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首页> 外文期刊>Japanese Journal of Applied Physics. Part 2, Letters >Waveband Switching in a Fiber Ring Laser Incorporating a Polarization-Independent Interleaving Filter Based on a Polarization-Diversity Loop Structure
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Waveband Switching in a Fiber Ring Laser Incorporating a Polarization-Independent Interleaving Filter Based on a Polarization-Diversity Loop Structure

机译:包含基于偏振分集环结构的偏振独立交织滤波器的光纤环形激光器中的波段切换

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摘要

In this paper we demonstrate an interleaved waveband switching in a fiber ring laser incorporating a semiconductor optical amplifier as a gain medium and a polarization-independent interleaving filter based on a polarization-diversity loop structure as a wavelength-selective element. The interleaver consists of a polarization beam splitter, high birefringence fibers, and half-wave plates. By employing the interleaver, multiwavelength switching operation of up to 19 laser lines with the signal to noise ratio over 30 dB and 0.8 nm wavelength spacing, whose switching displacement was 0.4 nm, has been successfully demonstrated at room temperature.
机译:在本文中,我们演示了在光纤环形激光器中的交错波段切换,该激光器结合了作为增益介质的半导体光放大器和基于偏振分集回路结构作为波长选择元件的偏振无关交错滤波器。交织器由偏振分束器,高双折射光纤和半波片组成。通过使用交织器,在室温下已成功演示了多达19条激光线的多波长切换操作,其信噪比超过30 dB,波长间隔为0.8 nm,其切换位移为0.4 nm。

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