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A 4 th order FIR system is defined as y(n)=0.0328x(n)+0.24x(n1)+0.455x(n2)+0.24x(n3)+0.0328x(n4) i) Calculate the transfer function H(z) for the difference equation. ii) Draw the pole-zero plot
A 4 th order FIR system is defined as y(n)=0.0328x(n)+0.24x(n1)+0.455x(n2)+0.24x(n3)+0.0328x(n4) i) Calculate the transfer function H(z) for the difference equation. ii) Draw the pole-zero plot and determine if the system is stable. iii) Draw the signal flow graph for the IIR. iv) Given that H(z)=H1(z)H2(z) where H1(z) and H2(z) are 2 nd order transfer functions. Find H1(z) and H2(z)
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