"Looking For The Best Microcontroller 
Projects And Resources?"

Here you can find microcontroller Projects and Tutorials designed
by me...

... a "Professional Electronics Design engineer"

Microcontrollers are one of the most useful circuit elements because they are completely self-contained. These days you don't even have to use an external crystal for the clock as you can turn on the internal oscillator!

Did you know ?...

...that 98% of the processors used today are microcontollers - that means for every 2 desktop computers you can see in an office there are 98 others that you don't see!. They are in everything toasters, microwave ovens, security alarms, mobile phones, petrol pumps, jogging machines... the list is endless.

Most of the modern microcontrollers have a built in ADC, and all have timers and many other useful modules. All you need to do is decide what to use, and then activate the appropriate modules.

They also have built in RAM and EEPROM that is re-programmable and programming them is easy so you can change their operation very quickly - even in circuit! 

All of them have at least one built in timer, often several, as well as other goodies such as comparators, PWM modules and ADCs. These are all internal hardware units making it simple to create almost any project you can think of without wiring up external devices.

This site shows you how you can use these compact devices to create any type of project you can dream up and you don't have to work in low level assembler - all the projects use high level C Programming and this makes it easier to update and understand what is going on. 

If you look along the left navigation bar you can see some of the projects you can create and these projects include free code and description.

Microcontroller Introduction

There are many different types of microcontroller from many different manufacturers and two popular types are from MicrochipTM and AtmelTM:

MicrochipTM (Industry popular PIC range)

MicrochipTM specialises in supplying almost bespoke solutions (microcontrollers) for a problem and creates hundreds of different variants. The idea is that you create a solution to a problem and you want to cost reduce it so what you really want to do is chop out all the hardware that you do not need. 

There are many variants with added built-in modules such as a GLCD lcd driver, a motor controller, a capacitive touch sensor etc. So you choose a device based on what hardware you want to control. You can even get 6 pin SMD (SOT-23) microcontrollers!

On this site only a few devices are used 12F675, 16F88, 16F877A, 18F2550.  This is done because these devices offer a broad range of internal peripherals found in almost all in the devices in the same family (12F,16F 18F). You can learn here about these devices and be able to move easily to another, since the internal hardware is controlled in the same way.

AtmelTM : Made extremenly popular by the Open source ArduinoTM group. 

You have probably heard of the ArduinoTM which is not a microcontroller but rather an open source movement that uses Atmel (and other) microcontrollers to offer a simplified way of connecting hardware (shields) and control devices (software). Because the hardware and software is open source many people have contributed free software so it makes it easy to quickly setup and create something. 

Be warned though that just because you can use other software and connect it quickly may not mean that you understand it - and that means that any bugs in the software are up to you to find and correct.

Microcontroller Projects

There are several FREE projects here (with source code in C) that you can use to learn about microcontrollers which includes an ultrasonic distance meter, an led matrix driver and many more (which you can find on the projects page).

Each Project includes source code, description and schematics which you can use as a basis for starting your own proje cts or just usethem stand-alone.

Just Starting out ?

Check out the tutorial section where you'll find tutorials on building the circuits, device programming, prototyping and using high level languages.
Need some extras ?

The tips and techniques section gives information on designing specific circuits that either are difficult or that save you time and effort.

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