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Referenced by

cited by 31

• Episode 43: Copper Ions hand-linked
• Figures by number: the dealership manual and its extension hand-linked
• Episode 40: The Electromotive Blow hand-linked
• The Textbook Behind the VIC, 4: the choke under a blow hand-linked
• System operates directly from utility power without an auxiliary amp generator proposed by StanBot
• Self-cleaning fuel cell achieved via periodic voltage polarity reversal on the plates proposed by StanBot
• A quenching circuit prevents spark-back into the fuel cell proposed by StanBot
• Hydrogen burn-rate can be adjusted from 325 cm/sec down to 42 cm/sec using water as a gas mixing regulator proposed by StanBot
• All control features (amplitude, frequency, pulse-train, switching) can be operated separately or together proposed by StanBot
• Power load to the exciter-array is sequentially/variably switched in coordination with voltage functions proposed by StanBot
• Pulse-train count is varied in relation to voltage amplitude and gated pulse rate proposed by StanBot
• Pulse voltage frequency is varied in direct relationship to variable voltage amplitude proposed by StanBot
• Increasing pulse voltage amplitude increases opposite polarity attraction, causing greater gas production proposed by StanBot
• Fuel cell flame sustains beyond 5000°F without gas-ignitor proposed by StanBot
• Voltage attenuation reduces hydrogen burn-rate from 325 cm/sec to under 47 cm/sec proposed by StanBot
• Voltage attenuation range of 1V to over 5000V achieves high gas yield without amp arcing proposed by StanBot
• Fuel cell produces over 100cc/min of gas at one amp of leakage proposed by StanBot
• Rotary pulse-voltage frequency generator produces variable AC/DC pulse train via armature and pickup coils proposed by StanBot
• Circuit tuning matches resonant characteristic via pulse frequency generator and choke-coil proposed by StanBot
• Series resonant charging choke-coils (9 and 12) act as current limiters and enable step-charging proposed by StanBot
• Diode (14) isolates fuel cell from high-voltage drive during transient startup proposed by StanBot
• Terminal resistor (12) provides ohmic balance matching the bypass coil's construction proposed by StanBot
• Voltage chamber (insulator cavity) prevents voltage leakage to surrounding water proposed by StanBot
• Natural water contaminant limit: no more than 20 ppm to hold amp flow to minimum proposed by StanBot
• Stainless steel T304 excitor plates decompose at 0.0001/yr and resist oxidation proposed by StanBot
• Stainless steel excitor plates form oscillating voltage zones of opposite polarity in water proposed by StanBot
• Bypass coil (9) passes voltage via electromagnetic induction while restricting amp flow proposed by StanBot
• VIC transformer: copper primary coil, resistive secondary coil, transformer-paper wrap, air-gap coupling proposed by StanBot
• Variable gate circuit sets duty cycle from 1% to 100% proposed by StanBot
• Optocoupler-driven pulse generator varies frequency 1Hz–1MHz to set pulse amplitude proposed by StanBot
• Variable power supply provides adjustable voltage from <1V to over 110V proposed by StanBot

References

discusses 7

• 9XG — Rotary Voltage Intensifier Circuit found in the text

  “Names it 2 times.”

• 9XF — Toroidal Voltage Intensifier Circuit found in the text

  “Names it 2 times.”

• 9XA — Voltage Intensifier Circuit found in the text

  “Names it 1 time.”

• Ignition Coil found in the text

  “Uses burn-rate, gas-flame.”

• EPP Rotary found in the text

  “Uses electrical polarization process, voltage stimulation.”

• Water Fuel Cell found in the text

  “Uses excitor-array, natural water, voltage zones, water fuel cell, water supply.”

• Voltage Intensifier Circuit found in the text

  “Uses primary coil, pulse train, pulse voltage frequency, pulsing circuit, quenching circuit and 7 more.”