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Design Center
Training
MCAT 2.0 Next-Generation Motor Control Tuning

MCAT 2.0 Next-Generation Motor Control Tuning

About This Training

This training introduces Motor Control Application Tuning (MCAT) 2.0—, NXP's enhanced motor control tuning solution for permanent magnet synchronous motor (PMSM) field-oriented control (FOC) applications. You will learn how to use automated motor parameter identification, embedded runtime auto-tuning and the FreeMASTER-integrated graphical interface to configure, tune and optimize current, speed, field-weakening and sensorless control loops.

Through a live demonstration on NXP S32M27x hardware with different motor types, you will see how MCAT 2.0 helps reduce motor commissioning time from days to minutes while simplifying deployment, improving tuning consistency and accelerating motor control development.

Presentation

What You Will Learn

Learn how to automatically identify PMSM motor parameters using MCAT 2.0
Discover how to tune current and speed control loops faster with embedded auto-tuning
Understand the MCAT 2.0 architecture and its integration with FreeMASTER
See how to optimize sensorless motor control applications in real time
Follow a live demonstration of commissioning different motors using the same workflow

Presented by

Marek Musak

Motor Control Application Engineer, NXP Semiconductors
Radek Sestak

Motor Control Application Engineer, NXP Semiconductors
Ivana Stancikova

Motor Control Application Engineer, NXP Semiconductors

MoreLess

DURATION

56 min

LANGUAGE

English

SKILL LEVEL

Beginner

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