An improved band-gap voltage reference circuit design for multimedia VLSI systems integration applications

Wen Dan Xu; Donglai Xu; Ian French

doi:10.1007/b98322

An improved band-gap voltage reference circuit design for multimedia VLSI systems integration applications

Wen Dan Xu, Donglai Xu, Ian French

SCEDT Engineering

Research output: Chapter in Book/Report/Conference proceeding › Conference contribution

Abstract

This paper presents an improved band-gap voltage reference circuit design for communication and multimedia systems integration applications. The circuit possesses the characteristics of low-voltage, low-power dissipation and low temperature coefficient and is, thus, suitable for mobile communication and multimedia applications. In order to reduce input voltage and power consumption and to provide the output reference voltage that is resistant to temperature and power supply variations, the design uses a MOS peaking current mirror and an improved cascode current mirror to construct self-biasing circuit. The simulation results show that the design has achieved a minimum power supply of 1.5V. With a 3.3V power supply, the power dissipation is less than 40uw, and within the temperature range from –20C to 70 C, the reference voltage is between 1.3043 ± 0.0005V.

Original language	English
Title of host publication	High speed networks and multimedia communications
Editors	Zoubir Mammeri, Pascal Lorenz
Publisher	Springer Berlin / Heidelberg
ISBN (Print)	978-3-540-22262-0
DOIs	https://doi.org/10.1007/b98322
Publication status	Published - 2004
Event	7th IEEE International Conference, High Speed Networks and Multimedia Communications. - Toulouse, France Duration: 30 Jun 2004 → 2 Jul 2004

Conference

Conference	7th IEEE International Conference, High Speed Networks and Multimedia Communications.
Country/Territory	France
City	Toulouse
Period	30/06/04 → 2/07/04

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10.1007/b98322

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@inproceedings{5175fedd5c9943cd907188171b519df0,

title = "An improved band-gap voltage reference circuit design for multimedia VLSI systems integration applications",

abstract = "This paper presents an improved band-gap voltage reference circuit design for communication and multimedia systems integration applications. The circuit possesses the characteristics of low-voltage, low-power dissipation and low temperature coefficient and is, thus, suitable for mobile communication and multimedia applications. In order to reduce input voltage and power consumption and to provide the output reference voltage that is resistant to temperature and power supply variations, the design uses a MOS peaking current mirror and an improved cascode current mirror to construct self-biasing circuit. The simulation results show that the design has achieved a minimum power supply of 1.5V. With a 3.3V power supply, the power dissipation is less than 40uw, and within the temperature range from –20C to 70 C, the reference voltage is between 1.3043 ± 0.0005V.",

author = "Xu, {Wen Dan} and Donglai Xu and Ian French",

year = "2004",

doi = "10.1007/b98322",

language = "English",

isbn = "978-3-540-22262-0",

editor = "Zoubir Mammeri and Pascal Lorenz",

booktitle = "High speed networks and multimedia communications",

publisher = "Springer Berlin / Heidelberg",

note = "7th IEEE International Conference, High Speed Networks and Multimedia Communications. ; Conference date: 30-06-2004 Through 02-07-2004",

}

Xu, WD, Xu, D & French, I 2004, An improved band-gap voltage reference circuit design for multimedia VLSI systems integration applications. in Z Mammeri & P Lorenz (eds), High speed networks and multimedia communications. Springer Berlin / Heidelberg, 7th IEEE International Conference, High Speed Networks and Multimedia Communications., Toulouse, France, 30/06/04. https://doi.org/10.1007/b98322

TY - GEN

T1 - An improved band-gap voltage reference circuit design for multimedia VLSI systems integration applications

AU - Xu, Wen Dan

AU - Xu, Donglai

AU - French, Ian

PY - 2004

Y1 - 2004

N2 - This paper presents an improved band-gap voltage reference circuit design for communication and multimedia systems integration applications. The circuit possesses the characteristics of low-voltage, low-power dissipation and low temperature coefficient and is, thus, suitable for mobile communication and multimedia applications. In order to reduce input voltage and power consumption and to provide the output reference voltage that is resistant to temperature and power supply variations, the design uses a MOS peaking current mirror and an improved cascode current mirror to construct self-biasing circuit. The simulation results show that the design has achieved a minimum power supply of 1.5V. With a 3.3V power supply, the power dissipation is less than 40uw, and within the temperature range from –20C to 70 C, the reference voltage is between 1.3043 ± 0.0005V.

AB - This paper presents an improved band-gap voltage reference circuit design for communication and multimedia systems integration applications. The circuit possesses the characteristics of low-voltage, low-power dissipation and low temperature coefficient and is, thus, suitable for mobile communication and multimedia applications. In order to reduce input voltage and power consumption and to provide the output reference voltage that is resistant to temperature and power supply variations, the design uses a MOS peaking current mirror and an improved cascode current mirror to construct self-biasing circuit. The simulation results show that the design has achieved a minimum power supply of 1.5V. With a 3.3V power supply, the power dissipation is less than 40uw, and within the temperature range from –20C to 70 C, the reference voltage is between 1.3043 ± 0.0005V.

U2 - 10.1007/b98322

DO - 10.1007/b98322

M3 - Conference contribution

SN - 978-3-540-22262-0

BT - High speed networks and multimedia communications

A2 - Mammeri, Zoubir

A2 - Lorenz, Pascal

PB - Springer Berlin / Heidelberg

T2 - 7th IEEE International Conference, High Speed Networks and Multimedia Communications.

Y2 - 30 June 2004 through 2 July 2004

ER -

An improved band-gap voltage reference circuit design for multimedia VLSI systems integration applications

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