In a LZD discrete-time system, x(n) is input and y(n) is output. When initial conditions are zero When the unit step function is applied to the input of the system, y(n)= 10 *((1/6)n)*u(n) is output. This by, a) Find the transfer function of the system. a) Find the unit sample answer. a) Find the output for the input x(n)=((1/3)n)*u(n).

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In a LZD discrete-time system, x(n) is input and y(n) is output. When initial conditions are zero
When the unit step function is applied to the input of the system, y(n)= 10 *((1/6)n)*u(n) is output. This
by,
a) Find the transfer function of the system.
a) Find the unit sample answer.
a) Find the output for the input x(n)=((1/3)n)*u(n).

SORU 3: LZD ayrık zaman bir sistemde x(n) giriş, y(n) ise çıkıştır. Başlangıç koşulları sıfir iken
sistemin girişine birim basamak fonksiyonu uygulandığında y(n)= 10 (-)" u(n) çıkışı alınmıştır. Buna
göre,
a) Sistemin transfer fonksiyonunu bulunuz.
a) Birim örnek cevabını bulunuz.
a) x(n)= " u(n) girişi için çıkışı bulunuz.
Transcribed Image Text:SORU 3: LZD ayrık zaman bir sistemde x(n) giriş, y(n) ise çıkıştır. Başlangıç koşulları sıfir iken sistemin girişine birim basamak fonksiyonu uygulandığında y(n)= 10 (-)" u(n) çıkışı alınmıştır. Buna göre, a) Sistemin transfer fonksiyonunu bulunuz. a) Birim örnek cevabını bulunuz. a) x(n)= " u(n) girişi için çıkışı bulunuz.
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