A simplified model of a TRAPATT diode

Abstract
A simplified computer model of a TRAPATT (trapped plasma avalanche triggered transit) diode was developed and is used to investigate realistic voltage-current waveforms (i.e., waveforms that produce negative conductances at all signal frequencies). Oscillator efficiency variations due to fundamental and second-harmonic current tuning were studied. The computed waveforms show good agreement with the TRAPATT waveforms obtained experimentally.

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