In fact, the frequency is so high that the human ear can’t hear it unfortunate news for fans of the Tesla coil’s characteristic buzz. In the video, does a great job explaining and illustrating how this basic circuit creates exceptionally high frequency energy. For this build, power is provided by a trio of rechargeable 9 V batteries in the base of the unit which can be easily swapped out as needed. Building a bare-bones Slayer Exciter takes only takes five components: the two coils, a transistor, a diode, and a resistor. uses two transistors in parallel for reliabilityWhen we say simple, we mean it. It might not be able to throw sparks as far as some of the other creations featured on his YouTube channel, but it’s still impressive for something so simple. After putting on a few of his own unique touches, the end result looks very promising. Now is obviously no stranger to building his own Tesla coils, but since so many of his fans wanted to see his take on this less complex option, he recently built his own Slayer Exciter. This device can be thought of as the little cousin to the Tesla coil, and can be used for many of the same high voltage experiments while being far easier to assemble. Luckily, there’s hope for anyone looking for a less complex way to shoot some sparks: the Slayer Exciter. Between the spark gap, capacitors, and finely tuned coils, it’s not exactly a beginners project. Tesla coils are incredible pieces of hardware, but they can be tricky to build.

Slayer exciter with mosfet without ic