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On the probabilistic characterization of side mode fluctuations in pulse-modulated nearly-single-mode semiconductor lasers

1990; IEEE Photonics Society; Volume: 26; Issue: 12 Linguagem: Inglês

10.1109/3.64338

1558-1713

John C. Cartledge,

Advanced Fiber Laser Technologies

Occasionally, a weak side mode in a pulse-modulated nearly-single-mode semiconductor laser can process a significant portion of the total laser output power during the leading edge of a pulse. When combined with the group velocity dispersion of single-mode optical fibers, this mode partitioning can influence the bit error ratio performance of high-speed lightwave systems. Simulation-based solutions of stochastic rate equations, which describe the modulation dynamics of the laser, are used to characterize the side-mode fluctuations probabilistically. >