Question 2 (a) Analyze the complete voltage - current (V-I) characteristic of a diode. (b) Consider the filtered bridge rectifier circuit with a load in Figure 1. (i) Draw the voltage waveforms for Vin, Vrpri) Vpco) and V(oat)- (ii) Calculate the ripple factor. (iii) Re-calculate the ripple factor if the filter capacitor in Figure 1 is decreased to 1000 µF and the load resistance changes to 220 2. Write your observation regarding these changes. 10:1 D3 D 240 V rms Vripri Output 50 Hz RL 2200 μΕ D4 2.2 k2 All diodes are IN4001. Figure 1 elle
Question 2 (a) Analyze the complete voltage - current (V-I) characteristic of a diode. (b) Consider the filtered bridge rectifier circuit with a load in Figure 1. (i) Draw the voltage waveforms for Vin, Vrpri) Vpco) and V(oat)- (ii) Calculate the ripple factor. (iii) Re-calculate the ripple factor if the filter capacitor in Figure 1 is decreased to 1000 µF and the load resistance changes to 220 2. Write your observation regarding these changes. 10:1 D3 D 240 V rms Vripri Output 50 Hz RL 2200 μΕ D4 2.2 k2 All diodes are IN4001. Figure 1 elle
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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Transcribed Image Text:Question 2
(a) Analyze the complete voltage - current (V-I) characteristic of a diode.
(b) Consider the filtered bridge rectifier circuit with a load in Figure 1.
(i)
Draw the voltage waveforms for Vim, Vrerij Vptsce) and Voat)-
(ii)
Calculate the ripple factor.
(iii)
Re-calculate the ripple factor if the filter capacitor in Figure 1 is decreased to 1000
µF and the load resistance changes to 220 2. Write your observation regarding these
changes.
10:1
D3
D
240 V rms Vpipri)
Output
50 Hz
R
2200 μΕ
D4
2.2 k2
All diodes are IN4001.
Figure 1
elle
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