随着计算机技术日新月异的发展,计算机课程在不断地更新,为适应这些变化,这些课程的教育教学方法也需要随着课程的更新而有所变革。计算机硬件课程如《数字逻辑电路》的教学方法也需要作一些改进与探讨。传统的《数字逻辑电路》课程主要针对中小规模的集成电路的分析与设计,这类器件的线路繁琐,接线复杂,容易出现线路故障等问题。随着硬件技术的发展,出现了可编程逻辑器件,这类器件使用电子设计自动化(EDA)原理进行设计的。电子设计自动化的主要组成部分是 With the rapid development of computer technology, computer courses are continuously updated. To adapt to these changes, the methods of teaching and learning of these courses also need to change as the curriculum changes. Computer hardware courses such as “digital logic circuit” teaching methods also need to make some improvements and discussions. The traditional “digital logic circuit” course is mainly aimed at the analysis and design of small and medium-scale integrated circuits. Such devices have complicated circuits, complicated wiring and prone to line faults. With the development of hardware technology, there have been programmable logic devices that are designed using the principle of electronic design automation (EDA). The main part of electronic design automation is