English
GL1310-20
Asialeren
8517710000
100
Accepted
3000/day
| Quantity: | |
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Product NO | GL1310-20 |
Electric Specifications | |
Frequency rang-MHz | 868 |
Gain -dBi | 2.0 |
VSWR | ≤1.9 |
Input Impedance-Ω | 50 |
Polarization | Vertical |
Max power -W | 50 |
Lightning protection | DC ground |
Connector model | — |
Mechanical Specification | |
Size -mm | 5*20 |
Antenna weight-g | 1 |
Material | phosphor copper |
Differences between similar antennas
P/N | GL1310-20 | GL-DYG1302 | GL-DYG1304 |
Gain | 2.0 | 2 | 1 |
V.S.W.R. | 1.9 | 1.9 | 1.9 |
Product Introduction
Frequency Precision: Operates at a fixed 868MHz frequency, ensuring stable and reliable signal transmission within this band. Ideal for devices requiring consistent frequency communication.
Gain Performance: Boasts a 2.0 dBi gain, which helps in enhancing signal strength and extending communication range, making it suitable for long - distance or weak - signal scenarios.
Impedance Matching: With 50Ω input impedance, it can be easily integrated with most radio - frequency devices, minimizing signal loss during transmission.
Durable Material: Made of phosphor copper, this antenna offers excellent conductivity and corrosion resistance, ensuring a long service life even in harsh environments.
Vertical Polarization: Vertical polarization design allows for better signal reception and transmission in vertical - oriented communication systems, improving overall communication quality.
Application scenarios
• Miniature Sensors: Smart wearables, medical patches
• Dense IoT Networks: Warehouse asset tags, factory sensors
• Urban Infrastructure: Smart parking sensors, utility meters
• Agricultural Tech: Livestock ear tags, soil moisture probes
• Logistics: Parcel trackers, container seals
Q: Why choose spring over PCB antenna?
A: Better RF performance in metal environments and easier replacement during maintenance.
Q: Compatible with LoRa devices?
A: Yes - ideal for end-node devices using Semtech SX1276/SX1262 chips.
Q: Waterproof rating?
A: Not IP-rated but phosphor copper resists humidity (95%). Seal with epoxy for wet environments.
Q: Maximum temperature range?
A: Stable performance from -30°C to +85°C (extended to +105°C optional).
Q: How to connect without connector?
A: Direct solder to PCB or use spring contact pads. Custom connectors available.
Q: Why phosphor copper?
A: Superior spring memory (100K+ cycles) and corrosion resistance vs. steel.
Q: Suitable for moving parts?
A: Yes - spring absorbs vibrations up to 200Hz. Ideal for machinery sensors.
Product NO | GL1310-20 |
Electric Specifications | |
Frequency rang-MHz | 868 |
Gain -dBi | 2.0 |
VSWR | ≤1.9 |
Input Impedance-Ω | 50 |
Polarization | Vertical |
Max power -W | 50 |
Lightning protection | DC ground |
Connector model | — |
Mechanical Specification | |
Size -mm | 5*20 |
Antenna weight-g | 1 |
Material | phosphor copper |
Differences between similar antennas
P/N | GL1310-20 | GL-DYG1302 | GL-DYG1304 |
Gain | 2.0 | 2 | 1 |
V.S.W.R. | 1.9 | 1.9 | 1.9 |
Product Introduction
Frequency Precision: Operates at a fixed 868MHz frequency, ensuring stable and reliable signal transmission within this band. Ideal for devices requiring consistent frequency communication.
Gain Performance: Boasts a 2.0 dBi gain, which helps in enhancing signal strength and extending communication range, making it suitable for long - distance or weak - signal scenarios.
Impedance Matching: With 50Ω input impedance, it can be easily integrated with most radio - frequency devices, minimizing signal loss during transmission.
Durable Material: Made of phosphor copper, this antenna offers excellent conductivity and corrosion resistance, ensuring a long service life even in harsh environments.
Vertical Polarization: Vertical polarization design allows for better signal reception and transmission in vertical - oriented communication systems, improving overall communication quality.
Application scenarios
• Miniature Sensors: Smart wearables, medical patches
• Dense IoT Networks: Warehouse asset tags, factory sensors
• Urban Infrastructure: Smart parking sensors, utility meters
• Agricultural Tech: Livestock ear tags, soil moisture probes
• Logistics: Parcel trackers, container seals
Q: Why choose spring over PCB antenna?
A: Better RF performance in metal environments and easier replacement during maintenance.
Q: Compatible with LoRa devices?
A: Yes - ideal for end-node devices using Semtech SX1276/SX1262 chips.
Q: Waterproof rating?
A: Not IP-rated but phosphor copper resists humidity (95%). Seal with epoxy for wet environments.
Q: Maximum temperature range?
A: Stable performance from -30°C to +85°C (extended to +105°C optional).
Q: How to connect without connector?
A: Direct solder to PCB or use spring contact pads. Custom connectors available.
Q: Why phosphor copper?
A: Superior spring memory (100K+ cycles) and corrosion resistance vs. steel.
Q: Suitable for moving parts?
A: Yes - spring absorbs vibrations up to 200Hz. Ideal for machinery sensors.
