Glasgow University researchers have led work that could lead to a new generation of diamond-based transistors.

A landmark development led by researchers from the University of Glasgow could help create a new generation of diamond-based transistors for use in high-power electronics.

Avoid power leaks, power-ground DC paths, and missing level shifters with symbolic simulation. Nothing is worse for a design ...

It says something about your career at a company that makes hundreds of trillions of transistors every day when your nickname ...

At the University of Glasgow’s James Watt Nanofabrication Centre, the team used surface chemistry techniques to improve the ...

Transistors find extensive applications in electronic circuits due to their exceptional ability to amplify or switch signals with minimal power consumption. Furthermore, they can be easily integrated ...

Transistors provide this isolation ... In optics, however, beam power is obviously affected by loss. Hence, a simple power threshold cannot reliably distinguish between '0' and '1' unless we ...

The transistor was a solid (thus the term "solid-state technology") but had the electrical properties of a vacuum tube. Yet it had none of the drawbacks: it was cheap, sturdy, used little power ...

Power Integrations added high-temperature motor drive optimisation to its MotorXpert brushless dc motor software suite. "In ...

adding a valuable member to the family of hot carrier transistors and showing broad prospects for their application in future high-performance, low-power, multifunctional devices," said Liu.

Switching transistors made from the semiconductor material ... the Taiwanese company MSI is now launching the first desktop PC power supply with SiC technology on the market.