International audienceIn this paper we present NBTI stress and recovery effects measured on PFET devices issued from various FDSOI technologies. NBTI degradation and recovery subsequent to DC stress are measured at the μs time scale. After in-depth analysis of temperature and stress/recovery bias effects, we propose new NBTI models for degradation and recovery kinetics including temperature, Vgstress and Vgrecovery dependencies. These models are finally validated on different technologies and various experimental conditions
Five signatures of NBTI such as strong gate insulator process dependence, universal rate of long-tim...
An ultrafast (10-mu s delay) measurement technique is used to characterize the negative bias tempera...
An ultrafast characterization method is used to study DC and AC NBTI in Si and SiGe channel core RMG...
International audienceIn this paper we present NBTI stress and recovery effects measured on PFET dev...
session posterInternational audienceIn this paper, we propose a qualitative analysis of NBTI recover...
session 8: Large StatisticsInternational audienceIn this paper, we present a statistical analysis of...
session posterInternational audienceIn this paper we use a statistical analysis of NBTI stress and r...
Threshold voltage shift (Delta V-T) due to negative-bias temperature instability (NBTI) in p-FinFETs...
A comprehensive modeling framework is proposed to explain NBTI degradation during DC stress, recover...
Negative Bias Temperature Instability (NBTI) is due to interface trap generation (ΔN<sub>IT</su...
We investigate the NBTI degradation and recovery of pMOSFETs under continuously varying analog-circu...
A detail experimental study on the reliability degradation of pMOSFET under non-uniform NBTI stress ...
In this work, the temperature accelerated NBTI effect is modeled by a universal model. The investiga...
A comprehensive modeling framework is presented to predict the time kinetics of negative bias temper...
In this work, the temperature accelerated NETT effect is modeled by a universal model. The investiga...
Five signatures of NBTI such as strong gate insulator process dependence, universal rate of long-tim...
An ultrafast (10-mu s delay) measurement technique is used to characterize the negative bias tempera...
An ultrafast characterization method is used to study DC and AC NBTI in Si and SiGe channel core RMG...
International audienceIn this paper we present NBTI stress and recovery effects measured on PFET dev...
session posterInternational audienceIn this paper, we propose a qualitative analysis of NBTI recover...
session 8: Large StatisticsInternational audienceIn this paper, we present a statistical analysis of...
session posterInternational audienceIn this paper we use a statistical analysis of NBTI stress and r...
Threshold voltage shift (Delta V-T) due to negative-bias temperature instability (NBTI) in p-FinFETs...
A comprehensive modeling framework is proposed to explain NBTI degradation during DC stress, recover...
Negative Bias Temperature Instability (NBTI) is due to interface trap generation (ΔN<sub>IT</su...
We investigate the NBTI degradation and recovery of pMOSFETs under continuously varying analog-circu...
A detail experimental study on the reliability degradation of pMOSFET under non-uniform NBTI stress ...
In this work, the temperature accelerated NBTI effect is modeled by a universal model. The investiga...
A comprehensive modeling framework is presented to predict the time kinetics of negative bias temper...
In this work, the temperature accelerated NETT effect is modeled by a universal model. The investiga...
Five signatures of NBTI such as strong gate insulator process dependence, universal rate of long-tim...
An ultrafast (10-mu s delay) measurement technique is used to characterize the negative bias tempera...
An ultrafast characterization method is used to study DC and AC NBTI in Si and SiGe channel core RMG...