-.45W·NF-4.5db at 10kohms.
Pt-.45W;NF-4.5db at 10kohms.
Darl.Ampl;Pt-.80W;BVCBO-40V;BVCEO-30V;B VEBO-l OV;hFE-5000 min.
DarI.Amol·Pt-.80W·BVCBO-40V·BVC EO-30V'BVEBO-l OV'hFE-l 000 min.
Pt-.43W;hFE-50 min;VB,-:O-40V;VEBO-5.0V;ft-40M min.
Pt-.40W;VCBI-25V max;VCE-25V max;IC-.20A max;hFE-2000 min;ft-60Mc min
Pt-.4WVCB 1-25V max'VCE2-25V max·IC-.2A max'hFE-7000 min·ft-60Mc min
Pt-.4W;VCB 1-40V max;VCE2-40V max;IC-.2A max;hFE-2000 min;ft-60Mc min
Pt-.4W;VCB 1-40V max;VCE2-40V max;IC-.2A max;hFE-7000 min;ft-60Mc min
Pt-1WVCBI-120V max'VCE-80V max'IC-2A max'hFE-2000 min·ft-40Mc min
Pt-.45W;ft: 1OOMc min;BVCBO-15V;hFE-55 at IC-l0mA.
VCEO-25V min;Pt-.55W;ft-l00Mc min;ICBO-.50nA;ton-50ns;toff-l00ns.
Contains 3-2N 1613 transistors and a 1N914 diode·Pt-300mW.
Eminer (;oupled Logic orland gate;Pt-1U_~mW;hFE-120;VCEO-15V
Pt-~00mW;hFE-l00

~~~i~~oF~~;:i~v~~~ ~~~ic~aS~~t~gg~~~f7h~~~-~:o.X8~~~.~~v

Active Functional Device;VCEO-60V;hFE 1/hFE2-1.0;llVBE-l0mV
Active Functional Device;VCEO-60V;hFE lIhFE2-1.0;1l VBE-5.0mV
VCEO-35VVEBO-3.5V·Pt-l OOW'IC-l OA'ICES-30mA max'Cob-250oF max.
Pt-.4W;BVCBO-60V min;hFE-l00 min;ft-200MHz min;Toff-40ns max.
Pt-.4W;BVCBO-60V min;hFE-l00 min;ft-350MHz min;Toff-18ns max.
Pt-.4W·BVCBO-60V min'hFE-40 min·ft-350MHz min'Toff-18ns max.
Pt-.4W;B~~~~-~~V min;hFE-~O min;ft-350MHz min;Toff-18ns max.
Pt-.4W;BVCEO-45V min;IC-30mA max;ft-30MHz min.
Pt-.4W·BVCEO-15V minVECioffl:500uV'Recio~\-20 ohms.
Pt-.4W;BVCEO-12V min;ft-400MHz min;Toff-90us max.

~t~~6~:0~E~i~~:F~\~g-~~~~EI:~tl:~OOtt9~~~. max.

BVCBO-60V min;hFE-l00 min;VCE(sat)-.40V max.
BVCBO-60V min;hFE-40 min;VCE(sat)-.40V max.
BVCBO-60V min'hFE-40 minVCEisatl-.40V max.
PC-.1'9.'!V;hFE:7000_ max. pulsed at !c;-100mA and VCE-lpy.
Pt-.60W each;rds(ON)-300 ohms;tr-30nsec;td-20nsec;toff-50ns.
Pt-.30W·hFE-65 min. at IC-lmA·NF-4.0db max'IEBO-l0nA at VEB-5.0V.
Pt-.30W;hFE-130 min. at 1~-lmA;NF-4.0db max;IEBO-l0nA at VEB-5.0V.
Pt-.30W;hFE-200 max.at IC-.l0mA;NF-4.0db max;IEBO-l0nA at VEB-5.0V.
Pt-.30W·hFE-300 max.at IC-.l0mA-NF-4.0db max'IEBO-l0nA at VEB-5.0V.
Two stage amplifier;VCEO-60V;hFE-40.
Three stage amplifier with Darlington input;hFE-40.
Darlinaton differential amolifier'hFE-9000 min. at 1mAVCBO-l OOV.
Three ~tage Ampli!ier with Darlington output;hFE-~~
Active Functional Device;VCEO-60V;hFE 112-1.0;1l VBE-l OmV.
Darlinaton Amp.·hFE-2000 min·Pt-320mW·Zin-500k·BVCEO-12V.
Darlington Amp.;hFE-7.0k-15k typ.;Pt-320mW;Zin-51!0k;BV(;EO-12V.

litl76
L2r
L2r
L2r
L2r
L29
L27
L28

m
L3e
L3e
X51
X51
X51
X51
X51
X51
X51

pair; ICBO-2.0uA; BVCEO-20V; BVEBO-12V.
oair' ICBO-25nA' BVCEO-35V' BVCBO-40V.
pair; ICBO-3.0uA; BVCEO-25V; BVCBO-25V.
pair; ICBO-2.0uA; BVCEO-36V; BVEBO-12V.
oair' ICBO-3.0nA- BVCEO-6.0V· BVEBO-l0V.
Pair of 2N2569; Voff - ±50uV.

~~~l~~CE~~:il~?88~h:;::x,;,~~.~~tE:0\J-~?~h{E_~Od m~~.E-l OV

~: ~6U6

~:

Matched
Matched
Matched
Matched
Matched
Matched

Pt-.6W;VCE(sat)-100ohms max;VBE-.60V min;hFE-l00 min.
Darlington Amp.;hFE-1500-15000;BVCEO-60V.
Darliniiton Amo.-hFE-5000-60000·BVCEO-60V.

Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si L68
Si T084
Si T084
Si T084

Si
Si
Si
Si
Si
Si
Si

DESCRIPTION

Matc~ed pair; !~!!~-~.~uA; !!X~~~-~~~; B:--:~!!~-~~:--:.

Si T089
Si T084
Si MP126
Si T084
Si MP126
Si T084
Si MP126
N
PDPLlliZl
N-DPL
N-DPL
N-DPL
N-DPL
N-PL
N-PL
N-PL
N-PL
N-PL
N
N
Nt
Nt
Nt
Nt
Nt
Nt
Nt

I

~g

DWG.
No.
AD
D E

IN ORDER OF (1) CI\TEGORY & (2) TYPE No.

F
F
F
F
F
F
F

g:~::~~!~~ ~:::~:~~tm:~~~:'~~~I~~t~·f¥~~c~g~n~-fw.

Darlington Amp;hFE-~Ok min;VCE/satl-1.5V;,I£-.50A;Pt-l W.
Darlington Amp;hFE-l Ok-60k;VCE f(~t t~.5V;IC-.50A;Pt-l W.
Darlincton Amp;hFE-40k-120k'VCE sat -1.5V·IC-.50A-Pt-l W.

g:~::~~!~~ ~:::~:~~tlgt~~~;:'~~~(~~t~·f¥~~c~g~t~t~fw.

190

SYMBOLS AND CODES
EXPLAINED IN INTERPRETER

I

LINE
No_

~

13· MISCELLANEOUS·TRANSISTORS
M

1
TYPE
Na.

ATEGORY
U STRUCSTURE

A
T

E
~# m~41Y~
3
4
5
6

~

9

l¥

12

1~

15.

1~:

18

ig

21
22
23
24
25
26
27
28
29
30

~i

33

~~

36

~~

39

:~

42

:~

45

:~

48

~g
51
52
53
54
55
56
57

~g
60

gi

63

g~

66
67
68
69

~~

72
73
74
75
76

n

78

~~
81

~~

84
85
86
87

FT4017
FT4018
FT4019
G125F*
G128F*
G129F*
G130F*
G131F*

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
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
11
11
11
11
11
11
11
13

~llt~F*

Ml06*
Ml07*
Ml08*
M0708*
MD708F*
MD918*
MD918F*
MD2218*
MD2218A*
MD2218AF*
MD2218F*
MD2219*
M02219A*
MD2219AF*
MD2219F*
MD2369*

~g~~g~~*

M02904A*
M02904AF*
M02904F*
M02905*
MD2905A*
MD2905AF*
M02905F*

~g~m;*

MD3134*
MD3134F*
MD3725*
MD3725F*
MD4957*
MEM550*
MHM1001
MHM1101
MHM1201
MHM2001
MHM2011
MHM2012
MHM2013
MHM2014
MHM2015
MHM2016

~~~~~~;

MHM2111
MHM2112
MHM2113
MHM2114

~~~~m

MHM2117
MHM2201
MHM2211
MHM2212
MHM2213
MHM2214
MHM2215
MHM2216
MHM2217
MQ3725*

~~1~799*

RAIA

~~l~

RA2

I~~~~

~~: I~L~~~B

102
103
104
105

SP10800

I~Pl0811

T0102
TD2219
TD2905
UC2139
UC2148

19~~ I~~~j~~*

108

1~~

Si
Si
Si
Si

;;

~~

11g~

I~:

11
11
11
11

I~m~:

RA3
RA3A
RA3B
RM3005
RM3022
~~ S708*
90
S715*
SA2725*
91
SA2726*
92
SC1600*
93
SC1601*
SC1625*
96# SI345P
99

;; 1~~o"pLr

U03005t
UD3006t
2N2451*

D.A. T.A. INC,

P-DPE
P-DPE
P-DPE
N
N
N
N
N
N
N
N
N-PLt
P-MOSll

~:~g~

N-AN
N-AN
N-EA
N-EA
N-AN
N-AN
N-AN
N-EA
N-AN
N-AN
N-EA
N-EA
N-AN
N-AN
P-AN
P-AN
P-AN
P-AN
P-AN
P-AN
P-AN
P-AN
P-AN
P-AN
P-AN
P-AN
N.AN6
N-ANll
P-AN
P
N-PL
N-PL
N-PL
N-PL
N-PL
N-PL
N-PL
N-PL
N-PL
N-PL
N- L
N'PL
N-PL
N-PL
N-PL
N-PL
N-PL
N-PL
N-PL
N-PL
N-PL
N-PL
~-PL

N-PL
N-PL
N-PL
N-PL
N-ANll
~-EA'1>
N
N
N
N
N

N
N
N
N
N
N-PL
N-PE
N-PE
N
N
P-MOS
P-MOS
P-MOS
P-DPL
P-DPL
N-E*
N-DPL
P-DPE

N-P~g

N-PE

~:~mll

N-PE
popE
NOPE

I~:
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si

L C
DWG _ EO
No.
AD
D E

I~: ~W2a
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si

I~:

MT42
MT42
MT42
MT42
MT42
MT42
MT42
MT53
MT53
MT53
MT53
MT53
MT53
MT53
MT53
L56c
L56c
T012
T012
T012
T012
T012

Si
Si
Si
Si T012
Si T012
Si T012
T072
Si T018
Si
Si T039
Si L2t
Si L2t
Si L18b
Si L18b
Si L18b
Si ZA17
Si ZA17
Si L63
Si T089
Si T089
Si L2u
Si L2u
Si L17m
Si L21b
Si L21b
Si L21b
Si
Si L56a
Si L56b
Si T046

DESCRIPTION

p~:1b~; 'C~x§g,t~-~S~~~V~f~:~~g~~~3~~ 1~~~BVGSS-25V max.
BVCBO-80V'BVCEO-80V'IC-200mA max'hFE-l00 min. at 10uA 5.0V.
BVCBO-60V;BVCEO-60V;IC-200mA max;hFE-l00 min. at 10uA, 5.0V.

t~~:

L17e
L17e
L17e
L49a
L41!a
L49a
L49a
L49b
L49b
L49b
L49b
T098
L51b
L51b
L51b
L66a
T089
L66a
T089
L66a
R0131b
T089
T089
L66a
L66a
T089
T089
L66a
T089
L17g
L17a
L17d
L17d
L17a
L17g
L17d
L17d
L17c
T089
L17c
T089
L2t
L2f
L17k
L53
T05
T018
T047
R89c
R89a
R89a
R89a
R89a
R89a
R89a

IN ORDER OF (1) CATEGORY & (2) TYPE No.

:V Pc-1.0W; BVCBO-60V; BVCEO-40V; hFE-3000 min. at IC-l00mA
Pt-260mW; VCBO-60V min; VCEO-40V min; VEBO-12V min; TJ-125deg.C
GG Pt-2.0W at 100"C·BVCBO-120V·IC-3.0A·hFE-l.0k min.
GG Pt-2.0W max;BVCBO-60V min;BVCEO-40V min;BVEBO-15V min;IC-3.0A max.
GG Pt-2.0W max;BVCBO-80V min;BVCEO-60V min;BVE80-15V min;IC-3.0A max.
GG Pt-2.0W max'BVCBO-l00V min'BVCEO-80V min'BVEBO-15V min·IC-3.0A max.
GG Pt-2.0W max;BVCBO-60V min;BVCEO-40V min;BVEBO-15V min;IC-3.0A max.
GG Pt-2.0W max;BVCBO-80V min;BVCEO-60V min;BVEBO-15V min;IC-3.0A max.
GG Pt-2.0W max'BVCBO-l00V min'BVCEO-80V min'BVEBO-15V min·IC-3.0A max.
IGG Pt-2.0W max;BVCBO-60V min;BVCEO-40V min;BVEBO~15V min;IC'3.0A max.

~~:g:~~ ~a~·~~~~~~g~~i~:~~g¥6~4~~A~~~~~~g~_I~v

GH
GH
GH
GH
GH
GH
GH
GH

min'IC-3A max.
Pt-12.5W max;BVCBO-80V min;BVCEO-60V min;BVEBO-15V min;IC-3A max.
Pt-12.5W max;BVCBO-l00V min;BVCEO-80V min;BVEBO-15V min;IC-3A max.
Pt-12.5W max'BVCBO-60V min-BVCEO-40V min'BVEBO-15V min'IC-3A max.
Pt-12.5W max;BVCBO-80V min;BVCEO-60V min;BVEBO-15V min;IC-3A max.
Pt-12.5W max;BVCBO-l00V min;BVCEO-80V min;BVEBO-15V min;IC-3A max.
Pt-12.5W max'BVCBO-60V min'BVCEO-40V min'BVEBO-15V min'IC-3A max.
Pt-12.5W at 100"C;BVCBO-120V;IC-3.0A;hFE-l000 min.
Pt-12.5Wmax;BVCBO-60V;BVCEO-40Vmin;BVEBO-15Vmin.
Pt-12.5Wmax·BVCBO-80V·BVCEO-60Vmin·BVEBO-15Vmin.
,
Pt-12.5Wmax;BVCBO-l 00V;BVC;~0-~OVmin;BVEBO-15Vmin.

~t 1~:~~~:~;~~g~g:gg~:~~g~g:~g~~:~:~~~~g: 1~~~:~:

Pt-12.5Wmax;BVCBO-l00V;BVCEO-80Vmin;BVEBO-15Vmin.

~~:J~J:~~~~~:5Cn~~~~~n~~~~~i:~tY-2~Jl VEBO-15Vmin.
Pt-.50W;ft max-500Mc;hFE-300 to 900 at IC-l.0mA.
Pc-.3W;BVCEO-45V;TC-.02%/deg.C at 0-70 deg.C;hFE-l0min at .50mA
Pc-.3W·BVCEO-45V·TC-.005%/d'lQ.C at 0-70 de n .C·hFE-l0min at .50mA
Pc-.~VII;~"~~Q-45V;TC-.0()2%/deg.C; at 0-70 deg.C;;hFE-l0min at .50mA

~~::~~;~~g~g::~~q:g::g~~'~~~I!;Ca:~g:igod~~;~'~~E~~~~~na~t5gg'~A

igg

Pc-.3W;BVCEO-45V;TC-.005~~deg.C

at 55-150 deg.C;hFE-40min at .50mA

~~::3~;~~g~g:~g~:ig::g~~'~~~I!;Ca:t5~~;~god~~:t~W3~~i~na:~5g~AA

Pc-.3W;BVCEO-60V;TC-.005%/deg.C at 55-150 deg.C;hFE-30min at .50mA
Pc-.3W;BVCEO-60V;TC-.002%/deg.C at 55-150 deg.C;hFE-30min at .50mA
Darlinaton Amnlifiers·Pd-.50W·hFE-2000 min'VCB-l00V max.
A'1> Darl. Ampl; Pc-l.8W max; BVCBO-60V; hFE-1600 min. at IC-l0mA
Dual Chip;BVCBO-55V;BVCEO-30V;Cob-6.0pf;Pa-4.0W.
Dual Chio·BVCBO-55V·BVCEO-30V·Cob-6.0of·Po-2.5W.
Pt-.6W;Sat.Res.-300 ohms max;hFE-250 at IC-l.0mA.
Pt-.6W;Sat.Res.-300 ohms max;hFE-150 at IC-l.0mA.
FET;Q FS-400umhos'RIS-l OOT·Cn s-4.0nf·VT-7V.
FET;g FS-400umhos;RIS-l 00T;Cgs-4.0pf;VT-7V.
FET;gFS-400umhos;RIS-l00T;Cgs-4.0pf;VT-6V.
Darl.Amn: BVCBO-50V' BVCEO-35V' hFE-300 min·BVEBO-12V·Pt-.60W
Darl.Amp; BV(;BO:30Y; BVCEO-20V; hFE-20pO min;BVEBO-12V;Pt-.60W

g~~E8~~~vA~tNJo~%Ba~cl~g~2~iJi~~~~I~z~~~~~~r.'.f.~~~E~!~A.

BVCEO-15V, hFE-35 min at 10mA-l.0V, ICBO-l0nA max,Cobo-l0pf max.
ft-25MHz min;ICBO-50nA max;Sat.Res.-20 ohms max.
ft-250MHz min'ICBO-l0nA max·Sat.Res.-2.7 ohms max.
ft-200MHz min;ICBO-l0nA max;Sat.Res.-2.7 ohms max.

m;~~g~~ ~g~;:g~~~l:~50::;?:--{igo.:"n:'~~s.
A

FE!;BVDSS 50V;ID(on):2.0mA;gm-2000umhos.
Pt-525mW;td-18n max;tr-36n max;toff-60n max;IG-l0pA max;VSOS-30V min.
BVCBO-60V·BVCEO-40V·BVEBO-5.0V·hFE-l00-300 at IC-150mA-ft-200Mc.
BVCBO-60V;BVCEO-40V;BVEBO-5.0V;hFE-l00-300 at IC-150mA;ft-200Mc.
Rad. Res. Switch' Irradiation-l0kT nvt.

191

SYMBOLS AND CODES
EXPLAINED IN INTERPRETER

-'-

LINE
No.

1J

13. MMISCELLAN
EOUS TRANSISTORS
L C

TYPE
No.

1 CATEGORY
U STRUC-

S

TURE

A
T

E

~

~~~~g~:

3
4t
5+
6
7
8+
9
10
11
12

2N5107*
2N5144*
2N5145*
2N5200*
2N5201*
2N5244*
2N5292*
2N5332*
JAN2N5332*
2N5399*

15

2N5527*

1~
:~

18
19
20
21

~~

24
25
26
27

~~

30

H
33
34
35
36

~~

39

:¥
42

:~

45
46
47
48
49
50

~~~~~i~99*

i~~~~~~:

2N5530*
2N5531*
2N5532*
2N5533*
2N5534*
2N5535*
2N5536*
2N5537*
2N5538*
BRWOB*

1~~lg~~:

BR101D*
TIXP39*
TIXP40*
PT2
PT3
PT22
PT23
PT52
PT53
TH2221

:j:~~~~JA

TH2222A
TH2906
TH290SA
TH2907
TH2907A
TH4384
TH438S
TH4413
TH4415

g
13
13
13
13
13
13
13
13
13
13
13
13
13
13
13
13
13
13
13
13
13
13
13
13
13
13
13
13
13
13
14
14
14
14
14
14
15
15
15
15
15
15
15
15
15
15
15
15

DWG. E 0
No.
AD
D E

~: ~g~9

N-PEl'.
N
N
Nl'.
Nl'.
N
N
P
P
P l'.
Pl'.
Nl'.
Nl'.
Nl'.
N
N
N
N
N
N
N
N
N l'.
N l'.
N l'.
N l'.
N
N
N
N
NPE
NPE
N-PL
N-PL
N-PL
N-PL
N-PL
N-PL
N-PE
N-PE
N-PE
N-PE
P-PE
P-PE
P-PE
P-PE
N-PE
N-PE
P-PE
P-PE

Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si

~:

Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si
Si

T01S
T01S
T039
T04S
T046
T01S
T01S
T046
T04S
T046
T046
T039
RS1'
T059
T061
T061
RSli
T059
T061
T061
T061
T061
T061
TOSl
MT27
TOSO
MT27
T060
T059
T059
R142
R142
T046
T046
T046
T046
u48
u48
u48
u48
u48
u48
u48
u48
u48
u48
u48
u4S

IN ORDER OF (11 CATEGORY & (21 TYPE No.

DESCRIPTION

typo at VCI:-._52y;ton-l_5~sec max;toff:~~.nsec max.
~~ l~c-2.5W;hFE-!9
Post Rad. of 300T nvt;ICBO-l00nA;hFE-S.0 at VCE-l0V;IC-150mA
A

Post Rad. of 300T nvt·ICBO-l00nA·hFE-S.0 at VCE-l0V'IC-150mA
Post Rad. of 300T NVT;tr-35ns,td-l0ns,ts-35ns,tf-30ns,MAX;ft-250MHz min.
of 300T NVT;tr-35ns,td-l0ns,lS-35ns,tf-30ns,MAX;ft-250MHz min.
Pd-l.2W·Post Rad. of 300T nvt'hFE-l0 min·ICES-.05uA max.
Pd-l.2W;Post Rad. of 300T nvt;hFE-12 min;ICES-.05uA max.
Pd-360mW;Post Rad-300T NVT;ICES- 1.OA max;tr-40nS;ts- 1OOnS;td- 15nS;tf-50nS.
Max.Rad.Level-300T-nvt·hFE- 10min·tr- 12ns tf- 15ns.
Max.Rad.Level- 1OOOT NVT;hFE- 10 min.pulsed;tr-Sns;ts-70ns;tf- 16ns.
Ipp-25mA max;Radiation-l000TNVT;tr-S.Ons max;tf-16ns max.
Max.Rad.- 1000T nvt:Post Rad. hFE- 12 min'ICBO- 1OUA'tr-8ns·tf- 16ns.
Ipp-25mA max;Radiation- 1000TNVT;tr-S.Ons max;tf- 16ns max.

~~A0 Post Rad

A~
A~
A~¢

A0 ~:~:~:~:i.~~~eJoo'l!;~OSi·~~~: 1~F~~n ~~~see~Yc~8o_si:;:·~-d~(~~ir6~~n~·ax.
Max.Rad.Level-500T NVT;hFE- 15 min pulsed;!~BO- 1mA;V:~~lr!!-6.7 max.
~~ Max.Rad.Level-5~g:r NVT;hFE-15 min pulsed;ICBO-lmA;VCE s~~t6.7 max.
A

Max.Rad.Level-50 T NVT'hFE-15 min oulsed'ICBO-lmA'VCE sat-6.7 max.
min.pulsed;ICBO- 1mA;VCi!ra~r max.
min.pulsed;ICBO- 1mA;VCE sat - 1 max.
min.pulsed·ICBO-lmAVCE sat-l max.
A0
A Max.Rad.Level-500T NVT;hEE-7 min.pulsed;ICBO- 1mA;VCEisatl- 1 max.
A¢ Max.Rad.Level-500T NVT;hFE- 15 min.pulsed;ICBO- 1mA;td- 5ns;tf-300ns.
A Max.Rad.Level-500T NVT'hFE- 15 min.oulsed·ICBO- 1mA'td-25ns·tf-300ns.
~(O Max.Rad.Level-500T NVT;hFE-l0 min.pulsed;ICBO-2mA;td-25ns;tf-300ns.
Max.Rad.Level-500T NVT;hFE- 10 min.pulsed;ICBO-2mA;td-2Sns;tf-300ns.
Max. Rad. Level-SOOT nvt'Post Rad hFE-2S·ICBO-1.0mA
A Max. ~ad. Level-5C!~! nvt;Post Rad hFE-2S;ICBO-1.0mA

NVT;hFE-7
Max.Rad.Level-500T NVT;hFE-7
~~ Max.Rad.Level-500T
Max.Rad.Level-500T NVT'hFE-7

~0

~¢ ~:~: ~:~: t~~:::~gg:j: ~~;~~~~ ~:~ ~~tmg~g:l:g:::~

AtS.OAmps hFE is greater than 10 after irradiation 1x 10 14n/sq.cm.

A
A
A
A
A

~~~~~'5~~G~~~ i~o~~~a~~~ct,:'an':a~~ e"m~.C~~~~-i.~t~~e~~~~Wi~%c;.,~EO- 120

Sens.- 15V1Gram Point Force max;Temp.Coeff.-.l V/deg.C;hFE-SO;BVCEO- 120
Sens.-1.0V/Gram Point Force max;Temp.Coeff.-400mV/deg.C;hFE-50 max.
Sens.- 1.0V/Gram Point Force max·Temp.Coeff.-100mV/dea.C·hFE-50 max.
Sens.-.80VIpsid max;Temp.Coeff.-400mVIdeg.C.;hFE-40 max;BV<:EO-120

~0 ~~~sii810~~r:~lu~~~J~ml~~~:~~.~Oo~;r¥.;'~t~~i~~~~~-~~ ~:~kBVCEO- 120
2N2221 A chip;Aluminum Contacts;Gold Metallization on back.
:j:~ 2N2222 chip;Aluminum Contacts;Gold Metallization on back.
T0 2N222A chi'o:Aluminum Contacts'Gold Metallization on back.
2N2906 chip;Aluminum Contacts;Gold Metallization on back.
:j:~ 2N290SA chip;Aluminum Contacts;Gold Metallization on back.
T0

:j:~
T0
:j:~

2N2907 chip:Aluminum Contacts'Gold Metallization on back.
2N2907 A chip;Aluminum Contacts;Gold Metallization on back.
2N4384 chip;Aluminum Contacts;Gold Metallization on back.
2N4386 chio'Aluminum Contacts'Gold Metallization on back.
2N44 13 chip;Aluminum Contacts;Gold Metallization on back.
2N44 15 chip:Aluminum Contacts;Gold Metallization on back.

,

D.A. T.A. INC.

192

SYMBOLS AND CODES
EXPLAINED IN INTERPRETER

Department of Defense I ndex of Specifications and
Standards dated 1 July 1969.

2N393

Device Manufacturers
Qualifications on Test Reference Letter

2N398A

MIL·S·19500E Military Specification, General Specification
for Semiconductor Devices dated 1 April 1968, Amend·
ment 1 dated 25 March 1969, and Supplement A dated
29 April 1969.
MIL·S·38103B (USAF) Military Specifications, General
Specification for Established Reliability Semiconductor
Devices dated 1 June 1964, and Supplement 1B dated
1 June 1964.
MIL·S·55191 (EL) Military Specification General Specif·
ication for Semiconductor (Micro· Elements) dated
7 May 1963 and Supplement 1 dated 7 May 1963.
MI L·STD·701G Military Standard, List of Standard Semi·
conductor Devices dated 27 May 1968 and Notice 3
dated 28 May 1969.

2N426

QP!-·19500·37 Qualified Products List of Products Qual·
ified Under Military Specification MIL·S·19500, dated
9 May 1969.

2N428

TYPE No.

t -

Qualification included TX Devices

*-

No Technical Data Tabulated

¢_

Standard
} For Additional
MIL.STD.701 Devices Information See
MIL-STD-701

{§ -

NATO
~ - USAF Preferred
(TX Type Only)

Drl:J~ l'h~h'lll]ii:S!'UI:. I~~\'illlllr~ llIiliUf!1 1lI.lli;llN ~....-E~_~EN_N~_~B_ER-',-----.-----,--.

~-----rTYPE No.

MIL.S.
19500/No.

MFRS.

MOTA 258A
TIl AMEND
#2

2N962

__________ _____

TYPE No.

MIL·S·
19500/No.

MFRS.

BEN 68A
MOTA 0

2N1l20

~E11-

2N1008B

MOTA 196A
AMEND
__________ _____ #2
2N1011
BEN 67A
DEL (EL)
__________ MQ1h_
___ _
~E11-

2N1016B

__________

SIL

~~S1-

2N1016D
SIL
__________

NE~1_

2N1021A

__________

BEN

lNhY.i)

2N1411

SPR

2Nl157A

SOD

46B

133
AMEND
#1

2N1l65

2NI04s----

217A

89C

BEN 178B 2N1412
MOTA ~'
AMEND
#2

2Nl174----

MOTA 331

oAMEND
#1

AMEND
#1

2N1556A--

-MOTA

DEL f:6C
MOTA
AMEND
#1

37B-

2N1557A--

oAMEND

-MOTA

KSC
RCA

_____

2Nl183A--- KSC
RCA

MOTA 330

o

AMEND
#1

2N1479
RCA 207C
__________ ~11__ ~E112N1480
RCA ~07C

~E1l-

143B

~END

2Nl183B---

KSC--~~~~RCA

~END

W2
2N1184---- RCA

__________
__________

~QD__

@----

__

~11

2N1481
RCA ~07C
__________ ~11__ ~E112N1482
RCA ~07C

2N1483---- ~5r--~~~B__________ SIL-- r ---2N1484
tRCA ~80D
__________

SIL_~

__ _

~i11_ 2N1487
~~~~~~---- ~£t--l~~~BEN
08B

---------_____
2N1l84A
RCA 143B

AMEND __________ RCA
#2
~]:11_ 2N1488
I BEN
~.43B
I RCA

¢

A~END

#2

_________
2Nl195

~E11-

- MOTA ~lD

~END

~{Yf)

2N1613---

~E11-

~~~- 2N1485----t~aX--k8oD-

~END

~1

76A

-2-N-1-3-0-2---- ----- ~i~)
GIC 126B
RCA
2N1051
NONE
16A
__________
NhY.i)
111__
2N1303---- GESY 126B
2N1072
NONE 63
V\MEND
GIC
~A
__________ _____ ~2
2N1304---- ai~--126B2N1094
NONE 61
PtMEND
RCA

___ _
08B

----------t~1~-~---2N1489
BEN 208B
__________ ' RCA

1

SPR

~*~Q)
39BPtMEND

2N1305---2N1306----

1

*-

2N2034

tNONE ~1
tAML
FSC
tGESY
tMOTA
tRAYN

________ J!TIL
~li~Q1EA

AMEND
#1
l~~l_

l~~_

270B

~~

AMEND
#2
(NAVY)

__ 1_~Q1A aiQ __

~li~QBi---I-AEX- gla~_

BEN ~08B
RCA tu

TRW

Qualification included TX Devices
No Technical Data Tabulated

u

AMEND
1
__________ _____ E11_
2N1549A
MOTA 32
_______________ E~_
2N1550A
MOTA 32
Zl
2N1551A---tMoTA-

~~1 _

~A

2N2150

tNONE 277C

_________

APX ¢;Zl
tGIC AMEND
tMOTA #1
tNSC
tTEC ____ _
!lII_

1

-MOTA~~~­

IAMEND

tAML-Jfl~t5-

tCDC
tFSC
tMOTA
tRAYN

2

2N2218A

tAML ~lE
tGESY fi-I'J
AMEND
itMOTA
tNSC #1

END

¢;Zl

~~~~~~~---r~~~-~~~~F)
2N1651
BEN 219A

tGESY
END
tGIC #1
iltMOTA
tNSC
tTEC

MOTA AMEND
#4

2N1652----

BEN--

ft~- _________ ~!TII-------

2N1653----I::::-i~;~
~END
MOTA

--________ _____ ~4

~E1l_

2N1711

tCDC ~35D
FSC \fl,LJ

2N1714----r'

~¥¥--I'!~~

2N1717----

TII--

~~i-

2N2219A

ItAML
tGIC
ItMOTA
tNSC

TEC

F

~1

L___ _

itAML ~5E
'tGIC
ItITT
END
tMOTA ilH
ItNSC
I

2N2221A

2N2222----~t~t--~55E-

APX
tCDC
MEND
tGIC
1
,tITT I
\tMOTA .

2N2222A---~~ ~

__ 55'1

tGIC
tITT AMEND
MOTA 1#1
NSC
tSPR
TIl
TRW

(n)

For Additional
.
} Information See
MIL·STD·701 DeVices MIL.STD.701

0- Standard

fAMEND

APX f,ZXZI
tCDC ~END
'ItGIC #1
tITT
'ItMOTA
tNSC
tSPR __
__________I.!Tu

2

2N1722---- TEC-- ~~~2N1724---- ~it--~2F-

251E

~

2N2221----llt~t--~55E-

END

2N1853---- ~a~-- 71B
----------t----111__
2N1552A
MOTA E11_
32
GESY 126B
r
2N1854---- RCA NhYX)
72B
NhY.i)
~~~
2N1553A--- MOTA- ~t1- 2N1890---- CDC ~5D
FSC F
af~--126B~END
TIl
TIl

t-

I

2N2016---'-RCA-l~~ti-

__________~i~~--~---- 2N2219---1t~E-~251EAPX

~1~_

2N1490

~lgQ)

2N1119---- ~~~--

248AAMEND
#1

RCA

AMEND

143B
AMEND
#2

~2

SLA I\MEND
__________ 111__
1 __ _

cRi--

2N2015

lE~_

2N1558A

~2C

i'¥J

--------i~~- 2N2060

2N1197---- NONE-~~5-- 2N1493---- ~~!--~47-- __________ _____ EL1 _
TIl
63A
iAMEND 2N1715
2N1224---- APX ~~)
89A
~2
2N1048A
SIL
76A
END
SLA
p,MEND
__________ 111__ Wl __ _ 2N1225---- ~~~-- 89A- 2N1499A--- SPR-- ~~i2N1049A
SIL
76A
SLA IWIEND
79
~fii~QQ==== BEN
§rB== ~65
~~~=
MEND
__________ 111__
1__ _ 2N1234---- ~~-SOD p,MEND 2N1506A
2

2Nl11s----

tCDC

MIL·S19500/No.

tFSC
__________ !llL

i~tl­ _________ _____

SLA__ W1
~END
__________ 111
__ _

SIL

2N1893

_________ _____ #1

#2

~NhY.i)

37B-- 2Nl184B--- RCA

h

2N1050A

MFRS.

#1

~NhY.i)

~11__

~if-- 8--SIL

TYPE No.

f~tl-

2N1555A-- -MOTA

2N1450M
NONE ~22A
2N1560A-__________ _ ____ ~U~hF)
2N1469M
CRY 78B

NONE 215
AMEND

37B-

flMEND

2Nlo47A---

2N1554A

.

KSC

BEN
KSC

----------r~----~~i~)

~NhY.i)

BEN ~9C
KSC i"i
p,MEND
__________ TIl Wl
__ _
2N1042
BEN 137B
KSC

2N1045

2N1358

MIL·S·
19500/No.

MFRS.

~NhY.i)

MOTA 87A

_______________ lE1l_

TYPE No.

02A_ 2Nl173-----NONE-~¥tY.i) 2N1412A--- DEL--~~~Y.i) 2N1559A-- I MOTA ff~___
AMEND
MOTA p,MEND
AMEND 2N2151---1tNoNE ~7C#2
#1
_02A
__ _
__________ _____ #1
---------~----2N2218
tAML ~--251E

2N1041

KSC __
__________ 111

~----

__________ 111_

02A

KSC __ ~END
__________ 111
Wl ___ _

~i~--

~l

2N1142

~QD__

2NI044----

RCA
__________ 111__ ___ _
2N1309
GIC 126B
___________ ~C1A__
2N1310
GIC 136A
________________
122C

~QD__

~i~--

ai~--~26B-

DEL

2N1025M
CRY 78B
__________
___ _ 2N1183
2N1026M
__________ CRY 78B
___ _

2NI043----

LiESY 126Jj
GIC
RCA

MQ1h_~----

~111-------

BEN

MILoS·
19500/No.

__________

2N1022A
BEN 217A
__________ 111__
___ _

2N1039

2N130S----

MFRS.

_________ _111_ _____

~~1_~----

2N1016C
__________ SIL

2N1307

A~END

~NhY.i)

2Nl131--- -FSC- ~~7C2N964
MOTA 258A
MOTA
TIl AMEND
RAYN
#2
TEC
2N986----- NONE-~¥~~) -N--11-3-2---- _111__ ----FSC 177C
~NhY.() 2
2N987----- APX 267
MOTA
RAYN
AMEND
TEC
#2

__________ _____

'1

TYPE No.

{§ (Zl

NATO
- USAF Preferred
(TX Type Only)

IN TYPE NUMBER
SEQUENCE

TYPE No.

MFRS.

2N2905A

244B 2N2606
lEl-l_
317D

MOTA
2N2369A-- -APXFSC
tITT
tMOTA
tNSC
tRAYN
2N2273

¢;Zl

2N2607---

1l'IL
2N2377--- CRY 288
SPR

tAML
tMOTA
tNSC
tRAYN
tTEC

I

90B

11'IL_-------------2N2906
91B
tAML
GIC
tMOTA
tNSC
tRAYN
tTEC

--------2N2608

AMEND
i/2
lEl-.L
----------1l'IL_
2N2906A
2N237S--tAML
289
GIC
SPR AMEND
tMOTA
i/3
tNSC
lE1.L
tRAYN
A.1VlEND
2N2417A-- -----tNONE 75B
i/2
tTEC
AMEND
i/l ___ ---------- ----- DJhYi) ---------- l'II __
----- 75B
2N2 90 7
2N2418A--- tNONE
GIC 291B
2N2631
NONE 303
AMEND
tITT
AMEND
i/2
tMOTA
__________ ~-----"--tNSC
NAYi)
2N2419A
tNONE 5B
---------tRAYN
tNONE 16A
AMEND 2N2639
AMEND
tTEC

