Overview and Classification of Interferences in the Frequency Range 2–150 kHz (Supraharmonics)

Jan Meyer, V. Khokhlov, M. Klatt, J. Blum, Christian Waniek, T. Wohlfahrt, J. Myrzik
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引用次数: 38

Abstract

Electromagnetic Compatibility (EMC) issues in the frequency range between 2 kHz and 150 kHz, also known as supraharmonics, were limited for a long time to industrial applications. Due to the increasing amount of mass-market equipment operating with switching frequencies above 2 kHz, the importance of (non-intentional) supraharmonics emission in public low voltage networks increased considerable during the last decade. Parts of the frequency range are also used in many countries by narrowband Power Line Communication (PLC) for meter reading (intentional emission). Consequently interferences can occur not only between devices with non-intentional emission, but also between those devices and the narrowband PLC applications. An increasing number of reported disturbances related to the supraharmonic frequency range emphasize its growing importance. This paper provides a systematic classification of possible types of interference in the frequency range 2 kHz – 150 kHz and illustrates them be several example measurements performed in public low voltage networks. It provides some design recommendations for electronic equipment and indicates future research needs.
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2 - 150khz(超谐波)频率范围内干扰的概述与分类
在2 kHz和150 kHz之间的频率范围内的电磁兼容性(EMC)问题,也称为超谐波,长期以来仅限于工业应用。由于以2 kHz以上的开关频率运行的大众市场设备数量的增加,在过去十年中,公共低压网络(非故意)超谐波发射的重要性增加了相当大。部分频率范围在许多国家也被窄带电力线通信(PLC)用于抄表(故意发射)。因此,干扰不仅会发生在具有非故意发射的设备之间,而且还会发生在这些设备和窄带PLC应用之间。越来越多的报道与超谐波频率范围有关的干扰强调了其日益增长的重要性。本文对2khz - 150khz频率范围内可能出现的干扰类型进行了系统的分类,并举例说明了在公共低压网络中进行的几个测量实例。为电子设备的设计提供了一些建议,并指出了未来的研究需求。
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