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Proceedings Paper

Integrated Circuit Components For 94 Ghz Applications
Author(s): Y. C. Ngan; Y. E. Yen; D. English; A. Grote; T. Pham; G. Hayashibara; L. Wandinger; E. Freibergs
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Paper Abstract

The development, design and performance of 94 GHz Microstrip Integrated Circuit (MIC) Gunn VCOs, down-converters, IMPATT injection-locked amplifiers, and low loss circulators are described in this paper. These components have subsequently been integrated into an all integrated circuit short pulse transceiver. Test results of the transceiver verifies their superior performance working as a subsystem. This work clearly establishes MIC technology as a viable approach toward achieving compact and lightweight 94 GHz transceiver design in planar construction, which is a necessary precursor to full monolithic implementation.

Paper Details

Date Published: 24 September 1987
PDF: 7 pages
Proc. SPIE 0791, Millimeter Wave Technology IV and RF Power Sources, (24 September 1987); doi: 10.1117/12.940810
Show Author Affiliations
Y. C. Ngan, TRW Electronics and Defense (United States)
Y. E. Yen, TRW Electronics and Defense (United States)
D. English, TRW Electronics and Defense (United States)
A. Grote, TRW Electronics and Defense (United States)
T. Pham, TRW Electronics and Defense (United States)
G. Hayashibara, TRW Electronics and Defense (United States)
L. Wandinger, U. S. Army Laboratory Command Electronics Technology and Devices Laboratory (United States)
E. Freibergs, U. S. Army Laboratory Command Electronics Technology and Devices Laboratory (United States)


Published in SPIE Proceedings Vol. 0791:
Millimeter Wave Technology IV and RF Power Sources
James T. Coleman; James C. Wiltse, Editor(s)

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