2.2 Calculate the cutoff frequency for this filter. It is also a RC filter so you...

  

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2.2 Calculate the cutoff frequency for this filter. It is also a RC filter so you can use the same equation. Calculated f = 2.3 You could use the same step-by-step process to estimate the cutoff frequency of this filter. But as we learned, this is a long and tedious process. You are welcome to follow the same steps as in sections 1 through5. But you don't have to do this if you do not want. 2.4 Instead, use the Bode Plotter to measure the cut off frequency. Note that you will have to change some of the configuration parameters for this type of filter. Change them until you obtain a reasonable output graph. Measure the cutoff frequency. Measure cut off frequency = 2.5 Compare calculated and measured frequencies. :: 0 4 V69 1 Vpk 1kHz 0. Figure 8-6: High-pass filter 8 C2 # 1nF 22:10 41 R3 10k2 0 G R4: www 10k2 LV5 - 12V To 7 LV4 12 V U2 741 12. Vout 2.2 Calculate the cutoff frequency for this filter. It is also a RC filter so you can use the same equation. Calculated f = 2.3 You could use the same step-by-step process to estimate the cutoff frequency of this filter. But as we learned, this is a long and tedious process. You are welcome to follow the same steps as in sections 1 through5. But you don't have to do this if you do not want. 2.4 Instead, use the Bode Plotter to measure the cut off frequency. Note that you will have to change some of the configuration parameters for this type of filter. Change them until you obtain a reasonable output graph. Measure the cutoff frequency. Measure cut off frequency = 2.5 Compare calculated and measured frequencies. :: 0 4 V69 1 Vpk 1kHz 0. Figure 8-6: High-pass filter 8 C2 # 1nF 22:10 41 R3 10k2 0 G R4: www 10k2 LV5 - 12V To 7 LV4 12 V U2 741 12. Vout