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Solfeggio frequencies - Wikipedia, the free encyclopedia
If we made a coil resonate at 963 hz could it also be tuned to the lower frequency's of the scale.
I think it could using variable capacitors, this could get very interesting.
been playing with the circuit simulator at falstad a series lc circuit can get out of hand real quick producing voltage and amperage levels that are unreal.
very interesting, good thing it will be used on the secondary's.
if the secondary's draw energy like I think they will I dont think we could run the system at peak resonance once the lc series goes into short circuit mode the energy is phenomenal
hi everyone, back with some more measurements and testing.
i noticed my scope has a built in RMS calculator with internal calculable ohms.
it is not simply reading peak spikes, the scope understands that peak voltage is NOT the same as wattage, and it is a function that leaves nowhere to hide...
with all factors the same, using sine wave, and low frequency, the power thru the bulbs is the only variable.
and you will notice the readings are visually consistent with the apparent behaviour of the bulbs.
i am confident now with the RMS readings shown here. and the results here are in line with the inventors claims
now to scale up, and use this system as a HV resonant driver for my Smith coil board, or simply go with this system entirely, we'll see
here is what im confidently calling, overunity with the BiToroid, inspired by the people who originally disputed the output readings
Now with these RMS readings i am further convinced of the potential in this system
Good job, thank you for your persistence and willingness to share, shows your true character.
I think alot of us are working towards an end now, this gives us a direction thanks to your efferts.
hi everyone, back with some more measurements and testing.
i noticed my scope has a built in RMS calculator with internal calculable ohms.
it is not simply reading peak spikes, the scope understands that peak voltage is NOT the same as wattage, and it is a function that leaves nowhere to hide...
with all factors the same, using sine wave, and low frequency, the power thru the bulbs is the only variable.
and you will notice the readings are visually consistent with the apparent behaviour of the bulbs.
i am confident now with the RMS readings shown here. and the results here are in line with the inventors claims
now to scale up, and use this system as a HV resonant driver for my Smith coil board, or simply go with this system entirely, we'll see
here is what im confidently calling, overunity with the BiToroid, inspired by the people who originally disputed the output readings
Now with these RMS readings i am further convinced of the potential in this system
In going with the diagrams posted of your transformer system, thus far you have not demonstrated the Bi-Toroid core configuration as developed by T.Heins.
The precise reason it is not operating as such is due to the secondary decoupling cores residing at the same magnetic reluctance as the primary cores. Magnetically they are one and the same.
Whereas in a BiTT configuration the primary core reluctance is much less than the secondary decoupling cores, your transformer diagram shows them with equal reluctance due to the positionings of the air gaps.
In going with the diagrams posted of your transformer system, thus far you have not demonstrated the Bi-Toroid core configuration as developed by T.Heins.
The precise reason it is not operating as such is due to the secondary decoupling cores residing at the same magnetic reluctance as the primary cores. Magnetically they are one and the same.
Whereas in a BiTT configuration the primary core reluctance is much less than the secondary decoupling cores, your transformer diagram shows them with equal reluctance due to the positionings of the air gaps.
...
Hi everyone and thanks, but credit goes Thane
Excellent catch, lol yes it is pretty much extra primary legs rather than sec core legs, BUT keep in mind i snapped the ferrites and they re connect almost flawlessly, BUT you are still correct, the sec cores need to be more secluded from primary, mine saturates too easily.
I was even thinking higher perm metglass core material as well, just on outer ring, with no connection to primary at all, and primary having lower perm ferrite would have even less reason to fight primary emf
In the beginner's mind, there are many possibilities.
In the expert's mind there are few.
-Shunryu Suzuki
This resonator is built out of 16 ga. bailing wire its just a mock up, still have to secure wire ends then start winding the coils.
Center primary and four secondary's on the larger bands, the smaller bands are to shunt the primary.
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