It's urgent please solve asap Q2: A second order BPF is required to satisfy the following specifications:Sampling rate = 8kHz3dB band width =100 HzCenter frequency = 2kHzZero gain at 0Hz and 4kHzFind the TF and difference equation of the filter using pole-zero placementmethod.

It is given that: Sampling rate: fs=8 kHz3 dB bandwidth: W=100 HzNarrow passband Centered at fo=2…

Q2: A second order BPF is required to satisfy the following specifications: Sampling rate 3dB band width =100 Hz 8kHz Center frequency = 2kHz Zero gain at OHz and 4kHz Find the TF and difference equation of the filter using pole-zero placemen method.

Q2: A second order BPF is required to satisfy the following specifications: Sampling rate 3dB band width =100 Hz 8kHz Center frequency = 2kHz Zero gain at OHz and 4kHz Find the TF and difference equation of the filter using pole-zero placemen method.

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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It's urgent please solve asap

Q2: A second order BPF is required to satisfy the following specifications:
Sampling rate = 8kHz
3dB band width =100 Hz
Center frequency = 2kHz
Zero gain at 0Hz and 4kHz
Find the TF and difference equation of the filter using pole-zero placement
method.

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