Consequence of Various Clock Parameters on Power / Timing Analysis for VLSI Circuits

Clock signals are pivotal in digital circuitry, syn-chronizing the operation of millions of transistors to achieve efficient and reliable performance. However, optimizing clock parameters is crucial for balancing power consumption and ensuring timing integrity in modern integrated circuits (ICs). This paper explores the impact of essential clock parameters such as $r$ise/fall times, setup/hold times, skew, duty cycle, and latency on power consumption and timing analysis. With unchanged frequency, the synthesis result shows the impressive power and timing requirements optimization. Understanding and optimizing these clock parameters are essential for enhancing the overall performance and energy efficiency of digital 1Cs, paving the way for future advancements in circuit design and implementation.