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New Noise Tolerance Improvement Techniques for Dynamic Logic Circuits

机译:动态逻辑电路的新的噪声容限改善技术

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摘要

With the continuance of aggressive scaling in IC technology, integrated circuit noise tolerance has become a design concern of utmost impor- tance. In this paper domino-OR based noise tolerant dynamic circuit tech- niques are proposed. The merits of these techniques are adjudged by comparison with highly noise tolerant circuits available in literature. Results extracted from SPICE simulations of circuit performance in 70nm technology node are used for comparison. Noise immunity curve, ANTE, DANTE, PANTE, NANTE are considered as performance met- rics for estimating the noise tolerance. One of the proposed circuits results in 5.8X and 6X improvement in power and energy normalized ANTE respectively. The second technique proposed, offers highest noise immu- nity amongst the techniques considered.
机译:随着IC技术积极地扩展规模,集成电路的噪声容忍度已成为设计的首要考虑。本文提出了一种基于多米诺骨牌的耐噪声动态电路技术。通过与文献中提供的高度耐噪声的电路进行比较,可以判断这些技术的优点。从SPICE在70nm工艺节点中的电路性能仿真中提取的结果用于比较。噪声抗扰度曲线(ANTE,DANTE,PANTE,NANTE)被认为是估计噪声容忍度的性能指标。所提出的电路之一可分别将功率和能量归一化的ANTE改善5.8倍和6倍。建议的第二种技术在所考虑的技术中具有最高的抗扰度。

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