基于EWB5.0V。电子工作平台的电路交流频率分析。
所研究的控制方法均在AC200交流伺服驱动系统的频率域实验模型上做了仿真实验，结果支持了本文分析所得的结论。
All the concerned control strategies are supported with the simulation results that are made on the experimental frequency domain model of the AC200 servo drive system.
根据交流流体网络理论，通过单传管路的传递函数阵分析了液压流体系统的频率响应特性。
Based on the theory of ac fluid networks, the frequency response characteristics of a hydraulic fluid system were analyzed.
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