Through digital electronic experiments, students can deepen their understanding of the basic theories and concepts of digital electronic technology. With the rapid development of electronic and computer technology, the importance of digital electronic technology experiment teaching is increasing. INTRODUCTION Quality education that actively cultivates the innovative abilities of students is the goal of higher education, and is also at the heart of the reform of teaching based on experiments. Therefore, the application of Multisim 12.0 to digital electronic technology experiment teaching should be encouraged. The analysis and design and practical abilities of students are cultivated. Its use solves problems in teaching experiments, e.g.
Practice shows that the application of Multisim 12.0 in digital electronic technology experiments can greatly improve the teaching. Finally, examples of the use of Multisim 12.0 in validation experiments, extensible experiments and comprehensive design experiments are provided. Second, the feasibility of teaching experiments using Multisim 12.0 is explored. First, experiments used in the teaching of digital electronic technology are analysed. 1 World Transactions on Engineering and Technology Education Vol.12, No.1, WIETE Experiment teaching of digital electronic technology using Multisim 12.0 Qiu-xia Liu Heze University Heze, Shandong, People s Republic of China ABSTRACT: The application of Multisim 12.0 as part of the reform of digital electronic technology teaching by experiments is discussed.
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