Dr Ronald Stiffler SEC technology

[Slider2732]

Great to see you here Rusty 
One thing you never have been is your forename.
But perhaps one area of research that does get a little jaded and forgotten is that of wireless electricity. We've all been there, done the circuits and a lot have shown the videos...but this 'Stiffler Loop' seems exactly like it should be a pair of AV plugs if it isn't a bridge rectifier.
Maybe it is, but the way his method works could make it all less than simple. Or, indeed this method isn't already fully known and understood. Seems like a slim chance, but who knows, I completely get why there is doubt.
Germanium diodes are different to silicon and mostly used differently, Dr. Stiffler's usage may be different to conventional usage too....I hope he stays in good health for a long time so that we too can further such a thing, if indeed it somehow amplifies current.

Back to driving voltage though for a moment:
Here's a pic of a test setup just performed. A 100uF cap on the output of the DS203.
1.677V is the output.
A 1 Ohm resistor could be used and I=V/R for the current. That might be the best way.
In any case, it's low and has to be, because the unit is battery powered

[mikrovolt]

hello measurement not easy

[Lidmotor]

I may have figured out Dr. Stiffler's 'Stiffler Loop' device.  I am driving it with a Slayer Exciter but it might even work off your signal generator Mark if you want to give it a go.  Neat stuff.   https://www.youtube.com/watch?v=F7zBvOEJSP4

[Slider2732]

Wicked video, enjoyed it !
We're motoring here with the new revelation...all really good to get back to and with Ron being very helpful too.


A new vid will be edited together and posted tomorrow morning, i've had a breakthrough that pulls a lot of this together, well hopefully folks see it that way.
Back to the 1.5V AA powered Slayer Exciter, but using the 'Stiffler Loop' as well and the SFM with no signal generator.
The 'range' is simply extraordinary in my opinion.
There is also a very odd trait, in that the 2nd same Slayer Exciter circuit comes into tune better the further the L3 pick up clip lead gets from the source !

Screenshot:

[Slider2732]

Video is up:
https://www.youtube.com/watch?v=2euJ7vGNkjk


Am now removing the big metal blocks and exploring the odd resonance interactions, where moving things further away can actually tune up a receiving coil better.