MikroElektronika 3D Hall 5 Click Magnetic Field Sensor Evaluation Board MIKROE-3197

The MikroElektronika MIKROE-3197 3D Hall 5 Click Evaluation Board is a precision sensor development tool designed for accurate measurement of magnetic fields in three-dimensional space. Utilizing the IIS2MDCTR magnetic sensor IC from STMicroelectronics, the board provides reliable and detailed readings of magnetic field intensity across three perpendicular axes. Each axis has its dedicated Hall sensing element, which enhances accuracy and reliability for various industrial, laboratory, and embedded systems applications.

This evaluation board supports both I2C and SPI interfaces, allowing straightforward integration with microcontroller and microprocessor platforms. The integrated programmable interrupt engine enables users to configure interrupt triggers based on polarity, source, and type, facilitating responsive and efficient sensor event handling in real-time applications.

Compliant with RoHS standards, the 3D Hall 5 Click is ideal for use in sensor evaluation, prototyping, and STEM educational projects. Its precise magnetic field sensing capabilities make it suitable for positional calculations, navigation, and other applications requiring three-axis magnetic sensing.

Equipped with low power 3D magnetic sensor IIS2MDCTR from STMicroelectronics. Supports industry-standard I2C and SPI communication protocols. Features a programmable interrupt engine for customizable event handling. Accurate measurements across three perpendicular magnetic field axes.

Compliant with RoHS environmental directives. Compatible with embedded systems and development boards. Ideal for industrial, laboratory, manufacturing, and educational use cases.

Package includes the 3D Hall 5 Click Evaluation Board designed as a compact Click board™ form factor. For further product options and development tools, explore the MikroElektronika brand and the Sensor Development Tools category at EnvMart.