Products
Intelligent Reconfigurable Antenna System
X-band Phased Array Antenna Subarray
The antenna array consists of a 32×32 element grid. To effectively implement array aperture synthesis, the antenna panel and RF channels adopt a subarray synthesis architecture, where each subarray comprises an 8×8 element grid and features independent transmit/receive and calibration capabilities.
Antenna Products for Special Applications, e.g., Missile-Mounted
This product consists of two antenna arrays—left and right—each integrating three antenna elements operating in different frequency bands into a highly compact, lightweight unit. It features high gain and minimal gain ripple within the beam, resolves interference from the missile body and mutual coupling between antennas, optimizes gain ripple across the operational beam while meeting all antenna specifications, and employs foam encapsulation to satisfy the high-g overload requirements of missile-mounted systems.
X-Band Dual-Polarized Array Antenna
The X-band dual-polarized array antenna employs dual-polarized microstrip antennas as radiating elements, arranged in an 8×8 configuration. The system features a compact design with highly integrated 64 antenna elements, resulting in small size and low weight. Performance-wise, it offers high gain and high directivity.
S/C-Band Luneberg Lens Array Antenna
The S/C-band Luneberg lens array antenna uses circular-aperture dual-ridge horn antennas with integrated Luneberg lenses as radiating elements, arranged in a 4×6 configuration. The entire system features a compact design, integrating 24 antenna elements into a highly dense layout, offering high gain and structural compactness.
X/Ku-Band Compact Array Antenna
Uses dual-ridge horn antennas as radiating elements, arranged in a 4×8 configuration. The entire system features a compact design with highly integrated 32 antenna elements, resulting in small size, light weight, and high performance characterized by high gain and high directivity.
L-Band Transmitting Antenna Array
The product uses a cavity-backed microstrip patch antenna as the radiating element, arranged in a 4×4 configuration. The overall design is highly integrated with a compact size, delivering high gain and high-power resistance performance.
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