New Arduino Mega 2560 board compatible ATmega2560-16au for advanced projects
Brand: satkit
VAT included (Ex VAT: 14.00 €)
The Arduino Mega 2560 board compatible with ATmega2560-16au is an advanced solution for developers and electronics enthusiasts who need greater capacity and versatility in their projects. This board uses the ATmega2560 microcontroller, which offers extensive memory and multiple input and output pins, ideal for complex applications such as robotics and embedded systems.
This model is 100% compatible with previous UNO and Duemilanove versions, allowing Shield boards designed for these models to be used without any issues. The Mega board is slightly longer, providing a new row of additional IO pins to expand your possibilities.
Main features
- Microcontroller: ATmega2560
- Supply voltage: 5V
- Recommended input voltage: 7-12V
- Input limit: 6-20V
- Digital pins: 54 (14 with PWM)
- Analogue inputs: 16
- Maximum current per pin: 40 mA
- Maximum current for 3.3V pin: 50 mA
- Flash memory: 256 KB
- SRAM: 8 KB
- EEPROM: 4 KB
- Clock speed: 16 MHz
- UART ports: 4 hardware ports for serial communication
Typical uses
This board is ideal for projects that require a large number of connections and memory, such as complex robots, automation systems, home automation projects, and prototypes that need multiple sensors and actuators. Its compatibility with existing shields makes expansion and customisation easier.
Compatibility
Compatible with Shield boards designed for Arduino UNO and Duemilanove, allowing accessories and modules to be reused. It works with the Arduino IDE development environment and supports programming in C/C++ for AVR microcontrollers.
- ATmega2560 microcontroller with 256 KB of flash memory
- 54 digital pins, 14 with PWM for advanced control
- 16 analogue inputs for a wide range of sensors
- 4 UART ports for multiple serial communications
- Compatible with Arduino UNO and Duemilanove shields
- 16 MHz clock speed for efficient processing
- Ideal for robotics and automation projects
- 5V supply voltage with recommended 7-12V input
Customer Questions & Answers
What are the board dimensions, and what is included in the box?
The compatible ATmega2560-16au measures approximately 102 mm × 53 mm × 15 mm and weighs about 37 g. The standard pack includes the assembled and soldered board, ready to use. USB cables, power supplies and a printed manual are usually not included unless specifically stated by the supplier.
Can I power the board only from the USB port, or is an external power supply recommended?
The board can be powered via the USB port (5 V) during development or testing. For projects with higher power consumption (for example, several motors or external devices), an external power supply via the power jack is recommended, with a suggested voltage of 7 to 12 V. The permitted range is 6 to 20 V, but above 12 V the voltage regulator may overheat.
What connection issues may occur, and how are they usually resolved?
Some users experience USB detection issues if the CH340G driver (a common USB-to-serial converter on compatible boards) is not installed on the computer. The solution is to download and install the CH340 driver from official sources. If programme upload fails, also check the USB cable and select the correct board port and model in the Arduino IDE.
Is this board compatible with Arduino UNO shields?
Yes, the Arduino Mega 2560 board compatible with ATmega2560-16au is 100% compatible with Shield boards designed for Arduino UNO and Duemilanove.
Which microcontroller does this board use?
It uses the ATmega2560 microcontroller, which offers 256 KB of flash memory and multiple input and output pins.
What type of projects is this board ideal for?
It is ideal for robotics, automation and any application that requires many connections and memory for complex programs.
What is the clock speed of this board?
The clock speed is 16 MHz, providing suitable performance for most electronics and programming applications.
What input voltage range does it support?
The board supports an input range of 6 to 20V, with 7 to 12V recommended for optimal operation.