al Bureau of Standards

Library, H.W. Bldg ' JUN 2 5 1963

^ecknical v2©te 186

TABULATION OF PUBLISHED DATA

ON SOVIET ELECTRON DEVICES

CHARLES P. MARSDEN

U. S. DEPARTMENT OF COMMERCE

NATIONAL BUREAU OF STANDARDS
THE NATIONAL BUREAU OF STANDARDS

Functions and Activities

The functions of the National Bureau of Standards are set forth in the Act of Congress,

March 3, 1901, as amended by Congress in Public Law 619, 1950. These include the development and maintenance of the national standards of measurement and the provision of means

and methods for making measurements consistent with these standards; the determination of

physical constants and properties of materials; the development of methods and instruments

for testing materials, devices, and structures; advisory services to government agencies on

scientific and technical problems; invention and development of devices to serve special needs

of the Government; and the development of standard practices, codes, and specifications. The

work includes basic and applied research, development, engineering, instrumentation, testing,

evaluation, calibration services, and various consultation and information services. Research

projects are also performed for other government agencies when the work relates to and supplements the basic program of the Bureau or when the Bureau's unique competence is required.

The scope of activities is suggested by the listing of divisions and sections on the inside of

the back cover.

Publications

The results of the Bureau's research are published either in the Bureau's own series of

publications or in the journals of professional and scientific societies. The Bureau publishes

three periodicals available from the Government Printing Office: The Journal of Research,

published in four separate sections, presents complete scientific and technical papers; the Technical News Bulletin presents summary and preliminary reports on work in progress; and the

Central Radio Propagation Laboratory Ionospheric Predictions provides data for determining

the best frequencies to use for radio communications throughout the world. There are also

five series of nonperiodical publications: Monographs, Applied Mathematics Series, Handbooks,

Miscellaneous Publications, and Technical Notes.

A complete listing of the Bureau's publications can be found in National Bureau of Standards Circular 460, Publications of the National Bureau of Standards, 1901 to June 1947 ($1.25),

and the Supplement to National Bureau of Standards Circular 460, July 1947 to June 1957

($1.50), and Miscellaneous Publication 240, July 1957 to June 1960 (includes Titles of Papers

Published in Outside Journals 1950 to 1959) ($2.25); available from the Superintendent of Documents, Government Printing Office, Washington 25, D.C.
NATIONAL BUREAU OF STANDARDS

ISSUED JUNE 3, 1963

TABULATION OF PUBLISHED DATA

ON SOVIET ELECTRON DEVICES

Charles P. Marsden

NBS Technical Notes are designed to supplement the Bureau's regular publications program. They provide a means for making available scientific data that are of transient or limited interest. Technical Notes may be

listed or referred to in the open literature.

For sale by the Superintendent of Documents, U.S. Government Printing Office Washington 25, D.C. - Price 45 cents
Foreword

This tabulation of published data on Soviet electron devices has

been prepared as part of the National Bureau of Standards Electron

Devices Data Service. Established in 1948 to provide technical data on radio tubes to members of the Bureau staff, the service has since been

extended to other scientists and engineers in government and industry.

In the course of the program, a large volume of information on tubes,

transistors, diodes, and other electron devices has been accumulated

on punched cards. To make this information more readily available, a system has been worked out for automatically tabulating the data in

handbook form. Previous tabulations include Tabulation of Data on Receiving Tubes , NBS Handbook 68 (1959); Tabulation of Data on Microwave Tubes , NBS Handbook 70 (1961); and Diode Source Book (published

by Semiconductor Products magazine, (1961).

The present tabulation is the result of compilation efforts ex- tending over the past four years. All the included information was taken from published specifications, and every effort has been made to ensure accuracy and completeness. However, the Bureau cannot assume responsibility for omissions nor for results obtained with these data.

A. V. Astin, Director.

II
Contents

Page

1. Introduction, 1

2. Description of the Tabulation i

3. Figure 1 Organization of the Tabulation 2

4. Terminology Used in the Tabulation 3

4.1 Column Headings 3

4.2 Bulb Size 3

4.3 Code 4

Numerical Listing 8

Receiving Tubes 20

Power Tubes 30

Rectifier Tubes 35

Voltage Regulator Tubes 36

Current Regulator Tubes 36

Thyratrons 37

Cathode Ray Tubes 39

Microwave Tubes 42

Transistors 43

Diodes - Rectifier 50

Diodes - Power Rectifier 53

Diodes - Regulators 53

Diodes - Mixer and Detector 54

Diodes - Photoconductive 55

Phototubes and Photo multipliers 58

Flash Tubes 60

Thermocouple Tubes 60

Thermistors 61

Strobotrons 62

Counter Tubes 63

Discharge Tubes , 64

Decatrons 64

Light Amplifiers 64

Basing Connections 65

III
FIG. I

GROUP I. NUMERICAL

TYPE NUMBER KINO TYPE

TABLE

HO. SIMILAR TYPES

COST SPEC.

NO.

GROUP II . RECEIVING

TYPE NUMBER KIND TYPE BULB USE

MAXIMUM TYPICAL

I. T

'b mo I 100

CAPACITY

OUT BASE

GROUP m. -POWER

TYPE NUMBER KINO TYPE IULB USE

I. • MAXIMUM TYPICAL

I. L I 9

2

/initio

CAPACITY

OUT BASE

GROU PH. REC IFIER TUBES

TYPE NUMBER KINO TYPE BULB GAS MAXIMUML

TYPICAL

I

GROUP X, VO LTAGE REGULATOR TUBES

TYPE NUMBER KIND GAS

KIND

GROUP ¥1, CURR

TYPE NUMBER KIND TYPE

PRES CATH VOLT. RANGE [ CURJWNGE

MAT'L MAX

DIMEN

DIA. LTH BASE

ENT REGULATOR TUBES

BULB

VOLT RANGE

MAX MIN

CUR RANGE

BASE

GROUP HI, THYRATRONS

TYPE NUMBER KINO

BULB

LTH DIAM GAS CATHODE

WARM

UP

MAXIMUM ANODE PIV FIRING TUBE

DROP PULSE lbmo

AVG MAXIMUM GRID

BIAS INPUT RES

Kft

PULSE

1CN. | Tl ME | ! r | LTH Mi GROUP M. CATHODE RAY

TYPE NUMBER

METH. OF DIMENSIONS

fOCUS OEFL DIAM LENGTH HOE

TYPICAL

HEATER

v

I ft>0

_

MAXIMUM SCREEN h

DEFL SENS nWv

COL PERS

OEFL ANCLE

degree

BASE

BASE

GROUP H, MICROWAVE TUBES

TYPE NUMBER KIND

FREQ

MIN

Gc

MAX

Oc

DUTY

CYL CATHODE

"f

MAXIMUM

mw

COL HELIX VSWR MAG.

FIELD GAUSS

DIMEN

LTH DIAM VI T.

GROUP I, TRANSISTORS

TYPE NUMBER KIND MAXIMUM

I, I. I,

,/*C

TYPICAL

V, I

MAXIMUM MINIMUMfa

«f MAX

MAXIMUM FIG

GROUP H. DIODES-RECTIFIERS

TYPE NUMBER KIND TYPE MAXIMUM

F @25*C (S>25 C

MAXIMUM 
 25 'C PIV 1 e f « MIN.E

F

If

MAXIMUM

I„ 
 E. <?T°C no

TYPE NUMBER KINO

GROUP IE, DIODES-POWER RECTIFIERS

TYPE

MAXIMUM

OPR TEMP

°C

I, MAXIMUM E R

IN VOLTS

AVAILABLE FOR FOLLOWING SUBCLASSES

13 30 43 30 33 ?0 80 100 110 130 2H 3H 4H BH «H 7H 6M

COOLING

LY
FIG. I CONT'D

GROUP DIODES — REGULATORS

Tr?E NUMBER KINO ttpe MAXIMUM TYPICAL

a E :

NA i z

n

TC PIC

TYPE NUMBER '. NO

TYPE NUMBER MHO

TTPE

CATH AREA

GRO UP m. DIO DES- MIXER & DETECTOR

MAXIMUM FREQUENCY

MIN MAX G r m

FM

MAXIMUM NR VSWR NF

•ot> LC

POWER

LEVEL

FIC

GROUP H, DIODES- PHOTOCONDUCTIVE

MIN. DARK

RES. MAX

WORK'NC

SEHS.

Mo/tm

CURRENT SPEC.SENS

MAX CUTOff

e

TEMP.

MAX

(»)t GROUP IE, PHOTOTUBES k MULTIPLIERS

TYPE NUM8ER KIND BULB

DIMEN.

OIAM LTH.

CATHODE

AREA em2

SURF.

GROUP HIT. FLASH TUBES

TYPE NUMBER KIND

BULB SHAPE AND

SIZE

MAXIMUM

VOLT POWER

TIP. TUBE

DROP

SENS. Mo/l

MAXIMUM

OARKI,

*MP. EXP.

lOomp/Lm

DARK I t ExP.

10 or *IKomp/Lr

DARK

K AMP EXP.

DYNODES

IMAT'L NO. TYPE

GROUP IM, THERMOCOUPLE

TYPE NUMBER KIND

DIMENSIONS

TYPE NUMBER KIND

GROUP HI^THERMISTORS

USE DIMEN

DIAM LTH SHAPE RESISTANCEMIN

a

MAX T,C.

fl 1 %

TEMP. I POWER

MIN

(-)t

MAX MIN

(+) t J m.

SENS

LENGTH

TYPICAL U

THERMO

ELFC

GROUP H STROBOTRONS

TYPE NUMBER

IMENSIONS

DIAM LTH VOLTAGEMIN DROP

OPER FIRING POWERAVG PEAK INTER RES FLASH CONDITIONSDISCHG CAP —tl

TIME

Ji2_

FLASH

FREO ENERGr

L

LIGHT OUTPUT LIFE

GROUP HI, COUNTERS

TYPE NUMBER KIND

Dimensions S DIAM

I mm

LENGTH

GROUP II

PLATEAU MAXIMUM

RATE PLATEAU TEMP

FIG

FLASH

c/sec

AVG PEAK NO OF FLSH HRS

DISCHARGE DIODES

TYPE NUMBER

)IMEN

TH DIAM GAS CATHKIND

GROUP TTTTT DECATRON

FIRING

MIN PULSE

I-a">rt TIME

J-iouie] sec

OPERATING FREQUENCY

cps

MIN

INTER RES

meafl

TYPE NUMBER KIND VOLTAGES

MAXIMUM

FIRING !AS DRP TYPICAL

OPER

TYP PULSE

GROUP HH LIGHT AMPLIFIERS

TYPE NUMBER KIND K

SCPN

COLOR MAX. DIMEN

SCREEN RESOL

jO_il

DIMEN

LTH OlA

MAX

CAP AMB.TEMP

MIN til

MAX

GROUP H2.BASES

j»:-:f SECTION H I H h h I A jSh H H

SECTION 2 —

I—1—I

K 0, «2i Q 3

SEC. 4

K

DEFLECTION

D, p;,|D,

_J i Dm

DEFLECTION 2

D, pJD 3 |D 4 _J I

I

E

Tabulation of Published Data on Soviet Electron Devices

Charles P. Marsden

This tabulation includes published data on Soviet electron devices as collected from

various publications, mostly handbooks published by the various ministries and institutes

of the USSR. Information is given on all

active devices ranging from receiving to microwave devices, semiconductor devices, and

various miscellaneous devices such as, for

example, photographic flash tubes and thermistors .

1. Introduction

The increased circulation of published literature from the USSR

and the importation of Soviet equipment has created a need for factual

information on Soviet electron devices. To satisfy this need, the

National Bureau of Standards Electron- Devices Data Service has prepared

the present tabulation in a format that could be reproduced directly

from punched cards. The advantages of the use of these cards include

the elimination of errors possible with other methods of reproduction,

flexibility in adding or deleting information, and uniform columnar

presentation.

The sources of the data are the various publications produced in

the USSR and include books published by the various ministries, and

technical magazines. This information has been intercompared and

correlated to eliminate errors and thus assure that this tabulation is as accurate as possible. Because of this intercomparison, references

for the data are not given, as data for any one type of device may

have been derived from several sources.

2. Description of the Tabulation

In each group the type numbers are arranged in alpha -numerical

order in which the first numerical part of the type number is the prime

sorting means. Alphabetical prefixes are the secondary sorting- means

and alphabetical postfixes are the tertiary means. For example in the

numerical list, these type numbers will be found in the following order:

VI -0.1/40 SG2S

VT1 TO -2

1A2P 2A1
Alphabetical sorting is performed according to the English alphabet

rather than the Russian which was transliterated according to the

recommended practice of the Library of Congress as shown below:

A A K K

E B Jl L

B V M M

r G H N

Ji D

E Ye 11 P

'A Zh P R

H I c S

T T

y U

$ F

X Kh

U Ts

iu Sh

3 E

This transliteration was necessary to put the information on punched

cards and it is believed that it will cause little difficulty in use.

3. Organization of the Tabulation

The tabulation is divided into 24 groups, each with a different

format and different columnar headings so that the maximum pertinent

data may be included. These groups and their column headings are shown

in Figure 1.

Group I is a numerical listing of all type numbers in the complete

tabulation and also includes discontinued and absolete types. All these

types are defined by the same three-letter code to indicate the kind and

type of tube. Furthermore, under the heading "Group No.", Roman numerals are used to show the group number under which the data for a type

will be found. In the last column, the GOST (State National Standard)

Specification Number (followed by the year of publication of the

specification) is shown for the type number. These specifications

include the information in and follow the format of the domestic military

specifications.

This group is also an interchangeability list and known similar

types are shown. Further, by means of the following symbol code, the

manufacturing area and the obsolescence of the type are indicated.

* Domestic manufacture

# European " H Russian " @ Obsolete or inactive

The above definitions of these symbols are pertinent only to their use

in Group I. Due to the limitation of available symbols on listing

equipment, these same symbols are used in the other groups but are then defined as shown at the end of the definitions under the paragraph

entitled "Code" (p. 4 ).

The other groups have titles describing the particular class of

2
devices listed therein. As mentioned previously, the individual type

numbers are arranged in the same alpha -numerical order.

