GL3338D-12
Asialeren
8517710000
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Technical Specification | |
Frequency MHz | 3300-3800 |
Gain dBi | 12 |
Horizontal Beamwidth ° | 30±6 |
Vertical Beamwidth ° | 30±6 |
V.S.W.R | ≤1.5 |
Polarization | ±45° |
Sideobe suppression | ≥18 |
F/B Ratio | ≥25 |
Isolation | ≥25 |
Input Impedance Ω | 50 |
Max Power W | 100 |
Lighting Protection | DC Ground |
Mechanical Specifications | |
Connector type | 4×4.3-10 Female
|
Antenna dimensions mm | 400×280×85 |
Antenna Weight kg | 3.4 |
Radome Material | PVC |
Working Temperature | -40°C to +65 °C |
This panel antenna operates within the frequency range of 3300MHz to 3500MHz, offering a gain of 12dBi. It is equipped with 4 ports, utilizing a 4x4.3-10 Female connector model GL3338D-12. This high-performance antenna is designed to provide reliable and efficient connectivity for various applications requiring stable signal transmission within the specified frequency band. Its multi-port configuration allows for enhanced versatility and improved signal distribution, making it suitable for demanding wireless communication systems that require robust and consistent performance. The antenna's advanced design ensures optimal signal reception and transmission, making it a valuable asset for telecommunications and networking environments.
Technical Specification | |
Frequency MHz | 3300-3800 |
Gain dBi | 12 |
Horizontal Beamwidth ° | 30±6 |
Vertical Beamwidth ° | 30±6 |
V.S.W.R | ≤1.5 |
Polarization | ±45° |
Sideobe suppression | ≥18 |
F/B Ratio | ≥25 |
Isolation | ≥25 |
Input Impedance Ω | 50 |
Max Power W | 100 |
Lighting Protection | DC Ground |
Mechanical Specifications | |
Connector type | 4×4.3-10 Female
|
Antenna dimensions mm | 400×280×85 |
Antenna Weight kg | 3.4 |
Radome Material | PVC |
Working Temperature | -40°C to +65 °C |
This panel antenna operates within the frequency range of 3300MHz to 3500MHz, offering a gain of 12dBi. It is equipped with 4 ports, utilizing a 4x4.3-10 Female connector model GL3338D-12. This high-performance antenna is designed to provide reliable and efficient connectivity for various applications requiring stable signal transmission within the specified frequency band. Its multi-port configuration allows for enhanced versatility and improved signal distribution, making it suitable for demanding wireless communication systems that require robust and consistent performance. The antenna's advanced design ensures optimal signal reception and transmission, making it a valuable asset for telecommunications and networking environments.