The mirror temperature response of a diode laser to injection current is studied through the photodeflection method. A theoretical model is presented together with some experimental measurements for a AlGaAs quantum well laser diode.Physics, MultidisciplinarySCI(E)
In the present work single-quantum-well laser diodes operating at 0.98 mm are investigated by photot...
In the literature there is practically no information on the change in the characteristics of the em...
Abstract — We present theory and experiment for high-speed optical injection in the absorption regio...
The mirror temperature response of a diode laser to injection current is studied through the photode...
The mirror temperature response of a diode laser to injection current is studied through the photode...
The thermal response of a semiconductor laser diode is studied through two different methods based o...
The thermal behavior of a diode laser is studied through the photodeflection method. A new method is...
Thermal effects will make chip temperature change with bias current of semiconductor lasers, which r...
An analytical model of heat transport in a laser diode is presented together with measurements of th...
International audienceIn this letter, we present a thermoreflectance setup specially designed for th...
The versatility and usefulness of the newly developed reflectance modulation technique for laser mir...
The junction-voltage temperature relationship of a laser diode is used to determine the temperature ...
Semiconductor lasers have become one of the most ubiquitous classes of lasers due to their efficienc...
Temperature is a key factor in determining the output stability of lasers. The performance of lasers...
A thermoreflectance technique is used to evaluate the temperature variations at the output facet of ...
In the present work single-quantum-well laser diodes operating at 0.98 mm are investigated by photot...
In the literature there is practically no information on the change in the characteristics of the em...
Abstract — We present theory and experiment for high-speed optical injection in the absorption regio...
The mirror temperature response of a diode laser to injection current is studied through the photode...
The mirror temperature response of a diode laser to injection current is studied through the photode...
The thermal response of a semiconductor laser diode is studied through two different methods based o...
The thermal behavior of a diode laser is studied through the photodeflection method. A new method is...
Thermal effects will make chip temperature change with bias current of semiconductor lasers, which r...
An analytical model of heat transport in a laser diode is presented together with measurements of th...
International audienceIn this letter, we present a thermoreflectance setup specially designed for th...
The versatility and usefulness of the newly developed reflectance modulation technique for laser mir...
The junction-voltage temperature relationship of a laser diode is used to determine the temperature ...
Semiconductor lasers have become one of the most ubiquitous classes of lasers due to their efficienc...
Temperature is a key factor in determining the output stability of lasers. The performance of lasers...
A thermoreflectance technique is used to evaluate the temperature variations at the output facet of ...
In the present work single-quantum-well laser diodes operating at 0.98 mm are investigated by photot...
In the literature there is practically no information on the change in the characteristics of the em...
Abstract — We present theory and experiment for high-speed optical injection in the absorption regio...
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