-cm-

2"2,20'---, "ONE-~B-AMEND

2N2421A---rNO}ffi-i/~B--

AMEND

2N2422A---

NO}ffi-t~B--

!'IlEND

1 ___

---------- CRY 13A
2N2432
NSC
TEC
I'lL_
---------2N2432A
CRY
TEC
l'n __
---------2N2481
FSC

1'1I__

ill

lIShF) 2N2907A--- tAML
2N2642---- tAML 316A
tGIC
tMOTA
END
tTIl
tNSC
ill
tRAYN
lI,shF)
-------------2N2708
TEC
MOTA AMEND
l'IL_
2N2911---- NONE
~~~__ i/~1L
---------2N2834
MOTA 10

~L ~2

2N3127

lEl-l_
2N3250A-- tMOTA 323A
tRAYN AMEND
i/2

---------- MOTA
2N2857
RCA

1BQA_
--------2N3418
tNONE 393

2N2484

tAML

NhYi)

43

--------2N3421

END

376

lI.shF)
2N2498---- tNO}ffi- 78A
lJ,shF)
---------tNO}ffi- 78A
2N2499
----- lJ,sbF)
---------2N2500
tNONE 378A
2N2528---- MOTA lJ,shF)
09
END
1
NEfl)
2N2553---- BEN
9C
END
KSC
1'1I__ L __
2N2555---- BEN
9C
KSC
END
L
__
j'JL_
2N2557---- BEN
9C
KSC
END
j'JL_ L __
2N2559---- BEN
9C
KSC
END
1
:rU__ ___
2N2604---- NSC 354
SOD
END
2
El-l_
2N2605---- NSC
54
SOD

~END

---------2N2876

--------2N3439

NO}ffi-

--------2N3440

NONE-

¢;Zl

llJ~hF

2N3498--- tMoTA 366A

\2tZl

lEl-L
--------- ----2N3499
tMOTA 366A
¢;Zl

----tMOTA

--------2N3441
2N28S0---- 80:5--

lEL.L
366A

¢;Zl

.!EL1_

tMOTA 366A
o;zl
.!ElJ._
MOTA 349A

1UQm;

MOTA 349A

1UQUE

tITT 341B
tMOTA
NSC

1BQA_

NONE 384
¢
k'V]END
ill

lNAYi

2N3585---

NONE 384
¢
AMEND

\2tZl

--------2N3419

MIL·S·
19500/No.

tMOTA 392

lNhYi

,TIl e1NhYi) 2N2858---- NO}ffi_______________
.L1JS6f) -------------------1!Y.lYtL
2N2859
2N2497
tNONE 78A

MFRS.

2N3251A-- tMOTA 323A
--------2N3500
tRAYN
tTIl AMEND
#2
U:IAIT) 2N3501-----------MOTA 347
2N3253
TIl ¢
lNhYi 2N3506--2N3329--- tNO}ffi 378A
llJShF 2N3507--2N3330--- tNO}ffi 378A
.!lJShF 2N3553----------2N3331
tNO}ffi 378A
llJShF
2N3332--- tNO}ffi 378A
--------.!lJSAF 2N3584
2N3375--- tITT 341B
tMOTA
NSC

--------2N3420

END

TYPE No.

MOTA 346
2N3486A
AMEND
#1

ill

~MOTA

~RAYN

MIL·S·
19500/No.

MIL·S.
19500/No.

A.MEND
i/2
ill
.!lJShF
lNAYi
2N3634--tMOTA 357B
tNONE 393
¢;Zl
o;zl
A'VlEND
.!)!:LL
2N3635--i/2
tMOTA 357B
llJSAF

r

tNO~

AMEND
#2
_____ .!lJSAF
tNONE 393
o;zl
I
AMEND
,
ii/2
-----l.!!J,sAF
RCA 368
¢
.!NAYi
-RCA- 368
¢
lNAYi
-RCA- 369

--------2N3636
2N3637--2N3700--- tRAYN

2N3713---- tNO}ffi-

---------- tNOfm2N3714

AMEND 2N3715---- tNO}ffi#1

2N2904---- AML
GIC
MOTA
NSC
SPR
TEC

XlI-_
---------- AML
2N2904A

MOTA
NSC
RAYN
TEC
:r1I __
2N29o"5---- tAML 290B
GIC
tMOTA
NSC
RAYN
SPR
TEC
TIl

(~L)

--------2N3442
2N2996---- NONE

---------2N2997

NONE

2N3013---- FSC
TIl

---------2N3019
tRAYN
TEC

2N3055---- tBEN--

2"3057'---~NONi-

.!NhYi 2N3716---tNOfmRCA 370
¢
AMEND

El-l_
2N3735---- tNO}ffi- 95
AMEND
lNhYl)
2N3444--- MOTA 347
#2
----- llSAF)
2N3737---- tNONE
95
2N3449--AMEND
#2
lJShF)
2N3739---- tNOfm- 02
--------2N3467
tMOTA
lISAF)
2N3742---- tNO}ffi- 05
E11_
2N3743---- tNO}ffi- 97
E11_
2N3749---- SOD
2N3468---- tMOTA
15B
AMEND
#1
lJ,shF)
2N3763---- NO}ffi- 96
END
#1

#1

(USAF)

I(USAF)
t-

Qualification included TX Devices

*-

No Technical Data Tabulated

aY-' -

Standard
} For Additional
MIL-STD-701 Dev·ce
Information See
I 5
MIL-STO-701

{§ -

NATO

(Zl- USAF Preferred
(TX Type Only)

--~-------~

i

I
I,

t-

Qualification included TX Devices

*-

No Technical Data Tabulated

rf,

'f-I -

Standard
} For Additional
Mll-STD-701 Devices Information See
Mll-STD-701

{§(21--

NATO
USAF Preferred
(TX Type Only)

I

15. OUTLINE DRAWINGS

IN ORDER OF CASE NUMBER

INCH-TO-MILLIMETER CONVERSION
(For Converting Drawing Measurements -

Inches
.00394
.00787
.01
.01181
.015625
.01575
.01969
.02
.02362
.02756
.03
.03125
.0315
.03543
.03937
.04
.04331
.046875
.04724
.05
.05118
.05512
.05906
.06
.0625
.06299
.06693
.07
.07087
.07480
.078125
.07874
.08
.09268
.08661
.09
.09055
.09375
.09449
.09843
.1
.10236
.10630
.109375
.11

Millimeters
.1
.2
.254
.3
.3969
.4
.5
.508
.6
.7
.762
.7938
.8
.9
1.0
1.016
1.1
1.1906
1.2
1.27
1.3
1.4
1.5
1.524
1. 5875
1.6
1.7
1.778
1.8
1.9
1.9844
2.0
2.032
2.1
2.2
2.286
2.3
2.3812
2.4
2.9
2.54
2.6
2.7
2.7781
2.794

Inches
.11024
.11417
.11811
.12
.12205
.125
.12598
.12992
.13
.13386
.13780
.14
.140625
.14173
.14567
.14961
.15
.15354
.15625
.15748
.16
.16142
.16535
.16929
.17
.171875
.17323
.17717
.18
.18110
.18504
.1875
.18899
.19
.19291
.19685
.2
.20079
.203125
.20472
.20866
.21
.21260
.21654
.21875

DERIVATION AND TABULATION ASSOCIATES INC.

Millimeters
2.8
2.9
3.0
3.048
3.1
3.175
3.2
3.3
3.302
3.4
3.5
3.556
3.5719
3.6
3.7
3.8
3.810
3.9
3.9688
4.0
4.064
4.1
4.2
4.3
4.318
4.3656
4.4
4.5
4.572
4.6
4.7
4.7625
4.8
4.826
4.9
5.0
5.08
5.1
5.1594
5.2
5.3
5.334
5.4
5.5
5.5562

Inches
.22
.22047
.22441
.22835
.23
.23228
.234375
.23622
.24
.24016
.24409
.24803
.25
.25197
.25591
.25984
.26
.26378
.265625
.26772
.27
.27165
.27559
.27953
.28
.28125
.28346
.28740
.29
.29134
.29528
.296875
.29921
.30
.30315
.30709
.31
.31102
.3125
.31496
.31890
.32
.32283
.32677
.328125

Section 15 -

Millimeters
5.588
5.6
5.7
5.8
5.842
5.9
5.9531
6.0
6.096
6.1
6.2
6.3
6.35
6.4
6.5
6.6
6.604
6.7
6.7469
6.8
6.858
6.9
7.0
7.1
7.112
7.1438
7.2
7.3
7.366
7.4
7.5
7.5406
7.6
7 ..62
7.7
7.9
7.974
7.9
7.9375
8.0
8.1
8.128
8.2
8.3
8.3344

Inches
.33
.33071
.33465
.33858
.34
.34252
.34375
.34646
.35
.35039
.35433
.35827
.359375
.36
.36220
.36614
.37
.37008
.37402
.375
.37795
.313
.38189
.38583
.38976
.39
.390625
.39370
.39764
.40
.40157
.40551
.40625
.40945
.41
.41339
.41732
.42
.42126
.421875
.42520
.42913
.43
.43307
.43701

to Millimeters)

Millimeters
8.382
8.4

8.5
8.6
8.636
8.7
8.7312
8.8
8.89
8.9
9.0
9.1
9.1281
9.144
9.2
9.3
9.398
9.4
9.5
9.525
9.6
9.652
9.7
9.8
9.9
9.906
9.9219
10.0
10.1
10.16
10.2
10.3
10.3188
10.4
10.414
10.5
10.6
10.668
10.7
10.7156
10.8
10.9
10.922
11.0
11.1

Milli..lters

Inch.s
.4375
.44
.44094
.44488
.44882
.45
.45276
.453125
.45669
.46
.46063
.46457
.46850
.46875
.47
.47244
.47638
.48
.48031
.48425
.484375
.48819
.49
.49213
.49606
.50

11.1125
11.176
11.2
11.3
11.4
11.430
11.5
11.5094
11.6
11.684
11.7
11.8
11.9
11.9062
11. 938
12.0
12.1
12.192
12.2
12.3
12.3031
12.4
12.446
12.5
12.6
12.7

.52362
.55
.57480
.60
.625
.65
.67323
.70
.72441
.75
.77559
.80
.82677
.85
.875
.90
.95
1.00

13.3
13.970
14.6
15.24
15.875
16.510
17.1
17.78
18.4
19.050
19.7
20.320
21.0
21. 590
22.225
22.860
24.130
25.4

ALL DIMENSIONS IN INCHES

15. OUTLINE DRAWINGS
THE PREFIX LETTERS OF THE OUTLINE
DRAWING NUMBERS INDICATE THE
FOLLOWING:
L -

MULTIPLE Lead Type

MD -

MOUNTED Type - DIAMOND Base

MM -

MOUNTED Type - MISCELLANEOUS Configuration

MS -

MOUNTED Type - SQUARE and RECTANGULAR Base

MT -

MOUNTED Type - THREADED

OV -

OVAL Case

R TO -

NOTES:
These outline drawings are intended as a guide for
the user. They should not be used for construction purposes without first checking with the appropriate manufacturer.
These drawings are referenced in the Technical Sections of this D.A.T.A.BOOK in accordance with information supplied by the manufacturers.
The DO and TO drawings have been reproduced
from JEDEC Publication No. 12E (May 1964) with the permission of the National Electrical Manufacturer's Association - Electrical Industries Associates. JEDEC designations
are assigned only to outlines submitted by the JS-10
Committee on Mechanical Standardization. The procedure
of assigning and announcing the JEDEC designation constitutes registration.

ROUND Case
JEDEC Type

u -

MICROMINIATURE CASE

x -

MISCELLANEOUS Configuration including Phototransistor

ZA -

IN ORDER OF CASE NUMBER

DRAWING REFERENCE INFORMATION

..

All drawings have circular symmetry unless indicated.

..
L2
L2b
L2d
L2f
L2g
L2h
L2j
L2m

Ll - T077 - DIMENSIONS EXCEPT FOR INTERNAL
- CONFIGURATION
LIA - T071 - DIMENSIONS EXCEPT FOR INTERNAL
CONFIGURATION

Bl
2
2
2
1
2
2
2
2

B

Cl
1
1
1
9
1
3
3
1

E2
5
5
5
4
4

7
5
5

~
h-f--r5
L2r ~3 2 1 5
L2s
L2t
L2u
L2v
L2w
L~

L2z

C

El
3
3
3
2
3
1
1
3

REVISED
FALL 1969

3
3
1
3
3
3
1

2
2
3
2
2
2
2

..

1 5
1 5
2
1- 5.
1
5
1 5
3 4

14-

B2
6
6
6
5
5
6
6
6
6
6
,6
6
6
6

6
6
5

C2
7
7
7

7
6
5
7
7
7
7

7
7

5
6
7

7
6

Bl

OUTLINE
R13l
T07';
T078
T089
T078
RlO2a
T07l
T070
T07l
R136
Rl37
R131c
R138
R131d
R131b
R013lf
Rl38

B

B

c
E

L3
L3a
L3b
L3d
I.3e
L3f

E
1
1
1
1
1
2

B
2
2
2
2
2
1

C
3
3
3
3
3
3

POLARITY OUTLINE
NPN
T018
T05
NPN
PNP
T018
NPN
T053
NPN
T098
NPN
T098

DERIVATION AND TABULATION ASSOCIATES INC.

ALL DIMENSIONS IN INCHES

15. OUTLINE DRAWINGS

IN ORDER OF CASE NUMBER

REVISED

FALL 1969

NO CONNECTION

E2

OUTLINE DRAWINGS
T05 DIMENSIONS EXCEPT FOR INTERNAL CONFIGURATION

L6 T05 dimensions except ror number or leads
L6a R144

&I

I

T05 DIMENSIONS EXCEPT FOR INTERNAL CONFIGURATION

3

8

T05 DIMENSIONS EXCEPT FOR INTERNAL CONFIGURATION

DERIVATION AND TABULATION ASSOCIATES INC.

T05 DIMENSIONS EXCEPT FOR
INTERNAL CONFIGURATIONS

ALL DIMENSIONS IN INCHES

IS. OUTLINE DRAWINGS

IN ORDER OF CASE NUMBER

III

S

REVISED
FALL 1969

I,

L17a
L17b
L17e
L17d
L17e
L17f
L17
L17h
L17
L17k
L17m
L17s

L17t
L17u
L17"1
, L17w

El
3
3
3
2
1
3
3
3
3
3
1
2
3
1
3 '
1

Bl Cl E2
2
1 5
2
1 5
i 1 5
4
1 9
2 3
5
2
1 5
2
1 5
2
1
4
2
1 5
2
1 5
3
2
4
1 9
4
2
1 5
6
7 2
2
1
4
2 3
4

B2
6
6
6
5
6
6
6
5
6
6
6
5
6
5
5
5

C2
7
7
7
7
7

7
7
6
7
7
5
7
7
3
6
6

OUTLINE
T077
R52b
T078
TOB9
T07l
R52
R131b
R131a'
R131
R131e
R138
X22
R137
T07l
R52a
R138

•

SUBSTRATE
D1 'Gl D2 G2 S l.c:nTR!,;'1'RATE OUTLINE
1 2
7 6 8
4
T07
R
3
18a
4
0'6
I U8b 1 2 7 6
8
4
T078
L18e
3 17 5 8
4
T099

I L18

•

REVISED
FALL 1969

r

SI
D1

~

S2
D2

NPN
L19
L19a
L19b
L1ge
L19d

El
3
3
1
2
1

Bl
2
2
3
1
2

Gl

G2

PNP
Cl
1
1
2
9
3

E2
5
5
4
4
4

B2
6
6
6
5
5

C2 OUTLINE
7
T077
7
T078
5
R13B
T089
7
6
R138

L21
L21a
L21b
L21e
L21d

S1
1
1
1
2
1

Dl
2
2
2
1
2

G1
3
3
3
9
3

S2
5
5
4
4
4

D2
6
6
5
5
5

G2
7
7
6
7
6

OUTLINE
T07l
T076
R120
T089
T07l

T018 Dirr.er.sions except for
Lead configurations

DERIVATION AND TABULATION ASSOCIATES INC.

R33 Dimensions except for
internal configurations

ALL DIMENSIONS IN INCHES

I

15. OUTLINE DRAWINGS

IN ORDER OF CASE NUMBER

-

OUTLINE
S1 D1 G1 S2 D2 G2 G3 CASE
L24 1
L24a 1
L24b 1

2

3

2
2

3

6
(;

7
7
7

3

6

5
5
5

4
4
4

8
8
8

T076
T078
R131a

CASE .4ND
:BODY

TOlS DIMENSIONS EXCEPT FOR INTERNAL CONFIGURATION

,oatH
7

o

I

5

1

62

0

5

T077 - DIMENSIONS EXCEPT FOR INTERNAL
CONFIGURATION

6

:~11}f7
Q?

2

Q3

20

0

7

T077 - DIMENSIONS EXCEPT FOR INTERNAL
CONFIGURATION

DERIVATION AND TABULATION ASSOCIATES INC.

5

Q2

P

4

06

6

3

5

So

7

T077 - DIMENSIONS EXCEPT FOR INTERNAL
CONFIGURATION

ALL DIMENSIONS IN INCHES

I

15. OUTLINE DRAWINCiS

IN ORDER Of CASE NUMBER

REVISED

FALL 1968
3

o

o
3

04

2~1~

~0

P

4

5

T077 DIMENSIONS EXCEPT FOR INTERNAL
CONFIGURATION
T05 DIMENSIONS EXCEPT FOR INTERNAL CONFIGURATION

-

..
X19 DIMENSIONS EXCEPT FOR
INTERNAL CONFIGURATION

T077 DIMENSIONS EXCEPT FOR INTERNAL
CONFIGURATION

III

-

4

5

6

T077 OUTLINE

DERIVATION AND TA,ULATION ASSOCIAHS INC.

ALa. DIMENSIONS IN INCHES

15. OUTLINE DRAWINGS

..

T05 DIMBNSIONS EXCEPT FOR
INTERNAL CONFIGURATION
B2

IN ORDER OF CASE NUMBER

..

T05 DIMENSIONS EXCEPT FOR
INTERNAL CONFIGURATION

REVISED
FALL 1969

REVISED
FALL 1969

c1

c2

c3

B1

B2

B1

B3
E3

E2

E1
E1
I L43 1
I L43a 1
I L43b 2

B1
2
2
3

C1
3
3
4

E2
4
4
14

B2 C2
5
6
5 6
13 12

E3
7
7
5

B3
8
8
6

C3
9
9
7

T05
T078
X91

E1 B1 C1
I L44 1 2 3
r L44a 1 2 3
I L44b 2 3 4

..

..

B2
6
6
13

C2
5
5
12

OUTLINE
T05
T078
X91

14
13

~

6

5

E2
7
7
14

~

3

12

4

11

5

10

6

9

7

2

T05 DIMENSIONS
~XCEPT FOR INTERNAL
CONFIGURATION

8

6

8

..

5

3

7
2

R129 OUTLINE AND DIMENSIONS

DERIVATiON AND TABULATION ASSOCIATES INC.

Gl
IL51 3
IL51a 3
IL51b 3

Dl B G2
1 4 .5
1 4 5
1 4 5

D2
7
7
7

S
8
8
8

OUTLINE
T078
T076
T099

ALL DIMENSIONS IN INCHES

15. OUTLINE DRAWINGS

•
T077

SUB

III

SUB

D1

IN ORDER OF CASE NUMBER

D2

DIMENSIONS EXCEPT FOR
INTERNAL CONFIGURATION
OUTLINE
L54
L54a

T077
T05

S1 D1 G1 S2 D2 G2 SUB
' 2
1

1

3

6

3

2

7

7
5

5

4

6

8

III
C

NPN
13 14
1

12 4
12 4

DI

LS8

PNP
NPN
NPN
NPN
NPN

84
T084
84
T084
X84

"

TOS6 DIMENSIONS EXCEPT FOR INTERNAL CONFIGURATIONS.

DERIVATION AND TABULATION ASSOCIATES INC.

ALL DIMENSIONS IN INCHES

15. OUTLINE DRAWINGS

-

-

IN ORDER OF CASE NUMBER

-,.T.,---I
I
I

I
I

I

I

I
I
I

--KI~SUBSTRATE

:::

) G1
EB

1

Bl

:::

>

SI Dl G1 S2
L61 1 2 3 4
L61a 1 2 3 5
L61b 1 2 3 4
L61c 2 3 1

D2 G2
5
6

5- ~4

B2

EA

1

OUTLINE
R120
TO 71
R120
R52

6

7
6
6

3

G2

5
3

6
2

7

T077 DIMENSIONS EXCEPT FOR INTERNAL
CONFIGURATION

DERIVATION AND TABULATION ASSOCIATES INC.

T074 DIMENSIONS EXCEPT FOR INTERNAL
CONFIGURATION

ALL DIMENSIONS IN INCHES

I

.15. OUTLINE DRAWINGS

IN ORDER Of CASE NUMBER

-

8

LEAD CONFIGURATION OUTLINE
51617 8
4
C IBIE OMIT EIBIC OMIT
T099
PNP
NPN
L66
T099
NPN
NPN
L66a
T099
PNP
PNP
L66b
11213

T096 DIMENSIONS EXctPT FOR INTERNAL
CONFIGURATION

•

14 (9)

(7)

2

(6)

3

(5)

4

(4)

5

(3)

6

(2)

13

(10)

12

(11 )

•

11 (12)
10 (13)
9 (14)

7
1
(1)

~
~

TOS6
X91

c
--~--I

I

1

I
I

B1 ( ) - - - -

I

1

I
I
IL __

E2

I
1

______ JI

_
B2

E

DERIVATION AND TABULATION ASSOCIAtES INC.

ALL DIMENSIONS IN INCHES

,

15. OUTLINE DRAWINGS

..

IN ORDER OF CASE NUMBER
I

t

L

-+.
.500

+

L...I.-:-1....I-_-"""TT":',_ _ _...j'i..i:...,i'i....j

JIl.040~:~~~'

. 135 MAX.

.600

,

MIN.

U1- TERMINALS

H-'665~

I I
R.
___
.... .525
/ MAX.

I I

,.

"

-/~@I/'\

f

I

•
I E I'
±: 11g
-ff)--I----¥ ___\L_'I
•

I

\

C

.215

J

B'

-'-@l-/V188R'
, ...... I
MAX
I

11-

..... /

.156±.003·
2 HOLES

.521_1 :

COLLECTOR COMMON TO CASE

~

~

MAX.---i

.800

....iQ '-50 MAX_)-~,l~_
.125_~

~.010

Iiii

Ill· . Ii! lit
--U:.

·
C
-.-1- eMOUNTING BASE

,Y5

04 l±.002

~±

1.187±.010
~.665±.010'"
E

!

I

±:~::[ -ff)I

.215±.010 I

--I

1.050

I

MAX.

I @ -~--

ffi

w-

.156/1
±.005,

Bj

_

I~A~~X.

-,JI ! ! i r
I

4

I

I

.. 1 I ! i II t
I

II

C/t---,
~X-:'

MAX. G·

C MAX.)

I· -. E

~r~.

MAX .

ID MA,X~.

. 095
090 MAX
085
.125'
'~(if~

F

1~

-j

H MAX,

:I ,
I

II

rl-:--/:®- '\ i
-G)-! 1
)-8--

J MAX.

t

: \ 2(!)-'

~---,~-,- ~
I

.-.ill ¢
.161

",
....
I

-1--

I
,.

/:

/

I

COLLECTOR COMMON TO CASE

DERIVATION AND TABULATION ASSOCIATES INC.

ALL DIMENSIONS IN INCHES

15. OUTLINE DRAWINGS

C~L

r--

T

A

a

c

IN ORDER OF CASE NUMBER

_D

E

F

H

G

MIG .768 .400 .480 .130 .665 .521 .430

~

L

K

M

.166
1. 53 .215
MD6a .875 .562 .312 .135 .665 .521 .440 .525 .156 .188 1. 55

MAX
K

l\ID6b .560 .315 .394 .079 .536 .990 .236
MD6c .830 .300 .050 .135 .605 .522 .420

.161
.151

1. 23
1. 55

MD6d .830 .300 .420 .135 .675 .522 .440

.151

1. 55

MD6e .500 .340 .360 .100 .580 .380 .200
MD6f .875 .450

M~02

.135 .675

N

m

043
.038

M~~5
fJ~5 .052

iJi .147 Mk~f 1. 25 .100.31
O

.440 .525 .161 .188 1. 57 1. 225/.052

IMD6g 575 .385 .433
.515 .389 .236
.165
1.24 118.043
MD6~ 5~~ ~lJ_U .34U .Jilu .1:>'" . .,"u .~ .~ ·EO .~f 1. 24 . 1201.040

J

REVISED
FALL 1969

IW!III

-I

~1.18

...

1·,l~~lr·564==---=!--IT

..I..,..j , \41

,

T '"

GOLD PLATE'Di '

.118

.04

r-- .905~

TI-I
r,-,
.729

MD10
MDI0a
MDI0b
MDI0c
MD10d
[MD10e
MDI0f

A
.570
.590
.590
.551
.551
.500
.492

B

1. 22
1. 22
1. 30
1. 22
1. 22
.25
1. 26

E
D
C
.949 .322 .785
.949 f-!--~-~..2 .785
:-949- .322 -.785
.913 .244 .743
.913 .244 .743
.915:l .:l1u .700
.969 .201 .709

DERIVATION AND TABULATION ASSOCIATES INC.

F
.355
.355
.355
.413
.413
.il150
.393

G

H
.295
.295
.295

.523
.523 .20il
.Ot!U .i:I '!"_
.579 .315

236

'1

I"i"\

Ei

~

~.

.37

1+i

.515==:18

,

.138

'~IT\

\~r---+-~--W--

~I

I ,"
C

:
B9·
i

,
I

,

ALL DIMENSIONS IN INCHES

15. OUTLINE DRAWINGS
.....

...

r-~~1.1

,-

REVISED
FALL 1969

U U___-+
II

.40±.04

I--.OH.003

I

E

.t±::::~b=-~(~~~.B
~±:~~~

I'

,I

'"

/

I-I - -'-~-' P"I
I f--.98±.'02~
1---1.

C

NOTE 1: Lead diameter is controlled in the
zone between .050 and .250 from the base seat.
Between .250 and end of lead a max. of .021
is held.

22 MAX. - - - . - j

-y--+--+
1.19

.410 MAX.

1.55

REVISED

C

875
MAX.

.090
.130

. 45---#J-t

FALL 1969

1

~

I

r

.700 MAX.

I

.150 MAX .

+T..............
1.50M~. f I
I
~MAX.~

1

I'

---,-.,.---'---'-1

,

.500

4
.430

1.00

.138

NUMBER

.33 MAX.

b~
III.

~

MAX.

CAS~

MAX.~

rt.65

Lcl

IN ORDER OF

;

.665

-I

~

1.184
1.190

D
MAX.

t

MD17
MD17a
MD17b
MD17c
MD17C1

DERIVATION AND TABULATION ASSOCIATES INC.

D
F
E
.071 .562 .900
.910
.106 .562 .Jti!..Q.
910
.079 .562 • 900
910
.106
...M1.
MX~4 .913
.150 .900 1. 18
MAX. 1. 20

ALL DIMENSIONS IN INCHES

15. OUTLINE DRAWINGS

IN ORDER OF CASE NUMBER

1ft'""
,

,

t

~:::C==:;;:==I::D
~. 500
~'
.040z.006

• 08

f

• 205

.76

1. 41

.120z .010

MAX.

J .375t MIN •

t

1.010 MAX •

fMAX.

+

lID

:14==:=~.,. ._63_5_MA_X-..,·====:":1 ~

_

,
L _______ J

.110 MAX.

-1C

--.L.

+

1

1 .475 jvIIN.

~~

----L..-i_

r
J

.765z
.004

I
I

:~

.110z
.002

t
.346z
.013

+

.450z.02

y

I

.500z.005

R

E

.019 MAX.--H--

R•

.173z.005

.355 f;flAX.

~

.166z
.005 D.

.040z
.002 D•
• 060z
.002 D.

~-----.440----~~

L
C
MAX.

t
I

.575

MAX.

1
1-,---rl

'tt ·11'

,:r::::'~,~±~~==::::::J'----1..

J

-1 ~~~ ~___--,-i__

iII .'03)-=!
l.::::.~~
+____________

".138
MAX. -1

B
.039
. . L - .123.004
1----MAX. ---~

.008
MAX.

:~~~z~
--.t__

.L

I
II

,

• 433:1: .004

t ___

.•. 004

1.18z

-1

,

-©.
I

_

D
. 898
,904
.898
.904

F
.512
.520
.512
.520

, 159
.164
.159
,164

+

:~~:. ~

---I1r-----.-~-

I

I

-J

.004

E

~B

.

CD

I

1.02
MAX.

~1.53 ~.T--'-

MD23b .390 ,340 , 130...\.-.9_1_0_-L__-L-,.1__
70.....

DERIVATION AND TABULATION ASSOCIATES INC.

ALL DIMENSIONS IN INCHES

15. OUTLINE DRAWINCiS
"T~--.-.-O-3-5!-MA-

• 332

_

11.

24 2

.019 UUnu
~---n..n
1

• 065
• 005

=if
~:~it'
-X-•li . ~ ~

.016

±

020

t
1.43 MIN •
t

"U'U

NOTE 2
.130 ±
.002

.562~.003
.200~.002

4 HOLES (NOTE 3

IN ORDER OF CASE NUMBER

NOTES FOR MD25
NOTE 1: Index tab shown for 40255 or 40256
for lead orientation corresponding to that
for MD_14 Outline. For lead identification,
refer to terminal diagram •
NOTE 2: Index tab shown for 40255 or 40256
for lead orientation corresponding to that
for TO_37 Outline.
NOTE 3: .070 MIN., .074 MAX. Dia.
Countersunk 90 degrees or Counterbored
.125 Dia. x .025 Deep.

NOTE 1 ------1---+"''"''''''''=---

M~ ~ -I------j..;~.

.1

1.212
1.272

~_--I_ __'__t_

MAX.~
---r-I

~

1. 50

. lilt-" :

MIN.

r.=~~~A~1 __tL-___ UU
MD26

MD 27

.250 MAX.

.135

t

gg

.680
.560

~~~~.4~8~5~

MD26a ...&.ll
.574

• 072

-:094

' ,

+

.965

.345 R •

.075
-:095

.161
.151

COLLECTOR CONNECTED TO CASE

.681

I
1

I

~
.240

DERIVATION AND TABULATION ASSOCIATES INC.

f
f,

.695

.370 DIA
'
.335

I

::1

.141 R.
±.007

.440
.420

I'~

!Ii
If

•

.955

~

,.,

t
.450
.250

.200
MD 28A ONLY

ALL DIMENSIONS IN INCHES

15. OUTLINE DRAWINGS
.142 MAX
063

.

'J

IN ORDER OF CASE NUMBER

'370~

~

MAX.

r- M~~ 1

.750
.760

-------t

.315 MAX.

_l~==~==t=====~~~

t t

.270

-+

~~:'n

~

.375
.380

I

1.5 t MIN.

1.098

r:To2

.532 MAX.

.20

4 DIMPLED
STANDOFFS

.099

1_

.820

~

J

po-]
MAX

~

1. 502 1

f~Oe

T

.551

.448

:sn

-:n2"

--1

6-32

i

.l20
.130

r

2.0

I
I
I

\

\,

I

,'1

-1.

T
.018

2 PINS

\

.I.

L
'0.:L

\

I

.034

I/~\
(
I J

MAX.

III

\

:on-

.330
.340

¢

\ , - _ .... I

\

I
\

\ G

335
MAX.

j
4~

2 MOUNTING TABS
RECOMMENDED HOlE SIZE .070

I

I

r-

1

+

.323 MAX.

:If-

•
.100

!6

.670 MAX .

i

f

.532 MAX.

1 4 - - - - .440 ---~

DERIVATION AND TABULATION ASSOCIATES INC.

ALL DIMENSIONS IN INCHES

1S. OUTLINE DRAWINGS
.335
• oJ' U

1

g

r.m
-""='

$1
----,:-

.125

----n

0

0

.240
2"60

. ..

t

-l

-rInm-L
f-

.305
3 3_5_ _--J.-' -

.l1--._

II.

.328 MAX.

. 062

I

IN ORDER OF CASE NUMBER

.70

~
.034

-.dfL
.448

REVISED
SPRING 1969

.,~ hJ ~.'56

1.43 MIN.

4

.1201

~

.198
.202

.100

.128

~ .-195

t

.100

.015

.-~

f

.995

SEATING

.059
.069

PLAN~

1.365

.069
.094

.147
.153

MAX

.2~5

.llO

.156
.525 MAX

1

.025

.--u-:ro-.285
-.430

DERIVATION AND TABULATION ASSOCIATES INC.

ALL DIMENSIONS IN INCHES

lSi OUTLINE DRAWINGS

IN ORDER OF CASE NUMBER

750
.755

,

0.470
0.050 0.500
0.075

.285

0.250
0.340

L
.188
MAX

f

0.028
0.034

3.75
4.25

0.360
0.380

OIA

1.252 MAX
.375
.500

0.958
0.962

.250-28UN~
.250 MIN. FULL
THREAD

::

+I

::

:J. __ .!l

.828
MAX.

3-.022

t:;:;;::;;:;!1
u-=:L
U

TINNED LEADS
EQUALLY SPACED
ON .156 PIN
U
CIRCLE DIA.
-.

DERIVATION AND TABULATION ASSOCIATES INC.

.

185

MIN.

AX •

ALL DIMENSIONS IN INCHES

15. OUTLINE DRAWINGS

IN ORDER Of CASE NUMBER

-

10+--- .670

1. 52

.35 MAX.

MIN.

t

THE BASE IS

I

THE COLLECTOR IS
TO THE CASE.

C

J

~.420~
.010

~.420~
.010

III

I,

I,

I,
I',

Lt.

1/4-28UNF-2B TAP

'I
"
"

- ---1-''
.......................

.:T.T
1

,I,

I

,

I'
II

,"
,I

,I

.I

~---t1
,, ,,

1/4-28UNF-2B TAP

.744=.034

"

~

94 5>.09'

o~

t
1.500 MIN.

~.095: .010

.025:.003

.100

E

.200

.200

c

E

III

.602
.612
1. 205
1. 225

590

A •

1.41 0

MIN

(LEAD
LENG TH)

I~
.755
I
t

620
6.0

.880

t
2 HCLES

WELDED TO
HEAT - RADIATORS

DERIVATION AND TABULATION ASSOCIATES INC.

.120

r -1

.103
.112

f
.860

'105 PACKAGE

.256
.271

4 DIMPLED
STANDOFFS

.430
440
MOUNTING
TAB (LE AD
No.2 BE HIND
MOUNT IN G TAB

.317
~

~e

II

.194
.204

t



t

F

t

>

t

.091;

,.

1
~ ~

.01 MAX.

T

.062

1

D

t ]

,

I

\-J.

J,

t-l. 22 MAX. J-----r
~
.06

I

~;-

i
i

'

I

1

2

.30
MAX.

W

J

A
B
C
D
E
F
G
MM12
.118 .157 .295 .433 .007
.098
MM12a .130 .200 .170
.018 .500 .050
DIA
MM12b .137 .236 .216
.018 .492
MM12c .870 .157 .177
.018 .49,2 ~
.050

\/

----.f;--

t

f--C--\

+

---I

.405

~ '-"t"T--'

• 0 23

r-

..,.137

.295

•

. . .160

1. 61 MAX.

-.~9 MAXd

.330

3

'775q
~r±.010
675;-j

~±'020. ~.005

j\NCAPSULATION:
-..,.. GLASS TO METAL

±. U1 0

•

HERMETIC SEAL.
MOUNTING
.258
POSITION: ANY •
• 393 ±.018
NOTE: COLLECTOR IS
±.020
~ ~
060
CONNECTED TO
.140±.010 ~j..,'
THE CASE •
• 040±·005
(3) LEADS
~ .680 -+j LOCATED ON .400 B.C.
B
90° APART
.430
IT'1\
±.005
E \IJI C
(4) HOLES
~ I
.101±.003
-~;ILOCATED ON
.430
/
I
.
.962 B.C.
±.005 t1'\
'I
~
90° APART
45
.~!JT:;;...---:-_...;'P:

I Iq

rJe

+ '-

, .

°L

\

DERIVATION AND TABULATION ASSOCIATES INC.

/

-$

V
-

/~.±.005
430~.±.005
43:\

ALL DIMENSIONS IN INCHES

15. OUTLINE DRAWINGS

,N
r

..

.050::gn

~

.325±.020

•

.393

,

---r

±.020

.150

..

·675
±.0051

_

I! I

1 I

-j

I.. ,

IN ORDER Of CASE NUMBER

.019

1

MAX.~~~I
~j--+i••. 4oo±.015

t

.6801
±.OlO
~I

.--=ifj7 -

.8'60

j.- ±.010

..

J.945

-~--I~
.204

=l

MAX.~
I
I

. . . 545
.665 MAX.

""'1_11--__+1 • 338±. 008

•

4

•

.545

382 -. 012
±.02

===;--pa~

U~+-:·02

I

Er;/):.Il
'\J

.lOU.005

.L __
([]) B

~~ -~Htt-4--~

1-

~

r-. 55l -j

I

1 I
.680±.010
.860
A+A
±.OlO -tr;;;;II
tr;;;;II---

l-

1

r--. 945 - j

±.005

....

.244

·

.040±.005

.200

t· 37 t----,.

~.;

.185

r

.530

~117

MAX.

I" . ,- . ,

±.010

.141±.005

I

(2 HOLES)

:

B .....

.0625 TYP

.I

I--

I
.530 ±.010

r· 125

_~B

_!_ -~~

--, -9,E-O·

-rt--

±.OlO
±.OlO

~;69

fi>c-i-

.I~

1.437
±.010

.687

~

TYP.
±.010

IL.125 TYP.

-+l

.0625 X 45° CHAMFER (TYP.)
EMITTER COMMON TO CASE

.256

J
.288 MAX.

t

I.... I

..I

1-.10

SAME AS T053
COLLECTOR ISOLATED FROM CASE

1. [==~~f=:;~==:::J
I
----,rf
f

.089±.005

.375

MIN •

•

• 159±.002

MS9 has vertical
leads.

J
DERIVATION AND TABULATION ASSOCIATES INC.

MS9a has horizontal
leads - dotted
portion.

ALL DIMENSIONS IN INCHES

'~

..

15. OUTLINE DRAWINGS

REVISED
FALL 1969

A
B
D
E
F
G
H

3

I

1
J

J
K

t

L
M
N
0

IN ORDER

or cm NUMBER

MT1
MT1a
MT1b
1.046
1.046 1.130 MAX.
1.281
1.281 1.280-1.240
.546 MAX. .546 MAX. .560 MAX.
.562
.562 .580-.550
• 125
.125 .140 MAX •
.020
.020 .190-.130
.500
.500 .520-.480
.156
.156 .170-.140
.828
.828 .850-.810
.750
.750 .770-.730
.375 .360-.400
.375
.156
.156 .170-.140
.060:1:.005 .060:1:.005 .055-.083
.055-.075
.055 h" " .062:1:.008
.120:1:.010 .llO-.166

1
2

..

III

.433

.215

t

.210

COLLECTOR COMMON TO CASE
DIMENSIONS ARE MAXIMUM
UNLESS OTHERWISE STATED

"'-"ELECTRICAL ISOLATION WASHERS OPTIONA.L
. . . . . 890:1:.010 x .508 ID SHOLDER DIA . . 558.

lofi:rf~~s(~
r-

III

'~J L]

.09~484

:1:.010 J

II
~

I

~~Wo~"

_~;~E.025

.t«~;::2

.J1-0.040
.003:1:.001
.100-1 i"'45 0
.020:1:.010 1/2-20UNF-28 THD.

1/2-20

-#1/4

,*

.090

MAX.

.343 REF.

-t4:"'~f-

UNF 2A
THD.
WHEN ASSEMBLY IS MOUNTED DIRECT TO CHASSIS
THE CHASSIS HOLE SHALL BE 1/2 DIAMETER.
IF ISOLATION WASHERS ARE USED THE CHASSIS
HOLE SHALL BE 9/16 DIAMETER.
UNLESS OTHERWISE NOTED
ALL DIMENSIONS WILL BE :1:.005

DERIVATION AND TABULATION ASSOCIATES INC.

AL~

DIMENSIONS IN INCHES

o

.'

15. OUTLINE DRAWINGS

IN ORDER OF CASE NUMBER

1/4 -28 NF-2A

spe'L THD.

1.175
,1,.025
.040

r- ±.010,...&l-~,"

.1.
T$==$

.370
,1,.020

t
l..L....t_ _

.100

uUU

R

3

III

+

.440,1,.015

t~
.730,1,.030

1 .045~

.15~
NOTES:
1 DO NOT APPLY MORE

t

MT10 COLLECTOR COMMON TO CASE
MT10a COLLECTOR ISOLATED FROM CASE

.435
MAX-

r I
,-L

NOrES FOR MT-13:

t

• 437%.030
.015

015

1.50
MIN •

,•

.437,1,.005

~_I~
1..510 MAX.

DERIVATION AND TABULATION ASSOCIATES INC.

\"&"-1'
__ I

""14f--t-""*- .400,1,.015

(NOTE 3)

2

THAN 15 lB.-IN. OF
TORQUE TO HEX. OR
.437,1,.007
~'
TO NUT.
~ ()
2 BOTTOM EDGE OF HEX.
~
(LOWER SIDE) WILL BE
~.
CHAMFERED AS SHOWN.
375 MAX I~
3 COMPLETE THREADS TO .
•
EXTEND TO WITHIN
2 1 /2 THREADS OF HEX.

I

-

\):B ·

.110 MAX.

NOTES: ..

1. The specified lead diameter applies
in a zone between .OSO and .2S0 from the
base seat. Between .2S0 and 1.S a maximum of .021 diameter is held. Outside of
these zones the lead diameter is not controlled.
2. Leads having maximum diameter (.019)
measured in gaging plane .OS4~:gg~ below
base seat of the device shall be within
.007 of their true location relative to
the maximum diameter (.S10) circumscribing the hex.
3. The position of the leads in relation
to the hex flats is not controlled.
4. The collector is electrically connected to the case.

ALL DIMENSIONS IN INCHES

15. OUTLINE DRAWINGS

IN ORDER OF CASE NUMBER

3

MT 14
H

D MAX.

MT14a 8.25 8.25 1.75 2.25 1.06 .230

1.2

.260 .145 .300

MIN.

MIN.

.667

:687
+

F
t

B

1.0

MT16

.580
.600
MT16a .570
.610

~

C

.345
.365
.340
.415

D
F
G
H
J
.710 .no .370 .090 .060
.880 .450 .430 .170
.640 .422 .325 .090 .090
.875 .455 .460 .150

I

-

III

,
.475:.015
'130*%015

L,;r:=:!===:::;r..J T

.500
:.020

..........-"r"O'--,,......I-----',L. • 850

*.030

~
8

..L~.094
1 /2-20UNF-2A __=~

MAX.

I

==!=+

DERIVATION AND TABULATION ASSOCIATES INC.

f
•

875+. 015

-.010

.813

="--__..L.._

1 ........

•

B
E
COLLECTOR COMMON TO CASE

ALL DIMENSIONS IN INCHES

15. OUTLINE DRAWINGS

IN ORDER OF CASE NUMBER

f
t

1

I

.312
MAX.

1.350
_ _...L_

M1N .

NOTE 1: All leads are protected from ground1ng
on mounting panel up to 1/4 in. thick. Between
.250 and end of lead a max. of .021 is held.

-

f

E
B

.160

.438
MAX.

i

.200-;!:::::::::::::::J
.062±.007

,....u.-..JL....±.j
.650 MAX.

1.03±.05

.135±.015;j.~==~L,
.415
±,015
~_--L-~

.452 MAX.

1. Complete threads entend to within 2 1/2
threads of seating plane.
2. The Collector is in electrical contact
with the case •

+

•

• 40 MIN.

1

l ,--

.75

!

.25

DERIVATION AND TABULATION ASSOCIATES INC.

.09

1
f
1-1/4 16UN ZA

.72

1
3/8 24UNF

.093 MAX.

i

t

t

.812

i

ALL DIMENSIONS IN INCHES

IS. OUTLINE DRAWINGS

IN ORDER OF CASE NUMBER

jEl
.56!(l

THD

I

.250

'l:~==~(

ti

OO28

.123±,033

!

I 1.052±,017
"272±.042

l

.312
10- 2

-28

10-32UNF-2A

~.430±,006

.115

.280

i

t
#10-32 UNF 2A

-+tH--J.W _ _
' 1.,_0

t

~

.437

i
COLLECTOR IS CONNECTED TO THE CASE

'Mill

.510

fMAX •

• 200:.010

'(0

0-

1

1.500 MIN.

..,
T .1".-

i

.660

r

1

~

I

-

t

• 100

~ "-

r--

T

!
f

iHO-32 UNF 2A

.350

t

t r::Ci

_ _ _UN_D_iERC_UT_"l

t

445:.010

.850

1!

MAX.

•

.035 MAX •

'Mit'

:.015 MAX.

1.500 MIN.

.100:.010

I
.200:.010

Collector
electrically
Connected to

DERIVATION AND TABULATION ASSOCIATES INC.

ALL DIMENSIONS IN INCHES

15. OUTLINE DRAWINGS

IN ORDER OF CASE NUMBER

IMiII'
6-32 NC 2A

3 PINS.040 DIA.

• 065 MAX .

1

F

J

t

.017

~

A

.,~

Collector
connected

1
t

.875 MAX.

i

10-32 UNF

f

• 083±. 026 DIA.

1. 500 MIN.

t

.060

5/16-24 UNF-2A

MIN .. 312

.615

MAX.

MAX.

1I

·984MAX'h-

L-.. 728 ...J
I MAX •. I

.59 MAX.

l

.59:.04

.314

• 025 MAX. -4-----0......,:_

1. 28 MIN •

A

MD35

B

C

D

.442 .125 .125 .156
448
.405 .105 .105 .105
.435 .135 .135 .135

.015
E

,

~

B

DERIVATION AND TABULATION ASSOCIATES INC.

ALL DIMENSIONS IN INCHES

15. OUTLINE DRAWINGS
'(,I ,,,

IN ORDER OF CASE NUMBER

6-32NC2A

.2t2!
MAX •

.032 MAX.

• 055:1: • 0 0 5_..c:::l!:::;;t=::L.:::::==*t=-.!tL-...lt~
~
,
.675

-.---..,.+-

+

• 062:1:.005

MAX •

.360

.060

l

i

+

.355

t

8-32NC-2A

IMII:'

A MAX.

J~065

MAX.
C MAX.

J

+

I

COLLECTOR
AND CASE

IMIV'

•

E MAX.

• 3 5 0:1: • 0 1 0 ---l't+--loC

i

5/16 -24UNF-2A

.065:1: .01_0_"1-,-_ _

t
.066:1:.004

.040 MAX.)

I L"

t

• 367
. 387

.438:1:.010

f

[100:1:.010
1/4-28UNF-2A

i

Gi 2'50~

IMI'I

~

t

~

.630:1:.015

i
.250 M A X l

~;;;;;;;;;;;;;;;;;;;;~~~

.060:1:.005")

t

+

t

.500:1:.010

8-32NC-2A

DERIVATION. AND TABULATION ASSOCIATES INC.

•

1. 310

.017 MAX.
.015:1:.005

.265

1/4-28
UNF-2A
3/4-16 UNF- 2A

~=r===='-+
----"-==-1

ALL DIMENSIONS IN INCHES

15. OUTLINE DRAWINGS
I

MT42
G MAx._'lL-_

..

H

MAX

A MAX

1

-r

DMAX

IN ORDER OF CASE NUMBER

B

t

MAX

t
A

R

1'\

H'

(l

THD

H

1M 42
.437 394 .352 .669 .185 .437 .125 .078 10-32NF-2A
1M' 42a .440 .400 .355 .675 .190 .437 .125 .078 lO-3ZNF-ZA

IM1'42
455 .468 380 r6::1 145 .43 .0 r8 . [50 [O-lI:IlUNlt'-:IlA
Ml'42c .425 .390 .375 .650 .200 .437 .550 .078 10-32NF-2A

f

F MAX.

t

M

.-K

f

G lVIAX.

J MAX.

I ~~---.-t
H MAX.

10-32NF-2A THREAD-.-If-==-l

f

_ _ _*.1...355:1: .010
8-32 UNA-2A THREAD

.035
MAX •
• 445:1:.010

~O

~.650MAX

j

.138:1:.005

f-c.-. 095:1:.010
I
.270:1:.003
.200

t
DERIVATION AND TABULATION ASSOCIATES INC.

,t

.062
.600:l:.01Q

I

=:Lot
.025:1: .00 2 ~ L--L....---.-L......J - - , - - - . r - .100 J ,

1/4-28UNF-2A THREAD

.438

t

ALL DIMENSIONS IN INCHES

15. OUTLINE DRAWINGS
.250:1:

IN ORDER Of CASE NUMBER

f
t

*,.00.2

.865;".010
~l-

.500:1:.01

...... 015

.060 MIN.

1

.962:1..03-5• 650 MAX.

~ ,-J-iJ....;;._-==i...L.!..,

•

~ 375r01~

_---'-

~ ..._ ~_. .../

.125:1:
.005

--r-

#10-32 HF -2A

.415:1:.015

5/16-24 UNF-2 .........~=-.!

SEATING
--~PL~ANE~~---

t

F MAX

;r t'IAX
..c;=;;:!:1..---1..

I

MMAX

t

p MAX

t
1/2 ":20 UNF-2·A

I
,1M'

A

P.

r.

HH-.

n

:JL -::'-F,'

50 .505 875
1 513 4~-l!--...li.
687
~.g.. L 2,~~.155 ~
JV/J 50a 415
MT50b .510 .875.4971.497.490.77
---'-

C MAX

H;:~j-_ ~~~~~--1-1"

---G

5/16-24 UNF-2~

~

=--

~

i

D MAX

---.L... --- ___ .L_

DERIVATION AND TABULATION ASSOCIATES INC.

ALL DIMENSIONS IN INCHES

15. OUTLINE DRAWINGS

l0500

IMlj,

IN ORDER OF CASE NUMBER

r

~

V

.250,
I

I

J_ ,..----,---,

'-.-

.-

r;:;'}.of-----

.055
:orobIA

+
.500

t

t
.325

.570 MAX.

'MT53
MT53a
MT53t
MT53c
MT53d

1
E
E
E
J!:2
B

2

B2
B
B

lL
C

3
B1
C
C
E1

CASE

~
bllrb _

4

C
CASE
N.C.

.500 MAX.
.~~--,.
.375 MAX.

~~'375

-,Q.-.-

E

E

C~E ~ C~0l7'OOO2
~

~.100±.000

-.001

1.313

D .ds

t

tt

MAX '

.43 7±. 005

.375

:1~

~

.200

~ ~100
DOD

• 025:1:.003
• 035
• 315:1:.015

t

SEATING
PLANE

.141 DIA.

1.125
1.375
I 1.5

,

~MIN.

1.50 MIN •

.1:0 •

MAX •

t

NOTE: COLLECTOR
CONNECTED TO
CASE .

• 437:1:.020

t
DERIVATION AND TABULATION ASSOCIATES INC.

10-32

UNF-2A

ALL DIMENSIONS IN INCHES

15. OUTLINE DRAWINGS
.055 DIA.
.040

IN ORDER OF CASE NUMBER

.125 MAX .
1/4-28 UNF 2A

.564
MAX.

~
+
c

THREAD

J

~~_=-I-,' I-- H

45~ /

E

4

3==!===(

T---

2

REVISED
SPRING 1969

MT59
M1'59b
M1'59c
MT59d
MT5ge
MT59f
MT59g

A
B
C
D
E
F
G
H
.125 .655 .500 .155 .375
.060
.060
.118 .655 .500 .155 .375
145 655 .500 .155 .375
060
.118 .787 .626 .614 .394 .378 276 .079
.641 .484 .157 .394 .378
.145 .615 .355 .160 .365 365 .250 .060
.145 .670 .385 .155 .365
.250 .060

MT59h .137 .700

.396
MAX

K
M
.015 .055
.015 .055
.015 .055
.0039 .063
.016 .075
.006 .070
.015 •. 055
MIN
.295 .078 .031 .020 .125
MAX MAX MAX MAX MAX
J
.030
.030
.030
.079
.033
.223
.030

Ell

.750

.395 DIA.

N
.030
.030
.030
.118
.033
.223
.290

P

.450
.450
.450
.450
.250
.375
.250

r

THREAD
8-32UNC-2B
8 32UNC-2B
8-32UNC-2B
8-32UNC-2B
M5
8-32UNC-2A
8-32UNC-2A

.031 .275
MAX

8-32

MAX

B AMAX

1- -4r---

:j

_

~~X
t

,

J-J MAX
T

1'"1--+- . 235

C MAX

I

E MAX
f

,

H

.197

i.
(THh

BE A
+.001
.324-.000 DIA.
.010R MAX.

.69±.008

C'BORE 45°
CHAMFER TO .342 DIA.

DERIVATION AND TABULATION ASSOCIATES INC.

ALL DIMENSIONS IN INCHES

15. OUTLINE DRAWINGS

IN ORDER OF CASE NUMBER

A
c
D
G
H
J
E
F
K
:F3
.420 .380 .250 .375 .005 .765 .440 .190 .100 10-32
435
MT62a .660 .425 .380 .600 .007 .850 .440 .260 .150 1/4-28

MT62

700

MT62b .431 .350 .250 .407 .006 .725 .440 .190 .110 10-32UNF-2A

..

Ir

A
MAX.

~

312

*MAX.

•

B

1 X,

•

i

0

~

t

\

E MAX.

2
~

B

A

C

1.250 .520 .375
.500
MT63a 1. 240 .500 .438
.468

MT63

E

D

.335 R
.355

.610 .185
.710
.594 .140
.718

A
8
IMT64 .310 1.500
IMT64A .375 1.435

•

.375

.3f

.014

E

.055~ ~
MIN.

11 ___

t

~
~,====.~~~~.~~~
8-32 UNC- 28 TH

:360 DIA.
.056
.064

.450
',-,-50_ __
.150

: :
:

--1,
.,.

[;T6Q""

f

,
.490

i
t .510
~p:------L~-.121 t

DERIVATION AND TABULATION ASSOCIATES INC.

~
.129

ALL DIMENSIONS IN INCHES

15. OUTLINE DRAWINGS

IN ORDER

or CASE NUMBER

REVISED
SPRING 1969

J

D
J
I!.=---K
.875

j

•

R

N
t

+

+,Q

_ _....It_ _ _

~:-'Ii~.I I"1---r

~-. 1"""£ -Eo
G
~+-

4_

I

9

G

~~~,

REVISED
FALL 1969

3

-0

~-r
I
l\
2

M

-)~

E

I

,~
\

I

. 212 MAX .

ti
ru

.360 MAX .

• 110 MAX

' l '°2-r
°
0-

K

L

M

f":i~

I
t

.433

N

10-32UNF-2A
.360 .145
390
MT67a .420 .235 .135 1/4-28UNF-2A
.460 .250 .150

MT67

MAX.

M5

DERIVATION AND TABULATION ASSOCIATES INC.

ALL DIMENSIONS IN INCHES

15. OUTLINE DRAWINGS

IN ORDER OF CASE NUMBER

I

REVISED
FALL 1969

A
B
C
E
D
F
G
H
K
J
1.04 .~ .531 .219 .281 JU..5 ~ 1.048 .688 .375
1.07 .915 .609 .266 .328 1.08 2.14 1.313 .797 MAX
M1'69a 1.03
1.82
.090
1.06
2.57
.400
MT69

Q
P
M
N
R
S
T
U
.781 .156 .425 .180 1.35 .090 .078 .~
.828 MAX .500 .210 1.75 .270 .109 .281
MT69a .781 .156 .425
.234
1~
L- _ _ _ .828
MAX .500
1.75
• 281

MT69

.060
:fcAX.

.4~

I

.430
.500

-:5"il

I

;

t
10-32 NF - 2A
.12
3

4

.345 R.

A

Ml'71

[.~-

I .695
MT71a .597

.680

MT71b .710

.750
Ml'71c .710

.750

F
D
E
C
.120 .360 .195 .065
.130 .350 .215 .085
.066 .137 .393 .149 .065
MAX .bTI MAX MAX
I MAX
.100 .465 .245 .080
.130 .475 .275 .100
.100 .465 .245 .080
.130 .475 .215 .100
B

DERIVATION AND TABULATION ASSOCIATES INC.

M
N
K
J
H
G
.365 1.055 .520 .180 .025 .220
.385 1.065 540 TYP .035 TYP
.030 .220
.396 1.106 .335
.036 .230
MAX MAX .355
.365 1.055 .520 .220 .025 .215
.385 1.065 .540 .230 .035 .225
.365 1.055 .524 .175 .025 .215
• 325 1. 065 .524 . 185 .035 .225

P

THD
8-32N.C.2A
8-32UNC

35 0

8-32N.C.3A

45 0

8-32N.C.3A

ALL DIMENSIONS IN INCHES

15. OUTLINE DRAWINGS
A
B
C
.220 1.055 .Q.fQ.
.230 1.065 .540
MT72a .225 1.0
MIN
MT72b .120
,358
;378
.125
Mr72c .146 .~ .571
1.142
Mr724a
I R 64b .208 MAX. .275

IR 64

DERIVATION AND TABULATION ASSOCIATES INC.

ALL DIMENSIONS IN INCHES

1S. OUTLINE DRAWINGS
NOTE: THE LEAD DIA. APPLIES TO
THE ZONE BETWEEN .050 & .250
FROM THE BASE OF THE SEAT. BETWEEN .250 AND END OF LEAD A
MAX. OF .021 DIA. IS HELD.
OUTSIDE OF THESE ZONES THE
LEAD DIA. IS NOT CONTROLLED.

-I

C

MAX.

I--

---,trD MAX.

~..............Jtl
. 03-1--1..-1

.019 MAX .
. 016 MIN.

III

IN ORDER OF CASE NUMBER

L·177-.J
MAX··I

1-

t

..

1_

.210

J

jMAX·i

.130 MAX •

• 370 MAX.

~-+
~~~

.01~t- I
.059~~

.rt

S

.166±. 062

1. 5 MIN.

1

.019
.016

~

[®:"
t :,l
ol97

T T
1 ~

..
1

.236

t

DERIVATION AND TABULATION ASSOCIATES INC.

ALL DIMENSIONS IN INCHES

1S. OUTLINE DRAWINGS

IN ORDER OF CASE NUMBER

r--.

650

.030:l:.0~1 (

*

B---HtoO

.175:1:.010

.10

+

Eilt------:3

+

.315

~~

1.10

.02
E

..

L.217--J
MAX. -I

1-

~T

.185

~~X.

.591

+

.335 MAX.

.472 MIN.

~TT'T'r-n~\ -----11----

DOD ----Lt_
.019---/

~

.020 MAX.

E B C

..
SOURCE

CO)OOOI"<:7.l.-- GATE

DRAIN

TO-5 CASE

DERIVATION AND TABULATION ASSOCIATES INC.

ALL DIMENSIONS IN INCHES

15. OUTLINE DRAWINGS

IN ORDER Of CASE NUMBER

A

C
1.50

B
.~

REVISED
FALL 1969

.210

.030 MAX.

3

.019
.016

-----:-I7O

•

!J

fJ L1

[j

335
260
.200 .500 •.;nQ
.335
.260
.liO 1.50
.335
.260
J..!.O 1.50 .370
.335
.390
.240 .500 d1..0
335
260
.160 .500 .~
.335
.180
.255 1.00 .370
335
• 2""0 1.00 .370
.335
.260
.~ .500 .370
335
260
.240 1.50 .370
.335
270
.065 1.50 .210
.085 MIN .230

.m

i

R81c

• 500 MIN •

R81d

t

R81e
45°

R8lf

.038±.010

t

R81g

CASE

R81j

R81h

R81k
.041±.005

.3:0
330
.305
335
.305
.335
.181
:193

t

~_O

.200

.;':1

90°

.437

t

~~'481

.190 D

t

+

.669 MAX.

.ll~

t
;

#10-32NF-2A

DERIVATION AND TABULATION ASSOCIATES INC.

•

.078

G

+

•
-1

L

i

45°

----1

f

:

0G

,

.100

1

•

Q-~
-:::.

.105:1:
..015

t

•

045
• 029 .200
.045 '
...Q.]1J .200
045
.029 .200
.045
• 029 .200
04
• 029 .200
.045
.029 .200
.045
.0291.200
045
~029 .200
.034 .045
•.Q1,§ .029 .200
.034 .045
.041 .042 .100

034
.028
.034
.028
.034
•.Q.ll
.034
.028
034
.028
.034
.028
034
.028
.034
.028

A

+

-L

G
E
F
•..QMl • 029 .200

D1 ~

!

