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High Voltage from Thin Air?

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  • spark2
    replied
    According to the first test ones with 24 LEDs seems to work very well
    and with 48 it is even better without any increase in the input power of
    the DrStiffler circuit according to SEC 15-3
    see my first try on photo with 48 LEDs fully light with 330 miliwatts input power
    second photo on Spectrum analyser TinySA operating frequency at 10.21 Mhz at 26.1 dbm, great
    Attached Files
    Last edited by spark2; 02-22-2023, 03:44 PM.

    Leave a comment:


  • spark2
    replied
    I'm looking for continued this Dr Stiffler thread, has anyone archived the old Dr Stiffler.com website?
    On wayback macine and all photos are not present or lost.
    Thank you for your help

    Leave a comment:


  • Inquorate
    replied
    This year, I'm making a coil winder, need much better control over the inductance for a given parallel capacity of the coils.

    Leave a comment:


  • Danny B
    replied
    Years ago, I got into a difference of opinion with somebody on this board. I claimed a much higher energy for lightning than is generally accepted.
    This is an update.
    “One lightning stroke even exceeded 3 terawatts of power – thousands of times stronger than ordinary lightning detected from space,” Peterson, who led both studies, said.

    The most powerful strikes detected emitted a whopping 350 gigawatts of power"
    https://www.rt.com/news/507652-super...ning-detected/

    Leave a comment:


  • Inquorate
    replied
    Some comments atover unity some may be interested in
    https://overunity.com/3457/selfrunni...ffler/new/#new
    page 200

    Leave a comment:


  • Inquorate
    replied
    Here's a little video I put together to explain where the energy is coming from with the spatial resonance condition of Dr Stiffler's excited circuit.

    https://youtu.be/vY8R-z5fmq8

    Leave a comment:


  • Loki67671
    replied
    Originally posted by Inquorate View Post
    The interaction is capacitive but also atomic. This vid may help a little, and the one I do next will explain more on a quantum level.

    https://youtu.be/eQhOtm-TLAg

    Here is another vid showing tge heat conversion a little better, again a dodgey vid. I have a lot going on in my life atm, and have been trying to come up with better vids, but lack time. Anyhoo, its out there now.

    https://youtu.be/Zq-n2t_DX2g
    Doc told me NOT to couple test equipment and in fact the home power system to my SEC work. Relationships and experiments were OK to a point but when you went for measurement and indeed SEC operation it was a battery usually coupled to the oscillator by a copper band around it's mid section.

    In this case here it was attempting to understand what, if anything, was happening in this circuit he posted. I'm coupled by a piece of copper loop on a 75 ohm lead to the SA.



    The whole thing is involved including you. A spectrum analyzer of good quality, or access to one, is necessary as it allows hands off (for the most part) observation of tuning points. Loose coupling including minimal conductive mass should be observed. Spatial placement and orientation of the components matters quite a bit. It's maddening at times.
    Attached Files

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  • Inquorate
    replied
    Originally posted by Pot head View Post
    Please clarify for us looking and learning, does the equipment interact on a capacitive level, resistive or inductive?
    Is it just at the contact point of meter interaction or is it the whole unit?
    Thanks men.
    The interaction is capacitive but also atomic. This vid may help a little, and the one I do next will explain more on a quantum level.

    https://youtu.be/eQhOtm-TLAg

    Here is another vid showing tge heat conversion a little better, again a dodgey vid. I have a lot going on in my life atm, and have been trying to come up with better vids, but lack time. Anyhoo, its out there now.

    https://youtu.be/Zq-n2t_DX2g
    Last edited by Inquorate; 05-13-2019, 10:01 PM. Reason: Another vid

    Leave a comment:


  • Pot head
    replied
    Maybe I should ask how it effects the Q of the circuit?

    Leave a comment:


  • Pot head
    replied
    Please clarify for us looking and learning, does the equipment interact on a capacitive level, resistive or inductive?
    Is it just at the contact point of meter interaction or is it the whole unit?
    Thanks men.

    Leave a comment:


  • Inquorate
    replied
    Good point on the leads affecting the resonance point. Hopefully though, they will help us get within the ballpark with appropriate length pigtails, etc.

    I hope the video stirs the antheap.

    Leave a comment:


  • Loki67671
    replied
    Originally posted by Inquorate View Post
    https://youtu.be/VfGDEthE2tQ

    Phase relationship, voltage and current, 2 coils.

    This video should be really exciting for some.
    We must of course keep in mind that as long as we are coupling/connecting generators and measurement equipment to the circuits then they ARE part of what we are seeing. The cooling of aluminum blocks and passive monitoring of the circuits is the goal to shoot for. Keeping the beast tuned to your local Nf and pumping with it would be priceless. Good stuff brother!

    Leave a comment:


  • Inquorate
    replied
    Was this Dr Stiffler's secret?

    https://youtu.be/VfGDEthE2tQ

    Phase relationship, voltage and current, 2 coils.

    This video should be really exciting for some.

    Leave a comment:


  • Aaron
    replied
    Dr. Stiffler

    Originally posted by Inquorate View Post
    Heres a playlist showing the basics for those not in the know. I intend to explain this and more in more detail as time goes on.

    https://www.youtube.com/playlist?lis...FthA-go6FiXAMr

    I responded to your pm but the long msg disappeared - send a shorter one to see if you got it I think.



    I sent this out after I learned about his passing from your posts here.

    https://emediapress.com/2019/01/24/d...ler-thank-you/

    Leave a comment:


  • Loki67671
    replied
    Originally posted by Inquorate View Post
    Just to let everyone know, Dr R Stiffler has passed away. I had been in email contact with him over the past few years and learnt a lot. Not all of it about electronics. He was a great man.
    I have decided to write a manuscript, time permitting, which will begin from the basics.
    I obtained permission from Dr Stiffler to do this, up to a point.
    I guess you guys would like to see some videos as I go along?
    Well my condolences to his family. Doc was a very talented engineer and scientist. We should definitely try to understand and continue his work as best we can. I'll be working with this oscillator circuit until I'm gone too.

    Wherever you are Doc....... Thanks for the teaching!

    I have some stuff, maybe you already have it, you'll probably want for that manuscript of yours Ben.

    Jim

    Leave a comment:

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