Bandwidth Upgrade in Printed Dipole Antennas Design for LTE Base Station

Rahardian Luthfi Prasetyo, Iswandi Iswandi, Eny Sukani Rahayu
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Abstract

Abstract—In this study the research design development has been carried out by changing the radiating element field width. Radiating element field extension was administered by simulating it and trying to measure the value one by one in antenna simulator software.  The radiating element widening was administered so that the resulting bandwidth could be greater. After changing the width of the field, an element radiating field length adjustment was administered to adjust the operating frequency used in Indonesia. After the design worked at the desired frequency and produced a desired bandwidth, antenna fabrication was administered and its results was tested using Mini VNA Tiny to find out the antenna value if mass produced.
LTE基站印刷偶极子天线的带宽升级设计
在本研究中,通过改变辐射元件场宽度进行了研究设计开发。通过在天线模拟器软件中对其进行仿真并逐一测量,实现了辐射单元的场扩展。对辐射元件进行加宽处理,使所得到的带宽更大。在改变场的宽度后,对辐射场长度进行调整,以调整印度尼西亚使用的操作频率。在设计工作在所需频率并产生所需带宽后,进行天线制造,并使用Mini VNA Tiny对其结果进行测试,以确定批量生产时的天线值。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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