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It preserves signed MCB exponent evaluation, explicit current and voltage parameters, the in-phase secondary Base, the exact 9:1 current split, feedback, output trace, and unresolved guard-band states.","claim":"The runnable model deterministically advances the specified finite signal-flow path and exposes every modeled state and current contribution, while keeping physical-device behavior outside its evidence claim.","body":["This record describes a software realization of the creator's eleven-part MCB IC topology. Its ordered component inventory and signal connections are visible in the simulator rather than collapsed into a single output claim.","A related Lean witness, Q11672988881, proves evalMCB e = sumMCBData (mcbContributions e) for every expression in the formal MCBExpr language. Its empty added axiom-dependency report is bound to the archived Lean source fingerprint 28e2325f196d3d9a5732a05425105305eacbf525fd82bc8e7158a3c5335c416d.","That theorem establishes the encoded expression-summation equality. It does not, by itself, prove this TypeScript tick implementation, every runtime behavior, NI candidate interpretation, or physical transistor behavior; those retain their own implementation and evidence boundaries.","The n layer is an ordered safe-integer exponent array evaluated through the existing exact MCB exponent function. The s layer is the resulting populated set of one-to-one signal paths. The m layer records valid signed-output feedback depth; an undefined output does not increase that depth.","The external input supply and internal circuit supply are separate parameters. The internal rail follows a deterministic periodic oscillation; input guard bands, rail incompatibility, exact current cancellation, and amplifier decision-band cases remain unresolved rather than being coerced to either signed state.","The second Base is phase-locked to the primary Base in this model. Its configured total current is divided exactly into ten equal integer paths: nine return paths and one amplifier injection path.","The simulator uses illustrative, editable voltage thresholds and current values. The amplifier is an ideal signed-current decision stage, the power paths have no modeled resistance, and the oscillator is a deterministic state source.","This executable signal-flow model is not a transistor-level device simulation, a fabricated circuit, a physical measurement, a validated performance or speed result, or a claim that the software removes computational bottlenecks.","The model is related to Q1272, Empirical Coherence and Physical Fields, and Q1096, Logic in Physics. 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