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4. In the following figure, 4-bit asynchronous UP-COUNTER is given. a) Determine total propagation delay time, if each flip-flop has a propagation delay for 120 ns. b) Determine the maximum clock frequency at which the counter can be operated. c) If clock frequency is 80 KHz, find frequency fo3. HIGH Clock Jo FF-0 > CLK Ko Qo Qo J₁ FF-1 > CLK K₁ Q₁ Q₁ J₂ K₂ FF-2 CLK Q₂ Q₂ J3 FF-3 ▶ CLK K3 Q3 Q₁ b

4. In the following figure, 4-bit asynchronous UP-COUNTER is given. a) Determine total propagation delay time, if each flip-flop has a propagation delay for 120 ns. b) Determine the maximum clock frequency at which the counter can be operated. c) If clock frequency is 80 KHz, find frequency fo3. HIGH Clock Jo FF-0 > CLK Ko Qo Qo J₁ FF-1 > CLK K₁ Q₁ Q₁ J₂ K₂ FF-2 CLK Q₂ Q₂ J3 FF-3 ▶ CLK K3 Q3 Q₁ b

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
Section: Chapter Questions
Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...
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4. In the following figure, 4-bit asynchronous UP-COUNTER is given. a) Determine total propagation delay time, if each flip-flop has a propagation delay for 120 ns. b) Determine the maximum clock frequency at which the counter can be operated. c) If clock frequency is 80 KHz, find frequency fo3. HIGH Clock Jo Ko FF-0 CLK 8 Qo Qo p Qo J₁ K₁ FF-1 CLK Q₁ Q₁ b Q₁ J₂ FF-2 CLK K₂ Q₂ 18 Q₂ J3 K3 FF-3 CLK Q3 Q3 Q3
Transcribed Image Text:4. In the following figure, 4-bit asynchronous UP-COUNTER is given. a) Determine total propagation delay time, if each flip-flop has a propagation delay for 120 ns. b) Determine the maximum clock frequency at which the counter can be operated. c) If clock frequency is 80 KHz, find frequency fo3. HIGH Clock Jo Ko FF-0 CLK 8 Qo Qo p Qo J₁ K₁ FF-1 CLK Q₁ Q₁ b Q₁ J₂ FF-2 CLK K₂ Q₂ 18 Q₂ J3 K3 FF-3 CLK Q3 Q3 Q3
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