The drain of the transistor, this blue wire, is connected to the ground, and here we go. ![]() The other side of the model connects back to the positive rail right here, and we see that the cathode side of the flyback tyre is also connected to that. The others, because the flyback diode and the model theyre connected in parallel, so we have this wire, this white, this white wire, is connected to the to the column, and then we have this orange wire connected to this other side for the flyback diode, the anode side Of the flyback diode and this yellow wire connects to one side of the model. The source of the transistor right here is connected Music to both the flyback diode and one leg of the model. Pin right here pin number nine, the one with the two design, because we i did it with the positive modulation and the other side of the this. We have the ground and the five volts here being connected to the to two power rail sides of the red part, because we need nine volt battery and we dont have one so were just going to use the five volts from the arduino and we have the Pump meter, the wiper of the pump meter is connected to the analog ao right here, and the other two sides of the pump meter is connected to the positive and negative side of the breadboard rail now, and this, in turn, is connected to the negative side of The arduino the ground and the five volts for the transistor, the first one, the gate is connected to the to this. Again, we want to use the pump meter to control the model. In this case, we are trying to connect the part, mirror the flyback diode, the transistor and the model. So here we connect the potentiometer to the 5 volts power from the arduino connected potentiometer and goes back to the ground where the wiper connects to the model and just goes back to the ground im just going to do it right now, as i turn down the Potential start Music on Music, Music, hello. So in this case were trying to use the potentiometer to control the model. So we see im going to press the reset button of the arduino Music. ![]() The shorter leg of the leds is connected to the ground of the arduino right here we have our program, we have our program over here and we want the leds to go off turn on in the low intensity and then continue to get brighter and brighter, and Then go back off when youve reached refrigerative fullest the phillips brightness numbers just going to restart this and turn off the light. That is three five: six nine ten eleven and this mirror were connected to the pin number nine, the other side. Limiting resistor, that is in turn, connected to the the pin with the two design. The light bulbs are connected to the current. In this case, we were trying to use the analog rate to change the intensity of the light bulbs.
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