Under each heading of the group format, the unit of measurement

most common for the characteristic is shown. For example under the

heading of Maximum Plate Current (I ), the unit in the heading is ma (milliamperes) . However, where thepdata are in amperes, the value will

be tabulated with the number followed by the letter "A", e.g., 15A . All

these changes of units are included in the list of alphabetical symbols

under code on pages 3 to 5.

A blank in any column indicates that no value was given in the

available data.

Group XXIV, "Bases", lists the basing connections for the particular

"Base No." of the previous groups by a system compatible with punched

cards.

Instead of the usual base diagram or line drawing, the number of

each base pin is given in the column under the symbol of the electrode.

This system was developed because many of the Soviet types have base

connections which do not conform to the standard base designations of

the Electronic Industries Association. In those instances where an electrode is connected to more than one base pin, only the lowest

numbered pin is shown in the tabulation.

Outline drawings are shown for the semiconductor diodes and

transistors. Similarly photographic outlines are included for counter

tubes.

4. Terminology used in the Tabulation

4.1 Column Headings

The headings used in the various formats are the standard symbols

as defined by the Institute of Radio Engineers or descriptive words for

the characteristics. They are not further defined due either to the

difficulties of translation or lack of definite information.

4.2 Bulb Size

This column heading, which is used in the Receiving, Power,

Rectifier, etc. Groups, uses a special code to describe the bulb

shape and size. The numerical part of the code indicates the diameter of the glass bulb or metal anode (power tubes) in eighths of an

inch according to the American standard. The alphabetical part of the

code is explained on the following page.
PREFIX POSTFIX

A - Air-cooled anode

C - Ceramic construction

G - Globe-shaped bulb

F - Flat top of Soviet design

H - Helix-shaped fl?sh tube

M - Metal tube

P - Spiral

R - Ring-shaped

S - ST design, i.e., the domed

conical shaped glass bulb

T - Cylindrical shape

U - U -shape flash tube

W - Water-cooled anode

B - Button glass stem

F - Flat press glass stem

For example, a "T3F" would be a cylindrical bulb with a flat press and

having a diameter of 3/8 inch.

4.3 Code

Due to the limitations of available columns in the punched card,

one- to three-letter codes have been liberally developed and used in the

tabulation. These have been chosen to be readily understood. The

following table lists the definitions of this code for all groups in

alphabetical order.

Code

A Change of unit to amperes

ACO Acorn tube

AF /Audio frequency

iForced air cooling

AHE Argon-helium gas-filled

AHN Argon-helium-neon gas-filled

AKN Argon-krypton gas-filled

AMK Aluminum -Magnesium alloy

with potassium surface

AN Natural air cooling

AO Argon-oxygen gas-filled

AR Argon gas-filled

ARC Arc rectifier - Mercury pool

BA Barium (metal) cathode

BAG Beta and gamma radiation

BAL Ballast or current regulator

BAO Barium oxide cathode

[Beam pentode

Iwith beam pentode, e.g.,

triode beam pentode

BET Beta radiation

BL Blue luminescence
CODE

Circular dynode arrangement

Common collector operation

Cold cathode

Continuous wave operation

CAM Copper-aluminum-magnesium

CN Converter

TM>w fComutator tubes

CUM 1 _ . £ '--Compensation of temperature

thermistors

CON Temperature control

COU Counter tube

CP Cap, external in tabulation

of bases

CS Cesium photo surface

CSB Cesium antimony photo surface

CD Copper cathode - counter tube

CYL Cylindrical shape (Thermistors)

DBA Double anode beam pentode

DEC Decatron

DET Detector operation

f Diode

'.With diode, e.g., triode diode

DSC Disc shape

DUO Double, e.g., double diode with

separate cathodes

fDuo diode (single cathode)

.With duodiode, e.g., triode

duodiode

E Common emitter operation

EL Electrometer tube

ELM Electromagnetic focus or deflection

ELS Electrostatic focus or deflection

F Filamentary cathode

FE Iron cathode - counter tube

FLS Flash tube (photographic)

G Giga (10

9

)

GAM Gamma radiation

GAN Germanium alloy, n-type

GAP Germanium alloy, p-type

GDP Germanium diffused junction,

p-type

GE Germanium

GEA Germanium alloy junction

GEP Germanium point -contact

GPP Germanium point -contact

,

p-type

[Green luminescence

-Graphite cathode -counter tube

Gas -filled

GR 1

GS

GSP

GTB

H

HE

HG

Germanium surface-barrier,

p-type

Gated beam pentode

Heater type cathode

Hecto (10 2

)

Helium gas-filled

Mercury vapor -filled
CODE

HH Mercury -argon-hydrogen

gas-filled

HK Hydrogen -krypton gas-filled

HY Hydrogen gas -filled

IC Iconoscope

ID Indicator tube

IF Intermediate frequency

IGN Ignitron tube

IM Image orthicon

J Joules

[Kilo (10

3

) 'Potassium

KLY Klystron

KX Krypton -xenon gas -filled

L Linear dynode arrangement

LAM Light

LIT Lighthouse

LO Long persistence screen

Mega (10

u

) \Milli (10-3)

MAG Magnetron

MD Medium persistence screen

MEA Temperature measurement

MG Magnesium cathode

r Mixer

MIXJ

MO Molybdenum cathode

MOD Modula tor

N Nano (10~9

)

NA Neon-argon gas -filled

NE Neon gas -filled

NEH Neon-helium gas-filled

NI Nickel cathode

NK Neon-krypton gas-filled

NSP Nuclear Spectrometry

OD Double beam oscilloscope

OS Oscilloscope

P Pulse operation

PA Power amplifier

PB Purple -blue luminescence

PEN Pencil tube

PHC Photoconductive diode

PHM Photomultiplier

PHO Phototube „„ fPentode

POW 1iWith pentode e.g., triodepentode

PTG Pentagrid

REC Rectifier

REG Regulator (voltage)

RD Red luminescence

RF Radio frequency

ROC Rocket tube

.6
CODE

S1-S7 Spectral sensitivity of photo

surface

S Max. dimension of cathode ray

tube face

SM Secondary emission pentode

SAN Silicon alloy, n-type

SAP Silicon alloy, p-type

SCC Scintillation Counters

SDN Silicon diffused junction,

n-type

SH Short persistence screen

SI Silicon

SIA Silicon alloy junction

SIN Single e.g., single triode

SIP Silicon, point contact

SM Secondary emission pentode

SN Tin cathode-counter tube

SQ Self -quenching type of counter

tube

T Thoriated tungsten cathode

TET Tetrode

THM Thermocouple tube

THY Thyratron

TMS Thermistor

TRD With triple diode

fTriode

TRI 1'With triode e.g., pentodetriode

TV Television tube

TWN Twin with separate cathodes,

e.g., twin triode

TWT Traveling-wave tube

D CMicro (10 ) -shaped

UF Ultra high frequency

V Venetian-blind dynode

arrangement

VC Vacuum

VB Violet -blue luminescence

VI Vidicon

VID Video detector

{Change of units to watts

Tungsten cathode

Water-cooled

WG Wave guide coupling

WH White luminescence

X Smallest dimension-rectangular

photocathode

XE Xenon gas-filled

YO Yellow-orange luminescence

3C Three color screen for

television

*\ The meaning of these symbols

#J indicated in the column

heading

D Less than (before digits)

@ Obsolete type
GROUP I , NUMERICAL

TYPE NUMBER KIND TYPE TABLE

NO. SIMILAR TYPES

GOST SPEC.

NO.

•24B12-18 BAL SIN VI .3B17-35 8AL SIN VI .3B65-135 BAL SIN VI .425855-12 BAL SIN VI .6ZH68 PND SIN II

• 6P2B PND SIN II CK505AX

.85655-12 BAL SIN VI FS-A6 PHC XV FS-AO PHC XV FS-AV PHC XV FS-00 PHC XV FS-KG PHC XV FS-KO PHC XV FS-KV PHC XV GR-0.8/1.6 DWD SIN GR1-0.25/1 .5n TG-O.3/0.3 TRI THY TG1-0.1/0.3D, 884* TG-0.5/1.3 TET THY TG1-0.1/1.3D, 2050* TGI-0.1/0.3 TRI THY VII VG025150O DIO SIN GR1-0. 25/1.90

D1A REC XI

01B REC XI DID REC XI DIG REC XI D1V REC XI D1YE REC XI D1ZH REC XI DG-S1 MIX XIII DG-TS1 REC XI D2Gn

DK-I1 MIX XIII

DIC-S1 MIX XIII DK-Vl DET XIII DL-S1 MIX XIII FEU-1 PHM XV FEU-IB PHM XVI FEU-1B1V PHM XVI FEU-1B2V PHM XVI FEU-1V PHM XVI FEU-IS PHM xvi FS-A1 PHC XV FS-D1 PHC XV

FS-K1 PHC XV GE-1 TET SIN III GKE-1009

GG-1 0.3/8 DIO SIN IV GG1-0.5/5 DIO SIN IV VG1.5/5000D

GG-1-0.5/20 DIO SIN IV GG-1-1/22 DIO SIN IV GG-1-2/5 DIO SIN IV GG-1-2/16 DIO SIN IV GG-1. 5/15 DIO SIN GG1-0.5/5H

GK1A TRI SIN III GM1A TRI SIN III GMI-1B TRI SIN III GR1-02/15 DIO SIN IV GR-1-0.3/8.5 DIO SIN IV GR-1-25/15 DWD SIN IV GS-1B TRI SIN III GuZH-1 PND SIN G41ln

1-1-70/0.8 TRI THY VII 1-1-100/1.5 TRI THY VII 1-1-1*0/0.8 TRI THY VII KF-1 TET TWN Gu-29o, 829B«

KMT-1 TMS xix

KZH1 «PND SIN G4U»

LD1 »TRI SIN 12S3SD

LG-1 DWD SIN 12KH3Sn

LI-1 IC VIII MMT-1 TMS xix

MSI TRI SIN GM-60O

OG-1 DEC XXIII P1A X P18 X P1D X

GROUP I , NUMERICAL

TYPE NUMBER KIND TYPE TABLE

NO. SIMILAR TYPES COST SPEC.

NO.

PIG X pi I X P1V X P1YE X P1ZH X

RB-1 XXII S1A X SIB X SID X S1G X SlV X siye X SG1B DIO SIN 0A2»

SG1P DIO SIN V 0A2*

SG1P-V REG V SG1P-YE REG V SI-1BG COu XXI SI-1G COu XXI T-1B TRI THY TG-lBn

TG1B TRI THY VII TG1B-V TRI THY VII TG1-00/05 TET THY VII TG1-01/03 TRI THY VII 884* TG1-01/13 TET THY VII 2050* 78*3-55 TG1-05/12 TRI THY VII TG1-1.0/0 TET THY VII TG1-1.5/2 TRI THY VII TG1-1.6/1 TRI THY VII TG1-2.5/3 TRI THY VII TG1-2.5/49Q

TG1-2.5/4 TRI THY VII TG8/3. TGl-2.5/3l»o 7952-56 TG1-2.5/10 TRI THY VII TG1-3.2/1 TRI THY VII TG1-6.4/1 TRI THY VII TG1-5/3 TRI THY VII TG1-12.5/1.3 TRI THY VII TG1-25/10 TRI THY VII TG1-125/1 TRI THY VII TGI-0.1/0.3 TRI THY VII TGI-1B TRI THY VII TGI-1-3/1 TET THY VII TGI-l-lo/l THY VII TGI-1-35/3 TRI THY VII TGI-1-50/5 TRI THY VII TGI-1-90/8 TRI THY VII MTl-4»n

TGI-1-130/8 TRI THY VII TGI-1-130/10 TRI THY VII TGI-1-325/16 TRI THY VII MTI-5U, TGI-325/160

TGI-1-400/3 TRI THY VII TGI-1-400/16 TRI THY VII TGI-1-700/25 TRI THY VII TKH1 TRI THY VII TM-1 TRI SIN 6S5DD, 2C40*

TO-1 PND SIN 10ZH12Sn TR1-5/2 TRI THY VII VT-3 7954-56 TR1-6/15 TRI THY VII 7955-56 TR1-15/15 TRI THY VII TR1-40/15 TRI THY VII 7956-56 TR1-85/15 TRI THY VI I TR1-13015 TRI THY VII TSG-1 PHO XV TSV-1 PHO XV TV8-1 THM XVIII

VI -00113 DIO SIN IV V13/30O

Vl-02/20 DIO SIN IV Vl-03/13 DIO SIN IV Vl-05/70 DIO SIN IV Vl-06/30 DIO SIN IV Vl-1/2.5 DIO SIN IV Vl-1/30 DIO SIN IV Vl-1/40 DIO SIN IV Vl-2/40 DIO SIN IV Vl-3/16 DIO SIN IV
GROUP I. NUMERICAL

TYPE NUMBER no. SIMILAR TYPES

COST SPEC.

NO.

