For the full-wave bridge rectifier circuit of Fig. 1, the ac source is 220 V rms at 60 Hz, R = 2 2, L = 10 mH, and Vdc = 80 V. Determine the power absorbed by the dc voltage source and the power absorbed by the load resistor.

For the full-wave bridge rectifier circuit of Fig. 1, the ac source is 220 V rms at 60 Hz, R = 2 2, L = 10 mH, and Vdc = 80 V. Determine the power absorbed by the dc voltage source and the power absorbed by the load resistor.

Delmar's Standard Textbook Of Electricity

7th Edition

ISBN:9781337900348

Author:Stephen L. Herman

Publisher:Stephen L. Herman

Chapter30: Dc Motors

Section: Chapter Questions

Problem 6RQ: What is CEMF?

See similar textbooks

Related questions

Q: 10. The specifications of a rectifier supplied by an asymmetric voltage as showr in Fig. 2.76 are…

Q: Q2. A single-phase full-bridge controlled rectifier as shown in Fig. 1. supplies 24V DC to a load of…

Q: 1. The single-phase half-controlled rectifier shown in Fig.1 operating at a triggering angle of a =…

A: Single phase half controlled Rectifier or Single phase semi-converter - single phase semi converter…

Q: a. Sketch the output V, taken 2kQ load resistor and determine the dc level of the output for the…

A: In this question, We need to draw the output voltage waveform? If diode is ideal and silicon type.…

Q: Q1) A single phase half wave rectifier shown in Fig(1) is used to charge E=10 and its capacity 100…

A: Since you have asked multiple questions in a single request, we will be answering only the firstt…

Q: Q2: Sketch Vo and Io of the circuit shown in Fig. 2. Use constant-voltage-drop diode model. -oVo 5k2…

A: In the given circuit they have did not mention the any cut in voltage of the diode hence we will…

Q: Q3. The three-phase rectifier of Fig. 2 has a three-phase source of 480 V rms line-to-line, and the…

Q: Zener Diodes . a. Determine V, I, Iz, and Ig for the network of Fig. 186 if R1 = 180 2. b. Repeat…

A: as per our company guidelines we are supposed to answer only first three subparts. kindly repost the…

Q: Q4) A single-phase controlled rectifier bridge consists of two SCR and two diodes as shown in Fig 1.…

A: Single Phase Controlled Bridge Rectifier; Single phase bridge rectifier is commonly used…

Q: A controlled full-wave bridge rectifier of Fig. 2 has a source of 100 V rms at 60 Hz, R = 20 2, L =…

Q: For a single phase semi converter rectifier shown in fig. (1), V, 100sin@t, firing angle a=30°,…

Q: 2.2 For the half-wave uncontrolled rectifier circuit supplying a series resistive- inductive load…

Q: Q2/ Calculate the transformer turns ratio of the rectifier circuit as shown in Fig. and determine…

Q: Q1: With the help of Thevenin's theorem, find the labeled current and voltage in Fig.1. Assume an…

A: The solution can be achieved as follows.

Q: 1. Consider a half-wave rectifier circuit of Fig 5 with a resistive load of 25 Nand a 60 Hz ac…

A: Given parameters: Half wave rectifier circuit, Load resistance, RL = 25 ohm Frequency, f = 60 Hz…

Q: 1- Find the currents in all branches and the voltages at each node for all transistors circuits…

Q: Q4) A single-phase controlled rectifier bridge consists of two SCR and two diodes as shown in Fig 1.…

A: Dear student as per our guidelines we are supposed to solve only one question.kindly repost other…

Q: *42. a. Determine V1, IL, Iz, and Ig for the network of Fig. 186 if R1 = 180 N. b. Repeat part (a)…

A: A Zener diode is a special diode which conducts backwards when a reverse voltage greater than its…

Q: Q2: Sketch Vo and Io of the circuit shown in Fig. 2. Use constant-voltage-drop diode model. oVo 5ka…

A: Given circuit,

Q: Q1: With the help of Thevenin's theorem, find the labeled current and voltage in Fig.1. Assume an…

Q: Q2. A single-phase full-bridge controlled rectifier as shown in Fig. 1. supplies 24V DC to a load of…

Q: Q4) A single-phase controlled rectifier bridge consists of two SCR and two diodes as shown in Fig 1.…

A: A rectifier is a type of circuit which converts ac input voltage to dc output voltage. Uncontrolled…

