MIKROE-2731

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MIKROE-2731 is a versatile evaluation board belonging to the Expansion Boards, Daughter Cards family for interfacing and controlling various extension devices. The board is composed of multiple components such as UART, I2C, SPI, and 10 GPIO, providing a wide range of on-board programmable features and an ideal platform for users to expand their projects. It utilizes the Atmel AVR ATmega2560 MCU, and the firmware is programmed using the IAR, AVR Studio, and firmware development tool.

The application and working principle of MIKROE-2731 are explained in detail below.

Application

MIKROE-2731 has multiple applications. It is an ideal platform for developing and testing connected device applications such as ZigBee, Bluetooth, and other home automation and consumer electronics products. It can be used for wireless and wired communication protocols such as ZigBee, Wi-Fi, LTE, and GSM/GPRS, thus suitable for various applications involved connected IoT (Internet of Things) projects. The board is also suitable for providing voice control to consumer electronics and wearable products.

MIKROE-2731 can also be used for various automotive applications. It supports CAN bus communication protocol, making it suitable to use for developing various infotainment and in-car control applications. It also has 10 GPIOs, making it suitable for controlling and monitoring various automotive systems such as brakes, steering, HVAC, and engine.

MIKROE-2731 is also suitable for home automation projects. It has 10 GPIOs, making it easy to interface with devices such as switches, motion sensors, curtains, lights, and other home automation products, thus allowing users to develop and customize various home automation systems. It is also suitable for providing voice-recognition control to the home automation system.

MIKROE-2731 is also a great platform for developing energy-efficiency applications. It has advanced power management features, allowing users to program and control power consumption of the board. Furthermore, its 10 GPIO pins can be utilized for monitoring energy usage of the home or office environment, making sure that energy is used efficiently.

Working Principle

The Atmel AVR ATmega2560 MCU on the MIKROE-2731 board is the master controller that helps in interfacing and controlling various electrical and electronic components. It operates in both 3.3V and 5V power supplies, sensing the input voltage and automatically configuring the output power.

The board also contains other components such as an LED for indicating the status of the board, UART, I2C, and SPI, which serve the purpose of connecting the board to other electronic devices, such as sensors and motors. Preset registers have been populated on the board so that users can quickly assign any port of their choice as RX and TX, as well as GPIO pins.

The software used to program the board is IAR, AVR Studio, and firmware development tool. This helps in loading the code onto the board via USB. After the code has been loaded onto the board, the MIKROE-2731 board can be used for interfacing and controlling other electronic devices, such as motors, sensors, and LEDs, as stated in their applications.

Conclusion

MIKROE-2731 is a versatile expansion board belonging to the Expansion Boards, Daughter Cards family. It consists of components such as LED, UART, I2C, and SPI. It is suitable for developing and testing connected device applications, providing voice control to consumer electronics, developing automotive applications, creating home automation systems, and developing energy-efficiency applications. The board is programmed using IAR, AVR Studio, and firmware development tool.

In conclusion, MIKROE-2731 board is a versatile evaluation board with multiple applications and features, making it an ideal platform for developing and testing IoT projects.

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