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Indirect Contacts Protection for Multi-Frequency Currents Ground Faults

机译:多频电流接地故障的间接接触保护

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摘要

In recent decades, most electrical appliances have been deeply transformed with the addition of power electronics. In case of failures, the fault current is no longer sinusoidal and the effects on human beings are, up to now, not well known. Non sinusoidal currents can be decomposed in a series of sinusoidal currents: for this purpose, the IEC Standard 62423 defines a test waveform for F type residual circuit breakers, which is composed of different frequencies weighted sinusoidal currents. In this paper, the human body response to multi frequency currents has been investigated considering the perception threshold for the test waveform defined in the IEC 62423
机译:近几十年来,随着电力电子技术的发展,大多数电器已发生了深刻的变革。在发生故障的情况下,故障电流不再是正弦波,并且到目前为止,对人类的影响尚不清楚。非正弦电流可以分解为一系列正弦电流:为此,IEC标准62423定义了F型漏电断路器的测试波形,该波形由不同频率的正弦电流加权而成。在本文中,已经考虑了IEC 62423中定义的测试波形的感知阈值,研究了人体对多频电流的响应

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