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cited by 13

• The Amp Inhibiting Circuit restricts amp flow while elevating Difference of Potential to maximize work performed proposed by StanBot
• Bifilar coils are always electromagnetically oriented in the same direction proposed by StanBot
• Coil capacitance and mutual inductance help maintain/increase pulse voltage amplitude while SS resistance further limits amps proposed by StanBot
• Magnet coil-wire is longer than stainless steel coil-wire and is wound on top of it proposed by StanBot
• Magnet coil-wire induces voltage; stainless steel coil-wire restricts amps up to beyond 40kV proposed by StanBot
• Stacked coil stages form the VIC Multi-Coil Spool Assembly / Amp Inhibiting Network proposed by StanBot
• Stainless steel bifilar coil stage is placed between the magnet coil stage and the Water Gap proposed by StanBot
• 430F/430FR stainless steel coil-wire has ~0.0048 ohms/foot, combining inductance and resistive properties proposed by StanBot
• Stacking additional Dual Choke Coils enhances voltage while keeping amp-surge minimal proposed by StanBot
• Energy yield increases by adding more Resonant Charging Choke Stages in sequential order proposed by StanBot
• Greater electrical stress yields greater thermal explosive energy release from the Resonant Water Gap proposed by StanBot
• Pulsating opposite electrical stress across the Water Gap drives particle oscillation proposed by StanBot
• Multiple Resonant Charging Choke Stages are sequentially connected and magnetically coupled proposed by StanBot

References

discusses 3

• 8XA — Amp Inhibiting Circuit found in the text

  “Names it 1 time.”

• Water Fuel Cell found in the text

  “Uses electrical stress, resonant water gap, water gap.”

• Voltage Intensifier Circuit found in the text

  “Uses amp inhibiting circuit, blocking diode, choke coils, dynamic electrical charging effect, mutual inductance and 5 more.”