Q5:Find the output y(n) for the system below where:hı(n)= 8(n-1) - 8(n-2)h:(n)= 2[u(n) - u(n-4)]hs(n)= 26(n)x(n)= ô(n-2)x(n)hi(n)bz(n)y(n)h3(n)

Answered: Image /qna-images/answer/8ae2ecb6-0f74-4e5c-aaae-3f689b23d047.jpg

Answered: Q5:Find the output y(n) for the system…

Q5:Find the output y(n) for the system below where: hi(n)= 8(n-1) - 8(n-2) h:(n)= 2[u(n) - u(n-4)] hs(n)= 26(n) x(n)= d(n-2) x(n) hi(n) h:(n) y(n b3(n)

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

Related questions

Q: a. Draw x[n+1], x[1-n], 2x[2n+1]

A: According to guideline we need to solve only first question. According to question we have to draw…

Q: Find the output of the block diagrams (A,B,C,D& E); if the input is: x(n) = sin w.n u(n) U(-n) > B A…

Q: 5. Suppose y[n] is the output of an LTI system when x[n] is the input: x[n] y[n] 1 n n -1 -1 1 -1…

A: The given input x[n] is, In mathematically form: x[n]={-1,1} The Number of samples is 2. Likewise…

Q: 9. An LTI systen has input a[n] = 8[n- 2] which gives the output y[n] = u[n 3]. The impulse response…

Q: Q1. In a digital signal processing technique, an analog signal needs to be sampled wisely into a…

A: A discrete signal is given byw[n]={1,2,3↑,2,−1} ;Here, ′↑′ indicates the index, n = 0.We need to…

Q: 1-1 ) = (¹-¹u(n − 2) if the input sign Q4] Determine the output of LTI system h(n) x(n) = 3"u(n)

Q: Q8: Realize the system described by the following difference equation in canonical structure form:…

A: consider the given question;

Q: (s) &(s) s' +0.739s' +0.921s 1.151s +0.1774

A: According to the question we have to find the value of the open loop transfer function.

Q: Question 3: (For practice only) Solve the given block diagram using Block diagram reduction and…

Q: b) Design a PLL circuit (Find R₁ and C₂) shown below for fo = 14kHz and f = 60Hz and assume C₁ =…

A: Phase Locked Loop The phase difference between two signals, and the capacity to detect it, are…

Q: Calculate the four-point DFT of signal x(n)= 5(n)+25(n-2)+8(n-3).

Q: 4ムッコー 5yLm-コ+yLa-2フ:タメCッ] The impulse response hin]is henコニ (A-B(4)")uca] Find the values of A and B

Q: 3) Given the following transfer function and input, determine the output as a function of time.

Q: Suppose an LTI system has impulse response hin] = u[n] – uļn – 3). Find the output for each of the…

Q: the Close loop transfer function C(s)/R(s)

A: Open Loop System-A system having a input in the system which does not depends on the system output.…

Q: This matlab code represents the transfer function of Num=[0 k1 k2] Den=[1 ] Controller =tf(Num,Den)

A: Solution- The Matlab code is,Num = [0 k1 k2]Den = [1]Controller = tf (Num, Den)

Q: Which of the following options is correct for the output function of the circuit given in the…

Q: Find the transfer function T(s) = ANS: Y(s) R(s) = R(s) Y(s) for the system represented in Figure 7…

Q: Find the transfer function of the block diagram given in Figure 2. (Show all the intermediate steps…

A: The transfer function of the given block diagram needs to be calculated and the same can be…

Q: DIsassemble the following MIPS 32-bit hexadecimal instruction written as addr:instr 60005000 :…

Q: put-output relationship of a causal and linear time- variant systemy[n] − 2y[n − 1]=x[n] + 3x[n − 1]…

Q: The signal x (n) = -38 (n + 4) has a value of O4atn=3 O4 at n = -3 O-3 at n = 4 O-3 at n = -4

A: Given data, The signal, xn=-3δn+4

Q: A discrete time signal x[n] is given in Figure 1. a. Draw x[n+1], x[1-n], 2x[2n+1] b. Find the…

Q: Find the closed-loop transfer function, TF = C(s)/R(s) for the „system shown in Figure below H1 R(s)…

A: In this question we need to find the transfer function of the system by block reduction technique

Q: Q2// Answer Two of Them A/Find the transfer function of the system that represented by: 0 1 0…

Q: -Using Block Diagram rules find simplified transfer function. U E2 E3 Y G H G, (S) = 5 S(sti) 2…

Q: Draw the state diagram model for the system has the transfer function 16 s4 – 0.3 s³ – 5 s² + 9 s +…

A: Write the expression for the given transfer function and rearrange it.…

Q: For a given function f(x), the divided-differences table is given by: Xo = 0 x₁ = 1 f[xo] = 1 f[x₂]…

A: Solution- The divided difference table - x0=0 f[x0] = 1 x1=1 f[x1] = -1 f[x0,x1] =-2…

Q: Given a discrete-time linear time invariant system with input a[n] and output y[n] being related by…

A: Given Data:An LTI system with the difference equation of,Input Initial Conditions Zero state…

Q: 4. Find the transfer function C2 10 nF R2 40 K R1 R3 ↑ 200 K 50K + Vout Vin C1 25 nF

A: The transfer function for the given figure is as falows

Q: Asap plz

Q: The following lead compensator is designed to obtain the desired closed-loop pole at (-2+ j 5).…

A: In this questionvalue of k if closed loop pole at s= -2+2j.Closed loop poles = G/(1+GH) The detailed…

Q: what is the Output as equation ? and defined the transfer function for the attached circuit: V₂0 TOT…

Q: Find the traneter unetion TI of the cirout 2Nad 2Nahaf

A: The transfer function for the given rotational mechanical system can be obtained by writing…

Q: Q2) For the following system, determine the transfer function?

