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3. Given diode with LC load shown in figure below, at time t=0, sw closed, Vo=50 V, lo=10 mA, determine i(t), Vo(t), VL(t), and plot the graph of the given circuit parameters. D SW L=100 mH V-100 V C-10 uF

3. Given diode with LC load shown in figure below, at time t=0, sw closed, Vo=50 V, lo=10 mA, determine i(t), Vo(t), VL(t), and plot the graph of the given circuit parameters. D SW L=100 mH V-100 V C-10 uF

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
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3. Given diode with LC load shown in figure below, at time t=0, sw closed, Vo=50 V, lo=10 mA, determine i(t), Vc(t), VL(t), and plot the graph of the given circuit parameters. D Sw L=100 mH V-100 V C-10 uF 4. Given three phase fullwave with center tapped transformer with 220 Vac source voltage, determine: Vdc, Vrms, Pdc, RF, and efficiency. D1 L1 D2 L4 L1 L7 D3 220 Vac, 60 Hz Vo D4 L3 RL=10 ohms L2 D5 L3 D6 L5 87 L6 3312 67
Transcribed Image Text:3. Given diode with LC load shown in figure below, at time t=0, sw closed, Vo=50 V, lo=10 mA, determine i(t), Vc(t), VL(t), and plot the graph of the given circuit parameters. D Sw L=100 mH V-100 V C-10 uF 4. Given three phase fullwave with center tapped transformer with 220 Vac source voltage, determine: Vdc, Vrms, Pdc, RF, and efficiency. D1 L1 D2 L4 L1 L7 D3 220 Vac, 60 Hz Vo D4 L3 RL=10 ohms L2 D5 L3 D6 L5 87 L6 3312 67
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