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BE: H HIM 1 ' IP

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fBSm Bureau of Standaru*

ybrary, |41 Admin. Bldg.

MAR 2 4 1970

NBS TECHNICAL NOTE 518

Tabulation of Data

on Semiconductor

Amplifiers and

Oscillators at

Microwave

Frequencies
NATIONAL BUREAU OF STANDARDS

The National Bureau of Standards ' was established by an act of Congress March 3, 1901. Today,

in addition to serving as the Nation's central measurement laboratory, the Bureau is a principal

focal point in the Federal Government for assuring maximum application of the physical and

engineering sciences to the advancement of technology in industry and commerce. To this end

the Bureau conducts research and provides central national services in four broad program

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standards, (3) technological measurements and standards, and (4) transfer of technology.

The Bureau comprises the Institute for Basic Standards, the Institute for Materials Research, the

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THE INSTITUTE FOR BASIC STANDARDS provides the central basis within the United

States of a complete and consistent system of physical measurement; coordinates that system with measurement systems of other nations; and furnishes essential services leading to accurate and

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divisions:Applied Mathematics—Electricity—Metrology—Mechanics—Heat—Atomic and Molecular Physics—Radio Physics -—Radio Engineering -—Time and Frequency -—Astrophysics -—Cryogenics.-

THE INSTITUTE FOR MATERIALS RESEARCH conducts materials research leading to im- proved methods of measurement standards, and data on the properties of well-characterized materials needed by industry, commerce, educational institutions, and Government; develops,

produces, and distributes standard reference materials; relates the physical and chemical properties of materials to their behavior and their interaction with their environments; and provides

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for the development of Federal standards for automatic data processing equipment, techniques,

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accessibility of scientific information generated within NBS and other agencies of the Federal government; promotes the development of the National Standard Reference Data System and a system of information analysis centers dealing with the broader aspects of the National Measure- ment System, and provides appropriate services to ensure that the NBS staff has optimum accessibility to the scientific information of the world. The Office consists of the following

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UNITED STATES DEPARTMENT OF COMMERCE

Maurice H. Stans, Secretary

NATIONAL BUREAU OF STANDARDS Lewis M. Branscomb, Director

NBS TECHNICAL NOTE 518

ISSUED FEBRUARY 1970

Nat. Bur. Stand. (U.S.), Tech. Note 518, 66 pages (Feb. 1970)

CODEN: NBTNA

Tabulation of Data on Semiconductor Amplifiers and Oscillators

at Microwave Frequencies

Charles P. Marsden and Rita Y. Cowan

Electronic Technology Division

Institute for Applied Technology

National Bureau of Standards

Washington, D.C. 20234

*«"" " c»*

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, D.C, 20402.

(Order by SD Catalog No. C 13.46:518). Price 65 cents.
FOREWORD

This tabulation of data on semiconductor amplifiers and oscillators

at microwave frequencies has been prepared by the National Bureau of

Standards Electron Devices Data Service. Established in 1948 to provide

technical data on electron tubes to members of the Bureau staff, the ser- vice has since been extended to include other scientists and engineers in

government and industry. In the course of the program, a large volume of

information on electron tubes and semiconductor devices has been accumulated on punched cards . In order to make this information more readily

available , a system was devised for automatically tabulating the data in

handbook form. Present tabulations include Tabulation of Data on Microwave Tubes , NBS Handbook 104 (1967); Tabulation of Data on Receiving

Tubes , NBS Handbook 103 (1967); Tabulation of Data on East European

Electron Devices , NBS Report 9925 (1968); and Tabulation of Published

Data on Soviet Electron Devices Through October 1967 , NBS Technical Note

441, presently being updated.

All the included information has been taken from the manufacturers

technical specifications , and every effort has been made to ensure accu- racy and completeness. However, the Bureau cannot assume responsibility

for omissions nor for results obtained with these data.

li
CONTENTS

Page

1. Introduction 1

2. Organization of the Tabulation 1

3. Sorting and Explanation of the Code 2

3.1 Code Terminology 2

4. Alphabetical-Numerical Listing 5

5. Characteristic Listing 34

in

Tabulation of Data on Semiconductor Amplifiers

and Oscillators at Microwave Frequencies

This tabulation includes some of the basic characteristics of semiconductor microwave devices, specifically amplifiers and oscillators of foreign and

domestic origin.

Key Words . solid-state, microwave, amplifiers, os- cillators, basic characteristics.

1. Introduction

With the increased use of semiconductor microwave devices as supplements to microwave tubes, it has become apparent that a listing of basic

characteristics of such devices would assist the potential user in selecting a device to fulfill his requirements. The listing includes typical

devices offered by the manufacturers. Since a great number of these devices are custom-made, it would not be feasible to include every type

known to be available, but rather, we have endeavored to tabulate data on off-the-shelf items as supplied by the various manufacturers.

Almost any electrical or mechanical variant of a basic design will

be provided according to customer specifications since the present state

of the production art encourages custom-made devices. For this reason it

should be kept in mind that this tabulation is meant to serve only as a guide in the preliminary selection of semiconductor microwave devices.

Technical assistance from the manufacturer will be necessary regarding

mechanical modifications and changes in electrical parameters for most

applications.

The tabulation consists of the basic electrical and mechanical characteristics of semiconductor microwave devices, specifically those devices categorized as amplifiers and oscillators. Some applications for

these devices include telemetry, radar, communications and satellite systems or other applications requiring small sized, light-weight devices

capable of withstanding stringent environmental conditions such as temperature, high S, etc.

2. Organization of the Tabulation

The semiconductor microwave devices tabulation consists of two principal sections as follows:

(1) Alphabetical-Numerical Listing. In this, the device designations are arranged in alphabetical-numerical sequence.

(2) Characteristic Listing. In this, the devices are separated into basic groups, e.g., amplifiers, oscillators, and others and then or- dered primarily by minimum frequency and secondarily by power output.
3. Explanation of the Code

Definitions of terms and explanation of the code used in the tabulation, follows.

3.1 Code Terminology

The Alphabetical-Numerical Listing and the Characteristic

Listing are in tabular form, consisting of 16 columns. The

headings of these columns and their meanings are given below.

A blank in any column indicates that the characteristic

designated by that column heading is not applicable to the device in question, or that no value was given in the available

data.

Type Number . The alphabetical-numerical designation as- signed by the manufacturer.

Device Type . A three-letter code describing the application and/or structure as indicated by the manufacturer.

Crystal Oscillator

Parametric Amplifier

Preamplifier

Tunnel-Diode Amplifier

Tunnel-Diode Oscillator

Transistor Oscillator and

Multiplier

Transistor Oscillator

Transistor Power Amplifier

tion in gigahertz. Only devices having a minimum frequency of

operation above 200 MHz have been included in this tabulation.

preceding frequency indicates that the tabulated value is the center frequency.

Tuning Method . The method of frequency tuning is indicated by the following code

:

ADO Avalanche Diode Oscillator OSX

AMM Amplifier/Multiplier PAR

AMP Amplifier PRE

GOS Gunn-Effect Oscillator TDA

IPO Impatt Oscillator TDO

MIA Mixer and Amplifier TOM

MUL Multiplier

0AM Octave Amplifier TOS

OSC Oscillator TPA

Frequency. Both minimum and maximi

FX

MC

ME

VT

Fixed tuned

Mechanically tuned

Mechanically and electrically tuned

Voltage tuned.

2
Bandwidth . The frequency difference between half-power

points for amplifier devices or the electronic tuning range for

oscillator devices.

Power Input , in mA.Typical required voltage and maximum current

Power Output. The minimum output in mW.

(*)

(U)

(W)

indicates power output in dBro. indicates a change in unit from mW to

microwatts

.

indicates a change in unit from mW to

watts

.

Gain . The maximum gain for amplifiers in decibels.

NF. The typical noise figure in decibels.

Operating Temperature . The stated permissible range in

ambient temperature over which the device operates.

Volume . The typical volume of the device in cubic inches

( excluding connectors )

.

Weight . The weight of the device as a general indication

only and may or may not include connectors.

/ preceding the value indicates a value less than

the tabulated value

preceding the value indicates hundreds, e.g.,

H 1.5 = 150 ounces.

Manufacturer .

AC Aerodyne Industries

AD Advanced Technology Corporation (ADTEC)

AE Aertech

AI Alpha Industries, Inc.

AL American Electronic Laboratories, Inc.

AP Applied Technology, Inc.

AR Applied Research

AS Addington Laboratories

AT Airtron, Division of Litton

Industries

AV Avantek , Inc

.

CA Cayuga Associates

CL Centilabs

CM California Microwave

EF EMF Systems, Inc.

EM E & M Laboratories

FE Ferrant i Ltd.

FR Frequency Sources

FS Fairchild Microwave Products

GC General Electric Co., Ltd,
HA Hughes Aircraft, Inc. PE

HP Hewlett Packard PL

IM International Microwave Corporation RC

IS Intradyne Systems

KS Kruse Storke

RH

LO Locus, Inc.

SE

MA Microwave Associates, Inc.

MD Microwave Power Devices, Inc. SK

ML Melabs SP

MM Micromega Corporation SS

MP Microwave Products Group

MS Microstate Electronics Corporation (a subsidiary of

SY

Raytheon Co .

)

TC

MO Monsanto TR

MU Mullard Ltd. Industrial UA

Electronics Div.

OK OKI Electronics of America,

Inc.

OP Optimax, Inc.

OS Omni Spectra, Inc.

VA

WJ

ZL

Physical Electronics Labs

Philco Special Products

Operation

Radio Corporation of America,

Electronic Components and

Devices

RHG Electronics Lab, Inc.

Sonoma Engineering 6 Research, Inc.

Spacekom, Inc.

Sperry Microwave Components

Somerset Radiation Laboratory, Inc.

Sylvania Electric Components

Group

Texscan Corporation

Trak Microwave Corporation

United Aircraft-Electronic

Components

Varian Solid-State Microwave

Operation

Watkins-Johnson Company

Zeta Laboratories, Inc.
4. ALPHABETICAL-NUMERICAL LISTING
Typ« Number

•

•

oH

>•

Frequency

•ao•M

cc

3

43

*1CO

MHz

P

LM po

Mia.

*dbm

V

c

•H«

im

ac dB

hi

•O

ft

t- dB

Operating

Te^>. JM»ieot •

§O>

in3

•

oz.

a

•1«X

Min. GHx

Max. GHz

Y A (-Pc C+Pc

M472.G THA i .u 2.0 la J.20 tb /7 54 71 /y 12.0 Ac. M-f/21 !.-> 1 . u _- .0 1j 14 o b2 /7 54 71 10 14.0 Ad

*4722 Th-A 1 .0 2 .u la 160 40 /7 S4 71 12 16.0 At

«-+727 THa 1.0 c'.O 20 14o *b 20 7 S4 71 b 12.0 AE

o'+rto's 1 rA 1 • o 2.6 2b lbc *6 db 7 b4 71 b 14.0 AE

wo60t Tr-M t.«S 2.3 2 20 6 /o.e AE A5708 "|Vh L.*C 2.3 20 65 *12 to /7 S4 71 /9 7.0 AE

a jbOk; THA £ • li o . 5 20 160 *B to 10 54 71 8 13*0 AE

A'->a04 THA c • u ^ .u 2o 190 *8 20 11 a 4 71 9 15.0 AE

Au-SEftlES 1H0 o . U 12.0 9o 7 SO /2 8.0 UK

Au-lO 5EK1ES i^U 0.«i 12.4 MC 9i 4o bO 30 7o /2 OK

Mf- |-|4-JJU AiflM *u.«5 bo 2b 80 20 30 bO 60 48.0 MM AFw40-1040o H,**1U .4 30u 2b 100 b 3d 40.0 I-IM AFw54-660u PaR *o.b 500 26 400 SO /85 56.0 MM

AFi-i60-7l00 Am! *Y.l 500 2b 4Go 20 /85 66. G MM

AFi-,192-4175 Ai»:H *4.1 1.T0 24 ISO 10 30 24.0 MM

AFi>i9b-b.}l'0 Ai«-H *o.3 20 U 2o 300 20 4b 46.0 MM AFub6 Ui>^ 5.6 3.9 MC 20 Juu 10 30 DO 9 AT AFuJbh u^C Vj . O 3.9 20 30o bO JO 60 9 AT Ahuoh osc 5.8 4.2 iv C 30 ,500 10 JO oO 9 AT

Al- i/j6h ObC o.b 4.2 2o O0O 50 30 9 AT AF041 OSC -+.1 4.4 '• L 20 POO 10 30 bO 9 AT AF041H use •+.l 4.4 20 30 L SO PO oO 9 AT AFo43 ObC 4.5 + .9 NO 2o O00 10 bO bO 9 AT

Ah oh3h U5L •T • .) 4.9 20 POo bO 30 oO 9 AT

«Fi/-j"* OSC 5.4 5.9 i-:C 20 300 10 oO oO 9 AT AFoa4N UiC 3.4 5.9 20 bOO bO 30 60 9 AT

Ah u j,J Ubt b«3 6.4 20 300 10 bO 60 9 AT

At-vorfM OiC b.a o.4 20 300 SO 50 60 AT

At-uo4 Oi^ o.4 o.9 20 300 10 30 60 9 AT AFu64H OSC b. 4 6.9 2u POO 50 30 oO 9 AT AFwbB osc D • O 7.2 2o 30o 10 50 60 9 AT AFu70 ObC 7.0 7.S 20 J00 10 bO 60 9 AT AFw75 osc ?.S 8.0 2o 300 10 30 60 9 AT AFu79 UbO o • a.

5

2o POO 10 60 60 9 AT

AFuiOo osc io.b 11.2 2u 30o 10 PO 60 9 AT AFull2 UbC 11.,* i. i .6 2o 300 10 30 60 9 AT AFull6 osc 11.6 1.2.2 2o 300 10 bO oO 9 AT AFul21 osc lt.l 12.7 2o 3oo 10 30 60 9 AT Ahui26 UbC lt.b 13.2 20 PUO 10 PO bO y Al

AFuJ.31 ObC 13.1 13.8 2u 300 10 60 60 9 AT AFul36 UbL lb.

6

14.2 20 300 10 oO bO 9 AT AotO THA 0.2 0.4 + lb 2b 2 <i8 2 85 n 6.0 AV Abt5 THA o.2 U.5 + 15 26 2 28 2 65 n 6.0 AV

Ato25M TfA U.3 0.5 lb 2b *0 24 /3 AV
Type Number

Frequency

Nin. GHz

Max. GHz

MHz

IN

mA

Hin.

*dbm

cH«

3X

dB dB

Operating

Temp.

Ambient

OZ.

3c

3:

i-i2-5u-i:h / Hj-J0-3b / «b-2o-100

h5-25-47u

m5-25-50u

TPA *u.3

T P A * u . 4 Tpa *u.l

TpA *u.b

Tpa *u . b

3d

3u2d

2b

20

2o /1A

2o /i«

2o /I*

2o /1«

2o /1m

dW

3w

bW

/6W

bw

MM

MMMM

MMMM

Hb-3o-2uo

MO-40-di)-^

«b-100-OUO

mo-Iuu-uoU

Mi5-3u-l44

TPA *u.d

Tpa *u.3

rrn *u .b

IV A *u.y

Tph *u.y

Tt-A *U.l

3d do /1a bw

4u do /l* ow

lOil 2b /i« OlA/ lOu db /1a ow

UlU 2b /1H bW

do 2o /iA 13W

MM

MM

MMMM

MM

MM

A-3dL/d

Mb20d

Mlb4U

Ml7Hf\i «10blM

Hd3Ui\i

M-24b

Mdblud

m2d1u4

Hbblud

A-2UU1

M-200H

m-200 5 m2301m

m2301l

Md32D

Md334

Md410L

«d51i

«2bibh

m3510|_

M551b|_

m3522l

M3bUci_

MJOOOL

M450J

M460O

M4bll

M'+bld M463b

M4b37

Hlb3b

M4b39

ah717

m4719

Mi'iP AMP

AMP

Ai'iP Ai'iP

AmP

i.3 U.6

i.5 1.0

.4 l.b

.7 1.7

.7 1.9

AMP d.d 2.3

A'ClP u.d u.b

AwP U.J U.b

Ai'iP U.J 1.0

1.1

AMP u.l d.O AMP U .1 U.b

A MP u.l U.b

TPA 0.2 O.J

Tpa U.d u.3

Tpa u . j U.l

TPa U.2 0.3

TPA u.d O.b

IV A O.d O.b

Tpa u.d 0.3

TPA u.b 1.0

TPA u .3 1.0 TPA u.o 0.6

TPA U.J 1.0 TPa u.b i.O

Tpa 1.4 x.b

Tpm l.O a.u

TpA 1.0 d.0

Tpa l.U 2.0

Tpa l.U d.0

Tpa 1.0 ^.o TPA l.U 2.0

TPa J. . u 2.0

Tpa 1.4 2.3

Tpa 1.0 2.0

ib

24

2<+ 24

24

24

24

2b

24

24

24

20 i5h

2d

2o

lb 2b

lb 7d

lb 90

lb llu

20 14U

lb 100

dO b b4 71 /lu 12.0 OP

20 o b4 71 /lu 12.0 OP

10 /b 54 71 /lo 12.0 OP

10 /b 54 71 /lo 12.0 OP

5 /b 54 71 /10 12.0 OP

5 b r>4 71 /10 12.0 OP

7bW 30 /b 10.0 AC dO b 54 71 /io 12.0 OP

10 8 b4 71 /10 12.0 OP

dO b 54 71 /lo 12.0 OP

10 bO 70 2b AC low 30 40 55 /5 AC 40W 30 10 50 /b AC 316 30 4 /0.8 AE

2 20 3 /0.8 AE

6 30 d /0.8 AE

2 20 3 /0.8 AE

1 lb 4 /0.8 AE

20 25 b /0.8

60 dO b /0.8 AE

1 ib 4 /0.8 AE

1 30 b /0.8 AE

1 lb 4 /0.8 AE

1 20 b /0.8 AE

2 db 4 /0.8 AE

2 20 b /0.8 AE

2 dO b /0.8 AE *-a 15 b /0.8 AE *-8 dO b /0.8 AE

ib b b4 55 b 12.0 AE

20 b 54 55 b 12.0 AE d6 b 54 55 /Id 14.0 AE

6i b 54 5b 13 16.0 AE *12 dO 7 b4 71 b 12.0 AE

18 /7 b4 71 /7 10.0 AE
Type Number

•

•

Ia

Frequency o•

ac

toc

•Hc3

t43J

•H*

«a

MHz

P

[N p

o Hin.

*dba

aW

CH

«

sX

dB

•

o

dB

Operating

Temp.

Ambient

I

o>

in3

•

at

OS.

a1«

ac

Min. GHz

Max. GHz

V mA <-)PC< *?C

AtoSU TPA u . b i.O + lb 2a *-3 ^4 4 bb n 6.0 AV

A to 5 M Tr'A O .3 1.0 la 2 b *-6 <l2 4 AM M^SLHltb TrV 0.1 1.0 la 4a 27 /3 6.0 AV

Al-i5 Th'H u .<£ u • 3 +15 2b 1 t6 b 93 /'/ 6.0 AV

Ai_20 Tr/A 0.2 0.4 + 13 2a 1 <s6 3 9a n AV

Au20M TPA 0.2 0.4 lb 2b *-3 <i4 4 AV

Aut'.b TV A U.2 J . b +15 2b 2 26 3 ^j /i 6.0 AV

Ai_25to IVA .0 u.b lb 2a *-3 <i4 /b AV Au5G TrA u • a i.O + i<; bu 4 ^5 7 S>b /

1

AV «ubOA lr^A u • b 1.0 + 1*; bu 4 <i5 b yb /i 6.U AV

Au50m IVA u.5 J. .0 lei 30 *3 t4 D «V

AL.50W-A TV A 0.5 1.0 12 3o *3 ^4 6 AV

Ai_70 TPA 0.7 0.9 + 12 ao 2 ^5 7 95 /i 6.0 AV AL70M TPA 0.7 0.9 12 30 *o 24 d AV

AL.Mllb Ai-' P x .4 1.5 20 bo ^5 /5 /10 8.2 OP

AL)N120 A, V i.O 2.0 20 au -10 25 6 /lo 8.2 OP

ALivibO Ai ; J l.u i.b 20 3u 5 eLO /o /lo 8.2 OP

AU^im A-.P u.<i 0.4 20 30 5 25 4 /lo 8.2 OP

AUm*;23 A.' P £.%<L 2.3 20 30 25 /6 /10 8.2 OP AU4255 A.«iP U • O 0.5 20 30 5 <i5 4 /10 8.2 UP

ALi^aob A.'iP U.J . b 20 bo 5 ^5 4 /10 8.2 OP

ALiM'4Ub A,viH u.4 o.a 20 3u 5 ^5 4 /10 8.2 OP ALuHb9 H-.P .3 1.0 20 30 5 25 4 /lo 8.2 OP

AL.MbOl AisP u • b 1.0 20 30 5 25 4 /lo 8.2 OP

ALiNall A -.!- u «o i.i 20 3o 5 <i5 /b /lo 8.2 OP

AI_n79o Miip u. / .

9

20 bo 5 2b /b /10 8.2 OP

hU>.<j12 Ai-.P o.a 1.3 20 3o 5 c5 b /lo 8.2 UP

Al-ilUOUjN TP-A 1.0 2.0 -lb ao *-6 c8 b da /12 AV

Af«U2Ui>i\i 1 f A 1.2 1.4 -15 2 a 1 26 4 8b /12 AV

Ai-il435ivi 1VA 1.4 1.6 -lb 2b 1 ^8 4 85 /12 AV

Ai il5^0N tpa 1.4 1.5 lt> 5u *9 30 /b AV

Ai«i2200|m TPA £.2 c.3 -lb Jo 1 £|8 o 85 11 AV AM-4000FN Tr'M 2.0 4.0 lb OO *a 30 9 a4 95 9.0 AV

Ai»i2300i\i ft-A ^.2 <r.3 lb oa *fa oO b AV

Ai-idbOOi.-o / TK« 1.4 2.3 lb <ot> *b 30 b AV

Ai'i-HuUUM THA 2.0 4.0 la do *8 bO 9 54 95 9.0 AV

AMh200UM bcKitb IV A l.u 2.0 -la 10o *10 6 AV

Ai-u i-<d juur-'iu j-j.6 A-iP l.u i.O lb 170 *10 48 8 24 AV

AMw230UiV| b^Kltb Tka 1.4 2.

3

-12 9o *10 /7 AV

AiMr-lOOO!-, Tr'A 1.0 2.0 +15 oo 10 t.1 5 8 b 10 14.0 mV

Ay.hi5UU,j i('A u.b 1.5 lb bo *8 <ib 8 AV

AMr230tt{M (Vn 1.4 2.3 + 15 OlJ 8 <i6 6 ba 10 AV

Ai'irioililKi IHa J. . u •..6 + 15 bu fa J3 fa 85 lo AV

Ai-it- abOui-i lf« <i.O 3. 5 -la 12a 10 d.b 85 /12 AV

At-^OT Tr'M 0.2 .j. 4 +24 2bo 156 al b 16 12.0 AV Artbl T-A 0.2 0.5 + 24 250 lbB bl b lb 12.0 AV
Type Number

•

•H

>«

(3

Frequency o•X

tx> c§

43

•H*B

«a

MHz

P

in po Min.

*dbm mW

c

sX

dB

a

•H

dB

Operating

Temp.

Aabient

!

o>

in3

•5•

at

OK.

a

•1«X

Min. GHzMax. GHz

V mA (-Pc (+Pc

APu3b UbC j.b 3.9 MC 20 400 10 50 bO 3a AT AHuObH Ui>t O .D 3.9 ML 20 4UO bO OO bO 3b AT Apuob UjC wi.H 4.1 ML idO 400 10 30 60 3b AT APuObH UjL o.a H.l ML 2o 400 bO 30 bO 3b AT APu4l ObL 4.1 4.4 ML 2u 400 10 00 60 3b AT

APL41H osc 4.1 4.4 ML 2U 400 bO 30 bO 30 AT APuti UiL -.-5 4.9 ML 2o 400 bO 30 bO 3b AT APu43 UbC 4.3 4.9 ML 2u 400 10 30 bO 3b AT APU43H UbL 4.0 4.9 ML 20 400 bO 30 60 3b AT APub4 ObC b. 4 b.9 ML 20 400 10 30 bO 3b AT

APub4H Uil b.4 b.9 ML 20 400 bO 30 bO 3b AT APo^a ObL b.b t>.4 ML 20 400 10 30 DO 3b AT APubbn UbC b . 6 b.4 ML 20 400 bO 30 bO 3b AT APub4 U3C 0.4 b.9 ML 20 400 10 30 bO 5b AT APuo4M UbC o.4 b.9 ML 20 400 bO 30 bO 3b AT

APubH ObC b.b 7.2 ML 20 400 10 30 oO 3b AT

APv; 70 UbC f.O 7.b ML 20 400 10 30 bO 3b AT APu7b Oat /.b 8.0 ML 20 400 10 OO bO 3b AT APu79 ObC b.o b.b ML 20 400 10 oO bO 3b AT APul06 ObL lu.b 11.2 ML 20 400 10 30 6o 3a AT

APull2 OsC li.«i 11.8 ML' 2o 400 10 30 bO 3b AT APullo UaC 1 1-.6 12.2 ML 20 400 10 30 oo 3b AT

APuJ.21 USL 1^.1 1^.7 MC 20 400 10 30 bO 3b AT APul2o UbC l^.b 13.2 ML 20 400 10 3U bO 38 AT APulOl UbL 10. 1 i3.b ML 2o 40O 10 30 ' bO 3b AT

APl136 UbC lo.b 14.2 ML 2o 400 10 3U bU 3b AT

AiaiOOON THM i.O ^.0 -lb 00 *-9 /b AV

Abi-30b0 Ai-lP u • o 0.6 lb 00 5 d.i /4 £M

Al lu AUU D.U i J. b ilo 40 100 IE 55 /l /0.4 bP

A 1 1000W TPA U .d 1.0 lb <db * 5 22 /4 AV

A\(-7200M Osl 2.0 4.0 20 l^b <iS /b 18«0 AV Av-9b0l bub o.^; 12. H 10 10 /t 9.0 AV

Av-9b0,i bub O . <i 12.4 11 £5 /o 9.0 AV Av-9b03 bub o.^: 12.4 10 bO /c 9.0 AV Av-970i AoU b.<i 1<^.4 bfl 10 11 AV

Av-9703 AlvU o.i 12.4 l2rt 100 1L AV AVuibbb AuU o . 2 i2.4 10 oo 25 bo 1 AL

MWim-4000PM IP A 1.0 4.U lb HO *7 /2 1L /lo 9.0 AV Awn-400uN TPA i.O 4.0 lb bO *7 /2 11 /lo 9.0 AV AXu-lO ObC i .u 2b 140 bO ot 91 AT

AXu-lb UbL i.b 20 J.40 20 3b 91 AT AXu-3b UbL j.b db 140 b 3b 9L AT AXL-86 UiL u.b 2o 140 3 3b 91 AT AXu-9b Ub»- v.b 2o 140 3 3b 91 AT dlu-OOOA IkO lo.b 10.5 (-A oO 101 j 4.0 VA
Type Number

1

•o

>VO

Frequency o•X

tec

•Hc

3

t-

•o

•H*c«a

MHz

P

[N po Min.

