电缆和外围设备放置对辐射发射的影响

C. Brench, B. L. Brench
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引用次数: 9

摘要

一些天线几何形状的辐射电阻和输入电抗进行了检查。更重要的是,对明显微小变化的影响进行评估,以确定测试天线下设备的频率依赖性。给出的模型在高达100 MHz的频率下进行评估;这是观测到大多数电缆相关效应的区域。考虑的几何形状归一化为1m电缆。然后对布局进行小的改变,然后对天线效果进行重新评估。没有试图提供关于这些几何的指向性的信息。所提出的模型是基于单开路(单极子)和闭环(环路)天线。它显示了如何一些非常良好的屏蔽和适当粘结电缆必须包括在天线模型。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Effects of cable and peripheral placement on radiated emissions
A number of antenna geometries are examined for radiation resistance and input reactance. More importantly, the effects of apparently small changes are evaluated to determine the frequency dependence of the equipment under test antennas. The models given are evaluated for frequencies up to 100 MHz; this the region where most cable-related effects are observed. The geometries considered are normalized to 1-m cables. Small changes are then made to the layout, followed by a reevaluation of the antenna effects. No attempt is made to provide information as to the directivity of these geometries. The models presented are based on single open-circuit (monopole) and closed circuit (loop) antennas. It is shown how some very-well-shielded and properly bonded cables must be included into the antenna model.<>
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