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288 For the Timing Waveform Diagrams shown below, which is the corect drawing for a NOR gate? A. Drawing A B. Drawing B C. Drawing C D. Drawing D

288 For the Timing Waveform Diagrams shown below, which is the corect drawing for a NOR gate? A. Drawing A B. Drawing B C. Drawing C D. Drawing D

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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**Question:** For the Timing Waveform Diagrams shown below, which is the correct drawing for a NOR gate? A. Drawing A B. Drawing B C. Drawing C D. Drawing D --- **Diagrams Explanation:** Each diagram consists of three rows labeled A, B, and X, representing the input signals A and B, and the output signal X of a NOR gate. **Drawing A:** - Inputs A and B show varying high (1) and low (0) states. - Output X is high only when both inputs A and B are low. **Drawing B:** - Inputs A and B show a similar pattern of alternating high and low states. - Output X appears to be incorrect for a NOR gate as it does not stay low when any input is high. **Drawing C:** - Inputs A and B have synchronized patterns. - Output X does not match the characteristic of a NOR gate. **Drawing D:** - Like the other drawings, inputs A and B fluctuate between high and low states. - Output X rises when both inputs are low. **Correct Answer:** - The correct drawing for a NOR gate is **Drawing A**, where the output X is high only when both inputs A and B are low, which aligns with the NOR gate's truth table.
Transcribed Image Text:**Question:** For the Timing Waveform Diagrams shown below, which is the correct drawing for a NOR gate? A. Drawing A B. Drawing B C. Drawing C D. Drawing D --- **Diagrams Explanation:** Each diagram consists of three rows labeled A, B, and X, representing the input signals A and B, and the output signal X of a NOR gate. **Drawing A:** - Inputs A and B show varying high (1) and low (0) states. - Output X is high only when both inputs A and B are low. **Drawing B:** - Inputs A and B show a similar pattern of alternating high and low states. - Output X appears to be incorrect for a NOR gate as it does not stay low when any input is high. **Drawing C:** - Inputs A and B have synchronized patterns. - Output X does not match the characteristic of a NOR gate. **Drawing D:** - Like the other drawings, inputs A and B fluctuate between high and low states. - Output X rises when both inputs are low. **Correct Answer:** - The correct drawing for a NOR gate is **Drawing A**, where the output X is high only when both inputs A and B are low, which aligns with the NOR gate's truth table.
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