*dbm

mW

c

ao

X

mz

dB

S5

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dB

Operating

Temp*

Ambient •

§

O>

in3

M

•*

OZ.

u

•

g

3P

U

«

s

«

Min. GHz

Max. GHz

V mA (-PC (+Pc

ubUb A. iP U . £. 0.4 24 bu ^b /4 UA

LJ->UO A<-iP u.2 " .0 24 iu cb /4 JA

u b V Mi. 1"' U • O j.5 24 bu «i0 4 UA

u:jUo m.mP J .b O.b 24 bu ^0 b UA

bu'juv Ai-,P o . a 1 .Li dh bu «i0 o UA

bi 10JJ Al'iP U. 1 u.2 *2'0 j0 /7 UA

bnoU<+ amP U • i. 0.2 *^7 30 lu UA

bl-loOb A'.fP U •£. .i.b *«i4 bO b UA

LI iuUu Al'lP J .£ u .4 *20 00 7 UA o-Slh i£S Pr>K 4 • b / .<i 17 /4 50 ou MM

C SthitS hJ rt J. .^ 2.7 l+tlU <?o *-10 c;b o 20 71 21 IM CmhLI bbi J. . U I .b 100 5A £bW /l CA

bM-+L<i-[_ bu'j J. . L.b ^00 iUI' J-OUkv /l CA

C«4bl-b bub b . U b.b 9u £H bto /l CA

ChtSc tlUb b. u .1 • b 100 ,il)h bw /J. CA

C h 1bi-H bJb o . u i.b bU 3* bto /I CA

Cn-1 Ml A 1 . u t .u 1<; 2u b bb bb MA Irri M l A ^ . u +. u It 2u 6 bb bb MA

Cf.-4 l"i i A 4 . U 8.0 I* <iu a bb bb MA CuoJUU bub w.y 9.9 200 + 1U 3 40 bb Ml)

Ci_b310 bub tl.9 9.9 ^uu + 1U 3 +0 ao MU

Cl_«boU UiC o.U y.O MC 1 b MU

burtb7U UbC r). U UJ.O .-'b lu 5 MU

Ci_b3b0 OjC 1J.U il.O f> b lu b MU

LuoOVO bib li<U lii.O 1- b lu 5 MU

CuotUl bib o. U 10. >,b nu 10 b MU

Cl_b404 Ojv. o. J ll.O ML lu 10 MU

Ci_CjH^U bit y.2 y «

b

Kb bu lu 3 MU LcotJO b.^L y .£. y.b ML bu lu b MU

Cl_b44u bbb ^.<i 9.5 Mb' bu lu 3 MU

CLb<+50 bib y .*; 9.5 ml bu 10 5 MU

Ci.84-60 bit y %e- 9.5 Ml. bu 10 10 MU

LLd4/U b-jb ^.c 9.5 i'ib 50 lu 10 MU

CMiXM9b bbb b. b 4.6 2b /bu 10 d0 71 2u 25.0 CM

CM1XMIO7 Oi>C lu . u i .

7

2o 7bi> 10 bO 71 20 25.0 CM

tAlllM bub O.U j.2.0 u b 80 bb bb MU

Cxi ilt> bbb b.O j.2.0 D 10 bo bb bb MU

CX I lit bbb O • u i^: . U b 10 bo -jb «b MU uD7bt AuU c<i 12.4 bu 20 10 /l bY

u^i^b^-i bob O.U 2o i«i bP

u<il2b,i-2 bbb o.<i 2b 1W SP

b<il<db2-b bob o. b 2o lw SP

u.il2b-8 bob 4.2 +.b 2o b«:b 300 lb 18.0 SP

u^I^CdU bbb i.4 b.9 V 1 24 40 bb 72 o4.0 SP

u212Ld! bob J. U 6.0 V 1 24 b U b SP

io
Type Number

•

•o

>«

Frequency

•oo

xz

«-> •z

00c

c

aH

•H*

ID 0Q

MHz

P

[N po

Min.

*dbm mW

B

•H«

s

dB

m

o

•H

ft dB

Operating

Tenp.

Ambient •

o>

in

3

4Ja*

oz.

1.•

faU

3

a

q) Min. GHz

Max. GHz

V mA (-PcC+yc

u<dlJul-i-*u Tub u • <i n.2 ! 'iu dH 2U 100 bp

l/<.' 1 Jb 1— tlJer. rub u • c 0.3 Mi. 2H <^u luO bp

u<l iJJl — <-'o^ lub U .b .;. b !' *u £4 i. U 1 o bP

u«ilobl-.54<i ( oS U.b 'j. 4 "<U ^4 2U 100 bP

L^lJbl _ 4X4 Tub U . 4 u.b Mi. <>4 20 lou bP

Lj^JLJb^-^na lw U . £ 1) .0 U 1 2o 2bo 411 bP

u<<lJb2 _ .3uU Tub U .J U.4 v 1 2o <ibo 4-0 bP

u<il Jb2-bo9 Tub U .4 U.4 V 1 2o £bu 4 bP

utdl Jb£~4_>U 1^ J .4 U .b V 1 2 b <ibo 40 bP

u^Ubi-bjU lub u • o 11. 7 V 1 2b <ibu 4U bP

u^Ub^-b/U rub u. / u.b VI iio 2bu 4 bP

u<:l Jb^-rs^u lub J .« 1 .0 \l 1 <ib ^'JU 40 bP

L,2ll_c-1 UbL i .0 20 7w 20 bO SP

u<ilu2-2 Oju 1 . o 2b 7w dO bO bP

uellL^-b Obu 1 . u 2b 7W dU bO SP

udlLbo Uju 1 *d 1 .4 V 1 2o bUO bb li. b2.C bp

u^ib^-i UjL c.O 2b bW bP

u^lb^-2 UjL d . U 2o bW bp

u21bt-b Uit £. 1 2b 3w SP

u^lbbO U:>L c- .<S ^.4 V 1 2b 200 bb Id ab.C bp

u21UbU U.IL la.V 1/.0 V 1 2b dO bb Id o8.L bP

ub7B4A AuO O • d 12.4 bU 20 <ib /l zl

Ui'ir/ri bc.Pic.b-Ni- P«E u . i l.U *10 ^0 lu RH ua7dtb Auu O • <i 12.4' bU 2u bO 71 bf

LJA-1414A bui O.^ 12.4 It. bUu db bb lbo /I i'IU

bA-i/17b tub «.2 12.4 Id buu bO b5 lbo /l MO

UA-20«:uC bub o . d 12.4 Ic bOu loo .55 15U /l M0

tbi-ilbbo AMP u .<i U.3 + 2u 1 25 c b EM

Eb>i204U A>,P j • i 0.4 + 20 1 <ib u . o t-M Ebl'i^bbU rtPiH u .<^ U.b + 2u 1 <ib J o EM

tbrvbOUl Al-.P u.b 1.0 + 2U *-b t:b fc /o EM LGksuoIILn AMP . D 1.0 + 2u *-5 ^5 4 /b EM

t.bnlb3u Ai'lH u.2 u.4 + 20 100 ^b c 7 Em EbndU40 A -:P • £ U.4 + ^0 100 25 c 7 EM

ESinibbO Ml«,P u .^ u.b + 2u loO db 7 7 EM

t_bi\^04U At-iP u . <i u.b + 20 bOO db a /8 Em LbK^bbU AmP 0.2 u.b + 2u bOO db 8 /d EM

t.bi_lbuO A,<P u .2 U.b + 2u b cb 4 7 EM

ESi_«;U40 At-'iP u . <; u.4 + 2u b db 4 7 EM

t-bi_^bbO AisP U • <L U.b + 2o b cb 4 7 EM

ESi-ibUOl Ai iP u.b 1.0 + 2o 1U db fc /b EM

ES.»bOUl AMP u.b 1 .u + 20 1 2b t /b EM ESmbUOlA A,>iP U . 3 1 .0 lb bb 5 dH /t £M

EbnbUUiL.N AisP u . b l.U + 20 1 db u /b Em

LbiMbUUlLf-JA AmP u.b l.U lb bb 5 dl /4 EM

11
Type Number

•

•oH

>

t) o

Frequency o

.c•

bOc

•Hc

3

t-

*c

«

MHz

P

EN p

o Min.

*dbm nW

c

e>X

*> X

dB

2

«

O

•H

f- dB

Operating

Temp.

Aabient «

§

o>

in3

s

•

0%.

um

u

a»

V•

i

3E

Min. GHz

Max. GHz

V roA (.-Tc ( + )PC

tToblUt-2 O'jv- u.9 L.l 7 1 20u 2o 1W HP

c 1 .> Jl bt OjI J. • u 2. V 1 IN do lb MH LToblbt-2 UjC l .<i 1.6 V 1 nUu do bU MP

C. 1 obib<i-b U.il 1 .u <i.O 7 1 lb MP

ti jii n-d ObC U . t './ . b V 1 do lbO KIP

L T jJ ^bl-2 0_>L U .3 1 .u V 1 do lbO 1 MP FLuJU77-l Hkl U. I ii.9 c 22 it x00«v 6. 2 Al

FLubU7n-l PKt. b.O ;>.U d dd It IbOw 3. AL

FI_u307S#-l PKL / .<: y.« CL dd U tOOw 3. AL

Ftf-l'00 KUL J.b 14.U + 2b ODU db 24. AP

FlW-100-1 MuL *t . u + do boo 24. AP

Fi-i-lOO-2 lvIOL. *d.o + do /2w 24. AP

hi>-lK Obi. 4 . U b.b "v'|0 do 12b 7 oj d FK Ko-2 UbC u . b 1.2 V 1 bu OUU 1000 io 7u /4 FR Fo-2h ObC U .6 i .2 v 1 oU btiu tUUO x0 7u /4 FK

Fo-2M U'jL u .d U .6 V 1 DU 300 xOUO io 7u /4 FP Fs-2-rL UjA u • o L .4 bu 4UU lOUO bU /bb 20. FR

(-;>-2K UjI U.b l .4 i-"U 4u btiu 1000 bb 71 /4 FP

t-J-JK use ^. u 4 .U NO du l<;b 60 oU b FK

h _>-4K UiL c.O 4.0 MC ZO ico lb bO b FK

l-j-b Ui>L u.b i .ts i»il do 12b db oO d FR Fo-o UbL o . o 1 .o V 1 iUU bu dU bb 9u /o FR

Fi-ftii u.->C U.J J .6 100 30 luu bb yu /o fH

F_>-d UjC u.b i .a i«ii. 2u id'o 100 U OU 2 FR hj-^K UaL t . u o.U i'i C 2u IdO dU OU 2 FR

l-J-l^H use t • J 2.y b/a bu buu 2b0 10 7u l£ FR

f-^-lHb ObC <L.li j.b V I 400 OU iou 200 10 70 lii FK hb-lHC UiL J. 1 j>. ti V I +bu bU buu 200 10 to 12 FK

(--.-14b ObC b.b 4.3 v 1 bUu bu but 200 10 /o b FK

("0-14L U-jC 4- . C 4.y V 1 600 60 bUu 17b 10 70 b FR

hi-lth U.3t 4.9 b.b \, 1 600 oU bUu 125 10 7 b FK Fb-lfu ubL b.4 t.. u v 1 600 bU buu 100 10 7u b t-'R Fo-l4L OoL j.b 6.0 Ml 4u jUu 400 bb 71 b FK

Fo-l4L-l-'L Ub/ b.b o.U bu 40U 200 O0 /3b 20. FR hj-14h 0_>C <_ . 4 i.b MO 4U bOU bOO bb 71 o FK

1- j-lth-HL ObX «i.4 b.b bu 4U0 500 bO /3b 20. t-ti ho- 17k OoC /.o iu.0 ML 20 126 10 oO b \r't<

1- o-ld OoL 4.H ll.O bOO 10U bu db ob yo b FR

i-o-lbA UjC b • b 11.0 lis 10U bu 1 nb yo b Fk

t-o-iy 0.\>C u . o i .2 (••,C do 12b 10 o0 1 fH

t-o-lyw UjL 1 .d 1.6 j A. do i2b 10 oO 1 fR

(-b-2iD UbO u.b U . b lb buu 10 -ib Hb b FK FO-21U.H UjL u .b n.O do 10U0 bb «b /lb FK

Fi>-2H.i_F 0_>(_ u.b 1 .b lb 20 ob ab /lb FR

Fo-2i(.|v|H 0.30 u.b 2.0 2o 17b bb db /lb FR

12
Type Number

•

•V

-H>

V

(3

Frequency oVX

ooc

•Hc

3

x:

•HO•H*c

«a

MHz

P

[N po

Win.

*dbm mW

p«

i

3E

dB

z

.-( a

o&

dB

Operating

Temp.

Ambient «

§o>

in

3

&

•*

oz.

o

«1«

3E

Kin. GHz

Max. GHz

V mA (-PC (+Pc

i-b-^j UbO ^.b b.O 100 jo 15 bb 9u /b FK

h j>-^4 Ujt o.U 111 . u U 1 bUU bo JUL 40 10 70 /7 FK

Fb-24|V| OjL lu.u iU.4 V 1 4(10 bU OOo 25 10 7u // FR Fb-24-PL ObA / .u m.b bo 4U0 luo bO / Jb 2U.I FK (J-^HK Obt_ / . u ih.U mC 40 bUu 40 bb 71 /7 FK

F-,-2b OSl_ i .

a

2.5 t/l 20 u lOO JO 10 bb 9U /J FK ^-A) UijV- i • 2 l.b dh rtO 10 JO 71 /4 FK Fb-27h UrjO J • <i 6. u 24 bU 2U JU 71 /4 FK

hj-<!tl UbC i . 5 2,3 24 taO 10 JO 71 J FK

F;»-29A 0^0 2.5 b.U + 2o d5 JU n /bl FR

Fi>-2y Lr UbC -) • u lu.O + 2o b 55 bb /bl FK rj-Ju U^k, <£ . b b.O + lb lu bb bb /12 FK

I Fo-AOA Obi £• U 2.5 + 15 lb bb bb /12 FK hj-JUhH u;-.l ^ • b b.O + 2o dO bS bb /la FK Fj-J1 Ojl <i. u b.O 24 oo 10 JO 11 J FK

Fb-ilM u_>i J.U 4.0 24 bO 10 bO 71 J hK

F_>-Jlb OSC £.0 J.

2

24 bo 10 JO 71 J FK Fb-J4 03L J. u iO.U + 2o b bb bb /Id. FK

F:»-04hH Obi b. u iU.O + 2b 15 bb bb /Id FK

i-j-ib Obi 12.4 i.5.0 t/I nlJu bu JUo db 10 70 7 FK

Fo-Jb-HL ObA It.. 4 in.0 bU 40o 40 ou /3b 20. C FK Hj-JbK Obi 1^.4 1 6 . I'll 40 JOO 4U bb 7i /U FK Fb~Jb Oil .£. l.b iOU JO 10 :>b 9U l-K

F b" Jbh UjL u .<; 1 .2 iOU JO lbO bb 9U /o y\i F_>-J7h O^C -t . u 4.5 24 do 10 JO 71 4 FK

Fb-J7M ObC 4.b 4.9 24 t'u 10 oO 71 4 FK

F->-J7m UbL 4.9 b.4 24 oo 10 bO 71 4 FK Fo-J7w Oil b < 4 b.y 24 bO 10 bU 71 4 FK Fo-J7u Oil J. 1

:* fa . b 2-+ OO lu JO 71 4 FK

F.>-J7b Oil u.4 o.9 24 oo 10 JO 71 4 FK

F..-J7L O^C O • tj /.J 24 ()U 10 JO 71 4 hK

1- b-J7o UjL / .0 V.b 24 do 10 JO 71 4 FK

i-j-y/u U.-iL / • b d. >J 24 bo 5 bU 71 4 FR rj-^7u UjI o . u o.b 24 bu b JO 71 4 FK

F-.-J7L U'jL L. • t) y.2 24 bu 5 OiJ n 4 FK

Fb-J7L U 1L y .t 9.8 24 bo b bO 71 4 FK

Fi-J7t_ UiL •?. o it.1 . 4 24 bi 5 JO 71 4 fH

f-j-J9 Oil o • b 2.0 2o 7U bb bb 4b FK Fj-40 AuU o • u l2.4 yu 40 10 40 l\j 2 fH

F_>-40K UjL l«i.4 1 b . U 9u 40 10 40 70 1 FK

rj-4Ui> ML/O o • <; ir-:.H 9o 4u 1U 40 7u 42 FR

F o-4<; Ubl b.O j.2.4 9u 4u 10 4U 70 d. HK

i-b-4j Obi ct • <; J.2.4 9 40 10 40 70 /d FK

Fi-<+7 UiC t. • u 4. U iOU JO lb bb 9u /b FK Fb-4d UJl 1 J. u ib.O li-i iOU Jo b bb 7o /lb FK

13
Type Nuober

•

•

o

•H>•

Frequency o•

00cc

9

H

*

CO

MHz

P

[N Min.

*dbm mW

B

•HCo

3

SB

dB

•oH

£

dB

Operating

Tenp.

Anblent

i•-• o>

in3

•a•

ox.

o

•1

X

Kin. GHz

Max. GHz

V mA (-ycc+yc

Fs-143 MUL t .o b.2 3u 5 b FH Fs-49 U^>C 1*1.4 irt.U + 2o 5 bb 8b /24 FR Fi-bO UaC 1 ,d ^.« lOu 30 40 bb 90 /3 FR

Fivi-lOU HhL o.b 14.0 + 2o bbO *5 24.0 AP

F;>-l4b ObC U.tL U.b »IL 4U 3uu <:000 bb 71 /4 FR

F^-lbb MUL *l.O ^00 /l /14 FR Fo-lbb MuL *i..d. /3h 3U0 /14 FR Fa-lbb ObL x • o i.b MC

) iji 30u 2b0 bb 7i /I . FR FS-174 Muu o. V 4.1 lrt O0 lb FR F;>-Wb MUU X .£ 1.4 2u 2U0 21 FR

Fi>-19b MUL *l.o lfl 100 7 FR Fs-201 MuL *1 U.b 30 2 3 FR Fi-202 O^C b.<d i2.4 90 4U 100 4U 70 /2 FR

F:>-20b MUL /.3 8.2 ibO 3 3 FR Fi-209 Mul j.U iou 10 b FR

o StrdLS TPA 1 .<i 2.8 4bU 2b *-4 40 5 20 71 21 IM

11 StKltS TPA i .2 ^.6 45u 2b *b 40 b <;0 71 21 1M HF..-3(ATX)i,-^0jU AMP u.2 u.3 O0 /4 AR

HFrt-4( ApT)-buluU AMP U .b 1.0 16 11 AR Hl-3bOU2A Ai-iP u.i 0.4 2d 4b *7 ^0 b MP

Hh^bOUbA Ai'iH U.l 0.4 40 *0v *23 <i0 10 HP Hr35004A Amp u.i 1.3 20 <i0u *16 db 10 HP HrobOObA amp u.l 2.U 2u 30U 16 40 12 HP Ka-1 PhK*3d.O' b5U 9 b SK

u-bclKIti. PaK x.3 1.7 2u 17 1 JO 60 432 MM

i_-6 PaK *1.7 bu 17 2 SK

,.-7 PhK *^.b HUU 12 2 SK

i--d PAR *£.0 Ibu 15 <i SK

u-9 PhK *eL,l lu 20 /3 SK

La-21U2B AMP *x.l 10 30 4 MP

LA-22blb + C AMP *u .<i 10 JO 2 MP L«-24blb + t. AMP *U.4 10 30 2 MP L«-25ulb AMP *u.b 10 O0 /3 MP L«-2991b AMP *1.G 10 30 4 MP Lu-10u ObC /.b 14.0 2o bOu 10 60 AP

l*i-2 MuL U.b U.9 100 SK

H-3 MuL U.b 0.9 100 SK

M-4 MUL U.b 0.9 80 SK M-7 MUL U.b U.9 20 SK

M-9 MUL <£.b 2.8 20 SK

MM-82C01 UbL J.

b.y MC 100 2d 10U 30 40 71 MA Ma-82lu2 Oi>C 3.4 b.9 ML 3Uu 2b ioo 10 40 71 MA Ma-82Lu3 0;>C b.4 5.9 MC SOU 2b J.0U b 40 71 MA MS-82004 OaC b.9 7.1 ML 10U Zt> 100 <LQ 40 71 MA

MA-8«iLub ObC j.y 7.1 ML oOu 2o 100 10 40 71 MA

14
Typ# Kuaber

•

•

o

•H

Frequency •

ae

00cHB

9

1«

BO

MHz

P a

Min.

*dbm

c

«

3

dB

•

o

dB

Operating

Tenp.

Anient

!

o>

in3

•*

OS. 1«

Kin. GHz

Max. GHz

V mA (->>C ( + >>C MA-82C07 U^C 4.4 b.O MC 2o 250 250 Ma MH-b^cob UbC b.9 o.4 MC 2o 20 20 MA

Mm-62Cij9 UbC b.9 b.4 MC 2o 500 500 MA MM-82K01 o^c U.O 17.0 MC 200 2o 10O 3 4U 71 MA

M«-b2L03 UbC U.9 1.3 MC 10U 2o bO 50 40 71 MA MA-82LQ4 ObC u.9 1.3 MC 200 2b 40 10 40 71 MA MA-82X02 ObC / .1 il.O MC 20U 2b 100 10 40 71 MA MA-B2A04 ObC lu.b 11. MC 2o 20 20 MA Ma-4960 AuO t>.2 12.4 lOu 3o 10 2U /l MA

M«-49bb MUO a,<L 12.4 100 40 bO 2L /l MA MA-49b7 AliO Q.2 12.4 lOu bO 100 21 /l MA MA-4988 AUO 12.4 16.0 70 bo 10 21 /l MA Ma-4969 Al)0 12.4 1B.0 7u lOo 50 2l /l MA MA-4992 AUO lo.U 26.0 30 15o 10 2C /l MA

Ma-SOUO-Fc AL/O 9.U 12.4 10 1M

MA-80Ul-(-\- AuO 9.U 12.4 10 IM ML82LU2 ObC U.9 1.3 M C 100 2b 80 100 40 71 MA

Mlc30bti-1 TuS 2.0 2.3 10 lb 10 55 75 1 1.6 AL MMP1 bt-Hita PkL 1.0 2.0 + 1* 25 1

r /2 2.5 RH

MMW2 SLKltb PRc 2.0 4.0 + ld. 25 /8 /2 2.5 RH MMP4 StRltb KKt 4.0 8.0 + 12 25 A /2 2.5 RH MMH/5-C SLKItS Mi A 4.0 8.0 12 25 /') /5 6.C) RH MMH/5-L StKltS M i A 1.0 2.0 12 25 r /5 6.CI RH MMF/5-S SEKltS Mi A 2.0 4.0 l<; /t\ 15 6.0 RH

MMK/6-C SEKltb Mi A 4.0 8.0 l£ 25 /9 /2 2.5 RH MMp/o-S SEKltS Mi A 2.0 4.0 12 25 /t\ 12 2.5 RH MMH/6-L StKltS Ml A i.O 2.0 12 25 r /2 2.5 RH Mu(L)100X ObC 0.7 i.O VI 20 350 80 3L 60 25 FS

MvlU-102 UbC 1.0 1.1 MC -2o 120 250 50 60 7 8.0 FS

Mu(U-102x ObC 1.0 1.1 MC 2o bUu 250 3C 6C 26 15.0 Fb

Mu(L)-104 ObC i.l 1.2 MC 2o 12o 250 3C 6C 7 8.0 FS

i Mull_)-l04X ObC 1.1 1.2 MC 20 300 250 3C 60 26 15.0 FS

Mu(L)-l06 ObC 1.2 1.3 MC 2o 120 250 30 60 7 8.0 FS

Mu(L)-106x ObC 1.2 1.3 MC 2o 300 250 30 60 26 15.0 FS

Mo(L)-l06 ObC i.5 1.5 MC 2o 120 200 30 60 7 8.0 FS

Mu(D-108a ObC l.b l.b MC 20 30o 200 3C 6U 26 15.0 FS

MU(L)-llO ObC l.b 1.7 MC 20 12o 150 3C 6U 7 8.0 FS

Mo(L)-U0a ObC 1.5 1.7 MC 20 300 150 30 60 26 15.0 FS

M0(l_)-112 UbC 1.7 2.0 MC 20 120 75 3C 60 7 8.0 FS

Mu(l_)-112x ObC 1.7 2.0 MC 20 300 75 30 60 26 15.0 FS

Mu(S)-ll4 ObC 2.0 2.3 MC 20 120 75 3C 6L 5 8.0 FS

MulS)-ll4X ObC 2.0 2.3 20 300 75 3C bt 26 15.0 FS

Mw<S)-llb Ob<_ tL.i 2.7 MC 20 120 20 31 6C 3 2.5 FS

Mv(S)-llbX ObC 2.3 2.7 20 30o 20 31 60 26 15.0 FS

15
Type Number

•

•

o

VQ

Frequency oc

ac

(X> c

•HB3

43

*Js>

•H*«

CO

MHz

P

[N Min.

*dbm

raW

BH

•

s

dB

S5•4•

a

t- dB

Operating

Tenp.

Ambient •

§

O>

in3

•

1»

o

«1aX

Min. GHz

Max. GHz V mA (-J>C (+Pc

Molb)-llb ObC d.l i.d oc do ld\j dO 30 60 3 2.5 FS

MU{b)-ll«A OJL <i. 1 3.2 <^0 300 20 bO oO 26 15.0 Fb

M/ (b)-l20 OoC O.d 3.7 KC 20 IdU 10 30 60 3 2.5 FS

Mu(b)-120A ObC o.2 3.7 2o 300 10 3o 60 26 15.0 F^

Mrl-2/2SLVltS-l. PRE 1.0 ^.0 + 1* 25 /b RH

MI^-4/2SLkIlS-'3 Pkl t.O 4.0 + l<i cb /b HH

MP4-8/i:bEKlLb-<- PkE 4.0 rt.O + 1<: db b RH

Mrb-l/*:bLr<iLbUHI-Pi,L o.b 1.0 + 1«: db /y Hh

MF7/2 bLR iLb-A Pkl /.b h.5 + 1*: cb 7 RH MPb/2 bLRiLb-A Pkl o. b 9.6 + 1.; db 7 RH

MP-X bLRiLb Mia ^.b M.b 1<; 25 7 UA MP-X bLKltb Hi A o. b 9.6 li: db 7 UA MP-X bLKlLb Mi A ^.b 10.

