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An Investigation of Gain Enhancement of Microstrip Antenna by Using Inhomogeneous Triangular Metamaterial

机译:利用非均质三角超材料增强微带天线增益的研究

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Metamaterial have been shown to enhance specific performance parameters of low profile antennas. In this paper we investigate appreciably enhancement of the gain & radiation pattern of a low profile micro strip patch antenna by placing a metamaterial slab above it (as a super strate) using CST MWS simulator. This paper proposes a metamaterial super strate surface as a reflective surface for micro strip patch antenna (MPA). The MTM structure was a combination of the triangular SRR (TSRR) and the wire strip (WS) to obtain negative values of permittivity & permeability. The gain of the MPA with MRS is around 5 dB higher than that of conventional MPA on FR4 substrate. These improvements were due to negative refraction characteristics of LHM structure that converts into super-lens, when placed in front of the antenna. The small spacing between MRS and the patch surface was another merit in the present design, which was as low as ?/10 as it results in low profile antenna design, that will suits in modern wireless communication system.
机译:超材料已经显示出可以增强薄型天线的特定性能参数。在本文中,我们使用CST MWS模拟器,通过将超材料平板放置在超薄微带贴片天线上方(作为上层板),来显着提高薄型微带贴片天线的增益和辐射方向图。本文提出了一种超材料超表面作为微带贴片天线(MPA)的反射面。 MTM结构是三角形SRR(TSRR)和金属线带(WS)的组合,以获得介电常数和磁导率的负值。具有MRS的MPA的增益比FR4基板上的传统MPA的增益高约5 dB。这些改进归因于LHM结构的负折射特性,当其置于天线前面时,该特性会转换为超透镜。在本设计中,MRS与贴片表面之间的小间距是另一个优点,该间距低至λ/ 10,因为它可实现低剖面天线设计,这将适合现代无线通信系统。

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