ANALYSIS AND DESIGN OF LEAKAGE REDUCTION TECHNIQUES FOR 7T SRAM CELL FOR
LOW POWER APPLICATION
- * SAnusooya
, - * SRAswin,
- Anitha R,
- Jean Shilpa V

* SRAswin
B S Abdur Rahman Crescent Institute of Science & Technology
Author ProfileAnitha R
B S Abdur Rahman Crescent Institute of Science & Technology
Author ProfileJean Shilpa V

B S Abdur Rahman Crescent Institute of Science & Technology
Author ProfileAbstract
The present technology is scaling day by day which causes enormous
leakage in power. For high-speed operation purpose, Random Access Memory
chips are used as memory. Leakage power in the Gate and Sub - Threshold
level is a serious issue in VLSI systems. Power of multiple architecture
in an SRAM cell relies on each individual cell. The challenge will be to
reduce leakage power in these cells. The 6T SRAM cell has some
disadvantages such as power consumption, stability problems so, in order
to overcome problem stated above different techniques in 7T transistors
based SRAM structures are proposed, thus techniques like improved self
-- controllable voltage and multi-threshold self -- controllable voltage
is implemented in CMOS and FINFET Circuits using Cadence Tool.