Rubber Duck Dipole Antenna 698-960 / 1710-2170 / 2500-2700 MHz LTE / 4G With SMA Male Connector
Rubber duck dipole antenna 698-960 / 1710-2170 / 2500-2700 MHz LTE / 4G with SMA male connector
This dipole rubber duck LTE 4GHz antenna is supplied by C&T RF Antennas Inc.
Electrical specifications:
Omnidirectional 4G LTE Rubber Duck Antenna Electrical specifications | |
Frequency Range(MHz) |
700-960MHz, 1710-2700MHz |
Polarization |
Vertical |
Impedance |
50 Ohms |
Peak Gain (dBi) |
7dBi |
Radiation |
Omnidirectional |
Horizontal Beam Width |
360º |
Vertical Beam Width |
14º |
VSWR |
≤1.5 |
Maximum input power (W) |
50 |
Lighting Protection |
DC Ground |
Mechanical specifications | |
Connector |
SMA Male or custom |
Connector position |
Terminals |
Size |
13x294mm |
Mounting Way |
Screw |
Material |
Plastic ABS+ PC |
Waterproof Grade |
IP65 |
Polarization |
Vertical |
Operating temperature (℃) |
-40~65 |
Working temperature (℃) |
-40~60 |
Welcome to send your BOM list for our quotation.
Description
The omnidirectional LTE multiband antenna is designed for worldwide LTE / 4G cell reception, and can be used for other purposes in the supported frequency range of Frequency: 698-960 / 1710-2170 / 2500-2700 MHz.
It comes in a compact, robust articulated lightweight design, making it an ideal choice for handheld RF Explorer Spectrum Analyzer.
Feature
Compact multiband antenna for LTE / 4G with SMA male connector
Omnidirectional in the horizontal plane
RF Antenna knowledge
1. Antenna Gain
Gain is one of the most important parameters of the antenna system, the definition of antenna gain and omnidirectional antenna or half-wave dipole antenna related. Omnidirectional radiation is assumed that in all directions and radiation power of the radiator, the antenna gain in a given direction is the field strength in that direction.
2. The antenna input interface
In order to improve the reliability of passive intermodulation and RF connector, enter the base station antenna interface using 7/16DIN-Female, before the antenna is used, the port should cover, so as not to form oxides or entering impurities.
3. Antenna size and weight
In order to facilitate antenna storage, transportation, installation, and safety, to meet the electrical indicators, the antenna dimensions should be as small as lightweight as possible.
4. Wind loads
The base station antennas are usually mounted on tall buildings and towers, especially in coastal areas, the annual wind speed and requires the antenna work at 36m / s when without destroying the 55m / s when.
5. The working temperature and humidity
The base station antenna should be at ambient temperature -40 ℃ - + work within a range of 65 ℃. The base station antenna relative humidity should be within the range of 0-100% of a normal working environment.
Tag: rubber duck antenna ground plane, rubber ducky am/fm antenna, how do rubber duck antennas work,
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