Voltage Attenuation
The "9 Stages to Voltage Attenuation" of the VIC
- Conventional Power Supply - less than 1V - 110V DC (or equivalent rectified AC)
- TBD - no mention (believed to be the Gate Frequency & Process)
- Pulse Train concentrated or "Time-regulated" variable pulse voltage frequency allowing for higher voltage amplitude
- Resistive wire 430/FR in inductors
- Repetitive Formation & Collapse of Oscillating Magnetic Fields (in Resonant Charging Chokes) allows duplicated Voltage Wave Form (9B) and forms Inductance Coupling (Allowing pulses through, but restricting amps)
- Preventing Electrical arcing beyond voltage gap thresholds
- Sequential Gate is varied beyond attenuated voltage control
- Frequency (Alternator) is variedÂ
- Varying of Voltage Pulse Amplitude Input
Stan couldn't count:
Step 10: Repeated Dual Voltage Pulse-Train
Step 11: Dual Voltage Pulse Train - Duty Pulse Cycling (Increase Pulses Per Second Per Attenuation)
Step 12: Voltage Amplitude is adjusted no further, to keep amp flow to a minimum, once Compounding Action is properly maintained.
Step 13: TBD
Step 14: Varying Gate Switch Circuit (58) to control gas production on-demand
Step 15: Sequentially switching OFF and ON additional Excitors to control gas production on-demand