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university:courses:electronics:electronics-lab-1st [15 Sep 2019 19:22] – [Materials:] Doug Mercer | university:courses:electronics:electronics-lab-1st [15 Sep 2019 19:23] – [Procedure:] Doug Mercer | ||
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Next replace the OP27 amplifier with a OP37 amplifier from the Parts Kit. Again export the Error waveform showing the settling to both rising and falling input steps for inclusion in your Lab report. Overlay the OP37 settling waveform with the saved reference waveform of the OP27. Compare the settling time and general characteristics of each. You should also again store the Error waveform, scope channel 2, for the OP37 as a reference waveform (R2) for future comparison. | Next replace the OP27 amplifier with a OP37 amplifier from the Parts Kit. Again export the Error waveform showing the settling to both rising and falling input steps for inclusion in your Lab report. Overlay the OP37 settling waveform with the saved reference waveform of the OP27. Compare the settling time and general characteristics of each. You should also again store the Error waveform, scope channel 2, for the OP37 as a reference waveform (R2) for future comparison. | ||
- | Finally replace the OP37 with the much slower settling OP97 amplifier | + | Finally replace the OP37 with the much slower settling OP97 amplifier. Again export the Error waveform showing the settling to both rising and falling input steps for inclusion in your Lab report. Overlay the OP97 settling waveform with the saved reference waveforms of the OP27 and OP37. Compare the settling time and general characteristics of each. |
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