The effects of short-term step-stress on the performance of GaN HEMTs have been evaluated for the first time by means of current deep-leveltransient- spectroscopy (DLTS) measurements. When subjected to high reverse gate bias the devices experienced an increase in the drain current dispersion as well as in the gate current. Current DLTS measurements carried out during the stress experiment show that the device degradation can be associated to the formation of a defect that is thermally activated with an energy of 0.5 eV
This paper describes a detailed analysis of the time-dependent degradation kinetics of GaN-based hig...
In this paper, we compare degradation modes and failure mechanisms of different AlGaN/GaN HEMT techn...
This paper analyzes the reverse-bias degradation of GaN-based HEMTs. Experimental evidence collected...
The effects of short-term step-stress on the performance of GaN HEMTs have been evaluated for the fi...
The reliability of GaN HEMTs under RF stress has been evaluated and correlated with DC stress and cu...
The reliability of GaN HEMTs under RF stress has been evaluated and correlated with DC stress and cu...
GaN HEMT degradation induced by reverse gate bias stress methods has been investigated by means of e...
The degradation of packaged GaN HEMTs for high power applications has been studied under long term r...
The degradation mechanisms induced in GaN-based HEMTs when reverse gate-bias stress are applied have...
In this paper we present the results of an experiment carried out on HEMT test structures, which wer...
This paper analyzes the kinetics of the gate-edge degradation on GaN HEMTs by means of constant volt...
Thesis: S.M. in Electrical Engineering, Massachusetts Institute of Technology, Department of Electri...
In this paper, the degradation of AlGaN/GaN high-electron mobility transistors (HEMTs) is investigat...
This paper describes an investigation of the effect of reverse-bias stress on the leakage current an...
This paper describes a deep investigation of the degradation mechanisms induced by off-state and on-...
This paper describes a detailed analysis of the time-dependent degradation kinetics of GaN-based hig...
In this paper, we compare degradation modes and failure mechanisms of different AlGaN/GaN HEMT techn...
This paper analyzes the reverse-bias degradation of GaN-based HEMTs. Experimental evidence collected...
The effects of short-term step-stress on the performance of GaN HEMTs have been evaluated for the fi...
The reliability of GaN HEMTs under RF stress has been evaluated and correlated with DC stress and cu...
The reliability of GaN HEMTs under RF stress has been evaluated and correlated with DC stress and cu...
GaN HEMT degradation induced by reverse gate bias stress methods has been investigated by means of e...
The degradation of packaged GaN HEMTs for high power applications has been studied under long term r...
The degradation mechanisms induced in GaN-based HEMTs when reverse gate-bias stress are applied have...
In this paper we present the results of an experiment carried out on HEMT test structures, which wer...
This paper analyzes the kinetics of the gate-edge degradation on GaN HEMTs by means of constant volt...
Thesis: S.M. in Electrical Engineering, Massachusetts Institute of Technology, Department of Electri...
In this paper, the degradation of AlGaN/GaN high-electron mobility transistors (HEMTs) is investigat...
This paper describes an investigation of the effect of reverse-bias stress on the leakage current an...
This paper describes a deep investigation of the degradation mechanisms induced by off-state and on-...
This paper describes a detailed analysis of the time-dependent degradation kinetics of GaN-based hig...
In this paper, we compare degradation modes and failure mechanisms of different AlGaN/GaN HEMT techn...
This paper analyzes the reverse-bias degradation of GaN-based HEMTs. Experimental evidence collected...