WBG & Power - PowerUP Asia 2023

Tuesday, May 23, 9:00pm - Wednesday, May 24, 12:00am (EDT)

Time shown in-05:00 America, New York

Adoption of wide band gap (WBG) components—including gallium nitride (GaN) and silicon carbide (SiC)—is gaining traction amid the global trend towards energy conservation, carbon emission reduction, and green sustainability.
The availability of WBG devices are providing new solutions and answers to the challenges that power device designers face in an era in which the watchword is“ efffciency.”
In what applications will WBG semiconductor component play a dominant role? What new circuit architectures using wide bandgap devices will be developed by component suppliers to help power system developers further simplify design complexity and improve overall system efffciency? Find out more in this session.

Add to Calendar 2023/05/24 09:00:00 2023/05/24 12:00:00 Asia/Singapore WBG & Power - PowerUP Asia 2023 Adoption of wide band gap (WBG) components—including gallium nitride (GaN) and silicon carbide (SiC)—is gaining traction amid the global trend towards energy conservation, carbon emission reduction, and green sustainability.
The availability of WBG devices are providing new solutions and answers to the challenges that power device designers face in an era in which the watchword is“ efffciency.”
In what applications will WBG semiconductor component play a dominant role? What new circuit architectures using wide bandgap devices will be developed by component suppliers to help power system developers further simplify design complexity and improve overall system efffciency? Find out more in this session. https://ve.eetasia.com/powerup2023 false MM/DD/YYYY 30 OPAQUE aCdFHOEAJznfQjJoEmRQ170205

https://ve.eetasia.com/powerup2023

STEPHEN LAS MARIAS, stephen.lasmarias@aspencore.com

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