Optimization strategy for control parameters of a certain rotating system

This paper takes a certain type of rotating system as the research object. First, the system model is established by mathematical analysis, then the control law of proportional advance correction network is designed by traditional frequency analysis method, and the theoretical initial parameters of the system are determined. Then, by setting evaluation indicators and gradually narrowing the search range, iterative simulation was conducted on parameters within a certain range of initial parameters, and the optimized control parameters of the system were obtained. Finally, the control accuracy under this set of parameters was verified through physical verification, demonstrating the correctness of the control parameter optimization strategy proposed in this paper.