In this paper we report the development of high power high brightness semiconductor laser chips using a combination of quantum well intermixing (QWI) and novel laser designs including laterally unconfined non-absorbing mirrors (LUNAM). We demonstrate both multi-mode and single-mode lasers with increased power and brightness and reliability performance for the wavelengths of 980 nm, 940 nm, 830 nm and 808 nm
We present novel high-power laser diodes at 830 nm with a device structure and epitaxy design optim...
High-brightness laser diode technology is progressing rapidly in response to competitive and evolvin...
Within the last few years, high power laser diodes with remarkable improvements concerning output po...
In this paper we report the development of high power high brightness semiconductor laser chips usin...
Novel types of laser diode array with a 100% filling factor at the emission facet are reported. The ...
Novel types of laser diode array with a 100% filling factor at the emission facet are reported. The ...
High power laser diodes at various wavelengths are described. First, performance and reliability of ...
Quantum well intermixing (QWI) can bring considerable benefits to the reliability and performance of...
Quantum well intermixing (QWI) can bring considerable benefits to the reliability and performance of...
In this paper, we conduct a theoretical analysis of the design, fabrication, and performance measure...
This paper presents the results obtained by Intense during the development of its 2 kW stack using Q...
This paper reports on a novel design for a high-brightness quantum-well AlGaInP laser-diode system o...
We present novel high-power laser diodes at 830 nm with a device structure and epitaxy design optim...
High-brightness laser diode technology is progressing rapidly in response to competitive and evolvin...
Within the last few years, high power laser diodes with remarkable improvements concerning output po...
We present novel high-power laser diodes at 830 nm with a device structure and epitaxy design optim...
High-brightness laser diode technology is progressing rapidly in response to competitive and evolvin...
Within the last few years, high power laser diodes with remarkable improvements concerning output po...
In this paper we report the development of high power high brightness semiconductor laser chips usin...
Novel types of laser diode array with a 100% filling factor at the emission facet are reported. The ...
Novel types of laser diode array with a 100% filling factor at the emission facet are reported. The ...
High power laser diodes at various wavelengths are described. First, performance and reliability of ...
Quantum well intermixing (QWI) can bring considerable benefits to the reliability and performance of...
Quantum well intermixing (QWI) can bring considerable benefits to the reliability and performance of...
In this paper, we conduct a theoretical analysis of the design, fabrication, and performance measure...
This paper presents the results obtained by Intense during the development of its 2 kW stack using Q...
This paper reports on a novel design for a high-brightness quantum-well AlGaInP laser-diode system o...
We present novel high-power laser diodes at 830 nm with a device structure and epitaxy design optim...
High-brightness laser diode technology is progressing rapidly in response to competitive and evolvin...
Within the last few years, high power laser diodes with remarkable improvements concerning output po...
We present novel high-power laser diodes at 830 nm with a device structure and epitaxy design optim...
High-brightness laser diode technology is progressing rapidly in response to competitive and evolvin...
Within the last few years, high power laser diodes with remarkable improvements concerning output po...