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Apply the knowledge of which node is the reference node, which nodes are dependent and ndependent nodes. Then insert the above values into the matrix equation determine the voltages for che unknown voltages. VA = VB [Select] VD = Vc [Select] [Select] = = [Select] < <

Apply the knowledge of which node is the reference node, which nodes are dependent and ndependent nodes. Then insert the above values into the matrix equation determine the voltages for che unknown voltages. VA = VB [Select] VD = Vc [Select] [Select] = = [Select] < <

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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Use the Dummy Node Voltage Analysis algorithm to solve for the unknown node voltages. NR₂ B A R5 R₁ M C IS1 R₂ R3 ма R₁ сли Reference Node (D) ↑ 52
Transcribed Image Text:Use the Dummy Node Voltage Analysis algorithm to solve for the unknown node voltages. NR₂ B A R5 R₁ M C IS1 R₂ R3 ма R₁ сли Reference Node (D) ↑ 52
Now the values for the elements are R₁ = 10Ω R5 = 100 R2 = 10Ω R6 = 109 R3 = 20Ω R4 = 2002 IS1 = 1A IS2 VA Apply the knowledge of which node is the reference node, which nodes are dependent and independent nodes. Then insert the above values into the matrix equation determine the voltages for the unknown voltages. VB Vc VD = = = [Select] [Select] [Select] = [ Select] 500mA
Transcribed Image Text:Now the values for the elements are R₁ = 10Ω R5 = 100 R2 = 10Ω R6 = 109 R3 = 20Ω R4 = 2002 IS1 = 1A IS2 VA Apply the knowledge of which node is the reference node, which nodes are dependent and independent nodes. Then insert the above values into the matrix equation determine the voltages for the unknown voltages. VB Vc VD = = = [Select] [Select] [Select] = [ Select] 500mA
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