LDF5-50A
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Краткое описание:
Low Density Foam Coaxial Cable
Дополнительная информация
The LDF5-50A has a nominal O.D. of 0.6300 and is constructed of a bare copper tube conductor, a PE foam dielectric, a PE jacket, and a corrugated copper shield. This cable has a temperature range of -40°C to +60°C and a maximum frequency of 1000 MHz. Corrugated copper, 7/8 inch nominal size, with a black PE jacket. This is a coaxial wireless cable from the HELIAX® product series by CommScope. Please note, this part is OBSOLETE.
| RoHS | Yes |
| Velocity | 89% |
| Inductance | 0.187 (0.057 μH/ft)μH/m |
| Peak Power | 91kW |
| Capacitance | 74.8 (22.799 pF/ft)pF/m |
| Flexibility | Standard |
| Cable weight | 0.49 (0.329 lb/ft)kg/m |
| Jacket Color | Black |
| Nominal Size | 7/8in |
| Product Type | Coaxial wireless cable |
| RoHS Version | 2011/65/EU |
| Product Brand | HELIAX® |
| Bending Moment | 22.4 (198.257 in lb)N-m |
| Product Series | LDF5-50A |
| Cable Impedance | 50 ±1ohm |
| Jacket Material | PE |
| dc Test Voltage | 6000V |
| Tensile Strength | 159 (350.535 lb)kg |
| Inner Conductor OD | 8.712 (0.343 in)mm |
| Outer Conductor OD | 24.892 (0.98 in)mm |
| VSWR (806-960 MHz) | 1.13 |
| Dielectric Material | Foam PE |
| Storage Temperature | -70 °C to +60 °C (-94 °F to +140 °F) |
| Diameter Over Jacket | 26.162 (1.03 in)mm |
| VSWR (1700-2000 MHz) | 1.13 |
| Insulation Resistance | 100000MOhms-km |
| Operating Temperature | -55 °C to +85 °C (-67 °F to +185 °F) |
| Average Power @ 1.0 MHz | 79.19kW |
| Average Power @ 1.5 MHz | 64.6kW |
| Average Power @ 2.0 MHz | 55.89kW |
| Average Power @ 10.0 MHz | 24.81kW |
| Average Power @ 20.0 MHz | 17.44kW |
| Average Power @ 30.0 MHz | 14.18kW |
| Average Power @ 50.0 MHz | 10.91kW |
| Average Power @ 85.0 MHz | 8.29kW |
| Average Power @ 88.0 MHz | 8.14kW |
| Diameter Over Dielectric | 23.622 (0.93 in)mm |
| Inner Conductor Material | Copper tube |
| Installation temperature | -40 °C to +60 °C (-40 °F to +140 °F) |
| Number of Bends, minimum | 15 |
| Number of Bends, typical | 50 |
| Operating Frequency Band | 1-5000MHz |
| Outer Conductor Material | Corrugated copper |
| Average Power @ 100.0 MHz | 7.62kW |
| Average Power @ 108.0 MHz | 7.32kW |
| Average Power @ 150.0 MHz | 6.16kW |
| Average Power @ 174.0 MHz | 5.7kW |
| Average Power @ 200.0 MHz | 5.3kW |
| Average Power @ 204.0 MHz | 5.24kW |
| Average Power @ 300.0 MHz | 4.27kW |
| Average Power @ 400.0 MHz | 3.66kW |
| Average Power @ 450.0 MHz | 3.43kW |
| Average Power @ 460.0 MHz | 3.39kW |
| Average Power @ 500.0 MHz | 3.24kW |
| Average Power @ 512.0 MHz | 3.2kW |
| Average Power @ 600.0 MHz | 2.93kW |
| Average Power @ 700.0 MHz | 2.69kW |
