Titlebook: High-Speed Clock Network Design; Qing K. Zhu Book 2003 Springer-Verlag US 2003 ASIC.Flip-Flop.Phase.Signal.VLSI.algorithms.computer-aided

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Routing Clock On Package,d to the real chips, which will be studied in this chapter. Section 9.1 presents an overview. Section 9.2 discusses the ESD design. Section 9.3 shows the noise considerations. Section 9.4 shows the experimental results on a microprocessor test chip. Section 9.5 provides a summary to this chapter.

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Balanced Clock Routing Algorithms, path clock tree with Manhattan wires. Section 10.3 shows a skew-bounded clock tree refinement method. Section 10.5 describes wire sizing technique and optimization flow for the clock skew reduction. Section 10.6 provides a summary of this chapter.

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Introduction,buffer design. Section 1.5 discusses the power supply and reliability for clock distribution. Section 1.6 demonstrates the design complexity of the clock distribution network by using a microprocessor example. Section 1.7 provides the summary to this chapter.

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Sequential Clocked Elements,. Section 3.1 describes the latch circuits. Section 3.2 shows the flip-flop circuits. Section 3.3 discusses techniques to reduce the power consumption for sequential logic. Section 3.4 provides the summary to this chapter.

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Subproject CAPMAN Flux Divergence of Reactive Nitrogen over the Coastal Ocean deposition changes over time. Air-sea fluxes of the two reactive nitrogen gasses nitric acid (HNO.) and ammonia (NH.) have been measured in several studies taking place over the coastal sea. The objectives of the experiments are:

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