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1982•IEEE Journal of Solid-State CircuitsRequires access

GaAs MESFET ICs for gigabit logic applications

G. Nuzillat, Ernesto Perea, G. Bert, F. Damay-Kavala, M. Gloanec, M. Peltier, Tung Pham Ngu, C. Arnodo

Open publisher page 21 citations

Abstract

This paper gives an overview of the basic concepts used in the design and fabrication of gallium arsenide MESFET integrated circuits intended for gigabit logic applications. The present status of speed-power performances, packing densities, and integration levels is presented on the basis of some MSI and LSI MESFET IC realizations made possible by the principal GaAs logic approaches to date. Finally, the potential field of application and future trends of GaAs IC technology are assessed.

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What this paper is about

This paper gives an overview of the basic concepts used in the design and fabrication of gallium arsenide MESFET integrated circuits intended for gigabit logic applications. The present status of speed-power performances, packing densities, and integration levels is presented on the basis of some MSI and LSI MESFET IC realizations made possible by the principal GaAs logic approaches to date. Finally, the potential field of application and future trends of GaAs IC technology are assessed.

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OpenAlex reports 21 citations for this work. Citation counts describe recorded attention and do not establish research quality.

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Available abstract

This paper gives an overview of the basic concepts used in the design and fabrication of gallium arsenide MESFET integrated circuits intended for gigabit logic applications. The present status of speed-power performances, packing densities, and integration levels is presented on the basis of some MSI and LSI MESFET IC realizations made possible by the principal GaAs logic approaches to date. Finally, the potential field of application and future trends of GaAs IC technology are assessed.

Key concepts: MESFET, Gigabit, Gallium arsenide, Logic gate, Electronic engineering, Integrated circuit, Computer science, Principal (computer security)

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