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 paper presents a systematic analytical comparison of the single‐Miller capacitor
frequency compensation techniques suitable for three‐stage complementary metal–oxide …

Multistage amplifiers are a reliable method of achieving high gain in systems where the
voltage supply is low. The common practice is to prefer 3-stage amplifiers over 4-stage ones …

This paper presents an approach to design analog building blocks for nanometer systems
on a chip (SoCs) that are based on digital standard-cells. The proposed approach …

With the aggressive scaling of transistor dimensions, intrinsic device gains are dropping but
the need for high-gain amplifiers still exists, resulting in a great interest in multistage …

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 …

In this paper, a simple while effective methodology to calculate the symbolic transfer function
of a multistage amplifier with frequency compensation is proposed. Three general amplifier …

In this paper, a highly power-efficient class-AB–AB Miller op-amp is discussed. The structure
uses enhancement based on local common-mode feedback to provide class-AB operation …

This paper proposes an optimal design approach for three-stage amplifiers driving an ultra-
wide range of load capacitor. To this end, efficient state-of-the-art solutions have been …

This paper presents a frequency compensation scheme of a full GaN operational amplifier
for smart power applications. The amplifier is based on a previous topology originally …