S-band Dual-polarization Active Phased Array Weather Radar
Dual-polarized active phased array antenna
Supports multi-beam scanning
All-solid-state transmitter unit
Low sidelobe
High Polarization Isolation
Auto-calibration
Long detection range
Minimal impact from rain attenuation
Severe Weather Alert
3D Wind Field Detection for Storms
Aviation Meteorological Observation
Next-generation weather radar for weather radar backbone networks
High-Resolution Precision Weather Detection
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Description
The ODSPA0152 is an S-band dual-polarization active phased array weather radar. Utilizing an active phased array architecture, it features dual-polarization 1D electronic scanning capabilities. The system offers long detection range, low sidelobe levels, and high resolution, making it suitable for hazardous weather early warning, 3D wind field detection, and aviation meteorological monitoring.
ODSPA0152 |
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S-band Dual-polarization Active Phased Array Weather Radar |
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Property |
Value |
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Radar Architectur |
Active Phased Array |
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Detection Rang |
>= 230km |
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Operating Frequency Rang |
2.7~3.0GHz |
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Peak Transmit Power |
>= 760000W |
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Range resolution |
<= 50m |
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Maximum Number Of Beams |
>= 32 |
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Operating Mod |
Dual-polarized 1D electronic scanning Quantitative |
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Scanning Elevation Angl |
-2~60° |
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First Sidelobe Level |
<= -35dB |
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Antenna Gain |
>= 44dB |
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Minimum Beamwidth |
<= 1° |
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Fastest scan tim |
<= 60s |
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Cross-Polarization Isolation |
>= 35dB |
Features |
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Dual-polarized active phased array antenna |
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Supports multi-beam scanning |
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All-solid-state transmitter unit |
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Low sidelobe |
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High Polarization Isolation |
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Auto-calibration |
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Long detection range |
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Minimal impact from rain attenuation |
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Severe Weather Alert |
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3D Wind Field Detection for Storms |
|
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Aviation Meteorological Observation |
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Next-generation weather radar for weather radar backbone networks |
|
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High-Resolution Precision Weather Detection |
|
Applications |
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The system offers long detection range, low sidelobe levels, and high resolution, making it suitable for hazardous weather early warning, 3D wind field detection, and aviation meteorological monitoring. |
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