IGBT series connection under Active Voltage Control with temporary clamp
IGBT series connection under Active Voltage Control with temporary clamp
复制标题
带临时钳位的主动电压控制下的 IGBT 串联
DOI：
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发表时间：
2012
期刊：
影响因子：
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通讯作者：
Mark Snook
中科院分区：
文献类型：
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作者：
P. Palmer;WeiWei He;Xueqiang Zhang;Jin Zhang;Mark Snook
本文介绍了在绝缘栅双极晶体管（igbt）串联连接中使用有源电压控制（AVC）技术来平衡电压。AVC技术可以根据预先设定的参考信号控制IGBT的开关轨迹。在串联连接中，每个串联连接的IGBT都遵循参考电压，从而实现动态电压共享。为了实现静态电压平衡，介绍了一种临时箝位技术。临时钳位技术将所有串联的igbt集电极-发射极电压钳位在理想电压，使igbt均匀地分担电压。
This paper presents the use of an Active Voltage Control (AVC) technique for balancing the voltages in a series connection of Insulated Gate Bipolar Transistors (IGBTs). The AVC technique can control the switching trajectory of an IGBT according to a pre-set reference signal. In series connections, every series connected IGBT follows the reference and so that the dynamic voltage sharing is achieved. For the static voltage balancing, a temporary clamp technique is introduced. The temporary clamp technique clamps the collector-emitter voltage of all the series connected IGBTs at the ideal voltage so that the IGBTs will share the voltage evenly.