A broad-area semiconductor laser diode with two monolithically integrated optical elements is presented. A 275-nm period detuned second-order diffraction grating on the p-doped side layer is combined with a refractive lens transferred into the GaAs substrate so that outcoupling and beam-shaping functions are decoupled. The high-power device produces a circular spot and demonstrates the potential of dual optics integration in broad-area semiconductor diodes. © 2003 Optical Society of America
Monolithic integration of 1.55-mu m ring lasers with distributed Bragg reflectors (DBRs) and distrib...
AbstractAs a compact multi-functional device, monolithic integrated multi-section semiconductor lase...
We have devolved 1064 nm high-power monolithic distributed feedback lasers which operate simultaneou...
A broad-area semiconductor laser diode with two monolithically integrated optical elements is presen...
A broad area InGaAs semiconductor laser diode with two monolithically integrated optical elements, a...
This dissertation investigates the monolithic integration of dual optical elements on high power sem...
The optical properties of GaAs make it a very useful material for the fabrication of optical emitter...
By broadening the stripe width of the active waveguide region, it is possible to extract high optica...
Laser diode structures which incorporate diffractive features (such as linear gratings or focusing o...
This thesis deals with the fabrication and characterization of grating-based integration-compatible ...
A brightness- and power-scalable polarization beam-combining scheme for high-power, broad-area semic...
We report on the design and experimental results of monolithically integrated optoelec-tronic device...
We demonstrate a novel technique for narrow bandwidth and highly improved lateral mode operation of ...
Monolithic optoelectronic integration has obvious advantages of lower power, higher speed, and lower...
A diode laser includes a p-contact layer, a n-contact layer, and a wafer body disposed between the p...
Monolithic integration of 1.55-mu m ring lasers with distributed Bragg reflectors (DBRs) and distrib...
AbstractAs a compact multi-functional device, monolithic integrated multi-section semiconductor lase...
We have devolved 1064 nm high-power monolithic distributed feedback lasers which operate simultaneou...
A broad-area semiconductor laser diode with two monolithically integrated optical elements is presen...
A broad area InGaAs semiconductor laser diode with two monolithically integrated optical elements, a...
This dissertation investigates the monolithic integration of dual optical elements on high power sem...
The optical properties of GaAs make it a very useful material for the fabrication of optical emitter...
By broadening the stripe width of the active waveguide region, it is possible to extract high optica...
Laser diode structures which incorporate diffractive features (such as linear gratings or focusing o...
This thesis deals with the fabrication and characterization of grating-based integration-compatible ...
A brightness- and power-scalable polarization beam-combining scheme for high-power, broad-area semic...
We report on the design and experimental results of monolithically integrated optoelec-tronic device...
We demonstrate a novel technique for narrow bandwidth and highly improved lateral mode operation of ...
Monolithic optoelectronic integration has obvious advantages of lower power, higher speed, and lower...
A diode laser includes a p-contact layer, a n-contact layer, and a wafer body disposed between the p...
Monolithic integration of 1.55-mu m ring lasers with distributed Bragg reflectors (DBRs) and distrib...
AbstractAs a compact multi-functional device, monolithic integrated multi-section semiconductor lase...
We have devolved 1064 nm high-power monolithic distributed feedback lasers which operate simultaneou...