“检测技术”课程学生实践创新能力培养

“检测技术”是人工智能、自动化等专业的基础课。针对传统教学教师讲授为主,学生被动接受的局限,本文探索提出一种以注重实践应用为目的,通过项目方式引导,培养学生主动实践创新能力为宗旨的教学模式改革。并与课堂内外多种方式手段相结合,进一步扩展提升学生动手实践创新能力。实践表明,这些措施有效激发了学生学习动力,效果良好。

The Cultivation of Students" Practical and Innovative Ability#$NCfor the Course of Detection Technology

Idea transformer is an essential part of teaching electric circuit theory. Generally, the teaching of this part is mainly focused on the characteristic equation of ideal transformers and its applications while the analysis of magnetic circuit is ignored. Influenced by this teaching method, students often apply the characteristic equation incorrectly when analyzing multi-winding transformers. Taking three-winding transformer as an example, this paper has analyzed the influence of magnetic circuit on the characteristic equations and has derived four types of characteristic equations that correspond to four different magnetic circuits. This paper can serve as a significant guide in the teaching of ideal transformers.