English
GL-DYG1303
Asialeren
8517710000
100
Accepted
1000/day
| Quantity: | |
|---|---|
| PDF Export | |
Product Number | GL-DYG1303 |
Electric Specifications | |
Frequency rang-MHz | 868 |
Gain -dBi | 1dBi |
VSWR | ≤1.9 |
Input Impedance-Ω | 50 |
Polarization | Vertical |
Max power -W | 50 |
Lightning protection | DC ground |
Connector model | — |
Mechanical Specification | |
Size -mm | 5.2*20.6 |
Antenna weight-g | 1 |
Material | phosphor copper |
Product Introduction
① Ultra-Miniature Design
At just 5.2x20.6mm and 1g weight, it fits seamlessly into space-constrained IoT/embedded devices without compromising performance.
② Industrial-Grade Resilience
DC grounding provides built-in lightning surge protection, while phosphor copper construction ensures corrosion resistance and longevity in harsh environments.
③ Plug-and-Play Compatibility
50Ω impedance and vertical polarization offer effortless integration with standard 868MHz wireless systems (LoRa, Sigfox, etc.).
④ Stable Signal Integrity
VSWR ≤1.9 minimizes signal reflection for reliable data transmission, critical for industrial monitoring and automation.
⑤ High-Power Tolerance
Handles up to 50W power for long-range applications like remote sensors, smart meters, or agricultural telemetry.
Smart Agriculture: Soil sensors, livestock trackers.
Industrial IoT: Machine health monitors, warehouse asset tags.
Utility Metering: Wireless water/gas meters.
Smart City Infrastructure: Streetlight controls, waste management sensors.
Drone Telemetry: Lightweight communication modules.
Differences between similar antennas
P/N | GL-DYG1303 | GL-DY1302 | GL-DY1301 |
Gain | 1 | 2 | 3 |
V.S.W.R. | 1.9 | 2 | 3 |
Q: Is this antenna suitable for outdoor use?
A: Yes! Its DC grounding offers lightning surge protection, and phosphor copper resists environmental corrosion.
Q: What devices pair with this 868MHz antenna?
A: Ideal for LoRaWAN modules, Sigfox devices, industrial sensors, and any 868MHz wireless system.
Q: How is the antenna mounted?
A: Designed for PCB surface-mounting (SMD) or embedded installation.
Q: Does the 1dBi gain limit its range?
A: While low-gain, its efficiency shines in compact devices where size/weight are critical. Pair with a high-sensitivity receiver for optimal range.
Q: What connector does it use?
A: No connector – it’s designed for direct PCB integration (pads/wires).
Q: Can it handle high-power transmissions?
A: Yes, supports up to 50W for robust applications like remote telemetry.
Q: Why choose vertical polarization?
A: Vertical alignment minimizes signal loss in ground-level devices (e.g., sensors, meters).
Product Number | GL-DYG1303 |
Electric Specifications | |
Frequency rang-MHz | 868 |
Gain -dBi | 1dBi |
VSWR | ≤1.9 |
Input Impedance-Ω | 50 |
Polarization | Vertical |
Max power -W | 50 |
Lightning protection | DC ground |
Connector model | — |
Mechanical Specification | |
Size -mm | 5.2*20.6 |
Antenna weight-g | 1 |
Material | phosphor copper |
Product Introduction
① Ultra-Miniature Design
At just 5.2x20.6mm and 1g weight, it fits seamlessly into space-constrained IoT/embedded devices without compromising performance.
② Industrial-Grade Resilience
DC grounding provides built-in lightning surge protection, while phosphor copper construction ensures corrosion resistance and longevity in harsh environments.
③ Plug-and-Play Compatibility
50Ω impedance and vertical polarization offer effortless integration with standard 868MHz wireless systems (LoRa, Sigfox, etc.).
④ Stable Signal Integrity
VSWR ≤1.9 minimizes signal reflection for reliable data transmission, critical for industrial monitoring and automation.
⑤ High-Power Tolerance
Handles up to 50W power for long-range applications like remote sensors, smart meters, or agricultural telemetry.
Smart Agriculture: Soil sensors, livestock trackers.
Industrial IoT: Machine health monitors, warehouse asset tags.
Utility Metering: Wireless water/gas meters.
Smart City Infrastructure: Streetlight controls, waste management sensors.
Drone Telemetry: Lightweight communication modules.
Differences between similar antennas
P/N | GL-DYG1303 | GL-DY1302 | GL-DY1301 |
Gain | 1 | 2 | 3 |
V.S.W.R. | 1.9 | 2 | 3 |
Q: Is this antenna suitable for outdoor use?
A: Yes! Its DC grounding offers lightning surge protection, and phosphor copper resists environmental corrosion.
Q: What devices pair with this 868MHz antenna?
A: Ideal for LoRaWAN modules, Sigfox devices, industrial sensors, and any 868MHz wireless system.
Q: How is the antenna mounted?
A: Designed for PCB surface-mounting (SMD) or embedded installation.
Q: Does the 1dBi gain limit its range?
A: While low-gain, its efficiency shines in compact devices where size/weight are critical. Pair with a high-sensitivity receiver for optimal range.
Q: What connector does it use?
A: No connector – it’s designed for direct PCB integration (pads/wires).
Q: Can it handle high-power transmissions?
A: Yes, supports up to 50W for robust applications like remote telemetry.
Q: Why choose vertical polarization?
A: Vertical alignment minimizes signal loss in ground-level devices (e.g., sensors, meters).
