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Power Electronics Laboratory Education using ARM Cortex M4 32-bit Microcontroller

机译:电力电子实验室教育采用ARM Cortex M4 32位微控制器

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摘要

Power electronics (PE) has become the most important subject in electrical engineering due to its wide applications and job opportunities. PE subject require a large number of experimental setups for better illustration of the students. PE lab development requires huge financial expenditure and knowledge on semiconductor devices, wiring, driver circuits, magnetics, controllers, etc. The aforementioned constraints can be eliminated by using low cost customizable driver cards, power circuits and controllers. This paper presents a cost effective and customizable hardware development for PE education. ARM Cortex M4 32-bit microcontroller (MC) along with Waijung blockset in MATLAB is used to ease the requirement of complex control coding. Moreover, the same hardware set up can be used to develop many different experiments such as dc-dc converter, inverter, etc. Detailed guidelines for setting up such experiments and the required controller design are explained in this paper. The hardware results are also presented.
机译:由于其广泛的应用和工作机会,电力电子(PE)已成为电气工程中最重要的主题。 PE受试者需要大量的实验设置以更好地说明学生。 PE实验室开发需要巨额的金融支出和关于半导体器件的知识,接线,驱动器电路,磁性,控制器等。通过使用低成本可定制的驱动卡,电源电路和控制器可以消除上述约束。本文为体育教育提供了成本效益可定制的硬件开发。 ARM Cortex M4 32位微控制器(MC)以及MATLAB中的Waijung Boltsset用于缓解复杂控制编码的要求。此外,相同的硬件设置可用于开发许多不同的实验,例如DC-DC转换器,逆变器等。在本文中解释了用于建立这种实验的详细指南和所需的控制器设计。还提出了硬件结果。

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