Designing an eTPU Dual Motor Control Solution | NXP Semiconductors

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Designing an eTPU Dual Motor Control Solution

Designing an eTPU Dual Motor Control Solution

About This Training

Learn how to design a low-cost, functionally safe and high-performance dual motor control solution using the enhanced time processing unit eTPU complex timers on the MPC5777C-DEVB development board, based on the 32-bit Power Architecture^® MPC5777C ultra-reliable microcontroller together with the FS65 system basis chip (SBC) and the TJA1100 and TJA1145T/FD Ethernet and CAN FD PHY transceivers.

Growing demand for vehicle electrification has been heightened by carbon emissions concerns, regulatory compliance and energy costs. Increasing environmental awareness among consumers has also helped to bolster the market and create new opportunities for carmakers. At NXP, we are leveraging our broad portfolio and application leadership in automotive power control to help accelerate electronic vehicles (EV) system development, offering system solutions that deliver the optimal performance, robust functional safety and power management required for the next-generation of EV and electric/hybrid vehicles (HEV).

What You Will Learn

Explore an overview of the MPC5777C, eTPU and RDC
eTPU and RDC overview
Learn about eTPU for motor control and dual motor control
eTPU for Dual Motor Control
Review functional safety considerations

Presented by

Brad Loane
Automotive MCU Product Manager, NXP Semiconductors
Andrew Ruf

Software Engineer, Vertiv

DURATION

49 min

LANGUAGE

English

SKILL LEVEL

Intermediate

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