You are planning to conduct a small electronic project. You are planning to make a simple LED circuit (see diagram). The circuit contains three green LED lights that connected using parallel connections. From the LED specification sheet, you know that the LED will works on a minimum voltage of 2 V. Also, you gain information that the LED will break if the current that flow through it exceed 20 mA. For that, you need to use some resistor to limit the current that flow through the LED. | To power the circuit, you are planning to use a micro hydro generator that you already have. However, you realize that you need to convert the current from AC to DC so you can light up the LED. But you don't have the proper converter at the moment. So, you decide to make your own rectifier, a basic RLC rectifier, from only the components you have (see table) at hand. Assume that your component supply is large enough, so you can use any number of each component. No 1 2 3 4 5. 6 7 8 9 10 11 12 13 14 Assume that your LED does not have any internal resistance. The LED circuit will be connected to the rectifier at point a and b (see diagram). The generator has an output of 5 V with frequency of 20 Hz. So, what is your solution for the basic RLC rectifier? Assume that each component on the table (including the EMF) has internal resistance of 0.1 0. Resistor Capacitor Inductor Component Rectifier Value 30 240 360 100 n 130 220 510 1.0 F 3.3 F 22 F 2 H 5.1kH 2mH 400 mH R R R AAA