We have 500 Ohm load resistor (R_y) and the current drawn by our load resistor is I_Y (Idc) = 80mA. We will design a full wave rectifier circuit for this load resistance.

a-) Starting from the city network entrance, draw the full wave rectifier circuit with bridge diode, single filter C₁ capacitor and additionally containing RC₂(R=50 ohm, C₂=40F )filter layer and R_Y.

b-) Since the ripple factor r expression between the load resistance ends is desired to be 5%, what should be the value of the capacitor C₁.

c-) What should be the effective value of the voltage at the secondary ends of the Transformer, which reduces the city grid voltage in the rectifier circuit.

d-) In the rectifier circuit, draw the voltages at the input ends of the transformer, the output ends, C₁ capacitor ends, C₂ capacitor or R_y resistance ends. ( Plot the change over time simultaneously. ) Show the necessary numerical values on the graphs.

e-) In order to ensure the fluctuation factor is 3%, what kind of operations and changes should be made in the circuit. Indicate your thoughts and comments, you can explain the situation by making calculations that may be required.

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