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以机载应用为背景,对全固化激光器在机载光电探测系统中的应用关键技术进行了仿真计算和试验研究;以研究结果为依据,设计、调试出了全固化激光测距/照射系统,测试结果表明它的综合技术水平可以满足机载应用要求。在机载光电探测系统中采用全固化激光器,从根本上解决了过去采用灯泵激光器所引入的氙灯触发干扰、氙灯预燃干扰、储能电容高压脉冲工作等种种电磁干扰,可以大大改善机载激光测距/照射系统的电磁兼容性、可靠性和维修性。
Based on the airborne applications, the key technologies of the all-solid-state laser in the airborne photodetection system are simulated and experimentally studied. Based on the research results, a fully-cured laser ranging / illumination system is designed and debugged. Test results show that its comprehensive level of technology to meet the requirements of airborne applications. The use of all-solid-state lasers in airborne photodetection systems fundamentally solves the electromagnetic interference caused by the xenon lamp triggering interference introduced by the lamp pump lasers, the pre-ignition interference of xenon lamps and the high-voltage pulse energy storage capacitor, which can greatly improve the airborne Electromagnetic compatibility, reliability and maintainability of laser ranging / illumination systems.