(958)
Negative Voltage Field
Also written secondary coil
Where it is first named
Whereas, in like manner and in the same instant of time, stationary negative voltage field (958) attracts and displaces another and totally separate bipolar water molecule in an linear movement since opposite electrical attraction force (R-R') also exists between stationary negative charged volt …
How it is written
- (958) 2×
- (957/56 - 958/62) 1× with (957) Primary Input Coil, (56) Resonant Charging Choke, (62) Resonant Charging Chokes
- (957/958) 1× with (957) Primary Input Coil
Drawings 6
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(1030) of figure (11-3) · Voltage Flexing Process
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(990) of Figure (10-3) · Propagating Electrical Stress
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The programmable pulse-frequency (49a xxx 49n) of Figure (10-1) input is simply adjusted to tune-in to the dielectric property of the Water Molecule. · Propagating Electrical Stress
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Figure (10-3) · Voltage to Amp Differential Ratio
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voltage intensifier circuit (990) of Figure (10-3) · VIC Switchover Circuit
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(970) of Figure (10-1) · VIC Switchover Circuit
Where it is named · 4
VIC Switchover Circuit 4×
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negative voltage field (958)
Whereas, in like manner and in the same instant of time, stationary negative voltage field (958) attracts and displaces another and totally separate bipolar water molecule in an linear movement since opposite electrical attraction force (R-R') also exists between stationary negative charged volt …
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secondary coil (958)
… olecule (s) are basically identical in volume-size and the electrical intensity on both stationary voltage fields (952/953) are similar due to the fact that both primary coil (957) and secondary coil (958) comprising and forming voltage intensifier circuit (990) of Figure (10-3) are together bifilar wrapped in equal length.
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The simultaneous formation of both the positive voltage field (952) and the negative voltage field (953) is simply accomplished by the mutual electromagnetic inductance coupling field that is produced between the two bifilar wrapped coils (957/56 - 958/62) when the primary coil (957/56) is electrically energized by incoming voltage pulse train (T4a xxx T4n), as so illustrated in (970) of Figure (10-1).
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Voltage intensity (952/953) is, therefore, directly determined by the number of turns of each coil (957/958) as to the applied voltage amplitude of incoming pulse-wave ( ... xxx Vn) (1060) of Figure (11-2c).
