Since operational transconductance amplifiers (OTAs) form the basic building blocks of
many analog systems, the compensation of three-stage OTAs has attracted a lot of attention …

This article presents an area-efficient and fast-transient capless low-dropout regulator (LDO)
with satisfactory static and dynamic performance in the full load current range. Active …

This work presents a power-and area-efficient three-stage amplifier that is able to drive a
large capacitive load. Removing the inner Miller capacitor and employing cascode Miller …

A design-oriented analysis (DOA) method is presented, which lends sufficient insights into
various Miller compensation schemes. The method predicts the nondominant poles of the …

For better area and power efficiencies, rail-to-rail-output single-stage amplifiers are a
potential replacement of their multi-stage counterparts, especially for display applications …

This paper introduces a new effective single-Miller capacitor compensation topology for
three-stage amplifiers with very large capacitive loads, realized through an active-feedback …

Analog integrated circuit (IC) design highly depends on reasoning, which distinguishes itself
from other areas of IC design. Most of its innovation arises from qualitative reasoning by a …

This brief presents a low-power, area-efficient three-stage CMOS operational
transconductance amplifier (OTA) suitable for very large capacitive loads, C L. A single …

This paper presents a slew-rate booster and frequency compensation circuit for automotive
LDOs. The proposed circuit addresses three major LDO design challenges: frequency …

In this paper, we theoretically propose and mathematically describe an effective four‐stage
structure in Complementary metal‐oxide‐semiconductor (CMOS) technology based on …