蔡氏电路16个卷轴吸引子的设计与制作,并实现了它们之间的同步

Huda Alwan Jasim, Eidan Abdallah Asi, M. I. Malik, Sattar Abdalhussian Shahatha
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引用次数: 0

摘要

本文介绍了多涡旋蔡氏电路中的同步问题,并对其进行了设计和制作。多涡旋吸引子的产生是通过将蔡氏电路的断点加倍来实现的;这需要一个公式来确定和计算这些断点电压和非线性电阻的值。我们观察到,理论计算、计算机模拟和实验结果都符合。我们得到了一些重要的概念,首先:增加非线性电阻的数量会导致更多的断点,最后会导致更多具有相同尺寸的卷轴。第二:卷轴数量越多,应用效果越好。
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Designing and building 16 scrolls attractor of Chua's Circuit and making Sync among them
This paper shows the synchronization in multi-scroll Chua's circuit, designing and building it. The generating of multi-scroll attractors take place by doubling the breakpoints of Chua's circuit; this requires a formula for determining and calculating these breakpoints voltages and value of nonlinear resistors. We observed that theoretical calculation, computer simulations and experimental results, they all corresponding. We get some of the important concepts, first: increasing the number of nonlinear resistors lead to more breakpoints, and the last leads to more scrolls that have the same size. 2nd: The higher the number of scrolls, the better in applications.
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