预脉冲阶跃注入电流调制半导体光放大器的时间分辨啁啾

Bruno Taglietti, T. Sutili, E. Conforti
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引用次数: 2

摘要

采用预脉冲步进注入电流(PISIC)技术,可以显著提高半导体光放大器(SOA)的上升时间,尽管这也会影响啁啾。因此,对该事件进行量化分析是十分重要的。测量是利用锐利的光学滤光片提供的强度到频率的转换。在这项工作中,使用了两个固定的过滤器,而不是像文献中那样单独使用一个。结果表明,啁啾峰值在SOA开关增益上升时间和开关增益衰减。我们发现的啁啾值与已发表的结果一致。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Time-resolved chirp of Pre-Impulse Step Injected Current modulated Semiconductor Optical Amplifier
Using Pre-Impulse Step Injected Current (PISIC) technique, it is possible to significantly improve the Semiconductor Optical Amplifier (SOA) rising time, although that will also affect chirp. Therefore, it is important to make a quantifying analysis of the event. The measurements are made using the intensity to frequency conversion provided by sharp optical filters. In this work two fixed filters are used instead of one alone, as available in the literature. The results evince chirp peaks during the SOA off-on gain rising time and at the on-off gain decay. The chirp values we found are coherent with published results.
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