摘要
《模拟电路》是电类相关本科专业的核心基础课程之一,该课程应用性强、概念细节多,同时知识点前后衔接紧密,因此本课程在教学的过程中,学生普遍反馈课程知识点前后贯穿度高,理论知识较难掌握,电路实验操作部分无法有效体现理论知识的应用。鉴于此,本文结合当前电路仿真技术的优点,灵活运用虚拟仿真平台,通过电路的分解与综合策略,实现学生对课堂理论的分析验证;促使学生按照自身对知识的理解巩固旧知识、探索新知识,提升《模拟电路》教学效果。
Analog circuit is one of the core foundational courses for students in electrical and electronics engineering.Usually,the course is conducted by two parts,the theoretical part and the experimental part,in which the experimental part acts as the supplementary for improving the theoretical study.Through the studying of the whole course,students are given the knowledge on designing functional circuits based on electronics devices,laying solid foundation for the further courses study on advanced circuit system.However,course like analog circuit is strongly application oriented.Theorems,equations and concepts are rather complicated.Furthermore,knowledge in the whole courses is systematically related.Therefore,students involving this course always claim that there are difficulties in learning this course,both in theoretical and experimental part.In the meanwhile,there are many limitations on the experimental part,resulting that it can’t be an efficient supplementary on helping the theoretical study as it is originally intended.In view of the above weakness on the teaching effectiveness,and considering the wide application of circuit simulation technique in the industry,here,it is proposed to introduce the circuit simulation platform into the course teaching.By taking the advantage of flexibility on real-time circuit virtual designing and analyzing,it provides an easy-approaching experimental environment for students verifying and consolidating the theoretical knowledge.Moreover,it also creates an open-platform for students performing innovative and personalized experiments.All these advantages are expected to promote the teaching effectiveness of the analog circuit.
作者
顾辰杰
胡子阳
Gu Chenjie;Hu Ziyang(Division of Microelectronics Science and Technology,School of Physical Science and Technology,Ningbo University,Ningbo Zhejiang,315211)
出处
《电子测试》
2020年第1期66-69,共4页
Electronic Test
基金
宁波大学教学研究项目（JYXMXZD201816）
关键词
模拟电路
电路分解
电路综合
电路仿真技术
教学效果
analog circuits
circuit decomposing
circuit synthesis
circuit simulation technique
teaching effectiveness
