ESA IZN-1光地面站信标系统

S. Alam, Andrea Di Mira, M. Yarrow, C. Heese, J. Singleton, A. Kloth, J. Steinborn, J. Clowes
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引用次数: 0

摘要

本文介绍了为欧洲航天局部署在特内里费岛的新型机器人光学地面站IZN-1 (Izaña One)开发的卫星光通信信标系统。该系统在两个可选的调制频率(10和100 kHz)下提供CCSDS标准兼容的1590 nm信号,以支持低地球轨道上两个立方体卫星任务的光学采集。系统架构是基于一个多级光放大器,由一个直接调制的DFB激光二极管播种。系统产生的平均光功率为6w,光束质量受衍射限制,信标信号将通过台站主望远镜的子孔径传输。信标将安装在IZN-1上,并于2022年初执行首次LEO直接到地球的光通信链路。
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Beacon system for ESA IZN-1 Optical Ground Station
This paper describes a beacon system for satellite optical communications developed for IZN-1 (Izaña One) - the new robotic optical ground station of the European Space Agency deployed in Tenerife. The system provides a CCSDS standard compatible 1590 nm signal at two selectable modulation frequencies (10 and 100 kHz) to support optical acquisition of two CubeSat missions in low Earth orbits. The system architecture is based on a multistage optical amplifier seeded by a directly modulated DFB laser diode. The average optical power generated by the system is >6 W with diffraction limited beam quality and the beacon signal will be transmitted via a subaperture of the station main telescope. The beacon will be installed at IZN-1 and perform first LEO Direct-to-Earth optical communication links at the beginning of 2022.
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