Testing the Coil Capacitor

Рет қаралды 4,137

Күн бұрын

These first few test with my coil capacitor show a strong amplification of the resonant current.
Correction 1 of 2:
4:10 should reference to the November 2020 video, instead of 2021.
This is the video link:
• Radiant Half Bridge Ci...
Thanks Dave, for pointing it out!
correction 2 of 2:
5:06 The L2 tuning capacitor is 61nF not 121nF
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Пікірлер: 64

@MasterIvo 2 жыл бұрын

Correction 1 of 2: 4:10 should reference to the November 2020 video, instead of 2021. This is the video link: kzfaq.info/get/bejne/mZiPpa6UnNmsd58.html correction 2 of 2: 5:06 The L2 tuning capacitor is 61nF not 121nF

@mikewalsh511 2 жыл бұрын

This gets more exciting with each video.

@MasterIvo 2 жыл бұрын

Step by step getting closer to the goal

@redfishervictoria 2 жыл бұрын

Great work!

@MasterIvo 2 жыл бұрын

Thanks!

@SteviusMaximus 2 жыл бұрын

Brilliant! Absolutely love your work, thank you for sharing this with us.

@MasterIvo 2 жыл бұрын

my pleasure

@alocin110 Жыл бұрын

Hi Ivo, good day. I have been watching your videos for quite some time. Sometimes I see the parameters written on the coil, such as 0,72mH, and 20pf, those I assume are the inductance and capacitance of pancake coils. You do give us the values of capacitors, externally connected in series resonance and sometimes. I would suggest to share with us the inductance of the coil so when we try to replicate your experiment we stay close to your design. Thanks for all your wonderful sharing.

@jamesnolastname620 2 жыл бұрын

Good video

@MasterIvo 2 жыл бұрын

Thanks James

@bringer-of-change Жыл бұрын

The Resonant Voltage and Current Phase relationship diagram triggers my brains visual matrixing. It definitely reminds me of a tesla valve. I've been into electricity for a long time but havent been able to find anything about this aside from Theoria Apophasis who does an awesome job explaining how these things work but doesnt actually show as much demonstrable hands on work like this.

@MasterIvo Жыл бұрын

My first intentions when I started making videos, is to make the hard to understand words of eric dollard and Ken wheeler understandable, by showing how they practically work in real life.

@juanmf Жыл бұрын

Seems the pulse was working better with the amps when activated on a negative slope, rather than on zero slope(min). I guess it’s because the ascending amps part was competing with half the pulse?

@zdenekbreza3770 2 жыл бұрын

Hello. Sorry for my english. I try to use analogy. The best moment for pushing pendulum is when potential energy is at maximum (pendulum is not moving, kinetic energy zero, pendulum is at the highest point of its trajectory, just before swing back). When the pendulum is pushed in the lowest point of its trajectory (zero potential, max kinetic energy=current) it is speeded up a little bit (it might be the implosion of the current you noticed). Then you pushed the pendulum before it reaches its highest point of a rest at the point of maximum power generation. Maybe if you push the pendulum in the moment of its max potential energy the curve of the power generation will be prolonged and/or its amplitude magnified and the part of power consumption will be shortened or amplitude lowered. And maybe it might be an analogy for what you discussed with sk8pkl with time constants (when pendulum is at max potential point, there is not kinetic energy, current is not moving=no time for current in a capacitor, when at the lowest point - no voltage=no time for voltage in a coil). I hope I'm not completely out, I'm an absolute layman. This is good video (may come in handy) with very nice explanation of Tesla's mechanical oscilator and it solves similar problems kzfaq.info/get/bejne/Zr1deLiHzdfaaWw.html. Thank you very much for what you are doing and have a nice day Zdenek

@zdenekbreza3770 2 жыл бұрын

one more comment. it concerns the L1 coil and its smaller number of turns-that's why Eric Dollard uses only 1 turn (max 3 turns) flat copper strip of a primary coil.

@MasterIvo 2 жыл бұрын

Thanks, I agree, I have to look at all possibilities, since we still don't know all there is to learn

@zdenekbreza3770 2 жыл бұрын

@@MasterIvo Yes, yes. I have noticed that some of the greatest inventions in various disciplines (including electrical engineering) have been the exact opposite of how things are done nowadays.😃

@MasterIvo 2 жыл бұрын

exactly. And nowadays the magnetic field is well known, but the source if it, the dielectric field, is almost forgotten

@MasterIvo 2 жыл бұрын

yes, less turns makes for a faster higher voltage impulse

@josealexpop8332 2 жыл бұрын

Very good experiments and explanation, and thanks for giving the details, in summary how much watts you have at the input to operate the circuit, and how much it generates at the output, what practical gain are you getting, at what frequency do you enter resonance, thank you for sharing it

@MasterIvo 2 жыл бұрын

thanks, my pleasure. Good question, but its to soon for input versus output, as I even haven't connected the output coil (L4) yet. Input power depends on the settings, right now around 64 W, to get the 3kV, but it varies. I recently placed a 850 ohm 68W power resistor on the output L4 coil just for fun, and I was surprised by the smell of it heating up. Couldn't do a proper test, as I blew up a capacitor, but intend to show it all in the near future. Also have more to explain from what I learned meanwhile so that also needs to be filmed and edited. Luckily I switched to better editing software, which should make things faster. (DaVinci Resolve, instead of Magix pro X which is terrible)

@MasterIvo 2 жыл бұрын

@Alex Men Thanks Alex

@manishkumawat3939 2 жыл бұрын

Check if capacitor losses weight when impulse applied!!

