2004Unpublished venueRequires access

Spectrally resolved gain dynamics of a semiconductor optical amplifier for the amplification of multiwavelength pulses

Luis C. Archundia, Bojan Resan, Peter J. Delfyett

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Abstract

The spectrally resolved gain dynamics of a semiconductor optical amplifier is measured under the amplification of multiwavelength pulses. Nonlinear effects are observed and demonstrated to be avoided by the inherent chirp of semiconductor mode-locked lasers.

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What this paper is about

The spectrally resolved gain dynamics of a semiconductor optical amplifier is measured under the amplification of multiwavelength pulses. Nonlinear effects are observed and demonstrated to be avoided by the inherent chirp of semiconductor mode-locked lasers.

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Available abstract

The spectrally resolved gain dynamics of a semiconductor optical amplifier is measured under the amplification of multiwavelength pulses. Nonlinear effects are observed and demonstrated to be avoided by the inherent chirp of semiconductor mode-locked lasers.

Key concepts: Optical amplifier, Chirp, Semiconductor optical gain, Semiconductor laser theory, Semiconductor, Amplifier, Optics, Laser

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