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Design an identical component, Sallen-Key low pass filter with a Butterworth response fulfilling the following specifications. i) A low 3dB cutoff at 3 kHz. At 6 kHz, the gain will drop by 24 dB compared to gain at band pass. ii) Gain at band pass is 5. Start your design by determining the order of the filter and design must take into account the effect of input biasing current of the operational amplifier. Use C=0.1 uF and RF 1 KQ for any additional amplifier circuit.

Design an identical component, Sallen-Key low pass filter with a Butterworth response fulfilling the following specifications. i) A low 3dB cutoff at 3 kHz. At 6 kHz, the gain will drop by 24 dB compared to gain at band pass. ii) Gain at band pass is 5. Start your design by determining the order of the filter and design must take into account the effect of input biasing current of the operational amplifier. Use C=0.1 uF and RF 1 KQ for any additional amplifier circuit.

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
Section: Chapter Questions
Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...
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Design an identical component, Sallen-Key low pass filter with a Butterworth response fulfilling the following specifications. i) A low 3dB cutoff at 3 kHz. At 6 kHz, the gain will drop by 24 dB compared to gain at band pass. ii) Gain at band pass is 5. Start your design by determining the order of the filter and design must take into account the effect of input biasing current of the operational amplifier. Use C=0.1 uF and RF 1 KQ for any additional amplifier circuit.
Transcribed Image Text:Design an identical component, Sallen-Key low pass filter with a Butterworth response fulfilling the following specifications. i) A low 3dB cutoff at 3 kHz. At 6 kHz, the gain will drop by 24 dB compared to gain at band pass. ii) Gain at band pass is 5. Start your design by determining the order of the filter and design must take into account the effect of input biasing current of the operational amplifier. Use C=0.1 uF and RF 1 KQ for any additional amplifier circuit.
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