Uploaded January 2024 | Updated September 2026, 2 weeks ago
When we look at plate capacitors then what happens on one side is copied to the other.
A long time ago I saw a video where charging was done from inside where it was possible to use 1KV to charge up to 3KV. That was with static electricity.
So I thought why not try and look if this is also the case when we use it in our systems;
As you can see, this is not the case, the outside has it's influence to the inside.
It's the beginning of the setup:
photos.app.goo.gl/GTTqA2J1cqXpAcVq8
What you see after the Leyden jar works, but have to look deeper into it.
If the influenced could be stopped then the Leyden jar like setup would also had been very handy for resonant tank circuits.
When we look at plate capacitors then what happens on one side is copied to the other.
A long time ago I saw a video where charging was done from inside where it was possible to use 1KV to charge up to 3KV. That was with static electricity.
So I thought why not try and look if this is also the case when we use it in our systems;
As you can see, this is not the case, the outside has it's influence to the inside.
It's the beginning of the setup:
photos.app.goo.gl/GTTqA2J1cqXpAcVq8
What you see after the Leyden jar works, but have to look deeper into it.
If the influenced could be stopped then the Leyden jar like setup would also had been very handy for resonant tank circuits.










