2022-09-09 - Efficient Power Conversion Corp.

EPC expands family of packaged GaN FETs

EPC's 100V, 3.8mΩ EPC2306 GaN FET offers higher performance and smaller solution size for high power density applications.

2022-09-06 - Majeed Ahmad

GaN for fast-charge protection in a smartphone

OPPO has confirmed that it's using bi-directional GaN HEMT devices in its smartphone to control battery's charging and discharging currents.

2022-08-26 - Efficient Power Conversion

BRC Solar’s power optimizer uses EPC eGaN FETs

EPC GaN FETs' low power dissipation enabled a higher current density for BRC Solar's next-gen power optimizer.

2022-08-15 - Efficient Power Conversion Corp.

EPC power IC simplifies design and boosts power density

EPC's latest ePower Stage IC integrates a complete GaN half-bridge power stage capable of up to 35A at 1MHz operation.

2022-07-04 - Efficient Power Conversion Corp.

Rad hard GaN transistors from EPC targeted at demanding space applications

EPC's EPC7004 rad-hard GaN FET devices are suitable for space applications and other high-reliability environments.

2022-06-23 - JJ DeLisle

A GaN recap for next-gen RF applications

The GaN devices have been making steady inroads into many RF, microwave, millimeter-wave, and even terahertz-wave (THz) applications.

2022-06-10 - Efficient Power Conversion (EPC)

‘GaN Talk Support Forum’ speeds up time to market of GaN-based power system designs

EPC provides a forum for engineers to receive product support, ask questions, and share ideas on using GaN technology.

2022-06-02 - Transphorm Inc.

Transphorm GaN FETs enable high reliability medical applications

Transphorm's GaN technology is powering Nayuta Power Energy's LEMURIA ME3000 lithium-ion battery power storage device for medical equipment.

2022-05-27 - Efficient Power Conversion Corp.

EPC launches smallest 40V, 1.1mΩ GaN FET for space-constrained applications

EPC has expanded its selection of low-voltage, off-the-shelf GaN transistors with the introduction of the EPC2066 GaN FET.

2022-05-25 - ACN Newswire

NEDO selects Showa Denko’s 8in SiC wafer program for GI Fund Projects

SDK will develop technology to accelerate growth rate of SiC bulk single crystal in cooperation with the AIST.