PLD 在数字电路教学中的应用叶露林(江苏信息职业技术学院 电子信息工程系 江苏 无锡 214000)摘 要: 可编程逻辑器件(PLD)是近年来进展最快的半导体器件,其应用日趋广泛,可实现专门复杂的数字系统
本文探讨了如何在数字电路教学中引入 PLD 技术,并利用 PLD 以及硬件描述语言(HDL)进行数字系统设计,在尽可能的条件下让学生了解和把握新技术、新器件,从而获得较好的教学成效
关键词:可编程逻辑器件(PLD);VHDL;硬件描述语言中图分类号: G642
423 文献标识码:BApplications of PLD in the teaching of digital circuitYe Lulin (Dept
of Electrical Communication, JiangSu College of Information Technology, JiangSu WuXi 214000, China)Abstract: PLD is the semiconductor devices that has been developing most rapidly in recent years
Applications of PLD devices become more widely, and it can be applied to design the very complex digital systems
This paper discusses how to use the technology of PLD in the teaching of digital circuits , and the use of PLD as well as the hardware description language (HDL) for digital