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Monolithic colliding-pulse modelocked quantum-well lasers (1992)
| Venue: | IEEE J. Quantum Electron |
| Citations: | 11 - 3 self |
BibTeX
@ARTICLE{Chen92monolithiccolliding-pulse,
author = {Young-kai Chen and Ming C. Wu},
title = {Monolithic colliding-pulse modelocked quantum-well lasers},
journal = {IEEE J. Quantum Electron},
year = {1992},
pages = {2176--2185}
}
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Abstract
Absfrucf-Integration of the whole mode-locked laser onto a excitation and optical output are produced. These produce single piece of semiconductor offers a great deal of advantages, including total elimination of optical alignment processes, im-proved mechanical stability, and the generation of short optical Dulses at much hieher reDetition freauencies. We utilize the significant frequency chirp [111 and timing jitter [121 as-sociated with the gain-switched optical pulses. properties Short Optical pulses with very Pure semiconductor lase; processing technologies to implement the colliding-pulse mode-locking (CPM) scheme, which is known to and low timing jitter can be obtained by mode-locked semiconductor lasers. Earlier works have successfullv re-effectively shorten the pulses and increase stability, on a mini-ature monolithic semiconductor cavity. In this paper, we re-Dulse mode-locked auantum-well lasers.
Keyphrases
quantum-well laser redetition freauencies mini-ature monolithic semiconductor cavity property short optical total elimination im-proved mechanical stability gain-switched optical pulse significant frequency chirp low timing jitter optical output re-dulse mode-locked auantum-well laser great deal whole mode-locked laser colliding-pulse mode-locking short optical dulse pure semiconductor lase optical alignment process mode-locked semiconductor laser single piece
