In this paper we provide an insight into the drain current model for long-channel MOSFET devices. A new method to perform the integral of the rigorous Pao-Sah dual integral current is derived. From it, we demonstrate the error of the traditional charge sheet models in predicting the drain current compared with Pao-Sah's dual integral model, also provide the reason that Brews' charge sheet model fails to pass the self consistency tests reported previously. Three charge-sheet approximation models are tested in order to find a simple yet accurate drain current model for surface potential-based compact models.EI
A unified charge-based model for SOI MOSFETs is presented. The proposed model is valid and accurate ...
Substrate current is a good indicator for the hot-carrier and electrostatic discharge related reliab...
An analytic potential-based model for the undoped surrounding-gate MOSFETs is derived in the paper. ...
This paper presents a new and more accurate potential based model for bulk MOSFET compared to the tr...
The model describes correctly the drain current and the small signal parameters in all regions of op...
This paper presents a noncharge-sheet channel potential and drain current model for long-channel dyn...
This paper presents a noncharge-sheet channel potential and drain current model for long-channel dyn...
An analytical surface-potential-based drain current model of symmetric double-gate (sDG) MOSFETs is ...
Texto completo. Acesso restrito. p. 1945-1952This paper presents a long-channel MOSFET model wherein...
A charge-based model is presented for long-channel cylindrical surrounding-gate (SRG) MOSFETs from a...
Based on a 1D Poissons equation resolution, we present an analytic model of inversion charges allowi...
Abstract—We discuss and develop a compact MOSFET modeling scheme in order to obtain accurate descrip...
International audienceIn this paper, Poisson-Schrödinger simulations of bulk MOSFETs with an InGaAs ...
10.1109/TED.2014.2340441In this paper, we solved Poisson equation in cylindrical coordinates using a...
A model of the drain current in the long-gate JFET and MESFET is proposed in which the electron velo...
A unified charge-based model for SOI MOSFETs is presented. The proposed model is valid and accurate ...
Substrate current is a good indicator for the hot-carrier and electrostatic discharge related reliab...
An analytic potential-based model for the undoped surrounding-gate MOSFETs is derived in the paper. ...
This paper presents a new and more accurate potential based model for bulk MOSFET compared to the tr...
The model describes correctly the drain current and the small signal parameters in all regions of op...
This paper presents a noncharge-sheet channel potential and drain current model for long-channel dyn...
This paper presents a noncharge-sheet channel potential and drain current model for long-channel dyn...
An analytical surface-potential-based drain current model of symmetric double-gate (sDG) MOSFETs is ...
Texto completo. Acesso restrito. p. 1945-1952This paper presents a long-channel MOSFET model wherein...
A charge-based model is presented for long-channel cylindrical surrounding-gate (SRG) MOSFETs from a...
Based on a 1D Poissons equation resolution, we present an analytic model of inversion charges allowi...
Abstract—We discuss and develop a compact MOSFET modeling scheme in order to obtain accurate descrip...
International audienceIn this paper, Poisson-Schrödinger simulations of bulk MOSFETs with an InGaAs ...
10.1109/TED.2014.2340441In this paper, we solved Poisson equation in cylindrical coordinates using a...
A model of the drain current in the long-gate JFET and MESFET is proposed in which the electron velo...
A unified charge-based model for SOI MOSFETs is presented. The proposed model is valid and accurate ...
Substrate current is a good indicator for the hot-carrier and electrostatic discharge related reliab...
An analytic potential-based model for the undoped surrounding-gate MOSFETs is derived in the paper. ...