NBS Publi¬ cations
TABULATION OF DATA ON
MICROWAVE TUBES
Handbook 104
National Bureau of Standards
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UNITED STATES DEPARTMENT OF COMMERCE • Alexander B. Trowbridge, Secretary
NATIONAL BUREAU OF STANDARDS • A. V. Astin, Director
Tabulation of Data on
Microwave Tubes
J. K. Moffitt
The National Bureau of Standards
Electron Devices Data Service
National Bureau of Standards Handbook 104
Issued September 29, 1967
Supersedes Handbook 70
For sale by the Superintendent of Documents, U.S. Government Printing Office, Washington, D.C. 20402
Price SI.25
Library of Congress Catalog Card Number: 67-62080
Foreword
This tabulation of data on microwave tubes currently in use lias been
prepared as part of the National Bureau of Standards Electron Devices Data
Service. Established in 1948 to provide technical data on radio tubes to
members of the Bureau Staff, the service has since been extended to all sci¬
entists and engineers in government and industry. In the course of the pro¬
gram, a large volume of information on domestic and foreign devices was
accumulated on punched cards from which it could be automatically printed.
It was felt desirable to make these data available in a single reference source
as an aid to circuit designers in selecting tube types for particular uses.
The engineer should find this manual useful in narrowing down the choice
of tubes to one or a few types. However, it is not practical to give all possible
operating conditions or to provide the characteristic curves for each tube in a
tabulation such as this. It will still be necessary to consult the tube manu¬
facturer’s literature for such detailed information.
All information appearing in this publication was taken from manufac¬
turer’s published specifications, and every effort has been made to ensure ac¬
curacy and completeness. However, the Bureau cannot assume responsibility
for omissions nor for results obtained with these data.
A tabulation of data on receiving tubes has been issued previously as
NBS Handbook 103. Additional tabulations for other electron devices are being
developed and will be issued as rapidly as they are completed. Also, revisions
of this and other tabulations will be issued as deemed necessary to keep them
up to date.
A. V. Astin, Director.
in
Contents
Page
Foreword_ hi
1. Introduction_ 1
2. Organization of the tabulation_ 1
3. Sorting and terminology of the tabulation_ ]
3.1. Sorting methods_ 1
3.2. Terminology_ 1
Definitions_ 2
3.3. Unit symbols_ 3
4. Numerical listing of tube types_ 5
5. Characteristic listing of tube types_ 79
IV
Tabulation of Data on Microwave Tubes
J. K. Moffitt
A tabulation of microwave electron tubes with characteristics of each type has been arranged in the form of two major listings, a Numerical Listing in which the tubes arc arranged by type number, and a Characteristic Listing in which the tubes are arranged by the kind of tube, and further ordered on the basis of minimum frequency and power output.
1. Introduction
The Electron Devices Section of the National Bureau of Standards has developed over the past decade an Electron Devices Data Service. This service collects and maintains a file of data on all electron devices, i.e., tubes, transistors, diodes, etc., manufactured in the United States and other countries. In an effort to make this service more readily available to engineers applying electronics in the laboratories throughout the country, it was decided to develop a method of tabulating the essential information pertaining to tube character¬ istics in handbook form for ready reference. For this publication on Microwave Tubes, an easily decipherable code and format of the tube char¬ acteristics Avhich was adaptable to punched cards was developed. Both accuracy and flexibility are incorporated into the system. The sources of in¬ formation were the manufacturers’ published hand¬ books and data sheets. The accuracy of the printed information is reasonably assured by verifying tabulations by various sortings and cross checking with manufacturers’ publications. This tabulation includes only the information normally furnished by the manufacturers in their handbooks or data sheets. All data in our files up to April 1, 1967, is included in this tabulation.
This tabulation includes only those tube types of the general class known in the field of electronics as microwave tubes, i.e., tubes employed as oscil¬ lators and power amplifiers at frequencies above approximately 1,000 MHz and which are “velocity controlled” with transit times in excess of 0.3 radian. Some developmental types have been included.
2. Organization of the Tabulation
The Microwave Tabulation comprises two prin¬ cipal sections as follows:
1. Numerical Listing. In this, the tubes are arranged by type number in the numerical-alpha¬ betical sequence which is standard in the industry.
2. Characteristics Listing. Here the tubes are sorted into the basic groups and then are arranged by increasing value of one or more pertinent characteristics.
3. Sorting and Terminology of the Tabulation
To assist the user in understanding and apply¬ ing the tabulation, the method of sorting and the definition of terms and code used, are explained in this section.
3.1. Sorting Methods
The Numerical Listing is arranged in the numerical-alphabetical sequence by tube type number which is explained under the heading “Type Number” in section 3.2.
