International audienceThe performance of GaN transistors is still limited by physical and fabrication problems, mainly related to different kinds of traps. In this work, virgin transistors reveals strong low frequency dispersion both in the transconductance and output conductance, that we attribute to the presence of traps in the GaN channel and the ohmic contacts. These effects have been modeled in the equivalent circuit of the transistors achieving a satisfactory agreement with the measured S-parameters
A simple experimental technique aimed at the spatial localization of the dominant trap states involv...
In this paper, an empirical characterization technique of charge-trapping effects in GaN FETs based ...
International audienceNitride technologies are widely used for high frequency and high power electro...
International audienceThe performance of GaN transistors is still limited by physical and fabricatio...
International audienceThe performance of gallium nitride transistors is still limited by technologic...
International audienceThis paper presents an original characterization method of trapping phenomena ...
Les transistors à haute mobilité d’électrons (HEMTs) en Nitrure de Gallium (GaN) s’affirment aujourd...
International audienceThis paper presents a characterization method of traps, based on the frequency...
International audienceFrequency dispersion of transconductance and output conductance in AlInN/GaN h...
International audienceThis paper presents a detailed trap investigation based on combined pulsed I/V...
International audienceWe propose here a non-linear GaN HEMT model for CAD including a trapping effec...
International audienceThe buffer and surface trapping effects on low-frequency (LF) Y-parameters of ...
In this brief, traps-related dispersion phenomena are investigated on GaN/AlGaN MOS-high-electron mo...
International audienceThis paper reports the full characterization and modeling of novel AlN/GaN HEM...
International audienceIn this paper, the type, activation energy (Ea) and cross section (σn) of the ...
A simple experimental technique aimed at the spatial localization of the dominant trap states involv...
In this paper, an empirical characterization technique of charge-trapping effects in GaN FETs based ...
International audienceNitride technologies are widely used for high frequency and high power electro...
International audienceThe performance of GaN transistors is still limited by physical and fabricatio...
International audienceThe performance of gallium nitride transistors is still limited by technologic...
International audienceThis paper presents an original characterization method of trapping phenomena ...
Les transistors à haute mobilité d’électrons (HEMTs) en Nitrure de Gallium (GaN) s’affirment aujourd...
International audienceThis paper presents a characterization method of traps, based on the frequency...
International audienceFrequency dispersion of transconductance and output conductance in AlInN/GaN h...
International audienceThis paper presents a detailed trap investigation based on combined pulsed I/V...
International audienceWe propose here a non-linear GaN HEMT model for CAD including a trapping effec...
International audienceThe buffer and surface trapping effects on low-frequency (LF) Y-parameters of ...
In this brief, traps-related dispersion phenomena are investigated on GaN/AlGaN MOS-high-electron mo...
International audienceThis paper reports the full characterization and modeling of novel AlN/GaN HEM...
International audienceIn this paper, the type, activation energy (Ea) and cross section (σn) of the ...
A simple experimental technique aimed at the spatial localization of the dominant trap states involv...
In this paper, an empirical characterization technique of charge-trapping effects in GaN FETs based ...
International audienceNitride technologies are widely used for high frequency and high power electro...