• Seven-Frequency Four-Arm Spiral Antenna for Triple-Satellite Systems
  • Seven-Frequency Four-Arm Spiral Antenna for Triple-Satellite Systems
  • Seven-Frequency Four-Arm Spiral Antenna for Triple-Satellite Systems
  • Seven-Frequency Four-Arm Spiral Antenna for Triple-Satellite Systems
  • Seven-Frequency Four-Arm Spiral Antenna for Triple-Satellite Systems
  • Seven-Frequency Four-Arm Spiral Antenna for Triple-Satellite Systems
  • Seven-Frequency Four-Arm Spiral Antenna for Triple-Satellite Systems
  • Seven-Frequency Four-Arm Spiral Antenna for Triple-Satellite Systems
  • Seven-Frequency Four-Arm Spiral Antenna for Triple-Satellite Systems
  • Seven-Frequency Four-Arm Spiral Antenna for Triple-Satellite Systems
  • Seven-Frequency Four-Arm Spiral Antenna for Triple-Satellite Systems
  • Seven-Frequency Four-Arm Spiral Antenna for Triple-Satellite Systems

Seven-Frequency Four-Arm Spiral Antenna for Triple-Satellite Systems

No.VLG-SA-15

Product model: V1194-150-A-01

Frequency Range(MHz):GPS L1L2/& BDS B1/B2/B3&GLONASS L1/L2

Polarization:Right-hand circular polarization

Impedance(Ω):50

VSWR:≤2

Horizontal coverage Angle (°):360° omnidirectional

Gain(dB):35±2

Voltage(VDC):3~5

Current (mA):≤20

Dimensions(mm):57*Φ27.5

Weight(g):≤25

Connector Type:SMA-J

Applications: navigation scheduling, tracking and monitoring, drones, measurement and control and other fields.

  • Seven-Frequency Four-Arm Spiral Antenna for Triple-Satellite Systems
  • Seven-Frequency Four-Arm Spiral Antenna for Triple-Satellite Systems
  • Seven-Frequency Four-Arm Spiral Antenna for Triple-Satellite Systems
  • Seven-Frequency Four-Arm Spiral Antenna for Triple-Satellite Systems
  • Seven-Frequency Four-Arm Spiral Antenna for Triple-Satellite Systems
  • Seven-Frequency Four-Arm Spiral Antenna for Triple-Satellite Systems
Description

Overview

This antenna is a Seven-Frequency Four-Arm Spiral Antenna for Triple-Satellite Systems, covering GPS L1/L2, BDS B1/B2/B3, GLONASS L1/L2, widely used in navigation scheduling, tracking monitoring, measurement and control fields. Especially suitable for UAV and many other applications, such as aerial photography, traffic monitoring, remote telemetry, etc., but also can be used in a variety of handheld terminals, high-precision positioning modules.

Key Features

• RTK centimeter-level positioning accuracy

The antenna adopts a four-arm spiral structure to ensure that the error between the phase center and the geometric center of the antenna is small, which can effectively reduce the measurement error caused by the antenna;

• High gain, good performance

the antenna gain is high, the pattern beam is wide, the receiving effect of low elevation signal is good

 Small size, light weight, small equipment load

Dimensions(mm):57*Φ27.5,Weight(g):≤25

suitable for use on equipment that has requirements for antenna weight, such as the field of drones. The antenna power consumption is small, which can effectively ensure the battery life of the equipment.

Specification

Electrical performance index:
Passive antenna indicators:
Frequency Range(MHz)  GPS L1L2/& BDS B1/B2/B3&GLONASS L1/L2
Polarization   Right-hand circular polarization
Gain(dBi)  Elevation Angle 90 degrees:≥2
Axial Ratio(dB) Elevation Angle 90 degrees:≤3
Impedance(Ω)  50
VSWR ≤2:1
Horizontal coverage Angle (°)   360°
LNA index:
Signal Gain(dB)  35±2
Noise Figure(dB) ≤2
VSWR  ≤2:1
Voltage(VDC) 3~5
Current (mA)  ≤20
Inband Spectrum Ripple(dB)  ≤2
Impedance(Ω)  50
Physical property:
 Dimensions(mm) Φ27.5*57
Weight(g) ≤25
Connector Type   SMA-J
Operating Temperature(℃)  -40~+70
Storage  Temperature(℃) -40~+70
Humidity 0.95%
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