No.36 Third South Ring Auxiliary Road, Yanta District, Xi’an City, Shaanxi Province, China
No.36 Third South Ring Auxiliary Road, Yanta District, Xi’an City, Shaanxi Province, China
The 9.0m Earth Station Antenna System is an important part of the satellite communication system. The basic role of an earth station is to transmit signals to satellites while receiving signals forwarded by satellites from other earth stations.
Overview
The 9.0m Earth Station Antenna System is an important part of the satellite communication system. The basic role of an earth station is to transmit signals to satellites while receiving signals forwarded by satellites from other earth stations. There are different classifications according to antenna aperture, and we can also customize it according to customer requirements. The 9.0m Earth Station Antenna System is widely used in the field of communication and broadcasting, TV, etc.
Highlight
Our 9.0m Earth Station Antenna System has won the favor of users in the market with its good performance and reasonable price. Our satellite system uses a high precision aluminum plate double trimmed Cassegrain antenna. It has unparalleled high RF performance, high gain and low noise temperature. Moreover, our product is also resistant to aging and UV rays and has a long service life of up to 15 years.
Optional
A. Full motion antenna.
B. ODU Support Kits for an outdoor RF system.
Technical data
Model No. | AES9000-A | |||
Operational frequency, GHz | Ku band | |||
Tx | Rx | |||
Tx:13.75-14.5 | Rx:10.7-12.75 | |||
Typical gain, dBi | ≥60.2+20lg(f/14.0) | ≥58.8+20lg(f/12) | ||
Polarization | Linear | Linear | ||
XPI (on Axis), dB | 35dB | 35dB | ||
VSWR | 1.30 | 1.30 | ||
-3 dB Beam Width | 0.16° | 0.19° | ||
Antenna Noise Temperature (4 Port Feed) 10° Elevation 20° Elevation 40° Elevation |
/ / / |
78K 69K 63K | ||
Feed Insertion Loss, dB | 0.5 | 0.5 | ||
G/T(EL=10°) | / | 37.1dB/K (70K LNA) | ||
Total Power Capability, KW | 2 (1KW each) | / | ||
Feed Interface | WR75 | WR75 | ||
Isolation, Tx to Rx, dB Tx/Tx, dB (linear) Rx/Rx, dB (linear) | 85 30 30 | |||
Sidelobes | Meet CCIR 580-5 |
If you have any questions, contact with us please.