Magnetics - Transformer, Inductor Components Definitions

Magnetics - Transformer, Inductor Components serve critical roles in electronics and electrical systems. Their primary function is to control, filter, and transform electrical energy. Transformers and inductors use the principles of electromagnetic induction to perform various tasks in electronic circuits.
 
Transformers are typically used to change the voltage levels in an AC electrical circuit. By adjusting voltage levels, transformers can transmit electrical power efficiently over long distances. They are also instrumental in isolating different parts of a circuit to promote safety and functionality.
 
Inductors, on the other hand, are deployed to block or filter out high-frequency AC signals while allowing lower-frequency signals or DC to pass through in an electronic circuit. They find applications in various settings like radio and television equipment, where they are used to filter electrical noise and adjust signal levels.
 
In summary, both transformers and inductor components are fundamental in shaping, manipulating and directing the flow of electrical energy in circuits across various devices and systems.

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