Date: Jan 26 2013
Name: Lauren Reynolds, Michael Kong, Allen Chen
Name: Lauren Reynolds, Michael Kong, Allen Chen
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How to make a semi-conductor computer cooling machine
Material:
· A tube of trans-thermal silicon
· A big aluminum or plastic tank
· 2x high speed computer cooling fan 4X4
· 3x semiconductor cooling plates TECI-12706
· 1 meter copper wire
· 2 meters rubber tube
· A button switch board
· 110 volts to 12 volts transformer
· A water motor pump
· 8x plugs
· 3x aluminum plates
· 2 liters of water
· 2x aluminum supporter
· A thermometer
· A tube of trans-thermal silicon
· A big aluminum or plastic tank
· 2x high speed computer cooling fan 4X4
· 3x semiconductor cooling plates TECI-12706
· 1 meter copper wire
· 2 meters rubber tube
· A button switch board
· 110 volts to 12 volts transformer
· A water motor pump
· 8x plugs
· 3x aluminum plates
· 2 liters of water
· 2x aluminum supporter
· A thermometer
Blueprint
Procedure
1. Punched two holes horizontally to each sides of aluminum foil that could let eight plugs poked through two foils. Held this thought and just left the holes there.
2. Grabbed a semi-conductor cooling plate and connected it with a transformer to see what happened to each sides of the plate, decided which one was the cold side and which one was the hot side.
3. Put the trans- thermal silicon on the semiconductor cooling plates and covered thin layers of silicon on each side.
4. Plugged the plugs through the holes that we already punched out. Connected fans, aluminum plates, plates with silicon together by 4 plugs to create a small water-cooling machine. Make sure the hot side of semi-conductor cooling plate was facing the fan and the cold side of it was attaching with the aluminum tank. This water-cooling machine use fan to cool down the aluminum and the aluminum will absorb the heat from the hot side of semi-conductor plates. Used the same method to make another cooling parts.
5. Made a cooling part by only using semi-conductor, and two aluminum plates. One plate had to be hallowed so it could be filled with water.
6. Connected the rubber tube to the water motor pump, used the pump to create a loop circuit so that water could go though the tube.
7. Twisted all of the positive copper wires (connected with both fan and plates) together. Did the same thing to the negative wires.
8. Connected them with the two 110v to 12v transformers and put all the transformers on a button switchboard.
9. Finally, attached the tube with the pump, semi-conductor plates, and water-cooling machine and plugged the transformer to the switchboard and turned on the switch.
10. Checked the machine again and use a temperature thermometer to see how it worked. Attached the plates to the bottom of the computer.
2. Grabbed a semi-conductor cooling plate and connected it with a transformer to see what happened to each sides of the plate, decided which one was the cold side and which one was the hot side.
3. Put the trans- thermal silicon on the semiconductor cooling plates and covered thin layers of silicon on each side.
4. Plugged the plugs through the holes that we already punched out. Connected fans, aluminum plates, plates with silicon together by 4 plugs to create a small water-cooling machine. Make sure the hot side of semi-conductor cooling plate was facing the fan and the cold side of it was attaching with the aluminum tank. This water-cooling machine use fan to cool down the aluminum and the aluminum will absorb the heat from the hot side of semi-conductor plates. Used the same method to make another cooling parts.
5. Made a cooling part by only using semi-conductor, and two aluminum plates. One plate had to be hallowed so it could be filled with water.
6. Connected the rubber tube to the water motor pump, used the pump to create a loop circuit so that water could go though the tube.
7. Twisted all of the positive copper wires (connected with both fan and plates) together. Did the same thing to the negative wires.
8. Connected them with the two 110v to 12v transformers and put all the transformers on a button switchboard.
9. Finally, attached the tube with the pump, semi-conductor plates, and water-cooling machine and plugged the transformer to the switchboard and turned on the switch.
10. Checked the machine again and use a temperature thermometer to see how it worked. Attached the plates to the bottom of the computer.