Vl-3/70 010 SIN Vl-A/40 010 SIN V1-15/5S 010 SIN

V01 010 SIN VDI-1D 010 SIN VG1/8S0P 010 SIN IV VGI. 5/5000 010 SIN IV Vl-1-5/20 010 SIN IV VI-1-5/30 010 SIN IV vi-i-ie/32 oio sin iv

V1-1/40U VI-1-100/50O

G62-0.5/5O

Vl-1-27/35 OIO SIN VI-1-30/25 OIO SIN Vl-1-70/32 OIO SIN IV Vl-1-100/50 OIO SIN IV VO-1 OIO SIN IV

VSTS-1 F-3 PHO XV VT-1 TRI THY 1A1P PTG SIN II 1A2P PTG SIN II 1RIP PND OIO II

1B2P PND DIO II 1B5-9 BAL SIN VI 1810-17 BAL SIN VI 1E1P TET SIN II 1E3P «TRI SIN II

TG-2.5/50

1R5*i DK91*

D<96», 1R5*

1S5*i DAF91»

DAF96*t 1S5»

1I2P PND TRI II 1K1P PND SIN II 1T4*, DF91* 7707-55

1PC2P PND SIN II DF96*. 1T4»

INI • TRI TWN 1N3S*

1N3S TRI TWN II 1N10, 1G6-GT*

1P2B PND SIN II CK507AX

1P3B PND SIN II 1P4B PND SIN II 1P24B PND SIN II 1S12P TRI SIN II DC96*

1TS1 •DIO SIN ITSlSn, 1VD1D

1TS1S DIO SIN II lTSla, lVDln

1TS7S OIO SIN II DY30*, 1B3/8016* 8359-57

1TS11P DIO SIN II 1V3/8016 •DIO SIN 1TS7SD, 1B3/8016*

1VD1 •DIO SIN 1TS1. 1TS1SD

1VD2 •DIO SIN lTS7Sn, 1B3/8016*

1ZH2 •PND SIN 1ZH2MO

1ZH2M PNO SIN II 12H2*

II

1ZH18B PND SIN II 1ZH24B PND SIN II 1ZH29B PND SIN II D2A • REC XI DG-TS9S0

D2B • REC XI DG-TS10»a

D2D • REC XI 0G-TS2#n

02G • REC XI DG-TSl»o

021 REC XI D2K REC XI DG-TS6#n

D2M REC XI DG-TS7(»n

D2N REC XI DG-TS159D

02P REC XI 0G-TS16«n

D2R REC XI D2V • REC XI 0G-TS8O

02YE • REC XI DG-TS4»o

02ZH • REC XI 0G-TS5«a

DG-S2 MIX XIII 0G-TS2 REC XI D2Dn 01-2-10 •DIO SIN 2D1SH

DK-I2 MIX XIII DK-S2 MIX XIII DK-V2 DET XIII 0L-S2 MIX XIII DSH2-10 •DIO SIN 202SD

FEu-2 PHM XV FEU-2B PHM xvi FEU-281V PHM XVI

GROUP I , NUMERICAL

TYPE NUMBER KIND TYPE TABLE

NO. SIMILAR TYPES

COST SPEC.

NO.

FEU-2M PHM XVI FEU-2V PHM XVI FS-B2 PHC XV FS-K2 PHC XV FS-2A PHC XV GE-2 TET SIN II! GKE-150»

GMI-2B TET SIN III GS-2B TRI SIN III GUZH-2 BEA SIN G807D, 807*

GZH2 »PND SIN G413n

1-2-50/1.5 TRI THY VII KF-2 BEA TWN GU-320, 832-A*

KS-2 TRI SIN Gu-4a

ICZH-2 BEA SIN G-807n, 807* MTI-2 TRI THY VII TGI-200D

OG-2 DEC XXIII P2A X P2B X PT-2 TRI THY TG-2130

R-2 XXII RB-2 xxn

S2A X S2B X S2G X S2V *

SG2P DIO SIN V 0B2*

SG2S OIO SIN V 0A3»

SI-2B COU XXI SI-2BG COU XXI ST2S BAL TWN VI STS-2 cou xxi STSV-2A F-2 PHO XV TG2-01/01 TRI THY VII TG2-0.5/12 TRI THY VII TG-2.5/5 TRI THY VII VT-1 TGI-2-260/12 TRI THY VII TGI-2-32516 TRI THY VII TGI-2-40035 TRI THY VII TKH-2 TRI THY VII TO-2 PND SIN 10P12SD

TV-2 THM XVIII TV8-2 THM XVIII VD2 DIO SIN Vl-2/401

VI-2-27/35 DIO SIN IV VI-2-70/32 DIO SIN IV Vt-2-100/50 DIO SIN IV 2A1 PTG SIN II S0242n, 2A1M

2A1M •PTG SIN 2A1D

2A3 TRI SIN 2S4SO, 2A3*

2D1L DWO SIN II 2D1S DIO SIN II DI-2-10Q

2D2S DIO SIN II DSH2-10O

2D3B DIO SIN II 2D3S DIO SIN II 2D7s OIO SIN II

2D9s DIO SIN II 2D21 TET THY TG3-0.1/1.3O. 2021*

2E1 •TET SIN II 2E2 •TET SIN I! UB155D

2E2P TET TWN II

2J55 MAG IX

2K.1 •PNO II 2K1M0

2K1M •PND SIN II 2K1<»« SB2419. S0241P

2K2 PND SIN 2K2M(» 2K2M •PND SIN II 2K2l» 2KH1 •DWD SIN 2KHlLn

2KH1L DWO SIN II 2KH1»

2KH2 SDIO SIN 2VD8An, 2TS2SD. 2X2»

2N1 TRI DUO II SB243. S0243. 2N1MO

2N1M JTRI DUO 2Nla. SB243D. S0243O

2P1 BEA SIN I! SB244a f S0244O

2P1M (»BEA SIN 2PlPn
GROUP I, NUMERICAL

TYPE NUMBER

TABLE

NO. SIMILAR TYPES

2P1P

2P9M

2P2

2P2P

2P3

BEA SIN II • BEA SIN II • BEA SIN II BEA SIN II BEA SIN II

DL94*, 2HlM

2P90, 2P9S DL96*. 3S4* SB258a, S0258n,

tOST SPEC.

NO.

800S S6

2P9 •BEA SIN 2P9MD, 2P9S 2P9S BEA SIN 2P9MH, 2P9 2P19B PNO SIN II 2P21S 8EA SIN II 2P29 •PND SIN 2P29LD

2P29L PND SIN II 2P29Ln

2P29P PND SIN II 2S1 TRI SIN II 2S2 TRI SIN II UB240n

2S3 •TRI SIN 2S4SD, 2A3»

2S3M •TRI SIN 2S2° 2S4S TRI SIN II 2A3*

2S14B TRI SIN II 2S22 TRI SIN 658Sn, 2C22* 2TM-20 TRI SIN III 2TM-100 TRI TWN III 2TS2S DIO SIN II 2X2* 8527-57

2V6 DIO ARC IV 2V12 DIO ARC IV 2V20 DIO ARC IV 2VD8 DIO SIN II 2VN12 DIO ARC IV 2VN20 DIO ARC IV 2ZH1M •PND SIN II SB245n 2ZH2M PND SIN II 2ZH4 •PND SIN II S0257n

2ZH14B PND SIN II 2ZH15B PND SIN II 2ZH27 •PND SIN 2ZH27Ln

2ZH27L PND SIN II 2ZH27n

2ZH27P PND SIN II 2ZH26L PND SIN II D3A DET XIII D3B DET XIII DG-S3 MIX XIII DG-TS3 REC XI DK-S3 MIX XIII OK-V3 DET XIII DL-S3 MIX XIII FEU-3B PHM XVI FEU-3M PHM XVI FEU-R3 PHM XVI FS-3A PHC XV FS-K3 PHC XV GI-3 TRI SIN III 2C26A*

GI-3/100 TRI SIN GI-3n

GK3A TRI SIN III GMI-3 TET SIN III GS-3B TET SIN III GUZH-3 BEA SIN G1625D, 1625*

KF-3 BEA SIN GU-13D, 813*

KZH-3 BEA SIN t>-1625n, 162S. Ll-i IC VIII LIM-3 LAM XXIII

MS 3 •TRI SIN GM5/a, UB1B0»« M<i5 a OG-3 DEC XXIII P3A X P3B X P3V X PIM-3 IC VIII PT-3 TRI THY VII TG-235#a

R-3 XXII RB-3 XXII S3A X S3B X S3D X S3G X

GROUP I. NUMERICAL

TYPE NUMBER

S3V

S3YE

SG3P

SG3S SI-3B

TABLE

NO.

REG V DIO SIN V COU XXI

SIMILAR TYPES

COST SPEC.

NO.

ST3P DIO SIN VI STS-3 COU XXI STSV-3 PHO XV TG3-01/13 TET THY VII 2D21* TG3-2.5/10 TRI THY VII TKH3B

TO-3 TSG-3

TSV-3

TVB-3 VDI-3D

VT-33A4S

384S 3E29

3J21 3L01-

3S1 3S2

3S9

TET THY VII PND SIN

PHO XV PHO XV THM XVIII DIO SIN

TRI THY

PND SIN II BEA SIN II •BEA TWN MAG IXVIII

TRI SIN II TRI SIN II •TRI SIN II

II

7ZH12SO

VI-l-30/25n

TR1-5/2CD

GI-30n, 3E29*

T0-141D

TO-142D

3TS16S DIO 3TS18P »DIO SIN

3V30 DIO ARC IV 3VN30 DIO ARC IV 3VN60 DIO ARC IV 3VN100 DIO ARC IV 3VP1 »OS >TDG-S4 MIX XIII DG-TS4 REC XI OK-S4 MIX XIII DK-V4 DL-S4

EM-4

FS-A4 FS-K4 GI-4A

GKV-4 GMI-4B

GS-4

GS-4 GS-4B GS4D

GU4 GU4A

KMT-4

KS-4 LIM-4

LP-4 MMT-4

MS-4 MSTR-4

MTI-4

OG-5

P4P4A

P4B P4D

P4G

P4L P4V

PIM-4

R-4S4A

S4B S4G

S4V

SG4S

8L029n, 3BP1A* D2YE#o

DET XIII MIX XIII

TRI SIN

PHC XV PHC XV

TRI SIN III TRI SIN

TET SIN III TRI SIN III COU XXI

TRI SIN

TRI SIN III TRI SIN III TRI SIN III TMS XIX

GU-4U

G431AO

TRI SIN GU-15fia LAM XXIII COM ACO VII TMS XIX COU XXI COU XXI

TRI THY VII TGI-1-90/8C1 DEC XXIII

X 2N68»

X

X

X

X

X

X

IC VIII

XXII

XX

X

DIO SIN V OD3*

10
group : . NUMERICAL

TYPE NUMBER mi ITPE HUE

0. SIMILAR TYPES

COST SPEC

•0.

5I-4G COU XXI

." STSV-4 PHO XV TGI-4 TRI THY TGI-1-130/10O

TKM-4B TET TMr VII TO-4 PND SIN TP12SO

'SG-4 PHO XV TSV-4 PHO XV TV-* THM XVIII TVB-* THM XVIII

Vt>!-»0 010 SIN VI-1-T0/32O

VS-4 COU XXI 402 < 010 SIN 4TS6Sn

*D5S #010 SIN II 4E1 «TET SIN II 4E2 « TET SIN II »E3 « TET SIN II *F6S BEA SIN II 4J26-30 HAG IX 4J45 MAG IX 4J50 MAG IX

4N1 TRI OUO II SB239n, S0259D

4P1 »PND SIN I 4PK PND SIN II *P18S PNO SIN II 4S1 TRI SIN II UB107D

4S2 TRI SIN II UBllOo

4S3 »TRI SIN I 4S3S TRI SIN II 4S4 »TRI SIN II 4S5 TRI SIN II SO-lBSa 4TS1M #010 StN 4TS6SO

4TS6S 010 SIN II 4TS14S 010 SIN II 4V01 010 SIN II VXH1 < 010 TWN II V0-188#n

4VKH2 ! 010 SIN II V0-188#o 42HR PNO SIN II 42H1P PND SIN II 42H5 « TET SIN II 4ZH8SO

42H5S PND SIN II DG-TS5 REC XI D2ZH0O

DK-V5 DET XIII

FF.U-R3 PHM XVI FS-K5 PHC XV

G-5 TRI SIN M39a

G-5A TRI SIN GU5A0

G-5RA TRI SIN GU-5Bn

GI-SB TRI SIN III GK5A TRI SIN III GHI-5 TET SIN III GS-56 TRI SIN G*33An

GU5A TRI SIN III GU5B TRI SIN III GU0-5 TRI SIN G120n

LP-5 COM ACQ VII MTI-5 « TRI THY TGI-1-325160

0G-5 DEC XXIII P5A X P5B X 2N107*

P5D X CK727*

P5G X 2N65*

P5V X P5VE X R-5 XXII

R9-5 XXII RB-5A XXII SGJB 010 SIN V SG5B-V REG V STS-5 cou xxi TKH-5A TRI THY VII

TV

THM XVIII TVB-5 THM XVIII

GROUP I . NUMERICAL

TYPE NUMBER (110 TYPE

IABIE

10. SIMILAR TYPES

COST SPEC.

NO.

UV-i TWT IX VG-5 POW XII SLOlB «0S SL018O, 2AM1*

5L038I OS VIM 2AP1*

5SR1 #0S 5CP1A*

5SR7 #0S 5CP7A* 3TS3S DWD SIN II 5U4G* 8360-57

5TS4 DIO DUO 3TS4SO, 5Z4G* 5TS4M DIO DUO II 3TS4S DIO DUO II 5Z4* 8079-56

5TS8S DWD SIN II 8361-57 5TS9SE DWD SIN II 5TS9S DWD SIN II 1502O 8362-57 5TS12P DIO SIN II 5VKH1 »DWD SIN 5Z4G*

5VKH2 »DWD SIN II 5U4G*

5VKH3 « DWD SIN II 5Y3G*

06 REG XII DG-TS6 REC XI D2K0

DK-V6 DET XIII FS-A6 PHC xv FS-06 PHC XV FS-K6 PHC XV GI-6B TRI SIN III GK6A TRI SIN III GMI-6 8EA TWN III GS6 TRI SIN III GS-6 COU XXI LD-6 TRI SIN GI-6B0

LI-6 IC VIII MMT-6 TMS XIX

MS-6 COU XXI P6A X P68 X P6D X P6G X P6V X R6 XXII STS-6 COU XXI STSV-6 F-4 PHO XV TSV-6 F-5 PHO XV TVB-6 THM XVIII UV-6 TWT IX VS-6 COU XXI 6A2P PTG SIN II 6BE6*, tlC90* 8354 S 1 6A3P »GTB SIN II 6BN6*

6A5B • PTG SIN 6L7» 6A6A i> DIO 6A7 PTG SIN II 6SA7* 8086-56

6A8 PTG SIN II 6A68o > 6A8* 8367-57

6A88 »PTG SIN 6A8»

6A8M • PTG SIN 6A8S»n 6A10S PTG SIN II 6SA7» 8087-56

6A15B »PTG SIN 6SA7*

6AG7 a BEA SIN 6P9o. 6AG7« 6AZH5 « PND SIN 6AG5*« EF 96* 6B1P PND DIO II 6B2P PND 010 II L100#n

6B4 »TRI SIN 6A3*

6B8 t PND DWD 6B8*i 6B8G«. 6B8M»

