The voltage drop is the difference between the two readings.

This is because of the voltage drop due to the load.

This allows for the voltage drop between equipment and supply.

All of these gave excessive forward voltage drop at high currents.

Since the voltage drop is proportional to the current, the fan may not start.

As these resistors are in series, the voltage drops will add.

However, in this example, half of that voltage drop is across the electrode.

This current also generates a voltage drop across the force wires themselves.

This lower voltage drop can provide higher switching speed and better system efficiency.

The maximum permitted voltage drop varies from one country to another.

Most circuits in a house do not have enough current or length to produce a high voltage drop.

However, this is rare, as most devices compensate for the voltage drop.

A voltage drop across the fuse is usually provided by its manufacturer.

In the gap between silicon and glass the bond voltage drops.

Every solid-state device has a small voltage drop across it.

If the voltage drop is too great, the circuit conductor must be increased to maintain the current between the points.

At higher currents the forward voltage drop of the diode increases.

Voltage drop exists in both the supply and return wires of a circuit.

For the same cross-section, the relative voltage drop is now no more than one ninth.

The minimum voltage drop for such a relay is a function of the material used to make the device.

The main problem in China is the voltage drop when power is sent over very long distances from one region of the country to another.

A fixed voltage drop occurs at the electrodes, which also produces heat.

However at the same time the problem was thought to be a no issue, an unexpected voltage drop was observed.

Each infinitesimal section will multiply the voltage drop by the same factor.

Over time, the inductor will allow the current to slowly increase by decreasing its voltage drop.