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从器件到系统,我们如何没有物理边界地设计变流器?

2022-07-22 10:56 浏览次数:

主讲人:龙腾

职务:英国剑桥大学教授

报告时间:8月17号下午3点30

地点:湖南大学长沙半导体技术与应用创新研究院3楼会议室

联系人:杨鑫

·个人简介

龙腾于2013年获得剑桥大学博士学位,2009年获得英国伯明翰大学(University of Birmingham)和华中科技大学双学士学位。他是剑桥大学 (University of Cambridge) 终身教职,教授,创建了应用电力电子实验室并任主任。主要科研方向为电力电子器件应用,电力电子变换器设计与控制,电能变换系统的分析与控制。自2016年担任教职以来,已获得科研经费超过250万英镑,其中一半来自于英国自然基金理事会(EPSRC)和英国商务与工业部(InnovateUK),另一半来自于英国及国际知名企业,包括英国丹尼克斯半导体(Dynex Semiconductor),德国西门子,巴西CBMM,中国上汽集团,中国中车集团,中国船舶集团,中国华为技术等。

截止2021年,龙腾博士共发表超过70篇学术论文,包括40余篇SCI索引期刊论文,以及5项国际专利。龙腾博士是 IEEE Open Journal of Vehicular Technology 副编辑(Associate Editor), IEEE Journal of Emerging and Selected Topics of Power Electronics 特邀副编辑(Guest Associate Editor), 英国注册工程师(Chartered Engineer), IEEE Member, IET Member.  


·报告摘要

Abstract

Due to individually structured elements, the design of power converters remains restrictive. From semiconductors to packaging to control, a unilateral serial design approach has been the status-quo for power converter development. In quest of the revolutionary improvement of power converters, we will demonstrate a new design paradigm for power converter systems by means of structural and functional integration. Instead of the unilateral serial design process using available components, we will cohesively design the power device, packaging, and control of a power converter. Applications and working progress on integrating the control and packaging design will be given in this talk as well as new magnetic components design. This progress will lead to the final full integrated and intelligent power converter design we aim to achieve in the foreseeable future.