International audienceIn this work, electrical properties of lateral n-channel MOSFETs implanted with differentnitrogen doses in the channel region were measured by Hall-effect technique at 300K. A mobility improvement with increasing nitrogen implantation doses is observed. Interface trap density (Dit) was determined from the experimentally measured Hall carrier density. Our results show a high Dit near and within the conduction band that does not change significantly when the nitrogen implantation dose is increased, despite observed mobility improvement
International audienceTo study mobility limiting mechanisms in (0001) 4H-SiC, lateral n-channel MOSF...
4H-SiC n-channel lateral MOSFETs were manufactured and characterized electrically by current-voltage...
Current power MOSFET devices on Silicon Carbide show a limited inversion channel mobility, which can...
International audienceIn this work, electrical properties of lateral n-channel MOSFETs implanted wit...
In this work, electrical properties of lateral n-channel MOSFETs implanted with different nitrogen d...
International audienceEffect of a shallow nitrogen implantation in the channel region of n-channel 4...
International audienceEffect of a shallow nitrogen implantation in the channel region of n-channel 4...
Effect of a shallow nitrogen implantation in the channel region of n-channel 4H-SiC Hall bar MOSFETs...
In this work, we investigate the impact of Al-implantation into n-MOSFET channel regions together wi...
International audienceIn this work, we investigate the impact of Al-implantation into n-MOSFET chann...
International audienceIn this work, we investigate the impact of Al-implantation into n-MOSFET chann...
In this work the field effect mobility measured on lateral n-channel MOSFETs in 4H-SiC with Al impla...
In this work, the impact of ion implantation into the MOSFET channel region on the channel mobility ...
International audience4H-SiC n-channel lateral MOSFETs were manufactured and characterized electrica...
International audienceTo study mobility limiting mechanisms in (0001) 4H-SiC, lateral n-channel MOSF...
International audienceTo study mobility limiting mechanisms in (0001) 4H-SiC, lateral n-channel MOSF...
4H-SiC n-channel lateral MOSFETs were manufactured and characterized electrically by current-voltage...
Current power MOSFET devices on Silicon Carbide show a limited inversion channel mobility, which can...
International audienceIn this work, electrical properties of lateral n-channel MOSFETs implanted wit...
In this work, electrical properties of lateral n-channel MOSFETs implanted with different nitrogen d...
International audienceEffect of a shallow nitrogen implantation in the channel region of n-channel 4...
International audienceEffect of a shallow nitrogen implantation in the channel region of n-channel 4...
Effect of a shallow nitrogen implantation in the channel region of n-channel 4H-SiC Hall bar MOSFETs...
In this work, we investigate the impact of Al-implantation into n-MOSFET channel regions together wi...
International audienceIn this work, we investigate the impact of Al-implantation into n-MOSFET chann...
International audienceIn this work, we investigate the impact of Al-implantation into n-MOSFET chann...
In this work the field effect mobility measured on lateral n-channel MOSFETs in 4H-SiC with Al impla...
In this work, the impact of ion implantation into the MOSFET channel region on the channel mobility ...
International audience4H-SiC n-channel lateral MOSFETs were manufactured and characterized electrica...
International audienceTo study mobility limiting mechanisms in (0001) 4H-SiC, lateral n-channel MOSF...
International audienceTo study mobility limiting mechanisms in (0001) 4H-SiC, lateral n-channel MOSF...
4H-SiC n-channel lateral MOSFETs were manufactured and characterized electrically by current-voltage...
Current power MOSFET devices on Silicon Carbide show a limited inversion channel mobility, which can...