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Intra-spacecraft optical communication solutions using discrete transceiver

机译:使用离散收发器的航天器内部光通信解决方案

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The ever-decreasing size of the small satellites with more demanding payloads has opened new research areas to investigate innovative onboard data-handling solutions. This paper presents the use of optical intra-satellite communication using discretely designed transceivers. The transceiver can handle large variations in the received photocurrents and implements filtration against the ambient light. The designed transceiver has been tested with selected optical components including infrared diodes, photo detectors, and optical guides to validate its functionality. The displacement damage testing on selected optical components was performed to validate their suitability for use in space. The experimental communication schemes have been presented for free space as well as glass fiber-based intra-spacecraft communication.
机译:具有越来越高的有效载荷的小型卫星尺寸的不断减小,开辟了新的研究领域,以研究创新的机载数据处理解决方案。本文介绍了使用离散设计的收发器进行的卫星内光通信。收发器可以处理接收到的光电流中的大变化,并针对环境光进行过滤。设计的收发器已通过选定的光学组件进行了测试,包括红外二极管,光电探测器和光导,以验证其功能。对选定的光学组件进行了位移损伤测试,以验证其在太空中的适用性。已经针对自由空间以及基于玻璃纤维的航天器内部通信提出了实验性通信方案。

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