What is the conductor size for RG6?
about 6.86mm
RG6 is typically a double shielded coaxial cable about 6.86mm in diameter with a center conductor a bit larger than that of the RG59 type.
What is the gauge or thickness of an RG59 coax cable?
20 AWG
A conventional RG59 coaxial cable has a 20 AWG (American wire gauge) copper center conductor, and standard RG6 coaxial cable has a larger 18 AWG copper center conductor, allowing it to offer higher bandwidth and more extended distance capacity.
What is the difference between RG58 and RG58A U?
RG-58/U and RG-58A/U are the same cable, the only difference is in the centre conductor. RG-58/U has a solid core and RG-58 A/U has a stranded core.
What is the diameter of RG-58?
6.15mm
Specifications: Nominal outside diameter : 6.15mm. Inner diameter : 1/0.64mm Capacitance : 68pF/m. Nominal attenuation (10m) : 1.3dB at 100MHz 1.9dB at 200MHz 4.6dB at 1000MHz.
What is the diameter of a RG-58 cable?
The outside diameter of RG-58 is around 0.2 inches (5 mm). RG-58 weighs around 0.025 lb/ft (37 g/m), exhibits approximately 25 pF/ft (82 pF/m) capacitance and can tolerate a maximum of 300 V potential (1800 W). Plain RG-58 cable has a solid center conductor. The RG-58A/U features a flexible 7- or 19-strand center conductor.
What kind of cable is ACSR made of?
ACSR – Aluminum Conductor Steel Reinforced is used as bare overhead transmission cable and as primary and secondary distribution cable. ACSR offers optimal strength for line design. Variable steel core stranding for desired strength to be achieved without sacrificing ampacity.
How big is the outside of a RG-58 shield?
There are several versions covering the differences in core material (solid or braided wire) and shield (70% to 95% coverage). The outside diameter of RG-58 is around 0.2 inches (5 mm).
When to use ACSR or aluminum conductor steel?
ACSR conductor or aluminum conductor steel reinforced is used as bare overhead transmission and as primary and secondary disribution cable. ACSR is suitable for use in all practical spans on wood poles, transmission towers, and other structures because of its dependability and strength to weight ratio.