2

1«: 25 b UA MPc-1 PkL 4.0 H.O + 1«: lb 15 1* AP MPub/2 bERitb-A PKL o.b 9.6 + 1<C db b RH

MHOb/VSEhiLb-A PkL o.b 9.6 + l«i 40 dU y RH MK9/2 bERitib-A Pkl ^.b 10.2 + 1^ <Lb b RH MPU9/2 SEkiLS-a Pkl ^.b 10.2 + 1^ db /9 RH

MPuiO/,i btKlt.b-1<> Pkl b.3 12.0 + l<i 25 10 RH

MFOlO/7bLKltib-!<> Pkl o.o j.^1.0 + ld 40 dU 11 RH

MPu-K. bLRiLb MIA O.U 1^.0 l<i ^5/10 UA MPu-X bERlLb Ml A u.b SJ.b 1* db b UA MPo-X bERlLb Ml A ^.b iu.2 li! 25 /y UA MPb-1 PkL 2.U 4.0 + 1^ lb 15 li AP Mbb5 UbC d..'l 3.2 MC 2b 2b 100 dO 55 100 3 Fb

MsbO ObC 4.4 4.9 MC 4b 2b 12b 10 bb 100 b /9.0 FS

Mbb2L01 osc 0.9 1.3 MC 10U do loo 2b0 40 71 MA Mbb2L0b UbC 1 .0 1.8 MC 10U 2b 100 100 40 71 MA

Mb-b2i_06 ObC 1.3 1.6 MC ibu 2b oo bO 40 71 MA Mb-b2Lo7 o^c 1.3 l.d MC 200 2b 60 10 40 71 MA

MS>-82Sol Obi. 1.8 3.2 MC lUu 2b 100 bO 40 71 MA Mb-82S02 ObC i.a 3.2 MC 200 2b 80 20 40 71 MA Mb-b2b03 ObC i.b 3.2 MC <:uu 2b DO 5 28 71 MA Mb-b2bo4 OaC £.0 2.1 MC za IK 1000 MA hb-aaxui ObC /.l 11. MC 10U 2b 100 20 40 71 MA

Mi-b2Au3 UsC 7.1 11.0 MC 30U do 100 5 40 71 MA MblOO ObC D.4 b.9 MC 5b 2b 12b 10 bb 100 b /9.0 Fb

MblObA ObC b.4 b.y MC bOu 2b 100 3 b5 100 2 /5.0 Fb

MblObb ObC b.4 b.9 ML bOU 2b 10L> 3 bb 100 d /5«0 FS

MbllO ObC b.y 6.4 MC 6<i 2b 12b 5 b5 100 b /9.0 Fb

M^-1222A ObC *.7 S.d MC 2o bo dO bb 85 3 2.5 FS

rtblO-46 ObC 4.1 +.4 MC 20 10 30 60 b 17.0 FS

Mb(C)-46x ObC 4.1 4.4 MC 2o 10 OO 60 30 30.0 FS

Mb(C)-46 ObC 4..} 4.y MC 20 10 30 60 b 17.0 FS

Mb (C)-4bX OjC 4. b 4.y MC 20 10 30 60 30 30.0 Fb

16
Type Ruaber

•

•o

•H•

Frequency

0

O

JS

*tm

3C

00c

•dC

JS

*

«

03

MHz

P.CN po

Min.

*dbm mW

c

rla

9X

dB

.-1 m

•H&

dB

Operating

T«ap.

Ambient

i

O>

in3

•&

•H•

ox.

am1«

Min. GHz

Max. GHz

V mA (-Pc (+Pc

Mb(C)-b* use D.4 b.9 1 AC 20 10 30 60 6 17.0 Fb

W;>(C)-b2X OjC b.4 5.9 I "ft. 2U 10 oO 60 30 30.0 FS

M->(C)-b4 ObC J .O o.4 AL 2U 10 JO bO b 17.0 Fb

Mb(C)-54X UbO b.b 6.4 AC 20 10 30 60 30 30.0 Fb

Mb(C)-b6 ObC o.4 6.9 AC 20 10 30 60 6 17.0 F S

i Mb(C)-b6A O^C O.B o.4 AC 20 10 30 60 3o 30.0 Fb

Nib(C)-bri ObC b.b 7.2 «IC 2U 10 bO 60 6 17.0 Fb

MS(C)-5BX ObC o.B 7.2 ac 20 10 bO 60 30 3a. Fb

M5(C)-60 ObC 7.0 7.b ac 20 5 30 60 6 17.0 Fb

Mb(C)-60X ObC y.u 7.b AC 20 5 30 60 30 30.0 Fb

Mi>(C)-b2 ObC /.b 8.0 AC 20 5 30 60 b 17.0 FS

Mi(C)-fo2X ObC 7.5 8.0 VI v. 2U 5 50 60 30 30.0 Fb

MolC)M-4bOA ObC 4.3 4.9 VI

C

2o 400 50 30 60 3o 30.0 FS

Mb(C)6-480X ObC •+. J H .O IV. 2u 40o 50 30 60 30 30.0 Fb

M:>(C)540X OsC 4.6 4.9 "10 2U 400 50 30 60 30 50.0 Fb

Mb(C)5bOX ObC 6.3 h.8 •10 20 400 50 bO 60 30 bO.O FS

MslK)tiU ObC 12.1 i2.7 20 300 10 30 60 10 21.0 FS

Mb(K)faUX ObC 12.1 12.7 20 300 10 30 60 34 34.0 FS

Mb(K)82 osc l,d.b 13.2 20 300 5 30 60 10 21.0 FS

Mi(K)ti2X ObC L2.6 i3.2 20 30O 5 30 60 34 34.0 FS

M5(K)84 ObC 13. i 13.7 20 300 5 30 60 /10 21.0 FS

M:>(K)64X ObC lb.l 13.7 20 300 5 30 60 34 54.0 FS

Mb(K)6b ObC 13.6 14.2 20 300 5 30 60 10 21.0 FS

Mb(K)6t>X ObC 13.6 14.2 VI 20 400 5 50 bO 51 54.0 FS

Mo(S)-42 osc J.

6

3.9 MC 20 300 10 30 60 /b 17.0 FS

Ms(S)-42X ObG j. 6 3.9 »iC 20 400 10 30 60 3o 50.0 FS

Mb(S)-44 ObC b.b 4.2 AQ 20 400 10 30 60 /6 17.0 FS

Mb(S)-«+4X ObC 0.8 4.2 AC 2o 400 10 30 60 30 30.0 FS

Mb(S)-i+20A ObC 3.b 3.9 "It 20 400 50 30 60 30 30.0 FS

MalS)-440A ObC b.b 4.2 «iO 20 400 50 50 60 30 30.0 FS

Mb(S)-460X ObC 4.1 4.4 "IC 20 4J0 50 50 60 30 30.0 FS

MblX)~b4 ObC b.U 8.5 AC 2o 300 5 30 60 /6 17.0 FS

Mb(X)-fo4X ObC o.U b.b AC 20 400 5 30 60 30 50.0 FS

Ms(X)74 ObC lU.b 11.2 20 300 10 30 60 10 21.0 FS

Mb(X)74X ObC lu.b li.2 20 30o 10 30 60 34 34.0 FS

Mi(X)-7b ObC ll.2 11.8 2o 30o 10 30 60 10 21.0 FS

Mi(X)7bX OiC li.^ 11.

6

2o 300 10 30 60 34 34.0 FS

fob (X) 78 OsC 11.6 12.2 20 300 10 30 60 10 21.0 FS

MslXWbX ObC li.b 12.2 20 30o 10 30 bO 34 54.0 FS

MVl-2000 ObC 1.0 2.0 VI 20 60 100 30 60 2 4.0 FS

MVt-2011 ObC 1.0 2.0 VI 20 80 50 30 bO 1 4>0 FS

MVr-lUOO ObC U.b 1.0 VI 20 140 50 30 60 4 6»0 Fb

MVK-lOOl ObC 0.5 1.0 VI 2o 140' 200 30 60 4 6.0 Fb

MVshOOI ObC 2.0 4.0 20 150 20 30 60 2 3^0 Fb

NC-13UU1 TuA 12.9 13.9 24 45 6 46 MS

17
Type Huraber

•

•oH

>«

Frequency o

Xi•M

c

•Hc

o

XI

*•

on

MHz

PIN

po

Min.

*dbm

raW

B

•H«

i

m

dB

Z

•Hm

o

•H

ft

f- dB

Operating

Temp.

Ambient •

1O>

in3

a

•

u

*>omS

«X

Min. GHz

Max. GHz

V mA (-Pc(+Pc

NT «C-4tbb TuA u .4 U.4 lib 17 3 168 MS

NT AC-4<LbB(<i) lUA U.4 0.4 lis 30 3 95u Mb

nThL-7Suo TwA u.7 0.8 + lb 17 4 b6u Mb

NTaC-9008 TuA u.9 u.9 lib 18 4 b86 Mb

NThC-944B(£:) TUA u.S) u.9 2b ,i0 4 lOli MS

NInL-9bb TuA U.9 0.9 12 17 4 043 Mb

I\|TaC-1u30m TuA 9.6 10.

b

lo lb b 24 AS

NTH<_-lU4Ub TuA 1 .u 1.1 lb 17 4 86 Mb

NTMC-lU9Ub TuM i.l i.l l<i lb 4 101 Mb

NTMC-ilbO TuA i.l 1.2 12 17 4 70 Mb

N'fML-lkbUH TuA 1.0 l.b 2b 13 b <i31 MS

NThC-1300 TuA x .2 1 .4 lb lb 4 144 MS

NTnC-UbOb Tua 1 .2 1.4 lib 17 4 70 MS

nThC-1420 TuA 1 .4 1.4 lb 17 4 70 MS

NTMC-14bOB Tua 1 .4 l.b 2a lb 4 70 MS

ntmC-1485b T UA 1.4 l.b 2b 20 4 144 MS

NlnC-lblO TuA J. .o l.b 26 i7 4 7u MS

NTMC-lb75 Tum l.b 1.7 lb 17 4 bl2 MS

NThC-1 730 TuA 1.7 1.6 lb 17 4 70 MS

NT«C-17bU TuA 1.7 i.ti 230 18 4 bl2 MS

NTrtC-lblb Tua 1.8 1.8 lib 19 4 7u MS

NT«c-iaeo TuA 1.9 1.9 2U 15 4 41b MS

NTaC-1940 TuA 1.9 s.O lib 19 4 384 MS

NTMt-21UUb TuA <i.U 2.2 lib i7 4 130 MS

UT«C-21l3o TuA £.1 2.1 lb *0 4 10b MS

NTmC-2215B TuA <;.2 2.2 lib 17 4 70 MS

NTm<,-2c:S0-o TuA <i.2 2.3 16 ^0 4 bu 86 MS

NT«C-22bObC2) TUA 2.2 2.3 lb 30 4 120 MS

NTMi.-2.i35b TuA t.O 2.4 12 lb 4 7u Mb

NTHC-2bu0b TuA <^.7 2.9 lib 17 4 12b MS

NTaC-30008(2) TuA £.9 .i.l 22 25 4 180 MS

NTaC-3300 12) TuA 3.1 3.b 220 db 4 106 MS

NTHt-3b75b Tua 3.6 3.8 lib 17 4 101 Mb

NTmC-3750B TuA b.b 4.U lib 13 4 70 MS

NT«C-3950b TUA o.7 4.2 12 12 5 420 MS

NTmC-47oOm TuA 4.4 5.0 26 17 4 30 MS

NT«C-5000b T UA 4.6 b.2 <i3U 17 4 80 MS

NTMC-5bUUb Tua b.U b.U 2b 15 b 4b MS

NTMC-bbbOb TUA D.4 b.9 lib 17 4 60 MS

NTrtC-6i75b TuA 3.9 6.4 lib 17 4 17 MS

NTMC-o39Ub

NTrtC-7£:7bb TUA

TuA b.2f.l b.6 12 17

L2 17

4

b 17 MS

16 MS

NTmC-6750b TUA o.b 9.0 lb 15 b lb MS

NThl-8900 TuA o.6 d.9 12 15 4 b MS

NTmC-9080 TuA 9.U 9.2 lib 17 b 90 Mb

18
Type Number

•

•

o

>O

Frequency o

Xi•X

DOc

•HB

3

43H

*1m

tn

MHz

P

CM po

Min.

*dbn mW

c

•Hao

9X

dB

•

O

-4

dB

Operating

Tenp.

Anient •9

•-• o>

in3

a

•*

ox.

V

«1

X

Hin. GHz

Max. GHz V nA (-PC (+Pc

NT«C-9ibO TuA o.o 9.b 15 5 12 MS

NTaC-9«:40 "1 U^ 9.2 9.3 lib 17 b 3b MS

lMTHl--9b75 TUA -*. b V.b xlb lb b 3b MS

NTaC-9400BI j) TuA a. J 9.5 lib 4b b 128 MS

NT«l.-9570B TuA 9."+ 9.7 ilb 17 b 48 MS

NT«O1035b TuA 1.2 1.4 17 4 70 MS

NTHU-lbrbOu TuA Lb.U lo.i lb bO b b40 MS

NTMt-lbfUUuh TuA Li>.

9

lb.

3

lb 15 b 80 MS

NTm(--17»0UUi1 TuA Lo.b 17.2 Z<L 15 7 \<L MS

NThC-19.00oH TuA Id.

9

19.1 Z<- lb 7 b MS

U-2 OSC tL.l 2.2 •It 28 iUU 100 20 bb SK 0-3 ObC 2.8 3.1 At 2o 100 100 20 bb SK

u-4 ObC H.O 4.4 Mt 28 100 80 20 bo SK

w-7 usu 6. 7 9.3 *[_ 2o 100 <i0 <i0 5b SK u-9 Oi>C / .8 H.2 "It- 2b 100 20 20 5b SK

0u2bW\/ ObC *9.2 300 5w 15 /2 3.5 IS Ou75WV UsC i"*.7 30U 5w 15 /2 3.5 IS

Or\OuwM ObC*lU.O bOo 5v» 15 30 70 /2 3.5 IS

UK<i5wv UbC*l0.2 300 5v» 15 /2 3.5 IS Ok75wv UbC* Lu.7 300 5v» 15 /*. 3.5 IS

uu-102 Tub i .3 2.3 lb bO 5 20 8u /b 8*0 PE

Oi_-10b Tub 1 .u 2.0 lb 50 5 20 60 /6 8.0 PE

OuOOvtM ObC*lJi.U 500 5v» 15 30 70 /2 3.5 IS OtoOPWM Obt*l£.0 50U 5» 15 30 70 /2 3.5 IS

j OB-100 Tub .6.5 1.0 lb 5U 5 20 60 /b 8.0 PE

Ob-100 Tub tL.U 4.0 lb 5u 2 20 60 /b 8*0 PE ObllOO ObC U.b 1.2 ^C 2b 250 500 2 AD

0lMi-2b(jA TuA U .2 O.b ie 4 MS

OT«l-2b0b TuA u.2 0.5 15 4 MS

OTAl-bUuA TuA u.b 1.0 15 b MS

OT«1-500B TUA o.b 1.0 15 b MS

OThI-IOoOa TUA i.U 2.0 15 4 MS

OT^-100uA TUA 1.0 2.0 15 b MS

OTo-lOOOB TuA i.U 2.0 15 4 MS

OTu-200uA TuA <i.U 4.0 15 b MS

OTC-20U0B TuA 2.0 4.0 15 4 MS

OTU-4000A TuA H.U 8.0 15 b MS

OTC-4000B TuA H.U 8.0 ib b MS

OTC-80UUA TuA o. U 12.0 ib 6 MS

OTC-8000P TuA b.u i.2.0 15 b MS

OTi-9 Mi A o.b 9.6 12 20 & b5 65 MA 0Ti-9P Mi A o.b 9.b 12 H bb 85 MA

0Tl.-9 MiA o.b 9.6 1* 2U 8 55 8b MA

0Tt_-9p Mi A o.b 9.6 1* 20 a 55 85 MA

OTi_-10 MiA lu.O 11.0 12 20 9 bb 86 MA

19
Type Mimber

•

•o

•H>«

Frequency 3

•X

DOc

•a

x:

*s

MHz

p.[> po

Min.

*dbo W

c

•a-l o

3X

dB

H

m

oe

dB

Operating

Teap.

Aabient

i

o>

in3

•&•*

ox.

a1

X

Min. GHz

Max. GHz

V A (-?C (Pc

UTl-IOP Mi A lu.u 11. Id 2u 9 55 bb MA

U) 1.-11 hirt lu. / i.1.7 Id 2U 9 55 bb MA 0Tl-11P Ml A lo.7 11.7 1c do 9 d5 bb MA

0Ti--13 MIA U.O 14.0 12 20 10 55 bb MA

01.--13P MiA lo.u 14.0 12 20 10 bb bb MA

OTl-1o MIA lo.b l7.b 12 20 10 bb bb MA

0Ti_-16P MIA la.b 17.

b

12 20 10 55 b5 MA 07a-1-250 Oam u.d u.b -2U bU *2 do 5 h0 55 5.0 VA OTA-1-bUU UaM u.b 1.0 -lb 4U *2 20 5 40 55 5.0 VA Oa-10u bub o.U 12.4 7 450 10 31 56.0 PL

t-701 TuA 4.4 b.O 18 5 55 121 56.0 PL

(-702 TuA o.d 9.0 2b lu, 16 b 5b 2b 16.0 PL

r^ciOOl ObC 1 .o 2.2 2b 25u 200 10 70 PL KbOOb ObC c-.d 2.3 2d 6b 15 50 8.5 PL rdUU4 ObC lo.U i.7.0 2b 250 6 50 23.5 PL

(-boob ObC 1.6 2.2 2o lun 1000 60 PL Kb006 ObC l^.b 14-. 2o 60U 300 u bO 84 44.0 PL rd007 0bC*lO.5 2b 2M 1W 70 84 44*0 PL rbbOU AuO o.U 11.0 MC 100 2t> 60 40 65 /l 1.5 PL Pm41P ObC b.b 4.1 M C 2U bOO 10 30 bO /3 50.0 CM

Pm49P UbC t. o 4.9 MC 2U 30u 10 bO 60 /3 50.0 CM

Pho4P ObC a.y o . b MC 2U 30u 10 30 bO /3 30.0 CM

Kho9P UbC O.H o.9 MC 2u 3U0 10 30 60 /3 30.0 CM

P«72P ObC o.a 7.2 MC 2u 30U 10 30 bO /3 30.0 CM

Ph77p ObC /.u 7.6 MC 20 300 10 50 bO /3 50.. CM

PM54P UbC /.a 8.5 MC 2u bOU 10 30 60 /3 30.0 CM

P*-90AM AMP *^.u MC 13 17 /2 54 71 3b IS PmJ.12P ObC lu.b 11.2 2u 30u 10 30 60 54 30.0 CM

Prtll7P ObC li.*: 11.7 20 3UU 10 30 bO 54 50.0 CM

Ph132P UbC l«:.b 1 5.2 2U 30o 10 30 bO 54 30.0 CM

PAi\lbl<iA PmR d.d 2.3 3b 60 20 17 /3 /29 52.0 AL PArUblbM PmK CL. 1 2.9 2U 20 17 50 520 ril.6 AL PlOOAA AMP *d.O ML 2u 20 2 54 71 3b IS Pm/OOU UbC i.d 1.3 MC 150 2d 19H 190 55 125 b 8*0 AI

Pim/001 u^C i.5 1.6 MC 15U 2d 12b 110 55 12b e> 8.0 AI

P.-i7U0<i UbC 1.3 i.b MC lu 2d 12b 150 bb 125 b 8*0 AI

P,«i7004 UbC 1.1 1.2 MC lu 2d 125 2ao 55 12b 8*0 AI

P,>|7005 UbC 1 .b 1.8 mC lu 2d 12b 75 b5 12b 8.0 AI

P,.i7100 ObC u.b 1.0 VI 250 55 71 2 3.0 AI

Pi-.7l01 ObC u.b 1.0 VI 5u doo 500 bb 71 2 3.0 Al

Pl*l7102 U:>C u.b l.b bu 17b 150 5b AI Pm7103 ObC u.b 1 .b bu 17b 100 5b AI

Pi»i71u4 UbC 0.3 u.b bu «iU0 500 bb Al

Pm710b UbC U.b 1.0 6u d2~*> 250 55 AI

Pi<i712u UbC l.U 2.0 lOU 150 150 55 AI

20
Typ« Number

•

•

•

Frequency o

•

SE«•c

•Hc

3

.eM

5>H

*

«m

MHz

P

LN po

Min.

*dbm H

c

«

s

dB

1

o

ft dB

Operating

Tenp.

Ambient •I

o>

in3

•a•

a

•1«X

Min. GHz

Max. GHz

V mA (-FC C+Pc

Pi»i7121 OaC i.U 2.0 100 ibu 150 55 AI

Pi»i724u U_>C 2.0 4.0 100 150 40 bb Al

P.<i7241 yjc 2.0 4.0 100 lbu 4U 55 Al

Pi*i7242 ObC 2.0 4.U 100 15o dO 55 Al Pw/24.J ObC d..U 4.0 iou 150 dO 5b Al

Pm7301 ubC 3.6 4.1 VT 2u 10 30 b0 36 27.0 Al

! HnMU<! ObC 4. 1 4.4 VI 2u 10 oO bO 36 27.0 AI Ph7303 ObC 4. .i 4.9 VI 20 10 30 bO 3b 27.0 AI Pm7304 OiC 5.4 5.9 VI" 20 10 30 60 3b 27.0 AI

P.>i/30b ObC a.

9

b.5 V 1 20 10 30 bO 3b 27.0 AI

Pm7307 ObC 0.4 o.9 VI 2U 10 30 bO 3b 27.0 AI

Pi-i7309 ObC o.a 7.2 VI 20 10 30 60 3b 27.0 AI

P.^7311 ObC 7.0 7.b VI 2u 5 30 60 3b 27.0 AI

Pi«i7312 ObC 7.5 H.O V! 2U 7 30 60 3b 27.0 AI

Pr<l7313 ObC d.U H.b VI 2U 5 30 bO 3b 27.0 AI

*3122 PKt 0.5 1.0 *5 /9 10 AE

oi3203 PKt U.b 1.2 *-5 /ll /a aE u320b PKt O.b 1.0 /10 10 AE U4114 Prtb. I.U 2.0 /ll /9 AE u4204 PKE 1 .u 2.0 *5 11 /9 AE

U4204H PKE 1.0 2.0 *20 13 /9 AE ^4205 PKt 1.4 1.5 9 /8 AE *bll4 PKt 2.0 4.0 9 /a AE

v»5115b PKt d.b 4.0 *-5 10 a AE ^5213 PKt 2.0 4.0 12 9 AE

o,b214 PKt d.U 4.U /12 /9 AE

v»b2l4h PKt 2.0 4.0 *20 /14 /9 AE ub21b PKt •L.d 2.3 9 /b AE ub314 PKt J.

7

4.2 /10 /b AE *oi24 PKt 4.u 8.0 10 7 AE

JD207 PKt 4.0 a.o /13 9 AE uo301 PKt 4.0 8.0 /13 7 AE uo3G1h PKt 4.U 8.0 *10 13 7 AE

: vab3U«il3 PKt 4.U 8.0 *-5 /14 9 AE u7l2b PKt O.O 12.0 11 7 AE

u721b PKt o.U 12.0 13 9 AE

k*7301 PKt b.U 12.0 *5 /14 7 AE i-5245 PKt I.U 2.0 2u 10U /9 30 8b b 3.8 SE

3-b3bb PKt 2.0 4.0 2u 10U /9 30 80 /4 3.7 SE

K-SEKIEb PHK 1.7 2.4 2U 17 /2 30 60 432 MM

K-20UU PrtK *.2 2.3 20 1 42.0 MM b-StMES Pmk ...7 3.9 17 /3 30 60 b50 MM

s SEKItb TPA 1.2 2.8 4bu 2b *6 40 6 55 8b 21 1M a-6 PhK *J.O fc>00 12 2 SK

b-7 PmK *J.0 «5u 14 2 SK

21
Type Nuaber

•

•

oH

>«

Frequency o

.c•X

MlCc

3

*c

«

CQ

MHz

P

[N Min.

*dbm

raW

ca

sX

dB

55

•-»m

o

«H

ft dB

Operating

Teap.

Aabient •

§

-io>

in3

•*

0*.

u

a

«1aX

Min. GHz

Max. GHz

V mA (-PcC+Pc

b-9 Ml A o.b 9.D 12 2u b 55 85 MA

o-ri P«r% *<L.D 2b dO b SK

i>c:lSbij Ubt <L.d 2.4 V 1 2o *200 5b Id 35. SP

o^lUbu Ojl lb.

9

17.2 V 1 2o 20 5b 12 o8«0 SP

bi27v,i ObC 1.4 ^.3 MC 10 30 ddb 1100 55 71 Id 6*0 KC

bi2b Tu»t *<^.o bOu 18 b 33 40.0 KC

->l3a MUL 9.b iu.5 10U *-b0 30 5.0 KC jliB UbL 4.6 5.2 1250 15 57 3b 27.5 KC bl39 ObC <i.4 2.t> t5o0 15 57 3b 27.5 KC bl40 ObL i .2 1.3 4000 lb b7 3b «i7.5 KC

bl41 O^L U .6 U.9 bOOO 15 b7 3b 25.0 KC

bl4i: OaC U.4 0.4 oOOO 15 57 2b 22.4 KC b-144vl TuA b.9 o.4 bOu 2<+ 17b 15 4 20 70 33 16.0 KC b!56 TuA j.

9

4.0 50 7 /4 13 b 20 70 64 16.0 KC ^157 TUA 4.1 4.2 bu 7 /4 13 b 20 70 64 16.0 KC

bi63 ObC u.b 1.0 IMC 100 2b lbO 500 d5 71 4 3.0 KC bl64 Tua o.b 9.6 IV] O 7b 24 dU 10 15 5.0 KC bibb TuA o.9 7.3 /b 4 14 b 6b 16.0 KC

bl 70 ObC 1.7 MC lu 20 lt>u 220 70 2.5 KC bi70VlO0 ObC 1.7 i-'IC 10 2\j iou 2«i0 70 2.5 KC

bl7<d UbC u.b 1.0 VI" 2 b 2b oo 250 55 71 2.0 KC ii73 UbC o.b O.b Fa 3b OOU £000 55 71 4 5.0 KC bi74 1 u« o.9 7.1 24 2b 13 b 95 16.0 KC bl7b ObC 2.1 2.3 FX 2b bOOO 60 25.0 KC ai77 U;>C D. u b.b vT 2d 1000 39 28.0 KC

ol7b ObC o.j 0.4 FA 2b 4 40W 50 25.0 KC bl79 OaC 1.1 1.3 MC 2d low 60 16.0 KC biba OjC ^.5 2.

a

VI 2b £000 39 28.0 KC

;>i63 ObC l .^ 1.4 VI 2b 4000 34 28.0 KC blb4 Ob*- u.o u.7 VI 2b oOOO 25 20.0 KC

aibb ObC 0.3 0.3 VI 2a bOOO 11 12.0 KC

b.i88 "luA 7.4 7.6 7 13 5 26 13.0 KC blb9 TuA /.b 7.7 7 13 5 26 13.0 KC bl90 ObC i.2 1.9 MC lu 20 90 200 70 3.0 KC ^193 O^C U .J 0.4 20 25w 24 12.0 KC

ol94 TPA U.J 0.4 Fa 2b 7 KC bl95 Tui»i 4.i; b.2 MC 2b lb 5-0 KC ^197 TuA 7.3 7.8 30U 7 /4 13 /b 16 16.0 KC

bl9b ObC y.2 9.9 MC 50 24 200 100 KC bl99 tom i.a lb lb lOu 750 KC

:>200 ObC 1.6 2.0 MC 100 20 lOu 200 KC b201 T^A 1.9 2.0 20 -24 62b 33 KC b206 ObC 1.9 2.2 VT 27 50 60 oO 5 4.5 KC b227 ObL l.l MC lu 2b o <;ooo 7b KC b230 TrA i.b 2.0 rtC lOu 2b 350 1250 20 7u 5i 40.0 KC

22
Type Nuaber

•

•

u

Frequency t

•X

00C

•HC

3

(-

H

*«

00

MHz

P

[N Min.

