The second order low pass filter circuit and its transfer function are given below. 1 sC R R°C,C2 R H(s) 2 -s + R'C,C2 1 RC sC2 a-) Passing the amplitude at 4 kHz, 1 dB lower than the pass band, and the 12 kHz amplitude A Butterworth low-pass filter with a gain of 10 and at least 20 dB less than its amplitude Design the circuit. Use 1 kn for the resistors in the low pass filter circuit. b-) Draw the circuit and show the element values on it. c-) Draw the amplitude graph (dB) roughly and mark the important points.
The second order low pass filter circuit and its transfer function are given below. 1 sC R R°C,C2 R H(s) 2 -s + R'C,C2 1 RC sC2 a-) Passing the amplitude at 4 kHz, 1 dB lower than the pass band, and the 12 kHz amplitude A Butterworth low-pass filter with a gain of 10 and at least 20 dB less than its amplitude Design the circuit. Use 1 kn for the resistors in the low pass filter circuit. b-) Draw the circuit and show the element values on it. c-) Draw the amplitude graph (dB) roughly and mark the important points.
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ISBN:9780133923605
Author:Robert L. Boylestad
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Transcribed Image Text:The second order low pass filter circuit and its transfer function are given below.
1
R°C,C2
R
R
V.
H(s)
Vị
1
-s +
RC|™
R'C,C2
sC2
a-) Passing the amplitude at 4 kHz, 1 dB lower than the pass band, and the 12 kHz amplitude A Butterworth
low-pass filter with a gain of 10 and at least 20 dB less than its amplitude
Design the circuit. Use 1 k2 for the resistors in the low pass filter circuit.
b-) Draw the circuit and show the element values on it.
c-) Draw the amplitude graph (dB) roughly and mark the important points.
-
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