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GNSS L1+L5 Dual-frequency Active Antenna

SKU: WVSH0187

₹ 2,399.99 ₹ 2,499.99

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GNSS L1+L5 Dual-frequency Active Antenna₹ 2,399.99
Ask AI about this product

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GNSS L1+L5 Dual-Frequency Active Antenna

Supports Multiple GNSS Such As BD, GPS, Galileo, QZSS, IRNSS, Etc.

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Specifications

FREQUENCY RANGE BDS B1I/B1C/B2a
GPS L1/L1C/L5C
GALILEO E1/E5a
QZSS L5
IRNSS S-L5
PHASE CENTER ERROR ±2mm
LNA GAIN 28±2dB POLARISATION Right-Hand Circular Polarization
GAIN 2dBi CONNECTOR SMA-J
VSWR ≤2.0 ANTENNA SIZE 50.0Ɨ50.0Ɨ19.1mm
OUTPUT IMPEDANCE 50Ī© CABLE RG174
WORKING CURRENT ≤20mA CABLE LENGTH 3m
WORKING VOLTAGE DC 3.0~18.0V WORKING TEMPERATURE -40~85˚C
AXIAL RATIO ≤3.0dB STORAGE TEMPERATURE -55~85˚C
NOISE FIGURE ≤2dB MOUNTING Magnetic base/Double-sided tape

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Application Example

* for reference only, the Raspberry Pi board and GPS HAT are NOT included

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Application Scenarios

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Antenna Performance Parameters

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Outline Dimensions

Note: supports mass customization for cable length and antenna connector

Which GNSS systems are supported by this antenna?
It supports multiple GNSS including BD B1I B1C B2a, GPS L1 L1C L5, Galileo E1 E5a, QZSS L5 and IRNSS S L5.
What are the key electrical and connector specifications?
The antenna has 50 ohm impedance and uses a SMA J connector with RG174 cable. It operates on DC 3.0 to 18.0 V, draws up to 20 mA, and provides 28 plus or minus 2 dB LNA gain with VSWR up to 2.0.
What are the mounting options and physical dimensions?
The housing measures 50.0 by 50.0 by 19.1 mm and can be mounted with a magnetic base or double sided tape.
What are the operating and storage temperature ranges and performance parameters?
Operating temperature is minus 40 to 85 degrees C and storage is minus 55 to 85 degrees C. Axial ratio is at most 3.0 dB and the noise figure is at most 2 dB.
Can the cable length or antenna connector be customized and is it compatible with Raspberry Pi projects?
Yes mass customization is available for cable length and antenna connector. The Raspberry Pi board and GPS HAT are not included and the antenna is intended for embedded projects.
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Description
Ask AI about this product

Ā 

GNSS L1+L5 Dual-Frequency Active Antenna

Supports Multiple GNSS Such As BD, GPS, Galileo, QZSS, IRNSS, Etc.

Ā 

Ā 

Specifications

FREQUENCY RANGE BDS B1I/B1C/B2a
GPS L1/L1C/L5C
GALILEO E1/E5a
QZSS L5
IRNSS S-L5
PHASE CENTER ERROR ±2mm
LNA GAIN 28±2dB POLARISATION Right-Hand Circular Polarization
GAIN 2dBi CONNECTOR SMA-J
VSWR ≤2.0 ANTENNA SIZE 50.0Ɨ50.0Ɨ19.1mm
OUTPUT IMPEDANCE 50Ī© CABLE RG174
WORKING CURRENT ≤20mA CABLE LENGTH 3m
WORKING VOLTAGE DC 3.0~18.0V WORKING TEMPERATURE -40~85˚C
AXIAL RATIO ≤3.0dB STORAGE TEMPERATURE -55~85˚C
NOISE FIGURE ≤2dB MOUNTING Magnetic base/Double-sided tape

Ā 

Application Example

* for reference only, the Raspberry Pi board and GPS HAT are NOT included

Ā 

Application Scenarios

Ā 

Antenna Performance Parameters

Ā 


Outline Dimensions

Note: supports mass customization for cable length and antenna connector

FAQ
Which GNSS systems are supported by this antenna?
It supports multiple GNSS including BD B1I B1C B2a, GPS L1 L1C L5, Galileo E1 E5a, QZSS L5 and IRNSS S L5.
What are the key electrical and connector specifications?
The antenna has 50 ohm impedance and uses a SMA J connector with RG174 cable. It operates on DC 3.0 to 18.0 V, draws up to 20 mA, and provides 28 plus or minus 2 dB LNA gain with VSWR up to 2.0.
What are the mounting options and physical dimensions?
The housing measures 50.0 by 50.0 by 19.1 mm and can be mounted with a magnetic base or double sided tape.
What are the operating and storage temperature ranges and performance parameters?
Operating temperature is minus 40 to 85 degrees C and storage is minus 55 to 85 degrees C. Axial ratio is at most 3.0 dB and the noise figure is at most 2 dB.
Can the cable length or antenna connector be customized and is it compatible with Raspberry Pi projects?
Yes mass customization is available for cable length and antenna connector. The Raspberry Pi board and GPS HAT are not included and the antenna is intended for embedded projects.
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Welcome to the discussion thread for GNSS L1+L5 Dual-frequency Active Antenna
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