English
GL900TC
Asialeren
8517710000
100pc
Accepted
10000pc/day
| Quantity: | |
|---|---|
| PDF Export | |
Item | Mobile whip antenna |
PN | GL900TC |
Frequency Range (MHz) | 824-960 |
Impedance (Ω) | 50 |
Max power input（W） | 100 |
V.S.W.R | <1.5 |
Gain (dBi) | 5.5 |
Cable | RG174 |
Weight | 75g |
Product Introduction
Professional UHF Band Coverage:Precisely covers the important 824-960MHz communication frequency band, designed specifically for professional mobile communication systems. It delivers superior performance in cellular communication bands, meeting high-quality communication requirements.
Ultra-High Gain Performance:Offers an excellent 5.5dBi gain, standing out among similar products. Significantly improves signal transmission distance and receiver sensitivity, ensuring reliable communication in complex environments.
High-Power Professional Design:Supports 100W high-power input, meeting the high-power requirements of professional communication equipment and ensuring stable operation in long-distance communication and harsh environments.
Lightweight High-Strength Structure:Weighing only 75g, combined with high-strength materials, it achieves excellent lightweight design while ensuring high power load capacity, optimizing vehicle driving stability.
High-Quality Cable Transmission Guarantee:Uses high-quality RG174 coaxial cable, which has good flexibility and transmission performance, facilitating vehicle installation and wiring while ensuring signal transmission quality.
Application Scenarios
Professional Emergency Communication Vehicles: High-power communication systems for fire rescue and emergency command vehicles
Mobile Base Station Equipment: Auxiliary transmitting and receiving systems for mobile communication base stations
Special Vehicle Communication: Dedicated communication equipment for police cars and military vehicles
Commercial Fleet Management: High-performance communication systems for logistics transportation and taxi fleets
Remote Monitoring Systems: Communication transmission for remote data acquisition and video surveillance
FAQ
Q: What frequency range does the GL900TC antenna cover?
A: It covers the 824-960MHz frequency range, ideal for cellular and professional communications.
Q: What is the gain of this antenna?
A: It provides 5.5dBi high gain for superior signal performance.
Q: What is the maximum power input?
A: It can handle up to 100W power input, suitable for high-power applications.
Q: How much does the antenna weigh?
A: It weighs 75 grams, offering an excellent balance between performance and lightweight design.
Q: What type of cable is used?
A: It uses RG174 coaxial cable. cable, known for its flexibility and reliable performance.
Q: Is this antenna suitable for emergency vehicle use?
A: Yes, its high power rating and robust performance make it ideal for emergency service vehicles.
Q: Can this antenna be used for cellular frequency applications?
A: Absolutely, its 824-960MHz coverage makes it perfect for cellular band communications.
Q: How does the 5.5dBi gain benefit communication quality?
A: The high gain significantly improves signal range and clarity, especially in challenging environments.
Item | Mobile whip antenna |
PN | GL900TC |
Frequency Range (MHz) | 824-960 |
Impedance (Ω) | 50 |
Max power input（W） | 100 |
V.S.W.R | <1.5 |
Gain (dBi) | 5.5 |
Cable | RG174 |
Weight | 75g |
Product Introduction
Professional UHF Band Coverage:Precisely covers the important 824-960MHz communication frequency band, designed specifically for professional mobile communication systems. It delivers superior performance in cellular communication bands, meeting high-quality communication requirements.
Ultra-High Gain Performance:Offers an excellent 5.5dBi gain, standing out among similar products. Significantly improves signal transmission distance and receiver sensitivity, ensuring reliable communication in complex environments.
High-Power Professional Design:Supports 100W high-power input, meeting the high-power requirements of professional communication equipment and ensuring stable operation in long-distance communication and harsh environments.
Lightweight High-Strength Structure:Weighing only 75g, combined with high-strength materials, it achieves excellent lightweight design while ensuring high power load capacity, optimizing vehicle driving stability.
High-Quality Cable Transmission Guarantee:Uses high-quality RG174 coaxial cable, which has good flexibility and transmission performance, facilitating vehicle installation and wiring while ensuring signal transmission quality.
Application Scenarios
Professional Emergency Communication Vehicles: High-power communication systems for fire rescue and emergency command vehicles
Mobile Base Station Equipment: Auxiliary transmitting and receiving systems for mobile communication base stations
Special Vehicle Communication: Dedicated communication equipment for police cars and military vehicles
Commercial Fleet Management: High-performance communication systems for logistics transportation and taxi fleets
Remote Monitoring Systems: Communication transmission for remote data acquisition and video surveillance
FAQ
Q: What frequency range does the GL900TC antenna cover?
A: It covers the 824-960MHz frequency range, ideal for cellular and professional communications.
Q: What is the gain of this antenna?
A: It provides 5.5dBi high gain for superior signal performance.
Q: What is the maximum power input?
A: It can handle up to 100W power input, suitable for high-power applications.
Q: How much does the antenna weigh?
A: It weighs 75 grams, offering an excellent balance between performance and lightweight design.
Q: What type of cable is used?
A: It uses RG174 coaxial cable. cable, known for its flexibility and reliable performance.
Q: Is this antenna suitable for emergency vehicle use?
A: Yes, its high power rating and robust performance make it ideal for emergency service vehicles.
Q: Can this antenna be used for cellular frequency applications?
A: Absolutely, its 824-960MHz coverage makes it perfect for cellular band communications.
Q: How does the 5.5dBi gain benefit communication quality?
A: The high gain significantly improves signal range and clarity, especially in challenging environments.
