Homemade 6V to 30000V transformer
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- เผยแพร่เมื่อ 14 พ.ค. 2024
- Hello friends, today in this video i have shown how to make a high voltage transformer. Here i have used a old flyback transformer's ferrite core. Anyone can try this at home.
Latest project with this transformer
• All in one circuit | S...
Step-down transformer to High-voltage generator
• How to create High-Vol...
Components required for this project:-
Ferrite transformer core
Tip41 transistor
220 ohm resistor
22 ohm resistor
Diode uf4007
If you have enjoyed this video then please like, share, comment and don't forget to subscribe.
Thank you for watching.
• Track Info: Title: High [NCS Release] Artist: JPB Genre: Dance & Electronic Mood: Bright Download / Stream / Support: bit.ly/2PgSbHM - วิทยาศาสตร์และเทคโนโลยี
All in one circuit, using this transformer
th-cam.com/video/v2ix2kDwGFQ/w-d-xo.html
Tech Ideas l
หลอกควายทำยอดวิว.
Can it give you a shock as original source is 6v battery.... Can you please tell how much current or resistance would be there before and after stepping up the voltage.
@@dalee.wardsr63 what are the materials?
@@DeepakSharmaDPK 6 volt battery is for dc current and transformers do never work on dc voltage they require ac voltage
30000V would give a spark of ~3cm so that here it is ~10000V
@Erich Kaltenbrunner I think it would be 10mm actually. The dielectric strength of air is 3kv/mm, so 30,000/3000=10 (unless I am missing something, if I am please let me know).
@Erich Kaltenbrunner you're right, 1cm is 10,000V
Ur forggeting air resistance, we are not into a vacuum chamber
@@tremon3688 resistance of air cannot be reliably measured. that's why you see people talking about dielectric strength and breakdown voltage of air, but never the resistance.
@@apocaloptigon9988 what i wanted to say is that you can't apply same calculations as if we were in vacumm
What everyone is calling 'spark' is actually called 'arc'.
You're not alone
Plasma😉
The "correctest" term would be dielectric breakdown, because that's what's happening to the air.
You probably have a shit load of friends
exactly
Output voltage of that device - no more than 16000 V. W2/W1=1000/6=167. Uce max(TIP41C)=100 V. 100 V *167 = 16700 V . That's all - breakdown.
Not a lot
Ichael Gaming maybe 100 microamps
How long does the battery last?
Is that thing letal? Looks kinda scary imo
Thank you all
title : 30000V transformer
description : Anyone can try this at home.
me:
Im like that hv driver us cute. I use a much more powerful zvs driver
Mc(
GoldenFox Can you share us your poverful ZVS driver?
Please teach me of how to make it brother
House on fire
I feel click-baited, Zillipoper to the rescue!
100% music VS 0% of information :(
All who can read can get the information written un the vid.
@@corporeidad so, what's the purpose of the video itself?
@@aleshep What's syntetically said in the title (wrote by Pinaocchio, I guess (30.000 volts.?) )
How do you think these get so many views? lol
@@userPrehistoricman I think lots of people love music much more than useful and sensible information. lol.
Never have I pushed the subscription button so quickly
Grazie per questi video, Bravissimo
For 30000V outer with 6V inner with 0.1A, you need one core with 65.73 cm² surface, in turn 4 by 14.44mm wire and out turn 20540 turn by 0.20mm wire
This transistor outer must be less than 1000 V
where i can found an app to calculate this? or a map of these equation to me apply! please help
@@adrianoafruta8592 I have, for Android
@@a_s_mikael what is the name? i need it!
@@adrianoafruta8592 essa i.d.eia é minha na t.ele e no i.nsta me conta ai
we will show you how to make a homemade transformer with 6 volts of input and 3000 volts of output. The transistor outer must be less than 1000 volts. This transformer is perfect for powering small electronics projects.
With this kinda music i expect to see a crowd of people dancing along with the project!
