Bifilar pancake coil experiment producing 950Vdc from 12vdc

[@terrisharp46]

I appreciate you describing description of windings and magnetic polarity, etc.

[@MasterIvo]

thanks Terri Sharp, Right now I'm in the proces of producing a video about the resonance of the bifilar coil.

[@Tracks777]

I like! Please keep going, one day you make it big

[@MasterIvo]

Yes, I will keep going. So much to discover, with the dynamic dielectric field

[@DK-sg3oe]

@@MasterIvo but could u please tell us using this voltage how much of it can be used to run say how many 100watts bulbs so that those of us who r not from electric field can grasp u p =vxI anyways just show with no of bulbs as load over a hr how much wattage could u use and what is the voltage drop and if u connect bifilar coils in series could u increase the voltage as asymmetrical way also as someone showed by attaching a ferrite base on the the bifilar he had increased the magnetic flux 2 gen current

[@DK-sg3oe]

@@MasterIvo On the other hand MOSFET performance in DC/DC converters in the medium switching frequency range of 100 kHz to 1 MHz. Or for higher frequency impulses at low voltage, while u have igbts ot the higher voltage but Idk which hz range these impulses r useful to break the magnetic field and also u have on lower frequency magnetron which is used as impulse generator... While most common IGBT switching frequency of full-bridge and half-bridge topologies ranges from 20 to 50 kHz. Commonly-used frequencies are in the vicinity of 30 kHz. Switching frequency in the two-switch forward topology aims at 60 kHz and above.

[@MasterIvo]

this old experiment was pure resonant, so no real power was available. I now work with asymmetrical resonance, which does have real power. I am working on my new video that shows my latest circuit that makes use of this.

[@DK-sg3oe]

@@MasterIvo yeah br I think ur going great, morrin explains out that he found 22khz rather more useful frequency to get a resonance, by his words RF resonance or replication as induction with which lights light up, so 22khz has 2 b scalar largely and superimposed on 60cps raises power factor otherwise with simple resonance he was unable to run inductive loads only resistive loads largely leds bulbs and tube so goes with higher frequency vibrations at higher voltage can also read pressure, and the amount of copper was essential to create amperage

[@davidcurielcruz9929]

Do you have a schematic drawn up for this? I'm interested in building this. I'll greatly appreciate it.

[@stevejencen3922]

I wonder about adding these between solar panels and charge controllers.

[@pecilijevelicanstveni4973]

Thank you for your will to share your experiments with us. But, have you some practical use of this? To run some motors, appliances etc.

[@jlo13800]

This could go overunity tapping ZPE!

[@jetsonwhite888]

Tesla is smiling down on you---that is unless he Time Traveled himself here now. In that case, he's watching your vids and smiling.

[@svenyoda1309]

He did Time Travel so....

[@jimbrown5726]

Why did you flip the top coil? Is there a ground to the caps? I am working on a similar experiment to try lighting 2 - 100 watt incandescent bulbs with as little input as possible.

[@MasterIvo]

this is an old experiment. I learned thay grounding caps works best. Also, the inductive spike, I now reuse in a feedback loop. it makes it very efficient

[@timothypb]

I am highly interested in seeing that voltage after the diodes put on the plates of an HHO cell. That out of phase nature of the signal would probably do tremendously pulling apart of the water molecule. You are on to the secret of Stanley Meyer Congratulations

[@MasterIvo]

Thanks! So much to learn.

[@jmbbao]

Meyer used a 30 Ghz electromagnetic frequency, that makes vibrate oxygen and breaks molecule bond. 5G towers were used to kfyfill people this way in the plan demic

[@martymulhall680]

Can you recall what the current draw accompanying the 12 volt input was for this setup?

[@MasterIvo]

no, but is was very low, as there also was barely a load

[@cessnapix]

Excellent work

[@FixItAll1]

What about conection to load and amps in and then see do we having some juice...Nice work thanks...

[@MasterIvo]

Bosnjak Bosanac, I'm working on a new setup, with a load. showing input and output power.

[@cessnapix]

Do you need the juice is the question

[@lorenzodoudouze723]

Thank you for this very interesting video. what about the input and output current ? Do you think this setup shows surunity ?

