Stanley Meyer replication with low input power

[insane4evr]

Well,that's interesting.It's a pity I cannot check it myself.I'm wondering why some tranformers produce just spikes and some replicate input wave at output.
The point is IMHO  - square wave is a hoax, never worked in Meyer setup.Just my personal opinion..
We are looking for sinewave fully rectified, would be wonderful if somebody could confirm that fully rectified  sinewave put on input of transformer produce the same (but higher or lower voltage) at the output of transformer. I think this is crucial to know!

Scoped output is from a bridge rectifier fed by a 15.2 Vrms secondary of a step down transformer plugged to commercial power line. Vertical scale is 5 volts per major division. Horizontal time per major division is 2 milliseconds. Zero volt is at the second major division from the bottom. On a side note, as you can see, commercial power line waveform is not pure sine.

Anybody want to try feeding a fullwave rectified sinewave with its DC component into a transformer and scope it's output?

[HeairBear]

http://www.aardvark.co.nz/hho_challenge.shtml

He also has a scam going called the "HHO Challenge". We have been waiting for the fine details for awhile now. As you can see, 5 have taken the challenge but not put up the $5000.00 entry fee. I'm sure they won't until he has the details posted. Anytime Bruce! Where are those detailed contest rules? All He has said so far is " I'm sure I won't have a problem finding investors to put up the million dollars."

[insane4evr]

.....Insane_forever can you explain how you can get a square wave out of a transformer with squarewave as input.
I'll stop drawing lol 

Hi Jamie,

It is probably because of the number of turns and the powdered iron core that came from a TV flyback which has design frequency of 15.734 kHz and my rectangular wave test frequencies of ~10 kHz to ~25 kHz. It is not visible in the video but there are oscillatory 'ringings' when the mosfet turns off.

Powdered iron or ferrite can operate at higher frequencies than audio. Because of the U-shaped core, there are two air gaps in the magnetic circuit which allows the core to carry higher magnetic flux density before saturating. Sorry if it is a mouthful.

Note in the video, there is a 5A full scale ammeter which shows over 5A when I adjust the frequency and it tells me that the test should be for a short duration only as the coil overheats quickly.

[bxngoc]

I don't talk about Stan was a fraud or wasn't. Just need to confirm "water molecules have a resonant frequency of around 22GHz, and only when in vapor form" . If it is so, I'll put microwave frequency into experiment.

[Visual Echo]

With out the cell connected i connect a transformer between the PWM and the bifilar coil, i can get over 300vdc out of it. As soon as i connect the cell it drops to around 2vdc.

Mine does that too, but I'm lucky to get a whole volt.  I'm blaming it on using tap water and insufficient tube conditioning.  Maybe try distilled water, and keep running the cell at 0.5 DC Amps to build that white powder dielectric coating.  Apparently it's ready when the amperage drops off significantly: you might notice it drop just a little after running the cell a little while without changing any of the settings, when it drops a lot, it's fully conditioned.  Not that I know this for sure, but that's what I'm reading.

I'm making a small one-tube-set test cell for more testing.  I also want to try painting an inner tube with dielectric varnish ("Super Corona Dope") and see how that works.

Hey Jamie, I wasn't diss'ing you, just making an observation.  Keep building, keep winding, keep soldering.  Remember that the process that makes alumin(i)um so common now was invented by some guy with a chemistry degree from Oberlin College (Ohio) in his basement.

Insane4evr: Gotta love those Tek 475's!  They take a beating and don't lie to you.  I might suggest there's a little 2nd harmonic distortion from the transformer, but other equipment nearby can affect sinusoidal form.  It occurs to me that the power companies would have trouble producing anything but a good sine wave, that's just the way the dynamo hums.  The rectifier may not have a completely linear response as well, lots of 'blame' to go around. 

A normal closed loop circuit will have too many losses after the circuit's target frequency changes. The impedance will change making the transformer useless out side of the target frequency.

Phase-lock-loop frequency control is the way.  There's a few people working with PLL circuits over on the waterfuelcell.org forums.  I'm developing a circuit at http://pyroflatulence.tv/?cat=7, lots and lots of work to do.  Someone please Paypal me a million dollars so I can quit my day job and do this full time.