Linked from

The 46 pages that link to Electrical impedance, each with the reason it gives.

• Alternating currentRelated: Impedance generalizes resistance to AC circuits with capacitors and inductors.

• Complete blood countRelated: Some analyzers use cell-induced resistance changes to count and size blood cells.

• TransformerRelated: A transformer reflects the connected load's impedance between its windings.

• CapacitanceRelated: A capacitor's capacitance contributes a frequency-dependent capacitive reactance to impedance.

• Electrical circuitRelated: It extends resistance to circuits containing capacitors and inductors.

• LoudspeakerRelated: A loudspeaker's impedance affects the current demanded from its amplifier.

• PhasorRelated: Phasors let impedance express both resistance and phase shift in AC circuits.

• DecibelRelated: Voltage ratios use the amplitude formula only when the compared impedances are equal.

• Automated external defibrillatorRelated: Chest impedance affects how much current a defibrillation shock delivers.

• Thévenin's theoremRelated: The theorem uses impedance for general linear AC networks.

• Fluctuation–dissipation theoremRelated: Thermal voltage and current noise can reveal its dissipative component.

• Complex multiplicationRelated: Circuit calculations multiply complex impedances to combine voltage and current relationships.

• Imaginary unitRelated: Its imaginary part represents phase-shifting effects in AC circuits.

• Oliver HeavisideRelated: Operational calculus let Heaviside handle impedance and transient response within one framework.

• Power factorRelated: Its resistive and reactive parts determine current magnitude and phase.

• Sound systemRelated: Speaker impedance affects amplifier load and safe system configuration.

• RC circuitRelated: Impedance extends resistance-based analysis to an RC circuit driven by sinusoidal signals.

• Circuit analysisRelated: It extends resistance-based methods to capacitors and inductors at a specified frequency.

• BusbarRelated: Busbar impedance affects voltage drop and fault-current levels across connected circuits.

• Electrical faultRelated: Fault impedance helps determine how much current a fault draws.

• Electronic componentRelated: It describes how components respond to signals that vary over time.

• AC powerRelated: Impedance determines the current drawn by an AC load.

• Analogue electronicsRelated: Impedance matching and loading determine how signals transfer between stages.

• Electrical propertiesRelated: Impedance connects material response to the behavior of real components under alternating signals.

• Electrical techniquesRelated: It determines how systems respond to changing electrical signals.