不同控制结构的积分器、非线性和反复位绕组

B. Wittenmark
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引用次数: 20

摘要

在大多数控制方案中,引入积分器来消除负载扰动引起的偏移是有利的。然而,引入非线性也很重要,例如由于执行器的限制。积分器与非线性之间的相互作用会引起复位绕组的问题。讨论了不同控制器配置下的防复位绕组处理方法。对简单pid控制器、级联回路、状态反馈控制器和极点布置控制器进行了统一的处理。讨论以模拟作为补充。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Integrators, Nonlinearities, and Anti-reset Windup for Different Control Structures
In most control schemes it is advantageous to introduce integrators to eliminate off-set due to load disturbances. It is, however, also important to introduce nonlinearities, for instance due to limitations in actuators. The interaction between the integrator and the nonlinearities will cause problems with reset windup. Ways to handle anti-reset windup for different controller configurations are discussed in the paper. Simple PID-controllers, cascade loops, state feedback controllers and pole-placement controllers are given a unified treatment. The discussion is supplemented with simulations.
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