Write a conclusion to the different circuit. Transformer Check:J1D1Key - SpaceTransformer CheckActual(Readinge from x SCand XMM)168.769 VR2120 Vrms60 HeExpected (Calculated)J202169.705 VV2ipeak)V2peak)Key- Space33.94 V33.065 V16.97 V16.875 VHalf Wave Rectifier:Half of 2nd windings120 V119.997 VV2ims)12 V11.998 VHaf of 2nd windingsHalf-wave rectifier16.062 V5.118 V122.145 HzVoupeak16.907 V5.401 V120 HzVIfaCENTER-TAPPED RECTIFIERJ1Center-tapped rectifierD1Expected(Calculated)Actual(Readings from X SC1and XMM3)VIR2120 Vrms40 HeV2(peak)16.971 V16.637 VJ2D2Half of 2nd windingsVoutipnak).VOUDCI16.270 V10.803 V120 Hz16.076 V10.264 V120 HzKey-SpaceIN4007ISCIBRIDGE REC TIFIERXSCIBridge-type RectifierExpected(Calculated)Actual(Readinga from X SCand XMM)V(me)V2eme)V1ipeak)Vzipeak)Voutipeak)120 V120.005 V24 V23.999 V169.7 V168.376 V33.94 V33.67221.60 V21.60 V120 Hz32.017 V20.416 V120.178 HzINAINO

Answered: Write a conclusion to the different…

Engineering

Electrical Engineering

Write a conclusion to the different circuit.

Power System Analysis and Design (MindTap Course List)

6th Edition

ISBN:9781305632134

Author:J. Duncan Glover, Thomas Overbye, Mulukutla S. Sarma

Publisher:J. Duncan Glover, Thomas Overbye, Mulukutla S. Sarma

Chapter3: Power Transformers

Section: Chapter Questions

Problem 3.9P

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Concept explainers

Current Division Method

The generalized current divider formula is given by the following relation below,

Question

Write a conclusion to the different circuit.

Transformer Check:
J1
D1
Key - Space
Transformer Check
Actual
(Readinge from x SC
and XMM)
168.769 V
R2
120 Vrms
60 He
Expected (Calculated)
J2
02
169.705 V
V2ipeak)
V2peak)
Key- Space
33.94 V
33.065 V
16.97 V
16.875 V
Half Wave Rectifier:
Half of 2nd windings
120 V
119.997 V
V2ims)
12 V
11.998 V
Haf of 2nd windings
Half-wave rectifier
16.062 V
5.118 V
122.145 Hz
Voupeak
16.907 V
5.401 V
120 Hz
VI
fa
CENTER-TAPPED RECTIFIER
J1
Center-tapped rectifier
D1
Expected
(Calculated)
Actual
(Readings from X SC1
and XMM3)
VI
R2
120 Vrms
40 He
V2(peak)
16.971 V
16.637 V
J2
D2
Half of 2nd windings
Voutipnak).
VOUDCI
16.270 V
10.803 V
120 Hz
16.076 V
10.264 V
120 Hz
Key-Space
IN4007
ISCI
BRIDGE REC TIFIER
XSCI
Bridge-type Rectifier
Expected
(Calculated)
Actual
(Readinga from X SC
and XMM)
V(me)
V2eme)
V1ipeak)
Vzipeak)
Voutipeak)
120 V
120.005 V
24 V
23.999 V
169.7 V
168.376 V
33.94 V
33.672
21.60 V
21.60 V
120 Hz
32.017 V
20.416 V
120.178 Hz
INA
INO

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