In the circuit shown in figure 3 (constructed of ideal elements), the inductor current at t=0 was 2.0 A. The switch was opened at t = 0 sec and the voltage across the capacitor, V, quickly reached a maximum (negative) value of -10 V. After an elapse of 250 sec, Ve dropped down to -5 V. Determine the value of L, the back resistance of the diode, and the time constant (t = RC ), of the capacitor discharge circuit. V S R = 1092 t=0 Y İL Figure 3 Diode C=10 μF

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In the circuit shown in figure 3 (constructed of ideal elements), the inductor current at t=0 was 2.0
A. The switch was opened at t = 0 sec and the voltage across the capacitor, Vc, quickly reached a
maximum (negative) value of -10 V. After an elapse of 250 sec, Vc dropped down to -5 V.
Determine the value of L, the back resistance of the diode, and the time constant (t = RC ), of the
capacitor discharge circuit.
R = 100
ע
S
t=0
Y
İL
Figure 3
Diode
C=10 μF
Transcribed Image Text:In the circuit shown in figure 3 (constructed of ideal elements), the inductor current at t=0 was 2.0 A. The switch was opened at t = 0 sec and the voltage across the capacitor, Vc, quickly reached a maximum (negative) value of -10 V. After an elapse of 250 sec, Vc dropped down to -5 V. Determine the value of L, the back resistance of the diode, and the time constant (t = RC ), of the capacitor discharge circuit. R = 100 ע S t=0 Y İL Figure 3 Diode C=10 μF
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