6.2 Meter C/Ku Band Ground Station Antenna Systems

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6.2 Meter C/Ku Band Ground Station Antenna Systems

Our 6.2 meter Ground Station Antenna Systems deliver unparalleled performance for both C and Ku band applications, providing a robust solution for satellite communication demands. Engineered with precision, these antennas ensure high gain, excellent beamwidth control, and superior cross-polarization isolation, optimizing signal quality and reliability.

Key Features:

  • Dual-Band Capability: Seamlessly operates across both C-band (4–8 GHz) and Ku-band (12–18 GHz) frequencies, accommodating a broad range of satellite services.

  • Precision Reflector Design: The 6.2 meter parabolic reflector achieves optimal surface accuracy, minimizing signal loss and enabling enhanced gain.

  • Advanced Feed Systems: Customizable prime or offset feed options tailored for specific beam patterns and polarization configurations.

  • Robust Mounting Structures: Engineered for stability under harsh environmental conditions, supporting precise pointing accuracy and longevity.

  • High-Efficiency LNA Integration: Compatibility with state-of-the-art Low Noise Amplifiers ensures minimized system noise temperatures.

Applications:

  • Satellite uplink and downlink communications

  • Telemetry, tracking, and command (TT&C)

  • Broadcast and data relay services

  • Government and commercial satellite networks

Designed for operational excellence, the 6.2 meter C/Ku band ground station antennas combine innovative materials and manufacturing techniques with cutting-edge RF technology. The result is a future-proof solution that meets the evolving needs of satellite operators globally.

6.2 Meter C/Ku Band Ground Station Antenna Systems

Our 6.2 meter Ground Station Antenna Systems deliver unparalleled performance for both C and Ku band applications, providing a robust solution for satellite communication demands. Engineered with precision, these antennas ensure high gain, excellent beamwidth control, and superior cross-polarization isolation, optimizing signal quality and reliability.

Key Features:

  • Dual-Band Capability: Seamlessly operates across both C-band (4–8 GHz) and Ku-band (12–18 GHz) frequencies, accommodating a broad range of satellite services.

  • Precision Reflector Design: The 6.2 meter parabolic reflector achieves optimal surface accuracy, minimizing signal loss and enabling enhanced gain.

  • Advanced Feed Systems: Customizable prime or offset feed options tailored for specific beam patterns and polarization configurations.

  • Robust Mounting Structures: Engineered for stability under harsh environmental conditions, supporting precise pointing accuracy and longevity.

  • High-Efficiency LNA Integration: Compatibility with state-of-the-art Low Noise Amplifiers ensures minimized system noise temperatures.

Applications:

  • Satellite uplink and downlink communications

  • Telemetry, tracking, and command (TT&C)

  • Broadcast and data relay services

  • Government and commercial satellite networks

Designed for operational excellence, the 6.2 meter C/Ku band ground station antennas combine innovative materials and manufacturing techniques with cutting-edge RF technology. The result is a future-proof solution that meets the evolving needs of satellite operators globally.

Electrical Specification Table
Electrical Specifications for C band and Ku band.
Electrical Specification C band Rx C band Tx Ku band Rx Ku band Tx
Operating Frequency 3.4-4.2 GHz 5.85-6.65 GHz 10.95-12.75 GHz 13.75-14.5 GHz
Gain, Mid-Band(dBi) ≥46.4+20lg(f/4) ≥49.9+20lg(f/6) ≥55.6+20lg(f/12) ≥56.9+20lg(f/14)
VSWR ≤1.25: 1 ≤1.25: 1 ≤1.25: 1 ≤1.25: 1
Beam Width(-3dB) ≤0.86° ≤0.57° ≤0.29° ≤0.25°
Beam Width(-10dB) ≤1.58° ≤1.06° ≤0.54° ≤0.46°
Noise Temperature 2/4 Ports 2/4 Ports
10° El ≤46/52 ≤57/68
20° El ≤38/44 ≤48/59
30° El ≤38/42 ≤47/57
Maximum Power Capacity(Kw) 5 1
Feed Interface CPR-229G CPR-159G/137G WR-75 WR-75
Polarization Linear/Circular Linear
Feed Insertion Loss (dB) including TRF 0.3/0.4 0.3/0.4 0.35/0.5 0.35/0.5
Tx to Rx Isolation, dB ≥85 ≥85
Cross Polarization Isolation, Axial, dB ≥35 ≥35
Axial Ratio ≤1.5 ≤1.5
First Side lobe ≤-14dB
Side lobe Envelop 29-25lge 1°≤e≤20°