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GLS2503
Asialeren
8517710000
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ELECTRICAL SPECIFICATIONS | |
Items | Content |
Nominal frequency | GNSS L1 mhz |
Antenna size | 25*25*4mm |
Test Conditions | 70*70mm |
Impedance | 50Ω
|
Zenith Gain@ L1 TYP | 3.0dBic |
Axial Ratio @ L1 | ≤5.0dB |
Dimension
More Testing
Product Introduction
High Signal Gain & Precision
Delivers 3.0dBic zenith gain with ≤5.0dB axial ratio, ensuring accurate GNSS positioning for navigation and timing systems.
Ultra-Compact Design
25x25x4mm footprint and adhesive tape integration simplify installation in space-constrained devices like drones and wearables.
Optimized RF Compatibility
Features 50Ω impedance and tested on a 70mm ground plane, ensuring seamless integration with standard RF circuits and minimal signal loss.
Right-Hand Circular Polarization (RHCP)
Reduces multipath interference in dynamic environments, ideal for automotive, maritime, and aerial applications.
Robust & Eco-Friendly
RoHS-compliant construction withstands industrial conditions while meeting global environmental standards.
Use Cases:
Autonomous Vehicles: Provides reliable GNSS L1 signals for self-driving cars and AGVs.
Drone Navigation: Ensures stable positioning for aerial mapping and delivery drones.
Industrial IoT Sensors: Built for factory automation and asset tracking in harsh settings.
Marine Navigation: Supports GPS accuracy for boats and offshore equipment.
Wearable Trackers: Compact size suits fitness bands and pet trackers.
FAQ:
Q:What frequency does this antenna support?
A:It operates on GNSS L1 band (1575.42MHz) for GPS, Galileo, and other global systems.
Q:Is it compatible with standard RF systems?
A:Yes, its 50Ω impedance ensures compatibility with most RF modules and PCBs.
Q:What is the gain of this antenna?
A:Typical zenith gain is 3.0dBic, optimized for high-performance navigation.
Q:Can it handle outdoor environments?
A:While not waterproof, its durable design suits protected outdoor and industrial use.
Q:What’s the axial ratio performance?
A:≤5.0dB at L1, minimizing signal distortion for precise positioning.
Q:Does it require a ground plane?
A:Tested on a 70x70mm ground plane for optimal performance, but adaptable to other sizes.
Q:Is it RoHS compliant?
A:Yes, it meets RoHS standards for safe use in consumer and industrial electronics.
ELECTRICAL SPECIFICATIONS | |
Items | Content |
Nominal frequency | GNSS L1 mhz |
Antenna size | 25*25*4mm |
Test Conditions | 70*70mm |
Impedance | 50Ω
|
Zenith Gain@ L1 TYP | 3.0dBic |
Axial Ratio @ L1 | ≤5.0dB |
Dimension
More Testing
Product Introduction
High Signal Gain & Precision
Delivers 3.0dBic zenith gain with ≤5.0dB axial ratio, ensuring accurate GNSS positioning for navigation and timing systems.
Ultra-Compact Design
25x25x4mm footprint and adhesive tape integration simplify installation in space-constrained devices like drones and wearables.
Optimized RF Compatibility
Features 50Ω impedance and tested on a 70mm ground plane, ensuring seamless integration with standard RF circuits and minimal signal loss.
Right-Hand Circular Polarization (RHCP)
Reduces multipath interference in dynamic environments, ideal for automotive, maritime, and aerial applications.
Robust & Eco-Friendly
RoHS-compliant construction withstands industrial conditions while meeting global environmental standards.
Use Cases:
Autonomous Vehicles: Provides reliable GNSS L1 signals for self-driving cars and AGVs.
Drone Navigation: Ensures stable positioning for aerial mapping and delivery drones.
Industrial IoT Sensors: Built for factory automation and asset tracking in harsh settings.
Marine Navigation: Supports GPS accuracy for boats and offshore equipment.
Wearable Trackers: Compact size suits fitness bands and pet trackers.
FAQ:
Q:What frequency does this antenna support?
A:It operates on GNSS L1 band (1575.42MHz) for GPS, Galileo, and other global systems.
Q:Is it compatible with standard RF systems?
A:Yes, its 50Ω impedance ensures compatibility with most RF modules and PCBs.
Q:What is the gain of this antenna?
A:Typical zenith gain is 3.0dBic, optimized for high-performance navigation.
Q:Can it handle outdoor environments?
A:While not waterproof, its durable design suits protected outdoor and industrial use.
Q:What’s the axial ratio performance?
A:≤5.0dB at L1, minimizing signal distortion for precise positioning.
Q:Does it require a ground plane?
A:Tested on a 70x70mm ground plane for optimal performance, but adaptable to other sizes.
Q:Is it RoHS compliant?
A:Yes, it meets RoHS standards for safe use in consumer and industrial electronics.
