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Archive for the Energizer Category

Win a $200 gift card, a Make: Electronics Book and Energizer® Night Strike Swivel Light

From: http://makezine.com/makeitlast/?utm_medium=email&utm_campaign=Make+Newsletter+December+2010&utm_content=Make+Newsletter+December+2010+CID_4bf43fa9357c29ce8d277a0f4863d8d9&utm_source=Email+Campaign&utm_term=Make+It+Last+landing+page

Welcome to Make It Last, a project build series and contest, sponsored by Microchip and Energizer. Over the course of this contest, we’re going to cover a series of three project builds, demonstrating some of the finer points of low-power microcontroller design. We’re hoping these will be fun, informative projects and a good introduction to using “bare” microcontrollers and learning more about the relationship between microcontrollers and power management. Starting with basic components, we will build up each design and you can follow along in a series of Make It Last build newsletters. We will be awarding some really cool prizes at the end of each build, based on the quality of your submission, what you learned in the process, your documentation, etc.


Second Build: The Robotic Plant

[November 18 - December 22, 2010]

For the second project, we’ll build a robotic plant seedling that will use its microcontroller brain to monitor its environment, and bloom when the time is right. The whole project will be housed in an ordinary plant pot, and thanks to an energy-efficient design, should be able to lie dormant for months, even years, on a single set of AA batteries. That means you could set it by your window and be delighted when it finally wakes up, or give it as a gift to a patient robot enthusiast for safekeeping.

As with the first build, this one is also a contest that you can enter for a chance to win some awesome prizes. We’ll provide instructions on how to build our example plant, that you can follow along at home, however, you are free to design something completely on your own. The official rules are below. Your build must be powered by a battery, have some plant-like quality, and be capable of responding to input from its environment. The rest is up to you!

Enter Here!

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