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WA v; () Fig. 4 - RLC circuit powered by the function generator set to a square waveThe inductor voltage can be solved by first determining the circuit current, then by differentiating the current using the fo

Fig. 7 t[us] Inductor Voltage UnderdampedOverdamped vLe M vLeM -3.65 -1.76 0.239 0.441 0.207 1.62 0.215 1.76 0.176 1.21 0.141

Equipment List NI-myDAQ unit NI-ELVIS software Capacitor 0.022 ur Inductor 47 mH Resistor (14W): 1 k., 5.1 ks Assorted color

R: 1 , 5.1

C .022 μF

L: 47 mH

15. Determine the expression for the inductor voltage v2 (t) analytically using the series RLC circuit theory. To do this, yoc. Show the full details of the calculations for theoretical vų for both underdamped and overdamped cases (step 15)

d. Include the inductor voltage graphs for both underdamped and overdamped cases (step 16) Note: Make sure the graphs are ful

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