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Study of an Impact-resistant Wide Bandwidth Micro Strip Antennas Carried By Missile

机译:导弹携带的抗冲击宽带微带天线的研究

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摘要

The micro strip antennas are widely applied in the measurement and communication, but to the micro strip antennas, the most serious flaw is that the band width of signal patch antenna is narrow individually. Compared to the oscillator antenna, the slot antenna, and the waveguide horn antenna and so on, which work bandwidths are in 15%~50% ,The bandwidth of micro strip signal patch antenna is only several percent, so it is advantageous that spread the frequency band of the micro strip antennas for receiving and dispatching 。Monitoring the projectile flight posture by the radio is the premise of attacking the target precisely, positioning the falls of the test vehicle is one effective method of recycling the experimental missile 。This paper promotes one kind of wideband micro strip antenna array used to launch and receive the command signal, which based on the application background, taking the missile as the carrier. Studies use the simulation technology to simulate the antenna array directional diagram. Result demonstrates the plan is feasible.
机译:微带天线在测量和通信中得到了广泛的应用,但是对于微带天线,最严重的缺陷是信号贴片天线的带宽逐个变窄。与振荡器天线,缝隙天线和波导号角天线等相比,工作带宽在15%〜50%内,微带信号贴片天线的带宽仅为百分之几,因此扩展天线的优点是通过无线电监视弹丸的飞行姿态是精确攻击目标的前提,定位试验车的跌落是回收实验导弹的一种有效方法。本文提出一种一种宽带微带天线阵列,用于发射和接收命令信号,它根据应用背景,以导弹为载体。研究使用仿真技术来仿真天线阵列方向图。结果表明该方案是可行的。

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