![The first TRANSFORMER: The iron ring is wound with two separate coils of wire, A and B. Both coils are wired in sections. Current through A from a battery induces a current The first TRANSFORMER: The iron ring is wound with two separate coils of wire, A and B. Both coils are wired in sections. Current through A from a battery induces a current](https://c8.alamy.com/comp/F7P801/the-first-transformer-the-iron-ring-is-wound-with-two-separate-coils-F7P801.jpg)
The first TRANSFORMER: The iron ring is wound with two separate coils of wire, A and B. Both coils are wired in sections. Current through A from a battery induces a current
![The vast array of electrical devices we take for granted today can be traced back to the discoveries of British scientist Michael Faraday who, during his long career, made the first motor, The vast array of electrical devices we take for granted today can be traced back to the discoveries of British scientist Michael Faraday who, during his long career, made the first motor,](https://www.thesun.co.uk/wp-content/uploads/2016/10/giant-leaps_p050-2-_914510a.jpg)
The vast array of electrical devices we take for granted today can be traced back to the discoveries of British scientist Michael Faraday who, during his long career, made the first motor,
![Engraving depicting the first transformer. The iron ring is wound with two separate coils of wire, A and B. Both coils are wired in sections. Current through A from a battery induces Engraving depicting the first transformer. The iron ring is wound with two separate coils of wire, A and B. Both coils are wired in sections. Current through A from a battery induces](https://c8.alamy.com/comp/MR6XW8/engraving-depicting-the-first-transformer-the-iron-ring-is-wound-with-two-separate-coils-of-wire-a-and-b-both-coils-are-wired-in-sections-current-through-a-from-a-battery-induces-a-current-in-b-engraving-after-a-sketch-in-michael-faradays-notebook-dated-19th-century-MR6XW8.jpg)
Engraving depicting the first transformer. The iron ring is wound with two separate coils of wire, A and B. Both coils are wired in sections. Current through A from a battery induces
![Why Faraday's research is revolutionary to start the era of Electrical Engineering? | RailElectrica : RailElectrica Why Faraday's research is revolutionary to start the era of Electrical Engineering? | RailElectrica : RailElectrica](https://www.railelectrica.com/wp-content/uploads/2020/01/Untitled-design.jpg)