基于动力装置的基础教育系统建设

Koji Mukai, Keisuke Konishi, H. Noguchi, Yoshihiro Masui, Hideaki Kozai, Takeshi Tanaka
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引用次数: 0

摘要

节能高效的电源转换技术是当今社会迫切关注的问题[1]。为了高效地利用电能,迫切需要发展电力电子技术,即电力转换技术[2]。为了满足这一需求,我们的目标是培养电力电子工程师。为此,我们构建了一个从电源器件的基本结构到其应用电路的完整的教育体系。通过使用TCAD(技术计算机辅助设计)进行模拟,这种教育可以以低成本提供,因为不需要创建实际功能的设备。该系统通过清晰地展示功率器件的内部结构和杂质浓度,加深了学生的理解,这是难以用实际设备来说明的。此外,该系统还通过让学生使用功率器件设计和创建电路,然后让他们考虑产生的波形,加深了对电路的理解。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Construction of an elementary education system using power devices
Energy saving and efficient power conversion technology are pressing concerns in today's society[1]. In order to use electrical energy efficiently, the technical development of power electronics - or power conversion technology - is urgently needed[2]. In response to this need, our aim is to nurture power electronics engineers. To this end, we have constructed an education system that presents the complete picture to students from the basic structure of power devices through to their application circuits. By performing simulations using TCAD (Technology Computer Aided Design), this education can be provided at low cost because there is no need to create actual functioning devices. The proposed system deepens the understanding of students by clearly showing them the internal structure and impurity concentrations of power devices, something that is difficult to illustrate using real devices. In addition, the system also deepens understanding of circuits by having students design and create circuits using power devices and then having them consider the resultant waveforms.
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