A Nonlinear Circuit Model (NCM) combined with device/physical parameters was developed by using hyperbolic tangent (tanh) function and applied to GaN high electron mobility transistors (HEMTs). The equations for the NCM were constructed to reproduce the results of a device physical simulation. Model parameters are similar with the parameters used in the device design. The simulated DC and capacitance characteristics agree well with the measurement data over wide voltage range. Furthermore, numbers of the parameters were reduced to only 17 by using common physical parameters to both drain current and capacitance models. \ua9 2010 IEEE
The purpose of this invited paper is to give readers a comprehensive and critical overview on how to...
A thorough approach to the investigation of GaN-based high-electron mobility transistors by device s...
The demand for high performance power electronics devices in electric vehicle, aerospace engineering...
A nonlinear circuit model (NCM) with physical parameters is proposed for direct simulation of the RF...
This paper presents a nonlinear equivalent circuit model of microwave power GaN high electron-mobili...
In this paper the nonlinear model of a GaN transistor is extracted starting from dynamic bias measur...
A novel signal model for HEMTs (high-electron-mobility transistors) capable of modeling the current-...
In this paper the nonlinear model of a GaN transistor is extracted starting from dynamic bias measur...
This paper presents a new nonlinear transistor model based on a symmetrical small-signal model for G...
International audienceIn this paper, the authors present a behavioral model of a GaN normally ON HEM...
International audienceWe present here a new set of equations for modeling the IV characteristics of ...
Outline Background and Motivation GaN HEMTs and Modelling Challenges Nonlinear Capacitances...
International audienceAlGaN/GaN hetero-structure varactors with various sizes have been fabricated a...
International audienceNumerous CAD models are proposed today in the literature for GaN HEMT devices....
This paper presents a new nonlinear transistor model based on a symmetrical small-signal model far G...
The purpose of this invited paper is to give readers a comprehensive and critical overview on how to...
A thorough approach to the investigation of GaN-based high-electron mobility transistors by device s...
The demand for high performance power electronics devices in electric vehicle, aerospace engineering...
A nonlinear circuit model (NCM) with physical parameters is proposed for direct simulation of the RF...
This paper presents a nonlinear equivalent circuit model of microwave power GaN high electron-mobili...
In this paper the nonlinear model of a GaN transistor is extracted starting from dynamic bias measur...
A novel signal model for HEMTs (high-electron-mobility transistors) capable of modeling the current-...
In this paper the nonlinear model of a GaN transistor is extracted starting from dynamic bias measur...
This paper presents a new nonlinear transistor model based on a symmetrical small-signal model for G...
International audienceIn this paper, the authors present a behavioral model of a GaN normally ON HEM...
International audienceWe present here a new set of equations for modeling the IV characteristics of ...
Outline Background and Motivation GaN HEMTs and Modelling Challenges Nonlinear Capacitances...
International audienceAlGaN/GaN hetero-structure varactors with various sizes have been fabricated a...
International audienceNumerous CAD models are proposed today in the literature for GaN HEMT devices....
This paper presents a new nonlinear transistor model based on a symmetrical small-signal model far G...
The purpose of this invited paper is to give readers a comprehensive and critical overview on how to...
A thorough approach to the investigation of GaN-based high-electron mobility transistors by device s...
The demand for high performance power electronics devices in electric vehicle, aerospace engineering...