This paper deals with well-defined designcriteria for two-stage CMOS transconductance
operational amplifiers. A novel and simple designprocedure is presented, which allows …

Frequency-compensation techniques of single-, two-and three-stage amplifiers based on
Miller pole splitting and pole-zero cancellation are re-analyzed. The assumptions made …

Service-oriented architecture (SOA) is becoming a major software framework for building
complex distributed systems. Reliability of the service-oriented systems heavily depends on …

A novel damping-factor-control frequency compensation (DFCFC) technique is presented in
this paper with detailed theoretical analysis, This compensation technique improves …

This article presents a continuous-time zoom analog to digital converter (ADC) for audio
applications. It employs a high-speed asynchronous SAR ADC that dynamically updates the …

First, new stability conditions for low-power CMOS nested Miller compensated amplifiers are
given in this brief. Then, an improved structure, which takes the advantages of a feedforward …

A novel, digital-in-concept approach in the design of analog differential circuits, suitable to
very low voltage, aggressively scaled, pure digital integrated circuit technologies, is …

An ultra low current and low voltage rail-to-rail input-output class AB amplifier is presented
that is based on standard 0.18 micron digital CMOS. Operating under the subthreshold …

A CMOS subthreshold rail-to-rail input-output buffer amplifier suitable for energy harvesting
applications is presented, having high gain (AV) of∼ 130dB, consuming ultra low currents (I …

In this paper, a light emitting diode (LED) is used both to harvest energy and to transmit data
in a wireless and batteryless microsystem. The microsystem consists of an LED die (350 …