MIKROE-2972

The Mikroe-2972 is an innovative “evaluation board” designed to give developers and engineers a comprehensive tool for testing and developing various sensing and transmitting devices. In this article, we explore the application fields and working principles of the Mikroe-2972.The Mikroe-2972 is an industrial-grade evaluation board with ultra-low power consumption and reliable data reporting. It features a small user-friendly 1.2” x 2.1” package size so that users can quickly integrate it into a small application environment. The board also features 8 digital inputs and 8 digital outputs for advanced reporting capabilities.The Mikroe-2972 is designed for applications such as automated inspection, monitoring and controlling, medical assays, robotics, and factory automation. It can be used to measure ambient temperature, pressure, humidity, vibration, and more. In addition, the board’s small size and I/O flexibility allows it to be used to track moving objects, such as robots, and detect the position of a moving object.The Mikroe-2972 is also well suited for use in low-power products. The board can support multiple sensors and communicates with external devices using the SPI/I2C protocol. It has an onboard ADC, so users can read analog signals from their system, or detect changes in input signals. Additionally, the Mikroe-2972 can power low-power products like wireless sensors and sensor networks, saving time and money during the development process.In terms of the working principle, the Mikroe-2972 uses an embedded microcontroller to collect and store data from the connected sensors. The collected data is then compared to a predefined threshold value to detect any changes in the environment. This data is then sent to external devices using theSPI/I2C protocol. The board can also be used to measure, analyze, and store data to make better design decisions and improve application performance.The Mikroe-2972 evaluation board is an innovative solution for engineers and developers who are looking for an easy and comprehensive way to test and develop various sensing and transmitting applications. With its wide range of applications, ultra-low power consumption, reliable data reporting, and compact size, the board is the ideal choice for small and large systems alike.