😂😂
*channel specializing in sharing knowledge about electricity*
If you’ve never used or experienced a negative ion generator; you need to. They really are amazing little devices. There are several ways to produce them but one is known as the corona affect, I would think this would generate negative ions quite well.
Let's have Mehdi from ElectroBOOM reacted to this video.
Yeah dude
Yupppp
We need the RECTIFIER
Yep that's right
Yep
Thank you, great video! Thank you for not having any free energy bs videos lol I subbed to you. All your videos look cool, I'm excited to see what you got!
U KILLED US WITH ADDS!!!!
These adversitements are only for marketing.
Great work...I love it... thanks gracias buen trabajo...
Thanks
@@TechIdeasAG This is real ??? I am a student.. if this is real I also want to try this at home how make it please give a full reply ..
As everyone else has had a guess at the voltage I'll have one too. The breakdown voltage of air is about 30kV per cm. The longest gap that I saw the spark initiate was about a quarter of the width of his thumbnail at 9:39, say about 4mm. So the voltage is about 0.4 x 30kV = 12kV. Also the breakdown voltage of the transistor is say 80V (it's rated at 60V) so the output voltage can't exceed 1000t/6t x 80V = 13kV, Seems about right.
Ты как это посчитал?😳
I'm pretty sure it's about 10mm, not 4mm
@@hydroximane It's the minimum length of the spark that counts, not the maximum length that it stretches to.
@@petehiggins33 oh yes make sense, since it needs to ionised the air between it first
Quando se trata de alta tensão e bem difícil dizer com tamanha certeza a tensão gerada
Good video thumbs up. Thanks. But TPV = 1000 turns / 6 turns=166.66 x 6 volts =approx 1000Volt. If you want 30 KV you need 30,000 turns .
Actually no u don’t
Ide yang bagus
Ooo thanks
are u sure thats right cuz the formula to transformers is Vs= Vp*Ns:Np
wait no its true
wonderful. i love technology a lot
Интересная самоделка. Напоминает электрозажигалку для газовой плиты.
i found your video in recommended videos, it is really awesome and technical
Welcome
This guy surely believes that these chinese stun modules produce "7 million voltage" XD (as seen on ElectroBoom)
You read my mind. I would like to see the voltage output on a High Voltage Probe like the ones we used in the 70's on the picture tube anode button.
At least theres one smart person around here
I never understood how a transformer could convert that 1,5 volt into 300.000 volt , but what i was thinking about is ,how about using that 300.000 voltage to drive a turbine to generate more power that way instead.
@@johneygd If you increase the voltage from 1.5 to 300000V, you decrease the current by ~ 200000, so at 1.5V 1A input (just theoretical), you have 2,5W. So at the output you get 300.000V but only 0.000005A
Nice RF noise generator you have there...
Super video and sound quality.
Hooo. Excelent idea. Hihg Voltage exclusiv
I think it is better to substitute TIP41C with 2SC2335. 2SC2335 can hold 400V while TIP41C only 100V. This holding voltage capability will boost output voltage significantly.
Cheers from Indonesia
Yea, and if ya really wanted to have some fun, using a TL494 in an offline arrangement driving a complimentary pair amp driving a gate drive transformer that's driving the gate of an IRFP460 in a half bridge using a cap bank of about 4 nF 400 V, powered by rectified mains would be cool. Or just go all out and do a ZVS driver, however I highly doubt the "insulation" on the hand wound secondary would stand up to either. I think this guy knows that too, is why he's using a 6 V powered low wattage oscillator with half watt resistors and a low current transistor. I've used the same circuit with 10 watt resistors and a bank of TIP3055's on a large DC Flyback and wasn't satisfied with the output, but it was impressive compared to this and it's insulation has handled a lot more power than that just fine. I'd love to have a core that is three times that size, use an appropriate polyethylene coil form, appropriate layer insulation, and larger wire, say 28 AWG or even 26, wound in clean straight layers because I'm a perfectionist, a 10 turn center tapped 12 AWG primary, and a huge ZVS driver. Talk about some output current, I could use that to power my TC's. And of course have a five turn 8, or 6 AWG secondary that I could swap out, to power the induction heater circuit.
