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Design and simulation of metamaterial loaded substrate integrated waveguide fed patch antenna for X-band military application

机译:X波段军用超材料加载基片集成波导馈电贴片天线的设计与仿真

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The proposed structure introduces the design concept of Substrate Integrated Waveguide (SIW) fed metamaterial loaded patch antenna to enhance the gain of the conventional printed patch antenna for X-band military applications. The comparison between conventional and proposed SIW fed patch antenna using metamaterial structure is shown on the basis of parameters such as gain, bandwidth, efficiency, directivity and return loss. The Proposed SIW antenna resonates in X-band at frequency of 9.07 GHz with side by side configuration of CSRR (Complimentary Split-ring resonators). The animus of the study is to provide the effect of metamaterial loading with the help of the CSRRs structures on SIW fed patch antenna. The gain enhancement in proposed SIW fed patch antenna using metamaterial is from 8. 6 dB to 9.68 dB as compared to conventional SIW antenna.
机译:拟议的结构引入了衬底集成波导(SIW)馈送的超材料加载贴片天线的设计概念,以增强用于X波段军事应用的常规印刷贴片天线的增益。基于增益,带宽,效率,方向性和回波损耗等参数,显示了使用超材料结构的传统和拟议的SIW馈电贴片天线之间的比较。拟议的SIW天线在X波段以9.07 GHz的频率谐振,并带有CSRR(免费开口环谐振器)的并排配置。这项研究的目的是借助CSRRs结构对SIW馈电贴片天线提供超材料载荷的影响。与传统的SIW天线相比,所建议的使用超材料的SIW馈电贴片天线的增益提高了8. 6 dB至9.68 dB。

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