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IGBT串联用的有源电压控制技术
引用本文:和巍巍,张学强,汪之涵,Patrick R.Palmer. IGBT串联用的有源电压控制技术[J]. 电源世界, 2012, 0(2): 30-35
作者姓名:和巍巍  张学强  汪之涵  Patrick R.Palmer
作者单位:[1]英国剑桥大学工程系 [2]深圳青铜剑电力电子科技有限公司
摘    要:IGBT有源电压控制技术(ActiVe Voltage Control,简称AVC),是在IGBT控制过程中引入多重闭环反馈,使IGBT开通和关断过程中集电极-发射极电压VCE的轨迹始终跟随预先设定的参考信号,实现高压应用时IGBT器件直接串联的同步工作和有效均压。本文介绍了有源电压控制技术的基本概念,串联IGBT的实验波形和相应的损耗计算。

关 键 词:IGBT  串联  驱动  均压  有源电压控制

Active Voltage Control Technologies for IGBT Series Connection
He Weiwei,Zhang Xueqiang,Patrick R.Palmer,Wang Zhihan. Active Voltage Control Technologies for IGBT Series Connection[J]. the world of power supply, 2012, 0(2): 30-35
Authors:He Weiwei  Zhang Xueqiang  Patrick R.Palmer  Wang Zhihan
Affiliation:Patrick R. Palmer He Weiwei, Zhang Xueqiang, Patrick R. Palmer, Wang Zhihan 1 Engineering Department, Cambridge University 2 Shenzhen Bronze Technologies Ltd.
Abstract:The so-called IGBT AVC technology is something that during the IGBT control process, various layers of closed loop reaction is introduced to ensure that the pathway of collector-emitter voltage VCE during the process of on-off of the IGBT follows the predefined referential signal, to realize synchronous function and effective voltage-sharing when IGBT components are connected in series with the high-voltage application. The article introduces basic concepts of AVC, experimental wave of IGBT connected in series and related loss calculation.
Keywords:IGBT   Connection in series   Drive   Voltage sharing   Active voltage control
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