@@MydearestSixsmith1931, I'm thinking the same thing about the insulation there.
Ideas that come to mind are wrapping the layers with heavy waxed paper and potting the layers with epoxy or something.
Maybe suspending the while works in a small oil bath.
Don't they use a kind of epoxy to pot the windings in a plain, old CRT flyback?
Please share your thoughts on this as I am a complete novice when it comes to winding a transformer.
Nice that you listed all the materials,thanks
YES BUT WANT MORE VOLTAGE ??? AND HUGE ARCS WATCH IT ON GO ELECTRONICS
Hola, excelente video . Que amperaje l proporciona con 6 volt???
Aí sim por favor mais vídeos sobre alta tensão!! Alta voltagem!!
Não adianta ter alta voltagem se a corrente elétrica é muito baixa e acaba perdendo toda a potência da energia na saída! 😡
better than music explain what u r doing !
If you have eyes to see than you would've seen what he has wrote?
because that involves actual work and brain power. It's easier to type or better yet, say in what you are doing in Hindi into google translate and copy paste it to the video.. keep in mind that these guys do not English very well if at all and make their livings scamming others online or over the phone.. So yeah
what would happen if you touched the arc?
since theres only a 6v battery behind it it shouldnt cause any damage apart from the heat right?
Very nice and self-explanatory practical demonstration!
- any tips for scaling it up in order to make continuous operation possible without excessive overheating and with higher current draw (=e.g. to drive a multilevel+multistage ion wind generator)?
- how did you chose the windings ratio between primary coil and feedback coil (=6/5 in this case)?
- how did you chose the resistor ohm ratings?
- have you connected it to an oscillator display and checked the oscillation frequency at the transistor gate? in case you did: do you think it's optimal and what would be the oscillation frequency you would aim for?
Thx!
I will show you how to make a transformer using common items from around your home. Transformers are used to increase or decrease voltage, and can be used in many different applications. For this project, you will need a 12 volt battery, some wire, a light bulb, and a resistor.
First, cut two pieces of wire about 18 inches long. Strip the insulation off of the ends of each piece of wire. Twist one end of each wire around the terminals on the battery. Next, twist the other end of each wire around the posts on the light bulb. Then, twist one end of the resistor around one of the wires on the light bulb. Finally, twist the other end of the resistor around the other wire on the light bulb.
The transformer is now complete! To test it, turn on the battery and watch the light bulb glow.
Para que seu projeto funcione e necessário aplicar uma corrente alternada, caso você utilize corrente contínua, não vai funcionar, ou seja seria necessário um circuito oscilador, quando você diz "arame " acho que você que dizer fio de cobre ou alumínio
Não é necessário ir tão a fundo para construir projetos parecidos com este...
There needs to be better royalty free music out there. Great video. Have to mute though
There are two ways
1.Finding one
2.Making your own background music
muito bom!
where u get all transformer making accessories ?
masa kecil kurang bahagia ya bang hehe, tapi mantap juga videonya, ana mau nyoba nih kbtln bnyk flyback bekas haha...
Wkwkwk betul tinggaL di cari ferit nya saja
love your point to point soldering technique reminds me of when I was a kid learning electronics. always love those h.v. experiments. what frequency is it oscillating at? The frequency is important to fully understand the principals your demonstrating here.
No oscillation. It's DC.
@@Alacritous are you not switching that transistor?
@@Alacritous, DC powered, but it is a relaxation oscillator.
@@Alacritous sorry if the questions sounds dumb but how does the induction work if the current is not alternating any how
Geeezzz that music will drive a person insane.
This project is very time consuming. Cheaper to buy a high voltage power supply already in a module for under $10 on eBay.
Amazing sir
Awesome my dude ☺️
so far this is the best tutorial i have seen , however what about higher voltage ?
