Statistic and Dynamic Analysis of Hysteretic System

One of the attractive applications of nonlinear systems is noise generation, based on the chaotic behavior. The present contribution studies an analog hysteretic system exhibiting chaos and aiming at using the unpredictable generated signals for stochastic applications. Using different parameters for the state equations of the system reduces the possibility of identifying its behaviors. The statistical analysis presented complements the dynamic results better estimating the noise generation using hysteresis.