Linked from

The 16 pages that link to Voltage divider, each with the reason it gives.

• Electrical resistanceRelated: Resistor ratios set the output voltage in the common resistive divider.

• Ohm's lawBroader topic: Its output follows from Ohm’s law applied to series resistances.

• VoltageBroader topic: It uses component ratios to create a desired voltage from a supply.

• TransformerCompared with: It changes voltage without transferring power between isolated windings.

• Electrical impedanceRelated: In AC circuits, the output depends on the impedances and their frequencies.

• ResistorBroader topic: Two resistors can divide an input voltage in a predictable ratio.

• Impedance matchingCompared with: A mismatched load can alter a divider's output, unlike an ideal matched-power setup.

• Thévenin's theoremRelated: A Thévenin source and load form a voltage divider.

• Operational amplifierRelated: Feedback networks use dividers to return a controlled portion of output to an input.

• VoltBroader topic: It demonstrates how component values determine a practical voltage.

• Wheatstone bridgeRelated: Each side of the bridge acts as a voltage divider whose midpoint potentials must match at balance.

• Kirchhoff's voltage lawBroader topic: Its resistor drops sum to the source voltage by the loop rule.

• ThermistorRelated: A thermistor paired with a fixed resistor converts resistance changes into a voltage signal.

• PotentiometerRelated: A potentiometer uses its two track sections as the divider’s adjustable resistances.

• Bridge circuitRelated: Each side of a resistive bridge acts as a voltage divider.

• Electronic componentRelated: Resistors commonly form dividers that set circuit reference voltages.