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Mathmatical models on extended electromotive force exited by high frequency signal injection and its robustness for position estimation of PMSM

机译:高频信号注入产生的扩展电动势的数学模型及其对永磁同步电动机位置估计的鲁棒性

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The Extended Electromotive Force(EEMF) has a high potential because that the model enables position estimation by utilizing not only electromotive force but also saliency of inductance. In particular, the EEMF consists of two components, excited by rotor speed and high-frequency signal injection. The characteristic of EEMF excited by speed has been proposed sufficiently. This paper describes analysis of robustness of parameter error in two types of Extended Electromotive Force (EEMF) exited by high frequency signal injection for position sensorless control. Finally, formula evaluation indicates that each EEMF model has different robustness of parameter error.
机译:扩展电动势(EEMF)具有很高的潜力,因为该模型不仅可以利用电动势而且可以利用电感的显着性进行位置估计。尤其是,EEMF由两个组件组成,它们由转子速度和高频信号注入激励。已经充分提出了由速度激发的EEMF的特性。本文描述了高频信号注入对无位置传感器控制产生的两种扩展电动势(EEMF)中参数误差的鲁棒性分析。最后,公式评估表明每个EEMF模型具有不同的参数误差鲁棒性。

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