Rg-6 Co-axial Cable

Rg-6 Co-axial Cable

Co-axial cables are used for transmitting high-frequency electrical signals with low losses. Cable is used in a variety of applications, including telephone trunk lines, high-speed computer data buses, cable television signals, and radio transmitters and receivers connected to antennas. ZENFLEX RG-6 comes with center conductor of copper, shielded with gas injected physical foam, dielectric Poly-laminated aluminium tape is applied with sufficient overlap longitudinally over the foam dielectric. The second shield is of aluminium braiding with high tensile strength. Finally, outer sheathing is done of FR PVC.

HOW DO CO-AXIAL CABLE WORKS?
Co-axial cables are mainly built up of these four different layers:
1. A centre conductor, which is usually a copper wire, through which data and video travel through
2. Surrounding the copper wire is a dielectric plastic insulator.
3. A braided mesh made from copper/alloy then helps to shield the cable from electromagnetic interference (EMI).

Technical Properties

Core Specifications
Conductor Type CCA / Copper
Nominal Conductor Diameter 18 AWG (CCA) / 19 AWG (Copper)
Dielectric Type Gas expanded foam PE
Shielding Bonded to dielectric
1st Shield Aluminium tape
2nd Shield Aluminium braid wire
No of Braid Wire 64 (CCA) & 128 (Copper)
Dia. of Braid Wire 0.10mm (± 0.022mm)

Electrical Parameters

Core Specifications
Impedance 75 ± 3 Ohm
Typical Attenuation at 20°C
55 MHz 5.24
211 MHz 9.41
300 MHz 11.25
400 MHz 13.12
550 MHz 15.45
750 MHz 18.34
1000 MHz 21.45

*Available in CCA/Copper
*Packing of 3 reels of 90m coil and 2 reels of 305m coil

TELEPHONE PAIR CABLE
The primary purpose of telephone cables is to connect telephone equipment both internally and externally. In addition to interconnecting other communication and control equipment, these cables may be used for low-level signaling.

Electrical Parameters

Conductors Resistance (max) ohms/km at 20°C 143.00
Mutual Capacitance (max.) nF/km 50
Insulation Resistance in Air (min.) M-ohms/km 10,000
Capacitance Unbalance Pair to Pair (max.) pF/km 250

Technical Properties

Conductors Solid Bare Copper Conductor
Nominal Conductor Diameter 0.41 mm
Insulation Low-Density PE
Thickness 0.40 mm
Dia. Of Insulated Conductor 1.10 mm
Size 1 Pair 2 Pair 4 Pair
Colour Combination Red / Black White/Black and White Orange White/Black, White/Orange, White/Green and White/Brown
Outer Jacket Thickness 0.50 mm 0.55 mm 0.55 mm
Approximate Overall Dia. 3.10 mm 3.40 mm 4.00 mm

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