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Design and Realization of a Planar Ultrawideband Antenna with Notch Band at 3.5 GHz

机译:3.5 GHz的缺口频段的平面超视带天线的设计与实现

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A small antenna with single notch band at 3.5 GHz is designed for ultrawideband (UWB) communication applications. The fabricated antenna comprises a radiating monopole element and a perfectly conducting ground plane with a wide slot. To achieve a notch band at 3.5 GHz, a parasitic element has been inserted in the same plane of the substrate along with the radiating patch. Experimental results shows that, by properly adjusting the position of the parasitic element, the designed antenna can achieve an ultrawide operating band of 3.04 to 11 GHz with a notched band operating at 3.31–3.84 GHz. Moreover, the proposed antenna achieved a good gain except at the notched band and exhibits symmetric radiation patterns throughout the operating band. The prototype of the proposed antenna possesses a very compact size and uses simple structures to attain the stop band characteristic with an aim to lessen the interference between UWB and worldwide interoperability for microwave access (WiMAX) band.
机译:3.5 GHz的具有单个缺口带的小天线专为超广域带(UWB)通信应用而设计。制造的天线包括辐射单极元件和具有宽槽的完全导电的接地平面。为了实现3.5GHz的凹口带,寄生元件已与辐射贴片一起插入基板的相同平面中。实验结果表明,通过适当地调节寄生元件的位置,设计的天线可以在3.31-3.84GHz下运行的缺口带,实现3.04至11GHz的超广开操作带。此外,所提出的天线除了在凹槽带外实现良好的增益,并在整个操作带中展示对称辐射图案。所提出的天线的原型具有非常紧凑的尺寸,并使用简单的结构来实现停止频带特性,目的是减少微波访问(WiMAX)频带的UWB和全球互操作性之间的干扰。

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