MIKROE-1002

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The MIKROE-1002 is an MCU, DSP, and embedded evaluation board featuring a wide range of functionalities. This evaluation board is used to quickly incorporate a variety of real-time projects with embedded system capabilities. It can also be used as a development platform to develop new embedded systems. The MIKROE-1002 is completely programmable and offers a highly integrated design with a versatile range of input/output facilities.

The main application of the MIKROE-1002 evaluation board lies in the design and development of embedded systems. It is used to quickly develop embedded systems such as Internet of Things (IoT) applications, industrial machines, autonomous robots, and automotive components. The evaluation board supports a variety of programming languages including C, C++, Python, and ARM’s Cortex-M0 for programming on its board.

The hardware of the evaluation board includes a 32-bit ARM Cortex-M0+ MCU, DSP, two LED lights with dual power output, two buttons, a USB interface, and an Atmel® ATxmega256A3U microcontroller. It also includes an integrated UART for communication and programming, and a real-time clock. The design of the board is modular, giving the user flexibility and allowing for a variety of hardware options.

The working principle of the MIKROE-1002 board is simple. It has an Atmel MCU and is programmed using C, C++, or ARM’s Cortex-M0 language. A USB interface connects the board to a computer, where programming and debugging is done using the AtmelStudio IDE. The onboard LED can be controlled by writing code in the IDE, and it can be used to verify the correctness of the code. After the code is written, it is then downloaded onto the board, where it can be tested and used for its intended application.

The MIKROE-1002 evaluation board is an ideal platform for embedded system developers. It is a highly integrated design that offers users a wide range of input/output facilities. The board is also programmable, making it a perfect choice for rapidly developing prototypes for IoT, industrial machines, and autonomous robots.

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