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        <title>flashlight_kit_build_instructions</title>
        <link>https://wiki.lowvoltagelabs.com/flashlight_kit_build_instructions?rev=1677621161&amp;do=diff</link>
        <description>Flashlight Kit Build Instructions

&lt;http://lowvoltagelabs.com/products/flashligh-kit/&gt;

Step 1 - Check that all the parts were included with the kit.


Step 2 - Install the battery holder with the opening to the left.


Step 3 - Install push button S1 into the PCB.


Step 4  - Fold the leads of the resistor over before installing into the PCB.</description>
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        <description>Ghost Kit Build Instructions

&lt;http://lowvoltagelabs.com/products/ghost-kit/&gt;

Step 1 - Check that all the parts were included with the kit


Step 2 - Install the battery holder with the opening to the left


Step 3 - Check battery holder orientation 


Step 4 - Install LEDs D1 and D2 with the longer lead to the positive (+) side</description>
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        <title>kit_build_instructions</title>
        <link>https://wiki.lowvoltagelabs.com/kit_build_instructions?rev=1383953932&amp;do=diff</link>
        <description>Kit Build Instructions

----------

	*  Ghost Kit Build Instructions
	*  Pumpkin Kit Build Instructions</description>
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        <description>Pi Traffic Light Python Example

This is an example of how to use Python to control the LEDs of the Pi Traffic light &lt;http://lowvoltagelabs.com/products/pi-traffic/&gt;

See the hardware installation page for information on installing the Pi Traffic light on the Raspberry Pi.



Software Setup

If the Python RPi.GPIO module is not already installed go to</description>
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        <title>pitrafficlight</title>
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        <description>Pi Traffic Light

The Pi-Traffic light provides a fun and easy way to add three 10mm LEDs to your Raspberry Pi project. The red, yellow and green LEDs give visual feedback to the Raspberry Pi GPIO. The Pi-Traffic light can also be used as a tool to learn about controlling the Raspberry Pi GPIO pins.</description>
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        <description>Pumpkin Kit Build Instructions

&lt;http://lowvoltagelabs.com/products/pumpkin-kit/&gt;

Step 1 - Check that all the parts were included with the kit



Step 2 - Find the resistor 



Step 3 - install the resistor into location R1 



Step 4 - find the switch



Step 5 - Install the switch into location S1</description>
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        <description>Snowman Kit Build Instructions

&lt;http://lowvoltagelabs.com/products/snowman-kit/&gt;

Step 1 - Check that all the parts were included with the kit


Step 2 - Install the battery holder with the opening to the left


Step 3 - Check battery holder orientation 


Step 4 - Install LEDs D1, D2 and D3 with the longer lead to the positive (+) side</description>
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        <title>start</title>
        <link>https://wiki.lowvoltagelabs.com/start?rev=1677621128&amp;do=diff</link>
        <description>Low Voltage Labs Wiki

Kit Build Instructions

----------

	*  Flashlight Kit Build Instructions
	*  Ghost Kit Build Instructions
	*  Pumpkin Kit Build Instructions
	*  Snowman Kit Build Instructions

Product Documentation

----------

	*  VideoOverlayShield
	*  PiTrafficLight
	*  PiTrafficLight Python Example</description>
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        <title>videooverlayshield</title>
        <link>https://wiki.lowvoltagelabs.com/videooverlayshield?rev=1677621232&amp;do=diff</link>
        <description>VideoOverlayShield

The VideoOverlayShield is an Arduino compatible shield board that overlays text on analog video, using the Maxim MAX7456 on-screen display chip.

Overview

Product information: &lt;http://lowvoltagelabs.com/products/videooverlayshield/&gt;

Documents

	*  Schematic and layout files in gEDA format (zip file):</description>
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