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Design and Analysis of a Reflectarray Using Slot Antenna Elements for Ka-band SatCom

机译:Ka波段SatCom的缝隙天线元件反射阵列的设计与分析

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This paper presents a folded reflectarray designed for Ka-band satellite communication applications. The array element is a dual-polarized slot antenna with multilayered PCB structure and is designed to operate at 29.5–30.8 GHz band for both transmitting and receiving with single linear polarization. Vias are employed to suppress the surface wave propagation and reduce the mutual coupling between adjacent array elements, for achieving a reflectarray with a wide scan angle range. An equivalent circuit model for the array element is developed and it agrees well with the EM simulation results. Several passive demonstrators consisting of 116 elements spaced by were fabricated and measured. The experimental results show that the presented reflectarray is capable of steering the beam up to in both E- and H-planes with low cross-polarization level.
机译:本文介绍了一种专为Ka波段卫星通信应用设计的折叠式反射阵列。该阵列元件是具有多层PCB结构的双极化缝隙天线,设计用于在29.5–30.8 GHz频带下进行单线性极化的发射和接收。使用通孔来抑制表面波传播并减少相邻阵列元件之间的相互耦合,以实现具有宽扫描角范围的反射阵列。建立了阵列元件的等效电路模型,该模型与EM仿真结果非常吻合。制作并测量了由116个元素隔开的几个无源演示器。实验结果表明,所提出的反射阵列能够在低交叉极化水平下将光束转向至E和H平面。

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