电覆盖微波探针用于印刷双面相的AESA通道检测

Victor Ya. Batayev, A. A. Tsitovich, Michail S. Levashov, D. V. Bagno, A. E. Zaikin, Eugene V. Iliin
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引用次数: 0

摘要

设计了一种实用的测量工具——微波探针,用于检测带有印刷偶极子辐射元件的有源相控阵单通道。探头放置在平面阵列天线的任何一个辐射元件上,对该元件进行电屏蔽,从而消除阵列中的相互耦合,并在10%宽度的通频带内提供辐射输入的匹配。由于邻近的辐射元件对测量结果没有影响,矢量网络分析仪与探头相结合可以诊断单个振子并检查其在阵列内的身份,“通过辐射器”测量TX/RX模块的幅相频率响应以及模块的功率输出。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Electrically Covering Microwave Probe for Channels Inspection of AESA of Printed Dipoes
Microwave probe is designed which is useful measurement tool for inspection of AESA individual channels equipped with printed dipole radiating elements. The probe is placed over any one radiating element of flat array antenna, electrically screens the element thus removes mutual coupling in array, and provides radiator input's matching in 10%-width passband. Due to neighboring radiating elements have no influence on the measurement results, a combination of vector network analyzer and the probe can be used to diagnose individual vibrators and check their identity within the array, to measure TX/RX modules' amplitude and phase frequency responses "through the radiator" as well as modules' power output.
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