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首页> 外文会议>Symposium on Novel Photoelectronic Detection Technology and Applications >Design and application of longwave infrared dynamic dual target simulation system
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Design and application of longwave infrared dynamic dual target simulation system

机译：长波红外动态双目标仿真系统的设计与应用

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Aiming at the current testing requirements of optoelectronic products, a long-wave infrared dynamic dual-target simulation system is designed.The optical design of the system adopted a transmissive structure, the dual targets were located on the conjugate focal plane of the optical path, and the dynamic dual targets were realized by a beam combiner.The two-dimensional transportation of the goal was achieved by electric devices.Compared with the static target simulation system, the dual targets could move independently to realize different acceleration and speed curve simulations. In the field of view, the motion curve can be programmed to achieve, and the target position information could be output in real time.The final realization of parallelism was better than 20″ , the field of view was 4° , the exit pupil diameter was Φ 160mm, the exit pupil distance was 1100mm, the focal length was 800mm, the dynamic target movement speed was 0.02 ° /s～ 3 ° /s, and the acceleration was 0.02 ° /s~2～3° /s~2.After a number of product trials, the simulation system meets the current demand for optoelectronic products testing.
机译：针对光电产品的目前的测试要求，设计了一种长波红外动态双目标仿真系统。系统的光学设计采用透射结构，双目标位于光路的共轭焦平面上，并且动态双目标由光束组合器实现。通过电气设备实现了目标的二维运输。通过静态目标仿真系统，双目标可以独立移动以实现不同的加速度和速度曲线模拟。在视野中，可以对运动曲线进行编程为实现，并且目标位置信息可以实时输出。并行性的最终实现优于20“，视野为4°，出口瞳孔直径为4°是Φ160mm，出口瞳孔距离为1100mm，焦距为800mm，动态目标移动速度为0.02°/ s〜3°/ s，加速度为0.02°/ s〜2〜3°/ s〜2在许多产品试验中，仿真系统符合当前对光电产品测试的需求。

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