IZT C3040

Satellite Link Emulator by IZT (1 more product)

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IZT C3040 Image

The IZT C3040 from IZT is a Satellite Link Emulator that operates up to 3 GHz with an instantaneous bandwidth of 100 MHz. It can simulate uplink, payload and downlink effects on the signal such as delay and delay change over time, Doppler shift, interference by other signals, multiplexer filtering, phase noise, large and small scale fading, and thermal noise. Users can also simulate the time-dispersive effect of the ionosphere both on uplink and downlink transmissions and easily alter the conditions of the ionosphere while the simulation is running. For complex set-ups such as GNSS simulation, multiple IZT C3040 devices can be accurately synchronized. 

This channel simulator has exceptional signal quality, a large dynamic range and supports an accurate phase noise simulation with up to 10 MHz bandwidth. This device can be used to create realistic complex and reproducible scenarios to test flight and ground systems such as LEO, GEO, and MEO satellites, UAVs, modems, transmitters, and receivers as well as telemetry tracking and ranging verification.

Product Specifications

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Product Details

  • Part Number
    IZT C3040
  • Manufacturer
    IZT
  • Description
    Satellite Link Emulator for RF Link Testing

General Parameters

  • Amplitude Ripple
    ±0.5 dB
  • Applications
    Earth Terminal Test, Satellite Payload Test, Satellite System Integration Test Beds, Mobile Transceiver Test, UAV Test
  • Attenuation Accuracy
    ±0.1 dB
  • Attenuation Resolutions
    0.1 dB
  • Bands
    HF, UHF, L Band
  • Delay Accuracy
    1 ns
  • Delay Resolution
    1 ns
  • Dimension
    19 x 3U x 570 mm
  • Doppler Shift Range
    -1.25 to 1.25 MHz
  • Doppler Shift Resolution
    1 Hz
  • In-Band Spurious Suppression
    -70 dBc
  • Noise Floor
    -174.0 up to -70 dBm/Hz for 100 MHz BW
  • Remote Control
    Yes
  • Voltage
    100 to 240 V
  • VSWR
    1.20:1
  • Weight
    12 kg
  • Attenuation
    70 dB
  • Bandwidth
    100 to 108 MHz
  • Frequency
    40 MHz to 3 GHz
  • Input Power
    20 dBm
  • Operating Temperature
    5 to 25 Degree C
  • Output Power
    15 dBm
  • Phase Noise
    -25 dBc/Hz@100 Hz, -103 dBc/Hz@1 MHz

Technical Documents