MUITO BOM NOTA 1000!!
I really like your video it's really a good soldering and isolating exemple, you also give the pattern, that the proof you really understand what you do and calculate it, a very good example of a good job, not a lot of money in, but a real respect of the good way to do it
actually first of all that isn't a 30000V transformer
@@bearwastaken6579
I've already understood either i haven't done the calculations
But obviously it produces constant high voltage with low voltage
@@bearwastaken6579
And obviously i'll never have all the good informations to calculate it well cause if you really want to
You'll first need the hysteresis curve of the core and it's specific responses
Second the diameter of the coils
And some are separate in 200 turns i don't now how many, either i remember 1000 total turns
The isolation thickness also have a real importance and the plastic wire isolant takes also a place in because of the modification of the wire diameter
This modify the number of turn in a volume
This modify current results
Without any consideration of the exact output battery voltage
@@bearwastaken6579
And to finish
You can also not really go by the other side
If you now the input and the output
The exact number of turns and coils calculations
The reverse calculations will only gives you an idea of the core properties, but you'll also obtain, integrated into the result, all the lost energy of this system
But indeed each element lost a part so you can not say the core is only responsable of all the lost power
It can only gives you an idea, divised by the volume of the different reactive materials, it also will divide lost with all components
if you put that backwards through a diode bridge into a super cap would it charge in less than a second?
Nice little project. It is certainly not 30,000 volts. It it were you could not touch those wires. Not even with one hand muchless with two hands. Sparks would be coming through the insulation of those blue wires.
I think so, it cannot be 30kV... neon lights have 20kV and high voltage wires for neon lights have very thick insulation, over 6mm total diameter while actual copper wire inside is only 1mm.
From what I have learnt / seen with Asian grading of say LED flash light Lux or speakers Watt, the measured and reflected power on the spect, is only a Suggestion! If you are the buyer, they may show one or more extra zero, to the right of number!!! Go figure out...
@@samsen201 True fact, some time ago I bought few cheap 18650 lithium cells from Aliexpress, with 10000mAh capacity... I knew it was bullshit from start, because 18650 cells with that large capacity doesn't exist. Best, very expensive cells from Samsung or Panasonic have up to 4400mAh. But the prce was nice, so before I buy, I ask the seller what is the real capacity and get response something like "It's 10000mAh my friend, no bullshit, top quality my friend" LOL. After receiving ordered cells I tested it for capacity with Redox discharger, and they turned out to be from 900 to 1100mAh, so not only 10x less than promised, but also inconsistent quality. I get 50% off from Aliexpress dispute.
That's true that there's no way it can be 30000 volts because he would have been shocked otherwise because that voltage would go right through the insulation and because he was holding both wires at the same time
\*looks at timestamp\*
10:09
Hmmmmmmmmm TH-cam algorithm
The end with the lighningstrike sounds exactly as my dentist while drilling a whole in my teeth :S
A 'whole" ?
@@taunteratwill1787 the whole tooth?!
Cool man…needs louder and more club music though.
So that's 30kV in the same way your Chinese stereo has 1000W of "peak musical power". Those are "peak musical volts" lol.
30000 volts plasma arcs that are around 6 to 7 cm watch on go electronics
Okay! Like ! Лайк 👍 вам только не проще взять с разу готовый строчный трансформатор ?
As an electronic engineer , I see that the circuit diagram at 7:55 is hilarious. It bounces the magnetic field between switching the transistor on and off very rapidly. I guess that diode has a tough time dumping the energy each cycle. I love it! I would really like to know what frequency this oscillates at.
I built a few of these to drive old CRT flybacks and they ring at the resonant frequency of the transformer.
A lot of them from old CRT monitors ring at about 15kH and can be really annoying.
And, yes, this circuit is brutal on the transistor. You can almost feel the magic smoke chomping at the bit to escape.
I think that he used this driver circuit because it is simple and not the focus of the video.
