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Tag: hold time

Sequential Circuits

Q7: Maximum Frequency

Q- Find the maximum clock frequency of the following circuit and specifications of the flip-flop are as T (setup) = 5ns T (hold time) = 8ns T (CLK to Q) = 2ns and delay of other components is T (buf) = 2ns,   T (AND) = 4 ns, T (OR) = 4 ns,     T (NOT) = […]

Posted on June 27, 2022June 27, 2022 Author admin Comments(6,000)
Sequential Circuits

Q6: Maximum Frequency

Q- Find the maximum clock frequency of the following circuit and specifications of the flip-flop are as T (setup) = 5ns T (hold time) = 4ns             T (CLK to Q) = 9ns and maximum delay of the combinational circuit is T (c-delay) = 13 ns and delay of buffer is T (buf) = 2ns. Delay of […]

Posted on June 27, 2022June 27, 2022 Author admin Comments(5,937)
Sequential Circuits

Q5: Maximum Frequency

Q- Find the maximum clock frequency of the following circuit and specifications of the different flip-flop are as T1 (setup) = 5ns T1 (hold time) = 4ns T1 (CLK to Q) = 9ns, T2 (setup) = 4ns T2 (hold time) = 3ns T2 (CLK to Q) = 7ns  T3 (setup) = 4ns T3 (hold time) […]

Posted on June 27, 2022June 27, 2022 Author admin Comments(6,912)
Sequential Circuits

Q4: Maximum Frequency

Q- Find the maximum clock frequency of the following circuit and specifications of the flip-flop are as T (setup) = 5ns T (hold time) = 4ns T (CLK to Q) = 9ns and delay of other components is T (buf) = 2ns,� ï¿½  T (AND) = 4 ns, T (OR) = 4 ns,� ï¿½ ï¿½ ï¿½  T (NOT) = […]

Posted on June 27, 2022June 27, 2022 Author admin Comments(3,102)
Sequential Circuits

Q2: Maximum Frequency

Q- Find the maximum clock frequency of the following circuit if specifications of the different flip-flop are as T1 (setup) = 5ns T1 (hold time) = 4ns T1 (CLK to Q) = 9ns, T2 (setup) = 4ns T2 (hold time) = 3ns T2 (CLK to Q) = 7ns  T3 (setup) = 4ns T3 (hold time) […]

Posted on June 27, 2022June 27, 2022 Author admin Comments(3,365)
Sequential Circuits

Q1: Maximum Frequency

Q- Find the maximum clock frequency of the above circuit if specifications of the flip-flop are as T (setup) = 5ns     T (hold time) = 4ns             T (CLK to Q) = 9ns and maximum delay of the combinational circuit is T (c-delay) = 13 ns. There is a clock skew of +3ns for 2nd FF in […]

Posted on June 27, 2022June 27, 2022 Author admin Comments(3,537)
Sequential Circuits

Q4: Maximum Frequency

Q- Find the maximum clock frequency of the following circuit and specifications of the different flip-flop are as T1 (setup) = 5ns T1 (hold time) = 4ns T1 (CLK to Q) = 9ns, T2 (setup) = 4ns T2 (hold time) = 3ns T2 (CLK to Q) = 7ns  T3 (setup) = 4ns T3 (hold time) […]

Posted on June 27, 2022June 27, 2022 Author admin Comments(3,144)
Sequential Circuits

Q3: Maximum Frequency

Q- Find the maximum clock frequency of the following circuit and specifications of the flip-flop are as T (setup) = 5ns T (hold time) = 4ns             T (CLK to Q) = 9ns and maximum delay of the combinational circuit is T (c-delay) = 13 ns and delay of buffer is T (buf) = 2ns. Ans: There is […]

Posted on June 27, 2022June 27, 2022 Author admin Comments(2,945)
Sequential Circuits

Q2: Maximum frequency

Q- Find the maximum clock frequency of the following circuit and specifications of the flip-flop are as T (setup) = 5ns T (hold time) = 4ns             T (CLK to Q) = 9ns and maximum delay of the combinational circuit is T (c-delay) = 13 ns Ans:  As input to first flip-flop is directly available and […]

Posted on June 27, 2022June 27, 2022 Author admin Comments(3,411)
Sequential Circuits

Q1: Timing Diagram

Q- We are given a D FF which is used as a divide by 2 circuit and specifications of the flip-flop are as: T (setup) = 5ns  T (hold time) = 4ns          T (CLK to Q) = 9ns and circuit is as: Find Maximum frequency. Ans: I’ll recommend drawing the 1st edge of clock and then to […]

Posted on June 27, 2022June 27, 2022 Author admin Comments(3,096)

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