MIKROE-2924

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The MIKROE-2924 is an expansion board designed to work in combination with central microprocessor boards. It gives designers the capability to integrate a wide range of peripheral devices such as engineering tools, liquid crystal displays, industrial grade sensors, GPUs, and communication interfaces, directly into the system\'s design. In short, the MIKROE-2924 is a comprehensive solution for engineers who want to create products with greater complexity and performance.

The MIKROE-2924 is built with multiple purpose-specific hardware components; each component is capable of carrying out a specific task. All components are connected by an interbus — a serial data transmission bus — providing communication between all devices. This feature provides designers with the flexibility to quickly integrate different devices to the system, without making significant changes to the application\'s design. The MIKROE-2924 not only reduces the time it takes to connect different components but also helps designers in managing their system designs more efficiently.

The MIKROE-2924 board comes with a number of different peripherals, including a 5-bit DIP switch, two voltage regulators, RTC, four connectors for I2C, SPI and I/O communication, four resistors, two connectors for the LCD, and one connector for the GPIO input. Additionally, it also provides four additional ports for connecting peripherals such as A/D converter, GPIO expander, ATmega AVR microcontroller, as well as an LCD power supply and optional voltage regulation.

The MIKROE-2924\'s main application area is industrial automation systems. Such systems require reliable and flexible peripherals, which the MIKROE-2924 provides. Additionally, it can also be used in the automotive, medical and consumer applications.

The MIKROE-2924 can be connected and configured to receive data from various external sources, such as sensors, PLCs, and temperature probes. This data can then be processed by the microcontroller, and the results can be sent to the external application. This is done using the controller\'s interrupt vector feature, where it interrupts the main flow of instructions in order to process the newly received data.

The MIKROE-2924 works on a general-purpose interrupt vector technique. It can be configured to maintain up to four interrupt vectors. This technique enables it to assign different tasks to different interrupt vectors. It then waits for data from the external sources, and when the data is received, the microcontroller processes the data according to the program. The microcontroller can then send back the final result to the external application.

The MIKROE-2924 is ideal for applications that require constantly changing and complex data transmission. Its ability to work with multiple interrupt vectors makes it suitable for most applications in industrial automation. Its added peripherals and flexibility to easily integrate other components makes it a valuable asset to any project.

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