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//Variable declaration
VL=12 //load voltage(V)
I=2. //current at 12 V
V=240 //dc source(V)
d=17/50. //duty cycle
d1=0.6 //duty cycle
eta1=0.8 //efficiency
//Calculations
P=VL*I //average load power(W)
Isav=(1*d)/2 //average supply current(A)
Pav=V*Isav //average supply power(W)
eta=(P/Pav)*100 //regulator efficiency
Isav1=(1*d1)/2 //average supply current(A)
Il=(eta1*V*Isav1)/Vdc //load current(A)
Po=Il*Vdc //power output(W)
//Results
printf ("regulator efficiency is %.1f %%",eta)
printf ("average supply current is %.1f A",Il)
printf ("power output is %.1f W",Po)
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