SAME AS T05 EXCEPT FOR
LEAD DESIGNATION

D

.no

t

-4J

.100 MIN.

oil

~.355:1:.015

rt-

Ii

.325± .01

------r-

~1'015±

~

~I
i'~ :~r±
~Iinn n I\=r== 1.500t MIN .
.030±.01
• 025± .003 ~ U-t--~----'1-­
_J .297± k- I .007 I

.394

t
,

.437

ALL DIMENSIONS IN INCHES

IS. OUTLINE DRAWINGS

IN ORDER Of CASE NUMBER

-1
REVISED
FALL 1969

""*T
.60

A

R86

H
G
F
E
D
C
B
A
.200 .228 .335 .492 .050 .280 .100 .046

MAX

MAX

MIN

MAX

MAX

MAX

MAX

MIN

MAX

MAX

MAX

A

.196 .033

R86a .334 .377 .263 .905 .098

[R 87
I R 87a

~~~.-.~E B

C

1.5
.80

.236

, --D-O

1.~3_8

__

n

e

(RED DOT)

1B:X.
• 019

-+--+-n n
D MAX •

U U u_-~--

1
, );L
450

4,

/_

E

MAX.

~MAX.
1

2

3

DERIVATION AND TABULATION ASSOCIATES INC.

ALL DIMENSIONS IN INCHES

I

15. OUTLINE DRAWINGS

..

-1

"I

.19
MAX.

IN ORDER OF CASE NUMBER

..

L

I

1--.51±.01-1

----'T"
E$=============$3

~

.35 MAX.

f

.35 MAX.

f

.165 MAX.

1.50 MIN.

t
.071±.005

-f---~

B

.725 MAX.

~

.095±.005

ED

Tg
t
B

REVISED
SPRING 1969

..

I
.49 MAX •
• 31

A

~~ ~

r,OlS

• 019

f

~

0 0

~

1-11.5 MIN •
t

.20±.009

..
3 LEADS
.019

:orr

EMITTER ----,..

E
E

C

Sleeving
Color
Grn
Yel
Bare
1.42

.031±.00S

DERIVATION AND TABULATION ASSOCIATES INC.

C BE

ALL DIMENSIONS IN INCHES

15. OUTLINE DRAWINGS

13

MAX'.l

~
~

~D
.019

:mT

0

•

E

.500 MIN.

«

IN ORDER OF CASE NUMBER

";~M~'~
• 022

t

F :vIIN •

- O+D

.016

.050

•

B MAX.

1

Leads
electrically
isolated
from case
R

R
R
R

R

96
96a
96b
1:/Jjc
96d

E

B

A

346 030 230 1~.g.. ~-m.085 . O'!\L I_'_PO .195 .100
.362 .336 .200
.183
• Utst>

.<: .<:

• L86

•

~u_u_

.210 .030 .230 .195 .100

A

R 97
R 97a
R '97b
~_97C

R 97d

.330
.215

B

.250
.250..

,.-----'-D

C
---.

.115
.10..5

.200
.10..0

.100..
.210
.200..
.215
.20..0
.100
.215.- __~5.L _. __.. _ ._,.10..0

~:r~£~
.100
.0..50

.40..0..
.40..0

.050..
.0..50..
,.050

.500

.400

4
.170
:n0t
.090

940161-107 ______~_.~
TSTR MOUNT

•

Same as T018 except
without tab
.200:1:.010

.610..
.640..

_I

±.Oo..3

Same as T05 except for
lead length of .300 MIN.

.025 DIA.
3 LEADS
.10..0

1.

50..0 MIN.

•
.200..

'....:..,ll.~-\--- 2

BASE

3 COLLECTOR
1 EMITTER

DERIVATION AND TABULATION ASSOCIATES INC.

ALL DIMENSIONS IN INCHES

15. OUTLINE DRAWINCiS

IN ORDER OF CASE NUMBER

SEATING
PLANE

A
8
[102A .60 .25
11028 1.5 1.5

RED DOT
INDICATES COLLECTOR

4 LEADS

LEAD NO.4(SHIELD
.177 SHORTER ON
RO 103A ONLY.

.016

_
·
ti

185
±.010

I-

8

.019

n

1

0

C
A
R 103 .240 .410 1.5

B

INDENT BETWEEN
SHIElD AND EMITTER

.100
R 103A .236 .236 .689 .100
R 1038 .236 .236 .532 .071

MARK

.225
MAX.

.350
MAX.

t::::::=:=J

B
MAX.

U,-------,t=:===>

c=:::r

.018

~~

:lj

C

J..

.096

T
.017DIA .

COLOR
DOT

.046

MAX.
A

B

C

I R 107a .260 .342 .192
Hf·107b .362 .342 .192
R 107c .240 .240 .070

III
.~

t

C

LEAD NO.3

j..fNl.&
->t_ _1

A

110

.

8

o

E

F

210 100 20 .229 400 .022
100 .140 •
.016

.200.:~~ :~;g .400 :g~
.100

DERIVATION AND TABULATION ASSOCIATES INC.

C

.250.500

:g::

ALL DIMENSIONS IN INCHES

I

15. OUTLINE DRAWINGS

.230
.209

.410
. 285

IN ORDER Of CASE NUMBER

335

.500
MIN.
.500
MIN.
.250
MIN .
.050

.370

.0l6

!o19

MAX.

[

BASE ( 2)

~:m~

W

....0 n D

.090
.220

t

t

t;iii' •
1.5

MIN •

t

.20

EMI'ITER (1)

COLLECTOR
.028
.034

( 3)

.026

-:036""
.041 MAX.

45
.340
.360

t

.316
.335

--L-

o~

.096

.105

=

=

.026

---:o2l

.100
4

DERIVATION AND TABULATION ASSOCIATES INC.

ALL DIMENSIONS IN INCHES

15. OUTLINE DRAWINGS
22
If- 3 -1
--i r
MAX
:345

1.35

~
====~t=G~X:;S

• II 20 MAX
EX'lENSION

tan 0

.460 MAX

IN ORDER OF CASE NUMBER

;=

f

,

T

~.o::n
1.

r

.3.37

50 MAY

II
_ _--1.1_

~

.200
3

o a±> 0

.041
.055

.086
.106
.137

.342

R 119
HEAT SINK
170

v~.2.:..;.,20~AI
.240

~
L~ _

0

V-'!c;;:;::;:;:::;::;::-VJ _ _
• 61-9
:641

1. 18

.015

t
• 071

3 LEADS
.016
.019

.5 MIN •

.178

R 120

.195

4

.68

rnl fl.
'2t-w,

--*.

.170 .

1.0

t

.265

.500~ ~ ~+-:m
EMITTER

1

COLLECTOR

BASE

d

.046

DERIVATION AND TABULATION ASSOCIATES INC.

.050

ALL DIMENSIONS IN INCHES

I

15. OUTLINE DRAWINGS

W
~ '.~ ~

_

•
.009
. 125

l

SEATING PLANE'

. .-rr-

022
.028

1

.
~

·335

-

.370
·----'---.2!0
.390

t

IN OROER Of CASE NUMBER

~
-t'-~g-Q~'
.5 MIN.
PI PI n.c .016
_-Lt_ _ _ U U U .0/9

1.50

*

~

.025

C

.035--1...l_
1.41

~t

.100

.045

_ rt:Aj
E

t

fr-I.....,Ir---.....:....~ ---.~,....I

I

I

I

B

t

G MIN.
t

A
B
C
D
E
F
G FLAT
.120 .100 .050 .250 .016 .400 .080
124
"""f2.ta
.lOO
.02"2
.20U .100 .250
R 124D .33u
.40v • V 1:1 V

i·

~-Ht

R 1240 .325

MAX.

·t~

·m

.200 .100 .240 .016 .500
MAX. .018

t

o

-.

.016
019

10

6 LEADS

.007 ~~
0085 ~

T

~
.~

.500
.562

.010
.040

p
R

~l

~OO
.115

(I) SOURCE___.--'I;~
(2) ORAl N.--..--_~~~~
13) GATE-

.025
.035
.209
.2/2

DERIVATION AND TABULATION ASSOCIATES INC.

ALL DIMENSIONS IN INCHES

15. OUTLINE DRAWINGS

-

~ .24-j
MAX.

Q

CC2:,C?EJ DC';

'~H~~

8

C

1

.063
.078

L
I"

III

f

r-

E--1

\

CASE

c

DOD

90 0

E

,

D

t

-et--

t
B

f
1.5 MIN.

.019
90 0

t A~

t
.24 MAX.

I

IN ORDER OF CASE NUMBER

:?1

.195.1
MAX.

I

Q

~~.~2~4~0____~~__'+-1.49
.260
MIN.

• 226

;4..

fT

.335
.370. 305

.230

l·3L l

BASE

I

I'
I

r;OJ~CECTOR

.117

1-----+---

/

9 LEADS

:T33

.......-.t-- .10

.:.ill.
.019

.20

\25

I

REVISED
SPRING 1969

OUTLINE

LEAD CONFIGURATION
SUFFIX~r-ro-~4-'--5.--.--r--8~

OMIT

E

OMIT

T099

a
b

c

A

B

C

D

E

.240 1.50 .305 .335 .200
335 370
260
R 131a .150 1.50 .305 .335 .200
335 370
180
.305 .335 .200
R 131b .150
.335 370
280
R 131c .140 .500 .305 .335 .200
.335 .370
.260
R 131d .140 .150 .305 .335 .200
335 370
260
R 131e .170 .500 .178 .209 .100
.195 .230
.210

• R 131

1253 1

DERIVATION AND TABULATION ASSOCIATES INC.
-

.~~~,~-~,~--"-~--

I
I

ALL DIMENSIONS IN INCHES

15. OUTLINE DRAWINGS

IN ORDER Of CASE NUMBER

l;iFF'
.200

SAME AS T05 WITH EXCEPTION

lilEI'

.209
.230

liiF*'

500
.410
.285

I

.060

.. •.178
195 ..

. 085

MIN.

I

~r·040MAX •

.250

wu--u----~ SEATING

MIN .

• 5 O_O~t_M_IN_._ _

1-f-.050

MAX.

0 00
_II

[

PLANE
.012

~ • . 019

5
~
.175

~
MAX.
.J@.

.05Q

MAX.

.365
.375
.340

.350

,
• 250

• 400

II

:h~ ~' ~

MAX .

+-

MAX .

i

.135
.145

I

t

6 LEADS
......Ql..L
DIA •
.022

,

.016
.019

0n~ -+-_.....15_00_MIN
.090

5

,

~.100
DERIVATION AND TABULATION ASSOCIATES INC.

.105

t
.200 T.ll
T.P.

*

4
.355

.365

t
MAX.

456

t.
.155

ALL DIMENSIONS IN INCHES

15. OUTLINE DRAWINGS
L.155

T

IN ORDER Of CASE NUMBER

J

r:-mI

r
~
IIlDOnm
.305
.335

. 375
:4'1'()
.016
.020

~I

I
.180 MAX .

•

.5 MIN.
!

·Ir-

t

.335

.200
.240

.no

!

R 141
SEATING PLANE

PRESSURE
HOLES

.028

016
.019

PRESS,JRE
HOLE

(DIM. A)

SAMES AS T046 EXCEPT FOR PRESSURE HOLES

.028

.048

DERIVATION AND TABULATION ASSOCIATES INC.

ALL DIMENSIONS IN INCHES

1s. OUTLINE DRAWINGS
.240
[MAX.

IN ORDER OF CASE NUMBER

t .135
MAX.

n

.255 MAX •

• 410 MAX.

~.05'

SEATING PLANE

,

MAX.

l.500
MIN·+-_ _ _ I

G

1.5 MIN.

I

.014
• 012

.080
MAX .

o

.250
MIN.

.035

.061

.028

.13~'[=:1=:;;=~1;;;~-'--:~~~
J:;;

SEATING P

NE

1.197

T.T77

I

II

I

6:\

-1J" :g!~ ~. ~i~.
1----;:::;;::==:4--. 675
.655

.188 MAX.
BOTH ENDS

. . . . . 161

:-I5"l

.225
.205

t*"0
(:;

.100 MI
.009
.125

.525 R MAX.

.335
t :::~h

+-+---H::----

~

...L-f---tt,....,

.240

t SEATING PLANE

~.050 MAX:r-...III=II=II-=i:?1~50MING

G

:8UCDIM.A)
:8H(DIM.B)

(y

~!

-rU U

I~

2000G

INDICATES NOTE NUMBER AT END
OF DRAWING SECTION

ALL DIMENSIONS IN INCHES

15. OUTLINE DRAWINGS

Ul ORDER OF CASE NUMBER

.050 MAX

e)

rtlfmJEJE=~.~SEATING

~

PLANE

TO 10

370

19'
-r---+,r

.290

• 065

,..

,.335
.,- .275

M~N.
------r""

MlIY

• 155~X.

\.!Y

~019DIM
.016

¥

-

SEATING PIiANE
.440
.290

AfF:\
~

L.100
~..

6)

I

~OO

t

=r=a~;;~;a;~]

r+u9h

.200

OO

.330"

~o

050 MAX.
SEATING
~ 50 MIrT
PLANE
(t--.250 MIN.

I!.\
.021J
®DIM B .016

ot*:\

2~0

,~i-- "

90 0

-r..,...·-(:}-·T
.1~\\ ~

3

'~'-lA}

---\~=I

'-. ·1··"

,

.335
.305

.021 -.:;...;:....;:;..::..-..t..u
DIM B

-:orr

®

.034
.028 -

L--_~'
0~19
I'D.
• 016 DIM A~

~~~-. 029

MIN.

INDICATES NOTE NUMBER AT END
OF DRAWING SECTION

(1)

ALL DIMENSIONS IN INCHES

I

15. OUTLINE DRAWINGS

.250 MIN.

""-'II-!l1=ft.r.---. FULL

@

THRE AD

~+-I'-

IN ORDER OF CASE NUMBER

~----+l-=:...j

.080 MAX.

r
f

SEATING PLANE

!

.650 MAX.

i

.1119

MAX.

i

SEAT[NG PLANE

t
.650
MAX.

+

~

\::J

INDICATES NOTE NUMBER AT END
OF DRAWING SECTION

,019
.016

10--- .210
.190

ALL DIMENSIONS IN INCHES

15. OUTLINE DRAWINGS

IN ORDER OF CASE NUMBER

.250
MIN.

::::-t-.
C~II IJ

1.520

I

1.5 MIN

t

SEA,""G PLANE

1:490

U jUU

1.582

1

e

3

I

I'I

I .190 MAX

0hlli~ 1.645

""I':55'2

--b~~-IITIi I

.io.
~ ~...f.Ipw-055

.199

•

.185

DIM. VERIFIED
BY EIA 2/18/65

II

I--~
.195

E==::s1

.,]]
1

.2.:J0--l

MAX.

I

I
.470 MAX.

SEATING PLANE
SEATING PLANE

~ INDICATES NOTE NUMBER AT END
OF DRAWING SECTION

ALL DIMENSIONS IN INCHES

15. OUTLINE DRAWINGS
-1
•

I- .289

I

L'1

,I,

.~50
Ll

MAX

_

+

.510 MAX

MAX

~~:::S::~~
SEATING

.375 MAX

L-

IN ORDER OF CASE NUMBER

I

--PLANE

1.42
MIN.

.625
MAX.

i

--'----.1L.. .016
t----1.6I1i' 'MAX. - - - - . j

MAX. DIA.

.030
MAX.

tQJ~

t-----r-

.370

:ass

~ MAX.
.170

~10 . 016

~.OAX50
M •

-.-,- - - - , - - -

~

.425
.375
. 315
.285

DIM. VERIFIED
.225

BY EIA 2/18/65 •

.050
MAX •

• 105

.075
.065

~INDICATE NOTE NUMBER AT END
OF DRAWING SECTION

ALL DIMENSIONS IN INCHES

15. OUTLINE DRAWINGS

IN ORDER OF CASE NUMBER

.250 MAX.

DIM

If\

-t:==I=:.....!.~04219~~

B

.320

.016 DIM A

MAX.~--+--~

.070

+
60

M~

MAXc:'==~;;~====~-~f~S=E~AT=I~NGn

.2t--

PLANE
1.5<1... MIN •
40 Dia MAX.

@

. .t. . . . . ._~~
.114R~

MAX.~

.120

.130

:

~

_.-

I

I

0

~

@

,--

I

d..1.2-~:
~:675 9
.-.500

_

.375 MAX •
., tSEATING PLANE

. 330 MAg;~
.625

MIN • . 045

MAX

L

U~
I

.100
• 100

Mt!::'(~"
MAX

.050

/

~i::::::::l~R.M.

t

.170
MIN.
~-'-',--=----;
.210

Q
~

1.443
MAX.

.79
.7094

I

.660
.749 ~

,

II II

I

.125
.165

SEATING PLANE

o

~
8

@

INDICATES NOTE NUMBER AT END
OF BRA WING SECTION

.215
.300

37@C7S
\.!3

8.100

1.077

ALL DIMENSIONS IN INCHES

15. OUTLINE DRAWINGS

IN ORDER OF CASE NUMBER

SEATI NG PLANE

~

1.227

.215

TERM. I

.!O TERM.2

MAX.

~Q

74----L-

t

"\J ~~~~

o

f~

.145
.155

1-'rnrT"T"'t.

.308
.329

095

,

.. 105

.055
.045

_~~

r-

~~~7______~8~==

.015 MAX. 7

t

:~
I

.040--1
MAX.

L-

5.775

.797

6.265

.827

- - . - - - r - - - tl -

O~O

.
.010

+

I

-.J 1- .040 .003
rL G
~l r MAX. i .006

I'
I

1I-j.070
MIN.

,-"I
~I==:::::JI

:~:g "I

•

SEATING PLANE

@1

.240
.260

.115
TP

.50
MIN.

---r=i-

f

.33QT
.370. 305

! .~

.335
.370

n

1.....---'1

j ~; l
~l
MAX.

\,gl~Q
,.,~
CI,)

REF. PLANE

REVISED
SPRING 1969

SEATING

.2.50---+-ro-\-~

MIN.

.055.. 1
.075

~
~.I6C-=-5~~~
.185

MIN.

PLANE

.10
TP

.10
TP

r

.----+--

.500
MIN .

.225
.265

INDICATES NOTE NUMBER AT END
OF DRAWING SECT]ON

ALL DIMENSIONS IN INCHES

1S. ,OUTLINE DRAWINGS
I tejl') I

IN ORDER OF CASE NUMBER
REF. PLANE
SEATING PLANE

::~;

T

@~
50
'M
lN
.

.230

=

}

..
/ 7

p

/0

~', , .16

/o-'O,~

=.-- (5lrT\ ~O E]
. =
j.. ~q~1.61111~.029

.335

-.

I.:r:

.~

.370,305

.040 MAX.-\

~~

,go.~ 0(" /" .045

'.~~ ~ ."'-'~/
~

~ ~

.y~

(DIM.B)

.040

.016

.034

§

300

C;l'/::~
6~

.019
(DIM.A)

Itejl.,ir- SEATING
PLANE
REF. FLA['JE

. - _. __ I

@

·g!l~ 0

.1141
.1171
.350
.360

(DIM.A) Q
.0160
.021 (DIM.B)

TERM~
1

I

~.140

.Oi~

SEATING PLANE

G
.I~O
P

~

t ~ __ ~

==>

Ar

AI3 .362

<=::l

~
~IL.l62
_.

.169

:.~
TERM. 3
TERM.2

.728
.750
TERM. I

aD
.170
. 210

Ite) l·tl
.120
.240

SEATING PLANE
.190
- .210
.500
N.
6

.090
. \I 0

I

......

T

r

--

t
.145

:165

.220
.2.40

-r

~'-----+-'

INDEX

.030 MAX.
.016 ~A)
,019 ~

INDICATES NOTE NUMBER AT END
OF DRAWING SECTION

ALL DIMENSIONS IN INCHES

1S. OUTLINE DRAWINGS

.t.j'lri

SEATING PLANE

.120
.240

fr--

~

:g::

----

t

.105
.135
REFERENCd
PLANE
.500
MIN.

t

:\~~

t

1~

.050T

.06
.019

.050 TP

.,...

.IOOTP

it.jill'

""".40

1.375

~2~1-9~.7~8~----~~1~.~~5~~
·MIN.

~i~

:~~I

~L __

375

n+

.040

~

c=::::l

I

~

~

"*
PLANE";]-=!==~~~~~~~

SEATING

c::::::I

.060~

.200
.215

Q

MIN.

.192

~

lieilltj

.095
.105

~~

IN ORDER Of CASE NUMBER

f*-~o~

I ~e_

.880

.120

.a:1-0

~ ~

~
.040 I

I/~,I

T{/::-~)'

7e ~~R:-_~t::---.n__

1<111

:;I 172

. 250 ~
.500

-

1.949
MAX.

I

T

r----

~:"r~~_......,_
I,>G.ERM.4 " -- -'
~E:M.f~~~j r .25~AX.@

itm=\

TERM·~.640

.

.218
.328

10.140

53

@@

.468
.531

SEATING PLANE

I~

3.937
4.063
2.968
3.031

4.937
5.063

e

PLANE

~I

1§~
2.968
3.031

-L
.968
1.031

o

.060 MIN.-...J

INDICATES NOTE NUMBER AT END
OF DRAWING SECTION

.320
.448
.375
MIN.

.080 MIN .

.4675Q

_~~_.473 I '\.::;J
,'~

\~-"ill'fl~----r-

I \

TERM.4

L.750 MIN.

ALL DIMENSIONS IN INCHES

1S. OUTLINE DRAWINGS

1'·1"1

IN ORDER Of CASE NUMBER

@

@

.423
.438

.400
.455

ii·j'EI

SEATING PLANE

8

.100

.050

.

T
,!~O
. 0

-.L
.008
.012
.016
.024

~
.090

.115

ii·j'i'

.80

lJ§LJ .200 CSEATING PLANE

~.025M,:::J

1-:164

.095

~

@§.030M'*j .1051

G
~

.060
.080
TERM. I

VISUAL

o

I

~ t

1

H=='~N~ ,

~

--.-_OO3fJb g0 .9 ""4~
001

I

~

~

_I

.002

TERM. 2
TERM.3

.033 .....,
MA~

_---.!-L-_ _

,~~~~~==~==

---~. 24---11+
INDEX NOTCH (OPTIONAL)
MAX.
-1~"""_---'--,.020 MAX.

INDICATES NOTE NUMBER AT END
OF DRAWING SECTION

ALL DIMENSIONS IN INCHES

15. OUTLINE DRAWINGS

"5'

Ife

@

IN ORDER OF CASE NUMBER

REVISED
SPRING 19&9
L-_---'

@

.4619

4

I (eliI:1
@
.375
MIN.

G
~

.1399

.1437

G~

~.163
SEATI NG~.-L---"'-"""""
PLANE

.1..-==~::!t::;z!=~
~

PLANE

INDEX

o

INDICA TE NOTE NUMBER AT END
OF DRAWING SECTION

ALL DIMENSIONS IN INCHES

I

15. OUTLINE DRAWINGS

rr- r1

~s
.105 MAX.

3

SEATING
LAN.E

+

--8

.680

~

I-

2

.520
.594
• .1

T

4

.012
.019
.145
.200

--

Jf-

1

-j I....046
035 Q
V

.005
.020

•020.J 13D40I .360

~

.058

~--r-_.450
MIN.

- -,

T

.027
.035

~

.142
.152

~

TERM I
TERM 2

.101

.016
.019

1__

-r!WO

_120

V

-:

_(j-.450
-I-I++t----r

~035

.

I@~~.

I
1

.085

-I ~.090 Q

~

+

INDEX
MARK

MIN.

.130

----'.!.Io~o~rl---3~_t13-0~_,I ~_
.130

.~

.099

,

4',

MIN.

_008
.012

.009
.011

.012

3',

.250
_355

MIN.

SEATI NG PLANE

Q

r1~.

S

.147
MAX .

.250
.340

.035
.043

l

t8
INDEX

9

.070
.078

.017

P

-1

_59~_

,'·jfP'
F'1°11

IN ORDER OF CASE NUMBER

TERM

:3
.080
.100

.595
.655

t

.065
SEATING
PLANE

11# :g~~

.123

~

INDICATES NOTE NUMBER AT END
OF DRAWING SECTION

ALL DIMENSIONS IN INCHES

15. OUTLINE DRAWINGS
.125
.155

h1?~"1
I .5130 I

£25
- ·---1
'r-- .618
.668

+
INDEX
MARK
TERM I
TERM 2-

.065
.075

I

.180

MAX.
ERM .595
:3
.655

.

SEATING
PLANE

~~_
.I.QIQ j~

r
!

.450 @
.500 V

.J
I

~?~-r ~.g~

1

I

IN ORDER OF CASE NUMBER

_. __

.181~

"II

.037

Q

•

.400

~ .455

t
.005
.020
.550 MAX.

e

.014

.016

Q

•

.355
~ .375

t
!450
.550

+

.035
MAX:rr

OOu
028 @
--11 ....032

.145

.185

DERIVATION AND TABULATION ASSOCIATES INC.

ALL DIMENSIONS IN INCHES

15. OUTLINE DRAWINGS
.453

@
.IS3
.189

SEATING PLANE
REF. PLANE
.300
.475
.350
MIN.

.~~~

.400
.505

t:!j

IIP

.250
1N.

.423

9

I

c:::::::J
c:::::::J

/'-

---L-

.390
0

~,

t1~/~)
\
20

I

\

I
I.-o-...J_~---..-

.120
.150

.438

~-~
..

I

IN ORDER OF CASE NUMBER

\..

'

'/

200 .... _ ....Q
·TYP.
~

.~

~

.078
MAX.

.01S
.021

-

-

t~l~~?:1

!

.160
MAX.

l.~*=
1.250

.015

MAX.

MLuuU
C BE

r~_o3S

.130 MAX.

010

L_~

.212~

8

_

±·002

t-±·.t~~--I

.065±.003

.015±.002~

'.i

---L_'

f

.0'1~0-'~-

nOD
.012-.015

±.001

_II..

COLLECTOR TIED INTERNALLY TO CASE

DERIVATION AND TABULATION ASSOCIATES INC.

ALL DIMENSIONS IN INCHES

15. OUTLINE DRAWINGS

-

.050 MAX.

t

= =d(~~~Jb =1n

IN ORDER Of CASE NUMBER

F MIN.

UJ'

Li

3

-J'/..E

-

-

.100

MAX.

B

o
.130 MAX.

~.O~
~i5. t
DD
e
I --!I--1.25 MIN.

E

C
E

•

.0105 MAX.
MAX.

I-- .025

I

r---t-t--'..,"t-Ff"'+ - ~ 145 MAX.

~
MAX.

T
~+

•

H MAX.

1.25 MIN.

D

H

F

u 11

.130

.160

.030

u 12'

.100

.130

.038

NOTE - Available
with or
without leads.

1.-.025

DERIVATION AND TABULATION ASSOCIATES INC,

ALL DIMENSIONS IN INCHES

I

15. OUTLINE DRAWINGS

Blr

IN ORDER OF CASE NUMBER

Hi'M

- 1 MAX.

I
.060

.oso

~

lI

'090

'------------y

__________-¥

MAX.~----------~

L~ .oso~

!--------I-

s

-..,-!_

.0_l

.010

t

c

C
C

':;;.1:'==::::;E;::::::::((§)):=::::;B==::J

f

.OSMAX.
H

LEAD

.S9 MAX.

3
LEAD

F

2

IU17

1

LEAD

1

F
E
D
B
A
~-.525 .070 .015 -.035 .080 .025

.009
G

i

H

00

.ill

.078
.060
U 17b 1.00 .083 .010 .045 .073 .003 .030 .035
MIN .073 .ill .060 .083 .005 .020 .045
.035
U17c .260 .073 .013 .020 .073 .007
.037
.004
.008 .025

U17a 1.00 .078 .011

..

ii';1
~035%.005

.050
B

C

.984 MAX

E

DRAIN

41

Ll
-1r-.

GATE

..L

SOURCE

r-.

.787 MIN.

--+-

160

.015%.003J

.012
.006

£.003

004

-i

~.028

DERIVATION AND TABULATION ASSOCIATES INC.

......1------. 345:t. 0 1 5 - - - - - - - t
X .0029

ALL DIMENSIONS IN INCHES

15. OUTLINE DRAWINGS

IN ORDER OF CASE NUMBER

-1

~

.080

t
.080

~n

-,.-=__
t

A

u23
u23a
u23b
u23c

.138
.150
.138
.092

B

.078
.078
.057
.058

• 008

I-A--1.:fF E
1
ItF=~

C
.158
.158
.181
.114

D

.024
.024
.025
.016

r-

1m

E
F 1
.003 .024 B
.003 ~24 B
.005
S
.006

.210±
.005

,
~~

l-

.004±'
.001

II

I
I
i

\

-1

.185±
• 005

-1

i

2
E
E
D

n

t
.625 MIN •

U U U_--L--t_

Ih-

3
C
C
G

---~,,~O-]--

.025±
.003

.022±.010

-]

.-

MAX •

-

COLLECTOR-

.017

MIN.

•

.010 MAX.
NOMINAL BUMP CONTACT HEIGHT IS .001"

~-+-U ~ ~ +.015
TYP.

DERIVATION AND TABULATION ASSOCIATES INC.

®l ® ®

(f)

®

t.tm2

+.005
±.OOI

ALL DIMENSIONS IN INCHES

I
I
I

15. OUTLINE DRAWINGS

IN ORDER OF CASE NUMBER

..

.018

:~E

-$~

,

1-----n1C:::J C

.O~~O~O -4- 1~IJ5
T-

c=:=JB

~J

,

DOT

F

1 71====l

L

t .1.

.I

c

8

+~

w

r-

IAIB-TcID
EI
F
I
1.137 1.0861 .177-r .066 .0591.011 X.003 I
I \/300 I .059T.Q781~196 I .039 .0231.007X 003 I

1---u30

MARK OF EMITTER
.0028X.007

------.043 t 2~~::==~~=~_
, .043L - - - - -

rn-------

.019

rl.

.275

•

MIN.

.15
MAX.

t J i..

t

.141

Qo.

MAX.

MAX.

i ±~~~~~---L-r

c;;t:
-mJ-r-

rr=

QQU

~

..

I~Ti
3

C

~~~.

1

/I

[DO1l

°s~/==::;~'=~~

0 o~

o

-...,11.0111!
r--:--!
[

E MIN..,

A MAX

t

.276

ODD _'~f-,--4_

DERIVATION AND TABULATION ASSOCIATES INC.

REVISED
FALL 1969

.0028X.023

iI'

f---.Q~_~+ ___ ...:.472_

039.. 1

1...

..

/~3J

B

r-

-1

~.

r-

C MAX

DOT MARKS EMITrER

r-~

~=!
~r

:-1 -1

PU.TED
GOW

LANDS

ALL DIMENSIONS IN INCHES

15. OUTLINE DRAWINGS

IN ORDER OF CASE NUMBER

i

. . .050

1'~"1

.050

-H-·004

lll

I

I

I

.250
.270

.570

MIN.

.155
MAX.

--.t
x .010

-..J

.250

1-.070

MAX •

. 270

L

•

~iAX.

• 050

t

.J j...

.015

C BE.017

..

r

.185

~

(

I

.o~

.236

~

.023

i
U

-,

~
~
1 I--

r~~~=lt

C:=k r-=~
T
t

-,

.354

0

.110

*

.0.3

• 043

COLOR OOr' OO4 ,

+

1. BASE
2. SHIELD
3. COLlECTO

4. EMITTER

.003

..
f
.240 MAX.

L
1-

.221

MAX.

....I

1

,
.118

.492 MIN.
.008

t
BASE

.122

-

A
B
E
070 .085 400 005 025
U40a
07
078 .7 9 008 024
lu40b .070 .105 .400 .005 .025

u40

DERIVATION AND TABULATION ASSOCIATES INC.

ALL DIMENSIONS IN INCHES

I

15. OUTLINE DRAWINGS

..

IN ORDER OF CASE NUMBER

.. ·
M

10

M~X.
r

3

I

.15

l r

1·

h

MAX.
10

,

COLOR

'
,--j

I

DO'E

I

MAX.

1.0

XI:;.

·150
MAX .

-I-------,f~·0_60 MAX.

. 004

~r='OO~~===Ln--.J========~I~~
L
1-

f

-

.250

MIN.

i

.020

.030

--l/....- .004

f

.015

,

.010

~

~~

3

.078

J

1~~f==tt::=:::::J

II-

.015
.025

i

I--- .160
I
MIN •

u43a OMIT LEAD NO.3
• 001

\.---

T

f

DRAFT

.048

5°,,2°

\r

.035
UNCONTROLLED

DHlENSION

BOTTOM

~
.006
TYP.

.045

.014

~2

..----j

::!:~r:i~'f===d,-r
I~

--+---~

.055

~-

EITH:'~200

*NOTE:
LEAD CAN BE
CLIPPED FOR
ALTERNATE LEAD
CONFIGURATION

~lIN •

11

INDEX
(DEPRESSION)

.075
.085

2*

--l
IL.070
MAX.
-I

f

.010

TI t1 tJ__·_59_°-Lr~_X_;_
1+!--.011

-Lao----r-,
t
~

.003 MIN.

1

Cl
2

CJ

3

DERIVATION AND TABULATION ASSOCIATES INC_

. 059 MAX.

.133

~'O39--1

.070 MAX.

~~

-t-.
To04

I

2

.039

.008

.029
.020

,'7

~[-CJ
lo12

I

-t

~12

--r-

rl
j7=·fa9

:
--I I-

OJ
.029

ALL DIMENSIONS IN INCHES

15. OUTLINE DRAWINGS

r·

-1_--.-__

059

1

.089

.003

~+

.007

X

•

. 0 12
>:1,,1.

1tfU

003

.023

T

.003

.1;'

o
1

.068
.075

r-

.022

--1

2

~*----l"". 0 1 0

028
M:::il.

.008 MIN.
.008

EPOXY

b1=p~~

"T

T

-1

-t-1

.005

3

~

-1

--I_-..Ir.

~

IN ORDER OF CASE NUMBER

CERAMIC

J

.004

~

f-

0.180 (REF)
0.210

r

.009
lfoIN

.040

METALIZED

l

1

r

--r

I

.032

0.320

MIN~-0320 MIN--1
I
I

0.075 R

~

c::=====iQ

t

~

.075

--1

DERIVATION AND TABULATION ASSOCIATES INC.

EMITHR

U

0.Q_13
0;019

COLLECTO:

~0.640MIN

I" I

ALL DIMENSIONS IN INCHES

15. OUTLINE DRAWINCiS

-

IN ORDER OF CASE NUMBER

-

.085

EMITTER

litH
.050

~
-ol~

00

~~

CERAMIC ~

.019
.009

..

I-

-i

.200
MAX.

f

0

.200 MAX.

.511 MIN.

f

--1 r-

~
1

2

I

I

V

1

--r

f
-0 -0

-ol~

-01
C!C!

!

t

~

~

0

00

I

.062
.059

~'--COLLECTOR

.106
.114

t

t] Ll LI

.025 MAX.

-

LENS

3

DERIVATION AND TABULATION ASSOCIATES INC.

~
.i61 MAX.

f

t

ALL DIMENSIONS IN INCHES

15. OUTLINE DRAWINGS

IN ORDER OF CASE NUMBER

III
.691

•

. 342

t

..

f--.35 MAX.--I

1

.41 MAX.

i,

II II

1.5 MIN.

·_-,*--2
"~--3

1

..

I

.37 . ~
MAX
. 315 MAX.

.31"i!

I
.235
±.025

.

,

lor

MIN.

~ ~ ~

.195

I

LIGHT

~

.rs

11_ __ l?-,- 1-12.... _ __ D
E
F
G
H
J
K
M
X8
.110 .186 .220 .020 .190 .030 .500 .017 .100 .040 .038
X8a
.185 .216
...240
.531 .015 .098
X8b
.1865 .2095
.291
.500 .0175 .100

MIN

X8c .228 .334 .370 .039 .260 .010 .500 .015 .200 .031 .043
X8d
.187 .220
.190 .030 1.50 .019 .100 .041 .042

DERIVATION AND TABULATION ASSOCIATES INC.

ALL DIMENSIONS IN INCHES

IS. OUTLINE DRAWINGS

..
X9
X9a
X9b
X9c

A
.670
.610
.670
.618

.- B-.126

.B

.118
.134
.118
.134

..

C

1:

r---~---~--·-;-:5_8_0_MA::----j
1==.100 MAX

. 23-6
58
.276 1. 58
. 236 .50 MIN .
.283 1. 50
.071
.02

~- -

A

=m W

1

I'

c

I
I

~
~.

C

EPOXY-',} C
,,- _n... : ---_. <"

.030 MAX.

"

~,

",

.:'::"======:::J ,~{'~

o 6
1·....t.
:
E

MAX .

~oooo:--U---~_""- -,\~

t

2

3

I'

·Olo.!

t

,__ 0

0 60

.250 MIN.

D

l~O'
o

T
nl

----·-1

.250 MIN.

E

D

=n

IN ORDER OF CASE NUMBER

_.J£ .. J.."
____
.J

DIA.
NOTE: 1. COLLECTOR COMMON WITH TAB.
2. AVAILABLE EITHER WITH 2 OR 3 LEADS.

- Tj
.866

~

.135 MAX.---j

~--+---.906----~~~1

i=

1

l~~~
.016-_11_E

B

.033~.:B3

It=

.004±.001

..

.014

_

4

2

X14a
G2
G1
D2
S2
Sl
D1

X14
C2
C1
B2
E2
E1
B1

r:orr

3

•

&'

J

.100±.005

.05~±H--

260 MAX.- - - f-- I

1
2
3
4
5
6

.050±.005

-

5
6

.100±.005

t_

I-.MI15 ~~_-f-;~~
..r?r;;. ~
i
~
:-:::::::r0

I tt.

N.

I·

~.440 MIN.------~

013 ±.005
.045 MAX .

.005
B

B

~ "I-~ ..~I -----'--~

.020 .. \-

C

E

.020

~-A,--fMA--X.
NOTE:

DERIVATION AND TABULATION ASSOCIATES INC.

~

*

FOR X16a - DIMENSION B IS FOR B LEAD ONLY.
ADD .125 FOR COLLECTOR AND EMITTER LEADS~

ALL DIMENSIONS IN INCHES

15. OUTLINE DRAWINGS

IN ORDER OF CASE NUMBER

I

~.433-i

III

---y----y--

.630
MAX.

{---I
I

I

I
I
I
II
I

~

7

2.1

3

0
,

1 ·219

C~~

.59

I
I
~I
___ -'

r

'--- 1.281

.037
.043

A

X20

.200

X20a .200

&; b

X20d
X20e .221
X Mile Road

313-357-3700

MINNESOTA ............... Minneapolis ............. Charles E. Bohlig Associates.......................55416
3925 Monterey Avenue South

612-922-7011

MISSOURI ................... St. Louis ...............•. Compar/Midwest .....................................63141
11734 Lackland Industrial Drive

314-542-3399

NEW yORK ................. Great Neck .............. Cooper Simon & CO.,lnc .••...........•...........11021
38 Middle Neck Road

516-487-1142

Pittsford ................. Taggart/Hart Associates, Inc_ .....................14534
48 Bebedict Drive
Post Office Box 304

716-381-3380

Peekskill ................. Milton Ross Associates .•...........................10566
Post Office Box 71

914-737-7707

NO. CAROLINA .......... Greensboro ..........•.. Space Engineering Sales. ........................... 27407
2509 Lake Shore Drive

919-299-0987

OHIO ........................... Dayton .................... S. Sterling Company ................................ 45429
2673 Culver Avenue

513-274-0634

Cleveland ...............• S. Sterling Company •............................... 44124
5827 Mayfield Road

216-442-8080

PENNSyLVANIA ........ Philadelphia ............• KVA Sales Company •............................•.. 19111
7208 Rising Sun

215-728-5802

TEXAS•....•.....•............. Dallas ....................•.. P. Kreager Company ............................. 75238
9230 Cliffmere Drive

214-348-3521

VIRGINIA ...............•.. Lynchburg ........•..•.. Barnhill & Associates, Inc ...................... , .. 24505
Post Office Box 1104

703-384-2062

CDC - CONTINENTAL DEVICE CORPORATION
Zip Code
A TELEDYNE COMPANy..............................•..•.......................................................... 90250
12515 Chadron Avenue, Hawthorne, California

Telephone No.

TWX

213-772-4551

910-325-6217

CALIFORNIA ............. Palo Alto ................. Continental Device .................................. .94303
800 San Antonio Road

415-321-4681

910-373-1750

FLORIDA .................... Winter Park .............. Continental Device ................................. 32789
124 East Morse Boulevard

305-647-7813

810-853-0254

ILLINOIS. ..............•...•. Des Plaines ............... Continental Device ................... ;.............. 60018
6600 North Mannheim Road

312-299-6196

910-233-0897

MARyLAND .............. Lutherville ............... Continental Device ................................. 21093
1524 York Road
Baltimore County

301-825-1920

710-232-1855

MASSACHUSETTS...... C(mcord ................... Continental Device .................................. 01742
191 Sudbury Road

617-369-7233

710-390-1769

NEW JERSEY ...............Little Falls ............... Continental Device .................................. 07424
19 East Main Street

201-256-8557

710-988-5719..

NEW yORK ................. Wappingers Falls....... Continental Device ...................................12590
Suite No.7
895 South Road

914-297-4316

510-248-0053

OHIO ........................... Dayton ..................... Continental Device ................................. A5439
The Buckingham Bldg.
Suite 160
3481 Office Park Drive

513-298-7207

810-459-1867

TEXAS.......................... Dallas ....................... Continental Device ...................................75235
6115 Denton Drive

214-357-0259

910-861-4409

----------

DEL - DELCO RADIO DIVISION
General Motors Corporation
Zip Code
700 East Firmin Street, Kokomo, Indiana ...........•...••..•......................................••.............. 46901

Telephone No.
317·457·8461
317·459·2175

CALIFORNIA ............. Santa ........................ Delco Radio Division ............................. 90401
Monica*
General Motors Corporation
726 Santa Monica Boulevard

Santa Monica
213·393·1465
Los Angeles
213·870-8807

ILLINOIS .................... Chicago* .................. Delco Radio Division ............ ,..................60656
General Motors Corporation
5151 North Harlem Avenue
NEW JERSEy .............. Union!! .................... Delco Radio Division ............................... 07083
General Motors Corporation
Box 1018 Chestnut Station

312·775-5411

Union
201·687·3770
N. Y. C. Area

212·962·6622

*Office includes field lab and resident engineer for applications Bssistance

ETC - ELECTRONIC TRANSISTORS CORPORATION
Zip Code
153-13 Northern Boulevard, Flushing, New York ...............................................................11354

Telephone No.
212·539·6700

CALIFORNIA ............. Van Nuys ..................Tim·Co Sales Company ...................,.........91406
(Southern)
16024 Sherman Way

213·873-4940

(Northern) ................... Palo Alto ................. Win W. Tompkins Company......................94306
2875 Middlefield Road

415·326-7940

TWX
DLRA
3174525747

HUGS - EMIHUS MICROCOMPONENTS LTD.
Telephone No.

TELEX

Glenrothes, Fife, Scotland· •..........•...................•.....••...............•.............................•.............................Glenrothes 2261 72148

ENGLAND ................... Middlesex ................. Emihus Microcomponents Ltd ...................................... Sky port 9584
Heathrow House
Skyport 9961
Bath Road, Cranford

23613

FERB - FERRANTI LIMITED
Gem Mill, Chadderton, Oldham, Lancaster, England ........................................................ .

Telephone No.
Telex
061 MAIN 6661 66247

ENGLAND .................. London .................... Ferranti Ltd ......................................... .
Millbank Tower
Millbank, London, S. W. 1

018346611

U. S. A ......................... New York. ................ Ferranti Electric, Inc............................. ..
East Bethpage Road

516·293-8383

510-224-6483

CANADA ......................Toronto .•................. Ferranti Electronics................................. .
A Div. of Ferranti-Packard Electric ltd.
Industry Street, Toronto 15, Ontario

416-762-3661

610-491-1434

AUSTRALIA ............... Sydney ..................... Noyes Bros. Pty. Ltd ............................... .
General Post Office Box 1587, Sydney

43-0466

DENMARK ................. Copenhagen.............. Fredslund Pedersen ................................. .
Finsensvej 39, Copenhagen F.

GODTHAAB
(0136) 9050

5052

FRANCE ...................... Paris ........................• CERAM ................................................ .
31, Rue du Docteur Finlay
Paris 15e

273-07-20

SLE-27028

GERMANY .................. Munich .................... Neumullerand Co. GmbH. ........................ .
8 Munich 2, Karlstrasse, 55

592421

5-22106

ITALY ......................... Milano ...................... Messrs. Mottola P. Tta Umberto. ................ .
20122 Milano

780-231

31317

SWEDEN ...................... Stockholm ............... Bergman and Beving A. B_ ........................ .
Karlavagen 76, Stockholm 10

246040

19929

264055

TWX
Plainview, Long Island, New York 11803

GIC - GENERAL INSTRUMENT CORPORATION
Zip Code
Semiconductor Products GrouP. 600 West John Street. Hicksville.
Long Island. New York ................................................................................................ 11802

Telephone No.

TWX

516-733-3000

510-221-1866

CALIFORNIA. ..............Tarzana .................... Generallnstrument Corporation .............. 91356
18455 Burbank Boulevard

213-873-6500

910-493-1243

ILLINOIS .................... Chicago ................... General Instrument Corporation ............... 60648
6054 West Touhy Avenue

312-774-7800

910-221-3125

NEW yORK ................. Hicksville ................. General Instrument Corporation ............... 11802
Post Office Box 600

516-733-3333

510-221-1866

CANADA .................... Waterloo •................ General Instrument of Canada. Ltd...........
Ontario
151 Weber Street

519-744-8101

610-365-3415

NEW YORK ................ Hicksville ............... General Instrument ................................. 11802
International Corporation
600 West John Street

516-733-3322

Cable
Transistor
Hicksville. New York

ITALy ......................... Milan ....................... General Instrument Europe S. P. A........... 20149
Piazza Amendola 9

469-7751-2-3
469-7754-5

TWX
GINEUR 31454

INTERNATIONAL

IDC - INTERNATIONAL DIODE CORPORATION
Zip Code
90 Forrest Street. Jersey City. New Jersey ..........................................................•............ 07304

Telephone No.
201-432-7151

ITT - ITT SEMICONDUCTORS
Zip Code

3301 Electronics Way. West Palm Beach. Florida .............................................................33407

Telephone No.
305-842-2411

TWX
510-952-6667

LUCB - JOSEPH LUCAS (ELEC.) LTO.
Telephone No.
021·308·3501

Telex
338461

GERMANy .................. Koln ...................••.. Joseph Lucas (Germany) G.m.b.H ..•.........•.
505 Porz b. Koln
Postfach 609

5.50.45

LUCA 0 887431

FRANCE. ......................Paris ........................ Lucas Service Europe ............................. .
Boite Postal 85
96 Boulevard du General Leclerc

204·54·65

25906 NANTR.

Telephone No.
K·892423

Telex
HX510

01·903·2721

934263

Telephone No.
212·478·3134

TWX
510·222·8258

Mere Green Road, Four Oaks, Sutton Coldfield, Warwickshire, England •. _ •.•..............•........

92·Nanterre

UEHK - MICROELECTRONICS LTO.
Post Office Box 9477, Kwun Tong, Kowloon, HongKong, B. C. C..................................... .

ENGLAND ................... Wembley •.............•..•york Housp............................................•
Middx.
Empire Way

MITJ - MITSUBISHI ELECTRIC CORPORATION
Kita·ltami Semiconductors Works,
1 Zugaike, Ojika, Hyogo Ken, Itami·Shi, Japan

MST - MS TRANSISTOR CORPORATION
Zip Code
80-02 51st Avenue, Elmhurst, New york .........................•............................................... 11373

NSC - NATIONAL SEMICONDUCTOR
Zip Code

Telephone No.

TWX

Microcircuits Division, 2975 San Ysidro Way, Santa Clara, California .................................. 95051

408-245-4320

CALI FORNIA ............. Mountain View ....... National Semiconductor .......................... 94040
2680 Bayshore Frontage Road
Suite 112

415-961-4740

910-379-6432

Sherman Oaks.......... National Semiconductor........................... .91403
Valley Freeway Center Building

213-783-8272

910-495-1773

ILLINOIS .................... Chicaga .................... National Semiconductor ......................... 60646
6322 North Milwaukee Avenue

312-631-0654

910-221-0999

MARYLAND ............... Timonium ............... National Semiconductor. ...........................21093
1826 Pot Spring Road

301-252-5310

710-232-1848

MASSACHUSETTS ...... Waltham................... National Semiconductor .......................... 02154

617-891-5393

710-332-0435

201-461-6111

710-991-9795

ENGLAND .................. Egham .................... Athena Semiconductor Marketing Co. Ltd ..... ..
140 High Street (Surrey)

Egham 3676

Telex
23850

FRANCE ......................Vincennes, 94 ......... Electronique MS .................................... .
106 Rue de la Jarry

808-70-50 (51)

GERMANy ................. Karlstrasse 55 .......... Neumuller & Company GmbH ................. .
8 Munchen 2
German Federal Republic

592-421

15300 Ventura Boulevard
Suite 305

391 Totten Pond Road
NEW JERSEY .............. Fort Lee ................. National Semiconductor .......................... 07024
West Cliffs House
2375 Hudson Terrace

INTERNATIONAL

Telex
843-330-35

359-4521

Telex
ELEMART TK4952

PHIC - PHILIPS ELECTRON DEVICES

Telephone No.

Telex

Semiconductor Tube and Component Division of Philips Electronics Industries Ltd.
116 Vanderhoof Avenue, Toronto 17, Ontario, Canada .................................................. ..

416-425-5161

02-2513

JAPAN ..........................Tokyo ......................Electro-Marketing Corporation ................. .
Sanei Bldg. No.8
Sanei-Cho, Shinjuku-Ku

PIR - PIRGO ELECTRONICS
Zip Code
Post Office Box 397, Farmingdale, Long Island, New york ............•.......................................... 11735

Telephone No.
516·694·9880

This is an affilliate company to Sprague Electric Company-See location of field offices listed under
Sprague Electric Company.

aDC - QUALIDVNE CORPORATION
Zip Code

3699 Tahoe Way, Santa Clara, California .........................................................................95051

Telephone No.
408·738·0120

TWX
910·339·9273

Telephone No.
213·965·2496

TWX

seA - SEMICOA
Zip Code

940 South Ajax Avenue, City of Industry, California ........................................................91744

CALIFORNIA ............. Palo Alto ..•..........••.. Nor·Cal Associates ...................................94303
(Northern)
999 Commercial Street

415·328·6616

MASSACHUSETTS ..... Lexington ................ Contact Sales Company ...........................02133
594 Marrett Road

617·861·8544

NEW JERSEy.............. Cherry Hill.............. Marshbank-Monteiro Associates ................ 08034
95 West Gate Drive

609·428·5551

NEW YORK................. Manhasset ............... HRC Associates .......................................11030
390 Plandome Road

516·627-4644

516·466·3966

SES - SEMITRONICS CORPORATION
Zip Code
265 Canal Street, New York, New york ..............................•............................................10013

Telephone No.
212·226·5400

CALIFORNIA ............. Encino ..................... David Goldberg Sales Company ................91316
17046 Burbank Boulevard

213-986·0400

PENNSyLVANIA ........ Philadelphia ............. David Linz ............................................. :t9111
238 Shelmire Street

215-379·0734

TEXAS......................... Dallas. ...........•.......... Milton Loss ..•............•...........................75201
7919 Royal Lane

214-368·2758

TWX
710·581·3978

INTERNATIONAL
GERMANy .................. 46 Dortmund .......... Semitronics Corporation .......................... 0231·528065
26 Bruderweg

SHWG - SIEMENS AKTIENGESELLSCHAFT

Telex
HOBAR 822832

Telephone No.
0811·45901

Telex
05·22961

CANADA ..................... Montreal .................. Siemens Canada, Limited ........................ .
Post Office Box 7300
Pointe' Claire P. Q.

514-695·7300

05·26·7300

ENGLAND .................. London .................... Cole Electronics Limited ......................... .
Lansdowne Road
Croyden CRg 2HB

01·686·7581

262346

Zip Code
5310 North Siemens Court, Rosemont, Illinois ................................................................. 60018

Telephone No.
312·825·8104

Telex
254·052

CALIFORNIA. ............. San Francisco .......... Siemens America, Inc .............................. 94010
860 Hinckley Road
Burlingame

415·697·9445

WU 34 761

NEW JERSEY............... Union ....................... Siemens America, Inc ............................... 07083
Post Office Box 1268

201·688·5400

Balanstrasse 73, Munich 8, Germany ..............................•.................................................

SHWG - SIEMENS AMERICA, INCORPORATED

138225

TWX
710·985-4702

SGSI - SOCIETA GENERALE SEMICONDUTTORI S.p.A.
Telephone No.
65341/4

Telex
31436

ENGLAND .................• Aylesbury Bucks ..... SGS (United Kingdom) ltd .•....................
Walton Street

5977

83245

FRANCE..•..•................ Paris 13e. ................. SGS France SA ...................................... .
45 Rue Eugene Oudine

3363630

25938

GERMANy........•......... 809 Wasserburg .•.... SGS Deutschland GmbH ....................... .
Inn
Post Box 1269

2086

525743

ITALY ........................ Milano ....................• Societa Generale Semiconduttori Spa ....... .
Via Colonna, 9

31 5749

SWEDEN ..................... 19501 Marsta .......... SGS Semiconductor AB.......•................•...
Postbox

0760/40120

10932

Zip Code
12741 los Nietos Road, Santa Fe Springs, California ........................................................ 90670

Telephone No.
213·698·0529

TWX
910·586·1881

CALI FORNIA .......•..... .Pasadena ••..•.•....•..... William Kath Associates .............•........••.. 91105
255 West State

213-681·3352

Manhattan Beach .... Hliin & Associates •..................................90266
215 South Poinsettia

213·374·5439

ILLINOiS.................... Chicago.......•.•.........• Communications Engineers .......................60645
71 06 North Western Avenue

312·761·0548

910·221·5004

01·965·5744

Telex
263136

Agrate Brianza, Via C. Olivetti, 1 ....•..•.............•........•....................•..................••..........

SSI - SOLID STATE DEVICES, INC.

INTERNATIONAL
ENGLAND. ................... London.....................uItra Electronics ltd •....•.......................•.
North West 10
35·37 Park Royal Road

SONY - SONY CORPORATION
7·35, Kitashinagawa·6, Shinagawa·Ku, Tokyo, Japan

SPR - SPRAGUE ELECTRIC COMPANY
Zip Code
Semiconductor Division, 115 Northeast Cutoff, Worcester, Massachusetts ................................01606

Telephone No.
617·853·5000

ALABAMA ..................... Huntsville .................. Write to Washington, D. C. Office...............
or call Operator and ask for WX4000

WX 4000
No charge for
WX Calls

ARiZONA ...................... Phoenix ...................... Sprague Electric Company ......................... 85012
Guaranty Bank Building
3550 North Central Avenue

602·279·5435

CALIFORNIA ............... San Francisco .......... William J. Purdy of California ..................... 94010
(Northern)
770 Airport Boulevard
Burlingame

415-347·7701

(Southern)

L. A. 213·870·0161
S. M. 213·391·0611

Los Angeles .............. Sprague Electric Company ........................... 90066
12870 Panama Street

COLORADO .................. Denver ........................ Sprague Electric Company ........................... 80222
5670 East Evans Avenue

303·756·3611

CONNECTiCUT............. Trumbull .................... Sprague Electric Company ........................... 06611
Trumbull Park Business Center
935 White Plains Road

203·261·2551

DISTRICT OF
COLUMBIA .................... Washington ............... Sprague Electric Company........................... 20016
3900 Wisconsin Ave., N. W.

