You are on the right path im a retired electro-mechanical engineer. I am facinated by this subject and if we experiment and share our data we should be able to do ANYTHING. Keep up the good work. This is serious magic to the highest degree
This is the first explanation of Bifilar Coils that really explains them well. i've been researching them for a long time but no one ever really explained the how-and-why of how they work. outstanding, thank you.
Thanks. The dielectric field is where the magic happens, it's basically charged and discharged instantly with each impulse. creating a vacuum or pressure all over the coil, depending on the polarity of the impulse(s)
Hey.man that's amazing I get the same results, the only difference is that I use toroid coils instead. Basically I have a series of trifilar toroids, 2 channels connected same way you do, and all of the 3rd channels of all coils connected in parallel, and I can catch residual energy from the bifilar resonant coils, I'm building a larger model in order to see whether I can catch more residual than energy wasted on the amplifier. Great video
Master Ivo my friend is it possible to have a formula on how much coil i need to have a specific ''outcome'' ( basically 400 turns on my coil disc = this much of outcome ) Thank you so much for your Videos :)
@@antreasepifaniou5959 Not that I know of. Windings relate to inductance, but also to capacitance. Just use 10 meter 0.75mm2 speaker wire, and make it as I show in another video: ua-cam.com/video/ZKP9Bgpqa5E/v-deo.html
No formula has been calculted for this type of resonance yet. But le me tell you my findings, the more turns you have the more capacitors in series you can handle. Is it by far more efficient to array series of coils than having a big coil. Another good advice is that if you have enough turns you might be able to operate on the audible spectrum 20 to 20000 Hz. If your system works on that spectrum then you can operate with audio amplifiers which are cheap and efficient y comparison with rf amps which are quite expensive and low power.
Great video, it has the makings of Tesla's radiant energy collector circuit... I get the same results playing with an earthed and unearhted neon bulb... It is special for sure :)
Master Ivo, at the beginning of your video, you say that the series wound bifilar coil at resonance produces a dielectric field. At 14:20, you place your hand on the capacitor and its voltage rises quickly. In Don Smith's understanding of a capacitor, the dielectric field supplies the charge at the negative leg of the capacitor. Following this line of thinking, when you touch the housing of the capacitor, you are essentially providing a larger surface (your body) for the dielectric field outside the capacitor to enter the capacitor and supply its growing charge. Here's a question: Do you think it is possible to match a proper sized capacitor to the self resonant frequency of the swbifi coil to produce the most efficient LC ringing effect in the coil? And if so, how would you go about this?
The Bifilar series connected coil, has inductance and capacitance. so by itself, its a LC circuit (LRC if you the wire resistance in account). If you add capacitance (capacitor in parallel) or inductance (inductor), you change the resonant frequency. I never tried adding inductance. But when I add capacitance, the resonant frequency drops. If I place my hand nearby, I change the capacitance of the dielectric field, and therefor change the resonant frequency.
Thanks for your response, Ivo. I'll be more specific. I have a swbifi pancake coil and have attached an AV plug to the two leads on the coil. I believe this would semi-rectify the AC output of the coil (acting as an LC circuit) to DC pulses. The AV plug goes to a capacitor. I will get out my function generator and try to find the resonant frequency today. At this point, I may end up using a variable capacitor to see if I can match the AV plug's output to the capacitor in series with it. Any thoughts?
Av plug? semi-rectify? what's that? I use diodes (faster ones are better, but 1n4007 also work) to rectify. Also, I know the works of don smith. Beware, he is honest in not telling the whole truth and twisting facts.
Sorry for the imprecise terminology. Avramenko plug, which I believe is basically what you are using. www.google.ca/search?q=avramenko+plug&tbm=isch&tbo=u&source=univ&sa=X&ved=0ahUKEwiIzsT_-tvTAhXB6oMKHaOsAEcQsAQIJg&biw=1396&bih=691 I understand it as performing the same function as a half wave bridge rectifier, though I may be mistaken.
Ah thats a AV plug (not scart). Yes I use it. I call it a Y-diodes. yes a half bridge rectifier. Since the frequency is very high, it works better with fast diodes (uf4007)
Have you already told somewhere about your pulse generator & tuner? Those 2pcb's mounted together to sweep around ~630khz? I suppose its maybe custom-make, are there gerber files posted anywhere? This is soooooo excellently concise & on-point, props bruv!
The one wire effect is pretty cool to see on slayer exciter circuits too. I think all it took one time to put some charge into a 12v lead acid battery was making the AV plug and just putting positive to positive and negative to negative. It would charge with only a suitable antenna but much slower. The high frequency high voltage is always looking for ground I guess whether it's a true ground or virtual. Gbluer had some pretty amazing tests using earth grounds and tuned coils for capacitive coupling. Fairly large arrays of leds would be lit super bright from only the topload connection at something like 1.5v input.
you could calculate (from the coils capacitance and inductance) it, but I never do. I just change the frequency, and look for the maximum voltage sine wave. another method is hook up a probe (oscilloscope) to one end and ground the other end of the coil. then give the coil some dc voltage (builds up a magnetic field) and then suddenly take that voltage away. the coil will then "ring" at its resomamt frequency. if you record this and zoom into the ringing you see its resonant frequency. now you know which frequency to dial in. Just play with the coils and learn from them, they thought me more than any book could teach me. Open your mind, and your intuitive heart and you will know. Good luck!
