An All-Fiber Fan-Out Device for Varying Twin-Core Fiber Types
An All-Fiber Fan-Out Device for Varying Twin-Core Fiber Types
复制标题
适用于各种双芯光纤类型的全光纤扇出设备
DOI：
10.1109/jlt.2017.2766181
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发表时间：
2017-12
影响因子：
4.7
通讯作者：
Wang Yiping
中科院分区：
文献类型：
--
作者：
Guo Kuikui;Zhou Jiangtao;He Jun;Liao Changrui;Wang Ying;Li Zhengyong;Yang Kaiming;Liu Shen;Wang Yiping
提出了一种全光纤双芯光纤（TCF）扇出器件，并进行了实验验证。该器件能够同时访问各种TCF类型的两个内核的光信号。该装置通过由两个平行的大芯多模光纤组成的光纤束的双锥形化来制造，每个光纤束与单模光纤锥形拼接。在装置制造过程中使用商用光纤熔接机进行锥形化和熔接。进行了一系列实验，其中两个不同的TCF类型，具有不同的核心间的距离，连接到测试所提出的设备的功能。结果表明，成功地访问来自两个TCF核心的光信号，具有-38.6 dB的低串扰。所提出的全光纤TCF扇出器件可以进一步开发用于新型光纤传感器或先进的光通信系统。
An all-fiber twin-core fiber (TCF) fan-out device is proposed and experimentally demonstrated. The device is capable of simultaneously accessing optical signals from both cores for a variety of TCF types. The device was fabricated via bi-tapering of a fiber bundle consisting of two parallel large-core multimode fibers, each of which was tapered-spliced with single mode fibers. A commercial fiber fusion splicer was used in the device fabrication process for both tapering and splicing. A series of experiments were conducted in which two different TCF types, featuring different inter-core distances, were connected to test the functionality of the proposed device. The results demonstrate successful accessing of optical signals from the two TCF cores with a low crosstalk of –38.6 dB. The proposed all-fiber TCF fan-out device could be further developed for applications in novel fiber sensors or advanced optical communication systems.
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影响因子：
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通讯作者：
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