ATMXT143E-XPLD

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ATMXT143E-XPLD is a special evaluation and demonstration board that is designed to evaluate and demonstrate the features of the Atmel AT91M3440 Microcontroller. The board has been designed with 8 LED outputs, 8 I/O ports, 8 different buttons that can be used to showcase the features and functions of the MCU. The board also provides easy access to the ADC, PWM, UART, I2C and SPI features of the microcontroller.

The ATMXT143E-XPLD is primarily intended for educational projects and development but can be used to maximize the features and performance of any Atmel product. Additionally the board can be used to develop and test applications that need improved design performance, debugging support, or for application development and experimentation. The board also provides a convenient platform to teach, learn, and build applications that require a high-performance microcontroller.

The board features a surface-mountable IC socket, in-circuit programming and debugging interface, power-on reset circuit, eight LEDs, 8 buttons, 8 I/O ports, and two 3-pin connectors for power and communication with an external module. It also supports third-party development boards and kits and is compatible with Atmel\'s studio suite, which provides programming and debugging support.

The ATMXT143E-XPLD works on the operating principle of the Atmel AT91M3440 microcontroller. The microcontroller is based on a 32-bit ARM Cortex-M4 processor core and is capable of running at up to 120 MHz and incorporates onboard memory ranging from 12KB to 512KB SRAM, 1MB to 16MB Flash, voltage regulator, power capacitor, and overvoltage protection. When the board is powered on, the microcontroller will start executing code from the on-chip memory, and based on the input signals, it can perform various operations to drive the user-defined outputs.

The Atmel AT91M3440 microcontroller and the ATMXT143E-XPLD board provide a powerful and flexible platform to evaluate, design, debug, and demonstrate applications and design solutions for Atmel products. The board can be used in applications ranging from embedded system development and prototyping to general-purpose digital control and robotics applications. It also enables users to quickly program and evaluate the performance of Atmel products without having to build expensive custom hardware.

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