Motor Control

In this video, Microchip expert Pramit Nandy explains which BLDC motor control algorithm is the most effective and why one is better than another.
In this video, Microchip expert Pramit Nandy explains the function of encoders and why they are needed in motor control applications.

In this video, Microchip expert Pramit Nandy explains how the different components of BLDC motor speed control work in a field-oriented control (FOC) algorithm.

In this video, Microchip expert Pramit Nandy explains the complexities associated with programming stepper motor controllers and brushless DC motor controllers, and which factors contribute most to the complexity.

In this video, Microchip expert Pramit Nandy explains the advantages of digital control of electric motors compared to traditional analog control.

In this video, Microchip expert Pramit Nandy explains how vehicle electrification is increasing the number of motors in modern cars and the role of motor controllers in electric vehicles (EVs).

• Chapter 1：Which BLDC control algorithm is most efficient? (2 minutes and 50 seconds)

• Chapter 2：What are the functions of motor encoders? (3 minutes and 7 seconds)

• Chapter 3：How do the different components of the BLDC speed control algorithm work in FOC? (5 minutes and 17 seconds)

• Chapter 4：How complex is it to program a motor controller or motor driver? (5 minutes and 29 seconds)

• Chapter 5：What are the advantages of digital control of motors? (4 minutes and 9 seconds)

• Chapter 6：What is the role of the motor controller in electric vehicles (3 minutes and 59 seconds)