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Design of Compact Circular Microstrip Patch Antenna using Parasitic Patch

机译:寄生贴片设计紧凑型圆微带贴片天线

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In the present study circular microstrip patch antenna is designed for the Ultra High frequency (UHF) band of 470MHz-806MHz. Different studies have been published in this area for the amelioration of the patch antenna. We can choose any antenna application depending upon our requirements. There is a big disadvantage of microstrip antenna i.e. narrow bandwidth, low efficiency and low gain. To enhance antenna gain multilayer are used in the proposed design. In this study circular microstrip patch antenna is designed and the resonant frequency of the proposed antenna is determined for different parasitic patch locations, Feeding Point, Shorting Pin, and Substrate thickness. Main Patch is shorted with the pin from center. Resonant frequencies of the purposed antenna are investigated by changing the antenna parameters like parasitic patch antenna location, Feeding Point, shorting pin location, and substrate height (h). It is observed that the proposed design can reduce size up to 60%.
机译:在本研究中,圆微带贴片天线设计用于470MHz-806MHz的超高频(UHF)频带。 在该领域发表了不同的研究,以改善斑点天线。 我们可以根据我们的要求选择任何天线应用程序。 微带天线的缺点是窄带宽,低效率和低增益。 增强天线增益多层用于提出的设计。 在该研究中,设计了圆微带贴片天线,并且确定所提出的天线的谐振频率是针对不同的寄生贴片位置,进给点,短路销和基板厚度。 主贴片与来自中心的PIN短路。 通过改变寄生贴片天线位置,馈电点,短路销位置和基板高度(H)等天线参数来研究所用假旋天线的谐振频率。 观察到所提出的设计可以减少60%的尺寸。

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