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Photonic systems for antenna applications

机译:用于天线应用的光子系统

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For well over a decade, research groups around the world have been investigating photonic devices for use in antenna, phased array, and electromagnetic field sensor systems. Applications have included shipboard EMC monitoring, EMP measurements, anechoic chamber calibration, novel antenna and array designs, antenna remoting, and smart skins. Photonic antenna links allow immunity from electromagnetic interference, provide an extremely wide working bandwidth, and allow long cable runs with a minimum of loss. Recent developments in laser technology allow photonic-based links to have very low noise figure and high dynamic range. Optoelectronic devices are now being built in III-V semiconductors (GaAs, InP) and polymers which will ultimately lead to opto-electronic integration with MMIC devices. Photonic systems will revolutionize the way in which electromagnetic measurement and antenna systems will be designed and built in the future. This paper presents an overview to the different types of photonic links and modulator systems available to the antenna engineer.
机译:十年来,世界各地的研究群体一直在调查用于天线,分阶段阵列和电磁场传感器系统的光子器件。应用程序包括船上EMC监控,EMP测量,AneChice Champer校准,新颖的天线和阵列设计,天线远程和智能皮肤。光子天线链路允许免疫电磁干扰,提供极宽的工作带宽,并且允许长电缆以最小的损耗运行。激光技术的最新进程允许光子的链接具有非常低的噪声系数和高动态范围。光电器件现已内置于III-V半导体(GaAs,INP)和聚合物,最终将导致与MMIC器件的光电集成。光子系统将彻底改变电磁测量和天线系统将来设计和建造的方式。本文概述了天线工程师可用的不同类型的光子链路和调制系统。

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