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Laser diode fiber link for the transmitter of the SOUT program and for the beacon of the Silex program

机译：用于SOUTH程序的发射器和Silex程序的信标的激光二极管光纤链路

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Abstract: ll optical user terminal (SOUT) is part of an experimental program of the European Space Agency, initiated by British Aerospace. One takes advantage of the high antenna gain obtainable at 830 nm to build a very small, lightweight, and comparatively low cost terminal, capable of communicating with SILEX, ESA's full scale optical telecommunication program. SPACEBEL is in charge of developing the transmitting chain of the SOUT, and demonstrating its performances on a breadboard model. In the first part of the paper, we describe the transmitting chain of SOUT, stressing the delicate optical link between the diode and the monomode fiber. In the second part of the paper, we report on the first measurement of the efficiency of the coupling between the laser diode and the fiber as measured on the engineering model of the flight design for the Silex Beacon. !3
机译：摘要：光学用户终端（SOUT）是由英国航空航天局发起的欧洲航天局实验计划的一部分。人们利用在830 nm处可获得的高天线增益来构建一个非常小巧，轻巧且成本相对较低的终端，该终端能够与ESA的全面光通信程序SILEX通信。 SPACEBEL负责开发SOUT的传输链，并在面包板模型上演示其性能。在本文的第一部分中，我们描述了SOUT的传输链，强调了二极管和单模光纤之间的微妙光学链路。在本文的第二部分中，我们报告了在Silex Beacon飞行设计的工程模型上首次测量的激光二极管和光纤之间耦合效率的测量结果。 ！3

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