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

A two-stage fully differential CMOS amplifier comprising inverters as input structures and
employing self-biasing techniques is presented. The proposed amplifier benefits from an …

Operational amplifiers (OpAmps) have found extensive applications in analog circuits and
systems for communications, consumer electronics, controls and signal conversion. Two …

A novel approach to design low-power area-efficient rail-to-rail output single-stage class-AB
operational transconductance amplifiers (OTAs) with enhanced large-and small-signal …

In this paper, novel and previously proposed reversed nested Miller compensation (RNMC)
networks are analyzed and compared, and their design equations are also presented …

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 …

This paper presents a general methodology for compensating LDO regulators which exploits
a current amplifier to effectively multiply the Miller capacitor. After a general theoretical …

An approach for the design of two-stage class-AB OTAs with sub-current consumption is
proposed and demonstrated. The approach employs MOS transistors operating in …

In this paper for the first time a butterfly inspired optimization algorithm, both in single-and
multi-objective version is adapted for analog circuit design. As design examples a two-stage …

In this paper we explore the effects of pole-zero compensation in the settling performance of
operational transconductance amplifiers (OTAs). We carry out the analysis by exploiting a …