摘要
本文在文献[4]的基础上再次讨论了回转器实现电路的一种解释性设计方法。从现有回转器实现电路出发,归纳出几种相对简单的二端口电路,将这些二端口电路并联,以实现任意G矩阵参数的二端口实现电路。讨论了二端口实现电路的具体设计方法以及回转器实现电路的设计过程。本文的讨论对加深学生的电路分析能力,提高学生对电路理论在实际中的工程应用意识和能力,具有较好的促进作用。
On the basis of reference[4], an interpretative design method for the realization circuit of the gyrator is discussed again in this paper. Starting from the existing gyrator implementation circuits, several relatively simple two-port circuits are summarized. These two-port circuits are connected in parallel to realize two-port implementation circuits with arbitrary G-matrix parameters. The design method of the two port circuit and the design process of the gyration circuit are discussed. It helps to deepen students' ability of circuit analysis and improve students' ability of engineering application of circuit theoryand is helpful for the teaching of circuit theory course.
作者
刘卓纯
金新宇
田社平
张峰
LIU Zhuo-chun;JIN Xin-yu;TIAN She-ping;ZHANG Feng(School of Electronic,Information and Electrical Engineering,Shanghai Jiao Tong Univ.,Shanghai 200240,China)
出处
《电气电子教学学报》
2019年第5期63-65,共3页
Journal of Electrical and Electronic Education
基金
教育部高等学校仪器类专业新工科建设立项项目(2018C051)
上海交通大学PRP项目(T030PRP34025)
