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去除杆天线电场测量中同轴电缆的耦合效应 被引量:2

Cutting-off Coupling Effects Caused by Coaxial Cables while Measuring Electric Field with Rod Antennas
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摘要 杆天线和接收机之间的同轴电缆产生的耦合效应难免会增加电场测量的不确定度。通过采用光纤技术和集成数字接收机的创新方案替代原有杆天线9 k Hz^30 MHz的测试布置,恰好可消除同轴电缆产生的耦合效应。这种方案可在民用、军用和汽车的杆天线测试中应用。 It's commonly known that the coaxial cable connecting a rod antenna to a receiver does provide coupling effects fatally increasing E-field measurement uncertainty. The scope of this article is to introduce an alternative and innovative solution adopting the benefits of both fiber optic technology and integrated digital receiver design for exactly eliminating those effects caused by coaxial cables in all civil, military and automotive applications adopting the rod antenna for measuring the electric field in the range of 9 kH z^30 MHz.
机构地区 德国Narda公司
出处 《安全与电磁兼容》 2016年第2期89-91,共3页 Safety & EMC
关键词 杆天线 耦合效应 电场测量 rod antenna coupling effect E-field measurement
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参考文献3

  • 1CISPR 25 Ed.3 Vehicles, boats and intemal combustion engines - Radio disturbance characteristics - Limits and methods of measurement for the protection of on-board receivers[S]. 2008.
  • 2MIL-STD-461F DEPARTMENT OF DEFENSE INTERFACE STANDARD - Requirements for the control of electromagnetic interference characteristics of subsystems and equipment[S]. 2007.
  • 3Harry W. Gaul. Electromagnetic Modeling and Measurements of the 104 cm Rod and Biconical Anlenna for Radiated Emissions Testing Below 30 MHz[C]//IEEE International Sympocium on Electromagnetic Compotibility. Denver: IEEE. 2013: 434-438.

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