Imhotep
Greetings. I enjoyed building your latest relay charger. The output is a bit scawwwy...
My real question is this. Is this circuit (or similar) already "sending" a resonant wave organizing potential... field sized based on its relative input strength... possibly setting up a send-catch situation with an identical opposite (mirror coil) circuit. I seem to remember tidbits about Tesla's sending and receiving system... it required some form of powered resonance (or whatever it is), to be caught by a properly tuned mirror image circuit (wirelessly).
A few weeks ago I was watching a youtube that was demonstrating a radiant energy circuit. It used an automotive coil and basically the same concept that you had introduced earlier. What I found interesting about his demonstration was that his oscilliscope was producing readings of the wave, without being connected (to the circuit). Then just yesterday, I noticed that my little $25 digi meter was giving voltage readings laying on top (the case) of some wires going to a hobby motor that I was testing.
Have you done any experimental test setups like this? You are getting awfully good at the sending part...
Note1: "The team used two copper coils. The sending coil gave off a non-radiative magnetic field oscillating at megahertz frequencies that resonated in unison with the receiving coil. The coils exchanged energy solely with each other, and any power not picked up by the receiving coil remained bound to the area of the sending coil. Power didn't radiate into the environment, and objects placed between the coils didn't hamper the energy transfer."
Note2: Remember the use of a radio to "tune" a system? Obviously RF is emitted during the operation of a resonant circuit (in some cases). I tested a PC fan charger and found the RF field to be two feet or less from the circuit. Most RF seemed to be coming from the Battery Terminals, then the Transistor and lastly the Fan Coils. Interestingly enough, when testing your "new" relay setup, RF was detected up to 40 feet from the circuit! Could this phenomena be relevant?
Greetings. I enjoyed building your latest relay charger. The output is a bit scawwwy...
My real question is this. Is this circuit (or similar) already "sending" a resonant wave organizing potential... field sized based on its relative input strength... possibly setting up a send-catch situation with an identical opposite (mirror coil) circuit. I seem to remember tidbits about Tesla's sending and receiving system... it required some form of powered resonance (or whatever it is), to be caught by a properly tuned mirror image circuit (wirelessly).
A few weeks ago I was watching a youtube that was demonstrating a radiant energy circuit. It used an automotive coil and basically the same concept that you had introduced earlier. What I found interesting about his demonstration was that his oscilliscope was producing readings of the wave, without being connected (to the circuit). Then just yesterday, I noticed that my little $25 digi meter was giving voltage readings laying on top (the case) of some wires going to a hobby motor that I was testing.
Have you done any experimental test setups like this? You are getting awfully good at the sending part...
Note1: "The team used two copper coils. The sending coil gave off a non-radiative magnetic field oscillating at megahertz frequencies that resonated in unison with the receiving coil. The coils exchanged energy solely with each other, and any power not picked up by the receiving coil remained bound to the area of the sending coil. Power didn't radiate into the environment, and objects placed between the coils didn't hamper the energy transfer."
Note2: Remember the use of a radio to "tune" a system? Obviously RF is emitted during the operation of a resonant circuit (in some cases). I tested a PC fan charger and found the RF field to be two feet or less from the circuit. Most RF seemed to be coming from the Battery Terminals, then the Transistor and lastly the Fan Coils. Interestingly enough, when testing your "new" relay setup, RF was detected up to 40 feet from the circuit! Could this phenomena be relevant?
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