Product Info Triax UFO 150 – wideband multi-purpose LTE antenna New challenges for DVB-T reception include (but is not limited to) frequency separation, due to potential neighbor and near channel interference from TETRA and LTE. To avoid LTE interference, DVB-T antennas must attenuate or reject the LTE signal. LTE mobile broadband operates in the frequency area 790-862 MHz (E61-69). This poses challenges to DVB-T installations as wideband antennas historically are constructed to peak with max. gain above 790 MHz (E61), and receive up to 862 MHz (E69). Based on the success of earlier UFO products, Triax has developed the UFO 150 with the following key features: • FM, DAB+, Band III and UHF • Optimized for maximum gain 87-790 MHz, attenuating LTE interference above 790 MHz with >30dB • TETRA filter (380-400 MHz) >15dB •360o omnidirectional antenna • Integrated 28 dB amplifier • Surface treated to resist salt water and tough weather conditions • 3 brackets for multi-purpose installations enclosed The elegant and robust housing design makes the antenna suitable for home, caravan, boat, mobile, bus and truck. Flexible installation options: The UFO 150 comes with mounting which will ease installation time. The UFO 150 includes a Triax KOSWI IEC connector for connecting the coax cable to the TV. The KOSWI IEC connector meets the high Class A shielding requirements, further protecting your TV system from LTE interference. Remember to use Class A or Class A+ shielded coax cable to further secure your TV system from LTE interference. UFO with plastic base - included with the antenna UFO with universal mount - included with the antenna For easy identification the UFO 150 has a yellow LED light. UFO with mast bracket - included with the antenna LTE is a trademark of ETSI TRIAX - your ultimate connection DK-8723 Hornsyld • +45 76 82 22 00 • mail: [email protected] • www.triax.com Triax UFO 150 – wideband multi-purpose LTE antenna UFO DIGITAL ANTENNA Technical data Application examples DVB-T DIGITAL RECEIVER Type UFO 150 Digital Art. No. Example + 5V from receiver 109150 Frequency range FM DAB/VHF UHF Channels Elements Opening angle ver./hor. Windload Gain VHF/UHF Noise figur Max. output voltage VHF/UHF Supply voltage Power consumption Dimensions length width height Connector Included MHz MHz MHz 87.5-108 174-300 470-790 FM/DAB/DAB+/5-12/21-60 stk. 1 deg. 90/360 N 5.5 dB 28/27 dB 3.0 108/104 dBµV V 5-24 mA 45 mm UFO 325 DIGITAL mm ANTENNA 255 mm 65 DVB-T F-conn Mast bracket Ø25-60 Plastic base Universal mount UFO UF DIGITAL ANTENNA DIG ANT DVB-T DIGITAL RECEIVER + 5V from receiver Example 2 U DIG ANT UFO DIGITAL ANTENNA U A Requires 5V output from TV (check TV manual) + 5V from TV DIGITAL RECEIVER + 5V from receiver Example 3 UFO DIGITAL ANTENNA UFO UFO DIGITAL Requires 5V ANTENNA output from TV DIGITAL Power supply (check TV manual) ANTENNA Power supply/ inserter IFP 502 & splitter UFO DIGITAL ANTENNA Accessories IFP 522 Batt. + 5V from TV FM FM DVB-T Additional power supply, power inserter and bracket available as individual accessories DIGITAL RECEIVER + 5V from receiver Example 4 UFO UFO UFO DIGITAL UFO DIGITAL DIGITAL ANTENNA DIGITAL ANTENNA ANTENNA ANTENNA Power supply/ inserter & splitter Power supply IFP 502 DVB-T Requires 5V output from TV (check TV manual) IFP 502 IFP 522 IFP 522 DIGITAL RECEIVER Power supply Art. No. 339502 Batt. FM FM + 5V from TV Power supply/-inserter Art. No. 339522 + 5V from receiver Example 5 UFO LTE is a trademark of ETSI DIGITAL ANTENNA UFO DIGITAL ANTENNA UFO Power supply IFP 502 DIGITAL ANTENNA Power inserter/ Signal splitter FM IFP 529 Batt. Requires 5V output from TV (check TV manual) Centre mount + 5V from TV Art. No. 133225 IFP 529 Power inserter Art. No. 339529 Go to: www.triax.com/Multimedia/LTE for more background info on Triax LTE Protection UFO DIGITAL ANTENNA Requires 5V output from TV (check TV manual) FM TRIAX - your ultimate connection + 5V from TV DK-8723 Hornsyld • +45 76 82 22 00 • mail: [email protected] • www.triax.com UFO DIGITAL ANTENNA Power inserter/ Signal splitter IFP 529 Batt. FM
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