Today, we are in the twenty first century, in the era of 'Information technology'. This technology has been undergoing exponential growth through the modern telecommunication systems. Although accession of glass optical fibre is milestone in the history of communication sector, remarkable properties of polymer optical fibres have cast the entire way to rej glass optical fibre. Even if Polymethylmethacrylate (PMMA), Polystyrene (PS), Polycarbonate (PC) are pioneer in this field POF technology, low water absorption, good dimensional stability, low residual stress, smaller material dispersion, negligible attenuation losses in IR region, flexibility, low cost manufacturing, such essential cum exceptional properties of Perfluorinated polymer (PF) designate it as the best contender for polymer optical fibres when high speed data transm i is concerned. This paper provides insight to the manufacturing, properties and application of PF polymer which are the essence of modern ultrafast communication. KPolymer optical fibres (POF);; Perfluorinated (PF);; refractive index;; attenuation
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机译:今天,我们处于20世纪,即“信息技术”时代。通过现代电信系统,这项技术正在经历指数级增长。尽管玻璃光纤的加入是通信领域历史上的一个里程碑,但聚合物光纤的卓越性能已成为玻璃光纤的全部生产方式。即使聚甲基丙烯酸甲酯(PMMA),聚苯乙烯(PS),聚碳酸酯(PC)是该领域的先驱POF技术,低吸水率,良好的尺寸稳定性,较低的残余应力,较小的材料分散性,在IR区域的衰减损耗可忽略不计,柔韧性低在制造成本高昂的情况下,考虑到高速数据传输,全氟化聚合物(PF)如此重要的性能以及优异的性能使其成为聚合物光纤的最佳竞争者。本文提供了PF聚合物的制造,性能和应用的真知灼见,这是现代超快速通信的本质。 K 聚合物光纤(POF);;全氟(PF);;折射率;衰减
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