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According to the waveforms shown below, the following gates are faulty: B x HH (a) (b) (d) a, b and d. a and b. O band d. O None of the above.

According to the waveforms shown below, the following gates are faulty: B x HH (a) (b) (d) a, b and d. a and b. O band d. O None of the above.

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:** According to the waveforms shown below, the following gates are faulty: **Images and Explanation:** The diagram consists of four logic gates labeled (a) through (d), each with associated waveforms for inputs A, B, and output X. - **(a):** Features an AND gate. The waveform for inputs A and B are shown above the waveform for output X. The output X is low except when both A and B are high. - **(b):** Shows a NOR gate. The inputs A and B waveforms are displayed, with output X being high only when both inputs are low. - **(c):** Displays an AND gate. The input and output waveforms are accurately synchronized, with X being high only when both A and B are high. - **(d):** Illustrates another AND gate. The waveforms exhibit a discrepancy, as the output X is not consistent with the typical AND gate logic, implying a fault. **Options:** - ○ a, b and d. - ○ a and b. - ○ b and d. - ○ None of the above.
Transcribed Image Text:**Question:** According to the waveforms shown below, the following gates are faulty: **Images and Explanation:** The diagram consists of four logic gates labeled (a) through (d), each with associated waveforms for inputs A, B, and output X. - **(a):** Features an AND gate. The waveform for inputs A and B are shown above the waveform for output X. The output X is low except when both A and B are high. - **(b):** Shows a NOR gate. The inputs A and B waveforms are displayed, with output X being high only when both inputs are low. - **(c):** Displays an AND gate. The input and output waveforms are accurately synchronized, with X being high only when both A and B are high. - **(d):** Illustrates another AND gate. The waveforms exhibit a discrepancy, as the output X is not consistent with the typical AND gate logic, implying a fault. **Options:** - ○ a, b and d. - ○ a and b. - ○ b and d. - ○ None of the above.
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