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Q1-A): Design a two pole Butterworth band pass filter with corner frequencies a 400Hz and 4000 Hz, also find and sketch the filter quality factor. Then redesign the filter to have a high Q factor of 10 about a center frequency of 1300Hz Assume the resistor next to grounded end of the gain potential divider of 10 k_ohm?

Q1-A): Design a two pole Butterworth band pass filter with corner frequencies a 400Hz and 4000 Hz, also find and sketch the filter quality factor. Then redesign the filter to have a high Q factor of 10 about a center frequency of 1300Hz Assume the resistor next to grounded end of the gain potential divider of 10 k_ohm?

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
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Q1-A): Design a two pole Butterworth band pass filter with corner frequencies a 400HZ and 4000 Hz, also find and sketch the filter quality factor. Then redesign the filter to have a high Q factor of 10 about a center frequency of 1300HZ Assume the resistor next to grounded end of the gain potential divider of 10 k_ohm? *) number of pole equal 2, one stage Gain=1.586
Transcribed Image Text:Q1-A): Design a two pole Butterworth band pass filter with corner frequencies a 400HZ and 4000 Hz, also find and sketch the filter quality factor. Then redesign the filter to have a high Q factor of 10 about a center frequency of 1300HZ Assume the resistor next to grounded end of the gain potential divider of 10 k_ohm? *) number of pole equal 2, one stage Gain=1.586
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