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Design of a novel domino XNOR gate for 32 nm-node CMOS technology

机译:用于32纳米节点CMOS技术的新型Domino XNOR门的设计

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A novel domino XNOR gate is designed, using techniques of pn mixed pull-down network and dual-threshold voltage. HSPICE simulation results prove that compared with the standard n-type domino XNOR gate the dynamic power of proposed design can be reduced by 43.9% and the minimum static power is reduced by 86.4%, while enhancing the AC noise immunity by 12.5%.
机译:利用pn混合下拉网络和双阈值电压技术,设计了一种新颖的多米诺XNOR门。 HSPICE仿真结果证明,与标准的n型多米诺XNOR门相比,该设计的动态功率可降低43.9%,最小静态功率可降低86.4%,而AC噪声抗扰度提高了12.5%。

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