Wideband Frequency Reconfigurable Patch Antenna for Various Wireless Applications

Ankit Bhattacharjee, S. Dwari
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引用次数: 2

Abstract

A patch antenna capable of wideband frequency reconfiguration is presented with planar structure and simple configuration in this study. The antenna has a rectangular shaped partial ground plane, two p-i-n diodes (for switching purpose) with its controlling circuit, two radiating elements, and microstrip feed line. The radiator which has smaller length, is responsible for operating at higher frequency (covers WLAN band) and the larger radiating element resonates at lower frequency range (covers Bluetooth and WiMAX band). At a time, one radiating element will be connected with the feed line and this mechanism is controlled by the ON – OFF condition of those p-i-n didoes. By considering the wideband reconfigurable frequency response and simplicity in structural design, this proposed antenna can fulfil the demand of various application area of wireless communication.
用于各种无线应用的宽带频率可重构贴片天线
本文提出了一种具有平面结构和简单配置的宽带频率重构贴片天线。天线有一个矩形的局部接平面,两个p-i-n二极管(用于开关)及其控制电路,两个辐射元件和微带馈线。长度较小的辐射元件负责在较高频率(覆盖WLAN频段)工作,较大的辐射元件负责在较低频率范围(覆盖蓝牙和WiMAX频段)谐振。同时,一个辐射元件将与馈线连接,该机构由那些p-i-n二极体的ON - OFF条件控制。考虑到宽带可重构频率响应和结构设计的简单性,该天线可以满足无线通信各种应用领域的需求。
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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