A 3U cubesat to investigate erbium doped fiber degradation at low earth orbit

A. Fernandez, O. Llopis, N. Nolhier, C. Viallon, A. Rissons, F. Destic, S. Lizy-Destrez
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Abstract

The next generation of telecommunication satellites operating in the Ku and Ka bands consider radio over optical fiber (RoF) technologies as a good candidate for the future flexible payloads. In this context we have started a 3U nanosatellite dedicated to the qualification of an erbium doped fiber by using an optoelectronic metrology technique. This educational project called NIMPH (Nanosatellite to Investigate Microwave Photonics Hardware) aims to quantify the gain and noise figure degradation due to cosmic ray exposure of this type of fiber during a two years mission at a low earth orbit (LEO).
用3U立方体卫星研究掺铒光纤在近地轨道上的降解
在Ku和Ka频段工作的下一代电信卫星认为光纤无线电(RoF)技术是未来灵活有效载荷的良好候选者。在这种情况下,我们已经启动了一颗3U纳米卫星,专门用于使用光电计量技术对掺铒光纤进行鉴定。这个名为NIMPH(研究微波光子学硬件的纳米卫星)的教育项目旨在量化在低地球轨道(LEO)执行为期两年的任务期间,由于这种类型的光纤暴露在宇宙射线下而导致的增益和噪声图退化。
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