Giantkiller moves forward into Full Heterodyning.

[giantkiller]

Oh yeah.....

--giantkiller.

[Feynman]

We are going to need a bidirectional , open-source control protocol going from the computer to the microcontroller.  We should make it loosely coupled, so it doesn't matter what's running under the hood.

If anyone has any ideas, by all means post them!   Here is what I thought so far...


Computer -> Serial (RS-232) -> Microcontroller (Arduino, PIC, etc)

"Frequency1=31500"
"Frequency2=250100"

where frequency is in hz. 

[sparks]

@ GK

     Attached is a schematic of a tpu disassembled.    Not as compact as SM's but I believe it is doable.  The initiator in this setup is a small tpu which acts as a receiver for the Earth's magnetic field flux.  It's current is then induced into the two tpu windings which get spun up.  These windings then are receivers of the Earth's magnetic flux and spin on their own.  They are different in mass so there is potential between the two receivers.  Hook em up and let her flow.  I think SM compacted everything here and used the kick windings to not only initiate the spin but squeeze the fields into interacting in one output winding.  Note that there has to be an out of balance amount of mass in the two coils.  Both coils need a magnetic material as points of reference for the inertial spin of the coil.  The current converter is a piece of zinc that acts as a resistor in a passive current converter.

[giantkiller]

@sparks,
Same mass difference reference in this pic of the magnetic vortex generator.

@Feynman,
Each ring has 3 coils. three freqs to ring, 1 freq to 1 coil. So we get a chord on a ring. 3 chords for the 3 rings. Now change harmonic chords very quickly looping the 3 chords thru the 3 rings while CCW rotating 1 individual freq of each coil to the next coil on the next ring. Like a barber pole!

This will be another test towards Keely.

--giantkiller.

[Feynman]

wow , nice diagrams guys


i don't understand this yet, i think i'll need to experiment once parts get here.  needless to say this is very exciting.