2005Unpublished venueRequires access

Gigabit Logic Prospects of GaAs E-JFET Integrated Circuits

R. Zuleeg, J. K. Notthoff, A.F. Behle

Open publisher page 6 citations

Abstract

Computer simulation and experimental results will be presented for a 1 mu m GaAs enhancement mode JFET. Logic performance of 250 ps propagation delay time with a power dissipation of 200 mu W/gate at a fan-out of 3 offers gigabit logic for LSI, i.e. delay-power product of 50 fJ. A planar integration will be described which utilizes selective ion implantation of n- and p- impurities for the channel and pn-junction gate formation in semi-insulating GaAs substrate material.

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What this paper is about

Computer simulation and experimental results will be presented for a 1 mu m GaAs enhancement mode JFET. Logic performance of 250 ps propagation delay time with a power dissipation of 200 mu W/gate at a fan-out of 3 offers gigabit logic for LSI, i.e. delay-power product of 50 fJ. A planar integration will be described which utilizes selective ion implantation of n- and p- impurities for the channel and pn-junction gate formation in semi-insulating GaAs substrate material.

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Available abstract

Computer simulation and experimental results will be presented for a 1 mu m GaAs enhancement mode JFET. Logic performance of 250 ps propagation delay time with a power dissipation of 200 mu W/gate at a fan-out of 3 offers gigabit logic for LSI, i.e. delay-power product of 50 fJ. A planar integration will be described which utilizes selective ion implantation of n- and p- impurities for the channel and pn-junction gate formation in semi-insulating GaAs substrate material.

Key concepts: JFET, Gigabit, Logic gate, Electrical engineering, Optoelectronics, Propagation delay, Dissipation, Electronic circuit

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