Compact MOSFET models in contemporary circuit simulators fail to accurately describe distortion effects. In the ohmic region of the MOSFET, this failure is mainly due to inaccurate modeling of the gate-field dependent mobility degradation effect. In this paper a new model for mobility degradation Is introduced which gives a major improvement in distortion analysis in the linear region for both n-type and p-type MOS transistors. Incorporating a gate voltage dependent series resistance, this model even gives good results for very short channel length device
A generic DG MOSFET analytic model with vertical electric field induced mobility degradation effects...
Carrier mobility in silicon inversion layers is an important parameter that reflects carrier transpo...
Abstract —Thanks to both device simulation and ballistic calculation, the concept of apparent mobili...
Compact MOSFET models in contemporary circuit simulators fail to accurately describe distortion effe...
The accuracy of the existing metal-oxide-semiconductor-field-effect-transistor (MOSFET) models used ...
The importance of mobility degradation (Delta mu(eff)) due to Negative Bias Temperature Instability ...
The importance of mobility degradation (Δμeff) due to Negative Bias Temperature Instabilit...
A new procedure is presented to separate and extract source-and-drain series resistance and mobility...
Series resistance and mobility attenuation parameter are parasitic phenomena that limit the scaling ...
A new procedure is presented to separate and extract source-and-drain series resistance and mobility...
Series resistance and mobility attenuation parameter are parasitic phenomena that limit the scaling ...
Hot-carrier effects of p-MOSFETs with different oxide-thicknesses are studied in low gate voltage ra...
A MOSFET model parameters extraction procedure that overcomes the difficulties of separating the eff...
The performance of modern MOSFETs is limited by the presence of parasitic series resistances and mob...
A simple expression explicitly relating the surface potential to the surface electric field of a sym...
A generic DG MOSFET analytic model with vertical electric field induced mobility degradation effects...
Carrier mobility in silicon inversion layers is an important parameter that reflects carrier transpo...
Abstract —Thanks to both device simulation and ballistic calculation, the concept of apparent mobili...
Compact MOSFET models in contemporary circuit simulators fail to accurately describe distortion effe...
The accuracy of the existing metal-oxide-semiconductor-field-effect-transistor (MOSFET) models used ...
The importance of mobility degradation (Delta mu(eff)) due to Negative Bias Temperature Instability ...
The importance of mobility degradation (Δμeff) due to Negative Bias Temperature Instabilit...
A new procedure is presented to separate and extract source-and-drain series resistance and mobility...
Series resistance and mobility attenuation parameter are parasitic phenomena that limit the scaling ...
A new procedure is presented to separate and extract source-and-drain series resistance and mobility...
Series resistance and mobility attenuation parameter are parasitic phenomena that limit the scaling ...
Hot-carrier effects of p-MOSFETs with different oxide-thicknesses are studied in low gate voltage ra...
A MOSFET model parameters extraction procedure that overcomes the difficulties of separating the eff...
The performance of modern MOSFETs is limited by the presence of parasitic series resistances and mob...
A simple expression explicitly relating the surface potential to the surface electric field of a sym...
A generic DG MOSFET analytic model with vertical electric field induced mobility degradation effects...
Carrier mobility in silicon inversion layers is an important parameter that reflects carrier transpo...
Abstract —Thanks to both device simulation and ballistic calculation, the concept of apparent mobili...