Quick Answer: The Induced Current Apparatus demonstrates electromagnetic induction and Faraday’s law through the interaction of a primary and a secondary coil. The coils are insulated copper windings on polymer bobbins, with a soft iron cylindrical core to link the magnetic flux.
Last updated: October 2026
Key Features
Primary and secondary coils of insulated copper wire on reinforced polymer bobbins
Soft iron cylindrical core for flux linkage between the coils
Different numbers of turns on the two coils, giving measurable induction at low voltages
Terminal connections on the coils
Technical Specifications
Specification
Value
Coils
Primary and secondary, insulated copper on polymer bobbins
Core
Soft iron, cylindrical
Turns
Different turns ratio between primary and secondary
About This Product
Students change the current in the primary coil and detect the current induced in the secondary, building up to Faraday’s law of induction. It suits introductory work on electromagnetic induction in physics and electrical engineering courses. Educational Instrument can arrange export supply of the Induced Current Apparatus to Lithuania, Kuwait, Jordan, Mauritania, North Macedonia and Tajikistan.