A three-dimensional numerical model of a thermal accelerometer with a thermal resistance effect in a sensitive element on a thin-film multilayer membrane based on MEMS technology has been developed and tested. The change in temperature difference on thermistors in the acceleration range from 1 to 10g and the applicability of the proposed technological solution for the implementation of thermal inertial systems are analyzed. The results obtained can be used for the optimization and development of a multi-axis thermal accelerometer.
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