The third embodiment is made by using another 2.4H/50 nf LC loop that
instead is placed underneath the 266 primary; now making for two secondary air
core tuned resonances on both polar areas of the 266 primary. As formerly noted
by scopings the bottom magnetic field emission is lower then the top, and it
also contains a 1/6th cycle ripple, and is not sinusiodal like the top
emission. As a result the bottom layer phase no 1 recieves a lower 110 volts vs
the top layer phase 3 producing ~ 190 volts. These two secondary air core
voltages may be added together for a load application by allowing a common line
between the isolated
voltage rises, in which case the delivery comes close to 300 volts.
Thus in the first embodiment a line coupled, interphasal resonance
acquired from the 666 machine used to provide preliminary voltage rise to a
secondary interphasal load as a 2.4 H/50 nf series combination as primary
excited an identical air core secondary as 2.4 H/50 nf loop, and it produced
110 volts at arc gap with an unenergized alternator field.
In the second embodiment the primary instead was constructed as a complete
change of strategy employing non resonant layerings of all three phases using
spirals with large mutual induction, low 1/4 ohm resistance configured at 1/6
cycle interaction by making polarity reversal wiring of the middle layer,
termed a 266 primary 3 phase layering. Placing the 2.4H/50 nf loop on top of
this assembly then delivered almost 200 volts to arc gap.
Then, as can be imagined the 3rd embodiment uses the totality of the polar
areas of the 266 wafering by adding another air core secondary to the weaker
bottom magnetic emission, and then combining the two by autotransformer
means,whereby a common line between the isolated voltage rises are provided,
where this method then delivers voltages near 300 volts
The power factor corrected 266 primary itself seemed disapointing
initially,until further considerations were shown, where at least Q factors of
5 can be made, where this will involve further expeditions into this unknown
territory. A ferrite heating demo is quickly now planned, but for now the
actions of a non resonant 266 primary will first be shown. The problem that
developes is that the bottom layer conveys energy in a different way then the
top layer, as will be shown...
Sincerely Harvey D Norris.
Pioneering the Applications of Interphasal Resonances
http://tech.groups.yahoo.com/group/teslafy/
