2) An inductor L and a capacitorC=1 µF are completely discharged and used to build up the circuit in figure. The switch is first closed (at t=0) to position A and kept in position A for enough time to store an amount of energy U- 0.5 J in the inductor through a resistor R = 102 Then, it is switched to position B to generate an ac voltage signal at frequency f= 1 kHz and maximum amplitude A, where A oLIAB, with IAB current in the inductor when the switch goes from position A to B. i) How much time does the switch need to be in position B to store a total energy U=0.5 J? ii) What is the amplitude A of oscillation? HINT: In your strategy, you do not need to follow the same timing as the switch R=10 ohm A t 0 B C = 1uF 100V

Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
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Please help with this problem. The regular physics section said it was too advanced. 

2) An inductor L and a capacitor C=1 uF are completely discharged and used
to build up the circuit in figure. The switch is first closed (at t=0) to position
A and kept in position A for enough time to store an amount of energy U
0.5 J in the inductor through a resistor R = 10 Q. Then, it is switched to
position B to generate an ac voltage signal at frequency f 1 kHz and
maximum amplitude A, where A LIAB, with IAB current in the
inductor when the switch goes from position A to B.
How much time does the switch need to be in position B to store a total energy
U=0.5 J?
%3D
%3D
i)
ii)
What is the amplitude A of oscillation?
HINT: In your strategy, you do not need to follow the same timing as the switch
R=10 ohm
t= 0
A.
C = 1uF
100V
Transcribed Image Text:2) An inductor L and a capacitor C=1 uF are completely discharged and used to build up the circuit in figure. The switch is first closed (at t=0) to position A and kept in position A for enough time to store an amount of energy U 0.5 J in the inductor through a resistor R = 10 Q. Then, it is switched to position B to generate an ac voltage signal at frequency f 1 kHz and maximum amplitude A, where A LIAB, with IAB current in the inductor when the switch goes from position A to B. How much time does the switch need to be in position B to store a total energy U=0.5 J? %3D %3D i) ii) What is the amplitude A of oscillation? HINT: In your strategy, you do not need to follow the same timing as the switch R=10 ohm t= 0 A. C = 1uF 100V
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