摘要
光电载荷的主要功能是用光电传感器实施遥感与测量,以搜索/探测感兴趣的目标,并以一定的精度对目标定位,实现遥感/测量一体化。一种无人机光电载荷,由20×变焦可见光电视、宽/窄视场可切换长波前视红外和重频5Hz的脉冲激光测距机构成,紧凑安装在25μrad稳定精度的两轴四框架稳定平台上,使可见、红外、激光三轴对准精度优于20″,测角精度优于1mrad。试飞表明,光电载荷下传图像清晰,目标定位数据可信。提高激光重频和平台隔离度,可改善搜索/探测效率与质量。
The main function of optoelectronic payload is remote sensing and measuring by optoelectronic sensor in order to search and detect the interested target and locate it with a determinate precision, which implements remote sensing and measuring integrity. One optoelectronic payload for Unmanned Aerial Vehicle （UAV） is made up of 20× optical zoom visible-light TV, wide/narrow Field of View （FOV） movable long wave Forward Looking Infrared （FLIR） and 5Hz repetition frequency laser range finder, They are fixed compactly on a two-axis four-frame stable platform whose stability precision is 25μrad. Based on this configuration, the three axes alignment accuracy of visibility, IR and laser is up to 20″, and the measuring angle precision error is less than lmrad, The flight-testing indicates that the optoelectronic payload download image is clear and the target orientation data is reliable. Increasing laser repetition frequency and platform isolation can improve the efficiency and quality of searching and detecting.
出处
《光电工程》
CAS
CSCD
北大核心
2008年第3期1-4,20,共5页
Opto-Electronic Engineering
基金
国防科技重点实验室基金资助项目(51460040104ZK1001)
关键词
光电载荷
遥感测量
三轴对准
隔离度
optoelectronic payload
remote sensing measuring
three axes alignment
isolation
