The phrase "adjacent wiring" is correct and usable in written English.
It can be used in contexts related to electrical work, construction, or any situation where wiring is positioned next to another set of wiring.
Example: "The technician inspected the adjacent wiring to ensure there were no faults that could cause a short circuit."
Alternatives: "neighboring wiring" or "contiguous wiring".
This results in crosstalk between adjacent wire segments.
Special spacing rules use the sufficient spacing between the adjacent wires to mitigate the crosstalk effect from the adjacent wires.
Adjacent wires (or lines) are resistively connected and every eighth wire is attached to a charge-sensitive amplifier, referred to as a "tap", as illustrated in Figure 7.4.
The proposed kinematics are based on the assumption that wires are un-lubricated and therefore that no relative sliding between adjacent wires happens.
It is found that different friction states between adjacent wires can lead to quite a different distribution of local bending and torsion deformation of double-helix wire.
Crosstalk between adjacent wires is an important signal integrity issue in NoC communication fabrics and it can cause timing violations and extra energy dissipation.
These transition patterns can cause mutual influences between adjacent wires of NoCs and as a result threaten the reliability of data transfer seriously.
Doe exposure was permanent using replacement pubertal does housed in an adjacent wire-mesh cage and changed for new ones every other week.
As a result, serious wire deflection during transfer molding process could make adjacent wires short, and this issue becomes more critical as a smaller wire diameter has to be applied for the finer pitch wire bonded IC devices.
(The "k" refers to the mathematical symbol that electrical engineers use to express capacitance, which governs the speed at which data can flow through a circuit. A lower value means that information can flow more quickly because there is less interference from adjacent wires).