Q: Find the DFT transformation of the following signal. 1.1 x[n]= n , N= 4 1.2 x[n]= 2e?m (u[n -…

Q: Homework: Simplify the following block diagrams to obtain the overall transfer function: H1 G2 H2

A: Note: We are authorized to answer one question at a time, since you have not mentioned which…

Q: 2) A discrete-time signal is shown in the figure below. Sketch and label carefully each of the…

A: Since you have posted the questions with multiple subpart so we are supposed to answer 3 subpart.

Q: Determine the characteristic equation and its roots. Determine the form of the homogeneous solution,…

Q: Q3 A control system is described by the block diagram in Figure 1, where R(s) is reference input and…

A: The given block diagram is shown below.We need to use MATLAB and block reduction technique to find…

Q: Q2 i) Find DTFT of a) X[n]= δ[n+5] -αn δ[n-5] b) X[n]=(n-1) (1/3)n u[n] please solve step by step…

Question

Q5:Find the output y(n) for the system below where:
hı(n)= 8(n-1) - 8(n-2)
h:(n)= 2[u(n) - u(n-4)]
hs(n)= 26(n)
x(n)= ô(n-2)
x(n)
hi(n)
bz(n)
y(n)
h3(n)

Expert Solution

This question has been solved!

Explore an expertly crafted, step-by-step solution for a thorough understanding of key concepts.

SEE SOLUTION Check out a sample Q&A here

Step 1

VIEW

Step 2

VIEW

Step by step

Solved in 2 steps with 2 images

SEE SOLUTION Check out a sample Q&A here

Knowledge Booster

Different Types of System and Its Property

Learn more about

Need a deep-dive on the concept behind this application? Look no further. Learn more about this topic, electrical-engineering and related others by exploring similar questions and additional content below.

Similar questions

Vi Question 1 Part 1 What is the value of D12? a) 0.0638 b) -1.77 4 Ohm 3 Ohm W WWW c) -1.44 d) 1.06 A circuit is given above. Calculate its transfer function from the input V, to the output V, in the form shown below. Question 1 Part 2 What is the value of D11? a) 0.931 b) 1.35 c) 0.098 d) 1.68 14 mF 0.38 F HE c1 C2 = V. (s) 1 V₁(s) D₁25² + D₁₁5 + 1 Vo
Please show all the steps in detail
Realize an asynchronous counter circuit that counts as 3->5->4->0->9->4.
Consider the following system gond 1 where g[n]=5[n-1]--6[n-21. By how much are the constant inputs scaled ? 1 2 2. None of the above. 1/3 2/3 3/2 3.
x=0,1 X=0 X-1 Q=0 Q=1 y=1 y=0 D is the next value of Q in the FSM described by the state diagram above. Which of these is the formula for Din terms of Q and x? OaD = Q + x Ob.D = Q + x' OGD = QX Od.D = Qx
NO CURSIVE
Computer Science Digital signal processing course: please answer all parts with steps.
Q19 Needed to be solved this question correctly in 20 minutes in the order to get positive feedback Please solve this question quickly in the order to get positive feedback hundred percent efficiency needed
B5
-21 14 -14 -n - -lo-G -6-5 → XCF) = E S(f - 2000} +58(f+2000 ) +3 6(F-300) +S(F+30) >> XE) = 2-56(f-2000) +2-5 6CF+20) +1•5 6(F -3000) + Noo the sampled spectoum Expaession is l•5 6(F+3000) Xs (F ) = Ę Ž x(f-nfs) = fs 2 xCfnfs) 「Ts nニー0 %3D nニ-の 8000 2 *CF-n8000) こ nニ-の I need the drawing step by step and each information separately Step 3 of 5:) The spectoum XC F) is 2.5 12.5 1.5 11-5 FCKHZ) 3. 2. -2 -3 we cam drao Spectoum as On puttingn from -o to +oo 2.5X8000 =20,000 12005 5 6 8 1o I i3 14 16 18 21 -20 2. FKHE -3 cut tf Frequemcy is AKHZ * out put spectoum is 20, 000 12:000 7FCKHZ) 2. -3 -2 0 NoLo egyuation oulput spectrum is JE)= 24000c0os(2n x3000 t) + 49 O00 Cos(aTI x20 %3D
Find the theoretical output voltage for the Integrator and differentiator circuits? VAV), R- 1800 IV 1ov C 47 Ims 2ms t(s) V IV pe Vo(V)t +12mV Ims 2ms t(s) d Vi(t) Vo = -Rc -12mV dt VAV), +10V R22KO I ms 2 ms t(s) Vo(V)f 16V I ms 2 ms (s) Vo (1) = - S Vi(t)dt RC -1.6 V
None