在《 离散混沌电路的实现》 一文中提出了使用一些简单的电子线路元件来实现Logistic 模型的迭代过程的构想，希望可以使本科生在这一实验过程中让进一步的对电子线路实验和混沌现象有更加深刻的认识。本文对实现这一电路的基本原理进行了较为详细的阐述，使学生可以对其过程了解得更加透彻。并且通过软件EWB （电子工作平台）对该电路的结果进行计算机仿真模拟，计算机仿真的结果与理论计算的结果基本相符合，可以得到1P , 2P , 4P 及混沌的波形图。进一步引入阶梯信号发生器，使得电路的参数可以自动的连续变化，以便于观察到倍周期分岔图，并且已经得到了倍周期分岔图的轮廓。

The Author of Realization of discrete chaotic circuits raised to using the basic electronic element and circuits to set up the one-dimensional Logistic discrete circuit , and expect the undergraduates can finish this experiment . This paper introduces the theory of the circuits clearly to the undergraduates to understand it , and simulate the discrete chaotic circuits with the software EWB ( Electronics Workbench ) to compare the simulating experiment results and the theoretical results , and the simulating experiment results is agree with the theoretical results . And with the ladder signal generator , the image of doubling bifurcation has been observed .