Linked from

The 35 pages that link to Electrical circuit, each with the reason it gives.

• Conservation of energyRelated: Power supplied by sources is balanced by energy absorbed or emitted by circuit elements.

• Differential equationRelated: Circuit laws yield differential equations for currents and voltages in capacitors and inductors.

• Dynamical systemRelated: Circuit voltages and currents evolve according to dynamical equations.

• Kirchhoff's circuit lawsNarrower topic: The laws describe constraints across a network's nodes and closed paths.

• Incidence matrixRelated: Its node-edge structure can be represented directly by an incidence matrix.

• Laplace transformRelated: Transform methods convert circuit differential equations into algebraic impedance relations.

• MultigraphRelated: Distinct components or branches can connect the same pair of junctions.

• Thévenin's theoremNarrower topic: The theorem applies to the terminal behavior of a network.

• Weighted graphRelated: Conductance or resistance values can weight connections in a graph model of a circuit.

• Electrical wiringNarrower topic: Building wiring divides power distribution into circuits serving different loads.

• FuseNarrower topic: A fuse protects a circuit by interrupting its current path.

• GroundingNarrower topic: Grounding is a connection within a circuit, not a substitute for its complete current path.

• Voltaic pileRelated: A closed external circuit lets the pile’s separated charges produce current.

• Classical electromagnetismRelated: Circuit behavior can be derived from electromagnetic fields under suitable approximations.

• Kirchhoff's current lawNarrower topic: The law applies to the nodes of a network, where connected branches meet.

• Circuit analysisNarrower topic: Circuit analysis treats the network as the system whose behavior must be determined.

• Electrolytic cellRelated: An external circuit connects the electrodes to the power source and carries electrons.

• Magnetic circuitCompared with: The magnetic-circuit analogy borrows its network structure while modeling field flux instead of charge.

• PlugboardNarrower topic: A plugboard changes which circuit paths a machine’s components form.

• Electrical telegraphNarrower topic: A complete circuit carried current from the sending station to the receiving apparatus.

• Electric chairNarrower topic: The chair operates by completing a circuit through the body.

• Voltage sourceNarrower topic: A voltage source supplies energy within a complete circuit.

• Laplacian matrixRelated: Its conductance Laplacian governs node voltages and current conservation.

• Linear dynamical systemRelated: Circuits made from linear resistors, capacitors, and inductors yield linear dynamical models.

• Millman's theoremNarrower topic: The theorem simplifies one common parallel arrangement within a larger network.

• Circuit diagramNarrower topic: The diagram encodes the network’s components and connections.

• Electrical faultNarrower topic: Faults are defined by how they disrupt paths within a network.

• Electronics engineeringNarrower topic: Circuit analysis describes how electronic components interact through connected paths.

• FlashlightNarrower topic: A flashlight works when its battery, switch, and light source form a closed circuit.

• Rotary switchNarrower topic: Each switch position changes which circuit paths are complete.

• Bumper carsBroader topic: The car must maintain a circuit with its power supply for its motor to run.

• Directed networkRelated: Circuit models use directed edges to represent chosen current-flow orientations.

• Distribution boardNarrower topic: The board's central task is dividing an installation into separately protected circuits.

• Electrical techniquesNarrower topic: Circuits provide the practical arrangements for generating, sensing, and regulating electrical signals.

• ElectricianRelated: Wiring work creates and modifies circuits that power equipment.