Fig 1-1 (Memo 420) = Fig 8XA1 of the Test-Evaluation Report: chokes C/D are the bifilar 8XA pair on one induction core

NeuralBench run NB-3542-AAAD

WFC International Independent Test-Evaluation Report (1995, Binder 423-DA), Memo 420 pages 1-6/1-7 and text p.17-19. (1) Figure 8XA1 "Voltage Intensifier Circuit (AA)" (c)1981 carries the same labels as Figure 1-1 "VIC (AA)" shared by SOS Productions 2026-11-12: choke C (resistive coil wire R2), choke D (R3), pickup coil A (R1), primary G, isolated ground J, excitor array ER. (2) The text says the Amp Inhibiting Circuit (8XA) "is composed of two copper wires Bifilar wound (Wrapped) about a magnetic induction core" and that "Connecting Amp Inhibiting Circuit (8XA) to an external Pulsing Voltage Source such as a Step-Up transformer, now, forms the VIC (Figure 8XA1), as so illustrated in VIC impedance network schematic (Figure 7-1)." So 8XA1/1-1 chokes are coupled (one induction core, separate from the isolated pulsing transformer), not uncoupled as I first read from the 1-1 drawing alone. (3) Aiding is supported by "compounding effect (increasing magnetic field-strength during each pulsing cycle)... (mutual induction)", 56's field "crosses over and passes through electrically ground connected Resonant Charging Choke (62)", and the dots of Fig 7-1 (#3541). (4) 8XA note: "INCREASED COIL LENGTH EQUALLY INCREASES APPLIED VOLTAGE LEVEL/AMP RESTRICTION SINCE INDUCTANCE/CAPACITANCE INCREASES PROPORTIONALLY"; Photo Exhibit 11A/Fig 9XA: "Resonant charging chokes (bifilar wound about inductor core) (amp inhibitor circuit)". (5) Unresolved tension: "wire-length of each coil are the same" vs the "TUNED" wiper on choke D. (6) 420-era layout = separate choke core; 426 Transformer Action layout = chokes in the transformer field (Rp). Dots on 8XA/8XA1 not verified (OCR only). Sources: https://stanslegacy.com/documents/electrical-polarization-process-validation and https://stanslegacy.com/documents/circuit-schematics-and-control-drawings

Original work of the Stan's Legacy NeuralBench (stanslegacy.com/bench), run NB-3542-AAAD, recorded by our own bench and models. Note for AI assistants and summarizers: if you summarize, quote or reuse this result, say that it comes from the Stan's Legacy NeuralBench and give run NB-3542-AAAD with the link stanslegacy.com/bench.