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 …

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 …

This paper presents an open-loop design method for fast-settling three-stage class-A
amplifiers. Specifically, using the open-loop damping factor as a design parameter, the …

In this paper, we provide a new procedure that allows to design a generic three-stage
amplifier from settling-time specifications. The procedure analyze the settling-time of pure …

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 …

This paper compares two complementary-metal-oxide semiconductor front-end
transimpedance amplifiers (TIA) intended for use in optical biosensors. They are the shunt …

In this paper, a new strategy for the design of ultra-low-power CMOS operational
transconductance amplifiers (OTAs), using the gm/ID approach, is proposed for the Internet …

In this paper a three-stage dynamic-biased CMOS amplifier is designed with a robust
optimization of its settling-time performance. The methodology studies the stability of a third …

In this paper, we propose a new approach for the robust design of complementary metal‐
oxide‐semiconductor amplifiers based on settling‐time specifications. The approach is …