10 GHz modulation bandwidth of 1550nm InAs/InP Quantum Dash based lasers

F. Lelarge,Romain Brenot,B. Rousseau,F. Martin,F. Poingt,L. Legouezigou,O. Le Gouezigou,E. Derouin,O. Drisse,F. Pommereau,A. Accard,M. Caligaro,D. Make,B. Dagens,J.-G. Provost,M. Krakowski,F. van-Dijk,G.-H. Duan

10 GHz modulation bandwidth of 1550nm InAs/InP Quantum Dash based lasers

2008

F. Lelarge
Romain Brenot
B. Rousseau
F. Martin
F. Poingt
L. Legouezigou
O. Le Gouezigou
E. Derouin
O. Drisse
F. Pommereau
A. Accard
M. Caligaro
D. Make
B. Dagens
J.-G. Provost
M. Krakowski
F. van-Dijk
G.-H. Duan

A modulation bandwidth up to 10 GHz in continuous wave mode operation is demonstrated using optimized 1.55 mum InAs/InP (100) quantum dashes based lasers.

Keywords:

Optoelectronics
Optics
Physics
Molecular beam epitaxy
Laser
Continuous wave
Indium phosphide
Semiconductor laser theory
Modulation
Quantum dot
Bandwidth (signal processing)
Quantum

Correction
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