In the Characteristic Listing, the tube types are arranged into basic groups or kinds, e.g., klystron amplifier, klystron oscillators, magnetrons, etc., and then sorted primarily by minimum frequency and secondarily by power output. The basic groups are listed inder the heading “Kind” in section 3.2, Terminology. This method of sorting permits the user to find the type numbers which most completely satisfy his requirements.
3.2. Terminology
The Numerical and Characteristic Listings arc in tabular form containing 24 columns. The headings of these columns and their meanings are given below.
A blank in any column indicates that the char¬ acteristic designated by the column is not appli¬ cable to the type number in question or that no value was given in the available data.
1
Definitions
Type Number. This column lists the numerical- alphabetical designation assigned by the manu¬ facturer. The Numerical Listing on page 7 has been arranged according to the industry stand¬ ard, i.e., primarily by arranging the initial nu¬ merical portion in sequence, secondarily by ar¬ ranging the alphabetical prefix in sequence and finally by arranging the alphabetical suffix in order e.g.
2V315 2W401 HA3 HK3 W3MQ/1F 3K2500SG 3K3000LQ 3KM300LA
Symbols. An asterisk (*) is used to designate tube types found in the Military Preferred list issued by the Department of Defense as “Military Standard Electron Tubes, Selection and use of” MIL-STD-200H, 17 January, 1966.
An equal sign ( = ) designates a reliable or pre¬ mium type as indicated by the manufacturer.
Kind. A three-letter code is used to describe the generic group of tubes. This is used as the primary sorting means for the Characteristic Listing.
AMA Amplitron Amplifier or Platinotron BWA Backward Wave Amplifier BWO Backward Wave Oscillator CAR Carcinotron CFA Crossed-Field Amplifier KLA Klystron Amplifier IvLM Klystron Multiplier KLO Klystron Oscillator MAG Magnetron TWA Traveling Wave Amplifier TWM Traveling Wave Multiplier
Frequency. Both minimum and maximum frequency of operation are listed in gigahertz (10° Hz) with the exception that the “letter- band” designation (i.e., S-band, X-band) is used when more specific information is unavailable. Fixed-tuned tubes are available at any frequency within the tabulated range. In the case of fre¬ quency multiplier tubes, output frequency is tabulated.
Duty Cycle. The duty cycle for pulsed opera¬ tion is often specified as a percentage, although it may also appear as the product of the pulse- duration time (tp) and the pulse-repetition rate (;prr). The tabulated value is the product of the pulse-duration time and the pulse-repetition rate times 104. The following table illustrates both methods of specifying Duty Cycle and the corresponding tabulated value.
Duty cycle Tabulated
% (tp)(prr) Value 0. 05 0.0005 5
. 1 .001 10 1. 0 .01 100
10. 0 . 1 IK 15. 0 . 15 *1K (between 10% and 20%) 20.0 2 2K
Tuning. The method by which the tube is fre¬ quency-tuned is shown by the following alphabeti¬ cal code.
FX Fixed tuned HY Hydraulically tuned MEC Mechanically tuned TH Thermally tuned VT Voltage tuned
Manufacturer. The alphabetical code refers to either the company originally registering the tube type with the Electronic Industries Association or the manufacturer of the type. In the case of tubes produced by more than one manufacturer, this column has been left blank.
AM Amperex Electronic Corp. BE Bendix Aviation Corp. BL Bomac Div. of Varian Assoc. BM Beam Tube Corporation CS Compagnie General de T.S.F. CV Canadian Varian EC Microwave Electronics Corp.
Palo Alto EE English Electric Valve Co. El Eimac Div. of Varian EM EMI Electronics Ltd. FE Ferranti Electric Co. GC General Electric Co. Ltd. GE General Electric Co. HI Hitachi, Ltd. HP Hughes Microwave Tube Div. HU Huggins Laboratories, Inc. IT International Telephone & Telegraph Corp. KK Kobe Kogyo LI Litton Industries LT Lignes Telegraphiques et Telephoniques MA Microwave Associates, Inc. ME Metcom MR Mictron, Inc. MU Milliard Ltd. NC Aksjeselskapot Nera NE Nippon Electric Co. OK OKI Electric Industries Co. PH Philips Laboratories PO Polarad Electric Corp. RA Raytheon Co. RC Radio Corporation of America SD SFD Laboratories SE Stewart, Div. of Watkins-Johnson SH Siemens America, Inc.
SP Sperry Electronic Tube Division ST Standard Telephones & Cables Ltd. TE Telefunken G.M.B.H. TO Tokyo Shibaura TV Thomson-Varian VA Varian Associates W Valvo G.M.B.H. WH Westinghouse Electric Co. WJ Watkins-Johnson Co. WT Warnecke Electron Tube Co.
Operation. This is an alphabetical code to indi¬ cate the type or operation, as shown,
C Continuous Wave Operation P Pulsed operation (If a manufacturer
has specified different operating param¬ eters (i.e. for both pulsed and CW), the tube is tabulated twice to include both sets of conditions.
