3g sdi optimized true 75 bnc terminations 18 awg 75 rg 6 coax cable rf06t?t4sp3?t4sp3?0300 single or double ended www.samtec.com 75 3g optimized cables for complete speci cations see www.samtec.com? rf06t or www.samtec.com? rfb6t rf connector: outer contact material: ni plated brass center contact material: gold plated brass insulator material: ptfe operating temperature: -65? to +165? impedance: 75 ?3 ( s t st ) 75 ?4 ( r a ra ) frequency range: 0~6 ghz working voltage: 500 vrms max dielectric withstanding: 1500 vrms min contact resistance: center contact: 1,5m max outer contact: 0,4m max rohs compliant: ye s rg 6 cable: impedance: 75 ? capacitance: 53 ?pf/meter max attenuation (cable only): 0.2db @ 1ghz for 1 meter conductor size: 18 awg, (1,02mm) .040" dia. conductor material: bare copper conductor resistance: tbd insulator diameter: (4,57mm) .180" insulator material: gas injected foamed polyethylene dielectric constant: 1.44 shield material: aluminum wire braid over aluminum foil wrap jacket material: pvc jacket diameter: (7,00mm) .275" jacket temp rating: -50? to +90? jacket color: black rohs compliant: ye s f-209-2 specifications rf06t, rfb6t series mates with: bnc7t xxxx = oal (millimeters) (7,00) .275 cable type end 1 connector overall length ??xxxx? = overall length in millimeters ?0100 (100mm) 3.94" minimum end 2 connector rf06t = rg 6 cable rfb6t = belden 1694a cable specify end options from chart end options a b c ?t4sp3 = 75 bnc, straight plug (10? (0,25?) gold on center contact, nickel on shell) ?t4rp3 = 75 bnc, right angle plug (10? (0,25?) gold on center contact, nickel on shell) ?sing = single ended (end 2 callout) ?xxxxxx = stripped & tinned (end 2 callout) (see chart for callout) also available ?connector kits. ? additional plating options available. call samtec. rf06t?t4sp3?t4rp3 shown stripped & tinned (dimensions in mm) both center conductor and braid shield are stripped and tinned. call samec for other sizes. callout ?303030 ?303040 ?403030 ?403040 ?404040 a 3.0 3.0 4.0 4.0 4.0 b 3.0 3.0 3.0 3.0 4.0 c 3.0 4.0 3.0 4.0 4.0 m (7 0 .27 m 0 ) = rs g t4rp3 ) ri
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