Current monitoring has become simpler because of the availability of dedicated integrated circuits. Current monitoring integrated circuits are readily available and under most circumstances do an ...

MIT engineers built a magnetic transistor from chromium sulfur bromide, promising smaller, faster electronics with built-in ...

Debuting as the market’s first 5 GHz NPN silicon-germanium (SiGe) transistors, the NESG2021M05, NESG2031M05 are designed for use as LNA devices in WLAN, cordless phones, and short-range wireless ...

Transistors, the building blocks of modern electronics, are typically made of silicon. Because it's a semiconductor, this material can control the flow of electricity in a circuit. But silicon has ...

Many of the technologies we rely on, from smartphones to wearable devices and more, utilize fast wireless communications. What might we accomplish if those devices transmitted information even faster?

As computing demands grow, driven by artificial intelligence and the internet of things, the need for energy-efficient electronics becomes critical. At the heart of this evolution are transistors, the ...

A Planet Analog article, “ 2N3904: Why use a 60-year-old transistor? ” by Bill Schweber, inspired some interest in this old ...

Manufacturing companies, particularly those that mass-produce electronic circuits, work pretty much around bipolar junction transistors, like PNP and NPN. However, choosing between these two BJTs can ...

GaN Systems has unveiled its range of E-mode GaN-on-silicon high power transistors. Based on three core proprietary technologies, the GS65516T is said to boast the highest current capability on the ...

EPFL researchers have developed a device that operates ten times faster than today's fastest transistors. The new device also operates about 100 times faster than transistors that are in current ...