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An RLC circuit consists of a 150 Ohm resistor, a 12.5 uF capacitor and a 6 mH inductor, connected in series to an AC source with a maximum voltage (∆Vmax) of 120 V. Calculate:  a. The frequency on which the impedance on the circuit has its minimum value. b. For the value of the frequency calculated on a. calculate the maximum current through the inductor. c. For the frequency calculated on a. calculate the potential difference of the AC source, the resistor, the inductor and the capacitor on a time instance on which the magnitud of the current on the circuit is half of its maximum positive value.   Calculate c.

An RLC circuit consists of a 150 Ohm resistor, a 12.5 uF capacitor and a 6 mH inductor, connected in series to an AC source with a maximum voltage (∆Vmax) of 120 V. Calculate:  a. The frequency on which the impedance on the circuit has its minimum value. b. For the value of the frequency calculated on a. calculate the maximum current through the inductor. c. For the frequency calculated on a. calculate the potential difference of the AC source, the resistor, the inductor and the capacitor on a time instance on which the magnitud of the current on the circuit is half of its maximum positive value.   Calculate c.

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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An RLC circuit consists of a 150 Ohm resistor, a 12.5 uF capacitor and a 6 mH inductor, connected in series to an AC source with a maximum voltage (∆Vmax) of 120 V. Calculate: 
a. The frequency on which the impedance on the circuit has its minimum value.

b. For the value of the frequency calculated on a. calculate the maximum current through the inductor.

c. For the frequency calculated on a. calculate the potential difference of the AC source, the resistor, the inductor and the capacitor on a time instance on which the magnitud of the current on the circuit is half of its maximum positive value.

 

Calculate c.

Enunciado Base Un circuito RLC en serie se encuentra compuesto por una resistencia de 150 Q, un capacitor de 12.5 µF y un inductor de 6 mH, conectados en serie a una fuente de corriente alterna con una amplitud máxima de 120.0 V. Calcule: a. El valor de la frecuencia a la cual la impedancia del circuito será mínima. b. Para el valor de la frecuencia calculada en el punto a, calcule la corriente máxima a través del inductor. c. Para la frecuencia calculada en el punto a, calcule la diferencia de potencial de la fuente de corriente alterna, el resistor, el inductor y el capacitor en un instante de tiempo donde la magnitud de la corriente del circuito es la mitad de su valor positivo más grande. Modificación solicitada Cambie la magnitud del resistor, el inductor y el capacitor. Debe modificar también el instante de tiempo del punto c, de manera que la magnitud de corriente del circuito sea una fracción de la magnitud positiva máxima del circuito comprendida entre 1/10 y 1/2.
Transcribed Image Text:Enunciado Base Un circuito RLC en serie se encuentra compuesto por una resistencia de 150 Q, un capacitor de 12.5 µF y un inductor de 6 mH, conectados en serie a una fuente de corriente alterna con una amplitud máxima de 120.0 V. Calcule: a. El valor de la frecuencia a la cual la impedancia del circuito será mínima. b. Para el valor de la frecuencia calculada en el punto a, calcule la corriente máxima a través del inductor. c. Para la frecuencia calculada en el punto a, calcule la diferencia de potencial de la fuente de corriente alterna, el resistor, el inductor y el capacitor en un instante de tiempo donde la magnitud de la corriente del circuito es la mitad de su valor positivo más grande. Modificación solicitada Cambie la magnitud del resistor, el inductor y el capacitor. Debe modificar también el instante de tiempo del punto c, de manera que la magnitud de corriente del circuito sea una fracción de la magnitud positiva máxima del circuito comprendida entre 1/10 y 1/2.
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