An ideal lowpass filter with zero delay has impulse response h 1p [n] and frequency response (a)
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An ideal lowpass filter with zero delay has impulse response h1p[n] and frequency response
(a) A new filter is defined by the equation h1[n] = (?1)nh1p?[n] = ej?n h1p[n]. Determine an equation for the frequency response of H1(ej?), and plot the equation for |?|
(b) A second filter is defined by the equation h2[n] = h1p[n] cos(0.5?n). Determine the equation for the frequency response of?H1(ej?), and plot the equation for |?|
(c) A third filter is defined by the equation. Determine the equation for the frequency response H3(ej?), and plot the equation for |?|
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Related Book For
Discrete Time Signal Processing
ISBN: 978-0137549207
2nd Edition
Authors: Alan V. Oppenheim, Rolan W. Schafer
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