Basic Electrical Transformer - How its Works

What is the primary function of an electrical transformer?

• To change voltage levels of AC electricity.
• To increase the frequency of electrical signals.
• To store electrical energy for later use.

How does the video explain the function of the primary and secondary windings in a transformer?

• The primary winding stores electrical energy for later use.
• Both windings are used to convert AC to DC voltage.
• The primary winding generates a magnetic field that induces voltage in the secondary winding.

What is the difference between the primary coil and the secondary coil in a transformer?

• The primary coil is for input voltage, while the secondary coil is for output voltage.
• The primary coil is used for grounding, while the secondary coil is for insulation.
• The primary coil generates electricity, while the secondary coil stores it.

What is the role of the magnetic core in a transformer?

• The magnetic core isolates the primary and secondary coils from each other.
• The magnetic core acts as a heat sink to dissipate excess heat.
• The magnetic core channels and enhances the magnetic field for efficient energy transfer.

How does a step-up transformer differ from a step-down transformer?

• A step-up transformer converts AC to DC; a step-down transformer converts DC to AC.
• A step-up transformer increases voltage; a step-down transformer decreases voltage.
• A step-up transformer decreases voltage; a step-down transformer increases voltage