Address the challenges of minimizing size and maximizing performance in your BLDC motor application

In our close and consistent interactions with industry customers and partners around the world, a very clear picture emerges of the design and engineering challenges behind compact motor control systems for battery-supplied power tools, portable vacuum cleaners, lawn mowers, and industrial automation. Designers and engineers are looking for integrated solutions that enable efficient, low-noise operation and reliable performance in highly constrained spaces.

In this webinar, we will explore the major design opportunities opened by the extremely integrated low-voltage STSPIN32G0 series, which combines an STM32G0 microcontroller, an integrated 45 V three-phase half-bridge gate driver, and comprehensive power management in a single package. This solution enables application compactness, flexibility, and scalability over wide power ranges, allowing designers to reduce overall BOM, while implementing various sensing and feedback options and leveraging higher memory capacity for control algorithms relating to position, speed, torque, or constant power.

Learn how STMicroelectronics simplifies the control of three-phase permanent magnet motors using either a basic six-step control scheme or a more complex field-oriented control (FOC) algorithm. During the webinar, we will introduce the features and performance of the STSPIN32G0 low-voltage family, showcase fully featured configurable evaluation boards including an inverter bridge, onboard power supply, and programming interface, and provide examples of configuration and setup using the STM32 ecosystem, including performance optimization.

Join us to discover how the STSPIN32G0 series and development ecosystem can help you achieve your design goals.

Agenda

• Introduction of features and performance of STSPIN32G0 low-voltage family
  
• Showcase of fully featured configurable evaluation boards including an inverter bridge, onboard power supply, and programming interface
• Example of configuration and setup using the STM32 ecosystem, including performance optimization
• Information on follow-up ST resources for further development