Aboost converter based power factor correction circuit needs to operate with universal input voltage, i. e the input voltage can be either 120v (rms)+/- 10% at 60 hz or 240 v(rms) +/- 10% at 50 hz. the output voltage is regulated at 400 v dc and the maximum (average) output power is 1kw.

(a) calculate the value of inductance needed to keep its peak-peak ripple current to be less than 10% of the peak fundamental frequency line current at the maximum input voltage and full load condition.

(b) calculate the value of output capacitance needed to keep the peak-peak ripple (at twice the line frequency) to be less than 10% of the nominal output voltage at any operating condition.

(c) calculate the maximum rms ripple current in the output capacitor (neglect switching frequency ripple).

(d) draw over a complete fundamental period corresponding to 240v (rms), 50 hz input.