<?xml version='1.0' encoding='UTF-8'?>
<module fritzingVersion='0.5.2b.02.18.4756' moduleId='LilyPad-Light Sensor-v13'>
<version>4</version>
<date>2013-05-25</date>
<author>f.althaus</author>
<description>This is a simple to use light sensor that outputs an analog value from 0 to 5V. With exposure to daylight, this sensor will output 5V. Covering the sensor with your hand, the sensor will output 0V. In a normal indoor lighting situation, the sensor will output from 1 to 2V.

LilyPad is a wearable e-textile 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 Light Sensor</title>
<url>http://www.sparkfun.com/products/8464</url>
<tags>
<tag>Lilypad</tag>
<tag>Light</tag>
</tags>
<properties>
<property name='family'>microcontroller board (lilypad)</property>
<property name='type'>Light Sensor Breakout</property>
<property name='Lilypad'>Yes</property>
</properties>
<views>
<breadboardView>
<layers image='breadboard/LilyPad-Light Sensor-v13_breadboard.svg'>
<layer layerId='breadboardbreadboard'/>
</layers>
</breadboardView>
<schematicView>
<layers image='schematic/LilyPad-Light Sensor-v13_schematic.svg'>
<layer layerId='schematic'/>
</layers>
</schematicView>
<pcbView>
<layers image='pcb/LilyPad-Light Sensor-v13_pcb.svg'>
<layer layerId='copper1'/>
<layer layerId='silkscreen'/>
<layer layerId='copper0'/>
</layers>
</pcbView>
<iconView>
<layers image='breadboard/LilyPad-Light Sensor-v13_breadboard.svg'>
<layer layerId='icon'/>
</layers>
</iconView>
</views>
<connectors>
<connector id='connector0' type='female' name='+'>
<description>+</description><views>
<breadboardView>
<p layer='breadboardbreadboard' svgId='connector0pin'/></breadboardView>
<schematicView>
<p layer='schematic' svgId='connector0pin' terminalId='connector0terminal'/></schematicView>
<pcbView>
<p layer='copper0' svgId='connector0pad'/><p layer='copper1' svgId='connector0pad'/></pcbView>
</views>
</connector>
<connector id='connector1' type='female' name='-'>
<description>-</description><views>
<breadboardView>
<p layer='breadboardbreadboard' svgId='connector1pin'/></breadboardView>
<schematicView>
<p layer='schematic' svgId='connector1pin' terminalId='connector1terminal'/></schematicView>
<pcbView>
<p layer='copper0' svgId='connector1pad'/><p layer='copper1' svgId='connector1pad'/></pcbView>
</views>
</connector>
<connector id='connector2' type='female' name='S'>
<description>S</description><views>
<breadboardView>
<p layer='breadboardbreadboard' svgId='connector2pin'/></breadboardView>
<schematicView>
<p layer='schematic' svgId='connector2pin' terminalId='connector2terminal'/></schematicView>
<pcbView>
<p layer='copper0' svgId='connector2pad'/><p layer='copper1' svgId='connector2pad'/></pcbView>
</views>
</connector>
</connectors>
<buses>
</buses>
</module>
