@@gooch-xe3np I haven't shown it in the video, but behind the scenes, I put a magnet on the drill head and count the number of turns with the magnetic field counter application. The application works in such a way that it counts every time the magnet passes by the phone.🤓
@@kutsja4671 OBV. He was just demonstrating that it's capable of harming you. One heck of a good actor, imho. Also, he shows u how to build this shit, it's not clickbait.
@@Bruh-nb1hj Bro that is why he made an oscillator circuit to convert dc to ac sort of wave. it is called the flyback or whatever the more powerful one is ZVS circuit this simple shit mosfet cannot make a pure sine wave. Alas it will still work and this video is not fake the video.
@@Alternate-H123_22 Because 400 kV will create a corona discharge from a distance of half a meter (here a couple of centimeters), and crazy insulation of the high-voltage transformer is also needed. In addition, with its 3 multiplication stages, the transformer (“for 400 kilovolts”) must have at least 130 kV; with its insulation, which is almost non-existent, it is impossible to get more than 40.
Thats exactly what I did with my home made 18,00,000v stun gun, I had the terminals too far apart to begin with for a cool zap spark, but didn't realize that it was still holding the charge when I went to move them closer together heh heh heh, wow I was broken for days...
If we want to power the transformer with a direct current source, it will not work. This is because no voltage will be generated. Voltage is generated in the secondary winding, but to generate it, a variable magnetic field flux must appear.
man why did nobody tell me that thin wire grows in quartzclocks. and if there is one thing i learned from this video, its to ALWAYS USE BOTH HANDS WHEN WORKING WITH HIGH VOLTAGE, i mean how else would i invite zeus into my heart?
I need to make a bug zapper that can destroy an entire swarm of yellow jacket wasps. The bug zappers I have now are too weak, and the spark gap is too small. I think your design is a good start 😁.
I'll keep this in mind when I try to make a real life version of Uzi's rail gun. Actually it would be the perfect secondary power source to complete the design.
@@YarovoLivas high voltage coils have a certain voltage per turn depending on the volatge applied and the lenght of wire. The original coil had so many turns close together that the volatage per turn between two or more turns would be high enough to arc through the wire insulation and burn up the coil. The new coil he built had the wire spread across a longer lenght (thus decreasing the amount of turns overlapping each other). And also he added what seem to be epoxy or nail polish between layers of coil to increase insulation.
It's more like a step-up transformer. The frequency remains the same. Induction in the primary coil causes wireless transmission to the secondary coil, a concept invented by Tesla and utilized in the Tesla Tower. Behind this, you can observe that electromagnetic radiation is causing the wireless transmission of electrons. If you make a small coil with 26-gauge wire and 25 turns, then connect a mini bulb and place it close to the induction coil on the same plane, the bulb will light up without any wires.
You forgot to add the quartz crystal oscillator plate, so that it can throw lightning bolts at the paintings of George Washington on the walls. I love how the high-frequency tripler (oops, sorry) burns a hole through your bit of paper. I think your circuit is amazing because you only use about 100 feet of magnet wire and generate 10 billion volts, I think you and Elon should get together and re-invent the electric wheel.
Every single one of those solder joints are called "cold solder joints." You don't just touch the iron on things to solder them. Sure, we've all done it before, but that's not how you solder, properly.
assuming 15kV output and 9w from batteries and 85% efficiency - 510 micro amps. Also, you can scale up flyback circuits a lot, they are how CRT TVs generate high voltage. You can tell he isn't getting 400kV from this because when he touched the wires' insulation he would have been shocked. edit: If you want higher efficiency, like 90% ish, you can use a ZVS driver that uses 2 transistors, they are softer on the transistors but are more expensive. I made a 300 watt one for 13ish dollars so still not too bad. If you do this, remember to make the 47uH coil very large, or it will bleed high voltage noise into your power supply and kill it.
Thank you for the clip, but I applied the existing one and used the lrfz44n mosfet, but the strange thing is that the electricity is not continuous, but intermittent. Whenever I turn on the button, one sting appears and disappears, and there is no continuous electricity. I wonder what is the reason?
@@thawzinkhant1759 Actually I did not use the current boosting capacitors but the electricity is not continuous I do not know why but every time I connect the power it shows one electrical capacity
@@abd-alhamidsyr4138 you need to make a proper output sine wave to feed it into the transformer. for that use an inverter circuit. the reason you are adding the mosfet is because to convert the dc to ac and to set the desired frequency. i think. and that is the case of non continous arc. just use a proper circuit like ZVS circuit. i think electroboom has one of his videos where he created a miniature version of zvs ahhhhh. the magic wand
Javítottam képcsöves tévéket 30 évig, tudom hogy hogyan néz ki a nagyfeszültség. Ennek a videónak a hitelességet meg ahhoz hasonlítom, mintha azt állítanám, hogy tudok vízen járni.
