MICRO-313: Actuators and Electromagnetic systems I

Lectures in this course (54)

Presents an example of calculating a force of attraction with varying parameters and conditions.

Covers the concept of force between magnets and coils, exploring examples of attraction forces.

Illustrates the methodology of calculating force in an electromechanical actuator with a fixed magnet and a movable coil.

Explores the mutual force between a magnetic field source and a current source.

Showcases the effects of interference fringes on magnetic forces between two magnets.

Explains the Maxwell tensor's components, properties, role in electromagnetism, and application in physics.

Covers the simplified form of the Maxwell tensor and its mathematical expressions.

Explores the application of the Maxwell tensor in force of attraction examples.

Covers various methods for calculating forces in electromechanical systems, emphasizing the importance of understanding the magnetic field.

Demonstrates the jumping ring experiment and magnetic levitation using aluminum rings and coils.

Covers the calculation of forces in a jumping ring exercise.

Demonstrates the effects of motion on an electromagnet and induced tension.

Covers the theory of dynamic systems, including equations of motion and single coil system examples.

Explores the classification of electrodynamic systems, discussing benefits, disadvantages, and system structures.

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