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MikroElektronika celebrates 10 years of success in compiler development

Posted on May 12, 2014 by R-B Leave a comment

MikroElektronika, a Belgrade, Serbia-based company, which is widely known for manufacturing a wide range of microcontroller development boards and compilers, is celebrating 10 years of success in compiler development this month. They developed their first compiler, which was mikroPascal for PIC, in 2004, and since then they have released total 18 compilers: mikroC, mikroBasic and mikroPascal for PIC, dsPIC, PIC32, 8051, AVR and ARM. They are celebrating a decade of their achievement by offering entire month of special discount towards purchase of their BASIC, PASCAL, and C compilers. Throughout this month you can save up to $100 on the purchase of license for

PhidgetSBC3 based solar-powered weather station

Posted on May 9, 2014 by R-B Leave a comment

This instructable describes in detail the setting up a full-featured weather station that records air temperature, relative humidity, and ground surface temperature right below the weather station. The project uses Phidgets SBC3 computer board, which is powered by an 18-watt solar power along with a battery backup.

Piezoelectric power generator shoes

Posted on May 7, 2014 by R-B Leave a comment

Check out this instructable on making piezoelectric shoe power generator from Angelo, a 15 year old kid, who is also participating in the Google’s 2014 science fair with this project.

MSP430 driven RGB LED ring clock

Posted on May 5, 2014 by R-B Leave a comment

This MSP430G2553-based attractive wall clock is comprised of 2 rings of 60 WS2812 RGB LEDs. The PCB ring was constructed by daisy-chaining small and identical arched PCB segment. Visit this instructable for details on construction of the clock and downloading the firmware, which is written in C.

Indoor/outdoor wireless thermometer using Arduino

Posted on May 4, 2014 by R-B Leave a comment

This Arduino-based wireless thermometer uses two Arduino boards to measure indoor and outdoor temperatures. The outdoor Arduino board sends out the outdoor temperature measured by DS18B20 sensor to the indoor Arduino board using inexpensive 433MHz RF transmitter and receiver modules. The indoor Arduino board then displays the indoor and outdoor temperatures on a character LCD display.

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