ECT 125 Week 6 iLab 2
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iLab Steps
Part I: RC Low and High Pass Filters
1.Construct the circuit shown below on the breadboard.
2.Vary the frequency from minimum to maximum frequencies and observe the input and output waveforms on the oscilloscope. What happened to the phase of the capacitor voltage when the frequency was changed?
3.Measure the output voltage and phase for each of the frequencies shown below. Make sure to keep the amplitude a 1 V for each of your measurements.
4.Plot the output voltage versus frequency using Excel. Based on your measurements, which type of filter is this circuit?
Part II: RL Low and High Pass Filters
1.Construct the circuit shown below on the breadboard.
8.If using ELVIS, plot the output voltage versus frequency using the Bode plotter utility. Use the same frequency range as in the first part. Which type of filter is this circuit?
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ECT 125 Week 6 iLab 2
Click Below Link To Purchase
www.foxtutor.com/product/ect-125-week-6-ilab-2
iLab Steps
Part I: RC Low and High Pass Filters
1.Construct the circuit shown below on the breadboard.
2.Vary the frequency from minimum to maximum frequencies and observe the input and output waveforms on the oscilloscope. What happened to the phase of the capacitor voltage when the frequency was changed?
3.Measure the output voltage and phase for each of the frequencies shown below. Make sure to keep the amplitude a 1 V for each of your measurements.
4.Plot the output voltage versus frequency using Excel. Based on your measurements, which type of filter is this circuit?
Part II: RL Low and High Pass Filters
1.Construct the circuit shown below on the breadboard.
8.If using ELVIS, plot the output voltage versus frequency using the Bode plotter utility. Use the same frequency range as in the first part. Which type of filter is this circuit?