Product
2D Base Station Antenna
Place of Origin： China
The 2D base station antenna adopts the traditional 2D choke coil design, and the product covers multiple frequency points. With multi-path suppression
technology, it can alleviate the impact of multi-path effects on measurement positioning accuracy, and can fully meet the applications in measurement,
aviation, reference stations, government, and mechanical control.
- Features
- Parameters
- Application
1. The accuracy of the phase center reaches the sub-millimeter level, and the phase center has high stability and good repeatability
2. The antenna has high gain at low elevation angles, and has strong tracking ability to low elevation angle satellites, ensuring that the
number of available satellites in the system is sufficient
3. The low noise amplifier has high gain, and the cable length can be more than 100 meters
4. Unique waterproof and dustproof design ensures that the core components are completely sealed and can work normally outdoors for
many years
Antenna characteristics
Frequency range BDS B1/B2 / B3
GPS L1/L2
GLONASS L1/L2
Resistance resistance 50 ohm
Polarization method Right-hand circular polarization
Antenna axis ratio ≤3dB
Horizontal coverage angle 360°
Output standing wave ≤2.0
Maximum gain 6dBi
Phase center error ±1mm
Low noise amplifier index
Gain 50 ±2dB
Noise figure ≤2dB
Output standing wave ≤2.0
In-band flatness ±2dB
Working voltage 3.3～12VDC
Working current ≤60mA
Differential transmission delay ≤5ns
Structural characteristics
Antenna size φ322*261mm
Connector form TNC female
Weight ≤5.6Kg
Installation method 5/8''×11 (inch) threaded mounting hole
working environment
Working temperature -40℃～+85℃
Storage temperature -55℃～+85℃
Humidity 95% non-condensing
The choke measuring antenna meets the needs of highprecision measure-ment and multisystem compatibility for measurement equipment. Widely used in CORS stations set up, land surveying, seismic monitoring, moni-toring of landslides, bridges and other highprecision measurement of de-formation monitoring applications.