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Ku-Band Transmitting Phased Array Antenna

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Ku-Band Transmitting Phased Array Antenna

A Ku-band (13.5-14.5 GHz) transmitting phased array antenna enables high-power, directional signal transmission with electronic beam steering for rapid, precise targeting. Key features include agile beamforming, multi-beam operation, and adaptive power control. This technology is critical for military SATCOM uplinks, satellite broadcasting, radar systems (including airborne fire control), and next-gen 5G mmWave infrastructure. Its solid-state design offers superior reliability for aerospace, naval, and mobile ground station applications where low-profile, high-performance transmission is required.

    The Ku-band transmitting phased array antenna offers unparalleled performance in modern communication and radar applications. This sophisticated system employs an array of radiating elements, each individually controlled through precision phase shifters and amplifiers, enabling electronic beam steering with millisecond-level response times and exceptional pointing accuracy. The antenna architecture incorporates advanced gallium nitride (GaN) based power amplifiers, delivering transmission power 400 watts, while maintaining excellent thermal management through integrated liquid or forced-air cooling systems.It has 1536 phased array antenna units and also supports arbitrary polarizationmodes, including vertical, horizontal line polarization, double line polarization, and circularpolarization.

    In military applications, these antennas provide secure, anti-jamming communication links for strategic SATCOM terminals, enable precision targeting in fire-control radar systems, and support electronic warfare operations through rapid frequency hopping and beam agility. Commercial implementations power next-generation satellite broadcasting networks, facilitate high-throughput aeronautical connectivity (including in-flight entertainment systems), and serve as critical infrastructure for 5G millimeter-wave backhaul networks. The compact, low-profile design makes these systems ideal for integration into airborne platforms, naval vessels, and mobile ground stations where size, weight, and power  constraints are critical.

     

    Frequency Range 13.5~14.5GHz
    Beam Scan Range  ±60°
    Polarization Vertical/Horizontal/Dual-linear/Cirular or others
    Power Consumption ≤400W
    Weight ≤10kg
    Operating Temperature -40~+60℃
    Storage Temperature -55~+75℃
    No. of Units 1536
    EIRP ≥50dBw

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