\u3cp\u3eThis paper highlights the general trend towards further monolithic integration in power applications by enabling power management and interfacing solutions in advanced CMOS nodes. The need to combine high-density digital circuits, power-management circuits, and robust interfaces in a single technology platform requires the development of additional process options on top of baseline CMOS. Examples include high-voltage devices, devices to enable area-efficient ESD protection, and integrated capacitors and inductors with high quality factors. The use of bipolar devices in these technologies for protection and control purposes in power applications is also addressed.\u3c/p\u3
Dielectrical isolation (DI) increases the possibilities of the silicon technologies. It opens the wa...
Scaling of CMOS is enabling ever more complex systems to be fully-integrated on a single die, this r...
During the last decade, embedding technology has evolved from a research subject to a hot topic in t...
This paper highlights the general trend towards further monolithic integration in power applications...
The integration level of electronic systems has continually increased over the past years, leading t...
International audienceThis article deals with the monolithic integration in silicon of a multiphase ...
In recent years there has been a steadily increasing interest in fully-integrated power conversion w...
Monolithic integration of electronic systems is one of the major techniques to reduce cost, size and...
International audienceThis article deals with the evolution regarding silicon monolithic power AC sw...
International audienceThe paper deals with the monolithic integration of a power converter phase leg...
Monolithic integration of electronic systems is one of the major techniques to reduce cost, size and...
Abstract:- Power semiconductor devices are the key electronic components used in power electronic sy...
Most power electronic modules are specifically designed for the customer and this entails intense la...
International audienceThis paper is within the context of mixed monolithic/hybrid integration...
This thesis presents the research activity carried out by Jean-Christophe Crébierand focused on mono...
Dielectrical isolation (DI) increases the possibilities of the silicon technologies. It opens the wa...
Scaling of CMOS is enabling ever more complex systems to be fully-integrated on a single die, this r...
During the last decade, embedding technology has evolved from a research subject to a hot topic in t...
This paper highlights the general trend towards further monolithic integration in power applications...
The integration level of electronic systems has continually increased over the past years, leading t...
International audienceThis article deals with the monolithic integration in silicon of a multiphase ...
In recent years there has been a steadily increasing interest in fully-integrated power conversion w...
Monolithic integration of electronic systems is one of the major techniques to reduce cost, size and...
International audienceThis article deals with the evolution regarding silicon monolithic power AC sw...
International audienceThe paper deals with the monolithic integration of a power converter phase leg...
Monolithic integration of electronic systems is one of the major techniques to reduce cost, size and...
Abstract:- Power semiconductor devices are the key electronic components used in power electronic sy...
Most power electronic modules are specifically designed for the customer and this entails intense la...
International audienceThis paper is within the context of mixed monolithic/hybrid integration...
This thesis presents the research activity carried out by Jean-Christophe Crébierand focused on mono...
Dielectrical isolation (DI) increases the possibilities of the silicon technologies. It opens the wa...
Scaling of CMOS is enabling ever more complex systems to be fully-integrated on a single die, this r...
During the last decade, embedding technology has evolved from a research subject to a hot topic in t...