[@MasterIvo]

Lorenzo doudouze surunity, you mean overunity with that? I think it depends on the input voltage. this test was 12V input. I do believe there is a threshold to be reached. So a higher input voltage might produce over unity. but then, the output becomes also higher.

[@lorenzodoudouze723]

Yes, I meant overunity. Sorry i lose my english. I obtained several times overunity on setups with bifilar coils excited at their resonnant frequencies and tuned, but for very low power input. each time i tried to increase the input power, I lost overunity.

[@MasterIvo]

Lorenzo doudouze interesting! how was this overunity achieved? maybe instead of increasing power, you should look into the form of power. and make it a high voltage power, instead of a high current power. (power is volts x amps) as the coil seems to function best with volts. (google translate helps me with french English)

[@JennWest-Liberty]

Are there any ways that generate free energy that is simple with plans etc.

[@MasterIvo]

not yet, as far as I know.

[@JennWest-Liberty]

Master Ivo hard to believe we haven’t figured out what Tesla knew almost 100 years ago.

[@MasterIvo]

@@JennWest-Liberty indeed it has taken a long time to get there. But we will. and If I do I will publish all details for replication. no patents. we all need this so hard

[@JennWest-Liberty]

Master Ivo yes indeed!

[@delbandung4801]

more advance experiment .... did you tried to connect earth ground to point between capacitors? like experiment in video about dielectric of bifilar coil. I think the potensial will be more higher sir. thank to give more inspiration

[@delbandung4801]

I think I was wrong, the max voltage dueto capacitor voltage in series (450volt of capacitor x 2). I do not know but it looks like the energy is limited by the max capacity of the capacitors in series. I do not know just correct me if i am wrong or miss concept. tq

[@beenthereonce]

Nice video. Will this setup self tune by using an antenna instead of the frequency generator as shown in the "addition" video?

[@MasterIvo]

yes it indeed does.

[@martymulhall680]

Can anyone suggest where to purchase a IGBT module like in this video? Preferably one that's not so expensive.

[@MasterIvo]

+Marty Mulhall www.rmcybernetics.com/shop/cyber-circuits/pulse-modulator-ocxi

[@martymulhall680]

Cheers!

[@carolynmmitchell2240]

I thought you said LGBT haha

[@PaulSC2011]

@@MasterIvo Is this the IGBT AND DO YOU SET IT AT VERY LOW FREQUENCY SO TO FOLLOW THE ANTENNA INPUT?

[@fredhebert8592]

I have a question can you light up a large light bulb in your outside of your home using the electrical wires that are coming into your house

[@MasterIvo]

new video on dielectric induction producing ground currents: kzbin.info/www/bejne/oZOrdXufdralqNU

[@iankanecarter369]

Have you ever heard of william bengston konstantin meyl and magnetic scalar waves?

[@dianathompson7597]

konstantin meyl has done great work on Tesla energy.

[@dianathompson7597]

Finder of the magnetic scaler wave.

[@projectmagnet]

Very nice! Is there a load on the circuit, which is the only way to measure power output. Circuits generally can go out of resonance when loaded.

[@MasterIvo]

no load

[@basileok2222]

Ideally, when using pencil and paper, invented for a long time, to draw an electrical diagram of the assembly. This way it is much easier to understand how you did the assembly. Success!

[@ryanbeard1119]

Why do you think the south has a lower res f, is it gettng interferece and a develping a tangental hysterisis cycle. It is slower to develope its own do to transient superimposition of the former so those enegies act as buffers to its natual res, try flipping them and they may behave identical

[@user-bubstech]

You come along way from this video to present 2022 amd still at it I have watched loads know im trying to remember the difrent names and different fields you explain things good but one question I havnt got from the video's that is have you made a self powered circuit or got more energy out than in I see you getting hundreds of volts and amps but are they greater than in put and also have you tried to power anything using negative voltage and is there anything to the peak in highside at close the spike is that spike usable and also is it possible to use positive negative to go in to a capacitor or indicator then switch it to close loop to power a load amd not calapse the dipole or use any energy from the battery because putting a wire on positive and one on negative puts energy in the wire then use it and switch back to replenish the cables while never calapse the dipole or use energy by way of chemical reaction in the battery it supose to be unlimited energy

[@MasterIvo]

not yet, but did see conservation of energy is no law.

