Design a causal, anti-symmetric FIR highpass filter with length 4. Let the cutoff frequency be π/2 rad. Use a Hamming window. Calculate the value of the final impulse response h(n) at n = 0. (We should normalize the final filter to ensure that the frequency response is 1 at w = π, but let's skip that step.) The impulse response of an ideal, zero-phase, anti-symmetric highpass filter is hBP (n) = (cos(лn) — cos(wen) πη 0 O. -0.012 O. -0.083 None of the other answers is correct O. -0.169 if n = 0 if n = 0 -0.137

Design a causal, anti-symmetric FIR highpass filter with length 4. Let the cutoff frequency be π/2 rad. Use a Hamming window. Calculate the value of the final impulse response h(n) at n = 0. (We should normalize the final filter to ensure that the frequency response is 1 at w = π, but let's skip that step.) The impulse response of an ideal, zero-phase, anti-symmetric highpass filter is hBP (n) = (cos(лn) — cos(wen) πη 0 O. -0.012 O. -0.083 None of the other answers is correct O. -0.169 if n = 0 if n = 0 -0.137

Introductory Circuit Analysis (13th Edition)

13th Edition

ISBN:9780133923605

Author:Robert L. Boylestad

Publisher:Robert L. Boylestad

Chapter1: Introduction

Section: Chapter Questions

Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...

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