Who can say that, at leat only looking is impossible. Now if you look the dune buggy demonstration video and you notice the cell you see he is really using Gas and lots of it. not just the white stuff..
Stan clearly stated is overunity because over unity means produce more power out than in, what he also said is that thermodynamic law conserve energy and that the water is the energy source, and also said that the conservation of energy do is not defined by power input power output.
I can only deal with numbers, if the guy is producting more than 33 liters of gas spending less than 66 watts its overunity.
No way, No heating can only mean that the production of gas is low, it became over unity if the gas output is over unity. Of course if the gas output is over unity and the temperature don't raise than you got what stan had...
I didn't wanted to mean no current is used i just meant that the electric field being applied differ somehow of a dipole field... Of course there are losses so the current will do flow to a certain degree. The fact is that as it is restricted it allows voltage potential to take over and do the work, in the dead short condition.
The big problem about stan stuff is that he didn't explained where the technology came from. Thereto became impossible for people to really understand what he did. However when he meant "for those with knowledge in the prior art will be evident" he was not joking. Quantum mechanics explain this possibility. There is energy anywhere, since we are not at absolute 0K temperature. The thing is how to use this energy, how to create the conditions required for hydrogen to be generated.
Anyone was able to replicate stan stuff yet because all want to copy his designs and not understand why he did that things. The great problem arise when you get a really advanced system and want to simply make it work out of nothing. It simply does not work that way.
Any collection of charges has an electric field associated with it and this electric field can deflect electrons, and since there is no electron flow within this electric field frame because is not a dipole no energy is consumed.
Wish I had a good oscilloscope to see what i'm doing here...
The diodes are acting... the blocking diode allow the pulse to charge the network and the switching diode close the blocking diode further for keep the cell from discharge.
The unipolar should work with the coils on the same core if the polarities are as showed, cause they shouldn't interact at all. Except by increasing the distributed capacitance of the pulse forming network which actually change the frequency of the pulses. Also it would be able to increase the frequency of the potential applied..
actually not 180 but 0° in phase just like a resistie circuit I mean the unipolar pulses that create the step charging effect. I know this because the current wave form of the cell in the simulation is perfect replica of the voltage wave form in the pulse forming network. unipolar pulses exact the same as meyer drawings... the resonant voltage is completely other thing, this ac sets on and off the unipolar pulses.
Because they are inputing ac or had unbalance in the cell for this the matching resistor is needed, There can't be ac across the cell... a diode helps but is not enough the circuit must be in perfect balance for the unipolar pulses to show up. all conditions must be match, all parasitic elements.
The bifilar is a method for maximize coupling inductance and capacitance...
I succeeded the unipolar pulses. This waveform of the vic sync pulse is not two ac 180° signals is simply a balanced +- outputs. There is a reason for this in the techbrief.
I'm working with much higher rating than the 3055, it wouldn't be a choose for what i'm trying to accomplish.
Amps cam only flow if there is a voltage over the breakdown voltage of the component.
There are two ways of burning components, by over current of simple over voltage, over voltage will lead to current flow and that minimum will destroy the device, while amps can only burn components by over heat.
So voltage is dangerous than amps when the switch is open.
I just had an epiphany!
I was looking into a page and found that sidacs are called switching diode, because they only conduct after its rated voltage. It can work like a varistor, also there are other components that behave in that manner.
Would Meyer Use a SIDAC for the switching diode function?
What i'm doing is: i'm finding a way to let the field collapse while not burning my components and still send the voltage field to water and not to snubbing.
Bifilar winding is what you need when you want maximum coupling, to have two exactly equal voltages across the two coils or 0 ac volts between their end points... its same as a common mode choke...
The thing is that he applies a potential only... not only a difference of potential. This creates the resonant action... pretty much like the steam resonator but taken steps further...