[@daviddruz1562]

Thanks for the exceptionally intelligent videos. May I ask why you separated the top coil slightly from the other two? And if the top coil is flipped why does your circuit diagram not show south on both top and bottom of the stack of coils? Thanks.

[@MasterIvo]

tnx David Druz for the exceptionally intelligent questions ;) the north - south is related to the magnetic field of the center pulsed coil. the reversed coil is distanced to create an out of phase signal. (also that coil is counter wound to the center coil) To be able to add the voltages up from both coils the signals need to be out of phase. I think this is because we are dealing with standing waves at the resonant frequency.

[@daviddruz1562]

Very clear explanation. Understood. I watched all 4 of your videos again and am inspired to replicate your experiments! Would you mind sharing the make, model and source of your IGBT driver and IGBT? And do you recommend a particular diameter magnet wire for the CD-sized coils? Thanks kindly.

[@daviddruz1562]

Sincerely appreciated! Just ordered the driver. Do you post your experiments on the Internet elsewhere as well?

[@MasterIvo]

Yes I do, open-source-energy.org/?board=109.0 it is open to view for all

[@zaknick]

David Druz or Master Ivo, could you please post again the info on the igbt driver? Somebody is erasing comments!

[@warrenkeillor9034]

Have you revisited this line of experimentation? I wonder about having more storage capacitance, and have been working with pancake coils as well? Keep up you videos Thank you Warren Keillor

[@MasterIvo]

yes I have been experimenting in this line, and advanced it. I now re use the inductive spike impulses to amplify the series resonance. See my Radiant half bridge circuit videos

[@1272-f9v]

To get even more interesting effects, you should use unidirectional impulses in nanosecond range or even shorter ones. ...Effects are possible only with very good sudden interruption... And hope you're transistors switches will survive the environmental answer ;) ...near bye metal objects will act also strange.

[@gskempe9]

There is certainly a voltage gain however is there a power gain at the point where you measure the 950 VDC? Have you put any kind of load on the 950 volt point source, like a 100k or greater resistor, to calculate the available and deliverable current? By putting a .5 ohm or less, resistor in the input side you could measure the input voltage and current and compare it with the output voltage and current and calculate the power factor. A calibrated scope would be the instrument to use when making these measurements. Nice work regardless. Respectfully, Steve

[@MasterIvo]

+gskempe9 no, there is no power gain, YET. Im working on that. I found out the back EMF of the dc pulsed coil can be injected into the resonant coil. this gives a different kind of resonance. the sine waves from both resonances can then be added up.

[@janbrage6628]

yeas, im also interested to know the input w effect and the comparison to the output w effect

[@MasterIvo]

this old circuit doesnt produce power, it only provides high voltage. BUT: I just ran a (working) simulation of my new design, and I am building the new circuit. if it works kno promises) I will provide a video with input and output DC power measurement. It's radically different then this video shows. It's still a work in progress.

[@thecharlygroovework]

anyway if you are not getting any power gain or amperage gain your voltage gain is huge so if the entering amperage is the same than the output amperage you are also geting a lot more energy than the initial amount? am I right? (I mean in watts)

[@frederickburgess7104]

Sir Ivo, I am thinking that if you tune one of the coils at resonance to be exactly 90 degrees out of phase with the other then you will have the resonant current of one coil in phase with the resonant voltage of the other coil... This I believe would give you a power gain at the output... what do you think?

[@MasterIvo]

That was one of the first things I thought and tried, Frederick Burgess. But that is based on traveling waves. The resonant frequency is a standing wave. It behaves different. Max power is at 180 degrees. Its Pure dielectric voltage. In a standing wave there is no classical current.

[@frederickburgess7104]

ok. I understand. However, how do we indentify the nodes and the anti-nodes for these waves. can these points be determined by the osciloscope? Reason for asking is that a standing wave is a reflected wave that interacts with itself forming nodes and ani-naodes at specific points on the coil. If that specific point (say anti-node) on the coil has both a maximum -ve and a maximum +ve at the same instant then the resultant voltage that the osciloscope will display is zero (0). Of course, reversed diodes at that point (as shown in your schematic) will reveal the energy intensity coming from that point. But how do we idintify that point in the fist place?...This is one of my challenges thus far. Maybe you can shed some light.

