Optimal design of dispersion management for a soliton–wavelength-division-multiplexed system

Abstract

We obtain analytical formulas for minimizing chirp and timing jitter that lead to optimal designs for a soliton–wavelength-division-multiplexed system with dispersion management and lumped amplifiers. The method used here is the guiding-center theory, from which we obtain a stationary pulse shape (guiding-center soliton) that has enhanced power and an increased time–bandwidth product compared with those of a soliton alone.

© 1997 Optical Society of America

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