Sensitive Chaotic Circuits with Coupled Inductances

T. Karimov, O. Druzhina, A. Karimov, A. Tutueva, D. Butusov
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Abstract

Sensors with coupled inductive coils are used in many applications: for metal detection, for linear and angular displacements measurements, for magnetometry, etc. One of the promising ways to increase technical characteristics of these sensors, such as sensitivity, is the use of a chaotic oscillator to excite the transmitting coil and constructing the path from the receiving coil back to the oscillator. The paper proposes several topologies of sensor circuits with coupled inductances, a technique for including inductive coils in chaotic circuits with their minimal modification, and discusses methods for detecting the measurement signal. As a result, we designed a proximity sensor and shown its high performance in a numerical experiment.
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电感耦合的灵敏混沌电路
具有耦合电感线圈的传感器用于许多应用:金属检测,线性和角位移测量,磁强计等。提高这些传感器的技术特性(如灵敏度)的一种有希望的方法是使用混沌振荡器来激励发射线圈,并构建从接收线圈到振荡器的路径。本文提出了几种电感耦合传感器电路的拓扑结构,在混沌电路中引入电感线圈的最小修改技术,并讨论了测量信号的检测方法。因此,我们设计了一种接近传感器,并在数值实验中证明了它的高性能。
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