Antenna sub-system for Meteosat second generation satellites: modeling tools and needs

K. Klooster, Massimo Di Fausto, I. Floriu, Alessandro Rosa, Bernard Robert
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引用次数: 2

Abstract

The Meteosat Second Generation (MSG) program concerns the launch and operation of three new satellites. The MSG continues meteorological services, which are currently provided by the very successful first generation of satellites (Meteosat Operational Program-MOP), operated by Eumetsat. The MSG expands on services offered by MPO by providing more frequently data in more observation bands, with higher resolution. A telecommunication system on-board the MSG satellite transmits measured data to the primary ground station and receives and re-transmits pre-processed images and meteorological data as received from the latter station. Meteorological data are collected from data collection platforms. The MSG satellite carries a search and rescue transponder. The antenna sub-system has been specifically designed for the telecommunication functions and permits appropriate data throughput with the satellite spinning at a rate of 100 revolutions per minute. The antenna sub-system for the MSG is described, after a short general description.
气象卫星第二代卫星天线子系统:建模工具和需求
气象卫星第二代(MSG)计划涉及三颗新卫星的发射和运行。MSG继续提供气象服务,目前由欧洲气象卫星组织(Eumetsat)运营的非常成功的第一代卫星(气象卫星业务计划- mop)提供气象服务。MSG扩展了MPO提供的服务,在更多的观测波段提供更频繁的数据,分辨率更高。MSG卫星上的电信系统将测量数据传送到主要地面站,并接收和再传送从后一个地面站接收到的预处理图像和气象数据。气象数据是从数据收集平台收集的。MSG卫星携带一个搜救应答器。天线子系统是专门为电信功能设计的,并允许适当的数据吞吐量,卫星以每分钟100转的速度旋转。简要介绍了MSG的天线子系统。
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