摘要
应用型本科院校以技术类型为办学定位,主要培养学生实践能力和创新能力,提高学生社会职业素养和就业竞争力。电气工程及其自动化专业《电子技术实训课程》是一门重要的实践课程,主要是提升学生对所学知识的综合运用能力和创新能力,提高学生解决实际问题的能力。为更好更有效的完成教学目标,防止学生直接搭建电路成功率低的现象发生,本文加入了“设计验证部分”,即基于Multisim软件的设计思路,先让学生结合所学知识发挥创新能力设计出电路原理图(本文以数字时钟的设计为例进行分析),再利用Multisim仿真软件进行设计验证,根据实际情况在原设计基础上进行适当的调整与修改,最终确保电路设计的正确性,以便后期实际操作中能够更顺利的完成实习任务,制作出符合要求的实际电路模型,结果显示基于Multisim仿真的运用有助于学生设计电路时创新意识的提升,大大提高构建实际电路的成功率。
Application-oriented colleges and universities are oriented by technical types,which mainly train students’practical ability and innovative ability,and improve their social professional quality and employment competitiveness.The Electronic Technology Training Course for electrical engineering and its automation specialty is an important practical course,which is mainly to enhance the students’ability of comprehensive application and innovation of the knowledge they have learned,and to improve their ability of solving practical problems.In order to complete the teaching objectives better and more effectively,and to prevent the phenomenon that students directly build a low success rate,in this paper,the part of“Design Verification”is added,that is,based on the design of Multisim software,first let students combine the knowledge of learning to play an innovative ability to design circuit schematic diagram(this article takes the design of digital clock as an example for analysis),and then use Multisim simulation software design verification,according to the actual situation,make appropriate adjustments and modifications on the basis of the original design,and finally ensure the correctness of the circuit design,so as to be able to complete the practical tasks more smoothly in the later practical operation,and make the actual circuit model that meets the requirements.The results show that the application of simulation based on Multisim is helpful to improve the students’innovative consciousness in circuit design and greatly improve the success rate of building actual circuit.
作者
王娟娟
WANG Juanjuan(School of Electrical Engineering,Xi'an Traffic Engineering Institute,Xi'an 710300,China)
出处
《西安交通工程学院学术研究》
2021年第2期109-112,共4页
Academic Research of Xi'an Traffic Engineering Institute
