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2. Testing V-I characteristics of a Resistive Network versus its Thevenin Equivalent. a) Create the following circuit and connect a 102 Load Resistance to terminals a-b. Measure the Voltage, Current, and Power for the Load. b) Create the Thevenin Equivalent of the circuits with respect to a-b and connect the same load to this equivalent and show that Voltage, Current, and Power found in a) is the same. 3 i 20 a 24 V 4 A(1) i380

2. Testing V-I characteristics of a Resistive Network versus its Thevenin Equivalent. a) Create the following circuit and connect a 102 Load Resistance to terminals a-b. Measure the Voltage, Current, and Power for the Load. b) Create the Thevenin Equivalent of the circuits with respect to a-b and connect the same load to this equivalent and show that Voltage, Current, and Power found in a) is the same. 3 i 20 a 24 V 4 A(1) i380

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
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2. Testing V-I characteristics of a Resistive Network versus its Thevenin Equivalent. a) Create the following circuit and connect a 102 Load Resistance to terminals a-b. Measure the Voltage, Current, and Power for the Load. b) Create the Thevenin Equivalent of the circuits with respect to a-b and connect the same load to this equivalent and show that Voltage, Current, and Power found in a) is the same. 3 i, 20 a 4 A( , i380 24 V
Transcribed Image Text:2. Testing V-I characteristics of a Resistive Network versus its Thevenin Equivalent. a) Create the following circuit and connect a 102 Load Resistance to terminals a-b. Measure the Voltage, Current, and Power for the Load. b) Create the Thevenin Equivalent of the circuits with respect to a-b and connect the same load to this equivalent and show that Voltage, Current, and Power found in a) is the same. 3 i, 20 a 4 A( , i380 24 V
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