Simulators
Pick parts from the library — a cell, a water, chokes on their cores — or a saved circuit, set the drive, and see what the whole thing does. Every number is derived in the open: the cell's capacitance from its geometry, each choke's inductance from its turns and core, and every step of the simulation with its formula and its numbers in.
60 parts in the library and 16 saved circuits.
The drawing
The VIC Matrix Circuit, drawn from the parts →
Meyer's Figure 7-8 with every element labelled by its live value: both chokes with their winding resistance, core loss and distributed capacitance, the cell as Cp and Re, the transformer and the blocking diode. The loop's L, C, R, reactances, impedance, phase and Q answer the drive as you move it; type a bridge reading over any element.
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VIC circuit
A cell, its water, two chokes on their cores and a pulsed drive: where it rings, what the drive draws, whether it step-charges.
Slots: The cell, Water, Charging choke, Its core, Blocking choke, Its core, Transformer
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VIC-5 phase-locked loop
The chokes and cell as a resonance, and whether this VCO, phase detector and filter can lock to it and hold it — and how much rise each gate builds.
Slots: The cell, Water, Charging choke, Its core, Blocking choke, Its core, Transformer
Built on VIC-5: will the phase-locked loop find this cell's resonance?.
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Dual switchover
Two switch legs firing a cell in turn through load resistors: how far each pulse charges it, what the supply delivers, and whether anything accumulates against the water's leak.
Slots: The cell, Water
Built on Dual switchover into a cell: charge, leak, accumulate?.
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Steam resonator
A plate cell, a water, a voltage and a frequency: how fast the water reaches the boil, and whether the dipoles or the current are heating it.
Slots: The plate cell, Water
Built on Steam resonator: how fast, and by what, the water heats.
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EPG slurry
A water, a metal and a loading, a tube and a pump: density, viscosity, flow regime and permittivity of the EPG's medium.
Slots: Water
Built on Design an EPG slurry: density, viscosity, flow and permittivity.
Not here, on purpose: the Matrix app's phase-inversion table (its numbers were chosen, not derived), its steam resonator's bond-breaking probability (likewise), and its rotary alternator variant, which is a frequency from a shaft speed and a pole count and nothing more.