A voltage drop is a reduction in the force that “pushes” current through a circuit. Under these conditions, resistive loads, such as light bulbs, will give suboptimal performance- lights will flicker or become dimmer because less current is flowing. Inductive loads, such as motors, respond to voltage drops by working harder to obtain the same power [..]

A term used to express the amount of voltage loss in a conductor of given size and length drawing a given current.

The electric potential difference across a resistor or other part of a circuit that consumes power

 - The loss of voltage in a circuit when current flows.

A conductor's voltage reduction due to resistance.

The loss of voltage in an electric conductor between supply tap and load tap.

a voltage reduction due to impedances between the power source and the load. These impedances are due to wiring and transformers and are normally minimized to the extent possible.

      The difference in potential between two points caused by current flow through a component.

A decrease in voltage caused by losses in the lines connecting the power source to the load.

The "using up"" of voltage in a circuit.  Voltage drop can be caused by resistance in the circuit wiring, current consuming devices ( such as lamps, motors, etc..)  and by r [..]

A reduction in voltage level caused by a current flowing through an impedance; equal to the current impedance product.

A reduction in voltage in conductors caused by current flowing through its resistance. It is equal to the product of current times feeder resistance.

The loss of voltage caused by the electrical resistance of the wire and the light fixtures in the circuit. It can become especially noticeable in low voltage circuits (where the operating voltage is 12 or 24 volts). Voltage drop may be minimized by using a thicker wire with a lower gauge, shortening the distance between the low voltage transformer [..]

The net difference in the electrical potential (voltage) when measured across resistance or impedance (ohms). Its relationship to current is described in Ohm’s law.

The decrease in voltage between the source and the load due to resistance in the wire(s).

The voltage developed across a component or conductor by the current in the resistance or impedance of the component or conductor.

The loss of voltage in an electric conductor between supply tap and load tap.

The difference between the voltages at the transmitting and receiving ends of a feeder, main, or service.

Voltage or difference in potential developed across a component due to current flow.

The voltage decrease across the protector/breaker due to the internal resistance of the device.

The voltage drop around a circuit including wiring and loads must equal the supply volt age.

The loss of voltage between the input to a device and the output from a device due to the internal impedance or resistance of the device.