Co-Axial Cables, Coaxial Cables, Manufacturers Of Coaxial Cables, FRLS Cables, Light Duty Cables, Mumbai, India

Co-Axial Cables, Coaxial Cables, Manufacturers Of Coaxial Cables, FRLS Cables, Light Duty Cables, Mumbai, India

 

Co-Axial Cables Co-Axial Cables

Co-Axial Cables

Kaydour Cables India PVT. LTD; also manufacturers Co-axial Cables for Cable TV Network. The center conductor is made of electrolytic grade solid copper free from all impurities and deformities to ensure better signal transmission.

The conductor is insulated with foam dielectric made of polyethylene injected with nitrogen gas, which is superior and also environment-friendly than chemical foam. The double screen of special composite type bonded aluminium foil and special grade aluminium alloy braiding of 60% coverage ensures low loss in signal quality, additional mechanical strength and resistance to oxide formation in tropical weather condition.

 
Construction Parameters

Cable Type

RG 11F RG6F
Center Conductor Nom. Diameter. (mm) Solid bare copper 1.63 Solid bare copper 1.02
Dielectric Nom. Diameter. (mm) Foam PE 7.11 Foam PE 4.57
Outer Conductor 1st Shield 2nd Shield Min. Coverage (%) Al-Foil Bonded Al-Alloy Braiding 60 Al-Foil Bonded Al-Alloy Braiding 60
Jacket Nom. Diameter. (mm) PVC Black/White 10.30 PVC Black/White 7.25
Bending 'radius (mm) 70 60

 

Construction Parameters

Cable Type

RG 11F RG 6F
Center Conductor (Max. resistance at 20)  0.85 ohm/100 mtr. 2.14 ohm/100mtr.
Nom. Capacitance (PF/Mtrs.) 53 3 53 3
Characteristics Impedance (Ohms) 75 3 75 3
Nom. Velocity Ratio (%) 85 85
Attenuation @ 20c (db/100 Mtrs.) at 
5 MHz  1.25 db 1.95 db
55 MHz  3.15 db 5.20 db
211 MHz  6.23 db 9.50 db
250 MHz  6.72 db 10.50 db
300 MHz  7.38 db 11.50 db 
350 MHz  7.94 db 12.45 db 
400 MHz  8.53 db  13.30 db 
450 MHz  9.02 db     14.35 db  
550 MHz  9.97 db 15.70 db
600 MHz 10.43 db 16.45 db   
750 MHz 11.97 db 18.35 db
865 MHz 13.05 db  19.95 db
1000 MHz  14.27 db  21.45 db

Best view : 1024 x 768 Pixels

Designed & Hosted by : MID   Promoted by : GID