9.8 Determine the impulse response h[n] of a LTI system represented by the difference equation y[n]=–0.5y[n −1]+x[n], wh

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9.8 Determine the impulse response h[n] of a LTI system represented by the difference equation y[n]=–0.5y[n −1]+x[n], wh

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9 8 Determine The Impulse Response H N Of A Lti System Represented By The Difference Equation Y N 0 5y N 1 X N Wh 1
9 8 Determine The Impulse Response H N Of A Lti System Represented By The Difference Equation Y N 0 5y N 1 X N Wh 1 (35.01 KiB) Viewed 46 times
9.8 Determine the impulse response h[n] of a LTI system represented by the difference equation y[n]=–0.5y[n −1]+x[n], where x[n] is the input, y[n] is the output and the initial conditions are zero. Find two different ways to compute the output y[n] when the input is x[n] = { 1 0≤n≤2, otherwise. 0
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