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Welcome to Hacktronics


Hello electronics hackers.  hacktronics.com was started in San Diego, California by embedded computing/electronics enthusiasts just like you. We created this site to help you get the components you need to create your projects fast.  We specialize in the Arduino platform.  Take a look at our products and tutorials, and feel free to leave us any feedback or suggestions you may have.
 
 
 
Arduino, Arduino Shields, Arduino Sensors, and Arduino Kits
Arduino Motion Sensor
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Make your own Arduino motion sensor / detector.  Maybe you want something to happen when you walk into a room, like have the lights turn on, or have your theme song play whenever you enter.

 

This tutorial will show you how to get your to Arduino sense motion around it.

 

Software used in this tutorial can be downloaded here:

 

Arduino Motion Detector Software Example

 

Hardware used in this tutorial:

 

Motion Sensor for Arduino, with wire jumpers

 

Arduino board (Uno, Mega, Duemilanove, etc.)

 

 

Instructions:

-----

If this is your first Arduino project, first go through our “Arduino: Getting Started” tutorial.

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Connections:

 

Use the supplied male to female jumpers to make these connections:

 

 

 Motion Detector

Pin

Arduino Pin
 "-" GND
 "Out" Arduino Pin 2
 "+" +5v

 

 

 Like this:

 

arduino motion sensor

 

Here is the front view of the module:

 arduino motion sensor with wire jumpers

 

Software:

 

Download the example motion sensor for Arduino software here, and unzip the file.

 

You will now have a folder called “motion_sensor_for_arduino”

 

Start the Arduino software and load the Arduino Motion Sensor example program by clicking File->Sketchbook->Open

 

Navigate to the motion_sensor_for_arduino folder and select the “motion_sensor_for_arduino.pde” file.

 

Transfer the Arduino Motion Sensor program to your Arduino board by clicking the “Upload to I/O board” button. After uploading, you should see the LED on the Arduino board light up whenever there is motion detected.

 

It is that simple to add motion detection to your Arduino project.

 

Remember, it takes about 60 seconds after you first power up the motion sensor before it stars to detect motion.

 

You can adjust the amount of time that the motion detector lights the Arduino LED by adjusting the potentiometer screw on the back of the motion sensor module:

 

arduino motion detector

 

Happy Hacking!

 

Send feedback on this tutorial here.

 

 

 

 

 

 


 
Arduino Character LCD Tutorial
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See the LCD Shield for Arduino for a pre-assembled LCD+ Keypad shield.

 

Your Arduino has things to tell you. One of the easiest ways to let it communicate is to attach a character LCD. These LCD modules are a lot of fun, however they can be tricky to get working right. Many a hacker has spent hours trying to get one working, only to suffer through frustration and humiliation. Hacktronics is here to help. Our LCD HackPack, along with this tutorial, has everything you need to get an LCD working quickly with your Arduino.

 

The LCD modules covered here are based on the very popular HD44780 controller.


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Arduino: Getting Started
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Arduino - Getting Started (Flash the LED)

Arduino is a microcontroller board that is developed as an open source project. It is becoming very popular around the world as both a platform for beginners getting started with embedded computing, and for experienced developers who want to quickly prototype a project. There are several versions of the board. We feature the most popular version, the Arduino Duemilanove, in this How-to.
Anyone who has worked with microcontroller projects can tell you that the hardest part of working with a new platform is the first step of getting a basic setup of hardware and software to work. "Get the LED to flash", is the first thing you should do with a new platform. Once you have done that, everything else gets easier. This task of "blinking the LED" is what we cover here with the Arduino board. (You can purchase the Arduino here)

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Flycamone2 Camera controlled by Arduino
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We were first introduced to the flycamone when we started using it for RC airplanes. We found that this simple camera was perfect for RC applications since it was so light, durable, and versatile.

Here is a link to our Flycamone2 Video.  Note, some of the crashes are pretty hard, but not the worst we have had!

In the manual that comes with the flycamone there is a section about controlling the shutter of the camera using a channel from your RC Radio. In fact, the camera comes with a base plate which can be wired to your RC receiver for this option.

 


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Beginning Solderless Breadboards
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Solderless Breadboards are the best way to prototype an electronics project. It is reusable, does not require any soldering, and is simple to use. With DIP components that fit perfectly into the breadboard, using simple jumper wires to create your circuits, you can make improvements and additions easily and quickly without reworking with your solder gun.


Solderless breadboard


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