Discretely Tunable Laser Based on Filtered Feedback for Telecommunication Applications

A novel discretely tunable laser based on filtered feedback is presented. The semiconductor device consists of a Fabry-Perot laser with deeply etched broadband distributed Bragg reflector mirrors. Single-mode operation is achieved by using feedback from an integrated filter. This filter contains an...

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Published inIEEE journal of selected topics in quantum electronics Vol. 16; no. 5; pp. 1405 - 1412
Main Authors Docter, Boudewijn, Pozo, Jose, Beri, Stefano, Ermakov, Ilya V, Danckaert, Jan, Smit, Meint K, Karouta, Fouad
Format Journal Article
LanguageEnglish
Published New York IEEE 01.09.2010
The Institute of Electrical and Electronics Engineers, Inc. (IEEE)
Subjects
Arrayed waveguide gratings
Distributed feedback devices
Filtered feedback
Laser feedback
Optical arrays
Optical feedback
Optical filters
packet switching
photonic integrated circuits
Semiconductor laser arrays
semiconductor lasers
Telecommunication switching
Tunable circuits and devices
tunable lasers
Waveguide lasers
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Abstract A novel discretely tunable laser based on filtered feedback is presented. The semiconductor device consists of a Fabry-Perot laser with deeply etched broadband distributed Bragg reflector mirrors. Single-mode operation is achieved by using feedback from an integrated filter. This filter contains an arrayed waveguide grating wavelength router and a semiconductor optical amplifier gate array. Design, simulation, and the first characterization results of this new integrated filtered-feedback tunable laser device are presented. It shows a combination of a simple and robust switching algorithm with good wavelength stability. A rate equation model predicts that a properly designed device can switch within 1 ns. The fast switching and reduced control complexity makes the device very promising for various advanced applications in optical telecommunication networks.
AbstractList A novel discretely tunable laser based on filtered feedback is presented. The semiconductor device consists of a Fabry--Perot laser with deeply etched broadband distributed Bragg reflector mirrors. Single-mode operation is achieved by using feedback from an integrated filter. This filter contains an arrayed waveguide grating wavelength router and a semiconductor optical amplifier gate array. Design, simulation, and the first characterization results of this new integrated filtered-feedback tunable laser device are presented. It shows a combination of a simple and robust switching algorithm with good wavelength stability. A rate equation model predicts that a properly designed device can switch within 1 ns. The fast switching and reduced control complexity makes the device very promising for various advanced applications in optical telecommunication networks.
Author Pozo, Jose
Ermakov, Ilya V
Danckaert, Jan
Beri, Stefano
Smit, Meint K
Karouta, Fouad
Docter, Boudewijn
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Snippet A novel discretely tunable laser based on filtered feedback is presented. The semiconductor device consists of a Fabry-Perot laser with deeply etched broadband...
A novel discretely tunable laser based on filtered feedback is presented. The semiconductor device consists of a Fabry--Perot laser with deeply etched...
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SubjectTerms Arrayed waveguide gratings
Distributed feedback devices
Filtered feedback
Laser feedback
Optical arrays
Optical feedback
Optical filters
packet switching
photonic integrated circuits
Semiconductor laser arrays
semiconductor lasers
Telecommunication switching
Tunable circuits and devices
tunable lasers
Waveguide lasers
Title Discretely Tunable Laser Based on Filtered Feedback for Telecommunication Applications
URI https://ieeexplore.ieee.org/document/5373898
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Volume 16
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