integrated circuits Abstract: A new compact model for MOS transistors has been developed, MOS Model 11 (MM11), the successor of MOS Model 9. MM11 not only gives an accurate description of charges and currents and their first-order derivatives (transconductance, conductance, capacitances), but also of their higherorder derivatives. In other words it gives an accurate description of MOS-FET distortion behaviour, and as such MM11 is suitable for digital, analog as well as RF circuit design. MOS Model 11 is a symmetrical, surface-potential-based model. It includes an accurate description of all physical effects important for modern and future CMOS technologies, such as e.g. gate tunnelling current, influence of pocket implants, poly-depletion, ...
Like other surface-potential based model, our surface-potential-plus model starts with charge-sheet ...
In this paper, the Southampton Thermal Analogue (STAG) compact model for partially depleted (PD) sil...
Presents accurate device models (1-3 percent) to describe the /b I //sub D/-/b V//sub D/ electrical ...
integrated circuits Abstract: A new compact model for MOS transistors has been developed, MOS Model ...
Membres du jury : Pr Jean-Louis Balladore (ULP), Pr Christian C. Enz (EPFL), Pr Pierre Gentil (INPG)...
Texto completo: acesso restrito. p.1510-1519This paper presents a physically based model for the met...
This paper outlines the advanced Surface-Potential-Plus (SPP) approach for the next generation CMOS ...
In this chapter, we present the capabilities of the VHDL-AMS hardware description language for devel...
Abstract — In compact transistor modeling for circuit simula-tion, the capacitances of conventional ...
In compact transistor modeling for circuit simulation, the capacitances of conventional MOS devices ...
Abstract—In compact transistor modeling for circuit simula-tion, the capacitances of conventional MO...
As MOS devices scale to submicron lengths, short-channel effects become more pronounced, and an impr...
This paper presents a physically based model for LDMOS transistors. The model advances the state-of-...
PSP is a well-known surface potential based model for deep-submicron bulk MOSFET. Initially, PSP mod...
Document en Open AccessInternational audienceThis paper presents a 7-parameter analytical model of t...
Like other surface-potential based model, our surface-potential-plus model starts with charge-sheet ...
In this paper, the Southampton Thermal Analogue (STAG) compact model for partially depleted (PD) sil...
Presents accurate device models (1-3 percent) to describe the /b I //sub D/-/b V//sub D/ electrical ...
integrated circuits Abstract: A new compact model for MOS transistors has been developed, MOS Model ...
Membres du jury : Pr Jean-Louis Balladore (ULP), Pr Christian C. Enz (EPFL), Pr Pierre Gentil (INPG)...
Texto completo: acesso restrito. p.1510-1519This paper presents a physically based model for the met...
This paper outlines the advanced Surface-Potential-Plus (SPP) approach for the next generation CMOS ...
In this chapter, we present the capabilities of the VHDL-AMS hardware description language for devel...
Abstract — In compact transistor modeling for circuit simula-tion, the capacitances of conventional ...
In compact transistor modeling for circuit simulation, the capacitances of conventional MOS devices ...
Abstract—In compact transistor modeling for circuit simula-tion, the capacitances of conventional MO...
As MOS devices scale to submicron lengths, short-channel effects become more pronounced, and an impr...
This paper presents a physically based model for LDMOS transistors. The model advances the state-of-...
PSP is a well-known surface potential based model for deep-submicron bulk MOSFET. Initially, PSP mod...
Document en Open AccessInternational audienceThis paper presents a 7-parameter analytical model of t...
Like other surface-potential based model, our surface-potential-plus model starts with charge-sheet ...
In this paper, the Southampton Thermal Analogue (STAG) compact model for partially depleted (PD) sil...
Presents accurate device models (1-3 percent) to describe the /b I //sub D/-/b V//sub D/ electrical ...