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3. RI Vin R2 Vout i. For the circuit shown above, write an expression for the transfer function, H(f), in terms of the frequency, capacitor, and resistors. ii. Given R1= 102, R2=302, and C= 8µF, calculate H(0) Н2500) H(5000) H(0) ii. Sketch the magnitude(|H(f))) and phase (4 H(f)) of the transfer function for this circuit vs. frequency on the following axes with the data in part ii. Be sure to label axes and data points for full credit. iv. What kind of filter is this circuit? (circle one) low pass band pass high pass notch V. Given vou(t)=7cos(6500rt+75°) + 2sin(20,000rt)V in the above circuit, write an expression (in sinusoidal form) for Vin(t) =. vi. Explain what the -3dB frequency is for a filter circuit and how you would calculate it for this circuit, but do NOT calculate it.

3. RI Vin R2 Vout i. For the circuit shown above, write an expression for the transfer function, H(f), in terms of the frequency, capacitor, and resistors. ii. Given R1= 102, R2=302, and C= 8µF, calculate H(0) Н2500) H(5000) H(0) ii. Sketch the magnitude(|H(f))) and phase (4 H(f)) of the transfer function for this circuit vs. frequency on the following axes with the data in part ii. Be sure to label axes and data points for full credit. iv. What kind of filter is this circuit? (circle one) low pass band pass high pass notch V. Given vou(t)=7cos(6500rt+75°) + 2sin(20,000rt)V in the above circuit, write an expression (in sinusoidal form) for Vin(t) =. vi. Explain what the -3dB frequency is for a filter circuit and how you would calculate it for this circuit, but do NOT calculate it.

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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3. RI Vin R2 Vout i. For the circuit shown above, write an expression for the transfer function, H(f), in terms of the frequency, capacitor, and resistors. ii. Given R1= 102, R2=302, and C= 8µF, calculate H(0) Н2500) H(5000) H(0) ii. Sketch the magnitude(|H(f))) and phase (Z H(f)) of the transfer function for this circuit vs. frequency on the folowing axes with the data in part ii. Be sure to label axes and data points for full credit. iv. What kind of filter is this circuit? (circle one) low pass band pass high pass notch V. Given vou(t)=7cos(6500rt+75°) + 2sin(20,000rt)V in the above cireuit, write an expression (in sinusoidal form) for Vin(t) -. vi. Explain what the -3dB frequency is for a filter circuit and how you would calculate it for this circuit, but do NOT calculate it.
Transcribed Image Text:3. RI Vin R2 Vout i. For the circuit shown above, write an expression for the transfer function, H(f), in terms of the frequency, capacitor, and resistors. ii. Given R1= 102, R2=302, and C= 8µF, calculate H(0) Н2500) H(5000) H(0) ii. Sketch the magnitude(|H(f))) and phase (Z H(f)) of the transfer function for this circuit vs. frequency on the folowing axes with the data in part ii. Be sure to label axes and data points for full credit. iv. What kind of filter is this circuit? (circle one) low pass band pass high pass notch V. Given vou(t)=7cos(6500rt+75°) + 2sin(20,000rt)V in the above cireuit, write an expression (in sinusoidal form) for Vin(t) -. vi. Explain what the -3dB frequency is for a filter circuit and how you would calculate it for this circuit, but do NOT calculate it.
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