论文部分内容阅读
日前,航天科技集团五院508所承研的地球静止轨道超高分辨率相机进入联调阶段。据了解,常规相机联调时,电子学设备及配套负载通常为6台至8台,而此次联调需要同时对25台电子学设备及其配套负载进行联调。该型号的相机研制难度也非常大,多项技术在国内属首次应用,包括首次使用稳像控制技术、首次使用可见光拼接焦面等,其焦面规模是高分四号可见光焦面的
Recently, the ultra-high resolution geostationary orbit super-resolution camera under the direction of the 508th research institute of the Aerospace Science and Technology Group entered the joint-modulation phase. It is understood that the conventional camera joint transfer, the electronics equipment and supporting the load is usually 6 to 8 sets, and the joint transfer needs 25 electronic devices and their supporting load coupling. The model of the camera is also very difficult to develop a number of technologies in the country for the first time the application, including the first use of image stabilization control technology, the first use of visible light splicing focal plane, the focal plane size is high score four visible focal plane