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Effectiveness of Shield Termination Techniques Tested with TEM Cell and Bulk Current Injection

机译:TEM电池和大电流注入测试的屏蔽端接技术的有效性

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摘要

This paper presents experimental results of the effectiveness of various shield termination techniques. Each termination technique is evaluated by two independent noise injection methods; transverse electromagnetic (TEM) cell operated from 3 MHz 400 MHz, and bulk current injection (BCI) operated from 50 kHz 400 MHz. Both single carrier and broadband injection tests were investigated. Recommendations as to how to achieve the best shield transfer impedance (i.e. reduced coupled noise) are made based on the empirical data. Finally, the noise injection techniques themselves are indirectly evaluated by comparing the results obtained from the TEM Cell to those from BCI.
机译:本文介绍了各种屏蔽端接技术有效性的实验结果。每种端接技术均通过两种独立的噪声注入方法进行评估。横向电磁(TEM)单元的工作频率为3 MHz 400 MHz,大电流注入(BCI)的工作频率为50 kHz 400 MHz。研究了单载波和宽带注入测试。根据经验数据,提出了有关如何获得最佳屏蔽传输阻抗(即降低耦合噪声)的建议。最后,通过比较从TEM单元获得的结果和从BCI获得的结果,间接评估噪声注入技术本身。

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