Find IA, IB, and IC.5.6 A (1)Ο 3 A; -5,4 Α, 6 ΑΟ 6 A; 4.5 A, 5.6 ΑO 4 A; 3.9 A, 6.4 ΑΟ 4.5 A; 4.1 A; 4.5 Ανα18 ΩiB0.12.19Ω(1) 2 A

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Answered: Find IA, IB, and IC. 5.6 A( O 3 A: -5.4…

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...

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tr= 1.21 (s) Ge(s) =Y(S) MP/ - 16-3/- ess) %3D 9= 0:5 Wn= 2 rad Isecond els) Pp(s) - (s) %3D %3D Sd = -1t 13j Deteumine ) angle of deficiency (ii) Location of pole Cund zeio of Compensat or Compute T and x Use compensaton and apply unit negatwe fedback. Anower: (i) - 60° (i) poles at s: -4 zeo at s =-1 | = 1 x = 0- 25
B. Perform the circular convolution of the following two sequences: x₁ [n] = {1 2 3 4} x₂ [n] = {1 1 0 0}. and
A transistor is used as a switch and the waveforms are shown below. The parameters are given as follows: Vcc = 150 V, VBE(sat) = 5 V, Igs = 10 A, VCE(sat) = 2 V, Ics = 120 A, ta = 0.5 us, t, = 1 us, ts = 2 us, tf = 2 us and f =10 KHz, k = 50 % and ICEO = 1 mA. The conduction time t, and the blocking time t, are equal to: VCE Vcc VCE(s31) ton toff Ics ICEO ig Select one: O a. 46 µs, 48 us O b. 20 us, 45 µs O C. 48.5 us, 46 µs o d. 45 µs, 20 µs
6. Discussion: 1. Comment on your results. Therenin's and Nortons Theorems. Ex. No, 5 82n 68u Rt Rz R3 200ER4 220- Rs Vz 2.5V T- 2.5V RL(U Rth Rw Ethlu) In (mAs IL (mA). Ry (82) 88.015 1.97 18.94 9.802 Ral69)|147345 0.39 1.94 1.331 R3/200) 53.88 2.39 39.448.972 |Ry(220) 68.52 2.29 30.72 7.296 Rsles0) 82.4 1.44 17.126 5.965
Ex. 650. Refer to Fig. 650. Let n=45, m=18, and p=94 Assign phase variables: x1=y, x2=x1dot, and x3=x2dot. Determine the state variable equations. Answers: a12,a23,a31,a32,a33,b31,c1,all_the_others ans:8 Ex. 660. y(t)" + 61y(t)' + 98y(t) = 98u(t). Assign phase variables: x1(t) = y(t) and x2(t) = x1(t)'. Determine the state variable equations: x(t)' = A x(t) + B u(t) and y(t) = C x(t) + D u(t). Answers: a11,a12,a21,a22,b1,b2,c1,c2,d ans:9
20. For each of the second-order systems that follow, find 5, wn, Ts, Tp, T,, and %OS. 16 a. T(s) =+ 3s + 16 %3D 0.04 b. T(s): s2 +0.02s +0.04 1.05 x 107 s2 +1.6 x 10°s +1.05 x 107 c. T(s) =
A docs.google.com 1 Add file This is a required question Q1/ find the output waveform by applying the Y= (C(A+B)+(D.B) gate when the input waveform A and C inverted for the following figure: B D 1 Add file This is a required question Вack Next Clear form ever submit passwords through Google Forms. This form was created inside of University of Kirkuk. Report Abuse Google Forms
5. Determine the order of the system? bo w(n) y(n) x(n) ż' -a b, Second order third order first order
Petermine the state-space representation. Let: x₁=V₂₁₁ X₂= V₁₂₁₂₁ X ₂ = μ₁ 3. U₁₁ (E)= VIE) +1 (yilt) mm L Y21t) + R₂ R₁ C2 th R3 (lt) = U/₂1t)
Q1// Design an asynchronous network has two inputs and one output. The input sequence X,X, = 00,01,11 causes the output to become 1. The next input change then causes the output to return to 0. %3D
Q4) Find the energy and power of the following signals a) - {(}) 2 x(n) = for n20 x(n) = 3 2 b) X(t) = 10cos (3t) c) X(n)=6 cos cos (- n) 2
Q5. Draw the state diagram of a circuit which recognizes the sequence 1101 in the input signal x. The output signal, z, becomes 1 whenever it detects this particular sequence. Sequence may overlap. For example, t=1 t=1 t=1 t=1 t=1 t=1 t=1 t=1 2 3 4 5 7 x0 1 0 1 0 1 1 0 1 1 1 1 1 1 1 1 1 1 а) Draw the state diagram using Mealy model b) Draw the state diagram using Moore model 1-

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Find IA, IB, and IC. 5.6 A( O 3 A: -5.4 A, 6 A O 6 A: 4.5 A, 5.6 A O4 A: 3.9 A, 6.4 A O 4.5 A: 4.1 A: 4.5 A Vx 18 Ω. 0.1vx ic 9 Ω www 2 A