*db» nW

a

a

3X

dB

m

o

dB

Operating

Temp.

Aabient •1

o>

in3

a

•*

OS.

u

o«

«X

MiD. GHz

Max. GHz

V mA (-PC ( + FC

b232 UiC *S). J> »lc \<L 320 8 30 70 /4 6.5 RC o24i UDl i .11 1.6 V 1 2u lOu yu yu 4 RC i-iuui 0_->A 0.1 u.b 2o 150w 40 71 24 14.0 AC o-1002-beKlEb ObX .o 1.2 24 lw 30 bO 21 AC blOUb + bluOu PAH <i.7 2.9 7 17 /3 30 bO a50 MM

br-120A PRt u .d. 0.4 *-b 25 3 20 lOu 5 4.5 AP br-13UA pKt U .0 u.b *-6 30 4 b4 71 5 4.5 AP

br--141b PRE u.b 1.0 1 24 b 54 71 b 4.5 AP

b»--30U/200 Put U.2 u.2 + 12 20 30 4 AP br-37b/23u PKt U.J U.b + 12 2U 30 4 AP

Sf-U'bO/JSOu Pkl U.J O.b + 12 30 *-3 30 5 AP br-6bO/7ou PKE U.J 1.0 + 12 3b *-3 25 b AP Sk-750/50u PkL u.b 1.0 + 1*; 2b *-3 25 6 AP bK-lbUO/louu HKL 1 .u 2.U 25 5 54 85 3.5 AP SK-22bu/laOu KKt 1.5 j.O + 12 bu db 9 AP

bf-3000/2uuu PRE 2.0 4.0 + 12 bo 20 10 AP bPi-lbOO/luOU KKC. 1.0 d.ii 2k< 25 9 aP SP;>-3000/2uUU PKE £.0 4.0 2w <L\) 10 AP bs-9P I»|1M o.b 9.o 12 20 8 55 85 MA bj-13 Mi A lJ.U j. 4.0 12 20 10 55 85 'MA

bb-13P hi A Ij.u 14.0 12 20 10 b5 8b MA bs-lb Mi A lb.b 17. b 12 20 10 55 8b MA Sb-lbH toiA lD.b i7.b 12 20 10 55 8b MA bi-23 Ml A 2J.0 ^b.U 12 20 12 55 •65 MA Sb-23H MIA 23.0 «iD.O 12 20 12 55 65 MA

:i-35 Mi A 34.0 jb.O 12 20 13 55 85 MA Ss-35P Mi A 34. U 36.0 L*. 20 13 35 85 MA bslOO TuU 1.0 1.4 MC 300U 16 16.0 RC SbiOH TuO u.b 1.4 vr bu 400U 7 6.0 RC Sil07 TljU u.b 2.0 FA 2u 2 6 6.0 RC

bbbOO TuA 1.3 1.3 5u *-15 20 6 15 8«0 RC bilOOO PrtR <L.<L 2.3 100 1 15 7 5.0 RC bblOOO T^A u.b 1.0 lu 5to 50 MD bal004 PAR U.4 U.4 MC 10 *-15 17 2 88 HI. 4 RC SilOOb PmR i.2 1.4 MC lu *-15 17 3 352 ril.4 RC

bs-100b KMK ^.2 2.3 MC 10 *-15 17 3 <!86 HI. 3 KC Si-lOlb PAR ^.9 3.1 MC 12 *-l5 17 3 238 Hl.l RC Sb-1027 PaR 1.2 1.4 MC lu *-15 15 1 960 HI. 4 RC Sb-1028 PmR £i.2 2.3 MC lb *-15 15 2 480 HI. 3 RC 5^-1029 PmK <i.9 3.1 mC 30 *-15 15 2 480 HI. 3 RC

Ss-lOoO Pak i.b 1.7 MC lb *-15 15 2 960 HI. 4 KC

SsLOieL MUL H.y b.l 2u 26 b43 *-85 30 19.0 RC bb-2100 TuA D.4 7.1 50u 14 5 20 70 2b 12.5 RC Si210b TuA 9.<i 9.7 -/b 3 10 15 17 40 70 3 16.0 KC bbho ubC 0.4 0.9 1500 20 50 15 15.9 GC

23
Type Number

•

•H

•

Frequency .c•

t*B

•Ha3

JSf

1ma

MHz

p.[H Min.

*dba mW

B

<3

3X

dB

a

dB

Operating

Teap.

Anbient •j

o>

in3

aH•

u•

BX

Min. GHz

Max. GHz

V mA <-PC<*PC

bboflu Tub 1*1.4 14.0 2o 100 b 20 bO 8.0 bC

bSlH TUj -*.o 10.0 V 1 *ibu 8 ^0 00 a UC Sb*l use •? . u in .u VI lb bo lb«3 GC SSao fob o.O lU.b /lo 100 8 20 bO 8-0 GC

SXi>i-21b lob u .2 0.2 MC 40 it>0 1000 2b MS

SXn-4 0o Tob 0.4 0.4 Ml. 40 ibo 1000 2b MS

SX!'.-7bO Tub 0.8 0.8 MC 40 Ibo bOO 2b MS

sxn-yoo Tub u.y 1.0 MO 40 IbO bOO 2b MS

bXi'!-1000 Tub Jl .u 1.1 ML 40 loo 300 2b MS

SXI-21b lob 0.2 0.2 V 1 40 IbO 1000 25 MS

SXI-400 Tob 0.4 0.4 VI 40 lot 750 25 MS

SXl-750 Tob o .a o.a V 1 4o loo 500 25 MS

bXi-900 Tob U .V 1 .0 VI 4o ibo bOO 25 MS

SXl-lObO lob A .0 1.1 VI 40 loo 300 25 MS

SYm-320o AlJO o.2 i2.4 MC 100 50 10 30 71 5 SY

SY«-320oA AuU b.2 12.4 MC 100 10 2b 25 JO 71 5 SY bY*-3200b AuO o.2 12.4 MC loo 50 30 71 5 SY bYM-i^Ul AoO b.2 12.4 MC loo 7o 10 .30 71 SY bYrt-J^UlA AuU O.tL 12.4 MC loo 10 2b «ib 30 71 SY

SY*-.J201b AuO o.2 12.4 MC lOu bO 30 71 SY

1-200-lK AmP *u.o 12 1W 40 5b 2 AC

1 bbObA TuA o.y 4.2 / 1 /£ 40 72 53«C AE

1 DbObo Tua o.7 4.2 /l C 40 72 53. C AE ibbObC TuA O.V 4.2 /l c 40 1<L 53.

C

AE Ibb29 TUA 0.7 4.2 /l R 40 llo 70.X AE

ibb9b luA 0.7 4.2 -24 /l U 40 58 39.

C

AE

i 0b98A luA o.7 4.2 -24 /l /t» bb 33 49«C1 AE ib720 1 OA o.7 4.2 + 24 1 1 40 293 48 •• C1 AE

l ooib luA o.7 4.2 /l /t) 4b 53 49*11 AE Ibb3b« TuA b.7 4.2 /l /!:i 4b 53 49. CI AE

Th-O-1435 (-"Ktl *i.d 100 lb 2b ^£ /t. 20 70 /7 VA

Tr-d-<ii;00 Ptit *2.3 100 lb 2d 2S /b 2U 70 /7 VA Tun-14bb Tka 1.4 l.b 40 It 1> J 6.0 Mb

Tuu-2ib.i Va J .2 0.3 20 30 4L M> 50 24 MS

Tun-2154 THA 0.2 0.3 20 30 dl 3 50 lb MS

TUiM-21bb Tl-^M u .2 O.o 20 3«j 30 Z> 5o 20 MS

Tun-21do Ti- A 0.2 0.3 20 3o 40 2) bo 24 MS

TQn-22bO iHM £.2 2.3 20 3o bO IS t> 3 6«0 MS

Tuu-3941 1 HA <J.4 0.4 20 3o *L H> U bO lb Mb

IUim-394^ IrA .4 0.4 20 3o 3C 4 20 MS

TQn-o94.5 IhA u.4 0.4 20 3o 40 M C 50 24 MS

Tuu-Hum Tka 0.4 0.4 20 3u 2C b C 5l lo MS

IUi><-HU'+i: IVh 0.4 0.4 20 3u .il b C 5o 2o MS

TtiiM-404.3 I i-'A .4 0.4 20 30 4C b I 5L 24 MS

TUn-4044 1 HA 0.4 0.4 20 3o 2C 4 I bl lo MS

24
Type Number

•1

8H

Frequency tXi

*>•X

(ft c

•a5

Xi

*«

CO

MHz

p

[H po

Min.

*dbm mW

a

«

3X

dB

3

u

dB

Operating

Temp.

Aabient

iH

O>

in3

•&•

oz.

a•1«X

Min. GHzMax. GHz

V mA (-Pc <+Pc

T&u-4U4b THA 0.4 0.4 2u jo JO 4 50 2U MS

T^IJ-4U4o TV A U.4 U.4 <iu Ju 4U 4 u 3U 24 MS

TG.K-8UU1 lHA u.B u.B 2U ju 20 8 u bo lb Mb

T<illv-8002 THA u.b u.ts 2U Ju JU b u 5U 2U Mb

TUu-ttOOJ ThA O.b u.b 2U JU 40 b u 50 24 MS

Tuim-80uh ThA u.b u.b 2U JU 20 6 bU lb MS

TtuM-bpUb Tha o.b u.b 2U JO JO b bU 2U MS

iQn-rtOOo tha u.b U.b 2U Ju 40 b bU 24 MS

TG)U-lbUl Tha U«2 U.3 2U JU ^0 b lb MS

I TUU-16U2 THA u.2 U.J 2U JU eLb b 2U MS

Tuu-lbUJ THA o.*; O.J 2U JU J2 b 24 MS

T(»o-lbU4 Tha U.<± O.J 2U JU 20 4 5U lb MS

TOo-lbUb Tha 0.2 O.J 2u JU 26 4 u 5U 20 MS

TGo-lbOb THm u .t u.3 2U JU 32 4 u bU 24 MS

1tiu-2UUl THA u.2 0.4 2U JU 20 7 lb MS

Tuu-2002 THA u .2 U.4 2U 30 26 7 20 MS

Tfciu-^Ooj THA u .2 0.4 2u 30 J2 7 24 MS

fGu-20U4 THA u.<; 0.4 2U Ju 20 4 u 5U lb MS

TGu-2uUb THM U.2 U.4 2U 30 26 4 u 5U 20 MS

Tuu-2UU D Tha o .2 0.4 2U 30 32 4 u 50 24 MS

TUu-2bui ThA U.2 O.b 2U 30 lb 7 lb MS

TGv-2bU2 Tha u.2 u.b 2U 30 20 7 2U MS

T0iu-2bU3 THA U.<i 0.5 2U 3U ^5 7 24 MS

Tl*u-25U4 THA u.2 U.b 2u 3o 15 4 5U lb MS

TGiu-25ob Tt-A U.«£ o.b 2u 30 20 4 5u 2U MS

Tlio-^bOb THA U.2 u.b 2u 30 25 4 5U 24 MS

TGO-30U1 Tha U .0 U.b 2u 3u 15 7 lb MS

Ttio-3002 ThA U.J U.b 20 3o 20 7 2U MS

Tuu-3UU3 THA U.J U.b 2U 3U *5 7 24 MS

Ttio-30U4 TVA U.J U.b 2u 30 15 4 bU lb MS

Tuu-3UU5 THA U.J O.b 2U 30 20 4 5u 20 MS

Tfc/u-3UUo ThA U.J O.b 2u 3u 25 4 5U 24 MS

Tuu-40ol Tha U.4 u.a 2U 30 15 6 lb MS

TUv-40U2 ThA U.4 u.b 2u 30 20 b 20 MS

Tuu-4UU3 THA U.4 u.a 2U 30 25 b bu 24 MS

TUu-4U04 THA 0.4 0.8 2u 30 15 7 u SO lb MS

Tl*v;-40os I HA 0.4 O.B 2u Jo 20 7 u 5u 2U MS

TU0-4UU6 Tha 0.4 o.b 2U JO 25 7 u 5U 24 MS

TUu-bUUl Tha u.b 1.0 2U 30 15 10 50 lb MS

Tviu-bOO^: lHA u.b l.u 2u 3o 20 10 5U 2U MS !

TUu-5003 THA u.b l.U 2u 30 25 1U 5u 24 MS

Tuu-b0o4 THA u.b l.U 2u 3u 15 b bu lb MS

TGo-bUUS Tha u.b l.U 2U JU 2U b bU 2U MS

TUw-bUUb THA u.b l.U 2u Ju 25 b bU 24 MS

Tuu-55U1 THA u.b 1.1 2u 3" 15 11 5U lb MS

25
Typ« Number

•

•

o

Frequency o•X

bOc

•Hc3H

xz «•H*«a

MHz

P

IN po

Min.

*dbm

B

a

s

dB

2

•Hm

o

•H&

dB

Operating

Tenp.

Aabient

i

o>

in3

•

oz.

uI

o•1«X

Kin. GHz

Max. GHz

V mA (-PcC+Pc

r<>u-5bu<d TrA U . O 1.1 2u Ju dO 11 5u 2U Mb

[uu-bbuj TkA o .b 1.1 do 00 db 11 50 24 Mb

1 u u - b d o 4 TPA J . <j 1.1 20 3U 15 b ou Id Mb

Tuu-5bob tpa u .b 1.1 2U 30 dO b 5u 20 MS

Tco-5b0b Tl^A U .O 1.1 2U 3u db a 5u 24 MS

TUu-10000 n-A i.U z.,0 2u 30 dO 10 5U 21b MS

Tu»v-14b0 (PA 1.4 1.5 2u 30 40 10 b 3 b.O MS

TtilM-l<+8b 1 CM 1.4 I.b 2U 3o 40 lb 5 6.0 MS

Tw»v-<^<£bu Tha t.^; d.5 2U 3U DO 15 3 6.0 MS

Tuv.-251u TPA u .<: 1 .0 2U 3u 15 9 bo 20 Mb

Tut.-25il TPA U.2 1.0 du 30 dO 9 bO 24 Mb

TuA-2bi2 Tr'A U.d! 1.0 db 9 50 2o MS

TQw-257l 1 t^A u .«; u.a 20 3o 15 7 5u Id MS

TQ«.-2b72 1PM 0.2 o.a 2o 3o dO 7 5u 20 MS

rdA-2b7o 1VA u .2 0.8 20 3o db 7 5U 24 MS

1 j-ll-lH UbC u.b 4.0 MC 2b BO 10 00 7o /5 1.5 EF

To3l0i;-i! UbC U.9 1.1 MC 1000 MP

Tb3i2t-«i ObC i.U 1.5 MC 500 100 MP Tb315* Oao 1 .u 2.0 MC lA 15 MP Tb3l52-2 GbC i.2 i.

a

wc bOU 50 MP

Tb31b<;-3 UbC i.U 2.0 MC 15 MP Tb5371-2 OjC Li.

2

U .5 ML 250 MP Tb3751 UbC J .b 1.0 MC bOU 250 MP TSw-il-ib UbC u.b +.0 MC 2b Hu 10 oo 7U /5 1.5 EF U-StKltb HhH u .4 I.U lu 17 2 30 55 Mm

Uhr-b PaK *u.4 2u lb 1 SK

Unr--b PhK *U .4 lu bO 1 SK

UHi-rtllxlo/'jU AMM O • 3 9.1 2b 7bo 40 7U AK VAu-12A Ir^U y.u 12.4 80 db /l VA VAu-12b 1PU y.o l<d.4 BO bO /I VA

VAu-12C IKO y.o 12.4 BO 100 /l VA VCu30bl ObC U .0 0.4 10 9 1 45 b5 Al_ VFh/ClU Tub 4.U 7.5 yi 104 20 30 15 20 5u FE

Vf-r/LlO Tub u .b 1.0 V 1 / ZO 3b 100 dO 5U 27 FE

VFt-/L<iU Tub I.U I.b VI 2b 20 30 40 dO 5U FE

VFr-/S10 Tub 1.6 d.b VT 4U 20 3o 50 20 50 FE VFr/S2U Tub <i.b 4.0 V 1 20 3b £10 dO DO FE VFr/XiO Tub /.b 9.0 vr lb5 20 30 10 dQ 50 FE

VF|-/X20 Tub y.u 12.0 VT 210 20 3b 10 dO 50 FE VFM103L A MM i.b 24 o»> 10 300 9b VA

Vf-nl03L2 AMM j..b 24 b»» 10 309 36 VA VFm103L3 AMM i.4 24 bk» 1 2b0 29 VA VFm103U40 A KM U.2 24 b»» 100 40 lb VA Vh>.103ub0 AMM u .d. 24 b.v 100 bO lb VA VFMl03Ubl A.'il'l 0.4 24 bm 50 bl 21 VA

26
Type Number

•

•

o

>Va

Frequency 3x:•X

60C

•a3H

X%

•H1«a

MHz

P.[N po

Hin.

*dbm W

c«

i

dB

H•O

•H

ft dB

Operating

Teap.

Ambient

1

o>

in3

•

OJS.

«1«

SB

Kin. GHz

Max. GHz V A (-PC <+>>c VFi«ao3ui03 A mm o.b 24 bv» 25 103 62 VA VFeil03U15o A i'ii", .H 24 b»> 30 150 25 VA

! VFa/CIO Tub 4.0 7.5 VI 104 2b 500 *lbO 40 70 Ft VFa/HO ros u..b 1.0 VI 7 2o bOu 1W 40 70 F£

VFa/L20 TuS i.O 1.6 V 1 2b 2b 500 iw 40 70 FE

VFa/SIo TuS l .b 2.5 VI 40 2b 500 400 40 70 FE

V(-A/b2UL Tub c • b 3.0 VI 5b 2a soo 300 4 70 FE VFA/520U Tub j.U 4.0 VI 70 2b 500 200 40 70 FE VFa/XIO TuS 7.b 9.0 VI lbb 2o 50u 100 40 70 FE VFa/X20 Tub 9.0 12.0 VT 210 2e> bOu 100 40 70 FE

Vm-ia^5/50-i9 MUL i.tt i.9 /2w 1O0 32 48.0 AK viN-^buo-y MUL *J • o 700 bO 35 48.0 AK

vi«i-58uu-i:> WUL *D.b 70u 20 35 48.0 AK

Vr-,-7850/5uU-8 MUL 7.o 8.1 2w 100 14 21.0 AK

, VPs/tfFMlbL AMM i .4 1.5 bo 2a 6u 60 24 3b VA

VPo/VFMl5S A MM d.7 3.0 ll<i 2b 30 48 3b VA VPi/VFMl5U4 Ai-iM 0.2 0.3 20 2b 280 4 3b VA VPb/VFMl5Uo A MM u .4 O .o 30 2b 200 8 25 VA VPb/VFM2bC A MM b.ts o.2 60 2b 10*, 200 72 30 VA VPs/VFM2bL AMM i .4 1.6 4b 2b 800 37 22 VA

VPb/VFM2bS AmM *:.b 3.2 60 2b 400 36 29 VA VPS/VFM26U3 A MM 0.2 u.3 1U 2a *i400 3 lb VA

VPa/VFI«i2bUo AMM u.4 O.b 20 2a 1600 6 20 VA VPi/VFM3lL AmM i.b 2.0 9b 20 3.v 10 ,£4 VA VPi/VFM31UO AMM 0.2 0.2 24 20 3v. 100 3 b VA

VP:s/VFH3lUo AmM 0.4 U.b 3b 2o 3« 40 b 13 VA VPj/VFM32Cl AmM 4. J 4.6 6b 20 5w 25 48 19 VA

VP;>/VFM32u«i AmM D.O 5.2 76 20 4b 19 VA

VPi>/VFM32Ki A MM lo.o 13.5 100 20 144 27 VA VPb/VFM32K2 AmM lb.

2

ib.4 100 20 144 3b VA

VP^/VFIv«32l AMM i. i 1.4 4 20 200 12 19 VA VP;>/VFm32U4 AMM 0.4 O.b 4 20 600 4 m VA

| VP^>/VFI»ilUUc AMM 1.0 1.2 44 2b 10 12 VA VP-j/VFMlOOb AMM 2.0 2.4 8b 2a b dH 18 VA VPo/VFM10Uu3 AMM 0.2 0.2 1J 2o 2* 30 3 8 VA

VPi/VFMlOOub AMM u.b u.b 2b 2a 15 6 11 VA

VPb/VF'M104;> AmM i.b 2.0 20 20 9w 200 <Z0 19 VA VPb/VFMioav. AMM t . j> 4.0 2d. 2b 20«» 500 48 41 VA VPi/VFMlObK AmM 13.0 13.5 132 2b 100 144 41 VA

VP;>/VFM106i_ AmM 1.1 1.4 37 2b oOOO 12 41 VA

VPi/VFMlOba AMM <L.2 2.4 4b 2b 1500 *14 41 VA VPb/VFM10riU4 AMM 0.4 U.b 20 2b bOOO 4 25 VA VPo/VFMlObA AMM b.b 9.2 Hb 2a 200 96 56 VA VPb/VFM109C AMM 4.0 5.0 24 2b 400 48 168 2.0 VA VPb/VFHlU9i> AmM c.3 2.5 4b 2b 100C1 24 44 VA

27
Sa

s. c £

Operating

8

Frequency P.LN po s

aX

Tenp. f

Type Nunber •

ca

•H1

s

Min.

*dbn

1

1

Aabient

i

o>

•

o

•1

Min. Max. O GHz GHz

in3 • f

MHz V mA H dB dB <-?c(< OS. X

VP;>/VFm109a AMM 9.2 j. 0.0 9d 2a lbO 96 74 2.0 VA V6h901u bub 2o.b 4U.0 Mb /fa oou 10 2.0 VA VbA-9010 U:>0 2/.0 09.b Mb o ooo 10 b4 71 /l 2.b VA VbA9619A MUL 3 1.0 ob.O lbO 2b b 30 70 64 VA Vbv9oOOA MUL 4.4 b . 3bu 2b b 70 3b VA

VbL960Ob MUL 4.4 b.O j>5o 100 70 3b VA Vbu9b04A MuL O.U 6.4 bo 1000 20 bO 4b VA Vbb960bA MUL O.O b.4 bo 10 20 60 /42 VA

VSby606fcj HUL. b • b o • bo 10 20 bb /42 VA vbu9620L MUL h.u 4.4 40 2a 1200 20 bO /53 VA

Vb.\-9004 bub ld.O 26.

b

Mb bOO 7 oOu 18 34 71 /l 4.0 VA

Vb._9bU0A MUL 1.8 2.0 9u 2o 10 30 7o /2b VA

y/SL9faOUb MuL 2.0 2 .

1

2b -20 4 12 77 /6b VA

Vbo9fa0lA MUL £.b 2.8 2b 2.t> 10 20 bO /3b VA Vb;>9o01b MUL £.o 2.

a

2b 2b 1200 20 bO /53 VA

V6;>9o02m MUL 3.0 o.b 30 2b 10 10 bO /42 VA Vbu-9UU£: bub 1^.4 ib.U MC bOU 10 300 36 b4 71 20 3.0 VA Vbu-yuuj bob 13.0 1H.0 MC 10 423 lb 4.0 VA Vbu-900b bub 12.4 lb.O MC bOO 9 173 9 b4 71 20 3.0 VA vbu-you? bob lb.O 18.0 Mb bOO b 210 9 64 71 20 3.0 VA

vbu-9oi2 bob 1<l.4 lb.O ML 10 10 3.0 VA Vbu-9013 uub Id.u 1H.0 ML 10 10 4.0 VA

VbU-9t)0^A iHU 1^.4 ib.O Fa id i2o 10 VA VSu-9b02Al 1Kb 12.4 xb.O Mb id 12b 10 VA Vbu9bO^D IPO Id. 4 ib.O 4U bO VA

Vbu930<inT IPO It. 4 13.0 4U bO VA Vbu9bO<X IPO Id. 4 lb.O ou 100 VA

Vbu9bU2(.T iPb Id. 4 lb.O ou 100 VA Vbu9bU^L IPO Id. 4 lb.O 70 lbO VA

Vbu9302|- 1Kb Id. 4 13.0 B" 200 VA

VbU-9b0bA Ihu lo.u 18.0 FX 32 12b *b VA VSu-9b03AT lHb lo.O lb.O Mb id 12b *b VA Vbu9603b ipu io.o ia.o 40 bO VA Vbo9bU0bT lt^b lo.O 18.0 4U bO VA Vbu9b03C li-u lb.O lb.O 4u 100 VA

Vbu9b03u1 IPO lo.O lu.O 4U 10 VA Vbu9blbA MUL Id. a 13. b 12b 28 b 64 71 /2b VA VbU9614A MuL Id. 8 lb.b 12b 2a lbO 64 bb 46 VA Vbu9blbA MUL 12.8 lb.O t>b 2b bOO 20 60 /69 VA Vbu9bloA Mul l4.b i3.6 8b 28 2 30 71 39 VA

Vbu9blbb MuL lo.o ib.b 7b 2o b 3U 71 39 VA Vbu9bloc MUu lD.O lb.O ibo 2a 100 30 71 /92 VA Vbu9biou Mul lo.u lb.b lbu 28 2 30 71 39 VA Vbu9617A MuL 13. ib.O 9U 24 2b0 lb bb /69 VA Vbu9bloA MuL lo.O lb.b 7b 2o b 2U 61 /3b VA

28
Type Nuaber

•

s

•HVO

Frequency

•X

60c

•a9

Xi•o*

•gs

MHz

P

[N po

Min.

*dbm mW

c

•H3

9X

dB

o

dB

Operating

Temp.

Ambient

i.-• o>

« 3 in

•*

OS.

