Mrp40 morse code decoder9/2/2023 ![]() ![]() Connect the positive wire (right side) to the Pin #1 to test if your circuit works.ġ1. Connect the negative wire (left side) to one of the Ground pins (have a look at the image for your respective Raspberry Pi GPIO header)ġ0. Note, right (positive) side of the gap.ĩ. Put the soon-to-be positive wire on the same horizontal line as the long leg of the LED. Stick it in! Stick the short leg of the LED on the same horizontal line (on the same side) as the end of the resistor and stick the longer leg in another hole across the gap.ħ. Put the other end a few holes further down (vertically), on the same horizontal line as your LED will be.Ħ. Put one end of the resistor on the left (negative) side and make sure it is on the same horizontal line as the stripped end of the soon-to-be negative wire.ĥ. The left side will be negative and the right positive.Ĥ. Arrange one end of each wire on both of the inside lines of the breadboard. Strip the ends of two pieces of wire (if you have normal wire, not jumper wire).ģ. Have a look at the circuit diagram I made.Ģ. Now that you understand how a breadboard works, let us start:ġ. If you are confused about the connections, check out the picture with the arrows. On the breadboard, the inside lines connect horizontally and the outside lines, which are called power lines, are connected vertically. A breadboard is used to prototype actual circuits and it is very versatile. First, you have to understand how a breadboard works. So, now that you have all of the necessary material, let us get to building the actual circuit. ![]()
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