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Instruction: ➤ A parallel circuit consisting of two series circuits of (R3, L1) and (R1, L2, C1) is connected in series with a series circuit consisting of (R1, L3, C2). ➤ Supply voltage is a REFERENCE ► Calculate, measure, simulate and tabulate the values of the following: ➤ Current flowing through C1 ➤ Current flowing through L1 ► Current flowing through Rl ➤ Total current > Power factor and reactive power of the circuit ► Power factor and reactive power of branch (R3,L1) ➤ Voltage drop across L3 and R1 Voltage drop across R1, L2, C1 ➤ Total impedance (Show the steps on how you got the impedance) R1 638.22 ohm, R3 = 951.28 ohms, L1 = 7.27 mH, L2 = 14.87 mH, L3 22.34 mH, = C1 = 1.34 uF, C2 3.81 uF, = Voltage supply = 230 V

Instruction: ➤ A parallel circuit consisting of two series circuits of (R3, L1) and (R1, L2, C1) is connected in series with a series circuit consisting of (R1, L3, C2). ➤ Supply voltage is a REFERENCE ► Calculate, measure, simulate and tabulate the values of the following: ➤ Current flowing through C1 ➤ Current flowing through L1 ► Current flowing through Rl ➤ Total current > Power factor and reactive power of the circuit ► Power factor and reactive power of branch (R3,L1) ➤ Voltage drop across L3 and R1 Voltage drop across R1, L2, C1 ➤ Total impedance (Show the steps on how you got the impedance) R1 638.22 ohm, R3 = 951.28 ohms, L1 = 7.27 mH, L2 = 14.87 mH, L3 22.34 mH, = C1 = 1.34 uF, C2 3.81 uF, = Voltage supply = 230 V

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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Instruction: ➤ A parallel circuit consisting of two series circuits of (R3, L1) and (R1, L2, C1) is connected in series with a series circuit consisting of (R1, L3, C2). ➤ Supply voltage is a REFERENCE ► Calculate, measure, simulate and tabulate the values of the following: ➤ Current flowing through C1 ➤ Current flowing through L1 ► Current flowing through Rl ➤ Total current > Power factor and reactive power of the circuit ► Power factor and reactive power of branch (R3,L1) ➤ Voltage drop across L3 and R1 Voltage drop across R1, L2, C1 ➤ Total impedance (Show the steps on how you got the impedance)
Transcribed Image Text:Instruction: ➤ A parallel circuit consisting of two series circuits of (R3, L1) and (R1, L2, C1) is connected in series with a series circuit consisting of (R1, L3, C2). ➤ Supply voltage is a REFERENCE ► Calculate, measure, simulate and tabulate the values of the following: ➤ Current flowing through C1 ➤ Current flowing through L1 ► Current flowing through Rl ➤ Total current > Power factor and reactive power of the circuit ► Power factor and reactive power of branch (R3,L1) ➤ Voltage drop across L3 and R1 Voltage drop across R1, L2, C1 ➤ Total impedance (Show the steps on how you got the impedance)
R1 638.22 ohm, R3 = 951.28 ohms, L1 = 7.27 mH, L2 = 14.87 mH, L3 22.34 mH, = C1 = 1.34 uF, C2 3.81 uF, = Voltage supply = 230 V
Transcribed Image Text:R1 638.22 ohm, R3 = 951.28 ohms, L1 = 7.27 mH, L2 = 14.87 mH, L3 22.34 mH, = C1 = 1.34 uF, C2 3.81 uF, = Voltage supply = 230 V
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