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Showing posts from December, 2012
Arduino Basics: Google+ Page
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I have just set up a Google+ page for the Arduino Basics blog posts. If you haven't already tried it, Google+ is a great way to develop communities of like-minded individuals. It is a great way to share and ask questions. I held off from joining Google+, but now that I see it's advantages - I really like it. Anyway, I will still be blogging in the usual way, however, if you happen to be using Google+, please make sure to come and visit my page. Click on the link below to have a look: Arduino Basics Google+ Page. Feel free to leave a comment if you wish.
Analog IR Temperature gauge
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![Image](https://blogger.googleusercontent.com/img/b/R29vZ2xl/AVvXsEg1jQzmKjDvvMfyArNeZvMc7efxe7A2LX1JfqxIHimF0KBspyYTwBE_0jSQu-udQ0OoATIxg6-6Z8mRxsNvu71Kfej1ggm0AODBZeg2yMveG61JMY5HnyA32D3YudKBsMyfow3uF82bWX0/s1600/BasicGaugeInvertedHeader.jpg)
Introduction: The IRTEMP module from Freetronics is an infrared remote temperature sensor that can be incorporated into your Arduino / microcontroller projects. It can scan a temperature between -33 to +220 C, and can be operated using a 3.3 to 5V power supply. It can be powered directly from the Arduino 5V pin. This module can also provide an ambient temperature reading if required. The Servo used in this project is a SG-5010 standard servo which will be utilised to display the temperature reading from the IRTEMP module. Parts Required: Freetronics Eleven or any compatible Arduino. Freetronics IRTEMP module MG-995 or SG-5010 Standard servo Mini Breadboard 4.5cm x 3.5cm Protoshield and female header pins (not essential - but makes it more tidy) 9V Battery and Battery Clip Wires to connect it all together Gauge parts: Paper (to print the face of the gauge), and some glue to stick it to the wood. MDF Standard panel (3mm width) - for the top and base of the gauge. Galvaniz...