We report a dual-mode semiconductor laser that has two gratings with different periods below and above the active layer. A semiconductor optical amplifier (SOA), which is integrated with the dual-mode laser, plays an important role in balancing the optical power and reducing the linewidths of the emission modes. A stable two mode emission with the 13.92-nm spacing can be obtained over a wide range of distributed feedback and SOA injection currents. Compared with other types of dual-mode lasers, our device has the advantages of simple structure, compact size, and low fabrication cost
Semiconductor diode lasers have a wide variety of applications in optical communications, spectrosco...
International audience— A two-axis, two-polarization, dual-frequency Ti:Sa laser optimized for high ...
A monolithic dual-wavelength DFB laser array based on sidewall gratings and a novel modulation of th...
We report a dual-mode semiconductor laser that has two gratings with different periods below and abo...
A novel dual-mode DFB semiconductor diode laser has been demonstrated. Using photomixing techniques,...
We present a laterally-coupled AlGaInAs/InP DFB laser emitting two longitudinal modes simultaneously...
The work reported in this thesis is concerned with the fabrication and characterisation of laterally...
The work reported in this thesis is concerned with the fabrication and characterisation of laterally...
We have designed integrated dual-wavelength lasers in which an array waveguide grating is used as in...
We have designed integrated dual-wavelength lasers in which an array waveguide grating is used as in...
We present a monolithically integrated ring dual-wavelength semiconductor laser in which both wavele...
We present a monolithically integrated ring dual-wavelength semiconductor laser in which both wavele...
We have designed and fabricated integrated dual-wavelength lasers in which an array waveguide gratin...
We have designed and fabricated integrated dual-wavelength lasers in which an array waveguide gratin...
We present a laterally coupled dual wavelength 1.56/1.57-μm AlGaInAs/InP DFB laser, which, by introd...
Semiconductor diode lasers have a wide variety of applications in optical communications, spectrosco...
International audience— A two-axis, two-polarization, dual-frequency Ti:Sa laser optimized for high ...
A monolithic dual-wavelength DFB laser array based on sidewall gratings and a novel modulation of th...
We report a dual-mode semiconductor laser that has two gratings with different periods below and abo...
A novel dual-mode DFB semiconductor diode laser has been demonstrated. Using photomixing techniques,...
We present a laterally-coupled AlGaInAs/InP DFB laser emitting two longitudinal modes simultaneously...
The work reported in this thesis is concerned with the fabrication and characterisation of laterally...
The work reported in this thesis is concerned with the fabrication and characterisation of laterally...
We have designed integrated dual-wavelength lasers in which an array waveguide grating is used as in...
We have designed integrated dual-wavelength lasers in which an array waveguide grating is used as in...
We present a monolithically integrated ring dual-wavelength semiconductor laser in which both wavele...
We present a monolithically integrated ring dual-wavelength semiconductor laser in which both wavele...
We have designed and fabricated integrated dual-wavelength lasers in which an array waveguide gratin...
We have designed and fabricated integrated dual-wavelength lasers in which an array waveguide gratin...
We present a laterally coupled dual wavelength 1.56/1.57-μm AlGaInAs/InP DFB laser, which, by introd...
Semiconductor diode lasers have a wide variety of applications in optical communications, spectrosco...
International audience— A two-axis, two-polarization, dual-frequency Ti:Sa laser optimized for high ...
A monolithic dual-wavelength DFB laser array based on sidewall gratings and a novel modulation of th...