13.5-14.5GHz Ku Band Transmitting Phased Array Antenna for High Precision Applications
ZD-PAA-KUT-13.5/14.5G
This is a Ku-band transmitting phased array antenna that uses active two-dimensional scanning transmission technology and integrates antenna, beam control and synthesis components. The frequency range is 13.5 - 14.56GHz, the beam scanning range is ±60°, and it supports any polarization modes such as vertical, horizontal, dual-linear polarization and circular polarization. It has a beamforming algorithm and can weight and shape the beam calculation as needed. The power consumption is ≤400W, the weight exceeds 10kg, the operating temperature is -40~ +60°C, the storage temperature is -55~ +75°C, it contains 1536 units, and the EIRP is ≥50dBw. It can be expanded and spliced, suitable for building large antenna arrays to meet the needs of various communication and radar scenarios.
Quantity:
In today's technological wave, communication and detection technologies are constantly innovating, and an antenna with excellent performance has become the key to breaking through development bottlenecks in many industries. Ku-Band Transmitting Phased Array Antenna has become a shining star in the field of communications with its leading technology and powerful functions, bringing you an unparalleled user experience.
1. Advanced technology, casting excellent performance
The antenna adopts advanced active two-dimensional scanning transmission technology, perfectly integrating core components such as antenna, beam control, and beam synthesis. In the frequency range of 13.5-14.56GHz, it can work stably and efficiently, and can easily cope with both data transmission and signal transmission. The beam scanning range can reach ±60°, which means that it can flexibly and accurately adjust the beam direction, not missing any signal corner, greatly improving the signal coverage and transmission efficiency.
The antenna adopts advanced active two-dimensional scanning transmission technology, perfectly integrating core components such as antenna, beam control, and beam synthesis. In the frequency range of 13.5-14.56GHz, it can work stably and efficiently, and can easily cope with both data transmission and signal transmission. The beam scanning range can reach ±60°, which means that it can flexibly and accurately adjust the beam direction, not missing any signal corner, greatly improving the signal coverage and transmission efficiency.
2. Multi-polarization, adapting to complex scenarios
The diversity of polarization methods is a highlight of this antenna. It supports multiple polarization modes such as vertical, horizontal, dual-line polarization and circular polarization, and can be flexibly switched according to different communication environments and actual needs. In a complex and changeable electromagnetic environment, whether it is facing signal attenuation caused by building obstruction or multipath interference, the antenna can effectively reduce signal fading by adjusting the polarization mode, ensure stable signal transmission, and escort your communication link.
The diversity of polarization methods is a highlight of this antenna. It supports multiple polarization modes such as vertical, horizontal, dual-line polarization and circular polarization, and can be flexibly switched according to different communication environments and actual needs. In a complex and changeable electromagnetic environment, whether it is facing signal attenuation caused by building obstruction or multipath interference, the antenna can effectively reduce signal fading by adjusting the polarization mode, ensure stable signal transmission, and escort your communication link.
3. Intelligent beamforming, customized exclusive signal
The built-in beamforming algorithm gives this antenna an intelligent"brain". It can accurately calculate and weight the beam according to the beam usage requirements of the array to achieve beamforming. This means that you can customize your own signal mode according to actual application scenarios, such as long-distance communication, close-range high-density signal coverage, etc., so that each signal can accurately reach the target location, improve signal utilization, and improve the performance of the entire communication system.
The built-in beamforming algorithm gives this antenna an intelligent"brain". It can accurately calculate and weight the beam according to the beam usage requirements of the array to achieve beamforming. This means that you can customize your own signal mode according to actual application scenarios, such as long-distance communication, close-range high-density signal coverage, etc., so that each signal can accurately reach the target location, improve signal utilization, and improve the performance of the entire communication system.
4. Scalable splicing to meet scale requirements
Considering the diverse needs of different users, this antenna has the characteristics of scalability and splicing. You can combine multiple antenna units according to the actual project scale to build a large-scale antenna array. Whether it is used for signal transmission of large satellite ground stations or building a city-level communication coverage network, it can easily meet your requirements for signal strength and coverage, providing unlimited possibilities for your business development.
Considering the diverse needs of different users, this antenna has the characteristics of scalability and splicing. You can combine multiple antenna units according to the actual project scale to build a large-scale antenna array. Whether it is used for signal transmission of large satellite ground stations or building a city-level communication coverage network, it can easily meet your requirements for signal strength and coverage, providing unlimited possibilities for your business development.
5. Stable and reliable, fearless of harsh environments
It can also maintain stable operation in extreme environments. The operating temperature range is -40~ +60°C and the storage temperature range is -55~ +75°C. Whether it is a hot desert or a cold polar region, it cannot affect its normal operation. Its ≤400W power consumption and reasonable weight design not only ensure high performance, but also take into account energy utilization efficiency and installation convenience.
It can also maintain stable operation in extreme environments. The operating temperature range is -40~ +60°C and the storage temperature range is -55~ +75°C. Whether it is a hot desert or a cold polar region, it cannot affect its normal operation. Its ≤400W power consumption and reasonable weight design not only ensure high performance, but also take into account energy utilization efficiency and installation convenience.
Ku-Band Transmitting Phased Array Antenna has become an ideal choice in many fields such as communications and radars with its advanced technology, diverse functions and reliable performance. Choosing it means choosing to go hand in hand with cutting-edge technology, opening a new chapter in the field of communications, and injecting strong impetus into your career development.
| Specification | Parameters | Value |
|---|---|---|
| Specification | Frequency range | 13.5~14.5GHz |
| Beam scanning range | ±60° | |
| Polarization | Vertical/ Horizontal/ Dual-linear/Cirular or others | |
| Power consumption | ≤400W | |
| Weight | ≤10kg | |
| Operating temperature | -40~+60℃ | |
| Storage temperature | -55~+75℃ | |
| Number of units | / | |
| EIRP | ≥50dBw |
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