1. Calculate the current flowing through R4 using MESH ANALYSIS (other methodswon'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).L1R26.37 mH5 OhmR3R12 Ohm3 OhmU2U330 V/S0 Hz/0 Deg50 v/s0 Hz/0 DegU120 V/50 Hz/0 DegL29.55 mHC1398 uFU410 V/50 Hz/0 DegR4L33 Ohm41.4 mH

Answered: Image /qna-images/answer/41157878-e4e6-4e7e-bf39-0ea69a9badc7.jpg

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

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

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

Find: IE , IB , and VE
Problem 1 - For the circuit below, determine the voltages across C₁ and C₂ and the currents through L₁, L2 and L3 under D.C. conditions. (Note: There is no switching and all conditions have been going for a while.) 2 ΚΩ L3= 1 mH m L2 = 0.5 mH L₁ = 0.2 mH C₁ = 10 μF + 4 ΚΩ 6 kQ C₂=4 μF 24 V
For the circuit shown in figure A2 5 ohms 3 ohms 4ohms V1 3A 2ohms 4A Figure A2 the voltage across 2ohms is calculated as O a. 3V O b. 2V O C. 4V O d. 7V
Help please figure below.
Find Req acriss terminals a and b R1=36 ohm R2=34 ohm R3=53 ohm R4=77 ohm R5=4 ohm R6=57 ohm R7=24 ohm R8=94 ohm R9=68 ohm R10=43 ohm R11=84 ohm R12=97 ohm R13= 79 ohm
Please use Sbase = 49
b) For the arrangement shown in Figure 2 , determine: 2µF 2µF 2µF 2uF HI 2uF 2uF 2uF 50 V Figure 2: Capacitor in Series and Parallel i. The total circuit capacitance ii. The total energy in the circuit iii. The charges in the capacitors network
Vcc =16V, R1 = 5600 ohm, R2 = 350000ohm, R3 = 980 B = 80 Calculate, a)Ib b)Vc c)VB d)VCE e)VE
+10 V Rc 1.5 kN 18 kN Zin Zbase RL 5 kN R2 4.7 kN RE 1.1 kN hFE = 30 he = 200 Assuming the components are changed to the following values: Vcc = 14 Volts R1 = 18,165 ohms %3D R2 = 4,858 ohms %3D Rc = 1,699 ohms hFE = 35 hfe = 217 RE = 1,163 ohms %3D RL = 5,095 ohms Find A;
calculate the value of the single equivalent resistance between terminal A and B of the following series and parallel circuits
1.Determine all the resistor values in figure below. R₁ = 7732. 15.53 mA E R₁ 3.64 mA 36 V R₂ 1₂ www 6.67 mA R₂60 10 2. Using superposition, find the current through the 62 resistor of the network of figure below. R₁ www 12 02 ¹0⁹ R3 9A R₁ www 3.08 mA
I NEED TO SOLVE PART 6 and 9 PLZ The highlights quastions