Application of Quartus II in Digital Electronic Technology Teaching

Abstract

Electronic design automation (EDA) represents the latest development direction of electronic design technology. This paper describes waveform simulation of three line and eight line decoder in the combinational logic device software and the conversion of D flip-flop and JK flip-flop in the sequential circuit based on Quartus II. It shows that introducing EDA technology in the teaching of digital electronic technology can not only make the students understand the basic process of EDA development but also deepen their understanding of the circuit and increase their interest in learning. This paper carries out the practice reform of digital electronic technology and puts forward a specific method of computer aided teaching with a strong maneuverability from two aspects of teaching content and methods, taking the innovation and entrepreneurship as the guidance and cultivating the students' independent innovation ability as the main line. It helps to cultivate students' ability to solve practical problems and improve their comprehensive professional and innovative ability.