Subsystem MISC · estate packet 12_MISC
Misc
Unclassified estate material.
Photographs · 22
From the bench · 85
- design note FIG. 20YI toroid is a 1/4-1/2-3/4-1:1 SCR tap ladder; the step-up is the grounded 41/42 VIC transformer after Q9; SCR ladder ratchets up within each 120 Hz hump
- observation Root cause of Scotchn's latching SCR bench: he used the 8XA SCR-as-gate inside the 20YI topology. 8XA gating works only into a diode/choke/cell load, not into a transformer primary
- observation Confirmed: Scotchn's latching bench ladder had NO chopper between SCRs and step-up; his Falstad burst gate is a MOSFET (not NPN as labelled / not Stan's bipolar Q9)
- established FIG. 20YI Gas Resonant Cavity Schematic (1982, page G34): bridge > SCR tap-select toroid > Q9 gate > VIC step-up with grounded secondary > blocking diode > choke > cavity > wiper choke > ground
- calculation Scotchn's 20YI-style SCR ladder build: why it latched (inductive P:S primary ~0.83 H freewheels through the bridge; ~31 µs valley window; dimmer parts may be TRIACs)
- observation Scotchn bench: SCR ladder did not unlatch at the rail valley as #3516 predicts; he needed a bleed path. Valley-reset assumption fails under inductive or held load
- observation Scotchn Falstad model of the 20YI chain works with a 14 kHz Q9-style burst gate; the ideal-part gaps that separate it from his latching bench build
- established · 0.90 Alternating pulse train (ON/OFF) circuit uses a blocking diode and resistance wire
- established · 0.90 Injector/electrode plates constructed of stainless steel T-304
- established · 0.90 Resonant Pulse Waves increase flame-front energy yield beyond normal combustion
- established · 0.90 Laser pulse rate and intensity are varied to match ion absorption rate
- established · 0.90 Cavity gap is sized ~0.010 inch to act as a Quenching Circuit and prevent pre-ignition
- established · 0.90 Resonant Pulse Voltage converts injected water mist into component gases
- established · 0.90 Linear Resonant Cavity suited for cutting-torch applications
- established · 0.90 Gas resonant cavity uses lasers or photon source to promote gas ionization
- established · 0.90 Resonant Charging Choke and Excitor-Array form an LC circuit
- established · 0.90 Optical thermal lens reflects gas ions through heat zone via two lenses
- established · 0.90 Static Electrical Charging Effect set up by simultaneous opposite-side Electrical Stress waveform on hydrogen atoms
- established · 0.90 Optical Thermal Lens transforms Water Cap into a Vacuum Cavity containing only hydrogen atoms
- established · 0.90 Voltage Zones become Voltage Wave-Guides made of T304 stainless steel