202·244·6006

FLORIDA ...................... Clearwater .................. Sprague Electric Company .......................... .33515
1439 Gulf to Bay Boulevard

813-446·0466

ILLINOIS ........................ Chicago ...................... Sprague Electric Company ........................... 60634
5942 West Montrose Avenue

312·685·6400

Schiller Park. ........ ,.... Sprague Electric Company ........................... 60176
9950 Lawrence Avenue

312·678·2262

Continued on next page

SPR - SPRAGUE ELECTRIC COMPANY CONTINUED
Zip Code
Semiconductor Division, 115 Northeast Cutoff, Worcester, Massachusetts ............................01606

Telephone No.
617-853-5000

INDIANA.•................... Indianapolis .•......•.... Sprague Electric Company. ....................... 46205
2511 East 46th Street

317-546-4911

MASSACHUSETTS ..... Boston ..................... Sprague Electric Company ........................ 02158
343 Washington Street
Newton

617-969-7640

North Adams ........... Sprague Electric Company ........................01247
Marshall Street

413-664-4411

MICHIGAN ................ Ann Arbor ............... Sprague Electric Company.........................48103
259 Collingwood

313-761-4080

Detroit ................... .

313-Enterprise 7498

MINN ESOT A. .............. Minneapolis ............ H. M. R., Inc .......................................... 55404
9 East 22nd Street

612-335-7734

MiSSOURI .................. St. Ann ............•...... Sprague Electric Company........................ .63074
500 Northwest Plaza

314-291-2500

NEW JERSEy.............. Cherry Hill .............. Sprague Electric Company ........................08034
1050 North Kings Highway

609-667 -4444
215-925-3066 (Phila.)

(Southern)

609-966-1776
215-925-3066 (Phila.)

Camden ................... Sprague Electric Company ...................... 08102
Suite 106
Northgate Plaza

NEW MEXICO ............. Albuquerque ............ C. T. Carlberg & Associates ..................... 87110
Post Office Box 3177
Station D

505-265-1579

NEW yORK ................. New York City ....... Sprague Electric Company ........................ 10017
50 East 41st Street

212-679-1195

Eastchester .............. William Rutt, Inc.................................... 10709
475 White Plains Road

914-779-4100

NEW yORK ................ Upstate ................... Sprague Electric Company ....................... 01247
Marshall Street
North Adams, Massachusetts

413-664-4411

NORTH CAROLINA ...Winston·Salem ......... Sprague Electric Company ........................ 27101
928 Burke Street

919-722-5151

Continued on next page

SPR - SPRAGUE ELECTRIC COMPANY CONTINUED
Zip Code
Semiconductor Division, 115 Northeast Cutoff, Worcester, Massachusetts ..................•.••..••. 01606

Telephone No.
617 -853-5000

OHIO ........................... Cleveland ................ Sprague Electric Company •..................... .44022
24 North Main Street
Chagrin Falls, Ohio

216-247-6488

Dayton ..................... Sprague Electric Compan')( ........................45404
224 Leo Street
In Cincinnati, Call Operator and ask
for ENterprise 3-8805. No charge
for ENterprise Calls.

513-223-9187

PENNSyLVANIA ........ .Eastern .................... Sprague Electric Company ....................... 08036
1050 North Kings Highway
Cherry Hill, New Jersey

215-467-5252 (Phila.)
609-667-4444 (Camden)

Western ................... Sprague Electric Company ........................ 44022
24 North Main Street
Chagrin Falls, Ohio

216-247-6488

TEXAS......................... Dallas. ...................... Sprague Electric Company ........................ 75080
Suite 545
First Bank and Trust Building
Richardson, Texas

214-235-1256

WASHINGTON ........... Seattle ..................... Sprague Electric Company ........................ 98103
4601 Aurora Avenue North

206-632-7761

CANADA ......................Toronto. •.................. Sprague Electric of Canada, Ltd ............... .
10 Bertal Road
Toronto 15

416-766-6123

Montreal ..... ········· .... Sprague Electric of Canada Ltd ..•..............
860 Decarie Boulevard
Ville St. Laurent, 9 P. Q.

514-747-7811

Continued on next page

SPR - SPRAGUE ELECTRIC COMPANY CONTINUED
lip Code
Semiconductor Division, 115 Northeast Cutoff, Worcester, Massachusetts ............................ 01606

Telephone No.
617-853-5000

EUROPE •...••.....•.........• Belguim •••......•....••....Electro mag Division ....•...........•.....•.....•..•
Sprague World Trade Corp.
2 Rue de Merode
Renaix-Ronse

055-230-55

Telex

England .•.....•••....•.•.. Sprague Electric (U.K.) Limite.d•.•........••..•..
Trident House, Station Road
Hayes, Middlesex

01 5738833

261524

France ••••..•.••..•..••.•.• Sprague France Sari ••....•...........•............•
14-16, rue Gabriel Peri
92-Montrouge

655-1919

Sprague 25697 F

Germany •••..•••..•.••••. Sprague GmbH .......................................
Kettenhofweg 131
6000 Frankfurt am Main

77-50-72
77-59-17

414008

Italy .••••.•......•......••.• Sprague-Creas S.p.A•..•....•.•.....•...•......•..•.•
Viale Legioni Romane 27
20147 Milano

4034245

32012

Sprague Creas S.p.A.
Via Costantino Maes 82 Int. 2-B Palazzino
00162, Rome
Switzerland ••••..•.•••••. Sprague World Trade Corporation •.....•.•....
Farberstrasse 6
8008 Zurich
FAR EAST •••.•.••••...••.•• Hong Kong •.....•••.•.. Sprague Work Trade Corporation ..•.••••..•.••
Post Office Box 14289

83-33-96

(051) 47 01 33 53876

(H)-610694

TADI - TADIRAN
Telephone No.
254222

Cable
TADIRAN
Telex 033·537

HOLLAND .................. The Hague .............. Ingenieursbureau ................................... .
Koning en Hartman
Koperwerf 30

070·67.83.80

INKOHA

BELGIUM ................... Bruxelles ................. Neotron Electronics S. A....................... ..
37, Rue de Florence

3861 73

CETEREL

DENMARK .................. Copenhagen ............. Paul Lovhoj ......................................... .
Meinunsgade 30

(01)392112

PAULEMI
COPENHAGEN

SWEDEN. ..................... Stockholm .............. ALLHBO, Allmanna ............................... ..
Handelsaktiebolaget, Stockholm 49
Box 49044 (Alstronmergatan 20)

224600

ALLHABO

WEST BERLIN ........... Berlin ...................... H. J. Stoeckle Industrievertrieb .............. ..
Abt. Technik + Elektronik
Berlin 38, Klopstockstrasse 37a

842506

ITAL Y. ......................... Rome ...................... Dr. Ing. Luigi Rebecchini. ...................... ..
Dr. Marco Calabresi
Via XX Settembre 4

465574

SWiTZERLAND .......... Zurich. ..................... Metronic . AG ...................................... ..
CH 8051 Zurich
Postfach
Dubendorfstrasse 22

051/41 8484

METRONIC
ZURICH

FINLAND .................... Helsinki ................. KO-MA ............................................... .
Huovitie 3, Helsinki 40
Helsinki 40

578433

TOUR

SOUTH AFRiCA ......... Johannesburg .......... Identronics Proprietary Limited .............. ..
Manufacturers' Representatives
Professional Electronic Components
Sheerline House, 24 Weber Street
Selby, Johannesburg
Post Office Box 7, Jeppestown, Transvaal

834971/2/3

FORMSHEER
JOHANNESBURG

Israel Electronics Industries Limited ............................................................................... .
3 Derech Hashalom (Post Office Box 648), Tel·Aviv, Israel

TAGS - TRANSISTOR AG
Zip Code
SWITZERLAND ......... Zurich ...................... Transistor AG ....................................... 8048
Hohlstrasse 610/612

Telephone No.
62 56 11

Telex
53809

ENGLANll ................... London, E. C. 2 ...... J"AG .................................................... .
Shelley House
Noble Street

6068991

25251

GERMANy .................. Karlsruhe-Durlach .... Transistor Bau-und Vertriebs GmbH ....... .
Straehlerweg 57.. ........... .75

0721 69 38 01

7-826-879

Til - TEXAS INSTRUMENTS INCORPORATED
Zip Code
Components Group, 13500 North Central Expressway, .................................................... 75222
Post Office Box 5012, Dallas, Texas

Telephone No.
214-238-2011

ALABAMA ................... Huntsville .................Texas Instruments ...................................35801
Sahara Office Park Building
Suite 111,
3313 Memorial Parkway, S. W.

205-881-4061

ARIZONA .................. Phoenix ................... Texas Instruments ..................................85017
2535 W. Camelback Road
Suite 1 D

602-279-5531

CALI FORNIA ............ Hollywood .............. Texas Instruments ................................. 90028
1800 North Argyle Avenue

213-466-7251

Inglewood ................Texas Instruments ...................................90301
5005 West Century Boulevard
Suite 208

213-673-3943

Palo Alto ............... Texas Instruments .................................. 94306
230 California Avenue
Suite 201

415-326-6770

Santa Ana ................Texas Instruments .................................. 92701
1505 East 17th Street
Suite 201

714-547-6506

San Diego .............. Texas Instrument~ .................................92116
4185 Adams Avenue

714-284-1181

COLORADO .............. Denver......................Texas Instruments ................................. 80222
2186 South Holly Street
Suite 204

303-757-8548

Continued on next page

Til - TEXAS INSTRUMENTS INCORPORATED CONTINUED
Zip Code
Components Group, 13500 North Central Expressway, ..................................................... 75222

Telephone No.
214-238-2011

Post Office Box 5012, Dallas, Texas

CONNECTICUT .....•..... Woodbridge ......... " ..Texas Instruments ...................................06525
300 Amity Road

203-389-4521

FLORIDA .................... Orlando ..................•.Texas Instruments ................................... 32810
Orlando Executive Park

305-644-3535

5400 Diplomat Circle
Diplomat Bldg., Suite 252

St. Petersburg .......... Texas Instruments................................... 33704
300 West Building
3151 Third Avenue North

813-898-0807

ILLINOiS..................... Chicago ...................Texas Instruments ................................... 60646
Executive Towers

312-286-1000

Suite 205
5901 North Cicero Avenue
MASSACHUSETTS...•.. Waltham ................... Texas Instruments................................... 02154
60 Hickory Drive

617-891-8450

MiCHIGAN .................. Southfield ................ Texas Instruments ................................... 48075
Suite 706 West
Northland Towers Bldg.
15565 Northland Drive

313-352-5720

MINNESOTA .............. Edina ....................... Texas Instruments .................................. 55424
7615 Metro Blvd.
Suite 202, A. I. C. Bldg.

612-941-4384

NEW JERSEy...............Springfield ............... Texas Instruments................................... 07081
25 U. S. Highway No. 22
Post Office Box 366

201-376-9400

NEW yORK ................. Endicott ...................Texas Instruments ................................... 13760
Post Office Box 87
2209 East Main

607-785-9987

Fishkill ..................... Texas Instruments................................... 12524

914-896-6793

167 Main Street
New Hyde Park ....... Texas Instruments .•.................................11040
4 Nevada Drive

516-488-2200

Syracuse....................Texas Instruments .................................. 13206

314-463-9291

6563 Ridings Road

Continued on next page

Til - TEXAS INSTRUMENTS INCORPORATED CONTINUED
Zip Code

Telephone No.

Components Group, 13500 North Central Expressway, ..................................................... 75222
Post Office Box 5012, Dallas, Texas

214-238-2011

OHIO ......................... Cleveland ................. Texas Instruments .................................. 44122
23811 Chagrin Boulevard
Suite 100
Dayton ................... Texas Instruments .................................. 45439
Paul Welch Building
Suite 205
3300 South Dixie Drive

216-464-1192

PENNSYLVANIA ....... Jenkintown ..............Texas Instruments ................................... 19046
Benjamin Fox Pavilion
Suite 424
Foxcroft Square

215-885-3454

TEXAS ........................ Dallas ..................... Texas Instruments ................................ 75222
MS-80 SRO Department
Post Office Box 5012
Mail Station 80

214-238-4861

75222

214-238-2616

Houston .................. Jexas Instruments ................................. 77006
3801 Kirby Building
Suite 600

713-526-3268

WASHINGTON ........... Seattle .................. Texas Instruments ................................... 98108
5801 Sixth Avenue South

206-762-4240

WASHINGTON ............ D. C _....................... Texas Instruments ..................................20009
1875 Connecticut Avenue, N. W.
Suite 913

202-234-9320

CANADA .. _................. OntariQ .................... Geophysical Service, Ine_ ........................ .
280 Centre Street West
Richmond Hills

416-889-7373

Quebec .....................Texas Instruments .................................. .
663 Orly Avenue, Dorval

819-631-6010

Texas Instru ments
MS-288 TIEG Department
Post Office Box 5012
Mail Station 288

513-298-7513

TEK - TRANS-TEK MANUFACTURING COMPANY, INC.
Zip Code

Telephone No.

4405 South Clinton Avenue, South Plainfield, New Jersey ................................................ 07080

201-561-2400

CAU FORN IA ............. Palo Alto ................ Alexis Sales Company .............................. 94304
(Northern)
770 Welch Road

415-328-7995

I LUNOIS..................... Highland Park .......... Feller Associates ..................................... 60035
(Northern)
3065 University Avenue
INDIANA
WISCONSIN
(Milwaukee)
MINNESOTA
(St. Paul)

312-433-3651

MARYLAND .............. Gaitherburg ............ Wright Company, Inc_.............................. 20760
VIRGINIA
19003 Coltfield Court
DELAWARE

301-948-5588

D. C.
NEW JERSEy ............. Edison .................... Mars Sales, Inc ........................................08817
(Northern)
55 National Road

201-287-2855

NEW YORK
(Metropolitan)
LONG ISLAND
WESTCHESTER
(Southern)
NEW YORK. ................ Baldwinsville ............Scibetta Representatives ........................... 13027
7484 River Road
(Upstate)

315-652-7324

OHIO............................ Dayton ................... Downs Engineering Company ....................45459
1435 DeLynn Drive
WASH I NGTON .......... Seattle .................... Bergford & Associates .............................. 98116
IDAHO
5600 California Avenue S. W.
(Western)
MONTANA
(Western)
OREGON
BRITISH COLUMBIA

513-885-2238
206-937 -6664

WESY - WESTINGHOUSE ELECTRIC CORPORATION
Zip Code
Semiconductor Division, Youngwood, Pennsylvania •....•.•.....•................•............•.............. 15697

Telephone No.
412-925-7272

CALI FORNIA •............ Sunnyvale .............•. Westinghouse Electric Corporation .•.......... 94088
Building 73
Hendy Avenue

408-735-2191

ILLINOIS .................... Chicago.................... Westinghouse Electric Corporation •.......... 60606
10 South Riverside Plaza

312-461-7200

MASSACHUSETTS ..... Boston .................... Westinghouse Electric Corporation •.......... 02199
800 Boyleston Street

617-542-0600

NEW YORK ............... Mineola .................... Westinghouse Electric Corporation •.•......••. 11501
1501 Franklin Avenue

516-248-9810

OHIO ............................ Cleveland ..................Westinghouse. Electric Corporation ............ 44113
55 Public Square

216-579-2174

Dayton .................... Westinghouse Electric Corporation ............ 45404
1306 Farr Drive

513-461-3720

r

SEctiON 18
SEMICONDUCTOR MOUNTING HAROWARE AVAILABILITY

Manufadureris 'Capability Grid
Company Name
& Address

FSCM
No.

Aavid Engrg. Inc.
28 Arch Street
Laconia, N. H. 03246

Miscellaneous
Forced
Thermal
Free
(Bushings.
Convection Convection Connector Sockets Hardware
Pads· Washers)
Kits
Disslpators Dissipators Dissipator
6
4
5
1
2
3
X

X

X

Accel Electronic Prods. Co.
3040 N. San Gabriel Blvd.
S. San Gabriel. Calif. 91777

26701

X

Electronic
Corporation
Slatersville, R. I. 02876

73445

X

X

Special Notes
for Column 6

X

~TIperex

X

Asheville-Schoonmaker Mica Cc
900 Jefferson Ave.
91500
Newport News, Virgihia 23607
Astrodyne, Inc.
207 Cambridge Street
Burlington; Mass. 01803

28023

Atlee Corporation
2 Lowell Avenue
Winchester, Mass. 01890

99378

Augat, Inc.
33 perry Avenue
Attleboro;, Mass. 02703

91506

Mica Insulators
for transistors
and rectifiers

X

X

X

Berylco
Insulators

X

X

X

X

AZimuth Electronics
Route 10, Box 463
Denville, N. J. 07834

X

X

X

Barnes Development Co.
24 N. Lansdowne Avenue
Lansdowhe, Penna. 19050

99779

Birtcher Corporation
745 S. Monterey Pass Road
Monterey Park, Calif. 91754

07387

X

Blinn, Delbert Company
1678 E. Fifth Avenue
P. O. Box 2007
Pomona, Calif. 91766

08289

X

Cinch Manuf'acturihg Co.
1026 S. Homan Avenue
Chicago. Illinois 60624

71785

X

X

Carriers and
Contractors
f'or I. C. s

X

X

X

X

X

Daedalus Company
129 Rosecrans Avenue
17326
Manhattan Beach. Calif. 9026!

X

Delco Radio Division
700 East Firmin Street
Kokomo. Indiana 46901

16758

X

H. H. Eby Company
47'01 Germantown Avenue
Philadelphia. Penna. 19144

72825

X

Elco Corporation
Maryland Rd. & Computer Ave.
Willow Grove. Penna. 19090

91662

X

Electronic Molding Corp.
40 Church Street
Pawtucket. R. I. 02860

17117

X

X

Nylon Bushings Mica
Insulator
Transipad

Beryllium
Oxide
Insulator

SECTION 18
SEMICONDUCTOR MOUNTING HARDWARE AVAILABILITY

Manufacturer's Capability Grid

Company Name
& Address

Frenchtown, C. F. I. , Inc.
Frenchtown, New Jersey 08825

Free
Forced
Miscellaneous
Thermal
Convection Convection Connector Sockets Hardware
(Bushings .
Dissipators Dissipators Dissipator
Kits
Pads· Washers)
1
2
4
5
6
3

FSCM
No.

72~31

X

Garlock, Inc.
8 Fellowship Road
Cherry Hill, N. J. 08034

00373

X

Grayhill, Inc.
569 Hillgrove Avenue
La Grange, Illinois 60525

81073

X

Hellermann Electric Ltd.
Gatwick Road
Crawley, Sussex, England

10515

X

Hobson Brothers, Inc.
4949 W. Lawrence Avenue
Chicago, Illinois 60630

03523

X

Horex Electronics Inc.
1729 21st Street
Santa Monica, Calif. 90404
Industrial Electronic Hdwe Co
109 Prince Street
New York, New York 10012

X

X

X

X

97913
--

IntI. Electronic Res. Corp.
135 iV. Magnolia
Burbank, California 91502

98978

Jettron Products, Inc.
58 Route 10, Box 7
Hanover, N. J. 07936

04435

Lockhart Industries, Inc.
15707 Texaco Avenue
Paramount, California 90723

27110

Loranger Manufacturing Corp.
P. O. Box 948
Warren, Penna. 16365

11535

MacDonald & Company
213 South Brand Blvd.
Glenda).e, Calif. 91204

13102

Methode Electronic Inc.
7447 W. Wilson Avenue
Chicago, Illinois 60656

95354

X
.

X

X

X

X

X

X

X

X

X

X

Navcor
Valley Forge Industrial Park
Norristown, Penna. 19406
Pomona Electronic Co., Inc.
1500 E. Ninth Street
Pomona, California 91766

Special Notes

for Column 6

X

X

05276
-

Reliance Mica Co., Inc.
341-39th Street
Brooklyn, New York 10018

08530

Risk, George, Ind.
672 15th Avenue
Columbus, Nebraska 68601

24229

X

X

X

Transistor
and Diode
Washers

SECTION 18
SEMICONDUCTOR MOUNTING HARDWARE AVAILABILITY

Manufacturer's Capability Grid

Company Name
& Address

FSCM
No.

Roberts, R. O. Co. , Inc.
8338 S. Allport Avenue
Santa Fe Springs, Calif 90670

X

Robinson-Nugent Incorporated
802 E. Eighth Street
New Albany, Indiana 47150

06776

Ross, Milton Company
P.O. Box 274, Second St. Pike
Southampton, Penna. 18966

07047

Special Notes
for Column 6

--

---_._- 1--------- c------

~--.,...

---~.

Free
Thermal
Forced
Miscellaneous
Convection Convection Connector Sockets Hardware
(Bushings·
Dissipators Dissipators Dissipator
Kits
Pads· Washers)
1
2
4
5
3
6

X

--

X

X

X

X

X

X

Specials Only

--

Space Products Inc.
2235 E. Artesia Blvd.
Long Beach, California 90805

10012

X

X

Staver Company
41-51 North Saxon Avenue
Bay Shore, N. Y. 11706

04232

X

X

Textool Products
1410 Pioneer Drive
Irving, Texas 75060

19613

Thermal10y Compapy
8717 Diplomacy Row
Dallas, Texas 75247

13103

UID Electronic Corp.
4105 Pembroke Road
Hollywood, Florida 33021

22753

X

Vector Electronic Co., Inc.
1100 Flower Street
Glendale, California 91201

82893

X

Vemline Products Co.
455 West Main Street
Wykoff, New Jersey 07481

08730

X

X

X

X

X

IC Carriers
Ie Sockets
Dual Inline
Sockets &
Test Sockets

X

X

X

X

X

Custom
Precision
Molding
Pads
Insulating
Washers

- - - - -1------- 1---X

X

--

---

Wakefield Engineering Inc.
Teal & Audubon Roads
Wakefield, Mass. 01880

05820

Waldom Electronic Co., Inc.
4625 West 53rd Street
Chicago, I:\.linois 60632

92219

X

X

~--

..

1 - - - - - - - --_ .._---.

X

X

-

X

X

X

AdheSives

SECTION 19
MOUNTING
HARDWARE
Manufacturer's Local Offices

Since mounting hardware is so closely related to the use of solid·state
devices, this section of Mounting Hardware Manufacturers Local Offices
will provide you with nearby sources of product information.

THE BIRTCHER CORPORATION

Zip Code
Industrial Division, 745 Monterey Pass Road, Post Office Box D
Monterey Park, California ............................................................................................. 91754

Telephone No.

TWX

213·268·8584

910·321·3076

I. T. C. TOR
Zip Code
16202 E. Arrow Hwy., P. O. Box 2008, Irwindale, California .............................................. 91706

Telephone No.
213·334·4907
213·334·0241

Manufacturer's Local Onlces

LORANGER MANUFACTURING COMPANY
Zip Code
Post Office Box 948, Warren, Pennsylvania ............................. ;....................................... 16365

Telephone No.

CALIFORNIA ............. Los Angeles ............ William Anderson Associates •................... 90045
Post Office Box 45768

213-776-1163

San Jose ................. Reyko Sales Company..•.......................... 95126
2136 The Alameda

408-246-1556

NEW JERSEy ............. Manasquan .............. Budd Cato Associates .............................. 08736
200 Atlantic Avenue

201-223-3842

TEXAS ....................... Dallas ....................... T. M. Curtis Company, Inc ....................... 75206
5635 Yale Boulevard

214-361-1666

814-723-8600

RELIANCE MICA COMPANY, INC.
Zip Code
341 39th Street, Brooklyn, New York .........................................•................................... 11232

THERMALLOY COMPANY

Telephone No.
212-788-0282
212-788-4867

Zip Code
8717 Diplomacy' Row, Dallas, Texas ............................................................................... 75247

Telephone No.

TWX

214-637-3333

910-861-4410

CALI FORNIA .............. Los Angeles .............. Thermalloy Company .............................. 90057
1930 Wilshire Blvd.
Suite 1017

213-483-0910

ILLINOiS .................... Chicago ....................Thermalloy Company ...............................60634
6414 W. Belmont Avenue

312-283-0713

910-221-2515

NEW JERSEy .............. Englewood ............... Thermalloy Compan\< ................... ,.......... 07631
NEW YORK
409 Grand Avenue

201-567-5880

710-991-9727

NOTES
We feel you may have some useful comments which deserve consideration for future editions.
Please complete and return to us the User Feedback Card which you will find inside front cover.

345

SECTION 20 MANUFACTURERS CODES, NAMES & ADDRESSES
QPL
MFR.
DESIG.

FSCM

DATA
MFRS.'
CODE

CDAG -

15818 -

•••
No.

-

AKER AML -

A/S Akers Electronics, Forskningsvn, 1, Horten, Norway

Amelco Semiconductor, 1300 Terra Bella Ave., Mountain View,
California 94040

ANOA- Anodeon Semiconductor Division, Electronics Park, Hamilton Street,
Huntingdale, Victoria, Australia

CEP

-

CCSQ

73445

APX -

Amperex Electronic Corp., Semiconductor and Receiving Tube
Division, Slatersville, Rhode Island 02876

ASC

American Semiconductor Corp., 4 North Hickory Avenue, Arlington Heights,
Illinois 60004

(ATES) Componetti Elettronici S.p.A., Via Tempesta 2, Milan, Italy

07910 -

ATEI
BEll
BNT
CDC -

12549 -

CDLF CNS

12498 16758 -

CGM
CCZl

-

12954 -

CRY
DEL
DETM
DIC
ECD
ESMF

Bharat Electronics Limited, Jalahalli PO, Bangalore. 13, South India

Burns & Towne Inc., 18-36 Granite Street, Haverhill, Mass. 01830
Continental Device Corp., 12515 Chadron Avenue, Hawthorne,
California 90250

-

Compagnie Industrielle Francaise Des Tubes Electroniques,
50 Rue J. P. Timbaud, Courbevoie 92, France
Continental Semi·Conductor Inc., 59 Central Avenue,
East Farmingdale, New York 11735
Crystalonics Division, Teledyne Inc., 147 Sherman St., Cambridge, Mass. 02138

-

Delco Radio Div., General Motors Corp., Kokomo, Ind. 46901

-

Delsa-Toshiba, S.A., Calzada Aurora No. 303, Cuautitlan, Edo de Mexico
Dickson Electronics Corp., 310 South Wells Fargo Ave., Scottsdale, Ariz. 85252
Electronic Components Division of United Aircraft, Trevose, Penna. 19047

-

*

Societe Europeenne De Semiconducteurs, Et De Microelectronique,

101 Boulevard Murat, Paris 16c, France

-

12045 -

ETC

-

26611 -

FCAJ -

Fujitsu limited, No.1 015 Kamikodanaka, Kawasaki City,

FERB FSC
-

Ferranti Ltd., Gem Mill, Chadderton, Oldham, Lancs., England

CFJ

12264
07263

CG

03508 -

GESY -

CAKK -

14936 -

GIC

-

92645

GSI
HITJ

-

17884

HSC
HUGS- Emihus Microcomponents Limited, Glenrothes, Fife, Scotland
IDC
International Diode Corporation, 90 Forrest Street, Jersey City,
New Jersey 07304
INTG
Intermetall, Halbleiterwerk der, Deutsche ITT Industries GmbH,

08225
15238

ITC
ITT

20754 14805 -

KMC
KSC

18822

LTTF

-- Electronic Transistors Corp., 153-13 Northern Blvd., Flushing,
New York 11354
Kanagawa Perfecture, Japan

Fairchild Semiconductor Division, 313 Fairchild Drive, Mountain View,
California 94040
General Electric Company, Semiconductor Products Dept., Building 7, Electronics

Park, Syracuse, New York 13201

-

CCUX -

CCZN -

General Instrument Corporation,
P.O. Box 600, Hicksville, New York 11802

General Sensors, Inc., P. o. Box 231, Athens, Texas 75751
Hitachi ltd., Electronic Device & Component Division, New Marunouchi Bldg.,
4, 1·chome, Marunouchi, Chiyoda·ku, Tokyo, Japan
Helios Semiconductor Company, 500 Dyer Road, Santa Ana, California 92707

78 Freiburg im Breisgau, Hans·Bunte Strabe 19, Germany
Industro Transistor Corp., 35-10 36th Ave., long Island City, New York 11106

ITT Semiconductors, 3301 Electronics Way, West Palm Beach,
Florida 33047
.
KMC Semiconductor Corp., Parker Road, R.D. 2, long Valley, New Jersey 07853
KSC Semiconductor Corporation, KSC Way (Katrina Road), Chelmsford,
Massachusetts 01824

-

Lignes Telegraphiques & Telephoniques, 89 Rue de la Faisanderie,
Paris 16, France

LUCB -

Joseph Lucas (ELEC.), Ltd., Mere Green W,orks, Mere Green Road,
Four Oaks, Sutton Coldfield, Warwickshire, England

01619 -- MATJ -

Matsushita Electronics Corp., 300 Oaza Nishiiozumi, Takatsuki, Osaka, Japan
Miniwatt, Div. of Philips Electrical Pty. ltd., 20 Herbert Street, Artarmon,
N.S.W., Australia
(MISTRAL) Manifattura Intereuropea Semi-conduttori Transistori latina,
Via Carnevali 113, Milan, Italy

MINA CGG

-

90144 -

MISI

-

MITJ -

Mitsubishi Electric Corporation, 2-12 Marunouchi, Chiyoda-ku,
Tokyo,Japan

MOTA- Motorola Semicon. Products, 5005 East McDowell Road, Phoenix, Ariz. 85008
MST - MS Transistor Corporation, Subsidiary of Silicon Transistor Corp.,
80-02 51st Avenue, Elmhurst, New York 11373
92726 MULB - Mullard Limited, Mullard House, Torrington PI., london W. C. 1, England
94091 NECJ - Nippon Electric Co., ltd., 1753 Shimonumabe, Kawasaki City, Japan
08257 -- NPC Nucleonic Products Co., Inc., Nucleonic Components Devices Division,
04713 -

24433 -

6660 Variel Ave., Canoga Park, California 91303
CCXP

12040 -

NSC -

National Semiconductor Corporation, 2975 San Ysidro Way,
Santa Clara, California 950S 1

NTLB PHIC -

Newmarket Transistors ltd., Exning Road, New Market, Cambridge, England

36204 -

*
Manufacturers shown in bold print have local
offices whiCh are included in Section 17 of
this D.A.T .A.B 0 0 K.

Philips Electron Devices, Ltd., 116 Vanderhoof Avenue,
Toronto 17, Ontario, Canada
New Manufacturers

QPL
MFR.
DESIG.

FSCM
No.

DATA
MFRS.'
CODE

CBRZ -

87216 -

PHIL

08967 -

PHIN
PIR -

•••

Philco Corporation, Micro-Electronics Division, Union Meeting Road, Blue Bell,
Pennsylvania 19422
Philips Gloelampenfabrieken, Eindoven, Netherlands

Pirgo Electronics Inc., P.O. Box 397, Farmingdale, Long Island,

New York 11735
PPC

-

Power Physics Corporation, Industrial Way West, P.O. Box 626
Eatontown, New Jersey 07724

QDC
RADF -

Qualidyne Corporation, 3699 Tahoe Way, Santa Clara, Calif. 95051
La Radiotechnique, Div. Tubes Electroniques, 130 Ave. Ledru Rollin,
Paris lie, France

CAP
CRC

-

07933

RAYI
RAYN -

02735 -

RCA
ROSG SAKJ SCA
SELB SEN

CCSX

-

SES
SGSI -

Semitronics Corporation, 265 Canal Street, New York, N. Y. 10013
Societa Generale Semiconduttori SpA SGS,
Via C. Olivetti 1, Agrate, Milano, Italy

SHEJ -

Shindengen Electric Mfg. Co. Ltd., 4, 2-chome Ohtemachi,
Chiyoda-ku, Tokyo, Japan

56289 11911 30043

SLCB SOD SOIF SONYSPC SPR SSE
SSI
SSP
SSS
STCB STL

CCNL -

CWL

-

-

-

TADI -

-

TAGS TEC
TEK -

03877 -

CGO

Sensitron Inc., Sensitron Semiconductor Division, 225 Paularino Avenue,

Costa Mesa, California 92626

SHWG- Siemens Aktiengesellsthaft, Semiconductor Division, Balanstrasse 73,
8000 Munich 8, Germany
07256 SIL
- Silicon Transistor Corp., East Gate Blvd., Garden City, L. I., N. Y. 11532
17856 SIX
- Siliconix Incorporated, 1140 West Evelyn Avenue, Sunnyvale, California 94086
SLA - Sensitron Semiconductor, A Sensitron Company, 45 Sea Cliff Avenue,

CDAM -08732

CCAB -

Semicoa, 940 South Ajax Avenue, City of Industry, California 91744
Semiconductor Division, Plessey Company Ltd., Cheney Manor, Swindon,
Wiltshire, England

92346 -

13327 16402 18175 CSF

*
*

Raytheon - Elsi, Via Villagrazia, N. 79, Palermo, Italy
Raytheon Sompany, Semiconductor Division, 350 Ellis Street, Mountain View,
California 94040
Radio Corp. of America, Electronic Components and Devices, Somerville,
New Jersey 08876
Dr. Ing. Rudolph Rost, Ubbenstrasse 21, Hanover 1, Germany
Sanken Electric Co., Ltd., 1-22-8 Nishi-Ikebukuro, Toshima-ku, Tokyo, Japan

TFKG -

Glen Cove, New York 11542
Semitron Limited, Cricklade, Wiltshire, England
Solitron Devices, 256 Oak Tree Road, Tappan, New York 10983
Soc. Indus. de Laisons Electriques, 64 bis Rue de Monceau, Paris 8e, France

SONY Corp., 351 Kitashinagawa-6, Shinagawa-ku, Tokyo, Japan
Solid Power Corporation, 440 Eastern Parkway, Farmingdale, New York 11735

Sprague Electric Co., North Adams, Mass. 01247
Solid State Electronics Co., 15321 Rayen St., Sepulveda, California 91343

Solid State Devices Inc., 12741 Los Nietos Road, Santa Fe,
California 90670
Solid State Products, 1 Pingree Street, Salem, Massachusetts 01970
Solid State Scientific Inc., Montgomeryville Industrial Center, Montgomeryville,
Pennsylvania 18936
Standard Telephones & Cables, Footscray, Sidcup, Kent, England
Stow Laboratories, Inc., Kane Industrial Drive, Hudson, Massachusetts 01749

Tadiran, Israel Electronics Industries Ltd.
3, Derech Hashalom (P. O. Box 648), Tel-Aviv, Israel
Transistor AG, Hohlstrasse 610, Zurich 9/ Switzerland
Transitron Electronic Corp., 168 Albion St., Wakefield, Mass. 01880

Trans-Tek Manufacturing Company, 4405 South Clinton Avenue,
South Plainfield, New Jersey 07080
Allgemeine Elektricitats-Ge~ellschaft AEG Telefunken,
71 Heilbronn (Neckar), Postfach 1042, West Germany
Texas Instruments Inc., Components Group, P. O. Box 5012,
Dallas, Texas 75222

01295 -

TIl

-

_
_
18657 01281 --

TIIB
TIIF
TOSJ
TRW
TSAJ

-

22229 -

UCC

-

17895 05277 -

UEHK- Micro Electronics Ltd., Kwun Tong, Hong Kong
VALG - VALVO GmbH, Hamburg 1, Germany
WESY-'- Westinghouse Electric Corp., Semiconductor Dept., Youngwood,
Pennsylvania 15697

*

Texas Instruments Ltd., Manton Lane, Bedford, England
Texas Instruments France, Villeneuve - Loubet (A.M.), France
Tokyo Shibaura Electric Co., 1 Komukaitoshiba Cho, Kawasaki, Japan
TRW Semiconductors, Inc., 14520 Aviation Blvd., Lawndale, Calif. 90260
Tokyo Sanyo Electric Co., Ltd., Semiconductor Div., Oizumimachi,
Oragun Gumma, Japan
Union Carbide Corp., Linde Div., 365 Middlefield Road,
Mountain View, Calif. 94040

New Manufacturers

Manufacturers shown in bold print have local
offices which are included in Section 17 of
this D.A.T.A.B 0 0 K.

,
I

THESE ARE THE D.A.T.A.B 0 0 K S
Convenient Order Card at Front of this D.A.T.A.BO 0 K

I

•

LINEAR INTEGRATED CIRCUIT D.A.T.A.B 0 0 K

DIGITAL INTEGRATED CIRCUIT D.A.T.A.B 0 0 K

Covers the current linear Ie's of all manl,lfacturers throughout the world. First semiannual complete edition Spring
1969.

Covers the current digital Ie's of all manufacturers throughout the world. Completely updated semiannually since
1965.

Contents
Type Number Cross Index
Technical Data Sections
Operational and Differential Amplifiers
Audio Amplifiers
Wideband Amplifiers
RF/IF Amplifiers
Voltage Regulators
Misc. linear IC's
Circuit Drawing Section
Outline Drawing Section
Manufacturers and Their Type Numbers

Contents
Circuit Drawing Section
Outline Drawing Section
Manufacturers and Their
Type Numbers
Manufacturers' Sales Centers

Type Number Cross Index
Technical Data Sections
Binary or Flip-Flops
Clocks or Multivibrators
Counters
Decoders
Gates
Shift Registers
Time Delays
Misc. Digital IC's
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DISCONTINUED TRANSISTOR D.A.T.A.B 0 0 K

TRANSISTOR D.A.T.A.B 0 0 K

Covers the discontinued transistors of all present and past
manufacturers throughout the world. Completely and
cumulatively updated annually since 1965.

Covers the current transistors of all manufacturers throughout the world. Completely updated semiannually since
1956.
Contents

Contents
Tech. Data Sections (conld.)
Switching
Misc. Transistors
Outline Drawing Section,
incl. LeadCodes
U.S. MIL Spec. Transistors
Manufacturers and Their
Type Numbers
Manufacturers' Sales Centers
Mounting Hardware Manufacturers & Sales Centers

Type Number Cross Index
Technical Data Sections
Low·Power Germanium PNP
Low·Power Germanium NPN
Low·Power Silicon PNP
low·Power FET's, P·Channel
Low·Power Silicon NPN
Low·Power FEl's, N·Channel
Hi{jh·Power Germanium PNP
High·Power Germanium NPN
High·Power Silicon PNP
High-Power Silicon NPN

Type Number Cross Index
TEtchnical Data Sections
Low-Power Germanium PNP
Low-Power Germanium NPN
Low-Power Silicon PNP
Low-Power FEl's, P-Channel
Low-Power Silicon NPN
Low-Power FEl's, N-Channel

Tech. Data Sections (contd.)
High·Power Germanium PNP
High-Power Germanium NPN
High-Power Silicon PNP
High-Power Silicon NPN
Switching
Misc. Transistors
Ex-Manufacturers & Addresses

Annual Edition:
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$16.25 Elsewhere

One·Year Subscription:
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II

SEMICON. DIODE & SCR D.A.T.A.B 0 0 K

Covers the current microwave tubes of all manufacturers
throughout the world. Completely updated semian-nually
since 1958.

Covers the current diodes & SCR's of all manufacturers
throughout the world. Completely updated semiannually
since 1957.

Contents
Type Number Cross In<:fex
Technical Data Sections
BWT's . . . FWT's . . . TWT's . . . Crossed-Field
Amplifiers & Noise Generators . . • Helitrons
. . . Klystrons . . . Magnetrons . . . Platinotrons
(including weights)
U. S. MIL Spec. Microwave Tubes
Manufacturers and Their Type Numbers
Manufacturers' Sales Centers

Contents
Type Number Cross Index
Technical Data Sections
Silicon Reference Diodes
Diodes
Switching Diodes
Rectifiers
SCR's
Misc. Silicon PNPN Devices
Microwave Mixer Diodes
Microwave Video Detector
Diodes
Voltage Variable Capacitors
& Varactor Diodes

MICROWAVE TUBE D.A.T.A.B 0 0 K

Tech. Data Sections (contd.)
Tunnel Diodes
Miscellaneous Diodes
Outline Drawing Section
U.S. Mil Spec. Diodes & SCR's
Manufacturers and Their
Type Numbers
Manufacturers' Sales Centers
Mounting Hardware Manufacturers & Sales Centers

One·Year SubJeription:
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$25.00 EI18where

One·Year Subscription:
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Compiled, Organized & Published by:

348

D ..lI..T.A.INC.
32 Lincoln Avenue, Orange, N. J. 07050
Telephone: (201) 673-8030

TWX:

710·944-583\

D ..lI..T..lI..

TRANSISTOR

fl·

D.A.T.A.B 0 0 K

REFERENCE STANDARDS FOR INDUSTRY

WINTER 1969

SUPPLEMENT

Designed For Convenient Storage in ...

BACK COVER POCKET

I
I

OF

11
11

FALL 1969

11

27TH
EDITION
CHANGES REFLECTED IN THIS SUPPLEMENT
New Types Added .............................................................................. 1,273
Types With Revised Specifications..................................................... 488
Types and Manufacturers Added ........................................................ 3,805
Types and Manufacturers Deleted ...................................................... 1,854
TOTAL TYPE NUMBERS I~CLUDED ............................................. 1,761
New Manufacturers Added.................................................................
0
Manufacturers Deleted.......................................................................
0
TOTAL MANUFACTURERS............................................................
95

Copyright © 1969 Derivation and Tabulation Associates
32 Lincoln Avenue, Orange, New Jersey 07050 (201) 673-8030

ij'I
I,

i

I

A. Types Now Discontinued by Indicated Manufacturers
B. Types Now Having Additional Sources of Supply .

1. TYPE NUMBER CROSS INDEX

2-3
4-9

10 - 13

(Includes only types listed in this supplement)
In type number sequence, indicating all current manufacturers (coded) of each type, and cross-referenced to line
Numbers in Sections 2 through 13.

LOW-POWER TRANSISTORS SECTIONS
In order of maximum collector dissipation, fab and type
number.

T

E
C
H
N
I
C

A
L
D

2.
3.
4.
5.
6.
7.

S

E
C
T
I

o

N

S

14
15
16
17 - 19

20
21

HIGH-POWER TRANSISTOR SECTIONS
In order of decreasing maximum thermal resistance and type
number

A
T
A

Germanium PNP Types
Germanium NPN Types .
Silicon PNP Types
Silicon NPN Types.
Field-Effect P Channel Types.
Field Effect N Channel Types.

8.
9.
10.
11.

Germanium PNP Types ..
Germanium NPN Types.
Silicon. PNP Types ..
Silicon NPN Types .

22
23 - 24
25 - 31

SPECIAL SECTIONS
12. Switching Transistors

32 - 34

These types are also listed in previous sections. This section
includes additional switching data.

13. Misce"aneous Transistors

35 - 36

For categories see Symbol/Code Interpreter

SUPPLEMENTARY SECTIONS
14. Transistors with U.S. Military Specifications
37 - 39
Including Qualified Manufacturers
40 - 50
15. Outline Drawings in assigned number order .
50
Lead Code Ide·ntiflcation Guide
53-54
20. Manufacturers and Their Addresses.
21. Interpretive Symbols, Codes, and Abbreviations ............ See Symbols/Code
Interpreter With Main
Edition

TYPES IN LAST MAIN EDITION NOW DISCONTINUED BY INDICATED MANUFACTURER
o.

~~~~o/"4"
2N297A
JAN2N297A
2N389
2N389A
JAN2N398A
2N424
2N424
2N424A
2N497
JAN2N501A
2N513
2N513A
2N513B
2N514
2N514A
2N514B
2N524
2N534
2N656
JAN2N700A
JAN2N705
JAN2N706
JAN2N706.
2N707
2N709
2N717
JAN2N718A
JAN2N718A
2N759
2N759A
2N909
JAN2N916
2N917
JAN2N962
JAN2N964
JAN2Nl008B
JAN2Nl0ll
JAN2Nl0ll
2Nl015
2Nl015A
2Nl015B
2Nl015C
2Nl015D
2Nl015E
2Nl016
2Nl016A
2Nl016B
2Nl016C
2Nl016D
2Nl016E
2Nl024
JAN2N1120
2N1208
2N1209
2N1210
2N1211
2N1212
2N1235
2N1250
2N1252
2N1253
2N1319
JAN2N1412
JAN2N1412A
2N1429
2N1439
JAN2N1506A
JAN2N1549A
JAN2N1550A
JAN2N1551A
JAN2N1552A
JAN2N1553A
JAN2N1554A
JAN2N1555A
JAN2N1556A
JAN2N1557A
JAN2N1558A
JAN2N1559A
JAN2N1560A
2N1564
JAN2N1613
JAN2N1613
2N1616
2N1818A
2N1617
2N1817A
2N1618
2N1618A
2N1620
2N1647
2N1848
2N1649
2N1650
2N1890
2N1691
2N1708
2NI722
2N1723
2N1724
2N1724A
2N1725
2N1853
JAN2N1853
2N1854
JAN2N1854
2N1899
2N1900
2N1901
2N1902
2N1904
2N1928

D.A. T.A.

FOR MA

STILI

~g~~

DEL
MOTA
SEN
SEN
MOTA
RAYN
SEN
SEN
RCA
MOTA
Til
Til
Til
Til
Til
Til
Til
NSC
RCA
MOTA
MOTA
APX
MOTA'
TRW
RAYN
TRW
MOTA
TRW
NSC
NSC
TRW
TRW
TRW
MOTA
MOTA
MOTA
DEL
MOTA
SEN
SEN
SEN
SEN
SEN
SEN
SEN
SEN
SEN
SEN
SEN
SEN
NSC
MOTA
SEN
SEN
SEN
SEN
SEN
SEN
SEN
RAYN
RAYN
Til
DEL
MOTA
SPR
NSC
TRW
MOTA
MOTA
MOTA
MOTA
MOTA
MOTA
MOTA
MOTA
MOTA
MOTA
MOTA
MOTA
NSC
MOTA
TRW
SEN
SEN
SEN
SEN
SEN
SEN
SEN
SEN
SEN
SEN
SEN
SEN
SEN
SGSI
SEN
SEN
SEN
SEN
SEN
RCA
RCA
RCA
RCA
SEN
SEN
SEN
SEN
SEN
Til

o.

I~=~glg

2N2020
2N2021
2N2032
2N2033
2N2034
2N2038
JAN2N2060
JAN2N2079A
2N2101
2N2150
2N2151
JAN2N2218
JAN2N2219
JAN2N2221
JAN2N2222
JAN2N2222
JAN2N2222A
JAN2N2273
2N2364
2N2364A
2N2383
2N2384
JAN2N2432
JAN2N2481
JAN2N2528
2N2537
2N2538
2N2539
2N2640
2N2551
2N2580
2N2681
2N2682
2N2583
2N2632
2N2633
2N2634
2N2643
2N2658
2N2697
2N2698
2N2781
2N2782
2N2783
2N2811
2N2812
2N2813
2N2814
2N2815
2N2818
2N2817
2N2818
2N2819
2N2820
2N2821
2N2822
2N2823
2N2824
2N2826
2N2828
JAN2N2834
2N285()'1
2N2851-1
2N2862·1
2N2853·1
2N2886
2N2867
2N2874
2N2887
2N2892
2N2893
2N2904A
2N2905A
2N2906A
2N2907A
2N2968
2N2969
2N2970
2N2971
2N2999
2N3012
2N3033
2N3034
JAN2N3127
2N3128
2N3129
2N3130
2N3138
2N3139
2N3140
2N3141
2N3142
2N3143
2N3144
2N3145
2N3149
2N3160
2N3151
2N3227
2N3244
2N3245
2N3247
2N3265
2N3268
JAN2N3375
JAN2N3375
2N3429
2N3430
2N3431

~~~m

o.

~~~

SEN
SEN
SEN
SEN
SEN
SEN
MOTA
MOTA
SEN
SEN
SEN
APX
APX
APX
APX
TRW
TRW
MOTA
TRW
TRW
SEN
SEN
NSC
MOTA
MOTA
TRW
TRW
TRW
TRW
HUG
SEN
SEN
SEN
SEN
SEN
SEN
SEN
SEN
SEN
SEN
SEN
SEN
SEN
SEN
SEN
SEN
SEN
SEN
SEN
SEN
SEN
SEN
SEN
SEN
SEN
SEN
SEN
SEN
SEN
SEN
MOTA
SEN
SEN
SEN
SEN
SEN
SEN
SEN
SEN
SEN
SEN
ITT
ITT
ITT
ITT
CRY
CRY
CRY
CRY
MOTA
NSC
NSC
NSC
MOTA
NSC
NSC
NSC
SEN
SEN
SEN
SEN
SEN
SEN
SEN
SEN
SEN
SEN
SEN
SCA
RAYN
RAYN
NSC
SEN
SEN
MOTA
NSC
SEN
SEN
SEN

~~~

12~m5

2N3446
2N3447
2N3448
JAN2N3449
2N3467
JAN2N3467
2N3468
JAN2N3468
2N3470
2N3471
2N3472
2N3473
2N3474
2N3475
2N3476
2N3477
JAN2N3485A
JAN2N3486A
2N3487
2N3488
2N3489
2N3490
2N3491
2N3492
2N3643
2N3561
2N3662
JAN2N3553
JAN2N3663
2N3597
2N3698
2N3599
2N3621
2N3622
2N3623
2N3624
2N3625
2N3626
2N3627
2N3628
2N3629
2N3630
2N3713
2N3714
2N3716
2N3716
2N3726
2N3727
2N3744
2N3746
2N3746
2N3747
2N3748
2N3749
2N3760
2N3751
2N3762
JAN2N3810
JAN2N3811
2N3818
2N3823
2N3846
2N3847
2N3848
2N3848
2N3849
2N3850
2N3851
2N3862
2N3924
2N3926
2N3970
2N3971
2N3972
2N3996
2N3997
2N3998
2N3999
2N4002
2N4003
2N4004
2N4005
2N4040
2N4041
2N4070
2N4071
2N4091
2N4092
2N4093
2N4127
2N4128
2N4130
2N4130
2N4131
2N4132
2N4210
2N4211
2N4221
2N4221A
2N4222
2N4222A
2N4305
2N4306
2N4307
2N4308
2N4309
2N4310
2N4311
2N4312

~~:m

2

I

~~~

SEN
SEN
SEN
MOTA
RAYN
MOTA
RAYN
MOTA
SEN
SEN
SEN
SEN
SEN
SEN
SEN
SEN
MOTA
MOTA
SEN
SEN
SEN
SEN
SEN
SEN
ITT
SEN
SEN
MOTA
NSC
SEN
SEN
SEN
SEN
SEN
SEN
SEN
SEN
SEN
SEN
SEN
SEN
SEN
DEL
DEL
DEL

DEL
NSC
NSC
SEN
SEN
SEN
SEN
SEN
SEN
SEN
SEN
SEN
MOTA
MOTA
SEN
APX
SEN
SEN
SEN
TIIB
SEN
SEN
SEN
SEN
TIIB
TIIB
APX
APX
APX
SEN
SEN
SEN
SEN
SEN
SEN
SEN
SEN
SEN
SEN
SEN
SEN
APX
APX
APX
SEN
SEN
ITT
SEN
SEN
ITT
SEN
SEN
APX
APX
APX
APX
SEN
SEN
SEN
SEN
SEN
SEN
SEN
SEN

~~~

~~:m

2N4865
2N4868
2N4877
2N4907
2N4908
2N4909
2N4932
2N4933
JAN2N4948
JAN2N4949
2N4960
2N4964
2N4976
2N4998
2N6000
2N5050
2N6061
2N6052
2N6211
2N6212
2N5213
2N6214
2N6216
2N5217
2N6242
2N5243
2N6270
2N5271
2N6272
2N5287
2N6681
2N5682
2N6644
2N6646
2N5646
2SA183
2SA218
2SA220
2SA224
2SA225
2SA226
2SA227
2SA228
2SA260
2SA261
2SA262
2SA283
2SA284
2SA266
2SA323
2SA324
2SA369
2SA404
2SA419
2SA420
2SA421
2SA427
2SA428
2SB23
2SB24
2SB215
2SB216
2SB217
2SB264
2SB255
2SB256
2SB271
2SB272
2SB273
2SB342
2SB343
2SB349
2SB360
2SB372
2SB373
2SB374
2SB375
2SB390
2SB391
2SC60
2SC64
2SC66
2xOC308
3N62
3N63
3N64
3N66
3N66
3N67
3N68
3N69
3N70
3N74
3N75
3N76
3N77
3N78
3N79
3N90
3N91
3N92
3N93
3N94
3TE467
3TE477
3TE604
3TE609
3TE610
3TX601
~:rX602
3TX603

~~~

SEN
SEN
MOTA
MOTA
MOTA
MOTA
SEN
SEN
MOTA
MOTA
SEN
NSC
SEN
SEN
SEN
MOTA
MOTA
MOTA
ITT
ITT
ITT
ITT
ITT
ITT
FSC
FSC
MOTA
MOTA
MOTA
MOTA
MOTA
MOTA
MOTA
MOTA
MOTA
TSAJ
TSAJ
TSAJ
TSAJ
TSAJ
TSAJ
TSAJ
TSAJ
TSAJ
TSAJ
TSAJ
TSAJ
TSAJ
TSAJ
TSAJ
TSAJ
TSAJ
NECJ
TSAJ
TSAJ
TSAJ
TSAJ
TSAJ
TSAJ
TSAJ
TSAJ
TSAJ
TSAJ
TSAJ
TSAJ
TSAJ
.TSAJ
TSAJ
TSAJ
TSAJ
TSAJ
TSAJ
TSAJ
TSAJ
TSAJ
TSAJ
TSAJ
TSAJ
TSAJ
TSAJ
TSAJ
TSAJ
BRUB
NSC
NSC
NSC
NSC
NSC
NSC
NSC'
NSC
NSC
NSC
NSC
NSC
NSC
NSC
NSC
NSC
NSC
NSC
NSC
NSC
ITT
ITT
ITT
ITT
ITT
ITT
ITT
ITT

TYPES IN
LAST MAIN EDITION NOW DISCONTINUED BY INDICATED MANUFACTURER
FOR
m~1
AC108
AC109
ACll0
AC120
AC139K1AC142
AD103
AD104
AD105
AD156
AD157
AD166
AD167
ADY27
AF107
AF108
AFl14
AFl15
AF116
AFl17
AF121
AF186
AF186G
AF1S6W
AFY10
AFY34
ASY67
AU105
AUY10
BCY13
BCY14
BCY15
BCY16
BCY17
BCY18
BCY19
BCY20
BCY27
BCY2S
BCY29
BDl13
BFll0
BFl14
BFX43
BFX44
BFY12
BFY13
BFY14
BFY47
BFY4S
BFY49
BFY99
BLY22
BSX84
BSX85
BSY61
BUY12
BUY13
BUY14
C202
C301
C401
C673
C674
Dl0B551·2,3
Dl0B553-2,3
010B555-2,3
DllB551·2.3
011 B552·2,3
DllB554·2.3
011 B560·2,3
D16E9
FSP42
FSP42-1
FSP164
FSP165
FSP166
FSP166-1
FSP215
FSP242-1
FSP270-1
FSP289·1
FT709
FT1315
FT3567
FT3568
FT3569
FT3641
FT3642
FT3643
FT3644
FT3645
FT3838
FT4018
FT4354
FT4355
FT4356
FT5040
FT5041
MFE2097
MFE2098
MFE2133
MHTl808
MHTl809
MHTl810
MHTl908
MHTl909
MHTl910
MHT200S
MHTi009

1~~T2010
HT2101

D.A. T.A.

~~

ERI STll

rYPE No.

o.

SGSI
SHWG
SHWG
SHWG
SHWG
ATEI
SHWG
SHWG
SHWG
SHWG
SHWG
SHWG
SHWG
SHWG
SHWG
SHWG
SHWG
SHWG
SHWG
SHWG
SHWG
MUlB
MUlB
MULB
SHWG
SHWG
MULB
SHWG
MULB
SHWG
SHWG
SHWG
SHWG
SHWG
SHWG
SHWG
SHWG
SHWG
SHWG
SHWG
SGSI
SHWG
SHWG
MINA
MINA
SHWG
SHWG
SHWG
SHWG
SHWG
SHWG
SHWG
SHWG
SGSI
SGSI
SHWG
SHWG
SHWG
SHWG
CRY
CRY
CRY
CRY
CRY
GESY
GESY
GESY
GESY
GESY
GESY
GESY
GESY
SGSI
SGSI
SGSI
SGSI
SGSI
SGSI
SGSI
SGSI
SGSI
SGSI
SGSI
SGSI
FSC
FSC
FSC
FSC
FSC
FSC
FSC
FSC
SGSI
SGSI
FSC
FSC
FSC
FSC
FSC
MOTA
MOTA
MOTA
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD

~~Hm

MHT2112
MHT2150
MHT2151
MHT2152
MHT2205
MHT2305
MHT4451
MHT4452
MHT4453
MHT4454
MHT4455
MHT4456
MHT4483
MHT4551
MHT4552
MHT4553
MHT4554
MHT4555
MHT4556
MHT45S3
MHT4611
MHT4612
MHT4613
MHT4614
MHT4615
MHT4616
MHT4617
MHT4618
MHT4619
MHT5001
MHT5002
MHT5003
MHT5004
MHT5005
MHT5006
MHT5007
MHT5008
MHT5009
MHT5010
MHT5011
MHT5012
MHT5013
MHT5014
MHT5015
MHT5051
MHT5052
MHT5053
MHT5054
MHT5055
MHT5056
MHT5501
MHT5502
MHT5503
MHT5504
MHT5505
MHT5506
MHT5507
MHT5508
MHT5509
MHT5510
MHT5511
MHT5512
MHT5513
MHT5514
MHT5515
MHT5551
MHT5552
MHT5553
MHT5554
MHT5555
MHT5556
MHT5901
MHT5902
MHT5903
MHT5904
MHT5905
MHT5906
MHT5907
MHT590S
MHT5909
MHT5910
MHT5911
MHT5912
MHT5913
MHT5914
MHT5915
MHT6001
MHT6011
MHT6012
MHT6013
MHT6014
MHT6015
MHT6016
MHT6031
MHT6308
MHT6309
MHT6310
MHT6311
MHT6312
MHT6313
MHT6314
MHT6315
MHT6316
MHT640S
MHT6409
MHT6410
MHT6411
MHT6412
MHT6413

.

~~n:~

P

~~~

SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD

~~D
00

SEE THE rYPE N
o.

