In this paper, we compare the hot carrier (HC) stress and oxide breakdown results with the fast and commonly used gate leakage current measurement. A clear correlation is found between low levels of gate leakage and both HC degradation and oxide breakdown. We, for the first time, demonstrate that the value of the gate leakage current is not only a failure indicator but also a good indicator of the reliability of the devices. A new testing method was developed to reveal latent as well as actual plasma damage, for a wide range of gate oxide quality in a very fast way. The gate oxide was stressed to break down using a ramping voltage. Moreover, oxide time-to-breakdown (t/sub bd/) was measured with constant voltage stress. These two testing met...
International audienceWe have studied the possibility to use hot carrier stresses to reveal the late...
International audienceThe impact of hot electrons on gate oxide degradation is studied by investigat...
We studied the degradation of MOSFETs with 3.2 nm gate oxide under Fowler Nordheim and channel hot c...
The correlations between soft breakdown (SB) and plasma process induced damage of devices with ultra...
Abstract Plasma process induced gate oxide damage was found in early process development stages. Dev...
Plasma processing has become an integral part of the IC fabrication, since it offers advantages in t...
Gate oxide breakdown is analyzed under very fast transmission line pulsed (VFTLP) stress, using diff...
Abstract- Gate oxide breakdown is analyzed under very fast transmission line pulsed (VFTLP) stress, ...
Plasma treatments, indispensable for manufacturing of ULSI integrated circuits, may lead to a latent...
The objective of this study was for it to serve as a guide for understanding high density plasma ind...
By fitting the statistical distribution of leakage current in as-grown gate oxides, we extract infor...
In the modern semiconductor world, there is a significant scaling of the transistor dimensions--The ...
Indispensable in CMOS manufacturing, plasma treatments may result in a latent damage in gate oxides....
Abstract—Plasma-induced damage in various 3-nm-thick gate oxides (i.e., pure oxides and N 2 O-nitrid...
Charge accumulation on an insulating ate oxide may cause electrostatic breakdown. Exposing a wafer c...
International audienceWe have studied the possibility to use hot carrier stresses to reveal the late...
International audienceThe impact of hot electrons on gate oxide degradation is studied by investigat...
We studied the degradation of MOSFETs with 3.2 nm gate oxide under Fowler Nordheim and channel hot c...
The correlations between soft breakdown (SB) and plasma process induced damage of devices with ultra...
Abstract Plasma process induced gate oxide damage was found in early process development stages. Dev...
Plasma processing has become an integral part of the IC fabrication, since it offers advantages in t...
Gate oxide breakdown is analyzed under very fast transmission line pulsed (VFTLP) stress, using diff...
Abstract- Gate oxide breakdown is analyzed under very fast transmission line pulsed (VFTLP) stress, ...
Plasma treatments, indispensable for manufacturing of ULSI integrated circuits, may lead to a latent...
The objective of this study was for it to serve as a guide for understanding high density plasma ind...
By fitting the statistical distribution of leakage current in as-grown gate oxides, we extract infor...
In the modern semiconductor world, there is a significant scaling of the transistor dimensions--The ...
Indispensable in CMOS manufacturing, plasma treatments may result in a latent damage in gate oxides....
Abstract—Plasma-induced damage in various 3-nm-thick gate oxides (i.e., pure oxides and N 2 O-nitrid...
Charge accumulation on an insulating ate oxide may cause electrostatic breakdown. Exposing a wafer c...
International audienceWe have studied the possibility to use hot carrier stresses to reveal the late...
International audienceThe impact of hot electrons on gate oxide degradation is studied by investigat...
We studied the degradation of MOSFETs with 3.2 nm gate oxide under Fowler Nordheim and channel hot c...