论文部分内容阅读
随着激光通信迅速发展,激光通信基站、车载激光通信应用在民用和军用上都有着广阔空间,在这个背景下对野外车载桅杆条件下使用激光通信系统进行研究,针对地面环境对激光通信光学基台和跟踪端机进行设计,针对设计结果对光学基台和跟踪端机进行模态分析,分析得到光学基台和整机的固有频率分别为368Hz和161.90Hz满足车载激光通信要求。
With the rapid development of laser communication, the laser communication base station and vehicle laser communication application have a vast space both in civil and military applications. Under this background, the laser communication system is researched under the condition of the field vehicle mast. In view of the fact that the ground environment affects the laser communication optical base Taiwan and tracking the end of the machine design, the results of the design of the optical abutments and tracking machine modal analysis, the analysis of the optical base and the machine’s natural frequency were 368Hz and 161.90Hz to meet the automotive laser communications requirements.