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Play video [e-Learning] Microcontroller: Vector Control Technology for Motor drive (3/4)
[e-Learning] Microcontroller: Vector Control Technology for Motor drive (3/4)
In chapter 3,the focus is on 2-phase to 3-phase projection converts in “vector conversion”.
4:59
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Play video [e-Learning]Microcontroller: Vector Control Technology for Motor drive (4/4)
[e-Learning]Microcontroller: Vector Control Technology for Motor drive (4/4)
Chapter 4 introduces speed control, current detection, and position detection, all indispensable for motor control.
4:09
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Play video [e-Learning]Microcontroller: Vector Control Technology for Motor drive (2/4)
[e-Learning]Microcontroller: Vector Control Technology for Motor drive (2/4)
Chapter 2 look at 3-phase to 2-phase projection converts, coordination transformation, and inverse transformation in “vector conversion”.
4:17
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Play video [e-Learning] Microcontroller: Vector Control Technology for Motor drive (1/4)
[e-Learning] Microcontroller: Vector Control Technology for Motor drive (1/4)
This video has four chapters that explain vector control based on a brushless DC motor, using formulas. In this chapter, you learn “what is vector control?”.
3:28
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Play video [e-Learning]Microcontroller: Inverter Motor Control Technology (1/2)
[e-Learning]Microcontroller: Inverter Motor Control Technology (1/2)
This video ranges over “what is an inverter?” to “how does an inverter work?”. Chapter 1 covers a sensorless square wave system based on the basics of a brushless DC motor control system.
4:31
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Play video [e-Learning] Microcontroller: Inverter Motor Control Technology (2/2)
[e-Learning] Microcontroller: Inverter Motor Control Technology (2/2)
Chapter 2 looks at how to control a sine wave drive with a sensor.
2:40