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TAIWAN'S SECOND REMOTE SENSING SATELLITE

机译:台湾第二遥感卫星

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FORMOSAT-2 is Taiwan's first remote sensing satellite (RSS). It was launched on 20 May 2004 with five-year mission life and a very unique mission orbit at 891 km altitude. This orbit gives FORMOSAT-2 the daily revisit feature and the capability of imaging the Arctic and Antarctic regions due to the high enough altitude. For more than three years, FORMOSAT-2 has performed outstanding jobs and its global effectiveness is evidenced in many fields such as public education in Taiwan, Earth science and ecological niche research, preservation of the world heritages, contribution to the International Charter: space and major disasters, observation of suspected north Korea and Iranian nuclear facilities, and scientific observation of the atmospheric transient luminous events (TLEs). In order to continue the provision of earth observation images from space, the National Space Organization (NSPO) of Taiwan started to work on the second RSS from 2005. This second RSS will also be Taiwan's first indigenous satellite. Both the bus platform and remote sensing instrument (RSI) shall be designed and manufactured by NSPO and the Instrument Technology Research Center (ITRC) under the supervision of the National Applied Research Laboratories (NARL). Its onboard computer (OBC) shall use Taiwan's indigenous LEON-3 central processing unit (CPU). In order to achieve cost effective design, the commercial off the shelf (COTS) components shall be widely used. NSPO shall impose the up-screening/qualification and validation/verification processes to ensure their normal functions for proper operations in the severe space environments.
机译:FORMOSAT-2是台湾第一颗遥感卫星(RSS)。它于2004年5月20日发射,具有五年的任务寿命,并在891公里的高度上具有非常独特的任务轨道。由于高度足够高,该轨道为FORMOSAT-2提供了每日重访功能以及对北极和南极地区进行成像的功能。三年多来,FORMOSAT-2表现出色,其全球有效性在许多领域得到了证明,例如台湾的公共教育,地球科学和生态环境研究,世界遗产的保存,对《国际宪章》的贡献:空间和重大灾难,对可疑的朝鲜和伊朗核设施的观察以及对大气瞬时发光事件(TLE)的科学观察。为了继续提供来自太空的地球观测图像,台湾国家太空组织(NSPO)从2005年开始研究第二颗RSS。第二颗RSS也将是台湾的第一颗本地卫星。公交平台和遥感仪器(RSI)均应由NSPO和仪器技术研究中心(ITRC)在国家应用研究实验室(NARL)的监督下设计和制造。其车载计算机(OBC)应使用台湾本地的LEON-3中央处理器(CPU)。为了实现具有成本效益的设计,应广泛使用商用现货(COTS)组件。 NSPO应当实施向上筛选/鉴定和确认/验证过程,以确保其正常功能可在恶劣的空间环境中正常运行。

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