Why Flexible Copper Cables & Coaxial Cables Have Become The Industry Standards?

by Aliza Elly Digital marketing - SEO, SMO, SEM

There are different types of cables, used in commercial and residential settings for networking purposes. Among the many options, copper flexible cable and co-axial cables are some of the most popular options. You can find these cables being used almost everywhere. This guide provides you valuable information about the construction and features of these cables.

Flexible Cables

Flexible cables are named so because they have flexibility that allows the cable to challenge its positioning. This property allows the cable to bend if some force is applied - thus preventing it from breaking. It is used in a wide range of applications where there is need for withstanding stress. Some of the common applications where copper flexible cable is used include:

Repetitive binding
Drag chain applications
Data processing
Machine tools
Torsion stress applications
Assembly lines
Robotics
Computer interconnections
Microprocessor
Automation networking

There are two different types of copper flexible cables:

Single Core Cables: This type of copper flexible cable is used for applications involving low voltage signal transmission, DC power transformers, battery cables, electrical motors and panel boards. It has excellent flexibility and essential voltage resistance. Usually, these cables are made of soft annealed fine copper wires which are stranded together as groups or subunits into the main housing.
Multi-core Cables: This type of flexible cable is commonly used in control panels, electrical appliances, and machine tools. The cores are insulated and laid together to create the core assembly. The cores can be identified by standard code. The sheath is made of PVC compound and it can withstand mechanical abrasion and simplifies stripping.

Coaxial Cables

Almost everyone must have seen Co Axial TV Cables. These cables are typically used by cable TV service providers in connecting the home TV with their network. This type of cable gets its name from its unique design where the two different transmission channels share the same axis while being separated by a layer of insulation.

Typically, the outer channel in these cables works as the ground. When used with repeaters, Co Axial TV Cables are capable of carrying data to greater distances. These cables are considered reliable source of interference-free transmission. They are perfectly suited for carrying high-frequency signals.

Applications of Coaxial Cables

Coaxial cables are also used for transmitting radio frequency signals. It is used for connect radio transmitters/receivers with antennas, internet, digital audio, and transmission of cable TV signals. The unique thing about these Co Axial TV Cables is that it develops electromagnetic field that carries the signal. This EM field is created in the space between the outer and inner transmission channels.

As the electromagnetic field is not created around the cable, this cable is suited for use almost anywhere. There is no risk that signal strength can be lost or the EM field can interfere with the functioning of other cables or appliances. Another advantage of using this type of cable is that it prevents interference from external EM sources.

These different types of cables have become the standard in the transmission and connection industry. They are valued for their flexibility and interference-free transmission. Superior construction also means these cables can last much longer.