Two discrete-time LTI systems, whose impulse responses are h1(n) and h2(n), are cascade connected as in the figure (below right). a. Find w(n) for x(n)={(n)-0.58(n-1). b. Find the response y(n) to the input x(n)=8(n)-0.58(n-1). Find the overall impulse response of the cascade system

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x(n)
hi(n)-0.5u(п)
w(n)
h2(n)=2"u(n)
y(n)
Transcribed Image Text:x(n) hi(n)-0.5u(п) w(n) h2(n)=2"u(n) y(n)
Two discrete-time LTI systems, whose impulse responses are h1(n) and h2(n), are
cascade connected as in the figure (below right).
a. Find w(n) for x(n)=8(n)-0.58(n-1).
b. Find the response y(n) to the input x(n)-8(n)-0.58(n-1).
c. Find the overall impulse response of the cascade system.
Transcribed Image Text:Two discrete-time LTI systems, whose impulse responses are h1(n) and h2(n), are cascade connected as in the figure (below right). a. Find w(n) for x(n)=8(n)-0.58(n-1). b. Find the response y(n) to the input x(n)-8(n)-0.58(n-1). c. Find the overall impulse response of the cascade system.
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