Using Nodal Analysis, calculate voltages VA, VB and the currents IR1, IR2 and IR6(including direction). do not make source conversions. V. 275 mVV. 550 mVVR1R1Ref1VR2+ -RetRef2+Ref12kQ1kQAV -12.0 VV-11.2 VV: -4.08 VE1MB3A RefR4VDVAARef3VC3kQ4kQE210VV: -17.1 VRef412VR77kQBR6CR55kQ6kQV. 7.00 V:V. -16.6 VIs1VBVR7Ref41mAIEI = 1.35 mAIR2 = 275 uAIR6 = 84 uAVA = -11.2 VVB = -16.6 V 2. Use Nodal Analysis to calculate VA, VB, and the currents (including direction) IE1, IR2, IR6. Do not makeany source conversions.R1R21ka2kQAE1R3R43kQ4kQ10VE212VR5R66kQR77kQIs11mA

Calculate the value of the voltage VD. VD+E2=0VD+12=0VD=-12 V

2. Use Nodal Analysis to calculate VA, VB, and the currents (including direction) IE1, IR2, Ir6. Do not make any source conversions. R1 R2 1ka 2ko A E1 R3 R4 3kQ C 4kQ 10V E2 12V R5 5kQ R6 6kQ C R7 7kQ Is1 1mA

2. Use Nodal Analysis to calculate VA, VB, and the currents (including direction) IE1, IR2, Ir6. Do not make any source conversions. R1 R2 1ka 2ko A E1 R3 R4 3kQ C 4kQ 10V E2 12V R5 5kQ R6 6kQ C R7 7kQ Is1 1mA

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 3.30P: Reconsider Problem 3.29. If Va,VbandVc are a negative-sequence set, how would the voltage and...

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Question

Using Nodal Analysis, calculate voltages VA, VB and the currents IR1, IR2 and IR6(including direction). do not make source conversions.

V. 275 mV
V. 550 mV
VR1
R1
Ref1
VR2
+ -Ret
Ref2
+
Ref1
2kQ
1kQ
A
V -12.0 V
V-11.2 V
V: -4.08 V
E1
MB3
A Ref
R4
VD
VA
A
Ref3
VC
3kQ
4kQ
E2
10V
V: -17.1 V
Ref4
12V
R7
7kQ
B
R6
C
R5
5kQ
6kQ
V. 7.00 V:
V. -16.6 V
Is1
VB
VR7
Ref4
1mA
IEI = 1.35 mA
IR2 = 275 uA
IR6 = 84 uA
VA = -11.2 V
VB = -16.6 V

2. Use Nodal Analysis to calculate VA, VB, and the currents (including direction) IE1, IR2, IR6. Do not make
any source conversions.
R1
R2
1ka
2kQ
A
E1
R3
R4
3kQ
4kQ
10V
E2
12V
R5
R6
6kQ
R7
7kQ
Is1
1mA

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