•1

«X

Mil). GHz

Max. GHz

V raA (-Tc (+*>C v5a9ooi bob o.O 12. 4 ML lu 5Uu 25 4.0 VA vbA-9uu3 bub la.u ib.O ML 15 Vm VbAVUOb bob o.U 1.J.4 WL lu 50u 5 4.0 VA VbA9Ull bob O.^ 12.4 Mt lu 1U 4.0 VA VbA^bOO IPO o.o 10.0 bu eLS /l VA

VbA-95ouA iKO o.U lU.O (-A 60 *S 20 7u 2 4.0 VA VSAS/bOUb IPO o.u iU.o 3o 50 /l VA VbA950UL IPO O.U 10.0 50 100 /l VA VSA-9600AT lHO o.U 10.0 MC 6b <lS VA V5a-950uBT lPO O.U 10.0 ML bb 50 VA

VbA-9600CT IPO O.U IU.O ML 6b 100 VA VbA^bOOul IPO o.U IU.O MC 4U 10 /l VA VbASJbUUL I HO o.U io.o 70 150 /I VA VbA950UtT lPO O.U 10.0 7U 150 /i VA VSA-9501A IPO lu.U 12.4 FA 65 25 VA

VSA-9501AT IPO 1U.U i.i.4 MC 65 25 VA VbA9b01b IPO+lu.b 50 60 VA VbA-95UlBT IPO lu.u 12.4 ML 65 50 VA VSa-9501C IPO lu.u 12.4 FA 65 100 VA VbA-9bUlCT IPO lu.U 12.4 Ml 65 100 VA

VbA9b01bT IPO lu.U 12.4 40 10 VA VbA9501t IPO lu.u 12.4 7o 150 VA

i VbA9bUlc.T Iko lu.u 12.4 70 150 VA V5a9501H IPO lu.u 12.4 Ho 2U0 VA VbA9oObA MUL o.b 9.5 83 2o 500 20 50 /4H VA

VbA9b07A MuL o.b 9.6 250 2o 5 CO 7U /53 VA VbA9bUbA MUL o.b 9.6 25U 2b 50 h0 7U /53 VA VbAS»b09A MUL o.b 10.5 H5 2b 100 20 bO 42 VA VbA961UA MUL 9.5 10.5 9b 21 5 04 71 /3b VA VbA9blUb MUL ^.b 10.5 9b 21 450 54 71 nu VA

VbA^oliA MUL 9.5 10.5 25U 2o 50 20 bO /52 VA VSa9612a MUL* l«i.O bu 2b 2 50 /53 VA VTu-2-5 UbC u . b 4.0 V 1 2b bo 30 7u /3 1.5 £F

VTu-2-5 OsC u.b 4.0 VI 5 bO 70 /5 1.5 EF VTs-25 UbL u.2 U.5 VI -30 150 730 JO 60 /3 6^0 TC

VTo-50 ObC u.b 1.0 VI -30 120 500 30 DO /3 6«0 TC VTb-100 ObO i.U 2.U V 1 -20 15U 25U JO 60 /J 6.0 TC

VT»(-l-7 ObC u.b 4.0 V 1 2o b0 5 50 7u /3 1.5 LF

VX^9bOO|- IPO O.U 10.0 do 200 VA Wo-b69 Tub i.U 2.0 VI 2o bU 10 30 b5 3 9«0 wJ

Wu-5b9-3 Tub 1 • U 2.0 V 1 2o bu 10 50 b5 3 9.0 wJ Wo-569-b Tob i .2 2.2 V 1 2« bo 10 30 b5 5 9«0 WJ

wu-569-tt Tob 1 •<£ 2.2 V 1 2b bO 10 30 bU 3 9.0 WJ Wu-5b9-9 Tob 1.5 2.5 VI db bu 10 bO b5 3 9.0 wJ Wu-5b9-l0 Tob 1.3 1.6 VI 2b bO 25 30 66 3 9*0 WJ

29
Type Number

•

•

oa

Frequency

"g

•

C

•Hc

3H

AJ

•o*c

«

en

MHz

P.[N po

Min.

*dbo mW

c«

3

dE

fcu, as

•-i«

o&f- dB

Operating

Temp.

Ambient

iH

O>

in3

•am*

OS.

o•1

X

Min. GHz

Max. GHz

V mA (-Pc(+Pg

Wo-57i Tub U • D l.U VI 2d 4b 10 d0 bb 3 9.0 WJ WO-5 7^-1 lub <i . U 3.U \J 1 2d DO *b oU DD 3 9.0 WJ

w.j-b7«£-2 Tub £.4 J.

V 1 2d bU *b ^U ob 3 9.0 WJ Wo-7 3b Tka U .b 1.0 lb /1>\ 1 28 4 4 3.0 WJ

w.j-737 Tka 1 .0 <i.u lb /1«. 4 ^8 b 4 3.0 WJ

Ww-73b TPA U.b l.U lib /2v. 1 28 4 7 6.0 WJ w«-739 TPA 1 .U ,£.U lib /2* 4 <i8 b 7 6.0 WJ w^-7hU ThA u.b 1.0 lib /2w 1 28 4 18 10.0 WJ Wo-741 Ika J..U 2.U lib /2fc 4 <id b 18 10.0 WJ W^2800 Obo U.b 1.0 V 1 24 20U luu 4 6.0 WJ

wo280*: ObC 1.0 2.0 v 1 lb *5u 3U 4 6.0 WJ

wu<;603 ObC 1 .u 2.0 V 1 lb 2bo 40 4 6.0 WJ HodHUH ObC £ • u 4.0 V 1 Id 200 20 4 6.0 WJ w~280b o^c ^ . u •+.U M 1 lb 2U0 40 4 6.0 WJ Wo28l0 UbC 1.4 2.4 VI lb <ibu 40 4 6.0 WJ

Hio281i UbC u • 3 U.b VI 24 dUo 1U0 4 6.0 WJ bo-50U4 AmP <i.U <+.o *12 32 /7 10 16.0 WJ A-StKItb FaR *o.4 *y .6 17 /4 b4 60 MM A~2 PmH *a.2 2u 20 3 5K

A-b PaI< * I .b 13 *0 3 SK

A-O FaK *o.U IK 14 3 SK

a-7 HaK *9.0 li\ lb 3 SK

A-lU PhR *y.o 2UU 20 3 SK

A-ll PaK *0.4 3u <i0 /3 SK

A91b Iru O • £ 9.6 FX 6u 10 40 7u 1.5 SS

A9lb bob fc>.2 9.6 l£. 7u 2 40 ^u ' 1.5 Sb

A92b IPO U.il 12.4 7 b 3o 25 40 7u 8.0 SS

A93b ifU d.<i 12.4 7b bU 100 4U 7u 8.0 SS

A-7368-J<i ObC rj.ei b 4b 8b 19 1.5 ML

a— 73oti~vJ j UbC 1 .4 3 4b 8b 19 1.5 ML

a-73o9~Ji ObC £.1 Zc ibu b 4b 8b 19 1.5 ML

XL.-10U1 PhK */.b 3b 17 3 54 bu MM

Xi_-1003 Pak */.b luu 17 /3 b4 6U MM Xu-lOb Hal u.4 U.b +2b 75o 2W 20.0 AP OoOOWM ObC *9.u bOU 5ti/ lb 30 7u /2 3.5 IS

uIOOWm ObC *o.0 bOO 5w 15 30 7U /2 3.5 IS 0i2bWV ObL *0.<d 30U b«v lb /2 3»5 IS

OJ.75WV ObC *d.7 OUU 5w lb /V 3.5 IS 4au5U MI'iP u.b 1.0 2d lb bU tb 4 54 71 3.0 LO

4a1U1 A MP l.U 2.0 ?-5 lb bU *5 b 34 71 3.0 LO

4a1U3

4m1U5

AMP

Ai'iP i . u 2.6

1.4

2t> 2d

lb

lb

bo

60

<d5 25

54

b4

71713«0

3.0

LO

LO

4*107 AmP 1 .4 1.6 2b lb ou 25 54 71 3.0 LO

4*^01 AmP <i.U 2.4 2b lb bU 2b 9 54 71 3*0 LO

4a<;03 AmP <L.Z 2.3 2b Id bu «ib b4 71 3.0 LO

30
£ 1

•

fi c *1

Operating

&

Frequency

*

r.CM Min. s

Teap.

Ambient

Io> H

•^

1

Type Number •

o X

00c1

2 *dbm

8X

o a

m

Mill. 1

Max. a GHz GHz •\ 5 MHz V nA aW dB dB (-PC (+Pc it OS X

UhJUI AMP b.5 4.5 2b lb oo <Lb 54 71 3 LO

7Nij.C3J.u1 PmK tL.d. 2.3 ' 25 7u 40 17 /3 6 8 AL 3O|X-l-10uu OAM 1.0 2.0 -lb bo *5 26 b 20 70 7 VA

<;utlA ObC U . 3 1.0 24 <iOU 20 20 70 /12 32. KS

<i042A ObC 1.0 2.0 2t 200 20 20 70 /b b2 KS

*043A ObC 1.4 2.4 24 <iOO 20 20 70 /9 32 KS

^044A ObC 2.0 4.0 24 20U 10 20 70 /O 32- KS

-+210 ObX u .o 0.5 lb 50 10 /4 ZL 4211 ObX 0.5 1.0 lb 6b 10 /5 • ZL 4210 ObX 0.5 5.5 lb ^00 10 b ZL

4214 ObX b.O 10. lt> Obo 10 /9 ZL 421o ObX 1U.U ia.o 10 ZL

422*! ObX *U. J) 2b 250 1500 11 ZL 4230 ObX *o.3 2b 250 15U0 11 ZL 4231 UbA + 0.5 2b ^50 1500 11 ZL

423*: ObX *1.U 2b 250 1000 11 ZL 4242 ObX *i.O 2b 250 1000 11 ZL 4243 OsX *<i.G 2b 250 500 11 ZL 4244 ObX *<+.U 2b 250 400 11 ZL 424b ObX *b.G 2b 250 200 11 ZL

425b ObX *o.O 2a 250 200 15 ZL

425"/ 0SX*1^.G 2o <i50 100 15 ZL 425b ObX*lo.O 2b 25u 50 15 ZL

! 5000-lluG ObC 1.1 1.3 MC 2b 150 10 20 7o 10 9. 5 TR bOOu-llul ObC 1*6 2.1 MC 10 20 70 10 9. 5 TR

5000-llu3 ObC <i.O 10 $** 71 TR 5000-13u3 OiC 2.0 100 77 TR 5000-9^00 ObC lo.b Fx 50 20 50 TR 5001-90u0 OSC 1.0 3 20 70 TR 5003-13ul ObC J.O 3.2 Vi 50 20 70 TR

5003-13u2 ObC o.b 3.7 VI 50 2U 70 TR 5003-13U3 OSC <i.9 3.1 Vf 50 20 70 TR 5003-16U0 ObC H.O 4.2 VI 50 20 70 TR 5004-lGoO OSC 0.4 0.5 MC lb lw 54 70 TR 5004-1001 o^c *0.3 MC 100 54 100 TR

5004-lluO OSC 1.8 1.8 MC 10 54 05 TR 5004-1300 OSC 1.5 3.0 VT 2b 50 40 70 3 4. TR su04-13ul OSC 2,1 FX 50 54 70 TR b00b-99uu OSC 9.0 9.7 ML 20 3b0 50 55 85 48 TR 5008-9901 ObC b.b 9.8 ML 20 35u 30 55 85 49 TR

501U-13U1 ObC u.9 4.3 Fx 33 100 8 55 125 3 4. TR 5012-1000 OSC *0.5 FX 2b bOoO 40 70 4b TR 5012-lluO OSC 1.0 FX 4000 4 70 4b TR b000-13u0 OSC <i.7 6.0 ME 2b lb 15 95 2 4. TR

! bOOU-13u2 OSC £.9 3.1 MC 10 95 TR

31
Type Number

•

•oQ

Frequency o

Xi•X

cca

XI

*

CD

MHz

P

[N po

Min.

*dbm mW

Bs

9X

dB

•

u

ft dB

Operating

Tenp.

Anient

iH

O>

in3

3

•

ox.

o

«1

X

Min. GHz

Max. GHz V mA (-Pc(*Pc

o000-lou3

uOUO-1 Job

UdC cL.ti 0. 1 0.2

3.4

15

lb

7o95 2 TK 4.0 IK b000-13ob Uit 0.<i o.b »'C 8 u 9b d 4-0 TK o000-13u7 UbC £.2 ^.7 Mt. 10 95 2 4.0 TR bOOl-liuu UbC J. .u 1.0 MC 2b lb 2U 70 7.0 TK

oOOl-ilul UbC J. .o d.u ML 20 70 7.0 TK bOOl-1102 UbC i.2 2.2 |v>U lb u 70 7.0 TK 6001-1104 UoC • .0 14.0 mc 100 70 7«0 TK oUOc-lUuU UbC u i b u.b MC lb 2o 20 c0 70 2 2-0 TK oOO^-lOoi ujC u • b u.b MC 30 20 70 2 2.0 TK

oUU 3-lUoo UbC u.5 U.8 MC lb lb 2b 25 75 1 1.5 TK o00o-10u4 ObC u • 3 U.4 MC bO di> 76 TK bOOO-lUiO UbC U .4 U.b MC ^b 20 70 TR o004-lUU0 UbC u . o 1.0 MC 15 7o TK ouub-13uu ObC J.

2

3.4 V 1 bO 20 70 TK

oOOb-loul UbC c.b 2.8 VI bO 20 70 TR o009-lluO UbC i.l 1.1 MC 15 o4 71 TR b04i-llu0 UbL A.

8

1.8 VI lb 7bu 2Vv 55 85 13 TR o06o-9*;uU UbC lo.U 17.0 VI 3u 15 55 85 21 TR mooiv UbU 1.0 1.2 Mt da lbO 1W bb 71 4 10.0 CL

28450-lu To ^2 ObC o.9 2..

5

20 dttv 250 30 70 22 19.0 MM 284O0-OB lo i39 U^>C o.b 14.2 200 10 25 23.0 MM 284oO-Ob lo li^ UbX o.9 14.3 300 10 MM 2bHbO-o«5 lu bob UbC o.b o.a 280 50 26 23.0 MM

28450-ott5 10 bo b UbX o .9 14.3 o7b 50 MM

<iribbu bi_KjLEb UbU *d. u |V|C 2U lbu 20 71 /2 1.3 OS

coobi-lti UdC *u.3 MC 400 b4 71 1 1.3 TR ^bbbl-21 UcC *o.s MC 2u lbu 400 - b4 71 1 1.3 OS

tbo51-22 UbC *o.b MC 2u ibo 200 54 71 1 1.3 OS

^8651-24 UbC *o.b MC 2u ibo 200 54 71 1 1.3 OS

<i8bb0-2o UbC *i.2 MC 20 100 100 54 71 1 1.3 OS

tdbbo-^d UbC *x .ti |v|C 20 iOo bO 54 71 1 1.3 OS

tbb50-29 UbC *£.£ MC 20 lOo bO 54 71 1 1.3 OS

<£8b7u bcKlti UbC u.l 1.0 VI 2U lbo 300 71 /2 1.3 OS

«-8b71-b0 UbC 0.^ U.b VT 400 b4 71 1 1.3 OS

^tiolt-bd UbC u.b 1.0 VI 100 54 71 1 1.3 OS

£.8b7o-b4 UbC 1.0 2.0 VI 25 b4 71 1 1.3 OS

£877u St_Ultb UbC 1.0 b.O V 1 2u 200 50 71 2 1.8 US

o500yA Tub £. u 4.0 ML 20 100 10 b4 50 lb 17.0 HP 400bOH UbC *u . t> 4o 2b oOOO bb 40 71 39 28«0 HA

401buH UbC *i.b 8U 2b 4000 6b 40 71 39 28.0 HA 4022uh UbC *<i.3 lOu 2o £000 66 40 71 39 33.0 HA 40320H UbC *o.2 ibo 2o IOO 66 40 71 39 33.0 HA 40360H Oi,>, *o.b 100 lb.O HA 40410H UbC *4.1 20u 2o 50 6b 40 71 39 28.0 HA

32
Type Number

Frequency

Min. GHzMax. GHz

MHz

IN

mA

Min.

*dbm mW dB

Operating

Temp.

Ambient

(-?C ( + Pc

V

cz.

404bOH ObX *4.b

404b0h ObC *4.a

40bbuH UbX *a.b

40b4bH UbC *o.4

40720H Ob<- * / .d

40bOliH ObC *b.O

4 09<i'OH ObC *9.2

409bOH ObC *y.b

4401Oh AuO b.U 1^.4

4401<!H AuO b.U 12.4

44013H AjO o.O 12.4

49340H MUL

503J7 AIMP u .b 1.0

e.b65^3-2b ObC *1.0

*900l2-b4b2 Ml A u.2 1.0

4207*12 ObC a.b 10.0

20u4000oO ObC 2.U 4.0

20u4020uo ObC «i.O 4.0

20u402Uul ObC x.4 2.5

20u402ou3 ObC t.b b.2

20u4020u5 ObC i .0 2.0

20u4020tjb ObC o.b 4.-5

"It

MC

k!40 2fc bO

40

d!b0 2b bO

260 2b bO

2b0 2b bO

lbU 2b 2b

bOu 2b 2b

bo 2b0

bu 100

80 500

1W bO

bOO 3b0

20 10O 100

20 10

2b 11U b 24 22b 100

100

100

10

lbO

lbO

6b

6b

6b

23

<LQ ii

20.0 HA

39 33.0 HA 20.0 HA

40 71 39 33.0 HA

40 71 39 33.0 HA

6b 40 71

6b

6o

40

40

40

49

49

49

54

71

7171

bO

60

60

bb

b4 71

39 33.0 HA

39 33.0 HA

39 33.0 HA

10 12.0 HA

10 12.0 HA

10 12.0 HA

18«0 HA

AR

1 1.3 OS

1 1.5 OS

Db Bb AT

54 71 /3 2.0 AS

/3 AS

/2 AS

2 AS

/3

2 AS

AS

33
5. CHARACTERISTIC LISTING

3k
Type lfunber

•

m

o

Frequency -i•X

boc

•aa

«

>2

MHz

P

[» po

Hin.

*dbm mW

c

«

sX

dB

«

O

dB

Operating

Temp.

Anbient

1

o>

in3

•H•*

OJ5.

o

«1«X

Kin. GHz

Max. GHz

V mA (-), c(+>> c A-2001

i HH3bOUaA

AMP

AMP

u.l

0.1

^.0

U.4

2u Ibh

2b 4b *7

10

d.0 b 50 70 2b ACHP DMh/« StKItS-Rh PKl u .i 1.0 *1U £U 1U KH HH35004A AMP 0.1 L.3 20 ^00 *16 db lu HP HH3b00bA AMP U . 1 2.0 20 3UU *16 40 Id HP

bnb03 AMP U.J. U.2 *20 JO /7 UA HH3bOU3A AMP U.J. 0.4 40 2UU *23 <i0 1U HP

At\-S£K1ES THA U.l 1.0 lb 4b 21 /3 6.o AV bno04 AmP u.l U.2 *27 30 1U UA

Mb-i!U-lUu Tha *U . 1 22 2b /lA bW MM

h-2004 AMP u.l 0.5 2b lutv 30 4U bb /b AC M13-O0-144 TPA *U. i 26 2b /1A 13«4 MM A-200b AMP u.l u.b 2b 40k» 30 10 bO /a AC SH-120A PKt u. a 0.4 *-6 db 3 20 100 b 4.5 AP AL20M THA u.2 U.4 lb db *-3 <i4 4 AV

SH-300/2UU PKt U .2 0.2 + 1^ 20 30 4 AP DbOb AMP u .<i u .3 24 30 db /4 UA HP«.-3(ATX)b-20o (J AMP U.2 U.J 30 /4 AK TGu-lbUl ThA 0.2 0.3 20 3u ^0 b lo Mb

TGu-lb02 Thm u .eL 0.3 2U 3u 26 b 2U Mb

Tfciu-lbU.5 TPA U .d. 0.3 20 3u 52 b 24 MS

TUU-16U4 ThA O.cL . 3 2o 30 do 4 U bo lb MS

TGU-16US IVA 0.2 0.3 20 50 db 4 U bO 2U MS

TUU-lbUb TPA U.<i 0.3 20 3U 32 4 bO 24 MS

TWiM-2ib3 Tha .d LI. 3 20 30 40 4 5U 24 MS

TQ.m-2154 TkA U.2 u.3 2U 3u dO 3 u 5U lb MS

Tiaix.-21.bb Tha u.2 0.3 2U 30 JO 3 50 20 MS

TtiiM-21bb THA U.2 Li. 3 2u 3o 40 3 bU 24 MS

bb05 AiviP 0.2 U.4 24 30 25 /4 UA TQu-2001 Tha u.2 U.4 2u 3u 20 7 lb MS

Tlvu-200i! THA 0.2 U.4 2u 3u 26 7 20 MS

TUu-2003 ThA 0.2 0.4 2U 3u 32 7 24 MS

TQO-2UU4 ThA U.2. 0.4 2U 3U 20 4 J5Q lb MS

TQo-2005 THA U .2 0.4 20 30 26 4 5o 2U MS

TGu-20ub Tha o.d 0.4 20 30 32 4 u 50 24 MS

GT«1-250A TuA .2 0.5 18 4 MS

01*1-250*3 TuA 0.2 U.b 15 4 MS

TGo-25Ul Tha 0.2 0.5 2U 30 15 7 lb MS

TGu-2b02 Tha u.2 U.b 2u 3o 20 7 20 MS

TGu-2bU3 Tha U.2 U.b 20 3o db 7 24 MS

TGv-2Su4 Tha U.2 U.b 20 30 15 4 50 16 MS

TGu-2505 TPA 0.2 U.b 20 30 20 4 5U 20 MS

TQO-2S06 Tha 0.2 O.b 2U 30 25 4 5U 24 MS

TQw-2510 THA 0.^ 1.0 20 30 15 9 5U 2U MS

TG«-25U THA 0.2 1.0 2U 3U 20 9 5U 24 MS

35
Typ« Number

•

•

•H

Frequency %

•

(JO c

•a5

«•H>s

P.a

Hin.

*dbn

B5

8X

73o

Operating

Teap.

Aabient

i

o>

•a•

•1

Kin. Max.

ct GHz GHz

KHz V A aW dB dB (.-TC (+Pc|in3 OB. X

TUn-2bl<i TPA U.2 1 .0 25 9 50 2a Mb

TG»-257l TPA u.2 O.b 2U 3U lb 7 50 Id MS

TOw-2572 I HA ,<L o • a 2u 30 d.0 7 bo 20 Mb

Tu*-2573 TPA u .2 0.6 2U 3u 25 7 50 24 MS

Aulb TPA U.2 .3 + 13 2b 1 26 3 9b /7 6.0 AV

E6m1530 AmP U.2 U.3 + 2U 1 25 2 b EM Au20 Tpa U.2 u .4 + 15 23 1 ^6 3 9b /7 AV

EG.<i2040 AmP U«2 0.4 +20 1 d.5 3 b EM

A<i41UL TPA o.2 U.b 1 15 4 /d.e A£

EGm255u AiViP u.2 U.b +2u 1 25 3 b EM

m2301|_ TPA u ,<L U.3 2 dQ 3 /o.e At A2334 Tpa U.2 0.3 2 20 3 /0.8 AE

Ato20 Tpa U.2 0.1 + lb 2b 2 28 2 8b /7 6.0 AV Ao25 TfA u.2 U.b + 15 2b 2 £8 2 bb /7 6*0 AV

Ai_<!5 TPA u.2 O.b + 15 23 2 26 3 95 /7 6.0 AV

OTA-l-<ibO OAM U.2 0.5 -20 bO *2 20 5 40 55 5.0 VA tSL1530 AmP U.2 0.3 +20 5 25 4 7 EM

ALIM204 AMP U.2 0.4 20 30 5 25 4 /10 8.3 OP

tSi.^040 AmP U.2 0.4 +20 5 «i5 4 7 EM

ESi.2550 AMP U.2 O.b +20 5 25 4 7 EM

La-22516 + C AmP *u.2 10 30 2 MP

<:y0012-H4b<i Mi A U.2 1.0 20 10 20 8 1 1.5 OS

A2511 TPA u.2 U.b 20 25 5 /0.6

bnb06 AMP U.2 U.4 *20 30 7 UA Bub05 AMP u.2 0.3 24 30 b UA

VPb/VFMlOOu3 AMM U.<i 0.2 13 2ti 2w 30 3 a VA «2615h TPA U.2 0.3 bO 20 b /o.e AE

VF>ii03U40 A MM u.2 24 bv» 100 40 lb VA VF>il03U50 AMM U .2 24 6w 100 50 lb VA VPb/VFM31Uo AmM U.2 0.2 24 20 3*v 100 3 b VA

EShl530 AMP o.2 0.4 +20 100 25 b 7 EM ESm2040 AmP U.2 0.4 +20 100 25 b 7 EM

ESn2550 AMP u.2 O.b +20 100 25 7 7 EM Ar20T TPA U.2 0.4 +24 25u 166 31 b 16 12.0 AV AF26T TPA U.2 0.5 +24 250 158 31 b lb 12*0 AV

VPb/VFMl5U4 AmM U.2 0.3 2U 2b 260 4 3b VA a2301h TPA U.2 0.3 31b 30 4 /0.8 AE

ES»\2040 AMP U.2 0.5 +20 500 25 6 /a EM

ESr\2550 AMP U.2 0.5 +20 500 25 a /a EM

VP;j/VFM2bU3 AMM U.2 0.3 lu 2b £400 3 lb VA

a5-3o-20o TPA *U.2 3<: 2a /1A 5W MM a-245 AmP 0.2 0.5 is 2b 75kv 30 /a 10.0 AC 5P-130A PkE 0.3 0.6 *-6 30 4 54 71 5 4«5 AP

A1.25M TPA U.3 0.5 lb 2D *-3 24 /5 AV Sr-450/30u PkE u .3 0.6 + 12 30 *-3 30 5 AP

36
Type Number

•

•

•H

Frequency x:•

ac00ca

*s

p

tN Hin.

*dbn

BH

3

3X

52 ..H•

O

Operating

Temp.

