When calculating THD, assume that the desired harmonic is the DC component. You must turn in...

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When calculating THD, assume that the desired harmonic is the DC component. You must turn in the spreadsheet or code that you used to get the results to receive credit. Show your work for partial credit. (1) "₁ 60 W 0 10 20 30 40 50 60 70 80 90 100 50 40 30 20 10 0 Time (us) Fig. I VIn ¡In L 1000 Fig. II R + Vout 1. The periodic voltage shown in Fig. I is applied to the circuit shown in Fig. II. Assume that L 100 μH and C = 5 uF. Give the steady-state value of each of the following as R is varied from 1 to 10 2 in steps of 1 2. The correct values for the case with R = 5 2 are given in parentheses so that you have an example against which to check your work. (12 points) a. RMS value of in (4.45 A) b. THD of in (48.7%) = c. Average power supplied by the source (81.7 W) d. Power factor of the source (0.58) e. RMS value of vout (20.21 V) f. THD of Vout (14.6%) When calculating THD, assume that the desired harmonic is the DC component. You must turn in the spreadsheet or code that you used to get the results to receive credit. Show your work for partial credit. (1) "₁ 60 W 0 10 20 30 40 50 60 70 80 90 100 50 40 30 20 10 0 Time (us) Fig. I VIn ¡In L 1000 Fig. II R + Vout 1. The periodic voltage shown in Fig. I is applied to the circuit shown in Fig. II. Assume that L 100 μH and C = 5 uF. Give the steady-state value of each of the following as R is varied from 1 to 10 2 in steps of 1 2. The correct values for the case with R = 5 2 are given in parentheses so that you have an example against which to check your work. (12 points) a. RMS value of in (4.45 A) b. THD of in (48.7%) = c. Average power supplied by the source (81.7 W) d. Power factor of the source (0.58) e. RMS value of vout (20.21 V) f. THD of Vout (14.6%)