Hello Dave,
I did some reading on the "retroflection" in Tom Beardens book and on page 197-198 the chapter "4.4 Tesla's iterative retroflection work" I saw that in figure 4.5 there are 2 reflectors with in the middle the load.
Because in the past I did some experiments with Konstantin Meyl experiment kit for one wire energy transfer I thought that maybe if I use the 2 tesla coils (same resonance frequency) used in the Konstantin kit as the reflectors, maybe you poor in more vacuum energy?
Maybe I can replace the battery resonance part with tesla coil resonance? To bad I can't puls the TS with 2,5Mhz which is the least resonance frequency of the coils in the test kit.
Otherwise I would replace the "power source" in Tom Bearden fig 4-5 with the TS output and the 2 reflectors with the tesla coils, because I know the resonance frequency of the coils but not off the batteries.
I've read in the book that a simple LC circuit in resonance can not deliver cop > 1 but what about this possible setup?
I'm now testing the tesla switch with my 8051 microcontroller expermint board because the duty is perfectly 50/50. Yesterday I could light a led for few houres without discharging the batteries but it has to run longer before I can certainly say that the batteries are not depleting.
I did some reading on the "retroflection" in Tom Beardens book and on page 197-198 the chapter "4.4 Tesla's iterative retroflection work" I saw that in figure 4.5 there are 2 reflectors with in the middle the load.
Because in the past I did some experiments with Konstantin Meyl experiment kit for one wire energy transfer I thought that maybe if I use the 2 tesla coils (same resonance frequency) used in the Konstantin kit as the reflectors, maybe you poor in more vacuum energy?
Maybe I can replace the battery resonance part with tesla coil resonance? To bad I can't puls the TS with 2,5Mhz which is the least resonance frequency of the coils in the test kit.
Otherwise I would replace the "power source" in Tom Bearden fig 4-5 with the TS output and the 2 reflectors with the tesla coils, because I know the resonance frequency of the coils but not off the batteries.
I've read in the book that a simple LC circuit in resonance can not deliver cop > 1 but what about this possible setup?
I'm now testing the tesla switch with my 8051 microcontroller expermint board because the duty is perfectly 50/50. Yesterday I could light a led for few houres without discharging the batteries but it has to run longer before I can certainly say that the batteries are not depleting.
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