Confirmation of OU devices and claims

[citfta]

There is something I have been thinking about for several days now I just still don't understand.  Some comments have been made that have said the voltage across the input coil keeps going up when more secondary coils are added.  And Rick has confirmed this.  Also comments have been made that the input current keeps going down as more secondary coils are added.  And the claim has been made that the power keeps going down as secondary coils are added.  But if the voltage is going up while the current is going down that does NOT mean the power is going down when secondary coils are added.  That only means the circuit is becoming more inductive which is increasing the inductive reactance.

The other question or puzzle for me is how is the voltage across the primary coil going up?  The only schematic I have seen in this thread is the one posted by Itsu.  And if i recall correctly the primary was being fed by a power supply so the voltage to the coil would be fixed and thus not able to go up.  So something just doesn't add up there.

And the last thing that is puzzling me is what is meant by the term "Gate Driver".  I keep hearing that term used in the videos and by others as if it is some secret circuit that is making all this magic possible.  I know what a gate driver is in real electronics.  It is just a simple chip with a circuit built into it that supplies the proper signal to drive either a mosfet or IGBT.  I have used them for years.  But what is the "gate driver" referred to in this thread?

Respectfully,
Carroll

[seaad]

Should be fun to see if somebody will ansver to citftas  questions. Adding my two previous questions also;
How is it possibe to  lit the LEDs  with the coils coupled in two absolutely different directions/ situations pic1, pic2, but they are all shining fine in both cases.

Regards Arne

[Hoppy]

There is something I have been thinking about for several days now I just still don't understand.  Some comments have been made that have said the voltage across the input coil keeps going up when more secondary coils are added.  And Rick has confirmed this.  Also comments have been made that the input current keeps going down as more secondary coils are added.  And the claim has been made that the power keeps going down as secondary coils are added.  But if the voltage is going up while the current is going down that does NOT mean the power is going down when secondary coils are added.  That only means the circuit is becoming more inductive which is increasing the inductive reactance.


Respectfully,
Carroll

Yes, agreed.

Another thought provoking thing is Rick's motor / charger video. My experiences using this type of setup, both solid state and electro-mechanical, was that initially and for fairly long periods of time, some 'exciting' rising voltage readings resulted, both on charge and source batteries. However, at a certain point in the run, a fairly quick primary terminal voltage fall and a stabilising charging voltage would commence. I deduced that this effect was most likely due to the effects of de-sulfation. This effect was most noticeable on brand new LA batteries (both SLAB's and wet cell) and batteries that had been sitting unused for a considerable time. Perhaps Rick could comment on this. The length of the video demonstration would in my opinion from experience, be quite suitable to demonstrate the 'exciting' effects, without necessarily seeing the downturn.It should also be appreciated that 'Peukerts Law' also operates in reverse, that is with battery loads considerably lower than the C20 rate.

[baudirenergie]

Hi Citfta,
yes I wrote that my total power keeps going down. Sorry for confusion. I haven't discribe my setup. My power supply drives Ricks Kit (a small frequency generator with a gatedriver that drives the primary coil).
Lets say I have 12V with 60mA to drive the primary coil. When I add more (secondary) coils, the amperage on the power supply goes down with every new coil in the system. In my case, the 12V stays the same, because of the power supply. 
That is what I meaned. My total power consumption goes down, but with new scondary coils I can drive more and more loads at the same time.
That does not mean, that the primary coil voltage can not go up in the same time.
Mosfet driver has to reasons in my opinion:
1. it amplifys the signal, from the frequency generator.
2. Important: sharpen the rise- an falltime of the signal, wich gives you a additional gain.

I am only a newbie that plays with Ricks Kit. I think he can give you a much better feedback, then me.

There is something I have been thinking about for several days now I just still don't understand.  Some comments have been made that have said the voltage across the input coil keeps going up when more secondary coils are added.  And Rick has confirmed this.  Also comments have been made that the input current keeps going down as more secondary coils are added.  And the claim has been made that the power keeps going down as secondary coils are added.  But if the voltage is going up while the current is going down that does NOT mean the power is going down when secondary coils are added.  That only means the circuit is becoming more inductive which is increasing the inductive reactance.

The other question or puzzle for me is how is the voltage across the primary coil going up?  The only schematic I have seen in this thread is the one posted by Itsu.  And if i recall correctly the primary was being fed by a power supply so the voltage to the coil would be fixed and thus not able to go up.  So something just doesn't add up there.

And the last thing that is puzzling me is what is meant by the term "Gate Driver".  I keep hearing that term used in the videos and by others as if it is some secret circuit that is making all this magic possible.  I know what a gate driver is in real electronics.  It is just a simple chip with a circuit built into it that supplies the proper signal to drive either a mosfet or IGBT.  I have used them for years.  But what is the "gate driver" referred to in this thread?

Respectfully,
Carroll

[endlessoceans]

At The Renaissance Charge, LLC. Hollywood Florida Convention.
March 22, 2015

"It's not what is in the box but what is around the box!"

http://potentialtec.com/Box.jpg (shows first German demo) Notice wave.



This special video is the first time this was demonstrated in the US. We demonstrated this first in Hamburg Germany and England in 2014 as you see in the above picture link.

It is not easy to hear every word shared because people were talking, and because his English was limited. I do not agree with everything he teaches or necessarily with the words "zero point," "quantum," etc.

Convention?  There were about 20 ragtag retirees at that thing none of whom had a technical clue about what is going on.  All amazed and talking silliness about "not normal electricity".  What was the point of dropping the LED in the glass of water and in the end it did not light anyway hahaha

Whats going on around the box??   I know exactly what you mean so when I say in light hearted fashion that the biggest thing going on around that box is two whopping batteries (THAT ARE STILL DECREASING IN VOLTAGE) AND SOME VERY DIMLY LIT bogus load LEDS, don't think I do not know what you mean.  There are several hairpin type Tesla setups that can excite the environment and do what you demonstrate.   PLEASE!!!.....that Indian looking pot belly guy was an embarrassment talking nonsense.


STOP implying OU when there is none.  YES you can keep adding loads on these type circuits and in SOME cases the main driver will decrease in consumption.  YES you have to match impedances and you cannot over work the circuit with infinite output.  However, Rick you still talk too much and post lengthy winded nonsense. 


The only people buying your garbage that flows from your mouth are the uneducated.


A couple brave retirees in that video kept pointing out that the battery voltages were falling.    There is no OU in THAT system.  Anyone with skills and versed in the art can brightly light LEDS and replicate but how bout you just put as many coils as you want around the main driver, RECTIFY properly and then charge a battery/s.  What you are doing there is not even 90% efficient.

Your kit with those miniscule red leds......put a real load on it