Ambient

I

>

•*

O

•

Kin. 1

Max. O GHz GHz

MHz V mA nW dB dB (-PcC+Pc in3 oc . B

bP-bbO/700 PKt u.3 1.0 +12 3b *-3 2b 6 AP Ao2bM TPA u.3 O.b lb 2b *u 24 /3 AV al94 TPA U.3 0.4 -X 2b 7 RC ob07 AMP u .3 O.b 24 3U 20 4 UA bP-37b/25u PKE O.J U.5 + 12 20 30 4 AP

DbUb AMP U.3 0.6 24 30 dO 5 UA TUo-3001 7PA u.3 U.6 2U 3U 15 7 16 Mb

TQv-3002 TPA u.3 U.6 20 30 to 7 20 Mb

TQu-3003 TPA u.3 0.6 20 3u 25 7 24 Mb

TUu-3004 TVA u.3 0.6 20 30 15 4 50 16 Mb

TGv-300b lr-A u .0 O.b 20 30 20 4 50 20 Mb

7Uw-300b TPA U.3 O.b 20 3u 25 4 50 24 Mb

A36U^l_ TPA U.3 1.0 1 20 b /o. 8 At

rt3blbL TPA U.J 1.0 1 30 b /o. 8 AE ALn2bb AMP u.3 O.b 20 3U b 25 4 /10 8- 3 OP

ALw306 AWlP U.3 O.b 2U 3U b 2b 4 /10 8. 3 OP

Abi-3060 AMP U.3 0.6 lb 30 b 2b /4 EM «232b TPA u.3 0.*+ 6 30 2 /o. b AE M251U4 AmP u.3 1.0 24 10 b 54 71 /10 12. OP

M25102 AmP U.3 O.b 24 20 b b4 71 /10 12. OP

M-32D2 AmP u.3 0.6 24 20 5 54 71 /10 12. OP

AFi-i4-3J0 AmM *o. j bo 2b 8u 20 30 60 60 48. MM 1-200-lK Ai'iP *0.3 12 lw 40 5b 2 AC M2-JU-267 TPA *o.3 id 2b /1A 2W MM Mb-40-2b* TPm *0.3 4U 2b /la bit MM

b:»1004 PaR 0.4 0.4 VIC 10 *-lb 17 2 8b HI. 4 RC UHr-b PmR *U.4 20 16 1 bK

UHc-6 PAK *0.4 lu 50 1 bK

NThC-425B TuA 0.4 0.4 lib 17 3 168 Mb

NTmC-425B(2) TuA 0.4 0.4 lib JO 3 VbO Mb

Tow-3941 TPA 0.4 0.4 20 30 20 4 50 16 Mb

TQw-3942 TPA U.4 0.4 20 30 30 4 20 Mb

TOim-4041 TPA U.I 0.4 2u 3u 20 6 50 16 Mb

^i}\\-<^i)^^^ TPA 0.4 0.4 2U 30 30 6 50 20 Mb

TGim-4043 1PA U.4 0.4 2U 30 40 6 50 24 ^

TOu-4044 TPA U.4 0.4 20 30 20 4 50 16 Mb

TQis-404b TPA U.H 0.4 2U 3u 30 4 50 20 Mb

T0r«.-4046 TPA U.4 0.4 2U 30 40 4 50 24 Mb

Tuu-4001 TPA U.4 O.B 20 30 lb b lb Mb

TGu-4002 THA u.4 0.8 2U 30 20 8 20 Mb

TQu-4003 lPA U.4 0.8 20 30 25 b 50 24 Mb

TQo-4004 TPA u.4 0.8 2U 3u 15 7 50 16 Mb

TOo-400b TPA u.4 0.8 20 30 20 7 50 20 Mb

TQu-400b TPA u.4 0.8 20 3o 25 7 50 24 Mb

u-SEKIEb PAR 0.4 1.0 10 17 2 30 55 MM

37
Type Nuaber

•

!

•HVQ

Frequency c

f

mX

boc

•HB3

*m

MHz

P.[N PMln.

*dbm

raH

a

sX

dB

>-i m

o

Si dB

Operating

Temp.

Aabient

1

o>

in3

a

•s

0«.

•1«X

Kin. GHz

Max. GHz

V nA (-Pc(+Pc

ALN408 AMP 0.1 0.8 20 30 5 25 4 /10 8.3 OP

LA-2451B & C AMP 0.4 10 30 2 MP TQN-3943 TPA 0.4 0.4 20 30 40 4 50 24 MS

VPS/VFM31U6 AMM 0.4 0.5 38 20 3W 40 6 13 VA VFM103U81 AMM 0.4 24 6W 50 81 21 VA

VPS/VFM15U8 AMM 0.4 0.6 30 28 200 8 25 VA VPS/VFM32U4 AMM 0.4 0.5 4 20 600 4 14 VA VPS/VFM26U6 AMM 0.4 0.5 20 28 1600 6 20 VA VPS/VFM108U4 AMM 0.4 0.5 20 28 5000 4 25 VA XO-105 PRE 0.4 0.6 825 750 2W 20.0 AP

AG50M TPA 0.5 1.0 15 25 *-6 22 4 AV EGR5001 AMP 0.5 1.0 &20 *-5 25 6 /8 EM

EGR50011LN AMP 0.5 1.0 &20 *-5 25 4 /8 EM

AG50 TPA 0.5 1.0 815 25 *-3 24 4 85 /7 6.0 AV SP-750/500 PRE 0.5 1.0 812 28 *-3 25 6 AP

BB509 AMP 0.5 1.0 24 30 20 6 UA HFW-4%XPTn-5U100 AMP 0.5 1.0 16 11 AR MP5-1/2SERIESUHFPRE 0.5 1.0 812 25 /9 RH OTAI-500A TDA 0.5 1.0 15 6 MS

OTAI-500B TDA 0.5 1.0 15 5 MS

Q3205 PRE 0.5 1.0 /10 10 AE TQO-5001 TPA 0.5 1.0 20 30 15 10 50 16 MS

TQO-5002 TPA 0.5 1.0 20 30 20 10 50 20 MS

TQO-b003 TPA 0.5 1.0 20 30 25 10 50 24 MS

TQO-5001 TPA 0.5 1.0 20 30 15 8 50 16 MS

TQO-5005 TPA 0.5 1.0 20 30 20 8 50 20 MS

TQO-b006 TPA 0.5 1.0 20 30 25 8 50 24 MS

4A050 AMP 0.5 1.0 25 15 60 25 4 54 71 3.0 LO

A3510L TPA 0.5 1.0 1 15 4 /Q.8 AE ESN5001 AMP 0.5 1.0 820 1 25 6 /8 EM

ESN5001LN AMP 0.5 1.0 820 1 25 5 /8 EM

SP-141B PRE 0.5 1.0 1 24 6 54 71 5 4.5 AP WJ-736 TPA 0.5 1.0 15 /1W 1 28 4 4 3.0 WJ

WJ-738 TPA 0.5 1.0 115 /2W 1 28 4 7 6.0 WJ

WJ-740 TPA 0.5 1.0 115 /2W 1 28 4 18 10.0 WJ

A3808L TPA 0.5 1.0 2 25 4 /0.8 AE OTX-1-500 OAM 0.5 1.0 -15 40 *2 20 5 40 55 5.0 VA AL50M TPA 0.5 1.0 12 30 *3 24 6 AV AL50M-A TPA 0.5 1.0 12 30 *3 24 6 AV AL50 TPA 0.5 1.0 812 30 4 25 7 95 /7 AV

AL50A TPA 0.5 1.0 812 30 4 25 5 95 /7 6.0 AV ALN459 AMP 0.5 1.0 20 30 5 25 4 /10 8.3 OP

ALN501 AMP 0.5 1.0 20 30 5 25 4 /10 8.3 OP

ESN5001A AMP 0,5 1.0 15 35 5 24 /5 EM

ESN5001LNA AMP 0.5 1.0 15 35 5 24 /4 EM

38
Typ« Number

•1

•oH

Frequency

•8.c•

00c

cpH

•H*a

MHz

p

[N po Min.

*dbm mW

aH

3

3X

dB

Cm

5E•Hm

u&(- dB

Operating

Tenp.

Anient

i

o>

in3

+»

•*

OJS.

8

•1«X

Min. GHz

Max. GHz

V mA (-Pc|< *Tc

u3122 PKt 0.5 1.0 *5 /y 10 AE AMPlbOON TPA u.b 1.5 lb 60 *8 25 8 AV t«-250lb AmP *o.b 10 JO /3 MP tbMbOOl AmP u.b 1.0 +20 10 25 8 /8 £M

VP:>/VFMlOOU6 A MM u.b u.b 28 2b lb 6 11 VA

M52D2 AMP u.b 1.0 21 20 b bl 71 /10 12.0 OP

VFm103U103 A MM U.b 21 b«» 25 103 32 VA 50337 AmP U.b 1.0 bOU 3bO 23 • AR M3-30-38/ TPA *u.1 30 2b /1A 3W MM Mb-2b-500 TPA *U.b 2U 2H /1M bW MM

SblOOU TPA u.b 1.0 lu bW 50 MD A5-2b-17u TPA u.b 2b 2b /1M /bW MM U3203 PKt U.D 1.2 *-5 /ll /6 AE Tuu-5501 TPA u.6 1.1 20 30 15 11 50 16 MS

Tuu-5502 TkA u .b 1.1 2U 30 20 11 bO 20 M5

TQu-5503 TPA U.b 1.1 2U 30 25 11 50 21 MS

TQu-5501 TPA U.b 1.1 2U 30 15 8 50 lb MS

TQu-5505 TPA U.b 1.1 20 30 20 8 50 20 MS

TQu-550b TPA U.b 1.1 2U 3u 25 8 50 21 MS

ALixbll AmP U.b 1.1 20 30 5 25 /b /10 8.3 OP

Ab51D2 AMP U.b 1.1 24 20 b bl 71 /10 12.0 OP

NTmC-750B TuA U.7 0.6 + lb 17 1 560 MS

Ai_70M TPA u. 7 0.9 leL 30 *0 21 8 AV

Ai_70 TPA U.7 0.9 + 12 30 2 25 7 9b /7 6.0 AV Atn790 AMP u.7 0.9 20 3u 5 25 /b /lo 8.3 OP

Ftu3077-1 PKt u.7 U.9 2 22 l<i 100W 6.2 At

TGim-8001 TPA U.b 0.8 2U 3U 20 8 50 lb MS

TGu-8002 TkA u.b 0.8 2U 30 30 8 50 20 MS

TQi^-8003 TPA u.b 0.8 20 3U 10 8 50 21 MS

Tun-8001 TPA U.b U.8 2U 3u 20 b 50 lb MS

TQi\i-aOUb TPA u.b 0.8 2U 3U 30 b bo 20 MS

TGn-800b TPA U.8 0.8 20 30 10 6 50 21 MS

H3b22l_ TPA U.8 0.8 1 15 1 /0.8 AE ALH812 AMP u.b 1.3 20 30 5 25 5 /10 8.3 OP

AdOOON TPA U.B 1.0 lb 2b * 5 23 /I AV

VFwl03U150 AMM U.8 21 6w 30 150 25 VA M6-100-8U0 TPA *u.a 10U 28 /1A bW MM NTmC-9008 TuA U.9 0.9 115 18 1 588 MS

NT«C-911b(2) TuA U.9 0.9 2b 30 1 10M MS

NTaC-956 TuA U.9 0.9 12 17 1 313 MS

A6-1U0-850 THA *u.y 10U 2b /lrt M MM Hb-lOO-9oO TPA *u.9 100 2b /1A 6W MM ALN120 AmP i.U 2.0 20 30 -10 25 6 /10 8.3 OP

AblOOON TPA i.U 2.0 -lb 30 *-9 /8 AV A1611 TPA 1.0 2.0 *-8 15 b /o.e AE

39
Type Number —7&5T2

AMI UN NT«C-lU40b

NThC-12506

M463b

»S

I

Frequency

Nln. GHz

Max. GHz Tpa i.O 2.0

TPA i.U 2.0

TuA i.O 1.1

TuA i.O 1.5

TPA i.U 2.0

MHz

IH

-lb

15

2b

lb

mA

iu

2b

Min.

*db»

W dB

Operating

Teap.

Anient

(-PC ( + ?C in

o>

Oz. *-8

*-6

20

28

1713

16 54

/0.8 AE

85 /12 AV 86 MS

231 MS

55 6 12.0 AE

A4637 TPA i .U 2.0

M4636 TPA 1.0 2.0

A4639 TPA l.U 2.0

H4719 TPA i.U 2.0

M4720 TPA 1.0 2.0

A4721 TPA i.U 2.0

M4722 TPA 1.0 2.0

Ch-1 MIA l.U 2.0

MKl-2/2SErtIt.S-L PKE l.U 2.0

MMPl SLKlEb PKE l.U 2.0

MMK/5-L SEKIES MIA i.U 2.0

MMK/6-L SEK1LS MIA i.U 2.0

OTrti-luOOA TUA l.U 2.0

OTV.-10U0A TuA 1.0 2.0

OTv.-1000B TuA i.O 2.0

1*4114 PRE l.U 2.0

b-5245 PKE i.U 2.0

SK-1500/1U00 PKE i.U 2.0

SPi-1500/lUOO PkE i.U 2.0

TQo-10000 TPA i.U 2.0

4a101 AMP l.U Z.Q

4/U03 AMP 1.0 2.6

Wu-737 TKA 1.0 2.0

Wo-739 TPA l.U 2.0

WJ-741 TPA l.U 2.0

ALn150 AMP l.U 1.5

U4204 PkE 1.0 2.0

30VX-1-100U OaM 1.0 2.0

A4727 TPA i.O 2.6

M4809 TPA 1.0 2.6

AWM-4000FN TPA 1.0 4.0

AWM-400UN TPA i.O 4.0

AMK2600IN TPA 1.0 2.6

AMM200UM SERiEb TPA 1.0 2.0

AMrt-200uMUb-16 AMP 1.0 2.0

AMP1000N TPA l.U 2.0

Lm-2991B AMP *1.0

VP^/VFM100i_ AMM l.U 1.2

u4204H PRE 1.0 2.0

NTAC-1090B TuA 1.1 1.1

15 75

15 9U

15 110

15 10U

15 12U

20 6 26 6

32 6 18 /7

26 /7

54

54

04

54

54

55 b

55 /12

12.

14. AEAE

55 13 16.0 A£

7171/7 10.0 AE

/9 12.0 AE

lb 14U 32 /7 54 71 10 14.0 AE

lb 16U 40 /7 54 71 12 16.0 AE

12 2U 6 55 85 MA

+1* 25 /8 RH

+ 12 25 7 /2 2.5 RH

12 25 7 /5 6.0 RH

12

15

15

15

7

45

4

/2 2.5 RH

MS

MS

MS

/ll /9 AE

2u 100 /9 30 85 5 3.8 SE

25 5 54 85 3.5 AP

2w 25 9 AP

2U 3U 20 10 50 216 MS

2b lb 6U 25 5 54 71 3.0 LO

25 15 bU *5 54 71 3.0 LO

15 /1W 4 26 5 4 3.0 WJ 115 /2w 4 <i8 5 7 6*0 WJ 115 /2n 4 28 5 18 10.0 WJ

20 30 5 *525 /6

11 /10

/9

8.3 OPAE -lb 50 *5 23 b 20 7u 7.0 VA

20 14U *6 20 7 54 71 8 12.0 AE

20 16U *6 28 7 54 71 8 14.0 AE

lb au *7 /2 10 /10 9.0 A\/ lb 80 *7 /2 10 /10 9.0 AV

+ 15 5u 8 33 6 85 10 AV -lb 100 10 b AV

15 17U *10 48 a 24 AV

+ 15 60 10

10

27

30

5

4 85 10 14.0 AVMP

44 2b 10 *2012 13 /9

VAAE

12 15 4 101 MS

40
Typ« Number

•

•

5o

Frequency

cX

ecc

~tc3H

.e

•H*

09

MHz

P

IN po

Min.

*dbn mW

c

•H

«J

a

5E

dB

«

U

•Hft H

dB

Operating

Temp.

Aabient

iHO>

in

3

•a•*

OX*

V

m1

Nin. GHz

Max. GHz

V mA (-3Pc(+yc

NTAC-llbO TuA i.l 1.2 12 17 4 70 MS

LM-21UidH A,viH *l.i 10 30 4 MP

VPb/VFM3-iL A MM 1.1 1.4 4 2o 200 12 19 VA VPs/VFMlOSu AMM 1.1 1.4 37 2b 3000 12 41 VA SblOOS PmK 1.2 1.4 MC 1U *-15 17 3 352 HI.

4

KC

Ss-1027 PrtK 1.2 1.4 Mo lo *-15 15 1 9b0 HI.

4

KC

L SEKIES TKA 1.2 2.1 40U 2b *-10 25 6 20 71 21 IM

o SEklES TPA 1.2 2.6 450 26 *-4 40 b 20 71 21 IM NTMC-lUjbb TuA 1.2 1.4 17 4 70 MS

NTaC-1300 TuA 1.2 1.4 lo 15 4 144 MS

NThC-13S0B TuA i .2 1.4 lib 17 4 7o MS

4«105 AMP 1.2 1.4 2b lb 60 2b b4 71 3.0 l_0 AM120ON T^A 1.2 1.4 -lb 2b 1 28 4 8b /12 AV

h SthlEb Th-A 1.2 2.6 450 2a *6 40 b 20 71 21 IM

S SEklES Tka 1.2 2.8 450 2b + 6 40 b ob 8b 21 IM

S^SOO TuA 1.3 1.3 50 *-15 clO 6 lb 8.0 KC u-SEKIES PAR 1.3 1.7 2u 17 1 30 bO 432 MM NTaC-1420 TuA 1.4 1.4 lb 17 4 70 MS

NT«C-14b0b TuA 1.4 1.5 2b 15 4 70 MS

U4205 PkE 1.4 l.b 9 /b AE

NT«C-14b5b TUA 1 .4 l.b 2b 20 4 144 MS

4m107 AMP 1.4 l.b 2b io 60 25 b4 71 3.0 LO

ALiMllb AMP 1.4 l.b 20 30 ^5 /b /10 8.3 OP

Adl43bN Tka 1.4 l.b -lb 2b 1 28 4 6b /Id AV VFm103L3 AI'iM 1.4 24 b« 1 260 29 VA

H4bOb TKA 1 .4 l.b 2 20 b /0.8 AE

Ai«i2300N-0 / T^A 1.4 2.3 15 6b *6 30 b AV AMK2300N TPA 1.4 2.3 + lb bo 8 26 6 8b lu AV

Ai«il540N Tka 1.4 1.5 lb bO *y 30 /b AV

«154lM AMP 1.4 i.b 24 10 /b 54 71 /10 12«0 OP

AMi«i2300M ScKiEb TKA 1 .4 2.3 -12 90 *10 /7 AV A4717 Tl-A 1.4 2.3 2o 140 *12 20 7 b4 71 8 12.0 AE TQw-145o Tha 1 .4 2.3 20 3U 40 10 6 3 6.0 MS

TUw-1485 TPA 1.4 l.b 40 15 4 3 6.0 MS

TUrt-1485 THA i.4 1.6 20 3u 40 15 3 6.0 MS

VPb/VFMlbL AMM 1.4 1.5 6o 2b 6 in 60 <d4 3d VA VPb/V/FM^bL Amm 1.4 l.b 4b 2b 800 37 22 VA (P-8-143S Pkt *i.b 100 lb 2b 2.b /b dO 70 /7 VA SK-22bo/lbuo PKE l.b 3.0 + 1«: bO <Lb 9 AP

VFi«.103L AmM i.b 24 b<v 10 300 98 VA

VFml03Lii AMM i.b 24 b«< 10 309 3b VA Sb-103o PmK i.b 1.7 MC 13 *-lb 15 2 960 HI.

4

KC NTMC-lblO TuA l.b 1.6 2b 17 4 70 MS

NTmC-1675 TuA l.b 1.7 lb 17 4 bl2 MS

«4606 1h« 1 .b 2.0 2 <m b /o.e AE

41
•o x: c fe« Operating

•

>

Frequency o p

tN po « s Temp. f

Type Number •X

00c

•H

*«

03

Min.

*dbm

C3

a

moH

ft

Ambient

i

O>•3

•

Min. Max. o GHz GHz c 3 i 9H MHz V oA raH dB dB {-J>CU in 0%. X

i_-b Pmk 1.7 bu 17 2 SK

NThC-1730 TUA i. 1 1.8 lb 17 4 70 MS

NT«C-17bO TuA i.7 1.8 «;30 18 4 512 MS

n-SEKlES PrtK i.7 2.4 20 17 /2 30 60 432 MM

m185IM A HP i.7 1.9 24 5 /b b4 71 /10 12.0 OP

m172im AMP 1.7 1.7 24 10 /b b4 71 /10 12.

C

OP

NImC-1615 TLiA i .a 1.8 115 19 4 70 MS

VP;>/VFM31L AMM i.t> 2.U 9b 20 3v« 10 24 VA VP.j/VFMlU4b AmM i.8 2.0 20 20 9«i 200 20 19 VA sd50 THA 1.6 2.0 M^ 10U 2b 3b0 12b0 dO 7u 33 40.

C

RC

NTMC-lb«0 ruA 1.9 1.9 20 lb 4 4lb MS

NThC-1<*40 TuA i.y 2.0 lib 19 4 584 MS

i>201 Tka i .y 2.0 2u -24 b2b 33 RC

PoOOAA AMP *2.0 MC 20 20 2 54 71 36 IS NT«C-2iOOB TuA 2.0 2.2 lib 17 4 130 MS

4a201 AMP £.U 2.1 2b lb bU 25 S D4 71 3.C LO

U.-2 M i M 2.0 4.0 12 2u fc b5 65 MA MMP2 SERIES PRE <d.O 4.0 +12 2b /t\ /2 2.5 KM MMP/6-S StKltS Ml A ti.U 4.0 12 25 /fcI 12 2.5 RH MMK/b-S SErtitS Mi A 2.0 4.0 1* /tI 15 6.CI RH

MI-2-4/2SEr<It.S-S PRE ^ . U 4.0 + 1* 25 /fc\ RH MPs-1 PHL <i.U 4.0 + 12 lb 15 1J AP

OTt--2000A TuA ^.U 4.0 15 ti MS

OTL-20006 TuA 2.U 4.0 15 4h MS

ubll4 PRE <i.O 4.0 c1 /6 AE

U5213 PRE 2.0 4.0 12 9 AE ub214 Put t.U 4.0 /12 /9 AE SI--300U/2UUO P.<h 2. u 4.0 + 12 bu 20 1L AP SP:a-300u/2uUU PKE <L.\i 4.0 2w 2C U1 AP b-535b PKE 2.U <».0 20 10U /9 3L 8L /4 3.7 SE

VPij/VFMOUi AMM <i.O 2.4 tit! 2b 5 24. id VA

*580«i Tka t.U 5.b 20 lbu *8 2C 1CI b4 7i 8 13.0 AE *5804 Thm -i.U 4.0 20 190 *b 2C 11 54 71 9 15.0 AE AW-4000FN lfrt eL.U 4.0 lb &u *8 3C 9 54. 9ti 9.0 AV Ah-40UON TPA d.U 4.0 lb 8U *8 3C 9 54 9t» 9.0 AV

AMK3500M Tha 2.0 3.b -lb 12b 10 £t. b 6t. /12 AV Hu-5004 Ai.iP 2.0 4.0 *12 32 /7 13 18*0 WJ u5214H PkE 2.U 4.0 20 /14 /9 AE

L.-9 PmK *^.l lu 2C /3 SK

NT*C-21l3b Tua 2.1 2.1 lb 2C 4 105 MS

Si>-1006 PmR 2.2 2.3 Ml. lu *-15 17 3 28ti HI. 3 RC Ss-102b KhK <i.2 . 2.3 MC It *-15 15 2 480 Ml. 3 RC NTmC-22i5B TuA 2.2 2.2 lit 17 4 70 MS

NT*C-22bO-u 1uA C.Z Z.5 It 2C) 4 I1 5l %£ MS

NT*C-2«:50bl2) TuA 2.2 2.3 It 3CI 4 120 MS

42
Type Nuaber

•

•

V

•H>Vo

Frequency O

.c•X

00cc

3

.e

«-> •HX

•oc

IS m

MHz

P

[N Min.

*dbra mW

c«

a

dB

«

U

•H

ft dB

Operating

Tenp.

Ambient •

1

O>

in3

•am

at

02.

«

I

CO 3:

Min. GHz

Max. GHz

V mA (-Pc(+Pc

PAKloltiA PaR d.2 2.3 3b bO 2u 17 /3 /29 32.0 AL U321b Pkb c.d <±.3 9 /b AE k-2000 KHr< d .2 2.3 ^0 1 42.0 MM

4*<i03 AMP d.d ^.3 2b lb 60 db 54 7i 3.0 LO

7MiC3l01 PAK d.d 2.3 2b 70 40 17 /3 b 8.0 AL

ALU223 Ai-sP d.d 2.6 20 3o ^5 /b /lo 8.3 OP

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Ai"i2300n TKA d.2 2.3 lb 6b *a 30 6 AV Mb70b 1 KM d.d 2.3 20 ob *12 20 /7 :>4 71 /9 7.0 AE

TGi*-22bO TPA d.2 2.3 20 3o bO 15 b 3 6.0 Mb

TG,»-22bo IkA <L .d 2.3 2U 3o bO 15 3 6-0 Mb

VPi/VKMUhb amM d.d 2.4 4b 2b 1500 <i4 41 VA

1.-7 PmR *£.0 40 U 12 2 bK

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a-6 Par 3.0 oOO 12 d bK

b-7 PmH 0.0 abo 14 ii bK

FLu307b-l PkE 3.U 3.0 c 22. lc i5ow 3.0 AL

NTmC-33oO(<;) TuA o.i 3.5 d2U 25 4 10b Mb

NTMC-37b0b TuA 0.5 4.0 lib 13 4 70 Mb

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43
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1

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VH

Frequency O P

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Type Number

•X

BOc

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Min.

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4.2 /l /b 45 53 49.0 At

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44
Type Number

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a

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fa

a

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45
Type Number

Frequency

Min. GHz

Max. GHz

MHz

IN

mA

Min.

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3

dB

Operating

Temp,

Anient

(-PC UfC in

4Ja

oz.

NThC-V+uUh 13)

UTMC-9t)7ULi

Mc-X Sc-Klub

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46
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47
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48
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Frequency •a P

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Type Number

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s

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AXo-lU ObC x .u 2t 140 bU 3b 9u AT

MVi_2Ull ObC x .u 2.0 V 1 2l bU bU bO bU i 4.U Fb

2b7/U buKit 3 ObC 1 .0 b.G V 1 21 <;Uu bO 71 d. 1.8 Ob

iObb^3-2b ObO *x . u Ml 2l IUu luO d4 71 i 1.3 OS

T->ul2<r-2 OjO x.U 1.5 ML bUi l lUU MP

49
Type Number

«

t-•

>

Frequency

•ao

.c

*-• «

as:boe

c*->

s

•oc

ro

P

[N po Min.

*dbm

c

•H

ID

X

te ac

bu, Z

a

o

>^

Operating

Temp.

Ambient

§

O>

.cM

C

«

u

3

->o

<e 4h3c

Hin. Max. o GHz GHz c

a MHz V mA mW dB dB (-Pc ( + Pc

. 3 in cz.

