A single phase inverter with an inductive load R = 20 22, L = 100 mH...

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A single phase inverter with an inductive load R = 20 22, L = 100 mH is supplied with a constant voltage source VG = 48 V. The switches operate such that the output is a square wave, whose first harmonic has an amplitude of 4VG/(2T). The switching frequency is 50 Hz. Find the RMS value of the first harmonic of the output current. ig VG a. O b. C. O d. + ANI VG + A0 | N1 VG io,1,rms + io,1,rms io,1,rms C io,1,rms C R Vo L 4VG 2 R + (50L) D D 4VG 2 R + (100TL) 2 4VG 1 2 R + (100TL) 2 4VG 2 1 R + (50L) 2 2 io i, vi S S A single phase inverter with an inductive load R = 20 22, L = 100 mH is supplied with a constant voltage source VG = 48 V. The switches operate such that the output is a square wave, whose first harmonic has an amplitude of 4VG/(2T). The switching frequency is 50 Hz. Find the RMS value of the first harmonic of the output current. ig VG a. O b. C. O d. + ANI VG + A0 | N1 VG io,1,rms + io,1,rms io,1,rms C io,1,rms C R Vo L 4VG 2 R + (50L) D D 4VG 2 R + (100TL) 2 4VG 1 2 R + (100TL) 2 4VG 2 1 R + (50L) 2 2 io i, vi S S

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To determine the RMS value of the first harmonic of the output current io we must first understand t... View the full answer