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     MILLIMETER-WAVE MULTIPLIERS RELY ON
     DIODE INTEGRATED CIRCUITS IN FINLINE
      STRUCTURES FOR HIGH OUTPUT POWER



                  ARLEN DETHLEFSEN, ROLF DALICHOW,
                        DALE ALBIN, DAVID WILSON
                   NETWORK MEASUREMENTS DIVISION
                     1400 FOUNTAIN GROVE PARKWAY
                     SANTA ROSA, CALIFORNIA 95401




         RJ &. Microwave
         Measurement
         Symposium
         and
         Exhibition

         Flin-   HEWLETT
         a:~ PACKARD




                           www.HPARCHIVE.com
                      MILLIMETER-WAVE MULTIPLIERS RELY ON
                            DIODE INTEGRATED CIRCUITS
                  IN FINLINE STRUCTURES FOR HIGH OUTPUT POWER



This paper presents several design aspects of HP's new frequency-multiplying
millimeter-wave source modules. The tradeoffs between using fundamental
oscillators vs. frequency multiplying techniques are examined, followed by a
discussion of various ways of realizing both frequency doublers and triplers at
millimeter-wave frequencies. A diode integrated circuit, which forms the heart
of both the doubler and tripler circuits by achieving very good conversion
efficiency, is also described. The block diagram of the source modules and
their typical performance are presented.
Authors: Arlen Dethlefsen, Engineering Section Manager for scalar network
measurements, HP Network Measurements Division, Santa Rosa, CA. BSEE and BS
(Mathematics), California State Polytech Univ., 1961; MSEE, Northeastern Univ.,
1963. Seven years with Bell Telephone Labs. With HP since 1968 designing
microwave microcircuits for HP sweepers, then managing sweeper development
projects. Now responsible for swept sources and scalar network analyzer
deve 1opment.
Rolf Dalichow, Engineering Section Manager for precision sources, HP Network
Measurements Division, Santa Rosa, CA. Ing. grad. degree, Staatiliche
Ingineurschule Giessen, W. Germany (1961). Joined HP in 1973 with 12 years
experience designing hybrid RF circuits and communications transmitters in
Germany and U.S. Was design project leader for portion of HP 8505A RF network
analyzer, then project manager for HP 8350 sweep oscillator and its RF
plug-ins, also for HP 8349A microwave amplifier and millimeter-wave source
modules. Now managing R&D section developing synthesized sweepers, millimeter
sources and microwave amplifiers.
Dale Albin, Design Project Leader for 83554A, 83555A, 83556A millimeter
sources. BSEE, University of Texas at Arlington, 1977. Joined HP in 1977 as a
manufacturing engineer involved with processing and testing of GaAs and silion
transistors. Designed finline couplers, detectors, and triplers for the
millimeter sources, as well as 11-20 GHz power amp.
David Wilson, Development Engineer for millimeter sources, HP Network
Measurements Division, Santa Rosa, CA. BSEE (1981) and M. Eng. (1983),
California Polytechnic State University, San Luis Obispo. With HP since 1981
developing finline components and microcircuits for millimeter sources.




                                       2

                                   www.HPARCHIVE.com
                                                 This paper will give an overview of
                                                 various methods of achieving millimeter
                                                 wave swept sources. The concepts of
                                                 doubling and tripling will be reviewed
          MILLIMETER-WAVE                        and the design of millimeter wave
                                                 doublers and triplers using diode
        MULTIPLIERS RELY ON                      integrated circuits in a finline
         DIODE INTEGRATED                        structure will be described.
         CIRCUITS IN FINLINE
       STRUCTURES FOR HIGH
           OUTPUT POWER


3606



                                                   The past ten years have seen increased
                                                   applications for millimeter waves both
                                                   in commercial and defense activities.
                                                   The primary categories have been in the
                                                   fields of communication and radar.




3607



                                                   Some of the major programs implemented
                                                   during this period and others still in
            MILLIMETER-WAVE                        the development phase are shown here.
               PROGRAMS                            Because of these programs, the- demand
                                                   for millimeter wave test instrumentation
       

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