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Design of an AC Servo Controller for a Dynamic Simulation Test System for Hydraulic Excavators Based on a System-on-chip Architecture

机译:基于片上系统架构的液压挖掘机动态仿真测试系统交流伺服控制器设计

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The AC servo system of hydraulic excavator dynamic simulation test system is studied in this paper.The AC servo controller based on C8051F410 on-chip system is designed in this paper. The dynamic characteristics of AC servo are tested and the fault treatment measures of AC servo controller are improved. Comparison between traditional PID and improved PID algorithm in AC Servo Controller by dynamic Simulation Test system, the improved PID algorithm suitable for dynamic simulation test system is obtained, and the response characteristics of the improved PID algorithm to AC servo system are tested. At the same time, the reliability of AC servo controller is tested.
机译:本文研究了液压挖掘机动态仿真试验系统的交流伺服系统。本文设计了基于C8051F410片上系统的交流伺服控制器。测试了交流伺服系统的动态特性,并改进了交流伺服控制器的故障处理措施。通过动态仿真测试系统对交流伺服控制器中传统的PID算法和改进的PID算法进行比较,得到了适用于动态仿真测试系统的改进的PID算法,并测试了改进的PID算法对交流伺服系统的响应特性。同时,对交流伺服控制器的可靠性进行了测试。

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