次米級光學遙測酬載實驗體

Sub-meter Resolution Optical Remote Sensing Instrument Experimental Model

為打造光學遙測酬載是遙測衛星自主的關鍵指標之一，在完成福衛五號米級解析度技術發展後，次米級光學遙測酬載發展將是太空中心新的挑戰。於本年度本計畫完成32階TDI CMOS感測器製造與驗證、次米級光學系統設計、550mm主鏡研製、差分法影像處理實作驗證、高速影像電子單元研發。

Creating optical remote sensing payload is one of key performance indicators of self-developed remote sensing satellites. After the development of FORMOSAT-5 meter-level resolution technology, the development of sub-meter optical remote sensing payload will be a new challenge for National Space Organization (NSPO). The project completed the implementation and verification of 32-stages CMOS image sensor, the sub-meter optical system design, the implementation of 550mm primary mirror, the development of interleaved image processing, the development of high-speed electronic unit in 2018.