Linked from

The 9 pages that link to Kirchhoff's current law, each with the reason it gives.

• Kirchhoff's circuit lawsBroader topic: It expresses the junction rule: current entering a node equals current leaving it.

• Gustav KirchhoffBroader topic: It expresses charge conservation at circuit junctions.

• Flow conservationCompared with: It is a physical instance of the same vertex-balance principle.

• Kirchhoff's voltage lawRelated: Together, the two Kirchhoff laws constrain circuit voltages and currents.

• Nodal analysisRelated: This current-balance rule supplies the equations at each nonreference node.

• Current sourceRelated: It determines how source current divides among connected branches.

• Millman's theoremRelated: Applying current balance at the shared node produces Millman's voltage formula.

• Tellegen's theoremRelated: This conservation constraint makes admissible branch currents orthogonal to node potentials.

• Miller theoremRelated: Node-current equations provide a direct way to verify the equivalent circuit.