Otherwise, I would have opted for a ZVS driver.
since you are an Engineer, I've a question. Can you boost DC voltage using transformers as shown here?
@@iftekhar_k You can but I would not recommend using this circuit becasue of the way that the switching circuit here will have a short lifetime. A typical boost regulator circuit uses a large inductor not a transformer but the principle is the same. It builds up a high current in the inductor then switches it over into a circuit that charges some high voltage capacitors.
@@simonmartin4599 thanks for the clarification.
Legau vou fazer um pra acender meu cigarro quando eu precisar
Muito bom gostei um super like 🇧🇷✌️
Thanks
Nice project!......next time make it to 10,000 turns!.
30,000*10= 300,000 volts
congratulations get your way clear
The rectangular material you use is a graphite or a plastic
Para los que hablen español, para que ese bobinado pueda ser posible se necesita una relación 5000 veces más grande de bobinado, o sea que si a un bobinado le haces 100 vueltas al primario, o sea, por donde entra la tensión, el secundario tiene que tener 500.000 vueltas (dudo que entre en ese pequeño núcleo metalico), por otro lado la corriente (Amperios) baja proporcionalmente a la relación de vueltas, por ejemplo, si entran 6V 3A que es una medida común, salen por el secundario 30.000V 0.0006A, conclusión, no es posible debido al tamaño del trafo, y como dato curioso esa elevada tensión no hace siquiera daño al cuerpo, puesto que se necesitan 30mha para fribilacion muscular y paro cardiaco, la cual es unas 50 veces aproximadamente más grande que la entregada por el secundario.
Un saludo!
No usara alta frecuencia tambien?
Aclaro que aun no vi el video completo asi que puede que me equiboque pero sin verlo aun pienso eso
Very interesting, I've been making that kind of oscillator-inverters also doing the transformes from many year ago, for a wide variety of output voltages and for many applications (electronic flashes, fluorescent lanterns, HV sources for anode voltage of tube equipment...), but only a remark: I were edited this video withouth that music ;)
When it comes to photography, there are a variety of different techniques that can be used to capture an image. One of these techniques is using electronic flashes. Electronic flashes produce a burst of light that is used to freeze the action in a photograph. This type of flash is usually powered by batteries, but there are also some models that can be powered by AC power.
Another technique that can be used for photographing objects is using fluorescent lanterns. These lanterns use a special type of light bulb that emits ultraviolet light. This type of light is invisible to the human eye, but it will cause certain objects to glow. This makes it possible to take photographs of objects in the dark without using a flash.
There are also some devices that can be used to create high voltage sources for anode voltage requirements of tube equipment. One example of this is a homemade transformer.
Qual os componentes que você utiliza em seus circuitos?
How did you get the feerite core ?
It was used to generate high voltages by flyback transformer on tv.
김명철 This unit looks identical to a transformer, typically found in an old, scrapped CRT computer monitor.
Tuyệt quá, bấm đăng ký kênh luôn rồi bạn.
شكرا لكم على هذا العمل .هل يمكن استعمال هذه الدارة في جهاز قاتل الحشرات .👍
Mohammad: I like to see it on Mice.
قصدك الحشرات البشرية 😂😂
@@titansalgerian1181 لا لا لا. محمد بن سلمان بن عبد العزيز يحتاج إلى حرق في الجحيم!
Legal gostei
It would be better if there is some kind of explaination first to know how it works 😀
Lucky Goldera Millenium. This is your Golden Opportunity to *GO LOOK UP HOW A TRANSFORMER WORKS*
never an explanation because he has no freaking idea how any circuit works
@YamFestival 30KV is hardly a home build, unless you are full of sh&t
PLASMA POWER SOURCE 30000 VOLTS WITH A RAY GUN THINGY ON GO ELECTRONICS
why does it work when they winds are opposite of each other, does it not cancel each other out?
