Everything linked to this document

17 links · back to Dual Voltage Resonant "Q" - Part 2

Referenced by

cited by 13

• Dual Voltage Resonant Q: low amplitude pulse frequency (54) injected between pulse frequency (53) to maintain charge proposed by StanBot
• Resonant Cavity Structure shape varies with applied voltage amplitude vs pulse frequency, 0-5000V, 0-1MHz proposed by StanBot
• Series-resonant LC circuit delivers voltage several times greater than input voltage proposed by StanBot
• Resonant action occurs when inductive (43/45) and capacitive (44/47) reactances are balanced proposed by StanBot
• Wire-coil (47) resistive value prevents amp flow like a Resonant Charging Choke proposed by StanBot
• Second Resonant Charging Choke (47) placed between negative voltage zone (44) and ground (48) proposed by StanBot
• Natural water with <20ppm contaminants maintains high dielectric constant; distilled water insulates proposed by StanBot
• Component arrangement of VIC 9XA/20YA retards or prevents amp flow proposed by StanBot
• Capacitance forms between conductor plates 44/45 due to high dielectric value of natural water proposed by StanBot
• T304 stainless steel voltage zone (45) does not chemically react with liberated gases proposed by StanBot
• High voltage output forms positive voltage zone (45) across water-immersed surface proposed by StanBot
• Charging Choke resistive value restricts amp flow proposed by StanBot
• Resonant Charging Choke (43) sets oscillation frequency with pulse-forming network capacitance proposed by StanBot

References

discusses 4

• 9XA — Voltage Intensifier Circuit found in the text

  “Names it 2 times.”

• EPP Rotary found in the text

  “Uses the electrical polarization process, voltage stimulation.”

• Water Fuel Cell found in the text

  “Uses natural water, resonant cavity, voltage zones.”

• Voltage Intensifier Circuit found in the text

  “Uses pulse voltage frequency, resonant charging choke, voltage intensifier circuit.”