International audienceIn this paper, the "FLoating Island" concept has been implemented on silicon: a FLIDiode has been built for the first time. Experimental results confirm the predictive 2D simulations: this new diode exhibits an important breakdown voltage (about 95 Volts) with a N- epitaxial layer doping concentration (1.1 x 1016 cm-3) usually dedicated to 50 Volts devices. These measurements validate the "FLoating Island" concept and the efficiency of the original edge cell that will be used in the FLIMOS technology: it can be expected that the specific onresistance of the FLIMOSFET will be drastically reduced compared to the conventional VDMOSFET
International audienceIn this paper, the switching performance of 65 Volts vertical N-channel FLYMOS...
A high-voltage lateral double-diffused MOSFET with N-island (NIS) and step-doped drift (SDD) region ...
Abstract: In this paper, the switching performance of 65 Volts vertical N-channel FLYMOSFETs is inve...
International audienceIn this paper, the "FLoating Island" concept has been implemented on silicon: ...
In this paper, the “FLoating Island ” concept has been implemented on silicon: a FLIDiode has been b...
In this paper, a new concept called "Floating Islands diode" (FLI-diode) is proposed: the voltage ha...
55-61This paper presents the numerical simulation results for a power FLIMOSFET structure with up to...
The present 14 volts automotive electrical system will soon become 42 volts. For these future autom...
301-307A novel power VDMOSFET (vertical double-diffused MOSFET) structure, simulated using PISCES-I...
This thesis work deals with the design, the optimization and the modeling of a new generation of pow...
The "specific on-resistance / breakdown voltage" trade-off has always penalized static performance o...
A novel GaN trench gate (TG) MOSFET with P-type floating islands (FLI) in drift region, which can su...
In a difficult worldwide energy environment, the improvement of electrical energy management is very...
The new systems developed by automotive sector require more and more electronics and will require mo...
International audienceIn this paper, the switching performance of 65V vertical N-channel FLYMOSFETs ...
International audienceIn this paper, the switching performance of 65 Volts vertical N-channel FLYMOS...
A high-voltage lateral double-diffused MOSFET with N-island (NIS) and step-doped drift (SDD) region ...
Abstract: In this paper, the switching performance of 65 Volts vertical N-channel FLYMOSFETs is inve...
International audienceIn this paper, the "FLoating Island" concept has been implemented on silicon: ...
In this paper, the “FLoating Island ” concept has been implemented on silicon: a FLIDiode has been b...
In this paper, a new concept called "Floating Islands diode" (FLI-diode) is proposed: the voltage ha...
55-61This paper presents the numerical simulation results for a power FLIMOSFET structure with up to...
The present 14 volts automotive electrical system will soon become 42 volts. For these future autom...
301-307A novel power VDMOSFET (vertical double-diffused MOSFET) structure, simulated using PISCES-I...
This thesis work deals with the design, the optimization and the modeling of a new generation of pow...
The "specific on-resistance / breakdown voltage" trade-off has always penalized static performance o...
A novel GaN trench gate (TG) MOSFET with P-type floating islands (FLI) in drift region, which can su...
In a difficult worldwide energy environment, the improvement of electrical energy management is very...
The new systems developed by automotive sector require more and more electronics and will require mo...
International audienceIn this paper, the switching performance of 65V vertical N-channel FLYMOSFETs ...
International audienceIn this paper, the switching performance of 65 Volts vertical N-channel FLYMOS...
A high-voltage lateral double-diffused MOSFET with N-island (NIS) and step-doped drift (SDD) region ...
Abstract: In this paper, the switching performance of 65 Volts vertical N-channel FLYMOSFETs is inve...