LNB

Inverto Quattro Home Pro LNB Quad 4 Outputs Code: LNB.INV.QUATPRO

Main Features:

  • Low Noise Figure, compatible with DVB-S2 (HD and UHD)
  • Very low noise shape
  • Low power consumption
  • High Cross Isolation
  • High frequency stability

Technical Specifications:

  • Input...

Main Features:

  • Low Noise Figure, compatible with DVB-S2 (HD and UHD)
  • Very low noise shape
  • Low power consumption
  • High Cross Isolation
  • High frequency stability

Technical Specifications:

  • Input frequency range: 10.7 GHz ~ 12.75 GHz
  • Output frequency range: 950 MHz ~ 1,950 MHz
  • Low LO frequency: 9.75 GHz
  • High LO frequency: 10.6 GHz
  • Noise figure: Type 0.3 dB...
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Description

Description

Main Features:

  • Low Noise Figure, compatible with DVB-S2 (HD and UHD)
  • Very low noise shape
  • Low power consumption
  • High Cross Isolation
  • High frequency stability

Technical Specifications:

  • Input frequency range: 10.7 GHz ~ 12.75 GHz
  • Output frequency range: 950 MHz ~ 1,950 MHz
  • Low LO frequency: 9.75 GHz
  • High LO frequency: 10.6 GHz
  • Noise figure: Type 0.3 dB (Maximum 0.7 dB)
  • LO frequency accuracy @ 25 ° C: ± 500 kHz max.
  • LO temperature drift: ± 1.0 MHz max.
  • LO phase noise @ 10 kHz: -80 dBc / Hz max.
  • Conversion gain: 55 dB min.
  • Gain variation (bandwidth over 26 MHz): ± 0.75 dB / 27 MHz
  • Gain deviation (over full band): ± 4 dB
  • Image rejection: 40 dB min.
  • 3rd order intermodulation - ICP3: 10 dBm min.
  • 1 dB compression point (@ output): 0 dBm min.
  • Cross-polarization interface: 22 dB min.
  • Control signal Ca (V): 11.0 V ~ 14.0 V
  • Control signal Cb (H): 16.0 V ~ 20.0 V
  • Control signal Cc (band transition): 22 kHz (± 4), 0.4 V ~ 0.8 V
  • Output VSWR: 2.5: 1
  • At flat level: -60 dBm max.
  • Power consumption: Maximum 120 mA @ 11 VDC ~ 20 VDC
  • Operating temperature: -30 ° C ~ +60 ° C
  • Output resistance: 75 Ω
  • Output connector type: Type F (female)
  • F / D ratio: 0.6
  • Weight: 174 g
  • Packaging dimensions (W x D x H): 15.4 x 10 x 8 cm
  • Packaging weight: 0.226 kg

Manufacturer

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Specifications

Specifications

Product Number
LNB.INV.QUATPRO
Type
Quad

Important information

Specifications are collected from official manufacturer websites. Please verify the specifications before proceeding with your final purchase. If you notice any problem you can report it here.

See all specifications

Description & Specifications

Main Features:

  • Low Noise Figure, compatible with DVB-S2 (HD and UHD)
  • Very low noise shape
  • Low power consumption
  • High Cross Isolation
  • High frequency stability

Technical Specifications:

  • Input frequency range: 10.7 GHz ~ 12.75 GHz
  • Output frequency range: 950 MHz ~ 1,950 MHz
  • Low LO frequency: 9.75 GHz
  • High LO frequency: 10.6 GHz
  • Noise figure: Type 0.3 dB (Maximum 0.7 dB)
  • LO frequency accuracy @ 25 ° C: ± 500 kHz max.
  • LO temperature drift: ± 1.0 MHz max.
  • LO phase noise @ 10 kHz: -80 dBc / Hz max.
  • Conversion gain: 55 dB min.
  • Gain variation (bandwidth over 26 MHz): ± 0.75 dB / 27 MHz
  • Gain deviation (over full band): ± 4 dB
  • Image rejection: 40 dB min.
  • 3rd order intermodulation - ICP3: 10 dBm min.
  • 1 dB compression point (@ output): 0 dBm min.
  • Cross-polarization interface: 22 dB min.
  • Control signal Ca (V): 11.0 V ~ 14.0 V
  • Control signal Cb (H): 16.0 V ~ 20.0 V
  • Control signal Cc (band transition): 22 kHz (± 4), 0.4 V ~ 0.8 V
  • Output VSWR: 2.5: 1
  • At flat level: -60 dBm max.
  • Power consumption: Maximum 120 mA @ 11 VDC ~ 20 VDC
  • Operating temperature: -30 ° C ~ +60 ° C
  • Output resistance: 75 Ω
  • Output connector type: Type F (female)
  • F / D ratio: 0.6
  • Weight: 174 g
  • Packaging dimensions (W x D x H): 15.4 x 10 x 8 cm
  • Packaging weight: 0.226 kg

Manufacturer

Product Number
LNB.INV.QUATPRO
Type
Quad

Important information

Specifications are collected from official manufacturer websites. Please verify the specifications before proceeding with your final purchase. If you notice any problem you can report it here.