Digital Logic Tools

Design and simulate digital logic circuits with interactive gates, flip-flops, and more

Simplify boolean expressions with Karnaugh maps to minimize logic circuits

Create and analyze truth tables for any boolean expression or logic circuit

Perform addition, subtraction, multiplication in different number bases

Convert numbers between decimal, binary, octal, hexadecimal and other bases

Design up/down counters with flip-flop logic and boolean expressions

Perform arithmetic operations using 1's and 2's complement representations

Convert between number representation forms including 1's and 2's complements

Design custom sequence counters with any state order you define

Design state machines with named states and flip-flop logic

Step-by-step solutions for simplification, complement, NAND/NOR conversion