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应用型高校电力电子技术课程混合型教学模式设计研究

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为适应应用型本科高校的课程建设要求,提升电力电子技术课程的教学质量,培养学生的探索和创新精神,提出一种集理论教学、仿真设计和试验调试为一体的混合型教学模式.在理论教学的基础上,引入MATLAB和Mathcad软件,在计算机上进行参数设计和仿真模拟试验,同时搭建电力电子硬件平台,让学生编写简单的控制程序,进行系统调试.针对PWM整流器的教学,详细介绍了3种教学模式的使用方法.结果表明,电力电子技术混合型教学模式能够提高学生的工程实践能力和创新素质,激发学生的学习兴趣和学习主动性,取得了满意的教学效果.
Research on the Design of Mixed Teaching Mode of Power Electronics Technology Course in Application-Oriented University
To adapt to the curriculum construction requirements of application-oriented universities,it im-proves the teaching quality of power electronics technology,and cultivates students'exploration and inno-vation spirit,a mixed teaching mode integrating theoretical teaching,simulation design,and experimental debugging is proposed.On the basis of theoretical teaching,MATLAB and Mathcad software are intro-duced to conduct parameter design and simulation experiments on computers.At the same time,a power e-lectronics hardware platform is built up to allow students to write simple control programs for system de-bugging.Three teaching modes are introduced in detail for the teaching of PWM rectifiers.The results indi-cate that the mixed teaching mode of power electronics technology can improve students'engineering prac-tice ability and innovative quality,stimulate students'interest and initiative,and achieve satisfactory teach-ing results.

power electronicsapplication-orientedPWM rectifiermixed teaching mode

董德智、王志扬、朱云国、杨洪深、孙子尧

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铜陵学院 电气工程学院,安徽 铜陵 244000

电力电子 应用型高校 PWM整流器 混合型教学

2024

长春工程学院学报(自然科学版)
长春工程学院

长春工程学院学报(自然科学版)

影响因子:0.328
ISSN:1009-8984
年,卷(期):2024.25(4)