Modernizing the VIC: Stanley A. Meyer’s Voltage Intensifier Circuit, 2026 Engineering Edition

Modernizing the VIC
Stanley A. Meyer’s Voltage Intensifier Circuit, 2026 Engineering Edition
Daniel Donatelli — Secure Supplies Group / Donatelli LLC

A section-by-section engineering review of the Voltage Intensifier Circuit (VIC) board associated with Stanley A. Meyer’s water fuel cell work, rewritten for builders working with modern components. The manual maps the board’s functional blocks — power input, trigger and control input, the switching stage, the resonant pulse-shaping capacitor network, clamping and steering diodes, current sense and output connectors — and explains what each block is likely doing, why it is there, and how it should be connected. It distinguishes what is visible on the board from reasoned inference, works a sample resonance calculation showing how picofarad capacitor values pair with millihenry inductances, and proposes a modernised topology using isolated gate drivers, GaN or fast MOSFET switches and proper high-voltage protection. Safety practice for lethal-voltage bring-up is covered up front. An appendix documents the substitution of a logic-level IRLZ44N MOSFET for the TIP120 Darlington in the steam resonator driver stage, with gate resistor, pull-down, snubber and flyback values.

Formats included: EPUB and PDF. Instant download after purchase.

Topics: Voltage Intensifier Circuit; VIC board; Stanley Meyer; pulse drive electronics; GaN MOSFET switching; resonant transformer; high-voltage safety

Provided for informational and educational purposes; the author makes no performance claims.

© 2026 Daniel Donatelli. All rights reserved.