In this work the corner effect sensitivity to fin geometry variation in multifin dual and tri-gate SOI-FinFETs is studied through a commercial, three-dimensional numerical simulator ATLAS from Silvaco International [1]. These devices are compatible with conventional silicon integrated circuit processing, but offer superior performance as the device is scaled into the nanometer range. This study aims wider to use multiple fins between the source and drain regions. The results indicate that for both multifin double and triple gate FinFETs, the corner effect does not lead to an additional leakage current and therefore does not deteriorate the SOI-FinFET performance.
The trapezium is often a better approximation for the FinFET cross-section shape, rather than the de...
Intra-die fluctuations in the nanoscale CMOS technology emerge inherently to geometrical variations ...
International audienceVertical double-gate (DG) FinFETs fabricated on SOI wafers show good gate cont...
In this work the corner effect sensitivity to fin geometry variation in multifin dual and tri-gate S...
The corner effect is known as a leakage current enhancement at the edges of the active areas in the ...
Fin field effect transistors (FinFETS) are silicon-on-insulator (SOI) transistors with three-dimensi...
We examined the effects of device parameters on the transfer characteristics of triple-gate fin fiel...
DoctorThe development of silicon planar technology over the past half-century has been one of the mo...
Three-dimensional (3D) statistical simulation is presented to propose using triple-gate (TG) fin fie...
An SOI MOSFET with FINFET structure is simulated using a 3-D simulator. I-V characteristics and sub-...
Three-dimensional (3D) statistical simulation is presented to propose using triple-gate (TG) fin fie...
In this paper, the performance variations of tri-gate FinFET are analyzed for different fin shapes a...
This paper presents a simple and accurate model for determining I on and Ioff of a double-gate FinFE...
The corner effect which is known as a leakage current crowding at the edges of the active areas in t...
Si SOI FinFETs with gate lengths of 12.8 nm and 10.7 nm are modelled using 3D Finite Element Monte C...
The trapezium is often a better approximation for the FinFET cross-section shape, rather than the de...
Intra-die fluctuations in the nanoscale CMOS technology emerge inherently to geometrical variations ...
International audienceVertical double-gate (DG) FinFETs fabricated on SOI wafers show good gate cont...
In this work the corner effect sensitivity to fin geometry variation in multifin dual and tri-gate S...
The corner effect is known as a leakage current enhancement at the edges of the active areas in the ...
Fin field effect transistors (FinFETS) are silicon-on-insulator (SOI) transistors with three-dimensi...
We examined the effects of device parameters on the transfer characteristics of triple-gate fin fiel...
DoctorThe development of silicon planar technology over the past half-century has been one of the mo...
Three-dimensional (3D) statistical simulation is presented to propose using triple-gate (TG) fin fie...
An SOI MOSFET with FINFET structure is simulated using a 3-D simulator. I-V characteristics and sub-...
Three-dimensional (3D) statistical simulation is presented to propose using triple-gate (TG) fin fie...
In this paper, the performance variations of tri-gate FinFET are analyzed for different fin shapes a...
This paper presents a simple and accurate model for determining I on and Ioff of a double-gate FinFE...
The corner effect which is known as a leakage current crowding at the edges of the active areas in t...
Si SOI FinFETs with gate lengths of 12.8 nm and 10.7 nm are modelled using 3D Finite Element Monte C...
The trapezium is often a better approximation for the FinFET cross-section shape, rather than the de...
Intra-die fluctuations in the nanoscale CMOS technology emerge inherently to geometrical variations ...
International audienceVertical double-gate (DG) FinFETs fabricated on SOI wafers show good gate cont...