Circuit realization of Newton-Leipnik chaotic system via EWB

The Newton-Leipnik system, which possesses double strange attractors in nature, was studied in the view of the analog circuit design in this paper. After brief analysis and proof of chaos existence, some elemental cell like adder, integrator with operational amplifier, multiplier and inverter were employed to construct a functional circuit of Newton-Leipnik chaotic system under EWB frame, where the parameters selection, debugging step and partial results were published. Several simulation resultant figures of the sub-circuit counterparts were demonstrated to verify the feasibility.