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Timing verification for two-phase, level-clocked synchronous circuitry

机译:两相,电平时钟同步电路的时序验证

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Because the performance requirements of synchronous circuits are higher, many two-phase, level-clocked circuits are designed. Unlike edge-triggered circuits, two-phase and level-clocked circuits must satisfy more complex timing constraints. In the paper, a novel timing verification algorithm is proposed based on the dynamic programming algorithm and is used to performed on some synchronous circuits.
机译:由于同步电路的性能要求较高,因此设计了许多两相,电平时钟电路。与边沿触发电路不同,两相和电平时钟电路必须满足更复杂的时序约束。本文提出了一种基于动态规划算法的时序验证算法,并将其用于某些同步电路上。

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