以卓越工程师为目标驱动的电子测量实验改革  

Experiment reformation with excellent engineers as goal driven in electronic measurement course

作　　者：赵同刚[1] 高惠平[1] 李翔[1] 

机构地区：[1]北京邮电大学电子工程学院,北京100876

出　　处：《实验室科学》2016年第2期63-66,共4页Laboratory Science

基　　金：2015年度电子信息类专业教指委研究课题"面向电子信息类卓越工程师的专业实验教学内容改革"(项目编号:2014-ms035;2015-Y1)

摘　　要："电子测量实验"是一门理论性和实践性相结合的综合课程,该课程在学生学习电子测量原理、电子测量方法、电子测量技术等各方面,对培养学生分析问题和解决问题的能力等发挥了重要的作用。从教学内容等几个方面入手,总结了我校电子测量课程教学改革状况,改革后增加了以Tiva Cortex M4 Launch Pad为核心模块控制的升压、降压实验、可编程稳压电源的设计与实现等多个电源类实验题目。这几个电源类实验题目,内容上注重软硬结合,不仅可以提高学生的理论水平,而且其科研水平也将进一步提升,为继续深造和就业打下坚实的基础。实践表明:通过新增电源类实验内容的学习,学生在通信电源知识掌握、学习兴趣、设计能力方面都有较大提高。Electronic measurement experiment is an integrated course which combines theory with practice. It plays an important role in cultivating students＇ ability in the process of learning electronic measurement principle, method, technology and other aspects of the principles and skills to analyze and solve problems. In this paper, electronic measurement experiment teaching reform experience is summarized in BUPT. After the reform of course, some power experiments are added, such as the step -up, step-down tests with Tiva Cortex M4 LaunchPad as the core control module, the design and the realization of the programmable voltage stabilized power. In these experiments, hardware and software development are combined. These changes improves not only the theoretical level and practical ability of students, but also the scientific research level of students, lay a solid foundation for the further stud- ies and employment. Practice shows that ： the mastery of knowledge, interests in learning and design a- bility of the students have been greatly improved through the learning of the new power experiments.

关 键 词：升压 降压 稳压电源 教学改革 

分 类 号：G420[文化科学—课程与教学论]