| Average Power @ 800.0 MHz | 2.5kW |
| Average Power @ 824.0 MHz | 2.46kW |
| Average Power @ 894.0 MHz | 2.35kW |
| Average Power @ 960.0 MHz | 2.26kW |
| Flat Plate Crush Strength | 1.4 (78.396 lb/in)kg/mm |
| Jacket Spark Test Voltage | 8000V (rms) |
| Return Loss (806-960 MHz) | 24.3dB |
| Average Power @ 1000.0 MHz | 2.21kW |
| Average Power @ 1218.0 MHz | 1.98kW |
| Average Power @ 1250.0 MHz | 1.95kW |
| Average Power @ 1500.0 MHz | 1.76kW |
| Average Power @ 1700.0 MHz | 1.63kW |
| Average Power @ 1794.0 MHz | 1.58kW |
| Average Power @ 1800.0 MHz | 1.58kW |
| Average Power @ 2000.0 MHz | 1.49kW |
| Average Power @ 2100.0 MHz | 1.44kW |
| Average Power @ 2200.0 MHz | 1.41kW |
| Average Power @ 2300.0 MHz | 1.37kW |
| Average Power @ 2500.0 MHz | 1.3kW |
| Average Power @ 2700.0 MHz | 1.25kW |
| Average Power @ 3000.0 MHz | 1.17kW |
| Average Power @ 3400.0 MHz | 1.09kW |
| Average Power @ 3600.0 MHz | 1.05kW |
| Average Power @ 3700.0 MHz | 1.03kW |
| Average Power @ 3800.0 MHz | 1.02kW |
| Average Power @ 3900.0 MHz | 1kW |
| Average Power @ 4000.0 MHz | 0.98kW |
| Average Power @ 4100.0 MHz | 0.97kW |
| Average Power @ 4200.0 MHz | 0.96kW |
| Average Power @ 4300.0 MHz | 0.94kW |
| Average Power @ 4400.0 MHz | 0.93kW |
| Average Power @ 4500.0 MHz | 0.92kW |
| Average Power @ 4600.0 MHz | 0.9kW |
| Average Power @ 4700.0 MHz | 0.89kW |
| Average Power @ 4800.0 MHz | 0.88kW |
| Average Power @ 4900.0 MHz | 0.87kW |
| Average Power @ 5000.0 MHz | 0.86kW |
| Return Loss (1700-2000 MHz) | 24.3dB |
| dc Resistance, Inner Conductor | 1.049 (0.32 ohms/kft)ohms/km |
| dc Resistance, Outer Conductor | 1.181 (0.36 ohms/kft)ohms/km |
| Attenuation @ 1.0 MHz (dB/100m) | 0.115dB/100m |
| Attenuation @ 1.5 MHz (dB/100m) | 0.141dB/100m |
| Attenuation @ 2.0 MHz (dB/100m) | 0.163dB/100m |
| Attenuation @ 1.0 MHz (dB/100ft) | 0.035dB/100ft |
| Attenuation @ 1.5 MHz (dB/100ft) | 0.043dB/100ft |
| Attenuation @ 10.0 MHz (dB/100m) | 0.366dB/100m |
| Attenuation @ 2.0 MHz (dB/100ft) | 0.05dB/100ft |
| Attenuation @ 20.0 MHz (dB/100m) | 0.521dB/100m |
| Attenuation @ 30.0 MHz (dB/100m) | 0.641dB/100m |
| Attenuation @ 50.0 MHz (dB/100m) | 0.833dB/100m |
| Attenuation @ 85.0 MHz (dB/100m) | 1.096dB/100m |
| Attenuation @ 88.0 MHz (dB/100m) | 1.116dB/100m |
| Attenuation, Ambient Temperature | 68 (20 °C)°F |
| Minimum Bend Radius, single Bend | 127 (5 in)mm |
| Attenuation @ 10.0 MHz (dB/100ft) | 0.112dB/100ft |
| Attenuation @ 100.0 MHz (dB/100m) | 1.193dB/100m |
| Attenuation @ 108.0 MHz (dB/100m) | 1.242dB/100m |
| Attenuation @ 150.0 MHz (dB/100m) | 1.475dB/100m |
| Attenuation @ 174.0 MHz (dB/100m) | 1.595dB/100m |
| Attenuation @ 20.0 MHz (dB/100ft) | 0.159dB/100ft |
