A Current Controlled Meminductor Modelling R.Vetriveeran, Maheshwar Pd. Sah, and Hyongsuk Kim Division of Electronics and Information Engineering, Chonbuk National University, Jeonju, 561-756, Korea (Tel : +82-63-270-2477; E-mail: vetriece86@gmail.com , maheshwarsah@jbnu.ac.kr, hskim@jbnu.ac.kr) Abstract Memristor, memcapacitor and meminductor are the promising circuit elements with the potential of bringing significant changes in the field of new memory in nano-electronic devices. This paper presents a simple model of a meminductor whose inductance can be varied by an external current source without employing any memrisitve system. The adequate of this model is verified by its fingerprints characteristics. Basic Advantages A simple model for meminductor. A simple solution to investigate and construct meminductor emulator. It is simple and inexpensive. Meminductor Emulator Proposed Meminductor Emulator Proposed Meminductor Model The relationship between input current iin and flux φ generated across inductor Ls is given as: (a) where, (b) (a) Input inductance as a function of voltage v+. (b) Equivalent circuit. (a) Proposed meminductor emulator circuit. (b) Symbol of the meminductor. Experimental Results Current, Flux and Meminductance Waveforms Pinched Hysteresis Loop Pinched Hysteresis Loops for various frequencies Input current, flux with respect to time t. (b) Meminductance (LM) vs. current (i). Robotvision Lab, Chonbuk National University, Jeonju-si, 561-756, Korea https://home.jbnu.ac.kr/robotv/index.htm