5B8V «PND DWD 6B8Sn, 6B8G« 688S PND DWD II 6B8G*. 6B8M# 8369-57

6BKH1 •« DIO DUO 6<H5Sn

6D1A « DIO SIN 6D6A», 5704* 6D1ZH »DI0 SIN 6D4ZH», 9004*

6D3D DIO SIN II 559* 6D4ZH DIO SIN II 9004*

606A DIO SIN II 5704*,»6DlAn

6080 DIO SIN II 6D10D 010 II 6D14P 010 SIN II 6E5P TET SIN II

11
GROUP I, NUMERICAL

TYPE NUMBER KIND TYPE TABLE

NO. SIMILAR TYPES

6F1P PND TRI II EF80*, SU8* 6F5 TRI SIN 6S4Bn, 6F5*

6F5B TRI SIN 6S4BO, 6F5*

6F5M i TRI I I 6F5GT* . 6S4n 6F6 PND SIN 6P6Bn, 6F6* 6F6S PND SIN II 6F6-GT I 6F7 PND TRI II 6G1 TRI DWD II 6SR7*

6G2 TRI DwD I I 6S07*

6G2P-K TRI DWD II 6G2S r. TRI DWD 6SQ7G*

6G3P TRI TRD II 6T8*

6G3s <s TRIC>WD 6G7 TRI DWD II 6Q7*

6I1P PTG TRI II ECH81» . 6AJ8* 6K1B PND SIN II 5702*

6K1L PND SIN II 6K1P PND SIN II 9003*

6K1ZH PND SIN II 956*

6K2P 1 PND SIN 6K4PO

6K3 PND SIN II 6SK7*

6K4 PND SIN II 6SG7*

6K4P PND SIN II EF93*, 6BA6*

6K7 PND SIN II 6K7SS, 6K7G*t 6K? 6K7S 1 PND SIN 6K9SO, 6K7G*. 6K' 6K9S PND SIN II 6K7G*t 6SK7* 6K19P i> PND SIN 6K1P0, 9003* 6KH1ZH « DIO SIN 6D4ZHn i 9004*

6KH2P DIO TWN II EAA91* , 6AL5*

6KH4P DWD SIN 6TS4Pn

COST SPEC.

NO.

8082-56

8084-56

8083-56

8352-57

8363-57

6KH5 DWD SIN 6KH5S DWD SIN 6KH6 DIO TWN 6KH6B DIO TWN I I 6KH6M DIO TWN 6KH6S DIO TWN II 6KH7B DIO TWN II 6L.7 PTG SIN II 6LK1B TV VIII 6N1P TRI TWN II

6VKH1Q, 6X5GT*

6VKH1D, 6X5GT*

6KH6BD, 6H6* 6H6-G* 6KH6SD, 6H6G* 6H6-G*

6L7*

6N2P TRI TWN II ECC83* . 6AX7*

6N3P TRI TWN II ECH42# . 2C51*

6N4P TRI TWN II 12AY7*

6N5P TRI TWN II 6N5S TRI TWN II 6AS7G*

6N6 DIO TWN 6<H6Bo , 6H6*

6N6P TRI TWN II 6N7 TRI TWN II 6N7*. SN7Sn 6N7S TRI TWN II 6N7-GT

6N8 TRI TWN 6N8SO, 6SN7GT*

6N8M TRI TWN 6N8Sn, 6SN7GT*

6N8S TRI TWN II 6SN7-GT*

6N9 TRI TWN 6N9Sn, 6SL7GT*

6N9M TRI TWN 6N9SO, 6SL7GT*

6N9S TRI TWN II 6SL7GT >

6N10 TRI TWN 6N10SH . 6SC7GT 6NlnM TRI TWN 6Ninso . 6SC7GT 6N10S TRI TWN II 6SC7GT i 6N11 TRI TWN 6N5SO. 6AS7G*

6N12S TRI TWN II 6DN7* 6N13S TRI TWN II 6080*

6N14P TRI TWN II ECC84» . 6BX8*

6N15 »TRI TWN II 6J6* t SN15Pn 6N15P TRI TWN I I 6J6*. ECC91» 6N16B TRI TWN I I 6N17B TRI TWN I I 6N23P TRI TWN I I 6P1P BEA SIN II EL90*, 6A05*

f,P2 BEA SIN 6P6Sn, 6V6GT*

6P2P PND SIN II

ftP3 BEA SIN 6P3So. 6L6G* 6P3B BEA SIN 6P3SD, 6L6G*

8355-57

8356-57

8357-57

GROUP I , NUMERICAL

TYPE NUMBER KIND TYPE TABLE

NO. SIMILAR TYPES

COST SPEC.

NO.

6P3S BEA SIN II 6L6G* 8376-57

6P4 »PND SIN II 6G6G*

6P6 BEA SIN 6P6Sa, 6V6GT* 6P6B (»PNO SIN II 6F6*

6P6P »BEA SIN 6P6S BEA SIN 11 6V6-GT* 8375-57 6P7 »BEA SIN 6P7SOn, 6BG6GA*

6P7S BEA SIN II 6P7ian, 6BG6GA*

6P8P TRI SIN 6SIP0, 9002*

6P8S «PND SIN II 6G6G*

6P9 BEA SIN II 6AG7* 837/-S7

6P9E BEA SIN II 6P13S BEA SIN II 6P14P BEA SIN II EL840, 6BQ5* 6P15P BEA SIN II 6P17S BEA SIN II 6P18P BEA SIN II EL82#

6P20S »BEA SIN II 6P21S »BEA SIN II 6P31S BEA SIN II 6R1B TRI DWD 6G1D, 6SR7*

6R7 TRI DWD 6G7n, 6Q7* 6R7B TRI DWD 6G7n, 6Q7* 6R17B TRI DWD 6G2n, 6S07* 6S1B TRI SIN 6S6Bn, 5703* 6S1P TRI SIN I I 9002*

6S1ZH TRI SIN II 4671*. 955* 6S2 TRI SIN 6J5-GT*

6S2B TRI SIN I I 6S7Bn, 5744* 6S2P TRI SIN II 6J4* 8353-57 6S2s TRI SIN II 6J5-GT* 8081-56 6S3B TRI SIN II 6X4A*

653P TRI SIN II 6S4 »TRI SIN 6F5 6S4B TRI SIN II 6F5*

6S4P TRI SIN II 6S4S TRI SIN II 6B4-G* 8373-57

6S5 TRI SIN II 6S5Sn. 6C5GT*

6S5B TRI SIN 6C5-GT*

6S5D TRI SIN I! TM1i»d, 2C40* 6S5S TRI SIN II 6C5-GT* 8368-57 6S6B TRI SIN I I 5703* 6S7B TRI SIN II 5744*

6S8P TRI SIN 6SlPn, 9002*

6S8S TRI SIN II 2C22*

6S9D TRI SIN I I 6S10D TRI SIN II 6S11D TRI SIN I I 6S13D TRI SIN II 6S15P TRI SIN II 6S16D TRI SIN II 6S17K TRI SIN II 6S18S TRI SIN II 6S19P TRI SIN I I 6S20S TRI SIN II 6S21D (»TRI SIN II 6SK7 PND TRI I I 6TS4P DWD SIN II 6X4* 6TS4S DIO SIN I I 8347-57 6TS5S DWD SIN II 6X5GT* 8528-57 6TS10P DIO SIN I I 6B3* 6TS13P DIO SIN I I 6TS15S DIO TWN II 6TSI7S DIO SIN II 6V1P PND SIN II 6VKH1 DWD SIN II 6YE1P TRI SIN II EM80#, 6BR5*

6YE5 »TR

I

SIN 6YE5SD

6YE5S TRI SIN II 6YE5» 8379-57

6ZH1B PND SIN I I 5702*

6?H1L PND SIN I I 62H1P PND SIN II 6AK5*.EF94# 8349-57

12
GROUP I. NUMERICAL

rrPE NUMBER

1AHE

<0. SIMILAR TYPES

6ZH1JH PND SIN !• 6ZH2B PND SIN II 67H2M PND SIN II 6ZM2P PND SIN II 6ZH1 PND SIN II 6ZH1" «PND SIN II 6JHJP PNO SIN I I 6ZH4 PND SIN II 6ZH4B »PND SIN 6ZM4E PNO SIN II 6ZH4P PND SIN II 6ZH5 »TRI SIN 6ZHJA »PND SIN II 6ZM5B PND SIN II 6ZH5P BEA SIN II

954* 1784*. 5639»

1 85 1

6«S6» 6SH7»

6AB7/1853*

6AG5», EE96» 6AC7»

6AG7»

COST SPEC

NO

8065-56

8750-57 8364-57

6AU6», 6J5»

6AH6»

EF94«

6ZH6X • PND SIN 6J7*

8ZH6S PND SIN II Z62»

6ZH7 PND SIN II 6J7 6ZH7B • PND SIN 6W7G*

6ZH8 PND SIN II 6SJ7»

6ZH8S PND SlN II 6ZM9B PND SIN II 6ZH9P PND SIN II 6ZH10B PND SIN II 6ZH10P PND SIN II 6ZH11B • PNO SIN 6SH7*

6ZH11P PND SIN II 6805*

6ZH12B • PND SIN 6SG7»

6ZH1.3 PND SIN 6ZH13LD

6ZH13L PNO SIN II 6ZM13

6ZH20P BEA DIO II 4ZH21P BEA DIO II 6ZH22P 010 BEA II 6ZH23P PNO DBA II 6ZH32P PND SIN II 07 REG XII 07A REC XI DG-TS21CO

07B REC XI DG-TS22«n

070 REC XI DG-TS25«n

D7G REC XI 0G-TS2**=

D7V REC XI DG-TS23»o

D7YE REC XI 07ZH REC XI DG-TS27#o

0G-TS7 REC XI 02«a

0IC-S7 MIX XIII DK-V7 OET XIII FS-K7 PHC XV GI-7B TRI SIN III GMI-7 TET SIN III GS-7 COU XXI GS-7 TRI SIN GK-3000O

GS-7A TRI SIN III GS-7B TRI SIN III KS-1 TRI SIN G-811o. 811-A«

LD-7 TRI SIN GI-7Bo

LI-7 IC VIII «S-7 COU XXI P7 X R-7 XXII

SG7S DIO SIN V TV8-7 THM XVIII UV-7 TWT IX 7L01M OS VIII 7L055I OS VIII 3MP1*

7P12S PND SIN II 7ZH12S PND SIN II 328A*

08 REG XII K-TSI REC XI 02V3

FS-K8 PHC XV GI-8 PND SIN III PI-30O0*

GS-8 COU XXI GU8 TRI SIN III

8365-57

8366-57

GROUP I . NUMERICAL

TYPE NUMBER KINO TYPE TABLE

NO. SIMILAR TYPES '

KMT-8 TMS XIX MMT-8 TMS XIX MS-8 COU XXI

P8 X P8A X

R-8 XXII SG8S DIO SIN V STS-8 COU XXI T8D TMS XIX

T8E TMS XIX T8M TMS xlx

T8R TMS XIX

T8S1 TMS xlx T8S1M TMS xlx T8S2 TMS xlx

T8S2M TMS xlx

T8S3 TMS xlx T8S3M TMS xlx TG8/3 TRI THY VII TG1-2.5/4D

TVB-8 THM XVIII

VS-8 COU XXI 8LM3V OS VIII 8L02B OS 8L029a, 3BP1A*

8L029I OS VIII 3BP1*

8L029M OS VIII 8L030I OS VI II 3DP1* 81030M OS VIII 8L039V OS VIII 3JP7»

D9A REC XI D9B REC XI 090 REC XI D9G REC XI 091 REC XI D9K REC XI D9L REC XI 09V REC XI D9YE REC XI D9ZH REC XI DG-TS9 REC XI D2An

G-9 TRI SIN GU65n

GS-9 COU XXI GS9B TRI SIN III L0-9 TRI SIN GS-9BD

MMT-9 TMS xlx MS-9 COU XXI

P9 X 2N35»

P9A X R-9 XXII SG9S 010 SIN V STSV-9 F-l PHO XV

T9 TMS xlx TVB-9 THM XVIII VS-9 COU XXI 010 REC XI 010A REC XI 0108 REC XI DGTS10 REC XI D2Bn

G10 TRI SIN III G-10A TRI SIN GU-lOAn

G-10R* TRI SIN GU-lOBo

GKO-10 TRI SIN GK-20noa

GS-10 COu XXI GT-10 TRI SIN G46D GU11A TRI SIN III GU10B TRI SIN III

ISK10 XX ISP10 XX IST10 XX KMT-10 TMS XIX M0-10 TRI SIN III P10 X 2N35*

R-10 XXII

13
GROUP I, NUMERICAL

TYPE NUMBER KIND TYPE TABLE

NO.

SI

SGIOS REG V TO-10 PND SIN 10P12S

VG-10 POW XII VG-10-30 POW XII VG-10-45 POW XII VG-10-55 POW XII VG-10-60 POW XII VG-10-110 POW XII VG-10-150 POW XII VK-10 POW XII 10LK2B PR VIII 10LO43I OD VIII 10P12S PND SIN II 10ZH1L PND SIN II 10ZH3LD

10ZH3L PND SIN II lOZHILt!

SIMILAR TYPES

COST SPEC.

NO.

