Efficient and accurate modeling of multi-wavelength propagation in SOAs: a generalized coupled-mode approach
Abstract
We present a model for multi-wavelength mixing in semiconductor optical amplifiers (SOAs) based on coupled-mode equations. The proposed model applies to all kinds of SOA structures, takes into account the longitudinal dependence of carrier density caused by saturation, it accommodates an arbitrary functional dependencies of the material gain and carrier recombination rate on the local value of carrier density, and is computationally more efficient by orders of magnitude as compared with the standard full model based on space-time equations. We apply the coupled-mode equations model to a recently demonstrated phase-sensitive amplifier based on an integrated SOA and prove its results to be consistent with the experimental data. The accuracy of the proposed model is certified by means of a meticulous comparison with the results obtained by integrating the space-time equations.
Keywords
Cite
@article{arxiv.1510.03273,
title = {Efficient and accurate modeling of multi-wavelength propagation in SOAs: a generalized coupled-mode approach},
author = {Cristian Antonelli and Antonio Mecozzi and Wangzhe Li and Larry Coldren},
journal= {arXiv preprint arXiv:1510.03273},
year = {2016}
}