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Online Diode Fault Detection in Rotating Rectifier of the Brushless Synchronous Starter Generator

机译:无刷同步启动器发生器旋转整流器中的在线二极管故障检测

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The rotating rectifier in the brushless synchronous starter/generator is more vulnerable than others. Therefore, fault detection of the rotating rectifier is necessary. This article focuses on the identification of the diode failures in the rotating rectifier of the brushless synchronous starter/generator. Traditional approaches based on the analysis from the main exciter field current or main machine output voltage may lose the fault location information. To solve this problem, the fault features based on the rotor current are analyzed. With a simple rotor current restructuring approach, the magnitude ratio of second harmonic to fundamental obtained by bandpass filters on the restructured rotor current is employed to confirm the one diode open-circuit or one diode short-circuit fault. The experimental results verify the feasibility and effectiveness of the proposed method.
机译:无刷同步起动器/发电机中的旋转整流器比其他更容易受到攻击。因此,需要对旋转整流器的故障检测。本文侧重于无刷同步起动器/发电机的旋转整流器中的二极管故障的识别。基于来自主励磁场电流或主机输出电压的分析的传统方法可能会丢失故障位置信息。为了解决这个问题,分析了基于转子电流的故障特征。利用简单的转子电流重构方法,采用通过在重构转子电流上的带通滤波器获得的二次谐波到基本的幅度比来确认一个二极管开路或一个二极管短路故障。实验结果验证了该方法的可行性和有效性。

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