Additional to the 50% voltage delta to the bifilar matched turn you slso have a 50%/N delta to the next winding. So on for all nearby windind DO include capacitance to all neaby conductors!
Driving the coils at resonance typically increases the coil temperature to a point of thermal runaway. Any chance you have thermal measurements on coil temperature effects as they are driven at resonance?
Hey dude, just a little point of clarification, The average total electric field acting upon a molecule or group of molecules inside a dielectric. Also known as internal dielectric field, so a electric felid is what you mean when you say a dielectric field ?
No, take a look at the Steinmetz series I made. The electric field exists out of 2 fields: magnetic field plus dielectric field. If both are present (in phase) electric power is present. This also is present in a vacuum, but a high dielectric material can help
Nice work; great explanation especialy of the dielectric effect. Question: suppose anode LED_1 is in parallel with cathode LED_2 and cathode LED_1 is in parallel with canode LED_2 would that eliminate the need for diodes ?
look up the RegenX coil from Thane Heins...and please could you explain how to build it ? Its similar to what you have here, it's just added a motor with magnets on it..
Although I have not built it, I understand that the purpose of the bifilar coil is to match (bend) the magnetic to the electric, so that they are at zero degrees to each other, instead of ninety, thus both run together. The second coil is to make a similar but opposite current, thereby the two elements of an energy circuit, without resistance, wireless, and cold.
I believe when you put the 2 coils back to back and the floating coil in between . you are creating a super North/ Super south . like in the bedini SG.
Sorry for delay. I do not get notifications for replies for some reason. Bifilar like quartz has properties of oscillation, capacitance, and inductance, the only thing it doesn't have is the piezoelectric effect really and less resistance. There was another video I had saved on a playlist that just removed itself in the past few days which was what brought me back here. That video featured two bifilar coils in series with interesting properties, like how you demonstrate the grounding effect here is not really explained. I am not sure why he removed the demonstration. Can I interest you in conducting a similar experiment to see the affects of dual bifilar coils?
Since you have your hands on it unlike me, who would need to build all your set up, one question: One of the main purposes of Tesla was communication. Have you tried to broadcast a radio signal through your set up and check how powerful the receiver is getting it? I assume the Bifilar, just like the Tesla coil would be broadcasting a longitudinal wave, and you could check that by placing your receiver inside a faraday cage. Also It would be interesting to see how far that transmission would go, since you are feeding 12 volts and the coils is multiplying it.
Tesla coil isnt longitudinal. Only if the primary is made to produce impulses, and the the coils are properly tuned. This tuning produces resonance and is what produces the high voltage. I haven't tried radio yet, bit I am thinking about how to do it. It should be very high in efficiency.
@@MasterIvo yes, it's longitudinal, specially when you use a bifilar primary. I've done it. And this guy here too: ua-cam.com/video/wjz-5Lqtxow/v-deo.html My guess is that pacake bifilars will show the same results. I'm on a trip right now, but as soon as I come back, I will build the set up to find out. People are into this wireless energy transfer fever, but let's not forget that communications was Teslas's main purpose in the beginning. And this is as much a revolution as well.
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!
The device is turned off , then you short circuit the capacitor multiple times and it “refills” ?? I’ve also seen that after you short circuit the capacitor the voltage rises again around 180Volt. What type of capacitor it is voltage and capacitance ?
I'm interested to know if their is any energy losses when the resonant cavity gap is increased over a larger distance? In effect: powering up garden lights with alternative methods:-) This could have disaster relief applications for helping those who need it?
Hey man. awesome. i have a Question: What is difference of dielectric field of the magnets and dielectric field of bipolar coil that in result, for giving power we need a rotation of magnet but not for bipolar coil. Thanks
not sure what you are asking, but; The bifilar coil has dynamic fields, and the magnet has static fields. Therefor to use a magnet, we must move it (make it dymamic). The dynamic fields of a bifilar coil can transform into each other. magnetic into dielectric and vice versa. For example, we connect the coil to a circuit, and provide it with a dielectric field (voltage). The bifilar coil will transform this into a magnetic field. When the circuit is opened, the magnetic field is transformed back into a dielectric field (voltage impulse) called Back emf / inductive spike. This very powerful impulse can be used to generate power, see one of my latest video's for that ("radiant power..." )
at 7:54 are the diodes actually sending "DC" from each half AC wave to the LEDs and that is lighting this up? I had the same effect when I pulsed a coil that was wound over an iron core. I put 2 secondary coils over the same iron core.Then I had secondary coil A with one open and and second end connected to an LED. Sec coil B had one open end and the other end connected to the LED. LED lights up even there is not closed circuit.
