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V1 + R2 S1 www R1 C3 C2 C1 Given the circuit shown above with component values R1 = 100 kQ, R2 = 10 kN, C1 = 100nF C2 = 220nF and C3 = 330nF. V1 = 5 V (DC). Using this circuit, please complete; a) Assume initially all capacitors are empty (no charge), if we close the switch S1 at time t 0 sec, how long before the circuit reaches steady state (all capacitors charged at least to 99%)? b) Draw the voltage over resistor R1 over time based on theory during the charge cycle of the capacitors (see (a), and label all axes and put in any relevant points on the figure). c) Assume initially all capacitors are fully charged (switch S1 has been closed for long time) if you release the switch S1 at time t = 0 sec, how long before the circuit reaches steady state (all capacitors discharged to below 2%)? d) Draw the voltage over resistor R1 over time based on theory during the discharge cycle of the capacitors (see (c), and label all axes and put in any relevant points on the figure).

V1 + R2 S1 www R1 C3 C2 C1 Given the circuit shown above with component values R1 = 100 kQ, R2 = 10 kN, C1 = 100nF C2 = 220nF and C3 = 330nF. V1 = 5 V (DC). Using this circuit, please complete; a) Assume initially all capacitors are empty (no charge), if we close the switch S1 at time t 0 sec, how long before the circuit reaches steady state (all capacitors charged at least to 99%)? b) Draw the voltage over resistor R1 over time based on theory during the charge cycle of the capacitors (see (a), and label all axes and put in any relevant points on the figure). c) Assume initially all capacitors are fully charged (switch S1 has been closed for long time) if you release the switch S1 at time t = 0 sec, how long before the circuit reaches steady state (all capacitors discharged to below 2%)? d) Draw the voltage over resistor R1 over time based on theory during the discharge cycle of the capacitors (see (c), and label all axes and put in any relevant points on the figure).

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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V1 + R2 ww S1 M R1 C3 HE C2 HE C1 Given the circuit shown above with component values R1 = 100 kN, R2 = 10 kN, C1 = 100nF, C2 = 220nF and C3 = 330nF. V1 = 5 V (DC). Using this circuit, please complete; a) Assume initially all capacitors are empty (no charge), if we close the switch S1 at time t = = 0 sec, how long before the circuit reaches steady state (all capacitors charged at least to 99%)? b) Draw the voltage over resistor R1 over time based on theory during the charge cycle of the capacitors (see (a), and label all axes and put in any relevant points on the figure). c) Assume initially all capacitors are fully charged (switch S1 has been closed for long time), if you release the switch S1 at time t = 0 sec, how long before the circuit reaches steady state (all capacitors discharged to below 2%)? d) Draw the voltage over resistor R1 over time based on theory during the discharge cycle of the capacitors (see (c), and label all axes and put in any relevant points on the figure).
Transcribed Image Text:V1 + R2 ww S1 M R1 C3 HE C2 HE C1 Given the circuit shown above with component values R1 = 100 kN, R2 = 10 kN, C1 = 100nF, C2 = 220nF and C3 = 330nF. V1 = 5 V (DC). Using this circuit, please complete; a) Assume initially all capacitors are empty (no charge), if we close the switch S1 at time t = = 0 sec, how long before the circuit reaches steady state (all capacitors charged at least to 99%)? b) Draw the voltage over resistor R1 over time based on theory during the charge cycle of the capacitors (see (a), and label all axes and put in any relevant points on the figure). c) Assume initially all capacitors are fully charged (switch S1 has been closed for long time), if you release the switch S1 at time t = 0 sec, how long before the circuit reaches steady state (all capacitors discharged to below 2%)? d) Draw the voltage over resistor R1 over time based on theory during the discharge cycle of the capacitors (see (c), and label all axes and put in any relevant points on the figure).
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