1996European Solid-State Device Research ConferenceRequires access

Two-Dimensional Analytical Modelling of Subthreshold Region in Fully-Depleted SOI MOSFETs

S. Pidin, Mitsumasa Koyanagi

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Abstract

New two-dimensional analytical models for the potential distribution and the subthreshold factor in SOI MOSFET are developed and extensive study of 0.1 ?m SOI MOSFET design is performed. It is shown that the ultra-thin SOI films and high doping concentrations are necessary to obtain high subthreshold slopes in SOI MOSFETs.

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What this paper is about

New two-dimensional analytical models for the potential distribution and the subthreshold factor in SOI MOSFET are developed and extensive study of 0.1 ?m SOI MOSFET design is performed. It is shown that the ultra-thin SOI films and high doping concentrations are necessary to obtain high subthreshold slopes in SOI MOSFETs.

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Available abstract

New two-dimensional analytical models for the potential distribution and the subthreshold factor in SOI MOSFET are developed and extensive study of 0.1 ?m SOI MOSFET design is performed. It is shown that the ultra-thin SOI films and high doping concentrations are necessary to obtain high subthreshold slopes in SOI MOSFETs.

Key concepts: Silicon on insulator, Subthreshold conduction, MOSFET, Subthreshold slope, Optoelectronics, Materials science, Doping, Electrical engineering

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