Faraday's law of electromagnetic induction is an important principle explaining how electrical energy can be generated through electromagnetic induction.
The experiment demonstrates that when a magnet is moved near a wire, a voltage is generated across the wire. This voltage is known as the induced EMF.
The apparatus provides a simple and effective method for studying Faraday's law.
It consists of a 100-turn coil with 4 mm socket connections, designed to slide along a 15 mm diameter acrylic tube.
The coil can be moved easily along the acrylic tube and locked securely in position when required.
A small cylindrical magnet supplied with the apparatus can be dropped through the tube, producing a pulse of electrical energy as it passes through the coil.
An oscilloscope can be connected to observe the resulting induced EMF and measure its amplitude.
By varying the speed of the magnet, different amplitude values can be observed, allowing students to investigate the relationship between the speed of the magnet and the output amplitude.
The apparatus is particularly suitable for use with PC-based oscilloscopes.
Manufactured by Atico Export to meet the practical demands of modern laboratory environments.
