ratio of z-transform of the output signal,Y (z) to the z-transform of the input signal, X(z). Let say the input signal is in unit step function and output signal can be represented as y[n] = 6(8[n]) + (3") [Satu rangkap pindah bagi sistem antena, H(z) boleh di wakilkan sebagai nisbah isyarat keluaran transformasi-z ,Y(z) kepada nisbah isyarat masukkan transformasi-z, X(z). Andaikan isyarat bagi masukkan adalah fungsi unit langkah dan isyarat keluaran boleh di wakilkan sebagai y[n] = 6(8[n]) + (3")] (i) Solve the z-transform of the input and output. [Selesaikan transformasi-z bagi masukkan dan keluaran.]

ratio of z-transform of the output signal,Y (z) to the z-transform of the input signal, X(z). Let say the input signal is in unit step function and output signal can be represented as y[n] = 6(8[n]) + (3") [Satu rangkap pindah bagi sistem antena, H(z) boleh di wakilkan sebagai nisbah isyarat keluaran transformasi-z ,Y(z) kepada nisbah isyarat masukkan transformasi-z, X(z). Andaikan isyarat bagi masukkan adalah fungsi unit langkah dan isyarat keluaran boleh di wakilkan sebagai y[n] = 6(8[n]) + (3")] (i) Solve the z-transform of the input and output. [Selesaikan transformasi-z bagi masukkan dan keluaran.]

Power System Analysis and Design (MindTap Course List)

6th Edition

ISBN:9781305632134

Author:J. Duncan Glover, Thomas Overbye, Mulukutla S. Sarma

Publisher:J. Duncan Glover, Thomas Overbye, Mulukutla S. Sarma

Chapter6: Power Flows

Section: Chapter Questions

Problem 6.16P

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