~~m~~

MHT6902
MHT6903
MHT6904
MHT6905
MHT6906
MHT6907
MHT6908
MHT7011
MHT7012
MHT7013
MHT7014
MHT7015
MHT7016
MHT7017
MHT7018
MHT7019
MHT7201
MHT7202
MHT7203
MHT7204
MHT7205
MHT7401
MHT7402
MHT7403
MHT7411
MHT7412
MHT7413
MHT7414
MHT7415
MHT7416
MHT7417
MHT7418
MHT7419
MHT7511
MHT7512
MHT7513
MHT7514
MHT7515
MHT7516
MHT7517
MHT7518
MHT7519
MHT7601
MHT7602
MHT7603
MHT7604
MHT7605
MHT7606
MHT7607
MHT7608
MHT7609
MHT7610
MHT7611
MHT7612
MHT7801
MHT7802
MHT7803
MHT7804
MHT7805
MHT7806
MHT7807
MHT7808
MHT7809
MHT7901
MHT7902
MHT7903
MHT7904
MHT7905
MHT8002
MHT8003
MHT8012
MHTS013
MHT8015
MHTS016
MHT8045
MHT8070
MHT8071
MHT8301
MHT8302
MHT8303
MHT8304
MHTS920
MHT8921
MHT8922
MHT8923
MHT9001
MHT9002
MHT9003
MHT9004
MHT9005
MHT9006
MHT9007
MHT9008
MHT9009
MHT9010
MHT9011
MHT9012
MP2060-1
MP2060-2
MP2060-3
MP2060-4
MP2060-5
MP2060-6
MP2060-7
MP2061-1
MP2061-2
MP2061-3
MP2061-4
MP2061-5
MP2061-6
MP2061-7

3

:ROSS INDEX OF HE LA
MFR

~~g

SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
MOTA
MOTA
MOTA
MOTA
MOTA
MOTA
MOTA
MOTA
MOTA
MOTA
MOTA
MOTA

~g~~

E

ITI~

o.

~~~~gt~

MP2062-3
MP2062-4
MP2062-5
MP2062-6
MP2062-7
MP2063-1
MP2063-2
MP2063·3
MP2063-4
MP2063·5
MP2063·6
MP2063·7
MU10
MU20
NS404
NS661
NS662
NS663
NS664
NS665
NS666
NS667
NS668
NS1510
NS2310
NS2311
NS6201
NS6203
NS6205
NS6213
NS6214
OC20
OC26
OC30
OC57
OC58
OC59
OC60
OC65
OC66
OC122
OC123
SDTlOOO
SOT 1001
SDTlO02
SDTlO03
SDTlO04
SDTlO05
SDT1006
SDT1007
SDT10ll
SDT1012
SDT1013
SDTlO14
SDTlO15
SDTlO16
SDTlO17
SE10l0
SE6020A
SE6021A
SE7015
SE7016
SE7017
SE8012
SE8040
SE8540
SL404
SPS400
SPS402
TA·D93
TA·M93
TF49
TF65
TF65/30
TF66
TF66/30
TF66/60
TF78
TF80/30
TF80/60
TF80/S0
TlP27
TK3055
U89
U182
U205
U206
U207
V120

MF~

~g+~

MOTA
MOTA
MOTA
MOTA
MOTA
MOTA
MOTA
MOTA
MOTA
MOTA
MOTA
MOTA
MOTA
MOTA
NSC
NSC
NSC
NSC
NSC
NSC
NSC
NSC
NSC
NSC
NSC
NSC
NSC
NSC
NSC
NSC
NSC
MULB
MULB
MULB
MULB
MULB
MULB
MULB
MULB
MULB
MULB
MULB
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SGSI
FSC
FSC
FSC
FSC
FSC
FSC
FSC
FSC
NSC
SGSI
SGSI
TADI
TADI
SHWG
SHWG
SHWG
SHWG
SHWG
SHWG
SHWG
SHWG
SHWG
SHWG
TIIB
TEK
SIX
SIX
SIX
SIX
SIX
SHWG

LV
o.

2N34A
2N35
2N36
2N37
2N38
2N43
2N43A
2N43A
2N44
2N44A
2N44A
2N46
2N46
2N45A
2N59
2N69A
2N59C
2N60
2N60A
2N80B
2N60C
2N61
2N61A
2N61B
2N61C
2N63
2N64
2N65
2N77
2N78
2N78A
2N94
2N94A
2N97
2N98
2N103
2N104
2N105
2N106
2N107
2N107
2N10B
2N109
2N111
2Nl11A
2N112
2N112A
2N113
2N114
2N117
2N118
2N119
2N119
2N120
2N122
2N123
2N124
2N125
2N126
2N128
2N130
2N130A
2N131
2N131A
2N132
2N132A
2N133
2N133A
2N135
2N136
2N137
2N139
2N145
2N155
2N160
2N182A
2N163
2N164
2N164A
2N165
2N166
2N167
2N167A
2N168
2N169
2N169
2N169A
2N169A
2N110
2N170
2N172
2N173
2N173
2N174
2N174
2N174A
2N175
2N176
2N178
2N180
2N181
2N182
2N183
2N184
2N185
2N186
2N186A
2N187
2N187A
2N187A
2N188
2N18 A

D.A. T.A.

CNS
CNS
CNS
CNS
CNS
CNS
CNS
SES
CNS
CNS
SES
CNS
GIC
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
SES
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
SSI
CNS
CNS
CNS
CNS
CNS
CNS
SSI
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
SES
CNS
CNS
SES
CNS
SES
CNS
SES
CNS
CNS
SOD
CNS
SOD
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
SES
CNS
CN

1 A
2N189
2N189
2N190
2N190
2N191
2N191
2N192
2N192
2N193
2N194
2N194A
2N207
2N207A
2N207B
2N211
2N212
2N213
2N213A
2N214
2N214A
2N215
2N216
2N217
2N218
2N219
2N220
2N223
2N224
2N225
2N226
2N227
2N22B
2N229
2N231
2N233
2N233A
2N234A
2N235A
2N236B
2N236A
2N238B
2N237
2N23B
2N240
2N241A
2N241A
2N242
2N243
2N244
2N249
2N250
2N250A
2N251
2N251A
2N252
2N253
2N254
2N255
2N255A
2N256
2N256A
2N257
2N257B
2N257G
2N257W
2N283
2N264
2N265
2N268
2N26BA
2N269
2N270
2N271
2N271A
2N272
2N273
2N274
2N277
2N277
2N278
2N278
2N279
2N280
2N281
2N282
2N283
2N284
2N284A
2N291
2N292
2N292
2N292A
2N293
2N293
2N296
2N297A
2N301
2N301A
2N302
2N303
2N306
2N307
2N307A
2N308
2N309
2N310
2N311
2N312
2N315
2N316
2N316A
N317

CNS
SES
CNS
SES
CNS
SES
CNS
SES
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
SES
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
SOD
CNS
SOD
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
SES
CNS
CNS
SES
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS

2N319
2N319
2N320
2N320
2N321
2N321
2N322
2N322
2N322
2N323
2N323
2N323
2N324
2N324
2N324
2N328
2N327A
2N327B
2N32BA
2N32BB
2N329A
2N329B
2N330A
2N331
2N331
2N332A
2N333A
2N336A
2N336B
2N338A
2N337
2N337A
2N338
2N338A
2N339
2N339
2N339A
2N339A
2N340
2N340
2N340A
2N340A
2N341
2N341
2N341A
2N341A
2N342
2N342
2N342A
2N342B
2N343
2N343
2N343A

~=m:,

2N343B
2N344
2N345
2N346
2N350
2N350A
2N351
2N351A
2N358
2N357
2N357A
2N368
2N36BA
2N359
2N360
2N361
2N362
2N363
2N364
2N365
2N366
2N387
2N368
2N389
2N375
2N378
2N376A
2N377
2N377A
2N37B
2N379
2N380
2N381
2N3B1
2N382
2N382
2N383
2N383
2N385
2N386A
2N388
2N388
2N388A
2N388A
2N389
2N389A
2N392
2N393
2N393
2N394
2N394A
2N394A
2N395
2N395
2N396
2N396
98

4

CNS
SES
CNS
SES
CNS
SES
CNS
GIC
SES
CNS
GIC
SES
CNS
GIC
SES
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
SES
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
SSI
CNS
SSI
CNS
SSI
CNS
SSI
CNS
SSI
CNS
SSI
CNS
SSI
SSI
SSI
CNS
SSI
CNS
SSI
CNS
SSI
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
SES
CNS
SES
CNS
SES
CNS
CNS
CNS
SES
CNS
SES
CNS
CNS
CNS
CNS
SSI
CNS
CNS
SES
CNS
SES
CNS
SES
N

2N397
2N397
2N398
2N398
2N398A
2N39BA
2N398B
2N399
2N400
2N401
2N402
2N403
2N406
2N405
2N406
2N408
2N407
2N407
2N40B
2N40B
2N409
2N410
2N411
2N412
2N413
2N414
2N414A
2N414B
2N414C
2N415
2N415A
2N418
2N419
2N420
2N422
2N424
2N428
2N427
2N428
2N428A
2N438A
2N439A
2N440A
2N441
2N441
2N442
2N442
2N443
2N443
2N444
2N444A
2N445
2N446A
2N448
2N446A
2N447
2N448
2N449
2N450
2N466
2N458A
2N458A
2N456B
2N457
2N467A
2N457A
2N457B
2N458
2N458A
2N458A
2N458B
2N459
2N459A
2N480
2N480
2N461
2N481
2N484
2NA64
2N485
2N465
2N488
2N466
2N487
2N467
2N470
2N471
2N471A
2N472
2N472A
2N473
2N474
2N474A
2N475
2N475A
2N476
2N477
2N47B
2N479
2N479A
2N480
2N480A
2N481
2N482
2N483
2N4B4
2N485
2N486
2N489
2N489A
2N489B
9

CNS
SES
eNS
SES
eNS
SES
eNS
eNS
eNS
eNS
eNS
eNS
CNS
GIC
CNS
GIC
eNS
GIC
CNS
GIC
CNS
CNS
CNS
CNS
SES
SES
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
SES
SES
SES
CNS
CNS
CNS
CNS
CNS
SOD
CNS
SOD
CNS
SOD
eNS
CNS
CNS
CNS
CNS
CNS
eNS
CNS
CNS
eNS
CNS
CNS
Til
CNS
CNS
CNS
Til
CNS
CNS
CNS
Til
CNS
CNS
eNS
CNS
SES
eNS
SES
CNS
SES
CNS
SES
CNS
SES
CNS
SES
CNS
CNS
CNS
CNS
CNS
CNS
eNS
CNS
CNS
CNS
CNS
eNS
CNS
CNS
eNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
eNS
CNS
eNS
N

:!
11

II
I,

,
1

:,
I,

I'
I
I
1

11

I

TYPES IN LAST ~DITLON NOW HAVING ADDITIONAL S

USE HIS LISTING WITH THE
rvPE No.
Mfllli

I~~m~

2N490C
2N491
2N491A
2N491B
2N492
2N492A
2N493
2N493A
2N493B
2N494
2N494A
2N495
2N496
2N497
2N497A
2N498
2N499
2N499A
2N501
2N501
2N501A
2N501A
2N502
2N502
2N502A
2N502A
2N502B
2N503
2N504
2N505
2N506
2N507
2N508
2N508
2N508A
2N508A
2N511
2N511A
2N511B
2N512
2N512A
2N512B
2N513
2N513A
2N513B
2N514
2N514A
2N514B
2N515
2N516
2N517
2N518
2N519
2N520
2N521
2N522
2N523
2N523A
2N524
2N524A
2N525
2N525A
2N526
2N527
2N527
2N529
2N530
2N531
2N532
2N533
2N535
2N535A
2N535B
2N541
2N542
2N542A
2N543
2N543A
2N545
2N546
2N547
2N548
2N549
2N550
2N551
2N552
2N553
2N554
2N555
2N556
2N557
2N558
2N560
2N561
2N563
2N564
2N565
2N566
2N566
2N567
2N567
2N568
2N568
2N569
2N569
2N570
2N570
2N571
2N572
2N573
2N574

D.A. T.A.

g~~

CNS
CNS
eNS
CNS
CNS
eNS
CNS
CNS
CNS
CNS
CNS
eNS
CNS
CNS
CNS
CNS
551

SSI
eNS
SSI
CNS
SSI
CNS
SSI
eNS
551

SSI
CNS
CNS
eNS
CNS
CNS
CNS
SES
CNS
SES
CNS
eNS
CNS
CNS
CNS
eNS
eNS
eNS
eNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
eNS
eNS
eNS
eNS
SES
CNS
SES
CNS
SES
CNS
SES
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
eNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
GIC
CNS
GIC
CNS
GIC
CNS
GIC
CNS
Gle
eNS
CNS
CNS
CNS

RO~

IN EX

TY~No.

1~~~4gA
2N578
2N579
2N580
2N581
2N582
2N583
2N584
2N585
2N586
2N587
2N588
2N589
2N591
2N597
2N598
2N599
2N600
2N601
2N609
2N610
2N611
2N612
2N613
2N614
2N615
2N616
2N617
2N618
2N627
2N628
2N629
2N630
2N631
2N632
2N633
2N634
2N634A
2N635
2N635A
2N636
2N636A
2N637
2N637A
2N637B
2N638
2N638A
2N638B
2N639
2N639A
2N639B
2N647
2N649
2N650
2N650
2N650
2N650A
2N650A
2N651
2N651
2N651
2N651A
2N651A
2N651A
2N652
2N652
2N652A
2N652A
2N652A
2N653
2N653
2N654
2N654
2N655
2N655
2N656
2N656A
2N657
2N657A
2N658
2N659
2N660
2N660
2N661
2N661
2N662
2N662
2N665
2N669
2N672
2N677
2N677A
2N677B
2N677C
2N678
2N678A
2N678B
2N678C
2N679
2N680
2N696
2N697
2N697
2N697A
2N698
2N699
2N699
2N699A
2N699A
2N699B
2N699B
2N700

F THt LASl MAIN

I I NT

g~~

CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
SSI
SSI
SSI
SSI
SSI
CNS
CNS
CNS
CNS
CNS
eNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
eNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
eNS
eNS
eNS
eNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
SES
SSI
SES
SSI
CNS
SES
SSI
CNS
SES
SSI
SES
SSI
CNS
SES
SSI
CNS
SES
CNS
SES
CNS
SES
CNS
CNS
CNS
CNS
CNS
CNS
CNS
SES
CNS
SES
CNS
SES
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
eNS
CNS
CNS
CNS
Til
CNS
Til
CNS
CNS
CNS
SSI
CNS
SSI
CNS
SSI
CNS

DETERMINE ALL SO URCES
o.

1~~4~~A

2N700A
2N705
2N705A
2N707
2N707
2N707A
2N709
2N709
2N709A
2N709A
2N718A
2N719
2N719A
2N720
2N721
2N722
2N726
2N727
2N730
2N731
2N734
2N735
2N735A
2N736A
2N736B
2N738
2N739
2N739A
2N740
2N740A
2N741
2N742A
2N743
2N752
2N754
2N755
2N756
2N756A
2N757
2N757A
2N758
2N758A
2N758B
2N759A
2N760
2N760A
2N761
2N780
2N784
2N794
2N795
2N796
2N797
2N821
2N827
2N828
2N828A
2N829
2N834
2N834
2N834A

2N841/46

2N860
2N861
2N862
2N863
2N869
2N870
2N871
2N909
2N911
2N912
2N915
2N916
2N916
2N916A
2N916B
2N917
2N918
2N919
2N920
2N921
2N922
2N924
2N926
2N930Al46
2N935
2N936
2N939
2N943
2N946
2N947
2N956
2N957
2N978
2N980
2N981
2N982
2N983
2N984
2N985
2N995
2N997
2N998
2N999
2Nl000
2Nl000
2Nl007
2Nl008

1~~lgg=A

5

CNS
SSI
CNS
eNS
CNS
SSI
CNS
CNS
SSI
CNS
SSI
CNS
CNS
CNS
CNS
CNS
CNS
551

SSI
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
SSI
CNS
CNS
eNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
eNS
CNS
CNS
BNT
CNS
CNS
CNS
SSI
SSI
SSI
SSI
SSI
551
551

SSI
551

CNS
NSC
CNS
SCA
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
SSI
551

SSI
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
SCA
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
SSI
SSI
SSI
SSI
SSI
551

CNS
CNS
CNS
CNS
CNS
Gle
CNS
CNS
SES
CNS

CES OF SUPPLY

I'l'!.'L M

A PAR I &LAR Ld'E NO.
EN.
MF!\l.
SES
1~~l~~g~
SES
2Nl0l0
CNS
2Nl0ll
CNS
2Nl012
CNS
2Nl015
CNS
2Nl015A
CNS
2Nl015B
CNS
2Nl015C
CNS
2Nl015D
CNS
2Nl016A
CNS
2Nl016B
CNS
2Nl017
CNS
2Nl018
CNS
2Nl021
eNS
2Nl021
Til
2Nl021A
CNS
2Nl022
CNS
2Nl022
Til
2Nl024
CNS
2Nl025
CNS
2Nl027
CNS
2Nl031A
CNS
2Nl031B
CNS
2Nl032A
eNS
2Nl034
CNS
2Nl035
CNS
2Nl036
CNS
2Nl037
CNS
2Nl039
CNS
2Nl041
CNS
2Nl042
CNS
2Nl046
CNS
2Nl047
CNS
2Nl047
SSI
2Nl047A
SSI
2Nl047B
551
2Nl048
CNS
2Nl048
551
2Nl048A
eNS
2Nl048A
SSI
2Nl048B
551
2Nl049
CNS
2Nl049
551
2Nl049A
CNS
2Nl049A
SSI
2Nl049B
CNS
2Nl049B
SSI
2Nl050
SSI
2Nl050A
SSI
2Nl050B
551
2Nl051
SSI
2Nl052
SSI
2Nl053
SSI
2Nl054
CNS
2Nl054
551
2Nl055
CNS
2Nl055
551
2Nl057
SES
2Nl086
CNS
2Nl086
SES
2Nl086A
SES
2Nl087
CNS
2Nl087
SES
2Nl090
CNS
2Nl091
CNS
2Nl092
CNS
2Nl093
CNS
2Nl097
CNS
2Nl097
SES
2Nl098
CNS
2Nl098
SES
2Nl099
CNS
2Nl099
SOD
2Nl100
CNS
2Nl100
SOD
2Nll0l
CNS
2Nll02
CNS
2Nl107
CNS
2Nl108
CNS
2Nl109
CNS
2Nl110
CNS
2Nl111
CNS
2N1114
CNS
2N1116
551
2N1117
SSI
2N1118
SSI
2N1118A
551
2N1122
551
2N1122A
SSI
2N1124
CNS
2N1125
CNS
2N1128
CNS
2N1129
CNS
2N1130
CNS
2N1131
CNS
2N1131
MINA
2N1131A
CNS
2N1131A
MINA
2N1132
MINA
2N1132A
CNS
2N1132A
MINA
2N1136
CNS
2N1136A
CNS
2N1136B
CNS
2N1137
CNS
2N1137A
CNS
2N1138
CNS
2N1138A
CNS
2N1139
CNS
2N1140
CNS

~~lm

g~~

TYPES IN LgTION NOW HAVING ADDITIONAL SOURCES OF SUPPLY

USE THIS LISTING WITH THE
F rHE LASl MAIN EDlll N
o.
F .

~~lmA

2N1147
2N1147A
2Nl147B
2Nl149
2N1149
2N1150
2N1150
2N1151
2N1151
2N1152
2N1152
2N1153
2N1153
2N1154
2N1154
2N1155
2Nl155
2N1156
2Nl156
2Nl157
2N1157A
2Nl158
2N1158A
2Nl159
2N1160
2Nl162
2N1162A
2N1163
2Nl164
2N1164A
2N1165
2N1165A
2N1167
2N1167A
2N1168
2N1169
2N1170
2N1171
2N1175
2N1175
2N1175A
2N1176
2N1176A
2N1185
2N1185
2N1186
2Nl186
2N1187
2Nl187
2Nl188
2Nl188
2N1189
2N1189
2N1190
2Nl190
2N1191
2Nl191
2Nl192
2N1192
2Nl193
2N1193
2N1194
2N1194
2Nl196
2N1197
2N1198
2N1206
2N1207
2N1208
2N1209
2N1210
2N1211
2N1212
2N1217
2N1218
2N1219
2N1220
2N1221
2N1222
2N1223
2N1227
2N1228
2N1229
2N1230
2N1231
2N1232
2N1233
2N1247
2N1248
2N1249
2N1250
2N1251
2N1252
2N1253
2N1254
2N1255
2N1256
2N1257
2N1258
2N1259
2N1260
2N1261
2N1262
2N1263
2N1265
2N1266
2N1267
2N1273
2N1274
2N1291
2N1297

D.A. T.A.

g~~

eNS
eNS
eNS
eNS
SSI
CNS
SSI
CN&
SSI
eNS
SSI
CNS
SSI
CNS
SSI
CNS
SSI
CNS
SSI
eNS
CNS
CNS
CNS
eNS
CNS
eNS
CNS
CNS
CNS
eNS
CNS
CNS
CNS
CNS
CNS
CNS
eNS
CNS
CNS
SES
SES
CNS
CNS
CNS
SES
CNS
SES
eNS
SES
CNS
SES
CNS
SES
CNS
SES
CNS
SES
eNS
SES
CNS
SES
eNS
SES
SSI
SSI
eNS
eNS
CNS
CNS
eNS
CNS
CNS
eNS
eNS
CNS
eNS
eNS
CNS
eNS
eNS
eNS
eNS
CNS
CNS
CNS
eNS
eNS
CNS
eNS
eNS
eNS
eNS
CNS
CNS
eNS
CNS
eNS
eNS
CNS
eNS
eNS
eNS
eNS
eNS
eNS
eNS
eNS
SES
SES

g~~

I~~m:

2N1305
2N1306
2N1306
2N1307
2N1308
2N1309
2N1309A
2N1310
2N1311
2N1312
2N1343
2N1344
2N1345
2N1346
2N1347
2N1348
2N1349
2N1350
2N1351
2N1352
2N1353
2N1354
2N1355
2N1356
2N1357
2N1358
2N1358
2N1359
2N1360
2N1362
2N1363
2N1364
2N1365
2N1366
2N1367
2N1370
2N1371
2N1372
2N1372
2N1373
2N1373
2N1374
2N1374
2N1375
2N1375
2N1376
2N1376
2N1377
2N1377
2N1378
2N1378
2N1379
2N1379
2N1380
2N1380
2N1381
2N1381
2N1382
2N1382
2N1383
2N1386
2N1387
2N1388
2N1389
2N1390
2N1391
2N1395
2N1396
2N1397
2N1404
2N1404
2N1408
2N1408
2N1409
2N1409A
2N1410
2N 1411
2N1411
2N1412
2N1412
2N1413
2N1413
2N1414
2N1414
2N1415
2N1415
2N1416
2N1417
2N1418
2N1427
2N1429
2N1439
2N1440
2N1441
2N1442
2N1443
2N1445
2N1446
2N1447
2N1448
2N1449
2N1450
2N1451
2N1452
2N1465
2N1466
2N1469
2N1471
2N1472
2N1473
2N1474A

¥~~

TEK
eNS
TEK
TEK
TEK
TEK
CNS
SES
SES
SES
CNS
CNS
eNS
CNS
CNS
CNS
eNS
CNS
CNS
eNS
CNS
CNS
CNS
CNS
CNS
CNS
SOD
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
SES
CNS
SES
CNS
SES
CNS
SES
CNS
SES
CNS
SES
eNS
SES
CNS
SES
CNS
SES
CNS
SES
eNS
SES
SES
CNS
eNS
CNS
CNS
CNS
eNS
CNS
CNS
CNS
eNS
SES
CNS
SES
CNS
CNS
CNS
CNS
SSI
CNS
SOD
CNS
SES
CNS
SES
CNS
SES
eNS
CNS
eNS
SSI
SSI
CNS
CNS
CNS
eNS
CNS
CNS
CNS
CNS
eNS
eNS
eNS
eNS
eNS
eNS
eNS
CNS
eNS
eNS

g~~

DETERMINE A L SOURCES OF SUPPLY FOR A PARTICUL
o.
E o.

I~~lm

2N1477
2N1479
2N1480
2N1481
2N1482
2N1483
2N1485
2N1486
2N1488
2N1489
2N1490
2N1491
2N1491
2N1492
2N1493
2N1494
2N1494A
2N1495
2N1496
2N1499
2N1499
2N1499A
2N1499B
2N1499B
2N1500
2N1506
2N1506A
2N1507
2N1510
2N1518
2N1519
2N1520
2N1521
2N1522
2N1529
2N1529A
2N1530
2N1531
2N1531A
2N1532
2N1533
2N1534
2N1534A
2N1535
2N1536
2N1536A
2N1537
2N1537A
2N1538
2N1539
2N1540
2N1540A
2N1542
2N1542A
2N1543
2N1544
2N1544A
2N1545
2N1546
2N1546A
2N1547
2N1547A
2N1548
2N1549
2N1549A
2N1550
2N1550A
2N1551
2N1551A
2N1552
2N1552A
2N1553
2N1553A
2N1554
2N1554A
2N1555
2N1556
2N1556A
2N1557
2N1557A
2N1558
2N1559
2N1559A
2N1560
2N1560A
2N1564
2N1565
2N1566
2N1566
2N1566A
2N1572
2N1573
2N1574
2N1586
2N1587
2N1588
2N1589
2N1590
2N1591
2N1592
2N1593
2N1594
2N1605
2N1605
2N1605A
2N1613
2N1614
2N1614
2N1615
2N1616
2N1616A

6

g~~

eNS
eNS
eNS
eNS
eNS
CNS
eNS
eNS
CNS
CNS
CNS
CNS
SSI
SSI
SSI
SSI
SSI
SSI
SSI
CNS
SSI
SSI
CNS
SSI
SSI
CNS
CNS
CNS
CNS
eNS
eNS
eNS
CNS
eNS
eNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
eNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
eNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
eNS
CNS
CNS
CNS
eNS
eNS
CNS
CNS
CNS
eNS
CNS
CNS
CNS
eNS
CNS
CNS
CNS
eNS
eNS
CNS
CNS
CNS
eNS
CNS
BNT
eNS
eNS
eNS
eNS
eNS
eNS
eNS
CNS
eNS
eNS
CNS
CNS
eNS
eNS
eNS
SES
eNS
Til
eNS
SES
CNS
eNS
eNS

1~~l~hA

2N1618
2N1618A
2N1620
2N1623
2N1624
2N1647
2N1648
2N1649
2N1650
2N1651
2N1652
2N1653
2N1654
2N1655
2N1655
2N1656
2N1656
2N1671
2N1671A
2N16718
2N1672
2N1672A
2N1700
2N1701
2N1702
2N1703
2N1704
2N1705
2N1705
2N1706
2N1706
2N1707
2N1707
2N1708
2N1709
2N1710
2N1711
2N1711A
2N1714
2N1715
2N1716
2N1717
2N1718
2N1719
2Nl720
2Nl721
2Nl722
2NI724A
2Nl725
2Nl726
2Nl727
2Nl728
2Nl729
2N1730
2N1731
2N1732
2N1742
2N1743
2N1744
2N1745
2N1746
2N1747
2N1748
2N1748A
2N1749
2N1751
2N1752
2N1754
2N1768
2N1768
2N1769
2N1769
2N1785
2N1785
2N1786
2N1786
2N1787
2N1787
2N1788
2N1788
2N1789
2N1789
2N1790
2N1790
2N1809
2N1810
2N1811
2N1812
2N1813
2N1814
2N1816
2N1817
2N1818
2N1819
2N1820
2N1823
2N1824
2N1825
2N1826
2N1830
2N1831
2N1832
2N1833
2N1837
2N1838
2N1839
2N1840
2N1853
2N1854

~~l~~:

P,,-N •
MFR

~~~

eNS
eNS
eNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
SOD
CNS
SOD
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
SES
CNS
SES
CNS
SES
CNS
CNS
CNS
Til
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
SSI
SSI
SSI
SSI
SSI
SSI
SSI
SSI
SSI
SSI
SSI
SSI
SSI
SSI
SSI
SSI
SSI
SSI
SSI
CNS
SSI
CNS
SSI
CNS
SSI
CNS
SSI
CNS
SSI
CNS
SSI
CNS
SSI
CNS
SSI
SSI
SSI
551

SSI
SSI
SSI
SSI
SSI
SSI
SSI
SSI
SSI
SSI
SSI
SSI
SSI
SSI
SSI
SSI
CNS
eNS
CNS
eNS
SSI
SSI

~~IS

,;

:!

:,~

UPPLY
I

2N1886
2N1866
2N1886
2N1867
2N1887
2N1888
2N1888
2N1888
2N1886
2N1889
2N1890
2N1892
2N1917
2N1918
2N1920
2N1921
2N1922
2N1924
2N1924
2N1926
2N1926
2N1928
2N1928
2N1938
2N1938
2N1937
2N1937
2N1943
2N1944
2N1945
2N1948
2N1947
2N1948
2N1949
2N1850
2N1951
2N1952
2N1953
2N1964
2N1954
2N1955
2N1958
2N1957
2N1958
2N1958
2N1958A
2N1958A
2N1959
2N1959
2N1959A
2N1969A
2N1989
2N1970
2N1970
2N1971
2N1972
2N1973
2N1974
2N1976
2N1980
2N1980
2N1981
2N1981
2N1982
2N1982
2N1983
2N1984
2N1985
2N1986
2N1987
2N1988
2N1989
2N1990
2N1991
2N1993
2N1994
2N1996
2N1998
2N1997
2N1997
2N1998
2N1999
2N1999
2N2000
2N2000
2N2001
2N2001
2N2002
2N2003
2N2004
2N2006
2N2008
2N2007
2N2008
2N2018
2N2019
2N2020
2N2033
2N2033
2N2034
2N2035
2N2038
2N2039
2N2040
2N2041
2N2042
2N2043
2N2048
2N2049
2N2060A
2N2082
A

D.A. T.A.

SSI
CNS
SSI
CNS
SSI
CNS
SSI
CNS
SSI
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
SES
CNS
SES
CNS
SES
SSI
Til
SSI
Til
SSI
SSI
SSI
SSI
SSI
SSI
SSI
551
SSI
551
551

CNS
GIC
CNS
CNS
CNS
CNS
551
CNS
551

CNS
SSI
CNS
SSI
CNS
CNS
SOD
CNS
CNS
CNS
CNS
CNS
CNS
SOD
CNS
SOD
CNS
SOD
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
SES
SES
CNS
SES
CNS
SES
CNS
SES
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
SOD
CNS
CNS
CNS
CNS
CNS
CNS
SES
SES
CNS
CNS
CNS
CNS
CN

2N2064
2N2084A
2N2066
2N2086A
2N2088
2N2086A
2N2076
2N2076
2N2078
2N2078A
2N2077
2N2077
2N2077A
2N2078
2N2078
2N2078A
2N2079
2N2080
2N2080
2N2081
2N2081
2N2081A
2N2082
2N2082
2N2082A
2N2086
2N2086
2N2087
2N2100
2N2101
2N2102
2N2102
2N2102A
2N2108
2N2107
2N2108
2N2110
2N2111
2N2112
2N2113
2N2114
2N2118
2N2117
2N2117
2N2118
2N2119
2N2120
2N2123
2N2124
2N2126
2N2126
2N2130
2N2131
2N2132
2N2133
2N2138
2N2138A
2N2140
2N2141
2N2142
2N2142A
2N2143
2N2143A
2N2144
2N2144A
2N2145
2N2148
2N2146A
2N2147
2N2160
2N2161
2N2163
2N2164
2N2166
2N2167A
2N2168A
2N2188
2N2189
2N2170
2N2171
2N2176
2N2176
2N2177
2N2178
2N2186
2N2188
2N2187
2N2188
2N2189
2N2190
2N2191
2N2192
2N2194
2N2194A
2N2196
2N2198
2N2197
2N2199
2N2201
2N2219A
2N2220
2N2221A
2N2222A
2N2223
2N2223A
2N2238
2N2237
2N2239
2N2243
2N2243A
2N2273
N 282

CNS
CNS
CNS
CNS
CNS
CNS
CNS
SOD
SOD
CNS
CNS
SOD
CNS
CNS
SOD
CNS
CNS
CNS
SOD
CNS
SOD
CNS
CNS
SOD
CNS
CNS
CNS
CNS
CNS
CNS
CNS
NSC
CNS
CNS
CNS
CNS
551
551

SSI
551
551

SSI
CNS
SSI
SSI
SSI
SSI
SSI
551

SSI
551
551
551
551

SSI
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
SES
SSI
551

SSI
SSI
SSI
SSI
SSI
SES
SES
SES
SES
CNS
CNS
CNS
CNS
CNS
CNS
CNS
SSI
CNS
CNS
CNS
CNS
CNS
CNS
551

SSI
SSI
CNS
CNS
SSI
CNS

2N2284
2N2285
2N2288
2N2287
2N2288
2N2289
2N2290
2N2291,
2N2292
2N2293
2N2294
2N2296
2N2296
2N2303
2N2303
2N2309
2N2310
2N2310
2N2311
2N2312
2N2312
2N2313
2N2314
2N2314
2N2315
2N2316
2N2316
2N2317
2N2317
2N2318
2N2330
2N2331
2N2332
2N2333
2N2334
2N2335
2N2336
2N2337
2N2338
2N2339
2N2351
2N2352
2N2362A
2N2353
2N2367
2N2368
2N2369A
2N2376
2N2376
2N2380
2N2380A
2N2383
2N2384
2N2387
2N2388
2N2389
2N2390
2N2393
2N2394
2N2395
2N2396
2N2410
2N2410
2N2411
2N2412
2N2432
2N2433
2N243(
2N2435
2N2438
2N2437
2N2438
2N2439
2N2463
2N2463
2N2463A
2N2469
2N2480
2N2481
2N2482
2N2483
2N2484
2N2486
2N2486
2N2475
2N2478
2N2479
2N2480A
2N2481
2N2483
2N2484
2N2484
2N2484A
2N2487
2N2488
2N2489
2N2490
2N2491
2N2492
2N2527
2N2637
2N2538
2N2640
2N2541
2N2652
2N2654
2N2556
2N2557
2N2568
2N2669
2N2580
6

7

CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
MINA
SSI
CNS
SSI
SSI
CNS
SSI
SSI
CNS
SSI
CNS
SSI
SSI
CNS
SSI
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
551

CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
SSI
SSI
551

SSI
551

SSI
SSI

551

SSI
551

SSI

551

CNS
MINA
CNS
CNS
CNS
SSI
SSI
SSI
SSI
SSI
SSI
SSI
CNS
SSI
SSI
551
SSI
SSI
551
551

SSI

551
551

CNS
CNS
CNS
CNS
CNS
VALG
CNS
VALG
CNS
SSI
SSI
551
CNS
CNS
CNS
SCA
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS

2N2663
2N2684
2N2586
2N2686
2N2668
2N2567
2N2686
2N2690
2N2691
2N2591
2N2592
2N2692
2N2693
2N2693
2N2594
2N2696
2N2595
2N2696
2N2698
2N2697
2N2597
2N2698
2N2698
2N2699
2N2699
2N2699A
2N2699A
2N2800
2N2801
2N2602
2N2803
2N2604
2N2804
2N2605
2N2806
2N2815
2N2616
2N2832
2N2633
2N2834
2N2636
2N2637
2N2638
2N2639
2N2640
2N2641
2N2842
2N2643
2N2644
2N2648
2N2851
2N2667
2N2692
2N2693
2N2694
2N2696
2N2898
2N2897
2N2898
2N2739
2N2740
2N2741
2N2742
2N2743
2N2744
2N2745
2N2748
2N2747
2N2748
2N2751
2N2752
2N2763
2N2754
2N2800
2N2800
2N2801
2N2811
2N2811
2N2812
2N2812
2N2813
2N2813
2N2814
2N2814
2N2816
2N2816
2N2828
2N2828
2N2828
2N2829
2N2829
2N2829
2N2837
2N2851
2N2868
2N2859
JAN2N2880
2N2892
2N2892
2N2893
2N2893
2N2894
2N2903
2N2903
2N2903A
2N2904
2N2904A
2N2905
2N2906A
2N2908
2N2.90gA

CNS
CNS
CNS
CNS
MOTA
CNS
CNS
SSI
CNS
SSI
CNS
SSI
CNS
SSI
CNS
CNS
SSI
CNS
SSI
CNS
SSI
CNS
SSI
CNS
SSI
CNS
SSI
CNS
CNS
CNS
CNS
BNT
CNS
BNT
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS

551

SSI
SSI
CNS
CNS
CNS
CNS
SSI
SSI
SSI
551

SSI
SSI
551
551

SSI
551
SSI
551

SSI
SSI
CNS
551
SSI
CNS
551

CNS
SSI
CNS
SSI
CNS
SSI
CNS
CNS
CNS
SOD
SSI
CNS
SOD
SSI
CNS
TRW
SSI
SSI
Til
CNS
TRW
CNS
TRW
CNS
CNS
SSI
SSI
MINA
MINA
MINA
MINA
MINA
VALG

TYPES IN LAST EDITION NOW HAVINll ADDITIONAL BOURCElJlF AUPPLY

USE HIS LISTING WlfH THE ;RIl
D.

I~~~~gg~

2N2907
2N2907
2N2907A
2N2907A
2N2909
2N2913
2N2914
2N2915
2N2916
2N2917
2N2918
2N2919
2N2919A
2N2920
2N2920A
2N2923
2N2924
2N2925
2N2926
2N2926
2N2927146
2N2944
2N2945
2N2946
2N2951
2N2952
2N2976
2N2978
2N2979
2N3009
2N3011
2N3012
2N3014
2N3015
2N3016
2N3016
2N3017
2N3018
2N3019
2N3019
2N3021
2N3021
2N3022
2N3022
2N3023
2N3023
2N3024
2N3024
2N3025
2N3025
2N3026
2N3026
2N3053
2N3054
2N3054
2N3055
2N3056
2N3057
2N3069
2N3069
2N3070
2N3070
2N3072
2N3073
2N3107
2N3108
2N3109
2N3115
2N3117
2N3120
2N3120
2N3121
2N3121
2N3133
2N3134
2N3135
2N3136
2N3137
2N3171
2N3172
2N3173
2N3174
2N3183
2N3184
2N3185
2N3186
2N3195
2N3196
2N3197
2N3198
2N3202
2N3203
2N3204
2N3232
2N3233
2N3235
2N3236
2N3244
2N3250
2N3252
2N3253
2N3261
2N3262
2N3298
2N3299
2N3300
2N3300
2N3301
2N3301
2N3302
2N3302

D.A. T.A.

~A~~

MINA
VALG
MINA
VALG
551
CNS
CNS
CNS
CNS
CNS
CNS
CNS
BNT
CNS
CNS
TEK
TEK
TEK
NPC
TEK
SCA
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
SSI
SSI
551
CNS
551
SOO
SSI
SOD
551
SOD
551
SOD
SSI
SOD
SSI
SOD
SSI
BNT
CNS
SOD
TEK
CNS
CNS
CNS
NSC
CNS
NSC
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
NSC
CNS
NSC
CNS
CNS
CNS
CNS
CNS
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
CNS
CNS
CNS
CNS
SCA
CNS
TIIB
CNS
SSI
551
CNS
BNT
BNT
CNS
BNT
CNS
BNT
CNS

INDEA F rHE LASl MAIN EDITION
E D.
MfRS

2~~m

2N3312
2N3313
2N3314
2N3330
2N3347
2N3348
2N3349
2N3350
2N3351
2N3352
2N3375
2N3388
2N3389
2N3391
2N3391
2N3391A
2N3391A
2N3392
2N3392
2N3393
2N3393
2N3394
2N3394
2N3395
2N3395
2N3396
2N3396
2N3397
2N3397
2N3398
2N3398
2N3402
2N3403
2N3404
2N3405
2N3412
2N3414
2N3415
2N3415
2N3416
2N3416
2N3417
2N3417
2N3418
2N3419
2N3420
JAN2N3420
2N3421
JAN2N3421
2N3423
2N3424
2N3427
2N3428
2N3429
2N3439
2N3439
2N3440
2N3440
2N3441
2N3441
2N3442
2N3442
2N3442
2N3444
2N3458
2N3459
2N3460
2N3464
2N3470
2N3471
2N3472
2N3473
2N3474
2N3475
2N3476
2N3477
2N3487
2N3488
2N3489
2N3490
2N3491
2N3492
2N3494
2N3495
2N3496
2N3497
2N3502
2N3503
2N3504
2N3505
2N3506
2N3510
2N3511
2N3512
2N3551
2N3552
2N3553
2N3553
2N3568
2N3591
2N3593
2N3594
2N3597
2N3597
2N3598
2N3598
2N3598
2N3599
2N3599
2N3611
2N3612

g~~

CNS
CNS
CNS
MOTA
551
551
551
551
SSI
551
CNS
CNS
CNS
CNS
TEK
CNS
TEK
CNS
TEK
CNS
TEK
CNS
TEK
CNS
TEK
CNS
TEK
CNS
TEK
CNS
TEK
CNS
CNS
CNS
CNS
CNS
TEK
CNS
TEK
CNS
TEK
CNS
TEK
CNS
CNS
CNS
Til
CNS
Til
CNS
CNS
SES
SES
551
CNS
MST
CNS
MST
SOD
TEK
CNS
SOD
TEK
TIIB
TIIB
TIIB
TIIB
TRW
SSI
551
SSI
551
SSI
551
551
SSI
551
SSI
551
SSI
551
551
TIIB
TIIB
TIIB
TIIB
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
SOD
SOD
CNS
SOD
NSC
551
551
551
551
TRW
CNS
551
TRW
551
TRW
CNS
CNS

AL'SOURCES Of
MF

~~~m

2N3615
2N3616
2N3617
2N3618
2N3619
2N3619
2N3620
2N3620
2N3621
2N3621
2N3622
2N3622
2N3623
2N3624
2N3625
2N3626
2N3627
2N3628
2N3629
2N3630
2N3638
2N3638
2N3638A
2N3638A
2N3639
2N3640
2N3641
2N3642
2N3643
2N3644
2N3644
2N3645
2N3645
2N3646
2N3646
2N3647
2N3659
2N3660
2N3661
2N3661
2N3672
2N3677
2N3678
2N3684
2N3685
2N3685
2N3686
2N3686
2N3687
2N3687
2N3688
2N3691
2N3691
2N3692
2N3692
2N3693
2N3694
2N3700
2N3701
2N3704
2N3705
2N3706
2N3713
2N3713
2N3714
2N3714
2N3715
2N3715
2N3716
2N3719
2N3720
2N3721
2N3724
2N3724A
2N3725
2N3725
2N3725A
2N3727
2N3733
2N3740
2N3741
2N3743
2N3744
2N3745
2N3746
2N3747
2N3748
2N3749
2N3750
2N3751
2N3752
2N3771
2N3772
2N3773
2N3774
2N3775
2N3776
2N3777
2N3778
2N3779
2N3780
2N3781
2N3782
2N3789
2N3790
2N3791
2N3792
2N3800
2N3801
2N3801
2N3802

8

C~5

CNS
CNS
CNS
CNS
CNS
551
CNS
SSI
CNS
551
CNS
551
551
551
SSI
SSI
SSI
551
551
SSI
CNS
ETC
CNS
ETC
CNS
CNS
CNS
CNS
CNS
CNS
ETC
CNS
ETC
BNT
CNS
CNS
CNS
SOD
CNS
SOD
CNS
551
CNS
NSC
CNS
NSC
CNS
NSC
CNS
NSC
CNS
CNS
NPC
CNS
NPC
CNS
CNS
CNS
CNS
SES
SES
SES
CNS
SOD
CNS
SOD
CNS
SOD
SOD
SOD
SOD
CNS
TIIB
TIIB
CNS
TIIB
TIIB
CNS
500
SOD
SOD
MST
551
551
SSI
551
551
551
551
SSI
551
TEK
TEK
TEK
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
500
SOD
SOD
SOD
SOD
551
BNT

~?I
SI

FR

12~;8~:

2N3804A
2N3805
2N3805A
2N3806
2N3807
2N3807
2N3808
2N3808
2N3809
2N3809
2N3810
2N3810A
2N3811
2N3811A
2N3812
2N3813
2N3814
2N3815
2N3816
2N3816A
2N3817
2N3817A
2N3818
2N3819
2N3821
2N3822
2N3823
2N3834
2N3844
2N3863
2N3866
2N3877
2N3877A
2N3903
2N3903
2N3904
2N3904
2N3904
2N3905
2N3905
2N3906
2N3906
2N3906
2N3907
2N3909
2N3909A
2N3910
2N3924
2N3926
2N3927
2N3962
2N3966
2N3970
2N3971
2N3972
2N3996
2N3996
2N3997
2N3997
2N3998
2N3998
2N3999
2N3999
2N4000
2N4002
2N4003
2N4020
2N4021
2N4022
2N4023
2N4024
2N4025
2N4026
2N4027
2N4028
2N4029
2N4036
2N4037
2N4040
2N4041
2N4063
2N4064
2N4066
2N4067
2N4075
2N4076
2N4091
2N4091
2N4092
2N4092
2N4093
2N4093
2N4115
2N4116
2N4121
2N4122
2N4123
2N4124
2N4125
2N4126
2N4127
2N4127
2N4128
2N4128
2N4130
2N4132
2N4140
2N4140
2N4141
2N4141
2N4142

55:
551

551
551
551
CNS
551
CNS
551
CNS
551
551
551
551
551
551
551
551
SSI
551
551
SSI
SSI
551
551
NSC
NSC
NSC
CNS
CNS
PPC
RAYN
TEK
TEK
BNT
NSC
BNT
CNS
NSC
BNT
NSC
BNT
CNS
NSC
CNS
MOTA
MOTA
CNS
SOD
SOD
SOD
CNS
CNS
NSC
NSC
NSC
CNS
551
CNS
551
CNS
551
CNS
551
CNS
TRW
TRW
SSI
SSI
551
551
551
SSI
SSI
551
551
551
NSC
NSC
SOD
SOD
MST
MST
MOTA
MOTA
551
551
CNS
NSC
CNS
NSC
CNS
NSC
551
551
NSC
NSC
NSC
NSC
NSC
NSC
SOD
551
SOD
551
551
SSI
CNS
NPC
CNS
NPC
CNS

TYPES IN LAST EDITION NOW HAVING ADDITIONAL SOURCES_frF SUPPLY

USE THIS LISTING WITH THt

(PE No.

1~~m5

2N4150
2N4210
2N4211
2N4223
2N4224
2N4225
2N4226
2N4227
2N4234
2N4235
2N4236
2N4241
2N4248
2N4274
2N4275
2N4294
2N4295
2N4301
2N4301
2N4306
2N4308
2N4310
2N4312
2N4349
2N4350
2N4350
2N4351
2N4354
2N4354
2N4354
2N4355
2N4355
2N4355
2N4356
2N4356
2N4356
2N4357
2N4358
2N4360
2N4384
2N4386
2N4388
2N4391
2N4391
2N4392
2N4392
2N4393
2N4393
2N4395
2N4396
2N4398
2N4399
2N4416
2N4416
2N4416A
2N4428
2N4429
2N4430
2N4431
2N4433
2N4436
2N4436
2N4437
2N4437
2N4856
2N4856A
2N4857
2N4857A
2N4858
2N4858A
2N4859
2N4859A
2N4860
2N4860A
2N4861
2N4861A
2N4862
2N4863
2N4864
2N4896
2N4898
2N4899
2N4900
2N4900
2N4901
2N4901
2N4902
2N4902
2N4903
2N4903
2N4904
2N4904
2N4905
2N4905
2N4906
2N4906
2N4910
2N4911
2N4912
2N4913
2N4916
2N4917
2N4930
2N4931
2N4944
2N4944
2N4945
2N4945
2N4946
2N4946
2N4951

D.A. T.A.

