Overview Description

Official Arduino Due A000062 is an authentic Italian-made development board based on the Atmel SAM3X8E ARM Cortex-M3 microcontroller, designed for high-performance embedded systems, automation, robotics, and industrial prototyping. Available in Bangladesh from BDTronics, this original Arduino Due board is the first Arduino platform built on a 32-bit ARM architecture, offering significantly higher processing power compared to traditional 8-bit Arduino boards.

Running at 84 MHz, the Arduino Due provides fast execution, advanced peripherals, true 12-bit ADC, dual DAC outputs, multiple UARTs, and USB OTG capability. It operates at 3.3 V logic level and is suitable for professional-grade applications requiring speed, precision, and extended I/O capabilities. The board comes with pre-soldered headers and fully supports the Arduino 1.0 pinout standard, ensuring compatibility with 3.3 V-compliant shields.

Arduino Due A000062 is ideal for advanced embedded development, real-time control, data acquisition, signal processing, robotics, industrial automation, and research projects. BDTronics supplies this official imported Arduino board for reliable performance and authentic quality in Bangladesh.

Key Applications and Use Cases

• High-speed embedded system development

• Industrial automation and control systems

• Robotics and motion control projects

• Data acquisition and signal processing

• ARM Cortex-M based learning and research

• DAC-based analog signal generation

• High I/O count control applications

• USB OTG device and host projects

• Advanced Arduino programming projects

• Engineering education and laboratory use

• Real-time control and monitoring systems

• Communication gateway development

• Custom electronics prototyping

• Power electronics control logic

• Automation panels and test systems

ARM Cortex-M3 Performance and Architecture

• Powered by Atmel SAM3X8E ARM Cortex-M3 processor

• 32-bit architecture for faster computation

• 84 MHz clock speed for high-performance tasks

• Suitable for real-time and multitasking applications

• Supports complex arithmetic and logic operations

• Efficient interrupt handling and peripheral control

• Designed for professional embedded applications

• Stable performance for long-duration operation

Power, Voltage, and Safety Information

• Operates strictly at 3.3V logic level

• I/O pins are not 5V tolerant

• Applying more than 3.3V to any I/O pin may damage the board

• Recommended input voltage: 7–12V

• Input voltage limits: 6–16V

• Powered via DC jack, USB, or external supply

• 3.3V pin output current up to 800 mA

• 5V pin output current up to 800 mA

• Designed for safe and stable embedded use

• Compatible with 3.3V Arduino shields only

Connectivity and Interfaces

• 54 digital input/output pins for flexible connections

• 12 PWM-capable digital pins

• 12 analog input channels

• 2 true DAC analog output pins

• 4 hardware UART serial ports

• SPI interface via dedicated header

• 2 TWI (I2C) interfaces

• USB OTG support for device and host modes

• JTAG header for debugging

• Reset and erase buttons for development

• IOREF pin for voltage reference compatibility

• Standard Arduino 1.0 pinout support

Power and Programming Options

• Program directly using Arduino IDE

• Connect via micro-USB cable for programming

• Power through DC jack or external power source

• Compatible with Arduino IDE on Windows, Linux, and macOS

• Supports C and C++ Arduino programming

• Large ecosystem of libraries available

• Easy firmware upload and debugging

• Suitable for both beginners and advanced developers

Hardware Design and Compatibility

• Official Arduino Due A000062 made in Italy

• Pre-soldered headers for immediate use

• Full-size Arduino form factor

• Compatible with 3.3V Arduino shields

• Arduino 1.0 pinout standard supported

• IOREF pin allows voltage-aware shield design

• Reserved pin for future expansion

• Robust PCB design for long-term operation

• Suitable for education, labs, and production testing

How to Use and Getting Started

• Connect the board to a computer using a micro-USB cable

• Install Arduino IDE and select Arduino Due from the board manager

• Choose the correct COM port

• Write or upload example sketches

• Power using USB, DC adapter, or external battery

• Connect peripherals to digital, analog, SPI, I2C, or UART pins

• Ensure all external signals are limited to 3.3V

• Use DAC pins for analog voltage output

• Use UARTs for communication modules

• Deploy in robotics, automation, or control projects

• Mount shields compatible with 3.3V logic

• Use erase and reset buttons when needed

Features:

• Official Arduino Due A000062 Italian original board

• Based on Atmel SAM3X8E ARM Cortex-M3

• 32-bit microcontroller architecture

• 84 MHz operating frequency

• 54 digital I/O pins

• 12 PWM outputs

• 12 analog input channels

• 2 true DAC analog outputs

• 4 hardware UART ports

• USB OTG support

• SPI and dual I2C interfaces

• JTAG debugging support

• 3.3V logic level operation

• High current 3.3V and 5V output capability

• Arduino 1.0 pinout compatibility

• Headers pre-soldered

• Suitable for professional and educational use

• Available in Bangladesh from BDTronics

• Ideal for automation, robotics, and embedded systems

Specifications:

• Product Name: Arduino Due

• Model: A000062

• Microcontroller: AT91SAM3X8E

• Architecture: ARM Cortex-M3

• Operating Voltage: 3.3V

• Recommended Input Voltage: 7–12V

• Input Voltage Limits: 6–16V

• Digital I/O Pins: 54

• PWM Pins: 12

• Analog Input Pins: 12

• Analog Output Pins: 2 (DAC)

• Total DC Output Current (I/O): 130 mA

• DC Current on 3.3V Pin: 800 mA

• DC Current on 5V Pin: 800 mA

• Flash Memory: 512 KB

• SRAM: 96 KB (64 KB + 32 KB)

• Clock Speed: 84 MHz

• USB: USB OTG

• Communication: UART, SPI, I2C

• JTAG: Supported

• Length: 101.52 mm

• Width: 53.3 mm

• Weight: 36 g

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