舰载激光武器复合轴跟踪控制系统仿真分析
함재격광무기복합축근종공제계통방진분석
Simulation and analysis of the composite axis track control system for shipborne laser weapon
  • 万方数据
    激光与红外 격광여홍외
    LASER & INFRARED
    2015年 8期 943-947 ,共5页

    杨修林%陆培国%刘小强%梁晓东

    양수림%륙배국%류소강%량효동

    舰载激光武器%复合轴控制%精跟踪%带宽%噪声 艦載激光武器%複閤軸控製%精跟蹤%帶寬%譟聲
    함재격광무기%복합축공제%정근종%대관%조성
    shipborne laser weapons%composite axis control%fine tracking%bandwidth%noise
    激光武器毁伤目标的特殊机理使其对光电系统跟踪精度提出了更高的要求，针对此问题本文提出复合轴控制技术。通过对舰载跟踪控制技术的分析，在传统跟踪系统的基础上设计了复合轴跟踪系统的控制模型，并进行了 MATLAB 仿真验证。仿真显示复合轴控制技术使系统跟踪精度由传统跟踪系统的0．4 mrad 提高到4μrad 以内。
    격광무기훼상목표적특수궤리사기대광전계통근종정도제출료경고적요구，침대차문제본문제출복합축공제기술。통과대함재근종공제기술적분석，재전통근종계통적기출상설계료복합축근종계통적공제모형，병진행료 MATLAB 방진험증。방진현시복합축공제기술사계통근종정도유전통근종계통적0．4 mrad 제고도4μrad 이내。
    Special mechanism that laser weapon damages targets requires that electro-optical tracking system has high-er accuracy.Aiming at this problem,a composite axis control system is proposed.Through the analysis of the tracking control technology on shipboard,the control model of composite axis tracking system is designed,and this system was simulated and verified by MATLAB.Simulation results show that the composite axis control technology makes the sys-tem tracking accuracy increases from 0.4 mrad to less than 4 μrad.
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