TRD2400 Train Antenna
TRD Low Profile Antennas are rugged and designed for use on locomotives, buses or trucks.
The TRD 2400 Antenna option covers:
WiFi 2,4 GHz
with two separate connectors.
The high impact cover makes it ideal for harsh environments.
Approved for use on 50 kV railway lines.
N(f) & SMA(f)
- Additional information
The TRD2400 Train Antenna is a low-profile antenna that is robust and designed for applications on locomotives, buses, or trucks. The antenna covers the 2.4 GHz WiFi band as well as the GPS band with two separate connectors. It has a high-impact cover that makes it ideal for harsh environments. The antenna is approved for use on 50 kV railway lines.
The antenna has the following specifications: a VSWR of < 2:1 and a nominal gain of 2 dBi for the WiFi band, and a gain of 26 dBic (relative to an isotropic circularly polarized antenna) for the GPS band. It has a characteristic impedance of 50 Ohm. It radiates its power equally in all directions perpendicular to its axis in the WiFi band. For the GPS band, the radiation pattern is hemispherical. The antenna also has a rated power of 8 W in the WiFi band.
The axial ratio is the ratio between the major and minor axis of the antenna. It is less than 3 dB for this specific antenna in the GPS band. It indicates how close the antenna is to a perfectly circularly polarized antenna (axial ratio of 0 dB).
The TRD2400 Train Antenna can withstand wind velocities up to 300 km/h. The antenna is only available in the color white. It weighs less than 1 kg and has a temperature range of between -30 degrees Celsius and 75 degrees Celsius.
The antenna is right-hand circularly polarized in the GPS band. This means that the electric wave rotates clockwise in a direction perpendicular to the optical axis. Both transmitting and receiving antennae must have the same polarization so that power losses in the RF system do not occur and to ensure maximum efficiency of the RF system.
The antenna is mounted with 3x M10 studs. The antenna cover is made from ultraviolet-stabilized acrylonitrile butadiene styrene (ABS). The base plate is made of aluminium. The radiator is a printed circuit board (PCB). It is terminated with an N-type female connector for the WiFi band and an SMA female connector for the GPS band.