Beyond Unity - BUNK "OverUnity Transformer" Finally SCHEMATIC and REPLICATION available

worldcup posted this 4 weeks ago

FInally after many years of long wait and arguments on OU, etc etc bunk decides to release the secrets.. ENJOY (Download video copy / materials before it vanishes from internet) ..Load up your kachers 😀

"Bunk" Kapanadze Variant Device Compilation, Real Deal, With Schematics.. (schematic at end of this video)

Download and mirror as much you guys can from this channel - https://www.youtube.com/@merlit1962/videos

watch all vids from merlit1962, shorts, Posts, Community, there is gold everywhere on his channel. He could have so easily not given us anything, but gave us everything

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Successful Bunk Replication, within days of released schematics, MerLit1962 MIRROR

But essentially, it's a relatively small, simplified Kapanadze transformer. The secret is the use of simple aluminum layers inside the coil body, 2 split foils, for both halves of the form, the lower end foil is hit with a certain Positive pulse train, the first winding is held Negative, while the upper foil becomes INTENSELY active, and having an output on the heavy winding. Not a primary to secondary induction, but a rapid changing of voltages between the upper and lower foils, with a 50 hz interruption circuit. Rather than having to move massive currents to induce an output... he is alternating Voltages instead. Bunk has a small transformer like this, doing 4 kw off the 9v. Must see. I will try to upload more too for preservation here.

bunk

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hackoa posted this 2 days ago

Quoting:forest

Hello,

The schematic in EasyEda format and the schematic in picture (black&white) looks a little bit different. Which one is correct ?

i made it, what is different?

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forest posted this 2 days ago

Connection from pin 6 of NE555 is going to +12V in EasyEda schematic while in schematic from picture it goes to pin 3 (OUT) of NE555. The input voltage is of course not 5V but in range 13 to 24V. The pull down resistor int the line from OUT pin (3) of NE555 just after resistor 20k is 100k in picture while in schematic is 20k.

Capacitor from pin 2 (TRIG) of NE555 should not be 470uF but 470nF like in picture. I've not checked PCB because I'm not using EasyEda (I use Kicad), but there are some problems there also, mainly the resonant capacitor and track widths are too small in mosfet section (but maybe it's because I imported schematic and pcb into Kicad)

I'm not sure if I spotted all differences, but the main question is which schematic is correct. From my (small) experience and AI chat it seems that original picture (tah one with black&white text) looks like more correct with regulating duty cycle. it's SSTC schematic with antenna. The second stage I think is how to detect resonant frequnecy and adjust the output capacitor, I hope that is explained in Part 2 video.

Attached Files

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Getza posted this 2 days ago

Replying To: bunk

well, i try something like this ...., antena( long kabel), i do not have ground, so i use long kabel, lamp shine not at full brightness , consummation goes from 0,4A to 0,8A.

https://www.youtube.com/shorts/zHPZK4gOqAo

IT'S RIGHT THERE IN FRONT OF YOUR EYES! John BEDINI

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zaxtone posted this 2 days ago

Avalanche effect - increase 😉

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hackoa posted this 2 days ago

Quoting:forest

Connection from pin 6 of NE555 is going to +12V in EasyEda schematic while in schematic from picture it goes to pin 3 (OUT) of NE555. The input voltage is of course not 5V but in range 13 to 24V. The pull down resistor int the line from OUT pin (3) of NE555 just after resistor 20k is 100k in picture while in schematic is 20k.

Capacitor from pin 2 (TRIG) of NE555 should not be 470uF but 470nF like in picture. I've not checked PCB because I'm not using EasyEda (I use Kicad), but there are some problems there also, mainly the resonant capacitor and track widths are too small in mosfet section (but maybe it's because I imported schematic and pcb into Kicad)

I'm not sure if I spotted all differences, but the main question is which schematic is correct. From my (small) experience and AI chat it seems that original picture (tah one with black&white text) looks like more correct with regulating duty cycle. it's SSTC schematic with antenna. The second stage I think is how to detect resonant frequnecy and adjust the output capacitor, I hope that is explained in Part 2 video.

Thank you, i saw my mistakes and make a correction.

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evostars posted this 2 days ago

Bunk Thank you for sharing so much inspiration with us here already!

I am getting good ideas from them and am building to test them.

I already used the coil on the 2 high voltage foils as a series capacitor plate which gives oscillations when the sparkgap discharges the foil.

Very strong discharge current!

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hackoa posted this yesterday

Quoting:bunk

ENJOY (- Download video): -

How it is made? I have all the parts and can make it today. How is coil on the ferrit core wound?

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worldcup posted this yesterday

Quoting:bunk

ENJOY (- Download video): -

Thanks.

@hackoa -

RINGER 3.0 IMPROVED WITH SCHEMATIC

Regards

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hackoa posted this yesterday

Quoting:worldcup

Quoting:bunk

ENJOY (- Download video): -

Thanks.

@hackoa -

RINGER 3.0 IMPROVED WITH SCHEMATIC

Thank you my friend!

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Getza posted this yesterday

Replying To: bunk

Здравствуйте, BUINK! На видео видно, что вторая обмотка целая,

а на схемах она изображена как две противоположно направленные обмотки.

Какой вариант правильный?

На некоторых схемах фольга, являющаяся конденсатором, изображена прерывистой по длине,

на других — целой и состоящей из двух половин.

Какой вариант оптимален?

Заранее спасибо!

IT'S RIGHT THERE IN FRONT OF YOUR EYES! John BEDINI

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