The Ringer in Small Steps - Part 2
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- เผยแพร่เมื่อ 26 ก.ย. 2024
- In this small series I want to show you how to build this device step by step and also understand what is going on, at least enough to get you going. Good luck.
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------- What is this about ?
This is a replication of "The Ringer" from MTech Industries @ / @mtechindustries2022
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The Ringer Project: www.patreon.co...
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Original Experiment: • 🌩 OVER 1 HOUR DEMONSTR...
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lol my drawings i did from your last video look pretty much like these new ones :) thank you for the post. I am in the middle of testing an ad-hoc replication. Hope to have some results soon. Cheers.
Please share and make videos if possible.
do u have two channels?? @PlengoFreeEnergy cos many of the vids here are on that channel too. sigh.
Yes I do
Very good explanation, Well done dude
Nice detailed video. It feels weird the first time you decide to plug the high voltage line into the ground but is a very important thing to understand. It is exactly the same with my circuit. Depending on how similar the two are, you may be able to charge a capacitor wirelessly by placing the capacitor in close proximity to the drive coil then connecting an Avramenko plug to the capacitor, connect a wire to the Avramenko plug then plug into earth. I believe it will work as I know it does with my circuit.
Keep up the good work.
Sir, I have your project NEXT in my list of projects because the truth is YOU MY FRIEND gave me the inspiration to come back to this field.
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Thank YOU.
This is great information , Thank you .
Thank you for making this detailed video. A lot of good work. We are finally entering a new world of alternative energy. Let’s all keep experimenting!
Please share also your results. Good luck.
Thank you, brother who inspired me to start building again.
It looks really good.🎉
I am very happy for you, continue building things, don't loose faith, without faith is impossible to satisfy God much less get free energy, so continue.
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Hey you said something about going Solar, what have you learned so far? Please share.
Thanks for another great video
awesome bro, good job
Thank you for this explanatory video.
Thank you for watching, more will come.
@@FaustoGomes I am looking forward
sensacional, Fausto - muito obrigado🙏
Gostou? Puxa valeu, fico mais feliz ainda. Tem mais chegando.
It just strike me how similar is the first part of this drawing with “what if I did this … “ channel and one wire power transfer for output circuit.
They all are using a form of Joule Thief circuit and also I agree with you. I have been seeing his videos and also replicating some of his work.
Love the passion. Could you use a variable cap for C2 and C3?
Of course, you have to lock the driving frequency and change C2 and C3 to have it in ressonance.
@@FaustoGomes Thanks. And that 30kohm resistor might be a pot also… save the resoldering a bit?
Waiting for Amazon deliveries. And eBay deliveries. You said you had no luck with the 14 gauge house wire correct So many different ideas rolling in my head, thank you.
Depends on which coil, the L3 coil (or Receiver coil) has to be multi-stranded wire. For the L1 and L2 coils the normal magnet wire is fine.
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Great work ❤
I guess the loads hoked up at output will have an optimal size where circuit is working without melting itself. I am not interested in measurements of voltage and current but, what would be the rated power of the load for one output circuit ? I guess you need to use capacitor bank and batteries to run an invertor for domestic appliances off the shelf to get rid of high frequency output ? Also, I guess that a feedback to the input battery should be done in the same way/method to preserve isolation of circuits and avoid detuning.
I melted the wires attached to the primary of the coil because of excessive run of energy, so I guess the output load can be the same size as the source can provide and the transitor can support .
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Isolation of the output to the source is crucial for a self-loop.
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The isolation I am using is very poor because it is also very not linear and when it gets too hot it will short and a disaster will happen, a short.
On your l2 coil are you making all the windings equal or are you leaving one off make it asymmetrical
It supposed to be symetrical indeed. So let's clarify: L1 wound first which is the secondary (thinner wire), than above it L2 which is the primary (thicker wire) wound on the opposite direction, then we have L3 coils on top of all wound the same direction as L2.
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This comment is for anyone who may want to actually learn, and has actual doubts:
Earth ground can't just "suck" all energy. Remember that you need two terminals across a potential to use it. Where is the other terminal in this circuit, the entire circuit in the atmosphere? The entire circuit would be at the same potential so nothing will happen. Even if at high frequencies, you can't control where currents go with a gigantic mess of wires. High frequencies require tiny, precise and short connections.
This dude pretending he actually tuned those oscillators. He has not a single variable component in there.
The ground is not gonna get excited by that pewnie tiny oscillator, the entire planet is already under a hell of radiation.
And obviously the other coils are indeed floating and absolutely nothing useful will happen there.
26:00 We call that EMI. You're reinventing the wheel, and you're making many mistakes.
I appreciate your comments. Would be possible to show an example of what you are talking about? Just saying this does not work is not very helpfull. Thank you.
Also the ground is key for proving EXTRA energy when you excite it even with a “penny oscillator “ as you say.
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Also you don’t see variables because I already calculated the values based on the frequency of the driver.
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Unfortunately or fortunately the device will change its frequency as you change things so my tuning was limited to how much ground energy back I want.
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This device is not very intuitive. You have to play with it and an oscilloscope is fundamental to start understanding what is going on.
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MTech site has a good load of information about how this circuit work. You need to read it, play with it and feel it. Just knowledge of electronics or physics will not work.
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And I say that because the physics behind these devices are not stablished in academia so your Trainning will trick you.
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One example, the ground energy is very heavy in magnetic flux and nobody noticed, also it charges batteries with seemingly no measurable currents, that’s is by itself very unique.
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This apparatus is actually many apparatus together and the driving circuit is one of the most efficient drivers and flexible that I have ever seen.
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Take your time and try to replicate this stuff.
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Look for my other videos showing step by step.
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Good luck.
Great job brother, great video. I'm gonna watch it several more times a lot of information here. Thank you so much.
Please do, it is indeed a lot of information that normally people don't see.
Also read the pdfs and docs provided by MTech , it’s of imense value.
Never mind negative resistance what happens if you have a resistance of 0.1ohm?
it most probably blow your transistor, like it happened to me many times.
What gauge wire are you using on your primary 18 Or 14
L1 Coil Wound First (Secondary)
26AWG (0.4049 mm) Solid wire or magnet-wire
3.01 mH = 3k uH
?2.6 PF
1.1 Ohm
L2 Coil Wound Second (Primary)
14AWG (1.6277 mm) Solid wire -r magnet-wire
0.297 mH = 297uH
?2.5 PF
0.02 Ohm
18AWG (1.0237 mm) (Terciary or Receiver Coil)
0.03 mH (30uH) (multi-stranged high quality wire)
?2.5 PF
0.01 Ohm
also look at this pdf with detail construction instructions.
www.patreon.com/posts/ringer-generator-104299601?Link&
How much power output could your design produce?
I don't really know but the transistor will be a limiting factor in how much power you can put in the source.
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So I would say around 60 watts may be a 100 watts.
@@FaustoGomes
I mean output not input power
The music is way to loud, what a bummer....
I am working on it. Thanks for watching.
Bemf at + battrey flip - capacitor.
I am not sure i understand you. Please expand.
😉
Thank YOU. Share it.
Zvs ZDIODE VOLTSTAGES SEREIS UHF Load PARALEL LF VHC
Thanks for the comment but I not sure I understand what you mean. Could you expand on it please.