Study the Colpitts oscillator-based wideband chaotic circuits.
研究了基于考必兹电路的宽带混沌产生电路。
By coupling of many chaotic circuits, orbits can be closed each other, distance can be shorted, and noise in measuring can be reduced.
它是通过混沌电路的耦合，使耦合轨道相互靠拢，轨道距离减少，从而抑制电路中的噪声。
There is only one nonlinear element in these circuits and it is very important to realize this nonlinear resistor that chaotic of these circuits can be illustrated.
该类电路中仅含有一个二端非线性电阻，该电阻的实现成为研究电路中的混沌现象极为重要的一个方面。
A new method of design chaotic measurement circuits is presented, it simulates the electronic switch by DSP. The new chaotic measurement system has better linearity and less error.
提出了一种新的混沌测量电路设计方法，它利用DSP仿真电子开关，与已有的测量方法相比，具有更好的线性度和更小的误差。
This thesis addresses three important issues involved in chaotic systems: mechanism of generating chaos in nonlinear circuits, construction of chaos generators and adaptive chaos synchronization.
沿着这个研究趋势，本论文重点研究了三个方面的问题：非线性电路中混沌的产生机制，混沌系统的电路设计和混沌系统的自适应同步。
In this paper, research concentrates on the neural network control of chaotic systems in electronics and circuits systems, including two fields: chaotic systems identification and chaotic control.
本文研究了电子和电路系统存在的混沌现象的神经网络控制问题，其中包括两个方面的内容：混沌系统的神经网络辨识技术和基于神经网络的混沌控制。
Modeling power electronic circuits with chaotic dynamics can help us to learn more about dynamic behaviors of power electronic circuits, which is beneficial to engineering design.
一方面，利用混沌动力学能够对电力电子电路的行为进行更为深入、准确、全面的了解，从而便于进行工程设计；
With the change of control parameters, typical variation of physical state is studied to extend the applications of chau's circuits chaotic systems in Chai's circuits.
通过改变控制参数，研究了几个典型物理状态变化现象，丰富了蔡氏电路混沌系统的应用方法。
With the change of control parameters, typical variation of physical state is studied to extend the applications of chau's circuits chaotic systems in Chai's circuits.
通过改变控制参数，研究了几个典型物理状态变化现象，丰富了蔡氏电路混沌系统的应用方法。
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