Modelisation of Erbium Doped Seven-core Fiber Amplifier for Telecommunication

A. Nassiri, H. Idrissi-Saba, A. Boulezhar, M. Abouricha
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引用次数: 1

Abstract

In this paper, we have developed a model for Erbium doped seven-core fiber amplifier for Space Division Multiplexing Systems. Firstly by extrapolating the hypothesis proposed by Abedin et al., we will model the multicore fiber amplifier developed by our simulator, and we could then compare them to those observed experimentally and predicted with the simulator of other team of research. Secondly, based on the results obtained, we are going to model our multicore fiber amplifier. A peak gain about 41.6 dB at 1560 nm is obtained with a large band of the input signals over 60 nm was also obtained. The gain is higher than 20 dB for all amplified signals in each core with a noise low than 5dB.
电信用掺铒七芯光纤放大器的建模
本文建立了一种用于空分复用系统的掺铒七芯光纤放大器模型。首先,通过外推Abedin等人提出的假设,我们将对我们的模拟器开发的多核光纤放大器进行建模,然后我们可以将它们与实验观察到的结果和其他研究团队的模拟器预测的结果进行比较。其次,基于得到的结果,我们将对我们的多芯光纤放大器进行建模。在1560nm处获得了约41.6 dB的峰值增益,并获得了大于60nm的大频带输入信号。每个芯中所有放大信号的增益均高于20 dB,噪声低于5dB。
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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