A detailed look at Class D Audio Amplifier design and the many benefits with GaN Systems Power Transistors In This Webinar You’ll Learn: Why Class D is state of the art amplifier design Why GaN technology and GaN Systems is the best choice for Class D amplifier design How to complete a design quickly with…
A detailed look at Class D Audio Amplifier design and the many benefits with GaN Systems Power Transistors In This Webinar You’ll Learn: Why Class D is state of the art amplifier design Why GaN technology and GaN Systems is the best choice for Class D amplifier design How to complete a design quickly with…
How GaN is Revolutionizing Wired and Wireless Power This webinar covers how GaN power semiconductors have become the power solution of choice for wired power applications and how GaN can do the same for wireless power applications. Advances in GaN transistors and their market adoption have dismissed the myths of risk, cost, and reliability associated…
How GaN is Revolutionizing Wired and Wireless Power This webinar covers how GaN power semiconductors have become the power solution of choice for wired power applications and how GaN can do the same for wireless power applications. Advances in GaN transistors and their market adoption have dismissed the myths of risk, cost, and reliability associated…
This Webinar Covers: The performance impact of thermal management What the most important measurements and calculations are How to maximize performance with GaN Systems top-cooled and bottom-cooled transistors With Ruoyu (Roy) Hou, Power Electronics Application Engineer, GaN Systems Inc. Download This Presentation >
This Webinar Covers: The performance impact of thermal management What the most important measurements and calculations are How to maximize performance with GaN Systems top-cooled and bottom-cooled transistors With Ruoyu (Roy) Hou, Power Electronics Application Engineer, GaN Systems Inc. Download This Presentation >
GaN-based power electronics increases efficiency, reduces size and lowers system cost.
GaN-based power electronics increases efficiency, reduces size and lowers system cost.
本次的網路研討會，聚焦氮化鎵圖騰柱 PFC 及 LLC 共振轉換拓樸所設計的電源供應器，與碳化矽功率元件的設計相比，不僅效率大幅提升，與採矽功率元件的設計相比，功率密度更提升 40%。 GaN Systems 技術行銷總監 Dr. Jimmy Liu 主講 觀看完整研討會影片，請至 YouTube > 在本次網路研討會中，你將獲得以下資訊： 矽、SiC、GaN 功率電晶體的關鍵參數的比較 採用 GaN 功率半導體為電源供應器帶來的設計優勢 採用GaN 功率電晶體在高切換頻率下的設計考量 (CCM Totem Pole PFC at 200KHz and LLC at 500KHz)
The webinar compares GaN E-HEMT with Silicon and SiC MOSFETs in a Power Supply Unit (PSU) with Bridgeless Totem Pole PFC and LLC resonant converter topologies. The presentation concludes that GaN E-HEMT solutions provide higher efficiency than SiC and 40% higher power density than the conventional Si-based PSU design. With Dr. Jimmy Liu, Technical Marketing…
