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

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.

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

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

Three-level, ANPC GaN based power stage reference design

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

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

本課程中對於「使用 CCM GaN 圖騰柱和半橋 LLC，實現 80plus 鈦金牌效率，並對於 1kW AC/DC 系統參考設計」進行詳細解說，選擇使用圖騰柱 PFC 及TI GaN 有哪些優勢，簡易介紹 LLC 諧振轉換器的原理及優勢，並提供參考設計的測試數據及波形，讓開發者能參閱並開發。

本課程中對於「使用 CCM GaN 圖騰柱和半橋 LLC，實現 80plus 鈦金牌效率，並對於 1kW AC/DC 系統參考設計」進行詳細解說，選擇使用圖騰柱 PFC 及TI GaN 有哪些優勢，簡易介紹 LLC 諧振轉換器的原理及優勢，並提供參考設計的測試數據及波形，讓開發者能參閱並開發。

This episode covers the basic introduction of GaN and the charging system. Then, the instructor futher share the application.

This episode covers the basic introduction of GaN and the charging system. Then, the instructor futher share the application.

This episode covers the basic introduction of GaN and the charging system. Then, the instructor futher share the application.

650V GaN FET

瞭解 GaN 技術和產品的基本知識和競爭優勢，並幫助回答最常見的問題。

GaN 기술 및 제품(경쟁 우위 포함)의 기본 사항을 이해하고 가장 자주 묻는 질문에 대한 답변을 돕습니다.