By etching a second-order grating directly into the Al-free optical waveguide region of a ridgewaveguide(RW) AlGaInAs/AlGaAs distributed feedback(DFB) laser diode,a front facet output power of 30mW is obtained at about 820nm with a single longitudinal mode. The Al-free grating surface permits the re-growth of a high-quality cladding layer that yields excellent device performance. The threshold current of these laser diodes is 57mA,and the slope efficiency is about 0.32mW/mA
We have devolved 1064 nm high-power monolithic distributed feedback lasers which operate simultaneou...
Coupling coefficient is an important parameter for distributed feedback lasers. Modified coupled-wav...
In order to decrease the generated heat during pumping laser crystals, and enhance the efficiency of...
Single-mode distributed feedback (DFB) laser diodes typically require a two-step epitaxial growth or...
High power and high-slope efficiency 650nm band real-refractive-index ridge waveguide AlGaInP laser ...
We report on the design, fabrication, and characterization of InGaN/GaN distributed feedback laser d...
Single-frequency distributed-feedback lasing with 165 μW output power at 1538.8 nm is realized in Al...
We report on the continuous-wave, room-temperature operation of a distributed-feedback laser diode (...
The realization of the first ytterbium-doped aluminum oxide distributed feedback channel waveguide l...
A distributed feedback (DFB) laser of 808 nm is produced in this paper whose optical power is 2 W, c...
Latest developments in single mode, high frequency and high power AlGaInN laser diode technology are...
The 940 nm Al-free active region laser diodes and bars with a broad waveguide were designed and fabr...
Abstract—A distributed feedback channel waveguide laser in erbium-doped aluminum oxide on a silicon ...
Semiconductor corrugated ridge waveguide (CRW) distributed feedback (DFB) lasers offer compelling ad...
We present the fabrication and performance of distributed feedback channel waveguide lasers in erbiu...
We have devolved 1064 nm high-power monolithic distributed feedback lasers which operate simultaneou...
Coupling coefficient is an important parameter for distributed feedback lasers. Modified coupled-wav...
In order to decrease the generated heat during pumping laser crystals, and enhance the efficiency of...
Single-mode distributed feedback (DFB) laser diodes typically require a two-step epitaxial growth or...
High power and high-slope efficiency 650nm band real-refractive-index ridge waveguide AlGaInP laser ...
We report on the design, fabrication, and characterization of InGaN/GaN distributed feedback laser d...
Single-frequency distributed-feedback lasing with 165 μW output power at 1538.8 nm is realized in Al...
We report on the continuous-wave, room-temperature operation of a distributed-feedback laser diode (...
The realization of the first ytterbium-doped aluminum oxide distributed feedback channel waveguide l...
A distributed feedback (DFB) laser of 808 nm is produced in this paper whose optical power is 2 W, c...
Latest developments in single mode, high frequency and high power AlGaInN laser diode technology are...
The 940 nm Al-free active region laser diodes and bars with a broad waveguide were designed and fabr...
Abstract—A distributed feedback channel waveguide laser in erbium-doped aluminum oxide on a silicon ...
Semiconductor corrugated ridge waveguide (CRW) distributed feedback (DFB) lasers offer compelling ad...
We present the fabrication and performance of distributed feedback channel waveguide lasers in erbiu...
We have devolved 1064 nm high-power monolithic distributed feedback lasers which operate simultaneou...
Coupling coefficient is an important parameter for distributed feedback lasers. Modified coupled-wav...
In order to decrease the generated heat during pumping laser crystals, and enhance the efficiency of...