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 …

This article proposes an output capacitor-less NMOS low-dropout regulator (LDO) using
wide-range adaptive-gain nested Miller compensation (WAG-NMC) and pre-emphasis …

Compact low dropout (LDO) with high current handling capability and superior transient
response is gaining increasing attention for the battery-powered 5G mobile applications. In …

This brief presents an ultra-low power low-dropout (LDO) regulator with an experimental
total quiescent current consumption of only 3.08 nA. The circuit is designed to operate with a …

A capacitor-less (CL) low-dropout (LDO) regulator suitable to be incorporated in an on-chip
system with low-voltage micro-energy-harvested supply, is proposed in this contribution. The …

A new Low Drop-Out (LDO) voltage regulator with off-chip capacitor for low power
applications is presented. The LDO takes advantage of non-dominant pole movement …

An ultra-low power capacitor-less LDO with feedforward compensation technique based on
the small-signal gain stage and composite transient enhancement structure is proposed …

In this paper we are going to analyze the settling-time in single-, two-and three-stage
amplifiers with the intent of deriving approximate but useful design equations that include …

A digitally assisted high-current low-dropout (LDO) regulator is proposed in this article. The
LDO architecture combines two main types of regulators: digital LDOs and analog LDOs …

In this paper, an output capacitor-less low-dropout (LDO) regulator with 99.99% current
efficiency using active feedforward compensation (AFFC) and reverse nested Miller …