The phrase "allow current to pass" is correct and usable in written English.
It can be used in contexts related to electrical engineering or physics, particularly when discussing circuits or electrical components.
Example: "The resistor is designed to allow current to pass while limiting the voltage across it."
Alternatives: "permit current flow" or "enable current to flow".
Bits are stored by having that spacer flip between being an insulator and a conductor sometimes allowing current to pass between the upper and lower electrodes, sometimes blocking the current.
(A metal allows current to pass through. A semiconductor allows current to pass through only under certain conditions).
A diode only allows current to pass in 1 direction; the diamond configuration allow 2 diodes to pass the positive half of the current and the other 2 diodes to pass the negative half.
For devices that only need a low current, you can create a regulator with a resistor and a zener diode, which is designed to break down when a certain voltage is reached, allowing current to pass through it.
The ruling said that a panel from Trina Solar of China was really a generator because it was equipped with a diode that allows electric current to pass around areas of the panel that are shaded.
The distal esophageal wall is relatively thin and may not contain the 5-mm-length Stretta stylettes when they are deployed, allowing RF current to pass into adjacent structures.
The formation of a cluster connecting two parallel faces of the RVE is considered the formation of a percolation network that allows electric current to pass through the RVE, rendering it conductive.
When a lightning strike to the line raises the line voltage sufficiently, the SiC column will conduct, allowing strike current to pass harmlessly to the earth instead of along the power line.
For example, in ion-channel models, such as the Hodgkin–Huxley or other conductance-based neural models, a nerve cell has a population of ion channels whose configurational states comprise the nodes of a graph, only some of which allow a transmembrane current to pass.
For example, in ion-channel models, such as the Hodgkin–Huxley or other conductance-based neural models, a nerve cell has a population of ion channels whose states comprise the nodes of a graph, only some of which allow a transmembrane current to pass.
