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rom your measurments , find Total impedance , Zt ?

rom your measurments , find Total impedance , Zt ?

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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From your measurments , find Total impedance , Zt ?
4G I. 9:00 lab manual circuit t... 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 roombt CT :101F Figure 1 2. Set the frequency at 10kHz. 3. Connect channel 1 input of the oscilloscope in points (a,b). Set the output of the signal generator to have Vs= 10 Vp-p. 4. Connect Channel 2 of the oscilloscope in points (c,b) and measure the voltage across the resistor Vr(p-p)=. volts 5. Change the position of the resistor and capacitor, then measure the voltage across the сараcitor. Ve(p-p)=. volts 6. Change the position of the capacitor and inductor , then measure the voltage across the inductor. VL(p-p)= volts 7. Compute the total voltage of the circuit. VTp-p= 8. Calculate the current of the circuit I(p-p= 9. Find phase difference phi between l(p-p) and Vs: *Get the instructor signature bere for above
Transcribed Image Text:4G I. 9:00 lab manual circuit t... 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 roombt CT :101F Figure 1 2. Set the frequency at 10kHz. 3. Connect channel 1 input of the oscilloscope in points (a,b). Set the output of the signal generator to have Vs= 10 Vp-p. 4. Connect Channel 2 of the oscilloscope in points (c,b) and measure the voltage across the resistor Vr(p-p)=. volts 5. Change the position of the resistor and capacitor, then measure the voltage across the сараcitor. Ve(p-p)=. volts 6. Change the position of the capacitor and inductor , then measure the voltage across the inductor. VL(p-p)= volts 7. Compute the total voltage of the circuit. VTp-p= 8. Calculate the current of the circuit I(p-p= 9. Find phase difference phi between l(p-p) and Vs: *Get the instructor signature bere for above
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