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首页> 外文期刊>Physica Scripta: An International Journal for Experimental and Theoretical Physics >Utilizing self-injection Rayleigh backscattering feedback for channel-selected erbium laser with single-longitudinal-mode output
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Utilizing self-injection Rayleigh backscattering feedback for channel-selected erbium laser with single-longitudinal-mode output

机译:利用单纵型输出的频道选择erbium激光器的自喷射瑞利反向散射反馈

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摘要

To achieve the target of single-longitudinal-mode (SLM) operation in erbium-doped fiber (EDF) laser, a self-injected Rayleigh backscattering (RBS) feedback schematic is proposed and demonstrated experimentally. Based on the proposed RBS effect, the multi-longitudinal-mode (MLM) noises of the RBS EDF laser can be suppressed fully. Here, the output powers of -7.5 to -5.1 dBm are detected over the tuning bandwidth of 1523.0 to 1563.0 nm. Moreover, the optical signal to noise ratios (OSNRs) of 30.9 and 33.1 dB is also attained. In this study, the SLM oscillation and output instability of the EDF laser are also analyzed and discussed.
机译:为了实现铒掺杂光纤(EDF)激光器中单纵模(SLM)操作的目标,提出了一种自我注入的瑞利反向散射(RBS)反馈示意图并实验证明。 基于所提出的RBS效应,可以充分抑制RBS EDF激光器的多纵向模式(MLM)噪声。 这里,在调谐带宽为1523.0至1563.0 nm上检测到-7.5至-5.1 dBm的输出功率。 此外,还获得了30.9和33.1dB的光信号到噪声比(OSNR)。 在该研究中,还分析并讨论了EDF激光器的SLM振荡和输出不稳定性。

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