วีดีโอ

2:18

That was me tapping the switch to make that tune, I do that every successful blowup

@@artbeautyandmadness3091 oh

magnetron? where?

@@artbeautyandmadness3091 that sparking inside that glass

@@exoticgaming916 That's a spark gap, that allows the capacitor to build up a high voltage before dumping it into the (load to be destroyed)

@@exoticgaming916 That's a spark gap, that allows the capacitor to build a huge charge before dumping it unto (the load to be destroyed)

@@artbeautyandmadness3091 thanks my mind blowing 🤯 I thought that was magnetron 😅😅

Its mains 120 volts, in series with a clothes dryer resistor modified to draw 22 Amps when connected, then wired in series with a "High voltage high frequency arc starter", the same thing used to strike an arc in welding machines without electrodes touching, and the setup has a special circuit to prevent the high voltage from backing up to the rest of the house.. The high voltage is triggered using a special pushbutton switch that fires for 35ms when pressed and also fired another 35ms when relessed. The results are hilarious, The consumer electronics connected to it gets internal arcing until mains current destroys the rest.

Actually the current HAS to be limited to prevent the resin-encapsulated coils from exploding shrapnel then shattering the glass jar! Also Notice the high voltage arc starter has been modified for multi-spark with breaks in between. The breaks allow the spark gap to re-prime and also make exploding electronics sound like theyre laughing to death. hahaha

only 120 volts AC is used but limited to 22 Amps using a large resistor and is present the whole time, but the high voltage pulses starts it in the same way how some welding machines start the arc, this time using a random sequence mechanism so the arc appears like random fireworks

@@artbeautyandmadness3091 interesting! I thought it was something like that. Do you use that same setup (120VAC+ high voltage starting pulses) for all of these videos? I’m going to have to try this although I’ve got .3F of 200V electrolytic capacitors and.34F of 300V ones capable of holding 9kJ at 170VDC (the peak voltage of 120RMS) so I’d probably go for one big appliance-shattering kaboom. Or maybe reconfigure them for 600V and then they can all be max voltage and hold 21.6 kJ…

@@deltab9768 Yes. sometimes the 120V is rectified (using 50A diodes protected with tiny blocking capacitors) to pop cheap computer speakers or DC motors.

There's a fan above, with a custom cowling to guide the smoke out the window

Lol 😂😂🤣🤣😂😂