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 …

Quantum Key Distribution (QKD) has garnered significant attention due to its unconditional
security based on the fundamental principles of quantum mechanics. While QKD has been …

Several frequency compensation schemes have been proposed to stabilize multistage
amplifiers with negative feedback. The performance of these amplifiers can be analyzed by …

A design for a rail-to-rail input and output operational amplifier is introduced. The circuit
operates with 0.8 V single supply. The rail-to-rail input stage with controlled gm is obtained …

Numerous compensation techniques are currently presented for ensuring the stability of
CMOS operational transconductance amplifiers, from the Classical Miller compensation …

Nano-scale area-efficient MOS devices are employed in this article to stabilize high-speed
operational amplifiers (opamps) for those applications that deal with negative feedback. As …

Being able to solve specific issues and meet specific requirements are the goals of
designing a two-stage OTA, but how to optimize the trade-offs among its various …

Acapacitor-less low drop-out linear regulator with a new compensation technique is
presented. A conventional LDO suffers intrinsic stability problem at low load currents and …

The work presented in this thesis addresses the task of circuit optimization, helping the
designer facing the high performance and high efficiency circuits demands of the market and …

In this paper, a new switched opamp is presented in order to improve the operation of auto-
zeroed switched capacitor circuit. This approach results in a considerable reduction in …