How construct a LED Array?: Difference between revisions
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The following information contains the steps that was done by the Unam Genomics Team of the iGEM 2010 in order to construct an improvised light dispositive to irradiate bioluminiscent cells. [[Image:Blue_LED_Array_Unam_Genomics.jpg|thumb|right|Blue Led Array]] | The following information contains the steps that was done by the Unam Genomics Team of the iGEM 2010 in order to construct an improvised light dispositive to irradiate bioluminiscent cells. [[Image:Blue_LED_Array_Unam_Genomics.jpg|thumb|right|Blue Led Array]] | ||
'''Introduction''' | |||
'''''What do you need''''' | '''''What do you need''''' | ||
* | *Soldering kits | ||
*96 LEDS of the color that you want | *96 LEDS 3 volts of the color that you want | ||
*ELISA plate | *ELISA plate | ||
* | *4 meters of copper wire | ||
*An energy transformer (120 V ~ 3V) of at least 2 ampers. | |||
*Patience :) | *Patience :) | ||
Revision as of 22:41, 6 August 2010
The following information contains the steps that was done by the Unam Genomics Team of the iGEM 2010 in order to construct an improvised light dispositive to irradiate bioluminiscent cells.
Introduction
What do you need
- Soldering kits
- 96 LEDS 3 volts of the color that you want
- ELISA plate
- 4 meters of copper wire
- An energy transformer (120 V ~ 3V) of at least 2 ampers.
- Patience :)
More information:
- Bitacore of our team experience From 22/06 to 27/06
- The experiment and Technical issues
- Unam Genomics iGEM 2010 Wiki
