VideoLibrary

Gallium Nitride for Smaller, More Efficient, USB PD 3.1 Fast-Chargers

This webinar covers how GaN-based USB PD fast chargers can be up to 40% smaller and charge 2.5x faster than traditional silicon-based chargers.

3/8/2023 5:30:52 PM

Part List

ImageManufacturer Part NumberDescriptionAvailable QuantityPriceView Details
GANFET N-CH 40V 29A DIEEPC2055GANFET N-CH 40V 29A DIE8886 - Immediate$26.77View Details
GANFET N-CH 100V DIEEPC2218GANFET N-CH 100V DIE26330 - Immediate$61.25View Details
TRANS GAN 80V .0032OHM AECQ101EPC2218ATRANS GAN 80V .0032OHM AECQ10116572 - Immediate$50.99View Details
TRANS GAN 100V DIE 5.6MOHMEPC2204TRANS GAN 100V DIE 5.6MOHM165989 - Immediate$26.52View Details
TRANS GAN 80V .006OHM AECQ101EPC2204ATRANS GAN 80V .006OHM AECQ10129779 - Immediate$30.30View Details
TRANS GAN 80V .0033OHM 6LGAEPC2619ENGRTTRANS GAN 80V .0033OHM 6LGA0 - Immediate$31.53View Details

Related Videos

EPC 2024 electronica interview: GaN and the future of untethered robots
EPC 2024 electronica interview: GaN and the future of untethered robots

Publish Date: 2025-01-29

Gallium Nitride Reliability in Real-World DC-DC Applications
Gallium Nitride Reliability in Real-World DC-DC Applications

Publish Date: 2023-08-31

Gallium Nitride Reliability in Real-World Space Applications Webinar
Gallium Nitride Reliability in Real-World Space Applications Webinar

Publish Date: 2023-08-31

Related Product Highlight

EPC9179/80/81 AEC Lidar Boards EPC's EPC9179/80/81 AEC lidar boards are designed for long- and short-range automotive lidar systems, expediting solution evaluation.
EPC2218A and EPC2204A GaN FETs EPC's EPC2218A and EPC2204A GaN FETs offer state-of-the-art power density.
EPC9171 Reference Design Board EPC's EPC9171 reference design board is a universal AC input voltage range and frequency isolated power supply designed for USB PD3.1 systems.

Related Articles and Blogs

Wide Bandgap Semiconductors Drive Efficiency in Datacenters Since datacenters have huge energy requirements, power solutions that can reduce power losses, boost efficiency, and enhance thermal control are required.
Wide Bandgap Semiconductors Are Reshaping the Transportation World The entire transportation sector is undergoing a radical transformation with solutions for electric and hybrid cars and cleaner mass transportation.