Question $1$: The single$-$phase bridge rectifier has v$\_($s$)$t$=\backslash$sqrt$(2240)$sin$(2\backslash$pi $50$t$)$V source. It supplies a resistive

load that requires a DC voltage of $\backslash$sqrt$(2240)$V and draw $\backslash$sqrt$(2)$A$.$ Note: Parallel capacitor is included in the load for

filtering purposes. $(50$ PTS$)$

a$.$ Draw the circuit diagram and output voltage waveform versus $\backslash$omega t using

Visi$($o$)/($I$)$nkscap$($e$)/($D$)$i$($a$)/($d$)$raw$.$io$,$ etc., vector graphics software. What is the rms value of the source

voltage? $(5$ PTS$)$

b$.$ Determine the filter required to limit the peak$-$to$-$peak output voltage ripple to $\backslash$Delta V$\_($o$)=2\%$ of the

output voltage. $(5$ PTS$)$

c$.$ Determine the peak diode current and average diode currents. $(5$ PTS$)$

d$.$ Determine the absolute peak value of capacitor current and peak source current. $(10$ PTS$)$

e$.$ Verify b$,$ c$,$ and d in simulation platforms such as OrCAD $^(()())$ Capture $()/()$ PSpice $()/()$ LTspice $()/()$ PSIM $()/()$

PLECS $(^())/()$ MATLAB $(^())/()$ Simulink $^(()()),$ Simba, etc. $(25$ PTS$)$