RF10 0.400" 6GHz Antenna Cable

RF10 0.400" 6GHz Antenna Cable LMR400 EQUIVALENT

High-class professional coaxial cable impedance 50 ohms in a polyethylene sheath, designed for transmission RF signals, data, etc. via
radio (WLAN 5 GHz, 2.4 GHz, WiMAX etc.) and other radio communication applications, for work in installations transmitting and receiving.

Design:

• Inner core Cu diameter Ø 2.71 mm
• Dielectric Physically foamed PE, diameter Ø 7.25 mm +/- 0.05 mm
• Screen (outer conductor) Copper foil (Cu-PET) + 54% copper wire braiding (Cu)
• Outer sheath PE, total diameter Ø 10.3 mm  0.2 mm, black (RAL 9005)
• Standards EN 50117-1, IEC 61196-1
• Minimum bend radius:
  no load 5 x cable diameter
  with load 10 x cable diameter

Temperature range:

• during operation -30° C to + 85° C
• during installation -15° C to + 85° C

Electrical parameters @ 20°C :

• Resistance for direct current ( DC )
  vein internal 3.1 ohm/km
  external vein (screen) 9.4 ohm/km
• Unit capacitance 79 pF/m
• Wavelength reduction factor 84%
• Wave impedance 50 ohm  ± 2 
• Transfer impedance  <4 mOhm/m @10 MHz
• Operating voltage 1.2 kVrms
• Voltage test inner core/shield 3.0 kVrms
• Outer Shell Puncture Test 5.0 kVrms
• Shielding efficiency 100-1000 MHz 90 dB
• Insulation resistance @500V >=10 GOhm

Performance parameters @20°C

Frequency (MHz) Wave attenuation dB/100m (nominal)

• 10MHz ......................... 1.2 dB
• 100 MHz .................... 3.7 dB
• 500MHz .................... 8.7 dB
• 800MHz .................... 11.3 dB
• 1000 MHz ............ 12.8 dB
• 2000MHz.............18.9dB
• 2500MHz.............21.4dB
• 5400MHz............34.2dB
• 5800MHz............35.8dB

Maximum power rating Watts (ambient temperature 40°C and maximum internal core temperature 100°C)

• 10MHz .................. 8500 IN
• 100 MHz ............ 2645 W
• 500 MHz ............ 1120 W
• 800MHz ................... 890 W
• 1000MHz.............794W
• 2000MHz.............530W
• 2500MHz............475W
• 5400MHz.............323W
• 5800MHz.............311W

• 50-450 MHz ............. >= 26 dB
• 450-1000 MHz ............ >= 23 dB
• 1000-2500MHz ............. >= 20 dB