首页> 外文会议>2010 IEEE Asia-Pacific Conference on Applied Electromagnetics >Analysis of dual layer unit cell with minkowski radiating shape for reflectarray antenna on different substrate properties
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Analysis of dual layer unit cell with minkowski radiating shape for reflectarray antenna on different substrate properties

机译:不同基板特性下反射阵列天线具有敏科夫斯基辐射形状的双层晶胞分析

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This paper describe the analysis and design for a double layer unit cell X-Band reflectarray. In this design, a novel minkowski shape structure has been developed as an auxiliary unit cell element for the dual layer X- bands reflectarray to achieve wider reflection phase. A progressive phase range wider than 360 degree has been achieved by modifies the square patch into a minkowski shape and printed on a dual layer substrate. Two different types of substrate are used for the construction of this design, which are the Taconic RF-35 and FR-4. Simulation results of a unit cell with minkowski shape of printed radiating element on different substrate have been briefly discussed and compared.
机译:本文描述了双层晶胞X波段反射阵列的分析和设计。在此设计中,已开发出一种新颖的minkowski形状结构作为双层X波段反射阵列的辅助晶胞元件,以实现更宽的反射相位。通过将方形贴片修改为minkowski形状并印刷在双层基板上,可以实现超过360度的渐进相位范围。 Taconic RF-35和FR-4是两种不同类型的基板用于此设计的构造。简要讨论并比较了具有minkowski形状的印刷辐射元件在不同基板上的晶胞的仿真结果。

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