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GL-6283H-3
Asialeren
8517710000
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Electrical Specifications | |
Frequency Range | 6200-6800/7700-8300MHz |
V S W R | ≤2.5 |
Gain | 3.0dBi |
Beamwidth- ° | H:360° E:60° |
Polarization | Vertical |
Input Impedance | 50Ω |
Max power | 20W |
Mechanical Specifications | |
connector type | SMA-K |
Dimensions | Ø42×21mm |
Antenna weight | 0.08kg |
Radiator Material | High frequency board |
Operating temperature | -40°C to +65 °C |
Product Introduction
Dual - Band Frequency Coverage：The GL - 6283H - 3 antenna covers two frequency ranges, 6200 - 6800MHz and 7700 - 8300MHz. This dual - band design makes it suitable for a variety of applications that operate within these specific frequency bands, offering flexibility for different wireless communication needs.
Omnidirectional Radiation Pattern：With a 360° horizontal beamwidth, the antenna can transmit and receive signals in all horizontal directions. This omnidirectional feature is ideal for applications where a wide - area signal distribution is required, ensuring seamless connectivity in different orientations.
Decent Gain and Beamwidth：It has a gain of 3.0dBi, which can effectively strengthen signals within its operating frequency range. The 60° vertical beamwidth helps in providing a reasonable coverage in the vertical direction, making it suitable for both indoor and outdoor applications where the antenna needs to cover a certain height range.
Stable Impedance and Low VSWR：The antenna has an input impedance of 50Ω and a VSWR ≤2.5. A stable impedance of 50Ω ensures efficient power transfer, while the relatively low VSWR reduces signal reflection, which is crucial for maintaining a stable connection and reliable signal transmission.
Compact and Lightweight Design：The GL - 6283H - 3 has a compact size of Ø42×21mm and weighs only 0.08kg. This makes it easy to install and integrate into various devices. Its small form factor is especially beneficial for applications where space is limited, such as in small - scale wireless devices or internal installations in equipment.
Application scenarios
IoT & Smart Sensors: Reliable connectivity for industrial automation and smart agriculture.
Drone/UAV Systems: Stable communication in aerial surveillance and data transmission.
Military Communications: Secure signal handling in rugged, high-stakes environments.
Indoor Wireless Networks: Uniform coverage for offices, warehouses, or smart buildings.
Telemetry & Remote Monitoring: High-frequency data transfer for infrastructure monitoring.
FAQ
Q: What frequency bands does this antenna support?
A: Dual bands: 6200-6800MHz and 7700-8300MHz.
Q: Is it suitable for outdoor use?
A: Designed for internal use but withstands -40°C to +65°C in protected outdoor setups.
Q: What connector type is included?
A: SMA-K for easy RF cable compatibility.
Q: Is this a directional antenna?
A: No, it’s omnidirectional with 360° horizontal coverage.
Q: What’s the max power handling capacity?
A: Supports up to 20W input power.
Q: What polarization does it use?
A: Vertical polarization for optimal signal alignment.
Q: Does it have a low VSWR?
A: Yes, VSWR ≤2.5 minimizes signal loss.
Electrical Specifications | |
Frequency Range | 6200-6800/7700-8300MHz |
V S W R | ≤2.5 |
Gain | 3.0dBi |
Beamwidth- ° | H:360° E:60° |
Polarization | Vertical |
Input Impedance | 50Ω |
Max power | 20W |
Mechanical Specifications | |
connector type | SMA-K |
Dimensions | Ø42×21mm |
Antenna weight | 0.08kg |
Radiator Material | High frequency board |
Operating temperature | -40°C to +65 °C |
Product Introduction
Dual - Band Frequency Coverage：The GL - 6283H - 3 antenna covers two frequency ranges, 6200 - 6800MHz and 7700 - 8300MHz. This dual - band design makes it suitable for a variety of applications that operate within these specific frequency bands, offering flexibility for different wireless communication needs.
Omnidirectional Radiation Pattern：With a 360° horizontal beamwidth, the antenna can transmit and receive signals in all horizontal directions. This omnidirectional feature is ideal for applications where a wide - area signal distribution is required, ensuring seamless connectivity in different orientations.
Decent Gain and Beamwidth：It has a gain of 3.0dBi, which can effectively strengthen signals within its operating frequency range. The 60° vertical beamwidth helps in providing a reasonable coverage in the vertical direction, making it suitable for both indoor and outdoor applications where the antenna needs to cover a certain height range.
Stable Impedance and Low VSWR：The antenna has an input impedance of 50Ω and a VSWR ≤2.5. A stable impedance of 50Ω ensures efficient power transfer, while the relatively low VSWR reduces signal reflection, which is crucial for maintaining a stable connection and reliable signal transmission.
Compact and Lightweight Design：The GL - 6283H - 3 has a compact size of Ø42×21mm and weighs only 0.08kg. This makes it easy to install and integrate into various devices. Its small form factor is especially beneficial for applications where space is limited, such as in small - scale wireless devices or internal installations in equipment.
Application scenarios
IoT & Smart Sensors: Reliable connectivity for industrial automation and smart agriculture.
Drone/UAV Systems: Stable communication in aerial surveillance and data transmission.
Military Communications: Secure signal handling in rugged, high-stakes environments.
Indoor Wireless Networks: Uniform coverage for offices, warehouses, or smart buildings.
Telemetry & Remote Monitoring: High-frequency data transfer for infrastructure monitoring.
FAQ
Q: What frequency bands does this antenna support?
A: Dual bands: 6200-6800MHz and 7700-8300MHz.
Q: Is it suitable for outdoor use?
A: Designed for internal use but withstands -40°C to +65°C in protected outdoor setups.
Q: What connector type is included?
A: SMA-K for easy RF cable compatibility.
Q: Is this a directional antenna?
A: No, it’s omnidirectional with 360° horizontal coverage.
Q: What’s the max power handling capacity?
A: Supports up to 20W input power.
Q: What polarization does it use?
A: Vertical polarization for optimal signal alignment.
Q: Does it have a low VSWR?
A: Yes, VSWR ≤2.5 minimizes signal loss.
