Basic Operation of a Simple Design of Meyer.
This is how I think My vic is working.
To Follow this, Get your mind in Gear. Lets put everything is position, and make this simple. Chokes are like capacitors, they emit emf, or discharges.
A Choke fact that must be known before I begin.
1. Charging The left side of a choke with Negative voltage"Transformer," The choke will always "Discharge" Positive EMF or Voltage back to the transformer, And Continue to send Negative voltage to the fuel cell.
2. Chokes are like capacitors, For Example. They become charged. BUT, Coils of wire has an advantage. When they discharge,, the discharge polarity of the coil changes. Example, There is always power to the fuel cell when the choke is not being charged "Because the choke is discharging."
3. Imagination, When trying to charge a chokes left terminal with negative voltage, That choke is trying to reverse and give back a positive voltage to the negative power source if negative voltage was being used. Vice Versa.
It does not get any Simpler than that!
When I pulse a choke, using my transformer, That choke takes a charge threw the diode and fuel cell, There will be some current flow when charging a choke, in the milliamps.
I use the choke on my negative Side as shown on video. I send Negative Voltage and Current threw the choke to the fuel cell, The fuel cell Reacts to the small milliamps of current used to charge the choke threw the diode, You can see gas production due to current flow.
Once the power to the choke is switched off in my design, A positive pulse of voltage is still sent to the fuel cell. This voltage does not contain current flow. here is why.
When the transformer switches off, it no longer sends a negative voltage to my choke, It is trying to send a positive voltage to the choke, But it can not because of the diode, And, At that same time the choke is trying to also send a positive voltage to the transformer.
When in this mode as just described, it is like hooking 2 AA batterys in parallel with a load between the 2 positive terminals of the aa battery, and with the 2 negative terminals connected, One battery may be weaker than the other, what happens there is not that important.
"Voltage Potential is born." The Negative Terminal of the fuel cell only see's voltage, Current flow "it is not possible." The Choke "Resonates" during the pulse off time.
Understood, voltage is being produced from the transformer even though power is removed, the voltage is also in series with the chokes discharge voltage. Clearly, 2 voltage sources, "Transformer" and "choke" both discharging is in ,,, "Parallel" Just like I described with putting a load between the 2 parallel batteries. "No current can flow."
As i have said, and learned, you will not gain a positive voltage on the positive lead of the fuel cell if you do not use the right,,, Resonating core. The Core plays a Large, and most important role in gaining this potential across the cell.
We Clearly have a problem, Our voltage Sources is now in parallel, and we have a Load, fuel cell connecting the parallel voltage sources together. You see no gas because of this.
Big Rule. As Stated, Stans circuit is clearly neat. My above text shows how ignorant such a design can be. However, In stans design, Which is very important, He uses Biffiar primary on his Step up transformer. What does this do?
When the AA batterys are in parallel, like stated with a load there in between, the voltage source from the choke can go threw the transformer more easily when it is biffiler wrapped. Even though it is like the AA battery method, Biffilar wrapping the secondary transformer "Changes things."
Even though it appears to be 2 voltage sources in parallel, Because Biffilar secondary winding was used the emf from the choke can take advantage of this, A Positive Potential is Born on the positive lead of the fuel cell, But not due to the winding, Only due to the core. My Choke can send such potential to the transformer, "But my transformer is not Biff." SO, i do not get the full meyer effect because of that. During the pulse off time, "The Diode does get used." But, there is 0 current flow, Hence, "Standing wave." This Explains the potential i use in my videos to light Bulbs in parallel with my cell while using tap water. Kilovolts are read across the cell, No matter the water type.
Voltage Potential, What is it?
It can be used to Pick up paper, Levitate it. It has a push pull effect on the water molecule, According to meyer. Voltage Attracts stuff like paper, stuff that magnetics has no effect on. It can attract human hair or whatever. Magnets can not do this. "This voltage potential is what I managed to get across tap water."
Voltage Potential Moves at a freq, In this case the freq of the voltage potential at which it viberates, or resonates is determined by the choke core and coil around it. The choke can be tuned to desired resonate freq of that choke. When the choke is resonating the voltage potential across the cell is resonating. When the voltage potential across the water resonates at the same freq of water, Due to the uniq meyer desin the molecule gets pulled apart by a Voltage Potential Resonate Action caused by the Choke.
I have here kilovolts across a fuel cell, "My core allowed this."
I have here, The Wrong freq of voltage potential to the fuel cell, I know this because the water is not falling apart as it should. My Choke core, and windings, and pulsing circuits is not hitting the right freq of water. However, I have proved meyer voltage, The Voltage is no good because of the wrong freq i am using. My choke may not be able to gain the proper freq due to its size, wire gauge, shape and windings.
A Choke, it is Much like a Magnetron, The choke IS a resonate Cavity. It is like a Mignetron. You send a magnetron 60 hertz and the resonate cavity "Magnetron" Produces Mghz. The Choke to Resonates just like the magnetron, It to can produce Megahertze etc,,. However, the resonate action on this choke should be tuned to explore an wide range of different Frequencies. This is how to alter the Frequency of the Voltage Potential, Push Pull effect on the water molecule. "Tune this choke."
However, I have no current tunable choke. Designs should be made to alter the chokes resonate frequency, But first you must have the proper core material to do this. If you alter the resonate frequency of the Choke, The Frequency of the Push Pull effect on the water molecule will be altered as well. Once the right Push pull effect on the water due to only voltage as been established, the water comes apart. The choke determins the speed of this push pull voltage effect on the water molecule.
You can have Millions of Voltage Potential across the water molecule, Litterly Millions. But, If the Voltage Potential is not resonating across the water at the proper freq nothing is going to happen.
The choke must be tuned so the resonate voltage across the cell can be changed threw a wide range of test. The Choke puts voltage to the cell, whater resonate freq the choke is resonating at is the same resonate freq that will be applied across the water molecule. Aparently I have gained the needed voltage, It is just simply "Out of Tune." The Voltage Being applied across my water is not at the right freq, it is wiggling and rocking at the wrong freq because I'm not smart enough to know how to tune it.
The Biff wrapps of the secondary Transformer Does have an effect on the voltage being dilivered to the fuel cell. Biff may make the potential Stronger to the fuel cell. My transformer is not biff.
There is much testing that needs to be done.
I Posted this for however is interested in what is going on, I am not the best at explaining it, But the goal is to give you the ideal. So, I hope it is a little more clearer now to you. This is not stans explainitaion, it is mine, Just on stans vic. I hope i've helped someone out there.
Also, it will not hurt to try SS wire on this setup, However i used no ss wire to get the voltage potential, And, my 9 tubes does start flowing pretty good after about 1 min, But still, you cant see this great flow on video that well. 1 tube, it shows lots of gas and very good flow. But, still i didn't hit resonance and the flow i was getting was due to the charge of the choke, not voltage potential. Once you tune in your suppost to consume about a gallon every 10 min's, or something along them lines according to stan.
