报告:光波拼接和连接器技术

J. M. Anderson, D. Frey, C. M. Miller
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引用次数: 4

摘要

接头和连接器的作用是将传输介质互连起来,并将介质连接到光设备上。拼接在很大程度上是为了保持永久连接,尽管有些设计提供了分离和重新连接的机会。另一方面,连接器是为频繁分离和重新连接而设计的。连接器在重新连接时可能需要清洗,而接头则需要更换匹配的凝胶或粘合剂,并可能重新抛光。这些组件中最重要的操作系统参数是光损耗。损耗取决于光纤的排列、光纤的末端条件和光纤芯参数(主要是多模光纤的芯直径和峰值指数差,以及单模光纤的模场直径)。这些光纤芯参数不受接头或连接器设计的控制,这里不再进一步讨论。
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Report: Lightwave splicing and connector technology
The functions of splices and connectors are to interconnect the transmission media and to connect the media to optical devices. Splices are for the most part intended to stay permanently connected, although some designs offer the opportunity of separation and rejoining. Connectors, on the other hand, are designed for frequent separation and rejoining. Connectors may possibly require cleaning when rejoined, whereas splices require replacement of matching gels or adhesives and possibly repolishing. The most operationally significant system parameter of these components is optical loss. The loss is dependent on alignment of the fibers, the end conditions of the fibers, and the fiber-core parameters (primarily core diameter and peak index difference in multimode fibers and mode-field diameter in single-mode fibers). These fiber-core parameters are not under the control of the splice or connector design and will not be covered further here.
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Acronyms and abbreviations World-class hardware and transmission design Service creation technologies for the intelligent network International applications of AT&T's intelligent network platforms ISHMAEL: An integrated software/hardware maintenance and evolution environment
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