利用PWM开关模型对滞后电流模式控制进行小信号建模

J.H. Park, B. Cho
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引用次数: 42

摘要

本文在对迟滞电流模式控制下开关电源变换器的小信号分析的基础上,导出了统一的PWM开关模型。该模型易于操作,因为所有操作都是在电路图上执行的,电路图包括简单描述的功能块,指示模型参数之间的物理直观关系。本文介绍了两种小信号模型的迟滞电流模式控制,即临界电流模式变频控制和固定频带电流模式控制方法。从PWM开关的建模结果出发,比较总结了滞回模式控制方案和峰值电流模式控制方案的动态特性。最后,用实验结果验证了两种滞后电流模式控制模型的正确性
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Small signal modeling of hysteretic current mode control using the PWM switch model
In this paper, based on the small signal analysis of switching power converters under a hysteretic current mode control, a unified PWM switch model is derived. The model is easy to handle because all manipulations are performed on a circuit diagram which includes simply-described function blocks indicating the physically intuitive relationships among the model parameters. This paper presents two kinds of small signal model of hysteretic current mode control such as critical current mode (CRM) variable frequency control and fixed-band current mode control methods. From the results of the PWM switch modeling, the dynamic characteristics of the hysteretic mode control scheme and that of the peak current mode (PCM) control are compared and summarized. Finally, both of the hysteretic current mode control models are verified by the experimental results
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