摘要
受限于相位噪声、瞬时带宽及多功能一体化等电子瓶颈,传统技术无法满足未来机载雷达的应用需求,而微波光子的波动性、粒子性等特性能突破射频系统的瓶颈,实现微波的产生、传输、处理、控制和测量,成为未来战场的关键使能技术。本文总结了未来机载雷达的发展趋势,分析了微波光子技术在机载雷达上的应用,并展望微波光子机载雷达的未来架构。
Limited by electronic bottlenecks,traditional technology cannot satisfy the requirement of future airborne radars.However,the particle behavior and wave behavior of microwave photon can break through the restriction RF systems,realizing the generation,transmission,processing,controlling and measurement of microwave,which makes microwave photon technology the key enable technology in future battlefields.The paper summarizes the development tendency of future airborne radars,analyzes the application of microwave in airborne radars,and forecasts the framework of microwave photon airborne radars.
作者
莫修辞
杨静
赵军
张红波
MO Xiu-ci;YANG Jing;ZHAO Jun;ZHANG Hong-bo(AVIC Leihua Electronic Technology Research Institute,Wuxi 214063,China)
出处
《真空电子技术》
2019年第4期13-17,共5页
Vacuum Electronics
关键词
未来机载雷达
微波光子技术
功能一体化
Future airborne radar
Microwave photon technology
Functional integration