Linked from

The 17 pages that link to Resistor, each with the reason it gives.

• Electrical resistanceBroader topic: Resistors provide controlled resistance in practical circuits.

• Ohm's lawBroader topic: A fixed resistor is the standard practical example of an ohmic component.

• InductorCompared with: Unlike an inductor, a resistor does not store energy in a magnetic field.

• Electrical impedanceRelated: An ideal resistor contributes resistance but no reactance to impedance.

• Electric circuitRelated: Resistors limit current and create voltage drops in circuits.

• OhmRelated: Its rated resistance is commonly stated in ohms.

• RC circuitBroader topic: It limits capacitor current and sets the circuit’s response rate.

• Circuit analysisBroader topic: Its voltage-current relation is a basic input to resistive circuit calculations.

• Electric potential differenceRelated: A potential difference across it drives current and produces a measurable energy loss.

• Jack KilbyRelated: Kilby’s prototype incorporated resistive elements alongside its transistor and capacitor.

• Wheatstone bridgeRelated: Four resistors form the bridge arms, with one resistance treated as unknown.

• Parallel-plate capacitorCompared with: Unlike an ideal capacitor, it does not store energy for later release.

• Electronic circuitRelated: It sets current and voltage levels throughout many electronic circuits.

• Electronic componentBroader topic: Resistors set currents and divide voltages in circuits.

• Analogue electronicsBroader topic: Resistors set gains, biases, and time constants in analogue circuits.

• Electrical resistance and conductanceBroader topic: It uses controlled resistance to set currents and voltage drops.

• GyratorCompared with: A resistor is reciprocal and dissipative, unlike an ideal gyrator’s nonreciprocal energy transfer.