Floating and Grounded Meminductor Using VDTA and Neuromorphic Circuit Based On Amoeba Behaviour

In this research paper, design of meminductor modes by using Voltage Difference Transconductance Amplifier (VDTA), an MOS based design is proposed. To achieve the two modes of meminductor, two VDTA elements, capacitors and a resistor are used. Also, the proposed meminductor configuration for both decremental and incremental modes are presented. The layout design of VDTA, simulation and performance are evaluated by using Cadence Virtuoso and Cadence Spectre tool. Furthermore, a neuromorphic circuit is implemented as an application of the meminductor. The theoretical justification of the proposed meminductor modes and its applications i.e., neuromorphic circuit is verified by using Cadence Virtuoso Tool.