
The article presents a mathematical model and analysis of the transition processes in the microwave resonance gyroscope with passive resonator. The influence of the impulse duration and frequency, of the resonator rotation angular velocity on the transition processes is researched. The article estimates sensitivities to the voltage and also to the standing wave node displacement for the resonator rotation angular velocity.
Построена математическая модель и проведен анализ переходных процессов в микроволновом резонансном гироскопе с пассивным резонатором. Исследовано влияние длительности и частоты импульса, угловой скорости вращения резонатора на переходные процессы. Получены оценки чувствительностей напряжения, а также смещения узла стоячей волны к изменению угловой скорости вращения резонатора.
МИКРОВОЛНОВЫЙ РЕЗОНАНСНЫЙ ГИРОСКОП, КОЛЬЦЕВОЙ РЕЗОНАТОР, МАТЕМАТИЧЕСКАЯ МОДЕЛЬ, ПЕРЕХОДНЫЕ ПРОЦЕССЫ, РЕЗОНАНСНЫЕ ХАРАКТЕРИСТИКИ
МИКРОВОЛНОВЫЙ РЕЗОНАНСНЫЙ ГИРОСКОП, КОЛЬЦЕВОЙ РЕЗОНАТОР, МАТЕМАТИЧЕСКАЯ МОДЕЛЬ, ПЕРЕХОДНЫЕ ПРОЦЕССЫ, РЕЗОНАНСНЫЕ ХАРАКТЕРИСТИКИ
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