A semiconductor is a class of solid whose electrical conductivity lies between that of a conductor and an insulator, forming the basis of modern electronic devices.
A semiconductor is a class of solid material whose electrical conductivity falls between that of a good conductor, such as copper, and that of an insulator. By carefully controlling the conductivity of a semiconductor, manufacturers create the diodes, transistors, and integrated circuits that form the basis of modern electronics. Common semiconductor materials include silicon and similar elements, whose conductivity can be precisely adjusted.
The unique, controllable conductivity of semiconductors is what makes electronic devices possible, allowing them to switch, amplify, and process electrical signals. This places semiconductors at the heart of the computers, controls, and communication equipment used throughout commercial and industrial systems.
These electronic devices connect and communicate through wiring and cable, and their performance depends on the supporting infrastructure as well as on the semiconductors within them. The cable linking equipment is part of how semiconductor-based systems function.
Because the controllable conductivity of semiconductors makes electronic devices possible, they sit at the heart of the computers, controls, and communication equipment of commercial and industrial systems, all of which connect and communicate through the wiring and cable that link them.
Recognizing how a semiconductor's conductivity makes electronics possible helps illustrate the systems that low-voltage cable connects across a commercial or industrial facility.
At Windy City Wire, the focus on structured low-voltage and data cable supports the networked electronic systems built on semiconductor technology. Supplying dependable cable for the connections between devices helps ensure that the systems running a facility's functions perform reliably.