thanks !

​@@MasterIvo have you considered that resonance is also a quality of sound? When I was experimenting with tuning forks I noticed that a tuning fork will resonate with a frequency that matches its tuning, or any multiple thereof. Would you consider experimenting with your system to see if multiples of the primary coil would resonate with the secondary? I am interested in the potential results, unfortunately, I don't have a system as articulate as your system is.

Thanks! We shall see.

Dear Donald L. Smith gave us everything he wanted to share in fact the test instruments and simulation softwares are not designed for this part of EM and Scalar waves (dielectric induction) . To summarize Don's technique 1. Store very high DC voltage in an electrolytic Cap bank that can be done using a ZVS a flyback tfr and a high voltage diode to produce high DC voltage to be stored in a cap bank. Use low value of cap but 2x the voltage you wanna store in the cap bank. Low value of capacitance will help in fast charging of the cap bank. It is must coz your rate of pulses should be minimum 2 times less than cap bank charge rate. 2. Now use spark gap or Master IVOs circuit to discharge that electrolytic bank through an LC tank circuit . The capacitor of LC tank circuit must not be electrolytic rather a ceramic or tantalum. That will produce very high ringing voltage. Use master Ivo's driver circuit or spark gap's gap to get high voltage spikes at a suitable frequency. If your coil's wire length is exactly equal to wavelength of that frequency then you do not need those tantalum capacitor. Your coil will be tuned and resonate at that frequency. Parasitic capacitance effect will be negligible in that case but it all depends upon if you use pancake or spider Web coils which have less parasitic capacitance. The choice of wire is also important. Do not use very thin wire to avoid skin depth threshold limit and Do not use very thick wire to waste extra material that is more than the skin depth at that frequency. Secondary CW or CCW pancake coils must identical in case of Don's Smith secondary coils where he connected inner ends of both coils to the ground2 and outer ends to the output. But if you use the outer ends to the input if a full bridge rectifier then one of your coils whose CW or CCW convention is same as that of your primary coil , make that coils inductance 2x of the other coil or 2x lower. This is very important. Let the resonance play rest of the game. Due to this high voltage and current you can use some part of it to be rectified as DC but then voltage and currents will be drastically reduced. Always use two separate grounds one for primary and other for secondary.

PLL Phase Locked Loop comes to mind. But esp32 with sensors and a decent program should also work.

@@MasterIvo Appreciate the answer! I'm newer to electronic engineering in general, but your content is super enthralling

Interesting... You know six pyramids make a cube/ box. I wonder if it's similar to my device.

Much appreciated

Thank you!

Thank you! Cheers!

My pleasure!

Glad you liked it!

I am very interested in your comment on Ivo using even or sub even harmonics. Can you please explain to me how these harmonics can create higher voltage and current. If there is any source material that I ypu know of would be helpful as well. Thank you.

I'm not interested in particle physics. I am fusing the fields

@@MasterIvo when it comes to a water powered car. the energy is being made in a reactive component (capacitor gap) all in the inventors writing he repeats particle oscillation as a energy generator.. the particle oscillation spoke of is reactive energy in the gap reacting with charged particles. so although you say your not into particle physics.. but what if it evolves around reactive energy! the is 2 means of reactive power from water.. electrolytic and dielectric. charge particle migration toward electrodes and dielectric polarization.. Love your videos!!!!

Glad you like them!

I'd like to brainstorm with you on something. But this isn't the setting I'm looking for might you have an email to contact or discord. Ever find much interest for piezoelectricity??

You might need to find a better replacement than the paper. Ofc the coils are bound together with some of the other options. silver is my go to for wire much greater results using it.

The proportion of the coils and the source are my keys for resonance. Piezoelectric crystals are very predictable. As are the sizes of the coils. The load also stays the same in the device the ways you collect it affects the output.

I like you have my own ideas sir. And like Nikola Tesla I to admire anyone with their own ideas. ♾️🙏🏼 Ones that make sense anyways lol. Some people live in a fairytale land I do not.

Glad you liked it!

its the HCT version, which works with wider voltage range, this way I can use it with the TL494

Noted. if it is intesting I will show it

@@MasterIvo cant wait to see it, Master Ivo you are incredible person! Keep it up

Hello there!

