, A second order band-pass filter is designed by cascading filters in Fig.(1-a) and Fig.(1-b) its required to: a- Draw a resultant circuit BPF. b- Derive H(s) for BPF in a. c- Determine upper and...


, A second order band-pass filter is designed by cascading filters in Fig.(1-a) and Fig.(1-b) its<br>required to:<br>a- Draw a resultant circuit BPF.<br>b- Derive H(s) for BPF in a.<br>c- Determine upper and lower cutoff frequency then calculate a center frequency and a band<br>width for BPF.<br>d- If the gain is 2.121 at the upper cutoff frequency determine the quality factor, the gain at<br>the center frequency then draw the frequency response.<br>RI<br>723.42<br>C2-0,01uF<br>ww<br>Vi<br>Cl-0.01uF<br>Vi<br>8840<br>V.<br>Fig.(1)<br>

Extracted text: , A second order band-pass filter is designed by cascading filters in Fig.(1-a) and Fig.(1-b) its required to: a- Draw a resultant circuit BPF. b- Derive H(s) for BPF in a. c- Determine upper and lower cutoff frequency then calculate a center frequency and a band width for BPF. d- If the gain is 2.121 at the upper cutoff frequency determine the quality factor, the gain at the center frequency then draw the frequency response. RI 723.42 C2-0,01uF ww Vi Cl-0.01uF Vi 8840 V. Fig.(1)

Jun 11, 2022
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