用于外壳内测量的独立电场探头

H. Funato, T. Suga
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引用次数: 0

摘要

我们提出了一种独立的电场探头,用于在没有狭缝或孔的外壳内实现电场测量。该原型探头具有射频(RF)功率检测器IC,用于存储电场测量数据的可编程IC,以及印刷在PCB上的弯曲单极天线,该天线安装在屏蔽盒中。使用10至100 V/m范围内的电场对探头进行评估。探测器的工作频率高达1ghz。原型探头用于测量外壳内的电场。该探针测量的归一化电场强度与传统探针测量的归一化电场强度具有良好的相关性。0.2 GHz时最大误差为8 dB。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Stand-alone electric-field probe for measurements within enclosures
We propose a stand-alone electric-field probe for realizing electric-field measurements within enclosures that have no slits or holes. The prototype probe has an radio frequency (RF) power detector IC, a programmable IC for storing the electric field measurement data, and a bent monopole antenna printed on a PCB that is mounted in a shielding box. The probe was evaluated using electric fields in the range 10 to 100 V/m. The probe functioned up to 1 GHz. The prototype probe was used to measure the electric field inside an enclosure. There was a good correlation between the normalized electric field strength measured by the prototype probe and measurements by a conventional probe. The maximum error was 8 dB at 0.2 GHz.
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