Q: ) A. The input to single phase bridge rectifier shown in fig(2) is corresponding to 50 Hz .The…

A: Given,Vs = 100 cos(314)t f=50Hz

Q: Ql: With the help of Thevenin's theorem, find the labeled current and voltage in Fig.1. Assume an…

Q: A half-wave rectifier has a source of 120 V rms at 60 Hz and an R-L load with R=10 2 and L= 10 mH…

A: By passing either the negative or positive half-cycle of the waveform and blocking the other, a…

Q: Assuming the diodes to be ideal, plot the output waveform (Vo) of the circuit shown in Fig.1. Make…

A: Diode will conduct when anode voltage is more than cathode voltage. When both diode will conduct…

Q: 3 pts) For the circuit given in Fig.1. Vs-peak=30 V, f=50 Hz, R=1000 Ohm. a. Calculate the DC output…

A: For the given circuit: (A): The DC output voltage is: VDC=2VmπVDC=2*30πVDC=19.10V (B): The RMS…

Q: Consider a n-type silicon sample. If a power supply is connected between two ends of the silicon…

Q: 4/ For a single phase semi converter rectifier shown in fig. (1). R-1012, assume highly inductive…

A: Given figure is shown below. α=30°, RL=10 ohm

Q: R V, (o1) = V m sin(œx) Since R = 10, L = 3 mH, Vs = 100sin(2n50t) and a = 120o in the following…

A: Considering the load current is constant. Evaluating the output voltage of the single phase…

Q: A single-phase ac switch with configuration in Fig. 1 is used between a 120-V 60-Hz main supply and…

A: Given data, Load Power, P = 15000 kW. Voltage, V = 120 V. Frequency, f = 60 Hz. (i) The expression…

Q: The diode has a resistance of 25 2. Calculate a.c. input voltage required. (b) In the bridge type…

Q: Q.2/Find and Sketch the output waveform for the network of Fig below and calculate the output de…

A: In this question, Draw the output voltage waveform if all diodes are ideal. All diodes are ideal so…

Q: Q4 In the circuit shown in Fig.1, the voltage across the load is to be maintained at 12 V as load…

A: Zener diode works as a constant voltage device so, the zener volage Vz = 12 V

Q: For the rectifier circuit shown in fig.1, if the (Peak Inverse Voltage, PIV = 41.726 V), Fim a) The…

Q: Kit One: 1 kQ For the circuit shown below, assuming Vs= 10V: 1. Calculate the current in the diode…

A: Given circuit, where, Vs = 10 V Assuming Diode is Si diode, so there is 0.7 V voltage drop across…

Q: a. Determine and Sketch the output v, and determine the de level of the output for the network of…

A: Output waveform in case 1.. The rms value of Vo is Vm2=182=12.728v Average output voltage is…

Q: Q 1. For the silicon diode clipper circuit shown in Fig. 1, determine the output Vo and sketch the…

Q: Problem 4. Consider the half-wave rectifier circuit of Fig. 4. Let V,be a sinusoid with 12-V peak…

A: We are authorized to answer three sub-parts at a time, since you have not mentioned which part you…

Q: 2. Sketch the output voltage Vo for the circuit shown in fig.1, assume diodes Di and D2 are ideal.…

Q: 2. A half-wave rectifier circuit is connected to a 2 k2 load as shown in Fig. 2. Assume that the…

A: The solution can be achieved as follows.

Q: a. Determine and Sketch the output v, and determine the de level of the output for the network of…

Q: he high-voltage power supply for a television's picture tube has an open-circuit voltage of 18 kV…

A: Given that open circuit voltage (supply voltage ) Vs =18 kV Rin =1.5 M ohm Circuit for given…

Q: For a zener regulator shown in the Fig., calculate the range of input voltage for which output will…

Q: Q1) A single phase half wave rectifier shown in Fig(1) is used to charge battery E=20 and its…

A: As per Bartleby's guidelines, we are allowed to solve only three subparts.

Q: Q2: Single-phase full-wave rectifier is shown in fig. 1. Determine the voltage source v, the ripple…

Question

الكترونيات القدرة نظري
1
For the full-wave bridge rectifier circuit of Fig. 1, the ac source is 220 V rms at 60 Hz, R = 2 2,L
= 10 mH, and Vdc = 80 V. Determine the power absorbed by the dc voltage source and the power
absorbed by the load resistor.
8
15
ell
Finis
Time
U S
X2
x²
arch
DELL
II
!!

