MIKROE-1891

Series:	--
Part Status:	Active
Platform:	mikroBUS™ Click™
Type:	Clock Timing
Function:	Real Time Clock (RTC)
Utilized IC / Part:	DS2417
Contents:	Board(s)

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MIKROE-1891 is an expansion board for the evaluation board. The board expands the features of the evaluation board by providing additional and advanced options such as analog-to-digital converters, digital-to-analog converters, and an LCD display. The function of MIKROE-1891 is to provide the user with an easy-to-use and efficient way of evaluating and debugging applications. MIKROE-1891 can be used as an extension board for Raspberry Pi or Arduino boards. It allows users to connect and monitor additional hardware peripherals such as LCD displays, buttons, LEDs, and other external components. Additionally, it allows users to use the MCU’s built-in peripherals to detect and measure various environmental parameters such as temperatures, humidity levels, and air pressure. This allows users to gain an understanding of the environment they are working in, and to better plan and control their projects. The MIKROE-1891 is powered by a 5V DC power supply. It is equipped with two data communication ports, and one communication port for controlling the board. It also provides an eight-channel analog-to-digital converter, allowing users to measure analog readings and transfer them to digital data. Moreover, it is equipped with a 12-channel digital-to-analog converter, which lets the user set up and monitor the analog output and input signals on the board. The MIKROE-1891 board also has an LCD display which can be used to display the readings collected from the analog-to-digital converter port, the digital-to-analog converter port, and the communication ports. The board also comes with a RTC (real-time clock) module, which allows users to set and access a real-time clock within the system. Finally, the board comes with 12 APIs (application programming interfaces) which provide an easy-to-use interface for users to communicate with external hardware. The working principle of MIKROE-1891 is based on the concept of connecting multiple hardware components such as sensors, servo motors, actuators, and external drives. All the hardware components are connected to the MIKROE-1891 board, and the board controls and monitors the data received from these components. The data is then processed by the microcontroller on the board and is transferred to the user via the communication ports. The MIKROE-1891 board is designed to provide users with an efficient and easy-to-use method of performing peripheral management tasks such as specifying and monitoring motors, servos, actuators, and other external components. Additionally, it can be used to create input/output port connections and to measure analog inputs, analog outputs, and real-time clock functions. The board also allows users to manage, monitor, and debug applications. Furthermore, it is an ideal platform for developing, testing, and optimizing applications for embedded systems and general purpose microcontrollers. In conclusion, the MIKROE-1891 is an ideal board for users who are looking for an efficient and easy-to-use hardware platform to interface with external hardware components, measure analog readings, manage real-time clock functions, and debug applications. It expands the features of the evaluation board and provides users with an advanced set of peripheral options. With its numerous benefits and features, the MIKROE-1891 is an ideal expansion board for any application development.

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