Abstract
The route of design and technique of simulation of a wave solid-state gyroscope with the ring resonator are developed. Simulation of dependences of gyroscope characteristics on design data and their optimization for the job of the necessary mode of movement, in particular, of resonance frequency of excitation of the second mode are executed. The technique of compensation of the mass defects resulting from admissions on technological operations of production of a wave solid-state gyroscope (technological defects) and leading to the shift of initial provision of nodal points is presented.
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