Type: | Base Station Antenna | Radome Seal: | High-molecular Polymer Silica Gel |
---|---|---|---|
Gain: | 2*18 | Impedance: | 50Ω |
VSWR: | ≤1.5 | Polarization: | ±45° |
Size: | 1120*175*80 | Weight: | 6.5Kgs |
High Light: | cell phone antenna,ceiling mount antenna |
High gain/Full day working/Optimized Size/Dual Polarization Base Station Antenna
TX-P1 Frequency: 800-2600MHZ
TXtelsig is an 10-year expert in signal jamming and wireless coverage product.
The antenna shell is made from PVC material which is non flammable, very hard and excellent
geometric stability.
Made from rogers material covered with anthracene dye that is effective to prevent external disturbance
and increase the antenna gain.
The vibrator is covered with tin plating which is effective to prevent deterioration and prolong life-span
of antenna and reduce the loss and ensure the antenna gain.
Made from stainless steel material of removal hydrogen that is stable and durable. The mounting kits
can be adjustable according to your specific situation in order to realize perfect coverage of signal.
Known as N-Female connector, made from fine overgilded copper which is effective to reduce signal
loss and help the antenna work more efficient.
Specification
Electrical Specification | |
Frequency Range | 800~2600MHZ |
Polarization | ±45° |
Gain | 2*18 |
Half power beam width (°) | H:65 V:7 |
Front to back ration | ≥25 |
Input Impedance (Ω) | 50 |
VSWR | ≤1.5 |
Isolation between ports | ≥28dB |
Cross polar ration | ≥15dB@0° ≥10dB@±-60° |
Sidelobe suppression fro first sidelobe above horizon | 15dB |
Max input power | 200 |
Lightning Protection | DC Ground |
Mechanical Specification | |
Input Connector Type | 2-N female |
Size | 1120*175*80 |
Packing Size | 1190*200*150 |
Antenna Weight | 6.5kg |
Radome Material | UPVC |
Radome Color | Gray |
Mechanical Tilt (°) | 0~10 |
Operation Temperature | -40℃~60℃ |
Rated Wind Velocity (m/s) | 60 |
Mounting Hardware (mm) | ¢35-¢90 |
Application
1. DCS, PCS, 3G LTE system
2. Wireless communication and data transmission system