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Design of Dual-band Microstrip antenna for WiMax and X band applications

机译：WiMAX和X波段应用的双频微带天线设计

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While the major part of wireless communication industry is driven by the motto of `Small is Beautiful', all devices and processing units have been miniaturized owing to Moore's Law, except antennas. In an attempt to realize compact sized antennas, microstrip antennas have become a prominent and pleasing prospects for this purpose. While transrecieving antennas avoid the need of two separate antennas for transmission and reception, dual band antennas go one step ahead and operate in two bands there by avoiding individual antennas for each band. In this work, a Microstrip patch antenna for WiMax and X band wireless applications is proposed. The antenna shows the resonant behavior at 3.8 and 9 GHz with fractional bandwidths of about 159.2 MHz (3.713 GHz to 3.8722 GHz) for WiMax and 263.4 MHz (8.9053 GHz to 9.1687 GHz) for X band application. The significance of various performance parameters, of proposed antenna's is analyzed and discussed by various parametric study.
机译：虽然无线通信行业的主要部分是由“小型美丽”的座右铭驱动的，但除了天线之外，所有设备和加工单位都是由于摩尔的定律而小型化。为了实现紧凑型天线，微带天线已成为此目的的突出和令人愉悦的前景。虽然跨越天线避免需要两个单独的天线进行传输和接收，但是通过避免每个频带的各个天线，双频带天线逐步前进并在两个条带中操作。在这项工作中，提出了一种用于WiMAX和X频段无线应用的微带贴片天线。天线显示3.8和9 GHz的共振行为，具有大约159.2MHz（3.713GHz至3.8722GHz）的谐振行为，用于WiMAX和263.4 MHz（8.9053 GHz至9.1687 GHz），用于X频段应用。通过各种参数研究分析和讨论了所提出的天线的各种性能参数的重要性。

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