The whole purpose of this thread is to describe how eccentricity in transformer action can lead to a separation or an apparent imbalance in Lenz law.
This can be shown easily with electrostatics much like Dr Stiffler was doing, or one can go the preferred magnetic route as MK1 has done. There are many things to take into consideration in each build.
Many of these same goals and observations carry on in other threads also such as the Kapandze thread on OU.com.
One could view the goal as this....
We wish to create a disturbance in the environment with a resonant action. We wish to use this kinetic disturbance to create a useful EMF for powering our lives. And...we wish the action of the created EMF to be invisible to the resonant source.
One of the main problems, is that any loading placed on the induced EMF will be 180 degrees out of phase with the resonant source. As I have shown, this loading may be very much lower than would be expected, and as such an energy gain may be had. However a 4x energy gain can dissapear very very quickly if you have not thought out the problem completely (speaking of maximum energy transfer theorem etc.) In fact if the pick up coil is in any way resonant, it may build up a reactive current, which will be magnified back at the source, very detrimental. One would need to have the pick up inductor, discharge into a capacitor (NEVER INTO ITS OWN INTER WINDING CAPACITANCE) Then the capacitor to load...NEVER BACK TO THE INDUCTOR.
Remember we have x energy from a coil to deal with. Any resistive load placed directly on it will automatically place us at detriment because of maximum energy transfer theorem. It is the capacitance to which it is discharged that allows us to use the energy efficiently.
It remains however that what we are looking for is a disconnect mechanism from inducing source, to induced load. We have one good mechanism (eccentricity) to do this with....but this may be taken a step further......
This can be shown easily with electrostatics much like Dr Stiffler was doing, or one can go the preferred magnetic route as MK1 has done. There are many things to take into consideration in each build.
Many of these same goals and observations carry on in other threads also such as the Kapandze thread on OU.com.
One could view the goal as this....
We wish to create a disturbance in the environment with a resonant action. We wish to use this kinetic disturbance to create a useful EMF for powering our lives. And...we wish the action of the created EMF to be invisible to the resonant source.
One of the main problems, is that any loading placed on the induced EMF will be 180 degrees out of phase with the resonant source. As I have shown, this loading may be very much lower than would be expected, and as such an energy gain may be had. However a 4x energy gain can dissapear very very quickly if you have not thought out the problem completely (speaking of maximum energy transfer theorem etc.) In fact if the pick up coil is in any way resonant, it may build up a reactive current, which will be magnified back at the source, very detrimental. One would need to have the pick up inductor, discharge into a capacitor (NEVER INTO ITS OWN INTER WINDING CAPACITANCE) Then the capacitor to load...NEVER BACK TO THE INDUCTOR.
Remember we have x energy from a coil to deal with. Any resistive load placed directly on it will automatically place us at detriment because of maximum energy transfer theorem. It is the capacitance to which it is discharged that allows us to use the energy efficiently.
It remains however that what we are looking for is a disconnect mechanism from inducing source, to induced load. We have one good mechanism (eccentricity) to do this with....but this may be taken a step further......
Comment