1.The matrix transformer control system is designed with IGBT as the binictor of the main circuit and with DSP as the core.
本文以IGBT作为主电路开关器件，以DSP为核心设计了矩阵变换器控制系统。
2.IGBT design provides operation with steady current, saving at least 50% on electricity consumption.
绝缘栅双极晶体管设计提供稳定的运行电流，省电达50%以上。
3.The system used thyristor-control modules and IGBT modules as the main structure of the charging and discharging circuits.
系统采用晶闸管控制模块、IGBT模块为主要结构的充放电主电路；
4.From the late eighties to the early nineties, IGBT become a new composite device, which brings together the advantages of MOSFET and GTR.
IGBT作为八十年代末，九十年代初迅速发展起来的新型复合器件，它将MOSFET和GTR的优点集于一身。
5.This may be caused by many factors, and the parasitic capacitance of IGBT is proved to be the key by the experiment and the analysis.
通过实验和理论分析可以证明，其主要起因是IGBT的寄生电容。
6.Introduces the operating principle of IGBT and its application in experimental facility of chopped wave feedback brake.
文中介绍了IGBT的工作原理和其在斩波回馈制动实验装置中的应用。
7.According to the system performance and control algorithm requirements the thesis calculates the parameter of IGBT, capacitors and reactor.
根据系统性能要求和控制算法要求对主电路IGBT，电抗器和电容器参数进行计算。
8.Finally, through the combination of the above methods and conclusions, summarized the IGBT selection steps.
最后，综合了以上的方法和结论，归纳总结出在实际工况下，IGBT的选型步骤。
9.Combined with electric power electronic technology development, performance of the IGCT and IGBT converts are compared.
结合电力电子技术的发展，对IGCT和IGBT变频器进行了分析对比。
10.The results indicate that the scheme of diode plus IGBT and the chopper of protective resistance have better transient control performances.
分析结果表明，采用二极管整流桥加IGBT和保护电阻构成斩波器的措施具有较好的暂态控制效果。