摘要
针对单片机实验传统教学中的诸多问题，采用Proteus仿真软件进行单片机虚拟实验教学。Proteus软件不仅能仿真单片机CPU的工作情况，也能仿真单片机外围电路或没有单片机参与的其他电路的工作情况。在基于Proteus的虚拟单片机仿真实验平台上实现了温度采集系统，仿真实验结果和实际搭建电路的实验结果基本一致。采用Proteus进行虚拟实验可作为传统实验的重要补充，克服了诸多条件的限制，丰富了实践性教学的手段，有利于现代实验教学观念的更新。
A new teaching way of applying Proteus to do MCU virtual experiment is proposed in view of the problems in MCU experiment traditional teaching. Proteus can not only simulate working situation of MCU, but also simulate MCU external circuits or other circuits without MCU. A temperature acquisition system is realized on the MCU virtual simulation platform of Proteus. The simulation results can reflect working situation of the actual circuit. It is an important supplement for traditional experiment to apply Proteus to do virtual experiment. Applying Proteus in MCU experiment can help us overcome the restrictions of hardware condition and enrich the experiment teaching method and renew the experiment teaching notion.
出处
《实验技术与管理》
CAS
北大核心
2009年第8期73-75,共3页
Experimental Technology and Management
作者简介
陈龙（1979-），男，山东省泰安市人，硕士，讲师，研究方向为电路与系统．
