Design and Characterization of a Novel Fiber Optic Coupling Device for Data Communication Applications

A. J. Heiney, C. Jiang, W. H. Reysen
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引用次数: 2

Abstract

Many of the functions necessary for fiber optic coupling in data link applications have been incorporated into one opto-mechanical device called a lens/receptacle. The lens enables assembly of data links with reduced parts count, simplified assembly, lower cost, and streamlined testing with many performance advantages. The packaging consistent with this lens can accommodate data rates up to 600 Mb/s. This paper outlines the design of the lens/receptacle while highlighting the performance benefits of the package as a whole. Performance results presented are on pre-production prototypes operating at 125 Mb/s in the long wavelength region centered around 1330 nm.
一种用于数据通信的新型光纤耦合装置的设计与特性
在数据链路应用中,光纤耦合所需的许多功能已被纳入一个称为透镜/接收器的光机械设备中。该镜头能够组装数据链路,减少了零件数量,简化了组装,降低了成本,并简化了测试,具有许多性能优势。与此镜头相一致的封装可以容纳高达600mb /s的数据速率。本文概述了镜头/插座的设计,同时突出了整个封装的性能优势。所展示的性能结果是在以1330 nm为中心的长波长区域以125 Mb/s的速度工作的预生产原型上。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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