RF Photonics - Why Should Defense Take Notice?

S. Zach, L. Singer
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引用次数: 2

Abstract

The recent years have seen a fast growing interest in studying and developing novel photonic systems for processing, transmitting, and generating of radio frequency (RF) signals [1]. Processing and transmission of RF signals by photonic systems offers significant advantages to the military systems [7]. The integration of optics enables to decrease the size, to increase the bandwidth and to reduce the power dissipation of RF systems far beyond what can be obtained in pure electronic systems. Photonics structures that can extend the performance of RF systems were suggested and part of them was realized. In this paper three examples of novel photonic architectures for military use are presented.
射频光子学——为什么国防要注意?
近年来,研究和开发用于处理、传输和产生射频(RF)信号的新型光子系统的兴趣迅速增长[1]。光子系统对射频信号的处理和传输在军事系统中具有显著的优势[7]。光学器件的集成使射频系统的尺寸减小,带宽增加,功耗降低远远超过纯电子系统所能获得的。提出了可扩展射频系统性能的光子学结构,并实现了部分结构。本文介绍了三种新型军用光子结构的实例。
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