Introducing the AmiPIC18 LCD shield

Last month I reviewed the Amicus18 development board, which is an Arduino-style platform with a PIC microcontroller. The Amicus18 board is physically compatible with Arduino shields. However, the default PIC processor on the board is a 3.3 V type, which could be an issue while interfacing some of the shields that strictly operate at +5V. As a support to the users of the Amicus18 development board, Gevo Electronics from The Netherlands has designed a special shield, named AmiPIC18 LCD. Although the name says it is a LCD shield, but in real it provides a lot more features, which we will be

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MikroElektronika releases EasyPIC v7

MikroElektronika has just released EasyPIC v7, a latest edition to its successful EasyPIC series development boards for PIC microcontrollers. ” This is a very special day for us. We are excited and honored to present you with the new version of our famous brand – EasyPIC v7 is here! We’ve asked ourselves what can we do to improve such an amazing board as EasyPIC6, and even if it seemed like a tough assignment, we have done some outstanding interventions in design and functionality, and made a new board no one can stay indifferent to. For the first time in EasyPIC’s almost 10-year history, we’ve

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Make your own animated LED Christmas sign

Last year I made a simple LED Christmas sign with very basic animation effects controlled by a PIC MCU. One of my friends, who visited us during the last Christmas, liked it and asked me the recipe of the project so that he could make something similar to decorate his front porch during the next Christmas. In response I gave him the link on my blog where I have described the details of the project. As Christmas is just couple months away, I got an email from him two weeks ago, saying that he has just started working on the project.

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DIY plug-in modules to make microcontroller breadboarding easier

Breadboards are a great tool for prototyping and testing electronics circuits. Here I am sharing with you some plug-in modules that I once made to make my breadboarding life easier. I have used these modules many times in the PIC experiments described in this blog. These modules  serve very common functions that are required in most microcontroller circuits. Their use not only reduces the number of wire connections on breadboard, but also expedites prototyping and makes debugging of the circuit easier.

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A DIY I/O board for experimenters

I remember when I first stepped into the world of embedded electronics, I started with doing some basic microcontroller circuits on a breadboard. Breadboard is a wonderful tool for prototyping and testing circuits. When the test of a circuit is successful, you can dissemble it and the board is ready for a new circuit. While working on breadboard was a great learning experience, it was little bit frustrating sometimes when you realized after dissembling a circuit that you have to put it together again or just a part of it for your new project. It happens very often because most

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