Design a fillter with the following characteristics: Band-pass filter: Lower corner frequency fa=200 Hz, upper corner...

 

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Design a fillter with the following characteristics: Band-pass filter: Lower corner frequency fa=200 Hz, upper corner frequency fcH=2000 Hz, roll-off slope &±20 dB/ dec. passband gain 0 dB. When an input voltage with an amplitude of 1.5 V is applied to any filter, supplies a current no greater than 5 mA. 1.The filter you are designing for this project are to be used to process audio signals, which have a bandwidth from 20Hz to 20kHz. 2. For the filters, use only ONE op-amp in your design. 3. Use standard resistors, capacitors, inductors, and potentiometers in your design. The standard component values available are provided at the end of this document. 4. Use ± 15 V for + VCC. Design Procedures 1.Start the design by sketching the desired magnitude Bode plots for the three filters based on the given specifications. With the magnitude Bode plots, determine the corresponding transfer function H (s). Provide the Bode plots and the transfer functions below HBP (s)=¿ ¿ R1 C1 C2 www R2 With the circuit above, determine the component values in each circuit. With the components you pick, the circuits should have the desired H(s) and meet the requirement on the input current. Design a fillter with the following characteristics: Band-pass filter: Lower corner frequency fa=200 Hz, upper corner frequency fcH=2000 Hz, roll-off slope &±20 dB/ dec. passband gain 0 dB. When an input voltage with an amplitude of 1.5 V is applied to any filter, supplies a current no greater than 5 mA. 1.The filter you are designing for this project are to be used to process audio signals, which have a bandwidth from 20Hz to 20kHz. 2. For the filters, use only ONE op-amp in your design. 3. Use standard resistors, capacitors, inductors, and potentiometers in your design. The standard component values available are provided at the end of this document. 4. Use ± 15 V for + VCC. Design Procedures 1.Start the design by sketching the desired magnitude Bode plots for the three filters based on the given specifications. With the magnitude Bode plots, determine the corresponding transfer function H (s). Provide the Bode plots and the transfer functions below HBP (s)=¿ ¿ R1 C1 C2 www R2 With the circuit above, determine the component values in each circuit. With the components you pick, the circuits should have the desired H(s) and meet the requirement on the input current.

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To design a filter with the following characteristics Bandpass filter Lower corner frequency fCL 200 ... View the full answer