This article describes why i use 2 capacitors of the same size: www.accelinstruments.com/Applications/WaveformAmp/Magnetic-Field-Generator.html this video is a proof of concept. More to follow...
@MS-ef1gy7 жыл бұрын
As usual you hit home runs. I don't know how many times I have worked with series resonant circuits and never thought to add the capacitor to limit the current from the AC source yet retain the high current in the tank. Thanks much.
@MasterIvo7 жыл бұрын
Thanks Mark S. This is a proof of concept, to make it easier to understand the next video. Both methods of inducing resonance will be combined into one bifilar coil
@DK-sg3oe3 жыл бұрын
@@MasterIvo brother ise 3 transformers say one making 60 volts another 120 volts and 180volts and and after checking resonance check amperage similarly against frequency hormonics of the coils volt against current and frequency against current or use 180-240-360volt transformer fed into same line circuit
@MarcDuncanDK5 жыл бұрын
Hi Master Ivo, any knowledge that can be explained with animations, is by far more powerfull and impact-full on peoples ability to forward your teachings than anything else, please have this in mind.
@bobvincent59215 жыл бұрын
I agree entirely with no reserves.
@MasterIvo5 жыл бұрын
Very true, and I do my best to visualise more.
@chusdiaz9160Ай бұрын
😂😂Se que es un viejo comentario . Es una auténtica tontería lo que usted comenta,parece que usted vive en preescolar ,ésto es para gente adulta , soy español y entiendo perfectamente todos los videos ,son las mejores clases y mejor explicadas ,si no le gustan,tiene la opción de no verlo y deje de dar consejos estúpidos a un buen maestro
@ssalipatrick42602 жыл бұрын
One more soul with a vision close to changing humanity forever.
@jamest.50015 жыл бұрын
Ok, I see, this is similar to what I was thinking when I commented on another video, about a compound setup, use the back EMF to run another rig, using the EMF to power, or help power the first, not saying it could become self powered, but?? I have wondered why the emf was dissipated with a diode in electric battery powered cars and tools, it could be used! Atleast adding to the effiency! Great video!
@MasterIvo5 жыл бұрын
thanks, exactly
@paul4pres087 жыл бұрын
You had me @ Ken Wheeler :) I am so happy to see someone approaching energy production with the proper mindset. You will advance rapidly if you comprehend Ken's book/video series. SUBBED!
@MasterIvo7 жыл бұрын
Thank you for subscribing. Ken is a great influence indeed. Also Eric p. Dollard and C.P. Steinmetz. I learned to think in field dynamics, since then everything makes much more sense.
@MrDKONZEN5 жыл бұрын
Hi Ivo Besides using the backemf/flyback/collapsing field energy to resonate a coil (injecting the stored energy at the voltage peaks does this???) You can also discharge capacitor to some sort of resistive, or inductive, or capacitance load, so you create some real power output from something normally wasted as you point out. To get a "gain" situation happening where the cap discharge to load does not reflect back to input draw (for example 1/4 watt let's say power in "back emf" cap discharge to load in consequence makes the input draw surge up to at least 1/4W maybe 1/2W so you have no gain in power) Solution is always have the capacitor disconnected from the steering diode that filled it. The backemf collecting capacitor the steering diode from misfet drain should always be "free" (by itself) when it discharges to load or else the discharge reflects back. Some engineers don't like to hear "back emf" when speaking about the flyback spikes, as backemf is different and is that inherent back force while the flyback spike is the kickback spike from the collapsing field....destructive transients is what else the call flyback spikes, especially when they see it as nuisance that destroys stuff with the sudden high voltage. Thanks for you videos they are always very interesting!
@MasterIvo5 жыл бұрын
thanks, yes inductive spike, if fast enough is a longitudinal waveform, which can put a coil into longitudinal resonance (magneto dielectric)
@MrDKONZEN5 жыл бұрын
@@MasterIvo Hi again As far as storing joules into fairly large cap via steering diode from mosfet drain, when you want to discharge this cap to a load to create real power (watts) you must disconnect the discharge cap from diode and/or coil so that cap "floats free" during the discharge to liad, or else horrible things happen, like huge surge of amps to the input draw....this another reason why most engineers do not think you can "do" anything with the backemf/flyback/destructive transients except ground / snuff it This because they do not have cap floating during discharge is point I wanted to make ( not much to do with resonanc but rather creating real power from the back emf flyback spike and not having any reflection back to primary so you get a gain in power created vs comparing to input power. Great videos you do! thanks for sharing and explaining simply too.
@waterfuel2 жыл бұрын
Back in 2008 , there was a circuit I read about that added 100v to the existing circuit that was going forward as pulse on/off 40V DC about 6amps. There was no capacitor. The part added was a sealed 60cycles AC relay in vacuum with dual inductors 1.6Millihenry each, of .6ohm. Diode in front of 1st coil L in series with internal diode in between L coils then that 2nd coil L in series with another output diode. Did this arrangement just happen to be lucky and obtain the needed extra 100volts forward? Back EMF forced forward as flyback voltage put to use? I have many inductors to practice with and I need to get just voltage to superimpose on to circuit line. 100v or a miniature autotransformer.