~~~

TRW
TRW
TRW
NSC
NSC
SSI
SSI
NPC
SOD
SOD
SOD
SOD
ETC
BNT
BNT
BNT
BNT
SSI
TRW
S51
SSI
SSI
SSI
SSI
CNS
SSI
CNS
CNS
ETC
NSC
CNS
ETC
NSC
CNS
ETC
NSC
CNS
CNS
MOTA
NSC
NSC
CNS
CNS
NSC
CNS
NSC
CNS
NSC
CNS
CNS
CNS
CNS
CNS
NSC
NSC
SOD
SOD
SOD
SOD
CNS
CNS
NPC
CNS
NPC
NSC
NSC
NSC
NSC
NSC
NSC
NSC
NSC
NSC
NSC
NSC
NSC
CNS
CNS
CNS
CNS
SOD
SOD
CNS
SOD
CNS
SOD
CNS
SOD
CNS
SOD
CNS
SOD
CNS
SOD
CNS
SOD
CNS
CNS
CNS
CNS
NSC
NSC
MST
MST
CNS
NPC
CNS
NPC
CNS
NPC
CNS

C"U~

INDEX

o.

2~m~

2N4952
2N4953
2N4953
2N4954
2N4954
2N4955
2N4961
2N4962
2N4964
2N4965
2N4966
2N4966
2N4967
2N4967
2N4968
2N4968
2N4969
2N4970
2N4970
2N4971
2N4972
2N4982
2N4994
2N4995
2N4996
2N4997
2N4998
2N4999
2N5000
2N5001
2N5002
2N5003
2N5004
2N5005
2N5006
2N5006
2N5007
2N5008
2N5008
2N5009
2N5010
2N5011
2N5012
2N5013
2N5014
2N5015
2N5016
2N5027
2N5028
2N5033
2N5040
2N5041
2N5042
2N5048
2N5048
2N5055
2N5056
2N5057
2N5058
2N5059
2N5070
2N5078
2N5084
2N5085
2N5089
2N5091
2N5091
2N5092
2N5093
2N5093
2N5094
2N5094
2N5095
2N5096
2N5096
2N5097
2N5098
2N5099
2N5100
2N5100
2N5101
2N5102
2N5102
2N5109
2N5126
2N5127
2N5128
2N5129
2N5129
2N5130
2N5131
2N5132
2N5133
2N5134
2N5134
2N5134
2N5135
2N5136
2N5137
2N5137
2N5138
2N5139
2N5140
2N5141
2N5142
2N5143
2N5147
2N5148
2N5149
2N5149
2N5150

F TH~ LAsT MAIN

~DITION

--'!I!!'Hll

t~~

TEK
CNS
TEK
CNS
TEK
CNS
CNS
CNS
CNS
CNS
CNS
NPC
CNS
NPC
CNS
NPC
NPC
CNS
NPC
CNS
CNS
CNS
CNS
CNS
CNS
CNS
SOD
SOD
SOD
SOD
TRW
SOD
TRW
SOD
SOD
SSI
SOD
SOD
SSI
SOD
CNS
CNS
CNS
CNS
CNS
CNS
SOD
CNS
CNS
CNS
CNS
CNS
CNS
SSI
TRW
CNS
CNS
CNS
MST
MST
SOD
NSC
TRW
TRW
CNS
CNS
MST
CNS
CNS
MST
CNS
MST
CNS
CNS
MST
CNS
CNS
CNS
CNS
MST
CNS
CNS
SOD
SOD
CNS
CNS
CNS
CNS
NPC
CNS
CNS
CNS
CNS
BNT
CNS
NPC
CNS
CNS
CNS
NPC
CNS
CNS
CNS
CNS
CNS
CNS
SOD
CNS
CNS

~g~

T

OfT~RMIN~

o.

~~m~

2N5153
2N5154
2N5155
2N5157
2N5172
2N5172
2N5174
2N5175
2N5201
2N5202
2N5214
2N5216
2N5231
2N5232
2N5232A
2N5233
2N5234
2N5235
2N5237
2N5237
2N5237
2N5238
2N5243
2N5249
2N5249A
2N5254
2N5255
2N5256
2N5279
2N5280
2N5281
2N5282
2N5282
2N5284
2N5284
2N5284
2N5285
2N5285
2N5285
2N5286
2N5286
2N5287
2N5288
2N5289
2N5290
2N5291
2N5305
2N5306
2N5307
2N5308
2N5309
2N5310
2N5311
2N5312
2N5313
2N5313
2N5313
2N5314
2N5314
2N5315
2N5315
2N5315
2N5316
2N5316
2N5316
2N5317
2N5317
2N5317
2N5318
2N5318
2N5318
2N5319
2N5319
2N5319
2N5320
2N5321
2N5322
2N5323
2N5324
2N5338
2N5346
2N5349
2N5366
2N5384
2N5386
2N5412
2N5413
2N5414
2N5415
2N5416
2N5421
2N5423
2N5424
2N5477
2N5478
2N5479
2N5480
2N5487·1
2N5488-1
2N5519
2N5537
2N5538
2N5541
2N5542
2N5560
2N5658
3N160
3N161
AC1871AC188
BC107
BC108

9

ALL SOUR ES OF SUPPLY F R A PARTI ULAR TYPE N
EN.

~~~

SOD
CNS
CNS
CNS
CNS
TEK
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
SSI
TRW
SSI
CNS
CNS
CNS
CNS
CNS
CNS
MST
MST
MST
CNS
MST
CNS
SOD
TRW
CNS
SOD
TRW
CNS
SOD
SOD
SOD
SOD
SOO
SOD
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
CNS
SSI
TRW
SSI
TRW
CNS
SSI
TRW
CNS
SSI
TRW
CNS
SSI
TRW
CNS
SSI
TRW
CNS
SSI
TRW
CNS
CNS
CNS
CNS
CNS
CNS
TRW
TRW
CNS
SOD
SOD
TRW
TIIB
TIIB
MST
MST
SOD
SOD
SOD
TRW
TRW
TRW
TRW
TRW
TRW
SOD
PPC
PPC
TRW
TRW
TRW
TRW
TIIB
TIIB
BEll

~g~:

:cl~6

BC157
BC157
BC158
BC158
BC159
BC159
BCl77
BCl77
BC178
BC178
BC179
BC179
BC186
BC200
BC207A
BC207B
BC208A
BC208B
BC208C
BC209B
BC209C
BCW29R
BCW30R
BCW31R
BCW32R
BCW33R
BCY58
BCY59
BCY70
BCY71
BCY72
BCY78
BCY79
BDl15
BD124
BD131
BD132
BD144
BDY10
BDYll
BFl15l1
BF180
BF181
BF182
BF183
BF196
BF197
BF200
BFS17R
BFS28
BFW57
BFW58
BFW59
BFW60
BFW96
BFX29
BFX37
BFX87
BFX88
BFY53
BFY67
BSW66
BSW67
BSW68
BU105
DTS413
DTS701
DTS702

E!!§..

SGSI
VALG
MULB
VALG
MULB
VALG
MULB
VALG
TFKG
TIIB
TFKG
TIIB
TFKG
TIIB
MULB
VALG
SGSI
SGSI
SGSI
SGSI
SGSI
SGSI
SGSI
MULB
MULB
MULB
MULB
MULB
VALG
VALG
APX
APX
APX
VALG
VALG
MULB
VALG
VALG
VALG
VALG
APX
APX
CSF
VALG
VALG
VALG
VALG
MULB
MULB
VALG
MULB
MULB
MINA
MINA
MINA
MINA
MULB
MINA
SGSI
MINA
MINA
MINA
MINA
VALG
VALG
VALG
MULB
ITC
ITC
ITC

1 TYPE No• CROSS INDEX

IN TYPE NUMBER SEOUENCE

I

TYPE No.

I~~m

2N592
2N593
2N602
2N602A
2N603
2N603A
2N604
2N604A
2N779

2N834/46
2N835/46
2N929/46
2N1123
2N 1613/46
2N1708A
2N1711/46
2N1827
2N1893/46
2N2048A
2N2127
2N2218A
BNT
CNS
2N2270
+ CDC
tETC
GIC
RAYN
TEC
JAN2N2708
MOTA
2N2804
GIC
RAYN
SSI
TIIB
JAN2N2812
JAN2N2814
2N2877
+ PIR
2N2878
+ NSC
+SIL
2N2879
+ PIR
2N2880
+ NSC
+SIL
2N2946A
+ CRY
RAYN
+TEC
2N2977
+AML
CNS
tMOTA
+ RAYN
500
+ Til
JAN2N3055
2N3587
2N3921

BNT

2N3922
BNT
2N3934
2N3935
2N3954A
2N4249
BNT
ETC
PHIL
2N4250
BNT
ETC
PHIL
2N4926
MST
2N4927
MST
JAN2N5241
2N5655
2N5656
2N5657
2N5660
2N5661
2N5662
2N5663
2N5664

MFRS Pa&Line TYPE No.
- 37 1 2N ..",.
llg~S 35
14- 7
CNS
35· 1 2N5666
CNS
35- 2
551
14· 11 2N5667
551
14- 8
551
14- 12 2N5711
551
14· 9 2N5712
551
14· 13 2N5713
551
14- 10 2N5714
551
14- 3 2N5735
34- 50
SCA
18·102 2N5736
SCA
18·103
SCA
18· 96 2N5737
14- 16 2N5738
GIC
SCA
19· 6 2N5739
18- 24 2N5740
CNS
34· 47 2N5741
SCA
19- 7 2N5742
llWESY 31- 73 2N5743
32- 59 2N5744
SCA
19· 4 2N5761
CNS
14- 14 2N5762
34- 20 2N5764
llWESY 31- 74 2N5765
32- 60 2N5766
+AML
19· 32 2N5767
CDC
34· 42 2N5768
2N5777
ESMF
+llRCA
25· 21 2N5778
CNS
2N5779
FERB
2N5780
2N5781
NSC
TAOI
2N5782
Til
2N5783
AML
17·40 2N5784
RCA
2N5785
+llTIl
35 - 71 2N5786
+MOTA
2SA402
SOD
2SA440A
2SA532
TAOI
2SA608
TIIF
none
28- 13
34· 11 2SA609
none
28· 14 2SB405
34· 12 2SB407
llSOO
27 - 51 2SB410
+ SIL
33- 10 256411
551
256474
llSOO
27· 52 256492
+PIR
33·108 2SC108A
2SC109A
551
llSOO
27· 53 2SC385A
+ SIL
33 - 11 2SC387A
SSI
2SC423
llSOO
27· 54
+ PIR
33·109 2SC425
551
+llTIl
35· 70 2SC536
MOTA
2SC537
TAOI
2SC614
2SC615
TlIF
+llFSC
35· 4 2SC668
BNT
2SC674
GIC
2SC693
NSC
2SC694
SGSI
2SC705
TAOI
2SC715
TIIF
2SC716
TRW
500
32· 70
llNSC
18· 18 2SC772
35- 5
+llAML
21- 6 2SC858
tSIX
35- 6 2SC859
+ UCC
2SC860
+llAML
21- 7 2SC875
t SIX
35· 7 2SC876
+ UCC
2SC927
21- 8 2SC928
+llAML
BNT
35- 8 2SC929
+llAML
21- 9 2SC930
BNT
35- 9 2SC931
tllUCC
35· 10 2SC932
BNT
2SC933
+llFSC
16- 13
CDC
2SC934
NSC
SGSI
2SC1005
UEHK
2SC1005A
16- 14 2SC1024
+llFSC
CDC
2SC1025
2SC1035
NSC
SGSI
2SC1036
tllMOTA 25· 22 2SC1079
2SC1080
SCA
+llMOTA 25- 23 2S024
SCA
25067
none
29- 5 25068
32- 71 25072
+ MOTA 26- 84 250201
+ MOTA 26- 85 250202
+ MOTA 26- 86 250203
llSSP
26-104 2S0211
32- 72 250212
llSSP
26-105 2S0213
32- 73 250214
llSSP
26- 77 3N167
32- 74
llSSP
26- 78 3N168
32- 75
llSSP
27- 55
32- 76

D.A. T.A.

m1~

MFRS Pa&Lin
ll:;:;P

TYPE No.

llSSP

152-05
152-07
152-09
153-04

llSSP
TRW
TRW
TRW
TRW
llAPX
llAPX
500
500
500
500
500
500
500
500
llNECJ
llNECJ
+TRW
+TRW
+TRW
+ TRW
+TRW
+GESY
+GESY
+GESY
+GESY
llRCA
llRCA
llRCA
llRCA
llRCA
llRCA
TSAJ
TSAJ
TSAJ
TSAJ
TSAJ
TSAJ
TSAJ
TSAJ
TSAJ
TSAJ
TSAJ
TSAJ
TSAJ
TSAJ
TSAJ
TSAJ
TSAJ
TSAJ
TSAJ
TSAJ
TSAJ
TSAJ
TSAJ
TSAJ
TSAJ
TSAJ
TSAJ
TSAJ
TSAJ
TSAJ
TSAJ
TSAJ
TSAJ
TSAJ
TSAJ
TSAJ
TSAJ
TSAJ
TSAJ
TSAJ
TSAJ
TSAJ
TSAJ
TSAJ
TSAJ
TSAJ
TSAJ
TSAJ
TSAJ
TSAJ
TSAJ
TSAJ
TSAJ
TSAJ
SAKJ
SAKJ
SAKJ
SAKJ
SAKJ
SAKJ
SAKJ
tllSIX
+llSIX

n: ~~ a1:g~

26- 79
32- 78
26- 80
32- 79
26- 11
26- 76
27- 41
27- 99
18- 85
34- 38
18- 86
34- 39
24- 22
24- 23
23- 91
23- 92
24- 28
24- 29
23-103
23-104
18- 15
18- 78
26- 19
26- 59
25- 24
26- 12
26- 61
35- 38
35- 39
35- 40
35- 41
23- 22
23- 23
23- 24
26- 13
26- 14
26- 15
16- 16
14- 4
16- 40
16- 6
34- 27
16- 5
14- 15
22- 13
22- 11
22- 12
22- 14
14 - 17
19- 30
19- 31
19- 33
19- 34
19- 14
34- 59
19- 15
34- 60
17- 32
17- 33
19- 36
19- 37
17- 12
17- 13
17- 1
17- 2
17- 14
17- 15
34- 40
17- 16
34- 41
17- 11
34- 53
17- 3
17· 4
17 - 41
19- 8
19- 9
17- 22
17· 23
17- 9
17- 10
25- 1
25- 2
17· 37
34- 61
17- 38
34- 62
31- 75
31- 76
25- 3
25- 4
17- 24
17- 25
30- 75
30· 76
25- 5
25- 6
25- 7
15- 1
27·100
27-101
27·102
29-109
29-110
30- 1
30· 2
20· 1
32- 1
20- 2
32- 2

ll~~SY ~~:

A-Registered with JEDEC
by this manufacturer

:

~m ~l: 1~

WESY
WESY
WESY
tWESY

153-05
153-06

WESY
tWESY

153-07
153-08

WESY
tWESY

153-09
153-10

WESY
tWESY

153-12

+WESY

153-14

+WESY

153-16

+WESY

153-18

+WESY

153-20

+WESY

153-22

+WESY

153-24

+WESY

153-26

WESY

153-28

WESY

153-30

+WESY

154-04

+WESY

154-05
154-06

WESY
+WESY

154-07
154-08

WESY
+WESY

154-09
154-10

WESY
+WESY

154-12
154-14
154-16
154-18
154-20

+WESY
+WESY
+WESY
+WESY
+WESY

154-22

+WESY

154-24

WESY

154-26

WESY

154-28

WESY

154-30

+WESY

163-04

+WESY

163-05
163-06

WESY
+WESY

163-07
163-08

WESY
+WESY

163-09
163-10

WESY
+WESY

163-12

+WESY

163-14

+WESY

163-16

+WESY

163-18

+WESY

163-20

+WESY

163-22
163-24
163-26
163-28
163-30

WESY
WESY
WESY
WESY
+WESY

164-04

+WESY

164-05
164-06

WESY
+WESY

164-07
164-08

WESY
+WESY

164-09
164-10

WESY
+WESY

164-12

+WESY

164-14

+WESY

164-16

+WESY

164-18

MFRS !'Q&liM TYPE No.
tWE:;Y
1/43-U63U

MFRS ~Line
tW ..:;y

164-22
164-24
164-26
164-28
164-30

WESY
WESY
WESY
WESY
tWESY

1743-1010

tWESY

1714-0402

tWESY

1714-0405

tWESY

1714-0602

tWESY

1714-0605

+WESY

1714-0802

+WESY

1714-0805

+WESY

1714-1002

+WESY

1714-1005

+WESY

1714-1202

+WESY

1714-1205

+WESY

1714-1402

+WESY

1714-1405

+WESY

1714-1602

+WESY

1714-1605

+WESY

1714-1802

+WESY

1714-1805

+WESY

1716-0402

WESY

1716-0405

WESY

1716-0602

WESY

1716-0605

tWESY

1716-0802

WESY

1716-0805

WESY

1716-1002

WESY

1716-1005

WESY

1716-1202

WESY

MFRS pg&Line TYPE No.
1.. 4-2U

+WESY

10

31- 11
31· 12
31- 13
30- 77
32- 4
30- 78
30- 79
32- 5
30· 80
30· 81
32- 6
30- 82
30- 83
32- 7
30- 84
32- 8
30- 85
32- 9
30- 86
32- 10
30- 87
32- 11
30- 88
32- 12
30- 89
32- 13
30- 90
32- 14
30- 91
32- 15
30- 92
32- 16
30-93
32- 17
30- 94
32- 18
30- 95
30- 96
32- 19
30- 97
30- 98
32- 20
30- 99
30-100
32- 21
30-101
32- 22
30-102
32- 23
30-103
32- 24
30-104
32- 25
30-105
32- 26
30-106
32- 27
30-107
32- 28
30-108
32- 29
30-109
32- 30
30-110
32- 31
31- 44
32- 32
31- 45
31- 46
32- 33
31- 47
31- 48
32- 34
31- 49
31- 50
32- 35
31- 51
32- 36
31- 52
32- 37
31- 53
32- 38
31- 54
32- 39
31- 55
32- 61
32- 40
32- 41
32- 42
32- 43
31- 56
32- 44
31- 57
32- 45
31- 58
31- 59
32- 46
31- 60
31- 61
32- 47
31- 62
31- 63
32- 48
31- 64
32- 49
31- 65
32- 50
31- 66
32- 51
31- 67
32- 52

1716-1205

WESY

1716-1402

WESY

1716-1405

WESY

1716-1602

WESY

1716-1605

WESY

1716-1802

WESY

1716-1805

WESY

1718-0402

WESY

1718-0405

WESY

1718-0602

WESY

1718-0605

+WESY

1718-0802

WESY

1718-0805

+WESY

1718-1002

+WESY

1718-1005

+WESY

1718-1202

+WESY

1718-1205

+WESY

1718-1402

+WESY

1718-1405

+WESY

1718-1602

+WESY

1718-1605

+WESY

1718-1802

+WESY

1718-1805

WESY

1743-0610

+WESY

1743-0620

+WESY

1743-0630

tWESY

1743-0810

+WESY

1743-0820

+WESY

3t ~~

32- 54
32- 55
32- 56
32- 57
31- 69
32- 58
26-106
33- 60
26-107
33- 84
26·108
33- 61
26-109
33- 85
26-110
33- 62
27- 1
33- 86
27 - 2
33- 63
27- 3
33- 87
27- 4
33- 64
27- 5
33- 88
27- 6
33- 65
27- 7
33- 89
27- 8
33· 66
27- 9
33- 90
27- 10
33- 67
27- 11
33- 91
28- 15
33- 68
28- 16
33- 92
28- 17
33- 69
28- 18
33- 93
28· 19
33·70
28- 20
33- 94
28· 21
33- 71
28- 22
33- 95
28- 23
33- 72
28- 24
33- 96
28- 25
33- 73
28- 26
33- 97
28- 27
33- 74
28- 28
33- 98
28- 29
33- 75
28- 30
33- 99
27- 65
33- 76
27- 66
33-100
27- 67
33- 77
27- 68
33-101
27- 69
33- 78
27- 70
33-102
27- 71
33- 79
27- 72
33-103
27- 73
33· 80
27 - 74
33-104
27- 75
33- 81
27- 76
33-105
27- 77
33- 82
27- 78
33-106
27- 79
33- 83
27- 80
33-107
29- 49
33- 12
29- 50
33- 26
29- 48
33- 39
29- 51
33- 13
29- 52
33- 27

1743-1020

tWESY

1743-1030

tWESY

1743-1210

tWESY

1743-1220

tWESY

1743-1230

tWESY

1743-1410

+WESY

1743-1420

+WESY

1743-1430

+WESY

1743-1610

+WESY

1743-1620

+WESY

1743-1630

WESY

1743-1810

+WESY

1743-1820

+WESY

1743-1830

WESY

1748-0610

+WESY

1748-0630

+WESY

1748-0810

+WESY

1748-0820

+WESY

1748-0830

+WESY

1748-1010

+WESY

1748-1020

+WESY

1748-1030

+WESY

1748-1210

+WESY

1748-1220

+WESY

1748-1230

+WESY

1748-1410

+WESY

1748-1420

+WESY

1748-1430

+WESY

1748-1610

tWESY

1748-1620

+WESY

1748-1630

WESY

1748-1810

tWESY

1748-1820

tWESY

1748-1830

WESY

1763-1830
1768-1830
1776-0440

WESY
+WESY
tWESY

1776-0460

+WESY

1776-0640

+WESY

1776-0660

+WESY

1776-0840

+WESY

1776-0860

+WESY

1776-1040

+WESY

1776-1060

+WESY

1776-1240

+WESY

1776-1260

+WESY

1776-1440

+WESY

1776-1460

+WESY

1776-1640

+WESY

1776-1660

WESY

1776-1840

WESY

1776-1860

WESY

1843-2005

+WESY

1843"2010

tWESY

1843-2020

+WESY

1843-2205

+WESY

• -Indicates manufacturer's data sheet available
in Transistor Information Microfile (TIM)

~~: ~~

29- 54
33- 14
29- 55
33· 28
29- 56
33- 41
29- 57
33- 15
29- 58
33- 29
29- 59
33- 42
29- 60
33· 16
29- 61
33- 30
29- 62
33· 43
29- 63
33- 17
29- 64
33· 31
29- 65
33- 44
29- 66
33- 18
29- 67
33- 32
29- 68
33- 45
30- 3
33- 19
30- 4
33- 46
30- 5
33- 20
30- 6
33- 33
30- 7
33- 47
30- 8
33- 21
30- 9
33- 34
30- 10
33· 48
30- 11
33- 22
30- 12
33- 35
30- 13
33- 49
30· 14
33- 23
30- 15
33· 36
30· 16
33- 50
30- 17
33- 24
30· 18
33· 37
30· 19
33· 51
30- 20
33· 25
30- 21
33- 38
30- 22
33- 52
29- 69
30· 23
31- 14
32- 80
31- 15
32- 88
31· 16
32- 81
31- 17
32- 89
31· 18
32- 82
31- 19
32- 90
31- 20
32- 83
31· 21
32- 91
31· 22
32· 84
31- 23
32- 92
31- 24
32- 85
31- 25
32- 93
31- 26
32- 86
31· 27
32- 94
31- 28
32- 87
31- 29
32- 95
29- 70
32- 96
29- 71
32- 97
29- 72
32- 98
29- 73
32- 99

TYPE No.-

tWESY

1843-2220

tWESY

1843-2505

tWESY

1843-2510

tWESY

1843-2520

tWE5Y

1843-2705

tWESY

1843-2710

tWESY

1843-2720

tWESY

1843-3005

tWESY

1843-3010

tWESY

1843-3020

tWESY

1843-3205

tWESY

1843-3210

tWESY

1843-3220

tWESY

1843-3505

tWESY

1843-3510

tWESY

1843-3520

tWESY

1843-3705

tWESY

1843-3710

tWESY

1843-3720
A160
A161
A162
A209
A214
A249
A298
A480
A777
A778
A779
AC1271AC128
BEll
PHIC
AF239
ATEI
PHIC
SHWG
AF267
BCl16A
BC14D-6

WESY
tAPX
tAPX
t APX
tAPX
tAPX
tAPX
tAPX
tAPX
tAPX
tAPX
tAPX
APX
MINA
RAOF
APX
tMOTA
RAOF
VALG
VALG
SGSI
INTG

~~:11t ~gj2:

29- 75
32-101
29- 76
32-102
29- 77
32-103
29- 78
32-104
29- 79
32-105
29· 80
32·106
29· 81
32-107
29· 82
32·108
29· 83
32·109
29· 84
32·110
29· 85
33· 1
29· 86
33- 2
29- 87
33- 3
29· 88
33· 4
29- 89
33· 5
29- 90
33- 6
29- 91
33 - 7
29- 92
33- 8
29· 93
33- 9
16- 1
16- 2
16· 3
25· 25
19· 3
25· 14
25 - 15
17· 17
19- 16
19- 17
19- 18
35· 3
14· 5

14 - 6
16- 47
19- 20
35- 11
19- 21
35 - 12
19- 22
35- 13
19- 23
35- 14
19 - 24
35 - 15
19· 25
35· 16
17-109

BC293
BC30U.
BC307iZ1
BC308A
BC308iZ1
BC309A
BC309iZ1
BC325
BC326
BCW46
BCW47
BCW48
BCW49
BCW56
BCW57
BCW58
BCW59
BCY67
B0135A
B0135iZ1
B0136A
B0136iZ1
B013U.
B0137iZ1
B013M
B0138iZ1
B0139
B0140
B0145
BOY39
BOY60

INTG
INTG

BC141-16

INTG

BC14U.
BEll
MULB
RAOF

APX
MINA
PHIC
SHWG
VALG
TFKG
17-110
APX
18- 1
MINA
BSV16

BC161
BC187
BC194
BC222
BC237A
BC237iZ1
BC23M
BC238iZ1
BC239A
BC239iZ1
BC287
BC289A
BC289B
BC290B
BC290C
BC291A
BC2910

BSV51
BSV64
18- 2
18- 3 BSW13

~~~~

!~~~

APX
TFKG
SHWG
APX
TFKG
SGSI
SGSI
SGSI
SGSI
SGSI
SGSI
SGSI

O.A. T.A.

18- 23
17 ·107
18- 25
18- 5
16.1818·
1818·
1616-

48
79
80
81
82
26
27

SH~~

VAL~~
SHW

~~~~
VALG
VALG
VALG

~~~(
VALG

TIIB
TIIB
TIIB
TIIB
TIIB
TIIB
TIIB
TIIB

BC141-10

18· 4
23- 1
34- 7
SHWG 23- 2
34- 8
MULB 16- 24
TFKG
17 - 5
34- 43
18· 21
18- 22
APX
17-106

VALG

BOY63
BOY64
BOY65
BOY66
BOY67
BOY68
BOY69
BOY70
BF254A
BF254iZ1
TFKG
BF255A
BF255iZ1
TFKG
BF270
BF272
BF273
BF274
BF293A
BF293D
BF294
BF316
BF334
BF335
BFS18R
BFS19R
BFS20R
BFS50
BFS51
BFS62
BFX53
BLY55
BLY78
BLY79
BP101
BPX30
BPX38
BPX43
BPY76
BSV15

BC141-6

BC149iZ1
BC160

SH")(~
SH~~

VALG

INTG

~m~_(

TIIB
TIIB
VALG
VALG
VALG
VALG
VALG
VALG
VALG
VALG

BOY62

BC140-16

VALG
TFKG
APX
MINA
PHIC
SHWG
VALG
TFKG
SHWG

~~~~

VALG

INTG

BC148iZ1
BC149A
BEll
MULB
RAOF

~~~G
!~~~
TFKG

BOY61

BC140-10

BC147iZ1
BC148A
BEll
MULB
RAOF

1• TYPE No• CROSS INDEX
MFA:; Pa& ine TYPE No.
MFAS Po&Line TYPE No.
~G~: 16: 2~ I~m
~~~~ ~J: 9~ ~m~"
19- 27 C720
SGSI
18- 94 K2111A

MFAS Pa&Line TYPE No.

11843-2210

~~~G

~~WG

APX
VALG
SGSI
SGSI
SGSI
SGSI
SGSI
SGSI
SGSI
SGSI
VALG
VALG
MULB
MULB
MULB
TFKG
TFKG
TFKG
TFKG
MULB
TFKG
TFKG
SH~(

RA~~~
SHW

SHw..~

RAO:~

SHW

SHW~

TFKG
VALG
SHW(

BSW65

VALG

BSY34

SHWG

BSY58

SHWG

BSY59
BUY21A
BUY26

SHWG
TIIB VG
SHW

BUY27

SHWG

BUY28

SHWG

BUY39
BUY40
BUY41
BUY43
BUY46
BUY51
BUY51A
BUY52
BUY52A
BUY53
BUY53A
BUY54
BUY54A
C97E

TIIB
TIIB

!U~~
~~~G

TIIB
TIIB
TIIB
TIIB
TIIB
TIIB
TIIB
SLCB

16- 21
16- 18
16- 22
16- 19
16- 23
16- 20
16- 32
16- 31
17 - 18
17- 19
17- 20
17- 21
16- 9
16- 10
16- 11
16- 12
16- 46
26- 40
26- 41
23- 32
23- 33
26- 42
26- 43
23- 34
23· 35
26- 44
23- 36
27- 12
28- 63
27- 13
34· 17
27- 14
34· 18
27- 15
34- 19
28- 31
30- 24
26· 81
26- 82
23-105
23-106
24- 24
23- 49
17-108
17- 30

C722
C740
C742
C744
C760
C762
C764
CMX740

SG51
SG51
SG51
SGSI
SGSI
SGSI
t CRY

CS3605

CDC

CS3606

CDC

CS3607

CDC

016G6
029E4
029E5
030A3
04001

tGESY
tGESY
tGESY
GESY
tGESY

04002

tGESY

04003

tGESY

04004

tGESY

04005

tGESY

04007

tGESY

04008

tGESY

040Nl
040N3
04101

tGESY
tGESY
tGESY

04102

tGESY

04104

tGESY

04105

tGESY

04107

tGESY

17-105
17- 29 04108
17- 26
16- 8
17- 27
17- 28
18- 92
18- 93
19- 28
16- 7
18- 13
18- 12
17- 6
17· 7
17- 8
25- 20
25- 32
18- 16
18- 43
26- 39
26- 20
26- 63
35- 42
35- 43
35- 44
35- 45
35- 46
23- 3
34- 9
23- 4
34- 10
18- 7
19- 35
34- 16
17- 31
34- 44
19- 19
34- 13
25- 16
34- 54
25- 17
34- 55
16- 17
28- 62
25- 11
32- 62
25- 12
32- 63
25- 13
32- 64
27- 57
27- 58
26- 83
26- 87
26- 88
29-101
29-102
29-103
29-104
29-105
29-106
29-107
29-108
21- 1

"'-Registered with JEDEC
by this manufacturer

SGSI

tGESY

042Cl

tGESY

042C2

t GESY

042C3

tGESY

042C4

tGESY

042C5

tGESY

042C7

tGESY

042C8

tGESY

043Cl

tGESY

043C2

tGESY

043C3

tGESY

043C4

tGESY

043C5

tGESY

043C7

tGESY

043C8

tGESY

OTS801
OTS802
OTS804
GET929
GET930
K2101
K2101A
K2101B
K2102
K2102A
K2102B
K2103
K2103A
K2103B
K2104
K2104A
K2104B
K2105
K2105A
K2105B
K2106
K2106A
K2106B
K2107
K2107A
K2107B
K2108
K2108A
K2108B
K2109
K2109A
K2109B
K2110
K2110A

t DEL
t DEL
t DEL
tGESY
tGESY
tKMC
tKMC
tKMC
tKMC
tKMC
tKMC
tKMC
tKMC
tKMC
tKMC
tKMC
+KMC
tKMC
tKMC
tKMC
tKMC
tKMC
tKMC
tKMC
tKMC
tKMC
tKMC
tKMC
tKMC
+KMC
tKMC
tKMC
tKMC
tKMC

11

34- 56
18- 90
34 - 51
18- 95
18- 91
19- 26
19- 5
18-101
19- 29
21- 13
32- 3
17- 34
34- 46
17- 35
34- 48
17- 36
34- 49
17- 39
16- 41
16- 42
16- 4
26- 32
34- 30
26- 33
34- 31
26- 34
34- 32
26- 35
34- 33
26- 36
34- 34
26- 37
34- 35
26- 38
34- 36
25- 95
25- 96
23- 26
34- 21
23- 27
34- 22
23- 28
34- 23
23- 29
34- 24
23- 30
34- 25
23- 31
34- 26
26- 45
33-110
26- 46
34- 1
26- 47
34- 2
26- 48
34- 3
26- 49
34- 4
26- 50
34- 5
26- 51
34- 6
23- 37
33- 53
23- 38
33- 54
23- 39
33- 55
23- 40
33- 56
23- 41
33- 57
23- 42
33- 58
23- 43
33- 59
30- 25
30- 26
30- 27
18- 83
18- 84
18- 26
18- 44
18- 61
18- 27
18- 45
18- 62
18- 28
18- 46
18- 63
18- 29
18- 47
18- 64
18- 30
18- 48
18- 65
18- 31
18- 49
18- 66
18- 32
18- 50
18- 67
18- 33
18- 51
18- 68
17- 42
17- 63
17- 84
17- 43
17- 64

K2111B
K2112
K2112A
K2112B
K2113
K2113A
K2113B
K2114
K2114A
K2114B
K2115
K2115A
K2115B
K2116
K2116A
K2116B
K2117
K2117A
K2117B
K2118
K2118A
K2118B
K2119
K2119A
K2119B
K2120
K2120A
K2120B
K2121
K2121A
K2121B
K2122
K2122A
K2122B
K2123
K2123A
K2123B
K2124
K2124A
K2124B
K2125
K2125A
K2125B
K2126
K2126A
K2126B
K2127
K2127A
K2127B
K2601
K2601A
K2601B
K2602
K2602A
K2602B
K2603
K2603A
K2603B
K2604
K2604A
K2604B
K2607
K2607A
K2607B
K2608
K2608A
K2608B
K2609
K2609A
K2609B
K2610
K2610A
K2610B
K2611
K2611A
K2611B
K2612
K2612A
K2612B
K2613
K2613A
K2613B
K2614
K2614A
K2614B
K2615
K2615A
K2615B
K2616
K2616A
K2616B
LOS208
LOS257
LS400
LS600
M22P2
M22P3
M22P4
M23P-X504
M23P-X509
M23P-X516
M24P-X502
M26P-X504
M26P-X505
M26P-X516
M26P-X517
M26P-X531
M26P-X558
M26P-X560
M28P-X507
M28P-X508

IN TYPE NUMBER SEQUENCE

MFAS Polkl ine TYPE No.

:~~~

tKMC
tKMC
tKMC
tKMC
tKMC
tKMC
tKMC
tKMC
tKMC
tKMC
tKMC
tKMC
tKMC
tKMC
tKMC
tKMC
tKMC
tKMC
tKMC
tKMC
tKMC
tKMC
tKMC
tKMC
tKMC
tKMC
tKMC
tKMC
tKMC
tKMC
tKMC
tKMC
+KMC
tKMC
tKMC
tKMC
tKMC
tKMC
tKMC
tKMC
tKMC
tKMC
tKMC
tKMC
tKMC
tKMC
tKMC
tKMC
tKMC
tKMC
tKMC
tKMC
tKMC
tKMC
tKMC
tKMC
tKMC
tKMC
tKMC
tKMC
tKMC
tKMC
tKMC
tKMC
tKMC
tKMC
tKMC
tKMC
tKMC
tKMC
tKMC
tKMC
tKMC
tKMC
tKMC
tKMC
tKMC
tKMC
tKMC
tKMC
tKMC
tKMC
tKMC
tKMC
tKMC
tKMC
tKMC
tKMC
tKMC
tKMC
tKMC
tKMC
APX
tAPX
tTIl
tTIl
tGESY
tGESY
tGESY
tGESY
tGESY
tGESY
tGESY
tGESY
tGESY
tGESY
tGESY
tGESY
tGESY
tGESY

:~~~

1~: :~ I~m:~~~~

17- 65
17- 86
17- 45
17- 66
17- 87
17- 46
17- 67
17- 88
17- 47
17- 68
17- 89
17- 48
17- 69
17- 90
17- 49
17- 70
17- 91
17- 50
17- 71
17- 92
17- 51
17- 72
17- 93
17- 52
17- 73
17- 94
17- 53
17- 74
17- 95
17- 54
17 - 75
17- 96
17 - 55
17- 76
17- 97
17- 56
17- 77
17- 98
17- 57
17- 78
17- 99
17- 58
17- 79
17-100
17- 59
17- 80
17-101
17- 60
17- 81
17-102
18- 34
18- 52
18- 69
18- 35
18- 53
18- 70
18- 36
18- 54
18- 71
18- 37
18- 55
18- 72
18-104
18-107
18-110
18-105
18-108
19- 1
18-106
18-109
19- 2
18- 38
18- 56
18- 73
18- 39
18· 57
18- 74
18- 40
18- 58
18 - 75
18- 41
18- 59
18- 76
18- 42
18- 60
18- 77
17- 61
17- 82
17-103
17- 62
17- 83
17-104
34- 37
16- 30
35- 47
35- 48
36· 66
36- 67
36- 68
36- 69
36- 70
36- 71
36- 72
36- 73
36- 74
36- 75
36- 76
36- 77
36- 78
36- 79
36- 80
36- 81

M32P-X508
M32P-X509
M63P-X503
M67P-X504
M73Pl
M73P-X502
M82P-X500
M106
Ml07
Ml08
Ml13
M116
M117
M02218
M02218A
M02218AF
M02218F
M02219
M02219A
M02219AF
M02219F
M02904
M02904A
M02905
M02905A

MJ7200
MJ8100
MJ8400
MJ9000
ML101A
ML101B
ML102A
ML102B
ML153A
ML 153B
ML154A
ML154B
ML157A
ML157B
MM4049
MMT3014
MP5692
MP5693
MP5694
MP5695
MP5696
MPSA10
M02218
M02219A
M02904
M02905A
M5A8506
MSA8507
M5A8508
NF500
NF501
NF510
NF511
PP3000
PP3001
PP3002
PP3003
PP3004
PP3005
PP3006
PP3007
PP3008
PPR1006
PPR1007
PPR1008
PPR1009
PPR1010
PPR10ll
PPR1012
PPR1013
PT2920
PT2944
PT2972
PT2986
PT3986
PT4992
PT5902

MFAS ~&Li!m

tGESY
tGESY
tGESY 36- 84
tGESY 36- 85
tGESY 36- 86
tGESY 36- 87
tGE5Y 36- 88
tGESY 36- 89
tGE5Y 36- 90
tSIX
20- 5
tSIX
20- 6
tSIX
20· 7
tSIX
20- 3
tSIX
21- 4
tSIX
21- 5
tMOTA 19- 10
35· 72
tMOTA 19- 11
35- 73
tMOTA 18- 8
35- 74
tMOTA 18- 9
35 - 75
tMOTA 19- 12
35- 76
tMOTA 19- 13
35- 77
tMOTA 18· 10
35· 78
tMOTA 18· 11
35- 79
tMOTA 16- 39
35- 80
tMOTA 16- 43
35· 81
tMOTA 16- 44
35- 82
tMOTA 16- 45
35- 83
tMOTA 31- 43
tMOTA 23- 25
tMOTA 30- 28
+ MOTA 30- 29
SELB 35- 84
SELB 35- 85
SELB 35- 86
SELB 35- 87
5ELB
35- 88
SELB 35- 89
SELB 35- 90
SELB 35- 91
SELB
35- 92
SELB 35- 93
tMOTA 16- 15
tMOTA 18- 6
34- 52
tMOTA 22- 6
32- 65
tMOTA 22- 7
32- 66
tMOTA 22- 8
32- 67
tMOTA 22- 9
32- 68
tMOTA 22- 10
32- 69
tMOTA 18- 17
tMOTA 18- 98
35- 94
tMOTA 18- 99
35- 95
tMOTA 16- 36
35- 96
tMOTA 16- 37
35- 97
tFSC
26- 30
tFSC
26- 62
tFSC
27- 50
t NSC
21- 11
t NSC
21- 3
21- 15
t NSC
t NSC
21- 14
PPC
28- 64
PPC
28- 65
PPC
28- 66
PPC
28- 67
PPC
28- 68
PPC
28· 69
PPC
25- 8
PPC
25 - 9
PPC
25- 10
PPC
26- 21
36- 56
PPC
27- 30
36- 57
26- 22
PPC
36- 58
27- 31
PPC
36- 59
PPC
28- 32
36- 60
PPC
28- 33
36- 61
PPC
28- 34
36- 62
PPC
28- 35
36- 63
31- 77
TRW
TRW
30- 30
TRW
31- 78
TRW
31- 79
TRW
31- 80
TRW
31- 81
30- 31
TRW

+.Indicates manufacturer's data sheet available
in Transistor Information Microfile (TIM)

~t =~

TYPE No.

IHm:

PT6618
PT6635
PT6636
PT6669
RS1875
S01043
Sol100
Sol101
SDll02
Sol103
Sol180
Sol181
Sol182
SDl183
S05010
S05011
SD5012
SD5013

S05050
SoM2301
SoM2302
SDM2303
SoM2401
SoM2402
SoM2403
SDT1050
SOT1051
SOT1052
SoTl063
SDT1054
SOT1055
SDT1056
SoTl057
SDT1058
SOT1059
SOT1060
SOT1061
SOT1062
SOT1063
SOT1064
SOT1150
SOT1151
SOT1152
SOT1153
SOT1154
SOT1155
SOT1156
SOT1157
SOT1158
SOT1159
SOT1160
SOT1161
SDT1162
SDT1163
SoTl164
SOT1250
SOT1251
SoT1252
SoT1253
SoT1254
SOT1255
SoT1256
SoT1257
SoT1258
SDT1259
SOT1260
SOT1261
SOT1262
SOT1263
SDT1264
SoT1808
SOT1809
SOT1810
SDT1908
SoT1909
SOT1910
SoT2008
SoT2009
SoT2010
SoT2101
SoT2110
SDT2111
SoT2112
SoT2150
SoT2151
SoT2152
SoT2205
SDT2305
SoT3125
SoT3126
SoT3127
SoT3128
SoT3129
SoT3225
SDT3226
SDT3227
SoT3228
SoT3229
SoT3501
SoT3502
SDT3503
SoT3504
SDT3505
SDT3506
SoT3507
SoT3508
SoT3509
SDT3510

1• TYPE No• CROSS INDEX
MFRS Pa&Line TYP~No.
MFRS t>lL&Line TYPE

MFRS pa&Line TYPE No.

i~;Z

tTRW
tTRW
tTRW
tTRW
RAYN
t SSS
t SSS
t SSS
t SSS
t SSS
t SSS
t SSS
t SSS
t SSS
tMOTA
SSS
t MOTA
SSS
tMOTA
SSS
t MOTA
SSS
t SSS
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD

D.A. T.A.

~J: g~ I~mm

25·
26·
26·
25 24·
252525 25·
252525·
252535-

31
31
60
19
38
26
18
27
28
29
30
33
34
35
17

35- 18
35 - 19
35· 20
35- 21
27·103
27 -104
27-105
29· 6
29 - 7
29· 8
29- 9
29- 10
29- 11
29· 12
29- 13
29· 14
29- 15
29- 16
29· 17
29- 18
29- 19
29· 20
29- 21
29- 22
29· 23
27 -106
27-107
27-108
27 ·109
27-110
28- 1
28- 2
28- 3
28- 4
28- 5
28- 6
28- 7
28- 8
28- 9
28- 10
29- 24
29 - 25
29- 26
29- 27
29- 28
29- 29
29- 30
29- 31
29- 32
29- 33
29- 34
29- 35
29- 36
29- 37
29- 38
31- 70
31- 71
31- 72
31- 32
31- 33
31- 34
31- 35
31- 36
31- 37
31- 1
31- 2
31- 3
31- 4
31· 5
31- 6
31- 7
31- 30
31- 31
23-107
23-108
23-109
23-110
24- 1
29- 39
29- 40
29- 41
29- 42
29- 43
23- 5
23- 6
23· 7
23- 8
23- 9
23· 10
23- 11
23- 12
23- 83
23- 84

SoT3513
SoT3514
SoT3515
SoT3516
SoT3550
SoT3551
SoT3552
SoT3553
SoT3554
SDT3575
SoT3576
SoT3577
SDT3578
SoT3579
SDT3601
SoT3602
SoT3603
SoT3604
SoT3701
SoT3702
SoT3703
SDT3704
SoT3705
SoT3706
SoT3707
SDT3708
SoT3709
SoT3710
SoT3711
SDT3712
SoT3713
SoT3714
SoT3715
SoT3716
SoT3717
SoT3718
SoT3719
SOT3720
SoT3721
SoT3722
SoT3723
SoT3724
SoT3725
SoT3726
SoT3727
SOT3728
SOT3729
SOT3730
SoT3731
SoT3732
SoT3733
SoT3750
SoT3751
SoT3752
SoT3753
SoT3754
SoT3755
SoT3756
SoT3757
SoT3758
SoT3759
SoT3760
SoT3761
SoT3762
SoT3763
SoT3764
SoT3765
SoT3766
SOT3775
SOT3776
SoT3777
SoT3778
SoT3801
SoT3802
SoT3803
SoT3804
SoT3805
SoT3806
SoT3807
SoT3825
SoT3826
SoT3827
SoT3850
SoT3851
SoT3852
SoT3875
SoT3876
SoT3877
SoT3901
SoT3902
SoT3903
SoT3904
SOT4301
SoT4302
SoT4303
SoT4304
SOT4305
SoT4306
SoT4307
SoT4308
SoT4309
SoT4310
SoT4311
SoT4312
SoT4451
SoT4452
SoT4453
SDT4454
SoT4455
SoT4456

~mm

~gg

SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD

~po
00

~~: ~~ I~mm

23· 87
23- 88
23- 89
23· 90
23- 13
23- 14
23- 15
23- 16
23- 17
23- 44
23- 45
23· 46
23· 47
23- 48
24· 30
24- 31
24- 32
24- 33
23· 50
23- 51
23- 52
23- 53
23- 54
23- 55
23· 56
23· 57
23· 58
23· 59
23· 60
23· 61
23- 62
23· 63
23- 64
23- 65
23- 66
23- 67
23- 68
23- 69
23- 70
23- 71
23- 72
23- 73
23- 74
23- 75
23- 76
23- 77
23- 78
23- 79
23- 80
23- 81
23- 82
24- 2
24- 3
24- 4
24- 5
24- 6
24- 7
24- 8
24- 9
24- 10
24- 11
24- 12
24- 13
24- 14
24- 15
24- 16
24- 17
24- 18
23- 18
23- 19
23- 20
23- 21
23- 93
23- 94
23- 95
23- 96
23- 97
23- 98
23- 99
24- 19
24- 20
24- 21
23-100
23-101
23-102
24- 25
24- 26
24- 27
24- 34
24- 35
24- 36
24- 37
25- 97
25- 98
25- 99
25-100
25-101
25-102
25-103
25-104
25-105
25-106
25-107
25-108
31- 83
31- 84
31- 85
31- 86
26- 36
25- 37

~t ~~

b.-Registered with JEDEC
by this manufecturer

SoT4554
SoT4555
SoT4556
SDT4583
SDT4611
SoT4612
SDT4613
SOT4614
SDT4615
SDT4616
SoT4617
SDT4618
SDT4619
SoT4901
SOT4902
SDT4903
SOT4904
SDT4905
SOT4921
SDT4922
SOT4923
SDT4924
SOT4925
SoT5001
SDT5002
SoT5003
SDT5004
SDT5005
SoT5006
SDT5007
SoT5008
SDT5009
SoT5010
SDT5011
SoT6012
SoT5013
SoT5014
SoT5015
SoT5051
SoT5062
SoT5053
SoT5054
SoT5055
SoT5066
SoT5501
SoT5502
SoT5503
SoT5504
SoT5505
SoT5506
SoT5507
SoT5508
SoT5509
SDT5510
SoT6511
SoT5512
SDT5513
SoT5514
SoT5515
SoT5901
SDT5902
SoT5903
SoT5904
SoT5905
SoT5906
SoT5907
SDT5908
SDT5909
SoT5910
SoT5911
SoT5912
SoT5913
SoT6914
SoT5915
SoT6001
SoT6011
SoT6012
SoT6013
SoT6014
SoT6015
SoT6016
SoT6031
SoT6101
SoT6102
SoT6103
SoT6104
SoT6105
SoT6106
SoT6110
SoT6111
SoT6112
SoT6113
SoT6114
SoT6115
SoT6308
SDT6309
SoT6310
SoT6311
SDT6312
SDT6313
SoT6314
SoT6315
SDT6316
SoT6408
SoT6409
SoT6410
SDT6411
SDT6412
SDT6413
SDT6414

~g~6415
T6416

~g~

SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD

~gg

12

~t ~~

26- 55
26- 56
26- 57
26- 58
26- 67
26- 68
26- 69
26- 70
26- 71
26- 72
26- 73
26- 74
26- 75
27- 16
27- 17
27· 18
27- 19
27- 20
25- 39
25- 40
26 - 41
25- 42
25- 43
25- 44
25- 45
25- 46
25 - 47
25- 48
25- 49
26- 50
25- 51
25- 52
25- 53
25- 54
25- 55
25- 56
25- 57
25 - 58
25- 59
25- 60
25- 61
25- 62
25- 63
25- 64
25- 65
25- 66
25- 67
25- 68
25- 69
25- 70
25- 71
25- 72
25- 73
25- 74
25- 75
25- 76
25- 77
25- 78
25- 79
26- 89
26- 90
26- 91
26- 92
26- 93
26- 94
26- 95
26- 96
26- 97
26- 98
26- 99
26-100
26-101
26-102
26-103
27- 42
27- 43
27- 44
27- 45
27- 46
27- 47
27- 48
27- 49
25- 80
25- 81
25- 82
26- 23
26- 24
26- 25
26- 16
26- 17
26- 18
26- 64
26- 65
26- 66
27- 81
27- 82
27- 83
27- 84
27- 85
27- 86
27- 87
27- 88
27- 89
27- 90
27- 91
27- 92
27- 93
27- 94
27- 95
27- 96
~7- 97
7- 98

No.

I~gggg

SoT7013
SOT7014
SOT7015
SDT7016
SoT7017
SDT7018
SDT7019
SOT7140
SDT7141
SDT7150
SDT7151
SDT7152
SDT7154
SDT7155
SDT7156
SDT7201
SoT7202
SoT7203
SDT7204
SoT7205
SoT7206
SDT7207
SoT7208
SoT7209
SOT7401
SDT7402
SOT7403
SDT7411
SDT7412
SDT7413
SDT7414
SDT7415
SDT7416
SOT7417
SOT7418
SOT7419
SOT7511
SOT7512
SOT7513
SDT7514
SOT7515
SDT7516
SOT7517
SoT7518
SOT7519
SOT7601
SOT7602
SOT7603
SOT7604
SoT7605
SOT7606
SOT7607
SOT7608
SOT7609
SOT7610
SOT7611
SOT7612
SoT7711
SOT7712
SoT7713
SoT7714
SoT7715
SoT7716
SoT7731
SoT7732
SoT7733
SoT7734
SOT7736
SOT7736
SoT7761
SOT7762
SDT7763
SoT7764
SoT7765
SOT7766
SOT7S01
SOT7802
SOT7803
SOT7804
SoT7805
SOT7806
SOT7807
SOT7808
SDT7809
SoT7901
SOT7902
SOT7903
SOT7904
SoT7905
SoT7907
SOT7908
SOT7909
SoT7910
SoT8002
SoT8003
SoT8012
SoT8013
SoT8015
SDT8016
SoT8045
SDTS070
SoT8071
SDT8105
SDT8106
SOTS 110
SoTSlll
SDT8112
SDT8113
SDT8114
SOTS 115
SoT8116
SoT8131

IN TYPE NUMBER SEQUENCE
MFRS ~Li!!§. TYPE No.
~1iS

~gg

SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD

~gg

~g: ~~ I~mm

28- 38
28- 39
28- 40
28- 41
28- 42
28- 43
28- 44
28- 45
28- 46
28- 47
28- 48
28- 49
28- 50
2S- 51
2S- 52
28- 70
28- 71
28- 72
28- 73
28- 74
28- 75
28- 76
28· 77
28- 78
25-109
25-110
26- 1
26- 2
26- 3
26- 4
26- 5
26- 6
26- 7
26- 8
26- 9
26- 10
27- 21
27- 22
27- 23
27· 24
27- 25
27- 26
27- 27
27- 28
27- 29
28- 79
28- 80
28- 81
28- 82
28- 83
28- 84
28- 85
28- 86
28- 87
28- 88
28- 89
28- 90
27- 59
27- 60
27- 61
27- 62
27- 63
27 - 64
30- 33
30- 34
30- 35
30- 36
30- 37
30- 38
30- 39
30- 40
30- 41
30- 42
30- 43
30- 44
28- 53
28- 54
28- 55
28- 56
28- 57
2S- 58
28- 59
28- 60
28- 61
27- 32
27- 33
27- 34
27- 35
27- 36
27- 37
27- 38
27- 39
27- 40
30- 45
30- 46
30- 47
30- 48
30- 49
30- 50
30- 61
30- 52
30- 53
28- 91
28- 92
28- 93
28- 94
28- 95
28- 96
28- 97
28- 98

~tl~~

SoT8134
SoT8151
SoT8152
SoT8153
SDT8154
SDT8155
SDT8156
SoT8157
SDT8158
SDT8159
SoT8301
SDT8302
SoT8303
SDTS304
SDT8651
SoT8652
SoT8653
SDT8654
SDT8655
SoT8751
SDT8752
SoT8753
SDT8754
SoT8755
SDT8756
SoT8757
SDT8758
SDT9001
SDT9002
SDT9003
SDT9004
SDT9005
SoT9006
SoT9007
SoT9008
SoT9009
SoT9010
SoT9011
SoT9012
SoT9701
SDT9702
SoT9703
SoT9704
SDT9705
SoT9706
SoT9707
SDT9801
SoT9802
SoT9803
SoT9804
SoT9901
SoT9902
SoT9903
SoT9904
SL301BE
SP328F
SP328QF
SP329F
SP329QF
SP706F
SP708F
SP918F
SP929QF
SP930QF
SPl132F
SP1711F
SP1890F
SP1893F
SP2060F
SP2218AF
SP2218F
SP2219AF
SP2219F
SP2221AF
SP2221AQF
SP2221F
SP2221QF
SP2222AF
SP2222AQF
SP2222F
SP2222QF
SP2223AF
SP2369AF
SP2369F
SP2483QF
SP2484F
SP2484QF
SP2604QF
SP2605QF
SP2904AF
SP2904AQF
SP2904F
SP2904QF
SP2905AF
SP2905AQF
SP2905F
SP2905QF
SP2906AF
SP2906AQF
SP2906F
SP2906QF
SP2907AF
SP2907AQF
SP2907F
SP2907QF
SP2920F
SP2946F
SP3019F
SP3020F
SP3115F
SP3116F
SP3133F

~gg

SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SOD
SELB
RAYN
RAYN
RAYN
RAYN
RAYN
RAYN
RAYN
RAYN
RAYN
RAYN
RAYN
RAYN
RAYN
RAYN
RAYN
RAYN
RAYN
RAYN
RAYN
RAYN
RAYN
RAYN
RAYN
RAYN
RAYN
RAYN
RAYN
RAYN
RAYN
RAYN
RAYN
RAYN
RAYN
RAYN
RAYN
RAYN
RAYN
RAYN
RAYN
RAYN
RAYN
RAYN
RAYN
RAYN
RAYN
RAYN
RAYN
RAYN
RAYN
RAYN
RAYN
RAYN
RAYN
RAYN
RAYN
RAYN
RAYN

+-Indicates manufacturer's data sh"et available
.in Transistor Information ,Microfile (TIM)

~Line

~~:lg~

28-103
30- 54
30- 55
30- 56
30- 57
30- 58
30- 59
30- 60
30- 61
30- 62
30- 63
30- 64
30- 65
30- 66
31- 38
31- 39
31- 40
31- 41
31- 42
30- 67
30- 68
30- 69
30- 70
30- 71
30- 72
30- 73
30· 74
25· 83
25- 84
25- 85
25- 86
25· 87
25- 88
25- 89
25· 90
25- 91
25- 92
25· 93
25- 94
29- 94
29- 95
29- 96
29- 97
29- 98
29- 99
29-100
29- 44
29- 45
29- 46
29- 47
26- 26
26- 27
26- 28
26- 29
35- 22
35- 98
35- 99
35-100
35-101
35-102
35-103
35-104
35-105
35-106
35-107
36-10S
35-109
35-110
35- 23
36- 1
36- 2
36- 3
36- 4
36- 5
36- 6
36- 7
36- 8
36- 9
36- 10
36- 11
36- 12
35- 24
36- 13
36- 14
36- 15
36- 16
36- 17
36- 18
36- 19
38- 20
38- 21
36- 22
36- 23
36- 24
36- 25
36- 26
36- 27
36- 28
36- 29
36- 30
36- 31
36- 32
36- 33
36- 34
36- 35
35- 25
36- 36
36- 37
36- 38
36- 39
36- 40
36- 41

TYPE No.

I~mm
SP3136F
SP372400
SP37240F
SP3725F
SP372500
SP37250F
STP20S
STP30P
STP30S
STP40P
STP40S
STP50P
STP50S
STP60P
STP60S
STP70P
STP70S
SU2078
SU2099A
T0200
T0201
10202
T0250
T0402
T0500
T0501
T0502
T0550
T0700
T0701
T0702
TH95
TH2192
TH2369
TH2926
TH2944
TH2945
TH2946
TH3638
TH3877
TH3904
TH3906
TH4258
TH7500
TH7501
TI3027
TI3028
TI3029
TI3030
TI3031
TIL63
TIL64
TIL65
TIL66
TIL67
TIL601
TIL602
TlL603
TlL604
TIL605
TlL606
TIL607
TIL608
TIL609
TIL610
TIL611
TIL612
TIL613
TIL614
TIL615
TIL616
TIS88
TIS97
TIS98
TIS99
TIS 105
TIS108
TIXM103

RA N
RAYN
RAYN
RAYN
RAYN
RAYN
RAYN
RAYN
MST
MST
MST
MST
MST
MST
MST
MST
MST
MST
MST
+AML
+AML
SPR
SPR
SPR
SPR
+ SPR
SPR
SPR
SPR
SPR
SPR
SPR
SPR
SPR
SPR
SPR
SPR
SPR
SPA
SPR
SPR
SPR
SPR
SPR
SPR
SPA
SPR
+ Til
TIIB
+ Til
TIIB
+ Til
TIIB
+ Til
TIIB
+ Til
TIIB
Til
Til
Til
Til
Til
•+ Til
Til
+ Til
+ Til
+ Til
+ Til
+ Til
+ Til
+ Til
+ Til
• Til
+TII
+ Til
+ Til
+ Til
+Til
+ Til
TIIB

TlXP39

• Til
Til
+
+ Til
Til
+ Til
+ Til
TIIB
+ Til
TII8
+ Til

TIXP40

+ Til

TK9201
TK30551
TK30552
TK30553
TK30554
TK30555
TK30556
TK30557
TK30558
TK30559
TK30560
TP4257
TP4258
U234
U250
U257

TEK
+TEK
tTEK
+TEK
+TEK
+TEK
,+TEK
+ TEK
+TEK
+TEK
+ TEK
SPR
SPR
+SIX
+SIX
SIX

TIXM104

1• TYPE No• CROSS INDEX
MFRS Pa!!.1 i .... rYPE I't!b
MFR:; Pa&line TYPE
~~~: It ~~
SGSI
16· 49

