【摘要】 传统的“电力电子技术”和“电机控制”课程的实验平台功能单一，灵活性和可操作性较差，实验内容单调，拓展性和互动性较差，不利于培养学生的创造力和自主学习能力。以模块化、轻量化、可复用性为指导思想，设计了一种可灵活构建多种电力电子拓扑结构的模块化实验教学平台，并结合代码生成技术，实现了系统软件和硬件的灵活配置和可延展性，拓宽了实验范围，提高了学生解决复杂工程问题的能力。更多还原

【Abstract】 In the traditional teaching process of Power Electronics Technology and Motor Drive Systems, the experimental platform has the disadvantages of single-function nature, less flexibility and poor operability. Moreover, the corresponding experimental content is fixed with poor expansibility and interaction. Due to these factors, it will be detrimental to the improvement of the creativity and self-learning ability of students. Under the guidance of modularity, lightweight, and reusability, this paper proposed a modular experimental teaching platform which can flexibly implement a variety of power electronics topology structures. Combined with the code generation technology, the proposed experimental teaching platform realizes the flexible configuration and extensibility on the software system and the hardware platform, thus extending the scope of the experiments, and finally improves the students′ ability to solve complex engineering problems.更多还原