50 Ohm 1/2 in Super Flexible Jumper Cable (Flame Retardant)

50 ohm 1/2 in super flexible coaxial feeder cable

50 Ohm 1/2 in Super Flexible Jumper Cable (Flame Retardant)

50 ohm 1/2 in super flexible coaxial feeder cable

50 ohm 1/2 in super flexible coaxial feeder cable

50 Ohm 1/2 in Super Flexible Jumper Cable (Flame Retardant)
· Item No.: RF50-12S-F
· Size/Spec: For 1/2“super flexible
· Function: signal transmission

Product description

Inner conductorCopper clad aluminum wireφ 3.6mm
InsulationFoamed polyethyleneφ 9.2mm
Outer ConductorHelical corrugated copper tubeφ 12.0mm
JacketFlame retardant black PEφ 13.6mm

 

50 ohm 1/2″ super flexible jumper cable (Flame retardant) feature a lower VSWR, perfect shielding effectiveness, and extraordinary inter-modulation performance, these lead to fewer energy loss and outer interference. Morever, its high-performance of attenuation allows coaxial cable to be used in different RF systems, such as 3g, 4g mobile communication. And it have a wide range of applications, such as indoor distribution, broadcast, various base stations, wireless cellular, and others.

 

Mechanical Properties

Min. single bending radius
25mm
Min. reapeted bending radius30mm
Max. tensile force760N
Recommended maximum clamp spacing1m

 

Electrical Properties

Characteristic impedance50±1 Ω
Nominal capacitance82 pF/m
Nominal inductance0.20 μh/m
Propagation velocity
816 %
DC breakdown voltage2.5 kv
Minmum insulation resistance>5000 MΩ·km
Peak power rationg15.5 kw
Cut-off frequency13.1 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

1003.41(1.04)3.08
4507.59(2.31)1.38
6909.58(2.92)1.15
80010.40(3.17)1.01
90011.20(3.41)0.94
100011.80(3.60)0.88
180016.60(5.06)0.63
200017.60(5.37)0.60
220018.61(5.67)0.56
240019.59(5.97)0.54
250020.07(6.12)0.53
260020.55(6.27)0.52
270021.02(6.41)0.50
300022.40(6.83)0.47

※ Attenuation values may be with a tolerance of 5%.

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