A D flip-flop has a hold time of three ns, a setup time of five ns, and a propagation delay from the rising edge of the clock to the change in flip- flop output in the range of 6 to 12 ns. A comparator (combinational circuit) unit delay is in the range of (.... You have to calculate it based on using 2- input NAND gates for the implementation and response time per every NAND gate is one ns). X Comparator Z-X Z CLK Flip-Flop a) What is the minimum clock period for prover operation of the circuit above? b) What is the earliest time after the rising clock edge at which X is allowed to change?
A D flip-flop has a hold time of three ns, a setup time of five ns, and a propagation delay from the rising edge of the clock to the change in flip- flop output in the range of 6 to 12 ns. A comparator (combinational circuit) unit delay is in the range of (.... You have to calculate it based on using 2- input NAND gates for the implementation and response time per every NAND gate is one ns). X Comparator Z-X Z CLK Flip-Flop a) What is the minimum clock period for prover operation of the circuit above? b) What is the earliest time after the rising clock edge at which X is allowed to change?
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![1)
A D flip-flop has a hold time of three ns, a setup time of five ns, and a
propagation delay from the rising edge of the clock to the change in flip-
flop output in the range of 6 to 12 ns. A comparator (combinational circuit)
unit delay is in the range of (.... You have to calculate it based on using 2-
input NAND gates for the implementation and response time per every
NAND gate is one ns).
X
Z
Comparator
Z-X
20
Flip-Flop
CLK
a) What is the minimum clock period for prover
operation of the circuit above?
b) What is the earliest time after the rising clock
edge at which X is allowed to change?](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F9f2bcdb1-1069-4f40-ab13-13afbe80d709%2Fbaab714f-7ccd-46ed-8421-7f890e5794a8%2Ficndzy_processed.jpeg&w=3840&q=75)
Transcribed Image Text:1)
A D flip-flop has a hold time of three ns, a setup time of five ns, and a
propagation delay from the rising edge of the clock to the change in flip-
flop output in the range of 6 to 12 ns. A comparator (combinational circuit)
unit delay is in the range of (.... You have to calculate it based on using 2-
input NAND gates for the implementation and response time per every
NAND gate is one ns).
X
Z
Comparator
Z-X
20
Flip-Flop
CLK
a) What is the minimum clock period for prover
operation of the circuit above?
b) What is the earliest time after the rising clock
edge at which X is allowed to change?
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