Software Based Approach for teaching in Electrical Engineering Classroom Courses: a Case Study

Hemant Mehar
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引用次数: 1

Abstract

As the day by day changes in the technology, technical requirements and techniques of the industry changes simultaneously. Therefore the requirements to educate our students not only the conceptual as well as new approaches based on the latest techniques. Involvement of software in teaching is not only providing a better support, more clear and visual operation of complex circuits and waveforms of the faculty of power electronics in classroom teaching as well as to the student to understand a better concept. The software packages available for simulation of power electronic circuits are MATLAB, PSPICE and PSIM and many more. In this paper author takes an example of an AC voltage controller to explain the software based teaching approach. Author used two software based simulation tool to explain the AC Voltage Controller and compare the software based approach with the blackboard & PPT Presentation based technique. This paper is helpful for the faculty of electrical engineering to find the applications of MATLAB/SIMULINK and PSIM in teaching.
基于软件的电气工程课堂教学方法:个案研究
随着技术的日新月异,行业的技术要求和工艺也随之发生变化。因此,要求教育我们的学生不仅是概念上的,而且是基于最新技术的新方法。软件的介入教学不仅为电力电子学院的复杂电路和波形在课堂教学中提供了更好的支持,更清晰、直观的操作,也使学生更好地理解概念。可用于电力电子电路仿真的软件包有MATLAB、PSPICE和PSIM等。本文以交流电压控制器为例,说明基于软件的教学方法。作者使用两种基于软件的仿真工具对交流电压控制器进行了说明,并将基于软件的方法与基于黑板和PPT演示的方法进行了比较。本文对电气工程学院探索MATLAB/SIMULINK和PSIM在教学中的应用有一定的帮助。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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