Kapanadze and other FE discussion

[AlienGrey]

   AG:  Here is jb-n107lab youtube site:           https://youtu.be/QGo0Dd663ow the Last video was posted about 4 months ago. I think that all his videos are there, still.

tHAT IS WIERD! with your hyperlink it goes to it but if I view his videos it does not list them, unless i grab the video name and search for that name and
it does come up with the three-part 7,6 and 4, if you listen carefully there is a tone with a slower pulse (spark gap cap dump of energy into the coil, well that's
what it sounds like.

[NickZ]

   Hoppy:   The idea with Dr. Stiffler's "diode loop" is that there is no need to provide the needed amperage to the leds.
But with just some fluffy voltage, and tiny amount of mAs, the diode loop along with the gutted AC led bulbs themselves would provide and manufacture their own juice to power the bulbs. "Energy out of thin Air". And that part of it does work as he has stated. Unlike the 0.7v drop that most normal diodes circuits would lose, on each diode placed in line. But, other than that, I don't see all that much benefit, nor is there the normal lumen levels at the bulbs, either. Yet my diode loop system is self running while connected to my small solar panel which maintains the batteries up, each day. And may be a more economical way to go, than using just the simple bulbs and batteries. This is all very hard to prove, because once you connect anything up to the circuit, like scopes, multi meters, etz... You just messed up, how it all works.  So, in case you don't understand where the Doc is coming from:  https://youtu.be/8VRqf8E8VIM

[Hoppy]

Nick,

Dr Stiffler refers here to: "a special frequency that's been known about for hundreds of years being picked up by his PSEC. Self-running - yes, so long as the signal is maintained. Have you worked out what this signal is yet? I would stick with your solar panel to get sufficient milliamps needed to light up your LED's to a usable brightness.

[Hoppy]

   Hoppy:   The idea with Dr. Stiffler's "diode loop" is that there is no need to provide the needed amperage to the leds.
But with just some fluffy voltage, and tiny amount of mAs, the diode loop along with the gutted AC led bulbs themselves would provide and manufacture their own juice to power the bulbs. "Energy out of thin Air".

His explanation sounds like BS to me! Fluffy voltage?? He fails to show how he is generating the AC signal shown on the schematics.

[NickZ]

Nick,

Dr Stiffler refers here to: "a special frequency that's been known about for hundreds of years being picked up by his PSEC. Self-running - yes, so long as the signal is maintained. Have you worked out what this signal is yet? I would stick with your solar panel to get sufficient milliamps needed to light up your LED's to a usable brightness.

   Hoppy:
   Not sure where he said that, about the special frequency, but he has mentioned that the 13.5MHz signal is what has worked best for him. My crystal oscillator works best at 12Mhz, and the output at the L3 coil is also a steady 12MHz. Although I tune my coils to 13.5MHz, they seam to work better using the 12MHz crystal oscillator frequency. My rig is on day and night.  The Doc is using a 25v signal generator, for testing and also to provide the AC signal to the diode loop. If that is what you were wondering about. It has been shown on his previous videos
   The PSEC self runner project may have been running on at a different frequency, which I don't recall at this time.
What special frequency has been going on for hundreds of years, is unknown to me. But, it's still about energy from thin air.
   In any case, it is much easier to fine tune onto the  "special frequency" with the SG, than a fixed oscillator, with only moveable ferrite cores to tune with, which don't actually change my frequency, at all. Yet, there is an increase in output at the bulbs while tuning, although the running frequency stays rock steady.   
   I don't know IF the Docs concept concerning the amperage provided by the diode loop along with the led bulbs is correct, or not. But there is something, to the line of switching diodes, along with the series placed led bulbs, that raises the voltage, compared the amount of wattage that would be used normally. Some of these oscillators can run on flea fart power, while producing some minimal light levels.    It's all interesting, in any case. Still the lower lumen levels are the bottle neck, here, in comparison.
   Fluffy voltage was a term that I placed there, not the Doc. However, look at how much amperage jb-n107lab used to start his rig with. So, fluffy voltage it is.  Believe it or not, it's up to you.