An irregular polygon slotted rectangular microstrip antenna for WI-MAX and WLAN application

Rupal Shivhare, R. Jain
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Abstract

In this paper, we discussed about irregular polygon rectangular microstrip antennas for WI-MAX and WLAN applications. The antenna designing on 2.5GHz frequency, and analyzed the antenna using IE3D simulation software. Here we uses the glass epoxy dielectric substrate, the dielectric constant of material is 4.4, loss tangent is 0.0012 and having the 1.6mm substrate height. The bandwidth of antenna is 39.3%, the efficiency of antenna is 90% and radiation efficiency is 100% and the antenna achieve return loss is -16.1db.The resonant frequency of antenna is 2.5 GHz.
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一种用于WI-MAX和WLAN应用的不规则多边形开槽矩形微带天线
本文讨论了用于WI-MAX和WLAN应用的不规则多边形矩形微带天线。将天线设计在2.5GHz频率上,并利用IE3D仿真软件对天线进行了分析。这里我们采用玻璃环氧树脂介电基片,材料介电常数为4.4,损耗正切为0.0012,基片高度为1.6mm。天线带宽为39.3%,天线效率为90%,辐射效率为100%,天线实现回波损耗为-16.1db。天线的谐振频率为2.5 GHz。
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