This paper presents a symmetrical small signal model for GaN HEMTs valid for both positive and negative Vds. The model takes advantage of the intrinsic symmetry of the devices typically used for switches. The parameters of the model are extracted using a new symmetrical optimization based extraction method, optimizing simultaneously for both positive and negative drain-source bias points. This ensures a symmetrical small signal model with lower modeling error. The small signal model can be further used to simplify the development of a large-signal model. The small signal model is validated with measured S- parameters of a commercial GaN HEMT
This paper focuses on the determination and analysis of an accurate small-signal equivalent circuit ...
ABSTRACT: This project concerns the design and optimization of GaN HEMT. This optimization is going ...
In this paper, we present a fully-scalable compact small-signal equivalent circuit model for AlGaN/G...
This paper presents a symmetrical small signal model for GaN HEMTs valid for both positive and negat...
This paper presents a new nonlinear transistor model based on a symmetrical small-signal model for G...
This paper presents a new nonlinear transistor model based on a symmetrical small-signal model far G...
A novel reliable small signal model parameter extraction of asymmetric GaN-based Heterojunction Fiel...
This thesis deals with empirical modeling of symmetrical Field-Effect Transistors (FETs). It covers ...
International audienceWe present here a new set of equations for modeling the IV characteristics of ...
In this paper the nonlinear model of a GaN transistor is extracted starting from dynamic bias measur...
This paper presents a new symmetrical field-effect transistor (FET) model suitable for microwave swi...
In this paper the nonlinear model of a GaN transistor is extracted starting from dynamic bias measur...
This article presents accurate, efficient and reliable small-signal model parameter extraction appro...
In this paper a recently proposed identification procedure based on exciting the device under test s...
International audienceThe present paper presents the transistor modeling work achieved in the GaN Eu...
This paper focuses on the determination and analysis of an accurate small-signal equivalent circuit ...
ABSTRACT: This project concerns the design and optimization of GaN HEMT. This optimization is going ...
In this paper, we present a fully-scalable compact small-signal equivalent circuit model for AlGaN/G...
This paper presents a symmetrical small signal model for GaN HEMTs valid for both positive and negat...
This paper presents a new nonlinear transistor model based on a symmetrical small-signal model for G...
This paper presents a new nonlinear transistor model based on a symmetrical small-signal model far G...
A novel reliable small signal model parameter extraction of asymmetric GaN-based Heterojunction Fiel...
This thesis deals with empirical modeling of symmetrical Field-Effect Transistors (FETs). It covers ...
International audienceWe present here a new set of equations for modeling the IV characteristics of ...
In this paper the nonlinear model of a GaN transistor is extracted starting from dynamic bias measur...
This paper presents a new symmetrical field-effect transistor (FET) model suitable for microwave swi...
In this paper the nonlinear model of a GaN transistor is extracted starting from dynamic bias measur...
This article presents accurate, efficient and reliable small-signal model parameter extraction appro...
In this paper a recently proposed identification procedure based on exciting the device under test s...
International audienceThe present paper presents the transistor modeling work achieved in the GaN Eu...
This paper focuses on the determination and analysis of an accurate small-signal equivalent circuit ...
ABSTRACT: This project concerns the design and optimization of GaN HEMT. This optimization is going ...
In this paper, we present a fully-scalable compact small-signal equivalent circuit model for AlGaN/G...