High-performance microprocessors need high current (ampere-level), high accuracy, and
fast-response power supplies. Comparing to analog and digital low-dropout (LDO) …

This brief presents a 1-A fully-integrated switching LDO for digital loads. By using 4-phase
200-MHz pulse-width modulation (PWM), it can significantly reduce the output ripple and …

In recent generations of microprocessors, there has been an increase in the number and
types of processors integrated on the same die. For example, in [1] several IA (Intel …

This paper presents a digital low-dropout voltage regulator (DLDO) with fast transient
response. When an overshoot or undershoot voltage occurs, a conventional DLDO operates …

This article presents a fully integrated low-dropout (LDO) regulator that offers high power-
supply rejection (PSR) across the full frequency spectrum. The proposed domino-like …

This letter presents a coarse-line dual-loop digital low-dropout regulator (DLDO), with
combined synchronous and asynchronous logics, designed and measured in a 28-nm bulk …

Multicore processors have been widely used in battery-operated portable systems, desktop,
and server applications, where dynamic voltage scaling (DVS) and adaptive voltage scaling …

This paper describes a fully integrated, low voltage digital low-dropout voltage (DLDO)
regulator for ultra-low power applications with a load current aware clock modulation …

This article proposes a fully integrated hybrid low-dropout regulator (HLDO) that features an
ultralow dropout and a highly improved transient response. This HLDO incorporates a …

This article proposes a fully integrated output-capacitor-free low-dropout regulator (LDO) for
mobile applications. To overcome the limited output voltage range of typical analog LDOs …