"surge current" is a correct and usable term in written English.
You can use it when referring to a high and typically short-lived electric current, usually produced by a sudden increase in voltage. For example, "The surge current was too much for the circuit to handle, resulting in a power outage."
Under the influence of a surge current, the simulations provided tower voltages at strategic heights.
To verify the experimental results the simulations of surge current in the test house modeled in ATP-EMTP were conducted.
From the demonstrated results, the SFCL′s positive effects on reducing the surge current and improving the system′s robustness against the closed-loop operation can be verified.
More recently, testing using devices injecting a surge current into a grounding system was compared with earthing impedance testers measuring selected frequencies of up to 1 MHz.
In this work, a behavioral model for MOS Controlled-Thyristor (MCT) surge current analysis is proposed together with a design criterion.
In this paper, a flux-coupling type superconducting fault current limiter (SFCL) is suggested to suppress the surge current caused by the closed-loop operation.
The surge currents in SPDs can be estimated using the closed-form formula.
This addresses technical measures to protect the PS against electrical stress due to partial surge currents which can occur under certain circumstances during the above mentioned test procedure.
The battery module was rated for the motor surge currents, could be easily recharged, and powered the Gamma Eye and area cameras.
A two-coil transformer is used to avoid damage to the instruments due to surge currents from the power line, which are most often induced by lightning.
The transformer made by SANKOSHA with a power capacity of 1 kVA is to convert local voltages to 100 V (Japanese standard) as well as to protect the system from surge currents on the power line (mainly due to lightning).
