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Saturation and Gain Dispersion Effects on Four Wave Mixing in Semiconductor Laser Amplifiers

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Abstract

Four-wave mixing (FWM) in semiconductor laser amplifiers (SLA) is presently a subject of intensive theoretical and experimental investigations. The high interest in this phenomenon is due to its potential applications, for example: wavelength conversion [1], compensation of signal distortions by mid-span phase conjugation [2] and demultiplexing of high bit rate data signals [3]. Moreover FWM is also of interest for spectroscopic investigations [4]. FWM experiments with detunings up to 4.3 THz [5] or even 5 THz [6] were reported recently.

© 1995 Optical Society of America

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