@MasterIvo 2 жыл бұрын

Good Idea

@Gacha.Cupcake 2 жыл бұрын

Great job brother PayPal sent for a cup of coffee. You need it. So what is the conclusion at this point? Thanks

@MasterIvo 2 жыл бұрын

Thanks for the coffee! conclusion, high voltage electrostatic field implosion is needed

@sk8pkl 2 жыл бұрын

Hi! It would be nice to see if you can light some bulbs just by putting them in the field or just have some kind of reading of the field that these coils make compared to what normal coils could deliver under the same voltages. Maybe these put out radio signals or what not. Another thought... I know a capacitor "prevents" the variation of voltage through time and a coil does the same for current, but we can look at this another way.... Electricity in one way does take time for shooting a current through a coil (inductance + resistance) and no time for the voltage in that case, but in the other way it takes some time to charge up in voltage (capacitance) and the current... Well... We could say is not affected by the time constant. It seems like time rules everything afterall and maybe that is why the frequency is so important. Its just a thought i had at this specific momment. Hope it helps somehow! Thanks for reading!

@MasterIvo 2 жыл бұрын

Yes Time seems to be important, It is to be understood, there is something to it but what? And yes a load should be present but all in due Time

@sk8pkl 2 жыл бұрын

@@MasterIvo well... Maybe there is a certain constant like the electric constant that you can use with the resonant frequency that you get from your device and hmmm maybe find a magic voltage/frequency/current. The lamore frequency maybe? EMR for electro magnetic retardation constant? I am not a mathematician and i dont know what im talkin about really, but i know enough to have the impression that ... Maayybbee? Lol i hope it helps.

@MasterIvo 2 жыл бұрын

understand the magic that's what I'm after

@Gacha.Cupcake 2 жыл бұрын

Did you make a NEW PCB or is it the same PCB as before? I cannot tell from the video? If you didn't a new one, can you share the details please? I see a black section with wires to it on top of the one side of the new setup

@MasterIvo 2 жыл бұрын

Its the same pcb as published (radiant half bridge), but used as a single series switch

@igormajer2052 2 жыл бұрын

Hi Ivo! I've seen all your videos so many times and I still don't understand why you made inductive coupling between L1 and L3 bifilar coils? Is the mutual action produced by back EMF inductive spike of L1 and discharging of the coil capacitor the case? That remindes me on experiments with spiral coils I've made 15y ago.. Setup consiststed 4 spiral coils connected in series and in close proximity divided by thin mylar insulation foil. Main reason for this arrangement was stronger mutual inductance and larger coil capacitance than in standard spiral bifilar coil. Capacitor was connected in series with the coil and coil was pulsed with 12V 50% duty cycle square wave through the diode. With proper frequency analogue scilloscope screen showed increased voltage in sine wave as expected. Than I've connected L1 and L3 in series before capacitor and L2 and L4 in series after the capacitor in same coil arrangement. Reason for that arrangement was canceling inductance between coils by oposing magnetic fields. Oscilloscope reading stuned me! CRT display screen was completely lit! Screen mangification of the signal showed that voltage was so high that it could not fit in screen. So if magnetic field is canceled in coil how is possible that voltage rises that high? Your input will be appreciated! :) Thanks in advance! BR

@MasterIvo 2 жыл бұрын

Hi, good question. I showed this in this video kzfaq.info/get/bejne/iuBdqshpmLPSgWw.html the bucking coils compress the magnetic field, as their poles are opposing. It is like a spring, once the switch is opened, the spring is released with much pressure, which translates to high voltage. My L3/L1 Idea is to create constructive positive feedback loop. the displacement current from the l2 l3 capacitor discharge, amplifies the current of L3. L3 is inductive coupled to L1. so L1 "feels this" But L1 is in series with L2, so L2 is also influenced which closes the loop. but the loop also runs the other direction. L1 induces L3, and L3 induces L2. Most of this is playing around and discovering what is possible and what I can learn from it. What I learned is that I can phase shift the L2 L3 sine wave this way. this means I can tune the impulse to the resonant power maximum, which brings the balance of power out of its zero point (pos and neg power are zero together, in resonant mode).

@matthiaskossidowski2651 2 жыл бұрын

merchandise would be IVO/ USDT --> Ivo Coin :D or Tshirt with the pattern of your carpet :) But couldnt you sell the mosfet switches as merch could you?

