Abstract: A curvature corrected bandgap reference (BGR) capable of generating sub-1-V output in standard CMOS process is proposed. It has the advantage over ...

This paper presents a high accuracy low-power bandgap voltage reference with trimming. A temperature coefficient of 12-22 ppm/°C from -40 to 125°C and a load ...

Stability of output voltage over wide range of supply voltage was ensured by using an improved self-biased amplifier. Spectre simulation of the proposed circuit ...

A Novel Temperature Stable Current Mode Bandgap · For Wide Range of Supply Voltage Variation · First Order Bandgap Circuit · Temperature stability of first order ...

This paper presents an innovative CMOS Bandgap Reference Generator topology that leads to an improved curvature compensation method over a very wide ...

A Novel Temperature Stable Current Mode Bandgap for Wide Range of Supply Voltage Variation. December 2014. Sovan Ghosh. A curvature corrected band gap ...

This article introduces a novel CMOS threshold voltage reference with low temperature coefficient (TC) and high power supply rejection ratio (PSRR).

This BGR circuit achieves an output reference voltage of 0.536 V and obtains a TC of 7.5 ppm/K over a wide temperature range of 80 °C (from 0 °C to 80 °C).

Bandgap reference circuits (BGR) can generate stable voltages that are resistant to temperature, power supply, and process variations. These circuits are ...

In this paper, a 0.6 V subthsheshold CMOS voltage reference (CVR) achieving wide temperature range and high power supply ripple rejection (PSRR) is presented. ...