English
GL-TN2108
Asialeren
8517710000
100pc
accepted
10000pc/day
| Quantity: | |
|---|---|
| PDF Export | |
| Frequency Range | 3GHz～6GHz |
| Type | Whip Antenna |
| Polarization | Vertical |
| V.S.W.R | ≤2 |
| Gain | ≥0dB |
| Diagram | Horizontal 360° omni directional |
| Impedance | 50 Ω |
| Connector | N type |
| Weight | ≤0.5kg |
| Power | ≥100W |
| Dimensions | Φ90× 150mm |
Product Introduction
1.Broad 3-6GHz Frequency Range
Covers UHF/SHF bands for versatile use in communication, radar, and data transmission systems.
2.High-Power 100W Handling
Robust construction supports ≥100W power transmission, ideal for mission-critical applications.
3.360° Omnidirectional Coverage
Ensures reliable horizontal signal reception in all directions without repositioning.
4.Low VSWR (≤2) & 50Ω Impedance
Minimizes signal loss and ensures compatibility with standard RF equipment.
5.Compact Rugged Design
Weighs ≤0.5kg with compact Φ90×150mm dimensions for easy deployment in tight spaces.
Application scenarios
• Base Stations: Enhances signal range for radio/TV broadcast towers.
• Military Comms: Reliable field communication for defense and emergency services.
• Drone Telemetry: Lightweight solution for long-range UAV control links.
• Marine Navigation: Weather-resistant performance for shipboard radar systems.
• Wireless Backhaul: Point-to-multipoint connectivity for rural broadband.
FAQ
Q: What frequency bands does this support?
A: 3GHz to 6GHz, covering UHF (e.g., 5G) and SHF (satellite comms) bands.
Q: Is this antenna directional?
A: No, it provides 360° omnidirectional horizontal coverage.
Q: What connector type is used?
A: Standard N-type connector for secure, low-loss connections.
Q: Can it handle extreme environments?
A: Yes, the whip design and robust materials suit industrial/military use.
Q: What’s the typical gain value?
A: ≥0dB gain, optimized for balanced transmission/reception.
Q: Why is low VSWR (≤2) important?
A: Reduces reflected power, maximizing signal efficiency and protecting equipment.
Q: What devices is it compatible with?
A: Any 50Ω system with N-type ports: transceivers, amplifiers, test gear.
Q: How does polarization affect performance?
A: Vertical polarization minimizes interference for ground-based communications.
| Frequency Range | 3GHz～6GHz |
| Type | Whip Antenna |
| Polarization | Vertical |
| V.S.W.R | ≤2 |
| Gain | ≥0dB |
| Diagram | Horizontal 360° omni directional |
| Impedance | 50 Ω |
| Connector | N type |
| Weight | ≤0.5kg |
| Power | ≥100W |
| Dimensions | Φ90× 150mm |
Product Introduction
1.Broad 3-6GHz Frequency Range
Covers UHF/SHF bands for versatile use in communication, radar, and data transmission systems.
2.High-Power 100W Handling
Robust construction supports ≥100W power transmission, ideal for mission-critical applications.
3.360° Omnidirectional Coverage
Ensures reliable horizontal signal reception in all directions without repositioning.
4.Low VSWR (≤2) & 50Ω Impedance
Minimizes signal loss and ensures compatibility with standard RF equipment.
5.Compact Rugged Design
Weighs ≤0.5kg with compact Φ90×150mm dimensions for easy deployment in tight spaces.
Application scenarios
• Base Stations: Enhances signal range for radio/TV broadcast towers.
• Military Comms: Reliable field communication for defense and emergency services.
• Drone Telemetry: Lightweight solution for long-range UAV control links.
• Marine Navigation: Weather-resistant performance for shipboard radar systems.
• Wireless Backhaul: Point-to-multipoint connectivity for rural broadband.
FAQ
Q: What frequency bands does this support?
A: 3GHz to 6GHz, covering UHF (e.g., 5G) and SHF (satellite comms) bands.
Q: Is this antenna directional?
A: No, it provides 360° omnidirectional horizontal coverage.
Q: What connector type is used?
A: Standard N-type connector for secure, low-loss connections.
Q: Can it handle extreme environments?
A: Yes, the whip design and robust materials suit industrial/military use.
Q: What’s the typical gain value?
A: ≥0dB gain, optimized for balanced transmission/reception.
Q: Why is low VSWR (≤2) important?
A: Reduces reflected power, maximizing signal efficiency and protecting equipment.
Q: What devices is it compatible with?
A: Any 50Ω system with N-type ports: transceivers, amplifiers, test gear.
Q: How does polarization affect performance?
A: Vertical polarization minimizes interference for ground-based communications.
