【摘要】 为了解决传统电力电子技术实验教学资源图像显示清晰度低的问题，结合新工科背景下，基于Matlab仿真技术设计了电力电子技术实验教学方法。基于Matlab技术仿真三相桥式全控整流，对实验教学过程中教学数据进行了采集与处理。在此基础上，采用设计通信协议的方式，对教学中的仿真教学界面进行规划与设计，实现了电力电子技术在实验教学内容上的相关研究。最后，将所提出的方法应用到了实际中，结果表明，实验组教学资源图像显示清晰度明显高于对照组，能够解决传统电力电子技术实验教学资源图像显示清晰度低的问题，由此证明了所提出的方法的有效性，具有一定的推广使用价值。更多还原

【Abstract】 In order to solve the problem of low image display clarity of traditional power electronics technology experimental teaching resources, combined with the background of new engineering, the power electronics technology experimental teaching method is designed based on Matlab simulation technology. Based on Matlab technology, the three-phase bridge full controlled rectifier is simulated, and the teaching data is collected and processed in the experimental teaching process. On this basis, the simulation teaching interface in teaching is planned and designed by designing communication protocols, and the relevant research of power electronics technology in experimental teaching content is realized. Finally, the proposed method is applied in the practice, and the results show that the display clarity of teaching resource images is significantly higher than that of the control group, which can solve the problem of low display clarity of traditional power electronics technology experimental teaching resource images. Thus,the effectiveness of the proposed method is proved, and it has certain popularization value.更多还原