Supercontinuum Generation over 2 µm

ALT Proceedings Pub Date : 2012-11-01 DOI:10.12684/ALT.1.74
V. Kamynin, A. Kurkov, Y. Sadovnikova, V. Tsvetkov
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Abstract

Effective supercontinuum generation in fiber mediain spectral range over 2 μm was experimentallydemonstrated. Supercontinuum generation wasobserved in passive optical fibers. Maximumspectral broadening was obtained in germaniumdopedfibers with longest wavelength near 2.7 μm.To provide high spectral density we used opticalfiber amplifiers. Thus supercontinuum generationwas obtained in holmium optical fiber amplifiersmedium with spectral density 10 W/nm, in therange from 2 to 2.5 μm. In thulium fiber amplifiersobserved amplification not only in conventionalrange near 1.8 μm, but in spectral range from 2.3 to2.5 μm, that corresponds to 3H4→ 3H5 opticaltransition possibility in thulium-doped opticalfibers.
超连续统一代超过2µm
实验证明了在2 μm以上的光纤介质光谱范围内可以有效地产生超连续谱。在无源光纤中观察到超连续谱的产生。锗掺杂光纤的光谱展宽最大,波长在2.7 μm附近。为了提供高光谱密度,我们使用光纤放大器。在光谱密度为10 W/nm的钬光纤放大器中,在2 ~ 2.5 μm范围内获得了超连续谱。在铥光纤放大器中,不仅可以观察到1.8 μm附近的常规放大范围,还可以观察到2.3 ~ 2.5 μm的光谱范围,这对应于掺铥光纤中3H4→3H5的光跃迁可能性。
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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