A nonlinear multi-bias model oriented to accurately predict the effects of charge-trapping in Gallium Nitride (GaN) HEMTs is proposed. As a case study, we considered a 0.25-μm 8×75-μm GaN HEMT. The model is identified by using CW low-frequency time-domain data and validated through high-frequency vector nonlinear measurements
Nonlinear dynamic characterization of 1-mm GaN FETs is carried out by means of pulsed waveform excit...
Nonlinear dynamic characterization of 1-mm GaN FETs is carried out by means of pulsed waveform excit...
International audienceWe propose here a non-linear GaN HEMT model for CAD including a trapping effec...
A recently proposed setup for the pulsed characterization of electron devices is adopted for a more ...
A recently proposed setup for the pulsed characterization of electron devices is adopted for a more ...
A recently proposed setup for the pulsed characterization of electron devices is adopted for a more ...
none7siA recently proposed setup for the pulsed characterization of electron devices is adopted for ...
This paper presents a novel empirical model for gallium nitride on silicon carbide high-electron mob...
This paper presents a novel empirical model for gallium nitride on silicon carbide high-electron mob...
none4noAn empirical Gallium Nitride (GaN) HEMT model, suitable for multi-bias and multi-class power ...
In this paper, an empirical characterization technique of charge-trapping effects in GaN FETs based ...
none3noThis paper presents a novel empirical model for gallium nitride on silicon carbide high-elect...
Nonlinear dynamic characterization of 1-mm GaN FETs is carried out by means of pulsed waveform excit...
This paper investigates the back-gating effects due to traps, and presents a new nonlinear trap mode...
Nonlinear dynamic characterization of 1-mm GaN FETs is carried out by means of pulsed waveform excit...
Nonlinear dynamic characterization of 1-mm GaN FETs is carried out by means of pulsed waveform excit...
Nonlinear dynamic characterization of 1-mm GaN FETs is carried out by means of pulsed waveform excit...
International audienceWe propose here a non-linear GaN HEMT model for CAD including a trapping effec...
A recently proposed setup for the pulsed characterization of electron devices is adopted for a more ...
A recently proposed setup for the pulsed characterization of electron devices is adopted for a more ...
A recently proposed setup for the pulsed characterization of electron devices is adopted for a more ...
none7siA recently proposed setup for the pulsed characterization of electron devices is adopted for ...
This paper presents a novel empirical model for gallium nitride on silicon carbide high-electron mob...
This paper presents a novel empirical model for gallium nitride on silicon carbide high-electron mob...
none4noAn empirical Gallium Nitride (GaN) HEMT model, suitable for multi-bias and multi-class power ...
In this paper, an empirical characterization technique of charge-trapping effects in GaN FETs based ...
none3noThis paper presents a novel empirical model for gallium nitride on silicon carbide high-elect...
Nonlinear dynamic characterization of 1-mm GaN FETs is carried out by means of pulsed waveform excit...
This paper investigates the back-gating effects due to traps, and presents a new nonlinear trap mode...
Nonlinear dynamic characterization of 1-mm GaN FETs is carried out by means of pulsed waveform excit...
Nonlinear dynamic characterization of 1-mm GaN FETs is carried out by means of pulsed waveform excit...
Nonlinear dynamic characterization of 1-mm GaN FETs is carried out by means of pulsed waveform excit...
International audienceWe propose here a non-linear GaN HEMT model for CAD including a trapping effec...