7.57. Consider the discrete-time LTI system shown in Fig. 7-25.Figure 7-25x[n]Open in new tabΣΣ+/-13)Z-19₁ [n]Z-19₂[n]1/2\b. Find the system function H(z).c. Find the difference equation relating x[n] and y[n].+Σy[n]a. Find the state space representation of the system with the state variables q₁[n] and 92[n] asshown.Share

Given block diagram is We need to determine a) The state space representation of the system with…

Answered: 7.57. Consider the discrete-time LTI…

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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OBJECTIVE 7-3 SECOND-ORDER CIRCUIT ANALYSIS (SECTS. 7-5, 7-6, 7-7) Given a second-order circuit: (a) Find the circuit differential equation. (b) Find the circuit natural frequencies and the initial condi- tions (if not given). (c) Find the zero-input response. (d) Find the complete response for a step function input. See Examples 7-17, 7-18, 7-20 to 7-23, 7-24, and 7-26 and Exercises 7-25, 7-27, 7-29 to 7-31 and 7-33. S7-37 Find the v(t) that satisfies the following differential equa- tion and initial conditions: dv(t) du(t) di² dt +6- +48u(t)=0, v(0)=0 V, dv(0) dt = 48 V/s
Ques. 7: Simplify the following: (a) [e-tcos(3t – 60°)]8(t) (b) 8(t + 3)e-t
8. Find the energy signal for the following signals. a) x(t) = 3rect) b) x[n] = 38[n – 1] + 48[n – 4] CS CamScanner - iaa
Find the energy of: rect(t/2) + rect (t- 3/2) (a) 3/2 (b) 2 (c) 3 (d) 5/2 (a) (b) O (c) (d) Type here to search
The following plot is a step response of a sixth order system. 1. Find the time domain specifications i.e. Tp. Tri. T. and P.O. 2. Find a second order system whose response matches the given response in the following sense a. The percentage overshoot and rise time b. The peak time and settling time c. The rise time and settling time You have to find three systems Aroude 1 14 13) 12 UP E ON ST 06 0.5 DA 03 63 DI 0 6 A W . -CA P.O.= e √1-2 Ts= 4 ζωη Satisfying 2% criteria 10 Control Systems Homework Problem 3 100 M 16 18 20 Step Response for 24 21 20 30 The P.O. -In (100) √²+In² (²00) Tr Tp 2.16+0.60 On 0.3<≤0.8 Onv T 1-32 and 10% to 90% value
Put " true "next to the true one of the following statements, and " false " next to the false one. a) A continuous time signal is also an analog signal. a) b) If a sign is not an energy sign, it must be a power sign. b) c) If a sign is a power sign, it cannot be a causal sign. NS) d) All periodic signals whose amplitude does not go to infinity are power signals. D) e) Let x(t) be an energy sign. Let the energy of the sign x(t) be equal to the constant value E. In this case, the energy value of the x( at) sign becomes E/a.a is a positive real number. to)
Construct/Draw the Moore-type circuit
7.1. Find the z-transform (if it exists) and the corresponding ROC for each of the following signals: a) (-0.4)"u[n] + (0.7)"u[–n] b) [(0.5)" + 2(0.3)"]u[-(n+1)] c) [(0.5)" + 2(0.3)"}u[n] d) (0.5)"u[n] + 2(0.3)"u[-(n+ 1)]
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(a) Solve the following initial value problem. xy' – 3y = x*c2* with y(1) = e (h) The ponuulation of a particular society of pangolins can be modelled by the differential eq
Q9/ The minimum sum- of- products for the following function is F(A,B,C,D,E)=Em(0,1,15,16,17) +Id(14,24,25,30,31) using Quine - McClusky method * A'B'C'D'+A'BCD+AB'C'D' O None of them B'C'D'+BCD B'C'D+AC'D' B'C'D'+A'BCD (O

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