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Design of Time-Delay Chaotic Electronic Circuits

机译:延时混沌电子电路的设计

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This paper investigates the problem of the design and the implementation of time-delay chaotic circuits. A simple feedback scheme consisting of a nonlinearity, a first-order RC circuit and a delay block has been fixed and a procedure to design the characteristics of these blocks in order to obtain chaotic dynamics has been introduced. A series of $n$ Bessel filters in cascade is used to implement the time-delay. The suitability of the approach is demonstrated with an example: a new chaotic circuit has been first designed and, then, implemented with off-the-shelf discrete components. The approach allows us to design and implement a new class of time-delay chaotic circuits with simple components, like resistors, capacitors, and operational amplifiers.
机译:本文研究了时滞混沌电路的设计和实现问题。固定了由非线性,一阶RC电路和延迟块组成的简单反馈方案,并介绍了设计这些块的特性以获得混沌动力学的过程。一系列级联的$ n $贝塞尔滤波器用于实现时间延迟。举例说明这种方法的适用性:首先设计了一种新的混沌电路,然后使用现成的分立元件来实现。该方法使我们能够设计和实现具有简单组件(如电阻器,电容器和运算放大器)的新型时延混沌电路。

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