| Attenuation @ 200.0 MHz (dB/100m) | 1.716dB/100m |
| Attenuation @ 204.0 MHz (dB/100m) | 1.734dB/100m |
| Attenuation @ 30.0 MHz (dB/100ft) | 0.195dB/100ft |
| Attenuation @ 300.0 MHz (dB/100m) | 2.13dB/100m |
| Attenuation @ 400.0 MHz (dB/100m) | 2.486dB/100m |
| Attenuation @ 450.0 MHz (dB/100m) | 2.65dB/100m |
| Attenuation @ 460.0 MHz (dB/100m) | 2.682dB/100m |
| Attenuation @ 50.0 MHz (dB/100ft) | 0.254dB/100ft |
| Attenuation @ 500.0 MHz (dB/100m) | 2.806dB/100m |
| Attenuation @ 512.0 MHz (dB/100m) | 2.843dB/100m |
| Attenuation @ 600.0 MHz (dB/100m) | 3.1dB/100m |
| Attenuation @ 700.0 MHz (dB/100m) | 3.375dB/100m |
| Attenuation @ 800.0 MHz (dB/100m) | 3.633dB/100m |
| Attenuation @ 824.0 MHz (dB/100m) | 3.694dB/100m |
| Attenuation @ 85.0 MHz (dB/100ft) | 0.334dB/100ft |
| Attenuation @ 88.0 MHz (dB/100ft) | 0.34dB/100ft |
| Attenuation @ 894.0 MHz (dB/100m) | 3.865dB/100m |
| Attenuation @ 960.0 MHz (dB/100m) | 4.022dB/100m |
| Attenuation @ 100.0 MHz (dB/100ft) | 0.364dB/100ft |
| Attenuation @ 1000.0 MHz (dB/100m) | 4.115dB/100m |
| Attenuation @ 108.0 MHz (dB/100ft) | 0.378dB/100ft |
| Attenuation @ 1218.0 MHz (dB/100m) | 4.599dB/100m |
| Attenuation @ 1250.0 MHz (dB/100m) | 4.667dB/100m |
| Attenuation @ 150.0 MHz (dB/100ft) | 0.449dB/100ft |
| Attenuation @ 1500.0 MHz (dB/100m) | 5.178dB/100m |
| Attenuation @ 1700.0 MHz (dB/100m) | 5.565dB/100m |
| Attenuation @ 174.0 MHz (dB/100ft) | 0.486dB/100ft |
| Attenuation @ 1794.0 MHz (dB/100m) | 5.74dB/100m |
| Attenuation @ 1800.0 MHz (dB/100m) | 5.751dB/100m |
| Attenuation @ 200.0 MHz (dB/100ft) | 0.523dB/100ft |
| Attenuation @ 2000.0 MHz (dB/100m) | 6.114dB/100m |
| Attenuation @ 204.0 MHz (dB/100ft) | 0.529dB/100ft |
| Attenuation @ 2100.0 MHz (dB/100m) | 6.29dB/100m |
| Attenuation @ 2200.0 MHz (dB/100m) | 6.464dB/100m |
| Attenuation @ 2300.0 MHz (dB/100m) | 6.634dB/100m |
| Attenuation @ 2500.0 MHz (dB/100m) | 6.968dB/100m |
| Attenuation @ 2700.0 MHz (dB/100m) | 7.293dB/100m |
| Attenuation @ 300.0 MHz (dB/100ft) | 0.649dB/100ft |
| Attenuation @ 3000.0 MHz (dB/100m) | 7.764dB/100m |
| Attenuation @ 3400.0 MHz (dB/100m) | 8.369dB/100m |
| Attenuation @ 3600.0 MHz (dB/100m) | 8.663dB/100m |
| Attenuation @ 3700.0 MHz (dB/100m) | 8.808dB/100m |
| Attenuation @ 3800.0 MHz (dB/100m) | 8.951dB/100m |
| Attenuation @ 3900.0 MHz (dB/100m) | 9.094dB/100m |
| Attenuation @ 400.0 MHz (dB/100ft) | 0.758dB/100ft |
| Attenuation @ 4000.0 MHz (dB/100m) | 9.235dB/100m |
| Attenuation @ 4100.0 MHz (dB/100m) | 9.375dB/100m |
| Attenuation @ 4200.0 MHz (dB/100m) | 9.514dB/100m |
| Attenuation @ 4300.0 MHz (dB/100m) | 9.651dB/100m |
| Attenuation @ 4400.0 MHz (dB/100m) | 9.788dB/100m |
| Attenuation @ 450.0 MHz (dB/100ft) | 0.808dB/100ft |
