Low Noise Broadband Amplifier, 1000 ... 2000 MHz

KU LNA BB 1020 A
Active

This high linear preamplifier was developed for 1...2 GHz directional radio links. It is suitable especially for applications where a high intermodulation distortion ratio and at the same time a high input sensitivity are used. As example for RADAR preamplifiers or for digital directional radio distance with DVBT-DVBS-COFDM and QPSK modulation. The coupling happend through 3dB hybrids, which guarantee an excellent input SWR and linearity of the preamplifier. A high stimulus capability and simultaneously a low noise figure makes the preamplifier for many applications usable. The voltage supply via coax cable (remote power supply) or direct at the case is possible.

Additional information

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Specifications

Frequency range 1000..2000 MHz
Noise figure @ 18 °C typ. 0.8 dB, max. 1.0 dB NF
Gain min. 28 dB
Maximum input power 10 mW
Output power (P1dB) typ. 200 mW (+23 dBm)
Output IP3 typ. +37 dBm
Input return loss (S11) min. 10 dB
Output return loss (S22) typ. 10 dB
Supply voltage +12 ... 15 V DC
Current consumption typ. 350 mA
Operating case temp. range -20 ... +65°C
Case milled aluminium
Dimensions (mm) 78 x 41 x 22
Weight 100 g (typ.)

    Product Applications

    Industrial Processes
  • Moisture content measurement
  • Quantum computing
  • Agricultural processes
  • Infrastructure Management
  • Telemetry
  • Traffic monitoring
  • Remote control
  • Sensors
  • Emergency response systems
  • Navigation
  • GNSS
  • Position, Navigation and Timing
  • Maritime navigation
  • Avionics
  • Test and Measurement
  • EMC testing
  • RF equipment testing
  • RF System Comissioning Support
  • Spectrum surveillance
  • RF Test Suites
  • Avionics
  • Airborne communication
  • Navigation
  • Threat detection
  • Weather detection
  • Spectrum Management
  • Spectrum Monitoring
  • Source geolocation
  • Radio Direction Finding
  • Signals Intelligence
  • Radio Monitoring
  • COMINT
  • Radio Direction Finding
  • C-ESM
  • Radar and Remote Sensing
    Communications
  • SATCOM
  • Secure Communications
  • V/UHF Tactical Communications
  • Point-to-point Communications
  • Repeaters, extenders and boosters
  • Point-to-multipoint Communications
  • Low probability of interception
  • Broadcast
  • Digital
  • Wireless backhaul
  • Academia and Research

    Design Features

  • Low noise figure ; High IP3 ; Good input return loss (S11) ; Static protection (ESD) at preamplifier input ; Overvoltage protection and reverse polarity protection ; Remote power supply via output connector ; Solder pin for direct power supply
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