The technical information on wire and cable is almost endless.
Solid or stranded, coated or uncoated, sheathed or not, data transmission like coaxial or power transmission like ACSR, and the list goes on.
wire coaxial cable
Having all the information you need in one place is like a gold mine.
Here we gathered all the needed information about the coax cable so read to the end of this article.
Coaxial cable, also known as coax, is a type of electrical cable that consists of an inner conductor that is surrounded by a concentric conducting shield, with the two conductors being separated by a dielectric (insulating material).
in addition, the majority of coaxial cables also have a protective outer sheath or jacket.
The inner conductor and the outer shield both have the same geometric axis, which is what is meant by the phrase "coaxial."
Transmission lines come in a variety of forms, one of which is the coaxial cable, which is designed to convey high-frequency electrical communications while minimizing signal loss.
It is utilized in a variety of applications including telephone trunk lines, high-speed computer data busses, cable television signal transmissions, and the connection of radio transmitters and receivers to their antennas.
The size of the cable and connections are managed to offer precise and constant conductor spacing, which is required for it to function successfully as a transmission line.
This sets it apart from other shielded cables in a significant way.
Oliver Heaviside demonstrated in the British patent that he received in 1880 how the use of coaxial wire might prevent signal interference between parallel cables.
Although coaxial cable was utilized in the initial (1858) and subsequent transatlantic cable constructions, the theory behind it was not described until 1880 by Oliver Heaviside, an English physicist, engineer, and mathematician who also received a patent for the design of the cable in that same year.
Radio frequency signals are sent by coaxial cable, which is utilized as a transmission line.
Applications for this technology include the use of feedlines to connect radio transmitters and receivers to their antennas, connections to computer networks (such as Ethernet), digital audio (S/PDIF), and the dissemination of cable television signals.
coaxial cable wire connector
The electromagnetic field that carries the signal occurs solely in the area between the inner and outer conductors in an ideal coaxial cable.
This is one benefit that coaxial has over other types of radio transmission lines.
Because of this, it is possible to lay coaxial cable runs near metal objects like gutters without experiencing the power losses that are typical of other forms of transmission lines.
The transmission is additionally shielded from any electromagnetic interference that may come from the outside using coaxial wire.
