The Energy that flows through a Tesla Coil and the ground.

Added: 2026-05-21

[00:00:05]It is already known that a Tesla coil creates longitudinal or dielectric electromagnetic waves.

[00:00:14]Knowing of course that these electromagnetic waves are always transverse in the nature.

[00:00:21]In this slayer exciter or catcher, which is always a self-oscillating resonant transformer, the reason that in the coil creates a current in not conducting conducting in other coils, I mean the primary and the secondary coil is because the principle of the Lenz's law, which exists here.

[00:00:45]The secondary coil is drawing power from the primary while the voltage is changing and the current is always dropping from zero to a But this is not the point. I want to demonstrate you something else.

[00:01:00]First of all, I would like to show you the circuit diagram of my Tesla coil I'm going to use in this experiment.

[00:01:08]I'm using an IRF530 common MOSFET and some other components.

[00:01:14]It's nothing special.

[00:01:16]But it is good enough to show you what I mean.

[00:01:21]Now I'm turning on the device.

[00:01:31]High voltage at the output.

[00:01:36]This is the output.

[00:01:38]1 MHz.

[00:01:44]But the most important thing is the ground.

[00:01:49]This is the ground.

[00:01:52]This is an inductor of 350 micro Henry and the LED LED lamp.

[00:02:00]And as you see it's glowing.

[00:02:03]That means that it flows current inside the cable here.

[00:02:08]And this is what I'm trying to demonstrate you now.

[00:02:14]I interfere now a light bulb, a light filament bulb between the end of the secondary coil L2 and the ground.

[00:02:25]Right there.

[00:02:27]And see what is going to be happened.

[00:02:29]I'm turning on the You see?

[00:02:35]The lamp lights up.

[00:02:37]And if for any reason, if I disturb the resonance with my hand, let's say with my hand, the bulb lights up better.

[00:02:56]Mhm.

[00:02:57]That means that we have electron moves between the ground.

[00:03:04]In this case, the LED lamp is not is no more in use.

[00:03:17]This is the setup I showed you before.

[00:03:20]At the ground of the Tesla coil is connecting this bulb of 10 W from a microwave transformer directly to the ground.

[00:03:32]Also, the ground goes through the lamp.

[00:03:34]And down I changed the the setup.

[00:03:43]Instead of the lamp direct Instead of the lamp directly, I connected the variable coil of 14 taps altogether 140 turn.

[00:03:56]and then the ground and the bulb I'm going to connect it not not between at the very end of the coil.

[00:04:05]Also from the Tesla coil and the ground.

[00:04:09]This is the coil.

[00:04:11]The tabs I showed you before.

[00:04:14]I connected the power supply.

[00:04:18]As you see we have the current at the the ground.

[00:04:25]Okay. The bulb.

[00:04:38]Mhm.

[00:04:39]See.

[00:04:41]The same result.

[00:04:43]At the very end of the coil. Now if I choose another tab right here for example it is less.

[00:04:58]Lights up no more just a little bit.

[00:05:06]So that means that using this coil I can variable the index of the coil and I can use it as a variable transformer.

[00:05:16]with a high voltage See it again.

[00:05:19]Right here. in the middle it on the end just a little bit Yeah.

[00:05:40]And of course when the bulb lights up the the LED is signal so as it was before.

[00:05:52]Just a little bit.

[00:06:03]Knowing that the energy flows through the ground from the Tesla coil, I changed the setup to this.

[00:06:12]First of all, I changed the coil.

[00:06:15]And instead of the coil, I have a rectifier consisting of four diodes, four fast diode UF 5408.

[00:06:28]And the condenser of six microfarad at 450 V.

[00:06:36]Right here.

[00:06:40]Capacitor, the diodes, and power it on.

[00:06:51]Wait.

[00:06:57]What I'm doing now is that the capacitor is being charged very, very rapidly from the Tesla coil and the ground.

[00:07:10]Tesla coil at the very end, the L2, and the ground.

[00:07:18]And right here is the energy.

[00:07:29]Thanks for watching.