IEEE J. Quantum Electron.
 1994
DOI: 10.1109/3.299460
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Switching and optical modulation of three-section DBR lasers

P. Ottolenghi
1
,
S. Benedetto
2
,
Ivo Montrosset
3
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Cited by 6 publications
(1 citation statement)
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“…This indicates that the synchronization recovery time is determined by wavelength-switching induced transient time. The wavelength-switching time is mainly contributed by the time of carrier variation in the grating section until the non-lasing mode reaches threshold condition [27]. Therefore, optimizing laser parameters such as grating coupling coefficients could further reduce the transient time.…”
Section: Synchronization Of Dbr Lasersmentioning
confidence: 99%

Research on Key Techniques for Video Surveillance System Applied to Shipping Channel Management

Wang
1
,
Zhuang
2
,
Zheng
3
2007
Journal of China University of Mining and Technology
16
0
4
0
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“…This indicates that the synchronization recovery time is determined by wavelength-switching induced transient time. The wavelength-switching time is mainly contributed by the time of carrier variation in the grating section until the non-lasing mode reaches threshold condition [27]. Therefore, optimizing laser parameters such as grating coupling coefficients could further reduce the transient time.…”
Section: Synchronization Of Dbr Lasersmentioning
confidence: 99%

Research on Key Techniques for Video Surveillance System Applied to Shipping Channel Management

Wang
1
,
Zhuang
2
,
Zheng
3
2007
Journal of China University of Mining and Technology
16
0
4
0
View full textAdd to dashboardCite

Measurements of frequency responses of three-section distributed Bragg reflector lasers and application to modulation spectroscopy

Bjerkan
1
,
Johannessen
2
,
Guo
3
1998
Optics & Laser Technology
4
0
2
0
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Untitled

Yu
1
,
O'Dowd
2
2001
Optical and Quantum Electronics
7
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0
0
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