[@MasterIvo]

the nodes are set by the frequency. I only use the resonant frequency, with the biggest (sine) voltage rise. I shift a node by grounding one end to earth. the other end then becomes a anti node. (and I do this with 2 resonant coils, creating out of phase anti nodes, giving maximum voltage). the anti nodes are out of phase on the ends of the coil (inside or outside connection) So you dont even have to flip and distance one coil(!) just ground the right ends.

[@MasterIvo]

In addition, I dont use the node where the scope reads 0V, that node is grounded. I use the other end where the maximum voltage is seen, as the sine wave that appears at its resonant frequency. the diodes rectify both halves of the sine wave and feed them to the capacitors. Hope this answers your question. feel free to ask more.

[@MasterIvo]

a capacitor(lets say the positive) gets a half rectified sine at one end, while the other end is connected to the 180 degrees out of phase not rectified sine wave. this gives the maximum voltage difference in the capacitor. this is also true for the negative capacitor.

[@r.michaelcomstock5606]

forgive my ignorance Master but I've only been learning about electronics by reading for about the past few weeks. But a thought crossed my mind that if a wire was made that progressively got bigger or actually thicker, would not the electrons speed up as they went I.E. less Resistance? and would this increase the potential energy you could produce in the Bifilar coil? I'm not sure exactly how this would effect it but curious if with your knowledge of electronics if you had had thought of such construct and how it might effect the power generation?

[@MasterIvo]

interesting thoughts you have. keep in mind, the "electron" isn't a particle, but it's the termination point of a dielectric field line on a conductor. power comes from the in phase product of the dielectric and magnetic fields, or voltage times current. So: more voltage more power. more potential more power. more pressure more power. it has more to do with the concentration of dielectric field lines (pressure, voltage) than the speed. speed comes in when the fields transform into each other, and is constant in a medium.

[@r.michaelcomstock5606]

@@MasterIvo interesting, so in reverse does that mean a wire that gets progressively smaller creates a focused pressure like the point of output you talked on another video.? maybe there is no advantage to the gradual decrease of the wire to pressure the power. It just popped into my head when I could not sleep after I had watched another video on the theory that pyramids in Egypt were large power stations that the energy focused at the top. Anyway that aside I was trying to figure if a similar concept would be of any use in power transition in the bifilar coil as a power amplification. still I'm trying to learn at an older age and find it hard to learn new things lol, but thanks so much for your time helping me understand a little better.

[@MasterIvo]

not sure what happens exactly with a wire that becomes smaller. more dielectric lines of force terminate in a smaller area resulting in more heat losses (resistance). I'm also still learning. the universe is a magnificent place :)

[@ESyren]

awesome. from a MOT with shims removed, i can only get ~450V from secondary when using 12V pulses, removing DC bias with cap, on primary when pulsed at resonance(~20KHz); the higher frequencies of those pancakes mean higher energy. i wonder what power you can draw, may have to retune input frequency with load attached.

[@MasterIvo]

power from resonance happens when impulses are used. look at my later work (start at "Radiant power..." video of april 2019)

[@ESyren]

@@MasterIvo i will certainly check it out, i know of this, you may throw a bifilar pncake coil on induction cooker and run lights and whatnot with same, and supposedly excellent for halogen lights/heaters. see the gegene generator. i've confirmed does not work with ordinary pancake coil only the bifilar i've, confirmed this with induction cooker that will not sense/run until a load is hooked to output of bifilar. the MOT i was babbling about is fed to a cocroft V multiplier then a marx generator for those true impulses, not pseudo(square wave) impulses used for input to MOT; have to retune input to ~2KHz(1/10) when output hooked to voltage multiplier circuit, you can hear MOT make sound when resonance reached.

[@MasterIvo]

thanks very interesting that the sound occurs, could you make a video of that?

[@timothypb]

At 8:58 it took a half a second to charge the capacitors to 950 vdc. That is insanely great--almost free energy device here we come.

