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Okay, now we're going to be looking at a slide switch
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I have a slide switch here with an orange jumper wire going to its center pin
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And on its left pen, it's in line with this green LED, the anode of the green LED
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and then the cathode of the green LED goes here in line with this resistor here that goes to
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the grounding bus bar here. On the right side pin of this slide switch
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is in line with this anode of the red LED. The cathode of the red LED is in line with this resistor
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that then goes to ground. I haven't hooked the power up yet
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because once I do, according to the position of this slide, switch right now which is to the left side this centered jumper wire here from
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power is going to go to this left pin which will automatically turn this green
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LED on once I put the power in so I putting my positive power supply on my positive rail here that goes to this orange jumper wire
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here to the center pin of the switch. And I'm putting my ground wire to ground
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or to the negative supply. So the switch is turned to the left side of the slide switch
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So the green LED is on. If I switch it to the right side, the red LED comes on
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So this slide switch is a single pole double throw switch. So we have a single pole coming into the switch
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This orange jumper wire from the positive power supply going into the center pin of the switch
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And then we have two output pins, one on the left and one on the right
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And right now I have the slider of the slide switch to the right side which is turning on the red LED and going to ground
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Again, if I turn it to the left, the green LED comes on. So this output, this left side output is on
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If I turn it to the right, the right out, the right side output is on, which is the red LED
