File:TeslaBifilar.png - Wikipedia, the free encyclopedia
There you have it, ie 100 V from start to finish of coil, 10 rounds(10V per turn). First half of coil 50 V, second half of coil 50 V. Difference between first 2 turns will be 50V(60V-10V). This way you get an E-field between each turn which is much(5 times) stronger than normal. Hope you get the pic.
What I think of is the B-field at the center hole, it should be extremely dense and more so the smaller the central hole gets since all the voltage will centralize it from all directions into a very small space. Now I am of course talking about a pancake coil with no connection out of the central hole, just a loose cable with a tip acting as a spark sender/receiver.
So maybe 2 identical pancake coils put on top of eachother with the 2 ends of the wires at the center acting as the spark gap. Oppose the 2 pulses for a magnetowave generator. Put the 2 coils inside the Gray tube with the circular grids at 90 deg. angle to amplify the wave.
I strongly believe we must see the similiarities between Gray, Meyer, Tesla etc. And Meyer´s late VIC(chapter 10) has no problem with timing and integration(coils get pulsed simultaneously sharing the same impedance), Tesla has the best geometry and Gray the best receiver. Merge them, Gray may have been the first one to realize the importance of collision of waves for best effect, Meyer saw the need for component integration and Tesla found geometry being a key.
As few parts as possible, that is the key to success I believe. Conjugate geometry(Dollard) like above too. Caps, Inductors, transformers, spark gaps should be built in one piece just like nature do. Many standalone parts connected by electric wire will always give us a headache I am afraid.
Just thinking loud, sorry....
There you have it, ie 100 V from start to finish of coil, 10 rounds(10V per turn). First half of coil 50 V, second half of coil 50 V. Difference between first 2 turns will be 50V(60V-10V). This way you get an E-field between each turn which is much(5 times) stronger than normal. Hope you get the pic.
What I think of is the B-field at the center hole, it should be extremely dense and more so the smaller the central hole gets since all the voltage will centralize it from all directions into a very small space. Now I am of course talking about a pancake coil with no connection out of the central hole, just a loose cable with a tip acting as a spark sender/receiver.
So maybe 2 identical pancake coils put on top of eachother with the 2 ends of the wires at the center acting as the spark gap. Oppose the 2 pulses for a magnetowave generator. Put the 2 coils inside the Gray tube with the circular grids at 90 deg. angle to amplify the wave.
I strongly believe we must see the similiarities between Gray, Meyer, Tesla etc. And Meyer´s late VIC(chapter 10) has no problem with timing and integration(coils get pulsed simultaneously sharing the same impedance), Tesla has the best geometry and Gray the best receiver. Merge them, Gray may have been the first one to realize the importance of collision of waves for best effect, Meyer saw the need for component integration and Tesla found geometry being a key.
As few parts as possible, that is the key to success I believe. Conjugate geometry(Dollard) like above too. Caps, Inductors, transformers, spark gaps should be built in one piece just like nature do. Many standalone parts connected by electric wire will always give us a headache I am afraid.
Just thinking loud, sorry....
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