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Research on Optical System of Spaceborne laser target Indicator

机译:星载激光目标指示器的光学系统研究

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This paper introduces the overall schematic of spaceborne laser target indicator. The target is tracking by remote sensing imaging system and servo system, and pointing by laser emission system. The key parameters of remote sensing imaging system are optimal selected, including working distance, focal length, aperture, integration time and field view, then the system spectral, pulse width, peak power, beam divergence and direction accuracy of laser emission system are analyzed in this paper .We design a remote sense imaging system and a laser emission system, and the result shows that requirements are meet and may realize in reality. The overall design can realize the 500km orbital altitude with the space borne laser target indicator, which is required by laser pointing function for medium-sized ships.
机译:本文介绍了星载激光目标指示器的总体示意图。目标通过遥感成像系统和伺服系统进行跟踪,并通过激光发射系统进行瞄准。优化选择了遥感成像系统的关键参数,包括工作距离,焦距,孔径,积分时间和视野,然后分析了激光发射系统的系统光谱,脉冲宽度,峰值功率,光束发散度和方向精度。本文设计了一种遥感成像系统和激光发射系统,结果表明该要求可以满足并且可以在现实中实现。总体设计可以通过星载激光目标指示器实现500 km的轨道高度,这是中型船舶的激光指向功能所必需的。

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