Solid State "Synchro Coil".

[picowatt]

Here's a picture of Tesla's first radio: Tesla first transmitted a longitudinal magnet wave, not a transverse Hertzian wave. The transmitter and receiver in the picture are both simple electromagnet coils. The speed of the magnet wave was measured and calculated to be 292,020 miles per second, or 1.5 times the speed of light first by Wheatstone, the inventor of the full wave bridge rectifier. The formula is Pi, 3.14 over 2, times C, (the speed of light)!

Do you have the source info for the image you provided?

PW

[jbignes5]

 No the beginning of one toroid is connected in parallel with the other toroid's winding. Both ends are then connected together as well.

[synchro1]

No the beginning of one toroid is connected in parallel with the other toroid's winding. Both ends are then connected together as well.

@Jbigness5,


                 I find that a little vague? Both toroid coils have two ends. You say the beginning of one toroid is connected to the other toroid's winding? Which end of the other toroids winding? Beginning to beginning or beginning to end?

[synchro1]

Do you have the source info for the image you provided?

PW

http://www.pbs.org/tesla/ins/radiopop01.html

[synchro1]

So, are they shortend? If so, why?


Regards


BTW. I am not shure if I even know hat an A Vector or A field is...

Look at the axis of symmetry in this toroid schematic: The field is vectored away from the source along the axis, it dosen't curl around it just keeps going!