No the " insulation" is a dielectric, often better in storing energy it the dielectric field than air does. Tesla used guta percha. for his coil windings. A sort of cotten soaked in wax, wrapped around the windings. he also used oil as a dielectric.
Does this mean the LED*s are lighting due to dielectric fields being generated? that they light up "due to a dielectric current" instead of an electric current basend on electric induction from a cable within the power outlet? Like Tesla created wireless energy with his wardencliff tower :) ?
@@MasterIvo brilliant! thanks for this epic work and the answer, so at least on a layman's level I am able to understand / comprehend it :D ! and yes this is then of course a dielectric induction ! :)
I'm not schooled in classic electronics and engineering, so im newb... Question: 1. WHY isnt dielectric feilds affected by impedence or resistance? 2. Why isn't the wire coatings (rubber or poly urethane or whatever) GETTING HOT from the electrical current generated by the dielectric current generation from the gaps between the two coils ...? That wire coverings are the 1 object within that space where the whole action is happening... Please explain, thanks 😊 🙏 🙂
@@MasterIvo I think since i obviously need to study Electromagnetism more, i will study it with dielectric fields in mind as well... Thanks for enlightening me, answering my questions, while simultaneously filling my head with more... 😆
@@MasterIvo Next question -- Is it Absolutely necessary that the 2 sets of coiled wires are insulated from each other in the coil plate? And only touch where you want them to...? Could you speak on this matter please, or refer me to a pre existing video for further understanding and clarification 😅
a bifilar pancake coil is acting as a plate of the hV capacitor. I guess it can be a regular pancake coil. not sure, I need to experiment more and learn from it.
Hello Master , in your more recent video you mention that the outer connection is always negative whilst at 1.41 min you mention it as positive . was this just for demonstration purposes for the capacitance or is it set up different?
The key is to have the inside rim resonant (sine wave). the outside rim stays stable in voltage (except for the impulse passing through). It can be possitive 500V due to the offset.
I have a interesting question what if that capacitor is composed of diferent materials? ore if it is conected in the midel with ground ore metal makeing it a 3 layer capacitor? how does a polarized and non polarised capacitor interact with that subject . How does that coil and capacitor interacts with insulator does they tend to brake down?
what about the coil IS the capacitor. 2 pancake windings forming the plates of a capacitor. 3 layers is making it series. (less capacity but higher voltage rating)
@@MasterIvo well most of my trobel begine useing plazma ignition honestly the electric motors and alternator have their minde of their own and the baterry behaves rather diferently the normal I ques. So my bigest problems are the baterry and aperantly fast break down of brushes on my electric motor/alternator. I belive those coils work best on a blushles motor. And aperantly that staff interacts with the internal voltage regulator on the alternator. Cut in short the baterry is not fried like normaly peopel see it hapening by over ore under charging. Prity much unique effects.
Because the electric field, consist out of the magnetic field AND the dielectric field. This is according to C. P. Steinmetz who layed the basis for understanding electricity. Today in schools this is not thought.
is there any difference to the pancake, if you make a bifilar solenoid? 2 wires side by side (helical) over a pipe. Cut one wire in the middle and then join that to the end of the other wire. So the open ends are at middle and at one end of the solenoid.
The goal is to achieve a distributed voltage difference between the windings. So 2 parallel windings (speaker wire) over a pipe, and then connect the beginning of one wire to the end of the other wire.
The third wire on your outlet, if you have one. In most countries, they don`t use a ground wire. I guess they don`t see the needs for it. Remember, Phase, Neutral & Ground.
Thank you , please tell the things that I mention are enough or somethings missing 1.speaker wire 2.series connector 3.battery 1×AAA 4.battery holder Something else? Please tell
Great ,thank you but others are using transiators and resistors why ?And is it necessary to earthen it. And someone told me that the transistor through the dc pulse creates a magnetic field please help .
resonance. It has a little bit of power, when the fields transform into each other, dielectric into magnetic and vice versa. look at the phase lag between the fields. when one is zero the other is maximum. but in between, there is a bit of both. when both fields are present, this is electric power. But there is not much of it.
I'm confused. Where is the mystery? I did the same thing with a crystal radio fifty years ago. The single wire is an antenna ( directly connected to the transmitter, I may add) the rectifiers and LEDs along with all or the connecting paths form a close loop in one direction and an open path in the other direction ( as rectifiers tend to do). I would hear the local AM station all those years ago. You replaced my headset with LEDs. You wouldn't be surprised with your results if you replaced one of your LEDs with a coil of fine wire, because you would immediately see the coil as an antenna. Well! the traces and the inter connection of the LEDs form a very poor, but nevertheless sufficient antenna, when you are directly connected to the transmitter.
this video is 2 years old, learned a lot since than. Here is the magic: ua-cam.com/video/1Flj1i0zQ-8/v-deo.html showing Nikola Tesla's radiant energy at work lighting a 28W lamp, by my solid state hairpin circuit.
Very interesting again! Can you use that energy in the cap for ON DEMAND energy sources to power appliances or anything useful at this time? My efforts and beliefs are in decentralization of energy, water, gas and any other "shared" utility. Sure, this will not be in the interest of some businesses, but they always find other ways to get you dependent on them. Remember "long distance" charges? This is good material.