Ej. The nominal heater or filament voltage in volts.
If. The nominal heater or filament current in milliamperes.
Beam or Anode Volts. The maximum anode, beam or resonator voltage. All voltages and currents given in this and the following columns are maximum values (peak values in the case of pulsed tubes) as these will aid in determining the power supplies needed to operate the tube over its complete range.
Ik. The maximum cathode or plate current in milliamperes.
P0. The maximum power output. Collector, Reflector, etc. Volts. The maximum
collector, reflector, line, etc. voltage whichever is most applicable.
Control Volts Egl. The maximum control, focusing or grid voltage.
Helix Voltage. The maximum helix or delay- line voltage of traveling wave tubes.
Gain. The maximum, small-signal gain in decibels or, in the case of frequency multiplier tubes, the multiplication factor.
NF. The typical noise factor in decibels. Pulling Factor. The pulling factor in mega¬
hertz.
Bandwidth. The frequency difference between half-power points for amplifier tubes or the elec¬ tronic tuning range for oscillator tubes.
Magnetic Field. Numerical figures indicate the magnetic field strength in millitesla (0.1 mT = Gauss); or the alphabetical code “IM” indi¬ cates an integral permanent magnet .
Cavity. The number and type of cavities char¬ acteristic of the tube is indicated by the code.
EX External Cavity IN Internal Cavity RE Reflex, External Cavity RI Reflex, Internal Cavity #1 Number of internal Cavities #E Number of external Cavities R Reflex
Coupling. The type of output coupling of the tube is coded as follows:
CO Coaxial SP Special WG Waveguide WC Waveguide or Coaxial
3.3. Unit Symbols
While the normally used electrical unit is printed at the top of each column, it will be noted that letter symbols are used following some num¬ bers to indicate a change of unit.
Symbol Heading Unit
H F requency 100 Gigahertz (lOh Hz)
A I< Amperes K Eb Kilovolts A /k Amperes u Ik Microamperes K P0 Kilowatts M Po Megawatts U Po Microwatts W Po Watts K Collector, Reflector Voltage Kilovolts K Control Voltage Kilovolts K Helix Voltage Kilovolts K Bandwidth Kilohertz
3
■
4. Numerical Listing of
Tube Types
7
9
10
11
12
13
14
15
16
17
18
19
20
21
22
Rw
81
TW
A
5.8
8.5
SH
C
6.3
80
0
60
2Q
W
1300
50
3K
39
V8
2B
KL
A
9.3
9.3
25
0
FX
VA
P
6.3
1500
18
K
2900
7K
55
HA
-84
TW
A
4.0
8.0
HU
C
6.3
1000
50
0
3
10
80
0
80
0
30
14
HA
85
TW
A
1.0
2.0
HU
C
6.3
10
00
150
3
5
40
0
25
0
25
14
HA
86
TW
A
0.5
1.0
HU
C
6.3
1000
30
2
2
430
12
0
25
7
23
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24
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124
KL
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12.4
18.0
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C
6.3
1200
625
70
21
0
1000
65
H
A125
TWA
8,0
11.0
HU
C
6.3
1500
1800
20
2000
25
00
50
2K
30
35
R
W12
5 TW
A
1.0
2.0
WT
C 6.3
1500
1400
80
10W
2000
2K
30
1 V
A125A
= TW
A
2.7
3.0
25
VA
P 7
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33
A
12
5K
75
A
2M
37
300
V
A125D
TWA
3.0
3.2
VA
P 12
0K.
75
A
2M
30
26
0
25
26
27
29
30
31
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32
ST
S2
84
TW
A
2.0
4.0
SP
C
6.3
650
95
0
33
1000
37
53
35
VA
284
=
KL
O
26.5
40.0
ME
C
VA
C
6.3
600
1050
40
30
0
80
0
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84
TW
A
8.0
12.0
WJ
C
6.3
26
00
7150
21
0
14
2W
4500
7K
36
WJ284-1
TW
A
6.8
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(NJ CO
THE NATIONAL BUREAU OF STANDARDS
The National Bureau of Standards1 provides measurement and technical information services
essential to the efficiency and effectiveness of the work of the Nation’s scientists and engineers. The
Bureau serves also as a 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
accomplish this mission, the Bureau is organized into three institutes covering broad program areas of
research and services:
THE INSTITUTE FOR BASIC STANDARDS . . . provides the central basis within the United
States for a complete and consistent system of physical measurements, coordinates that system with the
measurement systems of other nations, and furnishes essential services leading to accurate and uniform
physical measurements throughout the Nation’s scientific community, industry, and commerce. This
Institute comprises a series of divisions, each serving a classical subject matter area:
—Applied Mathematics—Electricity—Metrology—Mechanics—Heat—Atomic Physics—Physical
Chemistry—Radiation Physics—Laboratory Astrophysics2—Radio Standards Laboratory,2 which
includes Radio Standards Physics and Radio Standards Engineering—Office of Standard Refer¬
ence Data.
