“电力电子技术”可视化教学平台设计与实现

“电力电子技术”是一门实践性和综合性很强的课程,为解决传统教学中教学任务重,教学效果不是很理想的问题,本文基于Matlab/Simulink和图形用户界面设计开发了本课程的可视化教学平台。该平台包括主界面、电路选择界面和仿真界面,借助简易的人机交互界面得到常见电力电子电路的仿真结果。此平台可供学生课程学习和自主探究,增进学生对所学知识的理解,培养学生的学习兴趣与实践能力,提升教学效果。

Design and Implementation of Visual Teaching Platform for Power Electronic Technology

Power Electronics Technology is a practical and comprehensive course. A teaching platform for power electronic circuits is designed and implemented in this paper in order to ease the heavy teaching tasks in the traditional teaching and to improve the teaching performance. The platform is based on MATLAB/Simulink and graphical user interface (GUI) and has three human-machine interaction interfaces, including main interface, circuit selection interface and simulation interface, with which the simulation results of various power electronic circuits can be obtained more easily. Meanwhile, this platform can be used for students to study courses and explore principles independently, so as to enhance students" understanding of the knowledge they have learned, cultivate students" learning interest and practical skills, and upgrade teaching effect.