2016Unpublished venueRequires access

A review of antenna radiation measurement environment

Li-Ling Zhou, Yan Zhao

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Abstract

It is very important to select a good method for antenna measurement. So this paper will describe the characters of antenna measurement environments. The anechoic chambers (far-field and near-field) can gain the radiation patterns of antennas, and the reverberation chamber can improve the efficiency of antenna measurement. In reverberation chamber, antenna efficiency, total radiation efficiency, diversity gain and the performance of MIMO can be measured. Therefore, the anechoic chambers and the reverberation chambers complement each other perfectly.

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What this paper is about

It is very important to select a good method for antenna measurement. So this paper will describe the characters of antenna measurement environments. The anechoic chambers (far-field and near-field) can gain the radiation patterns of antennas, and the reverberation chamber can improve the efficiency of antenna measurement. In reverberation chamber, antenna efficiency, total radiation efficiency, diversity gain and the performance of MIMO can be measured. Therefore, the anechoic chambers and the reverberation chambers complement each other perfectly.

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Available abstract

It is very important to select a good method for antenna measurement. So this paper will describe the characters of antenna measurement environments. The anechoic chambers (far-field and near-field) can gain the radiation patterns of antennas, and the reverberation chamber can improve the efficiency of antenna measurement. In reverberation chamber, antenna efficiency, total radiation efficiency, diversity gain and the performance of MIMO can be measured. Therefore, the anechoic chambers and the reverberation chambers complement each other perfectly.

Key concepts: Anechoic chamber, Antenna efficiency, Electromagnetic reverberation chamber, Antenna measurement, Antenna (radio), Radiation pattern, Acoustics, Antenna gain

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