Given the circuit, each two-input XOR gate has a propagation delay of 80 ps and a contamination delay of 40 ps and the NOT gate has a propagation delay of 30 ps and a contamination delay of 15 ps . Each flip-flop has a setup time of 80 ps, a hold time of 50 ps, a clock-to-Q propagation delay of 100 ps, and a clock-to-Q contamination delay of 40 ps. out1 out2 Clk Clk Clk a. Identify the shortest and the longest paths between two sequential logic units. You can mark them on the above diagram. b. Ignoring the hold time constraint and only considering the setup time constraint, what is the maximum operating frequency?
Given the circuit, each two-input XOR gate has a propagation delay of 80 ps and a contamination delay of 40 ps and the NOT gate has a propagation delay of 30 ps and a contamination delay of 15 ps . Each flip-flop has a setup time of 80 ps, a hold time of 50 ps, a clock-to-Q propagation delay of 100 ps, and a clock-to-Q contamination delay of 40 ps. out1 out2 Clk Clk Clk a. Identify the shortest and the longest paths between two sequential logic units. You can mark them on the above diagram. b. Ignoring the hold time constraint and only considering the setup time constraint, what is the maximum operating frequency?
Database System Concepts
7th Edition
ISBN:9780078022159
Author:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan
Publisher:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan
Chapter1: Introduction
Section: Chapter Questions
Problem 1PE
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