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Simulation of Passive Mode-Locked Lasers with DBR for High Rate Pulses

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Abstract

Rate equation based laser simulation was originally popularized by Marcuse [1] more than a decade ago. His original work developed a method of cell propagation in lieu of much less efficient forward-differences in time. The concept has been revitalized recently by Yang [2] through the use of filtering to induce a simulated gain spectrum, thereby decreasing problem sizes by O(m), where m is the discretization of the frequency spectrum. Subsequently, W. Freking [3] developed extensions for modulation response determination and noise modeling including a technique for the accurate generation of 1f noise.

© 1995 Optical Society of America

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