This paper presents a physics-based advanced compact MOSFET (ACM) model. The ACM model is composed of very simple expressions, valid for any inversion level, conserves charge and preserves the source-drain symmetry of the transistor. We highlight the theory and approximations behind the ACM model and show its usefulness as a powerful tool for characterization, simulation, and design
In this chapter, we present the capabilities of the VHDL-AMS hardware description language for devel...
This paper presents the foundations that lead to the EKV MOS transistor compact model. It describes ...
Abstract—A SPICE-compatible charge model for nanoscale MOSFETs is proposed. Based on the solution of...
Abstract. This paper addresses current issues in compact MOSFET modeling, provides an overview and s...
Abstract—We discuss and develop a compact MOSFET modeling scheme in order to obtain accurate descrip...
Practicing designers, students, and educators in the semiconductor field face an ever expanding port...
This paper describes the ideas and philosophy behind a new compact model (CM) for deep-submicron MOS...
The goal of the research presented in this thesis is to remove various shortcomings in existing shor...
Document en Open AccessInternational audienceThis paper presents a 7-parameter analytical model of t...
Concept of new compact model for the simulation of deep submicron (DSM), nanometer-scale MOFFET t...
The technology of CMOS large-scale integrated circuits (LSI's) achieved remarkable advances over las...
ABSTRACT:-In this paper, a simple general yet realistic MOSFET model named n th power law MOSFET mod...
Abstract—This work describes an advanced physics-based com-pact MOSFET model (SP). Both the quasista...
A novel approach to formulating unified compact threshold voltage and drain current models for deep-...
This work proposes a truly compact MOSFET model that contains only four parameters to assist an inte...
In this chapter, we present the capabilities of the VHDL-AMS hardware description language for devel...
This paper presents the foundations that lead to the EKV MOS transistor compact model. It describes ...
Abstract—A SPICE-compatible charge model for nanoscale MOSFETs is proposed. Based on the solution of...
Abstract. This paper addresses current issues in compact MOSFET modeling, provides an overview and s...
Abstract—We discuss and develop a compact MOSFET modeling scheme in order to obtain accurate descrip...
Practicing designers, students, and educators in the semiconductor field face an ever expanding port...
This paper describes the ideas and philosophy behind a new compact model (CM) for deep-submicron MOS...
The goal of the research presented in this thesis is to remove various shortcomings in existing shor...
Document en Open AccessInternational audienceThis paper presents a 7-parameter analytical model of t...
Concept of new compact model for the simulation of deep submicron (DSM), nanometer-scale MOFFET t...
The technology of CMOS large-scale integrated circuits (LSI's) achieved remarkable advances over las...
ABSTRACT:-In this paper, a simple general yet realistic MOSFET model named n th power law MOSFET mod...
Abstract—This work describes an advanced physics-based com-pact MOSFET model (SP). Both the quasista...
A novel approach to formulating unified compact threshold voltage and drain current models for deep-...
This work proposes a truly compact MOSFET model that contains only four parameters to assist an inte...
In this chapter, we present the capabilities of the VHDL-AMS hardware description language for devel...
This paper presents the foundations that lead to the EKV MOS transistor compact model. It describes ...
Abstract—A SPICE-compatible charge model for nanoscale MOSFETs is proposed. Based on the solution of...