在航天器工程中引入光子学:欧空局的战略方针

N. Karafolas, J. Armengol, I. Mckenzie
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引用次数: 32

摘要

以光纤、集成光学和微光子学为形式的光子技术在航天器上的应用提供了一些引人注目的优势。自2002年以来,欧洲航天局一直致力于光子学的综合研究和发展计划,该计划涵盖了通信、传感、信号处理以及一些专门应用领域的应用。该研究与开发项目伴随着首次飞行演示,以及首次将光纤作为卫星有效载荷的关键元素进行操作。光纤数字通信的所有类型的数据速率是光子学的第一个应用,将达到空间资格。模拟信号通信将与光纤传感一起进行。信号处理应用,包括射频下变频,开关和模拟到数字转换的光电手段也在开发中,其潜力仍有待于与不断发展的电子方法进行比较。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Introducing photonics in spacecraft engineering: ESA's strategic approach
Photonic Technologies in the form of fiber optics, integrated optics and micro-photonics offer some compelling advantages when considered for use in spacecraft. Since 2002 the European Space Agency has engaged in a comprehensive Research and Development program in Photonics that covers applications in communications, sensing, signal processing as well as in some specialized applications. The Research and Development program has been accompanied with the first in-flight demonstrations as well as with the first operational use of fiber optics as critical element of a satellite payload. Fiber optic digital communications for all types of data rates is the first application of Photonics that will reach space qualification. Analog signal communication will follow together with fiber optic sensing. Signal processing applications including Rf down-conversion, switching and analog to digital conversion with electro-photonic means are also under development and their potentials remain to be assessed in comparison with the evolving electronic approaches.
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