一种新型超宽带陷波天线的设计
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Design of a Novel UWB Bandnotched Antenna
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    摘要:

    提出了一种新型超宽带(UWB)陷波天线,该天线的结构由常规的圆形单极子天线演变而成。为获得超宽带特性,天线的辐射体被设计成渐变的笑脸形状。同时,通过在辐射贴片上开C形槽来实现陷波特性。合理选择C形槽的尺寸可有效去除超宽带频段内的无线局域网WLAN(5.150~5.825 GHz)的干扰。仿真结果表明,天线在4.91~6.07 GHz处形成了阻带特性(电压驻波比VSWR>2),天线结构新颖简单,适用于超宽带通信系统。

    Abstract:

    A novel UWB bandnotched antenna was proposed in this paper. The configuration of the antenna was evolved from the conventional circular monopole antenna. The radiator of the antenna was designed to a gradient smileyshaped patch to realize UWB characteristic and a Cshaped slot on the radiation patch was fabricated to realize the bandnotched characteristic. The reasonable selection of the size of the Cshaped slot can effectively remove the interference of WLAN (5.150~5.825 GHz) in the ultrawideband. The simulated results indicated that the bandnotched characteristic (VSWR>2) was obtained within the frequency range of 4.91~6.07 GHz. The proposed antenna structure is novel and simple and suitable for the ultrawideband communication systems.

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郁剑, 张丹萍, 白拴明, 谈荣.一种新型超宽带陷波天线的设计[J].压电与声光,2017,39(2):312-315. YU Jian, ZHANG Danping, BAI Shuanming, TAN Rong. Design of a Novel UWB Bandnotched Antenna[J]. PIEZOELECTRICS AND ACOUSTOOPTICS

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  • 在线发布日期: 2017-04-01
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