No this setup is is powered from resonance where the voltage and current are out of phase, so there is no real power in this setup, only voltage, but no current. In my latest video, I do have power.
Very well done. Here some advanced concepts to consider. What happen if we take a super cap and ad the. Two wires to it to turn it into pancake coils...we get a advanced pankake coil....oher even more advanced is with these two concepts.layering pan coil on paper so to make a 3layes like you made kr more.... And remember russell charts of elements you can place a tap out wirer on the pan coil like in radio tuming... Nano material can be added in specific areas for future test. In other.... Tube with nano materials and lazers.? Swhen that comming.infinite electron spin.i am a amateur but i intuitivevly design it.
no, per Steinmetz definition, the electric fields consists of the dielectric field and the magnetic field. A high dV/dT in the dielectric field can produce an electric field (dielectric and magnetic field in phase)
Increasingly rare qualities though, unless my perspective is jaded somehow. Although - I guess field theorists/engineers have always been a rare breed, no?
Amazing videos very educational. If you get to read it kindly google Otis T. Cars (Nikola Teslas)flying saucer patent and you will see how they used bifilar pancake coils wraped around aluminum and conected on oposit sides so they form a utron shape( two ice cream cones that have 90 degree angle conected in oposite direction) oposed to the flat pancake form, and the plus and minus are conected to battery plus and minus which resides inside of these coils which pass trough a c shaped el. magnet at 45 degree angle. Long story short kindly investigate that it uses the same principle as yours with capacitors and diodes and if you can make a video about it which would be much apriciated.
@@MasterIvo cool hope you make a video about it one day because it is interesting how it charges the battery when it runs trough that c shaped el.magnet and at the same time acts as a motor :)
Go to Wal-Mart or Casco get your self a singl induction oven I think to activate the oven put a metal pot on the oven turn on the induction oven get away the pot now the Coil is ready make a Bifilar Coil put on top of the oven now are inducing the field from the oven to the Coil😁
You are on the right path im a retired electro-mechanical engineer. I am facinated by this subject and if we experiment and share our data we should be able to do ANYTHING. Keep up the good work. This is serious magic to the highest degree
Thanks! the real magic starts when the bifilar coils are impulsed with less than 1uS and a few hundred negative volts
@@MasterIvo hi, wondering why do you focul on negative?
Don't think you precised it in any of your video.
This is the first explanation of Bifilar Coils that really explains them well. i've been researching them for a long time but no one ever really explained the how-and-why of how they work. outstanding, thank you.
Thanks. The dielectric field is where the magic happens, it's basically charged and discharged instantly with each impulse. creating a vacuum or pressure all over the coil, depending on the polarity of the impulse(s)
Master Ivo, I do thank You, for the all the videos You put on UA-cam. They are all, exceptional. One of a kind, per saying it. Thank You again.
:) thanks
Excelente resonancia...
1:21 🙏 it’s like the reiki symbol. Great work!
10:25 this is so awesome. I’m amazed and inspired! 👏
Hey.man that's amazing I get the same results, the only difference is that I use toroid coils instead. Basically I have a series of trifilar toroids, 2 channels connected same way you do, and all of the 3rd channels of all coils connected in parallel, and I can catch residual energy from the bifilar resonant coils, I'm building a larger model in order to see whether I can catch more residual than energy wasted on the amplifier. Great video
Thanks Horacio hherasq. Great work!
Master Ivo my friend is it possible to have a formula on how much coil i need to have a specific ''outcome'' ( basically 400 turns on my coil disc = this much of outcome ) Thank you so much for your Videos :)
@@antreasepifaniou5959 Not that I know of. Windings relate to inductance, but also to capacitance. Just use 10 meter 0.75mm2 speaker wire, and make it as I show in another video: ua-cam.com/video/ZKP9Bgpqa5E/v-deo.html
No formula has been calculted for this type of resonance yet. But le me tell you my findings, the more turns you have the more capacitors in series you can handle. Is it by far more efficient to array series of coils than having a big coil. Another good advice is that if you have enough turns you might be able to operate on the audible spectrum 20 to 20000 Hz. If your system works on that spectrum then you can operate with audio amplifiers which are cheap and efficient y comparison with rf amps which are quite expensive and low power.
thank you so much
at 8:45 is that current coming from the earth or is the earth an "infinite capacitance" in this circuit now?
Great video, it has the makings of Tesla's radiant energy collector circuit... I get the same results playing with an earthed and unearhted neon bulb... It is special for sure :)
Master Ivo, at the beginning of your video, you say that the series wound bifilar coil at resonance produces a dielectric field. At 14:20, you place your hand on the capacitor and its voltage rises quickly. In Don Smith's understanding of a capacitor, the dielectric field supplies the charge at the negative leg of the capacitor. Following this line of thinking, when you touch the housing of the capacitor, you are essentially providing a larger surface (your body) for the dielectric field outside the capacitor to enter the capacitor and supply its growing charge.
