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Logic Synthesis for Reliability - An Early Start to Controlling Electromigration and Hot Carrier Effects

机译:可靠性的逻辑综合-控制电迁移和热载流子效应的早期开始

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摘要

Designing reliable CMOS chips involve careful circuit design with attention directed to some of the potential reliability problems such as electromigration and hot carrier effects. This paper considers logic synthesis to handle electromigration and hot carrier degradation early in the design. phase. The electromigration and the hot carier effects are est,imated at the gate level using signal activity measure, which is the average number of transitions at circuit nodes. Logic can be optimally synthesized suited for different applications requiring different types of inputs for higher reliability and low silicon area. Results have been obtained for MCNC synthesis benchmark examples.
机译:设计可靠的CMOS芯片时,需要进行仔细的电路设计,并要注意一些潜在的可靠性问题,例如电迁移和热载流子效应。本文在设计初期就考虑了逻辑综合处理电迁移和热载流子退化的问题。相。估计电迁移和热载流子效应,并使用信号活动性度量在门级进行估计,该信号活动性度量是电路节点处的平均跃迁数。可以针对需要不同类型输入的不同应用进行最佳综合的逻辑,以实现更高的可靠性和较小的硅面积。已获得MCNC综合基准示例的结果。

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