Construct the circuit as shown below in Multisim,R1=1kiloOhm, Voltage Source=1Vpk at 1kHz frequency, and atransformer that has a turns ratio of 1:5, Primary=1,Secondary=5. (Click the transformer to change its setting), S1 is aSPST switchD1D2V1S11V1kHz0°D3D424C1R11µF1k2a.) Plot the Output Waveform across R1 if S1 is closed.b.) Plot the Output Waveform across R1 if S1 is open.c.) Compute for the DC average value for the full wave bridge rectifier.d.) What kind of filter does this power supply use?du

The given circuit is,Using this circuit,a). Plot the output waveform across if is closed.b). Plot…

Construct the circuit as shown below in Multisim, R1=1kiloOhm, Voltage Source=1Vpk at 1kHz frequency, and a transformer that has a turns ratio of 1:5, Primary=1, Secondary-5. (Click the transformer to change its setting), S1 is a SPST switch V1 1V 1kHz 0⁰ 2 T1 lumb mm лиш 0 D1 D3 3 4 D2 D4 6 S1 R1 1kQ 5 C1 1μF a.) Plot the Output Waveform across R1 if S1 is closed. b.) Plot the Output Waveform across R1 if S1 is open. c.) Compute for the DC average value for the full wave bridge rectifier. d.) What kind of filter does this power supply use?

Construct the circuit as shown below in Multisim, R1=1kiloOhm, Voltage Source=1Vpk at 1kHz frequency, and a transformer that has a turns ratio of 1:5, Primary=1, Secondary-5. (Click the transformer to change its setting), S1 is a SPST switch V1 1V 1kHz 0⁰ 2 T1 lumb mm лиш 0 D1 D3 3 4 D2 D4 6 S1 R1 1kQ 5 C1 1μF a.) Plot the Output Waveform across R1 if S1 is closed. b.) Plot the Output Waveform across R1 if S1 is open. c.) Compute for the DC average value for the full wave bridge rectifier. d.) What kind of filter does this power supply use?

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

If the transformer in the shown figure has Req-500, Xeq=500, RC=10000, and XM-10000, then the losses in the transformer equal Watt. Lood auno 502 200V(N 2:1 Select one: O 70.769 O 68.769 O 74.769 O 78.769 O 72.769
٩
925 3- The approximate equivalent circut of is to be determined. The open-circuit at 0 20KVA, 8000/240 V 60 Hz transformar short-circut tests that were performed transformer. primary side gave the following results. Open - Circut Test V₁x = 8000 Iloc=0-214 A Ploc = 400 W Short-Circuit Test |Visc = 489V 5₁s = 2.5A Pisc = 240k/ al Find the components of the magnetising branch i referred to the primary side b) Find the Components of the equivalent series impedence referred to the primary side. 119 210 2 15 16
A Transformer having 289 V in the primary with a primary current of 12 A. For a secondary Voltage of 423 V, the current in the secondary will be O 8.20 O 1.46 0.68 O 17.56
Needs Complete typed solution with 100 % accuracy.
SOLVE STEP BY STEP IN DIGITAL FORMAT
Solve it correctly please. I ll rate.
n 7 In step up transformer, secondary turns are less than primary turns. out of Select one: O True uestion O False VION MS team link Jump to... search Chp
8 x₁ = 3₁60 x₂= 0.04552 A 10 transformer 3300/400v has the following details R₁ =0.75-√2 R₂=0,011-2 The secondary winding is connected to a coil having a resistance of 4.5 st & Inctive reactanc of 3.22. Calculate the secondary terminal voltage & the power consumed by the coil.
Solve the linear transformer circuit:1. Applying its equivalent in T and in π.2. Determining the voltage Vo.
The no-load current of a transformer is 5 A at 0.3 power factor when connected across 200 V, 50 Hz supply. The number of turns on the primary is half that of the secondary. Find the primary current if a load taking 15 A at a lagging power factor of 80% is connected across the secondary