Steve

another one

another pll schematic

There is an error in this schematic, in the resonant scanning circuit bipolar switches are needed like indicated in the first schematic and the 15 pin of the decade counter must be connected to the ground . The rest is pretty much the same as mine...

They all look the same, hahahahahahaha
Thanks man.

Steve

Found this schematic from some years ago.
Not sure if it works, but it looks ok.


Steve

The question is how the waveform will look like in the scope.
The circuit will produce first a square shape puls which might look like a bit diff with a charged cell attached.
The hv pulse after the squarewave will show a voltagepeak.

But again. Not sure how it looks in scope with cell.

The flipflop oscillator could have been made by this first stage of an oscillator with a CD 4047 chip with flipflop gateways:

I.C               CD4047          1p
Capacitor         0.01uF or 103   1p
Potentiometer     100K            1p
Resistor          220E            4p
Resistor          10K             2p
Resistor           330K           1p
LED                 RED             1p


The followed by a circuit that steers the SCR in the powerline to the anode.
See picture.
There must be an extra PNP transistor stage in front on that circuit from the pic, to make the scr switching at the same moment as the flipflip does.
The other output towards the 70kv coils will follow later....
In a later stage, i will add everything together to 1 circuit schematic for the ones not so well educated in electronics.

added: driver for ignition coil 70kv setup
TR1   Ignition Coil
T1   BFY51 Small Transistor
T2 = 4 pieces parallel   2n3055 Power Transistors
R1   100 Ohm Resistor
D1   
1N4007 will do but preferably a Schottky Diode
RC1   0.1µF Capacitor + 10K Resistor
http://hackaday.com/2016/12/08/measuring-high-voltage-in-millimeters-and-other-hv-probe-tricks/



cheers
Steve

If i remember correctly, the two choke and their connections are not hooked up well.
All coils must be wind in the same direction as well.
My 2 cents is to start slowly with 2 volts on the primary, see if you can find resonance and then tune up.
Also use a 70 ohm resistor over the primary...

For now that what i know...

Maybe we can help if you make a schematic of your setup.
How does yr VIC looks like?
How many turns per coil, wire thickness and winding directions, etc etc?
I seen on Tony,s documents that he had some ideas of his own, which where not the real vic setup of Meyer.

cheers

Hi everyone,
 I have a problem. please help me. I download and built   from www.globalkast.com  , by  tony woodside,   Complete VIC Circuit  .  Everything is  ok ,  I use 12 volt but it couldn't work. Where  am I is wrong. I havent  make any adjust. I added  some pictures . only two leds lighting .  Also I couldnt  get any square wave in oscilloscop . is there anyone to help me ?
Thanks

Dear Hgul,

Thanks for showing yr setup.
For years now people are trying to replicate Stans work.
But no succes yet.
Did you ask Tony for help?

Steve

the original one

Ok,

I have a new diode which will do also a very good job here.
Its the rhrg75120

The RHRG75120 is a hyperfast diode with soft recovery
characteristics (trr < 85ns). It has half the recovery time of
ultrafast diodes and is silicon nitride passivated
ion-implanted epitaxial planar construction.

Steve

Ok, to make it a little bit more clear here. This is NOT a Stan Meyer 5mA circuit.
This is a working, proven, electrolysis circuit, which provides a better result then a normal DC circuit.
So, this circuit uses AMPS and VOLTS.

In my case, i have a 60 plate drycell. That cell runs on about150VDC, give and take.
That means that the coils of that circuit are seeing a 150V pulsed voltage with an 8 Amp current.
During the duty time, the coils are getting fully charged. A magnetic field is createwd.
When the mark / off time of the cycle comes in, the magnetic field collapses and the BEMF puls of the coils will hit the wfc BIG TIME.

@Haithair: The BEMF pulse is in joules pretty big. The BEMF puls will be short. Meaning HV and high amps in a very short time periode. mS or uS. Because that puls is short, the Mark / off time is kept to a minimum.
Thats the reason why the diodes are so large. Smaller ones, like the 1n4007 are blown up by the spike.

So in scheme of all this, you must try to use a core as big as possible. And wire that is not too small.
All our efforts with small cores and thiny wire didnt give much results. Thats why Stan used 36Volts.
Thats why Boyce is using like 200Volts.
And thats why I use150Volts.

br
Steve

Hi,

Many have asked me for a schematic on how to drive a waterfuelcell.
Here is what i call, the IonizationX reference schematic. This is what works best sofar.
The circuit is build to make use of BEMF pulses for an optimum result.
Because the duty is around 98%, you will have almost strait DC, but in the very short
off periode of the cycle, you will get the BEMF pulse into your WFC.

Please be so kind to share your results here in this topic when you build this circuit.

Best regards
Steve

Hi folks,

Here some info from the past, which was not centrally stored at the electronic circuit topics.
Its a project done by Claudio, aka Electrojolt.

Its the best PWM with gating and with EEC option.
Much better then the Dave Lawton based circuits.
Stable frequency and gating signal! One is not moving when the other is changed.....

The build description can be found here in Electrojolts project section:
http://www.ionizationx.com/index.php/topic,1054.0.html

Parts needed:
3 555 timers
3 LM311 comparators
1 LM7808 8 volt regulator

2 100uf 35volt electrolitic cap
5 .1uf (104) seramic caps
3 1uf caps
3 10nf (103) caps
3 330pf caps (331)
3 2n2222 or 2n4401 NPN
4 2n2907 or 2n4403 PNP

3 or 6 FCPF11N60 Mosfets get some extra incase you kill some..
4 2.2kohm
13 1Kohm
3 10Kohm
3 100k or 200k or 500K Potenciometer
3 1K Potenciometer
3 10K potenciometer
8 on-on mini togle switches

steve i wouldnt realy care about that comment we are bold of knowing that patent circuit needs special treatment to work...

i would split into 3 parts... the oscilator the power supply and the output..

the oscilator is what determine the repetition frequency seems to be related to the fet used..

the powersupply seems a pushpull arrange

and it charges up a capacitor that is dischaged to a pulse transformer but it seems to me there is dc flowing thru it too..

ARe you simulating this?

No, but i am now finally start tuning my Meyer setup. See how far i get.
But to run a car, you must for sure followe Horvaths measurements of magnetic fields and field lines and electromagnetic waves aka radiolysis supported electrolysis, creating DEUTERIUM!!!!
People, we need more atomic mass then only hydrogen, to run a car  properly.
But he.....dont listen to me...


cheers

has anyone had a look at fig 1 circuit diagram of Horvath patent then look at the component list ?

Tell me.....

Have you seen his waveforms yet?

No. Not seen any waveforms.....

Ok. After really detailed reading, i come to the conclusion that Mr. Anderson and Mr. Horvarth have done EXACTLY the same thing.
Both used the same techno and also used the same hydrogen deuterium gas composition to run their cars.....
Its stunning. Horvarths patent is very very clear in details.

Nice stuff!

is he still alive?