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A Robust Printed Dipole L- Shape Patch with Triangular Cut for Wireless Fidelity Devices

机译:用于无线保真设备的带三角形切割的耐用印刷偶极子L形贴片

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Dipole antenna plays a vital role in the field of antenna and wave propagation, due to this most of researchers are focused on it. In the last decade most of antennas are converted into small compact patch antenna. In the last decade antenna and its parts are changed rapidly. In this paper discuss the different dipole antenna and further improvement in the field of microwave. In this paper proposed a L shape dipole antenna with different wireless devices and different frequency ranges. The proposed design work on different ranges 2.83-3.26 GHz, 5.39-5.75 GHz, 7.42-8.46 GHz and 9.7 GHz ranges. The proposed design shows four different frequency bands, in different Wi-Fi and LTE devices range. The proposed microstrip dipole antenna (MDA) shows better result as compare to added prior antenna on the basic of VSWR, frequency range, bandwidth and number of frequency Bands. In this ranges obtain return losses are -13.04,- 09.21,1-38.27dB, in this same range obtain VSWRs are 1.611.391.151.02.
机译:偶极子天线在天线和波传播领域起着至关重要的作用,这是因为大多数研究者都将注意力集中在偶极子天线上。在过去的十年中,大多数天线被转换为小型紧凑型贴片天线。在过去的十年中,天线及其零件迅速变化。本文讨论了不同的偶极天线以及微波领域的进一步改进。本文提出了一种具有不同无线设备和不同频率范围的L形偶极天线。拟议的设计工作在2.83-3.26 GHz,5.39-5.75 GHz,7.42-8.46 GHz和9.7 GHz范围的不同范围上。拟议的设计显示了在不同的Wi-Fi和LTE设备范围内的四个不同的频段。与基于VSWR,频率范围,带宽和频带数的基础上添加的现有天线相比,拟议的微带偶极子天线(MDA)显示出更好的结果。在此范围内,获得的回波损耗为-13.04,-09.21,1-38.27dB,在此范围内,获得的VSWR为1.611.391.151.02。

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