- Product Details
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Quick Details
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Impedance:
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50ohm
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Capacitance:
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75.8PF/m
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Peak power:
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40kw
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Screening attenuation:
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>120dB
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Cut-off frequency:
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8.8GHz
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Inner Conductor:
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Copper tube
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Length:
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100m 305m 1000ft 500m
Quick Details
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Brand Name:
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Hicorpwell
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Model Number:
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1/2''
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Place of Origin:
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Guangdong, China
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Impedance:
-
50ohm
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Capacitance:
-
75.8PF/m
-
Peak power:
-
40kw
-
Screening attenuation:
-
>120dB
-
Cut-off frequency:
-
8.8GHz
-
Inner Conductor:
-
Copper tube
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Length:
-
100m 305m 1000ft 500m
Product Description

Brief Info on 1/2 feeder 75ohm 50 ohm RF Coaxial Cable
frequency energy from one point to another such as In-building distribution system and various wireless communication system. It incorporates high foaming polyethylene insulation technology to minimize signal loss and have excellent electric features such as low damping and reflection coefficient.
This cable carries current in both the inner and the outer conductors. These current are equal and opposite and as a result all the fields are confined within the cable and it neither radiates nor picks up signals. This means that the cable operates by propagating an electromagnetic wave inside the cable. As there are no fields outside the coax cable it is not affected by nearby objects. Accordingly it is ideal for applications where the RF cable has to be routed through or around buildings or close to many other objects.



What is the difference between the 1/2 feeder 75ohm 50 ohm RF Coaxial Cable and 7 8 Feeder Cable ?
And the 1/2 super flexible coaxial cable, which is named half inch coaxial cable, refers to a specific size of coaxial cable that is made of the following parts:
* 16mm PE Shield (or PE jacket)
* Corrugated copper tube
* 12mm foam dielectric
* Copper conductor (hollow or solid)
In the broadcasting equipment industry, 7 8 Feeder Cable has many aliases, such as:
* 7 8 coaxial cable
* 7 8 coax
* 7/8'' feeder pipe
* 7 8 feeder
* 7/8 feed tube
* 7 8 coax feeder
* etc.
* 7 8 coaxial cable
* 7 8 coax
* 7/8'' feeder pipe
* 7 8 feeder
* 7/8 feed tube
* 7 8 coax feeder
* etc.
7/8" Cable Super Flexible
is a type of RF coaxial cable which is used to transfer RF signals from one point to another which allows for precise bending and handling when needed in tight spaces.
Typically, 7/8" Cable Super Flexible is used as as Main feeder for mobile communication base stations, In-building distribution system and antenna feed lines of various wireless communication system, jumper cables to connect to an antenna of transmission equipment.
It incorporates high foaming polyethylene insulation technology to minimize signal loss and have excellent electric features such as low damping and reflection coefficient.

Specification
Characteristic Impedance
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50 ± 1 Ω
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Return Loss
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24 dB for 100 m cable with connectors
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Attenuation
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See table below
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Velocity Factor
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0.88
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Capacitance
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76 pF/m
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Maximum Frequency
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9800 MHz
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Max Power Rating
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See table below
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Peak RF Voltage Rating
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1.80 kV
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Peak Power Rating
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31.8 kW
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DC Resistance
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Inner conductor: 1.44 Ω/km, Outer conductor: 2.24 Ω/km
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Weight
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0.23 kg/m
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Maximum Pulling Force
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2550 N
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Minimum Bending Radius
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Single Bending: 70mm, Repeated Bending: 120 mm
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Operating Temperature Range
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-55 ~ +80 °C
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Crush Resistance
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2.0 kg/mm
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Bending Moment
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3.8 Nm
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Recommended Clamp Distance
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1.0 m
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Inner Conductor
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Copper-clad aluminum wire
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Φ 4.8 mm
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Dielectric
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Cellular polyethylene
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Φ 12.1 mm
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Outer Conductor
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Corrugated copper tube
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Φ 13.9 mm
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Jacketing
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Black, halogen-free fire-retardant thermoplastic /
Black, halogen-free polyethylene (optional) |
Φ 16.0 mm
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Marking
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Trademark, cable type, manufacture week, year, batch number and meter mark
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Packing & Delivery
Successful Project
Hicorpwell RFcoaxial jumpers are designed using the many years of experience gained by our engineers in this field.
Its unique knowledge of designing and manufacturing world-leading PIM testing equipment is directly reflected in the jumpers.
Those jumpers have the industry-best PIM levels -117 dBm / -160 dBc @ 2 x 20 W (typ. -120 dBm / -163 dBc @ 2 x 20 W).
These excellent levels are guaranteed for every assembly that leaves the our production facility. Benefits:
§ More throughput
§Less dropped calls
§ Supporting any technology
§ WiFi-Ready
§ More throughput
§Less dropped calls
§ Supporting any technology
§ WiFi-Ready
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