Can it be used for welding small metal pieces
Why did you remove the flyback secondary in the first place? Just wind your primary
Because standard secondary flyback coils waste alot of the energy into other coils rather then just one singular coil because then powering a tv screen and nkt just making a eletrical arc
@@goldenfox334 not energy is wasted if nothing is connected to theother coils of the flyback. In addition, original windings are professionaly made, so, more efficient.
Easier to extract flyback xformer from old TV..
They usually dont have the same output current as homemade ones but you are right. In most stuff it is just easier to rip one from a old crt tv
@@goldenfox334 but you cant get AC output from the fly-back transformer because of the built in high voltage diode
GoldenFox , or you can get it from an old, clunky CRT computer monitor.
Hi
I've got a Question:
I've build myselve a Capacitor out of Aluminium foil and 3layers of 5m long Book foil. It has a capacity of around 150nF (might get higher when loaded with high voltage due to attraction force) now I will test how much voltage the foil can handle first and then load the capacitor with a voltage lower than that. I expect it to be able to handle something around 15-30KV.
I've got a power supply which can output 30KV, and this is kind of save,cause the Energy and current is limited. But now i want to ask you, if the capacitor with around 150nF would be save if loaded to 30KV. So in case i touched it will it just badly hurt or might it harm myselve badly.
I've read that ESD over 350mJ is harmfull and this thing would have around 68J if loaded to 30KV. So this would imply that it is very harmful. But if i calculate with 1000Ω of my body and this capacity and voltage with the formula
t=R*C*ln(Umax/Utol) with Umax=30KV and Utol=30V (tolerable)
I get to a time of 1ms till the voltage is at 30V when i touched it. But i've also seen in a graph, that at a current below 10A through the body it wont kill you as long as it is shorter than 10ms. So now my question is, if it really makes a that big difference if its below 10A or below 30A. (in the case of 30KV and 1KΩ)
Or did i calculate something wrong?
Nice autotransformer. I think I have one of these in my pocket. It is called electric lighter. It costs about $5 on ebay.
It is not a transformer - it's a coupled inductor
@@we-are-electric1445 technicaly it is, but that doesn't make sense.
@@commandos500 why
The lifespan of your transistor can be greately increased if you place another diode across the second primary coil terminals. In your current configuration the transistor supports a forward high voltage spike after each pulse cycle, which in time will damage the dielectric.
How did you arrive at 90kV in your set up? There's a lot of arguments about the general rule of thumb. I usually take 10kV/cm but there doesn't seem to be a consensus.
@@davemwangi05 The dielectric strength of air is 30kV/cm, not 10 kV/cm.
@@davemwangi05 thank you for asking. I measured a maximum spark gap distance of 30 cm before I screw up and damaged the exterior insulation layer. And according to prestigious electrical engineering courses and also informative websites like wikipedia, the breakdown voltage of dry air at normal atmospheric pressure is 3 kV/mm or 30 kV per cm. In a future video I will make a high voltage shunt to precisely measure it and eliminate any doubt.
@@ElectroScience I almost bought into that 30kv/cm but I decided to be a bit more resistant, especially based on reading physics books and observations from building a voss machine. That is where insanity begins, reputable sources differing. The first problem is this, for example you're using wires and they're sharp edged, meaning point action is altering the breakdown voltage. The 30kV per cm is for parallel plates. The actual value varies based on geometry of the electrodes. You have electrical eng courses?
@@davemwangi05 I have a master degree in electrical engineering. Don't confound the "electric field intensity" which is a function of terminals area with "dielectric strength" which is a constant of material. Electrostatic machines accumulates electric charge over time on their terminals surface area. Therefore the electric field intensity is higher on pointy terminals and lower on perfect sphere terminals. You get the illusion of "insanity" because you only think in terms of voltage, which is a integral function of electric field intensity (thus it varies on such machines). I suggest you study Maxwell equations and the laws of electromagnetism for more details.
Peace!
Uumm the insulation of the cable doesn't seem suitable for 10kV...this must NOT be done at home
i done it,its shook me a ton..
