Direct Il form implementation of an LTI system is given in figure. Find transfer function of the system H(el") in frequency domain. -0.9 Lutfen birini seçin: H(el") = 1+2e-/ a. %3! 1+1.Se Jw-o.9-20 b H(el) = 1-2e-J 1+1.Sej-0.9-/2 1+1.5e-/w-0.90-2w H(@lw) = C. 1+2e /w d. %3! 1+2e- e H(el) = %3D 1-1.5e Jo.9 Rw

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9:00 oclock (page 2 of 10)- Google Chrome
iz/attempt.php?attempt=496645&cmid=185748&page=1
Direct Il form implementation of an LTI system is given in figure. Find transfer function
of the system H(elw) in frequency domain.
y[n]
15
-0.9
Lütfen birini seçin:
a H(el) =
1+2e-/w
1+1.Se-Jw-0.9e-2w
1-2e-J
b.
1+1.5e-w-0.9e-j2
C H(el)=
1+1.5e-Jw-0.9e-/20
1+2e-jw
d. H(elw) = 1-15e~JW+0,96¬12w
1+2e-j
1+2e w
e H(elw) =-
1-1.Se J40.9e Rw
Transcribed Image Text:9:00 oclock (page 2 of 10)- Google Chrome iz/attempt.php?attempt=496645&cmid=185748&page=1 Direct Il form implementation of an LTI system is given in figure. Find transfer function of the system H(elw) in frequency domain. y[n] 15 -0.9 Lütfen birini seçin: a H(el) = 1+2e-/w 1+1.Se-Jw-0.9e-2w 1-2e-J b. 1+1.5e-w-0.9e-j2 C H(el)= 1+1.5e-Jw-0.9e-/20 1+2e-jw d. H(elw) = 1-15e~JW+0,96¬12w 1+2e-j 1+2e w e H(elw) =- 1-1.Se J40.9e Rw
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