| Attenuation @ 4500.0 MHz (dB/100m) | 9.924dB/100m |
| Attenuation @ 460.0 MHz (dB/100ft) | 0.817dB/100ft |
| Attenuation @ 4600.0 MHz (dB/100m) | 10.059dB/100m |
| Attenuation @ 4700.0 MHz (dB/100m) | 10.193dB/100m |
| Attenuation @ 4800.0 MHz (dB/100m) | 10.326dB/100m |
| Attenuation @ 4900.0 MHz (dB/100m) | 10.458dB/100m |
| Attenuation @ 500.0 MHz (dB/100ft) | 0.855dB/100ft |
| Attenuation @ 5000.0 MHz (dB/100m) | 10.59dB/100m |
| Attenuation @ 512.0 MHz (dB/100ft) | 0.866dB/100ft |
| Attenuation @ 600.0 MHz (dB/100ft) | 0.945dB/100ft |
| Attenuation @ 700.0 MHz (dB/100ft) | 1.029dB/100ft |
| Attenuation @ 800.0 MHz (dB/100ft) | 1.107dB/100ft |
| Attenuation @ 824.0 MHz (dB/100ft) | 1.126dB/100ft |
| Attenuation @ 894.0 MHz (dB/100ft) | 1.178dB/100ft |
| Attenuation @ 960.0 MHz (dB/100ft) | 1.226dB/100ft |
| Average Power, Ambient Temperature | 104 (40 °C)°F |
| Attenuation @ 1000.0 MHz (dB/100ft) | 1.254dB/100ft |
| Attenuation @ 1218.0 MHz (dB/100ft) | 1.402dB/100ft |
| Attenuation @ 1250.0 MHz (dB/100ft) | 1.423dB/100ft |
| Attenuation @ 1500.0 MHz (dB/100ft) | 1.578dB/100ft |
| Attenuation @ 1700.0 MHz (dB/100ft) | 1.696dB/100ft |
| Attenuation @ 1794.0 MHz (dB/100ft) | 1.75dB/100ft |
| Attenuation @ 1800.0 MHz (dB/100ft) | 1.753dB/100ft |
| Attenuation @ 2000.0 MHz (dB/100ft) | 1.863dB/100ft |
| Attenuation @ 2100.0 MHz (dB/100ft) | 1.917dB/100ft |
| Attenuation @ 2200.0 MHz (dB/100ft) | 1.97dB/100ft |
| Attenuation @ 2300.0 MHz (dB/100ft) | 2.022dB/100ft |
| Attenuation @ 2500.0 MHz (dB/100ft) | 2.124dB/100ft |
| Attenuation @ 2700.0 MHz (dB/100ft) | 2.223dB/100ft |
| Attenuation @ 3000.0 MHz (dB/100ft) | 2.366dB/100ft |
| Attenuation @ 3400.0 MHz (dB/100ft) | 2.551dB/100ft |
| Attenuation @ 3600.0 MHz (dB/100ft) | 2.64dB/100ft |
| Attenuation @ 3700.0 MHz (dB/100ft) | 2.684dB/100ft |
| Attenuation @ 3800.0 MHz (dB/100ft) | 2.728dB/100ft |
| Attenuation @ 3900.0 MHz (dB/100ft) | 2.772dB/100ft |
| Attenuation @ 4000.0 MHz (dB/100ft) | 2.815dB/100ft |
| Attenuation @ 4100.0 MHz (dB/100ft) | 2.857dB/100ft |
| Attenuation @ 4200.0 MHz (dB/100ft) | 2.9dB/100ft |
| Attenuation @ 4300.0 MHz (dB/100ft) | 2.942dB/100ft |
| Attenuation @ 4400.0 MHz (dB/100ft) | 2.983dB/100ft |
| Attenuation @ 4500.0 MHz (dB/100ft) | 3.025dB/100ft |
| Attenuation @ 4600.0 MHz (dB/100ft) | 3.066dB/100ft |
| Attenuation @ 4700.0 MHz (dB/100ft) | 3.107dB/100ft |
| Attenuation @ 4800.0 MHz (dB/100ft) | 3.147dB/100ft |
| Attenuation @ 4900.0 MHz (dB/100ft) | 3.188dB/100ft |
| Attenuation @ 5000.0 MHz (dB/100ft) | 3.228dB/100ft |
| Minimum Bend Radius, multiple Bends | 254 (10 in)mm |
| Average Power, Inner Conductor Temperature | 212 (100 °C)°F |
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