3. Civen the DT LTI system system described byy[n +2] - 0.64[n+1] - 0.16 y[n] - Sx [n]initial conditions : y [-1] 125y[-2] =x [n] 2"u[n]obtain (a) zero input response(b) impulse response(1) zero stare response(d) complete response of the system

A discrete-time LTI system is described by the following difference equation…

Given the DI LTI system system described by y[n+2] - 0.64[n+i] - 0.16 y[n] = Sx [n] initial conditions : y [-1] : 1 y[-2] = 5 x [n] 2"u [n] obtain (a) zero input response (b) impulse response (1) zero stare response (d) complete response of the system

Given the DI LTI system system described by y[n+2] - 0.64[n+i] - 0.16 y[n] = Sx [n] initial conditions : y [-1] : 1 y[-2] = 5 x [n] 2"u [n] obtain (a) zero input response (b) impulse response (1) zero stare response (d) complete response of the system

Introductory Circuit Analysis (13th Edition)

13th Edition

ISBN:9780133923605

Author:Robert L. Boylestad

Publisher:Robert L. Boylestad

Chapter1: Introduction

Section: Chapter Questions

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Question

3. Civen the DT LTI system system described by
y[n +2] - 0.64[n+1] - 0.16 y[n] - Sx [n]
initial conditions : y [-1] 1
25
y[-2] =
x [n] 2"u[n]
obtain (a) zero input response
(b) impulse response
(1) zero stare response
(d) complete response of the system

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