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| Publications [#64710] of Hisham Z. Massoud
Papers Published
- Massoud, H.Z., Device physics and simulation of metal/ferroelectric-film/p-type silicon capacitors,
Microelectron. Eng. (Netherlands), vol. 36 no. 1-4
(1997),
pp. 95 - 8, Stenungsund, Sweden [S0167-9317(97)00023-3]
(last updated on 2007/04/15)
Abstract: This paper introduces an electrostatic model for Metal/Ferroelectric/Silicon (MFS) capacitors. These structures consist of a metal gate, a dielectric stack which includes a ferroelectric film, and a p-type silicon substrate. The dielectric stack consists of a switching ferroelectric layer and two nonswitching dielectric or buffer layers. This model predicts the dependence of the polarization charge density Pd, the electric field in the ferroelectric film εfe, the voltage across the dielectric stack VOX, the semiconductor surface potential ψSC, and the semiconductor charge density QSC on the gate-to-bulk voltage VGB under static conditions. The lowand high-frequency capacitance-voltage characteristics of MFS capacitors are calculated
Keywords: ferroelectric capacitors;MIS capacitors;semiconductor device models;
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