Repost Correction part a its xn 05n un please solve all t
Repost:
Correction; part a . it\'s x[n] = (-0.5)^n (u(n) )
please solve all the parts ... and explanin
For the FIR filter y[n] = x[n]-ax[n-1], determine the output signal y[n] for two similar cases. IR filter yin] - xin]-axin-1, determine the ou (a) The infinite-length input signal x[n] = anu[n] (b) The length-8 input signal x[n] = an(u[n]-u[n-8). (c) For part (b), plot x[n] and yIn] for Osns 10.Solution
Y[n]=x[n]-x[n-1]
apply z transform
Y[z]=X[z][1-z-1]
H[z]=Y[z]/X[Z]=[1-z-1]
take inverse Z transform
x[n] = (-0.5)^n (u(n) )
X[z]=1/(1+0.5z-1)
Y[Z]=H[Z]X[Z]=[1-z-1]/[1+0.5z-1]=
to find y[n] take inverse Z transform:
y[n]=(-0.5nu[n]-0.5nu[n-1])
c)
![Repost: Correction; part a . it\'s x[n] = (-0.5)^n (u(n) ) please solve all the parts ... and explanin For the FIR filter y[n] = x[n]-ax[n-1], determine the out Repost: Correction; part a . it\'s x[n] = (-0.5)^n (u(n) ) please solve all the parts ... and explanin For the FIR filter y[n] = x[n]-ax[n-1], determine the out](/WebImages/21/repost-correction-part-a-its-xn-05n-un-please-solve-all-t-1047752-1761545239-0.webp)