Radar Cross Section (RCS) Technique For Antennas Characterisation

Yacine Sekhri, P. Grassin, M. Gaoua, H. Ouslimani
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Abstract

In this paper, we present a non-contact radar technique for antennas characterisation. Both monostatic and bistatic radar configurations are used. By analysing the physical phenomena of the antenna backscatter with available terminal impedances, the re-radiation mode (transmission-mode) can be extracted. The calibration process eliminates contributions of both the antenna structure mode and measurement environment. In normal incidence, the transmission-mode data leads to the calculation of the antenna gain in the frequency domain. In bistatic mode, it is possible to reconstruct the far field radiation pattern of the antenna. The consistency of the results is based on the comparison of the reconstructed gain and radiation patterns based on the radar and conventional techniques obtained jointly by CST Microwave Studio numerical simulations and measurements.
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天线表征的雷达截面(RCS)技术
在本文中,我们提出了一种非接触式雷达天线表征技术。单基地和双基地雷达配置都被使用。通过分析终端阻抗可用情况下天线后向散射的物理现象,可以提取天线的再辐射模式(传输模式)。该校准过程消除了天线结构模式和测量环境的影响。在法向入射情况下,发射模式数据导致频域天线增益的计算。在双基地模式下,可以重建天线的远场辐射方向图。通过CST Microwave Studio的数值模拟和测量,对基于雷达和常规技术的重构增益和辐射方向图进行了比较,得出了结果的一致性。
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