Alternator WFC version is the key.VIC developed from Alternator WFC version.I'm sure about this.
i think about "why separated 2 chokes?" L in series L all = L1 + L2, use 1 choke is the same action.
when i think about alternator (3 pole),it act likely. and RUSS's VIC inductance of secondary coil and 2 chokes is the same value of inductance.
i can't see pic in pdf file. this hidden information???
geenee
Do we exactly know if all inductivities in the VIC are working in the same direction?
Because, you are right, it would make no sense to seperate the inductivites to three coils working in the same direction.
In Stan´s Memo the direction of the wrapping of the coils are drawed on the magnetic core. I studied them very long, coming allways to the same result:
The main secondary and the Charging Choke 1 are wrapped in the same direction. The Charging Choke 2 is wrapped in the other direction to the two other chokes. Can someone confirm this drawing of the wrap-directions?
Also I made very interesting tests with different wrapped coil pairs. That was the reason, why I could achive 1,5kV on the coils and a strong electric field in the WFC.
Attachment 1: simplified VIC
Attachment 2: schematic of test (1,5kV), direction of coil wrapping
Amsy, the more we look at this circuit, looks more like a decoy. These chokes are not chokes, are secondary, and are opposite, subtract, as you proved (1500-1500 = 0) ..... for what? this makes no sense in the real world.
Do you think the government would commit this error, and compromise "national security" of the mafia. Sorry, but you must be very naive.
All this information so easily available, has an obvious purpose, to expose Mr.. Meyer WFC as a fraud and a fantasy. Again, here there was manipulation, such as the "magic bullet" (murder of Kenedit), or "against Iran," or "Vietnam" or "Gulf" or "9-11 wtc" (pancake effect) and very more. And just the fact that they had all this care to screen, increases the belief that Meyer made real.
lol, the topics you liste have nothing to do with patents and testing evaluations... also it is not comparable with such events...
The cancelling of the voltage inhibit the current through the water. The C in the WFC will load on the supplyvoltage of the secondary. A I said, normal electrotechnical laws...
How was it possible to measure a high voltage field in the tube and in the near of the tube in my test? Teach me...
That is the basic for ionisation.... so the information of meyer is coherent to this point. And yes, every atom or molecule can be ionised. The further step is, that a liberated electron can hit another molecule on the way to the electrode and ionise this one.... think about particle physics and cold plasma.
You and I can believe what we want, but don´t call me naive...
sorry was no intention of offense, just wanted to say "that need to be very naive to ..." (all of us, not you specifically).
Everything I listed, is all about (inventors, scientists, etc., being suppressed by corporate interests).
But back to the subject; high tension without amp? only if the resistance is infinite (or almost). Would be the case of a capacitor and not the cell with tap water.
You insists that got high tension in your test, this is not true. What you saw was in relation to the ground, not between the poles, I'm sure, who should be the same potential.
Tests on a cell with gap = 1.2mm show:
voltage <1V, I got an amp = 15 to 100uA and end of the graph, with voltage> 10V, I got an amp = 100 to 900mA.
This infers that resistance begins in dozens of K-ohms and ends with tens of ohms.
Hi faisca,
No prob. Looks like a language barriere.
:DNo, in my test, the "infinte resistance" is no infinite resistance, it is a counter-voltage in the second coil (1,5kV-1,5kV). So the current from the first to the second coil is very small.
Like if you put two full loaded batteries in parallel (+ on +). If the voltage is even, no current will flow. So in my test then when having the same inductivity value, and the induced voltage is even, also no current will flow.
So in my WFC I only can measure 0,7Volt Voltagedrop. But thats not the problem, because, the C in the WFC will charge on the 1,5kV of the first Coil. The second coils voltage have no influence on C because of the diode.
We have to difference "voltage drop" and "working voltage on C". If you ever measure a voltage over WFC it will be a voltage drop because of the dominating waterresistance.
Of course I measured against a ground, but that say, that the voltagefield on one of the tubes is produced in the WFC. The -electrode of the WFC can only be 0Volt, because of the Diode. No loading current can flow to -C.
I also could measure the voltage field between the cables (and only between them) to the WFC with the phase-tester, without touching the phase tester (neon lamp light was on and strong).
I read about that phenomenon of my test in the "test evaluation report". (Attachment 1, Page 66 beginning)
The voltage drop over the WFC was very tiny in the replication.
http://globalkast.com/docs/International%20Independent%20Test%20Evaluation%20Report.pdf