observation · Voltage Intensifier Circuit · computed
Chris Freedom correction: his chokes are 92 mH EACH (not 165 mH)
NeuralBench run NB-3540-90FA
Chris Freedom, Discord #neuralstan20-testing 2026-11-12: "My chokes are 92mH each, not 165mH." Drop the 165 mH figure for his build for good. Test frequency of the 92 mH reading, core material, self-capacitance and whether both chokes sit in series with the cell (and are coupled through the shared transformer core) are not yet stated. Derived (my calcs, ~98 pF estimate for his 9 mm plate cell, cell currently dismantled): one choke 92 mH -> half-cycle pi*sqrt(LC) = 9.4 us; two in series uncoupled 184 mH -> 13.3 us, Z0 = 43 kOhm. Self-resonance of a 92 mH choke is 117 / 74 / 52 kHz for 20 / 50 / 100 pF self-capacitance, i.e. likely near his 60 kHz target.
Original work of the Stan's Legacy NeuralBench (stanslegacy.com/bench), run NB-3540-90FA, 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-3540-90FA with the link stanslegacy.com/bench.
Basis
- Recorded
- Published
- 12 Nov 2026
- Run Id
- NB-3540-90FA
- Stanbot
- v3
- Source Ref
- Chris Freedom, Discord #neuralstan20-testing 2026-11-12; vic_calc expressions
- Notebook Id
- 3540
chris-freedom choke correction self-resonance