A Better Transformer
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- Опубликовано: 14 дек 2024
- How This Bypasses Traditional V/I Relationships:
A conventional transformer operates under the principle of proportional voltage and current (based on turns ratio and impedance matching). This design disrupts this by:
Injecting additional energy through harmonics and spark-gap interactions.
Modulating the high-voltage potential with an added current component.
Utilizing high-frequency phenomena that exploit non-linear behaviors, resonance effects, and energy feedback.
The net result is an apparent amplification of power: the output has a higher current at a usable voltage (110V AC) compared to the input power source, which is achieved through the manipulation of non-linear dynamics.
Key Innovations:
1. High-Frequency and Spark-Gap Energy:
The spark gap acts as a harmonics generator and high-voltage modulator, injecting frequencies that bypass linear transformer operation.
2. Quasi-Static DC and Modulated Flow:
The filtering ensures that the HF spikes coalesce into a static-like high-voltage potential. Modulation at this stage creates an amplified current flow.
3. Bypassing Linear Transformer Behavior:
The high-frequency injection and modulation effectively decouple the traditional linear relationship between voltage and current in the transformer.
Theoretical Basis:
This system leans heavily on:
Non-linear dynamics and harmonic amplification.
High-frequency energy injection creating non-conventional energy flow.
Resonance-induced augmentation (akin to zero-point or vacuum energy interplay).
Breaking symmetry in traditional electromagnetic systems (leveraging asymmetric regauging or similar).
This concept is both ingenious and challenging to implement but has the potential to break conventional energy transfer barriers.
Key Interactions:
The 60 Hz trigger primary drives the system with square wave energy, primarily interacting with the core and inducing a high-voltage response in the secondary.
The secondary winding handles the modulated high-voltage, high-frequency signals (filtered into quasi-static DC with modulation components).
The second primary couples to the modulated secondary output, stepping it down and converting it into the usable AC output (e.g., 110V sine wave).
The goal is to keep the second primary isolated from the first primary while maximizing coupling with the secondary.
Energy Modulation and Amplification:
The high-voltage DC-like state (with embedded high-frequency modulated components) amplifies the current potential through non-linear interactions. Essentially, the injected HF harmonics and spark-gap effects cause non-linear energy "pumping."
This creates a scenario where the current flow becomes a modulated additive energy component beyond the conventional V/I transformer relationship.
When I started making the first electric generator in my head from coils of magnets and receiver coils I realized that it was impossible to get more energy than I put in And one day I noticed that the short circuit of the wire that burns has powerful energy Then I already knew that free energy can be made That you can make more energy from less at the output And then I came across the first video on the Internet about Don Smith Then for me it was black magic what Don was doing I could not understand it a year ago Today I am able to understand this technology and I am already taking my first steps making a circuit I am learning but effectively and discovering things related to it I learn theories through you tube videos I use artificial intelligence and I know the knowledge I can quickly calculate what I want to do I am very impressed how much energy this device can give Voltage, amperage and power at the output I believe that artificial intelligence and on you tube videos related to it and Don Smith and your videos Joel are doing a great thing for the world for science which we they don't teach in schools You make very interesting films
ive never had any problems with the drawings, your explanations are always very clear as soon as i start to understand them!!
Even A.I Grok Agree with this concept when you feed it the video description. 😁
Hi Joel, I am not sure that I fully understand your explanations. But, output power goes up with square of voltage and square of frequency and this can be found in Don Smith explanations and consistent with N Tesla findings in his notes.
AC is needed only for long power lines when the load or final consumers are far away from the point of production to avoid loss OR, for economical use of wires in a house power distribution ! For short distances if consumer point is almost at local point of production pulsed (square) DC is absolutely fine. Please note that most (~80-90%) of domestic devices use 12/24 V DC as they all have inverter transformer.
In my setup that I shared nearly a year ago I have a huge internal resistance as if I rectify the output I can’t even let the coils to fully couple to extract all power available but even as it is produce more out than I put in. Also, after some measurements I can say every single piece of wire have a different frequency so, they need to be readjusted for length and gauge.
reminds me almost exactly of old school magnetic amplifiers! especially the full-wave style with the bias windings! 🌀✌️🌀
I really enjoyed the video editing. It seemed particularly good in this one
Helpful!
Hey Joel! This seems alot safer than messing with mixing rf with dc in your non linear system video. I suppose this you would be able to actually build and demonstrate. This would save you alot of money on heating this winter if it actually works.
I'm saving a lot of money now on heating but I'm not ready to talk about it yet. People will just say it doesn't work. Thing is I also need to figure out a way to produce higher quality videos showing this stuff and I don't got the means to expand at the moment.
@ I agree with you when you say people will say it doesnt work. But it seems that you are finding ways to simplify the setups so that it will encourage people to actually replicate it for themselves as proof. I enjoy your content as it is right now but an upgrade to your video equipment would be awesome.
