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Radar anti-jamming application of solid-state noise source

机译:雷达抗干扰固态噪声源的应用

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Jamming reconnaissance receiver (JRR) is an important anti-jamming equipment of radar. In this paper, we propose a compensation method based on solid-state noise source to against the performance degradation of JRR caused by long-term aging, which can compensate all channels simultaneous and accomplish by JRR itself. First, presented the structure of JRR, analyzed the principle and structure of solid-state noise source. To reduce the influence of ambient temperature on compensation performance, then we given and compared two solutions: constant temperature mode and table lookup mode. At last, advanced a method using attenuator to simulate the influence of long-term aging, and carried on a contrast test. The test results show that, the aging process has no effect on the performance of JRR after the compensation based on solid-state noise source, the long-term stability of JRR has been improved greatly.
机译:干扰侦察接收机(JRR)是雷达的重要抗干扰设备。在本文中,我们提出了一种基于固态噪声源的补偿方法,以防止由于长期老化而引起的JRR性能下降,该方法可以同时补偿所有通道并由JRR本身完成。首先介绍了JRR的结构,分析了固态噪声源的原理和结构。为了减少环境温度对补偿性能的影响,我们给出并比较了两种解决方案:恒温模式和查表模式。最后提出了一种利用衰减器模拟长期老化影响的方法,并进行了对比测试。测试结果表明,基于固态噪声源的补偿后,老化过程对JRR的性能没有影响,JRR的长期稳定性得到了很大的提高。

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