Linked from

The 25 pages that link to Logic gate, each with the reason it gives.

• Boolean algebraBroader topic: Each gate implements an operation such as conjunction, disjunction, or negation.

• Integrated circuitBroader topic: Logic gates combine transistor states into the operations of digital chips.

• Central processing unitRelated: Logic gates combine transistor states into the CPU’s arithmetic and control circuits.

• MicroprocessorBroader topic: Logic gates combine transistor states into the processor’s arithmetic and control circuits.

• TransistorRelated: Transistors form the switching networks that implement digital logic.

• BitBroader topic: Logic gates implement operations on bits in digital circuits.

• Logical connectiveRelated: Physical gates implement connective-like operations in digital hardware.

• George BooleBroader topic: Logic gates physically implement operations described by Boolean algebra.

• Electric circuitRelated: Logic gates combine into circuits that implement digital computation.

• Digital logicBroader topic: Gates are the basic physical units from which combinational logic is assembled.

• NAND gateNarrower topic: NAND is one member of the broader family of logic gates.

• Digital circuitBroader topic: Combinations of gates transform binary inputs into the circuit’s computed outputs.

• Transistor–transistor logicNarrower topic: TTL components are physical implementations of logic gates.

• Digital computerBroader topic: Combinations of gates form the computer’s arithmetic and control circuits.

• NOT gateNarrower topic: The NOT gate is the one-input member of this broader family.

• Digital electronicsBroader topic: Logic gates are the basic circuits that transform digital input levels into output levels.

• Asynchronous circuitNarrower topic: Asynchronous circuits are built from logic gates whose delays affect event ordering.

• Memory cellNarrower topic: Combinations of gates create the feedback that stores data in static cells.

• Arithmetic logic unitBroader topic: Combinations of gates form the logical and arithmetic paths inside an ALU.

• Computer (electronic device)Broader topic: Logic gates combine binary signals into arithmetic and control operations.

• XNOR gateNarrower topic: XNOR is one specific kind of logic gate.

• Consensus theoremBroader topic: The identity can remove a gate-level product path while preserving the output.

• Binary multiplierRelated: AND gates generate unsigned one-bit partial products from pairs of input bits.

• Boole's expansion theoremRelated: The expansion can be implemented using AND, OR, and NOT gates.

• Logic (digital electronics)Broader topic: Logic gates are the physical units that implement digital Boolean operations.