新型极化雷达射频滤波方法研究

Song Lizhong, Qiao Xiaolin, M. Xiande, Jin Ming
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引用次数: 0

摘要

末制导雷达主要面临被动箔条干扰和主动船外诱饵干扰。采用极化信号处理来抑制这种干扰是有效的。传统的极化信号处理是在视频频段完成的,当干扰足够强时,雷达接收机就会饱和而失效。针对这一问题,本文提出了一种新的自适应极化敏捷微波网络。微波网络可以在干扰进入接收机之前抑制射频频段的干扰,因此我们称之为射频极化滤波器。给出了射频偏振滤波器的结构和原理,并讨论了干涉偏振参数的估计。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Study on the method of RF filtering for the new polarization radar
The terminal guidance radar is faced with the interferences including the passive chaff and the active off-board decoy. It is effective to adopt polarization signal processing to suppress such interferences. Traditional polarization signal processing is finished in the video frequency, and the radar receiver would be saturated and disabled when the interference is strong enough. For this, a new adaptive polarization agile microwave network is proposed in order to solve the problem in this paper. The microwave network can suppress the interferences in the RF band before the interferences enter into the receiver, so we call it RF polarization filter. The structure and theorem of the RF polarization filter are given and the estimates of the interference polarization parameter arc also discussed.
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