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Hi all, I make this thread so we can all put forward and/or discuss theories which may explain a COP over 1.
Using a Pulsed DC transformer as a device to consider I have theorised that in transformers and coils when current flows through them the only energy that is lost is in Ohmic resistance and that which flows to ground from the negative end. However when the transformer is idle the losses are due to radiative losses of the flux, as the flux is lost more current must flow to ground to create more flux to keep the flux at maximum, this give's the Idle state current flow of the transformer. When current is used from the secondary it is caused by the potential of the flux built in the transfomer.
No current flows from one winding of a transformer to the other they are isolated from each other. When current flows through the coil a magnetic field is built in the environment around the coil utilising energy present in that area "outside the coil". When no current is drawn from the secondary only enough current can flow to replace the radiated or dissapated flux to keep flux density at maximum for that transformer.
Then when current is drawn from the secondary it is caused by the potential of the flux across the load in the secondary circuit, as the flux falls, more current flows to ground in the primary circuit to manifest more flux in the environment which is present across both the primary and the secondary windings, and resists the flow of current in the primary circuit, so as more current is allowed to flow in the secondary circuit which acts to lower the flux then more current can flow in the primary circuit.
Transformer Theory.
Transformers Part 1 - Beginners' Guide to Electronics
From link.
I only bolded part of this sentance from the previous passage because I think it is intentionally misleading, in the sense they are trying to keep people interested in tranformer theory and not free energy.
I think it should read like this.
As current is drawn from the secondary, the flux falls slightly, and allows more primary current to flow to manifest the required flux in real time to induce the required current flow in the secondary circuit. The current through the primary goes to ground, it is different current.
From link.
So my theory is that the energy in the primary circuit does not expand into the magnetic field it flows to ground and the magnetic field is manifested from environmental energy to oppose it. The current created in the secondary circuit remove's the magnetic flux by the load present in the secondary circuit as a result of the potential created by the CEMF across that load.
Only when the flux is reduced and the opposing force removed can more energy flow in the primary circuit. The CEMF must be from a different source to the EMF as I don't see how one force can oppose itself.
The CEMF is Almost Equal to the EMF and the EMF is what we contribute. So the CEMF must be manifested from environmental energy,
Here is some rough sketch's I made to help myself to understand it, my symbols do not comply with conventional symbols because I have no training, and I may be wrong about some things.
https://skydrive.live.com/?cid=32a91...1088&sc=photos
Same thing happens in a single inductor but there is no secondary circuit, the CEMF can be removed by a diode.
https://skydrive.live.com/?cid=32a91...1089&sc=photos
And the current produced by it can be calculated, much better by somebody else.
https://skydrive.live.com/?cid=32a91...1090&sc=photos
The current through the coil can be reclaimed to a degree aswell, I have demonstrated this even without a transformer.
It makes no difference when or where, if there is energy expended an almost equal amount of energy appears from the Aether to oppose it. Or else we would be very very strong.
Happy to hear of any thoughts on this.
Cheers
P.S. I'll make a new series of better drawings soon to explain my thoughts more clearly. I just have to work out the best way to draw it, to show it in picture's is difficult and to explain it is even harder.
Using a Pulsed DC transformer as a device to consider I have theorised that in transformers and coils when current flows through them the only energy that is lost is in Ohmic resistance and that which flows to ground from the negative end. However when the transformer is idle the losses are due to radiative losses of the flux, as the flux is lost more current must flow to ground to create more flux to keep the flux at maximum, this give's the Idle state current flow of the transformer. When current is used from the secondary it is caused by the potential of the flux built in the transfomer.
No current flows from one winding of a transformer to the other they are isolated from each other. When current flows through the coil a magnetic field is built in the environment around the coil utilising energy present in that area "outside the coil". When no current is drawn from the secondary only enough current can flow to replace the radiated or dissapated flux to keep flux density at maximum for that transformer.
Then when current is drawn from the secondary it is caused by the potential of the flux across the load in the secondary circuit, as the flux falls, more current flows to ground in the primary circuit to manifest more flux in the environment which is present across both the primary and the secondary windings, and resists the flow of current in the primary circuit, so as more current is allowed to flow in the secondary circuit which acts to lower the flux then more current can flow in the primary circuit.
Transformer Theory.
Transformers Part 1 - Beginners' Guide to Electronics
From link.
