[[abstract]]We have developed a new MOSFET carrier mobility model based on the density-of-states at the DC-centroid which exhibits a universal behavior with respect to Eeff without incorporating surface roughness. This model can accurately predict the universal mobility on the high Eeff regime where previous models break down. An important conclusion from this work is that the modifications to process conditions intended to change surface roughness will not improve mobility[[fileno]]2030158030003[[department]]電機工程學
Abstract—Through the experimentally validated inversion-layer mobility simulation, we devise an erro...
This paper presents a novel unified model of the low-field electron mobility for bulk and silicon-on...
An easy-to-implement electron mobility model, which accurately predicts low-field mobility in the ch...
Channel electron and hole mobilities in MOSFETs have been extracted in terms of the effective vertic...
Carrier mobility in silicon inversion layers is an important parameter that reflects carrier transpo...
This paper presents the Monte Carlo studies of inversion mobility in Ge MOSFETs covering a wide rang...
We evaluate the mobility of inversion layer electrons in silicon MOSFETs using a real-time Green's f...
Carrier mobility in silicon inversion layers is an important parameter that reflects carrier transpo...
In this paper, a critical review of various models for the effective mobility of charge carriers in ...
This paper investigates the accuracy and issues of modeling carrier mobility in the channel of a nan...
Based on the physics of scattering mechanisms of MOSFET inversion layer carriers at different temper...
A new semi-empirical model for the electron and hole mobilities of the MOSFET inversion layers is pr...
Accurate channel mobility is obtained with a new method at different drain and substrate biases. Thi...
This paper provides scattering matrix method to analyze the transport property in nanoscale MOSFETs....
This paper presents a new model for the surface roughness (SR) limited mobility (μSR). The model is ...
Abstract—Through the experimentally validated inversion-layer mobility simulation, we devise an erro...
This paper presents a novel unified model of the low-field electron mobility for bulk and silicon-on...
An easy-to-implement electron mobility model, which accurately predicts low-field mobility in the ch...
Channel electron and hole mobilities in MOSFETs have been extracted in terms of the effective vertic...
Carrier mobility in silicon inversion layers is an important parameter that reflects carrier transpo...
This paper presents the Monte Carlo studies of inversion mobility in Ge MOSFETs covering a wide rang...
We evaluate the mobility of inversion layer electrons in silicon MOSFETs using a real-time Green's f...
Carrier mobility in silicon inversion layers is an important parameter that reflects carrier transpo...
In this paper, a critical review of various models for the effective mobility of charge carriers in ...
This paper investigates the accuracy and issues of modeling carrier mobility in the channel of a nan...
Based on the physics of scattering mechanisms of MOSFET inversion layer carriers at different temper...
A new semi-empirical model for the electron and hole mobilities of the MOSFET inversion layers is pr...
Accurate channel mobility is obtained with a new method at different drain and substrate biases. Thi...
This paper provides scattering matrix method to analyze the transport property in nanoscale MOSFETs....
This paper presents a new model for the surface roughness (SR) limited mobility (μSR). The model is ...
Abstract—Through the experimentally validated inversion-layer mobility simulation, we devise an erro...
This paper presents a novel unified model of the low-field electron mobility for bulk and silicon-on...
An easy-to-implement electron mobility model, which accurately predicts low-field mobility in the ch...