[@MasterIvo]

Amazing indeed :)

[@MasterIvo]

yes more copper and more windings, would create a bigger dielectric field, resulting in higher voltages. Another way: I think the voltage of the input pulse would need to get higher, so the output voltage also would be (around 72 times) higher (than the input). The energy stored in the capacitors is related to the capacitance of the capacitors, and the squared voltage. So simply, more voltage in, is more voltage out, but the output is squared (10x10=100 100x100=10000 1000x1000=1000000). I'm not sure, but i think the voltage pulses can have a very low current. Offcourse, this means a new setup, with high voltage diodes and capacitors. I did a test with a 19vdc pulse, and the voltage went up to 1500Vdc in the caps. but the energy stored, is related to the square (1500x1500=2250000) see where this is going?

[@MasterIvo]

I could also use the Super caps, in series, to get a higher voltage rating, at the cost of its massive capacitance. but to get a 7500V rating, I would need 3000 caps(!) the 1 Farad will be 1/3000th =333uF(series connected) then the energy would be 9375 joules. input voltage would be around 105V

[@dianathompson7597]

Have you produced a wave that cannot be shield out by a fariday cage? That would be a great demo.

[@MasterIvo]

I have had one person who replicated the circuit, and did just that, and said it works. So you can try for yourself.

[@dianathompson7597]

@@MasterIvo I no some might say it is a herts wave so that demo would rule that out for them. These are great examples you are showing already.

[@MasterIvo]

They can say is a Herz wave. But it clearly isn't :D

[@mucitd9706]

did you measure your current

[@MasterIvo]

no, but it was fairly low, else the caps would have filled faster.

[@mucitd9706]

​@@MasterIvo the important thing is to increase the current you can try high voltage

[@MasterIvo]

@@mucitd9706 Already working on a 3400V project, using impulses to amplify current

[@kenb4849]

It seems that the dielectric field of the bifilar coil has an equal voltage between all windings from the outer to inner and magnetic field lines all rotating in the same direction around the wires to create a cohesive mag field between the top and bottom sets of windings, what would happen instead of doing the bifilar connections in series, you did them in parallel? It would be a very different configuration, but maybe an interesting comparison to demonstrate the value of a regular bifilar design.

[@MasterIvo]

You are learning fast Ken B! if the windings were in parallel the wire resistance would drop. But there would indeed almost be no voltage difference between the windings, so the dielectric field would be weak. the resonant frequency would be much higher.

[@cessnapix]

I am still not convinced that the magnetic field is rotating. I believe it becomes a static field??? Any thoughts? How can this be proven.

[@MasterIvo]

Great question. For me all fields (magnetic, dielectric or other) are Aether fields. Very little is known about the Aether. Nikola Tesla used it and called it Radiant Energy. Much is still needed to (re-) learn. So if the field is in motion, what is in motion, what makes up a field? In Gerry Vassilatos book "Secrets of cold war technology", he talks about Mendeljef's perioduc table, and his concept of ultra rare gasses even before hydrogen. This might give a clue.

[@aaaflooddrying]

You need to install an adjustable cap on all 3 bifilar coils. Between your windings on each coil. Then retry. Should be big difference😀

[@MasterIvo]

aaaflooddrying I would but the coils are already tuned

[@aaaflooddrying]

Sorry, but it might make a big difference. Add caps between winding then retune.

[@aaaflooddrying]

Really meant sorry, that didn't sound the way i wanted it to. Your doing great work. Just trying to offer info another poster discovered.

[@MasterIvo]

aaaflooddrying tnx I'll look into it. If i understand correctly, in between the two windings of the bifilar, a capacitor.

[@MasterIvo]

aaaflooddrying I just tried adding 120pF parallel with the resonating coil. the resonant frequency went down as expected, but the voltage went way up. Interesting!

[@normalhuman428]

Change the caps to something closer to 1000uF and use a 12V rechargeable battery as the power source for the pulse. Determine the ratio of the energy used to the energy stored. With a bleeder circuit, re-charge the original battery. If there is any energy leftover in the caps to recharge a second battery, you have something extremely useful.

[@MasterIvo]

wont work. circuit is only resonant, resonance has no electrci power, UNLESS you impulse the resonant coil. I how this working in my april 2019 radiant power video

[@normalhuman428]

I hoped there might be something; but intuitively not wholly sold. The bifarly coil must have much more capacitance to resonate anywhere near power levels needed to transfer useable energy. Remember, if you add all the energy in a closed circuit vs. the voltage and current in TIME, you realize that the energy must come from the 'ether'

[@mworld]

Producing voltage is one thing, producing amps is another.