Tony you shouldn't think about total inductance exclusively (and not all coils fields aiding), you want to make the "secondary" inductance to be exactly the same of the chokes but maybe a bit smaller (probably because of the coupling, so you can have exactly the same voltage in the tuned and the secondary inductances, the tx4 must exactly cancel out the tx5 coil but there will be a minimum inductance, this becomes part of the secondary inductance, so must be taken in count. So basically the tx5 coil must have the same inductance of all the coils with the canceling coils connected all in series. Makes lot of sense for me.
Yea I referred to this is an earlier post about the VIC. Look at the excerpt from one his Patent 92007861 below. He's basically saying the Sec. = 10X Primary and the same for the chokes and then he's just combining them and saying 30:1 step-up. (http://www.globalkast.com/images/stanmeyer/patent_92007861.PNG)
Tony did you noticed that he is talking about secondary to choke ratio and not primary to secondary?
I see i understood. Like having also a diode in series with the capacitor and the resistor in parallel, for protection... Snubber...
But this voltage will be lost voltage only in the primary i'm right? how about the time constant? Would be not very slow. Maybe if we knew the primary inductance we could try to shoot some calculations..
I think it could also be a choice for the filtering of a frequency...
Now i understand across thanks don. I already used this in the past, cause i wanted to assure that the pulse didn't come back in the mosfet.... Kali this resistors automatically cancel the chance of it being driven in the kick back or flyback mode, one of the reasons is that it would consume the discharge pulse... Other reason is that the core must be free to oscillate.
The charging choke 56 in series with the diode assure that the voltage is not limited to 60v... actually if you think about actually one of the chokes is subtracting the field... So he basically is applying 20v + 20 of the choke in series with the diode, than the other tube is receiving 20v max also per pulse.
During the resonance energy will be accumulated in the vic, i can tell you maybe more than 1000 times more energy than the input can be developed there, for sure, the electrical resonance means recirculation of energy. So the "tuned" choke could actually achieve thousands of volts in my though if closed the circuit resonance with the ground capacitance relation to the cell.
The smaller the capacitance the greater is the Q so with less amps you get higher voltage per amp circulating.
HE could have worked with values like 50pf witch for a big choke still give us a relatively high Q resonance in real world.
I'm going for 330pf with my cell (measured value)... Between my tubes i might have 1,8 nf but i can only measure the resistance, i already achieved 10kohms of resistance. This means that 1 amp passing thru it would develop 10kv.
Here's the resistance values that I took from the coils with a Fluke meter. Primary-10.5 ohms Secondary and chokes-70-75 ohms Feedback-11.5 ohms
Now 29 gauge wire measures 81.83 ohms per 1000 feet,so I come up with the following
Primary- 128 feet Secondary and chokes- 884 feet
As for number of turns I come up with Primary - 600-650 turns Secondary and chokes - 3000-3500 turns
Because they are hand wound and not precision,these should be very close.
As for the 220 ohm resister,they were wired across the primary to restrict the current feeding it.10.5 ohms will make the coil heat up with 12 volts feeding it.Some of the coil pacts had three resistors across the primary,all of them were 220 ohm.The largest one was a 5 watt. Don
Hello Don Thank you a lot for the info. When you say "220 ohm resister,they were wired across the primary to restrict the current feeding it.10.5 ohms will make the coil heat up with 12 volts feeding it.Some of the coil pacts had three resistors across the primary,all of them were 220 ohm."
What you mean, by across? Between the primary leads? They are in parallel? 220ohms is the resistance of all together or individual if more than one?
Is very interesting that he used 29AWG for the primary... I think that his thing consumed really very very low power...
Don what was the inductance of each choke? Did you measured the secondary + chokes? the primary...?
Kalli I can see the pictures normally try to check your browser configurations.
Don the doubling frequency will happen only if tx5 coil is resonating with the container. I'm quite sure of that. I'm working on that. mind the electrical insulated hosing. Why for?
why in the vic of the patent there is a ground connection there?
Well i see the possibility for the chokes to resonate too, but i'm not sure by witch mechanism if in that manner.. The problem i see is that wont close the circuit being the diode there...