Design for multiband monopole antenna with parasitic elements for in-building mobile communication

Sung-min Kim, K. Min, Seong-yong Gang
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引用次数: 4

Abstract

This paper presents a design for multiband monopole antenna with parasitic elements to realize the multi resonance by control of parasitic pole number for the in-building mobile communication. Especially, the firefighting radio band which is operated at 445 MHz of low frequency band is considered in this study. In order to satisfy for the mobile communication service such as LTE (890 MHz band), PCS (1.8 GHz band), W-CDMA (2.0 GHz band) and Wi-Fi (2.45 GHz band) as well as firefighting radio system (445 MHz band), a monopole radiator and many parasitic elements on a circular disc ground plane are designed. The measured results were observed a reasonable agreement with the simulated results of a proposed antenna.
楼内移动通信中带寄生元件的多波段单极天线设计
本文提出了一种基于寄生元件的多波段单极天线的设计方案,通过控制寄生极数来实现多共振。特别考虑了工作在低频段445mhz的消防无线电频段。为了满足LTE (890mhz频段)、PCS (1.8 GHz频段)、W-CDMA (2.0 GHz频段)、Wi-Fi (2.45 GHz频段)等移动通信业务以及消防无线电系统(445mhz频段)的需求,在圆盘接地面上设计了单极子辐射器和多个寄生元件。实测结果与所设计天线的仿真结果有较好的一致性。
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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