10ZH12S PNO SIN II Oil REC XI FEU-11 PHM XVI GI-11B TRI SIN III GS-11 COU XXI

310A»

GullA TRI SIN III GUI IB TRI SIN III KMT-11 TMS XIX

LD11 TRI SIN GI-1180

MS-11 COU XXI

Pll X R-ll XXII VS-11 COU XXI D12 REC XI D12A REC XI DGTS12 REC XI FEU-12 PHM XVI GI-128 TRI SIN III GS-12 COU XXI GU12A TRI SIN III 880* KMT-12 TMS XIX LD12 TRI SIN GI-12B0

MMT-12 TMS XIX MS-12 COU XXI OS12/5O0 • PND SIN G837*

P12 X R-I2 XXII 12B1M PND DWD II 12B2M PNO OWO II 12G1 TRI DWD II 12SR7*

12G2 TRI DWD II 12S07«

12K1M PND SIN II 12K3 PND SIN II 12SK7*

12K4 PND SIN II 12SG7*

12K12B PND SIN 12K4n, 12SG7*

12K17B PND SIN 12K3o, 12SK7*

12KH3S DWD SIN II LG1 12M1M PNO TRI II 12N1 TRI TWN 12Nnsn, 12AH7GT*

12N4P TRI TWN II 12AY7*

12N10 TRI TWN 12N10SD, 12SC7GT*

12N10M TRI TWN 12N10SD. 12SC7GT*

12N10S TRI DUO II 12SC7*

12N11S TRI TWN II 12AH7GT*

12P4S PND SIN II 12P14S BEA SIN II 12P17L PND SIN II 12R1B TRI DWD 12Gln, 12SR7»

12R17B TRI DWD 12G2n, 12S07*

12S2 •TRI SIN II 12S3S • TRI SIN II LDln

12ZH1 • PND SIN 12ZH1LD

12ZHJL PNO SIN II 12ZH1 12ZH1M PND SIN II 12ZH3L PND SIN II 12ZH8 PND SIN II 12SJ7*

12ZH17B PND SIN 12ZH8n, 12SJ7*

14

GROUP J . NUMERICAL

TYPE NUMBER KIND TYPE TABLE

NO. SIMILAR TYPES

COST SPEC. NO

D13 REC XI DGTS13 REC XI FEU-13 PHM XVI G-13 TRI SIN III GI-13 TRI SIN III GI-13B TRI SIN lit GM13 TET SIN III GUI 3 BEA SIN III 813* LI-13 IM VIII MS-13 COU XXI P13 X 2N43*

P13A X 2N34*

P13B X SG13P DIO SIN V VI 3/30 •DIO SIN IV V1-003/13D

VS-13 COU xxt 13LK1B TV VIII 5FP4*

13LK2B TV VIII 13LM4V OS VIII 13LM31M OS VIII 5FP7*

13LM31V OS VIII 13LM56I OS VIII 5FP1* 13LM57 OS VIII 5FP7* 13LM57D OS VIII

13Lf<58K OS VIII 13L01B • VIII 13L02B • VIII 5CP1-A*

13L03I OS VIII 13L04I OS VIII 13L05P 8 VIII 5CP7-A*

13L06P • VIII 5FP7-A*

13L036 OS VIII 5FP7* 13L036V OS VIII 13L037A OS VIII 13L037I OS VIII 5CP1*

13L037M OS VIII 13L048A OD VIII 13L048I OD VIII 5SP1* 13L048M OD VIII 13L054A OS VIII 13L054M OS VIII 13L054V OS VIII 13L0101M VIII 13L0102M VIII 1310104A TV VIII

13P1 »BEA SIN I IP 1 Ma, 13P1SU

13P1M BEA SIN 13Plo, 13P1SD 13P1S BEA SIN II 13P1D. 13P1M0

Dl* REC XI D1*A REC XI

OGTSlft REC XI FEU-14 PHM XVI GI-14B TRI SIN III LI-1* IM VIII MS-1* COU XXI

Plft X 2N65*

TV-14 THM XVIII

VS-lft COU XXI DGTS15 REC XI D2Nn FEU-15 PHM XVI G-15A TRI SIN GU-11A0

G-15RA TRI SIN GU-I6B0

GDO-15 TRI SIN G-61Q

GUI 5 BEA SIN III IFK1S-1 XX

ISSH15 XX Ll-15 IM VIII PI! X 2N43»» OC604#

SG15P 010 SIN V TG-15/3 TRI THY TG1-5/3D

TR-I5/2 TRI THY TR-1-5/2D

TV-15 THM xviii
:.*::- : . NUMERICAL

TYPE NUMBER HID WE TABLE

• 0. SIMILAR TYPES

COST SPEC.

NO.

V613/5000 DIO SIN GGl-n.5/30

13A6S PNO SIN I I 15LH IC LI-lo

0GTS16 REC XI D2Po

FEU-16 PHM XVI GI-16B TET SIN III GU16B TRI SIN III LG-1* DIO SIN 202SO

MS-16 COU XXl P16 X 2N5S», 0C604»

P16A X P16B X SG16P OIO SIN V TV-16 THM XVII I VS-16 COU XXI DGTS17 REC XI FEU-17 PHM XV FEU-17A PHM XVI G-17B TRI SIN III GI-17 TRI SIN III G*80»

GU-17 BE* TWN III Ll-17 IM VIII MST-17 COU XXI P17 X P17A X P17B X SG17S DIO SIN V FEU-18 PHM XV FEU-18A PHM xvi GI-18B TRI SIN III GU-18 BEA TWN III GS-18 TRI SIN GK-2000O

LI-18 VI VI II P18 X P18A X P18B X SG18S DIO SIN V 18LK2B TV VIII 7QP4*

18LK3V «

l VIII 18LK48 TV VIII 18LK5B TV VI I I 18LK7B TV VIII 18LK15 TV VIII 18LM35 OS VIII 7BP7A* 18LM35V OS VIII 18L01P < VIII 7BP7A*

18L040B rv VIII 7JP4»

18L.047A OD VIII 18L047V 00 VIII FEU-19M PHM XV GI-19B TRI SIN III GU-19 BEA TWN III P19 X SG19S DIO SIN V 19LK48 TV V! II FEU-20 PHM XV GX20 TRI SIN III t-20/1.5 TRt THY VI! IFK20 XX H-20/35 TRI SIN GM-1AD

*O20 TRI SIN III P20 X QV20-P18 « TET SIN GMI-83*

TR-20/15 TRI THY TR-1-6/15D

V20/20 1 DIO SIN Vl-O. 02/20Q

20LM1YE VI 1

021 « REC XI DGTS21 REC XI D7A0

GI-21B TRI SIN III GU21B TRI SIN III P21 X P21A X

GROUP I. NUMERICAL

TYPE NUMBER KIND IIP! TABLE

NO.

DGTS22 REC XI D7BD FEU-22 PHM XV GI-22 TRI SIN III GU22A TRI SIN III DGTS23 REC XI D7V0 FEU-23 PHM XVI GU23A TRI SIN III GU-23B TRI SIN II! 23LK1B TV VIII 9CP4* 23LK2B TV VIII 23LK7B TV VIII 23LK8B TV VIII 23LM34 OS VIII 9GP7* 23LMT4V OS VI II 23L01P OS VIII 9GP7»

SIMILAR TYPES

COS! SPEC.

NO.

23L051A OS VIII DGTS24 REC XI FEU-24 PHM XV GI-24A TRI SIN III GU24A III DGTS25 REC X! D7Dn

FEU-25 PHM XV GI-25 TRI SIN III GU2SB TRI SIN II! ISX25 XX P25 X P25A X P25B X VK-25 POW XII

25P1 BEA SIN II 25E.6* 25P1S BEA SIN II 2SL6* DGTS26 REC XI D7En FEU-26L PHM XVI GU26A TRI SIN III GU26B TRI SIN III P26 X P26A X P26B X DGTS27 REC XI D7ZHD FEU-27 PHM XVI GU27A TET SIN III GU27B TET SIN III 827-R*

P27 X P27A X GU28A TET SIN III

GU28B TET SIN III M28 TRI SIN III P28 X FEU-29 PHM XV G29 TRI SIN III GU29 TET TWN III 829-B»

P29 X P29A X GDO-30 TRI SIN GS-3Bn

GI-30 BEA TWN III 3E29»

GMI-30 TRI SIN III GS-30 COU XXI GU30A TRI SIN III M-30/450 TRI SIN G1I-300

P30 X VG-30 POW XII 30LK1B TV VIII 31LK1BO

30P1 BEA SIN 30PlSn

30P1M •BEA SIN 30PlSn

30P1S BEA SIN II 30P1M

3f1TSlM DIO SIN II 30VKH1D, 30TS6SH

30TS6S DIO TWN II 30VKH1D, 30TS14?

30V01 DIO SIN II 30TS1MD

30VKH1 DIO SIN II 3<lTS6Sn FEU-31 PHM XVI GU31 TET SIN II! 31U1B TV VIII

8078-56

15
GROUP I , NUMERICAL

TYPE. NUMBER KIND TYPE TABLE

NO. SIMILAR TYPES

COST SPEC.

NO.

31LK2B TV VIII 12LP4»

31LM32 OS VIII 12DP7A* 31LM32V OS VIII 31L01P VIII 12DP7*

31L033 OS VIII 12GP7* 31L033V OS VIII FEU-32 PHM XVI G32 TRI SIN III GU32 8EA TWN III 832* FEU-33 PHM XV GU33B TET SIN III GU34B TET SIN III FEU-33 PHM XVI GU-35B TET SIN III 35LK2B TV VIII 8815-58

G36 TRI SIN III GK36 TRI SIN GK-20D

GU-36B TET SIN III GU-37B TRI SIN III GU-39A TET SIN III GU-39B TET SIN III M39 TRI SIN III FEU-40 NSP XVI GU-40B TET SIN III V4O/10O 010 SIN V1-0.1/40D

40LK1B TV VIII 16AP4* FEU-42 NSP XVI K42 KLY IX 42LM2YE VIII FEU-43 NSP XVI 43LK2B TV Vltl 8814-58 43LK3B TV VIII 43LK6B TV VIII 43LK7B TV VI II 43LK8B TV VIII FEU-44 NSP XVI FEU-45 NSP XVI 45LM1B VIII FEU-46 NSP XVI G46 TRI SIN III FEU-47 NSP xvi G47 TRI SIN III SB-47 PND SIN II FEU-48 NSP XVI K48 KLY IX FEU-49 PHM xvi G-49 TRI SIN GS-4D

GO-50 TRI SIN G-46D

GU50 PND SIN III LS50*

1-50/1.5 TRI THY VII

IFK50 XX LS50 »PND SIN GU50W

M50 TRI SIN III VG-50 POW XII VK-50 POW XII GM51A TRI SIN III SB-51 PND SIN II STSV51 PHO XV FEU-52 PHM XVI FEU-53 PHM XVI

M53 TRI SIN III 53LK2B TV VIII 53LK3B TV VIII 53LK4TS VIII 53LK5B TV VIII G-54 TRI SIN GS-ftn R-54 XXII G-56 TRI SIN G29o

GM57 TRI SIN III MS50»o. M457n. UB180*

M57 TRI SIN III SO-57 PNO SIN II G-5B TRI SIN GK-3000D

GROUP I , NUMERICAL

TYPE NUMBER KIND TYPE TABLE

NO. SIMILAR TYPES

COST SPEC.

NO.

GM60 TRI SIN Ill M600PO

3S-60 COU XXI G61 TRI SIN III G62 TRI SIN III G-64 TRI SIN GS-3Bn

G65 TRI SIN II! G68 TRI SIN Ill GI-70B TRI SIN III GM-70 TRI SIN III GM70B TRI SIN III ISP70 XX LD70 TRI SIN GI-70Bn

V70/1000 DIO SIN V1-0.3/70O

GK71 PND SIN III G47ln

GU72 PND SIN III M74 TRI SIN III 75S5-30 »DIO SIN SG2SD, 0A3*

GI-76B TRI SIN III GU80 PND SIN III Os45n#, P800i»o M80 TRI SIN III

GU81 PND SIN III GMI-83 TET SIN III QV20-P18*

G88 TRI SIN III VO-88 DIO TWN 4VKHln GMI-89 TET SIN III G-4 89WB GU89A TRI SIN III 889A*

GU89B TRI SIN III 889R-A*

M89 TRI SIN III GMl-90 TET SIN III G-490»n

GS908 TRI SIN III LD-90 TRI SIN GS-90Bn

MTKH90 TRI THY VII RB-90 XXII TGI-90/8 TRI THY TGI-1-90/8D

G91 TRI SIN III G-92 TRI SIN GK-2000D

L-99 PTG SIN 6A2Pn, 6BE6»

G-1O0 TRI SIN G-29n

G-1O0A TRI SIN GK-3Aa

GD-iriO TRI SIN G-47D

GKE100 »TET SIN III GE-1*

GM100 TRI SIN III I-ino/l.O TRI THY VII 1-100/5.0 TRI THY VII ISSH100-1 XX ISSH100-3 XX L100 »PND DIO 6B2P(» VG-100 POW XII VX-100 POW XII 0101 REC XI D101A REC XI LI-101 IC VIII Pirn X pioia X 0102 REC XI D102A REC XI P102 X D103 REC XI 0103A REC XI P103 X

S-103 TET SIN GKE-lOOOn

0104 REC XI 0104A REC XI L-104 PND SIN 6K4Pn, 6BA6*

P104 X D105 REC XI D105A REC XI P105 X 105S5-30 010 SIN SG3S0, 0C3«

D106 REC XI D106A REC XI P106 X

16
GSCijP I . NUMERICAL

TYPE NUMBER 1110 TYPE TASlE

0. SIMILAR TYPES

COST SPEC.

no.

S-1P6 TET SIN GXE-150O

P10T X UB1P7 • TRI SIN • Slo S-109 TET SIN GXE-5O0O UBUO »TRI SIN S2u W-111D 010 SIN IV SB-112 PNO SIN II »Elo

SO-118 TRI SIN asso

6120 TRI SIN III IPK120 XX TR-120/15 TRI THY TR-1-A0/15O

SO-122 PND SIN Pin SO-124 PNO SIN II AZH5n

VO-125 010 SIN IV SK-127 XXII VC— 129 010 SIN IV UB-132 «TRI SIN II S3o

P135 X T0-1»1 #TRI SIN II 3S10

TO-142 #TRI SIN II 3S2ii, 3S9D S8-1A7 TET SIN *E2n S0-l*8 PND SIN II AE3o GXE150 «TET SIN I GE-2»

GI-150 TRI SIN III GU150 TRI SIN III 7712-55

1-150/1.0 TRI THY VII M150 TRI SIN III 150S5-30 «DIO SIN SG4SD, 0D3»

SB-152 TRI SIN II UB-152 TRI SIN II 2Slo UB-153 TRI SIN II SB-15A PND SIN II 2Elo

SB-155 BEA SIN 2P2U

UB-155 »BEA SIN II 2E2n V6-161 010 SIN IV VG-163 010 SIN IV VG-176 010 SIN IV UB-17B TRI SIN II SO-182 PND SIN II UB-182 1 >TRI SIN II SO-185 TRI SIN *S5n U0186 «TRI SIN II 4S4o US-186 TRI SIN SAD VO-188 OWD SIN IV VXH1«

SB-190 PND SIN II 191P TET SIN II VO-196 DIO SIN IV VO-197 OWD SIN IV GO-200 TRI SIN GS-AO

1-200/1.5 TRI THY VII IEP200 XX IVS2O0/2 IGN IV TGI-200 TRI THY VII MTI-2n

VGV2O0 POW XII V*-200 POW X I I VKV200 POW X I I D201A REC XI D201B REC XI 02010 REC XI 0201G REC XI 0201TS REC XI 0201V REC XI 0201YE REC XI 0201ZH REC XI LI-201 IM vlll

P2ni X P201A X SG201S DIO SIN V 0202 REC XI P202 X 2N68*

SG202B 010 SIN V VO-202 DWD SIN Iv

GROUP I , NUMERICAL

TYPE NUMBER mo 1YPE TA8LC

NO. SIMILAR TYPES

COST SPEC.

no.

