Fig. 1 shows a single phase full-bridge converter. Fig. I single phase full-bridge converter 1.1 Analyse and determine the waveforms for the output voltage and the load current for an inductive load (10). 1.2 For the circuit in Fig. 1, supplies a load of R=10 Omega ,L=31.5mH, and C=112 mu F. The dc input voltage is Vs=220V and the inverter frequenc

Question

Fig. 1 shows a single phase full-bridge converter. Fig. I single phase full-bridge converter 1.1 Analyse and determine the waveforms for the output voltage and the load current for an inductive load (10). 1.2 For the circuit in Fig. 1, supplies a load of

R=10\Omega ,L=31.5mH

, and

C=112\mu F

. The dc input voltage is

Vs=220V

and the inverter frequency is

f_(o)=60Hz

. The output voltage has two notches such that the third and fifth harmonics are eliminated. Evaluate the expression for the load current

i_(o)(t)

. If an output C filter is used to eliminate seventh and higher order harmonics, determine the filter capacitance

C_(e)

. (15)

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