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6,000V / 2.4 kW Power Supply 

Hyperspace Pirate
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How to build a 6,000V / 2.4 kW power supply from three microwave transformers.
Hardware:
-Used microwaves found on facebook marketplace / dumpster
-1/4" copper tubing
-12 AWG Solid copper wire
Music:
Kevin MacLeod - Scheming Weasel
Kevin MacLeod - RetroFuture

Опубликовано:

 

12 сен 2024

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Комментарии : 24   
@NerdlabsSci
@NerdlabsSci 3 года назад
Nice! I've never had MOTs make arcs that hot or violent before.
@Cannotoad1201
@Cannotoad1201 Год назад
0:00 the guy on the right i know him he is from tkor/the king of random his name is grant and he died 3 years ago. The exact clip is from a video he made 10 years ago that is called Lethal Electric Arcs (MOT jacobs ladder)
@Cool_Boy-jo6ox
@Cool_Boy-jo6ox 2 года назад
and that's why i got into electrical engineering
@MarshawnDixon
@MarshawnDixon Месяц назад
I was expecting the arcs to be much larger with 3 transformers🤣
@LitePlasma
@LitePlasma Месяц назад
Same
@DG-MT-STN-
@DG-MT-STN- Год назад
Good for Mouse or rat trap. Can increase your electric billing.
@julioguillem496
@julioguillem496 Год назад
Es una escalera de Jacob en mi asociación, tenemos una. Protege con metrakilato el exterior de las varillas.
@DEtchells
@DEtchells Год назад
Great explanation of ballasting. My degree (*many* years ago) was in EE, but I didn’t know offhand that shorting the secondary reduces the inductance. Is it a matter of driving the core into saturation, or does it somehow have to do with back-EMFs?
@HyperspacePirate
@HyperspacePirate Год назад
I think it's because of back EMF in the secondary, since it's basically gobbling up the magnetic flux as soon as it's produced. You could actually control the exact inductance by putting a load resistor on the secondary (at the expense of large heat buildup)
@ungnhanvaoprofilecuatoi2191
im wondering why you used another mot to limit the current rather than increasing the pfc by putting a cap in parallel with the mot
@HyperspacePirate
@HyperspacePirate Год назад
Valid point...this was early in my electronics tinkering
@inventanew
@inventanew 6 месяцев назад
Would you be so kind to share links/books/courses that would help anyone learn the things you have to know how and skills to be able to build these inventions. I teach high school engineering and looking for quality content to share with my students. Thanks!
@Electromaniac420
@Electromaniac420 6 месяцев назад
Why without resonance??
@membola
@membola Год назад
i am trying to get around 60-90kv. i have a microwave transformer. i think that a cockroft walton multiplier wont work because it needs too many stages. does anyone have any suggestions please? i also have a flyback transformer, but it outputs dc (i cant remove the rectifier circuit from it so i cant use it, i dont think). any ideas would be really really appreciated!
@HyperspacePirate
@HyperspacePirate Год назад
You'll have to buy or wind your own flyback to get HV AC. Should be able to get ~10kv pretty easily so your multiplier would only need ~10 stages max
@harms123
@harms123 Год назад
I wouldn't recommend that you play with high voltage.
@WhoisRoach
@WhoisRoach Год назад
​@@harms123Not with that attitude
@thewindevtech
@thewindevtech 2 года назад
I think it would also help if you put the two MOTs in series instead of putting a third in series. In my experiments it worked, but, i also have 230VAC instad of 120VAC, but, i think it should also work.
@DEtchells
@DEtchells Год назад
Having the primaries in series would cut the peak voltage in half. (I think) the separate series inductor basically just current-limits the setup, so the peak no-load voltage is still 6KV. (Don’t hold me to that, though :-)
@harms123
@harms123 Год назад
@@DEtchells You're spot on mate.
@EdgarWishmaster
@EdgarWishmaster 2 года назад
Feels like some words of caution would be nice to have. Otherwise, great channel.
@KavorkaDesigns
@KavorkaDesigns Год назад
“It's not the voltage that kills, it's current!”
@torkalovolodymyr5097
@torkalovolodymyr5097 11 месяцев назад
Kills voltage AND current
@hamjudo
@hamjudo 9 месяцев назад
Current is directly proportional to voltage into a resistive load, such as human flesh.
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