Des modélisations analytiques et numériques de la capacité métal-oxyde-semiconducteur sont proposées pour les substrats sur isolant comportant un film flottant. Le traitement théorique repose sur des considérations physiques et met en évidence l'influence de la distribution des diverses charges à l'intérieur de la structure globale. Les caractéristiques capacité-tension sont directement interprétables à partir des mécanismes physiques internes du dispositif.The present paper deals with the analytical and numerical study of MOS capacitors on SOI substrates. The major concern is the theoretical treatment of such devices with floating substrate. Special care has been taken to keep the mathematical modeling consistent with physical consideratio...
Bu çalışmada kapasitör özelliği gösteren Metal-Oksit-Yarıiletken (MOS) yapılar ile çalışılmıştır. Si...
This paper presents original measurements and two-dimensional simulations of high-temperature SOI MO...
This chapter builds a deep understanding of the modern MOS (metal–oxide–semiconductor) structures. T...
The present paper deals with the analytical and numerical study of MOS capacitors on SOI substrates....
The fabrication of two-terminal MOSOS capacitors incorporating SOI substrates is described. Results...
The theoretical foundation of unique floating substrate effects, which have been observed experiment...
Measurements of intrinsic gate capacitances of SOI MOSFETs are described and shown to provide valuab...
A large signal capacitance model for thin film SOI/MOSFETs was developed based on the special thin f...
The theoretical foundation of unique floating substrate effects, which have been observed experimen...
The paper presents a new method to determine and monitor the surface charge density of dielectric fi...
Silicon-On-Insulator (SOI) technology, which was originally developed for military applications, is ...
The analytical models for the electric field and potential distributions are necessary to establish ...
The continual dimensional scaling of MOS devices requires a recurrent search for new materials for e...
International audienceThe SOI structural characterization is addressed in this paper by using split ...
This paper tackles the difficult task to extract MOS parameters by a new model of the gate capacitan...
Bu çalışmada kapasitör özelliği gösteren Metal-Oksit-Yarıiletken (MOS) yapılar ile çalışılmıştır. Si...
This paper presents original measurements and two-dimensional simulations of high-temperature SOI MO...
This chapter builds a deep understanding of the modern MOS (metal–oxide–semiconductor) structures. T...
The present paper deals with the analytical and numerical study of MOS capacitors on SOI substrates....
The fabrication of two-terminal MOSOS capacitors incorporating SOI substrates is described. Results...
The theoretical foundation of unique floating substrate effects, which have been observed experiment...
Measurements of intrinsic gate capacitances of SOI MOSFETs are described and shown to provide valuab...
A large signal capacitance model for thin film SOI/MOSFETs was developed based on the special thin f...
The theoretical foundation of unique floating substrate effects, which have been observed experimen...
The paper presents a new method to determine and monitor the surface charge density of dielectric fi...
Silicon-On-Insulator (SOI) technology, which was originally developed for military applications, is ...
The analytical models for the electric field and potential distributions are necessary to establish ...
The continual dimensional scaling of MOS devices requires a recurrent search for new materials for e...
International audienceThe SOI structural characterization is addressed in this paper by using split ...
This paper tackles the difficult task to extract MOS parameters by a new model of the gate capacitan...
Bu çalışmada kapasitör özelliği gösteren Metal-Oksit-Yarıiletken (MOS) yapılar ile çalışılmıştır. Si...
This paper presents original measurements and two-dimensional simulations of high-temperature SOI MO...
This chapter builds a deep understanding of the modern MOS (metal–oxide–semiconductor) structures. T...