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4) For the given waveforms determine the output Q and name the reasons for it. assume that the Flip-Flop is initially at Reset and respond to a positive edge. CLK 3 5)Repeat the above question 4 for negative edge.

4) For the given waveforms determine the output Q and name the reasons for it. assume that the Flip-Flop is initially at Reset and respond to a positive edge. CLK 3 5)Repeat the above question 4 for negative edge.

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
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### Question 4 For the given waveforms, determine the output Q and name the reasons for it. Assume that the Flip-Flop is initially at Reset and responds to a positive edge. ### Explanation of Diagram The diagram presents three waveforms representing the signals for Clock (CLK), J, and K inputs of a JK Flip-Flop. These waveforms show how each signal fluctuates over time. Each vertical dashed line represents the clock cycle intervals numbered from 1 to 5. **Waveform Details:** - **CLK:** Alternates between 0 and 1, indicating clock pulses. The positive edge is at transitions from 0 to 1. - **J:** Starts at 0, becomes 1 before the second clock cycle, and remains high. - **K:** Begins and remains at 0. ### Question 5 Repeat the above question 4 for the negative edge. --- ### Task Guidelines To calculate the output Q: - **Positive Edge Triggering (Question 4):** 1. At each positive clock edge, observe the values of J and K. 2. Based on JK Flip-Flop logic: - If J = 0 and K = 0: No change (Q remains the same). - If J = 0 and K = 1: Reset (Q = 0). - If J = 1 and K = 0: Set (Q = 1). - If J = 1 and K = 1: Toggle (Q becomes the opposite of its current state). - **Negative Edge Triggering (Question 5):** 1. Evaluate similarly at negative clock edges (transitions from 1 to 0). Applying these rules to the given waveforms will determine Q's behavior across each clock cycle.
Transcribed Image Text:### Question 4 For the given waveforms, determine the output Q and name the reasons for it. Assume that the Flip-Flop is initially at Reset and responds to a positive edge. ### Explanation of Diagram The diagram presents three waveforms representing the signals for Clock (CLK), J, and K inputs of a JK Flip-Flop. These waveforms show how each signal fluctuates over time. Each vertical dashed line represents the clock cycle intervals numbered from 1 to 5. **Waveform Details:** - **CLK:** Alternates between 0 and 1, indicating clock pulses. The positive edge is at transitions from 0 to 1. - **J:** Starts at 0, becomes 1 before the second clock cycle, and remains high. - **K:** Begins and remains at 0. ### Question 5 Repeat the above question 4 for the negative edge. --- ### Task Guidelines To calculate the output Q: - **Positive Edge Triggering (Question 4):** 1. At each positive clock edge, observe the values of J and K. 2. Based on JK Flip-Flop logic: - If J = 0 and K = 0: No change (Q remains the same). - If J = 0 and K = 1: Reset (Q = 0). - If J = 1 and K = 0: Set (Q = 1). - If J = 1 and K = 1: Toggle (Q becomes the opposite of its current state). - **Negative Edge Triggering (Question 5):** 1. Evaluate similarly at negative clock edges (transitions from 1 to 0). Applying these rules to the given waveforms will determine Q's behavior across each clock cycle.
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