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The antenna with H/V polarization Dipol 28/5-12/21-60 (28 elements) with LNA-101 amplifier is designed to receive DVB-T/T2 digital terrestrial television in VHF and UHF bands.
• Combo antenna – reception of all TV bands
• 170-230 MHz (VHF), 470-790 (UHF) bands
• Gain max. 9 dBi (UHF), 4 dBi (VHF)
• Built-in 15 dB LNA-101 amplifier in UHF part
• H/V polarization for both bands
• Directional radiation pattern
• Number of elements: 28
• 170-230 MHz (VHF), 470-790 (UHF) bands
• Gain max. 9 dBi (UHF), 4 dBi (VHF)
• Built-in 15 dB LNA-101 amplifier in UHF part
• H/V polarization for both bands
• Directional radiation pattern
• Number of elements: 28
The antenna with H/V polarization Dipol 28/5-12/21-48 (28 elements) with LNA-169 amplifier is designed to receive DVB-T/T2 digital terrestrial television in VHF and UHF bands.
• Combo antenna – reception of all TV bands
• 170-230 MHz (VHF), 470-694 (UHF) bands
• Gain max. 14 dBi (UHF), 7 dBi (VHF)
• Built-in 24 dB LNA-169 5G amplifier in UHF part
• H/V polarization for both bands
• Directional radiation pattern
• Number of elements: 28
• 170-230 MHz (VHF), 470-694 (UHF) bands
• Gain max. 14 dBi (UHF), 7 dBi (VHF)
• Built-in 24 dB LNA-169 5G amplifier in UHF part
• H/V polarization for both bands
• Directional radiation pattern
• Number of elements: 28
The logarithmic antenna is a modern broadband, dual-polarization antenna dedicated to receiving DVB-T/T2 digital terrestrial television in the VHF and UHF bands.
• Band 174 - 230 MHz (VHF) and 470 - 790 MHz (UHF)
• Gain max. 8 dBi (VHF), 9 dBi (UHF)
• H polarization for the UHF band
• H/V polarization for the VHF band
• Directional performance characteristics
• Impedance 75 Ω - no need to use a balun
• Gain max. 8 dBi (VHF), 9 dBi (UHF)
• H polarization for the UHF band
• H/V polarization for the VHF band
• Directional performance characteristics
• Impedance 75 Ω - no need to use a balun
The DVB-T/T2 5-12/21-60 television antenna is designed for indoor and outdoor use, for receiving DVB-T/T2 digital terrestrial television in the VHF and UHF bands.
• DVB-T antenna for indoor or outdoor use
• Receiving signals with horizontal and vertical polarization
• Low-noise high-gain amplifier
• Integrated LTE filter,
• High-quality materials resistant to UV radiation
• Receiving signals with horizontal and vertical polarization
• Low-noise high-gain amplifier
• Integrated LTE filter,
• High-quality materials resistant to UV radiation
A typical antenna has symmetrical output of 300 ohm impedance, while coaxial cable is unsymmetrical load of 75 ohm impedance. This is why an impedance transformer must be used. The antenna impedance transformer is passive RF device which both transforms the impedance and adjusts the output to standa...
A typical antenna has a balanced output with 300 ohm impedance, while a coaxial cable is an unbalanced load with 75 ohm impedance. So, an impedance transformer (often called balun) must be used. A balun is a passive device which uses a transformer to change the impedance and character of the output ...
Antenna balun C0003, channels 6-48
• Input channels 6-48
• Input impedance: 300Ω
• Output impedance: 75Ω
• Attenuation < 1.5 dB
• Input impedance: 300Ω
• Output impedance: 75Ω
• Attenuation < 1.5 dB
A typical antenna has a balanced output of 300 Ohm impedance ratio, while a coaxial cable is an imbalanced load of 75 Ohm impedance. This is why an indirect connection must be created to fit an antenna with a coaxial cable: an impedance transformer must be used. An impedance transformer is a passive...
Antenna impedance transformer C0006, channels 21-48, F-connector
• Input channels 21-48
• Input impedance: 300 Ohm
• Output impedance: 75 Ohm
• Attenuation < 1.5 dB
• F connector
• Input impedance: 300 Ohm
• Output impedance: 75 Ohm
• Attenuation < 1.5 dB
• F connector
The E9315 antenna box is used for DIPOL antennas. It protects a balun or preamplifier placed inside.
