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Low power dissipation CMOS output driver circuits

Jirawath Parnklang, KIATTISAK KUMWACHARA, P. Kongtanasunthorn

Open publisher page 1 citations

Abstract

The CMOS current-controlled output driver circuits, which are suitable for the low voltage supply integrated circuits, are presented. The circuit consists of the negative and positive current mirror and the fundamental CMOS inverter circuits. This current mirror bias circuit can limit the current in the transition region, making it suitable for low-power operation. The experimental results show that using the lowest possible supply voltage and low current can reduce power consumption in CMOS digital circuits.

About this research paper

What this paper is about

The CMOS current-controlled output driver circuits, which are suitable for the low voltage supply integrated circuits, are presented. The circuit consists of the negative and positive current mirror and the fundamental CMOS inverter circuits. This current mirror bias circuit can limit the current in the transition region, making it suitable for low-power operation. The experimental results show that using the lowest possible supply voltage and low current can reduce power consumption in CMOS digital circuits.

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OpenAlex reports 1 citations for this work. Citation counts describe recorded attention and do not establish research quality.

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Available abstract

The CMOS current-controlled output driver circuits, which are suitable for the low voltage supply integrated circuits, are presented. The circuit consists of the negative and positive current mirror and the fundamental CMOS inverter circuits. This current mirror bias circuit can limit the current in the transition region, making it suitable for low-power operation. The experimental results show that using the lowest possible supply voltage and low current can reduce power consumption in CMOS digital circuits.

Key concepts: CMOS, Electronic circuit, Current mirror, Pull-up resistor, Adiabatic circuit, Volt-ampere, Electrical engineering, Integrated injection logic

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