MIKROE-2016

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MIKROE-2016 is an evaluation board which is embedded with Microcontroller (MCU) and Digital Signal Processor (DSP). It is designed to give an insight into the data acquisition systems and embedded control systems. The board also enables users to learn about various aspects of embedded computing and understand important concepts by providing a platform for rapid development. This article will focus on understanding the application field of MIKROE-2016 and its working principle to give users some idea of how to use it effectively.

The MIKROE-2016 board is an ideal platform for prototyping or development of applications in fields such as data acquisition systems, digital signal processing, embedded control systems, and embedded communications. It also serves as an educational platform, providing users with the means to understand critical concepts such as hardware, software, computer architecture, and development tools. The board includes a 32-bit ARM Cortex-M7 processor, as well as supporting peripherals such as memory, analog-to-digital converter (ADC), digital-to-analog converter (DAC), and peripherals for communication over universal serial bus (USB) ports, Bluetooth, I2C etc. The board provides SPI, UART and CAN bus communications for further integration into more complex systems. All of these components are built on top of a user friendly board, with an easy to use, intuitive graphical user interface (GUI).

The MIKROE-2016 evaluation board comes with a wide range of application examples. These examples include motor control and data logging, energy management systems, digital signal processing, and many more. The user friendly GUI enables users to quickly configure and run various application program examples. The board also provides detailed documentation and step-by-step instructions for users to configure and run the application examples.

The working principle of the MIKROE-2016 board is based on the ARM Cortex-M7 processor. The processor contains a range of modules, which include the control module, the memory module, the communications interfaces, and the system timer. The control module is responsible for the execution of user programs and controlling the various peripherals on the board. It contains instructions that enable it to control the communication interfaces such as SPI, UART and CAN as well as the AD/DA converters. The memory module manages the dynamic allocation of RAM and ROM memory for storing user programs and data. The system timer is responsible for generating system interrupts on a regular basis to allow for the execution of periodic tasks such as analog data acquisition etc.

The user also has access to a number of peripherals on theboard, including the ADC/DAC, the UART/USB, CAN bus, various GPIO pins, and the PRT connectors. These peripherals are all used either for collecting sensor data or sending commands and data to other devices. By using the MCU and the connected peripherals, the MIKROE-2016 board is able to provide a flexible development platform for rapid system development.

To summarize, the MIKROE-2016 evaluation board is a great platform for those looking to learn more about MCU and DSP programming, embedded systems development, and the various aspects of hardware and software design. The board provides access to a wide range of peripherals, and the user friendly GUI allows for rapid prototyping and development of applications. Furthermore, the board comes with detailed documentation and example programs that show how to configure and use the board for various applications.

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