Memristor Spice model for designing analog circuit

Memristors are novel electronic devices, a device that can be used in many applications such as memory, logic, and neuromorphic systems. A computer model of the memristor would be a useful tool to analysis circuit behavior to help in develops application of this memristor as passive circuit element via simulation. In this paper, we incorporate a SPICE model of memristor for designing practical analog circuit for nonlinear dopant drift. SPICE model would be appropriate way to describe real device operation. Various window functions has been proposed in non linear ion drift memristor devices. In investigating and characterizing the physical electronic and behavioral properties of memristor devices, the circuit analysis of the proposed memristor models are then been studied. The simulation output should have a current-voltage hysteresis curve, which looks like bow tie. The loops map the switching behavior of the device. Then, we come out with a simple practical analog circuit which in this case we construct a simple integrator circuit and make comparison of these memristor implemented circuit design between different type of memristor models. The research verifies the proposed memristor model and the possibilities of implementing memristor model in practical analog circuit.