Truth Table To Logic Circuit

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Truth Table Input

Click the Output cells to toggle between 0 and 1.

A	B	C	Out

Simplified Logic

This workflow converts output-bit behavior into a simplified Boolean expression and a practical gate-stage plan for quick implementation.

Stage 1

The tool validates variable and bit lengths, extracts minterms, and reduces the expression so the final equation is easier to implement.

Interactive Simplification Diagram

Variable count determines required truth-table rows before any reduction starts.

Core checks used for expression minimization
Input Rule	Why It Matters	Output
1-4 variables	Defines manageable truth-table width	Expected bit count
Bit-length match	Prevents invalid row interpretation	Reliable minterm set
Prime reduction	Removes redundant terms	Simplified expression

Stage 2

After simplification, the tool estimates gate stages and provides a compact implementation path for NOT, AND, and OR composition.

Interactive Gate Planning Diagram

Only required complemented literals are sent through NOT stages.

Gate-stage mapping from reduced expression
Gate Stage	Purpose	Design Benefit
NOT stage	Generate complemented literals	Reduces wiring ambiguity
AND stage	Build each product term	Keeps logic modular
OR stage	Merge term outputs	Directly matches F output