Using GTEM for electromagnetic emission measurements: experiments in test result correlation

A. Tsaliovich, Don Moncion, A. Okun, George Sinfield
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引用次数: 9

Abstract

Electromagnetic emissions from a digital broadband source were measured in 30-1000 MHz frequency band using different EMC test facilities: GigaHertz transverse electromagnetic field cell (GTEM), two open area test sites (OATS), and a 3 m site-size RF absorber lined room (AR). While the mean values of the variance between the respective data obtained at these facilities were around 6 dB, the difference between the individual readings could exceed 11-15 dB, confirming the limited character of correlation. On the other hand, the disparities between the GTEM measurement results versus OATS and AR, were of a similar order comparing to those between the OATS and AR, or even between different OATS. Several reasons for these disparities are investigated, including inherent specifics of the facilities, EUT positioning, and cable manipulations.<>
用瞬变电磁法测量电磁发射:实验中测试结果的相关性
使用不同的EMC测试设施,在30-1000 MHz频段测量了数字宽带源的电磁发射:千兆赫横向电磁场单元(GTEM)、两个开放区域测试站点(OATS)和一个3米场地大小的射频吸收器衬里室(AR)。虽然在这些设施获得的各自数据之间的方差平均值约为6 dB,但单个读数之间的差异可能超过11-15 dB,证实了相关性的有限特征。另一方面,GTEM测量结果与燕麦和AR之间的差异与燕麦和AR之间,甚至不同燕麦之间的差异具有相似的顺序。研究了造成这些差异的几个原因,包括设施的固有特性、EUT定位和电缆操作。
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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