基于多普勒频差的反辐射武器对抗有源诱饵的研究

Jianbin Zou, K. Gao, Jie Yang, Jiang Zhu
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引用次数: 0

摘要

由于无源雷达导引头(PRS)的弱点,反辐射武器(ARW)很容易被两个相同频率的诱饵干扰。针对传统角度区分方法实现复杂的缺点,提出了一种基于接收诱饵信号的多普勒频差(DFD)识别同频率干扰诱饵源的方法,该方法具有复杂度低、易于实现的特点。详细分析了影响DFD的因素。然后分析了PRS区分诱饵的区分区域。仿真结果表明,该方法能有效提高反辐射武器对抗有源诱饵的能力。
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Research on anti-radiation weapon confronting active decoys based on Doppler frequencies difference
For the weakness of passive radar seeker (PRS), anti-radiation weapons (ARW) could be jammed easily by two decoys with same frequency. Compared with the high complexity of actualization of traditional angle differentiation methods, a method based on Doppler frequency difference (DFD) of received decoys' signals is presented to distinguish jamming decoy sources with the same frequencies, which has low complexity and easily be actualized. Factors that affect DFD are analyzed in detail. Then differentiation region of PRS telling decoys apart is analysed. The simulation results prove that this method can improve the ability of anti-radiation weapon confronting active decoys effectively.
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