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Derive the differential equation that models the behavior of the proposed system and obtain the transfer function for initial conditions equal to zero that allows us to relate the voltage output in the capacitor with the input voltage, based on the previous values ​​of Resistance and Capacitance find the inductance corresponding to a critically damped system.

Derive the differential equation that models the behavior of the proposed system and obtain the transfer function for initial conditions equal to zero that allows us to relate the voltage output in the capacitor with the input voltage, based on the previous values ​​of Resistance and Capacitance find the inductance corresponding to a critically damped system.

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
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Derive the differential equation that models the behavior of the proposed system and obtain the transfer function for initial conditions equal to zero that allows us to relate the voltage output in the capacitor with the input voltage, based on the previous values ​​of Resistance and Capacitance find the inductance corresponding to a critically damped system.

PULSADOR L=? Vi 5V R1 +5% 10k2 C1 0.1mF 10V
Transcribed Image Text:PULSADOR L=? Vi 5V R1 +5% 10k2 C1 0.1mF 10V
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