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Design a 4th order LP filter using Sallen-Key architecture with corner frequency 33Khz and overall dc gain of 10 kb. f01 (normalized Q1 0.541 f02 (normalized) Q3 1....

Question

Design a 4th order LP filter using Sallen-Key architecture with corner frequency 33Khz and overall dc gain of 10 kb. f01 (normalized Q1 0.541 f02 (normalized) Q3 1.306 b- Use the above to select the resistor and capacitor values if I consider Cl-lnF for the two stages? Draw the op-amp circuit and label stages?

Design a 4th order LP filter using Sallen-Key architecture with corner frequency 33Khz and overall dc gain of 10 kb. f01 (normalized Q1 0.541 f02 (normalized) Q3 1.306 b- Use the above to select the resistor and capacitor values if I consider Cl-lnF for the two stages? Draw the op-amp circuit and label stages?



Answers

Design an RC high-pass filter that passes a signal with frequency $5.00 \mathrm{kHz},$ has a ratio $V_{\text {out }} / V_{\text {in }}=0.500,$ and has an impedance of $1.00 \mathrm{k} \Omega$ at very high frequencies. a) What components will you use? b) What is the phase of $V_{\text {out }}$ relative to $V_{\text {in }}$ at the frequency of $5.00 \mathrm{kHz}$ ?


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