Automotive catalogue

Product Construction Wires & Cables Application Features Technical Data Siechem Coaxial SieCar 125-546-V Data Cable ü Temperature : -40°C to + 125°C (3000hrs) ü Test Voltage : 1 kV (AC) for 1 minute ü Max. operating Voltage : 60V (DC) ü Characteristic Impedance : 100 ± 10 Ω ü Bending radius : 5 x Cable OD ü Conductor : Annealed Tinned Copper Conductor ü Insulation : PP ü Core identification : Green & White ü Sheath : TPE-S Black No. of Core x Size No. of Strands Strand dia (Nom) Conductor Construction Conductor Diameter (Max) Nos x Sq.mm Nos. mm Part Number mm mm mm mm 7 0.254 0.20/0.25 0.5/0.70 4.0 ± 0.15 0.76 21 2 x 0.35 C0890502 Weight Approx. Conductor Resistance at 20°C (Max) kg/km mm Ω/km Insulation Thickness (Min/Nom) Sheath Thickness (Min/Nom) Insulation Core Diameter (Nom) Overall Diameter (Nom) 55.5 1.25 ± 0.05 ü Wireless and antenna application ü Used for interior lines for monitoring system, CCTV feeder lines, wiring between the camera and control unit and video signal transmission. ü Automotive radio antennas ü Used for high-frequency signal transmission ü Supports High Bandwidth Levels, Easy to Install Resistant to physical damage, Less susceptible to noise interference compare to twisted pair. ü Highly resistant to EMI. ü Noise immunity due to a low error rate. Siechem Coaxial SieCar 125-546-V Data Cable SieCar 125-546-V www.siechem.com Catalogue Number C089 All information given are in good faith.Siechem's liability is only to replace the defective portion of cables provided the same is mutually established as manufacturing defects within the guarantee period as agreed in writing and Siechem shall not be liable for any other compensation or damages. Siechem reserves the right to revise any of the above specifications without prior intimation. Subject to Chennai Jurisdiction. 168 Automotive Cables Freq. (MHz) Insertion loss (dB/m) Max. 0.06 1 0.16 10 - 20 0.31 33 0.45 66 Return loss (dB) Max. 20 - 20 - 14.8 Freq. (MHz) Min. Longitudinal Transfer loss (dB) 46 1 46 50 34 200 ** We have obtained various approvals, accreditations, and certifications — some of which may not be relevant to this catalog. Min. Longitudinal Conversion loss (dB) 46 46 34 Progress throughResearch R TUV ** Certifications Approvals Accreditations ResearchDesign&StandardsOrganisation 2D View