Review on the Design of Meminductor Emulator Using Analog Building Blocks

Abstract

The advent of meminductors as a basic passive circuit element has sparked widespread attention because of their potential uses in neuromorphic computing, memory storage, and programmable analog circuits. This study gives a detailed assessment of design techniques for meminductor emulators, emphasizing current-mode components. Current-mode circuits provide benefits such as fast operation, low power consumption, and a greater dynamic range, making them an excellent option for meminductor emulator design. The study categorizes and analyzes current designs based on their fundamental ideas, circuit design, and performance metrics. The challenges of precise emulation, robustness, and compatibility with contemporary integrated circuit technology are explored. The study also focuses on emerging trends, prospective applications, and prospects for research in this discipline. This study seeks to serve as a helpful resource for academics and practitioners, offering insights on state-of-the-art developments and influencing the growth of creative microcontroller emulation approaches.