1 no 2 which and why? 3 square wave on the high current coil is 80ns impulse of severeal hundred volts combined with th3 capacity 4 I do not understand the question I use earth ground on the output coil only, which is tied tonthe copper water pipes of thr street

Really? Can you post a link or tittle? would love to see that

It would be hard to capacitive and inductive couple.

drive that with RF NOISE

This is probably one of the most informative videos you’ve posted, very much appreciated! I’m sure I’m not the only one working on this as well, I know they are excited, haha

Thanks. Push pull, is like the half bridge circuit, which drives the primary of the high voltage ac transformer (black box)

I dont know

Yes, I'm thinking about putting copper tape on the clamp mouth and earth grounding it, but that will probably still give problems. But it is a way to look at the displacement currents!

@@MasterIvo for now it's a good lesson for where to clamp the meter, i.e. to probe the current at quiet places near outer edges and low ends of things 🤷

I don't see how that would work

yes the waterhammer, no I could not integrate it

discovering, sharing, explaining. The goal is free electricity second goal is field propulsion third goal is electric health benefits.

I wish it was that easy, in theory there is potential power available in the fields, but it is not yet powerimg a load, so more development is needed

it is possible in theory , but the capacity needed is so big that it isn't practicle. I now adapted a switched capacitor tuning board with its smallest capacity being 10nF. In fact It needs 5nF. but often air capacitors are max 500pF. so that is to small.

@@MasterIvo Yes okay, I understand. I purchased a 2000pf, but I figured it would be good to fine tune near the end of tuning once you are very close with other added parallel capacitors. Great work sir.

@@fernandogigliotti2299 thanks, yes that makes sense, as a final finetuner

The fields are in the same time and space, which is essential

de Q factor en inductiviteit veranderd, omdat de pan energie wegneemt van het wisselende magnetische veld van de spoel. dus er zal een auto tune circuit inzitten. ZVS is daar perfect voor.

ah I tried making a choke, to limit the magnetic current, but found the square wave method works easier

I heard of it. Medical devices. it's interesting.

no, I need a pure resistor , not an inductor or a capacitor as a load .

why people do not use easily RF NOISE driver :)

Nothing so far.

I'll have to look it up, it was a small webshop from Austria

@@MasterIvo I found a 15kV AC Flyback Transformer High Voltage on ebay from a shop in Austria. Thank you Ivo!

@@JochumTed flyback has a diode and doesn't give ac but pulsed dc!

@@MasterIvo Okay, thanks for the heads up.

are u living in austria?

tried that years ago. in theory the magnetic field would be stronger on one side

Yes, when electric systems are tuned to the same frequency they do that also

Audio frequencies are the initial portion of Electromagnetic spectrum the higher you go the same principle is repeated but with different input and output transducers. e.g in audio range you produce sound with striking two objects, tuning forks, musical instruments. Then in electrical systems you produce sound from a transducer like speaker. But in Radio frequencies your sound is transmitted carried over radio frequencies (modulation) and then received by a radio receiver demodulated into same audio frequency and played by the radio sets speaker. I miss Sir Nikola Tesla and am his great fan. He once said these beautiful words, "If you need to know the secrets of the universe, think in terms of energy, frequency and vibration. " And he also said that which is so unfortunate due to obvious reasons, "No free energy device will ever reach the market."

@@qinaan I feel you're confusing the medium. Audio uses air. EM uses the Aether to vibrate. frequency is periods per second so infinite. Yes everything is vibratimg energy. the whole universe. we need free electricity for the people, the market will adapt

​@MasterIvo just hijacking this thread here, why is it that the only people I see referring to the emf needing a medium of transfer is electrical engineers....

@@jumpinjaxs because a wave is not a thing, a wave is what something does. The water is waving. So what is waving with EM?

Learning what can be done, with the goal of free electric power

still in research mode, working towards power generation

never

It might work, not sure how that will interfere with the magnetic current reading

Thats Why I have chapters.

kzfaq.info/get/bejne/eamFitZhl66vj4E.htmlsi=luuCHWHsLLlE1qtx

I am working on building a vacuum chamber, to show field propulsion

@@MasterIvo Nice.

open source research into free electricity generation

www.youtube.com/@tarielkapanadze9356

Is Tariel Kapanadze

Also resource channel www.youtube.com/@tarielkapanadzeresourcecha7972

I am aware of this. so close yet still so far

on my desk

learning step by step