An Efficient Design Procedure to Implement the Fractional-Order Chaotic Jerk Systems with the Programmable Analog Platform

An effective design procedure has been introduced for implementing the fractional order integrator structures with a modified low pass filters (LPFs) and its functionality is verified by realizing fractional-order chaotic system. In these applications, state variables of Sprott’s Jerk system are emulated first LPFs. Since discrete device based designs have hard adjustment features circuit complexities; realizations LPFs carried out Field Programmable Analog Arrays (FPAAs), sensitively. Hence, LPF method applied to systems systems, which built several nonlinear functions, implemented programmable analog device. this context, minimum fractional-orders calculated considering stability systems. After that, simulated employing Grünwald-Letnikov (G-L) derivative using common fractional-order. Thus, analyses supported numerical simulation results. stage, procedures FPAA implementations dealt in detail. Finally, thanks first-order method, hardware achieved successfully single