论文部分内容阅读
PLD器件和EDA技术的大规模应用引起高等院校的数字电路课程的相应改革。目前较普遍的做法是将PLD和EDA作为新技术补充在传统教学内容之后。而EDA的意义远大于此,其精髓在于它代表数字电路设计的新的思路和理念,要将它融入数字电路课程当中,应把握其精髓,并渗入到课程教学的整个过程。这就要求数字电路课程在内容编排、实验安排和教学方法各方面进行全面深入的改革。
The large-scale application of PLD devices and EDA technology has led to the corresponding reform of digital circuit courses in higher education institutions. The most common practice today is to supplement PLD and EDA as new technologies behind traditional teaching content. The significance of EDA is much larger than this. The essence of EDA is that it represents a new idea and concept of digital circuit design. To incorporate it into the digital circuit course, we should grasp its essence and infiltrate the whole course of the course teaching. This requires digital circuit courses in content layout, experimental arrangements and teaching methods in all aspects of in-depth and in-depth reform.