摘要
为提高课程教学质量,引入Proteus软件设计出能综合微机原理与单片机原理这两门课程内容的仿真系统。该系统以AT89C51单片机和8086最小模式系统为核心,外围是人机交互界面、常用接口电路和通信电路模块。通过该系统与相关编程软件配合,完成"8086与AT89C51串行通信实验",从实验要求、电路结构、程序流程和仿真结果方面进行了分析,表明该仿真系统能帮助教师更好地完成两门课程的教学,有利于培养学生的实践动手能力。
To improve the teaching quality of these two courses, a synthetic simulation system including these two courses＇ contents is designed by Proteus. The core of this system is AT89C51 microcontroller and 8086 minimum model system, and it is surrounded by the human-computer interaction interface, common interface circuits and communication circuits. Then this system is used to accomplish the serial communication experiment between 8086 and AT89C51 with related programming software. The experiment is analyzed by experimental requirements, circuit configurations, program flows and simulation results. So it indicates that this system can help teachers to complete these two courses better, and it is helpful to improve the practical ability and manual dexterity of the students.
出处
《实验技术与管理》
CAS
北大核心
2014年第3期91-94,共4页
Experimental Technology and Management
基金
国家自然科学基金地区基金(61263030)
湖北民族学院创新团队项目(2011A012)
湖北民族学院教研项目(2010JY29)
关键词
微机原理
单片机
综合仿真
PROTEUS
microcomputer
s principle
microcontroller
synthetic simulation
Proteus
