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a. Using 2.7 kN resistors and ideal op amps, design a circuit that will implement the low-pass Butterworth filter specified in Problem 15.340. The gain in the passband is one. b. Construct the circuit diagram and label all component values.

a. Using 2.7 kN resistors and ideal op amps, design a circuit that will implement the low-pass Butterworth filter specified in Problem 15.340. The gain in the passband is one. b. Construct the circuit diagram and label all component values.

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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Need help with a and b please. Thank you

a. Using 2.7 kN resistors and ideal op amps, design a circuit that will implement the low-pass Butterworth filter specified in Problem 15.340. The gain in the passband is one. b. Construct the circuit diagram and label all component values.
Transcribed Image Text:a. Using 2.7 kN resistors and ideal op amps, design a circuit that will implement the low-pass Butterworth filter specified in Problem 15.340. The gain in the passband is one. b. Construct the circuit diagram and label all component values.
15.34 (A) Order of the Low Pass butterworth filter. CutoPf freguency =Wp- 800 47 and the gain is not mure than -25dB at 2500HZ. -0.05 As n= -0.05 25) order of the filter -2.526 2600 10 B. gain in dB at 2500 HZ 2n ビ 20K1000 10 の n=3 Op= 2500H2. 2(3) I+(2500) -203.876dB =K
Transcribed Image Text:15.34 (A) Order of the Low Pass butterworth filter. CutoPf freguency =Wp- 800 47 and the gain is not mure than -25dB at 2500HZ. -0.05 As n= -0.05 25) order of the filter -2.526 2600 10 B. gain in dB at 2500 HZ 2n ビ 20K1000 10 の n=3 Op= 2500H2. 2(3) I+(2500) -203.876dB =K
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