Digital LogicAvailable
Logic Gate Truth Table Calculator
Generate truth tables, Boolean expressions, gate descriptions, comparisons, and custom input results for standard digital logic gates.
Calculator category
Digital Logic Calculators
Digital electronics tools for logic, binary systems, coding, checksums, timing, and digital circuit analysis.
Available Calculators
12
Engineering Applications
37
Calculators
Each listed tool links to a working calculator with engineering inputs, formulas, examples, notes, and related resources.
Digital LogicAvailable
Boolean Logic Calculator
Evaluate Boolean expressions, generate truth tables, compare equivalence, validate syntax, and inspect parsed expression structure.
Digital LogicAvailable
Karnaugh Map Simplifier
Simplify 2, 3, and 4 variable Boolean logic with Karnaugh maps, minterms, don't-care terms, Gray-code ordering, and verified SOP output.
Digital LogicAvailable
Binary Arithmetic Calculator
Calculate fixed-width binary addition, subtraction, multiplication, division, carry, borrow, overflow, and signed or unsigned interpretation.
Digital LogicAvailable
Two's Complement Calculator
Convert decimal integers to two's-complement binary, decode signed binary patterns, analyze signed ranges, detect overflow, and perform sign extension.
Digital LogicAvailable
Binary Bitwise Calculator
Calculate fixed-width binary AND, OR, XOR, NOT, shifts, masks, bit mutation, field extraction, and Hamming distance.
Digital LogicAvailable
Gray Code Converter
Convert Binary-Reflected Gray Code, generate bounded sequence windows, and analyze adjacent state transitions.
Digital LogicAvailable
Flip-Flop Calculator & Truth Table
Analyze SR, JK, D, and T flip-flop next states, characteristic tables, excitation tables, and ideal clock-edge sequences.
Digital LogicAvailable
Counter & Modulus Calculator
Calculate required flip-flops, counter modulus, maximum states, unused states, wraparound behavior, cascaded counters, and Mod-N design comparisons.
Digital LogicAvailable
Frequency Divider Calculator
Calculate digital clock divider ratios, output frequency, output period, counter bits, binary counter stages, and integer divider error.
Digital LogicAvailable
Digital Timing Calculator
Calculate setup margin, hold margin, maximum theoretical clock frequency, clock skew effects, and synchronous timing path budgets.
Digital LogicAvailable
Logic Level Compatibility Calculator
Check digital logic-level compatibility using VOH, VOL, VIH, VIL, HIGH and LOW noise margins, bidirectional thresholds, and open-drain pull-up logic.
How to Use These Calculators
Start From the Engineering Question
Choose the calculator that matches the decision you need to make: decode a component marking, size a value, check a frequency response, estimate loss, or verify a safety margin. A category page is useful only when it helps you reach a working tool, so this page lists released calculators only.
Check Units and Assumptions
Calculator results depend on unit choices, idealized formulas, tolerance, temperature, frequency range, and component limitations. Review the formula and engineering notes on each calculator page before using the result in a schematic, BOM, or PCB layout.
Validate Against Real Parts
Use the calculated value as a design reference, then confirm it against datasheets, derating curves, layout parasitics, measurement conditions, and manufacturer limits. The related guides below provide background when a calculation needs more context.
Engineering Applications
Logic analysis
Logic gate truth tables
Boolean gate comparison
Boolean expression evaluation
Logic equivalence checking
Karnaugh map simplification
SOP minimization
Binary arithmetic
Carry and overflow analysis
Two's complement conversion
Sign extension
Bitwise register masks
Set, clear, toggle, and test bit operations
Register field extraction
Hamming distance comparison
Gray code conversion
Absolute encoder state encoding
Flip-flop state analysis
Sequential logic truth tables
Excitation table design
Counter modulus planning
Unused counter state analysis
Cascaded counter planning
Clock divider ratio planning
Binary counter stage frequency analysis
Integer divider error estimation
Setup and hold timing analysis
Clock skew and uncertainty checks
Maximum theoretical clock frequency estimation
Logic-level threshold compatibility
VOH, VOL, VIH, and VIL margin checks
3.3 V and 5 V interface review
TTL and CMOS compatibility checks
Open-drain pull-up logic threshold checks
Binary systems
Checksums
Digital timing
Related Engineering Guides
Engineering Guide
Gray Code Across Clock Domains: Encoder Sampling, FIFO Pointers, and Verification
Apply Gray code to encoder and asynchronous-pointer workflows with registered source states, synchronizers, bus timing, reset, and verification boundaries.
17 min · Advanced
Engineering Guide
Combinational Logic Hazards: K-Maps, Consensus Terms, and Glitch Verification
Identify static logic hazards with K-map adjacency and consensus terms, then validate path delays, synthesis preservation, and sensitive destinations.
17 min · Intermediate
Engineering Guide
Digital Timing, Binary Arithmetic, Counters, and Code Conversion
Apply fixed-width binary arithmetic, two's complement, bitwise masks, Gray code, counters, clock dividers, and setup or hold timing in digital hardware.
22 min · Intermediate
Engineering Guide
Flip-Flop State Design: Characteristic Tables, Excitation Tables, Reset, and Safe Sequences
Design sequential logic with SR, JK, D, and T state equations, characteristic and excitation tables, reset behavior, illegal-state recovery, and verification.
17 min · Intermediate
Engineering Guide
Logic-Level Interfacing: Thresholds, Noise Margin, Pull-Ups, and Level Shifting
Design reliable digital interfaces using guaranteed thresholds, noise margins, current limits, open-drain pull-ups, rise time, voltage tolerance, and level shifters.
17 min · Intermediate
Engineering Guide
Digital Logic Fundamentals: Gates, Boolean Algebra, K-Maps, and Logic Levels
Learn digital logic fundamentals for electronics design, including logic states, gates, truth tables, Boolean algebra, K-maps, flip-flops, counters, timing margins, fixed-width representation, and logic-level compatibility.
19 min · Beginner to Intermediate
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Oscillator and timing calculators for frequency, duty cycle, pulse width, clocks, timers, and timing circuits.
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