Here's a question: Do you think it is possible to match a proper sized capacitor to the self resonant frequency of the swbifi coil to produce the most efficient LC ringing effect in the coil? And if so, how would you go about this?
The Bifilar series connected coil, has inductance and capacitance. so by itself, its a LC circuit (LRC if you the wire resistance in account). If you add capacitance (capacitor in parallel) or inductance (inductor), you change the resonant frequency. I never tried adding inductance. But when I add capacitance, the resonant frequency drops.
If I place my hand nearby, I change the capacitance of the dielectric field, and therefor change the resonant frequency.
Thanks for your response, Ivo. I'll be more specific. I have a swbifi pancake coil and have attached an AV plug to the two leads on the coil. I believe this would semi-rectify the AC output of the coil (acting as an LC circuit) to DC pulses. The AV plug goes to a capacitor. I will get out my function generator and try to find the resonant frequency today. At this point, I may end up using a variable capacitor to see if I can match the AV plug's output to the capacitor in series with it. Any thoughts?
Av plug? semi-rectify? what's that? I use diodes (faster ones are better, but 1n4007 also work) to rectify. Also, I know the works of don smith. Beware, he is honest in not telling the whole truth and twisting facts.
Sorry for the imprecise terminology. Avramenko plug, which I believe is basically what you are using. www.google.ca/search?q=avramenko+plug&tbm=isch&tbo=u&source=univ&sa=X&ved=0ahUKEwiIzsT_-tvTAhXB6oMKHaOsAEcQsAQIJg&biw=1396&bih=691 I understand it as performing the same function as a half wave bridge rectifier, though I may be mistaken.
Ah thats a AV plug (not scart). Yes I use it. I call it a Y-diodes. yes a half bridge rectifier. Since the frequency is very high, it works better with fast diodes (uf4007)
Have you already told somewhere about your pulse generator & tuner? Those 2pcb's mounted together to sweep around ~630khz? I suppose its maybe custom-make, are there gerber files posted anywhere? This is soooooo excellently concise & on-point, props bruv!
Thanks! yes gerber files can be found in the description (follow the PCB link). I use a external dual channel square wave generator (rigol).
Informative video on how the bifilar pancake coil actually works. Nice efficiency on your elegant setups.
The one wire effect is pretty cool to see on slayer exciter circuits too. I think all it took one time to put some charge into a 12v lead acid battery was making the AV plug and just putting positive to positive and negative to negative. It would charge with only a suitable antenna but much slower. The high frequency high voltage is always looking for ground I guess whether it's a true ground or virtual. Gbluer had some pretty amazing tests using earth grounds and tuned coils for capacitive coupling. Fairly large arrays of leds would be lit super bright from only the topload connection at something like 1.5v input.
Leds are fun, but we need real power, like 1kW to do work.
@@MasterIvo definitely it's just nice to see some of the voltage ratios coming in and out of some of the more meticulously constructed bifilars.
Hey, how do you find out the resonance for any coils? what do you like for, to say that it is at its resonance? best regards Nerv
you could calculate (from the coils capacitance and inductance) it, but I never do. I just change the frequency, and look for the maximum voltage sine wave.
another method is hook up a probe (oscilloscope) to one end and ground the other end of the coil. then give the coil some dc voltage (builds up a magnetic field) and then suddenly take that voltage away.
the coil will then "ring" at its resomamt frequency.
if you record this and zoom into the ringing you see its resonant frequency. now you know which frequency to dial in.
Just play with the coils and learn from them, they thought me more than any book could teach me. Open your mind, and your intuitive heart and you will know.
Good luck!
@@MasterIvo Thank you! This comment helps alot!
Thank you sir for your excellent explanations. 👍👍👍👍👍
:)
Cool stuff! Take care! Peace ✌️ from Welland Ontario Canada 🇨🇦
thanks!
you could maybe put a saw blade or something between the 1st and 2nd pancake arraignment and use that as earth?
muioto bom garoto bem explicado
You are picking up voltage spikes at the end of a antenna radiating enrrgy at the resonant frequency
Additional to the 50% voltage delta to the bifilar matched turn you slso have a 50%/N delta to the next winding. So on for all nearby windind DO include capacitance to all neaby conductors!
Driving the coils at resonance typically increases the coil temperature to a point of thermal runaway. Any chance you have thermal measurements on coil temperature effects as they are driven at resonance?
the coil with in phase current and voltage warms up slightly. rest stays the same.
Friend, what's this pulse generator you use ? You built it ? Thank you!
That's an IGBT device, that I didn't build, this is one if my first videos. I did build my own Mosfet pulse generators.
Hey dude, just a little point of clarification, The average total electric field acting upon a molecule or group of molecules inside a dielectric. Also known as internal dielectric field, so a electric felid is what you mean when you say a dielectric field ?
No, take a look at the Steinmetz series I made. The electric field exists out of 2 fields: magnetic field plus dielectric field. If both are present (in phase) electric power is present. This also is present in a vacuum, but a high dielectric material can help
@@MasterIvo thanks😀
Great explanation. Makes me want to construct one of these out of aluminum foil and box tape :) That ought to really get the capacitance up.
yes, but best option might be silver plated coax, using only its shield
Nice work; great explanation especialy of the dielectric effect.
