reaching 10nm lateral dimensions, variability in device performance becomes a major issue in the design of integrated circuits. The goal of this work is to characterize and to model the mismatch in MOS transistors at the nanoscale dimension. Silicon technology has now entered the nano-CMOS era with 40 nm MOSFETs in mass production at the current 45 nm technology node [1] and sub-10 nm transistors expecte
A quantitative evaluation of the contributions of different sources of statistical variability, incl...
Scaling of Silicon and InGaAs MOSFETs of a 25 nm gate length till shortest gate length of 5 nm, simu...
The characteristic variability in gate-all-around (GAA) Si nanowire (NW) metal-oxide-semiconductor f...
none10THIS Special Issue presents significant results from recent research studies on the “Character...
The core of this thesis is a thorough investigation of the scaling properties of conventional nano-C...
This thesis describes a comprehensive, simulation based scaling study – including device design, per...
In this work, we present a comprehensive computational study of the impact of the principle sources ...
This thesis describes a comprehensive, simulation based scaling study – including device design, per...
As transistor dimensions are scaled down in accordance with Moore's Law to provide for improved perf...
This thesis describes a comprehensive, simulation based scaling study – including device design, per...
In this paper, the characteristic variability in gate-all-around (GAA) silicon nanowire MOSFETs (SNW...
The novel probabilistic models of the random variations in nanoscale MOSFET's high frequency perform...
n this paper, using three-dimensional statistical numerical simulations, the authors study the intri...
57 p.In this work, figures of merits (FOM), such as Ion, I0fr, Gm, Gd, are studied using ananowire c...
During the last 40 years the number of transistors in integrated circuits has doubled roughly every ...
A quantitative evaluation of the contributions of different sources of statistical variability, incl...
Scaling of Silicon and InGaAs MOSFETs of a 25 nm gate length till shortest gate length of 5 nm, simu...
The characteristic variability in gate-all-around (GAA) Si nanowire (NW) metal-oxide-semiconductor f...
none10THIS Special Issue presents significant results from recent research studies on the “Character...
The core of this thesis is a thorough investigation of the scaling properties of conventional nano-C...
This thesis describes a comprehensive, simulation based scaling study – including device design, per...
In this work, we present a comprehensive computational study of the impact of the principle sources ...
This thesis describes a comprehensive, simulation based scaling study – including device design, per...
As transistor dimensions are scaled down in accordance with Moore's Law to provide for improved perf...
This thesis describes a comprehensive, simulation based scaling study – including device design, per...
In this paper, the characteristic variability in gate-all-around (GAA) silicon nanowire MOSFETs (SNW...
The novel probabilistic models of the random variations in nanoscale MOSFET's high frequency perform...
n this paper, using three-dimensional statistical numerical simulations, the authors study the intri...
57 p.In this work, figures of merits (FOM), such as Ion, I0fr, Gm, Gd, are studied using ananowire c...
During the last 40 years the number of transistors in integrated circuits has doubled roughly every ...
A quantitative evaluation of the contributions of different sources of statistical variability, incl...
Scaling of Silicon and InGaAs MOSFETs of a 25 nm gate length till shortest gate length of 5 nm, simu...
The characteristic variability in gate-all-around (GAA) Si nanowire (NW) metal-oxide-semiconductor f...