How it works

Explore the workings of the current-mode Class C amplifier, its high efficiency, and its extensive use in RF applications.

Explore the workings of a current-mode class F amplifier, its high efficiency, and linearity in modern communication systems.

Explore the workings of a current-mode Class-E amplifier, its high-frequency performance, efficiency, and diverse applications in technology.

Explore the working, benefits, and applications of current-mode Class AB amplifiers, known for their high efficiency and low distortion.

Explore the functioning of current-output DACs, their key components, and advantages. Understand how they convert digital signals into analog.

A magnetron works by emitting electrons from a heated cathode, which travel in a circular path, inducing oscillating electric fields to generate microwaves.

Explore the workings of Current Transformer Meters, their applications in power grids and industries, and their advantages and limitations.

Explore how a Current Steering Digital-to-Analog Converter operates, its design, advantages, applications, and limitations.

Explore how Current-Mode PWM Controllers work, their principle of operation, and their advantages in power supply systems.

Explore the workings of current-to-pressure (I/P) transducers, their key components, and applications in industrial automation.