Problem #1 : (Timing issues-3.5 pts) Textbook problems: 13.6 A sequential circui

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Problem #1 : (Timing issues-3.5 pts) Textbook problems: 13.6 A sequential circuit is constructed using a ROM and two rising-edge-triggered DFF. ROM delay: 8ns, setup time: 2ns, clk-q: 4ns D1 D2 0 0 0 0 (a) Minimum clock period. (b) Timing diagram: qlq0-00, x 0,1,0 after 4 ns of the rising edge (c) State table and state graph Solutions: pp. 760 Add three questions: (d) What is the maximum clock frequency? (e) Assume that the minimum propagation delay of the ROM is also 8ns, and the hold time is 2ns. Will this path experience any hold-time failures? (f) Assume that the clock skew is 2ns. Repeat questions (d) and (e) Problem #2: (Transition table, state table, and state graph-_65 pts) Textbook problems: 13.10 (a) (b) (c) Transition table and state graph Timing chart: XIX2-01, 10, 01, 11, 11,01 List the output values Add one more question (d) Is this a Mealy machine or Moore machine? Due: 02/27/18 5:30pm Late assignments: 40% deduction.

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Can you please upload for which finite state machine the above listed hav to be determined in problem#2

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