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The study on inverse system decoupling and PID control used in power magnetic beraing

机译:电力电磁轴承的逆系统解耦和PID控制的研究

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摘要

In this paper, the coupling magnetic field model which the power magnetic bearing generated by interference between the rotation and levitation force is linear inverse system decoupling, and study PID control strategy on decoupling linearization system. According to the performance analysis and simulation of PID control system, it can be concluded that PID control system has quick response, high control precision, good control ability, and excellent robustness. It can be applied to project system.
机译:在本文中,旋转和悬垂力之间干扰产生的电磁轴承的耦合磁场模型是线性逆系统去耦,以及去耦线性化系统的PID控制策略。根据PID控制系统的性能分析和仿真,可以得出结论,PID控制系统具有快速响应,高控制精度,良好的控制能力和优异的鲁棒性。它可以应用于项目系统。

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