It's strange, I used the same primary circuit (no capacitor bank) time ago for a school project using a C core transformer and the same circuit with the d880 but with a 100/120ohm resistor, almost melted everything and the cables insulations didn't hold voltage (it originall had 150ohm resistor and had no heat problem nor insulating but got small arcs). I made really good arcs with 5V 2A input but the mosfet needed to be cooled by a good dissipator. I'd recommend using a flyback tho, same arcs but less dead mosfets.
False information. Brake down voltage of air is about 10K volts per inch. The arc never went more than an inch, so there is no more than 10K volts in this thing, far from 400K volts. It would draw an arc of over a meter if it was 400K volts.
Why is it weak? I did everything like you. I disassembled the electric shock piece, but in the first coil, the number of wire loops is 3.0 with 28 turns, then the second wire with 24 turns, and then a small capacitor is left on the transistor gate in the middle and on the left with the dowel. I hope you respond and make a video on how to make a strong electric shock with a dowel. Thank you.
If you want to get the most out of it, you should use a u-shaped transformer. Also, you should wind the thin wire very carefully. Insulate it well every 300 turns. You can even use adhesive tape instead of varnish to do this better. 🥰
How can you count turns with drill?
@@gooch-xe3np I haven't shown it in the video, but behind the scenes, I put a magnet on the drill head and count the number of turns with the magnetic field counter application. The application works in such a way that it counts every time the magnet passes by the phone.🤓
@@skillmake ^^
@@skillmakeimagine a science teacher makes a task of me making an electrical discharge and use your video, it will turn to tazer and arrest me 💀
@@skillmake im sure you need a hall effect sensor
@@gooch-xe3np simple trick batawo
That shock at the end was karma for the clickbait!
U have to put multipliers but I don't think u will get 400kv
Current in those batteries is simply not strong enough
@@kutsja4671 Batteries produce DC, DC doesnt work on transformers. Transformers for AC only
@@kutsja4671 OBV. He was just demonstrating that it's capable of harming you. One heck of a good actor, imho. Also, he shows u how to build this shit, it's not clickbait.
Haha😂
@@Bruh-nb1hj Bro that is why he made an oscillator circuit to convert dc to ac sort of wave. it is called the flyback or whatever the more powerful one is ZVS circuit this simple shit mosfet cannot make a pure sine wave. Alas it will still work and this video is not fake the video.
There are no 400 kV. Only 20-30 kV maximum
why tho?
@@Alternate-H123_22 Because 400 kV will create a corona discharge from a distance of half a meter (here a couple of centimeters), and crazy insulation of the high-voltage transformer is also needed. In addition, with its 3 multiplication stages, the transformer (“for 400 kilovolts”) must have at least 130 kV; with its insulation, which is almost non-existent, it is impossible to get more than 40.
1-2 кв максимум
@@ААААААААААААА-е8у сантиметр пробоя воздуха оценивается примерно в 10 тысяч вольт, а здесь 2, 2.5 сантиметра. Точно не 1-2 кВ
400kv stun guns out there. Utilize square 9v batteries.
You can step it up to any voltage. Needs some current to flow when the arcs made though.
In electronics class we would prank one another with charged capacitors on chairs.
🤣🤣🤣
we used to put them in someones pockets...
@@koshkingdedamage hmm sounds hefty 😎
You monsters 😂
LOL
At normal atmospheric pressure, it's 25KV per inch of spark. It's easy to ballpark the voltage of a discharge. A 400KV discharge is 16" long.
5:16 POV Electricians like Electroboom in every single short
The glue you use is awesome!
I'll give this video a like because it follows electronic principle, however it is not 400 Kv.
Rất sáng tạo, rất hay.
Thats exactly what I did with my home made 18,00,000v stun gun, I had the terminals too far apart to begin with for a cool zap spark, but didn't realize that it was still holding the charge when I went to move them closer together heh heh heh, wow I was broken for days...
18m is crazy cap you would be fried if you touch 18m
Да нормально всë. Продолжайте опыты. И у вас получится миллион вольт как у Фарадея .
In the last you tried to become electroboom😂
😂😂
😂الكهربة😊😊 قوية 😂ماشاء الله عليك😊
what an waste. you could have disassembled the wall clock instead of breaking it
This aint as worse as you think. He could destroy the wall to get to the back of the clock
@@DeLoRiAnEc lol
@@Sajid-lp9ss and literally just for a tiny amount of copper wire
If we want to power the transformer with a direct current source, it will not work. This is because no voltage will be generated. Voltage is generated in the secondary winding, but to generate it, a variable magnetic field flux must appear.
thats why u use transistor, to make cheap but effective ac current
Thank you, this is what I wanted ❤❤
...
