STMicroelectronics

AEK-MOT-3P99081 Brushless Motor Evaluation Board Based on SPC560P and L9908

STMicroelectronics' specific CAN-controlled brushless motor evaluation board is based on SPC560P and L9908

Image of STMicroelectronics AEK-MOT-3P99081 Brushless Motor Evaluation BoardSTMicroelectronics' AEK-MOT-3P99081 evaluation board is based on the SPC560P Pictus 32-bit MCU and the L9908 gate driver allowing the control of six N-channel FETs for brushless motors in automotive applications.

Features
  • Works with 12 V, 24 V, and 48 V battery bus
  • Gate driver configurable through dedicated SPI bus
  • Independent encoder inputs and Hall sensors
  • CAN bus interface for remote control
Benefits
  • Fast and flexible application development
  • Part of AutoDevKit ecosystem
  • Customizable for similar Hall sensored three-phase motors compatible with 12 V, 24 V, and 48 V buses
Published: 2021-10-25

Related Product Highlight

AEK-POW-SPSB081 Automotive Power Management IC STMicroelectronics' AEK-POW-SPSB081 is a power management IC evaluation board with enhanced power management functionalities.
AEK-MOT-MR200G1 Vehicle Mirror Controller Board STMicroelectronics' AEK-MOT-MR200G1 is designed as a mini zone controller for side mirror applications.
AEK-COM-ISOSPI1 SPI to Isolated SPI Dongle STMicroelectronics' AEK-COM-ISOSPI1 is an SPI to isolated SPI dongle, which allows converting SPI signals into isolated SPI signals.

Related Articles and Blogs

Selecting Crystals for SPC5 and STM8 Automotive MCUs A selection tool helps match clock crystals to SPC5 and STM8 MCUs in the challenging automotive environment to assure timing precision and stability.
How to Quickly Implement Accurate and Reliable Positioning Using Multi-Constellation GNSS Modules Use multi-constellation GNSS receivers in position-based applications to provide better availability of PNT signals to increase accuracy and reliability.
Autonomous Vehicles Will Depend on Advanced MCUs for Safer Roads and Lower Congestion Automotive safety-critical applications implement dual processors operating in lockstep, protecting the system from a single fault causing system-wide failure.