Editor’s note: EE Times’ Special Project on neuromorphic computing provides you with everything you need to know about neuromorphic computers from the basics, in the article below, to if it’s a bridge ...

It can be surprisingly hard to find decent analogies when you’re teaching electronics basics. The water flow analogy, for instance, is decent for explaining Ohm’s law, but it breaks down pretty soon ...

Abstract: Power electronics is the technology of converting electric power from one form to another using electronic power devices. This chapter briefly discusses the types of semiconductor switches ...

Digital electronics is the branch of electronics that deals with the representation and manipulation of data in digital form. It involves the use of devices such as transistors, diodes, and ...

Power electronics underpins many different technical areas: not only electrical technology e.g. motor control, but also power supply, i.e. the static conversion of voltage in applications where the ...

Explore circuits, design considerations, and IC marvels – empowering the future of energy solutions. With the advent of new energy sources and the requirement for power supply in various forms and ...