根据数字电子技术实验课程特点,围绕知识学习、能力培养和素质提升的培养目标,从教学方法改革、考核方式改革和教师团队建设等方面对课程进行思政建设,将思政教育融入实验课程教学的整个过程.课程思政实施效果表明:将思政教育融入实验课程,对学生的专业能力培养和价值塑造都起到很好的作用,为其他实践课程实施课程思政提供参考.

自动化立体仓库是现代物流技术的重要组成部分,其仓储能力强,空间利用率高,通过计算机对货物搬运、存取的自动化进行控制和管理.以立体仓库模拟装置为研究对象,综合应用了PLC、传感器、位置控制和MCGS组态软件.系统以PLC为下位机,MCGS为上位机监控软件实现货物的自动提取和存放,以及对系统的出/入库进行实时监控等功能.开发的系统实用性强、界面友好、控制方便、定位准确、性能可靠,工作效率得到一定的提高,对实际应用具有一定的参考价值.

The Quartus II development platform are proposed to realize the VHDL-based car taillights control circuit,after logic synthesis and timing simulation,and download to EP1K300C208 chip verification,access to the desired results.Experimental results show that compared with traditional design the system has no wiring problem,like software,hardware functions can be programmed to modify the same,high reliability,small size,greatly enhancing the electronic system design flexibility and versatility.

Depending on teachers and textbooks in the traditional digital circuit experiment teaching has restricted the development of creative ability of the students.Through optimizing the experiment content,improving the evaluation mechanism,integrating programs,the teaching experimental results have showed that the reforms significantly guide the students to think and take action to design and develop the ability to innovate.