Design a full$-$wave bridge rectifier so that the DC voltage at the capacitor at High$-$Line $40$Pts Full$-$Load conditinns is $20$ V and the Zero$-$to$-$Peak voltage is $0\mathrm{.}6$ V $.$

Determine the following parameters:

a$)$ The peak$-$to$-$peak ripple voltage $($VPP$).$

b$)$ The peak voltage at the secondary winding of the transformer at Low Line $($LL$).$

c$)$ The minimum instant point for $C{F}_F(V_{\text{T}\text{r}\text{o}\text{u}\text{g}\text{h}})$ AT High Line.

d$)$ The Turns Ratio $($N$).$

e$)$ The voltage across the capacitor at Low$\_$Line and High$\_$Line and No$\_$Load $($VCF$\_$NL$).$

f$)$ The voltage across the capacitor at Low$\_$Line $-$ Full$\_$Load $($VCF$\_$LL$\_$FL$).$

g$)$ The required filter capacitance value.

h$)$ Draw the schematic of the full$-$bridge rectifier circuit and the output waveform at HighLine conditions. Specify all of its corresponding parameters in your graph.P