@nicoslider3 жыл бұрын
@master Ivo, definitly a huge and endless thank you bro,for all your videos,thats are clear and well explained,you learnt me SO MUCH brother!congratulation!...i can bring my own stone to your edifice: back emf can be also re oriented ,in order to help the rotation ;)
@MasterIvo3 жыл бұрын
thanks quote "back emf (impulses) can also be re oriented to help rotation"?end quote please explain, what rotation? and re oriented how?
@nicoslider3 жыл бұрын
@@MasterIvo well for exemple, you and i both know that back emf peaks are from 10 to 30 times bigger than the original current that made it before disruption ,right? ,so, exactly as you are doing with your actuals bifilars coils of this video,the resonnance can be also translate as " a push" over magnets, witch normally reversed the lentz law (lentz has always been north for north or south for south, means it slow down a system with magnets) and so ,helps for the rotation by getting an iterativ self induction from magnets to coil ....this is all the object of my own quest dear collegue....that cool to read you ,thanks a lot ;)
@nicoslider3 жыл бұрын
@@MasterIvo and so about am talking about here, you gave me probably the answer of what i missed with my coils,at least to re oriented dielectric Bemf field, it must be previously ,stored ... definitly,thanks brother...
@nicoslider3 жыл бұрын
@@MasterIvo "the re orientation of a bemf field" depend totally of "where you are re injected it" into the system, and so, thats where the way of winding is the much important ;)
@mariusionita91295 жыл бұрын
Hi, I will tell you something very interesting that results only from the practical work. This maximizes the effects of the N Tela two-wire coil. If for the construction of the coil you use multi-wire cable connects each wire separately from the other wire of the other cable. For this purpose use a multi-wire connector (ratchet). In this way each wire in the cable will behave like a two-wire coil. Basically in a flat coil you will have as many coils as there are wires in a cable. Tell me the differences observed. Good luck!
@ripstar3144 Жыл бұрын
how much is the loss you get in the energy? or can you then keep it running whiteout input power?
@MasterIvo Жыл бұрын
I have not measured it is not running "free", I am working on a system that does. As always I will share if I learned how it works
@TheSpinninHead4 жыл бұрын
Thank you for this informative video. Have you also studied starship coils?
@wihandebeer17555 жыл бұрын
You are so smart man! Love your work
@Astrovite6 жыл бұрын
If this works how i think it does, i'm gonna build a legit superhero suit one day when i'm wealthy
@Mimanso5 жыл бұрын
If you don't mind, can you please provide schematic?
@MasterIvo5 жыл бұрын
sorry, I didn't make one
@rainmanferguson3 жыл бұрын
in my opinion hooking to the wheel work of natures problem has always been a diode that is FAST and can handle Current. The parts i see now are a choice of a high frequency diode or one that can handle current but there is always a trade off....The etheric change (vibration of the field) that happens in a collapsing dielectric field or magnetic field happens quick but there is lots of power in say the shorting of a coil or the discharge of a capicator..the other problem is storage of the field without losing most of it....Delta T plays a major part in the power given by the discharges...
@MasterIvo3 жыл бұрын
Yes but it is what you do with the impulse. It's not the impulse itself.
@jonaoconnor80656 ай бұрын
You might be able to center 'tap' some of the peak voltage of the receiver signal by a zener diode if this coil is connected to earth through another diode Shotkey probably somewhere on the outside of coil
@jonaoconnor80656 ай бұрын
Pls Make sure you will redirect all energy, use both capacitors to store!! Second One for the DC!;
@justathoughtkwazai4914 жыл бұрын
What happens with a ferrite core in the middle?
@MasterIvo4 жыл бұрын
it gets more inductive. lowers resonant frequency. introduces hysteresis.
@lien37294 жыл бұрын
i don't understand what was the goal you tried to achieve ?
@efexzium4 жыл бұрын
What is a bifillar coil?
@MasterIvo4 жыл бұрын
bi=2 coil with 2 windings that are series connected. end of 1 winding connected with start of next winding (outside to inside with a pancake coil). this gives increased voltage difference between the windings, which charges up the capacitance, reducing the coils resonant frequency, due to increased capacity og energy storage in its electric fields.
@efexzium4 жыл бұрын
So basically it’s got to have a high enough frequency to be able to go out of the coil magnetically and store the exiting electricity back in to something
@efexzium4 жыл бұрын
Why not try to use room temperature super conductors ? I heard some scientist discovered it recently
@efexzium4 жыл бұрын
I wonder how much more efficient this technology can be ?
@MasterIvo4 жыл бұрын
I also still wonder what the reason was, Nikola Tesla patented it (patent 512340) It has some very useful properties like high energy storage in its field. also the much lower resonant frequency. Which makes the coil usefull without added capacitors. It can also be used for electric energy recycling. This makes me wonder if energy can be used over and over again to create power over and over again.
@emichael06 Жыл бұрын
What do you mean by saying "the bifilar coil is now resonant"? And is this circuit basically a joule thief?
@MasterIvo Жыл бұрын
resonant : the magnetic and dielectric field energies perfectly transform back an forth into eachother. their reactances are equal.
