Foran LTTI discrete time system with thefollowing impulse responseh (n) = 8 (n-1)-28 (n-3)+8(n-5)a- give expression for hen) in terms of unit termand then in Vector formb- spesify whether the system is FIR or[IRtheC- Computeunit steps responsed- is the impulse response Cousal or not

Answered: For an LTI discrete time system with…

Introductory Circuit Analysis (13th Edition)

13th Edition

ISBN:9780133923605

Author:Robert L. Boylestad

Publisher:Robert L. Boylestad

Chapter1: Introduction

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For
an LTTI discrete time system with the
following impulse response
h (n) = 8 (n-1)-28 (n-3)+8(n-5)
a- give expression for hen) in terms of unit term
and then in Vector form
b- spesify whether the system is FIR or[IR
the
C- Compute
unit steps response
d- is the impulse response Cousal or not

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The step response describes the temporal behavior of a generic system's outputs when its inputs quickly move from zero to one.
IIR filters are suitable for tapping lower orders, whereas FIR filters are used for tapping higher orders since higher-order tapping might cause IIR filters to become unstable. Finite IR filters are known as FIRs, while infinite IR filters are known as IIR. Digital systems use IIR and FIR filters for filtering.

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