Question: suppose anode LED_1 is in parallel with cathode LED_2
and cathode LED_1 is in parallel with canode LED_2
would that eliminate the need for diodes ?
look up the RegenX coil from Thane Heins...and please could you explain how to build it ? Its similar to what you have here, it's just added a motor with magnets on it..
You can put a spark gap there and light a light bulb when its close to the spark.
show me
@@MasterIvo seriuosly, a light bulb with gas in it
Although I have not built it, I understand that the purpose of the bifilar coil is to match (bend) the magnetic to the electric, so that they are at zero degrees to each other, instead of ninety, thus both run together. The second coil is to make a similar but opposite current, thereby the two elements of an energy circuit, without resistance, wireless, and cold.
the second coil winding magnetic field does not oppose the first coil winding magnetic field, they both enhance each other
This was the first video that I really saw the one wire connection. Did you try to connect more than one load at this same wire, one after the other?
no didn't try that
Hi Master Ivo, congrats, nice channel! did you discover why the strange increase you showed at 12min?
Thanks! No I assumed it was due to the cheap meter
good video, can you tell why did you choose 2 coils in series .?
it is an ild video, I believe it made sense to use both sides of the primary coil
I believe when you put the 2 coils back to back and the floating coil in between . you are creating a super North/ Super south . like in the bedini SG.
Could you make a functional bifilar with an extension cord? Wind it and just connect one set of opposite leads?
Also, a bifilar has the same features of quartz if you provided a bypass to the resistance.
Michael Pierce what quarz features?
yes a extension cord works. I also have made them with speaker wire.
Sorry for delay. I do not get notifications for replies for some reason. Bifilar like quartz has properties of oscillation, capacitance, and inductance, the only thing it doesn't have is the piezoelectric effect really and less resistance.
There was another video I had saved on a playlist that just removed itself in the past few days which was what brought me back here. That video featured two bifilar coils in series with interesting properties, like how you demonstrate the grounding effect here is not really explained. I am not sure why he removed the demonstration.
Can I interest you in conducting a similar experiment to see the affects of dual bifilar coils?
Interestingly compare this experiment that uses multiple tesla coils (non biflar) ua-cam.com/video/xGMmTC1w0_E/v-deo.html
Since you have your hands on it unlike me, who would need to build all your set up, one question: One of the main purposes of Tesla was communication. Have you tried to broadcast a radio signal through your set up and check how powerful the receiver is getting it? I assume the Bifilar, just like the Tesla coil would be broadcasting a longitudinal wave, and you could check that by placing your receiver inside a faraday cage. Also It would be interesting to see how far that transmission would go, since you are feeding 12 volts and the coils is multiplying it.
Tesla coil isnt longitudinal. Only if the primary is made to produce impulses, and the the coils are properly tuned.
This tuning produces resonance and is what produces the high voltage.
I haven't tried radio yet, bit I am thinking about how to do it. It should be very high in efficiency.
@@MasterIvo yes, it's longitudinal, specially when you use a bifilar primary. I've done it. And this guy here too: ua-cam.com/video/wjz-5Lqtxow/v-deo.html
My guess is that pacake bifilars will show the same results. I'm on a trip right now, but as soon as I come back, I will build the set up to find out. People are into this wireless energy transfer fever, but let's not forget that communications was Teslas's main purpose in the beginning. And this is as much a revolution as well.
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!
The device is turned off , then you short circuit the capacitor multiple times and it “refills” ?? I’ve also seen that after you short circuit the capacitor the voltage rises again around 180Volt. What type of capacitor it is voltage and capacitance ?
Have you ever tried to energize the center wire, instead, the exterior wire, like energy, going outward?
yes, tried it all.
I concluded it always is best when the outside wire is grounded, and the inside is resonant
I'm interested to know if their is any energy losses
when the resonant cavity gap is increased over a larger distance?
In effect: powering up garden lights with alternative methods:-)
This could have disaster relief applications for helping those who need it?
Hey man. awesome. i have a Question: What is difference of dielectric field of the magnets and dielectric field of bipolar coil that in result, for giving power we need a rotation of magnet but not for bipolar coil. Thanks
not sure what you are asking, but; The bifilar coil has dynamic fields, and the magnet has static fields. Therefor to use a magnet, we must move it (make it dymamic).
The dynamic fields of a bifilar coil can transform into each other.
magnetic into dielectric and vice versa.
For example, we connect the coil to a circuit, and provide it with a dielectric field (voltage). The bifilar coil will transform this into a magnetic field.
When the circuit is opened, the magnetic field is transformed back into a dielectric field (voltage impulse) called Back emf / inductive spike.
This very powerful impulse can be used to generate power, see one of my latest video's for that ("radiant power..." )
at 7:54 are the diodes actually sending "DC" from each half AC wave to the LEDs and that is lighting this up? I had the same effect when I pulsed a coil that was wound over an iron core. I put 2 secondary coils over the same iron core.Then I had secondary coil A with one open and and second end connected to an LED. Sec coil B had one open end and the other end connected to the LED. LED lights up even there is not closed circuit.
