Low-dropout regulators (LDOs) are widely adopted in power management integrated circuits
(PMICs) and serve as a bridge between the switching regulators and individual on-chip …

In this paper, we present a battery management technique that significantly increases the
battery lifetime of event-based devices that are predominantly in standby mode without …

The paper describes the implementation of a bandgap reference based on native‐MOSFET
transistors for low‐power sensor node applications. The circuit can operate from− 55° C to …

This article presents the control circuit of a power converter that regulates the computing
speed of a digital circuit. The proposed circuit implements a digital delay regulation of a …

An ultra-low quiescent current output-capacitor-less low dropout (OCL-LDO) regulator for
power-sensitive applications is proposed in this paper. To improve the gain of the OCL-LDO …

We present a distributed power supply and explore its load transient response and power
side-channel security improvements. Typically, countermeasures against power side …

An ultralow quiescent current dc–dc buck converter based on adaptive on-time (AOT) control
is presented in this article. To minimize the energy wastage of the dc–dc buck converter …

IoT and wearable medical devices frequently require ultra-low power solutions that can
support long spells of inactivity. This study presents a buck converter to control power stages …

An ultra-low power buck converter with self-control biasing and dynamic voltage scaling is
proposed. In this work, the biasing current of the control circuit will be automatically adjusted …

In this paper, a fully integrated digitally controlled buck converter for 2.7 V-4.2 V Li-ion
battery supplied application is proposed. The chip was manufactured by TSMC 0.18-μm …