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Research on the Human Simulated Intelligent PID Control Method for Servo Feed Driver System

机译:伺服进给驱动器系统仿人智能PID控制方法研究

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In the conventional CNC servo feed system, using traditional PID control method is difficult to control the tracking error reduced effectively and quickly, so its result of processing geometric accuracy is not satisfactory. The human simulated intelligent PID control method is introduced to the servo feed control system in the paper. The transfer function of the servo driver system model is derived and the human simulated intelligent PID control algorithm is designed. Simulation results show that the human simulated intelligent PID control method has the advantages of good stability and robustness in the servo driver control system, which can effectively inhibit the influence of the tracking error.
机译:在传统的CNC伺服进给系统中,采用传统的PID控制方法难以有效,快速地控制跟踪误差,因此其加工几何精度的结果并不令人满意。将仿人智能PID控制方法引入伺服进给控制系统。推导了伺服驱动器系统模型的传递函数,并设计了仿人智能PID控制算法。仿真结果表明,仿人智能PID控制方法在伺服驱动器控制系统中具有良好的稳定性和鲁棒性,可以有效抑制跟踪误差的影响。

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