A non-unate path in clock network for clock
时间: 2024-05-23 22:09:45 浏览: 13
distribution is a path where the delay of the path is not strictly increasing or decreasing with respect to the input transition time. In other words, for a non-unate path, there exist input transition times such that increasing or decreasing the input transition time will result in a longer delay.
Non-unate paths can cause skew and jitter in clock signals, which can lead to timing violations and other performance issues in a digital circuit. Therefore, it is important to identify and mitigate non-unate paths during the clock network design process. Techniques such as buffer insertion, clock gating, and clock skew scheduling can be used to address non-unate paths and improve overall circuit performance.
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