System-level simulation method and simulation system for Coriolis force ring gyroscope

Abstract

The invention discloses a system-level simulation method and a simulation system for a Coriolis force ring gyroscope, and belongs to the field of virtual simulation systems for Coriolis force ring gyroscopes. Comprising the following steps: step 1, establishing a subsystem model of a simulation system; 2, establishing a relation between the interactive interface icon and the module model; 3, classifying the data obtained by simulation, and enabling the data to correspond to different parameters in the subsystems; and 4, respectively establishing a subsystem-based model part, a GUI-based simulation interface part and a simulation database-based data part. According to the system-level simulation method and simulation system for the Coriolis force ring gyroscope, system-level virtual simulation from front-end structure parameters to a rear-end driving detection circuit is realized based on a simulation model established by Simulink, a GUI interaction interface and database storage and calling, and a final detection result can be called at any time to carry out visual influence analysis, so that the system-level simulation method and simulation system for the Coriolis force ring gyroscope can be applied to the field of simulation of the Coriolis force ring gyroscope. Therefore, the development efficiency of the Coriolis force resonant gyroscope is greatly improved.

Images