It)

MVL.-2UUU ObC i.O 2.0 Vf 2U bu 100 uU bU 2 4.0 Fb

PM712U UjC l.U 2.0 100 lbu lbO bb AI Rm7121 OiC l.U 2.0 iOu lbu 150 5b Al 2Uu4020u5 OSC l.U 2.0 150 /3 AS

Mo(L)-l02 UbL 1 .u 1.1 MC -20 12U 2b0 50 bU 7 8.0 Fb

l»lu(L)-lUiA ObC l.U 1.1 MC 20 3Uu 250 30 bU 26 15.0 FS

VTb-lUu UbC 1 .u 2.U \/i -2U lbu 2b0 u0 60 /3 6.0 TC

SXi«i-10C/0 Tub 1 . u i.l ML 4u lbu 300 2i3 MS

bX I -lubO Tub 1 . U i.l V 1 4u lou 300 2b MS

4232 U^X *1 .u 2o 25U 1000 11 ZL

424<i ObX *i .0 2b 2bU 1000 11 ZL illOOlV ObC l.U 1.2 ME 2b i5U lkv bb 71 4 10.0 CL

VFa/L.20 Tub l.U 1 .b VI 2b 2b buu lw to 7U FE SUl^-lluu ObC i . u Fa 4-000 h0 70 4b TH u2lL2-l OjC i .0 2b 7w *0 50 SP

u2lj£_-2 OaL l.U 2o 7W 20 5U SP

u21l_2-3 ObL 1 . u 2ti 7w 20 50 SP

Ch4L1 bub 1.0 l.b iOu bM 25W /l CA

C*4L2-t bub 1 . u 1.5 <:0u 10m lOUW /l CA

5U0u-llu0 ObC 1.1 1.3 MC 2o lbu 10 20 7u 1U 9.5 TK

bUOS-lluO ObC i.l 1.1 ML 15 b4 71 TK Pm7004 ObL i.l 1.2 MO lu 2<; 120 2*0 b5 125 8.0 AI MulL)-l04 Oi,C i.l 1.2 MC 2u 120 250 30 bU 7 8«0 FS

Mv(l_)-104A ObC i.l i.2 ML 2U 30U 2b0 3U bU 2b 15.0 FS

b227 ObC i.l MC lu 2o b «;ooo 7b KC

bi79 Or>C i . 1 1.3 ML 2b low 6U 16.0 KC

F:j-2o ObC i .2 1.5 24 bu 10 30 71 /4 FK Ki-19A ObC 1 .2 i.a MC 2u 12b 10 bU 1 FK

Vvu-bb9-b Tub i.k 2.2 VI 2b bu 10 50 bb 5 9.0 rt'J ¥<^-5b9-b Tub i .2 2.2 VI 2b DU 10 30 bU 3 9.0 WJ

bU01-llu2 ObC i .2 2.2 ml lb 7u 7.0 TK Fb-50 ObL i .2 2.b 100 3U to b5 90 /5 FK ET:>3152-2 ObC 1.2 1 .b VI t>0U 2o bO MP

T_?5i5<i-2 UbC i .2 l.b Ml bOU bO MP

<-bbbO-2b ObC *1.2 MC 2U 1UU 100 b4 71 1 1.3 OS

Pivi/OUU ObC 1.2 1.3 i'lL ibu 2<i 19h 190 bb 12b D 8.0 AI bl90 ObC i .2 1.9 MC lu 2U yu 200 7u 3.0 KC Mu(L)-iOt> OsC i .2 1.3 MC 2U 12U 2b0 30 bU 7 8«0 FS

MliIL)-i06a ObC 1.2 i.3 MC 2U 30u 2b0 30 bU 26 15.0 FS

u21L5u ObC 1 .£ 1,4 VI 2b bUO U bb 7* 52.0 SP

b!99 TuM 1.2 Id lb IOu 750 KC b!4U ObC 1.2 i.3 4000 lb b7 3b 27.5 KC blBj ObC i.2 1.4 V 1 2o 4000 34 28.0 KC Ou-10* Tub 1.3 2.3 lb bu b 20 8U /b 8.0 PE M5-82L07 ObC i.3 1.8 ML <i0U 2b uu 10 40 71 MA

50
Type Number

•

•o

«H>•

Frequency

•0

x:

«-• cX

60c

•Hc

a

e-

.e

4-> TJ•H*c

«a

MHz

p

[N

Mill.

*db» mW

ch

a

iX

dB

•

O

•H

ft

t- dB

Operating

Temp*

Aabient •

O>

in3

s

•*

02.

u»

«

3:

Win. GHz

Hax. GHz

V mA (-!PC (+Pc

Wu-bb9-9 Tub i .b 2. 5 v 1 do oO 10 50 bb b 9.0 WJ lnu-bb9-lu lus i .J 1.8 v 1 do oo <ib J Ob b 9.0 WJ Mb-d2L0b ObC i .b i .8 MC ibo 2o do bo 4 11 MA

Mbb2l_05 Got 1 '0 l.o mo KJu 2o lOo loo 40 71 MA

Pi"i?UUc ObC 1 .b i.b MC lu 2t idb lbO bb 125 b 8.0 AI

Mu (L)-lUn ObC i.b 1.5 MC 2U 120 200 50 bO 7 8.0 Fb

Mu(L)-1Uha OsC i .3 1.5 MC 20 JUo 200 50 oU 2b 15.0 Fb

<l043A ObC 1 • 4 2.4 24 <iUu dO dO 70 /y 52.0 Kb

wo2aio ObC J. • 4 d.4 V 1 lb <ibo 40 4 b.O wJ ol27v2 OaC i .4 d.3 MC 10 5o ^^ 1100 bb 71 lb b.O KC

20o40200l OsC 1.4 2.5 100 /d Ab

Fj-^ti ObC x J 2.3 24 80 10 bO 71 b FR AAu-lb ObC 1.5 2d 140 dO bb 40 AT 5004-13ou ObC i.b •i.u V 1 2o 50 hO 70 5 4.0 TK

Pi»i7001 ObC i.b I.b MC 15b 2c: i<ib 110 bb Idb b 8.0 AI

MO(L)-llU ObC i.5 1.7 MC 2o 120 lbO 5 bO 7 8.0 Fb

MuIl)-U0a UbC i . b i.7 MC do bOu lbO :->o bO ^b 15.0 Fb

bOOo-llul ObC x .b 2.1 MC 10 ^0 7o 10 9.5 FR bOUl-llul ObC 1 «o 2.0 MC «i0 70 7.0 \H

VFr/blO Tub 1 .0 2.5 V 1 4o 20 5b 50 dO bO FE

Pl«i700b ObC i .0 1.8 MC 10 ^d. 12b 7b bb 12b 8.0 Al 5200 ObC 1 .0 2.0 .'AC lOO 20 10o dOO RC t-oom Ci>C 1 .b 2.2 do <ibo 200 10 70 PL

F b-lbb ObC i.b i.b MC 1«: 500 2b0 bb 71 /i FK VFA/blo Tub x .0 <r".b V 1 4o 2o 500 400 40 70 Ft

P8005 ObC i.b d.2 2d ion 100O bo PL 401&0H O^C *u..b HO 2d 4000 bb 40 71 39 28.0 HA Mu(L)-ll2 UbC 1.7 2.0 MC 2o 12o 7 b bO bo 7 8.0 Fb

Mo(L)-U2a ObC 1.7 2.0 MC 2o 500 75 50 oO 2o 15.0 F"b bl70 UbC i. 7 MC 10 2o lbO 2^:0 7o 2.5 KC

bl70V100 ObC 1.7 MC 10 2o lbo 220 70 2.£ RC Mb-bdbu3 Uit 1 .8 5.2 MC 200 2o bO 5 dd 71 MA b004-llOO ObC 1 .b l.d ML 10 b4 bb TR Fb-2b o^c I.B <±.b VI 200 KJo 50 10 bb 90 /3 FR Mb-82So2 o^c i .0 3.2 MC 20u 2d do 20 hO 71 MA

£idbbb-i!H ObC *i .d MC 20 lOo bO 64 71 1 1.2 Ob

i-ij-a^biji ObC J. .d 5.2 MC 100 2o 100 bO 40 71 MA 6041-1100 UbC 1 .d i .8 V 1 lb 750 <iW ub db lb TR bdOd ObC x .4 ^.2 VI 27 bO bO bO b 4.5 RC dbbbu bt-Rlt; ObC *<i.o MC 2o Ibu 20 71 /± 1.2 ub

Oj-100 Tub £.0 4.0 lb bo 2 20 bO /b 8.0 PL

wu-b7«:-l Tub £.0 3.0 VI 2d bu *b 50 bb 3 9.0 WJ 5000-llob Os.C d.U 10 54 71 TR Mlc50po-1 Tub £.0 2.3 1 lb 10 bb 7b 1 1.6 AL Fb-51 UiC 2.0 5.0 d<+ 00 10 50 71 5 FR

51
Type Number

•

eo

•

Frequency •X

M

cc

3

.cM

Xg

s

MHz

P

[N po

Hin.

*dba nW

c

«J C9

9X

dB

«U

ft dB

Operating

Temp.

Ambient •

§O>

in3

a

•*

OJ5. 1

X

Miu. GHz

Max. GHz

V mA (-^(Pc

tUttfl ObC c. 4. U 2h 200 10 ^U 7u /b 52. C KS

^bOO^A Tub c . U 4.0 M£. 2u 10U 1U 5m bu lb 17.1) HP

F:>-3oA ObC ^ . u 2.5 + io 15 3b Hb /l«i FR Fb-4K ObC 2.0 4.0 MC 2u 12b lb bLl J FR Fb-47 OaC 2«i) 4.0 10 bo lb 3b SU /b FR

MVa^OOl 05C <;.u 4.0 2u 150 20 bt bU 2 3.0 FS

Pl*i7242 O^C 2.U 4.0 10U lbo 20 5b Al

Pl»i7243 OSC <i.U '4.U 100 150 20 5s AI Fi-9K ObC c. u 6.0 Mo 2u 12b ZO b oU 2 FR

lMkj2604 ObC £.U 4.U VI lb 2UU 20 4 6*0 ia/J

Av-72ouM OoC £.U 4.0 2u 120 25 /b 18.0 AV

Pi>i7240 OoC <i.u 4.0 100 150 40 bt AI Ph/241 ObC el. 4.0 100 150 40 5S Al

v»u^ttUb 0;>C t.U 4.0 VI 15 <iUb 40 4 6*0 WJ Fb-bK Oil. <i.U 4.0 MC 2U 12b b0 C bC 3 FR

hu tb)-H4 ObC £.0 2.3 MC 20 120 75 it bL b 8.0 FS

Mv(5)-ll4 A osc 2.0 Z.6 20 30u 75 bt bt 2t 15.0 FS

btlOO-lbUb ObC <i.U 100 C 77» TR 20u400uou ObC 2.U 4.0 24 225 100 54 71 /b 2.0 AS

2Ou4O20oO ObC «1.0 4.0 100 /^ AS

4243 Ob* *<i.U 2b 250 500 11 Zl

Mi-82SQ4 ObC <i.O 2.1 MC 2a lw 1000 MA

L/21S2-1 ObC 2.0 2e 3w SP

U21S2-2 ObC z.U 2c bW SP

A-73bS-Ji ObC <-.\ 22 lbO 5 4b> at IS 1.5 ML

o-2 ObC <L.l 2.2 Mfc 2d 1UU 100 2C 5t SK

bl7b ObC 2.1 2.3 Fa 2a bOOO 60 25.0 KC

u21S<:-3 ObC ^.1 2b 3w SP

bUU0-15u7 OsC d.tL 2.7 ME 10 C 9t 2 4.0 TR PbUOb ObC •L.d 2.3 2d bb 15 c bi 8.5 PL

cbbbJ^y ObC *£.<>. MC 2U 100 50 54 71 1 1.3 OS

U^lUbU ObC <£.2 2.4 VT 2d 20 C 5b" 72 55.0 SP

b21S5u ObC ^.2 2.4 VI 2b 200 c 5b 72 b5«0 SP

Fb-31S ObC CL.3 i.2 2h ttd 10 3C 71 2 FR

Mo (5) -lib ObC £.5 2.7 MC 2U 12U 20 bC 6L 3 2.5 FS

Mo(S)-llbA ObC d.i 2.7 2u 30u 20 31 bt 2c 15.0 FS

Fi-ltM ObC ^.3 2.9 32b 6U 3uu 250 it 7l 12 FR

411220H ObC *<i.3 100 2b ^000 6b 4C 71 39 53.0 HA

l«o-572-2 Tob ^.M- 3.4 VI 2b 6U *5 ot 6b a 9.0 WJ Fb-14K ObC *:.4 b.b MC 4u bOu 500 bb 71 a FR

l-b-l4R-PL ObA 2.4 5.5 5u 40t> 500 C 6t /3b 20»0 FR bl59 ObC <i.4 2.b 2500 IE. 5"i 3e 27.5 RC

Fb-30 ObC 2.5 5.0 + lb 10 b5 BE /12 FR Fb-23 osc ei.b 5.0 100 3u 15 bb» 9t /5 FR VFC/S20 Tob £L.b 4.0 VI 20 it> 20 2C 5t FE

52
Type Number

•

•

o

•H>a

Frequency o

.ccX

00B

•HC3H

XI

*> "O

•H*i

«

MHz

P

[N po Min.

*dbm

raW

R«

sX

dB

2

mu&

dB

Operating

Temp.

Ambient •9

O>

in

3

•a•*

a

m1

X

Min. GHz

Max. GHz

V mA (-PC (+fc

Fb-29A ObC <i.b 5.0 + 2o 2b 30 71 /bl FR

f- j-iUhp Ujl. t;.b b.O + 2d oU bb «b /\2 FK VFA/b2o L Tub <±.b O.O V 1 bb 2o 600 300 40 70 Ft blb2 ObC £.3 2.b V 1 ^b elOOO 39 28.0 KC 20o4020o3 UjL c.b 5.2 10 2 Ab

b00o-13oi ObC 2»a 2.8 VI bO £0 70 TK OOOO-looo UiL a.l 3.0 It 2b lb lb 9b 2 4.0 TK MbbS ObC £L.7 3.2 ''IC i!b 2b 1UO dO bb 100 Fb

i^iulSJ-ila UjL <L.7 5.2 •iC 2o 1<£0 £L0 30 oO 3 2*. 5 Fb

Mulb)-U8A ObC c. 7 J.

2

20 30o <±0 60 bo 2o 15.0 Fb

Mb-i222A ObC <L.I J.

2

vIC 2o bO 20 bb bb 3 2.5 Fb

o000-13o

3

OcjC «i.a J.

2

AC lb 70 TK u-3 ObC t. . o o.l vi t. ^rt 10U 1U0 20 bb bK

Fo-14d OjL ^.o 3.3 VI 400 bo 300 20U 10 70 Id. FK oOOO-l jj^ Or>t <i.9 3.1 "1C 10 U 9b IK

6004-l3ul ObC 2.9 FX bU 64 70 TK 6UU3-loo3 ObC ^.9 3.1 VI bu cO 7o TK Fo-ilA ObC O.O 4.0 24 8U 10 30 71 3 FR b003-13ol ObL o. u 3.2 V 1 bO ^0 70 TK VFA/b20u Tub o.o 4.0 V 1 7o do bOo <^O0 40 7o Ft

C«tbl-b bub O.O J.b 90 2» bW /l CA Ca4bl-p bub o.u 3.6 60 3A 5W /l CA C*4b2 bub J.o J.b iOo <i0* bW /l CA bOOU-lOub ObC o.l 3.4 vtt lb 9d 2 4.0 TK

f- b-14L ObC 3.1 3.b V) 4bo 60 ooo 2u0 10 7o 1*; FR

o000-13ou OjC 0.<i 3.b "iL 8 9b tL 4.0 TR M/ (b)-120 UbC 3.2 3.7 "1C 2o 12u 10 oO bO 3 2.5 FS

Mu tb)~l20A (JjU O.d. 3. 7 2o 00 u 10 30 oO 2fo 15.0 Fb

F:»-27H ObO o.<i 6.0 ^H ao d.0 3U 71 /4 FR b00b-l3uo 0^><_ o.<± 3.4 VI bO 20 7o TK

403<;oh UbO *o.«; 16o 2b 1U0 bb 40 71 39 33.0 MA AXu-35 Uat 3.5 2b 140 b 3b 90 AT O003-13ot ObC j.b J.

7

VI bO 2U 70 TR 40350H U JA j.6 100 lb.O HA Fb-l4u ubC o.b 4.3 VI bOo oo 300 200 10 7o b FR

Fb-14L OjU o.b o.U AC 40 3oo 400 bb 71 b FK

F j-IHL-PL UsX o . b 6.0 bo 400 200 oU /3b 20«0 FR AFu3b ujC j . t-> 3.9 AC 2o 30o 10 ^u oO 9 AT ARu3b UbC J • D 0.9 AC 20 400 10 3U OO 3b AT

MbCb)-4i: ObC U • O 3.9 ML 2o 30O 10 30 bO /o 17.0 Fb

Ms(S)-*f2x ObC O.b 3.9 'IL 20 40u 10 3U OO 30 30.0 Fb

PMtlP ObC o .o 4.1 »IC 2o 3U0 10 00 oo /o 30.0 CM

PM7301 ObL O.O 4.1 V 1 2U 10 30 60 3o 27.0 Al <ioH00-3H To 139 ObC O.o 14.2 ciOo 10 2b <i3.U MM

Mi-u3bh OoC J.b 3.9 2o OOO bO 30 bO 9 AT

53
Type Number

•

•

o

>

Frequency 3

•z

toc5

•Hl ~ 'l*

po

Min.

*dba

a3

5

&

o

Operating

Teap.

Aabient

I

o>•* 1

Min. Max.

13 GHz GHz

MHz V A V dB dB (-?<;< Pel in3 OS. «X

APoObH UbC 0.6 3.9 l»lL 2u 4UO 50 30 60 36 AT Mb(S)~420X UbL -1 • D o.9 MC 2U 40U bO 30 bO 30 30.0 FS

26Hb0-o ab lu bub Uii. o«o o.b <i O bO 25 23^0 MM 20u4020ub OjL O.b 4.3 lbO £ AS

AFuoB U jl. o . a 4.2 MC 3U OUu 10 30 bO y AT

APo38 VbL o.o 4.1 MC 2U 400 10 60 60 3b AT Mb IS) -i+4 UoC O. 6 4.2 >-'IL 2U 40o 10 30 bU /b 17.0 FS

MolS)-44X UbC J.b 4.2 MC 20 400 10 30 bU 30 3D.0 FS

AFu38H ObC O.b 4.2 20 300 bO 50 9 AT AFu3bH ObC O.b 4.1 MC 20 40o bO 30 60 36 AT

MatSJ-HtOA osc w).b 4.2 MC 20 4u0 bO 30 60 30 30.FS

Fi-IR ubC 4.0 D. 5 MC 20 12b 7 60 2 FR

(-J-37A UjL H.J 4.b 24 60 10 30 71 4 FR VFF/C10 Tub 4.0 7.b V 1 104 20 3=> 15 20 50 Ft

bOOO-lbuU U^C 4.0 H.2 Vl bO 20 7U TR

U-4 ObC H .U h.4 ML 2b lOo bO 20 55 SK

VFa/CIO Tub H.O 7.5 \l\ 10h Za bOO *lbO 40 7u FE 424H OoX *H. U 2b 250 400 11 l\- AFu4l ObC H.i H.4 MC 20 30U 10 30 60 9 AT AHvHl ObC 4.1 4.4 MC 2U 4UU 10 30 60 3b AT

Pm73U2 ObC H.i 4.4 VI 2u 10 30 60 36 27.0 Al Mi(C)-<+6 ObC H.I 4.4 MC 2U 10 O0 60 6 17.0 FS

Mb(C)-nbx o^>c 4. 1 4.4 MC 2u i0 30 60 30 30.0 FS

AFu4lH ObC H. i 4.4 20 30b bO 30 6U 9 AT APuhIh ObC 4.1 4.4 MC 2u 400 bO 30 60 30 AT

MalS)-HbUA ObC H.I 4.4 MC 2u 400 bO 00 60 3U 30.0 FS

4041uH ObC *H.l 200 2b bO bb 40 71 39 28*0 HA bi9b Tom H.<i s.2 MC 2b lb 5*0 KC

FU-14E ObC 4.d! 4.9 \/l bUu bO O0U 175 10 70 5 FK u212C-b ObC H.2 4.3 2b 32b 300 15 18.0 SP

AFu43 o^c H.O 4.9 MC 2U O0O 10 30 60 9 AT APu43 ObC H.O 4.y MC 2U 4U0 10 50 60 36 AT Mb(C)-48 ObC 4.3 4.9 MC 2u 10 60 bU 6 17.0 FS

MblO-HbX ObC H.O H.9 MC 2u 10 30 bU 30 30*0 FS

HhH9P ObC H.O 4.9 MC 2U 300 10 30 bO /3 30.0 CM

Pi«i730 3 u^t H.O 4.V M 1 2u 10 30 60 36 27.0 AI AFU43H ObC H.O 4.9 20 30o 50 30 60 9 AT Mb(C ) D-4H0X ObC H.O 4.6 ML 2U 40o 50 30 6u 3U 30.0 FS

AHu43 OoC H.O H.y MC 2U hOu 50 30 oO 36 AT APu43H OjC H.3 4.9 MC 2u 40o 50 oO 60 3b AT

MblC) A-46UX ObC 4.0 '+.9 Ml. 2u 4U0 50 30 6U 3u 30.0 FS

MibO ObC H.4 4.9 MC Mo 2b 12b 10 bb 100 b /9.0 FS

MA-82C07 ObC H.4 b.U MC Zt> 2bo 2b0 MA Fb-37M ObC H.b 4.9 24 do 10 50 71 4 FK 404boH ObX *H.b 40 20*0 HA

54
Type Number

•

•o

>Vp

Frequency .cCz

60c

•HG

3H

4-" O•H*C«

MHz

P

[N po

Min.

*dbn mV

c

•H

<o

s

dB

55.4O

•H&

H

dB

Operating

Temp.

Ambient •

i

•-•o>

in3

M•H•*

02.

u

+>o

B

3

a

K

3E

Min. GHz

Max. GHz

V mA <->>C (+Pc

hoic ) 34 ox U^C 4 .0 4.9 "iL 2u 4U0 bO 30 60 30 30.0 FS

Fj-JlH o^C 4 , a il.O bUo 100 0^ *b bb 90 3 FK 404dOH u^C *4.b ^4u d.a bO 6o 40 71 39 33.0 HA jiib UbL 4 • O S.2 i2b0 lb b( 3b 27. b KC

Fj-J'/H ubL 4.^ 3.4 24 bu 10 bO 71 4 FK

Fb-l4h Uil, 4.9 a.

6

V 1 bl)U 60 ouo l<ib 10 70 b FR u212Lbl UbL 3.0 6.0 M 1 24 b b bP

Fo-29t> Obt 3.0 10.0 + 2b b bb Bb /5i FK Fb-34 UbL J • u 10.0 +2d b 3b db / 1<L FR 4214 ObX 3.0 10.0 13 330 10 /9 ZL

Fo-40 (*uU 3.0 12.4 9u 40 10 40 70 2 FR

>-;j-42 UiL 3.0 It. 4 9U 4u 10 4 70 2 FR

Fi>-34HH UbL 3 • o iO.O +2o lb bb db /id FR

AT iu AuU b.O iO.b llu 40 100 lb bb /I /0.4 bP

sl77 Oil a. o 5.5 Vt 2o looo 39 28.0 RC

A-7j>Db-J<i UbL a ,eL b 4b db 19 1.5 ML MolObA UbL 3.4 a.

9

ML bOo ^d luu 3 bb 100 2 /5.0 Fb

MilObo UbL 3.4 3.9 MC bOo 2b lOu 3 bb 100 2 /5.0 Fb

MM-d2Lu3 UbL 3.4 3.9 ML bOo 2b 10b 5 40 71 MA AFu34 ubL 3.4 3.9 MC 2u OJU 10 30 oO 9 AT

APub4 UbL D.

4

3.9 Nit. 20 400 10 bO bO 3d AT Fj-b7A OiC 3.4 3.9 24 do 10 JO n 4 FR M*-B2lo2 0^.C 3.4 3.9 MC jUU 2o 100 10 40 71 MA MblOO osc 3.4 3.9 Ml. bo 2b 12b 10 bb loo b /9.0 FS

MblC)-b2 UbC 3.4 3.9 MC 2u 10 30 bO b 17.0 FS

|vio(C)-b2X osc 3.4 b.9 ml 20 10 bu bO 30 30.0 FS

Pi<l7304 UbC 3.4 3.9 V 1 20 10 30 60 3b 27.0 Al M«-82Lol UbL 3.4 3.9 MC 100 2o luo JO 40 71 MA u212LbO jt 3.4 b.9 Ml 24 40 bb 72 b4.0 bP

AFub4H •UbL 3.4 3.9 2o bOu bO 30 bO 9 AT

APw/D4ri UbL 3.4 b.9 ML 20 40u bO 30 bO 3d AT

F->-l4u UjjC 3.4 b.O VI bOU ou 000 100 10 7o b FR 4UbbUH UbX *3.D 40 20.0 HA AFu3d UbC 3.6 b.4 2U boo 10 30 bO 9 AT APubd u^c a.b b.4 ML 2u 400 10 bO oO 3d AT

Molt)-b4 UbC b. H b.4 ML 20 10 30 60 b 17.0 FS

M->(C)-b4X UbL o.ti b.4 ML 2U 10 30 bU 30 30.0 FS

M;,(C)-bbX osc 3.tt o.4 >1C 2U 10 30 bO 30 30.0 FS

Ar056H UbC 3 . b i..4 2o bOO bO 30 60 AT AFubSH UbC 3.b 6.4 2U boo bO oO bO AT

MbllO UbL b.9 6.4 ML b^ 2b 12b 5 bb 100 d /9.0 FS

MM-82L06 UbL 3.9 7.1 '»IL bi)u 2d 100 5 40 71 i-1 A

F j-37o Uit 3.9 o.b 24 80 10 30 71 4 FK PMb4P UbC 3.y b.5 '<IL 2U boo 10 JO 60 /3 30.0 LM

Pm73'0& UbC 3.9 b.b \/l 20 10 ^ 60 3b 27.0 Ai

55
Type Nuaber

•

8

1

Frequency 3a»

•

SCM

C

•a5

«•rt*

HHz

F.[M po

Min.

*dbn aV

cs

aX

dB

•H$

dB

Operating

Teap.

Aabient

!

>

in3

3

•*

OS.

•1e

ac

Kin. GHz

Max. GHz

V mA (.-Tci+Tc

mm-82cg5 UbL J.

