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Emerging trends in high gain antennas for wireless communication

机译:无线通信用高增益天线的新兴趋势

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摘要

The design of high antennas for wireless communication is very essential. The main drawback of the microstrip patch antenna is the low gain. The Metamaterial superstrate layer along with antenna structure improves the antenna performance parameters like gain and bandwidth. Due to Ultra refraction phenomenon, radiation is concentrated normal to the patch so that unwanted sidelobes can be avoided. This review paper shows different techniques to increase the gain of the antennas such as use of metamaterial substrate or super-strate. Also substrate materials and feeding techniques of the antenna are varied to reduce the return loss. By changing the thickness of the substrate, bandwidth of the antenna is increased. Slots of the antenna are adjusted to enhance the gain and bandwidth. The main applications of the microstrip antennas are WiMax, medical imaging and radiolocation applications.
机译:无线通信用高天线的设计非常重要。微带贴片天线的主要缺点是增益低。超材料上覆层与天线结构一起改善了天线性能参数,例如增益和带宽。由于超折射现象,辐射垂直于贴片集中,因此可以避免不必要的旁瓣。这篇综述文章显示了增加天线增益的不同技术,例如使用超材料基板或超基板。天线的基板材料和馈电技术也有所变化,以减少回波损耗。通过改变基板的厚度,增加了天线的带宽。调整天线的插槽以增强增益和带宽。微带天线的主要应用是WiMax,医学成像和无线电定位应用。

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