0203 REC XI LI-203 VIII P203 X 2N68*

D2PA REC XI 0205 REC XI D206 REC XI D207 REC XI P207 X P207A X 0208 REC XI P208 X P208A X 0209 REC XI P209 X P209A X 0210 REC XI P210 X P210A X 0211 REC XI TG212M TRI THY VII TG-213 TRI THY VII PT-20D

SX-220 XXII SG226 DIO SIN V SG227 DIO SIN V VO-230 010 SIN IV TG-235 TRI THY VII PT-3»D VG-236 DIO SIN IV VG-237 DIO SIN IV V0-239 DIO SIN IV UB-2A0 TRI SIN II 2S2a

SB2A1 »PND SIN 2K1». 2K1MQ, S0241*

S0241 »PND SIN 2Kll». 2K1M0, S0241I? S8-2A2 PTG SIN 2A10

SO-2A2 PTG SIN II S82A2. 2A1, 2A1M

S82A3 *TRI DUO 2N1(». 2N1MU, S02A30

S0-243 »TRI TWN II 2Nln

SB2AA »BEA SIN 2P10, S0244O S0-2A& PND SIN II 2P1U

SB2A5 *PND SIN 2ZH1M0

LO-2A7 TWT IX GKO-250 TRI SIN GK-lAn

VG-252 DIO SIN IV G256 TRI SIN III S0257 »PND SIN II 2ZH4n

SB258 l»BEA SIN 2P3n. 2P2MD, S0258D

SO-258 »PND SIN II 2P3D

SB259 »TR1 DUO 4N10

S0259 »TRI DUO 4N1D RB-280 XXII G-300 TRI SIN G68 GI-300 TRI SIN GI-18Bn

GlC-300 TRI SIN GU-8D GKE300 TET SIN III IFB300 XX SG301S DIO SIN V 9103-59

0302 REC XI P302 X SG302S 010 SIN V 9103-59

0303 REC XI P303 X P303A X SG303S DIO SIN V 9103-59

D30A REC XI P30A X SG30AS DIO SIN V D305 REC XI SG305X REG V SG306K REG V P31AA X P314B X P31AC X P322 X

17
GROUP I, NUMERICAL

TYPE NUMBER

TABLE

NO.

TGI-325/16 TRI THY 1-1-350/0.8 TRI THY VII R-350 XXII RB-350 XXII VO-360 DIO SIN IV

SIMILAR TYPES

MTl-5n, TGI-1-325/160

COST SPEC.

NO.

GO-400

M400 TG-400/15 TGI400/3.5

D401

TRI SIN

TRI SIN III TRI THY

TRI THY MOD XIII

GS-6n TRI-130/15D TGI-2-400/3.5n

L 1-401 M401

P401

P402 D403A

VIII

TR! SIN III

X

X mix xrn

2N112* SB-100*

D403B 0403V

P403 P403A

P404

MIX

MIX XIII

XX

X

0C614#

0C614»

P404A

0405 D405A D405AP

D405B

X DET XIII DET XIII OET XIII DET XIII 0405BP

P405 P405A

P406

P407

DET XIII

X

X

X

X GT-60*

P408

P409 T-409

G410

P410

X

X DIO IGM IV TRI SIN III

X P410A

T-410 410R

G411

P411

X 010 IGM IV KLY IX PNO SIN III

X KZHlun AF114*

P411A

T-411

G412

G413 G414

X DIO IGM IV PND SIN III PND SIN III PND SIN III

AF114*

GZH2»n

P414 P414A P414B

P415 P415A

X

X

X

X

X P415B

P416 P416A

P416B P416V

XX

X

X

X G417

G418 G422 G424

G425

TRI SIN III PNO SIN III PNO SIN III PND SIN III PND SIN III G430 RB-430

G431 G431A G-431R

TRI SIN III XXII

TRI SIN III TRI SIN II! TRI SING431An

G431 GS-4Dn

G433 G433A

M435

G441 G-450

TRI SIN III TRI SIN III TRI SIN III TRI SIN II! TRI SING433An

G433

GK.-20O0D OS450

R-450 »PNO SINXXII

GIJ80*n. M8OO0E

GROUP I, NUMERICAL

TYPE NUMBER KIND TYPE TABLE

NO. SIMILAR TYP

G-450 TRI SIN II! M-451 TRI SIN GM-51A0

G-452 TRI SIN Ill G-431AO G-454 TRI SIN III GS-3BD

M457 9TRI SIN II Ms39n, U8180*.

M-470 TRI SIN GM-70D

G471 l»PND SIN GK71n

G472 TRI SIN III G480 (»TRI SIN GI-17»o

G-483 TET SIN GMI-83H

G484 TRI SIN III G-489 «TET SIN GMI-890

G-490 9TET SIN GMI-909n

IFK500 xx IFP500 XX ISSH500 XX VGV500 POw XII P501 X P501A X P502 X P502A X P502B X P502V X P503 X P503A X M600 9TRI SIN GM60n

P601 X P601A X P601B X D602A vio XIII D602B VID XIII D602V DET XIII P602 X P602A X 0603 VIO XIII P604 X P604A X P604B X 700AO MAG IX 706AU MAG IX 707A/B KLY IX 714AU MAG IX LK-715 •TV 18LK15n

720AYE MAG IX 723A/B KLY IX 725A MAG IX LK-726 TV 18LK3Bn

726 KLY IX L0-729 » OS 8L029D, 3BP1A* LO-730 OS 8L030D

LO-731 OS 13LM31D LO-732 OS 31LM320

LO-733 9 OS 31L033O

LO-734 OS 23LM34D

LO-735 OS 18LM35D

LO-736 9 OS 13L036n

LO-737 a OS 13L037U

LO-738 « OS 5L038D. 2AP1* LO-739 OS 8L039n

LK740 9 TV lHLO^OBn, mk»'

LO-743 9 OD 10L043D

L0747 9 OD 18L047n

L0-748 9 OD 18L04BO L0749 9 OS 13L049D

GK750 TRI SIN III L0751 OS 23L051O

L0754 9 OS 13L054H

M800 TRI SIN III P800 »PND SIN Gl)80»n, OS450*

G807 BEA SIN III 807*

D808 REG XII D809 REG XI!

COST SPEC.

NO.

GM57n

18
GROUP I . NUMERICAL

TYPE NUMBER nine TYPE TABLE

10. SIMILAR TYPES

COST SPEC. NO

0810 REG XI I 0811 REG XII 811 -A*

G811 TRI SIN III 0813 REG XII G-813 BEA SIN GU-13D, 813* G-827 TET SIN GU-27BO, 827R*

G-829 TET TWN GU-29o, 829-8*

G-832 BEA TWN GU-32n, 832A*

G837 «PND SIN III OS12/500H.837*

G-880 TRI TWN GU-12AD, 880* G889 TRI SIN III 889-A*

TG-884 TRI THY TGl-0.1/0.3n, 884«

G891 TRI SIN III 891* G01000 TRI SIN G-29D GKE1000 TET SIN III M-1000 TRI SIN GM-1000

vGvinoO POw XII VKV1000 POW XII oiooi REC XI 01001A REC XI 01002 REC XI 01002A REC XI 01003A REC XI TG1050 TRI THY TG2-0.1/0.1O

IFP1500 XX

1502 010 SIN IV 5TS9S

150* TRI SIN II 1506 BEA TWN II 1509 8EA TWN II 1511 PNO SIN II

1512 PNO SIN II 1514 PNO SIN II G1625 BEA SIN III 1625* GK2000 TRI SIN III IFK2000 XX TG2050 TET THY TG1-0.1/1.30. 2050* GK3000 TRI SIN III 771U-55

H-3000 TRI SIN GMI-1B0 PI-3000 * PNO SIN GI-8«D GI-3100 TRI SIN III IFP4000 XX 4671 a TRI SIN 6S1ZHO

G-50O0 TRI TWN GS-3BQ

IFP15000 XX IFK2O000 XX G40011 TRI SIN 111 IFK80000 XX

19
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SG1P REG AHE 190 145 30 5 22 65 7DN

SG1P-V REG 170 145 30 5 22 65 7DN

SG1P-YE REG 170 143 30 5 22 65 7DN

SG2P REG AKN 150 104 30 5 22 65 7DN

SG2S REG NA 30 1 10 70 40 5 32 75 4AJ

SG3P REG AHE 170 144 40 5 22 65

SG3S REG AHN 30 133 105 40 5 32 75 4AJ

SG4S REG AHE 30 NI 180 145 30 5 32 75 4AJ

SG5B REG AHE 190 142 10 5 10 36

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SG8S REG 970 880 0. 1 0. 003 10 SG9S REG 13H 12H 0. 1 0. 01 10 SG10S REG NK 150 86 15 4 32 40

SG13P REG AHN 55 N I 180 143 30 5 19 55 7DN

SG15P REG AHN 54 MO 150 104 30 5 19 55 7DN

SG16P REG NA 40 MO 130 80 30 5 19 55 7DN

SG17S REG NEH 1350 850 60 10 38 189

SGI as REG NEH 1500 950 60 10 38 189

SG19S REG NEH 1650 1050 60 10 38 189

SG2G1S REG NK 50 MO 150 86 15 4 32 40 7DN

SG202B REG NA 35 MO 140 31 5 1 . 5 10 40

SG226 REG NE 95 70 40 8 50 130

SG227 REG NE 95 70 60 10 65 135

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SG302S REG HY 32 N I 970 880 0. 1 0. 003 12 55

SG303S REG HY 1 43 N I 1 350 1220 0. 1 0. 01 12 55

SG304S REG HY 4200 3800 1 0. 05 25 129

SG305K REG 10K 9K 1 .5 0. 05 33 180

SG306K REG 26K 24K 1.5 0. 05 48 245

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3865-135 BAL SIN T14 135 65 300 8ES

425855-12 BAL SIN 12 a6 460 425 8ES

85855-12 BAL SIN T9 12 n6 920 780 8ES

1B5-9 BAL SIN T14 9 5 1000 DS5

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TYPE NUMBER KIND TYPE MAXIMUM MAXIMUM <?> 25 *C MAXIMUM

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mc

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Dl YE REC GEP 12 70 150 1 .0 1 250 100 150 1 D1ZH REC GEP 12 70 150 1 .0 c: 250 100 150 1 DG-TS1 REC GEP 16 70 1 50 *1 . 2 1000 50 20 2

D2A @ REC GEP 50 70 15 1 .0 50 250 7 150 4

D28 @ REC GEP 16 70 45 1 .0 10 250 10 150 4

D2D @ REC GEP 16 70 100 1 .0 1 250 50 150 4

D2G @ REC GEP 16 70 100 1 .0 5 250 50 150 4

D2K REC GEP 16 70 125 1 .0 5 800 100 4

D2M REC GEP 16 7 125 1 . 5 250 100 4

D2N REC GEP 16 70 170 1 . 5 800 150 4

D2P REC GEP 16 70 180 1 .0 5 250 150 4

D2R REC GEP 16 70 220 1 . 5 250 200 4

D2V @ REC GEP 25 70 60 1 .0 1 250 30 150 4

D2YE @ REC GEP 16 70 150 1 .0 10 250 100 150 4

D2ZH @ REC GEP 8 70 200 1 .0 1 250 150 150 4

DG-TS2 REC GEP 16 70 1 75 * 1 . 4 500 50 20 2

DG-TS3 REC GEP 25 50 1 .0 2 100 50 20 2

DG-TS4 REC GEP 16 70 a l 100 *1 . 2 800 75 20 2

DG-TS5 REC GEP 16 70 l 100 *1 . 1 250 75 20 2

DG-TS6 REC GEP 16 70 i 125 *1 .0 1 800 100 20 2

D7A REC GEP 300 70 50 0.5 JOO 300 50 5

D7B REC GEP 30 70 100 C. 5 800 300 100 50 K 5

D7D REC GEP 1 00 70 300 0.5 300 300 300 50K 5

D7G REC GEP 300 70 200 0.5 300 300 200 50< 5

D7V REC GEP 30 70 150 0.5 300 300 150 50K 5

D7YE REC GEP 1 00 70 25 350 0.5 300 300 350 50K 5

D7ZH REC GEP 1 00 70 25 400 0.5 300 300 400 50K 5

DG-TS7 REC GEP 16 70 n 1 125 *1 .0 1 250 100 20 2

DG-TS8 REC GEP 25 70 1 50 *1 .0 10 500 30 20 2

D9A REC GEP 25 70 10 1 .0 10 250 10 40 1 D9B REC GEP 40 70 10 1 .0 9u 250 10 40 1

50
GROUP H, DIODES -RECTIFIERS

TYPE NUMBER KIND TYPE MAXIMUM MAXIMUM 
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If 'Max FIG £>25'C 'Opr

