I hope for a solution as soon as possible.
[1] The waveform of the voltage obtained after rectification is of a sinusoidal nature and therefore contains harmonics.
[2] The presence of harmonics causes an increase in the RMS value of the input current of the rectifier, and this causes additional dissipation in the conductors.
[3] The performance parameters which measure the quality of the inverter output voltage: a) HF (high frequency) b) THD (total harmonic distortion) c) DF (distortion factor) d) RF (ripple factor)
[4] High switching losses occur in a square wave PWM (pulse width modulation) inverter as compared to other inverters a) Three-phase, six-step b) Square wave PWM c) Current source d) 120-mode voltage source
[5] The maximum output voltage obtainable with a fully controlled full-wave three-phase rectifier is V (volt).