Mutual Coupling Minimization of MIMO Antenna for Satellite Services and Radio Service Applications

Mehr-e-Munir, S. Kiani, Daniyal Babar, S. Khan
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Abstract

Ground irregularities also known as Defected ground structures (DGS) is a freshly presented innovatory way in designing of patch antennas to boost up the performance of antenna constraints. This study presents a novel proposal of ground irregularities or defected ground structure is proposed for suppression of mutual coupling effects among 2xl multiple input multiple output patch array designed on Roggers Duroid 5880. The two adjacent M shape structures surrounding Dumbbell Shaped structure and sandwiched between Dumbbell shape patterns showed the significant level of surface wave suppression up to −46dB while maintaining the gain of 4.7dB and 5.6dBi of directivity. The patch array operates at 4 to 4.3GHz for Fixed and Radio satellite services (FSS) and (RSS) and radio altimeter application systems.
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卫星业务和无线电业务应用中MIMO天线互耦最小化
地面不规则性也被称为缺陷地面结构(DGS),是一种用于提高天线约束性能的贴片天线设计的新方法。本研究提出了一种新的接地不规则或缺陷接地结构的方案,用于抑制在Roggers Duroid 5880上设计的2xl多输入多输出贴片阵列之间的相互耦合效应。两个相邻的M形结构围绕哑铃形结构并夹在哑铃形结构之间,在保持4.7dB和5.6dBi的指向性增益的同时,表面波抑制水平达到- 46dB。贴片阵列工作在4至4.3GHz频率,用于固定和无线电卫星服务(FSS)和(RSS)以及无线电高度计应用系统。
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