Phase synchronization of a two-channel phase-sensitive amplifier based on optical injection-locking of InP quantum-dash mode-locked lasers

Ehsan Sooudi,Stylianos Sygletos,Paola Frascella,Andrew D. Ellis,Guillaume Huyet,John G. McInerney,F. Lelarge,Kamel Merghem,Ricardo Rosales,Anthony Martinez,A. Ramdane,Stephen P. Hegarty

Phase synchronization of a two-channel phase-sensitive amplifier based on optical injection-locking of InP quantum-dash mode-locked lasers

2012

Ehsan Sooudi
Stylianos Sygletos
Paola Frascella
Andrew D. Ellis
Guillaume Huyet
John G. McInerney
F. Lelarge
Kamel Merghem
Ricardo Rosales
Anthony Martinez
A. Ramdane
Stephen P. Hegarty

A synchronization scheme for a two-channel phase sensitive amplifier is implemented based on the injection-locking of single InP quantum-dash mode-locked laser. Error free performance with penalty <;1 dB is demonstrated for both channels.

Keywords:

Amplifier
Laser power scaling
Quantum dot laser
Injection locking
Phase synchronization
Optical amplifier
Electronic engineering
Semiconductor optical gain
Optics
Engineering
Mode-locking
Tunable laser
Optoelectronics
Distributed feedback laser

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