Excuse me what?
man why did nobody tell me that thin wire grows in quartzclocks. and if there is one thing i learned from this video, its to ALWAYS USE BOTH HANDS WHEN WORKING WITH HIGH VOLTAGE, i mean how else would i invite zeus into my heart?
You'll get zeus into your heart allright.
The two handed fool is lucky it was low current or he'd be dead.
Thank you for sharing, it's wonderful
ON-OFF sweech 😄😄
کارت درسته👍
Admirável trabalho.
Show LIKE.
🇧🇷🇧🇷🇧🇷
👍👍👍
🙏🏼🙏🏼🙏🏼
Thank you very much for your video.❤
Always welcome
damet garm dada!
this is like transformator
I need to make a bug zapper that can destroy an entire swarm of yellow jacket wasps. The bug zappers I have now are too weak, and the spark gap is too small. I think your design is a good start 😁.
I'll keep this in mind when I try to make a real life version of Uzi's rail gun. Actually it would be the perfect secondary power source to complete the design.
What a great idea instead it'll be blue
افتخار میکنم بهت پسر❤
@@abdolmallahi مرسییی
Happy home safely stored namaste 🙏 💖 💓 pasnd aya 💖
Şok tabancası oldu. Kendi kendini de şokladı. 😂
Biz onunla sinekleri vuruyoruz.
could have just used the original coil
The original coil would probably arc internally and get destroyed in no time
@@raloed.363 Why?
@@YarovoLivas high voltage coils have a certain voltage per turn depending on the volatge applied and the lenght of wire. The original coil had so many turns close together that the volatage per turn between two or more turns would be high enough to arc through the wire insulation and burn up the coil. The new coil he built had the wire spread across a longer lenght (thus decreasing the amount of turns overlapping each other). And also he added what seem to be epoxy or nail polish between layers of coil to increase insulation.
Excellent bro❤❤❤
U just earned a sub 👍
Cool. Nice video Would have been a clear thumbs up. Now thumbs down for clickbait.
Asi es se recicla todo amigo y esto es un encendedor eterno casi thank Arg
It's more like a step-up transformer. The frequency remains the same. Induction in the primary coil causes wireless transmission to the secondary coil, a concept invented by Tesla and utilized in the Tesla Tower.
Behind this, you can observe that electromagnetic radiation is causing the wireless transmission of electrons. If you make a small coil with 26-gauge wire and 25 turns, then connect a mini bulb and place it close to the induction coil on the same plane, the bulb will light up without any wires.
correct man
very good
عالی بود
😃i call them,"wonder oscillators"because its a "wonder they oscillate".their super cool too build.😃👍
to turn a phrase, "Don't taser yourself, Bro!" :)
Is that a ferrite core transformer you are making? Looks like one to me.
your videos not only entertain, but they also educate!
Можно разобрать дом в котором живёшь и собрать собачью конуру! Сразу получишь 1000000 лайков и 1000000000 подписчиков! 😂😂😂
You forgot to add the quartz crystal oscillator plate, so that it can throw lightning bolts at the paintings of George Washington on the walls. I love how the high-frequency tripler (oops, sorry) burns a hole through your bit of paper. I think your circuit is amazing because you only use about 100 feet of magnet wire and generate 10 billion volts, I think you and Elon should get together and re-invent the electric wheel.
Cant you just use use the original coil? If not how large does the new coil sindle have to be?
maybe that's too easy.
Every single one of those solder joints are called "cold solder joints." You don't just touch the iron on things to solder them. Sure, we've all done it before, but that's not how you solder, properly.
Good 👍🏻
Last main : Maja a geya 😂
Voltage is limited to the breakdown voltage of the air gap. Which is about a centimetre so at MOST you can only get 30k volts. Or 30kv.
I'll follow your suggestion.
eh 1/4 inch arc, im not very impressed but this is a good start for a project, love the single tranny flyback circuit, it is a classic
Can we use any type of plastic tude like that ?
اگه بجای هسته فریت از هسته اهنی استفاده کنیم مشکلی پیش نمیاد؟
In the plasma part, if you had 15 kilovolts, a plasma arc should have been established from a distance of one centimeter, if this was not the case
peace be upon you sir and zamzam water
How many volts and amps is that making? Can it be scaled up more?
assuming 15kV output and 9w from batteries and 85% efficiency - 510 micro amps. Also, you can scale up flyback circuits a lot, they are how CRT TVs generate high voltage. You can tell he isn't getting 400kV from this because when he touched the wires' insulation he would have been shocked.
edit:
If you want higher efficiency, like 90% ish, you can use a ZVS driver that uses 2 transistors, they are softer on the transistors but are more expensive. I made a 300 watt one for 13ish dollars so still not too bad. If you do this, remember to make the 47uH coil very large, or it will bleed high voltage noise into your power supply and kill it.
With an old flyback TV works also.
Now put that into a hermetic hydrogen production system and get your self some potent gas to play with .
