From Model-Based Design to Embedded Code Generation and Deployment: Implement Sensorless FOC algorithm on Renesas Microcontrollers for PMSM motors

In this webinar, we’ll first provide an overview of the Renesas RH850/U2x architecture. We’ll then demonstrate how to use a Model-Based Design workflow and the Embedded Coder Support Package for Renesas microcontrollers to model, simulate, generate code, and deploy a sensorless field-oriented control (FOC) motor control algorithm on Renesas RA and RH850 microcontrollers.

What You Will Learn

This webinar walks through the end-to-end workflow for developing a sensorless FOC algorithm in Simulink and preparing it for deployment on Renesas microcontrollers.

• Configure MCAL peripherals using DaVinci Configurator for RH850 deployment workflows.

• Integrate the CDF into Simulink and generate embedded code for deployment.

• Deploy the application to Renesas RH850 hardware.

• Configure peripherals using RA Smart Configurator and deploy the application on Renesas RA hardware.

Support Package Benefits

• Simplifies peripheral configuration using dedicated Simulink library blocks provided with the HSP.

• Streamlines driver integration and model preparation for Renesas hardware.

• Enables automatic embedded code generation from Simulink models for Renesas hardware deployment.

• Supports deployment of motor control applications across general-purpose and automotive-grade Renesas MCU families.

Key Takeaways

• Understand the complete workflow for sensorless FOC motor control development on Renesas microcontrollers.

• Learn how Simulink and the Embedded Coder Support Package for Renesas microcontrollers help you move from algorithm design to deployment.

• See how MCAL configuration supports automotive-grade deployment workflows on Renesas RH850 MCUs.

• Explore how the support package reduces integration effort for peripheral drivers and generated code.

• Gain practical insights for deploying motor control applications on both Renesas RA and RH850 MCUs