Walter R. Curtice

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An X-Band power MMIC chip designed for high voltage operation in phased array applications is described. A 10GHz pulsed power output of 2.2W with 10dB associated gain was achieved at an optimum drain bias of 12.5V in the first design iteration. CW performance over 8.0-10.5 GHz was accurately simulated using large signal FET models incorporated into a(More)
Many more factors are proving to be drivers of GaAs VLSI architecture than was ever the case with silicon. However, the possibility that GaAs may make possible throughput five times greater than that achievable with silicon continues to encourage research. In 1984, RCA began projects that would lead to the development of equipment constructed with GaAs(More)
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