舰载光电跟踪与火控系统发展  

Development of ship-borne electro-optical tracking and fire control system

作　　者：仲维彬 ZHONG Weibin(Naval Armament Department,Xi'an 710077,China)

机构地区：[1]海军装备部,陕西西安710077

出　　处：《应用光学》2022年第4期557-564,共8页Journal of Applied Optics

基　　金：海军装备预先研究项目资助。

摘　　要：舰载光电跟踪与火控系统是一种远距离监视、跟踪与火力打击装置,按照体系结构可以分为分立式和综合式两类。对比分析了德国MSP500、意大利“梅杜莎MK4”、英国2500型、以色列Toplite、美国SeaFLIR 280-HD和380-HD、瑞典EOS 500、法国EOMS NG和PASEO等典型光电指向器的结构形式、传感器配置、作用距离及与火控系统的关系。指出光电指向器的结构由“T型”逐渐发展为“U型”,光电传感器的波段由单一波段发展为多个波段,光电跟踪系统的功能由单一功能向综合多功能转变。随着现代海战对抗加剧,舰载光电跟踪与火控系统将朝着多传感器协同探测、信息融合、多目标识别、智能跟踪、使命任务多样化方向发展。The ship-borne electro-optical tracking and fire control system is a kind of long-range monitoring,tracking and fire attack device,which can be divided into discrete system and integrated system according to the architecture.The structural forms,sensor configuration,range and relationship with fire control system of typical electro-optical directors such as MSP500 in Germany,Medusa MK4 in Italy,2500 in England,Toplite in Israel,SeaFLIR 280-HD and 380-HD in America,EOS500 in Sweden,EMOS NG and PASEO in France were compared and analyzed.The structure of electro-optical directors was gradually developed from T-type to U-type,the band of electro-optical sensor was developed from single band to multiple band,and the function of electro-optical tracking system was changed from single function to comprehensive multi-function.With the intensification of modern naval warfare,the ship-borne electro-optical tracking and fire control system will develop towards multi-sensor cooperation detection,information fusion,multi-target identification,intelligent tracking and mission diversification.

关 键 词：光电跟踪 火控系统 发展趋势 

分 类 号：TN745[电子电信—电路与系统]