电磁兼容天线校准站点(30mhz至1ghz)-理论应用

J. Hattingh
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引用次数: 2

摘要

1996年1月1日生效的关于电磁兼容的欧盟指令,使人们越来越认识到辐射排放测量的不确定性。EMC天线校准和开放区域测试站点(OATS)验证是现在几乎所有关于EMC主题的讨论中突出的两个主题。南非标准局于1993年建造了一个新的燕麦,该站点的验证之后进行了一些天线相互比较练习。1998年初,国家实验室认可委员会(NLA)提出了认可申请,并于1998年4月15日进行了评估。本文将主要讨论将燕麦验证和天线校准背后的理论概念付诸实践的过程。促成这项工作成功完成的一个主要因素是,所有测量都可追溯到国家标准。这允许通过保持恒定的参考值来直接比较所有的测量结果。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
EMC antenna calibration sites (30 MHz to 1 GHz)-putting theory into practice
The CE directives on EMC which came into effect on 1st January 1996, have led to an increasing awareness of the uncertainty of measurements in radiated emissions. EMC antenna calibration, and open area test site (OATS) validation, are two of the topics which now feature prominently in virtually any discussion on the subject of EMC. The South African Bureau of Standards constructed a new OATS in 1993, and the validation of this site was followed by a number of antenna intercomparison exercises. An application for accreditation by the National Laboratory Accreditation Service (NLA) was submitted early in 1998, and the assessment took place on 15 April 1998. This paper will deal primarily with the process which was followed to put the theoretical concepts behind OATS validation and antenna calibration into practice. A major factor which has contributed to the successful completion of this exercise was the fact that all measurements were traceable to national standards. This allowed direct comparison of all the measurement results by maintaining constant reference values.
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