基于AOD的激光通信精细跟踪单元技术研究

Y. Liu, Lei Chen, S. Tong, Yansong Song, Yan Dong
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摘要

本文通过分析、建模、仿真等一系列工作,得出在扰动信号频率增加的情况下,FSM对kHz正弦扰动信号的响应存在严重畸变,并且在自由空间激光通信精细跟踪单元中,AOD对kHz正弦扰动信号的响应相位延迟仅为1%。结果表明,在精确跟踪系统中,用AOD代替传统的FSM,大大提高了其带宽,进一步抑制了残差,获得了更高的跟踪精度。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Technology research of fine tracking unit based on AOD for laser communication
In the paper, we obtained that the response of the FSM on the order of kHz sinusoidal perturbation signal has serious distortion, in the case of increasing the frequency of the disturbance signal, and the phase delay of AOD response is only 1% for kHz sinusoidal perturbation signal in the fine tracking unit of free space laser communication through the analysis, modeling, simulation and a series of work. It shows that by using AOD replace traditional FSM in the precision tracking system, its bandwidth can be improved largely, then, it has a further suppression of the residual error and obtains a higher tracking accuracy.
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