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B. Finding the equivalent circuits 1. Now, use the circuit analysis techniques you learned in class to calculate the open-circuit voltage at the terminals in Figure 1. Remember that when finding Thévenin/Norton equivalent of a source circuit, you remove the load resistance! Paste a photo of your work, or type it below: 2. Short the terminals (Vout+ and Vout-) in Figure 1. Calculate the short-circuit current for the circuit. Paste a photo of your work, or type it below: 3. Calculate the Thévenin resistance using the open-circuit voltage and short-circuit current you calculated in parts B1 and B2. Rth= 4. Calculate the Thévenin resistance using the zeroing method as seen from the terminals Vout+ and Vout-. Rth= 5. Do your results in B3 and B4 agree? 6. Using these values, draw the Thévenin and Norton equivalent circuits of the schematic shown in Figure 1. If your laptop doesn't have pen capability, draw the circuits on paper and paste pictures of your drawings into the table below, making sure they are clear and legible: A. Analyzing the circuit For this part of the lab, you will analyze the circuit shown below: V1 5 R1 15 R3 220 R2 470 R5 100 R4 Figure 1: Lab 2 circuit R6 100 -Vout+ -Vout-

B. Finding the equivalent circuits 1. Now, use the circuit analysis techniques you learned in class to calculate the open-circuit voltage at the terminals in Figure 1. Remember that when finding Thévenin/Norton equivalent of a source circuit, you remove the load resistance! Paste a photo of your work, or type it below: 2. Short the terminals (Vout+ and Vout-) in Figure 1. Calculate the short-circuit current for the circuit. Paste a photo of your work, or type it below: 3. Calculate the Thévenin resistance using the open-circuit voltage and short-circuit current you calculated in parts B1 and B2. Rth= 4. Calculate the Thévenin resistance using the zeroing method as seen from the terminals Vout+ and Vout-. Rth= 5. Do your results in B3 and B4 agree? 6. Using these values, draw the Thévenin and Norton equivalent circuits of the schematic shown in Figure 1. If your laptop doesn't have pen capability, draw the circuits on paper and paste pictures of your drawings into the table below, making sure they are clear and legible: A. Analyzing the circuit For this part of the lab, you will analyze the circuit shown below: V1 5 R1 15 R3 220 R2 470 R5 100 R4 Figure 1: Lab 2 circuit R6 100 -Vout+ -Vout-

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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B. Finding the equivalent circuits 1. Now, use the circuit analysis techniques you learned in class to calculate the open-circuit voltage at the terminals in Figure 1. Remember that when finding Thévenin/Norton equivalent of a source circuit, you remove the load resistance! Paste a photo of your work, or type it below: 2. Short the terminals (Vout+ and Vout-) in Figure 1. Calculate the short-circuit current for the circuit. Paste a photo of your work, or type it below: 3. Calculate the Thévenin resistance using the open-circuit voltage and short-circuit current you calculated in parts B1 and B2. Rth= 4. Calculate the Thévenin resistance using the zeroing method as seen from the terminals Vout+ and Vout-. Rth= 5. Do your results in B3 and B4 agree? 6. Using these values, draw the Thévenin and Norton equivalent circuits of the schematic shown in Figure 1. If your laptop doesn't have pen capability, draw the circuits on paper and paste pictures of your drawings into the table below, making sure they are clear and legible:
Transcribed Image Text:B. Finding the equivalent circuits 1. Now, use the circuit analysis techniques you learned in class to calculate the open-circuit voltage at the terminals in Figure 1. Remember that when finding Thévenin/Norton equivalent of a source circuit, you remove the load resistance! Paste a photo of your work, or type it below: 2. Short the terminals (Vout+ and Vout-) in Figure 1. Calculate the short-circuit current for the circuit. Paste a photo of your work, or type it below: 3. Calculate the Thévenin resistance using the open-circuit voltage and short-circuit current you calculated in parts B1 and B2. Rth= 4. Calculate the Thévenin resistance using the zeroing method as seen from the terminals Vout+ and Vout-. Rth= 5. Do your results in B3 and B4 agree? 6. Using these values, draw the Thévenin and Norton equivalent circuits of the schematic shown in Figure 1. If your laptop doesn't have pen capability, draw the circuits on paper and paste pictures of your drawings into the table below, making sure they are clear and legible:
A. Analyzing the circuit For this part of the lab, you will analyze the circuit shown below: V1 5 R1 15 R3 220 R2 470 R5 100 R4 Figure 1: Lab 2 circuit R6 100 -Vout+ -Vout-
Transcribed Image Text:A. Analyzing the circuit For this part of the lab, you will analyze the circuit shown below: V1 5 R1 15 R3 220 R2 470 R5 100 R4 Figure 1: Lab 2 circuit R6 100 -Vout+ -Vout-
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