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#1: Use data obtained in Table 1 to plot inductor voltage (VL
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#1: Use data obtained in Table 1 to plot inductor voltage (VL ) vs time (t) graph. Calculate the time constant andcompare with the theoretical value. Label the axes properly.Time constant (theoretical) =Time constant (measured from the graph) =% of error =#2: Use data obtained in Table 2 to plot inductor voltage (VL ) vs time (t) graph. Calculate the time constant andcompare with the theoretical value. Label the axes properly.Time constant (theoretical) =Time constant (measured from the graph) =% of error =Results:Discussion: Data Tables: Table 1:Time dependent for the voltage decay positive to zero of an inductor Time (stt) Calculated Vi (positive to zero) 4V Measured VL Time (us) Calculated VL Measured VL (positive to zero) 3.72V 175 0.695 1.08V 3.11V 3.00v 200 0.54V 6,96V 2.43V 2.40v 225 0.42V 38'0 1.989v 1.96V 250 0.33V 0.8v 1.47v 1.68V 275 0.26V OV 1.90v 300 0.199 OV 1.15v 68'0 1.20V 325 0.155V DV 0 35 50 75 100 135 150 Table 2:Time dependent for the voltage decay (negative to zero of an inductor Time (us) Calculated V Measured Vi Time Calculated V Measured V (negative to (srl) (negative to zero) zero) 0 -4v 3.6v 175 06FV 096V 25 -3.11v 3.04v 200 -0.54V 138'0 -2.43v 2.44v 225 -0.42v 0.84v 50 -1.889V 250 0.33V 0.8V 75 2.00v -1.4v -1.64v 275 -0.26V OV 106 -1.15V 300 -0.199v OV 125 -1.36v 150 -0.89 -1.16V 325 -01F5V OV

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#1: Use data obtained in Table 1 to plot inductor voltage (VL ) vs time (t) graph. Calculate the time constant andcompare with the theoretical value. Label the axes properly.Time constant (theoretical) =Time constant (measured from the graph) =% of error =#2: Use data obtained in Table 2 to plot inductor voltage (VL ) vs time (t) graph. Calculate the time constant andcompare with the theoretical value. Label the axes properly.Time constant (theoretical) =Time constant (measured from the graph) =% of error =Results:Discussion: Data Tables: Table 1:Time dependent for the voltage decay positive to zero of an inductor Time (stt) Calculated Vi (positive to zero) 4V Measured VL Time (us) Calculated VL Measured VL (positive to zero) 3.72V 175 0.695 1.08V 3.11V 3.00v 200 0.54V 6,96V 2.43V 2.40v 225 0.42V 38'0 1.989v 1.96V 250 0.33V 0.8v 1.47v 1.68V 275 0.26V OV 1.90v 300 0.199 OV 1.15v 68'0 1.20V 325 0.155V DV 0 35 50 75 100 135 150 Table 2:Time dependent for the voltage decay (negative to zero of an inductor Time (us) Calculated V Measured Vi Time Calculated V Measured V (negative to (srl) (negative to zero) zero) 0 -4v 3.6v 175 06FV 096V 25 -3.11v 3.04v 200 -0.54V 138'0 -2.43v 2.44v 225 -0.42v 0.84v 50 -1.889V 250 0.33V 0.8V 75 2.00v -1.4v -1.64v 275 -0.26V OV 106 -1.15V 300 -0.199v OV 125 -1.36v 150 -0.89 -1.16V 325 -01F5V OV
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Question Text
#1: Use data obtained in Table 1 to plot inductor voltage (VL ) vs time (t) graph. Calculate the time constant andcompare with the theoretical value. Label the axes properly.Time constant (theoretical) =Time constant (measured from the graph) =% of error =#2: Use data obtained in Table 2 to plot inductor voltage (VL ) vs time (t) graph. Calculate the time constant andcompare with the theoretical value. Label the axes properly.Time constant (theoretical) =Time constant (measured from the graph) =% of error =Results:Discussion: Data Tables: Table 1:Time dependent for the voltage decay positive to zero of an inductor Time (stt) Calculated Vi (positive to zero) 4V Measured VL Time (us) Calculated VL Measured VL (positive to zero) 3.72V 175 0.695 1.08V 3.11V 3.00v 200 0.54V 6,96V 2.43V 2.40v 225 0.42V 38'0 1.989v 1.96V 250 0.33V 0.8v 1.47v 1.68V 275 0.26V OV 1.90v 300 0.199 OV 1.15v 68'0 1.20V 325 0.155V DV 0 35 50 75 100 135 150 Table 2:Time dependent for the voltage decay (negative to zero of an inductor Time (us) Calculated V Measured Vi Time Calculated V Measured V (negative to (srl) (negative to zero) zero) 0 -4v 3.6v 175 06FV 096V 25 -3.11v 3.04v 200 -0.54V 138'0 -2.43v 2.44v 225 -0.42v 0.84v 50 -1.889V 250 0.33V 0.8V 75 2.00v -1.4v -1.64v 275 -0.26V OV 106 -1.15V 300 -0.199v OV 125 -1.36v 150 -0.89 -1.16V 325 -01F5V OV
TopicAll topics
SubjectPhysics
ClassClass 12