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A Fully Synthesizable Capacitorless Digital LDO for Distributed Power . . . Abstract: This paper presents a fully synthesizable capacitorless digital low-dropout regulator (DLDO) for distributed power delivery networks in large-scale digital systems A coarse-fine dual loop architecture is adopted for better transient response and higher output voltage accuracy
REVIEWS A comparative study of digital low dropout regulators - Researching this comparative study on DLDOs, first, we compare the pros and cons between ALDO and DLDO in general Then, we summar-ize the recent DLDO advanced techniques for fast transient response and PSR enhancement Finally, we discuss the design trends and possible directions of DLDO
Digital Low-Dropout Voltage Regulator (DLDO) Survey - GitHub The Excel file contains the digital low-dropout voltage regulators (DLDO) published in 2010--2020 It contains the reported and estimated parameters and metrics of each regulator The parameter metric definition can be found in the table below
A comparative study of digital low dropout regulators With the development of efficient computing and granular power management techniques, the DLDO has drawn significant attention in recent years When compared with its analog counterpart, the DLDO suits well the requirements of low voltage operation and process scalability
Digital LDO – FASoC: Fully-Autonomous SoC Synthesis using Customizable . . . The main idea behind a Digital LDO is the use of an array of small power transistors that operate as switches [figure 1] The use of power transistors as switches facilitates low VDD power management and process scalability which makes Digital LDOs a good potential candidate for power management as we go to lower nodes
Digital LDO - SpringerLink This chapter mainly introduces the representative digital LDO (DLDO) structures, including shift register-based DLDO, coarse-fine-tuning DLDO, ADC-based DLDO, event-driven DLDO, computational DLDO, and digital-analog hybrid LDO
Distributed Low-Dropout Regulator Designs Switching LDO needs high switching frequency and large output capacitor The switching frequency of hysteretic control is not fixed Key Performance Index (KPI): K = CL IL (nF A) Large K value restricts the switching LDO applications Driver Driver Switching frequency equals to the RAMP frequency
An Overview of Digital Low Drop-out Regulator Design In this paper, three D-LDO design strategies are overviewed and comprehensively discussed, including unequal transistor sizing, multi-loop control and asynchronous control Then, the design guideline for a fast response D-LDO is drawn