The whole dynamic decoupling AC variable-frequency velocity modulation system of asymchronous machine with Adaptive Inverse Control

机译：自适应逆控制的异步电动机动态解耦交流变频调速系统

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The feedback linearization theory of non-linear control can realize dynamic decoupling and linearization of AC Variable-frequency velocity modulation system, but the time-varying of machine parameter will affect accurate decoupling of feedback linearization variable-frequency velocity modulation system. This paper applies disturbance rejection loop of Adaptive Inverse Control to dynamic decoupling variable-frequency velocity modulation system for the first time. It eliminates the influence of the machine time-varying parameter, and fulfills the whole dynamic decoupling and linearization.

机译：非线性控制的反馈线性化理论可以实现交流变频调速系统的动态解耦和线性化，但是电机参数的时变会影响反馈线性化变频调速系统的精确解耦。本文首次将自适应逆控制的干扰抑制回路应用于动态解耦变频调速系统。它消除了机器时变参数的影响，并实现了整个动态去耦和线性化。

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《2011 International Conference on Mechatronic Science, Electric Engineering and Computer》|2011年|p.93-96|共4页
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Jing Bai; Dandan Ma; Daliang Wa; Yu Zhang;
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正文语种
中图分类机电一体化;
关键词
Adaptive Inverse Control; Feedback Linearization; The whole dynamic decoupling; Variable-frequency velocity modulation system;

机译：自适应逆控制反馈线性化整体动态解耦变频调速系统;

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The whole dynamic decoupling AC variable-frequency velocity modulation system of asymchronous machine with Adaptive Inverse Control

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