MIKROE-1194

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The MikroElektronika MIKROE-1194 Evaluation Board is an advanced development board designed to provide evaluation and prototyping options for embedded systems, particularly in industrial and commercial applications. It supports a variety of I/O and communication ports from expansion boards, daughter cards, and other peripherals. This article will provide an overview of the MIKROE-1194 evaluation board, and its application field and working principle.

Main Features of MIKROE-1194 Evaluation Board

The MIKROE-1194 evaluation board provides a powerful and flexible platform for building and developing embedded systems. It offers full support for various interface and communication ports from expansion boards, daughter cards, and other peripherals, as well as a wide selection of development tools and resources, enabling users to quickly and easily prototype their embedded systems and applications. The board is powered by a TI TM4C123G MCU and comes with a variety of user-programmable components and peripherals, including an OLED screen, LEDs, push buttons, potentiometers, and a temperature sensor.

In addition to these, the board also offers support for USB, Ethernet, CAN, and other popular communications protocols. It comes with a pre-programmed bootloader, which allows for easy software upgrades without requiring a full circuit reset. An on-board programmer connector also enables easy connection to external devices. The MIKROE-1194 evaluation board includes a JTAG port for debugging and a power switch for easy activation and deactivation.

Application Field of MIKROE-1194 Evaluation Board

The MIKROE-1194 evaluation board is suitable for a wide range of applications in embedded development. It can be used for evaluating, testing, debugging, and optimizing various embedded applications, ranging from industrial and commercial applications to consumer applications such as home automation and robotics. In addition, it can also be used for developing applications for communication networks, such as CAN, Ethernet, and wireless networks.

In addition to being used as an evaluation platform, the MIKROE-1194 evaluation board can also be used as a prototyping platform for low-power embedded applications. By connecting various off-the-shelf components and peripherals to the board, users can quickly and easily create prototypes for applications such as wireless sensors and motorcycles.

Working Principle of MIKROE-1194 Evaluation Board

At the core of the MIKROE-1194 evaluation board is a powerful TI TM4C123G micro-controller. This MCU features a 32-bit ARM Cortex-M4 architecture and offers a wide range of features and peripherals. It provides a high level of control, flexibility, and performance, which makes it an ideal platform for embedded development.

Once the board is powered up, it automatically loads the bootloader from onboard memory. Once the bootloader is loaded, the user is then able to download and install programs to the board. With the help of the programmable components, LEDs, and other peripherals, the user can then easily interact with the board and program it to perform certain tasks. Once the program is written and loaded, the board is then ready for testing and debugging.

The board can also be used as a development platform for a wide range of applications that require low-power operation. By connecting various off-the-shelf components and peripherals to the evaluation board, users can create prototypes for wireless sensors, connected devices, and more. With the help of the developers’ tools provided by TI and MikroElektronika, users can quickly and easily develop their prototypes in no time.

Conclusion

The MIKROE-1194 evaluation board provides users with a powerful yet flexible platform for developing and prototyping embedded application. It offers various I/O and communication ports, as well as support for off-the-shelf components and peripherals, making it an ideal platform for developing wireless sensors, connected devices, and other applications. By utilizing the powerful TI TM4C123G MCU and the associated development tools and resources, users can quickly and easily design and prototype their embedded applications.

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