Design, Analysis and Simulation of memristor Emulator based Anti-aliasing filter for Biomedical Applications

Background/Objectives: This paper presents timing storage circuit based on memristor emulator. The memristor emulator includes most of the characteristics of real memristor. Methods/Statistical analysis: The considerable properties that a memristor embrace are wide range of memristance, bimodal operability of pulse and continuous input signals, long period of volatility, operability with other devices. The proposed timing storage circuit stores and reproduces timing information in analog manner without performing quantization. Findings: In design of continuous-time digital FIR filter, the analog delags:y blocks, which are implemented using memristor, are replaced with memristor emulator based timing storage circuit. Application/Improvements. It extends its benefits of storing and reproducing the CT digital signals, wide range of memristance, and anti aliasing processing. A CT FIR filter has been designed with memristor emulator based delay block as an example