Slightly modified CMOS process has been used for the formation of lateral pn junctions in SOI structures based on oxidized porous silicon. Under forward bias these junctions emit infrared light at 1120 nm. Under reverse bias in the breakdown regime the pn junctions demonstrate both infrared and visible light emissions with efficiencies of 10(-4) and 10(-7), respectively. The beneficial influence of SOI structures on electroluminescence characterictics of light-emitting pn junctions has been established
A new structure is proposed to improve the external quantum efficiency of porous silicon (PS) light ...
A new structure is proposed to improve the external quantum efficiency of porous silicon (PS) light ...
A fabrication process, compatible with an industrial bipolar+complementary metal-oxide-semiconductor...
We present a study of lateral silicon p-i-n light- emitting diodes, fabricated on SOI substrates. Th...
The fabrication technology and the properties of a light-emitting device including a porous pn junct...
The infrared light emission of lateral p+-p-n+ diodes realized on SIMOX-SOI (separation by implantat...
Optical characterization of porous silicon (PS) light emitting diodes (LED) formed in the transition...
The infrared light emission of lateral p/sup +/-p-n/sup +/ diodes realized on SIMOX-SOI (separation ...
A silicon light emitting device is designed and simulated. It is fabricated in 0.6μm standard CMOS t...
An improved test device, based on the light emitting device (LED) presented in the following article...
Silicon-On-Insulator (SOI) technology exhibits significant performance advantages over conventional ...
The fabrication and properties of a light-emitting porous silicon device incorporating a p-n junctio...
The demonstration of efficient and reliable light emitting diodes (LED) in a silicon based system wi...
The infrared light emission of lateral p+-p-n+ diodes realized on SIMOX-SO1 (Separation by IMplantat...
A test device to implement room temperature visible light emitting diodes (LED) based on porous sili...
A new structure is proposed to improve the external quantum efficiency of porous silicon (PS) light ...
A new structure is proposed to improve the external quantum efficiency of porous silicon (PS) light ...
A fabrication process, compatible with an industrial bipolar+complementary metal-oxide-semiconductor...
We present a study of lateral silicon p-i-n light- emitting diodes, fabricated on SOI substrates. Th...
The fabrication technology and the properties of a light-emitting device including a porous pn junct...
The infrared light emission of lateral p+-p-n+ diodes realized on SIMOX-SOI (separation by implantat...
Optical characterization of porous silicon (PS) light emitting diodes (LED) formed in the transition...
The infrared light emission of lateral p/sup +/-p-n/sup +/ diodes realized on SIMOX-SOI (separation ...
A silicon light emitting device is designed and simulated. It is fabricated in 0.6μm standard CMOS t...
An improved test device, based on the light emitting device (LED) presented in the following article...
Silicon-On-Insulator (SOI) technology exhibits significant performance advantages over conventional ...
The fabrication and properties of a light-emitting porous silicon device incorporating a p-n junctio...
The demonstration of efficient and reliable light emitting diodes (LED) in a silicon based system wi...
The infrared light emission of lateral p+-p-n+ diodes realized on SIMOX-SO1 (Separation by IMplantat...
A test device to implement room temperature visible light emitting diodes (LED) based on porous sili...
A new structure is proposed to improve the external quantum efficiency of porous silicon (PS) light ...
A new structure is proposed to improve the external quantum efficiency of porous silicon (PS) light ...
A fabrication process, compatible with an industrial bipolar+complementary metal-oxide-semiconductor...