As 2022 approaches, we see bolder and more proactive action from companies around sustainability and environmental impact – particularly in the way we use power. Over the past year, our conversations with corporate leaders have continued to confirm GaN Systems’ belief that yesterday’s silicon has reached its limits in solving critical power systems challenges…
Join us as we review the design and performance of a GaN-based 3kW Bridgeless Totem Pole (BTP) PFC+LLC. We’ll highlight the advantages of GaN transistors in comparison to Silicon or Silicon Carbide MOSFETs for both BTP PFC and LLC converter as well as high frequency design considerations such as magnetic transformer and PCB layout. The…
本次網路研討會將探討採 GaN 功率半導體設計的 3kW 無橋圖騰柱 (BTP) PFC+LLC 的設計方法和性能表現。會議中我們將著重於分析 GaN 與 Si/SiC MOSFET 的差異， 以及在 BTP PFC+LLC 轉換器及高頻設計時需考量因素，如磁變壓器和 PCB 佈局等，同時也將分享 GaN 如何達到 80 PLUS 鈦金級能效標準同時維持 80W/in3的卓越功率密度。 下載研討會講議 >
Effective simulation tools are the key to efficient system design and debugging. GaN Systems provides both device-level and system-level simulation tools to help customers achieve design success. In this webinar, GaN Systems simulation tools will be introduced in detail, including model architectures, static and dynamic characterization for GaN devices, etc. Three examples of GaN-based systems…
GaN Systems 提供元件及系統層面的模擬工具，幫助客戶縮短設計週期。 觀看網路研討會並獲得以下資訊： GaN Systems 電路模擬工具將怎麼協助您優化系統設計 GaN Systems 電路模擬工具使用教學 根據 GaN 材料特性而開發的模擬工具模組
We live in a data and energy driven world increasingly defined by power-reliant industries including data centers, electric vehicles, renewable energy systems, industrial motors, and consumer electronics. These businesses have long faced formidable and universal challenges around energy wasted in power conversion, as well as the size limitations placed on overall product design by the…
We live in a data and energy driven world increasingly defined by power-reliant industries including data centers, electric vehicles, renewable energy systems, industrial motors, and consumer electronics. These businesses have long faced formidable and universal challenges around energy wasted in power conversion, as well as the size limitations placed on overall product design by the…
我們生活在一個由資料和能源驅動的世界。資料中心、電動車、再生能源系統以及消費電子產品比過去任何時候都更加不可或缺，而這些行業正將人類對能源的需求推向另一個高峰。隨永續意識抬頭，改變能源效率成為解決碳排、加速淨零的關鍵，我們需要一項嶄新的技術來解決長久以來能源轉換效率低落的問題，同時持續滿足市場對系統尺寸微縮的需求。 現存矽解決方案已瀕臨極限，氮化鎵功率半導體技術將取而代之，實現更小且更高效的電力系統設計，在短期及不久的將來引領產業能源效率轉換上的改變。 GaN Systems 的創新氮化鎵功率半導體解決方案，幫助設計工程師開發具有以下優勢的電力系統： 1/4 的功率耗損 1/4 的尺寸 1/4 的體積 比採用矽功率元件更具經濟效益
CEO Jim Witham joined other GaN experts in a panel session moderated by Bodo’s Power Systems, “WBG GaN: Serving Low to Line Voltage,” on May 5, 2021 to illustrate how GaN power semiconductors have become the fundamental building block in power electronics.
CEO Jim Witham joined other GaN experts in a panel session moderated by Bodo’s Power Systems, “WBG GaN: Serving Low to Line Voltage,” on May 5, 2021 to illustrate how GaN power semiconductors have become the fundamental building block in power electronics.