7.1 MC jOo 2b 10o 10 40 71 MA MM-62C08 Ui(. 5.9 b.4 MC 2b 2u 20 MA

M;>-b2L04 ObL J.S) 7.1 MC 100 28 lOu 20 40 71 MA MA-82C09 UbC J.

o.4 MC 2d 500 500 MA HU-StKl£S IPO . U 12.0 9U 70 50 /c 8.0 OK

r6500 AuU b.U li.O MC 10U 2b bO '+0 85 /l 1.5 PL 424b UoX *o.O 2b 250 200 11 ZL 4255 O^X *o.O 2a tibu 200 15 ZL

u212v-2-l UbC o.U 2d 1W SP

u212C<;-2 ObC b.2 2d lta SP

Mb(C)560X ObC 6.3 0.8 MC 2U 400 50 bO 60 30 30.0 FS

L/212C2-3 ObC O « 3 2b l\N SP

AFub4 UbC b.4 0.9 2u 50o 10 30 bO 9 AT

APv;b4 UbC o.4 6.9 MC 2U HOC 10 30 bO 36 AT Fb-37b ObC o.4 6.9 24 60 10 bO 71 4 FR

Mb(C)-b6 UbC b.4 o.9 MC 2o 10 jO 60 6 17.0 FS

Pab9P ObC o.4 6.3 ML 2U JOo 10 30 bO /3 30*0 CM

Pi»i7307 UbC o.4 n.9 VI 20 10 bO 60 3b 27.0 AI Ah064h UbC o.4 6.9 2U JOO bO oO 60 9 AT APu64H UbC b.4 6.9 MC 2o 400 50 30 bU 38 AT

4064UH UbC *o.4 2b0 2b 50 6b 40 71 39 33.0 HA AF008 UbC 0.8 7.2 20 bOo 10 JO bO 9 AT APuo8 UbC b.tt 7.2 MC 20 400 10 30 bO 36 AT Mb(C)-b8 UbC u.b 7.2 MC 20 10 50 oO b 17.0 FS

MbtC)-S6X UbC 0.0 7.2 MC 20 10 30 60 30 30.0 FS

Pm72P UbC b.o 7.2 MC 20 bOu 10 30 60 /3 30.0 CM

Pw7'509 UbC 0.0 7.2 VI 2o 10 30 60 36 27.0 AI Fb-37C UbC o.b 7.3 24 60 10 JO 71 4 FR

l^iblO-bO UbC 7.0 7.5 MC 20 b 30 bO b 17.0 FS

Ma(C)-bUX UbC /.U 7.5 ML 20 5 30 60 30 30*0 FS

Pr«i7311 UbC 7.0 7.5 VI 20 5 30 60 36 27«0 AI AFu75 UbC 7.b 8. J 20 300 10 30 60 9 AT APu70 UbC 7.U 7.5 MC 2o 400 10 JO 60 38 AT Fo-37C use 7.0 7.5 24 do 10 bO 71 4 FR Pa77P UbC 7.0 7.6 MC 20 300 10 30 60 /3 30.0 CM

Fb-17u UbC y.u 10. MC 2o 12b 10 60 3 FR Fb-24K UbC 7.0 ib.O MC 40 500 40 b5 71 /7 FR Fb-24-pL osx /.o 1U.5 5o 400 100 60 /35 20-0 FR bU01-llu4 osc 7.u 14.0 MC 100 70 7.0 TR MS-82X03 UbC 7.1 11.0 MC J00 26 10 5 40 71 MA

hA-82X02 UbC 7.1 il.U MC 200 2d 100 10 40 71 MA Mb-B2X0l ObC 7.1 11.0 l»IL 100 28 lOo 20 4 71 MA 407^0H UbC *7.2 2b0 2d 50 66 40 71 39 33.0 HA

a—73bb~JJ UbC 7.4 3 45 8b 19 1.5 ML Fb-37u ObC /.b a.o 24 bo 5 30 71 4 FR

56
Type Number

•

•oH

•

Frequency

"8

•z

60c

c5

•H*s

MHz

P

[N po

Min.

*dbm W

c

•H3

3z

dB

.-ia

o

•H

dB

Operating

Teap.

Aabien*

i

o>

in3

w

•*

OS.

u

o

«1

9z

Min. GHz

Max. GHz

V mA (-PC (+FC

Nio<C)-o2 UoL /.b 8.0 MC 2u 5 30 60 o 17.0 Fb

i«ib(C )- <;x O'jl- i . b o.U MC 2u b 00 bO 30 30.0 Fb

P|vi7312 O'oC /.b 8. U V i 20 7 30 bU 3b 27.0 AI

Ar J7b UbC 7.5 o.U 2u 30U 10 30 60 9 AT APu7b ObC /.b O.U MC 20 40U 10 30 bO 3b AT

Lu-luo UjC /.b 14.0 26 boo 10 U oO AP VF>/X1U Tub /.b 9.0 VI 16b 2u ob 10 20 bo Ft VFa/XIO Tub /.b 9.0 VI lt>b 2d boo 100 40 70 F£

Ph84P UbC /.O 8.5 wiC 2U ouo 10 O0 bU /3 30.0 CM

u-9 UbC /.b 8.2 Mc. 20 iOu 20 20 •3ti bK

MjIX)-d i+ UoC o.U o • 5 MC 2o ouo b ^0 bU /b 17.0 Fb

MolX)- 4X UbL 0.0 M.b i-IC 20 40u 5 30 60 30 30.0 Fb

Pi"i7313 UbC o.U 8.5 V i 2U b 30 bU 3b 27.0 AI Fj-3 7u UbU o.U o • b 24 ou 5 30 71 4 FK Cuo3oo UbC o.U 9.0 MC 7 b MU

Ci_o4ol O^C o.U 10.0 MC bo lu b MU

Cxi 11A bub O.U 12.0 b b 80 bb 8b MU VSASUUb bub o.U 12.4 MC lu 3ou b 4.0 VA bbAO Tub o.U 10.5 /lo 100 8 20 oU 8«0 bC

AFu79 UbU o.U 8.5 2u 300 10 30 60 9 AT

APu7y UjI o.U 8.5 MC 20 400 10 3U 00 38 AT VbA9bo0uT IPO o.U 1 0.0 MC 4u 10 /I VA

CXl lib bub o.U 12.0 o 1U 80 bb 8b MU

CXIllC bub O.U 12.0 o 10 80 bb Ob MU UA-lUU uub O. U 12.1 7 4bu 10 31 b6.0 Pt

ulOOwM UbC o.U bOu bnv lb 30 70 /2 3.5 lb

VbA^DOO lKU O.U 10 .U 3u *b /l VA VbA-9bOOA IPO o.U 1U.U Fa bu 25 dU 7o 2 4.0 VA VbA-9bOoAT IPO o. u 10.0 MC 6b 2b VA VSa90U1 byb O.U 12.4 MC lu bOu 25 4.0 VA

Fs-24 OoC O.U 10.0 V 1 buu 6u jOu 40 10 7o /7 FK HUauuH UbC O.U 26U 2a bO 66 h0 71 39 33.0 HA VbA^bOUo 1PU O.U 1U.0 OU 50 /l VA VbA-950ubT leu o.U 10.0 MC bb bO VA VbA^bOUL leu o.U 10 .0 5U 1U0 /l VA

VbA-9buoLT IPO O.U 10. MC bb 100 VA

4401<;H Mi;u o.U 1^.4 ML 80 100 49 bO lu 12.0 HA VbA^bOUt IPU O.U 1U.0 7u 150 /l VA VbASbOutT iKU o . u lO.O 7u 150 /l VA VXj^bOOF IPU O.U 10.0 au 200 VA

44010H AuU o. U 1^.4 Mc au 250 49 bO 10 12.0 HA 44013H AuO o.U i2.4 Mt 80 500 49 bO 10 12.0 HA Avuibbo AuU a*<L 12. 4 10 JU <:b bo 1 AL aJId bub a.ti 9.b 12 7U 2 40 70 1.5 Sb

AS)lb IPO a.d 9.o FA bU 10 40 70 1.5 Sb

57
Type Number

•

•o

>o

Frequency

•0

•X

MlCc

«o

•h*

MHz

P.[N Min.

*dbm

w

Bs

iX

dB

*

•

O

•H

dB

Operating

Temp.

Ambient

1

>

in3

>

OS.

•

«X

Min. GHz

Max. GHz

V mA (-PcC+Pc

Av-9boi bub c.2 12.4 10 10 /b 9.0 AV Av-97oi AuO d.2 12.

4

6a 10 10 AV o5784 AUO o.c 12.4 60 2o 10 /l bY

F;>-40Vv AJO 8.2 12.4 90 40 10 40 70 42 FR. F^-43 UjC o.^l i2.4 9U 40 10 40 70 /2 FR

MA-49B0 AuO 6.2 12.4 100 3o 10 20 /l MA SYa-b^oO AuO a,d 12.4 •10 100 50 10 30 71 5 SY SYh-320i AuO 6.2 12.4 v|C 100 70 10 30 71 # SY

VbA9011 bub 0.2 12.4 ML. lu 10 4.0 VA

0i25«vV ObC *o.d 30u 5W 15 /d 3.5 IS

Av-9502 bub o.d i2.4 11 25 /6 9.0 AV ub784A AuO o.d 12.4 60 20 25 /l SY 0A~14l<+A bub o.d 12.4 Id 50u 25 55 150 /l MO

btM-i^UuA AuO o.d 12.4 MC 100 10 2D 25 30 71 5 SY

bYn-3201A AuO o.d 12.4 Mo 100 10 2b 25 30 71 SY

a925 IPO o.d 12.4 7b 3u 25 40 70 8*0 SS

Av-950.} bub o.d 12.4 13 50 /to 9.0 AV ub784b AuO o.d l<i.4 60 2o 50 /l SY

UA-17i7b bob O.d 12.4 Id. bOo 50 55 150 /l MO

Ma-4966 AuO 6.2 12.4 100 40 bO 20 /i MA

bYH-32uub AuO o.d 12.4 MC 100 bO 30 71 3 SY

bY«-32oib AuO o.d 12.4 MC 100 50 bO 71 SY

Au-lU SERIES IFO o.d l2.4 MO 9b 40 60 30 70 /2 OK

Av-970.3 AuO Urn a. 12.4 I2i» 100 10 AV UA-20^0C bOb 6.2 12.4 12 50o 100 55 150 /l MO

Fi>-202 OaC 0.2 12.4 90 40 100 40 7u /d FR M«-49o7 AUO o.d 12.4 100 bo 1O0 20 /l MA A93b 1P0 o.d 12.4 7d bu 100 40 70 8.0 SS

F s-low ObL o.b ll .u IK 100 30 1 55 90 3 FR AXo-6b ObC tt.b 28 140 3 35 90 AT

tcU7i!£ ObC 0. b iu.0 2o llu 5 D5 85 AT CMiXM9b OiC a.b s».b 2o 750 10 30 71 20 25.0 CM

DJOb-99ui UbC O.D 9.8 ME 2u 3bo 30 55 83 49 TR Fi-37U ObC b«fa 9.2 24 80 5 30 71 4 FR

oi7blAiV ObC *d.7 30o 5w 15 /2 3.5 IS

u-7 ObC o.7 9.3 ME 2o lOo 20 20 55 SK

CL.8300 bub o.9 9.9 200 + 10 3 40 85 MU

Ci_e3l0 bOb o.V 9.9 20u + 10 3 tO 85 MU

Ci_t>370 Oil- <*.0 10..0 MC 10 5 MU

bSl4 Tub ^.U 10.0 VI 250 6 dO 60 6 oc

VFF/X20 Tob y.u 12.

U

VI 21U 2u 3D 10 20 50 F£

M*-8O0O-F'C AuO S».0 l2.4 10 IM Mh-oOOI-FC AuO y.o 12.4 10 IM OuOOwM 0b(- **a.O bOO bn 15 30 70 /2 3.5 IS bbAl ObC y.o 10.0 VI 15 50 16.3 oc

58
Type Number

•

•o

>

Frequency A

•X

00c

•HB

3

fH

*m

MHz

p

[N po

Min.

*dbm

BtW

B3

5

dB

m

o

dB

Operating

Temp.

Ambient

i

o>

« 3 in

sH

•

01.

o

«1

iX

Min. GHz

Max. GHz

V mA (-PC < + ?C VAu-12a ih'lj y.u 12.4 dU 25 /l VA bU0b-99uU Oil r> . U 9.7 Mt. 2U Jbu bO 55 Hb 4b TR VAu-12b IPO 9.U ±2.4 bU 5U /I VA

VF a/X2U Tub y . u l^.U i <ilu 2b 3Uu 1U0 hO 70 F£

VAu-121 IPO 9.U 12.4 dU 1U0 /l \/A

Ct_a420 ObL 9.2 y.b Ml ' bu lu 3 MU Cud44u Obi y .£ y.b C'l bu lu 3 MU CueHiu Obi s • £. 9.5 Ml 5U lu b MU

Ci_o<+bU Obi •n.d 9.5 Ml bu 1U 5 MU Fb-37t UbC y.2 9.8 2H bu 5 30 71 4 FR

CLbtoO Obi 9.2 9.5 Ml 5u lu 10 MU

Ci_ti'+7u Obi 9.2 9.5 M

bu lu 1U MU

Uo^bftV Ubi *9.£ 3UU 5v« lb /2 3.5 lb

<+09<iOH OSC *y.2 16u 2b db 6b 40 71 39 33.0 riA bi9b Obi 9 .<; 9.9 Ml bu 2h <lUU 1U0 Rl

b^32 IjI *9.3 Mt 12 3<iU 8 30 7U /4 6.5 Rl

AAo-9b Obi 9.5 2o 14-U 3 35 9U AT +U9buh Obi *^.b rtUU 2o db bb l+0 71 39 33.0 HA 0u7bwV Obi *'*. / jlJU 5 •* 15 /2 3.5 IS

Fj-37ti Ubi 9.

10. 4 2h ou 5 JO 71 4 FR

Cuoiao Ujl lu.u 11.0 I'll lu 5 MU CMaaMIu / Obi lu . U iu.7 2o 7bu lu JO 71 2U 25*0 IM VbA9bUlul IPO lu.U i2.4 4u 10 VA

•+21b ObA lu.u ia.0 lu ZL

OftOOtoM Obl*lu .U buu 5n 15 30 7u /2 3.5 IS

FS-24M Obi lu.U 10 .4 \ll 40u bU Jtlu 25 1U 70 /7 FR VSa-95u1m 1HU lu.u ±2.4 Fa bb 25 \/A VbA-9b01AT IPO lu.u 12. 4 I'lO 6b db VA VbA-9501HT iPO lu.U i<;.4 Ml 6o 50 VA VSa-95UH irAJ lu.u i<±.4 Fa 6b 100 VA

V5A-9bUj.ll iPO lu.u 12.4 Ml 6b 100 VA VbA9bUlt IHV lu.u i<i.4 7u 150 VA VSA9bUlt_T leu lu.u j.2.4 7u 150 VA VbA9bUlH IPO lu .U 12.4 8U 200 VA

Or\£ibwV ObC* lu .c' Jiliu bw 15 /<> 3.5 IS

N.M-tt^AOH Obi lu.b 11.0 I'll 2b 2u 20 MA VbA9501b lHO*lu .b bU 50 VA dlu-OiOM Iko lu.b 1U .5 hA bO 10U 3 4.0 VA AFul06 ObC lu.b 11.2 2u 3UU 10 30 bU 9 Al APul06 Obi lu.b 11.2 Ml 2U HUo 10 30 OU 3 b Al

MalX)7« Obi lu.b 11.2 2u 3Uu 10 oo OU 1U 21.0 Fb

MjU)7hX Obi lU.b Ll.2 2u 3Uu 10 30 bU 34 34.0 FS

Pm112F Obi lu.b 11.2 2U 3UU 10 j0 bU 54 30*0 CM

0i\75WV Obl*lU . 1 3UU 5w 15 /<i 3.5 IS

Ct-d39u Obi 11. U 12.

ill lu 5 MU

39
Type Number

4)&£-Oo

>o

Frequency s:«

60C

•Hca

t-

.C

•HS

T»C

10 BQ

MHz

PIN

p

o Min.

*dbm mW

c

•H

i

dB

a

oH

dB

Operating

Temp.

Aabient

§

O>

in3

isw

•

u

«

i

Min. GHz

Max. GHz

V mA i-r.c (+Pc

OuOOwM ObC* li.U buu 5w 15 30 7u /d. 3.5 lb

AFull2 ,osc 11.2 11.8 2U JUo 10 30 bU 9 AT APull,; Ob(- li.2 1 1 . a MC 2o 4Uu 10 ju bU iti AT MblX )-7o ObC 1j..2 1.1.8 2b joo 10 JO oU lu 21.0 Fb

MblX)76X ObC 11.2 11.8 2u JUu 10 oU 60 34 54.0 Fb

P«117F UjI li.2 11.7 20 300 10 JU oU 54 50.0 CM

Ah Ullo ObC ll.b 12.2 20 JUo 10 JU bU 9 AT AFullb ObC 11. fa 12.2 20 300 10 30 bU 9 AT Ms IX) 78 UiL li . b 12.2 20 JUu 10 30 oU 1U 21.0 Fb

i»ii(X) /8X Os>C li .o 12.2 20 Juu 10 JU bU 34 J4.0 Fb

OmOGWM Oi>C* l.i.0 bOU 5w 15 j0 7V /2 3.5 lb

4257 ObX*l<i.U lo 25o lOU lb IL AFul21 ObC 12.1 12.7 20 3ou 10 JO bU y AT AKui21 ObC l*.l 12.7 mc 20 4UU 10 JO bU 6b AT Mo(K)bG ObC U.l j. 2.

20 JUo 10 JO bU 1U 21.0 FS

Ms(K)80X ObC it.i 12.7 £U JUO 10 JU 60 34 34.0 Fb

bbu9 Tub 1^.4 14.0 2o 100 5 20 bO 8.0 bC

Fi-49 ObC 12.4 18.0 t-2ti 5 55 85 /24 FR Vbu-90Uo bob 1^.4 15.0 MC bOU 9 17b 9 34 71 2U 3.0 VA VSu-9012 bob l<i.4 15.0 ML 10 10 3.0 VA

Vbu-95U«iA IPO 12.4 11.0 FX 32 12b 10 VA Vbu-950,iAT IPO 1<1.4 1.5.0 MC 32 i2b 10 VA

Fb-40l\ ObC 1<;.4 ib.O 90 4o 10 4U 7u 1 FK

Mn-49btt AuU 1^.4 18.0 7o 50 10 20 /l Ma Fb-53 ObC 1.1.4 18.0 VI BUu 60 3U0 25 10 7U 7 FR

vbu-^002 bob 1*:.4 ib.O MC 500 10 500 36 54 71 20 3.0 VA l-b-35-FL ObX l<i.4 18.0 5U 4UU 40 - u oO /35 20.0 FR Fb-55h ubc 1^.4 18.0 MC 40 buu 40 5b 71 /1J FR

VS«jy5U2« 1H0 li.4 15.0 40 50 VA Vbuy502bT 1KO 1^.4 15.0 4o 50 VA

M«-49b9 AuO 12.I+ 18.0 70 100 bO 20 /l MA VbuybU2C IPO 1<£.4 ib.O oU 1U0 VA VSU9502CT IPO 1^.4 ib.O oo 100 VA VSu9502t IPO 12.4 ib.O 7o 150 VA

VbuybU^i- lHO 12.4 ib.U do 200 VA

fbUOc. ObC 12. 5 14.0 2b dUo 300 50 B4 44«0 PL MblK)Ot ObC 12.

1-3.2 2o 3U0 5 3U 60 10 21.0 Fb

Mi(K)e2X ObC 12.6 1 J.

20 3uo 5 30 6U 34 54.0 Fb

AFul26 OiC U.o 13.2 2u JUo 10 30 bU 9 AT APul2b ObC lel.b 13.2 MC 20 400 10 30 6U Jb AT

Ph132P ObC lil.b 13.2 2u JUU lu JU ou 54 50.0 CM

MA-82K01 ObC lj.0 17.0 MC 20u 2o lOu 3 40 71 MA Mb(K)b4 ObC lj.l 13.7 20 500 5 dO bU /10 21.0 Fb

M:>lK)b4X ObC 15.1 13.7 2o 5U0 5 JO 6U 34 54.0 Fb

AFul31 ObC u.l 13.8 20 50o 10 30 6U 9 AT

60
Type Nuaber

Frequency

Min. GHz

Max. GHz

1

*5

MHz

IN

mA

Min.

*dbo mW

c5

9

dB

Operating

Teap.

Anient

(.-fc Ufc in ox. AHul31

|-b007

Mb(K)bo

Mb(K)boX

AFul.56

ObC Ij.1 ib.b MC UdC+1j . o OnC lj.n 14.2

ObC lj.n i4.2 VI UbL lo.b 14.2

2u 40u 10 2o 2M lvV

2U tOo 5 2U 3uu 10

30 oU 3d AT

U 7U 84 44.0 PL

jO b0 lu 21.0 Fb

^U bU 51 34»0 FS

oU 60 AT

AFul3b

(-o-4b

Vbu-95u jA

V5u-95uom r vbu-yot?

VSu-901o

Vbu^50buT

Vbu-90U.}

vbA-youj)

Vbu^bOOtt

VbuVbUOoT

VbuS*b03C

D^lUbu

o21U5u

KdUU4

o05o-92uo

5U00-92uu

n25b

W«-4y9^

VbrN-90UH

Vb«9UlU

Vbn-9010

ObC lo.o 14.2 WL ubC lb.u 18.0

IKu la.U l'i.0 Fa

IHu lb.u lo.U MC

2u 400 10

lm lou ju 5 id 123 *5

3«i 123 *b

30 bO ib AT

bub lo.U lo.U ML bOu b 21u 9

toJb 1 J. u 18.0 Me. 1U 10 IPO ls.u ib.O 4U 10 bub 13. U 11. MC lu 42b 15

fob la. u 1H.0 MC 15

lru Ib.U 18.0 40 bO

IHu Ij. 18.0 40 50

iPU lb.U lb.U 4U 100 UoU i 3 .9 17.0 VI 2b 20

0i>C la.y x7.2 V I 2b *20

UjdU lo. U 17.0 2b 2bu b

OiC lo.U i7.0 V I 3u lb

Ur>L lo.b Fa bO

UbX*lo.U 2o <ibu bO

AuU lo.u tLn.U 3u lbo 10 bub lb.u <m • b MC b()U 7 30U lb2U

bob 2o.b 4U.0 ML UbC 2/.u oSJ.b Ml/o buu 10

o bUu 10

55 70 /lb FK

VA

VA 54 71 2u 3.0

4.0

4.0

VA

VA

VA

VAVA

VA

VA

VA 5b Id o8.0 bP

55 Id b8.0 bP

5U 23.5 PL

55 85 21 TK 20 50

15/l

TK ZL

MA

d4 71 /l 4.0

2.0

VA

VA 54 71 /l 2.5 VA

61
#

1

£ B

fe Operating

|

Frequency V

*> pw

po 3

3X

T«ep.

jj Typ« Number •H

*>• i

2

Min.

*dbu

?

u

•H Anient

i

e>

•am*

om1

Hin. Max. o GHz GHz c ' 3 e p

HHz V A V dB dB (-feu in3 o>> X

4934uH MuL 1VK bO 54 8b 18.0 MA

M—7 MUL u.b 0.9 20 SK

,,,-14 M'UL u tb 0.9 80 SK

i»i— 3 MUL U.o 0.9 100 SK

M-2 MuL U.O 0.9 100 SK

F.,-178 MUL 1.2 1.4 2U 200 21 FR F^-15b MUL *l.d /3w 300 /14 FK

F;>-15b MUL *x.S <:00 /l /14 FR

Fs-'19b MUL *i.3 In 100 7 FR

VS._9bOOA MUL i.a 2.0 9u 20 10 30 70 /25 VA

Vi«.-18<ib/bu-l9 MUL l.b 1.9 /2« 100

' 32 48.0 AR Fm-100-1 MuL *«i.U +28 300 24.0 AP

Fi»i-1 0.0-2 MuL *£..U +28 /2W 24.0 AP

VSl^oOUI) MUL t.U 2.1 2b -20 4 12 77 /bb VA

i»i-9 MUL t.b 2.8 20 SK

VS^9bUl« MuL t.b 2.8 2b 26 10 20 50 /35 VA VSb^bUid MuL ^.b 2.8 2b 28 1200 20 50 /53 VA VbsybU^A MUL J.U 3.5 30 2b 10 10 60 /42 VA

F>,-100 MUL o.b 14.0 +28 bbu <Lb 24.0 AP Vn-3bUu-9 MUL *J.b 700 50 3b 48.0 AR

F^-174 MuL J.4.1 lw 30 18 FR

VSl,9b20C MUL 4.U 4.4 40 28 1200 20 50 /53 VA VS*.9bOOA MUL 4.4 b.O 350 28 5 70 36 VA VSc9b03B MUL 4.4 5.0 bbo 100 70 3b VA

F:>-143 MuL 4-.0 b.2 30 5 5 FR

Sol032 MUL 4.9 b.l 20 2o b4b *-65 30 19.0 RC

Fi>-209 MuL *a.U HJU 10 b FR VbL96UbA MuL b.o b.4 bu 10 20 50 /42 VA VSL9b04A MJL b.O 5.4 50 1000 20 50 45 VA VSc960b6 MUL a.b b.O 50 10 20 6b /42 VA

Vm-5800-1:> MUL *0.8 70u 20 35 48.0 AR Fb-20b MUL /. J h.2 150 3 3 FR VH-78bo/buO-8 MUL /.b a.i 2«v 100 /14 21.0 AR V5a9o07a MUL o.b 9.b 2bu 28 5 30 70 /53 VA VSA9b0bA MuL o.b 9.6 250 28 50 40 70 /53 VA

VSa9o09a MUL o.b 10.5 8b 28 100 20 60 42 VA V5A9bUbA Mul o.b 9.b 8b 28 500 20 50 /44 VA

.,132 MuL 9.b 10.5 100 *-b0 30 5.0 RC

VbA^blUA MuL y.b 10.9b 21 5 54 71 /3b VA V5A9611A MUL *.b 10.5 2b0 2a 50 20 60 /52 VA

VSA9blub MuL y.b lO.b 9 b 21 450 54 71 llu VA Fj-201 MuL*lU.b 30 2 3 FR VSA9bl2A MUL*l<i.U bu 2b 2 50 /53 VA VSU9610A MUL 1^.8 13.5 12b 28 5 54 71 /28 VA VSu9bl4A MUL l^.b 13.

12b 28 150 b4 55 45 VA

62
Type Number

Frequency

Min. GHz

Max. GHz

1

«

CO

KHz

rlH

mA

Min.

*db» W

8x

dB

Operating

Temp.

Anient

<-?C ( + PC in

a

o*.

Vbu^olbH

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63
THE NATIONAL ECONOMIC GOAL

Sustained maximum growth in a free market economy, without inflation,

under conditions of full employment

and equal opportunity

THE DEPARTMENT OF COMMERCE

The historic mission of the Department

is "to foster, promote and develop the

foreign and domestic commerce" of the United States. This has evolved, as a result of legislative and administrative

additions, to encompass broadly the re- sponsibility to foster, serve and promote

the nation's economic development and

technological advancement. The Department seeks to fulfill this mission through

these activities:

Participating with other government

agencies in the

creation of national

policy, through the

President's Cabinet

and its subdivisions.

• Cabinet Committee

on Economic Policy

• Urban Affairs Council

•Environmental

Quality Council

Promoting progressive

business policies and

growth.

• Business and

Defense Services

Administration

• Office of Field Services

Assisting states, communities and

individuals toward

economic progress.

• Economic

Development

Administration

• Regional Planning

Commissions

• Office of Minority

Business Enterprise

NOTE: This schematic is neither an organization chart nor a program outline for budget purposes. It is a general statement

of the Department's mission in relation to the national goal

of economic development.

r w ^ *<u

^ATES O* MISSION AND

FUNCTIONS

OF THE

DEPARTMENT OF

COMMERCE

"to foster, serve and

promote the nation's

economic development

and technological

advancement"

Strengthening

the international economic position

of the United

States.

• Bureau of International Commerce

• Office of Foreign

Commercial

Services

• Office of Foreign

Direct Investments

• United States

Travel Service

• Maritime

Administration

Assuring effective use and growth of the

nation's scientific and technical resources.

• Environmental Science Services

Administration

• Patent Office

• National Bureau of Standards

• Office of Telecommunications

• Office of State

Technical Services

Acquiring, analyzir

and disseminating

information concer

ing the nation and

the economy to he achieve increased

social and econom

benefit.

• Bureau of the Census

• Office of Busines Economics
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charts. Published in three sections, available separately: • Physics and Chemistry

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the Federal Government for information on standards

adopted and promulgated under the Public Law

89-306, and Bureau of the Budget Circular A-86

entitled, Standardization of Data Elements and Codes

in Data Systems.

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