由于定向发射模式导致测试技术之间相关性的复杂性

D.M. Johnson, M. Hatfield, M.R. Slocum, G. Freyer
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引用次数: 5

摘要

辐射发射测量通常在开放区域试验场(OATS)、消声和半消声室、瞬变电磁室和瞬变电磁室进行。燕麦测试结果通常被视为参考标准,所有其他技术必须与燕麦数据相关。公认的程序都确定在某个确定的立体角内的最大发射。测量总辐射功率的混响室目前在任何发射标准中都不被接受。对一般定向发射模式的简单探测可以显示在特定测试技术中观察到的总被测设备(EUT)发射的百分比。本文采用近场短线天线对两台电池供电笔记本电脑的辐射进行了研究。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Complications in correlatability between test techniques due to directional emission patterns
Radiated emissions measurements are commonly performed in open area test sites (OATS), anechoic and semi-anechoic chambers, and GTEM and TEM cells. The OATS test results are typically regarded as the reference standard and all other techniques must be correlatable to the OATS data. The accepted procedures all determine the maximum emissions within some defined solid angle. Reverberation chambers, which measure total radiated power, are not currently accepted in any emission standard. Simple probing of general directional emission patterns can demonstrate what fraction of the total equipment-under-test (EUT) emissions are observed in a particular test technique. In this article, the emissions from two battery-powered laptop computers were investigated using a short wire antenna in the near field.
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