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Annular ring embedded L-slot rectangular microstrip patch antenna

机译:环形环形嵌入式L槽矩形微带贴片天线

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Micro-strip patch antenna's have been widely used for the application of RF and wireless system because of their small size, light weight and easy realization. In this paper we have reduced the resonating frequency by lengthening the excited surface current path without increasing antenna length and analyzed the antenna parameters by changing the feed technique. On the introduction of an annular ring in between the symmetrical L-slotted patch the resonance frequency is reduced by 29.91% when edge-fed or microstrip-line feed technique is used. The coaxial feed results in dual band operation of the antenna (in C-band and X-band). Small sized single band microstrip patch antenna works in ISM band with the bandwidth of 100MHz while, the dual-band microstrip patch antenna works in Wi-Max and 4G in the bandwidth of 25MHz and 85MHz.
机译:微带贴片天线由于其体积小,重量轻,易于实现而被广泛用于射频和无线系统的应用。在本文中,我们通过延长受激表面电流路径而不增加天线长度来降低谐振频率,并通过改变馈电技术来分析天线参数。在对称的L型缝隙之间引入一个环形环时,使用边馈或微带线馈电技术可使共振频率降低29.91%。同轴馈电导致天线在C波段和X波段双频运行。小型单波段微带贴片天线工作在ISM频段,带宽为100MHz,而双频微带贴片天线工作在Wi-Max和4G,带宽分别为25MHz和85MHz。

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