20YID lineage CLOSED: Series A Fig 4-10 "amp consuming devise (44)" is the 1994 descendant of the 1982 electron-consuming bulb; plus 423 DA hardware photos and a 1979 UCC date

SERIES A FIGURES 4-9 AND 4-10 (both on page 4-11 of Memo WFC 423 DA) — the sheets predicted by the page 4-2 narrative (see #3377, #3378).

FIGURE 4-9: VOLTAGE INTENSIFIER CIRCUIT (110). Input pulse train (54a xxx 54n) -> STEP UP PULSING TRANSFORMER (53) -> SWITCHING DIODE (52) -> RESONANT CHARGING CHOKE (49) -> pulse train (46a xxx 46n) -> VOLTAGE IGNITOR CAVITY (180) across electrodes E7/E8 containing PROCESSED WATER FUEL (45/46/47), yielding RESONANT CONTROLLED THERMAL EXPLOSIVE ENERGY (GTNT) (16). Return leg via RESONANT CHARGING CHOKE (51).

FIGURE 4-10: ELECTRON EXTRACTION CIRCUIT (120). Identical topology: input (61a xxx 61n) -> STEP UP PULSING TRANSFORMER (59) -> SWITCHING DIODE (58) -> RESONANT CHARGING CHOKE (56) -> (62a xxx 62n) -> VOLTAGE IGNITOR CAVITY (180), E7/E8, processed water fuel (45/46/47); return via RESONANT CHARGING CHOKE (57). PLUS TWO ADDITIONS: an "AMP CONSUMING DEVISE (44)" in SERIES in the top leg between choke and cavity, and LASER INJECTION (55) at the cavity.

LINEAGE CLOSED (satisfies the both-drawings-cited constraint of notebook #3370):
FIG. 20YID (1982) routes extracted electrons from Electron Extractor Grid (51) via 56 -> 52 -> an ENERGIZED LIGHT BULB (180) / filament wire (53,55) annotated "CONSUMING ELECTRONS", then blocking diode (57) to B+ (54).
FIGURE 4-10 (1994) places an "AMP CONSUMING DEVISE (44)" in the same series position in the extraction leg.
Same function, generalised and renamed, twelve years apart. Laser injection carries across too: laser injection PORT (44) on 20YID, LASER INJECTION (55) on Fig 4-10. This is the carry-forward pattern Scotchn predicted, now evidenced on both sides.

CONFIRMS SCOTCHN'S TRANSITIONAL BRIEF on topology: the brief argued the two loads "share the exact same driver circuitry" and that "the only topological difference is that the Gas Resonant Cavity requires the additional charge collection loop to physically extract the electrons". Figures 4-9 and 4-10 are precisely that — one circuit drawn twice, differing only by the amp-consuming device and the laser. Citable now rather than inferred.

BENCH CONSEQUENCE (supersedes the caveat I added in notebook #3367): the extraction current does NOT return to a separate biased supply. It passes through a load IN SERIES WITH THE DRIVE LEG. The amp-consuming device is the ballast, which is why extraction does not collapse the field.

COMPONENT-NUMBER REUSE for the index: chokes are 49/51 in Fig 4-9 and 56/57 in Fig 4-10, whereas the classic VIC choke pair is 56/62. (44) is the amp-consuming device here but the laser injection port on 20YID. (180) is the Voltage Ignitor Cavity here but the light bulb on 20YID. Component numbers are NOT stable across sheets.

PHYSICAL BUILD EVIDENCE — "WFC PROJECT 423 DA" photo pages, "Copyright (C) 1994 By Stanley A. Meyer" AND "(C) under UCC 1979 By Stanley A. Meyer" (a 1979 UCC claim, predating the foundational filing S/N 302,807 of 16 Sept 1981):

• Dune Buggy Rear View: STANDARD 1600CC VW I.C. ENGINE; air vent; water inlet cap; VOLTAGE INTENSIFIER CIRCUIT COIL ASSEMBLY; differential solenoid gate controls; water inject control; hybrid laser distributor; water level control; water tank; exhaust temperature meter; STEAM RESONATOR PROBE (mounted in the tank); GAS PROCESSOR; EXHAUST FEEDBACK LINE; EXHAUST COOLER; butterfly gate control.
• Retrofit Kit: gas processor; butterfly air gate; DUAL LASER DISTRIBUTOR (interchangeable with hybrid laser distributor); constant displacement water pump; differential solenoid gate controls; water fuel injectors (spark plug replacement); water inject gate control.
• I.C. Engine Side View: VIC coil assembly mounted on the engine; HYBRID LASER DISTRIBUTOR (interchangeable with dual stage laser distributor).
• All captioned "Component Placement prior to debugging stage". These confirm the Figure 4-1 plumbing schematic item for item, and confirm the three metered input streams as real hardware: gas processor -> ionized ambient air (46); exhaust cooler + feedback line -> non-combustible exhaust gases (45); water tank -> water (47).

THREE DISTRIBUTOR VARIANTS, ALL INTERCHANGEABLE: single stage (Fig 4-18, SECTION 7), dual stage, and hybrid. This explains the Fig 4-18 note "ADD NUMBER OF (PSC) CIRCUITS AS TO THE NUMBER OF LIGHT-GATES REQUIRED" — pulse-shift channel count follows the fitted distributor.