关于高频电压绝缘系统的pd测试

M. Paede, W. Pfeiffer
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引用次数: 4

摘要

在过去的十年中,人们对绝缘系统高频应力下的局部放电(PD)越来越感兴趣。目前,低压设备中经常使用超过100khz的高频工作电压,并且频率还在不断增加。由于电源中的开关,电压形状通常是非正弦的。通过谐波分析,讨论了这些非正弦电压在电应力方面的特点。显示了在脉冲电压下进行PD测量的困难,并讨论了使用正弦电压测量的替代方法。对于非正弦电压和不断增加的工作频率,MHz范围内的测试频率是未来的兴趣。讨论了这些高频试验对试验设备的要求。最后,本文介绍了如何对高频应力进行PD测试,并给出了一些例子。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
About the PD-testing of insulation systems with high-frequency voltages
In the last decade, there has been an increasing interest in partial discharges (PD) at high frequency stress on insulation systems. At present, high-frequency working voltages exceeding 100 kHz are often used in low-voltage equipment and the frequencies are still increasing. Due to the switching in the power supplies, the voltage shapes are usually nonsinusoidal. The aspects of these nonsinusoidal voltages regarding the electrical stress are discussed by harmonic analysis. The difficulties of performing PD measurements at impulse voltages are shown and the alternative of measurements using sinusoidal voltages is discussed. Regarding the nonsinusoidal voltages and the increasing operating frequencies, test frequencies in the MHz range are of future interest. The requirements on the test equipment for these high-frequency tests are discussed. Finally, this paper describes how PD tests can be performed with respect to high-frequency stress and some examples are shown.
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