NXP Semiconductors Sensor ToolBox Development Board for FXLS8974CF

NXP Semiconductors Sensor ToolBox Development Board for FXLS8974CF (FRDM-K22F-A8974) is a demonstration and development platform for the FXLS8974CF Low-Power 12-Bit Digital IoT Accelerometer. The FXLS8974CF is optimized for industrial and medical IoT applications that require ultra-low-power wake-up on motion. The FXLS8974CF supports both high-performance and low-power operating modes, allowing maximum flexibility to meet the resolution and power needs for various unique use cases.

The NXP Semiconductors Sensor ToolBox Development Board for FXLS8974CF is fully Arduino I/O header compatible, enabling it to be used with Arduino and other Microcontroller Boards. It is specifically designed for use with the FRDM-K22F MCU Board, based on the Kinetis® K22 Arm® Cortex®-M4 MCU. The FRDM-K22F MCU Board powers the FRDM-K22F-A8974 Board via the Arduino headers.

The Sensor ToolBox Development Board and FRDM-K22F MCU Board help accelerate sensor evaluation using the FreeMASTER-Sensor-Tool software. This combination of hardware and software enables end-users to move through each product development phase quickly and increases ease of use.

Features

Sensor add-on/companion shield board based on the FXLS8974CF Accelerometer
Combines with the FRDM-K22F MCU Board to enable quick customer evaluation and development using sensor toolbox enablement software tools
Compatible with Arduino and most NXP Freedom Development Boards
Enables 'Out of the box' demos and evaluation using the FreeMASTER Sensor Tool
- Graph Visualization, register level analysis, real-time interrupt evaluation, and data logging

Enables embedded sensor project development using the IoT Sensing Software Development Kit (ISSDK)
- Example out-of-box projects for sensors with ultra-low power motion wake-up, interrupt, polling, and FIFO modes using I²C, SPI
Supports I²C and SPI communication interface with the host MCU
Supports hardware configurability to switch between accelerometer mode (normal motion detect) and I²C/SPI interface mode
Multiple test points enable easy access to pin signals