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R1 1.0kn 3.536 Vims 10HZ L1 CT 10nF

R1 1.0kn 3.536 Vims 10HZ L1 CT 10nF

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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Find phase difference of power supply voltage and vR(wich is equal to angle of current) In table 1
4G I. 9:0M lab manual circuit t... Procedure: 1. Using the given values in the circuit shown in figure 1 below, fill up the table 1: Circuit Parameters f-10kHz f-30kHz Inductive reactance, XI Capacitive reactance, Xe Total Impedance of RLC, Phase difference of power supply voltage and VR(which is equal to angel of current) Power factor or RLC circuit. Table 1 Part 2- Measurement of Voltage and Current in RLC Circuits using oscilloscope. 1. Connect the circuits as shown in figure 1. Use the following values: Resistor Ik ohms; 100mH inductor, 10nF capacitor R1 $1.0kn 3.536 Vims 10kHz L1 10ombt 는10nF Figure 2. Set the fregueney at 19kHz.
Transcribed Image Text:4G I. 9:0M lab manual circuit t... Procedure: 1. Using the given values in the circuit shown in figure 1 below, fill up the table 1: Circuit Parameters f-10kHz f-30kHz Inductive reactance, XI Capacitive reactance, Xe Total Impedance of RLC, Phase difference of power supply voltage and VR(which is equal to angel of current) Power factor or RLC circuit. Table 1 Part 2- Measurement of Voltage and Current in RLC Circuits using oscilloscope. 1. Connect the circuits as shown in figure 1. Use the following values: Resistor Ik ohms; 100mH inductor, 10nF capacitor R1 $1.0kn 3.536 Vims 10kHz L1 10ombt 는10nF Figure 2. Set the fregueney at 19kHz.
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