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Real-time simulation of an electrical motor on FPGA

OP303

Real-time simulation of an electrical motor on FPGA

For HIL-testing of Electronic Control Units (ECUs), the real-time simulation of an electrical motor should be as close to reality as possible. Reaching a reliable implementation of HIL for Electric Vehicles (EV) requires a specific methodology and specific know-how. The objective of this course is to provide the notions required to succeed in your electrical motor HIL implementation.

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Real-time simulation of an electrical motor on FPGA

Duration

Online: 4 hours, In-person: 1 day | 2 extra days are needed if implementation with a real ECU is required

Type

Product training 

Prerequisites

OP205: eHS - Power Electronics Real-Time Simulation

Goals

Build your expertise

Our training programs are designed to help you develop essential skills and knowledge through a combination of hands-on activities and theoretical learning. Explore the specific goals of this training and gain insight into what you’ll achieve.

Discover characteristics

Learn FPGA electrical motor characteristics

Configure and calibrate

Successfully configure and calibrate I/Os

Implement and test 

Perform step-by-step implementation involving closed-loop control testing

Formats

Choose between our available formats

On-Site training

Head-office training

Online remote training

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Gain the knowledge you need to make the most of your OPAL-RT products and achieve optimal results.

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