[@MasterIvo]

correct. producing amp and volts in phase is shown in my april 2019 Radiant Power video

[@uldymuldy]

peculiar , when to deal with radiant energy it is necessary to grow a beard. trying to repeat your experiments I will try to follow you. Wonderful! so keep going!

[@MasterIvo]

Yes, a beard definitely helps ;)

[@brochiggins]

Try using 7 bifilar coils oriented and based on the chakra system polarity configuration. Merkaba science. Maybe even coil the bifilar's in a cone-cone, cone-pyramid, or pyramid-pyramid configuration either point-point base-base, or both. (it probably needs to be both to get the proper polarity flow) Use cone and pyramid bifilars as the 6 chakras other than the heart position. For the heart position utilize a Large bifilar with + and - load leads emanating from the center of the heart. Root, heart and crown oriented with vortices going vertical and the rest horizontal tying the third eye coil - spleen coil, throat - solar plexes, and Root to crown. 3 circuits; a ground (female), an atmosphere (male) and the 3rd is the load (heart, spirit) area. How humans really harness energy. Combining Tesla's radiant energy atmosphere circuit with human energy design. The heart axis may be inverted 45%. And base the whole system on Vortex math and Beta frequency, specifically 30 hz. Just an Idea.

[@timothypb]

Here is the PDF of your schematic: www.docdroid.net/8usYXDQ/950vdcfrom12vdc-teslabifilarcoilsmasterivo.pdf.html

[@aldebaranflash2663]

top job

[@JohnWilkinsonTesla]

I would think the would exhibit virtually no magnetic field. A regular coil has a multiplicative effect on induction and bifilar coil has zero effect or divisive effect on induction. It's the induction which creates the magnetic field. The purpose behind a bifilar coil is capacitive.

[@MasterIvo]

+John Wilkinson I agree the purpose is capacitive. It has a strong dielectric field between the windings, and at its resonant frequency also outside the coil.

[@gordonwelcher9598]

Study these profound concepts: Peak, RMS, Power Factor, Reactance, Q, Duty Cycle.

[@MasterIvo]

I juat dove deep into Reactance and learned a lot. reactive of a resonant system changes depending in the phase angle. because an empty capacitor has low reactance, and a charged coil has low reactance. this brings interesting opportunities for charging a capacitor for free. the only need is to supply a high opposing voltage to both the discharged capacitor plates, without a current supply. like when using AC flyback transformer.

[@gordonwelcher9598]

@@MasterIvo I am glad you found something useful. Another thing is power factor. It concerns the fact that a reactive circuit has a different power than a resistive circuit. Multimeters do not respond well at high frequencies. A true RMS type is needed to measure odd waveforms accurately. Good luck in your endevours.

[@MasterIvo]

@@gordonwelcher9598 I know, I have learned much since the release of this video, it was years ago!

[@danregep4646]

Instead of explaining on the real circuit a better way would be to have a schema. It is incomprehensible to imagine the circuit with all those floating wires.

[@mic12345687845]

but with an quadrifilar pancake...

[@fxphenix5162]

In the not so distant future...I will come visit you. And make you an offer of employment to work with these things and help me change the world 🌎!!! You can name your salary... 😉 (dont even start negotiations below 150K usd per year). This is not a joke, just long-term advanced notice of interest in your employment. KEEP UP THE GOOD WORK, IMPORTANT people are watching 👀 👍

[@MasterIvo]

:) I might employ you

[@fxphenix5162]

@@MasterIvo 🤔🤷‍♂️ Fair nuff... but i DO have a business management Degree, in addition to having all the rest 😅 🙃 🙂 😉

[@MasterIvo]

@@fxphenix5162 That's a good thing.

[@fxphenix5162]

@@MasterIvo ok got it, thanks, will send an email soon.

[@icebluscorpion]

Your logic ragarding of the pols is stupid. If the Compas shows you south then it indicates to magnetic north and vice verses. Opposite pols attracts and same pols repell you know that, right ? You have exactly the opposite setup of what you said and showed it with the Compass

[@MasterIvo]

its an old video , I learned a lot since then