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首页> 外文会议>Electro-Optical and Infrared Systems: Technology and Applications IV; Proceedings of SPIE-The International Society for Optical Engineering; vol.6737 >Evolution of test and evaluation of infrared missile warning systems
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Evolution of test and evaluation of infrared missile warning systems

机译：红外导弹预警系统测试与评估的发展

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摘要

Test and evaluation of missile warning systems is most efficiently performed using electro-optic stimulation systems that can simulate the launch and approach of a missile at operational ranges. Much research and development over recent years has gone into optimizing the fidelity and power of these systems in the mid-infrared waveband. The work has provided a variety of solutions based generally on black body technology. Recent demands for higher power equipment have pushed development towards a laser based approach. Viable options for laser based architectures have been studied and compared against key criteria such as power input/output, modulation performance, dynamic range, environmental requirements and engineering complexity. An array of quantum cascade lasers has emerged as the most advantageous solution for the present challenges. State of the art quantum cascade lasers from a research institute have been incorporated into the design of two fielded systems. These systems have been thoroughly characterised with results matching the required performance.
机译：使用电光刺激系统可以最有效地进行导弹预警系统的测试和评估，该系统可以模拟导弹在操作范围内的发射和接近。近年来，许多研究和开发都致力于优化这些系统在中红外波段的保真度和功率。这项工作提供了通常基于黑体技术的各种解决方案。对更高功率设备的最新需求推动了向基于激光的方法的发展。已经研究了基于激光的架构的可行选择，并与关键标准进行了比较，例如功率输入/输出，调制性能，动态范围，环境要求和工程复杂性。量子级联激光器阵列已经成为解决当前挑战的最有利解决方案。来自研究所的最先进的量子级联激光器已被纳入两个现场系统的设计中。这些系统已经过彻底表征，其结果与所需性能相匹配。

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