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舰载相控阵制导雷达工作频率的折衷是舰载防御系统至关重要的一个环节。由于导弹制导,相控阵雷达必须提供足够的测量精度以便引导导弹命中目标。为了消除掠海导弹的威胁。改善雷达的低空性能,必须尽可能的采用小的天线尺寸和重量以便安装在舰上更高的位置。为了尽早地发现目标,有充足的时间拦截目标,以及抗ARM、反隐身和安全性等方面满足现实的要求,考虑雷达工作频率的权衡是必要的。
Shipboard phased array guidance radar operating frequency of the compromise is the shipboard defense system is a crucial link. Due to missile guidance, phased array radars must provide sufficient measurement accuracy to guide the missiles to hit the target. In order to eliminate the threat of sea-skimming missiles. To improve the low-altitude performance of the radar, it is necessary to use a small antenna size and weight as much as possible to be installed at a higher position on the ship. In order to find the target as soon as possible, have enough time to intercept the target, and meet the realistic requirements of anti-ARM, anti-incognito and safety, it is necessary to consider the trade-off of the working frequency of the radar.