Hot Carrier induced degradation is modeled using the carrier energy distribution function including Carrier-Carrier Scattering process. Silicon-hydrogen bond breakage through single particle and multiple particles interactions is considered in the modeling of the microscopic defect creation along the channel. Good agreement with lateral profile measurements is obtained for various stress conditions. The impact of the simulated defects distribution along the channel on the electrostatic and mobility (using remote coulomb scattering) is found in line with measurements
An analysis of MOS transistor hot carrier degradation is presented, based upon experimental, simulat...
We present new experimental results about channel hot carrier degradation of enclosed layout transis...
This letter studies the effects of hot carrier stress (HCS) in laterally diffused silicon-on-insulat...
Abstract — We present a physics-based hot-carrier degradation (HCD) model and validate it against me...
Abstract—We present a novel approach to hot-carrier degra-dation (HCD) simulation, which for the fir...
International audienceThis paper presents a theoretical framework about interface states creation ra...
We present and validate a physics-basedmodel for hot-carrier degradation. The model is based on a th...
The paradigm shift from a field- to an energy-based framework in the modeling of hot-carrier-induced...
In this present communication, we have studied the effect of hot-carrier degradation effects on sur...
We have developed a detailed model for hot-carrier induced interface state generation in silicon me...
This book provides readers with a variety of tools to address the challenges posed by hot carrier de...
In this thesis, an integrated simulation approach is presented for estimating the hot-carrier induce...
Abstract: The role of hot-carrier-induced interface states in NMOSFETs is discussed. A new model is ...
We develop a compact physics model for hot-carrier degradation (HCD) that is valid over a wide range...
A combined experimental and simulation analysis of the degradation mechanisms induced by hot carrier...
An analysis of MOS transistor hot carrier degradation is presented, based upon experimental, simulat...
We present new experimental results about channel hot carrier degradation of enclosed layout transis...
This letter studies the effects of hot carrier stress (HCS) in laterally diffused silicon-on-insulat...
Abstract — We present a physics-based hot-carrier degradation (HCD) model and validate it against me...
Abstract—We present a novel approach to hot-carrier degra-dation (HCD) simulation, which for the fir...
International audienceThis paper presents a theoretical framework about interface states creation ra...
We present and validate a physics-basedmodel for hot-carrier degradation. The model is based on a th...
The paradigm shift from a field- to an energy-based framework in the modeling of hot-carrier-induced...
In this present communication, we have studied the effect of hot-carrier degradation effects on sur...
We have developed a detailed model for hot-carrier induced interface state generation in silicon me...
This book provides readers with a variety of tools to address the challenges posed by hot carrier de...
In this thesis, an integrated simulation approach is presented for estimating the hot-carrier induce...
Abstract: The role of hot-carrier-induced interface states in NMOSFETs is discussed. A new model is ...
We develop a compact physics model for hot-carrier degradation (HCD) that is valid over a wide range...
A combined experimental and simulation analysis of the degradation mechanisms induced by hot carrier...
An analysis of MOS transistor hot carrier degradation is presented, based upon experimental, simulat...
We present new experimental results about channel hot carrier degradation of enclosed layout transis...
This letter studies the effects of hot carrier stress (HCS) in laterally diffused silicon-on-insulat...