Dr Ronald Stiffler SEC technology

[NickZ]

   The Doc has a couple more new videos out now, in case you haven't seen them.

[ramset]

"proof of concept" [few days ago]     https://www.youtube.com/watch?v=a6S9QIweQio

"light receiver ASSY" [one day ago]   https://www.youtube.com/watch?v=3QW7_KTGySI

-------------------------------------------------------------
"Big Goof mistake number one"  [20 hrs ago]  https://www.youtube.com/watch?v=0PJjgPh_1jw

respectfully
Chet

[NickZ]

   Ramset:   Thanks for the links.  I think that most guys here can find those videos on their own, by now.  It's good, to post the the links, anyway.         
     Thanks, again.
   Guys:
   Ok, I have asked this question before...  Has anyone got the "double loop" working as the Doc has it in his diagram, that's posted on the double loop video? 
I can't seam to get it to work as he has it. When I connect the second loop, the crystal oscillator won't light the two AC led bulbs,    I can get both loops to light individually, and both at the same time, when both loops are sharing the same 1/2 wave, but, not with each diode loop tapping each 1/2 wave polarity. Unloaded voltage output at the bulbs is now at 114v. So, it should work.
   Any help or ideas on that is welcome.                                                         
    NickZ
   BTW: the Doc didn't make a "big goof mistake", just a little one. Easy to fix, and already fixed.

[itsu]

Nick,

i did a (the) double loop experiment here:

https://overunity.com/17249/dr-ronald-stiffler-sec-technology/msg524543/#msg524543

Not sure if that is the double loop experiment you are referring to now.

Itsu

[NickZ]

I just had enough 1n4148 diodes to complete this dual loop setup (2x 16 diodes), so i decided to replicate Stiffler his latest setup.

2x leds strip in series with a single led inbetween, driven by 2 diode loops 16 diodes each (1n4148), powered by the L3 coil via 2 100nF caps.

It seems indeed that each led (strip) is taking what it needs to just turn on, 2.57V for the single led, ±21V for each ledstrip.

Screenshot shows the voltage (yellow) across the single led, current (green) in the input line to the leds.

Video here:  https://www.youtube.com/watch?v=1Ab55U4sQ8E

   Itsu:   Thanks for posting that link to your double loop video. I had missed it, before.
   However, the 2.57v output is not what the Doc had mentioned should be taking place with the "double loop".
He was talking about what happens in parallel placement (2.7v), but not with the series placement.
Series connection of the leds should provide for the higher voltages. Higher than the 2.5 to 2.7v parallel placement.
   In any case you did have the double loop working, although not to any use able degree, from what I can see from that video.In order to see some use able light, we need to have the leds turning on at close to their normal 3.7v voltages. Which I haven't seen even the Doc showing, as yet. But, it's hard to evaluate the bulb brightness from looking at videos.
The main thing is that the double loop did not improve the voltages across each led, in your video, and the brightness is still not what it should be. So, I think that this point needs to be addressed.
   Another thing is that, shouldn't the two caps at the loops (0.1uf)  be 0.01uf instead? But I don't know if that will make any difference.  Nor do I know if that is correct, or not, as the diagram in the double loop video was too blurry to read.
    If we can't get any higher voltages from these tests, I don't see how this can be anything that can be of practical use.