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Optical approach to proximity-operations communications for Space StationFreedom,

机译:用于空间站自由的接近操作通信的光学方法,

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Abstract: An optical communications system is described that supports bi-directional interconnections between Space Station Freedom (SSF) and a host of attached and co-orbiting platforms. These proximity-operations (Prox-Ops) platforms are categorized by their maximum distance from SSF, with several remaining inside 1-km range and several extending out to 37-km and 2000-km ranges in the initial and growth phases, respectively. Two distinct Prox-Ops optical terminals are described. A 1-cm-aperture system is used on the short-range platforms to reduce payload mass, and a 10-cm-aperture system is used on the long-range platforms and on SSF to support the optical link budgets. The system supports up to four simultaneous user links, by assigning wavelengths to the various platforms and by using separate SSF terminals for each link.!
机译:摘要:描述了一种光学通信系统,该系统支持空间站自由(SSF)与大量附加和协同运行平台之间的双向互连。这些接近式操作(Prox-Ops)平台按其距SSF的最大距离进行分类,其中几个处于初始阶段和成长阶段,其余两个范围均保持在1公里范围内,另外一些则分别扩展至37公里和2000公里范围。描述了两个不同的Prox-Ops光终端。在短距离平台上使用1厘米孔径的系统以减少有效负载质量,在远程平台和SSF上使用10厘米孔径的系统以支持光链路预算。通过将波长分配给各个平台并为每个链接使用单独的SSF终端,系统最多支持四个同时的用户链接!

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