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Frequency Analysis and PID controller design for a Pump-Controlled Electrical Hydraulic System

机译:泵控制电气液压系统的频率分析与PID控制器设计

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摘要

Electrical-hydraulic servo systems are widely used in industry, and obviously a highly performance is required. In this article, a pump-controlled electrical hydraulic servo system is analyzed using PID controller. The model of the system is established, and the frequency response is analyzed in frequency domain using Simulink. Besides, simulation is carried out in real-time domain. According to the results, the system performs well both in frequency and real-time domain.
机译:电气液压伺服系统广泛用于工业,显然需要高性能。在本文中,使用PID控制器分析泵控制的电气液压伺服系统。建立系统的模型,使用Simulink在频域中分析频率响应。此外,仿真在实时域中进行。根据结果​​,系统在频率和实时域中执行良好。

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