I S. <»25C PIV * MIN.Er

V

r If Ir <* E r <?T°C mo °C A V ma m° 1 V "C mc

090 REC GEP 30 70 30 1 .0 60 250 30 40

D9G REC GEP 25 70 30 1 .0 30 250 30 40

091 REC GEP 70 70 30 *1 .0 30 500 30 70 40

D9K REC GEP 60 70 30 *1.0 60 400 30 70 40

D9L REC GEP 30 70 100 *1 .0 30 250 100 70 40

09V REC GEP 20 70 30 1 .0 10 250 30 40

D9YE REC GEP 20 70 50 1 .0 30 250 50 40

D9ZH REC GEP 15 70 100 1 .0 10 250 100 40

DG-TS9 REC GE 50 70 1 45 *1 .0 10 100 10 20 2

D10 REC GEP 50 70 20 1 .5 3 100 10 20 150 6

010A REC GEP 50 70 20 1 .5 5 200 10 20 150 6

D10B REC GEP 50 70 20 1 . 5 b 200 10 20 150 6

DGT510 REC GE 50 70 1 45 *1 .0 5 60 10 20 2

01 1 REC GEP 70 70 50 1 .0 10 250 30 600 7

D12 REC GEP 70 70 75 1 .0 5 250 50 600 7

D12A REC GEP 70 70 75 1 .0 1 C 250 50 600 7

0GTS12 REC GEP 16 70 30 1 .0 2

D13 REC GEP 70 70 100 1 .0 10 250 75 600 7

DGTS13 REC GEP 16 70 30 1 .0 2

014 REC GEP 70 70 125 1 .0 3 250 100 600 7

D14A REC GEP 70 70 125 1 . 1 250 100 600 7

0GTS14 <a REC GEP 16 70 50 1 .0 2

0GTS1S @ REC GE 50 70 1 170 #1.0 1 600 150 20 2

0GTS16 
 REC GE 50 70 n l ISO *1 .0 1 250 150 20 2

0GTS17 @ REC GE 50 70 n 1 220 *1 .0 1 800 200 20 2

021 » REC GEP 16 70 100 1 .0 5 250 100 20 150 4

JGTS2 1 & REC GEA 300 70 25 75 *0.5 300 500 50 20 3

DGTS22 @ REC GEA 3C0 70 25 150 *0.5 300 500 100 20 3

DGTS23 @ REC GEA 300 70 25 225 *0.5 300 500 150 20 3

DGTS24 3> REC GEA 300 70 25 300 *0.5 300 500 200 20 3

DGTS25 @ REC GEA 100 70 25 450 *0.3 100 300 300 20 3

0GT326 @ REC GEA 100 70 25 525 *0.3 100 300 350 20 3

0GTS27 ;a REC GEA 100 70 25 600 *0.3 100 300 400 20 3

01C1 REC SIP oO 150 100 *2.0 2 100 100 125 200 6

DIOIA REC SIP 75 IdO 100 *1 .0 1 75 100 125 200 6

1 02 REC sip 50 150 75 2.0 2 100 75 125 200 6

51
GROUPS, DIODES -RECTIFIERS

TYPE NUMBER KIND TYPE MAXIMUM MAXIMUM 
 25 °C MAXIMUM

'Max FIG j f. 025 C 'Opr

I s. 025C PIV Ef

c * MIN.Er If I R

(P E r c?T°C ma °C A V ma fta V c "mc

D102A REC SIP 75 150 75 1 .0 1 100 75 125 200 6

D103 REC SIP 50 150 30 2.0 2 100 30 125 200 6

D103A REC SIP 75 150 30 1 .0 1 100 30 125 200 6

D104 REC SI P 50 150 100 2.0 2 100 100 125 3

D104A REC SIP 75 150 100 1 .0 1 75 100 125 8

I D1C5 REC SIP 50 150 75 2.0 2 100 75 125 8

D105A REC SIP 75 1=0 75 1 .0 1 100 75 125 8

D106 REC SIP 50 150 30 2.0 2 100 30 125 B

D106A REC SIP 75 150 30 1 .0 1 100 30 125 a D2U1A REC SI 2U0 125 25 1 .5

D201B REC SI 200 125 50 1 .5 1

D2U1D REC SI 400 125 100 2.0

D2G1G REC SI 200 125 100 1 .5

D201 TS REC SI 400 125 200 2.0

D201 V REC SI 400 125 50 2.0

D2U1 YE REC SI 2 00 125 200 2.0

D201ZH REC SI 400 125 200 2.0 400 500 200

D2G2 REC SI A 40C 15Q 100 1 .5 400 500 100 125 0. 1 9

1

,1 D203 REC SI A 400 150 200 1 .5 4C0 500 200 1 25 0. 1 9

D204 REC SI A 4 00 150 300 1 .5 400 500 300 125 0. 1 9 1 D205 REC SIA 4O0 150 40 1 . 5 400 500 400 125 0. 1 9

D206 REC SI A 100 125 100 1 .0 100 100 100 125 0. 1 10

D207 REC SI A 1 00 125 200 1 .0 100 1 00 200 125 0. 1 1 D20d REC SIA 100 125 300 1 . 100 100 300 125 0. 1 10

D209 REC SIA 100 125 400 1 . 100 1 00 400 125 0. 1 10

D210 REC SIA 1 00 125 500 1 .0 100 100 500 125 0. 1 1 D21 1 REC SIA 1 UO 125 600 1 .0 100 100 600 125 0. 1 1 D302 REC GEA 1 A 70 200 0.25 1 A 1 000 200 20 50K 1 1 1 D303 REC GEA 3A 70 150 0.3 3A 1 000 150 20 50K 1 1 1 D304 REC GEA DA 7 10 0.3 5A 3000 150 20 50K 1 1 D305 REC GEA lOA 70 50 0.35 10A 3000 50 20

•V

5 ok 1 1 1 Dl 001 REC GE 100 80 2000 6.5 100 150 2000 no. 1 12 1 Dl 001 A REC GE 100 dO 1000 3.5 100 150 1000 no. 1 12

Dl 002 REC GE 3O0 ciO 2000 7.5 jOO 300 2000 no. 1 1 3

Dl 002A REC GE 300 dO 1000 4. 300 300 1000 no* 1 1 3

Dl 003A REC GE 3O0 tJO 500 2.0 300 300 500 no. 1 12

52
GROUP HE, DIODES- POWER RECTIFIERS

TYPE NUMBER KINO TYPE

MAX MUM MAXIMUM E R

IN VOLTS

AVAILABLE FOR FOLLOWING SUBCLASSES

COOL

OPR TEMP

°c

i, E

f h

KINO RATE

ooip V mo 15 JO 15 so sa 70 80 100 110 190 2H 3H <1H 5H 6H ?H 8M

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VG-5 POW GE 75 5 0.5 X X X X X X X AN

VG-5 PO*l GE 75 10 0.5 X X X X X AF 10M

VG-10 POW GE 75 10 0.5 X AN

VG-10- 30 POW GE 75 20 0.5 10 X AF 10M

VG-10- 45 POW GE 75 20 0.5 8 X AF 10M

VG-1 0- 55 POW GE 75 20 0.5 6 X AF 10M

VG-10- 80 POW GE 75 20 0.5 5 X AF 10M

VG-10- 1 10 POW GE 75 20 0.5 4 X AF 10M

VG-10- 150 POW GE 75 20 0.5 3 X AF 10M

VG-30 POW GE 75 30 0.5 X X X X X AF 10M

VG-50 POW GE 75 50 0.5 40 X X AF 10M

VG-50 POW GE 75 50 0.5 30 X X AF 10M

VG-50 POW GE 75 50 0.5 20 X X X AF 1 OM

VG-100 POW GE 75 100 0.5 X X X X X AF 10M

VGV200 POW GE 75 200 0.6 100 X X X X X X X W 4L

VGV500 POW GE 75 500 0.6 X X X X w 4L

VGV100C POW GE 75 1000 0.8 X X X X w 4L

VK-10 POW SI 200 10 0.9 X X X X X X X XXX AN

VK-10 POW SI 200 20 0.9 X X X X X X X X AF 15M

VK-25 POW SI 200 25 0.9 X X X X X X X X AF 5M

VK-25 pow SI 200 50 0.9 X X X X X X X X AF 15M X VK-50 POlA/ SI 200 50 0.9 X X X X X X X X AF 5M

VK-50 POW SI 200 100 0.9 X X X X X X X X AF 15M X VK-100 POW SI 200 100 0.9 X X X X X X X X AF 10M

VK-100 POW SI 200 150 0.9 X X X X X X X X AF 15M X VK-200 POW SI 200 200 0.9 X X X X X X X AF 15M X VKV200 POW SI 200 200 0.9 X X X X X X X W 4i_ X VKV200 POW SI 200 500 0.9 X X X X X W 4L X VKV100C POW SI 200 lOuO 0.9 X X X X W 4L X

GROUP Xm, DIODES- REGULATORS

TYPE NUMBER KIND TYPE MAXIMUM TYPICAL MAXz TC K

e FIG h Opr P7 E 7 .E7 h

mo C mw V % mo a %/t mw/°C

D6 REG SI 18 150 125 6.5 5.0 10 .03

D7 REG SI 18 150 125 7.5 5.0 10 .06

D8 REG Si 14 150 125 8.5 5.0 10 .07

0808 REG Si 33 125 280 7.7 10 5.0 6 .07 3 14

0809 REG Si 29 125 280 8.7 10 5.0 10 .08 3 14

D810 REG Si 26 125 280 9.7 10 5.0 12 .09 3 14

0811 REG SI 23 125 280 11.0 10 5.0 15 .095 3 14

0813 REG SI 20 125 280 12.7 10 5.0 18 .095 3 14

53
GROUP m, DIODES— M XER & DETECTOR

TYPE NUMBER KINO TYPE MAXIMUM FREQUENCY MIN. MAXIMUM P

B0

ergs * mw # V Z FIG V Opr Z

IF

MIN . MAX G„ FM NR VSWR NF LC

POWER

LEVEL

Kfi °C a c .c db db mw

DG-Sl MIX GEP 70 3. 1 3.5 3.0 8.5 800 0. 1 15

DK-I 1 MIX SI 70 3. 1 *200 17

DK-S1 MIX SIP 70 3. 1 3.0 2.7 8.5 800 0.1 17

DK-V1 DET GE 15 70 3.1 *200 15

DL-S1 MIX SIP 70 3. 1 3.5 3.0 8.5 800 0. 1 DG-S2 MIX GEP 70 3. 1 3.0 3.0 6.5 BOO 0.1 15

DK - 1

2

MIX SI 70 9.4 *200 17

DK-S2 MIX SIP 70 3. 1 3.0 2.0 6.5 500 no. 1 1 7 DK-V2 DET GE 10 70 3. 1 *100 15

DL-S2 MIX SIP 70 3.1 3.0 3.0 6.5 800 0. 1 D3A DET SI 70 2.5 *300 15

D3B DET SI 70 3. 1 2.5 *300 15

DG-S3 MIX GEP 70 9.4 3.5 3.0 8.5 800 o.i 15

DK-S3 MIX SIP 70 9.4 3.0 2.7 8.5 500 no. 1 17

DK-V3 DET GE 15 70 9.4 *200 15

DL-S3 MIX SIP 70 9.4 3.5 3.0 8.5 800 no. l DG-S4 MIX GEP 70 9.4 3.0 3.0 6.5 600 o.i lb

DK-S4 MI X SIP 70 9.4 2.5 2.7 6.5 0.3 17

DK-V4 DET GE 1 70 9.4 *100 15

DL-S4 MIX SIP 70 9.4 3.0 3.0 6.5 800 no. 1 DK-V5 DET GE 1 70 3. 1 *•200 17

DK-V6 DET GE 25 70 3. 1 *200 17

DK-S7 MIX SIP 70 9.4 2.0 2.0 7.0 500 no. l 15

DK-V7 DET GE 1C 70 9.4 *200 17

D401 MOD GE 50 13.0 •a300 16

D403A MI X GE 100 700 3.0 3.0 9.0 0.3 15

D403B MIX GE 100 600 2.5 9.4 3.0 8.5 0.3 15

D403V MIX GE 100 600 3.0 13.0 9.0 0.3 15

D405 DET SI 4 00 10.0 7.0 800 0.6 18

D405A DET SI 350 10.0 6.0 800 1.0 16

D405AP DET SI 350 10.0 6.0 800 1.0 18

D405B DET SI 330 10.0 8.0 800 1.0 16

D405BP DET SI 330 10.0 8.0 800 1 .0 18

D6U2A VID GE 66 600 10.0 15 3, -a 500 15

D6G2B V1D GE 85 600 10.0 20 3.2 500 15

D602V DET GE 65 9.4 15

D603 VID SI 900 5.0 2.0 2H 1 7

54
GROUP H, DIODES- PHOTOCONDUCTIVE

TYPE NUMBER KIND

CATH

AREA

MIN.DARK

RES. MAX

WORKING

SENS. T.C. CURRENT

SPEC. SENS. TE MP.

