A novel hybrid all-optical infrared switch based on metal-insulator-metal plasmonic and one
dimensional photonic crystal structures is introduced in this paper. A photonic crystal lattice …

In this paper, a plasmonic all-optical switch based on a novel topology is presented. The
structure is composed of a rectangular cavity coupled with two cross waveguides. Several …

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 proposes an optimal design approach for three-stage amplifiers driving an ultra-
wide range of load capacitor. To this end, efficient state-of-the-art solutions have been …

A transconductance-enhancement cascode Miller compensation technique is proposed for
low supply-power, large or very large capacitive load multistage amplifiers. By using the …

An area‐efficient amplifier topology is presented for three‐stage amplifiers driving ultralarge
load capacitor with reduced power consumption. It contains two high‐speed ac feedback …

Feedback amplifiers consisting of multiple gain stages are used to establish highly accurate
buffered/amplified signals that can drive a wide range of capacitive load (CL). This article …

This paper presents hybrid cascode compensation with current amplifiers (HCCCA) for nano-
scale area-efficient three-stage amplifiers driving ultra-large capacitive loads. The total …

A three-stage amplifier with hybrid active Miller enhancement compensation is proposed in
this paper, which is used for large to heavy load applications. The hybrid active Miller …

Linear regulators, and more concretely, low-dropout (LDO) linear regulators, are essential
blocks in power management systems, as they are able to generate precise and stable, low …