6. Analyze the circuit of Figure 1 with R = 1k2 and C = 1 μF. Assume 5VDC input voltageand include a 600 source resistance with the signal generator. Find Reffective, i(t), v(t),and the time constant for t>0.7. Construct the circuit of Figure 1 with C-0.1uF and R = 1k2. Set the square wavegenerator to 10V pk-pk. Observe the input voltage on channel 1 and output voltageon channel 2 at 500Hz, 5kHz, and 50kHz. Take screen-shots of the waveforms. VideoDemonstration: Record the discharge curve of the capacitor and measure how long ittakes the capacitor to discharge. Voltage Source1=0X—(₂i(t)RwwwFigure 1: RC Circuit+v(1)C

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Electrical Engineering

Voltage Source + 1=0 R XW Can i(t) Figure 1: RC Circuit + v(1) C

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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Question

6. Analyze the circuit of Figure 1 with R = 1k2 and C = 1 μF. Assume 5VDC input voltage
and include a 600 source resistance with the signal generator. Find Reffective, i(t), v(t),
and the time constant for t>0.
7. Construct the circuit of Figure 1 with C-0.1uF and R = 1k2. Set the square wave
generator to 10V pk-pk. Observe the input voltage on channel 1 and output voltage
on channel 2 at 500Hz, 5kHz, and 50kHz. Take screen-shots of the waveforms. Video
Demonstration: Record the discharge curve of the capacitor and measure how long it
takes the capacitor to discharge.

Voltage Source
1=0
X—
(₂
i(t)
R
www
Figure 1: RC Circuit
+
v(1)
C

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