Join our speaker, Harald Parzhuber, as he explains solutions and implementations, from simple AC-charge to ultra-fasDC-chargers, finishing with future trends

The future of power will be defined with standards in the wide bandgap semiconductor market. View the on-demand session.

Learn how to enable 59% smaller magnetics in 6.6-kW onboard chargers with an industry-highest 500kHz resonant frequency.

Three-level, ANPC GaN based power stage reference design

Learn how to achieve 99.1% peak efficiency in AC-DC power supplies using GaN and C2000™ MCUs

Gain a deep understanding of GaN's superior switching FoM and power architectures that leverage a 650-V device in greater than 800-V converters.

Learn more about the GaN technology and the most frequently asked questions

GaN FETs for high power density and efficiency in PFC and DC/DC converters.

本課程中探討 GaN 氮化鎵在電路上的優勢，並對比 SiC、Silicon 及不同晶片的差異，詳細介紹 TI GaN 晶片的動作原理，以及建議電路散熱方案，並提供電路設計範例讓使用者做參考。

本課程中探討 GaN 氮化鎵在電路上的優勢，並對比 SiC、Silicon 及不同晶片的差異，詳細介紹 TI GaN 晶片的動作原理，以及建議電路散熱方案，並提供電路設計範例讓使用者做參考。

本課程中探討 GaN 氮化鎵在電路上的優勢，並對比 SiC、Silicon 及不同晶片的差異，詳細介紹 TI GaN 晶片的動作原理，以及建議電路散熱方案，並提供電路設計範例讓使用者做參考。

CES demo of reducing an on-board charger size with C2000 real-time MCUs and TI GaN

Delivering a highly-efficient power solution with TI GaN and C2000™ real-time microcontrollers

Drive EVs farther with GaN- a smaller, faster solution

Gallium nitride: Understanding TI's portfolio and how to use it to enhance industrial designs

實現具有高功率密度的電源電路