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Data in Spi

Data in Spi

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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**Problem Statement:** 5. The following Data input and data select waveforms are applied to a De-Multiplexer. Determine the output waveform. **Diagram Explanation:** The diagram below the problem statement represents three signals: 1. **Data In**: The top waveform represents the binary data input to the de-multiplexer. It is a periodic square wave, alternating between high and low states. 2. **Select Signal \( S_0 \)**: The second waveform is the select signal \( S_0 \). It also shows a square wave pattern that changes state more frequently than the data input. 3. **Select Signal \( S_1 \)**: The bottom waveform is the select signal \( S_1 \). This signal has a similar square wave pattern, with changes occurring at a different frequency compared to \( S_0 \). In a de-multiplexer, the data input is routed to one of the output lines based on the select signals. The specific combination of \( S_0 \) and \( S_1 \) determines which output line the input is sent to. The challenge is to analyze these waveforms and determine the resulting output waveform for a given combination of select signals.
Transcribed Image Text:**Problem Statement:** 5. The following Data input and data select waveforms are applied to a De-Multiplexer. Determine the output waveform. **Diagram Explanation:** The diagram below the problem statement represents three signals: 1. **Data In**: The top waveform represents the binary data input to the de-multiplexer. It is a periodic square wave, alternating between high and low states. 2. **Select Signal \( S_0 \)**: The second waveform is the select signal \( S_0 \). It also shows a square wave pattern that changes state more frequently than the data input. 3. **Select Signal \( S_1 \)**: The bottom waveform is the select signal \( S_1 \). This signal has a similar square wave pattern, with changes occurring at a different frequency compared to \( S_0 \). In a de-multiplexer, the data input is routed to one of the output lines based on the select signals. The specific combination of \( S_0 \) and \( S_1 \) determines which output line the input is sent to. The challenge is to analyze these waveforms and determine the resulting output waveform for a given combination of select signals.
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