Draw the circuit schematic from the breadboard view above. The value of the capacitor is 1...

   

Transcribed Image Text:

Draw the circuit schematic from the breadboard view above. The value of the capacitor is 1 microfarad. The resistor band colors are yellow, violet, red, gold. (b) What is the transfer function H(f)= Vout(f)/Vin(f)? (c) What type of filter is this, and what is the cut-off frequency? Draw a Bode plot of the filter. Include the magnitude plot in log-scale and a phase plot as well. Feel free to use MATLAB or Python. For your convenience, the next page contains some starter code for MATLAB and Python Bode plots. (d) Instead of taking the output at the resistor, you take the output at the capacitor instead. Now what type of filter is this and what is the cut-off frequency? Again, draw a Bode plot of the filter. (e) If you combine a high-pass filter with a cut-off frequency fi and a low-pass filter with a cut-off frequency f, what types of filters do you get if fi > f and fa> fi. respectively? RC Filters Ground ***** ***** ***** ***** !!!! ***** Draw the circuit schematic from the breadboard view above. The value of the capacitor is 1 microfarad. The resistor band colors are yellow, violet, red, gold. (b) What is the transfer function H(f)= Vout(f)/Vin(f)? (c) What type of filter is this, and what is the cut-off frequency? Draw a Bode plot of the filter. Include the magnitude plot in log-scale and a phase plot as well. Feel free to use MATLAB or Python. For your convenience, the next page contains some starter code for MATLAB and Python Bode plots. (d) Instead of taking the output at the resistor, you take the output at the capacitor instead. Now what type of filter is this and what is the cut-off frequency? Again, draw a Bode plot of the filter. (e) If you combine a high-pass filter with a cut-off frequency fi and a low-pass filter with a cut-off frequency f, what types of filters do you get if fi > f and fa> fi. respectively? RC Filters Ground ***** ***** ***** ***** !!!! *****