numerical on convolution
ZT properties & proofs.
IZT numerical
numerical on cascade(series) & parallel arrangement of DT LTI systems.
Show that the energy of a real valued energy signal is equal to the sum of the energies of its even & odd components
Find the ZT of signal x(n)= cos ωn
Determine the system function & unit sample response of the system described by a difference equation
DFT properties
proof of x(n)=xe + xo
ZT properties & proofs.
IZT numerical
numerical on cascade(series) & parallel arrangement of DT LTI systems.
Show that the energy of a real valued energy signal is equal to the sum of the energies of its even & odd components
Find the ZT of signal x(n)= cos ωn
Determine the system function & unit sample response of the system described by a difference equation
DFT properties
proof of x(n)=xe + xo
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