3along with its three variants is proposed '/> Design and analysis of CPW-Fed microstrip patch antennas for wide band applications
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首页> 外文会议>2017 International Conference on Inventive Computing and Informatics >Design and analysis of CPW-Fed microstrip patch antennas for wide band applications
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Design and analysis of CPW-Fed microstrip patch antennas for wide band applications

机译：CPW馈电微带贴片天线的设计和分析

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摘要

A CPW-Fed microstrip patch antenna of size 21×22×1.6 mm3along with its three variants is proposed in this paper. Two slots are introduced on the patch of the base antenna to study the antenna parameters, in terms of bandwidth, gain and directivity for analysis. The proposed antennas are suitable for wireless wideband applications roughly between frequency ranges of 4 GHz to 14 GHz approximately. All three antennas are showing good return losses, high bandwidth of approximately about 10 GHz, peak gain and directivity of approximately 4 dB. The microstrip antenna structures are configured on FR4 epoxy substrate. The configurations are simulated and analyzed using Ansys HFSS software. This study would be helpful in the designing of compact microstrip antennas with enhanced bandwidth for various purposes in the field of wireless communications in general and various earth science applications in particular at super high microwave frequency.
机译：尺寸为21×22×1.6毫米的CPW馈电微带贴片天线\ n 3\nalong及其三个变体。在基础天线的贴片上引入了两个插槽，以研究天线参数的带宽，增益和指向性，以进行分析。所提出的天线适合大约在4 GHz至14 GHz频率范围之间的无线宽带应用。所有三个天线都显示出良好的回波损耗，大约10 GHz的高带宽，峰值增益和大约4 dB的方向性。微带天线结构配置在FR4环氧树脂基板上。使用Ansys HFSS软件对配置进行仿真和分析。这项研究将有助于设计具有增强带宽的紧凑型微带天线，以便在一般和各种地球科学应用（尤其是超高微波频率）的无线通信领域中实现各种目的。

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