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ELECTRICAL ENGINEERING INSTRUMENTATION AND CONTROL RC Low-Pass Filter Circult Analysis using Digital Oscilloscope 1. Using the same RC circuit, measure the same parameters using a Digital Oscilloscope. 2. After attaching the probes to the input and output of the circuit, press the AUTOSET button to display the signal trace on the screen. VARIABLE Acquire Display Ubility Help Autoset Cursor Measure Save/Recall Hardcopy Run/Stop VERTICAL HORIZONTAL TRIGGER LEVEL 3. Use the MEASURE button to display all the measured parameters. 4. Use the CURSOR button to measure the time delay between the input and output signal. 5. Calculate the phase difference using the same formula given. 6. Record your measurements on Table 2.2. Frequency (Hz) Vin Vout Time Period (V) (V) (ms) Time Delay At (ms) Phase Difference 0 (9) 100 Hz 500 Hz 1 kHz 5 kHz CS Scanned with CamScanner Table 2.2. Measurements using Digital Oscilloscope 2 Vpp 1 kHz R1 10k -80- C1 1uF 11/1/20 A B C D

ELECTRICAL ENGINEERING INSTRUMENTATION AND CONTROL RC Low-Pass Filter Circult Analysis using Digital Oscilloscope 1. Using the same RC circuit, measure the same parameters using a Digital Oscilloscope. 2. After attaching the probes to the input and output of the circuit, press the AUTOSET button to display the signal trace on the screen. VARIABLE Acquire Display Ubility Help Autoset Cursor Measure Save/Recall Hardcopy Run/Stop VERTICAL HORIZONTAL TRIGGER LEVEL 3. Use the MEASURE button to display all the measured parameters. 4. Use the CURSOR button to measure the time delay between the input and output signal. 5. Calculate the phase difference using the same formula given. 6. Record your measurements on Table 2.2. Frequency (Hz) Vin Vout Time Period (V) (V) (ms) Time Delay At (ms) Phase Difference 0 (9) 100 Hz 500 Hz 1 kHz 5 kHz CS Scanned with CamScanner Table 2.2. Measurements using Digital Oscilloscope 2 Vpp 1 kHz R1 10k -80- C1 1uF 11/1/20 A B C D

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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ELECTRICAL ENGINEERING INSTRUMENTATION AND CONTROL RC Low-Pass Filter Circult Analysis using Digital Oscilloscope 1. Using the same RC circuit, measure the same parameters using a Digital Oscilloscope. 2. After attaching the probes to the input and output of the circuit, press the AUTOSET button to display the signal trace on the screen. VARIABLE Acquire Display Ubility Help Autoset Cursor Measure Save/Recall Hardcopy Run/Stop VERTICAL HORIZONTAL TRIGGER LEVEL 3. Use the MEASURE button to display all the measured parameters. 4. Use the CURSOR button to measure the time delay between the input and output signal. 5. Calculate the phase difference using the same formula given. 6. Record your measurements on Table 2.2. Frequency (Hz) Vin Vout Time Period (V) (V) (ms) Time Delay At (ms) Phase Difference 0 (9) 100 Hz 500 Hz 1 kHz 5 kHz CS Scanned with CamScanner Table 2.2. Measurements using Digital Oscilloscope
Transcribed Image Text:ELECTRICAL ENGINEERING INSTRUMENTATION AND CONTROL RC Low-Pass Filter Circult Analysis using Digital Oscilloscope 1. Using the same RC circuit, measure the same parameters using a Digital Oscilloscope. 2. After attaching the probes to the input and output of the circuit, press the AUTOSET button to display the signal trace on the screen. VARIABLE Acquire Display Ubility Help Autoset Cursor Measure Save/Recall Hardcopy Run/Stop VERTICAL HORIZONTAL TRIGGER LEVEL 3. Use the MEASURE button to display all the measured parameters. 4. Use the CURSOR button to measure the time delay between the input and output signal. 5. Calculate the phase difference using the same formula given. 6. Record your measurements on Table 2.2. Frequency (Hz) Vin Vout Time Period (V) (V) (ms) Time Delay At (ms) Phase Difference 0 (9) 100 Hz 500 Hz 1 kHz 5 kHz CS Scanned with CamScanner Table 2.2. Measurements using Digital Oscilloscope
2 Vpp 1 kHz R1 10k -80- C1 1uF 11/1/20 A B C D
Transcribed Image Text:2 Vpp 1 kHz R1 10k -80- C1 1uF 11/1/20 A B C D
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