International audienceTo solve the galvanic isolation challenges in drivers related to gate signal transfer to power transistors, an optical detector was monolithically integrated within a 600 V vertical power transistor without any modifications in the fabrication process. After fabricating an initial prototype, preliminary static and dynamic characterization results have been investigated. The fabricated devices showed responsivities of 0.046 A/W at 0 V bias and 0.15 A/W at 15 V reverse bias and a bandwidth of at least 800 kHz when triggered with a 525 nm wavelength LED at an optical power in the microwatt range
International audienceThis paper presents the design, characterization and implementation of a gate ...
International audienceEnergy savings and the reduction of CO2 gas emission are critical in our socie...
This paper describes the electrical and spectral characteristics of different layers to construct ph...
The most attractive power transistor driving solutions tend towards bringing in all the necessary co...
International audienceAn integrated solution for the galvanic isolation between power transistors an...
International audienceThis paper presents several innovative solutions in the view of transferring g...
International audienceThe galvanic insulation around power transistors is often a requirement: the r...
International audienceIn this talk, I introduce our research on optical control of power transistors...
The work presented in this PhD manuscript deals with the monolithic integrationof an optical galvani...
The photocurrent generation characteristics of pn junctions and MOS transistors are studied with a v...
We describe a metal-oxide silicon (MOS) phototransistor that relies on a novel lateral doping scheme...
We report the development of a silicon integrated circuit that combines conventional electronic circ...
In recent years, scaling down the dimensions of electronic devices has driven dramatic improvements ...
We describe a silicon-based lateral p-i-n junction device for light sensing applications. This devic...
With the increasing bandwidth requirements of computing systems and limitations on power consumption...
International audienceThis paper presents the design, characterization and implementation of a gate ...
International audienceEnergy savings and the reduction of CO2 gas emission are critical in our socie...
This paper describes the electrical and spectral characteristics of different layers to construct ph...
The most attractive power transistor driving solutions tend towards bringing in all the necessary co...
International audienceAn integrated solution for the galvanic isolation between power transistors an...
International audienceThis paper presents several innovative solutions in the view of transferring g...
International audienceThe galvanic insulation around power transistors is often a requirement: the r...
International audienceIn this talk, I introduce our research on optical control of power transistors...
The work presented in this PhD manuscript deals with the monolithic integrationof an optical galvani...
The photocurrent generation characteristics of pn junctions and MOS transistors are studied with a v...
We describe a metal-oxide silicon (MOS) phototransistor that relies on a novel lateral doping scheme...
We report the development of a silicon integrated circuit that combines conventional electronic circ...
In recent years, scaling down the dimensions of electronic devices has driven dramatic improvements ...
We describe a silicon-based lateral p-i-n junction device for light sensing applications. This devic...
With the increasing bandwidth requirements of computing systems and limitations on power consumption...
International audienceThis paper presents the design, characterization and implementation of a gate ...
International audienceEnergy savings and the reduction of CO2 gas emission are critical in our socie...
This paper describes the electrical and spectral characteristics of different layers to construct ph...