Yep but its good to have a wiz nearby to help with this stuff that know about how to build custom transformers know the math and materials best for frequency of interests etc, Also a good old fashioned ham operator could help with band-pass filtering methods. So yeah it looks much more simple but one still needs to know general electronics, It's not something you can buy in a store (transformer) and just hock up.
@ Thats for sure when it comes to optimizing the circuit design. But if one can see any anomalies with an unoptimized setup it would create a desire for further knowledge and for seeking expertise.
Good content!
Hey I'm teaching myself electrical engineering after 41 years. I bought a coil winding machine and can 3d print/design any part. I have ferrite cores and can design gaps.
I'm savvy with Digikey and sourcing parts. I'm also trying to build a magnetizer, so this circuit could help. Anyway we could lab this on a smaller scale to test?
You should print T-shirts with your cartoon face and a caption that says “Good day, folks”
This sort of reminds me of a DC offset on a function generator biased at some DC level with a an AC signal on top of it.
The current may be provided by high Tesla permanent magnets
& modulation by high voltage resonant coils to get incredible power with rectification ❤⚡🌀
love it!!! 💚
Don Smith never demonstrated a working device, he only shared concepts to imo sell his booklet.
I think he was truthful about magnetic waves, when you charge an aircored coil, magnetic field flies into all directions, when the coil is discharged an equal amount of energy is released back to the circuit, but energy also radiated away. Aspden compared it to a bank account, when you deposit and then withdraw you get what you put in but you don't get the same bills you deposited.
Sadly, many inventers try to be clever or secrative and manipulate the work they put out.
It would be cool if you put a 4ft square that slides on the top of your white board to help draw your pictures...like a drafting table...lol I like how you are trying to use a ruler to improve your pictures. Keep up the great work!!🎉 May I use your work to teach my 6th graders in hopes that one will pick up on it as a science fair project?
The information is open for all to use.
AWSOME BROTHER 🏆✅🎉🎉🎉👍
Interesting 🤔😅👍
wow i love it
You didn't really explain the purpose. Form what I gather, You want to use a pulsed HV DC to boost the output of feed in AC signal, to produce a 120VAC output.
1. You would need high current, HV blocking cap on the HV side. which is expensive would need active cooling if your planning on a significant power output.
2. You still end up saturating the transformer core because it a Pulsed DC. You're core would need to be at least twice the size if the HV supply was AC for the same size output load.
3. Likely run int a significant inductance leakage problem causing lots of voltage spikes.
4. HV winding complicates the design since you need to include extra insulation to avoid arcing, or the transformer would need to be in a oil bath.
5. Your switch HV source would need a beefy, $$$ HV IGBT to create the pulsed DC cycles.
6. HV supply with a lot of current isn't really safe, and complicates everything
Not really feasible. FWIW: Some Inverters will have a 340VDC input source (battery & PV array voltage) to reduce voltage conversion losses the transformer for a 240VAC split phase output. The transformer only needs to be a 1:1 ratio. Modern Inverters use PWM to create the 120hz half sine wave, and then use a flipping bridge to reverse the polarity. Inverters use high frequency AC to coupled with a PWM to reduce the transformer core size as well has provide a better quality sinewave output.
That said, pretty much all inverters are limited to 48VDC for battery voltage to reduce the risks for people. Higher DC voltages can hurt or be fatal if they get shocked. Usually the Higher battery voltage inverters are used for commerical (ie Data Center UPS systems) which are installed & serviced by specialists trained on specific UPS systems. They are usually also 3 phase.
Instead of AC 110v In, can it be a 9v cell or similar as long as we can pulse DC? Taking two U cores and sanding down one end would allow the gap necessary to feed the output.
Is the band pass filtering necessary for resonance? Without that, over unity won't be achieved?
I actually have a Siglent signal generator. I bought it to solo learn but haven't used it yet.
To clarify, HV bandpass filtering and the HV needs to be spark gapped (why?)
Sorry for all the questions lol I'm a noob
Please 🙏 kindly Build this better transformer and show us🎉🎉🎉❤.
Will wait for the practical step by step video
Theory is not as best as Practicals. I prefer to see visuals🎉🎉🎉🎉.
Thanks.
Will be waiting....
👍
❤
Don Smith even draw short circuits diagram when he was asked for schematics . He was like president joe biden who has no idea what he is doing or talking about. Made me think that he was not the real man behind the technology.
A false prophet
Its great how no matter who spiews these things, they always pretend like losses dont exist. They spit out this rhetoric that dont even work in a simulator with losses turned on, thinking they got something useful. In reality, nothing is accomplished except embarrassment. I know im a nobody, but at least im not using physics that only works on my paper only.
Hi Joel, thanks for all the knowledge that you share with us. If it's possible, could you please explain how this works?
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