The secondary coil also forms an oscillatorycircuit. A spark gap is included in it - a nonlinear element. Together with the capacitor, the primary element forms an oscillatory circuit. Due to this, mutual induction between the coils significantly decreases. Here, unlike a conventional transformer, there is no ferromagnetic core. Primary coil can have a flat (horizontal), conical or cylindrical (vertical) shape. Primary contains, as a rule, a largediameter or a copper tube with several turns. Transformer Tesla also contains an 'output' - terminal. The last - the chopper - occurs in the English version of Spark Gap. Also, the Tesla resonant transformer consists of a toroid (not always used), a capacitor, an arrester. DescriptionĪ simple Tesla transformer includes twocoils. If they are consistent (pushing in strictly necessary periods of time), a master oscillator or primary circuit is provided (in accordance with the device). The generator plays the role of the applied effort. As a swing in the apparatus, an oscillatory secondary circuit is used.

This is the essence of Tesla's transformer. When rocking in free mode, the maximum amplitude with the same effort will increase manyfold. When they are swinging under conditions of forced oscillations, the amplitude, which will be the maximum, will become proportional to the applied force. The essence of the device can be explained by the exampleall known swings. Transformer Tesla: the principle of operation Let us further consider this apparatus in more detail. The device was invented by Nikola Tesla and named by his name. The device was presented as a device producing electric currents of high potential and frequency. Transformer Tesla (operating principle of the apparatusconsider further) was patented in 1896, on September 22.

Transformator tesla na ne555