GL301
Asialeren
8517710000
100pc
Accepted
10000pc/day
| Quantity: | |
|---|---|
| PDF Export | |
Electrical Characteristics | |||
Antenna | |||
Antenna | 1 | Antenna model | GPS Compass GLONASS GALILEO |
2 | Nominal frequency | GPS L1：1575.42±1.023MHz， L2: 1227±1.023MHz； L5 :1176±1.023MHZ Compass B1：1561±2.046 MHz， B2：1207±2.046MHz， B3：1268±10.23MHz； GLONASS L1=1602+0.5625*k(MHz)， L2=1246+0.4375*k(MHz) GALILEO E1: 1575.42 | |
3 | Frequency Range | 1197-1278/ 1559-1612MHz | |
4 | V.S.W.R | ≤2 .0 | |
5 | Axial Ratio | elevation 90 ° :≤3 ， elevation 15 °:≤5 | |
6 | Gain | elevation 90 °： ≥6 ， elevation 20 °： ≥0 plane | |
7 | Front to back Power | ±60° ≥15dB | |
8 | Phase center（ mm） | <2 | |
9 | Impedance | 50Ω | |
10 | Polarization | RHCP | |
LNA | 1 | LNA Gain | 38±2dB |
2 | V.S.W.R | <2 | |
3 | Noise Figure | <1.0 | |
4 | DC Voltage | 3.3～12V | |
5 | Current | 25～40 mA | |
Product Introduction
Universal Compatibility
Supports all major global navigation systems (GPS L1/L2/L5, GLONASS, Galileo, Compass B1/B2/B3) across 1197-1612MHz frequency range, ensuring global positioning coverage.
High-Sensitivity Performance
Integrated 38dB Low-Noise Amplifier (LNA) with <1.0 noise figure captures weak signals in challenging environments, while <2mm phase center stability ensures centimeter-level accuracy.
Superior Signal Quality
≤2.0 V.S.W.R and Right-Hand Circular Polarization (RHCP) minimize signal loss. Axial ratio ≤3 (at 90° elevation) and front-to-back ratio ≥15dB reject multipath interference.
Robust & Energy Efficient
Wide voltage input (3.3V-12V) and low current consumption (25-40mA) make it ideal for battery-powered field equipment like drones and portable devices.
Optimized Radiation Pattern
High gain (≥6dB at zenith, ≥0dB at 20° elevation) and wide ±60° coverage ensure consistent performance across varied installation angles and moving platforms.
Application scenarios
Precision Agriculture: RTK-guided tractors requiring multi-band correction
Surveying & Mapping: Base stations needing stable phase center for geodetic work
Marine Navigation: Sailboats in open water requiring GLONASS/Galileo coverage
Drone Operations: UAVs performing LiDAR surveys in urban canyons
IoT Trackers: Long-term asset monitoring with low power consumption
FAQ
Q: Does this antenna support modern GPS L5 signals?
A: Yes, it fully supports GPS L5 (1176±1.023MHz) for high-accuracy applications.
Q: What power supply is required?
A: It operates at 3.3V-12V DC with only 25-40mA current draw.
Q: Is the LNA built into the antenna?
A: Yes, it includes a 38dB gain LNA with <1.0 noise figure.
Q: Can it be used for compass applications?
A: Absolutely, it supports Compass B1/B2/B3 frequencies (1561/1207/1268MHz).
Q: What is the phase center stability?
A: Critical for surveying - maintains <2mm phase center offset.
Q: How does it perform in low-elevation scenarios?
A: Maintains ≥0dB gain at 20° elevation and ≤5 axial ratio at 15°.
Q: Is it suitable for mobile installations?
A: Yes, the ±60° coverage pattern is ideal for vehicles/vessels.
Q: What connector type does it use?
A: Standard 50Ω impedance.
Electrical Characteristics | |||
Antenna | |||
Antenna | 1 | Antenna model | GPS Compass GLONASS GALILEO |
2 | Nominal frequency | GPS L1：1575.42±1.023MHz， L2: 1227±1.023MHz； L5 :1176±1.023MHZ Compass B1：1561±2.046 MHz， B2：1207±2.046MHz， B3：1268±10.23MHz； GLONASS L1=1602+0.5625*k(MHz)， L2=1246+0.4375*k(MHz) GALILEO E1: 1575.42 | |
3 | Frequency Range | 1197-1278/ 1559-1612MHz | |
4 | V.S.W.R | ≤2 .0 | |
5 | Axial Ratio | elevation 90 ° :≤3 ， elevation 15 °:≤5 | |
6 | Gain | elevation 90 °： ≥6 ， elevation 20 °： ≥0 plane | |
7 | Front to back Power | ±60° ≥15dB | |
8 | Phase center（ mm） | <2 | |
9 | Impedance | 50Ω | |
10 | Polarization | RHCP | |
LNA | 1 | LNA Gain | 38±2dB |
2 | V.S.W.R | <2 | |
3 | Noise Figure | <1.0 | |
4 | DC Voltage | 3.3～12V | |
5 | Current | 25～40 mA | |
Product Introduction
Universal Compatibility
Supports all major global navigation systems (GPS L1/L2/L5, GLONASS, Galileo, Compass B1/B2/B3) across 1197-1612MHz frequency range, ensuring global positioning coverage.
High-Sensitivity Performance
Integrated 38dB Low-Noise Amplifier (LNA) with <1.0 noise figure captures weak signals in challenging environments, while <2mm phase center stability ensures centimeter-level accuracy.
Superior Signal Quality
≤2.0 V.S.W.R and Right-Hand Circular Polarization (RHCP) minimize signal loss. Axial ratio ≤3 (at 90° elevation) and front-to-back ratio ≥15dB reject multipath interference.
Robust & Energy Efficient
Wide voltage input (3.3V-12V) and low current consumption (25-40mA) make it ideal for battery-powered field equipment like drones and portable devices.
Optimized Radiation Pattern
High gain (≥6dB at zenith, ≥0dB at 20° elevation) and wide ±60° coverage ensure consistent performance across varied installation angles and moving platforms.
Application scenarios
Precision Agriculture: RTK-guided tractors requiring multi-band correction
Surveying & Mapping: Base stations needing stable phase center for geodetic work
Marine Navigation: Sailboats in open water requiring GLONASS/Galileo coverage
Drone Operations: UAVs performing LiDAR surveys in urban canyons
IoT Trackers: Long-term asset monitoring with low power consumption
FAQ
Q: Does this antenna support modern GPS L5 signals?
A: Yes, it fully supports GPS L5 (1176±1.023MHz) for high-accuracy applications.
Q: What power supply is required?
A: It operates at 3.3V-12V DC with only 25-40mA current draw.
Q: Is the LNA built into the antenna?
A: Yes, it includes a 38dB gain LNA with <1.0 noise figure.
Q: Can it be used for compass applications?
A: Absolutely, it supports Compass B1/B2/B3 frequencies (1561/1207/1268MHz).
Q: What is the phase center stability?
A: Critical for surveying - maintains <2mm phase center offset.
Q: How does it perform in low-elevation scenarios?
A: Maintains ≥0dB gain at 20° elevation and ≤5 axial ratio at 15°.
Q: Is it suitable for mobile installations?
A: Yes, the ±60° coverage pattern is ideal for vehicles/vessels.
Q: What connector type does it use?
A: Standard 50Ω impedance.
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