Q 3. The single-phase half-wave rectifier is supplied directly from a 120-V (rms), 60-Hz source through a step-downtransformer with turns ration10 : 1. The load resistance RL, is 10 N.Determine (a) the average output voltageVolav), (b) the average load current I(av), (c) the rms load voltage Volrms), (d)the rms load current I(rms), (e) the ripple factor RF of the output voltage, (f) the rms ripple voltage Vr(rms), (g) theaverage diode current Ip(av), (h) the rms diode current Ip(rms), (i) the peak inverse voltage PIV of the diode, (j) theaverage output power Po(AC), (k) the DC output power Po(DC), and (I) the frequency fr of the output ripple voltage. (

Answered: Image /qna-images/answer/b4984062-02d4-4463-9581-cc0b70ed6aec.jpg

The single-phase half-wave rectifier is supplied directly from a 120-V (rms), 60-Hz source through a step-down sformer with turns ratio n = 10 : 1. The load resistance RL is 10 N. ermine (a) the average output voltageVo(av), (b) the average load current Io(av), (c) the rms load voltage Vo(rms), ms load current I(rms), (e) the ripple factor RF of the output voltage, (f) the rms ripple voltage V(rms), (g) the age diode current Ip(av), (h) the rms diode current ID(rms), (i) the peak inverse voltage PIV of the diode, (j) the age output power Po(AC), (k) the DC output power Po(DC), and (1) the frequency f, of the output ripple voltage. (d)

The single-phase half-wave rectifier is supplied directly from a 120-V (rms), 60-Hz source through a step-down sformer with turns ratio n = 10 : 1. The load resistance RL is 10 N. ermine (a) the average output voltageVo(av), (b) the average load current Io(av), (c) the rms load voltage Vo(rms), ms load current I(rms), (e) the ripple factor RF of the output voltage, (f) the rms ripple voltage V(rms), (g) the age diode current Ip(av), (h) the rms diode current ID(rms), (i) the peak inverse voltage PIV of the diode, (j) the age output power Po(AC), (k) the DC output power Po(DC), and (1) the frequency f, of the output ripple voltage. (d)

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...

See similar textbooks

Similar questions

Tiguie Question 3 Figure 2 shows a center-tapped full wave rectifier circuit when a 100 V peak sine wave is applied to the primary winding. If the peak input in Figure 2 is changed to 220V draw the voltage waveforms across each half of the secondary winding and across Ri for TWO (2) complete input cycle voltage. Also determine the Vout, current through R. and PIV rating for each diode. Assume Dị and D2 are practical diode model. D 2:1 +100 V -- IN4001 V OV RL -100 V 10 k2 IN4001 Figure 2
For the bridge rectifier circuit shown in the Figure, assuming practical diodes, the peak value of the output voltage across the load resistor RL is 10:1 ... D3 D1 V% = 120V RL A) 16.97 V 18.37 V 15.57 V D 18.6 V llee
4) For single-phase half-controlled bridge rectifier shown in the figure : 1. Derive a formula for mean load voltage. 2. Draw the waveforms of Vosis w i3, ių and io assuming highly inductive Load and <=45°. T, 12
(b) Discuss the impact of connecting a large capacitor filter across the load in Figure Q1(ii). Use appropriate waveform sketch to aid your discussion. + Vp - Us R2 RL Vs ( (i) (ii) Figure Q1. Single phase half bridge rectifier: (i) with a Thyristor (ii) with a Diode
Q3/a/ what is the function of the inductance (L) in a single phase half wave thyristor ? b/ For 3 phase half wave rectifier source voltage is 100 sinwt with a = 40° find the Vav and draw the output voltage?
The power output of the half-wave rectifier is rated at 51.2 W with a load resistor of 20 ohms. The peak voltage at the output is: O A. 25 V O B. 203 V O C. None of the other choices are correct O D.51 V O E. 102.5 V
The power output of the half-wave rectifier is rated at 25.6 W with a load resistor of 10 ohms. The average voltage at the output is: O A. 32 V O B. None of the other choices are correct O C. 8 V O D. 16 V O E. 64 V
Calculate the theoretical output DC voltage of the center-tapped full-wave rectifier circuit and compare it with measured value. For the capacitive filter, obtain the theoretical values of the DC output voltage and the ripple voltage and compare these values with the measured quantities. Determine also the practical and theoretical values of the ripple factor.
5. The bridge rectifier shown in Figure 2 uses ideal diodes. The input voltage is 24V. Find: DC output voltage b. Sketch the output waveform a. D2 D3 R1 = 12 k2 %3D DA Figure 2. Circuit for problem 5 and 6 ell ll
A sinusoidal voltage wave form of peak voltage í V and frequency f = 60Hz is applied to a bridge rectifier and to half wave rectifier separately. The Differences of average values and output frequencies are
You are an electrician working on an overhead crane. The crane uses a large electromagnet to pick up large metal pipes. The magnet must have a minimum of 200 VDC to operate properly. The crane has an AC source of 240 V. You are given four diodes that have a peak voltage rating of 400 V each. These diodes are to be used to form a bridge rectifier to convert the AC voltage into DC voltage. Is the voltage rating of the diodes sufficient? To the nearest volt, what will be the DC output voltage of the bridge rectifier?
Q2) The expected average and RMS output voltage of the following PLECS circuit is equal to Single-phase diode rectifier L: 0.05 01 V_R (V i_N Scope V: 120 w: 2*pi*60 v_N R: 2.50 C: 500e-6 Oa) 40V, 84.85 V Ob) 38 V, 84.85V c) 38V, 80.2V O d) 40V, 38V Probe Probe