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Consider the following parallel RLC circuit. L=150mH. C=0.1uF. Notice that the inductor series resistance may be absorbed as a part or possibly all by R1. The power source outputs a 100HZ, 1V peak to peak function. R1 L ww Vi C R2 Vo Figure 4: Parallel RLC circuit Show that for the circuit of Figure 4, the overshoot is given by e v- and the -2n- undershoot by: e Prove the time corresponding to the overshoot and undershoot are t = and t = a /1-72 Choose R1 and R2 such that the capacitor has a final voltage of about 0.875V and that the circuit is 3 × 0.5. underdamped with occur? What portion of R1 is made up of the inductor series resistance? What is the overshoot and the undershoot voltages and the time they

Consider the following parallel RLC circuit. L=150mH. C=0.1uF. Notice that the inductor series resistance may be absorbed as a part or possibly all by R1. The power source outputs a 100HZ, 1V peak to peak function. R1 L ww Vi C R2 Vo Figure 4: Parallel RLC circuit Show that for the circuit of Figure 4, the overshoot is given by e v- and the -2n- undershoot by: e Prove the time corresponding to the overshoot and undershoot are t = and t = a /1-72 Choose R1 and R2 such that the capacitor has a final voltage of about 0.875V and that the circuit is 3 × 0.5. underdamped with occur? What portion of R1 is made up of the inductor series resistance? What is the overshoot and the undershoot voltages and the time they

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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Consider the following parallel RLC circuit. L=150mH. C=0.1uF. Notice that the inductor series resistance may be absorbed as a part or possibly all by R1. The power source outputs a 100HZ, 1V peak to peak function. R1 L R2 Vo Figure 4: Parallel RLC circuit and the -T- Show that for the circuit of Figure 4, the overshoot is given by e -2T 1-7² undershoot by: e Prove the time corresponding to the overshoot and undershoot aret = and a 1-72 t = a V1-72 Choose R1 and R2 such that the capacitor has a final voltage of about 0.875V and that the circuit is Š × 0.5. What is the overshoot and the undershoot voltages and the time they underdamped with occur? What portion of R1 is made up of the inductor series resistance? ド」 ww
Transcribed Image Text:Consider the following parallel RLC circuit. L=150mH. C=0.1uF. Notice that the inductor series resistance may be absorbed as a part or possibly all by R1. The power source outputs a 100HZ, 1V peak to peak function. R1 L R2 Vo Figure 4: Parallel RLC circuit and the -T- Show that for the circuit of Figure 4, the overshoot is given by e -2T 1-7² undershoot by: e Prove the time corresponding to the overshoot and undershoot aret = and a 1-72 t = a V1-72 Choose R1 and R2 such that the capacitor has a final voltage of about 0.875V and that the circuit is Š × 0.5. What is the overshoot and the undershoot voltages and the time they underdamped with occur? What portion of R1 is made up of the inductor series resistance? ド」 ww
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