overcurrent , także: over current

What you just said made that more of an overcurrent.

All lines and all electrical equipment must be protected against prolonged overcurrent.

If the cause of the overcurrent is nearby then automatically that current is interrupted immediately.

They are not intended to provide protection against overcurrent (overload) or short-circuit conditions.

The acceptable magnitude and duration of overcurrent is a more complex topic than ampacity.

Additional features can include overcurrent, overvoltage, and short circuit protection, and temperature compensation.

However the tolerance of short-term overcurrent is near zero for semiconductor devices, as their thermal capacities are extremely small.

An Overcurrent Protection Device, such as a fuse or circuit breaker.

Instantaneous overcurrent requires that the current exceeds a pre-determined level for the circuit breaker to operate.

Or overcurrent.

When overcurrent is drawn by the load, foldback reduces both the output voltage and current to well below the normal operating limits.

Most faults (overcurrent) are transient.

The connection between neutral and earth allows any phase to earth fault to develop enough current flow to "trip" the circuit overcurrent protection device.

But if the cause of the overcurrent is outside the local area then a backup provision automatically disconnects all affected circuits after a suitable time delay.

Note that disconnection can, unfortunately, have a cascade effect, leading to overcurrent in other circuits that then also must therefore disconnect automatically.

Fuses, circuit breakers, temperature sensors and current limiters are commonly used protection mechanisms to control the risks of overcurrent.

The Sammis-Star 345 kV line trips due to undervoltage and overcurrent interpreted as a short circuit.

An overcurrent caused by a fault in the transformer or customer circuit will cause the fuse to melt, disconnecting the transformer from the line.

One of the disturbing features of this Parliament, which I find on so many issues, is an undercurrent and sometimes overcurrent of anti-American feeling.

Because they are far more resistant to damage due to overcurrent or back-voltage, ignitrons are still manufactured and used in preference to semiconductors in some installations.

There are two types of overload protection: instantaneous overcurrent and time overcurrent (TOC).

Telephones, modems, computers and other electronic devices can be damaged by lightning, as harmful overcurrent can reach them through the phone jack, Ethernet cable, or electricity outlet.

Overload & Back-up for Distance (Overcurrent) - Overload protection requires a current transformer which simply measures the current in a circuit.

Fuses only sense overcurrent, or to a degree, over-temperature, and cannot usually be used independently with protective relaying to provide more advanced protective functions, for example, ground fault detection.

For cost reasons, many of the circuit (overcurrent) protection and power quality control (voltage regulation) devices used by electric utility companies are designed with the assumption that power always flows in one direction.