For the circuit below, use the approximation for gain in the passband for your calculations. Assume...

 

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For the circuit below, use the approximation for gain in the passband for your calculations. Assume the components have the following values: Vs = 8 Vpp, Cf = 4 nF, Rf = 500 02, R₁ = 1000 2 and w=2000 rads/sec. Answer the following questions (Format all answers to two decimal points): 1) The circuit shown is a (Click to select) 2) What is the cutoff frequency in Hz? fc = Hz 3) This circuit will (Click to select) 4) What is the nominal gain of the filter in dB in the passband? GPB = dB. 5) What is the nominal gain of the filter in dB at the cutoff frequency? GCF= dB. 6) What is the magnitude of the output voltage, Vout at the cutoff frequency? Vout= Vpp. 7) Rf and Ri have 10% tolerances. What is the maximum value of the gain in the passband in v/v (magnitude only)? GPBmax = |v/v. Vs Ri + Cf ww Rf Vout For the circuit below, use the approximation for gain in the passband for your calculations. Assume the components have the following values: Vs = 8 Vpp, Cf = 4 nF, Rf = 500 02, R₁ = 1000 2 and w=2000 rads/sec. Answer the following questions (Format all answers to two decimal points): 1) The circuit shown is a (Click to select) 2) What is the cutoff frequency in Hz? fc = Hz 3) This circuit will (Click to select) 4) What is the nominal gain of the filter in dB in the passband? GPB = dB. 5) What is the nominal gain of the filter in dB at the cutoff frequency? GCF= dB. 6) What is the magnitude of the output voltage, Vout at the cutoff frequency? Vout= Vpp. 7) Rf and Ri have 10% tolerances. What is the maximum value of the gain in the passband in v/v (magnitude only)? GPBmax = |v/v. Vs Ri + Cf ww Rf Vout

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1 lowpass filter 2 fc 12CfRfRi 1000 Hz 3 pass frequencies below 1000 Hz and attenua... View the full answer