<?xml version='1.0' encoding='UTF-8'?>
<module fritzingVersion='0.5.2b.02.18.4756' moduleId='Tricolor-LED v16'>
<version>4</version>
<date>2013-05-26</date>
<author>Fabian Althaus</author>
<description>Blink any color you need! Use the Tri-Color LED board as a simple indicator, or by pulsing the red, green, and blue channels, you can create any color. Very bright output. This is a common anode design - to turn on a channel you simply need to ground one of the R/G/B pins to illuminate that channel.

LilyPad is a wearable technology developed by Leah Buechley and cooperatively designed by Leah and SparkFun. Each LilyPad was creatively designed to have large connecting pads to allow them to be sewn into clothing. Various input, output, power, and sensor boards are available. They&apos;re even washable!

Note: A portion of this sale is given back to Dr. Leah Buechley for continued development and education of e-textiles.

Dimensions:

20mm outer diameter
Thin 0.8mm PCB</description>
<title>LilyPad Tri-Color LED</title>
<url>http://www.sparkfun.com/products/8467</url>
<tags>
<tag>Lilypad</tag>
<tag>LED</tag>
<tag>Color</tag>
<tag>Tri</tag>
<tag>Light</tag>
</tags>
<properties>
<property name='family'>microcontroller board (lilypad)</property>
<property name='type'>LED</property>
<property name='Colors'>3</property>
</properties>
<views>
<breadboardView>
<layers image='breadboard/Tricolor-LED v16_breadboard.svg'>
<layer layerId='breadboard'/>
</layers>
</breadboardView>
<schematicView>
<layers image='schematic/Tricolor-LED v16_schematic.svg'>
<layer layerId='schematic'/>
</layers>
</schematicView>
<pcbView>
<layers image='pcb/Tricolor-LED v16_pcb.svg'>
<layer layerId='copper1'/>
<layer layerId='silkscreen'/>
<layer layerId='copper0'/>
</layers>
</pcbView>
<iconView>
<layers image='breadboard/Tricolor-LED v16_breadboard.svg'>
<layer layerId='icon'/>
</layers>
</iconView>
</views>
<connectors>
<connector id='connector10' type='female' name='R'>
<description>R</description><views>
<breadboardView>
<p layer='breadboard' svgId='connector10pin'/></breadboardView>
<schematicView>
<p layer='schematic' svgId='connector10pin' terminalId='connector10terminal'/></schematicView>
<pcbView>
<p layer='copper0' svgId='connector10pad'/><p layer='copper1' svgId='connector10pad'/></pcbView>
</views>
</connector>
<connector id='connector11' type='female' name='G'>
<description>G</description><views>
<breadboardView>
<p layer='breadboard' svgId='connector11pin'/></breadboardView>
<schematicView>
<p layer='schematic' svgId='connector11pin' terminalId='connector11terminal'/></schematicView>
<pcbView>
<p layer='copper0' svgId='connector11pad'/><p layer='copper1' svgId='connector11pad'/></pcbView>
</views>
</connector>
<connector id='connector12' type='female' name='B'>
<description>B</description><views>
<breadboardView>
<p layer='breadboard' svgId='connector12pin'/></breadboardView>
<schematicView>
<p layer='schematic' svgId='connector12pin' terminalId='connector12terminal'/></schematicView>
<pcbView>
<p layer='copper0' svgId='connector12pad'/><p layer='copper1' svgId='connector12pad'/></pcbView>
</views>
</connector>
<connector id='connector13' type='female' name='+'>
<description>+</description><views>
<breadboardView>
<p layer='breadboard' svgId='connector13pin'/></breadboardView>
<schematicView>
<p layer='schematic' svgId='connector13pin' terminalId='connector13terminal'/></schematicView>
<pcbView>
<p layer='copper0' svgId='connector13pad'/><p layer='copper1' svgId='connector13pad'/></pcbView>
</views>
</connector>
</connectors>
<buses>
</buses>
</module>
