Steel is used in the production of electrical transformers to provide structural support and magnetic properties necessary for efficient power transmission. It forms the core of the transformer, allowing the magnetic field to be created and transferred to the secondary winding, enabling the transformation of electrical energy.
Steel is used in the production of electrical transformers primarily for its magnetic properties. It is used to create the core of the transformer, which helps in the efficient transfer of electrical energy by reducing energy losses through magnetic induction.
Steel is used in the production of electrical transformers as the core material due to its magnetic properties. The laminated steel core provides a low reluctance path for the magnetic field, allowing efficient transfer of electrical energy and reducing losses.
