This paper describes a measurement technique suitable for the characterization of GaN-based FET devices, based on exciting the device simultaneously with low-frequency large-signal and high-frequency small-signal tones. This technique allows one to accurately characterize lowfrequency dispersion affecting this technology and at the same time the high-frequency behavior. We also discuss how to effectively use these measurements for modeling purpose
In this paper, we compare and discuss the main techniques for the analysis of the dynamic performanc...
The purpose of this study is to present an advanced technique for accurately modeling the behavior o...
International audienceRF GaN power technologies are emerging for future equipment in the defence, sp...
A large-signal measurement setup with sinusoidal excitation is used for the characterization of low-...
A large-signal measurement setup with sinusoidal excitation is used for the characterization of low-...
In this paper, we present a method for characterizing and analysing GaN-based FET devices. The measu...
In this paper a recently proposed identification procedure based on exciting the device under test s...
In this paper a recently proposed identification procedure based on exciting the device under test s...
Nonlinear modeling of GaN HEMTs is a challenging task especially when accurate predictions are desir...
In this paper the nonlinear model of a GaN transistor is extracted starting from dynamic bias measur...
A double-pulse technique for the I/V characterization of GaN-based transistors is adopted for the no...
In this paper the nonlinear model of a GaN transistor is extracted starting from dynamic bias measur...
A double-pulse technique for the I/V characterization of GaN-based transistors is adopted for the no...
In this paper, we present a new dynamic-bias measurement setup and its application to the extraction...
In this paper, we present a new dynamic-bias measurement setup and its application to the extraction...
In this paper, we compare and discuss the main techniques for the analysis of the dynamic performanc...
The purpose of this study is to present an advanced technique for accurately modeling the behavior o...
International audienceRF GaN power technologies are emerging for future equipment in the defence, sp...
A large-signal measurement setup with sinusoidal excitation is used for the characterization of low-...
A large-signal measurement setup with sinusoidal excitation is used for the characterization of low-...
In this paper, we present a method for characterizing and analysing GaN-based FET devices. The measu...
In this paper a recently proposed identification procedure based on exciting the device under test s...
In this paper a recently proposed identification procedure based on exciting the device under test s...
Nonlinear modeling of GaN HEMTs is a challenging task especially when accurate predictions are desir...
In this paper the nonlinear model of a GaN transistor is extracted starting from dynamic bias measur...
A double-pulse technique for the I/V characterization of GaN-based transistors is adopted for the no...
In this paper the nonlinear model of a GaN transistor is extracted starting from dynamic bias measur...
A double-pulse technique for the I/V characterization of GaN-based transistors is adopted for the no...
In this paper, we present a new dynamic-bias measurement setup and its application to the extraction...
In this paper, we present a new dynamic-bias measurement setup and its application to the extraction...
In this paper, we compare and discuss the main techniques for the analysis of the dynamic performanc...
The purpose of this study is to present an advanced technique for accurately modeling the behavior o...
International audienceRF GaN power technologies are emerging for future equipment in the defence, sp...