MCB / VIRTUAL IC
SIGNAL-FLOW WORKBENCH
LOCAL SIMULATION11-PART TOPOLOGY
AUTHORED CIRCUIT / 11 PARTS
Follow the signal.
Step through the virtual IC one tick at a time. Trace signed states, current paths, feedback and output across the authored model.
SIMULATION CONTRACT
mcb-virtual-ic-signal-flow-v1LOW WINDOW
mV
0LOW ≤ 990 mVHIGH ≥ 2310 mV3300 mV
Step tick Run 4 ticks Reset
Adjust the virtual modelThresholds, oscillator, path currents, exponent array and decision band
Apply n paths
Enter 1 to 128 comma-separated safe integers. Each produces one ordered signal path.MCB layersn = exponent positions · s = populated signal paths · m = feedback depth, increased only when a signed output is available for the next cycle.
LIVE READOUT
Tick result
TICK— — —
Awaiting first tick
01 / 11Choose an input voltage, then step the model to resolve this readout.
TRACE THE CIRCUIT
Eleven authored parts. All signal paths visible.
+1 −1 unresolved
01 — SOURCE & RAILEstablish
03
Internal and external power supplySeparate external input and internal circuit supplies; the internal rail oscillates.
—awaiting tick04
Printed power pathwaysRoutes the simulated rail to the transistor and amplifier nodes.
—awaiting tick07
PMOS global voltage controlA configured periodic rail oscillation shared by the virtual nodes.
—awaiting tick02 — SIGNAL PATHDistribute
08
One-to-one external input splitterCopies one decoded input state to each ordered exponent path.
—awaiting tick01
Base transistor (PMOS/PNP)Foundational Base/phase anchor.
—awaiting tick02
Orthodox transistor array (NMOS/NPN)Finite exponent-array paths, one element per populated branch.
—awaiting tick03 — CURRENT & RETURNCombine
06
Base/orthodox inter-transistor pathwaysCarries Base and exponent-array contributions to the amplifier.
—awaiting tick10
Second in-phase Base and 9:1 current splitNine equal return paths and one equal current path into the amplifier.
—awaiting tick05
Printed PMOS amplifierA bounded signed-current decision stage in this virtual model.
—awaiting tick04 — OBSERVEClose the loop
09
Amplifier feedback to external inputReturns the previous amplifier state on the next simulation tick.
—awaiting tick11
External output traceMirrors the amplifier state and its bounded output voltage.
—awaiting tick DECLARED CONNECTIONS 17 WIRES
powerInternal and external power supplyPrinted power pathwaysexternal + internal rails
powerPrinted power pathwaysBase transistor (PMOS/PNP)Base rail
powerPrinted power pathwaysOrthodox transistor array (NMOS/NPN)orthodox rails
powerPrinted power pathwaysPrinted PMOS amplifieramplifier rail
powerPrinted power pathwaysPMOS global voltage controlcontrol rail
logicPMOS global voltage controlBase transistor (PMOS/PNP)phase / rail
logicPMOS global voltage controlOrthodox transistor array (NMOS/NPN)phase / rail
logicPMOS global voltage controlSecond in-phase Base and 9:1 current splitshared phase
inputOne-to-one external input splitterOrthodox transistor array (NMOS/NPN)equal 1:1 branches
logicBase transistor (PMOS/PNP)Base/orthodox inter-transistor pathwaysBase contribution
logicOrthodox transistor array (NMOS/NPN)Base/orthodox inter-transistor pathwaysexponent-array outputs
logicBase/orthodox inter-transistor pathwaysPrinted PMOS amplifiersummed contributions
returnSecond in-phase Base and 9:1 current splitSecond in-phase Base and 9:1 current split9 equal return paths
injectionSecond in-phase Base and 9:1 current splitPrinted PMOS amplifier1/10 current injection
feedbackPrinted PMOS amplifierAmplifier feedback to external inputnext-tick feedback
feedbackAmplifier feedback to external inputOne-to-one external input splitterclosed input loop
outputPrinted PMOS amplifierExternal output traceparallel output trace
ORDERED SPLITTER OUTPUTS
Exponent paths
Path states will appear here after the first simulation tick.
RECENT EXECUTION
Tick sequence
∅No ticks in this run. Execution is transient and stays in this page.