Optimization of power consumption is one of the main design challenges in today’s lowpower

high-speed analog integrated circuits. In this paper, two popular techniques to

stabilize two-stage operational ...

Traditional design of low-dropout regulators offers the use of metal-insulator-metal (MIM) compensation capacitors to avoid instability in the absence of output capacitance with equivalent series resistance (ESR).

Optimization of power consumption is one of the main design challenges in today s low-power high-speed analog integrated circuits. In this paper, two popular techniques to stabilize two-stage operational amplifiers, namely ...

This paper presents a well-defined procedure for the design of high-speed two-stage CMOS operational amplifiers. Cascode-compensated amplifiers with good trade-offs between speed, power and stability that make them suitable ...

Settling performance of operational amplifiers (opamps) is of great importance in analog signal-processing applications. Among different architectures, three-stage amplifiers are gaining more attention between analog circuit ...

Settling behavior of operational amplifiers is of great importance in many applications. In this paper, an efficient methodology for the design of high-speed two-stage operational amplifiers based on settling time is ...

A pseudo-cascode compensation technique is proposed to enable a process-insensitive and current-scalable design of the classical two-stage opamp at low supply voltages, without requiring any additional power dissipation. ...