Product: 1347A Composite Data, Audio, Video, Security and Control Product Description Composites, 2 Coax 20 AWG BC, GIFPE insulation, TC braid 95% coverage, overall foil tape and 4 PR 22 AWG TC, PP insulation, bonded foil tape plus drain wire, overall CMR rating and PVC jacket. Technical Specifications Product Overview Suitable Applications: Electronic News Gathering (ENG), Electronic Field Production (EFP), Analog Audio + Digital Video Composite Applications, 2V + 4A Physical Characteristics (Overall) Conductor AWG Stranding Material Nominal Diameter No. of Pairs No. of Coax 20 Solid BC - Bare Copper 0.034 in 2 22 BC - Bare Copper 0.0285 in 4 Insulation Material Nominal Diameter PE - Polyethylene (Foam) 0.145 in PP - Polypropylene 0.046 in Table Notes: Gas Injected Color Chart Number Color 1 Black 2 White 1 Brown 2 Red 3 Orange 4 Yellow Inner Jacket Material Element Nominal Diameter Coax 0.233 in Pair 0.135 in Outer Shield Material Type Material Material Trade Name Coverage % Drainwire Material Drainwire Diameter Drainwire AWG Drainwire Construction n x D Tape Tri-Laminate (Alum+Poly+Alum) Duofoil 100% TC - Tinned Copper 0.030 in 22 7x30 Braid Tinned Copper (TC) 95% Tape Bi-Laminate (Alum+Poly) Beldfoil 95% No Shield Outer Jacket Material Material Nominal Diameter PVC - Polyvinyl Chloride 0.640 inPVC - Polyvinyl Chloride PVC - Polyvinyl Chloride Electrical Characteristics Conductor DCR Max. Conductor Element Nominal Conductor DCR Nominal Conductor DCR Conductor Resistance Nominal Inner Shield DCR Nominal Outer Shield DCR Outer Conductor DCR DCR Coax(es) 141 Ohm/km 10 Ohm/1000ft 10 Ohm/1000ft 3.8 Ohm/1000ft 14.3 Ohm/1000ft 14.3 Ohm/1000ft Capacitance Element Nom. Capacitance Conductor to Conductor Nom. Capacitance Conductor to Other Conductor to Shield Nom. Capacitance Conductor to Shield Coax 35 pF/ft 67 pF/ft 16.3 pF/ft Pair 35 pF/ft 67 pF/ft Operating Voltage: 300 V RMS Inductance Element Nominal Inductance Coax 0.107 H/ft Pair 0.17 H/ft Impedance Element Nominal Characteristic Impedance Coax 75 Ohm 45 Ohm Return Loss (RL) Frequency MHz Minimum Return (RL) 5-850 MHz 20 dB 850-4500 MHz 15 dB High Frequency (Nominal/Typical) Frequency MHz Nom. Insertion Loss 1 MHz 0.3 dB/100ft 3.6 MHz 0.6 dB/100ft 5 MHz 0.63 dB/100ft 7 MHz 0.74 dB/100ft 10 MHz 0.9 dB/100ft 67.5 MHz 2.05 dB/100ft 71.5 MHz 2.1 dB/100ft 88.5 MHz 2.2 dB/100ft 100 MHz 2.3 dB/100ft 135 MHz 2.7 dB/100ft 143 MHz 2.8 dB/100ft 180 MHz 3.1 dB/100ft 270 MHz 3.8 dB/100ft 360 MHz 4.4 dB/100ft 540 MHz 5.5 dB/100ft 720 MHz 6.4 dB/100ft 750 MHz 6.5 dB/100ft 1000 MHz 7.6 dB/100ft 1500 MHz 9.3 dB/100ft 2000 MHz 10.9 dB/100ft 2250 MHz 11.6 dB/100ft 3000 MHz 13.4 dB/100ft 4500 MHz 16.4 dB/100ft Delay Nominal Delay 1.22 ns/ft 1.5 ns/ft High Freq