Thank you for the clip, but I applied the existing one and used the lrfz44n mosfet, but the strange thing is that the electricity is not continuous, but intermittent. Whenever I turn on the button, one sting appears and disappears, and there is no continuous electricity. I wonder what is the reason?
Capacitors
5:40 like that right?
@@thawzinkhant1759 Actually I did not use the current boosting capacitors but the electricity is not continuous I do not know why but every time I connect the power it shows one electrical capacity
@@abd-alhamidsyr4138 you need to make a proper output sine wave to feed it into the transformer. for that use an inverter circuit. the reason you are adding the mosfet is because to convert the dc to ac and to set the desired frequency. i think. and that is the case of non continous arc. just use a proper circuit like ZVS circuit. i think electroboom has one of his videos where he created a miniature version of zvs ahhhhh. the magic wand
तू इतना गया गुजारा हैं आज हमे मालू म पडा........
Javítottam képcsöves tévéket 30 évig, tudom hogy hogyan néz ki a nagyfeszültség. Ennek a videónak a hitelességet meg ahhoz hasonlítom, mintha azt állítanám, hogy tudok vízen járni.
Thanks
Welcome
Now you can make a pocket EMP.
Handy for the coming digital tyranny.
عشق داداش 🎉❤
5:49 capacitor holds some charge mister 😂
But I think it was too much for me😂😂😂
@@skillmake 😂😂
داداش عالی بود❤
میتونی با موتور نیتروعه یدونه ماشین کنترلی بسازی؟
مثل همیشه عالی
مرسییییی🥰
Thank you for visiting my channel
It's strange, I used the same primary circuit (no capacitor bank) time ago for a school project using a C core transformer and the same circuit with the d880 but with a 100/120ohm resistor, almost melted everything and the cables insulations didn't hold voltage (it originall had 150ohm resistor and had no heat problem nor insulating but got small arcs). I made really good arcs with 5V 2A input but the mosfet needed to be cooled by a good dissipator. I'd recommend using a flyback tho, same arcs but less dead mosfets.
Fun with electrons . . .
How do you count the revolutions when winding the reel?
Why did you isolate transistor from heat sink?
In fact, I put it so that the heat can be transferred from the transistor to the heatsink
Hi bro, nice video can you tell me what camera you shoot your videos with?
sony e10
@@skillmake sony zv-e10?
thanks bro :)
@skillmake hey bro, do you have a tripod for that camera sony zve10
if yes can you tell me where you buy it from? thanks
Nice
Cool!
Bro will u do next video on cb ham radio construction ?
Where did you show the 400000V measured?
اگه لاک ناخن نزنیم و همش دور خالی بدیم مشکلی نیست؟
False information. Brake down voltage of air is about 10K volts per inch. The arc never went more than an inch, so there is no more than 10K volts in this thing, far from 400K volts. It would draw an arc of over a meter if it was 400K volts.
What is that black thing made-up of plastic or any other
جميل ❤😊
can you also use insulation tape to insulate instead of nail polish?
What type of liquid glue did you use for the coil? What is its name?
nail polish Of course, you can also use adhesive tape, which I think is better
Let's hammer ten thousand clocks and make a 4,000,000,000,000,000 volt generator.
Does it kill😮
■❤■بسم الله الرحمن الرحيم■❤■
■❤■ ماشاء الله تبارك الله■❤■
■❤■ ٣و٠٣ يوم الجمعة ١ربيع ١١■❤■
Usually at the manufacturer they hace a counter, but if you do the rotation by a domestic drill, then why not let the drill do the counting for you
I wondered if we connect this transformer into a ZVS circuit
it would be mercy to you
This could be used to make the star wars force lance the empirical guards use lol
ازلت سلك من الساعه ماهوا هل يوجد في قطع اخرا واسلك الثاني من وين وماهوا ارجو ردك بسرعه
Bro your video editing software name
All the edits are by me
Why is it weak? I did everything like you. I disassembled the electric shock piece, but in the first coil, the number of wire loops is 3.0 with 28 turns, then the second wire with 24 turns, and then a small capacitor is left on the transistor gate in the middle and on the left with the dowel. I hope you respond and make a video on how to make a strong electric shock with a dowel. Thank you.
If you want to get the most out of it, you should use a u-shaped transformer. Also, you should wind the thin wire very carefully. Insulate it well every 300 turns. You can even use adhesive tape instead of varnish to do this better. 🥰
What about using d882 transistor
Explained your circit what components do there
I have heard this song in another transformer video before
С превью я конечно офигел, трансформатор на постоянном токе, лол
what is high voltage for ?
Transformator ridicator de tensiune continua ?
🎉 nice 🎉
😊😊😊😊❤
good vid but not even close to "40 Kilo Volt" lol
You little Tony Stark... 🤣🤣🤣🤣