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Design and development of a dual operating mode microstrip patch antenna for unmanned aerial vehicle synthetic aperture radar

机译:无人机合成孔径雷达双工作模式微带贴片天线的设计与开发

摘要

Microstrip patch antenna has been designed and developed for Unmanned Aerial Vehicle based Synthetic Aperture Radar (UAVSAR). This antenna operates in C-Band at the frequency of 5.3 GHz with a bandwidth of 80,MHz. The radiation patterns of the antenna were specified to provide a desired scanned area for UAVSAR. The UAVSAR antenna was designed in the form of combination of 3 subpanels to allow dual operating mode (single antenna or dual antenna) selection. Two feed points are provided to the feeding network of each subpanel to reduce undesired power loss. The developed antenna prototype meets the performance requirements of UAVSAR system. It shows promising results in the UAVSAR flight mission conducted in Mersing area, Malaysia for both operating modes.
机译:微带贴片天线是为基于无人机的合成孔径雷达(UAVSAR)设计和开发的。该天线以5.3 GHz的C频段工作,带宽为80 ,MHz。指定天线的辐射方向图以为UAVSAR提供所需的扫描区域。 UAVSAR天线以3个子面板的组合形式设计,以允许选择双操作模式(单天线或双天线)。为每个子面板的馈电网络提供了两个馈电点,以减少不希望的功率损耗。开发的天线原型可以满足UAVSAR系统的性能要求。在这两种运行模式下,在马来西亚丰盛港进行的UAVSAR飞行任务中,它均显示出可喜的结果。

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