A sub-bandgap current and voltage reference operating at ultra-low quiescent current is
proposed for energy harvesting and battery-operated systems. Using a single bipolar …

A subthreshold nano‐power voltage and current reference with high‐order temperature
compensation is proposed by taking advantage of the channel length modulation of MOS …

This paper presents a low-voltage and low-power CMOS precision current reference circuit,
which leads to high current stability to temperature and supply variation. By exploiting the …

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 low-supply, nano-watt level CMOS-only voltage reference is proposed in this paper for the
internet-of-things, wireless sensor networks, and implantable biomedical chips. The …

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 …

This paper introduces a current reference based on generation principle and adopts
integrated poly-p+ resistors and a nW-power OTA to reduce the line sensitivity. Implemented …

The paper presents a sub-nW gate-leakage based voltage and current reference in a single
circuit whose reference values are scalable and doesn't incorporate start-up circuits or …

The paper presents a low supply voltage CMOS voltage reference with low line sensitivity
and high PSRR. Generally, the reference voltage is obtained using both complementary-to …