
Analytical and experimental studies of the azimuthal module of two-component vibrational micromechanical gyroscope were conducted. It is shown that the micromechanical gyroscope is a system with distributed parameters. The frequency analysis is performed using software T-Flex. The influence of mechanical disturbances on the movement of azimuthal module in the form of translational and angular oscillations is shown; the natural frequencies of the azimuth are defined.
механические возмущения, системы управления, угловые колебания, частотный анализ, программное обеспечение, азимутальные модули, азимуты, T-Flex, параметры, поступательные колебания, азимутальный модуль, гироскопы, микромеханические гироскопы
механические возмущения, системы управления, угловые колебания, частотный анализ, программное обеспечение, азимутальные модули, азимуты, T-Flex, параметры, поступательные колебания, азимутальный модуль, гироскопы, микромеханические гироскопы
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