International audienceThe quasi-ballistic nature of transport in end of the roadmap MOSFETs device is expected to lead to significant on state current enhancement. The current understanding of such mechanism of transport is carefully reviewed in this chapter, underlining the derivation and limits of corresponding analytical models. In a second part, different strategies to compare these models to experiments are discussed, trying to estimate the "degree of ballisticity" achieved in advanced technologies
The current voltage characteristics of the silicon ballisticMOSFETs are introduced and discussed. Th...
The International Roadmap for Semiconductors has predicted that starting from the 45-nm technology ...
The International Roadmap for Semiconductors has predicted that starting from the 45-nm technology ...
International audienceThe quasi-ballistic nature of transport in end of the roadmap MOSFETs device i...
International audienceThe quasi-ballistic nature of transport in end of the roadmap MOSFETs device i...
International audienceThe quasi-ballistic nature of transport in end of the roadmap MOSFETs device i...
International audienceThe quasi-ballistic nature of transport in end of the roadmap MOSFETs device i...
This Ph.D. study deals with the development of physics-based compact models for advanced semiconduct...
This Ph.D. study deals with the development of physics-based compact models for advanced semiconduct...
The Physics and understanding of ballistic and quasi ballistic transport in nanoMOSFET is reviewed, ...
The Physics and understanding of ballistic and quasi ballistic transport in nanoMOSFET is reviewed, ...
The Physics and understanding of ballistic and quasi ballistic transport in nanoMOSFET is reviewed, ...
International audienceIn this paper we present a compact model of Double-Gate MOSFET architecture in...
Electron transport in model Si nanotransistors is examined by numerical simulation using a hierarchy...
International audienceIn this paper we present a compact model of Double-Gate MOSFET architecture in...
The current voltage characteristics of the silicon ballisticMOSFETs are introduced and discussed. Th...
The International Roadmap for Semiconductors has predicted that starting from the 45-nm technology ...
The International Roadmap for Semiconductors has predicted that starting from the 45-nm technology ...
International audienceThe quasi-ballistic nature of transport in end of the roadmap MOSFETs device i...
International audienceThe quasi-ballistic nature of transport in end of the roadmap MOSFETs device i...
International audienceThe quasi-ballistic nature of transport in end of the roadmap MOSFETs device i...
International audienceThe quasi-ballistic nature of transport in end of the roadmap MOSFETs device i...
This Ph.D. study deals with the development of physics-based compact models for advanced semiconduct...
This Ph.D. study deals with the development of physics-based compact models for advanced semiconduct...
The Physics and understanding of ballistic and quasi ballistic transport in nanoMOSFET is reviewed, ...
The Physics and understanding of ballistic and quasi ballistic transport in nanoMOSFET is reviewed, ...
The Physics and understanding of ballistic and quasi ballistic transport in nanoMOSFET is reviewed, ...
International audienceIn this paper we present a compact model of Double-Gate MOSFET architecture in...
Electron transport in model Si nanotransistors is examined by numerical simulation using a hierarchy...
International audienceIn this paper we present a compact model of Double-Gate MOSFET architecture in...
The current voltage characteristics of the silicon ballisticMOSFETs are introduced and discussed. Th...
The International Roadmap for Semiconductors has predicted that starting from the 45-nm technology ...
The International Roadmap for Semiconductors has predicted that starting from the 45-nm technology ...