/spl mu/A漏电流EMI滤波器的设计与测量

L. Carmody, V. Ungvichian
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引用次数: 1

摘要

本文将根据UL 1206-1标准,重新设计泄漏电流小于100 /spl mu/ a的低功率单相EMI滤波器。最近的现行限制对医疗应用比其他限制更为严格。因此,有必要重新审视EMI滤波器的设计。由于等效串联电阻(ESR),两个Y电容是泄漏电流的主要贡献者。建议采用三y电容器。实验数据表明,该滤波器在150khz ~ 30mhz频段内实现了低泄漏电流,平均插入损耗为67 dB。研究了互耦对低功率下漏电流的影响。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Design and measurement of /spl mu/A leakage current EMI filter
In this paper, a re-design of low power single-phase EMI filter where less than 100 /spl mu/A of leakage current as per UL 1206-1 standards will be presented. The recent current limit is more stringent for medical applications than the others. Hence there is need to revisit the EMI filter design. The two Y capacitors are the major contributors to the leakage current due to the equivalent series resistor (ESR). The three-Y capacitors are suggested for the strategy. The experimental data indicates that low leakage current is achieved and the filter provides an average of 67 dB insertion loss in the 150 kHz to 30 MHz band. Mutual coupling is investigated but it does not contribute to the leakage current at low power.
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