Electrification: Functional Safety Concept and Collaterals for EV Traction Inverter | NXP Semiconductors

For best experience this site requires Javascript to be enabled. To enable on your browser, follow our accessibility instructions.

Design Center
Training
Electrification: Functional Safety Concept and Collaterals for EV Traction Inverter

Electrification: Functional Safety Concept and Collaterals for EV Traction Inverter

About This Training

In this video, you will learn about the Functional Safety collaterals developed by NXP on the EV traction inverter. Starting from Functional Safety concept and going down to hardware and software levels, Jérôme Dietsch will explain you how the Functional Safety work-package contents developed by NXP will reduce your development effort, limit your project risk and allow you to develop faster time to market EV traction inverter with NXP hardware and software solutions.

Presentation

Electrification: Functional Safety Concept and Collaterals for EV Traction Inverter

What You Will Learn

NXP process from Functional Safety concept to hardware/software safety requirements and architecture
Model-based design development for safety mechanisms and safety manager
Description of Functional Safety collaterals for EV traction inverter

Presented by

Jerome Dietsch
System Architect, NXP Semiconductors

DURATION

18 min

LANGUAGE

English

SKILL LEVEL

Beginner

0Views1Likes

We are looking for ways to improve.

Take the survey.

Additional Resources

S32K Automotive

Have a question? Ask the community.

Ask our S32K community and get expert advice.

Stay In the Loop

Subscribe to our newsletter to stay updated with our latest developments and if you need further assistance, we are here to help.

Subscribe Contact Support