A MOSFET semiconductor device having an asymmetric channel region between the source region and the drain region. In one embodiment, the device comprises a mesa structure on a silicon substrate with the source region being in the substrate and the mesa structure extending from the source region and substrate. The asymmetric channel region can include silicon abutting the source region and a heterostructure material such as Si1-xGex extending to and abutting the drain region. The mole fraction of Ge can increase towards the drain region either uniformly or in steps. In one embodiment, the doping profile of the channel region is non-uniform with higher doping near the source region and lower doping near the drain region.Board of Regents, Univ...
An analytical model is developed for laterally asymmetric channel (graded channel (GQ design in doub...
This paper presents the characterization and simulation results of Lateral Asymmetric Channel (LAC) ...
Developed is a new Recess-Channel technology that significantly reduces the source/drain series resi...
A MOSFET semiconductor device having an asymmetric channel region between the source region and the ...
Ideal MOSFET is intrinsically symmetrical in source and drain, and all existing models describing MO...
Abstract—A novel asymmetric MOSFET with no lightly doped drain on the source side is simulated on bu...
A new MOS device design applied to the nano-scale is proposed. In this design, while the channel reg...
A novel field effect transistor (FET), asymmetric gate (AG) FET, is proposed and its excellent perfo...
This paper investigates the asymmetrical characteristics of junctions and their nearby regions in su...
A MOSFET device for ULSI circuits includes a semiconductor body having first and second spaced doped...
A new MOS device design applied to the nano-scale is proposed. In this design, while the channel reg...
A novel field effect transistor(FET), asymmetric gate(AG) FET,is proposed and its excellent performa...
A device based on an asymmetric channel doping profile with the aim of reducing the inherent parasit...
As MOSFET dimensions continue to shrink, the promise of further optimizing device performance and th...
The ultrathin body (UTB) silicon-on-insulator metal-oxide-semiconductor field-effect transistor MOSF...
An analytical model is developed for laterally asymmetric channel (graded channel (GQ design in doub...
This paper presents the characterization and simulation results of Lateral Asymmetric Channel (LAC) ...
Developed is a new Recess-Channel technology that significantly reduces the source/drain series resi...
A MOSFET semiconductor device having an asymmetric channel region between the source region and the ...
Ideal MOSFET is intrinsically symmetrical in source and drain, and all existing models describing MO...
Abstract—A novel asymmetric MOSFET with no lightly doped drain on the source side is simulated on bu...
A new MOS device design applied to the nano-scale is proposed. In this design, while the channel reg...
A novel field effect transistor (FET), asymmetric gate (AG) FET, is proposed and its excellent perfo...
This paper investigates the asymmetrical characteristics of junctions and their nearby regions in su...
A MOSFET device for ULSI circuits includes a semiconductor body having first and second spaced doped...
A new MOS device design applied to the nano-scale is proposed. In this design, while the channel reg...
A novel field effect transistor(FET), asymmetric gate(AG) FET,is proposed and its excellent performa...
A device based on an asymmetric channel doping profile with the aim of reducing the inherent parasit...
As MOSFET dimensions continue to shrink, the promise of further optimizing device performance and th...
The ultrathin body (UTB) silicon-on-insulator metal-oxide-semiconductor field-effect transistor MOSF...
An analytical model is developed for laterally asymmetric channel (graded channel (GQ design in doub...
This paper presents the characterization and simulation results of Lateral Asymmetric Channel (LAC) ...
Developed is a new Recess-Channel technology that significantly reduces the source/drain series resi...