Wouldn't using insulated wires diminish thee effect wasn't tesla using bare wire?
No the " insulation" is a dielectric, often better in storing energy it the dielectric field than air does. Tesla used guta percha. for his coil windings. A sort of cotten soaked in wax, wrapped around the windings. he also used oil as a dielectric.
Como reacciona en modo generador, cuando pasan los imanes delante de ella?
Does this mean the LED*s are lighting due to dielectric fields being generated? that they light up "due to a dielectric current" instead of an electric current basend on electric induction from a cable within the power outlet? Like Tesla created wireless energy with his wardencliff tower :) ?
dielectric induction, yes
@@MasterIvo brilliant! thanks for this epic work and the answer, so at least on a layman's level I am able to understand / comprehend it :D ! and yes this is then of course a dielectric induction ! :)
I'm not schooled in classic electronics and engineering, so im newb...
Question:
1. WHY isnt dielectric feilds affected by impedence or resistance?
2. Why isn't the wire coatings (rubber or poly urethane or whatever) GETTING HOT from the electrical current generated by the dielectric current generation from the gaps between the two coils ...? That wire coverings are the 1 object within that space where the whole action is happening... Please explain, thanks 😊 🙏 🙂
1 it is. dielectric field= voltage
2 it is getting hot. more amps more heat
@@MasterIvo I think since i obviously need to study Electromagnetism more, i will study it with dielectric fields in mind as well... Thanks for enlightening me, answering my questions, while simultaneously filling my head with more... 😆
@@MasterIvo Next question -- Is it Absolutely necessary that the 2 sets of coiled wires are insulated from each other in the coil plate? And only touch where you want them to...? Could you speak on this matter please, or refer me to a pre existing video for further understanding and clarification 😅
no don't study EM, study electrostatics! and dynamic electrostatic fields. rapid changing electrostatic fields. (that is Tesla's advice)
a bifilar pancake coil is acting as a plate of the hV capacitor. I guess it can be a regular pancake coil. not sure, I need to experiment more and learn from it.
Hello Master , in your more recent video you mention that the outer connection is always negative whilst at 1.41 min you mention it as positive . was this just for demonstration purposes for the capacitance or is it set up different?
The key is to have the inside rim resonant (sine wave). the outside rim stays stable in voltage (except for the impulse passing through). It can be possitive 500V due to the offset.
I have a interesting question what if that capacitor is composed of diferent materials? ore if it is conected in the midel with ground ore metal makeing it a 3 layer capacitor? how does a polarized and non polarised capacitor interact with that subject . How does that coil and capacitor interacts with insulator does they tend to brake down?
what about the coil IS the capacitor. 2 pancake windings forming the plates of a capacitor.
3 layers is making it series. (less capacity but higher voltage rating)
@@MasterIvo well most of my trobel begine useing plazma ignition honestly the electric motors and alternator have their minde of their own and the baterry behaves rather diferently the normal I ques.
So my bigest problems are the baterry and aperantly fast break down of brushes on my electric motor/alternator.
I belive those coils work best on a blushles motor.
And aperantly that staff interacts with the internal voltage regulator on the alternator.
Cut in short the baterry is not fried like normaly peopel see it hapening by over ore under charging.
Prity much unique effects.
Hi, i ma not very good at this, but at a bigger scale, can it be possible to run a generator, with the sparks ? thanks, have a nice day everyone !
Put High powered magnets on both ends what would happen with the coil
How does it react in generator mode, when the magnets pass in front of it? and its lenz effect?
never tried it
@@MasterIvo ok Thank you
why do you call the field between plates of a cap "the dielectric field" instead of the "electric field"?
Because the electric field, consist out of the magnetic field AND the dielectric field. This is according to C. P. Steinmetz who layed the basis for understanding electricity.
Today in schools this is not thought.
is there any difference to the pancake, if you make a bifilar solenoid? 2 wires side by side (helical) over a pipe. Cut one wire in the middle and then join that to the end of the other wire. So the open ends are at middle and at one end of the solenoid.
The goal is to achieve a distributed voltage difference between the windings. So 2 parallel windings (speaker wire) over a pipe, and then connect the beginning of one wire to the end of the other wire.
Goeie video man! Duidelijk
thanks!
what serves as Ground in your setup? a plumbing pipe or?
Yes a direct connection to the water pipe that is properly grounded.
The third wire on your outlet, if you have one. In most countries, they don`t use a ground wire. I guess they don`t see the needs for it. Remember, Phase, Neutral & Ground.
How did you coil so thin bifilar wire please help and can u please tell that which resistor to use
by hand with doubled side tape on a cd sleeve. later found out this is much better: ua-cam.com/video/ZKP9Bgpqa5E/v-deo.html
no resistor! resistance turns resonant energy into heat.
