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 …

This brief presents a picowatt CMOS voltage reference with ultra-low supply and wide
temperature range. Biased by PMOS leakage current, ultra-low voltage and ultra-low power …

Voltage reference circuits are a basic building block in most integrated microsystems,
covering a wide spectrum of applications. Hence, they constitute a subject of great interest …

This brief proposes a low-power voltage reference with low line sensitivity and high power
supply rejection (PSR) under relatively wide supply voltage range. Excluding the small …

This brief presents an NMOS-only voltage reference with small process variations for ultra-
low-power applications. All MOSFETs work in the subthreshold region and are biased by the …

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 …

A nanopower, buffered CMOS voltage reference designed to operate across the entire
industrial temperature range (from 40 C to 125 C) and with an input voltage range from 1.2 …

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 tiny-size ultra-low voltage CMOS voltage reference operating at quiescent picoamp scale
has been proposed in this paper to fit the high standards of modern wireless microsystems …

Power Management Units (PMU) are present in most electronic devices today. However, for
power and area constrained applications, their design becomes a real challenge, especially …