That is a description of an ordinary "coaxial cable". There are designators for various specific coaxial cables such as RG-58 and RG-59. See the link for more. Sounds like shielded RG-58 or RG-59 used respectively as listed above for cable TV or RG-59 for satellite TV. If the cable is as large as a human average finger it could be shielded 2-way radio cable which usually is run from the base station to the outside antenna.
In general this would be called a coaxial (co-ax) cable.
These are mostly used for Cablevision and TV antenna signals, 75 ohm coax
A similar type of cable with BNC connectors was used for older Ethernet "ThinNet" networking - (coax Ethernet cabling has been almost totally replaced by twisted pair Ethernet 10BaseT)
http://www.epanorama.net/documents/wiring/coaxcable.html
coaxial cable most commonly used for tv signal but can also host internet, phone, and more
Co-Axiel Cable - Used in Audio Visual applications
ECC stands for Earth Continuity Conductor. It is a grounding component of the electrical system. An ECC can be a bare conductor, a single conductor or a part of a multi-conductor cable.
The correct answer is....80-conductor IDE ribbon cable.
2 conductor round cable 2 conductor twisted cable
THHN is a heat resistant thermoplastic insulated conductor, usually a single conductor. Romex is a brand name for a nonmetallic sheathed cable, it has multiple conductors inside, the insulated ones are insulated with THHN insulation.
A single-phase cable will have a line and a neutral conductor and, possibly, but not necessarily, an earth (ground) conductor. A high-voltage three-phase cable will have three line conductors. A low-voltage three-phase cable is likely to have three line conductors and a neutral conductor.
The 80-conductor cable and the 40-conductor cable.
yes
HDPE Cable Support Blocks are used in electrical cable tray for the spacing of high voltage single conductor cables. They can be purchased from D&D Enterprises by emailing ddenterprises2@hotmail.com.
Cable faults are normally categorised as (a) conductor-to-earth (ground) faults, (b) conductor-to-conductor faults, and (c) conductor-to-conductor-to earth (ground) faults. In addition to that, we can categorise them by whether they are 'high-resistance' or 'low-resistance' faults.
Coaxial cable, STP cable, UTP cable
The cross-sectional area is one of the factors that determines how much current a conductor can carry -this is regardless of the shape of that conductor's cross section (many conductors are not circular). So the diameter is of not much interest.
In a HT cable there are 2 layers of semiconductor one on the conductor and second on the XLPE insulation. As we know semiconductor behaves as conductor when temperature rises. So when the HT cable is on load its conductor temperature rises due to this the semicon layer which is on conductor behaves like conductor and as a result overall cross section area is increased. now the second semicon layer which is over XLPE on temp rise behaves as conductor and used for dessipating heat out of conductor as the cable heat due to load.