摘要
本文阐述了开展16位S12X内核单片机教学的可行性和必要性,以及具体开展课堂教学和教学实践的一些新思路。为了配合S12X课堂教学和创新实践的需要,本文设计了具有专业特色的适合发挥学生设计创意的教学实验箱。实验箱以Freescale16位芯片S12XEP100和Altera汽车级FPGA(可编程逻辑器件)EP3C10为主芯片,为创新设计提供了良好的硬件和软件操作平台。此外,把全国大学生智能车竞赛和S12X单片机教学实践有机结合起来也是一个有特色并行之有效的新思路。
In this paper,the feasibility and necessity of teaching 16-bit S12X MCU is represented.Some new ideas in teaching and practice activities in detail are proposed too.In order to meet the requirements of novel teaching and practice activities,an experimental platform with professional characteristics is designed,which consists of 16-bit top-chip S12XEP100 from Freescale and automotive-grade FPGA EP3C10 from Altera,thus providing a good hardware and software platform for innovation designs.Besides,it is a characteristic and effective way in combining the national smart car competition with the S12X MCU teaching activities.
出处
《电气电子教学学报》
2010年第3期65-66,84,共3页
Journal of Electrical and Electronic Education
