Actively mode-locked fiber laser with semiconductor all-optical modulator

M. Rusu, R. Herda, A. Vainionpaa, S. Suomalainen, O. Tengvall, T. Hakulinen, O. Okhotnikov
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Abstract

In this paper, we report on an actively mode-locked 1.56-mum erbium fiber laser using all-optical surface-normal semiconductor modulator. The 1.56-mum modulator is a purposely-designed semiconductor modulator mirror (SEMM) exploiting saturable absorption in the multiple quantum-well structure with enhanced modulation depth. Conceptually, the SEMM structure is very similar to the absorber mirrors used for passive mode-locking, except for higher values of saturation fluence and recovery time as compared to typical parameters for SESAMs
带半导体全光调制器的主动锁模光纤激光器
本文报道了一种采用全光表面法向半导体调制器的主动锁模1.56 μ m铒光纤激光器。1.56 μ m调制器是一种专门设计的半导体调制器反射镜(SEMM),利用多量子阱结构中的饱和吸收,增强了调制深度。从概念上讲,SEMM结构与用于被动锁模的吸收镜非常相似,只是与sesam的典型参数相比,饱和通量和恢复时间的值更高
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