For those we're going to employ the components that make things like portable radios and computers possible: transistors. What follows are ways to use three common variants of the transistor.

Carbon nanotube transistors push up against quantum uncertainty limits Five nanometer features, lower voltage, and a faster switching speed.

Read this brief application note to pick up tips on how to make better current-voltage measurements of Field Effect Transistors (FETs).

Over the years, scientists and engineers have been able to make transistors tinier and tinier. With the invention of the integrated circuit, or microchip, in which thousands or millions of transistors ...

These three-dimensional transistors were first imagined and built by three researchers at the University of California, Berkeley, in the late 1990s, in response to a call from the United States ...

How chip manufacturers choose to make this transistor design compatible with their processes would determine the availability of this level of security.

Researchers build a carbon nanotube transistor that's 40% faster than the current record.

French researchers have developed a paper-thin plastic transistor that contains no metal parts, a development they say may lead to flexible electronics like computer screens that roll up like windo… ...

A new transistor design out of the University of Cambridge could allow electronic devices to function for months or even years without a battery charge—or even a battery. This comes out of a ...

Transistors are the building blocks of every computer. Scientists and engineers keep finding ways to make them smaller, so they can fit more of them on a single chip.

Intel says fabrication of the chip will be the first large-volume production of three-dimensional transistors. The new chips are 37 percent faster than the company’s current ones when operating ...