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Characterization of Gain Spectral Variation of Erbium-doped Fibers Codoped with Aluminum

机译:铝共掺-光纤的增益谱变化特征

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摘要

Characteristics of gain spectral variation of EDFs and its dependence on aluminum doping level and fiber mode design are quantitatively studied. Based on experimental data and manufactured fibers with different aluminum levels, the correlation between aluminum concentration and both absorption spectrum and gain flatness is revealed. Gain spectral variation for over a million meters of EDFs manufactured in last several years is presented. The result shows that peak-to-peak spectral shape variation for all these fibers are within 0.8% in a 36nm C-band window.
机译:定量研究了EDF的增益谱变化特征及其对铝掺杂水平和纤维模设计的依赖性。根据实验数据和不同铝含量的人造纤维,揭示了铝浓度与吸收光谱和增益平坦度之间的相关性。介绍了最近几年制造的超过一百万米的EDF的光谱变化。结果表明,所有这些光纤的峰峰光谱形状变化在36nm C波段窗口内均在0.8%以内。

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