Question: An FIR filter has a non-recursive input/output relation (a) Find the impulse response h[n] of this filter.Is this a causal and stable filter?Explain (b) Find
An FIR filter has a non-recursive input/output relation
![γίn]Σw[n-k γ[n] kx[n k=0 k]](https://dsd5zvtm8ll6.cloudfront.net/si.question.images/images/question_images/1545/6/4/7/6455c20b61df2b031545630233349.jpg)
(a) Find the impulse response h[n] of this filter.Is this a causal and stable filter?Explain
(b) Find the unit-step response s[n] for this filter and plot it.
(c) If the input x[n] for this filter is bounded, £x[n]£ < 3, what would be a minimum bound Mfor the output, i.e., |y[n]| ¤ M.
(d) Use the function filterto compute the impulse response h[n] and the unit-step response s[n] for the given filter and plot them.
γίn]Σw[n-k γ[n] kx[n k=0 k]
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a Letting xn n the impulse response of the filter is hn 0n n 1 2n 2 ... View full answer
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