The aim of the presented report is to demonstrate how the sampling techniques can be used to characterize the quality of self pulsations in a multi-section semiconductor laser and the synchronization of self pulsations with an optical or electrical periodically modulated signal. The developed tools are described and some examples are given
In this work we study the dynamics of a single-cavity semiconductor laser device, able to work in se...
A theoretical model of a self-pulsating three-section DFB laser with an integrated phase tuning sect...
Self-pulsations (SPs) in phase-controlled mode beating lasers (PhaseCOMB) are very attractive for al...
The authors report a comparison of the self-pulsing characteristics of two types of semiconductor la...
A method is developed which allows for the calculation of locking regions of self-pulsating multi-se...
Self-pulsations in Phase Controlled Mode Beating lasers (PhaseCOMB) are very attractive for all-opti...
Self-pulsations in Phase Controlled Mode Beating lasers (PhaseCOMB) are very attractive for all-opti...
Ne present a traveling-wave large-signal simulation of the spatiotemporal dynamics of two-section di...
International audienceWe propose in this paper a self-referenced method based on asynchronous sampli...
We establish an extensive experimental registration technique to study the dependence of the pulsati...
Recovering the frequency of incoming data sequences in optical transmission lines is important for s...
The characteristics of a three-section distributed Bragg reflector laser showing self-pulsation have...
We present a traveling-wave large-signal simulation of the spatiotemporal dynamics of two-section di...
THESIS 7751Self-pulsation in laser diodes is the process by which pulsed light is emitted from the l...
Self-pulsations reproducibly achieved in newly developed lasers with two distributed feedback sectio...
In this work we study the dynamics of a single-cavity semiconductor laser device, able to work in se...
A theoretical model of a self-pulsating three-section DFB laser with an integrated phase tuning sect...
Self-pulsations (SPs) in phase-controlled mode beating lasers (PhaseCOMB) are very attractive for al...
The authors report a comparison of the self-pulsing characteristics of two types of semiconductor la...
A method is developed which allows for the calculation of locking regions of self-pulsating multi-se...
Self-pulsations in Phase Controlled Mode Beating lasers (PhaseCOMB) are very attractive for all-opti...
Self-pulsations in Phase Controlled Mode Beating lasers (PhaseCOMB) are very attractive for all-opti...
Ne present a traveling-wave large-signal simulation of the spatiotemporal dynamics of two-section di...
International audienceWe propose in this paper a self-referenced method based on asynchronous sampli...
We establish an extensive experimental registration technique to study the dependence of the pulsati...
Recovering the frequency of incoming data sequences in optical transmission lines is important for s...
The characteristics of a three-section distributed Bragg reflector laser showing self-pulsation have...
We present a traveling-wave large-signal simulation of the spatiotemporal dynamics of two-section di...
THESIS 7751Self-pulsation in laser diodes is the process by which pulsed light is emitted from the l...
Self-pulsations reproducibly achieved in newly developed lasers with two distributed feedback sectio...
In this work we study the dynamics of a single-cavity semiconductor laser device, able to work in se...
A theoretical model of a self-pulsating three-section DFB laser with an integrated phase tuning sect...
Self-pulsations (SPs) in phase-controlled mode beating lasers (PhaseCOMB) are very attractive for al...