MIKROE-2032

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IntroductionMIKROE-2032 is a type of evaluation board, daughter card or expansion board to allow the connection of the user to an embedded system. Through the board and its peripheral components, the connection can be established to receive, process or output information to interact with the user.

Application FieldThe MIKROE-2032 is an evaluation board that is used to test and evaluate various types of applications that use memory, peripherals or other components to form a working system. This board is primarily used for development testing, research and prototyping applications. The type of application which can be tested with the board are:

• Industrial Automation
• Device Communications
• Sensor Management
• Data Acquisition
• Process Control
• Computing
• Wireless Networking

Working PrincipleThe MIKROE-2032 works on a framework that consists of three components – the board, its peripherals, and the microcontroller. The board is used to connect the various components to the microcontroller of the system.On the board, a power circuit that delivers a constant supply of voltage is present. This voltage is used to power the peripherals. The peripherals are then connected to the board through two headers – one located on the edge of the board and the other placed on the opposite side. These two headers are responsible for supplying power to the peripherals when they are connected.The microcontroller, which resides on the board, is responsible for the program execution and control. It is the component that reads, interprets and processes all the instructions given to the system by the user. The microcontroller can also be programmed using the MIKROE-2032 microcontroller programming language. Finally, the controller is responsible for the communication between the peripherals and the board.ConclusionThe MIKROE-2032 is an evaluation board, daughter card or expansion board to allow the connection of the user to an embedded system. It is primarily used to test and evaluate various types of applications that use memory, peripherals or other components to form a working system. The board works on a framework that consists of three components – the board, its peripherals, and the microcontroller. The power circuit and two headers on the board provide power to the peripherals while the microcontroller is responsible for the program execution and control using the MIKROE-2032 microcontroller programming language.

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