DESIGN AND ANALYSIS OF LATCH SENSE AMPLIFIER USED IN SRAM IC BY USING LOW POWER TECHNIQUES

Abstract

In todays advanced technological world, semiconductor chips are widely used in modern electronics devices, where low power consumption and compact size are essential. Static Random Access Memory (SRAM) plays an important role in meeting these requirements for efficient data storage. This study presents the design of a high-performance latch sense amplifier for SRAM application using low-power techniques, implemented with Cadence Virtuoso software. Different power reduction methods are explored to achieve an optimized design. The performance of the proposed sense amplifier is analyzed by adjusting key parameters such as transistor width-to-length ratio, supply voltage, and nano scale technology. The study also evaluates power consumption, response time and transistor count for various design approach to determine the most effective techniques. The proposed low-power sense amplifier demonstrate improved efficiency and performance.