Dr Ronald Stiffler SEC technology

[gyulasun]

https://youtu.be/lnvC-BnS_XA

Hi Nick,
Good progress, congratulations. 

Regarding the 5 + 5 diodes in series:  I guess you may have tested the setup with only 1 +1 diode in the loop too?
If yes, did you find reduced brightness?  Another measure of this change would be the DC voltage check across the LEDs
as you mentioned in the video (was around 34 V). 

Gyula

[AlienGrey]

Guyula Hi on this thread the coil looks as if it's wound with copper wire, as different materials have different rates of conductance
flow time, have you any experience or now of and reference to using such different materials in this type of circuit as copper wire
wasn't so easy to come by 100 years ago, interested in your views.
regards AG

[NickZ]

Hi Nick,
Good progress, congratulations. 

Regarding the 5 + 5 diodes in series:  I guess you may have tested the setup with only 1 +1 diode in the loop too?
If yes, did you find reduced brightness?  Another measure of this change would be the DC voltage check across the LEDs
as you mentioned in the video (was around 34 V). 

Gyula

   Gyula:  Welcome back.   Yes, I did try the 1+1 diode placement, but not on this particular reflector LED bulb. And yes, the more diodes, the higher the available amplitude. 34v at the bulbs is the highest I've obtained, so far.  Only 2.5v is available without the additional diodes, or LEDs, exactly as the Doc had mentioned in his videos.
   As I don't have 32 of the 4148s, so I just did 5 and 5, for now, on a single loop to test the series placement of this AC bulb. But, now I'm sure that the double diode loop will be where the best output is available, like twice as much output, (lumins).
   
   I have ordered 4 new 120v, 8.5w LED bulbs, which will be brought to me from the US, by the 4 of Sept. I'll know more as to whether they are with the circuit board on the PCB, or separate from it, when I can open them to gut them.
   The main thing is that the Doc is right, concerning the diode loop, it works as mentioned. The more diodes and leds, the better the diode loop works.  And so this really needs to be further tested and looked into, to see to what point it can be upgraded or improved to.   Here is the scope shot from my last video, below.   Thanks for your comments.                                           
   NickZ

[gyulasun]

Guyula Hi on this thread the coil looks as if it's wound with copper wire, as different materials have different rates of conductance flow time, have you any experience or now of and reference to using such different materials in this type of circuit as copper wire wasn't so easy to come by 100 years ago, interested in your views.
regards AG

Hi AlienGrey,
I think copper as a material for wires was already used even 120-130 years ago, for they knew the differences in conductance. In fact copper was used by mankind much earlier, quote from Wiki: " a copper pendant was found in northern Iraq that dates to 8700 BC".

If you read through this post here
http://www.energeticforum.com/renewable-energy/20312-tesla-microfilm-letters-11.html#post286870
it turns out Tesla surely used copper wire as turns out from his correspondance written in 1902.

Aluminum has also been used for wire material of course but its higher electrical resistance produces more loss than that of copper. 

It is sure Dr Stiffler's coils shown in his videos are wound from enameled copper wire. 

Unfortunately, I have no reference to the use of different materials as wires.

The only exception maybe John Bedini who built a simple pulse motor with insulated iron wire for the single stator coil. https://www.youtube.com/watch?v=k8vnHVV25tU   and the same setup first with copper wire: https://www.youtube.com/watch?v=q5-TkQ-kBwA 

Gyula

[gyulasun]

Nick,
Okay,  thanks for the answer.   One suggestion with the 1n4148 diodes: on ebay they sell it and cheap, a quantity of 100 pieces cost around 1 USD, free shipping, this is from mostly China. there are offers from USA but at a higher price + shipping.
Gyula