How high voltage caw we get from resonence

Very basic example

Thank you for sharing...👍

That's going to depend on two things mostly: How close can you actually dial your tank into it's source and vice versa because having to use Hz rather than rads/s all but precludes circuits where L, C and f will all be rational. Also, your choice of time base and resonant frequency also somehow bleeds away virtual energy at a varying, but always nonzero rate. You can see it most clearly in a undriven tank left to ring down. I can't give you a rigorous explanation for that one exactly, but as I understand it it has to do with the sampling rate, how patient you are and how good of a simulation is good enough. I'm sure hurz could throw down some deep explains. It's actually worth noting that even superconducting magnets which are often touted as being perfect zero resistance loops where current can persist indefinitely actually only go for at most months at a time. Nothing's ever perfect.

I tried something very similar last summer now that I think of it. Kinda makes me lol and facepalm a bit now. A dose of cold water cos reality never hurt no one. http://everycircuit.com/circuit/5832743199178752

@motortheshrek, "No step up transformers" this is a transformer you are using! So you mean what is maximum voltage we can reach with such kind of circuit you demonstrated? @lenzrulz, you do baby kissing before this thread does start? LOL.

@jpoulin0901, your right its related to some nasty sampling effects which are hard to understand, going the way with LC like you did last summer there is some good understandable math and physics behind, unfortunately toxic comments from charlatans have to sorted out. Read this first as principle whats possible and not with LC as voltage stepup, hope this helps http://everycircuit.com/circuit/6564261003001856

@hurtz what I meant was only 1:1 transformers

ok, sure it can be higher then 1V. What is your first guess, after reading the links with LC i provided? Think about, you can make a transformer to a single inductor. All i said in the links is somehow valid for a 1:1 transformer. Im "in" with more then 100V, you have more?

100V scares you already?