A Novel SPICE Model of Memristive Devices with Threshold Current Based Control

This paper presents a novel memristor SPICE model with threshold current based operation. This work relates to the mathematical model developed to allow this form of control and it exhibits its relationship with the equivalent circuit adopted to achieve this goal. The operating logic is described and the code for its computational implementation is presented. The functionality of the model implemented is demonstrated through various simulation experiments, which the results clearly show the switching resistance dependency on the electrical current through the device. The acquisition and the data analysis from tests also help to prove the excellent convergence performance of the model presented and to elucidate the configuration of the parameters.