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Optimization of row decoder for 128×128 6T SRAMs

机译:128×128 6T SRAM的行解码器的优化

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Most of the power dissipation in SRAMs is due to the leakage and it is approximately 40% of total power dissipation. The leakage power increases as we move towards the technology scaling unless effectively optimized circuit is introduced to keep the leakage under control. In this paper we report on the optimization of a row decoder in terms of power and area. The row decoder is designed using three pre-decoders and a second level circuitry. Comparison of the proposed row decoder is done with the existing architecture using two pre decoders in terms of power consumption. About 25% reduction in power dissipation is obtained in the proposed architecture.
机译:SRAM中的大多数功耗是由于泄漏引起的,大约占总功耗的40%。除非我们引入有效优化的电路以保持泄漏处于受控状态,否则随着我们朝着技术规模发展,泄漏功率会增加。在本文中,我们就功率和面积方面的行解码器优化进行了报告。使用三个预解码器和第二级电路设计行解码器。就功耗而言,使用两个前置解码器与现有体系结构进行建议的行解码器的比较。在所提出的架构中,功耗降低了约25%。

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