Measurement Technique for Evaluating Radio Frequency Absorption

V. Voicu, Livia-Andreea Dina, Constantin Chelan, I. Dumbravă, D. Iovan, Marius Alin Neagoe, Cristian Alexandru Constantinescu
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Abstract

This paper presents aspects regarding the measurement technique in order to implement the recommendations for evaluating the absorption of radio-frequency (RF) signals, according to IEEE Std. 1128-1998(R2012). To characterize the absorption properties of materials used in the field of signal absorption, the standard recommends several test methods, opting for the arch method. A type of RF absorber with pyramidal geometry was tested, the measurements being carried out in the frequency range 3 - 5 GHz, with horn antennas. A measurement without absorbents was first performed to determine the reference level. The reflection coefficients of the material were then measured for a positioning of the antennas at an angle of 30° inside the arc. The results obtained, which are tabulated, for different frequencies, indicate the level of absorption (loss) in the RF absorbing material. A procedure for measuring a basic property of RF absorbers is therefore proposed.
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评估射频吸收的测量技术
根据IEEE标准1128-1998(R2012),本文介绍了有关测量技术的各个方面,以实现评估射频(RF)信号吸收的建议。为了表征信号吸收领域中使用的材料的吸收特性,该标准推荐了几种测试方法,选择了拱形法。对一种锥体形状的射频吸收器进行了测试,测量频率范围为3 - 5ghz,采用喇叭天线。首先进行不含吸收剂的测量以确定参考水平。然后测量材料的反射系数,使天线在弧内以30°的角度定位。所获得的结果以表格的形式显示了不同频率下射频吸收材料的吸收(损耗)水平。因此,提出了一种测量射频吸收器基本特性的方法。
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