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A single-phase two-level rectifier modeling method based on improved Hefner model

机译:基于改进的赫夫纳模型的单相两级整流器建模方法

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The traditional rectifier modeling method does not take into consideration the transient working process of the insulated gate bipolar transistor (IGBT). This paper first proposes a single-phase two-level rectifier modeling method based on improved Hefner model. On the premise of maintaining accuracy, complexity of the Hefner model and the tedious of the iterative process of the system equation are improved to make it more suitable for rectifier topology. Secondly, the improved Hefner model is applied to single-phase two-level rectifier to complete the overall model. Finally, Matlab/Simulink is used as a platform to verify the correctness of the improved model and the rectifier model. The proposed model in this paper can reflect the complete working process of IGBT, which is more in line with the actual working conditions.
机译:传统的整流器建模方法没有考虑绝缘栅双极型晶体管(IGBT)的瞬态工作过程。本文首先提出了一种基于改进的Hefner模型的单相两级整流器建模方法。在保持精度的前提下,提高了Hefner模型的复杂度和系统方程迭代过程的繁琐,使其更适合于整流器拓扑。其次,将改进的Hefner模型应用于单相两电平整流器,以完成整体模型。最后,以Matlab / Simulink为平台,验证改进模型和整流器模型的正确性。本文提出的模型可以反映IGBT的完整工作过程,更符合实际工作条件。

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