试验台
兆位
地球同步轨道
激光器
计算机科学
自由空间光通信
光通信
通信系统
激光二极管
计算机硬件
电子工程
工程类
电信
航空航天工程
光学
物理
计算机网络
卫星
作者
William L. Hayden,M FITZMAURICE,D. A. Nace,D. C. Lokerson,P. O. Minott,William W. Chapman
摘要
A 650 Mbps laser communications testbed under construction for the development of flight qualifiable hardware suitable for near-term operation on geosynchronous-to-geosynchronous crosslink missions is presented. The program''s primary purpose is to develop and optimize laser communications unique subsystems. Requirements for the testbed experiments are to optimize the acquisition processes, to fully simulate the long range (up to 21,000 km) and the fine tracking characteristics of two narrow-beam laser communications terminals, and to fully test communications performance which will include average and burst bit error rates, effects of laser diode coalignment, degradation due to internal and external stray light, and the impact of drifts in the optical components.
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