Experimental evaluation of the induced current by the PLC leakage electromagnetic wave

K. Takaya, T. Abe, T. Tominaga
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引用次数: 2

Abstract

The influence of electromagnetic radiation from power-line communication (PLC) systems on various types of communication or broadcast services has been investigated. This paper describes experimental results of the influence of electromagnetic radiation from a PLC system on other communication services. The influence was evaluated by measuring the current induced in a communication cable close to a power-line cable. The evaluation involved measuring the induced current for different communication cable structures, different lengths over which the communication and power-line cable ran parallel, and different distances of separation between the cables. It was found that the induced current that occurs in the adjacent communication cable depends on the length over which the cables run parallel and the distance of separation, but does not depend on the structure of the communication cable. Furthermore, the minimum length of parallel cabling to result in saturation of the induced current, which depends on the output power of the PLC modems, was obtained experimentally.
PLC泄漏电磁波感应电流的实验评定
电力线通信(PLC)系统的电磁辐射对各种类型的通信或广播业务的影响进行了研究。本文介绍了PLC系统电磁辐射对其他通信业务影响的实验结果。通过测量靠近电力线电缆的通信电缆中产生的电流来评估这种影响。评估包括测量不同通信电缆结构、通信电缆和电力电缆平行敷设的不同长度以及电缆之间不同距离的感应电流。研究发现,在相邻的通信电缆中产生的感应电流取决于电缆平行的长度和分离的距离,而与通信电缆的结构无关。此外,还通过实验得到了导致感应电流饱和的最小并联电缆长度,该长度取决于PLC调制解调器的输出功率。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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