Dr Ronald Stiffler SEC technology

[gyulasun]

Hi Erfandl,

For a possible test on looping back, I suggest you the followings:
you would need to obtain a step down DC-DC converter which is able to receive DC voltage from the capacitor
(placed across the diode loop output) between say 25V and 100 or even 120 V and convert it to DC 12 or 24 V, etc.

Then this 12-24V output could feed your oscillator IF the diode loop could maintain a DC voltage level in the capacitor
higher than say 25V.  Understand?Conventional science says such looped back setup would never work but there is only one way to learn: by
testing it. Here is such converter, with adjustable output: https://www.ebay.com/itm/183258445232/
Gyula

[erfandl]

Hi Erfandl,

For a possible test on looping back, I suggest you the followings:
you would need to obtain a step down DC-DC converter which is able to receive DC voltage from the capacitor (placed across the diode loop output) between say 25V and 100 or even 120 V and convert it to DC 12 or 24 V, etc.

Then this 12-24V output could feed your oscillator IF the diode loop could maintain a DC voltage level in the capacitor higher than say 25V.  Understand?

Conventional science says such looped back setup would never work but there is only one way to learn: by testing it. Here is such converter, with adjustable output: https://www.ebay.com/itm/183258445232/

Gyula

Hi gyula. Thanks for reply. How many capacitor size ( uF )? I have 63 volt 10000 uF cap is it good for test?

Thanks

[gyulasun]

Well, the Doc said in the video  he used a 450 uF, 200 V DC rated electrolytic. 

If you can assemble a 55 - 60 V Zener diode to limit the DC voltage across your 63V rated capacitor,
then it would be ok for a test.  The Zener would protect the cap from overcharging it beyond its rated voltage. 
Then you would need a DC-DC converter which can work up to the 55-60V DC input and step it down to your
oscillator needed voltage level.  Obviously, as you load the 1000 uF cap, the voltage across it will go down, you will see. 

Gyula

[gyulasun]

....
Doc made a comment on my video that explained a lot.  It seems that the 'Ring' is driven by voltage and a tiny amount of current.  He says that the 'Ring' itself generates current. 
...
Gyula---Doc made a pretty good comment on my last video explaining a lot.  It is worth taking a look.  Just scroll down the comments until you find it.
....

Dear Lidmotor,
I went to your latest video about 2 hours ago but I did not see any comment from Dr Stiffler....Was his comment deleted??
Anyway thanks for the headsup.  I sent you a PM via this forum.
Thanks
Gyula

[erfandl]

Well, the Doc said in the video  he used a 450 uF, 200 V DC rated electrolytic. 

If you can assemble a 55 - 60 V Zener diode to limit the DC voltage across your 63V rated capacitor,
then it would be ok for a test.  The Zener would protect the cap from overcharging it beyond its rated voltage. 
Then you would need a DC-DC converter which can work up to the 55-60V DC input and step it down to your
oscillator needed voltage level.  Obviously, as you load the 1000 uF cap, the voltage across it will go down, you will see. 

Gyula

Thanks. and whats happening when I use supercapacitor 2.7 volt @ 500 farad? is it dangerous and make destroying the cap?
Thanks.