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2. 3 Measure the voltage across the 1-μF capacitor and the current through it. Vc = Ic =

2. 3 Measure the voltage across the 1-μF capacitor and the current through it. Vc = Ic =

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
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1. 2. Connect 3.5-V (rms) ac source across the circuit as shown. 1 Vc = E 3.5 Vrms 500 Hz 0° lc = Measure the voltage across the 1-μF capacitor and the current through it. C 1μF 2 R >1002 Time/Division: Phase relationship of current and voltage in a capacitive circuit: The current leads the voltage by 90 deg. 3 3. Connect channel A of the oscilloscope across the capacitor and channel B to the 10- resistor. Volts/Division: 4. Draw the corresponding waveforms, the voltage across the capacitor and the voltage across the 10- resistor. Assume that the voltage across the 10- resistor, determine the phase relationship between voltage and current in a capacitive circuit.
Transcribed Image Text:1. 2. Connect 3.5-V (rms) ac source across the circuit as shown. 1 Vc = E 3.5 Vrms 500 Hz 0° lc = Measure the voltage across the 1-μF capacitor and the current through it. C 1μF 2 R >1002 Time/Division: Phase relationship of current and voltage in a capacitive circuit: The current leads the voltage by 90 deg. 3 3. Connect channel A of the oscilloscope across the capacitor and channel B to the 10- resistor. Volts/Division: 4. Draw the corresponding waveforms, the voltage across the capacitor and the voltage across the 10- resistor. Assume that the voltage across the 10- resistor, determine the phase relationship between voltage and current in a capacitive circuit.
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