Arduino Mega 2560 Tutorial Pdf
This software was made to demonstrate how to quickly get your Atlas Scientific product running on the Arduino platform. An Arduino MEGA 2560 board was used to test this code. This code was written in the Arudino 1.0 IDE. Modify the code to fit your system. **Type in a command in the serial monitor and the Atlas Scientific.
Arduino Mega 2560 Tutorial Pdf Download
In this article we are going to discuss briefly about Arduino Mega 2560 board. After reading this article you will get to know that how this board is different from other boards of Arduino, in which condition or under which specifications we should use this board and why we should prefer this board over others. You will also get to know about the specifications of this board, pins configuration, components, software that is used to program this board, memory, power requirements and additional shields that can be used with board. We will also highlight some application and projects that are made from this board and much more. Page Contents.INTRODUCTION TO Arduino mega 2560Arduino MEGA 2560 board is just like a brother of Arduino UNO board.
It is way more powerful than Arduino UNO and also twice as long from it. This board is the successor of Arduino MEGA. It can be named as ATMega2560.
It can have more memory space as compared to other boards of Arduino. Arduino MEGA 2560 is different from all other boards of Arduino that came before as they don’t use the FTDI USB-to-serial driver chip. Instead it uses ATmega16U2 programmed as a USB-to-serial converter. It is programmed in Arduino IDE software like all other boards in terms of coding. We don’t need to attach extra components or devices to make this board in running condition to use.
As per our requirements we can just plug and play with this board as everything is built in that makes it readily available.Arduino Mega 2560 is an amazing microcontroller board for the projects that need large amount of input output pins or if high processing power is required. It is designed for more complex projects because as for simple projects large amount of input output pins are useless and a board with less memory fails to achieve our requirements. It can be used as a stand-alone project or in combination with other boards.