MFRS Pa&line TYPE No.

V721

SGSI

V723

SGSI

D.A. T.A.

~t :~

V 41
V743
36· 44 V745
36- 45 V763
36- 46
36- 47 ZTX310
36- 48
36- 49 ZTX311
24- 44
24- 39
24- 45
24- 40
24- 46
24- 41
24- 47
24- 42
24- 48
24- 43
24- 49
35- 26
35- 27
35- 28
35- 29
36- 50
35- 30
36- 51
35- 31
35- 32
36- 52
35- 33
36- 53
36- 54
36- 55
36- 91
36- 92
36- 93
36- 94
36- 95
36- 96
36- 97
36- 98
36- 99
36-100
36-101
36-102
36-103
36-104
22- 1

SGSI

FERB
FERB

1634183418·

No.

IN TYPE NUMBER SEOUENCE
MFR:; Pa&lin TYPE No.
MFIiS.

38
45
19
28
20

22- 2
22- 3
22- 4
22- 5
35- 49
35- 50
35 - 51
35 - 52
35- 53
35- 54
35- 55
35- 56
35 - 57
35 - 58
35- 59
35- 60
35- 61
35- 62
35- 63
35·64
35- 65
35- 66
35- 67
35- 68
35- 69
21- 12
18· 87
18- 88
18- 89
18-100
18- 14
14- 2
14- 1
28- 11
36- 64
28- 12
36- 65
28-104
28-105
28-106
28-107
28-108
28-109
28-110
29- 1
29- 2
29- 3
29- 4
34 - 14
34- 15
35- 34
35- 35
21- 10
35- 36
16- 25
34- 58
16- 34
34 - 57

A·Registered with JEDEC
by this manufacturer

13

+-Indicates manufacturer's data sheet available
in Transistor Information Microfile (TIM)

~line

LINE
No.

~

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No.

f.1,lMAX.
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SYMBOLS AND CODES
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PEt0

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IN ORDER OF (I) MAX COllECTOR DISSIPATION
121 lab & 131 TYPE N!I.
TYPICAL 'h' PARAMETERS
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COMM N EMITIER
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•

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D.A. T.A.

19

SYMBOLS AND CODES
EXPLAINED IN INTERPRETER

6, SILICON FIELD EFFECT TRANSISTORS· P CHANNEL
LINE
No.

lJ

TYPE
No.

~MAX.
DEVICE
DISS

MAX.
Vp@ &

ABS MAX RATINGS@25' MAX.
MAX.
BVdss BVgssJ
Ud(ON)@ Igss@ TEST CONO
Id
Ig
Vgs=O& V9S>~~~9S Vds
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IN ORDER OF (1) DISSIPATION
121 TYP~ No.
DESCRIPTI N
DERATE
MAX.
IN
J-STRUCCis
DWG.
FREE MAX TURE
No.
~~~p
(F)
* T072
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PARAMETERS @25'C
C MMON S URCE Rds
Yos
(~~s s)
MIN
IIlI
MAX mhos

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2.0n
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L C
EO
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OM
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•

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D.A. T.A.

20

SYMBOLS AND CODES
EXPLAINED IN INTERPRETER

. 1J

7 SILICON FIELD EFFECT TRANSISTORS· N CHANNEL
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TYPE
No.

gm

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10

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IN ORDER OF (11 DISSIPATION
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D.A. T.A.

22

SYMBOLS AND CODES
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25

•

t03
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No.

f£J

.

10 SILICON PNP . HIGH POWER TRANSISTORS
TYPE
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18

IN ORDER OF (1) MAX THERMAL RESISTANCE
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23
EXPLAINED IN INTERPRETER

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•

D.A. T.A.

24

SYMBOLS AND CODES
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250m

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25

SYMBOLS AND CODES
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It

D.A. T.A.

26

SYMBOLS AND CODES
EXPLAINED IN INTERPRETER

IN ORDER OF (1} MAX THERMAL RESISTANCE

11. SILICON NPN . HIGH POWER TRANSISTORSLINE
No.

TYPE
No.

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g~: l~m.1~~2t
66+

1718-0405t

69+

1718-0802t

72+

1718-1005t

75+

1718-1402t

78+

1718-1605t

300m

I~gg:::

55

~~

§J

5·~5

~:~

1~~

15

3.0

80

I"fo
20

3.0

140

20

5~~:::

10~

I~:~

~oo:::

10~

8·~

1~

15

:3:<)

300m

55

333m$

m::::
m::::

30 0

§J 5.0

500m

333m$

m::::

30 0

§J LQ.O

333m$

30J?L

:j§J J~

500m
ggg:::
500m

I333m!.
~~~m!
400mu

"!&

~.~ 1·Q
2.00A 1.0
100 200m

1100

2.0k

:gg:::
400m

D.A. T.A.

~g

70

~:g

5.0

1:~

1.0

1~O~
500

18:~

8.0

1~~~
400

~:g:::

5.0m

27

~:g

5.0

I~:g~

m:

~gM: .~gg:::

~tg ~m g~

;~40
1776-0640
1Hg:¥g:g
1776-1240
1m:1~:g
1776-1840
1Hg:mg
1776-0860
h;~:l~gg
1776·1460
lm:1~~g
1843-2005
lm:~g~g
1843-2205
lm:mg
1843-2505
lm:2~~g
1843-2705
·lm:~m
1843-3005
1m:~g~g

D.A. T.A.

f£I~AX MAX
RISE DELAY
TIME TIME

MAX MAX MAX. Pc
BIAS
JJ
STORE FALL IN FREE
lab
TIME TIME AIR @ Vcb
Ie
2S'C
IHzl
(WI
IVI
IAI
~ l~l
Ysl
~.On
Ig:g~¢
g~¢ I!!·!!n
6~~~t
9f~!1¢~ 400m
3:g~¢~
I~:g~¢~ ~gg ¢ Itg ¢ 1.5 ~
3.0~0t
6.0~ 200~
4.00 U~
3:g~¢~
I~:g~¢~ ~gg ¢ ::g ~ U~
3.0~0t
4.00 1.5 0
6~ 2~
~.O~~r
I~:g~¢~ ~gg ¢ I::g ~ 1.5 ~
~:g~~~
6:oii0t 2000 4.00 a~
~.o~~r
~·~~~r l:zgg ¢ I::g ~ 1.5 ~
g:g~~~ 2000 4.00 1:~ ~
~:g~~~
16:g~¢.~ ,:zgg ¢. 4:8 ~ l:a
~:8~~~
3.oii0t
6.oii0t 2000 4.0 iii 1.5 l'il
Ig:g~~~ 1~88 ~ ::8 ¢ 1.5 ~
~:g~~~
3.0~t
6.00il!r 2000 4.0 iii l:~ ~
Ig:g~¢~ I~gg ¢ l:g ¢ 1.5 ~
3:g~¢~
3.0Mit
4.00 1:~ ~
6.0~t 200~
tg~¢~
I~:g~¢~ I~gg ¢ Itg ~ 1.5 ~
3.0~0t
6.0!!ill.t 200~ 4.00 l:~ ~
3.0~~!
I~:g~¢~ ~gg ¢ 4.0 ~ 1.5 ~
~:g~~~
6.0!!ill.t 200~ ::g ~ 1:~ ~
~'2~~t
lo·r1~¢. I~gg ¢ Itg ~ 1.5 ~
g:g~~
12~0 200~
4.00 ~:g ~
g:g~~
g~¢. 12gg ¢ Its ~ ~:8 ~
6.oii13
12ii0 200 iii 4.0 l'il 5.013
5.0 ~
12~~ ~gg ¢.
g:g~¢
t8 ~
12~~ 200 iii 4.0
6.oii13
12u
l'il ~:g ~
g:g~¢
12~¢. 2gg ¢. 4:8 ¢ ~:8 ~
6.0~
12~ 200m
4.0 iii 5.0 iii
~:g~¢
g~¢ ~gg ¢ 4:g ¢ 5:g ¢
6.0~
12!!i1l. 200 i1S 4.00 5.00
g~¢ ~gg ¢ tg ~ ~:g ~
~:g~¢
6.0~0
llil1!.. 2QQ..iIl 4.00 5.0 0
~:g~¢
g~¢ ~gg ¢ Itg ~ 5.0 ~
6.0~0
4.00 ~:g ~
~ 200 ill
6:g~¢.
12~¢. 2gg ¢ Itg ~ ~:g ~
6.oii13
1200 2000 4.00 5.00
~:8~¢
12~¢. 2gg ¢. ::8 ~ ~:g ~
6.0013
12013 200 iii 4.0 l'il 5.00
flfO'K'¢
~5~¢. '2sg ¢.!1l l:8 ~ 5,0,~
20013
2500 250 iiI&1 4.0 l'il ~g ~
~O~\U 'tgg ¢.* ~:g ¢ 5.0_~
10k! I66fO'K'
3.0u
10k§
20u
3.0u
60u 100 m* 3.0 iii 19 ~
10k!
20u
3.0u
200k§ll 20u
8.0u
~~~ l~g ¢* I~:g ¢ 19 ¢
200k§'" 20u
8.0u
15u 120 ill 2.00 400
15u gg¢ 2.0 ~
1~'Ou
~ggm ~g~
:g ¢
15u
u
200k§'" 20u
.Ou
15u 120 i1S ~:g ~ 400
6.0~:e,
j:gg~:~ 800~
I~:g ~ 4.~ml
1.0
1.7uni/l.
1.~~ nHl
20 ",it
850n
5.0 0 1.0
20M!'" 150n
~g~:~ 1~~~~
I~~g~¢ ~g : I~:g ~ 1:g ~
150n
85000 15 iit 15~O 0 1.00
20M!'" 150~~
!'2~~
~g~:~ 2~~~~
~g : ~:8 ~ 1~:8 ~
250~~
20M§'" 250n
U~~ 15 'it 5.0
l'il 3.00
I~:g ~ I 01l'¢
~g~:~ ~gg~~
JiO':
lJii
!~
g82~ 350n 150 $ 3:0 iii 40 l'il
20M!'" 500n
~9M§'"
I~gg~ 3~!!n 199 ~: .0 ~ :g ¢
~8g~~
20~:~
600n
Onn 15Jiiil$ ~:g ~ 40 iii
20M '" 500iill
350n
Iggg~
~gg~¢
~8~:~
199 ¢: ~:g ~ :g ¢
50n
600n
50n 150 iii. 3.0 0 400
20M!'" 500iill
I~gg~
~g~:~ ~gg~¢
:~g~ l~g ¢: ~:g ~ gg ~
700n 4~n 150 iii. 3.00 600
20M§'" 60000
~gg~ :~g~ 199¢$ ~:g ~ gg ~
~g~:~ 6gg~¢.
700n 450n 150 0$ 3.00 so 1i
20M!'" 60000
7gg~
~g~:~ 6gg~~1
:~g~ l~g ¢$ I~:g ~ gn
t
1.5ut LOut
8501 5.00 5.0
25M!'" 500n
1.5ut
~~~~~f
~~~:~ 500~~r
1.5ut l:g~~
~a: i~:g ~ ~g ~
85 0§ 5.00 5.0
1.5ut LOut
25M!'" 500n t
.5ut
~22~~r
~~~:~ 500~~r
1.5ut l:g~t
~a: Ig:g ~ ~g ~
25M§ll 500n
t
850§ lifo 0 5.0
1.5ut LOut
1.5ut l.~ut
10 ~
!!~~~~r
~~~:~ 500~~r
1.5ut
~~ ¢.: ~:8 ~ 20
25M§ll 500n
85 l'il§ 5.0 iii 5.0
t
1.5ut l:g~~
l:~~~ l:g~~
~~~:~ ~gg~¢~
~~ ¢: !.~ IB ~g 7l
1.5ut LOut
85 iili I~:g ~ 5.0
25M§'" 500nillt
1.5ut 1.0ut
25M§'" ~gg~~
~~
I~:g ~ Jg
1.5ut 1.0ut
25MM

l:t

hie

~~F'

m:::

1

It°

32

it°

1

ljl:

32

MAX.
SAT.

15'"
15 '"
15'"
15'"
15'"
15
15'"'"
15'"
15'"

1~ ~

15
15'"'"
15'"
25'"
25'"

~g :
2.5 !

1m:::
866m
1m:::
866m

1m:::
866m

m:::
866m

I~!!!!m

m:::

~~ ~ :i~~:::
33m

~g ~
25'"

~~ ~

25'"
25'"
25'"
25'"

~~ ~

1m:::
833m
I!!;!;!m

~~~:::
~~~m

m:::

15'"
15'"
15 '"
15'"
15'"
15'"
15 '"

I~~~:::
200m
1~~8:::
220m
I~~g:::
220m

15 '"

220m

a~

~~8:::

1~ ~

I~~g:::

~~ ~

I~~~m

25'"
25'"
25'"
25'"
25'"

~~ ~

25'"

~~ ~

200m

~gg:::
200m
~gg:::
'2gg:::
200m

I~gg:::

25'" 200m
25'" 12!?!?m
75m
10'"
75m
10'"
15'"
12~~:::
5.5
5.5
93m
5.5
19 ~!
10"'*
19 ~!
lI~m

~~ :~

15 tl-"#
15 t"'#

1~ ~~!

15 t"'#

1~ ~~:
!~

t"'#
15'"
15'"
15 '"
15'"
15'"
15'"
15'"
15'"
15'"
15'"
15'"
15'"
15'"
15'"
!!! '"

~g
~'"
15 #'"
~g :~

15 #'"

~g :~
15
~g
15
~g
19

#'"
!~
#'"
!~

:~

ES RPTI N
r'bb STRUCTUR~M MAX.
X P-PNP
A TEMP DWG.
N-NPN
TI'Cl No.
JEt
~
T072
~! 1505
~~g~
m:~
N!
~~~
lSi.
~
N
175J MT58
~: 175J MT58
~ 1ill MT58
I~: 175J
175J ~n~
i 175J MIa
5i 175J MT58
MT58
I~: 1m~J MT58
5i 175J MT58
5i
5i mj ~m
I~! !r~J MT58
MT58
Is: 17
'~~~J MT58
175J MT58
I~:
5i U~j ~n~
I~! 'r~J MT58
MT58
lS.: 1lllJJ MT58
I~: l~~j ~m
l§.i lThJ MT~
Si 175J MT58
5i 175J MT58
l§.i !l..§.J MT58
I~i 175J
N
175J ~m
N
Is: 175J MT33
i
1
5J M!~~
I~
Si
N
5i ggj ~m
N
Si 175J MT33
N
5i 175J
N
5i 175J ~m
N
!r~J MT33
N
~: 175i
N
5i 175 ~ll
N
~! 'r~J I~m
Mili
~
~
N
I~: g~j ~m
N
N
~ 175J Mili
N
175J MT33
I~: 175J
N
N
~ 175J ~m
N
I~I mj ~m
N
N
Si 175J MT33
i
I~
Si 17~~ ~H~
N
5i 17
'~~~J MT33
N
i 175J MT33
N
N
I~: mj ~g~g
N
i 175J MT33
N-A
Si 100J MT76
N-A
5i 100J MT76
N-A
!I!~J MT76
I~~ 'l&J
P
P
G. II J ~:1
P
110J
I~: IIOJ !!!41
P
I&.41
P
41
lG.. 110J T
N
T03
70~~
I~gg~
I~:
N
T03
30~~
60
N
Si 200J N66
N
~g~o
~g~
I~: I~~~J
N
2gg~J T05
60Dill
N
Si 20
i
I~
'200j
1mm
12
N
I~: 200J tgg
N
200J T05
12J
I~:
1.6n
N-EM
1.6n
N-EM
Si ~ggj ~g~~
N-EM
T063
l:g~~
~:
1.6Dl/i
~:~~
5i '200j
200J ~g~
N-EM
~!
+gg~
U~~
N-EM
1.6n
N-EM
2 J N63
~ I~
5i 200J !!!!!~
~-EM
1·~n
1.6n
N-EM
5i
1.6n
N-EM
~ ~i
I.~n
5i
1.6n
~:~~
5i ~ggj !!!!!~
1.6n
N-EM
~ 200J
l.!!n
I~:~~
!~: I~ooj ITg~~
~J~~
N-EM
5i 200J T03
5i
I~-EM
~gg~
N-EM
Si 12ggj T~~
600
N-EM
5i 200J T03
5i
I!,!-EM
~gg:i ~~~
N-EM
~g~~
600
N-EM
.~: 200J T03
5i
OOJ
I~gg~
~:~M
~~~
600
N-EM
lID ~gj ±O3
T03
iggg~
I~: ~ggj T03
~:~~
600
N-EM
Si 200J T03
5i I~ggj
ggg~
~:~~
~g~
Si
Cob

SYMBOLS AND CODES
EXPLAINED IN INTERPRETER

Lilli

s

=
=

LC
EO
AD
DE
OM
g~

~

'~~
;'13

A~
~¢

~

~~

~

~~
~

~~
~

~~
..Mi
~~
';'0
CA'lJ
C
AEi

j

i

I~¢

~

1J.
~~

~

~~

A0
~Il'

A
A
A
A
A
A
A
A
A
A
A
A
A
A

A~

g~
C0

g~
C0
g~
C~

g~

~

g~

.1

~
LINE
No.

TYPE
No.

~; lm:~m

3,.
I

1843·3220

~; Im~:3~~g

6,.

1843·3520

~; mg~~g

9,.

m

12,.

l~;

15,.

l~;

18,.

~~;

21,.

1843·3720

1~~~~79

1743·0610

1748·1610

1743·0820
~~; 11m:mg
30,. 1743·1420
;!.1"
32,. qm:1m
33,. 1748·0820

~~; 1m:1~~g
39,.

:~;

42,.

:~;

45,.

1748·1420
mg:1m
1743·0630

1m:¥g3g
1743·1230
1;:3:1m
1743·1830

:~; 17:8:g~3g

48,.

1748·1030

~g; m::mg
51,.

1748·1630
~~; 16~;~'118JO
54,. D43C2

~g; g:~g~

57,.

D43C5

60,.
til,.
62,.
63,.

1714·0402
1 14'<:>'102

~~; g:~g~

171t~g?2
171
·1 02

g~; h1::1~g~

66,.

g~;
69,.

1714·1602

171~:O~O~

1716·0602

~~; h1g:¥gg~

72,.

n;

1716·1202

H;
78,.

11~1::g~g~

75,.

25M§t> 500lillt
500~rlt

~~~:~ 500~
25M§t, 500n t

~~~:~ ggg~~~

25M§t> 500iiit
3g~:~ !~~n
120~0
30M§t> 300n

mtl~g~

1716·1802
1718·0802

~g; 1m:l~g~

~g~:~ ~gg~~

30M§t> 300n

1714·1605

8~; 171::1~gg
~~; 1~1~:6~gg

93,.
~~,.

95,.
96,.

1716-0605

171g:~gg~

1716-1205

~~; 1m:1~gg

99,.

102,.

qg~;

D.A. T.A.

500n

500n

500n

1500~

500n

300n

I~og~

300n

I~og~

300n

lago~

500n

550n

350n

15~g~

Im~

5~g~

3~g~

3g~:~

450~~

450~~
30M§t> 500n
30M§t>
30M§t>
30M§t> 500n
500n!l;1

~go~~

3gM:~ 500~~
30M§t> 500n
~g~:~ ~gg~~
30M§t> 500"0
500n!l;1

~g~:~ 500~~
30M§t> 500n

30M§t>
5~g~~¢
40M§
40M§
50nili
40M§
50n!rl
40M§
50n:
40M§
50nt
40M§
40M§
50nt
50~W
40M§t, 300n
40M§t>
40M§t> ~gg~¢
40M§t, 300~0

:g~:~

~gg~~
40M§t> 300n
:g~:~ ~gg~~
40M§t> 300n
:g~l~ ~gg~~
40M§t> 300n

40M§t>
40M§I1 ~gg~~
40M§t> 300!l~
40M§t>
40M§t, 3gg~~
40M§t> 300iii

:g~:~ 3gg~~

:g~:~

300~rl

550n
550n

550n

600~

15g ~
1500

5gg~~

.2..00nt

15gg~~
600n

~() #t>

I~:g ~

2.0 iil

I~:g ~

2.0 iil

I~:g ~

2.00
2.00

~:g ~
iil

2.0

~:~ ~

150 iil

400n

:oo~

400n

:gg~

50nt

5g~~

50nt

~g~~

300n

Iggo~

1300~

Iggg~

1300~

ggg~
600n

400~~

goo~

:gg~~
400n

6g0~

ggo~

600n
600n

:g~:~ :gg~~

Iggo~

:g~:~ :gg~~

Iggg~

:g~:~ :gg~~

Iggg~

600n
600n
600n

16gg~

600n

16gg~
60n

lQ.og~t

19 ~
100
19
10

~

iil

~g ~

20

180~~
800

2°1!
20
t>
~2 t>#

I:gg~
800

~g ~i
~!! t>#

,ggi
800

2°1i
20
t>
~? t>#
20 11
20
t>
~~ t>#
20 ~!

i~:~ ~

15g ~
1500

~:g ~

1500

l~o ~

150 iil

m~
175iil

1.7 ~
1.7 #

Hi
1.7 #

lJ5~

3.00

3.00

I~:g ~
3.0 iil
I~:g ~
3.0 iil
3:g
3.0

300n

300n

13gg~

300n

13gg~

300n

3a
350

330$

35 ~
350

laoo~

300n
1:1?On
1~?On
OOn

13gg~

300n

13gg~

300n

13gg~
300n

13gg~
80n

~~~t

30 iil

~g ~

300
30 !1;1

rg
1.0 iil 1.0

1:g ~ ~:g ~
1.0 iil 1.0 iil
1.0 !1;1
1:g ~
19 ~ 2.0 iil
2.0 !1;1

i~:g ~

2.00

I~:g ~ I~:g ~

2.00 lio 0
2.0 !1;1

2.0 iil 2.0 iil
2.0@

19~ ~:g ~
2.0 iil
I~:g ~ ~:g ~

2.00 5.00

a~ ~ I~:g ~ ~:g ~

350

2.00 5.00

sas ~:g ~ g:g ~
SO 0$ 2.00 S.O 0
50 rl! I~:g ~ 5.0 !1;1
50
50 ~~$ 2.0 iil ~:g ~
~g ~: ~:g ~ 5.0 rl
50 iil$ 2.0 iil ~:g ~
33~: I~:g ~ 5.0 rl
33iil$ 2.0 iil I~:g ~
3U:
330$

33 ~:
...3.0 $~

I~:g ~ ~:g ~

2.0 iil 5.0 iil

I~·O !1;1

I~:g ~

~g ~i

20 t>
~i
20

:gg~
ggg~

g:g

~

10';;Q

800Diii

Iggg~

806DiZl

:gg~

80QillZl

~g ~

500m
500m
52,:!m
500m
500m

~g ~

500m
300m
300m
300m
300m

20 t>

20
10
20
20

t>
t>
t>
t>

2011

~g ~
20 t>

~g ~

20 t>

~g ~

20 t>

~g ~

20
20
20
20

t>
t>
t>
t>

~g ~

20
20
20
20
20
20
20
20
20
20

t>
t>
t>
t>
t>
t>
t>
t>
t>
t>

~g ~

20
20
20
20
20
20
20
20
20
20

t>
t>
t>
t>
t>
t>
t>
t>
t>
t>

~g ~

20 t>
20 t>

~g ~
I~UJ\l> ~:g ~ 1.b°:ll~ ~g ~

33

8g~~

80~~
800

~O t>#
~g ~ 20
~i
30 iil 20
t>
~? t>#
~ 3g ~ 20
~l
iil 30 iil 20 t>
~ I~U! ~g ~#

~:g ~

800Diii

20 t>#

~2()m

N·EM
N·EM
N
N
N·EM

I~·EM

N·EM
N·EM

~~~~
125

12~~

12~~
125

125~~

m~
2~~~

~~g~

N·EM
N·EM
N·EM
N·EM
N·EM
N·EM

N·EM
N·EM
N·EM
N·EM
N·EM
N·EM
N·EM
I!'I· EM
N·EM
N·EM
I!'I· EM
N·EM
N·EM
N·EM
N·EM
N·EM
N·EM
N·EM
N·EM
N·EM
N·EM
N·EM

I~r

Pt
Pt
Pt
Pt
Pt
Pt
N·EM
N·EM
N·EM
N·EM

I~:E~

I~~g:::

I~gg~
250

N.~~

N·EM

N·EM
N·EM

I~~g::: I~gg~

N.~~

~gg~~

I~·EM

~~g::: I~~g~

I~·EM

250m
250m
250m
250m

250DiZl

250;;iZi

250m

250Diii

250m
250m

25~~~
250

150m
150m
150m
150m
122 m
150m
150m
122 m
120m
120m
gg:::
120m
120m
120m
120m
120m
120m
120m
gg:::
120m

250Diii

1~50m

I~~g:::

50~~

~gg~~

250p
25~m
250

m~~

250JJiZi

m~
250DiZi
25<,!~

25~
250

I~gg~

25QilflL
250s:'~

1~5~~;
250

m:::

I~~g~

500m

19~

150;;iZi

N·EM
N·EM
N·EM
N·EM
N·EM
N·EM

I~·EM

N·EM
N·EM
N·EM
N·EM
N·EM
N·EM
N·EM
N·EM
I!'I·EM
N·EM
N·EM

I~·EM

N·EM
N·EM
N·EM
N·EM
N·EM
N·EM
N·EM
N·EM
N·EM
N·EM
N·EM

~

~~

gj

i 200J IQ.3

Si
Si
Si
Si
Si

~g~
~28~
200J T03
200J
200J

~8b

Si
Si
Si
i

200J
200J
200J
200J
200J
200J
200J
200J
200J
200J

T063

~: ~gg~ ~gg~
~:

~8~3

T03
T03
T03
T03
T03

Si
Si
Si
Si
i
Si 120g~
Si 200J T063
Si 200J T063
Si
T063
Si ~gg~ T063
~! I~?OJ ~~~J

ill,J
1 J
150J
~: 150J
Si 150J

iSl

Si
Si
Si
Si
Si
Si
i
Si
Si
i

~8~
~O6~

~1

X51
X51
X51
X51
l~g~ X51
200J T066
200J
200J ~8~6
OOJ T066
200J Tq~~
200J
~8~6
200J T
66

g~
g~

gj

A
A

A
A
A
A

A

g~

g~

cit

g~

A
A
A
A

A
Ag2

g~

C0

g~

C0

A

A
A
A
A
A
A

A
A

A

A

A
A
A

1200~ ~8g1

A

i
T061
Si 120g~ T061
Si 200J T061

A
A

I~:

200J T061

I~: ~ggj ~ggl
Si
Si
Si
Si
Si
Si
Si

200J
200J
200J
200J
200J

T061
TOlll
i&111
TOlll

~~ i&111
200J TOlll
~: 200J TOlll
Si 200J T066
T066
~: '2gg~ T066
Si 200J T066

i~: ~go~

I~: I~gg~ ~g111
Si 200J TOlll

%

Si 200J TOlll
Si 200J ~111
Si 150J

Si 200J TOlll

~: ~ggj

A
A
A
A

A
G
G
G

I~

G
G
G

~866

Si 200J T066
Si 200J
Si 200J ~ogl
Si 200J T061
I~: 1~!!9J ~g~l
Si ~ggj T061
Si 200J T061
Si 200J T061
Si 200J T061

I~: I~ggj 1+8111

SYMBOLS AND CODES
EXPLAINED IN INTERPRETER

g~

C2l
g~

Si 200J T03

I~: I~go~ ~o3

I~:~~

N·EM
I!'I· EM
N·EM
N

g~

C0

gjj

T063
I~~ 200J
200J T063
lsi 200J T063
i
063
Si ~og~ T063
Si 200J T063
I~: 22!!J ~8~J
Si L~g?J
OJ T03
Si 200J T03

N.~~

LC
EO
AD
DE

200J T03

Si

I~: I~go~ 1+83

N·EM

I~~g~

250m

Si 200J T03

i~: I~gg~ ~g111

N·~~

:~pg:::
OOm

250DiZi

i~: I~gg~ ~g~

I~:~~

I~:~~

18gg~

~O t>#

N.~~

Iggg~

80QillZl

~g ~ ~g ~i

3~ ~: ~:g ~ I~:g ~
330$
2.0 iil
3U: ~:g ~ ~:g ~

300n
300n

~g ~

2.00 I~:g.~
5~ ~: Ilg ~ I~:g ~
50 iils 2.0 iil 2.0 iil
~O ~: .~ rl I~:g ~
50 iil$ ~:g ~ 2.0 iil
2.0 @

3U:
350'

1300~

~g ~

500$

~og~
OOn

lagg~

~g ~

C~~

DESCRIPTlON
STRUCTUR~~ MAX.
P·PNP
A TEMP DWG.
N·NPN
T
No.
rCI
i 200J 03
I~:~M
Si 200J T03
N·EM
Si 200J T03
200J
I~·EM
I~:
N·EM
~8~
N·EM
Si ~ 1"1>3

,~gi
800

20 t>
20 t>#

r'bb
X

I~·EM

800~~

H~~

SO ~$ I~:g ~

600n

19 ~
10 iil

I~g~~
800

20 t;~
~2 t>#

~2 t>#

@n

1300~

600n

10 iil

800

'600~

16gg~

!lgg~

20 t>
~i
20
20 t>#

300n

16gg~

6~
150

20 iil

~:a

an
350

600n

Iggg~~

15 !~
10
t>
15 t>

2.50

m~

1300~

600n

600

1750

'600~

600n

15 !~
10
t>

350n

600n

600n

iioODiZl
Igg~

~g ~#
19 ~ ~g ~:

2.5 iil

300n
300n
300n
300n

i6gg~

10m
~':!::::J
10

iil
~g ~
20 iil

2.5 iil

m~ I~:~ ~

m~
600n
400n
175iil
~gg~t 4~g~t l.jS:
500nt

20 iil
I~:g ~ 5'fo ll'¢
5.0 iil 20 iil

IF)

Iggg~

~g ~!

400n

ggg~

~';! #t>

5.0 iil

~~~.

iii #4

5'~0\l>¢

m~ I~:g ~

15~ ~.
150.

II

~g :~

Cob

20 iil

1400~

400~~

40M§t> 400"0

Illig ~
1500

IVI
IAI
Ig:g ~ 5'~0\l>¢
5.0 iil 20 iil

~:g ~

MAX.
SAT.

hie

2.5 iil

600n

400n

400n

~U~
1~

Ie

I~:~ ~

ggg~

600n

8~ iilt

Vcb

199 ~
1750

:gg~

600n

~a:

131 TYPE N!I.

BIAS

350n

ggo~

600n

400~~

350n

la~g~

300~~
400n

4<:>,:!~~

I~~g~

~5g~

600n

gg ~:
85 iili

175 ~
17siil
175 rl

300n

~g~:~ 450~
30M§t> 450n
30M§t>
30M§t> :~g~¢
30M§t> 450~0
450~rl

85 ~:
85 iili

17Il 0

Ig~g~

450lill

MAX. Pc
IN FREE
AIR @
2S'C
IWI

300n

:~g~~

1718·0805

q~g: I~~mo

~g~

13gg~

40M§t> 400"0
40M§t>
40M§t> :gg~~
40M§I1 400iii
40M§t>
40M§t> :gg~¢
50M§I1 80n
50M§I1
Igg~W
50M§

qm:lm
1718·1405
11g~; 1m:lggg
108t 2N2878

~g~

Ig~g~

1716·1805

105,.

IlLOut
:g~~

45~~~
450n

40M§t> 400"0

19~; 1m:g~g~

LOut

1.5ut
1.5ut
1.5ut

laoo~

40M§I1
40M§t>
40M§t>
40M§t>
40M§t>
40M§t>
40M§t>
40M§I1
40M§t>
40M§t>

90,.

Lg~~
1:g~~

1500~

300,,0
300nrl

1714·0405

m::ggg~

ll~~

lsi

~.~ut

~g~:~ ~gg~~

30M§t>
30M§t>
30M§t>
30M§t>
30M§t>
30M§t>
30M§t>

84,.

1714·1005

1.~ut

1500~

~og~~

40M§t> 300~

g~;

~:I

1.5ut
1.5ut
1.5ut

3g~~~

1718·1402

87,.

~~)

MAX
MAX
STORE FALL
TIME
TIME
If

150g~

81,.

:~; 1m:1gg~

MAX
DELAY
TIME

3g~:~ ~gg~~

30M§t> 300n

~g; m~:Jm

~~;

~~)

~~~:~ ~gg~~~

1m:le1g
1743·1810

27,.

36,.

IHzI

30M§t> 300n

~~; 17:~:lm
24,.

lab

flJ~AX
RISE
TIME

lm:¥glg
1743·1210

17:S:om
1748·1010

IN ORDER OF (1) lab. (2) MAX RISE nME &

12• SWITCHING TRANSISTORS

f1J

TOlll
TOlll

A
A

A
A

A
A
A
A

G
G
G
G
G
G
G
GM;I

AA\l>

LINE
No.

,.

2,.
3,.

.lJ

TYPE
No.

g:m
042CS

S~; m~~
9,. BSV15

lY:-1l ~.i:~~~2S12
12,. JAN2N2S14

m-1l mm

15+

~
fab
IHzl

g:m
042C4

~,.

5,.
6,.

12 SWITCHING TRANSISTORS

TP425S

~g~l

199~:
l~g~ll::.

04101

~~: g:lg~

24,.

~~:

27,.

04105
04107
0410S
2SA608

~g~= IH~m
30,. 04001
~2: Ig:gg~

33,.

04004

3~: Ig:gg~

36,.

38!
39,.

04008

~~~m

2N5736

:Y~~ 1~~g71~
42+ 2N2218A
:~J.J143

:~H
45,. V763

m I~~~~&~A
48+

CS3606

~g! 1~~m7

51,.

~~:

54,.

C722

1I~'1_MT3014

2SC772
BSY34

~~: ~m8

57,.

V723

~g: ~U423

60,.

2SC425

g2: I~~gm

D.A. T.A.

100n~~

150M§

l~&~l

150M§
150M§
150M§
180M§

~gg~l~

200M§
200M§
200M§
200M§
200M§
200M§
200M§
200M§
200M§1::.
200M§1::.

~gg~:

250M§1::.

~~&~:~

300M§
300MM
300M§1::.
300MM
3ODM§1::.
320M§1::.
350M§
350MM
350M§
400M§

:~g~:

450M§
480M§
500M§
500M§
500M§
500M§

~~g~~
150ut
150ut

~g~t¢
~g~~~

~5n!~

25n
25n
10n
140u¢

35nE!

35nt¢
lSn$

g~g~~
150n

~&g~

200n
1.uulO

u:#

1.7
1.7 #

1:~

:

,g
3.2 ¢
I3 ilh IO¢ $
500.

~80~

200m

SOut
~9ut

25n
40nt
40n!
40nt
40nt

:&~~

SOn

50nt

200nt

50nt

200nt

50nt
50nt

300n
300n
170n
170n
225n
20n

~g~~
~':1nt

I"~~~
25n
!IOn
60n
60n
150nE!

150$
15.?$
150%
1.0

1]:& :
1.0 #
1.0 #
1.0 #
100m

,~ggi
1.0
1.':1 #

1:8 !
1.':1#
l:g!

~gg~

360m

!~?m

368~~

125m
800m
m
!22
160m "
400m

75~~
60n

Jgo~¢

45nE! 1~1?°~iZ>

~~~iZ> 5gg~iZ>

240~0t 360m
60n

25~1l'

150~G'l
50n

IHg~
2.6

198~~G'l 1~:Om

~~~fG'l

80niZ>

~~~~

200nt

35n
45n

i~~10

70n
70n
70n
70n

120n
75nt
75nt
75nt
75nt
75nt
75nt
70n

~~~

40~~
40n

~onID

200ut

1~29ut

~gg~~

~~~~~

~~~~

Vcb

Ie

[Vi

(A)

Il:g ~ ~:g ~
1.00 1.00
1:g

~

1:g

~

1.0~ 1.00

1:g ~ 100
1.0~ 1

J:g ~
5.00

65nt

120n
120n
!~On

120n

360m

16g~ID l~g8~
60n

g&~

500m

I~&g~

MAX.
SAT.

hfe

~~f'
199~
~gp~
100
5 Om

~g ~
10 I::.

~g ~

20 I::.

63
Ia~~
63

I~U~i 50
gg

1.0

"

if

~g ~
I~~o,::~
10~g 30
300m
10m
I::.

I::.

l,;,~m

100

:~

I::.

!~.u

1.5

I~~g~

3Jgi¢
1.h°:ll
2.0
1.0 E!

50 I::.
10 I::.

2.00
2.0 ~

20 I::.
10 I::.
20 I::.

~g ~

~g

~:8!

1:8
1:g

~
~

45
45

500m
500m
500m
1.0
1.0
2.0

lS0m
!'!..Om
4.0
1.0
1,2
1.0
1.0
2.0
2.0

I~:g ~

OOm
5,!Om

~g ~

10m~ 100

3J~ 1.01~
2.0

10 I::.

~g ~
l:nl
2.00 1.00
10 I::.
10 I::.
Itg
l:g
10 I::.
2.00 1
10 I::.
70 I::.
10 ~
401::.#
1~ ~ 11
10
1001::.#
1
80
16:8
100m¢' SO
1O"'¢ 10m
50 I::.
25
1.~~ 300
tiZ!
1.0
50m 100
I~:g

¢

¢

¢

1.0
1.u

1.0
1.0
2.0
2.0
4.0

tl::.

3Jg~

19~ l~g fiZ!
10m
30 I::.
10m
10m 2gg ~
10m 120

1.0,~,

500~
1.0

~~U¢.\t

i~··

1.0~ 1
l:a 1
1.00
1.~ ~

~:g ~

~:g ¢

34

20m

42 t
~~ t
130
50
SO
SO

20,::~ ~g
20m

19~~

100

3g~

20D§
.~~I>$
35=
350
~~oy$

~:g~:~

m;

350$

.~5p$

3.0&iZ!
1 )0
lOp
lOp
10i>

I~:g~

19~

12i>
8.0~

Ig:g~

8.00

I~:g~

8.00

8.0~~.

::g~:~

3.0p

¢

1:g ~
1.00

IN ORDER OF (1) fab. (2) MAX RISE TIME &
1311YPE N.
D~CRIPTI N
,'bb STRUCTUR~M MAX.
Cob
X
P·PNP
A TEMP DWG.
N·NPN
T
No.
(F
lm
~

BIAS

200ut illO'~ I"·f5 ID¢.$ I"·foID¢. ~~O~,

I~gg~~

25~~~
25nt
25n!E!

2~

75nt

~~~

25ntG'l

~}

500nt

~&~~

110n

MAX. Pc
IN FREE
AIR @

75nt

LOu

lOut
lOut
lOut
15n

MAX
FALL
TIME

500nt

~~u"n

~g~~~

16nlO
150~G'l
30n

~l

I~gg~~

500n

50~t~

30n
35n
35n
70n
70n
2Sn
25nE!
20n¢.

