Now imagine the TPU system in Stan Meyer's scheme of things. The battery on the TPU is replaced with a 50% duty cycle pulse width. Every pulse creates exactly the effect of the TPU where there is energy stored in the system as a magnetic field. The problem with the TPU is that it cannot steal the energy trapped within the system and release it as forward usable voltage when the field collapses (back EMF). In a conventional transformer mutual inductance creates a balance where the same energy trapped in the TPU is exchanged in the form of forward and backward EMF. The following explanation will enlighten people on how Stan's system works and its relationship to the TPU:
Stan has two air coils connected to a transformer, every time Stan sends a pulse of energy to the two coils from the transformer, those coils become the same as a TPU, they have energy trapped in them in the form of a magnetic field. The TPU traps that field because it leaves the two coils charged and then a short is placed across the core so the two fields in the respective coils are looped back into each other. There is simply no where for the energy to escape to and its perpetual mutual inductance.
Now imagine Stan's system, when there is forward voltage the two coils become energized with magnetic fields but when the voltage goes to zero on the pulse width modulator the field collapses but instead of returning to the transformer in the form of back EMF it goes into the load as forward voltage. Simple as that. Mutual inductance with the transformer has been destroyed in the same way as the battery being disconnected from the TPU. So......where the TPU creates a short in the core to apply force and is disconnected from the battery....... Stan's system is also disconnected from his battery because his pulse width modulator is at zero voltage just like the battery on the TPU but with the use of an important componant, the TPU traps the back EMF in a loop and so does Stan but instead of the loop being 'force' in the form of an electromagnet it is force in the form of his HHO device.
But Stan has a problem that the TPU doesn't. When Stan collapses the field in his two coils there is a physical conductive path back to the transformer through the wires which creates mutual inductance and back EMF is sent into the transformer instead of the load. The TPU is disconnected physically and so doesn't suffer the same consequence.
How does Stan get around this? Firstly he places a diode between the transformer and the upper coil, this ensures the back EMF can only travel towards the load in one direction. But the back EMF can then go through the load back through the other inductor and into the transformer and he doesn't want that. Remember he has air cores which are indicative of transmission lines which gives you a clue. What Stan does is isolates the electrical path from the lower air core back to the transformer. It is quite simple how he does this. He places a transistor between the transformer and the lower coil. When forward voltage is applied to both the coils and they become energized with a magnetic field and the base of the transistor is powered with the same forward voltage so that the collector and emitter on the trany connect an isolated ground to the coils. When that forward voltage is ended on the pulse train the transistor is shut down, the collector and emitter are disconnected from the isolated ground because of no base voltage, this stops back EMF from getting back to the transformer when the magnetic fields collapse but because the coils are resonant that back EMF travels from one coil to the other in the direction the diode allows.
Hence the bottom coil being variable so it can be tuned into the top coil. All that is needed in Stan's system is two resonant coils, a diode and the secret missing ingredient - a transistor. Stan then introduces a time gate into the pulse train and because voltage and time are inversely proportional and the time gate is always introduced during the back EMF cycle that time becomes usable forward voltage.
Look at the lower schematic, it is all people need but the good news is I can make this work without the coils being resonant and I have a pretty nifty little design coming your way that is simple and WILL WORK.
Here are facts how Stan's system works.
1. No energy from the transformer goes into the load, it only energizes the two magnetic fields in the coils.
2. The magnetic fields collapse and their return path to the transformer is physically removed via a transistor and a diode.
3. The back EMF is diverted back into the load via resonance at the correct frequency OR an alternative flux path.
4. All that was EVER missing out of Stan's design was a transistor.
5. Introducing a time gate into this system is a license to print energy. Time IS energy.
Have fun.
Stan has two air coils connected to a transformer, every time Stan sends a pulse of energy to the two coils from the transformer, those coils become the same as a TPU, they have energy trapped in them in the form of a magnetic field. The TPU traps that field because it leaves the two coils charged and then a short is placed across the core so the two fields in the respective coils are looped back into each other. There is simply no where for the energy to escape to and its perpetual mutual inductance.
Now imagine Stan's system, when there is forward voltage the two coils become energized with magnetic fields but when the voltage goes to zero on the pulse width modulator the field collapses but instead of returning to the transformer in the form of back EMF it goes into the load as forward voltage. Simple as that. Mutual inductance with the transformer has been destroyed in the same way as the battery being disconnected from the TPU. So......where the TPU creates a short in the core to apply force and is disconnected from the battery....... Stan's system is also disconnected from his battery because his pulse width modulator is at zero voltage just like the battery on the TPU but with the use of an important componant, the TPU traps the back EMF in a loop and so does Stan but instead of the loop being 'force' in the form of an electromagnet it is force in the form of his HHO device.
But Stan has a problem that the TPU doesn't. When Stan collapses the field in his two coils there is a physical conductive path back to the transformer through the wires which creates mutual inductance and back EMF is sent into the transformer instead of the load. The TPU is disconnected physically and so doesn't suffer the same consequence.
How does Stan get around this? Firstly he places a diode between the transformer and the upper coil, this ensures the back EMF can only travel towards the load in one direction. But the back EMF can then go through the load back through the other inductor and into the transformer and he doesn't want that. Remember he has air cores which are indicative of transmission lines which gives you a clue. What Stan does is isolates the electrical path from the lower air core back to the transformer. It is quite simple how he does this. He places a transistor between the transformer and the lower coil. When forward voltage is applied to both the coils and they become energized with a magnetic field and the base of the transistor is powered with the same forward voltage so that the collector and emitter on the trany connect an isolated ground to the coils. When that forward voltage is ended on the pulse train the transistor is shut down, the collector and emitter are disconnected from the isolated ground because of no base voltage, this stops back EMF from getting back to the transformer when the magnetic fields collapse but because the coils are resonant that back EMF travels from one coil to the other in the direction the diode allows.
Hence the bottom coil being variable so it can be tuned into the top coil. All that is needed in Stan's system is two resonant coils, a diode and the secret missing ingredient - a transistor. Stan then introduces a time gate into the pulse train and because voltage and time are inversely proportional and the time gate is always introduced during the back EMF cycle that time becomes usable forward voltage.
Look at the lower schematic, it is all people need but the good news is I can make this work without the coils being resonant and I have a pretty nifty little design coming your way that is simple and WILL WORK.
Here are facts how Stan's system works.
1. No energy from the transformer goes into the load, it only energizes the two magnetic fields in the coils.
2. The magnetic fields collapse and their return path to the transformer is physically removed via a transistor and a diode.
3. The back EMF is diverted back into the load via resonance at the correct frequency OR an alternative flux path.
4. All that was EVER missing out of Stan's design was a transistor.
5. Introducing a time gate into this system is a license to print energy. Time IS energy.
Have fun.