一种回转器实现电路的解释性设计方法

An Interpretative Design Method for Realization Circuit of the Gyrator

本文讨论了回转器实现电路的一种解释性设计方法。从理想回转器的输入输出特性开始,通过初步的电路实现拓扑形式,采用基于运放的差动放大器、同相放大器、电压跟随器等电路,遵循从简单到复杂,再从复杂到简单的设计过程,给出了现有回转器实现电路的设计方法。该解释性设计方法简单、直观、易于理解,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,具有较好的帮助作用。

An interpretative design method for the realization circuit of the gyrator is discussed in this paper.From the input and output characteristics of the ideal gyrator,we give the topological form of the realization circuitwhich includes differential amplifier,noninverting amplifier and voltage follower based on OP.This interpretive design method is simple,intuitive and easy to understand.It helps to deepen students' ability of circuit analysis and improve students' ability of engineering application of circuit theory.