STMicroelectronics

STMicroelectronics

The AEK-POW-BMSCC is a compact battery management system module based on the L9963E, optimized for easy mounting in battery packs. It can be used in a centralized daisy-chain as an intermediate node, where the first node is an AEK-POW-BMSCCTX. As an intermediate node, the AEK-POW-BMSCC can be part of a chain of up to 31 BMS nodes.

Each module monitors between 4 and 14 cells and can serve as an intermediate node in a daisy chain of up to 31 BMS nodes. The board provides voltage, current, and temperature sensing for each cell, enabling precise State-of-Charge estimation and cell balancing across the pack. Part of ST’s AutoDevKit ecosystem, the AEK-POW-BMSCC allows engineers to quickly prototype scalable, high-voltage battery management solutions with support for functional safety and real-time monitoring.

STMicroelectronics

The STM32MP215F-DK Discovery Kit is a development platform for the STM32MP215 series. It features the STM32MP215DAN3 MPU, ST STPMIC2L power management, and 2GB of LPDDR4 DRAM, along with Gigabit Ethernet, USB-C, microSD, an LCD-TFT display connector, and a dual-lane MIPI CSI-2 camera connector. The board ships with the ST OpenSTLinux distribution on the A35 cores and STM32CubeMP2 firmware examples on the M33, enabling rapid prototyping and evaluation of industrial and vision-based applications.

STMicroelectronics

STEVAL-3603BC1 evaluation board provides a ready-made 5 V/3 A buck converter solution using the DCP3603 and minimal external parts. It helps engineers quickly evaluate the converter’s performance and jump-start their designs. The board highlights the high efficiency and small footprint achievable with the DCP3603 in applications such as appliances, smart meters, and 24V industrial systems. Using this board, developers can validate the DCP3603’s operation under real-world conditions and accelerate prototyping of their power supply designs.

STMicroelectronics

The EVLSPIN32G0A1 evaluation board from STMicroelectronics provides a hardware platform for assessing the STSPIN32G0A1 integrated motor-control system in three-phase brushless dc (BLDC) motor applications. 

The board operates from a supply range of 7V to 45V, and includes a power stage built from six STD140N6F7 MOSFETs which conduct up to 15Arms of continuous current. A three-shunt sensing topology is implemented to support high-performance field-oriented control and 6-step drive algorithms.

The board integrates voltage monitoring, PCB temperature sensing, an over-current comparator and under-voltage checks on driver supplies, enabling evaluation of the protection functions without external hardware. Digital Hall sensor and encoder inputs are provided for rotor position feedback, and bus voltage measurement is available for control loop implementation. 

The onboard regulators supply 3.3V and 12V rails for the integrated microcontroller and gate driver.

An embedded ST-LINK/V2-1 interface allows programming, debugging and UART communication through a Virtual COM port. User inputs include buttons and a potentiometer for speed and parameter adjustment during motor testing. When used with the STM32 Motor Control SDK, the board supports development and verification of control firmware for power tools, small appliances, fans, robotics and other low- to mid-power BLDC motor drives.

STMicroelectronics

The X-NUCLEO-IKS5A1 integrates five sensors covering distinct measurement domains, bringing them into a single timing domain to simplify multi-sensor alignment and to support applications that require coherent motion, vibration, and environmental data. The solution includes:

  • ISM6GH256X intelligent IMU for simultaneous measurement of low-g and high-g acceleration 
  • ISM330IS six-axis IMU with always-on accelerometer and gyroscope 
  • IIS2DULPX ultra-low-power accelerometer
  • ILPS22QS barometer with 1260hPa and 4060hPa ranges
  • IIS2MDC three-axis magnetometer 

The platform makes these industrial sensors accessible to developers using an STM32 microcontroller through its Nucleo-compatible interface and the ST software ecosystem. Onboard features such as sensor hub support, finite state machines, and machine learning cores allow initial data processing directly at the sensor, reducing the computation workload on the host processor. The ST MEMS-Studio and X-CUBE-MEMS1 software support configuration, acquisition control, and parameter visualization for simplified development and analysis.

Detachable add-on modules provide additional connectors, and support distributed sensing layouts for either the STEVAL-MKGI07A microcontroller board or the main X-NUCLEO-IND5A1 board.

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