Gate Voltage Influence on the Channel Hot-Carrier Degradation of High-$k$ -Based Devices

In ultrascaled complimentary metal-oxide-semiconductor technologies, the lucky-electron model does not describe correctly Channel Hot-Carrier (CHC) degradation for typical transistor test conditions independently of the gate dielectric (SiO
₂
or high-
k
). A new model to describe the CHC degradation behavior in n-channel metal-oxide field-effect transistors, based on the dominant role of the gate voltage into the total CHC stress, is presented. This new model can be applicable to long- and short-channel transistors with high-
k
or SiO
₂
as a dielectric.