Accelerate the development of automotive motor control systems: NXP MBDT efficient solution, welcome to watch!

At the MATLAB Expo held recently, NXP demonstrated the powerful Model-Based Design Toolbox (MBDT), which can be seamlessly integrated with MATLAB and Simulink, providing an automated way for application development on NXP S32 microcontrollers and accelerating the development of automotive motor control systems!

With a wide range of automotive math and motor control function libraries and peripheral driver blocks, MBDT provides multiple simulation modes and code generation functions for NXP processors. By developing motor control applications through MBDT, you can get better motor control performance and save more development time. Through the built-in low-level configuration tool, combined with the MBDT-based framework model, MBDT provides a "true" MBD development process and experience.

NXP provides MBDT examples based on the S32K344 motor development kit, including an integrated Simulink ^®️ embedded target that supports direct rapid prototyping with NXP MCUs. Its built-in support for software and processor-in-the-loop (SIL and PIL) development workflows, system and peripheral device interface modules and drivers, and math and motor control library sets (AMMCLib) can help to efficiently execute on the target automotive MCU.

NXP MBDT helps automatically generate all the required code (including initialization routines and device drivers) to start the MCU and run complex applications such as motor control algorithms, sensor-based communication protocols, and supports building multiple compilers. NXP MBDT supports a wide range of application development, enabling control engineers and embedded developers to significantly shorten project development cycles.