Soru) K=102, L=32, M=9 ve N=0,2 olduğuna a ve b noktaarından görülen Voc gerilim değerini sifir (0) yapan "w" değerini hesaplayınız. Question) K=102, L=32, M-9 ve N=0,2, what value of "w" will make the output Vo is zero (Vo=0) Oa, w-1,49 rad/s Ob w 0,75 rad/s Ocw 2.24 rad/s Od w=1/64 rad/s Oe.w=1,12 rad/s Otw 1,86 rad/s Og w 2,01 rad/s

Soru) K=102, L=32, M=9 ve N=0,2 olduğuna a ve b noktaarından görülen Voc gerilim değerini sifir (0) yapan "w" değerini hesaplayınız. Question) K=102, L=32, M-9 ve N=0,2, what value of "w" will make the output Vo is zero (Vo=0) Oa, w-1,49 rad/s Ob w 0,75 rad/s Ocw 2.24 rad/s Od w=1/64 rad/s Oe.w=1,12 rad/s Otw 1,86 rad/s Og w 2,01 rad/s

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

DC-AC Circuits Express R1 using Rx, Ry, and Rz when performing wye to delta conversion R3 Rx Rz R2 R1 Ry O A. (Rx+Ry)(Ry+Rz)(Rx+Rz) Rx В. RyRz Rx+Ry+Rz O C. Ry+Rz RXRYRZ O D. RXRYRZ Ry+Rz OE. RxRy+RyRz+RXRZ Rx
a) Determine the voltage across XC (with VDR). b) Determine total current. c) Determine the voltages across R and XL. d) Sketch the phasor diagram with all the voltages and current.
7 The eir fiçare isa unit foedbach Ris) crs) 5(s+2 with we arinad feenbreh. loop- Ja the absemße of Lerivadine Reedb ack la=0) La har mine t he damping foebon and reoulhing from nm farab fropusney, Alow dederminne ofde stamdy- a uit sgpp eiprt. slede erer 6) D edermne the derivatice Red back conshant of which will imepéase the domping facler the sys hene to o,7. what is the s kemndy-s Lude erron Lo nit romp inpnt withe theé setting of the derivahiue feedback c) conslaut. Telustra kee how the sheady-sLaker errer of the sye ten with derivedine Loadback do unit romp impat can be reoluced to the nahuta as in part (a), while the odomping fachon is at 0,7' Same monin Lained
The sum of the following two e.m.fs will be e1 = 10 sin wt and e2 = 10 cos wt O 10 O 20 sin wt O 14.14 cos wt O 14.14 sin (wt + TT/4)
From the data obtained in steps 6, 12 and 18, draw the voltage phasor diagram. 6- Using the digital multimeter DMM to fill the fallowing table. At Home Z- Frequencyf Ve 746 1.05 1.18 O. 4G 84.b223ka 100 Hz 500 Hz 1 KHz 3.34 13. 12- Using the digital multimeter DMM to fill the following table. At Home z= Frequeney f VSL R 5.62h1.81n 7.06 I K Hz 3.62 3.31 10 K Hz o.69 20 KHz 9.65 33.3M 18- Using the digital multinseter DMM to fill the fallowing table. At Home Freguencyf Ve Z- 1 KHz 10 KHz 5.07 o. 74 उ 9.15 3.43 714 3 5.0Zm 1.97ke 7.4 x4% 13 5k 100 KHz
TE is given as RI-102, Rz=7L, Xes= 10R, Xez=52. XM=6R, Xc=71 in the circuit below. Calculate I. curment and Ve voltage in polar form and mork then the following ilems. in in Angles are given in degr ees. I, JXL1 R2 100/60° jXM -jXc +Vc a) Vo 29.696/17.552 b) Ve 25.870/25.402 Ve 14.702/10.440" d) Vo 27.661/177.887° 1.908,/62 552" 1.805/27,130 4.058/17.003" 21.808/22.713" h) Ve 3.352,/17.887" 2.446/9.456
In the circuit shown in the figure determine Vo/Vs: 50 k2 ww 20 ka -jš kn -jl0 k2 10 ka O a. Vo/Vs = 0.9806 L- 11.31° O b. Vo/Vs = 1.3241 - j 2.0245 O c. Vo/Vs = 0.9616 - j0.1923 O d. Vo/Vs = 1.3251 L21.71°
Hiw For the cct shown Jind Aus then Estimate tlo Lower Auso 3dB Fregy. Take hie - Iksi hhe=looghre=hoe=0 , 9m- lomA/v, rd:5ka, Ove UDD FLok >2K Ik IHE 0-1k 2k
For the circuit diagram in figure Q22: which of the following is the total impedance? 12 Ri 10R R2||5R Figure Q22 V 220V40 50HZ L1 315mH C1=350uF O a. 3.33/0° O b. 4.71290°2 O c. 7.3304-19.66° O d. 10.37261.19°2
H.W. For the circuit in Figure below, calculate the low and high-critical frequency. Assumed re' = 9.6 and B = 200. fel = 282 Hz, fc3 = 50.8 Hz and fc2 =36 Hz fcu(in) =1.62MHZ and fcu(out) =60.3Mhz %3D %3D %3D Vcc +15 V Re 3.9 kn R 68 kN Vut R, 0.33 µF RL 5.6 kN 2N3904 600 N 0.1 µF REI 33 2 R2 22 kf2 50 mVpp Rp2 1.5 k2 C2 100 µF
H.w: Find RA8 A RAB lon Ans: RAB = 5.382 %3D
For the network of Figure. 5, determine low frequency with RL =2.2 KQ. hib=9.45 (2 h=-0.997 hop=0.5 µA/V h=1 x 10-4 0.6 kQ HI 5 µF 1.2kQ 2.2 k2 + Ht 5 µF ***