Tesla coil circuit. Explore the Tesla coil schematic diagram and learn how this revolutionary device works, producing high-voltage electricity and fascinating lighting effects. The same can be said about how a Tesla coil works. You can think of it as pushing someone on a swing set. However, the basic mechanism and workings of a SSTC are not too complicated. But how does it actually work? What are the components and what is the purpose? Here, we’ll explain the basics of the Tesla coil circuit diagram, so you can better understand this important The system described in this post is a continuous wave solid state Tesla coil (CW SSTC). It’s also a great exhibit for electrical theory. Probably you may know this device from computer games. A typical circuit diagram includes a transformer, an inductor, a capacitor, a spark gap, a ground wire, and a primary and secondary coil. - power supply, 9-21V, also it’s gonna work from batteries with same voltage - little heatsink - Transistor 13009 or 13007, or almost any NPN transistors with similar parameters - variable 50kohm resistor - 180Ohm resistor - cooper winding wire 0. [2][3] Tesla experimented with a number of different configurations consisting of two, or sometimes three, coupled resonant electric circuits. wn4x d5ko xsa7 z6vyg wzj2 x10c ddkvx 0lkxa ahr x7iaj