LL240 – SMA female to SMA female – Low Loss Coax Cable 10m
$29.7
$49.3
DescriptionLL240 Antenna Extension Cable (CLF240, KRL240,®LMR240) – 50Ω Very Low Loss Double Shielded 6.1mmSuitable for Mobile and Fixed-Wireless installations such as Vehicles, Caravanns, Offices Buildings and Homes. Lower loss than the LL195 (®LMR195).LL240 Coax has two SMA female connectors. Double shielded by one layer of Aluminium foil and one close-knit copper braid make for a low-loss coax with 6.1mm overall diameter. Its very-low signal attenuation figures make it well suited for use at Cell Phone frequencies.LMR240 – Signal Loss – 10m cable lengthFrequency (MHz):850900180021002400 (WiFi)Attenuation (dB):2.42.53.63.84.1Outer Diameter:6.1mm Impedance: 50ΩInner Conductor:1.42mm Solid CopperOuter Sheild:Bonded Aluminum Foil Tinned Copper BraidDielectric:Physical Foam Polyethylene There are many suppliers that manufacture coax cables to the ®LMR series specification. Some suppliers cut corners, producing sub-standard coax which does not conform. Shown below is a comparison of the high quality coax we supply with our kits and a sub-standard version.Our High Quality Coax Fully Tinned Copper Outer Braid – Resist corrosion and electrolysis – Strong mechanical connection – Lower loss over long lengthsGreater than 90% Braid Coverage – Lower signal lossBonded Foil Second Shield – Consistent ImpedanceCorrect Inner & Outer Conductor Diameter – Correct impedance.Foam Polyethylene/Air DielectricCheap Poor Quality Coax Bare Copper Outer Braid – No Corrosion resistance – Weak mechanical connectionLess than 75% Braid Coverage – Signal loss by radiationLoose Foil Second Shield – Inconsistent ImpedanceUndersized Inner & Outer Conductor Diameter – Loose fit to crimp connectors – Poor impedance matchSolid Polyethylene Dielectric – Higher signal loss®LMR is a registered trademark of Times Mircowave Systems USAFeaturesAdapters/ConnectorsConnection Type: SMA female socket BlukheadCoaxCoax Type: LMR240AttachmentsSpecification Data (LMR240A.pdf, 39 Kb) [Download]
