Fundamentals of power electronics电力电子基础配套视频教程

LINK: https://www.bilibili.com/video/av46058153/?p=32

Dr.Fred C. Lee（李泽元） 弗吉尼亚理工 本讲主题是：Next Generation of Power Supplies - From Design to Manufacturing

LINK: https://www.bilibili.com/video/av80815541/
新一代电源—从设计到制造_李泽元Fred C. Lee_2019年高等电力电子亚洲博士学

Dr.Leo Lorenz European Center of Power Electronics 本讲主题是：Development Trend of Si and WB Devices-What is requred by the Application

LINK:https://www.bilibili.com/video/av80992554/
硅和宽禁带元件发展趋势_Leo Lorenz_2019年高等电力电子亚洲博士学校第九讲

并网逆变器高级数字电流调节策略_Grahame Holms_2019年高等电力电子亚洲博-Advanced digital current regulation strategy for grid-connected inverters-Prof.Grahame Holms-Advanced Power Electronics Asia 2019-The Royal Melbourne Institute of Technology (RMIT)

LINK:https://www.bilibili.com/video/av80489515/
Position: Innovation Professor, Smart Energy Sys
College / Portfolio: School of Engineering Cluster
School / Department: Electrical and Biomedical Engineering
Phone: 99253874
 Email: grahame.holmes@rmit.edu.au
Campus: Melbourne City Campus

LLC谐振变换器的原理和设计- Principle and Design of LLC Resonant Converter

LINK
https://www.bilibili.com/video/av50906035/

LLC谐振变换器中功率器件软开关的特性使其具有很高的效率，因此已经广泛应用于各类开关电源中，小到几十瓦，大到几千瓦的电源，都可以看到它的身影。那么LLC谐振变换器是如何实现软开关的？它的工作原理又是怎样的？ LLC谐振变换器的关键参数又会产生怎样的影响？我们将通过对LLC谐振变换器关键工作波形的测试来一一为您展现。通过对波形细节的解读，让您深入理解LLC谐振变换器。