Research on Measurement of POF Attenuation Spectrum

Feng Chunyuan, Rao Zhongyang
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引用次数: 3

Abstract

Truncation is an efficient way to measure attenuation spectrum of PMMA and PS, and we set up the systems measuring the attenuation of POF. The position of low loss can be discovered, therefore we not only can choose suitable transmission windows and suitable pump sources, but also use wavelength division multiplexing (WDM) to settle bandwidth problem. We analyze the attenuation spectrum and make a comparison between PMMA and PS fiber. Three windows of PMMA are 520nm, 574nm and 650nm. The window at 650nm is usually used. The loss at 520nm, 574nm is smaller and the attenuation spectrum is flatter, so this window will be used better. PS fiber has been found existing six windows. There are 550 nm, 580 nm, 630 nm, 670 nm, 733 nm and 780nm in the range of measurement. Two windows of 550nm and 580nm are suitable for exploring.
POF衰减谱测量方法研究
截断是测量PMMA和PS衰减谱的有效方法,我们建立了测量POF衰减谱的系统。因此,我们不仅可以选择合适的传输窗口和合适的泵浦源,而且可以使用波分复用(WDM)来解决带宽问题。分析了PMMA和PS光纤的衰减谱,并进行了比较。PMMA的三个窗口分别为520nm、574nm和650nm。通常使用650nm的窗口。520nm、574nm处的损耗更小,衰减谱更平坦,可以更好地利用这一窗口。PS纤维已发现存在6个窗口。测量范围有550nm、580nm、630nm、670nm、733nm和780nm。550nm和580nm两个窗口适合探索。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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