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What is the time delay between Channel 1 and Channel 2

What is the time delay between Channel 1 and Channel 2

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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What is the time delay between Channel 1 and Channel 2?

This image depicts the display of an oscilloscope, an instrument used for observing the change of an electrical signal over time. ### Display Section 1. **Waveforms:** - **Solid Orange Curve:** Represents one of the signals being measured. It is a sinusoidal wave. - **Dashed Green Curve:** Represents another signal being measured. It is also a sinusoidal wave but appears phase-shifted relative to the orange curve. 2. **Grid:** - The display is overlaid with a grid for better visualization and measurement of waveforms. ### Control Sections 1. **Horizontal Control:** - Button labeled “10 mSec/Div” with a blue color indicates the time scale setting, where each horizontal division represents 10 milliseconds. 2. **Vertical Control:** - Two buttons labeled “1 V/Div” (green) and “0.2 V/Div” (orange) indicate the voltage scale settings. The selected scale likely affects how each waveform is displayed vertically in terms of amplitude. 3. **Trigger Section:** - **Source:** Indicates that the signal is sourced from Channel 1 (Chnl 1). - **Level:** Set at 0.010 V, defining the voltage level at which the oscilloscope is triggered to capture the waveform. - **Mode:** Set to "Single," meaning the oscilloscope captures a single event when triggered. 4. **Operational Mode:** - Two buttons labeled “RUN” and “SINGLE” control the operational mode of the oscilloscope. "RUN" may continuously update the display with incoming signals, whereas "SINGLE" captures a single waveform event. This setup allows users to visualize and measure two distinct electrical signals simultaneously, aiding in analysis and troubleshooting of electronic circuits.
Transcribed Image Text:This image depicts the display of an oscilloscope, an instrument used for observing the change of an electrical signal over time. ### Display Section 1. **Waveforms:** - **Solid Orange Curve:** Represents one of the signals being measured. It is a sinusoidal wave. - **Dashed Green Curve:** Represents another signal being measured. It is also a sinusoidal wave but appears phase-shifted relative to the orange curve. 2. **Grid:** - The display is overlaid with a grid for better visualization and measurement of waveforms. ### Control Sections 1. **Horizontal Control:** - Button labeled “10 mSec/Div” with a blue color indicates the time scale setting, where each horizontal division represents 10 milliseconds. 2. **Vertical Control:** - Two buttons labeled “1 V/Div” (green) and “0.2 V/Div” (orange) indicate the voltage scale settings. The selected scale likely affects how each waveform is displayed vertically in terms of amplitude. 3. **Trigger Section:** - **Source:** Indicates that the signal is sourced from Channel 1 (Chnl 1). - **Level:** Set at 0.010 V, defining the voltage level at which the oscilloscope is triggered to capture the waveform. - **Mode:** Set to "Single," meaning the oscilloscope captures a single event when triggered. 4. **Operational Mode:** - Two buttons labeled “RUN” and “SINGLE” control the operational mode of the oscilloscope. "RUN" may continuously update the display with incoming signals, whereas "SINGLE" captures a single waveform event. This setup allows users to visualize and measure two distinct electrical signals simultaneously, aiding in analysis and troubleshooting of electronic circuits.
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Time delay between two signals can be calculated by taking the time difference between the two peaks of the signals 

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