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FPGA based real time electro-thermal modeling of power electronic converters

机译:基于FPGA的电力电子转换器实时电热建模

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摘要

In this paper, two methods are proposed and analyzed for detailed modeling of power electronic devices and converters in real time using an FPGA. First, a Thevenin equivalent switch representation is enhanced to model the on characteristics of switching devices. Using this approach, an algorithm for real time electro-thermal modeling of power converters is proposed and an example is illustrated. The accuracy of this model is validated with experimental results performed using a 4.5 kW boost converter. This method is an efficient way to perform real time electro-thermal simulations of power electronic circuits operating at high switching frequencies.
机译:本文提出并分析了两种方法,以使用FPGA实时对电力电子设备和转换器进行详细建模。首先,增强了戴维南等效开关的表示形式,以模拟开关设备的导通特性。使用这种方法,提出了一种用于功率变换器的实时电热建模的算法,并举例说明了一个例子。使用4.5 kW升压转换器执行的实验结果验证了该模型的准确性。这种方法是执行在高开关频率下运行的电力电子电路实时电热仿真的有效方法。

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