@MasterIvo 2 жыл бұрын

yes the mosfet switch would be the best option

@m3sca1 2 жыл бұрын

awesome. how is the phi ratio worked into the dimensions

@MasterIvo 2 жыл бұрын

I showed that in an older video, the inner and outer diameter are based on the pentagram inner and outer circumference, which is Phi ratio

@m3sca1 2 жыл бұрын

@@MasterIvo thanks

@woutermol84 2 жыл бұрын

Hoi. Ik volg je kanaal al een tijdje. Ik zag ooit een systeem om kapotte lood accu’s te repareren met hoge spanningspulsen. Dat werkte met een spark gap volgens mij. Misschien is jouw circuit daar ook wel voor te gebruiken? Geen idee hoeveel vermogen er uit komt. Zou een leuk bedrijfje kunnen zijn

@MasterIvo 2 жыл бұрын

ja klopt, daar zijn diverse bedrijven in, je kan dat ook met spoel ontladingen doen zoals ik die gebruik. Maar ga wat verder dan alleen impulsen maken.

@ricerob 2 жыл бұрын

In Tesla's by flyer coil patent both conductor's were in the same plane Your conductors are in two different planes

@MasterIvo 2 жыл бұрын

yes, on the picture of the patent, to make it clear, but read the patent, he states it applies to all kinds of bifilar coils

@ricerob 2 жыл бұрын

@@MasterIvo for what you're doing it might make a difference you have The capacitance and have the magnetic coupling

@michaelcre8 2 жыл бұрын

Yes exactly this. He will get resonance between the coils with coils like this. That resonance has a different frequency. With the way Tesla did it the resonance is not distorted by an additional resonance mode.

@elvistesla3179 2 жыл бұрын

What happens if you align your resonant frequency between longitudinal and transverse to a 1.618 ratio Ivo? This is just a question my intuitive sense makes me ask you. No real other reason. The observation that nature typically seems to optimally pressure mediate at the golden ratio is what inspired my curiosity about this. Just something to think about as you are tinkering around.

@MasterIvo 2 жыл бұрын

Not sure if I understand the question but; The resonant frequency of TEM (transverse electro magnetic) and LMD (Longitudinal magneto dielectric) resonant modes, seem to always be: LMD= 1/2 Pi TEM, So the LMD resonant frequency is always 1.57 higher than the TEM resonant frequency.

@iyoutome 2 жыл бұрын

@@MasterIvo interesting… 1/2 Pi would be 1/4 of the circle ie, 1 section of the cross/swastika… where there is 0’s at the cross ends on the circle of 60 repeating golden ratio series numbers… also I can’t help but notice that when you have the coils stacked that they are starting to resemble the Egyptian djed…

@MasterIvo 2 жыл бұрын

@@iyoutome yes the Djed! 1/2 pi is due to transverse being 90 degrees sideways to the propagation direction of the wave and Longitudinal being 0 degrees

@TrimTab87 2 жыл бұрын

For someone fascinated but clueless. What would a use case be for a completed version of this?

@MasterIvo 2 жыл бұрын

first it is for understanding Electricity once understood, it leads to Field Propulsion, and generation (synthesis) of Electric power. Commenly known as "Free energy" but that term is incorrect in my opinion, energy is recycled...

@TrimTab87 2 жыл бұрын

@@MasterIvo thank you grand master ivo.

@kleinerfighter-ka6677 2 жыл бұрын

@@TrimTab87 is it correct to if i say: if this will work: the current is playing ping pong with it self while doing this surrounding coils get be energized with this normaly wasted back emf phenomen who nobody realy knows from where they really are... this is absolutely stunning... good job Ivo thumbs up

@MasterIvo 2 жыл бұрын

yes ping pong and re using the energy, but also using that back emf impulse to discharge the field, and amplify the magnetic current field

@kleinerfighter-ka6677 2 жыл бұрын

@@MasterIvo absolutely interresting what you are going to do, if this works, do you know what you are then have done? I love this kind of stuff, but can't really do anything in this area, a multichannel scope is a must have for this kind of work. i don't have one :( however, is it possible to get in contact, because i have a spooky problem, can't find an answer for this, it's maybe OT just so far: i have meassured a peak voltage of nearly 30V AC with my Multimeter a very long period of Time on a peace of "Edelstahl", isolated with a peace of wood to use this as meassurement device / antenna, one probe of my dmm was connected to the steel the other probe was connected to "earth" also known as "PE" on my outlet. please any suggestions why i was eble to get such a high voltage over months. turned of the breakers in my living rooms, they was still meassureable... other strange things happened same time: Magnetic Filds was meassured up to 300 µTesla, with my mobile used the internal sensors in my living rooms :( another part of this meassurement was infrasonic waves always present again since 5 years before at 13,xx Hz. any suggestions on how to stop this or turning this off, would be nice. please how much energy / voltage would be needed to get 30 volt on a stainless steal salad bowl in the middle of the room and why?