In-phase mode selection of 18-core photonic crystal fiber based on Talbot resonator 被引量：1

In-phase mode selection of 18-core photonic crystal fiber based on Talbot resonator

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摘要 An effective mode selection is important for the multi-core photonic crystal fiber(PCF)to obtain good output.Talbot cavity is popular to lock the in-phase mode,but few satisfactory experimental results have been reported.In this paper,a dual-Talbot cavity with reflected mirrors on each side of PCF is designed to lock the in-phase mode.The design gains the advantage of in-phase mode against out-of-phase mode.What’s more,it can weaken the influence brought by the imperfect end facet of the fiber.The corresponding theoretical analyses and the experiment are taken.The experimental results suggest that the dual-Talbot cavity improves the capacity of mode selection. An effective mode selection is important for the multi-core photonic crystal fiber（PCF）to obtain good output.Talbot cavity is popular to lock the in-phase mode,but few satisfactory experimental results have been reported.In this paper,a dual-Talbot cavity with reflected mirrors on each side of PCF is designed to lock the in-phase mode.The design gains the advantage of in-phase mode against out-of-phase mode.What＇s more,it can weaken the influence brought by the imperfect end facet of the fiber.The corresponding theoretical analyses and the experiment are taken.The experimental results suggest that the dual-Talbot cavity improves the capacity of mode selection.

作者温午麒庾韬颖王远陆颖丁欣郑一博何峰陈戍姚建铨

机构地区 Institute of Laser & Opto-electronics Laboratory Center for Precision Instrument & Opto-Electronics Engineering Hebei Key Laboratory of Optoelectronic Information and Geo-detection Technology College of Physical Science

出处《Optoelectronics Letters》 EI 2014年第1期59-62,共4页 光电子快报（英文版）

基金 the National Basic Research Program of China(No.2010CB327801) the Program for New Century Excellent Talents in University of Ministry of Education of China(No.NCET-10-0610)

关键词光子晶体光纤双塔谐振器三相相模式 PCF 反射镜实验

分类号 TN253 [电子电信—物理电子学] TU252 [建筑科学—建筑设计及理论]

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参考文献13

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