用于环境和家庭网络解决方案的低成本熔融锥形聚合物光纤(LFT-POF)分路器

L. S. Supian, M. Ab-Rahman, M. Harun, Hadi Gunab, Malik Sulaiman, N. F. Naim
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引用次数: 2

摘要

在多模PMMA光纤可见光通信中,通过在传输网络中部署经济的分路器将光数据信号从一点分发到多点,可以降低光网络的总成本。低成本分离器应具有两个主要特点;均匀性好,功率效率高。具有这些特性的最具成本效益和最环保的光分路器已经开发出来。器件材料100%纯基于多模阶跃折射率PMMA聚合物光纤(POF)。所有光纤合并为单纤维的区域称为熔锥POF。这样可以确保所有的纤维都被正确的熔化和熔合。在输入端注入波长为650 nm的红色LED发射机,光功率计测量输出光纤的两端,揭示了各分路器的均匀性和功率效率。最后的分析表明,我们的熔锥分路器具有较低的多余损耗0.53 dB,每个输出端口具有较低的插入损耗,其平均值低于7 dB。此外,该分配器具有良好的均匀性,为32:37:31%,适合用于解复用器制造。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Low-cost fused taper polymer optical fiber (LFT-POF) splitters for environmental and home-networking solution
In visible optical communication over the multimode PMMA fibers, the overall cost of optical network can be reduced by deploying economical splitters for distributing the optical data signals from a point to multipoint in transmission network. The low-cost splitters shall have two main characteristics; good uniformity and high power efficiency. The most cost-effective and environmental friendly optical splitter having those characteristics have been developed. The device material is 100% purely based on the multimode step-index PMMA Polymer Optical Fiber (POF). The region which all fibers merged as single fiber is called as fused-taper POF. This ensures that all fibers are melted and fused properly. The results for uniformity and power efficiency of all splitters have been revealed by injecting red LED transmitter with 650 nm wavelength into input port while each end of output fibers measured by optical power meter. Final analysis shows our fused-taper splitter has low excess loss 0.53 dB and each of the output port has low insertion loss, which the average value is below 7 dB. In addition, the splitter has good uniformity that is 32:37:31% in which it is suitably used for demultiplexer fabrication.
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