a.) Sketch two circuits to accurately measure OS V that implement different
measurement strategies. Explain your measurement strategies. Give an evaluation
of the measurement error for both circuits.
b.) Build your measurement circuits (one circuit at a time). Measure OS V and
demonstrate your measurements to your tutor (one measurement at a time).
c.) Based on your measurements record the appropriate value of OS V into the FEB
Amplifier Data Sheet.

a.) Sketch a circuit you plan to deploy to accurately evaluate aDC. Explain your
measurement strategy. Give an evaluation of the measurement error.
b.) Build your measurement circuit. Evaluate aDC and demonstrate your
measurements to your tutor.
c.) Based on your measurements record the appropriate value of aDC into the FEB
Amplifier Data Sheet

a.) Use the measured values for OS V and aDC to plot the DC Transfer Characteristic
O A V V of the FEB Amplifier (consider using Excel, MatLab, etc.).
b.) Display the DC Transfer Characteristic by the CRO, compare it with O A V V
plotted by you. Comment on matching of these two DC Transfer Characteristics.

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