ACTX-Ka80W-Ex-V2

Block Up Converter by ACORDE (30 more products)

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ACTX-Ka80W-Ex-V2 Image

The ACTX-Ka80W-Ex-V6 from Acorde is a Ka-Band GaN BUC that up-converts an input frequency from 950-2000 MHz to an output frequency from 27.5-31 GHz. It delivers a saturated output power of 49 dBm with a gain of more than 65 dB. This BUC consumes 600 watts of power and requires an AC supply of 85-265 V.
The ACTX-Ka80W-Ex-V6 is available in a module that measures 13.4 x 8.7 x 6.1 inches with an N-type (F) connector at the Tx input and a grooved WR-28 waveguide interface at the Tx output. This BUC has been designed for Ka-band professional & military satellite communication systems (ground, SOTP, SOTM, maritime, etc.).

Product Specifications

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Product Details

  • Part Number
    ACTX-Ka80W-Ex-V2
  • Manufacturer
    ACORDE
  • Description
    Ka-band GaN Block-Up Converter from 27.5 to 31 GHz

General Parameters

  • Band
    Single Band
  • Input Frequency Band
    L Band
  • IF frequency
    950 to 2000 MHz
  • RF/Output Band
    Ka Band
  • RF/Output Frequency
    27.5 to 31 GHz
  • LO Frequency
    28.550 to 29.050 GHz
  • Saturated Power
    49 dBm
  • Linear Power
    46 dBm
  • Output Power
    49 dBm
  • Gain Control
    No
  • Gain
    65 dB
  • Gain Flatness
    +/-0.5 to +/-2 dB
  • Input Power
    10 dBm
  • Interface
    Ethernet / SNMP, RS-232/485
  • External reference
    10 MHz
  • LO Phase noise
    -95 to -65 dBc
  • Spurious
    -60 dBc
  • Impedance
    50 Ohms
  • VSWR
    1.50:1, 1.30:1
  • Output Power (W)
    79.433 W
  • Dimension
    340 x 220 x 155 mm
  • Package Type
    Module with Connectors
  • Connector
    N Type, N Type - Female
  • Waveguide
    WR 28
  • AC Voltage
    85 to 265 V
  • Power Consumption
    600 W
  • Operating Temperature
    -20 to 60 Degree C
  • Storage Temperature
    -40 to 85 Degree C
  • Weight
    12.0 kg
  • Grade
    Military, Space
  • Note
    Gain stability : +/-0.25 dB, Gain variation : +/- 1.5 dB, Attenuation adjustment range : 30 dB with 0.25 dB steps, O/P Noise Power Density : -150 to -80 dBm/Hz

Technical Documents