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Ior a Dass up to 1000 Hz. You are planning to implement the filter digitally by first design- ing an analog bandpass filter which is then converted to digital form via the bilinear transformation. (a) If your sampling rate is 4000 Hz, what frequencies are appropriate to specify as the band edges for your analog design? (1) IC 2000 LI.

Ior a Dass up to 1000 Hz. You are planning to implement the filter digitally by first design- ing an analog bandpass filter which is then converted to digital form via the bilinear transformation. (a) If your sampling rate is 4000 Hz, what frequencies are appropriate to specify as the band edges for your analog design? (1) IC 2000 LI.

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
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3. You have need for a bandpass filter whose passband includes frequencies from 500 Hz up to 1000 Hz. You are planning to implement the filter digitally by first design- ing an analog bandpass filter which is then converted to digital form via the bilinear transformation. (a) If your sampling rate is 4000 Hz, what frequencies are appropriate to specify as the band edges for your analog design? (b) If your sampling rate is 8000 Hz, what frequencies are appropriate to specify as the band edges for your analog design?
Transcribed Image Text:3. You have need for a bandpass filter whose passband includes frequencies from 500 Hz up to 1000 Hz. You are planning to implement the filter digitally by first design- ing an analog bandpass filter which is then converted to digital form via the bilinear transformation. (a) If your sampling rate is 4000 Hz, what frequencies are appropriate to specify as the band edges for your analog design? (b) If your sampling rate is 8000 Hz, what frequencies are appropriate to specify as the band edges for your analog design?
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