For the same power, higher voltage means less current meaning less insulation.
This is why american 120v homes have to use more expensive wiring than european 230v.
@@joestevenson5568 more current -> more copper -> more money
Less current -> less copper -> less money.
Easy
so is it really works?,
and where to learn what is current and voltage?
@@warker6186 Current is the rate at which electric charge flows past a point in a circuit. Voltage is the electrical force that would drive an electric current between two points. Volts x Amps (current) = Watts or power.
As for US residential mains power, the two 120 V AC lines are supplied to the premises from a transformer with a 240 V AC secondary winding which has a center tap connected to ground. This results in two 120 V AC line voltages which are out of phase by 180 degrees with each other. The system neutral conductor is connected to ground at the transformer center tap. 240 V AC can be obtained by connecting the load between the two 120 V AC lines.
In industrial use often 3 phase AC is what is supplied. AC can be a bit less straight forward compared to DC when you are talking values as one is a stable constant voltage source while AC is a sine wave with the min and max of the waveform being something like 169v ---> 0v ---> -169v ---> 0v that gives a RMS of 120v AC.
Is is working without battery? ( like any other power source)
Sir ji ye DC hai ya ac jo sparak karta hai es se balab jagega ?
Would make a good Jacob's ladder??
Not enough
This spark is not 30,000 volts. This is a maximum of 10,000 volts. You do not need to lie. The 30,000-volts shaft covers at least 6 centimeters
Rule of thumb. Approximatley, 1cm = 10 000 volts
lying is life in countries where electrical safety is a myth and scammer call centers are grown to perfection.
Exactly... I was also wondering the same
It also depends on the core of transformer
The 3 layers of tape per 200 turns is probably very prone to dielectric breakdown, causing the transformer windings to short themselves out or something. Maybe.
muantaap gan
Nice experiment
Careful with high voltage even small current
Imagine that u got to the 199 round and u accidentally cut tue wire 😂😂😂
I've done that. really annoying. I've also been winding
and realized, I had lost count and had no idea where I was.
Also annoying.
PLASMA POWER SOURCE 30000 VOLTS !!! GO ELECTRONICS !!
This is very cool OMG
can you explain how could it produce some current without any line coming from the source.
Дахочево и панятно бес лишнево трёпа👍
Песать ноучись.
@@nikolajborsajnikolajborsaj6587 У ниво нет ашыбак. все правильна написана
@@88argen88 ,"дахочево" пишитса с буквай " т", граматей.
@@nikolajborsajnikolajborsaj6587 это рофл. кушай сникерс
i was going to sub, but how many adverts do you need ??? bugger that!
adblocker my dude, go get that extension
good job
Sir, will you please tell me the size of the wire used with the winding and in the primary and feedback section.
How NOT to solder - carrying the solder to the job on the soldering iron.
Yes, the music is dreadful, like on so many TH-cam videos. I always mute it, so why do they bother?
You are not the only viewer you know it his his own video and he can put music if he wants to . MUTE IT IF YOU WANT!
@@markjaikaran1727 If it were good music and not crap it would be fine. This is that public domain crap that some 1st year music major made.
I don't care mute it
@@markjaikaran1727 Or, don't mute it and just tell him how shitty his music is. There is no restriction on criticism. Just like you are acting like a butthurt child over the whole thing. Just ignore me.
What was the U shaped thing used and what was the wire used ( pure copper wire or insulated copper wire) .
Bobby Soumik insulated wire
What were the two u shaped thing was that
I want to know it's name and nature of that material
Can someone tell me please 🤔🤔
I guess a ferrite core U used for transformers
@@bobbysoumik9953 Ferrite core from a used FBT (Fly Back Tranformer) used on old CRT (Cathode Ray Tube) TV's and computer monitors.
⁹ ñ⁸óí⁹⁸⁸⁸⁸⁸úi⁸⁸8ío⁹⁹
Can this be converted or use as a motorcycle ignition coil?
how does it perform with a powerful zvs driver?
how do you say the output is 30000v?, Is there any method to measure or calculate it?
