Dr Ronald Stiffler SEC technology

[gyulasun]

Hi iQuest,

Yes I meant the RF voltage amplitude increases many times (i.e. manifold) higher. English is my 2nd language and in my biggest dictionary it is spelled as manifold. The word manyfold is not included...  but I know it is also used like you are using.     I just know as 'manifold' and have come across with it many times in different papers, spelled as manifold (meaning many times).

Okay on the 10 Vpp amplitude the Doc used in that video, I have seen it and he showed a very interesting test with the current loop (that drives the single white LED) and with the standing wave at the other L3 coil driving the Cree board.

Thanks, Gyula

[gyulasun]

Gyula---Dr. Stiffler's post shows up at the top as a 'highlighted post'.  He made the post 11 hours ago.  The first part deals with RF and antennas.  He later makes a statement about Close, Near, and Far field influence on the transmitter.  The last statement is about the ring being driven by voltage and a tiny amount of current and that the ring itself is producing the current.  It is that last statement that is really the important part of the post.  Here is a link to my video again and his post should show up: https://www.youtube.com/watch?v=hdWBj8Lyb1g&lc=UgxZ6ealjfWzGYOVaL14AaABAg
...

Hi Lidmotor,
NOW I can see the Doc's post on top and thanks for making it 'highlighted', yesterday I did not see it even at the lower part of the comments he had written it originally and you mentioned it to Steven Jones to read it below your comment.  I have no idea why this was so I think it was a youtube 'bug'. 

Anyway, thanks, and yes his last statement is the best. 

Gyula

[jhewitt03041976@gmail.com]

in that specific position in the diagram, the ground creates a break in the circuit at low level inputs, to be able for this design as the diagram is drawn, the the source output to the induction coil would have to be 10x what you desire from the output, it's as is an inherently very inefficient design and defeats the objective, remember, electricity is water, it is not the electrons that provide the work, it is the movement of the electrons, and just like water, electricity inherently takes the path of least resistance.

it needs a work over

[NickZ]

  The Doc's latest:  https://youtu.be/qtNSko30ZMs

[itsu]

Gyula,

its like Lidmotor says you have to play around with the cliplead length/material.
Now using a solid 1.5mm² wire around the diode loop and like you suggested a puffer cap (470uF/200V)
at the led entry i can have these 12 leds light up (33V)

Without the leds the voltage goes up till 110V.

When using 2 leds the voltage stays at 5.4V, so they act like a zener.


Lidmotor,

its like you mentioned, the length and/or material (copper/braided etc.) seems to be important for the cliplead antenna.
After some playing around i found a working setup which lights up my 12 leds.

Will do some further tests like using my oscillator to drive the thing (at lower xtal frequencies).

Video here:  https://www.youtube.com/watch?v=QmCBMWi6wgo&feature=youtu.be

The screenshot shows the power in the diode loop, yellow the voltage across the puffer cap,  green the current throught
the diode loop and in red the power via the math function (yellow x green) in mW.


Itsu