MAX
STORE
TIME

~gg~~

199~:1::.

100M§

21,.

i~}

100M§1::.

~g:-;1 1~~~g~SA

BOY61

i~,
100n!~

MAX
DELAY
TIME

SOM§
100nt
50M§
50M§
199~~~
50M§
100nia
50M§1::. 500~~
50M§1::. 500~~
SOM§I::. 500n
~~M§I::. ~':19~~
350~~
~g:g~l~ 350n
500niZ>

l~H Igg~g6

lS,.

f.£J~AX
RISE
TIME

I

30

~~

25
25
4.4
7.3

20
~U

~

I~~

Nt
Nt

lIP·O
D

P·O
P·PE

I~'''~

N

~:pE

P·PL
IN: PE
N·PE
~

....

Pt

I~~

Pt
Pt
Pt
P·PE

~.~~

N·PL
Nt

IN~

Nt
Nt
Nt
Nt
N
N
N
N·PE

~:8~

~:E

~:8~iZ!

I~.PE
·PL

S.Op$

Ig:g~~
6.oiiiZl

I~:~~~
3.0i!

5.0~'"

1.5p
4.k
4.5p

I~:&~
I~:g~

5.00

N.~!

N·OPL
N
N·OPL
N·OPL
P
N·PE
N·AN
N·PE
N·OPE

I~·OPE

N·PE
P·PE
P·PE
N·PE
N·PE
N·PE
N·PE

SYMBOLS AND CODES
EXPLAINED IN INTERPRETER

I~: l~gj

m

Si 150J X51
X51
I~: l~~J X51
Si 1 J X51
Si 175J T039
Si
Si liij ~~~
175J
I~: 20DC +g~~
lSi ~ N61
1"uuJ

~

LC
EO
AD
DE
A
A
A
A
A
A

~~
,ili
~~

,ili

I~:
~~~
ix93
lSi
I~: 1~7~:i +g3"

/iZ>
A

I~~

ACiZ>
A
A
A
A
A
A
0

Si 175J T03
175J

lSi

I~:

198~

+g~
X51

1~2!! X51

Si 1~ ~~1
Si 150S X51
X51
1~ R145
!~~A
I~: 12~ ~~~
Si 150 X51
X51
I~: 198~ X51
Si !jM ix51
X51
I~: 1~8~ X51
lSi 150S X51
Si 150J
Si 150S +8m
Si liOS IQ122
Si 125J R145
Si 125J R145
lSi 175J T05
Si !~~J u30b
Si
u32
Si 2~~~J
0 T01S
150J ~!!7

I~i

I~:

l~&j J;?46
97
150J R97
100S
Lgje 200 +81:
Si
u43
Si
R145
Si 200J ~9
Si
Si

mj

I~: l~ggJ +8~~

Si 200
Si
Si ~7gJ
lSi 175J
Si 125J
Si 125J

T01S

+~a~

T039
T0104
T0104

C~

F
F

A
A
A
A
A
A
A
P
P
P
0

~G'l
0

A
A
A¢
A
A
A
A
0

O~

/iZ>
A
A

LINE
No.

H

1J

TYPE
No.

~~m

n

3t

AC1271AC128

6t

2N3921*

6

9t

2N393S*

6 N

BC140-10*

6 N-PELI
N-PELI
g N-PELI
6 N-PELI

~: ~~~W:
~: ~~~m:

lY:
12"

~~m~~*

l~: ~~,:'tJ~*

15"

BCI41-10*

18"

SD5011*

2,.

SD50S0*

24"

SP2223AF

2H

SU2099A*

30t

TD2S0

m 1~~J~l(Nl*

~g: .~gggg:

~~:~ I~~~g~gr

~g: I~G~~~~~

m I~g~gy

m
m I~m:
I~gggy

33t

TDSSO

36"

U2S7*

~~: 1~~m7

39"

2NS778

42"~

BP10l

:~: I~~~~~~

:~~; 1~~~3~
BPX43

4S"

:~::tI IEm8

48t

LS600

SI"

TIL6S

S4t

TIL601

SH

TIL604

~~: T:tg~
~~: +:t~~

m ~:tgg~
m mgg~
m ~:tggg
m mm
m ~:tm
m ~~m~~

S

~

N*IO

~

~ ~

~ ~~~l>

N-p'~L1

6 N-PL
-PL
~ P-PL
6 P-PL

g ~~
6
7
7
7
7
7
7

N
*
P-A
N-PL
N-PL
N-PL
N-PL
N-PE

7
7
7
7
7
7
7
7
7
7

N-PE
NM
N-PLl>
N-PLLI
N
N
N
N
N
N-PLl>

~ ~~E

~ ~:~t~

60.

TIL607

63t

TIL610

66t

TIL613

7 N-PLLI

69.

TIL616

7 N-PLLI

72.

MD2218*

7St

MD2218F*

7St

MD2219AF*

8,.

MD2904A*

84"

ML101A

m I~~~~m;*

m ~~~m;*
m l~m6~~*

m I~g~~gg;*
gg:
gg:

90"

l~tlgJ!
ML 102B

~tm~

ML1S4A

~~: ~mj~
93"

ML IS7B

96"

MQ2904*

99"

SP32~~1F
SP328

~~: ~g~m;*
~~:

18Y:
102"

~~~~_'!.SA*

1~~m~F
SP706F

19~: I~~~¥~~

lOS"

SP929QF

lOS"

SP1711F

Ilg~: I~~m~~

l~g: I~~lm~

D.A. T.A.

QJ

7
7
7
7

;

~ I~:~t~
~ ~:~t~

lY
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

M
A
T

e
Ge
Ge
i
Si
Si

LC
DWG. EO
No. AD
DE

DESCRIPTION

~: 1~g:::~;~g~g:~8~;:g~gtg~~ ::::~~~:::g ~~;g~g:~m~~: 1g~~:

~gg

TOI
L2j
L2t
L21

Matchecf nair of AC 127 and AC l:iii"

1~-z,!lW;~~.~ )!2;.,!u.min;VB..':p.:~t,1~o.mV max;l> VBE(I-~~~ T::! ~l!.mV.
Pt-6~g:"W;VBE l)i2-20mV rd'~il> ~~E(1-2)1 l>T-l.2m~sTax;vc 1C2-S0V.

Pt-30 mW:nm 1 2-.9Smin·V

¢. ~: t~l
rB Si L21

g P-Mo~ffi
6 P-MOS
gI~:~g~m
6 N:MOSr1l
g~
6 N
gN
6 ~¢*
g N-PL
N-PL

N-PLLI
N-PLLI
N-PLl>
N-PLLI
N-PLl>
N-PLLI
7 N-PLLI

S7"

IN ORDER OF (1) CATEGORY 10 (2) TYPE No.

13• MISCELLANEOUS TRANSISTORS

1 CATEGORY
U STRUCS TURE
E

~

N-AN

I~:~~

N-AN
N-AN
N-AN
N-AN
N-AN
P-AN
P-AN
-AN

~:~~SIZI
~:~g~

P-MOS

p:~g~

P-MOS

~:;:;~~

P-MOS
N-AN
N-AN
P-AN
P-AN
P
P
P
P
N
LI
N
LI
N
N
N
P
N
N
N

~: ~g1~

Si T039

~: ~g~~

Si T039

~: l~l9

~~
~~
ArB

AVJ

Si L54

~: t~~

L5~

Si
Si
Si
Si

L44b
T089
T089

~: l~f9
A131

Si
i
Si
Si
i
Si
Si

m'l>~.:::,~~~r.~;i1\.:~:~:
..a.o,'i,\x•
hFE Iii .90min·VBEf;-2i 3.0mV max'BVCEo-:iOV'L1

L~!Z

~:

Si
Ge
Si
Si

L2z
L2z
L17w
L17w
L17w
LS8
LS8a
T078
X42
T098
T098

I~: ~g~g
Si XSe
i
Si ~~9c
Si X8a
u7S
I~: X69
Si X83c
i
Si ~~~
Si X99

1I2-l.om;!1~fs

B
B
B

I~r
A

~:

Si

~:

m

m

Si L56

~: ~b~9

t-~~~mY!':;!l:~{~t l~uuA ma~~~.!'ns-l ';(';(~~~W Icm2;tr:~~uuoec;tf;.3~u~usec.

Pt-SOOmW;lc-1.0mA min VCE(S~T) 300mV;S~~~-1.0 lum max;VCE-2SV.
Pt-300mW·lc-S.OmA min·Sens-1. lum max'VC -2SV.
Pt- ! ,:!Ur:n.~;I'1~Q~; 1uunA max;Sen.-300~~.m",:,'.cm~;tr-3.0usec;tf-3:~,usec.
Pt-SOmW;IL-3. mA ~~;'0-2SnA max;tr:l:~~S.tf-15uS ~~ BVCEO-50V;BVE~R 6.0V.
Pt-SOmW'IL-1.0mA
'ID-2SnA max;tr- . uS tf-15uS
BVCEO-SOV'BVEC -7.0V.
!~ ~~nA max;IL-~~,:!uA Min;IL Typ 2..'!.mA;tr I.Susec~'t!. ISusec:'!!i.t;~'!..'!;V~Ii:".;'!..V'
10 2SnA max;IL-400uAJ1in;IL Max 1.6mA;tr I.SU~~~ ISuoec;VCE5~~V;VEC-6.0V.
10 2SnA max:IL-l.0uA in'IL Max 4.0mA'tr I.Suse
ISusec'VCE-S V·VEC-6.0V.
!~ ~~n~ max;!~-~.~uA Min;IL Max 10mA;tr I.Susec;tf ISuoec;Y\i~-SuV;Vtl:-".uV.
~}J'~~·i'i.~f~L,;,6A4::'~x;~~~~5n'A5::":'::i~ 1'~~~~:r~:s~~.,}'6~b~5~~~VECO 7.0V.
Pt-~!!mW;IL-~.!!mA max;ID-~~nA max;tr-l.5u~;tf-1SuS;!!X£~2-~!!)f;BV~£9 7.0V.
Pt-~!!mW;IL-~.!!mA max;ID-~~nA max;tr-l.SuS;tf-1Su~;

p::~g:::~;:t:~:g:::~ :::~r;;~,~-~~~?. ~~~;}.~~~?:i_',~~~;~~g~g:~g~:~~~~g-~~v.

Pt-50mW·IL-5.0mA max'10-2SnA max·tr-l.SuS;tf-1SuS·BVCEO-SOV·BVECO 7 :OV.
Pt-~~mW;IL-~.~mA max;ID-~_SnA max;tr-1.5u~~tf-~!,.u~;~Y:,!~~-~~)f;BV~~~ I.OV.
Pt-SOmW;IL-7.0mA min;ID-2SnA max;tr-I.SuS;tf-ISuS BVCEO-SOV;BVE~g-7.0.
Pt-SOmW'IL-3.0mA max'ID-2SnA max;tr-l.SuS·tf-1SuS·BVCEO-SOV·BVEC 7.0V.
Pt-~,:!mW; L-~.~mA max;ID-~?nA max.1:r-l.Su:!;tf-!~u:!;'!.'!~~I!:~'!..V;By!;.'i.'!.. ~.~V.

AVJ

Pt-~g:"W;IL-8.0mA max;ID-2SnA max;tr-',S~;itf-"~luS BVCE~tIOV;B~~ICO-7.0.
Pt-S mW·IL-7.0mA min'ID-2SnA max;tr-I.Su ·tf-l uS BVCEO- OV'BV CO-7.0.
Pt-~OmW;td

~!!ns

max.1:r 1!!ns max;ts

~~!!no

max;tf ?!!ns max.

~ ~gg:::~~~ 1~~~ ::::~::; ~g~~ ::::~f. ~~g~: ::::~~ ~g~:

::::=:
I~ :!~!?mY!;td ~!>ns max;tr 40ns max;ts ~!!!>ns max;tf ~!!ns max.
Pt ~g?mW;td 12ns max;tr 3Sns max.1:S lOOns max;tf 40ns max.
Pt 6 OmW;td 12ns max;tr 3Sns max·to 100no max·tf 40ns max.
Pt ~~~my!~,! !~ns max;tr ~~ns max; ts lOOns max;tf 40ns max.
Pt 600mW;td 12n. max;tr 3Sns max;~_ lOOns max;tf 40no max.
Sinale device'Ad on -7000 max'VGS th -6.5V max:ID-SOmA max.
Single device;A~{?~!;7000 max;yG~~ht~.SV max;ID-50mA max.
Matched pair of devices;A~I?~i:7000 max;~g~~~i:6.SV max;ID-50mA max.
Matched nair of devices' Ad on -7000 max'V S th -6.5V max'ID-SOmA max.
Two common-source pairs;Ad!O~~~~!>O max;~':!!!!th!-':1'SV max;ID-~~mA max.
I~:"o common-source pairs;Rd on -~~~~ max;VGS th -6;~~I_max;ID-SOmA max.
et of six common-source' oairs' don -7000 max'VGS th -6.SV max'ID-SOmA max.
I!!et
0 six cOilr~Csource pairs;11i~!?7000 max;'!:'~~{lhl:"'SV max;ID-SOmA max.
Six deviceo;Rd
on -7000 max;VGS th -6.SV max;ID-SOmA max.
Six devices' Ad on -7000 max'VGS th -6.SV max:ID-50mA max.
I~our devices;~t SOOmW;td ~!!ns max;tr 40n. max;ts ~~!!ns max;'! !~ns max.
Four devices;Pt SOOmW;td ISns max;tr 30ns max;ts 250ns max;tf 60n. max.
Four devices'Pt SOOmW;td 12no max;tr 35no max:ts lOOns max' tf40ns max.
our devices;~ S()()mW;td 12ns max.1:r 3Sns max;ts !!!!!ns max;tf 40ns max.

Si T086

~:~~g:::~~e~Wo~~ri'~!~~~~~:~~I~ih~~~1~~6~\?mA.soomv.

Si T089

Pt-SOOmW;VEBO-20V;hFE-~-22)at 3.0mA.SOOmV.
Pt-3S0mWiboth sidesbs-6 nS'hFE-20min at 10mA 1.0V.

~: ~g~~
~: ~g~:

Si T086
Si +~~~
Si T089
i
Si ~~~~
I

;BV~£2 ~.!!)f.

Pt-SOmW;IL-S.OmA max;ID-25nA max;tr-l :~~~;tt-l ~~S;BVCE ~Z!:!."..y{.y
hFE
.90min;VBE 1-2 a~mv max;BVCEE~ ~~Vi~
?i(,L1T 30uVrC.
hFE 1 2 .90min·VBE 1-2 .0mV max'BVCE
OV·
ILIT 10uVrC.
~:~~W;~;~~(1;1 :~~5.!in~~;,;v~~~~~)';'~~;~~Sm~_ -10mV. l>T-7SuVrC max.
lOSS
,12-'.Omax·Gossi·,-21:20u mho max'VGSII-21-100mV max.

I~: ~~~

Si X83c
uS4a
uS4a
Si uS4a
Si uS4a
Si X97
Si X97
Si X97
Si X97
Si X98
i
Si
Si X98
Si T046
Si L17k
Si L17k

1-2 -5.0mV max:L1VG

!-~~~rny!;gm 1I2-.9Smin;VGS
!-:~-.~~min;~giF::~I:~·~mv
max;L1~gili:~lt-~~uX/~~'
Pt-300mW;gm
1-2 -5.0mV max;L1VGS
1-2/l>T-l0uVrC.
Pt-300mW:cim 112-.9S;"'in·VGS 1-2 -5.0mV max:L1VGS 1-2 Il>T-2SuVrC.
-:."~)N;ID"~."'.(2-.~omin;VIjS~-2)-bmV;l>':'~';>'\':ZJ~L1 -.Smv.
Pt-3.7W at 4S"C ca.e;V.at-l.4 max;hFE 112: l:2Smax.
Pt-3.7W at 4S"C ca.e:Voat-1.4V max:hFE 1/2- .2Smax.
Pt-~.!)N at ~~:£ caoe;V.at-l.4V max;~~~ !~~-1.2Smax.
Pt-3.7W at 45"C ca.e;Voat-l.4V max;hFE 1/2-1.25max.
Pt-3.7W at 45"C ca.e·V.at-l.4V max:hFE 1I2-1.2Smax.
Pt-~!)N at 45"~ ca.e;V.at-1.4V max;hFE 1~2-1.~5max.
Pt 32Sm~!~aCh ":~:T at 2S"C Ca.e tem~;~~ 112 800m min;VGW:~! ~g~v.
P 32SmWeach oi
at 25"C Case temi.; 0 1/2 800m min'VGS 1- 7 mV.
Pt ~~!imytch sid~at ~~:£ £ase temp:~ E~ !!!!!!m min;Yj}&~~l70mv.
~}2SmW each side at f~"C Case te~~s'/y2 800m min;VGS 1-2 70mV.
-32SmWeach side at 2 "C cuetem",
I 2 .80min·VGS 112mV max.
BV~.B~~~~Y;B':'l:_~I!~:!y~Ll:-SOmA;hFE(!;~I-l~~t!.l:f;-} .0,,;L1 Vy;JI;Z~- ~ ~!"V.
Pt-350m~l~oth sides ;hFE 1I2-.90min;vB~il-2 -~~mv maX;L1V~El.(I-2i~p-l0U~ffPt-350mW both oides 'hFE 1/2-.80min·VBE 1- -1 mV max;l>VB 1-2 T-2SmV C.
Pt-~~~rny!{~oth slde~s~;,hf-""1~i't~tn;v!'.E~:~!;~.~mV;L1VBEP-2)-~~~UV.
Pt-250mW;gm '1~?-.9 min;VGS 1-2 -ISmV m~~\l>V~/~(1-2)/LI -3SuV/Deg. C.
Pt-300mW:cim I 2-.9Smin·VGS 1-2 -SmV'L1VG 1-2 l>T-S.OuViDea, C. max.

Pt-~~!!mW,{e?th sLd~e.~)~'!."-~!!-~!?,,,:h~E,;L'8-4~~t ,~.omA.SOOmV.

~:m:::~I~~~~ ::~::!;~~E~~~e~~F~~'lf,;:r~2;t"~:omA.l.0V.

Pt-SOOmW'VCEO-4SV'hFE-40min at 10uA S.OV.
~-~~~m1Ir~!;U:4s:r~-ly~min at 10u~~.~V.
~::3S0mW both sideo ;VCEO-~~y;hFE-(30-90)at 1~~rA.IOV.
P -3S0mW bo h side. 'VCBO-7 V'hFE-l00min at 1 OmA 10V.

~~~~g:::~j~:~ ::~:~m~~:gg~:~~t!~~~-~g~Jr,~~~'AAi6~v.

35

SYMBOLS AND CODES
EXPLAINED IN INTERPRETER

,

LINE
No_
~

2~
3~

~~
5~

6~
~

8~
9~

l~:
12~

1J

I

TYPE
No.

~~mw

SP2219AF

l~mn~F

SP2221AQF

l~mmlF
SP2222AF

SP2222F
SP2222QF

F

l~: I~~mw
15~

l~:
18~

SP2483QF
:!~~~~4F

SP248i8i
SP2604 F

~g: m~g~2~
21~

SP2904AQF

24~

SP2905AF

27~

SP2905QF

~~: m~g:~F
~g: m~gg~UF
~g:

~~m~~~F

30~

SP2906F

32:

S;;2907AF
SP2907AQF

33~

~~: m~g~riF
36~

~~:
39~

:~:
42~

SP2946F

mgm
SP3115F
mlm
SP3134F

~~: ~~m~~
45~

SP3724QO

~~: mm~F

48~

~~:

5,.

SP3725QO
~~mOUF
T0402*

m +D~g~

54+

T0701

57~

PPR1007*

60~

PPR10l0*

~~: ~~~?506*
~~: ~~mg~:

~~: p~~lgg:
63~

PPR1013*

66~

M22P2

m ::::~~~g:
.g~: i~m~
69~

M23P-X504

~~: i~m:~m
72~

M24P-X502

~~: I~~~~:~~g~
75~

H:
78~

M26P-X516

I~~~~:~m

M26P-X558

~~: ~m:~~g~

81~

M28P-X508

84~

M32P-X508

87~

M67P-X504

g~: I~m:~~g~

~~: I~m:~~g~

~g: l~m-~502

90~

M82P-X500

~~: 1+~~~92
93~

TH2369

~~: :::~m~
96~

IN ORDER OF (1) CATEGORY. (2) TYPE No.

13 MISCELLANEOUS TRANSISTORS

TH2945

~~: I+~~m
99~

TH3877

1'02~

TH4258

19~: I+~~~g~

19~: q~~~g~

D.A. T.A.

1 CATEGORY
U STRUCS TURE
E
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
11
11
11
11
11
11
11
11
13
13
13
13
13
13
13
13

l1

~

N
N
N
N
N
N
N
N
N
N
N
N
N
N
N
P
P
P
P
P
P
P
P
P
P
P
P
P
P
P
P
P
P
P
N
N
N
N
P
P
P
P
N
N
N
N
N
N-PL
P-PLt

~

l1
l1
l1
l1
l1
l1
l1
l1
l1
l1
l1

1~

l1

P-PL

PL
PL
L
Ir.
N
N
N
N
N
N
N
N
N-PL
N-PL
N-PL
N-PE
N-PE
N-PE
N-PE
N-PE
N-PE
N-PE
N-PE
N-PE
N-PE
N-PE
N-PE
N-PE
N-PE
N-PE
N-PE
N-PE
N-PE
N-PE

l~ ~~~~1lJ

11
11
11

l1
l1
l1
l1
l1
l1
l1
l1
l1
l1
l1

DESCRIPTION

Pt-~~OmW

I~i :::~g~

~::m:::~ both

sides ::~:f~~~~;:~g~~::~~g~~::::~g~~:
Pt-500mW both sides :id-15nS:tr-30nS:ts-265 nS:tf-60nS.
oth sides

Si T086

I~i

both sides
both sides ~~:~&~~~;:~g~~~::~~g~~:~:~g~~:
sides ·td-15nS·tr-30nS;ts-250nS:tf-60nS.

~:m:::~ both

Si T089

~gr~
~gr~
T 86

pm~:::~;td~~'O~~:~~hct.;~~~ro~~~~:"fo~~~n5:tf-7on5.

Si T 89

P'-350mWiboth sides ·td-15nS·tr-30nS:ts-265nS:tf-60nS:

Si

IPi-500mW:td-20nS·tr-40nS·ts-280nS:tr-70nS.
Pt-~~2m1!tth side;lt n-! ~n!!;to!!-! ~n!!:ts-! ~n~.
'i:~&g:"w bot~o~ides ;ton-12nS;toff- ~ ~~S;ts-13nS.
PtmW'VCE -60V'hFE-40min at 1 uA 5.0V.
I~-:!~2~~~e?t!'_ slde~1i'!.SE.~!!OV;hFE-l pOmin at 10uA.5.0V.

I~i

~mg:::~~~~hO~f~~;i:~d~~ifnt;~r~;8~;~~~onS;tf-70ns.

I~i :::g~~

Si T086

~g!~6

~t~gg:::~:~g~g::g~;~~tlg~r~na:tl~e~A'5~~~'

Si T

l1
l1
l1
l1
l1
l1
l1
l1
l1
l1
l1
l1

15
15
15
15
15
15
15
15
15 ~:~~
15 N-PE
15
15
15
15
16
15
15
5
15
15
15
15

LC
DWG_ EO
No. AD
DE

I~i :::gg~

I~i

a~

15
15
15
15
15
15
15
15
15
15
15
15
15

M
A
T

I~i

l~t-~22m~;V(;.~o:4~V;hF.E-lo~min

~g~g
T 86

at .l.ouA. 5.0V.
Pt-350mW(both Si~';:S);td-l OnS;tr-40nS:ts-180nS:tf-50nS.
Pt-500mW:td-l0nS r-40nS:ts-190nS:tf-50nS.

Si
Si
Si :::~g~
Si T089

~:~&g:::~~~~~ho~~~r~~hd~~:~;:o~~~:~~~~~n5:tf-50n5.

i>i-350mW both sideslid-l OnS:tr-40i'-s:!S: 180nS:tf-50nS.
Pt-500mW;td-l.u~!ijtr-40n:?:ts-190~~:tf-50~:!;

I~i +~gg

~::~~OmW(both sides);td-l0nS;tr-40nS:ts-180nS:tf-50nS.
P - 00mW:td-l0nS:tr-40nS:ts-190nS:tf-50nS.

Si T086
Si
Si :::~g~
Si T089

~:~&g:::~l~~~ho~S~~r~~~~~~~~g~~?;_~~~~n:;;tf-~ons.

Pt-350mWiboth sidesl:td-l OnS·tr-40~S:ts-80nS ·tf-30nS.
-~!!!!m!'X;td-l.un!i;tr-,u~",ts-l'un,..ctT-~On~:

I~i +~g~

~:~&g:::~~~~~'O~~~r~~"hd~~:~g~~?;_~i".;~~nS:tf-30ns.
~:~&g:::~~~~'O~~~;r~~~~~~_~:g~~?J'_~i".;~OnS:tf-30ns.

Si T086
Si
Si :::g~~
Si T089

Pt-350mW both sides VEBO-40V'Vo-800uV max at IB-200uA.
Pt-:!~2mW both sides ;~S~2-80V;hFE-15min at 1.2A. 10V.
Pt-350mW both sides ;VCEO-80V;hFE-15min at 1.0A. 10V.
Pt-350mW both sides ·td-20nS:tr-7 5nS·ts-300nS:tf-l OOnS.
sides ;td-29~5;tr-7 !!~~ts-~~OnS:tf-l 00n5.
~:m:::~ I!,oth
both sides ;ton-75nS;toff-150nS;hFE-25min at 1.0mA. 10V.
Pt-350mW both sides :ton-75nS:toff-150nS'hFE-50min at 1.0mA 10V.

~i :::g~~

Si T089

~i :::8:~

Si T089

~i +~g~

~mg:::~lg~:~ ::~:: ~~~:~~~~::~~:l~g~~:m:~&:::i~ ::
Pt-800inW:ton-35nS·toff-60nS·hFE-l0min at 1.0A 1.0V.

Si TOl16

~i

Si
Si
Si
Si
i

~i

TO~",

T061

:::g~l

T061

:::8111
u58a
u58a
~i u58a
Si u70
Si u70
u70
~i u58a
Si u~~a
Si u59a
Si u59a

i~i

Pt-800mW:ton-35nS:toff-60nS'hFE-l0min at 1.0A 1.0V.

u~~a

u59a
Si u59a
Si u~l!a
Si
Si ~~~:
u71
I~i u71
Si u71
Si u71
Si u72
Si u70
u73
I~i u73
Si u74

I~: ~g~

N-PEl1
N-PE

~:~~m

Si u60
u58
I~i u67
Si u67

P-P~1lJ

poPE
N-PE
N-PE
poPE
P-PEl1
popE
pope

I~i

u48
Si u59
Si u!!~
Si u63
Si u61
Si u!!~
Si u65

u~l

2.0V.

~:g~~~~;htil:6~r~6~n~~!t~f{,~i~oaJo~~tBJ·~~Amax.

t19d
L19d

~i ~6~J
Si
Si
Si
Si
Si
Si
Si

~:~~g:::~i:,o~:~r;.!i;~~~~4n5S~~~~J_~~~"s;~~J:~~i~Oa~· 500mA.

~g~9
T
116
T086
L2z
L17m

Si
Si ~~~7
Si T060

l:g:::~: 19~:

~&
~~
A0

A
A¢
A
A
A
T
T
T
T
T
T
T
T
T
T
T
T
T
T
T
T
T
T
T
T
T
T
T

Pt 400mW'hFE60min'VBE800mV'Rsat 20Gmax.
~~!lMHzmin;hFE 1 ~!!min at ! !!~A;"_'!\'1I_U_40V;.I<;BU! '!nAmax.
fT20MHzmin;hFE120min at 100uA;BVCB040V;cob 10pFmax.
fT20MHzmin'hFE120min at 100uA'BVCB040V:cob 10DFmax.
ft 20qMHz min;hFE 5min at !~mA.i!'.v(;BO 40V;I<;Bu 1uuA max.
Post Rad hFE-15 at Ic 3.0A;VCE 5.0V.
Post Rad hFE-15 at Ic 3.0A·VCE 5.0V.
Post Rad hFE-7.. 2 at Ic :!.Q~;~£~ 5.0V.
Post Rad hFE-7.0 at Ic 3.0A;VCE 5.0V.
Post Rad hFE-15 at Ic 10A-VCE 5.0V.

P~:: ~:~ m:l& :: :~ 19~:~g~ ~:g~:
Post Rad hFE-l0 at Ic 10A-V(;E 5.0V.
At 5.0A hFE is greater than 10 after Irradiation lxl0 14 n/sq. cm.

~~~~6:2'tJ·~~8E~~e8J.~aVEag_~~~·I~~rg~~~?h~~_~~~i~ ~srl; ~'rimA and VCE 4.5V.
:~g:g:~~~::~g~g:lg~::mgtg~::~:lgg:::~:m:l~g:::i~ :: :~ ~:g:::~ :~~ ~g~ ::~~:
2N2219-22 chips.

~~m~ ~~i~:

2N2714 chip.
1I!,:,~~4 chip.

~~m9c~\l:;,.

2N~~~~ Chip.
2N929 chip.
2N5172 chiD.
I~N~~!!2 chip.

~~m~~ ~~ig:
~~~m ~~:~:

2N3417 chip.

i~~m5c~~i~.

2N2905-O!f chiDS.
~~~i38~o~."r~ii~~~:n<;~~~1.8V;8VEBU-12V;hFE-3.0k at Ic-z.umA and V(;E-5.0V.

2N708 chiD.

'¥¢\O :~~g8~8~::~~~g~g~;g~~:8~~"J~l'cll~8:::t:::::;~fl~88'~~n a!tl~~i;~~'A~nn~'t"c~~~8IFV'
T0

:::¢.
T0

I:::~

T0

I:::~

BVCB040V'BVCEO j 5V·BVEB04.5V·lcSOOmAm8X"hFE40min at Ic 1OmAal1d VCEVCE5.0V.
B~~!!,:?] ~y;!!y~~!! 18V;BVE~!!5.0V;le 1OOmAmax;hF~-"-,,min at e2~umAano!y~}; l.?y.

:~g:g~~~::~g~g~g~:m:g~~~::~ gg:::~::::~;~mg:::i~ :: :~ l:g:::~:~~~g~~~~::.·
I!!X~!!!!~!!y;B~~~!!~~V;BVEB040V;le 1OOmAmax;h F~~'!.min at Ie lc!!mAand~~~~,!~mV.

1

:~g:g~&~::~g~g~&~::~~:g::g~::~~g~~!~~~~m~r~na:~d~~~mA~~~t~~~~.~~·.
B~£!!':?'?!!Y.;!!Y.~~Q~'!Y.;!! y'E~,:?!!.,!y;le~22mAmax;h ~~ 122min

at Ie! 2mAano!X£~;.5,p.V.

+0 I:~g:gt~~::~g~gt~~::~~:g~:g~::~~g~~!~;:~~m~~:~ ~~llg~~~:~~~~~.~~~v.
:::~ :~g:g~g~::~g~g~g~;:~~:g~:g~;:~ 1:g:::!::::~m 199:::i~ :: :~~g:::!:~~~g~: 19~:

36

SYMBOLS AND CODES
EXPLAINED IN INTERPRETER

11
I

14. TYPES
VVITH U.S. MILITAflY
MIL-S·

TYPE No.
lN43/H

MFRS 195001

.none

2N43A
2N44A
2N78A

2NI17
2NI18
2NI19
2NI23

2NI28
2N158
2NI67A
2N174A
2N220
2N240
2N297A
2N326
2N328A
2N329A
2N331
2N333
2N333A
2N335
2N335A

GESY
GESY
GESY

TEC
Til
Til
TEC
Til
none

SPR
KSC
GESY
DEL
RCA
SPR
KSC
SOD
KSC
CRY
RAYN
SOD
CRY
RAYN
SOD
MOTA
GESY
TEC
Til
none

GESY
TEC
Til
GESY
TEC

2N336

GESY
TEC
Til

2N336A

none

2N337

GESY
TEC
Til
GESY
TEC
Til
TEC
Til
TEC
Til

2N338
2N341
2N342
2N342A
2N343
2N358A
2N384
2N388
2N389
2N393
2N396A
2N398A
2N404
2N404A
2N416
2N417
2N422
2N424
2N425

2N426

2N427

D.A. T.A.

none

TEC
Til
GIC
Til

¢

OOA

TYPE No.

2N4~8

6A
6A
2N456B
90
AMEND 2N457B
I
USAF
2N458B
2B
2N461
2B
2B
30
AMEND
2
USAF
9A
24C
lIB
13B
AMEND
2
IA
26B
36C

¢

2N463

2N464

40
37C
AMEND
I
37C
AMEND
I
37C
AMEND
I
37C
AMEND
I
37C
AMEND
I
37C
AMEND
I
690
AMEND
I
690
AMEND
I
31B
16E

none
MOTA
GIC
MOTA

2N467

MOTA

2N489A

tGESY
tTll

2N490A

tGESY
tTll

2N491A

2N492A
2N493A
2N494A
2N497
2N498
2N499

2N499A

2N50lA
2N502A
2N502B

16E
16E
2N526

63C
AMEND 2N537
I
270
65A
2N539

RCA
GIC
RCA
Til
SEN
173A
SIL
Til
MOTA 77C
SPR
AMEND
I
GESY 640
RCA
174A
AMEND
I
GIC
20B
RCA
AMEND
Til
I
GIC
208
RCA AMEND
Til
I
Til
568
EL
Til
568
EL
none 668
NAVY
SEN
173A
¢
SIL
Til
none 418
AMEND
I
EL
none 418
AMEND
I
EL
Til
41B
AMEND
I
EL

none

2N466M

40B

IIOB

W~

SOD
Til
SOD
Til
SOD
Til
GESY
MOTA

2N465

¢

110B

MFRS ~~~tl

2N539A
2N545

2N559

2N560
2N574
2N575
2N575A
2N598

2N599

2N600

2N604M
2N650A
2N651A
2N652A
2N656

IGESY
tTIl
tGESY
tTll
tGESY
tTll
tGESY
ITII
GESY
TEC
Til
GESY
TEC
Til
MOTA
SPR
MOTA
SPR
SPR
MOTA
SPR
Til
MOTA
SPR
Til
GESY
MOTA
none

KSC
SOD
KSC
SOD
TEC

:t\;END
2
217A
217A
217A
45A
AMEND
I
USAF
70A
AMEND
I
NAVY
49C
EL
49C
EL
510
AMEND
I
49C
EL
75B
AMEND
I
75B
AMEND
I
75B
¢Ill
AMEND
I
75B
AMEND
I
75B
AMEND
I
75B
AMEND
I
74E
AMEND
I
74E
AMEND
I
72C
AMEND
2
EL
72C
AMEND
2
EL
628
112C
EL

SPECII:ICATIOI~S

TYPE No.

2Ntl57

2N665
2N695
2N696
2N697
2N700A
2N702
2N703
2N705
2N706

2N708
2N718A

2N720A
2N744
2N757A
2N759A
2N760A

2N869A
2N910

2N911

2N912
2N914

600

2N916

~~f

2N918

38C

84A
AMEND
I
NAVY
tRone
152C
AMEND
3
EL
NSC
738
SOD
468
EL
SOD
46B
EL
SOD
468
EL
GIC
197C
AMEND
2
EL
GIC
166C
AMEND
3
NAVY
GIC
197C
AMEND
2
EL
none 221A
USAF
MOTA 175C
MOTA 175C
MOTA 175C
GESY 74E
TEC
AMEND
Til
I

¥~~Y
Til

IUC
EL

100A
AMEND
I

MFRS MIL·S195001

2N929

2N930

2N962

2N964

2N986

t - Qualification included
TX Devices
*-No Technical Data Tabulated

2N981
i:END
I
580
2NIOO8B

KSC
MOTA
none 135A
NAVY
CDC
99E
Til
AMEND
I
CDC
99E
Til
AMEND
I
none 123A
EL
NSC
153B
Til
EL
MOTA 153B
NSC
EL
Til
Til
86A
AMEND
I
CDC
120B
FSC
AMEND
GIC
I
lIT
RAYN
TEC
Til
lin
312B
tMOTA
tAML
181C
tCDC
¢Ill
tFSC
AMEND
tRAYN 2
tTll
tCDC
182C
tTIl
¢Ill
FSC
273A
Til
NAVY
none 218A
SOD
218A
Til
AML 218A
NSC ¢
SOD
Til
FSC
2838
MOTA ¢Ill
AML 274B
CDC
EL
FSC
RAYN
Til
CDC
2748
FSC
EL
RAYN
Til
FSC
2748
RAYN EL
Til
tMOTA 373
¢Ill
USAF
AML 271A
¢
FSC
MOTA AMEND
RAYN 2
Til
NAVY
tAML
30lA
¢Ill
tFSC
MOTA AMEND
tNSC
I
IRAYN
tRCA
tTEC
tTIl
IAML
2538
ICDC
FSC
IGIC
lin
IMOTA
INSC
IRAYN
ISOD
!TEC
tTIl
tAML
2538
¢Ill
tCDC
FSC
IGIC
lin
IMOTA
INSC
tRAYN
tSOD
ITEC
ITII
Til
25BA
AMEND
2
NAVY
Til
25BA
AMEND
2
NAVY
none 210B
NAVY

37

TYPE No.

IN r::Ju~~~BER
MFRS ~J~tOL

none

2NIOII

SOD

2NIOl6B

SIL
WESY
SIL
WESY
SIL
WESY
SOD
Til
SOD
Til
CRY
SOD
CRY
SOD
KSC
SOD
Til
KSC
SOD
Til

2NIOl6C
2NIOl6D
2NI021A
2Nl022A
2Nl025M
2Nl026M
2Nl039
2Nl041

2Nl042
2Nl043
2Nl044
2Nl045
2NI046

2Nl047A

KSC
SOD
TIl
KSC
SOD
Til
KSC
SOD
Til
KSC
SOD
Til
Til

2NI051

SEN
SIL
TIl
SEN
SIL
Til
SEN
SIL
Til
SEN
SIL
Til
none

2Nl072

none

2NI094

none

2Nl048A
2Nl049A
2Nl050A

2NII18
2NII19
2NI120

2NI131

2NI132

2N1142
2NI157A
2N1165

2NI173

2N1174

2N1183

2NI183A

¢ - Guidance

TYPE No.

APX

CRY
SPR
CRY
SPR

Nllo.>B

iUEND
2
EL
196A
2NI184
AMEND
2
EL
67A
2NI184A
EL
102A

~02A

2NI184B

102A
217A

2NI195

217A
78B
78B

2NI197
2N1224

2NI225
89C
AMEND 2NI234
I
89C

¢

AMEND 2N1302
I
137B
2NI303
137B
137B
137B
88
AMEND
I
NAVY
176A
AMEND
I
176A
AMEND
I
176A
AMEND
I
176A
AMEND
I
216A
NAVY
163
AMEND
2

~~IC

2N1304
2N1305

2NI306
2N1307

2NI308
2N1309
2NI310
2N1358
2NI411

2NI412

AMEND
I
SigC
1388
2N1412A

1398
AMEND
I
2N1450M
SOD
68A
¢
2N1469M
AMEND
I
2NI479
FSC
177C
MOTA
2NI480
RAYN
TEC
2N1481
Til
FSC
177C
2NI482
MOTA
RAYN
2NI483
TEC
Til
2NI484
MOTA 87A
Til
NAVY
2N1485
SOD
468
EL
2N1486
MOTA 1788
SOD ¢
2N1487
AMEND
2
NAVY
2N1488
none 215
AMEND
2
2N1489
NAVY
none 215
AMEND 2NI490
2
NAVY
KSC
1438
2NI493
RCA
AMEND
2
EL
KSC
143B
2NI499A
RCA
AMEND
2
2N1500
EL
§ - NATO

MFRS MIL-5195001

RCA

lU:ND
2
EL
RCA
143B
AMEND
2
EL
RCA
143B
AMEND
2
EL
RCA
143B
AMEND
2
EL
MOTA 710
AMEND
1
none
165
SigC
APX
189A
RCA
APX
189A
RCA
CRY
179
SOD
AMEND
I
SigC
GIC
126B
RCA
Til
GESY 126B
GIC
RCA
Til
GIC
126B
RCA
Til
GESY 126B
GlC
RCA
Til
GIC
126B
RCA
Til
GESY 126B
GIC
RCA
Til
GIC
126B
RCA
Til
GIC
1268
RCA
Til
GIC
136A
NAVY
DEL
122C
MOTA ¢
SPR
133
AMEND
I
SigC
MOTA 76C

~MEND

DEL

none

CRY
SOD
RCA
SIL
RCA
SIL
RCA
SIL
RCA
SIL
IRCA
tSIL
tRCA
tSIL
tRCA
tSIL
IRCA
ISIL
RCA
SIL
SOD
RCA
SIL
SOD
RCA
SIL
SOD
RCA
SIL
SOD
RCA

SPR
SPR

I
NAVY
76C
AMEND
I
NAVY
222A
USAF
78B

¢

207C
EL
207C
EL
207C
EL
207C
EL
1800
1800
1800
¢Ill
1800
2088
2088
2088
2088

¢

247
AMEND
2
EL
170A
EL
U5C

'" - Preferred
iZl - USAF Preferred (TX Type Only)
(For Additional Information See MIL-STD-701)

•

.

14 TYPES
WITH US MILITARY SPECIFICATIONS
MIL·S·
I

TYPE No.
" "'NlbUt>A

MFRS

19500/

SOD

~65

2N1549A

none

2N1550A

none

2N1551A

none

2N1552A

none

2N 1553A

none

2N1554A

none

none

2N1555A

2N1556A

none

2N1557A

none

2N1558A

none

2N 1559A

none

none

2N1560A

2N1613

2N1646M
2N1651

2N1652

2N1653

2N1711
2N1714

2N1715

2N1716

2N1717

2N 1722
2N 1724
2N1853
2N1854
2N1890
2N1893
2N2015

2N2016

tAML
tCDC
tFSC
tRAYN
tTll
none

2N2034

AMEND
2N2060
1
EL
332
EL
332
¢
2N2079A
EL
2N2084
2N2150
332
EL
2N2151
332

¢

EL
2N2218
331
AMEND
1
EL
331
¢
2N2218A
AMEND
1
EL
331
AMEND 2N2219
1
EL
331

¢

AMEND
1
EL
330
2N2219A
AMEND
1
EL
330
¢
2N2221
AMEND
1
EL
330
AMEND
1
EL
2N2221A
330

¢

AMEND
1
EL
181C

¢Ill

AMEND 2N2222
2

223A
USAF
MOTA 219A
AMEND
SOD
4
EL
MOTA 219A
2N2222A
SOD
AMEND
4
EL
MOTA 219A
SOD
AMEND
4
2N2273
EL
tCDC
2250
¢{II
2N2369A
tFSC
tTIl
Til
263A
AMEND
2
EL
Til
263A
AMEND 2N2377
2
EL
Til
263A
AMEND 2N2378
2
EL
Til
263A
AMEND 2N2417A
2
EL
!TEC
262F
2N2418A
¢{II
tTll
tSIL
262F
¢{II
2N2419A
tTEC
tTIl
none 1718
2N2420A
NAVY
none
1728
NAVY
tCDC
2250
2N2421A
¢{II
tFSC
!Til
tCDC
2N2422A
182C
¢{II
tFSC
!Til
RCA
248A
2N2432
AMEND
1
2N2432A
EL
RCA
248A
AMEND
1
EL

O.A. T.A.

IN TYPE NUMBER
SE~UENCE

I

TYPE No.

MFRS MIL·S·
19500/

tnone

~1

tAML
FSC
tGESY
tRAYN
tTIl
none
APX
tnone

~08

tnone
tAML
tGIC
MOTA
tNSC
tTEC
tTIl
tAML
tGIC
MOTA
tNSC
tTIl
tAML
tGESY
tGIC
tlIT
MOTA
tNSC
tTEC
tTIl
tAML
tGIC
MOTA
tNSC
tTIl
tAML
tCDC
tGIC
tlIT
MOTA
tNSC
tSPR
tTll
tAML
tGIC
tin
MOTA
tNSC
tSPR
tTIl
tAML
tCDC
tGIC
tin
MOTA
tNSC
tSPR
tTEC
tTIl
tAML
tGIC
tin
MOTA
tNSC
tSPR
tTll
none

TYPE No.

N",4Hl

~IE

AMEND
1

2N2528

2N2553
251E

¢Ill

AMEND 2N2555
1
251E

¢Ill

t~X~N

tTll

AMEND 2N2484
2
NAVY
2N2497
340
2138
2N2498
277C
¢Ill
2N2499
277C
2N2500

¢Ill

MFRS MIL-S·
19500/

2N2557

AMEND
2N2559
1
2N2604
251E

tAML
tRAYN

tnone

tnone

tnone
tnone

none

KSC
SOD
Til
KSC
SOD
Til
KSC
SOD
Til
KSC
SOD
Til
NSC
SOD

¢Ill

AMEND
1
2N2605

NSC
SOD

255E

¢Ill

AMEND
1
2N2606

255E

¢Ill

2N2607

AML
SIX

AML
SIX

AMEND
1
2N2608

AML
SIX

255E

¢Ill

AMEND
2N2609
1

2N2631

AML
SIX

none

255E

¢Ill

AMEND
1
2N2639

2448
EL
3170

APX
¢Ill
FSC
tlIT
tMOTA
tNSC
tRAYN
tTll
CRY
288
SPR
AMEND
2
EL
CRY
289
SPR
AMEND
3
EL
tnone
758
AMEND
1
tnone 758
AMEND
1
tnone
758
AMEND
1
tnone 758
AMEND
1
tnone 758
AMEND
1
tnone 758
AMEND
1
tCRY
313A
¢Ill
!TEC
tTIl
tCRY
313A
¢Ill
tTEC
tTIl

2N2642

2N2708

tnone

tAML
tTIl
AML
MOTA
RCA

2N2812

tnone

2N2814

tnone

2N2834

none

2N2857

2N2858
2N2859
2N2876

2N2880

2N2904

t - Qualification included
TX Devices
*-No Technical Data Tabulated

n

a8
AMEND
1
NAVY
376
USAF
378A
USAF
378A
USAF
378A
USAF
378A
USAF
309
AMEND
1
NAVY
89C
AMEND
1
89C
AMEND
1
89C
AMEND
1
89C
AMEND
1
354

TYPE No.

I ",N2,,04A

2N2905

tAML
MOTA
tNSC
tRAYN
tTEC
tTIl
tAML
tGIC
MOTA
tNSC
tRAYN
tSPR

2N2905A

2N2906

2N2906A

AMEND
2
2N2907
EL
354

¢

AMEND
2
EL
292
2N2907A

¢

AMEND
2
NAVY
294

MFRS MILoS19500.1.
tnone

AMEND 2N3330
1
2N3331

tnone

2908

tnone

2N3332

tnone

AMEND 2N3375
1
2N3418

tlIT
tRCA
tnone

¢Ill

tTIl
tAML
MOTA
tNSC
tRAYN
tTEC
tTIl
tAML
GIC
tMOTA
tNSC
tRAYN
tTEC
tTIl
tAML
GIC
tMOTA
tNSC
tRAYN
tTEC
tTIl
GIC
tin
tMOTA
tNSC
tRAYN
tTEC
tTIl
tAML
tGIC
tMOTA
tNSC
tRAYN

2908

¢Ill

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tTIl
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§ - NATO
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14. TYPES ¥'ITH U.S. MILlTAUY SP£CJjElCATIOI~S
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j~~~

15. OUTLINE DRAWINGS

IN ORDER OF CASE NUMBER

THE PREFIX LETTERS OF THE OUTLINE
DRAWING NUMBERS INDICATE THE

NOTES:

FOLLOWING:

the user. They should not be used for construction pur-

L -

These outline drawings are intended as a guide for

MULTIPLE Lead Type

poses without first checking with the appropriate manufacturer.

MD -

MOUNTED Type - DIAMOND Base

MM -

MOUNTED Type - MISCELLANEOUS Configuration

MS -

MOUNTED Type - SQUARE and RECTANGULAR Base

MT -

MOUNTED Type - THREADED

OV -

OVAL Case

R TO -

The DO and TO drawings have been reproduced
from JEDEC Publication No. 12E (May 1964) with the permission of the National Electrical Manufacturer's Association - Electrical Industries Associates. JEDEC designations
are assigned only to oullines submitted by the JS-l0

ROUND Case
JEDEC Type

u -

MICROMINIATURE CASE

x -

MISCELLANEOUS Configuration including Phototransistor

ZA -

These drawings are referenced in the Technical Sections of this D.A.T.A.BOOK in accordance with information supplied by the manufacturers.

Committee on Mechanical Standardization. The procedure
of assigning and announcing the JEDEC designation constitutes registration.
All drawings have circular symmetry unless indicated.

DRAWING REFERENCE INFORMATION

"l.i

D1

1111

D2

2
8

~

~
I

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@

@

L _____

_ _ _ _ ..JI

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2-G1a
3-G2a
45-G1b
6-G2b

1

PAIR A
14

13

t---o

3

78-COMSB
9-D2b
10 - D1b
11 12 - D2a
13 - D1a
14-COMSA

t---o

6
8

S2
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b

PAIR B

5

I Iii
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2- G2
3-G3
4-G4
5-G5
6-G6
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10-D5
11-D4
12-D3
13-D2
14 -D1

1-G1a
2 -G2a
3 -G1b
4-G2b
5-G1c
6 -G2c
7 -COM D2
8-SUB
9 -COM SC
10COM.
DRAIN
1
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14
o-----~----~------~-128
13 - COM SA
14 - COM D1

'il'

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12
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9
6 0

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DERIVATION AND TABULATION ASSOCIATES

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ALL

DIMENSIONS IN INCHES

I
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15. OUTLINE DRAWINGS

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IN ORDER OF CASE NUMBER

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ALL DIMENSIONS IN INCHES

15. OUTLINE DRAWINGS

IN ORDER OF CASE NUMBER

M~2

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1----\l--\l____-I-. 893
3.97

RIBT-:-g:_J::-o-':'D-=+-~E~~~~~

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15. OUTLINE DRAWINGS
DOT

1l
A

F

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EMITTER

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ALL DIMENSIONS IN INCHES

IS. OUTLINE DRAWINGS

''IP-

.

IN ORDER OF CASE NUMBER

"',',i
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=-H

IN ORDER OF CASE NUMBER

"'4_

r-.025

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ALL DIMENSIONS IN INCHES

1S. OUTLINE DRAWINGS
"hI

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IN ORDER OF CASE NUMBER

098

1
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DERIVATION AND TABULATION ASSOCIATES INC.

.017

ALL DIMENSIONS IN INCHES

15. OUTLINE DRAWINGS

IN ORDER OF CASE NUMBER

t
N

t
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A
B
C
D
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