Up to 427 GHz All Optical Frequency Down-Conversion Clock Recovery Based on Quantum-Dash Fabry–Perot Mode-Locked Laser

@article{Silva2011UpT4,
  title={Up to 427 GHz All Optical Frequency Down-Conversion Clock Recovery Based on Quantum-Dash Fabry–Perot Mode-Locked Laser},
  author={Marcia Costa e Silva and Alexandra Lagrost and Laurent Bramerie and Mathilde Gay and Pascal Besnard and Michel Joindot and J. Simon and Alexandre Shen and Guan-Hua Duan},
  journal={Journal of Lightwave Technology},
  year={2011},
  volume={29},
  pages={609-615}
}
This paper reports on all optical frequency down conversion clock recovery based on Quantum-Dash Fabry-Perot mode-locked laser diode (QD-MLLD). A first section is dedicated to the generation of a tunable repetition rate pulse source based on a first QD-MLLD. The principle is to select three lines in the QD-MLLD spectrum with a filtering technique; the lines spacing are properly chosen to generate the desired repetition rate. In this paper, a frequency of 427 GHz was reached and observed with an… CONTINUE READING

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