Traditional BGR circuits require a 1.05 V supply due to the V BE of the BJT. Deep submicron
CMOS technologies are limiting the supply voltage to less than 940mV. Hence there is a …

Bandgap reference using 2 BJT devices are well explored in the literature. Usually, less
number of BJT's would reduce the cost of the chip in modern CMOS technologies. A single …

In the analog and mixed-signal integrated circuits, voltage references that are independent
of various factors such as temperature drift, noise, supply voltage, etc., and efficient in terms …

In this paper, a low voltage bandgap reference circuit has been proposed. The introduction
of a modified beta multiplier bias circuit decreased the mismatch caused by the PMOS …

A CMOS voltage reference with low line sensitivity, high PSRR, and low supply voltage is
presented. Usually, CMOS voltage references use proportional-to-absolute-temperature …

Abstract Often Bandgap Reference performance limits the SNR of the bio-medical
transceiver, hence sensitivity. In this paper, conventional beta multiplier has been explored …

A novel energy-efficient digital-to-analog converter (DAC) switching technique applicable to
single-ended successive approximation register (SAR) analog-to-digital converter (ADC) is …

This paper presents a curvature compensated voltage reference (VR), which is based on
lateral PNP bipolar junction transistor (BJT). The proposed VR is fabricated in 0.18 μ m …

We present a low voltage approach to design an adaptive bias circuit for a class-AB input
stage, and exploit it to design a fully-differential 0.6 V class-AB symmetrical OTA that also …

In this paper miller compensation of opamp has been explained intuitively and discussed
the problems existing with this traditional way. Proposed an area/power efficient technique …