Go to 1st-grade electronics school and study turns ratios.
The voltage is the same ratio as the winding count. If the input coil is 6 turns and the output is 1000 turns, then the output voltage is 1000/6 times the input voltage. In this case 6V goes to 1000V. I’d say he got the 30kV the rule of thumb that says it takes 30kV to cross a 1cm air gap. His wires come much closer to start the arc so the voltage is much less.
thanks a lot
1 mm discharge approximately = 1 kV. In reality discharge length depends of many factors such as frequency, temperature, humidity, dimensions of discharge electrodes, ets.
@@MekazaBitrustyYes, it takes 30kV to cross a 1cm AIR gap.
It takes a heck of a lot less voltage to cross a 1cm PLASMA gap, that started as a almost-contact arc that gets stretched open.
I'm wating Mehdi, you can rectify this.
THE RECTIFIAAAAAAAAAAAAAH
FULL BRIDGE RECTIFIEEEEEEEEEEEEER!!!
@@mak0nik94 SUPERCAPACITORS AND TESLA COIL
I am also waiting.
Is the copper wire insolated? And is it magnet wire?
I am wondering where you get your ferrite cores from?
why you winded 2 seprates 200 turns?
To protect it
It will burn the wires if you dont separate each winding
You wind that coil in the most tortuous way possible! The resulting inductor is full of overlapping turns and uneven spaces and has very low Q factor. You would get much better results if you wound the coil on a mandrel, with the bobbin of magnet wire supported on a dowel.
My thoughts exactly.
The windings are sloppy as hell.
I'm surprised that he got the performance out of it that he did with that work.
Wow that is really cool eh thanks for the video here brother! I'm going to give it a shot and you'll see it later OK thanks again bro Out
To everyone wondering, this is not a 6V to 30kV transformer but a resonator circuit.
This circuit produces an high voltage (in the order of 10kV), high frequency (100kHz to 1MHZ) AC signal from a DC source.
The secondary inductance resonates with the environment (which is equivalent to a capacitor in the order of pF).
Energy is pumped in this resonating circuit by the primary, and both are in sync thanks to the feedback coil.
This is a quite interesting variation of the well known slayer-exciter circuit used vastly in Tesla coils.
Note that the high frequency makes this circuit quite harmless to the body due to skin effect (the arcs can still burn tho)
Also, touching the wires with a finger will make the "environment capacitor" way bigger while introducing huge losses. Both the voltage and the frequency will collapse because the resonating circuit won't be able to keep enough energy to resonate, and the transformer won't be able to push enough energy without saturating. You will be left with pulses in the order of 100s of volts which will not do anything except tingling your finger muscles.
Btw, don't try this at home, you will be disappointed to see how quickly the secondary coil will melt
Can you tell us how u made an AC Output using only one tranzistor, one diode and 2 resistors? No one capasitor and atleast one ne555? I dont think its possible :/
It's pulsed high frequency DC, which also provides a changing magnetic field through time that transformers need. When it first is turned on, a small amount of current flows through the resistor, through the feedback coil to the base of the transistor turning it on. Once the transistor is on it sends all of its current through the other coil with no resistance. This dump creates a strong magnetic field in the core which will induce a current in the feedback coil to the base of the transistor in the opposite direction turning it off. Once off current can flow back through the base like normal turning it on again and the one-off cycle repeats at high frequency
Look up the joule thief, one transistor and one resistor
You right guys. I didn` know about it
It is possible. It is using a winding from the transformer as a feedback to bias the transistor into oscillation.
Spark starts at 1000V/millimeter gap. Seems 6 mm or so.
is that in air or vacuum?
In air, because it's the air particles that are breaking down and creating the blue discharge.
It's rather 1kV from turn ratio calulation. To get 30kV, 180V supply is needed.
My 1st though too but that counts for sinus waves. The transistors creates a block wave with (apperently quite significant) overshoot.