Product Data Sheet
APXTM14P-CT3
Product Description
This antenna is an ideal choice for complicated site
with TD-LTE band.
Features/Benefits
• Effective polarization diversity ensured by high cross
polar discrimination.
• Broadband design
• Wind load thrust highly reduced.
Technical Specifications
All information contained in the present datasheet is subject to confirmation at time of ordering.
Electrical specifications
Frequency Range (MHz)
Polarization
Electrical down tilt X(º)
VSWR
Calibration and Electrical Parameter
Transmission from antenna ports to cal.port(dB)
Amplitude diff. between antenna port and cal.port(dB)
Phase diff. between antenna port and cal.port(°)
Same polarization ISO(dB)
Different polarization ISO(dB)
Unit Beam
Horizontal Beamwidth
Gain
Cross-polar ratio on main axis
Cross-polar ratio @ ±60°
Front to back ratio
Broadcast Beam
Horizontal Beamwidth
Gain
Vertical Beamwidth
Front to back ratio
Upper sidelobe suppression
The reduce of power @ ±60° on H-beam
Cross-polar ratio on main axis
Cross-polar ratio @ ±60°
Service Beam
Gain @ 0°
Horizontal Beamwidth@ 0°
Gain@±60°
Horizontal Beamwidth@ ±60°
Side lobe suppression @ 60°on H-pattern
Side lobe suppression@ 0°on H-pattern
Cross-polar ratio on main axis
Front to back ratio @ 0°
2500-2520
2597-2617
Dual Polar+/-45°
3
< 1.5:1
-26±2
<0.7
<5
>25
>28
>25
>28
65° ±15
≥16.5dBi
≥18dB
≥10dB
≥24dBi
≥25dBi
66°±5
65°±5
≥16dBi
≥5.5°
≥26dB
≤-15dB
8-12dB
≥5.2°
≥28dB
≤-16dB
10-14dB
≥22dB
≥10dB
≥22dBi
≤25°
≥19.5dBi
≤23°
≤0dB
≤-12dB
≥22dB
≥28dB
Mechanical specifications
Dimensions-HxWxD, mm
Connector Type
Impedance,Ohms
Maximum Power Input,W
Lightning Protection
Weight w/o Mtg Hardware, kg
Survival Wind Speed, km/h
Rated Wind Speed, km/h
Max Wind Loading Area,m²
Radome Material
Radome Color
Mounting Hardware Material
Packing Dimensions,HxWxD,mm
RFS Clear Choice®
Please visit us on the internet at http://www.rfsworld.com
1400 x 320 x 110
(9) N-Female
50
50
Direct Ground
15.0
200
160
0.4
UPVC
Light Grey RAL7035
Diecasted Galvanized Steel
1525 x 410 x 220
APXTM14P-CT3
Rev: A
Date: 18.07.2014
Radio Frequency Systems