In this work we present a 3D dynamic simulation analysis for the reliability evaluation of a decananometer MOSFET device. We have focused our attention on the Random Telegraph Noise (RTN) phenomenon, showing that the statistical variability induced by the discrete nature of matter and charge has a fundamental impact on the reliability performance of nanoscale devices, in both transient and steady-state operating regimes. © 2012 IEEE.Link_to_subscribed_fulltex
International audienceIn this work, we present our latest modeling approaches regarding low-frequenc...
The Metal-Oxide-Semiconductor Field-Effect Transistor (MOSFET) is an integral part of the electronic...
The power consumption of digital circuits is proportional to the square of operation voltage and the...
This paper presents a thorough statistical investigation of random telegraph noise (RTN) and bias te...
Random telegraph noise (RTN) has been long debated in many theoretical and experimental studies. Its...
Since devices actually operate under AC signals in digital circuits, it is more informative to study...
In this work, we report a detailed discussion on the techniques and the requirements needed to enabl...
Abstract — Random telegraph noise (RTN) is one of the impor-tant dynamic variation sources in ultras...
This paper investigates the limitations to the accuracy and the main issues of the spectroscopic ana...
This letter presents a numerical investigation of the statistical distribution of the random telegra...
Modeling random variations in semiconductor devices becomes increasingly important since at the nano...
This paper presents a thorough numerical investigation of statistical effects associated with charge...
This letter presents a numerical investigation of the statistical distribution of the random telegra...
Abstract: In this paper, we delve into one of the most relevant defects-related phenomena causing f...
As devices scaling down into nanometer region,the random telegraph noise(RTN)has become a significan...
International audienceIn this work, we present our latest modeling approaches regarding low-frequenc...
The Metal-Oxide-Semiconductor Field-Effect Transistor (MOSFET) is an integral part of the electronic...
The power consumption of digital circuits is proportional to the square of operation voltage and the...
This paper presents a thorough statistical investigation of random telegraph noise (RTN) and bias te...
Random telegraph noise (RTN) has been long debated in many theoretical and experimental studies. Its...
Since devices actually operate under AC signals in digital circuits, it is more informative to study...
In this work, we report a detailed discussion on the techniques and the requirements needed to enabl...
Abstract — Random telegraph noise (RTN) is one of the impor-tant dynamic variation sources in ultras...
This paper investigates the limitations to the accuracy and the main issues of the spectroscopic ana...
This letter presents a numerical investigation of the statistical distribution of the random telegra...
Modeling random variations in semiconductor devices becomes increasingly important since at the nano...
This paper presents a thorough numerical investigation of statistical effects associated with charge...
This letter presents a numerical investigation of the statistical distribution of the random telegra...
Abstract: In this paper, we delve into one of the most relevant defects-related phenomena causing f...
As devices scaling down into nanometer region,the random telegraph noise(RTN)has become a significan...
International audienceIn this work, we present our latest modeling approaches regarding low-frequenc...
The Metal-Oxide-Semiconductor Field-Effect Transistor (MOSFET) is an integral part of the electronic...
The power consumption of digital circuits is proportional to the square of operation voltage and the...