X-Band Digital-Analog Hybrid Phased Array
DBF Multi-Beam Simultaneous Imaging Solutions
Product Introduction
Our X-band digital-analog hybrid phased array antennas combine analog active phase scanning in the azimuth plane with digital beamforming (DBF) multi-beam simultaneous imaging in the lateral view. This hybrid architecture delivers exceptional flexibility for advanced radar imaging applications.
- Hybrid analog-digital beamforming for multi-beam operation
- DBF multi-beam simultaneous imaging capability
- Linear array and subarray DBF configurations available
- Scalable from 256 to 2304 channels
- Single-pulse networking and real-time BIT monitoring
X-band 256-channel Linear Array DBF (16×1 per array)
Azimuth plane: 16 channels, analog active phase scanning. Lateral view: 16 channels, DBF multi-beam simultaneous imaging.
X-band 512-channel Linear Array DBF
Anterior plane: 32 channels. Lateral view: 16 channels, DBF multi-beam simultaneous imaging.
X-band 1024-channel Linear Array DBF
Anterior plane: 32 channels. Anterior-posterior view: 32 channels, DBF multi-beam simultaneously.
X-band 960-channel Linear Array DBF (24×1)
Anterior plane: 48 channels. Anterior-posterior view: 20 channels, DBF multi-beam simultaneously.
X-band 2304-channel Linear Array DBF (24×1)
Anterior plane: 48 channels. Lateral view: 48 channels, DBF multi-beam simultaneous imaging.
X-band 256-channel Linear Array DBF (16×1)
16×16-channel active phased array divided into 16 sub-arrays (4x4). Connected to a down-converter for sub-array-level DBF.
X-band 1024-channel Subarray DBF Type I (8×8)
32×32-channel active phased array divided into 16 sub-arrays (8x8). Subarray-level DBF.
X-band 256-channel Subarray DBF Type II (16×4)
32×32-channel active phased array divided into 16 sub-arrays (16×4). Subarray-level DBF.