DocumentCode
2637649
Title
Punsim: an advanced surface potential based MOSFET model
Author
He, J. ; Song, Y. ; Niu, X. ; Li, B. ; Zhang, X. ; Huang, R. ; Chan, M. ; Wang, Y.
Author_Institution
Peking Univ., Beijing
fYear
2006
fDate
22-24 June 2006
Firstpage
111
Lastpage
116
Abstract
This paper reviews present compact model development and outlines the main features of the PUNSIM, an advanced surface potential-based MOSFET model. The PUNSIM is developed to overcome mainly drawbacks of the traditional surface potential based models and aiming at fulfilling the features: The first-principle derivation of the complete MOSFET surface potential equation; Physics based analytic solution of the surface potential equation; accurate description of inversion charge; Physics based channel current equation and calculation; self-consistently modelling of short-channel effects; Unique parameter scaling technology to ensure the high accuracy parameter extraction. PUNSIM model takes the quite analytic formulation without any need for the smooth function and iteration mathematics, thus posses the surface potential based MOS model high accurate and continuous characteristics while obtaining computation efficiency, a must for the ULSI circuit simulation. The model predictions have also been verified by the numerical analysis and the wide experiment data, proving the PUNSIM validity
Keywords
MOSFET; ULSI; semiconductor device models; surface potential; MOSFET model; PUNSIM; ULSI circuit simulation; advanced surface potential; channel current equation; inversion charge; parameter extraction; short-channel effects; Circuit analysis computing; Circuit simulation; Equations; MOSFET circuits; Mathematical model; Mathematics; Parameter extraction; Physics; Predictive models; Ultra large scale integration;
fLanguage
English
Publisher
ieee
Conference_Titel
Mixed Design of Integrated Circuits and System, 2006. MIXDES 2006. Proceedings of the International Conference
Conference_Location
Gdynia
Print_ISBN
83-922632-2-7
Type
conf
DOI
10.1109/MIXDES.2006.1706549
Filename
1706549
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