Developing digital control system for microelectromechanical gyroscope with ring resonator
The paper highlights principles of control system development for a microelectromechanical gyroscope with ring resonator with unlimited usage of digital technologies. The description of the proposed control system and results of its numerical modeling have been provided. It has been shown that the frequency of drive mode motion can be used for precise temperature measurements. Results of gyroscope testing with automated test bench, which fully confirm the functionality of the developed control system, have been given.