Simulation of Non-autonomous Chaotic Circuit on LABVIEW Using Nonlinear Electrolytic Device
نویسندگان
چکیده
In the present communication we report simulation results of chaotic circuits designed by using NLED (Non Linear Electrolytic Device) as the nonlinear element. The circuits are simulated on LABVIEW virtual instrumentation software. Program in created in LABVIEW which solves the steady state equations defining the circuits. The front panel of the program traces the attractors between voltages at two points in the circuit. We observe that the attractors obtained on the x-y graph on the front panel of simulation program, are due to chaos in the circuit. It is concluded that nonlinear impedance of electrolytic cell can act the nonlinear element of the chaotic circuit. It is proposed from the above study that electrolytes, which are the prime constituents of biomass, can excite the chaos phenomenon in nature.
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