Audio & Video Cables | AV Components | Audio and Video Systems | Category: Cable, Canare

Special 4 conductor configuration plus high shield density reduce hum and noise to less than 10% of conventional 2-conductor mic cables. Special construction also reduces handling noise while maintaining excellent flexibility. High density braided shield blocks electrostatic noise to eliminate annoying hum, buzz and radio interference. 4-conductor design cancels electro-magnetically induced noise from SCR dimmers and fluorescent lights. The premier Star Quad cable for all handheld microphone applications. Flexible, satin smooth to the touch and extra strong, this standard diameter, 21 AWG cable fits perfectly in all XLR-type audio connectors. Forty separate strands in each conductor eliminate breakage due to flexing. Available in 10 beautiful matte finish color jackets.Excellent frequency response is preserved due to low capacitance provided by dielectric qualities of Polyethylene insulation. Handling noise is prevented by use of cotton filter material. Super flexibility results from using large numbers of thin wire strands, plus PVC jacket that remains pliant at extremely low temperatures (brittle point is -56°F); no wall between cold shipping and installation. Quantity Discounts Apply!!Features:Braided Copper ShieldFlexible in Extreme Cold WeatherCross Linked PE InsulationReduced Handling NoiseRejects EMI and RFI10 Matte Color JacketSelectionsMicrophonesPortable ApplicationsAudio Rack WiringPA SystemsAudio Patch CordsSpecifications:Number of Conductors: 4 (2 Blue, 2 White)Conductor AWG: 24Quad AWG: 21 (Effective AWG of combined twin conductors)Nom. O.D.: 0.236îJacket: PVCJacket Nom. Thickness: 0.044îBrittle Point: -56 Degrees FInsulation Type: IPEInsulation Thickness: 15.7 MILPitch Twist Quad: 0.79îShield Coverage: >95% TAC BraidCond D.C.R.: Shield D.C.R.: Nom. Capacitance: 150 pF/m (between twin Blue & twin White)Nom. Capacitance: 185 pF/m (between conductors to shield)Nom. Impedance: 44 OhmNom. Atten.: 0.9 V/1000 FtGroup Delay Time: 1.80 ns/ft