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11.11 Complete the following timing diagram for an S-R latch. Assume Q begins at 1.

11.11 Complete the following timing diagram for an S-R latch. Assume Q begins at 1.

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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**11.11** Complete the following timing diagram for an S-R latch. Assume \( Q \) begins at 1. **Diagram Explanation:** The diagram consists of three distinct lines representing the signals S, R, and Q. - **S Line (Set):** - Starts at a low level and intermittently transitions high with short pulses. The first high pulse appears approximately at the beginning, followed by two more identical pulses at regular intervals. - **R Line (Reset):** - Initially low, the R line becomes high with a single pulse that appears between the second Set pulse and the third Set pulse. - **Q Line (Output):** - Starts at a high level (assumed to be 1 due to instructions). The output remains high until the Reset line pulse occurs, at which point it transitions to a low level and stays low to the end of the diagram. The diagram requires completion based on the interactions between these signals, adhering to the behavior of an S-R latch given that \( Q \) begins at 1.
Transcribed Image Text:**11.11** Complete the following timing diagram for an S-R latch. Assume \( Q \) begins at 1. **Diagram Explanation:** The diagram consists of three distinct lines representing the signals S, R, and Q. - **S Line (Set):** - Starts at a low level and intermittently transitions high with short pulses. The first high pulse appears approximately at the beginning, followed by two more identical pulses at regular intervals. - **R Line (Reset):** - Initially low, the R line becomes high with a single pulse that appears between the second Set pulse and the third Set pulse. - **Q Line (Output):** - Starts at a high level (assumed to be 1 due to instructions). The output remains high until the Reset line pulse occurs, at which point it transitions to a low level and stays low to the end of the diagram. The diagram requires completion based on the interactions between these signals, adhering to the behavior of an S-R latch given that \( Q \) begins at 1.
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