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The input output relation of a discrete time system has been given by second order differential equation 2y[n-2]-3y[n-1]+y[n]=x[n]for n20 with input x[n]=3-2 and initial conditions 4 1 yl-2] =-yl-1]=- Find the output y/n].

The input output relation of a discrete time system has been given by second order differential equation 2y[n-2]-3y[n-1]+y[n]=x[n]for n20 with input x[n]=3-2 and initial conditions 4 1 yl-2] =-yl-1]=- Find the output y/n].

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
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The input output relation of a discrete time system has been given by second order differential equation 2y[n-2]-3y[n-1]+y[n]= x[n]for n 20 with input x[n]= 3*- and initial conditions 4 1 yl-2] =-y[-1]=- Find the output y/n).
Transcribed Image Text:The input output relation of a discrete time system has been given by second order differential equation 2y[n-2]-3y[n-1]+y[n]= x[n]for n 20 with input x[n]= 3*- and initial conditions 4 1 yl-2] =-y[-1]=- Find the output y/n).
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