On my experiments with Stanley Meyer WFC, when i connect the scope probe over the cell i got this waveform: (http://xblade85.no.sapo.pt/HHO/step001.jpg) (http://xblade85.no.sapo.pt/HHO/step002.jpg)
My setup is;
Signal generator: Arduino nano v3 with square wave generator program based on tone.h library (timer2)
-Frequency 3 to 4 khz (dont remember exactly). - Gate on time 45 milliseconds - Gate off time 50 milliseconds
Transformer:
- Core: Flyback TV Transformer - Primary: 160 Turns 0.5mm enamelled wire (0.0155in) - Secondary: 320 Turns 0.5mm enamelled wire (0.0155in) (Just for test - 1:2)
Chokes:
1 Bifilar coil of 95 turns 0.85mm enamelled wire wound on ferrite rod with 9,5mm diameter
Power: 12v car Battery
Cell:
2 tubes with 80mm long inner: 14mm x 0.7mm thickness outer: 22mm x 0.7mm thickness
Both 304L Stainless Steel (used for water in houses) The outside tube of the cell was isolated with ISLARC insulation Spray , ONLY THE OUTSIDE FACE OF THE OUTSIDE TUBE
Yes your point of view is correct, but i belive that minimum current Stan stated is across the cell, even at 0.025A over 2KV will draw 50W that represent a primary load of 4.17A @ 12V.
But some people used to say that this load is as primary and this is clear on the patent : Load across the cell.
Stan stated it even in new zeland house meeting video.
39:22 to 40:00 You can hear it from Stan's words: [youtube]https://www.youtube.com/watch?v=yGqCaVFWIWQ[/youtube]
The pictures and the data collected by Dynodon is very precious! Thanks to him again and again!
Some people saying that stan states that per VIC unit from the dune buggy the amp draw at resonance or out of it will be few milliamps. That is not true and lets discuss that in fair way.
Here is some start point:
Look into voltage amplitude control, There is an adjustable linear voltage regulator that can handle about 1 or 1.5 amp ALONE, right? Why did Stan put it coupled with 2n3055 transistor?
The answer is easy: To work ABOVE this load (from 2 to about 6 Amps at maximum).
Lets talk about it and make this forum back to live again.
(Im still waiting to see where Stan used a bath of oil in transformers, maybe the scientific method, lol).
You dont know even what happens with some capacitors in series, you are so stupid and ignorant that make discuss to you so sad. Did you calculate the capacitance of your cells in series? how? what is your resonant frequencY ? Your capacitance? coils inductance and reactance at "resonnat action" (not resonance).
This is not for the source of voltage, but over the secondary or whatever. Some stupid people think that the dune buggy consumed about 7 to 12w per VIC and the proof is that amplitude control for the voltage works with a Lm317 (or LMx17 family) linear regulator that can easy handle 1A, coupled with 2n3055 NPN power transistor making a capable 4 to 6 Amp 2.5 to 12V Regulator, there is a reason why.
Power in = Power out
For example: 12vx5A=60W in a transformer VIC (in a ideal non realistic) at secondary it will deliver(for example) 100V @ 0.6A or if someone interested 2KV @ 0.03A (30ma) using that primary @ 12Vx5A.
TGS I dont believe that Meyer really worked in a KV range, only at the coils, back EMF directed by the Diode,during the pulse off time. that produces high voltage spike at very high speed / low time.
The coils were wrapped in same direction, making part of the secondary transformer, and you can clearly see what happens with a coil in the same core in series with secondary windings with the same phase orientation... You can see it on TV flyback transformers (NOTE THAT: Stan didnt use it as flyback topology, but it work the same principle for all transformers).
Sum the 3 coils and you will see what i am talking about...
TGS a small questions to your "smart" brain and short reply with a few words will very apreciated :
1. Is this B+ and B- Aplied at exactly same time according to your experiences?
2. If it was, how can you explain your out of phase waveform ?
3. On a differential probe, i believe(I may not be correct if it works like differential OP amp), its expected that equal differences will output NULL instead.
4. Where you connect the two leads of probe?
5. Stan says Larger Cells will resonate on frequencies of 50khz or above, yesterday i got this strange waveform on my single-ended poor little probe: (http://xblade85.no.sapo.pt/HHO/wf.png) It was near to 62.5khz (near to 60khz it appears and starts to grow). when i rise it a little bit some 2 or 3 khz it almost disapeared.