@edwardhughes3523 жыл бұрын
nice work
@dirtytelectrock27704 жыл бұрын
Kapagen principe?
@MasterIvo4 жыл бұрын
no mine, based on Nikola Tesla
@dirtytelectrock27704 жыл бұрын
@@MasterIvo yes and kapagen based on tesla... Really interesting. I really like tesla. He knew so mutch we ignore today..
@MasterIvo4 жыл бұрын
@@dirtytelectrock2770 Yes, but Tesla waa so vague, you really need to know what you are looking for, and then you see it. When you don't know it's really hard. But my experiments have learned me much, and it makes sense now.
@dirtytelectrock27704 жыл бұрын
@@MasterIvo you're totally right!
@MasterIvo7 жыл бұрын
"elecric..." wow typo. I meant electric. And another one. "transformes"... transforms... my English isn't perfect. My old math teacher didn't give me an A+ because of my spelling, while the math was perfect. I guess he didn't make his point clear enough.
@gameoverkid23516 жыл бұрын
hello ivo i think you are in netherlands ? i do a lot of research and test with tesla coils etc etc i find out some very strange effects can i contact you more personal on email ? regards nik love your vids
@MasterIvo6 жыл бұрын
Hi nik jahoor, NL hier. contact info staat op the about page van mijn main KZbin kanaal (wel via computer /labtop kijken, mobiel staat het er niet)
@fabrizioricciarelli5 жыл бұрын
Hallo Ivo, I'm a relatively a newbie experimenter and, I suppose, there are some people, like me, which could understand better your taught if you could provide a detailed schematic comprising the components's values, for EACH of your video. If you can, it will be enough to hand draw the schematics and I will digital transform them through a dedicated software (like Eagle, Proteus or a similar one), then you can collect and publish them on a dedicated space (e.g. Instagram or a personal website).
@MasterIvo5 жыл бұрын
thanks for offering your help
@fabrizioricciarelli5 жыл бұрын
@@MasterIvo Ivo, you simply deserve it!
@chrisrosenkreuz236 жыл бұрын
thanx dude ur awesome
@MasterIvo6 жыл бұрын
thanks, you're awesome too!
@benjaminfromcanadakanada39486 жыл бұрын
Remember reading a patent from a dead man that said these coils could be used as scaler antennas that could recycle xl and xc. Le Chatelier's principal. Here's a look my friend www.gocs1.com/gocs1/Psionics/SCALAR-TRANSLATORS.htm
@MasterIvo6 жыл бұрын
Thanks for sharing Ben Babo, the article starts off with a good intro, by describing the scalar field component. I see this component as a ring vortex, a ring toroid. then It turns to what I have read before, and I have researched. The opposing fields in my opinion do not create the scalar fields. I stopped working with them. I do not agree with much off the rest of the article. Tesla's bifilar coil (patent 512340) is not counterwound, and does not cancel the magnetic field. Instead it creates a strong magnetic and dielectric field. referring to Lenz law in the article, it is related to magnetic induction. The big question here is: what about dielectric induction?
@bitsurfer01012 жыл бұрын
I think it would be helpful to also have a schematic while you are speaking.
@MasterIvo2 жыл бұрын
sorry old video, new videos have schematics
@alen25uk7 жыл бұрын
reverse the polarity
@MasterIvo7 жыл бұрын
yes I will, I'm already building it
@Jerrydt443 жыл бұрын
I saw you commented on The Resonator on Green Wave, he is selling 2 pdf files for $50. One of them is his schematic he had on the video. The other was a copy of Patrick Kelly's Solovey's Power Application video. I hope you did not spend the money?
@MasterIvo3 жыл бұрын
I did, and it was a waste.
@Jerrydt443 жыл бұрын
@@MasterIvo Yes I was not happy either. Nothing on his Resonator. We don't know if it is fake or not? Although I very much like your work.
@MasterIvo3 жыл бұрын
@@Jerrydt44 I think he really has it working, but is digging for money
@solarroller094 жыл бұрын
E love you bro
@brendananderson3247 жыл бұрын
Warp Field??? W=3c2
@MasterIvo7 жыл бұрын
W=3c2? tell me more please
@brendananderson3247 жыл бұрын
Master Ivo (c(c^2)2c) =3c^2 =W 2c=P, prayer, or Observer Influential Magnetism .. P= cst=2c St=c T=c/s
@brendananderson3247 жыл бұрын
Facebook.com/2012brendan
@MasterIvo7 жыл бұрын
you speak a language I don't understand
@terrencemckenzy36796 жыл бұрын
Extraordinary
@falconhawker2 жыл бұрын
Your talks are NOT clear ! Please use a schematic to accompany your explanations
@MasterIvo2 жыл бұрын
yep
@liannblack24272 жыл бұрын
If you cannot grasp what he says you need to learn more in depth through your own googling using kindly info given by Master Ivo. I didnt understand at all but after 2 weeks and buying steinmitz everything apart from 10 percent math for me makes sense :) Mr Ivo puts the math in perfect sense to mentally grasp for practical understanding