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2006•Conference proceedingsRequires access

High Accuracy Self-Biasing Cascode Current Mirror

Laura Sánchez‐González, G. Ducoudray-Acevedo

Open publisher page 5 citations

Abstract

This paper proposes a high accuracy low-voltage self-biasing dynamic current mirror, with a very low systematic error, approximately 0.05 %. The proposed scheme bandwidth is 100KHz and has a range of operation of 200uA. This novel approach improves the previously reported current mirrors and it increases the current input range with a lower error percentage. Simulations of the current scheme are shown using 0.18um technology.

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What this paper is about

This paper proposes a high accuracy low-voltage self-biasing dynamic current mirror, with a very low systematic error, approximately 0.05 %. The proposed scheme bandwidth is 100KHz and has a range of operation of 200uA. This novel approach improves the previously reported current mirrors and it increases the current input range with a lower error percentage. Simulations of the current scheme are shown using 0.18um technology.

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OpenAlex reports 5 citations for this work. Citation counts describe recorded attention and do not establish research quality.

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Available abstract

This paper proposes a high accuracy low-voltage self-biasing dynamic current mirror, with a very low systematic error, approximately 0.05 %. The proposed scheme bandwidth is 100KHz and has a range of operation of 200uA. This novel approach improves the previously reported current mirrors and it increases the current input range with a lower error percentage. Simulations of the current scheme are shown using 0.18um technology.

Key concepts: Biasing, Current mirror, Current (fluid), Cascode, Bandwidth (computing), Electronic engineering, Computer science, Voltage

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