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c. Now suppose we replace the 5 volt source in our circuit with the squarewave of magnitude 5 volts (i.e. 10 volts peak-to-peak). What frequency should we make it so that we observe the capacitor charge up to +5 volts for 7 time-constants, and then charge down to -5 volts for 7 time-constants?

c. Now suppose we replace the 5 volt source in our circuit with the squarewave of magnitude 5 volts (i.e. 10 volts peak-to-peak). What frequency should we make it so that we observe the capacitor charge up to +5 volts for 7 time-constants, and then charge down to -5 volts for 7 time-constants?

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
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c. Now suppose we replace the 5 volt source in our circuit with the squarewave of magnitude 5 volts (i.e. 10 volts peak-to-peak). What frequency should we make it so that we observe the capacitor charge up to +5 volts for 7 time-constants, and then charge down to -5 volts for 7 time-constants?
Transcribed Image Text:c. Now suppose we replace the 5 volt source in our circuit with the squarewave of magnitude 5 volts (i.e. 10 volts peak-to-peak). What frequency should we make it so that we observe the capacitor charge up to +5 volts for 7 time-constants, and then charge down to -5 volts for 7 time-constants?
2. Given: レ clee Vinlt) = Velt) a. Verify that the differential equation for v (t) is 1 v" +-v + L R LC LC b. Find v. (t) when R=3002 L=100mH C = 0.1µF 330 %3D
Transcribed Image Text:2. Given: レ clee Vinlt) = Velt) a. Verify that the differential equation for v (t) is 1 v" +-v + L R LC LC b. Find v. (t) when R=3002 L=100mH C = 0.1µF 330 %3D
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