无源通信s波段GaAs FET可重构反射天线

R. Schmid, D. Shrekenhamer, O. Somerlock, A. Malone, T. Sleasman, R. Awadallah
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引用次数: 5

摘要

工作频率为3.5 GHz的反射镜具有独立控制的单位元件可重构性,用于方位角和仰角的波束控制。单元元件与反射器背面的砷化镓(GaAs)场效应管(FET)共同设计,允许反射相位在0°和180°之间变化。相位控制既可用于将反射信号波束形成所需方向,又可用于将数据调制到短距离通信的机会信号上。单元元件和控制路由的简单性使元件的电小(~λ/6间距)。空中实验室测量表明,能够以10 kbps的速度调制反射信号,并朝着更高的数据速率前进。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
S-band GaAs FET Reconfigurable Reflectarray for Passive Communications
A reflectarray operating at 3.5 GHz is created with individual control of unit element reconfigurability for beamsteering in both azimuth and elevation. The unit element has been co-designed with a gallium arsenide (GaAs) FET on the back side of the reflector to allow the reflected phase to change between 0° and 180°. The phase control can be used to both beamform the reflected signal in a desired direction and modulate data onto a signal of opportunity for short range communications. The simplicity of the unit element and control routing enables the elements to be electrically small (~λ/6 spacing). Over-the-air laboratory measurements indicate the ability to modulate the reflected signal at 10 kbps with a path forward towards higher data rates.
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