Follow the design..
If you follow the design it takes ac as input and stores the ac after being stepped up into a layden jar. Once the oil filled layden jar hits the breakdown for the arc gap it fires into a split bucking primary of a one way pulse. Since the second transformer is oil filled as well and statically shielded it has a higher capability to resist breakdowns in it's own secondary to the primary. Everything after the special transformer should be statically shielded in order for the charges that would be normally attracted to the wires and transformer are cut off from the streamers that guide them. This allows one to only expose the parts of the circuit that you want to be exposed and interact with the charges of the environment. The antennas have to be balanced mass wise. This keeps the transformer in balance and no shorting will occur in the special transformer between the primary and secondary. The only difference in the antennas is their surface area. One will be short and stubby and the other long and thin. The short and stubby antenna will be the receiver and the long and thin antenna is the broadcaster. Just because there is a surface area difference it will concentrate the streams or lines to focus on the smaller antenna and that one is designed with another transformer that is oil filled as a step down transformer. This should allow one to use the output as a pulsed dc since the special transformer is the pulsed stepper motivator and the ac gets rectified by the layden jar and the arc space which is magnetically quenched allowing for a bigger disruptive blast that gets shot through the special primary that is bucking.
In effect this is the generator of environmental charge pump. Since there should be no charges that are attracted after it gets it final boost through the special transformer on because of the shielding all the charges interact between the two antennas and gets pulled into the cycle of the secondary of the special transformer and since I have given a way to redirect the charges into the load or output it should be self regulating based on the current the load needs.
One thing that I didn't realize until I went through this explanation is that the output side should have another small antenna on the negative side as a return of charges to the environment so the cycle doesn't have a negative effect of drawing all the charges out of an area. I will have to do extensive testing of the model I am working on. Slowly I am getting there and more ideas pop up as I go but that is the basic Idea of it.
I am thinking the difference between arc and spark are these simple facts. Sparks are ac and arcs are dc. And there is a big difference of the kind of shape of the electrodes one uses for the space. Tesla seemed adamant that they should be used properly. Round broad surfaces seemed to be better then a sharp pointed electrode. But then again surface area would change then and I think thats where I got the idea of the antennas being balanced mass wise and not in surface area.
It would be interesting to see what happens if one electrode was rounded and the other was sharp. That should have a focusing effect but I'll have to see about that seeing that sharp electrodes tend to spread the arc out.
If you follow the design it takes ac as input and stores the ac after being stepped up into a layden jar. Once the oil filled layden jar hits the breakdown for the arc gap it fires into a split bucking primary of a one way pulse. Since the second transformer is oil filled as well and statically shielded it has a higher capability to resist breakdowns in it's own secondary to the primary. Everything after the special transformer should be statically shielded in order for the charges that would be normally attracted to the wires and transformer are cut off from the streamers that guide them. This allows one to only expose the parts of the circuit that you want to be exposed and interact with the charges of the environment. The antennas have to be balanced mass wise. This keeps the transformer in balance and no shorting will occur in the special transformer between the primary and secondary. The only difference in the antennas is their surface area. One will be short and stubby and the other long and thin. The short and stubby antenna will be the receiver and the long and thin antenna is the broadcaster. Just because there is a surface area difference it will concentrate the streams or lines to focus on the smaller antenna and that one is designed with another transformer that is oil filled as a step down transformer. This should allow one to use the output as a pulsed dc since the special transformer is the pulsed stepper motivator and the ac gets rectified by the layden jar and the arc space which is magnetically quenched allowing for a bigger disruptive blast that gets shot through the special primary that is bucking.
In effect this is the generator of environmental charge pump. Since there should be no charges that are attracted after it gets it final boost through the special transformer on because of the shielding all the charges interact between the two antennas and gets pulled into the cycle of the secondary of the special transformer and since I have given a way to redirect the charges into the load or output it should be self regulating based on the current the load needs.
One thing that I didn't realize until I went through this explanation is that the output side should have another small antenna on the negative side as a return of charges to the environment so the cycle doesn't have a negative effect of drawing all the charges out of an area. I will have to do extensive testing of the model I am working on. Slowly I am getting there and more ideas pop up as I go but that is the basic Idea of it.
I am thinking the difference between arc and spark are these simple facts. Sparks are ac and arcs are dc. And there is a big difference of the kind of shape of the electrodes one uses for the space. Tesla seemed adamant that they should be used properly. Round broad surfaces seemed to be better then a sharp pointed electrode. But then again surface area would change then and I think thats where I got the idea of the antennas being balanced mass wise and not in surface area.
It would be interesting to see what happens if one electrode was rounded and the other was sharp. That should have a focusing effect but I'll have to see about that seeing that sharp electrodes tend to spread the arc out.
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