摘要
针对单片机课程实践性强的特点和创新型人才培养的需求,设计了一种基于ATmega16单片机的创新实验系统并应用于教学实践。课程以实践为主,理论为辅;以学生为主,教师为辅;以实践操作为主,虚拟仿真为辅的原则,通过ATmega16单片机实验系统的设计与开发,让学生掌握了系统原理图设计、PCB板设计、焊接调试及软件程序设计等。引导学生通过实践环节发现问题和解决问题,更加突出单片机的实践性、工程性和应用性,有利于培养学生实践应用能力和创新能力。
In view of strong practical characteristics of the MCU course and the demand for training of innovativetalents, the author designs an innovative experiment system based on ATmega16 MCU and its application andteaching practice. The curriculum is based on practice, supplemented by theory, with students as the main part,teachers as the auxiliary, the principle of practical operation and virtual simulation as the supplement. Through thedesign and development of the ATmega16 MCU experiment system, the students have mastered the design of thesystem schematic diagram, the PCB board design, the welding debugging and the software program design. It aims toguide students to discover problems and solve problems through practical links, to highlight the practicality,engineering and application of singlechip, and to cultivate students＇ practical application and innovation ability
作者
郑祥明
ZHENG Xiang-ming(Department of Electronics and Information Engineering, Bozhou University, Bozhou, Anhui 236800, China)
出处
《西昌学院学报（自然科学版）》
2018年第3期120-123,共4页
Journal of Xichang University(Natural Science Edition)
基金
亳州学院"嵌入式系统开发与应用"创客实验室(2017cksy02)
安徽省"智能电子小系统"创客实验室(2016ckjh122)
安徽省重大教学研究项目:以系统论为指导的"互联网+"环境下师范生职业技能训练优化研究与实践"(2016jyxm0677)
安徽省质量工程项目省级特色专业"电子信息工程技术"(2015tszy037)
关键词
ATMEGA16
实验系统
实践教学
教学改革
ATmega16
innovative experimental board
experimental teaching
teaching reform
