Add to ORKGKeywords- Power bipolar devices, diffusion problems, modeling and simulation. This paper presents a new method for simulation of power bipolar devices. The method is based on the solution of the Ambipolar Diffusion Equation (ADE) with a finite element (FE) [ 1] approach. This one allows analog solutions for ADE through an equivalent electrical network. So the method could constitute the core for power bipolar devices simulation into any electrical circuit simulator. 1
The lumped-charge (LC) technique is widely used to develop simple and physically based power device ...
This paper presents an iterative method for the analysis of bipolar corona associated with the ioniz...
The purpose of the study is to present a proper approach that ensures the energy conservation princi...
This paper presents a variational formulation of the Ambipolar Diffusion Equation (ADE) and a finite...
The development of physical models for power devices this closely related to solution of the diffusi...
This paper describes the methodology associated with the practical implementation, in SPICE circuit ...
International audienceTo consider the nonlinear and 2-D characteristics of the carriers in the draft...
This book presents physics-based models of bipolar power semiconductor devices and their implementat...
The paper demonstrates a finite-element method(FEM) simulation model of semiconductor devices operat...
A physics-based model for PiN power diodes is developed and implemented as a SPICE subcircuit. The m...
This paper presents an approach to solve coupled systems where electrical/mechanical devices, whose ...
A new PSPICE subcircuit model for power PiN diodes is presented. The model is based on an equivalent...
This paper presents an iterative method for the analysis of bipolar corona associated with the ioniz...
ABSTRACT: The paper presents different modeling approaches that yield a same bond graph representati...
A new modeling approach for the power p-i-n diode is proposed. The base region is represented with a...
The lumped-charge (LC) technique is widely used to develop simple and physically based power device ...
This paper presents an iterative method for the analysis of bipolar corona associated with the ioniz...
The purpose of the study is to present a proper approach that ensures the energy conservation princi...
This paper presents a variational formulation of the Ambipolar Diffusion Equation (ADE) and a finite...
The development of physical models for power devices this closely related to solution of the diffusi...
This paper describes the methodology associated with the practical implementation, in SPICE circuit ...
International audienceTo consider the nonlinear and 2-D characteristics of the carriers in the draft...
This book presents physics-based models of bipolar power semiconductor devices and their implementat...
The paper demonstrates a finite-element method(FEM) simulation model of semiconductor devices operat...
A physics-based model for PiN power diodes is developed and implemented as a SPICE subcircuit. The m...
This paper presents an approach to solve coupled systems where electrical/mechanical devices, whose ...
A new PSPICE subcircuit model for power PiN diodes is presented. The model is based on an equivalent...
This paper presents an iterative method for the analysis of bipolar corona associated with the ioniz...
ABSTRACT: The paper presents different modeling approaches that yield a same bond graph representati...
A new modeling approach for the power p-i-n diode is proposed. The base region is represented with a...
The lumped-charge (LC) technique is widely used to develop simple and physically based power device ...
This paper presents an iterative method for the analysis of bipolar corona associated with the ioniz...
The purpose of the study is to present a proper approach that ensures the energy conservation princi...