Expert Solution

This question has been solved!

Explore an expertly crafted, step-by-step solution for a thorough understanding of key concepts.

This is a popular solution!

SEE SOLUTION Check out a sample Q&A here

Step 1

VIEW

Step 2

VIEW

Trending now

This is a popular solution!

Step by step

Solved in 2 steps

SEE SOLUTION Check out a sample Q&A here

Knowledge Booster

Three Phase Controlled and Uncontrolled Rectifiers

Learn more about

Need a deep-dive on the concept behind this application? Look no further. Learn more about this topic, electrical-engineering and related others by exploring similar questions and additional content below.

Similar questions

What is CEMF?
For the below shown rectifier configuration, find the expression for the average value of voltage across the load resistor R, if the supply voltage Vs = Vm sinwt and firing angle = a. RLOAD Vm/T Cosa Vm/TT (1+cosa) O 2Vm/TT Cosa O 2Vm/TT (1+cosa) O O O O
In a phase controlled full wave rectifier, the source voltage is 50 VRMS sinusoidal, the source frequency is 60 Hz and the load is 20 ohms. Since the delay angle in the circuit is 20 °, which of the following is the value of the RMS load voltage? a) 99.54 V b) 49.77 V c) 70.38 V d) 35.19 V e) 23.46 V
Note: Answer All question 1: A) For a single-phase half-wave uncontrolled rectifier with (RL) load, find the rms value of the output voltage (V) and form factor (FF%) with supply voltage: v,(t) = 10 sin(wt). Draw the circuit diagram and sketch the voltages and current waveforms. The conduction angle B = 220°. %3D
Q 2) A single phase half-wave uncontrolled rectifier with RL load is shown With R=1002, La 0. 1H w-377rad/s and V 100V, Determine: a) An expression for the load current i(t). b) The value of the current at t3D16 ms. c) The average load current (1C WLialx197=ア7.9 =121 V, = V, sinfar) 17.2 0.360
1. The full-wave controlled bridge rectifier shown has an ac input of 120 Vrms at 60 Hz and a 52 load resistor. The delay angle is 30°. Determine the average current in the load, the power absorbed by the load and the source voltamperes. V₁ I sin cor H www + Vo
Q/3/A three phase controlled bridge rectifier is operated from a three phase Y- connected to a 250V, 50HZ supply. The rectifier is suppling a pure resistive load R=2002. Determine i) The required firing angle if average output voltage is 35% of the maximum output voltage ii)the average and r.m.s values of the load current ? iii) The average and r.m.s values of thyristor current
Discussion : (1) رم طرة what are the advantăge and disadventage of full-wave bridge rectifier cutcuit- calculate ale practically result have been produced (2) Vpeak theortically of voltage output by using реа (3) üG Compare theortically and practically results. (4) What happens do on Vout, if we reversed the four diodes connects . sKetch the Vout in this case . 6. し 2.5 1.48 1.35
Three phase full wave bridge uncontrolled rectifier Va D1 D3 D5 Vb 1.5ko Vc D4 D6 D2 Fig.(1) Discussion: 1) Discuss clearly the operation of three phase full wave rectifier circuit. 2) Compare between three phase half wave rectifier and full wave rectifier. 3) Derive a formula for de and rms load voltage.
A filtered 4 diode full wave rectifier circuit with the following specifications: The line load is 240 V rms with a frequency of 50 Hz, transformer ratio 199:20, with filter a 470 µF capacitor, and a 10KQ charge resistor. So: a. What is the transformer ratio if we want the ripple charge to be 0.3 V? b. If one of the diodes in the circuit is short, what are the possibilities?
Q1 a. Consider you have to choose b/w the Full-Wave Bridge Rectifier (FWBR) & Center-Tapped Full Wave Rectifier (CT-FWR) in one of your semester Lab projects. (1) Discuss the advantages of FWBR over CT-FWR which will justify, why to select the FWBR.
4. The circuits parameters for an uncontrolled full-wave rectifier are as follows: Vin rms = 20V w= 314,159 rad/s Rload = 1KQ All diodes are Silisium and the equivalent circuit given below will be used. VFT = 0.7V, Ron = 0.01Q VET Ron + a) Find the value of DC voltage of the RL load resistance. b) Find the required rated PIV values for each diodes. c) Find the maximum conduction current of the diodes. d) Plot waveforms of the output current and voltage values.