[Q1](A) The gain of a second order band-pass active filter at its upper cutoff frequency is 42 dB. The lower cutoff frequency is 10.8 KHz and Q-factor is 50. Assume that the center frequency fo, which is equal to 15.3 KHz, is midway between the cutoff frequencies. Determine 1- The gain at center frequency. 2- The upper cutoff frequency. 3- The bandwidth.
[Q1](A) The gain of a second order band-pass active filter at its upper cutoff frequency is 42 dB. The lower cutoff frequency is 10.8 KHz and Q-factor is 50. Assume that the center frequency fo, which is equal to 15.3 KHz, is midway between the cutoff frequencies. Determine 1- The gain at center frequency. 2- The upper cutoff frequency. 3- The bandwidth.
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![[Q1](A) The gain of a second order band-pass active filter at its upper cutoff frequency is 42
dB. The lower cutoff frequency is 10.8 KHz and Q-factor is 50. Assume that the center
frequency fo, which is equal to 15.3 KHz, is midway between the cutoff frequencies.
Determine
1- The gain at center frequency.
2- The upper cutoff frequency.
3- The bandwidth.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F02946ee2-4519-46a7-9650-39b20cae831d%2F8319f837-f5c8-4a79-8c1c-1d54d569d12c%2Fmolfnfg_processed.jpeg&w=3840&q=75)
Transcribed Image Text:[Q1](A) The gain of a second order band-pass active filter at its upper cutoff frequency is 42
dB. The lower cutoff frequency is 10.8 KHz and Q-factor is 50. Assume that the center
frequency fo, which is equal to 15.3 KHz, is midway between the cutoff frequencies.
Determine
1- The gain at center frequency.
2- The upper cutoff frequency.
3- The bandwidth.
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