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50 Ohm 1-1/4 In Coaxial Cable (Flame retardant)
50 Ohm 1-1/4 In Coaxial Cable (Flame retardant) · Item No.: RF50-114-F · Size/Spec: 1-1/4″ coaxial cable(Flame retardant) · Function: signal transmission Construction Inner conductor Smooth copper tube φ 13.0mm Insulation Foamed polyethylene φ 32.8mm Outer Conductor Helical corrugated copper tube φ 35.8mm Jacket Flame retardant black PE φ 38.8mm 1. High-performance of attenuation allows coaxial cable to be used in different RF systems, such as 3g, 4g mobile communication. 2. Wide range of applications, such as indoor distribution, broadcast, various base stations, wireless cellular, and others. 3. Lower VSWR, perfect shielding effectiveness, and extraordinary inter-modulation performance lead to fewer energy loss and outer interference. Mechanical Properties Min. single bending radius 200mm Min. reapeted bending radius 380mm Max. tensile force 3600N Recommended maximum clamp spacing 1m Electrical Properties Characteristic impedance 50±1 Ω Nominal capacitance 75 pF/m Nominal inductance 0.20 μh/m Propagation velocity 87 % DC breakdown voltage 8.0 kv Minmum insulation resistance ＞5000 MΩ·km Peak power rationg 205 kw Cut-off frequency 3.3 Ghz Screening attenuation ＞120 dB PIM ≤-160 dBc@(2×20w) VSWR 690-960MHz ≤ 1.12 1700-2200MHz ≤ 1.12 2300-2400MHz ≤ 1.12 2500-2690MHz ≤ 1.15 Transmission properties Frequency MHz Attenuation @20℃,dB/100m(db/100ft) Power @20℃,kW 100 0.84(0.25) 11.7 450 1.87(0.57) 5.23 690 2.38(0.73) 4.34 800 2.59(0.79) 3.79 900 2.77(0.84) 3.53 1000 2.94(0.90) 3.33 1800 4.16(1.27) 2.36 2000 4.43(1.35) 2.21 2200 4.69(1.43) 2.10 2400 4.95(1.51) 1.99 2500 5.07(1.55) 1.94 2600 5.20(1.59) 1.97 2700 5.32(1.62) 1.87 3000 5.68(1.73) 1.71 ※ Attenuation values may be with a tolerance of 5%.
50 Ohm 1-1/4 In Coaxial Cable
50 Ohm 1-1/4 In Coaxial Cable · Item No.: RF50-114-R · Size/Spec: 1-1/4″ coaxial cable · Function: signal transmission Construction Inner conductor Smooth copper tube φ 13.0mm Insulation Foamed polyethylene φ 32.8mm Outer Conductor Helical corrugated copper tube φ 35.8mm Jacket Polyethylene φ 38.8mm 1. High-performance of attenuation allows coaxial cable to be used in different RF systems, such as 3g, 4g mobile communication. 2. Wide range of applications, such as indoor distribution, broadcast, various base stations, wireless cellular, and others. 3. Lower VSWR, perfect shielding effectiveness, and extraordinary inter-modulation performance lead to fewer energy loss and outer interference. Mechanical Properties Min. single bending radius 200mm Min. reapeted bending radius 380mm Max. tensile force 3600N Recommended maximum clamp spacing 1m Electrical Properties Characteristic impedance 50±1 Ω Nominal capacitance 75 pF/m Nominal inductance 0.20 μh/m Propagation velocity 87 % DC breakdown voltage 8.0 kv Minmum insulation resistance ＞5000 MΩ·km Peak power rationg 205 kw Cut-off frequency 3.3 Ghz Screening attenuation ＞120 dB PIM ≤-160 dBc@(2×20w) VSWR 690-960MHz ≤ 1.12 1700-2200MHz ≤ 1.12 2300-2400MHz ≤ 1.12 2500-2690MHz ≤ 1.15 Transmission properties Frequency MHz Attenuation @20℃,dB/100m(db/100ft) Power @20℃,kW 100 0.84(0.25) 11.7 450 1.87(0.57) 5.23 690 2.38(0.73) 4.34 800 2.59(0.79) 3.79 900 2.77(0.84) 3.53 1000 2.94(0.90) 3.33 1800 4.16(1.27) 2.36 2000 4.43(1.35) 2.21 2200 4.69(1.43) 2.10 2400 4.95(1.51) 1.99 2500 5.07(1.55) 1.94 2600 5.20(1.59) 1.97 2700 5.32(1.62) 1.87 3000 5.68(1.73) 1.71 ※ Attenuation values may be with a tolerance of 5%.
50 Ohm 1/2 in Coaxial Cable (Flame Retardant)
50 Ohm 1/2 in Coaxial Cable (Flame Retardant) · Item No.: RF50-12-F · Size/Spec: 1/2″ coaxial cable · Function: signal transmission Construction Inner conductor Copper clad aluminum wire φ 4.8mm Insulation Foamed polyethylene φ 12.2mm Outer Conductor Helical corrugated copper tube φ 13.8mm Jacket Flame retardant black PE φ 15.7mm 1. High-performance of attenuation allows coaxial cable to be used in different RF systems, such as 3g, 4g mobile communication. 2. Wide range of applications, such as indoor distribution, broadcast, various base stations, wireless cellular, and others. 3. Lower VSWR, perfect shielding effectiveness, and extraordinary inter-modulation performance lead to fewer energy loss and outer interference. Mechanical Properties Min. single bending radius 70mm Min. reapeted bending radius 125mm Max. tensile force 1130N Recommended maximum clamp spacing 1m Electrical Properties Characteristic impedance 50±1 Ω Nominal capacitance 76 pF/m Nominal inductance 0.19 μh/m Propagation velocity 86 % DC breakdown voltage 4.0 kv Minmum insulation resistance ＞5000 MΩ·km Peak power rationg 40 kw Cut-off frequency 8.8 Ghz Screening attenuation ＞120 dB PIM ≤-160 dBc@(2×20w) VSWR 690-960MHz ≤ 1.12 1700-2200MHz ≤ 1.12 2300-2400MHz ≤ 1.12 2500-2690MHz ≤ 1.15 Transmission properties Frequency MHz Attenuation @20℃,dB/100m(db/100ft) Power @20℃,kW 100 2.17(0.66) 3.49 450 4.75(1.45) 1.59 690 5.97(1.82) 1.34 800 6.46(1.97) 1.17 900 6.85(2.09) 1.10 1000 7.28(2.22) 1.04 1800 10.10(3.08) 0.75 2000 10.70(3.26) 0.71 2200 11.24(3.43) 0.65 2400 11.78(3.59) 0.62 2500 12.06(3.68) 0.61 2600 12.34(3.76) 0.60 2700 12.61（3.84） 0.59 3000 13.40（4.09） 0.57 ※ Attenuation values may be with a tolerance of 5%.