传输系统中宽带色散和非线性管理的高阶模色散补偿

M. Hill
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引用次数: 1

摘要

总之,hm - dcm是一种基于光纤的技术,通过利用特殊设计光纤的独特波导色散,保持了SM-DCF的优点。这种方法自然使其成为宽带和低损耗技术。homm - dcm的显著特点是在保持传播信号的大有效面积的同时,可以实现高RDS。由于模块需要模式转换器,这可能会增加模块的损耗和成本,因此产生了复杂性。这可以通过模式转换光纤光栅的最新进展来适当地解决,因为这利用了成熟的技术平台(即紫外线诱导光纤光栅)。使用光纤光栅进行模式转换的全光纤homm - dcm的损耗值与SM-DCF相当,在某些情况下甚至低于SM-DCF。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Higher-order-mode dispersion compensation for broadband dispersion and non-linearity management in transmission systems
In summary, the HOM-DCM is a fiber-based technology that maintains the benefits of SM-DCF by utilizing the unique waveguide dispersion of a specially designed fiber. This approach naturally makes it a broadband as well as a low loss technology. The salient feature of the HOM-DCM is that it can achieve high RDS while maintaining a large effective area for the propagating signals. A complexity arises from the fact that the module requires mode-converters that can increase loss as well as cost of the module. This may be suitably addressed by recent advances in mode-converting fiber-gratings, as this takes advantage of a mature technological platform (namely, UV-induced fiber-gratings). All-fiber HOM-DCMs that use fiber-gratings for mode-conversion have achieved loss values that are comparable with, and in some case even lower than, SM-DCF.
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