首页> 外文会议>The 4th International Power Electronics and Motion Control Conference(IPEMC 2004) vol.3 >Study of Coupling Effects among Passive Components Used in Power Electronic Devices
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Study of Coupling Effects among Passive Components Used in Power Electronic Devices

机译:电力电子设备中无源元件之间的耦合效应研究

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Modeling the coupling path of conducted EMI in power electronic devices is helpful for designing and debugging of their EMC. To achieve more effective model of EMI coupling path, the coupling effects among passive components should be involved in the model. In this paper, three kinds of coupling effects between two passive components are studied in detail. Based on testing the relationship of each kind of coupling effect and the distance between the two passive components, the paper proposed a two-port model to describe their performance including coupling effects. The tested and simulated results of frequency characteristic of a low-pass two-stage LC filter show that the two-port model of two passive components is effective.
机译:对电力电子设备中的传导EMI的耦合路径进行建模有助于设计和调试其EMC。为了获得更有效的EMI耦合路径模型,模型中应涉及无源元件之间的耦合效应。本文详细研究了两种无源元件之间的三种耦合效应。在测试各种耦合效应与两个无源元件之间的距离之间的关系的基础上,提出了一个两端口模型来描述它们的性能,包括耦合效应。对低通两级LC滤波器频率特性的测试和仿真结果表明,两个无源元件的两端口模型是有效的。

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