Radar Structure with Multi-cavity Coupling Sealed Cooling Ducts

Yiqi Fang, Dingli Luo, Zhi Li, Hang Cui, Minqiang Zhang
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Abstract

This paper discusses a radar structure with multi-cavity coupling sealed cooling ducts. These ducts can achieve independent cooling with various power dissipation systems, thus improving the working ability of the complete machine at high temperatures. The seal structure increases the ability of the radar to operate under harsh circumstances and guarantees its round-the-clock working mode. The thorny problem of heat dissipation of the radar components, such as the TR module, wave-controlled power supply board, signal processing and microwave module, is solved. The adaptability of the complete machine to high-low temperature, dampness and hotness, salt mist, sand and dust, EMC, etc. is also improved.
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多腔耦合密封冷却管雷达结构
本文讨论了一种多腔耦合密封冷却管雷达结构。这些风管可以通过各种散热系统实现独立散热,从而提高整机在高温下的工作能力。密封结构增加了雷达在恶劣环境下的工作能力,并保证其全天候工作模式。解决了雷达TR模块、波控电源板、信号处理和微波模块等器件的散热难题。整机对高低温、湿热、盐雾、沙尘、EMC等环境的适应性也有所提高。
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