MAX CUTOFF MIN MAX

mm2 meg & V Mo/lm % H- H- (-)t (+)°t

FS-AG PHC 24 0.04 15 500 1.5 2.1 2.7 60 60

FS-AO PHC 24 0.04 15 500 1.5 2.1 2.7 60 60

FS-AV PHC 96 0.01 100 500 1.5 2.1 2.7 60 60

F5-D0 PHC 25 20.0 200 20M 2.0 0.75 1.2 60 40

FS-KG PHC 25 3.3 6000 0.2 0.64 0.9 60 80

FS-<0 PHC 25 3.3 300 1200 0.12 0.52 0.9 60 80

FS-KV PHC 50 1.6 200 6000 0.2 0.64 0.9 60 80

FS-A1 PHC 24 0.04 15 500 1.5 2.1 2.7 60 60

FS-D1 PHC 25 20.0 200 20M 2.0 0.75 1.2 60 40

FS-K1 PHC 25 3.3 400 6000 0.2 0.64 0.9

FS-2A PHC 9 0.3 17.5 0.7 3.5 60 40

FS-B2 PHC 121 0.2 50

FS-K2 PHC 25 3.3 300 1200 0.12 0.52 0.9 60 80

F.S-3A PHC 52 2.0 10 0.7 3.5 60 40

FS-K3 PHC 25 3.3 300 1200 0.12 0.52 0.9 60 80

FS-A4 PHC 24 0.04 15 500 1.5 2.1 2.7 60 60

PS-K4 PHC 24 2.0 300 6000 0.2 0.64 0.9 60 80

FS-K5 PHC 7 10.0 300 3000 0.2 0.64 0.9 60 80

FS-A6 PHC 115 0.05 30 500 1.5 2. 1 2.7 60 60

FS-D6 PHC 115 20.0 200 20M 2.0 0.75 1.2 60 40

FS-<6 PHC 115 3.3 300 3000 0.2 0.64 0.9 60 80

FS-K7 PHC 200 0.05 100 3500 0.2 0.64 0.9 60 80

FS-K8 PHC 15 10.0 300 1600 0.2 0.64 0.9 60 80

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59
G*OU FLASH TUBES D 33

TYPE NUMBER KIND

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MAXIMUM TYP. TUBE

VOLT. POWER DROP

SIZE V w V IST-10 FLS U 10H 10.0 180

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GROUf HERMOCOUPLE D HH,T

TYPE NUMBER KIND

DIMEN SIONS TYPICAL COoQ_COUJ mox

DIAM LENGTH Ih

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TVB-5 thm 20 30 30 12 40 200

TVB-6 THM 20 30 30 12 40 200

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60
3R0U P TH THERMISTORS i

TYPE NUMBER KIND USE

DIME

SHAPE

RESISTAN DE TEMP POWER

DIAM LTH MIN MAX T.C. MIN MAX MIN MAX SENS

. mm mm SI a % Ht (+)*t m w mw rnw KMT-l TMS MEA 13 n4 CYL 20K 1M 5.1 20 180 8H

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MMT-4 TMS MEA 24 7 CYL 1 200 2.9 70 120

MMT-6 TMS 10 1000 2.9 70 120 50

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T8D TMS POW 8 3 CYL 150 10 15 20

T8E TMS POW 8 3 CYL 150 7 10 30

T8M TMS POW 8 3 cyl 200 9 11 66

T8R TMS POW 8 3 Cyl 125 7 12 10

T8S1 TMS POw 8 3 Cyl 120 9.5 24 10

T8S1M TMS POW 8 3 cyl 120 9.5 24 10

T8S2 TMS POW 8 3 cyl 150 8 19 12

T8S2M TMS POW 8 3 cyl 150 8 19 12

T8S3 TMS POw 8 3 Cyl 150 7 23 10

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KMT-11 TMS CON Q4 nl cyl 100K 3M 5.1 120 2H

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DIMENSIONS

DIAM mmLENGTH

PLATEAU

MIN MAX

MAXIMUM

RATE

IO/min

PLATEAU

flOIH SCOPE

TEMP

MIN MAX

+ °C

CAP

MIN

mega

FIG

S1-1BG COU BAG SQ NI 60

SI-1G COU BET SQ FE 94

STS-2 COU BET SQ FE 180

SI-2B COU BET SQ SN 90

SI-2BG COU BAG SQ NI 60

15 375 4.10 16 280 320

24 28b 335

70 1350 1750

15 375 410

40 50 5 nl- 60 80 1 .25 40

40 80 1 .25 40

8 150 0.5 30

40

50 10 5

50 10 5 50 10 7 50 5 3

1 1 8

9

13

12 STS-3 COU BET SQ FE 265

S1-3B COU BET SQ CU 90

GS-4 COU GAM SQ GR 180

MS-4 COU GAM SQ CU 180

MSTR-4 COU BET SQ CU 180

23 285 335 30 80 1.25 40 50 10

40 1650

23 1100 1300

23 720 780

40 1200 1350

10 150 0.3

200 1 .0

25 200 1 .0

25 200 0.5

20

40

5

40 10 7 25 8

50 25 8

35 25 8

SI-4G

VS-4

STS-5

GS-6

MS-6

COU GAM SQ W 367

COU GAM SQ W 180

COU BET SQ FE 113

COU GAM SQ GR 266

COU GAM SQ CU 266

33 720 800 25 200 1.0 40 150 25 8 1 23 720 800 25 200 C.75 40 50 25 8 1 12 280 330 100 80 1.25 40 50 1 5 9

23 1100 1300 200 1.0 25 8 3 23 720 780 25 200 1.0 4Q 50 25 8 4 STS-6

VS-6

GS-7

MS-7

GS-8

COU BET SQ FE 200

COU GAM SQ W 266

COU GAM SQ GR 145

COU GAM SQ CU 145

COU GAM SQ GR 185

22 285 335 60 80 1.25 40 50 10

23 720 800

16 1100 1300

16 720 780

16 1100 1300

25 200 0.75 40

150 1.0

25 100 1.5 25

150 1.0

50 25 8

25 30

50 25 30

25 30

10

13

43

MS-8

STS-8

VS-8

GS-9

MS-9

COU GAM SQ CU 185

COU BET SQ FE 220

COU GAM SQ W 185

COU GAM SQ GR 367

COU GAM SQ CU 367

16 720 780

23 285 335

16 720 800

33 1100 1300

33 720 780

25 100 1.5 25

40 80 1 .25 40

25 150 1.0 40

250 1.0

25 250 1.0 40

50 25 30

50 10 5 50 25 30

25 8

50 25 8

VS-9

GS-10

GS-1 1 MS-1 1 VS-1 1

COU GAM SQ W 367

COU GAM SQ GR 225

COU GAM SQ GR 185

COU GAM SQ CU 185

COU GAM SQ W 185

33 720 800

16 1100 1300

33 1100 1300

33 720 780

33 720 800

25 250 0.75 40

150 1.0

200 1.0

25 200 1.0 40

25 200 0.75 40

50 25 8

25 30

25 8

50 25 8

50 25 8

GS-12

MS-12

MS- 13

VS-13

MS-14

VS-14

MS-16

VS-16

MST-1 r GS-30

COU GAM SQ GR 145

COU GAM SQ CU 145

COU GAM SQ CU 130

COU GAM SQ * 100

COU GAM SQ CU 160

COU GAM SQ W 160

COU GAM SQ CU 250

COU GAM SQ W 250

COU BET SQ CU 100

COU GAM SQ GR 662

16 1 100 1300

16 720 780

23 720 780

23 720 800

23 720 780

23 720 800

23 720 780

23 720 800

40 1600

33 1 100 1300

1 50 1.0

25 100 1.5 d-5 25 200 1 .5 40

25 150 1.0 40

25 200 1.0 40

25 200 0.75 40

25 200 1.0 40

25 200 0.75 40

10 150 0.5 30

150 1.0

25 30

50 25 30

50 25 8

50 25 8

50 25 8

50 25

50 25

50 25

50 10 25

GS-60 COU GAM SQ GR 667 63 1100 1300 150 1.0 25 8

63
3R0UP XXII DISCHARGE DIODES

TYPE NUMBER

DIME

GAS CATH FIR NG PULSE MIN

INTER RES

MAX

CAP

AMB.TE

LTH OIAM LLJ

CL. >- KIND MIN MAX I-amp

J-joule TIME OPERATING FREQUENCY

MIN MAX mm mm

t—

V V sec CDS mea & Df l-)°C (+)°c

RB-1 52 19 C BA 150 190 400

R-2 17 16.5 C 1300 2K 600 20 50 80

R8-2 25 19 c BA 220 50 15U 50 100 ni 60 70

R-3 70 21.5 c BAO 600 140 12U 300 100 1 60 70

RB-3 41 22 c BA 220 235 30 1HU 7 100 60 70

R-4 c BAO 75

R-5 41 22 c BAO 160 250 100

RB-5 60 16 c BA 34 460 10J 1 200 60 70

RB-5A 60 16 c BA 370 510 nlJ 8 60 50

R6 110 55 800 200 M 100

R-7 45 18 HK C BAO 270 330 2 20 10 60 100

R-8 50 20 HK C BAO 450 550 2 20 10 60 100

R-9 55 20 HK C BAO 900 1100 2 20 10 60 100

R-10 55 20 HK C BAO 1375 1725 2 20 40 60 100

R-ll 132 35 C NI 2250 2750 2HU

R-12 30 12 AR C K 145 175 20 1U 1000

R-54 7200 9800

RB-90 62 17.5 NA C BA 80 100 30M 2 0. 005 100 100 60 70

SK-127 37 20 NA MG 72 1 20 1 SK-220 37 20 HE 140 ni 20 1 RB-280 210 95 AR C BA 250 310 30 10 0. 002 40 20 60 70

R-350 62 20 AR C BA 310 390 3 2 0. 002 5K 10 50 50

RB-350 210 95 AR C BA 310 390 30 10 0. 002 40 20 60 70

RB-430 210 95 AR C BA 390 470 30 10 0. 002 40 20 60 70

R-450 62 20 AR C BA 440 480 3 2 0. 002 5K 10 50 50

GROUP XXIII UbOAIKONS

TYPE NUMBER

OG-l

OG-2

OG-3

OG-5

KIND

DEC

DEC

DEC

DEC

VOLTAGES TYP

I h mo

1.3

1.3

0.7

1.3

PULSE DIM EN MAXIMUM TYPICAL TYP MAX LTH DIA

E b IfiringIbiasIdrp

v 1 v I v 1 v

450 300 150 15

450 300 150 15

460 420 120 15

400 350 120 20

OPER|K,K 2 V I V

150 50

150 50

190 40

175 60

TIME Ms

40

60

18

35

RATE

kc/fc

8

3 20

10

mm

77

77

83

74

mm

34

34

34

34

GROUP UK LIGHT AMPLIFIERS

TYPE NUMBER

LIM-3

LIM-4

Kif;'1

LAM

LAM

CSB

CSB

SCRN

COLOR

VB

VB

MAX.DIMEN

K

15

15

SCREEN mm I mm

65

135

20

40

AMP TYP

Ek

18

18

RESOL

10"

LINE PER

70

70

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U U. S. GOVERNMENT PRINTING OFFICE : 1963 O - 688282

DEPARTMENT OF COMMERCE

Luther II. Hodges, Secretary

NATIONAL BUREAU OF STANDARDS

A. V. Astin, Director THE NATIONAL BUREAU OF STANDARDS

The scope of activities of the National Bureau of Standards at its major laboratories in Washington, D.C., and

Boulder, Colorado, is suggested in the following listing of the divisions and sections engaged in technical work.

In general, each section carries out specialized research, development, and engineering in the field indicated by

its title. A brief description of the activities, and of the resultant publications, appears on the inside of the

front cover.

Electrochemistry. Electrical Instruments. Magnetic Measurements.

Engineering Metrology.

WASHINGTON, I). C.

Electricity. Resistance and Reactance.

Dielectrics. High Voltage.

Metrology. Photometry and Colorimetry. Refractometry. Photographic Research. Length.

Mass and Scale. Volumetry and Densimetry.

Heat. Temperature Physics. Heat Measurements. Cryogenic Physics. Equation of State. Statistical Physics.

Radiation Physics. X-ray. Radioactivity. Radiation Theory. High Energy Radiation. Radiological Equipment.

Nucleonic Instrumentation. Neutron Physics.

Analytical and Inorganic Chemistry. Piu-e Substances. Spectrochemistry. Solution Chemistry. Standard Refer- ence Materials. Applied Analytical Research. Crystal Chemistry.

Mechanics. Sound. Pressure and Vacuum. Fluid Mechanics. Engineering Mechanics. Rheology. Combustion

Controls. Polymers. Macromolecules: Synthesis and Structure. Polymer Chemistry. Polymer Physics. Polymer Characterisation. Polymer Evaluation and Testing. Applied Polymer Standards and Research. Dental Research.

Metallurgy. Engineering Metallurgy. Microscopy and Diffraction. Metal Reactions. Metal Physics. Electrolysis

and Metal Deposition.

Inorganic Solids. Engineering Ceramics. Class. Solid State Chemistry. Crystal Growth. Physical Properties.

Crystallography.

Building Research. Structural Engineering. Fire Research. Mechanical Systems. Organic Building Materials. Codes and Safety Standards. Heat Transfer. Inorganic Building Materials. Metallic Building Materials. Applied Mathematics. Numerical Analysis. Computation. Statistical Engineering. Mathematical Physics. Operations Research. Data Rocessing Systems. Components and Techniques. Computer Technology. Measurements Automation.

Engineering Applications. Systems Analysis.

Atomic Physics. Spectroscopy. Infrared Spectroscopy. Far Ultraviolet Physics. Solid State Physics. Electron Physics. Atomic Physics. Plasma Spectroscopy.

Instrumentation. Engineering Electronics. Electron Devices. Electronic Instrumentation. Mechanical Instru- ments. Basic Instrumentation. Physical Chemistry. Thermochemistry. Surface Chemistry. Organic Chemistry. Molecular Spectroscopy. Ele- mentary Processes. Mass Spectrometry. Photochemistry and Radiation Chemistry.

OfTice of Weights and Measures. BOULDER, COLO.

Cryogenic Engineering Laboratory. Cryogenic Equipment. Cryogenic Processes. Properties of Materials. Cryogenic Technical Services. CENTRAL RADIO PROPAGATION LABORATORY

Ionosphere Research and Propagation. Low Frequency and Very Low Frequency Research. Ionosphere Research. Prediction Services. Sun-Earth Relationships. Field Engineering. Radio Warning Services. Vertical Soundings Research.

Radio Propagation Engineering. Data Reduction Instrumentation. Radio Noise. Tropospheric Measurements.

Tropospheric Analysis. Propagation-Terrain Effects. Radio-Meteorology. Lower Atmosphere Physics.

Radio Systems. Applied Electromagnetic Theory. High Frequency and Very High Frequency Research. Fre- quency Utilization. Modulation Research. Antenna Research. Radiodetermination.

Upper Atmosphere and Space Physics. Upper Atmosphere and Plasma Physics. High Latitude Ionosphere

Physics. Ionosphere and Exosphere Scatter. Airglow and Aurora. Ionospheric Radio Astronomy.

RADIO STANDARDS LABORATORY

Radio Physics. Radio Broadcast Service. Radio and Microwave Materials. Atomic Frequency and Time-Interval Standards. Radio Plasma. Millimeter-Wave Research.

Circuit Standards. High Frequency Electrical Standards. High Frequency Calibration Services. High Frequency

Impedance Standards. Microwave Calibration Services. Microwave Circuit Standards. Low Frequency Calibration

Services.
'

NBS