QI: Check the following statements and see which one is true and which one is false III. Time response of a discrete-time system is the solution of the difference equation governing the system. IV. The z-transform cannot solve any difference equations directly, and can be interpreted as the Fourier transform of the product of the original sequence x[n] and the exponential sequence. v. The loop gain of the system has n zeros at the origion and is therefore type n. These zeros play the same role as poles at the origin for an s- domain transfer function in determining the steady-state response of the system.

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QI: Check the following statements and see which one is true and which one
is false.
III. Time response of a discrete-time system is the solution of the difference
equation governing the system.
IV. The z-transform cannot solve any difference equations directly, and can
be interpreted as the Fourier transform of the product of the original
sequence x[n] and the exponential sequence.
V. The loop gain of the system has n zeros at the origion and is therefore
type n. These zeros play the same role as poles at the origin for an s-
domain transfer function in determining the steady-state response of the
system.
Transcribed Image Text:QI: Check the following statements and see which one is true and which one is false. III. Time response of a discrete-time system is the solution of the difference equation governing the system. IV. The z-transform cannot solve any difference equations directly, and can be interpreted as the Fourier transform of the product of the original sequence x[n] and the exponential sequence. V. The loop gain of the system has n zeros at the origion and is therefore type n. These zeros play the same role as poles at the origin for an s- domain transfer function in determining the steady-state response of the system.
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