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GL-DYG1301
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8517710000
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Product NO | GL-DYG1301 |
Electric Specifications | |
Frequency rang-MHz | 800-1900 |
Gain -dBi | 3.0 |
VSWR | ≤1.9 |
Input Impedance-Ω | 50 |
Polarization | Vertical |
Max power -W | 50 |
Lightning protection | DC ground |
Connector model | — |
Mechanical Specification | |
Size -mm | 4.8*41 |
Antenna weight-g | 1 |
Material | phosphor copper |
Product Introduction
Wide Frequency Band：Operating in the 800 - 1900MHz frequency range, the GL-DYG1301 is suitable for a variety of wireless applications. This wide - band compatibility allows it to be used with different types of devices that operate within this frequency spectrum, providing flexibility for users.
Decent Signal Gain：With a gain of 3.0 dBi, the antenna can effectively boost the signal strength. It helps to extend the communication range and improve the signal quality, reducing the likelihood of signal dropouts. This is beneficial for devices that require a stable wireless connection, especially in areas with weak signals.
Low VSWR and Standard Impedance：Featuring a VSWR of ≤1.9 and an input impedance of 50Ω, the antenna ensures efficient power transfer. A low VSWR minimizes signal reflection, meaning more of the transmitted power is used for signal radiation. The 50 - ohm impedance is a standard in the industry, making it easy to integrate with other components in a wireless system.
Lightning Protection：Equipped with DC ground lightning protection, the GL-DYG1301 safeguards connected devices from electrical surges caused by lightning strikes. This is crucial for outdoor - installed devices or those in areas prone to lightning, protecting the antenna and the associated equipment from damage and ensuring long - term reliability.
Compact and Lightweight Design：Made of phosphor copper and with dimensions of 4.8*41 mm and a weight of only 1 g, the antenna is extremely compact and lightweight. This makes it easy to install and integrate into various devices, especially those where space and weight are critical factors. Phosphor copper also provides good electrical conductivity and durability.
Application scenarios
Telecom Base Stations: Ensures stable signal transmission for mobile networks.
Industrial IoT Sensors: Compact size suits embedded wireless modules.
Marine Communication: Corrosion-resistant material withstands salty environments.
Emergency Radios: High power supports reliable disaster-response systems.
Drone Telemetry: Lightweight design reduces payload while maintaining performance.
FAQ:
Q: Is this antenna waterproof?
A: The product sheet does not specify waterproofing; it’s designed for general outdoor/indoor use with DC grounding for lightning protection.
Q: Can it operate beyond 1900MHz?
A: No, it’s optimized for 800-1900MHz. For higher frequencies, consider other models.
Q: What connectors are compatible?
A: The connector model isn’t listed—verify compatibility with your system’s interface.
Q: Does it support horizontal polarization?
A: No, it’s vertically polarized for standard telecom applications.
Q: How to install for lightning protection?
A: Ensure proper DC grounding as specified in your system’s guidelines.
Product NO | GL-DYG1301 |
Electric Specifications | |
Frequency rang-MHz | 800-1900 |
Gain -dBi | 3.0 |
VSWR | ≤1.9 |
Input Impedance-Ω | 50 |
Polarization | Vertical |
Max power -W | 50 |
Lightning protection | DC ground |
Connector model | — |
Mechanical Specification | |
Size -mm | 4.8*41 |
Antenna weight-g | 1 |
Material | phosphor copper |
Product Introduction
Wide Frequency Band：Operating in the 800 - 1900MHz frequency range, the GL-DYG1301 is suitable for a variety of wireless applications. This wide - band compatibility allows it to be used with different types of devices that operate within this frequency spectrum, providing flexibility for users.
Decent Signal Gain：With a gain of 3.0 dBi, the antenna can effectively boost the signal strength. It helps to extend the communication range and improve the signal quality, reducing the likelihood of signal dropouts. This is beneficial for devices that require a stable wireless connection, especially in areas with weak signals.
Low VSWR and Standard Impedance：Featuring a VSWR of ≤1.9 and an input impedance of 50Ω, the antenna ensures efficient power transfer. A low VSWR minimizes signal reflection, meaning more of the transmitted power is used for signal radiation. The 50 - ohm impedance is a standard in the industry, making it easy to integrate with other components in a wireless system.
Lightning Protection：Equipped with DC ground lightning protection, the GL-DYG1301 safeguards connected devices from electrical surges caused by lightning strikes. This is crucial for outdoor - installed devices or those in areas prone to lightning, protecting the antenna and the associated equipment from damage and ensuring long - term reliability.
Compact and Lightweight Design：Made of phosphor copper and with dimensions of 4.8*41 mm and a weight of only 1 g, the antenna is extremely compact and lightweight. This makes it easy to install and integrate into various devices, especially those where space and weight are critical factors. Phosphor copper also provides good electrical conductivity and durability.
Application scenarios
Telecom Base Stations: Ensures stable signal transmission for mobile networks.
Industrial IoT Sensors: Compact size suits embedded wireless modules.
Marine Communication: Corrosion-resistant material withstands salty environments.
Emergency Radios: High power supports reliable disaster-response systems.
Drone Telemetry: Lightweight design reduces payload while maintaining performance.
FAQ:
Q: Is this antenna waterproof?
A: The product sheet does not specify waterproofing; it’s designed for general outdoor/indoor use with DC grounding for lightning protection.
Q: Can it operate beyond 1900MHz?
A: No, it’s optimized for 800-1900MHz. For higher frequencies, consider other models.
Q: What connectors are compatible?
A: The connector model isn’t listed—verify compatibility with your system’s interface.
Q: Does it support horizontal polarization?
A: No, it’s vertically polarized for standard telecom applications.
Q: How to install for lightning protection?
A: Ensure proper DC grounding as specified in your system’s guidelines.
