A. K. Gorwara, "Phase and Amplitude Balance, Key to Image Reject Mixers,", Microwaves, October 1972.
A. K. Gorwara, "Millimeter Wave MIC Balanced and Image Reject Mixers," presented to IEEE-MTT-AP Society, San Diego, California, U.S.A., November 15, 1974.
A. K. Gorwara, "Microwave and Millimeter Wave Integrated Circuit Techniques," presented to the Department of Electrical Engineering, University of California, Berkeley, California, U.S.A., December 5, 1974.
A. K. Gorwara, "Broadband Low Noise Millimeter Wave MIC Balanced and Image Reject Mixer," presented to IEEE-MTT Society, Palo Alto, California, U.S.A., January 16, 1975.
A. K. Gorwara, "Varactor Diode Frequency Divider for Microwave and Millimeter Wave Applications," presented to IEEE-MTT Socety, Palo Alto, California, U.S.A., April 17, 1975.
A. K. Gorwara, "MIC Frequency Discriminators for Microwave and Millimeter Wave Applications," presented to IEEE-MTT Society, Palo Alto, California, U.S.A., November 20, 1975.
A. K. Gorwara, "Planar Millimeter Wave Circuits," presented to the 1976 Millimeter Wave Workshop sponsored by the Defense Advance Research Project Agency (DARPA), November 17, 1976, U.S.A.
A. K. Gorwara and D. Parker, "Design of an S-Band Varactor Frequency Divider," presented to IEEE-MTT Society, Palo Alto, California, U.S.A.
A. K. Gorwara, "Millimeter Wave MIC Polar Discriminators," presented to IEEE-MTT Society, Palo Alto, California, U.S.A.
A. K. Gorwara et al, "Design and Performance of a Broadband Low Noise K-Band Micro-Strip Image Reject Mixer," submitted for presentation to 1977 IEEE-MTT-S International Microwave Symposium, U.S.A.
A. K. Gorwara et al, "18 to 26.5 GHz MIC, 3 dB Quardrature Hybrid," published in Microwaves, April 1977, U.S.A.
A. K. Gorwara, "Growth of High-Technology Electronics," presented at the Seminar on Finance for Electronics, sponsored by AIMO, New Delhi, February 7, 1984.
A. K. Gorwara, "Electronic Components - Essential to the Future Growth of Electronics Industry," presented at the Symposium on Growth of Electronics, organized by the Institution of Electronics and Telecommunication Engineers (IETE), New Delhi, April 3-4, 1985.
A. K. Gorwara, "High Quality Electronic Components - Essential for Growth of Electronics Industry," presented at the Seminar on "Quality Control of Electronic Products," organized by Ministry of Industries, Solan, HP, October 16, 1985.
A. K. Gorwara, "Will Electronic Exchanges Solve our Telephone Ailments?" The Himachal Times, November 10, 1986.
FINAL REPORTS BY DR. ASHOK (ASH) K. GORWARA
STANFORD RESEARCH INSTITUTE (SRI), MENLO PARK, CA
A. K. Gorwara, "DIODE BEACON TECHNIQUES," January 1974, U.S.A.
D. R. Chambers, A. K. Gorwara et al, "ULTRA-WIDEBAND INTEGRATED COMPONENTS," November 1974, U.S.A.
A. K. Gorwara et al, "VARIOUS HYBRID MICROWAVE/MIC COMPONENT DEVELOPMENTS," January 1975, U.S.A.
U. H. Gysel, J. P. Watjen et al, "MIC 7-TO-11 GHz FREQUENCY DISCRIMINATOR," September 1976, U.S.A.
AVCO SYSTEMS DIVISION, WILMINGTON, MA
R. F. Avmots for Automatic Test Depots Stations (F-15 PLANES).
Automatic Microwave Tube Testing System (MISSILES).
General Theory and Procedures for Antenna Aperture Phase Measurements (FOR RE-ENTRY BALLISTIC MISSILES).
Negative Impedance Circuits (FOR RE-ENTRY BALLISTIC MISSILES).
MICRO-RADAR (FOR RE-ENTRY BALLISTIC MISSILES).
THEORETICAL ANALYSIS on Microwave Mixers and Detector Diodes (FOR TACTICAL AND STRATEGIC MISSILES).
'S' Band Transmitter for Planatory Explorer (SPACE PROBES).
Procedures for Obtaining ABCD Matrix of C-Band Electronics Box in Nose Cone of RANT Missile (FOR TACTICAL AND STRATEGIC MISSILES).
Development Test Plan and Test Procedures for C-Band Impedance Monitors (FOR RE-ENTRY BALLISTIC MISSILES).
MIT-LINCOLN LABORATORIES, LEXINGTON, MA
X-Band Transponders for TV, Radio and PCM, Telemetry, High Data SATELLITE COMMUNICATIONS Using High Efficiency Doubler and Divide by Two Circuits.
Theoretical and Experimental Design of Low Distortion Frequency Modulators and Discriminators (FOR SATELLITE COMMUNICATIONS).
Design of Efficient and Conditionally Stable Unbalanced Varactor Doubler and Divide by Two Circuits (FOR SATELLITE COMMUNICATIONS).
Theoretical Analysis of Divide by Two Circuits Using Double Balanced Mixer (FOR SATELLITE COMMUNICATIONS).
Transient Analysis of Varactor Doubler and Divide by Two Circuits (FOR SATELLITE COMMUNICATIONS).
STANDARD TELEPHONE & CABLES, NEW SOUTHGATE, LONDON, U.K.,
AND STANDARD TELECOMMUNICATIONS LABORATORIES, HARLOW, ESSEX, U.K.
115 KHz Highly Stable Oscillator System (FOR TELECOMMUNICATION AND TERRESTRIAL LINKS).
Transients in Delay Switching of Iron Core Coils and R.F. Chokes.
PLANAR MICROWAVE INTERNATIONAL CORPORATION
PLAMIC Microwave and Millimeter Wave Integrated Components and Subsystems offered
Test Results and Data on Key PLAMIC Products
Photographs of Key Existed PLAMIC RF/Microwave Components and Subsystems
