This is a problem I have. Tried solving it but cant seem to figure it out. Am I on the right track?
C=input('What is C');
R=1800%omega;
V0=12%Volts;
f=60%Hz;
w=2*pi*f;
t=linspace(0,70,1000);
n=length(t);
VS=V0*sin(w*t);
VR=V0*sin(w*t(a))*exp(-(t-ta)/(R*C));
for k=1:n;
V(k)=V0*sin(w*t(k));
if VS(k)==VR(k);
iC=w*C*V0*cos(w*t(k));
iR=(V0*sin(w*t(k)))/R;
else VS(k)>=VR(k);
t(a)=t(k);
VR(k)=V0*sin(w*t(a))*exp(-(t(k)-ta)/(R*C));
end
end
figure(1);
plot(t,VR,'B- -',t,VS,'R-');
xlabel('Time (s)');
ylabel('Voltage (V)');
title('Voltage for AC to DC Converter');
legend('Voltage of resistor','Voltage of Source');