THE INSTITUTE FOR MATERIALS RESEARCH . . . conducts materials research and provides
associated materials services including mainly reference materials and data on the properties of ma¬
terials. Beyond its direct interest to the Nation’s scientists and engineers, this Institute yields services
which are essential to the advancement of technology in industry and commerce. This Institute is or¬
ganized primarily by technical fields:
—Analytical Chemistry—Metallurgy—Reactor Radiations—Polymers—Inorganic Materials—Cry¬
ogenics2—Office of Standard Reference Materials.
THE INSTITUTE FOR APPLIED TECHNOLOGY . . . provides technical services to promote the
use of available technology and to facilitate technological innovation in industry and government. The
principal elements of this Institute are:
—Building Research—Electronic Instrumentation—Technical Analysis—Center for Computer Sci¬
ences and Technology—Textile and Apparel Technology Center—Office of Weights and Measures
—Office of Engineering Standards Services—Office of Invention and Innovation—Office of Vehicle
Systems Research—Clearinghouse for Federal Scientific and Technical Information3—Materials
Evaluation Laboratory—NBS/GSA Testing Laboratory.
1 Headquarters and Laboratories at Gaithersburg, Maryland, unless otherwise noted; mailing address Washington, D. C., 20234.
2 Located at Boulder, Colorado, 80302.
3 Located at 5285 Port Royal Road, Springfield, Virginia 22151.
NBS TECHNICAL PUBLICATIONS
PERIODICALS
JOURNAL OF RESEARCH reports Na¬ tional Bureau of Standards research and develop¬ ment in physics, mathematics, chemistry, and engineering. Comprehensive scientific papers give complete details of the work, including laboratory data, experimental procedures, and theoretical and mathematical analyses. Illustrated with photographs, drawings, and charts.
Published in three sections, available separately:
• Physics and Chemistry
Papers of interest primarily to scientists working in these fields. This section covers a broad range of physical and chemical research, with major emphasis on standards of physical measurement, fundamental constants, and properties of matter. Issued six times a year. Annual subscription: Domestic, $5.00; foreign, $6.00*.
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Studies and compilations designed mainly for the mathematician and theoretical physicist. Topics in mathematical statistics, theory of experiment design, numerical analysis, theoretical physics and chem¬ istry, logical design and programming of computers and computer systems. Short numerical tables. Issued quarterly. Annual subscription: Domestic, $2.25; foreign, $2.75*.
• Engineering and Instrumentation
Reporting results of interest chiefly to the engineer and the applied scientist. This section includes many of the new developments in instrumentation resulting from the Bureau’s work in physical measurement, data processing, and development of test methods. It will also cover some of the work in acoustics, applied mechanics, building research, and cryogenic engineering. Issued quarterly. Annual subscription: Domestic, $2.75; foreign, $3.50*.
TECHNICAL NEWS BULLETIN
The best single source of information concerning the Bureau’s research, developmental, cooperative and publication activities, this monthly publication is designed for the industry-oriented individual whose daily work involves intimate contact with science and technology—for engineers, chemists, physicists, research managers, product-development managers, and company executives. Annual subscrip¬ tion: Domestic, $1.50; foreign, $2.25*.
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NONPERIODICALS
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Handbooks. Recommended codes of engineering and industrial practice (including safety codes) developed in cooperation with interested industries, professional organizations, and regulatory bodies.
Miscellaneous Publications. Charts, adminis¬ trative pamphlets, Annual reports of the Bureau, conference reports, bibliographies, etc.
Monographs. Major contributions to the techni¬ cal literature on various subjects related to the Bureau’s scientific and technical activities.
National Standard Reference Data Series. NSRDS provides quantitative data on the physical and chemical properties of materials, compiled from the world’s literature and critically evaluated.
Product Standards. Provide requirements for sizes, types, quality and methods for testing various industrial products. These standards are developed cooperatively with interested Government and in¬ dustry groups and provide the basis for common understanding of product characteristics for both buyers and sellers. Their use is voluntary.
Technical Notes. This series consists of com¬ munications and reports (covering both other agency and NBS-sponsored work) of limited or transitory interest.
CLEARINGHOUSE
The Clearinghouse for Federal Scientific and Technical Information, operated by NBS, supplies unclassified information related to Government¬ generated science and technology in defense, space, atomic energy, and other national programs. For further information on Clearinghouse services, write:
Clearinghouse U.S. Department of Commerce Springfield, Virginia 22151
Order NBS publications from:
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*U. S. GOVERNMENT PRINTING OFFICE : 1967 O - 276-086
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