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Automotive Motor Control Season 2: rotor position detection (part 5.2)

Automotive Motor Control Season 2: rotor position detection (part 5.2)

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Key Takeaways of the training:

- Comparison of sensored vs sensorless FOC behavior: illustrated with Matlab Simulink simulation results (idle, with various torque loads);

- FOC sensorless with single shunt current measurement vs. ideal FOC

Watch another trainings from "Automotive Motor Control 2":

Part 1: Automotive Motor Control Season 2R: Rotating magnetic fields  (13 minutes)

Part 2.1: Automotive Motor Control Season 2: FOC theoretical principles  (13 minutes)

Part 2.2: Automotive Motor Control Season 2: FOC theoretical principles  (10 minutes)

Part 2.3: Automotive Motor Control Season 2: FOC theoretical principles  (8:30 minutes)

Part 3.1: Automotive Motor Control Season 2: FOC theoretical principles  (6:30 minutes)

Part 3.2: Automotive Motor Control Season 2: FOC theoretical principles  (11 minutes)

Part 4: Automotive Motor Control Season 2: Current measurement  (17 minutes)

Part 5.1: Automotive Motor Control Season 2: Rotor position detection  (10 minutes)

Part 5.2: Automotive Motor Control Season 2: Rotor position detection  (10 minutes)

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