Search results for "gan"

GaNFast ICs ultra-fast-charge 1-30% in only 3 minutes for OnePlus 10R/ACE 5G SUPERVOOC Endurance Edition Smartphone.

The power-density advantages of smaller and lighter designs are particularly evident in space-constrained and/or mobile usages such as electric vehicles, but compact power electronics are more broadly desirable as well.

When we create higher efficiency integrated circuits for electric and hybrid-elecric vehicle power management technology, our customers can design more efficient and affordable vehicles that reduce emissions and help create a cleaner environment. Fueled by range anxiety and worried about finding charging stations that require lengthy stops, many drivers have hesitated to make the switch from conventional automobiles to hybrid-electric or electri...

In recognition of their leadership and their contributions of time and talent to IPC and the electronics manufacturing industry, three IPC volunteers were presented with the IPC President’s award at IPC APEX EXPO in San Diego, California on 24th January 2023. Recipients were Steven Bowles, Lockheed Martin; Stan Rak, SF Rak Company; and Savita Ganjigatti, Sienna ECAD Technologies.

Electromechanical sensors, such as pressure, flow, and vacuum switches, composed of electrical and mechanical parts, interact, and transmit information or commands to other components of a larger, more complex system.

Navitas will showcase gallium nitride (GaN) and silicon carbide (SiC) technologies at Electronica 2022 between November 15-18th.

Silicon Catalyst UK is pleased to announce that QPT Limited, the clean-tech company focussing on electrical efficiency, has been accepted into the Silicon Catalyst Incubator programme.

Electromechanical sensors, such as pressure, flow, and vacuum switches, composed of electrical and mechanical parts, interact, and transmit information or commands to other components of a larger, more complex system.

IQE has announced it has entered into a strategic collaboration agreement with SK siltron for the development and commercialisation of compound semiconductor products.

EPC Space announces two new rad-hard (radiation-hardened) GaN transistors with ultra-low on-resistance and low gate charge for high power density solutions. These solutionsare lower cost and more efficient than the nearest comparable radiation-hardened silicon MOSFET.