摘要
介绍基于MCS-51单片机硬件结构模块化实践教学平台的主要组成模块以及利用该平台进行实践项目的设计流程,提出通过选择硬件功能模块来搭接实践项目所需电路的方法来切实提高课程教学效果,弥补了传统实验箱在进行实践教学时的"暗连接"缺陷。
This paper introduces the main modules that comprise the modularized practical teaching platform based on MCS-51 single chipmicrocontroller hardware structure and the design process of using this platform to conduct practical project. It proposes the idea of connecting the required circuits in practical courses by making a selection of hardware function modules to achieve tangible improvement of teaching results, eliminating the defect of ＂concealed connection＂ incurred when using the traditional experiment box to conduct practical teaching
出处
《实验室科学》
2012年第1期171-173,共3页
Laboratory Science
