Narrow Band Rejection in Ultra Wideband Pixel Antennas

M. Majed, M. Rammal, H. A. Taam, M. Mayank, J. Andrieu, B. Jecko
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Abstract

In order to meet the growing demand for new services, airborne or satellite platforms must integrate more and more radio systems while the space available for the integration of these elements is increasingly reduced. Particularly, the use of ultra wideband (UWB) Radar, Electronic Warfare devices or wide band telecommunication systems increases the difficulty to share the allowed frequency band on a platform. Then, the introduction of a narrow forbidden band in these UWB structures is a challenge today. This narrow band can be used for localization, voice, internet, communications using for example another antenna located nearby on the platform, but also inside the UWB antenna itself building a Multifunction Antenna. Agile Radiating Matrix Antennas (ARMA) (Fig1) built with wide band pixels are a good candidate to perform this multi-functionality as shown in this paper.
超宽带像素天线的窄带抑制
为了满足对新业务日益增长的需求,机载或卫星平台必须集成越来越多的无线电系统,而可用于集成这些元素的空间日益减少。特别是,超宽带(UWB)雷达、电子战设备或宽带电信系统的使用增加了在平台上共享允许频带的难度。因此,在这些超宽带结构中引入窄禁带是当今的一个挑战。这种窄带可以用于定位、语音、互联网、通信,例如使用位于平台附近的另一个天线,但也可以在UWB天线本身内部构建多功能天线。如本文所示,采用宽带像素构建的敏捷辐射矩阵天线(ARMA)(图1)是执行这种多功能的良好候选。
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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