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The Textbook Behind the VIC
A six-part tutorial that puts Stan Meyer's Voltage Intensifier Circuit beside the two great textbooks of the 1890s: J. A. Fleming's The Alternate Current Transformer (1896) and Charles Steinmetz's books on alternating currents and transients. Every part quotes what the textbook says, what Meyer wrote, and what the measured coils in the archive say, and ends with what to measure on the bench.
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The Textbook Behind the VIC, 1: the pulsing transformer is an induction coil
2026 · held in full
Why an 1896 textbook belongs next to Meyer's circuit, and the first comparison: his pulsing transformer is what Fleming calls an induction coil, and the iron core does what Fleming...
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The Textbook Behind the VIC, 2: the water is a condenser, and a leaky one
2026 · held in full
Meyer calls the water cell a capacitor, and so does Fleming's Leyden jar — but Meyer also says the water enters the circuit as 'resistance'. Fleming solved exactly that case, a con...
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The Textbook Behind the VIC, 3: a choke can raise the voltage
2026 · held in full
Meyer's 'resonant charging choke' is a real textbook component, and he quoted its dictionary definition himself. Steinmetz wrote in 1900 that 'choking coils, or reactive coils, can...
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The Textbook Behind the VIC, 4: the choke under a blow
2026 · held in full
Meyer used his chokes 'to aid amp restriction'. Fleming explains why that works for a sudden pulse and not for a steady current: under an electromotive blow, a conductor's inductan...
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The Textbook Behind the VIC, 5: ring or dead-beat
2026 · held in full
Fleming gives the one test that decides whether the VIC's inductance and the water capacitor ring or simply charge: compare the circuit's resistance with the square root of 4L/C. O...
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The Textbook Behind the VIC, 6: one frequency only
2026 · held in full
Fleming showed that a condenser cancels a coil's inductance 'only… for one particular frequency', and that a leaky condenser moves that frequency. Meyer's water moves as it gasses...