We consider SOI MOSFET structures of N and P type controlled by two gates. In the case of a lightly doped thin film silicon, the two interfaces of MOS transistor are strongly coupled. In order to study the action of the interface parameters on the threshold voltages, we carried out a numerical integration of Poisson's equation. We obtain the potential profile and the corresponding electron and hole densities, as a function of the applied front (V g1) and back (Vg2) gate voltages. We also deduce the Id(Vg1, Vg2) characteristics in the case of low drain voltage. The simulated Id( Vg2) characteristics are compared with the Id( Vg2) characteristics obtained with CMOS/SOS transistors. The sapphire of these devices has been locally thinned down ...
.Thin film technologies appear as reliable solutions for Nano electronics to go beyond bulk silicon ...
.Thin film technologies appear as reliable solutions for Nano electronics to go beyond bulk silicon ...
.Thin film technologies appear as reliable solutions for Nano electronics to go beyond bulk silicon ...
The charge coupling between the gate and substrate is a fundamental property of any fully-depleted s...
Nous proposons un modèle compact du transistor MOS double-grille silicium sur isolant (SOI) en mode ...
Nous proposons un modèle compact du transistor MOS double-grille silicium sur isolant (SOI) en mode ...
Les substrats Silicium-sur-Isolant (SOI) représentent la meilleure solution pour obtenir des disposi...
Since several technological nodes, the scaling of Metal-Oxide-Semiconductor field effect transistors...
Since several technological nodes, the scaling of Metal-Oxide-Semiconductor field effect transistors...
.Thin film technologies appear as reliable solutions for Nano electronics to go beyond bulk silicon ...
.Thin film technologies appear as reliable solutions for Nano electronics to go beyond bulk silicon ...
.Thin film technologies appear as reliable solutions for Nano electronics to go beyond bulk silicon ...
.Thin film technologies appear as reliable solutions for Nano electronics to go beyond bulk silicon ...
.Thin film technologies appear as reliable solutions for Nano electronics to go beyond bulk silicon ...
Nous présentons les principales techniques de fabrication des substrats SOI et les différences entre...
.Thin film technologies appear as reliable solutions for Nano electronics to go beyond bulk silicon ...
.Thin film technologies appear as reliable solutions for Nano electronics to go beyond bulk silicon ...
.Thin film technologies appear as reliable solutions for Nano electronics to go beyond bulk silicon ...
The charge coupling between the gate and substrate is a fundamental property of any fully-depleted s...
Nous proposons un modèle compact du transistor MOS double-grille silicium sur isolant (SOI) en mode ...
Nous proposons un modèle compact du transistor MOS double-grille silicium sur isolant (SOI) en mode ...
Les substrats Silicium-sur-Isolant (SOI) représentent la meilleure solution pour obtenir des disposi...
Since several technological nodes, the scaling of Metal-Oxide-Semiconductor field effect transistors...
Since several technological nodes, the scaling of Metal-Oxide-Semiconductor field effect transistors...
.Thin film technologies appear as reliable solutions for Nano electronics to go beyond bulk silicon ...
.Thin film technologies appear as reliable solutions for Nano electronics to go beyond bulk silicon ...
.Thin film technologies appear as reliable solutions for Nano electronics to go beyond bulk silicon ...
.Thin film technologies appear as reliable solutions for Nano electronics to go beyond bulk silicon ...
.Thin film technologies appear as reliable solutions for Nano electronics to go beyond bulk silicon ...
Nous présentons les principales techniques de fabrication des substrats SOI et les différences entre...
.Thin film technologies appear as reliable solutions for Nano electronics to go beyond bulk silicon ...
.Thin film technologies appear as reliable solutions for Nano electronics to go beyond bulk silicon ...
.Thin film technologies appear as reliable solutions for Nano electronics to go beyond bulk silicon ...