舷外有源诱饵干扰作战使用研究

Operational Application Method of Outboard Active Decoy Interference

现代电子战争中,舷外有源诱饵干扰是对抗弹载雷达的有效手段之一。首先介绍了舷外有源诱饵的干扰原理,为了证明舷外有源诱饵的有效性,采用主/被动复合制导的反舰导弹进行对抗实验。实验中为了仿真反舰导弹从搜寻目标到跟踪、击中目标这一全过程,建立了作战环境模型和弹载雷达信号处理模型,将仿真结果输入仿真评估模型对反舰导弹在整个对抗过程中的性能进行评估。评估结果表明,在弹载雷达采用主/被动复合制导的情况下,舷外有源诱饵依然能很好地对反舰导弹导引头进行欺骗。

In modern electronic warfare,the outboard active decoy jamming against missile radar is an effective measure.The principle of outboard active decoy interference is introduced.The anti-ship missile with active/passive combined guidance was adopted in an ECM experiment to prove the validity of outboard active decoy jamming.A combat environment model and missile radar signal processing model were established,to simulate the whole attack process（target search,tracking and hiting） of anti-ship missiles in the experiment.The simulation result is input into the simulation assessment model to evaluation the performance of anti-ship missile in the whole attack process.The evaluation results show that the outboard active decoy can successfully deceive the anti-ship missile seeker and the missile radar with active/passive combined guidance.