This induction coil is designed to generate high-voltage electrical pulses by increasing the voltage from a low-voltage supply.
It is based on the traditional induction coil principle and is suitable for demonstrating high-voltage induction and electrical spark generation.
The apparatus consists of a central cylindrical soft iron core with two insulated coils wound around it: an inner primary coil with relatively few turns of thicker copper wire and an outer secondary coil with a larger number of thinner copper wire turns.
The complete assembly is mounted on a rigid wooden base for stable operation.
An adjustable interrupter is incorporated into the apparatus to repeatedly make and break the primary current.
The coils are made using enameled copper wire with insulating material provided throughout for reliable operation.
A pair of pointer electrodes is supplied with the instrument for creating and adjusting the spark gap. The electrodes are fitted with insulated handles for convenient handling.
The apparatus demonstrates how changes in the magnetic field produced by the primary coil induce a high voltage in the secondary coil.
The design provides a practical way for students to understand the operating principle and historical development of induction coils.
Manufactured by Atico Export to meet the practical demands of modern laboratory environments.
