exciting winding meaning in English
激磁绕组
激励绕组
励磁绕组激励线圈
励磁线圈
Examples
- Auxiliary exciting winding
辅助励磁绕组 - The study in this thesis will provide reference in improving salient - pole synchronous motors " asynchronous starting capability and designing the control exciting winding scheme
本文所作的研究工作，对凸极同步电动机异步起动的起动性能有所改善和励磁绕组的控制设计方面的研究有一定的指导意义。 - The thesis realizes the control exciting winding method and the best exciting in towards polarity method provided in this thesis with singlechip ( at90s8535 ) and scr hardware . it proves these methods are accurate and available through the control exciting winding test . analyzing the stator current and exciting current test curves on a salient - pole synchronous motor with 2kw - 4 poles , it solves the starting - difficulty of salient - pole synchronous motors , and improves motors " starting capability
通过在一台2kw 、 4极凸极同步电动机上进行异步起动试验和分析试验过程中的励磁绕组电流和定子绕组电流的波形，证明了本文提出的励磁控制线路的正确性和可行性，较好地解决了凸极同步电动机起动难的问题，同时改善了电机的起动性能。 - In this thesis , the basic operation theory of salient - pole synchronous motors is discussed ( based on the analysis of the electromagnetic relationship among stator winding 、 rotor winding and damper winding , the transitional process of salient - pole synchronous motors ( asynchronous starting , the thesis provids a novel control method and connection of exciting winding during salient - pole synchronous motors ( asynchronous starting
本文论述了凸极同步电动机的基本运行原理，在分析了凸极同步电动机定、转子绕组及阻尼绕组的电磁关系的基础上，研究了凸极同步电动机异步起动的过渡过程，提出了一种新型的凸极同步电动机异步起动过程中励磁绕组控制方法和线路。 - In this thesis , the mathematical model of transitional process is built up during salient - pole synchronous motors ( asynchronous starting based on the state equations under d - q frame , simulation model about asynchronous starting using matlab software is set up . it proves the novel exciting winding control way through analyzing and studying the simulation curves , and provides the best exciting in towards polarity way using " stator - electricity " during salient - pole synchronous motors ( asynchronous starting through analyzing the fault of traditional way to exciting
通过分析d q轴系下的凸极同步电动机状态方程，建立了凸极同步电动机异步起动过渡过程的数学模型。利用matlab仿真软件建立凸极同步电动机异步起动仿真模型，通过仿真曲线分析、研究，证明本文提出的新型励磁绕组控制方法的正确性，并通过分析传统投励方法的缺陷，提出了"定子电量法"实现凸极同步电动机最佳顺极性投励的方法。