DYNAMICS OF MONOLITHIC PASSIVELY MODE-LOCKED SEMICONDUCTOR-LASERS

TitleDYNAMICS OF MONOLITHIC PASSIVELY MODE-LOCKED SEMICONDUCTOR-LASERS
Publication TypeJournal Article
Year of Publication1995
AuthorsJones, D. J., LM ZHANG, JE CARROLL, and DD MARCENAC
JournalIeee Journal of Quantum Electronics
Volume31
Issue6
Pagination1051 - 1058
Date Published1995/06//
ISBN Number0018-9197
Keywordsdiode, gbit/s, locking, optical pulses, picosecond pulse generation, transmission
AbstractMonolithic colliding pulse mode-locking (CPM) in semiconductor lasers is compared with self colliding pulse mode-locking (SCPM) through a large signal dynamic computer model which incorporates most of the significant features of semiconductor lasers, These include gain saturation, spontaneous emission, the gain-frequency relation, and the line-width enhancement factor, This new model replicates many of the published experimental results and also gives additional insight into the internal operation of the device, In particular, gain saturation combined with the standing waves created by colliding pulses within the saturable absorber produce a transient gain grating, This is found to have significant effects in locking either the even or the odd modes together in CPM, A performance comparison between CPM and SCPM is completed and some key design parameters of both configurations are explored.
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