"Preface
One thing that obviously confuses many people is the idea of flux density within the transformer core. While this is covered in more detail in Section 2, it is important that this section's information is remembered at every stage of your reading through this article. For any power transformer, the maximum flux density in the core is obtained when the transformer is idle. I will reiterate this, as it is very important ...
For any power transformer, the maximum flux density is obtained when the transformer is idle.
From link
Quote:
The idea is counter-intuitive, it even verges on not making sense.
Be that as it may, it's a fact, and missing it will ruin your understanding of transformers. At idle, the transformer back-EMF almost exactly cancels out the applied voltage. The small current that flows maintains the flux density at the maximum allowed value, and represents iron loss (see Section 2). As current is drawn from the secondary, the flux falls slightly, and allows more primary current to flow to provide the output current.
It is not important that you understand the reasons for this right from the beginning, but it is important that you remember that for any power transformer, the maximum flux density is obtained when the transformer is idle. Please don't forget this."
One thing that obviously confuses many people is the idea of flux density within the transformer core. While this is covered in more detail in Section 2, it is important that this section's information is remembered at every stage of your reading through this article. For any power transformer, the maximum flux density in the core is obtained when the transformer is idle. I will reiterate this, as it is very important ...
For any power transformer, the maximum flux density is obtained when the transformer is idle.
From link
Quote:
The idea is counter-intuitive, it even verges on not making sense.
Be that as it may, it's a fact, and missing it will ruin your understanding of transformers. At idle, the transformer back-EMF almost exactly cancels out the applied voltage. The small current that flows maintains the flux density at the maximum allowed value, and represents iron loss (see Section 2). As current is drawn from the secondary, the flux falls slightly, and allows more primary current to flow to provide the output current.
It is not important that you understand the reasons for this right from the beginning, but it is important that you remember that for any power transformer, the maximum flux density is obtained when the transformer is idle. Please don't forget this."
As current is drawn from the secondary, the flux falls slightly, and allows more primary current to flow to provide the output current.
As current is drawn from the secondary, the flux falls slightly, and allows more primary current to flow to manifest the required flux in real time to induce the required current flow in the secondary circuit. The current through the primary goes to ground, it is different current.
From link.
3. How a Transformer Works
At no load, an ideal transformer draws virtually no current from the mains, since it is simply a large inductance. The whole principle of operation is based on induced magnetic flux, which not only creates a voltage (and current) in the secondary, but the primary as well! It is this characteristic that allows any inductor to function as expected, and the voltage generated in the primary is called a "back EMF" (electromotive force). The magnitude of this voltage is such that it almost equals (and is effectively in the same phase as) the applied EMF.
At no load, an ideal transformer draws virtually no current from the mains, since it is simply a large inductance. The whole principle of operation is based on induced magnetic flux, which not only creates a voltage (and current) in the secondary, but the primary as well! It is this characteristic that allows any inductor to function as expected, and the voltage generated in the primary is called a "back EMF" (electromotive force). The magnitude of this voltage is such that it almost equals (and is effectively in the same phase as) the applied EMF.
Only when the flux is reduced and the opposing force removed can more energy flow in the primary circuit. The CEMF must be from a different source to the EMF as I don't see how one force can oppose itself.
The CEMF is Almost Equal to the EMF and the EMF is what we contribute. So the CEMF must be manifested from environmental energy,
Here is some rough sketch's I made to help myself to understand it, my symbols do not comply with conventional symbols because I have no training, and I may be wrong about some things.
https://skydrive.live.com/?cid=32a91...1088&sc=photos
Same thing happens in a single inductor but there is no secondary circuit, the CEMF can be removed by a diode.
https://skydrive.live.com/?cid=32a91...1089&sc=photos
And the current produced by it can be calculated, much better by somebody else.
https://skydrive.live.com/?cid=32a91...1090&sc=photos
The current through the coil can be reclaimed to a degree aswell, I have demonstrated this even without a transformer.
It makes no difference when or where, if there is energy expended an almost equal amount of energy appears from the Aether to oppose it. Or else we would be very very strong.
Happy to hear of any thoughts on this.
Cheers
P.S. I'll make a new series of better drawings soon to explain my thoughts more clearly. I just have to work out the best way to draw it, to show it in picture's is difficult and to explain it is even harder.
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