Arduino Mega 2560 R3 Microcontroller Board with USB Cable
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৳ 1,100.00৳ 1,200.00 (-8%)
This is an Arduino Mega 2560 R3, a high-performance open-source microcontroller board designed for complex and large-scale electronics projects. It features the powerful ATmega2560 chip, offering vastly expanded input/output pins and memory compared to the standard Arduino Uno. It is the go-to hardware platform for building 3D printers, complex robotics, and demanding automation systems.
Key Specifications
- Microcontroller: ATmega2560
- Operating Voltage: 5V
- Digital I/O Pins: 54 pins (15 provide PWM output)
- Analog Input Pins: 16 pins
- Hardware Serial Ports: 4 UARTs
- Flash Memory: 256 KB
If you are planning your wiring, let me know:
- How many sensors or motors you need to connect?
- Are you using this for a 3D printer or a robot?
The image shows an Arduino Mega 2560 R3, an advanced, high-pin-count open-source microcontroller board optimized for intricate electronics engineering and expansive automation systems.
Core Architecture
- Processor Configuration: Built around the high-capacity ATmega2560 surface-mount chip to manage large code routines.
- Connectivity Package: Bundled with a dedicated blue USB Type-A to Type-B data cable for firmware flashing and serial monitoring.
- Power Framework: Runs natively on 5V, accepting electrical input via the USB port or a 2.1mm center-positive DC barrel jack.
Technical Input & Output
- Digital Infrastructure: Supplies 54 digital input/output pins, featuring 15 pulse-width modulation (PWM) channels for smooth motor or lighting control.
- Expanded Communication: Hosts 4 hardware serial UART ports to interface concurrently with multiple modules like GPS, Bluetooth, and Wi-Fi.
- Memory Capacity: Provides 256 KB of flash memory, allowing it to house complex libraries and multi-layered software instructions.
- Analog Interface: Incorporates 16 analog input channels to accurately parse data from extensive arrays of analog sensors.
Target Applications
- 3D Printers: Serving as the main computing engine for multi-axis machines running complex open-source firmware like Marlin.
- Complex Robotics: Controlling omnidirectional mobile platforms requiring simultaneous handling of encoders, servos, and sensors.
- Industrial Automation: Managing complex sensory arrays, automated sorting conveyors, and multi-relay power distribution grids.
If you are mapping out your project connections, let me know:
- What specific shields (RAMPS, Ethernet, Motor) you plan to mount on top?
- Do you need assistance with pin mapping or code integration?
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