1. Calculate the current flowing through R4 using MESH ANALYSIS (other methods won't be graded). (R1=2 ohm, R2= 5 ohm, R3= 3 ohm, R4= 3 ohm, L1= 6.37 mH, L2= 9.55 mH, L3= 41.4 mH, C=398 µF, U= 20V, Uz=30V, U3=50V, U4=10v, operational frequency = 50 Hz). L1 R2 6.37 mH 5 Ohm R3 R1 2 Ohm 3 Ohm u2 U3 30 V/SO Hz/0 Deg 50 v/S0 Hz/0 Deg U1 20 V/50 Hz/0 Deg L2 9.55 mH C1 398 uF U4 10 V/50 Hz/0 Deg R4 L3 3 Ohm 41.4 mH

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1. Calculate the current flowing through R4 using MESH ANALYSIS (other methods
won't be graded). (R1=2 ohm, R2= 5 ohm, R3= 3 ohm, R4= 3 ohm, L1= 6.37 mH,
L2= 9.55 mH, L3= 41.4 mH, C=398 µF, Uj= 20V, U2=30V, U3=50V, U4=10V,
operational frequency 50 Hz).
L1
R2
6.37 mH
5 Ohm
R3
R1
2 Ohm
3 Ohm
U2
U3
30 V/S0 Hz/0 Deg
50 v/s0 Hz/0 Deg
U1
20 V/50 Hz/0 Deg
L2
9.55 mH
C1
398 uF
U4
10 V/50 Hz/0 Deg
R4
L3
3 Ohm
41.4 mH
Transcribed Image Text:1. Calculate the current flowing through R4 using MESH ANALYSIS (other methods won't be graded). (R1=2 ohm, R2= 5 ohm, R3= 3 ohm, R4= 3 ohm, L1= 6.37 mH, L2= 9.55 mH, L3= 41.4 mH, C=398 µF, Uj= 20V, U2=30V, U3=50V, U4=10V, operational frequency 50 Hz). L1 R2 6.37 mH 5 Ohm R3 R1 2 Ohm 3 Ohm U2 U3 30 V/S0 Hz/0 Deg 50 v/s0 Hz/0 Deg U1 20 V/50 Hz/0 Deg L2 9.55 mH C1 398 uF U4 10 V/50 Hz/0 Deg R4 L3 3 Ohm 41.4 mH
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