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9. Sketch the Vr waveform for the circuit in Figure 11–56, given the indicated relationship of the input waveforms. FIGURE 11-56 VG- VR R

9. Sketch the Vr waveform for the circuit in Figure 11–56, given the indicated relationship of the input waveforms. FIGURE 11-56 VG- VR R

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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**Figure 11-56: Circuit Analysis with Waveforms** **Task:** Sketch the \( V_R \) waveform for the circuit in Figure 11-56, given the indicated relationship of the input waveforms. **Diagram Explanation:** The figure includes a circuit diagram with a voltage source, diode, and a resistor. The input voltage waveform \( V_A \) is a sinusoidal wave with peaks defined by \( V_A \) at the top and \( V_G \) at the bottom. The graph shows the waveform oscillating above and below the horizontal axis. **Components:** - **Point A:** Connected to the input sinusoidal waveform showing voltage \( V_A \). - **Diode:** Positioned after point G, allowing current flow only in one direction. - **Resistor \( R \):** Connected in series after the diode. - **Ground Symbol:** Connected to the negative side of the resistor, completing the circuit. **Expected Output:** Given these components, the task is to sketch the output waveform \( V_R \) based on the behavior of the diode and resistor in the circuit. The diode will conduct when the input \( V_A \) exceeds the forward voltage, altering the waveform across the resistor \( R \).
Transcribed Image Text:**Figure 11-56: Circuit Analysis with Waveforms** **Task:** Sketch the \( V_R \) waveform for the circuit in Figure 11-56, given the indicated relationship of the input waveforms. **Diagram Explanation:** The figure includes a circuit diagram with a voltage source, diode, and a resistor. The input voltage waveform \( V_A \) is a sinusoidal wave with peaks defined by \( V_A \) at the top and \( V_G \) at the bottom. The graph shows the waveform oscillating above and below the horizontal axis. **Components:** - **Point A:** Connected to the input sinusoidal waveform showing voltage \( V_A \). - **Diode:** Positioned after point G, allowing current flow only in one direction. - **Resistor \( R \):** Connected in series after the diode. - **Ground Symbol:** Connected to the negative side of the resistor, completing the circuit. **Expected Output:** Given these components, the task is to sketch the output waveform \( V_R \) based on the behavior of the diode and resistor in the circuit. The diode will conduct when the input \( V_A \) exceeds the forward voltage, altering the waveform across the resistor \( R \).
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