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@@ferrocerium123 yes on one of my posts

I never measured the current but the power supply shuts off before reaching 240W

It was 9MHz

@@dumpmboy64 I'm waiting for my power supply to arrive so I can actually see the power draw of the circuit 😔

@@ethanslab7670 jeez it’s almost as fast as a 1.5kw current multiplier induction heater

@@ethanslab7670 The video isn’t sped up right? If so I think you’re are on track on a new generation of induction heater

@@YSPACElabs the power leads weren't connected properly and quickly disconnected

@@juanidilalla4483 you mean the input voltage?

@ethanslab7670 yes

@@juanidilalla4483 it seems like a bad idea to use such a high input voltage and I doubt it's possible for most silicon MOSFETs to handle

@@ethanslab7670 i have an Tesla coil with 2 transformes in series, 72v+50v for 125v aprox and i have 12cm of spark with single MOSFET Slayer ecxiter but i need BEST circuit for more power, i need the schematic for this please

@@ferrocerium123 just do a bit of research to find out, it's easier than asking me

@@ethanslab7670 oh i mean for this circuit

@@ferrocerium123 I always use the 555 timer based interrupter

@@ethanslab7670 how do you connect them? is it always going to be output of the power supply to input of the interrupter and the output of that goes into the input of the circuit? and can it be any 555 driver or does it need to be for tesla coils specifically?

@@ferrocerium123 I recommend you just learn the stuff yourself, no point in making a circuit if you don't learn anything from it.

@@ferrocerium123 not a normal ZVS driver, but it can be modified to

@@ethanslab7670 how? can you make a tutorial or something like that? is it just the capacitor? i think thats what changes the frequency

@@ferrocerium123 using a feedback capacitor and biasing the gates

a continuous output will always be like that, only with some sort of interrupter the output will be pointy

@@ethanslab7670 are you using an interrupter?

@@ethanslab7670 can you make an interrupter circuit then?

@@gsxroyce256 the carrier frequency is very high like 2MHz and it's too fast for human nerves to respond to. The pop sounds come from the output being pulsed on and off, the electricity heats up the air quickly like a mini explosion every single pulse.

@ not that I understand, but thanks for explaining. It’s very confusing to me. I usually can get an understanding of most things. I understand all physics very well. But I can’t wrap my head around this. I didn’t know you can have an electric pulse strong enough to see and still not feel the current. I didn’t know a difference in mhz could make it a different experience despite the visual effects

@@ferrocerium123 if the primary and secondary LC tank have the same resonant frequency then yes

@@ethanslab7670 ok

@@ethanslab7670 i am using a 100nf cap but it does not work well even with all your troubleshooting tips should i change the value ?

@@ferrocerium123 the value of that capacitor doesn't really matter since it's not a DRSSTC anyways, it just serves as a DC blocking capacitor here

@@ferrocerium123 it's possible but not recommended, they dont use secondary coil feedback so it's harder to tune and also those standard ZVS drivers won't be very efficient at the frequencies which Tesla coils work at. I really strongly discourage using those standard ZVS drivers for a Tesla coil unless you know how to make it work

@@ethanslab7670 oh well can you make a fullbrige zvs driver? how do you even start making these sstcs? like do you fundamentally understand all this and just be like h i know how to do that and is able to come up with a schemetic in your head?

@@ferrocerium123 I've never made one before

@@ethanslab7670 are u willing to try?

@@ethanslab7670 wanna work with me and the plasma prince on some tesla coil stuff? we are kind of sharing ideas with tesla coil projects

@@ferrocerium123 IRF640Ns kinda suck, I have a bunch of them but I probably won't use them for anything yet

@@ethanslab7670 oh well have you tried to make a vttc ?

For the one connected on the drain it doesn't matter what type of inductor or what value, I've connected it straight to VCC before and it still worked. The transformer at the gate can't be replaced though

Magneticitist had a vid which included the schematic on a piece of paper and that's where I started making these type of Tesla coils, good luck with finding that video since i don't have the link for it and I haven't been able to find it either

@@ethanslab7670 oh well

@@ferrocerium123 I used SiC FETs because they can switch a crazy amount of power but I'm pretty sure normal MOSFETs can be used too, I've seen people use IRF640Ns and get crazy arcs

@@ethanslab7670 wow tiny fets like those? can you give me a link to a video with one?