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技術學刊 EIScopus
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| 篇名 | 「背向多泵激架構」拉曼放大頻段之增益平坦處理 |
|---|---|
| 卷期 | 19:2、19:2 |
| 並列篇名 | The Gain-Flattened Process of Raman Amplification Band with Backward-Multipump Architecture |
| 作者 | 洪鴻文 、 陳靜慧 、 許嘉文 |
| 頁次 | 155-160 |
| 關鍵字 | 背向多泵激 、 拉曼光纖放大器 、 增益平坦化 、 色散抑低 、 補償 、 Fiber raman amplifier 、 FRA 、 Backward-multipump 、 Dispersion suppression 、 Compensation 、 Gain-flattened 、 EI 、 Scopus 、 TSCI |
| 出刊日期 | 200406 |
中文摘要
本文針對背向多激架構之\"拉曼光纖放大器(backward-multipump)"實作及特性分析進行探討研究。有關(fiber Raman amplifier ，FRA)背向多激架構的研發主軸:拉曼增億之有效提升與放大頻段之增益平坦處理，本文共計採用單膜光纖(single mode fiber ，SMF)、色散補償模組(dispersion compensation module，DCM)以及大有效面積光纖(large-effective area fiber ，LEAF)在100Km光路長度上進行拉曼放大實驗，其間並就色散抑低/補償與增益平坦處理成效進行比較探討。
英文摘要
In this paper, we investigate the problems of design and implementation
of a fiber Raman amplifier (FRA) based on backward-multipump architecture. In addition, the characteristics of the proposed FRA are also analyzed. Three kinds of devices, i.e., single mode fiber (SMF), dispersion compensation module(DCM) and large-effective area fiber (LEAF), are employed to evaluate the effect of Raman amplification over a 100Km transmission distance. Experimental results indicate that the suppression
and compensation of dispersion are not only capable of enhancing the
Raman gain but also helpful for the gain-flatten process using multipump
power control. As suggested in this paper, a backward-multipump architecture is one of the possible solutions for achieving high Raman gain
while maintaining excellent flatness.