Design and implementation of 32x32 SRAM array for bio medical applications

SRAM (Static Random-Access Memory) arrays are essential components in biomedical devices for fast and reliable data storage and retrieval, particularly in portable and low-power systems such as wearable health monitors and diagnostic equipment. This project presents the design and implementation of a 32×32 SRAM array tailored for biomedical applications, emphasizing low power consumption, high stability, and minimal area utilization. The array is designed using a standard CMOS-based SRAM cell, optimized for read/write operations, noise margin, and retention reliability. Simulation results demonstrate proper functionality, efficient memory access, and reduced power consumption, making the design suitable for real-time biomedical signal storage and processing. The work highlights the integration of reliable memory architecture into biomedical systems, ensuring both performance and energy efficiency.