This paper presents a MOSFET scaling study based on the current 45 nm technology generation. The study is based on a real 35 nm gate length design, to which the simulation tools are carefully calibrates. Features such as strain enhancement, and high-kappa / metal gates are included in the simulations, which then exhibit equivalent performance to state-of-the-art bulk devices. Realistic choices of device dimensions and doping profiles are made for the scaled devices, which indeed demonstrate the benefits from scaling and the introduction of technology boosters
There have been proposed several sets of “rules ” for scaling, for the purpose of discovering as muc...
The use of nanometer CMOS technologies (below 90nm) however brings along significant challenges for ...
MOSFET gate length scaling has been a main source of progress in digital electronics for decades. To...
This paper presents a MOSFET scaling study based on the current 45 nm technology generation. The stu...
Virtual Fabrication of sub-40nm Bulk MOSFET is carried out under channel engineering and source drai...
This thesis describes a comprehensive, simulation based scaling study – including device design, per...
State-of-the-art device simulation is applied to the analysis of possible scaling strategies for th...
Scaling has been pivotal in the success of the Moore's law. Using scaling techniques to improve the ...
Abstract - Device scaling is directly responsible for Moore’s law and has enabled remarkable improve...
Semiconductor technology has reached an end in the manufacture of conventional Metal Oxide semicondu...
As device dimensions are scaled beyond the 45nm node, new device architectures and new materials ne...
The scaling of CMOS technology has progressed rapidly for three decades, contributing to the superio...
Maintaining the pace of MOSFET device scaling has become increasingly difficult in the sub-100nm gat...
The evolution of metal-oxide-semiconductor field effect transistor (MOSFET) technology has been gove...
The core of this thesis is a thorough investigation of the scaling properties of conventional nano-C...
There have been proposed several sets of “rules ” for scaling, for the purpose of discovering as muc...
The use of nanometer CMOS technologies (below 90nm) however brings along significant challenges for ...
MOSFET gate length scaling has been a main source of progress in digital electronics for decades. To...
This paper presents a MOSFET scaling study based on the current 45 nm technology generation. The stu...
Virtual Fabrication of sub-40nm Bulk MOSFET is carried out under channel engineering and source drai...
This thesis describes a comprehensive, simulation based scaling study – including device design, per...
State-of-the-art device simulation is applied to the analysis of possible scaling strategies for th...
Scaling has been pivotal in the success of the Moore's law. Using scaling techniques to improve the ...
Abstract - Device scaling is directly responsible for Moore’s law and has enabled remarkable improve...
Semiconductor technology has reached an end in the manufacture of conventional Metal Oxide semicondu...
As device dimensions are scaled beyond the 45nm node, new device architectures and new materials ne...
The scaling of CMOS technology has progressed rapidly for three decades, contributing to the superio...
Maintaining the pace of MOSFET device scaling has become increasingly difficult in the sub-100nm gat...
The evolution of metal-oxide-semiconductor field effect transistor (MOSFET) technology has been gove...
The core of this thesis is a thorough investigation of the scaling properties of conventional nano-C...
There have been proposed several sets of “rules ” for scaling, for the purpose of discovering as muc...
The use of nanometer CMOS technologies (below 90nm) however brings along significant challenges for ...
MOSFET gate length scaling has been a main source of progress in digital electronics for decades. To...