This paper presents a low-power and high-precision voltage and current reference (VCR) in
one simple circuit. The voltage reference is derived from the threshold voltage difference …

This brief presents a CMOS voltage reference for Internet-of-Things applications, which
requires ultra-low power and high insensitivity to voltage variation from ambient energy …

A resistorless high-precision compensated CMOS bandgap voltage reference (BGR), which
is compatible with a standard CMOS process, is presented in this paper. A higherorder …

This brief presents a high precision high-order curvature-compensated bandgap voltage
reference (BGR) with a 3.11-V output voltage for battery-management integrated circuits …

This paper presents a self-biased subthreshold CMOS voltage reference for low-power and
low-voltage applications. To achieve near-zero line sensitivity and high PSRR, a …

A picowatt programmable CMOS-based voltage reference (VR) for wireless sensor nodes
(WSNs) is proposed in this work. It uses a pMOS current source and an nMOS current sink to …

A nano-power all-MOS voltage reference circuit is proposed without any integrated resistor
or bipolar transistor to generate multiple voltage sources in inexpensive digital CMOS …

A nano-watt self-powered voltage reference configuration has been developed for the
integrated microsystems in standard CMOS technology. The circuit is highly immune to …

A small size, low-power, self-cascode and self-biased voltage generator based on a PTAT
cell for implantable applications is presented. The approach can be extended to other …

This brief presents a picowatt PVT-insensitive CMOS voltage reference with ultra-low supply
voltage. The core circuit of the proposed reference consists of three subthreshold-biased …