Breadboard prototyping with an Atmel Xplained board is not as easy as using a board such as an Arduino which allows jumper wires to be connected directly from the board’s headers to the breadboard.
Easily Connecting to an Atmel Xplained Board for Breadboard Prototyping
One solution to easily connect to an Atmel Xplained board from a breadboard is to make up a ribbon cable with two female IDC connectors. This allows jumper wires to be inserted into the IDC connector which can then be connected to a breadboard or breadboard circuit. The image below shows how this is done.
Breadboard Prototyping with an Atmel Xplained Pro Board
The above arrangement of breadboard prototyping is used in the ASF ARM tutorial series that teaches how to use the Atmel Software Framework on ARM Cortex microcontrollers.
The board in the above image is a SAM4N Xplained Pro board.
A list of easy to build Arduino projects for beginners and kids. These projects use easy to obtain components and can be built on an electronics breadboard. Suitable for use with an Arduino Uno or similar board.
Arduino projects for absolute beginners below list very easy projects for first time Arduino users. The section that follows lists projects for beginners who have learned the basics of how to use an Arduino.
This easy Arduino project for beginners can be built on an electronic breadboard and uses only four LEDs and four series resistors to make a moving light display. The Arduino sketch for the project can be modified to change the rate at which the pattern on the LEDs is updated. The patterns to display on the LEDs can also be changed.
Moving Light Display Arduino Project for Beginners
Details of this Arduino Project for Beginners
A breadboard is used to connect four LEDs with series resistors to an Arduino which can be an Arduino Uno or other Arduino. Four wire links connect the LEDs to four of the Arduino pins which are set as outputs. A common GND wire from the Arduino is connected to the breadboard which connects the other side of each of the series resistors to GND. This completes the circuit and enables the LEDs to be switched on by the sketch running on the Arduino.
In this tutorial, an Arduino MEGA 2560 and Ethernet shield are used to make a web server that hosts a web page that allows 24 outputs to be controlled using checkboxes. The tutorial on the Arduino MEGA web server contains the circuit diagram and all of the source code for the project.
An op-amp is used as an oscillator in this LED flasher circuit. This is another circuit that can easily be built on an electronic breadboard by beginners in electronics. Click the above link for the circuit diagram.