The phrase "associated voltage" is correct and usable in written English.
It can be used in contexts related to electrical engineering or physics, where it refers to a voltage that is linked or related to a specific component or system.
Example: "The associated voltage of the circuit must be measured to ensure proper functionality."
Alternatives: "related voltage" or "connected voltage".
This article investigates both real and reactive power shortages and the associated voltage violations due to system failures on reliability evaluation.
Real and reactive power shortages and the associated voltage violations due to system failures are considered on reliability evaluation of power systems.
Overexpression of the mitochondria and ER associated voltage gated anion channel, Vdac1, has been shown to affect mitochondrial flux and trigger apoptosis in non-neuronal cellular models.
We present simulations of the harvested power and associated voltage for each pair of collocated absorber and piezoelectric device.
Reactive power shortage and its associated voltage violations due to failures of reactive power sources were considered.
In the lab, several faults have been simulated and associated voltages and currents are injected to a relay IED to compare experimental results.
Intracellular Ca2+ concentration, a key cellular mechanism regulating cell proliferation and death, is mainly mediated by the plasma membrane associated voltage-gated ion channels as well as the RYR and ITPR channels on the ER.
Thus, the challenge of this study was to use only the main measurements associated with voltage sags, i.e., the residual voltage, the time the voltage sags occurred, and their duration to detect their origins.
Clusters of Substations with similarities for regulatory purpose of voltage sags were the principal results, followed by classification of the main variables associated with voltage sags by the clusters formed.
Taken together, our study does not support the presence of long-lived extended α-to-310 helical conversions of the S4 in Ci-VSP associated with voltage activation.
The external electric field, associated with voltage bias, leads to unequal charge currents for two different polarities of external bias and this effect is further enhanced by incorporating the asymmetry in wire-to-electrode coupling.