Thank you , please tell the things that I mention are enough or somethings missing
1.speaker wire
2.series connector
3.battery 1×AAA
4.battery holder
Something else? Please tell
pure copper speaker wire minimum 0.75mm2 thick, 10m for one low resistance coil.
and input voltage can be much higher
Great ,thank you but others are using transiators and resistors why ?And is it necessary to earthen it. And someone told me that the transistor through the dc pulse creates a magnetic field please help .
There you are ... Good busy to :-)
I still don't get how a simple LED was lit with just one wire and no return path
Someone, please explain
resonance. It has a little bit of power, when the fields transform into each other, dielectric into magnetic and vice versa. look at the phase lag between the fields. when one is zero the other is maximum. but in between, there is a bit of both. when both fields are present, this is electric power. But there is not much of it.
I now see why Tesla used these coils in his wireless power transmitters. no need for caps.
Correct, but there is more. When impulsed it produces longitudinal radiant waves
I'm confused. Where is the mystery? I did the same thing with a crystal radio fifty years ago. The single wire is an antenna ( directly connected to the transmitter, I may add) the rectifiers and LEDs along with all or the connecting paths form a close loop in one direction and an open path in the other direction ( as rectifiers tend to do). I would hear the local AM station all those years ago. You replaced my headset with LEDs.
You wouldn't be surprised with your results if you replaced one of your LEDs with a coil of fine wire, because you would immediately see the coil as an antenna. Well! the traces and the inter connection of the LEDs form a very poor, but nevertheless sufficient antenna, when you are directly connected to the transmitter.
this video is 2 years old, learned a lot since than. Here is the magic: ua-cam.com/video/1Flj1i0zQ-8/v-deo.html
showing Nikola Tesla's radiant energy at work lighting a 28W lamp, by my solid state hairpin circuit.
RGBT? What is it:-/ please advise:-)
Paul Wedlock IGBT is a transistor, that can switch fast. like a mosfet
A PWM module.
Very interesting again! Can you use that energy in the cap for ON DEMAND energy sources to power appliances or anything useful at this time?
My efforts and beliefs are in decentralization of energy, water, gas and any other "shared" utility. Sure, this will not be in the interest of some businesses, but they always find other ways to get you dependent on them. Remember "long distance" charges?
This is good material.
No this setup is is powered from resonance where the voltage and current are out of phase, so there is no real power in this setup, only voltage, but no current. In my latest video, I do have power.
The voltage is rising due to how you set the diodes.
charging........
Very well done. Here some advanced concepts to consider. What happen if we take a super cap and ad the. Two wires to it to turn it into pancake coils...we get a advanced pankake coil....oher even more advanced is with these two concepts.layering pan coil on paper so to make a 3layes like you made kr more.... And remember russell charts of elements you can place a tap out wirer on the pan coil like in radio tuming... Nano material can be added in specific areas for future test. In other.... Tube with nano materials and lazers.? Swhen that comming.infinite electron spin.i am a amateur but i intuitivevly design it.
I like your mind
Wow
Use superfast diode, no 50hz ( pikosekund) or hi volt fast transistor(??).
? mur440
@@MasterIvo
🤔👍
@@MasterIvo
Spark = dioda Zenera?
wouldn't it be better to say "alternating electric field prone to capture radiant energy" instead of "dielectric field"?
no, per Steinmetz definition, the electric fields consists of the dielectric field and the magnetic field.
A high dV/dT in the dielectric field can produce an electric field (dielectric and magnetic field in phase)
Me gusta...
Quiero colocar una Tesla coil en FOTOVOLTAICO panel...
I wonder, how many people in the world are doing experiments in nature, out of love and curiosity? I only know of one now.
I feel there might be many more.
Increasingly rare qualities though, unless my perspective is jaded somehow.
Although - I guess field theorists/engineers have always been a rare breed, no?
main stream science doesn't cover it. but there are so many people in the world, there might be more than we suspect
Nor can I access the comments here....
UA-cam...
Amazing videos very educational. If you get to read it kindly google Otis T. Cars (Nikola Teslas)flying saucer patent and you will see how they used bifilar pancake coils wraped around aluminum and conected on oposit sides so they form a utron shape( two ice cream cones that have 90 degree angle conected in oposite direction) oposed to the flat pancake form, and the plus and minus are conected to battery plus and minus which resides inside of these coils which pass trough a c shaped el. magnet at 45 degree angle. Long story short kindly investigate that it uses the same principle as yours with capacitors and diodes and if you can make a video about it which would be much apriciated.
Thanks, yes I have looked into it.
Cone shape coils still hold my interest.
@@MasterIvo cool hope you make a video about it one day because it is interesting how it charges the battery when it runs trough that c shaped el.magnet and at the same time acts as a motor :)
Go to Wal-Mart or Casco get your self a singl induction oven I think to activate the oven put a metal pot on the oven turn on the induction oven get away the pot now the Coil is ready make a Bifilar Coil put on top of the oven now are inducing the field from the oven to the Coil😁
Hi everyone, i apologize for the accident unlike a video.
Would be very interesting to see this coil under a 'Ferrocell'. www.ferrocell.us/
yes, good one! needs to be a small coil, or a big ferrocell