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Design of Low Write-Power Consumption SRAM Cell Based on CNTFET at 32nm Technology

Author(s): Rajendra Prasad S | B K Madhavi | K Lal Kishore

Journal: International Journal of VLSI Design & Communication Systems
ISSN 0976-1527

Volume: 2;
Issue: 4;
Start page: 167;
Date: 2012;
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Keywords: SRAM Cell | CNTFET | 32nm Technology | HSPICE | Low-Power

The SRAM which functions as the cache for system-on-chip is vital in the electronic industry. Carbon Nanotube Field Effect Transistor (CNFET) is used for high performance, high stability and low-power circuit designs as an alternative material to silicon in recent years. Therefore Design of SRAM Cell based on CNTFET is important for Low-power cache memory. In cells, the bit-lines are the most power consuming components because of larger power dissipation in driving long bit-line with large capacitance. The cache write consumes considerable large power due to full voltage swing on the bit-line. This Paper proposes a novel 7T SRAM cell based on CNTFET that only depends on one of bit lines for Write operation and reduce the write-power consumption. The read cycle also improved because of careful transistor sizing. HSPICE simulations of this circuit using Stanford CNFET model shows that 37.2% write power saving, read cycle improvement of 38.6%.
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